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PK #J [߫i� bin/rakenu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'rake' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' Gem.use_gemdeps version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('rake', 'rake', version) else gem "rake", version load Gem.bin_path("rake", "rake", version) end PK #J [SHجV V bin/syntax_suggestnu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'syntax_suggest' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' Gem.use_gemdeps version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('syntax_suggest', 'syntax_suggest', version) else gem "syntax_suggest", version load Gem.bin_path("syntax_suggest", "syntax_suggest", version) end PK #J [��A& & bin/rackupnu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'rackup' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' Gem.use_gemdeps version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('rackup', 'rackup', version) else gem "rackup", version load Gem.bin_path("rackup", "rackup", version) end PK #J [*Z� bin/rinu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'rdoc' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' Gem.use_gemdeps version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('rdoc', 'ri', version) else gem "rdoc", version load Gem.bin_path("rdoc", "ri", version) end PK #J [�� bin/rdocnu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'rdoc' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' Gem.use_gemdeps version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('rdoc', 'rdoc', version) else gem "rdoc", version load Gem.bin_path("rdoc", "rdoc", version) end PK #J [ci� bin/gemnu ȯ�� #!/opt/alt/ruby34/bin/ruby # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require "rubygems/gem_runner" Gem::GemRunner.new.run ARGV.clone PK #J [j$�� bin/erbnu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'erb' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' Gem.use_gemdeps version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('erb', 'erb', version) else gem "erb", version load Gem.bin_path("erb", "erb", version) end PK #J [���; ; bin/bundlenu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'bundler' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ENV['BUNDLER_VERSION'] = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('bundler', 'bundle', version) else gem "bundler", version load Gem.bin_path("bundler", "bundle", version) end PK $J [g���= = bin/bundlernu ȯ�� #!/opt/alt/ruby34/bin/ruby # # This file was generated by RubyGems. # # The application 'bundler' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' version = ">= 0.a" str = ARGV.first if str str = str.b[/\A_(.*)_\z/, 1] if str and Gem::Version.correct?(str) version = str ENV['BUNDLER_VERSION'] = str ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('bundler', 'bundler', version) else gem "bundler", version load Gem.bin_path("bundler", "bundler", version) end PK $J []�rH/ H/ bin/rubynu ȯ�� ELF > � @ �' @ 8 @ @ @ @ h h � � � � � � � � � � � � � � � � D D S�td � � � P�td ` ` ` < < Q�td R�td � � � /lib64/ld-linux-x86-64.so.2 GNU � GNU GNU q���X����W}K�m*/� �Q! e� j Cֺ�|CE�� :� 2b��K�����qX � U c m ; " � z � i E 2 k o � / Z X v � e 9 J @ libruby.so.3.4 __gmon_start__ _ITM_deregisterTMCloneTable _ITM_registerTMCloneTable ruby_run_node ruby_init ruby_options ruby_init_stack ruby_sysinit libz.so.1 librt.so.1 libgmp.so.10 libdl.so.2 libcrypt.so.1 libm.so.6 libpthread.so.0 libc.so.6 setlocale __stack_chk_fail __cxa_finalize __libc_start_main _edata __bss_start _end __libc_csu_fini _IO_stdin_used __data_start __libc_csu_init GLIBC_2.4 GLIBC_2.2.5 /opt/alt/ruby34/lib64 � ii � ui � � � � � � � � � � � � � � � � � � � � � �H��H�� H��t��H��� �5B �%C � �h ������ �h ������� �h ������ �h ������ �h ������ �h ������ �h ������ �h ��q����� ��%� D � ��%� D � ��%� D � ��%� D � ��%� D � ��%� D � ��%� D � ��%� D � �USH��(�|$ 1�H�4$H�5� dH�%( H�D$1����H��H�|$ ���H�,$�\$ H�|$����<���H����B���H������H�T$dH3%( uH��([]��N���f. � @ � �1�I��^H��H���PTL�F H� � H�=H����� �H�=� H�� H9�tH�� H��t �� � � � H�=� H�5� H)�H��H��H��?H�H�tH�� H��t��f D � � � ��=y u+UH�=b H��t H�=V �Y����d����Q ]� � � � ��w��� � � �AWI��AVI��AUA��ATL�%� UH�-� SL)�H������H��t 1� � L��L��D��A��H��H9�u�H��[]A\A]A^A_�ff. � � �� � �H��H��� ;< ��p p���� �� ����X p���� ��( zR x � ���/ D $ 4 h���� FJ w� ?:*3$" \ ���� , t 8���� E�A�D@p AAA D � ����e F�E�E �E(�H0�H8�G@n8A0A(B BBB � ���� � � � � � � � � � � � � H � � ���o 0 � x � � � X � � ���o ���o h ���o �o : ���o P ` p � � � � � GA$3a1 GA$3p1113 P E GA* GA$annobin gcc 8.5.0 20210514 GA$plugin name: gcc-annobin GA$running gcc 8.5.0 20210514 GA* GA* GA! GA*FORTIFY GA+GLIBCXX_ASSERTIONS GA*cf_protection GA+omit_frame_pointer GA+stack_clash GA!stack_realign GA*GOW *� P � GA$3a1 U GA*GOW * � E GA*FORTIFY GA+GLIBCXX_ASSERTIONS ruby-3.4.4-3.el8.x86_64.debug ��Mt�7zXZ �ִF ! t/���I] ?�E�h=��ڊ�2N�������X��q�`��Sժ��u;f�i�h����H���~|a��Qq�O����`��4s��( o�[�s�"�8"u�ޖ��v0^|� � W%;@�D�2���Ｔ���`R;K��'�V�=�i.-��D,b�x�!� |'e ���T�h�kޡ^�\���ݩ�U�7�� *����d��@P ��+Y���H� 4e�;%M<��}s�)��-3�f���J�#��b�f D,���4�~#�Ӱ�4� K��w,��Nk�_8y@���|˽jY�MB �A�qL�3�Zc���'�ڙh�Ǚ��_���� �FV���` �5pShS8���@�<�c^���h/F� 5�-UG���;��^��[V?iPV�6kx>�x�|yB$�ʑ A 2ZS�C��l�ʷͧ �FT��Zb����Yf����F5)n�!��p_�N�6��;�_J���E1ׇH{��c�>����"��߸#��va^1��� �4�g|���M*�rI��G&�M[����y��D{��A� :� �� �� ,��](���ZE����[�i2_�J��o������6a����n'��/��$�=f�RƇ��E����œ+����βr�F_��i�ib�A%��ҷ�PpnS0��ME V��Pc��!���oIbA0ԉ ���)�_���0�T�$��)�\ �{��3��ih���=M���q��#Gs�� _0D�4��/fUI��f?�-�)g߹��0S*�� |�ilG�H�r�U���!�2#(��!�� /�K1����7�֤$�7j�'��B�/iNc(�F��[(Fae 8H�A��mM[ ��Z��H/ �� V�P��g� YZ .shstrtab .interp .note.gnu.property .note.ABI-tag .note.gnu.build-id .gnu.hash .dynsym .dynstr .gnu.version .gnu.version_r .rela.dyn .rela.plt .init .plt.sec .text .fini .rodata .eh_frame_hdr .eh_frame .init_array .fini_array .data.rel.ro .dynamic .got .data .bss .gnu.build.attributes .gnu_debuglink .gnu_debugdata � � � � & � � 4 $ G ���o 0 0 H Q x x Y � � � a ���o : : , n ���o h h 0 } � � � � B X X � � � @ @ � � � � � � P P � � H H � X X � ` ` < � � � � � � � � � � � � � � � � � � � ` � �" $ / �" � H& > PK $J [�O�! �! ) share/systemtap/tapset/libruby.so.3.4.stpnu �[��� /* SystemTap tapset to make it easier to trace Ruby 2.0 * * All probes provided by Ruby can be listed using following command * (the path to the library must be adjuste appropriately): * * stap -L 'process("/opt/alt/ruby34/lib*\/libruby.so.3.4").mark("*")' */ /** * probe ruby.array.create - Allocation of new array. * * @size: Number of elements (an int) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.array.create = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("array__create") { size = $arg1 file = user_string($arg2) line = $arg3 } /** * probe ruby.cmethod.entry - Fired just before a method implemented in C is entered. * * @classname: Name of the class (string) * @methodname: The method about bo be executed (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.cmethod.entry = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("cmethod__entry") { classname = user_string($arg1) methodname = user_string($arg2) file = user_string($arg3) line = $arg4 } /** * probe ruby.cmethod.return - Fired just after a method implemented in C has returned. * * @classname: Name of the class (string) * @methodname: The executed method (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.cmethod.return = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("cmethod__return") { classname = user_string($arg1) methodname = user_string($arg2) file = user_string($arg3) line = $arg4 } /** * probe ruby.find.require.entry - Fired when require starts to search load * path for suitable file to require. * * @requiredfile: The name of the file to be required (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.find.require.entry = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("find__require__entry") { requiredfile = user_string($arg1) file = user_string($arg2) line = $arg3 } /** * probe ruby.find.require.return - Fired just after require has finished * search of load path for suitable file to require. * * @requiredfile: The name of the file to be required (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.find.require.return = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("find__require__return") { requiredfile = user_string($arg1) file = user_string($arg2) line = $arg3 } /** * probe ruby.gc.mark.begin - Fired when a GC mark phase is about to start. * * It takes no arguments. */ probe ruby.gc.mark.begin = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("gc__mark__begin") { } /** * probe ruby.gc.mark.end - Fired when a GC mark phase has ended. * * It takes no arguments. */ probe ruby.gc.mark.end = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("gc__mark__end") { } /** * probe ruby.gc.sweep.begin - Fired when a GC sweep phase is about to start. * * It takes no arguments. */ probe ruby.gc.sweep.begin = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("gc__sweep__begin") { } /** * probe ruby.gc.sweep.end - Fired when a GC sweep phase has ended. * * It takes no arguments. */ probe ruby.gc.sweep.end = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("gc__sweep__end") { } /** * probe ruby.hash.create - Allocation of new hash. * * @size: Number of elements (int) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.hash.create = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("hash__create") { size = $arg1 file = user_string($arg2) line = $arg3 } /** * probe ruby.load.entry - Fired when calls to "load" are made. * * @loadedfile: The name of the file to be loaded (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.load.entry = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("load__entry") { loadedfile = user_string($arg1) file = user_string($arg2) line = $arg3 } /** * probe ruby.load.return - Fired just after require has finished * search of load path for suitable file to require. * * @loadedfile: The name of the file that was loaded (string) */ probe ruby.load.return = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("load__return") { loadedfile = user_string($arg1) } /** * probe ruby.method.entry - Fired just before a method implemented in Ruby is entered. * * @classname: Name of the class (string) * @methodname: The method about bo be executed (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.method.entry = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("method__entry") { classname = user_string($arg1) methodname = user_string($arg2) file = user_string($arg3) line = $arg4 } /** * probe ruby.method.return - Fired just after a method implemented in Ruby has returned. * * @classname: Name of the class (string) * @methodname: The executed method (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.method.return = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("method__return") { classname = user_string($arg1) methodname = user_string($arg2) file = user_string($arg3) line = $arg4 } /** * probe ruby.object.create - Allocation of new object. * * @classname: Name of the class (string) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.object.create = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("object__create") { classname = user_string($arg1) file = user_string($arg2) line = $arg3 } /** * probe ruby.parse.begin - Fired just before a Ruby source file is parsed. * * @parsedfile: The name of the file to be parsed (string) * @parsedline: The line number of beginning of parsing (int) */ probe ruby.parse.begin = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("parse__begin") { parsedfile = user_string($arg1) parsedline = $arg2 } /** * probe ruby.parse.end - Fired just after a Ruby source file was parsed. * * @parsedfile: The name of parsed the file (string) * @parsedline: The line number of beginning of parsing (int) */ probe ruby.parse.end = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("parse__end") { parsedfile = user_string($arg1) parsedline = $arg2 } /** * probe ruby.raise - Fired when an exception is raised. * * @classname: The class name of the raised exception (string) * @file: The name of the file where the exception was raised (string) * @line: The line number in the file where the exception was raised (int) */ probe ruby.raise = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("raise") { classname = user_string($arg1) file = user_string($arg2) line = $arg3 } /** * probe ruby.require.entry - Fired on calls to rb_require_safe (when a file * is required). * * @requiredfile: The name of the file to be required (string) * @file: The file that called "require" (string) * @line: The line number where the call to require was made(int) */ probe ruby.require.entry = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("require__entry") { requiredfile = user_string($arg1) file = user_string($arg2) line = $arg3 } /** * probe ruby.require.return - Fired just after require has finished * search of load path for suitable file to require. * * @requiredfile: The file that was required (string) */ probe ruby.require.return = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("require__return") { requiredfile = user_string($arg1) } /** * probe ruby.string.create - Allocation of new string. * * @size: Number of elements (an int) * @file: The file name where the method is being called (string) * @line: The line number where the method is being called (int) */ probe ruby.string.create = process("/opt/alt/ruby34/lib*/libruby.so.3.4").mark("string__create") { size = $arg1 file = user_string($arg2) line = $arg3 } PK $J [v P�� � # share/doc/alt-ruby34-libs/README.mdnu �[��� [](https://github.com/ruby/ruby/actions?query=workflow%3A"MinGW") [](https://github.com/ruby/ruby/actions?query=workflow%3A"RJIT") [](https://github.com/ruby/ruby/actions?query=workflow%3A"Ubuntu") [](https://github.com/ruby/ruby/actions?query=workflow%3A"Windows") [](https://app.travis-ci.com/ruby/ruby) # What is Ruby? Ruby is an interpreted object-oriented programming language often used for web development. It also offers many scripting features to process plain text and serialized files, or manage system tasks. It is simple, straightforward, and extensible. ## Features of Ruby * Simple Syntax * **Normal** Object-oriented Features (e.g. class, method calls) * **Advanced** Object-oriented Features (e.g. mix-in, singleton-method) * Operator Overloading * Exception Handling * Iterators and Closures * Garbage Collection * Dynamic Loading of Object Files (on some architectures) * Highly Portable (works on many Unix-like/POSIX compatible platforms as well as Windows, macOS, etc.) cf. https://docs.ruby-lang.org/en/master/maintainers_md.html#label-Platform+Maintainers ## How to get Ruby For a complete list of ways to install Ruby, including using third-party tools like rvm, see: https://www.ruby-lang.org/en/downloads/ You can download release packages and the snapshot of the repository. If you want to download whole versions of Ruby, please visit https://www.ruby-lang.org/en/downloads/releases/. ### Download with Git The mirror of the Ruby source tree can be checked out with the following command: $ git clone https://github.com/ruby/ruby.git There are some other branches under development. Try the following command to see the list of branches: $ git ls-remote https://github.com/ruby/ruby.git You may also want to use https://git.ruby-lang.org/ruby.git (actual master of Ruby source) if you are a committer. ## How to build See [Building Ruby](https://docs.ruby-lang.org/en/master/contributing/building_ruby_md.html) ## Ruby home page https://www.ruby-lang.org/ ## Documentation - [English](https://docs.ruby-lang.org/en/master/index.html) - [Japanese](https://docs.ruby-lang.org/ja/master/index.html) ## Mailing list There is a mailing list to discuss Ruby. To subscribe to this list, please send the following phrase: join in the mail subject (not body) to the address [ruby-talk-request@ml.ruby-lang.org]. [ruby-talk-request@ml.ruby-lang.org]: mailto:ruby-talk-request@ml.ruby-lang.org?subject=join ## Copying See the file [COPYING](rdoc-ref:COPYING). ## Feedback Questions about the Ruby language can be asked on the [Ruby-Talk](https://www.ruby-lang.org/en/community/mailing-lists) mailing list or on websites like https://stackoverflow.com. Bugs should be reported at https://bugs.ruby-lang.org. Read ["Reporting Issues"](https://docs.ruby-lang.org/en/master/contributing/reporting_issues_md.html) for more information. ## Contributing See ["Contributing to Ruby"](https://docs.ruby-lang.org/en/master/contributing_md.html), which includes setup and build instructions. ## The Author Ruby was originally designed and developed by Yukihiro Matsumoto (Matz) in 1995. <matz@ruby-lang.org> PK $J [�b�e � � ! share/doc/alt-ruby34-libs/NEWS.mdnu �[��� # NEWS for Ruby 3.4.0 This document is a list of user-visible feature changes since the **3.3.0** release, except for bug fixes. Note that each entry is kept to a minimum, see links for details. ## Language changes * `it` is added to reference a block parameter. [[Feature #18980]] * String literals in files without a `frozen_string_literal` comment now emit a deprecation warning when they are mutated. These warnings can be enabled with `-W:deprecated` or by setting `Warning[:deprecated] = true`. To disable this change, you can run Ruby with the `--disable-frozen-string-literal` command line argument. [[Feature #20205]] * `String#+@` now duplicates when mutating the string would emit a deprecation warning, offered as a replacement for the `str.dup if str.frozen?` pattern. * Keyword splatting `nil` when calling methods is now supported. `**nil` is treated similarly to `**{}`, passing no keywords, and not calling any conversion methods. [[Bug #20064]] * Block passing is no longer allowed in index assignment (e.g. `a[0, &b] = 1`). [[Bug #19918]] * Keyword arguments are no longer allowed in index assignment (e.g. `a[0, kw: 1] = 2`). [[Bug #20218]] * The toplevel name `::Ruby` is reserved now, and the definition will be warned when `Warning[:deprecated]`. [[Feature #20884]] ## Core classes updates Note: We're only listing outstanding class updates. * Array * `Array#fetch_values` was added. [[Feature #20702]] * Exception * `Exception#set_backtrace` now accepts arrays of `Thread::Backtrace::Location`. `Kernel#raise`, `Thread#raise` and `Fiber#raise` also accept this new format. [[Feature #13557]] * Fiber::Scheduler * An optional `Fiber::Scheduler#blocking_operation_wait` hook allows blocking operations to be moved out of the event loop in order to reduce latency and improve multi-core processor utilization. [[Feature #20876]] * GC * `GC.config` added to allow setting configuration variables on the Garbage Collector. [[Feature #20443]] * GC configuration parameter `rgengc_allow_full_mark` introduced. When `false` GC will only mark young objects. Default is `true`. [[Feature #20443]] * Hash * `Hash.new` now accepts an optional `capacity:` argument, to preallocate the hash with a given capacity. This can improve performance when building large hashes incrementally by saving on reallocation and rehashing of keys. [[Feature #19236]] * IO::Buffer * `IO::Buffer#copy` can release the GVL, allowing other threads to run while copying data. [[Feature #20902]] * Integer * `Integer#**` used to return `Float::INFINITY` when the return value is large, but now returns an `Integer`. If the return value is extremely large, it raises an exception. [[Feature #20811]] * MatchData * `MatchData#bytebegin` and `MatchData#byteend` have been added. [[Feature #20576]] * Object * `Object#singleton_method` now returns methods in modules prepended to or included in the receiver's singleton class. [[Bug #20620]] ```rb o = Object.new o.extend(Module.new{def a = 1}) o.singleton_method(:a).call #=> 1 ``` * Ractor * `require` in Ractor is allowed. The requiring process will be run on the main Ractor. `Ractor._require(feature)` is added to run requiring process on the main Ractor. [[Feature #20627]] * `Ractor.main?` is added. [[Feature #20627]] * `Ractor.[]` and `Ractor.[]=` are added to access the ractor local storage of the current Ractor. [[Feature #20715]] * `Ractor.store_if_absent(key){ init }` is added to initialize ractor local variables in thread-safety. [[Feature #20875]] * Range * `Range#size` now raises `TypeError` if the range is not iterable. [[Misc #18984]] * `Range#step` now consistently has a semantics of iterating by using `+` operator for all types, not only numerics. [[Feature #18368]] ```ruby (Time.utc(2022, 2, 24)..).step(24*60*60).take(3) #=> [2022-02-24 00:00:00 UTC, 2022-02-25 00:00:00 UTC, 2022-02-26 00:00:00 UTC] ``` * Rational * `Rational#**` used to return `Float::INFINITY` or `Float::NAN` when the numerator of the return value is large, but now returns an `Rational`. If it is extremely large, it raises an exception. [[Feature #20811]] * RubyVM::AbstractSyntaxTree * Add `RubyVM::AbstractSyntaxTree::Node#locations` method which returns location objects associated with the AST node. [[Feature #20624]] * Add `RubyVM::AbstractSyntaxTree::Location` class which holds location information. [[Feature #20624]] * String * `String#append_as_bytes` was added to more easily and efficiently work with binary buffers and protocols. It directly concatenate the arguments into the string without any encoding validation or conversion. [[Feature #20594]] * Symbol * The string returned by `Symbol#to_s` now emits a deprecation warning when mutated, and will be frozen in a future version of Ruby. These warnings can be enabled with `-W:deprecated` or by setting `Warning[:deprecated] = true`. [[Feature #20350]] * Time * On Windows, now `Time#zone` encodes the system timezone name in UTF-8 instead of the active code page, if it contains non-ASCII characters. [[Bug #20929]] * `Time#xmlschema`, and its `Time#iso8601` alias have been moved into the core Time class while previously it was an extension provided by the `time` gem. [[Feature #20707]] * Warning * Add `Warning.categories` method which returns a list of possible warning categories. [[Feature #20293]] ## Stdlib updates We only list stdlib changes that are notable feature changes. * RubyGems * Add `--attestation` option to gem push. It enabled to store signature of build artifact to sigstore.dev. * Bundler * Add a `lockfile_checksums` configuration to include checksums in fresh lockfiles. * Add bundle lock `--add-checksums` to add checksums to an existing lockfile. * JSON * Performance improvements `JSON.parse` about 1.5 times faster than json-2.7.x. * Tempfile * The keyword argument `anonymous: true` is implemented for Tempfile.create. `Tempfile.create(anonymous: true)` removes the created temporary file immediately. So applications don't need to remove the file. [[Feature #20497]] * win32/sspi.rb * This library is now extracted from the Ruby repository to [ruby/net-http-sspi]. [[Feature #20775]] * Socket * `Socket::ResolutionError` and `Socket::ResolutionError#error_code` was added. [[Feature #20018]] * IRB * Interactive method completion is now improved with type information by default. [[Feature #20778]] Other changes are listed in the following sections. we also listed release history from the previous bundled version that is Ruby 3.3.0 if it has GitHub releases. The following default gem is added. * win32-registry 0.1.0 The following default gems are updated. * [RubyGems][RubyGems] 3.6.2 * 3.5.3 to [v3.5.4][RubyGems-v3.5.4], [v3.5.5][RubyGems-v3.5.5], [v3.5.6][RubyGems-v3.5.6], [v3.5.7][RubyGems-v3.5.7], [v3.5.8][RubyGems-v3.5.8], [v3.5.9][RubyGems-v3.5.9], [v3.5.10][RubyGems-v3.5.10], [v3.5.11][RubyGems-v3.5.11], [v3.5.12][RubyGems-v3.5.12], [v3.5.13][RubyGems-v3.5.13], [v3.5.14][RubyGems-v3.5.14], [v3.5.15][RubyGems-v3.5.15], [v3.5.16][RubyGems-v3.5.16], [v3.5.17][RubyGems-v3.5.17], [v3.5.18][RubyGems-v3.5.18], [v3.5.19][RubyGems-v3.5.19], [v3.5.20][RubyGems-v3.5.20], [v3.5.21][RubyGems-v3.5.21], [v3.5.22][RubyGems-v3.5.22], [v3.5.23][RubyGems-v3.5.23], [v3.6.0][RubyGems-v3.6.0], [v3.6.1][RubyGems-v3.6.1], [v3.6.2][RubyGems-v3.6.2] * [benchmark][benchmark] 0.4.0 * 0.3.0 to [v0.4.0][benchmark-v0.4.0] * [bundler][bundler] 2.6.2 * 2.5.3 to [v2.5.4][bundler-v2.5.4], [v2.5.5][bundler-v2.5.5], [v2.5.6][bundler-v2.5.6], [v2.5.7][bundler-v2.5.7], [v2.5.8][bundler-v2.5.8], [v2.5.9][bundler-v2.5.9], [v2.5.10][bundler-v2.5.10], [v2.5.11][bundler-v2.5.11], [v2.5.12][bundler-v2.5.12], [v2.5.13][bundler-v2.5.13], [v2.5.14][bundler-v2.5.14], [v2.5.15][bundler-v2.5.15], [v2.5.16][bundler-v2.5.16], [v2.5.17][bundler-v2.5.17], [v2.5.18][bundler-v2.5.18], [v2.5.19][bundler-v2.5.19], [v2.5.20][bundler-v2.5.20], [v2.5.21][bundler-v2.5.21], [v2.5.22][bundler-v2.5.22], [v2.5.23][bundler-v2.5.23], [v2.6.0][bundler-v2.6.0], [v2.6.1][bundler-v2.6.1], [v2.6.2][bundler-v2.6.2] * [date][date] 3.4.1 * 3.3.4 to [v3.4.0][date-v3.4.0], [v3.4.1][date-v3.4.1] * [delegate][delegate] 0.4.0 * 0.3.1 to [v0.4.0][delegate-v0.4.0] * [did_you_mean][did_you_mean] 2.0.0 * 1.6.3 to [v2.0.0][did_you_mean-v2.0.0] * [digest][digest] 3.2.0 * 3.1.1 to [v3.2.0.pre0][digest-v3.2.0.pre0], [v3.2.0][digest-v3.2.0] * [erb][erb] 4.0.4 * 4.0.3 to [v4.0.4][erb-v4.0.4] * [error_highlight][error_highlight] 0.7.0 * 0.6.0 to [v0.7.0][error_highlight-v0.7.0] * [etc][etc] 1.4.5 * 1.4.3 to [v1.4.4][etc-v1.4.4], [v1.4.5][etc-v1.4.5] * [fcntl][fcntl] 1.2.0 * 1.1.0 to [v1.2.0][fcntl-v1.2.0] * [fiddle][fiddle] 1.1.6 * 1.1.2 to [v1.1.3][fiddle-v1.1.3], [v1.1.4][fiddle-v1.1.4], [v1.1.5][fiddle-v1.1.5], [v1.1.6][fiddle-v1.1.6] * [fileutils][fileutils] 1.7.3 * 1.7.2 to [v1.7.3][fileutils-v1.7.3] * [io-console][io-console] 0.8.0 * 0.7.1 to [v0.7.2][io-console-v0.7.2], [v0.8.0.beta1][io-console-v0.8.0.beta1], [v0.8.0][io-console-v0.8.0] * [io-nonblock][io-nonblock] 0.3.1 * 0.3.0 to [v0.3.1][io-nonblock-v0.3.1] * [ipaddr][ipaddr] 1.2.7 * 1.2.6 to [v1.2.7][ipaddr-v1.2.7] * [irb][irb] 1.14.3 * 1.11.0 to [v1.11.1][irb-v1.11.1], [v1.11.2][irb-v1.11.2], [v1.12.0][irb-v1.12.0], [v1.13.0][irb-v1.13.0], [v1.13.1][irb-v1.13.1], [v1.13.2][irb-v1.13.2], [v1.14.0][irb-v1.14.0], [v1.14.1][irb-v1.14.1], [v1.14.2][irb-v1.14.2], [v1.14.3][irb-v1.14.3] * [json][json] 2.9.1 * 2.7.1 to [v2.7.2][json-v2.7.2], [v2.7.3.rc1][json-v2.7.3.rc1], [v2.7.3][json-v2.7.3], [v2.7.4][json-v2.7.4], [v2.7.5][json-v2.7.5], [v2.7.6][json-v2.7.6], [v2.8.0][json-v2.8.0], [v2.8.1][json-v2.8.1], [v2.8.2][json-v2.8.2], [v2.9.0][json-v2.9.0], [v2.9.1][json-v2.9.1] * [logger][logger] 1.6.4 * 1.6.0 to [v1.6.1][logger-v1.6.1], [v1.6.2][logger-v1.6.2], [v1.6.3][logger-v1.6.3], [v1.6.4][logger-v1.6.4] * [net-http][net-http] 0.6.0 * 0.4.0 to [v0.4.1][net-http-v0.4.1], [v0.5.0][net-http-v0.5.0], [v0.6.0][net-http-v0.6.0] * [open-uri][open-uri] 0.5.0 * 0.4.1 to [v0.5.0][open-uri-v0.5.0] * [optparse][optparse] 0.6.0 * 0.4.0 to [v0.5.0][optparse-v0.5.0], [v0.6.0][optparse-v0.6.0] * [ostruct][ostruct] 0.6.1 * 0.6.0 to [v0.6.1][ostruct-v0.6.1] * [pathname][pathname] 0.4.0 * 0.3.0 to [v0.4.0][pathname-v0.4.0] * [pp][pp] 0.6.2 * 0.5.0 to [v0.6.0][pp-v0.6.0], [v0.6.1][pp-v0.6.1], [v0.6.2][pp-v0.6.2] * [prism][prism] 1.2.0 * 0.19.0 to [v0.20.0][prism-v0.20.0], [v0.21.0][prism-v0.21.0], [v0.22.0][prism-v0.22.0], [v0.23.0][prism-v0.23.0], [v0.24.0][prism-v0.24.0], [v0.25.0][prism-v0.25.0], [v0.26.0][prism-v0.26.0], [v0.27.0][prism-v0.27.0], [v0.28.0][prism-v0.28.0], [v0.29.0][prism-v0.29.0], [v0.30.0][prism-v0.30.0], [v1.0.0][prism-v1.0.0], [v1.1.0][prism-v1.1.0], [v1.2.0][prism-v1.2.0] * [pstore][pstore] 0.1.4 * 0.1.3 to [v0.1.4][pstore-v0.1.4] * [psych][psych] 5.2.2 * 5.1.2 to [v5.2.0.beta1][psych-v5.2.0.beta1], [v5.2.0.beta2][psych-v5.2.0.beta2], [v5.2.0.beta3][psych-v5.2.0.beta3], [v5.2.0.beta4][psych-v5.2.0.beta4], [v5.2.0.beta5][psych-v5.2.0.beta5], [v5.2.0.beta6][psych-v5.2.0.beta6], [v5.2.0.beta7][psych-v5.2.0.beta7], [v5.2.0][psych-v5.2.0], [v5.2.1][psych-v5.2.1], [v5.2.2][psych-v5.2.2] * [rdoc][rdoc] 6.10.0 * 6.6.2 to [v6.7.0][rdoc-v6.7.0], [v6.8.0][rdoc-v6.8.0], [v6.8.1][rdoc-v6.8.1], [v6.9.0][rdoc-v6.9.0], [v6.9.1][rdoc-v6.9.1], [v6.10.0][rdoc-v6.10.0] * [reline][reline] 0.6.0 * 0.4.1 to [v0.4.2][reline-v0.4.2], [v0.4.3][reline-v0.4.3], [v0.5.0.pre.1][reline-v0.5.0.pre.1], [v0.5.0][reline-v0.5.0], [v0.5.1][reline-v0.5.1], [v0.5.2][reline-v0.5.2], [v0.5.3][reline-v0.5.3], [v0.5.4][reline-v0.5.4], [v0.5.5][reline-v0.5.5], [v0.5.6][reline-v0.5.6], [v0.5.7][reline-v0.5.7], [v0.5.8][reline-v0.5.8], [v0.5.9][reline-v0.5.9], [v0.5.10][reline-v0.5.10], [v0.5.11][reline-v0.5.11], [v0.5.12][reline-v0.5.12], [v0.6.0][reline-v0.6.0] * [resolv][resolv] 0.6.0 * 0.3.0 to [v0.4.0][resolv-v0.4.0], [v0.5.0][resolv-v0.5.0], [v0.6.0][resolv-v0.6.0] * [securerandom][securerandom] 0.4.1 * 0.3.1 to [v0.3.2][securerandom-v0.3.2], [v0.4.0][securerandom-v0.4.0], [v0.4.1][securerandom-v0.4.1] * [set][set] 1.1.1 * 1.1.0 to [v1.1.1][set-v1.1.1] * [shellwords][shellwords] 0.2.2 * 0.2.0 to [v0.2.1][shellwords-v0.2.1], [v0.2.2][shellwords-v0.2.2] * [singleton][singleton] 0.3.0 * 0.2.0 to [v0.3.0][singleton-v0.3.0] * [stringio][stringio] 3.1.2 * 3.1.0 to [v3.1.1][stringio-v3.1.1], [v3.1.2][stringio-v3.1.2] * [strscan][strscan] 3.1.2 * 3.0.7 to [v3.0.8][strscan-v3.0.8], [v3.0.9][strscan-v3.0.9], [v3.1.0][strscan-v3.1.0], [v3.1.1][strscan-v3.1.1], [v3.1.2][strscan-v3.1.2] * [syntax_suggest][syntax_suggest] 2.0.2 * 2.0.0 to [v2.0.1][syntax_suggest-v2.0.1], [v2.0.2][syntax_suggest-v2.0.2] * [tempfile][tempfile] 0.3.1 * 0.2.1 to [v0.3.0][tempfile-v0.3.0], [v0.3.1][tempfile-v0.3.1] * [time][time] 0.4.1 * 0.3.0 to [v0.4.0][time-v0.4.0], [v0.4.1][time-v0.4.1] * [timeout][timeout] 0.4.3 * 0.4.1 to [v0.4.2][timeout-v0.4.2], [v0.4.3][timeout-v0.4.3] * [tmpdir][tmpdir] 0.3.1 * 0.2.0 to [v0.3.0][tmpdir-v0.3.0], [v0.3.1][tmpdir-v0.3.1] * [uri][uri] 1.0.2 * 0.13.0 to [v0.13.1][uri-v0.13.1], [v1.0.0][uri-v1.0.0], [v1.0.1][uri-v1.0.1], [v1.0.2][uri-v1.0.2] * [win32ole][win32ole] 1.9.1 * 1.8.10 to [v1.9.0][win32ole-v1.9.0], [v1.9.1][win32ole-v1.9.1] * [yaml][yaml] 0.4.0 * 0.3.0 to [v0.4.0][yaml-v0.4.0] * [zlib][zlib] 3.2.1 * 3.1.0 to [v3.1.1][zlib-v3.1.1], [v3.2.0][zlib-v3.2.0], [v3.2.1][zlib-v3.2.1] The following bundled gem is added. * [repl_type_completor][repl_type_completor] 0.1.9 The following bundled gems are updated. * [minitest][minitest] 5.25.4 * 5.20.0 to [v5.25.4][minitest-v5.25.4] * [power_assert][power_assert] 2.0.5 * 2.0.3 to [v2.0.4][power_assert-v2.0.4], [v2.0.5][power_assert-v2.0.5] * [rake][rake] 13.2.1 * 13.1.0 to [v13.2.0][rake-v13.2.0], [v13.2.1][rake-v13.2.1] * [test-unit][test-unit] 3.6.7 * 3.6.1 to [3.6.2][test-unit-3.6.2], [3.6.3][test-unit-3.6.3], [3.6.4][test-unit-3.6.4], [3.6.5][test-unit-3.6.5], [3.6.6][test-unit-3.6.6], [3.6.7][test-unit-3.6.7] * [rexml][rexml] 3.4.0 * 3.2.6 to [v3.2.7][rexml-v3.2.7], [v3.2.8][rexml-v3.2.8], [v3.2.9][rexml-v3.2.9], [v3.3.0][rexml-v3.3.0], [v3.3.1][rexml-v3.3.1], [v3.3.2][rexml-v3.3.2], [v3.3.3][rexml-v3.3.3], [v3.3.4][rexml-v3.3.4], [v3.3.5][rexml-v3.3.5], [v3.3.6][rexml-v3.3.6], [v3.3.7][rexml-v3.3.7], [v3.3.8][rexml-v3.3.8], [v3.3.9][rexml-v3.3.9], [v3.4.0][rexml-v3.4.0] * [rss][rss] 0.3.1 * 0.3.0 to [0.3.1][rss-0.3.1] * [net-ftp][net-ftp] 0.3.8 * 0.3.3 to [v0.3.4][net-ftp-v0.3.4], [v0.3.5][net-ftp-v0.3.5], [v0.3.6][net-ftp-v0.3.6], [v0.3.7][net-ftp-v0.3.7], [v0.3.8][net-ftp-v0.3.8] * [net-imap][net-imap] 0.5.4 * 0.4.9 to [v0.4.9.1][net-imap-v0.4.9.1], [v0.4.10][net-imap-v0.4.10], [v0.4.11][net-imap-v0.4.11], [v0.4.12][net-imap-v0.4.12], [v0.4.13][net-imap-v0.4.13], [v0.4.14][net-imap-v0.4.14], [v0.4.15][net-imap-v0.4.15], [v0.4.16][net-imap-v0.4.16], [v0.4.17][net-imap-v0.4.17], [v0.5.0][net-imap-v0.5.0], [v0.4.18][net-imap-v0.4.18], [v0.5.1][net-imap-v0.5.1], [v0.5.2][net-imap-v0.5.2], [v0.5.3][net-imap-v0.5.3], [v0.5.4][net-imap-v0.5.4] * [net-smtp][net-smtp] 0.5.0 * 0.4.0 to [v0.4.0.1][net-smtp-v0.4.0.1], [v0.5.0][net-smtp-v0.5.0] * [prime][prime] 0.1.3 * 0.1.2 to [v0.1.3][prime-v0.1.3] * [rbs][rbs] 3.8.0 * 3.4.0 to [v3.4.1][rbs-v3.4.1], [v3.4.2][rbs-v3.4.2], [v3.4.3][rbs-v3.4.3], [v3.4.4][rbs-v3.4.4], [v3.5.0.pre.1][rbs-v3.5.0.pre.1], [v3.5.0.pre.2][rbs-v3.5.0.pre.2], [v3.5.0][rbs-v3.5.0], [v3.5.1][rbs-v3.5.1], [v3.5.2][rbs-v3.5.2], [v3.5.3][rbs-v3.5.3], [v3.6.0.dev.1][rbs-v3.6.0.dev.1], [v3.6.0.pre.1][rbs-v3.6.0.pre.1], [v3.6.0.pre.2][rbs-v3.6.0.pre.2], [v3.6.0.pre.3][rbs-v3.6.0.pre.3], [v3.6.0][rbs-v3.6.0], [v3.6.1][rbs-v3.6.1], [v3.7.0.dev.1][rbs-v3.7.0.dev.1], [v3.7.0.pre.1][rbs-v3.7.0.pre.1], [v3.7.0][rbs-v3.7.0], [v3.8.0.pre.1][rbs-v3.8.0.pre.1] [v3.8.0][rbs-v3.8.0] * [typeprof][typeprof] 0.30.1 * 0.21.9 to [v0.30.1][typeprof-v0.30.1] * [debug][debug] 1.10.0 * 1.9.1 to [v1.9.2][debug-v1.9.2], [v1.10.0][debug-v1.10.0] * [racc][racc] 1.8.1 * 1.7.3 to [v1.8.0][racc-v1.8.0], [v1.8.1][racc-v1.8.1] The following bundled gems are promoted from default gems. * [mutex_m][mutex_m] 0.3.0 * 0.2.0 to [v0.3.0][mutex_m-v0.3.0] * [getoptlong][getoptlong] 0.2.1 * [base64][base64] 0.2.0 * [bigdecimal][bigdecimal] 3.1.8 * 3.1.5 to [v3.1.6][bigdecimal-v3.1.6], [v3.1.7][bigdecimal-v3.1.7], [v3.1.8][bigdecimal-v3.1.8] * [observer][observer] 0.1.2 * [abbrev][abbrev] 0.1.2 * [resolv-replace][resolv-replace] 0.1.1 * [rinda][rinda] 0.2.0 * [drb][drb] 2.2.1 * 2.2.0 to [v2.2.1][drb-v2.2.1] * [nkf][nkf] 0.2.0 * 0.1.3 to [v0.2.0][nkf-v0.2.0] * [syslog][syslog] 0.2.0 * 0.1.2 to [v0.2.0][syslog-v0.2.0] * [csv][csv] 3.3.2 * 3.2.8 to [v3.2.9][csv-v3.2.9], [v3.3.0][csv-v3.3.0], [v3.3.1][csv-v3.3.1], [v3.3.2][csv-v3.3.2] ## Supported platforms ## Compatibility issues * Error messages and backtrace displays have been changed. * Use a single quote instead of a backtick as an opening quote. [[Feature #16495]] * Display a class name before a method name (only when the class has a permanent name). [[Feature #19117]] * Extra `rescue`/`ensure` frames are no longer available on the backtrace. [[Feature #20275]] * `Kernel#caller`, `Thread::Backtrace::Location`’s methods, etc. are also changed accordingly. Old: ``` test.rb:1:in `foo': undefined method `time' for an instance of Integer from test.rb:2:in `<main>' ``` New: ``` test.rb:1:in 'Object#foo': undefined method 'time' for an instance of Integer from test.rb:2:in '<main>' ``` * `Hash#inspect` rendering have been changed. [[Bug #20433]] * Symbol keys are displayed using the modern symbol key syntax: `"{user: 1}"` * Other keys now have spaces around `=>`: `'{"user" => 1}'`, while previously they didn't: `'{"user"=>1}'` * `Kernel#Float()` now accepts a decimal string with decimal part omitted. [[Feature #20705]] ```rb Float("1.") #=> 1.0 (previously, an ArgumentError was raised) Float("1.E-1") #=> 0.1 (previously, an ArgumentError was raised) ``` * `String#to_f` now accepts a decimal string with decimal part omitted. [[Feature #20705]] Note that the result changes when an exponent is specified. ```rb "1.".to_f #=> 1.0 "1.E-1".to_f #=> 0.1 (previously, 1.0 was returned) ``` * `Refinement#refined_class` has been removed. [[Feature #19714]] ## Stdlib compatibility issues * DidYouMean * `DidYouMean::SPELL_CHECKERS[]=` and `DidYouMean::SPELL_CHECKERS.merge!` are removed. * Net::HTTP * Removed the following deprecated constants: * `Net::HTTP::ProxyMod` * `Net::NetPrivate::HTTPRequest` * `Net::HTTPInformationCode` * `Net::HTTPSuccessCode` * `Net::HTTPRedirectionCode` * `Net::HTTPRetriableCode` * `Net::HTTPClientErrorCode` * `Net::HTTPFatalErrorCode` * `Net::HTTPServerErrorCode` * `Net::HTTPResponseReceiver` * `Net::HTTPResponceReceiver` These constants were deprecated from 2012. * Timeout * Reject negative values for `Timeout.timeout`. [[Bug #20795]] * URI * Switched default parser to RFC 3986 compliant from RFC 2396 compliant. [[Bug #19266]] ## C API updates * `rb_newobj` and `rb_newobj_of` (and corresponding macros `RB_NEWOBJ`, `RB_NEWOBJ_OF`, `NEWOBJ`, `NEWOBJ_OF`) have been removed. [[Feature #20265]] * Removed deprecated function `rb_gc_force_recycle`. [[Feature #18290]] ## Implementation improvements * The default parser is now Prism. To use the conventional parser, use the command-line argument `--parser=parse.y`. [[Feature #20564]] * Happy Eyeballs version 2 (RFC8305), an algorithm that ensures faster and more reliable connections by attempting IPv6 and IPv4 concurrently, is used in `Socket.tcp` and `TCPSocket.new`. To disable it globally, set the environment variable `RUBY_TCP_NO_FAST_FALLBACK=1` or call `Socket.tcp_fast_fallback=false`. Or to disable it on a per-method basis, use the keyword argument `fast_fallback: false`. [[Feature #20108]] [[Feature #20782]] * Alternative garbage collector (GC) implementations can be loaded dynamically through the modular garbage collector feature. To enable this feature, configure Ruby with `--with-modular-gc` at build time. GC libraries can be loaded at runtime using the environment variable `RUBY_GC_LIBRARY`. [[Feature #20351]] * Ruby's built-in garbage collector has been split into a separate file at `gc/default/default.c` and interacts with Ruby using an API defined in `gc/gc_impl.h`. The built-in garbage collector can now also be built as a library using `make modular-gc MODULAR_GC=default` and enabled using the environment variable `RUBY_GC_LIBRARY=default`. [[Feature #20470]] * An experimental GC library is provided based on [MMTk](https://www.mmtk.io/). This GC library can be built using `make modular-gc MODULAR_GC=mmtk` and enabled using the environment variable `RUBY_GC_LIBRARY=mmtk`. This requires the Rust toolchain on the build machine. [[Feature #20860]] ### YJIT #### New features * Command-line options * `--yjit-mem-size` introduces a unified memory limit (default 128MiB) to track total YJIT memory usage, providing a more intuitive alternative to the old `--yjit-exec-mem-size` option. * `--yjit-trace-exits=COUNTER` allows tracing of counted exits and fallbacks. * `--yjit-perf=codegen` allows profiling of JIT code based on YJIT's codegen functions. * `--yjit-log` enables a compilation log to track what gets compiled. * Ruby API * `RubyVM::YJIT.enable(log: true)` also enables a compilation log. * `RubyVM::YJIT.log` provides access to the tail of the compilation log at run-time. * YJIT stats * `RubyVM::YJIT.runtime_stats` now always provides additional statistics on invalidation, inlining, and metadata encoding. * `RubyVM::YJIT.runtime_stats[:iseq_calls]` is added to profile non-inlined Ruby method calls. * `RubyVM::YJIT.runtime_stats[:cfunc_calls]` is truncated to the top 20 entries for better performance. #### New optimizations * Compressed context reduces memory needed to store YJIT metadata * Allocate registers for local variables and Ruby method arguments * When YJIT is enabled, use more Core primitives written in Ruby: * `Array#each`, `Array#select`, `Array#map` rewritten in Ruby for better performance [[Feature #20182]]. * Ability to inline small/trivial methods such as: * Empty methods * Methods returning a constant * Methods returning `self` * Methods directly returning an argument * Specialized codegen for many more runtime methods * Optimize `String#getbyte`, `String#setbyte` and other string methods * Optimize bitwise operations to speed up low-level bit/byte manipulation * Support shareable constants in multi-ractor mode * Various other incremental optimizations ## Miscellaneous changes * Passing a block to a method which doesn't use the passed block will show a warning on verbose mode (`-w`). In connection with this, a new `strict_unused_block` warning category was introduced. Turn them on with `-W:strict_unused_block` or `Warning[:strict_unused_block] = true`. [[Feature #15554]] * Redefining some core methods that are specially optimized by the interpreter and JIT like `String#freeze` or `Integer#+` now emits a performance class warning (`-W:performance` or `Warning[:performance] = true`). [[Feature #20429]] [Feature #13557]: https://bugs.ruby-lang.org/issues/13557 [Feature #15554]: https://bugs.ruby-lang.org/issues/15554 [Feature #16495]: https://bugs.ruby-lang.org/issues/16495 [Feature #18290]: https://bugs.ruby-lang.org/issues/18290 [Feature #18368]: https://bugs.ruby-lang.org/issues/18368 [Feature #18980]: https://bugs.ruby-lang.org/issues/18980 [Misc #18984]: https://bugs.ruby-lang.org/issues/18984 [Feature #19117]: https://bugs.ruby-lang.org/issues/19117 [Feature #19236]: https://bugs.ruby-lang.org/issues/19236 [Bug #19266]: https://bugs.ruby-lang.org/issues/19266 [Feature #19714]: https://bugs.ruby-lang.org/issues/19714 [Bug #19918]: https://bugs.ruby-lang.org/issues/19918 [Feature #20018]: https://bugs.ruby-lang.org/issues/20018 [Bug #20064]: https://bugs.ruby-lang.org/issues/20064 [Feature #20108]: https://bugs.ruby-lang.org/issues/20108 [Feature #20182]: https://bugs.ruby-lang.org/issues/20182 [Feature #20205]: https://bugs.ruby-lang.org/issues/20205 [Bug #20218]: https://bugs.ruby-lang.org/issues/20218 [Feature #20265]: https://bugs.ruby-lang.org/issues/20265 [Feature #20275]: https://bugs.ruby-lang.org/issues/20275 [Feature #20293]: https://bugs.ruby-lang.org/issues/20293 [Feature #20350]: https://bugs.ruby-lang.org/issues/20350 [Feature #20351]: https://bugs.ruby-lang.org/issues/20351 [Feature #20429]: https://bugs.ruby-lang.org/issues/20429 [Bug #20433]: https://bugs.ruby-lang.org/issues/20433 [Feature #20443]: https://bugs.ruby-lang.org/issues/20443 [Feature #20470]: https://bugs.ruby-lang.org/issues/20470 [Feature #20497]: https://bugs.ruby-lang.org/issues/20497 [Feature #20564]: https://bugs.ruby-lang.org/issues/20564 [Feature #20576]: https://bugs.ruby-lang.org/issues/20576 [Feature #20594]: https://bugs.ruby-lang.org/issues/20594 [Bug #20620]: https://bugs.ruby-lang.org/issues/20620 [Feature #20624]: https://bugs.ruby-lang.org/issues/20624 [Feature #20627]: https://bugs.ruby-lang.org/issues/20627 [Feature #20702]: https://bugs.ruby-lang.org/issues/20702 [Feature #20705]: https://bugs.ruby-lang.org/issues/20705 [Feature #20707]: https://bugs.ruby-lang.org/issues/20707 [Feature #20715]: https://bugs.ruby-lang.org/issues/20715 [Feature #20775]: https://bugs.ruby-lang.org/issues/20775 [Feature #20778]: https://bugs.ruby-lang.org/issues/20778 [Feature #20782]: https://bugs.ruby-lang.org/issues/20782 [Bug #20795]: https://bugs.ruby-lang.org/issues/20795 [Feature #20811]: https://bugs.ruby-lang.org/issues/20811 [Feature #20860]: https://bugs.ruby-lang.org/issues/20860 [Feature #20875]: https://bugs.ruby-lang.org/issues/20875 [Feature #20876]: https://bugs.ruby-lang.org/issues/20876 [Feature #20884]: https://bugs.ruby-lang.org/issues/20884 [Feature #20902]: https://bugs.ruby-lang.org/issues/20902 [Bug #20929]: https://bugs.ruby-lang.org/issues/20929 [RubyGems-v3.5.4]: https://github.com/rubygems/rubygems/releases/tag/v3.5.4 [RubyGems-v3.5.5]: https://github.com/rubygems/rubygems/releases/tag/v3.5.5 [RubyGems-v3.5.6]: https://github.com/rubygems/rubygems/releases/tag/v3.5.6 [RubyGems-v3.5.7]: https://github.com/rubygems/rubygems/releases/tag/v3.5.7 [RubyGems-v3.5.8]: https://github.com/rubygems/rubygems/releases/tag/v3.5.8 [RubyGems-v3.5.9]: https://github.com/rubygems/rubygems/releases/tag/v3.5.9 [RubyGems-v3.5.10]: https://github.com/rubygems/rubygems/releases/tag/v3.5.10 [RubyGems-v3.5.11]: https://github.com/rubygems/rubygems/releases/tag/v3.5.11 [RubyGems-v3.5.12]: https://github.com/rubygems/rubygems/releases/tag/v3.5.12 [RubyGems-v3.5.13]: https://github.com/rubygems/rubygems/releases/tag/v3.5.13 [RubyGems-v3.5.14]: https://github.com/rubygems/rubygems/releases/tag/v3.5.14 [RubyGems-v3.5.15]: https://github.com/rubygems/rubygems/releases/tag/v3.5.15 [RubyGems-v3.5.16]: https://github.com/rubygems/rubygems/releases/tag/v3.5.16 [RubyGems-v3.5.17]: https://github.com/rubygems/rubygems/releases/tag/v3.5.17 [RubyGems-v3.5.18]: https://github.com/rubygems/rubygems/releases/tag/v3.5.18 [RubyGems-v3.5.19]: https://github.com/rubygems/rubygems/releases/tag/v3.5.19 [RubyGems-v3.5.20]: https://github.com/rubygems/rubygems/releases/tag/v3.5.20 [RubyGems-v3.5.21]: https://github.com/rubygems/rubygems/releases/tag/v3.5.21 [RubyGems-v3.5.22]: https://github.com/rubygems/rubygems/releases/tag/v3.5.22 [RubyGems-v3.5.23]: https://github.com/rubygems/rubygems/releases/tag/v3.5.23 [RubyGems-v3.6.0]: https://github.com/rubygems/rubygems/releases/tag/v3.6.0 [RubyGems-v3.6.1]: https://github.com/rubygems/rubygems/releases/tag/v3.6.1 [RubyGems-v3.6.2]: https://github.com/rubygems/rubygems/releases/tag/v3.6.2 [benchmark-v0.4.0]: https://github.com/ruby/benchmark/releases/tag/v0.4.0 [bundler-v2.5.4]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.4 [bundler-v2.5.5]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.5 [bundler-v2.5.6]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.6 [bundler-v2.5.7]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.7 [bundler-v2.5.8]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.8 [bundler-v2.5.9]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.9 [bundler-v2.5.10]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.10 [bundler-v2.5.11]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.11 [bundler-v2.5.12]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.12 [bundler-v2.5.13]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.13 [bundler-v2.5.14]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.14 [bundler-v2.5.15]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.15 [bundler-v2.5.16]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.16 [bundler-v2.5.17]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.17 [bundler-v2.5.18]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.18 [bundler-v2.5.19]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.19 [bundler-v2.5.20]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.20 [bundler-v2.5.21]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.21 [bundler-v2.5.22]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.22 [bundler-v2.5.23]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.5.23 [bundler-v2.6.0]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.6.0 [bundler-v2.6.1]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.6.1 [bundler-v2.6.2]: https://github.com/rubygems/rubygems/releases/tag/bundler-v2.6.2 [date-v3.4.0]: https://github.com/ruby/date/releases/tag/v3.4.0 [date-v3.4.1]: https://github.com/ruby/date/releases/tag/v3.4.1 [delegate-v0.4.0]: https://github.com/ruby/delegate/releases/tag/v0.4.0 [did_you_mean-v2.0.0]: https://github.com/ruby/did_you_mean/releases/tag/v2.0.0 [digest-v3.2.0.pre0]: https://github.com/ruby/digest/releases/tag/v3.2.0.pre0 [digest-v3.2.0]: https://github.com/ruby/digest/releases/tag/v3.2.0 [erb-v4.0.4]: https://github.com/ruby/erb/releases/tag/v4.0.4 [etc-v1.4.4]: https://github.com/ruby/etc/releases/tag/v1.4.4 [etc-v1.4.5]: https://github.com/ruby/etc/releases/tag/v1.4.5 [fcntl-v1.2.0]: https://github.com/ruby/fcntl/releases/tag/v1.2.0 [fiddle-v1.1.3]: https://github.com/ruby/fiddle/releases/tag/v1.1.3 [fiddle-v1.1.4]: https://github.com/ruby/fiddle/releases/tag/v1.1.4 [fiddle-v1.1.5]: https://github.com/ruby/fiddle/releases/tag/v1.1.5 [fiddle-v1.1.6]: https://github.com/ruby/fiddle/releases/tag/v1.1.6 [fileutils-v1.7.3]: https://github.com/ruby/fileutils/releases/tag/v1.7.3 [io-console-v0.7.2]: https://github.com/ruby/io-console/releases/tag/v0.7.2 [io-console-v0.8.0.beta1]: https://github.com/ruby/io-console/releases/tag/v0.8.0.beta1 [io-console-v0.8.0]: https://github.com/ruby/io-console/releases/tag/v0.8.0 [io-nonblock-v0.3.1]: https://github.com/ruby/io-nonblock/releases/tag/v0.3.1 [ipaddr-v1.2.7]: https://github.com/ruby/ipaddr/releases/tag/v1.2.7 [irb-v1.11.1]: https://github.com/ruby/irb/releases/tag/v1.11.1 [irb-v1.11.2]: https://github.com/ruby/irb/releases/tag/v1.11.2 [irb-v1.12.0]: https://github.com/ruby/irb/releases/tag/v1.12.0 [irb-v1.13.0]: https://github.com/ruby/irb/releases/tag/v1.13.0 [irb-v1.13.1]: https://github.com/ruby/irb/releases/tag/v1.13.1 [irb-v1.13.2]: https://github.com/ruby/irb/releases/tag/v1.13.2 [irb-v1.14.0]: https://github.com/ruby/irb/releases/tag/v1.14.0 [irb-v1.14.1]: https://github.com/ruby/irb/releases/tag/v1.14.1 [irb-v1.14.2]: https://github.com/ruby/irb/releases/tag/v1.14.2 [irb-v1.14.3]: https://github.com/ruby/irb/releases/tag/v1.14.3 [json-v2.7.2]: https://github.com/ruby/json/releases/tag/v2.7.2 [json-v2.7.3.rc1]: https://github.com/ruby/json/releases/tag/v2.7.3.rc1 [json-v2.7.3]: 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[�Z��� �� share/rubygems/rubygems.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require "rbconfig" module Gem VERSION = "3.6.7" end # Must be first since it unloads the prelude from 1.9.2 require_relative "rubygems/compatibility" require_relative "rubygems/defaults" require_relative "rubygems/deprecate" require_relative "rubygems/errors" require_relative "rubygems/target_rbconfig" ## # RubyGems is the Ruby standard for publishing and managing third party # libraries. # # For user documentation, see: # # * <tt>gem help</tt> and <tt>gem help [command]</tt> # * {RubyGems User Guide}[https://guides.rubygems.org/] # * {Frequently Asked Questions}[https://guides.rubygems.org/faqs] # # For gem developer documentation see: # # * {Creating Gems}[https://guides.rubygems.org/make-your-own-gem] # * Gem::Specification # * Gem::Version for version dependency notes # # Further RubyGems documentation can be found at: # # * {RubyGems Guides}[https://guides.rubygems.org] # * {RubyGems API}[https://www.rubydoc.info/github/rubygems/rubygems] (also available from # <tt>gem server</tt>) # # == RubyGems Plugins # # RubyGems will load plugins in the latest version of each installed gem or # $LOAD_PATH. Plugins must be named 'rubygems_plugin' (.rb, .so, etc) and # placed at the root of your gem's #require_path. Plugins are installed at a # special location and loaded on boot. # # For an example plugin, see the {Graph gem}[https://github.com/seattlerb/graph] # which adds a <tt>gem graph</tt> command. # # == RubyGems Defaults, Packaging # # RubyGems defaults are stored in lib/rubygems/defaults.rb. If you're packaging # RubyGems or implementing Ruby you can change RubyGems' defaults. # # For RubyGems packagers, provide lib/rubygems/defaults/operating_system.rb # and override any defaults from lib/rubygems/defaults.rb. # # For Ruby implementers, provide lib/rubygems/defaults/#{RUBY_ENGINE}.rb and # override any defaults from lib/rubygems/defaults.rb. # # If you need RubyGems to perform extra work on install or uninstall, your # defaults override file can set pre/post install and uninstall hooks. # See Gem::pre_install, Gem::pre_uninstall, Gem::post_install, # Gem::post_uninstall. # # == Bugs # # You can submit bugs to the # {RubyGems bug tracker}[https://github.com/rubygems/rubygems/issues] # on GitHub # # == Credits # # RubyGems is currently maintained by Eric Hodel. # # RubyGems was originally developed at RubyConf 2003 by: # # * Rich Kilmer -- rich(at)infoether.com # * Chad Fowler -- chad(at)chadfowler.com # * David Black -- dblack(at)wobblini.net # * Paul Brannan -- paul(at)atdesk.com # * Jim Weirich -- jim(at)weirichhouse.org # # Contributors: # # * Gavin Sinclair -- gsinclair(at)soyabean.com.au # * George Marrows -- george.marrows(at)ntlworld.com # * Dick Davies -- rasputnik(at)hellooperator.net # * Mauricio Fernandez -- batsman.geo(at)yahoo.com # * Simon Strandgaard -- neoneye(at)adslhome.dk # * Dave Glasser -- glasser(at)mit.edu # * Paul Duncan -- pabs(at)pablotron.org # * Ville Aine -- vaine(at)cs.helsinki.fi # * Eric Hodel -- drbrain(at)segment7.net # * Daniel Berger -- djberg96(at)gmail.com # * Phil Hagelberg -- technomancy(at)gmail.com # * Ryan Davis -- ryand-ruby(at)zenspider.com # * Evan Phoenix -- evan(at)fallingsnow.net # * Steve Klabnik -- steve(at)steveklabnik.com # # (If your name is missing, PLEASE let us know!) # # == License # # See {LICENSE.txt}[https://github.com/rubygems/rubygems/blob/master/LICENSE.txt] for permissions. # # Thanks! # # -The RubyGems Team module Gem RUBYGEMS_DIR = __dir__ ## # An Array of Regexps that match windows Ruby platforms. WIN_PATTERNS = [ /bccwin/i, /cygwin/i, /djgpp/i, /mingw/i, /mswin/i, /wince/i, ].freeze GEM_DEP_FILES = %w[ gem.deps.rb gems.rb Gemfile Isolate ].freeze ## # Subdirectories in a gem repository REPOSITORY_SUBDIRECTORIES = %w[ build_info cache doc extensions gems plugins specifications ].freeze ## # Subdirectories in a gem repository for default gems REPOSITORY_DEFAULT_GEM_SUBDIRECTORIES = %w[ gems specifications/default ].freeze ## # The default value for SOURCE_DATE_EPOCH if not specified. # We want a date after 1980-01-01, to prevent issues with Zip files. # This particular timestamp is for 1980-01-02 00:00:00 GMT. DEFAULT_SOURCE_DATE_EPOCH = 315_619_200 @@win_platform = nil @configuration = nil @gemdeps = nil @loaded_specs = {} LOADED_SPECS_MUTEX = Thread::Mutex.new @path_to_default_spec_map = {} @platforms = [] @ruby = nil @ruby_api_version = nil @sources = nil @post_build_hooks ||= [] @post_install_hooks ||= [] @post_uninstall_hooks ||= [] @pre_uninstall_hooks ||= [] @pre_install_hooks ||= [] @pre_reset_hooks ||= [] @post_reset_hooks ||= [] @default_source_date_epoch = nil @discover_gems_on_require = true @target_rbconfig = nil ## # Try to activate a gem containing +path+. Returns true if # activation succeeded or wasn't needed because it was already # activated. Returns false if it can't find the path in a gem. def self.try_activate(path) # finds the _latest_ version... regardless of loaded specs and their deps # if another gem had a requirement that would mean we shouldn't # activate the latest version, then either it would already be activated # or if it was ambiguous (and thus unresolved) the code in our custom # require will try to activate the more specific version. spec = Gem::Specification.find_by_path path return false unless spec return true if spec.activated? begin spec.activate rescue Gem::LoadError => e # this could fail due to gem dep collisions, go lax spec_by_name = Gem::Specification.find_by_name(spec.name) if spec_by_name.nil? raise e else spec_by_name.activate end end true end def self.needs rs = Gem::RequestSet.new yield rs finish_resolve rs end def self.finish_resolve(request_set=Gem::RequestSet.new) request_set.import Gem::Specification.unresolved_deps.values request_set.import Gem.loaded_specs.values.map {|s| Gem::Dependency.new(s.name, s.version) } request_set.resolve_current.each do |s| s.full_spec.activate end end ## # Find the full path to the executable for gem +name+. If the +exec_name+ # is not given, an exception will be raised, otherwise the # specified executable's path is returned. +requirements+ allows # you to specify specific gem versions. def self.bin_path(name, exec_name = nil, *requirements) requirements = Gem::Requirement.default if requirements.empty? find_spec_for_exe(name, exec_name, requirements).bin_file exec_name end def self.find_spec_for_exe(name, exec_name, requirements) raise ArgumentError, "you must supply exec_name" unless exec_name dep = Gem::Dependency.new name, requirements loaded = Gem.loaded_specs[name] return loaded if loaded && dep.matches_spec?(loaded) specs = dep.matching_specs(true) specs = specs.find_all do |spec| spec.executables.include? exec_name end if exec_name unless spec = specs.first msg = "can't find gem #{dep} with executable #{exec_name}" raise Gem::GemNotFoundException, msg end spec end private_class_method :find_spec_for_exe ## # Find the full path to the executable for gem +name+. If the +exec_name+ # is not given, an exception will be raised, otherwise the # specified executable's path is returned. +requirements+ allows # you to specify specific gem versions. # # A side effect of this method is that it will activate the gem that # contains the executable. # # This method should *only* be used in bin stub files. def self.activate_bin_path(name, exec_name = nil, *requirements) # :nodoc: spec = find_spec_for_exe name, exec_name, requirements Gem::LOADED_SPECS_MUTEX.synchronize do spec.activate finish_resolve end spec.bin_file exec_name end ## # The mode needed to read a file as straight binary. def self.binary_mode "rb" end ## # The path where gem executables are to be installed. def self.bindir(install_dir=Gem.dir) return File.join install_dir, "bin" unless install_dir.to_s == Gem.default_dir.to_s Gem.default_bindir end ## # The path were rubygems plugins are to be installed. def self.plugindir(install_dir=Gem.dir) File.join install_dir, "plugins" end ## # Reset the +dir+ and +path+ values. The next time +dir+ or +path+ # is requested, the values will be calculated from scratch. This is # mainly used by the unit tests to provide test isolation. def self.clear_paths @paths = nil @user_home = nil Gem::Specification.reset Gem::Security.reset if defined?(Gem::Security) end ## # The standard configuration object for gems. def self.configuration @configuration ||= Gem::ConfigFile.new [] end ## # Use the given configuration object (which implements the ConfigFile # protocol) as the standard configuration object. def self.configuration=(config) @configuration = config end ## # A Zlib::Deflate.deflate wrapper def self.deflate(data) require "zlib" Zlib::Deflate.deflate data end # Retrieve the PathSupport object that RubyGems uses to # lookup files. def self.paths @paths ||= Gem::PathSupport.new(ENV) end # Initialize the filesystem paths to use from +env+. # +env+ is a hash-like object (typically ENV) that # is queried for 'GEM_HOME', 'GEM_PATH', and 'GEM_SPEC_CACHE' # Keys for the +env+ hash should be Strings, and values of the hash should # be Strings or +nil+. def self.paths=(env) clear_paths target = {} env.each_pair do |k,v| case k when "GEM_HOME", "GEM_PATH", "GEM_SPEC_CACHE" case v when nil, String target[k] = v when Array unless Gem::Deprecate.skip warn <<-EOWARN Array values in the parameter to `Gem.paths=` are deprecated. Please use a String or nil. An Array (#{env.inspect}) was passed in from #{caller[3]} EOWARN end target[k] = v.join File::PATH_SEPARATOR end else target[k] = v end end @paths = Gem::PathSupport.new ENV.to_hash.merge(target) Gem::Specification.dirs = @paths.path end ## # The path where gems are to be installed. def self.dir paths.home end def self.path paths.path end def self.spec_cache_dir paths.spec_cache_dir end ## # The RbConfig object for the deployment target platform. # # This is usually the same as the running platform, but may be # different if you are cross-compiling. def self.target_rbconfig @target_rbconfig || Gem::TargetRbConfig.for_running_ruby end def self.set_target_rbconfig(rbconfig_path) @target_rbconfig = Gem::TargetRbConfig.from_path(rbconfig_path) Gem::Platform.local(refresh: true) Gem.platforms << Gem::Platform.local unless Gem.platforms.include? Gem::Platform.local @target_rbconfig end ## # Quietly ensure the Gem directory +dir+ contains all the proper # subdirectories. If we can't create a directory due to a permission # problem, then we will silently continue. # # If +mode+ is given, missing directories are created with this mode. # # World-writable directories will never be created. def self.ensure_gem_subdirectories(dir = Gem.dir, mode = nil) ensure_subdirectories(dir, mode, REPOSITORY_SUBDIRECTORIES) end ## # Quietly ensure the Gem directory +dir+ contains all the proper # subdirectories for handling default gems. If we can't create a # directory due to a permission problem, then we will silently continue. # # If +mode+ is given, missing directories are created with this mode. # # World-writable directories will never be created. def self.ensure_default_gem_subdirectories(dir = Gem.dir, mode = nil) ensure_subdirectories(dir, mode, REPOSITORY_DEFAULT_GEM_SUBDIRECTORIES) end def self.ensure_subdirectories(dir, mode, subdirs) # :nodoc: old_umask = File.umask File.umask old_umask | 0o002 options = {} options[:mode] = mode if mode subdirs.each do |name| subdir = File.join dir, name next if File.exist? subdir require "fileutils" begin FileUtils.mkdir_p subdir, **options rescue SystemCallError end end ensure File.umask old_umask end ## # The extension API version of ruby. This includes the static vs non-static # distinction as extensions cannot be shared between the two. def self.extension_api_version # :nodoc: if target_rbconfig["ENABLE_SHARED"] == "no" "#{ruby_api_version}-static" else ruby_api_version end end ## # Returns a list of paths matching +glob+ that can be used by a gem to pick # up features from other gems. For example: # # Gem.find_files('rdoc/discover').each do |path| load path end # # if +check_load_path+ is true (the default), then find_files also searches # $LOAD_PATH for files as well as gems. # # Note that find_files will return all files even if they are from different # versions of the same gem. See also find_latest_files def self.find_files(glob, check_load_path=true) files = [] files = find_files_from_load_path glob if check_load_path gem_specifications = @gemdeps ? Gem.loaded_specs.values : Gem::Specification.stubs files.concat gem_specifications.flat_map {|spec| spec.matches_for_glob("#{glob}#{Gem.suffix_pattern}") } # $LOAD_PATH might contain duplicate entries or reference # the spec dirs directly, so we prune. files.uniq! if check_load_path files end def self.find_files_from_load_path(glob) # :nodoc: glob_with_suffixes = "#{glob}#{Gem.suffix_pattern}" $LOAD_PATH.flat_map do |load_path| Gem::Util.glob_files_in_dir(glob_with_suffixes, load_path) end.select {|file| File.file? file } end ## # Returns a list of paths matching +glob+ from the latest gems that can be # used by a gem to pick up features from other gems. For example: # # Gem.find_latest_files('rdoc/discover').each do |path| load path end # # if +check_load_path+ is true (the default), then find_latest_files also # searches $LOAD_PATH for files as well as gems. # # Unlike find_files, find_latest_files will return only files from the # latest version of a gem. def self.find_latest_files(glob, check_load_path=true) files = [] files = find_files_from_load_path glob if check_load_path files.concat Gem::Specification.latest_specs(true).flat_map {|spec| spec.matches_for_glob("#{glob}#{Gem.suffix_pattern}") } # $LOAD_PATH might contain duplicate entries or reference # the spec dirs directly, so we prune. files.uniq! if check_load_path files end ## # Top level install helper method. Allows you to install gems interactively: # # % irb # >> Gem.install "minitest" # Fetching: minitest-5.14.0.gem (100%) # => [#<Gem::Specification:0x1013b4528 @name="minitest", ...>] def self.install(name, version = Gem::Requirement.default, *options) require_relative "rubygems/dependency_installer" inst = Gem::DependencyInstaller.new(*options) inst.install name, version inst.installed_gems end ## # Get the default RubyGems API host. This is normally # <tt>https://rubygems.org</tt>. def self.host @host ||= Gem::DEFAULT_HOST end ## Set the default RubyGems API host. def self.host=(host) @host = host end ## # The index to insert activated gem paths into the $LOAD_PATH. The activated # gem's paths are inserted before site lib directory by default. def self.load_path_insert_index $LOAD_PATH.each_with_index do |path, i| return i if path.instance_variable_defined?(:@gem_prelude_index) end index = $LOAD_PATH.index RbConfig::CONFIG["sitelibdir"] index || 0 end ## # The number of paths in the +$LOAD_PATH+ from activated gems. Used to # prioritize +-I+ and <code>ENV['RUBYLIB']</code> entries during +require+. def self.activated_gem_paths @activated_gem_paths ||= 0 end ## # Add a list of paths to the $LOAD_PATH at the proper place. def self.add_to_load_path(*paths) @activated_gem_paths = activated_gem_paths + paths.size # gem directories must come after -I and ENV['RUBYLIB'] $LOAD_PATH.insert(Gem.load_path_insert_index, *paths) end @yaml_loaded = false ## # Loads YAML, preferring Psych def self.load_yaml return if @yaml_loaded require "psych" require_relative "rubygems/psych_tree" require_relative "rubygems/safe_yaml" @yaml_loaded = true end @safe_marshal_loaded = false def self.load_safe_marshal return if @safe_marshal_loaded require_relative "rubygems/safe_marshal" @safe_marshal_loaded = true end ## # The file name and line number of the caller of the caller of this method. # # +depth+ is how many layers up the call stack it should go. # # e.g., # # def a; Gem.location_of_caller; end # a #=> ["x.rb", 2] # (it'll vary depending on file name and line number) # # def b; c; end # def c; Gem.location_of_caller(2); end # b #=> ["x.rb", 6] # (it'll vary depending on file name and line number) def self.location_of_caller(depth = 1) caller[depth] =~ /(.*?):(\d+).*?$/i file = $1 lineno = $2.to_i [file, lineno] end ## # The version of the Marshal format for your Ruby. def self.marshal_version "#{Marshal::MAJOR_VERSION}.#{Marshal::MINOR_VERSION}" end ## # Set array of platforms this RubyGems supports (primarily for testing). def self.platforms=(platforms) @platforms = platforms end ## # Array of platforms this RubyGems supports. def self.platforms @platforms ||= [] if @platforms.empty? @platforms = [Gem::Platform::RUBY, Gem::Platform.local] end @platforms end ## # Adds a post-build hook that will be passed an Gem::Installer instance # when Gem::Installer#install is called. The hook is called after the gem # has been extracted and extensions have been built but before the # executables or gemspec has been written. If the hook returns +false+ then # the gem's files will be removed and the install will be aborted. def self.post_build(&hook) @post_build_hooks << hook end ## # Adds a post-install hook that will be passed an Gem::Installer instance # when Gem::Installer#install is called def self.post_install(&hook) @post_install_hooks << hook end ## # Adds a post-installs hook that will be passed a Gem::DependencyInstaller # and a list of installed specifications when # Gem::DependencyInstaller#install is complete def self.done_installing(&hook) @done_installing_hooks << hook end ## # Adds a hook that will get run after Gem::Specification.reset is # run. def self.post_reset(&hook) @post_reset_hooks << hook end ## # Adds a post-uninstall hook that will be passed a Gem::Uninstaller instance # and the spec that was uninstalled when Gem::Uninstaller#uninstall is # called def self.post_uninstall(&hook) @post_uninstall_hooks << hook end ## # Adds a pre-install hook that will be passed an Gem::Installer instance # when Gem::Installer#install is called. If the hook returns +false+ then # the install will be aborted. def self.pre_install(&hook) @pre_install_hooks << hook end ## # Adds a hook that will get run before Gem::Specification.reset is # run. def self.pre_reset(&hook) @pre_reset_hooks << hook end ## # Adds a pre-uninstall hook that will be passed an Gem::Uninstaller instance # and the spec that will be uninstalled when Gem::Uninstaller#uninstall is # called def self.pre_uninstall(&hook) @pre_uninstall_hooks << hook end ## # The directory prefix this RubyGems was installed at. If your # prefix is in a standard location (ie, rubygems is installed where # you'd expect it to be), then prefix returns nil. def self.prefix prefix = File.dirname RUBYGEMS_DIR if prefix != File.expand_path(RbConfig::CONFIG["sitelibdir"]) && prefix != File.expand_path(RbConfig::CONFIG["libdir"]) && File.basename(RUBYGEMS_DIR) == "lib" prefix end end ## # Refresh available gems from disk. def self.refresh Gem::Specification.reset end ## # Safely read a file in binary mode on all platforms. def self.read_binary(path) File.binread(path) end ## # Safely write a file in binary mode on all platforms. def self.write_binary(path, data) File.binwrite(path, data) rescue Errno::ENOSPC # If we ran out of space but the file exists, it's *guaranteed* to be corrupted. File.delete(path) if File.exist?(path) raise end ## # Open a file with given flags def self.open_file(path, flags, &block) File.open(path, flags, &block) end ## # Open a file with given flags, and protect access with a file lock def self.open_file_with_lock(path, &block) file_lock = "#{path}.lock" open_file_with_flock(file_lock, &block) ensure require "fileutils" FileUtils.rm_f file_lock end ## # Open a file with given flags, and protect access with flock def self.open_file_with_flock(path, &block) # read-write mode is used rather than read-only in order to support NFS mode = IO::RDWR | IO::APPEND | IO::CREAT | IO::BINARY mode |= IO::SHARE_DELETE if IO.const_defined?(:SHARE_DELETE) File.open(path, mode) do |io| begin # Try to get a lock without blocking. # If we do, the file is locked. # Otherwise, explain why we're waiting and get a lock, but block this time. if io.flock(File::LOCK_EX | File::LOCK_NB) != 0 warn "Waiting for another process to let go of lock: #{path}" io.flock(File::LOCK_EX) end io.puts(Process.pid) rescue Errno::ENOSYS, Errno::ENOTSUP end yield io end end ## # The path to the running Ruby interpreter. def self.ruby if @ruby.nil? @ruby = RbConfig.ruby @ruby = "\"#{@ruby}\"" if /\s/.match?(@ruby) end @ruby end ## # Returns a String containing the API compatibility version of Ruby def self.ruby_api_version @ruby_api_version ||= target_rbconfig["ruby_version"].dup end def self.env_requirement(gem_name) @env_requirements_by_name ||= {} @env_requirements_by_name[gem_name] ||= begin req = ENV["GEM_REQUIREMENT_#{gem_name.upcase}"] || ">= 0" Gem::Requirement.create(req) end end post_reset { @env_requirements_by_name = {} } ## # Returns the latest release-version specification for the gem +name+. def self.latest_spec_for(name) dependency = Gem::Dependency.new name fetcher = Gem::SpecFetcher.fetcher spec_tuples, = fetcher.spec_for_dependency dependency spec, = spec_tuples.last spec end ## # Returns the latest release version of RubyGems. def self.latest_rubygems_version latest_version_for("rubygems-update") || raise("Can't find 'rubygems-update' in any repo. Check `gem source list`.") end ## # Returns the version of the latest release-version of gem +name+ def self.latest_version_for(name) latest_spec_for(name)&.version end ## # A Gem::Version for the currently running Ruby. def self.ruby_version return @ruby_version if defined? @ruby_version version = RUBY_VERSION.dup if RUBY_PATCHLEVEL == -1 if RUBY_ENGINE == "ruby" desc = RUBY_DESCRIPTION[/\Aruby #{Regexp.quote(RUBY_VERSION)}([^ ]+) /, 1] else desc = RUBY_DESCRIPTION[/\A#{RUBY_ENGINE} #{Regexp.quote(RUBY_ENGINE_VERSION)} \(#{RUBY_VERSION}([^ ]+)\) /, 1] end version << ".#{desc}" if desc end @ruby_version = Gem::Version.new version end ## # A Gem::Version for the currently running RubyGems def self.rubygems_version return @rubygems_version if defined? @rubygems_version @rubygems_version = Gem::Version.new Gem::VERSION end ## # Returns an Array of sources to fetch remote gems from. Uses # default_sources if the sources list is empty. def self.sources source_list = configuration.sources || default_sources @sources ||= Gem::SourceList.from(source_list) end ## # Need to be able to set the sources without calling # Gem.sources.replace since that would cause an infinite loop. # # DOC: This comment is not documentation about the method itself, it's # more of a code comment about the implementation. def self.sources=(new_sources) if !new_sources @sources = nil else @sources = Gem::SourceList.from(new_sources) end end ## # Glob pattern for require-able path suffixes. def self.suffix_pattern @suffix_pattern ||= "{#{suffixes.join(",")}}" end ## # Regexp for require-able path suffixes. def self.suffix_regexp @suffix_regexp ||= /#{Regexp.union(suffixes)}\z/ end ## # Glob pattern for require-able plugin suffixes. def self.plugin_suffix_pattern @plugin_suffix_pattern ||= "_plugin#{suffix_pattern}" end ## # Regexp for require-able plugin suffixes. def self.plugin_suffix_regexp @plugin_suffix_regexp ||= /_plugin#{suffix_regexp}\z/ end ## # Suffixes for require-able paths. def self.suffixes @suffixes ||= ["", ".rb", *%w[DLEXT DLEXT2].map do |key| val = RbConfig::CONFIG[key] next unless val && !val.empty? ".#{val}" end].compact.uniq end ## # Suffixes for dynamic library require-able paths. def self.dynamic_library_suffixes @dynamic_library_suffixes ||= suffixes - [".rb"] end ## # Prints the amount of time the supplied block takes to run using the debug # UI output. def self.time(msg, width = 0, display = Gem.configuration.verbose) now = Time.now value = yield elapsed = Time.now - now ui.say format("%2$*1$s: %3$3.3fs", -width, msg, elapsed) if display value end ## # Lazily loads DefaultUserInteraction and returns the default UI. def self.ui require_relative "rubygems/user_interaction" Gem::DefaultUserInteraction.ui end ## # Use the +home+ and +paths+ values for Gem.dir and Gem.path. Used mainly # by the unit tests to provide environment isolation. def self.use_paths(home, *paths) paths.flatten! paths.compact! hash = { "GEM_HOME" => home, "GEM_PATH" => paths.empty? ? home : paths.join(File::PATH_SEPARATOR) } hash.delete_if {|_, v| v.nil? } self.paths = hash end ## # Is this a windows platform? def self.win_platform? if @@win_platform.nil? ruby_platform = RbConfig::CONFIG["host_os"] @@win_platform = !WIN_PATTERNS.find {|r| ruby_platform =~ r }.nil? end @@win_platform end ## # Is this a java platform? def self.java_platform? RUBY_PLATFORM == "java" end ## # Is this platform Solaris? def self.solaris_platform? RUBY_PLATFORM.include?("solaris") end ## # Is this platform FreeBSD def self.freebsd_platform? RbConfig::CONFIG["host_os"].to_s.include?("bsd") end ## # Load +plugins+ as Ruby files def self.load_plugin_files(plugins) # :nodoc: plugins.each do |plugin| # Skip older versions of the GemCutter plugin: Its commands are in # RubyGems proper now. next if /gemcutter-0\.[0-3]/.match?(plugin) begin load plugin rescue ScriptError, StandardError => e details = "#{plugin.inspect}: #{e.message} (#{e.class})" warn "Error loading RubyGems plugin #{details}" end end end ## # Find rubygems plugin files in the standard location and load them def self.load_plugins Gem.path.each do |gem_path| load_plugin_files Gem::Util.glob_files_in_dir("*#{Gem.plugin_suffix_pattern}", plugindir(gem_path)) end end ## # Find all 'rubygems_plugin' files in $LOAD_PATH and load them def self.load_env_plugins load_plugin_files find_files_from_load_path("rubygems_plugin") end ## # Looks for a gem dependency file at +path+ and activates the gems in the # file if found. If the file is not found an ArgumentError is raised. # # If +path+ is not given the RUBYGEMS_GEMDEPS environment variable is used, # but if no file is found no exception is raised. # # If '-' is given for +path+ RubyGems searches up from the current working # directory for gem dependency files (gem.deps.rb, Gemfile, Isolate) and # activates the gems in the first one found. # # You can run this automatically when rubygems starts. To enable, set # the <code>RUBYGEMS_GEMDEPS</code> environment variable to either the path # of your gem dependencies file or "-" to auto-discover in parent # directories. # # NOTE: Enabling automatic discovery on multiuser systems can lead to # execution of arbitrary code when used from directories outside your # control. def self.use_gemdeps(path = nil) raise_exception = path path ||= ENV["RUBYGEMS_GEMDEPS"] return unless path path = path.dup if path == "-" Gem::Util.traverse_parents Dir.pwd do |directory| dep_file = GEM_DEP_FILES.find {|f| File.file?(f) } next unless dep_file path = File.join directory, dep_file break end end unless File.file? path return unless raise_exception raise ArgumentError, "Unable to find gem dependencies file at #{path}" end ENV["BUNDLE_GEMFILE"] ||= File.expand_path(path) require_relative "rubygems/user_interaction" require "bundler" begin Gem::DefaultUserInteraction.use_ui(ui) do Bundler.ui.silence do @gemdeps = Bundler.setup end ensure Gem::DefaultUserInteraction.ui.close end rescue Bundler::BundlerError => e warn e.message warn "You may need to `bundle install` to install missing gems" warn "" end end ## # If the SOURCE_DATE_EPOCH environment variable is set, returns it's value. # Otherwise, returns DEFAULT_SOURCE_DATE_EPOCH as a string. # # NOTE(@duckinator): The implementation is a tad weird because we want to: # 1. Make builds reproducible by default, by having this function always # return the same result during a given run. # 2. Allow changing ENV['SOURCE_DATE_EPOCH'] at runtime, since multiple # tests that set this variable will be run in a single process. # # If you simplify this function and a lot of tests fail, that is likely # due to #2 above. # # Details on SOURCE_DATE_EPOCH: # https://reproducible-builds.org/specs/source-date-epoch/ def self.source_date_epoch_string specified_epoch = ENV["SOURCE_DATE_EPOCH"] # If it's empty or just whitespace, treat it like it wasn't set at all. specified_epoch = nil if !specified_epoch.nil? && specified_epoch.strip.empty? epoch = specified_epoch || DEFAULT_SOURCE_DATE_EPOCH.to_s epoch.strip end ## # Returns the value of Gem.source_date_epoch_string, as a Time object. # # This is used throughout RubyGems for enabling reproducible builds. def self.source_date_epoch Time.at(source_date_epoch_string.to_i).utc.freeze end # FIX: Almost everywhere else we use the `def self.` way of defining class # methods, and then we switch over to `class << self` here. Pick one or the # other. class << self ## # RubyGems distributors (like operating system package managers) can # disable RubyGems update by setting this to error message printed to # end-users on gem update --system instead of actual update. attr_accessor :disable_system_update_message ## # Whether RubyGems should enhance builtin `require` to automatically # check whether the path required is present in installed gems, and # automatically activate them and add them to `$LOAD_PATH`. attr_accessor :discover_gems_on_require ## # Hash of loaded Gem::Specification keyed by name attr_reader :loaded_specs ## # GemDependencyAPI object, which is set when .use_gemdeps is called. # This contains all the information from the Gemfile. attr_reader :gemdeps ## # Register a Gem::Specification for default gem. # # Two formats for the specification are supported: # # * MRI 2.0 style, where spec.files contains unprefixed require names. # The spec's filenames will be registered as-is. # * New style, where spec.files contains files prefixed with paths # from spec.require_paths. The prefixes are stripped before # registering the spec's filenames. Unprefixed files are omitted. # def register_default_spec(spec) extended_require_paths = spec.require_paths.map {|f| f + "/" } new_format = extended_require_paths.any? {|path| spec.files.any? {|f| f.start_with? path } } if new_format prefix_group = extended_require_paths.join("|") prefix_pattern = /^(#{prefix_group})/ end spec.files.each do |file| if new_format file = file.sub(prefix_pattern, "") next unless $~ end spec.activate if already_loaded?(file) @path_to_default_spec_map[file] = spec @path_to_default_spec_map[file.sub(suffix_regexp, "")] = spec end end ## # Find a Gem::Specification of default gem from +path+ def find_default_spec(path) @path_to_default_spec_map[path] end ## # Find an unresolved Gem::Specification of default gem from +path+ def find_unresolved_default_spec(path) default_spec = @path_to_default_spec_map[path] default_spec if default_spec && loaded_specs[default_spec.name] != default_spec end ## # Clear default gem related variables. It is for test def clear_default_specs @path_to_default_spec_map.clear end ## # The list of hooks to be run after Gem::Installer#install extracts files # and builds extensions attr_reader :post_build_hooks ## # The list of hooks to be run after Gem::Installer#install completes # installation attr_reader :post_install_hooks ## # The list of hooks to be run after Gem::DependencyInstaller installs a # set of gems attr_reader :done_installing_hooks ## # The list of hooks to be run after Gem::Specification.reset is run. attr_reader :post_reset_hooks ## # The list of hooks to be run after Gem::Uninstaller#uninstall completes # installation attr_reader :post_uninstall_hooks ## # The list of hooks to be run before Gem::Installer#install does any work attr_reader :pre_install_hooks ## # The list of hooks to be run before Gem::Specification.reset is run. attr_reader :pre_reset_hooks ## # The list of hooks to be run before Gem::Uninstaller#uninstall does any # work attr_reader :pre_uninstall_hooks private def already_loaded?(file) $LOADED_FEATURES.any? do |feature_path| feature_path.end_with?(file) && default_gem_load_paths.any? {|load_path_entry| feature_path == "#{load_path_entry}/#{file}" } end end def default_gem_load_paths @default_gem_load_paths ||= $LOAD_PATH[load_path_insert_index..-1].map do |lp| expanded = File.expand_path(lp) next expanded unless File.exist?(expanded) File.realpath(expanded) end end end ## # Location of Marshal quick gemspecs on remote repositories MARSHAL_SPEC_DIR = "quick/Marshal.#{Gem.marshal_version}/".freeze autoload :ConfigFile, File.expand_path("rubygems/config_file", __dir__) autoload :CIDetector, File.expand_path("rubygems/ci_detector", __dir__) autoload :Dependency, File.expand_path("rubygems/dependency", __dir__) autoload :DependencyList, File.expand_path("rubygems/dependency_list", __dir__) autoload :Installer, File.expand_path("rubygems/installer", __dir__) autoload :Licenses, File.expand_path("rubygems/util/licenses", __dir__) autoload :NameTuple, File.expand_path("rubygems/name_tuple", __dir__) autoload :PathSupport, File.expand_path("rubygems/path_support", __dir__) autoload :RequestSet, File.expand_path("rubygems/request_set", __dir__) autoload :Requirement, File.expand_path("rubygems/requirement", __dir__) autoload :Resolver, File.expand_path("rubygems/resolver", __dir__) autoload :Source, File.expand_path("rubygems/source", __dir__) autoload :SourceList, File.expand_path("rubygems/source_list", __dir__) autoload :SpecFetcher, File.expand_path("rubygems/spec_fetcher", __dir__) autoload :SpecificationPolicy, File.expand_path("rubygems/specification_policy", __dir__) autoload :Util, File.expand_path("rubygems/util", __dir__) autoload :Version, File.expand_path("rubygems/version", __dir__) end require_relative "rubygems/exceptions" require_relative "rubygems/specification" # REFACTOR: This should be pulled out into some kind of hacks file. begin ## # Defaults the operating system (or packager) wants to provide for RubyGems. require "rubygems/defaults/operating_system" rescue LoadError # Ignored rescue StandardError => e path = e.backtrace_locations.reverse.find {|l| l.path.end_with?("rubygems/defaults/operating_system.rb") }.path msg = "#{e.message}\n" \ "Loading the #{path} file caused an error. " \ "This file is owned by your OS, not by rubygems upstream. " \ "Please find out which OS package this file belongs to and follow the guidelines from your OS to report " \ "the problem and ask for help." raise e.class, msg end begin ## # Defaults the Ruby implementation wants to provide for RubyGems require "rubygems/defaults/#{RUBY_ENGINE}" rescue LoadError end ## # Loads the default specs. Gem::Specification.load_defaults require_relative "rubygems/core_ext/kernel_gem" path = File.join(__dir__, "rubygems/core_ext/kernel_require.rb") # When https://bugs.ruby-lang.org/issues/17259 is available, there is no need to override Kernel#warn if RUBY_ENGINE == "truffleruby" || RUBY_ENGINE == "ruby" file = "<internal:#{path}>" else require_relative "rubygems/core_ext/kernel_warn" file = path end eval File.read(path), nil, file require ENV["BUNDLER_SETUP"] if ENV["BUNDLER_SETUP"] && !defined?(Bundler) PK $J [kRF� � * share/rubygems/rubygems/target_rbconfig.rbnu �[��� # frozen_string_literal: true require "rbconfig" ## # A TargetConfig is a wrapper around an RbConfig object that provides a # consistent interface for querying configuration for *deployment target # platform*, where the gem being installed is intended to run on. # # The TargetConfig is typically created from the RbConfig of the running Ruby # process, but can also be created from an RbConfig file on disk for cross- # compiling gems. class Gem::TargetRbConfig attr_reader :path def initialize(rbconfig, path) @rbconfig = rbconfig @path = path end ## # Creates a TargetRbConfig for the platform that RubyGems is running on. def self.for_running_ruby new(::RbConfig, nil) end ## # Creates a TargetRbConfig from the RbConfig file at the given path. # Typically used for cross-compiling gems. def self.from_path(rbconfig_path) namespace = Module.new do |m| # Load the rbconfig.rb file within a new anonymous module to avoid # conflicts with the rbconfig for the running platform. Kernel.load rbconfig_path, m end rbconfig = namespace.const_get(:RbConfig) new(rbconfig, rbconfig_path) end ## # Queries the configuration for the given key. def [](key) @rbconfig::CONFIG[key] end end PK $J [�/��3? 3? " share/rubygems/rubygems/command.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "vendored_optparse" require_relative "requirement" require_relative "user_interaction" ## # Base class for all Gem commands. When creating a new gem command, define # #initialize, #execute, #arguments, #defaults_str, #description and #usage # (as appropriate). See the above mentioned methods for details. # # A very good example to look at is Gem::Commands::ContentsCommand class Gem::Command include Gem::UserInteraction Gem::OptionParser.accept Symbol, &:to_sym ## # The name of the command. attr_reader :command ## # The options for the command. attr_reader :options ## # The default options for the command. attr_accessor :defaults ## # The name of the command for command-line invocation. attr_accessor :program_name ## # A short description of the command. attr_accessor :summary ## # Arguments used when building gems def self.build_args @build_args ||= [] end def self.build_args=(value) @build_args = value end def self.common_options @common_options ||= [] end def self.add_common_option(*args, &handler) Gem::Command.common_options << [args, handler] end def self.extra_args @extra_args ||= [] end def self.extra_args=(value) case value when Array @extra_args = value when String @extra_args = value.split(" ") end end ## # Return an array of extra arguments for the command. The extra arguments # come from the gem configuration file read at program startup. def self.specific_extra_args(cmd) specific_extra_args_hash[cmd] end ## # Add a list of extra arguments for the given command. +args+ may be an # array or a string to be split on white space. def self.add_specific_extra_args(cmd,args) args = args.split(/\s+/) if args.is_a? String specific_extra_args_hash[cmd] = args end ## # Accessor for the specific extra args hash (self initializing). def self.specific_extra_args_hash @specific_extra_args_hash ||= Hash.new do |h,k| h[k] = Array.new end end ## # Initializes a generic gem command named +command+. +summary+ is a short # description displayed in `gem help commands`. +defaults+ are the default # options. Defaults should be mirrored in #defaults_str, unless there are # none. # # When defining a new command subclass, use add_option to add command-line # switches. # # Unhandled arguments (gem names, files, etc.) are left in # <tt>options[:args]</tt>. def initialize(command, summary=nil, defaults={}) @command = command @summary = summary @program_name = "gem #{command}" @defaults = defaults @options = defaults.dup @option_groups = Hash.new {|h,k| h[k] = [] } @deprecated_options = { command => {} } @parser = nil @when_invoked = nil end ## # True if +long+ begins with the characters from +short+. def begins?(long, short) return false if short.nil? long[0, short.length] == short end ## # Override to provide command handling. # # #options will be filled in with your parsed options, unparsed options will # be left in <tt>options[:args]</tt>. # # See also: #get_all_gem_names, #get_one_gem_name, # #get_one_optional_argument def execute raise Gem::Exception, "generic command has no actions" end ## # Display to the user that a gem couldn't be found and reasons why #-- def show_lookup_failure(gem_name, version, errors, suppress_suggestions = false, required_by = nil) gem = "'#{gem_name}' (#{version})" msg = String.new "Could not find a valid gem #{gem}" if errors && !errors.empty? msg << ", here is why:\n" errors.each {|x| msg << " #{x.wordy}\n" } else if required_by && gem != required_by msg << " (required by #{required_by}) in any repository" else msg << " in any repository" end end alert_error msg unless suppress_suggestions suggestions = Gem::SpecFetcher.fetcher.suggest_gems_from_name(gem_name, :latest, 10) unless suggestions.empty? alert_error "Possible alternatives: #{suggestions.join(", ")}" end end end ## # Get all gem names from the command line. def get_all_gem_names args = options[:args] if args.nil? || args.empty? raise Gem::CommandLineError, "Please specify at least one gem name (e.g. gem build GEMNAME)" end args.reject {|arg| arg.start_with?("-") } end ## # Get all [gem, version] from the command line. # # An argument in the form gem:ver is pull apart into the gen name and version, # respectively. def get_all_gem_names_and_versions get_all_gem_names.map do |name| extract_gem_name_and_version(name) end end def extract_gem_name_and_version(name) # :nodoc: if /\A(.*):(#{Gem::Requirement::PATTERN_RAW})\z/ =~ name [$1, $2] else [name] end end ## # Get a single gem name from the command line. Fail if there is no gem name # or if there is more than one gem name given. def get_one_gem_name args = options[:args] if args.nil? || args.empty? raise Gem::CommandLineError, "Please specify a gem name on the command line (e.g. gem build GEMNAME)" end if args.size > 1 raise Gem::CommandLineError, "Too many gem names (#{args.join(", ")}); please specify only one" end args.first end ## # Get a single optional argument from the command line. If more than one # argument is given, return only the first. Return nil if none are given. def get_one_optional_argument args = options[:args] || [] args.first end ## # Override to provide details of the arguments a command takes. It should # return a left-justified string, one argument per line. # # For example: # # def usage # "#{program_name} FILE [FILE ...]" # end # # def arguments # "FILE name of file to find" # end def arguments "" end ## # Override to display the default values of the command options. (similar to # +arguments+, but displays the default values). # # For example: # # def defaults_str # --no-gems-first --no-all # end def defaults_str "" end ## # Override to display a longer description of what this command does. def description nil end ## # Override to display the usage for an individual gem command. # # The text "[options]" is automatically appended to the usage text. def usage program_name end ## # Display the help message for the command. def show_help parser.program_name = usage say parser end ## # Invoke the command with the given list of arguments. def invoke(*args) invoke_with_build_args args, nil end ## # Invoke the command with the given list of normal arguments # and additional build arguments. def invoke_with_build_args(args, build_args) handle_options args options[:build_args] = build_args if options[:silent] old_ui = ui self.ui = ui = Gem::SilentUI.new end if options[:help] show_help elsif @when_invoked @when_invoked.call options else execute end ensure if ui self.ui = old_ui ui.close end end ## # Call the given block when invoked. # # Normal command invocations just executes the +execute+ method of the # command. Specifying an invocation block allows the test methods to # override the normal action of a command to determine that it has been # invoked correctly. def when_invoked(&block) @when_invoked = block end ## # Add a command-line option and handler to the command. # # See Gem::OptionParser#make_switch for an explanation of +opts+. # # +handler+ will be called with two values, the value of the argument and # the options hash. # # If the first argument of add_option is a Symbol, it's used to group # options in output. See `gem help list` for an example. def add_option(*opts, &handler) # :yields: value, options group_name = Symbol === opts.first ? opts.shift : :options raise "Do not pass an empty string in opts" if opts.include?("") @option_groups[group_name] << [opts, handler] end ## # Remove previously defined command-line argument +name+. def remove_option(name) @option_groups.each do |_, option_list| option_list.reject! {|args, _| args.any? {|x| x.is_a?(String) && x =~ /^#{name}/ } } end end ## # Mark a command-line option as deprecated, and optionally specify a # deprecation horizon. # # Note that with the current implementation, every version of the option needs # to be explicitly deprecated, so to deprecate an option defined as # # add_option('-t', '--[no-]test', 'Set test mode') do |value, options| # # ... stuff ... # end # # you would need to explicitly add a call to `deprecate_option` for every # version of the option you want to deprecate, like # # deprecate_option('-t') # deprecate_option('--test') # deprecate_option('--no-test') def deprecate_option(name, version: nil, extra_msg: nil) @deprecated_options[command].merge!({ name => { "rg_version_to_expire" => version, "extra_msg" => extra_msg } }) end def check_deprecated_options(options) options.each do |option| next unless option_is_deprecated?(option) deprecation = @deprecated_options[command][option] version_to_expire = deprecation["rg_version_to_expire"] deprecate_option_msg = if version_to_expire "The \"#{option}\" option has been deprecated and will be removed in Rubygems #{version_to_expire}." else "The \"#{option}\" option has been deprecated and will be removed in future versions of Rubygems." end extra_msg = deprecation["extra_msg"] deprecate_option_msg += " #{extra_msg}" if extra_msg alert_warning(deprecate_option_msg) end end ## # Merge a set of command options with the set of default options (without # modifying the default option hash). def merge_options(new_options) @options = @defaults.clone new_options.each {|k,v| @options[k] = v } end ## # True if the command handles the given argument list. def handles?(args) parser.parse!(args.dup) true rescue StandardError false end ## # Handle the given list of arguments by parsing them and recording the # results. def handle_options(args) args = add_extra_args(args) check_deprecated_options(args) @options = Marshal.load Marshal.dump @defaults # deep copy parser.parse!(args) @options[:args] = args end ## # Adds extra args from ~/.gemrc def add_extra_args(args) result = [] s_extra = Gem::Command.specific_extra_args(@command) extra = Gem::Command.extra_args + s_extra until extra.empty? do ex = [] ex << extra.shift ex << extra.shift if /^[^-]/.match?(extra.first.to_s) result << ex if handles?(ex) end result.flatten! result.concat(args) result end def deprecated? false end private def option_is_deprecated?(option) @deprecated_options[command].key?(option) end def add_parser_description # :nodoc: return unless description formatted = description.split("\n\n").map do |chunk| wrap chunk, 80 - 4 end.join "\n" @parser.separator nil @parser.separator " Description:" formatted.each_line do |line| @parser.separator " #{line.rstrip}" end end def add_parser_options # :nodoc: @parser.separator nil regular_options = @option_groups.delete :options configure_options "", regular_options @option_groups.sort_by {|n,_| n.to_s }.each do |group_name, option_list| @parser.separator nil configure_options group_name, option_list end end ## # Adds a section with +title+ and +content+ to the parser help view. Used # for adding command arguments and default arguments. def add_parser_run_info(title, content) return if content.empty? @parser.separator nil @parser.separator " #{title}:" content.each_line do |line| @parser.separator " #{line.rstrip}" end end def add_parser_summary # :nodoc: return unless @summary @parser.separator nil @parser.separator " Summary:" wrap(@summary, 80 - 4).each_line do |line| @parser.separator " #{line.strip}" end end ## # Create on demand parser. def parser create_option_parser if @parser.nil? @parser end ## # Creates an option parser and fills it in with the help info for the # command. def create_option_parser @parser = Gem::OptionParser.new add_parser_options @parser.separator nil configure_options "Common", Gem::Command.common_options add_parser_run_info "Arguments", arguments add_parser_summary add_parser_description add_parser_run_info "Defaults", defaults_str end def configure_options(header, option_list) return if option_list.nil? || option_list.empty? header = header.to_s.empty? ? "" : "#{header} " @parser.separator " #{header}Options:" option_list.each do |args, handler| @parser.on(*args) do |value| handler.call(value, @options) end end @parser.separator "" end ## # Wraps +text+ to +width+ def wrap(text, width) # :doc: text.gsub(/(.{1,#{width}})( +|$\n?)|(.{1,#{width}})/, "\\1\\3\n") end # ---------------------------------------------------------------- # Add the options common to all commands. add_common_option("-h", "--help", "Get help on this command") do |_value, options| options[:help] = true end add_common_option("-V", "--[no-]verbose", "Set the verbose level of output") do |value, _options| # Set us to "really verbose" so the progress meter works if Gem.configuration.verbose && value Gem.configuration.verbose = 1 else Gem.configuration.verbose = value end end add_common_option("-q", "--quiet", "Silence command progress meter") do |_value, _options| Gem.configuration.verbose = false end add_common_option("--silent", "Silence RubyGems output") do |_value, options| options[:silent] = true end # Backtrace and config-file are added so they show up in the help # commands. Both options are actually handled before the other # options get parsed. add_common_option("--config-file FILE", "Use this config file instead of default") do end add_common_option("--backtrace", "Show stack backtrace on errors") do end add_common_option("--debug", "Turn on Ruby debugging") do end add_common_option("--norc", "Avoid loading any .gemrc file") do end # :stopdoc: HELP = <<-HELP RubyGems is a package manager for Ruby. Usage: gem -h/--help gem -v/--version gem [global options...] command [arguments...] [options...] Global options: -C PATH run as if gem was started in <PATH> instead of the current working directory Examples: gem install rake gem list --local gem build package.gemspec gem push package-0.0.1.gem gem help install Further help: gem help commands list all 'gem' commands gem help examples show some examples of usage gem help gem_dependencies gem dependencies file guide gem help platforms gem platforms guide gem help <COMMAND> show help on COMMAND (e.g. 'gem help install') Further information: https://guides.rubygems.org HELP # :startdoc: end ## # \Commands will be placed in this namespace module Gem::Commands end PK $J [�B ! share/rubygems/rubygems/errors.rbnu �[��� # frozen_string_literal: true #-- # This file contains all the various exceptions and other errors that are used # inside of RubyGems. # # DOC: Confirm _all_ #++ module Gem ## # Raised when RubyGems is unable to load or activate a gem. Contains the # name and version requirements of the gem that either conflicts with # already activated gems or that RubyGems is otherwise unable to activate. class LoadError < ::LoadError # Name of gem attr_accessor :name # Version requirement of gem attr_accessor :requirement end ## # Raised when trying to activate a gem, and that gem does not exist on the # system. Instead of rescuing from this class, make sure to rescue from the # superclass Gem::LoadError to catch all types of load errors. class MissingSpecError < Gem::LoadError def initialize(name, requirement, extra_message=nil) @name = name @requirement = requirement @extra_message = extra_message super(message) end def message # :nodoc: build_message + "Checked in 'GEM_PATH=#{Gem.path.join(File::PATH_SEPARATOR)}' #{@extra_message}, execute `gem env` for more information" end private def build_message total = Gem::Specification.stubs.size "Could not find '#{name}' (#{requirement}) among #{total} total gem(s)\n" end end ## # Raised when trying to activate a gem, and the gem exists on the system, but # not the requested version. Instead of rescuing from this class, make sure to # rescue from the superclass Gem::LoadError to catch all types of load errors. class MissingSpecVersionError < MissingSpecError attr_reader :specs def initialize(name, requirement, specs) @specs = specs super(name, requirement) end private def build_message names = specs.map(&:full_name) "Could not find '#{name}' (#{requirement}) - did find: [#{names.join ","}]\n" end end # Raised when there are conflicting gem specs loaded class ConflictError < LoadError ## # A Hash mapping conflicting specifications to the dependencies that # caused the conflict attr_reader :conflicts ## # The specification that had the conflict attr_reader :target def initialize(target, conflicts) @target = target @conflicts = conflicts @name = target.name reason = conflicts.map do |act, dependencies| "#{act.full_name} conflicts with #{dependencies.join(", ")}" end.join ", " # TODO: improve message by saying who activated `con` super("Unable to activate #{target.full_name}, because #{reason}") end end class ErrorReason; end # Generated when trying to lookup a gem to indicate that the gem # was found, but that it isn't usable on the current platform. # # fetch and install read these and report them to the user to aid # in figuring out why a gem couldn't be installed. # class PlatformMismatch < ErrorReason ## # the name of the gem attr_reader :name ## # the version attr_reader :version ## # The platforms that are mismatched attr_reader :platforms def initialize(name, version) @name = name @version = version @platforms = [] end ## # append a platform to the list of mismatched platforms. # # Platforms are added via this instead of injected via the constructor # so that we can loop over a list of mismatches and just add them rather # than perform some kind of calculation mismatch summary before creation. def add_platform(platform) @platforms << platform end ## # A wordy description of the error. def wordy format("Found %s (%s), but was for platform%s %s", @name, @version, @platforms.size == 1 ? "" : "s", @platforms.join(" ,")) end end ## # An error that indicates we weren't able to fetch some # data from a source class SourceFetchProblem < ErrorReason ## # Creates a new SourceFetchProblem for the given +source+ and +error+. def initialize(source, error) @source = source @error = error end ## # The source that had the fetch problem. attr_reader :source ## # The fetch error which is an Exception subclass. attr_reader :error ## # An English description of the error. def wordy "Unable to download data from #{Gem::Uri.redact(@source.uri)} - #{@error.message}" end ## # The "exception" alias allows you to call raise on a SourceFetchProblem. alias_method :exception, :error end end PK $J [���r� � * share/rubygems/rubygems/yaml_serializer.rbnu �[��� # frozen_string_literal: true module Gem # A stub yaml serializer that can handle only hashes and strings (as of now). module YAMLSerializer module_function def dump(hash) yaml = String.new("---") yaml << dump_hash(hash) end def dump_hash(hash) yaml = String.new("\n") hash.each do |k, v| yaml << k << ":" if v.is_a?(Hash) yaml << dump_hash(v).gsub(/^(?!$)/, " ") # indent all non-empty lines elsif v.is_a?(Array) # Expected to be array of strings if v.empty? yaml << " []\n" else yaml << "\n- " << v.map {|s| s.to_s.gsub(/\s+/, " ").inspect }.join("\n- ") << "\n" end else yaml << " " << v.to_s.gsub(/\s+/, " ").inspect << "\n" end end yaml end ARRAY_REGEX = / ^ (?:[ ]*-[ ]) # '- ' before array items (['"]?) # optional opening quote (.*) # value \1 # matching closing quote $ /xo HASH_REGEX = / ^ ([ ]*) # indentations ([^#]+) # key excludes comment char '#' (?::(?=(?:\s|$))) # : (without the lookahead the #key includes this when : is present in value) [ ]? (['"]?) # optional opening quote (.*) # value \3 # matching closing quote $ /xo def load(str) res = {} stack = [res] last_hash = nil last_empty_key = nil str.split(/\r?\n/) do |line| if match = HASH_REGEX.match(line) indent, key, quote, val = match.captures val = strip_comment(val) depth = indent.size / 2 if quote.empty? && val.empty? new_hash = {} stack[depth][key] = new_hash stack[depth + 1] = new_hash last_empty_key = key last_hash = stack[depth] else val = [] if val == "[]" # empty array stack[depth][key] = val end elsif match = ARRAY_REGEX.match(line) _, val = match.captures val = strip_comment(val) last_hash[last_empty_key] = [] unless last_hash[last_empty_key].is_a?(Array) last_hash[last_empty_key].push(val) end end res end def strip_comment(val) if val.include?("#") && !val.start_with?("#") val.split("#", 2).first.strip else val end end class << self private :dump_hash end end end PK $J [��5i ( share/rubygems/rubygems/specification.rbnu �[��� # frozen_string_literal: true # #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "deprecate" require_relative "basic_specification" require_relative "stub_specification" require_relative "platform" require_relative "specification_record" require_relative "util/list" require "rbconfig" ## # The Specification class contains the information for a gem. Typically # defined in a .gemspec file or a Rakefile, and looks like this: # # Gem::Specification.new do |s| # s.name = 'example' # s.version = '0.1.0' # s.licenses = ['MIT'] # s.summary = "This is an example!" # s.description = "Much longer explanation of the example!" # s.authors = ["Ruby Coder"] # s.email = 'rubycoder@example.com' # s.files = ["lib/example.rb"] # s.homepage = 'https://rubygems.org/gems/example' # s.metadata = { "source_code_uri" => "https://github.com/example/example" } # end # # Starting in RubyGems 2.0, a Specification can hold arbitrary # metadata. See #metadata for restrictions on the format and size of metadata # items you may add to a specification. class Gem::Specification < Gem::BasicSpecification extend Gem::Deprecate # REFACTOR: Consider breaking out this version stuff into a separate # module. There's enough special stuff around it that it may justify # a separate class. ## # The version number of a specification that does not specify one # (i.e. RubyGems 0.7 or earlier). NONEXISTENT_SPECIFICATION_VERSION = -1 ## # The specification version applied to any new Specification instances # created. This should be bumped whenever something in the spec format # changes. # # Specification Version History: # # spec ruby # ver ver yyyy-mm-dd description # -1 <0.8.0 pre-spec-version-history # 1 0.8.0 2004-08-01 Deprecated "test_suite_file" for "test_files" # "test_file=x" is a shortcut for "test_files=[x]" # 2 0.9.5 2007-10-01 Added "required_rubygems_version" # Now forward-compatible with future versions # 3 1.3.2 2009-01-03 Added Fixnum validation to specification_version # 4 1.9.0 2011-06-07 Added metadata #-- # When updating this number, be sure to also update #to_ruby. # # NOTE RubyGems < 1.2 cannot load specification versions > 2. CURRENT_SPECIFICATION_VERSION = 4 # :nodoc: ## # An informal list of changes to the specification. The highest-valued # key should be equal to the CURRENT_SPECIFICATION_VERSION. SPECIFICATION_VERSION_HISTORY = { # :nodoc: -1 => ["(RubyGems versions up to and including 0.7 did not have versioned specifications)"], 1 => [ 'Deprecated "test_suite_file" in favor of the new, but equivalent, "test_files"', '"test_file=x" is a shortcut for "test_files=[x]"', ], 2 => [ 'Added "required_rubygems_version"', "Now forward-compatible with future versions", ], 3 => [ "Added Fixnum validation to the specification_version", ], 4 => [ "Added sandboxed freeform metadata to the specification version.", ], }.freeze MARSHAL_FIELDS = { # :nodoc: -1 => 16, 1 => 16, 2 => 16, 3 => 17, 4 => 18, }.freeze today = Time.now.utc TODAY = Time.utc(today.year, today.month, today.day) # :nodoc: @load_cache = {} # :nodoc: @load_cache_mutex = Thread::Mutex.new VALID_NAME_PATTERN = /\A[a-zA-Z0-9\.\-\_]+\z/ # :nodoc: # :startdoc: ## # List of attribute names: [:name, :version, ...] @@required_attributes = [:rubygems_version, :specification_version, :name, :version, :date, :summary, :require_paths] ## # Map of attribute names to default values. @@default_value = { authors: [], autorequire: nil, bindir: "bin", cert_chain: [], date: nil, dependencies: [], description: nil, email: nil, executables: [], extensions: [], extra_rdoc_files: [], files: [], homepage: nil, licenses: [], metadata: {}, name: nil, platform: Gem::Platform::RUBY, post_install_message: nil, rdoc_options: [], require_paths: ["lib"], required_ruby_version: Gem::Requirement.default, required_rubygems_version: Gem::Requirement.default, requirements: [], rubygems_version: Gem::VERSION, signing_key: nil, specification_version: CURRENT_SPECIFICATION_VERSION, summary: nil, test_files: [], version: nil, }.freeze # rubocop:disable Style/MutableConstant INITIALIZE_CODE_FOR_DEFAULTS = {} # :nodoc: # rubocop:enable Style/MutableConstant @@default_value.each do |k,v| INITIALIZE_CODE_FOR_DEFAULTS[k] = case v when [], {}, true, false, nil, Numeric, Symbol v.inspect when String v.dump else "default_value(:#{k}).dup" end end @@attributes = @@default_value.keys.sort_by(&:to_s) @@array_attributes = @@default_value.select {|_k,v| v.is_a?(Array) }.keys @@nil_attributes, @@non_nil_attributes = @@default_value.keys.partition do |k| @@default_value[k].nil? end # Sentinel object to represent "not found" stubs NOT_FOUND = Struct.new(:to_spec, :this).new # :nodoc: deprecate_constant :NOT_FOUND # Tracking removed method calls to warn users during build time. REMOVED_METHODS = [:rubyforge_project=, :mark_version].freeze # :nodoc: def removed_method_calls @removed_method_calls ||= [] end ###################################################################### # :section: Required gemspec attributes ## # This gem's name. # # Usage: # # spec.name = 'rake' attr_accessor :name ## # This gem's version. # # The version string can contain numbers and periods, such as +1.0.0+. # A gem is a 'prerelease' gem if the version has a letter in it, such as # +1.0.0.pre+. # # Usage: # # spec.version = '0.4.1' attr_reader :version ## # A short summary of this gem's description. Displayed in <tt>gem list -d</tt>. # # The #description should be more detailed than the summary. # # Usage: # # spec.summary = "This is a small summary of my gem" attr_reader :summary ## # Files included in this gem. You cannot append to this accessor, you must # assign to it. # # Only add files you can require to this list, not directories, etc. # # Directories are automatically stripped from this list when building a gem, # other non-files cause an error. # # Usage: # # require 'rake' # spec.files = FileList['lib/**/*.rb', # 'bin/*', # '[A-Z]*'].to_a # # # or without Rake... # spec.files = Dir['lib/**/*.rb'] + Dir['bin/*'] # spec.files += Dir['[A-Z]*'] # spec.files.reject! { |fn| fn.include? "CVS" } def files # DO NOT CHANGE TO ||= ! This is not a normal accessor. (yes, it sucks) # DOC: Why isn't it normal? Why does it suck? How can we fix this? @files = [@files, @test_files, add_bindir(@executables), @extra_rdoc_files, @extensions].flatten.compact.uniq.sort end ## # A list of authors for this gem. # # Alternatively, a single author can be specified by assigning a string to # +spec.author+ # # Usage: # # spec.authors = ['John Jones', 'Mary Smith'] def authors=(value) @authors = Array(value).flatten.grep(String) end ###################################################################### # :section: Recommended gemspec attributes ## # The version of Ruby required by this gem # # Usage: # # spec.required_ruby_version = '>= 2.7.0' attr_reader :required_ruby_version ## # A long description of this gem # # The description should be more detailed than the summary but not # excessively long. A few paragraphs is a recommended length with no # examples or formatting. # # Usage: # # spec.description = <<~EOF # Rake is a Make-like program implemented in Ruby. Tasks and # dependencies are specified in standard Ruby syntax. # EOF attr_reader :description ## # A contact email address (or addresses) for this gem # # Usage: # # spec.email = 'john.jones@example.com' # spec.email = ['jack@example.com', 'jill@example.com'] attr_accessor :email ## # The URL of this gem's home page # # Usage: # # spec.homepage = 'https://github.com/ruby/rake' attr_accessor :homepage ## # The license for this gem. # # The license must be no more than 64 characters. # # This should just be the name of your license. The full text of the license # should be inside of the gem (at the top level) when you build it. # # The simplest way is to specify the standard SPDX ID # https://spdx.org/licenses/ for the license. # Ideally, you should pick one that is OSI (Open Source Initiative) # https://opensource.org/licenses/ approved. # # The most commonly used OSI-approved licenses are MIT and Apache-2.0. # GitHub also provides a license picker at https://choosealicense.com/. # # You can also use a custom license file along with your gemspec and specify # a LicenseRef-<idstring>, where idstring is the name of the file containing # the license text. # # You should specify a license for your gem so that people know how they are # permitted to use it and any restrictions you're placing on it. Not # specifying a license means all rights are reserved; others have no right # to use the code for any purpose. # # You can set multiple licenses with #licenses= # # Usage: # spec.license = 'MIT' def license=(o) self.licenses = [o] end ## # The license(s) for the library. # # Each license must be a short name, no more than 64 characters. # # This should just be the name of your license. The full # text of the license should be inside of the gem when you build it. # # See #license= for more discussion # # Usage: # spec.licenses = ['MIT', 'GPL-2.0'] def licenses=(licenses) @licenses = Array licenses end ## # The metadata holds extra data for this gem that may be useful to other # consumers and is settable by gem authors. # # Metadata items have the following restrictions: # # * The metadata must be a Hash object # * All keys and values must be Strings # * Keys can be a maximum of 128 bytes and values can be a maximum of 1024 # bytes # * All strings must be UTF-8, no binary data is allowed # # You can use metadata to specify links to your gem's homepage, codebase, # documentation, wiki, mailing list, issue tracker and changelog. # # s.metadata = { # "bug_tracker_uri" => "https://example.com/user/bestgemever/issues", # "changelog_uri" => "https://example.com/user/bestgemever/CHANGELOG.md", # "documentation_uri" => "https://www.example.info/gems/bestgemever/0.0.1", # "homepage_uri" => "https://bestgemever.example.io", # "mailing_list_uri" => "https://groups.example.com/bestgemever", # "source_code_uri" => "https://example.com/user/bestgemever", # "wiki_uri" => "https://example.com/user/bestgemever/wiki", # "funding_uri" => "https://example.com/donate" # } # # These links will be used on your gem's page on rubygems.org and must pass # validation against following regex. # # %r{\Ahttps?:\/\/([^\s:@]+:[^\s:@]*@)?[A-Za-z\d\-]+(\.[A-Za-z\d\-]+)+\.?(:\d{1,5})?([\/?]\S*)?\z} attr_accessor :metadata ###################################################################### # :section: Optional gemspec attributes ## # Singular (alternative) writer for #authors # # Usage: # # spec.author = 'John Jones' def author=(o) self.authors = [o] end ## # The path in the gem for executable scripts. Usually 'exe' # # Usage: # # spec.bindir = 'exe' attr_accessor :bindir ## # The certificate chain used to sign this gem. See Gem::Security for # details. attr_accessor :cert_chain ## # A message that gets displayed after the gem is installed. # # Usage: # # spec.post_install_message = "Thanks for installing!" attr_accessor :post_install_message ## # The platform this gem runs on. # # This is usually Gem::Platform::RUBY or Gem::Platform::CURRENT. # # Most gems contain pure Ruby code; they should simply leave the default # value in place. Some gems contain C (or other) code to be compiled into a # Ruby "extension". The gem should leave the default value in place unless # the code will only compile on a certain type of system. Some gems consist # of pre-compiled code ("binary gems"). It's especially important that they # set the platform attribute appropriately. A shortcut is to set the # platform to Gem::Platform::CURRENT, which will cause the gem builder to set # the platform to the appropriate value for the system on which the build is # being performed. # # If this attribute is set to a non-default value, it will be included in # the filename of the gem when it is built such as: # nokogiri-1.6.0-x86-mingw32.gem # # Usage: # # spec.platform = Gem::Platform.local def platform=(platform) @original_platform = platform case platform when Gem::Platform::CURRENT then @new_platform = Gem::Platform.local @original_platform = @new_platform.to_s when Gem::Platform then @new_platform = platform # legacy constants when nil, Gem::Platform::RUBY then @new_platform = Gem::Platform::RUBY when "mswin32" then # was Gem::Platform::WIN32 @new_platform = Gem::Platform.new "x86-mswin32" when "i586-linux" then # was Gem::Platform::LINUX_586 @new_platform = Gem::Platform.new "x86-linux" when "powerpc-darwin" then # was Gem::Platform::DARWIN @new_platform = Gem::Platform.new "ppc-darwin" else @new_platform = Gem::Platform.new platform end @platform = @new_platform.to_s invalidate_memoized_attributes end ## # Paths in the gem to add to <code>$LOAD_PATH</code> when this gem is # activated. #-- # See also #require_paths #++ # If you have an extension you do not need to add <code>"ext"</code> to the # require path, the extension build process will copy the extension files # into "lib" for you. # # The default value is <code>"lib"</code> # # Usage: # # # If all library files are in the root directory... # spec.require_paths = ['.'] def require_paths=(val) @require_paths = Array(val) end ## # The RubyGems version required by this gem attr_reader :required_rubygems_version ## # The key used to sign this gem. See Gem::Security for details. attr_accessor :signing_key ## # Adds a development dependency named +gem+ with +requirements+ to this # gem. # # Usage: # # spec.add_development_dependency 'example', '~> 1.1', '>= 1.1.4' # # Development dependencies aren't installed by default and aren't # activated when a gem is required. def add_development_dependency(gem, *requirements) add_dependency_with_type(gem, :development, requirements) end ## # Adds a runtime dependency named +gem+ with +requirements+ to this gem. # # Usage: # # spec.add_dependency 'example', '~> 1.1', '>= 1.1.4' def add_dependency(gem, *requirements) if requirements.uniq.size != requirements.size warn "WARNING: duplicated #{gem} dependency #{requirements}" end add_dependency_with_type(gem, :runtime, requirements) end ## # Executables included in the gem. # # For example, the rake gem has rake as an executable. You don't specify the # full path (as in bin/rake); all application-style files are expected to be # found in bindir. These files must be executable Ruby files. Files that # use bash or other interpreters will not work. # # Executables included may only be ruby scripts, not scripts for other # languages or compiled binaries. # # Usage: # # spec.executables << 'rake' def executables @executables ||= [] end ## # Extensions to build when installing the gem, specifically the paths to # extconf.rb-style files used to compile extensions. # # These files will be run when the gem is installed, causing the C (or # whatever) code to be compiled on the user's machine. # # Usage: # # spec.extensions << 'ext/rmagic/extconf.rb' # # See Gem::Ext::Builder for information about writing extensions for gems. def extensions @extensions ||= [] end ## # Extra files to add to RDoc such as README or doc/examples.txt # # When the user elects to generate the RDoc documentation for a gem (typically # at install time), all the library files are sent to RDoc for processing. # This option allows you to have some non-code files included for a more # complete set of documentation. # # Usage: # # spec.extra_rdoc_files = ['README', 'doc/user-guide.txt'] def extra_rdoc_files @extra_rdoc_files ||= [] end ## # The version of RubyGems that installed this gem. Returns # <code>Gem::Version.new(0)</code> for gems installed by versions earlier # than RubyGems 2.2.0. def installed_by_version # :nodoc: @installed_by_version ||= Gem::Version.new(0) end ## # Sets the version of RubyGems that installed this gem. See also # #installed_by_version. def installed_by_version=(version) # :nodoc: @installed_by_version = Gem::Version.new version end ## # Specifies the rdoc options to be used when generating API documentation. # # Usage: # # spec.rdoc_options << '--title' << 'Rake -- Ruby Make' << # '--main' << 'README' << # '--line-numbers' def rdoc_options @rdoc_options ||= [] end LATEST_RUBY_WITHOUT_PATCH_VERSIONS = Gem::Version.new("2.1") ## # The version of Ruby required by this gem. The ruby version can be # specified to the patch-level: # # $ ruby -v -e 'p Gem.ruby_version' # ruby 2.0.0p247 (2013-06-27 revision 41674) [x86_64-darwin12.4.0] # #<Gem::Version "2.0.0.247"> # # Prereleases can also be specified. # # Usage: # # # This gem will work with 1.8.6 or greater... # spec.required_ruby_version = '>= 1.8.6' # # # Only with final releases of major version 2 where minor version is at least 3 # spec.required_ruby_version = '~> 2.3' # # # Only prereleases or final releases after 2.6.0.preview2 # spec.required_ruby_version = '> 2.6.0.preview2' # # # This gem will work with 2.3.0 or greater, including major version 3, but lesser than 4.0.0 # spec.required_ruby_version = '>= 2.3', '< 4' def required_ruby_version=(req) @required_ruby_version = Gem::Requirement.create req @required_ruby_version.requirements.map! do |op, v| if v >= LATEST_RUBY_WITHOUT_PATCH_VERSIONS && v.release.segments.size == 4 [op == "~>" ? "=" : op, Gem::Version.new(v.segments.tap {|s| s.delete_at(3) }.join("."))] else [op, v] end end end ## # The RubyGems version required by this gem def required_rubygems_version=(req) @required_rubygems_version = Gem::Requirement.create req end ## # Lists the external (to RubyGems) requirements that must be met for this gem # to work. It's simply information for the user. # # Usage: # # spec.requirements << 'libmagick, v6.0' # spec.requirements << 'A good graphics card' def requirements @requirements ||= [] end ## # A collection of unit test files. They will be loaded as unit tests when # the user requests a gem to be unit tested. # # Usage: # spec.test_files = Dir.glob('test/tc_*.rb') # spec.test_files = ['tests/test-suite.rb'] def test_files=(files) # :nodoc: @test_files = Array files end ###################################################################### # :section: Read-only attributes ## # The version of RubyGems used to create this gem. attr_accessor :rubygems_version ## # The path where this gem installs its extensions. def extensions_dir @extensions_dir ||= super end ###################################################################### # :section: Specification internals ## # True when this gemspec has been activated. This attribute is not persisted. attr_accessor :activated alias_method :activated?, :activated ## # Autorequire was used by old RubyGems to automatically require a file. # # Deprecated: It is neither supported nor functional. attr_accessor :autorequire # :nodoc: ## # Sets the default executable for this gem. # # Deprecated: You must now specify the executable name to Gem.bin_path. attr_writer :default_executable rubygems_deprecate :default_executable= ## # Allows deinstallation of gems with legacy platforms. attr_writer :original_platform # :nodoc: ## # The Gem::Specification version of this gemspec. # # Do not set this, it is set automatically when the gem is packaged. attr_accessor :specification_version def self._all # :nodoc: specification_record.all end def self.clear_load_cache # :nodoc: @load_cache_mutex.synchronize do @load_cache.clear end end private_class_method :clear_load_cache def self.gem_path # :nodoc: Gem.path end private_class_method :gem_path def self.each_gemspec(dirs) # :nodoc: dirs.each do |dir| Gem::Util.glob_files_in_dir("*.gemspec", dir).each do |path| yield path end end end def self.gemspec_stubs_in(dir, pattern) # :nodoc: Gem::Util.glob_files_in_dir(pattern, dir).map {|path| yield path }.select(&:valid?) end def self.each_spec(dirs) # :nodoc: each_gemspec(dirs) do |path| spec = self.load path yield spec if spec end end ## # Returns a Gem::StubSpecification for every installed gem def self.stubs specification_record.stubs end ## # Returns a Gem::StubSpecification for default gems def self.default_stubs(pattern = "*.gemspec") base_dir = Gem.default_dir gems_dir = File.join base_dir, "gems" gemspec_stubs_in(Gem.default_specifications_dir, pattern) do |path| Gem::StubSpecification.default_gemspec_stub(path, base_dir, gems_dir) end end ## # Returns a Gem::StubSpecification for installed gem named +name+ # only returns stubs that match Gem.platforms def self.stubs_for(name) specification_record.stubs_for(name) end ## # Finds stub specifications matching a pattern from the standard locations, # optionally filtering out specs not matching the current platform # def self.stubs_for_pattern(pattern, match_platform = true) # :nodoc: specification_record.stubs_for_pattern(pattern, match_platform) end def self._resort!(specs) # :nodoc: specs.sort! do |a, b| names = a.name <=> b.name next names if names.nonzero? versions = b.version <=> a.version next versions if versions.nonzero? platforms = Gem::Platform.sort_priority(b.platform) <=> Gem::Platform.sort_priority(a.platform) next platforms if platforms.nonzero? default_gem = a.default_gem_priority <=> b.default_gem_priority next default_gem if default_gem.nonzero? a.base_dir_priority(gem_path) <=> b.base_dir_priority(gem_path) end end ## # Loads the default specifications. It should be called only once. def self.load_defaults each_spec([Gem.default_specifications_dir]) do |spec| # #load returns nil if the spec is bad, so we just ignore # it at this stage Gem.register_default_spec(spec) end end ## # Adds +spec+ to the known specifications, keeping the collection # properly sorted. def self.add_spec(spec) specification_record.add_spec(spec) end ## # Removes +spec+ from the known specs. def self.remove_spec(spec) specification_record.remove_spec(spec) end ## # Returns all specifications. This method is discouraged from use. # You probably want to use one of the Enumerable methods instead. def self.all warn "NOTE: Specification.all called from #{caller(1, 1).first}" unless Gem::Deprecate.skip _all end ## # Sets the known specs to +specs+. def self.all=(specs) specification_record.all = specs end ## # Return full names of all specs in sorted order. def self.all_names specification_record.all_names end ## # Return the list of all array-oriented instance variables. #-- # Not sure why we need to use so much stupid reflection in here... def self.array_attributes @@array_attributes.dup end ## # Return the list of all instance variables. #-- # Not sure why we need to use so much stupid reflection in here... def self.attribute_names @@attributes.dup end ## # Return the directories that Specification uses to find specs. def self.dirs @@dirs ||= Gem::SpecificationRecord.dirs_from(gem_path) end ## # Set the directories that Specification uses to find specs. Setting # this resets the list of known specs. def self.dirs=(dirs) reset @@dirs = Gem::SpecificationRecord.dirs_from(Array(dirs)) end extend Enumerable ## # Enumerate every known spec. See ::dirs= and ::add_spec to set the list of # specs. def self.each(&block) specification_record.each(&block) end ## # Returns every spec that matches +name+ and optional +requirements+. def self.find_all_by_name(name, *requirements) specification_record.find_all_by_name(name, *requirements) end ## # Returns every spec that has the given +full_name+ def self.find_all_by_full_name(full_name) stubs.select {|s| s.full_name == full_name }.map(&:to_spec) end ## # Find the best specification matching a +name+ and +requirements+. Raises # if the dependency doesn't resolve to a valid specification. def self.find_by_name(name, *requirements) requirements = Gem::Requirement.default if requirements.empty? Gem::Dependency.new(name, *requirements).to_spec end ## # Find the best specification matching a +full_name+. def self.find_by_full_name(full_name) stubs.find {|s| s.full_name == full_name }&.to_spec end ## # Return the best specification that contains the file matching +path+. def self.find_by_path(path) specification_record.find_by_path(path) end ## # Return the best specification that contains the file matching +path+ # amongst the specs that are not activated. def self.find_inactive_by_path(path) specification_record.find_inactive_by_path(path) end ## # Return the best specification that contains the file matching +path+, among # those already activated. def self.find_active_stub_by_path(path) specification_record.find_active_stub_by_path(path) end ## # Return currently unresolved specs that contain the file matching +path+. def self.find_in_unresolved(path) unresolved_specs.find_all {|spec| spec.contains_requirable_file? path } end ## # Search through all unresolved deps and sub-dependencies and return # specs that contain the file matching +path+. def self.find_in_unresolved_tree(path) unresolved_specs.each do |spec| spec.traverse do |_from_spec, _dep, to_spec, trail| if to_spec.has_conflicts? || to_spec.conficts_when_loaded_with?(trail) :next else return trail.reverse if to_spec.contains_requirable_file? path end end end [] end def self.unresolved_specs unresolved_deps.values.flat_map(&:to_specs) end private_class_method :unresolved_specs ## # Special loader for YAML files. When a Specification object is loaded # from a YAML file, it bypasses the normal Ruby object initialization # routine (#initialize). This method makes up for that and deals with # gems of different ages. # # +input+ can be anything that YAML.load() accepts: String or IO. def self.from_yaml(input) Gem.load_yaml input = normalize_yaml_input input spec = Gem::SafeYAML.safe_load input if spec && spec.class == FalseClass raise Gem::EndOfYAMLException end unless Gem::Specification === spec raise Gem::Exception, "YAML data doesn't evaluate to gem specification" end spec.specification_version ||= NONEXISTENT_SPECIFICATION_VERSION spec.reset_nil_attributes_to_default spec.flatten_require_paths spec end ## # Return the latest specs, optionally including prerelease specs if # +prerelease+ is true. def self.latest_specs(prerelease = false) specification_record.latest_specs(prerelease) end ## # Return the latest installed spec for gem +name+. def self.latest_spec_for(name) specification_record.latest_spec_for(name) end def self._latest_specs(specs, prerelease = false) # :nodoc: result = {} specs.reverse_each do |spec| unless prerelease next if spec.version.prerelease? end result[spec.name] = spec end result.flat_map(&:last).sort_by(&:name) end ## # Loads Ruby format gemspec from +file+. def self.load(file) return unless file spec = @load_cache_mutex.synchronize { @load_cache[file] } return spec if spec return unless File.file?(file) code = Gem.open_file(file, "r:UTF-8:-", &:read) begin spec = eval code, binding, file if Gem::Specification === spec spec.loaded_from = File.expand_path file.to_s @load_cache_mutex.synchronize do prev = @load_cache[file] if prev spec = prev else @load_cache[file] = spec end end return spec end warn "[#{file}] isn't a Gem::Specification (#{spec.class} instead)." rescue SignalException, SystemExit raise rescue SyntaxError, StandardError => e warn "Invalid gemspec in [#{file}]: #{e}" end nil end ## # Specification attributes that must be non-nil def self.non_nil_attributes @@non_nil_attributes.dup end ## # Make sure the YAML specification is properly formatted with dashes def self.normalize_yaml_input(input) result = input.respond_to?(:read) ? input.read : input result = "--- " + result unless result.start_with?("--- ") result = result.dup result.gsub!(/ !!null \n/, " \n") # date: 2011-04-26 00:00:00.000000000Z # date: 2011-04-26 00:00:00.000000000 Z result.gsub!(/^(date: \d{4}-\d{2}-\d{2} \d{2}:\d{2}:\d{2}\.\d+?)Z/, '\1 Z') result end ## # Return a list of all outdated local gem names. This method is HEAVY # as it must go fetch specifications from the server. # # Use outdated_and_latest_version if you wish to retrieve the latest remote # version as well. def self.outdated outdated_and_latest_version.map {|local, _| local.name } end ## # Enumerates the outdated local gems yielding the local specification and # the latest remote version. # # This method may take some time to return as it must check each local gem # against the server's index. def self.outdated_and_latest_version return enum_for __method__ unless block_given? # TODO: maybe we should switch to rubygems' version service? fetcher = Gem::SpecFetcher.fetcher latest_specs(true).each do |local_spec| dependency = Gem::Dependency.new local_spec.name, ">= #{local_spec.version}" remotes, = fetcher.search_for_dependency dependency remotes = remotes.map {|n, _| n.version } latest_remote = remotes.sort.last yield [local_spec, latest_remote] if latest_remote && local_spec.version < latest_remote end nil end ## # Is +name+ a required attribute? def self.required_attribute?(name) @@required_attributes.include? name.to_sym end ## # Required specification attributes def self.required_attributes @@required_attributes.dup end ## # Reset the list of known specs, running pre and post reset hooks # registered in Gem. def self.reset @@dirs = nil Gem.pre_reset_hooks.each(&:call) @specification_record = nil clear_load_cache unless unresolved_deps.empty? unresolved = unresolved_deps.filter_map do |name, dep| matching_versions = find_all_by_name(name) next if dep.latest_version? && matching_versions.any?(&:default_gem?) [dep, matching_versions.uniq(&:full_name)] end.to_h unless unresolved.empty? warn "WARN: Unresolved or ambiguous specs during Gem::Specification.reset:" unresolved.each do |dep, versions| warn " #{dep}" unless versions.empty? warn " Available/installed versions of this gem:" versions.each {|s| warn " - #{s.version}" } end end warn "WARN: Clearing out unresolved specs. Try 'gem cleanup <gem>'" warn "Please report a bug if this causes problems." end unresolved_deps.clear end Gem.post_reset_hooks.each(&:call) end ## # Keeps track of all currently known specifications def self.specification_record @specification_record ||= Gem::SpecificationRecord.new(dirs) end # DOC: This method needs documented or nodoc'd def self.unresolved_deps @unresolved_deps ||= Hash.new {|h, n| h[n] = Gem::Dependency.new n } end ## # Load custom marshal format, re-initializing defaults as needed def self._load(str) Gem.load_yaml Gem.load_safe_marshal yaml_set = false retry_count = 0 array = begin Gem::SafeMarshal.safe_load str rescue ArgumentError => e # Avoid an infinite retry loop when the argument error has nothing to do # with the classes not being defined. # 1 retry each allowed in case all 3 of # - YAML # - YAML::Syck::DefaultKey # - YAML::PrivateType # need to be defined raise if retry_count >= 3 # # Some very old marshaled specs included references to `YAML::PrivateType` # and `YAML::Syck::DefaultKey` constants due to bugs in the old emitter # that generated them. Workaround the issue by defining the necessary # constants and retrying. # message = e.message raise unless message.include?("YAML::") unless Object.const_defined?(:YAML) Object.const_set "YAML", Psych yaml_set = true end if message.include?("YAML::Syck::") YAML.const_set "Syck", YAML unless YAML.const_defined?(:Syck) YAML::Syck.const_set "DefaultKey", Class.new if message.include?("YAML::Syck::DefaultKey") && !YAML::Syck.const_defined?(:DefaultKey) elsif message.include?("YAML::PrivateType") && !YAML.const_defined?(:PrivateType) YAML.const_set "PrivateType", Class.new end retry_count += 1 retry ensure Object.__send__(:remove_const, "YAML") if yaml_set end spec = Gem::Specification.new spec.instance_variable_set :@specification_version, array[1] current_version = CURRENT_SPECIFICATION_VERSION field_count = if spec.specification_version > current_version spec.instance_variable_set :@specification_version, current_version MARSHAL_FIELDS[current_version] else MARSHAL_FIELDS[spec.specification_version] end if array.size < field_count raise TypeError, "invalid Gem::Specification format #{array.inspect}" end spec.instance_variable_set :@rubygems_version, array[0] # spec version spec.instance_variable_set :@name, array[2] spec.instance_variable_set :@version, array[3] spec.date = array[4] spec.instance_variable_set :@summary, array[5] spec.instance_variable_set :@required_ruby_version, array[6] spec.instance_variable_set :@required_rubygems_version, array[7] spec.platform = array[8] spec.instance_variable_set :@dependencies, array[9] # offset due to rubyforge_project removal spec.instance_variable_set :@email, array[11] spec.instance_variable_set :@authors, array[12] spec.instance_variable_set :@description, array[13] spec.instance_variable_set :@homepage, array[14] spec.instance_variable_set :@has_rdoc, array[15] spec.instance_variable_set :@licenses, array[17] spec.instance_variable_set :@metadata, array[18] spec.instance_variable_set :@loaded, false spec.instance_variable_set :@activated, false spec end def <=>(other) # :nodoc: sort_obj <=> other.sort_obj end def ==(other) # :nodoc: self.class === other && name == other.name && version == other.version && platform == other.platform end ## # Dump only crucial instance variables. #-- # MAINTAIN ORDER! # (down with the man) def _dump(limit) Marshal.dump [ @rubygems_version, @specification_version, @name, @version, date, @summary, @required_ruby_version, @required_rubygems_version, @original_platform, @dependencies, "", # rubyforge_project @email, @authors, @description, @homepage, true, # has_rdoc @new_platform, @licenses, @metadata, ] end ## # Activate this spec, registering it as a loaded spec and adding # it's lib paths to $LOAD_PATH. Returns true if the spec was # activated, false if it was previously activated. Freaks out if # there are conflicts upon activation. def activate other = Gem.loaded_specs[name] if other check_version_conflict other return false end raise_if_conflicts activate_dependencies add_self_to_load_path Gem.loaded_specs[name] = self @activated = true @loaded = true true end ## # Activate all unambiguously resolved runtime dependencies of this # spec. Add any ambiguous dependencies to the unresolved list to be # resolved later, as needed. def activate_dependencies unresolved = Gem::Specification.unresolved_deps runtime_dependencies.each do |spec_dep| if loaded = Gem.loaded_specs[spec_dep.name] next if spec_dep.matches_spec? loaded msg = "can't satisfy '#{spec_dep}', already activated '#{loaded.full_name}'" e = Gem::LoadError.new msg e.name = spec_dep.name raise e end specs = spec_dep.matching_specs(true).uniq(&:full_name) if specs.size == 0 raise Gem::MissingSpecError.new(spec_dep.name, spec_dep.requirement, "at: #{spec_file}") elsif specs.size == 1 specs.first.activate else name = spec_dep.name unresolved[name] = unresolved[name].merge spec_dep end end unresolved.delete self.name end ## # Abbreviate the spec for downloading. Abbreviated specs are only used for # searching, downloading and related activities and do not need deployment # specific information (e.g. list of files). So we abbreviate the spec, # making it much smaller for quicker downloads. def abbreviate self.files = [] self.test_files = [] self.rdoc_options = [] self.extra_rdoc_files = [] self.cert_chain = [] end ## # Sanitize the descriptive fields in the spec. Sometimes non-ASCII # characters will garble the site index. Non-ASCII characters will # be replaced by their XML entity equivalent. def sanitize self.summary = sanitize_string(summary) self.description = sanitize_string(description) self.post_install_message = sanitize_string(post_install_message) self.authors = authors.collect {|a| sanitize_string(a) } end ## # Sanitize a single string. def sanitize_string(string) return string unless string # HACK: the #to_s is in here because RSpec has an Array of Arrays of # Strings for authors. Need a way to disallow bad values on gemspec # generation. (Probably won't happen.) string.to_s end ## # Returns an array with bindir attached to each executable in the # +executables+ list def add_bindir(executables) return nil if executables.nil? if @bindir Array(executables).map {|e| File.join(@bindir, e) } else executables end rescue StandardError nil end ## # Adds a dependency on gem +dependency+ with type +type+ that requires # +requirements+. Valid types are currently <tt>:runtime</tt> and # <tt>:development</tt>. def add_dependency_with_type(dependency, type, requirements) requirements = if requirements.empty? Gem::Requirement.default else requirements.flatten end unless dependency.respond_to?(:name) && dependency.respond_to?(:requirement) dependency = Gem::Dependency.new(dependency.to_s, requirements, type) end dependencies << dependency end private :add_dependency_with_type alias_method :add_runtime_dependency, :add_dependency ## # Adds this spec's require paths to LOAD_PATH, in the proper location. def add_self_to_load_path return if default_gem? paths = full_require_paths Gem.add_to_load_path(*paths) end ## # Singular reader for #authors. Returns the first author in the list def author (val = authors) && val.first end ## # The list of author names who wrote this gem. # # spec.authors = ['Chad Fowler', 'Jim Weirich', 'Rich Kilmer'] def authors @authors ||= [] end ## # Returns the full path to installed gem's bin directory. # # NOTE: do not confuse this with +bindir+, which is just 'bin', not # a full path. def bin_dir @bin_dir ||= File.join gem_dir, bindir end ## # Returns the full path to an executable named +name+ in this gem. def bin_file(name) File.join bin_dir, name end ## # Returns the build_args used to install the gem def build_args if File.exist? build_info_file build_info = File.readlines build_info_file build_info = build_info.map(&:strip) build_info.delete "" build_info else [] end end ## # Builds extensions for this platform if the gem has extensions listed and # the gem.build_complete file is missing. def build_extensions # :nodoc: return if extensions.empty? return if default_gem? # we need to fresh build when same name and version of default gems return if self.class.find_by_full_name(full_name)&.default_gem? return if File.exist? gem_build_complete_path return unless File.writable?(base_dir) return unless File.exist?(File.join(base_dir, "extensions")) begin # We need to require things in $LOAD_PATH without looking for the # extension we are about to build. unresolved_deps = Gem::Specification.unresolved_deps.dup Gem::Specification.unresolved_deps.clear require_relative "config_file" require_relative "ext" require_relative "user_interaction" ui = Gem::SilentUI.new Gem::DefaultUserInteraction.use_ui ui do builder = Gem::Ext::Builder.new self builder.build_extensions end ensure ui&.close Gem::Specification.unresolved_deps.replace unresolved_deps end end ## # Returns the full path to the build info directory def build_info_dir File.join base_dir, "build_info" end ## # Returns the full path to the file containing the build # information generated when the gem was installed def build_info_file File.join build_info_dir, "#{full_name}.info" end ## # Returns the full path to the cache directory containing this # spec's cached gem. def cache_dir @cache_dir ||= File.join base_dir, "cache" end ## # Returns the full path to the cached gem for this spec. def cache_file @cache_file ||= File.join cache_dir, "#{full_name}.gem" end ## # Return any possible conflicts against the currently loaded specs. def conflicts conflicts = {} runtime_dependencies.each do |dep| spec = Gem.loaded_specs[dep.name] if spec && !spec.satisfies_requirement?(dep) (conflicts[spec] ||= []) << dep end end env_req = Gem.env_requirement(name) (conflicts[self] ||= []) << env_req unless env_req.satisfied_by? version conflicts end ## # return true if there will be conflict when spec if loaded together with the list of specs. def conficts_when_loaded_with?(list_of_specs) # :nodoc: result = list_of_specs.any? do |spec| spec.runtime_dependencies.any? {|dep| (dep.name == name) && !satisfies_requirement?(dep) } end result end ## # Return true if there are possible conflicts against the currently loaded specs. def has_conflicts? return true unless Gem.env_requirement(name).satisfied_by?(version) runtime_dependencies.any? do |dep| spec = Gem.loaded_specs[dep.name] spec && !spec.satisfies_requirement?(dep) end rescue ArgumentError => e raise e, "#{name} #{version}: #{e.message}" end # The date this gem was created. # # If SOURCE_DATE_EPOCH is set as an environment variable, use that to support # reproducible builds; otherwise, default to the current UTC date. # # Details on SOURCE_DATE_EPOCH: # https://reproducible-builds.org/specs/source-date-epoch/ def date @date ||= Time.utc(*Gem.source_date_epoch.utc.to_a[3..5].reverse) end DateLike = Object.new # :nodoc: def DateLike.===(obj) # :nodoc: defined?(::Date) && Date === obj end DateTimeFormat = # :nodoc: /\A (\d{4})-(\d{2})-(\d{2}) (\s+ \d{2}:\d{2}:\d{2}\.\d+ \s* (Z | [-+]\d\d:\d\d) )? \Z/x ## # The date this gem was created # # DO NOT set this, it is set automatically when the gem is packaged. def date=(date) # We want to end up with a Time object with one-day resolution. # This is the cleanest, most-readable, faster-than-using-Date # way to do it. @date = case date when String then if DateTimeFormat =~ date Time.utc($1.to_i, $2.to_i, $3.to_i) else raise(Gem::InvalidSpecificationException, "invalid date format in specification: #{date.inspect}") end when Time, DateLike then Time.utc(date.year, date.month, date.day) else TODAY end end ## # The default executable for this gem. # # Deprecated: The name of the gem is assumed to be the name of the # executable now. See Gem.bin_path. def default_executable # :nodoc: if defined?(@default_executable) && @default_executable result = @default_executable elsif @executables && @executables.size == 1 result = Array(@executables).first else result = nil end result end rubygems_deprecate :default_executable ## # The default value for specification attribute +name+ def default_value(name) @@default_value[name] end ## # A list of Gem::Dependency objects this gem depends on. # # Use #add_dependency or #add_development_dependency to add dependencies to # a gem. def dependencies @dependencies ||= [] end ## # Return a list of all gems that have a dependency on this gemspec. The # list is structured with entries that conform to: # # [depending_gem, dependency, [list_of_gems_that_satisfy_dependency]] def dependent_gems(check_dev=true) out = [] Gem::Specification.each do |spec| deps = check_dev ? spec.dependencies : spec.runtime_dependencies deps.each do |dep| next unless satisfies_requirement?(dep) sats = [] find_all_satisfiers(dep) do |sat| sats << sat end out << [spec, dep, sats] end end out end ## # Returns all specs that matches this spec's runtime dependencies. def dependent_specs runtime_dependencies.flat_map(&:to_specs) end ## # A detailed description of this gem. See also #summary def description=(str) @description = str.to_s end ## # List of dependencies that are used for development def development_dependencies dependencies.select {|d| d.type == :development } end ## # Returns the full path to this spec's documentation directory. If +type+ # is given it will be appended to the end. For example: # # spec.doc_dir # => "/path/to/gem_repo/doc/a-1" # # spec.doc_dir 'ri' # => "/path/to/gem_repo/doc/a-1/ri" def doc_dir(type = nil) @doc_dir ||= File.join base_dir, "doc", full_name if type File.join @doc_dir, type else @doc_dir end end def encode_with(coder) # :nodoc: coder.add "name", @name coder.add "version", @version coder.add "platform", platform.to_s coder.add "original_platform", original_platform.to_s if platform.to_s != original_platform.to_s attributes = @@attributes.map(&:to_s) - %w[name version platform] attributes.each do |name| value = instance_variable_get("@#{name}") coder.add name, value unless value.nil? end end def eql?(other) # :nodoc: self.class === other && same_attributes?(other) end ## # Singular accessor for #executables def executable (val = executables) && val.first end ## # Singular accessor for #executables def executable=(o) self.executables = [o] end ## # Sets executables to +value+, ensuring it is an array. def executables=(value) @executables = Array(value) end ## # Sets extensions to +extensions+, ensuring it is an array. def extensions=(extensions) @extensions = Array extensions end ## # Sets extra_rdoc_files to +files+, ensuring it is an array. def extra_rdoc_files=(files) @extra_rdoc_files = Array files end ## # The default (generated) file name of the gem. See also #spec_name. # # spec.file_name # => "example-1.0.gem" def file_name "#{full_name}.gem" end ## # Sets files to +files+, ensuring it is an array. def files=(files) @files = Array files end ## # Finds all gems that satisfy +dep+ def find_all_satisfiers(dep) Gem::Specification.each do |spec| yield spec if spec.satisfies_requirement? dep end end private :find_all_satisfiers ## # Creates a duplicate spec without large blobs that aren't used at runtime. def for_cache spec = dup spec.files = nil spec.test_files = nil spec end def full_name @full_name ||= super end ## # Work around old bundler versions removing my methods # Can be removed once RubyGems can no longer install Bundler 2.5 def gem_dir # :nodoc: super end def gems_dir @gems_dir ||= File.join(base_dir, "gems") end ## # Deprecated and ignored, defaults to true. # # Formerly used to indicate this gem was RDoc-capable. def has_rdoc # :nodoc: true end rubygems_deprecate :has_rdoc ## # Deprecated and ignored. # # Formerly used to indicate this gem was RDoc-capable. def has_rdoc=(ignored) # :nodoc: @has_rdoc = true end rubygems_deprecate :has_rdoc= alias_method :has_rdoc?, :has_rdoc # :nodoc: rubygems_deprecate :has_rdoc? ## # True if this gem has files in test_files def has_unit_tests? # :nodoc: !test_files.empty? end # :stopdoc: alias_method :has_test_suite?, :has_unit_tests? # :startdoc: def hash # :nodoc: name.hash ^ version.hash end def init_with(coder) # :nodoc: @installed_by_version ||= nil yaml_initialize coder.tag, coder.map end eval <<-RUBY, binding, __FILE__, __LINE__ + 1 # frozen_string_literal: true def set_nil_attributes_to_nil #{@@nil_attributes.map {|key| "@#{key} = nil" }.join "; "} end private :set_nil_attributes_to_nil def set_not_nil_attributes_to_default_values #{@@non_nil_attributes.map {|key| "@#{key} = #{INITIALIZE_CODE_FOR_DEFAULTS[key]}" }.join ";"} end private :set_not_nil_attributes_to_default_values RUBY ## # Specification constructor. Assigns the default values to the attributes # and yields itself for further initialization. Optionally takes +name+ and # +version+. def initialize(name = nil, version = nil) super() @gems_dir = nil @base_dir = nil @loaded = false @activated = false @loaded_from = nil @original_platform = nil @installed_by_version = nil set_nil_attributes_to_nil set_not_nil_attributes_to_default_values @new_platform = Gem::Platform::RUBY self.name = name if name self.version = version if version if (platform = Gem.platforms.last) && platform != Gem::Platform::RUBY && platform != Gem::Platform.local self.platform = platform end yield self if block_given? end ## # Duplicates Array and Gem::Requirement attributes from +other_spec+ so state isn't shared. # def initialize_copy(other_spec) self.class.array_attributes.each do |name| name = :"@#{name}" next unless other_spec.instance_variable_defined? name begin val = other_spec.instance_variable_get(name) if val instance_variable_set name, val.dup elsif Gem.configuration.really_verbose warn "WARNING: #{full_name} has an invalid nil value for #{name}" end rescue TypeError e = Gem::FormatException.new \ "#{full_name} has an invalid value for #{name}" e.file_path = loaded_from raise e end end @required_ruby_version = other_spec.required_ruby_version.dup @required_rubygems_version = other_spec.required_rubygems_version.dup end def base_dir return Gem.dir unless loaded_from @base_dir ||= if default_gem? File.dirname File.dirname File.dirname loaded_from else File.dirname File.dirname loaded_from end end ## # Expire memoized instance variables that can incorrectly generate, replace # or miss files due changes in certain attributes used to compute them. def invalidate_memoized_attributes @full_name = nil @cache_file = nil end private :invalidate_memoized_attributes def inspect # :nodoc: if $DEBUG super else "#{super[0..-2]} #{full_name}>" end end ## # Files in the Gem under one of the require_paths def lib_files @files.select do |file| require_paths.any? do |path| file.start_with? path end end end ## # Singular accessor for #licenses def license licenses.first end ## # Plural accessor for setting licenses # # See #license= for details def licenses @licenses ||= [] end def internal_init # :nodoc: super @bin_dir = nil @cache_dir = nil @cache_file = nil @doc_dir = nil @ri_dir = nil @spec_dir = nil @spec_file = nil end ## # Track removed method calls to warn about during build time. # Warn about unknown attributes while loading a spec. def method_missing(sym, *a, &b) # :nodoc: if REMOVED_METHODS.include?(sym) removed_method_calls << sym return end if @specification_version > CURRENT_SPECIFICATION_VERSION && sym.to_s.end_with?("=") warn "ignoring #{sym} loading #{full_name}" if $DEBUG else super end end ## # Is this specification missing its extensions? When this returns true you # probably want to build_extensions def missing_extensions? return false if extensions.empty? return false if default_gem? return false if File.exist? gem_build_complete_path true end ## # Normalize the list of files so that: # * All file lists have redundancies removed. # * Files referenced in the extra_rdoc_files are included in the package # file list. def normalize if defined?(@extra_rdoc_files) && @extra_rdoc_files @extra_rdoc_files.uniq! @files ||= [] @files.concat(@extra_rdoc_files) end @files = @files.uniq.sort if @files @extensions = @extensions.uniq.sort if @extensions @test_files = @test_files.uniq.sort if @test_files @executables = @executables.uniq.sort if @executables @extra_rdoc_files = @extra_rdoc_files.uniq.sort if @extra_rdoc_files end ## # Return a NameTuple that represents this Specification def name_tuple Gem::NameTuple.new name, version, original_platform end ## # Returns the full name (name-version) of this gemspec using the original # platform. For use with legacy gems. def original_name # :nodoc: if platform == Gem::Platform::RUBY || platform.nil? "#{@name}-#{@version}" else "#{@name}-#{@version}-#{@original_platform}" end end ## # Cruft. Use +platform+. def original_platform # :nodoc: @original_platform ||= platform end ## # The platform this gem runs on. See Gem::Platform for details. def platform @new_platform ||= Gem::Platform::RUBY # rubocop:disable Naming/MemoizedInstanceVariableName end def pretty_print(q) # :nodoc: q.group 2, "Gem::Specification.new do |s|", "end" do q.breakable attributes = @@attributes - [:name, :version] attributes.unshift :installed_by_version attributes.unshift :version attributes.unshift :name attributes.each do |attr_name| current_value = send attr_name current_value = current_value.sort if [:files, :test_files].include? attr_name next unless current_value != default_value(attr_name) || self.class.required_attribute?(attr_name) q.text "s.#{attr_name} = " if attr_name == :date current_value = current_value.utc q.text "Time.utc(#{current_value.year}, #{current_value.month}, #{current_value.day})" else q.pp current_value end q.breakable end end end ## # Raise an exception if the version of this spec conflicts with the one # that is already loaded (+other+) def check_version_conflict(other) # :nodoc: return if version == other.version # This gem is already loaded. If the currently loaded gem is not in the # list of candidate gems, then we have a version conflict. msg = "can't activate #{full_name}, already activated #{other.full_name}" e = Gem::LoadError.new msg e.name = name raise e end private :check_version_conflict ## # Check the spec for possible conflicts and freak out if there are any. def raise_if_conflicts # :nodoc: if has_conflicts? raise Gem::ConflictError.new self, conflicts end end ## # Sets rdoc_options to +value+, ensuring it is an array. def rdoc_options=(options) @rdoc_options = Array options end ## # Singular accessor for #require_paths def require_path (val = require_paths) && val.first end ## # Singular accessor for #require_paths def require_path=(path) self.require_paths = Array(path) end ## # Set requirements to +req+, ensuring it is an array. def requirements=(req) @requirements = Array req end def respond_to_missing?(m, include_private = false) # :nodoc: false end ## # Returns the full path to this spec's ri directory. def ri_dir @ri_dir ||= File.join base_dir, "ri", full_name end ## # Return a string containing a Ruby code representation of the given # object. def ruby_code(obj) case obj when String then obj.dump + ".freeze" when Array then "[" + obj.map {|x| ruby_code x }.join(", ") + "]" when Hash then seg = obj.keys.sort.map {|k| "#{k.to_s.dump} => #{obj[k].to_s.dump}" } "{ #{seg.join(", ")} }" when Gem::Version then ruby_code(obj.to_s) when DateLike then obj.strftime("%Y-%m-%d").dump when Time then obj.strftime("%Y-%m-%d").dump when Numeric then obj.inspect when true, false, nil then obj.inspect when Gem::Platform then "Gem::Platform.new(#{ruby_code obj.to_a})" when Gem::Requirement then list = obj.as_list "Gem::Requirement.new(#{ruby_code(list.size == 1 ? obj.to_s : list)})" else raise Gem::Exception, "ruby_code case not handled: #{obj.class}" end end private :ruby_code ## # List of dependencies that will automatically be activated at runtime. def runtime_dependencies dependencies.select(&:runtime?) end ## # True if this gem has the same attributes as +other+. def same_attributes?(spec) @@attributes.all? {|name, _default| send(name) == spec.send(name) } end private :same_attributes? ## # Checks if this specification meets the requirement of +dependency+. def satisfies_requirement?(dependency) @name == dependency.name && dependency.requirement.satisfied_by?(@version) end ## # Returns an object you can use to sort specifications in #sort_by. def sort_obj [@name, @version, Gem::Platform.sort_priority(@new_platform)] end ## # Used by Gem::Resolver to order Gem::Specification objects def source # :nodoc: Gem::Source::Installed.new end ## # Returns the full path to the directory containing this spec's # gemspec file. eg: /usr/local/lib/ruby/gems/1.8/specifications def spec_dir @spec_dir ||= File.join base_dir, "specifications" end ## # Returns the full path to this spec's gemspec file. # eg: /usr/local/lib/ruby/gems/1.8/specifications/mygem-1.0.gemspec def spec_file @spec_file ||= File.join spec_dir, "#{full_name}.gemspec" end ## # The default name of the gemspec. See also #file_name # # spec.spec_name # => "example-1.0.gemspec" def spec_name "#{full_name}.gemspec" end ## # A short summary of this gem's description. def summary=(str) @summary = str.to_s.strip. gsub(/(\w-)\n[ \t]*(\w)/, '\1\2').gsub(/\n[ \t]*/, " ") # so. weird. end ## # Singular accessor for #test_files def test_file # :nodoc: (val = test_files) && val.first end ## # Singular mutator for #test_files def test_file=(file) # :nodoc: self.test_files = [file] end ## # Test files included in this gem. You cannot append to this accessor, you # must assign to it. def test_files # :nodoc: # Handle the possibility that we have @test_suite_file but not # @test_files. This will happen when an old gem is loaded via # YAML. if defined? @test_suite_file @test_files = [@test_suite_file].flatten @test_suite_file = nil end if defined?(@test_files) && @test_files @test_files else @test_files = [] end end ## # Returns a Ruby code representation of this specification, such that it can # be eval'ed and reconstruct the same specification later. Attributes that # still have their default values are omitted. def to_ruby result = [] result << "# -*- encoding: utf-8 -*-" result << "#{Gem::StubSpecification::PREFIX}#{name} #{version} #{platform} #{raw_require_paths.join("\0")}" result << "#{Gem::StubSpecification::PREFIX}#{extensions.join "\0"}" unless extensions.empty? result << nil result << "Gem::Specification.new do |s|" result << " s.name = #{ruby_code name}" result << " s.version = #{ruby_code version}" unless platform.nil? || platform == Gem::Platform::RUBY result << " s.platform = #{ruby_code original_platform}" end result << "" result << " s.required_rubygems_version = #{ruby_code required_rubygems_version} if s.respond_to? :required_rubygems_version=" if metadata && !metadata.empty? result << " s.metadata = #{ruby_code metadata} if s.respond_to? :metadata=" end result << " s.require_paths = #{ruby_code raw_require_paths}" handled = [ :dependencies, :name, :platform, :require_paths, :required_rubygems_version, :specification_version, :version, :has_rdoc, :default_executable, :metadata, :signing_key, ] @@attributes.each do |attr_name| next if handled.include? attr_name current_value = send(attr_name) if current_value != default_value(attr_name) || self.class.required_attribute?(attr_name) result << " s.#{attr_name} = #{ruby_code current_value}" end end if String === signing_key result << " s.signing_key = #{ruby_code signing_key}" end if @installed_by_version result << nil result << " s.installed_by_version = #{ruby_code Gem::VERSION}" end unless dependencies.empty? result << nil result << " s.specification_version = #{specification_version}" result << nil dependencies.each do |dep| dep.instance_variable_set :@type, :runtime if dep.type.nil? # HACK result << " s.add_#{dep.type}_dependency(%q<#{dep.name}>.freeze, #{ruby_code dep.requirements_list})" end end result << "end" result << nil result.join "\n" end ## # Returns a Ruby lighter-weight code representation of this specification, # used for indexing only. # # See #to_ruby. def to_ruby_for_cache for_cache.to_ruby end def to_s # :nodoc: "#<Gem::Specification name=#{@name} version=#{@version}>" end ## # Returns self def to_spec self end def to_yaml(opts = {}) # :nodoc: Gem.load_yaml # Because the user can switch the YAML engine behind our # back, we have to check again here to make sure that our # psych code was properly loaded, and load it if not. unless Gem.const_defined?(:NoAliasYAMLTree) require_relative "psych_tree" end builder = Gem::NoAliasYAMLTree.create builder << self ast = builder.tree require "stringio" io = StringIO.new io.set_encoding Encoding::UTF_8 Psych::Visitors::Emitter.new(io).accept(ast) io.string.gsub(/ !!null \n/, " \n") end ## # Recursively walk dependencies of this spec, executing the +block+ for each # hop. def traverse(trail = [], visited = {}, &block) trail.push(self) begin runtime_dependencies.each do |dep| dep.matching_specs(true).each do |dep_spec| next if visited.key?(dep_spec) visited[dep_spec] = true trail.push(dep_spec) begin result = block[self, dep, dep_spec, trail] ensure trail.pop end next if result == :next spec_name = dep_spec.name dep_spec.traverse(trail, visited, &block) unless trail.any? {|s| s.name == spec_name } end end ensure trail.pop end end ## # Checks that the specification contains all required fields, and does a # very basic sanity check. # # Raises InvalidSpecificationException if the spec does not pass the # checks.. def validate(packaging = true, strict = false) normalize validation_policy = Gem::SpecificationPolicy.new(self) validation_policy.packaging = packaging validation_policy.validate(strict) end def keep_only_files_and_directories @executables.delete_if {|x| File.directory?(File.join(@bindir, x)) } @extensions.delete_if {|x| File.directory?(x) && !File.symlink?(x) } @extra_rdoc_files.delete_if {|x| File.directory?(x) && !File.symlink?(x) } @files.delete_if {|x| File.directory?(x) && !File.symlink?(x) } @test_files.delete_if {|x| File.directory?(x) && !File.symlink?(x) } end def validate_for_resolution Gem::SpecificationPolicy.new(self).validate_for_resolution end def validate_metadata Gem::SpecificationPolicy.new(self).validate_metadata end rubygems_deprecate :validate_metadata def validate_dependencies Gem::SpecificationPolicy.new(self).validate_dependencies end rubygems_deprecate :validate_dependencies def validate_permissions Gem::SpecificationPolicy.new(self).validate_permissions end rubygems_deprecate :validate_permissions ## # Set the version to +version+. def version=(version) @version = Gem::Version.create(version) return if @version.nil? invalidate_memoized_attributes end def stubbed? false end def yaml_initialize(tag, vals) # :nodoc: vals.each do |ivar, val| case ivar when "date" # Force Date to go through the extra coerce logic in date= self.date = val when "platform" self.platform = val else instance_variable_set "@#{ivar}", val end end end ## # Reset nil attributes to their default values to make the spec valid def reset_nil_attributes_to_default nil_attributes = self.class.non_nil_attributes.find_all do |name| !instance_variable_defined?("@#{name}") || instance_variable_get("@#{name}").nil? end nil_attributes.each do |attribute| default = default_value attribute value = case default when Time, Numeric, Symbol, true, false, nil then default else default.dup end instance_variable_set "@#{attribute}", value end @installed_by_version ||= nil nil end def flatten_require_paths # :nodoc: return unless raw_require_paths.first.is_a?(Array) warn "#{name} #{version} includes a gemspec with `require_paths` set to an array of arrays. Newer versions of this gem might've already fixed this" raw_require_paths.flatten! end def raw_require_paths # :nodoc: @require_paths end end PK $J [Gϝ� � # share/rubygems/rubygems/defaults.rbnu �[��� # frozen_string_literal: true module Gem DEFAULT_HOST = "https://rubygems.org" @post_install_hooks ||= [] @done_installing_hooks ||= [] @post_uninstall_hooks ||= [] @pre_uninstall_hooks ||= [] @pre_install_hooks ||= [] ## # An Array of the default sources that come with RubyGems def self.default_sources %w[https://rubygems.org/] end ## # Default spec directory path to be used if an alternate value is not # specified in the environment def self.default_spec_cache_dir default_spec_cache_dir = File.join Gem.user_home, ".gem", "specs" unless File.exist?(default_spec_cache_dir) default_spec_cache_dir = File.join Gem.cache_home, "gem", "specs" end default_spec_cache_dir end ## # Default home directory path to be used if an alternate value is not # specified in the environment def self.default_dir @default_dir ||= File.join(RbConfig::CONFIG["rubylibprefix"], "gems", RbConfig::CONFIG["ruby_version_dir_name"] || RbConfig::CONFIG["ruby_version"]) end ## # Returns binary extensions dir for specified RubyGems base dir or nil # if such directory cannot be determined. # # By default, the binary extensions are located side by side with their # Ruby counterparts, therefore nil is returned def self.default_ext_dir_for(base_dir) nil end ## # Paths where RubyGems' .rb files and bin files are installed def self.default_rubygems_dirs nil # default to standard layout end ## # Path to specification files of default gems. def self.default_specifications_dir @default_specifications_dir ||= File.join(Gem.default_dir, "specifications", "default") end ## # Finds the user's home directory. #-- # Some comments from the ruby-talk list regarding finding the home # directory: # # I have HOME, USERPROFILE and HOMEDRIVE + HOMEPATH. Ruby seems # to be depending on HOME in those code samples. I propose that # it should fallback to USERPROFILE and HOMEDRIVE + HOMEPATH (at # least on Win32). #++ #-- # #++ def self.find_home Dir.home.dup rescue StandardError if Gem.win_platform? File.expand_path File.join(ENV["HOMEDRIVE"] || ENV["SystemDrive"], "/") else File.expand_path "/" end end private_class_method :find_home ## # The home directory for the user. def self.user_home @user_home ||= find_home end ## # Path for gems in the user's home directory def self.user_dir gem_dir = File.join(Gem.user_home, ".gem") gem_dir = File.join(Gem.data_home, "gem") unless File.exist?(gem_dir) parts = [gem_dir, ruby_engine] ruby_version_dir_name = RbConfig::CONFIG["ruby_version_dir_name"] || RbConfig::CONFIG["ruby_version"] parts << ruby_version_dir_name unless ruby_version_dir_name.empty? File.join parts end ## # The path to standard location of the user's configuration directory. def self.config_home @config_home ||= ENV["XDG_CONFIG_HOME"] || File.join(Gem.user_home, ".config") end ## # Finds the user's config file def self.find_config_file gemrc = File.join Gem.user_home, ".gemrc" if File.exist? gemrc gemrc else File.join Gem.config_home, "gem", "gemrc" end end ## # The path to standard location of the user's .gemrc file. def self.config_file @config_file ||= find_config_file end ## # The path to standard location of the user's state file. def self.state_file @state_file ||= File.join(Gem.state_home, "gem", "last_update_check") end ## # The path to standard location of the user's cache directory. def self.cache_home @cache_home ||= ENV["XDG_CACHE_HOME"] || File.join(Gem.user_home, ".cache") end ## # The path to standard location of the user's data directory. def self.data_home @data_home ||= ENV["XDG_DATA_HOME"] || File.join(Gem.user_home, ".local", "share") end ## # The path to standard location of the user's state directory. def self.state_home @state_home ||= ENV["XDG_STATE_HOME"] || File.join(Gem.user_home, ".local", "state") end ## # How String Gem paths should be split. Overridable for esoteric platforms. def self.path_separator File::PATH_SEPARATOR end ## # Default gem load path def self.default_path path = [] path << user_dir if user_home && File.exist?(user_home) path << default_dir path << vendor_dir if vendor_dir && File.directory?(vendor_dir) path end ## # Deduce Ruby's --program-prefix and --program-suffix from its install name def self.default_exec_format exec_format = begin RbConfig::CONFIG["ruby_install_name"].sub("ruby", "%s") rescue StandardError "%s" end unless exec_format.include?("%s") raise Gem::Exception, "[BUG] invalid exec_format #{exec_format.inspect}, no %s" end exec_format end ## # The default directory for binaries def self.default_bindir RbConfig::CONFIG["bindir"] end def self.ruby_engine RUBY_ENGINE end ## # The default signing key path def self.default_key_path default_key_path = File.join Gem.user_home, ".gem", "gem-private_key.pem" unless File.exist?(default_key_path) default_key_path = File.join Gem.data_home, "gem", "gem-private_key.pem" end default_key_path end ## # The default signing certificate chain path def self.default_cert_path default_cert_path = File.join Gem.user_home, ".gem", "gem-public_cert.pem" unless File.exist?(default_cert_path) default_cert_path = File.join Gem.data_home, "gem", "gem-public_cert.pem" end default_cert_path end ## # Enables automatic installation into user directory def self.default_user_install # :nodoc: if !ENV.key?("GEM_HOME") && File.exist?(Gem.dir) && !File.writable?(Gem.dir) Gem.ui.say "Defaulting to user installation because default installation directory (#{Gem.dir}) is not writable." return true end false end ## # Install extensions into lib as well as into the extension directory. def self.install_extension_in_lib # :nodoc: Gem.configuration.install_extension_in_lib end ## # Directory where vendor gems are installed. def self.vendor_dir # :nodoc: if vendor_dir = ENV["GEM_VENDOR"] return vendor_dir.dup end return nil unless RbConfig::CONFIG.key? "vendordir" File.join RbConfig::CONFIG["vendordir"], "gems", RbConfig::CONFIG["ruby_version_dir_name"] || RbConfig::CONFIG["ruby_version"] end ## # Default options for gem commands for Ruby packagers. # # The options here should be structured as an array of string "gem" # command names as keys and a string of the default options as values. # # Example: # # def self.operating_system_defaults # { # 'install' => '--no-rdoc --no-ri --env-shebang', # 'update' => '--no-rdoc --no-ri --env-shebang' # } # end def self.operating_system_defaults {} end ## # Default options for gem commands for Ruby implementers. # # The options here should be structured as an array of string "gem" # command names as keys and a string of the default options as values. # # Example: # # def self.platform_defaults # { # 'install' => '--no-rdoc --no-ri --env-shebang', # 'update' => '--no-rdoc --no-ri --env-shebang' # } # end def self.platform_defaults {} end end PK $J [<$��' �' / share/rubygems/rubygems/dependency_installer.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" require_relative "dependency_list" require_relative "package" require_relative "installer" require_relative "spec_fetcher" require_relative "user_interaction" require_relative "available_set" require_relative "deprecate" ## # Installs a gem along with all its dependencies from local and remote gems. class Gem::DependencyInstaller include Gem::UserInteraction extend Gem::Deprecate DEFAULT_OPTIONS = { # :nodoc: env_shebang: false, document: %w[ri], domain: :both, # HACK: dup force: false, format_executable: false, # HACK: dup ignore_dependencies: false, prerelease: false, security_policy: nil, # HACK: NoSecurity requires OpenSSL. AlmostNo? Low? wrappers: true, build_args: nil, build_docs_in_background: false, install_as_default: false, }.freeze ## # Documentation types. For use by the Gem.done_installing hook attr_reader :document ## # Errors from SpecFetcher while searching for remote specifications attr_reader :errors ## # List of gems installed by #install in alphabetic order attr_reader :installed_gems ## # Creates a new installer instance. # # Options are: # :cache_dir:: Alternate repository path to store .gem files in. # :domain:: :local, :remote, or :both. :local only searches gems in the # current directory. :remote searches only gems in Gem::sources. # :both searches both. # :env_shebang:: See Gem::Installer::new. # :force:: See Gem::Installer#install. # :format_executable:: See Gem::Installer#initialize. # :ignore_dependencies:: Don't install any dependencies. # :install_dir:: See Gem::Installer#install. # :prerelease:: Allow prerelease versions. See #install. # :security_policy:: See Gem::Installer::new and Gem::Security. # :user_install:: See Gem::Installer.new # :wrappers:: See Gem::Installer::new # :build_args:: See Gem::Installer::new def initialize(options = {}) @only_install_dir = !options[:install_dir].nil? @install_dir = options[:install_dir] || Gem.dir @build_root = options[:build_root] options = DEFAULT_OPTIONS.merge options @bin_dir = options[:bin_dir] @dev_shallow = options[:dev_shallow] @development = options[:development] @document = options[:document] @domain = options[:domain] @env_shebang = options[:env_shebang] @force = options[:force] @format_executable = options[:format_executable] @ignore_dependencies = options[:ignore_dependencies] @prerelease = options[:prerelease] @security_policy = options[:security_policy] @user_install = options[:user_install] @wrappers = options[:wrappers] @build_args = options[:build_args] @build_docs_in_background = options[:build_docs_in_background] @install_as_default = options[:install_as_default] @dir_mode = options[:dir_mode] @data_mode = options[:data_mode] @prog_mode = options[:prog_mode] # Indicates that we should not try to update any deps unless # we absolutely must. @minimal_deps = options[:minimal_deps] @available = nil @installed_gems = [] @toplevel_specs = nil @cache_dir = options[:cache_dir] || @install_dir @errors = [] end ## # Indicated, based on the requested domain, if local # gems should be considered. def consider_local? @domain == :both || @domain == :local end ## # Indicated, based on the requested domain, if remote # gems should be considered. def consider_remote? @domain == :both || @domain == :remote end ## # Returns a list of pairs of gemspecs and source_uris that match # Gem::Dependency +dep+ from both local (Dir.pwd) and remote (Gem.sources) # sources. Gems are sorted with newer gems preferred over older gems, and # local gems preferred over remote gems. def find_gems_with_sources(dep, best_only=false) # :nodoc: set = Gem::AvailableSet.new if consider_local? sl = Gem::Source::Local.new if spec = sl.find_gem(dep.name) if dep.matches_spec? spec set.add spec, sl end end end if consider_remote? begin # This is pulled from #spec_for_dependency to allow # us to filter tuples before fetching specs. tuples, errors = Gem::SpecFetcher.fetcher.search_for_dependency dep if best_only && !tuples.empty? tuples.sort! do |a,b| if b[0].version == a[0].version if b[0].platform != Gem::Platform::RUBY 1 else -1 end else b[0].version <=> a[0].version end end tuples = [tuples.first] end specs = [] tuples.each do |tup, source| spec = source.fetch_spec(tup) rescue Gem::RemoteFetcher::FetchError => e errors << Gem::SourceFetchProblem.new(source, e) else specs << [spec, source] end if @errors @errors += errors else @errors = errors end set << specs rescue Gem::RemoteFetcher::FetchError => e # FIX if there is a problem talking to the network, we either need to always tell # the user (no really_verbose) or fail hard, not silently tell them that we just # couldn't find their requested gem. verbose do "Error fetching remote data:\t\t#{e.message}\n" \ "Falling back to local-only install" end @domain = :local end end set end rubygems_deprecate :find_gems_with_sources def in_background(what) # :nodoc: fork_happened = false if @build_docs_in_background && Process.respond_to?(:fork) begin Process.fork do yield end fork_happened = true say "#{what} in a background process." rescue NotImplementedError end end yield unless fork_happened end ## # Installs the gem +dep_or_name+ and all its dependencies. Returns an Array # of installed gem specifications. # # If the +:prerelease+ option is set and there is a prerelease for # +dep_or_name+ the prerelease version will be installed. # # Unless explicitly specified as a prerelease dependency, prerelease gems # that +dep_or_name+ depend on will not be installed. # # If c-1.a depends on b-1 and a-1.a and there is a gem b-1.a available then # c-1.a, b-1 and a-1.a will be installed. b-1.a will need to be installed # separately. def install(dep_or_name, version = Gem::Requirement.default) request_set = resolve_dependencies dep_or_name, version @installed_gems = [] options = { bin_dir: @bin_dir, build_args: @build_args, document: @document, env_shebang: @env_shebang, force: @force, format_executable: @format_executable, ignore_dependencies: @ignore_dependencies, prerelease: @prerelease, security_policy: @security_policy, user_install: @user_install, wrappers: @wrappers, build_root: @build_root, install_as_default: @install_as_default, dir_mode: @dir_mode, data_mode: @data_mode, prog_mode: @prog_mode, } options[:install_dir] = @install_dir if @only_install_dir request_set.install options do |_, installer| @installed_gems << installer.spec if installer end @installed_gems.sort! # Since this is currently only called for docs, we can be lazy and just say # it's documentation. Ideally the hook adder could decide whether to be in # the background or not, and what to call it. in_background "Installing documentation" do Gem.done_installing_hooks.each do |hook| hook.call self, @installed_gems end end unless Gem.done_installing_hooks.empty? @installed_gems end def install_development_deps # :nodoc: if @development && @dev_shallow :shallow elsif @development :all else :none end end def resolve_dependencies(dep_or_name, version) # :nodoc: request_set = Gem::RequestSet.new request_set.development = @development request_set.development_shallow = @dev_shallow request_set.soft_missing = @force request_set.prerelease = @prerelease installer_set = Gem::Resolver::InstallerSet.new @domain installer_set.ignore_installed = (@minimal_deps == false) || @only_install_dir installer_set.force = @force if consider_local? if dep_or_name =~ /\.gem$/ && File.file?(dep_or_name) src = Gem::Source::SpecificFile.new dep_or_name installer_set.add_local dep_or_name, src.spec, src version = src.spec.version if version == Gem::Requirement.default elsif dep_or_name =~ /\.gem$/ # rubocop:disable Performance/RegexpMatch Dir[dep_or_name].each do |name| src = Gem::Source::SpecificFile.new name installer_set.add_local dep_or_name, src.spec, src rescue Gem::Package::FormatError end # else This is a dependency. InstallerSet handles this case end end dependency = if spec = installer_set.local?(dep_or_name) installer_set.remote = nil if spec.dependencies.none? Gem::Dependency.new spec.name, version elsif String === dep_or_name Gem::Dependency.new dep_or_name, version else dep_or_name end dependency.prerelease = @prerelease request_set.import [dependency] installer_set.add_always_install dependency request_set.always_install = installer_set.always_install request_set.remote = installer_set.consider_remote? if @ignore_dependencies installer_set.ignore_dependencies = true request_set.ignore_dependencies = true request_set.soft_missing = true end request_set.resolve installer_set @errors.concat request_set.errors request_set end end PK $J [v4k��V �V # share/rubygems/rubygems/security.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "exceptions" require_relative "openssl" ## # = Signing gems # # The Gem::Security implements cryptographic signatures for gems. The section # below is a step-by-step guide to using signed gems and generating your own. # # == Walkthrough # # === Building your certificate # # In order to start signing your gems, you'll need to build a private key and # a self-signed certificate. Here's how: # # # build a private key and certificate for yourself: # $ gem cert --build you@example.com # # This could take anywhere from a few seconds to a minute or two, depending on # the speed of your computer (public key algorithms aren't exactly the # speediest crypto algorithms in the world). When it's finished, you'll see # the files "gem-private_key.pem" and "gem-public_cert.pem" in the current # directory. # # First things first: Move both files to ~/.gem if you don't already have a # key and certificate in that directory. Ensure the file permissions make the # key unreadable by others (by default the file is saved securely). # # Keep your private key hidden; if it's compromised, someone can sign packages # as you (note: PKI has ways of mitigating the risk of stolen keys; more on # that later). # # === Signing Gems # # In RubyGems 2 and newer there is no extra work to sign a gem. RubyGems will # automatically find your key and certificate in your home directory and use # them to sign newly packaged gems. # # If your certificate is not self-signed (signed by a third party) RubyGems # will attempt to load the certificate chain from the trusted certificates. # Use <code>gem cert --add signing_cert.pem</code> to add your signers as # trusted certificates. See below for further information on certificate # chains. # # If you build your gem it will automatically be signed. If you peek inside # your gem file, you'll see a couple of new files have been added: # # $ tar tf your-gem-1.0.gem # metadata.gz # metadata.gz.sig # metadata signature # data.tar.gz # data.tar.gz.sig # data signature # checksums.yaml.gz # checksums.yaml.gz.sig # checksums signature # # === Manually signing gems # # If you wish to store your key in a separate secure location you'll need to # set your gems up for signing by hand. To do this, set the # <code>signing_key</code> and <code>cert_chain</code> in the gemspec before # packaging your gem: # # s.signing_key = '/secure/path/to/gem-private_key.pem' # s.cert_chain = %w[/secure/path/to/gem-public_cert.pem] # # When you package your gem with these options set RubyGems will automatically # load your key and certificate from the secure paths. # # === Signed gems and security policies # # Now let's verify the signature. Go ahead and install the gem, but add the # following options: <code>-P HighSecurity</code>, like this: # # # install the gem with using the security policy "HighSecurity" # $ sudo gem install your.gem -P HighSecurity # # The <code>-P</code> option sets your security policy -- we'll talk about # that in just a minute. Eh, what's this? # # $ gem install -P HighSecurity your-gem-1.0.gem # ERROR: While executing gem ... (Gem::Security::Exception) # root cert /CN=you/DC=example is not trusted # # The culprit here is the security policy. RubyGems has several different # security policies. Let's take a short break and go over the security # policies. Here's a list of the available security policies, and a brief # description of each one: # # * NoSecurity - Well, no security at all. Signed packages are treated like # unsigned packages. # * LowSecurity - Pretty much no security. If a package is signed then # RubyGems will make sure the signature matches the signing # certificate, and that the signing certificate hasn't expired, but # that's it. A malicious user could easily circumvent this kind of # security. # * MediumSecurity - Better than LowSecurity and NoSecurity, but still # fallible. Package contents are verified against the signing # certificate, and the signing certificate is checked for validity, # and checked against the rest of the certificate chain (if you don't # know what a certificate chain is, stay tuned, we'll get to that). # The biggest improvement over LowSecurity is that MediumSecurity # won't install packages that are signed by untrusted sources. # Unfortunately, MediumSecurity still isn't totally secure -- a # malicious user can still unpack the gem, strip the signatures, and # distribute the gem unsigned. # * HighSecurity - Here's the bugger that got us into this mess. # The HighSecurity policy is identical to the MediumSecurity policy, # except that it does not allow unsigned gems. A malicious user # doesn't have a whole lot of options here; they can't modify the # package contents without invalidating the signature, and they can't # modify or remove signature or the signing certificate chain, or # RubyGems will simply refuse to install the package. Oh well, maybe # they'll have better luck causing problems for CPAN users instead :). # # The reason RubyGems refused to install your shiny new signed gem was because # it was from an untrusted source. Well, your code is infallible (naturally), # so you need to add yourself as a trusted source: # # # add trusted certificate # gem cert --add ~/.gem/gem-public_cert.pem # # You've now added your public certificate as a trusted source. Now you can # install packages signed by your private key without any hassle. Let's try # the install command above again: # # # install the gem with using the HighSecurity policy (and this time # # without any shenanigans) # $ gem install -P HighSecurity your-gem-1.0.gem # Successfully installed your-gem-1.0 # 1 gem installed # # This time RubyGems will accept your signed package and begin installing. # # While you're waiting for RubyGems to work it's magic, have a look at some of # the other security commands by running <code>gem help cert</code>: # # Options: # -a, --add CERT Add a trusted certificate. # -l, --list [FILTER] List trusted certificates where the # subject contains FILTER # -r, --remove FILTER Remove trusted certificates where the # subject contains FILTER # -b, --build EMAIL_ADDR Build private key and self-signed # certificate for EMAIL_ADDR # -C, --certificate CERT Signing certificate for --sign # -K, --private-key KEY Key for --sign or --build # -A, --key-algorithm ALGORITHM Select key algorithm for --build from RSA, DSA, or EC. Defaults to RSA. # -s, --sign CERT Signs CERT with the key from -K # and the certificate from -C # -d, --days NUMBER_OF_DAYS Days before the certificate expires # -R, --re-sign Re-signs the certificate from -C with the key from -K # # We've already covered the <code>--build</code> option, and the # <code>--add</code>, <code>--list</code>, and <code>--remove</code> commands # seem fairly straightforward; they allow you to add, list, and remove the # certificates in your trusted certificate list. But what's with this # <code>--sign</code> option? # # === Certificate chains # # To answer that question, let's take a look at "certificate chains", a # concept I mentioned earlier. There are a couple of problems with # self-signed certificates: first of all, self-signed certificates don't offer # a whole lot of security. Sure, the certificate says Yukihiro Matsumoto, but # how do I know it was actually generated and signed by matz himself unless he # gave me the certificate in person? # # The second problem is scalability. Sure, if there are 50 gem authors, then # I have 50 trusted certificates, no problem. What if there are 500 gem # authors? 1000? Having to constantly add new trusted certificates is a # pain, and it actually makes the trust system less secure by encouraging # RubyGems users to blindly trust new certificates. # # Here's where certificate chains come in. A certificate chain establishes an # arbitrarily long chain of trust between an issuing certificate and a child # certificate. So instead of trusting certificates on a per-developer basis, # we use the PKI concept of certificate chains to build a logical hierarchy of # trust. Here's a hypothetical example of a trust hierarchy based (roughly) # on geography: # # -------------------------- # | rubygems@rubygems.org | # -------------------------- # | # ----------------------------------- # | | # ---------------------------- ----------------------------- # | seattlerb@seattlerb.org | | dcrubyists@richkilmer.com | # ---------------------------- ----------------------------- # | | | | # --------------- ---------------- ----------- -------------- # | drbrain | | zenspider | | pabs@dc | | tomcope@dc | # --------------- ---------------- ----------- -------------- # # # Now, rather than having 4 trusted certificates (one for drbrain, zenspider, # pabs@dc, and tomecope@dc), a user could actually get by with one # certificate, the "rubygems@rubygems.org" certificate. # # Here's how it works: # # I install "rdoc-3.12.gem", a package signed by "drbrain". I've never heard # of "drbrain", but his certificate has a valid signature from the # "seattle.rb@seattlerb.org" certificate, which in turn has a valid signature # from the "rubygems@rubygems.org" certificate. Voila! At this point, it's # much more reasonable for me to trust a package signed by "drbrain", because # I can establish a chain to "rubygems@rubygems.org", which I do trust. # # === Signing certificates # # The <code>--sign</code> option allows all this to happen. A developer # creates their build certificate with the <code>--build</code> option, then # has their certificate signed by taking it with them to their next regional # Ruby meetup (in our hypothetical example), and it's signed there by the # person holding the regional RubyGems signing certificate, which is signed at # the next RubyConf by the holder of the top-level RubyGems certificate. At # each point the issuer runs the same command: # # # sign a certificate with the specified key and certificate # # (note that this modifies client_cert.pem!) # $ gem cert -K /mnt/floppy/issuer-priv_key.pem -C issuer-pub_cert.pem # --sign client_cert.pem # # Then the holder of issued certificate (in this case, your buddy "drbrain"), # can start using this signed certificate to sign RubyGems. By the way, in # order to let everyone else know about his new fancy signed certificate, # "drbrain" would save his newly signed certificate as # <code>~/.gem/gem-public_cert.pem</code> # # Obviously this RubyGems trust infrastructure doesn't exist yet. Also, in # the "real world", issuers actually generate the child certificate from a # certificate request, rather than sign an existing certificate. And our # hypothetical infrastructure is missing a certificate revocation system. # These are that can be fixed in the future... # # At this point you should know how to do all of these new and interesting # things: # # * build a gem signing key and certificate # * adjust your security policy # * modify your trusted certificate list # * sign a certificate # # == Manually verifying signatures # # In case you don't trust RubyGems you can verify gem signatures manually: # # 1. Fetch and unpack the gem # # gem fetch some_signed_gem # tar -xf some_signed_gem-1.0.gem # # 2. Grab the public key from the gemspec # # gem spec some_signed_gem-1.0.gem cert_chain | \ # ruby -rpsych -e 'puts Psych.load($stdin)' > public_key.crt # # 3. Generate a SHA1 hash of the data.tar.gz # # openssl dgst -sha1 < data.tar.gz > my.hash # # 4. Verify the signature # # openssl rsautl -verify -inkey public_key.crt -certin \ # -in data.tar.gz.sig > verified.hash # # 5. Compare your hash to the verified hash # # diff -s verified.hash my.hash # # 6. Repeat 5 and 6 with metadata.gz # # == OpenSSL Reference # # The .pem files generated by --build and --sign are PEM files. Here's a # couple of useful OpenSSL commands for manipulating them: # # # convert a PEM format X509 certificate into DER format: # # (note: Windows .cer files are X509 certificates in DER format) # $ openssl x509 -in input.pem -outform der -out output.der # # # print out the certificate in a human-readable format: # $ openssl x509 -in input.pem -noout -text # # And you can do the same thing with the private key file as well: # # # convert a PEM format RSA key into DER format: # $ openssl rsa -in input_key.pem -outform der -out output_key.der # # # print out the key in a human readable format: # $ openssl rsa -in input_key.pem -noout -text # # == Bugs/TODO # # * There's no way to define a system-wide trust list. # * custom security policies (from a YAML file, etc) # * Simple method to generate a signed certificate request # * Support for OCSP, SCVP, CRLs, or some other form of cert status check # (list is in order of preference) # * Support for encrypted private keys # * Some sort of semi-formal trust hierarchy (see long-winded explanation # above) # * Path discovery (for gem certificate chains that don't have a self-signed # root) -- by the way, since we don't have this, THE ROOT OF THE CERTIFICATE # CHAIN MUST BE SELF SIGNED if Policy#verify_root is true (and it is for the # MediumSecurity and HighSecurity policies) # * Better explanation of X509 naming (ie, we don't have to use email # addresses) # * Honor AIA field (see note about OCSP above) # * Honor extension restrictions # * Might be better to store the certificate chain as a PKCS#7 or PKCS#12 # file, instead of an array embedded in the metadata. # # == Original author # # Paul Duncan <pabs@pablotron.org> # https://pablotron.org/ module Gem::Security ## # Gem::Security default exception type class Exception < Gem::Exception; end ## # Used internally to select the signing digest from all computed digests DIGEST_NAME = "SHA256" # :nodoc: ## # Length of keys created by RSA and DSA keys RSA_DSA_KEY_LENGTH = 3072 ## # Default algorithm to use when building a key pair DEFAULT_KEY_ALGORITHM = "RSA" ## # Named curve used for Elliptic Curve EC_NAME = "secp384r1" ## # Cipher used to encrypt the key pair used to sign gems. # Must be in the list returned by OpenSSL::Cipher.ciphers KEY_CIPHER = OpenSSL::Cipher.new("AES-256-CBC") if defined?(OpenSSL::Cipher) ## # One day in seconds ONE_DAY = 86_400 ## # One year in seconds ONE_YEAR = ONE_DAY * 365 ## # The default set of extensions are: # # * The certificate is not a certificate authority # * The key for the certificate may be used for key and data encipherment # and digital signatures # * The certificate contains a subject key identifier EXTENSIONS = { "basicConstraints" => "CA:FALSE", "keyUsage" => "keyEncipherment,dataEncipherment,digitalSignature", "subjectKeyIdentifier" => "hash", }.freeze def self.alt_name_or_x509_entry(certificate, x509_entry) alt_name = certificate.extensions.find do |extension| extension.oid == "#{x509_entry}AltName" end return alt_name.value if alt_name certificate.send x509_entry end ## # Creates an unsigned certificate for +subject+ and +key+. The lifetime of # the key is from the current time to +age+ which defaults to one year. # # The +extensions+ restrict the key to the indicated uses. def self.create_cert(subject, key, age = ONE_YEAR, extensions = EXTENSIONS, serial = 1) cert = OpenSSL::X509::Certificate.new cert.public_key = get_public_key(key) cert.version = 2 cert.serial = serial cert.not_before = Time.now cert.not_after = Time.now + age cert.subject = subject ef = OpenSSL::X509::ExtensionFactory.new nil, cert cert.extensions = extensions.map do |ext_name, value| ef.create_extension ext_name, value end cert end ## # Gets the right public key from a PKey instance def self.get_public_key(key) # Ruby 3.0 (Ruby/OpenSSL 2.2) or later return OpenSSL::PKey.read(key.public_to_der) if key.respond_to?(:public_to_der) return key.public_key unless key.is_a?(OpenSSL::PKey::EC) ec_key = OpenSSL::PKey::EC.new(key.group.curve_name) ec_key.public_key = key.public_key ec_key end ## # Creates a self-signed certificate with an issuer and subject from +email+, # a subject alternative name of +email+ and the given +extensions+ for the # +key+. def self.create_cert_email(email, key, age = ONE_YEAR, extensions = EXTENSIONS) subject = email_to_name email extensions = extensions.merge "subjectAltName" => "email:#{email}" create_cert_self_signed subject, key, age, extensions end ## # Creates a self-signed certificate with an issuer and subject of +subject+ # and the given +extensions+ for the +key+. def self.create_cert_self_signed(subject, key, age = ONE_YEAR, extensions = EXTENSIONS, serial = 1) certificate = create_cert subject, key, age, extensions sign certificate, key, certificate, age, extensions, serial end ## # Creates a new digest instance using the specified +algorithm+. The default # is SHA256. def self.create_digest(algorithm = DIGEST_NAME) OpenSSL::Digest.new(algorithm) end ## # Creates a new key pair of the specified +algorithm+. RSA, DSA, and EC # are supported. def self.create_key(algorithm) if defined?(OpenSSL::PKey) case algorithm.downcase when "dsa" OpenSSL::PKey::DSA.new(RSA_DSA_KEY_LENGTH) when "rsa" OpenSSL::PKey::RSA.new(RSA_DSA_KEY_LENGTH) when "ec" OpenSSL::PKey::EC.generate(EC_NAME) else raise Gem::Security::Exception, "#{algorithm} algorithm not found. RSA, DSA, and EC algorithms are supported." end end end ## # Turns +email_address+ into an OpenSSL::X509::Name def self.email_to_name(email_address) email_address = email_address.gsub(/[^\w@.-]+/i, "_") cn, dcs = email_address.split "@" dcs = dcs.split "." OpenSSL::X509::Name.new([ ["CN", cn], *dcs.map {|dc| ["DC", dc] }, ]) end ## # Signs +expired_certificate+ with +private_key+ if the keys match and the # expired certificate was self-signed. #-- # TODO increment serial def self.re_sign(expired_certificate, private_key, age = ONE_YEAR, extensions = EXTENSIONS) raise Gem::Security::Exception, "incorrect signing key for re-signing " + expired_certificate.subject.to_s unless expired_certificate.check_private_key(private_key) unless expired_certificate.subject.to_s == expired_certificate.issuer.to_s subject = alt_name_or_x509_entry expired_certificate, :subject issuer = alt_name_or_x509_entry expired_certificate, :issuer raise Gem::Security::Exception, "#{subject} is not self-signed, contact #{issuer} " \ "to obtain a valid certificate" end serial = expired_certificate.serial + 1 create_cert_self_signed(expired_certificate.subject, private_key, age, extensions, serial) end ## # Resets the trust directory for verifying gems. def self.reset @trust_dir = nil end ## # Sign the public key from +certificate+ with the +signing_key+ and # +signing_cert+, using the Gem::Security::DIGEST_NAME. Uses the # default certificate validity range and extensions. # # Returns the newly signed certificate. def self.sign(certificate, signing_key, signing_cert, age = ONE_YEAR, extensions = EXTENSIONS, serial = 1) signee_subject = certificate.subject signee_key = certificate.public_key alt_name = certificate.extensions.find do |extension| extension.oid == "subjectAltName" end extensions = extensions.merge "subjectAltName" => alt_name.value if alt_name issuer_alt_name = signing_cert.extensions.find do |extension| extension.oid == "subjectAltName" end extensions = extensions.merge "issuerAltName" => issuer_alt_name.value if issuer_alt_name signed = create_cert signee_subject, signee_key, age, extensions, serial signed.issuer = signing_cert.subject signed.sign signing_key, Gem::Security::DIGEST_NAME end ## # Returns a Gem::Security::TrustDir which wraps the directory where trusted # certificates live. def self.trust_dir return @trust_dir if @trust_dir dir = File.join Gem.user_home, ".gem", "trust" @trust_dir ||= Gem::Security::TrustDir.new dir end ## # Enumerates the trusted certificates via Gem::Security::TrustDir. def self.trusted_certificates(&block) trust_dir.each_certificate(&block) end ## # Writes +pemmable+, which must respond to +to_pem+ to +path+ with the given # +permissions+. If passed +cipher+ and +passphrase+ those arguments will be # passed to +to_pem+. def self.write(pemmable, path, permissions = 0o600, passphrase = nil, cipher = KEY_CIPHER) path = File.expand_path path File.open path, "wb", permissions do |io| if passphrase && cipher io.write pemmable.to_pem cipher, passphrase else io.write pemmable.to_pem end end path end reset end if Gem::HAVE_OPENSSL require_relative "security/policy" require_relative "security/policies" require_relative "security/trust_dir" end require_relative "security/signer" PK $J [�J�'" " ! share/rubygems/rubygems/source.rbnu �[��� # frozen_string_literal: true require_relative "text" ## # A Source knows how to list and fetch gems from a RubyGems marshal index. # # There are other Source subclasses for installed gems, local gems, the # bundler dependency API and so-forth. class Gem::Source include Comparable include Gem::Text FILES = { # :nodoc: released: "specs", latest: "latest_specs", prerelease: "prerelease_specs", }.freeze ## # The URI this source will fetch gems from. attr_reader :uri ## # Creates a new Source which will use the index located at +uri+. def initialize(uri) require_relative "uri" @uri = Gem::Uri.parse!(uri) @update_cache = nil end ## # Sources are ordered by installation preference. def <=>(other) case other when Gem::Source::Installed, Gem::Source::Local, Gem::Source::Lock, Gem::Source::SpecificFile, Gem::Source::Git, Gem::Source::Vendor then -1 when Gem::Source then unless @uri return 0 unless other.uri return 1 end return -1 unless other.uri # Returning 1 here ensures that when sorting a list of sources, the # original ordering of sources supplied by the user is preserved. return 1 unless @uri.to_s == other.uri.to_s 0 end end def ==(other) # :nodoc: self.class === other && @uri == other.uri end alias_method :eql?, :== # :nodoc: ## # Returns a Set that can fetch specifications from this source. def dependency_resolver_set # :nodoc: return Gem::Resolver::IndexSet.new self if uri.scheme == "file" fetch_uri = if uri.host == "rubygems.org" index_uri = uri.dup index_uri.host = "index.rubygems.org" index_uri else uri end bundler_api_uri = enforce_trailing_slash(fetch_uri) + "versions" begin fetcher = Gem::RemoteFetcher.fetcher response = fetcher.fetch_path bundler_api_uri, nil, true rescue Gem::RemoteFetcher::FetchError Gem::Resolver::IndexSet.new self else Gem::Resolver::APISet.new response.uri + "./info/" end end def hash # :nodoc: @uri.hash end ## # Returns the local directory to write +uri+ to. def cache_dir(uri) # Correct for windows paths escaped_path = uri.path.sub(%r{^/([a-z]):/}i, '/\\1-/') File.join Gem.spec_cache_dir, "#{uri.host}%#{uri.port}", File.dirname(escaped_path) end ## # Returns true when it is possible and safe to update the cache directory. def update_cache? return @update_cache unless @update_cache.nil? @update_cache = begin File.stat(Gem.user_home).uid == Process.uid rescue Errno::ENOENT false end end ## # Fetches a specification for the given +name_tuple+. def fetch_spec(name_tuple) fetcher = Gem::RemoteFetcher.fetcher spec_file_name = name_tuple.spec_name source_uri = enforce_trailing_slash(uri) + "#{Gem::MARSHAL_SPEC_DIR}#{spec_file_name}" cache_dir = cache_dir source_uri local_spec = File.join cache_dir, spec_file_name if File.exist? local_spec spec = Gem.read_binary local_spec Gem.load_safe_marshal spec = begin Gem::SafeMarshal.safe_load(spec) rescue StandardError nil end return spec if spec end source_uri.path << ".rz" spec = fetcher.fetch_path source_uri spec = Gem::Util.inflate spec if update_cache? require "fileutils" FileUtils.mkdir_p cache_dir File.open local_spec, "wb" do |io| io.write spec end end Gem.load_safe_marshal # TODO: Investigate setting Gem::Specification#loaded_from to a URI Gem::SafeMarshal.safe_load spec end ## # Loads +type+ kind of specs fetching from +@uri+ if the on-disk cache is # out of date. # # +type+ is one of the following: # # :released => Return the list of all released specs # :latest => Return the list of only the highest version of each gem # :prerelease => Return the list of all prerelease only specs # def load_specs(type) file = FILES[type] fetcher = Gem::RemoteFetcher.fetcher file_name = "#{file}.#{Gem.marshal_version}" spec_path = enforce_trailing_slash(uri) + "#{file_name}.gz" cache_dir = cache_dir spec_path local_file = File.join(cache_dir, file_name) retried = false if update_cache? require "fileutils" FileUtils.mkdir_p cache_dir end spec_dump = fetcher.cache_update_path spec_path, local_file, update_cache? Gem.load_safe_marshal begin Gem::NameTuple.from_list Gem::SafeMarshal.safe_load(spec_dump) rescue ArgumentError if update_cache? && !retried FileUtils.rm local_file retried = true retry else raise Gem::Exception.new("Invalid spec cache file in #{local_file}") end end end ## # Downloads +spec+ and writes it to +dir+. See also # Gem::RemoteFetcher#download. def download(spec, dir=Dir.pwd) fetcher = Gem::RemoteFetcher.fetcher fetcher.download spec, uri.to_s, dir end def pretty_print(q) # :nodoc: q.object_group(self) do q.group 2, "[Remote:", "]" do q.breakable q.text @uri.to_s if api = uri q.breakable q.text "API URI: " q.text api.to_s end end end end def typo_squatting?(host, distance_threshold=4) return if @uri.host.nil? levenshtein_distance(@uri.host, host).between? 1, distance_threshold end private def enforce_trailing_slash(uri) uri.merge(uri.path.gsub(%r{/+$}, "") + "/") end end require_relative "source/git" require_relative "source/installed" require_relative "source/specific_file" require_relative "source/local" require_relative "source/lock" require_relative "source/vendor" PK $J [< n�W W % share/rubygems/rubygems/psych_tree.rbnu �[��� # frozen_string_literal: true module Gem if defined? ::Psych::Visitors class NoAliasYAMLTree < Psych::Visitors::YAMLTree def self.create new({}) end unless respond_to? :create def visit_String(str) return super unless str == "=" # or whatever you want quote = Psych::Nodes::Scalar::SINGLE_QUOTED @emitter.scalar str, nil, nil, false, true, quote end def visit_Hash(o) super(o.compact) end # Noop this out so there are no anchors def register(target, obj) end # This is ported over from the yaml_tree in 1.9.3 def format_time(time) if time.utc? time.strftime("%Y-%m-%d %H:%M:%S.%9N Z") else time.strftime("%Y-%m-%d %H:%M:%S.%9N %:z") end end private :format_time end end end PK $J [�9�B B % share/rubygems/rubygems/shellwords.rbnu �[��� # frozen_string_literal: true autoload :Shellwords, "shellwords" PK $J [|�+�4 4 * share/rubygems/rubygems/dependency_list.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "vendored_tsort" require_relative "deprecate" ## # Gem::DependencyList is used for installing and uninstalling gems in the # correct order to avoid conflicts. #-- # TODO: It appears that all but topo-sort functionality is being duplicated # (or is planned to be duplicated) elsewhere in rubygems. Is the majority of # this class necessary anymore? Especially #ok?, #why_not_ok? class Gem::DependencyList attr_reader :specs include Enumerable include Gem::TSort ## # Allows enabling/disabling use of development dependencies attr_accessor :development ## # Creates a DependencyList from the current specs. def self.from_specs list = new list.add(*Gem::Specification.to_a) list end ## # Creates a new DependencyList. If +development+ is true, development # dependencies will be included. def initialize(development = false) @specs = [] @development = development end ## # Adds +gemspecs+ to the dependency list. def add(*gemspecs) @specs.concat gemspecs end def clear @specs.clear end ## # Return a list of the gem specifications in the dependency list, sorted in # order so that no gemspec in the list depends on a gemspec earlier in the # list. # # This is useful when removing gems from a set of installed gems. By # removing them in the returned order, you don't get into as many dependency # issues. # # If there are circular dependencies (yuck!), then gems will be returned in # order until only the circular dependents and anything they reference are # left. Then arbitrary gemspecs will be returned until the circular # dependency is broken, after which gems will be returned in dependency # order again. def dependency_order sorted = strongly_connected_components.flatten result = [] seen = {} sorted.each do |spec| if index = seen[spec.name] if result[index].version < spec.version result[index] = spec end else seen[spec.name] = result.length result << spec end end result.reverse end ## # Iterator over dependency_order def each(&block) dependency_order.each(&block) end def find_name(full_name) @specs.find {|spec| spec.full_name == full_name } end def inspect # :nodoc: format("%s %p>", super[0..-2], map(&:full_name)) end ## # Are all the dependencies in the list satisfied? def ok? why_not_ok?(:quick).empty? end def why_not_ok?(quick = false) unsatisfied = Hash.new {|h,k| h[k] = [] } each do |spec| spec.runtime_dependencies.each do |dep| inst = Gem::Specification.any? do |installed_spec| dep.name == installed_spec.name && dep.requirement.satisfied_by?(installed_spec.version) end unless inst || @specs.find {|s| s.satisfies_requirement? dep } unsatisfied[spec.name] << dep return unsatisfied if quick end end end unsatisfied end ## # It is ok to remove a gemspec from the dependency list? # # If removing the gemspec creates breaks a currently ok dependency, then it # is NOT ok to remove the gemspec. def ok_to_remove?(full_name, check_dev=true) gem_to_remove = find_name full_name # If the state is inconsistent, at least don't crash return true unless gem_to_remove siblings = @specs.find_all do |s| s.name == gem_to_remove.name && s.full_name != gem_to_remove.full_name end deps = [] @specs.each do |spec| check = check_dev ? spec.dependencies : spec.runtime_dependencies check.each do |dep| deps << dep if gem_to_remove.satisfies_requirement?(dep) end end deps.all? do |dep| siblings.any? do |s| s.satisfies_requirement? dep end end end ## # Remove everything in the DependencyList that matches but doesn't # satisfy items in +dependencies+ (a hash of gem names to arrays of # dependencies). def remove_specs_unsatisfied_by(dependencies) specs.reject! do |spec| dep = dependencies[spec.name] dep && !dep.requirement.satisfied_by?(spec.version) end end ## # Removes the gemspec matching +full_name+ from the dependency list def remove_by_name(full_name) @specs.delete_if {|spec| spec.full_name == full_name } end ## # Return a hash of predecessors. <tt>result[spec]</tt> is an Array of # gemspecs that have a dependency satisfied by the named gemspec. def spec_predecessors result = Hash.new {|h,k| h[k] = [] } specs = @specs.sort.reverse specs.each do |spec| specs.each do |other| next if spec == other other.dependencies.each do |dep| if spec.satisfies_requirement? dep result[spec] << other end end end end result end def tsort_each_node(&block) @specs.each(&block) end def tsort_each_child(node) specs = @specs.sort.reverse dependencies = node.runtime_dependencies dependencies.push(*node.development_dependencies) if @development dependencies.each do |dep| specs.each do |spec| if spec.satisfies_requirement? dep yield spec break end end end end private ## # Count the number of gemspecs in the list +specs+ that are not in # +ignored+. def active_count(specs, ignored) specs.count {|spec| ignored[spec.full_name].nil? } end end PK $J [�TB B 1 share/rubygems/rubygems/install_update_options.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "../rubygems" require_relative "security_option" ## # Mixin methods for install and update options for Gem::Commands module Gem::InstallUpdateOptions include Gem::SecurityOption ## # Add the install/update options to the option parser. def add_install_update_options add_option(:"Install/Update", "-i", "--install-dir DIR", "Gem repository directory to get installed", "gems") do |value, options| options[:install_dir] = File.expand_path(value) end add_option(:"Install/Update", "-n", "--bindir DIR", "Directory where executables will be", "placed when the gem is installed") do |value, options| options[:bin_dir] = File.expand_path(value) end add_option(:"Install/Update", "--document [TYPES]", Array, "Generate documentation for installed gems", "List the documentation types you wish to", "generate. For example: rdoc,ri") do |value, options| options[:document] = case value when nil then %w[ri] when false then [] else value end end add_option(:"Install/Update", "--build-root DIR", "Temporary installation root. Useful for building", "packages. Do not use this when installing remote gems.") do |value, options| options[:build_root] = File.expand_path(value) end add_option(:"Install/Update", "--vendor", "Install gem into the vendor directory.", "Only for use by gem repackagers.") do |_value, options| unless Gem.vendor_dir raise Gem::OptionParser::InvalidOption.new "your platform is not supported" end options[:vendor] = true options[:install_dir] = Gem.vendor_dir end add_option(:"Install/Update", "-N", "--no-document", "Disable documentation generation") do |_value, options| options[:document] = [] end add_option(:"Install/Update", "-E", "--[no-]env-shebang", "Rewrite the shebang line on installed", "scripts to use /usr/bin/env") do |value, options| options[:env_shebang] = value end add_option(:"Install/Update", "-f", "--[no-]force", "Force gem to install, bypassing dependency", "checks") do |value, options| options[:force] = value end add_option(:"Install/Update", "-w", "--[no-]wrappers", "Use bin wrappers for executables", "Not available on dosish platforms") do |value, options| options[:wrappers] = value end add_security_option add_option(:"Install/Update", "--ignore-dependencies", "Do not install any required dependent gems") do |value, options| options[:ignore_dependencies] = value end add_option(:"Install/Update", "--[no-]format-executable", "Make installed executable names match Ruby.", "If Ruby is ruby18, foo_exec will be", "foo_exec18") do |value, options| options[:format_executable] = value end add_option(:"Install/Update", "--[no-]user-install", "Install in user's home directory instead", "of GEM_HOME.") do |value, options| options[:user_install] = value end add_option(:"Install/Update", "--development", "Install additional development", "dependencies") do |_value, options| options[:development] = true options[:dev_shallow] = true end add_option(:"Install/Update", "--development-all", "Install development dependencies for all", "gems (including dev deps themselves)") do |_value, options| options[:development] = true options[:dev_shallow] = false end add_option(:"Install/Update", "--conservative", "Don't attempt to upgrade gems already", "meeting version requirement") do |_value, options| options[:conservative] = true options[:minimal_deps] = true end add_option(:"Install/Update", "--[no-]minimal-deps", "Don't upgrade any dependencies that already", "meet version requirements") do |value, options| options[:minimal_deps] = value end add_option(:"Install/Update", "--[no-]post-install-message", "Print post install message") do |value, options| options[:post_install_message] = value end add_option(:"Install/Update", "-g", "--file [FILE]", "Read from a gem dependencies API file and", "install the listed gems") do |v,_o| v ||= Gem::GEM_DEP_FILES.find do |file| File.exist? file end unless v message = v ? v : "(tried #{Gem::GEM_DEP_FILES.join ", "})" raise Gem::OptionParser::InvalidArgument, "cannot find gem dependencies file #{message}" end options[:gemdeps] = v end add_option(:"Install/Update", "--without GROUPS", Array, "Omit the named groups (comma separated)", "when installing from a gem dependencies", "file") do |v,_o| options[:without_groups].concat v.map(&:intern) end add_option(:"Install/Update", "--default", "Add the gem's full specification to", "specifications/default and extract only its bin") do |v,_o| options[:install_as_default] = v end add_option(:"Install/Update", "--explain", "Rather than install the gems, indicate which would", "be installed") do |v,_o| options[:explain] = v end add_option(:"Install/Update", "--[no-]lock", "Create a lock file (when used with -g/--file)") do |v,_o| options[:lock] = v end add_option(:"Install/Update", "--[no-]suggestions", "Suggest alternates when gems are not found") do |v,_o| options[:suggest_alternate] = v end add_option(:"Install/Update", "--target-rbconfig [FILE]", "rbconfig.rb for the deployment target platform") do |v, _o| Gem.set_target_rbconfig(v) end end ## # Default options for the gem install and update commands. def install_update_options { document: %w[ri], } end ## # Default description for the gem install and update commands. def install_update_defaults_str "--document=ri" end end PK $J [��Ȉ 0 share/rubygems/rubygems/ext/configure_builder.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ class Gem::Ext::ConfigureBuilder < Gem::Ext::Builder def self.build(extension, dest_path, results, args=[], lib_dir=nil, configure_dir=Dir.pwd, target_rbconfig=Gem.target_rbconfig) if target_rbconfig.path warn "--target-rbconfig is not yet supported for configure-based extensions. Ignoring" end unless File.exist?(File.join(configure_dir, "Makefile")) cmd = ["sh", "./configure", "--prefix=#{dest_path}", *args] run cmd, results, class_name, configure_dir end make dest_path, results, configure_dir, target_rbconfig: target_rbconfig results end end PK $J [�HK~7 7 / share/rubygems/rubygems/ext/ext_conf_builder.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ class Gem::Ext::ExtConfBuilder < Gem::Ext::Builder def self.build(extension, dest_path, results, args=[], lib_dir=nil, extension_dir=Dir.pwd, target_rbconfig=Gem.target_rbconfig) require "fileutils" require "tempfile" tmp_dest = Dir.mktmpdir(".gem.", extension_dir) # Some versions of `mktmpdir` return absolute paths, which will break make # if the paths contain spaces. # # As such, we convert to a relative path. tmp_dest_relative = get_relative_path(tmp_dest.clone, extension_dir) destdir = ENV["DESTDIR"] begin cmd = ruby << File.basename(extension) cmd << "--target-rbconfig=#{target_rbconfig.path}" if target_rbconfig.path cmd.push(*args) run(cmd, results, class_name, extension_dir) do |s, r| mkmf_log = File.join(extension_dir, "mkmf.log") if File.exist? mkmf_log unless s.success? r << "To see why this extension failed to compile, please check" \ " the mkmf.log which can be found here:\n" r << " " + File.join(dest_path, "mkmf.log") + "\n" end FileUtils.mv mkmf_log, dest_path end end ENV["DESTDIR"] = nil make dest_path, results, extension_dir, tmp_dest_relative, target_rbconfig: target_rbconfig full_tmp_dest = File.join(extension_dir, tmp_dest_relative) is_cross_compiling = target_rbconfig["platform"] != RbConfig::CONFIG["platform"] # Do not copy extension libraries by default when cross-compiling # not to conflict with the one already built for the host platform. if Gem.install_extension_in_lib && lib_dir && !is_cross_compiling FileUtils.mkdir_p lib_dir entries = Dir.entries(full_tmp_dest) - %w[. ..] entries = entries.map {|entry| File.join full_tmp_dest, entry } FileUtils.cp_r entries, lib_dir, remove_destination: true end FileUtils::Entry_.new(full_tmp_dest).traverse do |ent| destent = ent.class.new(dest_path, ent.rel) destent.exist? || FileUtils.mv(ent.path, destent.path) end make dest_path, results, extension_dir, tmp_dest_relative, ["clean"], target_rbconfig: target_rbconfig ensure ENV["DESTDIR"] = destdir end results ensure FileUtils.rm_rf tmp_dest if tmp_dest end def self.get_relative_path(path, base) path[0..base.length - 1] = "." if path.start_with?(base) path end end PK $J [�r�֛ � , share/rubygems/rubygems/ext/cmake_builder.rbnu �[��� # frozen_string_literal: true class Gem::Ext::CmakeBuilder < Gem::Ext::Builder def self.build(extension, dest_path, results, args=[], lib_dir=nil, cmake_dir=Dir.pwd, target_rbconfig=Gem.target_rbconfig) if target_rbconfig.path warn "--target-rbconfig is not yet supported for CMake extensions. Ignoring" end unless File.exist?(File.join(cmake_dir, "Makefile")) require_relative "../command" cmd = ["cmake", ".", "-DCMAKE_INSTALL_PREFIX=#{dest_path}", *Gem::Command.build_args] run cmd, results, class_name, cmake_dir end make dest_path, results, cmake_dir, target_rbconfig: target_rbconfig results end end PK $J [�ɧ�m m & share/rubygems/rubygems/ext/builder.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "../user_interaction" require_relative "../shellwords" class Gem::Ext::Builder include Gem::UserInteraction attr_accessor :build_args # :nodoc: def self.class_name name =~ /Ext::(.*)Builder/ $1.downcase end def self.make(dest_path, results, make_dir = Dir.pwd, sitedir = nil, targets = ["clean", "", "install"], target_rbconfig: Gem.target_rbconfig) unless File.exist? File.join(make_dir, "Makefile") raise Gem::InstallError, "Makefile not found" end # try to find make program from Ruby configure arguments first target_rbconfig["configure_args"] =~ /with-make-prog\=(\w+)/ make_program_name = ENV["MAKE"] || ENV["make"] || $1 make_program_name ||= RUBY_PLATFORM.include?("mswin") ? "nmake" : "make" make_program = Shellwords.split(make_program_name) # The installation of the bundled gems is failed when DESTDIR is empty in mswin platform. destdir = /\bnmake/i !~ make_program_name || ENV["DESTDIR"] && ENV["DESTDIR"] != "" ? format("DESTDIR=%s", ENV["DESTDIR"]) : "" env = [destdir] if sitedir env << format("sitearchdir=%s", sitedir) env << format("sitelibdir=%s", sitedir) end targets.each do |target| # Pass DESTDIR via command line to override what's in MAKEFLAGS cmd = [ *make_program, *env, target, ].reject(&:empty?) begin run(cmd, results, "make #{target}".rstrip, make_dir) rescue Gem::InstallError raise unless target == "clean" # ignore clean failure end end end def self.ruby # Gem.ruby is quoted if it contains whitespace cmd = Shellwords.split(Gem.ruby) # This load_path is only needed when running rubygems test without a proper installation. # Prepending it in a normal installation will cause problem with order of $LOAD_PATH. # Therefore only add load_path if it is not present in the default $LOAD_PATH. load_path = File.expand_path("../..", __dir__) case load_path when RbConfig::CONFIG["sitelibdir"], RbConfig::CONFIG["vendorlibdir"], RbConfig::CONFIG["rubylibdir"] cmd else cmd << "-I#{load_path}" end end def self.run(command, results, command_name = nil, dir = Dir.pwd, env = {}) verbose = Gem.configuration.really_verbose begin rubygems_gemdeps = ENV["RUBYGEMS_GEMDEPS"] ENV["RUBYGEMS_GEMDEPS"] = nil if verbose puts("current directory: #{dir}") p(command) end results << "current directory: #{dir}" results << Shellwords.join(command) require "open3" # Set $SOURCE_DATE_EPOCH for the subprocess. build_env = { "SOURCE_DATE_EPOCH" => Gem.source_date_epoch_string }.merge(env) output, status = begin Open3.popen2e(build_env, *command, chdir: dir) do |_stdin, stdouterr, wait_thread| output = String.new while line = stdouterr.gets output << line if verbose print line end end [output, wait_thread.value] end rescue StandardError => error raise Gem::InstallError, "#{command_name || class_name} failed#{error.message}" end unless verbose results << output end ensure ENV["RUBYGEMS_GEMDEPS"] = rubygems_gemdeps end unless status.success? results << "Building has failed. See above output for more information on the failure." if verbose end yield(status, results) if block_given? unless status.success? exit_reason = if status.exited? ", exit code #{status.exitstatus}" elsif status.signaled? ", uncaught signal #{status.termsig}" end raise Gem::InstallError, "#{command_name || class_name} failed#{exit_reason}" end end ## # Creates a new extension builder for +spec+. If the +spec+ does not yet # have build arguments, saved, set +build_args+ which is an ARGV-style # array. def initialize(spec, build_args = spec.build_args, target_rbconfig = Gem.target_rbconfig) @spec = spec @build_args = build_args @gem_dir = spec.full_gem_path @target_rbconfig = target_rbconfig @ran_rake = false end ## # Chooses the extension builder class for +extension+ def builder_for(extension) # :nodoc: case extension when /extconf/ then Gem::Ext::ExtConfBuilder when /configure/ then Gem::Ext::ConfigureBuilder when /rakefile/i, /mkrf_conf/i then @ran_rake = true Gem::Ext::RakeBuilder when /CMakeLists.txt/ then Gem::Ext::CmakeBuilder when /Cargo.toml/ then Gem::Ext::CargoBuilder.new else build_error("No builder for extension '#{extension}'") end end ## # Logs the build +output+, then raises Gem::Ext::BuildError. def build_error(output, backtrace = nil) # :nodoc: gem_make_out = write_gem_make_out output message = <<-EOF ERROR: Failed to build gem native extension. #{output} Gem files will remain installed in #{@gem_dir} for inspection. Results logged to #{gem_make_out} EOF raise Gem::Ext::BuildError, message, backtrace end def build_extension(extension, dest_path) # :nodoc: results = [] builder = builder_for(extension) extension_dir = File.expand_path File.join(@gem_dir, File.dirname(extension)) lib_dir = File.join @spec.full_gem_path, @spec.raw_require_paths.first begin FileUtils.mkdir_p dest_path results = builder.build(extension, dest_path, results, @build_args, lib_dir, extension_dir, @target_rbconfig) verbose { results.join("\n") } write_gem_make_out results.join "\n" rescue StandardError => e results << e.message build_error(results.join("\n"), $@) end end ## # Builds extensions. Valid types of extensions are extconf.rb files, # configure scripts and rakefiles or mkrf_conf files. def build_extensions return if @spec.extensions.empty? if @build_args.empty? say "Building native extensions. This could take a while..." else say "Building native extensions with: '#{@build_args.join " "}'" say "This could take a while..." end dest_path = @spec.extension_dir require "fileutils" FileUtils.rm_f @spec.gem_build_complete_path @spec.extensions.each do |extension| break if @ran_rake build_extension extension, dest_path end FileUtils.touch @spec.gem_build_complete_path end ## # Writes +output+ to gem_make.out in the extension install directory. def write_gem_make_out(output) # :nodoc: destination = File.join @spec.extension_dir, "gem_make.out" FileUtils.mkdir_p @spec.extension_dir File.open destination, "wb" do |io| io.puts output end destination end end PK $J [���26 6 + share/rubygems/rubygems/ext/rake_builder.rbnu �[��� # frozen_string_literal: true require_relative "../shellwords" #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ class Gem::Ext::RakeBuilder < Gem::Ext::Builder def self.build(extension, dest_path, results, args=[], lib_dir=nil, extension_dir=Dir.pwd, target_rbconfig=Gem.target_rbconfig) if target_rbconfig.path warn "--target-rbconfig is not yet supported for Rake extensions. Ignoring" end if /mkrf_conf/i.match?(File.basename(extension)) run([Gem.ruby, File.basename(extension), *args], results, class_name, extension_dir) end rake = ENV["rake"] if rake rake = Shellwords.split(rake) else begin rake = ruby << "-rrubygems" << Gem.bin_path("rake", "rake") rescue Gem::Exception rake = [Gem.default_exec_format % "rake"] end end rake_args = ["RUBYARCHDIR=#{dest_path}", "RUBYLIBDIR=#{dest_path}", *args] run(rake + rake_args, results, class_name, extension_dir) results end end PK $J [\r]�e( e( , share/rubygems/rubygems/ext/cargo_builder.rbnu �[��� # frozen_string_literal: true require_relative "../shellwords" # This class is used by rubygems to build Rust extensions. It is a thin-wrapper # over the `cargo rustc` command which takes care of building Rust code in a way # that Ruby can use. class Gem::Ext::CargoBuilder < Gem::Ext::Builder attr_accessor :spec, :runner, :profile def initialize require_relative "../command" require_relative "cargo_builder/link_flag_converter" @runner = self.class.method(:run) @profile = :release end def build(extension, dest_path, results, args = [], lib_dir = nil, cargo_dir = Dir.pwd, target_rbconfig=Gem.target_rbconfig) require "tempfile" require "fileutils" if target_rbconfig.path warn "--target-rbconfig is not yet supported for Rust extensions. Ignoring" end # Where's the Cargo.toml of the crate we're building cargo_toml = File.join(cargo_dir, "Cargo.toml") # What's the crate's name crate_name = cargo_crate_name(cargo_dir, cargo_toml, results) begin # Create a tmp dir to do the build in tmp_dest = Dir.mktmpdir(".gem.", cargo_dir) # Run the build cmd = cargo_command(cargo_toml, tmp_dest, args, crate_name) runner.call(cmd, results, "cargo", cargo_dir, build_env) # Where do we expect Cargo to write the compiled library dylib_path = cargo_dylib_path(tmp_dest, crate_name) # Helpful error if we didn't find the compiled library raise DylibNotFoundError, tmp_dest unless File.exist?(dylib_path) # Cargo and Ruby differ on how the library should be named, rename from # what Cargo outputs to what Ruby expects dlext_name = "#{crate_name}.#{makefile_config("DLEXT")}" dlext_path = File.join(File.dirname(dylib_path), dlext_name) FileUtils.cp(dylib_path, dlext_path) nesting = extension_nesting(extension) if Gem.install_extension_in_lib && lib_dir nested_lib_dir = File.join(lib_dir, nesting) FileUtils.mkdir_p nested_lib_dir FileUtils.cp_r dlext_path, nested_lib_dir, remove_destination: true end # move to final destination nested_dest_path = File.join(dest_path, nesting) FileUtils.mkdir_p nested_dest_path FileUtils.cp_r dlext_path, nested_dest_path, remove_destination: true ensure # clean up intermediary build artifacts FileUtils.rm_rf tmp_dest if tmp_dest end results end def build_env build_env = rb_config_env build_env["RUBY_STATIC"] = "true" if ruby_static? && ENV.key?("RUBY_STATIC") cfg = "--cfg=rb_sys_gem --cfg=rubygems --cfg=rubygems_#{Gem::VERSION.tr(".", "_")}" build_env["RUSTFLAGS"] = [ENV["RUSTFLAGS"], cfg].compact.join(" ") build_env end def cargo_command(cargo_toml, dest_path, args = [], crate_name = nil) cmd = [] cmd += [cargo, "rustc"] cmd += ["--crate-type", "cdylib"] cmd += ["--target", ENV["CARGO_BUILD_TARGET"]] if ENV["CARGO_BUILD_TARGET"] cmd += ["--target-dir", dest_path] cmd += ["--manifest-path", cargo_toml] cmd += ["--lib"] cmd += ["--profile", profile.to_s] cmd += ["--locked"] cmd += Gem::Command.build_args cmd += args cmd += ["--"] cmd += [*cargo_rustc_args(dest_path, crate_name)] cmd end private def cargo ENV.fetch("CARGO", "cargo") end # returns the directory nesting of the extension, ignoring the first part, so # "ext/foo/bar/Cargo.toml" becomes "foo/bar" def extension_nesting(extension) parts = extension.to_s.split(Regexp.union([File::SEPARATOR, File::ALT_SEPARATOR].compact)) parts = parts.each_with_object([]) do |segment, final| next if segment == "." if segment == ".." raise Gem::InstallError, "extension outside of gem root" if final.empty? next final.pop end final << segment end File.join(parts[1...-1]) end def rb_config_env result = {} RbConfig::CONFIG.each {|k, v| result["RBCONFIG_#{k}"] = v } result end def cargo_rustc_args(dest_dir, crate_name) [ *linker_args, *mkmf_libpath, *rustc_dynamic_linker_flags(dest_dir, crate_name), *rustc_lib_flags(dest_dir), *platform_specific_rustc_args(dest_dir), ] end def platform_specific_rustc_args(dest_dir, flags = []) if mingw_target? # On mingw platforms, mkmf adds libruby to the linker flags flags += libruby_args(dest_dir) # Make sure ALSR is used on mingw # see https://github.com/rust-lang/rust/pull/75406/files flags += ["-C", "link-arg=-Wl,--dynamicbase"] flags += ["-C", "link-arg=-Wl,--disable-auto-image-base"] # If the gem is installed on a host with build tools installed, but is # run on one that isn't the missing libraries will cause the extension # to fail on start. flags += ["-C", "link-arg=-static-libgcc"] elsif darwin_target? # Ventura does not always have this flag enabled flags += ["-C", "link-arg=-Wl,-undefined,dynamic_lookup"] end flags end # We want to use the same linker that Ruby uses, so that the linker flags from # mkmf work properly. def linker_args cc_flag = Shellwords.split(makefile_config("CC")) linker = cc_flag.shift link_args = cc_flag.flat_map {|a| ["-C", "link-arg=#{a}"] } return mswin_link_args if linker == "cl" ["-C", "linker=#{linker}", *link_args] end def mswin_link_args args = [] args += ["-l", makefile_config("LIBRUBYARG_SHARED").chomp(".lib")] args += split_flags("LIBS").flat_map {|lib| ["-l", lib.chomp(".lib")] } args += split_flags("LOCAL_LIBS").flat_map {|lib| ["-l", lib.chomp(".lib")] } args end def libruby_args(dest_dir) libs = makefile_config(ruby_static? ? "LIBRUBYARG_STATIC" : "LIBRUBYARG_SHARED") raw_libs = Shellwords.split(libs) raw_libs.flat_map {|l| ldflag_to_link_modifier(l) } end def ruby_static? return true if %w[1 true].include?(ENV["RUBY_STATIC"]) makefile_config("ENABLE_SHARED") == "no" end def cargo_dylib_path(dest_path, crate_name) so_ext = RbConfig::CONFIG["SOEXT"] prefix = so_ext == "dll" ? "" : "lib" path_parts = [dest_path] path_parts << ENV["CARGO_BUILD_TARGET"] if ENV["CARGO_BUILD_TARGET"] path_parts += ["release", "#{prefix}#{crate_name}.#{so_ext}"] File.join(*path_parts) end def cargo_crate_name(cargo_dir, manifest_path, results) require "open3" Gem.load_yaml output, status = begin Open3.capture2e(cargo, "metadata", "--no-deps", "--format-version", "1", chdir: cargo_dir) rescue StandardError => error raise Gem::InstallError, "cargo metadata failed #{error.message}" end unless status.success? if Gem.configuration.really_verbose puts output else results << output end exit_reason = if status.exited? ", exit code #{status.exitstatus}" elsif status.signaled? ", uncaught signal #{status.termsig}" end raise Gem::InstallError, "cargo metadata failed#{exit_reason}" end # cargo metadata output is specified as json, but with the # --format-version 1 option the output is compatible with YAML, so we can # avoid the json dependency metadata = Gem::SafeYAML.safe_load(output) package = metadata["packages"].find {|pkg| normalize_path(pkg["manifest_path"]) == manifest_path } unless package found = metadata["packages"].map {|md| "#{md["name"]} at #{md["manifest_path"]}" } raise Gem::InstallError, <<-EOF failed to determine cargo package name looking for: #{manifest_path} found: #{found.join("\n")} EOF end package["name"].tr("-", "_") end def normalize_path(path) return path unless File::ALT_SEPARATOR path.tr(File::ALT_SEPARATOR, File::SEPARATOR) end def rustc_dynamic_linker_flags(dest_dir, crate_name) split_flags("DLDFLAGS"). filter_map {|arg| maybe_resolve_ldflag_variable(arg, dest_dir, crate_name) }. flat_map {|arg| ldflag_to_link_modifier(arg) } end def rustc_lib_flags(dest_dir) split_flags("LIBS").flat_map {|arg| ldflag_to_link_modifier(arg) } end def split_flags(var) Shellwords.split(RbConfig::CONFIG.fetch(var, "")) end def ldflag_to_link_modifier(arg) LinkFlagConverter.convert(arg) end def msvc_target? makefile_config("target_os").include?("msvc") end def darwin_target? makefile_config("target_os").include?("darwin") end def mingw_target? makefile_config("target_os").include?("mingw") end def win_target? target_platform = RbConfig::CONFIG["target_os"] !!Gem::WIN_PATTERNS.find {|r| target_platform =~ r } end # Interpolate substitution vars in the arg (i.e. $(DEFFILE)) def maybe_resolve_ldflag_variable(input_arg, dest_dir, crate_name) var_matches = input_arg.match(/\$\((\w+)\)/) return input_arg unless var_matches var_name = var_matches[1] return input_arg if var_name.nil? || var_name.chomp.empty? case var_name # On windows, it is assumed that mkmf has setup an exports file for the # extension, so we have to create one ourselves. when "DEFFILE" write_deffile(dest_dir, crate_name) else RbConfig::CONFIG[var_name] end end def write_deffile(dest_dir, crate_name) deffile_path = File.join(dest_dir, "#{crate_name}-#{RbConfig::CONFIG["arch"]}.def") export_prefix = makefile_config("EXPORT_PREFIX") || "" File.open(deffile_path, "w") do |f| f.puts "EXPORTS" f.puts "#{export_prefix.strip}Init_#{crate_name}" end deffile_path end # Corresponds to $(LIBPATH) in mkmf def mkmf_libpath ["-L", "native=#{makefile_config("libdir")}"] end def makefile_config(var_name) val = RbConfig::MAKEFILE_CONFIG[var_name] return unless val RbConfig.expand(val.dup) end # Error raised when no cdylib artifact was created class DylibNotFoundError < StandardError def initialize(dir) files = Dir.glob(File.join(dir, "**", "*")).map {|f| "- #{f}" }.join "\n" super <<~MSG Dynamic library not found for Rust extension (in #{dir}) Make sure you set "crate-type" in Cargo.toml to "cdylib" Found files: #{files} MSG end end end PK $J [�>�� � @ share/rubygems/rubygems/ext/cargo_builder/link_flag_converter.rbnu �[��� # frozen_string_literal: true class Gem::Ext::CargoBuilder < Gem::Ext::Builder # Converts Ruby link flags into something cargo understands class LinkFlagConverter FILTERED_PATTERNS = [ /compress-debug-sections/, # Not supported by all linkers, and not required for Rust ].freeze def self.convert(arg) return [] if FILTERED_PATTERNS.any? {|p| p.match?(arg) } case arg.chomp when /^-L\s*(.+)$/ ["-L", "native=#{$1}"] when /^--library=(\w+\S+)$/, /^-l\s*(\w+\S+)$/ ["-l", $1] when /^-l\s*([^:\s])+/ # -lfoo, but not -l:libfoo.a ["-l", $1] when /^-F\s*(.*)$/ ["-l", "framework=#{$1}"] else ["-C", "link-args=#{arg}"] end end end end PK $J [[�W�� � * share/rubygems/rubygems/ext/build_error.rbnu �[��� # frozen_string_literal: true ## # Raised when there is an error while building extensions. require_relative "../exceptions" class Gem::Ext::BuildError < Gem::InstallError end PK $J [Q�e��% �% ) share/rubygems/rubygems/remote_fetcher.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" require_relative "request" require_relative "request/connection_pools" require_relative "s3_uri_signer" require_relative "uri_formatter" require_relative "uri" require_relative "user_interaction" ## # RemoteFetcher handles the details of fetching gems and gem information from # a remote source. class Gem::RemoteFetcher include Gem::UserInteraction ## # A FetchError exception wraps up the various possible IO and HTTP failures # that could happen while downloading from the internet. class FetchError < Gem::Exception ## # The URI which was being accessed when the exception happened. attr_accessor :uri, :original_uri def initialize(message, uri) uri = Gem::Uri.new(uri) super uri.redact_credentials_from(message) @original_uri = uri.to_s @uri = uri.redacted.to_s end def to_s # :nodoc: "#{super} (#{uri})" end end ## # A FetchError that indicates that the reason for not being # able to fetch data was that the host could not be contacted class UnknownHostError < FetchError end deprecate_constant(:UnknownHostError) @fetcher = nil ## # Cached RemoteFetcher instance. def self.fetcher @fetcher ||= new Gem.configuration[:http_proxy] end attr_accessor :headers ## # Initialize a remote fetcher using the source URI and possible proxy # information. # # +proxy+ # * [String]: explicit specification of proxy; overrides any environment # variable setting # * nil: respect environment variables (HTTP_PROXY, HTTP_PROXY_USER, # HTTP_PROXY_PASS) # * <tt>:no_proxy</tt>: ignore environment variables and _don't_ use a proxy # # +headers+: A set of additional HTTP headers to be sent to the server when # fetching the gem. def initialize(proxy=nil, dns=nil, headers={}) require_relative "core_ext/tcpsocket_init" if Gem.configuration.ipv4_fallback_enabled require_relative "vendored_net_http" require_relative "vendor/uri/lib/uri" Socket.do_not_reverse_lookup = true @proxy = proxy @pools = {} @pool_lock = Thread::Mutex.new @cert_files = Gem::Request.get_cert_files @headers = headers end ## # Given a name and requirement, downloads this gem into cache and returns the # filename. Returns nil if the gem cannot be located. #-- # Should probably be integrated with #download below, but that will be a # larger, more encompassing effort. -erikh def download_to_cache(dependency) found, _ = Gem::SpecFetcher.fetcher.spec_for_dependency dependency return if found.empty? spec, source = found.max_by {|(s,_)| s.version } download spec, source.uri end ## # Moves the gem +spec+ from +source_uri+ to the cache dir unless it is # already there. If the source_uri is local the gem cache dir copy is # always replaced. def download(spec, source_uri, install_dir = Gem.dir) install_cache_dir = File.join install_dir, "cache" cache_dir = if Dir.pwd == install_dir # see fetch_command install_dir elsif File.writable?(install_cache_dir) || (File.writable?(install_dir) && !File.exist?(install_cache_dir)) install_cache_dir else File.join Gem.user_dir, "cache" end gem_file_name = File.basename spec.cache_file local_gem_path = File.join cache_dir, gem_file_name require "fileutils" begin FileUtils.mkdir_p cache_dir rescue StandardError nil end unless File.exist? cache_dir source_uri = Gem::Uri.new(source_uri) scheme = source_uri.scheme # Gem::URI.parse gets confused by MS Windows paths with forward slashes. scheme = nil if /^[a-z]$/i.match?(scheme) # REFACTOR: split this up and dispatch on scheme (eg download_http) # REFACTOR: be sure to clean up fake fetcher when you do this... cleaner case scheme when "http", "https", "s3" then unless File.exist? local_gem_path begin verbose "Downloading gem #{gem_file_name}" remote_gem_path = source_uri + "gems/#{gem_file_name}" cache_update_path remote_gem_path, local_gem_path rescue FetchError raise if spec.original_platform == spec.platform alternate_name = "#{spec.original_name}.gem" verbose "Failed, downloading gem #{alternate_name}" remote_gem_path = source_uri + "gems/#{alternate_name}" cache_update_path remote_gem_path, local_gem_path end end when "file" then begin path = source_uri.path path = File.dirname(path) if File.extname(path) == ".gem" remote_gem_path = Gem::Util.correct_for_windows_path(File.join(path, "gems", gem_file_name)) FileUtils.cp(remote_gem_path, local_gem_path) rescue Errno::EACCES local_gem_path = source_uri.to_s end verbose "Using local gem #{local_gem_path}" when nil then # TODO: test for local overriding cache source_path = if Gem.win_platform? && source_uri.scheme && !source_uri.path.include?(":") "#{source_uri.scheme}:#{source_uri.path}" else source_uri.path end source_path = Gem::UriFormatter.new(source_path).unescape begin FileUtils.cp source_path, local_gem_path unless File.identical?(source_path, local_gem_path) rescue Errno::EACCES local_gem_path = source_uri.to_s end verbose "Using local gem #{local_gem_path}" else raise ArgumentError, "unsupported URI scheme #{source_uri.scheme}" end local_gem_path end ## # File Fetcher. Dispatched by +fetch_path+. Use it instead. def fetch_file(uri, *_) Gem.read_binary Gem::Util.correct_for_windows_path uri.path end ## # HTTP Fetcher. Dispatched by +fetch_path+. Use it instead. def fetch_http(uri, last_modified = nil, head = false, depth = 0) fetch_type = head ? Gem::Net::HTTP::Head : Gem::Net::HTTP::Get response = request uri, fetch_type, last_modified do |req| headers.each {|k,v| req.add_field(k,v) } end case response when Gem::Net::HTTPOK, Gem::Net::HTTPNotModified then response.uri = uri head ? response : response.body when Gem::Net::HTTPMovedPermanently, Gem::Net::HTTPFound, Gem::Net::HTTPSeeOther, Gem::Net::HTTPTemporaryRedirect then raise FetchError.new("too many redirects", uri) if depth > 10 unless location = response["Location"] raise FetchError.new("redirecting but no redirect location was given", uri) end location = Gem::Uri.new location if https?(uri) && !https?(location) raise FetchError.new("redirecting to non-https resource: #{location}", uri) end fetch_http(location, last_modified, head, depth + 1) else raise FetchError.new("bad response #{response.message} #{response.code}", uri) end end alias_method :fetch_https, :fetch_http ## # Downloads +uri+ and returns it as a String. def fetch_path(uri, mtime = nil, head = false) uri = Gem::Uri.new uri unless uri.scheme raise ArgumentError, "uri scheme is invalid: #{uri.scheme.inspect}" end data = send "fetch_#{uri.scheme}", uri, mtime, head if data && !head && uri.to_s.end_with?(".gz") begin data = Gem::Util.gunzip data rescue Zlib::GzipFile::Error raise FetchError.new("server did not return a valid file", uri) end end data rescue Gem::Timeout::Error, IOError, SocketError, SystemCallError, *(OpenSSL::SSL::SSLError if Gem::HAVE_OPENSSL) => e raise FetchError.new("#{e.class}: #{e}", uri) end def fetch_s3(uri, mtime = nil, head = false) begin public_uri = s3_uri_signer(uri).sign rescue Gem::S3URISigner::ConfigurationError, Gem::S3URISigner::InstanceProfileError => e raise FetchError.new(e.message, "s3://#{uri.host}") end fetch_https public_uri, mtime, head end # we have our own signing code here to avoid a dependency on the aws-sdk gem def s3_uri_signer(uri) Gem::S3URISigner.new(uri) end ## # Downloads +uri+ to +path+ if necessary. If no path is given, it just # passes the data. def cache_update_path(uri, path = nil, update = true) mtime = begin path && File.stat(path).mtime rescue StandardError nil end data = fetch_path(uri, mtime) if data.nil? # indicates the server returned 304 Not Modified return Gem.read_binary(path) end if update && path Gem.write_binary(path, data) end data end ## # Performs a Gem::Net::HTTP request of type +request_class+ on +uri+ returning # a Gem::Net::HTTP response object. request maintains a table of persistent # connections to reduce connect overhead. def request(uri, request_class, last_modified = nil) proxy = proxy_for @proxy, uri pool = pools_for(proxy).pool_for uri request = Gem::Request.new uri, request_class, last_modified, pool request.fetch do |req| yield req if block_given? end end def https?(uri) uri.scheme.casecmp("https").zero? end def close_all @pools.each_value(&:close_all) end private def proxy_for(proxy, uri) Gem::Request.proxy_uri(proxy || Gem::Request.get_proxy_from_env(uri.scheme)) end def pools_for(proxy) @pool_lock.synchronize do @pools[proxy] ||= Gem::Request::ConnectionPools.new proxy, @cert_files end end end PK %J [L���� � 0 share/rubygems/rubygems/commands/list_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../query_utils" ## # Searches for gems starting with the supplied argument. class Gem::Commands::ListCommand < Gem::Command include Gem::QueryUtils def initialize super "list", "Display local gems whose name matches REGEXP", domain: :local, details: false, versions: true, installed: nil, version: Gem::Requirement.default add_query_options end def arguments # :nodoc: "REGEXP regexp to look for in gem name" end def defaults_str # :nodoc: "--local --no-details" end def description # :nodoc: <<-EOF The list command is used to view the gems you have installed locally. The --details option displays additional details including the summary, the homepage, the author, the locations of different versions of the gem. To search for remote gems use the search command. EOF end def usage # :nodoc: "#{program_name} [REGEXP ...]" end end PK %J [��d�� � : share/rubygems/rubygems/commands/generate_index_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" unless defined? Gem::Commands::GenerateIndexCommand class Gem::Commands::GenerateIndexCommand < Gem::Command module RubygemsTrampoline def description # :nodoc: <<~EOF The generate_index command has been moved to the rubygems-generate_index gem. EOF end def execute alert_error "Install the rubygems-generate_index gem for the generate_index command" end def invoke_with_build_args(args, build_args) name = "rubygems-generate_index" spec = begin Gem::Specification.find_by_name(name) rescue Gem::LoadError require "rubygems/dependency_installer" Gem.install(name, Gem::Requirement.default, Gem::DependencyInstaller::DEFAULT_OPTIONS).find {|s| s.name == name } end # remove the methods defined in this file so that the methods defined in the gem are used instead, # and without a method redefinition warning %w[description execute invoke_with_build_args].each do |method| RubygemsTrampoline.remove_method(method) end self.class.singleton_class.remove_method(:new) spec.activate Gem.load_plugin_files spec.matches_for_glob("rubygems_plugin#{Gem.suffix_pattern}") self.class.new.invoke_with_build_args(args, build_args) end end private_constant :RubygemsTrampoline # remove_method(:initialize) warns, but removing new does not warn def self.new command = allocate command.send(:initialize, "generate_index", "Generates the index files for a gem server directory (requires rubygems-generate_index)") command end prepend(RubygemsTrampoline) end end PK %J [� �� � 0 share/rubygems/rubygems/commands/exec_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../dependency_installer" require_relative "../gem_runner" require_relative "../package" require_relative "../version_option" class Gem::Commands::ExecCommand < Gem::Command include Gem::VersionOption def initialize super "exec", "Run a command from a gem", { version: Gem::Requirement.default, } add_version_option add_prerelease_option "to be installed" add_option "-g", "--gem GEM", "run the executable from the given gem" do |value, options| options[:gem_name] = value end add_option(:"Install/Update", "--conservative", "Prefer the most recent installed version, ", "rather than the latest version overall") do |_value, options| options[:conservative] = true end end def arguments # :nodoc: "COMMAND the executable command to run" end def defaults_str # :nodoc: "--version '#{Gem::Requirement.default}'" end def description # :nodoc: <<-EOF The exec command handles installing (if necessary) and running an executable from a gem, regardless of whether that gem is currently installed. The exec command can be thought of as a shortcut to running `gem install` and then the executable from the installed gem. For example, `gem exec rails new .` will run `rails new .` in the current directory, without having to manually run `gem install rails`. Additionally, the exec command ensures the most recent version of the gem is used (unless run with `--conservative`), and that the gem is not installed to the same gem path as user-installed gems. EOF end def usage # :nodoc: "#{program_name} [options --] COMMAND [args]" end def execute check_executable print_command if options[:gem_name] == "gem" && options[:executable] == "gem" set_gem_exec_install_paths Gem::GemRunner.new.run options[:args] return elsif options[:conservative] install_if_needed else install activate! end load! end private def handle_options(args) args = add_extra_args(args) check_deprecated_options(args) @options = Marshal.load Marshal.dump @defaults # deep copy parser.order!(args) do |v| # put the non-option back at the front of the list of arguments args.unshift(v) # stop parsing once we hit the first non-option, # so you can call `gem exec rails --version` and it prints the rails # version rather than rubygem's break end @options[:args] = args options[:executable], gem_version = extract_gem_name_and_version(options[:args].shift) options[:gem_name] ||= options[:executable] if gem_version if options[:version].none? options[:version] = Gem::Requirement.new(gem_version) else options[:version].concat [gem_version] end end if options[:prerelease] && !options[:version].prerelease? if options[:version].none? options[:version] = Gem::Requirement.default_prerelease else options[:version].concat [Gem::Requirement.default_prerelease] end end end def check_executable if options[:executable].nil? raise Gem::CommandLineError, "Please specify an executable to run (e.g. #{program_name} COMMAND)" end end def print_command verbose "running #{program_name} with:\n" opts = options.reject {|_, v| v.nil? || Array(v).empty? } max_length = opts.map {|k, _| k.size }.max opts.each do |k, v| next if v.nil? verbose "\t#{k.to_s.rjust(max_length)}: #{v}" end verbose "" end def install_if_needed activate! rescue Gem::MissingSpecError verbose "#{Gem::Dependency.new(options[:gem_name], options[:version])} not available locally, installing from remote" install activate! end def set_gem_exec_install_paths home = Gem.dir ENV["GEM_PATH"] = ([home] + Gem.path).join(File::PATH_SEPARATOR) ENV["GEM_HOME"] = home Gem.clear_paths end def install set_gem_exec_install_paths gem_name = options[:gem_name] gem_version = options[:version] install_options = options.merge( minimal_deps: false, wrappers: true ) suppress_always_install do dep_installer = Gem::DependencyInstaller.new install_options request_set = dep_installer.resolve_dependencies gem_name, gem_version verbose "Gems to install:" request_set.sorted_requests.each do |activation_request| verbose "\t#{activation_request.full_name}" end request_set.install install_options end Gem::Specification.reset rescue Gem::InstallError => e alert_error "Error installing #{gem_name}:\n\t#{e.message}" terminate_interaction 1 rescue Gem::GemNotFoundException => e show_lookup_failure e.name, e.version, e.errors, false terminate_interaction 2 rescue Gem::UnsatisfiableDependencyError => e show_lookup_failure e.name, e.version, e.errors, false, "'#{gem_name}' (#{gem_version})" terminate_interaction 2 end def activate! gem(options[:gem_name], options[:version]) Gem.finish_resolve verbose "activated #{options[:gem_name]} (#{Gem.loaded_specs[options[:gem_name]].version})" end def load! argv = ARGV.clone ARGV.replace options[:args] executable = options[:executable] contains_executable = Gem.loaded_specs.values.select do |spec| spec.executables.include?(executable) end if contains_executable.any? {|s| s.name == executable } contains_executable.select! {|s| s.name == executable } end if contains_executable.empty? spec = Gem.loaded_specs[executable] if spec.nil? || spec.executables.empty? alert_error "Failed to load executable `#{executable}`," \ " are you sure the gem `#{options[:gem_name]}` contains it?" terminate_interaction 1 end if spec.executables.size > 1 alert_error "Ambiguous which executable from gem `#{executable}` should be run: " \ "the options are #{spec.executables.sort}, specify one via COMMAND, and use `-g` and `-v` to specify gem and version" terminate_interaction 1 end contains_executable << spec executable = spec.executable end if contains_executable.size > 1 alert_error "Ambiguous which gem `#{executable}` should come from: " \ "the options are #{contains_executable.map(&:name)}, " \ "specify one via `-g`" terminate_interaction 1 end old_exe = $0 $0 = executable load Gem.activate_bin_path(contains_executable.first.name, executable, ">= 0.a") ensure $0 = old_exe if old_exe ARGV.replace argv end def suppress_always_install name = :always_install cls = ::Gem::Resolver::InstallerSet method = cls.instance_method(name) cls.remove_method(name) cls.define_method(name) { [] } begin yield ensure cls.remove_method(name) cls.define_method(name, method) end end end PK %J [ �� � � 3 share/rubygems/rubygems/commands/sources_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../remote_fetcher" require_relative "../spec_fetcher" require_relative "../local_remote_options" class Gem::Commands::SourcesCommand < Gem::Command include Gem::LocalRemoteOptions def initialize require "fileutils" super "sources", "Manage the sources and cache file RubyGems uses to search for gems" add_option "-a", "--add SOURCE_URI", "Add source" do |value, options| options[:add] = value end add_option "-l", "--list", "List sources" do |value, options| options[:list] = value end add_option "-r", "--remove SOURCE_URI", "Remove source" do |value, options| options[:remove] = value end add_option "-c", "--clear-all", "Remove all sources (clear the cache)" do |value, options| options[:clear_all] = value end add_option "-u", "--update", "Update source cache" do |value, options| options[:update] = value end add_option "-f", "--[no-]force", "Do not show any confirmation prompts and behave as if 'yes' was always answered" do |value, options| options[:force] = value end add_proxy_option end def add_source(source_uri) # :nodoc: check_rubygems_https source_uri source = Gem::Source.new source_uri check_typo_squatting(source) begin if Gem.sources.include? source say "source #{source_uri} already present in the cache" else source.load_specs :released Gem.sources << source Gem.configuration.write say "#{source_uri} added to sources" end rescue Gem::URI::Error, ArgumentError say "#{source_uri} is not a URI" terminate_interaction 1 rescue Gem::RemoteFetcher::FetchError => e say "Error fetching #{Gem::Uri.redact(source.uri)}:\n\t#{e.message}" terminate_interaction 1 end end def check_typo_squatting(source) if source.typo_squatting?("rubygems.org") question = <<-QUESTION.chomp #{source.uri} is too similar to https://rubygems.org Do you want to add this source? QUESTION terminate_interaction 1 unless options[:force] || ask_yes_no(question) end end def check_rubygems_https(source_uri) # :nodoc: uri = Gem::URI source_uri if uri.scheme && uri.scheme.casecmp("http").zero? && uri.host.casecmp("rubygems.org").zero? question = <<-QUESTION.chomp https://rubygems.org is recommended for security over #{uri} Do you want to add this insecure source? QUESTION terminate_interaction 1 unless options[:force] || ask_yes_no(question) end end def clear_all # :nodoc: path = Gem.spec_cache_dir FileUtils.rm_rf path if File.exist? path if File.writable? path say "*** Unable to remove source cache ***" else say "*** Unable to remove source cache (write protected) ***" end terminate_interaction 1 else say "*** Removed specs cache ***" end end def defaults_str # :nodoc: "--list" end def description # :nodoc: <<-EOF RubyGems fetches gems from the sources you have configured (stored in your ~/.gemrc). The default source is https://rubygems.org, but you may have other sources configured. This guide will help you update your sources or configure yourself to use your own gem server. Without any arguments the sources lists your currently configured sources: $ gem sources *** CURRENT SOURCES *** https://rubygems.org This may list multiple sources or non-rubygems sources. You probably configured them before or have an old `~/.gemrc`. If you have sources you do not recognize you should remove them. RubyGems has been configured to serve gems via the following URLs through its history: * http://gems.rubyforge.org (RubyGems 1.3.5 and earlier) * http://rubygems.org (RubyGems 1.3.6 through 1.8.30, and 2.0.0) * https://rubygems.org (RubyGems 2.0.1 and newer) Since all of these sources point to the same set of gems you only need one of them in your list. https://rubygems.org is recommended as it brings the protections of an SSL connection to gem downloads. To add a source use the --add argument: $ gem sources --add https://rubygems.org https://rubygems.org added to sources RubyGems will check to see if gems can be installed from the source given before it is added. To remove a source use the --remove argument: $ gem sources --remove https://rubygems.org/ https://rubygems.org/ removed from sources EOF end def list # :nodoc: say "*** CURRENT SOURCES ***" say Gem.sources.each do |src| say src end end def list? # :nodoc: !(options[:add] || options[:clear_all] || options[:remove] || options[:update]) end def execute clear_all if options[:clear_all] source_uri = options[:add] add_source source_uri if source_uri source_uri = options[:remove] remove_source source_uri if source_uri update if options[:update] list if list? end def remove_source(source_uri) # :nodoc: if Gem.sources.include? source_uri Gem.sources.delete source_uri Gem.configuration.write say "#{source_uri} removed from sources" else say "source #{source_uri} not present in cache" end end def update # :nodoc: Gem.sources.each_source do |src| src.load_specs :released src.load_specs :latest end say "source cache successfully updated" end def remove_cache_file(desc, path) # :nodoc: FileUtils.rm_rf path if !File.exist?(path) say "*** Removed #{desc} source cache ***" elsif !File.writable?(path) say "*** Unable to remove #{desc} source cache (write protected) ***" else say "*** Unable to remove #{desc} source cache ***" end end end PK %J [N��X� � 2 share/rubygems/rubygems/commands/unpack_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../version_option" require_relative "../security_option" require_relative "../remote_fetcher" require_relative "../package" # forward-declare module Gem::Security # :nodoc: class Policy # :nodoc: end end class Gem::Commands::UnpackCommand < Gem::Command include Gem::VersionOption include Gem::SecurityOption def initialize require "fileutils" super "unpack", "Unpack an installed gem to the current directory", version: Gem::Requirement.default, target: Dir.pwd add_option("--target=DIR", "target directory for unpacking") do |value, options| options[:target] = value end add_option("--spec", "unpack the gem specification") do |_value, options| options[:spec] = true end add_security_option add_version_option end def arguments # :nodoc: "GEMNAME name of gem to unpack" end def defaults_str # :nodoc: "--version '#{Gem::Requirement.default}'" end def description <<-EOF The unpack command allows you to examine the contents of a gem or modify them to help diagnose a bug. You can add the contents of the unpacked gem to the load path using the RUBYLIB environment variable or -I: $ gem unpack my_gem Unpacked gem: '.../my_gem-1.0' [edit my_gem-1.0/lib/my_gem.rb] $ ruby -Imy_gem-1.0/lib -S other_program You can repackage an unpacked gem using the build command. See the build command help for an example. EOF end def usage # :nodoc: "#{program_name} GEMNAME" end #-- # TODO: allow, e.g., 'gem unpack rake-0.3.1'. Find a general solution for # this, so that it works for uninstall as well. (And check other commands # at the same time.) def execute security_policy = options[:security_policy] get_all_gem_names.each do |name| dependency = Gem::Dependency.new name, options[:version] path = get_path dependency unless path alert_error "Gem '#{name}' not installed nor fetchable." next end if @options[:spec] spec, metadata = Gem::Package.raw_spec(path, security_policy) if metadata.nil? alert_error "--spec is unsupported on '#{name}' (old format gem)" next end spec_file = File.basename spec.spec_file FileUtils.mkdir_p @options[:target] if @options[:target] destination = if @options[:target] File.join @options[:target], spec_file else spec_file end File.open destination, "w" do |io| io.write metadata end else basename = File.basename path, ".gem" target_dir = File.expand_path basename, options[:target] package = Gem::Package.new path, security_policy package.extract_files target_dir say "Unpacked gem: '#{target_dir}'" end end end ## # # Find cached filename in Gem.path. Returns nil if the file cannot be found. # #-- # TODO: see comments in get_path() about general service. def find_in_cache(filename) Gem.path.each do |path| this_path = File.join(path, "cache", filename) return this_path if File.exist? this_path end nil end ## # Return the full path to the cached gem file matching the given # name and version requirement. Returns 'nil' if no match. # # Example: # # get_path 'rake', '> 0.4' # "/usr/lib/ruby/gems/1.8/cache/rake-0.4.2.gem" # get_path 'rake', '< 0.1' # nil # get_path 'rak' # nil (exact name required) #-- def get_path(dependency) return dependency.name if /\.gem$/i.match?(dependency.name) specs = dependency.matching_specs selected = specs.max_by(&:version) return Gem::RemoteFetcher.fetcher.download_to_cache(dependency) unless selected return unless /^#{selected.name}$/i.match?(dependency.name) # We expect to find (basename).gem in the 'cache' directory. Furthermore, # the name match must be exact (ignoring case). path = find_in_cache File.basename selected.cache_file return Gem::RemoteFetcher.fetcher.download_to_cache(dependency) unless path path end end PK %J [Xi�^ 3 share/rubygems/rubygems/commands/cleanup_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../dependency_list" require_relative "../uninstaller" class Gem::Commands::CleanupCommand < Gem::Command def initialize super "cleanup", "Clean up old versions of installed gems", force: false, install_dir: Gem.dir, check_dev: true add_option("-n", "-d", "--dry-run", "Do not uninstall gems") do |_value, options| options[:dryrun] = true end add_option(:Deprecated, "--dryrun", "Do not uninstall gems") do |_value, options| options[:dryrun] = true end deprecate_option("--dryrun", extra_msg: "Use --dry-run instead") add_option("-D", "--[no-]check-development", "Check development dependencies while uninstalling", "(default: true)") do |value, options| options[:check_dev] = value end add_option("--[no-]user-install", "Cleanup in user's home directory instead", "of GEM_HOME.") do |value, options| options[:user_install] = value end @candidate_gems = nil @default_gems = [] @full = nil @gems_to_cleanup = nil @primary_gems = nil end def arguments # :nodoc: "GEMNAME name of gem to cleanup" end def defaults_str # :nodoc: "--no-dry-run" end def description # :nodoc: <<-EOF The cleanup command removes old versions of gems from GEM_HOME that are not required to meet a dependency. If a gem is installed elsewhere in GEM_PATH the cleanup command won't delete it. If no gems are named all gems in GEM_HOME are cleaned. EOF end def usage # :nodoc: "#{program_name} [GEMNAME ...]" end def execute say "Cleaning up installed gems..." if options[:args].empty? done = false last_set = nil until done do clean_gems this_set = @gems_to_cleanup.map(&:full_name).sort done = this_set.empty? || last_set == this_set last_set = this_set end else clean_gems end say "Clean up complete" verbose do skipped = @default_gems.map(&:full_name) "Skipped default gems: #{skipped.join ", "}" end end def clean_gems get_primary_gems get_candidate_gems get_gems_to_cleanup @full = Gem::DependencyList.from_specs deplist = Gem::DependencyList.new @gems_to_cleanup.each {|spec| deplist.add spec } deps = deplist.strongly_connected_components.flatten deps.reverse_each do |spec| uninstall_dep spec end end def get_candidate_gems @candidate_gems = if options[:args].empty? Gem::Specification.to_a else options[:args].flat_map do |gem_name| Gem::Specification.find_all_by_name gem_name end end end def get_gems_to_cleanup gems_to_cleanup = @candidate_gems.select do |spec| @primary_gems[spec.name].version != spec.version end default_gems, gems_to_cleanup = gems_to_cleanup.partition(&:default_gem?) uninstall_from = options[:user_install] ? Gem.user_dir : Gem.dir gems_to_cleanup = gems_to_cleanup.select do |spec| spec.base_dir == uninstall_from end @default_gems += default_gems @default_gems.uniq! @gems_to_cleanup = gems_to_cleanup.uniq end def get_primary_gems @primary_gems = {} Gem::Specification.each do |spec| if @primary_gems[spec.name].nil? || @primary_gems[spec.name].version < spec.version @primary_gems[spec.name] = spec end end end def uninstall_dep(spec) return unless @full.ok_to_remove?(spec.full_name, options[:check_dev]) if options[:dryrun] say "Dry Run Mode: Would uninstall #{spec.full_name}" return end say "Attempting to uninstall #{spec.full_name}" uninstall_options = { executables: false, version: "= #{spec.version}", } uninstall_options[:user_install] = Gem.user_dir == spec.base_dir uninstaller = Gem::Uninstaller.new spec.name, uninstall_options begin uninstaller.uninstall rescue Gem::DependencyRemovalException, Gem::InstallError, Gem::GemNotInHomeException, Gem::FilePermissionError => e say "Unable to uninstall #{spec.full_name}:" say "\t#{e.class}: #{e.message}" end end end PK %J [��L�$ �$ 0 share/rubygems/rubygems/commands/cert_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../security" class Gem::Commands::CertCommand < Gem::Command def initialize super "cert", "Manage RubyGems certificates and signing settings", add: [], remove: [], list: [], build: [], sign: [] add_option("-a", "--add CERT", "Add a trusted certificate.") do |cert_file, options| options[:add] << open_cert(cert_file) end add_option("-l", "--list [FILTER]", "List trusted certificates where the", "subject contains FILTER") do |filter, options| filter ||= "" options[:list] << filter end add_option("-r", "--remove FILTER", "Remove trusted certificates where the", "subject contains FILTER") do |filter, options| options[:remove] << filter end add_option("-b", "--build EMAIL_ADDR", "Build private key and self-signed", "certificate for EMAIL_ADDR") do |email_address, options| options[:build] << email_address end add_option("-C", "--certificate CERT", "Signing certificate for --sign") do |cert_file, options| options[:issuer_cert] = open_cert(cert_file) options[:issuer_cert_file] = cert_file end add_option("-K", "--private-key KEY", "Key for --sign or --build") do |key_file, options| options[:key] = open_private_key(key_file) end add_option("-A", "--key-algorithm ALGORITHM", "Select which key algorithm to use for --build") do |algorithm, options| options[:key_algorithm] = algorithm end add_option("-s", "--sign CERT", "Signs CERT with the key from -K", "and the certificate from -C") do |cert_file, options| raise Gem::OptionParser::InvalidArgument, "#{cert_file}: does not exist" unless File.file? cert_file options[:sign] << cert_file end add_option("-d", "--days NUMBER_OF_DAYS", "Days before the certificate expires") do |days, options| options[:expiration_length_days] = days.to_i end add_option("-R", "--re-sign", "Re-signs the certificate from -C with the key from -K") do |resign, options| options[:resign] = resign end end def add_certificate(certificate) # :nodoc: Gem::Security.trust_dir.trust_cert certificate say "Added '#{certificate.subject}'" end def check_openssl return if Gem::HAVE_OPENSSL alert_error "OpenSSL library is required for the cert command" terminate_interaction 1 end def open_cert(certificate_file) check_openssl OpenSSL::X509::Certificate.new File.read certificate_file rescue Errno::ENOENT raise Gem::OptionParser::InvalidArgument, "#{certificate_file}: does not exist" rescue OpenSSL::X509::CertificateError raise Gem::OptionParser::InvalidArgument, "#{certificate_file}: invalid X509 certificate" end def open_private_key(key_file) check_openssl passphrase = ENV["GEM_PRIVATE_KEY_PASSPHRASE"] key = OpenSSL::PKey.read File.read(key_file), passphrase raise Gem::OptionParser::InvalidArgument, "#{key_file}: private key not found" unless key.private? key rescue Errno::ENOENT raise Gem::OptionParser::InvalidArgument, "#{key_file}: does not exist" rescue OpenSSL::PKey::PKeyError, ArgumentError raise Gem::OptionParser::InvalidArgument, "#{key_file}: invalid RSA, DSA, or EC key" end def execute check_openssl options[:add].each do |certificate| add_certificate certificate end options[:remove].each do |filter| remove_certificates_matching filter end options[:list].each do |filter| list_certificates_matching filter end options[:build].each do |email| build email end if options[:resign] re_sign_cert( options[:issuer_cert], options[:issuer_cert_file], options[:key] ) end sign_certificates unless options[:sign].empty? end def build(email) unless valid_email?(email) raise Gem::CommandLineError, "Invalid email address #{email}" end key, key_path = build_key cert_path = build_cert email, key say "Certificate: #{cert_path}" if key_path say "Private Key: #{key_path}" say "Don't forget to move the key file to somewhere private!" end end def build_cert(email, key) # :nodoc: expiration_length_days = options[:expiration_length_days] || Gem.configuration.cert_expiration_length_days cert = Gem::Security.create_cert_email( email, key, (Gem::Security::ONE_DAY * expiration_length_days) ) Gem::Security.write cert, "gem-public_cert.pem" end def build_key # :nodoc: return options[:key] if options[:key] passphrase = ask_for_password "Passphrase for your Private Key:" say "\n" passphrase_confirmation = ask_for_password "Please repeat the passphrase for your Private Key:" say "\n" raise Gem::CommandLineError, "Passphrase and passphrase confirmation don't match" unless passphrase == passphrase_confirmation algorithm = options[:key_algorithm] || Gem::Security::DEFAULT_KEY_ALGORITHM key = Gem::Security.create_key(algorithm) key_path = Gem::Security.write key, "gem-private_key.pem", 0o600, passphrase [key, key_path] end def certificates_matching(filter) return enum_for __method__, filter unless block_given? Gem::Security.trusted_certificates.select do |certificate, _| subject = certificate.subject.to_s subject.downcase.index filter end.sort_by do |certificate, _| certificate.subject.to_a.map {|name, data,| [name, data] } end.each do |certificate, path| yield certificate, path end end def description # :nodoc: <<-EOF The cert command manages signing keys and certificates for creating signed gems. Your signing certificate and private key are typically stored in ~/.gem/gem-public_cert.pem and ~/.gem/gem-private_key.pem respectively. To build a certificate for signing gems: gem cert --build you@example If you already have an RSA key, or are creating a new certificate for an existing key: gem cert --build you@example --private-key /path/to/key.pem If you wish to trust a certificate you can add it to the trust list with: gem cert --add /path/to/cert.pem You can list trusted certificates with: gem cert --list or: gem cert --list cert_subject_substring If you wish to remove a previously trusted certificate: gem cert --remove cert_subject_substring To sign another gem author's certificate: gem cert --sign /path/to/other_cert.pem For further reading on signing gems see `ri Gem::Security`. EOF end def list_certificates_matching(filter) # :nodoc: certificates_matching filter do |certificate, _| # this could probably be formatted more gracefully say certificate.subject.to_s end end def load_default_cert cert_file = File.join Gem.default_cert_path cert = File.read cert_file options[:issuer_cert] = OpenSSL::X509::Certificate.new cert rescue Errno::ENOENT alert_error \ "--certificate not specified and ~/.gem/gem-public_cert.pem does not exist" terminate_interaction 1 rescue OpenSSL::X509::CertificateError alert_error \ "--certificate not specified and ~/.gem/gem-public_cert.pem is not valid" terminate_interaction 1 end def load_default_key key_file = File.join Gem.default_key_path key = File.read key_file passphrase = ENV["GEM_PRIVATE_KEY_PASSPHRASE"] options[:key] = OpenSSL::PKey.read key, passphrase rescue Errno::ENOENT alert_error \ "--private-key not specified and ~/.gem/gem-private_key.pem does not exist" terminate_interaction 1 rescue OpenSSL::PKey::PKeyError alert_error \ "--private-key not specified and ~/.gem/gem-private_key.pem is not valid" terminate_interaction 1 end def load_defaults # :nodoc: load_default_cert unless options[:issuer_cert] load_default_key unless options[:key] end def remove_certificates_matching(filter) # :nodoc: certificates_matching filter do |certificate, path| FileUtils.rm path say "Removed '#{certificate.subject}'" end end def sign(cert_file) cert = File.read cert_file cert = OpenSSL::X509::Certificate.new cert permissions = File.stat(cert_file).mode & 0o777 issuer_cert = options[:issuer_cert] issuer_key = options[:key] cert = Gem::Security.sign cert, issuer_key, issuer_cert Gem::Security.write cert, cert_file, permissions end def sign_certificates # :nodoc: load_defaults unless options[:sign].empty? options[:sign].each do |cert_file| sign cert_file end end def re_sign_cert(cert, cert_path, private_key) Gem::Security::Signer.re_sign_cert(cert, cert_path, private_key) do |expired_cert_path, new_expired_cert_path| alert("Your certificate #{expired_cert_path} has been re-signed") alert("Your expired certificate will be located at: #{new_expired_cert_path}") end end private def valid_email?(email) # It's simple, but is all we need email =~ /\A.+@.+\z/ end end PK %J [�X9l l 5 share/rubygems/rubygems/commands/uninstall_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../version_option" require_relative "../uninstaller" require "fileutils" ## # Gem uninstaller command line tool # # See `gem help uninstall` class Gem::Commands::UninstallCommand < Gem::Command include Gem::VersionOption def initialize super "uninstall", "Uninstall gems from the local repository", version: Gem::Requirement.default, user_install: true, check_dev: false, vendor: false add_option("-a", "--[no-]all", "Uninstall all matching versions") do |value, options| options[:all] = value end add_option("-I", "--[no-]ignore-dependencies", "Ignore dependency requirements while", "uninstalling") do |value, options| options[:ignore] = value end add_option("-D", "--[no-]check-development", "Check development dependencies while uninstalling", "(default: false)") do |value, options| options[:check_dev] = value end add_option("-x", "--[no-]executables", "Uninstall applicable executables without", "confirmation") do |value, options| options[:executables] = value end add_option("-i", "--install-dir DIR", "Directory to uninstall gem from") do |value, options| options[:install_dir] = File.expand_path(value) end add_option("-n", "--bindir DIR", "Directory to remove executables from") do |value, options| options[:bin_dir] = File.expand_path(value) end add_option("--[no-]user-install", "Uninstall from user's home directory", "in addition to GEM_HOME.") do |value, options| options[:user_install] = value end add_option("--[no-]format-executable", "Assume executable names match Ruby's prefix and suffix.") do |value, options| options[:format_executable] = value end add_option("--[no-]force", "Uninstall all versions of the named gems", "ignoring dependencies") do |value, options| options[:force] = value end add_option("--[no-]abort-on-dependent", "Prevent uninstalling gems that are", "depended on by other gems.") do |value, options| options[:abort_on_dependent] = value end add_version_option add_platform_option add_option("--vendor", "Uninstall gem from the vendor directory.", "Only for use by gem repackagers.") do |_value, options| unless Gem.vendor_dir raise Gem::OptionParser::InvalidOption.new "your platform is not supported" end alert_warning "Use your OS package manager to uninstall vendor gems" options[:vendor] = true options[:install_dir] = Gem.vendor_dir end end def arguments # :nodoc: "GEMNAME name of gem to uninstall" end def defaults_str # :nodoc: "--version '#{Gem::Requirement.default}' --no-force " \ "--user-install" end def description # :nodoc: <<-EOF The uninstall command removes a previously installed gem. RubyGems will ask for confirmation if you are attempting to uninstall a gem that is a dependency of an existing gem. You can use the --ignore-dependencies option to skip this check. EOF end def usage # :nodoc: "#{program_name} GEMNAME [GEMNAME ...]" end def check_version # :nodoc: if options[:version] != Gem::Requirement.default && get_all_gem_names.size > 1 alert_error "Can't use --version with multiple gems. You can specify multiple gems with" \ " version requirements using `gem uninstall 'my_gem:1.0.0' 'my_other_gem:~>2.0.0'`" terminate_interaction 1 end end def execute check_version # Consider only gem specifications installed at `--install-dir` Gem::Specification.dirs = options[:install_dir] if options[:install_dir] if options[:all] && !options[:args].empty? uninstall_specific elsif options[:all] uninstall_all else uninstall_specific end end def uninstall_all specs = Gem::Specification.reject(&:default_gem?) specs.each do |spec| options[:version] = spec.version uninstall_gem spec.name end alert "Uninstalled all gems in #{options[:install_dir] || Gem.dir}" end def uninstall_specific deplist = Gem::DependencyList.new original_gem_version = {} get_all_gem_names_and_versions.each do |name, version| original_gem_version[name] = version || options[:version] gem_specs = Gem::Specification.find_all_by_name(name, original_gem_version[name]) if gem_specs.empty? say("Gem '#{name}' is not installed") else gem_specs.reject!(&:default_gem?) if gem_specs.size > 1 gem_specs.each do |spec| deplist.add spec end end end deps = deplist.strongly_connected_components.flatten.reverse gems_to_uninstall = {} deps.each do |dep| if original_gem_version[dep.name] == Gem::Requirement.default next if gems_to_uninstall[dep.name] gems_to_uninstall[dep.name] = true else options[:version] = dep.version end uninstall_gem(dep.name) end end def uninstall_gem(gem_name) uninstall(gem_name) rescue Gem::GemNotInHomeException => e spec = e.spec alert("In order to remove #{spec.name}, please execute:\n" \ "\tgem uninstall #{spec.name} --install-dir=#{spec.base_dir}") rescue Gem::UninstallError => e spec = e.spec alert_error("Error: unable to successfully uninstall '#{spec.name}' which is " \ "located at '#{spec.full_gem_path}'. This is most likely because" \ "the current user does not have the appropriate permissions") terminate_interaction 1 end def uninstall(gem_name) Gem::Uninstaller.new(gem_name, options).uninstall end end PK %J [�Q B B 0 share/rubygems/rubygems/commands/info_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../query_utils" class Gem::Commands::InfoCommand < Gem::Command include Gem::QueryUtils def initialize super "info", "Show information for the given gem", name: //, domain: :local, details: false, versions: true, installed: nil, version: Gem::Requirement.default add_query_options remove_option("-d") defaults[:details] = true defaults[:exact] = true end def description # :nodoc: "Info prints information about the gem such as name,"\ " description, website, license and installed paths" end def usage # :nodoc: "#{program_name} GEMNAME" end def arguments # :nodoc: "GEMNAME name of the gem to print information about" end def defaults_str "--local" end end PK %J [D^dl� � 1 share/rubygems/rubygems/commands/fetch_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../version_option" class Gem::Commands::FetchCommand < Gem::Command include Gem::LocalRemoteOptions include Gem::VersionOption def initialize defaults = { suggest_alternate: true, version: Gem::Requirement.default, } super "fetch", "Download a gem and place it in the current directory", defaults add_bulk_threshold_option add_proxy_option add_source_option add_clear_sources_option add_version_option add_platform_option add_prerelease_option add_option "--[no-]suggestions", "Suggest alternates when gems are not found" do |value, options| options[:suggest_alternate] = value end end def arguments # :nodoc: "GEMNAME name of gem to download" end def defaults_str # :nodoc: "--version '#{Gem::Requirement.default}'" end def description # :nodoc: <<-EOF The fetch command fetches gem files that can be stored for later use or unpacked to examine their contents. See the build command help for an example of unpacking a gem, modifying it, then repackaging it. EOF end def usage # :nodoc: "#{program_name} GEMNAME [GEMNAME ...]" end def check_version # :nodoc: if options[:version] != Gem::Requirement.default && get_all_gem_names.size > 1 alert_error "Can't use --version with multiple gems. You can specify multiple gems with" \ " version requirements using `gem fetch 'my_gem:1.0.0' 'my_other_gem:~>2.0.0'`" terminate_interaction 1 end end def execute check_version exit_code = fetch_gems terminate_interaction exit_code end private def fetch_gems exit_code = 0 version = options[:version] platform = Gem.platforms.last gem_names = get_all_gem_names_and_versions gem_names.each do |gem_name, gem_version| gem_version ||= version dep = Gem::Dependency.new gem_name, gem_version dep.prerelease = options[:prerelease] suppress_suggestions = !options[:suggest_alternate] specs_and_sources, errors = Gem::SpecFetcher.fetcher.spec_for_dependency dep if platform filtered = specs_and_sources.select {|s,| s.platform == platform } specs_and_sources = filtered unless filtered.empty? end spec, source = specs_and_sources.max_by {|s,| s } if spec.nil? show_lookup_failure gem_name, gem_version, errors, suppress_suggestions, options[:domain] exit_code |= 2 next end source.download spec say "Downloaded #{spec.full_name}" end exit_code end end PK %J [G`SO G G 1 share/rubygems/rubygems/commands/setup_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" ## # Installs RubyGems itself. This command is ordinarily only available from a # RubyGems checkout or tarball. class Gem::Commands::SetupCommand < Gem::Command HISTORY_HEADER = %r{^#\s*[\d.a-zA-Z]+\s*/\s*\d{4}-\d{2}-\d{2}\s*$} VERSION_MATCHER = %r{^#\s*([\d.a-zA-Z]+)\s*/\s*\d{4}-\d{2}-\d{2}\s*$} ENV_PATHS = %w[/usr/bin/env /bin/env].freeze def initialize super "setup", "Install RubyGems", format_executable: false, document: %w[ri], force: true, site_or_vendor: "sitelibdir", destdir: "", prefix: "", previous_version: "", regenerate_binstubs: true, regenerate_plugins: true add_option "--previous-version=VERSION", "Previous version of RubyGems", "Used for changelog processing" do |version, options| options[:previous_version] = version end add_option "--prefix=PREFIX", "Prefix path for installing RubyGems", "Will not affect gem repository location" do |prefix, options| options[:prefix] = File.expand_path prefix end add_option "--destdir=DESTDIR", "Root directory to install RubyGems into", "Mainly used for packaging RubyGems" do |destdir, options| options[:destdir] = File.expand_path destdir end add_option "--[no-]vendor", "Install into vendorlibdir not sitelibdir" do |vendor, options| options[:site_or_vendor] = vendor ? "vendorlibdir" : "sitelibdir" end add_option "--[no-]format-executable", "Makes `gem` match ruby", "If Ruby is ruby18, gem will be gem18" do |value, options| options[:format_executable] = value end add_option "--[no-]document [TYPES]", Array, "Generate documentation for RubyGems", "List the documentation types you wish to", "generate. For example: rdoc,ri" do |value, options| options[:document] = case value when nil then %w[rdoc ri] when false then [] else value end end add_option "--[no-]rdoc", "Generate RDoc documentation for RubyGems" do |value, options| if value options[:document] << "rdoc" else options[:document].delete "rdoc" end options[:document].uniq! end add_option "--[no-]ri", "Generate RI documentation for RubyGems" do |value, options| if value options[:document] << "ri" else options[:document].delete "ri" end options[:document].uniq! end add_option "--[no-]regenerate-binstubs", "Regenerate gem binstubs" do |value, options| options[:regenerate_binstubs] = value end add_option "--[no-]regenerate-plugins", "Regenerate gem plugins" do |value, options| options[:regenerate_plugins] = value end add_option "-f", "--[no-]force", "Forcefully overwrite binstubs" do |value, options| options[:force] = value end add_option("-E", "--[no-]env-shebang", "Rewrite executables with a shebang", "of /usr/bin/env") do |value, options| options[:env_shebang] = value end @verbose = nil end def defaults_str # :nodoc: "--format-executable --document ri --regenerate-binstubs" end def description # :nodoc: <<-EOF Installs RubyGems itself. RubyGems installs RDoc for itself in GEM_HOME. By default this is: #{Gem.dir} If you prefer a different directory, set the GEM_HOME environment variable. RubyGems will install the gem command with a name matching ruby's prefix and suffix. If ruby was installed as `ruby18`, gem will be installed as `gem18`. By default, this RubyGems will install gem as: #{Gem.default_exec_format % "gem"} EOF end module MakeDirs def mkdir_p(path, **opts) super (@mkdirs ||= []) << path end end def execute @verbose = Gem.configuration.really_verbose require "fileutils" if Gem.configuration.really_verbose extend FileUtils::Verbose else extend FileUtils end extend MakeDirs lib_dir, bin_dir = make_destination_dirs man_dir = generate_default_man_dir install_lib lib_dir install_executables bin_dir remove_old_bin_files bin_dir remove_old_lib_files lib_dir # Can be removed one we drop support for bundler 2.2.3 (the last version installing man files to man_dir) remove_old_man_files man_dir if man_dir && File.exist?(man_dir) install_default_bundler_gem bin_dir if mode = options[:dir_mode] @mkdirs.uniq! File.chmod(mode, @mkdirs) end say "RubyGems #{Gem::VERSION} installed" regenerate_binstubs(bin_dir) if options[:regenerate_binstubs] regenerate_plugins(bin_dir) if options[:regenerate_plugins] uninstall_old_gemcutter documentation_success = install_rdoc say if @verbose say "-" * 78 say end if options[:previous_version].empty? options[:previous_version] = Gem::VERSION.sub(/[0-9]+$/, "0") end options[:previous_version] = Gem::Version.new(options[:previous_version]) show_release_notes say say "-" * 78 say say "RubyGems installed the following executables:" say bin_file_names.map {|name| "\t#{name}\n" } say unless bin_file_names.grep(/#{File::SEPARATOR}gem$/) say "If `gem` was installed by a previous RubyGems installation, you may need" say "to remove it by hand." say end if documentation_success if options[:document].include? "rdoc" say "Rdoc documentation was installed. You may now invoke:" say " gem server" say "and then peruse beautifully formatted documentation for your gems" say "with your web browser." say "If you do not wish to install this documentation in the future, use the" say "--no-document flag, or set it as the default in your ~/.gemrc file. See" say "'gem help env' for details." say end if options[:document].include? "ri" say "Ruby Interactive (ri) documentation was installed. ri is kind of like man " say "pages for Ruby libraries. You may access it like this:" say " ri Classname" say " ri Classname.class_method" say " ri Classname#instance_method" say "If you do not wish to install this documentation in the future, use the" say "--no-document flag, or set it as the default in your ~/.gemrc file. See" say "'gem help env' for details." say end end end def install_executables(bin_dir) prog_mode = options[:prog_mode] || 0o755 executables = { "gem" => "exe" } executables.each do |tool, path| say "Installing #{tool} executable" if @verbose Dir.chdir path do bin_file = "gem" require "tmpdir" dest_file = target_bin_path(bin_dir, bin_file) bin_tmp_file = File.join Dir.tmpdir, "#{bin_file}.#{$$}" begin bin = File.readlines bin_file bin[0] = shebang File.open bin_tmp_file, "w" do |fp| fp.puts bin.join end install bin_tmp_file, dest_file, mode: prog_mode bin_file_names << dest_file ensure rm bin_tmp_file end next unless Gem.win_platform? begin bin_cmd_file = File.join Dir.tmpdir, "#{bin_file}.bat" File.open bin_cmd_file, "w" do |file| file.puts <<-TEXT @ECHO OFF @"%~dp0#{File.basename(Gem.ruby).chomp('"')}" "%~dpn0" %* TEXT end install bin_cmd_file, "#{dest_file}.bat", mode: prog_mode ensure rm bin_cmd_file end end end end def shebang if options[:env_shebang] ruby_name = RbConfig::CONFIG["ruby_install_name"] @env_path ||= ENV_PATHS.find {|env_path| File.executable? env_path } "#!#{@env_path} #{ruby_name}\n" else "#!#{Gem.ruby}\n" end end def install_lib(lib_dir) libs = { "RubyGems" => "lib" } libs["Bundler"] = "bundler/lib" libs.each do |tool, path| say "Installing #{tool}" if @verbose lib_files = files_in path Dir.chdir path do install_file_list(lib_files, lib_dir) end end end def install_rdoc gem_doc_dir = File.join Gem.dir, "doc" rubygems_name = "rubygems-#{Gem::VERSION}" rubygems_doc_dir = File.join gem_doc_dir, rubygems_name begin Gem.ensure_gem_subdirectories Gem.dir rescue SystemCallError # ignore end if File.writable?(gem_doc_dir) && (!File.exist?(rubygems_doc_dir) || File.writable?(rubygems_doc_dir)) say "Removing old RubyGems RDoc and ri" if @verbose Dir[File.join(Gem.dir, "doc", "rubygems-[0-9]*")].each do |dir| rm_rf dir end require_relative "../rdoc" return false unless defined?(Gem::RDoc) fake_spec = Gem::Specification.new "rubygems", Gem::VERSION def fake_spec.full_gem_path File.expand_path "../../..", __dir__ end generate_ri = options[:document].include? "ri" generate_rdoc = options[:document].include? "rdoc" rdoc = Gem::RDoc.new fake_spec, generate_rdoc, generate_ri rdoc.generate return true elsif @verbose say "Skipping RDoc generation, #{gem_doc_dir} not writable" say "Set the GEM_HOME environment variable if you want RDoc generated" end false end def install_default_bundler_gem(bin_dir) current_default_spec = Gem::Specification.default_stubs.find {|s| s.name == "bundler" } specs_dir = if current_default_spec && default_dir == Gem.default_dir all_specs_current_version = Gem::Specification.stubs.select {|s| s.full_name == current_default_spec.full_name } Gem::Specification.remove_spec current_default_spec loaded_from = current_default_spec.loaded_from File.delete(loaded_from) # Remove previous default gem executables if they were not shadowed by a regular gem FileUtils.rm_rf current_default_spec.full_gem_path if all_specs_current_version.size == 1 File.dirname(loaded_from) else target_specs_dir = File.join(default_dir, "specifications", "default") mkdir_p target_specs_dir, mode: 0o755 target_specs_dir end new_bundler_spec = Dir.chdir("bundler") { Gem::Specification.load("bundler.gemspec") } full_name = new_bundler_spec.full_name gemspec_path = "#{full_name}.gemspec" default_spec_path = File.join(specs_dir, gemspec_path) Gem.write_binary(default_spec_path, new_bundler_spec.to_ruby) bundler_spec = Gem::Specification.load(default_spec_path) # Remove gemspec that was same version of vendored bundler. normal_gemspec = File.join(default_dir, "specifications", gemspec_path) if File.file? normal_gemspec File.delete normal_gemspec end # Remove gem files that were same version of vendored bundler. if File.directory? bundler_spec.gems_dir Dir.entries(bundler_spec.gems_dir). select {|default_gem| File.basename(default_gem) == full_name }. each {|default_gem| rm_r File.join(bundler_spec.gems_dir, default_gem) } end require_relative "../installer" Dir.chdir("bundler") do built_gem = Gem::Package.build(new_bundler_spec) begin Gem::Installer.at( built_gem, env_shebang: options[:env_shebang], format_executable: options[:format_executable], force: options[:force], install_as_default: true, bin_dir: bin_dir, install_dir: default_dir, wrappers: true ).install ensure FileUtils.rm_f built_gem end end new_bundler_spec.executables.each {|executable| bin_file_names << target_bin_path(bin_dir, executable) } say "Bundler #{new_bundler_spec.version} installed" end def make_destination_dirs lib_dir, bin_dir = Gem.default_rubygems_dirs unless lib_dir lib_dir, bin_dir = generate_default_dirs end mkdir_p lib_dir, mode: 0o755 mkdir_p bin_dir, mode: 0o755 [lib_dir, bin_dir] end def generate_default_man_dir prefix = options[:prefix] if prefix.empty? man_dir = RbConfig::CONFIG["mandir"] return unless man_dir else man_dir = File.join prefix, "man" end prepend_destdir_if_present(man_dir) end def generate_default_dirs prefix = options[:prefix] site_or_vendor = options[:site_or_vendor] if prefix.empty? lib_dir = RbConfig::CONFIG[site_or_vendor] bin_dir = RbConfig::CONFIG["bindir"] else lib_dir = File.join prefix, "lib" bin_dir = File.join prefix, "bin" end [prepend_destdir_if_present(lib_dir), prepend_destdir_if_present(bin_dir)] end def files_in(dir) Dir.chdir dir do Dir.glob(File.join("**", "*"), File::FNM_DOTMATCH). select {|f| !File.directory?(f) } end end def remove_old_bin_files(bin_dir) old_bin_files = { "gem_mirror" => "gem mirror", "gem_server" => "gem server", "gemlock" => "gem lock", "gemri" => "ri", "gemwhich" => "gem which", "index_gem_repository.rb" => "gem generate_index", } old_bin_files.each do |old_bin_file, new_name| old_bin_path = File.join bin_dir, old_bin_file next unless File.exist? old_bin_path deprecation_message = "`#{old_bin_file}` has been deprecated. Use `#{new_name}` instead." File.open old_bin_path, "w" do |fp| fp.write <<-EOF #!#{Gem.ruby} abort "#{deprecation_message}" EOF end next unless Gem.win_platform? File.open "#{old_bin_path}.bat", "w" do |fp| fp.puts %(@ECHO.#{deprecation_message}) end end end def remove_old_lib_files(lib_dir) lib_dirs = { File.join(lib_dir, "rubygems") => "lib/rubygems" } lib_dirs[File.join(lib_dir, "bundler")] = "bundler/lib/bundler" lib_dirs.each do |old_lib_dir, new_lib_dir| lib_files = files_in(new_lib_dir) old_lib_files = files_in(old_lib_dir) to_remove = old_lib_files - lib_files gauntlet_rubygems = File.join(lib_dir, "gauntlet_rubygems.rb") to_remove << gauntlet_rubygems if File.exist? gauntlet_rubygems to_remove.delete_if do |file| file.start_with? "defaults" end remove_file_list(to_remove, old_lib_dir) end end def remove_old_man_files(old_man_dir) old_man1_dir = "#{old_man_dir}/man1" if File.exist?(old_man1_dir) man1_to_remove = Dir.chdir(old_man1_dir) { Dir["bundle*.1{,.txt,.ronn}"] } remove_file_list(man1_to_remove, old_man1_dir) end old_man5_dir = "#{old_man_dir}/man5" if File.exist?(old_man5_dir) man5_to_remove = Dir.chdir(old_man5_dir) { Dir["gemfile.5{,.txt,.ronn}"] } remove_file_list(man5_to_remove, old_man5_dir) end end def show_release_notes release_notes = File.join Dir.pwd, "CHANGELOG.md" release_notes = if File.exist? release_notes history = File.read release_notes history.force_encoding Encoding::UTF_8 text = history.split(HISTORY_HEADER) text.shift # correct an off-by-one generated by split version_lines = history.scan(HISTORY_HEADER) versions = history.scan(VERSION_MATCHER).flatten.map do |x| Gem::Version.new(x) end history_string = "" until versions.length == 0 || versions.shift <= options[:previous_version] do history_string += version_lines.shift + text.shift end history_string else "Oh-no! Unable to find release notes!" end say release_notes end def uninstall_old_gemcutter require_relative "../uninstaller" ui = Gem::Uninstaller.new("gemcutter", all: true, ignore: true, version: "< 0.4") ui.uninstall rescue Gem::InstallError end def regenerate_binstubs(bindir) require_relative "pristine_command" say "Regenerating binstubs" args = %w[--all --only-executables --silent] args << "--bindir=#{bindir}" args << "--install-dir=#{default_dir}" if options[:env_shebang] args << "--env-shebang" end command = Gem::Commands::PristineCommand.new command.invoke(*args) end def regenerate_plugins(bindir) require_relative "pristine_command" say "Regenerating plugins" args = %w[--all --only-plugins --silent] args << "--bindir=#{bindir}" args << "--install-dir=#{default_dir}" command = Gem::Commands::PristineCommand.new command.invoke(*args) end private def default_dir prefix = options[:prefix] if prefix.empty? dir = Gem.default_dir else dir = prefix end prepend_destdir_if_present(dir) end def prepend_destdir_if_present(path) destdir = options[:destdir] return path if destdir.empty? File.join(options[:destdir], path.gsub(/^[a-zA-Z]:/, "")) end def install_file_list(files, dest_dir) files.each do |file| install_file file, dest_dir end end def install_file(file, dest_dir) dest_file = File.join dest_dir, file dest_dir = File.dirname dest_file unless File.directory? dest_dir mkdir_p dest_dir, mode: 0o755 end install file, dest_file, mode: options[:data_mode] || 0o644 end def remove_file_list(files, dir) Dir.chdir dir do files.each do |file| FileUtils.rm_f file warn "unable to remove old file #{file} please remove it by hand" if File.exist? file end end end def target_bin_path(bin_dir, bin_file) bin_file_formatted = if options[:format_executable] Gem.default_exec_format % bin_file else bin_file end File.join bin_dir, bin_file_formatted end def bin_file_names @bin_file_names ||= [] end end PK %J [D��p p 1 share/rubygems/rubygems/commands/owner_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../gemcutter_utilities" require_relative "../text" class Gem::Commands::OwnerCommand < Gem::Command include Gem::Text include Gem::LocalRemoteOptions include Gem::GemcutterUtilities def description # :nodoc: <<-EOF The owner command lets you add and remove owners of a gem on a push server (the default is https://rubygems.org). Multiple owners can be added or removed at the same time, if the flag is given multiple times. The supported user identifiers are dependent on the push server. For rubygems.org, both e-mail and handle are supported, even though the user identifier field is called "email". The owner of a gem has the permission to push new versions, yank existing versions or edit the HTML page of the gem. Be careful of who you give push permission to. EOF end def arguments # :nodoc: "GEM gem to manage owners for" end def usage # :nodoc: "#{program_name} GEM" end def initialize super "owner", "Manage gem owners of a gem on the push server" add_proxy_option add_key_option add_otp_option defaults.merge! add: [], remove: [] add_option "-a", "--add NEW_OWNER", "Add an owner by user identifier" do |value, options| options[:add] << value end add_option "-r", "--remove OLD_OWNER", "Remove an owner by user identifier" do |value, options| options[:remove] << value end add_option "-h", "--host HOST", "Use another gemcutter-compatible host", " (e.g. https://rubygems.org)" do |value, options| options[:host] = value end end def execute @host = options[:host] sign_in(scope: get_owner_scope) name = get_one_gem_name add_owners name, options[:add] remove_owners name, options[:remove] show_owners name end def show_owners(name) Gem.load_yaml response = rubygems_api_request :get, "api/v1/gems/#{name}/owners.yaml" do |request| request.add_field "Authorization", api_key end with_response response do |resp| owners = Gem::SafeYAML.load clean_text(resp.body) say "Owners for gem: #{name}" owners.each do |owner| say "- #{owner["email"] || owner["handle"] || owner["id"]}" end end end def add_owners(name, owners) manage_owners :post, name, owners end def remove_owners(name, owners) manage_owners :delete, name, owners end def manage_owners(method, name, owners) owners.each do |owner| response = send_owner_request(method, name, owner) action = method == :delete ? "Removing" : "Adding" with_response response, "#{action} #{owner}" rescue Gem::WebauthnVerificationError => e raise e rescue StandardError # ignore early exits to allow for completing the iteration of all owners end end private def send_owner_request(method, name, owner) rubygems_api_request method, "api/v1/gems/#{name}/owners", scope: get_owner_scope(method: method) do |request| request.set_form_data "email" => owner request.add_field "Authorization", api_key end end def get_owner_scope(method: nil) if method == :post || options.any? && options[:add].any? :add_owner elsif method == :delete || options.any? && options[:remove].any? :remove_owner end end end PK &J [bF葝 � 0 share/rubygems/rubygems/commands/open_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../version_option" class Gem::Commands::OpenCommand < Gem::Command include Gem::VersionOption def initialize super "open", "Open gem sources in editor" add_option("-e", "--editor COMMAND", String, "Prepends COMMAND to gem path. Could be used to specify editor.") do |command, options| options[:editor] = command || get_env_editor end add_option("-v", "--version VERSION", String, "Opens specific gem version") do |version| options[:version] = version end end def arguments # :nodoc: "GEMNAME name of gem to open in editor" end def defaults_str # :nodoc: "-e #{get_env_editor}" end def description # :nodoc: <<-EOF The open command opens gem in editor and changes current path to gem's source directory. Editor command can be specified with -e option, otherwise rubygems will look for editor in $EDITOR, $VISUAL and $GEM_EDITOR variables. EOF end def usage # :nodoc: "#{program_name} [-e COMMAND] GEMNAME" end def get_env_editor ENV["GEM_EDITOR"] || ENV["VISUAL"] || ENV["EDITOR"] || "vi" end def execute @version = options[:version] || Gem::Requirement.default @editor = options[:editor] || get_env_editor found = open_gem(get_one_gem_name) terminate_interaction 1 unless found end def open_gem(name) spec = spec_for name return false unless spec if spec.default_gem? say "'#{name}' is a default gem and can't be opened." return false end open_editor(spec.full_gem_path) end def open_editor(path) system(*@editor.split(/\s+/) + [path], { chdir: path }) end def spec_for(name) spec = Gem::Specification.find_all_by_name(name, @version).first return spec if spec say "Unable to find gem '#{name}'" end end PK &J [� U1� � 3 share/rubygems/rubygems/commands/signout_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" class Gem::Commands::SignoutCommand < Gem::Command def initialize super "signout", "Sign out from all the current sessions." end def description # :nodoc: "The `signout` command is used to sign out from all current sessions,"\ " allowing you to sign in using a different set of credentials." end def usage # :nodoc: program_name end def execute credentials_path = Gem.configuration.credentials_path if !File.exist?(credentials_path) alert_error "You are not currently signed in." elsif !File.writable?(credentials_path) alert_error "File '#{Gem.configuration.credentials_path}' is read-only."\ " Please make sure it is writable." else Gem.configuration.unset_api_key! say "You have successfully signed out from all sessions." end end end PK &J [��� � 2 share/rubygems/rubygems/commands/server_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" unless defined? Gem::Commands::ServerCommand class Gem::Commands::ServerCommand < Gem::Command def initialize super("server", "Starts up a web server that hosts the RDoc (requires rubygems-server)") begin Gem::Specification.find_by_name("rubygems-server").activate rescue Gem::LoadError # no-op end end def description # :nodoc: <<-EOF The server command has been moved to the rubygems-server gem. EOF end def execute alert_error "Install the rubygems-server gem for the server command" end end end PK &J [��4` ` 4 share/rubygems/rubygems/commands/outdated_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../spec_fetcher" require_relative "../version_option" class Gem::Commands::OutdatedCommand < Gem::Command include Gem::LocalRemoteOptions include Gem::VersionOption def initialize super "outdated", "Display all gems that need updates" add_local_remote_options add_platform_option end def description # :nodoc: <<-EOF The outdated command lists gems you may wish to upgrade to a newer version. You can check for dependency mismatches using the dependency command and update the gems with the update or install commands. EOF end def execute Gem::Specification.outdated_and_latest_version.each do |spec, remote_version| say "#{spec.name} (#{spec.version} < #{remote_version})" end end end PK &J [�ؿ�d d 0 share/rubygems/rubygems/commands/yank_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../version_option" require_relative "../gemcutter_utilities" class Gem::Commands::YankCommand < Gem::Command include Gem::LocalRemoteOptions include Gem::VersionOption include Gem::GemcutterUtilities def description # :nodoc: <<-EOF The yank command permanently removes a gem you pushed to a server. Once you have pushed a gem several downloads will happen automatically via the webhooks. If you accidentally pushed passwords or other sensitive data you will need to change them immediately and yank your gem. EOF end def arguments # :nodoc: "GEM name of gem" end def usage # :nodoc: "#{program_name} -v VERSION [-p PLATFORM] [--key KEY_NAME] [--host HOST] GEM" end def initialize super "yank", "Remove a pushed gem from the index" add_version_option("remove") add_platform_option("remove") add_otp_option add_option("--host HOST", "Yank from another gemcutter-compatible host", " (e.g. https://rubygems.org)") do |value, options| options[:host] = value end add_key_option @host = nil end def execute @host = options[:host] sign_in @host, scope: get_yank_scope version = get_version_from_requirements(options[:version]) platform = get_platform_from_requirements(options) if version yank_gem(version, platform) else say "A version argument is required: #{usage}" terminate_interaction end end def yank_gem(version, platform) say "Yanking gem from #{host}..." args = [:delete, version, platform, "api/v1/gems/yank"] response = yank_api_request(*args) say response.body end private def yank_api_request(method, version, platform, api) name = get_one_gem_name response = rubygems_api_request(method, api, host, scope: get_yank_scope) do |request| request.add_field("Authorization", api_key) data = { "gem_name" => name, "version" => version, } data["platform"] = platform if platform request.set_form_data data end response end def get_version_from_requirements(requirements) requirements.requirements.first[1].version rescue StandardError nil end def get_yank_scope :yank_rubygem end end PK &J [��Y�� � 0 share/rubygems/rubygems/commands/push_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../gemcutter_utilities" require_relative "../package" class Gem::Commands::PushCommand < Gem::Command include Gem::LocalRemoteOptions include Gem::GemcutterUtilities def description # :nodoc: <<-EOF The push command uploads a gem to the push server (the default is https://rubygems.org) and adds it to the index. The gem can be removed from the index and deleted from the server using the yank command. For further discussion see the help for the yank command. The push command will use ~/.gem/credentials to authenticate to a server, but you can use the RubyGems environment variable GEM_HOST_API_KEY to set the api key to authenticate. EOF end def arguments # :nodoc: "GEM built gem to push up" end def usage # :nodoc: "#{program_name} GEM" end def initialize super "push", "Push a gem up to the gem server", host: host, attestations: [] @user_defined_host = false add_proxy_option add_key_option add_otp_option add_option("--host HOST", "Push to another gemcutter-compatible host", " (e.g. https://rubygems.org)") do |value, options| options[:host] = value @user_defined_host = true end add_option("--attestation FILE", "Push with sigstore attestations") do |value, options| options[:attestations] << value end @host = nil end def execute gem_name = get_one_gem_name default_gem_server, push_host = get_hosts_for(gem_name) @host = if @user_defined_host options[:host] elsif default_gem_server default_gem_server elsif push_host push_host else options[:host] end sign_in @host, scope: get_push_scope send_gem(gem_name) end def send_gem(name) args = [:post, "api/v1/gems"] _, push_host = get_hosts_for(name) @host ||= push_host # Always include @host, even if it's nil args += [@host, push_host] say "Pushing gem to #{@host || Gem.host}..." response = send_push_request(name, args) with_response response end private def send_push_request(name, args) rubygems_api_request(*args, scope: get_push_scope) do |request| body = Gem.read_binary name if options[:attestations].any? request.set_form([ ["gem", body, { filename: name, content_type: "application/octet-stream" }], get_attestations_part, ], "multipart/form-data") else request.body = body request.add_field "Content-Type", "application/octet-stream" request.add_field "Content-Length", request.body.size end request.add_field "Authorization", api_key end end def get_hosts_for(name) gem_metadata = Gem::Package.new(name).spec.metadata [ gem_metadata["default_gem_server"], gem_metadata["allowed_push_host"], ] end def get_push_scope :push_rubygem end def get_attestations_part bundles = "[" + options[:attestations].map do |attestation| Gem.read_binary(attestation) end.join(",") + "]" [ "attestations", bundles, { content_type: "application/json" }, ] end end PK &J [�v�( �( 0 share/rubygems/rubygems/commands/help_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" class Gem::Commands::HelpCommand < Gem::Command # :stopdoc: EXAMPLES = <<-EOF Some examples of 'gem' usage. * Install 'rake', either from local directory or remote server: gem install rake * Install 'rake', only from remote server: gem install rake --remote * Install 'rake', but only version 0.3.1, even if dependencies are not met, and into a user-specific directory: gem install rake --version 0.3.1 --force --user-install * List local gems whose name begins with 'D': gem list D * List local and remote gems whose name contains 'log': gem search log --both * List only remote gems whose name contains 'log': gem search log --remote * Uninstall 'rake': gem uninstall rake * Create a gem: See https://guides.rubygems.org/make-your-own-gem/ * See information about RubyGems: gem environment * Update all gems on your system: gem update * Update your local version of RubyGems gem update --system EOF GEM_DEPENDENCIES = <<-EOF A gem dependencies file allows installation of a consistent set of gems across multiple environments. The RubyGems implementation is designed to be compatible with Bundler's Gemfile format. You can see additional documentation on the format at: https://bundler.io RubyGems automatically looks for these gem dependencies files: * gem.deps.rb * Gemfile * Isolate These files are looked up automatically using `gem install -g`, or you can specify a custom file. When the RUBYGEMS_GEMDEPS environment variable is set to a gem dependencies file the gems from that file will be activated at startup time. Set it to a specific filename or to "-" to have RubyGems automatically discover the gem dependencies file by walking up from the current directory. You can also activate gem dependencies at program startup using Gem.use_gemdeps. NOTE: Enabling automatic discovery on multiuser systems can lead to execution of arbitrary code when used from directories outside your control. Gem Dependencies ================ Use #gem to declare which gems you directly depend upon: gem 'rake' To depend on a specific set of versions: gem 'rake', '~> 10.3', '>= 10.3.2' RubyGems will require the gem name when activating the gem using the RUBYGEMS_GEMDEPS environment variable or Gem::use_gemdeps. Use the require: option to override this behavior if the gem does not have a file of that name or you don't want to require those files: gem 'my_gem', require: 'other_file' To prevent RubyGems from requiring any files use: gem 'my_gem', require: false To load dependencies from a .gemspec file: gemspec RubyGems looks for the first .gemspec file in the current directory. To override this use the name: option: gemspec name: 'specific_gem' To look in a different directory use the path: option: gemspec name: 'specific_gem', path: 'gemspecs' To depend on a gem unpacked into a local directory: gem 'modified_gem', path: 'vendor/modified_gem' To depend on a gem from git: gem 'private_gem', git: 'git@my.company.example:private_gem.git' To depend on a gem from github: gem 'private_gem', github: 'my_company/private_gem' To depend on a gem from a github gist: gem 'bang', gist: '1232884' Git, github and gist support the ref:, branch: and tag: options to specify a commit reference or hash, branch or tag respectively to use for the gem. Setting the submodules: option to true for git, github and gist dependencies causes fetching of submodules when fetching the repository. You can depend on multiple gems from a single repository with the git method: git 'https://github.com/rails/rails.git' do gem 'activesupport' gem 'activerecord' end Gem Sources =========== RubyGems uses the default sources for regular `gem install` for gem dependencies files. Unlike bundler, you do need to specify a source. You can override the sources used for downloading gems with: source 'https://gem_server.example' You may specify multiple sources. Unlike bundler the prepend: option is not supported. Sources are used in-order, to prepend a source place it at the front of the list. Gem Platform ============ You can restrict gem dependencies to specific platforms with the #platform and #platforms methods: platform :ruby_21 do gem 'debugger' end See the bundler Gemfile manual page for a list of platforms supported in a gem dependencies file.: https://bundler.io/v2.5/man/gemfile.5.html Ruby Version and Engine Dependency ================================== You can specify the version, engine and engine version of ruby to use with your gem dependencies file. If you are not running the specified version RubyGems will raise an exception. To depend on a specific version of ruby: ruby '2.1.2' To depend on a specific ruby engine: ruby '1.9.3', engine: 'jruby' To depend on a specific ruby engine version: ruby '1.9.3', engine: 'jruby', engine_version: '1.7.11' Grouping Dependencies ===================== Gem dependencies may be placed in groups that can be excluded from install. Dependencies required for development or testing of your code may be excluded when installed in a production environment. A #gem dependency may be placed in a group using the group: option: gem 'minitest', group: :test To install dependencies from a gemfile without specific groups use the `--without` option for `gem install -g`: $ gem install -g --without test The group: option also accepts multiple groups if the gem fits in multiple categories. Multiple groups may be excluded during install by comma-separating the groups for `--without` or by specifying `--without` multiple times. The #group method can also be used to place gems in groups: group :test do gem 'minitest' gem 'minitest-emoji' end The #group method allows multiple groups. The #gemspec development dependencies are placed in the :development group by default. This may be overridden with the :development_group option: gemspec development_group: :other EOF PLATFORMS = <<-'EOF' RubyGems platforms are composed of three parts, a CPU, an OS, and a version. These values are taken from values in rbconfig.rb. You can view your current platform by running `gem environment`. RubyGems matches platforms as follows: * The CPU must match exactly unless one of the platforms has "universal" as the CPU or the local CPU starts with "arm" and the gem's CPU is exactly "arm" (for gems that support generic ARM architecture). * The OS must match exactly. * The versions must match exactly unless one of the versions is nil. For commands that install, uninstall and list gems, you can override what RubyGems thinks your platform is with the --platform option. The platform you pass must match "#{cpu}-#{os}" or "#{cpu}-#{os}-#{version}". On mswin platforms, the version is the compiler version, not the OS version. (Ruby compiled with VC6 uses "60" as the compiler version, VC8 uses "80".) For the ARM architecture, gems with a platform of "arm-linux" should run on a reasonable set of ARM CPUs and not depend on instructions present on a limited subset of the architecture. For example, the binary should run on platforms armv5, armv6hf, armv6l, armv7, etc. If you use the "arm-linux" platform please test your gem on a variety of ARM hardware before release to ensure it functions correctly. Example platforms: x86-freebsd # Any FreeBSD version on an x86 CPU universal-darwin-8 # Darwin 8 only gems that run on any CPU x86-mswin32-80 # Windows gems compiled with VC8 armv7-linux # Gem complied for an ARMv7 CPU running linux arm-linux # Gem compiled for any ARM CPU running linux When building platform gems, set the platform in the gem specification to Gem::Platform::CURRENT. This will correctly mark the gem with your ruby's platform. EOF # NOTE: when updating also update Gem::Command::HELP SUBCOMMANDS = [ ["commands", :show_commands], ["options", Gem::Command::HELP], ["examples", EXAMPLES], ["gem_dependencies", GEM_DEPENDENCIES], ["platforms", PLATFORMS], ].freeze # :startdoc: def initialize super "help", "Provide help on the 'gem' command" @command_manager = Gem::CommandManager.instance end def usage # :nodoc: "#{program_name} ARGUMENT" end def execute arg = options[:args][0] _, help = SUBCOMMANDS.find do |command,| begins? command, arg end if help if Symbol === help send help else say help end return end if options[:help] show_help elsif arg show_command_help arg else say Gem::Command::HELP end end def show_commands # :nodoc: out = [] out << "GEM commands are:" out << nil margin_width = 4 desc_width = @command_manager.command_names.map(&:size).max + 4 summary_width = 80 - margin_width - desc_width wrap_indent = " " * (margin_width + desc_width) format = "#{" " * margin_width}%-#{desc_width}s%s" @command_manager.command_names.each do |cmd_name| command = @command_manager[cmd_name] next if command&.deprecated? summary = if command command.summary else "[No command found for #{cmd_name}]" end summary = wrap(summary, summary_width).split "\n" out << format(format, cmd_name, summary.shift) until summary.empty? do out << "#{wrap_indent}#{summary.shift}" end end out << nil out << "For help on a particular command, use 'gem help COMMAND'." out << nil out << "Commands may be abbreviated, so long as they are unambiguous." out << "e.g. 'gem i rake' is short for 'gem install rake'." say out.join("\n") end def show_command_help(command_name) # :nodoc: command_name = command_name.downcase possibilities = @command_manager.find_command_possibilities command_name if possibilities.size == 1 command = @command_manager[possibilities.first] command.invoke("--help") elsif possibilities.size > 1 alert_warning "Ambiguous command #{command_name} (#{possibilities.join(", ")})" else alert_warning "Unknown command #{command_name}. Try: gem help commands" end end end PK &J [�Z�! ! 3 share/rubygems/rubygems/commands/rebuild_command.rbnu �[��� # frozen_string_literal: true require "date" require "digest" require "fileutils" require "tmpdir" require_relative "../gemspec_helpers" require_relative "../package" class Gem::Commands::RebuildCommand < Gem::Command include Gem::GemspecHelpers def initialize super "rebuild", "Attempt to reproduce a build of a gem." add_option "--diff", "If the files don't match, compare them using diffoscope." do |_value, options| options[:diff] = true end add_option "--force", "Skip validation of the spec." do |_value, options| options[:force] = true end add_option "--strict", "Consider warnings as errors when validating the spec." do |_value, options| options[:strict] = true end add_option "--source GEM_SOURCE", "Specify the source to download the gem from." do |value, options| options[:source] = value end add_option "--original GEM_FILE", "Specify a local file to compare against (instead of downloading it)." do |value, options| options[:original_gem_file] = value end add_option "--gemspec GEMSPEC_FILE", "Specify the name of the gemspec file." do |value, options| options[:gemspec_file] = value end add_option "-C PATH", "Run as if gem build was started in <PATH> instead of the current working directory." do |value, options| options[:build_path] = value end end def arguments # :nodoc: "GEM_NAME gem name on gem server\n" \ "GEM_VERSION gem version you are attempting to rebuild" end def description # :nodoc: <<-EOF The rebuild command allows you to (attempt to) reproduce a build of a gem from a ruby gemspec. This command assumes the gemspec can be built with the `gem build` command. If you use any of `gem build`, `rake build`, or`rake release` in the build/release process for a gem, it is a potential candidate. You will need to match the RubyGems version used, since this is included in the Gem metadata. If the gem includes lockfiles (e.g. Gemfile.lock) and similar, it will require more effort to reproduce a build. For example, it might require more precisely matched versions of Ruby and/or Bundler to be used. EOF end def usage # :nodoc: "#{program_name} GEM_NAME GEM_VERSION" end def execute gem_name, gem_version = get_gem_name_and_version old_dir, new_dir = prep_dirs gem_filename = "#{gem_name}-#{gem_version}.gem" old_file = File.join(old_dir, gem_filename) new_file = File.join(new_dir, gem_filename) if options[:original_gem_file] FileUtils.copy_file(options[:original_gem_file], old_file) else download_gem(gem_name, gem_version, old_file) end rg_version = rubygems_version(old_file) unless rg_version == Gem::VERSION alert_error <<-EOF You need to use the same RubyGems version #{gem_name} v#{gem_version} was built with. #{gem_name} v#{gem_version} was built using RubyGems v#{rg_version}. Gem files include the version of RubyGems used to build them. This means in order to reproduce #{gem_filename}, you must also use RubyGems v#{rg_version}. You're using RubyGems v#{Gem::VERSION}. Please install RubyGems v#{rg_version} and try again. EOF terminate_interaction 1 end source_date_epoch = get_timestamp(old_file).to_s if build_path = options[:build_path] Dir.chdir(build_path) { build_gem(gem_name, source_date_epoch, new_file) } else build_gem(gem_name, source_date_epoch, new_file) end compare(source_date_epoch, old_file, new_file) end private def sha256(file) Digest::SHA256.hexdigest(Gem.read_binary(file)) end def get_timestamp(file) mtime = nil File.open(file, Gem.binary_mode) do |f| Gem::Package::TarReader.new(f) do |tar| mtime = tar.seek("metadata.gz") {|tf| tf.header.mtime } end end mtime end def compare(source_date_epoch, old_file, new_file) date = Time.at(source_date_epoch.to_i).strftime("%F %T %Z") old_hash = sha256(old_file) new_hash = sha256(new_file) say say "Built at: #{date} (#{source_date_epoch})" say "Original build saved to: #{old_file}" say "Reproduced build saved to: #{new_file}" say "Working directory: #{options[:build_path] || Dir.pwd}" say say "Hash comparison:" say " #{old_hash}\t#{old_file}" say " #{new_hash}\t#{new_file}" say if old_hash == new_hash say "SUCCESS - original and rebuild hashes matched" else say "FAILURE - original and rebuild hashes did not match" say if options[:diff] if system("diffoscope", old_file, new_file).nil? alert_error "error: could not find `diffoscope` executable" end else say "Pass --diff for more details (requires diffoscope to be installed)." end terminate_interaction 1 end end def prep_dirs rebuild_dir = Dir.mktmpdir("gem_rebuild") old_dir = File.join(rebuild_dir, "old") new_dir = File.join(rebuild_dir, "new") FileUtils.mkdir_p(old_dir) FileUtils.mkdir_p(new_dir) [old_dir, new_dir] end def get_gem_name_and_version args = options[:args] || [] if args.length == 2 gem_name, gem_version = args elsif args.length > 2 raise Gem::CommandLineError, "Too many arguments" else raise Gem::CommandLineError, "Expected GEM_NAME and GEM_VERSION arguments (gem rebuild GEM_NAME GEM_VERSION)" end [gem_name, gem_version] end def build_gem(gem_name, source_date_epoch, output_file) gemspec = options[:gemspec_file] || find_gemspec("#{gem_name}.gemspec") if gemspec build_package(gemspec, source_date_epoch, output_file) else alert_error error_message(gem_name) terminate_interaction(1) end end def build_package(gemspec, source_date_epoch, output_file) with_source_date_epoch(source_date_epoch) do spec = Gem::Specification.load(gemspec) if spec Gem::Package.build( spec, options[:force], options[:strict], output_file ) else alert_error "Error loading gemspec. Aborting." terminate_interaction 1 end end end def with_source_date_epoch(source_date_epoch) old_sde = ENV["SOURCE_DATE_EPOCH"] ENV["SOURCE_DATE_EPOCH"] = source_date_epoch.to_s yield ensure ENV["SOURCE_DATE_EPOCH"] = old_sde end def error_message(gem_name) if gem_name "Couldn't find a gemspec file matching '#{gem_name}' in #{Dir.pwd}" else "Couldn't find a gemspec file in #{Dir.pwd}" end end def download_gem(gem_name, gem_version, old_file) # This code was based loosely off the `gem fetch` command. version = "= #{gem_version}" dep = Gem::Dependency.new gem_name, version specs_and_sources, errors = Gem::SpecFetcher.fetcher.spec_for_dependency dep # There should never be more than one item in specs_and_sources, # since we search for an exact version. spec, source = specs_and_sources[0] if spec.nil? show_lookup_failure gem_name, version, errors, options[:domain] terminate_interaction 1 end download_path = source.download spec FileUtils.move(download_path, old_file) say "Downloaded #{gem_name} version #{gem_version} as #{old_file}." end def rubygems_version(gem_file) Gem::Package.new(gem_file).spec.rubygems_version end end PK &J [�V�- - 1 share/rubygems/rubygems/commands/check_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../version_option" require_relative "../validator" require_relative "../doctor" class Gem::Commands::CheckCommand < Gem::Command include Gem::VersionOption def initialize super "check", "Check a gem repository for added or missing files", alien: true, doctor: false, dry_run: false, gems: true add_option("-a", "--[no-]alien", 'Report "unmanaged" or rogue files in the', "gem repository") do |value, options| options[:alien] = value end add_option("--[no-]doctor", "Clean up uninstalled gems and broken", "specifications") do |value, options| options[:doctor] = value end add_option("--[no-]dry-run", "Do not remove files, only report what", "would be removed") do |value, options| options[:dry_run] = value end add_option("--[no-]gems", "Check installed gems for problems") do |value, options| options[:gems] = value end add_version_option "check" end def check_gems say "Checking gems..." say gems = begin get_all_gem_names rescue StandardError [] end Gem::Validator.new.alien(gems).sort.each do |key, val| if val.empty? say "#{key} is error-free" if Gem.configuration.verbose else say "#{key} has #{val.size} problems" val.each do |error_entry| say " #{error_entry.path}:" say " #{error_entry.problem}" end end say end end def doctor say "Checking for files from uninstalled gems..." say Gem.path.each do |gem_repo| doctor = Gem::Doctor.new gem_repo, options[:dry_run] doctor.doctor end end def execute check_gems if options[:gems] doctor if options[:doctor] end def arguments # :nodoc: "GEMNAME name of gem to check" end def defaults_str # :nodoc: "--gems --alien" end def description # :nodoc: <<-EOF The check command can list and repair problems with installed gems and specifications and will clean up gems that have been partially uninstalled. EOF end def usage # :nodoc: "#{program_name} [OPTIONS] [GEMNAME ...]" end end PK &J [�A�� � 0 share/rubygems/rubygems/commands/lock_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" class Gem::Commands::LockCommand < Gem::Command def initialize super "lock", "Generate a lockdown list of gems", strict: false add_option "-s", "--[no-]strict", "fail if unable to satisfy a dependency" do |strict, options| options[:strict] = strict end end def arguments # :nodoc: "GEMNAME name of gem to lock\nVERSION version of gem to lock" end def defaults_str # :nodoc: "--no-strict" end def description # :nodoc: <<-EOF The lock command will generate a list of +gem+ statements that will lock down the versions for the gem given in the command line. It will specify exact versions in the requirements list to ensure that the gems loaded will always be consistent. A full recursive search of all effected gems will be generated. Example: gem lock rails-1.0.0 > lockdown.rb will produce in lockdown.rb: require "rubygems" gem 'rails', '= 1.0.0' gem 'rake', '= 0.7.0.1' gem 'activesupport', '= 1.2.5' gem 'activerecord', '= 1.13.2' gem 'actionpack', '= 1.11.2' gem 'actionmailer', '= 1.1.5' gem 'actionwebservice', '= 1.0.0' Just load lockdown.rb from your application to ensure that the current versions are loaded. Make sure that lockdown.rb is loaded *before* any other require statements. Notice that rails 1.0.0 only requires that rake 0.6.2 or better be used. Rake-0.7.0.1 is the most recent version installed that satisfies that, so we lock it down to the exact version. EOF end def usage # :nodoc: "#{program_name} GEMNAME-VERSION [GEMNAME-VERSION ...]" end def complain(message) if options[:strict] raise Gem::Exception, message else say "# #{message}" end end def execute say "require 'rubygems'" locked = {} pending = options[:args] until pending.empty? do full_name = pending.shift spec = Gem::Specification.load spec_path(full_name) if spec.nil? complain "Could not find gem #{full_name}, try using the full name" next end say "gem '#{spec.name}', '= #{spec.version}'" unless locked[spec.name] locked[spec.name] = true spec.runtime_dependencies.each do |dep| next if locked[dep.name] candidates = dep.matching_specs if candidates.empty? complain "Unable to satisfy '#{dep}' from currently installed gems" else pending << candidates.last.full_name end end end end def spec_path(gem_full_name) gemspecs = Gem.path.map do |path| File.join path, "specifications", "#{gem_full_name}.gemspec" end gemspecs.find {|path| File.exist? path } end end PK &J [��r�2! 2! 2 share/rubygems/rubygems/commands/update_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../command_manager" require_relative "../dependency_installer" require_relative "../install_update_options" require_relative "../local_remote_options" require_relative "../spec_fetcher" require_relative "../version_option" require_relative "../install_message" # must come before rdoc for messaging require_relative "../rdoc" class Gem::Commands::UpdateCommand < Gem::Command include Gem::InstallUpdateOptions include Gem::LocalRemoteOptions include Gem::VersionOption attr_reader :installer # :nodoc: attr_reader :updated # :nodoc: def initialize options = { force: false, } options.merge!(install_update_options) super "update", "Update installed gems to the latest version", options add_install_update_options Gem::OptionParser.accept Gem::Version do |value| Gem::Version.new value value end add_option("--system [VERSION]", Gem::Version, "Update the RubyGems system software") do |value, opts| value ||= true opts[:system] = value end add_local_remote_options add_platform_option add_prerelease_option "as update targets" @updated = [] @installer = nil end def arguments # :nodoc: "GEMNAME name of gem to update" end def defaults_str # :nodoc: "--no-force --install-dir #{Gem.dir}\n" + install_update_defaults_str end def description # :nodoc: <<-EOF The update command will update your gems to the latest version. The update command does not remove the previous version. Use the cleanup command to remove old versions. EOF end def usage # :nodoc: "#{program_name} GEMNAME [GEMNAME ...]" end def check_latest_rubygems(version) # :nodoc: if Gem.rubygems_version == version say "Latest version already installed. Done." terminate_interaction end end def check_oldest_rubygems(version) # :nodoc: if oldest_supported_version > version alert_error "rubygems #{version} is not supported on #{RUBY_VERSION}. The oldest version supported by this ruby is #{oldest_supported_version}" terminate_interaction 1 end end def check_update_arguments # :nodoc: unless options[:args].empty? alert_error "Gem names are not allowed with the --system option" terminate_interaction 1 end end def execute if options[:system] update_rubygems return end gems_to_update = which_to_update( highest_installed_gems, options[:args].uniq ) if options[:explain] say "Gems to update:" gems_to_update.each do |name_tuple| say " #{name_tuple.full_name}" end return end say "Updating installed gems" updated = update_gems gems_to_update installed_names = highest_installed_gems.keys updated_names = updated.map(&:name) not_updated_names = options[:args].uniq - updated_names not_installed_names = not_updated_names - installed_names up_to_date_names = not_updated_names - not_installed_names if updated.empty? say "Nothing to update" else say "Gems updated: #{updated_names.join(" ")}" end say "Gems already up-to-date: #{up_to_date_names.join(" ")}" unless up_to_date_names.empty? say "Gems not currently installed: #{not_installed_names.join(" ")}" unless not_installed_names.empty? end def fetch_remote_gems(spec) # :nodoc: dependency = Gem::Dependency.new spec.name, "> #{spec.version}" dependency.prerelease = options[:prerelease] fetcher = Gem::SpecFetcher.fetcher spec_tuples, errors = fetcher.search_for_dependency dependency error = errors.find {|e| e.respond_to? :exception } raise error if error spec_tuples end def highest_installed_gems # :nodoc: hig = {} # highest installed gems # Get only gem specifications installed as --user-install Gem::Specification.dirs = Gem.user_dir if options[:user_install] Gem::Specification.each do |spec| if hig[spec.name].nil? || hig[spec.name].version < spec.version hig[spec.name] = spec end end hig end def highest_remote_name_tuple(spec) # :nodoc: spec_tuples = fetch_remote_gems spec highest_remote_gem = spec_tuples.max return unless highest_remote_gem highest_remote_gem.first end def install_rubygems(spec) # :nodoc: args = update_rubygems_arguments version = spec.version update_dir = File.join spec.base_dir, "gems", "rubygems-update-#{version}" Dir.chdir update_dir do say "Installing RubyGems #{version}" unless options[:silent] installed = preparing_gem_layout_for(version) do system Gem.ruby, "--disable-gems", "setup.rb", *args end unless options[:silent] say "RubyGems system software updated" if installed end end end def preparing_gem_layout_for(version) if Gem::Version.new(version) >= Gem::Version.new("3.2.a") yield else require "tmpdir" Dir.mktmpdir("gem_update") do |tmpdir| FileUtils.mv Gem.plugindir, tmpdir status = yield unless status FileUtils.mv File.join(tmpdir, "plugins"), Gem.plugindir end status end end end def rubygems_target_version version = options[:system] update_latest = version == true unless update_latest version = Gem::Version.new version requirement = Gem::Requirement.new version return version, requirement end version = Gem::Version.new Gem::VERSION requirement = Gem::Requirement.new ">= #{Gem::VERSION}" rubygems_update = Gem::Specification.new rubygems_update.name = "rubygems-update" rubygems_update.version = version highest_remote_tup = highest_remote_name_tuple(rubygems_update) target = highest_remote_tup ? highest_remote_tup.version : version [target, requirement] end def update_gem(name, version = Gem::Requirement.default) return if @updated.any? {|spec| spec.name == name } update_options = options.dup update_options[:prerelease] = version.prerelease? @installer = Gem::DependencyInstaller.new update_options say "Updating #{name}" unless options[:system] begin @installer.install name, Gem::Requirement.new(version) rescue Gem::InstallError, Gem::DependencyError => e alert_error "Error installing #{name}:\n\t#{e.message}" end @installer.installed_gems.each do |spec| @updated << spec end end def update_gems(gems_to_update) gems_to_update.uniq.sort.each do |name_tuple| update_gem name_tuple.name, name_tuple.version end @updated end ## # Update RubyGems software to the latest version. def update_rubygems if Gem.disable_system_update_message alert_error Gem.disable_system_update_message terminate_interaction 1 end check_update_arguments version, requirement = rubygems_target_version check_latest_rubygems version check_oldest_rubygems version installed_gems = Gem::Specification.find_all_by_name "rubygems-update", requirement installed_gems = update_gem("rubygems-update", requirement) if installed_gems.empty? || installed_gems.first.version != version return if installed_gems.empty? install_rubygems installed_gems.first end def update_rubygems_arguments # :nodoc: args = [] args << "--silent" if options[:silent] args << "--prefix" << Gem.prefix if Gem.prefix args << "--no-document" unless options[:document].include?("rdoc") || options[:document].include?("ri") args << "--no-format-executable" if options[:no_format_executable] args << "--previous-version" << Gem::VERSION args end def which_to_update(highest_installed_gems, gem_names) result = [] highest_installed_gems.each do |_l_name, l_spec| next if !gem_names.empty? && gem_names.none? {|name| name == l_spec.name } highest_remote_tup = highest_remote_name_tuple l_spec next unless highest_remote_tup result << highest_remote_tup end result end private # # Oldest version we support downgrading to. This is the version that # originally ships with the oldest supported patch version of ruby. # def oldest_supported_version @oldest_supported_version ||= Gem::Version.new("3.3.3") end end PK &J [ 6}�V V 6 share/rubygems/rubygems/commands/dependency_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../version_option" class Gem::Commands::DependencyCommand < Gem::Command include Gem::LocalRemoteOptions include Gem::VersionOption def initialize super "dependency", "Show the dependencies of an installed gem", version: Gem::Requirement.default, domain: :local add_version_option add_platform_option add_prerelease_option add_option("-R", "--[no-]reverse-dependencies", "Include reverse dependencies in the output") do |value, options| options[:reverse_dependencies] = value end add_option("-p", "--pipe", "Pipe Format (name --version ver)") do |value, options| options[:pipe_format] = value end add_local_remote_options end def arguments # :nodoc: "REGEXP show dependencies for gems whose names start with REGEXP" end def defaults_str # :nodoc: "--local --version '#{Gem::Requirement.default}' --no-reverse-dependencies" end def description # :nodoc: <<-EOF The dependency commands lists which other gems a given gem depends on. For local gems only the reverse dependencies can be shown (which gems depend on the named gem). The dependency list can be displayed in a format suitable for piping for use with other commands. EOF end def usage # :nodoc: "#{program_name} REGEXP" end def fetch_remote_specs(name, requirement, prerelease) # :nodoc: fetcher = Gem::SpecFetcher.fetcher specs_type = prerelease ? :complete : :released ss = if name.nil? fetcher.detect(specs_type) { true } else fetcher.detect(specs_type) do |name_tuple| name === name_tuple.name && requirement.satisfied_by?(name_tuple.version) end end ss.map {|tuple, source| source.fetch_spec(tuple) } end def fetch_specs(name_pattern, requirement, prerelease) # :nodoc: specs = [] if local? specs.concat Gem::Specification.stubs.find_all {|spec| name_matches = name_pattern ? name_pattern =~ spec.name : true version_matches = requirement.satisfied_by?(spec.version) name_matches && version_matches }.map(&:to_spec) end specs.concat fetch_remote_specs name_pattern, requirement, prerelease if remote? ensure_specs specs specs.uniq.sort end def display_pipe(specs) # :nodoc: specs.each do |spec| next if spec.dependencies.empty? spec.dependencies.sort_by(&:name).each do |dep| say "#{dep.name} --version '#{dep.requirement}'" end end end def display_readable(specs, reverse) # :nodoc: response = String.new specs.each do |spec| response << print_dependencies(spec) unless reverse[spec.full_name].empty? response << " Used by\n" reverse[spec.full_name].each do |sp, dep| response << " #{sp} (#{dep})\n" end end response << "\n" end say response end def execute ensure_local_only_reverse_dependencies pattern = name_pattern options[:args] requirement = Gem::Requirement.new options[:version] specs = fetch_specs pattern, requirement, options[:prerelease] reverse = reverse_dependencies specs if options[:pipe_format] display_pipe specs else display_readable specs, reverse end end def ensure_local_only_reverse_dependencies # :nodoc: if options[:reverse_dependencies] && remote? && !local? alert_error "Only reverse dependencies for local gems are supported." terminate_interaction 1 end end def ensure_specs(specs) # :nodoc: return unless specs.empty? patterns = options[:args].join "," say "No gems found matching #{patterns} (#{options[:version]})" if Gem.configuration.verbose terminate_interaction 1 end def print_dependencies(spec, level = 0) # :nodoc: response = String.new response << " " * level + "Gem #{spec.full_name}\n" unless spec.dependencies.empty? spec.dependencies.sort_by(&:name).each do |dep| response << " " * level + " #{dep}\n" end end response end def reverse_dependencies(specs) # :nodoc: reverse = Hash.new {|h, k| h[k] = [] } return reverse unless options[:reverse_dependencies] specs.each do |spec| reverse[spec.full_name] = find_reverse_dependencies spec end reverse end ## # Returns an Array of [specification, dep] that are satisfied by +spec+. def find_reverse_dependencies(spec) # :nodoc: result = [] Gem::Specification.each do |sp| sp.dependencies.each do |dep| dep = Gem::Dependency.new(*dep) unless Gem::Dependency === dep if spec.name == dep.name && dep.requirement.satisfied_by?(spec.version) result << [sp.full_name, dep] end end end result end private def name_pattern(args) return if args.empty? if args.length == 1 && args.first =~ /\A(.*)(i)?\z/m flags = $2 ? Regexp::IGNORECASE : nil Regexp.new $1, flags else /\A#{Regexp.union(*args)}/ end end end PK &J [ZAQ � � 2 share/rubygems/rubygems/commands/search_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../query_utils" class Gem::Commands::SearchCommand < Gem::Command include Gem::QueryUtils def initialize super "search", "Display remote gems whose name matches REGEXP", domain: :remote, details: false, versions: true, installed: nil, version: Gem::Requirement.default add_query_options end def arguments # :nodoc: "REGEXP regexp to search for in gem name" end def defaults_str # :nodoc: "--remote --no-details" end def description # :nodoc: <<-EOF The search command displays remote gems whose name matches the given regexp. The --details option displays additional details from the gem but will take a little longer to complete as it must download the information individually from the index. To list local gems use the list command. EOF end def usage # :nodoc: "#{program_name} [REGEXP]" end end PK &J [9�:4� � 1 share/rubygems/rubygems/commands/query_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../query_utils" require_relative "../deprecate" class Gem::Commands::QueryCommand < Gem::Command extend Gem::Deprecate rubygems_deprecate_command include Gem::QueryUtils alias_method :warning_without_suggested_alternatives, :deprecation_warning def deprecation_warning warning_without_suggested_alternatives message = "It is recommended that you use `gem search` or `gem list` instead.\n" alert_warning message unless Gem::Deprecate.skip end def initialize(name = "query", summary = "Query gem information in local or remote repositories") super name, summary, domain: :local, details: false, versions: true, installed: nil, version: Gem::Requirement.default add_option("-n", "--name-matches REGEXP", "Name of gem(s) to query on matches the", "provided REGEXP") do |value, options| options[:name] = /#{value}/i end add_query_options end def description # :nodoc: <<-EOF The query command is the basis for the list and search commands. You should really use the list and search commands instead. This command is too hard to use. EOF end end PK &J [gpY�� � 9 share/rubygems/rubygems/commands/specification_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../local_remote_options" require_relative "../version_option" require_relative "../package" class Gem::Commands::SpecificationCommand < Gem::Command include Gem::LocalRemoteOptions include Gem::VersionOption def initialize Gem.load_yaml super "specification", "Display gem specification (in yaml)", domain: :local, version: Gem::Requirement.default, format: :yaml add_version_option("examine") add_platform_option add_prerelease_option add_option("--all", "Output specifications for all versions of", "the gem") do |_value, options| options[:all] = true end add_option("--ruby", "Output ruby format") do |_value, options| options[:format] = :ruby end add_option("--yaml", "Output YAML format") do |_value, options| options[:format] = :yaml end add_option("--marshal", "Output Marshal format") do |_value, options| options[:format] = :marshal end add_local_remote_options end def arguments # :nodoc: <<-ARGS GEMFILE name of gem to show the gemspec for FIELD name of gemspec field to show ARGS end def defaults_str # :nodoc: "--local --version '#{Gem::Requirement.default}' --yaml" end def description # :nodoc: <<-EOF The specification command allows you to extract the specification from a gem for examination. The specification can be output in YAML, ruby or Marshal formats. Specific fields in the specification can be extracted in YAML format: $ gem spec rake summary --- Ruby based make-like utility. ... EOF end def usage # :nodoc: "#{program_name} [GEMFILE] [FIELD]" end def execute specs = [] gem = options[:args].shift unless gem raise Gem::CommandLineError, "Please specify a gem name or file on the command line" end case v = options[:version] when String req = Gem::Requirement.create v when Gem::Requirement req = v else raise Gem::CommandLineError, "Unsupported version type: '#{v}'" end if !req.none? && options[:all] alert_error "Specify --all or -v, not both" terminate_interaction 1 end if options[:all] dep = Gem::Dependency.new gem else dep = Gem::Dependency.new gem, req end field = get_one_optional_argument raise Gem::CommandLineError, "--ruby and FIELD are mutually exclusive" if field && options[:format] == :ruby if local? if File.exist? gem begin specs << Gem::Package.new(gem).spec rescue StandardError nil end end if specs.empty? specs.push(*dep.matching_specs) end end if remote? dep.prerelease = options[:prerelease] found, _ = Gem::SpecFetcher.fetcher.spec_for_dependency dep specs.push(*found.map {|spec,| spec }) end if specs.empty? alert_error "No gem matching '#{dep}' found" terminate_interaction 1 end platform = get_platform_from_requirements(options) if platform specs = specs.select {|s| s.platform.to_s == platform } end unless options[:all] specs = [specs.max_by(&:version)] end specs.each do |s| s = s.send field if field say case options[:format] when :ruby then s.to_ruby when :marshal then Marshal.dump s else s.to_yaml end say "\n" end end end PK 'J [�m�a� � 4 share/rubygems/rubygems/commands/pristine_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../package" require_relative "../installer" require_relative "../version_option" class Gem::Commands::PristineCommand < Gem::Command include Gem::VersionOption def initialize super "pristine", "Restores installed gems to pristine condition from files located in the gem cache", version: Gem::Requirement.default, extensions: true, extensions_set: false, all: false add_option("--all", "Restore all installed gems to pristine", "condition") do |value, options| options[:all] = value end add_option("--skip=gem_name", "used on --all, skip if name == gem_name") do |value, options| options[:skip] ||= [] options[:skip] << value end add_option("--[no-]extensions", "Restore gems with extensions", "in addition to regular gems") do |value, options| options[:extensions_set] = true options[:extensions] = value end add_option("--only-missing-extensions", "Only restore gems with missing extensions") do |value, options| options[:only_missing_extensions] = value end add_option("--only-executables", "Only restore executables") do |value, options| options[:only_executables] = value end add_option("--only-plugins", "Only restore plugins") do |value, options| options[:only_plugins] = value end add_option("-E", "--[no-]env-shebang", "Rewrite executables with a shebang", "of /usr/bin/env") do |value, options| options[:env_shebang] = value end add_option("-i", "--install-dir DIR", "Gem repository to get gems restored") do |value, options| options[:install_dir] = File.expand_path(value) end add_option("-n", "--bindir DIR", "Directory where executables are", "located") do |value, options| options[:bin_dir] = File.expand_path(value) end add_version_option("restore to", "pristine condition") end def arguments # :nodoc: "GEMNAME gem to restore to pristine condition (unless --all)" end def defaults_str # :nodoc: "--extensions" end def description # :nodoc: <<-EOF The pristine command compares an installed gem with the contents of its cached .gem file and restores any files that don't match the cached .gem's copy. If you have made modifications to an installed gem, the pristine command will revert them. All extensions are rebuilt and all bin stubs for the gem are regenerated after checking for modifications. If the cached gem cannot be found it will be downloaded. If --no-extensions is provided pristine will not attempt to restore a gem with an extension. If --extensions is given (but not --all or gem names) only gems with extensions will be restored. EOF end def usage # :nodoc: "#{program_name} [GEMNAME ...]" end def execute install_dir = options[:install_dir] specification_record = install_dir ? Gem::SpecificationRecord.from_path(install_dir) : Gem::Specification.specification_record specs = if options[:all] specification_record.map # `--extensions` must be explicitly given to pristine only gems # with extensions. elsif options[:extensions_set] && options[:extensions] && options[:args].empty? specification_record.select do |spec| spec.extensions && !spec.extensions.empty? end elsif options[:only_missing_extensions] specification_record.select(&:missing_extensions?) else get_all_gem_names.sort.flat_map do |gem_name| specification_record.find_all_by_name(gem_name, options[:version]).reverse end end specs = specs.select {|spec| spec.platform == RUBY_ENGINE || Gem::Platform.local === spec.platform || spec.platform == Gem::Platform::RUBY } if specs.to_a.empty? raise Gem::Exception, "Failed to find gems #{options[:args]} #{options[:version]}" end say "Restoring gems to pristine condition..." specs.group_by(&:full_name_with_location).values.each do |grouped_specs| spec = grouped_specs.find {|s| !s.default_gem? } || grouped_specs.first unless only_executables_or_plugins? # Default gemspecs include changes provided by ruby-core installer that # can't currently be pristined (inclusion of compiled extension targets in # the file list). So stick to resetting executables if it's a default gem. options[:only_executables] = true if spec.default_gem? end if options.key? :skip if options[:skip].include? spec.name say "Skipped #{spec.full_name}, it was given through options" next end end unless spec.extensions.empty? || options[:extensions] || only_executables_or_plugins? say "Skipped #{spec.full_name_with_location}, it needs to compile an extension" next end gem = spec.cache_file unless File.exist?(gem) || only_executables_or_plugins? require_relative "../remote_fetcher" say "Cached gem for #{spec.full_name_with_location} not found, attempting to fetch..." dep = Gem::Dependency.new spec.name, spec.version found, _ = Gem::SpecFetcher.fetcher.spec_for_dependency dep if found.empty? say "Skipped #{spec.full_name}, it was not found from cache and remote sources" next end spec_candidate, source = found.first Gem::RemoteFetcher.fetcher.download spec_candidate, source.uri.to_s, spec.base_dir end env_shebang = if options.include? :env_shebang options[:env_shebang] else install_defaults = Gem::ConfigFile::PLATFORM_DEFAULTS["install"] install_defaults.to_s["--env-shebang"] end bin_dir = options[:bin_dir] if options[:bin_dir] installer_options = { wrappers: true, force: true, install_dir: install_dir || spec.base_dir, env_shebang: env_shebang, build_args: spec.build_args, bin_dir: bin_dir, } if options[:only_executables] installer = Gem::Installer.for_spec(spec, installer_options) installer.generate_bin elsif options[:only_plugins] installer = Gem::Installer.for_spec(spec, installer_options) installer.generate_plugins else installer = Gem::Installer.at(gem, installer_options) installer.install end say "Restored #{spec.full_name_with_location}" end end private def only_executables_or_plugins? options[:only_executables] || options[:only_plugins] end end PK 'J [�])�[ [ 1 share/rubygems/rubygems/commands/which_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" class Gem::Commands::WhichCommand < Gem::Command def initialize super "which", "Find the location of a library file you can require", search_gems_first: false, show_all: false add_option "-a", "--[no-]all", "show all matching files" do |show_all, options| options[:show_all] = show_all end add_option "-g", "--[no-]gems-first", "search gems before non-gems" do |gems_first, options| options[:search_gems_first] = gems_first end end def arguments # :nodoc: "FILE name of file to find" end def defaults_str # :nodoc: "--no-gems-first --no-all" end def description # :nodoc: <<-EOF The which command is like the shell which command and shows you where the file you wish to require lives. You can use the which command to help determine why you are requiring a version you did not expect or to look at the content of a file you are requiring to see why it does not behave as you expect. EOF end def execute found = true options[:args].each do |arg| arg = arg.sub(/#{Regexp.union(*Gem.suffixes)}$/, "") dirs = $LOAD_PATH spec = Gem::Specification.find_by_path arg if spec if options[:search_gems_first] dirs = spec.full_require_paths + $LOAD_PATH else dirs = $LOAD_PATH + spec.full_require_paths end end paths = find_paths arg, dirs if paths.empty? alert_error "Can't find Ruby library file or shared library #{arg}" found = false else say paths end end terminate_interaction 1 unless found end def find_paths(package_name, dirs) result = [] dirs.each do |dir| Gem.suffixes.each do |ext| full_path = File.join dir, "#{package_name}#{ext}" if File.exist?(full_path) && !File.directory?(full_path) result << full_path return result unless options[:show_all] end end end result end def usage # :nodoc: "#{program_name} FILE [FILE ...]" end end PK 'J [LT�b� � 2 share/rubygems/rubygems/commands/signin_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../gemcutter_utilities" class Gem::Commands::SigninCommand < Gem::Command include Gem::GemcutterUtilities def initialize super "signin", "Sign in to any gemcutter-compatible host. "\ "It defaults to https://rubygems.org" add_option("--host HOST", "Push to another gemcutter-compatible host") do |value, options| options[:host] = value end add_otp_option end def description # :nodoc: "The signin command executes host sign in for a push server (the default is"\ " https://rubygems.org). The host can be provided with the host flag or can"\ " be inferred from the provided gem. Host resolution matches the resolution"\ " strategy for the push command." end def usage # :nodoc: program_name end def execute sign_in options[:host] end end PK 'J [U �+� � 7 share/rubygems/rubygems/commands/environment_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" class Gem::Commands::EnvironmentCommand < Gem::Command def initialize super "environment", "Display information about the RubyGems environment" end def arguments # :nodoc: args = <<-EOF home display the path where gems are installed. Aliases: gemhome, gemdir, GEM_HOME path display path used to search for gems. Aliases: gempath, GEM_PATH user_gemhome display the path where gems are installed when `--user-install` is given. Aliases: user_gemdir version display the gem format version remotesources display the remote gem servers platform display the supported gem platforms credentials display the path where credentials are stored <omitted> display everything EOF args.gsub(/^\s+/, "") end def description # :nodoc: <<-EOF The environment command lets you query rubygems for its configuration for use in shell scripts or as a debugging aid. The RubyGems environment can be controlled through command line arguments, gemrc files, environment variables and built-in defaults. Command line argument defaults and some RubyGems defaults can be set in a ~/.gemrc file for individual users and a gemrc in the SYSTEM CONFIGURATION DIRECTORY for all users. These files are YAML files with the following YAML keys: :sources: A YAML array of remote gem repositories to install gems from :verbose: Verbosity of the gem command. false, true, and :really are the levels :update_sources: Enable/disable automatic updating of repository metadata :backtrace: Print backtrace when RubyGems encounters an error :gempath: The paths in which to look for gems :disable_default_gem_server: Force specification of gem server host on push <gem_command>: A string containing arguments for the specified gem command Example: :verbose: false install: --no-wrappers update: --no-wrappers :disable_default_gem_server: true RubyGems' default local repository can be overridden with the GEM_PATH and GEM_HOME environment variables. GEM_HOME sets the default repository to install into. GEM_PATH allows multiple local repositories to be searched for gems. If you are behind a proxy server, RubyGems uses the HTTP_PROXY, HTTP_PROXY_USER and HTTP_PROXY_PASS environment variables to discover the proxy server. If you would like to push gems to a private gem server the RUBYGEMS_HOST environment variable can be set to the URI for that server. If you are packaging RubyGems all of RubyGems' defaults are in lib/rubygems/defaults.rb. You may override these in lib/rubygems/defaults/operating_system.rb EOF end def usage # :nodoc: "#{program_name} [arg]" end def execute out = String.new arg = options[:args][0] out << case arg when /^version/ then Gem::VERSION when /^gemdir/, /^gemhome/, /^home/, /^GEM_HOME/ then Gem.dir when /^gempath/, /^path/, /^GEM_PATH/ then Gem.path.join(File::PATH_SEPARATOR) when /^user_gemdir/, /^user_gemhome/ then Gem.user_dir when /^remotesources/ then Gem.sources.to_a.join("\n") when /^platform/ then Gem.platforms.join(File::PATH_SEPARATOR) when /^credentials/, /^creds/ then Gem.configuration.credentials_path when nil then show_environment else raise Gem::CommandLineError, "Unknown environment option [#{arg}]" end say out true end def add_path(out, path) path.each do |component| out << " - #{component}\n" end end def show_environment # :nodoc: out = "RubyGems Environment:\n".dup out << " - RUBYGEMS VERSION: #{Gem::VERSION}\n" out << " - RUBY VERSION: #{RUBY_VERSION} (#{RUBY_RELEASE_DATE} patchlevel #{RUBY_PATCHLEVEL}) [#{RUBY_PLATFORM}]\n" out << " - INSTALLATION DIRECTORY: #{Gem.dir}\n" out << " - USER INSTALLATION DIRECTORY: #{Gem.user_dir}\n" out << " - CREDENTIALS FILE: #{Gem.configuration.credentials_path}\n" out << " - RUBYGEMS PREFIX: #{Gem.prefix}\n" unless Gem.prefix.nil? out << " - RUBY EXECUTABLE: #{Gem.ruby}\n" out << " - GIT EXECUTABLE: #{git_path}\n" out << " - EXECUTABLE DIRECTORY: #{Gem.bindir}\n" out << " - SPEC CACHE DIRECTORY: #{Gem.spec_cache_dir}\n" out << " - SYSTEM CONFIGURATION DIRECTORY: #{Gem::ConfigFile::SYSTEM_CONFIG_PATH}\n" out << " - RUBYGEMS PLATFORMS:\n" Gem.platforms.each do |platform| out << " - #{platform}\n" end out << " - GEM PATHS:\n" out << " - #{Gem.dir}\n" gem_path = Gem.path.dup gem_path.delete Gem.dir add_path out, gem_path out << " - GEM CONFIGURATION:\n" Gem.configuration.each do |name, value| value = value.gsub(/./, "*") if name == "gemcutter_key" out << " - #{name.inspect} => #{value.inspect}\n" end out << " - REMOTE SOURCES:\n" Gem.sources.each do |s| out << " - #{s}\n" end out << " - SHELL PATH:\n" shell_path = ENV["PATH"].split(File::PATH_SEPARATOR) add_path out, shell_path out end private ## # Git binary path def git_path exts = ENV["PATHEXT"] ? ENV["PATHEXT"].split(";") : [""] ENV["PATH"].split(File::PATH_SEPARATOR).each do |path| exts.each do |ext| exe = File.join(path, "git#{ext}") return exe if File.executable?(exe) && !File.directory?(exe) end end nil end end PK 'J [K=@B B 4 share/rubygems/rubygems/commands/contents_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../version_option" class Gem::Commands::ContentsCommand < Gem::Command include Gem::VersionOption def initialize super "contents", "Display the contents of the installed gems", specdirs: [], lib_only: false, prefix: true, show_install_dir: false add_version_option add_option("--all", "Contents for all gems") do |all, options| options[:all] = all end add_option("-s", "--spec-dir a,b,c", Array, "Search for gems under specific paths") do |spec_dirs, options| options[:specdirs] = spec_dirs end add_option("-l", "--[no-]lib-only", "Only return files in the Gem's lib_dirs") do |lib_only, options| options[:lib_only] = lib_only end add_option("--[no-]prefix", "Don't include installed path prefix") do |prefix, options| options[:prefix] = prefix end add_option("--[no-]show-install-dir", "Show only the gem install dir") do |show, options| options[:show_install_dir] = show end @path_kind = nil @spec_dirs = nil @version = nil end def arguments # :nodoc: "GEMNAME name of gem to list contents for" end def defaults_str # :nodoc: "--no-lib-only --prefix" end def description # :nodoc: <<-EOF The contents command lists the files in an installed gem. The listing can be given as full file names, file names without the installed directory prefix or only the files that are requireable. EOF end def usage # :nodoc: "#{program_name} GEMNAME [GEMNAME ...]" end def execute @version = options[:version] || Gem::Requirement.default @spec_dirs = specification_directories @path_kind = path_description @spec_dirs names = gem_names names.each do |name| found = if options[:show_install_dir] gem_install_dir name else gem_contents name end terminate_interaction 1 unless found || names.length > 1 end end def files_in(spec) if spec.default_gem? files_in_default_gem spec else files_in_gem spec end end def files_in_gem(spec) gem_path = spec.full_gem_path extra = "/{#{spec.require_paths.join ","}}" if options[:lib_only] glob = "#{gem_path}#{extra}/**/*" prefix_re = %r{#{Regexp.escape(gem_path)}/} Dir[glob].map do |file| [gem_path, file.sub(prefix_re, "")] end end def files_in_default_gem(spec) spec.files.filter_map do |file| if file.start_with?("#{spec.bindir}/") [RbConfig::CONFIG["bindir"], file.delete_prefix("#{spec.bindir}/")] else gem spec.name, spec.version require_path = spec.require_paths.find do |path| file.start_with?("#{path}/") end requirable_part = file.delete_prefix("#{require_path}/") resolve = $LOAD_PATH.resolve_feature_path(requirable_part)&.last next unless resolve [resolve.delete_suffix(requirable_part), requirable_part] end end end def gem_contents(name) spec = spec_for name return false unless spec files = files_in spec show_files files true end def gem_install_dir(name) spec = spec_for name return false unless spec say spec.gem_dir true end def gem_names # :nodoc: if options[:all] Gem::Specification.map(&:name) else get_all_gem_names end end def path_description(spec_dirs) # :nodoc: if spec_dirs.empty? "default gem paths" else "specified path" end end def show_files(files) files.sort.each do |prefix, basename| absolute_path = File.join(prefix, basename) next if File.directory? absolute_path if options[:prefix] say absolute_path else say basename end end end def spec_for(name) spec = Gem::Specification.find_all_by_name(name, @version).first return spec if spec say "Unable to find gem '#{name}' in #{@path_kind}" if Gem.configuration.verbose say "\nDirectories searched:" @spec_dirs.sort.each {|dir| say dir } end nil end def specification_directories # :nodoc: options[:specdirs].flat_map do |i| [i, File.join(i, "specifications")] end end end PK 'J [���& & 3 share/rubygems/rubygems/commands/install_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../install_update_options" require_relative "../dependency_installer" require_relative "../local_remote_options" require_relative "../validator" require_relative "../version_option" require_relative "../update_suggestion" ## # Gem installer command line tool # # See `gem help install` class Gem::Commands::InstallCommand < Gem::Command attr_reader :installed_specs # :nodoc: include Gem::VersionOption include Gem::LocalRemoteOptions include Gem::InstallUpdateOptions include Gem::UpdateSuggestion def initialize defaults = Gem::DependencyInstaller::DEFAULT_OPTIONS.merge({ format_executable: false, lock: true, suggest_alternate: true, version: Gem::Requirement.default, without_groups: [], }) defaults.merge!(install_update_options) super "install", "Install a gem into the local repository", defaults add_install_update_options add_local_remote_options add_platform_option add_version_option add_prerelease_option "to be installed. (Only for listed gems)" @installed_specs = [] end def arguments # :nodoc: "GEMNAME name of gem to install" end def defaults_str # :nodoc: "--both --version '#{Gem::Requirement.default}' --no-force\n" \ "--install-dir #{Gem.dir} --lock\n" + install_update_defaults_str end def description # :nodoc: <<-EOF The install command installs local or remote gem into a gem repository. For gems with executables ruby installs a wrapper file into the executable directory by default. This can be overridden with the --no-wrappers option. The wrapper allows you to choose among alternate gem versions using _version_. For example `rake _0.7.3_ --version` will run rake version 0.7.3 if a newer version is also installed. Gem Dependency Files ==================== RubyGems can install a consistent set of gems across multiple environments using `gem install -g` when a gem dependencies file (gem.deps.rb, Gemfile or Isolate) is present. If no explicit file is given RubyGems attempts to find one in the current directory. When the RUBYGEMS_GEMDEPS environment variable is set to a gem dependencies file the gems from that file will be activated at startup time. Set it to a specific filename or to "-" to have RubyGems automatically discover the gem dependencies file by walking up from the current directory. NOTE: Enabling automatic discovery on multiuser systems can lead to execution of arbitrary code when used from directories outside your control. Extension Install Failures ========================== If an extension fails to compile during gem installation the gem specification is not written out, but the gem remains unpacked in the repository. You may need to specify the path to the library's headers and libraries to continue. You can do this by adding a -- between RubyGems' options and the extension's build options: $ gem install some_extension_gem [build fails] Gem files will remain installed in \\ /path/to/gems/some_extension_gem-1.0 for inspection. Results logged to /path/to/gems/some_extension_gem-1.0/gem_make.out $ gem install some_extension_gem -- --with-extension-lib=/path/to/lib [build succeeds] $ gem list some_extension_gem *** LOCAL GEMS *** some_extension_gem (1.0) $ If you correct the compilation errors by editing the gem files you will need to write the specification by hand. For example: $ gem install some_extension_gem [build fails] Gem files will remain installed in \\ /path/to/gems/some_extension_gem-1.0 for inspection. Results logged to /path/to/gems/some_extension_gem-1.0/gem_make.out $ [cd /path/to/gems/some_extension_gem-1.0] $ [edit files or what-have-you and run make] $ gem spec ../../cache/some_extension_gem-1.0.gem --ruby > \\ ../../specifications/some_extension_gem-1.0.gemspec $ gem list some_extension_gem *** LOCAL GEMS *** some_extension_gem (1.0) $ Command Alias ========================== You can use `i` command instead of `install`. $ gem i GEMNAME EOF end def usage # :nodoc: "#{program_name} [options] GEMNAME [GEMNAME ...] -- --build-flags" end def check_version # :nodoc: if options[:version] != Gem::Requirement.default && get_all_gem_names.size > 1 alert_error "Can't use --version with multiple gems. You can specify multiple gems with" \ " version requirements using `gem install 'my_gem:1.0.0' 'my_other_gem:~>2.0.0'`" terminate_interaction 1 end end def execute if options.include? :gemdeps install_from_gemdeps return # not reached end @installed_specs = [] ENV.delete "GEM_PATH" if options[:install_dir].nil? check_version load_hooks exit_code = install_gems show_installed say update_suggestion if eligible_for_update? terminate_interaction exit_code end def install_from_gemdeps # :nodoc: require_relative "../request_set" rs = Gem::RequestSet.new specs = rs.install_from_gemdeps options do |req, inst| s = req.full_spec if inst say "Installing #{s.name} (#{s.version})" else say "Using #{s.name} (#{s.version})" end end @installed_specs = specs terminate_interaction end def install_gem(name, version) # :nodoc: return if options[:conservative] && !Gem::Dependency.new(name, version).matching_specs.empty? req = Gem::Requirement.create(version) dinst = Gem::DependencyInstaller.new options request_set = dinst.resolve_dependencies name, req if options[:explain] say "Gems to install:" request_set.sorted_requests.each do |activation_request| say " #{activation_request.full_name}" end else @installed_specs.concat request_set.install options end show_install_errors dinst.errors end def install_gems # :nodoc: exit_code = 0 get_all_gem_names_and_versions.each do |gem_name, gem_version| gem_version ||= options[:version] domain = options[:domain] domain = :local unless options[:suggest_alternate] suppress_suggestions = (domain == :local) begin install_gem gem_name, gem_version rescue Gem::InstallError => e alert_error "Error installing #{gem_name}:\n\t#{e.message}" exit_code |= 1 rescue Gem::UnsatisfiableDependencyError => e show_lookup_failure e.name, e.version, e.errors, suppress_suggestions, "'#{gem_name}' (#{gem_version})" exit_code |= 2 end end exit_code end ## # Loads post-install hooks def load_hooks # :nodoc: if options[:install_as_default] require_relative "../install_default_message" else require_relative "../install_message" end require_relative "../rdoc" end def show_install_errors(errors) # :nodoc: return unless errors errors.each do |x| next unless Gem::SourceFetchProblem === x require_relative "../uri" msg = "Unable to pull data from '#{Gem::Uri.redact(x.source.uri)}': #{x.error.message}" alert_warning msg end end def show_installed # :nodoc: return if @installed_specs.empty? gems = @installed_specs.length == 1 ? "gem" : "gems" say "#{@installed_specs.length} #{gems} installed" end end PK 'J [��R�� � 1 share/rubygems/rubygems/commands/stale_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" class Gem::Commands::StaleCommand < Gem::Command def initialize super("stale", "List gems along with access times") end def description # :nodoc: <<-EOF The stale command lists the latest access time for all the files in your installed gems. You can use this command to discover gems and gem versions you are no longer using. EOF end def usage # :nodoc: program_name.to_s end def execute gem_to_atime = {} Gem::Specification.each do |spec| name = spec.full_name Dir["#{spec.full_gem_path}/**/*.*"].each do |file| next if File.directory?(file) stat = File.stat(file) gem_to_atime[name] ||= stat.atime gem_to_atime[name] = stat.atime if gem_to_atime[name] < stat.atime end end gem_to_atime.sort_by {|_, atime| atime }.each do |name, atime| say "#{name} at #{atime.strftime "%c"}" end end end PK 'J []h&<� � 1 share/rubygems/rubygems/commands/build_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../gemspec_helpers" require_relative "../package" require_relative "../version_option" class Gem::Commands::BuildCommand < Gem::Command include Gem::VersionOption include Gem::GemspecHelpers def initialize super "build", "Build a gem from a gemspec" add_platform_option add_option "--force", "skip validation of the spec" do |_value, options| options[:force] = true end add_option "--strict", "consider warnings as errors when validating the spec" do |_value, options| options[:strict] = true end add_option "-o", "--output FILE", "output gem with the given filename" do |value, options| options[:output] = value end add_option "-C PATH", "Run as if gem build was started in <PATH> instead of the current working directory." do |value, options| options[:build_path] = value end deprecate_option "-C", version: "4.0", extra_msg: "-C is a global flag now. Use `gem -C PATH build GEMSPEC_FILE [options]` instead" end def arguments # :nodoc: "GEMSPEC_FILE gemspec file name to build a gem for" end def description # :nodoc: <<-EOF The build command allows you to create a gem from a ruby gemspec. The best way to build a gem is to use a Rakefile and the Gem::PackageTask which ships with RubyGems. The gemspec can either be created by hand or extracted from an existing gem with gem spec: $ gem unpack my_gem-1.0.gem Unpacked gem: '.../my_gem-1.0' $ gem spec my_gem-1.0.gem --ruby > my_gem-1.0/my_gem-1.0.gemspec $ cd my_gem-1.0 [edit gem contents] $ gem build my_gem-1.0.gemspec Gems can be saved to a specified filename with the output option: $ gem build my_gem-1.0.gemspec --output=release.gem EOF end def usage # :nodoc: "#{program_name} GEMSPEC_FILE" end def execute if build_path = options[:build_path] Dir.chdir(build_path) { build_gem } return end build_gem end private def build_gem gemspec = resolve_gem_name if gemspec build_package(gemspec) else alert_error error_message terminate_interaction(1) end end def build_package(gemspec) spec = Gem::Specification.load(gemspec) if spec Gem::Package.build( spec, options[:force], options[:strict], options[:output] ) else alert_error "Error loading gemspec. Aborting." terminate_interaction 1 end end def resolve_gem_name return find_gemspec unless gem_name if File.exist?(gem_name) gem_name else find_gemspec("#{gem_name}.gemspec") || find_gemspec(gem_name) end end def error_message if gem_name "Couldn't find a gemspec file matching '#{gem_name}' in #{Dir.pwd}" else "Couldn't find a gemspec file in #{Dir.pwd}" end end def gem_name get_one_optional_argument end end PK 'J [ߘ�|� � 0 share/rubygems/rubygems/commands/rdoc_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" require_relative "../version_option" require_relative "../rdoc" require "fileutils" class Gem::Commands::RdocCommand < Gem::Command include Gem::VersionOption def initialize super "rdoc", "Generates RDoc for pre-installed gems", version: Gem::Requirement.default, include_rdoc: false, include_ri: true, overwrite: false add_option("--all", "Generate RDoc/RI documentation for all", "installed gems") do |value, options| options[:all] = value end add_option("--[no-]rdoc", "Generate RDoc HTML") do |value, options| options[:include_rdoc] = value end add_option("--[no-]ri", "Generate RI data") do |value, options| options[:include_ri] = value end add_option("--[no-]overwrite", "Overwrite installed documents") do |value, options| options[:overwrite] = value end add_version_option end def arguments # :nodoc: "GEMNAME gem to generate documentation for (unless --all)" end def defaults_str # :nodoc: "--version '#{Gem::Requirement.default}' --ri --no-overwrite" end def description # :nodoc: <<-DESC The rdoc command builds documentation for installed gems. By default only documentation is built using rdoc, but additional types of documentation may be built through rubygems plugins and the Gem.post_installs hook. Use --overwrite to force rebuilding of documentation. DESC end def usage # :nodoc: "#{program_name} [args]" end def execute specs = if options[:all] Gem::Specification.to_a else get_all_gem_names.flat_map do |name| Gem::Specification.find_by_name name, options[:version] end.uniq end if specs.empty? alert_error "No matching gems found" terminate_interaction 1 end specs.each do |spec| doc = Gem::RDoc.new spec, options[:include_rdoc], options[:include_ri] doc.force = options[:overwrite] if options[:overwrite] FileUtils.rm_rf File.join(spec.doc_dir, "ri") FileUtils.rm_rf File.join(spec.doc_dir, "rdoc") end doc.generate end end end PK 'J [��s s 2 share/rubygems/rubygems/commands/mirror_command.rbnu �[��� # frozen_string_literal: true require_relative "../command" unless defined? Gem::Commands::MirrorCommand class Gem::Commands::MirrorCommand < Gem::Command def initialize super("mirror", "Mirror all gem files (requires rubygems-mirror)") begin Gem::Specification.find_by_name("rubygems-mirror").activate rescue Gem::LoadError # no-op end end def description # :nodoc: <<-EOF The mirror command has been moved to the rubygems-mirror gem. EOF end def execute alert_error "Install the rubygems-mirror gem for the mirror command" end end end PK 'J [�[!lk k , share/rubygems/rubygems/update_suggestion.rbnu �[��� # frozen_string_literal: true ## # Mixin methods for Gem::Command to promote available RubyGems update module Gem::UpdateSuggestion ONE_WEEK = 7 * 24 * 60 * 60 ## # Message to promote available RubyGems update with related gem update command. def update_suggestion <<-MESSAGE A new release of RubyGems is available: #{Gem.rubygems_version} → #{Gem.latest_rubygems_version}! Run `gem update --system #{Gem.latest_rubygems_version}` to update your installation. MESSAGE end ## # Determines if current environment is eligible for update suggestion. def eligible_for_update? # explicit opt-out return false if Gem.configuration[:prevent_update_suggestion] return false if ENV["RUBYGEMS_PREVENT_UPDATE_SUGGESTION"] # focus only on human usage of final RubyGems releases return false unless Gem.ui.tty? return false if Gem.rubygems_version.prerelease? return false if Gem.disable_system_update_message return false if Gem::CIDetector.ci? # check makes sense only when we can store timestamp of last try # otherwise we will not be able to prevent "annoying" update message # on each command call return unless Gem.configuration.state_file_writable? # load time of last check, ensure the difference is enough to repeat the suggestion check_time = Time.now.to_i last_update_check = Gem.configuration.last_update_check return false if (check_time - last_update_check) < ONE_WEEK # compare current and latest version, this is the part where # latest rubygems spec is fetched from remote (Gem.rubygems_version < Gem.latest_rubygems_version).tap do |eligible| # store the time of last successful check into state file Gem.configuration.last_update_check = check_time return eligible end rescue StandardError # don't block install command on any problem false end end PK 'J [!�!�� � , share/rubygems/rubygems/vendored_net_http.rbnu �[��� # frozen_string_literal: true # Ruby 3.3 and RubyGems 3.5 is already load Gem::Timeout from lib/rubygems/net/http.rb # We should avoid to load it again require_relative "vendor/net-http/lib/net/http" unless defined?(Gem::Net::HTTP) PK 'J [��{] ] 2 share/rubygems/rubygems/install_default_message.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" require_relative "user_interaction" ## # A post-install hook that displays "Successfully installed # some_gem-1.0 as a default gem" Gem.post_install do |installer| ui = Gem::DefaultUserInteraction.ui ui.say "Successfully installed #{installer.spec.full_name} as a default gem" end PK 'J [s!,ނ � & share/rubygems/rubygems/requirement.rbnu �[��� # frozen_string_literal: true require_relative "version" ## # A Requirement is a set of one or more version restrictions. It supports a # few (<tt>=, !=, >, <, >=, <=, ~></tt>) different restriction operators. # # See Gem::Version for a description on how versions and requirements work # together in RubyGems. class Gem::Requirement OPS = { # :nodoc: "=" => lambda {|v, r| v == r }, "!=" => lambda {|v, r| v != r }, ">" => lambda {|v, r| v > r }, "<" => lambda {|v, r| v < r }, ">=" => lambda {|v, r| v >= r }, "<=" => lambda {|v, r| v <= r }, "~>" => lambda {|v, r| v >= r && v.release < r.bump }, }.freeze SOURCE_SET_REQUIREMENT = Struct.new(:for_lockfile).new "!" # :nodoc: quoted = Regexp.union(OPS.keys) PATTERN_RAW = "\\s*(#{quoted})?\\s*(#{Gem::Version::VERSION_PATTERN})\\s*".freeze # :nodoc: ## # A regular expression that matches a requirement PATTERN = /\A#{PATTERN_RAW}\z/ ## # The default requirement matches any non-prerelease version DefaultRequirement = [">=", Gem::Version.new(0)].freeze ## # The default requirement matches any version DefaultPrereleaseRequirement = [">=", Gem::Version.new("0.a")].freeze ## # Raised when a bad requirement is encountered class BadRequirementError < ArgumentError; end ## # Factory method to create a Gem::Requirement object. Input may be # a Version, a String, or nil. Intended to simplify client code. # # If the input is "weird", the default version requirement is # returned. def self.create(*inputs) return new inputs if inputs.length > 1 input = inputs.shift case input when Gem::Requirement then input when Gem::Version, Array then new input when "!" then source_set else if input.respond_to? :to_str new [input.to_str] else default end end end def self.default new ">= 0" end def self.default_prerelease new ">= 0.a" end ### # A source set requirement, used for Gemfiles and lockfiles def self.source_set # :nodoc: SOURCE_SET_REQUIREMENT end ## # Parse +obj+, returning an <tt>[op, version]</tt> pair. +obj+ can # be a String or a Gem::Version. # # If +obj+ is a String, it can be either a full requirement # specification, like <tt>">= 1.2"</tt>, or a simple version number, # like <tt>"1.2"</tt>. # # parse("> 1.0") # => [">", Gem::Version.new("1.0")] # parse("1.0") # => ["=", Gem::Version.new("1.0")] # parse(Gem::Version.new("1.0")) # => ["=, Gem::Version.new("1.0")] def self.parse(obj) return ["=", obj] if Gem::Version === obj unless PATTERN =~ obj.to_s raise BadRequirementError, "Illformed requirement [#{obj.inspect}]" end op = -($1 || "=") version = -$2 if op == ">=" && version == "0" DefaultRequirement elsif op == ">=" && version == "0.a" DefaultPrereleaseRequirement else [op, Gem::Version.new(version)] end end ## # An array of requirement pairs. The first element of the pair is # the op, and the second is the Gem::Version. attr_reader :requirements # :nodoc: ## # Constructs a requirement from +requirements+. Requirements can be # Strings, Gem::Versions, or Arrays of those. +nil+ and duplicate # requirements are ignored. An empty set of +requirements+ is the # same as <tt>">= 0"</tt>. def initialize(*requirements) requirements = requirements.flatten requirements.compact! requirements.uniq! if requirements.empty? @requirements = [DefaultRequirement] else @requirements = requirements.map! {|r| self.class.parse r } end end ## # Concatenates the +new+ requirements onto this requirement. def concat(new) new = new.flatten new.compact! new.uniq! new = new.map {|r| self.class.parse r } @requirements.concat new end ## # Formats this requirement for use in a Gem::RequestSet::Lockfile. def for_lockfile # :nodoc: return if @requirements == [DefaultRequirement] list = requirements.sort_by do |_, version| version end.map do |op, version| "#{op} #{version}" end.uniq " (#{list.join ", "})" end ## # true if this gem has no requirements. def none? if @requirements.size == 1 @requirements[0] == DefaultRequirement else false end end ## # true if the requirement is for only an exact version def exact? return false unless @requirements.size == 1 @requirements[0][0] == "=" end def as_list # :nodoc: requirements.map {|op, version| "#{op} #{version}" } end def hash # :nodoc: requirements.map {|r| r.first == "~>" ? [r[0], r[1].to_s] : r }.sort.hash end def marshal_dump # :nodoc: [@requirements] end def marshal_load(array) # :nodoc: @requirements = array[0] raise TypeError, "wrong @requirements" unless Array === @requirements && @requirements.all? {|r| r.size == 2 && (r.first.is_a?(String) || r[0] = "=") && r.last.is_a?(Gem::Version) } end def yaml_initialize(tag, vals) # :nodoc: vals.each do |ivar, val| instance_variable_set "@#{ivar}", val end end def init_with(coder) # :nodoc: yaml_initialize coder.tag, coder.map end def encode_with(coder) # :nodoc: coder.add "requirements", @requirements end ## # A requirement is a prerelease if any of the versions inside of it # are prereleases def prerelease? requirements.any? {|r| r.last.prerelease? } end def pretty_print(q) # :nodoc: q.group 1, "Gem::Requirement.new(", ")" do q.pp as_list end end ## # True if +version+ satisfies this Requirement. def satisfied_by?(version) raise ArgumentError, "Need a Gem::Version: #{version.inspect}" unless Gem::Version === version requirements.all? {|op, rv| OPS.fetch(op).call version, rv } end alias_method :===, :satisfied_by? alias_method :=~, :satisfied_by? ## # True if the requirement will not always match the latest version. def specific? return true if @requirements.length > 1 # GIGO, > 1, > 2 is silly !%w[> >=].include? @requirements.first.first # grab the operator end def to_s # :nodoc: as_list.join ", " end def ==(other) # :nodoc: return unless Gem::Requirement === other # An == check is always necessary return false unless _sorted_requirements == other._sorted_requirements # An == check is sufficient unless any requirements use ~> return true unless _tilde_requirements.any? # If any requirements use ~> we use the stricter `#eql?` that also checks # that version precision is the same _tilde_requirements.eql?(other._tilde_requirements) end protected def _sorted_requirements @_sorted_requirements ||= requirements.sort_by(&:to_s) end def _tilde_requirements @_tilde_requirements ||= _sorted_requirements.select {|r| r.first == "~>" } end def initialize_copy(other) # :nodoc: @requirements = other.requirements.dup super end end class Gem::Version # This is needed for compatibility with older yaml # gemspecs. Requirement = Gem::Requirement # :nodoc: end PK 'J [�f��� � $ share/rubygems/rubygems/util/list.rbnu �[��� # frozen_string_literal: true module Gem # The Gem::List class is currently unused and will be removed in the next major rubygems version class List # :nodoc: include Enumerable attr_accessor :value, :tail def initialize(value = nil, tail = nil) @value = value @tail = tail end def each n = self while n yield n.value n = n.tail end end def to_a super.reverse end def prepend(value) List.new value, self end def pretty_print(q) # :nodoc: q.pp to_a end def self.prepend(list, value) return List.new(value) unless list List.new value, list end end deprecate_constant :List end PK (J [�Ŝ��8 �8 ( share/rubygems/rubygems/util/licenses.rbnu �[��� # frozen_string_literal: true # This is generated by generate_spdx_license_list.rb, any edits to this # file will be discarded. require_relative "../text" class Gem::Licenses extend Gem::Text NONSTANDARD = "Nonstandard" LICENSE_REF = "LicenseRef-.+" # Software Package Data Exchange (SPDX) standard open-source software # license identifiers LICENSE_IDENTIFIERS = %w[ 0BSD 3D-Slicer-1.0 AAL ADSL AFL-1.1 AFL-1.2 AFL-2.0 AFL-2.1 AFL-3.0 AGPL-1.0-only AGPL-1.0-or-later AGPL-3.0-only AGPL-3.0-or-later AMD-newlib AMDPLPA AML AML-glslang AMPAS ANTLR-PD ANTLR-PD-fallback APAFML APL-1.0 APSL-1.0 APSL-1.1 APSL-1.2 APSL-2.0 ASWF-Digital-Assets-1.0 ASWF-Digital-Assets-1.1 Abstyles AdaCore-doc Adobe-2006 Adobe-Display-PostScript Adobe-Glyph Adobe-Utopia Afmparse Aladdin Apache-1.0 Apache-1.1 Apache-2.0 App-s2p Arphic-1999 Artistic-1.0 Artistic-1.0-Perl Artistic-1.0-cl8 Artistic-2.0 BSD-1-Clause BSD-2-Clause BSD-2-Clause-Darwin BSD-2-Clause-Patent BSD-2-Clause-Views BSD-2-Clause-first-lines BSD-3-Clause BSD-3-Clause-Attribution BSD-3-Clause-Clear BSD-3-Clause-HP BSD-3-Clause-LBNL BSD-3-Clause-Modification BSD-3-Clause-No-Military-License BSD-3-Clause-No-Nuclear-License BSD-3-Clause-No-Nuclear-License-2014 BSD-3-Clause-No-Nuclear-Warranty BSD-3-Clause-Open-MPI BSD-3-Clause-Sun BSD-3-Clause-acpica BSD-3-Clause-flex BSD-4-Clause BSD-4-Clause-Shortened BSD-4-Clause-UC BSD-4.3RENO BSD-4.3TAHOE BSD-Advertising-Acknowledgement BSD-Attribution-HPND-disclaimer BSD-Inferno-Nettverk BSD-Protection BSD-Source-Code BSD-Source-beginning-file BSD-Systemics BSD-Systemics-W3Works BSL-1.0 BUSL-1.1 Baekmuk Bahyph Barr Beerware BitTorrent-1.0 BitTorrent-1.1 Bitstream-Charter Bitstream-Vera BlueOak-1.0.0 Boehm-GC Boehm-GC-without-fee Borceux Brian-Gladman-2-Clause Brian-Gladman-3-Clause C-UDA-1.0 CAL-1.0 CAL-1.0-Combined-Work-Exception CATOSL-1.1 CC-BY-1.0 CC-BY-2.0 CC-BY-2.5 CC-BY-2.5-AU CC-BY-3.0 CC-BY-3.0-AT CC-BY-3.0-AU CC-BY-3.0-DE CC-BY-3.0-IGO CC-BY-3.0-NL CC-BY-3.0-US CC-BY-4.0 CC-BY-NC-1.0 CC-BY-NC-2.0 CC-BY-NC-2.5 CC-BY-NC-3.0 CC-BY-NC-3.0-DE CC-BY-NC-4.0 CC-BY-NC-ND-1.0 CC-BY-NC-ND-2.0 CC-BY-NC-ND-2.5 CC-BY-NC-ND-3.0 CC-BY-NC-ND-3.0-DE CC-BY-NC-ND-3.0-IGO CC-BY-NC-ND-4.0 CC-BY-NC-SA-1.0 CC-BY-NC-SA-2.0 CC-BY-NC-SA-2.0-DE CC-BY-NC-SA-2.0-FR CC-BY-NC-SA-2.0-UK CC-BY-NC-SA-2.5 CC-BY-NC-SA-3.0 CC-BY-NC-SA-3.0-DE CC-BY-NC-SA-3.0-IGO CC-BY-NC-SA-4.0 CC-BY-ND-1.0 CC-BY-ND-2.0 CC-BY-ND-2.5 CC-BY-ND-3.0 CC-BY-ND-3.0-DE CC-BY-ND-4.0 CC-BY-SA-1.0 CC-BY-SA-2.0 CC-BY-SA-2.0-UK CC-BY-SA-2.1-JP CC-BY-SA-2.5 CC-BY-SA-3.0 CC-BY-SA-3.0-AT CC-BY-SA-3.0-DE CC-BY-SA-3.0-IGO CC-BY-SA-4.0 CC-PDDC CC-PDM-1.0 CC-SA-1.0 CC0-1.0 CDDL-1.0 CDDL-1.1 CDL-1.0 CDLA-Permissive-1.0 CDLA-Permissive-2.0 CDLA-Sharing-1.0 CECILL-1.0 CECILL-1.1 CECILL-2.0 CECILL-2.1 CECILL-B CECILL-C CERN-OHL-1.1 CERN-OHL-1.2 CERN-OHL-P-2.0 CERN-OHL-S-2.0 CERN-OHL-W-2.0 CFITSIO CMU-Mach CMU-Mach-nodoc CNRI-Jython CNRI-Python CNRI-Python-GPL-Compatible COIL-1.0 CPAL-1.0 CPL-1.0 CPOL-1.02 CUA-OPL-1.0 Caldera Caldera-no-preamble Catharon ClArtistic Clips Community-Spec-1.0 Condor-1.1 Cornell-Lossless-JPEG Cronyx Crossword CrystalStacker Cube D-FSL-1.0 DEC-3-Clause DL-DE-BY-2.0 DL-DE-ZERO-2.0 DOC DRL-1.0 DRL-1.1 DSDP DocBook-Schema DocBook-Stylesheet DocBook-XML Dotseqn ECL-1.0 ECL-2.0 EFL-1.0 EFL-2.0 EPICS EPL-1.0 EPL-2.0 EUDatagrid EUPL-1.0 EUPL-1.1 EUPL-1.2 Elastic-2.0 Entessa ErlPL-1.1 Eurosym FBM FDK-AAC FSFAP FSFAP-no-warranty-disclaimer FSFUL FSFULLR FSFULLRWD FTL Fair Ferguson-Twofish Frameworx-1.0 FreeBSD-DOC FreeImage Furuseth GCR-docs GD GFDL-1.1-invariants-only GFDL-1.1-invariants-or-later GFDL-1.1-no-invariants-only GFDL-1.1-no-invariants-or-later GFDL-1.1-only GFDL-1.1-or-later GFDL-1.2-invariants-only GFDL-1.2-invariants-or-later GFDL-1.2-no-invariants-only GFDL-1.2-no-invariants-or-later GFDL-1.2-only GFDL-1.2-or-later GFDL-1.3-invariants-only GFDL-1.3-invariants-or-later GFDL-1.3-no-invariants-only GFDL-1.3-no-invariants-or-later GFDL-1.3-only GFDL-1.3-or-later GL2PS GLWTPL GPL-1.0-only GPL-1.0-or-later GPL-2.0-only GPL-2.0-or-later GPL-3.0-only GPL-3.0-or-later Giftware Glide Glulxe Graphics-Gems Gutmann HIDAPI HP-1986 HP-1989 HPND HPND-DEC HPND-Fenneberg-Livingston HPND-INRIA-IMAG HPND-Intel HPND-Kevlin-Henney HPND-MIT-disclaimer HPND-Markus-Kuhn HPND-Netrek HPND-Pbmplus HPND-UC HPND-UC-export-US HPND-doc HPND-doc-sell HPND-export-US HPND-export-US-acknowledgement HPND-export-US-modify HPND-export2-US HPND-merchantability-variant HPND-sell-MIT-disclaimer-xserver HPND-sell-regexpr HPND-sell-variant HPND-sell-variant-MIT-disclaimer HPND-sell-variant-MIT-disclaimer-rev HTMLTIDY HaskellReport Hippocratic-2.1 IBM-pibs ICU IEC-Code-Components-EULA IJG IJG-short IPA IPL-1.0 ISC ISC-Veillard ImageMagick Imlib2 Info-ZIP Inner-Net-2.0 InnoSetup Intel Intel-ACPI Interbase-1.0 JPL-image JPNIC JSON Jam JasPer-2.0 Kastrup Kazlib Knuth-CTAN LAL-1.2 LAL-1.3 LGPL-2.0-only LGPL-2.0-or-later LGPL-2.1-only LGPL-2.1-or-later LGPL-3.0-only LGPL-3.0-or-later LGPLLR LOOP LPD-document LPL-1.0 LPL-1.02 LPPL-1.0 LPPL-1.1 LPPL-1.2 LPPL-1.3a LPPL-1.3c LZMA-SDK-9.11-to-9.20 LZMA-SDK-9.22 Latex2e Latex2e-translated-notice Leptonica LiLiQ-P-1.1 LiLiQ-R-1.1 LiLiQ-Rplus-1.1 Libpng Linux-OpenIB Linux-man-pages-1-para Linux-man-pages-copyleft Linux-man-pages-copyleft-2-para Linux-man-pages-copyleft-var Lucida-Bitmap-Fonts MIPS MIT MIT-0 MIT-CMU MIT-Click MIT-Festival MIT-Khronos-old MIT-Modern-Variant MIT-Wu MIT-advertising MIT-enna MIT-feh MIT-open-group MIT-testregex MITNFA MMIXware MPEG-SSG MPL-1.0 MPL-1.1 MPL-2.0 MPL-2.0-no-copyleft-exception MS-LPL MS-PL MS-RL MTLL Mackerras-3-Clause Mackerras-3-Clause-acknowledgment MakeIndex Martin-Birgmeier McPhee-slideshow Minpack MirOS Motosoto MulanPSL-1.0 MulanPSL-2.0 Multics Mup NAIST-2003 NASA-1.3 NBPL-1.0 NCBI-PD NCGL-UK-2.0 NCL NCSA NGPL NICTA-1.0 NIST-PD NIST-PD-fallback NIST-Software NLOD-1.0 NLOD-2.0 NLPL NOSL NPL-1.0 NPL-1.1 NPOSL-3.0 NRL NTP NTP-0 Naumen NetCDF Newsletr Nokia Noweb O-UDA-1.0 OAR OCCT-PL OCLC-2.0 ODC-By-1.0 ODbL-1.0 OFFIS OFL-1.0 OFL-1.0-RFN OFL-1.0-no-RFN OFL-1.1 OFL-1.1-RFN OFL-1.1-no-RFN OGC-1.0 OGDL-Taiwan-1.0 OGL-Canada-2.0 OGL-UK-1.0 OGL-UK-2.0 OGL-UK-3.0 OGTSL OLDAP-1.1 OLDAP-1.2 OLDAP-1.3 OLDAP-1.4 OLDAP-2.0 OLDAP-2.0.1 OLDAP-2.1 OLDAP-2.2 OLDAP-2.2.1 OLDAP-2.2.2 OLDAP-2.3 OLDAP-2.4 OLDAP-2.5 OLDAP-2.6 OLDAP-2.7 OLDAP-2.8 OLFL-1.3 OML OPL-1.0 OPL-UK-3.0 OPUBL-1.0 OSET-PL-2.1 OSL-1.0 OSL-1.1 OSL-2.0 OSL-2.1 OSL-3.0 OpenPBS-2.3 OpenSSL OpenSSL-standalone OpenVision PADL PDDL-1.0 PHP-3.0 PHP-3.01 PPL PSF-2.0 Parity-6.0.0 Parity-7.0.0 Pixar Plexus PolyForm-Noncommercial-1.0.0 PolyForm-Small-Business-1.0.0 PostgreSQL Python-2.0 Python-2.0.1 QPL-1.0 QPL-1.0-INRIA-2004 Qhull RHeCos-1.1 RPL-1.1 RPL-1.5 RPSL-1.0 RSA-MD RSCPL Rdisc Ruby Ruby-pty SAX-PD SAX-PD-2.0 SCEA SGI-B-1.0 SGI-B-1.1 SGI-B-2.0 SGI-OpenGL SGP4 SHL-0.5 SHL-0.51 SISSL SISSL-1.2 SL SMAIL-GPL SMLNJ SMPPL SNIA SPL-1.0 SSH-OpenSSH SSH-short SSLeay-standalone SSPL-1.0 SWL Saxpath SchemeReport Sendmail Sendmail-8.23 Sendmail-Open-Source-1.1 SimPL-2.0 Sleepycat Soundex Spencer-86 Spencer-94 Spencer-99 SugarCRM-1.1.3 Sun-PPP Sun-PPP-2000 SunPro Symlinks TAPR-OHL-1.0 TCL TCP-wrappers TGPPL-1.0 TMate TORQUE-1.1 TOSL TPDL TPL-1.0 TTWL TTYP0 TU-Berlin-1.0 TU-Berlin-2.0 TermReadKey ThirdEye TrustedQSL UCAR UCL-1.0 UMich-Merit UPL-1.0 URT-RLE Ubuntu-font-1.0 Unicode-3.0 Unicode-DFS-2015 Unicode-DFS-2016 Unicode-TOU UnixCrypt Unlicense VOSTROM VSL-1.0 Vim W3C W3C-19980720 W3C-20150513 WTFPL Watcom-1.0 Widget-Workshop Wsuipa X11 X11-distribute-modifications-variant X11-swapped XFree86-1.1 XSkat Xdebug-1.03 Xerox Xfig Xnet YPL-1.0 YPL-1.1 ZPL-1.1 ZPL-2.0 ZPL-2.1 Zed Zeeff Zend-2.0 Zimbra-1.3 Zimbra-1.4 Zlib any-OSI any-OSI-perl-modules bcrypt-Solar-Designer blessing bzip2-1.0.6 check-cvs checkmk copyleft-next-0.3.0 copyleft-next-0.3.1 curl cve-tou diffmark dtoa dvipdfm eGenix etalab-2.0 fwlw gSOAP-1.3b generic-xts gnuplot gtkbook hdparm iMatix libpng-2.0 libselinux-1.0 libtiff libutil-David-Nugent lsof magaz mailprio metamail mpi-permissive mpich2 mplus pkgconf pnmstitch psfrag psutils python-ldap radvd snprintf softSurfer ssh-keyscan swrule threeparttable ulem w3m wwl xinetd xkeyboard-config-Zinoviev xlock xpp xzoom zlib-acknowledgement ].freeze DEPRECATED_LICENSE_IDENTIFIERS = %w[ AGPL-1.0 AGPL-3.0 BSD-2-Clause-FreeBSD BSD-2-Clause-NetBSD GFDL-1.1 GFDL-1.2 GFDL-1.3 GPL-1.0 GPL-1.0+ GPL-2.0 GPL-2.0+ GPL-2.0-with-GCC-exception GPL-2.0-with-autoconf-exception GPL-2.0-with-bison-exception GPL-2.0-with-classpath-exception GPL-2.0-with-font-exception GPL-3.0 GPL-3.0+ GPL-3.0-with-GCC-exception GPL-3.0-with-autoconf-exception LGPL-2.0 LGPL-2.0+ LGPL-2.1 LGPL-2.1+ LGPL-3.0 LGPL-3.0+ Net-SNMP Nunit StandardML-NJ bzip2-1.0.5 eCos-2.0 wxWindows ].freeze # exception identifiers EXCEPTION_IDENTIFIERS = %w[ 389-exception Asterisk-exception Asterisk-linking-protocols-exception Autoconf-exception-2.0 Autoconf-exception-3.0 Autoconf-exception-generic Autoconf-exception-generic-3.0 Autoconf-exception-macro Bison-exception-1.24 Bison-exception-2.2 Bootloader-exception CGAL-linking-exception CLISP-exception-2.0 Classpath-exception-2.0 DigiRule-FOSS-exception FLTK-exception Fawkes-Runtime-exception Font-exception-2.0 GCC-exception-2.0 GCC-exception-2.0-note GCC-exception-3.1 GNAT-exception GNOME-examples-exception GNU-compiler-exception GPL-3.0-389-ds-base-exception GPL-3.0-interface-exception GPL-3.0-linking-exception GPL-3.0-linking-source-exception GPL-CC-1.0 GStreamer-exception-2005 GStreamer-exception-2008 Gmsh-exception Independent-modules-exception KiCad-libraries-exception LGPL-3.0-linking-exception LLGPL LLVM-exception LZMA-exception Libtool-exception Linux-syscall-note OCCT-exception-1.0 OCaml-LGPL-linking-exception OpenJDK-assembly-exception-1.0 PCRE2-exception PS-or-PDF-font-exception-20170817 QPL-1.0-INRIA-2004-exception Qt-GPL-exception-1.0 Qt-LGPL-exception-1.1 Qwt-exception-1.0 RRDtool-FLOSS-exception-2.0 SANE-exception SHL-2.0 SHL-2.1 SWI-exception Swift-exception Texinfo-exception UBDL-exception Universal-FOSS-exception-1.0 WxWindows-exception-3.1 cryptsetup-OpenSSL-exception eCos-exception-2.0 erlang-otp-linking-exception fmt-exception freertos-exception-2.0 gnu-javamail-exception harbour-exception i2p-gpl-java-exception libpri-OpenH323-exception mif-exception mxml-exception openvpn-openssl-exception romic-exception stunnel-exception u-boot-exception-2.0 vsftpd-openssl-exception x11vnc-openssl-exception ].freeze DEPRECATED_EXCEPTION_IDENTIFIERS = %w[ Nokia-Qt-exception-1.1 ].freeze VALID_REGEXP = / \A (?: #{Regexp.union(LICENSE_IDENTIFIERS)} \+? (?:\s WITH \s #{Regexp.union(EXCEPTION_IDENTIFIERS)})? | #{NONSTANDARD} | #{LICENSE_REF} ) \Z /ox DEPRECATED_LICENSE_REGEXP = / \A #{Regexp.union(DEPRECATED_LICENSE_IDENTIFIERS)} \+? (?:\s WITH \s .+?)? \Z /ox DEPRECATED_EXCEPTION_REGEXP = / \A .+? \+? (?:\s WITH \s #{Regexp.union(DEPRECATED_EXCEPTION_IDENTIFIERS)}) \Z /ox def self.match?(license) VALID_REGEXP.match?(license) end def self.deprecated_license_id?(license) DEPRECATED_LICENSE_REGEXP.match?(license) end def self.deprecated_exception_id?(license) DEPRECATED_EXCEPTION_REGEXP.match?(license) end def self.suggestions(license) by_distance = LICENSE_IDENTIFIERS.group_by do |identifier| levenshtein_distance(identifier, license) end lowest = by_distance.keys.min return unless lowest < license.size by_distance[lowest] end end PK (J [HJ8�� � 0 share/rubygems/rubygems/safe_marshal/elements.rbnu �[��� # frozen_string_literal: true module Gem module SafeMarshal module Elements class Element end class Symbol < Element def initialize(name) @name = name end attr_reader :name end class UserDefined < Element def initialize(name, binary_string) @name = name @binary_string = binary_string end attr_reader :name, :binary_string end class UserMarshal < Element def initialize(name, data) @name = name @data = data end attr_reader :name, :data end class String < Element def initialize(str) @str = str end attr_reader :str end class Hash < Element def initialize(pairs) @pairs = pairs end attr_reader :pairs end class HashWithDefaultValue < Hash def initialize(pairs, default) super(pairs) @default = default end attr_reader :default end class Array < Element def initialize(elements) @elements = elements end attr_reader :elements end class Integer < Element def initialize(int) @int = int end attr_reader :int end class True < Element def initialize end TRUE = new.freeze end class False < Element def initialize end FALSE = new.freeze end class WithIvars < Element def initialize(object, ivars) @object = object @ivars = ivars end attr_reader :object, :ivars end class Object < Element def initialize(name) @name = name end attr_reader :name end class Nil < Element NIL = new.freeze end class ObjectLink < Element def initialize(offset) @offset = offset end attr_reader :offset end class SymbolLink < Element def initialize(offset) @offset = offset end attr_reader :offset end class Float < Element def initialize(string) @string = string end attr_reader :string end class Bignum < Element # rubocop:disable Lint/UnifiedInteger def initialize(sign, data) @sign = sign @data = data end attr_reader :sign, :data end class UserClass < Element def initialize(name, wrapped_object) @name = name @wrapped_object = wrapped_object end attr_reader :name, :wrapped_object end end end end PK (J [��O% O% . share/rubygems/rubygems/safe_marshal/reader.rbnu �[��� # frozen_string_literal: true require_relative "elements" module Gem module SafeMarshal class Reader class Error < StandardError end class UnsupportedVersionError < Error end class UnconsumedBytesError < Error end class NotImplementedError < Error end class EOFError < Error end class DataTooShortError < Error end class NegativeLengthError < Error end def initialize(io) @io = io end def read! read_header root = read_element raise UnconsumedBytesError, "expected EOF, got #{@io.read(10).inspect}... after top-level element #{root.class}" unless @io.eof? root end private MARSHAL_VERSION = [Marshal::MAJOR_VERSION, Marshal::MINOR_VERSION].map(&:chr).join.freeze private_constant :MARSHAL_VERSION def read_header v = @io.read(2) raise UnsupportedVersionError, "Unsupported marshal version #{v.bytes.map(&:ord).join(".")}, expected #{Marshal::MAJOR_VERSION}.#{Marshal::MINOR_VERSION}" unless v == MARSHAL_VERSION end def read_bytes(n) raise NegativeLengthError if n < 0 str = @io.read(n) raise EOFError, "expected #{n} bytes, got EOF" if str.nil? raise DataTooShortError, "expected #{n} bytes, got #{str.inspect}" unless str.bytesize == n str end def read_byte @io.getbyte || raise(EOFError, "Unexpected EOF") end def read_integer b = read_byte case b when 0x00 0 when 0x01 read_byte when 0x02 read_byte | (read_byte << 8) when 0x03 read_byte | (read_byte << 8) | (read_byte << 16) when 0x04 read_byte | (read_byte << 8) | (read_byte << 16) | (read_byte << 24) when 0xFC read_byte | (read_byte << 8) | (read_byte << 16) | (read_byte << 24) | -0x100000000 when 0xFD read_byte | (read_byte << 8) | (read_byte << 16) | -0x1000000 when 0xFE read_byte | (read_byte << 8) | -0x10000 when 0xFF read_byte | -0x100 else signed = (b ^ 128) - 128 if b >= 128 signed + 5 else signed - 5 end end end def read_element type = read_byte case type when 34 then read_string # ?" when 48 then read_nil # ?0 when 58 then read_symbol # ?: when 59 then read_symbol_link # ?; when 64 then read_object_link # ?@ when 70 then read_false # ?F when 73 then read_object_with_ivars # ?I when 84 then read_true # ?T when 85 then read_user_marshal # ?U when 91 then read_array # ?[ when 102 then read_float # ?f when 105 then Elements::Integer.new(read_integer) # ?i when 108 then read_bignum # ?l when 111 then read_object # ?o when 117 then read_user_defined # ?u when 123 then read_hash # ?{ when 125 then read_hash_with_default_value # ?} when 101 then read_extended_object # ?e when 99 then read_class # ?c when 109 then read_module # ?m when 77 then read_class_or_module # ?M when 100 then read_data # ?d when 47 then read_regexp # ?/ when 83 then read_struct # ?S when 67 then read_user_class # ?C else raise Error, "Unknown marshal type discriminator #{type.chr.inspect} (#{type})" end end STRING_E_SYMBOL = Elements::Symbol.new("E").freeze private_constant :STRING_E_SYMBOL def read_symbol len = read_integer if len == 1 byte = read_byte if byte == 69 # ?E STRING_E_SYMBOL else Elements::Symbol.new(byte.chr) end else name = read_bytes(len) Elements::Symbol.new(name) end end EMPTY_STRING = Elements::String.new("".b.freeze).freeze private_constant :EMPTY_STRING def read_string length = read_integer return EMPTY_STRING if length == 0 str = read_bytes(length) Elements::String.new(str) end def read_true Elements::True::TRUE end def read_false Elements::False::FALSE end def read_user_defined name = read_element binary_string = read_bytes(read_integer) Elements::UserDefined.new(name, binary_string) end EMPTY_ARRAY = Elements::Array.new([].freeze).freeze private_constant :EMPTY_ARRAY def read_array length = read_integer return EMPTY_ARRAY if length == 0 raise NegativeLengthError if length < 0 elements = Array.new(length) do read_element end Elements::Array.new(elements) end def read_object_with_ivars object = read_element length = read_integer raise NegativeLengthError if length < 0 ivars = Array.new(length) do [read_element, read_element] end Elements::WithIvars.new(object, ivars) end def read_symbol_link offset = read_integer Elements::SymbolLink.new(offset) end def read_user_marshal name = read_element data = read_element Elements::UserMarshal.new(name, data) end # profiling bundle install --full-index shows that # offset 6 is by far the most common object link, # so we special case it to avoid allocating a new # object a third of the time. # the following are all the object links that # appear more than 10000 times in my profiling OBJECT_LINKS = { 6 => Elements::ObjectLink.new(6).freeze, 30 => Elements::ObjectLink.new(30).freeze, 81 => Elements::ObjectLink.new(81).freeze, 34 => Elements::ObjectLink.new(34).freeze, 38 => Elements::ObjectLink.new(38).freeze, 50 => Elements::ObjectLink.new(50).freeze, 91 => Elements::ObjectLink.new(91).freeze, 42 => Elements::ObjectLink.new(42).freeze, 46 => Elements::ObjectLink.new(46).freeze, 150 => Elements::ObjectLink.new(150).freeze, 100 => Elements::ObjectLink.new(100).freeze, 104 => Elements::ObjectLink.new(104).freeze, 108 => Elements::ObjectLink.new(108).freeze, 242 => Elements::ObjectLink.new(242).freeze, 246 => Elements::ObjectLink.new(246).freeze, 139 => Elements::ObjectLink.new(139).freeze, 143 => Elements::ObjectLink.new(143).freeze, 114 => Elements::ObjectLink.new(114).freeze, 308 => Elements::ObjectLink.new(308).freeze, 200 => Elements::ObjectLink.new(200).freeze, 54 => Elements::ObjectLink.new(54).freeze, 62 => Elements::ObjectLink.new(62).freeze, 1_286_245 => Elements::ObjectLink.new(1_286_245).freeze, }.freeze private_constant :OBJECT_LINKS def read_object_link offset = read_integer OBJECT_LINKS[offset] || Elements::ObjectLink.new(offset) end EMPTY_HASH = Elements::Hash.new([].freeze).freeze private_constant :EMPTY_HASH def read_hash length = read_integer return EMPTY_HASH if length == 0 pairs = Array.new(length) do [read_element, read_element] end Elements::Hash.new(pairs) end def read_hash_with_default_value length = read_integer raise NegativeLengthError if length < 0 pairs = Array.new(length) do [read_element, read_element] end default = read_element Elements::HashWithDefaultValue.new(pairs, default) end def read_object name = read_element object = Elements::Object.new(name) length = read_integer raise NegativeLengthError if length < 0 ivars = Array.new(length) do [read_element, read_element] end Elements::WithIvars.new(object, ivars) end def read_nil Elements::Nil::NIL end def read_float string = read_bytes(read_integer) Elements::Float.new(string) end def read_bignum sign = read_byte data = read_bytes(read_integer * 2) Elements::Bignum.new(sign, data) end def read_extended_object raise NotImplementedError, "Reading Marshal objects of type extended_object is not implemented" end def read_class raise NotImplementedError, "Reading Marshal objects of type class is not implemented" end def read_module raise NotImplementedError, "Reading Marshal objects of type module is not implemented" end def read_class_or_module raise NotImplementedError, "Reading Marshal objects of type class_or_module is not implemented" end def read_data raise NotImplementedError, "Reading Marshal objects of type data is not implemented" end def read_regexp raise NotImplementedError, "Reading Marshal objects of type regexp is not implemented" end def read_struct raise NotImplementedError, "Reading Marshal objects of type struct is not implemented" end def read_user_class name = read_element wrapped_object = read_element Elements::UserClass.new(name, wrapped_object) end end end end PK (J [�X�0 0 8 share/rubygems/rubygems/safe_marshal/visitors/visitor.rbnu �[��� # frozen_string_literal: true module Gem::SafeMarshal::Visitors class Visitor def visit(target) send DISPATCH.fetch(target.class), target end private DISPATCH = Gem::SafeMarshal::Elements.constants.each_with_object({}) do |c, h| next if c == :Element klass = Gem::SafeMarshal::Elements.const_get(c) h[klass] = :"visit_#{klass.name.gsub("::", "_")}" h.default = :visit_unknown_element end.compare_by_identity.freeze private_constant :DISPATCH def visit_unknown_element(e) raise ArgumentError, "Attempting to visit unknown element #{e.inspect}" end def visit_Gem_SafeMarshal_Elements_Array(target) target.elements.each {|e| visit(e) } end def visit_Gem_SafeMarshal_Elements_Bignum(target); end def visit_Gem_SafeMarshal_Elements_False(target); end def visit_Gem_SafeMarshal_Elements_Float(target); end def visit_Gem_SafeMarshal_Elements_Hash(target) target.pairs.each do |k, v| visit(k) visit(v) end end def visit_Gem_SafeMarshal_Elements_HashWithDefaultValue(target) visit_Gem_SafeMarshal_Elements_Hash(target) visit(target.default) end def visit_Gem_SafeMarshal_Elements_Integer(target); end def visit_Gem_SafeMarshal_Elements_Nil(target); end def visit_Gem_SafeMarshal_Elements_Object(target) visit(target.name) end def visit_Gem_SafeMarshal_Elements_ObjectLink(target); end def visit_Gem_SafeMarshal_Elements_String(target); end def visit_Gem_SafeMarshal_Elements_Symbol(target); end def visit_Gem_SafeMarshal_Elements_SymbolLink(target); end def visit_Gem_SafeMarshal_Elements_True(target); end def visit_Gem_SafeMarshal_Elements_UserDefined(target) visit(target.name) end def visit_Gem_SafeMarshal_Elements_UserMarshal(target) visit(target.name) visit(target.data) end def visit_Gem_SafeMarshal_Elements_WithIvars(target) visit(target.object) target.ivars.each do |k, v| visit(k) visit(v) end end end end PK (J [�I�m� � ? share/rubygems/rubygems/safe_marshal/visitors/stream_printer.rbnu �[��� # frozen_string_literal: true require_relative "visitor" module Gem::SafeMarshal module Visitors class StreamPrinter < Visitor def initialize(io, indent: "") @io = io @indent = indent @level = 0 end def visit(target) @io.write("#{@indent * @level}#{target.class}") target.instance_variables.each do |ivar| value = target.instance_variable_get(ivar) next if Elements::Element === value || Array === value @io.write(" #{ivar}=#{value.inspect}") end @io.write("\n") begin @level += 1 super ensure @level -= 1 end end end end end PK (J [<VDs�. �. 8 share/rubygems/rubygems/safe_marshal/visitors/to_ruby.rbnu �[��� # frozen_string_literal: true require_relative "visitor" module Gem::SafeMarshal module Visitors class ToRuby < Visitor def initialize(permitted_classes:, permitted_symbols:, permitted_ivars:) @permitted_classes = permitted_classes @permitted_symbols = ["E"].concat(permitted_symbols).concat(permitted_classes) @permitted_ivars = permitted_ivars @objects = [] @symbols = [] @class_cache = {} @stack = ["root"] @stack_idx = 1 end def inspect # :nodoc: format("#<%s permitted_classes: %p permitted_symbols: %p permitted_ivars: %p>", self.class, @permitted_classes, @permitted_symbols, @permitted_ivars) end def visit(target) stack_idx = @stack_idx super ensure @stack_idx = stack_idx - 1 end private def push_stack(element) @stack[@stack_idx] = element @stack_idx += 1 end def visit_Gem_SafeMarshal_Elements_Array(a) array = register_object([]) elements = a.elements size = elements.size idx = 0 # not idiomatic, but there's a huge number of IMEMOs allocated here, so we avoid the block # because this is such a hot path when doing a bundle install with the full index while idx < size push_stack idx array << visit(elements[idx]) idx += 1 end array end def visit_Gem_SafeMarshal_Elements_Symbol(s) name = s.name raise UnpermittedSymbolError.new(symbol: name, stack: formatted_stack) unless @permitted_symbols.include?(name) visit_symbol_type(s) end def map_ivars(klass, ivars) stack_idx = @stack_idx ivars.map.with_index do |(k, v), i| @stack_idx = stack_idx push_stack "ivar_" push_stack i k = resolve_ivar(klass, k) @stack_idx = stack_idx push_stack k next k, visit(v) end end def visit_Gem_SafeMarshal_Elements_WithIvars(e) object_offset = @objects.size push_stack "object" object = visit(e.object) ivars = map_ivars(object.class, e.ivars) case e.object when Elements::UserDefined if object.class == ::Time internal = [] ivars.reject! do |k, v| case k when :offset, :zone, :nano_num, :nano_den, :submicro internal << [k, v] true else false end end s = e.object.binary_string # 122 is the largest integer that can be represented in marshal in a single byte raise TimeTooLargeError.new("binary string too large", stack: formatted_stack) if s.bytesize > 122 marshal_string = "\x04\bIu:\tTime".b marshal_string.concat(s.bytesize + 5) marshal_string << s # internal is limited to 5, so no overflow is possible marshal_string.concat(internal.size + 5) internal.each do |k, v| k = k.name # ivar name can't be too large because only known ivars are in the internal ivars list marshal_string.concat(":") marshal_string.concat(k.bytesize + 5) marshal_string.concat(k) dumped = Marshal.dump(v) dumped[0, 2] = "" marshal_string.concat(dumped) end object = @objects[object_offset] = Marshal.load(marshal_string) end when Elements::String enc = nil ivars.reject! do |k, v| case k when :E case v when TrueClass enc = "UTF-8" when FalseClass enc = "US-ASCII" else raise FormatError, "Unexpected value for String :E #{v.inspect}" end when :encoding enc = v else next false end true end object.force_encoding(enc) if enc end ivars.each do |k, v| object.instance_variable_set k, v end object end def visit_Gem_SafeMarshal_Elements_Hash(o) hash = register_object({}) o.pairs.each_with_index do |(k, v), i| push_stack i k = visit(k) push_stack k hash[k] = visit(v) end hash end def visit_Gem_SafeMarshal_Elements_HashWithDefaultValue(o) hash = visit_Gem_SafeMarshal_Elements_Hash(o) push_stack :default hash.default = visit(o.default) hash end def visit_Gem_SafeMarshal_Elements_Object(o) register_object(resolve_class(o.name).allocate) end def visit_Gem_SafeMarshal_Elements_ObjectLink(o) @objects.fetch(o.offset) end def visit_Gem_SafeMarshal_Elements_SymbolLink(o) @symbols.fetch(o.offset) end def visit_Gem_SafeMarshal_Elements_UserDefined(o) register_object(call_method(resolve_class(o.name), :_load, o.binary_string)) end def visit_Gem_SafeMarshal_Elements_UserMarshal(o) klass = resolve_class(o.name) compat = COMPAT_CLASSES.fetch(klass, nil) idx = @objects.size object = register_object(call_method(compat || klass, :allocate)) push_stack :data ret = call_method(object, :marshal_load, visit(o.data)) if compat object = @objects[idx] = ret end object end def visit_Gem_SafeMarshal_Elements_Integer(i) i.int end def visit_Gem_SafeMarshal_Elements_Nil(_) nil end def visit_Gem_SafeMarshal_Elements_True(_) true end def visit_Gem_SafeMarshal_Elements_False(_) false end def visit_Gem_SafeMarshal_Elements_String(s) register_object(+s.str) end def visit_Gem_SafeMarshal_Elements_Float(f) register_object( case f.string when "inf" ::Float::INFINITY when "-inf" -::Float::INFINITY when "nan" ::Float::NAN else f.string.to_f end ) end def visit_Gem_SafeMarshal_Elements_Bignum(b) result = 0 b.data.each_byte.with_index do |byte, exp| result += (byte * 2**(exp * 8)) end case b.sign when 43 # ?+ result when 45 # ?- -result else raise FormatError, "Unexpected sign for Bignum #{b.sign.chr.inspect} (#{b.sign})" end end def visit_Gem_SafeMarshal_Elements_UserClass(r) if resolve_class(r.name) == ::Hash && r.wrapped_object.is_a?(Elements::Hash) hash = register_object({}.compare_by_identity) o = r.wrapped_object o.pairs.each_with_index do |(k, v), i| push_stack i k = visit(k) push_stack k hash[k] = visit(v) end if o.is_a?(Elements::HashWithDefaultValue) push_stack :default hash.default = visit(o.default) end hash else raise UnsupportedError.new("Unsupported user class #{resolve_class(r.name)} in marshal stream", stack: formatted_stack) end end def resolve_class(n) @class_cache[n] ||= begin to_s = resolve_symbol_name(n) raise UnpermittedClassError.new(name: to_s, stack: formatted_stack) unless @permitted_classes.include?(to_s) visit_symbol_type(n) begin ::Object.const_get(to_s) rescue NameError raise ArgumentError, "Undefined class #{to_s.inspect}" end end end class RationalCompat def marshal_load(s) num, den = s raise ArgumentError, "Expected 2 ints" unless s.size == 2 && num.is_a?(Integer) && den.is_a?(Integer) Rational(num, den) end end private_constant :RationalCompat COMPAT_CLASSES = {}.tap do |h| h[Rational] = RationalCompat end.compare_by_identity.freeze private_constant :COMPAT_CLASSES def resolve_ivar(klass, name) to_s = resolve_symbol_name(name) raise UnpermittedIvarError.new(symbol: to_s, klass: klass, stack: formatted_stack) unless @permitted_ivars.fetch(klass.name, [].freeze).include?(to_s) visit_symbol_type(name) end def visit_symbol_type(element) case element when Elements::Symbol sym = element.name.to_sym @symbols << sym sym when Elements::SymbolLink visit_Gem_SafeMarshal_Elements_SymbolLink(element) end end # This is a hot method, so avoid respond_to? checks on every invocation if :read.respond_to?(:name) def resolve_symbol_name(element) case element when Elements::Symbol element.name when Elements::SymbolLink visit_Gem_SafeMarshal_Elements_SymbolLink(element).name else raise FormatError, "Expected symbol or symbol link, got #{element.inspect} @ #{formatted_stack.join(".")}" end end else def resolve_symbol_name(element) case element when Elements::Symbol element.name when Elements::SymbolLink visit_Gem_SafeMarshal_Elements_SymbolLink(element).to_s else raise FormatError, "Expected symbol or symbol link, got #{element.inspect} @ #{formatted_stack.join(".")}" end end end def register_object(o) @objects << o o end def call_method(receiver, method, *args) receiver.__send__(method, *args) rescue NoMethodError => e raise unless e.receiver == receiver raise MethodCallError, "Unable to call #{method.inspect} on #{receiver.inspect}, perhaps it is a class using marshal compat, which is not visible in ruby? #{e}" end def formatted_stack formatted = [] @stack[0, @stack_idx].each do |e| if e.is_a?(Integer) if formatted.last == "ivar_" formatted[-1] = "ivar_#{e}" else formatted << "[#{e}]" end else formatted << e end end formatted end class Error < StandardError end class TimeTooLargeError < Error def initialize(message, stack:) super "#{message} @ #{stack.join "."}" end end class UnpermittedSymbolError < Error def initialize(symbol:, stack:) @symbol = symbol @stack = stack super "Attempting to load unpermitted symbol #{symbol.inspect} @ #{stack.join "."}" end end class UnpermittedIvarError < Error def initialize(symbol:, klass:, stack:) @symbol = symbol @klass = klass @stack = stack super "Attempting to set unpermitted ivar #{symbol.inspect} on object of class #{klass} @ #{stack.join "."}" end end class UnpermittedClassError < Error def initialize(name:, stack:) @name = name @stack = stack super "Attempting to load unpermitted class #{name.inspect} @ #{stack.join "."}" end end class UnsupportedError < Error def initialize(message, stack:) super "#{message} @ #{stack.join "."}" end end class FormatError < Error end class MethodCallError < Error end end end end PK (J [""5�� � share/rubygems/rubygems/rdoc.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" begin require "rdoc/rubygems_hook" module Gem ## # Returns whether RDoc defines its own install hooks through a RubyGems # plugin. This and whatever is guarded by it can be removed once no # supported Ruby ships with RDoc older than 6.9.0. def self.rdoc_hooks_defined_via_plugin? Gem::Version.new(::RDoc::VERSION) >= Gem::Version.new("6.9.0") end if rdoc_hooks_defined_via_plugin? RDoc = ::RDoc::RubyGemsHook else RDoc = ::RDoc::RubygemsHook Gem.done_installing(&Gem::RDoc.method(:generation_hook)) end end rescue LoadError end PK (J [�t� B B share/rubygems/rubygems/text.rbnu �[��� # frozen_string_literal: true ## # A collection of text-wrangling methods module Gem::Text ## # Remove any non-printable characters and make the text suitable for # printing. def clean_text(text) text.gsub(/[\000-\b\v-\f\016-\037\177]/, ".") end def truncate_text(text, description, max_length = 100_000) raise ArgumentError, "max_length must be positive" unless max_length > 0 return text if text.size <= max_length "Truncating #{description} to #{max_length.to_s.reverse.gsub(/...(?=.)/,'\&,').reverse} characters:\n" + text[0, max_length] end ## # Wraps +text+ to +wrap+ characters and optionally indents by +indent+ # characters def format_text(text, wrap, indent=0) result = [] work = clean_text(text) while work.length > wrap do if work =~ /^(.{0,#{wrap}})[ \n]/ result << $1.rstrip work.slice!(0, $&.length) else result << work.slice!(0, wrap) end end result << work if work.length.nonzero? result.join("\n").gsub(/^/, " " * indent) end def min3(a, b, c) # :nodoc: if a < b && a < c a elsif b < c b else c end end # Returns a value representing the "cost" of transforming str1 into str2 # Vendored version of DidYouMean::Levenshtein.distance from the ruby/did_you_mean gem @ 1.4.0 # https://github.com/ruby/did_you_mean/blob/2ddf39b874808685965dbc47d344cf6c7651807c/lib/did_you_mean/levenshtein.rb#L7-L37 def levenshtein_distance(str1, str2) n = str1.length m = str2.length return m if n.zero? return n if m.zero? d = (0..m).to_a x = nil # to avoid duplicating an enumerable object, create it outside of the loop str2_codepoints = str2.codepoints str1.each_codepoint.with_index(1) do |char1, i| j = 0 while j < m cost = char1 == str2_codepoints[j] ? 0 : 1 x = min3( d[j + 1] + 1, # insertion i + 1, # deletion d[j] + cost # substitution ) d[j] = i i = x j += 1 end d[m] = x end x end end PK (J [0�VV�, �, . share/rubygems/rubygems/gemcutter_utilities.rbnu �[��� # frozen_string_literal: true require_relative "remote_fetcher" require_relative "text" require_relative "gemcutter_utilities/webauthn_listener" require_relative "gemcutter_utilities/webauthn_poller" ## # Utility methods for using the RubyGems API. module Gem::GemcutterUtilities ERROR_CODE = 1 API_SCOPES = [:index_rubygems, :push_rubygem, :yank_rubygem, :add_owner, :remove_owner, :access_webhooks].freeze EXCLUSIVELY_API_SCOPES = [:show_dashboard].freeze include Gem::Text attr_writer :host attr_writer :scope ## # Add the --key option def add_key_option add_option("-k", "--key KEYNAME", Symbol, "Use the given API key", "from #{Gem.configuration.credentials_path}") do |value,options| options[:key] = value end end ## # Add the --otp option def add_otp_option add_option("--otp CODE", "Digit code for multifactor authentication", "You can also use the environment variable GEM_HOST_OTP_CODE") do |value, options| options[:otp] = value end end ## # The API key from the command options or from the user's configuration. def api_key if ENV["GEM_HOST_API_KEY"] ENV["GEM_HOST_API_KEY"] elsif options[:key] verify_api_key options[:key] elsif Gem.configuration.api_keys.key?(host) Gem.configuration.api_keys[host] else Gem.configuration.rubygems_api_key end end ## # The OTP code from the command options or from the user's configuration. def otp options[:otp] || ENV["GEM_HOST_OTP_CODE"] end def webauthn_enabled? options[:webauthn] end ## # The host to connect to either from the RUBYGEMS_HOST environment variable # or from the user's configuration def host configured_host = Gem.host unless Gem.configuration.disable_default_gem_server @host ||= begin env_rubygems_host = ENV["RUBYGEMS_HOST"] env_rubygems_host = nil if env_rubygems_host&.empty? env_rubygems_host || configured_host end end ## # Creates an RubyGems API to +host+ and +path+ with the given HTTP +method+. # # If +allowed_push_host+ metadata is present, then it will only allow that host. def rubygems_api_request(method, path, host = nil, allowed_push_host = nil, scope: nil, credentials: {}, &block) require_relative "vendored_net_http" self.host = host if host unless self.host alert_error "You must specify a gem server" terminate_interaction(ERROR_CODE) end if allowed_push_host allowed_host_uri = Gem::URI.parse(allowed_push_host) host_uri = Gem::URI.parse(self.host) unless (host_uri.scheme == allowed_host_uri.scheme) && (host_uri.host == allowed_host_uri.host) alert_error "#{self.host.inspect} is not allowed by the gemspec, which only allows #{allowed_push_host.inspect}" terminate_interaction(ERROR_CODE) end end uri = Gem::URI.parse "#{self.host}/#{path}" response = request_with_otp(method, uri, &block) if mfa_unauthorized?(response) fetch_otp(credentials) response = request_with_otp(method, uri, &block) end if api_key_forbidden?(response) update_scope(scope) request_with_otp(method, uri, &block) else response end end def mfa_unauthorized?(response) response.is_a?(Gem::Net::HTTPUnauthorized) && response.body.start_with?("You have enabled multifactor authentication") end def update_scope(scope) sign_in_host = host pretty_host = pretty_host(sign_in_host) update_scope_params = { scope => true } say "The existing key doesn't have access of #{scope} on #{pretty_host}. Please sign in to update access." identifier = ask "Username/email: " password = ask_for_password " Password: " response = rubygems_api_request(:put, "api/v1/api_key", sign_in_host, scope: scope) do |request| request.basic_auth identifier, password request.body = Gem::URI.encode_www_form({ api_key: api_key }.merge(update_scope_params)) end with_response response do |_resp| say "Added #{scope} scope to the existing API key" end end ## # Signs in with the RubyGems API at +sign_in_host+ and sets the rubygems API # key. def sign_in(sign_in_host = nil, scope: nil) sign_in_host ||= host return if api_key pretty_host = pretty_host(sign_in_host) say "Enter your #{pretty_host} credentials." say "Don't have an account yet? " \ "Create one at #{sign_in_host}/sign_up" identifier = ask "Username/email: " password = ask_for_password " Password: " say "\n" key_name = get_key_name(scope) scope_params = get_scope_params(scope) profile = get_user_profile(identifier, password) mfa_params = get_mfa_params(profile) all_params = scope_params.merge(mfa_params) warning = profile["warning"] credentials = { identifier: identifier, password: password } say "#{warning}\n" if warning response = rubygems_api_request(:post, "api/v1/api_key", sign_in_host, credentials: credentials, scope: scope) do |request| request.basic_auth identifier, password request.body = Gem::URI.encode_www_form({ name: key_name }.merge(all_params)) end with_response response do |resp| say "Signed in with API key: #{key_name}." set_api_key host, resp.body end end ## # Retrieves the pre-configured API key +key+ or terminates interaction with # an error. def verify_api_key(key) if Gem.configuration.api_keys.key? key Gem.configuration.api_keys[key] else alert_error "No such API key. Please add it to your configuration (done automatically on initial `gem push`)." terminate_interaction(ERROR_CODE) end end ## # If +response+ is an HTTP Success (2XX) response, yields the response if a # block was given or shows the response body to the user. # # If the response was not successful, shows an error to the user including # the +error_prefix+ and the response body. If the response was a permanent redirect, # shows an error to the user including the redirect location. def with_response(response, error_prefix = nil) case response when Gem::Net::HTTPSuccess then if block_given? yield response else say clean_text(response.body) end when Gem::Net::HTTPPermanentRedirect, Gem::Net::HTTPRedirection then message = "The request has redirected permanently to #{response["location"]}. Please check your defined push host URL." message = "#{error_prefix}: #{message}" if error_prefix say clean_text(message) terminate_interaction(ERROR_CODE) else message = response.body message = "#{error_prefix}: #{message}" if error_prefix say clean_text(message) terminate_interaction(ERROR_CODE) end end ## # Returns true when the user has enabled multifactor authentication from # +response+ text and no otp provided by options. def set_api_key(host, key) if default_host? Gem.configuration.rubygems_api_key = key else Gem.configuration.set_api_key host, key end end private def request_with_otp(method, uri, &block) request_method = Gem::Net::HTTP.const_get method.to_s.capitalize Gem::RemoteFetcher.fetcher.request(uri, request_method) do |req| req["OTP"] = otp if otp block.call(req) end ensure options[:otp] = nil if webauthn_enabled? end def fetch_otp(credentials) options[:otp] = if webauthn_url = webauthn_verification_url(credentials) server = TCPServer.new 0 port = server.addr[1].to_s url_with_port = "#{webauthn_url}?port=#{port}" say "You have enabled multi-factor authentication. Please visit #{url_with_port} to authenticate via security device. If you can't verify using WebAuthn but have OTP enabled, you can re-run the gem signin command with the `--otp [your_code]` option." threads = [WebauthnListener.listener_thread(host, server), WebauthnPoller.poll_thread(options, host, webauthn_url, credentials)] otp_thread = wait_for_otp_thread(*threads) threads.each(&:join) if error = otp_thread[:error] alert_error error.message terminate_interaction(1) end options[:webauthn] = true say "You are verified with a security device. You may close the browser window." otp_thread[:otp] else say "You have enabled multi-factor authentication. Please enter OTP code." ask "Code: " end end def wait_for_otp_thread(*threads) loop do threads.each do |otp_thread| return otp_thread unless otp_thread.alive? end sleep 0.1 end ensure threads.each(&:exit) end def webauthn_verification_url(credentials) response = rubygems_api_request(:post, "api/v1/webauthn_verification") do |request| if credentials.empty? request.add_field "Authorization", api_key else request.basic_auth credentials[:identifier], credentials[:password] end end response.is_a?(Gem::Net::HTTPSuccess) ? response.body : nil end def pretty_host(host) if default_host? "RubyGems.org" else host end end def get_scope_params(scope) scope_params = { index_rubygems: true } if scope scope_params = { scope => true } else say "The default access scope is:" scope_params.each do |k, _v| say " #{k}: y" end say "\n" customise = ask_yes_no("Do you want to customise scopes?", false) if customise EXCLUSIVELY_API_SCOPES.each do |excl_scope| selected = ask_yes_no("#{excl_scope} (exclusive scope, answering yes will not prompt for other scopes)", false) next unless selected return { excl_scope => true } end scope_params = {} API_SCOPES.each do |s| selected = ask_yes_no(s.to_s, false) scope_params[s] = true if selected end end say "\n" end scope_params end def default_host? host == Gem::DEFAULT_HOST end def get_user_profile(identifier, password) return {} unless default_host? response = rubygems_api_request(:get, "api/v1/profile/me.yaml") do |request| request.basic_auth identifier, password end with_response response do |resp| Gem::ConfigFile.load_with_rubygems_config_hash(clean_text(resp.body)) end end def get_mfa_params(profile) mfa_level = profile["mfa"] params = {} if ["ui_only", "ui_and_gem_signin"].include?(mfa_level) selected = ask_yes_no("Would you like to enable MFA for this key? (strongly recommended)") params["mfa"] = true if selected end params end def get_key_name(scope) hostname = Socket.gethostname || "unknown-host" user = ENV["USER"] || ENV["USERNAME"] || "unknown-user" ts = Time.now.strftime("%Y%m%d%H%M%S") default_key_name = "#{hostname}-#{user}-#{ts}" key_name = ask "API Key name [#{default_key_name}]: " unless scope if key_name.nil? || key_name.empty? default_key_name else key_name end end def api_key_forbidden?(response) response.is_a?(Gem::Net::HTTPForbidden) && response.body.start_with?("The API key doesn't have access") end end PK (J [}y�S� � % share/rubygems/rubygems/exceptions.rbnu �[��� # frozen_string_literal: true require_relative "deprecate" require_relative "unknown_command_spell_checker" ## # Base exception class for RubyGems. All exception raised by RubyGems are a # subclass of this one. class Gem::Exception < RuntimeError; end class Gem::CommandLineError < Gem::Exception; end class Gem::UnknownCommandError < Gem::Exception attr_reader :unknown_command def initialize(unknown_command) self.class.attach_correctable @unknown_command = unknown_command super("Unknown command #{unknown_command}") end def self.attach_correctable return if defined?(@attached) if defined?(DidYouMean::SPELL_CHECKERS) && defined?(DidYouMean::Correctable) if DidYouMean.respond_to?(:correct_error) DidYouMean.correct_error(Gem::UnknownCommandError, Gem::UnknownCommandSpellChecker) else DidYouMean::SPELL_CHECKERS["Gem::UnknownCommandError"] = Gem::UnknownCommandSpellChecker prepend DidYouMean::Correctable end end @attached = true end end class Gem::DependencyError < Gem::Exception; end class Gem::DependencyRemovalException < Gem::Exception; end ## # Raised by Gem::Resolver when a Gem::Dependency::Conflict reaches the # toplevel. Indicates which dependencies were incompatible through #conflict # and #conflicting_dependencies class Gem::DependencyResolutionError < Gem::DependencyError attr_reader :conflict def initialize(conflict) @conflict = conflict a, b = conflicting_dependencies super "conflicting dependencies #{a} and #{b}\n#{@conflict.explanation}" end def conflicting_dependencies @conflict.conflicting_dependencies end end ## # Raised when attempting to uninstall a gem that isn't in GEM_HOME. class Gem::GemNotInHomeException < Gem::Exception attr_accessor :spec end ### # Raised when removing a gem with the uninstall command fails class Gem::UninstallError < Gem::Exception attr_accessor :spec end class Gem::DocumentError < Gem::Exception; end ## # Potentially raised when a specification is validated. class Gem::EndOfYAMLException < Gem::Exception; end ## # Signals that a file permission error is preventing the user from # operating on the given directory. class Gem::FilePermissionError < Gem::Exception attr_reader :directory def initialize(directory) @directory = directory super "You don't have write permissions for the #{directory} directory." end end ## # Used to raise parsing and loading errors class Gem::FormatException < Gem::Exception attr_accessor :file_path end class Gem::GemNotFoundException < Gem::Exception; end class Gem::SpecificGemNotFoundException < Gem::GemNotFoundException ## # Creates a new SpecificGemNotFoundException for a gem with the given +name+ # and +version+. Any +errors+ encountered when attempting to find the gem # are also stored. def initialize(name, version, errors=nil) super "Could not find a valid gem '#{name}' (#{version}) locally or in a repository" @name = name @version = version @errors = errors end ## # The name of the gem that could not be found. attr_reader :name ## # The version of the gem that could not be found. attr_reader :version ## # Errors encountered attempting to find the gem. attr_reader :errors end Gem.deprecate_constant :SpecificGemNotFoundException ## # Raised by Gem::Resolver when dependencies conflict and create the # inability to find a valid possible spec for a request. class Gem::ImpossibleDependenciesError < Gem::Exception attr_reader :conflicts attr_reader :request def initialize(request, conflicts) @request = request @conflicts = conflicts super build_message end def build_message # :nodoc: requester = @request.requester requester = requester ? requester.spec.full_name : "The user" dependency = @request.dependency message = "#{requester} requires #{dependency} but it conflicted:\n".dup @conflicts.each do |_, conflict| message << conflict.explanation end message end def dependency @request.dependency end end class Gem::InstallError < Gem::Exception; end class Gem::RuntimeRequirementNotMetError < Gem::InstallError attr_accessor :suggestion def message [suggestion, super].compact.join("\n\t") end end ## # Potentially raised when a specification is validated. class Gem::InvalidSpecificationException < Gem::Exception; end class Gem::OperationNotSupportedError < Gem::Exception; end ## # Signals that a remote operation cannot be conducted, probably due to not # being connected (or just not finding host). #-- # TODO: create a method that tests connection to the preferred gems server. # All code dealing with remote operations will want this. Failure in that # method should raise this error. class Gem::RemoteError < Gem::Exception; end class Gem::RemoteInstallationCancelled < Gem::Exception; end class Gem::RemoteInstallationSkipped < Gem::Exception; end ## # Represents an error communicating via HTTP. class Gem::RemoteSourceException < Gem::Exception; end ## # Raised when a gem dependencies file specifies a ruby version that does not # match the current version. class Gem::RubyVersionMismatch < Gem::Exception; end ## # Raised by Gem::Validator when something is not right in a gem. class Gem::VerificationError < Gem::Exception; end ## # Raised by Gem::WebauthnListener when an error occurs during security # device verification. class Gem::WebauthnVerificationError < Gem::Exception def initialize(message) super "Security device verification failed: #{message}" end end ## # Raised to indicate that a system exit should occur with the specified # exit_code class Gem::SystemExitException < SystemExit ## # The exit code for the process alias_method :exit_code, :status ## # Creates a new SystemExitException with the given +exit_code+ def initialize(exit_code) super exit_code, "Exiting RubyGems with exit_code #{exit_code}" end end ## # Raised by Resolver when a dependency requests a gem for which # there is no spec. class Gem::UnsatisfiableDependencyError < Gem::DependencyError ## # The unsatisfiable dependency. This is a # Gem::Resolver::DependencyRequest, not a Gem::Dependency attr_reader :dependency ## # Errors encountered which may have contributed to this exception attr_accessor :errors ## # Creates a new UnsatisfiableDependencyError for the unsatisfiable # Gem::Resolver::DependencyRequest +dep+ def initialize(dep, platform_mismatch=nil) if platform_mismatch && !platform_mismatch.empty? plats = platform_mismatch.map {|x| x.platform.to_s }.sort.uniq super "Unable to resolve dependency: No match for '#{dep}' on this platform. Found: #{plats.join(", ")}" else if dep.explicit? super "Unable to resolve dependency: user requested '#{dep}'" else super "Unable to resolve dependency: '#{dep.request_context}' requires '#{dep}'" end end @dependency = dep @errors = [] end ## # The name of the unresolved dependency def name @dependency.name end ## # The Requirement of the unresolved dependency (not Version). def version @dependency.requirement end end PK (J [ovc�� � ' share/rubygems/rubygems/spec_fetcher.rbnu �[��� # frozen_string_literal: true require_relative "remote_fetcher" require_relative "user_interaction" require_relative "errors" require_relative "text" require_relative "name_tuple" ## # SpecFetcher handles metadata updates from remote gem repositories. class Gem::SpecFetcher include Gem::UserInteraction include Gem::Text ## # Cache of latest specs attr_reader :latest_specs # :nodoc: ## # Sources for this SpecFetcher attr_reader :sources # :nodoc: ## # Cache of all released specs attr_reader :specs # :nodoc: ## # Cache of prerelease specs attr_reader :prerelease_specs # :nodoc: @fetcher = nil ## # Default fetcher instance. Use this instead of ::new to reduce object # allocation. def self.fetcher @fetcher ||= new end def self.fetcher=(fetcher) # :nodoc: @fetcher = fetcher end ## # Creates a new SpecFetcher. Ordinarily you want to use the default fetcher # from Gem::SpecFetcher::fetcher which uses the Gem.sources. # # If you need to retrieve specifications from a different +source+, you can # send it as an argument. def initialize(sources = nil) @sources = sources || Gem.sources @update_cache = begin File.stat(Gem.user_home).uid == Process.uid rescue Errno::EACCES, Errno::ENOENT false end @specs = {} @latest_specs = {} @prerelease_specs = {} @caches = { latest: @latest_specs, prerelease: @prerelease_specs, released: @specs, } @fetcher = Gem::RemoteFetcher.fetcher end ## # # Find and fetch gem name tuples that match +dependency+. # # If +matching_platform+ is false, gems for all platforms are returned. def search_for_dependency(dependency, matching_platform=true) found = {} rejected_specs = {} list, errors = available_specs(dependency.identity) list.each do |source, specs| if dependency.name.is_a?(String) && specs.respond_to?(:bsearch) start_index = (0...specs.length).bsearch {|i| specs[i].name >= dependency.name } end_index = (0...specs.length).bsearch {|i| specs[i].name > dependency.name } specs = specs[start_index...end_index] if start_index && end_index end found[source] = specs.select do |tup| if dependency.match?(tup) if matching_platform && !Gem::Platform.match_gem?(tup.platform, tup.name) pm = ( rejected_specs[dependency] ||= \ Gem::PlatformMismatch.new(tup.name, tup.version)) pm.add_platform tup.platform false else true end end end end errors += rejected_specs.values tuples = [] found.each do |source, specs| specs.each do |s| tuples << [s, source] end end tuples = tuples.sort_by {|x| x[0].version } [tuples, errors] end ## # Return all gem name tuples who's names match +obj+ def detect(type=:complete) tuples = [] list, _ = available_specs(type) list.each do |source, specs| specs.each do |tup| if yield(tup) tuples << [tup, source] end end end tuples end ## # Find and fetch specs that match +dependency+. # # If +matching_platform+ is false, gems for all platforms are returned. def spec_for_dependency(dependency, matching_platform=true) tuples, errors = search_for_dependency(dependency, matching_platform) specs = [] tuples.each do |tup, source| spec = source.fetch_spec(tup) rescue Gem::RemoteFetcher::FetchError => e errors << Gem::SourceFetchProblem.new(source, e) else specs << [spec, source] end [specs, errors] end ## # Suggests gems based on the supplied +gem_name+. Returns an array of # alternative gem names. def suggest_gems_from_name(gem_name, type = :latest, num_results = 5) gem_name = gem_name.downcase.tr("_-", "") # All results for 3-character-or-shorter (minus hyphens/underscores) gem # names get rejected, so we just return an empty array immediately instead. return [] if gem_name.length <= 3 max = gem_name.size / 2 names = available_specs(type).first.values.flatten(1) min_length = gem_name.length - max max_length = gem_name.length + max gem_name_with_postfix = "#{gem_name}ruby" gem_name_with_prefix = "ruby#{gem_name}" matches = names.filter_map do |n| len = n.name.length # If the gem doesn't support the current platform, bail early. next unless n.match_platform? # If the length is min_length or shorter, we've done `max` deletions. # This would be rejected later, so we skip it for performance. next if len <= min_length # The candidate name, normalized the same as gem_name. normalized_name = n.name.downcase normalized_name.tr!("_-", "") # If the gem is "{NAME}-ruby" and "ruby-{NAME}", we want to return it. # But we already removed hyphens, so we check "{NAME}ruby" and "ruby{NAME}". next [n.name, 0] if normalized_name == gem_name_with_postfix next [n.name, 0] if normalized_name == gem_name_with_prefix # If the length is max_length or longer, we've done `max` insertions. # This would be rejected later, so we skip it for performance. next if len >= max_length # If we found an exact match (after stripping underscores and hyphens), # that's our most likely candidate. # Return it immediately, and skip the rest of the loop. return [n.name] if normalized_name == gem_name distance = levenshtein_distance gem_name, normalized_name # Skip current candidate, if the edit distance is greater than allowed. next if distance >= max # If all else fails, return the name and the calculated distance. [n.name, distance] end matches = if matches.empty? && type != :prerelease suggest_gems_from_name gem_name, :prerelease else matches.uniq.sort_by {|_name, dist| dist } end matches.map {|name, _dist| name }.uniq.first(num_results) end ## # Returns a list of gems available for each source in Gem::sources. # # +type+ can be one of 3 values: # :released => Return the list of all released specs # :complete => Return the list of all specs # :latest => Return the list of only the highest version of each gem # :prerelease => Return the list of all prerelease only specs # def available_specs(type) errors = [] list = {} @sources.each_source do |source| names = case type when :latest tuples_for source, :latest when :released tuples_for source, :released when :complete names = tuples_for(source, :prerelease, true) + tuples_for(source, :released) names.sort when :abs_latest names = tuples_for(source, :prerelease, true) + tuples_for(source, :latest) names.sort when :prerelease tuples_for(source, :prerelease) else raise Gem::Exception, "Unknown type - :#{type}" end rescue Gem::RemoteFetcher::FetchError => e errors << Gem::SourceFetchProblem.new(source, e) else list[source] = names end [list, errors] end ## # Retrieves NameTuples from +source+ of the given +type+ (:prerelease, # etc.). If +gracefully_ignore+ is true, errors are ignored. def tuples_for(source, type, gracefully_ignore=false) # :nodoc: @caches[type][source.uri] ||= source.load_specs(type).sort_by(&:name) rescue Gem::RemoteFetcher::FetchError raise unless gracefully_ignore [] end end PK (J [��N� � % share/rubygems/rubygems/gem_runner.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "../rubygems" require_relative "command_manager" require_relative "deprecate" ## # Run an instance of the gem program. # # Gem::GemRunner is only intended for internal use by RubyGems itself. It # does not form any public API and may change at any time for any reason. # # If you would like to duplicate functionality of `gem` commands, use the # classes they call directly. class Gem::GemRunner def initialize @command_manager_class = Gem::CommandManager @config_file_class = Gem::ConfigFile end ## # Run the gem command with the following arguments. def run(args) validate_encoding args build_args = extract_build_args args do_configuration args begin Gem.load_env_plugins rescue StandardError nil end Gem.load_plugins cmd = @command_manager_class.instance cmd.command_names.each do |command_name| config_args = Gem.configuration[command_name] config_args = case config_args when String config_args.split " " else Array(config_args) end Gem::Command.add_specific_extra_args command_name, config_args end cmd.run Gem.configuration.args, build_args end ## # Separates the build arguments (those following <code>--</code>) from the # other arguments in the list. def extract_build_args(args) # :nodoc: return [] unless offset = args.index("--") build_args = args.slice!(offset...args.length) build_args.shift build_args end private def validate_encoding(args) invalid_arg = args.find {|arg| !arg.valid_encoding? } if invalid_arg raise Gem::OptionParser::InvalidArgument.new("'#{invalid_arg.scrub}' has invalid encoding") end end def do_configuration(args) Gem.configuration = @config_file_class.new(args) Gem.use_paths Gem.configuration[:gemhome], Gem.configuration[:gempath] Gem::Command.extra_args = Gem.configuration[:gem] end end PK (J [���б � ' share/rubygems/rubygems/safe_marshal.rbnu �[��� # frozen_string_literal: true require "stringio" require_relative "safe_marshal/reader" require_relative "safe_marshal/visitors/to_ruby" module Gem ### # This module is used for safely loading Marshal specs from a gem. The # `safe_load` method defined on this module is specifically designed for # loading Gem specifications. module SafeMarshal PERMITTED_CLASSES = %w[ Date Time Rational Gem::Dependency Gem::NameTuple Gem::Platform Gem::Requirement Gem::Specification Gem::Version Gem::Version::Requirement YAML::Syck::DefaultKey YAML::PrivateType ].freeze private_constant :PERMITTED_CLASSES PERMITTED_SYMBOLS = %w[ development runtime name number platform dependencies ].freeze private_constant :PERMITTED_SYMBOLS PERMITTED_IVARS = { "String" => %w[E encoding @taguri @debug_created_info], "Time" => %w[ offset zone nano_num nano_den submicro @_zone @marshal_with_utc_coercion ], "Gem::Dependency" => %w[ @name @requirement @prerelease @version_requirement @version_requirements @type @force_ruby_platform ], "Gem::NameTuple" => %w[@name @version @platform], "Gem::Platform" => %w[@os @cpu @version], "Psych::PrivateType" => %w[@value @type_id], }.freeze private_constant :PERMITTED_IVARS def self.safe_load(input) load(input, permitted_classes: PERMITTED_CLASSES, permitted_symbols: PERMITTED_SYMBOLS, permitted_ivars: PERMITTED_IVARS) end def self.load(input, permitted_classes: [::Symbol], permitted_symbols: [], permitted_ivars: {}) root = Reader.new(StringIO.new(input, "r").binmode).read! Visitors::ToRuby.new( permitted_classes: permitted_classes, permitted_symbols: permitted_symbols, permitted_ivars: permitted_ivars, ).visit(root) end end end PK (J [zN�g\> \> / share/rubygems/rubygems/specification_policy.rbnu �[��� # frozen_string_literal: true require_relative "user_interaction" class Gem::SpecificationPolicy include Gem::UserInteraction VALID_NAME_PATTERN = /\A[a-zA-Z0-9\.\-\_]+\z/ # :nodoc: SPECIAL_CHARACTERS = /\A[#{Regexp.escape(".-_")}]+/ # :nodoc: VALID_URI_PATTERN = %r{\Ahttps?:\/\/([^\s:@]+:[^\s:@]*@)?[A-Za-z\d\-]+(\.[A-Za-z\d\-]+)+\.?(:\d{1,5})?([\/?]\S*)?\z} # :nodoc: METADATA_LINK_KEYS = %w[ homepage_uri changelog_uri source_code_uri documentation_uri wiki_uri mailing_list_uri bug_tracker_uri download_uri funding_uri ].freeze # :nodoc: def initialize(specification) @warnings = 0 @specification = specification end ## # If set to true, run packaging-specific checks, as well. attr_accessor :packaging ## # Does a sanity check on the specification. # # Raises InvalidSpecificationException if the spec does not pass the # checks. # # It also performs some validations that do not raise but print warning # messages instead. def validate(strict = false) validate_required! validate_required_metadata! validate_optional(strict) if packaging || strict true end ## # Does a sanity check on the specification. # # Raises InvalidSpecificationException if the spec does not pass the # checks. # # Only runs checks that are considered necessary for the specification to be # functional. def validate_required! validate_nil_attributes validate_rubygems_version validate_required_attributes validate_name validate_require_paths @specification.keep_only_files_and_directories validate_non_files validate_self_inclusion_in_files_list validate_specification_version validate_platform validate_array_attributes validate_authors_field validate_licenses_length validate_duplicate_dependencies end def validate_required_metadata! validate_metadata validate_lazy_metadata end def validate_optional(strict) validate_licenses validate_permissions validate_values validate_dependencies validate_required_ruby_version validate_extensions validate_removed_attributes validate_unique_links if @warnings > 0 if strict error "specification has warnings" else alert_warning help_text end end end ## # Implementation for Specification#validate_for_resolution def validate_for_resolution validate_required! end ## # Implementation for Specification#validate_metadata def validate_metadata metadata = @specification.metadata unless Hash === metadata error "metadata must be a hash" end metadata.each do |key, value| entry = "metadata['#{key}']" unless key.is_a?(String) error "metadata keys must be a String" end if key.size > 128 error "metadata key is too large (#{key.size} > 128)" end unless value.is_a?(String) error "#{entry} value must be a String" end if value.size > 1024 error "#{entry} value is too large (#{value.size} > 1024)" end next unless METADATA_LINK_KEYS.include? key unless VALID_URI_PATTERN.match?(value) error "#{entry} has invalid link: #{value.inspect}" end end end ## # Checks that no duplicate dependencies are specified. def validate_duplicate_dependencies # :nodoc: # NOTE: see REFACTOR note in Gem::Dependency about types - this might be brittle seen = Gem::Dependency::TYPES.inject({}) {|types, type| types.merge({ type => {} }) } error_messages = [] @specification.dependencies.each do |dep| if prev = seen[dep.type][dep.name] error_messages << <<-MESSAGE duplicate dependency on #{dep}, (#{prev.requirement}) use: add_#{dep.type}_dependency \"#{dep.name}\", \"#{dep.requirement}\", \"#{prev.requirement}\" MESSAGE end seen[dep.type][dep.name] = dep end if error_messages.any? error error_messages.join end end ## # Checks that the gem does not depend on itself. # Checks that dependencies use requirements as we recommend. Warnings are # issued when dependencies are open-ended or overly strict for semantic # versioning. def validate_dependencies # :nodoc: warning_messages = [] @specification.dependencies.each do |dep| if dep.name == @specification.name # warn on self reference warning_messages << "Self referencing dependency is unnecessary and strongly discouraged." end prerelease_dep = dep.requirements_list.any? do |req| Gem::Requirement.new(req).prerelease? end warning_messages << "prerelease dependency on #{dep} is not recommended" if prerelease_dep && !@specification.version.prerelease? open_ended = dep.requirement.requirements.all? do |op, version| !version.prerelease? && [">", ">="].include?(op) end next unless open_ended op, dep_version = dep.requirement.requirements.first segments = dep_version.segments base = segments.first 2 recommendation = if [">", ">="].include?(op) && segments == [0] " use a bounded requirement, such as \"~> x.y\"" else bugfix = if op == ">" ", \"> #{dep_version}\"" elsif op == ">=" && base != segments ", \">= #{dep_version}\"" end " if #{dep.name} is semantically versioned, use:\n" \ " add_#{dep.type}_dependency \"#{dep.name}\", \"~> #{base.join "."}\"#{bugfix}" end warning_messages << ["open-ended dependency on #{dep} is not recommended", recommendation].join("\n") + "\n" end if warning_messages.any? warning_messages.each {|warning_message| warning warning_message } end end def validate_required_ruby_version if @specification.required_ruby_version.requirements == [Gem::Requirement::DefaultRequirement] warning "make sure you specify the oldest ruby version constraint (like \">= 3.0\") that you want your gem to support by setting the `required_ruby_version` gemspec attribute" end end ## # Issues a warning for each file to be packaged which is world-readable. # # Implementation for Specification#validate_permissions def validate_permissions return if Gem.win_platform? @specification.files.each do |file| next unless File.file?(file) next if File.stat(file).mode & 0o444 == 0o444 warning "#{file} is not world-readable" end @specification.executables.each do |name| exec = File.join @specification.bindir, name next unless File.file?(exec) next if File.stat(exec).executable? warning "#{exec} is not executable" end end private def validate_nil_attributes nil_attributes = Gem::Specification.non_nil_attributes.select do |attrname| @specification.instance_variable_get("@#{attrname}").nil? end return if nil_attributes.empty? error "#{nil_attributes.join ", "} must not be nil" end def validate_rubygems_version return unless packaging rubygems_version = @specification.rubygems_version return if rubygems_version == Gem::VERSION warning "expected RubyGems version #{Gem::VERSION}, was #{rubygems_version}" @specification.rubygems_version = Gem::VERSION end def validate_required_attributes Gem::Specification.required_attributes.each do |symbol| unless @specification.send symbol error "missing value for attribute #{symbol}" end end end def validate_name name = @specification.name if !name.is_a?(String) error "invalid value for attribute name: \"#{name.inspect}\" must be a string" elsif !/[a-zA-Z]/.match?(name) error "invalid value for attribute name: #{name.dump} must include at least one letter" elsif !VALID_NAME_PATTERN.match?(name) error "invalid value for attribute name: #{name.dump} can only include letters, numbers, dashes, and underscores" elsif SPECIAL_CHARACTERS.match?(name) error "invalid value for attribute name: #{name.dump} cannot begin with a period, dash, or underscore" end end def validate_require_paths return unless @specification.raw_require_paths.empty? error "specification must have at least one require_path" end def validate_non_files return unless packaging non_files = @specification.files.reject {|x| File.file?(x) || File.symlink?(x) } unless non_files.empty? error "[\"#{non_files.join "\", \""}\"] are not files" end end def validate_self_inclusion_in_files_list file_name = @specification.file_name return unless @specification.files.include?(file_name) error "#{@specification.full_name} contains itself (#{file_name}), check your files list" end def validate_specification_version return if @specification.specification_version.is_a?(Integer) error "specification_version must be an Integer (did you mean version?)" end def validate_platform platform = @specification.platform case platform when Gem::Platform, Gem::Platform::RUBY # ok else error "invalid platform #{platform.inspect}, see Gem::Platform" end end def validate_array_attributes Gem::Specification.array_attributes.each do |field| validate_array_attribute(field) end end def validate_array_attribute(field) val = @specification.send(field) klass = case field when :dependencies then Gem::Dependency else String end unless Array === val && val.all? {|x| x.is_a?(klass) || (field == :licenses && x.nil?) } error "#{field} must be an Array of #{klass}" end end def validate_authors_field return unless @specification.authors.empty? error "authors may not be empty" end def validate_licenses_length licenses = @specification.licenses licenses.each do |license| next if license.nil? if license.length > 64 error "each license must be 64 characters or less" end end end def validate_licenses licenses = @specification.licenses licenses.each do |license| next if Gem::Licenses.match?(license) || license.nil? license_id_deprecated = Gem::Licenses.deprecated_license_id?(license) exception_id_deprecated = Gem::Licenses.deprecated_exception_id?(license) suggestions = Gem::Licenses.suggestions(license) if license_id_deprecated main_message = "License identifier '#{license}' is deprecated" elsif exception_id_deprecated main_message = "Exception identifier at '#{license}' is deprecated" else main_message = "License identifier '#{license}' is invalid" end message = <<-WARNING #{main_message}. Use an identifier from https://spdx.org/licenses or '#{Gem::Licenses::NONSTANDARD}' for a nonstandard license, or set it to nil if you don't want to specify a license. WARNING message += "Did you mean #{suggestions.map {|s| "'#{s}'" }.join(", ")}?\n" unless suggestions.nil? warning(message) end warning <<-WARNING if licenses.empty? licenses is empty, but is recommended. Use an license identifier from https://spdx.org/licenses or '#{Gem::Licenses::NONSTANDARD}' for a nonstandard license, or set it to nil if you don't want to specify a license. WARNING end LAZY = '"FIxxxXME" or "TOxxxDO"'.gsub(/xxx/, "") LAZY_PATTERN = /\AFI XME|\ATO DO/x HOMEPAGE_URI_PATTERN = /\A[a-z][a-z\d+.-]*:/i def validate_lazy_metadata unless @specification.authors.grep(LAZY_PATTERN).empty? error "#{LAZY} is not an author" end unless Array(@specification.email).grep(LAZY_PATTERN).empty? error "#{LAZY} is not an email" end if LAZY_PATTERN.match?(@specification.description) error "#{LAZY} is not a description" end if LAZY_PATTERN.match?(@specification.summary) error "#{LAZY} is not a summary" end homepage = @specification.homepage # Make sure a homepage is valid HTTP/HTTPS URI if homepage && !homepage.empty? require_relative "vendor/uri/lib/uri" begin homepage_uri = Gem::URI.parse(homepage) unless [Gem::URI::HTTP, Gem::URI::HTTPS].member? homepage_uri.class error "\"#{homepage}\" is not a valid HTTP URI" end rescue Gem::URI::InvalidURIError error "\"#{homepage}\" is not a valid HTTP URI" end end end def validate_values %w[author homepage summary files].each do |attribute| validate_attribute_present(attribute) end if @specification.description == @specification.summary warning "description and summary are identical" end # TODO: raise at some given date warning "deprecated autorequire specified" if @specification.autorequire @specification.executables.each do |executable| validate_shebang_line_in(executable) end @specification.files.select {|f| File.symlink?(f) }.each do |file| warning "#{file} is a symlink, which is not supported on all platforms" end end def validate_attribute_present(attribute) value = @specification.send attribute warning("no #{attribute} specified") if value.nil? || value.empty? end def validate_shebang_line_in(executable) executable_path = File.join(@specification.bindir, executable) return if File.read(executable_path, 2) == "#!" warning "#{executable_path} is missing #! line" end def validate_removed_attributes # :nodoc: @specification.removed_method_calls.each do |attr| warning("#{attr} is deprecated and ignored. Please remove this from your gemspec to ensure that your gem continues to build in the future.") end end def validate_extensions # :nodoc: require_relative "ext" builder = Gem::Ext::Builder.new(@specification) validate_rake_extensions(builder) validate_rust_extensions(builder) end def validate_rust_extensions(builder) # :nodoc: rust_extension = @specification.extensions.any? {|s| builder.builder_for(s).is_a? Gem::Ext::CargoBuilder } missing_cargo_lock = !@specification.files.any? {|f| f.end_with?("Cargo.lock") } error <<-ERROR if rust_extension && missing_cargo_lock You have specified rust based extension, but Cargo.lock is not part of the gem files. Please run `cargo generate-lockfile` or any other command to generate Cargo.lock and ensure it is added to your gem files section in gemspec. ERROR end def validate_rake_extensions(builder) # :nodoc: rake_extension = @specification.extensions.any? {|s| builder.builder_for(s) == Gem::Ext::RakeBuilder } rake_dependency = @specification.dependencies.any? {|d| d.name == "rake" && d.type == :runtime } warning <<-WARNING if rake_extension && !rake_dependency You have specified rake based extension, but rake is not added as runtime dependency. It is recommended to add rake as a runtime dependency in gemspec since there's no guarantee rake will be already installed. WARNING end def validate_unique_links links = @specification.metadata.slice(*METADATA_LINK_KEYS) grouped = links.group_by {|_key, uri| uri } grouped.each do |uri, copies| next unless copies.length > 1 keys = copies.map(&:first).join("\n ") warning <<~WARNING You have specified the uri: #{uri} for all of the following keys: #{keys} Only the first one will be shown on rubygems.org WARNING end end def warning(statement) # :nodoc: @warnings += 1 alert_warning statement end def error(statement) # :nodoc: raise Gem::InvalidSpecificationException, statement ensure alert_warning help_text end def help_text # :nodoc: "See https://guides.rubygems.org/specification-reference/ for help" end end PK (J [p��) 4 share/rubygems/rubygems/defaults/operating_system.rbnu �[��� module Gem class << self ## # Returns full path of previous but one directory of dir in path # E.g. for '/usr/share/ruby', 'ruby', it returns '/usr' def previous_but_one_dir_to(path, dir) return unless path split_path = path.split(File::SEPARATOR) File.join(split_path.take_while { |one_dir| one_dir !~ /^#{dir}$/ }[0..-2]) end private :previous_but_one_dir_to ## # Detects --install-dir option specified on command line. def opt_install_dir? @opt_install_dir ||= ARGV.include?('--install-dir') || ARGV.include?('-i') end private :opt_install_dir? ## # Detects --build-root option specified on command line. def opt_build_root? @opt_build_root ||= ARGV.include?('--build-root') end private :opt_build_root? ## # Tries to detect, if arguments and environment variables suggest that # 'gem install' is executed from rpmbuild. def rpmbuild? @rpmbuild ||= ENV['RPM_PACKAGE_NAME'] && (opt_install_dir? || opt_build_root?) end private :rpmbuild? ## # Default gems locations allowed on FHS system (/usr, /usr/share). # The locations are derived from directories specified during build # configuration. def default_locations @default_locations ||= { :system => previous_but_one_dir_to(RbConfig::CONFIG['vendordir'], RbConfig::CONFIG['RUBY_INSTALL_NAME']), :local => previous_but_one_dir_to(RbConfig::CONFIG['sitedir'], RbConfig::CONFIG['RUBY_INSTALL_NAME']) } end ## # For each location provides set of directories for binaries (:bin_dir) # platform independent (:gem_dir) and dependent (:ext_dir) files. def default_dirs @libdir ||= case RUBY_PLATFORM when 'java' RbConfig::CONFIG['datadir'] else RbConfig::CONFIG['libdir'] end @default_dirs ||= default_locations.inject(Hash.new) do |hash, location| destination, path = location hash[destination] = if path { :bin_dir => File.join(path, RbConfig::CONFIG['bindir'].split(File::SEPARATOR).last), :gem_dir => File.join(path, RbConfig::CONFIG['datadir'].split(File::SEPARATOR).last, 'gems'), :ext_dir => File.join(path, @libdir.split(File::SEPARATOR).last, 'gems') } else { :bin_dir => '', :gem_dir => '', :ext_dir => '' } end hash end end ## # Remove methods we are going to override. This avoids "method redefined;" # warnings otherwise issued by Ruby. remove_method :operating_system_defaults if method_defined? :operating_system_defaults remove_method :default_dir if method_defined? :default_dir remove_method :default_path if method_defined? :default_path remove_method :default_ext_dir_for if method_defined? :default_ext_dir_for ## # Regular user installs into user directory, root manages /usr/local. def operating_system_defaults unless opt_build_root? options = if Process.uid == 0 "--install-dir=#{Gem.default_dirs[:local][:gem_dir]} --bindir #{Gem.default_dirs[:local][:bin_dir]}" end {"gem" => options} else {} end end ## # RubyGems default overrides. def default_dir Gem.default_dirs[:system][:gem_dir] end def default_path path = default_dirs.collect {|location, paths| paths[:gem_dir]} path.unshift Gem.user_dir if File.exist? Gem.user_home path end def default_ext_dir_for base_dir dir = if rpmbuild? build_dir = base_dir.chomp Gem.default_dirs[:system][:gem_dir] if build_dir != base_dir File.join build_dir, Gem.default_dirs[:system][:ext_dir] end else dirs = Gem.default_dirs.detect {|location, paths| paths[:gem_dir] == base_dir} dirs && dirs.last[:ext_dir] end dir && File.join(dir, RbConfig::CONFIG['RUBY_INSTALL_NAME']) end # This method should be available since RubyGems 2.2 until RubyGems 3.0. # https://github.com/rubygems/rubygems/issues/749 if method_defined? :install_extension_in_lib remove_method :install_extension_in_lib def install_extension_in_lib false end end end end PK (J [��{� 6 share/rubygems/rubygems/installer_uninstaller_utils.rbnu �[��� # frozen_string_literal: true ## # Helper methods for both Gem::Installer and Gem::Uninstaller module Gem::InstallerUninstallerUtils def regenerate_plugins_for(spec, plugins_dir) plugins = spec.plugins return if plugins.empty? require "pathname" spec.plugins.each do |plugin| plugin_script_path = File.join plugins_dir, "#{spec.name}_plugin#{File.extname(plugin)}" File.open plugin_script_path, "wb" do |file| file.puts "require_relative '#{Pathname.new(plugin).relative_path_from(Pathname.new(plugins_dir))}'" end verbose plugin_script_path end end def remove_plugins_for(spec, plugins_dir) FileUtils.rm_f Gem::Util.glob_files_in_dir("#{spec.name}#{Gem.plugin_suffix_pattern}", plugins_dir) end end PK (J [�?�� � * share/rubygems/rubygems/gemspec_helpers.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" ## # Mixin methods for commands that work with gemspecs. module Gem::GemspecHelpers def find_gemspec(glob = "*.gemspec") gemspecs = Dir.glob(glob).sort if gemspecs.size > 1 alert_error "Multiple gemspecs found: #{gemspecs}, please specify one" terminate_interaction(1) end gemspecs.first end end PK (J [#�Y� � ( share/rubygems/rubygems/s3_uri_signer.rbnu �[��� # frozen_string_literal: true require_relative "openssl" ## # S3URISigner implements AWS SigV4 for S3 Source to avoid a dependency on the aws-sdk-* gems # More on AWS SigV4: https://docs.aws.amazon.com/AmazonS3/latest/API/sig-v4-authenticating-requests.html class Gem::S3URISigner class ConfigurationError < Gem::Exception def initialize(message) super message end def to_s # :nodoc: super.to_s end end class InstanceProfileError < Gem::Exception def initialize(message) super message end def to_s # :nodoc: super.to_s end end attr_accessor :uri def initialize(uri) @uri = uri end ## # Signs S3 URI using query-params according to the reference: https://docs.aws.amazon.com/AmazonS3/latest/API/sigv4-query-string-auth.html def sign(expiration = 86_400) s3_config = fetch_s3_config current_time = Time.now.utc date_time = current_time.strftime("%Y%m%dT%H%m%SZ") date = date_time[0,8] credential_info = "#{date}/#{s3_config.region}/s3/aws4_request" canonical_host = "#{uri.host}.s3.#{s3_config.region}.amazonaws.com" query_params = generate_canonical_query_params(s3_config, date_time, credential_info, expiration) canonical_request = generate_canonical_request(canonical_host, query_params) string_to_sign = generate_string_to_sign(date_time, credential_info, canonical_request) signature = generate_signature(s3_config, date, string_to_sign) Gem::URI.parse("https://#{canonical_host}#{uri.path}?#{query_params}&X-Amz-Signature=#{signature}") end private S3Config = Struct.new :access_key_id, :secret_access_key, :security_token, :region def generate_canonical_query_params(s3_config, date_time, credential_info, expiration) canonical_params = {} canonical_params["X-Amz-Algorithm"] = "AWS4-HMAC-SHA256" canonical_params["X-Amz-Credential"] = "#{s3_config.access_key_id}/#{credential_info}" canonical_params["X-Amz-Date"] = date_time canonical_params["X-Amz-Expires"] = expiration.to_s canonical_params["X-Amz-SignedHeaders"] = "host" canonical_params["X-Amz-Security-Token"] = s3_config.security_token if s3_config.security_token # Sorting is required to generate proper signature canonical_params.sort.to_h.map do |key, value| "#{base64_uri_escape(key)}=#{base64_uri_escape(value)}" end.join("&") end def generate_canonical_request(canonical_host, query_params) [ "GET", uri.path, query_params, "host:#{canonical_host}", "", # empty params "host", "UNSIGNED-PAYLOAD", ].join("\n") end def generate_string_to_sign(date_time, credential_info, canonical_request) [ "AWS4-HMAC-SHA256", date_time, credential_info, OpenSSL::Digest::SHA256.hexdigest(canonical_request), ].join("\n") end def generate_signature(s3_config, date, string_to_sign) date_key = OpenSSL::HMAC.digest("sha256", "AWS4" + s3_config.secret_access_key, date) date_region_key = OpenSSL::HMAC.digest("sha256", date_key, s3_config.region) date_region_service_key = OpenSSL::HMAC.digest("sha256", date_region_key, "s3") signing_key = OpenSSL::HMAC.digest("sha256", date_region_service_key, "aws4_request") OpenSSL::HMAC.hexdigest("sha256", signing_key, string_to_sign) end ## # Extracts S3 configuration for S3 bucket def fetch_s3_config return S3Config.new(uri.user, uri.password, nil, "us-east-1") if uri.user && uri.password s3_source = Gem.configuration[:s3_source] || Gem.configuration["s3_source"] host = uri.host raise ConfigurationError.new("no s3_source key exists in .gemrc") unless s3_source auth = s3_source[host] || s3_source[host.to_sym] raise ConfigurationError.new("no key for host #{host} in s3_source in .gemrc") unless auth provider = auth[:provider] || auth["provider"] case provider when "env" id = ENV["AWS_ACCESS_KEY_ID"] secret = ENV["AWS_SECRET_ACCESS_KEY"] security_token = ENV["AWS_SESSION_TOKEN"] when "instance_profile" credentials = ec2_metadata_credentials_json id = credentials["AccessKeyId"] secret = credentials["SecretAccessKey"] security_token = credentials["Token"] else id = auth[:id] || auth["id"] secret = auth[:secret] || auth["secret"] security_token = auth[:security_token] || auth["security_token"] end raise ConfigurationError.new("s3_source for #{host} missing id or secret") unless id && secret region = auth[:region] || auth["region"] || "us-east-1" S3Config.new(id, secret, security_token, region) end def base64_uri_escape(str) str.gsub(%r{[\+/=\n]}, BASE64_URI_TRANSLATE) end def ec2_metadata_credentials_json require_relative "vendored_net_http" require_relative "request" require_relative "request/connection_pools" require "json" iam_info = ec2_metadata_request(EC2_IAM_INFO) # Expected format: arn:aws:iam::<id>:instance-profile/<role_name> role_name = iam_info["InstanceProfileArn"].split("/").last ec2_metadata_request(EC2_IAM_SECURITY_CREDENTIALS + role_name) end def ec2_metadata_request(url) uri = Gem::URI(url) @request_pool ||= create_request_pool(uri) request = Gem::Request.new(uri, Gem::Net::HTTP::Get, nil, @request_pool) response = request.fetch case response when Gem::Net::HTTPOK then JSON.parse(response.body) else raise InstanceProfileError.new("Unable to fetch AWS metadata from #{uri}: #{response.message} #{response.code}") end end def create_request_pool(uri) proxy_uri = Gem::Request.proxy_uri(Gem::Request.get_proxy_from_env(uri.scheme)) certs = Gem::Request.get_cert_files Gem::Request::ConnectionPools.new(proxy_uri, certs).pool_for(uri) end BASE64_URI_TRANSLATE = { "+" => "%2B", "/" => "%2F", "=" => "%3D", "\n" => "" }.freeze EC2_IAM_INFO = "http://169.254.169.254/latest/meta-data/iam/info" EC2_IAM_SECURITY_CREDENTIALS = "http://169.254.169.254/latest/meta-data/iam/security-credentials/" end PK (J [[n65�! �! # share/rubygems/rubygems/platform.rbnu �[��� # frozen_string_literal: true require_relative "deprecate" ## # Available list of platforms for targeting Gem installations. # # See `gem help platform` for information on platform matching. class Gem::Platform @local = nil attr_accessor :cpu, :os, :version def self.local(refresh: false) return @local if @local && !refresh @local = begin arch = Gem.target_rbconfig["arch"] arch = "#{arch}_60" if /mswin(?:32|64)$/.match?(arch) new(arch) end end def self.match(platform) match_platforms?(platform, Gem.platforms) end class << self extend Gem::Deprecate rubygems_deprecate :match, "Gem::Platform.match_spec? or match_gem?" end def self.match_platforms?(platform, platforms) platform = Gem::Platform.new(platform) unless platform.is_a?(Gem::Platform) platforms.any? do |local_platform| platform.nil? || local_platform == platform || (local_platform != Gem::Platform::RUBY && platform =~ local_platform) end end private_class_method :match_platforms? def self.match_spec?(spec) match_gem?(spec.platform, spec.name) end if RUBY_ENGINE == "truffleruby" def self.match_gem?(platform, gem_name) raise "Not a string: #{gem_name.inspect}" unless String === gem_name if REUSE_AS_BINARY_ON_TRUFFLERUBY.include?(gem_name) match_platforms?(platform, [Gem::Platform::RUBY, Gem::Platform.local]) else match_platforms?(platform, Gem.platforms) end end else def self.match_gem?(platform, gem_name) match_platforms?(platform, Gem.platforms) end end def self.sort_priority(platform) platform == Gem::Platform::RUBY ? -1 : 1 end def self.installable?(spec) if spec.respond_to? :installable_platform? spec.installable_platform? else match_spec? spec end end def self.new(arch) # :nodoc: case arch when Gem::Platform::CURRENT then Gem::Platform.local when Gem::Platform::RUBY, nil, "" then Gem::Platform::RUBY else super end end def initialize(arch) case arch when Array then @cpu, @os, @version = arch when String then arch = arch.split "-" if arch.length > 2 && !arch.last.match?(/\d+(\.\d+)?$/) # reassemble x86-linux-{libc} extra = arch.pop arch.last << "-#{extra}" end cpu = arch.shift @cpu = case cpu when /i\d86/ then "x86" else cpu end if arch.length == 2 && arch.last.match?(/^\d+(\.\d+)?$/) # for command-line @os, @version = arch return end os, = arch if os.nil? @cpu = nil os = cpu end # legacy jruby @os, @version = case os when /aix(\d+)?/ then ["aix", $1] when /cygwin/ then ["cygwin", nil] when /darwin(\d+)?/ then ["darwin", $1] when /^macruby$/ then ["macruby", nil] when /freebsd(\d+)?/ then ["freebsd", $1] when /^java$/, /^jruby$/ then ["java", nil] when /^java([\d.]*)/ then ["java", $1] when /^dalvik(\d+)?$/ then ["dalvik", $1] when /^dotnet$/ then ["dotnet", nil] when /^dotnet([\d.]*)/ then ["dotnet", $1] when /linux-?(\w+)?/ then ["linux", $1] when /mingw32/ then ["mingw32", nil] when /mingw-?(\w+)?/ then ["mingw", $1] when /(mswin\d+)(\_(\d+))?/ then os = $1 version = $3 @cpu = "x86" if @cpu.nil? && os =~ /32$/ [os, version] when /netbsdelf/ then ["netbsdelf", nil] when /openbsd(\d+\.\d+)?/ then ["openbsd", $1] when /solaris(\d+\.\d+)?/ then ["solaris", $1] when /wasi/ then ["wasi", nil] # test when /^(\w+_platform)(\d+)?/ then [$1, $2] else ["unknown", nil] end when Gem::Platform then @cpu = arch.cpu @os = arch.os @version = arch.version else raise ArgumentError, "invalid argument #{arch.inspect}" end end def to_a [@cpu, @os, @version] end def to_s to_a.compact.join "-" end ## # Is +other+ equal to this platform? Two platforms are equal if they have # the same CPU, OS and version. def ==(other) self.class === other && to_a == other.to_a end alias_method :eql?, :== def hash # :nodoc: to_a.hash end ## # Does +other+ match this platform? Two platforms match if they have the # same CPU, or either has a CPU of 'universal', they have the same OS, and # they have the same version, or either one has no version # # Additionally, the platform will match if the local CPU is 'arm' and the # other CPU starts with "armv" (for generic 32-bit ARM family support). # # Of note, this method is not commutative. Indeed the OS 'linux' has a # special case: the version is the libc name, yet while "no version" stands # as a wildcard for a binary gem platform (as for other OSes), for the # runtime platform "no version" stands for 'gnu'. To be able to distinguish # these, the method receiver is the gem platform, while the argument is # the runtime platform. # #-- # NOTE: Until it can be removed, changes to this method must also be reflected in `bundler/lib/bundler/rubygems_ext.rb` def ===(other) return nil unless Gem::Platform === other # universal-mingw32 matches x64-mingw-ucrt return true if (@cpu == "universal" || other.cpu == "universal") && @os.start_with?("mingw") && other.os.start_with?("mingw") # cpu ([nil,"universal"].include?(@cpu) || [nil, "universal"].include?(other.cpu) || @cpu == other.cpu || (@cpu == "arm" && other.cpu.start_with?("armv"))) && # os @os == other.os && # version ( (@os != "linux" && (@version.nil? || other.version.nil?)) || (@os == "linux" && (normalized_linux_version == other.normalized_linux_version || ["musl#{@version}", "musleabi#{@version}", "musleabihf#{@version}"].include?(other.version))) || @version == other.version ) end #-- # NOTE: Until it can be removed, changes to this method must also be reflected in `bundler/lib/bundler/rubygems_ext.rb` def normalized_linux_version return nil unless @version without_gnu_nor_abi_modifiers = @version.sub(/\Agnu/, "").sub(/eabi(hf)?\Z/, "") return nil if without_gnu_nor_abi_modifiers.empty? without_gnu_nor_abi_modifiers end ## # Does +other+ match this platform? If +other+ is a String it will be # converted to a Gem::Platform first. See #=== for matching rules. def =~(other) case other when Gem::Platform then # nop when String then # This data is from http://gems.rubyforge.org/gems/yaml on 19 Aug 2007 other = case other when /^i686-darwin(\d)/ then ["x86", "darwin", $1] when /^i\d86-linux/ then ["x86", "linux", nil] when "java", "jruby" then [nil, "java", nil] when /^dalvik(\d+)?$/ then [nil, "dalvik", $1] when /dotnet(\-(\d+\.\d+))?/ then ["universal","dotnet", $2] when /mswin32(\_(\d+))?/ then ["x86", "mswin32", $2] when /mswin64(\_(\d+))?/ then ["x64", "mswin64", $2] when "powerpc-darwin" then ["powerpc", "darwin", nil] when /powerpc-darwin(\d)/ then ["powerpc", "darwin", $1] when /sparc-solaris2.8/ then ["sparc", "solaris", "2.8"] when /universal-darwin(\d)/ then ["universal", "darwin", $1] else other end other = Gem::Platform.new other else return nil end self === other end ## # A pure-Ruby gem that may use Gem::Specification#extensions to build # binary files. RUBY = "ruby" ## # A platform-specific gem that is built for the packaging Ruby's platform. # This will be replaced with Gem::Platform::local. CURRENT = "current" end PK (J [�� ' share/rubygems/rubygems/path_support.rbnu �[��� # frozen_string_literal: true ## # # Gem::PathSupport facilitates the GEM_HOME and GEM_PATH environment settings # to the rest of RubyGems. # class Gem::PathSupport ## # The default system path for managing Gems. attr_reader :home ## # Array of paths to search for Gems. attr_reader :path ## # Directory with spec cache attr_reader :spec_cache_dir # :nodoc: ## # # Constructor. Takes a single argument which is to be treated like a # hashtable, or defaults to ENV, the system environment. # def initialize(env) @home = normalize_home_dir(env["GEM_HOME"] || Gem.default_dir) @path = split_gem_path env["GEM_PATH"], @home @spec_cache_dir = env["GEM_SPEC_CACHE"] || Gem.default_spec_cache_dir end private def normalize_home_dir(home) if File::ALT_SEPARATOR home = home.gsub(File::ALT_SEPARATOR, File::SEPARATOR) end expand(home) end ## # Split the Gem search path (as reported by Gem.path). def split_gem_path(gpaths, home) # FIX: it should be [home, *path], not [*path, home] gem_path = [] if gpaths gem_path = gpaths.split(Gem.path_separator) # Handle the path_separator being set to a regexp, which will cause # end_with? to error if /#{Gem.path_separator}\z/.match?(gpaths) gem_path += default_path end if File::ALT_SEPARATOR gem_path.map! do |this_path| this_path.gsub File::ALT_SEPARATOR, File::SEPARATOR end end gem_path << home else gem_path = default_path end gem_path.map {|path| expand(path) }.uniq end # Return the default Gem path def default_path Gem.default_path + [@home] end def expand(path) if File.directory?(path) File.realpath(path) else path end end end PK (J [��I�� � I share/rubygems/rubygems/gemcutter_utilities/webauthn_listener/response.rbnu �[��� # frozen_string_literal: true ## # The WebauthnListener Response class is used by the WebauthnListener to create # responses to be sent to the Gem host. It creates a Gem::Net::HTTPResponse instance # when initialized and can be converted to the appropriate format to be sent by a socket using `to_s`. # Gem::Net::HTTPResponse instances cannot be directly sent over a socket. # # Types of response classes: # - OkResponse # - NoContentResponse # - BadRequestResponse # - NotFoundResponse # - MethodNotAllowedResponse # # Example usage: # # server = TCPServer.new(0) # socket = server.accept # # response = OkResponse.for("https://rubygems.example") # socket.print response.to_s # socket.close # module Gem::GemcutterUtilities class WebauthnListener class Response attr_reader :http_response def self.for(host) new(host) end def initialize(host) @host = host build_http_response end def to_s status_line = "HTTP/#{@http_response.http_version} #{@http_response.code} #{@http_response.message}\r\n" headers = @http_response.to_hash.map {|header, value| "#{header}: #{value.join(", ")}\r\n" }.join + "\r\n" body = @http_response.body ? "#{@http_response.body}\n" : "" status_line + headers + body end private # Must be implemented in subclasses def code raise NotImplementedError end def reason_phrase raise NotImplementedError end def body; end def build_http_response response_class = Gem::Net::HTTPResponse::CODE_TO_OBJ[code.to_s] @http_response = response_class.new("1.1", code, reason_phrase) @http_response.instance_variable_set(:@read, true) add_connection_header add_access_control_headers add_body end def add_connection_header @http_response["connection"] = "close" end def add_access_control_headers @http_response["access-control-allow-origin"] = @host @http_response["access-control-allow-methods"] = "POST" @http_response["access-control-allow-headers"] = %w[Content-Type Authorization x-csrf-token] end def add_body return unless body @http_response["content-type"] = "text/plain; charset=utf-8" @http_response["content-length"] = body.bytesize @http_response.instance_variable_set(:@body, body) end end class OkResponse < Response private def code 200 end def reason_phrase "OK" end def body "success" end end class NoContentResponse < Response private def code 204 end def reason_phrase "No Content" end end class BadRequestResponse < Response private def code 400 end def reason_phrase "Bad Request" end def body "missing code parameter" end end class NotFoundResponse < Response private def code 404 end def reason_phrase "Not Found" end end class MethodNotAllowedResponse < Response private def code 405 end def reason_phrase "Method Not Allowed" end def add_access_control_headers super @http_response["allow"] = %w[GET OPTIONS] end end end end PK (J [ 0�� @ share/rubygems/rubygems/gemcutter_utilities/webauthn_listener.rbnu �[��� # frozen_string_literal: true require_relative "webauthn_listener/response" ## # The WebauthnListener class retrieves an OTP after a user successfully WebAuthns with the Gem host. # An instance opens a socket using the TCPServer instance given and listens for a request from the Gem host. # The request should be a GET request to the root path and contains the OTP code in the form # of a query parameter `code`. The listener will return the code which will be used as the OTP for # API requests. # # Types of responses sent by the listener after receiving a request: # - 200 OK: OTP code was successfully retrieved # - 204 No Content: If the request was an OPTIONS request # - 400 Bad Request: If the request did not contain a query parameter `code` # - 404 Not Found: The request was not to the root path # - 405 Method Not Allowed: OTP code was not retrieved because the request was not a GET/OPTIONS request # # Example usage: # # thread = Gem::WebauthnListener.listener_thread("https://rubygems.example", server) # thread.join # otp = thread[:otp] # error = thread[:error] # module Gem::GemcutterUtilities class WebauthnListener attr_reader :host def initialize(host) @host = host end def self.listener_thread(host, server) Thread.new do thread = Thread.current thread.abort_on_exception = true thread.report_on_exception = false thread[:otp] = new(host).wait_for_otp_code(server) rescue Gem::WebauthnVerificationError => e thread[:error] = e ensure server.close end end def wait_for_otp_code(server) loop do socket = server.accept request_line = socket.gets method, req_uri, _protocol = request_line.split(" ") req_uri = Gem::URI.parse(req_uri) responder = SocketResponder.new(socket) unless root_path?(req_uri) responder.send(NotFoundResponse.for(host)) raise Gem::WebauthnVerificationError, "Page at #{req_uri.path} not found." end case method.upcase when "OPTIONS" responder.send(NoContentResponse.for(host)) next # will be GET when "GET" if otp = parse_otp_from_uri(req_uri) responder.send(OkResponse.for(host)) return otp end responder.send(BadRequestResponse.for(host)) raise Gem::WebauthnVerificationError, "Did not receive OTP from #{host}." else responder.send(MethodNotAllowedResponse.for(host)) raise Gem::WebauthnVerificationError, "Invalid HTTP method #{method.upcase} received." end end end private def root_path?(uri) uri.path == "/" end def parse_otp_from_uri(uri) require "cgi" return if uri.query.nil? CGI.parse(uri.query).dig("code", 0) end class SocketResponder def initialize(socket) @socket = socket end def send(response) @socket.print response.to_s @socket.close end end end end PK (J [L]� � > share/rubygems/rubygems/gemcutter_utilities/webauthn_poller.rbnu �[��� # frozen_string_literal: true ## # The WebauthnPoller class retrieves an OTP after a user successfully WebAuthns. An instance # polls the Gem host for the OTP code. The polling request (api/v1/webauthn_verification/<webauthn_token>/status.json) # is sent to the Gem host every 5 seconds and will timeout after 5 minutes. If the status field in the json response # is "success", the code field will contain the OTP code. # # Example usage: # # thread = Gem::WebauthnPoller.poll_thread( # {}, # "RubyGems.org", # "https://rubygems.org/api/v1/webauthn_verification/odow34b93t6aPCdY", # { email: "email@example.com", password: "password" } # ) # thread.join # otp = thread[:otp] # error = thread[:error] # module Gem::GemcutterUtilities class WebauthnPoller include Gem::GemcutterUtilities TIMEOUT_IN_SECONDS = 300 attr_reader :options, :host def initialize(options, host) @options = options @host = host end def self.poll_thread(options, host, webauthn_url, credentials) Thread.new do thread = Thread.current thread.abort_on_exception = true thread.report_on_exception = false thread[:otp] = new(options, host).poll_for_otp(webauthn_url, credentials) rescue Gem::WebauthnVerificationError, Gem::Timeout::Error => e thread[:error] = e end end def poll_for_otp(webauthn_url, credentials) Gem::Timeout.timeout(TIMEOUT_IN_SECONDS) do loop do response = webauthn_verification_poll_response(webauthn_url, credentials) raise Gem::WebauthnVerificationError, response.message unless response.is_a?(Gem::Net::HTTPSuccess) require "json" parsed_response = JSON.parse(response.body) case parsed_response["status"] when "pending" sleep 5 when "success" return parsed_response["code"] else raise Gem::WebauthnVerificationError, parsed_response.fetch("message", "Invalid response from server") end end end end private def webauthn_verification_poll_response(webauthn_url, credentials) webauthn_token = %r{(?<=\/)[^\/]+(?=$)}.match(webauthn_url)[0] rubygems_api_request(:get, "api/v1/webauthn_verification/#{webauthn_token}/status.json") do |request| if credentials.empty? request.add_field "Authorization", api_key elsif credentials[:identifier] && credentials[:password] request.basic_auth credentials[:identifier], credentials[:password] else raise Gem::WebauthnVerificationError, "Provided missing credentials" end end end end end PK (J [� �;} } " share/rubygems/rubygems/openssl.rbnu �[��� # frozen_string_literal: true autoload :OpenSSL, "openssl" module Gem HAVE_OPENSSL = defined? OpenSSL::SSL # :nodoc: end PK (J [�2�< < * share/rubygems/rubygems/security_option.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "../rubygems" # forward-declare module Gem::Security # :nodoc: class Policy # :nodoc: end end ## # Mixin methods for security option for Gem::Commands module Gem::SecurityOption def add_security_option Gem::OptionParser.accept Gem::Security::Policy do |value| require_relative "security" raise Gem::OptionParser::InvalidArgument, "OpenSSL not installed" unless defined?(Gem::Security::HighSecurity) policy = Gem::Security::Policies[value] unless policy valid = Gem::Security::Policies.keys.sort raise Gem::OptionParser::InvalidArgument, "#{value} (#{valid.join ", "} are valid)" end policy end add_option(:"Install/Update", "-P", "--trust-policy POLICY", Gem::Security::Policy, "Specify gem trust policy") do |value, options| options[:security_policy] = value end end end PK (J [�Gy�I I ) share/rubygems/rubygems/vendored_tsort.rbnu �[��� # frozen_string_literal: true require_relative "vendor/tsort/lib/tsort" PK (J [ђSÛ � 8 share/rubygems/rubygems/unknown_command_spell_checker.rbnu �[��� # frozen_string_literal: true class Gem::UnknownCommandSpellChecker attr_reader :error def initialize(error) @error = error end def corrections @corrections ||= spell_checker.correct(error.unknown_command).map(&:inspect) end private def spell_checker dictionary = Gem::CommandManager.instance.command_names DidYouMean::SpellChecker.new(dictionary: dictionary) end end PK (J []�Y(� � ) share/rubygems/rubygems/version_option.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "../rubygems" ## # Mixin methods for --version and --platform Gem::Command options. module Gem::VersionOption ## # Add the --platform option to the option parser. def add_platform_option(task = command, *wrap) Gem::OptionParser.accept Gem::Platform do |value| if value == Gem::Platform::RUBY value else Gem::Platform.new value end end add_option("--platform PLATFORM", Gem::Platform, "Specify the platform of gem to #{task}", *wrap) do |value, options| unless options[:added_platform] Gem.platforms = [Gem::Platform::RUBY] options[:added_platform] = true end Gem.platforms << value unless Gem.platforms.include? value end end ## # Add the --prerelease option to the option parser. def add_prerelease_option(*wrap) add_option("--[no-]prerelease", "Allow prerelease versions of a gem", *wrap) do |value, options| options[:prerelease] = value options[:explicit_prerelease] = true end end ## # Add the --version option to the option parser. def add_version_option(task = command, *wrap) Gem::OptionParser.accept Gem::Requirement do |value| Gem::Requirement.new(*value.split(/\s*,\s*/)) end add_option("-v", "--version VERSION", Gem::Requirement, "Specify version of gem to #{task}", *wrap) do |value, options| # Allow handling for multiple --version operators if options[:version] && !options[:version].none? options[:version].concat([value]) else options[:version] = value end explicit_prerelease_set = !options[:explicit_prerelease].nil? options[:explicit_prerelease] = false unless explicit_prerelease_set options[:prerelease] = value.prerelease? unless options[:explicit_prerelease] end end ## # Extract platform given on the command line def get_platform_from_requirements(requirements) Gem.platforms[1].to_s if requirements.key? :added_platform end end PK (J [�䌸. . , share/rubygems/rubygems/package/io_source.rbnu �[��� # frozen_string_literal: true ## # Supports reading and writing gems from/to a generic IO object. This is # useful for other applications built on top of rubygems, such as # rubygems.org. # # This is a private class, do not depend on it directly. Instead, pass an IO # object to `Gem::Package.new`. class Gem::Package::IOSource < Gem::Package::Source # :nodoc: all attr_reader :io def initialize(io) @io = io end def start @start ||= begin if io.pos > 0 raise Gem::Package::Error, "Cannot read start unless IO is at start" end value = io.read 20 io.rewind value end end def present? true end def with_read_io yield io ensure io.rewind end def with_write_io yield io ensure io.rewind end def path end end PK (J [k��{y y 3 share/rubygems/rubygems/package/tar_reader/entry.rbnu �[��� # frozen_string_literal: true # rubocop:disable Style/AsciiComments # Copyright (C) 2004 Mauricio Julio Fernández Pradier # See LICENSE.txt for additional licensing information. # rubocop:enable Style/AsciiComments ## # Class for reading entries out of a tar file class Gem::Package::TarReader::Entry ## # Creates a new tar entry for +header+ that will be read from +io+ # If a block is given, the entry is yielded and then closed. def self.open(header, io, &block) entry = new header, io return entry unless block_given? begin yield entry ensure entry.close end end ## # Header for this tar entry attr_reader :header ## # Creates a new tar entry for +header+ that will be read from +io+ def initialize(header, io) @closed = false @header = header @io = io @orig_pos = @io.pos @end_pos = @orig_pos + @header.size @read = 0 end def check_closed # :nodoc: raise IOError, "closed #{self.class}" if closed? end ## # Number of bytes read out of the tar entry def bytes_read @read end ## # Closes the tar entry def close return if closed? # Seek to the end of the entry if it wasn't fully read seek(0, IO::SEEK_END) # discard trailing zeros skip = (512 - (@header.size % 512)) % 512 @io.read(skip) @closed = true nil end ## # Is the tar entry closed? def closed? @closed end ## # Are we at the end of the tar entry? def eof? check_closed @read >= @header.size end ## # Full name of the tar entry def full_name @header.full_name.force_encoding(Encoding::UTF_8) rescue ArgumentError => e raise unless e.message == "string contains null byte" raise Gem::Package::TarInvalidError, "tar is corrupt, name contains null byte" end ## # Read one byte from the tar entry def getc return nil if eof? ret = @io.getc @read += 1 if ret ret end ## # Is this tar entry a directory? def directory? @header.typeflag == "5" end ## # Is this tar entry a file? def file? @header.typeflag == "0" end ## # Is this tar entry a symlink? def symlink? @header.typeflag == "2" end ## # The position in the tar entry def pos check_closed bytes_read end ## # Seek to the position in the tar entry def pos=(new_pos) seek(new_pos, IO::SEEK_SET) end def size @header.size end alias_method :length, :size ## # Reads +maxlen+ bytes from the tar file entry, or the rest of the entry if nil def read(maxlen = nil) if eof? return maxlen.to_i.zero? ? "" : nil end max_read = [maxlen, @header.size - @read].compact.min ret = @io.read max_read if ret.nil? return maxlen ? nil : "" # IO.read returns nil on EOF with len argument end @read += ret.size ret end def readpartial(maxlen, outbuf = "".b) if eof? && maxlen > 0 raise EOFError, "end of file reached" end max_read = [maxlen, @header.size - @read].min @io.readpartial(max_read, outbuf) @read += outbuf.size outbuf end ## # Seeks to +offset+ bytes into the tar file entry # +whence+ can be IO::SEEK_SET, IO::SEEK_CUR, or IO::SEEK_END def seek(offset, whence = IO::SEEK_SET) check_closed new_pos = case whence when IO::SEEK_SET then @orig_pos + offset when IO::SEEK_CUR then @io.pos + offset when IO::SEEK_END then @end_pos + offset else raise ArgumentError, "invalid whence" end if new_pos < @orig_pos new_pos = @orig_pos elsif new_pos > @end_pos new_pos = @end_pos end pending = new_pos - @io.pos return 0 if pending == 0 if @io.respond_to?(:seek) begin # avoid reading if the @io supports seeking @io.seek new_pos, IO::SEEK_SET pending = 0 rescue Errno::EINVAL end end # if seeking isn't supported or failed # negative seek requires that we rewind and read if pending < 0 @io.rewind pending = new_pos end while pending > 0 do size_read = @io.read([pending, 4096].min)&.size raise(EOFError, "end of file reached") if size_read.nil? pending -= size_read end @read = @io.pos - @orig_pos 0 end ## # Rewinds to the beginning of the tar file entry def rewind check_closed seek(0, IO::SEEK_SET) end end PK (J [�^x{H H ) share/rubygems/rubygems/package/source.rbnu �[��� # frozen_string_literal: true class Gem::Package::Source # :nodoc: end PK (J [�; � � - share/rubygems/rubygems/package/tar_header.rbnu �[��� # frozen_string_literal: true # rubocop:disable Style/AsciiComments # Copyright (C) 2004 Mauricio Julio Fernández Pradier # See LICENSE.txt for additional licensing information. # rubocop:enable Style/AsciiComments ## #-- # struct tarfile_entry_posix { # char name[100]; # ASCII + (Z unless filled) # char mode[8]; # 0 padded, octal, null # char uid[8]; # ditto # char gid[8]; # ditto # char size[12]; # 0 padded, octal, null # char mtime[12]; # 0 padded, octal, null # char checksum[8]; # 0 padded, octal, null, space # char typeflag[1]; # file: "0" dir: "5" # char linkname[100]; # ASCII + (Z unless filled) # char magic[6]; # "ustar\0" # char version[2]; # "00" # char uname[32]; # ASCIIZ # char gname[32]; # ASCIIZ # char devmajor[8]; # 0 padded, octal, null # char devminor[8]; # o padded, octal, null # char prefix[155]; # ASCII + (Z unless filled) # }; #++ # A header for a tar file class Gem::Package::TarHeader ## # Fields in the tar header FIELDS = [ :checksum, :devmajor, :devminor, :gid, :gname, :linkname, :magic, :mode, :mtime, :name, :prefix, :size, :typeflag, :uid, :uname, :version, ].freeze ## # Pack format for a tar header PACK_FORMAT = "a100" + # name "a8" + # mode "a8" + # uid "a8" + # gid "a12" + # size "a12" + # mtime "a7a" + # chksum "a" + # typeflag "a100" + # linkname "a6" + # magic "a2" + # version "a32" + # uname "a32" + # gname "a8" + # devmajor "a8" + # devminor "a155" # prefix ## # Unpack format for a tar header UNPACK_FORMAT = "A100" + # name "A8" + # mode "A8" + # uid "A8" + # gid "A12" + # size "A12" + # mtime "A8" + # checksum "A" + # typeflag "A100" + # linkname "A6" + # magic "A2" + # version "A32" + # uname "A32" + # gname "A8" + # devmajor "A8" + # devminor "A155" # prefix attr_reader(*FIELDS) EMPTY_HEADER = ("\0" * 512).b.freeze # :nodoc: ## # Creates a tar header from IO +stream+ def self.from(stream) header = stream.read 512 return EMPTY if header == EMPTY_HEADER fields = header.unpack UNPACK_FORMAT new name: fields.shift, mode: strict_oct(fields.shift), uid: oct_or_256based(fields.shift), gid: oct_or_256based(fields.shift), size: strict_oct(fields.shift), mtime: strict_oct(fields.shift), checksum: strict_oct(fields.shift), typeflag: fields.shift, linkname: fields.shift, magic: fields.shift, version: strict_oct(fields.shift), uname: fields.shift, gname: fields.shift, devmajor: strict_oct(fields.shift), devminor: strict_oct(fields.shift), prefix: fields.shift, empty: false end def self.strict_oct(str) str.strip! return str.oct if /\A[0-7]*\z/.match?(str) raise ArgumentError, "#{str.inspect} is not an octal string" end def self.oct_or_256based(str) # \x80 flags a positive 256-based number # \ff flags a negative 256-based number # In case we have a match, parse it as a signed binary value # in big-endian order, except that the high-order bit is ignored. return str.unpack1("@4N") if /\A[\x80\xff]/n.match?(str) strict_oct(str) end ## # Creates a new TarHeader using +vals+ def initialize(vals) unless vals[:name] && vals[:size] && vals[:prefix] && vals[:mode] raise ArgumentError, ":name, :size, :prefix and :mode required" end @checksum = vals[:checksum] || "" @devmajor = vals[:devmajor] || 0 @devminor = vals[:devminor] || 0 @gid = vals[:gid] || 0 @gname = vals[:gname] || "wheel" @linkname = vals[:linkname] @magic = vals[:magic] || "ustar" @mode = vals[:mode] @mtime = vals[:mtime] || 0 @name = vals[:name] @prefix = vals[:prefix] @size = vals[:size] @typeflag = vals[:typeflag] @typeflag = "0" if @typeflag.nil? || @typeflag.empty? @uid = vals[:uid] || 0 @uname = vals[:uname] || "wheel" @version = vals[:version] || "00" @empty = vals[:empty] end EMPTY = new({ # :nodoc: checksum: 0, gname: "", linkname: "", magic: "", mode: 0, name: "", prefix: "", size: 0, uname: "", version: 0, empty: true, }).freeze private_constant :EMPTY ## # Is the tar entry empty? def empty? @empty end def ==(other) # :nodoc: self.class === other && @checksum == other.checksum && @devmajor == other.devmajor && @devminor == other.devminor && @gid == other.gid && @gname == other.gname && @linkname == other.linkname && @magic == other.magic && @mode == other.mode && @mtime == other.mtime && @name == other.name && @prefix == other.prefix && @size == other.size && @typeflag == other.typeflag && @uid == other.uid && @uname == other.uname && @version == other.version end def to_s # :nodoc: update_checksum header end ## # Updates the TarHeader's checksum def update_checksum header = header " " * 8 @checksum = oct calculate_checksum(header), 6 end ## # Header's full name, including prefix def full_name if prefix != "" File.join prefix, name else name end end private def calculate_checksum(header) header.sum(0) end def header(checksum = @checksum) header = [ name, oct(mode, 7), oct(uid, 7), oct(gid, 7), oct(size, 11), oct(mtime, 11), checksum, " ", typeflag, linkname, magic, oct(version, 2), uname, gname, oct(devmajor, 7), oct(devminor, 7), prefix, ] header = header.pack PACK_FORMAT header.ljust 512, "\0" end def oct(num, len) format("%0#{len}o", num) end end PK (J [|�@� � - share/rubygems/rubygems/package/tar_reader.rbnu �[��� # frozen_string_literal: true # rubocop:disable Style/AsciiComments # Copyright (C) 2004 Mauricio Julio Fernández Pradier # See LICENSE.txt for additional licensing information. # rubocop:enable Style/AsciiComments ## # TarReader reads tar files and allows iteration over their items class Gem::Package::TarReader include Enumerable ## # Creates a new TarReader on +io+ and yields it to the block, if given. def self.new(io) reader = super return reader unless block_given? begin yield reader ensure reader.close end nil end ## # Creates a new tar file reader on +io+ which needs to respond to #pos, # #eof?, #read, #getc and #pos= def initialize(io) @io = io @init_pos = io.pos end ## # Close the tar file def close end ## # Iterates over files in the tarball yielding each entry def each return enum_for __method__ unless block_given? until @io.eof? do begin header = Gem::Package::TarHeader.from @io rescue ArgumentError => e # Specialize only exceptions from Gem::Package::TarHeader.strict_oct raise e unless e.message.match?(/ is not an octal string$/) raise Gem::Package::TarInvalidError, e.message end return if header.empty? entry = Gem::Package::TarReader::Entry.new header, @io yield entry entry.close end end alias_method :each_entry, :each ## # NOTE: Do not call #rewind during #each def rewind if @init_pos == 0 @io.rewind else @io.pos = @init_pos end end ## # Seeks through the tar file until it finds the +entry+ with +name+ and # yields it. Rewinds the tar file to the beginning when the block # terminates. def seek(name) # :yields: entry found = find do |entry| entry.full_name == name end return unless found yield found ensure rewind end end require_relative "tar_reader/entry" PK (J [��c_M M , share/rubygems/rubygems/package/digest_io.rbnu �[��� # frozen_string_literal: true ## # IO wrapper that creates digests of contents written to the IO it wraps. class Gem::Package::DigestIO ## # Collected digests for wrapped writes. # # { # 'SHA1' => #<OpenSSL::Digest: [...]>, # 'SHA512' => #<OpenSSL::Digest: [...]>, # } attr_reader :digests ## # Wraps +io+ and updates digest for each of the digest algorithms in # the +digests+ Hash. Returns the digests hash. Example: # # io = StringIO.new # digests = { # 'SHA1' => OpenSSL::Digest.new('SHA1'), # 'SHA512' => OpenSSL::Digest.new('SHA512'), # } # # Gem::Package::DigestIO.wrap io, digests do |digest_io| # digest_io.write "hello" # end # # digests['SHA1'].hexdigest #=> "aaf4c61d[...]" # digests['SHA512'].hexdigest #=> "9b71d224[...]" def self.wrap(io, digests) digest_io = new io, digests yield digest_io digests end ## # Creates a new DigestIO instance. Using ::wrap is recommended, see the # ::wrap documentation for documentation of +io+ and +digests+. def initialize(io, digests) @io = io @digests = digests end ## # Writes +data+ to the underlying IO and updates the digests def write(data) result = @io.write data @digests.each do |_, digest| digest << data end result end end PK (J [ b b . share/rubygems/rubygems/package/file_source.rbnu �[��� # frozen_string_literal: true ## # The primary source of gems is a file on disk, including all usages # internal to rubygems. # # This is a private class, do not depend on it directly. Instead, pass a path # object to `Gem::Package.new`. class Gem::Package::FileSource < Gem::Package::Source # :nodoc: all attr_reader :path def initialize(path) @path = path end def start @start ||= File.read path, 20 end def present? File.exist? path end def with_write_io(&block) File.open path, "wb", &block end def with_read_io(&block) File.open path, "rb", &block end end PK (J [�� - share/rubygems/rubygems/package/tar_writer.rbnu �[��� # frozen_string_literal: true # rubocop:disable Style/AsciiComments # Copyright (C) 2004 Mauricio Julio Fernández Pradier # See LICENSE.txt for additional licensing information. # rubocop:enable Style/AsciiComments ## # Allows writing of tar files class Gem::Package::TarWriter class FileOverflow < StandardError; end ## # IO wrapper that allows writing a limited amount of data class BoundedStream ## # Maximum number of bytes that can be written attr_reader :limit ## # Number of bytes written attr_reader :written ## # Wraps +io+ and allows up to +limit+ bytes to be written def initialize(io, limit) @io = io @limit = limit @written = 0 end ## # Writes +data+ onto the IO, raising a FileOverflow exception if the # number of bytes will be more than #limit def write(data) if data.bytesize + @written > @limit raise FileOverflow, "You tried to feed more data than fits in the file." end @io.write data @written += data.bytesize data.bytesize end end ## # IO wrapper that provides only #write class RestrictedStream ## # Creates a new RestrictedStream wrapping +io+ def initialize(io) @io = io end ## # Writes +data+ onto the IO def write(data) @io.write data end end ## # Creates a new TarWriter, yielding it if a block is given def self.new(io) writer = super return writer unless block_given? begin yield writer ensure writer.close end nil end ## # Creates a new TarWriter that will write to +io+ def initialize(io) @io = io @closed = false end ## # Adds file +name+ with permissions +mode+, and yields an IO for writing the # file to def add_file(name, mode) # :yields: io check_closed name, prefix = split_name name init_pos = @io.pos @io.write Gem::Package::TarHeader::EMPTY_HEADER # placeholder for the header yield RestrictedStream.new(@io) if block_given? size = @io.pos - init_pos - 512 remainder = (512 - (size % 512)) % 512 @io.write "\0" * remainder final_pos = @io.pos @io.pos = init_pos header = Gem::Package::TarHeader.new name: name, mode: mode, size: size, prefix: prefix, mtime: Gem.source_date_epoch @io.write header @io.pos = final_pos self end ## # Adds +name+ with permissions +mode+ to the tar, yielding +io+ for writing # the file. The +digest_algorithm+ is written to a read-only +name+.sum # file following the given file contents containing the digest name and # hexdigest separated by a tab. # # The created digest object is returned. def add_file_digest(name, mode, digest_algorithms) # :yields: io digests = digest_algorithms.map do |digest_algorithm| digest = digest_algorithm.new digest_name = if digest.respond_to? :name digest.name else digest_algorithm.class.name[/::([^:]+)\z/, 1] end [digest_name, digest] end digests = Hash[*digests.flatten] add_file name, mode do |io| Gem::Package::DigestIO.wrap io, digests do |digest_io| yield digest_io end end digests end ## # Adds +name+ with permissions +mode+ to the tar, yielding +io+ for writing # the file. The +signer+ is used to add a digest file using its # digest_algorithm per add_file_digest and a cryptographic signature in # +name+.sig. If the signer has no key only the checksum file is added. # # Returns the digest. def add_file_signed(name, mode, signer) digest_algorithms = [ signer.digest_algorithm, Gem::Security.create_digest("SHA512"), ].compact.uniq digests = add_file_digest name, mode, digest_algorithms do |io| yield io end signature_digest = digests.values.compact.find do |digest| digest_name = if digest.respond_to? :name digest.name else digest.class.name[/::([^:]+)\z/, 1] end digest_name == signer.digest_name end raise "no #{signer.digest_name} in #{digests.values.compact}" unless signature_digest if signer.key signature = signer.sign signature_digest.digest add_file_simple "#{name}.sig", 0o444, signature.length do |io| io.write signature end end digests end ## # Add file +name+ with permissions +mode+ +size+ bytes long. Yields an IO # to write the file to. def add_file_simple(name, mode, size) # :yields: io check_closed name, prefix = split_name name header = Gem::Package::TarHeader.new(name: name, mode: mode, size: size, prefix: prefix, mtime: Gem.source_date_epoch).to_s @io.write header os = BoundedStream.new @io, size yield os if block_given? min_padding = size - os.written @io.write("\0" * min_padding) remainder = (512 - (size % 512)) % 512 @io.write("\0" * remainder) self end ## # Adds symlink +name+ with permissions +mode+, linking to +target+. def add_symlink(name, target, mode) check_closed name, prefix = split_name name header = Gem::Package::TarHeader.new(name: name, mode: mode, size: 0, typeflag: "2", linkname: target, prefix: prefix, mtime: Gem.source_date_epoch).to_s @io.write header self end ## # Raises IOError if the TarWriter is closed def check_closed raise IOError, "closed #{self.class}" if closed? end ## # Closes the TarWriter def close check_closed @io.write "\0" * 1024 flush @closed = true end ## # Is the TarWriter closed? def closed? @closed end ## # Flushes the TarWriter's IO def flush check_closed @io.flush if @io.respond_to? :flush end ## # Creates a new directory in the tar file +name+ with +mode+ def mkdir(name, mode) check_closed name, prefix = split_name(name) header = Gem::Package::TarHeader.new name: name, mode: mode, typeflag: "5", size: 0, prefix: prefix, mtime: Gem.source_date_epoch @io.write header self end ## # Splits +name+ into a name and prefix that can fit in the TarHeader def split_name(name) # :nodoc: if name.bytesize > 256 raise Gem::Package::TooLongFileName.new("File \"#{name}\" has a too long path (should be 256 or less)") end prefix = "" if name.bytesize > 100 parts = name.split("/", -1) # parts are never empty here name = parts.pop # initially empty for names with a trailing slash ("foo/.../bar/") prefix = parts.join("/") # if empty, then it's impossible to split (parts is empty too) while !parts.empty? && (prefix.bytesize > 155 || name.empty?) name = parts.pop + "/" + name prefix = parts.join("/") end if name.bytesize > 100 || prefix.empty? raise Gem::Package::TooLongFileName.new("File \"#{prefix}/#{name}\" has a too long name (should be 100 or less)") end if prefix.bytesize > 155 raise Gem::Package::TooLongFileName.new("File \"#{prefix}/#{name}\" has a too long base path (should be 155 or less)") end end [name, prefix] end end PK (J [��� & share/rubygems/rubygems/package/old.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ ## # The format class knows the guts of the ancient .gem file format and provides # the capability to read such ancient gems. # # Please pretend this doesn't exist. class Gem::Package::Old < Gem::Package undef_method :spec= ## # Creates a new old-format package reader for +gem+. Old-format packages # cannot be written. def initialize(gem, security_policy) require "fileutils" require "zlib" Gem.load_yaml @contents = nil @gem = gem @security_policy = security_policy @spec = nil end ## # A list of file names contained in this gem def contents verify return @contents if @contents @gem.with_read_io do |io| read_until_dashes io # spec header = file_list io @contents = header.map {|file| file["path"] } end end ## # Extracts the files in this package into +destination_dir+ def extract_files(destination_dir) verify errstr = "Error reading files from gem" @gem.with_read_io do |io| read_until_dashes io # spec header = file_list io raise Gem::Exception, errstr unless header header.each do |entry| full_name = entry["path"] destination = install_location full_name, destination_dir file_data = String.new read_until_dashes io do |line| file_data << line end file_data = file_data.strip.unpack1("m") file_data = Zlib::Inflate.inflate file_data raise Gem::Package::FormatError, "#{full_name} in #{@gem} is corrupt" if file_data.length != entry["size"].to_i FileUtils.rm_rf destination FileUtils.mkdir_p File.dirname(destination), mode: dir_mode && 0o755 File.open destination, "wb", file_mode(entry["mode"]) do |out| out.write file_data end verbose destination end end rescue Zlib::DataError raise Gem::Exception, errstr end ## # Reads the file list section from the old-format gem +io+ def file_list(io) # :nodoc: header = String.new read_until_dashes io do |line| header << line end Gem::SafeYAML.safe_load header end ## # Reads lines until a "---" separator is found def read_until_dashes(io) # :nodoc: while (line = io.gets) && line.chomp.strip != "---" do yield line if block_given? end end ## # Skips the Ruby self-install header in +io+. def skip_ruby(io) # :nodoc: loop do line = io.gets return if line.chomp == "__END__" break unless line end raise Gem::Exception, "Failed to find end of Ruby script while reading gem" end ## # The specification for this gem def spec verify return @spec if @spec yaml = String.new @gem.with_read_io do |io| skip_ruby io read_until_dashes io do |line| yaml << line end end begin @spec = Gem::Specification.from_yaml yaml rescue Psych::SyntaxError raise Gem::Exception, "Failed to parse gem specification out of gem file" end rescue ArgumentError raise Gem::Exception, "Failed to parse gem specification out of gem file" end ## # Raises an exception if a security policy that verifies data is active. # Old format gems cannot be verified as signed. def verify return true unless @security_policy raise Gem::Security::Exception, "old format gems do not contain signatures and cannot be verified" if @security_policy.verify_data true end end PK (J [Fj�' ' ' share/rubygems/rubygems/package_task.rbnu �[��� # frozen_string_literal: true # Copyright (c) 2003, 2004 Jim Weirich, 2009 Eric Hodel # # Permission is hereby granted, free of charge, to any person obtaining # a copy of this software and associated documentation files (the # "Software"), to deal in the Software without restriction, including # without limitation the rights to use, copy, modify, merge, publish, # distribute, sublicense, and/or sell copies of the Software, and to # permit persons to whom the Software is furnished to do so, subject to # the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF # MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND # NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE # LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION # OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION # WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. require_relative "../rubygems" require_relative "package" require "rake/packagetask" ## # Create a package based upon a Gem::Specification. Gem packages, as well as # zip files and tar/gzipped packages can be produced by this task. # # In addition to the Rake targets generated by Rake::PackageTask, a # Gem::PackageTask will also generate the following tasks: # # [<b>"<em>package_dir</em>/<em>name</em>-<em>version</em>.gem"</b>] # Create a RubyGems package with the given name and version. # # Example using a Gem::Specification: # # require 'rubygems' # require 'rubygems/package_task' # # spec = Gem::Specification.new do |s| # s.summary = "Ruby based make-like utility." # s.name = 'rake' # s.version = PKG_VERSION # s.requirements << 'none' # s.files = PKG_FILES # s.description = <<-EOF # Rake is a Make-like program implemented in Ruby. Tasks # and dependencies are specified in standard Ruby syntax. # EOF # end # # Gem::PackageTask.new(spec) do |pkg| # pkg.need_zip = true # pkg.need_tar = true # end class Gem::PackageTask < Rake::PackageTask ## # Ruby Gem::Specification containing the metadata for this package. The # name, version and package_files are automatically determined from the # gemspec and don't need to be explicitly provided. attr_accessor :gem_spec ## # Create a Gem Package task library. Automatically define the gem if a # block is given. If no block is supplied, then #define needs to be called # to define the task. def initialize(gem_spec) init gem_spec yield self if block_given? define if block_given? end ## # Initialization tasks without the "yield self" or define operations. def init(gem) super gem.full_name, :noversion @gem_spec = gem @package_files += gem_spec.files if gem_spec.files @fileutils_output = $stdout end ## # Create the Rake tasks and actions specified by this Gem::PackageTask. # (+define+ is automatically called if a block is given to +new+). def define super gem_file = File.basename gem_spec.cache_file gem_path = File.join package_dir, gem_file gem_dir = File.join package_dir, gem_spec.full_name task package: [:gem] directory package_dir directory gem_dir desc "Build the gem file #{gem_file}" task gem: [gem_path] trace = Rake.application.options.trace Gem.configuration.verbose = trace file gem_path => [package_dir, gem_dir] + @gem_spec.files do chdir(gem_dir) do when_writing "Creating #{gem_spec.file_name}" do Gem::Package.build gem_spec verbose trace do mv gem_file, ".." end end end end end end PK (J [I��5�" �" " share/rubygems/rubygems/request.rbnu �[��� # frozen_string_literal: true require_relative "vendored_net_http" require_relative "user_interaction" class Gem::Request extend Gem::UserInteraction include Gem::UserInteraction ### # Legacy. This is used in tests. def self.create_with_proxy(uri, request_class, last_modified, proxy) # :nodoc: cert_files = get_cert_files proxy ||= get_proxy_from_env(uri.scheme) pool = ConnectionPools.new proxy_uri(proxy), cert_files new(uri, request_class, last_modified, pool.pool_for(uri)) end def self.proxy_uri(proxy) # :nodoc: require_relative "vendor/uri/lib/uri" case proxy when :no_proxy then nil when Gem::URI::HTTP then proxy else Gem::URI.parse(proxy) end end def initialize(uri, request_class, last_modified, pool) @uri = uri @request_class = request_class @last_modified = last_modified @requests = Hash.new(0).compare_by_identity @user_agent = user_agent @connection_pool = pool end def proxy_uri @connection_pool.proxy_uri end def cert_files @connection_pool.cert_files end def self.get_cert_files pattern = File.expand_path("./ssl_certs/*/*.pem", __dir__) Dir.glob(pattern) end def self.configure_connection_for_https(connection, cert_files) raise Gem::Exception.new("OpenSSL is not available. Install OpenSSL and rebuild Ruby (preferred) or use non-HTTPS sources") unless Gem::HAVE_OPENSSL connection.use_ssl = true connection.verify_mode = Gem.configuration.ssl_verify_mode || OpenSSL::SSL::VERIFY_PEER store = OpenSSL::X509::Store.new if Gem.configuration.ssl_client_cert pem = File.read Gem.configuration.ssl_client_cert connection.cert = OpenSSL::X509::Certificate.new pem connection.key = OpenSSL::PKey::RSA.new pem end store.set_default_paths cert_files.each do |ssl_cert_file| store.add_file ssl_cert_file end if Gem.configuration.ssl_ca_cert if File.directory? Gem.configuration.ssl_ca_cert store.add_path Gem.configuration.ssl_ca_cert else store.add_file Gem.configuration.ssl_ca_cert end end connection.cert_store = store connection.verify_callback = proc do |preverify_ok, store_context| verify_certificate store_context unless preverify_ok preverify_ok end connection end def self.verify_certificate(store_context) depth = store_context.error_depth error = store_context.error_string number = store_context.error cert = store_context.current_cert ui.alert_error "SSL verification error at depth #{depth}: #{error} (#{number})" extra_message = verify_certificate_message number, cert ui.alert_error extra_message if extra_message end def self.verify_certificate_message(error_number, cert) return unless cert case error_number when OpenSSL::X509::V_ERR_CERT_HAS_EXPIRED then require "time" "Certificate #{cert.subject} expired at #{cert.not_after.iso8601}" when OpenSSL::X509::V_ERR_CERT_NOT_YET_VALID then require "time" "Certificate #{cert.subject} not valid until #{cert.not_before.iso8601}" when OpenSSL::X509::V_ERR_CERT_REJECTED then "Certificate #{cert.subject} is rejected" when OpenSSL::X509::V_ERR_CERT_UNTRUSTED then "Certificate #{cert.subject} is not trusted" when OpenSSL::X509::V_ERR_DEPTH_ZERO_SELF_SIGNED_CERT then "Certificate #{cert.issuer} is not trusted" when OpenSSL::X509::V_ERR_INVALID_CA then "Certificate #{cert.subject} is an invalid CA certificate" when OpenSSL::X509::V_ERR_INVALID_PURPOSE then "Certificate #{cert.subject} has an invalid purpose" when OpenSSL::X509::V_ERR_SELF_SIGNED_CERT_IN_CHAIN then "Root certificate is not trusted (#{cert.subject})" when OpenSSL::X509::V_ERR_UNABLE_TO_GET_ISSUER_CERT_LOCALLY then "You must add #{cert.issuer} to your local trusted store" when OpenSSL::X509::V_ERR_UNABLE_TO_VERIFY_LEAF_SIGNATURE then "Cannot verify certificate issued by #{cert.issuer}" end end ## # Creates or an HTTP connection based on +uri+, or retrieves an existing # connection, using a proxy if needed. def connection_for(uri) @connection_pool.checkout rescue Gem::HAVE_OPENSSL ? OpenSSL::SSL::SSLError : Errno::EHOSTDOWN, Errno::EHOSTDOWN => e raise Gem::RemoteFetcher::FetchError.new(e.message, uri) end def fetch request = @request_class.new @uri.request_uri unless @uri.nil? || @uri.user.nil? || @uri.user.empty? request.basic_auth Gem::UriFormatter.new(@uri.user).unescape, Gem::UriFormatter.new(@uri.password).unescape end request.add_field "User-Agent", @user_agent request.add_field "Connection", "keep-alive" request.add_field "Keep-Alive", "30" if @last_modified require "time" request.add_field "If-Modified-Since", @last_modified.httpdate end yield request if block_given? perform_request request end ## # Returns a proxy URI for the given +scheme+ if one is set in the # environment variables. def self.get_proxy_from_env(scheme = "http") downcase_scheme = scheme.downcase upcase_scheme = scheme.upcase env_proxy = ENV["#{downcase_scheme}_proxy"] || ENV["#{upcase_scheme}_PROXY"] no_env_proxy = env_proxy.nil? || env_proxy.empty? if no_env_proxy return ["https", "http"].include?(downcase_scheme) ? :no_proxy : get_proxy_from_env("http") end require "uri" uri = Gem::URI(Gem::UriFormatter.new(env_proxy).normalize) if uri && uri.user.nil? && uri.password.nil? user = ENV["#{downcase_scheme}_proxy_user"] || ENV["#{upcase_scheme}_PROXY_USER"] password = ENV["#{downcase_scheme}_proxy_pass"] || ENV["#{upcase_scheme}_PROXY_PASS"] uri.user = Gem::UriFormatter.new(user).escape uri.password = Gem::UriFormatter.new(password).escape end uri end def perform_request(request) # :nodoc: connection = connection_for @uri retried = false bad_response = false begin @requests[connection] += 1 verbose "#{request.method} #{Gem::Uri.redact(@uri)}" file_name = File.basename(@uri.path) # perform download progress reporter only for gems if request.response_body_permitted? && file_name =~ /\.gem$/ reporter = ui.download_reporter response = connection.request(request) do |incomplete_response| if Gem::Net::HTTPOK === incomplete_response reporter.fetch(file_name, incomplete_response.content_length) downloaded = 0 data = String.new incomplete_response.read_body do |segment| data << segment downloaded += segment.length reporter.update(downloaded) end reporter.done if incomplete_response.respond_to? :body= incomplete_response.body = data else incomplete_response.instance_variable_set(:@body, data) end end end else response = connection.request request end verbose "#{response.code} #{response.message}" rescue Gem::Net::HTTPBadResponse verbose "bad response" reset connection raise Gem::RemoteFetcher::FetchError.new("too many bad responses", @uri) if bad_response bad_response = true retry rescue Gem::Net::HTTPFatalError verbose "fatal error" raise Gem::RemoteFetcher::FetchError.new("fatal error", @uri) # HACK: work around EOFError bug in Gem::Net::HTTP # NOTE Errno::ECONNABORTED raised a lot on Windows, and make impossible # to install gems. rescue EOFError, Gem::Timeout::Error, Errno::ECONNABORTED, Errno::ECONNRESET, Errno::EPIPE requests = @requests[connection] verbose "connection reset after #{requests} requests, retrying" raise Gem::RemoteFetcher::FetchError.new("too many connection resets", @uri) if retried reset connection retried = true retry end response ensure @connection_pool.checkin connection end ## # Resets HTTP connection +connection+. def reset(connection) @requests.delete connection connection.finish connection.start end def user_agent ua = "RubyGems/#{Gem::VERSION} #{Gem::Platform.local}".dup ruby_version = RUBY_VERSION ruby_version += "dev" if RUBY_PATCHLEVEL == -1 ua << " Ruby/#{ruby_version} (#{RUBY_RELEASE_DATE}" if RUBY_PATCHLEVEL >= 0 ua << " patchlevel #{RUBY_PATCHLEVEL}" else ua << " revision #{RUBY_REVISION}" end ua << ")" ua << " #{RUBY_ENGINE}" if RUBY_ENGINE != "ruby" ua end end require_relative "request/http_pool" require_relative "request/https_pool" require_relative "request/connection_pools" PK (J [� �d5 d5 " share/rubygems/rubygems/version.rbnu �[��� # frozen_string_literal: true require_relative "deprecate" ## # The Version class processes string versions into comparable # values. A version string should normally be a series of numbers # separated by periods. Each part (digits separated by periods) is # considered its own number, and these are used for sorting. So for # instance, 3.10 sorts higher than 3.2 because ten is greater than # two. # # If any part contains letters (currently only a-z are supported) then # that version is considered prerelease. Versions with a prerelease # part in the Nth part sort less than versions with N-1 # parts. Prerelease parts are sorted alphabetically using the normal # Ruby string sorting rules. If a prerelease part contains both # letters and numbers, it will be broken into multiple parts to # provide expected sort behavior (1.0.a10 becomes 1.0.a.10, and is # greater than 1.0.a9). # # Prereleases sort between real releases (newest to oldest): # # 1. 1.0 # 2. 1.0.b1 # 3. 1.0.a.2 # 4. 0.9 # # If you want to specify a version restriction that includes both prereleases # and regular releases of the 1.x series this is the best way: # # s.add_dependency 'example', '>= 1.0.0.a', '< 2.0.0' # # == How Software Changes # # Users expect to be able to specify a version constraint that gives them # some reasonable expectation that new versions of a library will work with # their software if the version constraint is true, and not work with their # software if the version constraint is false. In other words, the perfect # system will accept all compatible versions of the library and reject all # incompatible versions. # # Libraries change in 3 ways (well, more than 3, but stay focused here!). # # 1. The change may be an implementation detail only and have no effect on # the client software. # 2. The change may add new features, but do so in a way that client software # written to an earlier version is still compatible. # 3. The change may change the public interface of the library in such a way # that old software is no longer compatible. # # Some examples are appropriate at this point. Suppose I have a Stack class # that supports a <tt>push</tt> and a <tt>pop</tt> method. # # === Examples of Category 1 changes: # # * Switch from an array based implementation to a linked-list based # implementation. # * Provide an automatic (and transparent) backing store for large stacks. # # === Examples of Category 2 changes might be: # # * Add a <tt>depth</tt> method to return the current depth of the stack. # * Add a <tt>top</tt> method that returns the current top of stack (without # changing the stack). # * Change <tt>push</tt> so that it returns the item pushed (previously it # had no usable return value). # # === Examples of Category 3 changes might be: # # * Changes <tt>pop</tt> so that it no longer returns a value (you must use # <tt>top</tt> to get the top of the stack). # * Rename the methods to <tt>push_item</tt> and <tt>pop_item</tt>. # # == RubyGems Rational Versioning # # * Versions shall be represented by three non-negative integers, separated # by periods (e.g. 3.1.4). The first integers is the "major" version # number, the second integer is the "minor" version number, and the third # integer is the "build" number. # # * A category 1 change (implementation detail) will increment the build # number. # # * A category 2 change (backwards compatible) will increment the minor # version number and reset the build number. # # * A category 3 change (incompatible) will increment the major build number # and reset the minor and build numbers. # # * Any "public" release of a gem should have a different version. Normally # that means incrementing the build number. This means a developer can # generate builds all day long, but as soon as they make a public release, # the version must be updated. # # === Examples # # Let's work through a project lifecycle using our Stack example from above. # # Version 0.0.1:: The initial Stack class is release. # Version 0.0.2:: Switched to a linked=list implementation because it is # cooler. # Version 0.1.0:: Added a <tt>depth</tt> method. # Version 1.0.0:: Added <tt>top</tt> and made <tt>pop</tt> return nil # (<tt>pop</tt> used to return the old top item). # Version 1.1.0:: <tt>push</tt> now returns the value pushed (it used it # return nil). # Version 1.1.1:: Fixed a bug in the linked list implementation. # Version 1.1.2:: Fixed a bug introduced in the last fix. # # Client A needs a stack with basic push/pop capability. They write to the # original interface (no <tt>top</tt>), so their version constraint looks like: # # gem 'stack', '>= 0.0' # # Essentially, any version is OK with Client A. An incompatible change to # the library will cause them grief, but they are willing to take the chance # (we call Client A optimistic). # # Client B is just like Client A except for two things: (1) They use the # <tt>depth</tt> method and (2) they are worried about future # incompatibilities, so they write their version constraint like this: # # gem 'stack', '~> 0.1' # # The <tt>depth</tt> method was introduced in version 0.1.0, so that version # or anything later is fine, as long as the version stays below version 1.0 # where incompatibilities are introduced. We call Client B pessimistic # because they are worried about incompatible future changes (it is OK to be # pessimistic!). # # == Preventing Version Catastrophe: # # From: https://www.zenspider.com/ruby/2008/10/rubygems-how-to-preventing-catastrophe.html # # Let's say you're depending on the fnord gem version 2.y.z. If you # specify your dependency as ">= 2.0.0" then, you're good, right? What # happens if fnord 3.0 comes out and it isn't backwards compatible # with 2.y.z? Your stuff will break as a result of using ">=". The # better route is to specify your dependency with an "approximate" version # specifier ("~>"). They're a tad confusing, so here is how the dependency # specifiers work: # # Specification From ... To (exclusive) # ">= 3.0" 3.0 ... ∞ # "~> 3.0" 3.0 ... 4.0 # "~> 3.0.0" 3.0.0 ... 3.1 # "~> 3.5" 3.5 ... 4.0 # "~> 3.5.0" 3.5.0 ... 3.6 # "~> 3" 3.0 ... 4.0 # # For the last example, single-digit versions are automatically extended with # a zero to give a sensible result. class Gem::Version include Comparable VERSION_PATTERN = '[0-9]+(?>\.[0-9a-zA-Z]+)*(-[0-9A-Za-z-]+(\.[0-9A-Za-z-]+)*)?' # :nodoc: ANCHORED_VERSION_PATTERN = /\A\s*(#{VERSION_PATTERN})?\s*\z/ # :nodoc: ## # A string representation of this Version. def version @version end alias_method :to_s, :version ## # True if the +version+ string matches RubyGems' requirements. def self.correct?(version) nil_versions_are_discouraged! if version.nil? ANCHORED_VERSION_PATTERN.match?(version.to_s) end ## # Factory method to create a Version object. Input may be a Version # or a String. Intended to simplify client code. # # ver1 = Version.create('1.3.17') # -> (Version object) # ver2 = Version.create(ver1) # -> (ver1) # ver3 = Version.create(nil) # -> nil def self.create(input) if self === input # check yourself before you wreck yourself input elsif input.nil? nil_versions_are_discouraged! nil else new input end end @@all = {} @@bump = {} @@release = {} def self.new(version) # :nodoc: return super unless self == Gem::Version @@all[version] ||= super end def self.nil_versions_are_discouraged! unless Gem::Deprecate.skip warn "nil versions are discouraged and will be deprecated in Rubygems 4" end end private_class_method :nil_versions_are_discouraged! ## # Constructs a Version from the +version+ string. A version string is a # series of digits or ASCII letters separated by dots. def initialize(version) unless self.class.correct?(version) raise ArgumentError, "Malformed version number string #{version}" end # If version is an empty string convert it to 0 version = 0 if version.is_a?(String) && /\A\s*\Z/.match?(version) @version = version.to_s # optimization to avoid allocation when given an integer, since we know # it's to_s won't have any spaces or dashes unless version.is_a?(Integer) @version = @version.strip @version.gsub!("-",".pre.") end @version = -@version @segments = nil end ## # Return a new version object where the next to the last revision # number is one greater (e.g., 5.3.1 => 5.4). # # Pre-release (alpha) parts, e.g, 5.3.1.b.2 => 5.4, are ignored. def bump @@bump[self] ||= begin segments = self.segments segments.pop while segments.any? {|s| String === s } segments.pop if segments.size > 1 segments[-1] = segments[-1].succ self.class.new segments.join(".") end end ## # A Version is only eql? to another version if it's specified to the # same precision. Version "1.0" is not the same as version "1". def eql?(other) self.class === other && @version == other.version end def hash # :nodoc: canonical_segments.hash end def init_with(coder) # :nodoc: yaml_initialize coder.tag, coder.map end def inspect # :nodoc: "#<#{self.class} #{version.inspect}>" end ## # Dump only the raw version string, not the complete object. It's a # string for backwards (RubyGems 1.3.5 and earlier) compatibility. def marshal_dump [@version] end ## # Load custom marshal format. It's a string for backwards (RubyGems # 1.3.5 and earlier) compatibility. def marshal_load(array) string = array[0] raise TypeError, "wrong version string" unless string.is_a?(String) initialize string end def yaml_initialize(tag, map) # :nodoc: @version = -map["version"] @segments = nil @hash = nil end def encode_with(coder) # :nodoc: coder.add "version", @version end ## # A version is considered a prerelease if it contains a letter. def prerelease? unless instance_variable_defined? :@prerelease @prerelease = /[a-zA-Z]/.match?(version) end @prerelease end def pretty_print(q) # :nodoc: q.text "Gem::Version.new(#{version.inspect})" end ## # The release for this version (e.g. 1.2.0.a -> 1.2.0). # Non-prerelease versions return themselves. def release @@release[self] ||= if prerelease? segments = self.segments segments.pop while segments.any? {|s| String === s } self.class.new segments.join(".") else self end end def segments # :nodoc: _segments.dup end ## # A recommended version for use with a ~> Requirement. def approximate_recommendation segments = self.segments segments.pop while segments.any? {|s| String === s } segments.pop while segments.size > 2 segments.push 0 while segments.size < 2 recommendation = "~> #{segments.join(".")}" recommendation += ".a" if prerelease? recommendation end ## # Compares this version with +other+ returning -1, 0, or 1 if the # other version is larger, the same, or smaller than this # one. Attempts to compare to something that's not a # <tt>Gem::Version</tt> or a valid version String return +nil+. def <=>(other) return self <=> self.class.new(other) if (String === other) && self.class.correct?(other) return unless Gem::Version === other return 0 if @version == other.version || canonical_segments == other.canonical_segments lhsegments = canonical_segments rhsegments = other.canonical_segments lhsize = lhsegments.size rhsize = rhsegments.size limit = (lhsize > rhsize ? rhsize : lhsize) i = 0 while i < limit lhs = lhsegments[i] rhs = rhsegments[i] i += 1 next if lhs == rhs return -1 if String === lhs && Numeric === rhs return 1 if Numeric === lhs && String === rhs return lhs <=> rhs end lhs = lhsegments[i] if lhs.nil? rhs = rhsegments[i] while i < rhsize return 1 if String === rhs return -1 unless rhs.zero? rhs = rhsegments[i += 1] end else while i < lhsize return -1 if String === lhs return 1 unless lhs.zero? lhs = lhsegments[i += 1] end end 0 end # remove trailing zeros segments before first letter or at the end of the version def canonical_segments @canonical_segments ||= begin # remove trailing 0 segments, using dot or letter as anchor # may leave a trailing dot which will be ignored by partition_segments canonical_version = @version.sub(/(?<=[a-zA-Z.])[.0]+\z/, "") # remove 0 segments before the first letter in a prerelease version canonical_version.sub!(/(?<=\.|\A)[0.]+(?=[a-zA-Z])/, "") if prerelease? partition_segments(canonical_version) end end def freeze prerelease? _segments canonical_segments super end protected def _segments # segments is lazy so it can pick up version values that come from # old marshaled versions, which don't go through marshal_load. # since this version object is cached in @@all, its @segments should be frozen @segments ||= partition_segments(@version) end def partition_segments(ver) ver.scan(/\d+|[a-z]+/i).map! do |s| /\A\d/.match?(s) ? s.to_i : -s end.freeze end end PK (J [ �6 �! �! & share/rubygems/rubygems/query_utils.rbnu �[��� # frozen_string_literal: true require_relative "local_remote_options" require_relative "spec_fetcher" require_relative "version_option" require_relative "text" module Gem::QueryUtils include Gem::Text include Gem::LocalRemoteOptions include Gem::VersionOption def add_query_options add_option("-i", "--[no-]installed", "Check for installed gem") do |value, options| options[:installed] = value end add_option("-I", "Equivalent to --no-installed") do |_value, options| options[:installed] = false end add_version_option command, "for use with --installed" add_option("-d", "--[no-]details", "Display detailed information of gem(s)") do |value, options| options[:details] = value end add_option("--[no-]versions", "Display only gem names") do |value, options| options[:versions] = value options[:details] = false unless value end add_option("-a", "--all", "Display all gem versions") do |value, options| options[:all] = value end add_option("-e", "--exact", "Name of gem(s) to query on matches the", "provided STRING") do |value, options| options[:exact] = value end add_option("--[no-]prerelease", "Display prerelease versions") do |value, options| options[:prerelease] = value end add_local_remote_options end def defaults_str # :nodoc: "--local --no-details --versions --no-installed" end def execute gem_names = if args.empty? [options[:name]] else options[:exact] ? args.map {|arg| /\A#{Regexp.escape(arg)}\Z/ } : args.map {|arg| /#{arg}/i } end terminate_interaction(check_installed_gems(gem_names)) if check_installed_gems? gem_names.each {|n| show_gems(n) } end private def check_installed_gems(gem_names) exit_code = 0 if args.empty? && !gem_name? alert_error "You must specify a gem name" exit_code = 4 elsif gem_names.count > 1 alert_error "You must specify only ONE gem!" exit_code = 4 else installed = installed?(gem_names.first, options[:version]) installed = !installed unless options[:installed] say(installed) exit_code = 1 unless installed end exit_code end def check_installed_gems? !options[:installed].nil? end def gem_name? !options[:name].nil? end def prerelease options[:prerelease] end def show_prereleases? prerelease.nil? || prerelease end def args options[:args].to_a end def display_header(type) if (ui.outs.tty? && Gem.configuration.verbose) || both? say say "*** #{type} GEMS ***" say end end # Guts of original execute def show_gems(name) show_local_gems(name) if local? show_remote_gems(name) if remote? end def show_local_gems(name, req = Gem::Requirement.default) display_header("LOCAL") specs = Gem::Specification.find_all do |s| name_matches = name ? s.name =~ name : true version_matches = show_prereleases? || !s.version.prerelease? name_matches && version_matches end.uniq(&:full_name) spec_tuples = specs.map do |spec| [spec.name_tuple, spec] end output_query_results(spec_tuples) end def show_remote_gems(name) display_header("REMOTE") fetcher = Gem::SpecFetcher.fetcher spec_tuples = if name.nil? fetcher.detect(specs_type) { true } else fetcher.detect(specs_type) do |name_tuple| name === name_tuple.name && options[:version].satisfied_by?(name_tuple.version) end end output_query_results(spec_tuples) end def specs_type if options[:all] || options[:version].specific? if options[:prerelease] :complete else :released end elsif options[:prerelease] :prerelease else :latest end end ## # Check if gem +name+ version +version+ is installed. def installed?(name, req = Gem::Requirement.default) Gem::Specification.any? {|s| s.name =~ name && req =~ s.version } end def output_query_results(spec_tuples) output = [] versions = Hash.new {|h,name| h[name] = [] } spec_tuples.each do |spec_tuple, source| versions[spec_tuple.name] << [spec_tuple, source] end versions = versions.sort_by do |(n,_),_| n.downcase end output_versions output, versions say output.join(options[:details] ? "\n\n" : "\n") end def output_versions(output, versions) versions.each do |_gem_name, matching_tuples| matching_tuples = matching_tuples.sort_by {|n,_| n.version }.reverse platforms = Hash.new {|h,version| h[version] = [] } matching_tuples.each do |n, _| platforms[n.version] << n.platform if n.platform end seen = {} matching_tuples.delete_if do |n,_| if seen[n.version] true else seen[n.version] = true false end end output << clean_text(make_entry(matching_tuples, platforms)) end end def entry_details(entry, detail_tuple, specs, platforms) return unless options[:details] name_tuple, spec = detail_tuple spec = spec.fetch_spec(name_tuple)if spec.respond_to?(:fetch_spec) entry << "\n" spec_platforms entry, platforms spec_authors entry, spec spec_homepage entry, spec spec_license entry, spec spec_loaded_from entry, spec, specs spec_summary entry, spec end def entry_versions(entry, name_tuples, platforms, specs) return unless options[:versions] list = if platforms.empty? || options[:details] name_tuples.map(&:version).uniq else platforms.sort.reverse.map do |version, pls| out = version.to_s if options[:domain] == :local default = specs.any? do |s| !s.is_a?(Gem::Source) && s.version == version && s.default_gem? end out = "default: #{out}" if default end if pls != [Gem::Platform::RUBY] platform_list = [pls.delete(Gem::Platform::RUBY), *pls.sort].compact out = platform_list.unshift(out).join(" ") end out end end entry << " (#{list.join ", "})" end def make_entry(entry_tuples, platforms) detail_tuple = entry_tuples.first name_tuples, specs = entry_tuples.flatten.partition do |item| Gem::NameTuple === item end entry = [name_tuples.first.name] entry_versions(entry, name_tuples, platforms, specs) entry_details(entry, detail_tuple, specs, platforms) entry.join end def spec_authors(entry, spec) authors = "Author#{spec.authors.length > 1 ? "s" : ""}: ".dup authors << spec.authors.join(", ") entry << format_text(authors, 68, 4) end def spec_homepage(entry, spec) return if spec.homepage.nil? || spec.homepage.empty? entry << "\n" << format_text("Homepage: #{spec.homepage}", 68, 4) end def spec_license(entry, spec) return if spec.license.nil? || spec.license.empty? licenses = "License#{spec.licenses.length > 1 ? "s" : ""}: ".dup licenses << spec.licenses.join(", ") entry << "\n" << format_text(licenses, 68, 4) end def spec_loaded_from(entry, spec, specs) return unless spec.loaded_from if specs.length == 1 default = spec.default_gem? ? " (default)" : nil entry << "\n" << " Installed at#{default}: #{spec.base_dir}" else label = "Installed at" specs.each do |s| version = s.version.to_s default = s.default_gem? ? ", default" : "" entry << "\n" << " #{label} (#{version}#{default}): #{s.base_dir}" label = " " * label.length end end end def spec_platforms(entry, platforms) non_ruby = platforms.any? do |_, pls| pls.any? {|pl| pl != Gem::Platform::RUBY } end return unless non_ruby if platforms.length == 1 title = platforms.values.length == 1 ? "Platform" : "Platforms" entry << " #{title}: #{platforms.values.sort.join(", ")}\n" else entry << " Platforms:\n" sorted_platforms = platforms.sort sorted_platforms.each do |version, pls| label = " #{version}: " data = format_text pls.sort.join(", "), 68, label.length data[0, label.length] = label entry << data << "\n" end end end def spec_summary(entry, spec) summary = truncate_text(spec.summary, "the summary for #{spec.full_name}") entry << "\n\n" << format_text(summary, 68, 4) end end PK (J [$_l / share/rubygems/rubygems/request_set/lockfile.rbnu �[��� # frozen_string_literal: true ## # Parses a gem.deps.rb.lock file and constructs a LockSet containing the # dependencies found inside. If the lock file is missing no LockSet is # constructed. class Gem::RequestSet::Lockfile ## # Raised when a lockfile cannot be parsed class ParseError < Gem::Exception ## # The column where the error was encountered attr_reader :column ## # The line where the error was encountered attr_reader :line ## # The location of the lock file attr_reader :path ## # Raises a ParseError with the given +message+ which was encountered at a # +line+ and +column+ while parsing. def initialize(message, column, line, path) @line = line @column = column @path = path super "#{message} (at line #{line} column #{column})" end end ## # Creates a new Lockfile for the given +request_set+ and +gem_deps_file+ # location. def self.build(request_set, gem_deps_file, dependencies = nil) request_set.resolve dependencies ||= requests_to_deps request_set.sorted_requests new request_set, gem_deps_file, dependencies end def self.requests_to_deps(requests) # :nodoc: deps = {} requests.each do |request| spec = request.spec name = request.name requirement = request.request.dependency.requirement deps[name] = if [Gem::Resolver::VendorSpecification, Gem::Resolver::GitSpecification].include? spec.class Gem::Requirement.source_set else requirement end end deps end ## # The platforms for this Lockfile attr_reader :platforms def initialize(request_set, gem_deps_file, dependencies) @set = request_set @dependencies = dependencies @gem_deps_file = File.expand_path(gem_deps_file) @gem_deps_dir = File.dirname(@gem_deps_file) @platforms = [] end def add_DEPENDENCIES(out) # :nodoc: out << "DEPENDENCIES" out.concat @dependencies.sort.map {|name, requirement| " #{name}#{requirement.for_lockfile}" } out << nil end def add_GEM(out, spec_groups) # :nodoc: return if spec_groups.empty? source_groups = spec_groups.values.flatten.group_by do |request| request.spec.source.uri end source_groups.sort_by {|group,| group.to_s }.map do |group, requests| out << "GEM" out << " remote: #{group}" out << " specs:" requests.sort_by(&:name).each do |request| next if request.spec.name == "bundler" platform = "-#{request.spec.platform}" unless request.spec.platform == Gem::Platform::RUBY out << " #{request.name} (#{request.version}#{platform})" request.full_spec.dependencies.sort.each do |dependency| next if dependency.type == :development requirement = dependency.requirement out << " #{dependency.name}#{requirement.for_lockfile}" end end out << nil end end def add_GIT(out, git_requests) return if git_requests.empty? by_repository_revision = git_requests.group_by do |request| source = request.spec.source [source.repository, source.rev_parse] end by_repository_revision.each do |(repository, revision), requests| out << "GIT" out << " remote: #{repository}" out << " revision: #{revision}" out << " specs:" requests.sort_by(&:name).each do |request| out << " #{request.name} (#{request.version})" dependencies = request.spec.dependencies.sort_by(&:name) dependencies.each do |dep| out << " #{dep.name}#{dep.requirement.for_lockfile}" end end out << nil end end def relative_path_from(dest, base) # :nodoc: dest = File.expand_path(dest) base = File.expand_path(base) if dest.index(base) == 0 offset = dest[base.size + 1..-1] return "." unless offset offset else dest end end def add_PATH(out, path_requests) # :nodoc: return if path_requests.empty? out << "PATH" path_requests.each do |request| directory = File.expand_path(request.spec.source.uri) out << " remote: #{relative_path_from directory, @gem_deps_dir}" out << " specs:" out << " #{request.name} (#{request.version})" end out << nil end def add_PLATFORMS(out) # :nodoc: out << "PLATFORMS" platforms = requests.map {|request| request.spec.platform }.uniq platforms = platforms.sort_by(&:to_s) platforms.each do |platform| out << " #{platform}" end out << nil end def spec_groups requests.group_by {|request| request.spec.class } end ## # The contents of the lock file. def to_s out = [] groups = spec_groups add_PATH out, groups.delete(Gem::Resolver::VendorSpecification) { [] } add_GIT out, groups.delete(Gem::Resolver::GitSpecification) { [] } add_GEM out, groups add_PLATFORMS out add_DEPENDENCIES out out.join "\n" end ## # Writes the lock file alongside the gem dependencies file def write content = to_s File.open "#{@gem_deps_file}.lock", "w" do |io| io.write content end end private def requests @set.sorted_requests end end require_relative "lockfile/tokenizer" PK (J [��D3� � 9 share/rubygems/rubygems/request_set/lockfile/tokenizer.rbnu �[��� # frozen_string_literal: true # ) frozen_string_literal: true require_relative "parser" class Gem::RequestSet::Lockfile::Tokenizer Token = Struct.new :type, :value, :column, :line EOF = Token.new :EOF def self.from_file(file) new File.read(file), file end def initialize(input, filename = nil, line = 0, pos = 0) @line = line @line_pos = pos @tokens = [] @filename = filename tokenize input end def make_parser(set, platforms) Gem::RequestSet::Lockfile::Parser.new self, set, platforms, @filename end def to_a @tokens.map {|token| [token.type, token.value, token.column, token.line] } end def skip(type) @tokens.shift while !@tokens.empty? && peek.type == type end ## # Calculates the column (by byte) and the line of the current token based on # +byte_offset+. def token_pos(byte_offset) # :nodoc: [byte_offset - @line_pos, @line] end def empty? @tokens.empty? end def unshift(token) @tokens.unshift token end def next_token @tokens.shift end alias_method :shift, :next_token def peek @tokens.first || EOF end private def tokenize(input) require "strscan" s = StringScanner.new input until s.eos? do pos = s.pos pos = s.pos if leading_whitespace = s.scan(/ +/) if s.scan(/[<|=>]{7}/) message = "your #{@filename} contains merge conflict markers" column, line = token_pos pos raise Gem::RequestSet::Lockfile::ParseError.new message, column, line, @filename end @tokens << if s.scan(/\r?\n/) token = Token.new(:newline, nil, *token_pos(pos)) @line_pos = s.pos @line += 1 token elsif s.scan(/[A-Z]+/) if leading_whitespace text = s.matched text += s.scan(/[^\s)]*/).to_s # in case of no match Token.new(:text, text, *token_pos(pos)) else Token.new(:section, s.matched, *token_pos(pos)) end elsif s.scan(/([a-z]+):\s/) s.pos -= 1 # rewind for possible newline Token.new(:entry, s[1], *token_pos(pos)) elsif s.scan(/\(/) Token.new(:l_paren, nil, *token_pos(pos)) elsif s.scan(/\)/) Token.new(:r_paren, nil, *token_pos(pos)) elsif s.scan(/<=|>=|=|~>|<|>|!=/) Token.new(:requirement, s.matched, *token_pos(pos)) elsif s.scan(/,/) Token.new(:comma, nil, *token_pos(pos)) elsif s.scan(/!/) Token.new(:bang, nil, *token_pos(pos)) elsif s.scan(/[^\s),!]*/) Token.new(:text, s.matched, *token_pos(pos)) else raise "BUG: can't create token for: #{s.string[s.pos..-1].inspect}" end end @tokens end end PK (J [/W�2� � 6 share/rubygems/rubygems/request_set/lockfile/parser.rbnu �[��� # frozen_string_literal: true class Gem::RequestSet::Lockfile::Parser ### # Parses lockfiles def initialize(tokenizer, set, platforms, filename = nil) @tokens = tokenizer @filename = filename @set = set @platforms = platforms end def parse until @tokens.empty? do token = get case token.type when :section then @tokens.skip :newline case token.value when "DEPENDENCIES" then parse_DEPENDENCIES when "GIT" then parse_GIT when "GEM" then parse_GEM when "PATH" then parse_PATH when "PLATFORMS" then parse_PLATFORMS else token = get until @tokens.empty? || peek.first == :section end else raise "BUG: unhandled token #{token.type} (#{token.value.inspect}) at line #{token.line} column #{token.column}" end end end ## # Gets the next token for a Lockfile def get(expected_types = nil, expected_value = nil) # :nodoc: token = @tokens.shift if expected_types && !Array(expected_types).include?(token.type) unget token message = "unexpected token [#{token.type.inspect}, #{token.value.inspect}], " \ "expected #{expected_types.inspect}" raise Gem::RequestSet::Lockfile::ParseError.new message, token.column, token.line, @filename end if expected_value && expected_value != token.value unget token message = "unexpected token [#{token.type.inspect}, #{token.value.inspect}], " \ "expected [#{expected_types.inspect}, " \ "#{expected_value.inspect}]" raise Gem::RequestSet::Lockfile::ParseError.new message, token.column, token.line, @filename end token end def parse_DEPENDENCIES # :nodoc: while !@tokens.empty? && peek.type == :text do token = get :text requirements = [] case peek[0] when :bang then get :bang requirements << pinned_requirement(token.value) when :l_paren then get :l_paren loop do op = get(:requirement).value version = get(:text).value requirements << "#{op} #{version}" break unless peek.type == :comma get :comma end get :r_paren if peek[0] == :bang requirements.clear requirements << pinned_requirement(token.value) get :bang end end @set.gem token.value, *requirements skip :newline end end def parse_GEM # :nodoc: sources = [] while peek.first(2) == [:entry, "remote"] do get :entry, "remote" data = get(:text).value skip :newline sources << Gem::Source.new(data) end sources << Gem::Source.new(Gem::DEFAULT_HOST) if sources.empty? get :entry, "specs" skip :newline set = Gem::Resolver::LockSet.new sources last_specs = nil while !@tokens.empty? && peek.type == :text do token = get :text name = token.value column = token.column case peek[0] when :newline then last_specs.each do |spec| spec.add_dependency Gem::Dependency.new name if column == 6 end when :l_paren then get :l_paren token = get [:text, :requirement] type = token.type data = token.value if type == :text && column == 4 version, platform = data.split "-", 2 platform = platform ? Gem::Platform.new(platform) : Gem::Platform::RUBY last_specs = set.add name, version, platform else dependency = parse_dependency name, data last_specs.each do |spec| spec.add_dependency dependency end end get :r_paren else raise "BUG: unknown token #{peek}" end skip :newline end @set.sets << set end def parse_GIT # :nodoc: get :entry, "remote" repository = get(:text).value skip :newline get :entry, "revision" revision = get(:text).value skip :newline type = peek.type value = peek.value if type == :entry && %w[branch ref tag].include?(value) get get :text skip :newline end get :entry, "specs" skip :newline set = Gem::Resolver::GitSet.new set.root_dir = @set.install_dir last_spec = nil while !@tokens.empty? && peek.type == :text do token = get :text name = token.value column = token.column case peek[0] when :newline then last_spec.add_dependency Gem::Dependency.new name if column == 6 when :l_paren then get :l_paren token = get [:text, :requirement] type = token.type data = token.value if type == :text && column == 4 last_spec = set.add_git_spec name, data, repository, revision, true else dependency = parse_dependency name, data last_spec.add_dependency dependency end get :r_paren else raise "BUG: unknown token #{peek}" end skip :newline end @set.sets << set end def parse_PATH # :nodoc: get :entry, "remote" directory = get(:text).value skip :newline get :entry, "specs" skip :newline set = Gem::Resolver::VendorSet.new last_spec = nil while !@tokens.empty? && peek.first == :text do token = get :text name = token.value column = token.column case peek[0] when :newline then last_spec.add_dependency Gem::Dependency.new name if column == 6 when :l_paren then get :l_paren token = get [:text, :requirement] type = token.type data = token.value if type == :text && column == 4 last_spec = set.add_vendor_gem name, directory else dependency = parse_dependency name, data last_spec.dependencies << dependency end get :r_paren else raise "BUG: unknown token #{peek}" end skip :newline end @set.sets << set end def parse_PLATFORMS # :nodoc: while !@tokens.empty? && peek.first == :text do name = get(:text).value @platforms << name skip :newline end end ## # Parses the requirements following the dependency +name+ and the +op+ for # the first token of the requirements and returns a Gem::Dependency object. def parse_dependency(name, op) # :nodoc: return Gem::Dependency.new name, op unless peek[0] == :text version = get(:text).value requirements = ["#{op} #{version}"] while peek.type == :comma do get :comma op = get(:requirement).value version = get(:text).value requirements << "#{op} #{version}" end Gem::Dependency.new name, requirements end private def skip(type) # :nodoc: @tokens.skip type end ## # Peeks at the next token for Lockfile def peek # :nodoc: @tokens.peek end def pinned_requirement(name) # :nodoc: requirement = Gem::Dependency.new name specification = @set.sets.flat_map do |set| set.find_all(requirement) end.compact.first specification&.version end ## # Ungets the last token retrieved by #get def unget(token) # :nodoc: @tokens.unshift token end end PK (J [�8~��V �V 9 share/rubygems/rubygems/request_set/gem_dependency_api.rbnu �[��� # frozen_string_literal: true ## # A semi-compatible DSL for the Bundler Gemfile and Isolate gem dependencies # files. # # To work with both the Bundler Gemfile and Isolate formats this # implementation takes some liberties to allow compatibility with each, most # notably in #source. # # A basic gem dependencies file will look like the following: # # source 'https://rubygems.org' # # gem 'rails', '3.2.14a # gem 'devise', '~> 2.1', '>= 2.1.3' # gem 'cancan' # gem 'airbrake' # gem 'pg' # # RubyGems recommends saving this as gem.deps.rb over Gemfile or Isolate. # # To install the gems in this Gemfile use `gem install -g` to install it and # create a lockfile. The lockfile will ensure that when you make changes to # your gem dependencies file a minimum amount of change is made to the # dependencies of your gems. # # RubyGems can activate all the gems in your dependencies file at startup # using the RUBYGEMS_GEMDEPS environment variable or through Gem.use_gemdeps. # See Gem.use_gemdeps for details and warnings. # # See `gem help install` and `gem help gem_dependencies` for further details. class Gem::RequestSet::GemDependencyAPI ENGINE_MAP = { # :nodoc: jruby: %w[jruby], jruby_18: %w[jruby], jruby_19: %w[jruby], maglev: %w[maglev], mri: %w[ruby], mri_18: %w[ruby], mri_19: %w[ruby], mri_20: %w[ruby], mri_21: %w[ruby], rbx: %w[rbx], truffleruby: %w[truffleruby], ruby: %w[ruby rbx maglev truffleruby], ruby_18: %w[ruby rbx maglev truffleruby], ruby_19: %w[ruby rbx maglev truffleruby], ruby_20: %w[ruby rbx maglev truffleruby], ruby_21: %w[ruby rbx maglev truffleruby], }.freeze mswin = Gem::Platform.new "x86-mswin32" mswin64 = Gem::Platform.new "x64-mswin64" x86_mingw = Gem::Platform.new "x86-mingw32" x64_mingw = Gem::Platform.new "x64-mingw32" PLATFORM_MAP = { # :nodoc: jruby: Gem::Platform::RUBY, jruby_18: Gem::Platform::RUBY, jruby_19: Gem::Platform::RUBY, maglev: Gem::Platform::RUBY, mingw: x86_mingw, mingw_18: x86_mingw, mingw_19: x86_mingw, mingw_20: x86_mingw, mingw_21: x86_mingw, mri: Gem::Platform::RUBY, mri_18: Gem::Platform::RUBY, mri_19: Gem::Platform::RUBY, mri_20: Gem::Platform::RUBY, mri_21: Gem::Platform::RUBY, mswin: mswin, mswin_18: mswin, mswin_19: mswin, mswin_20: mswin, mswin_21: mswin, mswin64: mswin64, mswin64_19: mswin64, mswin64_20: mswin64, mswin64_21: mswin64, rbx: Gem::Platform::RUBY, ruby: Gem::Platform::RUBY, ruby_18: Gem::Platform::RUBY, ruby_19: Gem::Platform::RUBY, ruby_20: Gem::Platform::RUBY, ruby_21: Gem::Platform::RUBY, truffleruby: Gem::Platform::RUBY, x64_mingw: x64_mingw, x64_mingw_20: x64_mingw, x64_mingw_21: x64_mingw, }.freeze gt_eq_0 = Gem::Requirement.new ">= 0" tilde_gt_1_8_0 = Gem::Requirement.new "~> 1.8.0" tilde_gt_1_9_0 = Gem::Requirement.new "~> 1.9.0" tilde_gt_2_0_0 = Gem::Requirement.new "~> 2.0.0" tilde_gt_2_1_0 = Gem::Requirement.new "~> 2.1.0" VERSION_MAP = { # :nodoc: jruby: gt_eq_0, jruby_18: tilde_gt_1_8_0, jruby_19: tilde_gt_1_9_0, maglev: gt_eq_0, mingw: gt_eq_0, mingw_18: tilde_gt_1_8_0, mingw_19: tilde_gt_1_9_0, mingw_20: tilde_gt_2_0_0, mingw_21: tilde_gt_2_1_0, mri: gt_eq_0, mri_18: tilde_gt_1_8_0, mri_19: tilde_gt_1_9_0, mri_20: tilde_gt_2_0_0, mri_21: tilde_gt_2_1_0, mswin: gt_eq_0, mswin_18: tilde_gt_1_8_0, mswin_19: tilde_gt_1_9_0, mswin_20: tilde_gt_2_0_0, mswin_21: tilde_gt_2_1_0, mswin64: gt_eq_0, mswin64_19: tilde_gt_1_9_0, mswin64_20: tilde_gt_2_0_0, mswin64_21: tilde_gt_2_1_0, rbx: gt_eq_0, ruby: gt_eq_0, ruby_18: tilde_gt_1_8_0, ruby_19: tilde_gt_1_9_0, ruby_20: tilde_gt_2_0_0, ruby_21: tilde_gt_2_1_0, truffleruby: gt_eq_0, x64_mingw: gt_eq_0, x64_mingw_20: tilde_gt_2_0_0, x64_mingw_21: tilde_gt_2_1_0, }.freeze WINDOWS = { # :nodoc: mingw: :only, mingw_18: :only, mingw_19: :only, mingw_20: :only, mingw_21: :only, mri: :never, mri_18: :never, mri_19: :never, mri_20: :never, mri_21: :never, mswin: :only, mswin_18: :only, mswin_19: :only, mswin_20: :only, mswin_21: :only, mswin64: :only, mswin64_19: :only, mswin64_20: :only, mswin64_21: :only, rbx: :never, ruby: :never, ruby_18: :never, ruby_19: :never, ruby_20: :never, ruby_21: :never, x64_mingw: :only, x64_mingw_20: :only, x64_mingw_21: :only, }.freeze ## # The gems required by #gem statements in the gem.deps.rb file attr_reader :dependencies ## # A set of gems that are loaded via the +:git+ option to #gem attr_reader :git_set # :nodoc: ## # A Hash containing gem names and files to require from those gems. attr_reader :requires ## # A set of gems that are loaded via the +:path+ option to #gem attr_reader :vendor_set # :nodoc: ## # The groups of gems to exclude from installation attr_accessor :without_groups # :nodoc: ## # Creates a new GemDependencyAPI that will add dependencies to the # Gem::RequestSet +set+ based on the dependency API description in +path+. def initialize(set, path) @set = set @path = path @current_groups = nil @current_platforms = nil @current_repository = nil @dependencies = {} @default_sources = true @git_set = @set.git_set @git_sources = {} @installing = false @requires = Hash.new {|h, name| h[name] = [] } @vendor_set = @set.vendor_set @source_set = @set.source_set @gem_sources = {} @without_groups = [] git_source :github do |repo_name| repo_name = "#{repo_name}/#{repo_name}" unless repo_name.include? "/" "https://github.com/#{repo_name}.git" end git_source :bitbucket do |repo_name| repo_name = "#{repo_name}/#{repo_name}" unless repo_name.include? "/" user, = repo_name.split "/", 2 "https://#{user}@bitbucket.org/#{repo_name}.git" end end ## # Adds +dependencies+ to the request set if any of the +groups+ are allowed. # This is used for gemspec dependencies. def add_dependencies(groups, dependencies) # :nodoc: return unless (groups & @without_groups).empty? dependencies.each do |dep| @set.gem dep.name, *dep.requirement.as_list end end private :add_dependencies ## # Finds a gemspec with the given +name+ that lives at +path+. def find_gemspec(name, path) # :nodoc: glob = File.join path, "#{name}.gemspec" spec_files = Dir[glob] case spec_files.length when 1 then spec_file = spec_files.first spec = Gem::Specification.load spec_file return spec if spec raise ArgumentError, "invalid gemspec #{spec_file}" when 0 then raise ArgumentError, "no gemspecs found at #{Dir.pwd}" else raise ArgumentError, "found multiple gemspecs at #{Dir.pwd}, " \ "use the name: option to specify the one you want" end end ## # Changes the behavior of gem dependency file loading to installing mode. # In installing mode certain restrictions are ignored such as ruby version # mismatch checks. def installing=(installing) # :nodoc: @installing = installing end ## # Loads the gem dependency file and returns self. def load instance_eval File.read(@path), @path, 1 self end ## # :category: Gem Dependencies DSL # # :call-seq: # gem(name) # gem(name, *requirements) # gem(name, *requirements, options) # # Specifies a gem dependency with the given +name+ and +requirements+. You # may also supply +options+ following the +requirements+ # # +options+ include: # # require: :: # RubyGems does not provide any autorequire features so requires in a gem # dependencies file are recorded but ignored. # # In bundler the require: option overrides the file to require during # Bundler.require. By default the name of the dependency is required in # Bundler. A single file or an Array of files may be given. # # To disable requiring any file give +false+: # # gem 'rake', require: false # # group: :: # Place the dependencies in the given dependency group. A single group or # an Array of groups may be given. # # See also #group # # platform: :: # Only install the dependency on the given platform. A single platform or # an Array of platforms may be given. # # See #platform for a list of platforms available. # # path: :: # Install this dependency from an unpacked gem in the given directory. # # gem 'modified_gem', path: 'vendor/modified_gem' # # git: :: # Install this dependency from a git repository: # # gem 'private_gem', git: 'git@my.company.example:private_gem.git' # # gist: :: # Install this dependency from the gist ID: # # gem 'bang', gist: '1232884' # # github: :: # Install this dependency from a github git repository: # # gem 'private_gem', github: 'my_company/private_gem' # # submodules: :: # Set to +true+ to include submodules when fetching the git repository for # git:, gist: and github: dependencies. # # ref: :: # Use the given commit name or SHA for git:, gist: and github: # dependencies. # # branch: :: # Use the given branch for git:, gist: and github: dependencies. # # tag: :: # Use the given tag for git:, gist: and github: dependencies. def gem(name, *requirements) options = requirements.pop if requirements.last.is_a?(Hash) options ||= {} options[:git] = @current_repository if @current_repository source_set = false source_set ||= gem_path name, options source_set ||= gem_git name, options source_set ||= gem_git_source name, options source_set ||= gem_source name, options duplicate = @dependencies.include? name @dependencies[name] = if requirements.empty? && !source_set Gem::Requirement.default elsif source_set Gem::Requirement.source_set else Gem::Requirement.create requirements end return unless gem_platforms name, options groups = gem_group name, options return unless (groups & @without_groups).empty? pin_gem_source name, :default unless source_set gem_requires name, options if duplicate warn <<-WARNING Gem dependencies file #{@path} requires #{name} more than once. WARNING end @set.gem name, *requirements end ## # Handles the git: option from +options+ for gem +name+. # # Returns +true+ if the gist or git option was handled. def gem_git(name, options) # :nodoc: if gist = options.delete(:gist) options[:git] = "https://gist.github.com/#{gist}.git" end return unless repository = options.delete(:git) pin_gem_source name, :git, repository reference = gem_git_reference options submodules = options.delete :submodules @git_set.add_git_gem name, repository, reference, submodules true end ## # Handles the git options from +options+ for git gem. # # Returns reference for the git gem. def gem_git_reference(options) # :nodoc: ref = options.delete :ref branch = options.delete :branch tag = options.delete :tag reference = nil reference ||= ref reference ||= branch reference ||= tag if ref && branch warn <<-WARNING Gem dependencies file #{@path} includes git reference for both ref and branch but only ref is used. WARNING end if (ref || branch) && tag warn <<-WARNING Gem dependencies file #{@path} includes git reference for both ref/branch and tag but only ref/branch is used. WARNING end reference end private :gem_git ## # Handles a git gem option from +options+ for gem +name+ for a git source # registered through git_source. # # Returns +true+ if the custom source option was handled. def gem_git_source(name, options) # :nodoc: return unless git_source = (@git_sources.keys & options.keys).last source_callback = @git_sources[git_source] source_param = options.delete git_source git_url = source_callback.call source_param options[:git] = git_url gem_git name, options true end private :gem_git_source ## # Handles the :group and :groups +options+ for the gem with the given # +name+. def gem_group(name, options) # :nodoc: g = options.delete :group all_groups = g ? Array(g) : [] groups = options.delete :groups all_groups |= groups if groups all_groups |= @current_groups if @current_groups all_groups end private :gem_group ## # Handles the path: option from +options+ for gem +name+. # # Returns +true+ if the path option was handled. def gem_path(name, options) # :nodoc: return unless directory = options.delete(:path) pin_gem_source name, :path, directory @vendor_set.add_vendor_gem name, directory true end private :gem_path ## # Handles the source: option from +options+ for gem +name+. # # Returns +true+ if the source option was handled. def gem_source(name, options) # :nodoc: return unless source = options.delete(:source) pin_gem_source name, :source, source @source_set.add_source_gem name, source true end private :gem_source ## # Handles the platforms: option from +options+. Returns true if the # platform matches the current platform. def gem_platforms(name, options) # :nodoc: platform_names = Array(options.delete(:platform)) platform_names.concat Array(options.delete(:platforms)) platform_names.concat @current_platforms if @current_platforms return true if platform_names.empty? platform_names.any? do |platform_name| raise ArgumentError, "unknown platform #{platform_name.inspect}" unless platform = PLATFORM_MAP[platform_name] next false unless Gem::Platform.match_gem? platform, name if engines = ENGINE_MAP[platform_name] next false unless engines.include? Gem.ruby_engine end case WINDOWS[platform_name] when :only then next false unless Gem.win_platform? when :never then next false if Gem.win_platform? end VERSION_MAP[platform_name].satisfied_by? Gem.ruby_version end end private :gem_platforms ## # Records the require: option from +options+ and adds those files, or the # default file to the require list for +name+. def gem_requires(name, options) # :nodoc: if options.include? :require if requires = options.delete(:require) @requires[name].concat Array requires end else @requires[name] << name end raise ArgumentError, "Unhandled gem options #{options.inspect}" unless options.empty? end private :gem_requires ## # :category: Gem Dependencies DSL # # Block form for specifying gems from a git +repository+. # # git 'https://github.com/rails/rails.git' do # gem 'activesupport' # gem 'activerecord' # end def git(repository) @current_repository = repository yield ensure @current_repository = nil end ## # Defines a custom git source that uses +name+ to expand git repositories # for use in gems built from git repositories. You must provide a block # that accepts a git repository name for expansion. def git_source(name, &callback) @git_sources[name] = callback end ## # Returns the basename of the file the dependencies were loaded from def gem_deps_file # :nodoc: File.basename @path end ## # :category: Gem Dependencies DSL # # Loads dependencies from a gemspec file. # # +options+ include: # # name: :: # The name portion of the gemspec file. Defaults to searching for any # gemspec file in the current directory. # # gemspec name: 'my_gem' # # path: :: # The path the gemspec lives in. Defaults to the current directory: # # gemspec 'my_gem', path: 'gemspecs', name: 'my_gem' # # development_group: :: # The group to add development dependencies to. By default this is # :development. Only one group may be specified. def gemspec(options = {}) name = options.delete(:name) || "{,*}" path = options.delete(:path) || "." development_group = options.delete(:development_group) || :development spec = find_gemspec name, path groups = gem_group spec.name, {} self_dep = Gem::Dependency.new spec.name, spec.version add_dependencies groups, [self_dep] add_dependencies groups, spec.runtime_dependencies @dependencies[spec.name] = Gem::Requirement.source_set spec.dependencies.each do |dep| @dependencies[dep.name] = dep.requirement end groups << development_group add_dependencies groups, spec.development_dependencies @vendor_set.add_vendor_gem spec.name, path gem_requires spec.name, options end ## # :category: Gem Dependencies DSL # # Block form for placing a dependency in the given +groups+. # # group :development do # gem 'debugger' # end # # group :development, :test do # gem 'minitest' # end # # Groups can be excluded at install time using `gem install -g --without # development`. See `gem help install` and `gem help gem_dependencies` for # further details. def group(*groups) @current_groups = groups yield ensure @current_groups = nil end ## # Pins the gem +name+ to the given +source+. Adding a gem with the same # name from a different +source+ will raise an exception. def pin_gem_source(name, type = :default, source = nil) source_description = case type when :default then "(default)" when :path then "path: #{source}" when :git then "git: #{source}" when :source then "source: #{source}" else "(unknown)" end raise ArgumentError, "duplicate source #{source_description} for gem #{name}" if @gem_sources.fetch(name, source) != source @gem_sources[name] = source end private :pin_gem_source ## # :category: Gem Dependencies DSL # # Block form for restricting gems to a set of platforms. # # The gem dependencies platform is different from Gem::Platform. A platform # gem.deps.rb platform matches on the ruby engine, the ruby version and # whether or not windows is allowed. # # :ruby, :ruby_XY :: # Matches non-windows, non-jruby implementations where X and Y can be used # to match releases in the 1.8, 1.9, 2.0 or 2.1 series. # # :mri, :mri_XY :: # Matches non-windows C Ruby (Matz Ruby) or only the 1.8, 1.9, 2.0 or # 2.1 series. # # :mingw, :mingw_XY :: # Matches 32 bit C Ruby on MinGW or only the 1.8, 1.9, 2.0 or 2.1 series. # # :x64_mingw, :x64_mingw_XY :: # Matches 64 bit C Ruby on MinGW or only the 1.8, 1.9, 2.0 or 2.1 series. # # :mswin, :mswin_XY :: # Matches 32 bit C Ruby on Microsoft Windows or only the 1.8, 1.9, 2.0 or # 2.1 series. # # :mswin64, :mswin64_XY :: # Matches 64 bit C Ruby on Microsoft Windows or only the 1.8, 1.9, 2.0 or # 2.1 series. # # :jruby, :jruby_XY :: # Matches JRuby or JRuby in 1.8 or 1.9 mode. # # :maglev :: # Matches Maglev # # :rbx :: # Matches non-windows Rubinius # # NOTE: There is inconsistency in what environment a platform matches. You # may need to read the source to know the exact details. def platform(*platforms) @current_platforms = platforms yield ensure @current_platforms = nil end ## # :category: Gem Dependencies DSL # # Block form for restricting gems to a particular set of platforms. See # #platform. alias_method :platforms, :platform ## # :category: Gem Dependencies DSL # # Restricts this gem dependencies file to the given ruby +version+. # # You may also provide +engine:+ and +engine_version:+ options to restrict # this gem dependencies file to a particular ruby engine and its engine # version. This matching is performed by using the RUBY_ENGINE and # RUBY_ENGINE_VERSION constants. def ruby(version, options = {}) engine = options[:engine] engine_version = options[:engine_version] raise ArgumentError, "You must specify engine_version along with the Ruby engine" if engine && !engine_version return true if @installing unless version == RUBY_VERSION message = "Your Ruby version is #{RUBY_VERSION}, " \ "but your #{gem_deps_file} requires #{version}" raise Gem::RubyVersionMismatch, message end if engine && engine != Gem.ruby_engine message = "Your Ruby engine is #{Gem.ruby_engine}, " \ "but your #{gem_deps_file} requires #{engine}" raise Gem::RubyVersionMismatch, message end if engine_version if engine_version != RUBY_ENGINE_VERSION message = "Your Ruby engine version is #{Gem.ruby_engine} #{RUBY_ENGINE_VERSION}, " \ "but your #{gem_deps_file} requires #{engine} #{engine_version}" raise Gem::RubyVersionMismatch, message end end true end ## # :category: Gem Dependencies DSL # # Sets +url+ as a source for gems for this dependency API. RubyGems uses # the default configured sources if no source was given. If a source is set # only that source is used. # # This method differs in behavior from Bundler: # # * The +:gemcutter+, # +:rubygems+ and +:rubyforge+ sources are not # supported as they are deprecated in bundler. # * The +prepend:+ option is not supported. If you wish to order sources # then list them in your preferred order. def source(url) Gem.sources.clear if @default_sources @default_sources = false Gem.sources << url end end PK )J [�.�V : : 1 share/rubygems/rubygems/vendor/tsort/lib/tsort.rbnu �[��� # frozen_string_literal: true #-- # tsort.rb - provides a module for topological sorting and strongly connected components. #++ # # # Gem::TSort implements topological sorting using Tarjan's algorithm for # strongly connected components. # # Gem::TSort is designed to be able to be used with any object which can be # interpreted as a directed graph. # # Gem::TSort requires two methods to interpret an object as a graph, # tsort_each_node and tsort_each_child. # # * tsort_each_node is used to iterate for all nodes over a graph. # * tsort_each_child is used to iterate for child nodes of a given node. # # The equality of nodes are defined by eql? and hash since # Gem::TSort uses Hash internally. # # == A Simple Example # # The following example demonstrates how to mix the Gem::TSort module into an # existing class (in this case, Hash). Here, we're treating each key in # the hash as a node in the graph, and so we simply alias the required # #tsort_each_node method to Hash's #each_key method. For each key in the # hash, the associated value is an array of the node's child nodes. This # choice in turn leads to our implementation of the required #tsort_each_child # method, which fetches the array of child nodes and then iterates over that # array using the user-supplied block. # # require 'rubygems/vendor/tsort/lib/tsort' # # class Hash # include Gem::TSort # alias tsort_each_node each_key # def tsort_each_child(node, &block) # fetch(node).each(&block) # end # end # # {1=>[2, 3], 2=>[3], 3=>[], 4=>[]}.tsort # #=> [3, 2, 1, 4] # # {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}.strongly_connected_components # #=> [[4], [2, 3], [1]] # # == A More Realistic Example # # A very simple `make' like tool can be implemented as follows: # # require 'rubygems/vendor/tsort/lib/tsort' # # class Make # def initialize # @dep = {} # @dep.default = [] # end # # def rule(outputs, inputs=[], &block) # triple = [outputs, inputs, block] # outputs.each {|f| @dep[f] = [triple]} # @dep[triple] = inputs # end # # def build(target) # each_strongly_connected_component_from(target) {|ns| # if ns.length != 1 # fs = ns.delete_if {|n| Array === n} # raise Gem::TSort::Cyclic.new("cyclic dependencies: #{fs.join ', '}") # end # n = ns.first # if Array === n # outputs, inputs, block = n # inputs_time = inputs.map {|f| File.mtime f}.max # begin # outputs_time = outputs.map {|f| File.mtime f}.min # rescue Errno::ENOENT # outputs_time = nil # end # if outputs_time == nil || # inputs_time != nil && outputs_time <= inputs_time # sleep 1 if inputs_time != nil && inputs_time.to_i == Time.now.to_i # block.call # end # end # } # end # # def tsort_each_child(node, &block) # @dep[node].each(&block) # end # include Gem::TSort # end # # def command(arg) # print arg, "\n" # system arg # end # # m = Make.new # m.rule(%w[t1]) { command 'date > t1' } # m.rule(%w[t2]) { command 'date > t2' } # m.rule(%w[t3]) { command 'date > t3' } # m.rule(%w[t4], %w[t1 t3]) { command 'cat t1 t3 > t4' } # m.rule(%w[t5], %w[t4 t2]) { command 'cat t4 t2 > t5' } # m.build('t5') # # == Bugs # # * 'tsort.rb' is wrong name because this library uses # Tarjan's algorithm for strongly connected components. # Although 'strongly_connected_components.rb' is correct but too long. # # == References # # R. E. Tarjan, "Depth First Search and Linear Graph Algorithms", # <em>SIAM Journal on Computing</em>, Vol. 1, No. 2, pp. 146-160, June 1972. # module Gem::TSort VERSION = "0.2.0" class Cyclic < StandardError end # Returns a topologically sorted array of nodes. # The array is sorted from children to parents, i.e. # the first element has no child and the last node has no parent. # # If there is a cycle, Gem::TSort::Cyclic is raised. # # class G # include Gem::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # p graph.tsort #=> [4, 2, 3, 1] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # p graph.tsort # raises Gem::TSort::Cyclic # def tsort each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Gem::TSort.tsort(each_node, each_child) end # Returns a topologically sorted array of nodes. # The array is sorted from children to parents, i.e. # the first element has no child and the last node has no parent. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # If there is a cycle, Gem::TSort::Cyclic is raised. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Gem::TSort.tsort(each_node, each_child) #=> [4, 2, 3, 1] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Gem::TSort.tsort(each_node, each_child) # raises Gem::TSort::Cyclic # def self.tsort(each_node, each_child) tsort_each(each_node, each_child).to_a end # The iterator version of the #tsort method. # <tt><em>obj</em>.tsort_each</tt> is similar to <tt><em>obj</em>.tsort.each</tt>, but # modification of _obj_ during the iteration may lead to unexpected results. # # #tsort_each returns +nil+. # If there is a cycle, Gem::TSort::Cyclic is raised. # # class G # include Gem::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.tsort_each {|n| p n } # #=> 4 # # 2 # # 3 # # 1 # def tsort_each(&block) # :yields: node each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Gem::TSort.tsort_each(each_node, each_child, &block) end # The iterator version of the Gem::TSort.tsort method. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # Gem::TSort.tsort_each(each_node, each_child) {|n| p n } # #=> 4 # # 2 # # 3 # # 1 # def self.tsort_each(each_node, each_child) # :yields: node return to_enum(__method__, each_node, each_child) unless block_given? each_strongly_connected_component(each_node, each_child) {|component| if component.size == 1 yield component.first else raise Cyclic.new("topological sort failed: #{component.inspect}") end } end # Returns strongly connected components as an array of arrays of nodes. # The array is sorted from children to parents. # Each elements of the array represents a strongly connected component. # # class G # include Gem::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # p graph.strongly_connected_components #=> [[4], [2], [3], [1]] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # p graph.strongly_connected_components #=> [[4], [2, 3], [1]] # def strongly_connected_components each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Gem::TSort.strongly_connected_components(each_node, each_child) end # Returns strongly connected components as an array of arrays of nodes. # The array is sorted from children to parents. # Each elements of the array represents a strongly connected component. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Gem::TSort.strongly_connected_components(each_node, each_child) # #=> [[4], [2], [3], [1]] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Gem::TSort.strongly_connected_components(each_node, each_child) # #=> [[4], [2, 3], [1]] # def self.strongly_connected_components(each_node, each_child) each_strongly_connected_component(each_node, each_child).to_a end # The iterator version of the #strongly_connected_components method. # <tt><em>obj</em>.each_strongly_connected_component</tt> is similar to # <tt><em>obj</em>.strongly_connected_components.each</tt>, but # modification of _obj_ during the iteration may lead to unexpected results. # # #each_strongly_connected_component returns +nil+. # # class G # include Gem::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.each_strongly_connected_component {|scc| p scc } # #=> [4] # # [2] # # [3] # # [1] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # graph.each_strongly_connected_component {|scc| p scc } # #=> [4] # # [2, 3] # # [1] # def each_strongly_connected_component(&block) # :yields: nodes each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Gem::TSort.each_strongly_connected_component(each_node, each_child, &block) end # The iterator version of the Gem::TSort.strongly_connected_components method. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # Gem::TSort.each_strongly_connected_component(each_node, each_child) {|scc| p scc } # #=> [4] # # [2] # # [3] # # [1] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # Gem::TSort.each_strongly_connected_component(each_node, each_child) {|scc| p scc } # #=> [4] # # [2, 3] # # [1] # def self.each_strongly_connected_component(each_node, each_child) # :yields: nodes return to_enum(__method__, each_node, each_child) unless block_given? id_map = {} stack = [] each_node.call {|node| unless id_map.include? node each_strongly_connected_component_from(node, each_child, id_map, stack) {|c| yield c } end } nil end # Iterates over strongly connected component in the subgraph reachable from # _node_. # # Return value is unspecified. # # #each_strongly_connected_component_from doesn't call #tsort_each_node. # # class G # include Gem::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.each_strongly_connected_component_from(2) {|scc| p scc } # #=> [4] # # [2] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # graph.each_strongly_connected_component_from(2) {|scc| p scc } # #=> [4] # # [2, 3] # def each_strongly_connected_component_from(node, id_map={}, stack=[], &block) # :yields: nodes Gem::TSort.each_strongly_connected_component_from(node, method(:tsort_each_child), id_map, stack, &block) end # Iterates over strongly connected components in a graph. # The graph is represented by _node_ and _each_child_. # # _node_ is the first node. # _each_child_ should have +call+ method which takes a node argument # and yields for each child node. # # Return value is unspecified. # # #Gem::TSort.each_strongly_connected_component_from is a class method and # it doesn't need a class to represent a graph which includes Gem::TSort. # # graph = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_child = lambda {|n, &b| graph[n].each(&b) } # Gem::TSort.each_strongly_connected_component_from(1, each_child) {|scc| # p scc # } # #=> [4] # # [2, 3] # # [1] # def self.each_strongly_connected_component_from(node, each_child, id_map={}, stack=[]) # :yields: nodes return to_enum(__method__, node, each_child, id_map, stack) unless block_given? minimum_id = node_id = id_map[node] = id_map.size stack_length = stack.length stack << node each_child.call(node) {|child| if id_map.include? child child_id = id_map[child] minimum_id = child_id if child_id && child_id < minimum_id else sub_minimum_id = each_strongly_connected_component_from(child, each_child, id_map, stack) {|c| yield c } minimum_id = sub_minimum_id if sub_minimum_id < minimum_id end } if node_id == minimum_id component = stack.slice!(stack_length .. -1) component.each {|n| id_map[n] = nil} yield component end minimum_id end # Should be implemented by a extended class. # # #tsort_each_node is used to iterate for all nodes over a graph. # def tsort_each_node # :yields: node raise NotImplementedError.new end # Should be implemented by a extended class. # # #tsort_each_child is used to iterate for child nodes of _node_. # def tsort_each_child(node) # :yields: child raise NotImplementedError.new end end PK )J [7O��V V ? share/rubygems/rubygems/vendor/securerandom/lib/securerandom.rbnu �[��� # -*- coding: us-ascii -*- # frozen_string_literal: true require 'random/formatter' # == Secure random number generator interface. # # This library is an interface to secure random number generators which are # suitable for generating session keys in HTTP cookies, etc. # # You can use this library in your application by requiring it: # # require 'rubygems/vendor/securerandom/lib/securerandom' # # It supports the following secure random number generators: # # * openssl # * /dev/urandom # * Win32 # # Gem::SecureRandom is extended by the Random::Formatter module which # defines the following methods: # # * alphanumeric # * base64 # * choose # * gen_random # * hex # * rand # * random_bytes # * random_number # * urlsafe_base64 # * uuid # # These methods are usable as class methods of Gem::SecureRandom such as # +Gem::SecureRandom.hex+. # # If a secure random number generator is not available, # +NotImplementedError+ is raised. module Gem::SecureRandom # The version VERSION = "0.4.1" class << self # Returns a random binary string containing +size+ bytes. # # See Random.bytes def bytes(n) return gen_random(n) end # Compatibility methods for Ruby 3.2, we can remove this after dropping to support Ruby 3.2 def alphanumeric(n = nil, chars: ALPHANUMERIC) n = 16 if n.nil? choose(chars, n) end if RUBY_VERSION < '3.3' private # :stopdoc: # Implementation using OpenSSL def gen_random_openssl(n) return OpenSSL::Random.random_bytes(n) end # Implementation using system random device def gen_random_urandom(n) ret = Random.urandom(n) unless ret raise NotImplementedError, "No random device" end unless ret.length == n raise NotImplementedError, "Unexpected partial read from random device: only #{ret.length} for #{n} bytes" end ret end begin # Check if Random.urandom is available Random.urandom(1) alias gen_random gen_random_urandom rescue RuntimeError begin require 'openssl' rescue NoMethodError raise NotImplementedError, "No random device" else alias gen_random gen_random_openssl end end # :startdoc: # Generate random data bytes for Random::Formatter public :gen_random end end Gem::SecureRandom.extend(Random::Formatter) PK )J [1� `v] v] 3 share/rubygems/rubygems/vendor/resolv/lib/resolv.rbnu �[��� # frozen_string_literal: true require 'socket' require_relative '../../timeout/lib/timeout' require 'io/wait' require_relative '../../../vendored_securerandom' # Gem::Resolv is a thread-aware DNS resolver library written in Ruby. Gem::Resolv can # handle multiple DNS requests concurrently without blocking the entire Ruby # interpreter. # # See also resolv-replace.rb to replace the libc resolver with Gem::Resolv. # # Gem::Resolv can look up various DNS resources using the DNS module directly. # # Examples: # # p Gem::Resolv.getaddress "www.ruby-lang.org" # p Gem::Resolv.getname "210.251.121.214" # # Gem::Resolv::DNS.open do |dns| # ress = dns.getresources "www.ruby-lang.org", Gem::Resolv::DNS::Resource::IN::A # p ress.map(&:address) # ress = dns.getresources "ruby-lang.org", Gem::Resolv::DNS::Resource::IN::MX # p ress.map { |r| [r.exchange.to_s, r.preference] } # end # # # == Bugs # # * NIS is not supported. # * /etc/nsswitch.conf is not supported. class Gem::Resolv VERSION = "0.6.0" ## # Looks up the first IP address for +name+. def self.getaddress(name) DefaultResolver.getaddress(name) end ## # Looks up all IP address for +name+. def self.getaddresses(name) DefaultResolver.getaddresses(name) end ## # Iterates over all IP addresses for +name+. def self.each_address(name, &block) DefaultResolver.each_address(name, &block) end ## # Looks up the hostname of +address+. def self.getname(address) DefaultResolver.getname(address) end ## # Looks up all hostnames for +address+. def self.getnames(address) DefaultResolver.getnames(address) end ## # Iterates over all hostnames for +address+. def self.each_name(address, &proc) DefaultResolver.each_name(address, &proc) end ## # Creates a new Gem::Resolv using +resolvers+. # # If +resolvers+ is not given, a hash, or +nil+, uses a Hosts resolver and # and a DNS resolver. If +resolvers+ is a hash, uses the hash as # configuration for the DNS resolver. def initialize(resolvers=(arg_not_set = true; nil), use_ipv6: (keyword_not_set = true; nil)) if !keyword_not_set && !arg_not_set warn "Support for separate use_ipv6 keyword is deprecated, as it is ignored if an argument is provided. Do not provide a positional argument if using the use_ipv6 keyword argument.", uplevel: 1 end @resolvers = case resolvers when Hash, nil [Hosts.new, DNS.new(DNS::Config.default_config_hash.merge(resolvers || {}))] else resolvers end end ## # Looks up the first IP address for +name+. def getaddress(name) each_address(name) {|address| return address} raise ResolvError.new("no address for #{name}") end ## # Looks up all IP address for +name+. def getaddresses(name) ret = [] each_address(name) {|address| ret << address} return ret end ## # Iterates over all IP addresses for +name+. def each_address(name) if AddressRegex =~ name yield name return end yielded = false @resolvers.each {|r| r.each_address(name) {|address| yield address.to_s yielded = true } return if yielded } end ## # Looks up the hostname of +address+. def getname(address) each_name(address) {|name| return name} raise ResolvError.new("no name for #{address}") end ## # Looks up all hostnames for +address+. def getnames(address) ret = [] each_name(address) {|name| ret << name} return ret end ## # Iterates over all hostnames for +address+. def each_name(address) yielded = false @resolvers.each {|r| r.each_name(address) {|name| yield name.to_s yielded = true } return if yielded } end ## # Indicates a failure to resolve a name or address. class ResolvError < StandardError; end ## # Indicates a timeout resolving a name or address. class ResolvTimeout < Gem::Timeout::Error; end ## # Gem::Resolv::Hosts is a hostname resolver that uses the system hosts file. class Hosts if /mswin|mingw|cygwin/ =~ RUBY_PLATFORM and begin require 'win32/resolv' DefaultFileName = Win32::Resolv.get_hosts_path || IO::NULL rescue LoadError end end DefaultFileName ||= '/etc/hosts' ## # Creates a new Gem::Resolv::Hosts, using +filename+ for its data source. def initialize(filename = DefaultFileName) @filename = filename @mutex = Thread::Mutex.new @initialized = nil end def lazy_initialize # :nodoc: @mutex.synchronize { unless @initialized @name2addr = {} @addr2name = {} File.open(@filename, 'rb') {|f| f.each {|line| line.sub!(/#.*/, '') addr, *hostnames = line.split(/\s+/) next unless addr (@addr2name[addr] ||= []).concat(hostnames) hostnames.each {|hostname| (@name2addr[hostname] ||= []) << addr} } } @name2addr.each {|name, arr| arr.reverse!} @initialized = true end } self end ## # Gets the IP address of +name+ from the hosts file. def getaddress(name) each_address(name) {|address| return address} raise ResolvError.new("#{@filename} has no name: #{name}") end ## # Gets all IP addresses for +name+ from the hosts file. def getaddresses(name) ret = [] each_address(name) {|address| ret << address} return ret end ## # Iterates over all IP addresses for +name+ retrieved from the hosts file. def each_address(name, &proc) lazy_initialize @name2addr[name]&.each(&proc) end ## # Gets the hostname of +address+ from the hosts file. def getname(address) each_name(address) {|name| return name} raise ResolvError.new("#{@filename} has no address: #{address}") end ## # Gets all hostnames for +address+ from the hosts file. def getnames(address) ret = [] each_name(address) {|name| ret << name} return ret end ## # Iterates over all hostnames for +address+ retrieved from the hosts file. def each_name(address, &proc) lazy_initialize @addr2name[address]&.each(&proc) end end ## # Gem::Resolv::DNS is a DNS stub resolver. # # Information taken from the following places: # # * STD0013 # * RFC 1035 # * ftp://ftp.isi.edu/in-notes/iana/assignments/dns-parameters # * etc. class DNS ## # Default DNS Port Port = 53 ## # Default DNS UDP packet size UDPSize = 512 ## # Creates a new DNS resolver. See Gem::Resolv::DNS.new for argument details. # # Yields the created DNS resolver to the block, if given, otherwise # returns it. def self.open(*args) dns = new(*args) return dns unless block_given? begin yield dns ensure dns.close end end ## # Creates a new DNS resolver. # # +config_info+ can be: # # nil:: Uses /etc/resolv.conf. # String:: Path to a file using /etc/resolv.conf's format. # Hash:: Must contain :nameserver, :search and :ndots keys. # :nameserver_port can be used to specify port number of nameserver address. # :raise_timeout_errors can be used to raise timeout errors # as exceptions instead of treating the same as an NXDOMAIN response. # # The value of :nameserver should be an address string or # an array of address strings. # - :nameserver => '8.8.8.8' # - :nameserver => ['8.8.8.8', '8.8.4.4'] # # The value of :nameserver_port should be an array of # pair of nameserver address and port number. # - :nameserver_port => [['8.8.8.8', 53], ['8.8.4.4', 53]] # # Example: # # Gem::Resolv::DNS.new(:nameserver => ['210.251.121.21'], # :search => ['ruby-lang.org'], # :ndots => 1) def initialize(config_info=nil) @mutex = Thread::Mutex.new @config = Config.new(config_info) @initialized = nil end # Sets the resolver timeouts. This may be a single positive number # or an array of positive numbers representing timeouts in seconds. # If an array is specified, a DNS request will retry and wait for # each successive interval in the array until a successful response # is received. Specifying +nil+ reverts to the default timeouts: # [ 5, second = 5 * 2 / nameserver_count, 2 * second, 4 * second ] # # Example: # # dns.timeouts = 3 # def timeouts=(values) @config.timeouts = values end def lazy_initialize # :nodoc: @mutex.synchronize { unless @initialized @config.lazy_initialize @initialized = true end } self end ## # Closes the DNS resolver. def close @mutex.synchronize { if @initialized @initialized = false end } end ## # Gets the IP address of +name+ from the DNS resolver. # # +name+ can be a Gem::Resolv::DNS::Name or a String. Retrieved address will # be a Gem::Resolv::IPv4 or Gem::Resolv::IPv6 def getaddress(name) each_address(name) {|address| return address} raise ResolvError.new("DNS result has no information for #{name}") end ## # Gets all IP addresses for +name+ from the DNS resolver. # # +name+ can be a Gem::Resolv::DNS::Name or a String. Retrieved addresses will # be a Gem::Resolv::IPv4 or Gem::Resolv::IPv6 def getaddresses(name) ret = [] each_address(name) {|address| ret << address} return ret end ## # Iterates over all IP addresses for +name+ retrieved from the DNS # resolver. # # +name+ can be a Gem::Resolv::DNS::Name or a String. Retrieved addresses will # be a Gem::Resolv::IPv4 or Gem::Resolv::IPv6 def each_address(name) if use_ipv6? each_resource(name, Resource::IN::AAAA) {|resource| yield resource.address} end each_resource(name, Resource::IN::A) {|resource| yield resource.address} end def use_ipv6? # :nodoc: @config.lazy_initialize unless @config.instance_variable_get(:@initialized) use_ipv6 = @config.use_ipv6? unless use_ipv6.nil? return use_ipv6 end begin list = Socket.ip_address_list rescue NotImplementedError return true end list.any? {|a| a.ipv6? && !a.ipv6_loopback? && !a.ipv6_linklocal? } end private :use_ipv6? ## # Gets the hostname for +address+ from the DNS resolver. # # +address+ must be a Gem::Resolv::IPv4, Gem::Resolv::IPv6 or a String. Retrieved # name will be a Gem::Resolv::DNS::Name. def getname(address) each_name(address) {|name| return name} raise ResolvError.new("DNS result has no information for #{address}") end ## # Gets all hostnames for +address+ from the DNS resolver. # # +address+ must be a Gem::Resolv::IPv4, Gem::Resolv::IPv6 or a String. Retrieved # names will be Gem::Resolv::DNS::Name instances. def getnames(address) ret = [] each_name(address) {|name| ret << name} return ret end ## # Iterates over all hostnames for +address+ retrieved from the DNS # resolver. # # +address+ must be a Gem::Resolv::IPv4, Gem::Resolv::IPv6 or a String. Retrieved # names will be Gem::Resolv::DNS::Name instances. def each_name(address) case address when Name ptr = address when IPv4, IPv6 ptr = address.to_name when IPv4::Regex ptr = IPv4.create(address).to_name when IPv6::Regex ptr = IPv6.create(address).to_name else raise ResolvError.new("cannot interpret as address: #{address}") end each_resource(ptr, Resource::IN::PTR) {|resource| yield resource.name} end ## # Look up the +typeclass+ DNS resource of +name+. # # +name+ must be a Gem::Resolv::DNS::Name or a String. # # +typeclass+ should be one of the following: # # * Gem::Resolv::DNS::Resource::IN::A # * Gem::Resolv::DNS::Resource::IN::AAAA # * Gem::Resolv::DNS::Resource::IN::ANY # * Gem::Resolv::DNS::Resource::IN::CNAME # * Gem::Resolv::DNS::Resource::IN::HINFO # * Gem::Resolv::DNS::Resource::IN::MINFO # * Gem::Resolv::DNS::Resource::IN::MX # * Gem::Resolv::DNS::Resource::IN::NS # * Gem::Resolv::DNS::Resource::IN::PTR # * Gem::Resolv::DNS::Resource::IN::SOA # * Gem::Resolv::DNS::Resource::IN::TXT # * Gem::Resolv::DNS::Resource::IN::WKS # # Returned resource is represented as a Gem::Resolv::DNS::Resource instance, # i.e. Gem::Resolv::DNS::Resource::IN::A. def getresource(name, typeclass) each_resource(name, typeclass) {|resource| return resource} raise ResolvError.new("DNS result has no information for #{name}") end ## # Looks up all +typeclass+ DNS resources for +name+. See #getresource for # argument details. def getresources(name, typeclass) ret = [] each_resource(name, typeclass) {|resource| ret << resource} return ret end ## # Iterates over all +typeclass+ DNS resources for +name+. See # #getresource for argument details. def each_resource(name, typeclass, &proc) fetch_resource(name, typeclass) {|reply, reply_name| extract_resources(reply, reply_name, typeclass, &proc) } end def fetch_resource(name, typeclass) lazy_initialize truncated = {} requesters = {} udp_requester = begin make_udp_requester rescue Errno::EACCES # fall back to TCP end senders = {} begin @config.resolv(name) do |candidate, tout, nameserver, port| msg = Message.new msg.rd = 1 msg.add_question(candidate, typeclass) requester = requesters.fetch([nameserver, port]) do if !truncated[candidate] && udp_requester udp_requester else requesters[[nameserver, port]] = make_tcp_requester(nameserver, port) end end unless sender = senders[[candidate, requester, nameserver, port]] sender = requester.sender(msg, candidate, nameserver, port) next if !sender senders[[candidate, requester, nameserver, port]] = sender end reply, reply_name = requester.request(sender, tout) case reply.rcode when RCode::NoError if reply.tc == 1 and not Requester::TCP === requester # Retry via TCP: truncated[candidate] = true redo else yield(reply, reply_name) end return when RCode::NXDomain raise Config::NXDomain.new(reply_name.to_s) else raise Config::OtherResolvError.new(reply_name.to_s) end end ensure udp_requester&.close requesters.each_value { |requester| requester&.close } end end def make_udp_requester # :nodoc: nameserver_port = @config.nameserver_port if nameserver_port.length == 1 Requester::ConnectedUDP.new(*nameserver_port[0]) else Requester::UnconnectedUDP.new(*nameserver_port) end end def make_tcp_requester(host, port) # :nodoc: return Requester::TCP.new(host, port) rescue Errno::ECONNREFUSED # Treat a refused TCP connection attempt to a nameserver like a timeout, # as Gem::Resolv::DNS::Config#resolv considers ResolvTimeout exceptions as a # hint to try the next nameserver: raise ResolvTimeout end def extract_resources(msg, name, typeclass) # :nodoc: if typeclass < Resource::ANY n0 = Name.create(name) msg.each_resource {|n, ttl, data| yield data if n0 == n } end yielded = false n0 = Name.create(name) msg.each_resource {|n, ttl, data| if n0 == n case data when typeclass yield data yielded = true when Resource::CNAME n0 = data.name end end } return if yielded msg.each_resource {|n, ttl, data| if n0 == n case data when typeclass yield data end end } end def self.random(arg) # :nodoc: begin Gem::SecureRandom.random_number(arg) rescue NotImplementedError rand(arg) end end RequestID = {} # :nodoc: RequestIDMutex = Thread::Mutex.new # :nodoc: def self.allocate_request_id(host, port) # :nodoc: id = nil RequestIDMutex.synchronize { h = (RequestID[[host, port]] ||= {}) begin id = random(0x0000..0xffff) end while h[id] h[id] = true } id end def self.free_request_id(host, port, id) # :nodoc: RequestIDMutex.synchronize { key = [host, port] if h = RequestID[key] h.delete id if h.empty? RequestID.delete key end end } end def self.bind_random_port(udpsock, bind_host="0.0.0.0") # :nodoc: begin port = random(1024..65535) udpsock.bind(bind_host, port) rescue Errno::EADDRINUSE, # POSIX Errno::EACCES, # SunOS: See PRIV_SYS_NFS in privileges(5) Errno::EPERM # FreeBSD: security.mac.portacl.port_high is configurable. See mac_portacl(4). retry end end class Requester # :nodoc: def initialize @senders = {} @socks = nil end def request(sender, tout) start = Process.clock_gettime(Process::CLOCK_MONOTONIC) timelimit = start + tout begin sender.send rescue Errno::EHOSTUNREACH, # multi-homed IPv6 may generate this Errno::ENETUNREACH raise ResolvTimeout end while true before_select = Process.clock_gettime(Process::CLOCK_MONOTONIC) timeout = timelimit - before_select if timeout <= 0 raise ResolvTimeout end if @socks.size == 1 select_result = @socks[0].wait_readable(timeout) ? [ @socks ] : nil else select_result = IO.select(@socks, nil, nil, timeout) end if !select_result after_select = Process.clock_gettime(Process::CLOCK_MONOTONIC) next if after_select < timelimit raise ResolvTimeout end begin reply, from = recv_reply(select_result[0]) rescue Errno::ECONNREFUSED, # GNU/Linux, FreeBSD Errno::ECONNRESET # Windows # No name server running on the server? # Don't wait anymore. raise ResolvTimeout end begin msg = Message.decode(reply) rescue DecodeError next # broken DNS message ignored end if sender == sender_for(from, msg) break else # unexpected DNS message ignored end end return msg, sender.data end def sender_for(addr, msg) @senders[[addr,msg.id]] end def close socks = @socks @socks = nil socks&.each(&:close) end class Sender # :nodoc: def initialize(msg, data, sock) @msg = msg @data = data @sock = sock end end class UnconnectedUDP < Requester # :nodoc: def initialize(*nameserver_port) super() @nameserver_port = nameserver_port @initialized = false @mutex = Thread::Mutex.new end def lazy_initialize @mutex.synchronize { next if @initialized @initialized = true @socks_hash = {} @socks = [] @nameserver_port.each {|host, port| if host.index(':') bind_host = "::" af = Socket::AF_INET6 else bind_host = "0.0.0.0" af = Socket::AF_INET end next if @socks_hash[bind_host] begin sock = UDPSocket.new(af) rescue Errno::EAFNOSUPPORT, Errno::EPROTONOSUPPORT next # The kernel doesn't support the address family. end @socks << sock @socks_hash[bind_host] = sock sock.do_not_reverse_lookup = true DNS.bind_random_port(sock, bind_host) } } self end def recv_reply(readable_socks) lazy_initialize reply, from = readable_socks[0].recvfrom(UDPSize) return reply, [from[3],from[1]] end def sender(msg, data, host, port=Port) host = Addrinfo.ip(host).ip_address lazy_initialize sock = @socks_hash[host.index(':') ? "::" : "0.0.0.0"] return nil if !sock service = [host, port] id = DNS.allocate_request_id(host, port) request = msg.encode request[0,2] = [id].pack('n') return @senders[[service, id]] = Sender.new(request, data, sock, host, port) end def close @mutex.synchronize { if @initialized super @senders.each_key {|service, id| DNS.free_request_id(service[0], service[1], id) } @initialized = false end } end class Sender < Requester::Sender # :nodoc: def initialize(msg, data, sock, host, port) super(msg, data, sock) @host = host @port = port end attr_reader :data def send raise "@sock is nil." if @sock.nil? @sock.send(@msg, 0, @host, @port) end end end class ConnectedUDP < Requester # :nodoc: def initialize(host, port=Port) super() @host = host @port = port @mutex = Thread::Mutex.new @initialized = false end def lazy_initialize @mutex.synchronize { next if @initialized @initialized = true is_ipv6 = @host.index(':') sock = UDPSocket.new(is_ipv6 ? Socket::AF_INET6 : Socket::AF_INET) @socks = [sock] sock.do_not_reverse_lookup = true DNS.bind_random_port(sock, is_ipv6 ? "::" : "0.0.0.0") sock.connect(@host, @port) } self end def recv_reply(readable_socks) lazy_initialize reply = readable_socks[0].recv(UDPSize) return reply, nil end def sender(msg, data, host=@host, port=@port) lazy_initialize unless host == @host && port == @port raise RequestError.new("host/port don't match: #{host}:#{port}") end id = DNS.allocate_request_id(@host, @port) request = msg.encode request[0,2] = [id].pack('n') return @senders[[nil,id]] = Sender.new(request, data, @socks[0]) end def close @mutex.synchronize do if @initialized super @senders.each_key {|from, id| DNS.free_request_id(@host, @port, id) } @initialized = false end end end class Sender < Requester::Sender # :nodoc: def send raise "@sock is nil." if @sock.nil? @sock.send(@msg, 0) end attr_reader :data end end class MDNSOneShot < UnconnectedUDP # :nodoc: def sender(msg, data, host, port=Port) lazy_initialize id = DNS.allocate_request_id(host, port) request = msg.encode request[0,2] = [id].pack('n') sock = @socks_hash[host.index(':') ? "::" : "0.0.0.0"] return @senders[id] = UnconnectedUDP::Sender.new(request, data, sock, host, port) end def sender_for(addr, msg) lazy_initialize @senders[msg.id] end end class TCP < Requester # :nodoc: def initialize(host, port=Port) super() @host = host @port = port sock = TCPSocket.new(@host, @port) @socks = [sock] @senders = {} end def recv_reply(readable_socks) len = readable_socks[0].read(2).unpack('n')[0] reply = @socks[0].read(len) return reply, nil end def sender(msg, data, host=@host, port=@port) unless host == @host && port == @port raise RequestError.new("host/port don't match: #{host}:#{port}") end id = DNS.allocate_request_id(@host, @port) request = msg.encode request[0,2] = [request.length, id].pack('nn') return @senders[[nil,id]] = Sender.new(request, data, @socks[0]) end class Sender < Requester::Sender # :nodoc: def send @sock.print(@msg) @sock.flush end attr_reader :data end def close super @senders.each_key {|from,id| DNS.free_request_id(@host, @port, id) } end end ## # Indicates a problem with the DNS request. class RequestError < StandardError end end class Config # :nodoc: def initialize(config_info=nil) @mutex = Thread::Mutex.new @config_info = config_info @initialized = nil @timeouts = nil end def timeouts=(values) if values values = Array(values) values.each do |t| Numeric === t or raise ArgumentError, "#{t.inspect} is not numeric" t > 0.0 or raise ArgumentError, "timeout=#{t} must be positive" end @timeouts = values else @timeouts = nil end end def Config.parse_resolv_conf(filename) nameserver = [] search = nil ndots = 1 File.open(filename, 'rb') {|f| f.each {|line| line.sub!(/[#;].*/, '') keyword, *args = line.split(/\s+/) next unless keyword case keyword when 'nameserver' nameserver.concat(args) when 'domain' next if args.empty? search = [args[0]] when 'search' next if args.empty? search = args when 'options' args.each {|arg| case arg when /\Andots:(\d+)\z/ ndots = $1.to_i end } end } } return { :nameserver => nameserver, :search => search, :ndots => ndots } end def Config.default_config_hash(filename="/etc/resolv.conf") if File.exist? filename config_hash = Config.parse_resolv_conf(filename) else if /mswin|cygwin|mingw|bccwin/ =~ RUBY_PLATFORM require 'win32/resolv' search, nameserver = Win32::Resolv.get_resolv_info config_hash = {} config_hash[:nameserver] = nameserver if nameserver config_hash[:search] = [search].flatten if search end end config_hash || {} end def lazy_initialize @mutex.synchronize { unless @initialized @nameserver_port = [] @use_ipv6 = nil @search = nil @ndots = 1 case @config_info when nil config_hash = Config.default_config_hash when String config_hash = Config.parse_resolv_conf(@config_info) when Hash config_hash = @config_info.dup if String === config_hash[:nameserver] config_hash[:nameserver] = [config_hash[:nameserver]] end if String === config_hash[:search] config_hash[:search] = [config_hash[:search]] end else raise ArgumentError.new("invalid resolv configuration: #{@config_info.inspect}") end if config_hash.include? :nameserver @nameserver_port = config_hash[:nameserver].map {|ns| [ns, Port] } end if config_hash.include? :nameserver_port @nameserver_port = config_hash[:nameserver_port].map {|ns, port| [ns, (port || Port)] } end if config_hash.include? :use_ipv6 @use_ipv6 = config_hash[:use_ipv6] end @search = config_hash[:search] if config_hash.include? :search @ndots = config_hash[:ndots] if config_hash.include? :ndots @raise_timeout_errors = config_hash[:raise_timeout_errors] if @nameserver_port.empty? @nameserver_port << ['0.0.0.0', Port] end if @search @search = @search.map {|arg| Label.split(arg) } else hostname = Socket.gethostname if /\./ =~ hostname @search = [Label.split($')] else @search = [[]] end end if !@nameserver_port.kind_of?(Array) || @nameserver_port.any? {|ns_port| !(Array === ns_port) || ns_port.length != 2 !(String === ns_port[0]) || !(Integer === ns_port[1]) } raise ArgumentError.new("invalid nameserver config: #{@nameserver_port.inspect}") end if !@search.kind_of?(Array) || !@search.all? {|ls| ls.all? {|l| Label::Str === l } } raise ArgumentError.new("invalid search config: #{@search.inspect}") end if !@ndots.kind_of?(Integer) raise ArgumentError.new("invalid ndots config: #{@ndots.inspect}") end @initialized = true end } self end def single? lazy_initialize if @nameserver_port.length == 1 return @nameserver_port[0] else return nil end end def nameserver_port @nameserver_port end def use_ipv6? @use_ipv6 end def generate_candidates(name) candidates = nil name = Name.create(name) if name.absolute? candidates = [name] else if @ndots <= name.length - 1 candidates = [Name.new(name.to_a)] else candidates = [] end candidates.concat(@search.map {|domain| Name.new(name.to_a + domain)}) fname = Name.create("#{name}.") if !candidates.include?(fname) candidates << fname end end return candidates end InitialTimeout = 5 def generate_timeouts ts = [InitialTimeout] ts << ts[-1] * 2 / @nameserver_port.length ts << ts[-1] * 2 ts << ts[-1] * 2 return ts end def resolv(name) candidates = generate_candidates(name) timeouts = @timeouts || generate_timeouts timeout_error = false begin candidates.each {|candidate| begin timeouts.each {|tout| @nameserver_port.each {|nameserver, port| begin yield candidate, tout, nameserver, port rescue ResolvTimeout end } } timeout_error = true raise ResolvError.new("DNS resolv timeout: #{name}") rescue NXDomain end } rescue ResolvError raise if @raise_timeout_errors && timeout_error end end ## # Indicates no such domain was found. class NXDomain < ResolvError end ## # Indicates some other unhandled resolver error was encountered. class OtherResolvError < ResolvError end end module OpCode # :nodoc: Query = 0 IQuery = 1 Status = 2 Notify = 4 Update = 5 end module RCode # :nodoc: NoError = 0 FormErr = 1 ServFail = 2 NXDomain = 3 NotImp = 4 Refused = 5 YXDomain = 6 YXRRSet = 7 NXRRSet = 8 NotAuth = 9 NotZone = 10 BADVERS = 16 BADSIG = 16 BADKEY = 17 BADTIME = 18 BADMODE = 19 BADNAME = 20 BADALG = 21 end ## # Indicates that the DNS response was unable to be decoded. class DecodeError < StandardError end ## # Indicates that the DNS request was unable to be encoded. class EncodeError < StandardError end module Label # :nodoc: def self.split(arg) labels = [] arg.scan(/[^\.]+/) {labels << Str.new($&)} return labels end class Str # :nodoc: def initialize(string) @string = string # case insensivity of DNS labels doesn't apply non-ASCII characters. [RFC 4343] # This assumes @string is given in ASCII compatible encoding. @downcase = string.b.downcase end attr_reader :string, :downcase def to_s return @string end def inspect return "#<#{self.class} #{self}>" end def ==(other) return self.class == other.class && @downcase == other.downcase end def eql?(other) return self == other end def hash return @downcase.hash end end end ## # A representation of a DNS name. class Name ## # Creates a new DNS name from +arg+. +arg+ can be: # # Name:: returns +arg+. # String:: Creates a new Name. def self.create(arg) case arg when Name return arg when String return Name.new(Label.split(arg), /\.\z/ =~ arg ? true : false) else raise ArgumentError.new("cannot interpret as DNS name: #{arg.inspect}") end end def initialize(labels, absolute=true) # :nodoc: labels = labels.map {|label| case label when String then Label::Str.new(label) when Label::Str then label else raise ArgumentError, "unexpected label: #{label.inspect}" end } @labels = labels @absolute = absolute end def inspect # :nodoc: "#<#{self.class}: #{self}#{@absolute ? '.' : ''}>" end ## # True if this name is absolute. def absolute? return @absolute end def ==(other) # :nodoc: return false unless Name === other return false unless @absolute == other.absolute? return @labels == other.to_a end alias eql? == # :nodoc: ## # Returns true if +other+ is a subdomain. # # Example: # # domain = Gem::Resolv::DNS::Name.create("y.z") # p Gem::Resolv::DNS::Name.create("w.x.y.z").subdomain_of?(domain) #=> true # p Gem::Resolv::DNS::Name.create("x.y.z").subdomain_of?(domain) #=> true # p Gem::Resolv::DNS::Name.create("y.z").subdomain_of?(domain) #=> false # p Gem::Resolv::DNS::Name.create("z").subdomain_of?(domain) #=> false # p Gem::Resolv::DNS::Name.create("x.y.z.").subdomain_of?(domain) #=> false # p Gem::Resolv::DNS::Name.create("w.z").subdomain_of?(domain) #=> false # def subdomain_of?(other) raise ArgumentError, "not a domain name: #{other.inspect}" unless Name === other return false if @absolute != other.absolute? other_len = other.length return false if @labels.length <= other_len return @labels[-other_len, other_len] == other.to_a end def hash # :nodoc: return @labels.hash ^ @absolute.hash end def to_a # :nodoc: return @labels end def length # :nodoc: return @labels.length end def [](i) # :nodoc: return @labels[i] end ## # returns the domain name as a string. # # The domain name doesn't have a trailing dot even if the name object is # absolute. # # Example: # # p Gem::Resolv::DNS::Name.create("x.y.z.").to_s #=> "x.y.z" # p Gem::Resolv::DNS::Name.create("x.y.z").to_s #=> "x.y.z" def to_s return @labels.join('.') end end class Message # :nodoc: @@identifier = -1 def initialize(id = (@@identifier += 1) & 0xffff) @id = id @qr = 0 @opcode = 0 @aa = 0 @tc = 0 @rd = 0 # recursion desired @ra = 0 # recursion available @rcode = 0 @question = [] @answer = [] @authority = [] @additional = [] end attr_accessor :id, :qr, :opcode, :aa, :tc, :rd, :ra, :rcode attr_reader :question, :answer, :authority, :additional def ==(other) return @id == other.id && @qr == other.qr && @opcode == other.opcode && @aa == other.aa && @tc == other.tc && @rd == other.rd && @ra == other.ra && @rcode == other.rcode && @question == other.question && @answer == other.answer && @authority == other.authority && @additional == other.additional end def add_question(name, typeclass) @question << [Name.create(name), typeclass] end def each_question @question.each {|name, typeclass| yield name, typeclass } end def add_answer(name, ttl, data) @answer << [Name.create(name), ttl, data] end def each_answer @answer.each {|name, ttl, data| yield name, ttl, data } end def add_authority(name, ttl, data) @authority << [Name.create(name), ttl, data] end def each_authority @authority.each {|name, ttl, data| yield name, ttl, data } end def add_additional(name, ttl, data) @additional << [Name.create(name), ttl, data] end def each_additional @additional.each {|name, ttl, data| yield name, ttl, data } end def each_resource each_answer {|name, ttl, data| yield name, ttl, data} each_authority {|name, ttl, data| yield name, ttl, data} each_additional {|name, ttl, data| yield name, ttl, data} end def encode return MessageEncoder.new {|msg| msg.put_pack('nnnnnn', @id, (@qr & 1) << 15 | (@opcode & 15) << 11 | (@aa & 1) << 10 | (@tc & 1) << 9 | (@rd & 1) << 8 | (@ra & 1) << 7 | (@rcode & 15), @question.length, @answer.length, @authority.length, @additional.length) @question.each {|q| name, typeclass = q msg.put_name(name) msg.put_pack('nn', typeclass::TypeValue, typeclass::ClassValue) } [@answer, @authority, @additional].each {|rr| rr.each {|r| name, ttl, data = r msg.put_name(name) msg.put_pack('nnN', data.class::TypeValue, data.class::ClassValue, ttl) msg.put_length16 {data.encode_rdata(msg)} } } }.to_s end class MessageEncoder # :nodoc: def initialize @data = ''.dup @names = {} yield self end def to_s return @data end def put_bytes(d) @data << d end def put_pack(template, *d) @data << d.pack(template) end def put_length16 length_index = @data.length @data << "\0\0" data_start = @data.length yield data_end = @data.length @data[length_index, 2] = [data_end - data_start].pack("n") end def put_string(d) self.put_pack("C", d.length) @data << d end def put_string_list(ds) ds.each {|d| self.put_string(d) } end def put_name(d, compress: true) put_labels(d.to_a, compress: compress) end def put_labels(d, compress: true) d.each_index {|i| domain = d[i..-1] if compress && idx = @names[domain] self.put_pack("n", 0xc000 | idx) return else if @data.length < 0x4000 @names[domain] = @data.length end self.put_label(d[i]) end } @data << "\0" end def put_label(d) self.put_string(d.to_s) end end def Message.decode(m) o = Message.new(0) MessageDecoder.new(m) {|msg| id, flag, qdcount, ancount, nscount, arcount = msg.get_unpack('nnnnnn') o.id = id o.tc = (flag >> 9) & 1 o.rcode = flag & 15 return o unless o.tc.zero? o.qr = (flag >> 15) & 1 o.opcode = (flag >> 11) & 15 o.aa = (flag >> 10) & 1 o.rd = (flag >> 8) & 1 o.ra = (flag >> 7) & 1 (1..qdcount).each { name, typeclass = msg.get_question o.add_question(name, typeclass) } (1..ancount).each { name, ttl, data = msg.get_rr o.add_answer(name, ttl, data) } (1..nscount).each { name, ttl, data = msg.get_rr o.add_authority(name, ttl, data) } (1..arcount).each { name, ttl, data = msg.get_rr o.add_additional(name, ttl, data) } } return o end class MessageDecoder # :nodoc: def initialize(data) @data = data @index = 0 @limit = data.bytesize yield self end def inspect "\#<#{self.class}: #{@data.byteslice(0, @index).inspect} #{@data.byteslice(@index..-1).inspect}>" end def get_length16 len, = self.get_unpack('n') save_limit = @limit @limit = @index + len d = yield(len) if @index < @limit raise DecodeError.new("junk exists") elsif @limit < @index raise DecodeError.new("limit exceeded") end @limit = save_limit return d end def get_bytes(len = @limit - @index) raise DecodeError.new("limit exceeded") if @limit < @index + len d = @data.byteslice(@index, len) @index += len return d end def get_unpack(template) len = 0 template.each_byte {|byte| byte = "%c" % byte case byte when ?c, ?C len += 1 when ?n len += 2 when ?N len += 4 else raise StandardError.new("unsupported template: '#{byte.chr}' in '#{template}'") end } raise DecodeError.new("limit exceeded") if @limit < @index + len arr = @data.unpack("@#{@index}#{template}") @index += len return arr end def get_string raise DecodeError.new("limit exceeded") if @limit <= @index len = @data.getbyte(@index) raise DecodeError.new("limit exceeded") if @limit < @index + 1 + len d = @data.byteslice(@index + 1, len) @index += 1 + len return d end def get_string_list strings = [] while @index < @limit strings << self.get_string end strings end def get_list [].tap do |values| while @index < @limit values << yield end end end def get_name return Name.new(self.get_labels) end def get_labels prev_index = @index save_index = nil d = [] while true raise DecodeError.new("limit exceeded") if @limit <= @index case @data.getbyte(@index) when 0 @index += 1 if save_index @index = save_index end return d when 192..255 idx = self.get_unpack('n')[0] & 0x3fff if prev_index <= idx raise DecodeError.new("non-backward name pointer") end prev_index = idx if !save_index save_index = @index end @index = idx else d << self.get_label end end end def get_label return Label::Str.new(self.get_string) end def get_question name = self.get_name type, klass = self.get_unpack("nn") return name, Resource.get_class(type, klass) end def get_rr name = self.get_name type, klass, ttl = self.get_unpack('nnN') typeclass = Resource.get_class(type, klass) res = self.get_length16 do begin typeclass.decode_rdata self rescue => e raise DecodeError, e.message, e.backtrace end end res.instance_variable_set :@ttl, ttl return name, ttl, res end end end ## # SvcParams for service binding RRs. [RFC9460] class SvcParams include Enumerable ## # Create a list of SvcParams with the given initial content. # # +params+ has to be an enumerable of +SvcParam+s. # If its content has +SvcParam+s with the duplicate key, # the one appears last takes precedence. def initialize(params = []) @params = {} params.each do |param| add param end end ## # Get SvcParam for the given +key+ in this list. def [](key) @params[canonical_key(key)] end ## # Get the number of SvcParams in this list. def count @params.count end ## # Get whether this list is empty. def empty? @params.empty? end ## # Add the SvcParam +param+ to this list, overwriting the existing one with the same key. def add(param) @params[param.class.key_number] = param end ## # Remove the +SvcParam+ with the given +key+ and return it. def delete(key) @params.delete(canonical_key(key)) end ## # Enumerate the +SvcParam+s in this list. def each(&block) return enum_for(:each) unless block @params.each_value(&block) end def encode(msg) # :nodoc: @params.keys.sort.each do |key| msg.put_pack('n', key) msg.put_length16 do @params.fetch(key).encode(msg) end end end def self.decode(msg) # :nodoc: params = msg.get_list do key, = msg.get_unpack('n') msg.get_length16 do SvcParam::ClassHash[key].decode(msg) end end return self.new(params) end private def canonical_key(key) # :nodoc: case key when Integer key when /\Akey(\d+)\z/ Integer($1) when Symbol SvcParam::ClassHash[key].key_number else raise TypeError, 'key must be either String or Symbol' end end end ## # Base class for SvcParam. [RFC9460] class SvcParam ## # Get the presentation name of the SvcParamKey. def self.key_name const_get(:KeyName) end ## # Get the registered number of the SvcParamKey. def self.key_number const_get(:KeyNumber) end ClassHash = Hash.new do |h, key| # :nodoc: case key when Integer Generic.create(key) when /\Akey(?<key>\d+)\z/ Generic.create(key.to_int) when Symbol raise KeyError, "unknown key #{key}" else raise TypeError, 'key must be either String or Symbol' end end ## # Generic SvcParam abstract class. class Generic < SvcParam ## # SvcParamValue in wire-format byte string. attr_reader :value ## # Create generic SvcParam def initialize(value) @value = value end def encode(msg) # :nodoc: msg.put_bytes(@value) end def self.decode(msg) # :nodoc: return self.new(msg.get_bytes) end def self.create(key_number) c = Class.new(Generic) key_name = :"key#{key_number}" c.const_set(:KeyName, key_name) c.const_set(:KeyNumber, key_number) self.const_set(:"Key#{key_number}", c) ClassHash[key_name] = ClassHash[key_number] = c return c end end ## # "mandatory" SvcParam -- Mandatory keys in service binding RR class Mandatory < SvcParam KeyName = :mandatory KeyNumber = 0 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Mandatory keys. attr_reader :keys ## # Initialize "mandatory" ScvParam. def initialize(keys) @keys = keys.map(&:to_int) end def encode(msg) # :nodoc: @keys.sort.each do |key| msg.put_pack('n', key) end end def self.decode(msg) # :nodoc: keys = msg.get_list { msg.get_unpack('n')[0] } return self.new(keys) end end ## # "alpn" SvcParam -- Additional supported protocols class ALPN < SvcParam KeyName = :alpn KeyNumber = 1 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Supported protocol IDs. attr_reader :protocol_ids ## # Initialize "alpn" ScvParam. def initialize(protocol_ids) @protocol_ids = protocol_ids.map(&:to_str) end def encode(msg) # :nodoc: msg.put_string_list(@protocol_ids) end def self.decode(msg) # :nodoc: return self.new(msg.get_string_list) end end ## # "no-default-alpn" SvcParam -- No support for default protocol class NoDefaultALPN < SvcParam KeyName = :'no-default-alpn' KeyNumber = 2 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: def encode(msg) # :nodoc: # no payload end def self.decode(msg) # :nodoc: return self.new end end ## # "port" SvcParam -- Port for alternative endpoint class Port < SvcParam KeyName = :port KeyNumber = 3 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Port number. attr_reader :port ## # Initialize "port" ScvParam. def initialize(port) @port = port.to_int end def encode(msg) # :nodoc: msg.put_pack('n', @port) end def self.decode(msg) # :nodoc: port, = msg.get_unpack('n') return self.new(port) end end ## # "ipv4hint" SvcParam -- IPv4 address hints class IPv4Hint < SvcParam KeyName = :ipv4hint KeyNumber = 4 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Set of IPv4 addresses. attr_reader :addresses ## # Initialize "ipv4hint" ScvParam. def initialize(addresses) @addresses = addresses.map {|address| IPv4.create(address) } end def encode(msg) # :nodoc: @addresses.each do |address| msg.put_bytes(address.address) end end def self.decode(msg) # :nodoc: addresses = msg.get_list { IPv4.new(msg.get_bytes(4)) } return self.new(addresses) end end ## # "ipv6hint" SvcParam -- IPv6 address hints class IPv6Hint < SvcParam KeyName = :ipv6hint KeyNumber = 6 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Set of IPv6 addresses. attr_reader :addresses ## # Initialize "ipv6hint" ScvParam. def initialize(addresses) @addresses = addresses.map {|address| IPv6.create(address) } end def encode(msg) # :nodoc: @addresses.each do |address| msg.put_bytes(address.address) end end def self.decode(msg) # :nodoc: addresses = msg.get_list { IPv6.new(msg.get_bytes(16)) } return self.new(addresses) end end ## # "dohpath" SvcParam -- DNS over HTTPS path template [RFC9461] class DoHPath < SvcParam KeyName = :dohpath KeyNumber = 7 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # URI template for DoH queries. attr_reader :template ## # Initialize "dohpath" ScvParam. def initialize(template) @template = template.encode('utf-8') end def encode(msg) # :nodoc: msg.put_bytes(@template) end def self.decode(msg) # :nodoc: template = msg.get_bytes.force_encoding('utf-8') return self.new(template) end end end ## # A DNS query abstract class. class Query def encode_rdata(msg) # :nodoc: raise EncodeError.new("#{self.class} is query.") end def self.decode_rdata(msg) # :nodoc: raise DecodeError.new("#{self.class} is query.") end end ## # A DNS resource abstract class. class Resource < Query ## # Remaining Time To Live for this Resource. attr_reader :ttl ClassHash = {} # :nodoc: def encode_rdata(msg) # :nodoc: raise NotImplementedError.new end def self.decode_rdata(msg) # :nodoc: raise NotImplementedError.new end def ==(other) # :nodoc: return false unless self.class == other.class s_ivars = self.instance_variables s_ivars.sort! s_ivars.delete :@ttl o_ivars = other.instance_variables o_ivars.sort! o_ivars.delete :@ttl return s_ivars == o_ivars && s_ivars.collect {|name| self.instance_variable_get name} == o_ivars.collect {|name| other.instance_variable_get name} end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: h = 0 vars = self.instance_variables vars.delete :@ttl vars.each {|name| h ^= self.instance_variable_get(name).hash } return h end def self.get_class(type_value, class_value) # :nodoc: return ClassHash[[type_value, class_value]] || Generic.create(type_value, class_value) end ## # A generic resource abstract class. class Generic < Resource ## # Creates a new generic resource. def initialize(data) @data = data end ## # Data for this generic resource. attr_reader :data def encode_rdata(msg) # :nodoc: msg.put_bytes(data) end def self.decode_rdata(msg) # :nodoc: return self.new(msg.get_bytes) end def self.create(type_value, class_value) # :nodoc: c = Class.new(Generic) c.const_set(:TypeValue, type_value) c.const_set(:ClassValue, class_value) Generic.const_set("Type#{type_value}_Class#{class_value}", c) ClassHash[[type_value, class_value]] = c return c end end ## # Domain Name resource abstract class. class DomainName < Resource ## # Creates a new DomainName from +name+. def initialize(name) @name = name end ## # The name of this DomainName. attr_reader :name def encode_rdata(msg) # :nodoc: msg.put_name(@name) end def self.decode_rdata(msg) # :nodoc: return self.new(msg.get_name) end end # Standard (class generic) RRs ClassValue = nil # :nodoc: ## # An authoritative name server. class NS < DomainName TypeValue = 2 # :nodoc: end ## # The canonical name for an alias. class CNAME < DomainName TypeValue = 5 # :nodoc: end ## # Start Of Authority resource. class SOA < Resource TypeValue = 6 # :nodoc: ## # Creates a new SOA record. See the attr documentation for the # details of each argument. def initialize(mname, rname, serial, refresh, retry_, expire, minimum) @mname = mname @rname = rname @serial = serial @refresh = refresh @retry = retry_ @expire = expire @minimum = minimum end ## # Name of the host where the master zone file for this zone resides. attr_reader :mname ## # The person responsible for this domain name. attr_reader :rname ## # The version number of the zone file. attr_reader :serial ## # How often, in seconds, a secondary name server is to check for # updates from the primary name server. attr_reader :refresh ## # How often, in seconds, a secondary name server is to retry after a # failure to check for a refresh. attr_reader :retry ## # Time in seconds that a secondary name server is to use the data # before refreshing from the primary name server. attr_reader :expire ## # The minimum number of seconds to be used for TTL values in RRs. attr_reader :minimum def encode_rdata(msg) # :nodoc: msg.put_name(@mname) msg.put_name(@rname) msg.put_pack('NNNNN', @serial, @refresh, @retry, @expire, @minimum) end def self.decode_rdata(msg) # :nodoc: mname = msg.get_name rname = msg.get_name serial, refresh, retry_, expire, minimum = msg.get_unpack('NNNNN') return self.new( mname, rname, serial, refresh, retry_, expire, minimum) end end ## # A Pointer to another DNS name. class PTR < DomainName TypeValue = 12 # :nodoc: end ## # Host Information resource. class HINFO < Resource TypeValue = 13 # :nodoc: ## # Creates a new HINFO running +os+ on +cpu+. def initialize(cpu, os) @cpu = cpu @os = os end ## # CPU architecture for this resource. attr_reader :cpu ## # Operating system for this resource. attr_reader :os def encode_rdata(msg) # :nodoc: msg.put_string(@cpu) msg.put_string(@os) end def self.decode_rdata(msg) # :nodoc: cpu = msg.get_string os = msg.get_string return self.new(cpu, os) end end ## # Mailing list or mailbox information. class MINFO < Resource TypeValue = 14 # :nodoc: def initialize(rmailbx, emailbx) @rmailbx = rmailbx @emailbx = emailbx end ## # Domain name responsible for this mail list or mailbox. attr_reader :rmailbx ## # Mailbox to use for error messages related to the mail list or mailbox. attr_reader :emailbx def encode_rdata(msg) # :nodoc: msg.put_name(@rmailbx) msg.put_name(@emailbx) end def self.decode_rdata(msg) # :nodoc: rmailbx = msg.get_string emailbx = msg.get_string return self.new(rmailbx, emailbx) end end ## # Mail Exchanger resource. class MX < Resource TypeValue= 15 # :nodoc: ## # Creates a new MX record with +preference+, accepting mail at # +exchange+. def initialize(preference, exchange) @preference = preference @exchange = exchange end ## # The preference for this MX. attr_reader :preference ## # The host of this MX. attr_reader :exchange def encode_rdata(msg) # :nodoc: msg.put_pack('n', @preference) msg.put_name(@exchange) end def self.decode_rdata(msg) # :nodoc: preference, = msg.get_unpack('n') exchange = msg.get_name return self.new(preference, exchange) end end ## # Unstructured text resource. class TXT < Resource TypeValue = 16 # :nodoc: def initialize(first_string, *rest_strings) @strings = [first_string, *rest_strings] end ## # Returns an Array of Strings for this TXT record. attr_reader :strings ## # Returns the concatenated string from +strings+. def data @strings.join("") end def encode_rdata(msg) # :nodoc: msg.put_string_list(@strings) end def self.decode_rdata(msg) # :nodoc: strings = msg.get_string_list return self.new(*strings) end end ## # Location resource class LOC < Resource TypeValue = 29 # :nodoc: def initialize(version, ssize, hprecision, vprecision, latitude, longitude, altitude) @version = version @ssize = Gem::Resolv::LOC::Size.create(ssize) @hprecision = Gem::Resolv::LOC::Size.create(hprecision) @vprecision = Gem::Resolv::LOC::Size.create(vprecision) @latitude = Gem::Resolv::LOC::Coord.create(latitude) @longitude = Gem::Resolv::LOC::Coord.create(longitude) @altitude = Gem::Resolv::LOC::Alt.create(altitude) end ## # Returns the version value for this LOC record which should always be 00 attr_reader :version ## # The spherical size of this LOC # in meters using scientific notation as 2 integers of XeY attr_reader :ssize ## # The horizontal precision using ssize type values # in meters using scientific notation as 2 integers of XeY # for precision use value/2 e.g. 2m = +/-1m attr_reader :hprecision ## # The vertical precision using ssize type values # in meters using scientific notation as 2 integers of XeY # for precision use value/2 e.g. 2m = +/-1m attr_reader :vprecision ## # The latitude for this LOC where 2**31 is the equator # in thousandths of an arc second as an unsigned 32bit integer attr_reader :latitude ## # The longitude for this LOC where 2**31 is the prime meridian # in thousandths of an arc second as an unsigned 32bit integer attr_reader :longitude ## # The altitude of the LOC above a reference sphere whose surface sits 100km below the WGS84 spheroid # in centimeters as an unsigned 32bit integer attr_reader :altitude def encode_rdata(msg) # :nodoc: msg.put_bytes(@version) msg.put_bytes(@ssize.scalar) msg.put_bytes(@hprecision.scalar) msg.put_bytes(@vprecision.scalar) msg.put_bytes(@latitude.coordinates) msg.put_bytes(@longitude.coordinates) msg.put_bytes(@altitude.altitude) end def self.decode_rdata(msg) # :nodoc: version = msg.get_bytes(1) ssize = msg.get_bytes(1) hprecision = msg.get_bytes(1) vprecision = msg.get_bytes(1) latitude = msg.get_bytes(4) longitude = msg.get_bytes(4) altitude = msg.get_bytes(4) return self.new( version, Gem::Resolv::LOC::Size.new(ssize), Gem::Resolv::LOC::Size.new(hprecision), Gem::Resolv::LOC::Size.new(vprecision), Gem::Resolv::LOC::Coord.new(latitude,"lat"), Gem::Resolv::LOC::Coord.new(longitude,"lon"), Gem::Resolv::LOC::Alt.new(altitude) ) end end ## # A Query type requesting any RR. class ANY < Query TypeValue = 255 # :nodoc: end ## # CAA resource record defined in RFC 8659 # # These records identify certificate authority allowed to issue # certificates for the given domain. class CAA < Resource TypeValue = 257 ## # Creates a new CAA for +flags+, +tag+ and +value+. def initialize(flags, tag, value) unless (0..255) === flags raise ArgumentError.new('flags must be an Integer between 0 and 255') end unless (1..15) === tag.bytesize raise ArgumentError.new('length of tag must be between 1 and 15') end @flags = flags @tag = tag @value = value end ## # Flags for this proprty: # - Bit 0 : 0 = not critical, 1 = critical attr_reader :flags ## # Property tag ("issue", "issuewild", "iodef"...). attr_reader :tag ## # Property value. attr_reader :value ## # Whether the critical flag is set on this property. def critical? flags & 0x80 != 0 end def encode_rdata(msg) # :nodoc: msg.put_pack('C', @flags) msg.put_string(@tag) msg.put_bytes(@value) end def self.decode_rdata(msg) # :nodoc: flags, = msg.get_unpack('C') tag = msg.get_string value = msg.get_bytes self.new flags, tag, value end end ClassInsensitiveTypes = [ # :nodoc: NS, CNAME, SOA, PTR, HINFO, MINFO, MX, TXT, LOC, ANY, CAA ] ## # module IN contains ARPA Internet specific RRs. module IN ClassValue = 1 # :nodoc: ClassInsensitiveTypes.each {|s| c = Class.new(s) c.const_set(:TypeValue, s::TypeValue) c.const_set(:ClassValue, ClassValue) ClassHash[[s::TypeValue, ClassValue]] = c self.const_set(s.name.sub(/.*::/, ''), c) } ## # IPv4 Address resource class A < Resource TypeValue = 1 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: ## # Creates a new A for +address+. def initialize(address) @address = IPv4.create(address) end ## # The Gem::Resolv::IPv4 address for this A. attr_reader :address def encode_rdata(msg) # :nodoc: msg.put_bytes(@address.address) end def self.decode_rdata(msg) # :nodoc: return self.new(IPv4.new(msg.get_bytes(4))) end end ## # Well Known Service resource. class WKS < Resource TypeValue = 11 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: def initialize(address, protocol, bitmap) @address = IPv4.create(address) @protocol = protocol @bitmap = bitmap end ## # The host these services run on. attr_reader :address ## # IP protocol number for these services. attr_reader :protocol ## # A bit map of enabled services on this host. # # If protocol is 6 (TCP) then the 26th bit corresponds to the SMTP # service (port 25). If this bit is set, then an SMTP server should # be listening on TCP port 25; if zero, SMTP service is not # supported. attr_reader :bitmap def encode_rdata(msg) # :nodoc: msg.put_bytes(@address.address) msg.put_pack("n", @protocol) msg.put_bytes(@bitmap) end def self.decode_rdata(msg) # :nodoc: address = IPv4.new(msg.get_bytes(4)) protocol, = msg.get_unpack("n") bitmap = msg.get_bytes return self.new(address, protocol, bitmap) end end ## # An IPv6 address record. class AAAA < Resource TypeValue = 28 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: ## # Creates a new AAAA for +address+. def initialize(address) @address = IPv6.create(address) end ## # The Gem::Resolv::IPv6 address for this AAAA. attr_reader :address def encode_rdata(msg) # :nodoc: msg.put_bytes(@address.address) end def self.decode_rdata(msg) # :nodoc: return self.new(IPv6.new(msg.get_bytes(16))) end end ## # SRV resource record defined in RFC 2782 # # These records identify the hostname and port that a service is # available at. class SRV < Resource TypeValue = 33 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: # Create a SRV resource record. # # See the documentation for #priority, #weight, #port and #target # for +priority+, +weight+, +port and +target+ respectively. def initialize(priority, weight, port, target) @priority = priority.to_int @weight = weight.to_int @port = port.to_int @target = Name.create(target) end # The priority of this target host. # # A client MUST attempt to contact the target host with the # lowest-numbered priority it can reach; target hosts with the same # priority SHOULD be tried in an order defined by the weight field. # The range is 0-65535. Note that it is not widely implemented and # should be set to zero. attr_reader :priority # A server selection mechanism. # # The weight field specifies a relative weight for entries with the # same priority. Larger weights SHOULD be given a proportionately # higher probability of being selected. The range of this number is # 0-65535. Domain administrators SHOULD use Weight 0 when there # isn't any server selection to do, to make the RR easier to read # for humans (less noisy). Note that it is not widely implemented # and should be set to zero. attr_reader :weight # The port on this target host of this service. # # The range is 0-65535. attr_reader :port # The domain name of the target host. # # A target of "." means that the service is decidedly not available # at this domain. attr_reader :target def encode_rdata(msg) # :nodoc: msg.put_pack("n", @priority) msg.put_pack("n", @weight) msg.put_pack("n", @port) msg.put_name(@target, compress: false) end def self.decode_rdata(msg) # :nodoc: priority, = msg.get_unpack("n") weight, = msg.get_unpack("n") port, = msg.get_unpack("n") target = msg.get_name return self.new(priority, weight, port, target) end end ## # Common implementation for SVCB-compatible resource records. class ServiceBinding ## # Create a service binding resource record. def initialize(priority, target, params = []) @priority = priority.to_int @target = Name.create(target) @params = SvcParams.new(params) end ## # The priority of this target host. # # The range is 0-65535. # If set to 0, this RR is in AliasMode. Otherwise, it is in ServiceMode. attr_reader :priority ## # The domain name of the target host. attr_reader :target ## # The service parameters for the target host. attr_reader :params ## # Whether this RR is in AliasMode. def alias_mode? self.priority == 0 end ## # Whether this RR is in ServiceMode. def service_mode? !alias_mode? end def encode_rdata(msg) # :nodoc: msg.put_pack("n", @priority) msg.put_name(@target, compress: false) @params.encode(msg) end def self.decode_rdata(msg) # :nodoc: priority, = msg.get_unpack("n") target = msg.get_name params = SvcParams.decode(msg) return self.new(priority, target, params) end end ## # SVCB resource record [RFC9460] class SVCB < ServiceBinding TypeValue = 64 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: end ## # HTTPS resource record [RFC9460] class HTTPS < ServiceBinding TypeValue = 65 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: end end end end ## # A Gem::Resolv::DNS IPv4 address. class IPv4 ## # Regular expression IPv4 addresses must match. Regex256 = /0 |1(?:[0-9][0-9]?)? |2(?:[0-4][0-9]?|5[0-5]?|[6-9])? |[3-9][0-9]?/x Regex = /\A(#{Regex256})\.(#{Regex256})\.(#{Regex256})\.(#{Regex256})\z/ def self.create(arg) case arg when IPv4 return arg when Regex if (0..255) === (a = $1.to_i) && (0..255) === (b = $2.to_i) && (0..255) === (c = $3.to_i) && (0..255) === (d = $4.to_i) return self.new([a, b, c, d].pack("CCCC")) else raise ArgumentError.new("IPv4 address with invalid value: " + arg) end else raise ArgumentError.new("cannot interpret as IPv4 address: #{arg.inspect}") end end def initialize(address) # :nodoc: unless address.kind_of?(String) raise ArgumentError, 'IPv4 address must be a string' end unless address.length == 4 raise ArgumentError, "IPv4 address expects 4 bytes but #{address.length} bytes" end @address = address end ## # A String representation of this IPv4 address. ## # The raw IPv4 address as a String. attr_reader :address def to_s # :nodoc: return sprintf("%d.%d.%d.%d", *@address.unpack("CCCC")) end def inspect # :nodoc: return "#<#{self.class} #{self}>" end ## # Turns this IPv4 address into a Gem::Resolv::DNS::Name. def to_name return DNS::Name.create( '%d.%d.%d.%d.in-addr.arpa.' % @address.unpack('CCCC').reverse) end def ==(other) # :nodoc: return @address == other.address end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @address.hash end end ## # A Gem::Resolv::DNS IPv6 address. class IPv6 ## # IPv6 address format a:b:c:d:e:f:g:h Regex_8Hex = /\A (?:[0-9A-Fa-f]{1,4}:){7} [0-9A-Fa-f]{1,4} \z/x ## # Compressed IPv6 address format a::b Regex_CompressedHex = /\A ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) :: ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) \z/x ## # IPv4 mapped IPv6 address format a:b:c:d:e:f:w.x.y.z Regex_6Hex4Dec = /\A ((?:[0-9A-Fa-f]{1,4}:){6,6}) (\d+)\.(\d+)\.(\d+)\.(\d+) \z/x ## # Compressed IPv4 mapped IPv6 address format a::b:w.x.y.z Regex_CompressedHex4Dec = /\A ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) :: ((?:[0-9A-Fa-f]{1,4}:)*) (\d+)\.(\d+)\.(\d+)\.(\d+) \z/x ## # IPv6 link local address format fe80:b:c:d:e:f:g:h%em1 Regex_8HexLinkLocal = /\A [Ff][Ee]80 (?::[0-9A-Fa-f]{1,4}){7} %[-0-9A-Za-z._~]+ \z/x ## # Compressed IPv6 link local address format fe80::b%em1 Regex_CompressedHexLinkLocal = /\A [Ff][Ee]80: (?: ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) :: ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) | :((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) )? :[0-9A-Fa-f]{1,4}%[-0-9A-Za-z._~]+ \z/x ## # A composite IPv6 address Regexp. Regex = / (?:#{Regex_8Hex}) | (?:#{Regex_CompressedHex}) | (?:#{Regex_6Hex4Dec}) | (?:#{Regex_CompressedHex4Dec}) | (?:#{Regex_8HexLinkLocal}) | (?:#{Regex_CompressedHexLinkLocal}) /x ## # Creates a new IPv6 address from +arg+ which may be: # # IPv6:: returns +arg+. # String:: +arg+ must match one of the IPv6::Regex* constants def self.create(arg) case arg when IPv6 return arg when String address = ''.b if Regex_8Hex =~ arg arg.scan(/[0-9A-Fa-f]+/) {|hex| address << [hex.hex].pack('n')} elsif Regex_CompressedHex =~ arg prefix = $1 suffix = $2 a1 = ''.b a2 = ''.b prefix.scan(/[0-9A-Fa-f]+/) {|hex| a1 << [hex.hex].pack('n')} suffix.scan(/[0-9A-Fa-f]+/) {|hex| a2 << [hex.hex].pack('n')} omitlen = 16 - a1.length - a2.length address << a1 << "\0" * omitlen << a2 elsif Regex_6Hex4Dec =~ arg prefix, a, b, c, d = $1, $2.to_i, $3.to_i, $4.to_i, $5.to_i if (0..255) === a && (0..255) === b && (0..255) === c && (0..255) === d prefix.scan(/[0-9A-Fa-f]+/) {|hex| address << [hex.hex].pack('n')} address << [a, b, c, d].pack('CCCC') else raise ArgumentError.new("not numeric IPv6 address: " + arg) end elsif Regex_CompressedHex4Dec =~ arg prefix, suffix, a, b, c, d = $1, $2, $3.to_i, $4.to_i, $5.to_i, $6.to_i if (0..255) === a && (0..255) === b && (0..255) === c && (0..255) === d a1 = ''.b a2 = ''.b prefix.scan(/[0-9A-Fa-f]+/) {|hex| a1 << [hex.hex].pack('n')} suffix.scan(/[0-9A-Fa-f]+/) {|hex| a2 << [hex.hex].pack('n')} omitlen = 12 - a1.length - a2.length address << a1 << "\0" * omitlen << a2 << [a, b, c, d].pack('CCCC') else raise ArgumentError.new("not numeric IPv6 address: " + arg) end else raise ArgumentError.new("not numeric IPv6 address: " + arg) end return IPv6.new(address) else raise ArgumentError.new("cannot interpret as IPv6 address: #{arg.inspect}") end end def initialize(address) # :nodoc: unless address.kind_of?(String) && address.length == 16 raise ArgumentError.new('IPv6 address must be 16 bytes') end @address = address end ## # The raw IPv6 address as a String. attr_reader :address def to_s # :nodoc: sprintf("%x:%x:%x:%x:%x:%x:%x:%x", *@address.unpack("nnnnnnnn")).sub(/(^|:)0(:0)+(:|$)/, '::') end def inspect # :nodoc: return "#<#{self.class} #{self}>" end ## # Turns this IPv6 address into a Gem::Resolv::DNS::Name. #-- # ip6.arpa should be searched too. [RFC3152] def to_name return DNS::Name.new( @address.unpack("H32")[0].split(//).reverse + ['ip6', 'arpa']) end def ==(other) # :nodoc: return @address == other.address end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @address.hash end end ## # Gem::Resolv::MDNS is a one-shot Multicast DNS (mDNS) resolver. It blindly # makes queries to the mDNS addresses without understanding anything about # multicast ports. # # Information taken form the following places: # # * RFC 6762 class MDNS < DNS ## # Default mDNS Port Port = 5353 ## # Default IPv4 mDNS address AddressV4 = '224.0.0.251' ## # Default IPv6 mDNS address AddressV6 = 'ff02::fb' ## # Default mDNS addresses Addresses = [ [AddressV4, Port], [AddressV6, Port], ] ## # Creates a new one-shot Multicast DNS (mDNS) resolver. # # +config_info+ can be: # # nil:: # Uses the default mDNS addresses # # Hash:: # Must contain :nameserver or :nameserver_port like # Gem::Resolv::DNS#initialize. def initialize(config_info=nil) if config_info then super({ nameserver_port: Addresses }.merge(config_info)) else super(nameserver_port: Addresses) end end ## # Iterates over all IP addresses for +name+ retrieved from the mDNS # resolver, provided name ends with "local". If the name does not end in # "local" no records will be returned. # # +name+ can be a Gem::Resolv::DNS::Name or a String. Retrieved addresses will # be a Gem::Resolv::IPv4 or Gem::Resolv::IPv6 def each_address(name) name = Gem::Resolv::DNS::Name.create(name) return unless name[-1].to_s == 'local' super(name) end def make_udp_requester # :nodoc: nameserver_port = @config.nameserver_port Requester::MDNSOneShot.new(*nameserver_port) end end module LOC ## # A Gem::Resolv::LOC::Size class Size Regex = /^(\d+\.*\d*)[m]$/ ## # Creates a new LOC::Size from +arg+ which may be: # # LOC::Size:: returns +arg+. # String:: +arg+ must match the LOC::Size::Regex constant def self.create(arg) case arg when Size return arg when String scalar = '' if Regex =~ arg scalar = [(($1.to_f*(1e2)).to_i.to_s[0].to_i*(2**4)+(($1.to_f*(1e2)).to_i.to_s.length-1))].pack("C") else raise ArgumentError.new("not a properly formed Size string: " + arg) end return Size.new(scalar) else raise ArgumentError.new("cannot interpret as Size: #{arg.inspect}") end end def initialize(scalar) @scalar = scalar end ## # The raw size attr_reader :scalar def to_s # :nodoc: s = @scalar.unpack("H2").join.to_s return ((s[0].to_i)*(10**(s[1].to_i-2))).to_s << "m" end def inspect # :nodoc: return "#<#{self.class} #{self}>" end def ==(other) # :nodoc: return @scalar == other.scalar end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @scalar.hash end end ## # A Gem::Resolv::LOC::Coord class Coord Regex = /^(\d+)\s(\d+)\s(\d+\.\d+)\s([NESW])$/ ## # Creates a new LOC::Coord from +arg+ which may be: # # LOC::Coord:: returns +arg+. # String:: +arg+ must match the LOC::Coord::Regex constant def self.create(arg) case arg when Coord return arg when String coordinates = '' if Regex =~ arg && $1.to_f < 180 m = $~ hemi = (m[4][/[NE]/]) || (m[4][/[SW]/]) ? 1 : -1 coordinates = [ ((m[1].to_i*(36e5)) + (m[2].to_i*(6e4)) + (m[3].to_f*(1e3))) * hemi+(2**31) ].pack("N") orientation = m[4][/[NS]/] ? 'lat' : 'lon' else raise ArgumentError.new("not a properly formed Coord string: " + arg) end return Coord.new(coordinates,orientation) else raise ArgumentError.new("cannot interpret as Coord: #{arg.inspect}") end end def initialize(coordinates,orientation) unless coordinates.kind_of?(String) raise ArgumentError.new("Coord must be a 32bit unsigned integer in hex format: #{coordinates.inspect}") end unless orientation.kind_of?(String) && orientation[/^lon$|^lat$/] raise ArgumentError.new('Coord expects orientation to be a String argument of "lat" or "lon"') end @coordinates = coordinates @orientation = orientation end ## # The raw coordinates attr_reader :coordinates ## The orientation of the hemisphere as 'lat' or 'lon' attr_reader :orientation def to_s # :nodoc: c = @coordinates.unpack("N").join.to_i val = (c - (2**31)).abs fracsecs = (val % 1e3).to_i.to_s val = val / 1e3 secs = (val % 60).to_i.to_s val = val / 60 mins = (val % 60).to_i.to_s degs = (val / 60).to_i.to_s posi = (c >= 2**31) case posi when true hemi = @orientation[/^lat$/] ? "N" : "E" else hemi = @orientation[/^lon$/] ? "W" : "S" end return degs << " " << mins << " " << secs << "." << fracsecs << " " << hemi end def inspect # :nodoc: return "#<#{self.class} #{self}>" end def ==(other) # :nodoc: return @coordinates == other.coordinates end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @coordinates.hash end end ## # A Gem::Resolv::LOC::Alt class Alt Regex = /^([+-]*\d+\.*\d*)[m]$/ ## # Creates a new LOC::Alt from +arg+ which may be: # # LOC::Alt:: returns +arg+. # String:: +arg+ must match the LOC::Alt::Regex constant def self.create(arg) case arg when Alt return arg when String altitude = '' if Regex =~ arg altitude = [($1.to_f*(1e2))+(1e7)].pack("N") else raise ArgumentError.new("not a properly formed Alt string: " + arg) end return Alt.new(altitude) else raise ArgumentError.new("cannot interpret as Alt: #{arg.inspect}") end end def initialize(altitude) @altitude = altitude end ## # The raw altitude attr_reader :altitude def to_s # :nodoc: a = @altitude.unpack("N").join.to_i return ((a.to_f/1e2)-1e5).to_s + "m" end def inspect # :nodoc: return "#<#{self.class} #{self}>" end def ==(other) # :nodoc: return @altitude == other.altitude end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @altitude.hash end end end ## # Default resolver to use for Gem::Resolv class methods. DefaultResolver = self.new ## # Replaces the resolvers in the default resolver with +new_resolvers+. This # allows resolvers to be changed for resolv-replace. def DefaultResolver.replace_resolvers new_resolvers @resolvers = new_resolvers end ## # Address Regexp to use for matching IP addresses. AddressRegex = /(?:#{IPv4::Regex})|(?:#{IPv6::Regex})/ end PK )J [�?��p p @ share/rubygems/rubygems/vendor/molinillo/lib/molinillo/errors.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo # An error that occurred during the resolution process class ResolverError < StandardError; end # An error caused by searching for a dependency that is completely unknown, # i.e. has no versions available whatsoever. class NoSuchDependencyError < ResolverError # @return [Object] the dependency that could not be found attr_accessor :dependency # @return [Array<Object>] the specifications that depended upon {#dependency} attr_accessor :required_by # Initializes a new error with the given missing dependency. # @param [Object] dependency @see {#dependency} # @param [Array<Object>] required_by @see {#required_by} def initialize(dependency, required_by = []) @dependency = dependency @required_by = required_by.uniq super() end # The error message for the missing dependency, including the specifications # that had this dependency. def message sources = required_by.map { |r| "`#{r}`" }.join(' and ') message = "Unable to find a specification for `#{dependency}`" message += " depended upon by #{sources}" unless sources.empty? message end end # An error caused by attempting to fulfil a dependency that was circular # # @note This exception will be thrown if and only if a {Vertex} is added to a # {DependencyGraph} that has a {DependencyGraph::Vertex#path_to?} an # existing {DependencyGraph::Vertex} class CircularDependencyError < ResolverError # [Set<Object>] the dependencies responsible for causing the error attr_reader :dependencies # Initializes a new error with the given circular vertices. # @param [Array<DependencyGraph::Vertex>] vertices the vertices in the dependency # that caused the error def initialize(vertices) super "There is a circular dependency between #{vertices.map(&:name).join(' and ')}" @dependencies = vertices.map { |vertex| vertex.payload.possibilities.last }.to_set end end # An error caused by conflicts in version class VersionConflict < ResolverError # @return [{String => Resolution::Conflict}] the conflicts that caused # resolution to fail attr_reader :conflicts # @return [SpecificationProvider] the specification provider used during # resolution attr_reader :specification_provider # Initializes a new error with the given version conflicts. # @param [{String => Resolution::Conflict}] conflicts see {#conflicts} # @param [SpecificationProvider] specification_provider see {#specification_provider} def initialize(conflicts, specification_provider) pairs = [] conflicts.values.flat_map(&:requirements).each do |conflicting| conflicting.each do |source, conflict_requirements| conflict_requirements.each do |c| pairs << [c, source] end end end super "Unable to satisfy the following requirements:\n\n" \ "#{pairs.map { |r, d| "- `#{r}` required by `#{d}`" }.join("\n")}" @conflicts = conflicts @specification_provider = specification_provider end require_relative 'delegates/specification_provider' include Delegates::SpecificationProvider # @return [String] An error message that includes requirement trees, # which is much more detailed & customizable than the default message # @param [Hash] opts the options to create a message with. # @option opts [String] :solver_name The user-facing name of the solver # @option opts [String] :possibility_type The generic name of a possibility # @option opts [Proc] :reduce_trees A proc that reduced the list of requirement trees # @option opts [Proc] :printable_requirement A proc that pretty-prints requirements # @option opts [Proc] :additional_message_for_conflict A proc that appends additional # messages for each conflict # @option opts [Proc] :version_for_spec A proc that returns the version number for a # possibility def message_with_trees(opts = {}) solver_name = opts.delete(:solver_name) { self.class.name.split('::').first } possibility_type = opts.delete(:possibility_type) { 'possibility named' } reduce_trees = opts.delete(:reduce_trees) { proc { |trees| trees.uniq.sort_by(&:to_s) } } printable_requirement = opts.delete(:printable_requirement) { proc { |req| req.to_s } } additional_message_for_conflict = opts.delete(:additional_message_for_conflict) { proc {} } version_for_spec = opts.delete(:version_for_spec) { proc(&:to_s) } incompatible_version_message_for_conflict = opts.delete(:incompatible_version_message_for_conflict) do proc do |name, _conflict| %(#{solver_name} could not find compatible versions for #{possibility_type} "#{name}":) end end full_message_for_conflict = opts.delete(:full_message_for_conflict) do proc do |name, conflict| o = "\n".dup << incompatible_version_message_for_conflict.call(name, conflict) << "\n" if conflict.locked_requirement o << %( In snapshot (#{name_for_locking_dependency_source}):\n) o << %( #{printable_requirement.call(conflict.locked_requirement)}\n) o << %(\n) end o << %( In #{name_for_explicit_dependency_source}:\n) trees = reduce_trees.call(conflict.requirement_trees) o << trees.map do |tree| t = ''.dup depth = 2 tree.each do |req| t << ' ' * depth << printable_requirement.call(req) unless tree.last == req if spec = conflict.activated_by_name[name_for(req)] t << %( was resolved to #{version_for_spec.call(spec)}, which) end t << %( depends on) end t << %(\n) depth += 1 end t end.join("\n") additional_message_for_conflict.call(o, name, conflict) o end end conflicts.sort.reduce(''.dup) do |o, (name, conflict)| o << full_message_for_conflict.call(name, conflict) end.strip end end end PK )J [����$ $ ? share/rubygems/rubygems/vendor/molinillo/lib/molinillo/state.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo # A state that a {Resolution} can be in # @attr [String] name the name of the current requirement # @attr [Array<Object>] requirements currently unsatisfied requirements # @attr [DependencyGraph] activated the graph of activated dependencies # @attr [Object] requirement the current requirement # @attr [Object] possibilities the possibilities to satisfy the current requirement # @attr [Integer] depth the depth of the resolution # @attr [Hash] conflicts unresolved conflicts, indexed by dependency name # @attr [Array<UnwindDetails>] unused_unwind_options unwinds for previous conflicts that weren't explored ResolutionState = Struct.new( :name, :requirements, :activated, :requirement, :possibilities, :depth, :conflicts, :unused_unwind_options ) class ResolutionState # Returns an empty resolution state # @return [ResolutionState] an empty state def self.empty new(nil, [], DependencyGraph.new, nil, nil, 0, {}, []) end end # A state that encapsulates a set of {#requirements} with an {Array} of # possibilities class DependencyState < ResolutionState # Removes a possibility from `self` # @return [PossibilityState] a state with a single possibility, # the possibility that was removed from `self` def pop_possibility_state PossibilityState.new( name, requirements.dup, activated, requirement, [possibilities.pop], depth + 1, conflicts.dup, unused_unwind_options.dup ).tap do |state| state.activated.tag(state) end end end # A state that encapsulates a single possibility to fulfill the given # {#requirement} class PossibilityState < ResolutionState end end PK )J [JT�܂� �� D share/rubygems/rubygems/vendor/molinillo/lib/molinillo/resolution.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo class Resolver # A specific resolution from a given {Resolver} class Resolution # A conflict that the resolution process encountered # @attr [Object] requirement the requirement that immediately led to the conflict # @attr [{String,Nil=>[Object]}] requirements the requirements that caused the conflict # @attr [Object, nil] existing the existing spec that was in conflict with # the {#possibility} # @attr [Object] possibility_set the set of specs that was unable to be # activated due to a conflict. # @attr [Object] locked_requirement the relevant locking requirement. # @attr [Array<Array<Object>>] requirement_trees the different requirement # trees that led to every requirement for the conflicting name. # @attr [{String=>Object}] activated_by_name the already-activated specs. # @attr [Object] underlying_error an error that has occurred during resolution, and # will be raised at the end of it if no resolution is found. Conflict = Struct.new( :requirement, :requirements, :existing, :possibility_set, :locked_requirement, :requirement_trees, :activated_by_name, :underlying_error ) class Conflict # @return [Object] a spec that was unable to be activated due to a conflict def possibility possibility_set && possibility_set.latest_version end end # A collection of possibility states that share the same dependencies # @attr [Array] dependencies the dependencies for this set of possibilities # @attr [Array] possibilities the possibilities PossibilitySet = Struct.new(:dependencies, :possibilities) class PossibilitySet # String representation of the possibility set, for debugging def to_s "[#{possibilities.join(', ')}]" end # @return [Object] most up-to-date dependency in the possibility set def latest_version possibilities.last end end # Details of the state to unwind to when a conflict occurs, and the cause of the unwind # @attr [Integer] state_index the index of the state to unwind to # @attr [Object] state_requirement the requirement of the state we're unwinding to # @attr [Array] requirement_tree for the requirement we're relaxing # @attr [Array] conflicting_requirements the requirements that combined to cause the conflict # @attr [Array] requirement_trees for the conflict # @attr [Array] requirements_unwound_to_instead array of unwind requirements that were chosen over this unwind UnwindDetails = Struct.new( :state_index, :state_requirement, :requirement_tree, :conflicting_requirements, :requirement_trees, :requirements_unwound_to_instead ) class UnwindDetails include Comparable # We compare UnwindDetails when choosing which state to unwind to. If # two options have the same state_index we prefer the one most # removed from a requirement that caused the conflict. Both options # would unwind to the same state, but a `grandparent` option will # filter out fewer of its possibilities after doing so - where a state # is both a `parent` and a `grandparent` to requirements that have # caused a conflict this is the correct behaviour. # @param [UnwindDetail] other UnwindDetail to be compared # @return [Integer] integer specifying ordering def <=>(other) if state_index > other.state_index 1 elsif state_index == other.state_index reversed_requirement_tree_index <=> other.reversed_requirement_tree_index else -1 end end # @return [Integer] index of state requirement in reversed requirement tree # (the conflicting requirement itself will be at position 0) def reversed_requirement_tree_index @reversed_requirement_tree_index ||= if state_requirement requirement_tree.reverse.index(state_requirement) else 999_999 end end # @return [Boolean] where the requirement of the state we're unwinding # to directly caused the conflict. Note: in this case, it is # impossible for the state we're unwinding to be a parent of # any of the other conflicting requirements (or we would have # circularity) def unwinding_to_primary_requirement? requirement_tree.last == state_requirement end # @return [Array] array of sub-dependencies to avoid when choosing a # new possibility for the state we've unwound to. Only relevant for # non-primary unwinds def sub_dependencies_to_avoid @requirements_to_avoid ||= requirement_trees.map do |tree| index = tree.index(state_requirement) tree[index + 1] if index end.compact end # @return [Array] array of all the requirements that led to the need for # this unwind def all_requirements @all_requirements ||= requirement_trees.flatten(1) end end # @return [SpecificationProvider] the provider that knows about # dependencies, requirements, specifications, versions, etc. attr_reader :specification_provider # @return [UI] the UI that knows how to communicate feedback about the # resolution process back to the user attr_reader :resolver_ui # @return [DependencyGraph] the base dependency graph to which # dependencies should be 'locked' attr_reader :base # @return [Array] the dependencies that were explicitly required attr_reader :original_requested # Initializes a new resolution. # @param [SpecificationProvider] specification_provider # see {#specification_provider} # @param [UI] resolver_ui see {#resolver_ui} # @param [Array] requested see {#original_requested} # @param [DependencyGraph] base see {#base} def initialize(specification_provider, resolver_ui, requested, base) @specification_provider = specification_provider @resolver_ui = resolver_ui @original_requested = requested @base = base @states = [] @iteration_counter = 0 @parents_of = Hash.new { |h, k| h[k] = [] } end # Resolves the {#original_requested} dependencies into a full dependency # graph # @raise [ResolverError] if successful resolution is impossible # @return [DependencyGraph] the dependency graph of successfully resolved # dependencies def resolve start_resolution while state break if !state.requirement && state.requirements.empty? indicate_progress if state.respond_to?(:pop_possibility_state) # DependencyState debug(depth) { "Creating possibility state for #{requirement} (#{possibilities.count} remaining)" } state.pop_possibility_state.tap do |s| if s states.push(s) activated.tag(s) end end end process_topmost_state end resolve_activated_specs ensure end_resolution end # @return [Integer] the number of resolver iterations in between calls to # {#resolver_ui}'s {UI#indicate_progress} method attr_accessor :iteration_rate private :iteration_rate # @return [Time] the time at which resolution began attr_accessor :started_at private :started_at # @return [Array<ResolutionState>] the stack of states for the resolution attr_accessor :states private :states private # Sets up the resolution process # @return [void] def start_resolution @started_at = Time.now push_initial_state debug { "Starting resolution (#{@started_at})\nUser-requested dependencies: #{original_requested}" } resolver_ui.before_resolution end def resolve_activated_specs activated.vertices.each do |_, vertex| next unless vertex.payload latest_version = vertex.payload.possibilities.reverse_each.find do |possibility| vertex.requirements.all? { |req| requirement_satisfied_by?(req, activated, possibility) } end activated.set_payload(vertex.name, latest_version) end activated.freeze end # Ends the resolution process # @return [void] def end_resolution resolver_ui.after_resolution debug do "Finished resolution (#{@iteration_counter} steps) " \ "(Took #{(ended_at = Time.now) - @started_at} seconds) (#{ended_at})" end debug { 'Unactivated: ' + Hash[activated.vertices.reject { |_n, v| v.payload }].keys.join(', ') } if state debug { 'Activated: ' + Hash[activated.vertices.select { |_n, v| v.payload }].keys.join(', ') } if state end require_relative 'state' require_relative 'modules/specification_provider' require_relative 'delegates/resolution_state' require_relative 'delegates/specification_provider' include Gem::Molinillo::Delegates::ResolutionState include Gem::Molinillo::Delegates::SpecificationProvider # Processes the topmost available {RequirementState} on the stack # @return [void] def process_topmost_state if possibility attempt_to_activate else create_conflict unwind_for_conflict end rescue CircularDependencyError => underlying_error create_conflict(underlying_error) unwind_for_conflict end # @return [Object] the current possibility that the resolution is trying # to activate def possibility possibilities.last end # @return [RequirementState] the current state the resolution is # operating upon def state states.last end # Creates and pushes the initial state for the resolution, based upon the # {#requested} dependencies # @return [void] def push_initial_state graph = DependencyGraph.new.tap do |dg| original_requested.each do |requested| vertex = dg.add_vertex(name_for(requested), nil, true) vertex.explicit_requirements << requested end dg.tag(:initial_state) end push_state_for_requirements(original_requested, true, graph) end # Unwinds the states stack because a conflict has been encountered # @return [void] def unwind_for_conflict details_for_unwind = build_details_for_unwind unwind_options = unused_unwind_options debug(depth) { "Unwinding for conflict: #{requirement} to #{details_for_unwind.state_index / 2}" } conflicts.tap do |c| sliced_states = states.slice!((details_for_unwind.state_index + 1)..-1) raise_error_unless_state(c) activated.rewind_to(sliced_states.first || :initial_state) if sliced_states state.conflicts = c state.unused_unwind_options = unwind_options filter_possibilities_after_unwind(details_for_unwind) index = states.size - 1 @parents_of.each { |_, a| a.reject! { |i| i >= index } } state.unused_unwind_options.reject! { |uw| uw.state_index >= index } end end # Raises a VersionConflict error, or any underlying error, if there is no # current state # @return [void] def raise_error_unless_state(conflicts) return if state error = conflicts.values.map(&:underlying_error).compact.first raise error || VersionConflict.new(conflicts, specification_provider) end # @return [UnwindDetails] Details of the nearest index to which we could unwind def build_details_for_unwind # Get the possible unwinds for the current conflict current_conflict = conflicts[name] binding_requirements = binding_requirements_for_conflict(current_conflict) unwind_details = unwind_options_for_requirements(binding_requirements) last_detail_for_current_unwind = unwind_details.sort.last current_detail = last_detail_for_current_unwind # Look for past conflicts that could be unwound to affect the # requirement tree for the current conflict all_reqs = last_detail_for_current_unwind.all_requirements all_reqs_size = all_reqs.size relevant_unused_unwinds = unused_unwind_options.select do |alternative| diff_reqs = all_reqs - alternative.requirements_unwound_to_instead next if diff_reqs.size == all_reqs_size # Find the highest index unwind whilst looping through current_detail = alternative if alternative > current_detail alternative end # Add the current unwind options to the `unused_unwind_options` array. # The "used" option will be filtered out during `unwind_for_conflict`. state.unused_unwind_options += unwind_details.reject { |detail| detail.state_index == -1 } # Update the requirements_unwound_to_instead on any relevant unused unwinds relevant_unused_unwinds.each do |d| (d.requirements_unwound_to_instead << current_detail.state_requirement).uniq! end unwind_details.each do |d| (d.requirements_unwound_to_instead << current_detail.state_requirement).uniq! end current_detail end # @param [Array<Object>] binding_requirements array of requirements that combine to create a conflict # @return [Array<UnwindDetails>] array of UnwindDetails that have a chance # of resolving the passed requirements def unwind_options_for_requirements(binding_requirements) unwind_details = [] trees = [] binding_requirements.reverse_each do |r| partial_tree = [r] trees << partial_tree unwind_details << UnwindDetails.new(-1, nil, partial_tree, binding_requirements, trees, []) # If this requirement has alternative possibilities, check if any would # satisfy the other requirements that created this conflict requirement_state = find_state_for(r) if conflict_fixing_possibilities?(requirement_state, binding_requirements) unwind_details << UnwindDetails.new( states.index(requirement_state), r, partial_tree, binding_requirements, trees, [] ) end # Next, look at the parent of this requirement, and check if the requirement # could have been avoided if an alternative PossibilitySet had been chosen parent_r = parent_of(r) next if parent_r.nil? partial_tree.unshift(parent_r) requirement_state = find_state_for(parent_r) if requirement_state.possibilities.any? { |set| !set.dependencies.include?(r) } unwind_details << UnwindDetails.new( states.index(requirement_state), parent_r, partial_tree, binding_requirements, trees, [] ) end # Finally, look at the grandparent and up of this requirement, looking # for any possibilities that wouldn't create their parent requirement grandparent_r = parent_of(parent_r) until grandparent_r.nil? partial_tree.unshift(grandparent_r) requirement_state = find_state_for(grandparent_r) if requirement_state.possibilities.any? { |set| !set.dependencies.include?(parent_r) } unwind_details << UnwindDetails.new( states.index(requirement_state), grandparent_r, partial_tree, binding_requirements, trees, [] ) end parent_r = grandparent_r grandparent_r = parent_of(parent_r) end end unwind_details end # @param [DependencyState] state # @param [Array] binding_requirements array of requirements # @return [Boolean] whether or not the given state has any possibilities # that could satisfy the given requirements def conflict_fixing_possibilities?(state, binding_requirements) return false unless state state.possibilities.any? do |possibility_set| possibility_set.possibilities.any? do |poss| possibility_satisfies_requirements?(poss, binding_requirements) end end end # Filter's a state's possibilities to remove any that would not fix the # conflict we've just rewound from # @param [UnwindDetails] unwind_details details of the conflict just # unwound from # @return [void] def filter_possibilities_after_unwind(unwind_details) return unless state && !state.possibilities.empty? if unwind_details.unwinding_to_primary_requirement? filter_possibilities_for_primary_unwind(unwind_details) else filter_possibilities_for_parent_unwind(unwind_details) end end # Filter's a state's possibilities to remove any that would not satisfy # the requirements in the conflict we've just rewound from # @param [UnwindDetails] unwind_details details of the conflict just unwound from # @return [void] def filter_possibilities_for_primary_unwind(unwind_details) unwinds_to_state = unused_unwind_options.select { |uw| uw.state_index == unwind_details.state_index } unwinds_to_state << unwind_details unwind_requirement_sets = unwinds_to_state.map(&:conflicting_requirements) state.possibilities.reject! do |possibility_set| possibility_set.possibilities.none? do |poss| unwind_requirement_sets.any? do |requirements| possibility_satisfies_requirements?(poss, requirements) end end end end # @param [Object] possibility a single possibility # @param [Array] requirements an array of requirements # @return [Boolean] whether the possibility satisfies all of the # given requirements def possibility_satisfies_requirements?(possibility, requirements) name = name_for(possibility) activated.tag(:swap) activated.set_payload(name, possibility) if activated.vertex_named(name) satisfied = requirements.all? { |r| requirement_satisfied_by?(r, activated, possibility) } activated.rewind_to(:swap) satisfied end # Filter's a state's possibilities to remove any that would (eventually) # create a requirement in the conflict we've just rewound from # @param [UnwindDetails] unwind_details details of the conflict just unwound from # @return [void] def filter_possibilities_for_parent_unwind(unwind_details) unwinds_to_state = unused_unwind_options.select { |uw| uw.state_index == unwind_details.state_index } unwinds_to_state << unwind_details primary_unwinds = unwinds_to_state.select(&:unwinding_to_primary_requirement?).uniq parent_unwinds = unwinds_to_state.uniq - primary_unwinds allowed_possibility_sets = primary_unwinds.flat_map do |unwind| states[unwind.state_index].possibilities.select do |possibility_set| possibility_set.possibilities.any? do |poss| possibility_satisfies_requirements?(poss, unwind.conflicting_requirements) end end end requirements_to_avoid = parent_unwinds.flat_map(&:sub_dependencies_to_avoid) state.possibilities.reject! do |possibility_set| !allowed_possibility_sets.include?(possibility_set) && (requirements_to_avoid - possibility_set.dependencies).empty? end end # @param [Conflict] conflict # @return [Array] minimal array of requirements that would cause the passed # conflict to occur. def binding_requirements_for_conflict(conflict) return [conflict.requirement] if conflict.possibility.nil? possible_binding_requirements = conflict.requirements.values.flatten(1).uniq # When there's a `CircularDependency` error the conflicting requirement # (the one causing the circular) won't be `conflict.requirement` # (which won't be for the right state, because we won't have created it, # because it's circular). # We need to make sure we have that requirement in the conflict's list, # otherwise we won't be able to unwind properly, so we just return all # the requirements for the conflict. return possible_binding_requirements if conflict.underlying_error possibilities = search_for(conflict.requirement) # If all the requirements together don't filter out all possibilities, # then the only two requirements we need to consider are the initial one # (where the dependency's version was first chosen) and the last if binding_requirement_in_set?(nil, possible_binding_requirements, possibilities) return [conflict.requirement, requirement_for_existing_name(name_for(conflict.requirement))].compact end # Loop through the possible binding requirements, removing each one # that doesn't bind. Use a `reverse_each` as we want the earliest set of # binding requirements, and don't use `reject!` as we wish to refine the # array *on each iteration*. binding_requirements = possible_binding_requirements.dup possible_binding_requirements.reverse_each do |req| next if req == conflict.requirement unless binding_requirement_in_set?(req, binding_requirements, possibilities) binding_requirements -= [req] end end binding_requirements end # @param [Object] requirement we wish to check # @param [Array] possible_binding_requirements array of requirements # @param [Array] possibilities array of possibilities the requirements will be used to filter # @return [Boolean] whether or not the given requirement is required to filter # out all elements of the array of possibilities. def binding_requirement_in_set?(requirement, possible_binding_requirements, possibilities) possibilities.any? do |poss| possibility_satisfies_requirements?(poss, possible_binding_requirements - [requirement]) end end # @param [Object] requirement # @return [Object] the requirement that led to `requirement` being added # to the list of requirements. def parent_of(requirement) return unless requirement return unless index = @parents_of[requirement].last return unless parent_state = @states[index] parent_state.requirement end # @param [String] name # @return [Object] the requirement that led to a version of a possibility # with the given name being activated. def requirement_for_existing_name(name) return nil unless vertex = activated.vertex_named(name) return nil unless vertex.payload states.find { |s| s.name == name }.requirement end # @param [Object] requirement # @return [ResolutionState] the state whose `requirement` is the given # `requirement`. def find_state_for(requirement) return nil unless requirement states.find { |i| requirement == i.requirement } end # @param [Object] underlying_error # @return [Conflict] a {Conflict} that reflects the failure to activate # the {#possibility} in conjunction with the current {#state} def create_conflict(underlying_error = nil) vertex = activated.vertex_named(name) locked_requirement = locked_requirement_named(name) requirements = {} unless vertex.explicit_requirements.empty? requirements[name_for_explicit_dependency_source] = vertex.explicit_requirements end requirements[name_for_locking_dependency_source] = [locked_requirement] if locked_requirement vertex.incoming_edges.each do |edge| (requirements[edge.origin.payload.latest_version] ||= []).unshift(edge.requirement) end activated_by_name = {} activated.each { |v| activated_by_name[v.name] = v.payload.latest_version if v.payload } conflicts[name] = Conflict.new( requirement, requirements, vertex.payload && vertex.payload.latest_version, possibility, locked_requirement, requirement_trees, activated_by_name, underlying_error ) end # @return [Array<Array<Object>>] The different requirement # trees that led to every requirement for the current spec. def requirement_trees vertex = activated.vertex_named(name) vertex.requirements.map { |r| requirement_tree_for(r) } end # @param [Object] requirement # @return [Array<Object>] the list of requirements that led to # `requirement` being required. def requirement_tree_for(requirement) tree = [] while requirement tree.unshift(requirement) requirement = parent_of(requirement) end tree end # Indicates progress roughly once every second # @return [void] def indicate_progress @iteration_counter += 1 @progress_rate ||= resolver_ui.progress_rate if iteration_rate.nil? if Time.now - started_at >= @progress_rate self.iteration_rate = @iteration_counter end end if iteration_rate && (@iteration_counter % iteration_rate) == 0 resolver_ui.indicate_progress end end # Calls the {#resolver_ui}'s {UI#debug} method # @param [Integer] depth the depth of the {#states} stack # @param [Proc] block a block that yields a {#to_s} # @return [void] def debug(depth = 0, &block) resolver_ui.debug(depth, &block) end # Attempts to activate the current {#possibility} # @return [void] def attempt_to_activate debug(depth) { 'Attempting to activate ' + possibility.to_s } existing_vertex = activated.vertex_named(name) if existing_vertex.payload debug(depth) { "Found existing spec (#{existing_vertex.payload})" } attempt_to_filter_existing_spec(existing_vertex) else latest = possibility.latest_version possibility.possibilities.select! do |possibility| requirement_satisfied_by?(requirement, activated, possibility) end if possibility.latest_version.nil? # ensure there's a possibility for better error messages possibility.possibilities << latest if latest create_conflict unwind_for_conflict else activate_new_spec end end end # Attempts to update the existing vertex's `PossibilitySet` with a filtered version # @return [void] def attempt_to_filter_existing_spec(vertex) filtered_set = filtered_possibility_set(vertex) if !filtered_set.possibilities.empty? activated.set_payload(name, filtered_set) new_requirements = requirements.dup push_state_for_requirements(new_requirements, false) else create_conflict debug(depth) { "Unsatisfied by existing spec (#{vertex.payload})" } unwind_for_conflict end end # Generates a filtered version of the existing vertex's `PossibilitySet` using the # current state's `requirement` # @param [Object] vertex existing vertex # @return [PossibilitySet] filtered possibility set def filtered_possibility_set(vertex) PossibilitySet.new(vertex.payload.dependencies, vertex.payload.possibilities & possibility.possibilities) end # @param [String] requirement_name the spec name to search for # @return [Object] the locked spec named `requirement_name`, if one # is found on {#base} def locked_requirement_named(requirement_name) vertex = base.vertex_named(requirement_name) vertex && vertex.payload end # Add the current {#possibility} to the dependency graph of the current # {#state} # @return [void] def activate_new_spec conflicts.delete(name) debug(depth) { "Activated #{name} at #{possibility}" } activated.set_payload(name, possibility) require_nested_dependencies_for(possibility) end # Requires the dependencies that the recently activated spec has # @param [Object] possibility_set the PossibilitySet that has just been # activated # @return [void] def require_nested_dependencies_for(possibility_set) nested_dependencies = dependencies_for(possibility_set.latest_version) debug(depth) { "Requiring nested dependencies (#{nested_dependencies.join(', ')})" } nested_dependencies.each do |d| activated.add_child_vertex(name_for(d), nil, [name_for(possibility_set.latest_version)], d) parent_index = states.size - 1 parents = @parents_of[d] parents << parent_index if parents.empty? end push_state_for_requirements(requirements + nested_dependencies, !nested_dependencies.empty?) end # Pushes a new {DependencyState} that encapsulates both existing and new # requirements # @param [Array] new_requirements # @param [Boolean] requires_sort # @param [Object] new_activated # @return [void] def push_state_for_requirements(new_requirements, requires_sort = true, new_activated = activated) new_requirements = sort_dependencies(new_requirements.uniq, new_activated, conflicts) if requires_sort new_requirement = nil loop do new_requirement = new_requirements.shift break if new_requirement.nil? || states.none? { |s| s.requirement == new_requirement } end new_name = new_requirement ? name_for(new_requirement) : ''.freeze possibilities = possibilities_for_requirement(new_requirement) handle_missing_or_push_dependency_state DependencyState.new( new_name, new_requirements, new_activated, new_requirement, possibilities, depth, conflicts.dup, unused_unwind_options.dup ) end # Checks a proposed requirement with any existing locked requirement # before generating an array of possibilities for it. # @param [Object] requirement the proposed requirement # @param [Object] activated # @return [Array] possibilities def possibilities_for_requirement(requirement, activated = self.activated) return [] unless requirement if locked_requirement_named(name_for(requirement)) return locked_requirement_possibility_set(requirement, activated) end group_possibilities(search_for(requirement)) end # @param [Object] requirement the proposed requirement # @param [Object] activated # @return [Array] possibility set containing only the locked requirement, if any def locked_requirement_possibility_set(requirement, activated = self.activated) all_possibilities = search_for(requirement) locked_requirement = locked_requirement_named(name_for(requirement)) # Longwinded way to build a possibilities array with either the locked # requirement or nothing in it. Required, since the API for # locked_requirement isn't guaranteed. locked_possibilities = all_possibilities.select do |possibility| requirement_satisfied_by?(locked_requirement, activated, possibility) end group_possibilities(locked_possibilities) end # Build an array of PossibilitySets, with each element representing a group of # dependency versions that all have the same sub-dependency version constraints # and are contiguous. # @param [Array] possibilities an array of possibilities # @return [Array<PossibilitySet>] an array of possibility sets def group_possibilities(possibilities) possibility_sets = [] current_possibility_set = nil possibilities.reverse_each do |possibility| dependencies = dependencies_for(possibility) if current_possibility_set && dependencies_equal?(current_possibility_set.dependencies, dependencies) current_possibility_set.possibilities.unshift(possibility) else possibility_sets.unshift(PossibilitySet.new(dependencies, [possibility])) current_possibility_set = possibility_sets.first end end possibility_sets end # Pushes a new {DependencyState}. # If the {#specification_provider} says to # {SpecificationProvider#allow_missing?} that particular requirement, and # there are no possibilities for that requirement, then `state` is not # pushed, and the vertex in {#activated} is removed, and we continue # resolving the remaining requirements. # @param [DependencyState] state # @return [void] def handle_missing_or_push_dependency_state(state) if state.requirement && state.possibilities.empty? && allow_missing?(state.requirement) state.activated.detach_vertex_named(state.name) push_state_for_requirements(state.requirements.dup, false, state.activated) else states.push(state).tap { activated.tag(state) } end end end end end PK )J [� 5b b Z share/rubygems/rubygems/vendor/molinillo/lib/molinillo/delegates/specification_provider.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo module Delegates # Delegates all {Gem::Molinillo::SpecificationProvider} methods to a # `#specification_provider` property. module SpecificationProvider # (see Gem::Molinillo::SpecificationProvider#search_for) def search_for(dependency) with_no_such_dependency_error_handling do specification_provider.search_for(dependency) end end # (see Gem::Molinillo::SpecificationProvider#dependencies_for) def dependencies_for(specification) with_no_such_dependency_error_handling do specification_provider.dependencies_for(specification) end end # (see Gem::Molinillo::SpecificationProvider#requirement_satisfied_by?) def requirement_satisfied_by?(requirement, activated, spec) with_no_such_dependency_error_handling do specification_provider.requirement_satisfied_by?(requirement, activated, spec) end end # (see Gem::Molinillo::SpecificationProvider#dependencies_equal?) def dependencies_equal?(dependencies, other_dependencies) with_no_such_dependency_error_handling do specification_provider.dependencies_equal?(dependencies, other_dependencies) end end # (see Gem::Molinillo::SpecificationProvider#name_for) def name_for(dependency) with_no_such_dependency_error_handling do specification_provider.name_for(dependency) end end # (see Gem::Molinillo::SpecificationProvider#name_for_explicit_dependency_source) def name_for_explicit_dependency_source with_no_such_dependency_error_handling do specification_provider.name_for_explicit_dependency_source end end # (see Gem::Molinillo::SpecificationProvider#name_for_locking_dependency_source) def name_for_locking_dependency_source with_no_such_dependency_error_handling do specification_provider.name_for_locking_dependency_source end end # (see Gem::Molinillo::SpecificationProvider#sort_dependencies) def sort_dependencies(dependencies, activated, conflicts) with_no_such_dependency_error_handling do specification_provider.sort_dependencies(dependencies, activated, conflicts) end end # (see Gem::Molinillo::SpecificationProvider#allow_missing?) def allow_missing?(dependency) with_no_such_dependency_error_handling do specification_provider.allow_missing?(dependency) end end private # Ensures any raised {NoSuchDependencyError} has its # {NoSuchDependencyError#required_by} set. # @yield def with_no_such_dependency_error_handling yield rescue NoSuchDependencyError => error if state vertex = activated.vertex_named(name_for(error.dependency)) error.required_by += vertex.incoming_edges.map { |e| e.origin.name } error.required_by << name_for_explicit_dependency_source unless vertex.explicit_requirements.empty? end raise end end end end PK )J [#:1V� � T share/rubygems/rubygems/vendor/molinillo/lib/molinillo/delegates/resolution_state.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo # @!visibility private module Delegates # Delegates all {Gem::Molinillo::ResolutionState} methods to a `#state` property. module ResolutionState # (see Gem::Molinillo::ResolutionState#name) def name current_state = state || Gem::Molinillo::ResolutionState.empty current_state.name end # (see Gem::Molinillo::ResolutionState#requirements) def requirements current_state = state || Gem::Molinillo::ResolutionState.empty current_state.requirements end # (see Gem::Molinillo::ResolutionState#activated) def activated current_state = state || Gem::Molinillo::ResolutionState.empty current_state.activated end # (see Gem::Molinillo::ResolutionState#requirement) def requirement current_state = state || Gem::Molinillo::ResolutionState.empty current_state.requirement end # (see Gem::Molinillo::ResolutionState#possibilities) def possibilities current_state = state || Gem::Molinillo::ResolutionState.empty current_state.possibilities end # (see Gem::Molinillo::ResolutionState#depth) def depth current_state = state || Gem::Molinillo::ResolutionState.empty current_state.depth end # (see Gem::Molinillo::ResolutionState#conflicts) def conflicts current_state = state || Gem::Molinillo::ResolutionState.empty current_state.conflicts end # (see Gem::Molinillo::ResolutionState#unused_unwind_options) def unused_unwind_options current_state = state || Gem::Molinillo::ResolutionState.empty current_state.unused_unwind_options end end end end PK )J [���w w F share/rubygems/rubygems/vendor/molinillo/lib/molinillo/gem_metadata.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo # The version of Gem::Molinillo. VERSION = '0.8.0'.freeze end PK )J [�,� B share/rubygems/rubygems/vendor/molinillo/lib/molinillo/resolver.rbnu �[��� # frozen_string_literal: true require_relative 'dependency_graph' module Gem::Molinillo # This class encapsulates a dependency resolver. # The resolver is responsible for determining which set of dependencies to # activate, with feedback from the {#specification_provider} # # class Resolver require_relative 'resolution' # @return [SpecificationProvider] the specification provider used # in the resolution process attr_reader :specification_provider # @return [UI] the UI module used to communicate back to the user # during the resolution process attr_reader :resolver_ui # Initializes a new resolver. # @param [SpecificationProvider] specification_provider # see {#specification_provider} # @param [UI] resolver_ui # see {#resolver_ui} def initialize(specification_provider, resolver_ui) @specification_provider = specification_provider @resolver_ui = resolver_ui end # Resolves the requested dependencies into a {DependencyGraph}, # locking to the base dependency graph (if specified) # @param [Array] requested an array of 'requested' dependencies that the # {#specification_provider} can understand # @param [DependencyGraph,nil] base the base dependency graph to which # dependencies should be 'locked' def resolve(requested, base = DependencyGraph.new) Resolution.new(specification_provider, resolver_ui, requested, base). resolve end end end PK )J [�Eã� � D share/rubygems/rubygems/vendor/molinillo/lib/molinillo/modules/ui.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo # Conveys information about the resolution process to a user. module UI # The {IO} object that should be used to print output. `STDOUT`, by default. # # @return [IO] def output STDOUT end # Called roughly every {#progress_rate}, this method should convey progress # to the user. # # @return [void] def indicate_progress output.print '.' unless debug? end # How often progress should be conveyed to the user via # {#indicate_progress}, in seconds. A third of a second, by default. # # @return [Float] def progress_rate 0.33 end # Called before resolution begins. # # @return [void] def before_resolution output.print 'Resolving dependencies...' end # Called after resolution ends (either successfully or with an error). # By default, prints a newline. # # @return [void] def after_resolution output.puts end # Conveys debug information to the user. # # @param [Integer] depth the current depth of the resolution process. # @return [void] def debug(depth = 0) if debug? debug_info = yield debug_info = debug_info.inspect unless debug_info.is_a?(String) debug_info = debug_info.split("\n").map { |s| ":#{depth.to_s.rjust 4}: #{s}" } output.puts debug_info end end # Whether or not debug messages should be printed. # By default, whether or not the `MOLINILLO_DEBUG` environment variable is # set. # # @return [Boolean] def debug? return @debug_mode if defined?(@debug_mode) @debug_mode = ENV['MOLINILLO_DEBUG'] end end end PK )J [�օS S X share/rubygems/rubygems/vendor/molinillo/lib/molinillo/modules/specification_provider.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo # Provides information about specifications and dependencies to the resolver, # allowing the {Resolver} class to remain generic while still providing power # and flexibility. # # This module contains the methods that users of Gem::Molinillo must to implement, # using knowledge of their own model classes. module SpecificationProvider # Search for the specifications that match the given dependency. # The specifications in the returned array will be considered in reverse # order, so the latest version ought to be last. # @note This method should be 'pure', i.e. the return value should depend # only on the `dependency` parameter. # # @param [Object] dependency # @return [Array<Object>] the specifications that satisfy the given # `dependency`. def search_for(dependency) [] end # Returns the dependencies of `specification`. # @note This method should be 'pure', i.e. the return value should depend # only on the `specification` parameter. # # @param [Object] specification # @return [Array<Object>] the dependencies that are required by the given # `specification`. def dependencies_for(specification) [] end # Determines whether the given `requirement` is satisfied by the given # `spec`, in the context of the current `activated` dependency graph. # # @param [Object] requirement # @param [DependencyGraph] activated the current dependency graph in the # resolution process. # @param [Object] spec # @return [Boolean] whether `requirement` is satisfied by `spec` in the # context of the current `activated` dependency graph. def requirement_satisfied_by?(requirement, activated, spec) true end # Determines whether two arrays of dependencies are equal, and thus can be # grouped. # # @param [Array<Object>] dependencies # @param [Array<Object>] other_dependencies # @return [Boolean] whether `dependencies` and `other_dependencies` should # be considered equal. def dependencies_equal?(dependencies, other_dependencies) dependencies == other_dependencies end # Returns the name for the given `dependency`. # @note This method should be 'pure', i.e. the return value should depend # only on the `dependency` parameter. # # @param [Object] dependency # @return [String] the name for the given `dependency`. def name_for(dependency) dependency.to_s end # @return [String] the name of the source of explicit dependencies, i.e. # those passed to {Resolver#resolve} directly. def name_for_explicit_dependency_source 'user-specified dependency' end # @return [String] the name of the source of 'locked' dependencies, i.e. # those passed to {Resolver#resolve} directly as the `base` def name_for_locking_dependency_source 'Lockfile' end # Sort dependencies so that the ones that are easiest to resolve are first. # Easiest to resolve is (usually) defined by: # 1) Is this dependency already activated? # 2) How relaxed are the requirements? # 3) Are there any conflicts for this dependency? # 4) How many possibilities are there to satisfy this dependency? # # @param [Array<Object>] dependencies # @param [DependencyGraph] activated the current dependency graph in the # resolution process. # @param [{String => Array<Conflict>}] conflicts # @return [Array<Object>] a sorted copy of `dependencies`. def sort_dependencies(dependencies, activated, conflicts) dependencies.sort_by do |dependency| name = name_for(dependency) [ activated.vertex_named(name).payload ? 0 : 1, conflicts[name] ? 0 : 1, ] end end # Returns whether this dependency, which has no possible matching # specifications, can safely be ignored. # # @param [Object] dependency # @return [Boolean] whether this dependency can safely be skipped. def allow_missing?(dependency) false end end end PK )J [��]�S S V share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/set_payload.rbnu �[��� # frozen_string_literal: true require_relative 'action' module Gem::Molinillo class DependencyGraph # @!visibility private # @see DependencyGraph#set_payload class SetPayload < Action # :nodoc: # @!group Action # (see Action.action_name) def self.action_name :set_payload end # (see Action#up) def up(graph) vertex = graph.vertex_named(name) @old_payload = vertex.payload vertex.payload = payload end # (see Action#down) def down(graph) graph.vertex_named(name).payload = @old_payload end # @!group SetPayload # @return [String] the name of the vertex attr_reader :name # @return [Object] the payload for the vertex attr_reader :payload # Initialize an action to add set the payload for a vertex in a dependency # graph # @param [String] name the name of the vertex # @param [Object] payload the payload for the vertex def initialize(name, payload) @name = name @payload = payload end end end end PK )J [J �N� � Q share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/action.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo class DependencyGraph # An action that modifies a {DependencyGraph} that is reversible. # @abstract class Action # rubocop:disable Lint/UnusedMethodArgument # @return [Symbol] The name of the action. def self.action_name raise 'Abstract' end # Performs the action on the given graph. # @param [DependencyGraph] graph the graph to perform the action on. # @return [Void] def up(graph) raise 'Abstract' end # Reverses the action on the given graph. # @param [DependencyGraph] graph the graph to reverse the action on. # @return [Void] def down(graph) raise 'Abstract' end # @return [Action,Nil] The previous action attr_accessor :previous # @return [Action,Nil] The next action attr_accessor :next end end end PK )J [�19�D D Q share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/vertex.rbnu �[��� # frozen_string_literal: true module Gem::Molinillo class DependencyGraph # A vertex in a {DependencyGraph} that encapsulates a {#name} and a # {#payload} class Vertex # @return [String] the name of the vertex attr_accessor :name # @return [Object] the payload the vertex holds attr_accessor :payload # @return [Array<Object>] the explicit requirements that required # this vertex attr_reader :explicit_requirements # @return [Boolean] whether the vertex is considered a root vertex attr_accessor :root alias root? root # Initializes a vertex with the given name and payload. # @param [String] name see {#name} # @param [Object] payload see {#payload} def initialize(name, payload) @name = name.frozen? ? name : name.dup.freeze @payload = payload @explicit_requirements = [] @outgoing_edges = [] @incoming_edges = [] end # @return [Array<Object>] all of the requirements that required # this vertex def requirements (incoming_edges.map(&:requirement) + explicit_requirements).uniq end # @return [Array<Edge>] the edges of {#graph} that have `self` as their # {Edge#origin} attr_accessor :outgoing_edges # @return [Array<Edge>] the edges of {#graph} that have `self` as their # {Edge#destination} attr_accessor :incoming_edges # @return [Array<Vertex>] the vertices of {#graph} that have an edge with # `self` as their {Edge#destination} def predecessors incoming_edges.map(&:origin) end # @return [Set<Vertex>] the vertices of {#graph} where `self` is a # {#descendent?} def recursive_predecessors _recursive_predecessors end # @param [Set<Vertex>] vertices the set to add the predecessors to # @return [Set<Vertex>] the vertices of {#graph} where `self` is a # {#descendent?} def _recursive_predecessors(vertices = new_vertex_set) incoming_edges.each do |edge| vertex = edge.origin next unless vertices.add?(vertex) vertex._recursive_predecessors(vertices) end vertices end protected :_recursive_predecessors # @return [Array<Vertex>] the vertices of {#graph} that have an edge with # `self` as their {Edge#origin} def successors outgoing_edges.map(&:destination) end # @return [Set<Vertex>] the vertices of {#graph} where `self` is an # {#ancestor?} def recursive_successors _recursive_successors end # @param [Set<Vertex>] vertices the set to add the successors to # @return [Set<Vertex>] the vertices of {#graph} where `self` is an # {#ancestor?} def _recursive_successors(vertices = new_vertex_set) outgoing_edges.each do |edge| vertex = edge.destination next unless vertices.add?(vertex) vertex._recursive_successors(vertices) end vertices end protected :_recursive_successors # @return [String] a string suitable for debugging def inspect "#{self.class}:#{name}(#{payload.inspect})" end # @return [Boolean] whether the two vertices are equal, determined # by a recursive traversal of each {Vertex#successors} def ==(other) return true if equal?(other) shallow_eql?(other) && successors.to_set == other.successors.to_set end # @param [Vertex] other the other vertex to compare to # @return [Boolean] whether the two vertices are equal, determined # solely by {#name} and {#payload} equality def shallow_eql?(other) return true if equal?(other) other && name == other.name && payload == other.payload end alias eql? == # @return [Fixnum] a hash for the vertex based upon its {#name} def hash name.hash end # Is there a path from `self` to `other` following edges in the # dependency graph? # @return whether there is a path following edges within this {#graph} def path_to?(other) _path_to?(other) end alias descendent? path_to? # @param [Vertex] other the vertex to check if there's a path to # @param [Set<Vertex>] visited the vertices of {#graph} that have been visited # @return [Boolean] whether there is a path to `other` from `self` def _path_to?(other, visited = new_vertex_set) return false unless visited.add?(self) return true if equal?(other) successors.any? { |v| v._path_to?(other, visited) } end protected :_path_to? # Is there a path from `other` to `self` following edges in the # dependency graph? # @return whether there is a path following edges within this {#graph} def ancestor?(other) other.path_to?(self) end alias is_reachable_from? ancestor? def new_vertex_set require 'set' Set.new end private :new_vertex_set end end end PK )J [��?_ _ U share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/add_vertex.rbnu �[��� # frozen_string_literal: true require_relative 'action' module Gem::Molinillo class DependencyGraph # @!visibility private # (see DependencyGraph#add_vertex) class AddVertex < Action # :nodoc: # @!group Action # (see Action.action_name) def self.action_name :add_vertex end # (see Action#up) def up(graph) if existing = graph.vertices[name] @existing_payload = existing.payload @existing_root = existing.root end vertex = existing || Vertex.new(name, payload) graph.vertices[vertex.name] = vertex vertex.payload ||= payload vertex.root ||= root vertex end # (see Action#down) def down(graph) if defined?(@existing_payload) vertex = graph.vertices[name] vertex.payload = @existing_payload vertex.root = @existing_root else graph.vertices.delete(name) end end # @!group AddVertex # @return [String] the name of the vertex attr_reader :name # @return [Object] the payload for the vertex attr_reader :payload # @return [Boolean] whether the vertex is root or not attr_reader :root # Initialize an action to add a vertex to a dependency graph # @param [String] name the name of the vertex # @param [Object] payload the payload for the vertex # @param [Boolean] root whether the vertex is root or not def initialize(name, payload, root) @name = name @payload = payload @root = root end end end end PK )J [N�讟 � N share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/tag.rbnu �[��� # frozen_string_literal: true require_relative 'action' module Gem::Molinillo class DependencyGraph # @!visibility private # @see DependencyGraph#tag class Tag < Action # @!group Action # (see Action.action_name) def self.action_name :tag end # (see Action#up) def up(graph) end # (see Action#down) def down(graph) end # @!group Tag # @return [Object] An opaque tag attr_reader :tag # Initialize an action to tag a state of a dependency graph # @param [Object] tag an opaque tag def initialize(tag) @tag = tag end end end end PK )J [U�=� V share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/delete_edge.rbnu �[��� # frozen_string_literal: true require_relative 'action' module Gem::Molinillo class DependencyGraph # @!visibility private # (see DependencyGraph#delete_edge) class DeleteEdge < Action # @!group Action # (see Action.action_name) def self.action_name :delete_edge end # (see Action#up) def up(graph) edge = make_edge(graph) edge.origin.outgoing_edges.delete(edge) edge.destination.incoming_edges.delete(edge) end # (see Action#down) def down(graph) edge = make_edge(graph) edge.origin.outgoing_edges << edge edge.destination.incoming_edges << edge edge end # @!group DeleteEdge # @return [String] the name of the origin of the edge attr_reader :origin_name # @return [String] the name of the destination of the edge attr_reader :destination_name # @return [Object] the requirement that the edge represents attr_reader :requirement # @param [DependencyGraph] graph the graph to find vertices from # @return [Edge] The edge this action adds def make_edge(graph) Edge.new( graph.vertex_named(origin_name), graph.vertex_named(destination_name), requirement ) end # Initialize an action to add an edge to a dependency graph # @param [String] origin_name the name of the origin of the edge # @param [String] destination_name the name of the destination of the edge # @param [Object] requirement the requirement that the edge represents def initialize(origin_name, destination_name, requirement) @origin_name = origin_name @destination_name = destination_name @requirement = requirement end end end end PK )J [f�g N share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/log.rbnu �[��� # frozen_string_literal: true require_relative 'add_edge_no_circular' require_relative 'add_vertex' require_relative 'delete_edge' require_relative 'detach_vertex_named' require_relative 'set_payload' require_relative 'tag' module Gem::Molinillo class DependencyGraph # A log for dependency graph actions class Log # Initializes an empty log def initialize @current_action = @first_action = nil end # @!macro [new] action # {include:DependencyGraph#$0} # @param [Graph] graph the graph to perform the action on # @param (see DependencyGraph#$0) # @return (see DependencyGraph#$0) # @macro action def tag(graph, tag) push_action(graph, Tag.new(tag)) end # @macro action def add_vertex(graph, name, payload, root) push_action(graph, AddVertex.new(name, payload, root)) end # @macro action def detach_vertex_named(graph, name) push_action(graph, DetachVertexNamed.new(name)) end # @macro action def add_edge_no_circular(graph, origin, destination, requirement) push_action(graph, AddEdgeNoCircular.new(origin, destination, requirement)) end # {include:DependencyGraph#delete_edge} # @param [Graph] graph the graph to perform the action on # @param [String] origin_name # @param [String] destination_name # @param [Object] requirement # @return (see DependencyGraph#delete_edge) def delete_edge(graph, origin_name, destination_name, requirement) push_action(graph, DeleteEdge.new(origin_name, destination_name, requirement)) end # @macro action def set_payload(graph, name, payload) push_action(graph, SetPayload.new(name, payload)) end # Pops the most recent action from the log and undoes the action # @param [DependencyGraph] graph # @return [Action] the action that was popped off the log def pop!(graph) return unless action = @current_action unless @current_action = action.previous @first_action = nil end action.down(graph) action end extend Enumerable # @!visibility private # Enumerates each action in the log # @yield [Action] def each return enum_for unless block_given? action = @first_action loop do break unless action yield action action = action.next end self end # @!visibility private # Enumerates each action in the log in reverse order # @yield [Action] def reverse_each return enum_for(:reverse_each) unless block_given? action = @current_action loop do break unless action yield action action = action.previous end self end # @macro action def rewind_to(graph, tag) loop do action = pop!(graph) raise "No tag #{tag.inspect} found" unless action break if action.class.action_name == :tag && action.tag == tag end end private # Adds the given action to the log, running the action # @param [DependencyGraph] graph # @param [Action] action # @return The value returned by `action.up` def push_action(graph, action) action.previous = @current_action @current_action.next = action if @current_action @current_action = action @first_action ||= action action.up(graph) end end end end PK )J [��8� � ^ share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/detach_vertex_named.rbnu �[��� # frozen_string_literal: true require_relative 'action' module Gem::Molinillo class DependencyGraph # @!visibility private # @see DependencyGraph#detach_vertex_named class DetachVertexNamed < Action # @!group Action # (see Action#name) def self.action_name :add_vertex end # (see Action#up) def up(graph) return [] unless @vertex = graph.vertices.delete(name) removed_vertices = [@vertex] @vertex.outgoing_edges.each do |e| v = e.destination v.incoming_edges.delete(e) if !v.root? && v.incoming_edges.empty? removed_vertices.concat graph.detach_vertex_named(v.name) end end @vertex.incoming_edges.each do |e| v = e.origin v.outgoing_edges.delete(e) end removed_vertices end # (see Action#down) def down(graph) return unless @vertex graph.vertices[@vertex.name] = @vertex @vertex.outgoing_edges.each do |e| e.destination.incoming_edges << e end @vertex.incoming_edges.each do |e| e.origin.outgoing_edges << e end end # @!group DetachVertexNamed # @return [String] the name of the vertex to detach attr_reader :name # Initialize an action to detach a vertex from a dependency graph # @param [String] name the name of the vertex to detach def initialize(name) @name = name end end end end PK )J [N�� k k _ share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph/add_edge_no_circular.rbnu �[��� # frozen_string_literal: true require_relative 'action' module Gem::Molinillo class DependencyGraph # @!visibility private # (see DependencyGraph#add_edge_no_circular) class AddEdgeNoCircular < Action # @!group Action # (see Action.action_name) def self.action_name :add_vertex end # (see Action#up) def up(graph) edge = make_edge(graph) edge.origin.outgoing_edges << edge edge.destination.incoming_edges << edge edge end # (see Action#down) def down(graph) edge = make_edge(graph) delete_first(edge.origin.outgoing_edges, edge) delete_first(edge.destination.incoming_edges, edge) end # @!group AddEdgeNoCircular # @return [String] the name of the origin of the edge attr_reader :origin # @return [String] the name of the destination of the edge attr_reader :destination # @return [Object] the requirement that the edge represents attr_reader :requirement # @param [DependencyGraph] graph the graph to find vertices from # @return [Edge] The edge this action adds def make_edge(graph) Edge.new(graph.vertex_named(origin), graph.vertex_named(destination), requirement) end # Initialize an action to add an edge to a dependency graph # @param [String] origin the name of the origin of the edge # @param [String] destination the name of the destination of the edge # @param [Object] requirement the requirement that the edge represents def initialize(origin, destination, requirement) @origin = origin @destination = destination @requirement = requirement end private def delete_first(array, item) return unless index = array.index(item) array.delete_at(index) end end end end PK )J [�~R� � J share/rubygems/rubygems/vendor/molinillo/lib/molinillo/dependency_graph.rbnu �[��� # frozen_string_literal: true require_relative '../../../../vendored_tsort' require_relative 'dependency_graph/log' require_relative 'dependency_graph/vertex' module Gem::Molinillo # A directed acyclic graph that is tuned to hold named dependencies class DependencyGraph include Enumerable # Enumerates through the vertices of the graph. # @return [Array<Vertex>] The graph's vertices. def each return vertices.values.each unless block_given? vertices.values.each { |v| yield v } end include Gem::TSort # @!visibility private alias tsort_each_node each # @!visibility private def tsort_each_child(vertex, &block) vertex.successors.each(&block) end # Topologically sorts the given vertices. # @param [Enumerable<Vertex>] vertices the vertices to be sorted, which must # all belong to the same graph. # @return [Array<Vertex>] The sorted vertices. def self.tsort(vertices) Gem::TSort.tsort( lambda { |b| vertices.each(&b) }, lambda { |v, &b| (v.successors & vertices).each(&b) } ) end # A directed edge of a {DependencyGraph} # @attr [Vertex] origin The origin of the directed edge # @attr [Vertex] destination The destination of the directed edge # @attr [Object] requirement The requirement the directed edge represents Edge = Struct.new(:origin, :destination, :requirement) # @return [{String => Vertex}] the vertices of the dependency graph, keyed # by {Vertex#name} attr_reader :vertices # @return [Log] the op log for this graph attr_reader :log # Initializes an empty dependency graph def initialize @vertices = {} @log = Log.new end # Tags the current state of the dependency as the given tag # @param [Object] tag an opaque tag for the current state of the graph # @return [Void] def tag(tag) log.tag(self, tag) end # Rewinds the graph to the state tagged as `tag` # @param [Object] tag the tag to rewind to # @return [Void] def rewind_to(tag) log.rewind_to(self, tag) end # Initializes a copy of a {DependencyGraph}, ensuring that all {#vertices} # are properly copied. # @param [DependencyGraph] other the graph to copy. def initialize_copy(other) super @vertices = {} @log = other.log.dup traverse = lambda do |new_v, old_v| return if new_v.outgoing_edges.size == old_v.outgoing_edges.size old_v.outgoing_edges.each do |edge| destination = add_vertex(edge.destination.name, edge.destination.payload) add_edge_no_circular(new_v, destination, edge.requirement) traverse.call(destination, edge.destination) end end other.vertices.each do |name, vertex| new_vertex = add_vertex(name, vertex.payload, vertex.root?) new_vertex.explicit_requirements.replace(vertex.explicit_requirements) traverse.call(new_vertex, vertex) end end # @return [String] a string suitable for debugging def inspect "#{self.class}:#{vertices.values.inspect}" end # @param [Hash] options options for dot output. # @return [String] Returns a dot format representation of the graph def to_dot(options = {}) edge_label = options.delete(:edge_label) raise ArgumentError, "Unknown options: #{options.keys}" unless options.empty? dot_vertices = [] dot_edges = [] vertices.each do |n, v| dot_vertices << " #{n} [label=\"{#{n}|#{v.payload}}\"]" v.outgoing_edges.each do |e| label = edge_label ? edge_label.call(e) : e.requirement dot_edges << " #{e.origin.name} -> #{e.destination.name} [label=#{label.to_s.dump}]" end end dot_vertices.uniq! dot_vertices.sort! dot_edges.uniq! dot_edges.sort! dot = dot_vertices.unshift('digraph G {').push('') + dot_edges.push('}') dot.join("\n") end # @param [DependencyGraph] other # @return [Boolean] whether the two dependency graphs are equal, determined # by a recursive traversal of each {#root_vertices} and its # {Vertex#successors} def ==(other) return false unless other return true if equal?(other) vertices.each do |name, vertex| other_vertex = other.vertex_named(name) return false unless other_vertex return false unless vertex.payload == other_vertex.payload return false unless other_vertex.successors.to_set == vertex.successors.to_set end end # @param [String] name # @param [Object] payload # @param [Array<String>] parent_names # @param [Object] requirement the requirement that is requiring the child # @return [void] def add_child_vertex(name, payload, parent_names, requirement) root = !parent_names.delete(nil) { true } vertex = add_vertex(name, payload, root) vertex.explicit_requirements << requirement if root parent_names.each do |parent_name| parent_vertex = vertex_named(parent_name) add_edge(parent_vertex, vertex, requirement) end vertex end # Adds a vertex with the given name, or updates the existing one. # @param [String] name # @param [Object] payload # @return [Vertex] the vertex that was added to `self` def add_vertex(name, payload, root = false) log.add_vertex(self, name, payload, root) end # Detaches the {#vertex_named} `name` {Vertex} from the graph, recursively # removing any non-root vertices that were orphaned in the process # @param [String] name # @return [Array<Vertex>] the vertices which have been detached def detach_vertex_named(name) log.detach_vertex_named(self, name) end # @param [String] name # @return [Vertex,nil] the vertex with the given name def vertex_named(name) vertices[name] end # @param [String] name # @return [Vertex,nil] the root vertex with the given name def root_vertex_named(name) vertex = vertex_named(name) vertex if vertex && vertex.root? end # Adds a new {Edge} to the dependency graph # @param [Vertex] origin # @param [Vertex] destination # @param [Object] requirement the requirement that this edge represents # @return [Edge] the added edge def add_edge(origin, destination, requirement) if destination.path_to?(origin) raise CircularDependencyError.new(path(destination, origin)) end add_edge_no_circular(origin, destination, requirement) end # Deletes an {Edge} from the dependency graph # @param [Edge] edge # @return [Void] def delete_edge(edge) log.delete_edge(self, edge.origin.name, edge.destination.name, edge.requirement) end # Sets the payload of the vertex with the given name # @param [String] name the name of the vertex # @param [Object] payload the payload # @return [Void] def set_payload(name, payload) log.set_payload(self, name, payload) end private # Adds a new {Edge} to the dependency graph without checking for # circularity. # @param (see #add_edge) # @return (see #add_edge) def add_edge_no_circular(origin, destination, requirement) log.add_edge_no_circular(self, origin.name, destination.name, requirement) end # Returns the path between two vertices # @raise [ArgumentError] if there is no path between the vertices # @param [Vertex] from # @param [Vertex] to # @return [Array<Vertex>] the shortest path from `from` to `to` def path(from, to) distances = Hash.new(vertices.size + 1) distances[from.name] = 0 predecessors = {} each do |vertex| vertex.successors.each do |successor| if distances[successor.name] > distances[vertex.name] + 1 distances[successor.name] = distances[vertex.name] + 1 predecessors[successor] = vertex end end end path = [to] while before = predecessors[to] path << before to = before break if to == from end unless path.last.equal?(from) raise ArgumentError, "There is no path from #{from.name} to #{to.name}" end path.reverse end end end PK )J [�,��Q Q 9 share/rubygems/rubygems/vendor/molinillo/lib/molinillo.rbnu �[��� # frozen_string_literal: true require_relative 'molinillo/gem_metadata' require_relative 'molinillo/errors' require_relative 'molinillo/resolver' require_relative 'molinillo/modules/ui' require_relative 'molinillo/modules/specification_provider' # Gem::Molinillo is a generic dependency resolution algorithm. module Gem::Molinillo end PK )J [�Pyj j 2 share/rubygems/rubygems/vendor/uri/lib/uri/ldap.rbnu �[��� # frozen_string_literal: false # = uri/ldap.rb # # Author:: # Takaaki Tateishi <ttate@jaist.ac.jp> # Akira Yamada <akira@ruby-lang.org> # License:: # Gem::URI::LDAP is copyrighted free software by Takaaki Tateishi and Akira Yamada. # You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'generic' module Gem::URI # # LDAP Gem::URI SCHEMA (described in RFC2255). #-- # ldap://<host>/<dn>[?<attrs>[?<scope>[?<filter>[?<extensions>]]]] #++ class LDAP < Generic # A Default port of 389 for Gem::URI::LDAP. DEFAULT_PORT = 389 # An Array of the available components for Gem::URI::LDAP. COMPONENT = [ :scheme, :host, :port, :dn, :attributes, :scope, :filter, :extensions, ].freeze # Scopes available for the starting point. # # * SCOPE_BASE - the Base DN # * SCOPE_ONE - one level under the Base DN, not including the base DN and # not including any entries under this # * SCOPE_SUB - subtrees, all entries at all levels # SCOPE = [ SCOPE_ONE = 'one', SCOPE_SUB = 'sub', SCOPE_BASE = 'base', ].freeze # # == Description # # Creates a new Gem::URI::LDAP object from components, with syntax checking. # # The components accepted are host, port, dn, attributes, # scope, filter, and extensions. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[host, port, dn, attributes, scope, filter, extensions]</code>. # # Example: # # uri = Gem::URI::LDAP.build({:host => 'ldap.example.com', # :dn => '/dc=example'}) # # uri = Gem::URI::LDAP.build(["ldap.example.com", nil, # "/dc=example;dc=com", "query", nil, nil, nil]) # def self.build(args) tmp = Util::make_components_hash(self, args) if tmp[:dn] tmp[:path] = tmp[:dn] end query = [] [:extensions, :filter, :scope, :attributes].collect do |x| next if !tmp[x] && query.size == 0 query.unshift(tmp[x]) end tmp[:query] = query.join('?') return super(tmp) end # # == Description # # Creates a new Gem::URI::LDAP object from generic Gem::URI components as per # RFC 2396. No LDAP-specific syntax checking is performed. # # Arguments are +scheme+, +userinfo+, +host+, +port+, +registry+, +path+, # +opaque+, +query+, and +fragment+, in that order. # # Example: # # uri = Gem::URI::LDAP.new("ldap", nil, "ldap.example.com", nil, nil, # "/dc=example;dc=com", nil, "query", nil) # # See also Gem::URI::Generic.new. # def initialize(*arg) super(*arg) if @fragment raise InvalidURIError, 'bad LDAP URL' end parse_dn parse_query end # Private method to cleanup +dn+ from using the +path+ component attribute. def parse_dn raise InvalidURIError, 'bad LDAP URL' unless @path @dn = @path[1..-1] end private :parse_dn # Private method to cleanup +attributes+, +scope+, +filter+, and +extensions+ # from using the +query+ component attribute. def parse_query @attributes = nil @scope = nil @filter = nil @extensions = nil if @query attrs, scope, filter, extensions = @query.split('?') @attributes = attrs if attrs && attrs.size > 0 @scope = scope if scope && scope.size > 0 @filter = filter if filter && filter.size > 0 @extensions = extensions if extensions && extensions.size > 0 end end private :parse_query # Private method to assemble +query+ from +attributes+, +scope+, +filter+, and +extensions+. def build_path_query @path = '/' + @dn query = [] [@extensions, @filter, @scope, @attributes].each do |x| next if !x && query.size == 0 query.unshift(x) end @query = query.join('?') end private :build_path_query # Returns dn. def dn @dn end # Private setter for dn +val+. def set_dn(val) @dn = val build_path_query @dn end protected :set_dn # Setter for dn +val+. def dn=(val) set_dn(val) val end # Returns attributes. def attributes @attributes end # Private setter for attributes +val+. def set_attributes(val) @attributes = val build_path_query @attributes end protected :set_attributes # Setter for attributes +val+. def attributes=(val) set_attributes(val) val end # Returns scope. def scope @scope end # Private setter for scope +val+. def set_scope(val) @scope = val build_path_query @scope end protected :set_scope # Setter for scope +val+. def scope=(val) set_scope(val) val end # Returns filter. def filter @filter end # Private setter for filter +val+. def set_filter(val) @filter = val build_path_query @filter end protected :set_filter # Setter for filter +val+. def filter=(val) set_filter(val) val end # Returns extensions. def extensions @extensions end # Private setter for extensions +val+. def set_extensions(val) @extensions = val build_path_query @extensions end protected :set_extensions # Setter for extensions +val+. def extensions=(val) set_extensions(val) val end # Checks if Gem::URI has a path. # For Gem::URI::LDAP this will return +false+. def hierarchical? false end end register_scheme 'LDAP', LDAP end PK )J [�_� 3 share/rubygems/rubygems/vendor/uri/lib/uri/ldaps.rbnu �[��� # frozen_string_literal: false # = uri/ldap.rb # # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'ldap' module Gem::URI # The default port for LDAPS URIs is 636, and the scheme is 'ldaps:' rather # than 'ldap:'. Other than that, LDAPS URIs are identical to LDAP URIs; # see Gem::URI::LDAP. class LDAPS < LDAP # A Default port of 636 for Gem::URI::LDAPS DEFAULT_PORT = 636 end register_scheme 'LDAPS', LDAPS end PK )J [g� |C� C� 5 share/rubygems/rubygems/vendor/uri/lib/uri/generic.rbnu �[��� # frozen_string_literal: true # = uri/generic.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'common' autoload :IPSocket, 'socket' autoload :IPAddr, 'ipaddr' module Gem::URI # # Base class for all Gem::URI classes. # Implements generic Gem::URI syntax as per RFC 2396. # class Generic include Gem::URI # # A Default port of nil for Gem::URI::Generic. # DEFAULT_PORT = nil # # Returns default port. # def self.default_port self::DEFAULT_PORT end # # Returns default port. # def default_port self.class.default_port end # # An Array of the available components for Gem::URI::Generic. # COMPONENT = [ :scheme, :userinfo, :host, :port, :registry, :path, :opaque, :query, :fragment ].freeze # # Components of the Gem::URI in the order. # def self.component self::COMPONENT end USE_REGISTRY = false # :nodoc: def self.use_registry # :nodoc: self::USE_REGISTRY end # # == Synopsis # # See ::new. # # == Description # # At first, tries to create a new Gem::URI::Generic instance using # Gem::URI::Generic::build. But, if exception Gem::URI::InvalidComponentError is raised, # then it does Gem::URI::Escape.escape all Gem::URI components and tries again. # def self.build2(args) begin return self.build(args) rescue InvalidComponentError if args.kind_of?(Array) return self.build(args.collect{|x| if x.is_a?(String) Gem::URI::RFC2396_PARSER.escape(x) else x end }) elsif args.kind_of?(Hash) tmp = {} args.each do |key, value| tmp[key] = if value Gem::URI::RFC2396_PARSER.escape(value) else value end end return self.build(tmp) end end end # # == Synopsis # # See ::new. # # == Description # # Creates a new Gem::URI::Generic instance from components of Gem::URI::Generic # with check. Components are: scheme, userinfo, host, port, registry, path, # opaque, query, and fragment. You can provide arguments either by an Array or a Hash. # See ::new for hash keys to use or for order of array items. # def self.build(args) if args.kind_of?(Array) && args.size == ::Gem::URI::Generic::COMPONENT.size tmp = args.dup elsif args.kind_of?(Hash) tmp = ::Gem::URI::Generic::COMPONENT.collect do |c| if args.include?(c) args[c] else nil end end else component = self.class.component rescue ::Gem::URI::Generic::COMPONENT raise ArgumentError, "expected Array of or Hash of components of #{self.class} (#{component.join(', ')})" end tmp << nil tmp << true return self.new(*tmp) end # # == Args # # +scheme+:: # Protocol scheme, i.e. 'http','ftp','mailto' and so on. # +userinfo+:: # User name and password, i.e. 'sdmitry:bla'. # +host+:: # Server host name. # +port+:: # Server port. # +registry+:: # Registry of naming authorities. # +path+:: # Path on server. # +opaque+:: # Opaque part. # +query+:: # Query data. # +fragment+:: # Part of the Gem::URI after '#' character. # +parser+:: # Parser for internal use [Gem::URI::DEFAULT_PARSER by default]. # +arg_check+:: # Check arguments [false by default]. # # == Description # # Creates a new Gem::URI::Generic instance from ``generic'' components without check. # def initialize(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser = DEFAULT_PARSER, arg_check = false) @scheme = nil @user = nil @password = nil @host = nil @port = nil @path = nil @query = nil @opaque = nil @fragment = nil @parser = parser == DEFAULT_PARSER ? nil : parser if arg_check self.scheme = scheme self.userinfo = userinfo self.hostname = host self.port = port self.path = path self.query = query self.opaque = opaque self.fragment = fragment else self.set_scheme(scheme) self.set_userinfo(userinfo) self.set_host(host) self.set_port(port) self.set_path(path) self.query = query self.set_opaque(opaque) self.fragment=(fragment) end if registry raise InvalidURIError, "the scheme #{@scheme} does not accept registry part: #{registry} (or bad hostname?)" end @scheme&.freeze self.set_path('') if !@path && !@opaque # (see RFC2396 Section 5.2) self.set_port(self.default_port) if self.default_port && !@port end # # Returns the scheme component of the Gem::URI. # # Gem::URI("http://foo/bar/baz").scheme #=> "http" # attr_reader :scheme # Returns the host component of the Gem::URI. # # Gem::URI("http://foo/bar/baz").host #=> "foo" # # It returns nil if no host component exists. # # Gem::URI("mailto:foo@example.org").host #=> nil # # The component does not contain the port number. # # Gem::URI("http://foo:8080/bar/baz").host #=> "foo" # # Since IPv6 addresses are wrapped with brackets in URIs, # this method returns IPv6 addresses wrapped with brackets. # This form is not appropriate to pass to socket methods such as TCPSocket.open. # If unwrapped host names are required, use the #hostname method. # # Gem::URI("http://[::1]/bar/baz").host #=> "[::1]" # Gem::URI("http://[::1]/bar/baz").hostname #=> "::1" # attr_reader :host # Returns the port component of the Gem::URI. # # Gem::URI("http://foo/bar/baz").port #=> 80 # Gem::URI("http://foo:8080/bar/baz").port #=> 8080 # attr_reader :port def registry # :nodoc: nil end # Returns the path component of the Gem::URI. # # Gem::URI("http://foo/bar/baz").path #=> "/bar/baz" # attr_reader :path # Returns the query component of the Gem::URI. # # Gem::URI("http://foo/bar/baz?search=FooBar").query #=> "search=FooBar" # attr_reader :query # Returns the opaque part of the Gem::URI. # # Gem::URI("mailto:foo@example.org").opaque #=> "foo@example.org" # Gem::URI("http://foo/bar/baz").opaque #=> nil # # The portion of the path that does not make use of the slash '/'. # The path typically refers to an absolute path or an opaque part. # (See RFC2396 Section 3 and 5.2.) # attr_reader :opaque # Returns the fragment component of the Gem::URI. # # Gem::URI("http://foo/bar/baz?search=FooBar#ponies").fragment #=> "ponies" # attr_reader :fragment # Returns the parser to be used. # # Unless a Gem::URI::Parser is defined, DEFAULT_PARSER is used. # def parser if !defined?(@parser) || !@parser DEFAULT_PARSER else @parser || DEFAULT_PARSER end end # Replaces self by other Gem::URI object. # def replace!(oth) if self.class != oth.class raise ArgumentError, "expected #{self.class} object" end component.each do |c| self.__send__("#{c}=", oth.__send__(c)) end end private :replace! # # Components of the Gem::URI in the order. # def component self.class.component end # # Checks the scheme +v+ component against the Gem::URI::Parser Regexp for :SCHEME. # def check_scheme(v) if v && parser.regexp[:SCHEME] !~ v raise InvalidComponentError, "bad component(expected scheme component): #{v}" end return true end private :check_scheme # Protected setter for the scheme component +v+. # # See also Gem::URI::Generic.scheme=. # def set_scheme(v) @scheme = v&.downcase end protected :set_scheme # # == Args # # +v+:: # String # # == Description # # Public setter for the scheme component +v+ # (with validation). # # See also Gem::URI::Generic.check_scheme. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com") # uri.scheme = "https" # uri.to_s #=> "https://my.example.com" # def scheme=(v) check_scheme(v) set_scheme(v) v end # # Checks the +user+ and +password+. # # If +password+ is not provided, then +user+ is # split, using Gem::URI::Generic.split_userinfo, to # pull +user+ and +password. # # See also Gem::URI::Generic.check_user, Gem::URI::Generic.check_password. # def check_userinfo(user, password = nil) if !password user, password = split_userinfo(user) end check_user(user) check_password(password, user) return true end private :check_userinfo # # Checks the user +v+ component for RFC2396 compliance # and against the Gem::URI::Parser Regexp for :USERINFO. # # Can not have a registry or opaque component defined, # with a user component defined. # def check_user(v) if @opaque raise InvalidURIError, "cannot set user with opaque" end return v unless v if parser.regexp[:USERINFO] !~ v raise InvalidComponentError, "bad component(expected userinfo component or user component): #{v}" end return true end private :check_user # # Checks the password +v+ component for RFC2396 compliance # and against the Gem::URI::Parser Regexp for :USERINFO. # # Can not have a registry or opaque component defined, # with a user component defined. # def check_password(v, user = @user) if @opaque raise InvalidURIError, "cannot set password with opaque" end return v unless v if !user raise InvalidURIError, "password component depends user component" end if parser.regexp[:USERINFO] !~ v raise InvalidComponentError, "bad password component" end return true end private :check_password # # Sets userinfo, argument is string like 'name:pass'. # def userinfo=(userinfo) if userinfo.nil? return nil end check_userinfo(*userinfo) set_userinfo(*userinfo) # returns userinfo end # # == Args # # +v+:: # String # # == Description # # Public setter for the +user+ component # (with validation). # # See also Gem::URI::Generic.check_user. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://john:S3nsit1ve@my.example.com") # uri.user = "sam" # uri.to_s #=> "http://sam:V3ry_S3nsit1ve@my.example.com" # def user=(user) check_user(user) set_user(user) # returns user end # # == Args # # +v+:: # String # # == Description # # Public setter for the +password+ component # (with validation). # # See also Gem::URI::Generic.check_password. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://john:S3nsit1ve@my.example.com") # uri.password = "V3ry_S3nsit1ve" # uri.to_s #=> "http://john:V3ry_S3nsit1ve@my.example.com" # def password=(password) check_password(password) set_password(password) # returns password end # Protected setter for the +user+ component, and +password+ if available # (with validation). # # See also Gem::URI::Generic.userinfo=. # def set_userinfo(user, password = nil) unless password user, password = split_userinfo(user) end @user = user @password = password if password [@user, @password] end protected :set_userinfo # Protected setter for the user component +v+. # # See also Gem::URI::Generic.user=. # def set_user(v) set_userinfo(v, @password) v end protected :set_user # Protected setter for the password component +v+. # # See also Gem::URI::Generic.password=. # def set_password(v) @password = v # returns v end protected :set_password # Returns the userinfo +ui+ as <code>[user, password]</code> # if properly formatted as 'user:password'. def split_userinfo(ui) return nil, nil unless ui user, password = ui.split(':', 2) return user, password end private :split_userinfo # Escapes 'user:password' +v+ based on RFC 1738 section 3.1. def escape_userpass(v) parser.escape(v, /[@:\/]/o) # RFC 1738 section 3.1 #/ end private :escape_userpass # Returns the userinfo, either as 'user' or 'user:password'. def userinfo if @user.nil? nil elsif @password.nil? @user else @user + ':' + @password end end # Returns the user component (without Gem::URI decoding). def user @user end # Returns the password component (without Gem::URI decoding). def password @password end # Returns the user component after Gem::URI decoding. def decoded_user Gem::URI.decode_uri_component(@user) if @user end # Returns the password component after Gem::URI decoding. def decoded_password Gem::URI.decode_uri_component(@password) if @password end # # Checks the host +v+ component for RFC2396 compliance # and against the Gem::URI::Parser Regexp for :HOST. # # Can not have a registry or opaque component defined, # with a host component defined. # def check_host(v) return v unless v if @opaque raise InvalidURIError, "cannot set host with registry or opaque" elsif parser.regexp[:HOST] !~ v raise InvalidComponentError, "bad component(expected host component): #{v}" end return true end private :check_host # Protected setter for the host component +v+. # # See also Gem::URI::Generic.host=. # def set_host(v) @host = v end protected :set_host # # == Args # # +v+:: # String # # == Description # # Public setter for the host component +v+ # (with validation). # # See also Gem::URI::Generic.check_host. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com") # uri.host = "foo.com" # uri.to_s #=> "http://foo.com" # def host=(v) check_host(v) set_host(v) v end # Extract the host part of the Gem::URI and unwrap brackets for IPv6 addresses. # # This method is the same as Gem::URI::Generic#host except # brackets for IPv6 (and future IP) addresses are removed. # # uri = Gem::URI("http://[::1]/bar") # uri.hostname #=> "::1" # uri.host #=> "[::1]" # def hostname v = self.host v&.start_with?('[') && v.end_with?(']') ? v[1..-2] : v end # Sets the host part of the Gem::URI as the argument with brackets for IPv6 addresses. # # This method is the same as Gem::URI::Generic#host= except # the argument can be a bare IPv6 address. # # uri = Gem::URI("http://foo/bar") # uri.hostname = "::1" # uri.to_s #=> "http://[::1]/bar" # # If the argument seems to be an IPv6 address, # it is wrapped with brackets. # def hostname=(v) v = "[#{v}]" if !(v&.start_with?('[') && v&.end_with?(']')) && v&.index(':') self.host = v end # # Checks the port +v+ component for RFC2396 compliance # and against the Gem::URI::Parser Regexp for :PORT. # # Can not have a registry or opaque component defined, # with a port component defined. # def check_port(v) return v unless v if @opaque raise InvalidURIError, "cannot set port with registry or opaque" elsif !v.kind_of?(Integer) && parser.regexp[:PORT] !~ v raise InvalidComponentError, "bad component(expected port component): #{v.inspect}" end return true end private :check_port # Protected setter for the port component +v+. # # See also Gem::URI::Generic.port=. # def set_port(v) v = v.empty? ? nil : v.to_i unless !v || v.kind_of?(Integer) @port = v end protected :set_port # # == Args # # +v+:: # String # # == Description # # Public setter for the port component +v+ # (with validation). # # See also Gem::URI::Generic.check_port. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com") # uri.port = 8080 # uri.to_s #=> "http://my.example.com:8080" # def port=(v) check_port(v) set_port(v) port end def check_registry(v) # :nodoc: raise InvalidURIError, "cannot set registry" end private :check_registry def set_registry(v) # :nodoc: raise InvalidURIError, "cannot set registry" end protected :set_registry def registry=(v) # :nodoc: raise InvalidURIError, "cannot set registry" end # # Checks the path +v+ component for RFC2396 compliance # and against the Gem::URI::Parser Regexp # for :ABS_PATH and :REL_PATH. # # Can not have a opaque component defined, # with a path component defined. # def check_path(v) # raise if both hier and opaque are not nil, because: # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] if v && @opaque raise InvalidURIError, "path conflicts with opaque" end # If scheme is ftp, path may be relative. # See RFC 1738 section 3.2.2, and RFC 2396. if @scheme && @scheme != "ftp" if v && v != '' && parser.regexp[:ABS_PATH] !~ v raise InvalidComponentError, "bad component(expected absolute path component): #{v}" end else if v && v != '' && parser.regexp[:ABS_PATH] !~ v && parser.regexp[:REL_PATH] !~ v raise InvalidComponentError, "bad component(expected relative path component): #{v}" end end return true end private :check_path # Protected setter for the path component +v+. # # See also Gem::URI::Generic.path=. # def set_path(v) @path = v end protected :set_path # # == Args # # +v+:: # String # # == Description # # Public setter for the path component +v+ # (with validation). # # See also Gem::URI::Generic.check_path. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com/pub/files") # uri.path = "/faq/" # uri.to_s #=> "http://my.example.com/faq/" # def path=(v) check_path(v) set_path(v) v end # # == Args # # +v+:: # String # # == Description # # Public setter for the query component +v+. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com/?id=25") # uri.query = "id=1" # uri.to_s #=> "http://my.example.com/?id=1" # def query=(v) return @query = nil unless v raise InvalidURIError, "query conflicts with opaque" if @opaque x = v.to_str v = x.dup if x.equal? v v.encode!(Encoding::UTF_8) rescue nil v.delete!("\t\r\n") v.force_encoding(Encoding::ASCII_8BIT) raise InvalidURIError, "invalid percent escape: #{$1}" if /(%\H\H)/n.match(v) v.gsub!(/(?!%\h\h|[!$-&(-;=?-_a-~])./n.freeze){'%%%02X' % $&.ord} v.force_encoding(Encoding::US_ASCII) @query = v end # # Checks the opaque +v+ component for RFC2396 compliance and # against the Gem::URI::Parser Regexp for :OPAQUE. # # Can not have a host, port, user, or path component defined, # with an opaque component defined. # def check_opaque(v) return v unless v # raise if both hier and opaque are not nil, because: # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] if @host || @port || @user || @path # userinfo = @user + ':' + @password raise InvalidURIError, "cannot set opaque with host, port, userinfo or path" elsif v && parser.regexp[:OPAQUE] !~ v raise InvalidComponentError, "bad component(expected opaque component): #{v}" end return true end private :check_opaque # Protected setter for the opaque component +v+. # # See also Gem::URI::Generic.opaque=. # def set_opaque(v) @opaque = v end protected :set_opaque # # == Args # # +v+:: # String # # == Description # # Public setter for the opaque component +v+ # (with validation). # # See also Gem::URI::Generic.check_opaque. # def opaque=(v) check_opaque(v) set_opaque(v) v end # # Checks the fragment +v+ component against the Gem::URI::Parser Regexp for :FRAGMENT. # # # == Args # # +v+:: # String # # == Description # # Public setter for the fragment component +v+ # (with validation). # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com/?id=25#time=1305212049") # uri.fragment = "time=1305212086" # uri.to_s #=> "http://my.example.com/?id=25#time=1305212086" # def fragment=(v) return @fragment = nil unless v x = v.to_str v = x.dup if x.equal? v v.encode!(Encoding::UTF_8) rescue nil v.delete!("\t\r\n") v.force_encoding(Encoding::ASCII_8BIT) v.gsub!(/(?!%\h\h|[!-~])./n){'%%%02X' % $&.ord} v.force_encoding(Encoding::US_ASCII) @fragment = v end # # Returns true if Gem::URI is hierarchical. # # == Description # # Gem::URI has components listed in order of decreasing significance from left to right, # see RFC3986 https://www.rfc-editor.org/rfc/rfc3986 1.2.3. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com/") # uri.hierarchical? # #=> true # uri = Gem::URI.parse("mailto:joe@example.com") # uri.hierarchical? # #=> false # def hierarchical? if @path true else false end end # # Returns true if Gem::URI has a scheme (e.g. http:// or https://) specified. # def absolute? if @scheme true else false end end alias absolute absolute? # # Returns true if Gem::URI does not have a scheme (e.g. http:// or https://) specified. # def relative? !absolute? end # # Returns an Array of the path split on '/'. # def split_path(path) path.split("/", -1) end private :split_path # # Merges a base path +base+, with relative path +rel+, # returns a modified base path. # def merge_path(base, rel) # RFC2396, Section 5.2, 5) # RFC2396, Section 5.2, 6) base_path = split_path(base) rel_path = split_path(rel) # RFC2396, Section 5.2, 6), a) base_path << '' if base_path.last == '..' while i = base_path.index('..') base_path.slice!(i - 1, 2) end if (first = rel_path.first) and first.empty? base_path.clear rel_path.shift end # RFC2396, Section 5.2, 6), c) # RFC2396, Section 5.2, 6), d) rel_path.push('') if rel_path.last == '.' || rel_path.last == '..' rel_path.delete('.') # RFC2396, Section 5.2, 6), e) tmp = [] rel_path.each do |x| if x == '..' && !(tmp.empty? || tmp.last == '..') tmp.pop else tmp << x end end add_trailer_slash = !tmp.empty? if base_path.empty? base_path = [''] # keep '/' for root directory elsif add_trailer_slash base_path.pop end while x = tmp.shift if x == '..' # RFC2396, Section 4 # a .. or . in an absolute path has no special meaning base_path.pop if base_path.size > 1 else # if x == '..' # valid absolute (but abnormal) path "/../..." # else # valid absolute path # end base_path << x tmp.each {|t| base_path << t} add_trailer_slash = false break end end base_path.push('') if add_trailer_slash return base_path.join('/') end private :merge_path # # == Args # # +oth+:: # Gem::URI or String # # == Description # # Destructive form of #merge. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com") # uri.merge!("/main.rbx?page=1") # uri.to_s # => "http://my.example.com/main.rbx?page=1" # def merge!(oth) t = merge(oth) if self == t nil else replace!(t) self end end # # == Args # # +oth+:: # Gem::URI or String # # == Description # # Merges two URIs. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com") # uri.merge("/main.rbx?page=1") # # => "http://my.example.com/main.rbx?page=1" # def merge(oth) rel = parser.__send__(:convert_to_uri, oth) if rel.absolute? #raise BadURIError, "both Gem::URI are absolute" if absolute? # hmm... should return oth for usability? return rel end unless self.absolute? raise BadURIError, "both Gem::URI are relative" end base = self.dup authority = rel.userinfo || rel.host || rel.port # RFC2396, Section 5.2, 2) if (rel.path.nil? || rel.path.empty?) && !authority && !rel.query base.fragment=(rel.fragment) if rel.fragment return base end base.query = nil base.fragment=(nil) # RFC2396, Section 5.2, 4) if authority base.set_userinfo(rel.userinfo) base.set_host(rel.host) base.set_port(rel.port || base.default_port) base.set_path(rel.path) elsif base.path && rel.path base.set_path(merge_path(base.path, rel.path)) end # RFC2396, Section 5.2, 7) base.query = rel.query if rel.query base.fragment=(rel.fragment) if rel.fragment return base end # merge alias + merge # :stopdoc: def route_from_path(src, dst) case dst when src # RFC2396, Section 4.2 return '' when %r{(?:\A|/)\.\.?(?:/|\z)} # dst has abnormal absolute path, # like "/./", "/../", "/x/../", ... return dst.dup end src_path = src.scan(%r{[^/]*/}) dst_path = dst.scan(%r{[^/]*/?}) # discard same parts while !dst_path.empty? && dst_path.first == src_path.first src_path.shift dst_path.shift end tmp = dst_path.join # calculate if src_path.empty? if tmp.empty? return './' elsif dst_path.first.include?(':') # (see RFC2396 Section 5) return './' + tmp else return tmp end end return '../' * src_path.size + tmp end private :route_from_path # :startdoc: # :stopdoc: def route_from0(oth) oth = parser.__send__(:convert_to_uri, oth) if self.relative? raise BadURIError, "relative Gem::URI: #{self}" end if oth.relative? raise BadURIError, "relative Gem::URI: #{oth}" end if self.scheme != oth.scheme return self, self.dup end rel = Gem::URI::Generic.new(nil, # it is relative Gem::URI self.userinfo, self.host, self.port, nil, self.path, self.opaque, self.query, self.fragment, parser) if rel.userinfo != oth.userinfo || rel.host.to_s.downcase != oth.host.to_s.downcase || rel.port != oth.port if self.userinfo.nil? && self.host.nil? return self, self.dup end rel.set_port(nil) if rel.port == oth.default_port return rel, rel end rel.set_userinfo(nil) rel.set_host(nil) rel.set_port(nil) if rel.path && rel.path == oth.path rel.set_path('') rel.query = nil if rel.query == oth.query return rel, rel elsif rel.opaque && rel.opaque == oth.opaque rel.set_opaque('') rel.query = nil if rel.query == oth.query return rel, rel end # you can modify `rel', but cannot `oth'. return oth, rel end private :route_from0 # :startdoc: # # == Args # # +oth+:: # Gem::URI or String # # == Description # # Calculates relative path from oth to self. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse('http://my.example.com/main.rbx?page=1') # uri.route_from('http://my.example.com') # #=> #<Gem::URI::Generic /main.rbx?page=1> # def route_from(oth) # you can modify `rel', but cannot `oth'. begin oth, rel = route_from0(oth) rescue raise $!.class, $!.message end if oth == rel return rel end rel.set_path(route_from_path(oth.path, self.path)) if rel.path == './' && self.query # "./?foo" -> "?foo" rel.set_path('') end return rel end alias - route_from # # == Args # # +oth+:: # Gem::URI or String # # == Description # # Calculates relative path to oth from self. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse('http://my.example.com') # uri.route_to('http://my.example.com/main.rbx?page=1') # #=> #<Gem::URI::Generic /main.rbx?page=1> # def route_to(oth) parser.__send__(:convert_to_uri, oth).route_from(self) end # # Returns normalized Gem::URI. # # require 'rubygems/vendor/uri/lib/uri' # # Gem::URI("HTTP://my.EXAMPLE.com").normalize # #=> #<Gem::URI::HTTP http://my.example.com/> # # Normalization here means: # # * scheme and host are converted to lowercase, # * an empty path component is set to "/". # def normalize uri = dup uri.normalize! uri end # # Destructive version of #normalize. # def normalize! if path&.empty? set_path('/') end if scheme && scheme != scheme.downcase set_scheme(self.scheme.downcase) end if host && host != host.downcase set_host(self.host.downcase) end end # # Constructs String from Gem::URI. # def to_s str = ''.dup if @scheme str << @scheme str << ':' end if @opaque str << @opaque else if @host || %w[file postgres].include?(@scheme) str << '//' end if self.userinfo str << self.userinfo str << '@' end if @host str << @host end if @port && @port != self.default_port str << ':' str << @port.to_s end if (@host || @port) && !@path.empty? && !@path.start_with?('/') str << '/' end str << @path if @query str << '?' str << @query end end if @fragment str << '#' str << @fragment end str end alias to_str to_s # # Compares two URIs. # def ==(oth) if self.class == oth.class self.normalize.component_ary == oth.normalize.component_ary else false end end # Returns the hash value. def hash self.component_ary.hash end # Compares with _oth_ for Hash. def eql?(oth) self.class == oth.class && parser == oth.parser && self.component_ary.eql?(oth.component_ary) end # Returns an Array of the components defined from the COMPONENT Array. def component_ary component.collect do |x| self.__send__(x) end end protected :component_ary # == Args # # +components+:: # Multiple Symbol arguments defined in Gem::URI::HTTP. # # == Description # # Selects specified components from Gem::URI. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse('http://myuser:mypass@my.example.com/test.rbx') # uri.select(:userinfo, :host, :path) # # => ["myuser:mypass", "my.example.com", "/test.rbx"] # def select(*components) components.collect do |c| if component.include?(c) self.__send__(c) else raise ArgumentError, "expected of components of #{self.class} (#{self.class.component.join(', ')})" end end end def inspect # :nodoc: "#<#{self.class} #{self}>" end # # == Args # # +v+:: # Gem::URI or String # # == Description # # Attempts to parse other Gem::URI +oth+, # returns [parsed_oth, self]. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("http://my.example.com") # uri.coerce("http://foo.com") # #=> [#<Gem::URI::HTTP http://foo.com>, #<Gem::URI::HTTP http://my.example.com>] # def coerce(oth) case oth when String oth = parser.parse(oth) else super end return oth, self end # Returns a proxy Gem::URI. # The proxy Gem::URI is obtained from environment variables such as http_proxy, # ftp_proxy, no_proxy, etc. # If there is no proper proxy, nil is returned. # # If the optional parameter +env+ is specified, it is used instead of ENV. # # Note that capitalized variables (HTTP_PROXY, FTP_PROXY, NO_PROXY, etc.) # are examined, too. # # But http_proxy and HTTP_PROXY is treated specially under CGI environment. # It's because HTTP_PROXY may be set by Proxy: header. # So HTTP_PROXY is not used. # http_proxy is not used too if the variable is case insensitive. # CGI_HTTP_PROXY can be used instead. def find_proxy(env=ENV) raise BadURIError, "relative Gem::URI: #{self}" if self.relative? name = self.scheme.downcase + '_proxy' proxy_uri = nil if name == 'http_proxy' && env.include?('REQUEST_METHOD') # CGI? # HTTP_PROXY conflicts with *_proxy for proxy settings and # HTTP_* for header information in CGI. # So it should be careful to use it. pairs = env.reject {|k, v| /\Ahttp_proxy\z/i !~ k } case pairs.length when 0 # no proxy setting anyway. proxy_uri = nil when 1 k, _ = pairs.shift if k == 'http_proxy' && env[k.upcase] == nil # http_proxy is safe to use because ENV is case sensitive. proxy_uri = env[name] else proxy_uri = nil end else # http_proxy is safe to use because ENV is case sensitive. proxy_uri = env.to_hash[name] end if !proxy_uri # Use CGI_HTTP_PROXY. cf. libwww-perl. proxy_uri = env["CGI_#{name.upcase}"] end elsif name == 'http_proxy' if RUBY_ENGINE == 'jruby' && p_addr = ENV_JAVA['http.proxyHost'] p_port = ENV_JAVA['http.proxyPort'] if p_user = ENV_JAVA['http.proxyUser'] p_pass = ENV_JAVA['http.proxyPass'] proxy_uri = "http://#{p_user}:#{p_pass}@#{p_addr}:#{p_port}" else proxy_uri = "http://#{p_addr}:#{p_port}" end else unless proxy_uri = env[name] if proxy_uri = env[name.upcase] warn 'The environment variable HTTP_PROXY is discouraged. Use http_proxy.', uplevel: 1 end end end else proxy_uri = env[name] || env[name.upcase] end if proxy_uri.nil? || proxy_uri.empty? return nil end if self.hostname begin addr = IPSocket.getaddress(self.hostname) return nil if /\A127\.|\A::1\z/ =~ addr rescue SocketError end end name = 'no_proxy' if no_proxy = env[name] || env[name.upcase] return nil unless Gem::URI::Generic.use_proxy?(self.hostname, addr, self.port, no_proxy) end Gem::URI.parse(proxy_uri) end def self.use_proxy?(hostname, addr, port, no_proxy) # :nodoc: hostname = hostname.downcase dothostname = ".#{hostname}" no_proxy.scan(/([^:,\s]+)(?::(\d+))?/) {|p_host, p_port| if !p_port || port == p_port.to_i if p_host.start_with?('.') return false if hostname.end_with?(p_host.downcase) else return false if dothostname.end_with?(".#{p_host.downcase}") end if addr begin return false if IPAddr.new(p_host).include?(addr) rescue IPAddr::InvalidAddressError next end end end } true end end end PK )J [l���q q < share/rubygems/rubygems/vendor/uri/lib/uri/rfc3986_parser.rbnu �[��� # frozen_string_literal: true module Gem::URI class RFC3986_Parser # :nodoc: # Gem::URI defined in RFC3986 HOST = %r[ (?<IP-literal>\[(?: (?<IPv6address> (?:\h{1,4}:){6} (?<ls32>\h{1,4}:\h{1,4} | (?<IPv4address>(?<dec-octet>[1-9]\d|1\d{2}|2[0-4]\d|25[0-5]|\d) \.\g<dec-octet>\.\g<dec-octet>\.\g<dec-octet>) ) | ::(?:\h{1,4}:){5}\g<ls32> | \h{1,4}?::(?:\h{1,4}:){4}\g<ls32> | (?:(?:\h{1,4}:)?\h{1,4})?::(?:\h{1,4}:){3}\g<ls32> | (?:(?:\h{1,4}:){,2}\h{1,4})?::(?:\h{1,4}:){2}\g<ls32> | (?:(?:\h{1,4}:){,3}\h{1,4})?::\h{1,4}:\g<ls32> | (?:(?:\h{1,4}:){,4}\h{1,4})?::\g<ls32> | (?:(?:\h{1,4}:){,5}\h{1,4})?::\h{1,4} | (?:(?:\h{1,4}:){,6}\h{1,4})?:: ) | (?<IPvFuture>v\h++\.[!$&-.0-9:;=A-Z_a-z~]++) )\]) | \g<IPv4address> | (?<reg-name>(?:%\h\h|[!$&-.0-9;=A-Z_a-z~])*+) ]x USERINFO = /(?:%\h\h|[!$&-.0-9:;=A-Z_a-z~])*+/ SCHEME = %r[[A-Za-z][+\-.0-9A-Za-z]*+].source SEG = %r[(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/])].source SEG_NC = %r[(?:%\h\h|[!$&-.0-9;=@A-Z_a-z~])].source FRAGMENT = %r[(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/?])*+].source RFC3986_URI = %r[\A (?<seg>#{SEG}){0} (?<Gem::URI> (?<scheme>#{SCHEME}): (?<hier-part>// (?<authority> (?:(?<userinfo>#{USERINFO.source})@)? (?<host>#{HOST.source.delete(" \n")}) (?::(?<port>\d*+))? ) (?<path-abempty>(?:/\g<seg>*+)?) | (?<path-absolute>/((?!/)\g<seg>++)?) | (?<path-rootless>(?!/)\g<seg>++) | (?<path-empty>) ) (?:\?(?<query>[^\#]*+))? (?:\#(?<fragment>#{FRAGMENT}))? )\z]x RFC3986_relative_ref = %r[\A (?<seg>#{SEG}){0} (?<relative-ref> (?<relative-part>// (?<authority> (?:(?<userinfo>#{USERINFO.source})@)? (?<host>#{HOST.source.delete(" \n")}(?<!/))? (?::(?<port>\d*+))? ) (?<path-abempty>(?:/\g<seg>*+)?) | (?<path-absolute>/\g<seg>*+) | (?<path-noscheme>#{SEG_NC}++(?:/\g<seg>*+)?) | (?<path-empty>) ) (?:\?(?<query>[^#]*+))? (?:\#(?<fragment>#{FRAGMENT}))? )\z]x attr_reader :regexp def initialize @regexp = default_regexp.each_value(&:freeze).freeze end def split(uri) #:nodoc: begin uri = uri.to_str rescue NoMethodError raise InvalidURIError, "bad Gem::URI (is not Gem::URI?): #{uri.inspect}" end uri.ascii_only? or raise InvalidURIError, "Gem::URI must be ascii only #{uri.dump}" if m = RFC3986_URI.match(uri) query = m["query"] scheme = m["scheme"] opaque = m["path-rootless"] if opaque opaque << "?#{query}" if query [ scheme, nil, # userinfo nil, # host nil, # port nil, # registry nil, # path opaque, nil, # query m["fragment"] ] else # normal [ scheme, m["userinfo"], m["host"], m["port"], nil, # registry (m["path-abempty"] || m["path-absolute"] || m["path-empty"]), nil, # opaque query, m["fragment"] ] end elsif m = RFC3986_relative_ref.match(uri) [ nil, # scheme m["userinfo"], m["host"], m["port"], nil, # registry, (m["path-abempty"] || m["path-absolute"] || m["path-noscheme"] || m["path-empty"]), nil, # opaque m["query"], m["fragment"] ] else raise InvalidURIError, "bad Gem::URI (is not Gem::URI?): #{uri.inspect}" end end def parse(uri) # :nodoc: Gem::URI.for(*self.split(uri), self) end def join(*uris) # :nodoc: uris[0] = convert_to_uri(uris[0]) uris.inject :merge end # Compatibility for RFC2396 parser def extract(str, schemes = nil, &block) # :nodoc: warn "Gem::URI::RFC3986_PARSER.extract is obsolete. Use Gem::URI::RFC2396_PARSER.extract explicitly.", uplevel: 1 if $VERBOSE RFC2396_PARSER.extract(str, schemes, &block) end # Compatibility for RFC2396 parser def make_regexp(schemes = nil) # :nodoc: warn "Gem::URI::RFC3986_PARSER.make_regexp is obsolete. Use Gem::URI::RFC2396_PARSER.make_regexp explicitly.", uplevel: 1 if $VERBOSE RFC2396_PARSER.make_regexp(schemes) end # Compatibility for RFC2396 parser def escape(str, unsafe = nil) # :nodoc: warn "Gem::URI::RFC3986_PARSER.escape is obsolete. Use Gem::URI::RFC2396_PARSER.escape explicitly.", uplevel: 1 if $VERBOSE unsafe ? RFC2396_PARSER.escape(str, unsafe) : RFC2396_PARSER.escape(str) end # Compatibility for RFC2396 parser def unescape(str, escaped = nil) # :nodoc: warn "Gem::URI::RFC3986_PARSER.unescape is obsolete. Use Gem::URI::RFC2396_PARSER.unescape explicitly.", uplevel: 1 if $VERBOSE escaped ? RFC2396_PARSER.unescape(str, escaped) : RFC2396_PARSER.unescape(str) end @@to_s = Kernel.instance_method(:to_s) if @@to_s.respond_to?(:bind_call) def inspect @@to_s.bind_call(self) end else def inspect @@to_s.bind(self).call end end private def default_regexp # :nodoc: { SCHEME: %r[\A#{SCHEME}\z]o, USERINFO: %r[\A#{USERINFO}\z]o, HOST: %r[\A#{HOST}\z]o, ABS_PATH: %r[\A/#{SEG}*+\z]o, REL_PATH: %r[\A(?!/)#{SEG}++\z]o, QUERY: %r[\A(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/?])*+\z], FRAGMENT: %r[\A#{FRAGMENT}\z]o, OPAQUE: %r[\A(?:[^/].*)?\z], PORT: /\A[\x09\x0a\x0c\x0d ]*+\d*[\x09\x0a\x0c\x0d ]*\z/, } end def convert_to_uri(uri) if uri.is_a?(Gem::URI::Generic) uri elsif uri = String.try_convert(uri) parse(uri) else raise ArgumentError, "bad argument (expected Gem::URI object or Gem::URI string)" end end end # class Parser end # module Gem::URI PK )J [� �B B 3 share/rubygems/rubygems/vendor/uri/lib/uri/https.rbnu �[��� # frozen_string_literal: false # = uri/https.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'http' module Gem::URI # The default port for HTTPS URIs is 443, and the scheme is 'https:' rather # than 'http:'. Other than that, HTTPS URIs are identical to HTTP URIs; # see Gem::URI::HTTP. class HTTPS < HTTP # A Default port of 443 for Gem::URI::HTTPS DEFAULT_PORT = 443 end register_scheme 'HTTPS', HTTPS end PK )J [�T�0� � 5 share/rubygems/rubygems/vendor/uri/lib/uri/version.rbnu �[��� module Gem::URI # :stopdoc: VERSION_CODE = '010003'.freeze VERSION = VERSION_CODE.scan(/../).collect{|n| n.to_i}.join('.').freeze # :startdoc: end PK )J [u�2� � 1 share/rubygems/rubygems/vendor/uri/lib/uri/ftp.rbnu �[��� # frozen_string_literal: false # = uri/ftp.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'generic' module Gem::URI # # FTP Gem::URI syntax is defined by RFC1738 section 3.2. # # This class will be redesigned because of difference of implementations; # the structure of its path. draft-hoffman-ftp-uri-04 is a draft but it # is a good summary about the de facto spec. # https://datatracker.ietf.org/doc/html/draft-hoffman-ftp-uri-04 # class FTP < Generic # A Default port of 21 for Gem::URI::FTP. DEFAULT_PORT = 21 # # An Array of the available components for Gem::URI::FTP. # COMPONENT = [ :scheme, :userinfo, :host, :port, :path, :typecode ].freeze # # Typecode is "a", "i", or "d". # # * "a" indicates a text file (the FTP command was ASCII) # * "i" indicates a binary file (FTP command IMAGE) # * "d" indicates the contents of a directory should be displayed # TYPECODE = ['a', 'i', 'd'].freeze # Typecode prefix ";type=". TYPECODE_PREFIX = ';type='.freeze def self.new2(user, password, host, port, path, typecode = nil, arg_check = true) # :nodoc: # Do not use this method! Not tested. [Bug #7301] # This methods remains just for compatibility, # Keep it undocumented until the active maintainer is assigned. typecode = nil if typecode.size == 0 if typecode && !TYPECODE.include?(typecode) raise ArgumentError, "bad typecode is specified: #{typecode}" end # do escape self.new('ftp', [user, password], host, port, nil, typecode ? path + TYPECODE_PREFIX + typecode : path, nil, nil, nil, arg_check) end # # == Description # # Creates a new Gem::URI::FTP object from components, with syntax checking. # # The components accepted are +userinfo+, +host+, +port+, +path+, and # +typecode+. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, typecode]</code>. # # If the path supplied is absolute, it will be escaped in order to # make it absolute in the Gem::URI. # # Examples: # # require 'rubygems/vendor/uri/lib/uri' # # uri1 = Gem::URI::FTP.build(['user:password', 'ftp.example.com', nil, # '/path/file.zip', 'i']) # uri1.to_s # => "ftp://user:password@ftp.example.com/%2Fpath/file.zip;type=i" # # uri2 = Gem::URI::FTP.build({:host => 'ftp.example.com', # :path => 'ruby/src'}) # uri2.to_s # => "ftp://ftp.example.com/ruby/src" # def self.build(args) # Fix the incoming path to be generic URL syntax # FTP path -> URL path # foo/bar /foo/bar # /foo/bar /%2Ffoo/bar # if args.kind_of?(Array) args[3] = '/' + args[3].sub(/^\//, '%2F') else args[:path] = '/' + args[:path].sub(/^\//, '%2F') end tmp = Util::make_components_hash(self, args) if tmp[:typecode] if tmp[:typecode].size == 1 tmp[:typecode] = TYPECODE_PREFIX + tmp[:typecode] end tmp[:path] << tmp[:typecode] end return super(tmp) end # # == Description # # Creates a new Gem::URI::FTP object from generic URL components with no # syntax checking. # # Unlike build(), this method does not escape the path component as # required by RFC1738; instead it is treated as per RFC2396. # # Arguments are +scheme+, +userinfo+, +host+, +port+, +registry+, +path+, # +opaque+, +query+, and +fragment+, in that order. # def initialize(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser = nil, arg_check = false) raise InvalidURIError unless path path = path.sub(/^\//,'') path.sub!(/^%2F/,'/') super(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser, arg_check) @typecode = nil if tmp = @path.index(TYPECODE_PREFIX) typecode = @path[tmp + TYPECODE_PREFIX.size..-1] @path = @path[0..tmp - 1] if arg_check self.typecode = typecode else self.set_typecode(typecode) end end end # typecode accessor. # # See Gem::URI::FTP::COMPONENT. attr_reader :typecode # Validates typecode +v+, # returns +true+ or +false+. # def check_typecode(v) if TYPECODE.include?(v) return true else raise InvalidComponentError, "bad typecode(expected #{TYPECODE.join(', ')}): #{v}" end end private :check_typecode # Private setter for the typecode +v+. # # See also Gem::URI::FTP.typecode=. # def set_typecode(v) @typecode = v end protected :set_typecode # # == Args # # +v+:: # String # # == Description # # Public setter for the typecode +v+ # (with validation). # # See also Gem::URI::FTP.check_typecode. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("ftp://john@ftp.example.com/my_file.img") # #=> #<Gem::URI::FTP ftp://john@ftp.example.com/my_file.img> # uri.typecode = "i" # uri # #=> #<Gem::URI::FTP ftp://john@ftp.example.com/my_file.img;type=i> # def typecode=(typecode) check_typecode(typecode) set_typecode(typecode) typecode end def merge(oth) # :nodoc: tmp = super(oth) if self != tmp tmp.set_typecode(oth.typecode) end return tmp end # Returns the path from an FTP Gem::URI. # # RFC 1738 specifically states that the path for an FTP Gem::URI does not # include the / which separates the Gem::URI path from the Gem::URI host. Example: # # <code>ftp://ftp.example.com/pub/ruby</code> # # The above Gem::URI indicates that the client should connect to # ftp.example.com then cd to pub/ruby from the initial login directory. # # If you want to cd to an absolute directory, you must include an # escaped / (%2F) in the path. Example: # # <code>ftp://ftp.example.com/%2Fpub/ruby</code> # # This method will then return "/pub/ruby". # def path return @path.sub(/^\//,'').sub(/^%2F/,'/') end # Private setter for the path of the Gem::URI::FTP. def set_path(v) super("/" + v.sub(/^\//, "%2F")) end protected :set_path # Returns a String representation of the Gem::URI::FTP. def to_s save_path = nil if @typecode save_path = @path @path = @path + TYPECODE_PREFIX + @typecode end str = super if @typecode @path = save_path end return str end end register_scheme 'FTP', FTP end PK )J [0�x F F < share/rubygems/rubygems/vendor/uri/lib/uri/rfc2396_parser.rbnu �[��� # frozen_string_literal: false #-- # = uri/common.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: # You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # module Gem::URI # # Includes Gem::URI::REGEXP::PATTERN # module RFC2396_REGEXP # # Patterns used to parse Gem::URI's # module PATTERN # :stopdoc: # RFC 2396 (Gem::URI Generic Syntax) # RFC 2732 (IPv6 Literal Addresses in URL's) # RFC 2373 (IPv6 Addressing Architecture) # alpha = lowalpha | upalpha ALPHA = "a-zA-Z" # alphanum = alpha | digit ALNUM = "#{ALPHA}\\d" # hex = digit | "A" | "B" | "C" | "D" | "E" | "F" | # "a" | "b" | "c" | "d" | "e" | "f" HEX = "a-fA-F\\d" # escaped = "%" hex hex ESCAPED = "%[#{HEX}]{2}" # mark = "-" | "_" | "." | "!" | "~" | "*" | "'" | # "(" | ")" # unreserved = alphanum | mark UNRESERVED = "\\-_.!~*'()#{ALNUM}" # reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" | "+" | # "$" | "," # reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" | "+" | # "$" | "," | "[" | "]" (RFC 2732) RESERVED = ";/?:@&=+$,\\[\\]" # domainlabel = alphanum | alphanum *( alphanum | "-" ) alphanum DOMLABEL = "(?:[#{ALNUM}](?:[-#{ALNUM}]*[#{ALNUM}])?)" # toplabel = alpha | alpha *( alphanum | "-" ) alphanum TOPLABEL = "(?:[#{ALPHA}](?:[-#{ALNUM}]*[#{ALNUM}])?)" # hostname = *( domainlabel "." ) toplabel [ "." ] HOSTNAME = "(?:#{DOMLABEL}\\.)*#{TOPLABEL}\\.?" # :startdoc: end # PATTERN # :startdoc: end # REGEXP # Class that parses String's into Gem::URI's. # # It contains a Hash set of patterns and Regexp's that match and validate. # class RFC2396_Parser include RFC2396_REGEXP # # == Synopsis # # Gem::URI::Parser.new([opts]) # # == Args # # The constructor accepts a hash as options for parser. # Keys of options are pattern names of Gem::URI components # and values of options are pattern strings. # The constructor generates set of regexps for parsing URIs. # # You can use the following keys: # # * :ESCAPED (Gem::URI::PATTERN::ESCAPED in default) # * :UNRESERVED (Gem::URI::PATTERN::UNRESERVED in default) # * :DOMLABEL (Gem::URI::PATTERN::DOMLABEL in default) # * :TOPLABEL (Gem::URI::PATTERN::TOPLABEL in default) # * :HOSTNAME (Gem::URI::PATTERN::HOSTNAME in default) # # == Examples # # p = Gem::URI::Parser.new(:ESCAPED => "(?:%[a-fA-F0-9]{2}|%u[a-fA-F0-9]{4})") # u = p.parse("http://example.jp/%uABCD") #=> #<Gem::URI::HTTP http://example.jp/%uABCD> # Gem::URI.parse(u.to_s) #=> raises Gem::URI::InvalidURIError # # s = "http://example.com/ABCD" # u1 = p.parse(s) #=> #<Gem::URI::HTTP http://example.com/ABCD> # u2 = Gem::URI.parse(s) #=> #<Gem::URI::HTTP http://example.com/ABCD> # u1 == u2 #=> true # u1.eql?(u2) #=> false # def initialize(opts = {}) @pattern = initialize_pattern(opts) @pattern.each_value(&:freeze) @pattern.freeze @regexp = initialize_regexp(@pattern) @regexp.each_value(&:freeze) @regexp.freeze end # The Hash of patterns. # # See also Gem::URI::Parser.initialize_pattern. attr_reader :pattern # The Hash of Regexp. # # See also Gem::URI::Parser.initialize_regexp. attr_reader :regexp # Returns a split Gem::URI against +regexp[:ABS_URI]+. def split(uri) case uri when '' # null uri when @regexp[:ABS_URI] scheme, opaque, userinfo, host, port, registry, path, query, fragment = $~[1..-1] # Gem::URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] # opaque_part = uric_no_slash *uric # abs_path = "/" path_segments # net_path = "//" authority [ abs_path ] # authority = server | reg_name # server = [ [ userinfo "@" ] hostport ] if !scheme raise InvalidURIError, "bad Gem::URI (absolute but no scheme): #{uri}" end if !opaque && (!path && (!host && !registry)) raise InvalidURIError, "bad Gem::URI (absolute but no path): #{uri}" end when @regexp[:REL_URI] scheme = nil opaque = nil userinfo, host, port, registry, rel_segment, abs_path, query, fragment = $~[1..-1] if rel_segment && abs_path path = rel_segment + abs_path elsif rel_segment path = rel_segment elsif abs_path path = abs_path end # Gem::URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] # relativeURI = ( net_path | abs_path | rel_path ) [ "?" query ] # net_path = "//" authority [ abs_path ] # abs_path = "/" path_segments # rel_path = rel_segment [ abs_path ] # authority = server | reg_name # server = [ [ userinfo "@" ] hostport ] else raise InvalidURIError, "bad Gem::URI (is not Gem::URI?): #{uri}" end path = '' if !path && !opaque # (see RFC2396 Section 5.2) ret = [ scheme, userinfo, host, port, # X registry, # X path, # Y opaque, # Y query, fragment ] return ret end # # == Args # # +uri+:: # String # # == Description # # Parses +uri+ and constructs either matching Gem::URI scheme object # (File, FTP, HTTP, HTTPS, LDAP, LDAPS, or MailTo) or Gem::URI::Generic. # # == Usage # # p = Gem::URI::Parser.new # p.parse("ldap://ldap.example.com/dc=example?user=john") # #=> #<Gem::URI::LDAP ldap://ldap.example.com/dc=example?user=john> # def parse(uri) Gem::URI.for(*self.split(uri), self) end # # == Args # # +uris+:: # an Array of Strings # # == Description # # Attempts to parse and merge a set of URIs. # def join(*uris) uris[0] = convert_to_uri(uris[0]) uris.inject :merge end # # :call-seq: # extract( str ) # extract( str, schemes ) # extract( str, schemes ) {|item| block } # # == Args # # +str+:: # String to search # +schemes+:: # Patterns to apply to +str+ # # == Description # # Attempts to parse and merge a set of URIs. # If no +block+ given, then returns the result, # else it calls +block+ for each element in result. # # See also Gem::URI::Parser.make_regexp. # def extract(str, schemes = nil) if block_given? str.scan(make_regexp(schemes)) { yield $& } nil else result = [] str.scan(make_regexp(schemes)) { result.push $& } result end end # Returns Regexp that is default +self.regexp[:ABS_URI_REF]+, # unless +schemes+ is provided. Then it is a Regexp.union with +self.pattern[:X_ABS_URI]+. def make_regexp(schemes = nil) unless schemes @regexp[:ABS_URI_REF] else /(?=#{Regexp.union(*schemes)}:)#{@pattern[:X_ABS_URI]}/x end end # # :call-seq: # escape( str ) # escape( str, unsafe ) # # == Args # # +str+:: # String to make safe # +unsafe+:: # Regexp to apply. Defaults to +self.regexp[:UNSAFE]+ # # == Description # # Constructs a safe String from +str+, removing unsafe characters, # replacing them with codes. # def escape(str, unsafe = @regexp[:UNSAFE]) unless unsafe.kind_of?(Regexp) # perhaps unsafe is String object unsafe = Regexp.new("[#{Regexp.quote(unsafe)}]", false) end str.gsub(unsafe) do us = $& tmp = '' us.each_byte do |uc| tmp << sprintf('%%%02X', uc) end tmp end.force_encoding(Encoding::US_ASCII) end # # :call-seq: # unescape( str ) # unescape( str, escaped ) # # == Args # # +str+:: # String to remove escapes from # +escaped+:: # Regexp to apply. Defaults to +self.regexp[:ESCAPED]+ # # == Description # # Removes escapes from +str+. # def unescape(str, escaped = @regexp[:ESCAPED]) enc = str.encoding enc = Encoding::UTF_8 if enc == Encoding::US_ASCII str.gsub(escaped) { [$&[1, 2]].pack('H2').force_encoding(enc) } end TO_S = Kernel.instance_method(:to_s) # :nodoc: if TO_S.respond_to?(:bind_call) def inspect # :nodoc: TO_S.bind_call(self) end else def inspect # :nodoc: TO_S.bind(self).call end end private # Constructs the default Hash of patterns. def initialize_pattern(opts = {}) ret = {} ret[:ESCAPED] = escaped = (opts.delete(:ESCAPED) || PATTERN::ESCAPED) ret[:UNRESERVED] = unreserved = opts.delete(:UNRESERVED) || PATTERN::UNRESERVED ret[:RESERVED] = reserved = opts.delete(:RESERVED) || PATTERN::RESERVED ret[:DOMLABEL] = opts.delete(:DOMLABEL) || PATTERN::DOMLABEL ret[:TOPLABEL] = opts.delete(:TOPLABEL) || PATTERN::TOPLABEL ret[:HOSTNAME] = hostname = opts.delete(:HOSTNAME) # RFC 2396 (Gem::URI Generic Syntax) # RFC 2732 (IPv6 Literal Addresses in URL's) # RFC 2373 (IPv6 Addressing Architecture) # uric = reserved | unreserved | escaped ret[:URIC] = uric = "(?:[#{unreserved}#{reserved}]|#{escaped})" # uric_no_slash = unreserved | escaped | ";" | "?" | ":" | "@" | # "&" | "=" | "+" | "$" | "," ret[:URIC_NO_SLASH] = uric_no_slash = "(?:[#{unreserved};?:@&=+$,]|#{escaped})" # query = *uric ret[:QUERY] = query = "#{uric}*" # fragment = *uric ret[:FRAGMENT] = fragment = "#{uric}*" # hostname = *( domainlabel "." ) toplabel [ "." ] # reg-name = *( unreserved / pct-encoded / sub-delims ) # RFC3986 unless hostname ret[:HOSTNAME] = hostname = "(?:[a-zA-Z0-9\\-.]|%\\h\\h)+" end # RFC 2373, APPENDIX B: # IPv6address = hexpart [ ":" IPv4address ] # IPv4address = 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT # hexpart = hexseq | hexseq "::" [ hexseq ] | "::" [ hexseq ] # hexseq = hex4 *( ":" hex4) # hex4 = 1*4HEXDIG # # XXX: This definition has a flaw. "::" + IPv4address must be # allowed too. Here is a replacement. # # IPv4address = 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT ret[:IPV4ADDR] = ipv4addr = "\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}" # hex4 = 1*4HEXDIG hex4 = "[#{PATTERN::HEX}]{1,4}" # lastpart = hex4 | IPv4address lastpart = "(?:#{hex4}|#{ipv4addr})" # hexseq1 = *( hex4 ":" ) hex4 hexseq1 = "(?:#{hex4}:)*#{hex4}" # hexseq2 = *( hex4 ":" ) lastpart hexseq2 = "(?:#{hex4}:)*#{lastpart}" # IPv6address = hexseq2 | [ hexseq1 ] "::" [ hexseq2 ] ret[:IPV6ADDR] = ipv6addr = "(?:#{hexseq2}|(?:#{hexseq1})?::(?:#{hexseq2})?)" # IPv6prefix = ( hexseq1 | [ hexseq1 ] "::" [ hexseq1 ] ) "/" 1*2DIGIT # unused # ipv6reference = "[" IPv6address "]" (RFC 2732) ret[:IPV6REF] = ipv6ref = "\\[#{ipv6addr}\\]" # host = hostname | IPv4address # host = hostname | IPv4address | IPv6reference (RFC 2732) ret[:HOST] = host = "(?:#{hostname}|#{ipv4addr}|#{ipv6ref})" # port = *digit ret[:PORT] = port = '\d*' # hostport = host [ ":" port ] ret[:HOSTPORT] = hostport = "#{host}(?::#{port})?" # userinfo = *( unreserved | escaped | # ";" | ":" | "&" | "=" | "+" | "$" | "," ) ret[:USERINFO] = userinfo = "(?:[#{unreserved};:&=+$,]|#{escaped})*" # pchar = unreserved | escaped | # ":" | "@" | "&" | "=" | "+" | "$" | "," pchar = "(?:[#{unreserved}:@&=+$,]|#{escaped})" # param = *pchar param = "#{pchar}*" # segment = *pchar *( ";" param ) segment = "#{pchar}*(?:;#{param})*" # path_segments = segment *( "/" segment ) ret[:PATH_SEGMENTS] = path_segments = "#{segment}(?:/#{segment})*" # server = [ [ userinfo "@" ] hostport ] server = "(?:#{userinfo}@)?#{hostport}" # reg_name = 1*( unreserved | escaped | "$" | "," | # ";" | ":" | "@" | "&" | "=" | "+" ) ret[:REG_NAME] = reg_name = "(?:[#{unreserved}$,;:@&=+]|#{escaped})+" # authority = server | reg_name authority = "(?:#{server}|#{reg_name})" # rel_segment = 1*( unreserved | escaped | # ";" | "@" | "&" | "=" | "+" | "$" | "," ) ret[:REL_SEGMENT] = rel_segment = "(?:[#{unreserved};@&=+$,]|#{escaped})+" # scheme = alpha *( alpha | digit | "+" | "-" | "." ) ret[:SCHEME] = scheme = "[#{PATTERN::ALPHA}][\\-+.#{PATTERN::ALPHA}\\d]*" # abs_path = "/" path_segments ret[:ABS_PATH] = abs_path = "/#{path_segments}" # rel_path = rel_segment [ abs_path ] ret[:REL_PATH] = rel_path = "#{rel_segment}(?:#{abs_path})?" # net_path = "//" authority [ abs_path ] ret[:NET_PATH] = net_path = "//#{authority}(?:#{abs_path})?" # hier_part = ( net_path | abs_path ) [ "?" query ] ret[:HIER_PART] = hier_part = "(?:#{net_path}|#{abs_path})(?:\\?(?:#{query}))?" # opaque_part = uric_no_slash *uric ret[:OPAQUE_PART] = opaque_part = "#{uric_no_slash}#{uric}*" # absoluteURI = scheme ":" ( hier_part | opaque_part ) ret[:ABS_URI] = abs_uri = "#{scheme}:(?:#{hier_part}|#{opaque_part})" # relativeURI = ( net_path | abs_path | rel_path ) [ "?" query ] ret[:REL_URI] = rel_uri = "(?:#{net_path}|#{abs_path}|#{rel_path})(?:\\?#{query})?" # Gem::URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] ret[:URI_REF] = "(?:#{abs_uri}|#{rel_uri})?(?:##{fragment})?" ret[:X_ABS_URI] = " (#{scheme}): (?# 1: scheme) (?: (#{opaque_part}) (?# 2: opaque) | (?:(?: //(?: (?:(?:(#{userinfo})@)? (?# 3: userinfo) (?:(#{host})(?::(\\d*))?))? (?# 4: host, 5: port) | (#{reg_name}) (?# 6: registry) ) | (?!//)) (?# XXX: '//' is the mark for hostport) (#{abs_path})? (?# 7: path) )(?:\\?(#{query}))? (?# 8: query) ) (?:\\#(#{fragment}))? (?# 9: fragment) " ret[:X_REL_URI] = " (?: (?: // (?: (?:(#{userinfo})@)? (?# 1: userinfo) (#{host})?(?::(\\d*))? (?# 2: host, 3: port) | (#{reg_name}) (?# 4: registry) ) ) | (#{rel_segment}) (?# 5: rel_segment) )? (#{abs_path})? (?# 6: abs_path) (?:\\?(#{query}))? (?# 7: query) (?:\\#(#{fragment}))? (?# 8: fragment) " ret end # Constructs the default Hash of Regexp's. def initialize_regexp(pattern) ret = {} # for Gem::URI::split ret[:ABS_URI] = Regexp.new('\A\s*+' + pattern[:X_ABS_URI] + '\s*\z', Regexp::EXTENDED) ret[:REL_URI] = Regexp.new('\A\s*+' + pattern[:X_REL_URI] + '\s*\z', Regexp::EXTENDED) # for Gem::URI::extract ret[:URI_REF] = Regexp.new(pattern[:URI_REF]) ret[:ABS_URI_REF] = Regexp.new(pattern[:X_ABS_URI], Regexp::EXTENDED) ret[:REL_URI_REF] = Regexp.new(pattern[:X_REL_URI], Regexp::EXTENDED) # for Gem::URI::escape/unescape ret[:ESCAPED] = Regexp.new(pattern[:ESCAPED]) ret[:UNSAFE] = Regexp.new("[^#{pattern[:UNRESERVED]}#{pattern[:RESERVED]}]") # for Generic#initialize ret[:SCHEME] = Regexp.new("\\A#{pattern[:SCHEME]}\\z") ret[:USERINFO] = Regexp.new("\\A#{pattern[:USERINFO]}\\z") ret[:HOST] = Regexp.new("\\A#{pattern[:HOST]}\\z") ret[:PORT] = Regexp.new("\\A#{pattern[:PORT]}\\z") ret[:OPAQUE] = Regexp.new("\\A#{pattern[:OPAQUE_PART]}\\z") ret[:REGISTRY] = Regexp.new("\\A#{pattern[:REG_NAME]}\\z") ret[:ABS_PATH] = Regexp.new("\\A#{pattern[:ABS_PATH]}\\z") ret[:REL_PATH] = Regexp.new("\\A#{pattern[:REL_PATH]}\\z") ret[:QUERY] = Regexp.new("\\A#{pattern[:QUERY]}\\z") ret[:FRAGMENT] = Regexp.new("\\A#{pattern[:FRAGMENT]}\\z") ret end def convert_to_uri(uri) if uri.is_a?(Gem::URI::Generic) uri elsif uri = String.try_convert(uri) parse(uri) else raise ArgumentError, "bad argument (expected Gem::URI object or Gem::URI string)" end end end # class Parser # Backward compatibility for Gem::URI::REGEXP::PATTERN::* RFC2396_Parser.new.pattern.each_pair do |sym, str| unless RFC2396_REGEXP::PATTERN.const_defined?(sym, false) RFC2396_REGEXP::PATTERN.const_set(sym, str) end end end # module Gem::URI PK )J [� �� � 4 share/rubygems/rubygems/vendor/uri/lib/uri/mailto.rbnu �[��� # frozen_string_literal: false # = uri/mailto.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'generic' module Gem::URI # # RFC6068, the mailto URL scheme. # class MailTo < Generic include RFC2396_REGEXP # A Default port of nil for Gem::URI::MailTo. DEFAULT_PORT = nil # An Array of the available components for Gem::URI::MailTo. COMPONENT = [ :scheme, :to, :headers ].freeze # :stopdoc: # "hname" and "hvalue" are encodings of an RFC 822 header name and # value, respectively. As with "to", all URL reserved characters must # be encoded. # # "#mailbox" is as specified in RFC 822 [RFC822]. This means that it # consists of zero or more comma-separated mail addresses, possibly # including "phrase" and "comment" components. Note that all URL # reserved characters in "to" must be encoded: in particular, # parentheses, commas, and the percent sign ("%"), which commonly occur # in the "mailbox" syntax. # # Within mailto URLs, the characters "?", "=", "&" are reserved. # ; RFC 6068 # hfields = "?" hfield *( "&" hfield ) # hfield = hfname "=" hfvalue # hfname = *qchar # hfvalue = *qchar # qchar = unreserved / pct-encoded / some-delims # some-delims = "!" / "$" / "'" / "(" / ")" / "*" # / "+" / "," / ";" / ":" / "@" # # ; RFC3986 # unreserved = ALPHA / DIGIT / "-" / "." / "_" / "~" # pct-encoded = "%" HEXDIG HEXDIG HEADER_REGEXP = /\A(?<hfield>(?:%\h\h|[!$'-.0-;@-Z_a-z~])*=(?:%\h\h|[!$'-.0-;@-Z_a-z~])*)(?:&\g<hfield>)*\z/ # practical regexp for email address # https://html.spec.whatwg.org/multipage/input.html#valid-e-mail-address EMAIL_REGEXP = /\A[a-zA-Z0-9.!\#$%&'*+\/=?^_`{|}~-]+@[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?(?:\.[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?)*\z/ # :startdoc: # # == Description # # Creates a new Gem::URI::MailTo object from components, with syntax checking. # # Components can be provided as an Array or Hash. If an Array is used, # the components must be supplied as <code>[to, headers]</code>. # # If a Hash is used, the keys are the component names preceded by colons. # # The headers can be supplied as a pre-encoded string, such as # <code>"subject=subscribe&cc=address"</code>, or as an Array of Arrays # like <code>[['subject', 'subscribe'], ['cc', 'address']]</code>. # # Examples: # # require 'rubygems/vendor/uri/lib/uri' # # m1 = Gem::URI::MailTo.build(['joe@example.com', 'subject=Ruby']) # m1.to_s # => "mailto:joe@example.com?subject=Ruby" # # m2 = Gem::URI::MailTo.build(['john@example.com', [['Subject', 'Ruby'], ['Cc', 'jack@example.com']]]) # m2.to_s # => "mailto:john@example.com?Subject=Ruby&Cc=jack@example.com" # # m3 = Gem::URI::MailTo.build({:to => 'listman@example.com', :headers => [['subject', 'subscribe']]}) # m3.to_s # => "mailto:listman@example.com?subject=subscribe" # def self.build(args) tmp = Util.make_components_hash(self, args) case tmp[:to] when Array tmp[:opaque] = tmp[:to].join(',') when String tmp[:opaque] = tmp[:to].dup else tmp[:opaque] = '' end if tmp[:headers] query = case tmp[:headers] when Array tmp[:headers].collect { |x| if x.kind_of?(Array) x[0] + '=' + x[1..-1].join else x.to_s end }.join('&') when Hash tmp[:headers].collect { |h,v| h + '=' + v }.join('&') else tmp[:headers].to_s end unless query.empty? tmp[:opaque] << '?' << query end end super(tmp) end # # == Description # # Creates a new Gem::URI::MailTo object from generic URL components with # no syntax checking. # # This method is usually called from Gem::URI::parse, which checks # the validity of each component. # def initialize(*arg) super(*arg) @to = nil @headers = [] # The RFC3986 parser does not normally populate opaque @opaque = "?#{@query}" if @query && !@opaque unless @opaque raise InvalidComponentError, "missing opaque part for mailto URL" end to, header = @opaque.split('?', 2) # allow semicolon as a addr-spec separator # http://support.microsoft.com/kb/820868 unless /\A(?:[^@,;]+@[^@,;]+(?:\z|[,;]))*\z/ =~ to raise InvalidComponentError, "unrecognised opaque part for mailtoURL: #{@opaque}" end if arg[10] # arg_check self.to = to self.headers = header else set_to(to) set_headers(header) end end # The primary e-mail address of the URL, as a String. attr_reader :to # E-mail headers set by the URL, as an Array of Arrays. attr_reader :headers # Checks the to +v+ component. def check_to(v) return true unless v return true if v.size == 0 v.split(/[,;]/).each do |addr| # check url safety as path-rootless if /\A(?:%\h\h|[!$&-.0-;=@-Z_a-z~])*\z/ !~ addr raise InvalidComponentError, "an address in 'to' is invalid as Gem::URI #{addr.dump}" end # check addr-spec # don't s/\+/ /g addr.gsub!(/%\h\h/, Gem::URI::TBLDECWWWCOMP_) if EMAIL_REGEXP !~ addr raise InvalidComponentError, "an address in 'to' is invalid as uri-escaped addr-spec #{addr.dump}" end end true end private :check_to # Private setter for to +v+. def set_to(v) @to = v end protected :set_to # Setter for to +v+. def to=(v) check_to(v) set_to(v) v end # Checks the headers +v+ component against either # * HEADER_REGEXP def check_headers(v) return true unless v return true if v.size == 0 if HEADER_REGEXP !~ v raise InvalidComponentError, "bad component(expected opaque component): #{v}" end true end private :check_headers # Private setter for headers +v+. def set_headers(v) @headers = [] if v v.split('&').each do |x| @headers << x.split(/=/, 2) end end end protected :set_headers # Setter for headers +v+. def headers=(v) check_headers(v) set_headers(v) v end # Constructs String from Gem::URI. def to_s @scheme + ':' + if @to @to else '' end + if @headers.size > 0 '?' + @headers.collect{|x| x.join('=')}.join('&') else '' end + if @fragment '#' + @fragment else '' end end # Returns the RFC822 e-mail text equivalent of the URL, as a String. # # Example: # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI.parse("mailto:ruby-list@ruby-lang.org?Subject=subscribe&cc=myaddr") # uri.to_mailtext # # => "To: ruby-list@ruby-lang.org\nSubject: subscribe\nCc: myaddr\n\n\n" # def to_mailtext to = Gem::URI.decode_www_form_component(@to) head = '' body = '' @headers.each do |x| case x[0] when 'body' body = Gem::URI.decode_www_form_component(x[1]) when 'to' to << ', ' + Gem::URI.decode_www_form_component(x[1]) else head << Gem::URI.decode_www_form_component(x[0]).capitalize + ': ' + Gem::URI.decode_www_form_component(x[1]) + "\n" end end "To: #{to} #{head} #{body} " end alias to_rfc822text to_mailtext end register_scheme 'MAILTO', MailTo end PK )J [H�)<' ' 1 share/rubygems/rubygems/vendor/uri/lib/uri/wss.rbnu �[��� # frozen_string_literal: false # = uri/wss.rb # # Author:: Matt Muller <mamuller@amazon.com> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'ws' module Gem::URI # The default port for WSS URIs is 443, and the scheme is 'wss:' rather # than 'ws:'. Other than that, WSS URIs are identical to WS URIs; # see Gem::URI::WS. class WSS < WS # A Default port of 443 for Gem::URI::WSS DEFAULT_PORT = 443 end register_scheme 'WSS', WSS end PK )J [N�}d] ] 2 share/rubygems/rubygems/vendor/uri/lib/uri/file.rbnu �[��� # frozen_string_literal: true require_relative 'generic' module Gem::URI # # The "file" Gem::URI is defined by RFC8089. # class File < Generic # A Default port of nil for Gem::URI::File. DEFAULT_PORT = nil # # An Array of the available components for Gem::URI::File. # COMPONENT = [ :scheme, :host, :path ].freeze # # == Description # # Creates a new Gem::URI::File object from components, with syntax checking. # # The components accepted are +host+ and +path+. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[host, path]</code>. # # A path from e.g. the File class should be escaped before # being passed. # # Examples: # # require 'rubygems/vendor/uri/lib/uri' # # uri1 = Gem::URI::File.build(['host.example.com', '/path/file.zip']) # uri1.to_s # => "file://host.example.com/path/file.zip" # # uri2 = Gem::URI::File.build({:host => 'host.example.com', # :path => '/ruby/src'}) # uri2.to_s # => "file://host.example.com/ruby/src" # # uri3 = Gem::URI::File.build({:path => Gem::URI::escape('/path/my file.txt')}) # uri3.to_s # => "file:///path/my%20file.txt" # def self.build(args) tmp = Util::make_components_hash(self, args) super(tmp) end # Protected setter for the host component +v+. # # See also Gem::URI::Generic.host=. # def set_host(v) v = "" if v.nil? || v == "localhost" @host = v end # do nothing def set_port(v) end # raise InvalidURIError def check_userinfo(user) raise Gem::URI::InvalidURIError, "cannot set userinfo for file Gem::URI" end # raise InvalidURIError def check_user(user) raise Gem::URI::InvalidURIError, "cannot set user for file Gem::URI" end # raise InvalidURIError def check_password(user) raise Gem::URI::InvalidURIError, "cannot set password for file Gem::URI" end # do nothing def set_userinfo(v) end # do nothing def set_user(v) end # do nothing def set_password(v) end end register_scheme 'FILE', File end PK )J [r�� ; ; 0 share/rubygems/rubygems/vendor/uri/lib/uri/ws.rbnu �[��� # frozen_string_literal: false # = uri/ws.rb # # Author:: Matt Muller <mamuller@amazon.com> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'generic' module Gem::URI # # The syntax of WS URIs is defined in RFC6455 section 3. # # Note that the Ruby Gem::URI library allows WS URLs containing usernames and # passwords. This is not legal as per the RFC, but used to be # supported in Internet Explorer 5 and 6, before the MS04-004 security # update. See <URL:http://support.microsoft.com/kb/834489>. # class WS < Generic # A Default port of 80 for Gem::URI::WS. DEFAULT_PORT = 80 # An Array of the available components for Gem::URI::WS. COMPONENT = %i[ scheme userinfo host port path query ].freeze # # == Description # # Creates a new Gem::URI::WS object from components, with syntax checking. # # The components accepted are userinfo, host, port, path, and query. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, query]</code>. # # Example: # # uri = Gem::URI::WS.build(host: 'www.example.com', path: '/foo/bar') # # uri = Gem::URI::WS.build([nil, "www.example.com", nil, "/path", "query"]) # # Currently, if passed userinfo components this method generates # invalid WS URIs as per RFC 1738. # def self.build(args) tmp = Util.make_components_hash(self, args) super(tmp) end # # == Description # # Returns the full path for a WS Gem::URI, as required by Net::HTTP::Get. # # If the Gem::URI contains a query, the full path is Gem::URI#path + '?' + Gem::URI#query. # Otherwise, the path is simply Gem::URI#path. # # Example: # # uri = Gem::URI::WS.build(path: '/foo/bar', query: 'test=true') # uri.request_uri # => "/foo/bar?test=true" # def request_uri return unless @path url = @query ? "#@path?#@query" : @path.dup url.start_with?(?/.freeze) ? url : ?/ + url end end register_scheme 'WS', WS end PK )J [���k �k 4 share/rubygems/rubygems/vendor/uri/lib/uri/common.rbnu �[��� # frozen_string_literal: true #-- # = uri/common.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: # You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative "rfc2396_parser" require_relative "rfc3986_parser" module Gem::URI # The default parser instance for RFC 2396. RFC2396_PARSER = RFC2396_Parser.new Ractor.make_shareable(RFC2396_PARSER) if defined?(Ractor) # The default parser instance for RFC 3986. RFC3986_PARSER = RFC3986_Parser.new Ractor.make_shareable(RFC3986_PARSER) if defined?(Ractor) # The default parser instance. DEFAULT_PARSER = RFC3986_PARSER Ractor.make_shareable(DEFAULT_PARSER) if defined?(Ractor) # Set the default parser instance. def self.parser=(parser = RFC3986_PARSER) remove_const(:Parser) if defined?(::Gem::URI::Parser) const_set("Parser", parser.class) remove_const(:REGEXP) if defined?(::Gem::URI::REGEXP) remove_const(:PATTERN) if defined?(::Gem::URI::PATTERN) if Parser == RFC2396_Parser const_set("REGEXP", Gem::URI::RFC2396_REGEXP) const_set("PATTERN", Gem::URI::RFC2396_REGEXP::PATTERN) end Parser.new.regexp.each_pair do |sym, str| remove_const(sym) if const_defined?(sym, false) const_set(sym, str) end end self.parser = RFC3986_PARSER def self.const_missing(const) # :nodoc: if const == :REGEXP warn "Gem::URI::REGEXP is obsolete. Use Gem::URI::RFC2396_REGEXP explicitly.", uplevel: 1 if $VERBOSE Gem::URI::RFC2396_REGEXP elsif value = RFC2396_PARSER.regexp[const] warn "Gem::URI::#{const} is obsolete. Use RFC2396_PARSER.regexp[#{const.inspect}] explicitly.", uplevel: 1 if $VERBOSE value elsif value = RFC2396_Parser.const_get(const) warn "Gem::URI::#{const} is obsolete. Use RFC2396_Parser::#{const} explicitly.", uplevel: 1 if $VERBOSE value else super end end module Util # :nodoc: def make_components_hash(klass, array_hash) tmp = {} if array_hash.kind_of?(Array) && array_hash.size == klass.component.size - 1 klass.component[1..-1].each_index do |i| begin tmp[klass.component[i + 1]] = array_hash[i].clone rescue TypeError tmp[klass.component[i + 1]] = array_hash[i] end end elsif array_hash.kind_of?(Hash) array_hash.each do |key, value| begin tmp[key] = value.clone rescue TypeError tmp[key] = value end end else raise ArgumentError, "expected Array of or Hash of components of #{klass} (#{klass.component[1..-1].join(', ')})" end tmp[:scheme] = klass.to_s.sub(/\A.*::/, '').downcase return tmp end module_function :make_components_hash end module Schemes # :nodoc: end private_constant :Schemes # Registers the given +klass+ as the class to be instantiated # when parsing a \Gem::URI with the given +scheme+: # # Gem::URI.register_scheme('MS_SEARCH', Gem::URI::Generic) # => Gem::URI::Generic # Gem::URI.scheme_list['MS_SEARCH'] # => Gem::URI::Generic # # Note that after calling String#upcase on +scheme+, it must be a valid # constant name. def self.register_scheme(scheme, klass) Schemes.const_set(scheme.to_s.upcase, klass) end # Returns a hash of the defined schemes: # # Gem::URI.scheme_list # # => # {"MAILTO"=>Gem::URI::MailTo, # "LDAPS"=>Gem::URI::LDAPS, # "WS"=>Gem::URI::WS, # "HTTP"=>Gem::URI::HTTP, # "HTTPS"=>Gem::URI::HTTPS, # "LDAP"=>Gem::URI::LDAP, # "FILE"=>Gem::URI::File, # "FTP"=>Gem::URI::FTP} # # Related: Gem::URI.register_scheme. def self.scheme_list Schemes.constants.map { |name| [name.to_s.upcase, Schemes.const_get(name)] }.to_h end INITIAL_SCHEMES = scheme_list private_constant :INITIAL_SCHEMES Ractor.make_shareable(INITIAL_SCHEMES) if defined?(Ractor) # Returns a new object constructed from the given +scheme+, +arguments+, # and +default+: # # - The new object is an instance of <tt>Gem::URI.scheme_list[scheme.upcase]</tt>. # - The object is initialized by calling the class initializer # using +scheme+ and +arguments+. # See Gem::URI::Generic.new. # # Examples: # # values = ['john.doe', 'www.example.com', '123', nil, '/forum/questions/', nil, 'tag=networking&order=newest', 'top'] # Gem::URI.for('https', *values) # # => #<Gem::URI::HTTPS https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # Gem::URI.for('foo', *values, default: Gem::URI::HTTP) # # => #<Gem::URI::HTTP foo://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # def self.for(scheme, *arguments, default: Generic) const_name = scheme.to_s.upcase uri_class = INITIAL_SCHEMES[const_name] uri_class ||= if /\A[A-Z]\w*\z/.match?(const_name) && Schemes.const_defined?(const_name, false) Schemes.const_get(const_name, false) end uri_class ||= default return uri_class.new(scheme, *arguments) end # # Base class for all Gem::URI exceptions. # class Error < StandardError; end # # Not a Gem::URI. # class InvalidURIError < Error; end # # Not a Gem::URI component. # class InvalidComponentError < Error; end # # Gem::URI is valid, bad usage is not. # class BadURIError < Error; end # Returns a 9-element array representing the parts of the \Gem::URI # formed from the string +uri+; # each array element is a string or +nil+: # # names = %w[scheme userinfo host port registry path opaque query fragment] # values = Gem::URI.split('https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # names.zip(values) # # => # [["scheme", "https"], # ["userinfo", "john.doe"], # ["host", "www.example.com"], # ["port", "123"], # ["registry", nil], # ["path", "/forum/questions/"], # ["opaque", nil], # ["query", "tag=networking&order=newest"], # ["fragment", "top"]] # def self.split(uri) DEFAULT_PARSER.split(uri) end # Returns a new \Gem::URI object constructed from the given string +uri+: # # Gem::URI.parse('https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # # => #<Gem::URI::HTTPS https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # Gem::URI.parse('http://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # # => #<Gem::URI::HTTP http://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # # It's recommended to first ::escape string +uri+ # if it may contain invalid Gem::URI characters. # def self.parse(uri) DEFAULT_PARSER.parse(uri) end # Merges the given Gem::URI strings +str+ # per {RFC 2396}[https://www.rfc-editor.org/rfc/rfc2396.html]. # # Each string in +str+ is converted to an # {RFC3986 Gem::URI}[https://www.rfc-editor.org/rfc/rfc3986.html] before being merged. # # Examples: # # Gem::URI.join("http://example.com/","main.rbx") # # => #<Gem::URI::HTTP http://example.com/main.rbx> # # Gem::URI.join('http://example.com', 'foo') # # => #<Gem::URI::HTTP http://example.com/foo> # # Gem::URI.join('http://example.com', '/foo', '/bar') # # => #<Gem::URI::HTTP http://example.com/bar> # # Gem::URI.join('http://example.com', '/foo', 'bar') # # => #<Gem::URI::HTTP http://example.com/bar> # # Gem::URI.join('http://example.com', '/foo/', 'bar') # # => #<Gem::URI::HTTP http://example.com/foo/bar> # def self.join(*str) DEFAULT_PARSER.join(*str) end # # == Synopsis # # Gem::URI::extract(str[, schemes][,&blk]) # # == Args # # +str+:: # String to extract URIs from. # +schemes+:: # Limit Gem::URI matching to specific schemes. # # == Description # # Extracts URIs from a string. If block given, iterates through all matched URIs. # Returns nil if block given or array with matches. # # == Usage # # require "rubygems/vendor/uri/lib/uri" # # Gem::URI.extract("text here http://foo.example.org/bla and here mailto:test@example.com and here also.") # # => ["http://foo.example.com/bla", "mailto:test@example.com"] # def self.extract(str, schemes = nil, &block) # :nodoc: warn "Gem::URI.extract is obsolete", uplevel: 1 if $VERBOSE DEFAULT_PARSER.extract(str, schemes, &block) end # # == Synopsis # # Gem::URI::regexp([match_schemes]) # # == Args # # +match_schemes+:: # Array of schemes. If given, resulting regexp matches to URIs # whose scheme is one of the match_schemes. # # == Description # # Returns a Regexp object which matches to Gem::URI-like strings. # The Regexp object returned by this method includes arbitrary # number of capture group (parentheses). Never rely on its number. # # == Usage # # require 'rubygems/vendor/uri/lib/uri' # # # extract first Gem::URI from html_string # html_string.slice(Gem::URI.regexp) # # # remove ftp URIs # html_string.sub(Gem::URI.regexp(['ftp']), '') # # # You should not rely on the number of parentheses # html_string.scan(Gem::URI.regexp) do |*matches| # p $& # end # def self.regexp(schemes = nil)# :nodoc: warn "Gem::URI.regexp is obsolete", uplevel: 1 if $VERBOSE DEFAULT_PARSER.make_regexp(schemes) end TBLENCWWWCOMP_ = {} # :nodoc: 256.times do |i| TBLENCWWWCOMP_[-i.chr] = -('%%%02X' % i) end TBLENCURICOMP_ = TBLENCWWWCOMP_.dup.freeze # :nodoc: TBLENCWWWCOMP_[' '] = '+' TBLENCWWWCOMP_.freeze TBLDECWWWCOMP_ = {} # :nodoc: 256.times do |i| h, l = i>>4, i&15 TBLDECWWWCOMP_[-('%%%X%X' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%x%X' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%X%x' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%x%x' % [h, l])] = -i.chr end TBLDECWWWCOMP_['+'] = ' ' TBLDECWWWCOMP_.freeze # Returns a URL-encoded string derived from the given string +str+. # # The returned string: # # - Preserves: # # - Characters <tt>'*'</tt>, <tt>'.'</tt>, <tt>'-'</tt>, and <tt>'_'</tt>. # - Character in ranges <tt>'a'..'z'</tt>, <tt>'A'..'Z'</tt>, # and <tt>'0'..'9'</tt>. # # Example: # # Gem::URI.encode_www_form_component('*.-_azAZ09') # # => "*.-_azAZ09" # # - Converts: # # - Character <tt>' '</tt> to character <tt>'+'</tt>. # - Any other character to "percent notation"; # the percent notation for character <i>c</i> is <tt>'%%%X' % c.ord</tt>. # # Example: # # Gem::URI.encode_www_form_component('Here are some punctuation characters: ,;?:') # # => "Here+are+some+punctuation+characters%3A+%2C%3B%3F%3A" # # Encoding: # # - If +str+ has encoding Encoding::ASCII_8BIT, argument +enc+ is ignored. # - Otherwise +str+ is converted first to Encoding::UTF_8 # (with suitable character replacements), # and then to encoding +enc+. # # In either case, the returned string has forced encoding Encoding::US_ASCII. # # Related: Gem::URI.encode_uri_component (encodes <tt>' '</tt> as <tt>'%20'</tt>). def self.encode_www_form_component(str, enc=nil) _encode_uri_component(/[^*\-.0-9A-Z_a-z]/, TBLENCWWWCOMP_, str, enc) end # Returns a string decoded from the given \URL-encoded string +str+. # # The given string is first encoded as Encoding::ASCII-8BIT (using String#b), # then decoded (as below), and finally force-encoded to the given encoding +enc+. # # The returned string: # # - Preserves: # # - Characters <tt>'*'</tt>, <tt>'.'</tt>, <tt>'-'</tt>, and <tt>'_'</tt>. # - Character in ranges <tt>'a'..'z'</tt>, <tt>'A'..'Z'</tt>, # and <tt>'0'..'9'</tt>. # # Example: # # Gem::URI.decode_www_form_component('*.-_azAZ09') # # => "*.-_azAZ09" # # - Converts: # # - Character <tt>'+'</tt> to character <tt>' '</tt>. # - Each "percent notation" to an ASCII character. # # Example: # # Gem::URI.decode_www_form_component('Here+are+some+punctuation+characters%3A+%2C%3B%3F%3A') # # => "Here are some punctuation characters: ,;?:" # # Related: Gem::URI.decode_uri_component (preserves <tt>'+'</tt>). def self.decode_www_form_component(str, enc=Encoding::UTF_8) _decode_uri_component(/\+|%\h\h/, str, enc) end # Like Gem::URI.encode_www_form_component, except that <tt>' '</tt> (space) # is encoded as <tt>'%20'</tt> (instead of <tt>'+'</tt>). def self.encode_uri_component(str, enc=nil) _encode_uri_component(/[^*\-.0-9A-Z_a-z]/, TBLENCURICOMP_, str, enc) end # Like Gem::URI.decode_www_form_component, except that <tt>'+'</tt> is preserved. def self.decode_uri_component(str, enc=Encoding::UTF_8) _decode_uri_component(/%\h\h/, str, enc) end def self._encode_uri_component(regexp, table, str, enc) str = str.to_s.dup if str.encoding != Encoding::ASCII_8BIT if enc && enc != Encoding::ASCII_8BIT str.encode!(Encoding::UTF_8, invalid: :replace, undef: :replace) str.encode!(enc, fallback: ->(x){"&##{x.ord};"}) end str.force_encoding(Encoding::ASCII_8BIT) end str.gsub!(regexp, table) str.force_encoding(Encoding::US_ASCII) end private_class_method :_encode_uri_component def self._decode_uri_component(regexp, str, enc) raise ArgumentError, "invalid %-encoding (#{str})" if /%(?!\h\h)/.match?(str) str.b.gsub(regexp, TBLDECWWWCOMP_).force_encoding(enc) end private_class_method :_decode_uri_component # Returns a URL-encoded string derived from the given # {Enumerable}[rdoc-ref:Enumerable@Enumerable+in+Ruby+Classes] # +enum+. # # The result is suitable for use as form data # for an \HTTP request whose <tt>Content-Type</tt> is # <tt>'application/x-www-form-urlencoded'</tt>. # # The returned string consists of the elements of +enum+, # each converted to one or more URL-encoded strings, # and all joined with character <tt>'&'</tt>. # # Simple examples: # # Gem::URI.encode_www_form([['foo', 0], ['bar', 1], ['baz', 2]]) # # => "foo=0&bar=1&baz=2" # Gem::URI.encode_www_form({foo: 0, bar: 1, baz: 2}) # # => "foo=0&bar=1&baz=2" # # The returned string is formed using method Gem::URI.encode_www_form_component, # which converts certain characters: # # Gem::URI.encode_www_form('f#o': '/', 'b-r': '$', 'b z': '@') # # => "f%23o=%2F&b-r=%24&b+z=%40" # # When +enum+ is Array-like, each element +ele+ is converted to a field: # # - If +ele+ is an array of two or more elements, # the field is formed from its first two elements # (and any additional elements are ignored): # # name = Gem::URI.encode_www_form_component(ele[0], enc) # value = Gem::URI.encode_www_form_component(ele[1], enc) # "#{name}=#{value}" # # Examples: # # Gem::URI.encode_www_form([%w[foo bar], %w[baz bat bah]]) # # => "foo=bar&baz=bat" # Gem::URI.encode_www_form([['foo', 0], ['bar', :baz, 'bat']]) # # => "foo=0&bar=baz" # # - If +ele+ is an array of one element, # the field is formed from <tt>ele[0]</tt>: # # Gem::URI.encode_www_form_component(ele[0]) # # Example: # # Gem::URI.encode_www_form([['foo'], [:bar], [0]]) # # => "foo&bar&0" # # - Otherwise the field is formed from +ele+: # # Gem::URI.encode_www_form_component(ele) # # Example: # # Gem::URI.encode_www_form(['foo', :bar, 0]) # # => "foo&bar&0" # # The elements of an Array-like +enum+ may be mixture: # # Gem::URI.encode_www_form([['foo', 0], ['bar', 1, 2], ['baz'], :bat]) # # => "foo=0&bar=1&baz&bat" # # When +enum+ is Hash-like, # each +key+/+value+ pair is converted to one or more fields: # # - If +value+ is # {Array-convertible}[rdoc-ref:implicit_conversion.rdoc@Array-Convertible+Objects], # each element +ele+ in +value+ is paired with +key+ to form a field: # # name = Gem::URI.encode_www_form_component(key, enc) # value = Gem::URI.encode_www_form_component(ele, enc) # "#{name}=#{value}" # # Example: # # Gem::URI.encode_www_form({foo: [:bar, 1], baz: [:bat, :bam, 2]}) # # => "foo=bar&foo=1&baz=bat&baz=bam&baz=2" # # - Otherwise, +key+ and +value+ are paired to form a field: # # name = Gem::URI.encode_www_form_component(key, enc) # value = Gem::URI.encode_www_form_component(value, enc) # "#{name}=#{value}" # # Example: # # Gem::URI.encode_www_form({foo: 0, bar: 1, baz: 2}) # # => "foo=0&bar=1&baz=2" # # The elements of a Hash-like +enum+ may be mixture: # # Gem::URI.encode_www_form({foo: [0, 1], bar: 2}) # # => "foo=0&foo=1&bar=2" # def self.encode_www_form(enum, enc=nil) enum.map do |k,v| if v.nil? encode_www_form_component(k, enc) elsif v.respond_to?(:to_ary) v.to_ary.map do |w| str = encode_www_form_component(k, enc) unless w.nil? str << '=' str << encode_www_form_component(w, enc) end end.join('&') else str = encode_www_form_component(k, enc) str << '=' str << encode_www_form_component(v, enc) end end.join('&') end # Returns name/value pairs derived from the given string +str+, # which must be an ASCII string. # # The method may be used to decode the body of Net::HTTPResponse object +res+ # for which <tt>res['Content-Type']</tt> is <tt>'application/x-www-form-urlencoded'</tt>. # # The returned data is an array of 2-element subarrays; # each subarray is a name/value pair (both are strings). # Each returned string has encoding +enc+, # and has had invalid characters removed via # {String#scrub}[rdoc-ref:String#scrub]. # # A simple example: # # Gem::URI.decode_www_form('foo=0&bar=1&baz') # # => [["foo", "0"], ["bar", "1"], ["baz", ""]] # # The returned strings have certain conversions, # similar to those performed in Gem::URI.decode_www_form_component: # # Gem::URI.decode_www_form('f%23o=%2F&b-r=%24&b+z=%40') # # => [["f#o", "/"], ["b-r", "$"], ["b z", "@"]] # # The given string may contain consecutive separators: # # Gem::URI.decode_www_form('foo=0&&bar=1&&baz=2') # # => [["foo", "0"], ["", ""], ["bar", "1"], ["", ""], ["baz", "2"]] # # A different separator may be specified: # # Gem::URI.decode_www_form('foo=0--bar=1--baz', separator: '--') # # => [["foo", "0"], ["bar", "1"], ["baz", ""]] # def self.decode_www_form(str, enc=Encoding::UTF_8, separator: '&', use__charset_: false, isindex: false) raise ArgumentError, "the input of #{self.name}.#{__method__} must be ASCII only string" unless str.ascii_only? ary = [] return ary if str.empty? enc = Encoding.find(enc) str.b.each_line(separator) do |string| string.chomp!(separator) key, sep, val = string.partition('=') if isindex if sep.empty? val = key key = +'' end isindex = false end if use__charset_ and key == '_charset_' and e = get_encoding(val) enc = e use__charset_ = false end key.gsub!(/\+|%\h\h/, TBLDECWWWCOMP_) if val val.gsub!(/\+|%\h\h/, TBLDECWWWCOMP_) else val = +'' end ary << [key, val] end ary.each do |k, v| k.force_encoding(enc) k.scrub! v.force_encoding(enc) v.scrub! end ary end private =begin command for WEB_ENCODINGS_ curl https://encoding.spec.whatwg.org/encodings.json| ruby -rjson -e 'H={} h={ "shift_jis"=>"Windows-31J", "euc-jp"=>"cp51932", "iso-2022-jp"=>"cp50221", "x-mac-cyrillic"=>"macCyrillic", } JSON($<.read).map{|x|x["encodings"]}.flatten.each{|x| Encoding.find(n=h.fetch(n=x["name"].downcase,n))rescue next x["labels"].each{|y|H[y]=n} } puts "{" H.each{|k,v|puts %[ #{k.dump}=>#{v.dump},]} puts "}" ' =end WEB_ENCODINGS_ = { "unicode-1-1-utf-8"=>"utf-8", "utf-8"=>"utf-8", "utf8"=>"utf-8", "866"=>"ibm866", "cp866"=>"ibm866", "csibm866"=>"ibm866", "ibm866"=>"ibm866", "csisolatin2"=>"iso-8859-2", "iso-8859-2"=>"iso-8859-2", "iso-ir-101"=>"iso-8859-2", "iso8859-2"=>"iso-8859-2", "iso88592"=>"iso-8859-2", "iso_8859-2"=>"iso-8859-2", "iso_8859-2:1987"=>"iso-8859-2", "l2"=>"iso-8859-2", "latin2"=>"iso-8859-2", "csisolatin3"=>"iso-8859-3", "iso-8859-3"=>"iso-8859-3", "iso-ir-109"=>"iso-8859-3", "iso8859-3"=>"iso-8859-3", "iso88593"=>"iso-8859-3", "iso_8859-3"=>"iso-8859-3", "iso_8859-3:1988"=>"iso-8859-3", "l3"=>"iso-8859-3", "latin3"=>"iso-8859-3", "csisolatin4"=>"iso-8859-4", "iso-8859-4"=>"iso-8859-4", "iso-ir-110"=>"iso-8859-4", "iso8859-4"=>"iso-8859-4", "iso88594"=>"iso-8859-4", "iso_8859-4"=>"iso-8859-4", "iso_8859-4:1988"=>"iso-8859-4", "l4"=>"iso-8859-4", "latin4"=>"iso-8859-4", "csisolatincyrillic"=>"iso-8859-5", "cyrillic"=>"iso-8859-5", "iso-8859-5"=>"iso-8859-5", "iso-ir-144"=>"iso-8859-5", "iso8859-5"=>"iso-8859-5", "iso88595"=>"iso-8859-5", "iso_8859-5"=>"iso-8859-5", "iso_8859-5:1988"=>"iso-8859-5", "arabic"=>"iso-8859-6", "asmo-708"=>"iso-8859-6", "csiso88596e"=>"iso-8859-6", "csiso88596i"=>"iso-8859-6", "csisolatinarabic"=>"iso-8859-6", "ecma-114"=>"iso-8859-6", "iso-8859-6"=>"iso-8859-6", "iso-8859-6-e"=>"iso-8859-6", "iso-8859-6-i"=>"iso-8859-6", "iso-ir-127"=>"iso-8859-6", "iso8859-6"=>"iso-8859-6", "iso88596"=>"iso-8859-6", "iso_8859-6"=>"iso-8859-6", "iso_8859-6:1987"=>"iso-8859-6", "csisolatingreek"=>"iso-8859-7", "ecma-118"=>"iso-8859-7", "elot_928"=>"iso-8859-7", "greek"=>"iso-8859-7", "greek8"=>"iso-8859-7", "iso-8859-7"=>"iso-8859-7", "iso-ir-126"=>"iso-8859-7", "iso8859-7"=>"iso-8859-7", "iso88597"=>"iso-8859-7", "iso_8859-7"=>"iso-8859-7", "iso_8859-7:1987"=>"iso-8859-7", "sun_eu_greek"=>"iso-8859-7", "csiso88598e"=>"iso-8859-8", "csisolatinhebrew"=>"iso-8859-8", "hebrew"=>"iso-8859-8", "iso-8859-8"=>"iso-8859-8", "iso-8859-8-e"=>"iso-8859-8", "iso-ir-138"=>"iso-8859-8", "iso8859-8"=>"iso-8859-8", "iso88598"=>"iso-8859-8", "iso_8859-8"=>"iso-8859-8", "iso_8859-8:1988"=>"iso-8859-8", "visual"=>"iso-8859-8", "csisolatin6"=>"iso-8859-10", "iso-8859-10"=>"iso-8859-10", "iso-ir-157"=>"iso-8859-10", "iso8859-10"=>"iso-8859-10", "iso885910"=>"iso-8859-10", "l6"=>"iso-8859-10", "latin6"=>"iso-8859-10", "iso-8859-13"=>"iso-8859-13", "iso8859-13"=>"iso-8859-13", "iso885913"=>"iso-8859-13", "iso-8859-14"=>"iso-8859-14", "iso8859-14"=>"iso-8859-14", "iso885914"=>"iso-8859-14", "csisolatin9"=>"iso-8859-15", "iso-8859-15"=>"iso-8859-15", "iso8859-15"=>"iso-8859-15", "iso885915"=>"iso-8859-15", "iso_8859-15"=>"iso-8859-15", "l9"=>"iso-8859-15", "iso-8859-16"=>"iso-8859-16", "cskoi8r"=>"koi8-r", "koi"=>"koi8-r", "koi8"=>"koi8-r", "koi8-r"=>"koi8-r", "koi8_r"=>"koi8-r", "koi8-ru"=>"koi8-u", "koi8-u"=>"koi8-u", "dos-874"=>"windows-874", "iso-8859-11"=>"windows-874", "iso8859-11"=>"windows-874", "iso885911"=>"windows-874", "tis-620"=>"windows-874", "windows-874"=>"windows-874", "cp1250"=>"windows-1250", "windows-1250"=>"windows-1250", "x-cp1250"=>"windows-1250", "cp1251"=>"windows-1251", "windows-1251"=>"windows-1251", "x-cp1251"=>"windows-1251", "ansi_x3.4-1968"=>"windows-1252", "ascii"=>"windows-1252", "cp1252"=>"windows-1252", "cp819"=>"windows-1252", "csisolatin1"=>"windows-1252", "ibm819"=>"windows-1252", "iso-8859-1"=>"windows-1252", "iso-ir-100"=>"windows-1252", "iso8859-1"=>"windows-1252", "iso88591"=>"windows-1252", "iso_8859-1"=>"windows-1252", "iso_8859-1:1987"=>"windows-1252", "l1"=>"windows-1252", "latin1"=>"windows-1252", "us-ascii"=>"windows-1252", "windows-1252"=>"windows-1252", "x-cp1252"=>"windows-1252", "cp1253"=>"windows-1253", "windows-1253"=>"windows-1253", "x-cp1253"=>"windows-1253", "cp1254"=>"windows-1254", "csisolatin5"=>"windows-1254", "iso-8859-9"=>"windows-1254", "iso-ir-148"=>"windows-1254", "iso8859-9"=>"windows-1254", "iso88599"=>"windows-1254", "iso_8859-9"=>"windows-1254", "iso_8859-9:1989"=>"windows-1254", "l5"=>"windows-1254", "latin5"=>"windows-1254", "windows-1254"=>"windows-1254", "x-cp1254"=>"windows-1254", "cp1255"=>"windows-1255", "windows-1255"=>"windows-1255", "x-cp1255"=>"windows-1255", "cp1256"=>"windows-1256", "windows-1256"=>"windows-1256", "x-cp1256"=>"windows-1256", "cp1257"=>"windows-1257", "windows-1257"=>"windows-1257", "x-cp1257"=>"windows-1257", "cp1258"=>"windows-1258", "windows-1258"=>"windows-1258", "x-cp1258"=>"windows-1258", "x-mac-cyrillic"=>"macCyrillic", "x-mac-ukrainian"=>"macCyrillic", "chinese"=>"gbk", "csgb2312"=>"gbk", "csiso58gb231280"=>"gbk", "gb2312"=>"gbk", "gb_2312"=>"gbk", "gb_2312-80"=>"gbk", "gbk"=>"gbk", "iso-ir-58"=>"gbk", "x-gbk"=>"gbk", "gb18030"=>"gb18030", "big5"=>"big5", "big5-hkscs"=>"big5", "cn-big5"=>"big5", "csbig5"=>"big5", "x-x-big5"=>"big5", "cseucpkdfmtjapanese"=>"cp51932", "euc-jp"=>"cp51932", "x-euc-jp"=>"cp51932", "csiso2022jp"=>"cp50221", "iso-2022-jp"=>"cp50221", "csshiftjis"=>"Windows-31J", "ms932"=>"Windows-31J", "ms_kanji"=>"Windows-31J", "shift-jis"=>"Windows-31J", "shift_jis"=>"Windows-31J", "sjis"=>"Windows-31J", "windows-31j"=>"Windows-31J", "x-sjis"=>"Windows-31J", "cseuckr"=>"euc-kr", "csksc56011987"=>"euc-kr", "euc-kr"=>"euc-kr", "iso-ir-149"=>"euc-kr", "korean"=>"euc-kr", "ks_c_5601-1987"=>"euc-kr", "ks_c_5601-1989"=>"euc-kr", "ksc5601"=>"euc-kr", "ksc_5601"=>"euc-kr", "windows-949"=>"euc-kr", "utf-16be"=>"utf-16be", "utf-16"=>"utf-16le", "utf-16le"=>"utf-16le", } # :nodoc: Ractor.make_shareable(WEB_ENCODINGS_) if defined?(Ractor) # :nodoc: # return encoding or nil # http://encoding.spec.whatwg.org/#concept-encoding-get def self.get_encoding(label) Encoding.find(WEB_ENCODINGS_[label.to_str.strip.downcase]) rescue nil end end # module Gem::URI module Gem # # Returns a \Gem::URI object derived from the given +uri+, # which may be a \Gem::URI string or an existing \Gem::URI object: # # # Returns a new Gem::URI. # uri = Gem::URI('http://github.com/ruby/ruby') # # => #<Gem::URI::HTTP http://github.com/ruby/ruby> # # Returns the given Gem::URI. # Gem::URI(uri) # # => #<Gem::URI::HTTP http://github.com/ruby/ruby> # def URI(uri) if uri.is_a?(Gem::URI::Generic) uri elsif uri = String.try_convert(uri) Gem::URI.parse(uri) else raise ArgumentError, "bad argument (expected Gem::URI object or Gem::URI string)" end end module_function :URI end PK )J [���� � 2 share/rubygems/rubygems/vendor/uri/lib/uri/http.rbnu �[��� # frozen_string_literal: false # = uri/http.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Gem::URI for general documentation # require_relative 'generic' module Gem::URI # # The syntax of HTTP URIs is defined in RFC1738 section 3.3. # # Note that the Ruby Gem::URI library allows HTTP URLs containing usernames and # passwords. This is not legal as per the RFC, but used to be # supported in Internet Explorer 5 and 6, before the MS04-004 security # update. See <URL:http://support.microsoft.com/kb/834489>. # class HTTP < Generic # A Default port of 80 for Gem::URI::HTTP. DEFAULT_PORT = 80 # An Array of the available components for Gem::URI::HTTP. COMPONENT = %i[ scheme userinfo host port path query fragment ].freeze # # == Description # # Creates a new Gem::URI::HTTP object from components, with syntax checking. # # The components accepted are userinfo, host, port, path, query, and # fragment. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, query, fragment]</code>. # # Example: # # uri = Gem::URI::HTTP.build(host: 'www.example.com', path: '/foo/bar') # # uri = Gem::URI::HTTP.build([nil, "www.example.com", nil, "/path", # "query", 'fragment']) # # Currently, if passed userinfo components this method generates # invalid HTTP URIs as per RFC 1738. # def self.build(args) tmp = Util.make_components_hash(self, args) super(tmp) end # # == Description # # Returns the full path for an HTTP request, as required by Net::HTTP::Get. # # If the Gem::URI contains a query, the full path is Gem::URI#path + '?' + Gem::URI#query. # Otherwise, the path is simply Gem::URI#path. # # Example: # # uri = Gem::URI::HTTP.build(path: '/foo/bar', query: 'test=true') # uri.request_uri # => "/foo/bar?test=true" # def request_uri return unless @path url = @query ? "#@path?#@query" : @path.dup url.start_with?(?/.freeze) ? url : ?/ + url end # # == Description # # Returns the authority for an HTTP uri, as defined in # https://www.rfc-editor.org/rfc/rfc3986#section-3.2. # # # Example: # # Gem::URI::HTTP.build(host: 'www.example.com', path: '/foo/bar').authority #=> "www.example.com" # Gem::URI::HTTP.build(host: 'www.example.com', port: 8000, path: '/foo/bar').authority #=> "www.example.com:8000" # Gem::URI::HTTP.build(host: 'www.example.com', port: 80, path: '/foo/bar').authority #=> "www.example.com" # def authority if port == default_port host else "#{host}:#{port}" end end # # == Description # # Returns the origin for an HTTP uri, as defined in # https://www.rfc-editor.org/rfc/rfc6454. # # # Example: # # Gem::URI::HTTP.build(host: 'www.example.com', path: '/foo/bar').origin #=> "http://www.example.com" # Gem::URI::HTTP.build(host: 'www.example.com', port: 8000, path: '/foo/bar').origin #=> "http://www.example.com:8000" # Gem::URI::HTTP.build(host: 'www.example.com', port: 80, path: '/foo/bar').origin #=> "http://www.example.com" # Gem::URI::HTTPS.build(host: 'www.example.com', path: '/foo/bar').origin #=> "https://www.example.com" # def origin "#{scheme}://#{authority}" end end register_scheme 'HTTP', HTTP end PK )J [k�� & & - share/rubygems/rubygems/vendor/uri/lib/uri.rbnu �[��� # frozen_string_literal: false # Gem::URI is a module providing classes to handle Uniform Resource Identifiers # (RFC2396[https://www.rfc-editor.org/rfc/rfc2396]). # # == Features # # * Uniform way of handling URIs. # * Flexibility to introduce custom Gem::URI schemes. # * Flexibility to have an alternate Gem::URI::Parser (or just different patterns # and regexp's). # # == Basic example # # require 'rubygems/vendor/uri/lib/uri' # # uri = Gem::URI("http://foo.com/posts?id=30&limit=5#time=1305298413") # #=> #<Gem::URI::HTTP http://foo.com/posts?id=30&limit=5#time=1305298413> # # uri.scheme #=> "http" # uri.host #=> "foo.com" # uri.path #=> "/posts" # uri.query #=> "id=30&limit=5" # uri.fragment #=> "time=1305298413" # # uri.to_s #=> "http://foo.com/posts?id=30&limit=5#time=1305298413" # # == Adding custom URIs # # module Gem::URI # class RSYNC < Generic # DEFAULT_PORT = 873 # end # register_scheme 'RSYNC', RSYNC # end # #=> Gem::URI::RSYNC # # Gem::URI.scheme_list # #=> {"FILE"=>Gem::URI::File, "FTP"=>Gem::URI::FTP, "HTTP"=>Gem::URI::HTTP, # # "HTTPS"=>Gem::URI::HTTPS, "LDAP"=>Gem::URI::LDAP, "LDAPS"=>Gem::URI::LDAPS, # # "MAILTO"=>Gem::URI::MailTo, "RSYNC"=>Gem::URI::RSYNC} # # uri = Gem::URI("rsync://rsync.foo.com") # #=> #<Gem::URI::RSYNC rsync://rsync.foo.com> # # == RFC References # # A good place to view an RFC spec is http://www.ietf.org/rfc.html. # # Here is a list of all related RFC's: # - RFC822[https://www.rfc-editor.org/rfc/rfc822] # - RFC1738[https://www.rfc-editor.org/rfc/rfc1738] # - RFC2255[https://www.rfc-editor.org/rfc/rfc2255] # - RFC2368[https://www.rfc-editor.org/rfc/rfc2368] # - RFC2373[https://www.rfc-editor.org/rfc/rfc2373] # - RFC2396[https://www.rfc-editor.org/rfc/rfc2396] # - RFC2732[https://www.rfc-editor.org/rfc/rfc2732] # - RFC3986[https://www.rfc-editor.org/rfc/rfc3986] # # == Class tree # # - Gem::URI::Generic (in uri/generic.rb) # - Gem::URI::File - (in uri/file.rb) # - Gem::URI::FTP - (in uri/ftp.rb) # - Gem::URI::HTTP - (in uri/http.rb) # - Gem::URI::HTTPS - (in uri/https.rb) # - Gem::URI::LDAP - (in uri/ldap.rb) # - Gem::URI::LDAPS - (in uri/ldaps.rb) # - Gem::URI::MailTo - (in uri/mailto.rb) # - Gem::URI::Parser - (in uri/common.rb) # - Gem::URI::REGEXP - (in uri/common.rb) # - Gem::URI::REGEXP::PATTERN - (in uri/common.rb) # - Gem::URI::Util - (in uri/common.rb) # - Gem::URI::Error - (in uri/common.rb) # - Gem::URI::InvalidURIError - (in uri/common.rb) # - Gem::URI::InvalidComponentError - (in uri/common.rb) # - Gem::URI::BadURIError - (in uri/common.rb) # # == Copyright Info # # Author:: Akira Yamada <akira@ruby-lang.org> # Documentation:: # Akira Yamada <akira@ruby-lang.org> # Dmitry V. Sabanin <sdmitry@lrn.ru> # Vincent Batts <vbatts@hashbangbash.com> # License:: # Copyright (c) 2001 akira yamada <akira@ruby-lang.org> # You can redistribute it and/or modify it under the same term as Ruby. # module Gem::URI end require_relative 'uri/version' require_relative 'uri/common' require_relative 'uri/generic' require_relative 'uri/file' require_relative 'uri/ftp' require_relative 'uri/http' require_relative 'uri/https' require_relative 'uri/ldap' require_relative 'uri/ldaps' require_relative 'uri/mailto' require_relative 'uri/ws' require_relative 'uri/wss' PK )J [%^��3 3 5 share/rubygems/rubygems/vendor/timeout/lib/timeout.rbnu �[��� # frozen_string_literal: true # Timeout long-running blocks # # == Synopsis # # require 'rubygems/vendor/timeout/lib/timeout' # status = Gem::Timeout.timeout(5) { # # Something that should be interrupted if it takes more than 5 seconds... # } # # == Description # # Gem::Timeout provides a way to auto-terminate a potentially long-running # operation if it hasn't finished in a fixed amount of time. # # == Copyright # # Copyright:: (C) 2000 Network Applied Communication Laboratory, Inc. # Copyright:: (C) 2000 Information-technology Promotion Agency, Japan module Gem::Timeout # The version VERSION = "0.4.3" # Internal error raised to when a timeout is triggered. class ExitException < Exception def exception(*) # :nodoc: self end end # Raised by Gem::Timeout.timeout when the block times out. class Error < RuntimeError def self.handle_timeout(message) # :nodoc: exc = ExitException.new(message) begin yield exc rescue ExitException => e raise new(message) if exc.equal?(e) raise end end end # :stopdoc: CONDVAR = ConditionVariable.new QUEUE = Queue.new QUEUE_MUTEX = Mutex.new TIMEOUT_THREAD_MUTEX = Mutex.new @timeout_thread = nil private_constant :CONDVAR, :QUEUE, :QUEUE_MUTEX, :TIMEOUT_THREAD_MUTEX class Request attr_reader :deadline def initialize(thread, timeout, exception_class, message) @thread = thread @deadline = GET_TIME.call(Process::CLOCK_MONOTONIC) + timeout @exception_class = exception_class @message = message @mutex = Mutex.new @done = false # protected by @mutex end def done? @mutex.synchronize do @done end end def expired?(now) now >= @deadline end def interrupt @mutex.synchronize do unless @done @thread.raise @exception_class, @message @done = true end end end def finished @mutex.synchronize do @done = true end end end private_constant :Request def self.create_timeout_thread watcher = Thread.new do requests = [] while true until QUEUE.empty? and !requests.empty? # wait to have at least one request req = QUEUE.pop requests << req unless req.done? end closest_deadline = requests.min_by(&:deadline).deadline now = 0.0 QUEUE_MUTEX.synchronize do while (now = GET_TIME.call(Process::CLOCK_MONOTONIC)) < closest_deadline and QUEUE.empty? CONDVAR.wait(QUEUE_MUTEX, closest_deadline - now) end end requests.each do |req| req.interrupt if req.expired?(now) end requests.reject!(&:done?) end end ThreadGroup::Default.add(watcher) unless watcher.group.enclosed? watcher.name = "Gem::Timeout stdlib thread" watcher.thread_variable_set(:"\0__detached_thread__", true) watcher end private_class_method :create_timeout_thread def self.ensure_timeout_thread_created unless @timeout_thread and @timeout_thread.alive? TIMEOUT_THREAD_MUTEX.synchronize do unless @timeout_thread and @timeout_thread.alive? @timeout_thread = create_timeout_thread end end end end # We keep a private reference so that time mocking libraries won't break # Gem::Timeout. GET_TIME = Process.method(:clock_gettime) private_constant :GET_TIME # :startdoc: # Perform an operation in a block, raising an error if it takes longer than # +sec+ seconds to complete. # # +sec+:: Number of seconds to wait for the block to terminate. Any non-negative number # or nil may be used, including Floats to specify fractional seconds. A # value of 0 or +nil+ will execute the block without any timeout. # Any negative number will raise an ArgumentError. # +klass+:: Exception Class to raise if the block fails to terminate # in +sec+ seconds. Omitting will use the default, Gem::Timeout::Error # +message+:: Error message to raise with Exception Class. # Omitting will use the default, "execution expired" # # Returns the result of the block *if* the block completed before # +sec+ seconds, otherwise throws an exception, based on the value of +klass+. # # The exception thrown to terminate the given block cannot be rescued inside # the block unless +klass+ is given explicitly. However, the block can use # ensure to prevent the handling of the exception. For that reason, this # method cannot be relied on to enforce timeouts for untrusted blocks. # # If a scheduler is defined, it will be used to handle the timeout by invoking # Scheduler#timeout_after. # # Note that this is both a method of module Gem::Timeout, so you can <tt>include # Gem::Timeout</tt> into your classes so they have a #timeout method, as well as # a module method, so you can call it directly as Gem::Timeout.timeout(). def timeout(sec, klass = nil, message = nil, &block) #:yield: +sec+ return yield(sec) if sec == nil or sec.zero? raise ArgumentError, "Timeout sec must be a non-negative number" if 0 > sec message ||= "execution expired" if Fiber.respond_to?(:current_scheduler) && (scheduler = Fiber.current_scheduler)&.respond_to?(:timeout_after) return scheduler.timeout_after(sec, klass || Error, message, &block) end Gem::Timeout.ensure_timeout_thread_created perform = Proc.new do |exc| request = Request.new(Thread.current, sec, exc, message) QUEUE_MUTEX.synchronize do QUEUE << request CONDVAR.signal end begin return yield(sec) ensure request.finished end end if klass perform.call(klass) else Error.handle_timeout(message, &perform) end end module_function :timeout end PK )J [L��; ; ; share/rubygems/rubygems/vendor/optparse/lib/optionparser.rbnu �[��� # frozen_string_literal: false require_relative 'optparse' PK )J [7� � > share/rubygems/rubygems/vendor/optparse/lib/optparse/kwargs.rbnu �[��� # frozen_string_literal: true require_relative '../optparse' class Gem::OptionParser # :call-seq: # define_by_keywords(options, method, **params) # # :include: ../../doc/optparse/creates_option.rdoc # # Defines options which set in to _options_ for keyword parameters # of _method_. # # Parameters for each keywords are given as elements of _params_. # def define_by_keywords(options, method, **params) method.parameters.each do |type, name| case type when :key, :keyreq op, cl = *(type == :key ? %w"[ ]" : ["", ""]) define("--#{name}=#{op}#{name.upcase}#{cl}", *params[name]) do |o| options[name] = o end end end options end end PK )J [�ua�� � : share/rubygems/rubygems/vendor/optparse/lib/optparse/ac.rbnu �[��� # frozen_string_literal: false require_relative '../optparse' # # autoconf-like options. # class Gem::OptionParser::AC < Gem::OptionParser # :stopdoc: private def _check_ac_args(name, block) unless /\A\w[-\w]*\z/ =~ name raise ArgumentError, name end unless block raise ArgumentError, "no block given", ParseError.filter_backtrace(caller) end end ARG_CONV = proc {|val| val.nil? ? true : val} private_constant :ARG_CONV def _ac_arg_enable(prefix, name, help_string, block) _check_ac_args(name, block) sdesc = [] ldesc = ["--#{prefix}-#{name}"] desc = [help_string] q = name.downcase ac_block = proc {|val| block.call(ARG_CONV.call(val))} enable = Switch::PlacedArgument.new(nil, ARG_CONV, sdesc, ldesc, nil, desc, ac_block) disable = Switch::NoArgument.new(nil, proc {false}, sdesc, ldesc, nil, desc, ac_block) top.append(enable, [], ["enable-" + q], disable, ['disable-' + q]) enable end # :startdoc: public # Define <tt>--enable</tt> / <tt>--disable</tt> style option # # Appears as <tt>--enable-<i>name</i></tt> in help message. def ac_arg_enable(name, help_string, &block) _ac_arg_enable("enable", name, help_string, block) end # Define <tt>--enable</tt> / <tt>--disable</tt> style option # # Appears as <tt>--disable-<i>name</i></tt> in help message. def ac_arg_disable(name, help_string, &block) _ac_arg_enable("disable", name, help_string, block) end # Define <tt>--with</tt> / <tt>--without</tt> style option # # Appears as <tt>--with-<i>name</i></tt> in help message. def ac_arg_with(name, help_string, &block) _check_ac_args(name, block) sdesc = [] ldesc = ["--with-#{name}"] desc = [help_string] q = name.downcase with = Switch::PlacedArgument.new(*search(:atype, String), sdesc, ldesc, nil, desc, block) without = Switch::NoArgument.new(nil, proc {}, sdesc, ldesc, nil, desc, block) top.append(with, [], ["with-" + q], without, ['without-' + q]) with end end PK )J [O��� � < share/rubygems/rubygems/vendor/optparse/lib/optparse/date.rbnu �[��� # frozen_string_literal: false require_relative '../optparse' require 'date' Gem::OptionParser.accept(DateTime) do |s,| begin DateTime.parse(s) if s rescue ArgumentError raise Gem::OptionParser::InvalidArgument, s end end Gem::OptionParser.accept(Date) do |s,| begin Date.parse(s) if s rescue ArgumentError raise Gem::OptionParser::InvalidArgument, s end end PK )J ["�j�� � B share/rubygems/rubygems/vendor/optparse/lib/optparse/shellwords.rbnu �[��� # frozen_string_literal: false # -*- ruby -*- require 'shellwords' require_relative '../optparse' Gem::OptionParser.accept(Shellwords) {|s,| Shellwords.shellwords(s)} PK )J [�.U� � < share/rubygems/rubygems/vendor/optparse/lib/optparse/time.rbnu �[��� # frozen_string_literal: false require_relative '../optparse' require 'time' Gem::OptionParser.accept(Time) do |s,| begin (Time.httpdate(s) rescue Time.parse(s)) if s rescue raise Gem::OptionParser::InvalidArgument, s end end PK )J [�S�?� � ? share/rubygems/rubygems/vendor/optparse/lib/optparse/version.rbnu �[��� # frozen_string_literal: false # Gem::OptionParser internal utility class << Gem::OptionParser # # Shows version string in packages if Version is defined. # # +pkgs+:: package list # def show_version(*pkgs) progname = ARGV.options.program_name result = false show = proc do |klass, cname, version| str = "#{progname}" unless klass == ::Object and cname == :VERSION version = version.join(".") if Array === version str << ": #{klass}" unless klass == Object str << " version #{version}" end [:Release, :RELEASE].find do |rel| if klass.const_defined?(rel) str << " (#{klass.const_get(rel)})" end end puts str result = true end if pkgs.size == 1 and pkgs[0] == "all" self.search_const(::Object, /\AV(?:ERSION|ersion)\z/) do |klass, cname, version| unless cname[1] == ?e and klass.const_defined?(:Version) show.call(klass, cname.intern, version) end end else pkgs.each do |pkg| begin pkg = pkg.split(/::|\//).inject(::Object) {|m, c| m.const_get(c)} v = case when pkg.const_defined?(:Version) pkg.const_get(n = :Version) when pkg.const_defined?(:VERSION) pkg.const_get(n = :VERSION) else n = nil "unknown" end show.call(pkg, n, v) rescue NameError end end end result end # :stopdoc: def each_const(path, base = ::Object) path.split(/::|\//).inject(base) do |klass, name| raise NameError, path unless Module === klass klass.constants.grep(/#{name}/i) do |c| klass.const_defined?(c) or next klass.const_get(c) end end end def search_const(klass, name) klasses = [klass] while klass = klasses.shift klass.constants.each do |cname| klass.const_defined?(cname) or next const = klass.const_get(cname) yield klass, cname, const if name === cname klasses << const if Module === const and const != ::Object end end end # :startdoc: end PK )J [l�V� � ; share/rubygems/rubygems/vendor/optparse/lib/optparse/uri.rbnu �[��� # frozen_string_literal: false # -*- ruby -*- require_relative '../optparse' require_relative '../../../uri/lib/uri' Gem::OptionParser.accept(Gem::URI) {|s,| Gem::URI.parse(s) if s} PK )J [:�V� � 7 share/rubygems/rubygems/vendor/optparse/lib/optparse.rbnu �[��� # frozen_string_literal: true # # optparse.rb - command-line option analysis with the Gem::OptionParser class. # # Author:: Nobu Nakada # Documentation:: Nobu Nakada and Gavin Sinclair. # # See Gem::OptionParser for documentation. # #-- # == Developer Documentation (not for RDoc output) # # === Class tree # # - Gem::OptionParser:: front end # - Gem::OptionParser::Switch:: each switches # - Gem::OptionParser::List:: options list # - Gem::OptionParser::ParseError:: errors on parsing # - Gem::OptionParser::AmbiguousOption # - Gem::OptionParser::NeedlessArgument # - Gem::OptionParser::MissingArgument # - Gem::OptionParser::InvalidOption # - Gem::OptionParser::InvalidArgument # - Gem::OptionParser::AmbiguousArgument # # === Object relationship diagram # # +--------------+ # | Gem::OptionParser |<>-----+ # +--------------+ | +--------+ # | ,-| Switch | # on_head -------->+---------------+ / +--------+ # accept/reject -->| List |<|>- # | |<|>- +----------+ # on ------------->+---------------+ `-| argument | # : : | class | # +---------------+ |==========| # on_tail -------->| | |pattern | # +---------------+ |----------| # Gem::OptionParser.accept ->| DefaultList | |converter | # reject |(shared between| +----------+ # | all instances)| # +---------------+ # #++ # # == Gem::OptionParser # # === New to +Gem::OptionParser+? # # See the {Tutorial}[optparse/tutorial.rdoc]. # # === Introduction # # Gem::OptionParser is a class for command-line option analysis. It is much more # advanced, yet also easier to use, than GetoptLong, and is a more Ruby-oriented # solution. # # === Features # # 1. The argument specification and the code to handle it are written in the # same place. # 2. It can output an option summary; you don't need to maintain this string # separately. # 3. Optional and mandatory arguments are specified very gracefully. # 4. Arguments can be automatically converted to a specified class. # 5. Arguments can be restricted to a certain set. # # All of these features are demonstrated in the examples below. See # #make_switch for full documentation. # # === Minimal example # # require 'rubygems/vendor/optparse/lib/optparse' # # options = {} # Gem::OptionParser.new do |parser| # parser.banner = "Usage: example.rb [options]" # # parser.on("-v", "--[no-]verbose", "Run verbosely") do |v| # options[:verbose] = v # end # end.parse! # # p options # p ARGV # # === Generating Help # # Gem::OptionParser can be used to automatically generate help for the commands you # write: # # require 'rubygems/vendor/optparse/lib/optparse' # # Options = Struct.new(:name) # # class Parser # def self.parse(options) # args = Options.new("world") # # opt_parser = Gem::OptionParser.new do |parser| # parser.banner = "Usage: example.rb [options]" # # parser.on("-nNAME", "--name=NAME", "Name to say hello to") do |n| # args.name = n # end # # parser.on("-h", "--help", "Prints this help") do # puts parser # exit # end # end # # opt_parser.parse!(options) # return args # end # end # options = Parser.parse %w[--help] # # #=> # # Usage: example.rb [options] # # -n, --name=NAME Name to say hello to # # -h, --help Prints this help # # === Required Arguments # # For options that require an argument, option specification strings may include an # option name in all caps. If an option is used without the required argument, # an exception will be raised. # # require 'rubygems/vendor/optparse/lib/optparse' # # options = {} # Gem::OptionParser.new do |parser| # parser.on("-r", "--require LIBRARY", # "Require the LIBRARY before executing your script") do |lib| # puts "You required #{lib}!" # end # end.parse! # # Used: # # $ ruby optparse-test.rb -r # optparse-test.rb:9:in `<main>': missing argument: -r (Gem::OptionParser::MissingArgument) # $ ruby optparse-test.rb -r my-library # You required my-library! # # === Type Coercion # # Gem::OptionParser supports the ability to coerce command line arguments # into objects for us. # # Gem::OptionParser comes with a few ready-to-use kinds of type # coercion. They are: # # - Date -- Anything accepted by +Date.parse+ (need to require +optparse/date+) # - DateTime -- Anything accepted by +DateTime.parse+ (need to require +optparse/date+) # - Time -- Anything accepted by +Time.httpdate+ or +Time.parse+ (need to require +optparse/time+) # - URI -- Anything accepted by +Gem::URI.parse+ (need to require +optparse/uri+) # - Shellwords -- Anything accepted by +Shellwords.shellwords+ (need to require +optparse/shellwords+) # - String -- Any non-empty string # - Integer -- Any integer. Will convert octal. (e.g. 124, -3, 040) # - Float -- Any float. (e.g. 10, 3.14, -100E+13) # - Numeric -- Any integer, float, or rational (1, 3.4, 1/3) # - DecimalInteger -- Like +Integer+, but no octal format. # - OctalInteger -- Like +Integer+, but no decimal format. # - DecimalNumeric -- Decimal integer or float. # - TrueClass -- Accepts '+, yes, true, -, no, false' and # defaults as +true+ # - FalseClass -- Same as +TrueClass+, but defaults to +false+ # - Array -- Strings separated by ',' (e.g. 1,2,3) # - Regexp -- Regular expressions. Also includes options. # # We can also add our own coercions, which we will cover below. # # ==== Using Built-in Conversions # # As an example, the built-in +Time+ conversion is used. The other built-in # conversions behave in the same way. # Gem::OptionParser will attempt to parse the argument # as a +Time+. If it succeeds, that time will be passed to the # handler block. Otherwise, an exception will be raised. # # require 'rubygems/vendor/optparse/lib/optparse' # require 'rubygems/vendor/optparse/lib/optparse/time' # Gem::OptionParser.new do |parser| # parser.on("-t", "--time [TIME]", Time, "Begin execution at given time") do |time| # p time # end # end.parse! # # Used: # # $ ruby optparse-test.rb -t nonsense # ... invalid argument: -t nonsense (Gem::OptionParser::InvalidArgument) # $ ruby optparse-test.rb -t 10-11-12 # 2010-11-12 00:00:00 -0500 # $ ruby optparse-test.rb -t 9:30 # 2014-08-13 09:30:00 -0400 # # ==== Creating Custom Conversions # # The +accept+ method on Gem::OptionParser may be used to create converters. # It specifies which conversion block to call whenever a class is specified. # The example below uses it to fetch a +User+ object before the +on+ handler receives it. # # require 'rubygems/vendor/optparse/lib/optparse' # # User = Struct.new(:id, :name) # # def find_user id # not_found = ->{ raise "No User Found for id #{id}" } # [ User.new(1, "Sam"), # User.new(2, "Gandalf") ].find(not_found) do |u| # u.id == id # end # end # # op = Gem::OptionParser.new # op.accept(User) do |user_id| # find_user user_id.to_i # end # # op.on("--user ID", User) do |user| # puts user # end # # op.parse! # # Used: # # $ ruby optparse-test.rb --user 1 # #<struct User id=1, name="Sam"> # $ ruby optparse-test.rb --user 2 # #<struct User id=2, name="Gandalf"> # $ ruby optparse-test.rb --user 3 # optparse-test.rb:15:in `block in find_user': No User Found for id 3 (RuntimeError) # # === Store options to a Hash # # The +into+ option of +order+, +parse+ and so on methods stores command line options into a Hash. # # require 'rubygems/vendor/optparse/lib/optparse' # # options = {} # Gem::OptionParser.new do |parser| # parser.on('-a') # parser.on('-b NUM', Integer) # parser.on('-v', '--verbose') # end.parse!(into: options) # # p options # # Used: # # $ ruby optparse-test.rb -a # {:a=>true} # $ ruby optparse-test.rb -a -v # {:a=>true, :verbose=>true} # $ ruby optparse-test.rb -a -b 100 # {:a=>true, :b=>100} # # === Complete example # # The following example is a complete Ruby program. You can run it and see the # effect of specifying various options. This is probably the best way to learn # the features of +optparse+. # # require 'rubygems/vendor/optparse/lib/optparse' # require 'rubygems/vendor/optparse/lib/optparse/time' # require 'ostruct' # require 'pp' # # class OptparseExample # Version = '1.0.0' # # CODES = %w[iso-2022-jp shift_jis euc-jp utf8 binary] # CODE_ALIASES = { "jis" => "iso-2022-jp", "sjis" => "shift_jis" } # # class ScriptOptions # attr_accessor :library, :inplace, :encoding, :transfer_type, # :verbose, :extension, :delay, :time, :record_separator, # :list # # def initialize # self.library = [] # self.inplace = false # self.encoding = "utf8" # self.transfer_type = :auto # self.verbose = false # end # # def define_options(parser) # parser.banner = "Usage: example.rb [options]" # parser.separator "" # parser.separator "Specific options:" # # # add additional options # perform_inplace_option(parser) # delay_execution_option(parser) # execute_at_time_option(parser) # specify_record_separator_option(parser) # list_example_option(parser) # specify_encoding_option(parser) # optional_option_argument_with_keyword_completion_option(parser) # boolean_verbose_option(parser) # # parser.separator "" # parser.separator "Common options:" # # No argument, shows at tail. This will print an options summary. # # Try it and see! # parser.on_tail("-h", "--help", "Show this message") do # puts parser # exit # end # # Another typical switch to print the version. # parser.on_tail("--version", "Show version") do # puts Version # exit # end # end # # def perform_inplace_option(parser) # # Specifies an optional option argument # parser.on("-i", "--inplace [EXTENSION]", # "Edit ARGV files in place", # "(make backup if EXTENSION supplied)") do |ext| # self.inplace = true # self.extension = ext || '' # self.extension.sub!(/\A\.?(?=.)/, ".") # Ensure extension begins with dot. # end # end # # def delay_execution_option(parser) # # Cast 'delay' argument to a Float. # parser.on("--delay N", Float, "Delay N seconds before executing") do |n| # self.delay = n # end # end # # def execute_at_time_option(parser) # # Cast 'time' argument to a Time object. # parser.on("-t", "--time [TIME]", Time, "Begin execution at given time") do |time| # self.time = time # end # end # # def specify_record_separator_option(parser) # # Cast to octal integer. # parser.on("-F", "--irs [OCTAL]", Gem::OptionParser::OctalInteger, # "Specify record separator (default \\0)") do |rs| # self.record_separator = rs # end # end # # def list_example_option(parser) # # List of arguments. # parser.on("--list x,y,z", Array, "Example 'list' of arguments") do |list| # self.list = list # end # end # # def specify_encoding_option(parser) # # Keyword completion. We are specifying a specific set of arguments (CODES # # and CODE_ALIASES - notice the latter is a Hash), and the user may provide # # the shortest unambiguous text. # code_list = (CODE_ALIASES.keys + CODES).join(', ') # parser.on("--code CODE", CODES, CODE_ALIASES, "Select encoding", # "(#{code_list})") do |encoding| # self.encoding = encoding # end # end # # def optional_option_argument_with_keyword_completion_option(parser) # # Optional '--type' option argument with keyword completion. # parser.on("--type [TYPE]", [:text, :binary, :auto], # "Select transfer type (text, binary, auto)") do |t| # self.transfer_type = t # end # end # # def boolean_verbose_option(parser) # # Boolean switch. # parser.on("-v", "--[no-]verbose", "Run verbosely") do |v| # self.verbose = v # end # end # end # # # # # Return a structure describing the options. # # # def parse(args) # # The options specified on the command line will be collected in # # *options*. # # @options = ScriptOptions.new # @args = Gem::OptionParser.new do |parser| # @options.define_options(parser) # parser.parse!(args) # end # @options # end # # attr_reader :parser, :options # end # class OptparseExample # # example = OptparseExample.new # options = example.parse(ARGV) # pp options # example.options # pp ARGV # # === Shell Completion # # For modern shells (e.g. bash, zsh, etc.), you can use shell # completion for command line options. # # === Further documentation # # The above examples, along with the accompanying # {Tutorial}[optparse/tutorial.rdoc], # should be enough to learn how to use this class. # If you have any questions, file a ticket at http://bugs.ruby-lang.org. # class Gem::OptionParser # The version string Gem::OptionParser::Version = "0.6.0" # :stopdoc: NoArgument = [NO_ARGUMENT = :NONE, nil].freeze RequiredArgument = [REQUIRED_ARGUMENT = :REQUIRED, true].freeze OptionalArgument = [OPTIONAL_ARGUMENT = :OPTIONAL, false].freeze # :startdoc: # # Keyword completion module. This allows partial arguments to be specified # and resolved against a list of acceptable values. # module Completion # :nodoc: def self.regexp(key, icase) Regexp.new('\A' + Regexp.quote(key).gsub(/\w+\b/, '\&\w*'), icase) end def self.candidate(key, icase = false, pat = nil, &block) pat ||= Completion.regexp(key, icase) candidates = [] block.call do |k, *v| (if Regexp === k kn = "" k === key else kn = defined?(k.id2name) ? k.id2name : k pat === kn end) or next v << k if v.empty? candidates << [k, v, kn] end candidates end def candidate(key, icase = false, pat = nil, &_) Completion.candidate(key, icase, pat, &method(:each)) end public def complete(key, icase = false, pat = nil) candidates = candidate(key, icase, pat, &method(:each)).sort_by {|k, v, kn| kn.size} if candidates.size == 1 canon, sw, * = candidates[0] elsif candidates.size > 1 canon, sw, cn = candidates.shift candidates.each do |k, v, kn| next if sw == v if String === cn and String === kn if cn.rindex(kn, 0) canon, sw, cn = k, v, kn next elsif kn.rindex(cn, 0) next end end throw :ambiguous, key end end if canon block_given? or return key, *sw yield(key, *sw) end end def convert(opt = nil, val = nil, *) val end end # # Map from option/keyword string to object with completion. # class OptionMap < Hash include Completion end # # Individual switch class. Not important to the user. # # Defined within Switch are several Switch-derived classes: NoArgument, # RequiredArgument, etc. # class Switch # :nodoc: attr_reader :pattern, :conv, :short, :long, :arg, :desc, :block # # Guesses argument style from +arg+. Returns corresponding # Gem::OptionParser::Switch class (OptionalArgument, etc.). # def self.guess(arg) case arg when "" t = self when /\A=?\[/ t = Switch::OptionalArgument when /\A\s+\[/ t = Switch::PlacedArgument else t = Switch::RequiredArgument end self >= t or incompatible_argument_styles(arg, t) t end def self.incompatible_argument_styles(arg, t) raise(ArgumentError, "#{arg}: incompatible argument styles\n #{self}, #{t}", ParseError.filter_backtrace(caller(2))) end def self.pattern NilClass end def initialize(pattern = nil, conv = nil, short = nil, long = nil, arg = nil, desc = ([] if short or long), block = nil, &_block) raise if Array === pattern block ||= _block @pattern, @conv, @short, @long, @arg, @desc, @block = pattern, conv, short, long, arg, desc, block end # # Parses +arg+ and returns rest of +arg+ and matched portion to the # argument pattern. Yields when the pattern doesn't match substring. # def parse_arg(arg) # :nodoc: pattern or return nil, [arg] unless m = pattern.match(arg) yield(InvalidArgument, arg) return arg, [] end if String === m m = [s = m] else m = m.to_a s = m[0] return nil, m unless String === s end raise InvalidArgument, arg unless arg.rindex(s, 0) return nil, m if s.length == arg.length yield(InvalidArgument, arg) # didn't match whole arg return arg[s.length..-1], m end private :parse_arg # # Parses argument, converts and returns +arg+, +block+ and result of # conversion. Yields at semi-error condition instead of raising an # exception. # def conv_arg(arg, val = []) # :nodoc: if conv val = conv.call(*val) else val = proc {|v| v}.call(*val) end return arg, block, val end private :conv_arg # # Produces the summary text. Each line of the summary is yielded to the # block (without newline). # # +sdone+:: Already summarized short style options keyed hash. # +ldone+:: Already summarized long style options keyed hash. # +width+:: Width of left side (option part). In other words, the right # side (description part) starts after +width+ columns. # +max+:: Maximum width of left side -> the options are filled within # +max+ columns. # +indent+:: Prefix string indents all summarized lines. # def summarize(sdone = {}, ldone = {}, width = 1, max = width - 1, indent = "") sopts, lopts = [], [], nil @short.each {|s| sdone.fetch(s) {sopts << s}; sdone[s] = true} if @short @long.each {|s| ldone.fetch(s) {lopts << s}; ldone[s] = true} if @long return if sopts.empty? and lopts.empty? # completely hidden left = [sopts.join(', ')] right = desc.dup while s = lopts.shift l = left[-1].length + s.length l += arg.length if left.size == 1 && arg l < max or sopts.empty? or left << +'' left[-1] << (left[-1].empty? ? ' ' * 4 : ', ') << s end if arg left[0] << (left[1] ? arg.sub(/\A(\[?)=/, '\1') + ',' : arg) end mlen = left.collect {|ss| ss.length}.max.to_i while mlen > width and l = left.shift mlen = left.collect {|ss| ss.length}.max.to_i if l.length == mlen if l.length < width and (r = right[0]) and !r.empty? l = l.to_s.ljust(width) + ' ' + r right.shift end yield(indent + l) end while begin l = left.shift; r = right.shift; l or r end l = l.to_s.ljust(width) + ' ' + r if r and !r.empty? yield(indent + l) end self end def add_banner(to) # :nodoc: unless @short or @long s = desc.join to << " [" + s + "]..." unless s.empty? end to end def match_nonswitch?(str) # :nodoc: @pattern =~ str unless @short or @long end # # Main name of the switch. # def switch_name (long.first || short.first).sub(/\A-+(?:\[no-\])?/, '') end def compsys(sdone, ldone) # :nodoc: sopts, lopts = [], [] @short.each {|s| sdone.fetch(s) {sopts << s}; sdone[s] = true} if @short @long.each {|s| ldone.fetch(s) {lopts << s}; ldone[s] = true} if @long return if sopts.empty? and lopts.empty? # completely hidden (sopts+lopts).each do |opt| # "(-x -c -r)-l[left justify]" if /^--\[no-\](.+)$/ =~ opt o = $1 yield("--#{o}", desc.join("")) yield("--no-#{o}", desc.join("")) else yield("#{opt}", desc.join("")) end end end def pretty_print_contents(q) # :nodoc: if @block q.text ":" + @block.source_location.join(":") + ":" first = false else first = true end [@short, @long].each do |list| list.each do |opt| if first q.text ":" first = false end q.breakable q.text opt end end end def pretty_print(q) # :nodoc: q.object_group(self) {pretty_print_contents(q)} end def omitted_argument(val) # :nodoc: val.pop if val.size == 3 and val.last.nil? val end # # Switch that takes no arguments. # class NoArgument < self # # Raises an exception if any arguments given. # def parse(arg, argv) yield(NeedlessArgument, arg) if arg conv_arg(arg) end def self.incompatible_argument_styles(*) # :nodoc: end def self.pattern # :nodoc: Object end def pretty_head # :nodoc: "NoArgument" end end # # Switch that takes an argument. # class RequiredArgument < self # # Raises an exception if argument is not present. # def parse(arg, argv, &_) unless arg raise MissingArgument if argv.empty? arg = argv.shift end conv_arg(*parse_arg(arg, &method(:raise))) end def pretty_head # :nodoc: "Required" end end # # Switch that can omit argument. # class OptionalArgument < self # # Parses argument if given, or uses default value. # def parse(arg, argv, &error) if arg conv_arg(*parse_arg(arg, &error)) else omitted_argument conv_arg(arg) end end def pretty_head # :nodoc: "Optional" end end # # Switch that takes an argument, which does not begin with '-' or is '-'. # class PlacedArgument < self # # Returns nil if argument is not present or begins with '-' and is not '-'. # def parse(arg, argv, &error) if !(val = arg) and (argv.empty? or /\A-./ =~ (val = argv[0])) return nil, block end opt = (val = parse_arg(val, &error))[1] val = conv_arg(*val) if opt and !arg argv.shift else omitted_argument val val[0] = nil end val end def pretty_head # :nodoc: "Placed" end end end # # Simple option list providing mapping from short and/or long option # string to Gem::OptionParser::Switch and mapping from acceptable argument to # matching pattern and converter pair. Also provides summary feature. # class List # :nodoc: # Map from acceptable argument types to pattern and converter pairs. attr_reader :atype # Map from short style option switches to actual switch objects. attr_reader :short # Map from long style option switches to actual switch objects. attr_reader :long # List of all switches and summary string. attr_reader :list # # Just initializes all instance variables. # def initialize @atype = {} @short = OptionMap.new @long = OptionMap.new @list = [] end def pretty_print(q) # :nodoc: q.group(1, "(", ")") do @list.each do |sw| next unless Switch === sw q.group(1, "(" + sw.pretty_head, ")") do sw.pretty_print_contents(q) end end end end # # See Gem::OptionParser.accept. # def accept(t, pat = /.*/m, &block) if pat pat.respond_to?(:match) or raise TypeError, "has no 'match'", ParseError.filter_backtrace(caller(2)) else pat = t if t.respond_to?(:match) end unless block block = pat.method(:convert).to_proc if pat.respond_to?(:convert) end @atype[t] = [pat, block] end # # See Gem::OptionParser.reject. # def reject(t) @atype.delete(t) end # # Adds +sw+ according to +sopts+, +lopts+ and +nlopts+. # # +sw+:: Gem::OptionParser::Switch instance to be added. # +sopts+:: Short style option list. # +lopts+:: Long style option list. # +nlopts+:: Negated long style options list. # def update(sw, sopts, lopts, nsw = nil, nlopts = nil) # :nodoc: sopts.each {|o| @short[o] = sw} if sopts lopts.each {|o| @long[o] = sw} if lopts nlopts.each {|o| @long[o] = nsw} if nsw and nlopts used = @short.invert.update(@long.invert) @list.delete_if {|o| Switch === o and !used[o]} end private :update # # Inserts +switch+ at the head of the list, and associates short, long # and negated long options. Arguments are: # # +switch+:: Gem::OptionParser::Switch instance to be inserted. # +short_opts+:: List of short style options. # +long_opts+:: List of long style options. # +nolong_opts+:: List of long style options with "no-" prefix. # # prepend(switch, short_opts, long_opts, nolong_opts) # def prepend(*args) update(*args) @list.unshift(args[0]) end # # Appends +switch+ at the tail of the list, and associates short, long # and negated long options. Arguments are: # # +switch+:: Gem::OptionParser::Switch instance to be inserted. # +short_opts+:: List of short style options. # +long_opts+:: List of long style options. # +nolong_opts+:: List of long style options with "no-" prefix. # # append(switch, short_opts, long_opts, nolong_opts) # def append(*args) update(*args) @list.push(args[0]) end # # Searches +key+ in +id+ list. The result is returned or yielded if a # block is given. If it isn't found, nil is returned. # def search(id, key) if list = __send__(id) val = list.fetch(key) {return nil} block_given? ? yield(val) : val end end # # Searches list +id+ for +opt+ and the optional patterns for completion # +pat+. If +icase+ is true, the search is case insensitive. The result # is returned or yielded if a block is given. If it isn't found, nil is # returned. # def complete(id, opt, icase = false, *pat, &block) __send__(id).complete(opt, icase, *pat, &block) end def get_candidates(id) yield __send__(id).keys end # # Iterates over each option, passing the option to the +block+. # def each_option(&block) list.each(&block) end # # Creates the summary table, passing each line to the +block+ (without # newline). The arguments +args+ are passed along to the summarize # method which is called on every option. # def summarize(*args, &block) sum = [] list.reverse_each do |opt| if opt.respond_to?(:summarize) # perhaps Gem::OptionParser::Switch s = [] opt.summarize(*args) {|l| s << l} sum.concat(s.reverse) elsif !opt or opt.empty? sum << "" elsif opt.respond_to?(:each_line) sum.concat([*opt.each_line].reverse) else sum.concat([*opt.each].reverse) end end sum.reverse_each(&block) end def add_banner(to) # :nodoc: list.each do |opt| if opt.respond_to?(:add_banner) opt.add_banner(to) end end to end def compsys(*args, &block) # :nodoc: list.each do |opt| if opt.respond_to?(:compsys) opt.compsys(*args, &block) end end end end # # Hash with completion search feature. See Gem::OptionParser::Completion. # class CompletingHash < Hash include Completion # # Completion for hash key. # def match(key) *values = fetch(key) { raise AmbiguousArgument, catch(:ambiguous) {return complete(key)} } return key, *values end end # :stopdoc: # # Enumeration of acceptable argument styles. Possible values are: # # NO_ARGUMENT:: The switch takes no arguments. (:NONE) # REQUIRED_ARGUMENT:: The switch requires an argument. (:REQUIRED) # OPTIONAL_ARGUMENT:: The switch requires an optional argument. (:OPTIONAL) # # Use like --switch=argument (long style) or -Xargument (short style). For # short style, only portion matched to argument pattern is treated as # argument. # ArgumentStyle = {} NoArgument.each {|el| ArgumentStyle[el] = Switch::NoArgument} RequiredArgument.each {|el| ArgumentStyle[el] = Switch::RequiredArgument} OptionalArgument.each {|el| ArgumentStyle[el] = Switch::OptionalArgument} ArgumentStyle.freeze # # Switches common used such as '--', and also provides default # argument classes # DefaultList = List.new DefaultList.short['-'] = Switch::NoArgument.new {} DefaultList.long[''] = Switch::NoArgument.new {throw :terminate} COMPSYS_HEADER = <<'XXX' # :nodoc: typeset -A opt_args local context state line _arguments -s -S \ XXX def compsys(to, name = File.basename($0)) # :nodoc: to << "#compdef #{name}\n" to << COMPSYS_HEADER visit(:compsys, {}, {}) {|o, d| to << %Q[ "#{o}[#{d.gsub(/[\\\"\[\]]/, '\\\\\&')}]" \\\n] } to << " '*:file:_files' && return 0\n" end def help_exit if STDOUT.tty? && (pager = ENV.values_at(*%w[RUBY_PAGER PAGER]).find {|e| e && !e.empty?}) less = ENV["LESS"] args = [{"LESS" => "#{!less || less.empty? ? '-' : less}Fe"}, pager, "w"] print = proc do |f| f.puts help rescue Errno::EPIPE # pager terminated end if Process.respond_to?(:fork) and false IO.popen("-") {|f| f ? Process.exec(*args, in: f) : print.call(STDOUT)} # unreachable end IO.popen(*args, &print) else puts help end exit end # # Default options for ARGV, which never appear in option summary. # Officious = {} # # --help # Shows option summary. # Officious['help'] = proc do |parser| Switch::NoArgument.new do |arg| parser.help_exit end end # # --*-completion-bash=WORD # Shows candidates for command line completion. # Officious['*-completion-bash'] = proc do |parser| Switch::RequiredArgument.new do |arg| puts parser.candidate(arg) exit end end # # --*-completion-zsh[=NAME:FILE] # Creates zsh completion file. # Officious['*-completion-zsh'] = proc do |parser| Switch::OptionalArgument.new do |arg| parser.compsys(STDOUT, arg) exit end end # # --version # Shows version string if Version is defined. # Officious['version'] = proc do |parser| Switch::OptionalArgument.new do |pkg| if pkg begin require_relative 'optparse/version' rescue LoadError else show_version(*pkg.split(/,/)) or abort("#{parser.program_name}: no version found in package #{pkg}") exit end end v = parser.ver or abort("#{parser.program_name}: version unknown") puts v exit end end # :startdoc: # # Class methods # # # Initializes a new instance and evaluates the optional block in context # of the instance. Arguments +args+ are passed to #new, see there for # description of parameters. # # This method is *deprecated*, its behavior corresponds to the older #new # method. # def self.with(*args, &block) opts = new(*args) opts.instance_eval(&block) opts end # # Returns an incremented value of +default+ according to +arg+. # def self.inc(arg, default = nil) case arg when Integer arg.nonzero? when nil default.to_i + 1 end end # # See self.inc # def inc(*args) self.class.inc(*args) end # # Initializes the instance and yields itself if called with a block. # # +banner+:: Banner message. # +width+:: Summary width. # +indent+:: Summary indent. # def initialize(banner = nil, width = 32, indent = ' ' * 4) @stack = [DefaultList, List.new, List.new] @program_name = nil @banner = banner @summary_width = width @summary_indent = indent @default_argv = ARGV @require_exact = false @raise_unknown = true add_officious yield self if block_given? end def add_officious # :nodoc: list = base() Officious.each do |opt, block| list.long[opt] ||= block.call(self) end end # # Terminates option parsing. Optional parameter +arg+ is a string pushed # back to be the first non-option argument. # def terminate(arg = nil) self.class.terminate(arg) end # # See #terminate. # def self.terminate(arg = nil) throw :terminate, arg end @stack = [DefaultList] # # Returns the global top option list. # # Do not use directly. # def self.top() DefaultList end # # Directs to accept specified class +t+. The argument string is passed to # the block in which it should be converted to the desired class. # # +t+:: Argument class specifier, any object including Class. # +pat+:: Pattern for argument, defaults to +t+ if it responds to match. # # accept(t, pat, &block) # def accept(*args, &blk) top.accept(*args, &blk) end # # See #accept. # def self.accept(*args, &blk) top.accept(*args, &blk) end # # Directs to reject specified class argument. # # +type+:: Argument class specifier, any object including Class. # # reject(type) # def reject(*args, &blk) top.reject(*args, &blk) end # # See #reject. # def self.reject(*args, &blk) top.reject(*args, &blk) end # # Instance methods # # Heading banner preceding summary. attr_writer :banner # Program name to be emitted in error message and default banner, # defaults to $0. attr_writer :program_name # Width for option list portion of summary. Must be Numeric. attr_accessor :summary_width # Indentation for summary. Must be String (or have + String method). attr_accessor :summary_indent # Strings to be parsed in default. attr_accessor :default_argv # Whether to require that options match exactly (disallows providing # abbreviated long option as short option). attr_accessor :require_exact # Whether to raise at unknown option. attr_accessor :raise_unknown # # Heading banner preceding summary. # def banner unless @banner @banner = +"Usage: #{program_name} [options]" visit(:add_banner, @banner) end @banner end # # Program name to be emitted in error message and default banner, defaults # to $0. # def program_name @program_name || File.basename($0, '.*') end # for experimental cascading :-) alias set_banner banner= alias set_program_name program_name= alias set_summary_width summary_width= alias set_summary_indent summary_indent= # Version attr_writer :version # Release code attr_writer :release # # Version # def version (defined?(@version) && @version) || (defined?(::Version) && ::Version) end # # Release code # def release (defined?(@release) && @release) || (defined?(::Release) && ::Release) || (defined?(::RELEASE) && ::RELEASE) end # # Returns version string from program_name, version and release. # def ver if v = version str = +"#{program_name} #{[v].join('.')}" str << " (#{v})" if v = release str end end # # Shows warning message with the program name # # +mesg+:: Message, defaulted to +$!+. # # See Kernel#warn. # def warn(mesg = $!) super("#{program_name}: #{mesg}") end # # Shows message with the program name then aborts. # # +mesg+:: Message, defaulted to +$!+. # # See Kernel#abort. # def abort(mesg = $!) super("#{program_name}: #{mesg}") end # # Subject of #on / #on_head, #accept / #reject # def top @stack[-1] end # # Subject of #on_tail. # def base @stack[1] end # # Pushes a new List. # # If a block is given, yields +self+ and returns the result of the # block, otherwise returns +self+. # def new @stack.push(List.new) if block_given? yield self else self end end # # Removes the last List. # def remove @stack.pop end # # Puts option summary into +to+ and returns +to+. Yields each line if # a block is given. # # +to+:: Output destination, which must have method <<. Defaults to []. # +width+:: Width of left side, defaults to @summary_width. # +max+:: Maximum length allowed for left side, defaults to +width+ - 1. # +indent+:: Indentation, defaults to @summary_indent. # def summarize(to = [], width = @summary_width, max = width - 1, indent = @summary_indent, &blk) nl = "\n" blk ||= proc {|l| to << (l.index(nl, -1) ? l : l + nl)} visit(:summarize, {}, {}, width, max, indent, &blk) to end # # Returns option summary string. # def help; summarize("#{banner}".sub(/\n?\z/, "\n")) end alias to_s help def pretty_print(q) # :nodoc: q.object_group(self) do first = true if @stack.size > 2 @stack.each_with_index do |s, i| next if i < 2 next if s.list.empty? if first first = false q.text ":" end q.breakable s.pretty_print(q) end end end end def inspect # :nodoc: require 'pp' pretty_print_inspect end # # Returns option summary list. # def to_a; summarize("#{banner}".split(/^/)) end # # Checks if an argument is given twice, in which case an ArgumentError is # raised. Called from Gem::OptionParser#switch only. # # +obj+:: New argument. # +prv+:: Previously specified argument. # +msg+:: Exception message. # def notwice(obj, prv, msg) # :nodoc: unless !prv or prv == obj raise(ArgumentError, "argument #{msg} given twice: #{obj}", ParseError.filter_backtrace(caller(2))) end obj end private :notwice SPLAT_PROC = proc {|*a| a.length <= 1 ? a.first : a} # :nodoc: # :call-seq: # make_switch(params, block = nil) # # :include: ../doc/optparse/creates_option.rdoc # def make_switch(opts, block = nil) short, long, nolong, style, pattern, conv, not_pattern, not_conv, not_style = [], [], [] ldesc, sdesc, desc, arg = [], [], [] default_style = Switch::NoArgument default_pattern = nil klass = nil q, a = nil has_arg = false opts.each do |o| # argument class next if search(:atype, o) do |pat, c| klass = notwice(o, klass, 'type') if not_style and not_style != Switch::NoArgument not_pattern, not_conv = pat, c else default_pattern, conv = pat, c end end # directly specified pattern(any object possible to match) if (!(String === o || Symbol === o)) and o.respond_to?(:match) pattern = notwice(o, pattern, 'pattern') if pattern.respond_to?(:convert) conv = pattern.method(:convert).to_proc else conv = SPLAT_PROC end next end # anything others case o when Proc, Method block = notwice(o, block, 'block') when Array, Hash case pattern when CompletingHash when nil pattern = CompletingHash.new conv = pattern.method(:convert).to_proc if pattern.respond_to?(:convert) else raise ArgumentError, "argument pattern given twice" end o.each {|pat, *v| pattern[pat] = v.fetch(0) {pat}} when Module raise ArgumentError, "unsupported argument type: #{o}", ParseError.filter_backtrace(caller(4)) when *ArgumentStyle.keys style = notwice(ArgumentStyle[o], style, 'style') when /^--no-([^\[\]=\s]*)(.+)?/ q, a = $1, $2 o = notwice(a ? Object : TrueClass, klass, 'type') not_pattern, not_conv = search(:atype, o) unless not_style not_style = (not_style || default_style).guess(arg = a) if a default_style = Switch::NoArgument default_pattern, conv = search(:atype, FalseClass) unless default_pattern ldesc << "--no-#{q}" (q = q.downcase).tr!('_', '-') long << "no-#{q}" nolong << q when /^--\[no-\]([^\[\]=\s]*)(.+)?/ q, a = $1, $2 o = notwice(a ? Object : TrueClass, klass, 'type') if a default_style = default_style.guess(arg = a) default_pattern, conv = search(:atype, o) unless default_pattern end ldesc << "--[no-]#{q}" (o = q.downcase).tr!('_', '-') long << o not_pattern, not_conv = search(:atype, FalseClass) unless not_style not_style = Switch::NoArgument nolong << "no-#{o}" when /^--([^\[\]=\s]*)(.+)?/ q, a = $1, $2 if a o = notwice(NilClass, klass, 'type') default_style = default_style.guess(arg = a) default_pattern, conv = search(:atype, o) unless default_pattern end ldesc << "--#{q}" (o = q.downcase).tr!('_', '-') long << o when /^-(\[\^?\]?(?:[^\\\]]|\\.)*\])(.+)?/ q, a = $1, $2 o = notwice(Object, klass, 'type') if a default_style = default_style.guess(arg = a) default_pattern, conv = search(:atype, o) unless default_pattern else has_arg = true end sdesc << "-#{q}" short << Regexp.new(q) when /^-(.)(.+)?/ q, a = $1, $2 if a o = notwice(NilClass, klass, 'type') default_style = default_style.guess(arg = a) default_pattern, conv = search(:atype, o) unless default_pattern end sdesc << "-#{q}" short << q when /^=/ style = notwice(default_style.guess(arg = o), style, 'style') default_pattern, conv = search(:atype, Object) unless default_pattern else desc.push(o) if o && !o.empty? end end default_pattern, conv = search(:atype, default_style.pattern) unless default_pattern if !(short.empty? and long.empty?) if has_arg and default_style == Switch::NoArgument default_style = Switch::RequiredArgument end s = (style || default_style).new(pattern || default_pattern, conv, sdesc, ldesc, arg, desc, block) elsif !block if style or pattern raise ArgumentError, "no switch given", ParseError.filter_backtrace(caller) end s = desc else short << pattern s = (style || default_style).new(pattern, conv, nil, nil, arg, desc, block) end return s, short, long, (not_style.new(not_pattern, not_conv, sdesc, ldesc, nil, desc, block) if not_style), nolong end # ---- # Option definition phase methods # # These methods are used to define options, or to construct an # Gem::OptionParser instance in other words. # :call-seq: # define(*params, &block) # # :include: ../doc/optparse/creates_option.rdoc # def define(*opts, &block) top.append(*(sw = make_switch(opts, block))) sw[0] end # :call-seq: # on(*params, &block) # # :include: ../doc/optparse/creates_option.rdoc # def on(*opts, &block) define(*opts, &block) self end alias def_option define # :call-seq: # define_head(*params, &block) # # :include: ../doc/optparse/creates_option.rdoc # def define_head(*opts, &block) top.prepend(*(sw = make_switch(opts, block))) sw[0] end # :call-seq: # on_head(*params, &block) # # :include: ../doc/optparse/creates_option.rdoc # # The new option is added at the head of the summary. # def on_head(*opts, &block) define_head(*opts, &block) self end alias def_head_option define_head # :call-seq: # define_tail(*params, &block) # # :include: ../doc/optparse/creates_option.rdoc # def define_tail(*opts, &block) base.append(*(sw = make_switch(opts, block))) sw[0] end # # :call-seq: # on_tail(*params, &block) # # :include: ../doc/optparse/creates_option.rdoc # # The new option is added at the tail of the summary. # def on_tail(*opts, &block) define_tail(*opts, &block) self end alias def_tail_option define_tail # # Add separator in summary. # def separator(string) top.append(string, nil, nil) end # ---- # Arguments parse phase methods # # These methods parse +argv+, convert, and store the results by # calling handlers. As these methods do not modify +self+, +self+ # can be frozen. # # Parses command line arguments +argv+ in order. When a block is given, # each non-option argument is yielded. When optional +into+ keyword # argument is provided, the parsed option values are stored there via # <code>[]=</code> method (so it can be Hash, or OpenStruct, or other # similar object). # # Returns the rest of +argv+ left unparsed. # def order(*argv, **keywords, &nonopt) argv = argv[0].dup if argv.size == 1 and Array === argv[0] order!(argv, **keywords, &nonopt) end # # Same as #order, but removes switches destructively. # Non-option arguments remain in +argv+. # def order!(argv = default_argv, into: nil, **keywords, &nonopt) setter = ->(name, val) {into[name.to_sym] = val} if into parse_in_order(argv, setter, **keywords, &nonopt) end def parse_in_order(argv = default_argv, setter = nil, exact: require_exact, **, &nonopt) # :nodoc: opt, arg, val, rest = nil nonopt ||= proc {|a| throw :terminate, a} argv.unshift(arg) if arg = catch(:terminate) { while arg = argv.shift case arg # long option when /\A--([^=]*)(?:=(.*))?/m opt, rest = $1, $2 opt.tr!('_', '-') begin if exact sw, = search(:long, opt) else sw, = complete(:long, opt, true) end rescue ParseError throw :terminate, arg unless raise_unknown raise $!.set_option(arg, true) else unless sw throw :terminate, arg unless raise_unknown raise InvalidOption, arg end end begin opt, cb, val = sw.parse(rest, argv) {|*exc| raise(*exc)} val = callback!(cb, 1, val) if cb callback!(setter, 2, sw.switch_name, val) if setter rescue ParseError raise $!.set_option(arg, rest) end # short option when /\A-(.)((=).*|.+)?/m eq, rest, opt = $3, $2, $1 has_arg, val = eq, rest begin sw, = search(:short, opt) unless sw begin sw, = complete(:short, opt) # short option matched. val = arg.delete_prefix('-') has_arg = true rescue InvalidOption raise if exact # if no short options match, try completion with long # options. sw, = complete(:long, opt) eq ||= !rest end end rescue ParseError throw :terminate, arg unless raise_unknown raise $!.set_option(arg, true) end begin opt, cb, val = sw.parse(val, argv) {|*exc| raise(*exc) if eq} rescue ParseError raise $!.set_option(arg, arg.length > 2) else raise InvalidOption, arg if has_arg and !eq and arg == "-#{opt}" end begin argv.unshift(opt) if opt and (!rest or (opt = opt.sub(/\A-*/, '-')) != '-') val = callback!(cb, 1, val) if cb callback!(setter, 2, sw.switch_name, val) if setter rescue ParseError raise $!.set_option(arg, arg.length > 2) end # non-option argument else catch(:prune) do visit(:each_option) do |sw0| sw = sw0 sw.block.call(arg) if Switch === sw and sw.match_nonswitch?(arg) end nonopt.call(arg) end end end nil } visit(:search, :short, nil) {|sw| sw.block.call(*argv) if !sw.pattern} argv end private :parse_in_order # Calls callback with _val_. def callback!(cb, max_arity, *args) # :nodoc: args.compact! if (size = args.size) < max_arity and cb.to_proc.lambda? (arity = cb.arity) < 0 and arity = (1-arity) arity = max_arity if arity > max_arity args[arity - 1] = nil if arity > size end cb.call(*args) end private :callback! # # Parses command line arguments +argv+ in permutation mode and returns # list of non-option arguments. When optional +into+ keyword # argument is provided, the parsed option values are stored there via # <code>[]=</code> method (so it can be Hash, or OpenStruct, or other # similar object). # def permute(*argv, **keywords) argv = argv[0].dup if argv.size == 1 and Array === argv[0] permute!(argv, **keywords) end # # Same as #permute, but removes switches destructively. # Non-option arguments remain in +argv+. # def permute!(argv = default_argv, **keywords) nonopts = [] order!(argv, **keywords, &nonopts.method(:<<)) argv[0, 0] = nonopts argv end # # Parses command line arguments +argv+ in order when environment variable # POSIXLY_CORRECT is set, and in permutation mode otherwise. # When optional +into+ keyword argument is provided, the parsed option # values are stored there via <code>[]=</code> method (so it can be Hash, # or OpenStruct, or other similar object). # def parse(*argv, **keywords) argv = argv[0].dup if argv.size == 1 and Array === argv[0] parse!(argv, **keywords) end # # Same as #parse, but removes switches destructively. # Non-option arguments remain in +argv+. # def parse!(argv = default_argv, **keywords) if ENV.include?('POSIXLY_CORRECT') order!(argv, **keywords) else permute!(argv, **keywords) end end # # Wrapper method for getopts.rb. # # params = ARGV.getopts("ab:", "foo", "bar:", "zot:Z;zot option") # # params["a"] = true # -a # # params["b"] = "1" # -b1 # # params["foo"] = "1" # --foo # # params["bar"] = "x" # --bar x # # params["zot"] = "z" # --zot Z # # Option +symbolize_names+ (boolean) specifies whether returned Hash keys should be Symbols; defaults to +false+ (use Strings). # # params = ARGV.getopts("ab:", "foo", "bar:", "zot:Z;zot option", symbolize_names: true) # # params[:a] = true # -a # # params[:b] = "1" # -b1 # # params[:foo] = "1" # --foo # # params[:bar] = "x" # --bar x # # params[:zot] = "z" # --zot Z # def getopts(*args, symbolize_names: false, **keywords) argv = Array === args.first ? args.shift : default_argv single_options, *long_options = *args result = {} single_options.scan(/(.)(:)?/) do |opt, val| if val result[opt] = nil define("-#{opt} VAL") else result[opt] = false define("-#{opt}") end end if single_options long_options.each do |arg| arg, desc = arg.split(';', 2) opt, val = arg.split(':', 2) if val result[opt] = val.empty? ? nil : val define("--#{opt}=#{result[opt] || "VAL"}", *[desc].compact) else result[opt] = false define("--#{opt}", *[desc].compact) end end parse_in_order(argv, result.method(:[]=), **keywords) symbolize_names ? result.transform_keys(&:to_sym) : result end # # See #getopts. # def self.getopts(*args, symbolize_names: false) new.getopts(*args, symbolize_names: symbolize_names) end # # Traverses @stack, sending each element method +id+ with +args+ and # +block+. # def visit(id, *args, &block) # :nodoc: @stack.reverse_each do |el| el.__send__(id, *args, &block) end nil end private :visit # # Searches +key+ in @stack for +id+ hash and returns or yields the result. # def search(id, key) # :nodoc: block_given = block_given? visit(:search, id, key) do |k| return block_given ? yield(k) : k end end private :search # # Completes shortened long style option switch and returns pair of # canonical switch and switch descriptor Gem::OptionParser::Switch. # # +typ+:: Searching table. # +opt+:: Searching key. # +icase+:: Search case insensitive if true. # +pat+:: Optional pattern for completion. # def complete(typ, opt, icase = false, *pat) # :nodoc: if pat.empty? search(typ, opt) {|sw| return [sw, opt]} # exact match or... end ambiguous = catch(:ambiguous) { visit(:complete, typ, opt, icase, *pat) {|o, *sw| return sw} } exc = ambiguous ? AmbiguousOption : InvalidOption raise exc.new(opt, additional: self.method(:additional_message).curry[typ]) end private :complete # # Returns additional info. # def additional_message(typ, opt) return unless typ and opt and defined?(DidYouMean::SpellChecker) all_candidates = [] visit(:get_candidates, typ) do |candidates| all_candidates.concat(candidates) end all_candidates.select! {|cand| cand.is_a?(String) } checker = DidYouMean::SpellChecker.new(dictionary: all_candidates) DidYouMean.formatter.message_for(all_candidates & checker.correct(opt)) end # # Return candidates for +word+. # def candidate(word) list = [] case word when '-' long = short = true when /\A--/ word, arg = word.split(/=/, 2) argpat = Completion.regexp(arg, false) if arg and !arg.empty? long = true when /\A-/ short = true end pat = Completion.regexp(word, long) visit(:each_option) do |opt| next unless Switch === opt opts = (long ? opt.long : []) + (short ? opt.short : []) opts = Completion.candidate(word, true, pat, &opts.method(:each)).map(&:first) if pat if /\A=/ =~ opt.arg opts.map! {|sw| sw + "="} if arg and CompletingHash === opt.pattern if opts = opt.pattern.candidate(arg, false, argpat) opts.map!(&:last) end end end list.concat(opts) end list end # # Loads options from file names as +filename+. Does nothing when the file # is not present. Returns whether successfully loaded. # # +filename+ defaults to basename of the program without suffix in a # directory ~/.options, then the basename with '.options' suffix # under XDG and Haiku standard places. # # The optional +into+ keyword argument works exactly like that accepted in # method #parse. # def load(filename = nil, **keywords) unless filename basename = File.basename($0, '.*') return true if load(File.expand_path(basename, '~/.options'), **keywords) rescue nil basename << ".options" return [ # XDG ENV['XDG_CONFIG_HOME'], '~/.config', *ENV['XDG_CONFIG_DIRS']&.split(File::PATH_SEPARATOR), # Haiku '~/config/settings', ].any? {|dir| next if !dir or dir.empty? load(File.expand_path(basename, dir), **keywords) rescue nil } end begin parse(*File.readlines(filename, chomp: true), **keywords) true rescue Errno::ENOENT, Errno::ENOTDIR false end end # # Parses environment variable +env+ or its uppercase with splitting like a # shell. # # +env+ defaults to the basename of the program. # def environment(env = File.basename($0, '.*'), **keywords) env = ENV[env] || ENV[env.upcase] or return require 'shellwords' parse(*Shellwords.shellwords(env), **keywords) end # # Acceptable argument classes # # # Any string and no conversion. This is fall-back. # accept(Object) {|s,|s or s.nil?} accept(NilClass) {|s,|s} # # Any non-empty string, and no conversion. # accept(String, /.+/m) {|s,*|s} # # Ruby/C-like integer, octal for 0-7 sequence, binary for 0b, hexadecimal # for 0x, and decimal for others; with optional sign prefix. Converts to # Integer. # decimal = '\d+(?:_\d+)*' binary = 'b[01]+(?:_[01]+)*' hex = 'x[\da-f]+(?:_[\da-f]+)*' octal = "0(?:[0-7]+(?:_[0-7]+)*|#{binary}|#{hex})?" integer = "#{octal}|#{decimal}" accept(Integer, %r"\A[-+]?(?:#{integer})\z"io) {|s,| begin Integer(s) rescue ArgumentError raise Gem::OptionParser::InvalidArgument, s end if s } # # Float number format, and converts to Float. # float = "(?:#{decimal}(?=(.)?)(?:\\.(?:#{decimal})?)?|\\.#{decimal})(?:E[-+]?#{decimal})?" floatpat = %r"\A[-+]?#{float}\z"io accept(Float, floatpat) {|s,| s.to_f if s} # # Generic numeric format, converts to Integer for integer format, Float # for float format, and Rational for rational format. # real = "[-+]?(?:#{octal}|#{float})" accept(Numeric, /\A(#{real})(?:\/(#{real}))?\z/io) {|s, d, f, n,| if n Rational(d, n) elsif f Float(s) else Integer(s) end } # # Decimal integer format, to be converted to Integer. # DecimalInteger = /\A[-+]?#{decimal}\z/io accept(DecimalInteger, DecimalInteger) {|s,| begin Integer(s, 10) rescue ArgumentError raise Gem::OptionParser::InvalidArgument, s end if s } # # Ruby/C like octal/hexadecimal/binary integer format, to be converted to # Integer. # OctalInteger = /\A[-+]?(?:[0-7]+(?:_[0-7]+)*|0(?:#{binary}|#{hex}))\z/io accept(OctalInteger, OctalInteger) {|s,| begin Integer(s, 8) rescue ArgumentError raise Gem::OptionParser::InvalidArgument, s end if s } # # Decimal integer/float number format, to be converted to Integer for # integer format, Float for float format. # DecimalNumeric = floatpat # decimal integer is allowed as float also. accept(DecimalNumeric, floatpat) {|s, f| begin if f Float(s) else Integer(s) end rescue ArgumentError raise Gem::OptionParser::InvalidArgument, s end if s } # # Boolean switch, which means whether it is present or not, whether it is # absent or not with prefix no-, or it takes an argument # yes/no/true/false/+/-. # yesno = CompletingHash.new %w[- no false].each {|el| yesno[el] = false} %w[+ yes true].each {|el| yesno[el] = true} yesno['nil'] = false # should be nil? accept(TrueClass, yesno) {|arg, val| val == nil or val} # # Similar to TrueClass, but defaults to false. # accept(FalseClass, yesno) {|arg, val| val != nil and val} # # List of strings separated by ",". # accept(Array) do |s, | if s s = s.split(',').collect {|ss| ss unless ss.empty?} end s end # # Regular expression with options. # accept(Regexp, %r"\A/((?:\\.|[^\\])*)/([[:alpha:]]+)?\z|.*") do |all, s, o| f = 0 if o f |= Regexp::IGNORECASE if /i/ =~ o f |= Regexp::MULTILINE if /m/ =~ o f |= Regexp::EXTENDED if /x/ =~ o case o = o.delete("imx") when "" when "u" s = s.encode(Encoding::UTF_8) when "e" s = s.encode(Encoding::EUC_JP) when "s" s = s.encode(Encoding::SJIS) when "n" f |= Regexp::NOENCODING else raise Gem::OptionParser::InvalidArgument, "unknown regexp option - #{o}" end else s ||= all end Regexp.new(s, f) end # # Exceptions # # # Base class of exceptions from Gem::OptionParser. # class ParseError < RuntimeError # Reason which caused the error. Reason = 'parse error' # :nodoc: def initialize(*args, additional: nil) @additional = additional @arg0, = args @args = args @reason = nil end attr_reader :args attr_writer :reason attr_accessor :additional # # Pushes back erred argument(s) to +argv+. # def recover(argv) argv[0, 0] = @args argv end def self.filter_backtrace(array) unless $DEBUG array.delete_if(&%r"\A#{Regexp.quote(__FILE__)}:"o.method(:=~)) end array end def set_backtrace(array) super(self.class.filter_backtrace(array)) end def set_option(opt, eq) if eq @args[0] = opt else @args.unshift(opt) end self end # # Returns error reason. Override this for I18N. # def reason @reason || self.class::Reason end def inspect "#<#{self.class}: #{args.join(' ')}>" end # # Default stringizing method to emit standard error message. # def message "#{reason}: #{args.join(' ')}#{additional[@arg0] if additional}" end alias to_s message end # # Raises when ambiguously completable string is encountered. # class AmbiguousOption < ParseError const_set(:Reason, 'ambiguous option') end # # Raises when there is an argument for a switch which takes no argument. # class NeedlessArgument < ParseError const_set(:Reason, 'needless argument') end # # Raises when a switch with mandatory argument has no argument. # class MissingArgument < ParseError const_set(:Reason, 'missing argument') end # # Raises when switch is undefined. # class InvalidOption < ParseError const_set(:Reason, 'invalid option') end # # Raises when the given argument does not match required format. # class InvalidArgument < ParseError const_set(:Reason, 'invalid argument') end # # Raises when the given argument word can't be completed uniquely. # class AmbiguousArgument < InvalidArgument const_set(:Reason, 'ambiguous argument') end # # Miscellaneous # # # Extends command line arguments array (ARGV) to parse itself. # module Arguable # # Sets Gem::OptionParser object, when +opt+ is +false+ or +nil+, methods # Gem::OptionParser::Arguable#options and Gem::OptionParser::Arguable#options= are # undefined. Thus, there is no ways to access the Gem::OptionParser object # via the receiver object. # def options=(opt) unless @optparse = opt class << self undef_method(:options) undef_method(:options=) end end end # # Actual Gem::OptionParser object, automatically created if nonexistent. # # If called with a block, yields the Gem::OptionParser object and returns the # result of the block. If an Gem::OptionParser::ParseError exception occurs # in the block, it is rescued, a error message printed to STDERR and # +nil+ returned. # def options @optparse ||= Gem::OptionParser.new @optparse.default_argv = self block_given? or return @optparse begin yield @optparse rescue ParseError @optparse.warn $! nil end end # # Parses +self+ destructively in order and returns +self+ containing the # rest arguments left unparsed. # def order!(**keywords, &blk) options.order!(self, **keywords, &blk) end # # Parses +self+ destructively in permutation mode and returns +self+ # containing the rest arguments left unparsed. # def permute!(**keywords) options.permute!(self, **keywords) end # # Parses +self+ destructively and returns +self+ containing the # rest arguments left unparsed. # def parse!(**keywords) options.parse!(self, **keywords) end # # Substitution of getopts is possible as follows. Also see # Gem::OptionParser#getopts. # # def getopts(*args) # ($OPT = ARGV.getopts(*args)).each do |opt, val| # eval "$OPT_#{opt.gsub(/[^A-Za-z0-9_]/, '_')} = val" # end # rescue Gem::OptionParser::ParseError # end # def getopts(*args, symbolize_names: false, **keywords) options.getopts(self, *args, symbolize_names: symbolize_names, **keywords) end # # Initializes instance variable. # def self.extend_object(obj) super obj.instance_eval {@optparse = nil} end def initialize(*args) # :nodoc: super @optparse = nil end end # # Acceptable argument classes. Now contains DecimalInteger, OctalInteger # and DecimalNumeric. See Acceptable argument classes (in source code). # module Acceptables const_set(:DecimalInteger, Gem::OptionParser::DecimalInteger) const_set(:OctalInteger, Gem::OptionParser::OctalInteger) const_set(:DecimalNumeric, Gem::OptionParser::DecimalNumeric) end end # ARGV is arguable by Gem::OptionParser ARGV.extend(Gem::OptionParser::Arguable) PK )J [�� � > share/rubygems/rubygems/vendor/net-http/lib/net/http/header.rbnu �[��� # frozen_string_literal: true # # The \HTTPHeader module provides access to \HTTP headers. # # The module is included in: # # - Gem::Net::HTTPGenericRequest (and therefore Gem::Net::HTTPRequest). # - Gem::Net::HTTPResponse. # # The headers are a hash-like collection of key/value pairs called _fields_. # # == Request and Response Fields # # Headers may be included in: # # - A Gem::Net::HTTPRequest object: # the object's headers will be sent with the request. # Any fields may be defined in the request; # see {Setters}[rdoc-ref:Gem::Net::HTTPHeader@Setters]. # - A Gem::Net::HTTPResponse object: # the objects headers are usually those returned from the host. # Fields may be retrieved from the object; # see {Getters}[rdoc-ref:Gem::Net::HTTPHeader@Getters] # and {Iterators}[rdoc-ref:Gem::Net::HTTPHeader@Iterators]. # # Exactly which fields should be sent or expected depends on the host; # see: # # - {Request fields}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Request_fields]. # - {Response fields}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Response_fields]. # # == About the Examples # # :include: doc/net-http/examples.rdoc # # == Fields # # A header field is a key/value pair. # # === Field Keys # # A field key may be: # # - A string: Key <tt>'Accept'</tt> is treated as if it were # <tt>'Accept'.downcase</tt>; i.e., <tt>'accept'</tt>. # - A symbol: Key <tt>:Accept</tt> is treated as if it were # <tt>:Accept.to_s.downcase</tt>; i.e., <tt>'accept'</tt>. # # Examples: # # req = Gem::Net::HTTP::Get.new(uri) # req[:accept] # => "*/*" # req['Accept'] # => "*/*" # req['ACCEPT'] # => "*/*" # # req['accept'] = 'text/html' # req[:accept] = 'text/html' # req['ACCEPT'] = 'text/html' # # === Field Values # # A field value may be returned as an array of strings or as a string: # # - These methods return field values as arrays: # # - #get_fields: Returns the array value for the given key, # or +nil+ if it does not exist. # - #to_hash: Returns a hash of all header fields: # each key is a field name; its value is the array value for the field. # # - These methods return field values as string; # the string value for a field is equivalent to # <tt>self[key.downcase.to_s].join(', '))</tt>: # # - #[]: Returns the string value for the given key, # or +nil+ if it does not exist. # - #fetch: Like #[], but accepts a default value # to be returned if the key does not exist. # # The field value may be set: # # - #[]=: Sets the value for the given key; # the given value may be a string, a symbol, an array, or a hash. # - #add_field: Adds a given value to a value for the given key # (not overwriting the existing value). # - #delete: Deletes the field for the given key. # # Example field values: # # - \String: # # req['Accept'] = 'text/html' # => "text/html" # req['Accept'] # => "text/html" # req.get_fields('Accept') # => ["text/html"] # # - \Symbol: # # req['Accept'] = :text # => :text # req['Accept'] # => "text" # req.get_fields('Accept') # => ["text"] # # - Simple array: # # req[:foo] = %w[bar baz bat] # req[:foo] # => "bar, baz, bat" # req.get_fields(:foo) # => ["bar", "baz", "bat"] # # - Simple hash: # # req[:foo] = {bar: 0, baz: 1, bat: 2} # req[:foo] # => "bar, 0, baz, 1, bat, 2" # req.get_fields(:foo) # => ["bar", "0", "baz", "1", "bat", "2"] # # - Nested: # # req[:foo] = [%w[bar baz], {bat: 0, bam: 1}] # req[:foo] # => "bar, baz, bat, 0, bam, 1" # req.get_fields(:foo) # => ["bar", "baz", "bat", "0", "bam", "1"] # # req[:foo] = {bar: %w[baz bat], bam: {bah: 0, bad: 1}} # req[:foo] # => "bar, baz, bat, bam, bah, 0, bad, 1" # req.get_fields(:foo) # => ["bar", "baz", "bat", "bam", "bah", "0", "bad", "1"] # # == Convenience Methods # # Various convenience methods retrieve values, set values, query values, # set form values, or iterate over fields. # # === Setters # # \Method #[]= can set any field, but does little to validate the new value; # some of the other setter methods provide some validation: # # - #[]=: Sets the string or array value for the given key. # - #add_field: Creates or adds to the array value for the given key. # - #basic_auth: Sets the string authorization header for <tt>'Authorization'</tt>. # - #content_length=: Sets the integer length for field <tt>'Content-Length</tt>. # - #content_type=: Sets the string value for field <tt>'Content-Type'</tt>. # - #proxy_basic_auth: Sets the string authorization header for <tt>'Proxy-Authorization'</tt>. # - #set_range: Sets the value for field <tt>'Range'</tt>. # # === Form Setters # # - #set_form: Sets an HTML form data set. # - #set_form_data: Sets header fields and a body from HTML form data. # # === Getters # # \Method #[] can retrieve the value of any field that exists, # but always as a string; # some of the other getter methods return something different # from the simple string value: # # - #[]: Returns the string field value for the given key. # - #content_length: Returns the integer value of field <tt>'Content-Length'</tt>. # - #content_range: Returns the Range value of field <tt>'Content-Range'</tt>. # - #content_type: Returns the string value of field <tt>'Content-Type'</tt>. # - #fetch: Returns the string field value for the given key. # - #get_fields: Returns the array field value for the given +key+. # - #main_type: Returns first part of the string value of field <tt>'Content-Type'</tt>. # - #sub_type: Returns second part of the string value of field <tt>'Content-Type'</tt>. # - #range: Returns an array of Range objects of field <tt>'Range'</tt>, or +nil+. # - #range_length: Returns the integer length of the range given in field <tt>'Content-Range'</tt>. # - #type_params: Returns the string parameters for <tt>'Content-Type'</tt>. # # === Queries # # - #chunked?: Returns whether field <tt>'Transfer-Encoding'</tt> is set to <tt>'chunked'</tt>. # - #connection_close?: Returns whether field <tt>'Connection'</tt> is set to <tt>'close'</tt>. # - #connection_keep_alive?: Returns whether field <tt>'Connection'</tt> is set to <tt>'keep-alive'</tt>. # - #key?: Returns whether a given key exists. # # === Iterators # # - #each_capitalized: Passes each field capitalized-name/value pair to the block. # - #each_capitalized_name: Passes each capitalized field name to the block. # - #each_header: Passes each field name/value pair to the block. # - #each_name: Passes each field name to the block. # - #each_value: Passes each string field value to the block. # module Gem::Net::HTTPHeader MAX_KEY_LENGTH = 1024 MAX_FIELD_LENGTH = 65536 def initialize_http_header(initheader) #:nodoc: @header = {} return unless initheader initheader.each do |key, value| warn "net/http: duplicated HTTP header: #{key}", uplevel: 3 if key?(key) and $VERBOSE if value.nil? warn "net/http: nil HTTP header: #{key}", uplevel: 3 if $VERBOSE else value = value.strip # raise error for invalid byte sequences if key.to_s.bytesize > MAX_KEY_LENGTH raise ArgumentError, "too long (#{key.bytesize} bytes) header: #{key[0, 30].inspect}..." end if value.to_s.bytesize > MAX_FIELD_LENGTH raise ArgumentError, "header #{key} has too long field value: #{value.bytesize}" end if value.count("\r\n") > 0 raise ArgumentError, "header #{key} has field value #{value.inspect}, this cannot include CR/LF" end @header[key.downcase.to_s] = [value] end end end def size #:nodoc: obsolete @header.size end alias length size #:nodoc: obsolete # Returns the string field value for the case-insensitive field +key+, # or +nil+ if there is no such key; # see {Fields}[rdoc-ref:Gem::Net::HTTPHeader@Fields]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['Connection'] # => "keep-alive" # res['Nosuch'] # => nil # # Note that some field values may be retrieved via convenience methods; # see {Getters}[rdoc-ref:Gem::Net::HTTPHeader@Getters]. def [](key) a = @header[key.downcase.to_s] or return nil a.join(', ') end # Sets the value for the case-insensitive +key+ to +val+, # overwriting the previous value if the field exists; # see {Fields}[rdoc-ref:Gem::Net::HTTPHeader@Fields]: # # req = Gem::Net::HTTP::Get.new(uri) # req['Accept'] # => "*/*" # req['Accept'] = 'text/html' # req['Accept'] # => "text/html" # # Note that some field values may be set via convenience methods; # see {Setters}[rdoc-ref:Gem::Net::HTTPHeader@Setters]. def []=(key, val) unless val @header.delete key.downcase.to_s return val end set_field(key, val) end # Adds value +val+ to the value array for field +key+ if the field exists; # creates the field with the given +key+ and +val+ if it does not exist. # see {Fields}[rdoc-ref:Gem::Net::HTTPHeader@Fields]: # # req = Gem::Net::HTTP::Get.new(uri) # req.add_field('Foo', 'bar') # req['Foo'] # => "bar" # req.add_field('Foo', 'baz') # req['Foo'] # => "bar, baz" # req.add_field('Foo', %w[baz bam]) # req['Foo'] # => "bar, baz, baz, bam" # req.get_fields('Foo') # => ["bar", "baz", "baz", "bam"] # def add_field(key, val) stringified_downcased_key = key.downcase.to_s if @header.key?(stringified_downcased_key) append_field_value(@header[stringified_downcased_key], val) else set_field(key, val) end end private def set_field(key, val) case val when Enumerable ary = [] append_field_value(ary, val) @header[key.downcase.to_s] = ary else val = val.to_s # for compatibility use to_s instead of to_str if val.b.count("\r\n") > 0 raise ArgumentError, 'header field value cannot include CR/LF' end @header[key.downcase.to_s] = [val] end end private def append_field_value(ary, val) case val when Enumerable val.each{|x| append_field_value(ary, x)} else val = val.to_s if /[\r\n]/n.match?(val.b) raise ArgumentError, 'header field value cannot include CR/LF' end ary.push val end end # Returns the array field value for the given +key+, # or +nil+ if there is no such field; # see {Fields}[rdoc-ref:Gem::Net::HTTPHeader@Fields]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res.get_fields('Connection') # => ["keep-alive"] # res.get_fields('Nosuch') # => nil # def get_fields(key) stringified_downcased_key = key.downcase.to_s return nil unless @header[stringified_downcased_key] @header[stringified_downcased_key].dup end # call-seq: # fetch(key, default_val = nil) {|key| ... } -> object # fetch(key, default_val = nil) -> value or default_val # # With a block, returns the string value for +key+ if it exists; # otherwise returns the value of the block; # ignores the +default_val+; # see {Fields}[rdoc-ref:Gem::Net::HTTPHeader@Fields]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # # # Field exists; block not called. # res.fetch('Connection') do |value| # fail 'Cannot happen' # end # => "keep-alive" # # # Field does not exist; block called. # res.fetch('Nosuch') do |value| # value.downcase # end # => "nosuch" # # With no block, returns the string value for +key+ if it exists; # otherwise, returns +default_val+ if it was given; # otherwise raises an exception: # # res.fetch('Connection', 'Foo') # => "keep-alive" # res.fetch('Nosuch', 'Foo') # => "Foo" # res.fetch('Nosuch') # Raises KeyError. # def fetch(key, *args, &block) #:yield: +key+ a = @header.fetch(key.downcase.to_s, *args, &block) a.kind_of?(Array) ? a.join(', ') : a end # Calls the block with each key/value pair: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res.each_header do |key, value| # p [key, value] if key.start_with?('c') # end # # Output: # # ["content-type", "application/json; charset=utf-8"] # ["connection", "keep-alive"] # ["cache-control", "max-age=43200"] # ["cf-cache-status", "HIT"] # ["cf-ray", "771d17e9bc542cf5-ORD"] # # Returns an enumerator if no block is given. # # Gem::Net::HTTPHeader#each is an alias for Gem::Net::HTTPHeader#each_header. def each_header #:yield: +key+, +value+ block_given? or return enum_for(__method__) { @header.size } @header.each do |k,va| yield k, va.join(', ') end end alias each each_header # Calls the block with each field key: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res.each_key do |key| # p key if key.start_with?('c') # end # # Output: # # "content-type" # "connection" # "cache-control" # "cf-cache-status" # "cf-ray" # # Returns an enumerator if no block is given. # # Gem::Net::HTTPHeader#each_name is an alias for Gem::Net::HTTPHeader#each_key. def each_name(&block) #:yield: +key+ block_given? or return enum_for(__method__) { @header.size } @header.each_key(&block) end alias each_key each_name # Calls the block with each capitalized field name: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res.each_capitalized_name do |key| # p key if key.start_with?('C') # end # # Output: # # "Content-Type" # "Connection" # "Cache-Control" # "Cf-Cache-Status" # "Cf-Ray" # # The capitalization is system-dependent; # see {Case Mapping}[https://docs.ruby-lang.org/en/master/case_mapping_rdoc.html]. # # Returns an enumerator if no block is given. def each_capitalized_name #:yield: +key+ block_given? or return enum_for(__method__) { @header.size } @header.each_key do |k| yield capitalize(k) end end # Calls the block with each string field value: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res.each_value do |value| # p value if value.start_with?('c') # end # # Output: # # "chunked" # "cf-q-config;dur=6.0000002122251e-06" # "cloudflare" # # Returns an enumerator if no block is given. def each_value #:yield: +value+ block_given? or return enum_for(__method__) { @header.size } @header.each_value do |va| yield va.join(', ') end end # Removes the header for the given case-insensitive +key+ # (see {Fields}[rdoc-ref:Gem::Net::HTTPHeader@Fields]); # returns the deleted value, or +nil+ if no such field exists: # # req = Gem::Net::HTTP::Get.new(uri) # req.delete('Accept') # => ["*/*"] # req.delete('Nosuch') # => nil # def delete(key) @header.delete(key.downcase.to_s) end # Returns +true+ if the field for the case-insensitive +key+ exists, +false+ otherwise: # # req = Gem::Net::HTTP::Get.new(uri) # req.key?('Accept') # => true # req.key?('Nosuch') # => false # def key?(key) @header.key?(key.downcase.to_s) end # Returns a hash of the key/value pairs: # # req = Gem::Net::HTTP::Get.new(uri) # req.to_hash # # => # {"accept-encoding"=>["gzip;q=1.0,deflate;q=0.6,identity;q=0.3"], # "accept"=>["*/*"], # "user-agent"=>["Ruby"], # "host"=>["jsonplaceholder.typicode.com"]} # def to_hash @header.dup end # Like #each_header, but the keys are returned in capitalized form. # # Gem::Net::HTTPHeader#canonical_each is an alias for Gem::Net::HTTPHeader#each_capitalized. def each_capitalized block_given? or return enum_for(__method__) { @header.size } @header.each do |k,v| yield capitalize(k), v.join(', ') end end alias canonical_each each_capitalized def capitalize(name) name.to_s.split('-'.freeze).map {|s| s.capitalize }.join('-'.freeze) end private :capitalize # Returns an array of Range objects that represent # the value of field <tt>'Range'</tt>, # or +nil+ if there is no such field; # see {Range request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#range-request-header]: # # req = Gem::Net::HTTP::Get.new(uri) # req['Range'] = 'bytes=0-99,200-299,400-499' # req.range # => [0..99, 200..299, 400..499] # req.delete('Range') # req.range # # => nil # def range return nil unless @header['range'] value = self['Range'] # byte-range-set = *( "," OWS ) ( byte-range-spec / suffix-byte-range-spec ) # *( OWS "," [ OWS ( byte-range-spec / suffix-byte-range-spec ) ] ) # corrected collected ABNF # http://tools.ietf.org/html/draft-ietf-httpbis-p5-range-19#section-5.4.1 # http://tools.ietf.org/html/draft-ietf-httpbis-p5-range-19#appendix-C # http://tools.ietf.org/html/draft-ietf-httpbis-p1-messaging-19#section-3.2.5 unless /\Abytes=((?:,[ \t]*)*(?:\d+-\d*|-\d+)(?:[ \t]*,(?:[ \t]*\d+-\d*|-\d+)?)*)\z/ =~ value raise Gem::Net::HTTPHeaderSyntaxError, "invalid syntax for byte-ranges-specifier: '#{value}'" end byte_range_set = $1 result = byte_range_set.split(/,/).map {|spec| m = /(\d+)?\s*-\s*(\d+)?/i.match(spec) or raise Gem::Net::HTTPHeaderSyntaxError, "invalid byte-range-spec: '#{spec}'" d1 = m[1].to_i d2 = m[2].to_i if m[1] and m[2] if d1 > d2 raise Gem::Net::HTTPHeaderSyntaxError, "last-byte-pos MUST greater than or equal to first-byte-pos but '#{spec}'" end d1..d2 elsif m[1] d1..-1 elsif m[2] -d2..-1 else raise Gem::Net::HTTPHeaderSyntaxError, 'range is not specified' end } # if result.empty? # byte-range-set must include at least one byte-range-spec or suffix-byte-range-spec # but above regexp already denies it. if result.size == 1 && result[0].begin == 0 && result[0].end == -1 raise Gem::Net::HTTPHeaderSyntaxError, 'only one suffix-byte-range-spec with zero suffix-length' end result end # call-seq: # set_range(length) -> length # set_range(offset, length) -> range # set_range(begin..length) -> range # # Sets the value for field <tt>'Range'</tt>; # see {Range request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#range-request-header]: # # With argument +length+: # # req = Gem::Net::HTTP::Get.new(uri) # req.set_range(100) # => 100 # req['Range'] # => "bytes=0-99" # # With arguments +offset+ and +length+: # # req.set_range(100, 100) # => 100...200 # req['Range'] # => "bytes=100-199" # # With argument +range+: # # req.set_range(100..199) # => 100..199 # req['Range'] # => "bytes=100-199" # # Gem::Net::HTTPHeader#range= is an alias for Gem::Net::HTTPHeader#set_range. def set_range(r, e = nil) unless r @header.delete 'range' return r end r = (r...r+e) if e case r when Numeric n = r.to_i rangestr = (n > 0 ? "0-#{n-1}" : "-#{-n}") when Range first = r.first last = r.end last -= 1 if r.exclude_end? if last == -1 rangestr = (first > 0 ? "#{first}-" : "-#{-first}") else raise Gem::Net::HTTPHeaderSyntaxError, 'range.first is negative' if first < 0 raise Gem::Net::HTTPHeaderSyntaxError, 'range.last is negative' if last < 0 raise Gem::Net::HTTPHeaderSyntaxError, 'must be .first < .last' if first > last rangestr = "#{first}-#{last}" end else raise TypeError, 'Range/Integer is required' end @header['range'] = ["bytes=#{rangestr}"] r end alias range= set_range # Returns the value of field <tt>'Content-Length'</tt> as an integer, # or +nil+ if there is no such field; # see {Content-Length request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-length-request-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/nosuch/1') # res.content_length # => 2 # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res.content_length # => nil # def content_length return nil unless key?('Content-Length') len = self['Content-Length'].slice(/\d+/) or raise Gem::Net::HTTPHeaderSyntaxError, 'wrong Content-Length format' len.to_i end # Sets the value of field <tt>'Content-Length'</tt> to the given numeric; # see {Content-Length response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-length-response-header]: # # _uri = uri.dup # hostname = _uri.hostname # => "jsonplaceholder.typicode.com" # _uri.path = '/posts' # => "/posts" # req = Gem::Net::HTTP::Post.new(_uri) # => #<Gem::Net::HTTP::Post POST> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_length = req.body.size # => 42 # req.content_type = 'application/json' # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # def content_length=(len) unless len @header.delete 'content-length' return nil end @header['content-length'] = [len.to_i.to_s] end # Returns +true+ if field <tt>'Transfer-Encoding'</tt> # exists and has value <tt>'chunked'</tt>, # +false+ otherwise; # see {Transfer-Encoding response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#transfer-encoding-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['Transfer-Encoding'] # => "chunked" # res.chunked? # => true # def chunked? return false unless @header['transfer-encoding'] field = self['Transfer-Encoding'] (/(?:\A|[^\-\w])chunked(?![\-\w])/i =~ field) ? true : false end # Returns a Range object representing the value of field # <tt>'Content-Range'</tt>, or +nil+ if no such field exists; # see {Content-Range response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-range-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['Content-Range'] # => nil # res['Content-Range'] = 'bytes 0-499/1000' # res['Content-Range'] # => "bytes 0-499/1000" # res.content_range # => 0..499 # def content_range return nil unless @header['content-range'] m = %r<\A\s*(\w+)\s+(\d+)-(\d+)/(\d+|\*)>.match(self['Content-Range']) or raise Gem::Net::HTTPHeaderSyntaxError, 'wrong Content-Range format' return unless m[1] == 'bytes' m[2].to_i .. m[3].to_i end # Returns the integer representing length of the value of field # <tt>'Content-Range'</tt>, or +nil+ if no such field exists; # see {Content-Range response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-range-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['Content-Range'] # => nil # res['Content-Range'] = 'bytes 0-499/1000' # res.range_length # => 500 # def range_length r = content_range() or return nil r.end - r.begin + 1 end # Returns the {media type}[https://en.wikipedia.org/wiki/Media_type] # from the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.content_type # => "application/json" # def content_type main = main_type() return nil unless main sub = sub_type() if sub "#{main}/#{sub}" else main end end # Returns the leading ('type') part of the # {media type}[https://en.wikipedia.org/wiki/Media_type] # from the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.main_type # => "application" # def main_type return nil unless @header['content-type'] self['Content-Type'].split(';').first.to_s.split('/')[0].to_s.strip end # Returns the trailing ('subtype') part of the # {media type}[https://en.wikipedia.org/wiki/Media_type] # from the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.sub_type # => "json" # def sub_type return nil unless @header['content-type'] _, sub = *self['Content-Type'].split(';').first.to_s.split('/') return nil unless sub sub.strip end # Returns the trailing ('parameters') part of the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Gem::Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.type_params # => {"charset"=>"utf-8"} # def type_params result = {} list = self['Content-Type'].to_s.split(';') list.shift list.each do |param| k, v = *param.split('=', 2) result[k.strip] = v.strip end result end # Sets the value of field <tt>'Content-Type'</tt>; # returns the new value; # see {Content-Type request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-request-header]: # # req = Gem::Net::HTTP::Get.new(uri) # req.set_content_type('application/json') # => ["application/json"] # # Gem::Net::HTTPHeader#content_type= is an alias for Gem::Net::HTTPHeader#set_content_type. def set_content_type(type, params = {}) @header['content-type'] = [type + params.map{|k,v|"; #{k}=#{v}"}.join('')] end alias content_type= set_content_type # Sets the request body to a URL-encoded string derived from argument +params+, # and sets request header field <tt>'Content-Type'</tt> # to <tt>'application/x-www-form-urlencoded'</tt>. # # The resulting request is suitable for HTTP request +POST+ or +PUT+. # # Argument +params+ must be suitable for use as argument +enum+ to # {Gem::URI.encode_www_form}[https://docs.ruby-lang.org/en/master/Gem::URI.html#method-c-encode_www_form]. # # With only argument +params+ given, # sets the body to a URL-encoded string with the default separator <tt>'&'</tt>: # # req = Gem::Net::HTTP::Post.new('example.com') # # req.set_form_data(q: 'ruby', lang: 'en') # req.body # => "q=ruby&lang=en" # req['Content-Type'] # => "application/x-www-form-urlencoded" # # req.set_form_data([['q', 'ruby'], ['lang', 'en']]) # req.body # => "q=ruby&lang=en" # # req.set_form_data(q: ['ruby', 'perl'], lang: 'en') # req.body # => "q=ruby&q=perl&lang=en" # # req.set_form_data([['q', 'ruby'], ['q', 'perl'], ['lang', 'en']]) # req.body # => "q=ruby&q=perl&lang=en" # # With string argument +sep+ also given, # uses that string as the separator: # # req.set_form_data({q: 'ruby', lang: 'en'}, '|') # req.body # => "q=ruby|lang=en" # # Gem::Net::HTTPHeader#form_data= is an alias for Gem::Net::HTTPHeader#set_form_data. def set_form_data(params, sep = '&') query = Gem::URI.encode_www_form(params) query.gsub!(/&/, sep) if sep != '&' self.body = query self.content_type = 'application/x-www-form-urlencoded' end alias form_data= set_form_data # Stores form data to be used in a +POST+ or +PUT+ request. # # The form data given in +params+ consists of zero or more fields; # each field is: # # - A scalar value. # - A name/value pair. # - An IO stream opened for reading. # # Argument +params+ should be an # {Enumerable}[https://docs.ruby-lang.org/en/master/Enumerable.html#module-Enumerable-label-Enumerable+in+Ruby+Classes] # (method <tt>params.map</tt> will be called), # and is often an array or hash. # # First, we set up a request: # # _uri = uri.dup # _uri.path ='/posts' # req = Gem::Net::HTTP::Post.new(_uri) # # <b>Argument +params+ As an Array</b> # # When +params+ is an array, # each of its elements is a subarray that defines a field; # the subarray may contain: # # - One string: # # req.set_form([['foo'], ['bar'], ['baz']]) # # - Two strings: # # req.set_form([%w[foo 0], %w[bar 1], %w[baz 2]]) # # - When argument +enctype+ (see below) is given as # <tt>'multipart/form-data'</tt>: # # - A string name and an IO stream opened for reading: # # require 'stringio' # req.set_form([['file', StringIO.new('Ruby is cool.')]]) # # - A string name, an IO stream opened for reading, # and an options hash, which may contain these entries: # # - +:filename+: The name of the file to use. # - +:content_type+: The content type of the uploaded file. # # Example: # # req.set_form([['file', file, {filename: "other-filename.foo"}]] # # The various forms may be mixed: # # req.set_form(['foo', %w[bar 1], ['file', file]]) # # <b>Argument +params+ As a Hash</b> # # When +params+ is a hash, # each of its entries is a name/value pair that defines a field: # # - The name is a string. # - The value may be: # # - +nil+. # - Another string. # - An IO stream opened for reading # (only when argument +enctype+ -- see below -- is given as # <tt>'multipart/form-data'</tt>). # # Examples: # # # Nil-valued fields. # req.set_form({'foo' => nil, 'bar' => nil, 'baz' => nil}) # # # String-valued fields. # req.set_form({'foo' => 0, 'bar' => 1, 'baz' => 2}) # # # IO-valued field. # require 'stringio' # req.set_form({'file' => StringIO.new('Ruby is cool.')}) # # # Mixture of fields. # req.set_form({'foo' => nil, 'bar' => 1, 'file' => file}) # # Optional argument +enctype+ specifies the value to be given # to field <tt>'Content-Type'</tt>, and must be one of: # # - <tt>'application/x-www-form-urlencoded'</tt> (the default). # - <tt>'multipart/form-data'</tt>; # see {RFC 7578}[https://www.rfc-editor.org/rfc/rfc7578]. # # Optional argument +formopt+ is a hash of options # (applicable only when argument +enctype+ # is <tt>'multipart/form-data'</tt>) # that may include the following entries: # # - +:boundary+: The value is the boundary string for the multipart message. # If not given, the boundary is a random string. # See {Boundary}[https://www.rfc-editor.org/rfc/rfc7578#section-4.1]. # - +:charset+: Value is the character set for the form submission. # Field names and values of non-file fields should be encoded with this charset. # def set_form(params, enctype='application/x-www-form-urlencoded', formopt={}) @body_data = params @body = nil @body_stream = nil @form_option = formopt case enctype when /\Aapplication\/x-www-form-urlencoded\z/i, /\Amultipart\/form-data\z/i self.content_type = enctype else raise ArgumentError, "invalid enctype: #{enctype}" end end # Sets header <tt>'Authorization'</tt> using the given # +account+ and +password+ strings: # # req.basic_auth('my_account', 'my_password') # req['Authorization'] # # => "Basic bXlfYWNjb3VudDpteV9wYXNzd29yZA==" # def basic_auth(account, password) @header['authorization'] = [basic_encode(account, password)] end # Sets header <tt>'Proxy-Authorization'</tt> using the given # +account+ and +password+ strings: # # req.proxy_basic_auth('my_account', 'my_password') # req['Proxy-Authorization'] # # => "Basic bXlfYWNjb3VudDpteV9wYXNzd29yZA==" # def proxy_basic_auth(account, password) @header['proxy-authorization'] = [basic_encode(account, password)] end def basic_encode(account, password) 'Basic ' + ["#{account}:#{password}"].pack('m0') end private :basic_encode # Returns whether the HTTP session is to be closed. def connection_close? token = /(?:\A|,)\s*close\s*(?:\z|,)/i @header['connection']&.grep(token) {return true} @header['proxy-connection']&.grep(token) {return true} false end # Returns whether the HTTP session is to be kept alive. def connection_keep_alive? token = /(?:\A|,)\s*keep-alive\s*(?:\z|,)/i @header['connection']&.grep(token) {return true} @header['proxy-connection']&.grep(token) {return true} false end end PK )J [�!�.1 .1 G share/rubygems/rubygems/vendor/net-http/lib/net/http/generic_request.rbnu �[��� # frozen_string_literal: true # # \HTTPGenericRequest is the parent of the Gem::Net::HTTPRequest class. # # Do not use this directly; instead, use a subclass of Gem::Net::HTTPRequest. # # == About the Examples # # :include: doc/net-http/examples.rdoc # class Gem::Net::HTTPGenericRequest include Gem::Net::HTTPHeader def initialize(m, reqbody, resbody, uri_or_path, initheader = nil) # :nodoc: @method = m @request_has_body = reqbody @response_has_body = resbody if Gem::URI === uri_or_path then raise ArgumentError, "not an HTTP Gem::URI" unless Gem::URI::HTTP === uri_or_path hostname = uri_or_path.hostname raise ArgumentError, "no host component for Gem::URI" unless (hostname && hostname.length > 0) @uri = uri_or_path.dup host = @uri.hostname.dup host << ":" << @uri.port.to_s if @uri.port != @uri.default_port @path = uri_or_path.request_uri raise ArgumentError, "no HTTP request path given" unless @path else @uri = nil host = nil raise ArgumentError, "no HTTP request path given" unless uri_or_path raise ArgumentError, "HTTP request path is empty" if uri_or_path.empty? @path = uri_or_path.dup end @decode_content = false if Gem::Net::HTTP::HAVE_ZLIB then if !initheader || !initheader.keys.any? { |k| %w[accept-encoding range].include? k.downcase } then @decode_content = true if @response_has_body initheader = initheader ? initheader.dup : {} initheader["accept-encoding"] = "gzip;q=1.0,deflate;q=0.6,identity;q=0.3" end end initialize_http_header initheader self['Accept'] ||= '*/*' self['User-Agent'] ||= 'Ruby' self['Host'] ||= host if host @body = nil @body_stream = nil @body_data = nil end # Returns the string method name for the request: # # Gem::Net::HTTP::Get.new(uri).method # => "GET" # Gem::Net::HTTP::Post.new(uri).method # => "POST" # attr_reader :method # Returns the string path for the request: # # Gem::Net::HTTP::Get.new(uri).path # => "/" # Gem::Net::HTTP::Post.new('example.com').path # => "example.com" # attr_reader :path # Returns the Gem::URI object for the request, or +nil+ if none: # # Gem::Net::HTTP::Get.new(uri).uri # # => #<Gem::URI::HTTPS https://jsonplaceholder.typicode.com/> # Gem::Net::HTTP::Get.new('example.com').uri # => nil # attr_reader :uri # Returns +false+ if the request's header <tt>'Accept-Encoding'</tt> # has been set manually or deleted # (indicating that the user intends to handle encoding in the response), # +true+ otherwise: # # req = Gem::Net::HTTP::Get.new(uri) # => #<Gem::Net::HTTP::Get GET> # req['Accept-Encoding'] # => "gzip;q=1.0,deflate;q=0.6,identity;q=0.3" # req.decode_content # => true # req['Accept-Encoding'] = 'foo' # req.decode_content # => false # req.delete('Accept-Encoding') # req.decode_content # => false # attr_reader :decode_content # Returns a string representation of the request: # # Gem::Net::HTTP::Post.new(uri).inspect # => "#<Gem::Net::HTTP::Post POST>" # def inspect "\#<#{self.class} #{@method}>" end ## # Don't automatically decode response content-encoding if the user indicates # they want to handle it. def []=(key, val) # :nodoc: @decode_content = false if key.downcase == 'accept-encoding' super key, val end # Returns whether the request may have a body: # # Gem::Net::HTTP::Post.new(uri).request_body_permitted? # => true # Gem::Net::HTTP::Get.new(uri).request_body_permitted? # => false # def request_body_permitted? @request_has_body end # Returns whether the response may have a body: # # Gem::Net::HTTP::Post.new(uri).response_body_permitted? # => true # Gem::Net::HTTP::Head.new(uri).response_body_permitted? # => false # def response_body_permitted? @response_has_body end def body_exist? # :nodoc: warn "Gem::Net::HTTPRequest#body_exist? is obsolete; use response_body_permitted?", uplevel: 1 if $VERBOSE response_body_permitted? end # Returns the string body for the request, or +nil+ if there is none: # # req = Gem::Net::HTTP::Post.new(uri) # req.body # => nil # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.body # => "{\"title\": \"foo\",\"body\": \"bar\",\"userId\": 1}" # attr_reader :body # Sets the body for the request: # # req = Gem::Net::HTTP::Post.new(uri) # req.body # => nil # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.body # => "{\"title\": \"foo\",\"body\": \"bar\",\"userId\": 1}" # def body=(str) @body = str @body_stream = nil @body_data = nil str end # Returns the body stream object for the request, or +nil+ if there is none: # # req = Gem::Net::HTTP::Post.new(uri) # => #<Gem::Net::HTTP::Post POST> # req.body_stream # => nil # require 'stringio' # req.body_stream = StringIO.new('xyzzy') # => #<StringIO:0x0000027d1e5affa8> # req.body_stream # => #<StringIO:0x0000027d1e5affa8> # attr_reader :body_stream # Sets the body stream for the request: # # req = Gem::Net::HTTP::Post.new(uri) # => #<Gem::Net::HTTP::Post POST> # req.body_stream # => nil # require 'stringio' # req.body_stream = StringIO.new('xyzzy') # => #<StringIO:0x0000027d1e5affa8> # req.body_stream # => #<StringIO:0x0000027d1e5affa8> # def body_stream=(input) @body = nil @body_stream = input @body_data = nil input end def set_body_internal(str) #:nodoc: internal use only raise ArgumentError, "both of body argument and HTTPRequest#body set" if str and (@body or @body_stream) self.body = str if str if @body.nil? && @body_stream.nil? && @body_data.nil? && request_body_permitted? self.body = '' end end # # write # def exec(sock, ver, path) #:nodoc: internal use only if @body send_request_with_body sock, ver, path, @body elsif @body_stream send_request_with_body_stream sock, ver, path, @body_stream elsif @body_data send_request_with_body_data sock, ver, path, @body_data else write_header sock, ver, path end end def update_uri(addr, port, ssl) # :nodoc: internal use only # reflect the connection and @path to @uri return unless @uri if ssl scheme = 'https' klass = Gem::URI::HTTPS else scheme = 'http' klass = Gem::URI::HTTP end if host = self['host'] host.sub!(/:.*/m, '') elsif host = @uri.host else host = addr end # convert the class of the Gem::URI if @uri.is_a?(klass) @uri.host = host @uri.port = port else @uri = klass.new( scheme, @uri.userinfo, host, port, nil, @uri.path, nil, @uri.query, nil) end end private class Chunker #:nodoc: def initialize(sock) @sock = sock @prev = nil end def write(buf) # avoid memcpy() of buf, buf can huge and eat memory bandwidth rv = buf.bytesize @sock.write("#{rv.to_s(16)}\r\n", buf, "\r\n") rv end def finish @sock.write("0\r\n\r\n") end end def send_request_with_body(sock, ver, path, body) self.content_length = body.bytesize delete 'Transfer-Encoding' supply_default_content_type write_header sock, ver, path wait_for_continue sock, ver if sock.continue_timeout sock.write body end def send_request_with_body_stream(sock, ver, path, f) unless content_length() or chunked? raise ArgumentError, "Content-Length not given and Transfer-Encoding is not `chunked'" end supply_default_content_type write_header sock, ver, path wait_for_continue sock, ver if sock.continue_timeout if chunked? chunker = Chunker.new(sock) IO.copy_stream(f, chunker) chunker.finish else IO.copy_stream(f, sock) end end def send_request_with_body_data(sock, ver, path, params) if /\Amultipart\/form-data\z/i !~ self.content_type self.content_type = 'application/x-www-form-urlencoded' return send_request_with_body(sock, ver, path, Gem::URI.encode_www_form(params)) end opt = @form_option.dup require 'securerandom' unless defined?(SecureRandom) opt[:boundary] ||= SecureRandom.urlsafe_base64(40) self.set_content_type(self.content_type, boundary: opt[:boundary]) if chunked? write_header sock, ver, path encode_multipart_form_data(sock, params, opt) else require 'tempfile' file = Tempfile.new('multipart') file.binmode encode_multipart_form_data(file, params, opt) file.rewind self.content_length = file.size write_header sock, ver, path IO.copy_stream(file, sock) file.close(true) end end def encode_multipart_form_data(out, params, opt) charset = opt[:charset] boundary = opt[:boundary] require 'securerandom' unless defined?(SecureRandom) boundary ||= SecureRandom.urlsafe_base64(40) chunked_p = chunked? buf = +'' params.each do |key, value, h={}| key = quote_string(key, charset) filename = h.key?(:filename) ? h[:filename] : value.respond_to?(:to_path) ? File.basename(value.to_path) : nil buf << "--#{boundary}\r\n" if filename filename = quote_string(filename, charset) type = h[:content_type] || 'application/octet-stream' buf << "Content-Disposition: form-data; " \ "name=\"#{key}\"; filename=\"#{filename}\"\r\n" \ "Content-Type: #{type}\r\n\r\n" if !out.respond_to?(:write) || !value.respond_to?(:read) # if +out+ is not an IO or +value+ is not an IO buf << (value.respond_to?(:read) ? value.read : value) elsif value.respond_to?(:size) && chunked_p # if +out+ is an IO and +value+ is a File, use IO.copy_stream flush_buffer(out, buf, chunked_p) out << "%x\r\n" % value.size if chunked_p IO.copy_stream(value, out) out << "\r\n" if chunked_p else # +out+ is an IO, and +value+ is not a File but an IO flush_buffer(out, buf, chunked_p) 1 while flush_buffer(out, value.read(4096), chunked_p) end else # non-file field: # HTML5 says, "The parts of the generated multipart/form-data # resource that correspond to non-file fields must not have a # Content-Type header specified." buf << "Content-Disposition: form-data; name=\"#{key}\"\r\n\r\n" buf << (value.respond_to?(:read) ? value.read : value) end buf << "\r\n" end buf << "--#{boundary}--\r\n" flush_buffer(out, buf, chunked_p) out << "0\r\n\r\n" if chunked_p end def quote_string(str, charset) str = str.encode(charset, fallback:->(c){'&#%d;'%c.encode("UTF-8").ord}) if charset str.gsub(/[\\"]/, '\\\\\&') end def flush_buffer(out, buf, chunked_p) return unless buf out << "%x\r\n"%buf.bytesize if chunked_p out << buf out << "\r\n" if chunked_p buf.clear end def supply_default_content_type return if content_type() warn 'net/http: Content-Type did not set; using application/x-www-form-urlencoded', uplevel: 1 if $VERBOSE set_content_type 'application/x-www-form-urlencoded' end ## # Waits up to the continue timeout for a response from the server provided # we're speaking HTTP 1.1 and are expecting a 100-continue response. def wait_for_continue(sock, ver) if ver >= '1.1' and @header['expect'] and @header['expect'].include?('100-continue') if sock.io.to_io.wait_readable(sock.continue_timeout) res = Gem::Net::HTTPResponse.read_new(sock) unless res.kind_of?(Gem::Net::HTTPContinue) res.decode_content = @decode_content throw :response, res end end end end def write_header(sock, ver, path) reqline = "#{@method} #{path} HTTP/#{ver}" if /[\r\n]/ =~ reqline raise ArgumentError, "A Request-Line must not contain CR or LF" end buf = +'' buf << reqline << "\r\n" each_capitalized do |k,v| buf << "#{k}: #{v}\r\n" end buf << "\r\n" sock.write buf end end PK )J [T,u`�N �N @ share/rubygems/rubygems/vendor/net-http/lib/net/http/response.rbnu �[��� # frozen_string_literal: true # This class is the base class for \Gem::Net::HTTP response classes. # # == About the Examples # # :include: doc/net-http/examples.rdoc # # == Returned Responses # # \Method Gem::Net::HTTP.get_response returns # an instance of one of the subclasses of \Gem::Net::HTTPResponse: # # Gem::Net::HTTP.get_response(uri) # # => #<Gem::Net::HTTPOK 200 OK readbody=true> # Gem::Net::HTTP.get_response(hostname, '/nosuch') # # => #<Gem::Net::HTTPNotFound 404 Not Found readbody=true> # # As does method Gem::Net::HTTP#request: # # req = Gem::Net::HTTP::Get.new(uri) # Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # \Class \Gem::Net::HTTPResponse includes module Gem::Net::HTTPHeader, # which provides access to response header values via (among others): # # - \Hash-like method <tt>[]</tt>. # - Specific reader methods, such as +content_type+. # # Examples: # # res = Gem::Net::HTTP.get_response(uri) # => #<Gem::Net::HTTPOK 200 OK readbody=true> # res['Content-Type'] # => "text/html; charset=UTF-8" # res.content_type # => "text/html" # # == Response Subclasses # # \Class \Gem::Net::HTTPResponse has a subclass for each # {HTTP status code}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes]. # You can look up the response class for a given code: # # Gem::Net::HTTPResponse::CODE_TO_OBJ['200'] # => Gem::Net::HTTPOK # Gem::Net::HTTPResponse::CODE_TO_OBJ['400'] # => Gem::Net::HTTPBadRequest # Gem::Net::HTTPResponse::CODE_TO_OBJ['404'] # => Gem::Net::HTTPNotFound # # And you can retrieve the status code for a response object: # # Gem::Net::HTTP.get_response(uri).code # => "200" # Gem::Net::HTTP.get_response(hostname, '/nosuch').code # => "404" # # The response subclasses (indentation shows class hierarchy): # # - Gem::Net::HTTPUnknownResponse (for unhandled \HTTP extensions). # # - Gem::Net::HTTPInformation: # # - Gem::Net::HTTPContinue (100) # - Gem::Net::HTTPSwitchProtocol (101) # - Gem::Net::HTTPProcessing (102) # - Gem::Net::HTTPEarlyHints (103) # # - Gem::Net::HTTPSuccess: # # - Gem::Net::HTTPOK (200) # - Gem::Net::HTTPCreated (201) # - Gem::Net::HTTPAccepted (202) # - Gem::Net::HTTPNonAuthoritativeInformation (203) # - Gem::Net::HTTPNoContent (204) # - Gem::Net::HTTPResetContent (205) # - Gem::Net::HTTPPartialContent (206) # - Gem::Net::HTTPMultiStatus (207) # - Gem::Net::HTTPAlreadyReported (208) # - Gem::Net::HTTPIMUsed (226) # # - Gem::Net::HTTPRedirection: # # - Gem::Net::HTTPMultipleChoices (300) # - Gem::Net::HTTPMovedPermanently (301) # - Gem::Net::HTTPFound (302) # - Gem::Net::HTTPSeeOther (303) # - Gem::Net::HTTPNotModified (304) # - Gem::Net::HTTPUseProxy (305) # - Gem::Net::HTTPTemporaryRedirect (307) # - Gem::Net::HTTPPermanentRedirect (308) # # - Gem::Net::HTTPClientError: # # - Gem::Net::HTTPBadRequest (400) # - Gem::Net::HTTPUnauthorized (401) # - Gem::Net::HTTPPaymentRequired (402) # - Gem::Net::HTTPForbidden (403) # - Gem::Net::HTTPNotFound (404) # - Gem::Net::HTTPMethodNotAllowed (405) # - Gem::Net::HTTPNotAcceptable (406) # - Gem::Net::HTTPProxyAuthenticationRequired (407) # - Gem::Net::HTTPRequestTimeOut (408) # - Gem::Net::HTTPConflict (409) # - Gem::Net::HTTPGone (410) # - Gem::Net::HTTPLengthRequired (411) # - Gem::Net::HTTPPreconditionFailed (412) # - Gem::Net::HTTPRequestEntityTooLarge (413) # - Gem::Net::HTTPRequestURITooLong (414) # - Gem::Net::HTTPUnsupportedMediaType (415) # - Gem::Net::HTTPRequestedRangeNotSatisfiable (416) # - Gem::Net::HTTPExpectationFailed (417) # - Gem::Net::HTTPMisdirectedRequest (421) # - Gem::Net::HTTPUnprocessableEntity (422) # - Gem::Net::HTTPLocked (423) # - Gem::Net::HTTPFailedDependency (424) # - Gem::Net::HTTPUpgradeRequired (426) # - Gem::Net::HTTPPreconditionRequired (428) # - Gem::Net::HTTPTooManyRequests (429) # - Gem::Net::HTTPRequestHeaderFieldsTooLarge (431) # - Gem::Net::HTTPUnavailableForLegalReasons (451) # # - Gem::Net::HTTPServerError: # # - Gem::Net::HTTPInternalServerError (500) # - Gem::Net::HTTPNotImplemented (501) # - Gem::Net::HTTPBadGateway (502) # - Gem::Net::HTTPServiceUnavailable (503) # - Gem::Net::HTTPGatewayTimeOut (504) # - Gem::Net::HTTPVersionNotSupported (505) # - Gem::Net::HTTPVariantAlsoNegotiates (506) # - Gem::Net::HTTPInsufficientStorage (507) # - Gem::Net::HTTPLoopDetected (508) # - Gem::Net::HTTPNotExtended (510) # - Gem::Net::HTTPNetworkAuthenticationRequired (511) # # There is also the Gem::Net::HTTPBadResponse exception which is raised when # there is a protocol error. # class Gem::Net::HTTPResponse class << self # true if the response has a body. def body_permitted? self::HAS_BODY end def exception_type # :nodoc: internal use only self::EXCEPTION_TYPE end def read_new(sock) #:nodoc: internal use only httpv, code, msg = read_status_line(sock) res = response_class(code).new(httpv, code, msg) each_response_header(sock) do |k,v| res.add_field k, v end res end private def read_status_line(sock) str = sock.readline m = /\AHTTP(?:\/(\d+\.\d+))?\s+(\d\d\d)(?:\s+(.*))?\z/in.match(str) or raise Gem::Net::HTTPBadResponse, "wrong status line: #{str.dump}" m.captures end def response_class(code) CODE_TO_OBJ[code] or CODE_CLASS_TO_OBJ[code[0,1]] or Gem::Net::HTTPUnknownResponse end def each_response_header(sock) key = value = nil while true line = sock.readuntil("\n", true).sub(/\s+\z/, '') break if line.empty? if line[0] == ?\s or line[0] == ?\t and value value << ' ' unless value.empty? value << line.strip else yield key, value if key key, value = line.strip.split(/\s*:\s*/, 2) raise Gem::Net::HTTPBadResponse, 'wrong header line format' if value.nil? end end yield key, value if key end end # next is to fix bug in RDoc, where the private inside class << self # spills out. public include Gem::Net::HTTPHeader def initialize(httpv, code, msg) #:nodoc: internal use only @http_version = httpv @code = code @message = msg initialize_http_header nil @body = nil @read = false @uri = nil @decode_content = false @body_encoding = false @ignore_eof = true end # The HTTP version supported by the server. attr_reader :http_version # The HTTP result code string. For example, '302'. You can also # determine the response type by examining which response subclass # the response object is an instance of. attr_reader :code # The HTTP result message sent by the server. For example, 'Not Found'. attr_reader :message alias msg message # :nodoc: obsolete # The Gem::URI used to fetch this response. The response Gem::URI is only available # if a Gem::URI was used to create the request. attr_reader :uri # Set to true automatically when the request did not contain an # Accept-Encoding header from the user. attr_accessor :decode_content # Returns the value set by body_encoding=, or +false+ if none; # see #body_encoding=. attr_reader :body_encoding # Sets the encoding that should be used when reading the body: # # - If the given value is an Encoding object, that encoding will be used. # - Otherwise if the value is a string, the value of # {Encoding#find(value)}[https://docs.ruby-lang.org/en/master/Encoding.html#method-c-find] # will be used. # - Otherwise an encoding will be deduced from the body itself. # # Examples: # # http = Gem::Net::HTTP.new(hostname) # req = Gem::Net::HTTP::Get.new('/') # # http.request(req) do |res| # p res.body.encoding # => #<Encoding:ASCII-8BIT> # end # # http.request(req) do |res| # res.body_encoding = "UTF-8" # p res.body.encoding # => #<Encoding:UTF-8> # end # def body_encoding=(value) value = Encoding.find(value) if value.is_a?(String) @body_encoding = value end # Whether to ignore EOF when reading bodies with a specified Content-Length # header. attr_accessor :ignore_eof def inspect "#<#{self.class} #{@code} #{@message} readbody=#{@read}>" end # # response <-> exception relationship # def code_type #:nodoc: self.class end def error! #:nodoc: message = @code message = "#{message} #{@message.dump}" if @message raise error_type().new(message, self) end def error_type #:nodoc: self.class::EXCEPTION_TYPE end # Raises an HTTP error if the response is not 2xx (success). def value error! unless self.kind_of?(Gem::Net::HTTPSuccess) end def uri= uri # :nodoc: @uri = uri.dup if uri end # # header (for backward compatibility only; DO NOT USE) # def response #:nodoc: warn "Gem::Net::HTTPResponse#response is obsolete", uplevel: 1 if $VERBOSE self end def header #:nodoc: warn "Gem::Net::HTTPResponse#header is obsolete", uplevel: 1 if $VERBOSE self end def read_header #:nodoc: warn "Gem::Net::HTTPResponse#read_header is obsolete", uplevel: 1 if $VERBOSE self end # # body # def reading_body(sock, reqmethodallowbody) #:nodoc: internal use only @socket = sock @body_exist = reqmethodallowbody && self.class.body_permitted? begin yield self.body # ensure to read body ensure @socket = nil end end # Gets the entity body returned by the remote HTTP server. # # If a block is given, the body is passed to the block, and # the body is provided in fragments, as it is read in from the socket. # # If +dest+ argument is given, response is read into that variable, # with <code>dest#<<</code> method (it could be String or IO, or any # other object responding to <code><<</code>). # # Calling this method a second or subsequent time for the same # HTTPResponse object will return the value already read. # # http.request_get('/index.html') {|res| # puts res.read_body # } # # http.request_get('/index.html') {|res| # p res.read_body.object_id # 538149362 # p res.read_body.object_id # 538149362 # } # # # using iterator # http.request_get('/index.html') {|res| # res.read_body do |segment| # print segment # end # } # def read_body(dest = nil, &block) if @read raise IOError, "#{self.class}\#read_body called twice" if dest or block return @body end to = procdest(dest, block) stream_check if @body_exist read_body_0 to @body = to else @body = nil end @read = true return if @body.nil? case enc = @body_encoding when Encoding, false, nil # Encoding: force given encoding # false/nil: do not force encoding else # other value: detect encoding from body enc = detect_encoding(@body) end @body.force_encoding(enc) if enc @body end # Returns the string response body; # note that repeated calls for the unmodified body return a cached string: # # path = '/todos/1' # Gem::Net::HTTP.start(hostname) do |http| # res = http.get(path) # p res.body # p http.head(path).body # No body. # end # # Output: # # "{\n \"userId\": 1,\n \"id\": 1,\n \"title\": \"delectus aut autem\",\n \"completed\": false\n}" # nil # def body read_body() end # Sets the body of the response to the given value. def body=(value) @body = value end alias entity body #:nodoc: obsolete private # :nodoc: def detect_encoding(str, encoding=nil) if encoding elsif encoding = type_params['charset'] elsif encoding = check_bom(str) else encoding = case content_type&.downcase when %r{text/x(?:ht)?ml|application/(?:[^+]+\+)?xml} /\A<xml[ \t\r\n]+ version[ \t\r\n]*=[ \t\r\n]*(?:"[0-9.]+"|'[0-9.]*')[ \t\r\n]+ encoding[ \t\r\n]*=[ \t\r\n]* (?:"([A-Za-z][\-A-Za-z0-9._]*)"|'([A-Za-z][\-A-Za-z0-9._]*)')/x =~ str encoding = $1 || $2 || Encoding::UTF_8 when %r{text/html.*} sniff_encoding(str) end end return encoding end # :nodoc: def sniff_encoding(str, encoding=nil) # the encoding sniffing algorithm # http://www.w3.org/TR/html5/parsing.html#determining-the-character-encoding if enc = scanning_meta(str) enc # 6. last visited page or something # 7. frequency elsif str.ascii_only? Encoding::US_ASCII elsif str.dup.force_encoding(Encoding::UTF_8).valid_encoding? Encoding::UTF_8 end # 8. implementation-defined or user-specified end # :nodoc: def check_bom(str) case str.byteslice(0, 2) when "\xFE\xFF" return Encoding::UTF_16BE when "\xFF\xFE" return Encoding::UTF_16LE end if "\xEF\xBB\xBF" == str.byteslice(0, 3) return Encoding::UTF_8 end nil end # :nodoc: def scanning_meta(str) require 'strscan' ss = StringScanner.new(str) if ss.scan_until(/<meta[\t\n\f\r ]*/) attrs = {} # attribute_list got_pragma = false need_pragma = nil charset = nil # step: Attributes while attr = get_attribute(ss) name, value = *attr next if attrs[name] attrs[name] = true case name when 'http-equiv' got_pragma = true if value == 'content-type' when 'content' encoding = extracting_encodings_from_meta_elements(value) unless charset charset = encoding end need_pragma = true when 'charset' need_pragma = false charset = value end end # step: Processing return if need_pragma.nil? return if need_pragma && !got_pragma charset = Encoding.find(charset) rescue nil return unless charset charset = Encoding::UTF_8 if charset == Encoding::UTF_16 return charset # tentative end nil end def get_attribute(ss) ss.scan(/[\t\n\f\r \/]*/) if ss.peek(1) == '>' ss.getch return nil end name = ss.scan(/[^=\t\n\f\r \/>]*/) name.downcase! raise if name.empty? ss.skip(/[\t\n\f\r ]*/) if ss.getch != '=' value = '' return [name, value] end ss.skip(/[\t\n\f\r ]*/) case ss.peek(1) when '"' ss.getch value = ss.scan(/[^"]+/) value.downcase! ss.getch when "'" ss.getch value = ss.scan(/[^']+/) value.downcase! ss.getch when '>' value = '' else value = ss.scan(/[^\t\n\f\r >]+/) value.downcase! end [name, value] end def extracting_encodings_from_meta_elements(value) # http://dev.w3.org/html5/spec/fetching-resources.html#algorithm-for-extracting-an-encoding-from-a-meta-element if /charset[\t\n\f\r ]*=(?:"([^"]*)"|'([^']*)'|["']|\z|([^\t\n\f\r ;]+))/i =~ value return $1 || $2 || $3 end return nil end ## # Checks for a supported Content-Encoding header and yields an Inflate # wrapper for this response's socket when zlib is present. If the # Content-Encoding is not supported or zlib is missing, the plain socket is # yielded. # # If a Content-Range header is present, a plain socket is yielded as the # bytes in the range may not be a complete deflate block. def inflater # :nodoc: return yield @socket unless Gem::Net::HTTP::HAVE_ZLIB return yield @socket unless @decode_content return yield @socket if self['content-range'] v = self['content-encoding'] case v&.downcase when 'deflate', 'gzip', 'x-gzip' then self.delete 'content-encoding' inflate_body_io = Inflater.new(@socket) begin yield inflate_body_io success = true ensure begin inflate_body_io.finish if self['content-length'] self['content-length'] = inflate_body_io.bytes_inflated.to_s end rescue => err # Ignore #finish's error if there is an exception from yield raise err if success end end when 'none', 'identity' then self.delete 'content-encoding' yield @socket else yield @socket end end def read_body_0(dest) inflater do |inflate_body_io| if chunked? read_chunked dest, inflate_body_io return end @socket = inflate_body_io clen = content_length() if clen @socket.read clen, dest, @ignore_eof return end clen = range_length() if clen @socket.read clen, dest return end @socket.read_all dest end end ## # read_chunked reads from +@socket+ for chunk-size, chunk-extension, CRLF, # etc. and +chunk_data_io+ for chunk-data which may be deflate or gzip # encoded. # # See RFC 2616 section 3.6.1 for definitions def read_chunked(dest, chunk_data_io) # :nodoc: total = 0 while true line = @socket.readline hexlen = line.slice(/[0-9a-fA-F]+/) or raise Gem::Net::HTTPBadResponse, "wrong chunk size line: #{line}" len = hexlen.hex break if len == 0 begin chunk_data_io.read len, dest ensure total += len @socket.read 2 # \r\n end end until @socket.readline.empty? # none end end def stream_check raise IOError, 'attempt to read body out of block' if @socket.nil? || @socket.closed? end def procdest(dest, block) raise ArgumentError, 'both arg and block given for HTTP method' if dest and block if block Gem::Net::ReadAdapter.new(block) else dest || +'' end end ## # Inflater is a wrapper around Gem::Net::BufferedIO that transparently inflates # zlib and gzip streams. class Inflater # :nodoc: ## # Creates a new Inflater wrapping +socket+ def initialize socket @socket = socket # zlib with automatic gzip detection @inflate = Zlib::Inflate.new(32 + Zlib::MAX_WBITS) end ## # Finishes the inflate stream. def finish return if @inflate.total_in == 0 @inflate.finish end ## # The number of bytes inflated, used to update the Content-Length of # the response. def bytes_inflated @inflate.total_out end ## # Returns a Gem::Net::ReadAdapter that inflates each read chunk into +dest+. # # This allows a large response body to be inflated without storing the # entire body in memory. def inflate_adapter(dest) if dest.respond_to?(:set_encoding) dest.set_encoding(Encoding::ASCII_8BIT) elsif dest.respond_to?(:force_encoding) dest.force_encoding(Encoding::ASCII_8BIT) end block = proc do |compressed_chunk| @inflate.inflate(compressed_chunk) do |chunk| compressed_chunk.clear dest << chunk end end Gem::Net::ReadAdapter.new(block) end ## # Reads +clen+ bytes from the socket, inflates them, then writes them to # +dest+. +ignore_eof+ is passed down to Gem::Net::BufferedIO#read # # Unlike Gem::Net::BufferedIO#read, this method returns more than +clen+ bytes. # At this time there is no way for a user of Gem::Net::HTTPResponse to read a # specific number of bytes from the HTTP response body, so this internal # API does not return the same number of bytes as were requested. # # See https://bugs.ruby-lang.org/issues/6492 for further discussion. def read clen, dest, ignore_eof = false temp_dest = inflate_adapter(dest) @socket.read clen, temp_dest, ignore_eof end ## # Reads the rest of the socket, inflates it, then writes it to +dest+. def read_all dest temp_dest = inflate_adapter(dest) @socket.read_all temp_dest end end end PK )J [�q�^ 8 8 @ share/rubygems/rubygems/vendor/net-http/lib/net/http/requests.rbnu �[��� # frozen_string_literal: true # HTTP/1.1 methods --- RFC2616 # \Class for representing # {HTTP method GET}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#GET_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Get.new(uri) # => #<Gem::Net::HTTP::Get GET> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: yes. # # Related: # # - Gem::Net::HTTP.get: sends +GET+ request, returns response body. # - Gem::Net::HTTP#get: sends +GET+ request, returns response object. # class Gem::Net::HTTP::Get < Gem::Net::HTTPRequest METHOD = 'GET' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method HEAD}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#HEAD_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Head.new(uri) # => #<Gem::Net::HTTP::Head HEAD> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: no. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: yes. # # Related: # # - Gem::Net::HTTP#head: sends +HEAD+ request, returns response object. # class Gem::Net::HTTP::Head < Gem::Net::HTTPRequest METHOD = 'HEAD' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = false end # \Class for representing # {HTTP method POST}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#POST_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts' # req = Gem::Net::HTTP::Post.new(uri) # => #<Gem::Net::HTTP::Post POST> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_type = 'application/json' # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: yes. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: no. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: yes. # # Related: # # - Gem::Net::HTTP.post: sends +POST+ request, returns response object. # - Gem::Net::HTTP#post: sends +POST+ request, returns response object. # class Gem::Net::HTTP::Post < Gem::Net::HTTPRequest METHOD = 'POST' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method PUT}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#PUT_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts' # req = Gem::Net::HTTP::Put.new(uri) # => #<Gem::Net::HTTP::Put PUT> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_type = 'application/json' # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: yes. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Gem::Net::HTTP.put: sends +PUT+ request, returns response object. # - Gem::Net::HTTP#put: sends +PUT+ request, returns response object. # class Gem::Net::HTTP::Put < Gem::Net::HTTPRequest METHOD = 'PUT' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method DELETE}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#DELETE_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts/1' # req = Gem::Net::HTTP::Delete.new(uri) # => #<Gem::Net::HTTP::Delete DELETE> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Gem::Net::HTTP#delete: sends +DELETE+ request, returns response object. # class Gem::Net::HTTP::Delete < Gem::Net::HTTPRequest METHOD = 'DELETE' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method OPTIONS}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#OPTIONS_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Options.new(uri) # => #<Gem::Net::HTTP::Options OPTIONS> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Gem::Net::HTTP#options: sends +OPTIONS+ request, returns response object. # class Gem::Net::HTTP::Options < Gem::Net::HTTPRequest METHOD = 'OPTIONS' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method TRACE}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#TRACE_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Trace.new(uri) # => #<Gem::Net::HTTP::Trace TRACE> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: no. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Gem::Net::HTTP#trace: sends +TRACE+ request, returns response object. # class Gem::Net::HTTP::Trace < Gem::Net::HTTPRequest METHOD = 'TRACE' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method PATCH}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#PATCH_method]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts' # req = Gem::Net::HTTP::Patch.new(uri) # => #<Gem::Net::HTTP::Patch PATCH> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_type = 'application/json' # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: yes. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: no. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Gem::Net::HTTP#patch: sends +PATCH+ request, returns response object. # class Gem::Net::HTTP::Patch < Gem::Net::HTTPRequest METHOD = 'PATCH' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # # WebDAV methods --- RFC2518 # # \Class for representing # {WebDAV method PROPFIND}[http://www.webdav.org/specs/rfc4918.html#METHOD_PROPFIND]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Propfind.new(uri) # => #<Gem::Net::HTTP::Propfind PROPFIND> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#propfind: sends +PROPFIND+ request, returns response object. # class Gem::Net::HTTP::Propfind < Gem::Net::HTTPRequest METHOD = 'PROPFIND' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method PROPPATCH}[http://www.webdav.org/specs/rfc4918.html#METHOD_PROPPATCH]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Proppatch.new(uri) # => #<Gem::Net::HTTP::Proppatch PROPPATCH> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#proppatch: sends +PROPPATCH+ request, returns response object. # class Gem::Net::HTTP::Proppatch < Gem::Net::HTTPRequest METHOD = 'PROPPATCH' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method MKCOL}[http://www.webdav.org/specs/rfc4918.html#METHOD_MKCOL]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Mkcol.new(uri) # => #<Gem::Net::HTTP::Mkcol MKCOL> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#mkcol: sends +MKCOL+ request, returns response object. # class Gem::Net::HTTP::Mkcol < Gem::Net::HTTPRequest METHOD = 'MKCOL' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method COPY}[http://www.webdav.org/specs/rfc4918.html#METHOD_COPY]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Copy.new(uri) # => #<Gem::Net::HTTP::Copy COPY> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#copy: sends +COPY+ request, returns response object. # class Gem::Net::HTTP::Copy < Gem::Net::HTTPRequest METHOD = 'COPY' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method MOVE}[http://www.webdav.org/specs/rfc4918.html#METHOD_MOVE]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Move.new(uri) # => #<Gem::Net::HTTP::Move MOVE> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#move: sends +MOVE+ request, returns response object. # class Gem::Net::HTTP::Move < Gem::Net::HTTPRequest METHOD = 'MOVE' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method LOCK}[http://www.webdav.org/specs/rfc4918.html#METHOD_LOCK]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Lock.new(uri) # => #<Gem::Net::HTTP::Lock LOCK> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#lock: sends +LOCK+ request, returns response object. # class Gem::Net::HTTP::Lock < Gem::Net::HTTPRequest METHOD = 'LOCK' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method UNLOCK}[http://www.webdav.org/specs/rfc4918.html#METHOD_UNLOCK]: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Gem::Net::HTTP::Unlock.new(uri) # => #<Gem::Net::HTTP::Unlock UNLOCK> # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Gem::Net::HTTPRequest@Request+Headers]. # # Related: # # - Gem::Net::HTTP#unlock: sends +UNLOCK+ request, returns response object. # class Gem::Net::HTTP::Unlock < Gem::Net::HTTPRequest METHOD = 'UNLOCK' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end PK )J [�sN�t� t� A share/rubygems/rubygems/vendor/net-http/lib/net/http/responses.rbnu �[��� # frozen_string_literal: true #-- # https://www.iana.org/assignments/http-status-codes/http-status-codes.xhtml module Gem::Net class HTTPUnknownResponse < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPError # end # Parent class for informational (1xx) HTTP response classes. # # An informational response indicates that the request was received and understood. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.1xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#1xx_informational_response]. # class HTTPInformation < HTTPResponse HAS_BODY = false EXCEPTION_TYPE = HTTPError # end # Parent class for success (2xx) HTTP response classes. # # A success response indicates the action requested by the client # was received, understood, and accepted. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.2xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#2xx_success]. # class HTTPSuccess < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPError # end # Parent class for redirection (3xx) HTTP response classes. # # A redirection response indicates the client must take additional action # to complete the request. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.3xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#3xx_redirection]. # class HTTPRedirection < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPRetriableError # end # Parent class for client error (4xx) HTTP response classes. # # A client error response indicates that the client may have caused an error. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.4xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#4xx_client_errors]. # class HTTPClientError < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPClientException # end # Parent class for server error (5xx) HTTP response classes. # # A server error response indicates that the server failed to fulfill a request. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.5xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#5xx_server_errors]. # class HTTPServerError < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPFatalError # end # Response class for +Continue+ responses (status code 100). # # A +Continue+ response indicates that the server has received the request headers. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/100]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-100-continue]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#100]. # class HTTPContinue < HTTPInformation HAS_BODY = false end # Response class for <tt>Switching Protocol</tt> responses (status code 101). # # The <tt>Switching Protocol<tt> response indicates that the server has received # a request to switch protocols, and has agreed to do so. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/101]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-101-switching-protocols]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#101]. # class HTTPSwitchProtocol < HTTPInformation HAS_BODY = false end # Response class for +Processing+ responses (status code 102). # # The +Processing+ response indicates that the server has received # and is processing the request, but no response is available yet. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 2518}[https://www.rfc-editor.org/rfc/rfc2518#section-10.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#102]. # class HTTPProcessing < HTTPInformation HAS_BODY = false end # Response class for <tt>Early Hints</tt> responses (status code 103). # # The <tt>Early Hints</tt> indicates that the server has received # and is processing the request, and contains certain headers; # the final response is not available yet. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/103]. # - {RFC 8297}[https://www.rfc-editor.org/rfc/rfc8297.html#section-2]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#103]. # class HTTPEarlyHints < HTTPInformation HAS_BODY = false end # Response class for +OK+ responses (status code 200). # # The +OK+ response indicates that the server has received # a request and has responded successfully. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/200]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-200-ok]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#200]. # class HTTPOK < HTTPSuccess HAS_BODY = true end # Response class for +Created+ responses (status code 201). # # The +Created+ response indicates that the server has received # and has fulfilled a request to create a new resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/201]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-201-created]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#201]. # class HTTPCreated < HTTPSuccess HAS_BODY = true end # Response class for +Accepted+ responses (status code 202). # # The +Accepted+ response indicates that the server has received # and is processing a request, but the processing has not yet been completed. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/202]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-202-accepted]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#202]. # class HTTPAccepted < HTTPSuccess HAS_BODY = true end # Response class for <tt>Non-Authoritative Information</tt> responses (status code 203). # # The <tt>Non-Authoritative Information</tt> response indicates that the server # is a transforming proxy (such as a Web accelerator) # that received a 200 OK response from its origin, # and is returning a modified version of the origin's response. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/203]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-203-non-authoritative-infor]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#203]. # class HTTPNonAuthoritativeInformation < HTTPSuccess HAS_BODY = true end # Response class for <tt>No Content</tt> responses (status code 204). # # The <tt>No Content</tt> response indicates that the server # successfully processed the request, and is not returning any content. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/204]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-204-no-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#204]. # class HTTPNoContent < HTTPSuccess HAS_BODY = false end # Response class for <tt>Reset Content</tt> responses (status code 205). # # The <tt>Reset Content</tt> response indicates that the server # successfully processed the request, # asks that the client reset its document view, and is not returning any content. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/205]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-205-reset-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#205]. # class HTTPResetContent < HTTPSuccess HAS_BODY = false end # Response class for <tt>Partial Content</tt> responses (status code 206). # # The <tt>Partial Content</tt> response indicates that the server is delivering # only part of the resource (byte serving) # due to a Range header in the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/206]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-206-partial-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#206]. # class HTTPPartialContent < HTTPSuccess HAS_BODY = true end # Response class for <tt>Multi-Status (WebDAV)</tt> responses (status code 207). # # The <tt>Multi-Status (WebDAV)</tt> response indicates that the server # has received the request, # and that the message body can contain a number of separate response codes. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 4818}[https://www.rfc-editor.org/rfc/rfc4918#section-11.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#207]. # class HTTPMultiStatus < HTTPSuccess HAS_BODY = true end # Response class for <tt>Already Reported (WebDAV)</tt> responses (status code 208). # # The <tt>Already Reported (WebDAV)</tt> response indicates that the server # has received the request, # and that the members of a DAV binding have already been enumerated # in a preceding part of the (multi-status) response, # and are not being included again. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 5842}[https://www.rfc-editor.org/rfc/rfc5842.html#section-7.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#208]. # class HTTPAlreadyReported < HTTPSuccess HAS_BODY = true end # Response class for <tt>IM Used</tt> responses (status code 226). # # The <tt>IM Used</tt> response indicates that the server has fulfilled a request # for the resource, and the response is a representation of the result # of one or more instance-manipulations applied to the current instance. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 3229}[https://www.rfc-editor.org/rfc/rfc3229.html#section-10.4.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#226]. # class HTTPIMUsed < HTTPSuccess HAS_BODY = true end # Response class for <tt>Multiple Choices</tt> responses (status code 300). # # The <tt>Multiple Choices</tt> response indicates that the server # offers multiple options for the resource from which the client may choose. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/300]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-300-multiple-choices]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#300]. # class HTTPMultipleChoices < HTTPRedirection HAS_BODY = true end HTTPMultipleChoice = HTTPMultipleChoices # Response class for <tt>Moved Permanently</tt> responses (status code 301). # # The <tt>Moved Permanently</tt> response indicates that links or records # returning this response should be updated to use the given URL. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/301]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-301-moved-permanently]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#301]. # class HTTPMovedPermanently < HTTPRedirection HAS_BODY = true end # Response class for <tt>Found</tt> responses (status code 302). # # The <tt>Found</tt> response indicates that the client # should look at (browse to) another URL. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/302]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-302-found]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#302]. # class HTTPFound < HTTPRedirection HAS_BODY = true end HTTPMovedTemporarily = HTTPFound # Response class for <tt>See Other</tt> responses (status code 303). # # The response to the request can be found under another Gem::URI using the GET method. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/303]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-303-see-other]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#303]. # class HTTPSeeOther < HTTPRedirection HAS_BODY = true end # Response class for <tt>Not Modified</tt> responses (status code 304). # # Indicates that the resource has not been modified since the version # specified by the request headers. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/304]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-304-not-modified]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#304]. # class HTTPNotModified < HTTPRedirection HAS_BODY = false end # Response class for <tt>Use Proxy</tt> responses (status code 305). # # The requested resource is available only through a proxy, # whose address is provided in the response. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-305-use-proxy]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#305]. # class HTTPUseProxy < HTTPRedirection HAS_BODY = false end # Response class for <tt>Temporary Redirect</tt> responses (status code 307). # # The request should be repeated with another Gem::URI; # however, future requests should still use the original Gem::URI. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/307]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-307-temporary-redirect]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#307]. # class HTTPTemporaryRedirect < HTTPRedirection HAS_BODY = true end # Response class for <tt>Permanent Redirect</tt> responses (status code 308). # # This and all future requests should be directed to the given Gem::URI. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/308]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-308-permanent-redirect]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#308]. # class HTTPPermanentRedirect < HTTPRedirection HAS_BODY = true end # Response class for <tt>Bad Request</tt> responses (status code 400). # # The server cannot or will not process the request due to an apparent client error. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/400]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-400-bad-request]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#400]. # class HTTPBadRequest < HTTPClientError HAS_BODY = true end # Response class for <tt>Unauthorized</tt> responses (status code 401). # # Authentication is required, but either was not provided or failed. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/401]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-401-unauthorized]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#401]. # class HTTPUnauthorized < HTTPClientError HAS_BODY = true end # Response class for <tt>Payment Required</tt> responses (status code 402). # # Reserved for future use. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/402]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-402-payment-required]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#402]. # class HTTPPaymentRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Forbidden</tt> responses (status code 403). # # The request contained valid data and was understood by the server, # but the server is refusing action. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/403]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-403-forbidden]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#403]. # class HTTPForbidden < HTTPClientError HAS_BODY = true end # Response class for <tt>Not Found</tt> responses (status code 404). # # The requested resource could not be found but may be available in the future. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/404]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-404-not-found]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#404]. # class HTTPNotFound < HTTPClientError HAS_BODY = true end # Response class for <tt>Method Not Allowed</tt> responses (status code 405). # # The request method is not supported for the requested resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/405]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-405-method-not-allowed]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#405]. # class HTTPMethodNotAllowed < HTTPClientError HAS_BODY = true end # Response class for <tt>Not Acceptable</tt> responses (status code 406). # # The requested resource is capable of generating only content # that not acceptable according to the Accept headers sent in the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/406]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-406-not-acceptable]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#406]. # class HTTPNotAcceptable < HTTPClientError HAS_BODY = true end # Response class for <tt>Proxy Authentication Required</tt> responses (status code 407). # # The client must first authenticate itself with the proxy. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/407]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-407-proxy-authentication-re]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#407]. # class HTTPProxyAuthenticationRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Request Gem::Timeout</tt> responses (status code 408). # # The server timed out waiting for the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/408]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-408-request-timeout]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#408]. # class HTTPRequestTimeout < HTTPClientError HAS_BODY = true end HTTPRequestTimeOut = HTTPRequestTimeout # Response class for <tt>Conflict</tt> responses (status code 409). # # The request could not be processed because of conflict in the current state of the resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/409]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-409-conflict]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#409]. # class HTTPConflict < HTTPClientError HAS_BODY = true end # Response class for <tt>Gone</tt> responses (status code 410). # # The resource requested was previously in use but is no longer available # and will not be available again. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/410]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-410-gone]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#410]. # class HTTPGone < HTTPClientError HAS_BODY = true end # Response class for <tt>Length Required</tt> responses (status code 411). # # The request did not specify the length of its content, # which is required by the requested resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/411]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-411-length-required]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#411]. # class HTTPLengthRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Precondition Failed</tt> responses (status code 412). # # The server does not meet one of the preconditions # specified in the request headers. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/412]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-412-precondition-failed]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#412]. # class HTTPPreconditionFailed < HTTPClientError HAS_BODY = true end # Response class for <tt>Payload Too Large</tt> responses (status code 413). # # The request is larger than the server is willing or able to process. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/413]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-413-content-too-large]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#413]. # class HTTPPayloadTooLarge < HTTPClientError HAS_BODY = true end HTTPRequestEntityTooLarge = HTTPPayloadTooLarge # Response class for <tt>Gem::URI Too Long</tt> responses (status code 414). # # The Gem::URI provided was too long for the server to process. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/414]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-414-uri-too-long]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#414]. # class HTTPURITooLong < HTTPClientError HAS_BODY = true end HTTPRequestURITooLong = HTTPURITooLong HTTPRequestURITooLarge = HTTPRequestURITooLong # Response class for <tt>Unsupported Media Type</tt> responses (status code 415). # # The request entity has a media type which the server or resource does not support. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/415]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-415-unsupported-media-type]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#415]. # class HTTPUnsupportedMediaType < HTTPClientError HAS_BODY = true end # Response class for <tt>Range Not Satisfiable</tt> responses (status code 416). # # The request entity has a media type which the server or resource does not support. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/416]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-416-range-not-satisfiable]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#416]. # class HTTPRangeNotSatisfiable < HTTPClientError HAS_BODY = true end HTTPRequestedRangeNotSatisfiable = HTTPRangeNotSatisfiable # Response class for <tt>Expectation Failed</tt> responses (status code 417). # # The server cannot meet the requirements of the Expect request-header field. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/417]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-417-expectation-failed]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#417]. # class HTTPExpectationFailed < HTTPClientError HAS_BODY = true end # 418 I'm a teapot - RFC 2324; a joke RFC # See https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#418. # 420 Enhance Your Calm - Twitter # Response class for <tt>Misdirected Request</tt> responses (status code 421). # # The request was directed at a server that is not able to produce a response. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-421-misdirected-request]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#421]. # class HTTPMisdirectedRequest < HTTPClientError HAS_BODY = true end # Response class for <tt>Unprocessable Entity</tt> responses (status code 422). # # The request was well-formed but had semantic errors. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/422]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-422-unprocessable-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#422]. # class HTTPUnprocessableEntity < HTTPClientError HAS_BODY = true end # Response class for <tt>Locked (WebDAV)</tt> responses (status code 423). # # The requested resource is locked. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 4918}[https://www.rfc-editor.org/rfc/rfc4918#section-11.3]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#423]. # class HTTPLocked < HTTPClientError HAS_BODY = true end # Response class for <tt>Failed Dependency (WebDAV)</tt> responses (status code 424). # # The request failed because it depended on another request and that request failed. # See {424 Failed Dependency (WebDAV)}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#424]. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 4918}[https://www.rfc-editor.org/rfc/rfc4918#section-11.4]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#424]. # class HTTPFailedDependency < HTTPClientError HAS_BODY = true end # 425 Too Early # https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#425. # Response class for <tt>Upgrade Required</tt> responses (status code 426). # # The client should switch to the protocol given in the Upgrade header field. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/426]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-426-upgrade-required]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#426]. # class HTTPUpgradeRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Precondition Required</tt> responses (status code 428). # # The origin server requires the request to be conditional. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/428]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-3]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#428]. # class HTTPPreconditionRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Too Many Requests</tt> responses (status code 429). # # The user has sent too many requests in a given amount of time. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/429]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-4]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#429]. # class HTTPTooManyRequests < HTTPClientError HAS_BODY = true end # Response class for <tt>Request Header Fields Too Large</tt> responses (status code 431). # # An individual header field is too large, # or all the header fields collectively, are too large. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/431]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-5]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#431]. # class HTTPRequestHeaderFieldsTooLarge < HTTPClientError HAS_BODY = true end # Response class for <tt>Unavailable For Legal Reasons</tt> responses (status code 451). # # A server operator has received a legal demand to deny access to a resource or to a set of resources # that includes the requested resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/451]. # - {RFC 7725}[https://www.rfc-editor.org/rfc/rfc7725.html#section-3]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#451]. # class HTTPUnavailableForLegalReasons < HTTPClientError HAS_BODY = true end # 444 No Response - Nginx # 449 Retry With - Microsoft # 450 Blocked by Windows Parental Controls - Microsoft # 499 Client Closed Request - Nginx # Response class for <tt>Internal Server Error</tt> responses (status code 500). # # An unexpected condition was encountered and no more specific message is suitable. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/500]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-500-internal-server-error]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#500]. # class HTTPInternalServerError < HTTPServerError HAS_BODY = true end # Response class for <tt>Not Implemented</tt> responses (status code 501). # # The server either does not recognize the request method, # or it lacks the ability to fulfil the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/501]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-501-not-implemented]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#501]. # class HTTPNotImplemented < HTTPServerError HAS_BODY = true end # Response class for <tt>Bad Gateway</tt> responses (status code 502). # # The server was acting as a gateway or proxy # and received an invalid response from the upstream server. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/502]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-502-bad-gateway]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#502]. # class HTTPBadGateway < HTTPServerError HAS_BODY = true end # Response class for <tt>Service Unavailable</tt> responses (status code 503). # # The server cannot handle the request # (because it is overloaded or down for maintenance). # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/503]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-503-service-unavailable]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#503]. # class HTTPServiceUnavailable < HTTPServerError HAS_BODY = true end # Response class for <tt>Gateway Gem::Timeout</tt> responses (status code 504). # # The server was acting as a gateway or proxy # and did not receive a timely response from the upstream server. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/504]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-504-gateway-timeout]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#504]. # class HTTPGatewayTimeout < HTTPServerError HAS_BODY = true end HTTPGatewayTimeOut = HTTPGatewayTimeout # Response class for <tt>HTTP Version Not Supported</tt> responses (status code 505). # # The server does not support the HTTP version used in the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/505]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-505-http-version-not-suppor]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#505]. # class HTTPVersionNotSupported < HTTPServerError HAS_BODY = true end # Response class for <tt>Variant Also Negotiates</tt> responses (status code 506). # # Transparent content negotiation for the request results in a circular reference. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/506]. # - {RFC 2295}[https://www.rfc-editor.org/rfc/rfc2295#section-8.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#506]. # class HTTPVariantAlsoNegotiates < HTTPServerError HAS_BODY = true end # Response class for <tt>Insufficient Storage (WebDAV)</tt> responses (status code 507). # # The server is unable to store the representation needed to complete the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/507]. # - {RFC 4918}[https://www.rfc-editor.org/rfc/rfc4918#section-11.5]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#507]. # class HTTPInsufficientStorage < HTTPServerError HAS_BODY = true end # Response class for <tt>Loop Detected (WebDAV)</tt> responses (status code 508). # # The server detected an infinite loop while processing the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/508]. # - {RFC 5942}[https://www.rfc-editor.org/rfc/rfc5842.html#section-7.2]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#508]. # class HTTPLoopDetected < HTTPServerError HAS_BODY = true end # 509 Bandwidth Limit Exceeded - Apache bw/limited extension # Response class for <tt>Not Extended</tt> responses (status code 510). # # Further extensions to the request are required for the server to fulfill it. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/510]. # - {RFC 2774}[https://www.rfc-editor.org/rfc/rfc2774.html#section-7]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#510]. # class HTTPNotExtended < HTTPServerError HAS_BODY = true end # Response class for <tt>Network Authentication Required</tt> responses (status code 511). # # The client needs to authenticate to gain network access. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/511]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-6]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#511]. # class HTTPNetworkAuthenticationRequired < HTTPServerError HAS_BODY = true end end class Gem::Net::HTTPResponse CODE_CLASS_TO_OBJ = { '1' => Gem::Net::HTTPInformation, '2' => Gem::Net::HTTPSuccess, '3' => Gem::Net::HTTPRedirection, '4' => Gem::Net::HTTPClientError, '5' => Gem::Net::HTTPServerError } CODE_TO_OBJ = { '100' => Gem::Net::HTTPContinue, '101' => Gem::Net::HTTPSwitchProtocol, '102' => Gem::Net::HTTPProcessing, '103' => Gem::Net::HTTPEarlyHints, '200' => Gem::Net::HTTPOK, '201' => Gem::Net::HTTPCreated, '202' => Gem::Net::HTTPAccepted, '203' => Gem::Net::HTTPNonAuthoritativeInformation, '204' => Gem::Net::HTTPNoContent, '205' => Gem::Net::HTTPResetContent, '206' => Gem::Net::HTTPPartialContent, '207' => Gem::Net::HTTPMultiStatus, '208' => Gem::Net::HTTPAlreadyReported, '226' => Gem::Net::HTTPIMUsed, '300' => Gem::Net::HTTPMultipleChoices, '301' => Gem::Net::HTTPMovedPermanently, '302' => Gem::Net::HTTPFound, '303' => Gem::Net::HTTPSeeOther, '304' => Gem::Net::HTTPNotModified, '305' => Gem::Net::HTTPUseProxy, '307' => Gem::Net::HTTPTemporaryRedirect, '308' => Gem::Net::HTTPPermanentRedirect, '400' => Gem::Net::HTTPBadRequest, '401' => Gem::Net::HTTPUnauthorized, '402' => Gem::Net::HTTPPaymentRequired, '403' => Gem::Net::HTTPForbidden, '404' => Gem::Net::HTTPNotFound, '405' => Gem::Net::HTTPMethodNotAllowed, '406' => Gem::Net::HTTPNotAcceptable, '407' => Gem::Net::HTTPProxyAuthenticationRequired, '408' => Gem::Net::HTTPRequestTimeout, '409' => Gem::Net::HTTPConflict, '410' => Gem::Net::HTTPGone, '411' => Gem::Net::HTTPLengthRequired, '412' => Gem::Net::HTTPPreconditionFailed, '413' => Gem::Net::HTTPPayloadTooLarge, '414' => Gem::Net::HTTPURITooLong, '415' => Gem::Net::HTTPUnsupportedMediaType, '416' => Gem::Net::HTTPRangeNotSatisfiable, '417' => Gem::Net::HTTPExpectationFailed, '421' => Gem::Net::HTTPMisdirectedRequest, '422' => Gem::Net::HTTPUnprocessableEntity, '423' => Gem::Net::HTTPLocked, '424' => Gem::Net::HTTPFailedDependency, '426' => Gem::Net::HTTPUpgradeRequired, '428' => Gem::Net::HTTPPreconditionRequired, '429' => Gem::Net::HTTPTooManyRequests, '431' => Gem::Net::HTTPRequestHeaderFieldsTooLarge, '451' => Gem::Net::HTTPUnavailableForLegalReasons, '500' => Gem::Net::HTTPInternalServerError, '501' => Gem::Net::HTTPNotImplemented, '502' => Gem::Net::HTTPBadGateway, '503' => Gem::Net::HTTPServiceUnavailable, '504' => Gem::Net::HTTPGatewayTimeout, '505' => Gem::Net::HTTPVersionNotSupported, '506' => Gem::Net::HTTPVariantAlsoNegotiates, '507' => Gem::Net::HTTPInsufficientStorage, '508' => Gem::Net::HTTPLoopDetected, '510' => Gem::Net::HTTPNotExtended, '511' => Gem::Net::HTTPNetworkAuthenticationRequired, } end PK )J [M?�i C share/rubygems/rubygems/vendor/net-http/lib/net/http/proxy_delta.rbnu �[��� # frozen_string_literal: true module Gem::Net::HTTP::ProxyDelta #:nodoc: internal use only private def conn_address proxy_address() end def conn_port proxy_port() end def edit_path(path) use_ssl? ? path : "http://#{addr_port()}#{path}" end end PK )J [�� �T T B share/rubygems/rubygems/vendor/net-http/lib/net/http/exceptions.rbnu �[��� # frozen_string_literal: true module Gem::Net # Gem::Net::HTTP exception class. # You cannot use Gem::Net::HTTPExceptions directly; instead, you must use # its subclasses. module HTTPExceptions def initialize(msg, res) #:nodoc: super msg @response = res end attr_reader :response alias data response #:nodoc: obsolete end class HTTPError < ProtocolError include HTTPExceptions end class HTTPRetriableError < ProtoRetriableError include HTTPExceptions end class HTTPClientException < ProtoServerError include HTTPExceptions end class HTTPFatalError < ProtoFatalError include HTTPExceptions end # We cannot use the name "HTTPServerError", it is the name of the response. HTTPServerException = HTTPClientException # :nodoc: deprecate_constant(:HTTPServerException) end PK )J [`9d� > share/rubygems/rubygems/vendor/net-http/lib/net/http/status.rbnu �[��� # frozen_string_literal: true require_relative '../http' if $0 == __FILE__ require 'open-uri' File.foreach(__FILE__) do |line| puts line break if line.start_with?('end') end puts puts "Gem::Net::HTTP::STATUS_CODES = {" url = "https://www.iana.org/assignments/http-status-codes/http-status-codes-1.csv" Gem::URI(url).read.each_line do |line| code, mes, = line.split(',') next if ['(Unused)', 'Unassigned', 'Description'].include?(mes) puts " #{code} => '#{mes}'," end puts "} # :nodoc:" end Gem::Net::HTTP::STATUS_CODES = { 100 => 'Continue', 101 => 'Switching Protocols', 102 => 'Processing', 103 => 'Early Hints', 200 => 'OK', 201 => 'Created', 202 => 'Accepted', 203 => 'Non-Authoritative Information', 204 => 'No Content', 205 => 'Reset Content', 206 => 'Partial Content', 207 => 'Multi-Status', 208 => 'Already Reported', 226 => 'IM Used', 300 => 'Multiple Choices', 301 => 'Moved Permanently', 302 => 'Found', 303 => 'See Other', 304 => 'Not Modified', 305 => 'Use Proxy', 307 => 'Temporary Redirect', 308 => 'Permanent Redirect', 400 => 'Bad Request', 401 => 'Unauthorized', 402 => 'Payment Required', 403 => 'Forbidden', 404 => 'Not Found', 405 => 'Method Not Allowed', 406 => 'Not Acceptable', 407 => 'Proxy Authentication Required', 408 => 'Request Timeout', 409 => 'Conflict', 410 => 'Gone', 411 => 'Length Required', 412 => 'Precondition Failed', 413 => 'Content Too Large', 414 => 'URI Too Long', 415 => 'Unsupported Media Type', 416 => 'Range Not Satisfiable', 417 => 'Expectation Failed', 421 => 'Misdirected Request', 422 => 'Unprocessable Content', 423 => 'Locked', 424 => 'Failed Dependency', 425 => 'Too Early', 426 => 'Upgrade Required', 428 => 'Precondition Required', 429 => 'Too Many Requests', 431 => 'Request Header Fields Too Large', 451 => 'Unavailable For Legal Reasons', 500 => 'Internal Server Error', 501 => 'Not Implemented', 502 => 'Bad Gateway', 503 => 'Service Unavailable', 504 => 'Gateway Timeout', 505 => 'HTTP Version Not Supported', 506 => 'Variant Also Negotiates', 507 => 'Insufficient Storage', 508 => 'Loop Detected', 510 => 'Not Extended (OBSOLETED)', 511 => 'Network Authentication Required', } # :nodoc: PK )J [��� ? share/rubygems/rubygems/vendor/net-http/lib/net/http/request.rbnu �[��� # frozen_string_literal: true # This class is the base class for \Gem::Net::HTTP request classes. # The class should not be used directly; # instead you should use its subclasses, listed below. # # == Creating a Request # # An request object may be created with either a Gem::URI or a string hostname: # # require 'rubygems/vendor/net-http/lib/net/http' # uri = Gem::URI('https://jsonplaceholder.typicode.com/') # req = Gem::Net::HTTP::Get.new(uri) # => #<Gem::Net::HTTP::Get GET> # req = Gem::Net::HTTP::Get.new(uri.hostname) # => #<Gem::Net::HTTP::Get GET> # # And with any of the subclasses: # # req = Gem::Net::HTTP::Head.new(uri) # => #<Gem::Net::HTTP::Head HEAD> # req = Gem::Net::HTTP::Post.new(uri) # => #<Gem::Net::HTTP::Post POST> # req = Gem::Net::HTTP::Put.new(uri) # => #<Gem::Net::HTTP::Put PUT> # # ... # # The new instance is suitable for use as the argument to Gem::Net::HTTP#request. # # == Request Headers # # A new request object has these header fields by default: # # req.to_hash # # => # {"accept-encoding"=>["gzip;q=1.0,deflate;q=0.6,identity;q=0.3"], # "accept"=>["*/*"], # "user-agent"=>["Ruby"], # "host"=>["jsonplaceholder.typicode.com"]} # # See: # # - {Request header Accept-Encoding}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Accept-Encoding] # and {Compression and Decompression}[rdoc-ref:Gem::Net::HTTP@Compression+and+Decompression]. # - {Request header Accept}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#accept-request-header]. # - {Request header User-Agent}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#user-agent-request-header]. # - {Request header Host}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#host-request-header]. # # You can add headers or override default headers: # # # res = Gem::Net::HTTP::Get.new(uri, {'foo' => '0', 'bar' => '1'}) # # This class (and therefore its subclasses) also includes (indirectly) # module Gem::Net::HTTPHeader, which gives access to its # {methods for setting headers}[rdoc-ref:Gem::Net::HTTPHeader@Setters]. # # == Request Subclasses # # Subclasses for HTTP requests: # # - Gem::Net::HTTP::Get # - Gem::Net::HTTP::Head # - Gem::Net::HTTP::Post # - Gem::Net::HTTP::Put # - Gem::Net::HTTP::Delete # - Gem::Net::HTTP::Options # - Gem::Net::HTTP::Trace # - Gem::Net::HTTP::Patch # # Subclasses for WebDAV requests: # # - Gem::Net::HTTP::Propfind # - Gem::Net::HTTP::Proppatch # - Gem::Net::HTTP::Mkcol # - Gem::Net::HTTP::Copy # - Gem::Net::HTTP::Move # - Gem::Net::HTTP::Lock # - Gem::Net::HTTP::Unlock # class Gem::Net::HTTPRequest < Gem::Net::HTTPGenericRequest # Creates an HTTP request object for +path+. # # +initheader+ are the default headers to use. Gem::Net::HTTP adds # Accept-Encoding to enable compression of the response body unless # Accept-Encoding or Range are supplied in +initheader+. def initialize(path, initheader = nil) super self.class::METHOD, self.class::REQUEST_HAS_BODY, self.class::RESPONSE_HAS_BODY, path, initheader end end PK )J [�_k#" " 8 share/rubygems/rubygems/vendor/net-http/lib/net/https.rbnu �[��� # frozen_string_literal: true =begin = net/https -- SSL/TLS enhancement for Gem::Net::HTTP. This file has been merged with net/http. There is no longer any need to require_relative 'https' to use HTTPS. See Gem::Net::HTTP for details on how to make HTTPS connections. == Info 'OpenSSL for Ruby 2' project Copyright (C) 2001 GOTOU Yuuzou <gotoyuzo@notwork.org> All rights reserved. == Licence This program is licensed under the same licence as Ruby. (See the file 'LICENCE'.) =end require_relative 'http' require 'openssl' PK )J [���_ �_ 7 share/rubygems/rubygems/vendor/net-http/lib/net/http.rbnu �[��� # frozen_string_literal: true # # = net/http.rb # # Copyright (c) 1999-2007 Yukihiro Matsumoto # Copyright (c) 1999-2007 Minero Aoki # Copyright (c) 2001 GOTOU Yuuzou # # Written and maintained by Minero Aoki <aamine@loveruby.net>. # HTTPS support added by GOTOU Yuuzou <gotoyuzo@notwork.org>. # # This file is derived from "http-access.rb". # # Documented by Minero Aoki; converted to RDoc by William Webber. # # This program is free software. You can re-distribute and/or # modify this program under the same terms of ruby itself --- # Ruby Distribution License or GNU General Public License. # # See Gem::Net::HTTP for an overview and examples. # require_relative '../../../net-protocol/lib/net/protocol' require_relative '../../../uri/lib/uri' require_relative '../../../resolv/lib/resolv' autoload :OpenSSL, 'openssl' module Gem::Net #:nodoc: # :stopdoc: class HTTPBadResponse < StandardError; end class HTTPHeaderSyntaxError < StandardError; end # :startdoc: # \Class \Gem::Net::HTTP provides a rich library that implements the client # in a client-server model that uses the \HTTP request-response protocol. # For information about \HTTP, see: # # - {Hypertext Transfer Protocol}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol]. # - {Technical overview}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Technical_overview]. # # == About the Examples # # :include: doc/net-http/examples.rdoc # # == Strategies # # - If you will make only a few GET requests, # consider using {OpenURI}[rdoc-ref:OpenURI]. # - If you will make only a few requests of all kinds, # consider using the various singleton convenience methods in this class. # Each of the following methods automatically starts and finishes # a {session}[rdoc-ref:Gem::Net::HTTP@Sessions] that sends a single request: # # # Return string response body. # Gem::Net::HTTP.get(hostname, path) # Gem::Net::HTTP.get(uri) # # # Write string response body to $stdout. # Gem::Net::HTTP.get_print(hostname, path) # Gem::Net::HTTP.get_print(uri) # # # Return response as Gem::Net::HTTPResponse object. # Gem::Net::HTTP.get_response(hostname, path) # Gem::Net::HTTP.get_response(uri) # data = '{"title": "foo", "body": "bar", "userId": 1}' # Gem::Net::HTTP.post(uri, data) # params = {title: 'foo', body: 'bar', userId: 1} # Gem::Net::HTTP.post_form(uri, params) # data = '{"title": "foo", "body": "bar", "userId": 1}' # Gem::Net::HTTP.put(uri, data) # # - If performance is important, consider using sessions, which lower request overhead. # This {session}[rdoc-ref:Gem::Net::HTTP@Sessions] has multiple requests for # {HTTP methods}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Request_methods] # and {WebDAV methods}[https://en.wikipedia.org/wiki/WebDAV#Implementation]: # # Gem::Net::HTTP.start(hostname) do |http| # # Session started automatically before block execution. # http.get(path) # http.head(path) # body = 'Some text' # http.post(path, body) # Can also have a block. # http.put(path, body) # http.delete(path) # http.options(path) # http.trace(path) # http.patch(path, body) # Can also have a block. # http.copy(path) # http.lock(path, body) # http.mkcol(path, body) # http.move(path) # http.propfind(path, body) # http.proppatch(path, body) # http.unlock(path, body) # # Session finished automatically at block exit. # end # # The methods cited above are convenience methods that, via their few arguments, # allow minimal control over the requests. # For greater control, consider using {request objects}[rdoc-ref:Gem::Net::HTTPRequest]. # # == URIs # # On the internet, a URI # ({Universal Resource Identifier}[https://en.wikipedia.org/wiki/Uniform_Resource_Identifier]) # is a string that identifies a particular resource. # It consists of some or all of: scheme, hostname, path, query, and fragment; # see {URI syntax}[https://en.wikipedia.org/wiki/Uniform_Resource_Identifier#Syntax]. # # A Ruby {Gem::URI::Generic}[rdoc-ref:Gem::URI::Generic] object # represents an internet URI. # It provides, among others, methods # +scheme+, +hostname+, +path+, +query+, and +fragment+. # # === Schemes # # An internet \Gem::URI has # a {scheme}[https://en.wikipedia.org/wiki/List_of_URI_schemes]. # # The two schemes supported in \Gem::Net::HTTP are <tt>'https'</tt> and <tt>'http'</tt>: # # uri.scheme # => "https" # Gem::URI('http://example.com').scheme # => "http" # # === Hostnames # # A hostname identifies a server (host) to which requests may be sent: # # hostname = uri.hostname # => "jsonplaceholder.typicode.com" # Gem::Net::HTTP.start(hostname) do |http| # # Some HTTP stuff. # end # # === Paths # # A host-specific path identifies a resource on the host: # # _uri = uri.dup # _uri.path = '/todos/1' # hostname = _uri.hostname # path = _uri.path # Gem::Net::HTTP.get(hostname, path) # # === Queries # # A host-specific query adds name/value pairs to the URI: # # _uri = uri.dup # params = {userId: 1, completed: false} # _uri.query = Gem::URI.encode_www_form(params) # _uri # => #<Gem::URI::HTTPS https://jsonplaceholder.typicode.com?userId=1&completed=false> # Gem::Net::HTTP.get(_uri) # # === Fragments # # A {URI fragment}[https://en.wikipedia.org/wiki/URI_fragment] has no effect # in \Gem::Net::HTTP; # the same data is returned, regardless of whether a fragment is included. # # == Request Headers # # Request headers may be used to pass additional information to the host, # similar to arguments passed in a method call; # each header is a name/value pair. # # Each of the \Gem::Net::HTTP methods that sends a request to the host # has optional argument +headers+, # where the headers are expressed as a hash of field-name/value pairs: # # headers = {Accept: 'application/json', Connection: 'Keep-Alive'} # Gem::Net::HTTP.get(uri, headers) # # See lists of both standard request fields and common request fields at # {Request Fields}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Request_fields]. # A host may also accept other custom fields. # # == \HTTP Sessions # # A _session_ is a connection between a server (host) and a client that: # # - Is begun by instance method Gem::Net::HTTP#start. # - May contain any number of requests. # - Is ended by instance method Gem::Net::HTTP#finish. # # See example sessions at {Strategies}[rdoc-ref:Gem::Net::HTTP@Strategies]. # # === Session Using \Gem::Net::HTTP.start # # If you have many requests to make to a single host (and port), # consider using singleton method Gem::Net::HTTP.start with a block; # the method handles the session automatically by: # # - Calling #start before block execution. # - Executing the block. # - Calling #finish after block execution. # # In the block, you can use these instance methods, # each of which that sends a single request: # # - {HTTP methods}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Request_methods]: # # - #get, #request_get: GET. # - #head, #request_head: HEAD. # - #post, #request_post: POST. # - #delete: DELETE. # - #options: OPTIONS. # - #trace: TRACE. # - #patch: PATCH. # # - {WebDAV methods}[https://en.wikipedia.org/wiki/WebDAV#Implementation]: # # - #copy: COPY. # - #lock: LOCK. # - #mkcol: MKCOL. # - #move: MOVE. # - #propfind: PROPFIND. # - #proppatch: PROPPATCH. # - #unlock: UNLOCK. # # === Session Using \Gem::Net::HTTP.start and \Gem::Net::HTTP.finish # # You can manage a session manually using methods #start and #finish: # # http = Gem::Net::HTTP.new(hostname) # http.start # http.get('/todos/1') # http.get('/todos/2') # http.delete('/posts/1') # http.finish # Needed to free resources. # # === Single-Request Session # # Certain convenience methods automatically handle a session by: # # - Creating an \HTTP object # - Starting a session. # - Sending a single request. # - Finishing the session. # - Destroying the object. # # Such methods that send GET requests: # # - ::get: Returns the string response body. # - ::get_print: Writes the string response body to $stdout. # - ::get_response: Returns a Gem::Net::HTTPResponse object. # # Such methods that send POST requests: # # - ::post: Posts data to the host. # - ::post_form: Posts form data to the host. # # == \HTTP Requests and Responses # # Many of the methods above are convenience methods, # each of which sends a request and returns a string # without directly using \Gem::Net::HTTPRequest and \Gem::Net::HTTPResponse objects. # # You can, however, directly create a request object, send the request, # and retrieve the response object; see: # # - Gem::Net::HTTPRequest. # - Gem::Net::HTTPResponse. # # == Following Redirection # # Each returned response is an instance of a subclass of Gem::Net::HTTPResponse. # See the {response class hierarchy}[rdoc-ref:Gem::Net::HTTPResponse@Response+Subclasses]. # # In particular, class Gem::Net::HTTPRedirection is the parent # of all redirection classes. # This allows you to craft a case statement to handle redirections properly: # # def fetch(uri, limit = 10) # # You should choose a better exception. # raise ArgumentError, 'Too many HTTP redirects' if limit == 0 # # res = Gem::Net::HTTP.get_response(Gem::URI(uri)) # case res # when Gem::Net::HTTPSuccess # Any success class. # res # when Gem::Net::HTTPRedirection # Any redirection class. # location = res['Location'] # warn "Redirected to #{location}" # fetch(location, limit - 1) # else # Any other class. # res.value # end # end # # fetch(uri) # # == Basic Authentication # # Basic authentication is performed according to # {RFC2617}[http://www.ietf.org/rfc/rfc2617.txt]: # # req = Gem::Net::HTTP::Get.new(uri) # req.basic_auth('user', 'pass') # res = Gem::Net::HTTP.start(hostname) do |http| # http.request(req) # end # # == Streaming Response Bodies # # By default \Gem::Net::HTTP reads an entire response into memory. If you are # handling large files or wish to implement a progress bar you can instead # stream the body directly to an IO. # # Gem::Net::HTTP.start(hostname) do |http| # req = Gem::Net::HTTP::Get.new(uri) # http.request(req) do |res| # open('t.tmp', 'w') do |f| # res.read_body do |chunk| # f.write chunk # end # end # end # end # # == HTTPS # # HTTPS is enabled for an \HTTP connection by Gem::Net::HTTP#use_ssl=: # # Gem::Net::HTTP.start(hostname, :use_ssl => true) do |http| # req = Gem::Net::HTTP::Get.new(uri) # res = http.request(req) # end # # Or if you simply want to make a GET request, you may pass in a URI # object that has an \HTTPS URL. \Gem::Net::HTTP automatically turns on TLS # verification if the URI object has a 'https' :URI scheme: # # uri # => #<Gem::URI::HTTPS https://jsonplaceholder.typicode.com/> # Gem::Net::HTTP.get(uri) # # == Proxy Server # # An \HTTP object can have # a {proxy server}[https://en.wikipedia.org/wiki/Proxy_server]. # # You can create an \HTTP object with a proxy server # using method Gem::Net::HTTP.new or method Gem::Net::HTTP.start. # # The proxy may be defined either by argument +p_addr+ # or by environment variable <tt>'http_proxy'</tt>. # # === Proxy Using Argument +p_addr+ as a \String # # When argument +p_addr+ is a string hostname, # the returned +http+ has the given host as its proxy: # # http = Gem::Net::HTTP.new(hostname, nil, 'proxy.example') # http.proxy? # => true # http.proxy_from_env? # => false # http.proxy_address # => "proxy.example" # # These use default values. # http.proxy_port # => 80 # http.proxy_user # => nil # http.proxy_pass # => nil # # The port, username, and password for the proxy may also be given: # # http = Gem::Net::HTTP.new(hostname, nil, 'proxy.example', 8000, 'pname', 'ppass') # # => #<Gem::Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.proxy? # => true # http.proxy_from_env? # => false # http.proxy_address # => "proxy.example" # http.proxy_port # => 8000 # http.proxy_user # => "pname" # http.proxy_pass # => "ppass" # # === Proxy Using '<tt>ENV['http_proxy']</tt>' # # When environment variable <tt>'http_proxy'</tt> # is set to a \Gem::URI string, # the returned +http+ will have the server at that URI as its proxy; # note that the \Gem::URI string must have a protocol # such as <tt>'http'</tt> or <tt>'https'</tt>: # # ENV['http_proxy'] = 'http://example.com' # http = Gem::Net::HTTP.new(hostname) # http.proxy? # => true # http.proxy_from_env? # => true # http.proxy_address # => "example.com" # # These use default values. # http.proxy_port # => 80 # http.proxy_user # => nil # http.proxy_pass # => nil # # The \Gem::URI string may include proxy username, password, and port number: # # ENV['http_proxy'] = 'http://pname:ppass@example.com:8000' # http = Gem::Net::HTTP.new(hostname) # http.proxy? # => true # http.proxy_from_env? # => true # http.proxy_address # => "example.com" # http.proxy_port # => 8000 # http.proxy_user # => "pname" # http.proxy_pass # => "ppass" # # === Filtering Proxies # # With method Gem::Net::HTTP.new (but not Gem::Net::HTTP.start), # you can use argument +p_no_proxy+ to filter proxies: # # - Reject a certain address: # # http = Gem::Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'proxy.example') # http.proxy_address # => nil # # - Reject certain domains or subdomains: # # http = Gem::Net::HTTP.new('example.com', nil, 'my.proxy.example', 8000, 'pname', 'ppass', 'proxy.example') # http.proxy_address # => nil # # - Reject certain addresses and port combinations: # # http = Gem::Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'proxy.example:1234') # http.proxy_address # => "proxy.example" # # http = Gem::Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'proxy.example:8000') # http.proxy_address # => nil # # - Reject a list of the types above delimited using a comma: # # http = Gem::Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'my.proxy,proxy.example:8000') # http.proxy_address # => nil # # http = Gem::Net::HTTP.new('example.com', nil, 'my.proxy', 8000, 'pname', 'ppass', 'my.proxy,proxy.example:8000') # http.proxy_address # => nil # # == Compression and Decompression # # \Gem::Net::HTTP does not compress the body of a request before sending. # # By default, \Gem::Net::HTTP adds header <tt>'Accept-Encoding'</tt> # to a new {request object}[rdoc-ref:Gem::Net::HTTPRequest]: # # Gem::Net::HTTP::Get.new(uri)['Accept-Encoding'] # # => "gzip;q=1.0,deflate;q=0.6,identity;q=0.3" # # This requests the server to zip-encode the response body if there is one; # the server is not required to do so. # # \Gem::Net::HTTP does not automatically decompress a response body # if the response has header <tt>'Content-Range'</tt>. # # Otherwise decompression (or not) depends on the value of header # {Content-Encoding}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-encoding-response-header]: # # - <tt>'deflate'</tt>, <tt>'gzip'</tt>, or <tt>'x-gzip'</tt>: # decompresses the body and deletes the header. # - <tt>'none'</tt> or <tt>'identity'</tt>: # does not decompress the body, but deletes the header. # - Any other value: # leaves the body and header unchanged. # # == What's Here # # First, what's elsewhere. Class Gem::Net::HTTP: # # - Inherits from {class Object}[rdoc-ref:Object@What-27s+Here]. # # This is a categorized summary of methods and attributes. # # === \Gem::Net::HTTP Objects # # - {::new}[rdoc-ref:Gem::Net::HTTP.new]: # Creates a new instance. # - {#inspect}[rdoc-ref:Gem::Net::HTTP#inspect]: # Returns a string representation of +self+. # # === Sessions # # - {::start}[rdoc-ref:Gem::Net::HTTP.start]: # Begins a new session in a new \Gem::Net::HTTP object. # - {#started?}[rdoc-ref:Gem::Net::HTTP#started?] # (aliased as {#active?}[rdoc-ref:Gem::Net::HTTP#active?]): # Returns whether in a session. # - {#finish}[rdoc-ref:Gem::Net::HTTP#finish]: # Ends an active session. # - {#start}[rdoc-ref:Gem::Net::HTTP#start]: # Begins a new session in an existing \Gem::Net::HTTP object (+self+). # # === Connections # # - {:continue_timeout}[rdoc-ref:Gem::Net::HTTP#continue_timeout]: # Returns the continue timeout. # - {#continue_timeout=}[rdoc-ref:Gem::Net::HTTP#continue_timeout=]: # Sets the continue timeout seconds. # - {:keep_alive_timeout}[rdoc-ref:Gem::Net::HTTP#keep_alive_timeout]: # Returns the keep-alive timeout. # - {:keep_alive_timeout=}[rdoc-ref:Gem::Net::HTTP#keep_alive_timeout=]: # Sets the keep-alive timeout. # - {:max_retries}[rdoc-ref:Gem::Net::HTTP#max_retries]: # Returns the maximum retries. # - {#max_retries=}[rdoc-ref:Gem::Net::HTTP#max_retries=]: # Sets the maximum retries. # - {:open_timeout}[rdoc-ref:Gem::Net::HTTP#open_timeout]: # Returns the open timeout. # - {:open_timeout=}[rdoc-ref:Gem::Net::HTTP#open_timeout=]: # Sets the open timeout. # - {:read_timeout}[rdoc-ref:Gem::Net::HTTP#read_timeout]: # Returns the open timeout. # - {:read_timeout=}[rdoc-ref:Gem::Net::HTTP#read_timeout=]: # Sets the read timeout. # - {:ssl_timeout}[rdoc-ref:Gem::Net::HTTP#ssl_timeout]: # Returns the ssl timeout. # - {:ssl_timeout=}[rdoc-ref:Gem::Net::HTTP#ssl_timeout=]: # Sets the ssl timeout. # - {:write_timeout}[rdoc-ref:Gem::Net::HTTP#write_timeout]: # Returns the write timeout. # - {write_timeout=}[rdoc-ref:Gem::Net::HTTP#write_timeout=]: # Sets the write timeout. # # === Requests # # - {::get}[rdoc-ref:Gem::Net::HTTP.get]: # Sends a GET request and returns the string response body. # - {::get_print}[rdoc-ref:Gem::Net::HTTP.get_print]: # Sends a GET request and write the string response body to $stdout. # - {::get_response}[rdoc-ref:Gem::Net::HTTP.get_response]: # Sends a GET request and returns a response object. # - {::post_form}[rdoc-ref:Gem::Net::HTTP.post_form]: # Sends a POST request with form data and returns a response object. # - {::post}[rdoc-ref:Gem::Net::HTTP.post]: # Sends a POST request with data and returns a response object. # - {::put}[rdoc-ref:Gem::Net::HTTP.put]: # Sends a PUT request with data and returns a response object. # - {#copy}[rdoc-ref:Gem::Net::HTTP#copy]: # Sends a COPY request and returns a response object. # - {#delete}[rdoc-ref:Gem::Net::HTTP#delete]: # Sends a DELETE request and returns a response object. # - {#get}[rdoc-ref:Gem::Net::HTTP#get]: # Sends a GET request and returns a response object. # - {#head}[rdoc-ref:Gem::Net::HTTP#head]: # Sends a HEAD request and returns a response object. # - {#lock}[rdoc-ref:Gem::Net::HTTP#lock]: # Sends a LOCK request and returns a response object. # - {#mkcol}[rdoc-ref:Gem::Net::HTTP#mkcol]: # Sends a MKCOL request and returns a response object. # - {#move}[rdoc-ref:Gem::Net::HTTP#move]: # Sends a MOVE request and returns a response object. # - {#options}[rdoc-ref:Gem::Net::HTTP#options]: # Sends a OPTIONS request and returns a response object. # - {#patch}[rdoc-ref:Gem::Net::HTTP#patch]: # Sends a PATCH request and returns a response object. # - {#post}[rdoc-ref:Gem::Net::HTTP#post]: # Sends a POST request and returns a response object. # - {#propfind}[rdoc-ref:Gem::Net::HTTP#propfind]: # Sends a PROPFIND request and returns a response object. # - {#proppatch}[rdoc-ref:Gem::Net::HTTP#proppatch]: # Sends a PROPPATCH request and returns a response object. # - {#put}[rdoc-ref:Gem::Net::HTTP#put]: # Sends a PUT request and returns a response object. # - {#request}[rdoc-ref:Gem::Net::HTTP#request]: # Sends a request and returns a response object. # - {#request_get}[rdoc-ref:Gem::Net::HTTP#request_get] # (aliased as {#get2}[rdoc-ref:Gem::Net::HTTP#get2]): # Sends a GET request and forms a response object; # if a block given, calls the block with the object, # otherwise returns the object. # - {#request_head}[rdoc-ref:Gem::Net::HTTP#request_head] # (aliased as {#head2}[rdoc-ref:Gem::Net::HTTP#head2]): # Sends a HEAD request and forms a response object; # if a block given, calls the block with the object, # otherwise returns the object. # - {#request_post}[rdoc-ref:Gem::Net::HTTP#request_post] # (aliased as {#post2}[rdoc-ref:Gem::Net::HTTP#post2]): # Sends a POST request and forms a response object; # if a block given, calls the block with the object, # otherwise returns the object. # - {#send_request}[rdoc-ref:Gem::Net::HTTP#send_request]: # Sends a request and returns a response object. # - {#trace}[rdoc-ref:Gem::Net::HTTP#trace]: # Sends a TRACE request and returns a response object. # - {#unlock}[rdoc-ref:Gem::Net::HTTP#unlock]: # Sends an UNLOCK request and returns a response object. # # === Responses # # - {:close_on_empty_response}[rdoc-ref:Gem::Net::HTTP#close_on_empty_response]: # Returns whether to close connection on empty response. # - {:close_on_empty_response=}[rdoc-ref:Gem::Net::HTTP#close_on_empty_response=]: # Sets whether to close connection on empty response. # - {:ignore_eof}[rdoc-ref:Gem::Net::HTTP#ignore_eof]: # Returns whether to ignore end-of-file when reading a response body # with <tt>Content-Length</tt> headers. # - {:ignore_eof=}[rdoc-ref:Gem::Net::HTTP#ignore_eof=]: # Sets whether to ignore end-of-file when reading a response body # with <tt>Content-Length</tt> headers. # - {:response_body_encoding}[rdoc-ref:Gem::Net::HTTP#response_body_encoding]: # Returns the encoding to use for the response body. # - {#response_body_encoding=}[rdoc-ref:Gem::Net::HTTP#response_body_encoding=]: # Sets the response body encoding. # # === Proxies # # - {:proxy_address}[rdoc-ref:Gem::Net::HTTP#proxy_address]: # Returns the proxy address. # - {:proxy_address=}[rdoc-ref:Gem::Net::HTTP#proxy_address=]: # Sets the proxy address. # - {::proxy_class?}[rdoc-ref:Gem::Net::HTTP.proxy_class?]: # Returns whether +self+ is a proxy class. # - {#proxy?}[rdoc-ref:Gem::Net::HTTP#proxy?]: # Returns whether +self+ has a proxy. # - {#proxy_address}[rdoc-ref:Gem::Net::HTTP#proxy_address] # (aliased as {#proxyaddr}[rdoc-ref:Gem::Net::HTTP#proxyaddr]): # Returns the proxy address. # - {#proxy_from_env?}[rdoc-ref:Gem::Net::HTTP#proxy_from_env?]: # Returns whether the proxy is taken from an environment variable. # - {:proxy_from_env=}[rdoc-ref:Gem::Net::HTTP#proxy_from_env=]: # Sets whether the proxy is to be taken from an environment variable. # - {:proxy_pass}[rdoc-ref:Gem::Net::HTTP#proxy_pass]: # Returns the proxy password. # - {:proxy_pass=}[rdoc-ref:Gem::Net::HTTP#proxy_pass=]: # Sets the proxy password. # - {:proxy_port}[rdoc-ref:Gem::Net::HTTP#proxy_port]: # Returns the proxy port. # - {:proxy_port=}[rdoc-ref:Gem::Net::HTTP#proxy_port=]: # Sets the proxy port. # - {#proxy_user}[rdoc-ref:Gem::Net::HTTP#proxy_user]: # Returns the proxy user name. # - {:proxy_user=}[rdoc-ref:Gem::Net::HTTP#proxy_user=]: # Sets the proxy user. # # === Security # # - {:ca_file}[rdoc-ref:Gem::Net::HTTP#ca_file]: # Returns the path to a CA certification file. # - {:ca_file=}[rdoc-ref:Gem::Net::HTTP#ca_file=]: # Sets the path to a CA certification file. # - {:ca_path}[rdoc-ref:Gem::Net::HTTP#ca_path]: # Returns the path of to CA directory containing certification files. # - {:ca_path=}[rdoc-ref:Gem::Net::HTTP#ca_path=]: # Sets the path of to CA directory containing certification files. # - {:cert}[rdoc-ref:Gem::Net::HTTP#cert]: # Returns the OpenSSL::X509::Certificate object to be used for client certification. # - {:cert=}[rdoc-ref:Gem::Net::HTTP#cert=]: # Sets the OpenSSL::X509::Certificate object to be used for client certification. # - {:cert_store}[rdoc-ref:Gem::Net::HTTP#cert_store]: # Returns the X509::Store to be used for verifying peer certificate. # - {:cert_store=}[rdoc-ref:Gem::Net::HTTP#cert_store=]: # Sets the X509::Store to be used for verifying peer certificate. # - {:ciphers}[rdoc-ref:Gem::Net::HTTP#ciphers]: # Returns the available SSL ciphers. # - {:ciphers=}[rdoc-ref:Gem::Net::HTTP#ciphers=]: # Sets the available SSL ciphers. # - {:extra_chain_cert}[rdoc-ref:Gem::Net::HTTP#extra_chain_cert]: # Returns the extra X509 certificates to be added to the certificate chain. # - {:extra_chain_cert=}[rdoc-ref:Gem::Net::HTTP#extra_chain_cert=]: # Sets the extra X509 certificates to be added to the certificate chain. # - {:key}[rdoc-ref:Gem::Net::HTTP#key]: # Returns the OpenSSL::PKey::RSA or OpenSSL::PKey::DSA object. # - {:key=}[rdoc-ref:Gem::Net::HTTP#key=]: # Sets the OpenSSL::PKey::RSA or OpenSSL::PKey::DSA object. # - {:max_version}[rdoc-ref:Gem::Net::HTTP#max_version]: # Returns the maximum SSL version. # - {:max_version=}[rdoc-ref:Gem::Net::HTTP#max_version=]: # Sets the maximum SSL version. # - {:min_version}[rdoc-ref:Gem::Net::HTTP#min_version]: # Returns the minimum SSL version. # - {:min_version=}[rdoc-ref:Gem::Net::HTTP#min_version=]: # Sets the minimum SSL version. # - {#peer_cert}[rdoc-ref:Gem::Net::HTTP#peer_cert]: # Returns the X509 certificate chain for the session's socket peer. # - {:ssl_version}[rdoc-ref:Gem::Net::HTTP#ssl_version]: # Returns the SSL version. # - {:ssl_version=}[rdoc-ref:Gem::Net::HTTP#ssl_version=]: # Sets the SSL version. # - {#use_ssl=}[rdoc-ref:Gem::Net::HTTP#use_ssl=]: # Sets whether a new session is to use Transport Layer Security. # - {#use_ssl?}[rdoc-ref:Gem::Net::HTTP#use_ssl?]: # Returns whether +self+ uses SSL. # - {:verify_callback}[rdoc-ref:Gem::Net::HTTP#verify_callback]: # Returns the callback for the server certification verification. # - {:verify_callback=}[rdoc-ref:Gem::Net::HTTP#verify_callback=]: # Sets the callback for the server certification verification. # - {:verify_depth}[rdoc-ref:Gem::Net::HTTP#verify_depth]: # Returns the maximum depth for the certificate chain verification. # - {:verify_depth=}[rdoc-ref:Gem::Net::HTTP#verify_depth=]: # Sets the maximum depth for the certificate chain verification. # - {:verify_hostname}[rdoc-ref:Gem::Net::HTTP#verify_hostname]: # Returns the flags for server the certification verification at the beginning of the SSL/TLS session. # - {:verify_hostname=}[rdoc-ref:Gem::Net::HTTP#verify_hostname=]: # Sets he flags for server the certification verification at the beginning of the SSL/TLS session. # - {:verify_mode}[rdoc-ref:Gem::Net::HTTP#verify_mode]: # Returns the flags for server the certification verification at the beginning of the SSL/TLS session. # - {:verify_mode=}[rdoc-ref:Gem::Net::HTTP#verify_mode=]: # Sets the flags for server the certification verification at the beginning of the SSL/TLS session. # # === Addresses and Ports # # - {:address}[rdoc-ref:Gem::Net::HTTP#address]: # Returns the string host name or host IP. # - {::default_port}[rdoc-ref:Gem::Net::HTTP.default_port]: # Returns integer 80, the default port to use for HTTP requests. # - {::http_default_port}[rdoc-ref:Gem::Net::HTTP.http_default_port]: # Returns integer 80, the default port to use for HTTP requests. # - {::https_default_port}[rdoc-ref:Gem::Net::HTTP.https_default_port]: # Returns integer 443, the default port to use for HTTPS requests. # - {#ipaddr}[rdoc-ref:Gem::Net::HTTP#ipaddr]: # Returns the IP address for the connection. # - {#ipaddr=}[rdoc-ref:Gem::Net::HTTP#ipaddr=]: # Sets the IP address for the connection. # - {:local_host}[rdoc-ref:Gem::Net::HTTP#local_host]: # Returns the string local host used to establish the connection. # - {:local_host=}[rdoc-ref:Gem::Net::HTTP#local_host=]: # Sets the string local host used to establish the connection. # - {:local_port}[rdoc-ref:Gem::Net::HTTP#local_port]: # Returns the integer local port used to establish the connection. # - {:local_port=}[rdoc-ref:Gem::Net::HTTP#local_port=]: # Sets the integer local port used to establish the connection. # - {:port}[rdoc-ref:Gem::Net::HTTP#port]: # Returns the integer port number. # # === \HTTP Version # # - {::version_1_2?}[rdoc-ref:Gem::Net::HTTP.version_1_2?] # (aliased as {::is_version_1_2?}[rdoc-ref:Gem::Net::HTTP.is_version_1_2?] # and {::version_1_2}[rdoc-ref:Gem::Net::HTTP.version_1_2]): # Returns true; retained for compatibility. # # === Debugging # # - {#set_debug_output}[rdoc-ref:Gem::Net::HTTP#set_debug_output]: # Sets the output stream for debugging. # class HTTP < Protocol # :stopdoc: VERSION = "0.6.0" HTTPVersion = '1.1' begin require 'zlib' HAVE_ZLIB=true rescue LoadError HAVE_ZLIB=false end # :startdoc: # Returns +true+; retained for compatibility. def HTTP.version_1_2 true end # Returns +true+; retained for compatibility. def HTTP.version_1_2? true end # Returns +false+; retained for compatibility. def HTTP.version_1_1? #:nodoc: false end class << HTTP alias is_version_1_1? version_1_1? #:nodoc: alias is_version_1_2? version_1_2? #:nodoc: end # :call-seq: # Gem::Net::HTTP.get_print(hostname, path, port = 80) -> nil # Gem::Net::HTTP:get_print(uri, headers = {}, port = uri.port) -> nil # # Like Gem::Net::HTTP.get, but writes the returned body to $stdout; # returns +nil+. def HTTP.get_print(uri_or_host, path_or_headers = nil, port = nil) get_response(uri_or_host, path_or_headers, port) {|res| res.read_body do |chunk| $stdout.print chunk end } nil end # :call-seq: # Gem::Net::HTTP.get(hostname, path, port = 80) -> body # Gem::Net::HTTP:get(uri, headers = {}, port = uri.port) -> body # # Sends a GET request and returns the \HTTP response body as a string. # # With string arguments +hostname+ and +path+: # # hostname = 'jsonplaceholder.typicode.com' # path = '/todos/1' # puts Gem::Net::HTTP.get(hostname, path) # # Output: # # { # "userId": 1, # "id": 1, # "title": "delectus aut autem", # "completed": false # } # # With URI object +uri+ and optional hash argument +headers+: # # uri = Gem::URI('https://jsonplaceholder.typicode.com/todos/1') # headers = {'Content-type' => 'application/json; charset=UTF-8'} # Gem::Net::HTTP.get(uri, headers) # # Related: # # - Gem::Net::HTTP::Get: request class for \HTTP method +GET+. # - Gem::Net::HTTP#get: convenience method for \HTTP method +GET+. # def HTTP.get(uri_or_host, path_or_headers = nil, port = nil) get_response(uri_or_host, path_or_headers, port).body end # :call-seq: # Gem::Net::HTTP.get_response(hostname, path, port = 80) -> http_response # Gem::Net::HTTP:get_response(uri, headers = {}, port = uri.port) -> http_response # # Like Gem::Net::HTTP.get, but returns a Gem::Net::HTTPResponse object # instead of the body string. def HTTP.get_response(uri_or_host, path_or_headers = nil, port = nil, &block) if path_or_headers && !path_or_headers.is_a?(Hash) host = uri_or_host path = path_or_headers new(host, port || HTTP.default_port).start {|http| return http.request_get(path, &block) } else uri = uri_or_host headers = path_or_headers start(uri.hostname, uri.port, :use_ssl => uri.scheme == 'https') {|http| return http.request_get(uri, headers, &block) } end end # Posts data to a host; returns a Gem::Net::HTTPResponse object. # # Argument +url+ must be a URL; # argument +data+ must be a string: # # _uri = uri.dup # _uri.path = '/posts' # data = '{"title": "foo", "body": "bar", "userId": 1}' # headers = {'content-type': 'application/json'} # res = Gem::Net::HTTP.post(_uri, data, headers) # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # puts res.body # # Output: # # { # "title": "foo", # "body": "bar", # "userId": 1, # "id": 101 # } # # Related: # # - Gem::Net::HTTP::Post: request class for \HTTP method +POST+. # - Gem::Net::HTTP#post: convenience method for \HTTP method +POST+. # def HTTP.post(url, data, header = nil) start(url.hostname, url.port, :use_ssl => url.scheme == 'https' ) {|http| http.post(url, data, header) } end # Posts data to a host; returns a Gem::Net::HTTPResponse object. # # Argument +url+ must be a URI; # argument +data+ must be a hash: # # _uri = uri.dup # _uri.path = '/posts' # data = {title: 'foo', body: 'bar', userId: 1} # res = Gem::Net::HTTP.post_form(_uri, data) # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # puts res.body # # Output: # # { # "title": "foo", # "body": "bar", # "userId": "1", # "id": 101 # } # def HTTP.post_form(url, params) req = Post.new(url) req.form_data = params req.basic_auth url.user, url.password if url.user start(url.hostname, url.port, :use_ssl => url.scheme == 'https' ) {|http| http.request(req) } end # Sends a PUT request to the server; returns a Gem::Net::HTTPResponse object. # # Argument +url+ must be a URL; # argument +data+ must be a string: # # _uri = uri.dup # _uri.path = '/posts' # data = '{"title": "foo", "body": "bar", "userId": 1}' # headers = {'content-type': 'application/json'} # res = Gem::Net::HTTP.put(_uri, data, headers) # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # puts res.body # # Output: # # { # "title": "foo", # "body": "bar", # "userId": 1, # "id": 101 # } # # Related: # # - Gem::Net::HTTP::Put: request class for \HTTP method +PUT+. # - Gem::Net::HTTP#put: convenience method for \HTTP method +PUT+. # def HTTP.put(url, data, header = nil) start(url.hostname, url.port, :use_ssl => url.scheme == 'https' ) {|http| http.put(url, data, header) } end # # \HTTP session management # # Returns integer +80+, the default port to use for \HTTP requests: # # Gem::Net::HTTP.default_port # => 80 # def HTTP.default_port http_default_port() end # Returns integer +80+, the default port to use for \HTTP requests: # # Gem::Net::HTTP.http_default_port # => 80 # def HTTP.http_default_port 80 end # Returns integer +443+, the default port to use for HTTPS requests: # # Gem::Net::HTTP.https_default_port # => 443 # def HTTP.https_default_port 443 end def HTTP.socket_type #:nodoc: obsolete BufferedIO end # :call-seq: # HTTP.start(address, port = nil, p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, opts) -> http # HTTP.start(address, port = nil, p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, opts) {|http| ... } -> object # # Creates a new \Gem::Net::HTTP object, +http+, via \Gem::Net::HTTP.new: # # - For arguments +address+ and +port+, see Gem::Net::HTTP.new. # - For proxy-defining arguments +p_addr+ through +p_pass+, # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. # - For argument +opts+, see below. # # With no block given: # # - Calls <tt>http.start</tt> with no block (see #start), # which opens a TCP connection and \HTTP session. # - Returns +http+. # - The caller should call #finish to close the session: # # http = Gem::Net::HTTP.start(hostname) # http.started? # => true # http.finish # http.started? # => false # # With a block given: # # - Calls <tt>http.start</tt> with the block (see #start), which: # # - Opens a TCP connection and \HTTP session. # - Calls the block, # which may make any number of requests to the host. # - Closes the \HTTP session and TCP connection on block exit. # - Returns the block's value +object+. # # - Returns +object+. # # Example: # # hostname = 'jsonplaceholder.typicode.com' # Gem::Net::HTTP.start(hostname) do |http| # puts http.get('/todos/1').body # puts http.get('/todos/2').body # end # # Output: # # { # "userId": 1, # "id": 1, # "title": "delectus aut autem", # "completed": false # } # { # "userId": 1, # "id": 2, # "title": "quis ut nam facilis et officia qui", # "completed": false # } # # If the last argument given is a hash, it is the +opts+ hash, # where each key is a method or accessor to be called, # and its value is the value to be set. # # The keys may include: # # - #ca_file # - #ca_path # - #cert # - #cert_store # - #ciphers # - #close_on_empty_response # - +ipaddr+ (calls #ipaddr=) # - #keep_alive_timeout # - #key # - #open_timeout # - #read_timeout # - #ssl_timeout # - #ssl_version # - +use_ssl+ (calls #use_ssl=) # - #verify_callback # - #verify_depth # - #verify_mode # - #write_timeout # # Note: If +port+ is +nil+ and <tt>opts[:use_ssl]</tt> is a truthy value, # the value passed to +new+ is Gem::Net::HTTP.https_default_port, not +port+. # def HTTP.start(address, *arg, &block) # :yield: +http+ arg.pop if opt = Hash.try_convert(arg[-1]) port, p_addr, p_port, p_user, p_pass = *arg p_addr = :ENV if arg.size < 2 port = https_default_port if !port && opt && opt[:use_ssl] http = new(address, port, p_addr, p_port, p_user, p_pass) http.ipaddr = opt[:ipaddr] if opt && opt[:ipaddr] if opt if opt[:use_ssl] opt = {verify_mode: OpenSSL::SSL::VERIFY_PEER}.update(opt) end http.methods.grep(/\A(\w+)=\z/) do |meth| key = $1.to_sym opt.key?(key) or next http.__send__(meth, opt[key]) end end http.start(&block) end class << HTTP alias newobj new # :nodoc: end # Returns a new \Gem::Net::HTTP object +http+ # (but does not open a TCP connection or \HTTP session). # # With only string argument +address+ given # (and <tt>ENV['http_proxy']</tt> undefined or +nil+), # the returned +http+: # # - Has the given address. # - Has the default port number, Gem::Net::HTTP.default_port (80). # - Has no proxy. # # Example: # # http = Gem::Net::HTTP.new(hostname) # # => #<Gem::Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.address # => "jsonplaceholder.typicode.com" # http.port # => 80 # http.proxy? # => false # # With integer argument +port+ also given, # the returned +http+ has the given port: # # http = Gem::Net::HTTP.new(hostname, 8000) # # => #<Gem::Net::HTTP jsonplaceholder.typicode.com:8000 open=false> # http.port # => 8000 # # For proxy-defining arguments +p_addr+ through +p_no_proxy+, # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. # def HTTP.new(address, port = nil, p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, p_no_proxy = nil, p_use_ssl = nil) http = super address, port if proxy_class? then # from Gem::Net::HTTP::Proxy() http.proxy_from_env = @proxy_from_env http.proxy_address = @proxy_address http.proxy_port = @proxy_port http.proxy_user = @proxy_user http.proxy_pass = @proxy_pass http.proxy_use_ssl = @proxy_use_ssl elsif p_addr == :ENV then http.proxy_from_env = true else if p_addr && p_no_proxy && !Gem::URI::Generic.use_proxy?(address, address, port, p_no_proxy) p_addr = nil p_port = nil end http.proxy_address = p_addr http.proxy_port = p_port || default_port http.proxy_user = p_user http.proxy_pass = p_pass http.proxy_use_ssl = p_use_ssl end http end class << HTTP # Allows to set the default configuration that will be used # when creating a new connection. # # Example: # # Gem::Net::HTTP.default_configuration = { # read_timeout: 1, # write_timeout: 1 # } # http = Gem::Net::HTTP.new(hostname) # http.open_timeout # => 60 # http.read_timeout # => 1 # http.write_timeout # => 1 # attr_accessor :default_configuration end # Creates a new \Gem::Net::HTTP object for the specified server address, # without opening the TCP connection or initializing the \HTTP session. # The +address+ should be a DNS hostname or IP address. def initialize(address, port = nil) # :nodoc: defaults = { keep_alive_timeout: 2, close_on_empty_response: false, open_timeout: 60, read_timeout: 60, write_timeout: 60, continue_timeout: nil, max_retries: 1, debug_output: nil, response_body_encoding: false, ignore_eof: true } options = defaults.merge(self.class.default_configuration || {}) @address = address @port = (port || HTTP.default_port) @ipaddr = nil @local_host = nil @local_port = nil @curr_http_version = HTTPVersion @keep_alive_timeout = options[:keep_alive_timeout] @last_communicated = nil @close_on_empty_response = options[:close_on_empty_response] @socket = nil @started = false @open_timeout = options[:open_timeout] @read_timeout = options[:read_timeout] @write_timeout = options[:write_timeout] @continue_timeout = options[:continue_timeout] @max_retries = options[:max_retries] @debug_output = options[:debug_output] @response_body_encoding = options[:response_body_encoding] @ignore_eof = options[:ignore_eof] @proxy_from_env = false @proxy_uri = nil @proxy_address = nil @proxy_port = nil @proxy_user = nil @proxy_pass = nil @proxy_use_ssl = nil @use_ssl = false @ssl_context = nil @ssl_session = nil @sspi_enabled = false SSL_IVNAMES.each do |ivname| instance_variable_set ivname, nil end end # Returns a string representation of +self+: # # Gem::Net::HTTP.new(hostname).inspect # # => "#<Gem::Net::HTTP jsonplaceholder.typicode.com:80 open=false>" # def inspect "#<#{self.class} #{@address}:#{@port} open=#{started?}>" end # *WARNING* This method opens a serious security hole. # Never use this method in production code. # # Sets the output stream for debugging: # # http = Gem::Net::HTTP.new(hostname) # File.open('t.tmp', 'w') do |file| # http.set_debug_output(file) # http.start # http.get('/nosuch/1') # http.finish # end # puts File.read('t.tmp') # # Output: # # opening connection to jsonplaceholder.typicode.com:80... # opened # <- "GET /nosuch/1 HTTP/1.1\r\nAccept-Encoding: gzip;q=1.0,deflate;q=0.6,identity;q=0.3\r\nAccept: */*\r\nUser-Agent: Ruby\r\nHost: jsonplaceholder.typicode.com\r\n\r\n" # -> "HTTP/1.1 404 Not Found\r\n" # -> "Date: Mon, 12 Dec 2022 21:14:11 GMT\r\n" # -> "Content-Type: application/json; charset=utf-8\r\n" # -> "Content-Length: 2\r\n" # -> "Connection: keep-alive\r\n" # -> "X-Powered-By: Express\r\n" # -> "X-Ratelimit-Limit: 1000\r\n" # -> "X-Ratelimit-Remaining: 999\r\n" # -> "X-Ratelimit-Reset: 1670879660\r\n" # -> "Vary: Origin, Accept-Encoding\r\n" # -> "Access-Control-Allow-Credentials: true\r\n" # -> "Cache-Control: max-age=43200\r\n" # -> "Pragma: no-cache\r\n" # -> "Expires: -1\r\n" # -> "X-Content-Type-Options: nosniff\r\n" # -> "Etag: W/\"2-vyGp6PvFo4RvsFtPoIWeCReyIC8\"\r\n" # -> "Via: 1.1 vegur\r\n" # -> "CF-Cache-Status: MISS\r\n" # -> "Server-Timing: cf-q-config;dur=1.3000000762986e-05\r\n" # -> "Report-To: {\"endpoints\":[{\"url\":\"https:\\/\\/a.nel.cloudflare.com\\/report\\/v3?s=yOr40jo%2BwS1KHzhTlVpl54beJ5Wx2FcG4gGV0XVrh3X9OlR5q4drUn2dkt5DGO4GDcE%2BVXT7CNgJvGs%2BZleIyMu8CLieFiDIvOviOY3EhHg94m0ZNZgrEdpKD0S85S507l1vsEwEHkoTm%2Ff19SiO\"}],\"group\":\"cf-nel\",\"max_age\":604800}\r\n" # -> "NEL: {\"success_fraction\":0,\"report_to\":\"cf-nel\",\"max_age\":604800}\r\n" # -> "Server: cloudflare\r\n" # -> "CF-RAY: 778977dc484ce591-DFW\r\n" # -> "alt-svc: h3=\":443\"; ma=86400, h3-29=\":443\"; ma=86400\r\n" # -> "\r\n" # reading 2 bytes... # -> "{}" # read 2 bytes # Conn keep-alive # def set_debug_output(output) warn 'Gem::Net::HTTP#set_debug_output called after HTTP started', uplevel: 1 if started? @debug_output = output end # Returns the string host name or host IP given as argument +address+ in ::new. attr_reader :address # Returns the integer port number given as argument +port+ in ::new. attr_reader :port # Sets or returns the string local host used to establish the connection; # initially +nil+. attr_accessor :local_host # Sets or returns the integer local port used to establish the connection; # initially +nil+. attr_accessor :local_port # Returns the encoding to use for the response body; # see #response_body_encoding=. attr_reader :response_body_encoding # Sets the encoding to be used for the response body; # returns the encoding. # # The given +value+ may be: # # - An Encoding object. # - The name of an encoding. # - An alias for an encoding name. # # See {Encoding}[rdoc-ref:Encoding]. # # Examples: # # http = Gem::Net::HTTP.new(hostname) # http.response_body_encoding = Encoding::US_ASCII # => #<Encoding:US-ASCII> # http.response_body_encoding = 'US-ASCII' # => "US-ASCII" # http.response_body_encoding = 'ASCII' # => "ASCII" # def response_body_encoding=(value) value = Encoding.find(value) if value.is_a?(String) @response_body_encoding = value end # Sets whether to determine the proxy from environment variable # '<tt>ENV['http_proxy']</tt>'; # see {Proxy Using ENV['http_proxy']}[rdoc-ref:Gem::Net::HTTP@Proxy+Using+-27ENV-5B-27http_proxy-27-5D-27]. attr_writer :proxy_from_env # Sets the proxy address; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. attr_writer :proxy_address # Sets the proxy port; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. attr_writer :proxy_port # Sets the proxy user; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. attr_writer :proxy_user # Sets the proxy password; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. attr_writer :proxy_pass attr_writer :proxy_use_ssl # Returns the IP address for the connection. # # If the session has not been started, # returns the value set by #ipaddr=, # or +nil+ if it has not been set: # # http = Gem::Net::HTTP.new(hostname) # http.ipaddr # => nil # http.ipaddr = '172.67.155.76' # http.ipaddr # => "172.67.155.76" # # If the session has been started, # returns the IP address from the socket: # # http = Gem::Net::HTTP.new(hostname) # http.start # http.ipaddr # => "172.67.155.76" # http.finish # def ipaddr started? ? @socket.io.peeraddr[3] : @ipaddr end # Sets the IP address for the connection: # # http = Gem::Net::HTTP.new(hostname) # http.ipaddr # => nil # http.ipaddr = '172.67.155.76' # http.ipaddr # => "172.67.155.76" # # The IP address may not be set if the session has been started. def ipaddr=(addr) raise IOError, "ipaddr value changed, but session already started" if started? @ipaddr = addr end # Sets or returns the numeric (\Integer or \Float) number of seconds # to wait for a connection to open; # initially 60. # If the connection is not made in the given interval, # an exception is raised. attr_accessor :open_timeout # Returns the numeric (\Integer or \Float) number of seconds # to wait for one block to be read (via one read(2) call); # see #read_timeout=. attr_reader :read_timeout # Returns the numeric (\Integer or \Float) number of seconds # to wait for one block to be written (via one write(2) call); # see #write_timeout=. attr_reader :write_timeout # Sets the maximum number of times to retry an idempotent request in case of # \Gem::Net::ReadTimeout, IOError, EOFError, Errno::ECONNRESET, # Errno::ECONNABORTED, Errno::EPIPE, OpenSSL::SSL::SSLError, # Gem::Timeout::Error. # The initial value is 1. # # Argument +retries+ must be a non-negative numeric value: # # http = Gem::Net::HTTP.new(hostname) # http.max_retries = 2 # => 2 # http.max_retries # => 2 # def max_retries=(retries) retries = retries.to_int if retries < 0 raise ArgumentError, 'max_retries should be non-negative integer number' end @max_retries = retries end # Returns the maximum number of times to retry an idempotent request; # see #max_retries=. attr_reader :max_retries # Sets the read timeout, in seconds, for +self+ to integer +sec+; # the initial value is 60. # # Argument +sec+ must be a non-negative numeric value: # # http = Gem::Net::HTTP.new(hostname) # http.read_timeout # => 60 # http.get('/todos/1') # => #<Gem::Net::HTTPOK 200 OK readbody=true> # http.read_timeout = 0 # http.get('/todos/1') # Raises Gem::Net::ReadTimeout. # def read_timeout=(sec) @socket.read_timeout = sec if @socket @read_timeout = sec end # Sets the write timeout, in seconds, for +self+ to integer +sec+; # the initial value is 60. # # Argument +sec+ must be a non-negative numeric value: # # _uri = uri.dup # _uri.path = '/posts' # body = 'bar' * 200000 # data = <<EOF # {"title": "foo", "body": "#{body}", "userId": "1"} # EOF # headers = {'content-type': 'application/json'} # http = Gem::Net::HTTP.new(hostname) # http.write_timeout # => 60 # http.post(_uri.path, data, headers) # # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # http.write_timeout = 0 # http.post(_uri.path, data, headers) # Raises Gem::Net::WriteTimeout. # def write_timeout=(sec) @socket.write_timeout = sec if @socket @write_timeout = sec end # Returns the continue timeout value; # see continue_timeout=. attr_reader :continue_timeout # Sets the continue timeout value, # which is the number of seconds to wait for an expected 100 Continue response. # If the \HTTP object does not receive a response in this many seconds # it sends the request body. def continue_timeout=(sec) @socket.continue_timeout = sec if @socket @continue_timeout = sec end # Sets or returns the numeric (\Integer or \Float) number of seconds # to keep the connection open after a request is sent; # initially 2. # If a new request is made during the given interval, # the still-open connection is used; # otherwise the connection will have been closed # and a new connection is opened. attr_accessor :keep_alive_timeout # Sets or returns whether to ignore end-of-file when reading a response body # with <tt>Content-Length</tt> headers; # initially +true+. attr_accessor :ignore_eof # Returns +true+ if the \HTTP session has been started: # # http = Gem::Net::HTTP.new(hostname) # http.started? # => false # http.start # http.started? # => true # http.finish # => nil # http.started? # => false # # Gem::Net::HTTP.start(hostname) do |http| # http.started? # end # => true # http.started? # => false # def started? @started end alias active? started? #:nodoc: obsolete # Sets or returns whether to close the connection when the response is empty; # initially +false+. attr_accessor :close_on_empty_response # Returns +true+ if +self+ uses SSL, +false+ otherwise. # See Gem::Net::HTTP#use_ssl=. def use_ssl? @use_ssl end # Sets whether a new session is to use # {Transport Layer Security}[https://en.wikipedia.org/wiki/Transport_Layer_Security]: # # Raises IOError if attempting to change during a session. # # Raises OpenSSL::SSL::SSLError if the port is not an HTTPS port. def use_ssl=(flag) flag = flag ? true : false if started? and @use_ssl != flag raise IOError, "use_ssl value changed, but session already started" end @use_ssl = flag end SSL_ATTRIBUTES = [ :ca_file, :ca_path, :cert, :cert_store, :ciphers, :extra_chain_cert, :key, :ssl_timeout, :ssl_version, :min_version, :max_version, :verify_callback, :verify_depth, :verify_mode, :verify_hostname, ] # :nodoc: SSL_IVNAMES = SSL_ATTRIBUTES.map { |a| "@#{a}".to_sym } # :nodoc: # Sets or returns the path to a CA certification file in PEM format. attr_accessor :ca_file # Sets or returns the path of to CA directory # containing certification files in PEM format. attr_accessor :ca_path # Sets or returns the OpenSSL::X509::Certificate object # to be used for client certification. attr_accessor :cert # Sets or returns the X509::Store to be used for verifying peer certificate. attr_accessor :cert_store # Sets or returns the available SSL ciphers. # See {OpenSSL::SSL::SSLContext#ciphers=}[rdoc-ref:OpenSSL::SSL::SSLContext#ciphers-3D]. attr_accessor :ciphers # Sets or returns the extra X509 certificates to be added to the certificate chain. # See {OpenSSL::SSL::SSLContext#add_certificate}[rdoc-ref:OpenSSL::SSL::SSLContext#add_certificate]. attr_accessor :extra_chain_cert # Sets or returns the OpenSSL::PKey::RSA or OpenSSL::PKey::DSA object. attr_accessor :key # Sets or returns the SSL timeout seconds. attr_accessor :ssl_timeout # Sets or returns the SSL version. # See {OpenSSL::SSL::SSLContext#ssl_version=}[rdoc-ref:OpenSSL::SSL::SSLContext#ssl_version-3D]. attr_accessor :ssl_version # Sets or returns the minimum SSL version. # See {OpenSSL::SSL::SSLContext#min_version=}[rdoc-ref:OpenSSL::SSL::SSLContext#min_version-3D]. attr_accessor :min_version # Sets or returns the maximum SSL version. # See {OpenSSL::SSL::SSLContext#max_version=}[rdoc-ref:OpenSSL::SSL::SSLContext#max_version-3D]. attr_accessor :max_version # Sets or returns the callback for the server certification verification. attr_accessor :verify_callback # Sets or returns the maximum depth for the certificate chain verification. attr_accessor :verify_depth # Sets or returns the flags for server the certification verification # at the beginning of the SSL/TLS session. # OpenSSL::SSL::VERIFY_NONE or OpenSSL::SSL::VERIFY_PEER are acceptable. attr_accessor :verify_mode # Sets or returns whether to verify that the server certificate is valid # for the hostname. # See {OpenSSL::SSL::SSLContext#verify_hostname=}[rdoc-ref:OpenSSL::SSL::SSLContext#attribute-i-verify_mode]. attr_accessor :verify_hostname # Returns the X509 certificate chain (an array of strings) # for the session's socket peer, # or +nil+ if none. def peer_cert if not use_ssl? or not @socket return nil end @socket.io.peer_cert end # Starts an \HTTP session. # # Without a block, returns +self+: # # http = Gem::Net::HTTP.new(hostname) # # => #<Gem::Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.start # # => #<Gem::Net::HTTP jsonplaceholder.typicode.com:80 open=true> # http.started? # => true # http.finish # # With a block, calls the block with +self+, # finishes the session when the block exits, # and returns the block's value: # # http.start do |http| # http # end # # => #<Gem::Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.started? # => false # def start # :yield: http raise IOError, 'HTTP session already opened' if @started if block_given? begin do_start return yield(self) ensure do_finish end end do_start self end def do_start connect @started = true end private :do_start def connect if use_ssl? # reference early to load OpenSSL before connecting, # as OpenSSL may take time to load. @ssl_context = OpenSSL::SSL::SSLContext.new end if proxy? then conn_addr = proxy_address conn_port = proxy_port else conn_addr = conn_address conn_port = port end debug "opening connection to #{conn_addr}:#{conn_port}..." s = Gem::Timeout.timeout(@open_timeout, Gem::Net::OpenTimeout) { begin TCPSocket.open(conn_addr, conn_port, @local_host, @local_port) rescue => e raise e, "Failed to open TCP connection to " + "#{conn_addr}:#{conn_port} (#{e.message})" end } s.setsockopt(Socket::IPPROTO_TCP, Socket::TCP_NODELAY, 1) debug "opened" if use_ssl? if proxy? if @proxy_use_ssl proxy_sock = OpenSSL::SSL::SSLSocket.new(s) ssl_socket_connect(proxy_sock, @open_timeout) else proxy_sock = s end proxy_sock = BufferedIO.new(proxy_sock, read_timeout: @read_timeout, write_timeout: @write_timeout, continue_timeout: @continue_timeout, debug_output: @debug_output) buf = +"CONNECT #{conn_address}:#{@port} HTTP/#{HTTPVersion}\r\n" \ "Host: #{@address}:#{@port}\r\n" if proxy_user credential = ["#{proxy_user}:#{proxy_pass}"].pack('m0') buf << "Proxy-Authorization: Basic #{credential}\r\n" end buf << "\r\n" proxy_sock.write(buf) HTTPResponse.read_new(proxy_sock).value # assuming nothing left in buffers after successful CONNECT response end ssl_parameters = Hash.new iv_list = instance_variables SSL_IVNAMES.each_with_index do |ivname, i| if iv_list.include?(ivname) value = instance_variable_get(ivname) unless value.nil? ssl_parameters[SSL_ATTRIBUTES[i]] = value end end end @ssl_context.set_params(ssl_parameters) unless @ssl_context.session_cache_mode.nil? # a dummy method on JRuby @ssl_context.session_cache_mode = OpenSSL::SSL::SSLContext::SESSION_CACHE_CLIENT | OpenSSL::SSL::SSLContext::SESSION_CACHE_NO_INTERNAL_STORE end if @ssl_context.respond_to?(:session_new_cb) # not implemented under JRuby @ssl_context.session_new_cb = proc {|sock, sess| @ssl_session = sess } end # Still do the post_connection_check below even if connecting # to IP address verify_hostname = @ssl_context.verify_hostname # Server Name Indication (SNI) RFC 3546/6066 case @address when Gem::Resolv::IPv4::Regex, Gem::Resolv::IPv6::Regex # don't set SNI, as IP addresses in SNI is not valid # per RFC 6066, section 3. # Avoid openssl warning @ssl_context.verify_hostname = false else ssl_host_address = @address end debug "starting SSL for #{conn_addr}:#{conn_port}..." s = OpenSSL::SSL::SSLSocket.new(s, @ssl_context) s.sync_close = true s.hostname = ssl_host_address if s.respond_to?(:hostname=) && ssl_host_address if @ssl_session and Process.clock_gettime(Process::CLOCK_REALTIME) < @ssl_session.time.to_f + @ssl_session.timeout s.session = @ssl_session end ssl_socket_connect(s, @open_timeout) if (@ssl_context.verify_mode != OpenSSL::SSL::VERIFY_NONE) && verify_hostname s.post_connection_check(@address) end debug "SSL established, protocol: #{s.ssl_version}, cipher: #{s.cipher[0]}" end @socket = BufferedIO.new(s, read_timeout: @read_timeout, write_timeout: @write_timeout, continue_timeout: @continue_timeout, debug_output: @debug_output) @last_communicated = nil on_connect rescue => exception if s debug "Conn close because of connect error #{exception}" s.close end raise end private :connect def on_connect end private :on_connect # Finishes the \HTTP session: # # http = Gem::Net::HTTP.new(hostname) # http.start # http.started? # => true # http.finish # => nil # http.started? # => false # # Raises IOError if not in a session. def finish raise IOError, 'HTTP session not yet started' unless started? do_finish end def do_finish @started = false @socket.close if @socket @socket = nil end private :do_finish # # proxy # public # no proxy @is_proxy_class = false @proxy_from_env = false @proxy_addr = nil @proxy_port = nil @proxy_user = nil @proxy_pass = nil @proxy_use_ssl = nil # Creates an \HTTP proxy class which behaves like \Gem::Net::HTTP, but # performs all access via the specified proxy. # # This class is obsolete. You may pass these same parameters directly to # \Gem::Net::HTTP.new. See Gem::Net::HTTP.new for details of the arguments. def HTTP.Proxy(p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, p_use_ssl = nil) #:nodoc: return self unless p_addr Class.new(self) { @is_proxy_class = true if p_addr == :ENV then @proxy_from_env = true @proxy_address = nil @proxy_port = nil else @proxy_from_env = false @proxy_address = p_addr @proxy_port = p_port || default_port end @proxy_user = p_user @proxy_pass = p_pass @proxy_use_ssl = p_use_ssl } end class << HTTP # Returns true if self is a class which was created by HTTP::Proxy. def proxy_class? defined?(@is_proxy_class) ? @is_proxy_class : false end # Returns the address of the proxy host, or +nil+ if none; # see Gem::Net::HTTP@Proxy+Server. attr_reader :proxy_address # Returns the port number of the proxy host, or +nil+ if none; # see Gem::Net::HTTP@Proxy+Server. attr_reader :proxy_port # Returns the user name for accessing the proxy, or +nil+ if none; # see Gem::Net::HTTP@Proxy+Server. attr_reader :proxy_user # Returns the password for accessing the proxy, or +nil+ if none; # see Gem::Net::HTTP@Proxy+Server. attr_reader :proxy_pass # Use SSL when talking to the proxy. If Gem::Net::HTTP does not use a proxy, nil. attr_reader :proxy_use_ssl end # Returns +true+ if a proxy server is defined, +false+ otherwise; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. def proxy? !!(@proxy_from_env ? proxy_uri : @proxy_address) end # Returns +true+ if the proxy server is defined in the environment, # +false+ otherwise; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. def proxy_from_env? @proxy_from_env end # The proxy URI determined from the environment for this connection. def proxy_uri # :nodoc: return if @proxy_uri == false @proxy_uri ||= Gem::URI::HTTP.new( "http", nil, address, port, nil, nil, nil, nil, nil ).find_proxy || false @proxy_uri || nil end # Returns the address of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. def proxy_address if @proxy_from_env then proxy_uri&.hostname else @proxy_address end end # Returns the port number of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. def proxy_port if @proxy_from_env then proxy_uri&.port else @proxy_port end end # Returns the user name of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. def proxy_user if @proxy_from_env user = proxy_uri&.user unescape(user) if user else @proxy_user end end # Returns the password of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Gem::Net::HTTP@Proxy+Server]. def proxy_pass if @proxy_from_env pass = proxy_uri&.password unescape(pass) if pass else @proxy_pass end end alias proxyaddr proxy_address #:nodoc: obsolete alias proxyport proxy_port #:nodoc: obsolete private def unescape(value) require 'cgi/util' CGI.unescape(value) end # without proxy, obsolete def conn_address # :nodoc: @ipaddr || address() end def conn_port # :nodoc: port() end def edit_path(path) if proxy? if path.start_with?("ftp://") || use_ssl? path else "http://#{addr_port}#{path}" end else path end end # # HTTP operations # public # :call-seq: # get(path, initheader = nil) {|res| ... } # # Sends a GET request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Get object # created from string +path+ and initial headers hash +initheader+. # # With a block given, calls the block with the response body: # # http = Gem::Net::HTTP.new(hostname) # http.get('/todos/1') do |res| # p res # end # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # Output: # # "{\n \"userId\": 1,\n \"id\": 1,\n \"title\": \"delectus aut autem\",\n \"completed\": false\n}" # # With no block given, simply returns the response object: # # http.get('/') # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # Related: # # - Gem::Net::HTTP::Get: request class for \HTTP method GET. # - Gem::Net::HTTP.get: sends GET request, returns response body. # def get(path, initheader = nil, dest = nil, &block) # :yield: +body_segment+ res = nil request(Get.new(path, initheader)) {|r| r.read_body dest, &block res = r } res end # Sends a HEAD request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Head object # created from string +path+ and initial headers hash +initheader+: # # res = http.head('/todos/1') # => #<Gem::Net::HTTPOK 200 OK readbody=true> # res.body # => nil # res.to_hash.take(3) # # => # [["date", ["Wed, 15 Feb 2023 15:25:42 GMT"]], # ["content-type", ["application/json; charset=utf-8"]], # ["connection", ["close"]]] # def head(path, initheader = nil) request(Head.new(path, initheader)) end # :call-seq: # post(path, data, initheader = nil) {|res| ... } # # Sends a POST request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Post object # created from string +path+, string +data+, and initial headers hash +initheader+. # # With a block given, calls the block with the response body: # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.post('/todos', data) do |res| # p res # end # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # # Output: # # "{\n \"{\\\"userId\\\": 1, \\\"id\\\": 1, \\\"title\\\": \\\"delectus aut autem\\\", \\\"completed\\\": false}\": \"\",\n \"id\": 201\n}" # # With no block given, simply returns the response object: # # http.post('/todos', data) # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # # Related: # # - Gem::Net::HTTP::Post: request class for \HTTP method POST. # - Gem::Net::HTTP.post: sends POST request, returns response body. # def post(path, data, initheader = nil, dest = nil, &block) # :yield: +body_segment+ send_entity(path, data, initheader, dest, Post, &block) end # :call-seq: # patch(path, data, initheader = nil) {|res| ... } # # Sends a PATCH request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Patch object # created from string +path+, string +data+, and initial headers hash +initheader+. # # With a block given, calls the block with the response body: # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.patch('/todos/1', data) do |res| # p res # end # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # Output: # # "{\n \"userId\": 1,\n \"id\": 1,\n \"title\": \"delectus aut autem\",\n \"completed\": false,\n \"{\\\"userId\\\": 1, \\\"id\\\": 1, \\\"title\\\": \\\"delectus aut autem\\\", \\\"completed\\\": false}\": \"\"\n}" # # With no block given, simply returns the response object: # # http.patch('/todos/1', data) # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # def patch(path, data, initheader = nil, dest = nil, &block) # :yield: +body_segment+ send_entity(path, data, initheader, dest, Patch, &block) end # Sends a PUT request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Put object # created from string +path+, string +data+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.put('/todos/1', data) # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # Related: # # - Gem::Net::HTTP::Put: request class for \HTTP method PUT. # - Gem::Net::HTTP.put: sends PUT request, returns response body. # def put(path, data, initheader = nil) request(Put.new(path, initheader), data) end # Sends a PROPPATCH request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Proppatch object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.proppatch('/todos/1', data) # def proppatch(path, body, initheader = nil) request(Proppatch.new(path, initheader), body) end # Sends a LOCK request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Lock object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.lock('/todos/1', data) # def lock(path, body, initheader = nil) request(Lock.new(path, initheader), body) end # Sends an UNLOCK request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Unlock object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.unlock('/todos/1', data) # def unlock(path, body, initheader = nil) request(Unlock.new(path, initheader), body) end # Sends an Options request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Options object # created from string +path+ and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.options('/') # def options(path, initheader = nil) request(Options.new(path, initheader)) end # Sends a PROPFIND request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Propfind object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Gem::Net::HTTP.new(hostname) # http.propfind('/todos/1', data) # def propfind(path, body = nil, initheader = {'Depth' => '0'}) request(Propfind.new(path, initheader), body) end # Sends a DELETE request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Delete object # created from string +path+ and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.delete('/todos/1') # def delete(path, initheader = {'Depth' => 'Infinity'}) request(Delete.new(path, initheader)) end # Sends a MOVE request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Move object # created from string +path+ and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.move('/todos/1') # def move(path, initheader = nil) request(Move.new(path, initheader)) end # Sends a COPY request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Copy object # created from string +path+ and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.copy('/todos/1') # def copy(path, initheader = nil) request(Copy.new(path, initheader)) end # Sends a MKCOL request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Mkcol object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http.mkcol('/todos/1', data) # http = Gem::Net::HTTP.new(hostname) # def mkcol(path, body = nil, initheader = nil) request(Mkcol.new(path, initheader), body) end # Sends a TRACE request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Trace object # created from string +path+ and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.trace('/todos/1') # def trace(path, initheader = nil) request(Trace.new(path, initheader)) end # Sends a GET request to the server; # forms the response into a Gem::Net::HTTPResponse object. # # The request is based on the Gem::Net::HTTP::Get object # created from string +path+ and initial headers hash +initheader+. # # With no block given, returns the response object: # # http = Gem::Net::HTTP.new(hostname) # http.request_get('/todos') # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # With a block given, calls the block with the response object # and returns the response object: # # http.request_get('/todos') do |res| # p res # end # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # Output: # # #<Gem::Net::HTTPOK 200 OK readbody=false> # def request_get(path, initheader = nil, &block) # :yield: +response+ request(Get.new(path, initheader), &block) end # Sends a HEAD request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Head object # created from string +path+ and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.head('/todos/1') # => #<Gem::Net::HTTPOK 200 OK readbody=true> # def request_head(path, initheader = nil, &block) request(Head.new(path, initheader), &block) end # Sends a POST request to the server; # forms the response into a Gem::Net::HTTPResponse object. # # The request is based on the Gem::Net::HTTP::Post object # created from string +path+, string +data+, and initial headers hash +initheader+. # # With no block given, returns the response object: # # http = Gem::Net::HTTP.new(hostname) # http.post('/todos', 'xyzzy') # # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # # With a block given, calls the block with the response body # and returns the response object: # # http.post('/todos', 'xyzzy') do |res| # p res # end # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # # Output: # # "{\n \"xyzzy\": \"\",\n \"id\": 201\n}" # def request_post(path, data, initheader = nil, &block) # :yield: +response+ request Post.new(path, initheader), data, &block end # Sends a PUT request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTP::Put object # created from string +path+, string +data+, and initial headers hash +initheader+. # # http = Gem::Net::HTTP.new(hostname) # http.put('/todos/1', 'xyzzy') # # => #<Gem::Net::HTTPOK 200 OK readbody=true> # def request_put(path, data, initheader = nil, &block) #:nodoc: request Put.new(path, initheader), data, &block end alias get2 request_get #:nodoc: obsolete alias head2 request_head #:nodoc: obsolete alias post2 request_post #:nodoc: obsolete alias put2 request_put #:nodoc: obsolete # Sends an \HTTP request to the server; # returns an instance of a subclass of Gem::Net::HTTPResponse. # # The request is based on the Gem::Net::HTTPRequest object # created from string +path+, string +data+, and initial headers hash +header+. # That object is an instance of the # {subclass of Gem::Net::HTTPRequest}[rdoc-ref:Gem::Net::HTTPRequest@Request+Subclasses], # that corresponds to the given uppercase string +name+, # which must be # an {HTTP request method}[https://en.wikipedia.org/wiki/HTTP#Request_methods] # or a {WebDAV request method}[https://en.wikipedia.org/wiki/WebDAV#Implementation]. # # Examples: # # http = Gem::Net::HTTP.new(hostname) # http.send_request('GET', '/todos/1') # # => #<Gem::Net::HTTPOK 200 OK readbody=true> # http.send_request('POST', '/todos', 'xyzzy') # # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # def send_request(name, path, data = nil, header = nil) has_response_body = name != 'HEAD' r = HTTPGenericRequest.new(name,(data ? true : false),has_response_body,path,header) request r, data end # Sends the given request +req+ to the server; # forms the response into a Gem::Net::HTTPResponse object. # # The given +req+ must be an instance of a # {subclass of Gem::Net::HTTPRequest}[rdoc-ref:Gem::Net::HTTPRequest@Request+Subclasses]. # Argument +body+ should be given only if needed for the request. # # With no block given, returns the response object: # # http = Gem::Net::HTTP.new(hostname) # # req = Gem::Net::HTTP::Get.new('/todos/1') # http.request(req) # # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # req = Gem::Net::HTTP::Post.new('/todos') # http.request(req, 'xyzzy') # # => #<Gem::Net::HTTPCreated 201 Created readbody=true> # # With a block given, calls the block with the response and returns the response: # # req = Gem::Net::HTTP::Get.new('/todos/1') # http.request(req) do |res| # p res # end # => #<Gem::Net::HTTPOK 200 OK readbody=true> # # Output: # # #<Gem::Net::HTTPOK 200 OK readbody=false> # def request(req, body = nil, &block) # :yield: +response+ unless started? start { req['connection'] ||= 'close' return request(req, body, &block) } end if proxy_user() req.proxy_basic_auth proxy_user(), proxy_pass() unless use_ssl? end req.set_body_internal body res = transport_request(req, &block) if sspi_auth?(res) sspi_auth(req) res = transport_request(req, &block) end res end private # Executes a request which uses a representation # and returns its body. def send_entity(path, data, initheader, dest, type, &block) res = nil request(type.new(path, initheader), data) {|r| r.read_body dest, &block res = r } res end IDEMPOTENT_METHODS_ = %w/GET HEAD PUT DELETE OPTIONS TRACE/ # :nodoc: def transport_request(req) count = 0 begin begin_transport req res = catch(:response) { begin req.exec @socket, @curr_http_version, edit_path(req.path) rescue Errno::EPIPE # Failure when writing full request, but we can probably # still read the received response. end begin res = HTTPResponse.read_new(@socket) res.decode_content = req.decode_content res.body_encoding = @response_body_encoding res.ignore_eof = @ignore_eof end while res.kind_of?(HTTPInformation) res.uri = req.uri res } res.reading_body(@socket, req.response_body_permitted?) { if block_given? count = max_retries # Don't restart in the middle of a download yield res end } rescue Gem::Net::OpenTimeout raise rescue Gem::Net::ReadTimeout, IOError, EOFError, Errno::ECONNRESET, Errno::ECONNABORTED, Errno::EPIPE, Errno::ETIMEDOUT, # avoid a dependency on OpenSSL defined?(OpenSSL::SSL) ? OpenSSL::SSL::SSLError : IOError, Gem::Timeout::Error => exception if count < max_retries && IDEMPOTENT_METHODS_.include?(req.method) count += 1 @socket.close if @socket debug "Conn close because of error #{exception}, and retry" retry end debug "Conn close because of error #{exception}" @socket.close if @socket raise end end_transport req, res res rescue => exception debug "Conn close because of error #{exception}" @socket.close if @socket raise exception end def begin_transport(req) if @socket.closed? connect elsif @last_communicated if @last_communicated + @keep_alive_timeout < Process.clock_gettime(Process::CLOCK_MONOTONIC) debug 'Conn close because of keep_alive_timeout' @socket.close connect elsif @socket.io.to_io.wait_readable(0) && @socket.eof? debug "Conn close because of EOF" @socket.close connect end end if not req.response_body_permitted? and @close_on_empty_response req['connection'] ||= 'close' end req.update_uri address, port, use_ssl? req['host'] ||= addr_port() end def end_transport(req, res) @curr_http_version = res.http_version @last_communicated = nil if @socket.closed? debug 'Conn socket closed' elsif not res.body and @close_on_empty_response debug 'Conn close' @socket.close elsif keep_alive?(req, res) debug 'Conn keep-alive' @last_communicated = Process.clock_gettime(Process::CLOCK_MONOTONIC) else debug 'Conn close' @socket.close end end def keep_alive?(req, res) return false if req.connection_close? if @curr_http_version <= '1.0' res.connection_keep_alive? else # HTTP/1.1 or later not res.connection_close? end end def sspi_auth?(res) return false unless @sspi_enabled if res.kind_of?(HTTPProxyAuthenticationRequired) and proxy? and res["Proxy-Authenticate"].include?("Negotiate") begin require 'win32/sspi' true rescue LoadError false end else false end end def sspi_auth(req) n = Win32::SSPI::NegotiateAuth.new req["Proxy-Authorization"] = "Negotiate #{n.get_initial_token}" # Some versions of ISA will close the connection if this isn't present. req["Connection"] = "Keep-Alive" req["Proxy-Connection"] = "Keep-Alive" res = transport_request(req) authphrase = res["Proxy-Authenticate"] or return res req["Proxy-Authorization"] = "Negotiate #{n.complete_authentication(authphrase)}" rescue => err raise HTTPAuthenticationError.new('HTTP authentication failed', err) end # # utils # private def addr_port addr = address addr = "[#{addr}]" if addr.include?(":") default_port = use_ssl? ? HTTP.https_default_port : HTTP.http_default_port default_port == port ? addr : "#{addr}:#{port}" end # Adds a message to debugging output def debug(msg) return unless @debug_output @debug_output << msg @debug_output << "\n" end alias_method :D, :debug end # for backward compatibility until Ruby 3.5 # https://bugs.ruby-lang.org/issues/20900 # https://github.com/bblimke/webmock/pull/1081 HTTPSession = HTTP deprecate_constant :HTTPSession end require_relative 'http/exceptions' require_relative 'http/header' require_relative 'http/generic_request' require_relative 'http/request' require_relative 'http/requests' require_relative 'http/response' require_relative 'http/responses' require_relative 'http/proxy_delta' PK )J [^�ژY. Y. ? share/rubygems/rubygems/vendor/net-protocol/lib/net/protocol.rbnu �[��� # frozen_string_literal: true # # = net/protocol.rb # #-- # Copyright (c) 1999-2004 Yukihiro Matsumoto # Copyright (c) 1999-2004 Minero Aoki # # written and maintained by Minero Aoki <aamine@loveruby.net> # # This program is free software. You can re-distribute and/or # modify this program under the same terms as Ruby itself, # Ruby Distribute License or GNU General Public License. # # $Id$ #++ # # WARNING: This file is going to remove. # Do not rely on the implementation written in this file. # require 'socket' require_relative '../../../timeout/lib/timeout' require 'io/wait' module Gem::Net # :nodoc: class Protocol #:nodoc: internal use only VERSION = "0.2.2" private def Protocol.protocol_param(name, val) module_eval(<<-End, __FILE__, __LINE__ + 1) def #{name} #{val} end End end def ssl_socket_connect(s, timeout) if timeout while true raise Gem::Net::OpenTimeout if timeout <= 0 start = Process.clock_gettime Process::CLOCK_MONOTONIC # to_io is required because SSLSocket doesn't have wait_readable yet case s.connect_nonblock(exception: false) when :wait_readable; s.to_io.wait_readable(timeout) when :wait_writable; s.to_io.wait_writable(timeout) else; break end timeout -= Process.clock_gettime(Process::CLOCK_MONOTONIC) - start end else s.connect end end end class ProtocolError < StandardError; end class ProtoSyntaxError < ProtocolError; end class ProtoFatalError < ProtocolError; end class ProtoUnknownError < ProtocolError; end class ProtoServerError < ProtocolError; end class ProtoAuthError < ProtocolError; end class ProtoCommandError < ProtocolError; end class ProtoRetriableError < ProtocolError; end ProtocRetryError = ProtoRetriableError ## # OpenTimeout, a subclass of Gem::Timeout::Error, is raised if a connection cannot # be created within the open_timeout. class OpenTimeout < Gem::Timeout::Error; end ## # ReadTimeout, a subclass of Gem::Timeout::Error, is raised if a chunk of the # response cannot be read within the read_timeout. class ReadTimeout < Gem::Timeout::Error def initialize(io = nil) @io = io end attr_reader :io def message msg = super if @io msg = "#{msg} with #{@io.inspect}" end msg end end ## # WriteTimeout, a subclass of Gem::Timeout::Error, is raised if a chunk of the # response cannot be written within the write_timeout. Not raised on Windows. class WriteTimeout < Gem::Timeout::Error def initialize(io = nil) @io = io end attr_reader :io def message msg = super if @io msg = "#{msg} with #{@io.inspect}" end msg end end class BufferedIO #:nodoc: internal use only def initialize(io, read_timeout: 60, write_timeout: 60, continue_timeout: nil, debug_output: nil) @io = io @read_timeout = read_timeout @write_timeout = write_timeout @continue_timeout = continue_timeout @debug_output = debug_output @rbuf = ''.b @rbuf_empty = true @rbuf_offset = 0 end attr_reader :io attr_accessor :read_timeout attr_accessor :write_timeout attr_accessor :continue_timeout attr_accessor :debug_output def inspect "#<#{self.class} io=#{@io}>" end def eof? @io.eof? end def closed? @io.closed? end def close @io.close end # # Read # public def read(len, dest = ''.b, ignore_eof = false) LOG "reading #{len} bytes..." read_bytes = 0 begin while read_bytes + rbuf_size < len if s = rbuf_consume_all read_bytes += s.bytesize dest << s end rbuf_fill end s = rbuf_consume(len - read_bytes) read_bytes += s.bytesize dest << s rescue EOFError raise unless ignore_eof end LOG "read #{read_bytes} bytes" dest end def read_all(dest = ''.b) LOG 'reading all...' read_bytes = 0 begin while true if s = rbuf_consume_all read_bytes += s.bytesize dest << s end rbuf_fill end rescue EOFError ; end LOG "read #{read_bytes} bytes" dest end def readuntil(terminator, ignore_eof = false) offset = @rbuf_offset begin until idx = @rbuf.index(terminator, offset) offset = @rbuf.bytesize rbuf_fill end return rbuf_consume(idx + terminator.bytesize - @rbuf_offset) rescue EOFError raise unless ignore_eof return rbuf_consume end end def readline readuntil("\n").chop end private BUFSIZE = 1024 * 16 def rbuf_fill tmp = @rbuf_empty ? @rbuf : nil case rv = @io.read_nonblock(BUFSIZE, tmp, exception: false) when String @rbuf_empty = false if rv.equal?(tmp) @rbuf_offset = 0 else @rbuf << rv rv.clear end return when :wait_readable (io = @io.to_io).wait_readable(@read_timeout) or raise Gem::Net::ReadTimeout.new(io) # continue looping when :wait_writable # OpenSSL::Buffering#read_nonblock may fail with IO::WaitWritable. # http://www.openssl.org/support/faq.html#PROG10 (io = @io.to_io).wait_writable(@read_timeout) or raise Gem::Net::ReadTimeout.new(io) # continue looping when nil raise EOFError, 'end of file reached' end while true end def rbuf_flush if @rbuf_empty @rbuf.clear @rbuf_offset = 0 end nil end def rbuf_size @rbuf.bytesize - @rbuf_offset end def rbuf_consume_all rbuf_consume if rbuf_size > 0 end def rbuf_consume(len = nil) if @rbuf_offset == 0 && (len.nil? || len == @rbuf.bytesize) s = @rbuf @rbuf = ''.b @rbuf_offset = 0 @rbuf_empty = true elsif len.nil? s = @rbuf.byteslice(@rbuf_offset..-1) @rbuf = ''.b @rbuf_offset = 0 @rbuf_empty = true else s = @rbuf.byteslice(@rbuf_offset, len) @rbuf_offset += len @rbuf_empty = @rbuf_offset == @rbuf.bytesize rbuf_flush end @debug_output << %Q[-> #{s.dump}\n] if @debug_output s end # # Write # public def write(*strs) writing { write0(*strs) } end alias << write def writeline(str) writing { write0 str + "\r\n" } end private def writing @written_bytes = 0 @debug_output << '<- ' if @debug_output yield @debug_output << "\n" if @debug_output bytes = @written_bytes @written_bytes = nil bytes end def write0(*strs) @debug_output << strs.map(&:dump).join if @debug_output orig_written_bytes = @written_bytes strs.each_with_index do |str, i| need_retry = true case len = @io.write_nonblock(str, exception: false) when Integer @written_bytes += len len -= str.bytesize if len == 0 if strs.size == i+1 return @written_bytes - orig_written_bytes else need_retry = false # next string end elsif len < 0 str = str.byteslice(len, -len) else # len > 0 need_retry = false # next string end # continue looping when :wait_writable (io = @io.to_io).wait_writable(@write_timeout) or raise Gem::Net::WriteTimeout.new(io) # continue looping end while need_retry end end # # Logging # private def LOG_off @save_debug_out = @debug_output @debug_output = nil end def LOG_on @debug_output = @save_debug_out end def LOG(msg) return unless @debug_output @debug_output << msg + "\n" end end class InternetMessageIO < BufferedIO #:nodoc: internal use only def initialize(*, **) super @wbuf = nil end # # Read # def each_message_chunk LOG 'reading message...' LOG_off() read_bytes = 0 while (line = readuntil("\r\n")) != ".\r\n" read_bytes += line.size yield line.delete_prefix('.') end LOG_on() LOG "read message (#{read_bytes} bytes)" end # *library private* (cannot handle 'break') def each_list_item while (str = readuntil("\r\n")) != ".\r\n" yield str.chop end end def write_message_0(src) prev = @written_bytes each_crlf_line(src) do |line| write0 dot_stuff(line) end @written_bytes - prev end # # Write # def write_message(src) LOG "writing message from #{src.class}" LOG_off() len = writing { using_each_crlf_line { write_message_0 src } } LOG_on() LOG "wrote #{len} bytes" len end def write_message_by_block(&block) LOG 'writing message from block' LOG_off() len = writing { using_each_crlf_line { begin block.call(WriteAdapter.new(self.method(:write_message_0))) rescue LocalJumpError # allow `break' from writer block end } } LOG_on() LOG "wrote #{len} bytes" len end private def dot_stuff(s) s.sub(/\A\./, '..') end def using_each_crlf_line @wbuf = ''.b yield if not @wbuf.empty? # unterminated last line write0 dot_stuff(@wbuf.chomp) + "\r\n" elsif @written_bytes == 0 # empty src write0 "\r\n" end write0 ".\r\n" @wbuf = nil end def each_crlf_line(src) buffer_filling(@wbuf, src) do while line = @wbuf.slice!(/\A[^\r\n]*(?:\n|\r(?:\n|(?!\z)))/) yield line.chomp("\n") + "\r\n" end end end def buffer_filling(buf, src) case src when String # for speeding up. 0.step(src.size - 1, 1024) do |i| buf << src[i, 1024] yield end when File # for speeding up. while s = src.read(1024) buf << s yield end else # generic reader src.each do |str| buf << str yield if buf.size > 1024 end yield unless buf.empty? end end end # # The writer adapter class # class WriteAdapter def initialize(writer) @writer = writer end def inspect "#<#{self.class} writer=#{@writer.inspect}>" end def write(str) @writer.call(str) end alias print write def <<(str) write str self end def puts(str = '') write str.chomp("\n") + "\n" end def printf(*args) write sprintf(*args) end end class ReadAdapter #:nodoc: internal use only def initialize(block) @block = block end def inspect "#<#{self.class}>" end def <<(str) call_block(str, &@block) if @block end private # This method is needed because @block must be called by yield, # not Proc#call. You can see difference when using `break' in # the block. def call_block(str) yield str end end module NetPrivate #:nodoc: obsolete Socket = ::Gem::Net::InternetMessageIO end end # module Gem::Net PK )J [,8�e� � 1 share/rubygems/rubygems/bundler_version_finder.rbnu �[��� # frozen_string_literal: true module Gem::BundlerVersionFinder def self.bundler_version v = ENV["BUNDLER_VERSION"] v ||= bundle_update_bundler_version return if v == true v ||= lockfile_version return unless v Gem::Version.new(v) end def self.prioritize!(specs) exact_match_index = specs.find_index {|spec| spec.version == bundler_version } return unless exact_match_index specs.unshift(specs.delete_at(exact_match_index)) end def self.bundle_update_bundler_version return unless ["bundle", "bundler"].include? File.basename($0) return unless "update".start_with?(ARGV.first || " ") bundler_version = nil update_index = nil ARGV.each_with_index do |a, i| if update_index && update_index.succ == i && a =~ Gem::Version::ANCHORED_VERSION_PATTERN bundler_version = a end next unless a =~ /\A--bundler(?:[= ](#{Gem::Version::VERSION_PATTERN}))?\z/ bundler_version = $1 || true update_index = i end bundler_version end private_class_method :bundle_update_bundler_version def self.lockfile_version return unless contents = lockfile_contents regexp = /\n\nBUNDLED WITH\n\s{2,}(#{Gem::Version::VERSION_PATTERN})\n/ return unless contents =~ regexp $1 end private_class_method :lockfile_version def self.lockfile_contents gemfile = ENV["BUNDLE_GEMFILE"] gemfile = nil if gemfile&.empty? unless gemfile begin Gem::Util.traverse_parents(Dir.pwd) do |directory| next unless gemfile = Gem::GEM_DEP_FILES.find {|f| File.file?(f) } gemfile = File.join directory, gemfile break end rescue Errno::ENOENT return end end return unless gemfile lockfile = case gemfile when "gems.rb" then "gems.locked" else "#{gemfile}.lock" end return unless File.file?(lockfile) File.read(lockfile) end private_class_method :lockfile_contents end PK )J [�� �n �n $ share/rubygems/rubygems/installer.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "installer_uninstaller_utils" require_relative "exceptions" require_relative "deprecate" require_relative "package" require_relative "ext" require_relative "user_interaction" ## # The installer installs the files contained in the .gem into the Gem.home. # # Gem::Installer does the work of putting files in all the right places on the # filesystem including unpacking the gem into its gem dir, installing the # gemspec in the specifications dir, storing the cached gem in the cache dir, # and installing either wrappers or symlinks for executables. # # The installer invokes pre and post install hooks. Hooks can be added either # through a rubygems_plugin.rb file in an installed gem or via a # rubygems/defaults/#{RUBY_ENGINE}.rb or rubygems/defaults/operating_system.rb # file. See Gem.pre_install and Gem.post_install for details. class Gem::Installer extend Gem::Deprecate ## # Paths where env(1) might live. Some systems are broken and have it in # /bin ENV_PATHS = %w[/usr/bin/env /bin/env].freeze ## # Deprecated in favor of Gem::Ext::BuildError ExtensionBuildError = Gem::Ext::BuildError # :nodoc: include Gem::UserInteraction include Gem::InstallerUninstallerUtils ## # The directory a gem's executables will be installed into attr_reader :bin_dir attr_reader :build_root # :nodoc: ## # The gem repository the gem will be installed into attr_reader :gem_home ## # The options passed when the Gem::Installer was instantiated. attr_reader :options ## # The gem package instance. attr_reader :package class << self # # Changes in rubygems to lazily loading `rubygems/command` (in order to # lazily load `optparse` as a side effect) affect bundler's custom installer # which uses `Gem::Command` without requiring it (up until bundler 2.2.29). # This hook is to compensate for that missing require. # # TODO: Remove when rubygems no longer supports running on bundler older # than 2.2.29. def inherited(klass) if klass.name == "Bundler::RubyGemsGemInstaller" require "rubygems/command" end super(klass) end ## # Overrides the executable format. # # This is a sprintf format with a "%s" which will be replaced with the # executable name. It is based off the ruby executable name's difference # from "ruby". attr_writer :exec_format # Defaults to use Ruby's program prefix and suffix. def exec_format @exec_format ||= Gem.default_exec_format end end ## # Construct an installer object for the gem file located at +path+ def self.at(path, options = {}) security_policy = options[:security_policy] package = Gem::Package.new path, security_policy new package, options end class FakePackage attr_accessor :spec attr_accessor :dir_mode attr_accessor :prog_mode attr_accessor :data_mode def initialize(spec) @spec = spec end def extract_files(destination_dir, pattern = "*") FileUtils.mkdir_p destination_dir spec.files.each do |file| file = File.join destination_dir, file next if File.exist? file FileUtils.mkdir_p File.dirname(file) File.open file, "w" do |fp| fp.puts "# #{file}" end end end def copy_to(path) end end ## # Construct an installer object for an ephemeral gem (one where we don't # actually have a .gem file, just a spec) def self.for_spec(spec, options = {}) # FIXME: we should have a real Package class for this new FakePackage.new(spec), options end ## # Constructs an Installer instance that will install the gem at +package+ which # can either be a path or an instance of Gem::Package. +options+ is a Hash # with the following keys: # # :bin_dir:: Where to put a bin wrapper if needed. # :development:: Whether or not development dependencies should be installed. # :env_shebang:: Use /usr/bin/env in bin wrappers. # :force:: Overrides all version checks and security policy checks, except # for a signed-gems-only policy. # :format_executable:: Format the executable the same as the Ruby executable. # If your Ruby is ruby18, foo_exec will be installed as # foo_exec18. # :ignore_dependencies:: Don't raise if a dependency is missing. # :install_dir:: The directory to install the gem into. # :security_policy:: Use the specified security policy. See Gem::Security # :user_install:: Indicate that the gem should be unpacked into the users # personal gem directory. # :only_install_dir:: Only validate dependencies against what is in the # install_dir # :wrappers:: Install wrappers if true, symlinks if false. # :build_args:: An Array of arguments to pass to the extension builder # process. If not set, then Gem::Command.build_args is used # :post_install_message:: Print gem post install message if true def initialize(package, options={}) require "fileutils" @options = options @package = package process_options @package.dir_mode = options[:dir_mode] @package.prog_mode = options[:prog_mode] @package.data_mode = options[:data_mode] end ## # Checks if +filename+ exists in +@bin_dir+. # # If +@force+ is set +filename+ is overwritten. # # If +filename+ exists and it is a RubyGems wrapper for a different gem, then # the user is consulted. # # If +filename+ exists and +@bin_dir+ is Gem.default_bindir (/usr/local) the # user is consulted. # # Otherwise +filename+ is overwritten. def check_executable_overwrite(filename) # :nodoc: return if @force generated_bin = File.join @bin_dir, formatted_program_filename(filename) return unless File.exist? generated_bin ruby_executable = false existing = nil File.open generated_bin, "rb" do |io| line = io.gets shebang = /^#!.*ruby/o # TruffleRuby uses a bash prelude in default launchers if load_relative_enabled? || RUBY_ENGINE == "truffleruby" until line.nil? || shebang.match?(line) do line = io.gets end end next unless line&.match?(shebang) io.gets # blankline # TODO: detect a specially formatted comment instead of trying # to find a string inside Ruby code. next unless io.gets&.include?("This file was generated by RubyGems") ruby_executable = true existing = io.read.slice(/ ^\s*( gem \s | load \s Gem\.bin_path\( | load \s Gem\.activate_bin_path\( ) (['"])(.*?)(\2), /x, 3) end return if spec.name == existing # somebody has written to RubyGems' directory, overwrite, too bad return if Gem.default_bindir != @bin_dir && !ruby_executable question = "#{spec.name}'s executable \"#{filename}\" conflicts with ".dup if ruby_executable question << (existing || "an unknown executable") return if ask_yes_no "#{question}\nOverwrite the executable?", false conflict = "installed executable from #{existing}" else question << generated_bin return if ask_yes_no "#{question}\nOverwrite the executable?", false conflict = generated_bin end raise Gem::InstallError, "\"#{filename}\" from #{spec.name} conflicts with #{conflict}" end ## # Lazy accessor for the spec's gem directory. def gem_dir @gem_dir ||= File.join(gem_home, "gems", spec.full_name) end ## # Lazy accessor for the installer's spec. def spec @package.spec end ## # Installs the gem and returns a loaded Gem::Specification for the installed # gem. # # The gem will be installed with the following structure: # # @gem_home/ # cache/<gem-version>.gem #=> a cached copy of the installed gem # gems/<gem-version>/... #=> extracted files # specifications/<gem-version>.gemspec #=> the Gem::Specification def install pre_install_checks run_pre_install_hooks # Set loaded_from to ensure extension_dir is correct if @options[:install_as_default] spec.loaded_from = default_spec_file else spec.loaded_from = spec_file end # Completely remove any previous gem files FileUtils.rm_rf gem_dir FileUtils.rm_rf spec.extension_dir dir_mode = options[:dir_mode] FileUtils.mkdir_p gem_dir, mode: dir_mode && 0o755 if @options[:install_as_default] extract_bin write_default_spec else extract_files build_extensions write_build_info_file run_post_build_hooks end generate_bin generate_plugins unless @options[:install_as_default] write_spec write_cache_file end File.chmod(dir_mode, gem_dir) if dir_mode say spec.post_install_message if options[:post_install_message] && !spec.post_install_message.nil? Gem::Specification.add_spec(spec) unless @install_dir load_plugin run_post_install_hooks spec rescue Errno::EACCES => e # Permission denied - /path/to/foo raise Gem::FilePermissionError, e.message.split(" - ").last end def run_pre_install_hooks # :nodoc: Gem.pre_install_hooks.each do |hook| next unless hook.call(self) == false location = " at #{$1}" if hook.inspect =~ /[ @](.*:\d+)/ message = "pre-install hook#{location} failed for #{spec.full_name}" raise Gem::InstallError, message end end def run_post_build_hooks # :nodoc: Gem.post_build_hooks.each do |hook| next unless hook.call(self) == false FileUtils.rm_rf gem_dir location = " at #{$1}" if hook.inspect =~ /[ @](.*:\d+)/ message = "post-build hook#{location} failed for #{spec.full_name}" raise Gem::InstallError, message end end def run_post_install_hooks # :nodoc: Gem.post_install_hooks.each do |hook| hook.call self end end ## # # Return an Array of Specifications contained within the gem_home # we'll be installing into. def installed_specs @installed_specs ||= begin specs = [] Gem::Util.glob_files_in_dir("*.gemspec", File.join(gem_home, "specifications")).each do |path| spec = Gem::Specification.load path specs << spec if spec end specs end end ## # Ensure that the dependency is satisfied by the current installation of # gem. If it is not an exception is raised. # # spec :: Gem::Specification # dependency :: Gem::Dependency def ensure_dependency(spec, dependency) unless installation_satisfies_dependency? dependency raise Gem::InstallError, "#{spec.name} requires #{dependency}" end true end ## # True if the gems in the system satisfy +dependency+. def installation_satisfies_dependency?(dependency) return true if @options[:development] && dependency.type == :development return true if installed_specs.detect {|s| dependency.matches_spec? s } return false if @only_install_dir !dependency.matching_specs.empty? end ## # Unpacks the gem into the given directory. def unpack(directory) @gem_dir = directory extract_files end rubygems_deprecate :unpack ## # The location of the spec file that is installed. # def spec_file File.join gem_home, "specifications", "#{spec.full_name}.gemspec" end ## # The location of the default spec file for default gems. # def default_spec_file File.join gem_home, "specifications", "default", "#{spec.full_name}.gemspec" end ## # Writes the .gemspec specification (in Ruby) to the gem home's # specifications directory. def write_spec spec.installed_by_version = Gem.rubygems_version Gem.write_binary(spec_file, spec.to_ruby_for_cache) end ## # Writes the full .gemspec specification (in Ruby) to the gem home's # specifications/default directory. # # In contrast to #write_spec, this keeps file lists, so the `gem contents` # command works. def write_default_spec Gem.write_binary(default_spec_file, spec.to_ruby) end ## # Creates windows .bat files for easy running of commands def generate_windows_script(filename, bindir) if Gem.win_platform? script_name = formatted_program_filename(filename) + ".bat" script_path = File.join bindir, File.basename(script_name) File.open script_path, "w" do |file| file.puts windows_stub_script(bindir, filename) end verbose script_path end end def generate_bin # :nodoc: executables = spec.executables return if executables.nil? || executables.empty? if @gem_home == Gem.user_dir # If we get here, then one of the following likely happened: # - `--user-install` was specified # - `Gem::PathSupport#home` fell back to `Gem.user_dir` # - GEM_HOME was manually set to `Gem.user_dir` check_that_user_bin_dir_is_in_path(executables) end ensure_writable_dir @bin_dir executables.each do |filename| bin_path = File.join gem_dir, spec.bindir, filename next unless File.exist? bin_path mode = File.stat(bin_path).mode dir_mode = options[:prog_mode] || (mode | 0o111) unless dir_mode == mode File.chmod dir_mode, bin_path end check_executable_overwrite filename if @wrappers generate_bin_script filename, @bin_dir else generate_bin_symlink filename, @bin_dir end end end def generate_plugins # :nodoc: latest = Gem::Specification.latest_spec_for(spec.name) return if latest && latest.version > spec.version ensure_writable_dir @plugins_dir if spec.plugins.empty? remove_plugins_for(spec, @plugins_dir) else regenerate_plugins_for(spec, @plugins_dir) end rescue ArgumentError => e raise e, "#{latest.name} #{latest.version} #{spec.name} #{spec.version}: #{e.message}" end ## # Creates the scripts to run the applications in the gem. #-- # The Windows script is generated in addition to the regular one due to a # bug or misfeature in the Windows shell's pipe. See # https://blade.ruby-lang.org/ruby-talk/193379 def generate_bin_script(filename, bindir) bin_script_path = File.join bindir, formatted_program_filename(filename) Gem.open_file_with_lock(bin_script_path) do require "fileutils" FileUtils.rm_f bin_script_path # prior install may have been --no-wrappers File.open(bin_script_path, "wb", 0o755) do |file| file.write app_script_text(filename) file.chmod(options[:prog_mode] || 0o755) end end verbose bin_script_path generate_windows_script filename, bindir end ## # Creates the symlinks to run the applications in the gem. Moves # the symlink if the gem being installed has a newer version. def generate_bin_symlink(filename, bindir) src = File.join gem_dir, spec.bindir, filename dst = File.join bindir, formatted_program_filename(filename) if File.exist? dst if File.symlink? dst link = File.readlink(dst).split File::SEPARATOR cur_version = Gem::Version.create(link[-3].sub(/^.*-/, "")) return if spec.version < cur_version end File.unlink dst end FileUtils.symlink src, dst, verbose: Gem.configuration.really_verbose rescue NotImplementedError, SystemCallError alert_warning "Unable to use symlinks, installing wrapper" generate_bin_script filename, bindir end ## # Generates a #! line for +bin_file_name+'s wrapper copying arguments if # necessary. # # If the :custom_shebang config is set, then it is used as a template # for how to create the shebang used for to run a gem's executables. # # The template supports 4 expansions: # # $env the path to the unix env utility # $ruby the path to the currently running ruby interpreter # $exec the path to the gem's executable # $name the name of the gem the executable is for # def shebang(bin_file_name) path = File.join gem_dir, spec.bindir, bin_file_name first_line = File.open(path, "rb", &:gets) || "" if first_line.start_with?("#!") # Preserve extra words on shebang line, like "-w". Thanks RPA. shebang = first_line.sub(/\A\#!.*?ruby\S*((\s+\S+)+)/, "#!#{Gem.ruby}") opts = $1 shebang.strip! # Avoid nasty ^M issues. end if which = Gem.configuration[:custom_shebang] # replace bin_file_name with "ruby" to avoid endless loops which = which.gsub(/ #{bin_file_name}$/," #{ruby_install_name}") which = which.gsub(/\$(\w+)/) do case $1 when "env" @env_path ||= ENV_PATHS.find {|env_path| File.executable? env_path } when "ruby" "#{Gem.ruby}#{opts}" when "exec" bin_file_name when "name" spec.name end end "#!#{which}" elsif @env_shebang # Create a plain shebang line. @env_path ||= ENV_PATHS.find {|env_path| File.executable? env_path } "#!#{@env_path} #{ruby_install_name}" else "#{bash_prolog_script}#!#{Gem.ruby}#{opts}" end end ## # Ensures the Gem::Specification written out for this gem is loadable upon # installation. def ensure_loadable_spec ruby = spec.to_ruby_for_cache begin eval ruby rescue StandardError, SyntaxError => e raise Gem::InstallError, "The specification for #{spec.full_name} is corrupt (#{e.class})" end end def ensure_dependencies_met # :nodoc: deps = spec.runtime_dependencies deps |= spec.development_dependencies if @development deps.each do |dep_gem| ensure_dependency spec, dep_gem end end def process_options # :nodoc: @options = { bin_dir: nil, env_shebang: false, force: false, only_install_dir: false, post_install_message: true, }.merge options @env_shebang = options[:env_shebang] @force = options[:force] @install_dir = options[:install_dir] @user_install = options[:user_install] @ignore_dependencies = options[:ignore_dependencies] @format_executable = options[:format_executable] @wrappers = options[:wrappers] @only_install_dir = options[:only_install_dir] @bin_dir = options[:bin_dir] @development = options[:development] @build_root = options[:build_root] @build_args = options[:build_args] @gem_home = @install_dir || user_install_dir || Gem.dir # If the user has asked for the gem to be installed in a directory that is # the system gem directory, then use the system bin directory, else create # (or use) a new bin dir under the gem_home. @bin_dir ||= Gem.bindir(@gem_home) @plugins_dir = Gem.plugindir(@gem_home) unless @build_root.nil? @bin_dir = File.join(@build_root, @bin_dir.gsub(/^[a-zA-Z]:/, "")) @gem_home = File.join(@build_root, @gem_home.gsub(/^[a-zA-Z]:/, "")) @plugins_dir = File.join(@build_root, @plugins_dir.gsub(/^[a-zA-Z]:/, "")) alert_warning "You build with buildroot.\n Build root: #{@build_root}\n Bin dir: #{@bin_dir}\n Gem home: #{@gem_home}\n Plugins dir: #{@plugins_dir}" end end def check_that_user_bin_dir_is_in_path(executables) # :nodoc: user_bin_dir = @bin_dir || Gem.bindir(gem_home) user_bin_dir = user_bin_dir.tr(File::ALT_SEPARATOR, File::SEPARATOR) if File::ALT_SEPARATOR path = ENV["PATH"] path = path.tr(File::ALT_SEPARATOR, File::SEPARATOR) if File::ALT_SEPARATOR if Gem.win_platform? path = path.downcase user_bin_dir = user_bin_dir.downcase end path = path.split(File::PATH_SEPARATOR) unless path.include? user_bin_dir unless !Gem.win_platform? && (path.include? user_bin_dir.sub(ENV["HOME"], "~")) alert_warning "You don't have #{user_bin_dir} in your PATH,\n\t gem executables (#{executables.join(", ")}) will not run." end end end def verify_gem_home # :nodoc: FileUtils.mkdir_p gem_home, mode: options[:dir_mode] && 0o755 end def verify_spec unless Gem::Specification::VALID_NAME_PATTERN.match?(spec.name) raise Gem::InstallError, "#{spec} has an invalid name" end if spec.raw_require_paths.any? {|path| path =~ /\R/ } raise Gem::InstallError, "#{spec} has an invalid require_paths" end if spec.extensions.any? {|ext| ext =~ /\R/ } raise Gem::InstallError, "#{spec} has an invalid extensions" end if /\R/.match?(spec.platform.to_s) raise Gem::InstallError, "#{spec.platform} is an invalid platform" end unless /\A\d+\z/.match?(spec.specification_version.to_s) raise Gem::InstallError, "#{spec} has an invalid specification_version" end if spec.dependencies.any? {|dep| dep.type != :runtime && dep.type != :development } raise Gem::InstallError, "#{spec} has an invalid dependencies" end if spec.dependencies.any? {|dep| dep.name =~ /(?:\R|[<>])/ } raise Gem::InstallError, "#{spec} has an invalid dependencies" end end ## # Return the text for an application file. def app_script_text(bin_file_name) # NOTE: that the `load` lines cannot be indented, as old RG versions match # against the beginning of the line <<-TEXT #{shebang bin_file_name} # # This file was generated by RubyGems. # # The application '#{spec.name}' is installed as part of a gem, and # this file is here to facilitate running it. # require 'rubygems' #{gemdeps_load(spec.name)} version = "#{Gem::Requirement.default_prerelease}" str = ARGV.first if str str = str.b[/\\A_(.*)_\\z/, 1] if str and Gem::Version.correct?(str) #{explicit_version_requirement(spec.name)} ARGV.shift end end if Gem.respond_to?(:activate_bin_path) load Gem.activate_bin_path('#{spec.name}', '#{bin_file_name}', version) else gem #{spec.name.dump}, version load Gem.bin_path(#{spec.name.dump}, #{bin_file_name.dump}, version) end TEXT end def gemdeps_load(name) return "" if name == "bundler" <<-TEXT Gem.use_gemdeps TEXT end def explicit_version_requirement(name) code = "version = str" return code unless name == "bundler" code += <<-TEXT ENV['BUNDLER_VERSION'] = str TEXT end ## # return the stub script text used to launch the true Ruby script def windows_stub_script(bindir, bin_file_name) rb_topdir = RbConfig::TOPDIR || File.dirname(rb_config["bindir"]) # get ruby executable file name from RbConfig ruby_exe = "#{rb_config["RUBY_INSTALL_NAME"]}#{rb_config["EXEEXT"]}" ruby_exe = "ruby.exe" if ruby_exe.empty? if File.exist?(File.join(bindir, ruby_exe)) # stub & ruby.exe within same folder. Portable <<-TEXT @ECHO OFF @"%~dp0#{ruby_exe}" "%~dpn0" %* TEXT elsif bindir.downcase.start_with? rb_topdir.downcase # stub within ruby folder, but not standard bin. Portable require "pathname" from = Pathname.new bindir to = Pathname.new "#{rb_topdir}/bin" rel = to.relative_path_from from <<-TEXT @ECHO OFF @"%~dp0#{rel}/#{ruby_exe}" "%~dpn0" %* TEXT else # outside ruby folder, maybe -user-install or bundler. Portable, but ruby # is dependent on PATH <<-TEXT @ECHO OFF @#{ruby_exe} "%~dpn0" %* TEXT end end ## # Builds extensions. Valid types of extensions are extconf.rb files, # configure scripts and rakefiles or mkrf_conf files. def build_extensions builder = Gem::Ext::Builder.new spec, build_args, Gem.target_rbconfig builder.build_extensions end ## # Reads the file index and extracts each file into the gem directory. # # Ensures that files can't be installed outside the gem directory. def extract_files @package.extract_files gem_dir end ## # Extracts only the bin/ files from the gem into the gem directory. # This is used by default gems to allow a gem-aware stub to function # without the full gem installed. def extract_bin @package.extract_files gem_dir, "#{spec.bindir}/*" end ## # Prefix and suffix the program filename the same as ruby. def formatted_program_filename(filename) if @format_executable self.class.exec_format % File.basename(filename) else filename end end ## # # Return the target directory where the gem is to be installed. This # directory is not guaranteed to be populated. # def dir gem_dir.to_s end ## # Filename of the gem being installed. def gem @package.gem.path end ## # Performs various checks before installing the gem such as the install # repository is writable and its directories exist, required Ruby and # rubygems versions are met and that dependencies are installed. # # Version and dependency checks are skipped if this install is forced. # # The dependent check will be skipped if the install is ignoring dependencies. def pre_install_checks verify_gem_home # The name and require_paths must be verified first, since it could contain # ruby code that would be eval'ed in #ensure_loadable_spec verify_spec ensure_loadable_spec if options[:install_as_default] Gem.ensure_default_gem_subdirectories gem_home else Gem.ensure_gem_subdirectories gem_home end return true if @force ensure_dependencies_met unless @ignore_dependencies true end ## # Writes the file containing the arguments for building this gem's # extensions. def write_build_info_file return if build_args.empty? build_info_dir = File.join gem_home, "build_info" dir_mode = options[:dir_mode] FileUtils.mkdir_p build_info_dir, mode: dir_mode && 0o755 build_info_file = File.join build_info_dir, "#{spec.full_name}.info" File.open build_info_file, "w" do |io| build_args.each do |arg| io.puts arg end end File.chmod(dir_mode, build_info_dir) if dir_mode end ## # Writes the .gem file to the cache directory def write_cache_file cache_file = File.join gem_home, "cache", spec.file_name @package.copy_to cache_file end def ensure_writable_dir(dir) # :nodoc: begin Dir.mkdir dir, *[options[:dir_mode] && 0o755].compact rescue SystemCallError raise unless File.directory? dir end raise Gem::FilePermissionError.new(dir) unless File.writable? dir end private def user_install_dir # never install to user home in --build-root mode return unless @build_root.nil? # Please note that @user_install might have three states: # * `true`: `--user-install` # * `false`: `--no-user-install` and # * `nil`: option was not specified if @user_install || (@user_install.nil? && Gem.default_user_install) Gem.user_dir end end def build_args @build_args ||= begin require_relative "command" Gem::Command.build_args end end def rb_config Gem.target_rbconfig end def ruby_install_name rb_config["ruby_install_name"] end def load_relative_enabled? rb_config["LIBRUBY_RELATIVE"] == "yes" end def bash_prolog_script if load_relative_enabled? <<~EOS #!/bin/sh # -*- ruby -*- _=_\\ =begin bindir="${0%/*}" ruby="$bindir/#{ruby_install_name}" if [ ! -f "$ruby" ]; then ruby="#{ruby_install_name}" fi exec "$ruby" "-x" "$0" "$@" =end EOS else "" end end def load_plugin specs = Gem::Specification.find_all_by_name(spec.name) # If old version already exists, this plugin isn't loaded # immediately. It's for avoiding a case that multiple versions # are loaded at the same time. return unless specs.size == 1 plugin_files = spec.plugins.map do |plugin| File.join(@plugins_dir, "#{spec.name}_plugin#{File.extname(plugin)}") end Gem.load_plugin_files(plugin_files) end end PK )J [`��� � % share/rubygems/rubygems/name_tuple.rbnu �[��� # frozen_string_literal: true ## # # Represents a gem of name +name+ at +version+ of +platform+. These # wrap the data returned from the indexes. class Gem::NameTuple def initialize(name, version, platform=Gem::Platform::RUBY) @name = name @version = version platform &&= platform.to_s platform = Gem::Platform::RUBY if !platform || platform.empty? @platform = platform end attr_reader :name, :version, :platform ## # Turn an array of [name, version, platform] into an array of # NameTuple objects. def self.from_list(list) list.map {|t| new(*t) } end ## # Turn an array of NameTuple objects back into an array of # [name, version, platform] tuples. def self.to_basic(list) list.map(&:to_a) end ## # A null NameTuple, ie name=nil, version=0 def self.null new nil, Gem::Version.new(0), nil end ## # Returns the full name (name-version) of this Gem. Platform information is # included if it is not the default Ruby platform. This mimics the behavior # of Gem::Specification#full_name. def full_name case @platform when nil, "", Gem::Platform::RUBY "#{@name}-#{@version}" else "#{@name}-#{@version}-#{@platform}" end end ## # Indicate if this NameTuple matches the current platform. def match_platform? Gem::Platform.match_gem? @platform, @name end ## # Indicate if this NameTuple is for a prerelease version. def prerelease? @version.prerelease? end ## # Return the name that the gemspec file would be def spec_name "#{full_name}.gemspec" end ## # Convert back to the [name, version, platform] tuple def to_a [@name, @version, @platform] end def inspect # :nodoc: "#<Gem::NameTuple #{@name}, #{@version}, #{@platform}>" end alias_method :to_s, :inspect # :nodoc: def <=>(other) [@name, @version, Gem::Platform.sort_priority(@platform)] <=> [other.name, other.version, Gem::Platform.sort_priority(other.platform)] end include Comparable ## # Compare with +other+. Supports another NameTuple or an Array # in the [name, version, platform] format. def ==(other) case other when self.class @name == other.name && @version == other.version && @platform == other.platform when Array to_a == other else false end end alias_method :eql?, :== def hash to_a.hash end end PK )J [JNBg� � share/rubygems/rubygems/uri.rbnu �[��� # frozen_string_literal: true ## # The Uri handles rubygems source URIs. # class Gem::Uri ## # Parses and redacts uri def self.redact(uri) new(uri).redacted end ## # Parses uri, raising if it's invalid def self.parse!(uri) require_relative "vendor/uri/lib/uri" raise Gem::URI::InvalidURIError unless uri return uri unless uri.is_a?(String) # Always escape URI's to deal with potential spaces and such # It should also be considered that source_uri may already be # a valid URI with escaped characters. e.g. "{DESede}" is encoded # as "%7BDESede%7D". If this is escaped again the percentage # symbols will be escaped. begin Gem::URI.parse(uri) rescue Gem::URI::InvalidURIError Gem::URI.parse(Gem::URI::RFC2396_PARSER.escape(uri)) end end ## # Parses uri, returning the original uri if it's invalid def self.parse(uri) parse!(uri) rescue Gem::URI::InvalidURIError uri end def initialize(source_uri) @parsed_uri = parse(source_uri) end def redacted return self unless valid_uri? if token? || oauth_basic? with_redacted_user elsif password? with_redacted_password else self end end def to_s @parsed_uri.to_s end def redact_credentials_from(text) return text unless valid_uri? && password? && text.include?(to_s) text.sub(password, "REDACTED") end def method_missing(method_name, *args, &blk) if @parsed_uri.respond_to?(method_name) @parsed_uri.send(method_name, *args, &blk) else super end end def respond_to_missing?(method_name, include_private = false) @parsed_uri.respond_to?(method_name, include_private) || super end protected # Add a protected reader for the cloned instance to access the original object's parsed uri attr_reader :parsed_uri private def parse!(uri) self.class.parse!(uri) end def parse(uri) self.class.parse(uri) end def with_redacted_user clone.tap {|uri| uri.user = "REDACTED" } end def with_redacted_password clone.tap {|uri| uri.password = "REDACTED" } end def valid_uri? !@parsed_uri.is_a?(String) end def password? !!password end def oauth_basic? password == "x-oauth-basic" end def token? !user.nil? && password.nil? end def initialize_copy(original) @parsed_uri = original.parsed_uri.clone end end PK )J [U���' ' $ share/rubygems/rubygems/deprecate.rbnu �[��� # frozen_string_literal: true ## # Provides 3 methods for declaring when something is going away. # # +deprecate(name, repl, year, month)+: # Indicate something may be removed on/after a certain date. # # +rubygems_deprecate(name, replacement=:none)+: # Indicate something will be removed in the next major RubyGems version, # and (optionally) a replacement for it. # # +rubygems_deprecate_command+: # Indicate a RubyGems command (in +lib/rubygems/commands/*.rb+) will be # removed in the next RubyGems version. # # Also provides +skip_during+ for temporarily turning off deprecation warnings. # This is intended to be used in the test suite, so deprecation warnings # don't cause test failures if you need to make sure stderr is otherwise empty. # # # Example usage of +deprecate+ and +rubygems_deprecate+: # # class Legacy # def self.some_class_method # # ... # end # # def some_instance_method # # ... # end # # def some_old_method # # ... # end # # extend Gem::Deprecate # deprecate :some_instance_method, "X.z", 2011, 4 # rubygems_deprecate :some_old_method, "Modern#some_new_method" # # class << self # extend Gem::Deprecate # deprecate :some_class_method, :none, 2011, 4 # end # end # # # Example usage of +rubygems_deprecate_command+: # # class Gem::Commands::QueryCommand < Gem::Command # extend Gem::Deprecate # rubygems_deprecate_command # # # ... # end # # # Example usage of +skip_during+: # # class TestSomething < Gem::Testcase # def test_some_thing_with_deprecations # Gem::Deprecate.skip_during do # actual_stdout, actual_stderr = capture_output do # Gem.something_deprecated # end # assert_empty actual_stdout # assert_equal(expected, actual_stderr) # end # end # end module Gem module Deprecate def self.skip # :nodoc: @skip ||= false end def self.skip=(v) # :nodoc: @skip = v end ## # Temporarily turn off warnings. Intended for tests only. def skip_during original = Gem::Deprecate.skip Gem::Deprecate.skip = true yield ensure Gem::Deprecate.skip = original end def self.next_rubygems_major_version # :nodoc: Gem::Version.new(Gem.rubygems_version.segments.first).bump end ## # Simple deprecation method that deprecates +name+ by wrapping it up # in a dummy method. It warns on each call to the dummy method # telling the user of +repl+ (unless +repl+ is :none) and the # year/month that it is planned to go away. def deprecate(name, repl, year, month) class_eval do old = "_deprecated_#{name}" alias_method old, name define_method name do |*args, &block| klass = is_a? Module target = klass ? "#{self}." : "#{self.class}#" msg = [ "NOTE: #{target}#{name} is deprecated", repl == :none ? " with no replacement" : "; use #{repl} instead", format(". It will be removed on or after %4d-%02d.", year, month), "\n#{target}#{name} called from #{Gem.location_of_caller.join(":")}", ] warn "#{msg.join}." unless Gem::Deprecate.skip send old, *args, &block end ruby2_keywords name if respond_to?(:ruby2_keywords, true) end end ## # Simple deprecation method that deprecates +name+ by wrapping it up # in a dummy method. It warns on each call to the dummy method # telling the user of +repl+ (unless +repl+ is :none) and the # Rubygems version that it is planned to go away. def rubygems_deprecate(name, replacement=:none) class_eval do old = "_deprecated_#{name}" alias_method old, name define_method name do |*args, &block| klass = is_a? Module target = klass ? "#{self}." : "#{self.class}#" msg = [ "NOTE: #{target}#{name} is deprecated", replacement == :none ? " with no replacement" : "; use #{replacement} instead", ". It will be removed in Rubygems #{Gem::Deprecate.next_rubygems_major_version}", "\n#{target}#{name} called from #{Gem.location_of_caller.join(":")}", ] warn "#{msg.join}." unless Gem::Deprecate.skip send old, *args, &block end ruby2_keywords name if respond_to?(:ruby2_keywords, true) end end # Deprecation method to deprecate Rubygems commands def rubygems_deprecate_command(version = Gem::Deprecate.next_rubygems_major_version) class_eval do define_method "deprecated?" do true end define_method "deprecation_warning" do msg = [ "#{command} command is deprecated", ". It will be removed in Rubygems #{version}.\n", ] alert_warning msg.join.to_s unless Gem::Deprecate.skip end end end module_function :rubygems_deprecate, :rubygems_deprecate_command, :skip_during end end PK )J [5{�y&- &- & share/rubygems/rubygems/request_set.rbnu �[��� # frozen_string_literal: true require_relative "vendored_tsort" ## # A RequestSet groups a request to activate a set of dependencies. # # nokogiri = Gem::Dependency.new 'nokogiri', '~> 1.6' # pg = Gem::Dependency.new 'pg', '~> 0.14' # # set = Gem::RequestSet.new nokogiri, pg # # requests = set.resolve # # p requests.map { |r| r.full_name } # #=> ["nokogiri-1.6.0", "mini_portile-0.5.1", "pg-0.17.0"] class Gem::RequestSet include Gem::TSort ## # Array of gems to install even if already installed attr_accessor :always_install attr_reader :dependencies attr_accessor :development ## # Errors fetching gems during resolution. attr_reader :errors ## # Set to true if you want to install only direct development dependencies. attr_accessor :development_shallow ## # The set of git gems imported via load_gemdeps. attr_reader :git_set # :nodoc: ## # When true, dependency resolution is not performed, only the requested gems # are installed. attr_accessor :ignore_dependencies attr_reader :install_dir # :nodoc: ## # If true, allow dependencies to match prerelease gems. attr_accessor :prerelease ## # When false no remote sets are used for resolving gems. attr_accessor :remote attr_reader :resolver # :nodoc: ## # Sets used for resolution attr_reader :sets # :nodoc: ## # Treat missing dependencies as silent errors attr_accessor :soft_missing ## # The set of vendor gems imported via load_gemdeps. attr_reader :vendor_set # :nodoc: ## # The set of source gems imported via load_gemdeps. attr_reader :source_set ## # Creates a RequestSet for a list of Gem::Dependency objects, +deps+. You # can then #resolve and #install the resolved list of dependencies. # # nokogiri = Gem::Dependency.new 'nokogiri', '~> 1.6' # pg = Gem::Dependency.new 'pg', '~> 0.14' # # set = Gem::RequestSet.new nokogiri, pg def initialize(*deps) @dependencies = deps @always_install = [] @conservative = false @dependency_names = {} @development = false @development_shallow = false @errors = [] @git_set = nil @ignore_dependencies = false @install_dir = Gem.dir @prerelease = false @remote = true @requests = [] @sets = [] @soft_missing = false @sorted_requests = nil @specs = nil @vendor_set = nil @source_set = nil yield self if block_given? end ## # Declare that a gem of name +name+ with +reqs+ requirements is needed. def gem(name, *reqs) if dep = @dependency_names[name] dep.requirement.concat reqs else dep = Gem::Dependency.new name, *reqs @dependency_names[name] = dep @dependencies << dep end end ## # Add +deps+ Gem::Dependency objects to the set. def import(deps) @dependencies.concat deps end ## # Installs gems for this RequestSet using the Gem::Installer +options+. # # If a +block+ is given an activation +request+ and +installer+ are yielded. # The +installer+ will be +nil+ if a gem matching the request was already # installed. def install(options, &block) # :yields: request, installer if dir = options[:install_dir] requests = install_into dir, false, options, &block return requests end @prerelease = options[:prerelease] requests = [] download_queue = Thread::Queue.new # Create a thread-safe list of gems to download sorted_requests.each do |req| download_queue << req end # Create N threads in a pool, have them download all the gems threads = Array.new(Gem.configuration.concurrent_downloads) do # When a thread pops this item, it knows to stop running. The symbol # is queued here so that there will be one symbol per thread. download_queue << :stop Thread.new do # The pop method will block waiting for items, so the only way # to stop a thread from running is to provide a final item that # means the thread should stop. while req = download_queue.pop break if req == :stop req.spec.download options unless req.installed? end end end # Wait for all the downloads to finish before continuing threads.each(&:value) # Install requested gems after they have been downloaded sorted_requests.each do |req| if req.installed? req.spec.spec.build_extensions if @always_install.none? {|spec| spec == req.spec.spec } yield req, nil if block_given? next end end spec = begin req.spec.install options do |installer| yield req, installer if block_given? end rescue Gem::RuntimeRequirementNotMetError => e suggestion = "There are no versions of #{req.request} compatible with your Ruby & RubyGems" suggestion += ". Maybe try installing an older version of the gem you're looking for?" unless @always_install.include?(req.spec.spec) e.suggestion = suggestion raise end requests << spec end return requests if options[:gemdeps] install_hooks requests, options requests end ## # Installs from the gem dependencies files in the +:gemdeps+ option in # +options+, yielding to the +block+ as in #install. # # If +:without_groups+ is given in the +options+, those groups in the gem # dependencies file are not used. See Gem::Installer for other +options+. def install_from_gemdeps(options, &block) gemdeps = options[:gemdeps] @install_dir = options[:install_dir] || Gem.dir @prerelease = options[:prerelease] @remote = options[:domain] != :local @conservative = true if options[:conservative] gem_deps_api = load_gemdeps gemdeps, options[:without_groups], true resolve if options[:explain] puts "Gems to install:" sorted_requests.each do |spec| puts " #{spec.full_name}" end if Gem.configuration.really_verbose @resolver.stats.display end else installed = install options, &block if options.fetch :lock, true lockfile = Gem::RequestSet::Lockfile.build self, gemdeps, gem_deps_api.dependencies lockfile.write end installed end end def install_into(dir, force = true, options = {}) gem_home = ENV["GEM_HOME"] ENV["GEM_HOME"] = dir existing = force ? [] : specs_in(dir) existing.delete_if {|s| @always_install.include? s } dir = File.expand_path dir installed = [] options[:development] = false options[:install_dir] = dir options[:only_install_dir] = true @prerelease = options[:prerelease] sorted_requests.each do |request| spec = request.spec if existing.find {|s| s.full_name == spec.full_name } yield request, nil if block_given? next end spec.install options do |installer| yield request, installer if block_given? end installed << request end install_hooks installed, options installed ensure ENV["GEM_HOME"] = gem_home end ## # Call hooks on installed gems def install_hooks(requests, options) specs = requests.map do |request| case request when Gem::Resolver::ActivationRequest then request.spec.spec else request end end require_relative "dependency_installer" inst = Gem::DependencyInstaller.new options inst.installed_gems.replace specs Gem.done_installing_hooks.each do |hook| hook.call inst, specs end unless Gem.done_installing_hooks.empty? end ## # Load a dependency management file. def load_gemdeps(path, without_groups = [], installing = false) @git_set = Gem::Resolver::GitSet.new @vendor_set = Gem::Resolver::VendorSet.new @source_set = Gem::Resolver::SourceSet.new @git_set.root_dir = @install_dir lock_file = "#{File.expand_path(path)}.lock" begin tokenizer = Gem::RequestSet::Lockfile::Tokenizer.from_file lock_file parser = tokenizer.make_parser self, [] parser.parse rescue Errno::ENOENT end gf = Gem::RequestSet::GemDependencyAPI.new self, path gf.installing = installing gf.without_groups = without_groups if without_groups gf.load end def pretty_print(q) # :nodoc: q.group 2, "[RequestSet:", "]" do q.breakable if @remote q.text "remote" q.breakable end if @prerelease q.text "prerelease" q.breakable end if @development_shallow q.text "shallow development" q.breakable elsif @development q.text "development" q.breakable end if @soft_missing q.text "soft missing" end q.group 2, "[dependencies:", "]" do q.breakable @dependencies.map do |dep| q.text dep.to_s q.breakable end end q.breakable q.text "sets:" q.breakable q.pp @sets.map(&:class) end end ## # Resolve the requested dependencies and return an Array of Specification # objects to be activated. def resolve(set = Gem::Resolver::BestSet.new) @sets << set @sets << @git_set @sets << @vendor_set @sets << @source_set set = Gem::Resolver.compose_sets(*@sets) set.remote = @remote set.prerelease = @prerelease resolver = Gem::Resolver.new @dependencies, set resolver.development = @development resolver.development_shallow = @development_shallow resolver.ignore_dependencies = @ignore_dependencies resolver.soft_missing = @soft_missing if @conservative installed_gems = {} Gem::Specification.find_all do |spec| (installed_gems[spec.name] ||= []) << spec end resolver.skip_gems = installed_gems end @resolver = resolver @requests = resolver.resolve @errors = set.errors @requests end ## # Resolve the requested dependencies against the gems available via Gem.path # and return an Array of Specification objects to be activated. def resolve_current resolve Gem::Resolver::CurrentSet.new end def sorted_requests @sorted_requests ||= strongly_connected_components.flatten end def specs @specs ||= @requests.map(&:full_spec) end def specs_in(dir) Gem::Util.glob_files_in_dir("*.gemspec", File.join(dir, "specifications")).map do |g| Gem::Specification.load g end end def tsort_each_node(&block) # :nodoc: @requests.each(&block) end def tsort_each_child(node) # :nodoc: node.spec.dependencies.each do |dep| next if dep.type == :development && !@development match = @requests.find do |r| dep.match?(r.spec.name, r.spec.version, r.spec.is_a?(Gem::Resolver::InstalledSpecification) || @prerelease) end unless match next if dep.type == :development && @development_shallow next if @soft_missing raise Gem::DependencyError, "Unresolved dependency found during sorting - #{dep} (requested by #{node.spec.full_name})" end yield match end end end require_relative "request_set/gem_dependency_api" require_relative "request_set/lockfile" require_relative "request_set/lockfile/tokenizer" PK )J [O���! �! % share/rubygems/rubygems/dependency.rbnu �[��� # frozen_string_literal: true ## # The Dependency class holds a Gem name and a Gem::Requirement. class Gem::Dependency ## # Valid dependency types. #-- # When this list is updated, be sure to change # Gem::Specification::CURRENT_SPECIFICATION_VERSION as well. # # REFACTOR: This type of constant, TYPES, indicates we might want # two classes, used via inheritance or duck typing. TYPES = [ :development, :runtime, ].freeze ## # Dependency name or regular expression. attr_accessor :name ## # Allows you to force this dependency to be a prerelease. attr_writer :prerelease ## # Constructs a dependency with +name+ and +requirements+. The last # argument can optionally be the dependency type, which defaults to # <tt>:runtime</tt>. def initialize(name, *requirements) case name when String then # ok when Regexp then msg = ["NOTE: Dependency.new w/ a regexp is deprecated.", "Dependency.new called from #{Gem.location_of_caller.join(":")}"] warn msg.join("\n") unless Gem::Deprecate.skip else raise ArgumentError, "dependency name must be a String, was #{name.inspect}" end type = Symbol === requirements.last ? requirements.pop : :runtime requirements = requirements.first if requirements.length == 1 # unpack unless TYPES.include? type raise ArgumentError, "Valid types are #{TYPES.inspect}, " \ "not #{type.inspect}" end @name = name @requirement = Gem::Requirement.create requirements @type = type @prerelease = false # This is for Marshal backwards compatibility. See the comments in # +requirement+ for the dirty details. @version_requirements = @requirement end ## # A dependency's hash is the XOR of the hashes of +name+, +type+, # and +requirement+. def hash # :nodoc: name.hash ^ type.hash ^ requirement.hash end def inspect # :nodoc: if prerelease? format("<%s type=%p name=%p requirements=%p prerelease=ok>", self.class, type, name, requirement.to_s) else format("<%s type=%p name=%p requirements=%p>", self.class, type, name, requirement.to_s) end end ## # Does this dependency require a prerelease? def prerelease? @prerelease || requirement.prerelease? end ## # Is this dependency simply asking for the latest version # of a gem? def latest_version? @requirement.none? end def pretty_print(q) # :nodoc: q.group 1, "Gem::Dependency.new(", ")" do q.pp name q.text "," q.breakable q.pp requirement q.text "," q.breakable q.pp type end end ## # What does this dependency require? def requirement return @requirement if defined?(@requirement) && @requirement # @version_requirements and @version_requirement are legacy ivar # names, and supported here because older gems need to keep # working and Dependency doesn't implement marshal_dump and # marshal_load. In a happier world, this would be an # attr_accessor. The horrifying instance_variable_get you see # below is also the legacy of some old restructurings. # # Note also that because of backwards compatibility (loading new # gems in an old RubyGems installation), we can't add explicit # marshaling to this class until we want to make a big # break. Maybe 2.0. # # Children, define explicit marshal and unmarshal behavior for # public classes. Marshal formats are part of your public API. # REFACTOR: See above if defined?(@version_requirement) && @version_requirement version = @version_requirement.instance_variable_get :@version @version_requirement = nil @version_requirements = Gem::Requirement.new version end @requirement = @version_requirements if defined?(@version_requirements) end def requirements_list requirement.as_list end def to_s # :nodoc: if type != :runtime "#{name} (#{requirement}, #{type})" else "#{name} (#{requirement})" end end ## # Dependency type. def type @type ||= :runtime end def runtime? @type == :runtime || !@type end def ==(other) # :nodoc: Gem::Dependency === other && name == other.name && type == other.type && requirement == other.requirement end ## # Dependencies are ordered by name. def <=>(other) name <=> other.name end ## # Uses this dependency as a pattern to compare to +other+. This # dependency will match if the name matches the other's name, and # other has only an equal version requirement that satisfies this # dependency. def =~(other) unless Gem::Dependency === other return unless other.respond_to?(:name) && other.respond_to?(:version) other = Gem::Dependency.new other.name, other.version end return false unless name === other.name reqs = other.requirement.requirements return false unless reqs.length == 1 return false unless reqs.first.first == "=" version = reqs.first.last requirement.satisfied_by? version end alias_method :===, :=~ ## # :call-seq: # dep.match? name => true or false # dep.match? name, version => true or false # dep.match? spec => true or false # # Does this dependency match the specification described by +name+ and # +version+ or match +spec+? # # NOTE: Unlike #matches_spec? this method does not return true when the # version is a prerelease version unless this is a prerelease dependency. def match?(obj, version=nil, allow_prerelease=false) if !version name = obj.name version = obj.version else name = obj end return false unless self.name === name version = Gem::Version.new version return true if requirement.none? && !version.prerelease? return false if version.prerelease? && !allow_prerelease && !prerelease? requirement.satisfied_by? version end ## # Does this dependency match +spec+? # # NOTE: This is not a convenience method. Unlike #match? this method # returns true when +spec+ is a prerelease version even if this dependency # is not a prerelease dependency. def matches_spec?(spec) return false unless name === spec.name return true if requirement.none? requirement.satisfied_by?(spec.version) end ## # Merges the requirements of +other+ into this dependency def merge(other) unless name == other.name raise ArgumentError, "#{self} and #{other} have different names" end default = Gem::Requirement.default self_req = requirement other_req = other.requirement return self.class.new name, self_req if other_req == default return self.class.new name, other_req if self_req == default self.class.new name, self_req.as_list.concat(other_req.as_list) end def matching_specs(platform_only = false) matches = Gem::Specification.find_all_by_name(name, requirement) if platform_only matches.reject! do |spec| spec.nil? || !Gem::Platform.match_spec?(spec) end end matches.reject(&:ignored?) end ## # True if the dependency will not always match the latest version. def specific? @requirement.specific? end def to_specs matches = matching_specs true # TODO: check Gem.activated_spec[self.name] in case matches falls outside if matches.empty? specs = Gem::Specification.stubs_for name if specs.empty? raise Gem::MissingSpecError.new name, requirement else raise Gem::MissingSpecVersionError.new name, requirement, specs end end # TODO: any other resolver validations should go here matches end def to_spec matches = to_specs.compact active = matches.find(&:activated?) return active if active unless prerelease? # Consider prereleases only as a fallback pre, matches = matches.partition {|spec| spec.version.prerelease? } matches = pre if matches.empty? end matches.first end def identity if prerelease? if specific? :complete else :abs_latest end elsif latest_version? :latest else :released end end def encode_with(coder) # :nodoc: coder.add "name", @name coder.add "requirement", @requirement coder.add "type", @type coder.add "prerelease", @prerelease coder.add "version_requirements", @version_requirements end end PK )J []�B#� � / share/rubygems/rubygems/specification_record.rbnu �[��� # frozen_string_literal: true module Gem class SpecificationRecord def self.dirs_from(paths) paths.map do |path| File.join(path, "specifications") end end def self.from_path(path) new(dirs_from([path])) end def initialize(dirs) @all = nil @stubs = nil @stubs_by_name = {} @spec_with_requirable_file = {} @active_stub_with_requirable_file = {} @dirs = dirs end # Sentinel object to represent "not found" stubs NOT_FOUND = Struct.new(:to_spec, :this).new private_constant :NOT_FOUND ## # Returns the list of all specifications in the record def all @all ||= stubs.map(&:to_spec) end ## # Returns a Gem::StubSpecification for every specification in the record def stubs @stubs ||= begin pattern = "*.gemspec" stubs = stubs_for_pattern(pattern, false) @stubs_by_name = stubs.select {|s| Gem::Platform.match_spec? s }.group_by(&:name) stubs end end ## # Returns a Gem::StubSpecification for every specification in the record # named +name+ only returns stubs that match Gem.platforms def stubs_for(name) if @stubs @stubs_by_name[name] || [] else @stubs_by_name[name] ||= stubs_for_pattern("#{name}-*.gemspec").select do |s| s.name == name end end end ## # Finds stub specifications matching a pattern in the record, optionally # filtering out specs not matching the current platform def stubs_for_pattern(pattern, match_platform = true) installed_stubs = installed_stubs(pattern) installed_stubs.select! {|s| Gem::Platform.match_spec? s } if match_platform stubs = installed_stubs + Gem::Specification.default_stubs(pattern) Gem::Specification._resort!(stubs) stubs end ## # Adds +spec+ to the the record, keeping the collection properly sorted. def add_spec(spec) return if all.include? spec all << spec stubs << spec (@stubs_by_name[spec.name] ||= []) << spec Gem::Specification._resort!(@stubs_by_name[spec.name]) Gem::Specification._resort!(stubs) end ## # Removes +spec+ from the record. def remove_spec(spec) all.delete spec.to_spec stubs.delete spec (@stubs_by_name[spec.name] || []).delete spec end ## # Sets the specs known by the record to +specs+. def all=(specs) @stubs_by_name = specs.group_by(&:name) @all = @stubs = specs end ## # Return full names of all specs in the record in sorted order. def all_names all.map(&:full_name) end include Enumerable ## # Enumerate every known spec. def each return enum_for(:each) unless block_given? all.each do |x| yield x end end ## # Returns every spec in the record that matches +name+ and optional +requirements+. def find_all_by_name(name, *requirements) req = Gem::Requirement.create(*requirements) env_req = Gem.env_requirement(name) matches = stubs_for(name).find_all do |spec| req.satisfied_by?(spec.version) && env_req.satisfied_by?(spec.version) end.map(&:to_spec) if name == "bundler" && !req.specific? require_relative "bundler_version_finder" Gem::BundlerVersionFinder.prioritize!(matches) end matches end ## # Return the best specification in the record that contains the file matching +path+. def find_by_path(path) path = path.dup.freeze spec = @spec_with_requirable_file[path] ||= stubs.find do |s| s.contains_requirable_file? path end || NOT_FOUND spec.to_spec end ## # Return the best specification in the record that contains the file # matching +path+ amongst the specs that are not activated. def find_inactive_by_path(path) stub = stubs.find do |s| next if s.activated? s.contains_requirable_file? path end stub&.to_spec end ## # Return the best specification in the record that contains the file # matching +path+, among those already activated. def find_active_stub_by_path(path) stub = @active_stub_with_requirable_file[path] ||= stubs.find do |s| s.activated? && s.contains_requirable_file?(path) end || NOT_FOUND stub.this end ## # Return the latest specs in the record, optionally including prerelease # specs if +prerelease+ is true. def latest_specs(prerelease) Gem::Specification._latest_specs stubs, prerelease end ## # Return the latest installed spec in the record for gem +name+. def latest_spec_for(name) latest_specs(true).find {|installed_spec| installed_spec.name == name } end private def installed_stubs(pattern) map_stubs(pattern) do |path, base_dir, gems_dir| Gem::StubSpecification.gemspec_stub(path, base_dir, gems_dir) end end def map_stubs(pattern) @dirs.flat_map do |dir| base_dir = File.dirname dir gems_dir = File.join base_dir, "gems" Gem::Specification.gemspec_stubs_in(dir, pattern) {|path| yield path, base_dir, gems_dir } end end end end PK )J [�ǀ�� � share/rubygems/rubygems/ext.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ ## # Classes for building C extensions live here. module Gem::Ext; end require_relative "ext/build_error" require_relative "ext/builder" require_relative "ext/configure_builder" require_relative "ext/ext_conf_builder" require_relative "ext/rake_builder" require_relative "ext/cmake_builder" require_relative "ext/cargo_builder" PK )J [��@D� � - share/rubygems/rubygems/security/trust_dir.rbnu �[��� # frozen_string_literal: true ## # The TrustDir manages the trusted certificates for gem signature # verification. class Gem::Security::TrustDir ## # Default permissions for the trust directory and its contents DEFAULT_PERMISSIONS = { trust_dir: 0o700, trusted_cert: 0o600, }.freeze ## # The directory where trusted certificates will be stored. attr_reader :dir ## # Creates a new TrustDir using +dir+ where the directory and file # permissions will be checked according to +permissions+ def initialize(dir, permissions = DEFAULT_PERMISSIONS) @dir = dir @permissions = permissions @digester = Gem::Security.create_digest end ## # Returns the path to the trusted +certificate+ def cert_path(certificate) name_path certificate.subject end ## # Enumerates trusted certificates. def each_certificate return enum_for __method__ unless block_given? glob = File.join @dir, "*.pem" Dir[glob].each do |certificate_file| certificate = load_certificate certificate_file yield certificate, certificate_file rescue OpenSSL::X509::CertificateError next # HACK: warn end end ## # Returns the issuer certificate of the given +certificate+ if it exists in # the trust directory. def issuer_of(certificate) path = name_path certificate.issuer return unless File.exist? path load_certificate path end ## # Returns the path to the trusted certificate with the given ASN.1 +name+ def name_path(name) digest = @digester.hexdigest name.to_s File.join @dir, "cert-#{digest}.pem" end ## # Loads the given +certificate_file+ def load_certificate(certificate_file) pem = File.read certificate_file OpenSSL::X509::Certificate.new pem end ## # Add a certificate to trusted certificate list. def trust_cert(certificate) verify destination = cert_path certificate File.open destination, "wb", 0o600 do |io| io.write certificate.to_pem io.chmod(@permissions[:trusted_cert]) end end ## # Make sure the trust directory exists. If it does exist, make sure it's # actually a directory. If not, then create it with the appropriate # permissions. def verify require "fileutils" if File.exist? @dir raise Gem::Security::Exception, "trust directory #{@dir} is not a directory" unless File.directory? @dir FileUtils.chmod 0o700, @dir else FileUtils.mkdir_p @dir, mode: @permissions[:trust_dir] end end end PK )J [ݯg�� � * share/rubygems/rubygems/security/signer.rbnu �[��� # frozen_string_literal: true ## # Basic OpenSSL-based package signing class. require_relative "../user_interaction" class Gem::Security::Signer include Gem::UserInteraction ## # The chain of certificates for signing including the signing certificate attr_accessor :cert_chain ## # The private key for the signing certificate attr_accessor :key ## # The digest algorithm used to create the signature attr_reader :digest_algorithm ## # The name of the digest algorithm, used to pull digests out of the hash by # name. attr_reader :digest_name # :nodoc: ## # Gem::Security::Signer options attr_reader :options DEFAULT_OPTIONS = { expiration_length_days: 365, }.freeze ## # Attempts to re-sign an expired cert with a given private key def self.re_sign_cert(expired_cert, expired_cert_path, private_key) return unless expired_cert.not_after < Time.now expiry = expired_cert.not_after.strftime("%Y%m%d%H%M%S") expired_cert_file = "#{File.basename(expired_cert_path)}.expired.#{expiry}" new_expired_cert_path = File.join(Gem.user_home, ".gem", expired_cert_file) Gem::Security.write(expired_cert, new_expired_cert_path) re_signed_cert = Gem::Security.re_sign( expired_cert, private_key, (Gem::Security::ONE_DAY * Gem.configuration.cert_expiration_length_days) ) Gem::Security.write(re_signed_cert, expired_cert_path) yield(expired_cert_path, new_expired_cert_path) if block_given? end ## # Creates a new signer with an RSA +key+ or path to a key, and a certificate # +chain+ containing X509 certificates, encoding certificates or paths to # certificates. def initialize(key, cert_chain, passphrase = nil, options = {}) @cert_chain = cert_chain @key = key @passphrase = passphrase @options = DEFAULT_OPTIONS.merge(options) unless @key default_key = File.join Gem.default_key_path @key = default_key if File.exist? default_key end unless @cert_chain default_cert = File.join Gem.default_cert_path @cert_chain = [default_cert] if File.exist? default_cert end @digest_name = Gem::Security::DIGEST_NAME @digest_algorithm = Gem::Security.create_digest(@digest_name) if @key && !@key.is_a?(OpenSSL::PKey::PKey) @key = OpenSSL::PKey.read(File.read(@key), @passphrase) end if @cert_chain @cert_chain = @cert_chain.compact.map do |cert| next cert if OpenSSL::X509::Certificate === cert cert = File.read cert if File.exist? cert OpenSSL::X509::Certificate.new cert end load_cert_chain end end ## # Extracts the full name of +cert+. If the certificate has a subjectAltName # this value is preferred, otherwise the subject is used. def extract_name(cert) # :nodoc: subject_alt_name = cert.extensions.find {|e| e.oid == "subjectAltName" } if subject_alt_name /\Aemail:/ =~ subject_alt_name.value # rubocop:disable Performance/StartWith $' || subject_alt_name.value else cert.subject end end ## # Loads any missing issuers in the cert chain from the trusted certificates. # # If the issuer does not exist it is ignored as it will be checked later. def load_cert_chain # :nodoc: return if @cert_chain.empty? while @cert_chain.first.issuer.to_s != @cert_chain.first.subject.to_s do issuer = Gem::Security.trust_dir.issuer_of @cert_chain.first break unless issuer # cert chain is verified later @cert_chain.unshift issuer end end ## # Sign data with given digest algorithm def sign(data) return unless @key raise Gem::Security::Exception, "no certs provided" if @cert_chain.empty? if @cert_chain.length == 1 && @cert_chain.last.not_after < Time.now alert("Your certificate has expired, trying to re-sign it...") re_sign_key( expiration_length: (Gem::Security::ONE_DAY * options[:expiration_length_days]) ) end full_name = extract_name @cert_chain.last Gem::Security::SigningPolicy.verify @cert_chain, @key, {}, {}, full_name @key.sign @digest_algorithm.new, data end ## # Attempts to re-sign the private key if the signing certificate is expired. # # The key will be re-signed if: # * The expired certificate is self-signed # * The expired certificate is saved at ~/.gem/gem-public_cert.pem # and the private key is saved at ~/.gem/gem-private_key.pem # * There is no file matching the expiry date at # ~/.gem/gem-public_cert.pem.expired.%Y%m%d%H%M%S # # If the signing certificate can be re-signed the expired certificate will # be saved as ~/.gem/gem-public_cert.pem.expired.%Y%m%d%H%M%S where the # expiry time (not after) is used for the timestamp. def re_sign_key(expiration_length: Gem::Security::ONE_YEAR) # :nodoc: old_cert = @cert_chain.last disk_cert_path = File.join(Gem.default_cert_path) disk_cert = begin File.read(disk_cert_path) rescue StandardError nil end disk_key_path = File.join(Gem.default_key_path) disk_key = begin OpenSSL::PKey.read(File.read(disk_key_path), @passphrase) rescue StandardError nil end return unless disk_key if disk_key.to_pem == @key.to_pem && disk_cert == old_cert.to_pem expiry = old_cert.not_after.strftime("%Y%m%d%H%M%S") old_cert_file = "gem-public_cert.pem.expired.#{expiry}" old_cert_path = File.join(Gem.user_home, ".gem", old_cert_file) unless File.exist?(old_cert_path) Gem::Security.write(old_cert, old_cert_path) cert = Gem::Security.re_sign(old_cert, @key, expiration_length) Gem::Security.write(cert, disk_cert_path) alert("Your cert: #{disk_cert_path} has been auto re-signed with the key: #{disk_key_path}") alert("Your expired cert will be located at: #{old_cert_path}") @cert_chain = [cert] end end end end PK )J [���T1 1 * share/rubygems/rubygems/security/policy.rbnu �[��� # frozen_string_literal: true require_relative "../user_interaction" ## # A Gem::Security::Policy object encapsulates the settings for verifying # signed gem files. This is the base class. You can either declare an # instance of this or use one of the preset security policies in # Gem::Security::Policies. class Gem::Security::Policy include Gem::UserInteraction attr_reader :name attr_accessor :only_signed attr_accessor :only_trusted attr_accessor :verify_chain attr_accessor :verify_data attr_accessor :verify_root attr_accessor :verify_signer ## # Create a new Gem::Security::Policy object with the given mode and # options. def initialize(name, policy = {}, opt = {}) @name = name @opt = opt # Default to security @only_signed = true @only_trusted = true @verify_chain = true @verify_data = true @verify_root = true @verify_signer = true policy.each_pair do |key, val| case key when :verify_data then @verify_data = val when :verify_signer then @verify_signer = val when :verify_chain then @verify_chain = val when :verify_root then @verify_root = val when :only_trusted then @only_trusted = val when :only_signed then @only_signed = val end end end ## # Verifies each certificate in +chain+ has signed the following certificate # and is valid for the given +time+. def check_chain(chain, time) raise Gem::Security::Exception, "missing signing chain" unless chain raise Gem::Security::Exception, "empty signing chain" if chain.empty? begin chain.each_cons 2 do |issuer, cert| check_cert cert, issuer, time end true rescue Gem::Security::Exception => e raise Gem::Security::Exception, "invalid signing chain: #{e.message}" end end ## # Verifies that +data+ matches the +signature+ created by +public_key+ and # the +digest+ algorithm. def check_data(public_key, digest, signature, data) raise Gem::Security::Exception, "invalid signature" unless public_key.verify digest, signature, data.digest true end ## # Ensures that +signer+ is valid for +time+ and was signed by the +issuer+. # If the +issuer+ is +nil+ no verification is performed. def check_cert(signer, issuer, time) raise Gem::Security::Exception, "missing signing certificate" unless signer message = "certificate #{signer.subject}" if (not_before = signer.not_before) && not_before > time raise Gem::Security::Exception, "#{message} not valid before #{not_before}" end if (not_after = signer.not_after) && not_after < time raise Gem::Security::Exception, "#{message} not valid after #{not_after}" end if issuer && !signer.verify(issuer.public_key) raise Gem::Security::Exception, "#{message} was not issued by #{issuer.subject}" end true end ## # Ensures the public key of +key+ matches the public key in +signer+ def check_key(signer, key) unless signer && key return true unless @only_signed raise Gem::Security::Exception, "missing key or signature" end raise Gem::Security::Exception, "certificate #{signer.subject} does not match the signing key" unless signer.check_private_key(key) true end ## # Ensures the root certificate in +chain+ is self-signed and valid for # +time+. def check_root(chain, time) raise Gem::Security::Exception, "missing signing chain" unless chain root = chain.first raise Gem::Security::Exception, "missing root certificate" unless root raise Gem::Security::Exception, "root certificate #{root.subject} is not self-signed " \ "(issuer #{root.issuer})" if root.issuer != root.subject check_cert root, root, time end ## # Ensures the root of +chain+ has a trusted certificate in +trust_dir+ and # the digests of the two certificates match according to +digester+ def check_trust(chain, digester, trust_dir) raise Gem::Security::Exception, "missing signing chain" unless chain root = chain.first raise Gem::Security::Exception, "missing root certificate" unless root path = Gem::Security.trust_dir.cert_path root unless File.exist? path message = "root cert #{root.subject} is not trusted".dup message << " (root of signing cert #{chain.last.subject})" if chain.length > 1 raise Gem::Security::Exception, message end save_cert = OpenSSL::X509::Certificate.new File.read path save_dgst = digester.digest save_cert.public_key.to_pem pkey_str = root.public_key.to_pem cert_dgst = digester.digest pkey_str raise Gem::Security::Exception, "trusted root certificate #{root.subject} checksum " \ "does not match signing root certificate checksum" unless save_dgst == cert_dgst true end ## # Extracts the email or subject from +certificate+ def subject(certificate) # :nodoc: certificate.extensions.each do |extension| next unless extension.oid == "subjectAltName" return extension.value end certificate.subject.to_s end def inspect # :nodoc: format("[Policy: %s - data: %p signer: %p chain: %p root: %p " \ "signed-only: %p trusted-only: %p]", @name, @verify_chain, @verify_data, @verify_root, @verify_signer, @only_signed, @only_trusted) end ## # For +full_name+, verifies the certificate +chain+ is valid, the +digests+ # match the signatures +signatures+ created by the signer depending on the # +policy+ settings. # # If +key+ is given it is used to validate the signing certificate. def verify(chain, key = nil, digests = {}, signatures = {}, full_name = "(unknown)") if signatures.empty? if @only_signed raise Gem::Security::Exception, "unsigned gems are not allowed by the #{name} policy" elsif digests.empty? # lack of signatures is irrelevant if there is nothing to check # against else alert_warning "#{full_name} is not signed" return end end opt = @opt digester = Gem::Security.create_digest trust_dir = opt[:trust_dir] time = Time.now _, signer_digests = digests.find do |_algorithm, file_digests| file_digests.values.first.name == Gem::Security::DIGEST_NAME end if @verify_data raise Gem::Security::Exception, "no digests provided (probable bug)" if signer_digests.nil? || signer_digests.empty? else signer_digests = {} end signer = chain.last check_key signer, key if key check_cert signer, nil, time if @verify_signer check_chain chain, time if @verify_chain check_root chain, time if @verify_root if @only_trusted check_trust chain, digester, trust_dir elsif signatures.empty? && digests.empty? # trust is irrelevant if there's no signatures to verify else alert_warning "#{subject signer} is not trusted for #{full_name}" end signatures.each do |file, _| digest = signer_digests[file] raise Gem::Security::Exception, "missing digest for #{file}" unless digest end signer_digests.each do |file, digest| signature = signatures[file] raise Gem::Security::Exception, "missing signature for #{file}" unless signature check_data signer.public_key, digester, signature, digest if @verify_data end true end ## # Extracts the certificate chain from the +spec+ and calls #verify to ensure # the signatures and certificate chain is valid according to the policy.. def verify_signatures(spec, digests, signatures) chain = spec.cert_chain.map do |cert_pem| OpenSSL::X509::Certificate.new cert_pem end verify chain, nil, digests, signatures, spec.full_name true end alias_method :to_s, :name # :nodoc: end PK )J [�ҽ�? ? , share/rubygems/rubygems/security/policies.rbnu �[��� # frozen_string_literal: true module Gem::Security ## # No security policy: all package signature checks are disabled. NoSecurity = Policy.new( "No Security", verify_data: false, verify_signer: false, verify_chain: false, verify_root: false, only_trusted: false, only_signed: false ) ## # AlmostNo security policy: only verify that the signing certificate is the # one that actually signed the data. Make no attempt to verify the signing # certificate chain. # # This policy is basically useless. better than nothing, but can still be # easily spoofed, and is not recommended. AlmostNoSecurity = Policy.new( "Almost No Security", verify_data: true, verify_signer: false, verify_chain: false, verify_root: false, only_trusted: false, only_signed: false ) ## # Low security policy: only verify that the signing certificate is actually # the gem signer, and that the signing certificate is valid. # # This policy is better than nothing, but can still be easily spoofed, and # is not recommended. LowSecurity = Policy.new( "Low Security", verify_data: true, verify_signer: true, verify_chain: false, verify_root: false, only_trusted: false, only_signed: false ) ## # Medium security policy: verify the signing certificate, verify the signing # certificate chain all the way to the root certificate, and only trust root # certificates that we have explicitly allowed trust for. # # This security policy is reasonable, but it allows unsigned packages, so a # malicious person could simply delete the package signature and pass the # gem off as unsigned. MediumSecurity = Policy.new( "Medium Security", verify_data: true, verify_signer: true, verify_chain: true, verify_root: true, only_trusted: true, only_signed: false ) ## # High security policy: only allow signed gems to be installed, verify the # signing certificate, verify the signing certificate chain all the way to # the root certificate, and only trust root certificates that we have # explicitly allowed trust for. # # This security policy is significantly more difficult to bypass, and offers # a reasonable guarantee that the contents of the gem have not been altered. HighSecurity = Policy.new( "High Security", verify_data: true, verify_signer: true, verify_chain: true, verify_root: true, only_trusted: true, only_signed: true ) ## # Policy used to verify a certificate and key when signing a gem SigningPolicy = Policy.new( "Signing Policy", verify_data: false, verify_signer: true, verify_chain: true, verify_root: true, only_trusted: false, only_signed: false ) ## # Hash of configured security policies Policies = { "NoSecurity" => NoSecurity, "AlmostNoSecurity" => AlmostNoSecurity, "LowSecurity" => LowSecurity, "MediumSecurity" => MediumSecurity, "HighSecurity" => HighSecurity, # SigningPolicy is not intended for use by `gem -P` so do not list it }.freeze end PK )J [�z�ʄ � ! share/rubygems/rubygems/doctor.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" require_relative "user_interaction" ## # Cleans up after a partially-failed uninstall or for an invalid # Gem::Specification. # # If a specification was removed by hand this will remove any remaining files. # # If a corrupt specification was installed this will clean up warnings by # removing the bogus specification. class Gem::Doctor include Gem::UserInteraction ## # Maps a gem subdirectory to the files that are expected to exist in the # subdirectory. REPOSITORY_EXTENSION_MAP = [ # :nodoc: ["specifications", ".gemspec"], ["build_info", ".info"], ["cache", ".gem"], ["doc", ""], ["extensions", ""], ["gems", ""], ["plugins", ""], ].freeze missing = Gem::REPOSITORY_SUBDIRECTORIES.sort - REPOSITORY_EXTENSION_MAP.map {|(k,_)| k }.sort raise "Update REPOSITORY_EXTENSION_MAP, missing: #{missing.join ", "}" unless missing.empty? ## # Creates a new Gem::Doctor that will clean up +gem_repository+. Only one # gem repository may be cleaned at a time. # # If +dry_run+ is true no files or directories will be removed. def initialize(gem_repository, dry_run = false) @gem_repository = gem_repository @dry_run = dry_run @installed_specs = nil end ## # Specs installed in this gem repository def installed_specs # :nodoc: @installed_specs ||= Gem::Specification.map(&:full_name) end ## # Are we doctoring a gem repository? def gem_repository? !installed_specs.empty? end ## # Cleans up uninstalled files and invalid gem specifications def doctor @orig_home = Gem.dir @orig_path = Gem.path say "Checking #{@gem_repository}" Gem.use_paths @gem_repository.to_s unless gem_repository? say "This directory does not appear to be a RubyGems repository, " \ "skipping" say return end doctor_children say ensure Gem.use_paths @orig_home, *@orig_path end ## # Cleans up children of this gem repository def doctor_children # :nodoc: REPOSITORY_EXTENSION_MAP.each do |sub_directory, extension| doctor_child sub_directory, extension end end ## # Removes files in +sub_directory+ with +extension+ def doctor_child(sub_directory, extension) # :nodoc: directory = File.join(@gem_repository, sub_directory) Dir.entries(directory).sort.each do |ent| next if [".", ".."].include?(ent) child = File.join(directory, ent) next unless File.exist?(child) basename = File.basename(child, extension) next if installed_specs.include? basename next if /^rubygems-\d/.match?(basename) next if sub_directory == "specifications" && basename == "default" next if sub_directory == "plugins" && Gem.plugin_suffix_regexp =~ (basename) type = File.directory?(child) ? "directory" : "file" action = if @dry_run "Extra" else FileUtils.rm_r(child) "Removed" end say "#{action} #{type} #{sub_directory}/#{File.basename(child)}" end rescue Errno::ENOENT # ignore end end PK )J [��(+ + $ share/rubygems/rubygems/safe_yaml.rbnu �[��� # frozen_string_literal: true module Gem ### # This module is used for safely loading YAML specs from a gem. The # `safe_load` method defined on this module is specifically designed for # loading Gem specifications. For loading other YAML safely, please see # Psych.safe_load module SafeYAML PERMITTED_CLASSES = %w[ Symbol Time Date Gem::Dependency Gem::Platform Gem::Requirement Gem::Specification Gem::Version Gem::Version::Requirement ].freeze PERMITTED_SYMBOLS = %w[ development runtime ].freeze @aliases_enabled = true def self.aliases_enabled=(value) # :nodoc: @aliases_enabled = !!value end def self.aliases_enabled? # :nodoc: @aliases_enabled end def self.safe_load(input) ::Psych.safe_load(input, permitted_classes: PERMITTED_CLASSES, permitted_symbols: PERMITTED_SYMBOLS, aliases: @aliases_enabled) end def self.load(input) ::Psych.safe_load(input, permitted_classes: [::Symbol]) end end end PK )J [ދL�<A <A & share/rubygems/rubygems/config_file.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "user_interaction" require "rbconfig" ## # Gem::ConfigFile RubyGems options and gem command options from gemrc. # # gemrc is a YAML file that uses strings to match gem command arguments and # symbols to match RubyGems options. # # Gem command arguments use a String key that matches the command name and # allow you to specify default arguments: # # install: --no-rdoc --no-ri # update: --no-rdoc --no-ri # # You can use <tt>gem:</tt> to set default arguments for all commands. # # RubyGems options use symbol keys. Valid options are: # # +:backtrace+:: See #backtrace # +:sources+:: Sets Gem::sources # +:verbose+:: See #verbose # +:concurrent_downloads+:: See #concurrent_downloads # # gemrc files may exist in various locations and are read and merged in # the following order: # # - system wide (/etc/gemrc) # - per user (~/.gemrc) # - per environment (gemrc files listed in the GEMRC environment variable) class Gem::ConfigFile include Gem::UserInteraction DEFAULT_BACKTRACE = true DEFAULT_BULK_THRESHOLD = 1000 DEFAULT_VERBOSITY = true DEFAULT_UPDATE_SOURCES = true DEFAULT_CONCURRENT_DOWNLOADS = 8 DEFAULT_CERT_EXPIRATION_LENGTH_DAYS = 365 DEFAULT_IPV4_FALLBACK_ENABLED = false # TODO: Use false as default value for this option in RubyGems 4.0 DEFAULT_INSTALL_EXTENSION_IN_LIB = true ## # For Ruby packagers to set configuration defaults. Set in # rubygems/defaults/operating_system.rb OPERATING_SYSTEM_DEFAULTS = Gem.operating_system_defaults ## # For Ruby implementers to set configuration defaults. Set in # rubygems/defaults/#{RUBY_ENGINE}.rb PLATFORM_DEFAULTS = Gem.platform_defaults # :stopdoc: SYSTEM_CONFIG_PATH = begin require "etc" Etc.sysconfdir rescue LoadError, NoMethodError RbConfig::CONFIG["sysconfdir"] || "/etc" end # :startdoc: SYSTEM_WIDE_CONFIG_FILE = File.join SYSTEM_CONFIG_PATH, "gemrc" ## # List of arguments supplied to the config file object. attr_reader :args ## # Where to look for gems (deprecated) attr_accessor :path ## # Where to install gems (deprecated) attr_accessor :home ## # True if we print backtraces on errors. attr_writer :backtrace ## # Bulk threshold value. If the number of missing gems are above this # threshold value, then a bulk download technique is used. (deprecated) attr_accessor :bulk_threshold ## # Verbose level of output: # * false -- No output # * true -- Normal output # * :loud -- Extra output attr_accessor :verbose ## # Number of gem downloads that should be performed concurrently. attr_accessor :concurrent_downloads ## # True if we want to update the SourceInfoCache every time, false otherwise attr_accessor :update_sources ## # True if we want to force specification of gem server when pushing a gem attr_accessor :disable_default_gem_server # openssl verify mode value, used for remote https connection attr_reader :ssl_verify_mode ## # Path name of directory or file of openssl CA certificate, used for remote # https connection attr_accessor :ssl_ca_cert ## # sources to look for gems attr_accessor :sources ## # Expiration length to sign a certificate attr_accessor :cert_expiration_length_days ## # Install extensions into lib as well as into the extension directory. attr_accessor :install_extension_in_lib ## # == Experimental == # Fallback to IPv4 when IPv6 is not reachable or slow (default: false) attr_accessor :ipv4_fallback_enabled ## # Path name of directory or file of openssl client certificate, used for remote https connection with client authentication attr_reader :ssl_client_cert ## # Create the config file object. +args+ is the list of arguments # from the command line. # # The following command line options are handled early here rather # than later at the time most command options are processed. # # <tt>--config-file</tt>, <tt>--config-file==NAME</tt>:: # Obviously these need to be handled by the ConfigFile object to ensure we # get the right config file. # # <tt>--backtrace</tt>:: # Backtrace needs to be turned on early so that errors before normal # option parsing can be properly handled. # # <tt>--debug</tt>:: # Enable Ruby level debug messages. Handled early for the same reason as # --backtrace. #-- # TODO: parse options upstream, pass in options directly def initialize(args) set_config_file_name(args) @backtrace = DEFAULT_BACKTRACE @bulk_threshold = DEFAULT_BULK_THRESHOLD @verbose = DEFAULT_VERBOSITY @update_sources = DEFAULT_UPDATE_SOURCES @concurrent_downloads = DEFAULT_CONCURRENT_DOWNLOADS @cert_expiration_length_days = DEFAULT_CERT_EXPIRATION_LENGTH_DAYS @install_extension_in_lib = DEFAULT_INSTALL_EXTENSION_IN_LIB @ipv4_fallback_enabled = ENV["IPV4_FALLBACK_ENABLED"] == "true" || DEFAULT_IPV4_FALLBACK_ENABLED operating_system_config = Marshal.load Marshal.dump(OPERATING_SYSTEM_DEFAULTS) platform_config = Marshal.load Marshal.dump(PLATFORM_DEFAULTS) system_config = load_file SYSTEM_WIDE_CONFIG_FILE user_config = load_file config_file_name environment_config = (ENV["GEMRC"] || ""). split(File::PATH_SEPARATOR).inject({}) do |result, file| result.merge load_file file end @hash = operating_system_config.merge platform_config unless args.index "--norc" @hash = @hash.merge system_config @hash = @hash.merge user_config @hash = @hash.merge environment_config end @hash.transform_keys! do |k| # gemhome and gempath are not working with symbol keys if %w[backtrace bulk_threshold verbose update_sources cert_expiration_length_days install_extension_in_lib ipv4_fallback_enabled sources disable_default_gem_server ssl_verify_mode ssl_ca_cert ssl_client_cert].include?(k) k.to_sym else k end end # HACK: these override command-line args, which is bad @backtrace = @hash[:backtrace] if @hash.key? :backtrace @bulk_threshold = @hash[:bulk_threshold] if @hash.key? :bulk_threshold @verbose = @hash[:verbose] if @hash.key? :verbose @update_sources = @hash[:update_sources] if @hash.key? :update_sources # TODO: We should handle concurrent_downloads same as other options @cert_expiration_length_days = @hash[:cert_expiration_length_days] if @hash.key? :cert_expiration_length_days @install_extension_in_lib = @hash[:install_extension_in_lib] if @hash.key? :install_extension_in_lib @ipv4_fallback_enabled = @hash[:ipv4_fallback_enabled] if @hash.key? :ipv4_fallback_enabled @home = @hash[:gemhome] if @hash.key? :gemhome @path = @hash[:gempath] if @hash.key? :gempath @sources = @hash[:sources] if @hash.key? :sources @disable_default_gem_server = @hash[:disable_default_gem_server] if @hash.key? :disable_default_gem_server @ssl_verify_mode = @hash[:ssl_verify_mode] if @hash.key? :ssl_verify_mode @ssl_ca_cert = @hash[:ssl_ca_cert] if @hash.key? :ssl_ca_cert @ssl_client_cert = @hash[:ssl_client_cert] if @hash.key? :ssl_client_cert @api_keys = nil @rubygems_api_key = nil handle_arguments args end ## # Hash of RubyGems.org and alternate API keys def api_keys load_api_keys unless @api_keys @api_keys end ## # Checks the permissions of the credentials file. If they are not 0600 an # error message is displayed and RubyGems aborts. def check_credentials_permissions return if Gem.win_platform? # windows doesn't write 0600 as 0600 return unless File.exist? credentials_path existing_permissions = File.stat(credentials_path).mode & 0o777 return if existing_permissions == 0o600 alert_error <<-ERROR Your gem push credentials file located at: \t#{credentials_path} has file permissions of 0#{existing_permissions.to_s 8} but 0600 is required. To fix this error run: \tchmod 0600 #{credentials_path} You should reset your credentials at: \thttps://rubygems.org/profile/edit if you believe they were disclosed to a third party. ERROR terminate_interaction 1 end ## # Location of RubyGems.org credentials def credentials_path credentials = File.join Gem.user_home, ".gem", "credentials" if File.exist? credentials credentials else File.join Gem.data_home, "gem", "credentials" end end def load_api_keys check_credentials_permissions @api_keys = if File.exist? credentials_path load_file(credentials_path) else @hash end if @api_keys.key? :rubygems_api_key @rubygems_api_key = @api_keys[:rubygems_api_key] @api_keys[:rubygems] = @api_keys.delete :rubygems_api_key unless @api_keys.key? :rubygems end end ## # Returns the RubyGems.org API key def rubygems_api_key load_api_keys unless @rubygems_api_key @rubygems_api_key end ## # Sets the RubyGems.org API key to +api_key+ def rubygems_api_key=(api_key) set_api_key :rubygems_api_key, api_key @rubygems_api_key = api_key end ## # Set a specific host's API key to +api_key+ def set_api_key(host, api_key) check_credentials_permissions config = load_file(credentials_path).merge(host => api_key) dirname = File.dirname credentials_path require "fileutils" FileUtils.mkdir_p(dirname) permissions = 0o600 & (~File.umask) File.open(credentials_path, "w", permissions) do |f| f.write self.class.dump_with_rubygems_yaml(config) end load_api_keys # reload end ## # Remove the +~/.gem/credentials+ file to clear all the current sessions. def unset_api_key! return false unless File.exist?(credentials_path) File.delete(credentials_path) end def load_file(filename) yaml_errors = [ArgumentError] return {} unless filename && !filename.empty? && File.exist?(filename) begin config = self.class.load_with_rubygems_config_hash(File.read(filename)) if config.keys.any? {|k| k.to_s.gsub(%r{https?:\/\/}, "").include?(": ") } warn "Failed to load #{filename} because it doesn't contain valid YAML hash" return {} else return config end rescue *yaml_errors => e warn "Failed to load #{filename}, #{e}" rescue Errno::EACCES warn "Failed to load #{filename} due to permissions problem." end {} end # True if the backtrace option has been specified, or debug is on. def backtrace @backtrace || $DEBUG end # Check state file is writable. Creates empty file if not present to ensure we can write to it. def state_file_writable? if File.exist?(state_file_name) File.writable?(state_file_name) else require "fileutils" FileUtils.mkdir_p File.dirname(state_file_name) File.open(state_file_name, "w") {} true end rescue Errno::EACCES false end # The name of the configuration file. def config_file_name @config_file_name || Gem.config_file end # The name of the state file. def state_file_name Gem.state_file end # Reads time of last update check from state file def last_update_check if File.readable?(state_file_name) File.read(state_file_name).to_i else 0 end end # Writes time of last update check to state file def last_update_check=(timestamp) File.write(state_file_name, timestamp.to_s) if state_file_writable? end # Delegates to @hash def each(&block) hash = @hash.dup hash.delete :update_sources hash.delete :verbose hash.delete :backtrace hash.delete :bulk_threshold yield :update_sources, @update_sources yield :verbose, @verbose yield :backtrace, @backtrace yield :bulk_threshold, @bulk_threshold yield "config_file_name", @config_file_name if @config_file_name hash.each(&block) end # Handle the command arguments. def handle_arguments(arg_list) @args = [] arg_list.each do |arg| case arg when /^--(backtrace|traceback)$/ then @backtrace = true when /^--debug$/ then $DEBUG = true warn "NOTE: Debugging mode prints all exceptions even when rescued" else @args << arg end end end # Really verbose mode gives you extra output. def really_verbose case verbose when true, false, nil then false else true end end # to_yaml only overwrites things you can't override on the command line. def to_yaml # :nodoc: yaml_hash = {} yaml_hash[:backtrace] = @hash.fetch(:backtrace, DEFAULT_BACKTRACE) yaml_hash[:bulk_threshold] = @hash.fetch(:bulk_threshold, DEFAULT_BULK_THRESHOLD) yaml_hash[:sources] = Gem.sources.to_a yaml_hash[:update_sources] = @hash.fetch(:update_sources, DEFAULT_UPDATE_SOURCES) yaml_hash[:verbose] = @hash.fetch(:verbose, DEFAULT_VERBOSITY) yaml_hash[:concurrent_downloads] = @hash.fetch(:concurrent_downloads, DEFAULT_CONCURRENT_DOWNLOADS) yaml_hash[:install_extension_in_lib] = @hash.fetch(:install_extension_in_lib, DEFAULT_INSTALL_EXTENSION_IN_LIB) yaml_hash[:ssl_verify_mode] = @hash[:ssl_verify_mode] if @hash.key? :ssl_verify_mode yaml_hash[:ssl_ca_cert] = @hash[:ssl_ca_cert] if @hash.key? :ssl_ca_cert yaml_hash[:ssl_client_cert] = @hash[:ssl_client_cert] if @hash.key? :ssl_client_cert keys = yaml_hash.keys.map(&:to_s) keys << "debug" re = Regexp.union(*keys) @hash.each do |key, value| key = key.to_s next if key&.match?(re) yaml_hash[key.to_s] = value end self.class.dump_with_rubygems_yaml(yaml_hash) end # Writes out this config file, replacing its source. def write require "fileutils" FileUtils.mkdir_p File.dirname(config_file_name) File.open config_file_name, "w" do |io| io.write to_yaml end end # Return the configuration information for +key+. def [](key) @hash[key] || @hash[key.to_s] end # Set configuration option +key+ to +value+. def []=(key, value) @hash[key] = value end def ==(other) # :nodoc: self.class === other && @backtrace == other.backtrace && @bulk_threshold == other.bulk_threshold && @verbose == other.verbose && @update_sources == other.update_sources && @hash == other.hash end attr_reader :hash protected :hash def self.dump_with_rubygems_yaml(content) content.transform_keys! do |k| k.is_a?(Symbol) ? ":#{k}" : k end require_relative "yaml_serializer" Gem::YAMLSerializer.dump(content) end def self.load_with_rubygems_config_hash(yaml) require_relative "yaml_serializer" content = Gem::YAMLSerializer.load(yaml) deep_transform_config_keys!(content) end private def self.deep_transform_config_keys!(config) config.transform_keys! do |k| if k.match?(/\A:(.*)\Z/) k[1..-1].to_sym elsif k.include?("__") || k.match?(%r{/\Z}) if k.is_a?(Symbol) k.to_s.gsub(/__/,".").gsub(%r{/\Z}, "").to_sym else k.dup.gsub(/__/,".").gsub(%r{/\Z}, "") end else k end end config.transform_values! do |v| if v.is_a?(String) if v.match?(/\A:(.*)\Z/) v[1..-1].to_sym elsif v.match?(/\A[+-]?\d+\Z/) v.to_i elsif v.match?(/\Atrue|false\Z/) v == "true" elsif v.empty? nil else v end elsif v.empty? nil elsif v.is_a?(Hash) deep_transform_config_keys!(v) else v end end config end def set_config_file_name(args) @config_file_name = ENV["GEMRC"] need_config_file_name = false args.each do |arg| if need_config_file_name @config_file_name = arg need_config_file_name = false elsif arg =~ /^--config-file=(.*)/ @config_file_name = $1 elsif /^--config-file$/.match?(arg) need_config_file_name = true end end end end PK )J [�^ 1QK QK " share/rubygems/rubygems/package.rbnu �[��� # frozen_string_literal: true # rubocop:disable Style/AsciiComments # Copyright (C) 2004 Mauricio Julio Fernández Pradier # See LICENSE.txt for additional licensing information. # rubocop:enable Style/AsciiComments require_relative "security" require_relative "user_interaction" ## # Example using a Gem::Package # # Builds a .gem file given a Gem::Specification. A .gem file is a tarball # which contains a data.tar.gz, metadata.gz, checksums.yaml.gz and possibly # signatures. # # require 'rubygems' # require 'rubygems/package' # # spec = Gem::Specification.new do |s| # s.summary = "Ruby based make-like utility." # s.name = 'rake' # s.version = PKG_VERSION # s.requirements << 'none' # s.files = PKG_FILES # s.description = <<-EOF # Rake is a Make-like program implemented in Ruby. Tasks # and dependencies are specified in standard Ruby syntax. # EOF # end # # Gem::Package.build spec # # Reads a .gem file. # # require 'rubygems' # require 'rubygems/package' # # the_gem = Gem::Package.new(path_to_dot_gem) # the_gem.contents # get the files in the gem # the_gem.extract_files destination_directory # extract the gem into a directory # the_gem.spec # get the spec out of the gem # the_gem.verify # check the gem is OK (contains valid gem specification, contains a not corrupt contents archive) # # #files are the files in the .gem tar file, not the Ruby files in the gem # #extract_files and #contents automatically call #verify class Gem::Package include Gem::UserInteraction class Error < Gem::Exception; end class FormatError < Error attr_reader :path def initialize(message, source = nil) if source @path = source.is_a?(String) ? source : source.path message += " in #{path}" if path end super message end end class PathError < Error def initialize(destination, destination_dir) super format("installing into parent path %s of %s is not allowed", destination, destination_dir) end end class SymlinkError < Error def initialize(name, destination, destination_dir) super format("installing symlink '%s' pointing to parent path %s of %s is not allowed", name, destination, destination_dir) end end class NonSeekableIO < Error; end class TooLongFileName < Error; end ## # Raised when a tar file is corrupt class TarInvalidError < Error; end attr_accessor :build_time # :nodoc: ## # Checksums for the contents of the package attr_reader :checksums ## # The files in this package. This is not the contents of the gem, just the # files in the top-level container. attr_reader :files ## # Reference to the gem being packaged. attr_reader :gem ## # The security policy used for verifying the contents of this package. attr_accessor :security_policy ## # Sets the Gem::Specification to use to build this package. attr_writer :spec ## # Permission for directories attr_accessor :dir_mode ## # Permission for program files attr_accessor :prog_mode ## # Permission for other files attr_accessor :data_mode def self.build(spec, skip_validation = false, strict_validation = false, file_name = nil) gem_file = file_name || spec.file_name package = new gem_file package.spec = spec package.build skip_validation, strict_validation gem_file end ## # Creates a new Gem::Package for the file at +gem+. +gem+ can also be # provided as an IO object. # # If +gem+ is an existing file in the old format a Gem::Package::Old will be # returned. def self.new(gem, security_policy = nil) gem = if gem.is_a?(Gem::Package::Source) gem elsif gem.respond_to? :read Gem::Package::IOSource.new gem else Gem::Package::FileSource.new gem end return super unless self == Gem::Package return super unless gem.present? return super unless gem.start return super unless gem.start.include? "MD5SUM =" Gem::Package::Old.new gem end ## # Extracts the Gem::Specification and raw metadata from the .gem file at # +path+. #-- def self.raw_spec(path, security_policy = nil) format = new(path, security_policy) spec = format.spec metadata = nil File.open path, Gem.binary_mode do |io| tar = Gem::Package::TarReader.new io tar.each_entry do |entry| case entry.full_name when "metadata" then metadata = entry.read when "metadata.gz" then metadata = Gem::Util.gunzip entry.read end end end [spec, metadata] end ## # Creates a new package that will read or write to the file +gem+. def initialize(gem, security_policy) # :notnew: require "zlib" @gem = gem @build_time = Gem.source_date_epoch @checksums = {} @contents = nil @digests = Hash.new {|h, algorithm| h[algorithm] = {} } @files = nil @security_policy = security_policy @signatures = {} @signer = nil @spec = nil end ## # Copies this package to +path+ (if possible) def copy_to(path) FileUtils.cp @gem.path, path unless File.exist? path end ## # Adds a checksum for each entry in the gem to checksums.yaml.gz. def add_checksums(tar) Gem.load_yaml checksums_by_algorithm = Hash.new {|h, algorithm| h[algorithm] = {} } @checksums.each do |name, digests| digests.each do |algorithm, digest| checksums_by_algorithm[algorithm][name] = digest.hexdigest end end tar.add_file_signed "checksums.yaml.gz", 0o444, @signer do |io| gzip_to io do |gz_io| Psych.dump checksums_by_algorithm, gz_io end end end ## # Adds the files listed in the packages's Gem::Specification to data.tar.gz # and adds this file to the +tar+. def add_contents(tar) # :nodoc: digests = tar.add_file_signed "data.tar.gz", 0o444, @signer do |io| gzip_to io do |gz_io| Gem::Package::TarWriter.new gz_io do |data_tar| add_files data_tar end end end @checksums["data.tar.gz"] = digests end ## # Adds files included the package's Gem::Specification to the +tar+ file def add_files(tar) # :nodoc: @spec.files.each do |file| stat = File.lstat file if stat.symlink? tar.add_symlink file, File.readlink(file), stat.mode end next unless stat.file? tar.add_file_simple file, stat.mode, stat.size do |dst_io| File.open file, "rb" do |src_io| copy_stream(src_io, dst_io) end end end end ## # Adds the package's Gem::Specification to the +tar+ file def add_metadata(tar) # :nodoc: digests = tar.add_file_signed "metadata.gz", 0o444, @signer do |io| gzip_to io do |gz_io| gz_io.write @spec.to_yaml end end @checksums["metadata.gz"] = digests end ## # Builds this package based on the specification set by #spec= def build(skip_validation = false, strict_validation = false) raise ArgumentError, "skip_validation = true and strict_validation = true are incompatible" if skip_validation && strict_validation Gem.load_yaml @spec.validate true, strict_validation unless skip_validation setup_signer( signer_options: { expiration_length_days: Gem.configuration.cert_expiration_length_days, } ) @gem.with_write_io do |gem_io| Gem::Package::TarWriter.new gem_io do |gem| add_metadata gem add_contents gem add_checksums gem end end say <<-EOM Successfully built RubyGem Name: #{@spec.name} Version: #{@spec.version} File: #{File.basename @gem.path} EOM ensure @signer = nil end ## # A list of file names contained in this gem def contents return @contents if @contents verify unless @spec @contents = [] @gem.with_read_io do |io| gem_tar = Gem::Package::TarReader.new io gem_tar.each do |entry| next unless entry.full_name == "data.tar.gz" open_tar_gz entry do |pkg_tar| pkg_tar.each do |contents_entry| @contents << contents_entry.full_name end end return @contents end end rescue Zlib::GzipFile::Error, EOFError, Gem::Package::TarInvalidError => e raise Gem::Package::FormatError.new e.message, @gem end ## # Creates a digest of the TarEntry +entry+ from the digest algorithm set by # the security policy. def digest(entry) # :nodoc: algorithms = if @checksums @checksums.to_h {|algorithm, _| [algorithm, Gem::Security.create_digest(algorithm)] } elsif Gem::Security::DIGEST_NAME { Gem::Security::DIGEST_NAME => Gem::Security.create_digest(Gem::Security::DIGEST_NAME) } end return @digests if algorithms.nil? || algorithms.empty? buf = String.new(capacity: 16_384, encoding: Encoding::BINARY) until entry.eof? entry.readpartial(16_384, buf) algorithms.each_value {|digester| digester << buf } end entry.rewind algorithms.each do |algorithm, digester| @digests[algorithm][entry.full_name] = digester end @digests end ## # Extracts the files in this package into +destination_dir+ # # If +pattern+ is specified, only entries matching that glob will be # extracted. def extract_files(destination_dir, pattern = "*") verify unless @spec FileUtils.mkdir_p destination_dir, mode: dir_mode && 0o755 @gem.with_read_io do |io| reader = Gem::Package::TarReader.new io reader.each do |entry| next unless entry.full_name == "data.tar.gz" extract_tar_gz entry, destination_dir, pattern break # ignore further entries end end rescue Zlib::GzipFile::Error, EOFError, Gem::Package::TarInvalidError => e raise Gem::Package::FormatError.new e.message, @gem end ## # Extracts all the files in the gzipped tar archive +io+ into # +destination_dir+. # # If an entry in the archive contains a relative path above # +destination_dir+ or an absolute path is encountered an exception is # raised. # # If +pattern+ is specified, only entries matching that glob will be # extracted. def extract_tar_gz(io, destination_dir, pattern = "*") # :nodoc: destination_dir = File.realpath(destination_dir) directories = [] symlinks = [] open_tar_gz io do |tar| tar.each do |entry| full_name = entry.full_name next unless File.fnmatch pattern, full_name, File::FNM_DOTMATCH destination = install_location full_name, destination_dir if entry.symlink? link_target = entry.header.linkname real_destination = link_target.start_with?("/") ? link_target : File.expand_path(link_target, File.dirname(destination)) raise Gem::Package::SymlinkError.new(full_name, real_destination, destination_dir) unless normalize_path(real_destination).start_with? normalize_path(destination_dir + "/") symlinks << [full_name, link_target, destination, real_destination] end FileUtils.rm_rf destination mkdir = if entry.directory? destination else File.dirname destination end unless directories.include?(mkdir) FileUtils.mkdir_p mkdir, mode: dir_mode ? 0o755 : (entry.header.mode if entry.directory?) directories << mkdir end if entry.file? File.open(destination, "wb") {|out| copy_stream(entry, out) } FileUtils.chmod file_mode(entry.header.mode) & ~File.umask, destination end verbose destination end end symlinks.each do |name, target, destination, real_destination| if File.exist?(real_destination) File.symlink(target, destination) else alert_warning "#{@spec.full_name} ships with a dangling symlink named #{name} pointing to missing #{target} file. Ignoring" end end if dir_mode File.chmod(dir_mode, *directories) end end def file_mode(mode) # :nodoc: ((mode & 0o111).zero? ? data_mode : prog_mode) || # If we're not using one of the default modes, then we're going to fall # back to the mode from the tarball. In this case we need to mask it down # to fit into 2^16 bits (the maximum value for a mode in CRuby since it # gets put into an unsigned short). (mode & ((1 << 16) - 1)) end ## # Gzips content written to +gz_io+ to +io+. #-- # Also sets the gzip modification time to the package build time to ease # testing. def gzip_to(io) # :yields: gz_io gz_io = Zlib::GzipWriter.new io, Zlib::BEST_COMPRESSION gz_io.mtime = @build_time yield gz_io ensure gz_io.close end ## # Returns the full path for installing +filename+. # # If +filename+ is not inside +destination_dir+ an exception is raised. def install_location(filename, destination_dir) # :nodoc: raise Gem::Package::PathError.new(filename, destination_dir) if filename.start_with? "/" destination_dir = File.realpath(destination_dir) destination = File.expand_path(filename, destination_dir) raise Gem::Package::PathError.new(destination, destination_dir) unless normalize_path(destination).start_with? normalize_path(destination_dir + "/") destination end def normalize_path(pathname) if Gem.win_platform? pathname.downcase else pathname end end ## # Loads a Gem::Specification from the TarEntry +entry+ def load_spec(entry) # :nodoc: limit = 10 * 1024 * 1024 case entry.full_name when "metadata" then @spec = Gem::Specification.from_yaml limit_read(entry, "metadata", limit) when "metadata.gz" then Zlib::GzipReader.wrap(entry, external_encoding: Encoding::UTF_8) do |gzio| @spec = Gem::Specification.from_yaml limit_read(gzio, "metadata.gz", limit) end end end ## # Opens +io+ as a gzipped tar archive def open_tar_gz(io) # :nodoc: Zlib::GzipReader.wrap io do |gzio| tar = Gem::Package::TarReader.new gzio yield tar end end ## # Reads and loads checksums.yaml.gz from the tar file +gem+ def read_checksums(gem) Gem.load_yaml @checksums = gem.seek "checksums.yaml.gz" do |entry| Zlib::GzipReader.wrap entry do |gz_io| Gem::SafeYAML.safe_load limit_read(gz_io, "checksums.yaml.gz", 10 * 1024 * 1024) end end end ## # Prepares the gem for signing and checksum generation. If a signing # certificate and key are not present only checksum generation is set up. def setup_signer(signer_options: {}) passphrase = ENV["GEM_PRIVATE_KEY_PASSPHRASE"] if @spec.signing_key @signer = Gem::Security::Signer.new( @spec.signing_key, @spec.cert_chain, passphrase, signer_options ) @spec.signing_key = nil @spec.cert_chain = @signer.cert_chain.map(&:to_s) else @signer = Gem::Security::Signer.new nil, nil, passphrase @spec.cert_chain = @signer.cert_chain.map(&:to_pem) if @signer.cert_chain end end ## # The spec for this gem. # # If this is a package for a built gem the spec is loaded from the # gem and returned. If this is a package for a gem being built the provided # spec is returned. def spec verify unless @spec @spec end ## # Verifies that this gem: # # * Contains a valid gem specification # * Contains a contents archive # * The contents archive is not corrupt # # After verification the gem specification from the gem is available from # #spec def verify @files = [] @spec = nil @gem.with_read_io do |io| Gem::Package::TarReader.new io do |reader| read_checksums reader verify_files reader end end verify_checksums @digests, @checksums @security_policy&.verify_signatures @spec, @digests, @signatures true rescue Gem::Security::Exception @spec = nil @files = [] raise rescue Errno::ENOENT => e raise Gem::Package::FormatError.new e.message rescue Zlib::GzipFile::Error, EOFError, Gem::Package::TarInvalidError => e raise Gem::Package::FormatError.new e.message, @gem end ## # Verifies the +checksums+ against the +digests+. This check is not # cryptographically secure. Missing checksums are ignored. def verify_checksums(digests, checksums) # :nodoc: return unless checksums checksums.sort.each do |algorithm, gem_digests| gem_digests.sort.each do |file_name, gem_hexdigest| computed_digest = digests[algorithm][file_name] unless computed_digest.hexdigest == gem_hexdigest raise Gem::Package::FormatError.new \ "#{algorithm} checksum mismatch for #{file_name}", @gem end end end end ## # Verifies +entry+ in a .gem file. def verify_entry(entry) file_name = entry.full_name @files << file_name case file_name when /\.sig$/ then @signatures[$`] = limit_read(entry, file_name, 1024 * 1024) if @security_policy return else digest entry end case file_name when "metadata", "metadata.gz" then load_spec entry when "data.tar.gz" then verify_gz entry end rescue StandardError warn "Exception while verifying #{@gem.path}" raise end ## # Verifies the files of the +gem+ def verify_files(gem) gem.each do |entry| verify_entry entry end unless @spec raise Gem::Package::FormatError.new "package metadata is missing", @gem end unless @files.include? "data.tar.gz" raise Gem::Package::FormatError.new \ "package content (data.tar.gz) is missing", @gem end if (duplicates = @files.group_by {|f| f }.select {|_k,v| v.size > 1 }.map(&:first)) && duplicates.any? raise Gem::Security::Exception, "duplicate files in the package: (#{duplicates.map(&:inspect).join(", ")})" end end ## # Verifies that +entry+ is a valid gzipped file. def verify_gz(entry) # :nodoc: Zlib::GzipReader.wrap entry do |gzio| # TODO: read into a buffer once zlib supports it gzio.read 16_384 until gzio.eof? # gzip checksum verification end rescue Zlib::GzipFile::Error => e raise Gem::Package::FormatError.new(e.message, entry.full_name) end if RUBY_ENGINE == "truffleruby" def copy_stream(src, dst) # :nodoc: dst.write src.read end else def copy_stream(src, dst) # :nodoc: IO.copy_stream(src, dst) end end def limit_read(io, name, limit) bytes = io.read(limit + 1) raise Gem::Package::FormatError, "#{name} is too big (over #{limit} bytes)" if bytes.size > limit bytes end end require_relative "package/digest_io" require_relative "package/source" require_relative "package/file_source" require_relative "package/io_source" require_relative "package/old" require_relative "package/tar_header" require_relative "package/tar_reader" require_relative "package/tar_reader/entry" require_relative "package/tar_writer" PK )J [t�<M� � * share/rubygems/rubygems/command_manager.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "command" require_relative "user_interaction" require_relative "text" ## # The command manager registers and installs all the individual sub-commands # supported by the gem command. # # Extra commands can be provided by writing a rubygems_plugin.rb # file in an installed gem. You should register your command against the # Gem::CommandManager instance, like this: # # # file rubygems_plugin.rb # require 'rubygems/command_manager' # # Gem::CommandManager.instance.register_command :edit # # You should put the implementation of your command in rubygems/commands. # # # file rubygems/commands/edit_command.rb # class Gem::Commands::EditCommand < Gem::Command # # ... # end # # See Gem::Command for instructions on writing gem commands. class Gem::CommandManager include Gem::Text include Gem::UserInteraction BUILTIN_COMMANDS = [ # :nodoc: :build, :cert, :check, :cleanup, :contents, :dependency, :environment, :exec, :fetch, :generate_index, :help, :info, :install, :list, :lock, :mirror, :open, :outdated, :owner, :pristine, :push, :query, :rdoc, :rebuild, :search, :server, :signin, :signout, :sources, :specification, :stale, :uninstall, :unpack, :update, :which, :yank, ].freeze ALIAS_COMMANDS = { "i" => "install", "login" => "signin", "logout" => "signout", }.freeze ## # Return the authoritative instance of the command manager. def self.instance @instance ||= new end ## # Returns self. Allows a CommandManager instance to stand # in for the class itself. def instance self end ## # Reset the authoritative instance of the command manager. def self.reset @instance = nil end ## # Register all the subcommands supported by the gem command. def initialize require_relative "vendored_timeout" @commands = {} BUILTIN_COMMANDS.each do |name| register_command name end end ## # Register the Symbol +command+ as a gem command. def register_command(command, obj=false) @commands[command] = obj end ## # Unregister the Symbol +command+ as a gem command. def unregister_command(command) @commands.delete command end ## # Returns a Command instance for +command_name+ def [](command_name) command_name = command_name.intern return nil if @commands[command_name].nil? @commands[command_name] ||= load_and_instantiate(command_name) end ## # Return a sorted list of all command names as strings. def command_names @commands.keys.collect(&:to_s).sort end ## # Run the command specified by +args+. def run(args, build_args=nil) process_args(args, build_args) rescue StandardError, Gem::Timeout::Error => ex if ex.respond_to?(:detailed_message) msg = ex.detailed_message(highlight: false).sub(/\A(.*?)(?: \(.+?\))/) { $1 } else msg = ex.message end alert_error clean_text("While executing gem ... (#{ex.class})\n #{msg}") ui.backtrace ex terminate_interaction(1) rescue Interrupt alert_error clean_text("Interrupted") terminate_interaction(1) end def process_args(args, build_args=nil) if args.empty? say Gem::Command::HELP terminate_interaction 1 end case args.first when "-h", "--help" then say Gem::Command::HELP terminate_interaction 0 when "-v", "--version" then say Gem::VERSION terminate_interaction 0 when "-C" then args.shift start_point = args.shift if Dir.exist?(start_point) Dir.chdir(start_point) { invoke_command(args, build_args) } else alert_error clean_text("#{start_point} isn't a directory.") terminate_interaction 1 end when /^-/ then alert_error clean_text("Invalid option: #{args.first}. See 'gem --help'.") terminate_interaction 1 else invoke_command(args, build_args) end end def find_command(cmd_name) cmd_name = find_alias_command cmd_name possibilities = find_command_possibilities cmd_name if possibilities.size > 1 raise Gem::CommandLineError, "Ambiguous command #{cmd_name} matches [#{possibilities.join(", ")}]" elsif possibilities.empty? raise Gem::UnknownCommandError.new(cmd_name) end self[possibilities.first] end def find_alias_command(cmd_name) alias_name = ALIAS_COMMANDS[cmd_name] alias_name ? alias_name : cmd_name end def find_command_possibilities(cmd_name) len = cmd_name.length found = command_names.select {|name| cmd_name == name[0, len] } exact = found.find {|name| name == cmd_name } exact ? [exact] : found end private def load_and_instantiate(command_name) command_name = command_name.to_s const_name = command_name.capitalize.gsub(/_(.)/) { $1.upcase } << "Command" begin begin require "rubygems/commands/#{command_name}_command" rescue LoadError # it may have been defined from a rubygems_plugin.rb file end Gem::Commands.const_get(const_name).new rescue StandardError => e alert_error clean_text("Loading command: #{command_name} (#{e.class})\n\t#{e}") ui.backtrace e end end def invoke_command(args, build_args) cmd_name = args.shift.downcase cmd = find_command cmd_name terminate_interaction 1 unless cmd cmd.deprecation_warning if cmd.deprecated? cmd.invoke_with_build_args args, build_args end end PK )J [(��C C * share/rubygems/rubygems/install_message.rbnu �[��� # frozen_string_literal: true require_relative "../rubygems" require_relative "user_interaction" ## # A default post-install hook that displays "Successfully installed # some_gem-1.0" Gem.post_install do |installer| ui = Gem::DefaultUserInteraction.ui ui.say "Successfully installed #{installer.spec.full_name}" end PK )J [֖i=� � $ share/rubygems/rubygems/validator.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "package" require_relative "installer" ## # Validator performs various gem file and gem database validation class Gem::Validator include Gem::UserInteraction def initialize # :nodoc: require "find" end private def find_files_for_gem(gem_directory) installed_files = [] Find.find gem_directory do |file_name| fn = file_name[gem_directory.size..file_name.size - 1].sub(%r{^/}, "") installed_files << fn unless fn.empty? || fn.include?("CVS") || File.directory?(file_name) end installed_files end public ## # Describes a problem with a file in a gem. ErrorData = Struct.new :path, :problem do def <=>(other) # :nodoc: return nil unless self.class === other [path, problem] <=> [other.path, other.problem] end end ## # Checks the gem directory for the following potential # inconsistencies/problems: # # * Checksum gem itself # * For each file in each gem, check consistency of installed versions # * Check for files that aren't part of the gem but are in the gems directory # * 1 cache - 1 spec - 1 directory. # # returns a hash of ErrorData objects, keyed on the problem gem's name. #-- # TODO needs further cleanup def alien(gems=[]) errors = Hash.new {|h,k| h[k] = {} } Gem::Specification.each do |spec| unless gems.empty? next unless gems.include? spec.name end next if spec.default_gem? gem_name = spec.file_name gem_path = spec.cache_file spec_path = spec.spec_file gem_directory = spec.full_gem_path unless File.directory? gem_directory errors[gem_name][spec.full_name] = "Gem registered but doesn't exist at #{gem_directory}" next end unless File.exist? spec_path errors[gem_name][spec_path] = "Spec file missing for installed gem" end begin unless File.readable?(gem_path) raise Gem::VerificationError, "missing gem file #{gem_path}" end good, gone, unreadable = nil, nil, nil, nil File.open gem_path, Gem.binary_mode do |_file| package = Gem::Package.new gem_path good, gone = package.contents.partition do |file_name| File.exist? File.join(gem_directory, file_name) end gone.sort.each do |path| errors[gem_name][path] = "Missing file" end good, unreadable = good.partition do |file_name| File.readable? File.join(gem_directory, file_name) end unreadable.sort.each do |path| errors[gem_name][path] = "Unreadable file" end good.each do |entry, data| next unless data # HACK: `gem check -a mkrf` source = File.join gem_directory, entry["path"] File.open source, Gem.binary_mode do |f| unless f.read == data errors[gem_name][entry["path"]] = "Modified from original" end end end end installed_files = find_files_for_gem(gem_directory) extras = installed_files - good - unreadable extras.each do |extra| errors[gem_name][extra] = "Extra file" end rescue Gem::VerificationError => e errors[gem_name][gem_path] = e.message end end errors.each do |name, subhash| errors[name] = subhash.map do |path, msg| ErrorData.new path, msg end.sort end errors end end PK )J [v��� � + share/rubygems/rubygems/vendored_timeout.rbnu �[��� # frozen_string_literal: true # Ruby 3.3 and RubyGems 3.5 is already load Gem::Timeout from lib/rubygems/timeout.rb # We should avoid to load it again require_relative "vendor/timeout/lib/timeout" unless defined?(Gem::Timeout) PK )J [ Y+�+ �+ & share/rubygems/rubygems/uninstaller.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require "fileutils" require_relative "../rubygems" require_relative "installer_uninstaller_utils" require_relative "dependency_list" require_relative "user_interaction" ## # An Uninstaller. # # The uninstaller fires pre and post uninstall hooks. Hooks can be added # either through a rubygems_plugin.rb file in an installed gem or via a # rubygems/defaults/#{RUBY_ENGINE}.rb or rubygems/defaults/operating_system.rb # file. See Gem.pre_uninstall and Gem.post_uninstall for details. class Gem::Uninstaller include Gem::UserInteraction include Gem::InstallerUninstallerUtils ## # The directory a gem's executables will be installed into attr_reader :bin_dir ## # The gem repository the gem will be uninstalled from attr_reader :gem_home ## # The Gem::Specification for the gem being uninstalled, only set during # #uninstall_gem attr_reader :spec ## # Constructs an uninstaller that will uninstall +gem+ def initialize(gem, options = {}) # TODO: document the valid options @gem = gem @version = options[:version] || Gem::Requirement.default @install_dir = options[:install_dir] @gem_home = File.realpath(@install_dir || Gem.dir) @user_dir = File.exist?(Gem.user_dir) ? File.realpath(Gem.user_dir) : Gem.user_dir @force_executables = options[:executables] @force_all = options[:all] @force_ignore = options[:ignore] @bin_dir = options[:bin_dir] @format_executable = options[:format_executable] @abort_on_dependent = options[:abort_on_dependent] # Indicate if development dependencies should be checked when # uninstalling. (default: false) # @check_dev = options[:check_dev] if options[:force] @force_all = true @force_ignore = true end # only add user directory if install_dir is not set @user_install = false @user_install = options[:user_install] unless @install_dir # Optimization: populated during #uninstall @default_specs_matching_uninstall_params = [] end ## # Performs the uninstall of the gem. This removes the spec, the Gem # directory, and the cached .gem file. def uninstall dependency = Gem::Dependency.new @gem, @version list = [] specification_record.stubs.each do |spec| next unless dependency.matches_spec? spec list << spec end if list.empty? raise Gem::InstallError, "gem #{@gem.inspect} is not installed" end default_specs, list = list.partition(&:default_gem?) warn_cannot_uninstall_default_gems(default_specs - list) @default_specs_matching_uninstall_params = default_specs.map(&:to_spec) list, other_repo_specs = list.partition do |spec| @gem_home == spec.base_dir || (@user_install && spec.base_dir == @user_dir) end list.sort! if list.empty? return unless other_repo_specs.any? other_repos = other_repo_specs.map(&:base_dir).uniq message = ["#{@gem} is not installed in GEM_HOME, try:"] message.concat other_repos.map {|repo| "\tgem uninstall -i #{repo} #{@gem}" } raise Gem::InstallError, message.join("\n") elsif @force_all remove_all list elsif list.size > 1 gem_names = list.map(&:full_name_with_location) gem_names << "All versions" say _, index = choose_from_list "Select gem to uninstall:", gem_names if index == list.size remove_all list elsif index && index >= 0 && index < list.size uninstall_gem list[index] else say "Error: must enter a number [1-#{list.size + 1}]" end else uninstall_gem list.first end end ## # Uninstalls gem +spec+ def uninstall_gem(stub) spec = stub.to_spec @spec = spec unless dependencies_ok? spec if abort_on_dependent? || !ask_if_ok(spec) raise Gem::DependencyRemovalException, "Uninstallation aborted due to dependent gem(s)" end end Gem.pre_uninstall_hooks.each do |hook| hook.call self end remove_executables @spec remove_plugins @spec remove @spec specification_record.remove_spec(stub) regenerate_plugins Gem.post_uninstall_hooks.each do |hook| hook.call self end @spec = nil end ## # Removes installed executables and batch files (windows only) for +spec+. def remove_executables(spec) return if spec.executables.empty? || default_spec_matches?(spec) executables = spec.executables.clone # Leave any executables created by other installed versions # of this gem installed. list = Gem::Specification.find_all do |s| s.name == spec.name && s.version != spec.version end list.each do |s| s.executables.each do |exe_name| executables.delete exe_name end end return if executables.empty? executables = executables.map {|exec| formatted_program_filename exec } remove = if @force_executables.nil? ask_yes_no("Remove executables:\n" \ "\t#{executables.join ", "}\n\n" \ "in addition to the gem?", true) else @force_executables end if remove bin_dir = @bin_dir || Gem.bindir(spec.base_dir) raise Gem::FilePermissionError, bin_dir unless File.writable? bin_dir executables.each do |exe_name| say "Removing #{exe_name}" exe_file = File.join bin_dir, exe_name safe_delete { FileUtils.rm exe_file } safe_delete { FileUtils.rm "#{exe_file}.bat" } end else say "Executables and scripts will remain installed." end end ## # Removes all gems in +list+. # # NOTE: removes uninstalled gems from +list+. def remove_all(list) list.each {|spec| uninstall_gem spec } end ## # spec:: the spec of the gem to be uninstalled def remove(spec) unless path_ok?(@gem_home, spec) || (@user_install && path_ok?(@user_dir, spec)) e = Gem::GemNotInHomeException.new \ "Gem '#{spec.full_name}' is not installed in directory #{@gem_home}" e.spec = spec raise e end raise Gem::FilePermissionError, spec.base_dir unless File.writable?(spec.base_dir) full_gem_path = spec.full_gem_path exclusions = [] if default_spec_matches?(spec) && spec.executables.any? exclusions = spec.executables.map {|exe| File.join(spec.bin_dir, exe) } exclusions << File.dirname(exclusions.last) until exclusions.last == full_gem_path end safe_delete { rm_r full_gem_path, exclusions: exclusions } safe_delete { FileUtils.rm_r spec.extension_dir } old_platform_name = spec.original_name gem = spec.cache_file gem = File.join(spec.cache_dir, "#{old_platform_name}.gem") unless File.exist? gem safe_delete { FileUtils.rm_r gem } begin Gem::RDoc.new(spec).remove rescue NameError end gemspec = spec.spec_file unless File.exist? gemspec gemspec = File.join(File.dirname(gemspec), "#{old_platform_name}.gemspec") end safe_delete { FileUtils.rm_r gemspec } announce_deletion_of(spec) end ## # Remove any plugin wrappers for +spec+. def remove_plugins(spec) # :nodoc: return if spec.plugins.empty? remove_plugins_for(spec, plugin_dir_for(spec)) end ## # Regenerates plugin wrappers after removal. def regenerate_plugins latest = specification_record.latest_spec_for(@spec.name) return if latest.nil? regenerate_plugins_for(latest, plugin_dir_for(@spec)) end ## # Is +spec+ in +gem_dir+? def path_ok?(gem_dir, spec) full_path = File.join gem_dir, "gems", spec.full_name original_path = File.join gem_dir, "gems", spec.original_name full_path == spec.full_gem_path || original_path == spec.full_gem_path end ## # Returns true if it is OK to remove +spec+ or this is a forced # uninstallation. def dependencies_ok?(spec) # :nodoc: return true if @force_ignore deplist = Gem::DependencyList.from_specs deplist.ok_to_remove?(spec.full_name, @check_dev) end ## # Should the uninstallation abort if a dependency will go unsatisfied? # # See ::new. def abort_on_dependent? # :nodoc: @abort_on_dependent end ## # Asks if it is OK to remove +spec+. Returns true if it is OK. def ask_if_ok(spec) # :nodoc: msg = [""] msg << "You have requested to uninstall the gem:" msg << "\t#{spec.full_name}" msg << "" siblings = Gem::Specification.select do |s| s.name == spec.name && s.full_name != spec.full_name end spec.dependent_gems(@check_dev).each do |dep_spec, dep, _satlist| unless siblings.any? {|s| s.satisfies_requirement? dep } msg << "#{dep_spec.name}-#{dep_spec.version} depends on #{dep}" end end msg << "If you remove this gem, these dependencies will not be met." msg << "Continue with Uninstall?" ask_yes_no(msg.join("\n"), false) end ## # Returns the formatted version of the executable +filename+ def formatted_program_filename(filename) # :nodoc: # TODO perhaps the installer should leave a small manifest # of what it did for us to find rather than trying to recreate # it again. if @format_executable require_relative "installer" Gem::Installer.exec_format % File.basename(filename) else filename end end def safe_delete(&block) block.call rescue Errno::ENOENT nil rescue Errno::EPERM e = Gem::UninstallError.new e.spec = @spec raise e end private def rm_r(path, exclusions:) FileUtils::Entry_.new(path).postorder_traverse do |ent| ent.remove unless exclusions.include?(ent.path) end end def specification_record @specification_record ||= @install_dir ? Gem::SpecificationRecord.from_path(@install_dir) : Gem::Specification.specification_record end def announce_deletion_of(spec) name = spec.full_name say "Successfully uninstalled #{name}" if default_spec_matches?(spec) say( "There was both a regular copy and a default copy of #{name}. The " \ "regular copy was successfully uninstalled, but the default copy " \ "was left around because default gems can't be removed." ) end end # @return true if the specs of any default gems are `==` to the given `spec`. def default_spec_matches?(spec) !default_specs_that_match(spec).empty? end # @return [Array] specs of default gems that are `==` to the given `spec`. def default_specs_that_match(spec) @default_specs_matching_uninstall_params.select {|default_spec| spec == default_spec } end def warn_cannot_uninstall_default_gems(specs) specs.each do |spec| say "Gem #{spec.full_name} cannot be uninstalled because it is a default gem" end end def plugin_dir_for(spec) Gem.plugindir(spec.base_dir) end end PK )J [�H� � - share/rubygems/rubygems/stub_specification.rbnu �[��� # frozen_string_literal: true ## # Gem::StubSpecification reads the stub: line from the gemspec. This prevents # us having to eval the entire gemspec in order to find out certain # information. class Gem::StubSpecification < Gem::BasicSpecification # :nodoc: PREFIX = "# stub: " # :nodoc: OPEN_MODE = "r:UTF-8:-" class StubLine # :nodoc: all attr_reader :name, :version, :platform, :require_paths, :extensions, :full_name NO_EXTENSIONS = [].freeze # These are common require paths. REQUIRE_PATHS = { # :nodoc: "lib" => "lib", "test" => "test", "ext" => "ext", }.freeze # These are common require path lists. This hash is used to optimize # and consolidate require_path objects. Most specs just specify "lib" # in their require paths, so lets take advantage of that by pre-allocating # a require path list for that case. REQUIRE_PATH_LIST = { # :nodoc: "lib" => ["lib"].freeze, }.freeze def initialize(data, extensions) parts = data[PREFIX.length..-1].split(" ", 4) @name = -parts[0] @version = if Gem::Version.correct?(parts[1]) Gem::Version.new(parts[1]) else Gem::Version.new(0) end @platform = Gem::Platform.new parts[2] @extensions = extensions @full_name = if platform == Gem::Platform::RUBY "#{name}-#{version}" else "#{name}-#{version}-#{platform}" end path_list = parts.last @require_paths = REQUIRE_PATH_LIST[path_list] || path_list.split("\0").map! do |x| REQUIRE_PATHS[x] || x end end end def self.default_gemspec_stub(filename, base_dir, gems_dir) new filename, base_dir, gems_dir, true end def self.gemspec_stub(filename, base_dir, gems_dir) new filename, base_dir, gems_dir, false end attr_reader :base_dir, :gems_dir def initialize(filename, base_dir, gems_dir, default_gem) super() self.loaded_from = filename @data = nil @name = nil @spec = nil @base_dir = base_dir @gems_dir = gems_dir @default_gem = default_gem end ## # True when this gem has been activated def activated? @activated ||= !loaded_spec.nil? end def default_gem? @default_gem end def build_extensions # :nodoc: return if default_gem? return if extensions.empty? to_spec.build_extensions end ## # If the gemspec contains a stubline, returns a StubLine instance. Otherwise # returns the full Gem::Specification. def data unless @data begin saved_lineno = $. Gem.open_file loaded_from, OPEN_MODE do |file| file.readline # discard encoding line stubline = file.readline if stubline.start_with?(PREFIX) extline = file.readline extensions = if extline.delete_prefix!(PREFIX) extline.chomp! extline.split "\0" else StubLine::NO_EXTENSIONS end stubline.chomp! # readline(chomp: true) allocates 3x as much as .readline.chomp! @data = StubLine.new stubline, extensions end rescue EOFError end ensure $. = saved_lineno end end @data ||= to_spec end private :data def raw_require_paths # :nodoc: data.require_paths end def missing_extensions? return false if default_gem? return false if extensions.empty? return false if File.exist? gem_build_complete_path to_spec.missing_extensions? end ## # Name of the gem def name data.name end ## # Platform of the gem def platform data.platform end ## # Extensions for this gem def extensions data.extensions end ## # Version of the gem def version data.version end def full_name data.full_name end ## # The full Gem::Specification for this gem, loaded from evalling its gemspec def spec @spec ||= loaded_spec if @data @spec ||= Gem::Specification.load(loaded_from) end alias_method :to_spec, :spec ## # Is this StubSpecification valid? i.e. have we found a stub line, OR does # the filename contain a valid gemspec? def valid? data end ## # Is there a stub line present for this StubSpecification? def stubbed? data.is_a? StubLine end def ==(other) # :nodoc: self.class === other && name == other.name && version == other.version && platform == other.platform end alias_method :eql?, :== # :nodoc: def hash # :nodoc: name.hash ^ version.hash ^ platform.hash end def <=>(other) # :nodoc: sort_obj <=> other.sort_obj end def sort_obj # :nodoc: [name, version, Gem::Platform.sort_priority(platform)] end private def loaded_spec spec = Gem.loaded_specs[name] return unless spec && spec.version == version && spec.default_gem? == default_gem? spec end end PK )J [Lת�% �% # share/rubygems/rubygems/resolver.rbnu �[��� # frozen_string_literal: true require_relative "dependency" require_relative "exceptions" require_relative "util/list" ## # Given a set of Gem::Dependency objects as +needed+ and a way to query the # set of available specs via +set+, calculates a set of ActivationRequest # objects which indicate all the specs that should be activated to meet the # all the requirements. class Gem::Resolver require_relative "vendored_molinillo" ## # If the DEBUG_RESOLVER environment variable is set then debugging mode is # enabled for the resolver. This will display information about the state # of the resolver while a set of dependencies is being resolved. DEBUG_RESOLVER = !ENV["DEBUG_RESOLVER"].nil? ## # Set to true if all development dependencies should be considered. attr_accessor :development ## # Set to true if immediate development dependencies should be considered. attr_accessor :development_shallow ## # When true, no dependencies are looked up for requested gems. attr_accessor :ignore_dependencies ## # List of dependencies that could not be found in the configured sources. attr_reader :stats ## # Hash of gems to skip resolution. Keyed by gem name, with arrays of # gem specifications as values. attr_accessor :skip_gems ## # attr_accessor :soft_missing ## # Combines +sets+ into a ComposedSet that allows specification lookup in a # uniform manner. If one of the +sets+ is itself a ComposedSet its sets are # flattened into the result ComposedSet. def self.compose_sets(*sets) sets.compact! sets = sets.flat_map do |set| case set when Gem::Resolver::BestSet then set when Gem::Resolver::ComposedSet then set.sets else set end end case sets.length when 0 then raise ArgumentError, "one set in the composition must be non-nil" when 1 then sets.first else Gem::Resolver::ComposedSet.new(*sets) end end ## # Creates a Resolver that queries only against the already installed gems # for the +needed+ dependencies. def self.for_current_gems(needed) new needed, Gem::Resolver::CurrentSet.new end ## # Create Resolver object which will resolve the tree starting # with +needed+ Dependency objects. # # +set+ is an object that provides where to look for specifications to # satisfy the Dependencies. This defaults to IndexSet, which will query # rubygems.org. def initialize(needed, set = nil) @set = set || Gem::Resolver::IndexSet.new @needed = needed @development = false @development_shallow = false @ignore_dependencies = false @skip_gems = {} @soft_missing = false @stats = Gem::Resolver::Stats.new end def explain(stage, *data) # :nodoc: return unless DEBUG_RESOLVER d = data.map(&:pretty_inspect).join(", ") $stderr.printf "%10s %s\n", stage.to_s.upcase, d end def explain_list(stage) # :nodoc: return unless DEBUG_RESOLVER data = yield $stderr.printf "%10s (%d entries)\n", stage.to_s.upcase, data.size unless data.empty? require "pp" PP.pp data, $stderr end end ## # Creates an ActivationRequest for the given +dep+ and the last +possible+ # specification. # # Returns the Specification and the ActivationRequest def activation_request(dep, possible) # :nodoc: spec = possible.pop explain :activate, [spec.full_name, possible.size] explain :possible, possible activation_request = Gem::Resolver::ActivationRequest.new spec, dep, possible [spec, activation_request] end def requests(s, act, reqs=[]) # :nodoc: return reqs if @ignore_dependencies s.fetch_development_dependencies if @development s.dependencies.reverse_each do |d| next if d.type == :development && !@development next if d.type == :development && @development_shallow && act.development? next if d.type == :development && @development_shallow && act.parent reqs << Gem::Resolver::DependencyRequest.new(d, act) @stats.requirement! end @set.prefetch reqs @stats.record_requirements reqs reqs end include Gem::Molinillo::UI def output @output ||= debug? ? $stdout : File.open(IO::NULL, "w") end def debug? DEBUG_RESOLVER end include Gem::Molinillo::SpecificationProvider ## # Proceed with resolution! Returns an array of ActivationRequest objects. def resolve Gem::Molinillo::Resolver.new(self, self).resolve(@needed.map {|d| DependencyRequest.new d, nil }).tsort.filter_map(&:payload) rescue Gem::Molinillo::VersionConflict => e conflict = e.conflicts.values.first raise Gem::DependencyResolutionError, Conflict.new(conflict.requirement_trees.first.first, conflict.existing, conflict.requirement) ensure @output.close if defined?(@output) && !debug? end ## # Extracts the specifications that may be able to fulfill +dependency+ and # returns those that match the local platform and all those that match. def find_possible(dependency) # :nodoc: all = @set.find_all dependency if (skip_dep_gems = skip_gems[dependency.name]) && !skip_dep_gems.empty? matching = all.select do |api_spec| skip_dep_gems.any? {|s| api_spec.version == s.version } end all = matching unless matching.empty? end matching_platform = select_local_platforms all [matching_platform, all] end ## # Returns the gems in +specs+ that match the local platform. def select_local_platforms(specs) # :nodoc: specs.select do |spec| Gem::Platform.installable? spec end end def search_for(dependency) possibles, all = find_possible(dependency) if !@soft_missing && possibles.empty? exc = Gem::UnsatisfiableDependencyError.new dependency, all exc.errors = @set.errors raise exc end groups = Hash.new {|hash, key| hash[key] = [] } # create groups & sources in the same loop sources = possibles.map do |spec| source = spec.source groups[source] << spec source end.uniq.reverse activation_requests = [] sources.each do |source| groups[source]. sort_by {|spec| [spec.version, spec.platform =~ Gem::Platform.local ? 1 : 0] }. # rubocop:disable Performance/RegexpMatch map {|spec| ActivationRequest.new spec, dependency }. each {|activation_request| activation_requests << activation_request } end activation_requests end def dependencies_for(specification) return [] if @ignore_dependencies spec = specification.spec requests(spec, specification) end def requirement_satisfied_by?(requirement, activated, spec) matches_spec = requirement.matches_spec? spec return matches_spec if @soft_missing matches_spec && spec.spec.required_ruby_version.satisfied_by?(Gem.ruby_version) && spec.spec.required_rubygems_version.satisfied_by?(Gem.rubygems_version) end def name_for(dependency) dependency.name end def allow_missing?(dependency) @soft_missing end def sort_dependencies(dependencies, activated, conflicts) dependencies.sort_by.with_index do |dependency, i| name = name_for(dependency) [ activated.vertex_named(name).payload ? 0 : 1, amount_constrained(dependency), conflicts[name] ? 0 : 1, activated.vertex_named(name).payload ? 0 : search_for(dependency).count, i, # for stable sort ] end end SINGLE_POSSIBILITY_CONSTRAINT_PENALTY = 1_000_000 private_constant :SINGLE_POSSIBILITY_CONSTRAINT_PENALTY if defined?(private_constant) # returns an integer \in (-\infty, 0] # a number closer to 0 means the dependency is less constraining # # dependencies w/ 0 or 1 possibilities (ignoring version requirements) # are given very negative values, so they _always_ sort first, # before dependencies that are unconstrained def amount_constrained(dependency) @amount_constrained ||= {} @amount_constrained[dependency.name] ||= begin name_dependency = Gem::Dependency.new(dependency.name) dependency_request_for_name = Gem::Resolver::DependencyRequest.new(name_dependency, dependency.requester) all = @set.find_all(dependency_request_for_name).size if all <= 1 all - SINGLE_POSSIBILITY_CONSTRAINT_PENALTY else search = search_for(dependency).size search - all end end end private :amount_constrained end require_relative "resolver/activation_request" require_relative "resolver/conflict" require_relative "resolver/dependency_request" require_relative "resolver/requirement_list" require_relative "resolver/stats" require_relative "resolver/set" require_relative "resolver/api_set" require_relative "resolver/composed_set" require_relative "resolver/best_set" require_relative "resolver/current_set" require_relative "resolver/git_set" require_relative "resolver/index_set" require_relative "resolver/installer_set" require_relative "resolver/lock_set" require_relative "resolver/vendor_set" require_relative "resolver/source_set" require_relative "resolver/specification" require_relative "resolver/spec_specification" require_relative "resolver/api_specification" require_relative "resolver/git_specification" require_relative "resolver/index_specification" require_relative "resolver/installed_specification" require_relative "resolver/local_specification" require_relative "resolver/lock_specification" require_relative "resolver/vendor_specification" PK )J [��':� � ( share/rubygems/rubygems/compatibility.rbnu �[��� # frozen_string_literal: true #-- # This file contains all sorts of little compatibility hacks that we've # had to introduce over the years. Quarantining them into one file helps # us know when we can get rid of them. # # Ruby 1.9.x has introduced some things that are awkward, and we need to # support them, so we define some constants to use later. # # TODO remove at RubyGems 4 #++ module Gem # :stopdoc: RubyGemsVersion = VERSION deprecate_constant(:RubyGemsVersion) RbConfigPriorities = %w[ MAJOR MINOR TEENY EXEEXT RUBY_SO_NAME arch bindir datadir libdir ruby_install_name ruby_version rubylibprefix sitedir sitelibdir vendordir vendorlibdir rubylibdir ].freeze if defined?(ConfigMap) RbConfigPriorities.each do |key| ConfigMap[key.to_sym] = RbConfig::CONFIG[key] end else ## # Configuration settings from ::RbConfig ConfigMap = Hash.new do |cm, key| cm[key] = RbConfig::CONFIG[key.to_s] end deprecate_constant(:ConfigMap) end end PK )J [�� @ , share/rubygems/rubygems/request/http_pool.rbnu �[��� # frozen_string_literal: true ## # A connection "pool" that only manages one connection for now. Provides # thread safe `checkout` and `checkin` methods. The pool consists of one # connection that corresponds to `http_args`. This class is private, do not # use it. class Gem::Request::HTTPPool # :nodoc: attr_reader :cert_files, :proxy_uri def initialize(http_args, cert_files, proxy_uri) @http_args = http_args @cert_files = cert_files @proxy_uri = proxy_uri @queue = Thread::SizedQueue.new 1 @queue << nil end def checkout @queue.pop || make_connection end def checkin(connection) @queue.push connection end def close_all until @queue.empty? if (connection = @queue.pop(true)) && connection.started? connection.finish end end @queue.push(nil) end private def make_connection setup_connection Gem::Request::ConnectionPools.client.new(*@http_args) end def setup_connection(connection) connection.start connection end end PK )J [Z_��� � 3 share/rubygems/rubygems/request/connection_pools.rbnu �[��� # frozen_string_literal: true class Gem::Request::ConnectionPools # :nodoc: @client = Gem::Net::HTTP class << self attr_accessor :client end def initialize(proxy_uri, cert_files) @proxy_uri = proxy_uri @cert_files = cert_files @pools = {} @pool_mutex = Thread::Mutex.new end def pool_for(uri) http_args = net_http_args(uri, @proxy_uri) key = http_args + [https?(uri)] @pool_mutex.synchronize do @pools[key] ||= if https? uri Gem::Request::HTTPSPool.new(http_args, @cert_files, @proxy_uri) else Gem::Request::HTTPPool.new(http_args, @cert_files, @proxy_uri) end end end def close_all @pools.each_value(&:close_all) end private ## # Returns list of no_proxy entries (if any) from the environment def get_no_proxy_from_env env_no_proxy = ENV["no_proxy"] || ENV["NO_PROXY"] return [] if env_no_proxy.nil? || env_no_proxy.empty? env_no_proxy.split(/\s*,\s*/) end def https?(uri) uri.scheme.casecmp("https").zero? end def no_proxy?(host, env_no_proxy) host = host.downcase env_no_proxy.any? do |pattern| env_no_proxy_pattern = pattern.downcase.dup # Remove dot in front of pattern for wildcard matching env_no_proxy_pattern[0] = "" if env_no_proxy_pattern[0] == "." host_tokens = host.split(".") pattern_tokens = env_no_proxy_pattern.split(".") intersection = (host_tokens - pattern_tokens) | (pattern_tokens - host_tokens) # When we do the split into tokens we miss a dot character, so add it back if we need it missing_dot = intersection.length > 0 ? 1 : 0 start = intersection.join(".").size + missing_dot no_proxy_host = host[start..-1] env_no_proxy_pattern == no_proxy_host end end def net_http_args(uri, proxy_uri) hostname = uri.hostname net_http_args = [hostname, uri.port] no_proxy = get_no_proxy_from_env if proxy_uri && !no_proxy?(hostname, no_proxy) proxy_hostname = proxy_uri.respond_to?(:hostname) ? proxy_uri.hostname : proxy_uri.host net_http_args + [ proxy_hostname, proxy_uri.port, Gem::UriFormatter.new(proxy_uri.user).unescape, Gem::UriFormatter.new(proxy_uri.password).unescape, ] elsif no_proxy? hostname, no_proxy net_http_args + [nil, nil] else net_http_args end end end PK )J [fޟ�� � - share/rubygems/rubygems/request/https_pool.rbnu �[��� # frozen_string_literal: true class Gem::Request::HTTPSPool < Gem::Request::HTTPPool # :nodoc: private def setup_connection(connection) Gem::Request.configure_connection_for_https(connection, @cert_files) super end end PK )J [�,7�W W 0 share/rubygems/rubygems/vendored_securerandom.rbnu �[��� # frozen_string_literal: true require_relative "vendor/securerandom/lib/securerandom" PK )J [�_N� � & share/rubygems/rubygems/source/lock.rbnu �[��� # frozen_string_literal: true ## # A Lock source wraps an installed gem's source and sorts before other sources # during dependency resolution. This allows RubyGems to prefer gems from # dependency lock files. class Gem::Source::Lock < Gem::Source ## # The wrapped Gem::Source attr_reader :wrapped ## # Creates a new Lock source that wraps +source+ and moves it earlier in the # sort list. def initialize(source) @wrapped = source end def <=>(other) # :nodoc: case other when Gem::Source::Lock then @wrapped <=> other.wrapped when Gem::Source then 1 end end def ==(other) # :nodoc: (self <=> other) == 0 end def hash # :nodoc: @wrapped.hash ^ 3 end ## # Delegates to the wrapped source's fetch_spec method. def fetch_spec(name_tuple) @wrapped.fetch_spec name_tuple end def uri # :nodoc: @wrapped.uri end end PK )J [~�}}� � % share/rubygems/rubygems/source/git.rbnu �[��� # frozen_string_literal: true ## # A git gem for use in a gem dependencies file. # # Example: # # source = # Gem::Source::Git.new 'rake', 'git@example:rake.git', 'rake-10.1.0', false # # source.specs class Gem::Source::Git < Gem::Source ## # The name of the gem created by this git gem. attr_reader :name ## # The commit reference used for checking out this git gem. attr_reader :reference ## # When false the cache for this repository will not be updated. attr_accessor :remote ## # The git repository this gem is sourced from. attr_reader :repository ## # The directory for cache and git gem installation attr_accessor :root_dir ## # Does this repository need submodules checked out too? attr_reader :need_submodules ## # Creates a new git gem source for a gems from loaded from +repository+ at # the given +reference+. The +name+ is only used to track the repository # back to a gem dependencies file, it has no real significance as a git # repository may contain multiple gems. If +submodules+ is true, submodules # will be checked out when the gem is installed. def initialize(name, repository, reference, submodules = false) require_relative "../uri" @uri = Gem::Uri.parse(repository) @name = name @repository = repository @reference = reference || "HEAD" @need_submodules = submodules @remote = true @root_dir = Gem.dir end def <=>(other) case other when Gem::Source::Git then 0 when Gem::Source::Vendor, Gem::Source::Lock then -1 when Gem::Source then 1 end end def ==(other) # :nodoc: super && @name == other.name && @repository == other.repository && @reference == other.reference && @need_submodules == other.need_submodules end def git_command ENV.fetch("git", "git") end ## # Checks out the files for the repository into the install_dir. def checkout # :nodoc: cache return false unless File.exist? repo_cache_dir unless File.exist? install_dir system git_command, "clone", "--quiet", "--no-checkout", repo_cache_dir, install_dir end Dir.chdir install_dir do system git_command, "fetch", "--quiet", "--force", "--tags", install_dir success = system git_command, "reset", "--quiet", "--hard", rev_parse if @need_submodules require "open3" _, status = Open3.capture2e(git_command, "submodule", "update", "--quiet", "--init", "--recursive") success &&= status.success? end success end end ## # Creates a local cache repository for the git gem. def cache # :nodoc: return unless @remote if File.exist? repo_cache_dir Dir.chdir repo_cache_dir do system git_command, "fetch", "--quiet", "--force", "--tags", @repository, "refs/heads/*:refs/heads/*" end else system git_command, "clone", "--quiet", "--bare", "--no-hardlinks", @repository, repo_cache_dir end end ## # Directory where git gems get unpacked and so-forth. def base_dir # :nodoc: File.join @root_dir, "bundler" end ## # A short reference for use in git gem directories def dir_shortref # :nodoc: rev_parse[0..11] end ## # Nothing to download for git gems def download(full_spec, path) # :nodoc: end ## # The directory where the git gem will be installed. def install_dir # :nodoc: return unless File.exist? repo_cache_dir File.join base_dir, "gems", "#{@name}-#{dir_shortref}" end def pretty_print(q) # :nodoc: q.object_group(self) do q.group 2, "[Git: ", "]" do q.breakable q.text @repository q.breakable q.text @reference end end end ## # The directory where the git gem's repository will be cached. def repo_cache_dir # :nodoc: File.join @root_dir, "cache", "bundler", "git", "#{@name}-#{uri_hash}" end ## # Converts the git reference for the repository into a commit hash. def rev_parse # :nodoc: hash = nil Dir.chdir repo_cache_dir do hash = Gem::Util.popen(git_command, "rev-parse", @reference).strip end raise Gem::Exception, "unable to find reference #{@reference} in #{@repository}" unless $?.success? hash end ## # Loads all gemspecs in the repository def specs checkout return [] unless install_dir Dir.chdir install_dir do Dir["{,*,*/*}.gemspec"].filter_map do |spec_file| directory = File.dirname spec_file file = File.basename spec_file Dir.chdir directory do spec = Gem::Specification.load file if spec spec.base_dir = base_dir spec.extension_dir = File.join base_dir, "extensions", Gem::Platform.local.to_s, Gem.extension_api_version, "#{name}-#{dir_shortref}" spec.full_gem_path = File.dirname spec.loaded_from if spec end spec end end end end ## # A hash for the git gem based on the git repository Gem::URI. def uri_hash # :nodoc: require_relative "../openssl" normalized = if @repository.match?(%r{^\w+://(\w+@)?}) uri = Gem::URI(@repository).normalize.to_s.sub %r{/$},"" uri.sub(/\A(\w+)/) { $1.downcase } else @repository end OpenSSL::Digest::SHA1.hexdigest normalized end end PK )J [¨y- ' share/rubygems/rubygems/source/local.rbnu �[��� # frozen_string_literal: true ## # The local source finds gems in the current directory for fulfilling # dependencies. class Gem::Source::Local < Gem::Source def initialize # :nodoc: @specs = nil @api_uri = nil @uri = nil @load_specs_names = {} end ## # Local sorts before Gem::Source and after Gem::Source::Installed def <=>(other) case other when Gem::Source::Installed, Gem::Source::Lock then -1 when Gem::Source::Local then 0 when Gem::Source then 1 end end def inspect # :nodoc: keys = @specs ? @specs.keys.sort : "NOT LOADED" format("#<%s specs: %p>", self.class, keys) end def load_specs(type) # :nodoc: @load_specs_names[type] ||= begin names = [] @specs = {} Dir["*.gem"].each do |file| pkg = Gem::Package.new(file) spec = pkg.spec rescue SystemCallError, Gem::Package::FormatError # ignore else tup = spec.name_tuple @specs[tup] = [File.expand_path(file), pkg] case type when :released unless pkg.spec.version.prerelease? names << pkg.spec.name_tuple end when :prerelease if pkg.spec.version.prerelease? names << pkg.spec.name_tuple end when :latest tup = pkg.spec.name_tuple cur = names.find {|x| x.name == tup.name } if !cur names << tup elsif cur.version < tup.version names.delete cur names << tup end else names << pkg.spec.name_tuple end end names end end def find_gem(gem_name, version = Gem::Requirement.default, prerelease = false) # :nodoc: load_specs :complete found = [] @specs.each do |n, data| next unless n.name == gem_name s = data[1].spec if version.satisfied_by?(s.version) if prerelease found << s elsif !s.version.prerelease? || version.prerelease? found << s end end end found.max_by(&:version) end def fetch_spec(name) # :nodoc: load_specs :complete if data = @specs[name] data.last.spec else raise Gem::Exception, "Unable to find spec for #{name.inspect}" end end def download(spec, cache_dir = nil) # :nodoc: load_specs :complete @specs.each do |_name, data| return data[0] if data[1].spec == spec end raise Gem::Exception, "Unable to find file for '#{spec.full_name}'" end def pretty_print(q) # :nodoc: q.object_group(self) do q.group 2, "[Local gems:", "]" do q.breakable if @specs q.seplist @specs.keys do |v| q.text v.full_name end end end end end end PK )J [_t'+� � ( share/rubygems/rubygems/source/vendor.rbnu �[��� # frozen_string_literal: true ## # This represents a vendored source that is similar to an installed gem. class Gem::Source::Vendor < Gem::Source::Installed ## # Creates a new Vendor source for a gem that was unpacked at +path+. def initialize(path) @uri = path end def <=>(other) case other when Gem::Source::Lock then -1 when Gem::Source::Vendor then 0 when Gem::Source then 1 end end end PK )J [�Gc�� � + share/rubygems/rubygems/source/installed.rbnu �[��� # frozen_string_literal: true ## # Represents an installed gem. This is used for dependency resolution. class Gem::Source::Installed < Gem::Source def initialize # :nodoc: @uri = nil end ## # Installed sources sort before all other sources def <=>(other) case other when Gem::Source::Git, Gem::Source::Lock, Gem::Source::Vendor then -1 when Gem::Source::Installed then 0 when Gem::Source then 1 end end ## # We don't need to download an installed gem def download(spec, path) nil end def pretty_print(q) # :nodoc: q.object_group(self) do q.text "[Installed]" end end end PK )J [��z� / share/rubygems/rubygems/source/specific_file.rbnu �[��� # frozen_string_literal: true ## # A source representing a single .gem file. This is used for installation of # local gems. class Gem::Source::SpecificFile < Gem::Source ## # The path to the gem for this specific file. attr_reader :path ## # Creates a new SpecificFile for the gem in +file+ def initialize(file) @uri = nil @path = ::File.expand_path(file) @package = Gem::Package.new @path @spec = @package.spec @name = @spec.name_tuple end ## # The Gem::Specification extracted from this .gem. attr_reader :spec def load_specs(*a) # :nodoc: [@name] end def fetch_spec(name) # :nodoc: return @spec if name == @name raise Gem::Exception, "Unable to find '#{name}'" end def download(spec, dir = nil) # :nodoc: return @path if spec == @spec raise Gem::Exception, "Unable to download '#{spec.full_name}'" end def pretty_print(q) # :nodoc: q.object_group(self) do q.group 2, "[SpecificFile:", "]" do q.breakable q.text @path end end end ## # Orders this source against +other+. # # If +other+ is a SpecificFile from a different gem name +nil+ is returned. # # If +other+ is a SpecificFile from the same gem name the versions are # compared using Gem::Version#<=> # # Otherwise Gem::Source#<=> is used. def <=>(other) case other when Gem::Source::SpecificFile then return nil if @spec.name != other.spec.name @spec.version <=> other.spec.version else super end end end PK )J [� ��� � 5 share/rubygems/rubygems/resolver/api_specification.rbnu �[��� # frozen_string_literal: true ## # Represents a specification retrieved via the rubygems.org API. # # This is used to avoid loading the full Specification object when all we need # is the name, version, and dependencies. class Gem::Resolver::APISpecification < Gem::Resolver::Specification ## # We assume that all instances of this class are immutable; # so avoid duplicated generation for performance. @@cache = {} def self.new(set, api_data) cache_key = [set, api_data] cache = @@cache[cache_key] return cache if cache @@cache[cache_key] = super end ## # Creates an APISpecification for the given +set+ from the rubygems.org # +api_data+. # # See https://guides.rubygems.org/rubygems-org-api/#misc-methods for the # format of the +api_data+. def initialize(set, api_data) super() @set = set @name = api_data[:name] @version = Gem::Version.new(api_data[:number]).freeze @platform = Gem::Platform.new(api_data[:platform]).freeze @original_platform = api_data[:platform].freeze @dependencies = api_data[:dependencies].map do |name, ver| Gem::Dependency.new(name, ver.split(/\s*,\s*/)).freeze end.freeze @required_ruby_version = Gem::Requirement.new(api_data.dig(:requirements, :ruby)).freeze @required_rubygems_version = Gem::Requirement.new(api_data.dig(:requirements, :rubygems)).freeze end def ==(other) # :nodoc: self.class === other && @set == other.set && @name == other.name && @version == other.version && @platform == other.platform end def hash @set.hash ^ @name.hash ^ @version.hash ^ @platform.hash end def fetch_development_dependencies # :nodoc: spec = source.fetch_spec Gem::NameTuple.new @name, @version, @platform @dependencies = spec.dependencies end def installable_platform? # :nodoc: Gem::Platform.match_gem? @platform, @name end def pretty_print(q) # :nodoc: q.group 2, "[APISpecification", "]" do q.breakable q.text "name: #{name}" q.breakable q.text "version: #{version}" q.breakable q.text "platform: #{platform}" q.breakable q.text "dependencies:" q.breakable q.pp @dependencies q.breakable q.text "set uri: #{@set.dep_uri}" end end ## # Fetches a Gem::Specification for this APISpecification. def spec # :nodoc: @spec ||= begin tuple = Gem::NameTuple.new @name, @version, @platform source.fetch_spec tuple rescue Gem::RemoteFetcher::FetchError raise if @original_platform == @platform tuple = Gem::NameTuple.new @name, @version, @original_platform source.fetch_spec tuple end end def source # :nodoc: @set.source end end PK )J [V��å � 1 share/rubygems/rubygems/resolver/specification.rbnu �[��� # frozen_string_literal: true ## # A Resolver::Specification contains a subset of the information # contained in a Gem::Specification. Only the information necessary for # dependency resolution in the resolver is included. class Gem::Resolver::Specification ## # The dependencies of the gem for this specification attr_reader :dependencies ## # The name of the gem for this specification attr_reader :name ## # The platform this gem works on. attr_reader :platform ## # The set this specification came from. attr_reader :set ## # The source for this specification attr_reader :source ## # The Gem::Specification for this Resolver::Specification. # # Implementers, note that #install updates @spec, so be sure to cache the # Gem::Specification in @spec when overriding. attr_reader :spec ## # The version of the gem for this specification. attr_reader :version ## # The required_ruby_version constraint for this specification. attr_reader :required_ruby_version ## # The required_ruby_version constraint for this specification. attr_reader :required_rubygems_version ## # Sets default instance variables for the specification. def initialize @dependencies = nil @name = nil @platform = nil @set = nil @source = nil @version = nil @required_ruby_version = Gem::Requirement.default @required_rubygems_version = Gem::Requirement.default end ## # Fetches development dependencies if the source does not provide them by # default (see APISpecification). def fetch_development_dependencies # :nodoc: end ## # The name and version of the specification. # # Unlike Gem::Specification#full_name, the platform is not included. def full_name "#{@name}-#{@version}" end ## # Installs this specification using the Gem::Installer +options+. The # install method yields a Gem::Installer instance, which indicates the # gem will be installed, or +nil+, which indicates the gem is already # installed. # # After installation #spec is updated to point to the just-installed # specification. def install(options = {}) require_relative "../installer" gem = download options installer = Gem::Installer.at gem, options yield installer if block_given? @spec = installer.install end def download(options) dir = options[:install_dir] || Gem.dir Gem.ensure_gem_subdirectories dir source.download spec, dir end ## # Returns true if this specification is installable on this platform. def installable_platform? Gem::Platform.match_spec? spec end def local? # :nodoc: false end end PK )J ["�~� � - share/rubygems/rubygems/resolver/index_set.rbnu �[��� # frozen_string_literal: true ## # The global rubygems pool represented via the traditional # source index. class Gem::Resolver::IndexSet < Gem::Resolver::Set def initialize(source = nil) # :nodoc: super() @f = if source sources = Gem::SourceList.from [source] Gem::SpecFetcher.new sources else Gem::SpecFetcher.fetcher end @all = Hash.new {|h,k| h[k] = [] } list, errors = @f.available_specs :complete @errors.concat errors list.each do |uri, specs| specs.each do |n| @all[n.name] << [uri, n] end end @specs = {} end ## # Return an array of IndexSpecification objects matching # DependencyRequest +req+. def find_all(req) res = [] return res unless @remote name = req.dependency.name @all[name].each do |uri, n| next unless req.match? n, @prerelease res << Gem::Resolver::IndexSpecification.new( self, n.name, n.version, uri, n.platform ) end res end def pretty_print(q) # :nodoc: q.group 2, "[IndexSet", "]" do q.breakable q.text "sources:" q.breakable q.pp @f.sources q.breakable q.text "specs:" q.breakable names = @all.values.flat_map do |tuples| tuples.map do |_, tuple| tuple.full_name end end q.seplist names do |name| q.text name end end end end PK )J [�h�� 6 share/rubygems/rubygems/resolver/dependency_request.rbnu �[��� # frozen_string_literal: true ## # Used Internally. Wraps a Dependency object to also track which spec # contained the Dependency. class Gem::Resolver::DependencyRequest ## # The wrapped Gem::Dependency attr_reader :dependency ## # The request for this dependency. attr_reader :requester ## # Creates a new DependencyRequest for +dependency+ from +requester+. # +requester may be nil if the request came from a user. def initialize(dependency, requester) @dependency = dependency @requester = requester end def ==(other) # :nodoc: case other when Gem::Dependency @dependency == other when Gem::Resolver::DependencyRequest @dependency == other.dependency else false end end ## # Is this dependency a development dependency? def development? @dependency.type == :development end ## # Does this dependency request match +spec+? # # NOTE: #match? only matches prerelease versions when #dependency is a # prerelease dependency. def match?(spec, allow_prerelease = false) @dependency.match? spec, nil, allow_prerelease end ## # Does this dependency request match +spec+? # # NOTE: #matches_spec? matches prerelease versions. See also #match? def matches_spec?(spec) @dependency.matches_spec? spec end ## # The name of the gem this dependency request is requesting. def name @dependency.name end def type @dependency.type end ## # Indicate that the request is for a gem explicitly requested by the user def explicit? @requester.nil? end ## # Indicate that the request is for a gem requested as a dependency of # another gem def implicit? !explicit? end ## # Return a String indicating who caused this request to be added (only # valid for implicit requests) def request_context @requester ? @requester.request : "(unknown)" end def pretty_print(q) # :nodoc: q.group 2, "[Dependency request ", "]" do q.breakable q.text @dependency.to_s q.breakable q.text " requested by " q.pp @requester end end ## # The version requirement for this dependency request def requirement @dependency.requirement end def to_s # :nodoc: @dependency.to_s end end PK )J [֚ � � . share/rubygems/rubygems/resolver/vendor_set.rbnu �[��� # frozen_string_literal: true ## # A VendorSet represents gems that have been unpacked into a specific # directory that contains a gemspec. # # This is used for gem dependency file support. # # Example: # # set = Gem::Resolver::VendorSet.new # # set.add_vendor_gem 'rake', 'vendor/rake' # # The directory vendor/rake must contain an unpacked rake gem along with a # rake.gemspec (watching the given name). class Gem::Resolver::VendorSet < Gem::Resolver::Set ## # The specifications for this set. attr_reader :specs # :nodoc: def initialize # :nodoc: super() @directories = {} @specs = {} end ## # Adds a specification to the set with the given +name+ which has been # unpacked into the given +directory+. def add_vendor_gem(name, directory) # :nodoc: gemspec = File.join directory, "#{name}.gemspec" spec = Gem::Specification.load gemspec raise Gem::GemNotFoundException, "unable to find #{gemspec} for gem #{name}" unless spec spec.full_gem_path = File.expand_path directory @specs[spec.name] = spec @directories[spec] = directory spec end ## # Returns an Array of VendorSpecification objects matching the # DependencyRequest +req+. def find_all(req) @specs.values.select do |spec| req.match? spec end.map do |spec| source = Gem::Source::Vendor.new @directories[spec] Gem::Resolver::VendorSpecification.new self, spec, source end end ## # Loads a spec with the given +name+. +version+, +platform+ and +source+ are # ignored. def load_spec(name, version, platform, source) # :nodoc: @specs.fetch name end def pretty_print(q) # :nodoc: q.group 2, "[VendorSet", "]" do next if @directories.empty? q.breakable dirs = @directories.map do |spec, directory| "#{spec.full_name}: #{directory}" end q.seplist dirs do |dir| q.text dir end end end end PK )J [�K�j� � ) share/rubygems/rubygems/resolver/stats.rbnu �[��� # frozen_string_literal: true class Gem::Resolver::Stats def initialize @max_depth = 0 @max_requirements = 0 @requirements = 0 @backtracking = 0 @iterations = 0 end def record_depth(stack) if stack.size > @max_depth @max_depth = stack.size end end def record_requirements(reqs) if reqs.size > @max_requirements @max_requirements = reqs.size end end def requirement! @requirements += 1 end def backtracking! @backtracking += 1 end def iteration! @iterations += 1 end PATTERN = "%20s: %d\n" def display $stdout.puts "=== Resolver Statistics ===" $stdout.printf PATTERN, "Max Depth", @max_depth $stdout.printf PATTERN, "Total Requirements", @requirements $stdout.printf PATTERN, "Max Requirements", @max_requirements $stdout.printf PATTERN, "Backtracking #", @backtracking $stdout.printf PATTERN, "Iteration #", @iterations end end PK )J [��� � , share/rubygems/rubygems/resolver/lock_set.rbnu �[��� # frozen_string_literal: true ## # A set of gems from a gem dependencies lockfile. class Gem::Resolver::LockSet < Gem::Resolver::Set attr_reader :specs # :nodoc: ## # Creates a new LockSet from the given +sources+ def initialize(sources) super() @sources = sources.map do |source| Gem::Source::Lock.new source end @specs = [] end ## # Creates a new IndexSpecification in this set using the given +name+, # +version+ and +platform+. # # The specification's set will be the current set, and the source will be # the current set's source. def add(name, version, platform) # :nodoc: version = Gem::Version.new version specs = [ Gem::Resolver::LockSpecification.new(self, name, version, @sources, platform), ] @specs.concat specs specs end ## # Returns an Array of IndexSpecification objects matching the # DependencyRequest +req+. def find_all(req) @specs.select do |spec| req.match? spec end end ## # Loads a Gem::Specification with the given +name+, +version+ and # +platform+. +source+ is ignored. def load_spec(name, version, platform, source) # :nodoc: dep = Gem::Dependency.new name, version found = @specs.find do |spec| dep.matches_spec?(spec) && spec.platform == platform end tuple = Gem::NameTuple.new found.name, found.version, found.platform found.source.fetch_spec tuple end def pretty_print(q) # :nodoc: q.group 2, "[LockSet", "]" do q.breakable q.text "source:" q.breakable q.pp @source q.breakable q.text "specs:" q.breakable q.pp @specs.map(&:full_name) end end end PK )J [ ��@� � . share/rubygems/rubygems/resolver/source_set.rbnu �[��� # frozen_string_literal: true ## # The SourceSet chooses the best available method to query a remote index. # # Kind off like BestSet but filters the sources for gems class Gem::Resolver::SourceSet < Gem::Resolver::Set ## # Creates a SourceSet for the given +sources+ or Gem::sources if none are # specified. +sources+ must be a Gem::SourceList. def initialize super() @links = {} @sets = {} end def find_all(req) # :nodoc: if set = get_set(req.dependency.name) set.find_all req else [] end end # potentially no-op def prefetch(reqs) # :nodoc: reqs.each do |req| if set = get_set(req.dependency.name) set.prefetch reqs end end end def add_source_gem(name, source) @links[name] = source end private def get_set(name) link = @links[name] @sets[link] ||= Gem::Source.new(link).dependency_resolver_set if link end end PK )J [�� � 0 share/rubygems/rubygems/resolver/composed_set.rbnu �[��� # frozen_string_literal: true ## # A ComposedSet allows multiple sets to be queried like a single set. # # To create a composed set with any number of sets use: # # Gem::Resolver.compose_sets set1, set2 # # This method will eliminate nesting of composed sets. class Gem::Resolver::ComposedSet < Gem::Resolver::Set attr_reader :sets # :nodoc: ## # Creates a new ComposedSet containing +sets+. Use # Gem::Resolver::compose_sets instead. def initialize(*sets) super() @sets = sets end ## # When +allow_prerelease+ is set to +true+ prereleases gems are allowed to # match dependencies. def prerelease=(allow_prerelease) super sets.each do |set| set.prerelease = allow_prerelease end end ## # Sets the remote network access for all composed sets. def remote=(remote) super @sets.each {|set| set.remote = remote } end def errors @errors + @sets.flat_map(&:errors) end ## # Finds all specs matching +req+ in all sets. def find_all(req) @sets.flat_map do |s| s.find_all req end end ## # Prefetches +reqs+ in all sets. def prefetch(reqs) @sets.each {|s| s.prefetch(reqs) } end end PK )J [Qh9�� � ; share/rubygems/rubygems/resolver/installed_specification.rbnu �[��� # frozen_string_literal: true ## # An InstalledSpecification represents a gem that is already installed # locally. class Gem::Resolver::InstalledSpecification < Gem::Resolver::SpecSpecification def ==(other) # :nodoc: self.class === other && @set == other.set && @spec == other.spec end ## # This is a null install as this specification is already installed. # +options+ are ignored. def install(options = {}) yield nil end ## # Returns +true+ if this gem is installable for the current platform. def installable_platform? # BACKCOMPAT If the file is coming out of a specified file, then we # ignore the platform. This code can be removed in RG 3.0. return true if @source.is_a? Gem::Source::SpecificFile super end def pretty_print(q) # :nodoc: q.group 2, "[InstalledSpecification", "]" do q.breakable q.text "name: #{name}" q.breakable q.text "version: #{version}" q.breakable q.text "platform: #{platform}" q.breakable q.text "dependencies:" q.breakable q.pp spec.dependencies end end ## # The source for this specification def source @source ||= Gem::Source::Installed.new end end PK )J [q��X X 4 share/rubygems/rubygems/resolver/requirement_list.rbnu �[��� # frozen_string_literal: true ## # The RequirementList is used to hold the requirements being considered # while resolving a set of gems. # # The RequirementList acts like a queue where the oldest items are removed # first. class Gem::Resolver::RequirementList include Enumerable ## # Creates a new RequirementList. def initialize @exact = [] @list = [] end def initialize_copy(other) # :nodoc: @exact = @exact.dup @list = @list.dup end ## # Adds Resolver::DependencyRequest +req+ to this requirements list. def add(req) if req.requirement.exact? @exact.push req else @list.push req end req end ## # Enumerates requirements in the list def each # :nodoc: return enum_for __method__ unless block_given? @exact.each do |requirement| yield requirement end @list.each do |requirement| yield requirement end end ## # How many elements are in the list def size @exact.size + @list.size end ## # Is the list empty? def empty? @exact.empty? && @list.empty? end ## # Remove the oldest DependencyRequest from the list. def remove return @exact.shift unless @exact.empty? @list.shift end ## # Returns the oldest five entries from the list. def next5 x = @exact[0,5] x + @list[0,5 - x.size] end end PK )J [jaMG^ ^ + share/rubygems/rubygems/resolver/git_set.rbnu �[��� # frozen_string_literal: true ## # A GitSet represents gems that are sourced from git repositories. # # This is used for gem dependency file support. # # Example: # # set = Gem::Resolver::GitSet.new # set.add_git_gem 'rake', 'git://example/rake.git', tag: 'rake-10.1.0' class Gem::Resolver::GitSet < Gem::Resolver::Set ## # The root directory for git gems in this set. This is usually Gem.dir, the # installation directory for regular gems. attr_accessor :root_dir ## # Contains repositories needing submodules attr_reader :need_submodules # :nodoc: ## # A Hash containing git gem names for keys and a Hash of repository and # git commit reference as values. attr_reader :repositories # :nodoc: ## # A hash of gem names to Gem::Resolver::GitSpecifications attr_reader :specs # :nodoc: def initialize # :nodoc: super() @need_submodules = {} @repositories = {} @root_dir = Gem.dir @specs = {} end def add_git_gem(name, repository, reference, submodules) # :nodoc: @repositories[name] = [repository, reference] @need_submodules[repository] = submodules end ## # Adds and returns a GitSpecification with the given +name+ and +version+ # which came from a +repository+ at the given +reference+. If +submodules+ # is true they are checked out along with the repository. # # This fills in the prefetch information as enough information about the gem # is present in the arguments. def add_git_spec(name, version, repository, reference, submodules) # :nodoc: add_git_gem name, repository, reference, submodules source = Gem::Source::Git.new name, repository, reference source.root_dir = @root_dir spec = Gem::Specification.new do |s| s.name = name s.version = version end git_spec = Gem::Resolver::GitSpecification.new self, spec, source @specs[spec.name] = git_spec git_spec end ## # Finds all git gems matching +req+ def find_all(req) prefetch nil specs.values.select do |spec| req.match? spec end end ## # Prefetches specifications from the git repositories in this set. def prefetch(reqs) return unless @specs.empty? @repositories.each do |name, (repository, reference)| source = Gem::Source::Git.new name, repository, reference source.root_dir = @root_dir source.remote = @remote source.specs.each do |spec| git_spec = Gem::Resolver::GitSpecification.new self, spec, source @specs[spec.name] = git_spec end end end def pretty_print(q) # :nodoc: q.group 2, "[GitSet", "]" do next if @repositories.empty? q.breakable repos = @repositories.map do |name, (repository, reference)| "#{name}: #{repository}@#{reference}" end q.seplist repos do |repo| q.text repo end end end end PK )J [N��B B 6 share/rubygems/rubygems/resolver/lock_specification.rbnu �[��� # frozen_string_literal: true ## # The LockSpecification comes from a lockfile (Gem::RequestSet::Lockfile). # # A LockSpecification's dependency information is pre-filled from the # lockfile. class Gem::Resolver::LockSpecification < Gem::Resolver::Specification attr_reader :sources def initialize(set, name, version, sources, platform) super() @name = name @platform = platform @set = set @source = sources.first @sources = sources @version = version @dependencies = [] @spec = nil end ## # This is a null install as a locked specification is considered installed. # +options+ are ignored. def install(options = {}) destination = options[:install_dir] || Gem.dir if File.exist? File.join(destination, "specifications", spec.spec_name) yield nil return end super end ## # Adds +dependency+ from the lockfile to this specification def add_dependency(dependency) # :nodoc: @dependencies << dependency end def pretty_print(q) # :nodoc: q.group 2, "[LockSpecification", "]" do q.breakable q.text "name: #{@name}" q.breakable q.text "version: #{@version}" unless @platform == Gem::Platform::RUBY q.breakable q.text "platform: #{@platform}" end unless @dependencies.empty? q.breakable q.text "dependencies:" q.breakable q.pp @dependencies end end end ## # A specification constructed from the lockfile is returned def spec @spec ||= Gem::Specification.find do |spec| spec.name == @name && spec.version == @version end @spec ||= Gem::Specification.new do |s| s.name = @name s.version = @version s.platform = @platform s.dependencies.concat @dependencies end end end PK )J [Mr��� � ' share/rubygems/rubygems/resolver/set.rbnu �[��� # frozen_string_literal: true ## # Resolver sets are used to look up specifications (and their # dependencies) used in resolution. This set is abstract. class Gem::Resolver::Set ## # Set to true to disable network access for this set attr_accessor :remote ## # Errors encountered when resolving gems attr_accessor :errors ## # When true, allows matching of requests to prerelease gems. attr_accessor :prerelease def initialize # :nodoc: @prerelease = false @remote = true @errors = [] end ## # The find_all method must be implemented. It returns all Resolver # Specification objects matching the given DependencyRequest +req+. def find_all(req) raise NotImplementedError end ## # The #prefetch method may be overridden, but this is not necessary. This # default implementation does nothing, which is suitable for sets where # looking up a specification is cheap (such as installed gems). # # When overridden, the #prefetch method should look up specifications # matching +reqs+. def prefetch(reqs) end ## # When true, this set is allowed to access the network when looking up # specifications or dependencies. def remote? # :nodoc: @remote end end PK )J [N��h� � , share/rubygems/rubygems/resolver/conflict.rbnu �[��� # frozen_string_literal: true ## # Used internally to indicate that a dependency conflicted # with a spec that would be activated. class Gem::Resolver::Conflict ## # The specification that was activated prior to the conflict attr_reader :activated ## # The dependency that is in conflict with the activated gem. attr_reader :dependency attr_reader :failed_dep # :nodoc: ## # Creates a new resolver conflict when +dependency+ is in conflict with an # already +activated+ specification. def initialize(dependency, activated, failed_dep=dependency) @dependency = dependency @activated = activated @failed_dep = failed_dep end def ==(other) # :nodoc: self.class === other && @dependency == other.dependency && @activated == other.activated && @failed_dep == other.failed_dep end ## # A string explanation of the conflict. def explain "<Conflict wanted: #{@failed_dep}, had: #{activated.spec.full_name}>" end ## # Return the 2 dependency objects that conflicted def conflicting_dependencies [@failed_dep.dependency, @activated.request.dependency] end ## # Explanation of the conflict used by exceptions to print useful messages def explanation activated = @activated.spec.full_name dependency = @failed_dep.dependency requirement = dependency.requirement alternates = dependency.matching_specs.map(&:full_name) unless alternates.empty? matching = <<-MATCHING.chomp Gems matching %s: %s MATCHING matching = format(matching, dependency, alternates.join(", ")) end explanation = <<-EXPLANATION Activated %s which does not match conflicting dependency (%s) Conflicting dependency chains: %s versus: %s %s EXPLANATION format(explanation, activated, requirement, request_path(@activated).reverse.join(", depends on\n "), request_path(@failed_dep).reverse.join(", depends on\n "), matching) end ## # Returns true if the conflicting dependency's name matches +spec+. def for_spec?(spec) @dependency.name == spec.name end def pretty_print(q) # :nodoc: q.group 2, "[Dependency conflict: ", "]" do q.breakable q.text "activated " q.pp @activated q.breakable q.text " dependency " q.pp @dependency q.breakable if @dependency == @failed_dep q.text " failed" else q.text " failed dependency " q.pp @failed_dep end end end ## # Path of activations from the +current+ list. def request_path(current) path = [] while current do case current when Gem::Resolver::ActivationRequest then path << "#{current.request.dependency}, #{current.spec.version} activated" current = current.parent when Gem::Resolver::DependencyRequest then path << current.dependency.to_s current = current.requester else raise Gem::Exception, "[BUG] unknown request class #{current.class}" end end path = ["user request (gem command or Gemfile)"] if path.empty? path end ## # Return the Specification that listed the dependency def requester @failed_dep.requester end end PK )J [ڢ� � + share/rubygems/rubygems/resolver/api_set.rbnu �[��� # frozen_string_literal: true ## # The global rubygems pool, available via the rubygems.org API. # Returns instances of APISpecification. class Gem::Resolver::APISet < Gem::Resolver::Set autoload :GemParser, File.expand_path("api_set/gem_parser", __dir__) ## # The URI for the dependency API this APISet uses. attr_reader :dep_uri # :nodoc: ## # The Gem::Source that gems are fetched from attr_reader :source ## # The corresponding place to fetch gems. attr_reader :uri ## # Creates a new APISet that will retrieve gems from +uri+ using the RubyGems # API URL +dep_uri+ which is described at # https://guides.rubygems.org/rubygems-org-api def initialize(dep_uri = "https://index.rubygems.org/info/") super() dep_uri = Gem::URI dep_uri unless Gem::URI === dep_uri @dep_uri = dep_uri @uri = dep_uri + ".." @data = Hash.new {|h,k| h[k] = [] } @source = Gem::Source.new @uri @to_fetch = [] end ## # Return an array of APISpecification objects matching # DependencyRequest +req+. def find_all(req) res = [] return res unless @remote if @to_fetch.include?(req.name) prefetch_now end versions(req.name).each do |ver| if req.dependency.match? req.name, ver[:number], @prerelease res << Gem::Resolver::APISpecification.new(self, ver) end end res end ## # A hint run by the resolver to allow the Set to fetch # data for DependencyRequests +reqs+. def prefetch(reqs) return unless @remote names = reqs.map {|r| r.dependency.name } needed = names - @data.keys - @to_fetch @to_fetch += needed end def prefetch_now # :nodoc: needed = @to_fetch @to_fetch = [] needed.sort.each do |name| versions(name) end end def pretty_print(q) # :nodoc: q.group 2, "[APISet", "]" do q.breakable q.text "URI: #{@dep_uri}" q.breakable q.text "gem names:" q.pp @data.keys end end ## # Return data for all versions of the gem +name+. def versions(name) # :nodoc: if @data.key?(name) return @data[name] end uri = @dep_uri + name begin str = Gem::RemoteFetcher.fetcher.fetch_path uri rescue Gem::RemoteFetcher::FetchError @data[name] = [] else lines(str).each do |ver| number, platform, dependencies, requirements = parse_gem(ver) platform ||= "ruby" dependencies = dependencies.map {|dep_name, reqs| [dep_name, reqs.join(", ")] } requirements = requirements.map {|req_name, reqs| [req_name.to_sym, reqs] }.to_h @data[name] << { name: name, number: number, platform: platform, dependencies: dependencies, requirements: requirements } end end @data[name] end private def lines(str) lines = str.split("\n") header = lines.index("---") header ? lines[header + 1..-1] : lines end def parse_gem(string) @gem_parser ||= GemParser.new @gem_parser.parse(string) end end PK )J [] �Z^ ^ 1 share/rubygems/rubygems/resolver/installer_set.rbnu �[��� # frozen_string_literal: true ## # A set of gems for installation sourced from remote sources and local .gem # files class Gem::Resolver::InstallerSet < Gem::Resolver::Set ## # List of Gem::Specification objects that must always be installed. attr_reader :always_install # :nodoc: ## # Only install gems in the always_install list attr_accessor :ignore_dependencies # :nodoc: ## # Do not look in the installed set when finding specifications. This is # used by the --install-dir option to `gem install` attr_accessor :ignore_installed # :nodoc: ## # The remote_set looks up remote gems for installation. attr_reader :remote_set # :nodoc: ## # Ignore ruby & rubygems specification constraints. # attr_accessor :force # :nodoc: ## # Creates a new InstallerSet that will look for gems in +domain+. def initialize(domain) super() @domain = domain @f = Gem::SpecFetcher.fetcher @always_install = [] @ignore_dependencies = false @ignore_installed = false @local = {} @local_source = Gem::Source::Local.new @remote_set = Gem::Resolver::BestSet.new @force = false @specs = {} end ## # Looks up the latest specification for +dependency+ and adds it to the # always_install list. def add_always_install(dependency) request = Gem::Resolver::DependencyRequest.new dependency, nil found = find_all request found.delete_if do |s| s.version.prerelease? && !s.local? end unless dependency.prerelease? found = found.select do |s| Gem::Source::SpecificFile === s.source || Gem::Platform.match_spec?(s) end found = found.sort_by do |s| [s.version, Gem::Platform.sort_priority(s.platform)] end newest = found.last unless newest exc = Gem::UnsatisfiableDependencyError.new request exc.errors = errors raise exc end unless @force found_matching_metadata = found.reverse.find do |spec| metadata_satisfied?(spec) end if found_matching_metadata.nil? ensure_required_ruby_version_met(newest.spec) ensure_required_rubygems_version_met(newest.spec) else newest = found_matching_metadata end end @always_install << newest.spec end ## # Adds a local gem requested using +dep_name+ with the given +spec+ that can # be loaded and installed using the +source+. def add_local(dep_name, spec, source) @local[dep_name] = [spec, source] end ## # Should local gems should be considered? def consider_local? # :nodoc: @domain == :both || @domain == :local end ## # Should remote gems should be considered? def consider_remote? # :nodoc: @domain == :both || @domain == :remote end ## # Errors encountered while resolving gems def errors @errors + @remote_set.errors end ## # Returns an array of IndexSpecification objects matching DependencyRequest # +req+. def find_all(req) res = [] dep = req.dependency return res if @ignore_dependencies && @always_install.none? {|spec| dep.match? spec } name = dep.name dep.matching_specs.each do |gemspec| next if @always_install.any? {|spec| spec.name == gemspec.name } res << Gem::Resolver::InstalledSpecification.new(self, gemspec) end unless @ignore_installed matching_local = [] if consider_local? matching_local = @local.values.select do |spec, _| req.match? spec end.map do |spec, source| Gem::Resolver::LocalSpecification.new self, spec, source end res.concat matching_local begin if local_spec = @local_source.find_gem(name, dep.requirement) res << Gem::Resolver::IndexSpecification.new( self, local_spec.name, local_spec.version, @local_source, local_spec.platform ) end rescue Gem::Package::FormatError # ignore end end res.concat @remote_set.find_all req if consider_remote? && matching_local.empty? res end def prefetch(reqs) @remote_set.prefetch(reqs) if consider_remote? end def prerelease=(allow_prerelease) super @remote_set.prerelease = allow_prerelease end def inspect # :nodoc: always_install = @always_install.map(&:full_name) format("#<%s domain: %s specs: %p always install: %p>", self.class, @domain, @specs.keys, always_install) end ## # Called from IndexSpecification to get a true Specification # object. def load_spec(name, ver, platform, source) # :nodoc: key = "#{name}-#{ver}-#{platform}" @specs.fetch key do tuple = Gem::NameTuple.new name, ver, platform @specs[key] = source.fetch_spec tuple end end ## # Has a local gem for +dep_name+ been added to this set? def local?(dep_name) # :nodoc: spec, _ = @local[dep_name] spec end def pretty_print(q) # :nodoc: q.group 2, "[InstallerSet", "]" do q.breakable q.text "domain: #{@domain}" q.breakable q.text "specs: " q.pp @specs.keys q.breakable q.text "always install: " q.pp @always_install end end def remote=(remote) # :nodoc: case @domain when :local then @domain = :both if remote when :remote then @domain = nil unless remote when :both then @domain = :local unless remote end end private def metadata_satisfied?(spec) spec.required_ruby_version.satisfied_by?(Gem.ruby_version) && spec.required_rubygems_version.satisfied_by?(Gem.rubygems_version) end def ensure_required_ruby_version_met(spec) # :nodoc: if rrv = spec.required_ruby_version ruby_version = Gem.ruby_version unless rrv.satisfied_by? ruby_version raise Gem::RuntimeRequirementNotMetError, "#{spec.full_name} requires Ruby version #{rrv}. The current ruby version is #{ruby_version}." end end end def ensure_required_rubygems_version_met(spec) # :nodoc: if rrgv = spec.required_rubygems_version unless rrgv.satisfied_by? Gem.rubygems_version rg_version = Gem::VERSION raise Gem::RuntimeRequirementNotMetError, "#{spec.full_name} requires RubyGems version #{rrgv}. The current RubyGems version is #{rg_version}. " \ "Try 'gem update --system' to update RubyGems itself." end end end end PK )J [e�h�� � 6 share/rubygems/rubygems/resolver/spec_specification.rbnu �[��� # frozen_string_literal: true ## # The Resolver::SpecSpecification contains common functionality for # Resolver specifications that are backed by a Gem::Specification. class Gem::Resolver::SpecSpecification < Gem::Resolver::Specification ## # A SpecSpecification is created for a +set+ for a Gem::Specification in # +spec+. The +source+ is either where the +spec+ came from, or should be # loaded from. def initialize(set, spec, source = nil) @set = set @source = source @spec = spec end ## # The dependencies of the gem for this specification def dependencies spec.dependencies end ## # The required_ruby_version constraint for this specification def required_ruby_version spec.required_ruby_version end ## # The required_rubygems_version constraint for this specification def required_rubygems_version spec.required_rubygems_version end ## # The name and version of the specification. # # Unlike Gem::Specification#full_name, the platform is not included. def full_name "#{spec.name}-#{spec.version}" end ## # The name of the gem for this specification def name spec.name end ## # The platform this gem works on. def platform spec.platform end ## # The version of the gem for this specification. def version spec.version end ## # The hash value for this specification. def hash spec.hash end end PK )J [��3=# # 7 share/rubygems/rubygems/resolver/local_specification.rbnu �[��� # frozen_string_literal: true ## # A LocalSpecification comes from a .gem file on the local filesystem. class Gem::Resolver::LocalSpecification < Gem::Resolver::SpecSpecification ## # Returns +true+ if this gem is installable for the current platform. def installable_platform? return true if @source.is_a? Gem::Source::SpecificFile super end def local? # :nodoc: true end def pretty_print(q) # :nodoc: q.group 2, "[LocalSpecification", "]" do q.breakable q.text "name: #{name}" q.breakable q.text "version: #{version}" q.breakable q.text "platform: #{platform}" q.breakable q.text "dependencies:" q.breakable q.pp dependencies q.breakable q.text "source: #{@source.path}" end end end PK )J [){Y%� � , share/rubygems/rubygems/resolver/best_set.rbnu �[��� # frozen_string_literal: true ## # The BestSet chooses the best available method to query a remote index. # # It combines IndexSet and APISet class Gem::Resolver::BestSet < Gem::Resolver::ComposedSet ## # Creates a BestSet for the given +sources+ or Gem::sources if none are # specified. +sources+ must be a Gem::SourceList. def initialize(sources = Gem.sources) super() @sources = sources end ## # Picks which sets to use for the configured sources. def pick_sets # :nodoc: @sources.each_source do |source| @sets << source.dependency_resolver_set end end def find_all(req) # :nodoc: pick_sets if @remote && @sets.empty? super end def prefetch(reqs) # :nodoc: pick_sets if @remote && @sets.empty? super end def pretty_print(q) # :nodoc: q.group 2, "[BestSet", "]" do q.breakable q.text "sets:" q.breakable q.pp @sets end end end PK )J [���Ϙ � 6 share/rubygems/rubygems/resolver/activation_request.rbnu �[��� # frozen_string_literal: true ## # Specifies a Specification object that should be activated. Also contains a # dependency that was used to introduce this activation. class Gem::Resolver::ActivationRequest ## # The parent request for this activation request. attr_reader :request ## # The specification to be activated. attr_reader :spec ## # Creates a new ActivationRequest that will activate +spec+. The parent # +request+ is used to provide diagnostics in case of conflicts. def initialize(spec, request) @spec = spec @request = request end def ==(other) # :nodoc: case other when Gem::Specification @spec == other when Gem::Resolver::ActivationRequest @spec == other.spec else false end end def eql?(other) self == other end def hash @spec.hash end ## # Is this activation request for a development dependency? def development? @request.development? end ## # Downloads a gem at +path+ and returns the file path. def download(path) Gem.ensure_gem_subdirectories path if @spec.respond_to? :sources exception = nil path = @spec.sources.find do |source| source.download full_spec, path rescue exception end return path if path raise exception if exception elsif @spec.respond_to? :source source = @spec.source source.download full_spec, path else source = Gem.sources.first source.download full_spec, path end end ## # The full name of the specification to be activated. def full_name name_tuple.full_name end alias_method :to_s, :full_name ## # The Gem::Specification for this activation request. def full_spec Gem::Specification === @spec ? @spec : @spec.spec end def inspect # :nodoc: format("#<%s for %p from %s>", self.class, @spec, @request) end ## # True if the requested gem has already been installed. def installed? case @spec when Gem::Resolver::VendorSpecification then true else this_spec = full_spec Gem::Specification.any? do |s| s == this_spec && s.base_dir == this_spec.base_dir end end end ## # The name of this activation request's specification def name @spec.name end ## # Return the ActivationRequest that contained the dependency # that we were activated for. def parent @request.requester end def pretty_print(q) # :nodoc: q.group 2, "[Activation request", "]" do q.breakable q.pp @spec q.breakable q.text " for " q.pp @request end end ## # The version of this activation request's specification def version @spec.version end ## # The platform of this activation request's specification def platform @spec.platform end private def name_tuple @name_tuple ||= Gem::NameTuple.new(name, version, platform) end end PK )J [��͞A A 8 share/rubygems/rubygems/resolver/vendor_specification.rbnu �[��� # frozen_string_literal: true ## # A VendorSpecification represents a gem that has been unpacked into a project # and is being loaded through a gem dependencies file through the +path:+ # option. class Gem::Resolver::VendorSpecification < Gem::Resolver::SpecSpecification def ==(other) # :nodoc: self.class === other && @set == other.set && @spec == other.spec && @source == other.source end ## # This is a null install as this gem was unpacked into a directory. # +options+ are ignored. def install(options = {}) yield nil end end PK )J [�^ 5 share/rubygems/rubygems/resolver/git_specification.rbnu �[��� # frozen_string_literal: true ## # A GitSpecification represents a gem that is sourced from a git repository # and is being loaded through a gem dependencies file through the +git:+ # option. class Gem::Resolver::GitSpecification < Gem::Resolver::SpecSpecification def ==(other) # :nodoc: self.class === other && @set == other.set && @spec == other.spec && @source == other.source end def add_dependency(dependency) # :nodoc: spec.dependencies << dependency end ## # Installing a git gem only involves building the extensions and generating # the executables. def install(options = {}) require_relative "../installer" installer = Gem::Installer.for_spec spec, options yield installer if block_given? installer.run_pre_install_hooks installer.build_extensions installer.run_post_build_hooks installer.generate_bin installer.run_post_install_hooks end def pretty_print(q) # :nodoc: q.group 2, "[GitSpecification", "]" do q.breakable q.text "name: #{name}" q.breakable q.text "version: #{version}" q.breakable q.text "dependencies:" q.breakable q.pp dependencies q.breakable q.text "source:" q.breakable q.pp @source end end end PK )J [��w w 7 share/rubygems/rubygems/resolver/index_specification.rbnu �[��� # frozen_string_literal: true ## # Represents a possible Specification object returned from IndexSet. Used to # delay needed to download full Specification objects when only the +name+ # and +version+ are needed. class Gem::Resolver::IndexSpecification < Gem::Resolver::Specification ## # An IndexSpecification is created from the index format described in `gem # help generate_index`. # # The +set+ contains other specifications for this (URL) +source+. # # The +name+, +version+ and +platform+ are the name, version and platform of # the gem. def initialize(set, name, version, source, platform) super() @set = set @name = name @version = version @source = source @platform = Gem::Platform.new(platform.to_s) @original_platform = platform.to_s @spec = nil end ## # The dependencies of the gem for this specification def dependencies spec.dependencies end ## # The required_ruby_version constraint for this specification # # A fallback is included because when generated, some marshalled specs have it # set to +nil+. def required_ruby_version spec.required_ruby_version || Gem::Requirement.default end ## # The required_rubygems_version constraint for this specification # # A fallback is included because the original version of the specification # API didn't include that field, so some marshalled specs in the index have it # set to +nil+. def required_rubygems_version spec.required_rubygems_version || Gem::Requirement.default end def ==(other) self.class === other && @name == other.name && @version == other.version && @platform == other.platform end def hash @name.hash ^ @version.hash ^ @platform.hash end def inspect # :nodoc: format("#<%s %s source %s>", self.class, full_name, @source) end def pretty_print(q) # :nodoc: q.group 2, "[Index specification", "]" do q.breakable q.text full_name unless @platform == Gem::Platform::RUBY q.breakable q.text @platform.to_s end q.breakable q.text "source " q.pp @source end end ## # Fetches a Gem::Specification for this IndexSpecification from the #source. def spec # :nodoc: @spec ||= begin tuple = Gem::NameTuple.new @name, @version, @original_platform @source.fetch_spec tuple end end end PK )J [A�= � � 6 share/rubygems/rubygems/resolver/api_set/gem_parser.rbnu �[��� # frozen_string_literal: true class Gem::Resolver::APISet::GemParser def parse(line) version_and_platform, rest = line.split(" ", 2) version, platform = version_and_platform.split("-", 2) dependencies, requirements = rest.split("|", 2).map! {|s| s.split(",") } if rest dependencies = dependencies ? dependencies.map! {|d| parse_dependency(d) } : [] requirements = requirements ? requirements.map! {|d| parse_dependency(d) } : [] [version, platform, dependencies, requirements] end private def parse_dependency(string) dependency = string.split(":") dependency[-1] = dependency[-1].split("&") if dependency.size > 1 dependency[0] = -dependency[0] dependency end end PK )J [F0T� / share/rubygems/rubygems/resolver/current_set.rbnu �[��� # frozen_string_literal: true ## # A set which represents the installed gems. Respects # all the normal settings that control where to look # for installed gems. class Gem::Resolver::CurrentSet < Gem::Resolver::Set def find_all(req) req.dependency.matching_specs end end PK )J [�{G�� � share/rubygems/rubygems/util.rbnu �[��� # frozen_string_literal: true require_relative "deprecate" ## # This module contains various utility methods as module methods. module Gem::Util ## # Zlib::GzipReader wrapper that unzips +data+. def self.gunzip(data) require "zlib" require "stringio" data = StringIO.new(data, "r") gzip_reader = begin Zlib::GzipReader.new(data) rescue Zlib::GzipFile::Error => e raise e.class, e.inspect, e.backtrace end unzipped = gzip_reader.read unzipped.force_encoding Encoding::BINARY unzipped end ## # Zlib::GzipWriter wrapper that zips +data+. def self.gzip(data) require "zlib" require "stringio" zipped = StringIO.new(String.new, "w") zipped.set_encoding Encoding::BINARY Zlib::GzipWriter.wrap zipped do |io| io.write data end zipped.string end ## # A Zlib::Inflate#inflate wrapper def self.inflate(data) require "zlib" Zlib::Inflate.inflate data end ## # This calls IO.popen and reads the result def self.popen(*command) IO.popen command, &:read end ## # Invokes system, but silences all output. def self.silent_system(*command) opt = { out: IO::NULL, err: [:child, :out] } if Hash === command.last opt.update(command.last) cmds = command[0...-1] else cmds = command.dup end system(*(cmds << opt)) end class << self extend Gem::Deprecate rubygems_deprecate :silent_system end ## # Enumerates the parents of +directory+. def self.traverse_parents(directory, &block) return enum_for __method__, directory unless block_given? here = File.expand_path directory loop do begin Dir.chdir here, &block rescue StandardError Errno::EACCES end new_here = File.expand_path("..", here) return if new_here == here # toplevel here = new_here end end ## # Globs for files matching +pattern+ inside of +directory+, # returning absolute paths to the matching files. def self.glob_files_in_dir(glob, base_path) Dir.glob(glob, base: base_path).map! {|f| File.expand_path(f, base_path) } end ## # Corrects +path+ (usually returned by `Gem::URI.parse().path` on Windows), that # comes with a leading slash. def self.correct_for_windows_path(path) if path[0].chr == "/" && path[1].chr.match?(/[a-z]/i) && path[2].chr == ":" path[1..-1] else path end end end PK )J [Fߺ̎ � 2 share/rubygems/rubygems/core_ext/tcpsocket_init.rbnu �[��� # frozen_string_literal: true require "socket" module CoreExtensions module TCPSocketExt def self.prepended(base) base.prepend Initializer end module Initializer CONNECTION_TIMEOUT = 5 IPV4_DELAY_SECONDS = 0.1 def initialize(host, serv, *rest) mutex = Thread::Mutex.new addrs = [] threads = [] cond_var = Thread::ConditionVariable.new Addrinfo.foreach(host, serv, nil, :STREAM) do |addr| Thread.report_on_exception = false threads << Thread.new(addr) do # give head start to ipv6 addresses sleep IPV4_DELAY_SECONDS if addr.ipv4? # raises Errno::ECONNREFUSED when ip:port is unreachable Socket.tcp(addr.ip_address, serv, connect_timeout: CONNECTION_TIMEOUT).close mutex.synchronize do addrs << addr.ip_address cond_var.signal end end end mutex.synchronize do timeout_time = CONNECTION_TIMEOUT + Time.now.to_f while addrs.empty? && (remaining_time = timeout_time - Time.now.to_f) > 0 cond_var.wait(mutex, remaining_time) end host = addrs.shift unless addrs.empty? end threads.each {|t| t.kill.join if t.alive? } super(host, serv, *rest) end end end end TCPSocket.prepend CoreExtensions::TCPSocketExt PK )J [�i�� � . share/rubygems/rubygems/core_ext/kernel_gem.rbnu �[��� # frozen_string_literal: true module Kernel ## # Use Kernel#gem to activate a specific version of +gem_name+. # # +requirements+ is a list of version requirements that the # specified gem must match, most commonly "= example.version.number". See # Gem::Requirement for how to specify a version requirement. # # If you will be activating the latest version of a gem, there is no need to # call Kernel#gem, Kernel#require will do the right thing for you. # # Kernel#gem returns true if the gem was activated, otherwise false. If the # gem could not be found, didn't match the version requirements, or a # different version was already activated, an exception will be raised. # # Kernel#gem should be called *before* any require statements (otherwise # RubyGems may load a conflicting library version). # # Kernel#gem only loads prerelease versions when prerelease +requirements+ # are given: # # gem 'rake', '>= 1.1.a', '< 2' # # In older RubyGems versions, the environment variable GEM_SKIP could be # used to skip activation of specified gems, for example to test out changes # that haven't been installed yet. Now RubyGems defers to -I and the # RUBYLIB environment variable to skip activation of a gem. # # Example: # # GEM_SKIP=libA:libB ruby -I../libA -I../libB ./mycode.rb def gem(gem_name, *requirements) # :doc: skip_list = (ENV["GEM_SKIP"] || "").split(/:/) raise Gem::LoadError, "skipping #{gem_name}" if skip_list.include? gem_name if gem_name.is_a? Gem::Dependency unless Gem::Deprecate.skip warn "#{Gem.location_of_caller.join ":"}:Warning: Kernel.gem no longer "\ "accepts a Gem::Dependency object, please pass the name "\ "and requirements directly" end requirements = gem_name.requirement gem_name = gem_name.name end dep = Gem::Dependency.new(gem_name, *requirements) loaded = Gem.loaded_specs[gem_name] return false if loaded && dep.matches_spec?(loaded) spec = dep.to_spec if spec if Gem::LOADED_SPECS_MUTEX.owned? spec.activate else Gem::LOADED_SPECS_MUTEX.synchronize { spec.activate } end end end private :gem end PK )J [,f\�� � / share/rubygems/rubygems/core_ext/kernel_warn.rbnu �[��� # frozen_string_literal: true module Kernel rubygems_path = "#{__dir__}/" # Frames to be skipped start with this path. original_warn = instance_method(:warn) remove_method :warn class << self remove_method :warn end module_function define_method(:warn) {|*messages, **kw| unless uplevel = kw[:uplevel] return original_warn.bind_call(self, *messages, **kw) end # Ensure `uplevel` fits a `long` uplevel, = [uplevel].pack("l!").unpack("l!") if uplevel >= 0 start = 0 while uplevel >= 0 loc, = caller_locations(start, 1) unless loc # No more backtrace start += uplevel break end start += 1 next unless path = loc.path unless path.start_with?(rubygems_path, "<internal:") # Non-rubygems frames uplevel -= 1 end end kw[:uplevel] = start end original_warn.bind_call(self, *messages, **kw) } end PK )J [����S S 2 share/rubygems/rubygems/core_ext/kernel_require.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require "monitor" module Kernel RUBYGEMS_ACTIVATION_MONITOR = Monitor.new # :nodoc: # Make sure we have a reference to Ruby's original Kernel#require unless defined?(gem_original_require) # :stopdoc: alias_method :gem_original_require, :require private :gem_original_require # :startdoc: end ## # When RubyGems is required, Kernel#require is replaced with our own which # is capable of loading gems on demand. # # When you call <tt>require 'x'</tt>, this is what happens: # * If the file can be loaded from the existing Ruby loadpath, it # is. # * Otherwise, installed gems are searched for a file that matches. # If it's found in gem 'y', that gem is activated (added to the # loadpath). # # The normal <tt>require</tt> functionality of returning false if # that file has already been loaded is preserved. def require(path) # :doc: return gem_original_require(path) unless Gem.discover_gems_on_require RUBYGEMS_ACTIVATION_MONITOR.synchronize do path = File.path(path) # If +path+ belongs to a default gem, we activate it and then go straight # to normal require if spec = Gem.find_default_spec(path) name = spec.name next if Gem.loaded_specs[name] # Ensure -I beats a default gem resolved_path = begin rp = nil load_path_check_index = Gem.load_path_insert_index - Gem.activated_gem_paths Gem.suffixes.find do |s| $LOAD_PATH[0...load_path_check_index].find do |lp| if File.symlink? lp # for backward compatibility next end full_path = File.expand_path(File.join(lp, "#{path}#{s}")) rp = full_path if File.file?(full_path) end end rp end Kernel.send(:gem, name, Gem::Requirement.default_prerelease) unless resolved_path next end # If there are no unresolved deps, then we can use just try # normal require handle loading a gem from the rescue below. if Gem::Specification.unresolved_deps.empty? next end # If +path+ is for a gem that has already been loaded, don't # bother trying to find it in an unresolved gem, just go straight # to normal require. #-- # TODO request access to the C implementation of this to speed up RubyGems if Gem::Specification.find_active_stub_by_path(path) next end # Attempt to find +path+ in any unresolved gems... found_specs = Gem::Specification.find_in_unresolved path # If there are no directly unresolved gems, then try and find +path+ # in any gems that are available via the currently unresolved gems. # For example, given: # # a => b => c => d # # If a and b are currently active with c being unresolved and d.rb is # requested, then find_in_unresolved_tree will find d.rb in d because # it's a dependency of c. # if found_specs.empty? found_specs = Gem::Specification.find_in_unresolved_tree path found_specs.each(&:activate) # We found +path+ directly in an unresolved gem. Now we figure out, of # the possible found specs, which one we should activate. else # Check that all the found specs are just different # versions of the same gem names = found_specs.map(&:name).uniq if names.size > 1 raise Gem::LoadError, "#{path} found in multiple gems: #{names.join ", "}" end # Ok, now find a gem that has no conflicts, starting # at the highest version. valid = found_specs.find {|s| !s.has_conflicts? } unless valid le = Gem::LoadError.new "unable to find a version of '#{names.first}' to activate" le.name = names.first raise le end valid.activate end end begin gem_original_require(path) rescue LoadError => load_error if load_error.path == path && RUBYGEMS_ACTIVATION_MONITOR.synchronize { Gem.try_activate(path) } return gem_original_require(path) end raise load_error end end private :require end PK )J [: >�� � & share/rubygems/rubygems/source_list.rbnu �[��� # frozen_string_literal: true ## # The SourceList represents the sources rubygems has been configured to use. # A source may be created from an array of sources: # # Gem::SourceList.from %w[https://rubygems.example https://internal.example] # # Or by adding them: # # sources = Gem::SourceList.new # sources << 'https://rubygems.example' # # The most common way to get a SourceList is Gem.sources. class Gem::SourceList include Enumerable ## # Creates a new SourceList def initialize @sources = [] end ## # The sources in this list attr_reader :sources ## # Creates a new SourceList from an array of sources. def self.from(ary) list = new list.replace ary list end def initialize_copy(other) # :nodoc: @sources = @sources.dup end ## # Appends +obj+ to the source list which may be a Gem::Source, Gem::URI or URI # String. def <<(obj) src = case obj when Gem::Source obj else Gem::Source.new(obj) end @sources << src unless @sources.include?(src) src end ## # Replaces this SourceList with the sources in +other+ See #<< for # acceptable items in +other+. def replace(other) clear other.each do |x| self << x end self end ## # Removes all sources from the SourceList. def clear @sources.clear end ## # Yields each source URI in the list. def each @sources.each {|s| yield s.uri.to_s } end ## # Yields each source in the list. def each_source(&b) @sources.each(&b) end ## # Returns true if there are no sources in this SourceList. def empty? @sources.empty? end def ==(other) # :nodoc: to_a == other end ## # Returns an Array of source URI Strings. def to_a @sources.map {|x| x.uri.to_s } end alias_method :to_ary, :to_a ## # Returns the first source in the list. def first @sources.first end ## # Returns true if this source list includes +other+ which may be a # Gem::Source or a source URI. def include?(other) if other.is_a? Gem::Source @sources.include? other else @sources.find {|x| x.uri.to_s == other.to_s } end end ## # Deletes +source+ from the source list which may be a Gem::Source or a URI. def delete(source) if source.is_a? Gem::Source @sources.delete source else @sources.delete_if {|x| x.uri.to_s == source.to_s } end end end PK )J [a��i4 i4 + share/rubygems/rubygems/user_interaction.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "deprecate" require_relative "text" ## # Module that defines the default UserInteraction. Any class including this # module will have access to the +ui+ method that returns the default UI. module Gem::DefaultUserInteraction include Gem::Text ## # The default UI is a class variable of the singleton class for this # module. @ui = nil ## # Return the default UI. def self.ui @ui ||= Gem::ConsoleUI.new end ## # Set the default UI. If the default UI is never explicitly set, a simple # console based UserInteraction will be used automatically. def self.ui=(new_ui) @ui = new_ui end ## # Use +new_ui+ for the duration of +block+. def self.use_ui(new_ui) old_ui = @ui @ui = new_ui yield ensure @ui = old_ui end ## # See DefaultUserInteraction::ui def ui Gem::DefaultUserInteraction.ui end ## # See DefaultUserInteraction::ui= def ui=(new_ui) Gem::DefaultUserInteraction.ui = new_ui end ## # See DefaultUserInteraction::use_ui def use_ui(new_ui, &block) Gem::DefaultUserInteraction.use_ui(new_ui, &block) end end ## # UserInteraction allows RubyGems to interact with the user through standard # methods that can be replaced with more-specific UI methods for different # displays. # # Since UserInteraction dispatches to a concrete UI class you may need to # reference other classes for specific behavior such as Gem::ConsoleUI or # Gem::SilentUI. # # Example: # # class X # include Gem::UserInteraction # # def get_answer # n = ask("What is the meaning of life?") # end # end module Gem::UserInteraction include Gem::DefaultUserInteraction ## # Displays an alert +statement+. Asks a +question+ if given. def alert(statement, question = nil) ui.alert statement, question end ## # Displays an error +statement+ to the error output location. Asks a # +question+ if given. def alert_error(statement, question = nil) ui.alert_error statement, question end ## # Displays a warning +statement+ to the warning output location. Asks a # +question+ if given. def alert_warning(statement, question = nil) ui.alert_warning statement, question end ## # Asks a +question+ and returns the answer. def ask(question) ui.ask question end ## # Asks for a password with a +prompt+ def ask_for_password(prompt) ui.ask_for_password prompt end ## # Asks a yes or no +question+. Returns true for yes, false for no. def ask_yes_no(question, default = nil) ui.ask_yes_no question, default end ## # Asks the user to answer +question+ with an answer from the given +list+. def choose_from_list(question, list) ui.choose_from_list question, list end ## # Displays the given +statement+ on the standard output (or equivalent). def say(statement = "") ui.say statement end ## # Terminates the RubyGems process with the given +exit_code+ def terminate_interaction(exit_code = 0) ui.terminate_interaction exit_code end ## # Calls +say+ with +msg+ or the results of the block if really_verbose # is true. def verbose(msg = nil) say(clean_text(msg || yield)) if Gem.configuration.really_verbose end end ## # Gem::StreamUI implements a simple stream based user interface. class Gem::StreamUI extend Gem::Deprecate ## # The input stream attr_reader :ins ## # The output stream attr_reader :outs ## # The error stream attr_reader :errs ## # Creates a new StreamUI wrapping +in_stream+ for user input, +out_stream+ # for standard output, +err_stream+ for error output. If +usetty+ is true # then special operations (like asking for passwords) will use the TTY # commands to disable character echo. def initialize(in_stream, out_stream, err_stream=$stderr, usetty=true) @ins = in_stream @outs = out_stream @errs = err_stream @usetty = usetty end ## # Returns true if TTY methods should be used on this StreamUI. def tty? @usetty && @ins.tty? end ## # Prints a formatted backtrace to the errors stream if backtraces are # enabled. def backtrace(exception) return unless Gem.configuration.backtrace @errs.puts "\t#{exception.backtrace.join "\n\t"}" end ## # Choose from a list of options. +question+ is a prompt displayed above # the list. +list+ is a list of option strings. Returns the pair # [option_name, option_index]. def choose_from_list(question, list) @outs.puts question list.each_with_index do |item, index| @outs.puts " #{index + 1}. #{item}" end @outs.print "> " @outs.flush result = @ins.gets return nil, nil unless result result = result.strip.to_i - 1 return nil, nil unless (0...list.size) === result [list[result], result] end ## # Ask a question. Returns a true for yes, false for no. If not connected # to a tty, raises an exception if default is nil, otherwise returns # default. def ask_yes_no(question, default=nil) unless tty? if default.nil? raise Gem::OperationNotSupportedError, "Not connected to a tty and no default specified" else return default end end default_answer = case default when nil "yn" when true "Yn" else "yN" end result = nil while result.nil? do result = case ask "#{question} [#{default_answer}]" when /^y/i then true when /^n/i then false when /^$/ then default end end result end ## # Ask a question. Returns an answer if connected to a tty, nil otherwise. def ask(question) return nil unless tty? @outs.print(question + " ") @outs.flush result = @ins.gets result&.chomp! result end ## # Ask for a password. Does not echo response to terminal. def ask_for_password(question) return nil unless tty? @outs.print(question, " ") @outs.flush password = _gets_noecho @outs.puts password&.chomp! password end def require_io_console @require_io_console ||= begin begin require "io/console" rescue LoadError end true end end def _gets_noecho require_io_console @ins.noecho { @ins.gets } end ## # Display a statement. def say(statement="") @outs.puts statement end ## # Display an informational alert. Will ask +question+ if it is not nil. def alert(statement, question=nil) @outs.puts "INFO: #{statement}" ask(question) if question end ## # Display a warning on stderr. Will ask +question+ if it is not nil. def alert_warning(statement, question=nil) @errs.puts "WARNING: #{statement}" ask(question) if question end ## # Display an error message in a location expected to get error messages. # Will ask +question+ if it is not nil. def alert_error(statement, question=nil) @errs.puts "ERROR: #{statement}" ask(question) if question end ## # Terminate the application with exit code +status+, running any exit # handlers that might have been defined. def terminate_interaction(status = 0) close raise Gem::SystemExitException, status end def close end ## # Return a progress reporter object chosen from the current verbosity. def progress_reporter(*args) case Gem.configuration.verbose when nil, false SilentProgressReporter.new(@outs, *args) when true SimpleProgressReporter.new(@outs, *args) else VerboseProgressReporter.new(@outs, *args) end end ## # An absolutely silent progress reporter. class SilentProgressReporter ## # The count of items is never updated for the silent progress reporter. attr_reader :count ## # Creates a silent progress reporter that ignores all input arguments. def initialize(out_stream, size, initial_message, terminal_message = nil) end ## # Does not print +message+ when updated as this object has taken a vow of # silence. def updated(message) end ## # Does not print anything when complete as this object has taken a vow of # silence. def done end end ## # A basic dotted progress reporter. class SimpleProgressReporter include Gem::DefaultUserInteraction ## # The number of progress items counted so far. attr_reader :count ## # Creates a new progress reporter that will write to +out_stream+ for # +size+ items. Shows the given +initial_message+ when progress starts # and the +terminal_message+ when it is complete. def initialize(out_stream, size, initial_message, terminal_message = "complete") @out = out_stream @total = size @count = 0 @terminal_message = terminal_message @out.puts initial_message end ## # Prints out a dot and ignores +message+. def updated(message) @count += 1 @out.print "." @out.flush end ## # Prints out the terminal message. def done @out.puts "\n#{@terminal_message}" end end ## # A progress reporter that prints out messages about the current progress. class VerboseProgressReporter include Gem::DefaultUserInteraction ## # The number of progress items counted so far. attr_reader :count ## # Creates a new progress reporter that will write to +out_stream+ for # +size+ items. Shows the given +initial_message+ when progress starts # and the +terminal_message+ when it is complete. def initialize(out_stream, size, initial_message, terminal_message = "complete") @out = out_stream @total = size @count = 0 @terminal_message = terminal_message @out.puts initial_message end ## # Prints out the position relative to the total and the +message+. def updated(message) @count += 1 @out.puts "#{@count}/#{@total}: #{message}" end ## # Prints out the terminal message. def done @out.puts @terminal_message end end ## # Return a download reporter object chosen from the current verbosity def download_reporter(*args) if [nil, false].include?(Gem.configuration.verbose) || !@outs.tty? SilentDownloadReporter.new(@outs, *args) else ThreadedDownloadReporter.new(@outs, *args) end end ## # An absolutely silent download reporter. class SilentDownloadReporter ## # The silent download reporter ignores all arguments def initialize(out_stream, *args) end ## # The silent download reporter does not display +filename+ or care about # +filesize+ because it is silent. def fetch(filename, filesize) end ## # Nothing can update the silent download reporter. def update(current) end ## # The silent download reporter won't tell you when the download is done. # Because it is silent. def done end end ## # A progress reporter that behaves nicely with threaded downloading. class ThreadedDownloadReporter MUTEX = Thread::Mutex.new ## # The current file name being displayed attr_reader :file_name ## # Creates a new threaded download reporter that will display on # +out_stream+. The other arguments are ignored. def initialize(out_stream, *args) @file_name = nil @out = out_stream end ## # Tells the download reporter that the +file_name+ is being fetched. # The other arguments are ignored. def fetch(file_name, *args) if @file_name.nil? @file_name = file_name locked_puts "Fetching #{@file_name}" end end ## # Updates the threaded download reporter for the given number of +bytes+. def update(bytes) # Do nothing. end ## # Indicates the download is complete. def done # Do nothing. end private def locked_puts(message) MUTEX.synchronize do @out.puts message end end end end ## # Subclass of StreamUI that instantiates the user interaction using $stdin, # $stdout, and $stderr. class Gem::ConsoleUI < Gem::StreamUI ## # The Console UI has no arguments as it defaults to reading input from # stdin, output to stdout and warnings or errors to stderr. def initialize super $stdin, $stdout, $stderr, true end end ## # SilentUI is a UI choice that is absolutely silent. class Gem::SilentUI < Gem::StreamUI ## # The SilentUI has no arguments as it does not use any stream. def initialize io = NullIO.new super io, io, io, false end def close end def download_reporter(*args) # :nodoc: SilentDownloadReporter.new(@outs, *args) end def progress_reporter(*args) # :nodoc: SilentProgressReporter.new(@outs, *args) end ## # An absolutely silent IO. class NullIO def puts(*args) end def print(*args) end def flush end def gets(*args) end def tty? false end end end PK )J [">O�Q Q - share/rubygems/rubygems/vendored_molinillo.rbnu �[��� # frozen_string_literal: true require_relative "vendor/molinillo/lib/molinillo" PK )J [�j�K[ [ / share/rubygems/rubygems/local_remote_options.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2006 by Chad Fowler, Rich Kilmer, Jim Weirich and others. # All rights reserved. # See LICENSE.txt for permissions. #++ require_relative "vendor/uri/lib/uri" require_relative "../rubygems" ## # Mixin methods for local and remote Gem::Command options. module Gem::LocalRemoteOptions ## # Allows Gem::OptionParser to handle HTTP URIs. def accept_uri_http Gem::OptionParser.accept Gem::URI::HTTP do |value| begin uri = Gem::URI.parse value rescue Gem::URI::InvalidURIError raise Gem::OptionParser::InvalidArgument, value end valid_uri_schemes = ["http", "https", "file", "s3"] unless valid_uri_schemes.include?(uri.scheme) msg = "Invalid uri scheme for #{value}\nPreface URLs with one of #{valid_uri_schemes.map {|s| "#{s}://" }}" raise ArgumentError, msg end value end end ## # Add local/remote options to the command line parser. def add_local_remote_options add_option(:"Local/Remote", "-l", "--local", "Restrict operations to the LOCAL domain") do |_value, options| options[:domain] = :local end add_option(:"Local/Remote", "-r", "--remote", "Restrict operations to the REMOTE domain") do |_value, options| options[:domain] = :remote end add_option(:"Local/Remote", "-b", "--both", "Allow LOCAL and REMOTE operations") do |_value, options| options[:domain] = :both end add_bulk_threshold_option add_clear_sources_option add_source_option add_proxy_option add_update_sources_option end ## # Add the --bulk-threshold option def add_bulk_threshold_option add_option(:"Local/Remote", "-B", "--bulk-threshold COUNT", "Threshold for switching to bulk", "synchronization (default #{Gem.configuration.bulk_threshold})") do |value, _options| Gem.configuration.bulk_threshold = value.to_i end end ## # Add the --clear-sources option def add_clear_sources_option add_option(:"Local/Remote", "--clear-sources", "Clear the gem sources") do |_value, options| Gem.sources = nil options[:sources_cleared] = true end end ## # Add the --http-proxy option def add_proxy_option accept_uri_http add_option(:"Local/Remote", "-p", "--[no-]http-proxy [URL]", Gem::URI::HTTP, "Use HTTP proxy for remote operations") do |value, options| options[:http_proxy] = value == false ? :no_proxy : value Gem.configuration[:http_proxy] = options[:http_proxy] end end ## # Add the --source option def add_source_option accept_uri_http add_option(:"Local/Remote", "-s", "--source URL", Gem::URI::HTTP, "Append URL to list of remote gem sources") do |source, options| source << "/" unless source.end_with?("/") if options.delete :sources_cleared Gem.sources = [source] else Gem.sources << source unless Gem.sources.include?(source) end end end ## # Add the --update-sources option def add_update_sources_option add_option(:Deprecated, "-u", "--[no-]update-sources", "Update local source cache") do |value, _options| Gem.configuration.update_sources = value end end ## # Is fetching of local and remote information enabled? def both? options[:domain] == :both end ## # Is local fetching enabled? def local? [:local, :both].include?(options[:domain]) end ## # Is remote fetching enabled? def remote? [:remote, :both].include?(options[:domain]) end end PK )J [�7�XO O , share/rubygems/rubygems/vendored_optparse.rbnu �[��� # frozen_string_literal: true require_relative "vendor/optparse/lib/optparse" PK )J [C��� ( share/rubygems/rubygems/available_set.rbnu �[��� # frozen_string_literal: true class Gem::AvailableSet include Enumerable Tuple = Struct.new(:spec, :source) attr_accessor :remote # :nodoc: def initialize @set = [] @sorted = nil @remote = true end attr_reader :set def add(spec, source) @set << Tuple.new(spec, source) @sorted = nil self end def <<(o) case o when Gem::AvailableSet s = o.set when Array s = o.map do |sp,so| if !sp.is_a?(Gem::Specification) || !so.is_a?(Gem::Source) raise TypeError, "Array must be in [[spec, source], ...] form" end Tuple.new(sp,so) end else raise TypeError, "must be a Gem::AvailableSet" end @set += s @sorted = nil self end ## # Yields each Tuple in this AvailableSet def each return enum_for __method__ unless block_given? @set.each do |tuple| yield tuple end end ## # Yields the Gem::Specification for each Tuple in this AvailableSet def each_spec return enum_for __method__ unless block_given? each do |tuple| yield tuple.spec end end def empty? @set.empty? end def all_specs @set.map(&:spec) end def match_platform! @set.reject! {|t| !Gem::Platform.match_spec?(t.spec) } @sorted = nil self end def sorted @sorted ||= @set.sort do |a,b| i = b.spec <=> a.spec i != 0 ? i : (a.source <=> b.source) end end def size @set.size end def source_for(spec) f = @set.find {|t| t.spec == spec } f.source end ## # Converts this AvailableSet into a RequestSet that can be used to install # gems. # # If +development+ is :none then no development dependencies are installed. # Other options are :shallow for only direct development dependencies of the # gems in this set or :all for all development dependencies. def to_request_set(development = :none) request_set = Gem::RequestSet.new request_set.development = development == :all each_spec do |spec| request_set.always_install << spec request_set.gem spec.name, spec.version request_set.import spec.development_dependencies if development == :shallow end request_set end ## # # Used by the Resolver, the protocol to use a AvailableSet as a # search Set. def find_all(req) dep = req.dependency match = @set.find_all do |t| dep.match? t.spec end match.map do |t| Gem::Resolver::LocalSpecification.new(self, t.spec, t.source) end end def prefetch(reqs) end def pick_best! return self if empty? @set = [sorted.first] @sorted = nil self end def remove_installed!(dep) @set.reject! do |_t| # already locally installed Gem::Specification.any? do |installed_spec| dep.name == installed_spec.name && dep.requirement.satisfied_by?(installed_spec.version) end end @sorted = nil self end def inject_into_list(dep_list) @set.each {|t| dep_list.add t.spec } end end PK )J [���V ( share/rubygems/rubygems/uri_formatter.rbnu �[��� # frozen_string_literal: true ## # The UriFormatter handles URIs from user-input and escaping. # # uf = Gem::UriFormatter.new 'example.com' # # p uf.normalize #=> 'http://example.com' class Gem::UriFormatter ## # The URI to be formatted. attr_reader :uri ## # Creates a new URI formatter for +uri+. def initialize(uri) require "cgi" @uri = uri end ## # Escapes the #uri for use as a CGI parameter def escape return unless @uri CGI.escape @uri end ## # Normalize the URI by adding "http://" if it is missing. def normalize /^(https?|ftp|file):/i.match?(@uri) ? @uri : "http://#{@uri}" end ## # Unescapes the #uri which came from a CGI parameter def unescape return unless @uri CGI.unescape @uri end end PK )J [<%�l� � . share/rubygems/rubygems/basic_specification.rbnu �[��� # frozen_string_literal: true ## # BasicSpecification is an abstract class which implements some common code # used by both Specification and StubSpecification. class Gem::BasicSpecification ## # Allows installation of extensions for git: gems. attr_writer :base_dir # :nodoc: ## # Sets the directory where extensions for this gem will be installed. attr_writer :extension_dir # :nodoc: ## # Is this specification ignored for activation purposes? attr_writer :ignored # :nodoc: ## # The path this gemspec was loaded from. This attribute is not persisted. attr_accessor :loaded_from ## # Allows correct activation of git: and path: gems. attr_writer :full_gem_path # :nodoc: def initialize internal_init end def self.default_specifications_dir Gem.default_specifications_dir end class << self extend Gem::Deprecate rubygems_deprecate :default_specifications_dir, "Gem.default_specifications_dir" end ## # The path to the gem.build_complete file within the extension install # directory. def gem_build_complete_path # :nodoc: File.join extension_dir, "gem.build_complete" end ## # True when the gem has been activated def activated? raise NotImplementedError end ## # Returns the full path to the base gem directory. # # eg: /usr/local/lib/ruby/gems/1.8 def base_dir raise NotImplementedError end ## # Return true if this spec can require +file+. def contains_requirable_file?(file) if ignored? if platform == Gem::Platform::RUBY || Gem::Platform.local === platform warn "Ignoring #{full_name} because its extensions are not built. " \ "Try: gem pristine #{name} --version #{version}" end return false end is_soext = file.end_with?(".so", ".o") if is_soext have_file? file.delete_suffix(File.extname(file)), Gem.dynamic_library_suffixes else have_file? file, Gem.suffixes end end ## # Return true if this spec should be ignored because it's missing extensions. def ignored? return @ignored unless @ignored.nil? @ignored = missing_extensions? end def default_gem? !loaded_from.nil? && File.dirname(loaded_from) == Gem.default_specifications_dir end ## # Regular gems take precedence over default gems def default_gem_priority default_gem? ? 1 : -1 end ## # Gems higher up in +gem_path+ take precedence def base_dir_priority(gem_path) gem_path.index(base_dir) || gem_path.size end ## # Returns full path to the directory where gem's extensions are installed. def extension_dir @extension_dir ||= File.expand_path(File.join(extensions_dir, full_name)) end ## # Returns path to the extensions directory. def extensions_dir Gem.default_ext_dir_for(base_dir) || File.join(base_dir, "extensions", Gem::Platform.local.to_s, Gem.extension_api_version) end def find_full_gem_path # :nodoc: File.expand_path File.join(gems_dir, full_name) end private :find_full_gem_path ## # The full path to the gem (install path + full name). # # TODO: This is duplicated with #gem_dir. Eventually either of them should be deprecated. def full_gem_path @full_gem_path ||= find_full_gem_path end ## # Returns the full name (name-version) of this Gem. Platform information # is included (name-version-platform) if it is specified and not the # default Ruby platform. def full_name if platform == Gem::Platform::RUBY || platform.nil? "#{name}-#{version}" else "#{name}-#{version}-#{platform}" end end ## # Returns the full name of this Gem (see `Gem::BasicSpecification#full_name`). # Information about where the gem is installed is also included if not # installed in the default GEM_HOME. def full_name_with_location if base_dir != Gem.dir "#{full_name} in #{base_dir}" else full_name end end ## # Full paths in the gem to add to <code>$LOAD_PATH</code> when this gem is # activated. def full_require_paths @full_require_paths ||= begin full_paths = raw_require_paths.map do |path| File.join full_gem_path, path end full_paths << extension_dir if have_extensions? full_paths end end ## # The path to the data directory for this gem. def datadir # TODO: drop the extra ", gem_name" which is uselessly redundant File.expand_path(File.join(gems_dir, full_name, "data", name)) end ## # Full path of the target library file. # If the file is not in this gem, return nil. def to_fullpath(path) if activated? @paths_map ||= {} Gem.suffixes.each do |suf| full_require_paths.each do |dir| fullpath = "#{dir}/#{path}#{suf}" next unless File.file?(fullpath) @paths_map[path] ||= fullpath end end @paths_map[path] end end ## # Returns the full path to this spec's gem directory. # eg: /usr/local/lib/ruby/1.8/gems/mygem-1.0 # # TODO: This is duplicated with #full_gem_path. Eventually either of them should be deprecated. def gem_dir @gem_dir ||= find_full_gem_path end ## # Returns the full path to the gems directory containing this spec's # gem directory. eg: /usr/local/lib/ruby/1.8/gems def gems_dir raise NotImplementedError end def internal_init # :nodoc: @extension_dir = nil @full_gem_path = nil @gem_dir = nil @ignored = nil end ## # Name of the gem def name raise NotImplementedError end ## # Platform of the gem def platform raise NotImplementedError end def raw_require_paths # :nodoc: raise NotImplementedError end ## # Paths in the gem to add to <code>$LOAD_PATH</code> when this gem is # activated. # # See also #require_paths= # # If you have an extension you do not need to add <code>"ext"</code> to the # require path, the extension build process will copy the extension files # into "lib" for you. # # The default value is <code>"lib"</code> # # Usage: # # # If all library files are in the root directory... # spec.require_path = '.' def require_paths return raw_require_paths unless have_extensions? [extension_dir].concat raw_require_paths end ## # Returns the paths to the source files for use with analysis and # documentation tools. These paths are relative to full_gem_path. def source_paths paths = raw_require_paths.dup if have_extensions? ext_dirs = extensions.map do |extension| extension.split(File::SEPARATOR, 2).first end.uniq paths.concat ext_dirs end paths.uniq end ## # Return all files in this gem that match for +glob+. def matches_for_glob(glob) # TODO: rename? glob = File.join(lib_dirs_glob, glob) Dir[glob] end ## # Returns the list of plugins in this spec. def plugins matches_for_glob("rubygems#{Gem.plugin_suffix_pattern}") end ## # Returns a string usable in Dir.glob to match all requirable paths # for this spec. def lib_dirs_glob dirs = if raw_require_paths if raw_require_paths.size > 1 "{#{raw_require_paths.join(",")}}" else raw_require_paths.first end else "lib" # default value for require_paths for bundler/inline end "#{full_gem_path}/#{dirs}" end ## # Return a Gem::Specification from this gem def to_spec raise NotImplementedError end ## # Version of the gem def version raise NotImplementedError end ## # Whether this specification is stubbed - i.e. we have information # about the gem from a stub line, without having to evaluate the # entire gemspec file. def stubbed? raise NotImplementedError end def this self end private def have_extensions? !extensions.empty? end def have_file?(file, suffixes) return true if raw_require_paths.any? do |path| base = File.join(gems_dir, full_name, path, file) suffixes.any? {|suf| File.file? base + suf } end if have_extensions? base = File.join extension_dir, file suffixes.any? {|suf| File.file? base + suf } else false end end end PK )J [�-�h� � & share/rubygems/rubygems/ci_detector.rbnu �[��� # frozen_string_literal: true module Gem module CIDetector # NOTE: Any changes made here will need to be made to both lib/rubygems/ci_detector.rb and # bundler/lib/bundler/ci_detector.rb (which are enforced duplicates). # TODO: Drop that duplication once bundler drops support for RubyGems 3.4 # # ## Recognized CI providers, their signifiers, and the relevant docs ## # # Travis CI - CI, TRAVIS https://docs.travis-ci.com/user/environment-variables/#default-environment-variables # Cirrus CI - CI, CIRRUS_CI https://cirrus-ci.org/guide/writing-tasks/#environment-variables # Circle CI - CI, CIRCLECI https://circleci.com/docs/variables/#built-in-environment-variables # Gitlab CI - CI, GITLAB_CI https://docs.gitlab.com/ee/ci/variables/ # AppVeyor - CI, APPVEYOR https://www.appveyor.com/docs/environment-variables/ # CodeShip - CI_NAME https://docs.cloudbees.com/docs/cloudbees-codeship/latest/pro-builds-and-configuration/environment-variables#_default_environment_variables # dsari - CI, DSARI https://github.com/rfinnie/dsari#running # Jenkins - BUILD_NUMBER https://www.jenkins.io/doc/book/pipeline/jenkinsfile/#using-environment-variables # TeamCity - TEAMCITY_VERSION https://www.jetbrains.com/help/teamcity/predefined-build-parameters.html#Predefined+Server+Build+Parameters # Appflow - CI_BUILD_ID https://ionic.io/docs/appflow/automation/environments#predefined-environments # TaskCluster - TASKCLUSTER_ROOT_URL https://docs.taskcluster.net/docs/manual/design/env-vars # Semaphore - CI, SEMAPHORE https://docs.semaphoreci.com/ci-cd-environment/environment-variables/ # BuildKite - CI, BUILDKITE https://buildkite.com/docs/pipelines/environment-variables # GoCD - GO_SERVER_URL https://docs.gocd.org/current/faq/dev_use_current_revision_in_build.html # GH Actions - CI, GITHUB_ACTIONS https://docs.github.com/en/actions/learn-github-actions/variables#default-environment-variables # # ### Some "standard" ENVs that multiple providers may set ### # # * CI - this is set by _most_ (but not all) CI providers now; it's approaching a standard. # * CI_NAME - Not as frequently used, but some providers set this to specify their own name # Any of these being set is a reasonably reliable indicator that we are # executing in a CI environment. ENV_INDICATORS = [ "CI", "CI_NAME", "CONTINUOUS_INTEGRATION", "BUILD_NUMBER", "CI_APP_ID", "CI_BUILD_ID", "CI_BUILD_NUMBER", "RUN_ID", "TASKCLUSTER_ROOT_URL", ].freeze # For each CI, this env suffices to indicate that we're on _that_ CI's # containers. (A few of them only supply a CI_NAME variable, which is also # nice). And if they set "CI" but we can't tell which one they are, we also # want to know that - a bare "ci" without another token tells us as much. ENV_DESCRIPTORS = { "TRAVIS" => "travis", "CIRCLECI" => "circle", "CIRRUS_CI" => "cirrus", "DSARI" => "dsari", "SEMAPHORE" => "semaphore", "JENKINS_URL" => "jenkins", "BUILDKITE" => "buildkite", "GO_SERVER_URL" => "go", "GITLAB_CI" => "gitlab", "GITHUB_ACTIONS" => "github", "TASKCLUSTER_ROOT_URL" => "taskcluster", "CI" => "ci", }.freeze def self.ci? ENV_INDICATORS.any? {|var| ENV.include?(var) } end def self.ci_strings matching_names = ENV_DESCRIPTORS.select {|env, _| ENV[env] }.values matching_names << ENV["CI_NAME"].downcase if ENV["CI_NAME"] matching_names.reject(&:empty?).sort.uniq end end end PK )J [z�x \ \ share/man/man5/gemfile.5nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "GEMFILE" "5" "March 2025" "" .SH "NAME" \fBGemfile\fR \- A format for describing gem dependencies for Ruby programs .SH "SYNOPSIS" A \fBGemfile\fR describes the gem dependencies required to execute associated Ruby code\. .P Place the \fBGemfile\fR in the root of the directory containing the associated code\. For instance, in a Rails application, place the \fBGemfile\fR in the same directory as the \fBRakefile\fR\. .SH "SYNTAX" A \fBGemfile\fR is evaluated as Ruby code, in a context which makes available a number of methods used to describe the gem requirements\. .SH "GLOBAL SOURCE" At the top of the \fBGemfile\fR, add a single line for the \fBRubyGems\fR source that contains the gems listed in the \fBGemfile\fR\. .IP "" 4 .nf source "https://rubygems\.org" .fi .IP "" 0 .P You can add only one global source\. In Bundler 1\.13, adding multiple global sources was deprecated\. The \fBsource\fR \fBMUST\fR be a valid RubyGems repository\. .P To use more than one source of RubyGems, you should use \fI\fBsource\fR block\fR\. .P A source is checked for gems following the heuristics described in \fISOURCE PRIORITY\fR\. .P \fBNote about a behavior of the feature deprecated in Bundler 1\.13\fR: If a gem is found in more than one global source, Bundler will print a warning after installing the gem indicating which source was used, and listing the other sources where the gem is available\. A specific source can be selected for gems that need to use a non\-standard repository, suppressing this warning, by using the \fI\fB:source\fR option\fR or \fBsource\fR block\. .SS "CREDENTIALS" Some gem sources require a username and password\. Use bundle config(1) \fIbundle\-config\.1\.html\fR to set the username and password for any of the sources that need it\. The command must be run once on each computer that will install the Gemfile, but this keeps the credentials from being stored in plain text in version control\. .IP "" 4 .nf bundle config gems\.example\.com user:password .fi .IP "" 0 .P For some sources, like a company Gemfury account, it may be easier to include the credentials in the Gemfile as part of the source URL\. .IP "" 4 .nf source "https://user:password@gems\.example\.com" .fi .IP "" 0 .P Credentials in the source URL will take precedence over credentials set using \fBconfig\fR\. .SH "RUBY" If your application requires a specific Ruby version or engine, specify your requirements using the \fBruby\fR method, with the following arguments\. All parameters are \fBOPTIONAL\fR unless otherwise specified\. .SS "VERSION (required)" The version of Ruby that your application requires\. If your application requires an alternate Ruby engine, such as JRuby, TruffleRuby, etc\., this should be the Ruby version that the engine is compatible with\. .IP "" 4 .nf ruby "3\.1\.2" .fi .IP "" 0 .P If you wish to derive your Ruby version from a version file (ie \.ruby\-version), you can use the \fBfile\fR option instead\. .IP "" 4 .nf ruby file: "\.ruby\-version" .fi .IP "" 0 .P The version file should conform to any of the following formats: .IP "\(bu" 4 \fB3\.1\.2\fR (\.ruby\-version) .IP "\(bu" 4 \fBruby 3\.1\.2\fR (\.tool\-versions, read: https://asdf\-vm\.com/manage/configuration\.html#tool\-versions) .IP "" 0 .SS "ENGINE" Each application \fImay\fR specify a Ruby engine\. If an engine is specified, an engine version \fImust\fR also be specified\. .P What exactly is an Engine? .IP "\(bu" 4 A Ruby engine is an implementation of the Ruby language\. .IP "\(bu" 4 For background: the reference or original implementation of the Ruby programming language is called Matz's Ruby Interpreter \fIhttps://en\.wikipedia\.org/wiki/Ruby_MRI\fR, or MRI for short\. This is named after Ruby creator Yukihiro Matsumoto, also known as Matz\. MRI is also known as CRuby, because it is written in C\. MRI is the most widely used Ruby engine\. .IP "\(bu" 4 Other implementations \fIhttps://www\.ruby\-lang\.org/en/about/\fR of Ruby exist\. Some of the more well\-known implementations include JRuby \fIhttps://www\.jruby\.org/\fR and TruffleRuby \fIhttps://www\.graalvm\.org/ruby/\fR\. Rubinius is an alternative implementation of Ruby written in Ruby\. JRuby is an implementation of Ruby on the JVM, short for Java Virtual Machine\. TruffleRuby is a Ruby implementation on the GraalVM, a language toolkit built on the JVM\. .IP "" 0 .SS "ENGINE VERSION" Each application \fImay\fR specify a Ruby engine version\. If an engine version is specified, an engine \fImust\fR also be specified\. If the engine is "ruby" the engine version specified \fImust\fR match the Ruby version\. .IP "" 4 .nf ruby "2\.6\.8", engine: "jruby", engine_version: "9\.3\.8\.0" .fi .IP "" 0 .SS "PATCHLEVEL" Each application \fImay\fR specify a Ruby patchlevel\. Specifying the patchlevel has been meaningless since Ruby 2\.1\.0 was released as the patchlevel is now uniquely determined by a combination of major, minor, and teeny version numbers\. .P This option was implemented in Bundler 1\.4\.0 for Ruby 2\.0 or earlier\. .IP "" 4 .nf ruby "3\.1\.2", patchlevel: "20" .fi .IP "" 0 .SH "GEMS" Specify gem requirements using the \fBgem\fR method, with the following arguments\. All parameters are \fBOPTIONAL\fR unless otherwise specified\. .SS "NAME (required)" For each gem requirement, list a single \fIgem\fR line\. .IP "" 4 .nf gem "nokogiri" .fi .IP "" 0 .SS "VERSION" Each \fIgem\fR \fBMAY\fR have one or more version specifiers\. .IP "" 4 .nf gem "nokogiri", ">= 1\.4\.2" gem "RedCloth", ">= 4\.1\.0", "< 4\.2\.0" .fi .IP "" 0 .SS "REQUIRE AS" Each \fIgem\fR \fBMAY\fR specify files that should be used when autorequiring via \fBBundler\.require\fR\. You may pass an array with multiple files or \fBtrue\fR if the file you want \fBrequired\fR has the same name as \fIgem\fR or \fBfalse\fR to prevent any file from being autorequired\. .IP "" 4 .nf gem "redis", require: ["redis/connection/hiredis", "redis"] gem "webmock", require: false gem "byebug", require: true .fi .IP "" 0 .P The argument defaults to the name of the gem\. For example, these are identical: .IP "" 4 .nf gem "nokogiri" gem "nokogiri", require: "nokogiri" gem "nokogiri", require: true .fi .IP "" 0 .SS "GROUPS" Each \fIgem\fR \fBMAY\fR specify membership in one or more groups\. Any \fIgem\fR that does not specify membership in any group is placed in the \fBdefault\fR group\. .IP "" 4 .nf gem "rspec", group: :test gem "wirble", groups: [:development, :test] .fi .IP "" 0 .P The Bundler runtime allows its two main methods, \fBBundler\.setup\fR and \fBBundler\.require\fR, to limit their impact to particular groups\. .IP "" 4 .nf # setup adds gems to Ruby's load path Bundler\.setup # defaults to all groups require "bundler/setup" # same as Bundler\.setup Bundler\.setup(:default) # only set up the _default_ group Bundler\.setup(:test) # only set up the _test_ group (but `not` _default_) Bundler\.setup(:default, :test) # set up the _default_ and _test_ groups, but no others # require requires all of the gems in the specified groups Bundler\.require # defaults to the _default_ group Bundler\.require(:default) # identical Bundler\.require(:default, :test) # requires the _default_ and _test_ groups Bundler\.require(:test) # requires the _test_ group .fi .IP "" 0 .P The Bundler CLI allows you to specify a list of groups whose gems \fBbundle install\fR should not install with the \fBwithout\fR configuration\. .P To specify multiple groups to ignore, specify a list of groups separated by spaces\. .IP "" 4 .nf bundle config set \-\-local without test bundle config set \-\-local without development test .fi .IP "" 0 .P Also, calling \fBBundler\.setup\fR with no parameters, or calling \fBrequire "bundler/setup"\fR will setup all groups except for the ones you excluded via \fB\-\-without\fR (since they are not available)\. .P Note that on \fBbundle install\fR, bundler downloads and evaluates all gems, in order to create a single canonical list of all of the required gems and their dependencies\. This means that you cannot list different versions of the same gems in different groups\. For more details, see Understanding Bundler \fIhttps://bundler\.io/rationale\.html\fR\. .SS "PLATFORMS" If a gem should only be used in a particular platform or set of platforms, you can specify them\. Platforms are essentially identical to groups, except that you do not need to use the \fB\-\-without\fR install\-time flag to exclude groups of gems for other platforms\. .P There are a number of \fBGemfile\fR platforms: .TP \fBruby\fR C Ruby (MRI), Rubinius, or TruffleRuby, but not Windows .TP \fBmri\fR C Ruby (MRI) only, but not Windows .TP \fBwindows\fR Windows C Ruby (MRI), including RubyInstaller 32\-bit and 64\-bit versions .TP \fBmswin\fR Windows C Ruby (MRI), including RubyInstaller 32\-bit versions .TP \fBmswin64\fR Windows C Ruby (MRI), including RubyInstaller 64\-bit versions .TP \fBrbx\fR Rubinius .TP \fBjruby\fR JRuby .TP \fBtruffleruby\fR TruffleRuby .P On platforms \fBruby\fR, \fBmri\fR, \fBmswin\fR, \fBmswin64\fR, and \fBwindows\fR, you may additionally specify a version by appending the major and minor version numbers without a delimiter\. For example, to specify that a gem should only be used on platform \fBruby\fR version 3\.1, use: .IP "" 4 .nf ruby_31 .fi .IP "" 0 .P As with groups (above), you may specify one or more platforms: .IP "" 4 .nf gem "weakling", platforms: :jruby gem "ruby\-debug", platforms: :mri_31 gem "nokogiri", platforms: [:windows_31, :jruby] .fi .IP "" 0 .P All operations involving groups (\fBbundle install\fR \fIbundle\-install\.1\.html\fR, \fBBundler\.setup\fR, \fBBundler\.require\fR) behave exactly the same as if any groups not matching the current platform were explicitly excluded\. .P The following platform values are deprecated and should be replaced with \fBwindows\fR: .IP "\(bu" 4 \fBmswin\fR, \fBmswin64\fR, \fBmingw32\fR, \fBx64_mingw\fR .IP "" 0 .P Note that, while unfortunately using the same terminology, the values of this option are different from the values that \fBbundle lock \-\-add\-platform\fR can take\. The values of this option are more closer to "Ruby Implementation" while the values that \fBbundle lock \-\-add\-platform\fR understands are more related to OS and architecture of the different systems where your lockfile will be used\. .SS "FORCE_RUBY_PLATFORM" If you always want the pure ruby variant of a gem to be chosen over platform specific variants, you can use the \fBforce_ruby_platform\fR option: .IP "" 4 .nf gem "ffi", force_ruby_platform: true .fi .IP "" 0 .P This can be handy (assuming the pure ruby variant works fine) when: .IP "\(bu" 4 You're having issues with the platform specific variant\. .IP "\(bu" 4 The platform specific variant does not yet support a newer ruby (and thus has a \fBrequired_ruby_version\fR upper bound), but you still want your Gemfile{\.lock} files to resolve under that ruby\. .IP "" 0 .SS "SOURCE" You can select an alternate RubyGems repository for a gem using the ':source' option\. .IP "" 4 .nf gem "some_internal_gem", source: "https://gems\.example\.com" .fi .IP "" 0 .P This forces the gem to be loaded from this source and ignores the global source declared at the top level of the file\. If the gem does not exist in this source, it will not be installed\. .P Bundler will search for child dependencies of this gem by first looking in the source selected for the parent, but if they are not found there, it will fall back on the global source\. .P \fBNote about a behavior of the feature deprecated in Bundler 1\.13\fR: Selecting a specific source repository this way also suppresses the ambiguous gem warning described above in \fIGLOBAL SOURCE\fR\. .P Using the \fB:source\fR option for an individual gem will also make that source available as a possible global source for any other gems which do not specify explicit sources\. Thus, when adding gems with explicit sources, it is recommended that you also ensure all other gems in the Gemfile are using explicit sources\. .SS "GIT" If necessary, you can specify that a gem is located at a particular git repository using the \fB:git\fR parameter\. The repository can be accessed via several protocols: .TP \fBHTTP(S)\fR gem "rails", git: "https://github\.com/rails/rails\.git" .TP \fBSSH\fR gem "rails", git: "git@github\.com:rails/rails\.git" .TP \fBgit\fR gem "rails", git: "git://github\.com/rails/rails\.git" .P If using SSH, the user that you use to run \fBbundle install\fR \fBMUST\fR have the appropriate keys available in their \fB$HOME/\.ssh\fR\. .P \fBNOTE\fR: \fBhttp://\fR and \fBgit://\fR URLs should be avoided if at all possible\. These protocols are unauthenticated, so a man\-in\-the\-middle attacker can deliver malicious code and compromise your system\. HTTPS and SSH are strongly preferred\. .P The \fBgroup\fR, \fBplatforms\fR, and \fBrequire\fR options are available and behave exactly the same as they would for a normal gem\. .P A git repository \fBSHOULD\fR have at least one file, at the root of the directory containing the gem, with the extension \fB\.gemspec\fR\. This file \fBMUST\fR contain a valid gem specification, as expected by the \fBgem build\fR command\. .P If a git repository does not have a \fB\.gemspec\fR, bundler will attempt to create one, but it will not contain any dependencies, executables, or C extension compilation instructions\. As a result, it may fail to properly integrate into your application\. .P If a git repository does have a \fB\.gemspec\fR for the gem you attached it to, a version specifier, if provided, means that the git repository is only valid if the \fB\.gemspec\fR specifies a version matching the version specifier\. If not, bundler will print a warning\. .IP "" 4 .nf gem "rails", "2\.3\.8", git: "https://github\.com/rails/rails\.git" # bundle install will fail, because the \.gemspec in the rails # repository's master branch specifies version 3\.0\.0 .fi .IP "" 0 .P If a git repository does \fBnot\fR have a \fB\.gemspec\fR for the gem you attached it to, a version specifier \fBMUST\fR be provided\. Bundler will use this version in the simple \fB\.gemspec\fR it creates\. .P Git repositories support a number of additional options\. .TP \fBbranch\fR, \fBtag\fR, and \fBref\fR You \fBMUST\fR only specify at most one of these options\. The default is \fBbranch: "master"\fR\. For example: .IP gem "rails", git: "https://github\.com/rails/rails\.git", branch: "5\-0\-stable" .IP gem "rails", git: "https://github\.com/rails/rails\.git", tag: "v5\.0\.0" .IP gem "rails", git: "https://github\.com/rails/rails\.git", ref: "4aded" .TP \fBsubmodules\fR For reference, a git submodule \fIhttps://git\-scm\.com/book/en/v2/Git\-Tools\-Submodules\fR lets you have another git repository within a subfolder of your repository\. Specify \fBsubmodules: true\fR to cause bundler to expand any submodules included in the git repository .P If a git repository contains multiple \fB\.gemspecs\fR, each \fB\.gemspec\fR represents a gem located at the same place in the file system as the \fB\.gemspec\fR\. .IP "" 4 .nf |~rails [git root] | |\-rails\.gemspec [rails gem located here] |~actionpack | |\-actionpack\.gemspec [actionpack gem located here] |~activesupport | |\-activesupport\.gemspec [activesupport gem located here] |\|\.\|\.\|\. .fi .IP "" 0 .P To install a gem located in a git repository, bundler changes to the directory containing the gemspec, runs \fBgem build name\.gemspec\fR and then installs the resulting gem\. The \fBgem build\fR command, which comes standard with Rubygems, evaluates the \fB\.gemspec\fR in the context of the directory in which it is located\. .SS "GIT SOURCE" A custom git source can be defined via the \fBgit_source\fR method\. Provide the source's name as an argument, and a block which receives a single argument and interpolates it into a string to return the full repo address: .IP "" 4 .nf git_source(:stash){ |repo_name| "https://stash\.corp\.acme\.pl/#{repo_name}\.git" } gem 'rails', stash: 'forks/rails' .fi .IP "" 0 .P In addition, if you wish to choose a specific branch: .IP "" 4 .nf gem "rails", stash: "forks/rails", branch: "branch_name" .fi .IP "" 0 .SS "GITHUB" \fBNOTE\fR: This shorthand should be avoided until Bundler 2\.0, since it currently expands to an insecure \fBgit://\fR URL\. This allows a man\-in\-the\-middle attacker to compromise your system\. .P If the git repository you want to use is hosted on GitHub and is public, you can use the :github shorthand to specify the github username and repository name (without the trailing "\.git"), separated by a slash\. If both the username and repository name are the same, you can omit one\. .IP "" 4 .nf gem "rails", github: "rails/rails" gem "rails", github: "rails" .fi .IP "" 0 .P Are both equivalent to .IP "" 4 .nf gem "rails", git: "https://github\.com/rails/rails\.git" .fi .IP "" 0 .P Since the \fBgithub\fR method is a specialization of \fBgit_source\fR, it accepts a \fB:branch\fR named argument\. .P You can also directly pass a pull request URL: .IP "" 4 .nf gem "rails", github: "https://github\.com/rails/rails/pull/43753" .fi .IP "" 0 .P Which is equivalent to: .IP "" 4 .nf gem "rails", github: "rails/rails", branch: "refs/pull/43753/head" .fi .IP "" 0 .SS "GIST" If the git repository you want to use is hosted as a GitHub Gist and is public, you can use the :gist shorthand to specify the gist identifier (without the trailing "\.git")\. .IP "" 4 .nf gem "the_hatch", gist: "4815162342" .fi .IP "" 0 .P Is equivalent to: .IP "" 4 .nf gem "the_hatch", git: "https://gist\.github\.com/4815162342\.git" .fi .IP "" 0 .P Since the \fBgist\fR method is a specialization of \fBgit_source\fR, it accepts a \fB:branch\fR named argument\. .SS "BITBUCKET" If the git repository you want to use is hosted on Bitbucket and is public, you can use the :bitbucket shorthand to specify the bitbucket username and repository name (without the trailing "\.git"), separated by a slash\. If both the username and repository name are the same, you can omit one\. .IP "" 4 .nf gem "rails", bitbucket: "rails/rails" gem "rails", bitbucket: "rails" .fi .IP "" 0 .P Are both equivalent to .IP "" 4 .nf gem "rails", git: "https://rails@bitbucket\.org/rails/rails\.git" .fi .IP "" 0 .P Since the \fBbitbucket\fR method is a specialization of \fBgit_source\fR, it accepts a \fB:branch\fR named argument\. .SS "PATH" You can specify that a gem is located in a particular location on the file system\. Relative paths are resolved relative to the directory containing the \fBGemfile\fR\. .P Similar to the semantics of the \fB:git\fR option, the \fB:path\fR option requires that the directory in question either contains a \fB\.gemspec\fR for the gem, or that you specify an explicit version that bundler should use\. .P Unlike \fB:git\fR, bundler does not compile C extensions for gems specified as paths\. .IP "" 4 .nf gem "rails", path: "vendor/rails" .fi .IP "" 0 .P If you would like to use multiple local gems directly from the filesystem, you can set a global \fBpath\fR option to the path containing the gem's files\. This will automatically load gemspec files from subdirectories\. .IP "" 4 .nf path 'components' do gem 'admin_ui' gem 'public_ui' end .fi .IP "" 0 .SH "BLOCK FORM OF SOURCE, GIT, PATH, GROUP and PLATFORMS" The \fB:source\fR, \fB:git\fR, \fB:path\fR, \fB:group\fR, and \fB:platforms\fR options may be applied to a group of gems by using block form\. .IP "" 4 .nf source "https://gems\.example\.com" do gem "some_internal_gem" gem "another_internal_gem" end git "https://github\.com/rails/rails\.git" do gem "activesupport" gem "actionpack" end platforms :ruby do gem "ruby\-debug" gem "sqlite3" end group :development, optional: true do gem "wirble" gem "faker" end .fi .IP "" 0 .P In the case of the group block form the :optional option can be given to prevent a group from being installed unless listed in the \fB\-\-with\fR option given to the \fBbundle install\fR command\. .P In the case of the \fBgit\fR block form, the \fB:ref\fR, \fB:branch\fR, \fB:tag\fR, and \fB:submodules\fR options may be passed to the \fBgit\fR method, and all gems in the block will inherit those options\. .P The presence of a \fBsource\fR block in a Gemfile also makes that source available as a possible global source for any other gems which do not specify explicit sources\. Thus, when defining source blocks, it is recommended that you also ensure all other gems in the Gemfile are using explicit sources, either via source blocks or \fB:source\fR directives on individual gems\. .SH "INSTALL_IF" The \fBinstall_if\fR method allows gems to be installed based on a proc or lambda\. This is especially useful for optional gems that can only be used if certain software is installed or some other conditions are met\. .IP "" 4 .nf install_if \-> { RUBY_PLATFORM =~ /darwin/ } do gem "pasteboard" end .fi .IP "" 0 .SH "GEMSPEC" The \fB\.gemspec\fR \fIhttps://guides\.rubygems\.org/specification\-reference/\fR file is where you provide metadata about your gem to Rubygems\. Some required Gemspec attributes include the name, description, and homepage of your gem\. This is also where you specify the dependencies your gem needs to run\. .P If you wish to use Bundler to help install dependencies for a gem while it is being developed, use the \fBgemspec\fR method to pull in the dependencies listed in the \fB\.gemspec\fR file\. .P The \fBgemspec\fR method adds any runtime dependencies as gem requirements in the default group\. It also adds development dependencies as gem requirements in the \fBdevelopment\fR group\. Finally, it adds a gem requirement on your project (\fBpath: '\.'\fR)\. In conjunction with \fBBundler\.setup\fR, this allows you to require project files in your test code as you would if the project were installed as a gem; you need not manipulate the load path manually or require project files via relative paths\. .P The \fBgemspec\fR method supports optional \fB:path\fR, \fB:glob\fR, \fB:name\fR, and \fB:development_group\fR options, which control where bundler looks for the \fB\.gemspec\fR, the glob it uses to look for the gemspec (defaults to: \fB{,*,*/*}\.gemspec\fR), what named \fB\.gemspec\fR it uses (if more than one is present), and which group development dependencies are included in\. .P When a \fBgemspec\fR dependency encounters version conflicts during resolution, the local version under development will always be selected \-\- even if there are remote versions that better match other requirements for the \fBgemspec\fR gem\. .SH "SOURCE PRIORITY" When attempting to locate a gem to satisfy a gem requirement, bundler uses the following priority order: .IP "1." 4 The source explicitly attached to the gem (using \fB:source\fR, \fB:path\fR, or \fB:git\fR) .IP "2." 4 For implicit gems (dependencies of explicit gems), any source, git, or path repository declared on the parent\. This results in bundler prioritizing the ActiveSupport gem from the Rails git repository over ones from \fBrubygems\.org\fR .IP "3." 4 If neither of the above conditions are met, the global source will be used\. If multiple global sources are specified, they will be prioritized from last to first, but this is deprecated since Bundler 1\.13, so Bundler prints a warning and will abort with an error in the future\. .IP "" 0 PK )J [�=�o o share/man/man1/bundle-doctor.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-DOCTOR" "1" "March 2025" "" .SH "NAME" \fBbundle\-doctor\fR \- Checks the bundle for common problems .SH "SYNOPSIS" \fBbundle doctor\fR [\-\-quiet] [\-\-gemfile=GEMFILE] .SH "DESCRIPTION" Checks your Gemfile and gem environment for common problems\. If issues are detected, Bundler prints them and exits status 1\. Otherwise, Bundler prints a success message and exits status 0\. .P Examples of common problems caught by bundle\-doctor include: .IP "\(bu" 4 Invalid Bundler settings .IP "\(bu" 4 Mismatched Ruby versions .IP "\(bu" 4 Mismatched platforms .IP "\(bu" 4 Uninstalled gems .IP "\(bu" 4 Missing dependencies .IP "" 0 .SH "OPTIONS" .TP \fB\-\-quiet\fR Only output warnings and errors\. .TP \fB\-\-gemfile=GEMFILE\fR The location of the Gemfile(5) which Bundler should use\. This defaults to a Gemfile(5) in the current working directory\. In general, Bundler will assume that the location of the Gemfile(5) is also the project's root and will try to find \fBGemfile\.lock\fR and \fBvendor/cache\fR relative to this location\. PK )J [$��$D D share/man/man1/bundle-exec.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-EXEC" "1" "March 2025" "" .SH "NAME" \fBbundle\-exec\fR \- Execute a command in the context of the bundle .SH "SYNOPSIS" \fBbundle exec\fR [\-\-keep\-file\-descriptors] [\-\-gemfile=GEMFILE] \fIcommand\fR .SH "DESCRIPTION" This command executes the command, making all gems specified in the [\fBGemfile(5)\fR][Gemfile(5)] available to \fBrequire\fR in Ruby programs\. .P Essentially, if you would normally have run something like \fBrspec spec/my_spec\.rb\fR, and you want to use the gems specified in the [\fBGemfile(5)\fR][Gemfile(5)] and installed via bundle install(1) \fIbundle\-install\.1\.html\fR, you should run \fBbundle exec rspec spec/my_spec\.rb\fR\. .P Note that \fBbundle exec\fR does not require that an executable is available on your shell's \fB$PATH\fR\. .SH "OPTIONS" .TP \fB\-\-keep\-file\-descriptors\fR Passes all file descriptors to the new processes\. Default is true from bundler version 2\.2\.26\. Setting it to false is now deprecated\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of [\fBGemfile(5)\fR][Gemfile(5)]\. .SH "BUNDLE INSTALL \-\-BINSTUBS" If you use the \fB\-\-binstubs\fR flag in bundle install(1) \fIbundle\-install\.1\.html\fR, Bundler will automatically create a directory (which defaults to \fBapp_root/bin\fR) containing all of the executables available from gems in the bundle\. .P After using \fB\-\-binstubs\fR, \fBbin/rspec spec/my_spec\.rb\fR is identical to \fBbundle exec rspec spec/my_spec\.rb\fR\. .SH "ENVIRONMENT MODIFICATIONS" \fBbundle exec\fR makes a number of changes to the shell environment, then executes the command you specify in full\. .IP "\(bu" 4 make sure that it's still possible to shell out to \fBbundle\fR from inside a command invoked by \fBbundle exec\fR (using \fB$BUNDLE_BIN_PATH\fR) .IP "\(bu" 4 put the directory containing executables (like \fBrails\fR, \fBrspec\fR, \fBrackup\fR) for your bundle on \fB$PATH\fR .IP "\(bu" 4 make sure that if bundler is invoked in the subshell, it uses the same \fBGemfile\fR (by setting \fBBUNDLE_GEMFILE\fR) .IP "\(bu" 4 add \fB\-rbundler/setup\fR to \fB$RUBYOPT\fR, which makes sure that Ruby programs invoked in the subshell can see the gems in the bundle .IP "" 0 .P It also modifies Rubygems: .IP "\(bu" 4 disallow loading additional gems not in the bundle .IP "\(bu" 4 modify the \fBgem\fR method to be a no\-op if a gem matching the requirements is in the bundle, and to raise a \fBGem::LoadError\fR if it's not .IP "\(bu" 4 Define \fBGem\.refresh\fR to be a no\-op, since the source index is always frozen when using bundler, and to prevent gems from the system leaking into the environment .IP "\(bu" 4 Override \fBGem\.bin_path\fR to use the gems in the bundle, making system executables work .IP "\(bu" 4 Add all gems in the bundle into Gem\.loaded_specs .IP "" 0 .P Finally, \fBbundle exec\fR also implicitly modifies \fBGemfile\.lock\fR if the lockfile and the Gemfile do not match\. Bundler needs the Gemfile to determine things such as a gem's groups, \fBautorequire\fR, and platforms, etc\., and that information isn't stored in the lockfile\. The Gemfile and lockfile must be synced in order to \fBbundle exec\fR successfully, so \fBbundle exec\fR updates the lockfile beforehand\. .SS "Loading" By default, when attempting to \fBbundle exec\fR to a file with a ruby shebang, Bundler will \fBKernel\.load\fR that file instead of using \fBKernel\.exec\fR\. For the vast majority of cases, this is a performance improvement\. In a rare few cases, this could cause some subtle side\-effects (such as dependence on the exact contents of \fB$0\fR or \fB__FILE__\fR) and the optimization can be disabled by enabling the \fBdisable_exec_load\fR setting\. .SS "Shelling out" Any Ruby code that opens a subshell (like \fBsystem\fR, backticks, or \fB%x{}\fR) will automatically use the current Bundler environment\. If you need to shell out to a Ruby command that is not part of your current bundle, use the \fBwith_unbundled_env\fR method with a block\. Any subshells created inside the block will be given the environment present before Bundler was activated\. For example, Homebrew commands run Ruby, but don't work inside a bundle: .IP "" 4 .nf Bundler\.with_unbundled_env do `brew install wget` end .fi .IP "" 0 .P Using \fBwith_unbundled_env\fR is also necessary if you are shelling out to a different bundle\. Any Bundler commands run in a subshell will inherit the current Gemfile, so commands that need to run in the context of a different bundle also need to use \fBwith_unbundled_env\fR\. .IP "" 4 .nf Bundler\.with_unbundled_env do Dir\.chdir "/other/bundler/project" do `bundle exec \./script` end end .fi .IP "" 0 .P Bundler provides convenience helpers that wrap \fBsystem\fR and \fBexec\fR, and they can be used like this: .IP "" 4 .nf Bundler\.unbundled_system('brew install wget') Bundler\.unbundled_exec('brew install wget') .fi .IP "" 0 .SH "RUBYGEMS PLUGINS" At present, the Rubygems plugin system requires all files named \fBrubygems_plugin\.rb\fR on the load path of \fIany\fR installed gem when any Ruby code requires \fBrubygems\.rb\fR\. This includes executables installed into the system, like \fBrails\fR, \fBrackup\fR, and \fBrspec\fR\. .P Since Rubygems plugins can contain arbitrary Ruby code, they commonly end up activating themselves or their dependencies\. .P For instance, the \fBgemcutter 0\.5\fR gem depended on \fBjson_pure\fR\. If you had that version of gemcutter installed (even if you \fIalso\fR had a newer version without this problem), Rubygems would activate \fBgemcutter 0\.5\fR and \fBjson_pure <latest>\fR\. .P If your Gemfile(5) also contained \fBjson_pure\fR (or a gem with a dependency on \fBjson_pure\fR), the latest version on your system might conflict with the version in your Gemfile(5), or the snapshot version in your \fBGemfile\.lock\fR\. .P If this happens, bundler will say: .IP "" 4 .nf You have already activated json_pure 1\.4\.6 but your Gemfile requires json_pure 1\.4\.3\. Consider using bundle exec\. .fi .IP "" 0 .P In this situation, you almost certainly want to remove the underlying gem with the problematic gem plugin\. In general, the authors of these plugins (in this case, the \fBgemcutter\fR gem) have released newer versions that are more careful in their plugins\. .P You can find a list of all the gems containing gem plugins by running .IP "" 4 .nf ruby \-e "puts Gem\.find_files('rubygems_plugin\.rb')" .fi .IP "" 0 .P At the very least, you should remove all but the newest version of each gem plugin, and also remove all gem plugins that you aren't using (\fBgem uninstall gem_name\fR)\. PK )J [i I�r r share/man/man1/bundle-plugin.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-PLUGIN" "1" "March 2025" "" .SH "NAME" \fBbundle\-plugin\fR \- Manage Bundler plugins .SH "SYNOPSIS" \fBbundle plugin\fR install PLUGINS [\-\-source=\fISOURCE\fR] [\-\-version=\fIversion\fR] [\-\-git=\fIgit\-url\fR] [\-\-branch=\fIbranch\fR|\-\-ref=\fIrev\fR] [\-\-path=\fIpath\fR] .br \fBbundle plugin\fR uninstall PLUGINS .br \fBbundle plugin\fR list .br \fBbundle plugin\fR help [COMMAND] .SH "DESCRIPTION" You can install, uninstall, and list plugin(s) with this command to extend functionalities of Bundler\. .SH "SUB\-COMMANDS" .SS "install" Install the given plugin(s)\. .TP \fBbundle plugin install bundler\-graph\fR Install bundler\-graph gem from globally configured sources (defaults to RubyGems\.org)\. The global source, specified in source in Gemfile is ignored\. .TP \fBbundle plugin install bundler\-graph \-\-source https://example\.com\fR Install bundler\-graph gem from example\.com\. The global source, specified in source in Gemfile is not considered\. .TP \fBbundle plugin install bundler\-graph \-\-version 0\.2\.1\fR You can specify the version of the gem via \fB\-\-version\fR\. .TP \fBbundle plugin install bundler\-graph \-\-git https://github\.com/rubygems/bundler\-graph\fR Install bundler\-graph gem from Git repository\. You can use standard Git URLs like: .IP \fBssh://[user@]host\.xz[:port]/path/to/repo\.git\fR .br \fBhttp[s]://host\.xz[:port]/path/to/repo\.git\fR .br \fB/path/to/repo\fR .br \fBfile:///path/to/repo\fR .IP When you specify \fB\-\-git\fR, you can use \fB\-\-branch\fR or \fB\-\-ref\fR to specify any branch, tag, or commit hash (revision) to use\. .TP \fBbundle plugin install bundler\-graph \-\-path \.\./bundler\-graph\fR Install bundler\-graph gem from a local path\. .SS "uninstall" Uninstall the plugin(s) specified in PLUGINS\. .SS "list" List the installed plugins and available commands\. .P No options\. .SS "help" Describe subcommands or one specific subcommand\. .P No options\. .SH "SEE ALSO" .IP "\(bu" 4 How to write a Bundler plugin \fIhttps://bundler\.io/guides/bundler_plugins\.html\fR .IP "" 0 PK )J [�Wj R R share/man/man1/bundle-env.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-ENV" "1" "March 2025" "" .SH "NAME" \fBbundle\-env\fR \- Print information about the environment Bundler is running under .SH "SYNOPSIS" \fBbundle env\fR .SH "DESCRIPTION" Prints information about the environment Bundler is running under\. PK )J [�(� share/man/man1/bundle-info.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INFO" "1" "March 2025" "" .SH "NAME" \fBbundle\-info\fR \- Show information for the given gem in your bundle .SH "SYNOPSIS" \fBbundle info\fR [GEM_NAME] [\-\-path] [\-\-version] .SH "DESCRIPTION" Given a gem name present in your bundle, print the basic information about it such as homepage, version, path and summary\. .SH "OPTIONS" .TP \fB\-\-path\fR Print the path of the given gem .TP \fB\-\-version\fR Print gem version PK )J [�w.od6 d6 share/man/man1/bundle-update.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-UPDATE" "1" "March 2025" "" .SH "NAME" \fBbundle\-update\fR \- Update your gems to the latest available versions .SH "SYNOPSIS" \fBbundle update\fR \fI*gems\fR [\-\-all] [\-\-group=NAME] [\-\-source=NAME] [\-\-local] [\-\-ruby] [\-\-bundler[=VERSION]] [\-\-full\-index] [\-\-gemfile=GEMFILE] [\-\-jobs=NUMBER] [\-\-quiet] [\-\-patch|\-\-minor|\-\-major] [\-\-pre] [\-\-redownload] [\-\-strict] [\-\-conservative] .SH "DESCRIPTION" Update the gems specified (all gems, if \fB\-\-all\fR flag is used), ignoring the previously installed gems specified in the \fBGemfile\.lock\fR\. In general, you should use bundle install(1) \fIbundle\-install\.1\.html\fR to install the same exact gems and versions across machines\. .P You would use \fBbundle update\fR to explicitly update the version of a gem\. .SH "OPTIONS" .TP \fB\-\-all\fR Update all gems specified in Gemfile\. .TP \fB\-\-group=<list>\fR, \fB\-g=<list>\fR Only update the gems in the specified group\. For instance, you can update all gems in the development group with \fBbundle update \-\-group development\fR\. You can also call \fBbundle update rails \-\-group test\fR to update the rails gem and all gems in the test group, for example\. .TP \fB\-\-source=<list>\fR The name of a \fB:git\fR or \fB:path\fR source used in the Gemfile(5)\. For instance, with a \fB:git\fR source of \fBhttp://github\.com/rails/rails\.git\fR, you would call \fBbundle update \-\-source rails\fR .TP \fB\-\-local\fR Do not attempt to fetch gems remotely and use the gem cache instead\. .TP \fB\-\-ruby\fR Update the locked version of Ruby to the current version of Ruby\. .TP \fB\-\-bundler[=BUNDLER]\fR Update the locked version of bundler to the invoked bundler version\. .TP \fB\-\-full\-index\fR Fall back to using the single\-file index of all gems\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of [\fBGemfile(5)\fR][Gemfile(5)]\. .TP \fB\-\-jobs=<number>\fR, \fB\-j=<number>\fR Specify the number of jobs to run in parallel\. The default is the number of available processors\. .TP \fB\-\-retry=[<number>]\fR Retry failed network or git requests for \fInumber\fR times\. .TP \fB\-\-quiet\fR Only output warnings and errors\. .TP \fB\-\-redownload\fR, \fB\-\-force\fR Force downloading every gem\. .TP \fB\-\-patch\fR Prefer updating only to next patch version\. .TP \fB\-\-minor\fR Prefer updating only to next minor version\. .TP \fB\-\-major\fR Prefer updating to next major version (default)\. .TP \fB\-\-pre\fR Always choose the highest allowed version, regardless of prerelease status\. .TP \fB\-\-strict\fR Do not allow any gem to be updated past latest \fB\-\-patch\fR | \fB\-\-minor\fR | \fB\-\-major\fR\. .TP \fB\-\-conservative\fR Use bundle install conservative update behavior and do not allow indirect dependencies to be updated\. .SH "UPDATING ALL GEMS" If you run \fBbundle update \-\-all\fR, bundler will ignore any previously installed gems and resolve all dependencies again based on the latest versions of all gems available in the sources\. .P Consider the following Gemfile(5): .IP "" 4 .nf source "https://rubygems\.org" gem "rails", "3\.0\.0\.rc" gem "nokogiri" .fi .IP "" 0 .P When you run bundle install(1) \fIbundle\-install\.1\.html\fR the first time, bundler will resolve all of the dependencies, all the way down, and install what you need: .IP "" 4 .nf Fetching gem metadata from https://rubygems\.org/\|\.\|\.\|\.\|\.\|\.\|\.\|\.\|\.\|\. Resolving dependencies\|\.\|\.\|\. Installing builder 2\.1\.2 Installing abstract 1\.0\.0 Installing rack 1\.2\.8 Using bundler 1\.7\.6 Installing rake 10\.4\.0 Installing polyglot 0\.3\.5 Installing mime\-types 1\.25\.1 Installing i18n 0\.4\.2 Installing mini_portile 0\.6\.1 Installing tzinfo 0\.3\.42 Installing rack\-mount 0\.6\.14 Installing rack\-test 0\.5\.7 Installing treetop 1\.4\.15 Installing thor 0\.14\.6 Installing activesupport 3\.0\.0\.rc Installing erubis 2\.6\.6 Installing activemodel 3\.0\.0\.rc Installing arel 0\.4\.0 Installing mail 2\.2\.20 Installing activeresource 3\.0\.0\.rc Installing actionpack 3\.0\.0\.rc Installing activerecord 3\.0\.0\.rc Installing actionmailer 3\.0\.0\.rc Installing railties 3\.0\.0\.rc Installing rails 3\.0\.0\.rc Installing nokogiri 1\.6\.5 Bundle complete! 2 Gemfile dependencies, 26 gems total\. Use `bundle show [gemname]` to see where a bundled gem is installed\. .fi .IP "" 0 .P As you can see, even though you have two gems in the Gemfile(5), your application needs 26 different gems in order to run\. Bundler remembers the exact versions it installed in \fBGemfile\.lock\fR\. The next time you run bundle install(1) \fIbundle\-install\.1\.html\fR, bundler skips the dependency resolution and installs the same gems as it installed last time\. .P After checking in the \fBGemfile\.lock\fR into version control and cloning it on another machine, running bundle install(1) \fIbundle\-install\.1\.html\fR will \fIstill\fR install the gems that you installed last time\. You don't need to worry that a new release of \fBerubis\fR or \fBmail\fR changes the gems you use\. .P However, from time to time, you might want to update the gems you are using to the newest versions that still match the gems in your Gemfile(5)\. .P To do this, run \fBbundle update \-\-all\fR, which will ignore the \fBGemfile\.lock\fR, and resolve all the dependencies again\. Keep in mind that this process can result in a significantly different set of the 25 gems, based on the requirements of new gems that the gem authors released since the last time you ran \fBbundle update \-\-all\fR\. .SH "UPDATING A LIST OF GEMS" Sometimes, you want to update a single gem in the Gemfile(5), and leave the rest of the gems that you specified locked to the versions in the \fBGemfile\.lock\fR\. .P For instance, in the scenario above, imagine that \fBnokogiri\fR releases version \fB1\.4\.4\fR, and you want to update it \fIwithout\fR updating Rails and all of its dependencies\. To do this, run \fBbundle update nokogiri\fR\. .P Bundler will update \fBnokogiri\fR and any of its dependencies, but leave alone Rails and its dependencies\. .SH "OVERLAPPING DEPENDENCIES" Sometimes, multiple gems declared in your Gemfile(5) are satisfied by the same second\-level dependency\. For instance, consider the case of \fBthin\fR and \fBrack\-perftools\-profiler\fR\. .IP "" 4 .nf source "https://rubygems\.org" gem "thin" gem "rack\-perftools\-profiler" .fi .IP "" 0 .P The \fBthin\fR gem depends on \fBrack >= 1\.0\fR, while \fBrack\-perftools\-profiler\fR depends on \fBrack ~> 1\.0\fR\. If you run bundle install, you get: .IP "" 4 .nf Fetching source index for https://rubygems\.org/ Installing daemons (1\.1\.0) Installing eventmachine (0\.12\.10) with native extensions Installing open4 (1\.0\.1) Installing perftools\.rb (0\.4\.7) with native extensions Installing rack (1\.2\.1) Installing rack\-perftools_profiler (0\.0\.2) Installing thin (1\.2\.7) with native extensions Using bundler (1\.0\.0\.rc\.3) .fi .IP "" 0 .P In this case, the two gems have their own set of dependencies, but they share \fBrack\fR in common\. If you run \fBbundle update thin\fR, bundler will update \fBdaemons\fR, \fBeventmachine\fR and \fBrack\fR, which are dependencies of \fBthin\fR, but not \fBopen4\fR or \fBperftools\.rb\fR, which are dependencies of \fBrack\-perftools_profiler\fR\. Note that \fBbundle update thin\fR will update \fBrack\fR even though it's \fIalso\fR a dependency of \fBrack\-perftools_profiler\fR\. .P In short, by default, when you update a gem using \fBbundle update\fR, bundler will update all dependencies of that gem, including those that are also dependencies of another gem\. .P To prevent updating indirect dependencies, prior to version 1\.14 the only option was the \fBCONSERVATIVE UPDATING\fR behavior in bundle install(1) \fIbundle\-install\.1\.html\fR: .P In this scenario, updating the \fBthin\fR version manually in the Gemfile(5), and then running bundle install(1) \fIbundle\-install\.1\.html\fR will only update \fBdaemons\fR and \fBeventmachine\fR, but not \fBrack\fR\. For more information, see the \fBCONSERVATIVE UPDATING\fR section of bundle install(1) \fIbundle\-install\.1\.html\fR\. .P Starting with 1\.14, specifying the \fB\-\-conservative\fR option will also prevent indirect dependencies from being updated\. .SH "PATCH LEVEL OPTIONS" Version 1\.14 introduced 4 patch\-level options that will influence how gem versions are resolved\. One of the following options can be used: \fB\-\-patch\fR, \fB\-\-minor\fR or \fB\-\-major\fR\. \fB\-\-strict\fR can be added to further influence resolution\. .TP \fB\-\-patch\fR Prefer updating only to next patch version\. .TP \fB\-\-minor\fR Prefer updating only to next minor version\. .TP \fB\-\-major\fR Prefer updating to next major version (default)\. .TP \fB\-\-strict\fR Do not allow any gem to be updated past latest \fB\-\-patch\fR | \fB\-\-minor\fR | \fB\-\-major\fR\. .P When Bundler is resolving what versions to use to satisfy declared requirements in the Gemfile or in parent gems, it looks up all available versions, filters out any versions that don't satisfy the requirement, and then, by default, sorts them from newest to oldest, considering them in that order\. .P Providing one of the patch level options (e\.g\. \fB\-\-patch\fR) changes the sort order of the satisfying versions, causing Bundler to consider the latest \fB\-\-patch\fR or \fB\-\-minor\fR version available before other versions\. Note that versions outside the stated patch level could still be resolved to if necessary to find a suitable dependency graph\. .P For example, if gem 'foo' is locked at 1\.0\.2, with no gem requirement defined in the Gemfile, and versions 1\.0\.3, 1\.0\.4, 1\.1\.0, 1\.1\.1, 2\.0\.0 all exist, the default order of preference by default (\fB\-\-major\fR) will be "2\.0\.0, 1\.1\.1, 1\.1\.0, 1\.0\.4, 1\.0\.3, 1\.0\.2"\. .P If the \fB\-\-patch\fR option is used, the order of preference will change to "1\.0\.4, 1\.0\.3, 1\.0\.2, 1\.1\.1, 1\.1\.0, 2\.0\.0"\. .P If the \fB\-\-minor\fR option is used, the order of preference will change to "1\.1\.1, 1\.1\.0, 1\.0\.4, 1\.0\.3, 1\.0\.2, 2\.0\.0"\. .P Combining the \fB\-\-strict\fR option with any of the patch level options will remove any versions beyond the scope of the patch level option, to ensure that no gem is updated that far\. .P To continue the previous example, if both \fB\-\-patch\fR and \fB\-\-strict\fR options are used, the available versions for resolution would be "1\.0\.4, 1\.0\.3, 1\.0\.2"\. If \fB\-\-minor\fR and \fB\-\-strict\fR are used, it would be "1\.1\.1, 1\.1\.0, 1\.0\.4, 1\.0\.3, 1\.0\.2"\. .P Gem requirements as defined in the Gemfile will still be the first determining factor for what versions are available\. If the gem requirement for \fBfoo\fR in the Gemfile is '~> 1\.0', that will accomplish the same thing as providing the \fB\-\-minor\fR and \fB\-\-strict\fR options\. .SH "PATCH LEVEL EXAMPLES" Given the following gem specifications: .IP "" 4 .nf foo 1\.4\.3, requires: ~> bar 2\.0 foo 1\.4\.4, requires: ~> bar 2\.0 foo 1\.4\.5, requires: ~> bar 2\.1 foo 1\.5\.0, requires: ~> bar 2\.1 foo 1\.5\.1, requires: ~> bar 3\.0 bar with versions 2\.0\.3, 2\.0\.4, 2\.1\.0, 2\.1\.1, 3\.0\.0 .fi .IP "" 0 .P Gemfile: .IP "" 4 .nf gem 'foo' .fi .IP "" 0 .P Gemfile\.lock: .IP "" 4 .nf foo (1\.4\.3) bar (~> 2\.0) bar (2\.0\.3) .fi .IP "" 0 .P Cases: .IP "" 4 .nf # Command Line Result \-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\- 1 bundle update \-\-patch 'foo 1\.4\.5', 'bar 2\.1\.1' 2 bundle update \-\-patch foo 'foo 1\.4\.5', 'bar 2\.1\.1' 3 bundle update \-\-minor 'foo 1\.5\.1', 'bar 3\.0\.0' 4 bundle update \-\-minor \-\-strict 'foo 1\.5\.0', 'bar 2\.1\.1' 5 bundle update \-\-patch \-\-strict 'foo 1\.4\.4', 'bar 2\.0\.4' .fi .IP "" 0 .P In case 1, bar is upgraded to 2\.1\.1, a minor version increase, because the dependency from foo 1\.4\.5 required it\. .P In case 2, only foo is requested to be unlocked, but bar is also allowed to move because it's not a declared dependency in the Gemfile\. .P In case 3, bar goes up a whole major release, because a minor increase is preferred now for foo, and when it goes to 1\.5\.1, it requires 3\.0\.0 of bar\. .P In case 4, foo is preferred up to a minor version, but 1\.5\.1 won't work because the \-\-strict flag removes bar 3\.0\.0 from consideration since it's a major increment\. .P In case 5, both foo and bar have any minor or major increments removed from consideration because of the \-\-strict flag, so the most they can move is up to 1\.4\.4 and 2\.0\.4\. .SH "RECOMMENDED WORKFLOW" In general, when working with an application managed with bundler, you should use the following workflow: .IP "\(bu" 4 After you create your Gemfile(5) for the first time, run .IP $ bundle install .IP "\(bu" 4 Check the resulting \fBGemfile\.lock\fR into version control .IP $ git add Gemfile\.lock .IP "\(bu" 4 When checking out this repository on another development machine, run .IP $ bundle install .IP "\(bu" 4 When checking out this repository on a deployment machine, run .IP $ bundle install \-\-deployment .IP "\(bu" 4 After changing the Gemfile(5) to reflect a new or update dependency, run .IP $ bundle install .IP "\(bu" 4 Make sure to check the updated \fBGemfile\.lock\fR into version control .IP $ git add Gemfile\.lock .IP "\(bu" 4 If bundle install(1) \fIbundle\-install\.1\.html\fR reports a conflict, manually update the specific gems that you changed in the Gemfile(5) .IP $ bundle update rails thin .IP "\(bu" 4 If you want to update all the gems to the latest possible versions that still match the gems listed in the Gemfile(5), run .IP $ bundle update \-\-all .IP "" 0 PK )J [!�� share/man/man1/bundle-open.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-OPEN" "1" "March 2025" "" .SH "NAME" \fBbundle\-open\fR \- Opens the source directory for a gem in your bundle .SH "SYNOPSIS" \fBbundle open\fR [GEM] [\-\-path=PATH] .SH "DESCRIPTION" Opens the source directory of the provided GEM in your editor\. .P For this to work the \fBEDITOR\fR or \fBBUNDLER_EDITOR\fR environment variable has to be set\. .P Example: .IP "" 4 .nf bundle open 'rack' .fi .IP "" 0 .P Will open the source directory for the 'rack' gem in your bundle\. .IP "" 4 .nf bundle open 'rack' \-\-path 'README\.md' .fi .IP "" 0 .P Will open the README\.md file of the 'rack' gem source in your bundle\. .SH "OPTIONS" .TP \fB\-\-path[=PATH]\fR Specify GEM source relative path to open\. PK )J [ � share/man/man1/bundle-issue.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-ISSUE" "1" "March 2025" "" .SH "NAME" \fBbundle\-issue\fR \- Get help reporting Bundler issues .SH "SYNOPSIS" \fBbundle issue\fR .SH "DESCRIPTION" Provides guidance on reporting Bundler issues and outputs detailed system information that should be included when filing a bug report\. This command: .IP "1." 4 Displays links to troubleshooting resources .IP "2." 4 Shows instructions for reporting issues .IP "3." 4 Outputs comprehensive environment information needed for debugging .IP "" 0 .P The command helps ensure that bug reports include all necessary system details for effective troubleshooting\. .SH "OUTPUT" The command outputs several sections: .IP "\(bu" 4 Troubleshooting links and resources .IP "\(bu" 4 Link to the GitHub issue template .IP "\(bu" 4 Environment information including: Bundler version and platforms, Ruby version and configuration, RubyGems version and paths, Development tool versions (Git, RVM, rbenv, chruby) .IP "\(bu" 4 Bundler build metadata .IP "\(bu" 4 Current Bundler settings .IP "\(bu" 4 Bundle Doctor output .IP "" 0 .SH "EXAMPLES" Get issue reporting information: .IP "" 4 .nf $ bundle issue .fi .IP "" 0 .SH "SEE ALSO" .IP "\(bu" 4 bundle\-doctor(1) .IP "" 0 PK )J [w��� share/man/man1/bundle-show.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-SHOW" "1" "March 2025" "" .SH "NAME" \fBbundle\-show\fR \- Shows all the gems in your bundle, or the path to a gem .SH "SYNOPSIS" \fBbundle show\fR [GEM] [\-\-paths] [\-\-outdated] .SH "DESCRIPTION" Without the [GEM] option, \fBshow\fR will print a list of the names and versions of all gems that are required by your [\fBGemfile(5)\fR][Gemfile(5)], sorted by name\. .P Calling show with [GEM] will list the exact location of that gem on your machine\. .SH "OPTIONS" .TP \fB\-\-paths\fR List the paths of all gems that are required by your [\fBGemfile(5)\fR][Gemfile(5)], sorted by gem name\. .TP \fB\-\-outdated\fR Show verbose output including whether gems are outdated\. PK )J [�ǘD� � share/man/man1/bundle-console.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CONSOLE" "1" "March 2025" "" .SH "NAME" \fBbundle\-console\fR \- Open an IRB session with the bundle pre\-loaded .SH "SYNOPSIS" \fBbundle console\fR [GROUP] .SH "DESCRIPTION" Starts an interactive Ruby console session in the context of the current bundle\. .P If no \fBGROUP\fR is specified, all gems in the \fBdefault\fR group in the Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR are preliminarily loaded\. .P If \fBGROUP\fR is specified, all gems in the given group in the Gemfile in addition to the gems in \fBdefault\fR group are loaded\. Even if the given group does not exist in the Gemfile, IRB console starts without any warning or error\. .P The environment variable \fBBUNDLE_CONSOLE\fR or \fBbundle config set console\fR can be used to change the shell from the following: .IP "\(bu" 4 \fBirb\fR (default) .IP "\(bu" 4 \fBpry\fR (https://github\.com/pry/pry) .IP "\(bu" 4 \fBripl\fR (https://github\.com/cldwalker/ripl) .IP "" 0 .P \fBbundle console\fR uses irb by default\. An alternative Pry or Ripl can be used with \fBbundle console\fR by adjusting the \fBconsole\fR Bundler setting\. Also make sure that \fBpry\fR or \fBripl\fR is in your Gemfile\. .SH "EXAMPLE" .nf $ bundle config set console pry $ bundle console Resolving dependencies\|\.\|\.\|\. [1] pry(main)> .fi .SH "SEE ALSO" Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR PK )J [���� � share/man/man1/rake.1nu �[��� .Dd June 12, 2016 .Dt RAKE 1 .Os rake 11.2.2 .Sh NAME .Nm rake .Nd make-like build utility for Ruby .Sh SYNOPSIS .Nm .Op Fl f Ar rakefile .Op Ar options .Ar targets ... .Sh DESCRIPTION .Nm is a .Xr make 1 Ns -like build utility for Ruby. Tasks and dependencies are specified in standard Ruby syntax. .Sh OPTIONS .Bl -tag -width Ds .It Fl m , Fl -multitask Treat all tasks as multitasks. .It Fl B , Fl -build-all Build all prerequisites, including those which are up\-to\-date. .It Fl j , Fl -jobs Ar num_jobs Specifies the maximum number of tasks to execute in parallel (default is number of CPU cores + 4). .El .Ss Modules .Bl -tag -width Ds .It Fl I , Fl -libdir Ar libdir Include .Ar libdir in the search path for required modules. .It Fl r , Fl -require Ar module Require .Ar module before executing .Pa rakefile . .El .Ss Rakefile location .Bl -tag -width Ds .It Fl f , Fl -rakefile Ar filename Use .Ar filename as the rakefile to search for. .It Fl N , Fl -no-search , Fl -nosearch Do not search parent directories for the Rakefile. .It Fl G , Fl -no-system , Fl -nosystem Use standard project Rakefile search paths, ignore system wide rakefiles. .It Fl R , Fl -rakelib Ar rakelibdir , Fl -rakelibdir Ar rakelibdir Auto-import any .rake files in .Ar rakelibdir (default is .Sq rakelib ) .It Fl g , Fl -system Use system-wide (global) rakefiles (usually .Pa ~/.rake/*.rake ) . .El .Ss Debugging .Bl -tag -width Ds .It Fl -backtrace Ns = Ns Ar out Enable full backtrace. .Ar out can be .Dv stderr (default) or .Dv stdout . .It Fl t , Fl -trace Ns = Ns Ar out Turn on invoke/execute tracing, enable full backtrace. .Ar out can be .Dv stderr (default) or .Dv stdout . .It Fl -suppress-backtrace Ar pattern Suppress backtrace lines matching regexp .Ar pattern . Ignored if .Fl -trace is on. .It Fl -rules Trace the rules resolution. .It Fl n , Fl -dry-run Do a dry run without executing actions. .It Fl T , Fl -tasks Op Ar pattern Display the tasks (matching optional .Ar pattern ) with descriptions, then exit. .It Fl D , Fl -describe Op Ar pattern Describe the tasks (matching optional .Ar pattern ) , then exit. .It Fl W , Fl -where Op Ar pattern Describe the tasks (matching optional .Ar pattern ) , then exit. .It Fl P , Fl -prereqs Display the tasks and dependencies, then exit. .It Fl e , Fl -execute Ar code Execute some Ruby code and exit. .It Fl p , Fl -execute-print Ar code Execute some Ruby code, print the result, then exit. .It Fl E , Fl -execute-continue Ar code Execute some Ruby code, then continue with normal task processing. .El .Ss Information .Bl -tag -width Ds .It Fl v , Fl -verbose Log message to standard output. .It Fl q , Fl -quiet Do not log messages to standard output. .It Fl s , Fl -silent Like .Fl -quiet , but also suppresses the .Sq in directory announcement. .It Fl X , Fl -no-deprecation-warnings Disable the deprecation warnings. .It Fl -comments Show commented tasks only .It Fl A , Fl -all Show all tasks, even uncommented ones (in combination with .Fl T or .Fl D ) .It Fl -job-stats Op Ar level Display job statistics. If .Ar level is .Sq history , displays a complete job list. .It Fl V , Fl -version Display the program version. .It Fl h , Fl H , Fl -help Display a help message. .El .Sh SEE ALSO The complete documentation for .Nm rake has been installed at .Pa /usr/share/doc/rake-doc/html/index.html . It is also available online at .Lk https://ruby.github.io/rake . .Sh AUTHORS .An -nosplit .Nm was written by .An Jim Weirich Aq Mt jim@weirichhouse.org . .Pp This manual was created by .An Caitlin Matos Aq Mt caitlin.matos@zoho.com for the Debian project (but may be used by others). It was inspired by the manual by .An Jani Monoses Aq Mt jani@iv.ro for the Ubuntu project. PK )J [?��� � share/man/man1/bundle-gem.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-GEM" "1" "March 2025" "" .SH "NAME" \fBbundle\-gem\fR \- Generate a project skeleton for creating a rubygem .SH "SYNOPSIS" \fBbundle gem\fR \fIGEM_NAME\fR \fIOPTIONS\fR .SH "DESCRIPTION" Generates a directory named \fBGEM_NAME\fR with a \fBRakefile\fR, \fBGEM_NAME\.gemspec\fR, and other supporting files and directories that can be used to develop a rubygem with that name\. .P Run \fBrake \-T\fR in the resulting project for a list of Rake tasks that can be used to test and publish the gem to rubygems\.org\. .P The generated project skeleton can be customized with OPTIONS, as explained below\. Note that these options can also be specified via Bundler's global configuration file using the following names: .IP "\(bu" 4 \fBgem\.coc\fR .IP "\(bu" 4 \fBgem\.mit\fR .IP "\(bu" 4 \fBgem\.test\fR .IP "" 0 .SH "OPTIONS" .IP "\(bu" 4 \fB\-\-exe\fR, \fB\-\-bin\fR, \fB\-b\fR: Specify that Bundler should create a binary executable (as \fBexe/GEM_NAME\fR) in the generated rubygem project\. This binary will also be added to the \fBGEM_NAME\.gemspec\fR manifest\. This behavior is disabled by default\. .IP "\(bu" 4 \fB\-\-no\-exe\fR: Do not create a binary (overrides \fB\-\-exe\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-coc\fR: Add a \fBCODE_OF_CONDUCT\.md\fR file to the root of the generated project\. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-coc\fR: Do not create a \fBCODE_OF_CONDUCT\.md\fR (overrides \fB\-\-coc\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-changelog\fR Add a \fBCHANGELOG\.md\fR file to the root of the generated project\. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-changelog\fR: Do not create a \fBCHANGELOG\.md\fR (overrides \fB\-\-changelog\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-ext=c\fR, \fB\-\-ext=rust\fR: Add boilerplate for C or Rust (currently magnus \fIhttps://docs\.rs/magnus\fR based) extension code to the generated project\. This behavior is disabled by default\. .IP "\(bu" 4 \fB\-\-no\-ext\fR: Do not add extension code (overrides \fB\-\-ext\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-git\fR: Initialize a git repo inside your library\. .IP "\(bu" 4 \fB\-\-github\-username=GITHUB_USERNAME\fR: Fill in GitHub username on README so that you don't have to do it manually\. Set a default with \fBbundle config set \-\-global gem\.github_username <your_username>\fR\. .IP "\(bu" 4 \fB\-\-mit\fR: Add an MIT license to a \fBLICENSE\.txt\fR file in the root of the generated project\. Your name from the global git config is used for the copyright statement\. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-mit\fR: Do not create a \fBLICENSE\.txt\fR (overrides \fB\-\-mit\fR specified in the global config)\. .IP "\(bu" 4 \fB\-t\fR, \fB\-\-test=minitest\fR, \fB\-\-test=rspec\fR, \fB\-\-test=test\-unit\fR: Specify the test framework that Bundler should use when generating the project\. Acceptable values are \fBminitest\fR, \fBrspec\fR and \fBtest\-unit\fR\. The \fBGEM_NAME\.gemspec\fR will be configured and a skeleton test/spec directory will be created based on this option\. Given no option is specified: .IP When Bundler is configured to generate tests, this defaults to Bundler's global config setting \fBgem\.test\fR\. .IP When Bundler is configured to not generate tests, an interactive prompt will be displayed and the answer will be used for the current rubygem project\. .IP When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-test\fR: Do not use a test framework (overrides \fB\-\-test\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-changelog\fR: Generate changelog file\. Set a default with \fBbundle config set \-\-global gem\.changelog true\fR\. .IP "\(bu" 4 \fB\-\-ci\fR, \fB\-\-ci=circle\fR, \fB\-\-ci=github\fR, \fB\-\-ci=gitlab\fR: Specify the continuous integration service that Bundler should use when generating the project\. Acceptable values are \fBgithub\fR, \fBgitlab\fR and \fBcircle\fR\. A configuration file will be generated in the project directory\. Given no option is specified: .IP When Bundler is configured to generate CI files, this defaults to Bundler's global config setting \fBgem\.ci\fR\. .IP When Bundler is configured to not generate CI files, an interactive prompt will be displayed and the answer will be used for the current rubygem project\. .IP When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-ci\fR: Do not use a continuous integration service (overrides \fB\-\-ci\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-linter\fR, \fB\-\-linter=rubocop\fR, \fB\-\-linter=standard\fR: Specify the linter and code formatter that Bundler should add to the project's development dependencies\. Acceptable values are \fBrubocop\fR and \fBstandard\fR\. A configuration file will be generated in the project directory\. Given no option is specified: .IP When Bundler is configured to add a linter, this defaults to Bundler's global config setting \fBgem\.linter\fR\. .IP When Bundler is configured not to add a linter, an interactive prompt will be displayed and the answer will be used for the current rubygem project\. .IP When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-linter\fR: Do not add a linter (overrides \fB\-\-linter\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-rubocop\fR: Add rubocop to the generated Rakefile and gemspec\. Set a default with \fBbundle config set \-\-global gem\.rubocop true\fR\. .IP "\(bu" 4 \fB\-\-edit=EDIT\fR, \fB\-e=EDIT\fR: Open the resulting GEM_NAME\.gemspec in EDIT, or the default editor if not specified\. The default is \fB$BUNDLER_EDITOR\fR, \fB$VISUAL\fR, or \fB$EDITOR\fR\. .IP "" 0 .SH "SEE ALSO" .IP "\(bu" 4 bundle config(1) \fIbundle\-config\.1\.html\fR .IP "" 0 PK )J [v�I� � share/man/man1/bundle.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE" "1" "March 2025" "" .SH "NAME" \fBbundle\fR \- Ruby Dependency Management .SH "SYNOPSIS" \fBbundle\fR COMMAND [\-\-no\-color] [\-\-verbose] [ARGS] .SH "DESCRIPTION" Bundler manages an \fBapplication's dependencies\fR through its entire life across many machines systematically and repeatably\. .P See the bundler website \fIhttps://bundler\.io\fR for information on getting started, and Gemfile(5) for more information on the \fBGemfile\fR format\. .SH "OPTIONS" .TP \fB\-\-no\-color\fR Print all output without color .TP \fB\-\-retry\fR, \fB\-r\fR Specify the number of times you wish to attempt network commands .TP \fB\-\-verbose\fR, \fB\-V\fR Print out additional logging information .SH "BUNDLE COMMANDS" We divide \fBbundle\fR subcommands into primary commands and utilities: .SH "PRIMARY COMMANDS" .TP \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR Install the gems specified by the \fBGemfile\fR or \fBGemfile\.lock\fR .TP \fBbundle update(1)\fR \fIbundle\-update\.1\.html\fR Update dependencies to their latest versions .TP \fBbundle cache(1)\fR \fIbundle\-cache\.1\.html\fR Package the \.gem files required by your application into the \fBvendor/cache\fR directory (aliases: \fBbundle package\fR, \fBbundle pack\fR) .TP \fBbundle exec(1)\fR \fIbundle\-exec\.1\.html\fR Execute a script in the current bundle .TP \fBbundle config(1)\fR \fIbundle\-config\.1\.html\fR Specify and read configuration options for Bundler .TP \fBbundle help(1)\fR \fIbundle\-help\.1\.html\fR Display detailed help for each subcommand .SH "UTILITIES" .TP \fBbundle add(1)\fR \fIbundle\-add\.1\.html\fR Add the named gem to the Gemfile and run \fBbundle install\fR .TP \fBbundle binstubs(1)\fR \fIbundle\-binstubs\.1\.html\fR Generate binstubs for executables in a gem .TP \fBbundle check(1)\fR \fIbundle\-check\.1\.html\fR Determine whether the requirements for your application are installed and available to Bundler .TP \fBbundle show(1)\fR \fIbundle\-show\.1\.html\fR Show the source location of a particular gem in the bundle .TP \fBbundle outdated(1)\fR \fIbundle\-outdated\.1\.html\fR Show all of the outdated gems in the current bundle .TP \fBbundle console(1)\fR (deprecated) Start an IRB session in the current bundle .TP \fBbundle open(1)\fR \fIbundle\-open\.1\.html\fR Open an installed gem in the editor .TP \fBbundle lock(1)\fR \fIbundle\-lock\.1\.html\fR Generate a lockfile for your dependencies .TP \fBbundle viz(1)\fR \fIbundle\-viz\.1\.html\fR (deprecated) Generate a visual representation of your dependencies .TP \fBbundle init(1)\fR \fIbundle\-init\.1\.html\fR Generate a simple \fBGemfile\fR, placed in the current directory .TP \fBbundle gem(1)\fR \fIbundle\-gem\.1\.html\fR Create a simple gem, suitable for development with Bundler .TP \fBbundle platform(1)\fR \fIbundle\-platform\.1\.html\fR Display platform compatibility information .TP \fBbundle clean(1)\fR \fIbundle\-clean\.1\.html\fR Clean up unused gems in your Bundler directory .TP \fBbundle doctor(1)\fR \fIbundle\-doctor\.1\.html\fR Display warnings about common problems .TP \fBbundle remove(1)\fR \fIbundle\-remove\.1\.html\fR Removes gems from the Gemfile .TP \fBbundle plugin(1)\fR \fIbundle\-plugin\.1\.html\fR Manage Bundler plugins .TP \fBbundle version(1)\fR \fIbundle\-version\.1\.html\fR Prints Bundler version information .SH "PLUGINS" When running a command that isn't listed in PRIMARY COMMANDS or UTILITIES, Bundler will try to find an executable on your path named \fBbundler\-<command>\fR and execute it, passing down any extra arguments to it\. .SH "OBSOLETE" These commands are obsolete and should no longer be used: .IP "\(bu" 4 \fBbundle inject(1)\fR .IP "" 0 PK )J [<�N7 7 share/man/man1/bundle-licenses.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-LICENSES" "1" "March 2025" "" .SH "NAME" \fBbundle\-licenses\fR \- Print the license of all gems in the bundle .SH "SYNOPSIS" \fBbundle licenses\fR .SH "DESCRIPTION" Prints the license of all gems in the bundle\. PK )J [ _�B] ] share/man/man1/ruby.1nu �[��� .\"Ruby is copyrighted by Yukihiro Matsumoto <matz@netlab.jp>. .Dd April 14, 2018 .Dt RUBY \&1 "Ruby Programmer's Reference Guide" .Os UNIX .Sh NAME .Nm ruby .Nd Interpreted object-oriented scripting language .Sh SYNOPSIS .Nm .Op Fl -copyright .Op Fl -version .Op Fl SUacdlnpswvy .Op Fl 0 Ns Op Ar octal .Op Fl C Ar directory .Op Fl E Ar external Ns Op : Ns Ar internal .Op Fl F Ns Op Ar pattern .Op Fl I Ar directory .Op Fl K Ns Op Ar c .Op Fl T Ns Op Ar level .Op Fl W Ns Op Ar level .Op Fl e Ar command .Op Fl i Ns Op Ar extension .Op Fl r Ar library .Op Fl x Ns Op Ar directory .Op Fl - Ns Bro Cm enable Ns | Ns Cm disable Brc Ns - Ns Ar FEATURE .Op Fl -dump Ns = Ns Ar target .Op Fl -verbose .Op Fl -crash-report Ns = Ns Ar template .Op Fl - .Op Ar program_file .Op Ar argument ... .Sh DESCRIPTION Ruby is an interpreted scripting language for quick and easy object-oriented programming. It has many features to process text files and to do system management tasks (like in Perl). It is simple, straight-forward, and extensible. .Pp If you want a language for easy object-oriented programming, or you don't like the Perl ugliness, or you do like the concept of LISP, but don't like too many parentheses, Ruby might be your language of choice. .Sh FEATURES Ruby's features are as follows: .Bl -tag -width 6n .It Sy "Interpretive" Ruby is an interpreted language, so you don't have to recompile programs written in Ruby to execute them. .Pp .It Sy "Variables have no type (dynamic typing)" Variables in Ruby can contain data of any type. You don't have to worry about variable typing. Consequently, it has a weaker compile time check. .Pp .It Sy "No declaration needed" You can use variables in your Ruby programs without any declarations. Variable names denote their scope - global, class, instance, or local. .Pp .It Sy "Simple syntax" Ruby has a simple syntax influenced slightly from Eiffel. .Pp .It Sy "No user-level memory management" Ruby has automatic memory management. Objects no longer referenced from anywhere are automatically collected by the garbage collector built into the interpreter. .Pp .It Sy "Everything is an object" Ruby is a purely object-oriented language, and was so since its creation. Even such basic data as integers are seen as objects. .Pp .It Sy "Class, inheritance, and methods" Being an object-oriented language, Ruby naturally has basic features like classes, inheritance, and methods. .Pp .It Sy "Singleton methods" Ruby has the ability to define methods for certain objects. For example, you can define a press-button action for certain widget by defining a singleton method for the button. Or, you can make up your own prototype based object system using singleton methods, if you want to. .Pp .It Sy "Mix-in by modules" Ruby intentionally does not have the multiple inheritance as it is a source of confusion. Instead, Ruby has the ability to share implementations across the inheritance tree. This is often called a .Sq Mix-in . .Pp .It Sy "Iterators" Ruby has iterators for loop abstraction. .Pp .It Sy "Closures" In Ruby, you can objectify the procedure. .Pp .It Sy "Text processing and regular expressions" Ruby has a bunch of text processing features like in Perl. .Pp .It Sy "M17N, character set independent" Ruby supports multilingualized programming. Easy to process texts written in many different natural languages and encoded in many different character encodings, without dependence on Unicode. .Pp .It Sy "Bignums" With built-in bignums, you can for example calculate factorial(400). .Pp .It Sy "Reflection and domain-specific languages" Class is also an instance of the Class class. Definition of classes and methods is an expression just as 1+1 is. So your programs can even write and modify programs. Thus, you can write your application in your own programming language on top of Ruby. .Pp .It Sy "Exception handling" As in Java(tm). .Pp .It Sy "Direct access to the OS" Ruby can use most .Ux system calls, often used in system programming. .Pp .It Sy "Dynamic loading" On most .Ux systems, you can load object files into the Ruby interpreter on-the-fly. .It Sy "Rich libraries" In addition to the .Dq builtin libraries and .Dq standard libraries that are bundled with Ruby, a vast amount of third-party libraries .Pq Dq gems are available via the package management system called .Sq RubyGems , namely the .Xr gem 1 command. Visit RubyGems.org .Pq Lk https://rubygems.org/ to find the gems you need, and explore GitHub .Pq Lk https://github.com/ to see how they are being developed and used. .El .Pp .Sh OPTIONS The Ruby interpreter accepts the following command-line options (switches). They are quite similar to those of .Xr perl 1 . .Bl -tag -width "1234567890123" -compact .Pp .It Fl -copyright Prints the copyright notice, and quits immediately without running any script. .Pp .It Fl -version Prints the version of the Ruby interpreter, and quits immediately without running any script. .Pp .It Fl 0 Ns Op Ar octal (The digit .Dq zero . ) Specifies the input record separator .Pf ( Li "$/" ) as an octal number. If no digit is given, the null character is taken as the separator. Other switches may follow the digits. .Fl 00 turns Ruby into paragraph mode. .Fl 0777 makes Ruby read whole file at once as a single string since there is no legal character with that value. .Pp .It Fl C Ar directory .It Fl X Ar directory Causes Ruby to switch to the directory. .Pp .It Fl E Ar external Ns Op : Ns Ar internal .It Fl -encoding Ar external Ns Op : Ns Ar internal Specifies the default value(s) for external encodings and internal encoding. Values should be separated with colon (:). .Pp You can omit the one for internal encodings, then the value .Pf ( Li "Encoding.default_internal" ) will be nil. .Pp .It Fl -external-encoding Ns = Ns Ar encoding .It Fl -internal-encoding Ns = Ns Ar encoding Specify the default external or internal character encoding .Pp .It Fl F Ar pattern Specifies input field separator .Pf ( Li "$;" ) . .Pp .It Fl I Ar directory Used to tell Ruby where to load the library scripts. Directory path will be added to the load-path variable .Pf ( Li "$:" ) . .Pp .It Fl K Ar kcode Specifies KANJI (Japanese) encoding. The default value for script encodings .Pf ( Li "__ENCODING__" ) and external encodings ( Li "Encoding.default_external" ) will be the specified one. .Ar kcode can be one of .Bl -hang -offset indent .It Sy e EUC-JP .Pp .It Sy s Windows-31J (CP932) .Pp .It Sy u UTF-8 .Pp .It Sy n ASCII-8BIT (BINARY) .El .Pp .It Fl S Makes Ruby use the .Ev PATH environment variable to search for script, unless its name begins with a slash. This is used to emulate .Li #! on machines that don't support it, in the following manner: .Bd -literal -offset indent #! /usr/local/bin/ruby # This line makes the next one a comment in Ruby \e exec /usr/local/bin/ruby -S $0 $* .Ed .Pp On some systems .Li "$0" does not always contain the full pathname, so you need the .Fl S switch to tell Ruby to search for the script if necessary (to handle embedded spaces and such). A better construct than .Li "$*" would be .Li ${1+"$@"} , but it does not work if the script is being interpreted by .Xr csh 1 . .Pp .It Fl T Ns Op Ar level=1 Turns on taint checks at the specified level (default 1). .Pp .It Fl U Sets the default value for internal encodings .Pf ( Li "Encoding.default_internal" ) to UTF-8. .Pp .It Fl W Ns Op Ar level=2 Turns on verbose mode at the specified level without printing the version message at the beginning. The level can be; .Bl -hang -offset indent .It Sy 0 Verbose mode is "silence". It sets the .Li "$VERBOSE" to nil. .Pp .It Sy 1 Verbose mode is "medium". It sets the .Li "$VERBOSE" to false. .Pp .It Sy 2 (default) Verbose mode is "verbose". It sets the .Li "$VERBOSE" to true. .Fl W Ns 2 is the same as .Fl w . .El .Pp .It Fl a Turns on auto-split mode when used with .Fl n or .Fl p . In auto-split mode, Ruby executes .Dl $F = $_.split at beginning of each loop. .Pp .It Fl -backtrace-limit Ns = Ns Ar num Limits the maximum length of backtraces to .Ar num lines (default -1, meaning no limit). .Pp .It Fl c Causes Ruby to check the syntax of the script and exit without executing. If there are no syntax errors, Ruby will print .Dq Syntax OK to the standard output. .Pp .It Fl d .It Fl -debug Turns on debug mode. .Li "$DEBUG" will be set to true. .Pp .It Fl e Ar command Specifies script from command-line while telling Ruby not to search the rest of the arguments for a script file name. .Pp .It Fl h .It Fl -help Prints a summary of the options. .Pp .It Fl i Ar extension Specifies in-place-edit mode. The extension, if specified, is added to old file name to make a backup copy. For example: .Bd -literal -offset indent % echo matz > /tmp/junk % cat /tmp/junk matz % ruby -p -i.bak -e '$_.upcase!' /tmp/junk % cat /tmp/junk MATZ % cat /tmp/junk.bak matz .Ed .Pp .It Fl l (The lowercase letter .Dq ell . ) Enables automatic line-ending processing, which means to firstly set .Li "$\e" to the value of .Li "$/" , and secondly chops every line read using .Li chomp! . .Pp .It Fl n Causes Ruby to assume the following loop around your script, which makes it iterate over file name arguments somewhat like .Nm sed .Fl n or .Nm awk . .Bd -literal -offset indent while gets ... end .Ed .Pp .It Fl p Acts mostly same as -n switch, but print the value of variable .Li "$_" at the each end of the loop. For example: .Bd -literal -offset indent % echo matz | ruby -p -e '$_.tr! "a-z", "A-Z"' MATZ .Ed .Pp .It Fl r Ar library Causes Ruby to load the library using require. It is useful when using .Fl n or .Fl p . .Pp .It Fl s Enables some switch parsing for switches after script name but before any file name arguments (or before a .Fl - ) . Any switches found there are removed from .Li ARGV and set the corresponding variable in the script. For example: .Bd -literal -offset indent #! /usr/local/bin/ruby -s # prints "true" if invoked with `-xyz' switch. print "true\en" if $xyz .Ed .Pp .It Fl v Enables verbose mode. Ruby will print its version at the beginning and set the variable .Li "$VERBOSE" to true. Some methods print extra messages if this variable is true. If this switch is given, and no other switches are present, Ruby quits after printing its version. .Pp .It Fl w Enables verbose mode without printing version message at the beginning. It sets the .Li "$VERBOSE" variable to true. .Pp .It Fl x Ns Op Ar directory Tells Ruby that the script is embedded in a message. Leading garbage will be discarded until the first line that starts with .Dq #! and contains the string, .Dq ruby . Any meaningful switches on that line will be applied. The end of the script must be specified with either .Li EOF , .Li "^D" ( Li "control-D" ) , .Li "^Z" ( Li "control-Z" ) , or the reserved word .Li __END__ . If the directory name is specified, Ruby will switch to that directory before executing script. .Pp .It Fl y .It Fl -yydebug This option is not guaranteed to be compatible. .Pp Turns on compiler debug mode. Ruby will print a bunch of internal state messages during compilation. Only specify this switch you are going to debug the Ruby interpreter. .Pp .It Fl -disable- Ns Ar FEATURE .It Fl -enable- Ns Ar FEATURE Disables (or enables) the specified .Ar FEATURE . .Bl -tag -width "--disable-rubyopt" -compact .It Fl -disable-gems .It Fl -enable-gems Disables (or enables) RubyGems libraries. By default, Ruby will load the latest version of each installed gem. The .Li Gem constant is true if RubyGems is enabled, false if otherwise. .Pp .It Fl -disable-rubyopt .It Fl -enable-rubyopt Ignores (or considers) the .Ev RUBYOPT environment variable. By default, Ruby considers the variable. .Pp .It Fl -disable-all .It Fl -enable-all Disables (or enables) all features. .Pp .El .Pp .It Fl -dump Ns = Ns Ar target Dump some information. .Pp Prints the specified target. .Ar target can be one of: .Bl -hang -offset indent -width "version" .It Sy version Print version description (same as .Fl -version). .It Sy usage Print a brief usage message (same as .Fl h). .It Sy help Show long help message (same as .Fl -help). .It Sy syntax Check syntax (same as .Fl c .Fl -yydebug). .Pp .El .Pp Or one of the following, which are intended for debugging the interpreter: .Bl -hang -offset indent -width "parsetree" .It Sy yydebug Enable compiler debug mode (same as .Fl -yydebug). .It Sy parsetree Print a textual representation of the Ruby AST for the program. .It Sy insns Print a list of disassembled bytecode instructions. .It Sy -optimize Disable various optimizations to print a list disassembled bytecode instructions. .It Sy +error-tolerant Enable error-tolerant parsing, when yydebug or parsetree. .It Sy +comment Annotate a textual representation of the Ruby AST for the program with the associated Ruby source code. .El .Pp .It Fl -verbose Enables verbose mode without printing version message at the beginning. It sets the .Li "$VERBOSE" variable to true. If this switch is given, and no script arguments (script file or .Fl e options) are present, Ruby quits immediately. .Pp .It Fl -crash-report Ns = Ns Ar template Sets the template of path name to save crash report. See .Ev RUBY_CRASH_REPORT environment variable for details. .El .Pp .Sh ENVIRONMENT .Bl -tag -width "RUBYSHELL" -compact .It Ev RUBYLIB A colon-separated list of directories that are added to Ruby's library load path .Pf ( Li "$:" ) . Directories from this environment variable are searched before the standard load path is searched. .Pp e.g.: .Dl RUBYLIB="$HOME/lib/ruby:$HOME/lib/rubyext" .Pp .It Ev RUBYOPT Additional Ruby options. .Pp e.g. .Dl RUBYOPT="-w -Ke" .Pp Note that RUBYOPT can contain only .Fl d , Fl E , Fl I , Fl K , Fl r , Fl T , Fl U , Fl v , Fl w , Fl W, Fl -debug , .Fl -disable- Ns Ar FEATURE and .Fl -enable- Ns Ar FEATURE . .Pp .It Ev RUBYPATH A colon-separated list of directories that Ruby searches for Ruby programs when the .Fl S flag is specified. This variable precedes the .Ev PATH environment variable. .Pp .It Ev RUBYSHELL The path to the system shell command. This environment variable is enabled for only mswin32, mingw32, and OS/2 platforms. If this variable is not defined, Ruby refers to .Ev COMSPEC . .Pp .It Ev RUBY_FREE_AT_EXIT If set, Ruby tries to free all dynamically allocated memories. Introduced in Ruby 3.3, default: unset. .Pp .It Ev RUBY_IO_BUFFER_DEFAULT_SIZE The custom default buffer size of .Li IO::Buffer . .Pp .It Ev RUBY_MAX_CPU The maximum number of native threads used by M:N Threads scheduler Introduced in Ruby 3.3, default: 8. .Pp .It Ev RUBY_MN_THREADS If set to .Li 1 , M:N Thread scheduler is enabled on the main Ractor. Introduced in Ruby 3.3, default: unset. .Pp .It Ev RUBY_PAGER The pager command that will be used for .Pp .It Ev RUBY_THREAD_TIMESLICE Sets the default thread time slice (thread quantum) in milliseconds. Introduced in Ruby 3.4, default: 100ms. .Fl -help option. Introduced in Ruby 3.0, default: .Ev PAGER environment variable. .Pp .It Ev PATH Ruby refers to the .Ev PATH environment variable on calling Kernel#system. .El .Pp And Ruby depends on some RubyGems related environment variables unless RubyGems is disabled. See the help of .Xr gem 1 as below. .Bd -literal -offset indent % gem help .Ed .Pp .Sh GC ENVIRONMENT The Ruby garbage collector (GC) tracks objects in fixed-sized slots, but each object may have auxiliary memory allocations handled by the malloc family of C standard library calls ( .Xr malloc 3 , .Xr calloc 3 , and .Xr realloc 3 ) . In this documentation, the "heap" refers to the Ruby object heap of fixed-sized slots, while "malloc" refers to auxiliary allocations commonly referred to as the "process heap". Thus there are at least two possible ways to trigger GC: .Bl -hang -offset indent .It Sy 1 Reaching the object limit. .It Sy 2 Reaching the malloc limit. .Pp .El In Ruby 2.1, the generational GC was introduced and the limits are divided into young and old generations, providing two additional ways to trigger a GC: .Bl -hang -offset indent .It Sy 3 Reaching the old object limit. .It Sy 4 Reaching the old malloc limit. .El .Pp There are currently 4 possible areas where the GC may be tuned by the following environment variables: .Bl -hang -compact -width "RUBY_GC_HEAP_n_INIT_SLOTS" .Pp .It Ev RUBY_GC_HEAP_ Ns Ar n Ns Ev _INIT_SLOTS Initial allocation of slots in a specific heap. The available heaps can be found in the keys of .Li GC.stat_heap . .Ar n is a decimal number between 0 and 4. Introduced in Ruby 3.3. .Pp .It Ev RUBY_GC_HEAP_FREE_SLOTS Prepare at least this amount of slots after GC. Allocate this number slots if there are not enough slots. Introduced in Ruby 2.1, default: 4096 .Pp .It Ev RUBY_GC_HEAP_GROWTH_FACTOR Increase allocation rate of heap slots by this factor. Introduced in Ruby 2.1, default: 1.8, minimum: 1.0 (no growth) .Pp .It Ev RUBY_GC_HEAP_GROWTH_MAX_SLOTS Allocation rate is limited to this number of slots, preventing excessive allocation due to RUBY_GC_HEAP_GROWTH_FACTOR. Introduced in Ruby 2.1, default: 0 (no limit) .Pp .It Ev RUBY_GC_HEAP_OLDOBJECT_LIMIT_FACTOR Perform a full GC when the number of old objects is more than R * N, where R is this factor and N is the number of old objects after the last full GC. Introduced in Ruby 2.1.1, default: 2.0 .Pp .It Ev RUBY_GC_HEAP_REMEMBERED_WB_UNPROTECTED_OBJECTS_LIMIT_RATIO Used to calculate the .Li remembered_wb_unprotected_objects_limit using a ratio of .Li old_objects . Introduced in Ruby 3.3, default: 0.1, minimum: 0.0 .It Ev RUBY_GC_MALLOC_LIMIT The initial limit of young generation allocation from the malloc-family. GC will start when this limit is reached. Default: 16MB .Pp .It Ev RUBY_GC_MALLOC_LIMIT_MAX The maximum limit of young generation allocation from malloc before GC starts. Prevents excessive malloc growth due to RUBY_GC_MALLOC_LIMIT_GROWTH_FACTOR. Introduced in Ruby 2.1, default: 32MB. .Pp .It Ev RUBY_GC_MALLOC_LIMIT_GROWTH_FACTOR Increases the limit of young generation malloc calls, reducing GC frequency but increasing malloc growth until RUBY_GC_MALLOC_LIMIT_MAX is reached. Introduced in Ruby 2.1, default: 1.4, minimum: 1.0 (no growth) .Pp .It Ev RUBY_GC_HEAP_FREE_SLOTS_MIN_RATIO Allocate additional pages when the number of free slots is lower than the value .Li (total_slots * (this ratio)) . Introduced in Ruby 2.4, default: 0.2, minimum: 0.0, maximum: 1.0 .Pp .It Ev RUBY_GC_HEAP_FREE_SLOTS_MAX_RATIO Allow to free pages when the number of free slots is greater than the value .Li (total_slots * (this ratio)) . Introduced in Ruby 2.4, default: 0.4, minimum: .Li RUBY_GC_HEAP_FREE_SLOTS_MIN_RATIO, maximum: 1.0 .Pp .It Ev RUBY_GC_HEAP_FREE_SLOTS_GOAL_RATIO Allocate slots to satisfy this formula: .Li free_slots = total_slots * goal_ratio In other words, prepare .Li (total_slots * goal_ratio) free slots. if this value is 0.0, then use RUBY_GC_HEAP_GROWTH_FACTOR directly. Introduced in Ruby 2.4, default: 0.65, minimum: .Li RUBY_GC_HEAP_FREE_SLOTS_MIN_RATIO, maximum: .Li RUBY_GC_HEAP_FREE_SLOTS_MAX_RATIO .Pp .It Ev RUBY_GC_OLDMALLOC_LIMIT The initial limit of old generation allocation from malloc, a full GC will start when this limit is reached. Introduced in Ruby 2.1, default: 16MB .Pp .It Ev RUBY_GC_OLDMALLOC_LIMIT_MAX The maximum limit of old generation allocation from malloc before a full GC starts. Prevents excessive malloc growth due to RUBY_GC_OLDMALLOC_LIMIT_GROWTH_FACTOR. Introduced in Ruby 2.1, default: 128MB .Pp .It Ev RUBY_GC_OLDMALLOC_LIMIT_GROWTH_FACTOR Increases the limit of old generation malloc allocation, reducing full GC frequency but increasing malloc growth until RUBY_GC_OLDMALLOC_LIMIT_MAX is reached. Introduced in Ruby 2.1, default: 1.2, minimum: 1.0 (no growth) .Pp .It Ev RUBY_SHARED_FIBER_POOL_FREE_STACKS Frees stacks of pooled fibers, if set to 1. Do not free the stacks if set to 0. Introduced in Ruby 2.7, default: 1 (no growth) .Pp .El .Sh STACK SIZE ENVIRONMENT Stack size environment variables are implementation-dependent and subject to change with different versions of Ruby. The VM stack is used for pure-Ruby code and managed by the virtual machine. Machine stack is used by the operating system and its usage is dependent on C extensions as well as C compiler options. Using lower values for these may allow applications to keep more Fibers or Threads running; but increases the chance of SystemStackError exceptions and segmentation faults (SIGSEGV). These environment variables are available since Ruby 2.0.0. All values are specified in bytes. .Pp .Bl -hang -compact -width "RUBY_THREAD_MACHINE_STACK_SIZE" .It Ev RUBY_THREAD_VM_STACK_SIZE VM stack size used at thread creation. default: 524288 (32-bit CPU) or 1048575 (64-bit) .Pp .It Ev RUBY_THREAD_MACHINE_STACK_SIZE Machine stack size used at thread creation. default: 524288 or 1048575 .Pp .It Ev RUBY_FIBER_VM_STACK_SIZE VM stack size used at fiber creation. default: 65536 or 131072 .Pp .It Ev RUBY_FIBER_MACHINE_STACK_SIZE Machine stack size used at fiber creation. default: 262144 or 524288 .Pp .El .Sh CRASH REPORT ENVIRONMENT .Pp .Bl -tag -compact -width "RUBY_CRASH_REPORT" .It Ev RUBY_CRASH_REPORT The template of path name to save crash report. default: none .El .Ss Naming crash report files The template can contain .Li \fB%\fP specifiers which are substituted by the following values when a crash report file is created: .Pp .Bl -hang -compact -width "%NNN" .It Li \fB%%\fP A single .Li \fB%\fP character. .It Li \fB%e\fP Basename of executable. .It Li \fB%E\fP Pathname of executable, with slashes (\fB/\fP) replaced by exclamation marks (\fB!\fP). .It Li \fB%f\fP Basename of the program name, .Li "$0" . .It Li \fB%F\fP Pathname of the program name, .Li "$0", with slashes (\fB/\fP) replaced by exclamation marks (\fB!\fP). .It Li \fB%p\fP PID of dumped process. .It Li \fB%t\fP Time of dump, expressed as seconds since the Epoch, 1970-01-01 00:00:00 +0000 (UTC). .It Li \fB%NNN\fP A character code in octal. .El .Pp A single .Li \fB%\fP at the end of the template is dropped from the core filename, as is the combination of a .Li \fB%\fP followed by any character other than those listed above. All other characters in the template become a literal part of the core filename. The template may include \(aq/\(aq characters, which are interpreted as delimiters for directory names. .Ss Piping crash reports to a program If the first character of this file is a pipe symbol (\fB|\fP), then the remainder of the line is interpreted as the command-line for a program (or script) that is to be executed. .Pp The pipe template is split on spaces into an argument list before the template parameters are expanded. .Sh MISC ENVIRONMENT .Pp .Bl -hang -compact -width "RUBY_TCP_NO_FAST_FALLBACK" .It Ev RUBY_TCP_NO_FAST_FALLBACK If set to .Li 1 , disables the fast fallback feature by default in TCPSocket.new and Socket.tcp. When set to .Li 0 or left unset, the fast fallback feature is enabled. Introduced in Ruby 3.4, default: unset. .Sh SEE ALSO .Bl -hang -compact -width "https://www.ruby-toolbox.com/" .It Lk https://www.ruby-lang.org/ The official web site. .It Lk https://www.ruby-toolbox.com/ Comprehensive catalog of Ruby libraries. .El .Pp .Sh REPORTING BUGS .Bl -bullet .It Security vulnerabilities should be reported via an email to .Mt security@ruby-lang.org . Reported problems will be published after being fixed. .Pp .It Other bugs and feature requests can be reported via the Ruby Issue Tracking System .Pq Lk https://bugs.ruby-lang.org/ . Do not report security vulnerabilities via this system because it publishes the vulnerabilities immediately. .El .Sh AUTHORS Ruby is designed and implemented by .An Yukihiro Matsumoto Aq matz@netlab.jp . .Pp See .Aq Lk https://github.com/ruby/ruby/graphs/contributors for contributors to Ruby. PK )J [#��/� � share/man/man1/bundle-platform.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-PLATFORM" "1" "March 2025" "" .SH "NAME" \fBbundle\-platform\fR \- Displays platform compatibility information .SH "SYNOPSIS" \fBbundle platform\fR [\-\-ruby] .SH "DESCRIPTION" \fBplatform\fR displays information from your Gemfile, Gemfile\.lock, and Ruby VM about your platform\. .P For instance, using this Gemfile(5): .IP "" 4 .nf source "https://rubygems\.org" ruby "3\.1\.2" gem "rack" .fi .IP "" 0 .P If you run \fBbundle platform\fR on Ruby 3\.1\.2, it displays the following output: .IP "" 4 .nf Your platform is: x86_64\-linux Your app has gems that work on these platforms: * arm64\-darwin\-21 * ruby * x64\-mingw\-ucrt * x86_64\-linux Your Gemfile specifies a Ruby version requirement: * ruby 3\.1\.2 Your current platform satisfies the Ruby version requirement\. .fi .IP "" 0 .P \fBplatform\fR lists all the platforms in your \fBGemfile\.lock\fR as well as the \fBruby\fR directive if applicable from your Gemfile(5)\. It also lets you know if the \fBruby\fR directive requirement has been met\. If \fBruby\fR directive doesn't match the running Ruby VM, it tells you what part does not\. .SH "OPTIONS" .TP \fB\-\-ruby\fR It will display the ruby directive information, so you don't have to parse it from the Gemfile(5)\. .SH "SEE ALSO" .IP "\(bu" 4 bundle\-lock(1) \fIbundle\-lock\.1\.html\fR .IP "" 0 PK )J [nu#ZD D share/man/man1/bundle-remove.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-REMOVE" "1" "March 2025" "" .SH "NAME" \fBbundle\-remove\fR \- Removes gems from the Gemfile .SH "SYNOPSIS" \fBbundle remove [GEM [GEM \|\.\|\.\|\.]] [\-\-install]\fR .SH "DESCRIPTION" Removes the given gems from the Gemfile while ensuring that the resulting Gemfile is still valid\. If a gem cannot be removed, a warning is printed\. If a gem is already absent from the Gemfile, and error is raised\. .SH "OPTIONS" .TP \fB\-\-install\fR Runs \fBbundle install\fR after the given gems have been removed from the Gemfile, which ensures that both the lockfile and the installed gems on disk are also updated to remove the given gem(s)\. .P Example: .P bundle remove rails .P bundle remove rails rack .P bundle remove rails rack \-\-install PK )J [0�� � share/man/man1/erb.1nu �[��� .\"Ruby is copyrighted by Yukihiro Matsumoto <matz@netlab.jp>. .Dd December 16, 2018 .Dt ERB \&1 "Ruby Programmer's Reference Guide" .Os UNIX .Sh NAME .Nm erb .Nd Ruby Templating .Sh SYNOPSIS .Nm .Op Fl -version .Op Fl UPdnvx .Op Fl E Ar ext Ns Op Ns : Ns int .Op Fl S Ar level .Op Fl T Ar mode .Op Fl r Ar library .Op Fl - .Op file ... .Pp .Sh DESCRIPTION .Nm is a command line front-end for .Li "ERB" library, which is an implementation of eRuby. .Pp ERB provides an easy to use but powerful templating system for Ruby. Using ERB, actual Ruby code can be added to any plain text document for the purposes of generating document information details and/or flow control. .Pp .Nm is a part of .Nm Ruby . .Pp .Sh OPTIONS .Bl -tag -width "1234567890123" -compact .Pp .It Fl -version Prints the version of .Nm . .Pp .It Fl E Ar external Ns Op : Ns Ar internal .It Fl -encoding Ar external Ns Op : Ns Ar internal Specifies the default value(s) for external encodings and internal encoding. Values should be separated with colon (:). .Pp You can omit the one for internal encodings, then the value .Pf ( Li "Encoding.default_internal" ) will be nil. .Pp .It Fl P Disables ruby code evaluation for lines beginning with .Li "%" . .Pp .It Fl S Ar level Specifies the safe level in which eRuby script will run. .Pp .It Fl T Ar mode Specifies trim mode (default 0). .Ar mode can be one of .Bl -hang -offset indent .It Sy 0 EOL remains after the embedded ruby script is evaluated. .Pp .It Sy 1 EOL is removed if the line ends with .Li "%>" . .Pp .It Sy 2 EOL is removed if the line starts with .Li "<%" and ends with .Li "%>" . .Pp .It Sy - EOL is removed if the line ends with .Li "-%>" . And leading whitespaces are removed if the erb directive starts with .Li "<%-" . .Pp .El .It Fl r Load a library .Pp .It Fl U can be one of Sets the default value for internal encodings .Pf ( Li "Encoding.default_internal" ) to UTF-8. .Pp .It Fl d .It Fl -debug Turns on debug mode. .Li "$DEBUG" will be set to true. .Pp .It Fl h .It Fl -help Prints a summary of the options. .Pp .It Fl n Used with .Fl x . Prepends the line number to each line in the output. .Pp .It Fl v Enables verbose mode. .Li "$VERBOSE" will be set to true. .Pp .It Fl x Converts the eRuby script into Ruby script and prints it without line numbers. .Pp .El .Pp .Sh EXAMPLES Here is an eRuby script .Bd -literal -offset indent <?xml version="1.0" ?> <% require 'prime' -%> <erb-example> <calc><%= 1+1 %></calc> <var><%= __FILE__ %></var> <library><%= Prime.each(10).to_a.join(", ") %></library> </erb-example> .Ed .Pp Command .Dl "% erb -T - example.erb" prints .Bd -literal -offset indent <?xml version="1.0" ?> <erb-example> <calc>2</calc> <var>example.erb</var> <library>2, 3, 5, 7</library> </erb-example> .Ed .Pp .Sh SEE ALSO .Xr ruby 1 . .Pp And see .Xr ri 1 documentation for .Li "ERB" class. .Pp .Sh REPORTING BUGS .Bl -bullet .It Security vulnerabilities should be reported via an email to .Mt security@ruby-lang.org . Reported problems will be published after being fixed. .Pp .It Other bugs and feature requests can be reported via the Ruby Issue Tracking System .Pq Lk https://bugs.ruby-lang.org/ . Do not report security vulnerabilities via this system because it publishes the vulnerabilities immediately. .El .Sh AUTHORS Written by Masatoshi SEKI. PK )J [���� � share/man/man1/bundle-inject.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INJECT" "1" "March 2025" "" .SH "NAME" \fBbundle\-inject\fR \- Add named gem(s) with version requirements to Gemfile .SH "SYNOPSIS" \fBbundle inject\fR [GEM] [VERSION] [\-\-source=SOURCE] [\-\-group=GROUP] .SH "DESCRIPTION" Adds the named gem(s) with their version requirements to the resolved [\fBGemfile(5)\fR][Gemfile(5)]\. .P This command will add the gem to both your [\fBGemfile(5)\fR][Gemfile(5)] and Gemfile\.lock if it isn't listed yet\. .P Example: .IP "" 4 .nf bundle install bundle inject 'rack' '> 0' .fi .IP "" 0 .P This will inject the 'rack' gem with a version greater than 0 in your [\fBGemfile(5)\fR][Gemfile(5)] and Gemfile\.lock\. .P The \fBbundle inject\fR command was deprecated in Bundler 2\.1 and will be removed in Bundler 3\.0\. .SH "OPTIONS" .TP \fB\-\-source=SOURCE\fR Install gem from the given source\. .TP \fB\-\-group=GROUP\fR Install gem into a bundler group\. PK )J [�s v v share/man/man1/bundle-pristine.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-PRISTINE" "1" "March 2025" "" .SH "NAME" \fBbundle\-pristine\fR \- Restores installed gems to their pristine condition .SH "SYNOPSIS" \fBbundle pristine\fR .SH "DESCRIPTION" \fBpristine\fR restores the installed gems in the bundle to their pristine condition using the local gem cache from RubyGems\. For git gems, a forced checkout will be performed\. .P For further explanation, \fBbundle pristine\fR ignores unpacked files on disk\. In other words, this command utilizes the local \fB\.gem\fR cache or the gem's git repository as if one were installing from scratch\. .P Note: the Bundler gem cannot be restored to its original state with \fBpristine\fR\. One also cannot use \fBbundle pristine\fR on gems with a 'path' option in the Gemfile, because bundler has no original copy it can restore from\. .P When is it practical to use \fBbundle pristine\fR? .P It comes in handy when a developer is debugging a gem\. \fBbundle pristine\fR is a great way to get rid of experimental changes to a gem that one may not want\. .P Why use \fBbundle pristine\fR over \fBgem pristine \-\-all\fR? .P Both commands are very similar\. For context: \fBbundle pristine\fR, without arguments, cleans all gems from the lockfile\. Meanwhile, \fBgem pristine \-\-all\fR cleans all installed gems for that Ruby version\. .P If a developer forgets which gems in their project they might have been debugging, the Rubygems \fBgem pristine [GEMNAME]\fR command may be inconvenient\. One can avoid waiting for \fBgem pristine \-\-all\fR, and instead run \fBbundle pristine\fR\. PK )J [.� F� � share/man/man1/bundle-binstubs.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-BINSTUBS" "1" "March 2025" "" .SH "NAME" \fBbundle\-binstubs\fR \- Install the binstubs of the listed gems .SH "SYNOPSIS" \fBbundle binstubs\fR \fIGEM_NAME\fR [\-\-force] [\-\-path PATH] [\-\-standalone] [\-\-all\-platforms] .SH "DESCRIPTION" Binstubs are scripts that wrap around executables\. Bundler creates a small Ruby file (a binstub) that loads Bundler, runs the command, and puts it into \fBbin/\fR\. Binstubs are a shortcut\-or alternative\- to always using \fBbundle exec\fR\. This gives you a file that can be run directly, and one that will always run the correct gem version used by the application\. .P For example, if you run \fBbundle binstubs rspec\-core\fR, Bundler will create the file \fBbin/rspec\fR\. That file will contain enough code to load Bundler, tell it to load the bundled gems, and then run rspec\. .P This command generates binstubs for executables in \fBGEM_NAME\fR\. Binstubs are put into \fBbin\fR, or the \fB\-\-path\fR directory if one has been set\. Calling binstubs with [GEM [GEM]] will create binstubs for all given gems\. .SH "OPTIONS" .TP \fB\-\-force\fR Overwrite existing binstubs if they exist\. .TP \fB\-\-path[=PATH]\fR The location to install the specified binstubs to\. This defaults to \fBbin\fR\. .TP \fB\-\-standalone\fR Makes binstubs that can work without depending on Rubygems or Bundler at runtime\. .TP \fB\-\-shebang=SHEBANG\fR Specify a different shebang executable name than the default (default 'ruby') .TP \fB\-\-all\fR Create binstubs for all gems in the bundle\. .TP \fB\-\-all\-platforms\fR Install binstubs for all platforms\. PK )J [��T T share/man/man1/bundle-check.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CHECK" "1" "March 2025" "" .SH "NAME" \fBbundle\-check\fR \- Verifies if dependencies are satisfied by installed gems .SH "SYNOPSIS" \fBbundle check\fR [\-\-dry\-run] [\-\-gemfile=FILE] [\-\-path=PATH] .SH "DESCRIPTION" \fBcheck\fR searches the local machine for each of the gems requested in the Gemfile\. If all gems are found, Bundler prints a success message and exits with a status of 0\. .P If not, the first missing gem is listed and Bundler exits status 1\. .P If the lockfile needs to be updated then it will be resolved using the gems installed on the local machine, if they satisfy the requirements\. .SH "OPTIONS" .TP \fB\-\-dry\-run\fR Locks the [\fBGemfile(5)\fR][Gemfile(5)] before running the command\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of the [\fBGemfile(5)\fR][Gemfile(5)]\. .TP \fB\-\-path=PATH\fR Specify a different path than the system default (\fB$BUNDLE_PATH\fR or \fB$GEM_HOME\fR)\. Bundler will remember this value for future installs on this machine\. PK )J [X��fn n share/man/man1/bundle-fund.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-FUND" "1" "March 2025" "" .SH "NAME" \fBbundle\-fund\fR \- Lists information about gems seeking funding assistance .SH "SYNOPSIS" \fBbundle fund\fR [\fIOPTIONS\fR] .SH "DESCRIPTION" \fBbundle fund\fR lists information about gems seeking funding assistance\. .SH "OPTIONS" .TP \fB\-\-group=<list>\fR, \fB\-g=<list>\fR Fetch funding information for a specific group\. .SH "EXAMPLES" .nf # Lists funding information for all gems bundle fund # Lists funding information for a specific group bundle fund \-\-group=security .fi PK )J [�� YT YT share/man/man1/bundle-config.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CONFIG" "1" "March 2025" "" .SH "NAME" \fBbundle\-config\fR \- Set bundler configuration options .SH "SYNOPSIS" \fBbundle config\fR list .br \fBbundle config\fR [get] NAME .br \fBbundle config\fR [set] NAME VALUE .br \fBbundle config\fR unset NAME .SH "DESCRIPTION" This command allows you to interact with Bundler's configuration system\. .P Bundler loads configuration settings in this order: .IP "1." 4 Local config (\fB<project_root>/\.bundle/config\fR or \fB$BUNDLE_APP_CONFIG/config\fR) .IP "2." 4 Environmental variables (\fBENV\fR) .IP "3." 4 Global config (\fB~/\.bundle/config\fR) .IP "4." 4 Bundler default config .IP "" 0 .P Executing \fBbundle config list\fR will print a list of all bundler configuration for the current bundle, and where that configuration was set\. .P Executing \fBbundle config get <name>\fR will print the value of that configuration setting, and where it was set\. .P Executing \fBbundle config set <name> <value>\fR defaults to setting \fBlocal\fR configuration if executing from within a local application, otherwise it will set \fBglobal\fR configuration\. See \fB\-\-local\fR and \fB\-\-global\fR options below\. .P Executing \fBbundle config set \-\-local <name> <value>\fR will set that configuration in the directory for the local application\. The configuration will be stored in \fB<project_root>/\.bundle/config\fR\. If \fBBUNDLE_APP_CONFIG\fR is set, the configuration will be stored in \fB$BUNDLE_APP_CONFIG/config\fR\. .P Executing \fBbundle config set \-\-global <name> <value>\fR will set that configuration to the value specified for all bundles executed as the current user\. The configuration will be stored in \fB~/\.bundle/config\fR\. If \fIname\fR already is set, \fIname\fR will be overridden and user will be warned\. .P Executing \fBbundle config unset <name>\fR will delete the configuration in both local and global sources\. .P Executing \fBbundle config unset \-\-global <name>\fR will delete the configuration only from the user configuration\. .P Executing \fBbundle config unset \-\-local <name>\fR will delete the configuration only from the local application\. .P Executing bundle with the \fBBUNDLE_IGNORE_CONFIG\fR environment variable set will cause it to ignore all configuration\. .SH "REMEMBERING OPTIONS" Flags passed to \fBbundle install\fR or the Bundler runtime, such as \fB\-\-path foo\fR or \fB\-\-without production\fR, are remembered between commands and saved to your local application's configuration (normally, \fB\./\.bundle/config\fR)\. .P However, this will be changed in bundler 3, so it's better not to rely on this behavior\. If these options must be remembered, it's better to set them using \fBbundle config\fR (e\.g\., \fBbundle config set \-\-local path foo\fR)\. .P The options that can be configured are: .TP \fBbin\fR Creates a directory (defaults to \fB~/bin\fR) and place any executables from the gem there\. These executables run in Bundler's context\. If used, you might add this directory to your environment's \fBPATH\fR variable\. For instance, if the \fBrails\fR gem comes with a \fBrails\fR executable, this flag will create a \fBbin/rails\fR executable that ensures that all referred dependencies will be resolved using the bundled gems\. .TP \fBdeployment\fR In deployment mode, Bundler will 'roll\-out' the bundle for \fBproduction\fR use\. Please check carefully if you want to have this option enabled in \fBdevelopment\fR or \fBtest\fR environments\. .TP \fBonly\fR A space\-separated list of groups to install only gems of the specified groups\. Please check carefully if you want to install also gems without a group, cause they get put inside \fBdefault\fR group\. For example \fBonly test:default\fR will install all gems specified in test group and without one\. .TP \fBpath\fR The location to install the specified gems to\. This defaults to Rubygems' setting\. Bundler shares this location with Rubygems, \fBgem install \|\.\|\.\|\.\fR will have gem installed there, too\. Therefore, gems installed without a \fB\-\-path \|\.\|\.\|\.\fR setting will show up by calling \fBgem list\fR\. Accordingly, gems installed to other locations will not get listed\. .TP \fBwithout\fR A space\-separated or \fB:\fR\-separated list of groups referencing gems to skip during installation\. .TP \fBwith\fR A space\-separated or \fB:\fR\-separated list of \fBoptional\fR groups referencing gems to include during installation\. .SH "BUILD OPTIONS" You can use \fBbundle config\fR to give Bundler the flags to pass to the gem installer every time bundler tries to install a particular gem\. .P A very common example, the \fBmysql\fR gem, requires Snow Leopard users to pass configuration flags to \fBgem install\fR to specify where to find the \fBmysql_config\fR executable\. .IP "" 4 .nf gem install mysql \-\- \-\-with\-mysql\-config=/usr/local/mysql/bin/mysql_config .fi .IP "" 0 .P Since the specific location of that executable can change from machine to machine, you can specify these flags on a per\-machine basis\. .IP "" 4 .nf bundle config set \-\-global build\.mysql \-\-with\-mysql\-config=/usr/local/mysql/bin/mysql_config .fi .IP "" 0 .P After running this command, every time bundler needs to install the \fBmysql\fR gem, it will pass along the flags you specified\. .SH "CONFIGURATION KEYS" Configuration keys in bundler have two forms: the canonical form and the environment variable form\. .P For instance, passing the \fB\-\-without\fR flag to bundle install(1) \fIbundle\-install\.1\.html\fR prevents Bundler from installing certain groups specified in the Gemfile(5)\. Bundler persists this value in \fBapp/\.bundle/config\fR so that calls to \fBBundler\.setup\fR do not try to find gems from the \fBGemfile\fR that you didn't install\. Additionally, subsequent calls to bundle install(1) \fIbundle\-install\.1\.html\fR remember this setting and skip those groups\. .P The canonical form of this configuration is \fB"without"\fR\. To convert the canonical form to the environment variable form, capitalize it, and prepend \fBBUNDLE_\fR\. The environment variable form of \fB"without"\fR is \fBBUNDLE_WITHOUT\fR\. .P Any periods in the configuration keys must be replaced with two underscores when setting it via environment variables\. The configuration key \fBlocal\.rack\fR becomes the environment variable \fBBUNDLE_LOCAL__RACK\fR\. .SH "LIST OF AVAILABLE KEYS" The following is a list of all configuration keys and their purpose\. You can learn more about their operation in bundle install(1) \fIbundle\-install\.1\.html\fR\. .IP "\(bu" 4 \fBallow_offline_install\fR (\fBBUNDLE_ALLOW_OFFLINE_INSTALL\fR): Allow Bundler to use cached data when installing without network access\. .IP "\(bu" 4 \fBauto_clean_without_path\fR (\fBBUNDLE_AUTO_CLEAN_WITHOUT_PATH\fR): Automatically run \fBbundle clean\fR after installing when an explicit \fBpath\fR has not been set and Bundler is not installing into the system gems\. .IP "\(bu" 4 \fBauto_install\fR (\fBBUNDLE_AUTO_INSTALL\fR): Automatically run \fBbundle install\fR when gems are missing\. .IP "\(bu" 4 \fBbin\fR (\fBBUNDLE_BIN\fR): Install executables from gems in the bundle to the specified directory\. Defaults to \fBfalse\fR\. .IP "\(bu" 4 \fBcache_all\fR (\fBBUNDLE_CACHE_ALL\fR): Cache all gems, including path and git gems\. This needs to be explicitly configured on bundler 1 and bundler 2, but will be the default on bundler 3\. .IP "\(bu" 4 \fBcache_all_platforms\fR (\fBBUNDLE_CACHE_ALL_PLATFORMS\fR): Cache gems for all platforms\. .IP "\(bu" 4 \fBcache_path\fR (\fBBUNDLE_CACHE_PATH\fR): The directory that bundler will place cached gems in when running \fBbundle package\fR, and that bundler will look in when installing gems\. Defaults to \fBvendor/cache\fR\. .IP "\(bu" 4 \fBclean\fR (\fBBUNDLE_CLEAN\fR): Whether Bundler should run \fBbundle clean\fR automatically after \fBbundle install\fR\. .IP "\(bu" 4 \fBconsole\fR (\fBBUNDLE_CONSOLE\fR): The console that \fBbundle console\fR starts\. Defaults to \fBirb\fR\. .IP "\(bu" 4 \fBdefault_install_uses_path\fR (\fBBUNDLE_DEFAULT_INSTALL_USES_PATH\fR): Whether a \fBbundle install\fR without an explicit \fB\-\-path\fR argument defaults to installing gems in \fB\.bundle\fR\. .IP "\(bu" 4 \fBdeployment\fR (\fBBUNDLE_DEPLOYMENT\fR): Disallow changes to the \fBGemfile\fR\. When the \fBGemfile\fR is changed and the lockfile has not been updated, running Bundler commands will be blocked\. .IP "\(bu" 4 \fBdisable_checksum_validation\fR (\fBBUNDLE_DISABLE_CHECKSUM_VALIDATION\fR): Allow installing gems even if they do not match the checksum provided by RubyGems\. .IP "\(bu" 4 \fBdisable_exec_load\fR (\fBBUNDLE_DISABLE_EXEC_LOAD\fR): Stop Bundler from using \fBload\fR to launch an executable in\-process in \fBbundle exec\fR\. .IP "\(bu" 4 \fBdisable_local_branch_check\fR (\fBBUNDLE_DISABLE_LOCAL_BRANCH_CHECK\fR): Allow Bundler to use a local git override without a branch specified in the Gemfile\. .IP "\(bu" 4 \fBdisable_local_revision_check\fR (\fBBUNDLE_DISABLE_LOCAL_REVISION_CHECK\fR): Allow Bundler to use a local git override without checking if the revision present in the lockfile is present in the repository\. .IP "\(bu" 4 \fBdisable_shared_gems\fR (\fBBUNDLE_DISABLE_SHARED_GEMS\fR): Stop Bundler from accessing gems installed to RubyGems' normal location\. .IP "\(bu" 4 \fBdisable_version_check\fR (\fBBUNDLE_DISABLE_VERSION_CHECK\fR): Stop Bundler from checking if a newer Bundler version is available on rubygems\.org\. .IP "\(bu" 4 \fBforce_ruby_platform\fR (\fBBUNDLE_FORCE_RUBY_PLATFORM\fR): Ignore the current machine's platform and install only \fBruby\fR platform gems\. As a result, gems with native extensions will be compiled from source\. .IP "\(bu" 4 \fBfrozen\fR (\fBBUNDLE_FROZEN\fR): Disallow changes to the \fBGemfile\fR\. When the \fBGemfile\fR is changed and the lockfile has not been updated, running Bundler commands will be blocked\. Defaults to \fBtrue\fR when \fB\-\-deployment\fR is used\. .IP "\(bu" 4 \fBgem\.github_username\fR (\fBBUNDLE_GEM__GITHUB_USERNAME\fR): Sets a GitHub username or organization to be used in \fBREADME\fR file when you create a new gem via \fBbundle gem\fR command\. It can be overridden by passing an explicit \fB\-\-github\-username\fR flag to \fBbundle gem\fR\. .IP "\(bu" 4 \fBgem\.push_key\fR (\fBBUNDLE_GEM__PUSH_KEY\fR): Sets the \fB\-\-key\fR parameter for \fBgem push\fR when using the \fBrake release\fR command with a private gemstash server\. .IP "\(bu" 4 \fBgemfile\fR (\fBBUNDLE_GEMFILE\fR): The name of the file that bundler should use as the \fBGemfile\fR\. This location of this file also sets the root of the project, which is used to resolve relative paths in the \fBGemfile\fR, among other things\. By default, bundler will search up from the current working directory until it finds a \fBGemfile\fR\. .IP "\(bu" 4 \fBglobal_gem_cache\fR (\fBBUNDLE_GLOBAL_GEM_CACHE\fR): Whether Bundler should cache all gems globally, rather than locally to the installing Ruby installation\. .IP "\(bu" 4 \fBignore_funding_requests\fR (\fBBUNDLE_IGNORE_FUNDING_REQUESTS\fR): When set, no funding requests will be printed\. .IP "\(bu" 4 \fBignore_messages\fR (\fBBUNDLE_IGNORE_MESSAGES\fR): When set, no post install messages will be printed\. To silence a single gem, use dot notation like \fBignore_messages\.httparty true\fR\. .IP "\(bu" 4 \fBinit_gems_rb\fR (\fBBUNDLE_INIT_GEMS_RB\fR): Generate a \fBgems\.rb\fR instead of a \fBGemfile\fR when running \fBbundle init\fR\. .IP "\(bu" 4 \fBjobs\fR (\fBBUNDLE_JOBS\fR): The number of gems Bundler can install in parallel\. Defaults to the number of available processors\. .IP "\(bu" 4 \fBlockfile_checksums\fR (\fBBUNDLE_LOCKFILE_CHECKSUMS\fR): Whether Bundler should include a checksums section in new lockfiles, to protect from compromised gem sources\. .IP "\(bu" 4 \fBno_install\fR (\fBBUNDLE_NO_INSTALL\fR): Whether \fBbundle package\fR should skip installing gems\. .IP "\(bu" 4 \fBno_prune\fR (\fBBUNDLE_NO_PRUNE\fR): Whether Bundler should leave outdated gems unpruned when caching\. .IP "\(bu" 4 \fBonly\fR (\fBBUNDLE_ONLY\fR): A space\-separated list of groups to install only gems of the specified groups\. .IP "\(bu" 4 \fBpath\fR (\fBBUNDLE_PATH\fR): The location on disk where all gems in your bundle will be located regardless of \fB$GEM_HOME\fR or \fB$GEM_PATH\fR values\. Bundle gems not found in this location will be installed by \fBbundle install\fR\. Defaults to \fBGem\.dir\fR\. When \-\-deployment is used, defaults to vendor/bundle\. .IP "\(bu" 4 \fBpath\.system\fR (\fBBUNDLE_PATH__SYSTEM\fR): Whether Bundler will install gems into the default system path (\fBGem\.dir\fR)\. .IP "\(bu" 4 \fBpath_relative_to_cwd\fR (\fBBUNDLE_PATH_RELATIVE_TO_CWD\fR) Makes \fB\-\-path\fR relative to the CWD instead of the \fBGemfile\fR\. .IP "\(bu" 4 \fBplugins\fR (\fBBUNDLE_PLUGINS\fR): Enable Bundler's experimental plugin system\. .IP "\(bu" 4 \fBprefer_patch\fR (BUNDLE_PREFER_PATCH): Prefer updating only to next patch version during updates\. Makes \fBbundle update\fR calls equivalent to \fBbundler update \-\-patch\fR\. .IP "\(bu" 4 \fBprint_only_version_number\fR (\fBBUNDLE_PRINT_ONLY_VERSION_NUMBER\fR): Print only version number from \fBbundler \-\-version\fR\. .IP "\(bu" 4 \fBredirect\fR (\fBBUNDLE_REDIRECT\fR): The number of redirects allowed for network requests\. Defaults to \fB5\fR\. .IP "\(bu" 4 \fBretry\fR (\fBBUNDLE_RETRY\fR): The number of times to retry failed network requests\. Defaults to \fB3\fR\. .IP "\(bu" 4 \fBsetup_makes_kernel_gem_public\fR (\fBBUNDLE_SETUP_MAKES_KERNEL_GEM_PUBLIC\fR): Have \fBBundler\.setup\fR make the \fBKernel#gem\fR method public, even though RubyGems declares it as private\. .IP "\(bu" 4 \fBshebang\fR (\fBBUNDLE_SHEBANG\fR): The program name that should be invoked for generated binstubs\. Defaults to the ruby install name used to generate the binstub\. .IP "\(bu" 4 \fBsilence_deprecations\fR (\fBBUNDLE_SILENCE_DEPRECATIONS\fR): Whether Bundler should silence deprecation warnings for behavior that will be changed in the next major version\. .IP "\(bu" 4 \fBsilence_root_warning\fR (\fBBUNDLE_SILENCE_ROOT_WARNING\fR): Silence the warning Bundler prints when installing gems as root\. .IP "\(bu" 4 \fBssl_ca_cert\fR (\fBBUNDLE_SSL_CA_CERT\fR): Path to a designated CA certificate file or folder containing multiple certificates for trusted CAs in PEM format\. .IP "\(bu" 4 \fBssl_client_cert\fR (\fBBUNDLE_SSL_CLIENT_CERT\fR): Path to a designated file containing a X\.509 client certificate and key in PEM format\. .IP "\(bu" 4 \fBssl_verify_mode\fR (\fBBUNDLE_SSL_VERIFY_MODE\fR): The SSL verification mode Bundler uses when making HTTPS requests\. Defaults to verify peer\. .IP "\(bu" 4 \fBsystem_bindir\fR (\fBBUNDLE_SYSTEM_BINDIR\fR): The location where RubyGems installs binstubs\. Defaults to \fBGem\.bindir\fR\. .IP "\(bu" 4 \fBtimeout\fR (\fBBUNDLE_TIMEOUT\fR): The seconds allowed before timing out for network requests\. Defaults to \fB10\fR\. .IP "\(bu" 4 \fBupdate_requires_all_flag\fR (\fBBUNDLE_UPDATE_REQUIRES_ALL_FLAG\fR): Require passing \fB\-\-all\fR to \fBbundle update\fR when everything should be updated, and disallow passing no options to \fBbundle update\fR\. .IP "\(bu" 4 \fBuser_agent\fR (\fBBUNDLE_USER_AGENT\fR): The custom user agent fragment Bundler includes in API requests\. .IP "\(bu" 4 \fBversion\fR (\fBBUNDLE_VERSION\fR): The version of Bundler to use when running under Bundler environment\. Defaults to \fBlockfile\fR\. You can also specify \fBsystem\fR or \fBx\.y\.z\fR\. \fBlockfile\fR will use the Bundler version specified in the \fBGemfile\.lock\fR, \fBsystem\fR will use the system version of Bundler, and \fBx\.y\.z\fR will use the specified version of Bundler\. .IP "\(bu" 4 \fBwith\fR (\fBBUNDLE_WITH\fR): A space\-separated or \fB:\fR\-separated list of groups whose gems bundler should install\. .IP "\(bu" 4 \fBwithout\fR (\fBBUNDLE_WITHOUT\fR): A space\-separated or \fB:\fR\-separated list of groups whose gems bundler should not install\. .IP "" 0 .SH "LOCAL GIT REPOS" Bundler also allows you to work against a git repository locally instead of using the remote version\. This can be achieved by setting up a local override: .IP "" 4 .nf bundle config set \-\-local local\.GEM_NAME /path/to/local/git/repository .fi .IP "" 0 .P For example, in order to use a local Rack repository, a developer could call: .IP "" 4 .nf bundle config set \-\-local local\.rack ~/Work/git/rack .fi .IP "" 0 .P Now instead of checking out the remote git repository, the local override will be used\. Similar to a path source, every time the local git repository change, changes will be automatically picked up by Bundler\. This means a commit in the local git repo will update the revision in the \fBGemfile\.lock\fR to the local git repo revision\. This requires the same attention as git submodules\. Before pushing to the remote, you need to ensure the local override was pushed, otherwise you may point to a commit that only exists in your local machine\. You'll also need to CGI escape your usernames and passwords as well\. .P Bundler does many checks to ensure a developer won't work with invalid references\. Particularly, we force a developer to specify a branch in the \fBGemfile\fR in order to use this feature\. If the branch specified in the \fBGemfile\fR and the current branch in the local git repository do not match, Bundler will abort\. This ensures that a developer is always working against the correct branches, and prevents accidental locking to a different branch\. .P Finally, Bundler also ensures that the current revision in the \fBGemfile\.lock\fR exists in the local git repository\. By doing this, Bundler forces you to fetch the latest changes in the remotes\. .SH "MIRRORS OF GEM SOURCES" Bundler supports overriding gem sources with mirrors\. This allows you to configure rubygems\.org as the gem source in your Gemfile while still using your mirror to fetch gems\. .IP "" 4 .nf bundle config set \-\-global mirror\.SOURCE_URL MIRROR_URL .fi .IP "" 0 .P For example, to use a mirror of https://rubygems\.org hosted at https://example\.org: .IP "" 4 .nf bundle config set \-\-global mirror\.https://rubygems\.org https://example\.org .fi .IP "" 0 .P Each mirror also provides a fallback timeout setting\. If the mirror does not respond within the fallback timeout, Bundler will try to use the original server instead of the mirror\. .IP "" 4 .nf bundle config set \-\-global mirror\.SOURCE_URL\.fallback_timeout TIMEOUT .fi .IP "" 0 .P For example, to fall back to rubygems\.org after 3 seconds: .IP "" 4 .nf bundle config set \-\-global mirror\.https://rubygems\.org\.fallback_timeout 3 .fi .IP "" 0 .P The default fallback timeout is 0\.1 seconds, but the setting can currently only accept whole seconds (for example, 1, 15, or 30)\. .SH "CREDENTIALS FOR GEM SOURCES" Bundler allows you to configure credentials for any gem source, which allows you to avoid putting secrets into your Gemfile\. .IP "" 4 .nf bundle config set \-\-global SOURCE_HOSTNAME USERNAME:PASSWORD .fi .IP "" 0 .P For example, to save the credentials of user \fBclaudette\fR for the gem source at \fBgems\.longerous\.com\fR, you would run: .IP "" 4 .nf bundle config set \-\-global gems\.longerous\.com claudette:s00pers3krit .fi .IP "" 0 .P Or you can set the credentials as an environment variable like this: .IP "" 4 .nf export BUNDLE_GEMS__LONGEROUS__COM="claudette:s00pers3krit" .fi .IP "" 0 .P For gems with a git source with HTTP(S) URL you can specify credentials like so: .IP "" 4 .nf bundle config set \-\-global https://github\.com/rubygems/rubygems\.git username:password .fi .IP "" 0 .P Or you can set the credentials as an environment variable like so: .IP "" 4 .nf export BUNDLE_GITHUB__COM=username:password .fi .IP "" 0 .P This is especially useful for private repositories on hosts such as GitHub, where you can use personal OAuth tokens: .IP "" 4 .nf export BUNDLE_GITHUB__COM=abcd0123generatedtoken:x\-oauth\-basic .fi .IP "" 0 .P Note that any configured credentials will be redacted by informative commands such as \fBbundle config list\fR or \fBbundle config get\fR, unless you use the \fB\-\-parseable\fR flag\. This is to avoid unintentionally leaking credentials when copy\-pasting bundler output\. .P Also note that to guarantee a sane mapping between valid environment variable names and valid host names, bundler makes the following transformations: .IP "\(bu" 4 Any \fB\-\fR characters in a host name are mapped to a triple underscore (\fB___\fR) in the corresponding environment variable\. .IP "\(bu" 4 Any \fB\.\fR characters in a host name are mapped to a double underscore (\fB__\fR) in the corresponding environment variable\. .IP "" 0 .P This means that if you have a gem server named \fBmy\.gem\-host\.com\fR, you'll need to use the \fBBUNDLE_MY__GEM___HOST__COM\fR variable to configure credentials for it through ENV\. .SH "CONFIGURE BUNDLER DIRECTORIES" Bundler's home, cache and plugin directories and config file can be configured through environment variables\. The default location for Bundler's home directory is \fB~/\.bundle\fR, which all directories inherit from by default\. The following outlines the available environment variables and their default values .IP "" 4 .nf BUNDLE_USER_HOME : $HOME/\.bundle BUNDLE_USER_CACHE : $BUNDLE_USER_HOME/cache BUNDLE_USER_CONFIG : $BUNDLE_USER_HOME/config BUNDLE_USER_PLUGIN : $BUNDLE_USER_HOME/plugin .fi .IP "" 0 PK )J [>��.� � share/man/man1/bundle-cache.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CACHE" "1" "March 2025" "" .SH "NAME" \fBbundle\-cache\fR \- Package your needed \fB\.gem\fR files into your application .SH "SYNOPSIS" \fBbundle cache\fR [\fIOPTIONS\fR] .P alias: \fBpackage\fR, \fBpack\fR .SH "DESCRIPTION" Copy all of the \fB\.gem\fR files needed to run the application into the \fBvendor/cache\fR directory\. In the future, when running \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR, use the gems in the cache in preference to the ones on \fBrubygems\.org\fR\. .SH "OPTIONS" .TP \fB\-\-all\fR Include all sources (including path and git)\. .TP \fB\-\-all\-platforms\fR Include gems for all platforms present in the lockfile, not only the current one\. .TP \fB\-\-cache\-path=CACHE\-PATH\fR Specify a different cache path than the default (vendor/cache)\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of Gemfile\. .TP \fB\-\-no\-install\fR Don't install the gems, only update the cache\. .TP \fB\-\-no\-prune\fR Don't remove stale gems from the cache\. .TP \fB\-\-path=PATH\fR Specify a different path than the system default ($BUNDLE_PATH or $GEM_HOME)\. .TP \fB\-\-quiet\fR Only output warnings and errors\. .TP \fB\-\-frozen\fR Do not allow the Gemfile\.lock to be updated after this bundle cache operation's install\. .SH "GIT AND PATH GEMS" The \fBbundle cache\fR command can also package \fB:git\fR and \fB:path\fR dependencies besides \.gem files\. This needs to be explicitly enabled via the \fB\-\-all\fR option\. Once used, the \fB\-\-all\fR option will be remembered\. .SH "SUPPORT FOR MULTIPLE PLATFORMS" When using gems that have different packages for different platforms, Bundler supports caching of gems for other platforms where the Gemfile has been resolved (i\.e\. present in the lockfile) in \fBvendor/cache\fR\. This needs to be enabled via the \fB\-\-all\-platforms\fR option\. This setting will be remembered in your local bundler configuration\. .SH "REMOTE FETCHING" By default, if you run \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR after running bundle cache(1) \fIbundle\-cache\.1\.html\fR, bundler will still connect to \fBrubygems\.org\fR to check whether a platform\-specific gem exists for any of the gems in \fBvendor/cache\fR\. .P For instance, consider this Gemfile(5): .IP "" 4 .nf source "https://rubygems\.org" gem "nokogiri" .fi .IP "" 0 .P If you run \fBbundle cache\fR under C Ruby, bundler will retrieve the version of \fBnokogiri\fR for the \fB"ruby"\fR platform\. If you deploy to JRuby and run \fBbundle install\fR, bundler is forced to check to see whether a \fB"java"\fR platformed \fBnokogiri\fR exists\. .P Even though the \fBnokogiri\fR gem for the Ruby platform is \fItechnically\fR acceptable on JRuby, it has a C extension that does not run on JRuby\. As a result, bundler will, by default, still connect to \fBrubygems\.org\fR to check whether it has a version of one of your gems more specific to your platform\. .P This problem is also not limited to the \fB"java"\fR platform\. A similar (common) problem can happen when developing on Windows and deploying to Linux, or even when developing on OSX and deploying to Linux\. .P If you know for sure that the gems packaged in \fBvendor/cache\fR are appropriate for the platform you are on, you can run \fBbundle install \-\-local\fR to skip checking for more appropriate gems, and use the ones in \fBvendor/cache\fR\. .P One way to be sure that you have the right platformed versions of all your gems is to run \fBbundle cache\fR on an identical machine and check in the gems\. For instance, you can run \fBbundle cache\fR on an identical staging box during your staging process, and check in the \fBvendor/cache\fR before deploying to production\. .P By default, bundle cache(1) \fIbundle\-cache\.1\.html\fR fetches and also installs the gems to the default location\. To package the dependencies to \fBvendor/cache\fR without installing them to the local install location, you can run \fBbundle cache \-\-no\-install\fR\. .SH "HISTORY" In Bundler 2\.1, \fBcache\fR took in the functionalities of \fBpackage\fR and now \fBpackage\fR and \fBpack\fR are aliases of \fBcache\fR\. PK )J [v�U� � share/man/man1/bundle-list.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-LIST" "1" "March 2025" "" .SH "NAME" \fBbundle\-list\fR \- List all the gems in the bundle .SH "SYNOPSIS" \fBbundle list\fR [\-\-name\-only] [\-\-paths] [\-\-without\-group=GROUP[ GROUP\|\.\|\.\|\.]] [\-\-only\-group=GROUP[ GROUP\|\.\|\.\|\.]] .SH "DESCRIPTION" Prints a list of all the gems in the bundle including their version\. .P Example: .P bundle list \-\-name\-only .P bundle list \-\-paths .P bundle list \-\-without\-group test .P bundle list \-\-only\-group dev .P bundle list \-\-only\-group dev test \-\-paths .SH "OPTIONS" .TP \fB\-\-name\-only\fR Print only the name of each gem\. .TP \fB\-\-paths\fR Print the path to each gem in the bundle\. .TP \fB\-\-without\-group=<list>\fR A space\-separated list of groups of gems to skip during printing\. .TP \fB\-\-only\-group=<list>\fR A space\-separated list of groups of gems to print\. PK )J [�� }j j share/man/man1/bundle-version.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-VERSION" "1" "March 2025" "" .SH "NAME" \fBbundle\-version\fR \- Prints Bundler version information .SH "SYNOPSIS" \fBbundle version\fR .SH "DESCRIPTION" Prints Bundler version information\. .SH "OPTIONS" No options\. .SH "EXAMPLE" Print the version of Bundler with build date and commit hash of the in the Git source\. .IP "" 4 .nf bundle version .fi .IP "" 0 .P shows \fBBundler version 2\.3\.21 (2022\-08\-24 commit d54be5fdd8)\fR for example\. .P cf\. \fBbundle \-\-version\fR shows \fBBundler version 2\.3\.21\fR\. PK )J [�h$u� � share/man/man1/bundle-init.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INIT" "1" "March 2025" "" .SH "NAME" \fBbundle\-init\fR \- Generates a Gemfile into the current working directory .SH "SYNOPSIS" \fBbundle init\fR [\-\-gemspec=FILE] .SH "DESCRIPTION" Init generates a default [\fBGemfile(5)\fR][Gemfile(5)] in the current working directory\. When adding a [\fBGemfile(5)\fR][Gemfile(5)] to a gem with a gemspec, the \fB\-\-gemspec\fR option will automatically add each dependency listed in the gemspec file to the newly created [\fBGemfile(5)\fR][Gemfile(5)]\. .SH "OPTIONS" .TP \fB\-\-gemspec=GEMSPEC\fR Use the specified \.gemspec to create the [\fBGemfile(5)\fR][Gemfile(5)] .TP \fB\-\-gemfile=GEMFILE\fR Use the specified name for the gemfile instead of \fBGemfile\fR .SH "FILES" Included in the default [\fBGemfile(5)\fR][Gemfile(5)] generated is the line \fB# frozen_string_literal: true\fR\. This is a magic comment supported for the first time in Ruby 2\.3\. The presence of this line results in all string literals in the file being implicitly frozen\. .SH "SEE ALSO" Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR PK )J [��^�� � share/man/man1/bundle-viz.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-VIZ" "1" "March 2025" "" .SH "NAME" \fBbundle\-viz\fR \- Generates a visual dependency graph for your Gemfile .SH "SYNOPSIS" \fBbundle viz\fR [\-\-file=FILE] [\-\-format=FORMAT] [\-\-requirements] [\-\-version] [\-\-without=GROUP GROUP] .SH "DESCRIPTION" \fBviz\fR generates a PNG file of the current \fBGemfile(5)\fR as a dependency graph\. \fBviz\fR requires the ruby\-graphviz gem (and its dependencies)\. .P The associated gems must also be installed via \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR\. .P \fBviz\fR command was deprecated in Bundler 2\.2\. Use bundler\-graph plugin \fIhttps://github\.com/rubygems/bundler\-graph\fR instead\. .SH "OPTIONS" .TP \fB\-\-file=FILE\fR, \fB\-f=FILE\fR The name to use for the generated file\. See \fB\-\-format\fR option .TP \fB\-\-format=FORMAT\fR, \fB\-F=FORMAT\fR This is output format option\. Supported format is png, jpg, svg, dot \|\.\|\.\|\. .TP \fB\-\-requirements\fR, \fB\-R\fR Set to show the version of each required dependency\. .TP \fB\-\-version\fR, \fB\-v\fR Set to show each gem version\. .TP \fB\-\-without=<list>\fR, \fB\-W=<list>\fR Exclude gems that are part of the specified named group\. PK )J [�v |� � share/man/man1/bundle-clean.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CLEAN" "1" "March 2025" "" .SH "NAME" \fBbundle\-clean\fR \- Cleans up unused gems in your bundler directory .SH "SYNOPSIS" \fBbundle clean\fR [\-\-dry\-run] [\-\-force] .SH "DESCRIPTION" This command will remove all unused gems in your bundler directory\. This is useful when you have made many changes to your gem dependencies\. .SH "OPTIONS" .TP \fB\-\-dry\-run\fR Print the changes, but do not clean the unused gems\. .TP \fB\-\-force\fR Forces cleaning up unused gems even if Bundler is configured to use globally installed gems\. As a consequence, removes all system gems except for the ones in the current application\. PK )J [3�8:� � share/man/man1/ri.1nu �[��� .\"Ruby is copyrighted by Yukihiro Matsumoto <matz@netlab.jp>. .Dd April 20, 2017 .Dt RI \&1 "Ruby Programmer's Reference Guide" .Os UNIX .Sh NAME .Nm ri .Nd Ruby API reference front end .Sh SYNOPSIS .Nm .Op Fl ahilTv .Op Fl d Ar DIRNAME .Op Fl f Ar FORMAT .Op Fl w Ar WIDTH .Op Fl - Ns Oo Cm no- Oc Ns Cm pager .Op Fl -server Ns Oo = Ns Ar PORT Oc .Op Fl - Ns Oo Cm no- Oc Ns Cm list-doc-dirs .Op Fl -no-standard-docs .Op Fl - Ns Oo Cm no- Oc Ns Bro Cm system Ns | Ns Cm site Ns | Ns Cm gems Ns | Ns Cm home Brc .Op Fl - Ns Oo Cm no- Oc Ns Cm profile .Op Fl -dump Ns = Ns Ar CACHE .Op Ar name ... .Sh DESCRIPTION .Nm is a command-line front end for the Ruby API reference. You can search and read the API reference for classes and methods with .Nm . .Pp .Nm is a part of Ruby. .Pp .Ar name can be: .Bl -diag -offset indent .It Class | Module | Module::Class .Pp .It Class::method | Class#method | Class.method | method .Pp .It gem_name: | gem_name:README | gem_name:History .El .Pp All class names may be abbreviated to their minimum unambiguous form. If a name is ambiguous, all valid options will be listed. .Pp A .Ql \&. matches either class or instance methods, while #method matches only instance and ::method matches only class methods. .Pp README and other files may be displayed by prefixing them with the gem name they're contained in. If the gem name is followed by a .Ql \&: all files in the gem will be shown. The file name extension may be omitted where it is unambiguous. .Pp For example: .Bd -literal -offset indent ri Fil ri File ri File.new ri zip ri rdoc:README .Ed .Pp Note that shell quoting or escaping may be required for method names containing punctuation: .Bd -literal -offset indent ri 'Array.[]' ri compact\e! .Ed .Pp To see the default directories .Nm will search, run: .Bd -literal -offset indent ri --list-doc-dirs .Ed .Pp Specifying the .Fl -system , Fl -site , Fl -home , Fl -gems , or .Fl -doc-dir options will limit .Nm to searching only the specified directories. .Pp .Nm options may be set in the .Ev RI environment variable. .Pp The .Nm pager can be set with the .Ev RI_PAGER environment variable or the .Ev PAGER environment variable. .Pp .Sh OPTIONS .Bl -tag -width "1234567890123" -compact .Pp .It Fl i .It Fl - Ns Oo Cm no- Oc Ns Cm interactive In interactive mode you can repeatedly look up methods with autocomplete. .Pp .It Fl a .It Fl - Ns Oo Cm no- Oc Ns Cm all Show all documentation for a class or module. .Pp .It Fl l .It Fl - Ns Oo Cm no- Oc Ns Cm list List classes .Nm knows about. .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm pager Send output to a pager, rather than directly to stdout. .Pp .It Fl T Synonym for .Fl -no-pager . .Pp .It Fl w Ar WIDTH .It Fl -width Ns = Ns Ar WIDTH Set the width of the output. .Pp .It Fl -server Ns Oo = Ns Ar PORT Oc Run RDoc server on the given port. The default port is\~8214. .Pp .It Fl f Ar FORMAT .It Fl -format Ns = Ns Ar FORMAT Use the selected formatter. The default formatter is .Li bs for paged output and .Li ansi otherwise. Valid formatters are: .Li ansi , Li bs , Li markdown , Li rdoc . .Pp .It Fl h .It Fl -help Show help and exit. .Pp .It Fl v .It Fl -version Output version information and exit. .El .Pp Data source options: .Bl -tag -width "1234567890123" -compact .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm list-doc-dirs List the directories from which .Nm will source documentation on stdout and exit. .Pp .It Fl d Ar DIRNAME .It Fl -doc-dir Ns = Ns Ar DIRNAME List of directories from which to source documentation in addition to the standard directories. May be repeated. .Pp .It Fl -no-standard-docs Do not include documentation from the Ruby standard library, .Pa site_lib , installed gems, or .Pa ~/.rdoc . Use with .Fl -doc-dir . .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm system Include documentation from Ruby's standard library. Defaults to true. .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm site Include documentation from libraries installed in .Pa site_lib . Defaults to true. .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm gems Include documentation from RubyGems. Defaults to true. .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm home Include documentation stored in .Pa ~/.rdoc . Defaults to true. .El .Pp Debug options: .Bl -tag -width "1234567890123" -compact .Pp .It Fl - Ns Oo Cm no- Oc Ns Cm profile Run with the Ruby profiler. .Pp .It Fl -dump Ns = Ns Ar CACHE Dump data from an ri cache or data file. .El .Pp .Sh ENVIRONMENT .Bl -tag -width "USERPROFILE" -compact .Pp .It Ev RI Options to prepend to those specified on the command-line. .Pp .It Ev RI_PAGER .It Ev PAGER Pager program to use for displaying. .Pp .It Ev HOME .It Ev USERPROFILE .It Ev HOMEPATH Path to the user's home directory. .El .Pp .Sh FILES .Bl -tag -width "USERPROFILE" -compact .Pp .It Pa ~/.rdoc Path for ri data in the user's home directory. .Pp .El .Pp .Sh SEE ALSO .Xr ruby 1 , .Xr rdoc 1 , .Xr gem 1 .Pp .Sh REPORTING BUGS .Bl -bullet .It Security vulnerabilities should be reported via an email to .Mt security@ruby-lang.org . Reported problems will be published after being fixed. .Pp .It Other bugs and feature requests can be reported via the Ruby Issue Tracking System .Pq Lk https://bugs.ruby-lang.org/ . Do not report security vulnerabilities via this system because it publishes the vulnerabilities immediately. .El .Sh AUTHORS Written by .An Dave Thomas Aq dave@pragmaticprogrammer.com . PK )J [n�0�yB yB share/man/man1/bundle-install.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INSTALL" "1" "March 2025" "" .SH "NAME" \fBbundle\-install\fR \- Install the dependencies specified in your Gemfile .SH "SYNOPSIS" \fBbundle install\fR [\-\-binstubs[=DIRECTORY]] [\-\-clean] [\-\-deployment] [\-\-frozen] [\-\-full\-index] [\-\-gemfile=GEMFILE] [\-\-jobs=NUMBER] [\-\-local] [\-\-no\-cache] [\-\-no\-prune] [\-\-path PATH] [\-\-prefer\-local] [\-\-quiet] [\-\-redownload] [\-\-retry=NUMBER] [\-\-shebang=SHEBANG] [\-\-standalone[=GROUP[ GROUP\|\.\|\.\|\.]]] [\-\-system] [\-\-trust\-policy=TRUST\-POLICY] [\-\-target\-rbconfig=TARGET\-RBCONFIG] [\-\-with=GROUP[ GROUP\|\.\|\.\|\.]] [\-\-without=GROUP[ GROUP\|\.\|\.\|\.]] .SH "DESCRIPTION" Install the gems specified in your Gemfile(5)\. If this is the first time you run bundle install (and a \fBGemfile\.lock\fR does not exist), Bundler will fetch all remote sources, resolve dependencies and install all needed gems\. .P If a \fBGemfile\.lock\fR does exist, and you have not updated your Gemfile(5), Bundler will fetch all remote sources, but use the dependencies specified in the \fBGemfile\.lock\fR instead of resolving dependencies\. .P If a \fBGemfile\.lock\fR does exist, and you have updated your Gemfile(5), Bundler will use the dependencies in the \fBGemfile\.lock\fR for all gems that you did not update, but will re\-resolve the dependencies of gems that you did update\. You can find more information about this update process below under \fICONSERVATIVE UPDATING\fR\. .SH "OPTIONS" The \fB\-\-clean\fR, \fB\-\-deployment\fR, \fB\-\-frozen\fR, \fB\-\-no\-prune\fR, \fB\-\-path\fR, \fB\-\-shebang\fR, \fB\-\-system\fR, \fB\-\-without\fR and \fB\-\-with\fR options are deprecated because they only make sense if they are applied to every subsequent \fBbundle install\fR run automatically and that requires \fBbundler\fR to silently remember them\. Since \fBbundler\fR will no longer remember CLI flags in future versions, \fBbundle config\fR (see bundle\-config(1)) should be used to apply them permanently\. .TP \fB\-\-binstubs[=BINSTUBS]\fR Binstubs are scripts that wrap around executables\. Bundler creates a small Ruby file (a binstub) that loads Bundler, runs the command, and puts it in \fBbin/\fR\. This lets you link the binstub inside of an application to the exact gem version the application needs\. .IP Creates a directory (defaults to \fB~/bin\fR when the option is used without a value, or to the given \fB<BINSTUBS>\fR directory otherwise) and places any executables from the gem there\. These executables run in Bundler's context\. If used, you might add this directory to your environment's \fBPATH\fR variable\. For instance, if the \fBrails\fR gem comes with a \fBrails\fR executable, this flag will create a \fBbin/rails\fR executable that ensures that all referred dependencies will be resolved using the bundled gems\. .TP \fB\-\-clean\fR On finishing the installation Bundler is going to remove any gems not present in the current Gemfile(5)\. Don't worry, gems currently in use will not be removed\. .IP This option is deprecated in favor of the \fBclean\fR setting\. .TP \fB\-\-deployment\fR In \fIdeployment mode\fR, Bundler will 'roll\-out' the bundle for production or CI use\. Please check carefully if you want to have this option enabled in your development environment\. .IP This option is deprecated in favor of the \fBdeployment\fR setting\. .TP \fB\-\-redownload\fR, \fB\-\-force\fR Force download every gem, even if the required versions are already available locally\. .TP \fB\-\-frozen\fR Do not allow the Gemfile\.lock to be updated after this install\. Exits non\-zero if there are going to be changes to the Gemfile\.lock\. .IP This option is deprecated in favor of the \fBfrozen\fR setting\. .TP \fB\-\-full\-index\fR Bundler will not call Rubygems' API endpoint (default) but download and cache a (currently big) index file of all gems\. Performance can be improved for large bundles that seldom change by enabling this option\. .TP \fB\-\-gemfile=GEMFILE\fR The location of the Gemfile(5) which Bundler should use\. This defaults to a Gemfile(5) in the current working directory\. In general, Bundler will assume that the location of the Gemfile(5) is also the project's root and will try to find \fBGemfile\.lock\fR and \fBvendor/cache\fR relative to this location\. .TP \fB\-\-jobs=<number>\fR, \fB\-j=<number>\fR The maximum number of parallel download and install jobs\. The default is the number of available processors\. .TP \fB\-\-local\fR Do not attempt to connect to \fBrubygems\.org\fR\. Instead, Bundler will use the gems already present in Rubygems' cache or in \fBvendor/cache\fR\. Note that if an appropriate platform\-specific gem exists on \fBrubygems\.org\fR it will not be found\. .TP \fB\-\-prefer\-local\fR Force using locally installed gems, or gems already present in Rubygems' cache or in \fBvendor/cache\fR, when resolving, even if newer versions are available remotely\. Only attempt to connect to \fBrubygems\.org\fR for gems that are not present locally\. .TP \fB\-\-no\-cache\fR Do not update the cache in \fBvendor/cache\fR with the newly bundled gems\. This does not remove any gems in the cache but keeps the newly bundled gems from being cached during the install\. .TP \fB\-\-no\-prune\fR Don't remove stale gems from the cache when the installation finishes\. .IP This option is deprecated in favor of the \fBno_prune\fR setting\. .TP \fB\-\-path=PATH\fR The location to install the specified gems to\. This defaults to Rubygems' setting\. Bundler shares this location with Rubygems, \fBgem install \|\.\|\.\|\.\fR will have gem installed there, too\. Therefore, gems installed without a \fB\-\-path \|\.\|\.\|\.\fR setting will show up by calling \fBgem list\fR\. Accordingly, gems installed to other locations will not get listed\. .IP This option is deprecated in favor of the \fBpath\fR setting\. .TP \fB\-\-quiet\fR Do not print progress information to the standard output\. .TP \fB\-\-retry=[<number>]\fR Retry failed network or git requests for \fInumber\fR times\. .TP \fB\-\-shebang=SHEBANG\fR Uses the specified ruby executable (usually \fBruby\fR) to execute the scripts created with \fB\-\-binstubs\fR\. In addition, if you use \fB\-\-binstubs\fR together with \fB\-\-shebang jruby\fR these executables will be changed to execute \fBjruby\fR instead\. .IP This option is deprecated in favor of the \fBshebang\fR setting\. .TP \fB\-\-standalone[=<list>]\fR Makes a bundle that can work without depending on Rubygems or Bundler at runtime\. A space separated list of groups to install can be specified\. Bundler creates a directory named \fBbundle\fR and installs the bundle there\. It also generates a \fBbundle/bundler/setup\.rb\fR file to replace Bundler's own setup in the manner required\. Using this option implicitly sets \fBpath\fR, which is a [remembered option][REMEMBERED OPTIONS]\. .TP \fB\-\-system\fR Installs the gems specified in the bundle to the system's Rubygems location\. This overrides any previous configuration of \fB\-\-path\fR\. .IP This option is deprecated in favor of the \fBsystem\fR setting\. .TP \fB\-\-trust\-policy=TRUST\-POLICY\fR Apply the Rubygems security policy \fIpolicy\fR, where policy is one of \fBHighSecurity\fR, \fBMediumSecurity\fR, \fBLowSecurity\fR, \fBAlmostNoSecurity\fR, or \fBNoSecurity\fR\. For more details, please see the Rubygems signing documentation linked below in \fISEE ALSO\fR\. .TP \fB\-\-target\-rbconfig=TARGET\-RBCONFIG\fR Path to rbconfig\.rb for the deployment target platform\. .TP \fB\-\-with=<list>\fR A space\-separated list of groups referencing gems to install\. If an optional group is given it is installed\. If a group is given that is in the remembered list of groups given to \-\-without, it is removed from that list\. .IP This option is deprecated in favor of the \fBwith\fR setting\. .TP \fB\-\-without=<list>\fR A space\-separated list of groups referencing gems to skip during installation\. If a group is given that is in the remembered list of groups given to \-\-with, it is removed from that list\. .IP This option is deprecated in favor of the \fBwithout\fR setting\. .SH "DEPLOYMENT MODE" Bundler's defaults are optimized for development\. To switch to defaults optimized for deployment and for CI, use the \fB\-\-deployment\fR flag\. Do not activate deployment mode on development machines, as it will cause an error when the Gemfile(5) is modified\. .IP "1." 4 A \fBGemfile\.lock\fR is required\. .IP To ensure that the same versions of the gems you developed with and tested with are also used in deployments, a \fBGemfile\.lock\fR is required\. .IP This is mainly to ensure that you remember to check your \fBGemfile\.lock\fR into version control\. .IP "2." 4 The \fBGemfile\.lock\fR must be up to date .IP In development, you can modify your Gemfile(5) and re\-run \fBbundle install\fR to \fIconservatively update\fR your \fBGemfile\.lock\fR snapshot\. .IP In deployment, your \fBGemfile\.lock\fR should be up\-to\-date with changes made in your Gemfile(5)\. .IP "3." 4 Gems are installed to \fBvendor/bundle\fR not your default system location .IP In development, it's convenient to share the gems used in your application with other applications and other scripts that run on the system\. .IP In deployment, isolation is a more important default\. In addition, the user deploying the application may not have permission to install gems to the system, or the web server may not have permission to read them\. .IP As a result, \fBbundle install \-\-deployment\fR installs gems to the \fBvendor/bundle\fR directory in the application\. This may be overridden using the \fB\-\-path\fR option\. .IP "" 0 .SH "INSTALLING GROUPS" By default, \fBbundle install\fR will install all gems in all groups in your Gemfile(5), except those declared for a different platform\. .P However, you can explicitly tell Bundler to skip installing certain groups with the \fB\-\-without\fR option\. This option takes a space\-separated list of groups\. .P While the \fB\-\-without\fR option will skip \fIinstalling\fR the gems in the specified groups, it will still \fIdownload\fR those gems and use them to resolve the dependencies of every gem in your Gemfile(5)\. .P This is so that installing a different set of groups on another machine (such as a production server) will not change the gems and versions that you have already developed and tested against\. .P \fBBundler offers a rock\-solid guarantee that the third\-party code you are running in development and testing is also the third\-party code you are running in production\. You can choose to exclude some of that code in different environments, but you will never be caught flat\-footed by different versions of third\-party code being used in different environments\.\fR .P For a simple illustration, consider the following Gemfile(5): .IP "" 4 .nf source 'https://rubygems\.org' gem 'sinatra' group :production do gem 'rack\-perftools\-profiler' end .fi .IP "" 0 .P In this case, \fBsinatra\fR depends on any version of Rack (\fB>= 1\.0\fR), while \fBrack\-perftools\-profiler\fR depends on 1\.x (\fB~> 1\.0\fR)\. .P When you run \fBbundle install \-\-without production\fR in development, we look at the dependencies of \fBrack\-perftools\-profiler\fR as well\. That way, you do not spend all your time developing against Rack 2\.0, using new APIs unavailable in Rack 1\.x, only to have Bundler switch to Rack 1\.2 when the \fBproduction\fR group \fIis\fR used\. .P This should not cause any problems in practice, because we do not attempt to \fBinstall\fR the gems in the excluded groups, and only evaluate as part of the dependency resolution process\. .P This also means that you cannot include different versions of the same gem in different groups, because doing so would result in different sets of dependencies used in development and production\. Because of the vagaries of the dependency resolution process, this usually affects more than the gems you list in your Gemfile(5), and can (surprisingly) radically change the gems you are using\. .SH "THE GEMFILE\.LOCK" When you run \fBbundle install\fR, Bundler will persist the full names and versions of all gems that you used (including dependencies of the gems specified in the Gemfile(5)) into a file called \fBGemfile\.lock\fR\. .P Bundler uses this file in all subsequent calls to \fBbundle install\fR, which guarantees that you always use the same exact code, even as your application moves across machines\. .P Because of the way dependency resolution works, even a seemingly small change (for instance, an update to a point\-release of a dependency of a gem in your Gemfile(5)) can result in radically different gems being needed to satisfy all dependencies\. .P As a result, you \fBSHOULD\fR check your \fBGemfile\.lock\fR into version control, in both applications and gems\. If you do not, every machine that checks out your repository (including your production server) will resolve all dependencies again, which will result in different versions of third\-party code being used if \fBany\fR of the gems in the Gemfile(5) or any of their dependencies have been updated\. .P When Bundler first shipped, the \fBGemfile\.lock\fR was included in the \fB\.gitignore\fR file included with generated gems\. Over time, however, it became clear that this practice forces the pain of broken dependencies onto new contributors, while leaving existing contributors potentially unaware of the problem\. Since \fBbundle install\fR is usually the first step towards a contribution, the pain of broken dependencies would discourage new contributors from contributing\. As a result, we have revised our guidance for gem authors to now recommend checking in the lock for gems\. .SH "CONSERVATIVE UPDATING" When you make a change to the Gemfile(5) and then run \fBbundle install\fR, Bundler will update only the gems that you modified\. .P In other words, if a gem that you \fBdid not modify\fR worked before you called \fBbundle install\fR, it will continue to use the exact same versions of all dependencies as it used before the update\. .P Let's take a look at an example\. Here's your original Gemfile(5): .IP "" 4 .nf source 'https://rubygems\.org' gem 'actionpack', '2\.3\.8' gem 'activemerchant' .fi .IP "" 0 .P In this case, both \fBactionpack\fR and \fBactivemerchant\fR depend on \fBactivesupport\fR\. The \fBactionpack\fR gem depends on \fBactivesupport 2\.3\.8\fR and \fBrack ~> 1\.1\.0\fR, while the \fBactivemerchant\fR gem depends on \fBactivesupport >= 2\.3\.2\fR, \fBbraintree >= 2\.0\.0\fR, and \fBbuilder >= 2\.0\.0\fR\. .P When the dependencies are first resolved, Bundler will select \fBactivesupport 2\.3\.8\fR, which satisfies the requirements of both gems in your Gemfile(5)\. .P Next, you modify your Gemfile(5) to: .IP "" 4 .nf source 'https://rubygems\.org' gem 'actionpack', '3\.0\.0\.rc' gem 'activemerchant' .fi .IP "" 0 .P The \fBactionpack 3\.0\.0\.rc\fR gem has a number of new dependencies, and updates the \fBactivesupport\fR dependency to \fB= 3\.0\.0\.rc\fR and the \fBrack\fR dependency to \fB~> 1\.2\.1\fR\. .P When you run \fBbundle install\fR, Bundler notices that you changed the \fBactionpack\fR gem, but not the \fBactivemerchant\fR gem\. It evaluates the gems currently being used to satisfy its requirements: .TP \fBactivesupport 2\.3\.8\fR also used to satisfy a dependency in \fBactivemerchant\fR, which is not being updated .TP \fBrack ~> 1\.1\.0\fR not currently being used to satisfy another dependency .P Because you did not explicitly ask to update \fBactivemerchant\fR, you would not expect it to suddenly stop working after updating \fBactionpack\fR\. However, satisfying the new \fBactivesupport 3\.0\.0\.rc\fR dependency of actionpack requires updating one of its dependencies\. .P Even though \fBactivemerchant\fR declares a very loose dependency that theoretically matches \fBactivesupport 3\.0\.0\.rc\fR, Bundler treats gems in your Gemfile(5) that have not changed as an atomic unit together with their dependencies\. In this case, the \fBactivemerchant\fR dependency is treated as \fBactivemerchant 1\.7\.1 + activesupport 2\.3\.8\fR, so \fBbundle install\fR will report that it cannot update \fBactionpack\fR\. .P To explicitly update \fBactionpack\fR, including its dependencies which other gems in the Gemfile(5) still depend on, run \fBbundle update actionpack\fR (see \fBbundle update(1)\fR)\. .P \fBSummary\fR: In general, after making a change to the Gemfile(5) , you should first try to run \fBbundle install\fR, which will guarantee that no other gem in the Gemfile(5) is impacted by the change\. If that does not work, run bundle update(1) \fIbundle\-update\.1\.html\fR\. .SH "SEE ALSO" .IP "\(bu" 4 Gem install docs \fIhttps://guides\.rubygems\.org/rubygems\-basics/#installing\-gems\fR .IP "\(bu" 4 Rubygems signing docs \fIhttps://guides\.rubygems\.org/security/\fR .IP "" 0 PK )J [�R�� � share/man/man1/bundle-help.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-HELP" "1" "March 2025" "" .SH "NAME" \fBbundle\-help\fR \- Displays detailed help for each subcommand .SH "SYNOPSIS" \fBbundle help\fR [COMMAND] .SH "DESCRIPTION" Displays detailed help for the given subcommand\. You can specify a single \fBCOMMAND\fR at the same time\. When \fBCOMMAND\fR is omitted, help for \fBhelp\fR command will be displayed\. PK )J [�` �� � share/man/man1/bundle-outdated.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-OUTDATED" "1" "March 2025" "" .SH "NAME" \fBbundle\-outdated\fR \- List installed gems with newer versions available .SH "SYNOPSIS" \fBbundle outdated\fR [GEM] [\-\-local] [\-\-pre] [\-\-source] [\-\-filter\-strict | \-\-strict] [\-\-update\-strict] [\-\-parseable | \-\-porcelain] [\-\-group=GROUP] [\-\-groups] [\-\-patch|\-\-minor|\-\-major] [\-\-filter\-major] [\-\-filter\-minor] [\-\-filter\-patch] [\-\-only\-explicit] .SH "DESCRIPTION" Outdated lists the names and versions of gems that have a newer version available in the given source\. Calling outdated with [GEM [GEM]] will only check for newer versions of the given gems\. Prerelease gems are ignored by default\. If your gems are up to date, Bundler will exit with a status of 0\. Otherwise, it will exit 1\. .SH "OPTIONS" .TP \fB\-\-local\fR Do not attempt to fetch gems remotely and use the gem cache instead\. .TP \fB\-\-pre\fR Check for newer pre\-release gems\. .TP \fB\-\-source=<list>\fR Check against a specific source\. .TP \fB\-\-filter\-strict\fR, \fB\-\-strict\fR Only list newer versions allowed by your Gemfile requirements, also respecting conservative update flags (\-\-patch, \-\-minor, \-\-major)\. .TP \fB\-\-update\-strict\fR Strict conservative resolution, do not allow any gem to be updated past latest \-\-patch | \-\-minor | \-\-major\. .TP \fB\-\-parseable\fR, \fB\-\-porcelain\fR Use minimal formatting for more parseable output\. .TP \fB\-\-group=GROUP\fR List gems from a specific group\. .TP \fB\-\-groups\fR List gems organized by groups\. .TP \fB\-\-minor\fR Prefer updating only to next minor version\. .TP \fB\-\-major\fR Prefer updating to next major version (default)\. .TP \fB\-\-patch\fR Prefer updating only to next patch version\. .TP \fB\-\-filter\-major\fR Only list major newer versions\. .TP \fB\-\-filter\-minor\fR Only list minor newer versions\. .TP \fB\-\-filter\-patch\fR Only list patch newer versions\. .TP \fB\-\-only\-explicit\fR Only list gems specified in your Gemfile, not their dependencies\. .SH "PATCH LEVEL OPTIONS" See bundle update(1) \fIbundle\-update\.1\.html\fR for details\. .SH "FILTERING OUTPUT" The 3 filtering options do not affect the resolution of versions, merely what versions are shown in the output\. .P If the regular output shows the following: .IP "" 4 .nf * Gem Current Latest Requested Groups * faker 1\.6\.5 1\.6\.6 ~> 1\.4 development, test * hashie 1\.2\.0 3\.4\.6 = 1\.2\.0 default * headless 2\.2\.3 2\.3\.1 = 2\.2\.3 test .fi .IP "" 0 .P \fB\-\-filter\-major\fR would only show: .IP "" 4 .nf * Gem Current Latest Requested Groups * hashie 1\.2\.0 3\.4\.6 = 1\.2\.0 default .fi .IP "" 0 .P \fB\-\-filter\-minor\fR would only show: .IP "" 4 .nf * Gem Current Latest Requested Groups * headless 2\.2\.3 2\.3\.1 = 2\.2\.3 test .fi .IP "" 0 .P \fB\-\-filter\-patch\fR would only show: .IP "" 4 .nf * Gem Current Latest Requested Groups * faker 1\.6\.5 1\.6\.6 ~> 1\.4 development, test .fi .IP "" 0 .P Filter options can be combined\. \fB\-\-filter\-minor\fR and \fB\-\-filter\-patch\fR would show: .IP "" 4 .nf * Gem Current Latest Requested Groups * faker 1\.6\.5 1\.6\.6 ~> 1\.4 development, test .fi .IP "" 0 .P Combining all three \fBfilter\fR options would be the same result as providing none of them\. PK )J [��l�� � share/man/man1/bundle-lock.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-LOCK" "1" "March 2025" "" .SH "NAME" \fBbundle\-lock\fR \- Creates / Updates a lockfile without installing .SH "SYNOPSIS" \fBbundle lock\fR [\-\-update] [\-\-bundler[=BUNDLER]] [\-\-local] [\-\-print] [\-\-lockfile=PATH] [\-\-full\-index] [\-\-gemfile=GEMFILE] [\-\-add\-checksums] [\-\-add\-platform] [\-\-remove\-platform] [\-\-normalize\-platforms] [\-\-patch] [\-\-minor] [\-\-major] [\-\-pre] [\-\-strict] [\-\-conservative] .SH "DESCRIPTION" Lock the gems specified in Gemfile\. .SH "OPTIONS" .TP \fB\-\-update[=<list>]\fR Ignores the existing lockfile\. Resolve then updates lockfile\. Taking a list of gems or updating all gems if no list is given\. .TP \fB\-\-bundler[=BUNDLER]\fR Update the locked version of bundler to the given version or the latest version if no version is given\. .TP \fB\-\-local\fR Do not attempt to connect to \fBrubygems\.org\fR\. Instead, Bundler will use the gems already present in Rubygems' cache or in \fBvendor/cache\fR\. Note that if a appropriate platform\-specific gem exists on \fBrubygems\.org\fR it will not be found\. .TP \fB\-\-print\fR Prints the lockfile to STDOUT instead of writing to the file system\. .TP \fB\-\-lockfile=LOCKFILE\fR The path where the lockfile should be written to\. .TP \fB\-\-full\-index\fR Fall back to using the single\-file index of all gems\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of [\fBGemfile(5)\fR][Gemfile(5)]\. .TP \fB\-\-add\-checksums\fR Add checksums to the lockfile\. .TP \fB\-\-add\-platform=<list>\fR Add a new platform to the lockfile, re\-resolving for the addition of that platform\. .TP \fB\-\-remove\-platform=<list>\fR Remove a platform from the lockfile\. .TP \fB\-\-normalize\-platforms\fR Normalize lockfile platforms\. .TP \fB\-\-patch\fR If updating, prefer updating only to next patch version\. .TP \fB\-\-minor\fR If updating, prefer updating only to next minor version\. .TP \fB\-\-major\fR If updating, prefer updating to next major version (default)\. .TP \fB\-\-pre\fR If updating, always choose the highest allowed version, regardless of prerelease status\. .TP \fB\-\-strict\fR If updating, do not allow any gem to be updated past latest \-\-patch | \-\-minor | \-\-major\. .TP \fB\-\-conservative\fR If updating, use bundle install conservative update behavior and do not allow shared dependencies to be updated\. .SH "UPDATING ALL GEMS" If you run \fBbundle lock\fR with \fB\-\-update\fR option without list of gems, bundler will ignore any previously installed gems and resolve all dependencies again based on the latest versions of all gems available in the sources\. .SH "UPDATING A LIST OF GEMS" Sometimes, you want to update a single gem in the Gemfile(5), and leave the rest of the gems that you specified locked to the versions in the \fBGemfile\.lock\fR\. .P For instance, you only want to update \fBnokogiri\fR, run \fBbundle lock \-\-update nokogiri\fR\. .P Bundler will update \fBnokogiri\fR and any of its dependencies, but leave the rest of the gems that you specified locked to the versions in the \fBGemfile\.lock\fR\. .SH "SUPPORTING OTHER PLATFORMS" If you want your bundle to support platforms other than the one you're running locally, you can run \fBbundle lock \-\-add\-platform PLATFORM\fR to add PLATFORM to the lockfile, force bundler to re\-resolve and consider the new platform when picking gems, all without needing to have a machine that matches PLATFORM handy to install those platform\-specific gems on\. .P For a full explanation of gem platforms, see \fBgem help platform\fR\. .SH "PATCH LEVEL OPTIONS" See bundle update(1) \fIbundle\-update\.1\.html\fR for details\. PK )J [^F�( ( share/man/man1/bundle-add.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-ADD" "1" "March 2025" "" .SH "NAME" \fBbundle\-add\fR \- Add gem to the Gemfile and run bundle install .SH "SYNOPSIS" \fBbundle add\fR \fIGEM_NAME\fR [\-\-group=GROUP] [\-\-version=VERSION] [\-\-source=SOURCE] [\-\-path=PATH] [\-\-git=GIT|\-\-github=GITHUB] [\-\-branch=BRANCH] [\-\-ref=REF] [\-\-quiet] [\-\-skip\-install] [\-\-strict|\-\-optimistic] .SH "DESCRIPTION" Adds the named gem to the [\fBGemfile(5)\fR][Gemfile(5)] and run \fBbundle install\fR\. \fBbundle install\fR can be avoided by using the flag \fB\-\-skip\-install\fR\. .SH "OPTIONS" .TP \fB\-\-version=VERSION\fR, \fB\-v=VERSION\fR Specify version requirements(s) for the added gem\. .TP \fB\-\-group=GROUP\fR, \fB\-g=GROUP\fR Specify the group(s) for the added gem\. Multiple groups should be separated by commas\. .TP \fB\-\-source=SOURCE\fR, \fB\-s=SOURCE\fR Specify the source for the added gem\. .TP \fB\-\-require=REQUIRE\fR, \fB\-r=REQUIRE\fR Adds require path to gem\. Provide false, or a path as a string\. .TP \fB\-\-path=PATH\fR Specify the file system path for the added gem\. .TP \fB\-\-git=GIT\fR Specify the git source for the added gem\. .TP \fB\-\-github=GITHUB\fR Specify the github source for the added gem\. .TP \fB\-\-branch=BRANCH\fR Specify the git branch for the added gem\. .TP \fB\-\-ref=REF\fR Specify the git ref for the added gem\. .TP \fB\-\-glob=GLOB\fR Specify the location of a dependency's \.gemspec, expanded within Ruby (single quotes recommended)\. .TP \fB\-\-quiet\fR Do not print progress information to the standard output\. .TP \fB\-\-skip\-install\fR Adds the gem to the Gemfile but does not install it\. .TP \fB\-\-optimistic\fR Adds optimistic declaration of version\. .TP \fB\-\-strict\fR Adds strict declaration of version\. .SH "EXAMPLES" .IP "1." 4 You can add the \fBrails\fR gem to the Gemfile without any version restriction\. The source of the gem will be the global source\. .IP \fBbundle add rails\fR .IP "2." 4 You can add the \fBrails\fR gem with version greater than 1\.1 (not including 1\.1) and less than 3\.0\. .IP \fBbundle add rails \-\-version "> 1\.1, < 3\.0"\fR .IP "3." 4 You can use the \fBhttps://gems\.example\.com\fR custom source and assign the gem to a group\. .IP \fBbundle add rails \-\-version "~> 5\.0\.0" \-\-source "https://gems\.example\.com" \-\-group "development"\fR .IP "4." 4 The following adds the \fBgem\fR entry to the Gemfile without installing the gem\. You can install gems later via \fBbundle install\fR\. .IP \fBbundle add rails \-\-skip\-install\fR .IP "5." 4 You can assign the gem to more than one group\. .IP \fBbundle add rails \-\-group "development, test"\fR .IP "" 0 .SH "SEE ALSO" Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR, bundle\-remove(1) \fIbundle\-remove\.1\.html\fR PK )J [ L share/gems/extensions/x86_64-linux/3.4.0/bigdecimal-3.1.8/gem.build_completenu �[��� PK )J [I�� > > ! share/gems/cache/rackup-2.1.0.gemnu �[��� metadata.gz 0000444 0000000 0000000 00000001271 14364637605 013455 0 ustar 00wheel wheel 0000000 0000000 � �?�c�W]o�0}��0{�S>� �,1 �@�eC �Pt��&f�cl��B�۹��ڮe�+K+%���>>>��(���拤�?a� �B�Y,�Ldc���;(�[���<�bG��C�2iO�Ya�8M�P m�����'���=!�С^��s0��l ~n�C�riJ��;+Ѕ��AR >�1��ӣ(�D�G<ME�����߳-�M!��|{ϖ �j��,4��k觫bJ�H��:$��ɓ�>�����K� K|�kM� ���R��(�+� {!|C}�`��_�����O����(�P�5�B�w'�k"�8G�ر�����e��Ȁ>����*�G�S�RM*� Z�B�d�{�ߍ�#o�4�^�+��s����K�.����m�\ ;�qo�MW��J d�l�l&�� ��mC��^ĕ� ��_gc��� �*�ګ���+<)*�Ӳq �UN�F 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"rdoc/parser/markdown.rb".freeze, "rdoc/parser/prism_ruby.rb".freeze, "rdoc/parser/rd.rb".freeze, "rdoc/parser/ripper_state_lex.rb".freeze, "rdoc/parser/ruby.rb".freeze, "rdoc/parser/ruby_tools.rb".freeze, "rdoc/parser/simple.rb".freeze, "rdoc/parser/text.rb".freeze, "rdoc/rd.rb".freeze, "rdoc/rd/block_parser.rb".freeze, "rdoc/rd/inline.rb".freeze, "rdoc/rd/inline_parser.rb".freeze, "rdoc/rdoc.rb".freeze, "rdoc/ri.rb".freeze, "rdoc/ri/driver.rb".freeze, "rdoc/ri/formatter.rb".freeze, "rdoc/ri/paths.rb".freeze, "rdoc/ri/store.rb".freeze, "rdoc/ri/task.rb".freeze, "rdoc/rubygems_hook.rb".freeze, "rdoc/servlet.rb".freeze, "rdoc/stats.rb".freeze, "rdoc/stats/normal.rb".freeze, "rdoc/stats/quiet.rb".freeze, "rdoc/stats/verbose.rb".freeze, "rdoc/store.rb".freeze, "rdoc/task.rb".freeze, "rdoc/text.rb".freeze, "rdoc/token_stream.rb".freeze, "rdoc/tom_doc.rb".freeze, "rdoc/version.rb".freeze] s.homepage = "https://ruby.github.io/rdoc".freeze s.licenses = ["Ruby".freeze] s.rdoc_options = ["--main".freeze, "README.rdoc".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.6.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "RDoc produces HTML and command-line documentation for Ruby projects".freeze s.specification_version = 4 s.add_runtime_dependency(%q<psych>.freeze, [">= 4.0.0".freeze]) end PK )J [�kɟM M 6 share/gems/specifications/default/tmpdir-0.3.1.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: tmpdir 0.3.1 ruby lib Gem::Specification.new do |s| s.name = "tmpdir".freeze s.version = "0.3.1".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/tmpdir", "source_code_uri" => "https://github.com/ruby/tmpdir" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Yukihiro Matsumoto".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Extends the Dir class to manage the OS temporary file path.".freeze s.email = ["matz@ruby-lang.org".freeze] s.files = ["tmpdir.rb".freeze] s.homepage = "https://github.com/ruby/tmpdir".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.7.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Extends the Dir class to manage the OS temporary file path.".freeze s.specification_version = 4 s.add_runtime_dependency(%q<fileutils>.freeze, [">= 0".freeze]) end PK )J [�'� � 3 share/gems/specifications/default/erb-4.0.4.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: erb 4.0.4 ruby lib # stub: ext/erb/escape/extconf.rb Gem::Specification.new do |s| s.name = "erb".freeze s.version = "4.0.4".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/erb", "source_code_uri" => "https://github.com/ruby/erb" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Masatoshi SEKI".freeze, "Takashi Kokubun".freeze] s.bindir = "libexec".freeze s.date = "2025-05-14" s.description = "An easy to use but powerful templating system for Ruby.".freeze s.email = ["seki@ruby-lang.org".freeze, "k0kubun@ruby-lang.org".freeze] s.executables = ["erb".freeze] s.extensions = ["ext/erb/escape/extconf.rb".freeze] s.files = ["erb.rb".freeze, "erb/compiler.rb".freeze, "erb/def_method.rb".freeze, "erb/escape.so".freeze, "erb/util.rb".freeze, "erb/version.rb".freeze, "ext/erb/escape/extconf.rb".freeze, "libexec/erb".freeze] s.homepage = "https://github.com/ruby/erb".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.7.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "An easy to use but powerful templating system for Ruby.".freeze s.specification_version = 4 s.add_runtime_dependency(%q<cgi>.freeze, [">= 0.3.3".freeze]) end PK )J [���w� � 4 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library".freeze end PK )J [& �@ @ 5 share/gems/specifications/default/prism-1.2.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: prism 1.2.0 ruby lib # stub: ext/prism/extconf.rb Gem::Specification.new do |s| s.name = "prism".freeze s.version = "1.2.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "allowed_push_host" => "https://rubygems.org", "changelog_uri" => "https://github.com/ruby/prism/blob/main/CHANGELOG.md", "source_code_uri" => "https://github.com/ruby/prism" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Shopify".freeze] s.date = "2025-05-14" s.email = ["ruby@shopify.com".freeze] s.extensions = ["ext/prism/extconf.rb".freeze] s.files = ["ext/prism/extconf.rb".freeze, "prism.rb".freeze, "prism/compiler.rb".freeze, "prism/desugar_compiler.rb".freeze, "prism/dispatcher.rb".freeze, "prism/dsl.rb".freeze, "prism/ffi.rb".freeze, "prism/inspect_visitor.rb".freeze, "prism/lex_compat.rb".freeze, "prism/mutation_compiler.rb".freeze, "prism/node.rb".freeze, "prism/node_ext.rb".freeze, "prism/pack.rb".freeze, "prism/parse_result.rb".freeze, "prism/parse_result/comments.rb".freeze, "prism/parse_result/errors.rb".freeze, "prism/parse_result/newlines.rb".freeze, "prism/pattern.rb".freeze, "prism/polyfill/byteindex.rb".freeze, "prism/polyfill/unpack1.rb".freeze, "prism/reflection.rb".freeze, "prism/relocation.rb".freeze, "prism/serialize.rb".freeze, "prism/string_query.rb".freeze, "prism/translation.rb".freeze, "prism/translation/parser.rb".freeze, "prism/translation/parser/compiler.rb".freeze, "prism/translation/parser/lexer.rb".freeze, "prism/translation/parser33.rb".freeze, "prism/translation/parser34.rb".freeze, "prism/translation/ripper.rb".freeze, "prism/translation/ripper/sexp.rb".freeze, "prism/translation/ripper/shim.rb".freeze, "prism/translation/ruby_parser.rb".freeze, "prism/visitor.rb".freeze] s.homepage = 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s.files = ["ext/io/nonblock/extconf.rb".freeze, "io/nonblock.so".freeze] s.homepage = "https://github.com/ruby/io-nonblock".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.3.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Enables non-blocking mode with IO class".freeze end PK )J [S� 2 share/gems/specifications/default/pp-0.6.2.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: pp 0.6.2 ruby lib Gem::Specification.new do |s| s.name = "pp".freeze s.version = "0.6.2".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/pp", "source_code_uri" => "https://github.com/ruby/pp" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Tanaka Akira".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Provides a PrettyPrinter for Ruby objects".freeze s.email = ["akr@fsij.org".freeze] s.files = ["pp.rb".freeze] s.homepage = "https://github.com/ruby/pp".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.7.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Provides a PrettyPrinter for Ruby objects".freeze s.specification_version = 4 s.add_runtime_dependency(%q<prettyprint>.freeze, [">= 0".freeze]) end PK )J [�x�%4 4 > share/gems/specifications/default/syntax_suggest-2.0.2.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: syntax_suggest 2.0.2 ruby lib Gem::Specification.new do |s| s.name = "syntax_suggest".freeze s.version = "2.0.2".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/syntax_suggest.git", "source_code_uri" => "https://github.com/ruby/syntax_suggest.git" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["schneems".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "When you get an \"unexpected end\" in your syntax this gem helps you find it".freeze s.email = ["richard.schneeman+foo@gmail.com".freeze] s.executables = ["syntax_suggest".freeze] s.files = ["exe/syntax_suggest".freeze, "syntax_suggest.rb".freeze, "syntax_suggest/api.rb".freeze, "syntax_suggest/around_block_scan.rb".freeze, "syntax_suggest/block_expand.rb".freeze, "syntax_suggest/capture/before_after_keyword_ends.rb".freeze, "syntax_suggest/capture/falling_indent_lines.rb".freeze, "syntax_suggest/capture_code_context.rb".freeze, "syntax_suggest/clean_document.rb".freeze, "syntax_suggest/cli.rb".freeze, "syntax_suggest/code_block.rb".freeze, "syntax_suggest/code_frontier.rb".freeze, "syntax_suggest/code_line.rb".freeze, "syntax_suggest/code_search.rb".freeze, "syntax_suggest/core_ext.rb".freeze, "syntax_suggest/display_code_with_line_numbers.rb".freeze, "syntax_suggest/display_invalid_blocks.rb".freeze, "syntax_suggest/explain_syntax.rb".freeze, "syntax_suggest/left_right_lex_count.rb".freeze, "syntax_suggest/lex_all.rb".freeze, "syntax_suggest/lex_value.rb".freeze, "syntax_suggest/mini_stringio.rb".freeze, "syntax_suggest/parse_blocks_from_indent_line.rb".freeze, "syntax_suggest/pathname_from_message.rb".freeze, "syntax_suggest/priority_engulf_queue.rb".freeze, "syntax_suggest/priority_queue.rb".freeze, "syntax_suggest/ripper_errors.rb".freeze, "syntax_suggest/scan_history.rb".freeze, "syntax_suggest/unvisited_lines.rb".freeze, "syntax_suggest/version.rb".freeze] s.homepage = "https://github.com/ruby/syntax_suggest.git".freeze s.licenses = ["MIT".freeze] s.required_ruby_version = Gem::Requirement.new(">= 3.0.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Find syntax errors in your source in a snap".freeze end PK )J [�!�$? ? 6 share/gems/specifications/default/resolv-0.6.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: resolv 0.6.0 ruby lib # stub: ext/win32/resolv/extconf.rb Gem::Specification.new do |s| s.name = "resolv".freeze s.version = "0.6.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/resolv", "source_code_uri" => "https://github.com/ruby/resolv" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Tanaka Akira".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Thread-aware DNS resolver library in Ruby.".freeze s.email = ["akr@fsij.org".freeze] s.extensions = ["ext/win32/resolv/extconf.rb".freeze] s.files = ["ext/win32/resolv/extconf.rb".freeze, "resolv.rb".freeze] s.homepage = "https://github.com/ruby/resolv".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.3.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Thread-aware DNS resolver library in Ruby.".freeze end PK )J [#T�� � 6 share/gems/specifications/default/pstore-0.1.4.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: pstore 0.1.4 ruby lib Gem::Specification.new do |s| s.name = "pstore".freeze s.version = "0.1.4".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/pstore", "source_code_uri" => "https://github.com/ruby/pstore" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Yukihiro Matsumoto".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Transactional File Storage for Ruby Objects".freeze s.email = ["matz@ruby-lang.org".freeze] s.files = ["pstore.rb".freeze] s.homepage = "https://github.com/ruby/pstore".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.rubygems_version = "3.6.7".freeze s.summary = "Transactional File Storage for Ruby Objects".freeze end PK )J [��ɑ� � < share/gems/specifications/default/securerandom-0.4.1.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: securerandom 0.4.1 ruby lib Gem::Specification.new do |s| s.name = "securerandom".freeze s.version = "0.4.1".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/securerandom", "source_code_uri" => "https://github.com/ruby/securerandom" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Tanaka Akira".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Interface for secure random number generator.".freeze s.email = ["akr@fsij.org".freeze] s.files = ["securerandom.rb".freeze] s.homepage = "https://github.com/ruby/securerandom".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 3.1.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Interface for secure random number generator.".freeze end PK )J [��� � 8 share/gems/specifications/default/open-uri-0.5.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: open-uri 0.5.0 ruby lib Gem::Specification.new do |s| s.name = "open-uri".freeze s.version = "0.5.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/open-uri", "source_code_uri" => "https://github.com/ruby/open-uri" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Tanaka Akira".freeze] s.date = "2025-05-14" s.description = "An easy-to-use wrapper for Net::HTTP, Net::HTTPS and Net::FTP.".freeze s.email = ["akr@fsij.org".freeze] s.files = ["open-uri.rb".freeze] s.homepage = "https://github.com/ruby/open-uri".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.3.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "An easy-to-use wrapper for Net::HTTP, Net::HTTPS and Net::FTP.".freeze s.specification_version = 4 s.add_runtime_dependency(%q<uri>.freeze, [">= 0".freeze]) s.add_runtime_dependency(%q<stringio>.freeze, [">= 0".freeze]) s.add_runtime_dependency(%q<time>.freeze, [">= 0".freeze]) end PK )J [%~y' ' 8 share/gems/specifications/default/optparse-0.6.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: optparse 0.6.0 ruby lib Gem::Specification.new do |s| s.name = "optparse".freeze s.version = "0.6.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/optparse", "source_code_uri" => "https://github.com/ruby/optparse" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Nobu Nakada".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "OptionParser is a class for command-line option analysis.".freeze s.email = 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s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/singleton", "source_code_uri" => "https://github.com/ruby/singleton" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Yukihiro Matsumoto".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "The Singleton module implements the Singleton pattern.".freeze s.email = ["matz@ruby-lang.org".freeze] s.files = ["singleton.rb".freeze] s.homepage = "https://github.com/ruby/singleton".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.rubygems_version = "3.6.7".freeze s.summary = "The Singleton module implements the Singleton pattern.".freeze end PK )J [�E��� � 8 share/gems/specifications/default/pathname-0.4.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: pathname 0.4.0 ruby lib # stub: ext/pathname/extconf.rb Gem::Specification.new do |s| s.name = "pathname".freeze s.version = "0.4.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/pathname", "source_code_uri" => "https://github.com/ruby/pathname" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Tanaka Akira".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Representation of the name of a file or directory on the filesystem".freeze s.email = ["akr@fsij.org".freeze] s.extensions = ["ext/pathname/extconf.rb".freeze] s.files = ["ext/pathname/extconf.rb".freeze, "pathname.rb".freeze, "pathname.so".freeze] s.homepage = "https://github.com/ruby/pathname".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.7.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Representation of the name of a file or directory on the filesystem".freeze end PK )J [7Z�s s < share/gems/specifications/default/net-protocol-0.2.2.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: net-protocol 0.2.2 ruby lib Gem::Specification.new do |s| s.name = "net-protocol".freeze s.version = "0.2.2".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "changelog_uri" => "https://github.com/ruby/net-protocol/releases", "homepage_uri" => "https://github.com/ruby/net-protocol", "source_code_uri" => "https://github.com/ruby/net-protocol" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Yukihiro Matsumoto".freeze] s.date = "2025-05-14" s.description = "The abstract interface for net-* client.".freeze s.email = ["matz@ruby-lang.org".freeze] s.files = ["net/protocol.rb".freeze] s.homepage = "https://github.com/ruby/net-protocol".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.6.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "The abstract interface for net-* client.".freeze s.specification_version = 4 s.add_runtime_dependency(%q<timeout>.freeze, [">= 0".freeze]) end PK )J [�ƻ:3 3 3 share/gems/specifications/default/set-1.1.1.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: set 1.1.1 ruby lib Gem::Specification.new do |s| s.name = "set".freeze s.version = "1.1.1".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "changelog_uri" => "https://github.com/ruby/set/blob/v1.1.1/CHANGELOG.md", "homepage_uri" => "https://github.com/ruby/set", "source_code_uri" => "https://github.com/ruby/set" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Akinori MUSHA".freeze] s.date = "2025-05-14" s.description = "Provides a class to deal with collections of unordered, unique values".freeze s.email = ["knu@idaemons.org".freeze] s.files = ["set.rb".freeze, "set/sorted_set.rb".freeze] s.homepage = "https://github.com/ruby/set".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 3.0.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Provides a class to deal with collections of unordered, unique values".freeze end PK )J [��G�� � 7 share/gems/specifications/default/openssl-3.3.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: openssl 3.3.0 ruby lib # stub: ext/openssl/extconf.rb Gem::Specification.new do |s| s.name = "openssl".freeze s.version = "3.3.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "msys2_mingw_dependencies" => "openssl" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Martin Bosslet".freeze, "SHIBATA Hiroshi".freeze, "Zachary Scott".freeze, "Kazuki Yamaguchi".freeze] s.date = "2025-05-14" s.description = "OpenSSL for Ruby provides access to SSL/TLS and general-purpose 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"3.6.7".freeze s.summary = "SSL/TLS and general-purpose cryptography for Ruby".freeze end PK )J [�iu߱ � 3 share/gems/specifications/default/etc-1.4.5.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: etc 1.4.5 ruby lib # stub: ext/etc/extconf.rb Gem::Specification.new do |s| s.name = "etc".freeze s.version = "1.4.5".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.require_paths = ["lib".freeze] s.authors = ["Yukihiro Matsumoto".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Provides access to information typically stored in UNIX /etc directory.".freeze s.email = ["matz@ruby-lang.org".freeze] s.extensions = ["ext/etc/extconf.rb".freeze] s.extra_rdoc_files = ["BSDL".freeze, "COPYING".freeze, "ChangeLog".freeze, "README.md".freeze, "ext/etc/constdefs.h".freeze, "ext/etc/etc.c".freeze, "ext/etc/extconf.rb".freeze, "ext/etc/mkconstants.rb".freeze, "test/etc/test_etc.rb".freeze] s.files = 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"source_code_uri" => "https://github.com/ruby/open3" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Yukihiro Matsumoto".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Popen, but with stderr, too".freeze s.email = ["matz@ruby-lang.org".freeze] s.files = ["open3.rb".freeze, "open3/version.rb".freeze] s.homepage = "https://github.com/ruby/open3".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.6.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Popen, but with stderr, too".freeze end PK )J [}\ 4 share/gems/specifications/default/date-3.4.1.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: date 3.4.1 ruby lib # stub: ext/date/extconf.rb Gem::Specification.new do |s| s.name = "date".freeze s.version = "3.4.1".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "changelog_uri" => "https://github.com/ruby/date/releases" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Tadayoshi Funaba".freeze] s.date = "2025-05-14" s.description = "A subclass of Object includes Comparable module for handling dates.".freeze s.email = [nil] s.extensions = ["ext/date/extconf.rb".freeze] s.files = ["date.rb".freeze, "date_core.so".freeze, "ext/date/extconf.rb".freeze] s.homepage = "https://github.com/ruby/date".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.6.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "A subclass of Object includes Comparable module for handling dates.".freeze end PK )J [͕�~� � ; share/gems/specifications/default/forwardable-1.3.3.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: forwardable 1.3.3 ruby lib Gem::Specification.new do |s| s.name = "forwardable".freeze s.version = "1.3.3".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.require_paths = ["lib".freeze] s.authors = ["Keiju ISHITSUKA".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Provides delegation of specified methods to a designated object.".freeze s.email = ["keiju@ruby-lang.org".freeze] s.files = ["forwardable.rb".freeze, "forwardable/impl.rb".freeze] s.homepage = "https://github.com/ruby/forwardable".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.4.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Provides delegation of specified methods to a designated object.".freeze end PK )J [�O ή � 2 share/gems/specifications/default/un-0.3.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: un 0.3.0 ruby lib Gem::Specification.new do |s| s.name = "un".freeze s.version = "0.3.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/un", "source_code_uri" => "https://github.com/ruby/un" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["WATANABE Hirofumi".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Utilities to replace common UNIX commands".freeze s.email = ["eban@ruby-lang.org".freeze] s.files = ["un.rb".freeze] s.homepage = "https://github.com/ruby/un".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.3.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Utilities to replace common UNIX commands".freeze end PK )J [#N�V= = 8 share/gems/specifications/default/net-http-0.6.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: net-http 0.6.0 ruby lib Gem::Specification.new do |s| s.name = "net-http".freeze s.version = "0.6.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/net-http", "source_code_uri" => "https://github.com/ruby/net-http" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["NARUSE, Yui".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "HTTP client api for Ruby.".freeze s.email = ["naruse@airemix.jp".freeze] s.files = ["net/http.rb".freeze, "net/http/exceptions.rb".freeze, "net/http/generic_request.rb".freeze, "net/http/header.rb".freeze, "net/http/proxy_delta.rb".freeze, "net/http/request.rb".freeze, "net/http/requests.rb".freeze, "net/http/response.rb".freeze, "net/http/responses.rb".freeze, "net/http/status.rb".freeze, "net/https.rb".freeze] s.homepage = "https://github.com/ruby/net-http".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.6.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "HTTP client api for Ruby.".freeze s.specification_version = 4 s.add_runtime_dependency(%q<uri>.freeze, [">= 0".freeze]) end PK )J [Pn��� � 4 share/gems/specifications/default/find-0.2.0.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: find 0.2.0 ruby lib Gem::Specification.new do |s| s.name = "find".freeze s.version = "0.2.0".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => "https://github.com/ruby/find", "source_code_uri" => "https://github.com/ruby/find" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Kazuki Tsujimoto".freeze] s.date = "2025-05-14" s.description = "This module supports top-down traversal of a set of file paths.".freeze s.email = ["kazuki@callcc.net".freeze] s.files = ["find.rb".freeze] s.homepage = "https://github.com/ruby/find".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.3.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "This module supports top-down traversal of a set of file paths.".freeze end PK )J [�! � � 3 share/gems/specifications/default/uri-1.0.3.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: uri 1.0.3 ruby lib Gem::Specification.new do |s| s.name = "uri".freeze s.version = "1.0.3".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "bug_tracker_uri" => "https://github.com/ruby/uri/issues", "changelog_uri" => "https://github.com/ruby/uri/releases", "documentation_uri" => "https://ruby.github.io/uri/", "homepage_uri" => "https://github.com/ruby/uri", "source_code_uri" => "https://github.com/ruby/uri" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Akira Yamada".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "URI is a module providing classes to handle Uniform Resource Identifiers".freeze s.email = ["akira@ruby-lang.org".freeze] s.files = ["uri.rb".freeze, 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:required_rubygems_version= s.require_paths = ["lib".freeze] s.authors = ["Nobuyoshi Nakada".freeze] s.date = "2025-05-14" s.extra_rdoc_files = ["LICENSE".freeze, "README.md".freeze, "ChangeLog".freeze] s.files = ["ChangeLog".freeze, "LICENSE".freeze, "README.md".freeze, "ruby2_keywords.rb".freeze] s.homepage = "https://github.com/ruby/ruby2_keywords".freeze s.licenses = ["Ruby".freeze, "BSD-2-Clause".freeze] s.rdoc_options = ["--main".freeze, "README.md".freeze] s.required_ruby_version = Gem::Requirement.new(">= 2.0.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "Shim library for Module#ruby2_keywords".freeze end PK )J [���� � 7 share/gems/specifications/default/weakref-0.1.3.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: weakref 0.1.3 ruby lib Gem::Specification.new do |s| s.name = "weakref".freeze s.version = "0.1.3".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "homepage_uri" => 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"bundler/vendor/uri/lib/uri/https.rb".freeze, "bundler/vendor/uri/lib/uri/ldap.rb".freeze, "bundler/vendor/uri/lib/uri/ldaps.rb".freeze, "bundler/vendor/uri/lib/uri/mailto.rb".freeze, "bundler/vendor/uri/lib/uri/rfc2396_parser.rb".freeze, "bundler/vendor/uri/lib/uri/rfc3986_parser.rb".freeze, "bundler/vendor/uri/lib/uri/version.rb".freeze, "bundler/vendor/uri/lib/uri/ws.rb".freeze, "bundler/vendor/uri/lib/uri/wss.rb".freeze, "bundler/vendored_fileutils.rb".freeze, "bundler/vendored_net_http.rb".freeze, "bundler/vendored_persistent.rb".freeze, "bundler/vendored_pub_grub.rb".freeze, "bundler/vendored_securerandom.rb".freeze, "bundler/vendored_thor.rb".freeze, "bundler/vendored_timeout.rb".freeze, "bundler/vendored_tsort.rb".freeze, "bundler/vendored_uri.rb".freeze, "bundler/version.rb".freeze, "bundler/vlad.rb".freeze, "bundler/worker.rb".freeze, "bundler/yaml_serializer.rb".freeze, "exe/bundle".freeze, "exe/bundler".freeze] s.homepage = "https://bundler.io".freeze s.licenses = ["MIT".freeze] s.required_ruby_version = Gem::Requirement.new(">= 3.1.0".freeze) s.rubygems_version = "3.6.7".freeze s.summary = "The best way to manage your application's dependencies".freeze end PK )J [��2L? ? - share/gems/specifications/rake-13.2.1.gemspecnu �[��� # -*- encoding: utf-8 -*- # stub: rake 13.2.1 ruby lib Gem::Specification.new do |s| s.name = "rake".freeze s.version = "13.2.1".freeze s.required_rubygems_version = Gem::Requirement.new(">= 0".freeze) if s.respond_to? :required_rubygems_version= s.metadata = { "bug_tracker_uri" => "https://github.com/ruby/rake/issues", "changelog_uri" => "https://github.com/ruby/rake/blob/v13.2.1/History.rdoc", "documentation_uri" => "https://ruby.github.io/rake", "source_code_uri" => "https://github.com/ruby/rake/tree/v13.2.1" } if s.respond_to? :metadata= s.require_paths = ["lib".freeze] s.authors = ["Hiroshi SHIBATA".freeze, "Eric Hodel".freeze, "Jim Weirich".freeze] s.bindir = "exe".freeze s.date = "2025-05-14" s.description = "Rake 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It then # needs to create a server that attaches to each of these networks. For # example: # # require 'drb/drb' # require 'drb/unix' # require 'drb/gw' # # DRb.install_id_conv DRb::GWIdConv.new # gw = DRb::GW.new # s1 = DRb::DRbServer.new 'drbunix:/path/to/gateway', gw # s2 = DRb::DRbServer.new 'druby://example:10000', gw # # s1.thread.join # s2.thread.join # # Each client must register services with the gateway, for example: # # DRb.start_service 'drbunix:', nil # an anonymous server # gw = DRbObject.new nil, 'drbunix:/path/to/gateway' # gw[:unix] = some_service # DRb.thread.join class GWIdConv < DRbIdConv def to_obj(ref) # :nodoc: if Array === ref && ref[0] == :DRbObject return DRbObject.new_with(ref[1], ref[2]) end super(ref) end end # The GW provides a synchronized store for participants in the gateway to # communicate. class GW include MonitorMixin # Creates a new GW def initialize super() @hash = {} end # Retrieves +key+ from the GW def [](key) synchronize do @hash[key] end end # Stores value +v+ at +key+ in the GW def []=(key, v) synchronize do @hash[key] = v end end end class DRbObject # :nodoc: def self._load(s) uri, ref = Marshal.load(s) if DRb.uri == uri return ref ? DRb.to_obj(ref) : DRb.front end self.new_with(DRb.uri, [:DRbObject, uri, ref]) end def _dump(lv) if DRb.uri == @uri if Array === @ref && @ref[0] == :DRbObject Marshal.dump([@ref[1], @ref[2]]) else Marshal.dump([@uri, @ref]) # ?? end else Marshal.dump([DRb.uri, [:DRbObject, @uri, @ref]]) end end end end =begin DRb.install_id_conv(DRb::GWIdConv.new) front = DRb::GW.new s1 = DRb::DRbServer.new('drbunix:/tmp/gw_b_a', front) s2 = DRb::DRbServer.new('drbunix:/tmp/gw_b_c', front) s1.thread.join s2.thread.join =end =begin # foo.rb require 'drb/drb' class Foo include DRbUndumped def initialize(name, peer=nil) @name = name @peer = peer end def ping(obj) puts "#{@name}: ping: #{obj.inspect}" @peer.ping(self) if @peer end end =end =begin # gw_a.rb require 'drb/unix' require 'foo' obj = Foo.new('a') DRb.start_service("drbunix:/tmp/gw_a", obj) robj = DRbObject.new_with_uri('drbunix:/tmp/gw_b_a') robj[:a] = obj DRb.thread.join =end =begin # gw_c.rb require 'drb/unix' require 'foo' foo = Foo.new('c', nil) DRb.start_service("drbunix:/tmp/gw_c", nil) robj = DRbObject.new_with_uri("drbunix:/tmp/gw_b_c") puts "c->b" a = robj[:a] sleep 2 a.ping(foo) DRb.thread.join =end PK )J [Ic� ) share/gems/gems/drb-2.2.1/lib/drb/unix.rbnu �[��� # frozen_string_literal: false require 'socket' require_relative 'drb' require 'tmpdir' raise(LoadError, "UNIXServer is required") unless defined?(UNIXServer) module DRb # Implements DRb over a UNIX socket # # DRb UNIX socket URIs look like <code>drbunix:<path>?<option></code>. The # option is optional. class DRbUNIXSocket < DRbTCPSocket # :stopdoc: def self.parse_uri(uri) if /\Adrbunix:(.*?)(\?(.*))?\z/ =~ uri filename = $1 option = $3 [filename, option] else raise(DRbBadScheme, uri) unless uri.start_with?('drbunix:') raise(DRbBadURI, 'can\'t parse uri:' + uri) end end def self.open(uri, config) filename, = parse_uri(uri) soc = UNIXSocket.open(filename) self.new(uri, soc, config) end def self.open_server(uri, config) filename, = parse_uri(uri) if filename.size == 0 soc = temp_server filename = soc.path uri = 'drbunix:' + soc.path else soc = UNIXServer.open(filename) end owner = config[:UNIXFileOwner] group = config[:UNIXFileGroup] if owner || group require 'etc' owner = Etc.getpwnam( owner ).uid if owner group = Etc.getgrnam( group ).gid if group File.chown owner, group, filename end mode = config[:UNIXFileMode] File.chmod(mode, filename) if mode self.new(uri, soc, config, true) end def self.uri_option(uri, config) filename, option = parse_uri(uri) return "drbunix:#{filename}", option end def initialize(uri, soc, config={}, server_mode = false) super(uri, soc, config) set_sockopt(@socket) @server_mode = server_mode @acl = nil end # import from tempfile.rb Max_try = 10 private def self.temp_server tmpdir = Dir::tmpdir n = 0 while true begin tmpname = sprintf('%s/druby%d.%d', tmpdir, $$, n) lock = tmpname + '.lock' unless File.exist?(tmpname) or File.exist?(lock) Dir.mkdir(lock) break end rescue raise "cannot generate tempfile '%s'" % tmpname if n >= Max_try #sleep(1) end n += 1 end soc = UNIXServer.new(tmpname) Dir.rmdir(lock) soc end public def close return unless @socket shutdown # DRbProtocol#shutdown path = @socket.path if @server_mode @socket.close File.unlink(path) if @server_mode @socket = nil close_shutdown_pipe end def accept s = accept_or_shutdown return nil unless s self.class.new(nil, s, @config) end def set_sockopt(soc) # no-op for now end end DRbProtocol.add_protocol(DRbUNIXSocket) # :startdoc: end PK )J [D[�� � 0 share/gems/gems/drb-2.2.1/lib/drb/timeridconv.rbnu �[��� # frozen_string_literal: false require_relative 'drb' require 'monitor' module DRb # Timer id conversion keeps objects alive for a certain amount of time after # their last access. The default time period is 600 seconds and can be # changed upon initialization. # # To use TimerIdConv: # # DRb.install_id_conv TimerIdConv.new 60 # one minute class TimerIdConv < DRbIdConv class TimerHolder2 # :nodoc: include MonitorMixin class InvalidIndexError < RuntimeError; end def initialize(keeping=600) super() @sentinel = Object.new @gc = {} @renew = {} @keeping = keeping @expires = nil end def add(obj) synchronize do rotate key = obj.__id__ @renew[key] = obj invoke_keeper return key end end def fetch(key) synchronize do rotate obj = peek(key) raise InvalidIndexError if obj == @sentinel @renew[key] = obj # KeepIt return obj end end private def peek(key) return @renew.fetch(key) { @gc.fetch(key, @sentinel) } end def invoke_keeper return if @expires @expires = Time.now + @keeping on_gc end def on_gc return unless Thread.main.alive? return if @expires.nil? Thread.new { rotate } if @expires < Time.now ObjectSpace.define_finalizer(Object.new) {on_gc} end def rotate synchronize do if @expires &.< Time.now @gc = @renew # GCed @renew = {} @expires = @gc.empty? ? nil : Time.now + @keeping end end end end # Creates a new TimerIdConv which will hold objects for +keeping+ seconds. def initialize(keeping=600) @holder = TimerHolder2.new(keeping) end def to_obj(ref) # :nodoc: return super if ref.nil? @holder.fetch(ref) rescue TimerHolder2::InvalidIndexError raise "invalid reference" end def to_id(obj) # :nodoc: return @holder.add(obj) end end end # DRb.install_id_conv(TimerIdConv.new) PK )J [��,�} } / share/gems/gems/drb-2.2.1/lib/drb/weakidconv.rbnu �[��� # frozen_string_literal: false require_relative 'drb' require 'monitor' module DRb # To use WeakIdConv: # # DRb.start_service(nil, nil, {:idconv => DRb::WeakIdConv.new}) class WeakIdConv < DRbIdConv class WeakSet include MonitorMixin def initialize super() @immutable = {} @map = ObjectSpace::WeakMap.new end def add(obj) synchronize do begin @map[obj] = self rescue ArgumentError @immutable[obj.__id__] = obj end return obj.__id__ end end def fetch(ref) synchronize do @immutable.fetch(ref) { @map.each { |key, _| return key if key.__id__ == ref } raise RangeError.new("invalid reference") } end end end def initialize() super() @weak_set = WeakSet.new end def to_obj(ref) # :nodoc: return super if ref.nil? @weak_set.fetch(ref) end def to_id(obj) # :nodoc: return @weak_set.add(obj) end end end # DRb.install_id_conv(WeakIdConv.new) PK )J [oS�)7 7 - share/gems/gems/drb-2.2.1/lib/drb/extservm.rbnu �[��� # frozen_string_literal: false =begin external service manager Copyright (c) 2000 Masatoshi SEKI =end require_relative 'drb' require 'monitor' module DRb class ExtServManager include DRbUndumped include MonitorMixin @@command = {} def self.command @@command end def self.command=(cmd) @@command = cmd end def initialize super() @cond = new_cond @servers = {} @waiting = [] @queue = Thread::Queue.new @thread = invoke_thread @uri = nil end attr_accessor :uri def service(name) synchronize do while true server = @servers[name] return server if server && server.alive? # server may be `false' invoke_service(name) @cond.wait end end end def register(name, ro) synchronize do @servers[name] = ro @cond.signal end self end alias regist register def unregister(name) synchronize do @servers.delete(name) end end alias unregist unregister private def invoke_thread Thread.new do while name = @queue.pop invoke_service_command(name, @@command[name]) end end end def invoke_service(name) @queue.push(name) end def invoke_service_command(name, command) raise "invalid command. name: #{name}" unless command synchronize do return if @servers.include?(name) @servers[name] = false end uri = @uri || DRb.uri if command.respond_to? :to_ary command = command.to_ary + [uri, name] pid = spawn(*command) else pid = spawn("#{command} #{uri} #{name}") end th = Process.detach(pid) th[:drb_service] = name th end end end PK )J [:5��H H , share/gems/gems/drb-2.2.1/lib/drb/extserv.rbnu �[��� # frozen_string_literal: false =begin external service Copyright (c) 2000,2002 Masatoshi SEKI =end require_relative 'drb' require 'monitor' module DRb class ExtServ include MonitorMixin include DRbUndumped def initialize(there, name, server=nil) super() @server = server || DRb::primary_server @name = name ro = DRbObject.new(nil, there) synchronize do @invoker = ro.register(name, DRbObject.new(self, @server.uri)) end end attr_reader :server def front DRbObject.new(nil, @server.uri) end def stop_service synchronize do @invoker.unregister(@name) server = @server @server = nil server.stop_service true end end def alive? @server ? @server.alive? : false end end end PK )J [��4 ' share/gems/gems/drb-2.2.1/lib/drb/eq.rbnu �[��� # frozen_string_literal: false module DRb class DRbObject # :nodoc: def ==(other) return false unless DRbObject === other (@ref == other.__drbref) && (@uri == other.__drburi) end def hash [@uri, @ref].hash end alias eql? == end end PK )J [Nw3�# # , share/gems/gems/drb-2.2.1/lib/drb/version.rbnu �[��� module DRb VERSION = "2.2.1" end PK )J [ы>�q q ( share/gems/gems/drb-2.2.1/lib/drb/acl.rbnu �[��� # frozen_string_literal: false # Copyright (c) 2000,2002,2003 Masatoshi SEKI # # acl.rb is copyrighted free software by Masatoshi SEKI. # You can redistribute it and/or modify it under the same terms as Ruby. require 'ipaddr' ## # Simple Access Control Lists. # # Access control lists are composed of "allow" and "deny" halves to control # access. Use "all" or "*" to match any address. To match a specific address # use any address or address mask that IPAddr can understand. # # Example: # # list = %w[ # deny all # allow 192.168.1.1 # allow ::ffff:192.168.1.2 # allow 192.168.1.3 # ] # # # From Socket#peeraddr, see also ACL#allow_socket? # addr = ["AF_INET", 10, "lc630", "192.168.1.3"] # # acl = ACL.new # p acl.allow_addr?(addr) # => true # # acl = ACL.new(list, ACL::DENY_ALLOW) # p acl.allow_addr?(addr) # => true class ACL ## # The current version of ACL VERSION=["2.0.0"] ## # An entry in an ACL class ACLEntry ## # Creates a new entry using +str+. # # +str+ may be "*" or "all" to match any address, an IP address string # to match a specific address, an IP address mask per IPAddr, or one # containing "*" to match part of an IPv4 address. # # IPAddr::InvalidPrefixError may be raised when an IP network # address with an invalid netmask/prefix is given. def initialize(str) if str == '*' or str == 'all' @pat = [:all] elsif str.include?('*') @pat = [:name, dot_pat(str)] else begin @pat = [:ip, IPAddr.new(str)] rescue IPAddr::InvalidPrefixError # In this case, `str` shouldn't be a host name pattern # because it contains a slash. raise rescue ArgumentError @pat = [:name, dot_pat(str)] end end end private ## # Creates a regular expression to match IPv4 addresses def dot_pat_str(str) list = str.split('.').collect { |s| (s == '*') ? '.+' : s } list.join("\\.") end private ## # Creates a Regexp to match an address. def dot_pat(str) /\A#{dot_pat_str(str)}\z/ end public ## # Matches +addr+ against this entry. def match(addr) case @pat[0] when :all true when :ip begin ipaddr = IPAddr.new(addr[3]) ipaddr = ipaddr.ipv4_mapped if @pat[1].ipv6? && ipaddr.ipv4? rescue ArgumentError return false end (@pat[1].include?(ipaddr)) ? true : false when :name (@pat[1] =~ addr[2]) ? true : false else false end end end ## # A list of ACLEntry objects. Used to implement the allow and deny halves # of an ACL class ACLList ## # Creates an empty ACLList def initialize @list = [] end public ## # Matches +addr+ against each ACLEntry in this list. def match(addr) @list.each do |e| return true if e.match(addr) end false end public ## # Adds +str+ as an ACLEntry in this list def add(str) @list.push(ACLEntry.new(str)) end end ## # Default to deny DENY_ALLOW = 0 ## # Default to allow ALLOW_DENY = 1 ## # Creates a new ACL from +list+ with an evaluation +order+ of DENY_ALLOW or # ALLOW_DENY. # # An ACL +list+ is an Array of "allow" or "deny" and an address or address # mask or "all" or "*" to match any address: # # %w[ # deny all # allow 192.0.2.2 # allow 192.0.2.128/26 # ] def initialize(list=nil, order = DENY_ALLOW) @order = order @deny = ACLList.new @allow = ACLList.new install_list(list) if list end public ## # Allow connections from Socket +soc+? def allow_socket?(soc) allow_addr?(soc.peeraddr) end public ## # Allow connections from addrinfo +addr+? It must be formatted like # Socket#peeraddr: # # ["AF_INET", 10, "lc630", "192.0.2.1"] def allow_addr?(addr) case @order when DENY_ALLOW return true if @allow.match(addr) return false if @deny.match(addr) return true when ALLOW_DENY return false if @deny.match(addr) return true if @allow.match(addr) return false else false end end public ## # Adds +list+ of ACL entries to this ACL. def install_list(list) i = 0 while i < list.size permission, domain = list.slice(i,2) case permission.downcase when 'allow' @allow.add(domain) when 'deny' @deny.add(domain) else raise "Invalid ACL entry #{list}" end i += 2 end end end PK )J [��_ �/ �/ ( share/gems/gems/drb-2.2.1/lib/drb/ssl.rbnu �[��� # frozen_string_literal: false require 'socket' require 'openssl' require_relative 'drb' require 'singleton' module DRb # The protocol for DRb over an SSL socket # # The URI for a DRb socket over SSL is: # <code>drbssl://<host>:<port>?<option></code>. The option is optional class DRbSSLSocket < DRbTCPSocket # SSLConfig handles the needed SSL information for establishing a # DRbSSLSocket connection, including generating the X509 / RSA pair. # # An instance of this config can be passed to DRbSSLSocket.new, # DRbSSLSocket.open and DRbSSLSocket.open_server # # See DRb::DRbSSLSocket::SSLConfig.new for more details class SSLConfig # Default values for a SSLConfig instance. # # See DRb::DRbSSLSocket::SSLConfig.new for more details DEFAULT = { :SSLCertificate => nil, :SSLPrivateKey => nil, :SSLClientCA => nil, :SSLCACertificatePath => nil, :SSLCACertificateFile => nil, :SSLTmpDhCallback => nil, :SSLVerifyMode => ::OpenSSL::SSL::VERIFY_NONE, :SSLVerifyDepth => nil, :SSLVerifyCallback => nil, # custom verification :SSLCertificateStore => nil, # Must specify if you use auto generated certificate. :SSLCertName => nil, # e.g. [["CN","fqdn.example.com"]] :SSLCertComment => "Generated by Ruby/OpenSSL" } # Create a new DRb::DRbSSLSocket::SSLConfig instance # # The DRb::DRbSSLSocket will take either a +config+ Hash or an instance # of SSLConfig, and will setup the certificate for its session for the # configuration. If want it to generate a generic certificate, the bare # minimum is to provide the :SSLCertName # # === Config options # # From +config+ Hash: # # :SSLCertificate :: # An instance of OpenSSL::X509::Certificate. If this is not provided, # then a generic X509 is generated, with a correspond :SSLPrivateKey # # :SSLPrivateKey :: # A private key instance, like OpenSSL::PKey::RSA. This key must be # the key that signed the :SSLCertificate # # :SSLClientCA :: # An OpenSSL::X509::Certificate, or Array of certificates that will # used as ClientCAs in the SSL Context # # :SSLCACertificatePath :: # A path to the directory of CA certificates. The certificates must # be in PEM format. # # :SSLCACertificateFile :: # A path to a CA certificate file, in PEM format. # # :SSLTmpDhCallback :: # A DH callback. See OpenSSL::SSL::SSLContext.tmp_dh_callback # # :SSLMinVersion :: # This is the minimum SSL version to allow. See # OpenSSL::SSL::SSLContext#min_version=. # # :SSLMaxVersion :: # This is the maximum SSL version to allow. See # OpenSSL::SSL::SSLContext#max_version=. # # :SSLVerifyMode :: # This is the SSL verification mode. See OpenSSL::SSL::VERIFY_* for # available modes. The default is OpenSSL::SSL::VERIFY_NONE # # :SSLVerifyDepth :: # Number of CA certificates to walk, when verifying a certificate # chain. # # :SSLVerifyCallback :: # A callback to be used for additional verification. See # OpenSSL::SSL::SSLContext.verify_callback # # :SSLCertificateStore :: # A OpenSSL::X509::Store used for verification of certificates # # :SSLCertName :: # Issuer name for the certificate. This is required when generating # the certificate (if :SSLCertificate and :SSLPrivateKey were not # given). The value of this is to be an Array of pairs: # # [["C", "Raleigh"], ["ST","North Carolina"], # ["CN","fqdn.example.com"]] # # See also OpenSSL::X509::Name # # :SSLCertComment :: # A comment to be used for generating the certificate. The default is # "Generated by Ruby/OpenSSL" # # # === Example # # These values can be added after the fact, like a Hash. # # require 'drb/ssl' # c = DRb::DRbSSLSocket::SSLConfig.new {} # c[:SSLCertificate] = # OpenSSL::X509::Certificate.new(File.read('mycert.crt')) # c[:SSLPrivateKey] = OpenSSL::PKey::RSA.new(File.read('mycert.key')) # c[:SSLVerifyMode] = OpenSSL::SSL::VERIFY_PEER # c[:SSLCACertificatePath] = "/etc/ssl/certs/" # c.setup_certificate # # or # # require 'drb/ssl' # c = DRb::DRbSSLSocket::SSLConfig.new({ # :SSLCertName => [["CN" => DRb::DRbSSLSocket.getservername]] # }) # c.setup_certificate # def initialize(config) @config = config @cert = config[:SSLCertificate] @pkey = config[:SSLPrivateKey] @ssl_ctx = nil end # A convenience method to access the values like a Hash def [](key); @config[key] || DEFAULT[key] end # Connect to IO +tcp+, with context of the current certificate # configuration def connect(tcp) ssl = ::OpenSSL::SSL::SSLSocket.new(tcp, @ssl_ctx) ssl.sync = true ssl.connect ssl end # Accept connection to IO +tcp+, with context of the current certificate # configuration def accept(tcp) ssl = OpenSSL::SSL::SSLSocket.new(tcp, @ssl_ctx) ssl.sync = true ssl.accept ssl end # Ensures that :SSLCertificate and :SSLPrivateKey have been provided # or that a new certificate is generated with the other parameters # provided. def setup_certificate if @cert && @pkey return end rsa = OpenSSL::PKey::RSA.new(2048){|p, n| next unless self[:verbose] case p when 0; $stderr.putc "." # BN_generate_prime when 1; $stderr.putc "+" # BN_generate_prime when 2; $stderr.putc "*" # searching good prime, # n = #of try, # but also data from BN_generate_prime when 3; $stderr.putc "\n" # found good prime, n==0 - p, n==1 - q, # but also data from BN_generate_prime else; $stderr.putc "*" # BN_generate_prime end } cert = OpenSSL::X509::Certificate.new cert.version = 3 cert.serial = 0 name = OpenSSL::X509::Name.new(self[:SSLCertName]) cert.subject = name cert.issuer = name cert.not_before = Time.now cert.not_after = Time.now + (365*24*60*60) cert.public_key = rsa.public_key ef = OpenSSL::X509::ExtensionFactory.new(nil,cert) cert.extensions = [ ef.create_extension("basicConstraints","CA:FALSE"), ef.create_extension("subjectKeyIdentifier", "hash") ] ef.issuer_certificate = cert cert.add_extension(ef.create_extension("authorityKeyIdentifier", "keyid:always,issuer:always")) if comment = self[:SSLCertComment] cert.add_extension(ef.create_extension("nsComment", comment)) end cert.sign(rsa, "SHA256") @cert = cert @pkey = rsa end # Establish the OpenSSL::SSL::SSLContext with the configuration # parameters provided. def setup_ssl_context ctx = ::OpenSSL::SSL::SSLContext.new ctx.cert = @cert ctx.key = @pkey ctx.min_version = self[:SSLMinVersion] ctx.max_version = self[:SSLMaxVersion] ctx.client_ca = self[:SSLClientCA] ctx.ca_path = self[:SSLCACertificatePath] ctx.ca_file = self[:SSLCACertificateFile] ctx.tmp_dh_callback = self[:SSLTmpDhCallback] ctx.verify_mode = self[:SSLVerifyMode] ctx.verify_depth = self[:SSLVerifyDepth] ctx.verify_callback = self[:SSLVerifyCallback] ctx.cert_store = self[:SSLCertificateStore] @ssl_ctx = ctx end end # Parse the dRuby +uri+ for an SSL connection. # # Expects drbssl://... # # Raises DRbBadScheme or DRbBadURI if +uri+ is not matching or malformed def self.parse_uri(uri) # :nodoc: if /\Adrbssl:\/\/(.*?):(\d+)(\?(.*))?\z/ =~ uri host = $1 port = $2.to_i option = $4 [host, port, option] else raise(DRbBadScheme, uri) unless uri.start_with?('drbssl:') raise(DRbBadURI, 'can\'t parse uri:' + uri) end end # Return an DRb::DRbSSLSocket instance as a client-side connection, # with the SSL connected. This is called from DRb::start_service or while # connecting to a remote object: # # DRb.start_service 'drbssl://localhost:0', front, config # # +uri+ is the URI we are connected to, # <code>'drbssl://localhost:0'</code> above, +config+ is our # configuration. Either a Hash or DRb::DRbSSLSocket::SSLConfig def self.open(uri, config) host, port, = parse_uri(uri) soc = TCPSocket.open(host, port) ssl_conf = SSLConfig::new(config) ssl_conf.setup_ssl_context ssl = ssl_conf.connect(soc) self.new(uri, ssl, ssl_conf, true) end # Returns a DRb::DRbSSLSocket instance as a server-side connection, with # the SSL connected. This is called from DRb::start_service or while # connecting to a remote object: # # DRb.start_service 'drbssl://localhost:0', front, config # # +uri+ is the URI we are connected to, # <code>'drbssl://localhost:0'</code> above, +config+ is our # configuration. Either a Hash or DRb::DRbSSLSocket::SSLConfig def self.open_server(uri, config) uri = 'drbssl://:0' unless uri host, port, = parse_uri(uri) if host.size == 0 host = getservername soc = open_server_inaddr_any(host, port) else soc = TCPServer.open(host, port) end port = soc.addr[1] if port == 0 @uri = "drbssl://#{host}:#{port}" ssl_conf = SSLConfig.new(config) ssl_conf.setup_certificate ssl_conf.setup_ssl_context self.new(@uri, soc, ssl_conf, false) end # This is a convenience method to parse +uri+ and separate out any # additional options appended in the +uri+. # # Returns an option-less uri and the option => [uri,option] # # The +config+ is completely unused, so passing nil is sufficient. def self.uri_option(uri, config) # :nodoc: host, port, option = parse_uri(uri) return "drbssl://#{host}:#{port}", option end # Create a DRb::DRbSSLSocket instance. # # +uri+ is the URI we are connected to. # +soc+ is the tcp socket we are bound to. # +config+ is our configuration. Either a Hash or SSLConfig # +is_established+ is a boolean of whether +soc+ is currently established # # This is called automatically based on the DRb protocol. def initialize(uri, soc, config, is_established) @ssl = is_established ? soc : nil super(uri, soc.to_io, config) end # Returns the SSL stream def stream; @ssl; end # :nodoc: # Closes the SSL stream before closing the dRuby connection. def close # :nodoc: if @ssl @ssl.close @ssl = nil end super end def accept # :nodoc: begin while true soc = accept_or_shutdown return nil unless soc break if (@acl ? @acl.allow_socket?(soc) : true) soc.close end begin ssl = @config.accept(soc) rescue Exception soc.close raise end self.class.new(uri, ssl, @config, true) rescue OpenSSL::SSL::SSLError warn("#{$!.message} (#{$!.class})", uplevel: 0) if @config[:verbose] retry end end end DRbProtocol.add_protocol(DRbSSLSocket) end PK )J [�K� � - share/gems/gems/drb-2.2.1/lib/drb/observer.rbnu �[��� # frozen_string_literal: false require 'observer' module DRb # The Observable module extended to DRb. See Observable for details. module DRbObservable include Observable # Notifies observers of a change in state. See also # Observable#notify_observers def notify_observers(*arg) if defined? @observer_state and @observer_state if defined? @observer_peers @observer_peers.each do |observer, method| begin observer.__send__(method, *arg) rescue delete_observer(observer) end end end @observer_state = false end end end end PK )J [*Y) 1 share/gems/gems/drb-2.2.1/lib/drb/invokemethod.rbnu �[��� # frozen_string_literal: false # for ruby-1.8.0 module DRb # :nodoc: all class DRbServer module InvokeMethod18Mixin def block_yield(x) if x.size == 1 && x[0].class == Array x[0] = DRbArray.new(x[0]) end @block.call(*x) end def perform_with_block @obj.__send__(@msg_id, *@argv) do |*x| jump_error = nil begin block_value = block_yield(x) rescue LocalJumpError jump_error = $! end if jump_error case jump_error.reason when :break break(jump_error.exit_value) else raise jump_error end end block_value end end end end end PK )J [)��f�� �� ( share/gems/gems/drb-2.2.1/lib/drb/drb.rbnu �[��� # frozen_string_literal: false # # = drb/drb.rb # # Distributed Ruby: _dRuby_ # # Copyright (c) 1999-2003 Masatoshi SEKI. You can redistribute it and/or # modify it under the same terms as Ruby. # # Author:: Masatoshi SEKI # # Documentation:: William Webber (william@williamwebber.com) # # == Overview # # dRuby is a distributed object system for Ruby. It allows an object in one # Ruby process to invoke methods on an object in another Ruby process on the # same or a different machine. # # The Ruby standard library contains the core classes of the dRuby package. # However, the full package also includes access control lists and the # Rinda tuple-space distributed task management system, as well as a # large number of samples. The full dRuby package can be downloaded from # the dRuby home page (see *References*). # # For an introduction and examples of usage see the documentation to the # DRb module. # # == References # # [http://www2a.biglobe.ne.jp/~seki/ruby/druby.html] # The dRuby home page, in Japanese. Contains the full dRuby package # and links to other Japanese-language sources. # # [http://www2a.biglobe.ne.jp/~seki/ruby/druby.en.html] # The English version of the dRuby home page. # # [http://pragprog.com/book/sidruby/the-druby-book] # The dRuby Book: Distributed and Parallel Computing with Ruby # by Masatoshi Seki and Makoto Inoue # # [http://www.ruby-doc.org/docs/ProgrammingRuby/html/ospace.html] # The chapter from *Programming* *Ruby* by Dave Thomas and Andy Hunt # which discusses dRuby. # # [http://www.clio.ne.jp/home/web-i31s/Flotuard/Ruby/PRC2K_seki/dRuby.en.html] # Translation of presentation on Ruby by Masatoshi Seki. require 'socket' require 'io/wait' require 'monitor' require_relative 'eq' require_relative 'version' # # == Overview # # dRuby is a distributed object system for Ruby. It is written in # pure Ruby and uses its own protocol. No add-in services are needed # beyond those provided by the Ruby runtime, such as TCP sockets. It # does not rely on or interoperate with other distributed object # systems such as CORBA, RMI, or .NET. # # dRuby allows methods to be called in one Ruby process upon a Ruby # object located in another Ruby process, even on another machine. # References to objects can be passed between processes. Method # arguments and return values are dumped and loaded in marshalled # format. All of this is done transparently to both the caller of the # remote method and the object that it is called upon. # # An object in a remote process is locally represented by a # DRb::DRbObject instance. This acts as a sort of proxy for the # remote object. Methods called upon this DRbObject instance are # forwarded to its remote object. This is arranged dynamically at run # time. There are no statically declared interfaces for remote # objects, such as CORBA's IDL. # # dRuby calls made into a process are handled by a DRb::DRbServer # instance within that process. This reconstitutes the method call, # invokes it upon the specified local object, and returns the value to # the remote caller. Any object can receive calls over dRuby. There # is no need to implement a special interface, or mixin special # functionality. Nor, in the general case, does an object need to # explicitly register itself with a DRbServer in order to receive # dRuby calls. # # One process wishing to make dRuby calls upon another process must # somehow obtain an initial reference to an object in the remote # process by some means other than as the return value of a remote # method call, as there is initially no remote object reference it can # invoke a method upon. This is done by attaching to the server by # URI. Each DRbServer binds itself to a URI such as # 'druby://example.com:8787'. A DRbServer can have an object attached # to it that acts as the server's *front* *object*. A DRbObject can # be explicitly created from the server's URI. This DRbObject's # remote object will be the server's front object. This front object # can then return references to other Ruby objects in the DRbServer's # process. # # Method calls made over dRuby behave largely the same as normal Ruby # method calls made within a process. Method calls with blocks are # supported, as are raising exceptions. In addition to a method's # standard errors, a dRuby call may also raise one of the # dRuby-specific errors, all of which are subclasses of DRb::DRbError. # # Any type of object can be passed as an argument to a dRuby call or # returned as its return value. By default, such objects are dumped # or marshalled at the local end, then loaded or unmarshalled at the # remote end. The remote end therefore receives a copy of the local # object, not a distributed reference to it; methods invoked upon this # copy are executed entirely in the remote process, not passed on to # the local original. This has semantics similar to pass-by-value. # # However, if an object cannot be marshalled, a dRuby reference to it # is passed or returned instead. This will turn up at the remote end # as a DRbObject instance. All methods invoked upon this remote proxy # are forwarded to the local object, as described in the discussion of # DRbObjects. This has semantics similar to the normal Ruby # pass-by-reference. # # The easiest way to signal that we want an otherwise marshallable # object to be passed or returned as a DRbObject reference, rather # than marshalled and sent as a copy, is to include the # DRb::DRbUndumped mixin module. # # dRuby supports calling remote methods with blocks. As blocks (or # rather the Proc objects that represent them) are not marshallable, # the block executes in the local, not the remote, context. Each # value yielded to the block is passed from the remote object to the # local block, then the value returned by each block invocation is # passed back to the remote execution context to be collected, before # the collected values are finally returned to the local context as # the return value of the method invocation. # # == Examples of usage # # For more dRuby samples, see the +samples+ directory in the full # dRuby distribution. # # === dRuby in client/server mode # # This illustrates setting up a simple client-server drb # system. Run the server and client code in different terminals, # starting the server code first. # # ==== Server code # # require 'drb/drb' # # # The URI for the server to connect to # URI="druby://localhost:8787" # # class TimeServer # # def get_current_time # return Time.now # end # # end # # # The object that handles requests on the server # FRONT_OBJECT=TimeServer.new # # DRb.start_service(URI, FRONT_OBJECT) # # Wait for the drb server thread to finish before exiting. # DRb.thread.join # # ==== Client code # # require 'drb/drb' # # # The URI to connect to # SERVER_URI="druby://localhost:8787" # # # Start a local DRbServer to handle callbacks. # # # # Not necessary for this small example, but will be required # # as soon as we pass a non-marshallable object as an argument # # to a dRuby call. # # # # Note: this must be called at least once per process to take any effect. # # This is particularly important if your application forks. # DRb.start_service # # timeserver = DRbObject.new_with_uri(SERVER_URI) # puts timeserver.get_current_time # # === Remote objects under dRuby # # This example illustrates returning a reference to an object # from a dRuby call. The Logger instances live in the server # process. References to them are returned to the client process, # where methods can be invoked upon them. These methods are # executed in the server process. # # ==== Server code # # require 'drb/drb' # # URI="druby://localhost:8787" # # class Logger # # # Make dRuby send Logger instances as dRuby references, # # not copies. # include DRb::DRbUndumped # # def initialize(n, fname) # @name = n # @filename = fname # end # # def log(message) # File.open(@filename, "a") do |f| # f.puts("#{Time.now}: #{@name}: #{message}") # end # end # # end # # # We have a central object for creating and retrieving loggers. # # This retains a local reference to all loggers created. This # # is so an existing logger can be looked up by name, but also # # to prevent loggers from being garbage collected. A dRuby # # reference to an object is not sufficient to prevent it being # # garbage collected! # class LoggerFactory # # def initialize(bdir) # @basedir = bdir # @loggers = {} # end # # def get_logger(name) # if !@loggers.has_key? name # # make the filename safe, then declare it to be so # fname = name.gsub(/[.\/\\\:]/, "_") # @loggers[name] = Logger.new(name, @basedir + "/" + fname) # end # return @loggers[name] # end # # end # # FRONT_OBJECT=LoggerFactory.new("/tmp/dlog") # # DRb.start_service(URI, FRONT_OBJECT) # DRb.thread.join # # ==== Client code # # require 'drb/drb' # # SERVER_URI="druby://localhost:8787" # # DRb.start_service # # log_service=DRbObject.new_with_uri(SERVER_URI) # # ["loga", "logb", "logc"].each do |logname| # # logger=log_service.get_logger(logname) # # logger.log("Hello, world!") # logger.log("Goodbye, world!") # logger.log("=== EOT ===") # # end # # == Security # # As with all network services, security needs to be considered when # using dRuby. By allowing external access to a Ruby object, you are # not only allowing outside clients to call the methods you have # defined for that object, but by default to execute arbitrary Ruby # code on your server. Consider the following: # # # !!! UNSAFE CODE !!! # ro = DRbObject::new_with_uri("druby://your.server.com:8989") # class << ro # undef :instance_eval # force call to be passed to remote object # end # ro.instance_eval("`rm -rf *`") # # The dangers posed by instance_eval and friends are such that a # DRbServer should only be used when clients are trusted. # # A DRbServer can be configured with an access control list to # selectively allow or deny access from specified IP addresses. The # main druby distribution provides the ACL class for this purpose. In # general, this mechanism should only be used alongside, rather than # as a replacement for, a good firewall. # # == dRuby internals # # dRuby is implemented using three main components: a remote method # call marshaller/unmarshaller; a transport protocol; and an # ID-to-object mapper. The latter two can be directly, and the first # indirectly, replaced, in order to provide different behaviour and # capabilities. # # Marshalling and unmarshalling of remote method calls is performed by # a DRb::DRbMessage instance. This uses the Marshal module to dump # the method call before sending it over the transport layer, then # reconstitute it at the other end. There is normally no need to # replace this component, and no direct way is provided to do so. # However, it is possible to implement an alternative marshalling # scheme as part of an implementation of the transport layer. # # The transport layer is responsible for opening client and server # network connections and forwarding dRuby request across them. # Normally, it uses DRb::DRbMessage internally to manage marshalling # and unmarshalling. The transport layer is managed by # DRb::DRbProtocol. Multiple protocols can be installed in # DRbProtocol at the one time; selection between them is determined by # the scheme of a dRuby URI. The default transport protocol is # selected by the scheme 'druby:', and implemented by # DRb::DRbTCPSocket. This uses plain TCP/IP sockets for # communication. An alternative protocol, using UNIX domain sockets, # is implemented by DRb::DRbUNIXSocket in the file drb/unix.rb, and # selected by the scheme 'drbunix:'. A sample implementation over # HTTP can be found in the samples accompanying the main dRuby # distribution. # # The ID-to-object mapping component maps dRuby object ids to the # objects they refer to, and vice versa. The implementation to use # can be specified as part of a DRb::DRbServer's configuration. The # default implementation is provided by DRb::DRbIdConv. It uses an # object's ObjectSpace id as its dRuby id. This means that the dRuby # reference to that object only remains meaningful for the lifetime of # the object's process and the lifetime of the object within that # process. A modified implementation is provided by DRb::TimerIdConv # in the file drb/timeridconv.rb. This implementation retains a local # reference to all objects exported over dRuby for a configurable # period of time (defaulting to ten minutes), to prevent them being # garbage-collected within this time. Another sample implementation # is provided in sample/name.rb in the main dRuby distribution. This # allows objects to specify their own id or "name". A dRuby reference # can be made persistent across processes by having each process # register an object using the same dRuby name. # module DRb # Superclass of all errors raised in the DRb module. class DRbError < RuntimeError; end # Error raised when an error occurs on the underlying communication # protocol. class DRbConnError < DRbError; end # Class responsible for converting between an object and its id. # # This, the default implementation, uses an object's local ObjectSpace # __id__ as its id. This means that an object's identification over # drb remains valid only while that object instance remains alive # within the server runtime. # # For alternative mechanisms, see DRb::TimerIdConv in drb/timeridconv.rb # and DRbNameIdConv in sample/name.rb in the full drb distribution. class DRbIdConv # Convert an object reference id to an object. # # This implementation looks up the reference id in the local object # space and returns the object it refers to. def to_obj(ref) ObjectSpace._id2ref(ref) end # Convert an object into a reference id. # # This implementation returns the object's __id__ in the local # object space. def to_id(obj) case obj when Object obj.nil? ? nil : obj.__id__ when BasicObject obj.__id__ end end end # Mixin module making an object undumpable or unmarshallable. # # If an object which includes this module is returned by method # called over drb, then the object remains in the server space # and a reference to the object is returned, rather than the # object being marshalled and moved into the client space. module DRbUndumped def _dump(dummy) # :nodoc: raise TypeError, 'can\'t dump' end end # Error raised by the DRb module when an attempt is made to refer to # the context's current drb server but the context does not have one. # See #current_server. class DRbServerNotFound < DRbError; end # Error raised by the DRbProtocol module when it cannot find any # protocol implementation support the scheme specified in a URI. class DRbBadURI < DRbError; end # Error raised by a dRuby protocol when it doesn't support the # scheme specified in a URI. See DRb::DRbProtocol. class DRbBadScheme < DRbError; end # An exception wrapping a DRb::DRbUnknown object class DRbUnknownError < DRbError # Create a new DRbUnknownError for the DRb::DRbUnknown object +unknown+ def initialize(unknown) @unknown = unknown super(unknown.name) end # Get the wrapped DRb::DRbUnknown object. attr_reader :unknown def self._load(s) # :nodoc: Marshal::load(s) end def _dump(lv) # :nodoc: Marshal::dump(@unknown) end end # An exception wrapping an error object class DRbRemoteError < DRbError # Creates a new remote error that wraps the Exception +error+ def initialize(error) @reason = error.class.to_s super("#{error.message} (#{error.class})") set_backtrace(error.backtrace) end # the class of the error, as a string. attr_reader :reason end # Class wrapping a marshalled object whose type is unknown locally. # # If an object is returned by a method invoked over drb, but the # class of the object is unknown in the client namespace, or # the object is a constant unknown in the client namespace, then # the still-marshalled object is returned wrapped in a DRbUnknown instance. # # If this object is passed as an argument to a method invoked over # drb, then the wrapped object is passed instead. # # The class or constant name of the object can be read from the # +name+ attribute. The marshalled object is held in the +buf+ # attribute. class DRbUnknown # Create a new DRbUnknown object. # # +buf+ is a string containing a marshalled object that could not # be unmarshalled. +err+ is the error message that was raised # when the unmarshalling failed. It is used to determine the # name of the unmarshalled object. def initialize(err, buf) case err.to_s when /uninitialized constant (\S+)/ @name = $1 when /undefined class\/module (\S+)/ @name = $1 else @name = nil end @buf = buf end # The name of the unknown thing. # # Class name for unknown objects; variable name for unknown # constants. attr_reader :name # Buffer contained the marshalled, unknown object. attr_reader :buf def self._load(s) # :nodoc: begin Marshal::load(s) rescue NameError, ArgumentError DRbUnknown.new($!, s) end end def _dump(lv) # :nodoc: @buf end # Attempt to load the wrapped marshalled object again. # # If the class of the object is now known locally, the object # will be unmarshalled and returned. Otherwise, a new # but identical DRbUnknown object will be returned. def reload self.class._load(@buf) end # Create a DRbUnknownError exception containing this object. def exception DRbUnknownError.new(self) end end # An Array wrapper that can be sent to another server via DRb. # # All entries in the array will be dumped or be references that point to # the local server. class DRbArray # Creates a new DRbArray that either dumps or wraps all the items in the # Array +ary+ so they can be loaded by a remote DRb server. def initialize(ary) @ary = ary.collect { |obj| if obj.kind_of? DRbUndumped DRbObject.new(obj) else begin Marshal.dump(obj) obj rescue DRbObject.new(obj) end end } end def self._load(s) # :nodoc: Marshal::load(s) end def _dump(lv) # :nodoc: Marshal.dump(@ary) end end # Handler for sending and receiving drb messages. # # This takes care of the low-level marshalling and unmarshalling # of drb requests and responses sent over the wire between server # and client. This relieves the implementor of a new drb # protocol layer with having to deal with these details. # # The user does not have to directly deal with this object in # normal use. class DRbMessage def initialize(config) # :nodoc: @load_limit = config[:load_limit] @argc_limit = config[:argc_limit] end def dump(obj, error=false) # :nodoc: case obj when DRbUndumped obj = make_proxy(obj, error) when Object # nothing else obj = make_proxy(obj, error) end begin str = Marshal::dump(obj) rescue str = Marshal::dump(make_proxy(obj, error)) end [str.size].pack('N') + str end def load(soc) # :nodoc: begin sz = soc.read(4) # sizeof (N) rescue raise(DRbConnError, $!.message, $!.backtrace) end raise(DRbConnError, 'connection closed') if sz.nil? raise(DRbConnError, 'premature header') if sz.size < 4 sz = sz.unpack('N')[0] raise(DRbConnError, "too large packet #{sz}") if @load_limit < sz begin str = soc.read(sz) rescue raise(DRbConnError, $!.message, $!.backtrace) end raise(DRbConnError, 'connection closed') if str.nil? raise(DRbConnError, 'premature marshal format(can\'t read)') if str.size < sz DRb.mutex.synchronize do begin Marshal::load(str) rescue NameError, ArgumentError DRbUnknown.new($!, str) end end end def send_request(stream, ref, msg_id, arg, b) # :nodoc: ary = [] ary.push(dump(ref.__drbref)) ary.push(dump(msg_id.id2name)) ary.push(dump(arg.length)) arg.each do |e| ary.push(dump(e)) end ary.push(dump(b)) stream.write(ary.join('')) rescue raise(DRbConnError, $!.message, $!.backtrace) end def recv_request(stream) # :nodoc: ref = load(stream) ro = DRb.to_obj(ref) msg = load(stream) argc = load(stream) raise(DRbConnError, "too many arguments") if @argc_limit < argc argv = Array.new(argc, nil) argc.times do |n| argv[n] = load(stream) end block = load(stream) return ro, msg, argv, block end def send_reply(stream, succ, result) # :nodoc: stream.write(dump(succ) + dump(result, !succ)) rescue raise(DRbConnError, $!.message, $!.backtrace) end def recv_reply(stream) # :nodoc: succ = load(stream) result = load(stream) [succ, result] end private def make_proxy(obj, error=false) # :nodoc: if error DRbRemoteError.new(obj) else DRbObject.new(obj) end end end # Module managing the underlying network protocol(s) used by drb. # # By default, drb uses the DRbTCPSocket protocol. Other protocols # can be defined. A protocol must define the following class methods: # # [open(uri, config)] Open a client connection to the server at +uri+, # using configuration +config+. Return a protocol # instance for this connection. # [open_server(uri, config)] Open a server listening at +uri+, # using configuration +config+. Return a # protocol instance for this listener. # [uri_option(uri, config)] Take a URI, possibly containing an option # component (e.g. a trailing '?param=val'), # and return a [uri, option] tuple. # # All of these methods should raise a DRbBadScheme error if the URI # does not identify the protocol they support (e.g. "druby:" for # the standard Ruby protocol). This is how the DRbProtocol module, # given a URI, determines which protocol implementation serves that # protocol. # # The protocol instance returned by #open_server must have the # following methods: # # [accept] Accept a new connection to the server. Returns a protocol # instance capable of communicating with the client. # [close] Close the server connection. # [uri] Get the URI for this server. # # The protocol instance returned by #open must have the following methods: # # [send_request (ref, msg_id, arg, b)] # Send a request to +ref+ with the given message id and arguments. # This is most easily implemented by calling DRbMessage.send_request, # providing a stream that sits on top of the current protocol. # [recv_reply] # Receive a reply from the server and return it as a [success-boolean, # reply-value] pair. This is most easily implemented by calling # DRb.recv_reply, providing a stream that sits on top of the # current protocol. # [alive?] # Is this connection still alive? # [close] # Close this connection. # # The protocol instance returned by #open_server().accept() must have # the following methods: # # [recv_request] # Receive a request from the client and return a [object, message, # args, block] tuple. This is most easily implemented by calling # DRbMessage.recv_request, providing a stream that sits on top of # the current protocol. # [send_reply(succ, result)] # Send a reply to the client. This is most easily implemented # by calling DRbMessage.send_reply, providing a stream that sits # on top of the current protocol. # [close] # Close this connection. # # A new protocol is registered with the DRbProtocol module using # the add_protocol method. # # For examples of other protocols, see DRbUNIXSocket in drb/unix.rb, # and HTTP0 in sample/http0.rb and sample/http0serv.rb in the full # drb distribution. module DRbProtocol # Add a new protocol to the DRbProtocol module. def add_protocol(prot) @protocol.push(prot) end module_function :add_protocol # Open a client connection to +uri+ with the configuration +config+. # # The DRbProtocol module asks each registered protocol in turn to # try to open the URI. Each protocol signals that it does not handle that # URI by raising a DRbBadScheme error. If no protocol recognises the # URI, then a DRbBadURI error is raised. If a protocol accepts the # URI, but an error occurs in opening it, a DRbConnError is raised. def open(uri, config, first=true) @protocol.each do |prot| begin return prot.open(uri, config) rescue DRbBadScheme rescue DRbConnError raise($!) rescue raise(DRbConnError, "#{uri} - #{$!.inspect}") end end if first && (config[:auto_load] != false) auto_load(uri) return open(uri, config, false) end raise DRbBadURI, 'can\'t parse uri:' + uri end module_function :open # Open a server listening for connections at +uri+ with # configuration +config+. # # The DRbProtocol module asks each registered protocol in turn to # try to open a server at the URI. Each protocol signals that it does # not handle that URI by raising a DRbBadScheme error. If no protocol # recognises the URI, then a DRbBadURI error is raised. If a protocol # accepts the URI, but an error occurs in opening it, the underlying # error is passed on to the caller. def open_server(uri, config, first=true) @protocol.each do |prot| begin return prot.open_server(uri, config) rescue DRbBadScheme end end if first && (config[:auto_load] != false) auto_load(uri) return open_server(uri, config, false) end raise DRbBadURI, 'can\'t parse uri:' + uri end module_function :open_server # Parse +uri+ into a [uri, option] pair. # # The DRbProtocol module asks each registered protocol in turn to # try to parse the URI. Each protocol signals that it does not handle that # URI by raising a DRbBadScheme error. If no protocol recognises the # URI, then a DRbBadURI error is raised. def uri_option(uri, config, first=true) @protocol.each do |prot| begin uri, opt = prot.uri_option(uri, config) # opt = nil if opt == '' return uri, opt rescue DRbBadScheme end end if first && (config[:auto_load] != false) auto_load(uri) return uri_option(uri, config, false) end raise DRbBadURI, 'can\'t parse uri:' + uri end module_function :uri_option def auto_load(uri) # :nodoc: if /\Adrb([a-z0-9]+):/ =~ uri require("drb/#{$1}") rescue nil end end module_function :auto_load end # The default drb protocol which communicates over a TCP socket. # # The DRb TCP protocol URI looks like: # <code>druby://<host>:<port>?<option></code>. The option is optional. class DRbTCPSocket # :stopdoc: private def self.parse_uri(uri) if /\Adruby:\/\/(.*?):(\d+)(\?(.*))?\z/ =~ uri host = $1 port = $2.to_i option = $4 [host, port, option] else raise(DRbBadScheme, uri) unless uri.start_with?('druby:') raise(DRbBadURI, 'can\'t parse uri:' + uri) end end public # Open a client connection to +uri+ (DRb URI string) using configuration # +config+. # # This can raise DRb::DRbBadScheme or DRb::DRbBadURI if +uri+ is not for a # recognized protocol. See DRb::DRbServer.new for information on built-in # URI protocols. def self.open(uri, config) host, port, = parse_uri(uri) soc = TCPSocket.open(host, port) self.new(uri, soc, config) end # Returns the hostname of this server def self.getservername host = Socket::gethostname begin Socket::getaddrinfo(host, nil, Socket::AF_UNSPEC, Socket::SOCK_STREAM, 0, Socket::AI_PASSIVE)[0][3] rescue 'localhost' end end # For the families available for +host+, returns a TCPServer on +port+. # If +port+ is 0 the first available port is used. IPv4 servers are # preferred over IPv6 servers. def self.open_server_inaddr_any(host, port) infos = Socket::getaddrinfo(host, nil, Socket::AF_UNSPEC, Socket::SOCK_STREAM, 0, Socket::AI_PASSIVE) families = Hash[*infos.collect { |af, *_| af }.uniq.zip([]).flatten] return TCPServer.open('0.0.0.0', port) if families.has_key?('AF_INET') return TCPServer.open('::', port) if families.has_key?('AF_INET6') return TCPServer.open(port) # :stopdoc: end # Open a server listening for connections at +uri+ using # configuration +config+. def self.open_server(uri, config) uri = 'druby://:0' unless uri host, port, _ = parse_uri(uri) config = {:tcp_original_host => host}.update(config) if host.size == 0 host = getservername soc = open_server_inaddr_any(host, port) else soc = TCPServer.open(host, port) end port = soc.addr[1] if port == 0 config[:tcp_port] = port uri = "druby://#{host}:#{port}" self.new(uri, soc, config) end # Parse +uri+ into a [uri, option] pair. def self.uri_option(uri, config) host, port, option = parse_uri(uri) return "druby://#{host}:#{port}", option end # Create a new DRbTCPSocket instance. # # +uri+ is the URI we are connected to. # +soc+ is the tcp socket we are bound to. +config+ is our # configuration. def initialize(uri, soc, config={}) @uri = uri @socket = soc @config = config @acl = config[:tcp_acl] @msg = DRbMessage.new(config) set_sockopt(@socket) @shutdown_pipe_r, @shutdown_pipe_w = IO.pipe end # Get the URI that we are connected to. attr_reader :uri # Get the address of our TCP peer (the other end of the socket # we are bound to. def peeraddr @socket.peeraddr end # Get the socket. def stream; @socket; end # On the client side, send a request to the server. def send_request(ref, msg_id, arg, b) @msg.send_request(stream, ref, msg_id, arg, b) end # On the server side, receive a request from the client. def recv_request @msg.recv_request(stream) end # On the server side, send a reply to the client. def send_reply(succ, result) @msg.send_reply(stream, succ, result) end # On the client side, receive a reply from the server. def recv_reply @msg.recv_reply(stream) end public # Close the connection. # # If this is an instance returned by #open_server, then this stops # listening for new connections altogether. If this is an instance # returned by #open or by #accept, then it closes this particular # client-server session. def close shutdown if @socket @socket.close @socket = nil end close_shutdown_pipe end def close_shutdown_pipe @shutdown_pipe_w.close @shutdown_pipe_r.close end private :close_shutdown_pipe # On the server side, for an instance returned by #open_server, # accept a client connection and return a new instance to handle # the server's side of this client-server session. def accept while true s = accept_or_shutdown return nil unless s break if (@acl ? @acl.allow_socket?(s) : true) s.close end if @config[:tcp_original_host].to_s.size == 0 uri = "druby://#{s.addr[3]}:#{@config[:tcp_port]}" else uri = @uri end self.class.new(uri, s, @config) end def accept_or_shutdown readables, = IO.select([@socket, @shutdown_pipe_r]) if readables.include? @shutdown_pipe_r return nil end @socket.accept end private :accept_or_shutdown # Graceful shutdown def shutdown @shutdown_pipe_w.close end # Check to see if this connection is alive. def alive? return false unless @socket if @socket.to_io.wait_readable(0) close return false end true end def set_sockopt(soc) # :nodoc: soc.setsockopt(Socket::IPPROTO_TCP, Socket::TCP_NODELAY, 1) rescue IOError, Errno::ECONNRESET, Errno::EINVAL # closed/shutdown socket, ignore error end end module DRbProtocol @protocol = [DRbTCPSocket] # default end class DRbURIOption # :nodoc: I don't understand the purpose of this class... def initialize(option) @option = option.to_s end attr_reader :option def to_s; @option; end def ==(other) return false unless DRbURIOption === other @option == other.option end def hash @option.hash end alias eql? == end # Object wrapping a reference to a remote drb object. # # Method calls on this object are relayed to the remote # object that this object is a stub for. class DRbObject # Unmarshall a marshalled DRbObject. # # If the referenced object is located within the local server, then # the object itself is returned. Otherwise, a new DRbObject is # created to act as a stub for the remote referenced object. def self._load(s) uri, ref = Marshal.load(s) if DRb.here?(uri) obj = DRb.to_obj(ref) return obj end self.new_with(uri, ref) end # Creates a DRb::DRbObject given the reference information to the remote # host +uri+ and object +ref+. def self.new_with(uri, ref) it = self.allocate it.instance_variable_set(:@uri, uri) it.instance_variable_set(:@ref, ref) it end # Create a new DRbObject from a URI alone. def self.new_with_uri(uri) self.new(nil, uri) end # Marshall this object. # # The URI and ref of the object are marshalled. def _dump(lv) Marshal.dump([@uri, @ref]) end # Create a new remote object stub. # # +obj+ is the (local) object we want to create a stub for. Normally # this is +nil+. +uri+ is the URI of the remote object that this # will be a stub for. def initialize(obj, uri=nil) @uri = nil @ref = nil case obj when Object is_nil = obj.nil? when BasicObject is_nil = false end if is_nil return if uri.nil? @uri, option = DRbProtocol.uri_option(uri, DRb.config) @ref = DRbURIOption.new(option) unless option.nil? else @uri = uri ? uri : (DRb.uri rescue nil) @ref = obj ? DRb.to_id(obj) : nil end end # Get the URI of the remote object. def __drburi @uri end # Get the reference of the object, if local. def __drbref @ref end undef :to_s undef :to_a if respond_to?(:to_a) # Routes respond_to? to the referenced remote object. def respond_to?(msg_id, priv=false) case msg_id when :_dump true when :marshal_dump false else method_missing(:respond_to?, msg_id, priv) end end # Routes method calls to the referenced remote object. ruby2_keywords def method_missing(msg_id, *a, &b) if DRb.here?(@uri) obj = DRb.to_obj(@ref) DRb.current_server.check_insecure_method(obj, msg_id) return obj.__send__(msg_id, *a, &b) end succ, result = self.class.with_friend(@uri) do DRbConn.open(@uri) do |conn| conn.send_message(self, msg_id, a, b) end end if succ return result elsif DRbUnknown === result raise result else bt = self.class.prepare_backtrace(@uri, result) result.set_backtrace(bt + caller) raise result end end # Given the +uri+ of another host executes the block provided. def self.with_friend(uri) # :nodoc: friend = DRb.fetch_server(uri) return yield() unless friend save = Thread.current['DRb'] Thread.current['DRb'] = { 'server' => friend } return yield ensure Thread.current['DRb'] = save if friend end # Returns a modified backtrace from +result+ with the +uri+ where each call # in the backtrace came from. def self.prepare_backtrace(uri, result) # :nodoc: prefix = "(#{uri}) " bt = [] result.backtrace.each do |x| break if /[`']__send__'$/ =~ x if /\A\(druby:\/\// =~ x bt.push(x) else bt.push(prefix + x) end end bt end def pretty_print(q) # :nodoc: q.pp_object(self) end def pretty_print_cycle(q) # :nodoc: q.object_address_group(self) { q.breakable q.text '...' } end end class ThreadObject include MonitorMixin def initialize(&blk) super() @wait_ev = new_cond @req_ev = new_cond @res_ev = new_cond @status = :wait @req = nil @res = nil @thread = Thread.new(self, &blk) end def alive? @thread.alive? end def kill @thread.kill @thread.join end def method_missing(msg, *arg, &blk) synchronize do @wait_ev.wait_until { @status == :wait } @req = [msg] + arg @status = :req @req_ev.broadcast @res_ev.wait_until { @status == :res } value = @res @req = @res = nil @status = :wait @wait_ev.broadcast return value end end def _execute() synchronize do @req_ev.wait_until { @status == :req } @res = yield(@req) @status = :res @res_ev.signal end end end # Class handling the connection between a DRbObject and the # server the real object lives on. # # This class maintains a pool of connections, to reduce the # overhead of starting and closing down connections for each # method call. # # This class is used internally by DRbObject. The user does # not normally need to deal with it directly. class DRbConn POOL_SIZE = 16 # :nodoc: def self.make_pool ThreadObject.new do |queue| pool = [] while true queue._execute do |message| case(message[0]) when :take then remote_uri = message[1] conn = nil new_pool = [] pool.each do |c| if conn.nil? and c.uri == remote_uri conn = c if c.alive? else new_pool.push c end end pool = new_pool conn when :store then conn = message[1] pool.unshift(conn) pool.pop.close while pool.size > POOL_SIZE conn else nil end end end end end @pool_proxy = nil def self.stop_pool @pool_proxy&.kill @pool_proxy = nil end def self.open(remote_uri) # :nodoc: begin @pool_proxy = make_pool unless @pool_proxy&.alive? conn = @pool_proxy.take(remote_uri) conn = self.new(remote_uri) unless conn succ, result = yield(conn) return succ, result ensure if conn if succ @pool_proxy.store(conn) else conn.close end end end end def initialize(remote_uri) # :nodoc: @uri = remote_uri @protocol = DRbProtocol.open(remote_uri, DRb.config) end attr_reader :uri # :nodoc: def send_message(ref, msg_id, arg, block) # :nodoc: @protocol.send_request(ref, msg_id, arg, block) @protocol.recv_reply end def close # :nodoc: @protocol.close @protocol = nil end def alive? # :nodoc: return false unless @protocol @protocol.alive? end end # Class representing a drb server instance. # # A DRbServer must be running in the local process before any incoming # dRuby calls can be accepted, or any local objects can be passed as # dRuby references to remote processes, even if those local objects are # never actually called remotely. You do not need to start a DRbServer # in the local process if you are only making outgoing dRuby calls # passing marshalled parameters. # # Unless multiple servers are being used, the local DRbServer is normally # started by calling DRb.start_service. class DRbServer @@acl = nil @@idconv = DRbIdConv.new @@secondary_server = nil @@argc_limit = 256 @@load_limit = 0xffffffff @@verbose = false # Set the default value for the :argc_limit option. # # See #new(). The initial default value is 256. def self.default_argc_limit(argc) @@argc_limit = argc end # Set the default value for the :load_limit option. # # See #new(). The initial default value is 25 MB. def self.default_load_limit(sz) @@load_limit = sz end # Set the default access control list to +acl+. The default ACL is +nil+. # # See also DRb::ACL and #new() def self.default_acl(acl) @@acl = acl end # Set the default value for the :id_conv option. # # See #new(). The initial default value is a DRbIdConv instance. def self.default_id_conv(idconv) @@idconv = idconv end # Set the default value of the :verbose option. # # See #new(). The initial default value is false. def self.verbose=(on) @@verbose = on end # Get the default value of the :verbose option. def self.verbose @@verbose end def self.make_config(hash={}) # :nodoc: default_config = { :idconv => @@idconv, :verbose => @@verbose, :tcp_acl => @@acl, :load_limit => @@load_limit, :argc_limit => @@argc_limit, } default_config.update(hash) end # Create a new DRbServer instance. # # +uri+ is the URI to bind to. This is normally of the form # 'druby://<hostname>:<port>' where <hostname> is a hostname of # the local machine. If nil, then the system's default hostname # will be bound to, on a port selected by the system; these value # can be retrieved from the +uri+ attribute. 'druby:' specifies # the default dRuby transport protocol: another protocol, such # as 'drbunix:', can be specified instead. # # +front+ is the front object for the server, that is, the object # to which remote method calls on the server will be passed. If # nil, then the server will not accept remote method calls. # # If +config_or_acl+ is a hash, it is the configuration to # use for this server. The following options are recognised: # # :idconv :: an id-to-object conversion object. This defaults # to an instance of the class DRb::DRbIdConv. # :verbose :: if true, all unsuccessful remote calls on objects # in the server will be logged to $stdout. false # by default. # :tcp_acl :: the access control list for this server. See # the ACL class from the main dRuby distribution. # :load_limit :: the maximum message size in bytes accepted by # the server. Defaults to 25 MB (26214400). # :argc_limit :: the maximum number of arguments to a remote # method accepted by the server. Defaults to # 256. # The default values of these options can be modified on # a class-wide basis by the class methods #default_argc_limit, # #default_load_limit, #default_acl, #default_id_conv, # and #verbose= # # If +config_or_acl+ is not a hash, but is not nil, it is # assumed to be the access control list for this server. # See the :tcp_acl option for more details. # # If no other server is currently set as the primary server, # this will become the primary server. # # The server will immediately start running in its own thread. def initialize(uri=nil, front=nil, config_or_acl=nil) if Hash === config_or_acl config = config_or_acl.dup else acl = config_or_acl || @@acl config = { :tcp_acl => acl } end @config = self.class.make_config(config) @protocol = DRbProtocol.open_server(uri, @config) @uri = @protocol.uri @exported_uri = [@uri] @front = front @idconv = @config[:idconv] @grp = ThreadGroup.new @thread = run DRb.regist_server(self) end # The URI of this DRbServer. attr_reader :uri # The main thread of this DRbServer. # # This is the thread that listens for and accepts connections # from clients, not that handles each client's request-response # session. attr_reader :thread # The front object of the DRbServer. # # This object receives remote method calls made on the server's # URI alone, with an object id. attr_reader :front # The configuration of this DRbServer attr_reader :config # Set whether to operate in verbose mode. # # In verbose mode, failed calls are logged to stdout. def verbose=(v); @config[:verbose]=v; end # Get whether the server is in verbose mode. # # In verbose mode, failed calls are logged to stdout. def verbose; @config[:verbose]; end # Is this server alive? def alive? @thread.alive? end # Is +uri+ the URI for this server? def here?(uri) @exported_uri.include?(uri) end # Stop this server. def stop_service DRb.remove_server(self) if Thread.current['DRb'] && Thread.current['DRb']['server'] == self Thread.current['DRb']['stop_service'] = true else shutdown end end # Convert a dRuby reference to the local object it refers to. def to_obj(ref) return front if ref.nil? return front[ref.to_s] if DRbURIOption === ref @idconv.to_obj(ref) end # Convert a local object to a dRuby reference. def to_id(obj) return nil if obj.__id__ == front.__id__ @idconv.to_id(obj) end private def shutdown current = Thread.current if @protocol.respond_to? :shutdown @protocol.shutdown else [@thread, *@grp.list].each { |thread| thread.kill unless thread == current # xxx: Thread#kill } end @thread.join unless @thread == current end ## # Starts the DRb main loop in a new thread. def run Thread.start do begin while main_loop end ensure @protocol.close if @protocol end end end # List of insecure methods. # # These methods are not callable via dRuby. INSECURE_METHOD = [ :__send__ ] # Has a method been included in the list of insecure methods? def insecure_method?(msg_id) INSECURE_METHOD.include?(msg_id) end # Coerce an object to a string, providing our own representation if # to_s is not defined for the object. def any_to_s(obj) "#{obj}:#{obj.class}" rescue Kernel.instance_method(:to_s).bind_call(obj) end # Check that a method is callable via dRuby. # # +obj+ is the object we want to invoke the method on. +msg_id+ is the # method name, as a Symbol. # # If the method is an insecure method (see #insecure_method?) a # SecurityError is thrown. If the method is private or undefined, # a NameError is thrown. def check_insecure_method(obj, msg_id) return true if Proc === obj && msg_id == :__drb_yield raise(ArgumentError, "#{any_to_s(msg_id)} is not a symbol") unless Symbol == msg_id.class raise(SecurityError, "insecure method '#{msg_id}'") if insecure_method?(msg_id) case obj when Object if obj.private_methods.include?(msg_id) desc = any_to_s(obj) raise NoMethodError, "private method '#{msg_id}' called for #{desc}" elsif obj.protected_methods.include?(msg_id) desc = any_to_s(obj) raise NoMethodError, "protected method '#{msg_id}' called for #{desc}" else true end else if Kernel.instance_method(:private_methods).bind(obj).call.include?(msg_id) desc = any_to_s(obj) raise NoMethodError, "private method '#{msg_id}' called for #{desc}" elsif Kernel.instance_method(:protected_methods).bind(obj).call.include?(msg_id) desc = any_to_s(obj) raise NoMethodError, "protected method '#{msg_id}' called for #{desc}" else true end end end public :check_insecure_method class InvokeMethod # :nodoc: def initialize(drb_server, client) @drb_server = drb_server @client = client end def perform begin setup_message ensure @result = nil @succ = false end if @block @result = perform_with_block else @result = perform_without_block end @succ = true case @result when Array if @msg_id == :to_ary @result = DRbArray.new(@result) end end return @succ, @result rescue NoMemoryError, SystemExit, SystemStackError, SecurityError raise rescue Exception @result = $! return @succ, @result end private def init_with_client obj, msg, argv, block = @client.recv_request @obj = obj @msg_id = msg.intern @argv = argv @block = block end def check_insecure_method @drb_server.check_insecure_method(@obj, @msg_id) end def setup_message init_with_client check_insecure_method end def perform_without_block if Proc === @obj && @msg_id == :__drb_yield if @argv.size == 1 ary = @argv else ary = [@argv] end ary.collect(&@obj)[0] else @obj.__send__(@msg_id, *@argv) end end end require_relative 'invokemethod' class InvokeMethod include InvokeMethod18Mixin end def error_print(exception) exception.backtrace.inject(true) do |first, x| if first $stderr.puts "#{x}: #{exception} (#{exception.class})" else $stderr.puts "\tfrom #{x}" end false end end # The main loop performed by a DRbServer's internal thread. # # Accepts a connection from a client, and starts up its own # thread to handle it. This thread loops, receiving requests # from the client, invoking them on a local object, and # returning responses, until the client closes the connection # or a local method call fails. def main_loop client0 = @protocol.accept return nil if !client0 Thread.start(client0) do |client| @grp.add Thread.current Thread.current['DRb'] = { 'client' => client , 'server' => self } DRb.mutex.synchronize do client_uri = client.uri @exported_uri << client_uri unless @exported_uri.include?(client_uri) end _last_invoke_method = nil loop do begin succ = false invoke_method = InvokeMethod.new(self, client) succ, result = invoke_method.perform error_print(result) if !succ && verbose unless DRbConnError === result && result.message == 'connection closed' client.send_reply(succ, result) end rescue Exception => e error_print(e) if verbose ensure _last_invoke_method = invoke_method client.close unless succ if Thread.current['DRb']['stop_service'] shutdown break end break unless succ end end end end end @primary_server = nil # Start a dRuby server locally. # # The new dRuby server will become the primary server, even # if another server is currently the primary server. # # +uri+ is the URI for the server to bind to. If nil, # the server will bind to random port on the default local host # name and use the default dRuby protocol. # # +front+ is the server's front object. This may be nil. # # +config+ is the configuration for the new server. This may # be nil. # # See DRbServer::new. def start_service(uri=nil, front=nil, config=nil) @primary_server = DRbServer.new(uri, front, config) end module_function :start_service # The primary local dRuby server. # # This is the server created by the #start_service call. attr_accessor :primary_server module_function :primary_server=, :primary_server # Get the 'current' server. # # In the context of execution taking place within the main # thread of a dRuby server (typically, as a result of a remote # call on the server or one of its objects), the current # server is that server. Otherwise, the current server is # the primary server. # # If the above rule fails to find a server, a DRbServerNotFound # error is raised. def current_server drb = Thread.current['DRb'] server = (drb && drb['server']) ? drb['server'] : @primary_server raise DRbServerNotFound unless server return server end module_function :current_server # Stop the local dRuby server. # # This operates on the primary server. If there is no primary # server currently running, it is a noop. def stop_service @primary_server.stop_service if @primary_server @primary_server = nil end module_function :stop_service # Get the URI defining the local dRuby space. # # This is the URI of the current server. See #current_server. def uri drb = Thread.current['DRb'] client = (drb && drb['client']) if client uri = client.uri return uri if uri end current_server.uri end module_function :uri # Is +uri+ the URI for the current local server? def here?(uri) current_server.here?(uri) rescue false # (current_server.uri rescue nil) == uri end module_function :here? # Get the configuration of the current server. # # If there is no current server, this returns the default configuration. # See #current_server and DRbServer::make_config. def config current_server.config rescue DRbServer.make_config end module_function :config # Get the front object of the current server. # # This raises a DRbServerNotFound error if there is no current server. # See #current_server. def front current_server.front end module_function :front # Convert a reference into an object using the current server. # # This raises a DRbServerNotFound error if there is no current server. # See #current_server. def to_obj(ref) current_server.to_obj(ref) end # Get a reference id for an object using the current server. # # This raises a DRbServerNotFound error if there is no current server. # See #current_server. def to_id(obj) current_server.to_id(obj) end module_function :to_id module_function :to_obj # Get the thread of the primary server. # # This returns nil if there is no primary server. See #primary_server. def thread @primary_server ? @primary_server.thread : nil end module_function :thread # Set the default id conversion object. # # This is expected to be an instance such as DRb::DRbIdConv that responds to # #to_id and #to_obj that can convert objects to and from DRb references. # # See DRbServer#default_id_conv. def install_id_conv(idconv) DRbServer.default_id_conv(idconv) end module_function :install_id_conv # Set the default ACL to +acl+. # # See DRb::DRbServer.default_acl. def install_acl(acl) DRbServer.default_acl(acl) end module_function :install_acl @mutex = Thread::Mutex.new def mutex # :nodoc: @mutex end module_function :mutex @server = {} # Registers +server+ with DRb. # # This is called when a new DRb::DRbServer is created. # # If there is no primary server then +server+ becomes the primary server. # # Example: # # require 'drb' # # s = DRb::DRbServer.new # automatically calls regist_server # DRb.fetch_server s.uri #=> #<DRb::DRbServer:0x...> def regist_server(server) @server[server.uri] = server mutex.synchronize do @primary_server = server unless @primary_server end end module_function :regist_server # Removes +server+ from the list of registered servers. def remove_server(server) @server.delete(server.uri) mutex.synchronize do if @primary_server == server @primary_server = nil end end end module_function :remove_server # Retrieves the server with the given +uri+. # # See also regist_server and remove_server. def fetch_server(uri) @server[uri] end module_function :fetch_server end # :stopdoc: DRbObject = DRb::DRbObject DRbUndumped = DRb::DRbUndumped DRbIdConv = DRb::DRbIdConv PK )J [�"�2 2 $ share/gems/gems/drb-2.2.1/lib/drb.rbnu �[��� # frozen_string_literal: false require 'drb/drb' PK )J [�q o % share/gems/gems/drb-2.2.1/LICENSE.txtnu �[��� Copyright (C) 1993-2013 Yukihiro Matsumoto. All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. PK )J [;� f f 7 share/gems/gems/syntax_suggest-2.0.2/exe/syntax_suggestnu ȯ�� #!/opt/alt/ruby34/bin/ruby require "syntax_suggest/api" SyntaxSuggest::Cli.new( argv: ARGV ).call PK )J [��F�l l , share/gems/gems/getoptlong-0.2.1/bin/consolenu �[��� #!/opt/alt/ruby34/bin/ruby require "bundler/setup" require "getoptlong" require "irb" IRB.start(__FILE__) PK )J [�t/;J J * share/gems/gems/getoptlong-0.2.1/bin/setupnu �[��� #!/usr/bin/env bash set -euo pipefail IFS=$'\n\t' set -vx bundle install PK )J [y<�� � * share/gems/gems/getoptlong-0.2.1/README.mdnu �[��� # Getoptlong The GetoptLong class allows you to parse command line options similarly to the GNU getopt_long() C library call. Note, however, that GetoptLong is a pure Ruby implementation. GetoptLong allows for POSIX-style options like <tt>--file</tt> as well as single letter options like <tt>-f</tt> The empty option <tt>--</tt> (two minus symbols) is used to end option processing. This can be particularly important if options have optional arguments. ## Installation Add this line to your application's Gemfile: ```ruby gem 'getoptlong' ``` And then execute: $ bundle Or install it yourself as: $ gem install getoptlong ## Usage ```ruby require 'getoptlong' opts = GetoptLong.new( [ '--help', '-h', GetoptLong::NO_ARGUMENT ], [ '--repeat', '-n', GetoptLong::REQUIRED_ARGUMENT ], [ '--name', GetoptLong::OPTIONAL_ARGUMENT ] ) dir = nil name = nil repetitions = 1 opts.each do |opt, arg| case opt when '--help' puts <<-EOF hello [OPTION] ... DIR -h, --help: show help --repeat x, -n x: repeat x times --name [name]: greet user by name, if name not supplied default is John DIR: The directory in which to issue the greeting. EOF when '--repeat' repetitions = arg.to_i when '--name' if arg == '' name = 'John' else name = arg end end end if ARGV.length != 1 puts "Missing dir argument (try --help)" exit 0 end dir = ARGV.shift Dir.chdir(dir) for i in (1..repetitions) print "Hello" if name print ", #{name}" end puts end ``` Example command line: ``` hello -n 6 --name -- /tmp ``` ## Development After checking out the repo, run `bin/setup` to install dependencies. Then, run `rake test` to run the tests. You can also run `bin/console` for an interactive prompt that will allow you to experiment. To install this gem onto your local machine, run `bundle exec rake install`. To release a new version, update the version number in `version.rb`, and then run `bundle exec rake release`, which will create a git tag for the version, push git commits and tags, and push the `.gem` file to [rubygems.org](https://rubygems.org). ## Contributing Bug reports and pull requests are welcome on GitHub at https://github.com/ruby/getoptlong. PK )J [�r�: : ( share/gems/gems/getoptlong-0.2.1/Gemfilenu �[��� source "https://rubygems.org" gem "rake" gem "test-unit" PK )J [���Q Q 2 share/gems/gems/getoptlong-0.2.1/lib/getoptlong.rbnu �[��� # frozen_string_literal: true # # GetoptLong for Ruby # # Copyright (C) 1998, 1999, 2000 Motoyuki Kasahara. # # You may redistribute and/or modify this library under the same license # terms as Ruby. # \Class \GetoptLong provides parsing both for options # and for regular arguments. # # Using \GetoptLong, you can define options for your program. # The program can then capture and respond to whatever options # are included in the command that executes the program. # # A simple example: file <tt>simple.rb</tt>: # # :include: ../sample/getoptlong/simple.rb # # If you are somewhat familiar with options, # you may want to skip to this # {full example}[#class-GetoptLong-label-Full+Example]. # # == Options # # A \GetoptLong option has: # # - A string <em>option name</em>. # - Zero or more string <em>aliases</em> for the name. # - An <em>option type</em>. # # Options may be defined by calling singleton method GetoptLong.new, # which returns a new \GetoptLong object. # Options may then be processed by calling other methods # such as GetoptLong#each. # # === Option Name and Aliases # # In the array that defines an option, # the first element is the string option name. # Often the name takes the 'long' form, beginning with two hyphens. # # The option name may have any number of aliases, # which are defined by additional string elements. # # The name and each alias must be of one of two forms: # # - Two hyphens, followed by one or more letters. # - One hyphen, followed by a single letter. # # File <tt>aliases.rb</tt>: # # :include: ../sample/getoptlong/aliases.rb # # An option may be cited by its name, # or by any of its aliases; # the parsed option always reports the name, not an alias: # # $ ruby aliases.rb -a -p --xxx --aaa -x # # Output: # # ["--xxx", ""] # ["--xxx", ""] # ["--xxx", ""] # ["--xxx", ""] # ["--xxx", ""] # # # An option may also be cited by an abbreviation of its name or any alias, # as long as that abbreviation is unique among the options. # # File <tt>abbrev.rb</tt>: # # :include: ../sample/getoptlong/abbrev.rb # # Command line: # # $ ruby abbrev.rb --xxx --xx --xyz --xy # # Output: # # ["--xxx", ""] # ["--xxx", ""] # ["--xyz", ""] # ["--xyz", ""] # # This command line raises GetoptLong::AmbiguousOption: # # $ ruby abbrev.rb --x # # === Repetition # # An option may be cited more than once: # # $ ruby abbrev.rb --xxx --xyz --xxx --xyz # # Output: # # ["--xxx", ""] # ["--xyz", ""] # ["--xxx", ""] # ["--xyz", ""] # # === Treating Remaining Options as Arguments # # A option-like token that appears # anywhere after the token <tt>--</tt> is treated as an ordinary argument, # and is not processed as an option: # # $ ruby abbrev.rb --xxx --xyz -- --xxx --xyz # # Output: # # ["--xxx", ""] # ["--xyz", ""] # # === Option Types # # Each option definition includes an option type, # which controls whether the option takes an argument. # # File <tt>types.rb</tt>: # # :include: ../sample/getoptlong/types.rb # # Note that an option type has to do with the <em>option argument</em> # (whether it is required, optional, or forbidden), # not with whether the option itself is required. # # ==== Option with Required Argument # # An option of type <tt>GetoptLong::REQUIRED_ARGUMENT</tt> # must be followed by an argument, which is associated with that option: # # $ ruby types.rb --xxx foo # # Output: # # ["--xxx", "foo"] # # If the option is not last, its argument is whatever follows it # (even if the argument looks like another option): # # $ ruby types.rb --xxx --yyy # # Output: # # ["--xxx", "--yyy"] # # If the option is last, an exception is raised: # # $ ruby types.rb # # Raises GetoptLong::MissingArgument # # ==== Option with Optional Argument # # An option of type <tt>GetoptLong::OPTIONAL_ARGUMENT</tt> # may be followed by an argument, which if given is associated with that option. # # If the option is last, it does not have an argument: # # $ ruby types.rb --yyy # # Output: # # ["--yyy", ""] # # If the option is followed by another option, it does not have an argument: # # $ ruby types.rb --yyy --zzz # # Output: # # ["--yyy", ""] # ["--zzz", ""] # # Otherwise the option is followed by its argument, which is associated # with that option: # # $ ruby types.rb --yyy foo # # Output: # # ["--yyy", "foo"] # # ==== Option with No Argument # # An option of type <tt>GetoptLong::NO_ARGUMENT</tt> takes no argument: # # ruby types.rb --zzz foo # # Output: # # ["--zzz", ""] # # === ARGV # # You can process options either with method #each and a block, # or with method #get. # # During processing, each found option is removed, along with its argument # if there is one. # After processing, each remaining element was neither an option # nor the argument for an option. # # File <tt>argv.rb</tt>: # # :include: ../sample/getoptlong/argv.rb # # Command line: # # $ ruby argv.rb --xxx Foo --yyy Bar Baz --zzz Bat Bam # # Output: # # Original ARGV: ["--xxx", "Foo", "--yyy", "Bar", "Baz", "--zzz", "Bat", "Bam"] # ["--xxx", "Foo"] # ["--yyy", "Bar"] # ["--zzz", ""] # Remaining ARGV: ["Baz", "Bat", "Bam"] # # === Ordering # # There are three settings that control the way the options # are interpreted: # # - +PERMUTE+. # - +REQUIRE_ORDER+. # - +RETURN_IN_ORDER+. # # The initial setting for a new \GetoptLong object is +REQUIRE_ORDER+ # if environment variable +POSIXLY_CORRECT+ is defined, +PERMUTE+ otherwise. # # ==== PERMUTE Ordering # # In the +PERMUTE+ ordering, options and other, non-option, # arguments may appear in any order and any mixture. # # File <tt>permute.rb</tt>: # # :include: ../sample/getoptlong/permute.rb # # Command line: # # $ ruby permute.rb Foo --zzz Bar --xxx Baz --yyy Bat Bam --xxx Bag Bah # # Output: # # Original ARGV: ["Foo", "--zzz", "Bar", "--xxx", "Baz", "--yyy", "Bat", "Bam", "--xxx", "Bag", "Bah"] # ["--zzz", ""] # ["--xxx", "Baz"] # ["--yyy", "Bat"] # ["--xxx", "Bag"] # Remaining ARGV: ["Foo", "Bar", "Bam", "Bah"] # # ==== REQUIRE_ORDER Ordering # # In the +REQUIRE_ORDER+ ordering, all options precede all non-options; # that is, each word after the first non-option word # is treated as a non-option word (even if it begins with a hyphen). # # File <tt>require_order.rb</tt>: # # :include: ../sample/getoptlong/require_order.rb # # Command line: # # $ ruby require_order.rb --xxx Foo Bar --xxx Baz --yyy Bat -zzz # # Output: # # Original ARGV: ["--xxx", "Foo", "Bar", "--xxx", "Baz", "--yyy", "Bat", "-zzz"] # ["--xxx", "Foo"] # Remaining ARGV: ["Bar", "--xxx", "Baz", "--yyy", "Bat", "-zzz"] # # ==== RETURN_IN_ORDER Ordering # # In the +RETURN_IN_ORDER+ ordering, every word is treated as an option. # A word that begins with a hyphen (or two) is treated in the usual way; # a word +word+ that does not so begin is treated as an option # whose name is an empty string, and whose value is +word+. # # File <tt>return_in_order.rb</tt>: # # :include: ../sample/getoptlong/return_in_order.rb # # Command line: # # $ ruby return_in_order.rb Foo --xxx Bar Baz --zzz Bat Bam # # Output: # # Original ARGV: ["Foo", "--xxx", "Bar", "Baz", "--zzz", "Bat", "Bam"] # ["", "Foo"] # ["--xxx", "Bar"] # ["", "Baz"] # ["--zzz", ""] # ["", "Bat"] # ["", "Bam"] # Remaining ARGV: [] # # === Full Example # # File <tt>fibonacci.rb</tt>: # # :include: ../sample/getoptlong/fibonacci.rb # # Command line: # # $ ruby fibonacci.rb # # Output: # # Option --number is required. # Usage: # # -n n, --number n: # Compute Fibonacci number for n. # -v [boolean], --verbose [boolean]: # Show intermediate results; default is 'false'. # -h, --help: # Show this help. # # Command line: # # $ ruby fibonacci.rb --number # # Raises GetoptLong::MissingArgument: # # fibonacci.rb: option `--number' requires an argument # # Command line: # # $ ruby fibonacci.rb --number 6 # # Output: # # 8 # # Command line: # # $ ruby fibonacci.rb --number 6 --verbose # # Output: # 1 # 2 # 3 # 5 # 8 # # Command line: # # $ ruby fibonacci.rb --number 6 --verbose yes # # Output: # # --verbose argument must be true or false # Usage: # # -n n, --number n: # Compute Fibonacci number for n. # -v [boolean], --verbose [boolean]: # Show intermediate results; default is 'false'. # -h, --help: # Show this help. # class GetoptLong # Version. VERSION = "0.2.1" # # Orderings. # ORDERINGS = [REQUIRE_ORDER = 0, PERMUTE = 1, RETURN_IN_ORDER = 2] # # Argument flags. # ARGUMENT_FLAGS = [NO_ARGUMENT = 0, REQUIRED_ARGUMENT = 1, OPTIONAL_ARGUMENT = 2] # # Status codes. # STATUS_YET, STATUS_STARTED, STATUS_TERMINATED = 0, 1, 2 # # Error types. # class Error < StandardError; end class AmbiguousOption < Error; end class NeedlessArgument < Error; end class MissingArgument < Error; end class InvalidOption < Error; end # # Returns a new \GetoptLong object based on the given +arguments+. # See {Options}[#class-GetoptLong-label-Options]. # # Example: # # :include: ../sample/getoptlong/simple.rb # # Raises an exception if: # # - Any of +arguments+ is not an array. # - Any option name or alias is not a string. # - Any option type is invalid. # def initialize(*arguments) # # Current ordering. # if ENV.include?('POSIXLY_CORRECT') @ordering = REQUIRE_ORDER else @ordering = PERMUTE end # # Hash table of option names. # Keys of the table are option names, and their values are canonical # names of the options. # @canonical_names = Hash.new # # Hash table of argument flags. # Keys of the table are option names, and their values are argument # flags of the options. # @argument_flags = Hash.new # # Whether error messages are output to $stderr. # @quiet = false # # Status code. # @status = STATUS_YET # # Error code. # @error = nil # # Error message. # @error_message = nil # # Rest of catenated short options. # @rest_singles = '' # # List of non-option-arguments. # Append them to ARGV when option processing is terminated. # @non_option_arguments = Array.new if 0 < arguments.length set_options(*arguments) end end # Sets the ordering; see {Ordering}[#class-GetoptLong-label-Ordering]; # returns the new ordering. # # If the given +ordering+ is +PERMUTE+ and environment variable # +POSIXLY_CORRECT+ is defined, sets the ordering to +REQUIRE_ORDER+; # otherwise sets the ordering to +ordering+: # # options = GetoptLong.new # options.ordering == GetoptLong::PERMUTE # => true # options.ordering = GetoptLong::RETURN_IN_ORDER # options.ordering == GetoptLong::RETURN_IN_ORDER # => true # ENV['POSIXLY_CORRECT'] = 'true' # options.ordering = GetoptLong::PERMUTE # options.ordering == GetoptLong::REQUIRE_ORDER # => true # # Raises an exception if +ordering+ is invalid. # def ordering=(ordering) # # The method is failed if option processing has already started. # if @status != STATUS_YET set_error(ArgumentError, "argument error") raise RuntimeError, "invoke ordering=, but option processing has already started" end # # Check ordering. # if !ORDERINGS.include?(ordering) raise ArgumentError, "invalid ordering `#{ordering}'" end if ordering == PERMUTE && ENV.include?('POSIXLY_CORRECT') @ordering = REQUIRE_ORDER else @ordering = ordering end end # # Returns the ordering setting. # attr_reader :ordering # # Replaces existing options with those given by +arguments+, # which have the same form as the arguments to ::new; # returns +self+. # # Raises an exception if option processing has begun. # def set_options(*arguments) # # The method is failed if option processing has already started. # if @status != STATUS_YET raise RuntimeError, "invoke set_options, but option processing has already started" end # # Clear tables of option names and argument flags. # @canonical_names.clear @argument_flags.clear arguments.each do |arg| if !arg.is_a?(Array) raise ArgumentError, "the option list contains non-Array argument" end # # Find an argument flag and it set to `argument_flag'. # argument_flag = nil arg.each do |i| if ARGUMENT_FLAGS.include?(i) if argument_flag != nil raise ArgumentError, "too many argument-flags" end argument_flag = i end end raise ArgumentError, "no argument-flag" if argument_flag == nil canonical_name = nil arg.each do |i| # # Check an option name. # next if i == argument_flag begin if !i.is_a?(String) || i !~ /\A-([^-]|-.+)\z/ raise ArgumentError, "an invalid option `#{i}'" end if (@canonical_names.include?(i)) raise ArgumentError, "option redefined `#{i}'" end rescue @canonical_names.clear @argument_flags.clear raise end # # Register the option (`i') to the `@canonical_names' and # `@canonical_names' Hashes. # if canonical_name == nil canonical_name = i end @canonical_names[i] = canonical_name @argument_flags[i] = argument_flag end raise ArgumentError, "no option name" if canonical_name == nil end return self end # # Sets quiet mode and returns the given argument: # # - When +false+ or +nil+, error messages are written to <tt>$stdout</tt>. # - Otherwise, error messages are not written. # attr_writer :quiet # # Returns the quiet mode setting. # attr_reader :quiet alias quiet? quiet # # Terminate option processing; # returns +nil+ if processing has already terminated; # otherwise returns +self+. # def terminate return nil if @status == STATUS_TERMINATED raise RuntimeError, "an error has occurred" if @error != nil @status = STATUS_TERMINATED @non_option_arguments.reverse_each do |argument| ARGV.unshift(argument) end @canonical_names = nil @argument_flags = nil @rest_singles = nil @non_option_arguments = nil return self end # # Returns +true+ if option processing has terminated, +false+ otherwise. # def terminated? return @status == STATUS_TERMINATED end # # \Set an error (a protected method). # def set_error(type, message) $stderr.print("#{$0}: #{message}\n") if !@quiet @error = type @error_message = message @canonical_names = nil @argument_flags = nil @rest_singles = nil @non_option_arguments = nil raise type, message end protected :set_error # # Returns whether option processing has failed. # attr_reader :error alias error? error # Return the appropriate error message in POSIX-defined format. # If no error has occurred, returns +nil+. # def error_message return @error_message end # # Returns the next option as a 2-element array containing: # # - The option name (the name itself, not an alias). # - The option value. # # Returns +nil+ if there are no more options. # def get option_name, option_argument = nil, '' # # Check status. # return nil if @error != nil case @status when STATUS_YET @status = STATUS_STARTED when STATUS_TERMINATED return nil end # # Get next option argument. # if 0 < @rest_singles.length argument = '-' + @rest_singles elsif (ARGV.length == 0) terminate return nil elsif @ordering == PERMUTE while 0 < ARGV.length && ARGV[0] !~ /\A-./ @non_option_arguments.push(ARGV.shift) end if ARGV.length == 0 terminate return nil end argument = ARGV.shift elsif @ordering == REQUIRE_ORDER if (ARGV[0] !~ /\A-./) terminate return nil end argument = ARGV.shift else argument = ARGV.shift end # # Check the special argument `--'. # `--' indicates the end of the option list. # if argument == '--' && @rest_singles.length == 0 terminate return nil end # # Check for long and short options. # if argument =~ /\A(--[^=]+)/ && @rest_singles.length == 0 # # This is a long style option, which start with `--'. # pattern = $1 if @canonical_names.include?(pattern) option_name = pattern else # # The option `option_name' is not registered in `@canonical_names'. # It may be an abbreviated. # matches = [] @canonical_names.each_key do |key| if key.index(pattern) == 0 option_name = key matches << key end end if 2 <= matches.length set_error(AmbiguousOption, "option `#{argument}' is ambiguous between #{matches.join(', ')}") elsif matches.length == 0 set_error(InvalidOption, "unrecognized option `#{argument}'") end end # # Check an argument to the option. # if @argument_flags[option_name] == REQUIRED_ARGUMENT if argument =~ /=(.*)/m option_argument = $1 elsif 0 < ARGV.length option_argument = ARGV.shift else set_error(MissingArgument, "option `#{argument}' requires an argument") end elsif @argument_flags[option_name] == OPTIONAL_ARGUMENT if argument =~ /=(.*)/m option_argument = $1 elsif 0 < ARGV.length && ARGV[0] !~ /\A-./ option_argument = ARGV.shift else option_argument = '' end elsif argument =~ /=(.*)/m set_error(NeedlessArgument, "option `#{option_name}' doesn't allow an argument") end elsif argument =~ /\A(-(.))(.*)/m # # This is a short style option, which start with `-' (not `--'). # Short options may be catenated (e.g. `-l -g' is equivalent to # `-lg'). # option_name, ch, @rest_singles = $1, $2, $3 if @canonical_names.include?(option_name) # # The option `option_name' is found in `@canonical_names'. # Check its argument. # if @argument_flags[option_name] == REQUIRED_ARGUMENT if 0 < @rest_singles.length option_argument = @rest_singles @rest_singles = '' elsif 0 < ARGV.length option_argument = ARGV.shift else # 1003.2 specifies the format of this message. set_error(MissingArgument, "option requires an argument -- #{ch}") end elsif @argument_flags[option_name] == OPTIONAL_ARGUMENT if 0 < @rest_singles.length option_argument = @rest_singles @rest_singles = '' elsif 0 < ARGV.length && ARGV[0] !~ /\A-./ option_argument = ARGV.shift else option_argument = '' end end else # # This is an invalid option. # 1003.2 specifies the format of this message. # if ENV.include?('POSIXLY_CORRECT') set_error(InvalidOption, "invalid option -- #{ch}") else set_error(InvalidOption, "invalid option -- #{ch}") end end else # # This is a non-option argument. # Only RETURN_IN_ORDER fell into here. # return '', argument end return @canonical_names[option_name], option_argument end alias get_option get # # Calls the given block with each option; # each option is a 2-element array containing: # # - The option name (the name itself, not an alias). # - The option value. # # Example: # # :include: ../sample/getoptlong/each.rb # # Command line: # # ruby each.rb -xxx Foo -x Bar --yyy Baz -y Bat --zzz # # Output: # # Original ARGV: ["-xxx", "Foo", "-x", "Bar", "--yyy", "Baz", "-y", "Bat", "--zzz"] # ["--xxx", "xx"] # ["--xxx", "Bar"] # ["--yyy", "Baz"] # ["--yyy", "Bat"] # ["--zzz", ""] # Remaining ARGV: ["Foo"] # def each loop do option_name, option_argument = get_option break if option_name == nil yield option_name, option_argument end end alias each_option each end PK )J [� ,� � ) share/gems/gems/getoptlong-0.2.1/Rakefilenu �[��� require 'bundler/gem_tasks' require 'rake/testtask' Rake::TestTask.new(:test) do |t| t.libs << 'test' t.libs << 'lib' t.test_files = FileList['test/test_*.rb'] end task :default => :test PK )J [��pM* * = share/gems/gems/getoptlong-0.2.1/sample/getoptlong/permute.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', GetoptLong::REQUIRED_ARGUMENT], ['--yyy', GetoptLong::OPTIONAL_ARGUMENT], ['--zzz', GetoptLong::NO_ARGUMENT] ) puts "Original ARGV: #{ARGV}" options.each do |option, argument| p [option, argument] end puts "Remaining ARGV: #{ARGV}" PK )J [Ѐ�x� � ; share/gems/gems/getoptlong-0.2.1/sample/getoptlong/types.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', GetoptLong::REQUIRED_ARGUMENT], ['--yyy', GetoptLong::OPTIONAL_ARGUMENT], ['--zzz', GetoptLong::NO_ARGUMENT] ) options.each do |option, argument| p [option, argument] end PK )J [�vR}; ; : share/gems/gems/getoptlong-0.2.1/sample/getoptlong/each.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', '-x', GetoptLong::REQUIRED_ARGUMENT], ['--yyy', '-y', GetoptLong::OPTIONAL_ARGUMENT], ['--zzz', '-z',GetoptLong::NO_ARGUMENT] ) puts "Original ARGV: #{ARGV}" options.each do |option, argument| p [option, argument] end puts "Remaining ARGV: #{ARGV}" PK )J [jF��W W C share/gems/gems/getoptlong-0.2.1/sample/getoptlong/require_order.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', GetoptLong::REQUIRED_ARGUMENT], ['--yyy', GetoptLong::OPTIONAL_ARGUMENT], ['--zzz', GetoptLong::NO_ARGUMENT] ) options.ordering = GetoptLong::REQUIRE_ORDER puts "Original ARGV: #{ARGV}" options.each do |option, argument| p [option, argument] end puts "Remaining ARGV: #{ARGV}" PK )J [���Y Y E share/gems/gems/getoptlong-0.2.1/sample/getoptlong/return_in_order.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', GetoptLong::REQUIRED_ARGUMENT], ['--yyy', GetoptLong::OPTIONAL_ARGUMENT], ['--zzz', GetoptLong::NO_ARGUMENT] ) options.ordering = GetoptLong::RETURN_IN_ORDER puts "Original ARGV: #{ARGV}" options.each do |option, argument| p [option, argument] end puts "Remaining ARGV: #{ARGV}" PK )J [�p�g� � < share/gems/gems/getoptlong-0.2.1/sample/getoptlong/abbrev.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', GetoptLong::NO_ARGUMENT], ['--xyz', GetoptLong::NO_ARGUMENT] ) options.each do |option, argument| p [option, argument] end PK )J [�)ճ� � = share/gems/gems/getoptlong-0.2.1/sample/getoptlong/aliases.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', '-x', '--aaa', '-a', '-p', GetoptLong::NO_ARGUMENT] ) options.each do |option, argument| p [option, argument] end PK )J [�j �� � < share/gems/gems/getoptlong-0.2.1/sample/getoptlong/simple.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--number', '-n', GetoptLong::REQUIRED_ARGUMENT], ['--verbose', '-v', GetoptLong::OPTIONAL_ARGUMENT], ['--help', '-h', GetoptLong::NO_ARGUMENT] ) PK )J [��pM* * : share/gems/gems/getoptlong-0.2.1/sample/getoptlong/argv.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--xxx', GetoptLong::REQUIRED_ARGUMENT], ['--yyy', GetoptLong::OPTIONAL_ARGUMENT], ['--zzz', GetoptLong::NO_ARGUMENT] ) puts "Original ARGV: #{ARGV}" options.each do |option, argument| p [option, argument] end puts "Remaining ARGV: #{ARGV}" PK )J [�uF�� � ? share/gems/gems/getoptlong-0.2.1/sample/getoptlong/fibonacci.rbnu �[��� require 'getoptlong' options = GetoptLong.new( ['--number', '-n', GetoptLong::REQUIRED_ARGUMENT], ['--verbose', '-v', GetoptLong::OPTIONAL_ARGUMENT], ['--help', '-h', GetoptLong::NO_ARGUMENT] ) def help(status = 0) puts <<~HELP Usage: -n n, --number n: Compute Fibonacci number for n. -v [boolean], --verbose [boolean]: Show intermediate results; default is 'false'. -h, --help: Show this help. HELP exit(status) end def print_fibonacci (number) return 0 if number == 0 return 1 if number == 1 or number == 2 i = 0 j = 1 (2..number).each do k = i + j i = j j = k puts j if @verbose end puts j unless @verbose end options.each do |option, argument| case option when '--number' @number = argument.to_i when '--verbose' @verbose = if argument.empty? true elsif argument.match(/true/i) true elsif argument.match(/false/i) false else puts '--verbose argument must be true or false' help(255) end when '--help' help end end unless @number puts 'Option --number is required.' help(255) end print_fibonacci(@number) PK )J [�q o , share/gems/gems/getoptlong-0.2.1/LICENSE.txtnu �[��� Copyright (C) 1993-2013 Yukihiro Matsumoto. All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. PK )J [��id id ( share/gems/gems/psych-5.2.2/lib/psych.rbnu �[��� # frozen_string_literal: true require 'date' require_relative 'psych/versions' case RUBY_ENGINE when 'jruby' require_relative 'psych_jars' if JRuby::Util.respond_to?(:load_ext) JRuby::Util.load_ext('org.jruby.ext.psych.PsychLibrary') else require 'java'; require 'jruby' org.jruby.ext.psych.PsychLibrary.new.load(JRuby.runtime, false) end else require 'psych.so' end require_relative 'psych/nodes' require_relative 'psych/streaming' require_relative 'psych/visitors' require_relative 'psych/handler' require_relative 'psych/tree_builder' require_relative 'psych/parser' require_relative 'psych/omap' require_relative 'psych/set' require_relative 'psych/coder' require_relative 'psych/core_ext' require_relative 'psych/stream' require_relative 'psych/json/tree_builder' require_relative 'psych/json/stream' require_relative 'psych/handlers/document_stream' require_relative 'psych/class_loader' ### # = Overview # # Psych is a YAML parser and emitter. # Psych leverages libyaml [Home page: https://pyyaml.org/wiki/LibYAML] # or [git repo: https://github.com/yaml/libyaml] for its YAML parsing # and emitting capabilities. In addition to wrapping libyaml, Psych also # knows how to serialize and de-serialize most Ruby objects to and from # the YAML format. # # = I NEED TO PARSE OR EMIT YAML RIGHT NOW! # # # Parse some YAML # Psych.load("--- foo") # => "foo" # # # Emit some YAML # Psych.dump("foo") # => "--- foo\n...\n" # { :a => 'b'}.to_yaml # => "---\n:a: b\n" # # Got more time on your hands? Keep on reading! # # == YAML Parsing # # Psych provides a range of interfaces for parsing a YAML document ranging from # low level to high level, depending on your parsing needs. At the lowest # level, is an event based parser. Mid level is access to the raw YAML AST, # and at the highest level is the ability to unmarshal YAML to Ruby objects. # # == YAML Emitting # # Psych provides a range of interfaces ranging from low to high level for # producing YAML documents. Very similar to the YAML parsing interfaces, Psych # provides at the lowest level, an event based system, mid-level is building # a YAML AST, and the highest level is converting a Ruby object straight to # a YAML document. # # == High-level API # # === Parsing # # The high level YAML parser provided by Psych simply takes YAML as input and # returns a Ruby data structure. For information on using the high level parser # see Psych.load # # ==== Reading from a string # # Psych.safe_load("--- a") # => 'a' # Psych.safe_load("---\n - a\n - b") # => ['a', 'b'] # # From a trusted string: # Psych.load("--- !ruby/range\nbegin: 0\nend: 42\nexcl: false\n") # => 0..42 # # ==== Reading from a file # # Psych.safe_load_file("data.yml", permitted_classes: [Date]) # Psych.load_file("trusted_database.yml") # # ==== \Exception handling # # begin # # The second argument changes only the exception contents # Psych.parse("--- `", "file.txt") # rescue Psych::SyntaxError => ex # ex.file # => 'file.txt' # ex.message # => "(file.txt): found character that cannot start any token" # end # # === Emitting # # The high level emitter has the easiest interface. Psych simply takes a Ruby # data structure and converts it to a YAML document. See Psych.dump for more # information on dumping a Ruby data structure. # # ==== Writing to a string # # # Dump an array, get back a YAML string # Psych.dump(['a', 'b']) # => "---\n- a\n- b\n" # # # Dump an array to an IO object # Psych.dump(['a', 'b'], StringIO.new) # => #<StringIO:0x000001009d0890> # # # Dump an array with indentation set # Psych.dump(['a', ['b']], :indentation => 3) # => "---\n- a\n- - b\n" # # # Dump an array to an IO with indentation set # Psych.dump(['a', ['b']], StringIO.new, :indentation => 3) # # ==== Writing to a file # # Currently there is no direct API for dumping Ruby structure to file: # # File.open('database.yml', 'w') do |file| # file.write(Psych.dump(['a', 'b'])) # end # # == Mid-level API # # === Parsing # # Psych provides access to an AST produced from parsing a YAML document. This # tree is built using the Psych::Parser and Psych::TreeBuilder. The AST can # be examined and manipulated freely. Please see Psych::parse_stream, # Psych::Nodes, and Psych::Nodes::Node for more information on dealing with # YAML syntax trees. # # ==== Reading from a string # # # Returns Psych::Nodes::Stream # Psych.parse_stream("---\n - a\n - b") # # # Returns Psych::Nodes::Document # Psych.parse("---\n - a\n - b") # # ==== Reading from a file # # # Returns Psych::Nodes::Stream # Psych.parse_stream(File.read('database.yml')) # # # Returns Psych::Nodes::Document # Psych.parse_file('database.yml') # # ==== \Exception handling # # begin # # The second argument changes only the exception contents # Psych.parse("--- `", "file.txt") # rescue Psych::SyntaxError => ex # ex.file # => 'file.txt' # ex.message # => "(file.txt): found character that cannot start any token" # end # # === Emitting # # At the mid level is building an AST. This AST is exactly the same as the AST # used when parsing a YAML document. Users can build an AST by hand and the # AST knows how to emit itself as a YAML document. See Psych::Nodes, # Psych::Nodes::Node, and Psych::TreeBuilder for more information on building # a YAML AST. # # ==== Writing to a string # # # We need Psych::Nodes::Stream (not Psych::Nodes::Document) # stream = Psych.parse_stream("---\n - a\n - b") # # stream.to_yaml # => "---\n- a\n- b\n" # # ==== Writing to a file # # # We need Psych::Nodes::Stream (not Psych::Nodes::Document) # stream = Psych.parse_stream(File.read('database.yml')) # # File.open('database.yml', 'w') do |file| # file.write(stream.to_yaml) # end # # == Low-level API # # === Parsing # # The lowest level parser should be used when the YAML input is already known, # and the developer does not want to pay the price of building an AST or # automatic detection and conversion to Ruby objects. See Psych::Parser for # more information on using the event based parser. # # ==== Reading to Psych::Nodes::Stream structure # # parser = Psych::Parser.new(TreeBuilder.new) # => #<Psych::Parser> # parser = Psych.parser # it's an alias for the above # # parser.parse("---\n - a\n - b") # => #<Psych::Parser> # parser.handler # => #<Psych::TreeBuilder> # parser.handler.root # => #<Psych::Nodes::Stream> # # ==== Receiving an events stream # # recorder = Psych::Handlers::Recorder.new # parser = Psych::Parser.new(recorder) # # parser.parse("---\n - a\n - b") # recorder.events # => [list of [event, args] lists] # # event is one of: Psych::Handler::EVENTS # # args are the arguments passed to the event # # === Emitting # # The lowest level emitter is an event based system. Events are sent to a # Psych::Emitter object. That object knows how to convert the events to a YAML # document. This interface should be used when document format is known in # advance or speed is a concern. See Psych::Emitter for more information. # # ==== Writing to a Ruby structure # # Psych.parser.parse("--- a") # => #<Psych::Parser> # # parser.handler.first # => #<Psych::Nodes::Stream> # parser.handler.first.to_ruby # => ["a"] # # parser.handler.root.first # => #<Psych::Nodes::Document> # parser.handler.root.first.to_ruby # => "a" # # # You can instantiate an Emitter manually # Psych::Visitors::ToRuby.new.accept(parser.handler.root.first) # # => "a" module Psych # The version of libyaml Psych is using LIBYAML_VERSION = Psych.libyaml_version.join('.').freeze ### # Load +yaml+ in to a Ruby data structure. If multiple documents are # provided, the object contained in the first document will be returned. # +filename+ will be used in the exception message if any exception # is raised while parsing. If +yaml+ is empty, it returns # the specified +fallback+ return value, which defaults to +false+. # # Raises a Psych::SyntaxError when a YAML syntax error is detected. # # Example: # # Psych.unsafe_load("--- a") # => 'a' # Psych.unsafe_load("---\n - a\n - b") # => ['a', 'b'] # # begin # Psych.unsafe_load("--- `", filename: "file.txt") # rescue Psych::SyntaxError => ex # ex.file # => 'file.txt' # ex.message # => "(file.txt): found character that cannot start any token" # end # # When the optional +symbolize_names+ keyword argument is set to a # true value, returns symbols for keys in Hash objects (default: strings). # # Psych.unsafe_load("---\n foo: bar") # => {"foo"=>"bar"} # Psych.unsafe_load("---\n foo: bar", symbolize_names: true) # => {:foo=>"bar"} # # Raises a TypeError when `yaml` parameter is NilClass # # NOTE: This method *should not* be used to parse untrusted documents, such as # YAML documents that are supplied via user input. Instead, please use the # load method or the safe_load method. # def self.unsafe_load yaml, filename: nil, fallback: false, symbolize_names: false, freeze: false, strict_integer: false result = parse(yaml, filename: filename) return fallback unless result result.to_ruby(symbolize_names: symbolize_names, freeze: freeze, strict_integer: strict_integer) end ### # Safely load the yaml string in +yaml+. By default, only the following # classes are allowed to be deserialized: # # * TrueClass # * FalseClass # * NilClass # * Integer # * Float # * String # * Array # * Hash # # Recursive data structures are not allowed by default. Arbitrary classes # can be allowed by adding those classes to the +permitted_classes+ keyword argument. They are # additive. For example, to allow Date deserialization: # # Psych.safe_load(yaml, permitted_classes: [Date]) # # Now the Date class can be loaded in addition to the classes listed above. # # Aliases can be explicitly allowed by changing the +aliases+ keyword argument. # For example: # # x = [] # x << x # yaml = Psych.dump x # Psych.safe_load yaml # => raises an exception # Psych.safe_load yaml, aliases: true # => loads the aliases # # A Psych::DisallowedClass exception will be raised if the yaml contains a # class that isn't in the +permitted_classes+ list. # # A Psych::AliasesNotEnabled exception will be raised if the yaml contains aliases # but the +aliases+ keyword argument is set to false. # # +filename+ will be used in the exception message if any exception is raised # while parsing. # # When the optional +symbolize_names+ keyword argument is set to a # true value, returns symbols for keys in Hash objects (default: strings). # # Psych.safe_load("---\n foo: bar") # => {"foo"=>"bar"} # Psych.safe_load("---\n foo: bar", symbolize_names: true) # => {:foo=>"bar"} # def self.safe_load yaml, permitted_classes: [], permitted_symbols: [], aliases: false, filename: nil, fallback: nil, symbolize_names: false, freeze: false, strict_integer: false result = parse(yaml, filename: filename) return fallback unless result class_loader = ClassLoader::Restricted.new(permitted_classes.map(&:to_s), permitted_symbols.map(&:to_s)) scanner = ScalarScanner.new class_loader, strict_integer: strict_integer visitor = if aliases Visitors::ToRuby.new scanner, class_loader, symbolize_names: symbolize_names, freeze: freeze else Visitors::NoAliasRuby.new scanner, class_loader, symbolize_names: symbolize_names, freeze: freeze end result = visitor.accept result result end ### # Load +yaml+ in to a Ruby data structure. If multiple documents are # provided, the object contained in the first document will be returned. # +filename+ will be used in the exception message if any exception # is raised while parsing. If +yaml+ is empty, it returns # the specified +fallback+ return value, which defaults to +nil+. # # Raises a Psych::SyntaxError when a YAML syntax error is detected. # # Example: # # Psych.load("--- a") # => 'a' # Psych.load("---\n - a\n - b") # => ['a', 'b'] # # begin # Psych.load("--- `", filename: "file.txt") # rescue Psych::SyntaxError => ex # ex.file # => 'file.txt' # ex.message # => "(file.txt): found character that cannot start any token" # end # # When the optional +symbolize_names+ keyword argument is set to a # true value, returns symbols for keys in Hash objects (default: strings). # # Psych.load("---\n foo: bar") # => {"foo"=>"bar"} # Psych.load("---\n foo: bar", symbolize_names: true) # => {:foo=>"bar"} # # Raises a TypeError when `yaml` parameter is NilClass. This method is # similar to `safe_load` except that `Symbol` objects are allowed by default. # def self.load yaml, permitted_classes: [Symbol], permitted_symbols: [], aliases: false, filename: nil, fallback: nil, symbolize_names: false, freeze: false, strict_integer: false safe_load yaml, permitted_classes: permitted_classes, permitted_symbols: permitted_symbols, aliases: aliases, filename: filename, fallback: fallback, symbolize_names: symbolize_names, freeze: freeze, strict_integer: strict_integer end ### # Parse a YAML string in +yaml+. Returns the Psych::Nodes::Document. # +filename+ is used in the exception message if a Psych::SyntaxError is # raised. # # Raises a Psych::SyntaxError when a YAML syntax error is detected. # # Example: # # Psych.parse("---\n - a\n - b") # => #<Psych::Nodes::Document:0x00> # # begin # Psych.parse("--- `", filename: "file.txt") # rescue Psych::SyntaxError => ex # ex.file # => 'file.txt' # ex.message # => "(file.txt): found character that cannot start any token" # end # # See Psych::Nodes for more information about YAML AST. def self.parse yaml, filename: nil parse_stream(yaml, filename: filename) do |node| return node end false end ### # Parse a file at +filename+. Returns the Psych::Nodes::Document. # # Raises a Psych::SyntaxError when a YAML syntax error is detected. def self.parse_file filename, fallback: false result = File.open filename, 'r:bom|utf-8' do |f| parse f, filename: filename end result || fallback end ### # Returns a default parser def self.parser Psych::Parser.new(TreeBuilder.new) end ### # Parse a YAML string in +yaml+. Returns the Psych::Nodes::Stream. # This method can handle multiple YAML documents contained in +yaml+. # +filename+ is used in the exception message if a Psych::SyntaxError is # raised. # # If a block is given, a Psych::Nodes::Document node will be yielded to the # block as it's being parsed. # # Raises a Psych::SyntaxError when a YAML syntax error is detected. # # Example: # # Psych.parse_stream("---\n - a\n - b") # => #<Psych::Nodes::Stream:0x00> # # Psych.parse_stream("--- a\n--- b") do |node| # node # => #<Psych::Nodes::Document:0x00> # end # # begin # Psych.parse_stream("--- `", filename: "file.txt") # rescue Psych::SyntaxError => ex # ex.file # => 'file.txt' # ex.message # => "(file.txt): found character that cannot start any token" # end # # Raises a TypeError when NilClass is passed. # # See Psych::Nodes for more information about YAML AST. def self.parse_stream yaml, filename: nil, &block if block_given? parser = Psych::Parser.new(Handlers::DocumentStream.new(&block)) parser.parse yaml, filename else parser = self.parser parser.parse yaml, filename parser.handler.root end end ### # call-seq: # Psych.dump(o) -> string of yaml # Psych.dump(o, options) -> string of yaml # Psych.dump(o, io) -> io object passed in # Psych.dump(o, io, options) -> io object passed in # # Dump Ruby object +o+ to a YAML string. Optional +options+ may be passed in # to control the output format. If an IO object is passed in, the YAML will # be dumped to that IO object. # # Currently supported options are: # # [<tt>:indentation</tt>] Number of space characters used to indent. # Acceptable value should be in <tt>0..9</tt> range, # otherwise option is ignored. # # Default: <tt>2</tt>. # [<tt>:line_width</tt>] Max character to wrap line at. # For unlimited line width use <tt>-1</tt>. # # Default: <tt>0</tt> (meaning "wrap at 81"). # [<tt>:canonical</tt>] Write "canonical" YAML form (very verbose, yet # strictly formal). # # Default: <tt>false</tt>. # [<tt>:header</tt>] Write <tt>%YAML [version]</tt> at the beginning of document. # # Default: <tt>false</tt>. # # [<tt>:stringify_names</tt>] Dump symbol keys in Hash objects as string. # # Default: <tt>false</tt>. # # Example: # # # Dump an array, get back a YAML string # Psych.dump(['a', 'b']) # => "---\n- a\n- b\n" # # # Dump an array to an IO object # Psych.dump(['a', 'b'], StringIO.new) # => #<StringIO:0x000001009d0890> # # # Dump an array with indentation set # Psych.dump(['a', ['b']], indentation: 3) # => "---\n- a\n- - b\n" # # # Dump an array to an IO with indentation set # Psych.dump(['a', ['b']], StringIO.new, indentation: 3) # # # Dump hash with symbol keys as string # Psych.dump({a: "b"}, stringify_names: true) # => "---\na: b\n" def self.dump o, io = nil, options = {} if Hash === io options = io io = nil end visitor = Psych::Visitors::YAMLTree.create options visitor << o visitor.tree.yaml io, options end ### # call-seq: # Psych.safe_dump(o) -> string of yaml # Psych.safe_dump(o, options) -> string of yaml # Psych.safe_dump(o, io) -> io object passed in # Psych.safe_dump(o, io, options) -> io object passed in # # Safely dump Ruby object +o+ to a YAML string. Optional +options+ may be passed in # to control the output format. If an IO object is passed in, the YAML will # be dumped to that IO object. By default, only the following # classes are allowed to be serialized: # # * TrueClass # * FalseClass # * NilClass # * Integer # * Float # * String # * Array # * Hash # # Arbitrary classes can be allowed by adding those classes to the +permitted_classes+ # keyword argument. They are additive. For example, to allow Date serialization: # # Psych.safe_dump(yaml, permitted_classes: [Date]) # # Now the Date class can be dumped in addition to the classes listed above. # # A Psych::DisallowedClass exception will be raised if the object contains a # class that isn't in the +permitted_classes+ list. # # Currently supported options are: # # [<tt>:indentation</tt>] Number of space characters used to indent. # Acceptable value should be in <tt>0..9</tt> range, # otherwise option is ignored. # # Default: <tt>2</tt>. # [<tt>:line_width</tt>] Max character to wrap line at. # For unlimited line width use <tt>-1</tt>. # # Default: <tt>0</tt> (meaning "wrap at 81"). # [<tt>:canonical</tt>] Write "canonical" YAML form (very verbose, yet # strictly formal). # # Default: <tt>false</tt>. # [<tt>:header</tt>] Write <tt>%YAML [version]</tt> at the beginning of document. # # Default: <tt>false</tt>. # # [<tt>:stringify_names</tt>] Dump symbol keys in Hash objects as string. # # Default: <tt>false</tt>. # # Example: # # # Dump an array, get back a YAML string # Psych.safe_dump(['a', 'b']) # => "---\n- a\n- b\n" # # # Dump an array to an IO object # Psych.safe_dump(['a', 'b'], StringIO.new) # => #<StringIO:0x000001009d0890> # # # Dump an array with indentation set # Psych.safe_dump(['a', ['b']], indentation: 3) # => "---\n- a\n- - b\n" # # # Dump an array to an IO with indentation set # Psych.safe_dump(['a', ['b']], StringIO.new, indentation: 3) # # # Dump hash with symbol keys as string # Psych.dump({a: "b"}, stringify_names: true) # => "---\na: b\n" def self.safe_dump o, io = nil, options = {} if Hash === io options = io io = nil end visitor = Psych::Visitors::RestrictedYAMLTree.create options visitor << o visitor.tree.yaml io, options end ### # Dump a list of objects as separate documents to a document stream. # # Example: # # Psych.dump_stream("foo\n ", {}) # => "--- ! \"foo\\n \"\n--- {}\n" def self.dump_stream *objects visitor = Psych::Visitors::YAMLTree.create({}) objects.each do |o| visitor << o end visitor.tree.yaml end ### # Dump Ruby +object+ to a JSON string. def self.to_json object visitor = Psych::Visitors::JSONTree.create visitor << object visitor.tree.yaml end ### # Load multiple documents given in +yaml+. Returns the parsed documents # as a list. If a block is given, each document will be converted to Ruby # and passed to the block during parsing # # Example: # # Psych.load_stream("--- foo\n...\n--- bar\n...") # => ['foo', 'bar'] # # list = [] # Psych.load_stream("--- foo\n...\n--- bar\n...") do |ruby| # list << ruby # end # list # => ['foo', 'bar'] # def self.load_stream yaml, filename: nil, fallback: [], **kwargs result = if block_given? parse_stream(yaml, filename: filename) do |node| yield node.to_ruby(**kwargs) end else parse_stream(yaml, filename: filename).children.map { |node| node.to_ruby(**kwargs) } end return fallback if result.is_a?(Array) && result.empty? result end ### # Load the document contained in +filename+. Returns the yaml contained in # +filename+ as a Ruby object, or if the file is empty, it returns # the specified +fallback+ return value, which defaults to +false+. # # NOTE: This method *should not* be used to parse untrusted documents, such as # YAML documents that are supplied via user input. Instead, please use the # safe_load_file method. def self.unsafe_load_file filename, **kwargs File.open(filename, 'r:bom|utf-8') { |f| self.unsafe_load f, filename: filename, **kwargs } end ### # Safely loads the document contained in +filename+. Returns the yaml contained in # +filename+ as a Ruby object, or if the file is empty, it returns # the specified +fallback+ return value, which defaults to +nil+. # See safe_load for options. def self.safe_load_file filename, **kwargs File.open(filename, 'r:bom|utf-8') { |f| self.safe_load f, filename: filename, **kwargs } end ### # Loads the document contained in +filename+. Returns the yaml contained in # +filename+ as a Ruby object, or if the file is empty, it returns # the specified +fallback+ return value, which defaults to +nil+. # See load for options. def self.load_file filename, **kwargs File.open(filename, 'r:bom|utf-8') { |f| self.load f, filename: filename, **kwargs } end # :stopdoc: def self.add_domain_type domain, type_tag, &block key = ['tag', domain, type_tag].join ':' domain_types[key] = [key, block] domain_types["tag:#{type_tag}"] = [key, block] end def self.add_builtin_type type_tag, &block domain = 'yaml.org,2002' key = ['tag', domain, type_tag].join ':' domain_types[key] = [key, block] end def self.remove_type type_tag domain_types.delete type_tag end def self.add_tag tag, klass load_tags[tag] = klass.name dump_tags[klass] = tag end class << self if defined?(Ractor) class Config attr_accessor :load_tags, :dump_tags, :domain_types def initialize @load_tags = {} @dump_tags = {} @domain_types = {} end end def config Ractor.current[:PsychConfig] ||= Config.new end def load_tags config.load_tags end def dump_tags config.dump_tags end def domain_types config.domain_types end def load_tags=(value) config.load_tags = value end def dump_tags=(value) config.dump_tags = value end def domain_types=(value) config.domain_types = value end else attr_accessor :load_tags attr_accessor :dump_tags attr_accessor :domain_types end end self.load_tags = {} self.dump_tags = {} self.domain_types = {} # :startdoc: end PK )J [��'K� � * share/gems/gems/psych-5.2.2/lib/psych/y.rbnu �[��� # frozen_string_literal: true module Kernel ### # An alias for Psych.dump_stream meant to be used with IRB. def y *objects puts Psych.dump_stream(*objects) end private :y end PK )J [Ե�� � 2 share/gems/gems/psych-5.2.2/lib/psych/exception.rbnu �[��� # frozen_string_literal: true module Psych class Exception < RuntimeError end class BadAlias < Exception end # Subclasses `BadAlias` for backwards compatibility class AliasesNotEnabled < BadAlias def initialize super "Alias parsing was not enabled. To enable it, pass `aliases: true` to `Psych::load` or `Psych::safe_load`." end end # Subclasses `BadAlias` for backwards compatibility class AnchorNotDefined < BadAlias def initialize anchor_name super "An alias referenced an unknown anchor: #{anchor_name}" end end class DisallowedClass < Exception def initialize action, klass_name super "Tried to #{action} unspecified class: #{klass_name}" end end end PK )J [E� � � 7 share/gems/gems/psych-5.2.2/lib/psych/scalar_scanner.rbnu �[��� # frozen_string_literal: true module Psych ### # Scan scalars for built in types class ScalarScanner # Taken from http://yaml.org/type/timestamp.html TIME = /^-?\d{4}-\d{1,2}-\d{1,2}(?:[Tt]|\s+)\d{1,2}:\d\d:\d\d(?:\.\d*)?(?:\s*(?:Z|[-+]\d{1,2}:?(?:\d\d)?))?$/ # Taken from http://yaml.org/type/float.html # Base 60, [-+]inf and NaN are handled separately FLOAT = /^(?:[-+]?([0-9][0-9_,]*)?\.[0-9]*([eE][-+][0-9]+)?(?# base 10))$/x # Taken from http://yaml.org/type/int.html and modified to ensure at least one numerical symbol exists INTEGER_STRICT = /^(?:[-+]?0b[_]*[0-1][0-1_]* (?# base 2) |[-+]?0[_]*[0-7][0-7_]* (?# base 8) |[-+]?(0|[1-9][0-9_]*) (?# base 10) |[-+]?0x[_]*[0-9a-fA-F][0-9a-fA-F_]* (?# base 16))$/x # Same as above, but allows commas. # Not to YML spec, but kept for backwards compatibility INTEGER_LEGACY = /^(?:[-+]?0b[_,]*[0-1][0-1_,]* (?# base 2) |[-+]?0[_,]*[0-7][0-7_,]* (?# base 8) |[-+]?(?:0|[1-9](?:[0-9]|,[0-9]|_[0-9])*) (?# base 10) |[-+]?0x[_,]*[0-9a-fA-F][0-9a-fA-F_,]* (?# base 16))$/x attr_reader :class_loader # Create a new scanner def initialize class_loader, strict_integer: false @symbol_cache = {} @class_loader = class_loader @strict_integer = strict_integer end # Tokenize +string+ returning the Ruby object def tokenize string return nil if string.empty? return @symbol_cache[string] if @symbol_cache.key?(string) integer_regex = @strict_integer ? INTEGER_STRICT : INTEGER_LEGACY # Check for a String type, being careful not to get caught by hash keys, hex values, and # special floats (e.g., -.inf). if string.match?(%r{^[^\d.:-]?[[:alpha:]_\s!@#$%\^&*(){}<>|/\\~;=]+}) || string.match?(/\n/) return string if string.length > 5 if string.match?(/^[^ytonf~]/i) string elsif string == '~' || string.match?(/^null$/i) nil elsif string.match?(/^(yes|true|on)$/i) true elsif string.match?(/^(no|false|off)$/i) false else string end elsif string.match?(TIME) begin parse_time string rescue ArgumentError string end elsif string.match?(/^\d{4}-(?:1[012]|0\d|\d)-(?:[12]\d|3[01]|0\d|\d)$/) begin class_loader.date.strptime(string, '%F', Date::GREGORIAN) rescue ArgumentError string end elsif string.match?(/^\+?\.inf$/i) Float::INFINITY elsif string.match?(/^-\.inf$/i) -Float::INFINITY elsif string.match?(/^\.nan$/i) Float::NAN elsif string.match?(/^:./) if string =~ /^:(["'])(.*)\1/ @symbol_cache[string] = class_loader.symbolize($2.sub(/^:/, '')) else @symbol_cache[string] = class_loader.symbolize(string.sub(/^:/, '')) end elsif string.match?(/^[-+]?[0-9][0-9_]*(:[0-5]?[0-9]){1,2}$/) i = 0 string.split(':').each_with_index do |n,e| i += (n.to_i * 60 ** (e - 2).abs) end i elsif string.match?(/^[-+]?[0-9][0-9_]*(:[0-5]?[0-9]){1,2}\.[0-9_]*$/) i = 0 string.split(':').each_with_index do |n,e| i += (n.to_f * 60 ** (e - 2).abs) end i elsif string.match?(FLOAT) if string.match?(/\A[-+]?\.\Z/) string else Float(string.delete(',_').gsub(/\.([Ee]|$)/, '\1')) end elsif string.match?(integer_regex) parse_int string else string end end ### # Parse and return an int from +string+ def parse_int string Integer(string.delete(',_')) end ### # Parse and return a Time from +string+ def parse_time string klass = class_loader.load 'Time' date, time = *(string.split(/[ tT]/, 2)) (yy, m, dd) = date.match(/^(-?\d{4})-(\d{1,2})-(\d{1,2})/).captures.map { |x| x.to_i } md = time.match(/(\d+:\d+:\d+)(?:\.(\d*))?\s*(Z|[-+]\d+(:\d\d)?)?/) (hh, mm, ss) = md[1].split(':').map { |x| x.to_i } us = (md[2] ? Rational("0.#{md[2]}") : 0) * 1000000 time = klass.utc(yy, m, dd, hh, mm, ss, us) return time if 'Z' == md[3] return klass.at(time.to_i, us) unless md[3] tz = md[3].match(/^([+\-]?\d{1,2})\:?(\d{1,2})?$/)[1..-1].compact.map { |digit| Integer(digit, 10) } offset = tz.first * 3600 if offset < 0 offset -= ((tz[1] || 0) * 60) else offset += ((tz[1] || 0) * 60) end klass.new(yy, m, dd, hh, mm, ss+us/(1_000_000r), offset) end end end PK )J [u�>2 2 . share/gems/gems/psych-5.2.2/lib/psych/coder.rbnu �[��� # frozen_string_literal: true module Psych ### # If an object defines +encode_with+, then an instance of Psych::Coder will # be passed to the method when the object is being serialized. The Coder # automatically assumes a Psych::Nodes::Mapping is being emitted. Other # objects like Sequence and Scalar may be emitted if +seq=+ or +scalar=+ are # called, respectively. class Coder attr_accessor :tag, :style, :implicit, :object attr_reader :type, :seq def initialize tag @map = {} @seq = [] @implicit = false @type = :map @tag = tag @style = Psych::Nodes::Mapping::BLOCK @scalar = nil @object = nil end def scalar *args if args.length > 0 warn "#{caller[0]}: Coder#scalar(a,b,c) is deprecated" if $VERBOSE @tag, @scalar, _ = args @type = :scalar end @scalar end # Emit a map. The coder will be yielded to the block. def map tag = @tag, style = @style @tag = tag @style = style yield self if block_given? @map end # Emit a scalar with +value+ and +tag+ def represent_scalar tag, value self.tag = tag self.scalar = value end # Emit a sequence with +list+ and +tag+ def represent_seq tag, list @tag = tag self.seq = list end # Emit a sequence with +map+ and +tag+ def represent_map tag, map @tag = tag self.map = map end # Emit an arbitrary object +obj+ and +tag+ def represent_object tag, obj @tag = tag @type = :object @object = obj end # Emit a scalar with +value+ def scalar= value @type = :scalar @scalar = value end # Emit a map with +value+ def map= map @type = :map @map = map end def []= k, v @type = :map @map[k] = v end alias :add :[]= def [] k @type = :map @map[k] end # Emit a sequence of +list+ def seq= list @type = :seq @seq = list end end end PK )J [��,� � 0 share/gems/gems/psych-5.2.2/lib/psych/handler.rbnu �[��� # frozen_string_literal: true module Psych ### # Psych::Handler is an abstract base class that defines the events used # when dealing with Psych::Parser. Clients who want to use Psych::Parser # should implement a class that inherits from Psych::Handler and define # events that they can handle. # # Psych::Handler defines all events that Psych::Parser can possibly send to # event handlers. # # See Psych::Parser for more details class Handler ### # Configuration options for dumping YAML. class DumperOptions attr_accessor :line_width, :indentation, :canonical def initialize @line_width = 0 @indentation = 2 @canonical = false end end # Default dumping options OPTIONS = DumperOptions.new # Events that a Handler should respond to. EVENTS = [ :alias, :empty, :end_document, :end_mapping, :end_sequence, :end_stream, :scalar, :start_document, :start_mapping, :start_sequence, :start_stream ] ### # Called with +encoding+ when the YAML stream starts. This method is # called once per stream. A stream may contain multiple documents. # # See the constants in Psych::Parser for the possible values of +encoding+. def start_stream encoding end ### # Called when the document starts with the declared +version+, # +tag_directives+, if the document is +implicit+. # # +version+ will be an array of integers indicating the YAML version being # dealt with, +tag_directives+ is a list of tuples indicating the prefix # and suffix of each tag, and +implicit+ is a boolean indicating whether # the document is started implicitly. # # === Example # # Given the following YAML: # # %YAML 1.1 # %TAG ! tag:tenderlovemaking.com,2009: # --- !squee # # The parameters for start_document must be this: # # version # => [1, 1] # tag_directives # => [["!", "tag:tenderlovemaking.com,2009:"]] # implicit # => false def start_document version, tag_directives, implicit end ### # Called with the document ends. +implicit+ is a boolean value indicating # whether or not the document has an implicit ending. # # === Example # # Given the following YAML: # # --- # hello world # # +implicit+ will be true. Given this YAML: # # --- # hello world # ... # # +implicit+ will be false. def end_document implicit end ### # Called when an alias is found to +anchor+. +anchor+ will be the name # of the anchor found. # # === Example # # Here we have an example of an array that references itself in YAML: # # --- &ponies # - first element # - *ponies # # &ponies is the anchor, *ponies is the alias. In this case, alias is # called with "ponies". def alias anchor end ### # Called when a scalar +value+ is found. The scalar may have an # +anchor+, a +tag+, be implicitly +plain+ or implicitly +quoted+ # # +value+ is the string value of the scalar # +anchor+ is an associated anchor or nil # +tag+ is an associated tag or nil # +plain+ is a boolean value # +quoted+ is a boolean value # +style+ is an integer indicating the string style # # See the constants in Psych::Nodes::Scalar for the possible values of # +style+ # # === Example # # Here is a YAML document that exercises most of the possible ways this # method can be called: # # --- # - !str "foo" # - &anchor fun # - many # lines # - | # many # newlines # # The above YAML document contains a list with four strings. Here are # the parameters sent to this method in the same order: # # # value anchor tag plain quoted style # ["foo", nil, "!str", false, false, 3 ] # ["fun", "anchor", nil, true, false, 1 ] # ["many lines", nil, nil, true, false, 1 ] # ["many\nnewlines\n", nil, nil, false, true, 4 ] # def scalar value, anchor, tag, plain, quoted, style end ### # Called when a sequence is started. # # +anchor+ is the anchor associated with the sequence or nil. # +tag+ is the tag associated with the sequence or nil. # +implicit+ a boolean indicating whether or not the sequence was implicitly # started. # +style+ is an integer indicating the list style. # # See the constants in Psych::Nodes::Sequence for the possible values of # +style+. # # === Example # # Here is a YAML document that exercises most of the possible ways this # method can be called: # # --- # - !!seq [ # a # ] # - &pewpew # - b # # The above YAML document consists of three lists, an outer list that # contains two inner lists. Here is a matrix of the parameters sent # to represent these lists: # # # anchor tag implicit style # [nil, nil, true, 1 ] # [nil, "tag:yaml.org,2002:seq", false, 2 ] # ["pewpew", nil, true, 1 ] def start_sequence anchor, tag, implicit, style end ### # Called when a sequence ends. def end_sequence end ### # Called when a map starts. # # +anchor+ is the anchor associated with the map or +nil+. # +tag+ is the tag associated with the map or +nil+. # +implicit+ is a boolean indicating whether or not the map was implicitly # started. # +style+ is an integer indicating the mapping style. # # See the constants in Psych::Nodes::Mapping for the possible values of # +style+. # # === Example # # Here is a YAML document that exercises most of the possible ways this # method can be called: # # --- # k: !!map { hello: world } # v: &pewpew # hello: world # # The above YAML document consists of three maps, an outer map that contains # two inner maps. Below is a matrix of the parameters sent in order to # represent these three maps: # # # anchor tag implicit style # [nil, nil, true, 1 ] # [nil, "tag:yaml.org,2002:map", false, 2 ] # ["pewpew", nil, true, 1 ] def start_mapping anchor, tag, implicit, style end ### # Called when a map ends def end_mapping end ### # Called when an empty event happens. (Which, as far as I can tell, is # never). def empty end ### # Called when the YAML stream ends def end_stream end ### # Called before each event with line/column information. def event_location(start_line, start_column, end_line, end_column) end ### # Is this handler a streaming handler? def streaming? false end end end PK )J [O�xf / share/gems/gems/psych-5.2.2/lib/psych/parser.rbnu �[��� # frozen_string_literal: true module Psych ### # YAML event parser class. This class parses a YAML document and calls # events on the handler that is passed to the constructor. The events can # be used for things such as constructing a YAML AST or deserializing YAML # documents. It can even be fed back to Psych::Emitter to emit the same # document that was parsed. # # See Psych::Handler for documentation on the events that Psych::Parser emits. # # Here is an example that prints out ever scalar found in a YAML document: # # # Handler for detecting scalar values # class ScalarHandler < Psych::Handler # def scalar value, anchor, tag, plain, quoted, style # puts value # end # end # # parser = Psych::Parser.new(ScalarHandler.new) # parser.parse(yaml_document) # # Here is an example that feeds the parser back in to Psych::Emitter. The # YAML document is read from STDIN and written back out to STDERR: # # parser = Psych::Parser.new(Psych::Emitter.new($stderr)) # parser.parse($stdin) # # Psych uses Psych::Parser in combination with Psych::TreeBuilder to # construct an AST of the parsed YAML document. class Parser class Mark < Struct.new(:index, :line, :column) end # The handler on which events will be called attr_accessor :handler # Set the encoding for this parser to +encoding+ attr_writer :external_encoding ### # Creates a new Psych::Parser instance with +handler+. YAML events will # be called on +handler+. See Psych::Parser for more details. def initialize handler = Handler.new @handler = handler @external_encoding = ANY end ### # call-seq: # parser.parse(yaml) # # Parse the YAML document contained in +yaml+. Events will be called on # the handler set on the parser instance. # # See Psych::Parser and Psych::Parser#handler def parse yaml, path = yaml.respond_to?(:path) ? yaml.path : "<unknown>" _native_parse @handler, yaml, path end end end PK )J [��R:� � 1 share/gems/gems/psych-5.2.2/lib/psych/visitors.rbnu �[��� # frozen_string_literal: true require_relative 'visitors/visitor' require_relative 'visitors/to_ruby' require_relative 'visitors/emitter' require_relative 'visitors/yaml_tree' require_relative 'visitors/json_tree' require_relative 'visitors/depth_first' PK )J [�y2K� � 2 share/gems/gems/psych-5.2.2/lib/psych/streaming.rbnu �[��� # frozen_string_literal: true module Psych module Streaming module ClassMethods ### # Create a new streaming emitter. Emitter will print to +io+. See # Psych::Stream for an example. def new io emitter = const_get(:Emitter).new(io) class_loader = ClassLoader.new ss = ScalarScanner.new class_loader super(emitter, ss, {}) end end ### # Start streaming using +encoding+ def start encoding = Nodes::Stream::UTF8 super.tap { yield self if block_given? } ensure finish if block_given? end private def register target, obj end end end PK )J [r �� � / share/gems/gems/psych-5.2.2/lib/psych/stream.rbnu �[��� # frozen_string_literal: true module Psych ### # Psych::Stream is a streaming YAML emitter. It will not buffer your YAML, # but send it straight to an IO. # # Here is an example use: # # stream = Psych::Stream.new($stdout) # stream.start # stream.push({:foo => 'bar'}) # stream.finish # # YAML will be immediately emitted to $stdout with no buffering. # # Psych::Stream#start will take a block and ensure that Psych::Stream#finish # is called, so you can do this form: # # stream = Psych::Stream.new($stdout) # stream.start do |em| # em.push(:foo => 'bar') # end # class Stream < Psych::Visitors::YAMLTree class Emitter < Psych::Emitter # :nodoc: def end_document implicit_end = !streaming? super end def streaming? true end end include Psych::Streaming extend Psych::Streaming::ClassMethods end end PK )J [�L 5 share/gems/gems/psych-5.2.2/lib/psych/tree_builder.rbnu �[��� # frozen_string_literal: true require_relative 'handler' module Psych ### # This class works in conjunction with Psych::Parser to build an in-memory # parse tree that represents a YAML document. # # == Example # # parser = Psych::Parser.new Psych::TreeBuilder.new # parser.parse('--- foo') # tree = parser.handler.root # # See Psych::Handler for documentation on the event methods used in this # class. class TreeBuilder < Psych::Handler # Returns the root node for the built tree attr_reader :root # Create a new TreeBuilder instance def initialize @stack = [] @last = nil @root = nil @start_line = nil @start_column = nil @end_line = nil @end_column = nil end def event_location(start_line, start_column, end_line, end_column) @start_line = start_line @start_column = start_column @end_line = end_line @end_column = end_column end %w{ Sequence Mapping }.each do |node| class_eval <<~RUBY, __FILE__, __LINE__ + 1 def start_#{node.downcase}(anchor, tag, implicit, style) n = Nodes::#{node}.new(anchor, tag, implicit, style) set_start_location(n) @last.children << n push n end def end_#{node.downcase} n = pop set_end_location(n) n end RUBY end ### # Handles start_document events with +version+, +tag_directives+, # and +implicit+ styling. # # See Psych::Handler#start_document def start_document version, tag_directives, implicit n = Nodes::Document.new version, tag_directives, implicit set_start_location(n) @last.children << n push n end ### # Handles end_document events with +version+, +tag_directives+, # and +implicit+ styling. # # See Psych::Handler#start_document def end_document implicit_end = !streaming? @last.implicit_end = implicit_end n = pop set_end_location(n) n end def start_stream encoding @root = Nodes::Stream.new(encoding) set_start_location(@root) push @root end def end_stream n = pop set_end_location(n) n end def scalar value, anchor, tag, plain, quoted, style s = Nodes::Scalar.new(value,anchor,tag,plain,quoted,style) set_location(s) @last.children << s s end def alias anchor a = Nodes::Alias.new(anchor) set_location(a) @last.children << a a end private def push value @stack.push value @last = value end def pop x = @stack.pop @last = @stack.last x end def set_location(node) set_start_location(node) set_end_location(node) end def set_start_location(node) node.start_line = @start_line node.start_column = @start_column end def set_end_location(node) node.end_line = @end_line node.end_column = @end_column end end end PK )J [.�^{ { : share/gems/gems/psych-5.2.2/lib/psych/handlers/recorder.rbnu �[��� # frozen_string_literal: true require_relative '../handler' module Psych module Handlers ### # This handler will capture an event and record the event. Recorder events # are available vial Psych::Handlers::Recorder#events. # # For example: # # recorder = Psych::Handlers::Recorder.new # parser = Psych::Parser.new recorder # parser.parse '--- foo' # # recorder.events # => [list of events] # # # Replay the events # # emitter = Psych::Emitter.new $stdout # recorder.events.each do |m, args| # emitter.send m, *args # end class Recorder < Psych::Handler attr_reader :events def initialize @events = [] super end EVENTS.each do |event| define_method event do |*args| @events << [event, args] end end end end end PK )J [:� A share/gems/gems/psych-5.2.2/lib/psych/handlers/document_stream.rbnu �[��� # frozen_string_literal: true require_relative '../tree_builder' module Psych module Handlers class DocumentStream < Psych::TreeBuilder # :nodoc: def initialize &block super @block = block end def start_document version, tag_directives, implicit n = Nodes::Document.new version, tag_directives, implicit push n end def end_document implicit_end = !streaming? @last.implicit_end = implicit_end @block.call pop end end end end PK )J [H��L L 5 share/gems/gems/psych-5.2.2/lib/psych/syntax_error.rbnu �[��� # frozen_string_literal: true require_relative 'exception' module Psych class SyntaxError < Psych::Exception attr_reader :file, :line, :column, :offset, :problem, :context def initialize file, line, col, offset, problem, context err = [problem, context].compact.join ' ' filename = file || '<unknown>' message = "(%s): %s at line %d column %d" % [filename, err, line, col] @file = file @line = line @column = col @offset = offset @problem = problem @context = context super(message) end end end PK )J [�� � � 1 share/gems/gems/psych-5.2.2/lib/psych/versions.rbnu �[��� # frozen_string_literal: true module Psych # The version of Psych you are using VERSION = '5.2.2' if RUBY_ENGINE == 'jruby' DEFAULT_SNAKEYAML_VERSION = '2.7'.freeze end end PK )J [/ �� � . share/gems/gems/psych-5.2.2/lib/psych/nodes.rbnu �[��� # frozen_string_literal: true require_relative 'nodes/node' require_relative 'nodes/stream' require_relative 'nodes/document' require_relative 'nodes/sequence' require_relative 'nodes/scalar' require_relative 'nodes/mapping' require_relative 'nodes/alias' module Psych ### # = Overview # # When using Psych.load to deserialize a YAML document, the document is # translated to an intermediary AST. That intermediary AST is then # translated in to a Ruby object graph. # # In the opposite direction, when using Psych.dump, the Ruby object graph is # translated to an intermediary AST which is then converted to a YAML # document. # # Psych::Nodes contains all of the classes that make up the nodes of a YAML # AST. You can manually build an AST and use one of the visitors (see # Psych::Visitors) to convert that AST to either a YAML document or to a # Ruby object graph. # # Here is an example of building an AST that represents a list with one # scalar: # # # Create our nodes # stream = Psych::Nodes::Stream.new # doc = Psych::Nodes::Document.new # seq = Psych::Nodes::Sequence.new # scalar = Psych::Nodes::Scalar.new('foo') # # # Build up our tree # stream.children << doc # doc.children << seq # seq.children << scalar # # The stream is the root of the tree. We can then convert the tree to YAML: # # stream.to_yaml => "---\n- foo\n" # # Or convert it to Ruby: # # stream.to_ruby => [["foo"]] # # == YAML AST Requirements # # A valid YAML AST *must* have one Psych::Nodes::Stream at the root. A # Psych::Nodes::Stream node must have 1 or more Psych::Nodes::Document nodes # as children. # # Psych::Nodes::Document nodes must have one and *only* one child. That child # may be one of: # # * Psych::Nodes::Sequence # * Psych::Nodes::Mapping # * Psych::Nodes::Scalar # # Psych::Nodes::Sequence and Psych::Nodes::Mapping nodes may have many # children, but Psych::Nodes::Mapping nodes should have an even number of # children. # # All of these are valid children for Psych::Nodes::Sequence and # Psych::Nodes::Mapping nodes: # # * Psych::Nodes::Sequence # * Psych::Nodes::Mapping # * Psych::Nodes::Scalar # * Psych::Nodes::Alias # # Psych::Nodes::Scalar and Psych::Nodes::Alias are both terminal nodes and # should not have any children. module Nodes end end PK )J [���� � 9 share/gems/gems/psych-5.2.2/lib/psych/json/ruby_events.rbnu �[��� # frozen_string_literal: true module Psych module JSON module RubyEvents # :nodoc: def visit_Time o formatted = format_time o @emitter.scalar formatted, nil, nil, false, true, Nodes::Scalar::DOUBLE_QUOTED end def visit_DateTime o visit_Time o.to_time end def visit_String o @emitter.scalar o.to_s, nil, nil, false, true, Nodes::Scalar::DOUBLE_QUOTED end alias :visit_Symbol :visit_String end end end PK )J [�� 9 share/gems/gems/psych-5.2.2/lib/psych/json/yaml_events.rbnu �[��� # frozen_string_literal: true module Psych module JSON module YAMLEvents # :nodoc: def start_document version, tag_directives, implicit super(version, tag_directives, !streaming?) end def end_document implicit_end = !streaming? super(implicit_end) end def start_mapping anchor, tag, implicit, style super(anchor, nil, true, Nodes::Mapping::FLOW) end def start_sequence anchor, tag, implicit, style super(anchor, nil, true, Nodes::Sequence::FLOW) end def scalar value, anchor, tag, plain, quoted, style if "tag:yaml.org,2002:null" == tag super('null', nil, nil, true, false, Nodes::Scalar::PLAIN) else super end end end end end PK )J [��:�� � 4 share/gems/gems/psych-5.2.2/lib/psych/json/stream.rbnu �[��� # frozen_string_literal: true require_relative 'ruby_events' require_relative 'yaml_events' module Psych module JSON class Stream < Psych::Visitors::JSONTree include Psych::JSON::RubyEvents include Psych::Streaming extend Psych::Streaming::ClassMethods class Emitter < Psych::Stream::Emitter # :nodoc: include Psych::JSON::YAMLEvents end end end end PK )J [�Хc c : share/gems/gems/psych-5.2.2/lib/psych/json/tree_builder.rbnu �[��� # frozen_string_literal: true require_relative 'yaml_events' module Psych module JSON ### # Psych::JSON::TreeBuilder is an event based AST builder. Events are sent # to an instance of Psych::JSON::TreeBuilder and a JSON AST is constructed. class TreeBuilder < Psych::TreeBuilder include Psych::JSON::YAMLEvents end end end PK )J [*J J , share/gems/gems/psych-5.2.2/lib/psych/set.rbnu �[��� # frozen_string_literal: true module Psych class Set < ::Hash end end PK )J [���K K - share/gems/gems/psych-5.2.2/lib/psych/omap.rbnu �[��� # frozen_string_literal: true module Psych class Omap < ::Hash end end PK )J [�m�� 5 share/gems/gems/psych-5.2.2/lib/psych/class_loader.rbnu �[��� # frozen_string_literal: true require_relative 'omap' require_relative 'set' module Psych class ClassLoader # :nodoc: BIG_DECIMAL = 'BigDecimal' COMPLEX = 'Complex' DATE = 'Date' DATE_TIME = 'DateTime' EXCEPTION = 'Exception' OBJECT = 'Object' PSYCH_OMAP = 'Psych::Omap' PSYCH_SET = 'Psych::Set' RANGE = 'Range' RATIONAL = 'Rational' REGEXP = 'Regexp' STRUCT = 'Struct' SYMBOL = 'Symbol' def initialize @cache = CACHE.dup end def load klassname return nil if !klassname || klassname.empty? find klassname end def symbolize sym symbol sym.to_sym end constants.each do |const| konst = const_get const class_eval <<~RUBY, __FILE__, __LINE__ + 1 def #{const.to_s.downcase} load #{konst.inspect} end RUBY end private def find klassname @cache[klassname] ||= resolve(klassname) end def resolve klassname name = klassname retried = false begin path2class(name) rescue ArgumentError, NameError => ex unless retried name = "Struct::#{name}" retried = ex retry end raise retried end end CACHE = Hash[constants.map { |const| val = const_get const begin [val, ::Object.const_get(val)] rescue nil end }.compact].freeze class Restricted < ClassLoader def initialize classes, symbols @classes = classes @symbols = symbols super() end def symbolize sym return super if @symbols.empty? if @symbols.include? sym super else raise DisallowedClass.new('load', 'Symbol') end end private def find klassname if @classes.include? klassname super else raise DisallowedClass.new('load', klassname) end end end end end PK )J [�믍! ! 7 share/gems/gems/psych-5.2.2/lib/psych/nodes/sequence.rbnu �[��� # frozen_string_literal: true module Psych module Nodes ### # This class represents a # {YAML sequence}[http://yaml.org/spec/1.1/#sequence/syntax]. # # A YAML sequence is basically a list, and looks like this: # # %YAML 1.1 # --- # - I am # - a Sequence # # A YAML sequence may have an anchor like this: # # %YAML 1.1 # --- # &A [ # "This sequence", # "has an anchor" # ] # # A YAML sequence may also have a tag like this: # # %YAML 1.1 # --- # !!seq [ # "This sequence", # "has a tag" # ] # # This class represents a sequence in a YAML document. A # Psych::Nodes::Sequence node may have 0 or more children. Valid children # for this node are: # # * Psych::Nodes::Sequence # * Psych::Nodes::Mapping # * Psych::Nodes::Scalar # * Psych::Nodes::Alias class Sequence < Psych::Nodes::Node # Any Styles, emitter chooses ANY = 0 # Block style sequence BLOCK = 1 # Flow style sequence FLOW = 2 # The anchor for this sequence (if any) attr_accessor :anchor # The tag name for this sequence (if any) attr_accessor :tag # Is this sequence started implicitly? attr_accessor :implicit # The sequence style used attr_accessor :style ### # Create a new object representing a YAML sequence. # # +anchor+ is the anchor associated with the sequence or nil. # +tag+ is the tag associated with the sequence or nil. # +implicit+ a boolean indicating whether or not the sequence was # implicitly started. # +style+ is an integer indicating the list style. # # See Psych::Handler#start_sequence def initialize anchor = nil, tag = nil, implicit = true, style = BLOCK super() @anchor = anchor @tag = tag @implicit = implicit @style = style end def sequence?; true; end end end end PK )J [)��) ) 6 share/gems/gems/psych-5.2.2/lib/psych/nodes/mapping.rbnu �[��� # frozen_string_literal: true module Psych module Nodes ### # This class represents a {YAML Mapping}[http://yaml.org/spec/1.1/#mapping]. # # A Psych::Nodes::Mapping node may have 0 or more children, but must have # an even number of children. Here are the valid children a # Psych::Nodes::Mapping node may have: # # * Psych::Nodes::Sequence # * Psych::Nodes::Mapping # * Psych::Nodes::Scalar # * Psych::Nodes::Alias class Mapping < Psych::Nodes::Node # Any Map Style ANY = 0 # Block Map Style BLOCK = 1 # Flow Map Style FLOW = 2 # The optional anchor for this mapping attr_accessor :anchor # The optional tag for this mapping attr_accessor :tag # Is this an implicit mapping? attr_accessor :implicit # The style of this mapping attr_accessor :style ### # Create a new Psych::Nodes::Mapping object. # # +anchor+ is the anchor associated with the map or +nil+. # +tag+ is the tag associated with the map or +nil+. # +implicit+ is a boolean indicating whether or not the map was implicitly # started. # +style+ is an integer indicating the mapping style. # # == See Also # See also Psych::Handler#start_mapping def initialize anchor = nil, tag = nil, implicit = true, style = BLOCK super() @anchor = anchor @tag = tag @implicit = implicit @style = style end def mapping?; true; end end end end PK )J [�ɉ 4 share/gems/gems/psych-5.2.2/lib/psych/nodes/alias.rbnu �[��� # frozen_string_literal: true module Psych module Nodes ### # This class represents a {YAML Alias}[http://yaml.org/spec/1.1/#alias]. # It points to an +anchor+. # # A Psych::Nodes::Alias is a terminal node and may have no children. class Alias < Psych::Nodes::Node # The anchor this alias links to attr_accessor :anchor # Create a new Alias that points to an +anchor+ def initialize anchor @anchor = anchor end def alias?; true; end end end end PK )J [Ϧ[ 5 share/gems/gems/psych-5.2.2/lib/psych/nodes/stream.rbnu �[��� # frozen_string_literal: true module Psych module Nodes ### # Represents a YAML stream. This is the root node for any YAML parse # tree. This node must have one or more child nodes. The only valid # child node for a Psych::Nodes::Stream node is Psych::Nodes::Document. class Stream < Psych::Nodes::Node # Encodings supported by Psych (and libyaml) # Any encoding ANY = Psych::Parser::ANY # UTF-8 encoding UTF8 = Psych::Parser::UTF8 # UTF-16LE encoding UTF16LE = Psych::Parser::UTF16LE # UTF-16BE encoding UTF16BE = Psych::Parser::UTF16BE # The encoding used for this stream attr_accessor :encoding ### # Create a new Psych::Nodes::Stream node with an +encoding+ that # defaults to Psych::Nodes::Stream::UTF8. # # See also Psych::Handler#start_stream def initialize encoding = UTF8 super() @encoding = encoding end def stream?; true; end end end end PK )J [��A A 7 share/gems/gems/psych-5.2.2/lib/psych/nodes/document.rbnu �[��� # frozen_string_literal: true module Psych module Nodes ### # This represents a YAML Document. This node must be a child of # Psych::Nodes::Stream. A Psych::Nodes::Document must have one child, # and that child may be one of the following: # # * Psych::Nodes::Sequence # * Psych::Nodes::Mapping # * Psych::Nodes::Scalar class Document < Psych::Nodes::Node # The version of the YAML document attr_accessor :version # A list of tag directives for this document attr_accessor :tag_directives # Was this document implicitly created? attr_accessor :implicit # Is the end of the document implicit? attr_accessor :implicit_end ### # Create a new Psych::Nodes::Document object. # # +version+ is a list indicating the YAML version. # +tags_directives+ is a list of tag directive declarations # +implicit+ is a flag indicating whether the document will be implicitly # started. # # == Example: # This creates a YAML document object that represents a YAML 1.1 document # with one tag directive, and has an implicit start: # # Psych::Nodes::Document.new( # [1,1], # [["!", "tag:tenderlovemaking.com,2009:"]], # true # ) # # == See Also # See also Psych::Handler#start_document def initialize version = [], tag_directives = [], implicit = false super() @version = version @tag_directives = tag_directives @implicit = implicit @implicit_end = true end ### # Returns the root node. A Document may only have one root node: # http://yaml.org/spec/1.1/#id898031 def root children.first end def document?; true; end end end end PK )J [���� � 5 share/gems/gems/psych-5.2.2/lib/psych/nodes/scalar.rbnu �[��� # frozen_string_literal: true module Psych module Nodes ### # This class represents a {YAML Scalar}[http://yaml.org/spec/1.1/#id858081]. # # This node type is a terminal node and should not have any children. class Scalar < Psych::Nodes::Node # Any style scalar, the emitter chooses ANY = 0 # Plain scalar style PLAIN = 1 # Single quoted style SINGLE_QUOTED = 2 # Double quoted style DOUBLE_QUOTED = 3 # Literal style LITERAL = 4 # Folded style FOLDED = 5 # The scalar value attr_accessor :value # The anchor value (if there is one) attr_accessor :anchor # The tag value (if there is one) attr_accessor :tag # Is this a plain scalar? attr_accessor :plain # Is this scalar quoted? attr_accessor :quoted # The style of this scalar attr_accessor :style ### # Create a new Psych::Nodes::Scalar object. # # +value+ is the string value of the scalar # +anchor+ is an associated anchor or nil # +tag+ is an associated tag or nil # +plain+ is a boolean value # +quoted+ is a boolean value # +style+ is an integer indicating the string style # # == See Also # # See also Psych::Handler#scalar def initialize value, anchor = nil, tag = nil, plain = true, quoted = false, style = ANY @value = value @anchor = anchor @tag = tag @plain = plain @quoted = quoted @style = style end def scalar?; true; end end end end PK )J [���J� � 3 share/gems/gems/psych-5.2.2/lib/psych/nodes/node.rbnu �[��� # frozen_string_literal: true require_relative '../class_loader' require_relative '../scalar_scanner' module Psych module Nodes ### # The base class for any Node in a YAML parse tree. This class should # never be instantiated. class Node include Enumerable # The children of this node attr_reader :children # An associated tag attr_reader :tag # The line number where this node start attr_accessor :start_line # The column number where this node start attr_accessor :start_column # The line number where this node ends attr_accessor :end_line # The column number where this node ends attr_accessor :end_column # Create a new Psych::Nodes::Node def initialize @children = [] end ### # Iterate over each node in the tree. Yields each node to +block+ depth # first. def each &block return enum_for :each unless block_given? Visitors::DepthFirst.new(block).accept self end ### # Convert this node to Ruby. # # See also Psych::Visitors::ToRuby def to_ruby(symbolize_names: false, freeze: false, strict_integer: false) Visitors::ToRuby.create(symbolize_names: symbolize_names, freeze: freeze, strict_integer: strict_integer).accept(self) end alias :transform :to_ruby ### # Convert this node to YAML. # # See also Psych::Visitors::Emitter def yaml io = nil, options = {} require "stringio" real_io = io || StringIO.new(''.encode('utf-8')) Visitors::Emitter.new(real_io, options).accept self return real_io.string unless io io end alias :to_yaml :yaml def alias?; false; end def document?; false; end def mapping?; false; end def scalar?; false; end def sequence?; false; end def stream?; false; end end end end PK )J [���Z� � 9 share/gems/gems/psych-5.2.2/lib/psych/visitors/emitter.rbnu �[��� # frozen_string_literal: true module Psych module Visitors class Emitter < Psych::Visitors::Visitor def initialize io, options = {} opts = [:indentation, :canonical, :line_width].find_all { |opt| options.key?(opt) } if opts.empty? @handler = Psych::Emitter.new io else du = Handler::DumperOptions.new opts.each { |option| du.send :"#{option}=", options[option] } @handler = Psych::Emitter.new io, du end end def visit_Psych_Nodes_Stream o @handler.start_stream o.encoding o.children.each { |c| accept c } @handler.end_stream end def visit_Psych_Nodes_Document o @handler.start_document o.version, o.tag_directives, o.implicit o.children.each { |c| accept c } @handler.end_document o.implicit_end end def visit_Psych_Nodes_Scalar o @handler.scalar o.value, o.anchor, o.tag, o.plain, o.quoted, o.style end def visit_Psych_Nodes_Sequence o @handler.start_sequence o.anchor, o.tag, o.implicit, o.style o.children.each { |c| accept c } @handler.end_sequence end def visit_Psych_Nodes_Mapping o @handler.start_mapping o.anchor, o.tag, o.implicit, o.style o.children.each { |c| accept c } @handler.end_mapping end def visit_Psych_Nodes_Alias o @handler.alias o.anchor end end end end PK )J [R��(r r = share/gems/gems/psych-5.2.2/lib/psych/visitors/depth_first.rbnu �[��� # frozen_string_literal: true module Psych module Visitors class DepthFirst < Psych::Visitors::Visitor def initialize block @block = block end private def nary o o.children.each { |x| visit x } @block.call o end alias :visit_Psych_Nodes_Stream :nary alias :visit_Psych_Nodes_Document :nary alias :visit_Psych_Nodes_Sequence :nary alias :visit_Psych_Nodes_Mapping :nary def terminal o @block.call o end alias :visit_Psych_Nodes_Scalar :terminal alias :visit_Psych_Nodes_Alias :terminal end end end PK )J [��{>Q Q ; share/gems/gems/psych-5.2.2/lib/psych/visitors/json_tree.rbnu �[��� # frozen_string_literal: true require_relative '../json/ruby_events' module Psych module Visitors class JSONTree < YAMLTree include Psych::JSON::RubyEvents def self.create options = {} emitter = Psych::JSON::TreeBuilder.new class_loader = ClassLoader.new ss = ScalarScanner.new class_loader new(emitter, ss, options) end def accept target if target.respond_to?(:encode_with) dump_coder target else send(@dispatch_cache[target.class], target) end end end end end PK )J [��LA LA ; share/gems/gems/psych-5.2.2/lib/psych/visitors/yaml_tree.rbnu �[��� # frozen_string_literal: true require_relative '../tree_builder' require_relative '../scalar_scanner' require_relative '../class_loader' module Psych module Visitors ### # YAMLTree builds a YAML ast given a Ruby object. For example: # # builder = Psych::Visitors::YAMLTree.new # builder << { :foo => 'bar' } # builder.tree # => #<Psych::Nodes::Stream .. } # class YAMLTree < Psych::Visitors::Visitor class Registrar # :nodoc: def initialize @obj_to_id = {}.compare_by_identity @obj_to_node = {}.compare_by_identity @counter = 0 end def register target, node @obj_to_node[target] = node end def key? target @obj_to_node.key? target end def id_for target @obj_to_id[target] ||= (@counter += 1) end def node_for target @obj_to_node[target] end end attr_reader :started, :finished alias :finished? :finished alias :started? :started def self.create options = {}, emitter = nil emitter ||= TreeBuilder.new class_loader = ClassLoader.new ss = ScalarScanner.new class_loader new(emitter, ss, options) end def initialize emitter, ss, options super() @started = false @finished = false @emitter = emitter @st = Registrar.new @ss = ss @options = options @line_width = options[:line_width] if @line_width && @line_width < 0 if @line_width == -1 # Treat -1 as unlimited line-width, same as libyaml does. @line_width = nil else fail(ArgumentError, "Invalid line_width #{@line_width}, must be non-negative or -1 for unlimited.") end end @stringify_names = options[:stringify_names] @coders = [] @dispatch_cache = Hash.new do |h,klass| method = "visit_#{(klass.name || '').split('::').join('_')}" method = respond_to?(method) ? method : h[klass.superclass] raise(TypeError, "Can't dump #{target.class}") unless method h[klass] = method end.compare_by_identity end def start encoding = Nodes::Stream::UTF8 @emitter.start_stream(encoding).tap do @started = true end end def finish @emitter.end_stream.tap do @finished = true end end def tree finish unless finished? @emitter.root end def push object start unless started? version = [] version = [1,1] if @options[:header] case @options[:version] when Array version = @options[:version] when String version = @options[:version].split('.').map { |x| x.to_i } else version = [1,1] end if @options.key? :version @emitter.start_document version, [], false accept object @emitter.end_document !@emitter.streaming? end alias :<< :push def accept target # return any aliases we find if @st.key? target oid = @st.id_for target node = @st.node_for target anchor = oid.to_s node.anchor = anchor return @emitter.alias anchor end if target.respond_to?(:encode_with) dump_coder target else send(@dispatch_cache[target.class], target) end end def visit_Psych_Omap o seq = @emitter.start_sequence(nil, 'tag:yaml.org,2002:omap', false, Nodes::Sequence::BLOCK) register(o, seq) o.each { |k,v| visit_Hash k => v } @emitter.end_sequence end def visit_Encoding o tag = "!ruby/encoding" @emitter.scalar o.name, nil, tag, false, false, Nodes::Scalar::ANY end def visit_Object o tag = Psych.dump_tags[o.class] unless tag klass = o.class == Object ? nil : o.class.name tag = ['!ruby/object', klass].compact.join(':') end map = @emitter.start_mapping(nil, tag, false, Nodes::Mapping::BLOCK) register(o, map) dump_ivars o @emitter.end_mapping end alias :visit_Delegator :visit_Object def visit_Struct o tag = ['!ruby/struct', o.class.name].compact.join(':') register o, @emitter.start_mapping(nil, tag, false, Nodes::Mapping::BLOCK) o.members.each do |member| @emitter.scalar member.to_s, nil, nil, true, false, Nodes::Scalar::ANY accept o[member] end dump_ivars o @emitter.end_mapping end def visit_Exception o dump_exception o, o.message.to_s end def visit_NameError o dump_exception o, o.message.to_s end def visit_Regexp o register o, @emitter.scalar(o.inspect, nil, '!ruby/regexp', false, false, Nodes::Scalar::ANY) end def visit_Date o register o, visit_Integer(o.gregorian) end def visit_DateTime o t = o.italy formatted = format_time t, t.offset.zero? tag = '!ruby/object:DateTime' register o, @emitter.scalar(formatted, nil, tag, false, false, Nodes::Scalar::ANY) end def visit_Time o formatted = format_time o register o, @emitter.scalar(formatted, nil, nil, true, false, Nodes::Scalar::ANY) end def visit_Rational o register o, @emitter.start_mapping(nil, '!ruby/object:Rational', false, Nodes::Mapping::BLOCK) [ 'denominator', o.denominator.to_s, 'numerator', o.numerator.to_s ].each do |m| @emitter.scalar m, nil, nil, true, false, Nodes::Scalar::ANY end @emitter.end_mapping end def visit_Complex o register o, @emitter.start_mapping(nil, '!ruby/object:Complex', false, Nodes::Mapping::BLOCK) ['real', o.real.to_s, 'image', o.imag.to_s].each do |m| @emitter.scalar m, nil, nil, true, false, Nodes::Scalar::ANY end @emitter.end_mapping end def visit_Integer o @emitter.scalar o.to_s, nil, nil, true, false, Nodes::Scalar::ANY end alias :visit_TrueClass :visit_Integer alias :visit_FalseClass :visit_Integer def visit_Float o if o.nan? @emitter.scalar '.nan', nil, nil, true, false, Nodes::Scalar::ANY elsif o.infinite? @emitter.scalar((o.infinite? > 0 ? '.inf' : '-.inf'), nil, nil, true, false, Nodes::Scalar::ANY) else @emitter.scalar o.to_s, nil, nil, true, false, Nodes::Scalar::ANY end end def visit_BigDecimal o @emitter.scalar o._dump, nil, '!ruby/object:BigDecimal', false, false, Nodes::Scalar::ANY end def visit_String o plain = true quote = true style = Nodes::Scalar::PLAIN tag = nil if binary?(o) o = [o].pack('m0') tag = '!binary' # FIXME: change to below when syck is removed #tag = 'tag:yaml.org,2002:binary' style = Nodes::Scalar::LITERAL plain = false quote = false elsif o.match?(/\n(?!\Z)/) # match \n except blank line at the end of string style = Nodes::Scalar::LITERAL elsif o == '<<' style = Nodes::Scalar::SINGLE_QUOTED tag = 'tag:yaml.org,2002:str' plain = false quote = false elsif o == 'y' || o == 'Y' || o == 'n' || o == 'N' style = Nodes::Scalar::DOUBLE_QUOTED elsif @line_width && o.length > @line_width style = Nodes::Scalar::FOLDED elsif o.match?(/^[^[:word:]][^"]*$/) style = Nodes::Scalar::DOUBLE_QUOTED elsif not String === @ss.tokenize(o) or /\A0[0-7]*[89]/.match?(o) style = Nodes::Scalar::SINGLE_QUOTED end is_primitive = o.class == ::String ivars = is_primitive ? [] : o.instance_variables if ivars.empty? unless is_primitive tag = "!ruby/string:#{o.class}" plain = false quote = false end @emitter.scalar o, nil, tag, plain, quote, style else maptag = '!ruby/string'.dup maptag << ":#{o.class}" unless o.class == ::String register o, @emitter.start_mapping(nil, maptag, false, Nodes::Mapping::BLOCK) @emitter.scalar 'str', nil, nil, true, false, Nodes::Scalar::ANY @emitter.scalar o, nil, tag, plain, quote, style dump_ivars o @emitter.end_mapping end end def visit_Module o raise TypeError, "can't dump anonymous module: #{o}" unless o.name register o, @emitter.scalar(o.name, nil, '!ruby/module', false, false, Nodes::Scalar::SINGLE_QUOTED) end def visit_Class o raise TypeError, "can't dump anonymous class: #{o}" unless o.name register o, @emitter.scalar(o.name, nil, '!ruby/class', false, false, Nodes::Scalar::SINGLE_QUOTED) end def visit_Range o register o, @emitter.start_mapping(nil, '!ruby/range', false, Nodes::Mapping::BLOCK) ['begin', o.begin, 'end', o.end, 'excl', o.exclude_end?].each do |m| accept m end @emitter.end_mapping end def visit_Hash o if o.class == ::Hash register(o, @emitter.start_mapping(nil, nil, true, Psych::Nodes::Mapping::BLOCK)) o.each do |k,v| accept(@stringify_names && Symbol === k ? k.to_s : k) accept v end @emitter.end_mapping else visit_hash_subclass o end end def visit_Psych_Set o register(o, @emitter.start_mapping(nil, '!set', false, Psych::Nodes::Mapping::BLOCK)) o.each do |k,v| accept(@stringify_names && Symbol === k ? k.to_s : k) accept v end @emitter.end_mapping end def visit_Array o if o.class == ::Array visit_Enumerator o else visit_array_subclass o end end def visit_Enumerator o register o, @emitter.start_sequence(nil, nil, true, Nodes::Sequence::BLOCK) o.each { |c| accept c } @emitter.end_sequence end def visit_NilClass o @emitter.scalar('', nil, 'tag:yaml.org,2002:null', true, false, Nodes::Scalar::ANY) end def visit_Symbol o if o.empty? @emitter.scalar "", nil, '!ruby/symbol', false, false, Nodes::Scalar::ANY else @emitter.scalar ":#{o}", nil, nil, true, false, Nodes::Scalar::ANY end end def visit_BasicObject o tag = Psych.dump_tags[o.class] tag ||= "!ruby/marshalable:#{o.class.name}" map = @emitter.start_mapping(nil, tag, false, Nodes::Mapping::BLOCK) register(o, map) o.marshal_dump.each(&method(:accept)) @emitter.end_mapping end private def binary? string string.encoding == Encoding::ASCII_8BIT && !string.ascii_only? end def visit_array_subclass o tag = "!ruby/array:#{o.class}" ivars = o.instance_variables if ivars.empty? node = @emitter.start_sequence(nil, tag, false, Nodes::Sequence::BLOCK) register o, node o.each { |c| accept c } @emitter.end_sequence else node = @emitter.start_mapping(nil, tag, false, Nodes::Sequence::BLOCK) register o, node # Dump the internal list accept 'internal' @emitter.start_sequence(nil, nil, true, Nodes::Sequence::BLOCK) o.each { |c| accept c } @emitter.end_sequence # Dump the ivars accept 'ivars' @emitter.start_mapping(nil, nil, true, Nodes::Sequence::BLOCK) ivars.each do |ivar| accept ivar accept o.instance_variable_get ivar end @emitter.end_mapping @emitter.end_mapping end end def visit_hash_subclass o ivars = o.instance_variables if ivars.any? tag = "!ruby/hash-with-ivars:#{o.class}" node = @emitter.start_mapping(nil, tag, false, Psych::Nodes::Mapping::BLOCK) register(o, node) # Dump the ivars accept 'ivars' @emitter.start_mapping nil, nil, true, Nodes::Mapping::BLOCK o.instance_variables.each do |ivar| accept ivar accept o.instance_variable_get ivar end @emitter.end_mapping # Dump the elements accept 'elements' @emitter.start_mapping nil, nil, true, Nodes::Mapping::BLOCK o.each do |k,v| accept k accept v end @emitter.end_mapping @emitter.end_mapping else tag = "!ruby/hash:#{o.class}" node = @emitter.start_mapping(nil, tag, false, Psych::Nodes::Mapping::BLOCK) register(o, node) o.each do |k,v| accept k accept v end @emitter.end_mapping end end def dump_list o end def dump_exception o, msg tag = ['!ruby/exception', o.class.name].join ':' @emitter.start_mapping nil, tag, false, Nodes::Mapping::BLOCK if msg @emitter.scalar 'message', nil, nil, true, false, Nodes::Scalar::ANY accept msg end @emitter.scalar 'backtrace', nil, nil, true, false, Nodes::Scalar::ANY accept o.backtrace dump_ivars o @emitter.end_mapping end def format_time time, utc = time.utc? if utc time.strftime("%Y-%m-%d %H:%M:%S.%9N Z") else time.strftime("%Y-%m-%d %H:%M:%S.%9N %:z") end end def register target, yaml_obj @st.register target, yaml_obj yaml_obj end def dump_coder o @coders << o tag = Psych.dump_tags[o.class] unless tag klass = o.class == Object ? nil : o.class.name tag = ['!ruby/object', klass].compact.join(':') end c = Psych::Coder.new(tag) o.encode_with(c) emit_coder c, o end def emit_coder c, o case c.type when :scalar @emitter.scalar c.scalar, nil, c.tag, c.tag.nil?, false, c.style when :seq @emitter.start_sequence nil, c.tag, c.tag.nil?, c.style c.seq.each do |thing| accept thing end @emitter.end_sequence when :map register o, @emitter.start_mapping(nil, c.tag, c.implicit, c.style) c.map.each do |k,v| accept k accept v end @emitter.end_mapping when :object accept c.object end end def dump_ivars target target.instance_variables.each do |iv| @emitter.scalar("#{iv.to_s.sub(/^@/, '')}", nil, nil, true, false, Nodes::Scalar::ANY) accept target.instance_variable_get(iv) end end end class RestrictedYAMLTree < YAMLTree DEFAULT_PERMITTED_CLASSES = { TrueClass => true, FalseClass => true, NilClass => true, Integer => true, Float => true, String => true, Array => true, Hash => true, }.compare_by_identity.freeze def initialize emitter, ss, options super @permitted_classes = DEFAULT_PERMITTED_CLASSES.dup Array(options[:permitted_classes]).each do |klass| @permitted_classes[klass] = true end @permitted_symbols = {}.compare_by_identity Array(options[:permitted_symbols]).each do |symbol| @permitted_symbols[symbol] = true end @aliases = options.fetch(:aliases, false) end def accept target if !@aliases && @st.key?(target) raise BadAlias, "Tried to dump an aliased object" end unless Symbol === target || @permitted_classes[target.class] raise DisallowedClass.new('dump', target.class.name || target.class.inspect) end super end def visit_Symbol sym unless @permitted_classes[Symbol] || @permitted_symbols[sym] raise DisallowedClass.new('dump', "Symbol(#{sym.inspect})") end super end end end end PK )J [MA�+� � 9 share/gems/gems/psych-5.2.2/lib/psych/visitors/visitor.rbnu �[��� # frozen_string_literal: true module Psych module Visitors class Visitor def accept target visit target end private # @api private def self.dispatch_cache Hash.new do |hash, klass| hash[klass] = :"visit_#{klass.name.gsub('::', '_')}" end.compare_by_identity end if defined?(Ractor) def dispatch @dispatch_cache ||= (Ractor.current[:Psych_Visitors_Visitor] ||= Visitor.dispatch_cache) end else DISPATCH = dispatch_cache def dispatch DISPATCH end end def visit target send dispatch[target.class], target end end end end PK )J [�MԓT1 T1 9 share/gems/gems/psych-5.2.2/lib/psych/visitors/to_ruby.rbnu �[��� # frozen_string_literal: true require_relative '../scalar_scanner' require_relative '../class_loader' require_relative '../exception' unless defined?(Regexp::NOENCODING) Regexp::NOENCODING = 32 end module Psych module Visitors ### # This class walks a YAML AST, converting each node to Ruby class ToRuby < Psych::Visitors::Visitor def self.create(symbolize_names: false, freeze: false, strict_integer: false) class_loader = ClassLoader.new scanner = ScalarScanner.new class_loader, strict_integer: strict_integer new(scanner, class_loader, symbolize_names: symbolize_names, freeze: freeze) end attr_reader :class_loader def initialize ss, class_loader, symbolize_names: false, freeze: false super() @st = {} @ss = ss @load_tags = Psych.load_tags @domain_types = Psych.domain_types @class_loader = class_loader @symbolize_names = symbolize_names @freeze = freeze end def accept target result = super unless @domain_types.empty? || !target.tag key = target.tag.sub(/^[!\/]*/, '').sub(/(,\d+)\//, '\1:') key = "tag:#{key}" unless key.match?(/^(?:tag:|x-private)/) if @domain_types.key? key value, block = @domain_types[key] result = block.call value, result end end result = deduplicate(result).freeze if @freeze result end def deserialize o if klass = resolve_class(@load_tags[o.tag]) instance = klass.allocate if instance.respond_to?(:init_with) coder = Psych::Coder.new(o.tag) coder.scalar = o.value instance.init_with coder end return instance end return o.value if o.quoted return @ss.tokenize(o.value) unless o.tag case o.tag when '!binary', 'tag:yaml.org,2002:binary' o.value.unpack('m').first when /^!(?:str|ruby\/string)(?::(.*))?$/, 'tag:yaml.org,2002:str' klass = resolve_class($1) if klass klass.allocate.replace o.value else o.value end when '!ruby/object:BigDecimal' require 'bigdecimal' unless defined? BigDecimal class_loader.big_decimal._load o.value when "!ruby/object:DateTime" class_loader.date_time t = @ss.parse_time(o.value) DateTime.civil(*t.to_a[0, 6].reverse, Rational(t.utc_offset, 86400)) + (t.subsec/86400) when '!ruby/encoding' ::Encoding.find o.value when "!ruby/object:Complex" class_loader.complex Complex(o.value) when "!ruby/object:Rational" class_loader.rational Rational(o.value) when "!ruby/class", "!ruby/module" resolve_class o.value when "tag:yaml.org,2002:float", "!float" Float(@ss.tokenize(o.value)) when "!ruby/regexp" klass = class_loader.regexp o.value =~ /^\/(.*)\/([mixn]*)$/m source = $1 options = 0 lang = nil $2&.each_char do |option| case option when 'x' then options |= Regexp::EXTENDED when 'i' then options |= Regexp::IGNORECASE when 'm' then options |= Regexp::MULTILINE when 'n' then options |= Regexp::NOENCODING else lang = option end end klass.new(*[source, options, lang].compact) when "!ruby/range" klass = class_loader.range args = o.value.split(/([.]{2,3})/, 2).map { |s| accept Nodes::Scalar.new(s) } args.push(args.delete_at(1) == '...') klass.new(*args) when /^!ruby\/sym(bol)?:?(.*)?$/ class_loader.symbolize o.value else @ss.tokenize o.value end end private :deserialize def visit_Psych_Nodes_Scalar o register o, deserialize(o) end def visit_Psych_Nodes_Sequence o if klass = resolve_class(@load_tags[o.tag]) instance = klass.allocate if instance.respond_to?(:init_with) coder = Psych::Coder.new(o.tag) coder.seq = o.children.map { |c| accept c } instance.init_with coder end return instance end case o.tag when nil register_empty(o) when '!omap', 'tag:yaml.org,2002:omap' map = register(o, Psych::Omap.new) o.children.each { |a| map[accept(a.children.first)] = accept a.children.last } map when /^!(?:seq|ruby\/array):(.*)$/ klass = resolve_class($1) list = register(o, klass.allocate) o.children.each { |c| list.push accept c } list else register_empty(o) end end def visit_Psych_Nodes_Mapping o if @load_tags[o.tag] return revive(resolve_class(@load_tags[o.tag]), o) end return revive_hash(register(o, {}), o) unless o.tag case o.tag when /^!ruby\/struct:?(.*)?$/ klass = resolve_class($1) if $1 if klass s = register(o, klass.allocate) members = {} struct_members = s.members.map { |x| class_loader.symbolize x } o.children.each_slice(2) do |k,v| member = accept(k) value = accept(v) if struct_members.include?(class_loader.symbolize(member)) s.send("#{member}=", value) else members[member.to_s.sub(/^@/, '')] = value end end init_with(s, members, o) else klass = class_loader.struct members = o.children.map { |c| accept c } h = Hash[*members] s = klass.new(*h.map { |k,v| class_loader.symbolize k }).new(*h.map { |k,v| v }) register(o, s) s end when /^!ruby\/object:?(.*)?$/ name = $1 || 'Object' if name == 'Complex' class_loader.complex h = Hash[*o.children.map { |c| accept c }] register o, Complex(h['real'], h['image']) elsif name == 'Rational' class_loader.rational h = Hash[*o.children.map { |c| accept c }] register o, Rational(h['numerator'], h['denominator']) elsif name == 'Hash' revive_hash(register(o, {}), o) else obj = revive((resolve_class(name) || class_loader.object), o) obj end when /^!(?:str|ruby\/string)(?::(.*))?$/, 'tag:yaml.org,2002:str' klass = resolve_class($1) members = {} string = nil o.children.each_slice(2) do |k,v| key = accept k value = accept v if key == 'str' if klass string = klass.allocate.replace value else string = value end register(o, string) else members[key] = value end end init_with(string, members.map { |k,v| [k.to_s.sub(/^@/, ''),v] }, o) when /^!ruby\/array:(.*)$/ klass = resolve_class($1) list = register(o, klass.allocate) members = Hash[o.children.map { |c| accept c }.each_slice(2).to_a] list.replace members['internal'] members['ivars'].each do |ivar, v| list.instance_variable_set ivar, v end list when '!ruby/range' klass = class_loader.range h = Hash[*o.children.map { |c| accept c }] register o, klass.new(h['begin'], h['end'], h['excl']) when /^!ruby\/exception:?(.*)?$/ h = Hash[*o.children.map { |c| accept c }] e = build_exception((resolve_class($1) || class_loader.exception), h.delete('message')) e.set_backtrace h.delete('backtrace') if h.key? 'backtrace' init_with(e, h, o) when '!set', 'tag:yaml.org,2002:set' set = class_loader.psych_set.new @st[o.anchor] = set if o.anchor o.children.each_slice(2) do |k,v| set[accept(k)] = accept(v) end set when /^!ruby\/hash-with-ivars(?::(.*))?$/ hash = $1 ? resolve_class($1).allocate : {} register o, hash o.children.each_slice(2) do |key, value| case key.value when 'elements' revive_hash hash, value when 'ivars' value.children.each_slice(2) do |k,v| hash.instance_variable_set accept(k), accept(v) end end end hash when /^!map:(.*)$/, /^!ruby\/hash:(.*)$/ revive_hash register(o, resolve_class($1).allocate), o when '!omap', 'tag:yaml.org,2002:omap' map = register(o, class_loader.psych_omap.new) o.children.each_slice(2) do |l,r| map[accept(l)] = accept r end map when /^!ruby\/marshalable:(.*)$/ name = $1 klass = resolve_class(name) obj = register(o, klass.allocate) if obj.respond_to?(:init_with) init_with(obj, revive_hash({}, o), o) elsif obj.respond_to?(:marshal_load) marshal_data = o.children.map(&method(:accept)) obj.marshal_load(marshal_data) obj else raise ArgumentError, "Cannot deserialize #{name}" end else revive_hash(register(o, {}), o) end end def visit_Psych_Nodes_Document o accept o.root end def visit_Psych_Nodes_Stream o o.children.map { |c| accept c } end def visit_Psych_Nodes_Alias o @st.fetch(o.anchor) { raise AnchorNotDefined, o.anchor } end private def register node, object @st[node.anchor] = object if node.anchor object end def register_empty object list = register(object, []) object.children.each { |c| list.push accept c } list end def revive_hash hash, o, tagged= false o.children.each_slice(2) { |k,v| key = accept(k) val = accept(v) if key == '<<' && k.tag != "tag:yaml.org,2002:str" case v when Nodes::Alias, Nodes::Mapping begin hash.merge! val rescue TypeError hash[key] = val end when Nodes::Sequence begin h = {} val.reverse_each do |value| h.merge! value end hash.merge! h rescue TypeError hash[key] = val end else hash[key] = val end else if !tagged && @symbolize_names && key.is_a?(String) key = key.to_sym elsif !@freeze key = deduplicate(key) end hash[key] = val end } hash end if RUBY_VERSION < '2.7' def deduplicate key if key.is_a?(String) # It is important to untaint the string, otherwise it won't # be deduplicated into an fstring, but simply frozen. -(key.untaint) else key end end else def deduplicate key if key.is_a?(String) -key else key end end end def merge_key hash, key, val end def revive klass, node s = register(node, klass.allocate) init_with(s, revive_hash({}, node, true), node) end def init_with o, h, node c = Psych::Coder.new(node.tag) c.map = h if o.respond_to?(:init_with) o.init_with c else h.each { |k,v| o.instance_variable_set(:"@#{k}", v) } end o end # Convert +klassname+ to a Class def resolve_class klassname class_loader.load klassname end end class NoAliasRuby < ToRuby def visit_Psych_Nodes_Alias o raise AliasesNotEnabled end end end end PK )J [g��j j 1 share/gems/gems/psych-5.2.2/lib/psych/core_ext.rbnu �[��� # frozen_string_literal: true class Object def self.yaml_tag url Psych.add_tag(url, self) end ### # call-seq: to_yaml(options = {}) # # Convert an object to YAML. See Psych.dump for more information on the # available +options+. def to_yaml options = {} Psych.dump self, options end end if defined?(::IRB) require_relative 'y' end PK )J [\g� 3 share/gems/gems/csv-3.3.2/doc/csv/arguments/io.rdocnu �[��� * Argument +io+ should be an IO object that is: * Open for reading; on return, the IO object will be closed. * Positioned at the beginning. To position at the end, for appending, use method CSV.generate. For any other positioning, pass a preset \StringIO object instead. PK )J [ K'�tW tW 6 share/gems/gems/csv-3.3.2/doc/csv/recipes/parsing.rdocnu �[��� == Recipes for Parsing \CSV These recipes are specific code examples for specific \CSV parsing tasks. For other recipes, see {Recipes for CSV}[./recipes_rdoc.html]. All code snippets on this page assume that the following has been executed: require 'csv' === Contents - {Source Formats}[#label-Source+Formats] - {Parsing from a String}[#label-Parsing+from+a+String] - {Recipe: Parse from String with Headers}[#label-Recipe-3A+Parse+from+String+with+Headers] - {Recipe: Parse from String Without Headers}[#label-Recipe-3A+Parse+from+String+Without+Headers] - {Parsing from a File}[#label-Parsing+from+a+File] - {Recipe: Parse from File with Headers}[#label-Recipe-3A+Parse+from+File+with+Headers] - {Recipe: Parse from File Without Headers}[#label-Recipe-3A+Parse+from+File+Without+Headers] - {Parsing from an IO Stream}[#label-Parsing+from+an+IO+Stream] - {Recipe: Parse from IO Stream with Headers}[#label-Recipe-3A+Parse+from+IO+Stream+with+Headers] - {Recipe: Parse from IO Stream Without Headers}[#label-Recipe-3A+Parse+from+IO+Stream+Without+Headers] - {RFC 4180 Compliance}[#label-RFC+4180+Compliance] - {Row Separator}[#label-Row+Separator] - {Recipe: Handle Compliant Row Separator}[#label-Recipe-3A+Handle+Compliant+Row+Separator] - {Recipe: Handle Non-Compliant Row Separator}[#label-Recipe-3A+Handle+Non-Compliant+Row+Separator] - {Column Separator}[#label-Column+Separator] - {Recipe: Handle Compliant Column Separator}[#label-Recipe-3A+Handle+Compliant+Column+Separator] - {Recipe: Handle Non-Compliant Column Separator}[#label-Recipe-3A+Handle+Non-Compliant+Column+Separator] - {Quote Character}[#label-Quote+Character] - {Recipe: Handle Compliant Quote Character}[#label-Recipe-3A+Handle+Compliant+Quote+Character] - {Recipe: Handle Non-Compliant Quote Character}[#label-Recipe-3A+Handle+Non-Compliant+Quote+Character] - {Recipe: Allow Liberal Parsing}[#label-Recipe-3A+Allow+Liberal+Parsing] - {Special Handling}[#label-Special+Handling] - {Special Line Handling}[#label-Special+Line+Handling] - {Recipe: Ignore Blank Lines}[#label-Recipe-3A+Ignore+Blank+Lines] - {Recipe: Ignore Selected Lines}[#label-Recipe-3A+Ignore+Selected+Lines] - {Special Field Handling}[#label-Special+Field+Handling] - {Recipe: Strip Fields}[#label-Recipe-3A+Strip+Fields] - {Recipe: Handle Null Fields}[#label-Recipe-3A+Handle+Null+Fields] - {Recipe: Handle Empty Fields}[#label-Recipe-3A+Handle+Empty+Fields] - {Converting Fields}[#label-Converting+Fields] - {Converting Fields to Objects}[#label-Converting+Fields+to+Objects] - {Recipe: Convert Fields to Integers}[#label-Recipe-3A+Convert+Fields+to+Integers] - {Recipe: Convert Fields to Floats}[#label-Recipe-3A+Convert+Fields+to+Floats] - {Recipe: Convert Fields to Numerics}[#label-Recipe-3A+Convert+Fields+to+Numerics] - {Recipe: Convert Fields to Dates}[#label-Recipe-3A+Convert+Fields+to+Dates] - {Recipe: Convert Fields to DateTimes}[#label-Recipe-3A+Convert+Fields+to+DateTimes] - {Recipe: Convert Fields to Times}[#label-Recipe-3A+Convert+Fields+to+Times] - {Recipe: Convert Assorted Fields to Objects}[#label-Recipe-3A+Convert+Assorted+Fields+to+Objects] - {Recipe: Convert Fields to Other Objects}[#label-Recipe-3A+Convert+Fields+to+Other+Objects] - {Recipe: Filter Field Strings}[#label-Recipe-3A+Filter+Field+Strings] - {Recipe: Register Field Converters}[#label-Recipe-3A+Register+Field+Converters] - {Using Multiple Field Converters}[#label-Using+Multiple+Field+Converters] - {Recipe: Specify Multiple Field Converters in Option :converters}[#label-Recipe-3A+Specify+Multiple+Field+Converters+in+Option+-3Aconverters] - {Recipe: Specify Multiple Field Converters in a Custom Converter List}[#label-Recipe-3A+Specify+Multiple+Field+Converters+in+a+Custom+Converter+List] - {Converting Headers}[#label-Converting+Headers] - {Recipe: Convert Headers to Lowercase}[#label-Recipe-3A+Convert+Headers+to+Lowercase] - {Recipe: Convert Headers to Symbols}[#label-Recipe-3A+Convert+Headers+to+Symbols] - {Recipe: Filter Header Strings}[#label-Recipe-3A+Filter+Header+Strings] - {Recipe: Register Header Converters}[#label-Recipe-3A+Register+Header+Converters] - {Using Multiple Header Converters}[#label-Using+Multiple+Header+Converters] - {Recipe: Specify Multiple Header Converters in Option :header_converters}[#label-Recipe-3A+Specify+Multiple+Header+Converters+in+Option+-3Aheader_converters] - {Recipe: Specify Multiple Header Converters in a Custom Header Converter List}[#label-Recipe-3A+Specify+Multiple+Header+Converters+in+a+Custom+Header+Converter+List] - {Diagnostics}[#label-Diagnostics] - {Recipe: Capture Unconverted Fields}[#label-Recipe-3A+Capture+Unconverted+Fields] - {Recipe: Capture Field Info}[#label-Recipe-3A+Capture+Field+Info] === Source Formats You can parse \CSV data from a \String, from a \File (via its path), or from an \IO stream. ==== Parsing from a \String You can parse \CSV data from a \String, with or without headers. ===== Recipe: Parse from \String with Headers Use class method CSV.parse with option +headers+ to read a source \String all at once (may have memory resource implications): string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" CSV.parse(string, headers: true) # => #<CSV::Table mode:col_or_row row_count:4> Use instance method CSV#each with option +headers+ to read a source \String one row at a time: CSV.new(string, headers: true).each do |row| p row end Output: #<CSV::Row "Name":"foo" "Value":"0"> #<CSV::Row "Name":"bar" "Value":"1"> #<CSV::Row "Name":"baz" "Value":"2"> ===== Recipe: Parse from \String Without Headers Use class method CSV.parse without option +headers+ to read a source \String all at once (may have memory resource implications): string = "foo,0\nbar,1\nbaz,2\n" CSV.parse(string) # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Use instance method CSV#each without option +headers+ to read a source \String one row at a time: CSV.new(string).each do |row| p row end Output: ["foo", "0"] ["bar", "1"] ["baz", "2"] ==== Parsing from a \File You can parse \CSV data from a \File, with or without headers. ===== Recipe: Parse from \File with Headers Use class method CSV.read with option +headers+ to read a file all at once: string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, string) CSV.read(path, headers: true) # => #<CSV::Table mode:col_or_row row_count:4> Use class method CSV.foreach with option +headers+ to read one row at a time: CSV.foreach(path, headers: true) do |row| p row end Output: #<CSV::Row "Name":"foo" "Value":"0"> #<CSV::Row "Name":"bar" "Value":"1"> #<CSV::Row "Name":"baz" "Value":"2"> ===== Recipe: Parse from \File Without Headers Use class method CSV.read without option +headers+ to read a file all at once: string = "foo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, string) CSV.read(path) # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Use class method CSV.foreach without option +headers+ to read one row at a time: CSV.foreach(path) do |row| p row end Output: ["foo", "0"] ["bar", "1"] ["baz", "2"] ==== Parsing from an \IO Stream You can parse \CSV data from an \IO stream, with or without headers. ===== Recipe: Parse from \IO Stream with Headers Use class method CSV.parse with option +headers+ to read an \IO stream all at once: string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, string) File.open(path) do |file| CSV.parse(file, headers: true) end # => #<CSV::Table mode:col_or_row row_count:4> Use class method CSV.foreach with option +headers+ to read one row at a time: File.open(path) do |file| CSV.foreach(file, headers: true) do |row| p row end end Output: #<CSV::Row "Name":"foo" "Value":"0"> #<CSV::Row "Name":"bar" "Value":"1"> #<CSV::Row "Name":"baz" "Value":"2"> ===== Recipe: Parse from \IO Stream Without Headers Use class method CSV.parse without option +headers+ to read an \IO stream all at once: string = "foo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, string) File.open(path) do |file| CSV.parse(file) end # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Use class method CSV.foreach without option +headers+ to read one row at a time: File.open(path) do |file| CSV.foreach(file) do |row| p row end end Output: ["foo", "0"] ["bar", "1"] ["baz", "2"] === RFC 4180 Compliance By default, \CSV parses data that is compliant with {RFC 4180}[https://www.rfc-editor.org/rfc/rfc4180] with respect to: - Row separator. - Column separator. - Quote character. ==== Row Separator RFC 4180 specifies the row separator CRLF (Ruby <tt>"\r\n"</tt>). Although the \CSV default row separator is <tt>"\n"</tt>, the parser also by default handles row separator <tt>"\r"</tt> and the RFC-compliant <tt>"\r\n"</tt>. ===== Recipe: Handle Compliant Row Separator For strict compliance, use option +:row_sep+ to specify row separator <tt>"\r\n"</tt>, which allows the compliant row separator: source = "foo,1\r\nbar,1\r\nbaz,2\r\n" CSV.parse(source, row_sep: "\r\n") # => [["foo", "1"], ["bar", "1"], ["baz", "2"]] But rejects other row separators: source = "foo,1\nbar,1\nbaz,2\n" CSV.parse(source, row_sep: "\r\n") # Raised MalformedCSVError source = "foo,1\rbar,1\rbaz,2\r" CSV.parse(source, row_sep: "\r\n") # Raised MalformedCSVError source = "foo,1\n\rbar,1\n\rbaz,2\n\r" CSV.parse(source, row_sep: "\r\n") # Raised MalformedCSVError ===== Recipe: Handle Non-Compliant Row Separator For data with non-compliant row separators, use option +:row_sep+. This example source uses semicolon (<tt>";"</tt>) as its row separator: source = "foo,1;bar,1;baz,2;" CSV.parse(source, row_sep: ';') # => [["foo", "1"], ["bar", "1"], ["baz", "2"]] ==== Column Separator RFC 4180 specifies column separator COMMA (Ruby <tt>","</tt>). ===== Recipe: Handle Compliant Column Separator Because the \CSV default comma separator is ',', you need not specify option +:col_sep+ for compliant data: source = "foo,1\nbar,1\nbaz,2\n" CSV.parse(source) # => [["foo", "1"], ["bar", "1"], ["baz", "2"]] ===== Recipe: Handle Non-Compliant Column Separator For data with non-compliant column separators, use option +:col_sep+. This example source uses TAB (<tt>"\t"</tt>) as its column separator: source = "foo,1\tbar,1\tbaz,2" CSV.parse(source, col_sep: "\t") # => [["foo", "1"], ["bar", "1"], ["baz", "2"]] ==== Quote Character RFC 4180 specifies quote character DQUOTE (Ruby <tt>"\""</tt>). ===== Recipe: Handle Compliant Quote Character Because the \CSV default quote character is <tt>"\""</tt>, you need not specify option +:quote_char+ for compliant data: source = "\"foo\",\"1\"\n\"bar\",\"1\"\n\"baz\",\"2\"\n" CSV.parse(source) # => [["foo", "1"], ["bar", "1"], ["baz", "2"]] ===== Recipe: Handle Non-Compliant Quote Character For data with non-compliant quote characters, use option +:quote_char+. This example source uses SQUOTE (<tt>"'"</tt>) as its quote character: source = "'foo','1'\n'bar','1'\n'baz','2'\n" CSV.parse(source, quote_char: "'") # => [["foo", "1"], ["bar", "1"], ["baz", "2"]] ==== Recipe: Allow Liberal Parsing Use option +:liberal_parsing+ to specify that \CSV should attempt to parse input not conformant with RFC 4180, such as double quotes in unquoted fields: source = 'is,this "three, or four",fields' CSV.parse(source) # Raises MalformedCSVError CSV.parse(source, liberal_parsing: true) # => [["is", "this \"three", " or four\"", "fields"]] === Special Handling You can use parsing options to specify special handling for certain lines and fields. ==== Special Line Handling Use parsing options to specify special handling for blank lines, or for other selected lines. ===== Recipe: Ignore Blank Lines Use option +:skip_blanks+ to ignore blank lines: source = <<-EOT foo,0 bar,1 baz,2 , EOT parsed = CSV.parse(source, skip_blanks: true) parsed # => [["foo", "0"], ["bar", "1"], ["baz", "2"], [nil, nil]] ===== Recipe: Ignore Selected Lines Use option +:skip_lines+ to ignore selected lines. source = <<-EOT # Comment foo,0 bar,1 baz,2 # Another comment EOT parsed = CSV.parse(source, skip_lines: /^#/) parsed # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] ==== Special Field Handling Use parsing options to specify special handling for certain field values. ===== Recipe: Strip Fields Use option +:strip+ to strip parsed field values: CSV.parse_line(' a , b ', strip: true) # => ["a", "b"] ===== Recipe: Handle Null Fields Use option +:nil_value+ to specify a value that will replace each field that is null (no text): CSV.parse_line('a,,b,,c', nil_value: 0) # => ["a", 0, "b", 0, "c"] ===== Recipe: Handle Empty Fields Use option +:empty_value+ to specify a value that will replace each field that is empty (\String of length 0); CSV.parse_line('a,"",b,"",c', empty_value: 'x') # => ["a", "x", "b", "x", "c"] === Converting Fields You can use field converters to change parsed \String fields into other objects, or to otherwise modify the \String fields. ==== Converting Fields to Objects Use field converters to change parsed \String objects into other, more specific, objects. There are built-in field converters for converting to objects of certain classes: - \Float - \Integer - \Date - \DateTime - \Time Other built-in field converters include: - +:numeric+: converts to \Integer and \Float. - +:all+: converts to \DateTime, \Integer, \Float. You can also define field converters to convert to objects of other classes. ===== Recipe: Convert Fields to Integers Convert fields to \Integer objects using built-in converter +:integer+: source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, converters: :integer) parsed.map {|row| row['Value'].class} # => [Integer, Integer, Integer] ===== Recipe: Convert Fields to Floats Convert fields to \Float objects using built-in converter +:float+: source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, converters: :float) parsed.map {|row| row['Value'].class} # => [Float, Float, Float] ===== Recipe: Convert Fields to Numerics Convert fields to \Integer and \Float objects using built-in converter +:numeric+: source = "Name,Value\nfoo,0\nbar,1.1\nbaz,2.2\n" parsed = CSV.parse(source, headers: true, converters: :numeric) parsed.map {|row| row['Value'].class} # => [Integer, Float, Float] ===== Recipe: Convert Fields to Dates Convert fields to \Date objects using built-in converter +:date+: source = "Name,Date\nfoo,2001-02-03\nbar,2001-02-04\nbaz,2001-02-03\n" parsed = CSV.parse(source, headers: true, converters: :date) parsed.map {|row| row['Date'].class} # => [Date, Date, Date] ===== Recipe: Convert Fields to DateTimes Convert fields to \DateTime objects using built-in converter +:date_time+: source = "Name,DateTime\nfoo,2001-02-03\nbar,2001-02-04\nbaz,2020-05-07T14:59:00-05:00\n" parsed = CSV.parse(source, headers: true, converters: :date_time) parsed.map {|row| row['DateTime'].class} # => [DateTime, DateTime, DateTime] ===== Recipe: Convert Fields to Times Convert fields to \Time objects using built-in converter +:time+: source = "Name,Time\nfoo,2001-02-03\nbar,2001-02-04\nbaz,2020-05-07T14:59:00-05:00\n" parsed = CSV.parse(source, headers: true, converters: :time) parsed.map {|row| row['Time'].class} # => [Time, Time, Time] ===== Recipe: Convert Assorted Fields to Objects Convert assorted fields to objects using built-in converter +:all+: source = "Type,Value\nInteger,0\nFloat,1.0\nDateTime,2001-02-04\n" parsed = CSV.parse(source, headers: true, converters: :all) parsed.map {|row| row['Value'].class} # => [Integer, Float, DateTime] ===== Recipe: Convert Fields to Other Objects Define a custom field converter to convert \String fields into other objects. This example defines and uses a custom field converter that converts each column-1 value to a \Rational object: rational_converter = proc do |field, field_context| field_context.index == 1 ? field.to_r : field end source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, converters: rational_converter) parsed.map {|row| row['Value'].class} # => [Rational, Rational, Rational] ==== Recipe: Filter Field Strings Define a custom field converter to modify \String fields. This example defines and uses a custom field converter that strips whitespace from each field value: strip_converter = proc {|field| field.strip } source = "Name,Value\n foo , 0 \n bar , 1 \n baz , 2 \n" parsed = CSV.parse(source, headers: true, converters: strip_converter) parsed['Name'] # => ["foo", "bar", "baz"] parsed['Value'] # => ["0", "1", "2"] ==== Recipe: Register Field Converters Register a custom field converter, assigning it a name; then refer to the converter by its name: rational_converter = proc do |field, field_context| field_context.index == 1 ? field.to_r : field end CSV::Converters[:rational] = rational_converter source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, converters: :rational) parsed['Value'] # => [(0/1), (1/1), (2/1)] ==== Using Multiple Field Converters You can use multiple field converters in either of these ways: - Specify converters in option +:converters+. - Specify converters in a custom converter list. ===== Recipe: Specify Multiple Field Converters in Option +:converters+ Apply multiple field converters by specifying them in option +:converters+: source = "Name,Value\nfoo,0\nbar,1.0\nbaz,2.0\n" parsed = CSV.parse(source, headers: true, converters: [:integer, :float]) parsed['Value'] # => [0, 1.0, 2.0] ===== Recipe: Specify Multiple Field Converters in a Custom Converter List Apply multiple field converters by defining and registering a custom converter list: strip_converter = proc {|field| field.strip } CSV::Converters[:strip] = strip_converter CSV::Converters[:my_converters] = [:integer, :float, :strip] source = "Name,Value\n foo , 0 \n bar , 1.0 \n baz , 2.0 \n" parsed = CSV.parse(source, headers: true, converters: :my_converters) parsed['Name'] # => ["foo", "bar", "baz"] parsed['Value'] # => [0, 1.0, 2.0] === Converting Headers You can use header converters to modify parsed \String headers. Built-in header converters include: - +:symbol+: converts \String header to \Symbol. - +:downcase+: converts \String header to lowercase. You can also define header converters to otherwise modify header \Strings. ==== Recipe: Convert Headers to Lowercase Convert headers to lowercase using built-in converter +:downcase+: source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, header_converters: :downcase) parsed.headers # => ["name", "value"] ==== Recipe: Convert Headers to Symbols Convert headers to downcased Symbols using built-in converter +:symbol+: source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, header_converters: :symbol) parsed.headers # => [:name, :value] parsed.headers.map {|header| header.class} # => [Symbol, Symbol] ==== Recipe: Filter Header Strings Define a custom header converter to modify \String fields. This example defines and uses a custom header converter that capitalizes each header \String: capitalize_converter = proc {|header| header.capitalize } source = "NAME,VALUE\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, header_converters: capitalize_converter) parsed.headers # => ["Name", "Value"] ==== Recipe: Register Header Converters Register a custom header converter, assigning it a name; then refer to the converter by its name: capitalize_converter = proc {|header| header.capitalize } CSV::HeaderConverters[:capitalize] = capitalize_converter source = "NAME,VALUE\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, headers: true, header_converters: :capitalize) parsed.headers # => ["Name", "Value"] ==== Using Multiple Header Converters You can use multiple header converters in either of these ways: - Specify header converters in option +:header_converters+. - Specify header converters in a custom header converter list. ===== Recipe: Specify Multiple Header Converters in Option :header_converters Apply multiple header converters by specifying them in option +:header_converters+: source = "Name,Value\nfoo,0\nbar,1.0\nbaz,2.0\n" parsed = CSV.parse(source, headers: true, header_converters: [:downcase, :symbol]) parsed.headers # => [:name, :value] ===== Recipe: Specify Multiple Header Converters in a Custom Header Converter List Apply multiple header converters by defining and registering a custom header converter list: CSV::HeaderConverters[:my_header_converters] = [:symbol, :downcase] source = "NAME,VALUE\nfoo,0\nbar,1.0\nbaz,2.0\n" parsed = CSV.parse(source, headers: true, header_converters: :my_header_converters) parsed.headers # => [:name, :value] === Diagnostics ==== Recipe: Capture Unconverted Fields To capture unconverted field values, use option +:unconverted_fields+: source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" parsed = CSV.parse(source, converters: :integer, unconverted_fields: true) parsed # => [["Name", "Value"], ["foo", 0], ["bar", 1], ["baz", 2]] parsed.each {|row| p row.unconverted_fields } Output: ["Name", "Value"] ["foo", "0"] ["bar", "1"] ["baz", "2"] ==== Recipe: Capture Field Info To capture field info in a custom converter, accept two block arguments. The first is the field value; the second is a +CSV::FieldInfo+ object: strip_converter = proc {|field, field_info| p field_info; field.strip } source = " foo , 0 \n bar , 1 \n baz , 2 \n" parsed = CSV.parse(source, converters: strip_converter) parsed # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Output: #<struct CSV::FieldInfo index=0, line=1, header=nil> #<struct CSV::FieldInfo index=1, line=1, header=nil> #<struct CSV::FieldInfo index=0, line=2, header=nil> #<struct CSV::FieldInfo index=1, line=2, header=nil> #<struct CSV::FieldInfo index=0, line=3, header=nil> #<struct CSV::FieldInfo index=1, line=3, header=nil> PK )J [{�d��" �" 8 share/gems/gems/csv-3.3.2/doc/csv/recipes/filtering.rdocnu �[��� == Recipes for Filtering \CSV These recipes are specific code examples for specific \CSV filtering tasks. For other recipes, see {Recipes for CSV}[./recipes_rdoc.html]. All code snippets on this page assume that the following has been executed: require 'csv' === Contents - {Source and Output Formats}[#label-Source+and+Output+Formats] - {Filtering String to String}[#label-Filtering+String+to+String] - {Recipe: Filter String to String parsing Headers}[#label-Recipe-3A+Filter+String+to+String+parsing+Headers] - {Recipe: Filter String to String parsing and writing Headers}[#label-Recipe-3A+Filter+String+to+String+parsing+and+writing+Headers] - {Recipe: Filter String to String Without Headers}[#label-Recipe-3A+Filter+String+to+String+Without+Headers] - {Filtering String to IO Stream}[#label-Filtering+String+to+IO+Stream] - {Recipe: Filter String to IO Stream parsing Headers}[#label-Recipe-3A+Filter+String+to+IO+Stream+parsing+Headers] - {Recipe: Filter String to IO Stream parsing and writing Headers}[#label-Recipe-3A+Filter+String+to+IO+Stream+parsing+and+writing+Headers] - {Recipe: Filter String to IO Stream Without Headers}[#label-Recipe-3A+Filter+String+to+IO+Stream+Without+Headers] - {Filtering IO Stream to String}[#label-Filtering+IO+Stream+to+String] - {Recipe: Filter IO Stream to String parsing Headers}[#label-Recipe-3A+Filter+IO+Stream+to+String+parsing+Headers] - {Recipe: Filter IO Stream to String parsing and writing Headers}[#label-Recipe-3A+Filter+IO+Stream+to+String+parsing+and+writing+Headers] - {Recipe: Filter IO Stream to String Without Headers}[#label-Recipe-3A+Filter+IO+Stream+to+String+Without+Headers] - {Filtering IO Stream to IO Stream}[#label-Filtering+IO+Stream+to+IO+Stream] - {Recipe: Filter IO Stream to IO Stream parsing Headers}[#label-Recipe-3A+Filter+IO+Stream+to+IO+Stream+parsing+Headers] - {Recipe: Filter IO Stream to IO Stream parsing and writing Headers}[#label-Recipe-3A+Filter+IO+Stream+to+IO+Stream+parsing+and+writing+Headers] - {Recipe: Filter IO Stream to IO Stream Without Headers}[#label-Recipe-3A+Filter+IO+Stream+to+IO+Stream+Without+Headers] === Source and Output Formats You can use a Unix-style "filter" for \CSV data. The filter reads source \CSV data and writes output \CSV data as modified by the filter. The input and output \CSV data may be any mixture of \Strings and \IO streams. ==== Filtering \String to \String You can filter one \String to another, with or without headers. ===== Recipe: Filter \String to \String parsing Headers Use class method CSV.filter with option +headers+ to filter a \String to another \String: in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" out_string = '' CSV.filter(in_string, out_string, headers: true) do |row| row['Name'] = row['Name'].upcase row['Value'] *= 4 end out_string # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \String to \String parsing and writing Headers Use class method CSV.filter with option +headers+ and +out_write_headers+ to filter a \String to another \String including header row: in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" out_string = '' CSV.filter(in_string, out_string, headers: true, out_write_headers: true) do |row| unless row.is_a?(Array) row['Name'] = row['Name'].upcase row['Value'] *= 4 end end out_string # => "Name,Value\nFOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \String to \String Without Headers Use class method CSV.filter without option +headers+ to filter a \String to another \String: in_string = "foo,0\nbar,1\nbaz,2\n" out_string = '' CSV.filter(in_string, out_string) do |row| row[0] = row[0].upcase row[1] *= 4 end out_string # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ==== Filtering \String to \IO Stream You can filter a \String to an \IO stream, with or without headers. ===== Recipe: Filter \String to \IO Stream parsing Headers Use class method CSV.filter with option +headers+ to filter a \String to an \IO stream: in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" path = 't.csv' File.open(path, 'w') do |out_io| CSV.filter(in_string, out_io, headers: true) do |row| row['Name'] = row['Name'].upcase row['Value'] *= 4 end end p File.read(path) # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \String to \IO Stream parsing and writing Headers Use class method CSV.filter with option +headers+ and +out_write_headers+ to filter a \String to an \IO stream including header row: in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" path = 't.csv' File.open(path, 'w') do |out_io| CSV.filter(in_string, out_io, headers: true, out_write_headers: true ) do |row| unless row.is_a?(Array) row['Name'] = row['Name'].upcase row['Value'] *= 4 end end end p File.read(path) # => "Name,Value\nFOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \String to \IO Stream Without Headers Use class method CSV.filter without option +headers+ to filter a \String to an \IO stream: in_string = "foo,0\nbar,1\nbaz,2\n" path = 't.csv' File.open(path, 'w') do |out_io| CSV.filter(in_string, out_io) do |row| row[0] = row[0].upcase row[1] *= 4 end end p File.read(path) # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ==== Filtering \IO Stream to \String You can filter an \IO stream to a \String, with or without headers. ===== Recipe: Filter \IO Stream to \String parsing Headers Use class method CSV.filter with option +headers+ to filter an \IO stream to a \String: in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, in_string) out_string = '' File.open(path) do |in_io| CSV.filter(in_io, out_string, headers: true) do |row| row['Name'] = row['Name'].upcase row['Value'] *= 4 end end out_string # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \IO Stream to \String parsing and writing Headers Use class method CSV.filter with option +headers+ and +out_write_headers+ to filter an \IO stream to a \String including header row: in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, in_string) out_string = '' File.open(path) do |in_io| CSV.filter(in_io, out_string, headers: true, out_write_headers: true) do |row| unless row.is_a?(Array) row['Name'] = row['Name'].upcase row['Value'] *= 4 end end end out_string # => "Name,Value\nFOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \IO Stream to \String Without Headers Use class method CSV.filter without option +headers+ to filter an \IO stream to a \String: in_string = "foo,0\nbar,1\nbaz,2\n" path = 't.csv' File.write(path, in_string) out_string = '' File.open(path) do |in_io| CSV.filter(in_io, out_string) do |row| row[0] = row[0].upcase row[1] *= 4 end end out_string # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ==== Filtering \IO Stream to \IO Stream You can filter an \IO stream to another \IO stream, with or without headers. ===== Recipe: Filter \IO Stream to \IO Stream parsing Headers Use class method CSV.filter with option +headers+ to filter an \IO stream to another \IO stream: in_path = 't.csv' in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" File.write(in_path, in_string) out_path = 'u.csv' File.open(in_path) do |in_io| File.open(out_path, 'w') do |out_io| CSV.filter(in_io, out_io, headers: true) do |row| row['Name'] = row['Name'].upcase row['Value'] *= 4 end end end p File.read(out_path) # => "FOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \IO Stream to \IO Stream parsing and writing Headers Use class method CSV.filter with option +headers+ and +out_write_headers+ to filter an \IO stream to another \IO stream including header row: in_path = 't.csv' in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" File.write(in_path, in_string) out_path = 'u.csv' File.open(in_path) do |in_io| File.open(out_path, 'w') do |out_io| CSV.filter(in_io, out_io, headers: true, out_write_headers: true) do |row| unless row.is_a?(Array) row['Name'] = row['Name'].upcase row['Value'] *= 4 end end end end p File.read(out_path) # => "Name,Value\nFOO,0000\nBAR,1111\nBAZ,2222\n" ===== Recipe: Filter \IO Stream to \IO Stream Without Headers Use class method CSV.filter without option +headers+ to filter an \IO stream to another \IO stream: in_path = 't.csv' in_string = "foo,0\nbar,1\nbaz,2\n" File.write(in_path, in_string) out_path = 'u.csv' File.open(in_path) do |in_io| File.open(out_path, 'w') do |out_io| CSV.filter(in_io, out_io) do |row| row[0] = row[0].upcase row[1] *= 4 end end end p File.read(out_path) # => "FOO,0000\nBAR,1111\nBAZ,2222\n" PK )J [rDM � � 6 share/gems/gems/csv-3.3.2/doc/csv/recipes/recipes.rdocnu �[��� == Recipes for \CSV The recipes are specific code examples for specific tasks. See: - {Recipes for Parsing CSV}[./parsing_rdoc.html] - {Recipes for Generating CSV}[./generating_rdoc.html] - {Recipes for Filtering CSV}[./filtering_rdoc.html] PK )J [c%�73) 3) 9 share/gems/gems/csv-3.3.2/doc/csv/recipes/generating.rdocnu �[��� == Recipes for Generating \CSV These recipes are specific code examples for specific \CSV generating tasks. For other recipes, see {Recipes for CSV}[./recipes_rdoc.html]. All code snippets on this page assume that the following has been executed: require 'csv' === Contents - {Output Formats}[#label-Output+Formats] - {Generating to a String}[#label-Generating+to+a+String] - {Recipe: Generate to String with Headers}[#label-Recipe-3A+Generate+to+String+with+Headers] - {Recipe: Generate to String Without Headers}[#label-Recipe-3A+Generate+to+String+Without+Headers] - {Generating to a File}[#label-Generating+to+a+File] - {Recipe: Generate to File with Headers}[#label-Recipe-3A+Generate+to+File+with+Headers] - {Recipe: Generate to File Without Headers}[#label-Recipe-3A+Generate+to+File+Without+Headers] - {Generating to IO an Stream}[#label-Generating+to+an+IO+Stream] - {Recipe: Generate to IO Stream with Headers}[#label-Recipe-3A+Generate+to+IO+Stream+with+Headers] - {Recipe: Generate to IO Stream Without Headers}[#label-Recipe-3A+Generate+to+IO+Stream+Without+Headers] - {Converting Fields}[#label-Converting+Fields] - {Recipe: Filter Generated Field Strings}[#label-Recipe-3A+Filter+Generated+Field+Strings] - {Recipe: Specify Multiple Write Converters}[#label-Recipe-3A+Specify+Multiple+Write+Converters] - {RFC 4180 Compliance}[#label-RFC+4180+Compliance] - {Row Separator}[#label-Row+Separator] - {Recipe: Generate Compliant Row Separator}[#label-Recipe-3A+Generate+Compliant+Row+Separator] - {Recipe: Generate Non-Compliant Row Separator}[#label-Recipe-3A+Generate+Non-Compliant+Row+Separator] - {Column Separator}[#label-Column+Separator] - {Recipe: Generate Compliant Column Separator}[#label-Recipe-3A+Generate+Compliant+Column+Separator] - {Recipe: Generate Non-Compliant Column Separator}[#label-Recipe-3A+Generate+Non-Compliant+Column+Separator] - {Quotes}[#label-Quotes] - {Recipe: Quote All Fields}[#label-Recipe-3A+Quote+All+Fields] - {Recipe: Quote Empty Fields}[#label-Recipe-3A+Quote+Empty+Fields] - {Recipe: Generate Compliant Quote Character}[#label-Recipe-3A+Generate+Compliant+Quote+Character] - {Recipe: Generate Non-Compliant Quote Character}[#label-Recipe-3A+Generate+Non-Compliant+Quote+Character] === Output Formats You can generate \CSV output to a \String, to a \File (via its path), or to an \IO stream. ==== Generating to a \String You can generate \CSV output to a \String, with or without headers. ===== Recipe: Generate to \String with Headers Use class method CSV.generate with option +headers+ to generate to a \String. This example uses method CSV#<< to append the rows that are to be generated: output_string = CSV.generate('', headers: ['Name', 'Value'], write_headers: true) do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "Name,Value\nFoo,0\nBar,1\nBaz,2\n" ===== Recipe: Generate to \String Without Headers Use class method CSV.generate without option +headers+ to generate to a \String. This example uses method CSV#<< to append the rows that are to be generated: output_string = CSV.generate do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "Foo,0\nBar,1\nBaz,2\n" ==== Generating to a \File You can generate /CSV data to a \File, with or without headers. ===== Recipe: Generate to \File with Headers Use class method CSV.open with option +headers+ generate to a \File. This example uses method CSV#<< to append the rows that are to be generated: path = 't.csv' CSV.open(path, 'w', headers: ['Name', 'Value'], write_headers: true) do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end p File.read(path) # => "Name,Value\nFoo,0\nBar,1\nBaz,2\n" ===== Recipe: Generate to \File Without Headers Use class method CSV.open without option +headers+ to generate to a \File. This example uses method CSV#<< to append the rows that are to be generated: path = 't.csv' CSV.open(path, 'w') do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end p File.read(path) # => "Foo,0\nBar,1\nBaz,2\n" ==== Generating to an \IO Stream You can generate \CSV data to an \IO stream, with or without headers. ==== Recipe: Generate to \IO Stream with Headers Use class method CSV.new with option +headers+ to generate \CSV data to an \IO stream: path = 't.csv' File.open(path, 'w') do |file| csv = CSV.new(file, headers: ['Name', 'Value'], write_headers: true) csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end p File.read(path) # => "Name,Value\nFoo,0\nBar,1\nBaz,2\n" ===== Recipe: Generate to \IO Stream Without Headers Use class method CSV.new without option +headers+ to generate \CSV data to an \IO stream: path = 't.csv' File.open(path, 'w') do |file| csv = CSV.new(file) csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end p File.read(path) # => "Foo,0\nBar,1\nBaz,2\n" === Converting Fields You can use _write_ _converters_ to convert fields when generating \CSV. ==== Recipe: Filter Generated Field Strings Use option <tt>:write_converters</tt> and a custom converter to convert field values when generating \CSV. This example defines and uses a custom write converter to strip whitespace from generated fields: strip_converter = proc {|field| field.respond_to?(:strip) ? field.strip : field } output_string = CSV.generate(write_converters: strip_converter) do |csv| csv << [' foo ', 0] csv << [' bar ', 1] csv << [' baz ', 2] end output_string # => "foo,0\nbar,1\nbaz,2\n" ==== Recipe: Specify Multiple Write Converters Use option <tt>:write_converters</tt> and multiple custom converters to convert field values when generating \CSV. This example defines and uses two custom write converters to strip and upcase generated fields: strip_converter = proc {|field| field.respond_to?(:strip) ? field.strip : field } upcase_converter = proc {|field| field.respond_to?(:upcase) ? field.upcase : field } converters = [strip_converter, upcase_converter] output_string = CSV.generate(write_converters: converters) do |csv| csv << [' foo ', 0] csv << [' bar ', 1] csv << [' baz ', 2] end output_string # => "FOO,0\nBAR,1\nBAZ,2\n" === RFC 4180 Compliance By default, \CSV generates data that is compliant with {RFC 4180}[https://www.rfc-editor.org/rfc/rfc4180] with respect to: - Column separator. - Quote character. ==== Row Separator RFC 4180 specifies the row separator CRLF (Ruby <tt>"\r\n"</tt>). ===== Recipe: Generate Compliant Row Separator For strict compliance, use option +:row_sep+ to specify row separator <tt>"\r\n"</tt>: output_string = CSV.generate('', row_sep: "\r\n") do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "Foo,0\r\nBar,1\r\nBaz,2\r\n" ===== Recipe: Generate Non-Compliant Row Separator For data with non-compliant row separators, use option +:row_sep+ with a different value: This example source uses semicolon (<tt>";'</tt>) as its row separator: output_string = CSV.generate('', row_sep: ";") do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "Foo,0;Bar,1;Baz,2;" ==== Column Separator RFC 4180 specifies column separator COMMA (Ruby <tt>","</tt>). ===== Recipe: Generate Compliant Column Separator Because the \CSV default comma separator is <tt>","</tt>, you need not specify option +:col_sep+ for compliant data: output_string = CSV.generate('') do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "Foo,0\nBar,1\nBaz,2\n" ===== Recipe: Generate Non-Compliant Column Separator For data with non-compliant column separators, use option +:col_sep+. This example source uses TAB (<tt>"\t"</tt>) as its column separator: output_string = CSV.generate('', col_sep: "\t") do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "Foo\t0\nBar\t1\nBaz\t2\n" ==== Quotes IFC 4180 allows most fields to be quoted or not. By default, \CSV does not quote most fields. However, a field containing the current row separator, column separator, or quote character is automatically quoted, producing IFC 4180 compliance: # Field contains row separator. output_string = CSV.generate('') do |csv| row_sep = csv.row_sep csv << ["Foo#{row_sep}Foo", 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "\"Foo\nFoo\",0\nBar,1\nBaz,2\n" # Field contains column separator. output_string = CSV.generate('') do |csv| col_sep = csv.col_sep csv << ["Foo#{col_sep}Foo", 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "\"Foo,Foo\",0\nBar,1\nBaz,2\n" # Field contains quote character. output_string = CSV.generate('') do |csv| quote_char = csv.quote_char csv << ["Foo#{quote_char}Foo", 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "\"Foo\"\"Foo\",0\nBar,1\nBaz,2\n" ===== Recipe: Quote All Fields Use option +:force_quotes+ to force quoted fields: output_string = CSV.generate('', force_quotes: true) do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "\"Foo\",\"0\"\n\"Bar\",\"1\"\n\"Baz\",\"2\"\n" ===== Recipe: Quote Empty Fields Use option +:quote_empty+ to force quoting for empty fields: output_string = CSV.generate('', quote_empty: true) do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['', 2] end output_string # => "Foo,0\nBar,1\n\"\",2\n" ===== Recipe: Generate Compliant Quote Character RFC 4180 specifies quote character DQUOTE (Ruby <tt>"\""</tt>). Because the \CSV default quote character is also <tt>"\""</tt>, you need not specify option +:quote_char+ for compliant data: output_string = CSV.generate('', force_quotes: true) do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "\"Foo\",\"0\"\n\"Bar\",\"1\"\n\"Baz\",\"2\"\n" ===== Recipe: Generate Non-Compliant Quote Character For data with non-compliant quote characters, use option +:quote_char+. This example source uses SQUOTE (<tt>"'"</tt>) as its quote character: output_string = CSV.generate('', quote_char: "'", force_quotes: true) do |csv| csv << ['Foo', 0] csv << ['Bar', 1] csv << ['Baz', 2] end output_string # => "'Foo','0'\n'Bar','1'\n'Baz','2'\n" PK )J [7�B�� � = share/gems/gems/csv-3.3.2/doc/csv/options/common/col_sep.rdocnu �[��� ====== Option +col_sep+ Specifies the \String column separator to be used for both parsing and generating. The \String will be transcoded into the data's \Encoding before use. Default value: CSV::DEFAULT_OPTIONS.fetch(:col_sep) # => "," (comma) Using the default (comma): str = CSV.generate do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0\nbar,1\nbaz,2\n" ary = CSV.parse(str) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using +:+ (colon): col_sep = ':' str = CSV.generate(col_sep: col_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo:0\nbar:1\nbaz:2\n" ary = CSV.parse(str, col_sep: col_sep) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using +::+ (two colons): col_sep = '::' str = CSV.generate(col_sep: col_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo::0\nbar::1\nbaz::2\n" ary = CSV.parse(str, col_sep: col_sep) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using <tt>''</tt> (empty string): col_sep = '' str = CSV.generate(col_sep: col_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo0\nbar1\nbaz2\n" --- Raises an exception if parsing with the empty \String: col_sep = '' # Raises ArgumentError (:col_sep must be 1 or more characters: "") CSV.parse("foo0\nbar1\nbaz2\n", col_sep: col_sep) PK )J [ �[B� � = share/gems/gems/csv-3.3.2/doc/csv/options/common/row_sep.rdocnu �[��� ====== Option +row_sep+ Specifies the row separator, a \String or the \Symbol <tt>:auto</tt> (see below), to be used for both parsing and generating. Default value: CSV::DEFAULT_OPTIONS.fetch(:row_sep) # => :auto --- When +row_sep+ is a \String, that \String becomes the row separator. The String will be transcoded into the data's Encoding before use. Using <tt>"\n"</tt>: row_sep = "\n" str = CSV.generate(row_sep: row_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0\nbar,1\nbaz,2\n" ary = CSV.parse(str) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using <tt>|</tt> (pipe): row_sep = '|' str = CSV.generate(row_sep: row_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0|bar,1|baz,2|" ary = CSV.parse(str, row_sep: row_sep) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using <tt>--</tt> (two hyphens): row_sep = '--' str = CSV.generate(row_sep: row_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0--bar,1--baz,2--" ary = CSV.parse(str, row_sep: row_sep) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using <tt>''</tt> (empty string): row_sep = '' str = CSV.generate(row_sep: row_sep) do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0bar,1baz,2" ary = CSV.parse(str, row_sep: row_sep) ary # => [["foo", "0bar", "1baz", "2"]] --- When +row_sep+ is the \Symbol +:auto+ (the default), generating uses <tt>"\n"</tt> as the row separator: str = CSV.generate do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0\nbar,1\nbaz,2\n" Parsing, on the other hand, invokes auto-discovery of the row separator. Auto-discovery reads ahead in the data looking for the next <tt>\r\n</tt>, +\n+, or +\r+ sequence. The sequence will be selected even if it occurs in a quoted field, assuming that you would have the same line endings there. Example: str = CSV.generate do |csv| csv << [:foo, 0] csv << [:bar, 1] csv << [:baz, 2] end str # => "foo,0\nbar,1\nbaz,2\n" ary = CSV.parse(str) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] The default <tt>$INPUT_RECORD_SEPARATOR</tt> (<tt>$/</tt>) is used if any of the following is true: * None of those sequences is found. * Data is +ARGF+, +STDIN+, +STDOUT+, or +STDERR+. * The stream is only available for output. Obviously, discovery takes a little time. Set manually if speed is important. Also note that IO objects should be opened in binary mode on Windows if this feature will be used as the line-ending translation can cause problems with resetting the document position to where it was before the read ahead. PK )J [�E1�m m @ share/gems/gems/csv-3.3.2/doc/csv/options/common/quote_char.rdocnu �[��� ====== Option +quote_char+ Specifies the character (\String of length 1) used used to quote fields in both parsing and generating. This String will be transcoded into the data's \Encoding before use. Default value: CSV::DEFAULT_OPTIONS.fetch(:quote_char) # => "\"" (double quote) This is useful for an application that incorrectly uses <tt>'</tt> (single-quote) to quote fields, instead of the correct <tt>"</tt> (double-quote). Using the default (double quote): str = CSV.generate do |csv| csv << ['foo', 0] csv << ["'bar'", 1] csv << ['"baz"', 2] end str # => "foo,0\n'bar',1\n\"\"\"baz\"\"\",2\n" ary = CSV.parse(str) ary # => [["foo", "0"], ["'bar'", "1"], ["\"baz\"", "2"]] Using <tt>'</tt> (single-quote): quote_char = "'" str = CSV.generate(quote_char: quote_char) do |csv| csv << ['foo', 0] csv << ["'bar'", 1] csv << ['"baz"', 2] end str # => "foo,0\n'''bar''',1\n\"baz\",2\n" ary = CSV.parse(str, quote_char: quote_char) ary # => [["foo", "0"], ["'bar'", "1"], ["\"baz\"", "2"]] --- Raises an exception if the \String length is greater than 1: # Raises ArgumentError (:quote_char has to be nil or a single character String) CSV.new('', quote_char: 'xx') Raises an exception if the value is not a \String: # Raises ArgumentError (:quote_char has to be nil or a single character String) CSV.new('', quote_char: :foo) PK )J [��jd� � F share/gems/gems/csv-3.3.2/doc/csv/options/generating/force_quotes.rdocnu �[��� ====== Option +force_quotes+ Specifies the boolean that determines whether each output field is to be double-quoted. Default value: CSV::DEFAULT_OPTIONS.fetch(:force_quotes) # => false For examples in this section: ary = ['foo', 0, nil] Using the default, +false+: str = CSV.generate_line(ary) str # => "foo,0,\n" Using +true+: str = CSV.generate_line(ary, force_quotes: true) str # => "\"foo\",\"0\",\"\"\n" PK )J [`a|]~ ~ I share/gems/gems/csv-3.3.2/doc/csv/options/generating/write_nil_value.rdocnu �[��� ====== Option +write_nil_value+ Specifies the object that is to be substituted for each +nil+-valued field. Default value: CSV::DEFAULT_OPTIONS.fetch(:write_nil_value) # => nil Without the option: str = CSV.generate_line(['a', nil, 'c', nil]) str # => "a,,c,\n" With the option: str = CSV.generate_line(['a', nil, 'c', nil], write_nil_value: "x") str # => "a,x,c,x\n" PK )J [>J0� � K share/gems/gems/csv-3.3.2/doc/csv/options/generating/write_empty_value.rdocnu �[��� ====== Option +write_empty_value+ Specifies the object that is to be substituted for each field that has an empty \String. Default value: CSV::DEFAULT_OPTIONS.fetch(:write_empty_value) # => "" Without the option: str = CSV.generate_line(['a', '', 'c', '']) str # => "a,\"\",c,\"\"\n" With the option: str = CSV.generate_line(['a', '', 'c', ''], write_empty_value: "x") str # => "a,x,c,x\n" PK )J [l|�^ ^ E share/gems/gems/csv-3.3.2/doc/csv/options/generating/quote_empty.rdocnu �[��� ====== Option +quote_empty+ Specifies the boolean that determines whether an empty value is to be double-quoted. Default value: CSV::DEFAULT_OPTIONS.fetch(:quote_empty) # => true With the default +true+: CSV.generate_line(['"', ""]) # => "\"\"\"\",\"\"\n" With +false+: CSV.generate_line(['"', ""], quote_empty: false) # => "\"\"\"\",\n" PK )J [���� � G share/gems/gems/csv-3.3.2/doc/csv/options/generating/write_headers.rdocnu �[��� ====== Option +write_headers+ Specifies the boolean that determines whether a header row is included in the output; ignored if there are no headers. Default value: CSV::DEFAULT_OPTIONS.fetch(:write_headers) # => nil Without +write_headers+: file_path = 't.csv' CSV.open(file_path,'w', :headers => ['Name','Value'] ) do |csv| csv << ['foo', '0'] end CSV.open(file_path) do |csv| csv.shift end # => ["foo", "0"] With +write_headers+": CSV.open(file_path,'w', :write_headers => true, :headers => ['Name','Value'] ) do |csv| csv << ['foo', '0'] end CSV.open(file_path) do |csv| csv.shift end # => ["Name", "Value"] PK )J [LH �y y J share/gems/gems/csv-3.3.2/doc/csv/options/generating/write_converters.rdocnu �[��� ====== Option +write_converters+ Specifies converters to be used in generating fields. See {Write Converters}[#class-CSV-label-Write+Converters] Default value: CSV::DEFAULT_OPTIONS.fetch(:write_converters) # => nil With no write converter: str = CSV.generate_line(["\na\n", "\tb\t", " c "]) str # => "\"\na\n\",\tb\t, c \n" With a write converter: strip_converter = proc {|field| field.strip } str = CSV.generate_line(["\na\n", "\tb\t", " c "], write_converters: strip_converter) str # => "a,b,c\n" With two write converters (called in order): upcase_converter = proc {|field| field.upcase } downcase_converter = proc {|field| field.downcase } write_converters = [upcase_converter, downcase_converter] str = CSV.generate_line(['a', 'b', 'c'], write_converters: write_converters) str # => "a,b,c\n" See also {Write Converters}[#class-CSV-label-Write+Converters] PK )J [�^;h_ _ @ share/gems/gems/csv-3.3.2/doc/csv/options/parsing/nil_value.rdocnu �[��� ====== Option +nil_value+ Specifies the object that is to be substituted for each null (no-text) field. Default value: CSV::DEFAULT_OPTIONS.fetch(:nil_value) # => nil With the default, +nil+: CSV.parse_line('a,,b,,c') # => ["a", nil, "b", nil, "c"] With a different object: CSV.parse_line('a,,b,,c', nil_value: 0) # => ["a", 0, "b", 0, "c"] PK )J [`ꐟ� � I share/gems/gems/csv-3.3.2/doc/csv/options/parsing/unconverted_fields.rdocnu �[��� ====== Option +unconverted_fields+ Specifies the boolean that determines whether unconverted field values are to be available. Default value: CSV::DEFAULT_OPTIONS.fetch(:unconverted_fields) # => nil The unconverted field values are those found in the source data, prior to any conversions performed via option +converters+. When option +unconverted_fields+ is +true+, each returned row (\Array or \CSV::Row) has an added method, +unconverted_fields+, that returns the unconverted field values: str = <<-EOT foo,0 bar,1 baz,2 EOT # Without unconverted_fields csv = CSV.parse(str, converters: :integer) csv # => [["foo", 0], ["bar", 1], ["baz", 2]] csv.first.respond_to?(:unconverted_fields) # => false # With unconverted_fields csv = CSV.parse(str, converters: :integer, unconverted_fields: true) csv # => [["foo", 0], ["bar", 1], ["baz", 2]] csv.first.respond_to?(:unconverted_fields) # => true csv.first.unconverted_fields # => ["foo", "0"] PK )J [��< < A share/gems/gems/csv-3.3.2/doc/csv/options/parsing/skip_lines.rdocnu �[��� ====== Option +skip_lines+ Specifies an object to use in identifying comment lines in the input that are to be ignored: * If a \Regexp, ignores lines that match it. * If a \String, converts it to a \Regexp, ignores lines that match it. * If +nil+, no lines are considered to be comments. Default value: CSV::DEFAULT_OPTIONS.fetch(:skip_lines) # => nil For examples in this section: str = <<-EOT # Comment foo,0 bar,1 baz,2 # Another comment EOT str # => "# Comment\nfoo,0\nbar,1\nbaz,2\n# Another comment\n" Using the default, +nil+: ary = CSV.parse(str) ary # => [["# Comment"], ["foo", "0"], ["bar", "1"], ["baz", "2"], ["# Another comment"]] Using a \Regexp: ary = CSV.parse(str, skip_lines: /^#/) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] Using a \String: ary = CSV.parse(str, skip_lines: '#') ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] --- Raises an exception if given an object that is not a \Regexp, a \String, or +nil+: # Raises ArgumentError (:skip_lines has to respond to #match: 0) CSV.parse(str, skip_lines: 0) PK )J [nj�n� � > share/gems/gems/csv-3.3.2/doc/csv/options/parsing/headers.rdocnu �[��� ====== Option +headers+ Specifies a boolean, \Symbol, \Array, or \String to be used to define column headers. Default value: CSV::DEFAULT_OPTIONS.fetch(:headers) # => false --- Without +headers+: str = <<-EOT Name,Count foo,0 bar,1 bax,2 EOT csv = CSV.new(str) csv # => #<CSV io_type:StringIO encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> csv.headers # => nil csv.shift # => ["Name", "Count"] --- If set to +true+ or the \Symbol +:first_row+, the first row of the data is treated as a row of headers: str = <<-EOT Name,Count foo,0 bar,1 bax,2 EOT csv = CSV.new(str, headers: true) csv # => #<CSV io_type:StringIO encoding:UTF-8 lineno:2 col_sep:"," row_sep:"\n" quote_char:"\"" headers:["Name", "Count"]> csv.headers # => ["Name", "Count"] csv.shift # => #<CSV::Row "Name":"bar" "Count":"1"> --- If set to an \Array, the \Array elements are treated as headers: str = <<-EOT foo,0 bar,1 bax,2 EOT csv = CSV.new(str, headers: ['Name', 'Count']) csv csv.headers # => ["Name", "Count"] csv.shift # => #<CSV::Row "Name":"bar" "Count":"1"> --- If set to a \String +str+, method <tt>CSV::parse_line(str, options)</tt> is called with the current +options+, and the returned \Array is treated as headers: str = <<-EOT foo,0 bar,1 bax,2 EOT csv = CSV.new(str, headers: 'Name,Count') csv csv.headers # => ["Name", "Count"] csv.shift # => #<CSV::Row "Name":"bar" "Count":"1"> PK )J [���� � F share/gems/gems/csv-3.3.2/doc/csv/options/parsing/liberal_parsing.rdocnu �[��� ====== Option +liberal_parsing+ Specifies the boolean or hash value that determines whether CSV will attempt to parse input not conformant with RFC 4180, such as double quotes in unquoted fields. Default value: CSV::DEFAULT_OPTIONS.fetch(:liberal_parsing) # => false For the next two examples: str = 'is,this "three, or four",fields' Without +liberal_parsing+: # Raises CSV::MalformedCSVError (Illegal quoting in str 1.) CSV.parse_line(str) With +liberal_parsing+: ary = CSV.parse_line(str, liberal_parsing: true) ary # => ["is", "this \"three", " or four\"", "fields"] Use the +backslash_quote+ sub-option to parse values that use a backslash to escape a double-quote character. This causes the parser to treat <code>\"</code> as if it were <code>""</code>. For the next two examples: str = 'Show,"Harry \"Handcuff\" Houdini, the one and only","Tampa Theater"' With +liberal_parsing+, but without the +backslash_quote+ sub-option: # Incorrect interpretation of backslash; incorrectly interprets the quoted comma as a field separator. ary = CSV.parse_line(str, liberal_parsing: true) ary # => ["Show", "\"Harry \\\"Handcuff\\\" Houdini", " the one and only\"", "Tampa Theater"] puts ary[1] # => "Harry \"Handcuff\" Houdini With +liberal_parsing+ and its +backslash_quote+ sub-option: ary = CSV.parse_line(str, liberal_parsing: { backslash_quote: true }) ary # => ["Show", "Harry \"Handcuff\" Houdini, the one and only", "Tampa Theater"] puts ary[1] # => Harry "Handcuff" Houdini, the one and only PK )J [��� � G share/gems/gems/csv-3.3.2/doc/csv/options/parsing/field_size_limit.rdocnu �[��� ====== Option +field_size_limit+ Specifies the \Integer field size limit. Default value: CSV::DEFAULT_OPTIONS.fetch(:field_size_limit) # => nil This is a maximum size CSV will read ahead looking for the closing quote for a field. (In truth, it reads to the first line ending beyond this size.) If a quote cannot be found within the limit CSV will raise a MalformedCSVError, assuming the data is faulty. You can use this limit to prevent what are effectively DoS attacks on the parser. However, this limit can cause a legitimate parse to fail; therefore the default value is +nil+ (no limit). For the examples in this section: str = <<~EOT "a","b" " 2345 ","" EOT str # => "\"a\",\"b\"\n\"\n2345\n\",\"\"\n" Using the default +nil+: ary = CSV.parse(str) ary # => [["a", "b"], ["\n2345\n", ""]] Using <tt>50</tt>: field_size_limit = 50 ary = CSV.parse(str, field_size_limit: field_size_limit) ary # => [["a", "b"], ["\n2345\n", ""]] --- Raises an exception if a field is too long: big_str = "123456789\n" * 1024 # Raises CSV::MalformedCSVError (Field size exceeded in line 1.) CSV.parse('valid,fields,"' + big_str + '"', field_size_limit: 2048) PK )J [��� 8 8 E share/gems/gems/csv-3.3.2/doc/csv/options/parsing/return_headers.rdocnu �[��� ====== Option +return_headers+ Specifies the boolean that determines whether method #shift returns or ignores the header row. Default value: CSV::DEFAULT_OPTIONS.fetch(:return_headers) # => false Examples: str = <<-EOT Name,Count foo,0 bar,1 bax,2 EOT # Without return_headers first row is str. csv = CSV.new(str, headers: true) csv.shift # => #<CSV::Row "Name":"foo" "Count":"0"> # With return_headers first row is headers. csv = CSV.new(str, headers: true, return_headers: true) csv.shift # => #<CSV::Row "Name":"Name" "Count":"Count"> PK )J [J� >� � B share/gems/gems/csv-3.3.2/doc/csv/options/parsing/empty_value.rdocnu �[��� ====== Option +empty_value+ Specifies the object that is to be substituted for each field that has an empty \String. Default value: CSV::DEFAULT_OPTIONS.fetch(:empty_value) # => "" (empty string) With the default, <tt>""</tt>: CSV.parse_line('a,"",b,"",c') # => ["a", "", "b", "", "c"] With a different object: CSV.parse_line('a,"",b,"",c', empty_value: 'x') # => ["a", "x", "b", "x", "c"] PK )J [�9;� B share/gems/gems/csv-3.3.2/doc/csv/options/parsing/skip_blanks.rdocnu �[��� ====== Option +skip_blanks+ Specifies a boolean that determines whether blank lines in the input will be ignored; a line that contains a column separator is not considered to be blank. Default value: CSV::DEFAULT_OPTIONS.fetch(:skip_blanks) # => false See also option {skiplines}[#class-CSV-label-Option+skip_lines]. For examples in this section: str = <<-EOT foo,0 bar,1 baz,2 , EOT Using the default, +false+: ary = CSV.parse(str) ary # => [["foo", "0"], [], ["bar", "1"], ["baz", "2"], [], [nil, nil]] Using +true+: ary = CSV.parse(str, skip_blanks: true) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"], [nil, nil]] Using a truthy value: ary = CSV.parse(str, skip_blanks: :foo) ary # => [["foo", "0"], ["bar", "1"], ["baz", "2"], [nil, nil]] PK )J [��R{� � A share/gems/gems/csv-3.3.2/doc/csv/options/parsing/converters.rdocnu �[��� ====== Option +converters+ Specifies converters to be used in parsing fields. See {Field Converters}[#class-CSV-label-Field+Converters] Default value: CSV::DEFAULT_OPTIONS.fetch(:converters) # => nil The value may be a field converter name (see {Stored Converters}[#class-CSV-label-Stored+Converters]): str = '1,2,3' # Without a converter array = CSV.parse_line(str) array # => ["1", "2", "3"] # With built-in converter :integer array = CSV.parse_line(str, converters: :integer) array # => [1, 2, 3] The value may be a converter list (see {Converter Lists}[#class-CSV-label-Converter+Lists]): str = '1,3.14159' # Without converters array = CSV.parse_line(str) array # => ["1", "3.14159"] # With built-in converters array = CSV.parse_line(str, converters: [:integer, :float]) array # => [1, 3.14159] The value may be a \Proc custom converter: (see {Custom Field Converters}[#class-CSV-label-Custom+Field+Converters]): str = ' foo , bar , baz ' # Without a converter array = CSV.parse_line(str) array # => [" foo ", " bar ", " baz "] # With a custom converter array = CSV.parse_line(str, converters: proc {|field| field.strip }) array # => ["foo", "bar", "baz"] See also {Custom Field Converters}[#class-CSV-label-Custom+Field+Converters] --- Raises an exception if the converter is not a converter name or a \Proc: str = 'foo,0' # Raises NoMethodError (undefined method `arity' for nil:NilClass) CSV.parse(str, converters: :foo) PK )J [v�6� � H share/gems/gems/csv-3.3.2/doc/csv/options/parsing/header_converters.rdocnu �[��� ====== Option +header_converters+ Specifies converters to be used in parsing headers. See {Header Converters}[#class-CSV-label-Header+Converters] Default value: CSV::DEFAULT_OPTIONS.fetch(:header_converters) # => nil Identical in functionality to option {converters}[#class-CSV-label-Option+converters] except that: - The converters apply only to the header row. - The built-in header converters are +:downcase+ and +:symbol+. This section assumes prior execution of: str = <<-EOT Name,Value foo,0 bar,1 baz,2 EOT # With no header converter table = CSV.parse(str, headers: true) table.headers # => ["Name", "Value"] The value may be a header converter name (see {Stored Converters}[#class-CSV-label-Stored+Converters]): table = CSV.parse(str, headers: true, header_converters: :downcase) table.headers # => ["name", "value"] The value may be a converter list (see {Converter Lists}[#class-CSV-label-Converter+Lists]): header_converters = [:downcase, :symbol] table = CSV.parse(str, headers: true, header_converters: header_converters) table.headers # => [:name, :value] The value may be a \Proc custom converter (see {Custom Header Converters}[#class-CSV-label-Custom+Header+Converters]): upcase_converter = proc {|field| field.upcase } table = CSV.parse(str, headers: true, header_converters: upcase_converter) table.headers # => ["NAME", "VALUE"] See also {Custom Header Converters}[#class-CSV-label-Custom+Header+Converters] PK )J [x*^k k < share/gems/gems/csv-3.3.2/doc/csv/options/parsing/strip.rdocnu �[��� ====== Option +strip+ Specifies the boolean value that determines whether whitespace is stripped from each input field. Default value: CSV::DEFAULT_OPTIONS.fetch(:strip) # => false With default value +false+: ary = CSV.parse_line(' a , b ') ary # => [" a ", " b "] With value +true+: ary = CSV.parse_line(' a , b ', strip: true) ary # => ["a", "b"] PK )J [��R8V V # share/gems/gems/csv-3.3.2/README.mdnu �[��� # CSV This library provides a complete interface to CSV files and data. It offers tools to enable you to read and write to and from Strings or IO objects, as needed. ## Installation Add this line to your application's Gemfile: ```ruby gem 'csv' ``` And then execute: $ bundle Or install it yourself as: $ gem install csv ## Usage ```ruby require "csv" CSV.foreach("path/to/file.csv") do |row| # use row here... end ``` ## Documentation - [API](https://ruby.github.io/csv/): all classes, methods, and constants. - [Recipes](https://ruby.github.io/csv/doc/csv/recipes/recipes_rdoc.html): specific code for specific tasks. ## Development After checking out the repo, run `ruby run-test.rb` to check if your changes can pass the test. To install this gem onto your local machine, run `bundle exec rake install`. To release a new version, update the version number in `version.rb`, and then run `bundle exec rake release`, which will create a git tag for the version, push git commits and tags, and push the `.gem` file to [rubygems.org](https://rubygems.org). ## Contributing Bug reports and pull requests are welcome on GitHub at https://github.com/ruby/csv. ### NOTE: About RuboCop We don't use RuboCop because we can manage our coding style by ourselves. We want to accept small fluctuations in our coding style because we use Ruby. Please do not submit issues and PRs that aim to introduce RuboCop in this repository. ## License The gem is available as open source under the terms of the [2-Clause BSD License](https://opensource.org/licenses/BSD-2-Clause). See LICENSE.txt for details. PK )J [��&�XK XK ! share/gems/gems/csv-3.3.2/NEWS.mdnu �[��� # News ## 3.3.2 - 2024-12-21 ### Fixes * Fixed a parse bug with a quoted line with `col_sep` and an empty line. This was introduced in 3.3.1. * GH-324 * Reported by stoodfarback ### Thanks * stoodfarback ## 3.3.1 - 2024-12-15 ### Improvements * `CSV.open`: Changed to detect BOM by default. Note that this isn't enabled on Windows because Ruby may have a bug. See also: https://bugs.ruby-lang.org/issues/20526 * GH-301 * Reported by Junichi Ito * Improved performance. * GH-311 * GH-312 * Patch by Vladimir Kochnev * `CSV.open`: Added support for `StringIO` as an input. * GH-300 * GH-302 * Patch by Marcelo * Added a built-in time converter. You can use it by `converters: :time`. * GH-313 * Patch by Bart de Water * Added `CSV::TSV` for tab-separated values. * GH-272 * GH-319 * Reported by kojix2 * Patch by Jas ### Thanks * Junichi Ito * Vladimir Kochnev * Marcelo * Bart de Water * kojix2 * Jas ## 3.3.0 - 2024-03-22 ### Fixes * Fixed a regression parse bug in 3.2.9 that parsing with `:skip_lines` may cause wrong result. ## 3.2.9 - 2024-03-22 ### Fixes * Fixed a parse bug that wrong result may be happen when: * `:skip_lines` is used * `:row_separator` is `"\r\n"` * There is a line that includes `\n` as a column value Reported by Ryo Tsukamoto. GH-296 ### Thanks * Ryo Tsukamoto ## 3.2.8 - 2023-11-08 ### Improvements * Added `CSV::InvalidEncodingError`. Patch by Kosuke Shibata. GH-287 ### Thanks * Kosuke Shibata ## 3.2.7 - 2023-06-26 ### Improvements * Removed an unused internal variable. [GH-273](https://github.com/ruby/csv/issues/273) [Patch by Mau Magnaguagno] * Changed to use `https://` instead of `http://` in documents. [GH-274](https://github.com/ruby/csv/issues/274) [Patch by Vivek Bharath Akupatni] * Added prefix to a helper module in test. [GH-278](https://github.com/ruby/csv/issues/278) [Patch by Luke Gruber] * Added a documentation for `liberal_parsing: {backslash_quotes: true}`. [GH-280](https://github.com/ruby/csv/issues/280) [Patch by Mark Schneider] ### Fixes * Fixed a wrong execution result in documents. [GH-276](https://github.com/ruby/csv/issues/276) [Patch by Yuki Tsujimoto] * Fixed a bug that the same line is used multiple times. [GH-279](https://github.com/ruby/csv/issues/279) [Reported by Gabriel Nagy] ### Thanks * Mau Magnaguagno * Vivek Bharath Akupatni * Yuki Tsujimoto * Luke Gruber * Mark Schneider * Gabriel Nagy ## 3.2.6 - 2022-12-08 ### Improvements * `CSV#read` consumes the same lines with other methods like `CSV#shift`. [[GitHub#258](https://github.com/ruby/csv/issues/258)] [Reported by Lhoussaine Ghallou] * All `Enumerable` based methods consume the same lines with other methods. This may have a performance penalty. [[GitHub#260](https://github.com/ruby/csv/issues/260)] [Reported by Lhoussaine Ghallou] * Simplify some implementations. [[GitHub#262](https://github.com/ruby/csv/pull/262)] [[GitHub#263](https://github.com/ruby/csv/pull/263)] [Patch by Mau Magnaguagno] ### Fixes * Fixed `CSV.generate_lines` document. [[GitHub#257](https://github.com/ruby/csv/pull/257)] [Patch by Sampat Badhe] ### Thanks * Sampat Badhe * Lhoussaine Ghallou * Mau Magnaguagno ## 3.2.5 - 2022-08-26 ### Improvements * Added `CSV.generate_lines`. [[GitHub#255](https://github.com/ruby/csv/issues/255)] [Reported by OKURA Masafumi] [[GitHub#256](https://github.com/ruby/csv/pull/256)] [Patch by Eriko Sugiyama] ### Thanks * OKURA Masafumi * Eriko Sugiyama ## 3.2.4 - 2022-08-22 ### Improvements * Cleaned up internal implementations. [[GitHub#249](https://github.com/ruby/csv/pull/249)] [[GitHub#250](https://github.com/ruby/csv/pull/250)] [[GitHub#251](https://github.com/ruby/csv/pull/251)] [Patch by Mau Magnaguagno] * Added support for RFC 3339 style time. [[GitHub#248](https://github.com/ruby/csv/pull/248)] [Patch by Thierry Lambert] * Added support for transcoding String CSV. Syntax is `from-encoding:to-encoding`. [[GitHub#254](https://github.com/ruby/csv/issues/254)] [Reported by Richard Stueven] * Added quoted information to `CSV::FieldInfo`. [[GitHub#254](https://github.com/ruby/csv/pull/253)] [Reported by Hirokazu SUZUKI] ### Fixes * Fixed a link in documents. [[GitHub#244](https://github.com/ruby/csv/pull/244)] [Patch by Peter Zhu] ### Thanks * Peter Zhu * Mau Magnaguagno * Thierry Lambert * Richard Stueven * Hirokazu SUZUKI ## 3.2.3 - 2022-04-09 ### Improvements * Added contents summary to `CSV::Table#inspect`. [GitHub#229][Patch by Eriko Sugiyama] [GitHub#235][Patch by Sampat Badhe] * Suppressed `$INPUT_RECORD_SEPARATOR` deprecation warning by `Warning.warn`. [GitHub#233][Reported by Jean byroot Boussier] * Improved error message for liberal parsing with quoted values. [GitHub#231][Patch by Nikolay Rys] * Fixed typos in documentation. [GitHub#236][Patch by Sampat Badhe] * Added `:max_field_size` option and deprecated `:field_size_limit` option. [GitHub#238][Reported by Dan Buettner] * Added `:symbol_raw` to built-in header converters. [GitHub#237][Reported by taki] [GitHub#239][Patch by Eriko Sugiyama] ### Fixes * Fixed a bug that some texts may be dropped unexpectedly. [Bug #18245][ruby-core:105587][Reported by Hassan Abdul Rehman] * Fixed a bug that `:field_size_limit` doesn't work with not complex row. [GitHub#238][Reported by Dan Buettner] ### Thanks * Hassan Abdul Rehman * Eriko Sugiyama * Jean byroot Boussier * Nikolay Rys * Sampat Badhe * Dan Buettner * taki ## 3.2.2 - 2021-12-24 ### Improvements * Added a validation for invalid option combination. [GitHub#225][Patch by adamroyjones] * Improved documentation for developers. [GitHub#227][Patch by Eriko Sugiyama] ### Fixes * Fixed a bug that all of `ARGF` contents may not be consumed. [GitHub#228][Reported by Rafael Navaza] ### Thanks * adamroyjones * Eriko Sugiyama * Rafael Navaza ## 3.2.1 - 2021-10-23 ### Improvements * doc: Fixed wrong class name. [GitHub#217][Patch by Vince] * Changed to always use `"\n"` for the default row separator on Ruby 3.0 or later because `$INPUT_RECORD_SEPARATOR` was deprecated since Ruby 3.0. * Added support for Ractor. [GitHub#218][Patch by rm155] * Users who want to use the built-in converters in non-main Ractors need to call `Ractor.make_shareable(CSV::Converters)` and/or `Ractor.make_shareable(CSV::HeaderConverters)` before creating non-main Ractors. ### Thanks * Vince * Joakim Antman * rm155 ## 3.2.0 - 2021-06-06 ### Improvements * `CSV.open`: Added support for `:newline` option. [GitHub#198][Patch by Nobuyoshi Nakada] * `CSV::Table#each`: Added support for column mode with duplicated headers. [GitHub#206][Reported by Yaroslav Berezovskiy] * `Object#CSV`: Added support for Ruby 3.0. * `CSV::Row`: Added support for pattern matching. [GitHub#207][Patch by Kevin Newton] ### Fixes * Fixed typos in documentation. [GitHub#196][GitHub#205][Patch by Sampat Badhe] ### Thanks * Sampat Badhe * Nobuyoshi Nakada * Yaroslav Berezovskiy * Kevin Newton ## 3.1.9 - 2020-11-23 ### Fixes * Fixed a compatibility bug that the line to be processed by `skip_lines:` has a row separator. [GitHub#194][Reported by Josef Šimánek] ### Thanks * Josef Šimánek ## 3.1.8 - 2020-11-18 ### Improvements * Improved documentation. [Patch by Burdette Lamar] ### Thanks * Burdette Lamar ## 3.1.7 - 2020-08-04 ### Improvements * Improved document. [GitHub#158][GitHub#160][GitHub#161] [Patch by Burdette Lamar] * Updated required Ruby version to 2.5.0 or later. [GitHub#159] [Patch by Gabriel Nagy] * Removed stringio 0.1.3 or later dependency. ### Thanks * Burdette Lamar * Gabriel Nagy ## 3.1.6 - 2020-07-20 ### Improvements * Improved document. [GitHub#127][GitHub#135][GitHub#136][GitHub#137][GitHub#139][GitHub#140] [GitHub#141][GitHub#142][GitHub#143][GitHub#145][GitHub#146][GitHub#148] [GitHub#148][GitHub#151][GitHub#152][GitHub#154][GitHub#155][GitHub#157] [Patch by Burdette Lamar] * `CSV.open`: Added support for `undef: :replace`. [GitHub#129][Patch by Koichi ITO] * `CSV.open`: Added support for `invalid: :replace`. [GitHub#129][Patch by Koichi ITO] * Don't run quotable check for invalid encoding field values. [GitHub#131][Patch by Koichi ITO] * Added support for specifying the target indexes and names to `force_quotes:`. [GitHub#153][Reported by Aleksandr] * `CSV.generate`: Changed to use the encoding of the first non-ASCII field rather than the encoding of ASCII only field. * Changed to require the stringio gem 0.1.3 or later. ### Thanks * Burdette Lamar * Koichi ITO * Aleksandr ## 3.1.5 - 2020-05-18 ### Improvements * Improved document. [GitHub#124][Patch by Burdette Lamar] ### Fixes * Added missing document files. [GitHub#125][Reported by joast] ### Thanks * Burdette Lamar * joast ## 3.1.4 - 2020-05-17 ### Improvements * Improved document. [GitHub#122][Patch by Burdette Lamar] * Stopped to dropping stack trace for exception caused by `CSV.parse_line`. [GitHub#120][Reported by Kyle d'Oliveira] ### Fixes * Fixed a bug that `:write_nil_value` or `:write_empty_value` don't work with non `String` objects. [GitHub#123][Reported by asm256] ### Thanks * Burdette Lamar * asm256 * Kyle d'Oliveira ## 3.1.3 - 2020-05-09 ### Improvements * `CSV::Row#dup`: Copied deeply. [GitHub#108][Patch by Jim Kane] ### Fixes * Fixed a infinite loop bug for zero length match `skip_lines`. [GitHub#110][Patch by Mike MacDonald] * `CSV.generate`: Fixed a bug that encoding isn't set correctly. [GitHub#110][Patch by Seiei Miyagi] * Fixed document for the `:strip` option. [GitHub#114][Patch by TOMITA Masahiro] * Fixed a parse bug when split charcter exists in middle of column value. [GitHub#115][Reported by TOMITA Masahiro] ### Thanks * Jim Kane * Mike MacDonald * Seiei Miyagi * TOMITA Masahiro ## 3.1.2 - 2019-10-12 ### Improvements * Added `:col_sep` check. [GitHub#94][Reported by Florent Beaurain] * Suppressed warnings. [GitHub#96][Patch by Nobuyoshi Nakada] * Improved documentation. [GitHub#101][GitHub#102][Patch by Vitor Oliveira] ### Fixes * Fixed a typo in documentation. [GitHub#95][Patch by Yuji Yaginuma] * Fixed a multibyte character handling bug. [GitHub#97][Patch by koshigoe] * Fixed typos in documentation. [GitHub#100][Patch by Vitor Oliveira] * Fixed a bug that seeked `StringIO` isn't accepted. [GitHub#98][Patch by MATSUMOTO Katsuyoshi] * Fixed a bug that `CSV.generate_line` doesn't work with `Encoding.default_internal`. [GitHub#105][Reported by David Rodríguez] ### Thanks * Florent Beaurain * Yuji Yaginuma * Nobuyoshi Nakada * koshigoe * Vitor Oliveira * MATSUMOTO Katsuyoshi * David Rodríguez ## 3.1.1 - 2019-04-26 ### Improvements * Added documentation for `strip` option. [GitHub#88][Patch by hayashiyoshino] * Added documentation for `write_converters`, `write_nil_value` and `write_empty_value` options. [GitHub#87][Patch by Masafumi Koba] * Added documentation for `quote_empty` option. [GitHub#89][Patch by kawa\_tech] ### Fixes * Fixed a bug that `strip; true` removes a newline. ### Thanks * hayashiyoshino * Masafumi Koba * kawa\_tech ## 3.1.0 - 2019-04-17 ### Fixes * Fixed a backward incompatibility bug that `CSV#eof?` may raises an error. [GitHub#86][Reported by krororo] ### Thanks * krororo ## 3.0.9 - 2019-04-15 ### Fixes * Fixed a test for Windows. ## 3.0.8 - 2019-04-11 ### Fixes * Fixed a bug that `strip: String` doesn't work. ## 3.0.7 - 2019-04-08 ### Improvements * Improve parse performance 1.5x by introducing loose parser. ### Fixes * Fix performance regression in 3.0.5. * Fix a bug that `CSV#line` returns wrong value when you use `quote_char: nil`. ## 3.0.6 - 2019-03-30 ### Improvements * `CSV.foreach`: Added support for `mode`. ## 3.0.5 - 2019-03-24 ### Improvements * Added `:liberal_parsing => {backslash_quote: true}` option. [GitHub#74][Patch by 284km] * Added `:write_converters` option. [GitHub#73][Patch by Danillo Souza] * Added `:write_nil_value` option. * Added `:write_empty_value` option. * Improved invalid byte line number detection. [GitHub#78][Patch by Alyssa Ross] * Added `quote_char: nil` optimization. [GitHub#79][Patch by 284km] * Improved error message. [GitHub#81][Patch by Andrés Torres] * Improved IO-like implementation for `StringIO` data. [GitHub#80][Patch by Genadi Samokovarov] * Added `:strip` option. [GitHub#58] ### Fixes * Fixed a compatibility bug that `CSV#each` doesn't care `CSV#shift`. [GitHub#76][Patch by Alyssa Ross] * Fixed a compatibility bug that `CSV#eof?` doesn't care `CSV#each` and `CSV#shift`. [GitHub#77][Reported by Chi Leung] * Fixed a compatibility bug that invalid line isn't ignored. [GitHub#82][Reported by krororo] * Fixed a bug that `:skip_lines` doesn't work with multibyte characters data. [GitHub#83][Reported by ff2248] ### Thanks * Alyssa Ross * 284km * Chi Leung * Danillo Souza * Andrés Torres * Genadi Samokovarov * krororo * ff2248 ## 3.0.4 - 2019-01-25 ### Improvements * Removed duplicated `CSV::Row#include?` implementations. [GitHub#69][Patch by Max Schwenk] * Removed duplicated `CSV::Row#header?` implementations. [GitHub#70][Patch by Max Schwenk] ### Fixes * Fixed a typo in document. [GitHub#72][Patch by Artur Beljajev] * Fixed a compatibility bug when row headers are changed. [GitHub#71][Reported by tomoyuki kosaka] ### Thanks * Max Schwenk * Artur Beljajev * tomoyuki kosaka ## 3.0.3 - 2019-01-12 ### Improvements * Migrated benchmark tool to benchmark-driver from benchmark-ips. [GitHub#57][Patch by 284km] * Added `liberal_parsing: {double_quote_outside_quote: true}` parse option. [GitHub#66][Reported by Watson] * Added `quote_empty:` write option. [GitHub#35][Reported by Dave Myron] ### Fixes * Fixed a compatibility bug that `CSV.generate` always return `ASCII-8BIT` encoding string. [GitHub#63][Patch by Watson] * Fixed a compatibility bug that `CSV.parse("", headers: true)` doesn't return `CSV::Table`. [GitHub#64][Reported by Watson][Patch by 284km] * Fixed a compatibility bug that multiple-characters column separator doesn't work. [GitHub#67][Reported by Jesse Reiss] * Fixed a compatibility bug that double `#each` parse twice. [GitHub#68][Reported by Max Schwenk] ### Thanks * Watson * 284km * Jesse Reiss * Dave Myron * Max Schwenk ## 3.0.2 - 2018-12-23 ### Improvements * Changed to use strscan in parser. [GitHub#52][Patch by 284km] * Improves CSV write performance. 3.0.2 will be about 2 times faster than 3.0.1. * Improves CSV parse performance for complex case. 3.0.2 will be about 2 times faster than 3.0.1. ### Fixes * Fixed a parse error bug for new line only input with `headers` option. [GitHub#53][Reported by Chris Beer] * Fixed some typos in document. [GitHub#54][Patch by Victor Shepelev] ### Thanks * 284km * Chris Beer * Victor Shepelev ## 3.0.1 - 2018-12-07 ### Improvements * Added a test. [GitHub#38][Patch by 284km] * `CSV::Row#dup`: Changed to duplicate internal data. [GitHub#39][Reported by André Guimarães Sakata] * Documented `:nil_value` and `:empty_value` options. [GitHub#41][Patch by OwlWorks] * Added support for separator detection for non-seekable inputs. [GitHub#45][Patch by Ilmari Karonen] * Removed needless code. [GitHub#48][Patch by Espartaco Palma] * Added support for parsing header only CSV with `headers: true`. [GitHub#47][Patch by Kazuma Shibasaka] * Added support for coverage report in CI. [GitHub#48][Patch by Espartaco Palma] * Improved auto CR row separator detection. [GitHub#51][Reported by Yuki Kurihara] ### Fixes * Fixed a typo in document. [GitHub#40][Patch by Marcus Stollsteimer] ### Thanks * 284km * André Guimarães Sakata * Marcus Stollsteimer * OwlWorks * Ilmari Karonen * Espartaco Palma * Kazuma Shibasaka * Yuki Kurihara ## 3.0.0 - 2018-06-06 ### Fixes * Fixed a bug that header isn't returned for empty row. [GitHub#37][Patch by Grace Lee] ### Thanks * Grace Lee ## 1.0.2 - 2018-05-03 ### Improvements * Split file for CSV::VERSION * Code cleanup: Split csv.rb into a more manageable structure [GitHub#19][Patch by Espartaco Palma] [GitHub#20][Patch by Steven Daniels] * Use CSV::MalformedCSVError for invalid encoding line [GitHub#26][Reported by deepj] * Support implicit Row <-> Array conversion [Bug #10013][ruby-core:63582][Reported by Dawid Janczak] * Update class docs [GitHub#32][Patch by zverok] * Add `Row#each_pair` [GitHub#33][Patch by zverok] * Improve CSV performance [GitHub#30][Patch by Watson] * Add :nil_value and :empty_value option ### Fixes * Fix a bug that "bom|utf-8" doesn't work [GitHub#23][Reported by Pavel Lobashov] * `CSV::Row#to_h`, `#to_hash`: uses the same value as `Row#[]` [Bug #14482][Reported by tomoya ishida] * Make row separator detection more robust [GitHub#25][Reported by deepj] * Fix a bug that too much separator when col_sep is `" "` [Bug #8784][ruby-core:63582][Reported by Sylvain Laperche] ### Thanks * Espartaco Palma * Steven Daniels * deepj * Dawid Janczak * zverok * Watson * Pavel Lobashov * tomoya ishida * Sylvain Laperche * Ryunosuke Sato ## 1.0.1 - 2018-02-09 ### Improvements * `CSV::Table#delete`: Added bulk delete support. You can delete multiple rows and columns at once. [GitHub#4][Patch by Vladislav] * Updated Gem description. [GitHub#11][Patch by Marcus Stollsteimer] * Code cleanup. [GitHub#12][Patch by Marcus Stollsteimer] [GitHub#14][Patch by Steven Daniels] [GitHub#18][Patch by takkanm] * `CSV::Table#dig`: Added. [GitHub#15][Patch by Tomohiro Ogoke] * `CSV::Row#dig`: Added. [GitHub#15][Patch by Tomohiro Ogoke] * Added ISO 8601 support to date time converter. [GitHub#16] ### Fixes * Fixed wrong `CSV::VERSION`. [GitHub#10][Reported by Marcus Stollsteimer] * `CSV.generate`: Fixed a regression bug that `String` argument is ignored. [GitHub#13][Patch by pavel] ### Thanks * Vladislav * Marcus Stollsteimer * Steven Daniels * takkanm * Tomohiro Ogoke * pavel PK )J [Y[Nj� � * share/gems/gems/csv-3.3.2/lib/csv/table.rbnu �[��� # frozen_string_literal: true require "forwardable" class CSV # = \CSV::Table # A \CSV::Table instance represents \CSV data. # (see {class CSV}[../CSV.html]). # # The instance may have: # - Rows: each is a Table::Row object. # - Headers: names for the columns. # # === Instance Methods # # \CSV::Table has three groups of instance methods: # - Its own internally defined instance methods. # - Methods included by module Enumerable. # - Methods delegated to class Array.: # * Array#empty? # * Array#length # * Array#size # # == Creating a \CSV::Table Instance # # Commonly, a new \CSV::Table instance is created by parsing \CSV source # using headers: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.class # => CSV::Table # # You can also create an instance directly. See ::new. # # == Headers # # If a table has headers, the headers serve as labels for the columns of data. # Each header serves as the label for its column. # # The headers for a \CSV::Table object are stored as an \Array of Strings. # # Commonly, headers are defined in the first row of \CSV source: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.headers # => ["Name", "Value"] # # If no headers are defined, the \Array is empty: # table = CSV::Table.new([]) # table.headers # => [] # # == Access Modes # # \CSV::Table provides three modes for accessing table data: # - \Row mode. # - Column mode. # - Mixed mode (the default for a new table). # # The access mode for a\CSV::Table instance affects the behavior # of some of its instance methods: # - #[] # - #[]= # - #delete # - #delete_if # - #each # - #values_at # # === \Row Mode # # Set a table to row mode with method #by_row!: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_row! # => #<CSV::Table mode:row row_count:4> # # Specify a single row by an \Integer index: # # Get a row. # table[1] # => #<CSV::Row "Name":"bar" "Value":"1"> # # Set a row, then get it. # table[1] = CSV::Row.new(['Name', 'Value'], ['bam', 3]) # table[1] # => #<CSV::Row "Name":"bam" "Value":3> # # Specify a sequence of rows by a \Range: # # Get rows. # table[1..2] # => [#<CSV::Row "Name":"bam" "Value":3>, #<CSV::Row "Name":"baz" "Value":"2">] # # Set rows, then get them. # table[1..2] = [ # CSV::Row.new(['Name', 'Value'], ['bat', 4]), # CSV::Row.new(['Name', 'Value'], ['bad', 5]), # ] # table[1..2] # => [["Name", #<CSV::Row "Name":"bat" "Value":4>], ["Value", #<CSV::Row "Name":"bad" "Value":5>]] # # === Column Mode # # Set a table to column mode with method #by_col!: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_col! # => #<CSV::Table mode:col row_count:4> # # Specify a column by an \Integer index: # # Get a column. # table[0] # # Set a column, then get it. # table[0] = ['FOO', 'BAR', 'BAZ'] # table[0] # => ["FOO", "BAR", "BAZ"] # # Specify a column by its \String header: # # Get a column. # table['Name'] # => ["FOO", "BAR", "BAZ"] # # Set a column, then get it. # table['Name'] = ['Foo', 'Bar', 'Baz'] # table['Name'] # => ["Foo", "Bar", "Baz"] # # === Mixed Mode # # In mixed mode, you can refer to either rows or columns: # - An \Integer index refers to a row. # - A \Range index refers to multiple rows. # - A \String index refers to a column. # # Set a table to mixed mode with method #by_col_or_row!: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_col_or_row! # => #<CSV::Table mode:col_or_row row_count:4> # # Specify a single row by an \Integer index: # # Get a row. # table[1] # => #<CSV::Row "Name":"bar" "Value":"1"> # # Set a row, then get it. # table[1] = CSV::Row.new(['Name', 'Value'], ['bam', 3]) # table[1] # => #<CSV::Row "Name":"bam" "Value":3> # # Specify a sequence of rows by a \Range: # # Get rows. # table[1..2] # => [#<CSV::Row "Name":"bam" "Value":3>, #<CSV::Row "Name":"baz" "Value":"2">] # # Set rows, then get them. # table[1] = CSV::Row.new(['Name', 'Value'], ['bat', 4]) # table[2] = CSV::Row.new(['Name', 'Value'], ['bad', 5]) # table[1..2] # => [["Name", #<CSV::Row "Name":"bat" "Value":4>], ["Value", #<CSV::Row "Name":"bad" "Value":5>]] # # Specify a column by its \String header: # # Get a column. # table['Name'] # => ["foo", "bat", "bad"] # # Set a column, then get it. # table['Name'] = ['Foo', 'Bar', 'Baz'] # table['Name'] # => ["Foo", "Bar", "Baz"] class Table # :call-seq: # CSV::Table.new(array_of_rows, headers = nil) -> csv_table # # Returns a new \CSV::Table object. # # - Argument +array_of_rows+ must be an \Array of CSV::Row objects. # - Argument +headers+, if given, may be an \Array of Strings. # # --- # # Create an empty \CSV::Table object: # table = CSV::Table.new([]) # table # => #<CSV::Table mode:col_or_row row_count:1> # # Create a non-empty \CSV::Table object: # rows = [ # CSV::Row.new([], []), # CSV::Row.new([], []), # CSV::Row.new([], []), # ] # table = CSV::Table.new(rows) # table # => #<CSV::Table mode:col_or_row row_count:4> # # --- # # If argument +headers+ is an \Array of Strings, # those Strings become the table's headers: # table = CSV::Table.new([], headers: ['Name', 'Age']) # table.headers # => ["Name", "Age"] # # If argument +headers+ is not given and the table has rows, # the headers are taken from the first row: # rows = [ # CSV::Row.new(['Foo', 'Bar'], []), # CSV::Row.new(['foo', 'bar'], []), # CSV::Row.new(['FOO', 'BAR'], []), # ] # table = CSV::Table.new(rows) # table.headers # => ["Foo", "Bar"] # # If argument +headers+ is not given and the table is empty (has no rows), # the headers are also empty: # table = CSV::Table.new([]) # table.headers # => [] # # --- # # Raises an exception if argument +array_of_rows+ is not an \Array object: # # Raises NoMethodError (undefined method `first' for :foo:Symbol): # CSV::Table.new(:foo) # # Raises an exception if an element of +array_of_rows+ is not a \CSV::Table object: # # Raises NoMethodError (undefined method `headers' for :foo:Symbol): # CSV::Table.new([:foo]) def initialize(array_of_rows, headers: nil) @table = array_of_rows @headers = headers unless @headers if @table.empty? @headers = [] else @headers = @table.first.headers end end @mode = :col_or_row end # The current access mode for indexing and iteration. attr_reader :mode # Internal data format used to compare equality. attr_reader :table protected :table ### Array Delegation ### extend Forwardable def_delegators :@table, :empty?, :length, :size # :call-seq: # table.by_col -> table_dup # # Returns a duplicate of +self+, in column mode # (see {Column Mode}[#class-CSV::Table-label-Column+Mode]): # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.mode # => :col_or_row # dup_table = table.by_col # dup_table.mode # => :col # dup_table.equal?(table) # => false # It's a dup # # This may be used to chain method calls without changing the mode # (but also will affect performance and memory usage): # dup_table.by_col['Name'] # # Also note that changes to the duplicate table will not affect the original. def by_col self.class.new(@table.dup).by_col! end # :call-seq: # table.by_col! -> self # # Sets the mode for +self+ to column mode # (see {Column Mode}[#class-CSV::Table-label-Column+Mode]); returns +self+: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.mode # => :col_or_row # table1 = table.by_col! # table.mode # => :col # table1.equal?(table) # => true # Returned self def by_col! @mode = :col self end # :call-seq: # table.by_col_or_row -> table_dup # # Returns a duplicate of +self+, in mixed mode # (see {Mixed Mode}[#class-CSV::Table-label-Mixed+Mode]): # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true).by_col! # table.mode # => :col # dup_table = table.by_col_or_row # dup_table.mode # => :col_or_row # dup_table.equal?(table) # => false # It's a dup # # This may be used to chain method calls without changing the mode # (but also will affect performance and memory usage): # dup_table.by_col_or_row['Name'] # # Also note that changes to the duplicate table will not affect the original. def by_col_or_row self.class.new(@table.dup).by_col_or_row! end # :call-seq: # table.by_col_or_row! -> self # # Sets the mode for +self+ to mixed mode # (see {Mixed Mode}[#class-CSV::Table-label-Mixed+Mode]); returns +self+: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true).by_col! # table.mode # => :col # table1 = table.by_col_or_row! # table.mode # => :col_or_row # table1.equal?(table) # => true # Returned self def by_col_or_row! @mode = :col_or_row self end # :call-seq: # table.by_row -> table_dup # # Returns a duplicate of +self+, in row mode # (see {Row Mode}[#class-CSV::Table-label-Row+Mode]): # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.mode # => :col_or_row # dup_table = table.by_row # dup_table.mode # => :row # dup_table.equal?(table) # => false # It's a dup # # This may be used to chain method calls without changing the mode # (but also will affect performance and memory usage): # dup_table.by_row[1] # # Also note that changes to the duplicate table will not affect the original. def by_row self.class.new(@table.dup).by_row! end # :call-seq: # table.by_row! -> self # # Sets the mode for +self+ to row mode # (see {Row Mode}[#class-CSV::Table-label-Row+Mode]); returns +self+: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.mode # => :col_or_row # table1 = table.by_row! # table.mode # => :row # table1.equal?(table) # => true # Returned self def by_row! @mode = :row self end # :call-seq: # table.headers -> array_of_headers # # Returns a new \Array containing the \String headers for the table. # # If the table is not empty, returns the headers from the first row: # rows = [ # CSV::Row.new(['Foo', 'Bar'], []), # CSV::Row.new(['FOO', 'BAR'], []), # CSV::Row.new(['foo', 'bar'], []), # ] # table = CSV::Table.new(rows) # table.headers # => ["Foo", "Bar"] # table.delete(0) # table.headers # => ["FOO", "BAR"] # table.delete(0) # table.headers # => ["foo", "bar"] # # If the table is empty, returns a copy of the headers in the table itself: # table.delete(0) # table.headers # => ["Foo", "Bar"] def headers if @table.empty? @headers.dup else @table.first.headers end end # :call-seq: # table[n] -> row or column_data # table[range] -> array_of_rows or array_of_column_data # table[header] -> array_of_column_data # # Returns data from the table; does not modify the table. # # --- # # Fetch a \Row by Its \Integer Index:: # - Form: <tt>table[n]</tt>, +n+ an integer. # - Access mode: <tt>:row</tt> or <tt>:col_or_row</tt>. # - Return value: _nth_ row of the table, if that row exists; # otherwise +nil+. # # Returns the _nth_ row of the table if that row exists: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_row! # => #<CSV::Table mode:row row_count:4> # table[1] # => #<CSV::Row "Name":"bar" "Value":"1"> # table.by_col_or_row! # => #<CSV::Table mode:col_or_row row_count:4> # table[1] # => #<CSV::Row "Name":"bar" "Value":"1"> # # Counts backward from the last row if +n+ is negative: # table[-1] # => #<CSV::Row "Name":"baz" "Value":"2"> # # Returns +nil+ if +n+ is too large or too small: # table[4] # => nil # table[-4] # => nil # # Raises an exception if the access mode is <tt>:row</tt> # and +n+ is not an \Integer: # table.by_row! # => #<CSV::Table mode:row row_count:4> # # Raises TypeError (no implicit conversion of String into Integer): # table['Name'] # # --- # # Fetch a Column by Its \Integer Index:: # - Form: <tt>table[n]</tt>, +n+ an \Integer. # - Access mode: <tt>:col</tt>. # - Return value: _nth_ column of the table, if that column exists; # otherwise an \Array of +nil+ fields of length <tt>self.size</tt>. # # Returns the _nth_ column of the table if that column exists: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_col! # => #<CSV::Table mode:col row_count:4> # table[1] # => ["0", "1", "2"] # # Counts backward from the last column if +n+ is negative: # table[-2] # => ["foo", "bar", "baz"] # # Returns an \Array of +nil+ fields if +n+ is too large or too small: # table[4] # => [nil, nil, nil] # table[-4] # => [nil, nil, nil] # # --- # # Fetch Rows by \Range:: # - Form: <tt>table[range]</tt>, +range+ a \Range object. # - Access mode: <tt>:row</tt> or <tt>:col_or_row</tt>. # - Return value: rows from the table, beginning at row <tt>range.start</tt>, # if those rows exists. # # Returns rows from the table, beginning at row <tt>range.first</tt>, # if those rows exist: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_row! # => #<CSV::Table mode:row row_count:4> # rows = table[1..2] # => #<CSV::Row "Name":"bar" "Value":"1"> # rows # => [#<CSV::Row "Name":"bar" "Value":"1">, #<CSV::Row "Name":"baz" "Value":"2">] # table.by_col_or_row! # => #<CSV::Table mode:col_or_row row_count:4> # rows = table[1..2] # => #<CSV::Row "Name":"bar" "Value":"1"> # rows # => [#<CSV::Row "Name":"bar" "Value":"1">, #<CSV::Row "Name":"baz" "Value":"2">] # # If there are too few rows, returns all from <tt>range.start</tt> to the end: # rows = table[1..50] # => #<CSV::Row "Name":"bar" "Value":"1"> # rows # => [#<CSV::Row "Name":"bar" "Value":"1">, #<CSV::Row "Name":"baz" "Value":"2">] # # Special case: if <tt>range.start == table.size</tt>, returns an empty \Array: # table[table.size..50] # => [] # # If <tt>range.end</tt> is negative, calculates the ending index from the end: # rows = table[0..-1] # rows # => [#<CSV::Row "Name":"foo" "Value":"0">, #<CSV::Row "Name":"bar" "Value":"1">, #<CSV::Row "Name":"baz" "Value":"2">] # # If <tt>range.start</tt> is negative, calculates the starting index from the end: # rows = table[-1..2] # rows # => [#<CSV::Row "Name":"baz" "Value":"2">] # # If <tt>range.start</tt> is larger than <tt>table.size</tt>, returns +nil+: # table[4..4] # => nil # # --- # # Fetch Columns by \Range:: # - Form: <tt>table[range]</tt>, +range+ a \Range object. # - Access mode: <tt>:col</tt>. # - Return value: column data from the table, beginning at column <tt>range.start</tt>, # if those columns exist. # # Returns column values from the table, if the column exists; # the values are arranged by row: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_col! # table[0..1] # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # Special case: if <tt>range.start == headers.size</tt>, # returns an \Array (size: <tt>table.size</tt>) of empty \Arrays: # table[table.headers.size..50] # => [[], [], []] # # If <tt>range.end</tt> is negative, calculates the ending index from the end: # table[0..-1] # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # If <tt>range.start</tt> is negative, calculates the starting index from the end: # table[-2..2] # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # If <tt>range.start</tt> is larger than <tt>table.size</tt>, # returns an \Array of +nil+ values: # table[4..4] # => [nil, nil, nil] # # --- # # Fetch a Column by Its \String Header:: # - Form: <tt>table[header]</tt>, +header+ a \String header. # - Access mode: <tt>:col</tt> or <tt>:col_or_row</tt> # - Return value: column data from the table, if that +header+ exists. # # Returns column values from the table, if the column exists: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_col! # => #<CSV::Table mode:col row_count:4> # table['Name'] # => ["foo", "bar", "baz"] # table.by_col_or_row! # => #<CSV::Table mode:col_or_row row_count:4> # col = table['Name'] # col # => ["foo", "bar", "baz"] # # Modifying the returned column values does not modify the table: # col[0] = 'bat' # col # => ["bat", "bar", "baz"] # table['Name'] # => ["foo", "bar", "baz"] # # Returns an \Array of +nil+ values if there is no such column: # table['Nosuch'] # => [nil, nil, nil] def [](index_or_header) if @mode == :row or # by index (@mode == :col_or_row and (index_or_header.is_a?(Integer) or index_or_header.is_a?(Range))) @table[index_or_header] else # by header @table.map { |row| row[index_or_header] } end end # :call-seq: # table[n] = row -> row # table[n] = field_or_array_of_fields -> field_or_array_of_fields # table[header] = field_or_array_of_fields -> field_or_array_of_fields # # Puts data onto the table. # # --- # # Set a \Row by Its \Integer Index:: # - Form: <tt>table[n] = row</tt>, +n+ an \Integer, # +row+ a \CSV::Row instance or an \Array of fields. # - Access mode: <tt>:row</tt> or <tt>:col_or_row</tt>. # - Return value: +row+. # # If the row exists, it is replaced: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # new_row = CSV::Row.new(['Name', 'Value'], ['bat', 3]) # table.by_row! # => #<CSV::Table mode:row row_count:4> # return_value = table[0] = new_row # return_value.equal?(new_row) # => true # Returned the row # table[0].to_h # => {"Name"=>"bat", "Value"=>3} # # With access mode <tt>:col_or_row</tt>: # table.by_col_or_row! # => #<CSV::Table mode:col_or_row row_count:4> # table[0] = CSV::Row.new(['Name', 'Value'], ['bam', 4]) # table[0].to_h # => {"Name"=>"bam", "Value"=>4} # # With an \Array instead of a \CSV::Row, inherits headers from the table: # array = ['bad', 5] # return_value = table[0] = array # return_value.equal?(array) # => true # Returned the array # table[0].to_h # => {"Name"=>"bad", "Value"=>5} # # If the row does not exist, extends the table by adding rows: # assigns rows with +nil+ as needed: # table.size # => 3 # table[5] = ['bag', 6] # table.size # => 6 # table[3] # => nil # table[4]# => nil # table[5].to_h # => {"Name"=>"bag", "Value"=>6} # # Note that the +nil+ rows are actually +nil+, not a row of +nil+ fields. # # --- # # Set a Column by Its \Integer Index:: # - Form: <tt>table[n] = array_of_fields</tt>, +n+ an \Integer, # +array_of_fields+ an \Array of \String fields. # - Access mode: <tt>:col</tt>. # - Return value: +array_of_fields+. # # If the column exists, it is replaced: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # new_col = [3, 4, 5] # table.by_col! # => #<CSV::Table mode:col row_count:4> # return_value = table[1] = new_col # return_value.equal?(new_col) # => true # Returned the column # table[1] # => [3, 4, 5] # # The rows, as revised: # table.by_row! # => #<CSV::Table mode:row row_count:4> # table[0].to_h # => {"Name"=>"foo", "Value"=>3} # table[1].to_h # => {"Name"=>"bar", "Value"=>4} # table[2].to_h # => {"Name"=>"baz", "Value"=>5} # table.by_col! # => #<CSV::Table mode:col row_count:4> # # If there are too few values, fills with +nil+ values: # table[1] = [0] # table[1] # => [0, nil, nil] # # If there are too many values, ignores the extra values: # table[1] = [0, 1, 2, 3, 4] # table[1] # => [0, 1, 2] # # If a single value is given, replaces all fields in the column with that value: # table[1] = 'bat' # table[1] # => ["bat", "bat", "bat"] # # --- # # Set a Column by Its \String Header:: # - Form: <tt>table[header] = field_or_array_of_fields</tt>, # +header+ a \String header, +field_or_array_of_fields+ a field value # or an \Array of \String fields. # - Access mode: <tt>:col</tt> or <tt>:col_or_row</tt>. # - Return value: +field_or_array_of_fields+. # # If the column exists, it is replaced: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # new_col = [3, 4, 5] # table.by_col! # => #<CSV::Table mode:col row_count:4> # return_value = table['Value'] = new_col # return_value.equal?(new_col) # => true # Returned the column # table['Value'] # => [3, 4, 5] # # The rows, as revised: # table.by_row! # => #<CSV::Table mode:row row_count:4> # table[0].to_h # => {"Name"=>"foo", "Value"=>3} # table[1].to_h # => {"Name"=>"bar", "Value"=>4} # table[2].to_h # => {"Name"=>"baz", "Value"=>5} # table.by_col! # => #<CSV::Table mode:col row_count:4> # # If there are too few values, fills with +nil+ values: # table['Value'] = [0] # table['Value'] # => [0, nil, nil] # # If there are too many values, ignores the extra values: # table['Value'] = [0, 1, 2, 3, 4] # table['Value'] # => [0, 1, 2] # # If the column does not exist, extends the table by adding columns: # table['Note'] = ['x', 'y', 'z'] # table['Note'] # => ["x", "y", "z"] # # The rows, as revised: # table.by_row! # table[0].to_h # => {"Name"=>"foo", "Value"=>0, "Note"=>"x"} # table[1].to_h # => {"Name"=>"bar", "Value"=>1, "Note"=>"y"} # table[2].to_h # => {"Name"=>"baz", "Value"=>2, "Note"=>"z"} # table.by_col! # # If a single value is given, replaces all fields in the column with that value: # table['Value'] = 'bat' # table['Value'] # => ["bat", "bat", "bat"] def []=(index_or_header, value) if @mode == :row or # by index (@mode == :col_or_row and index_or_header.is_a? Integer) if value.is_a? Array @table[index_or_header] = Row.new(headers, value) else @table[index_or_header] = value end else # set column unless index_or_header.is_a? Integer index = @headers.index(index_or_header) || @headers.size @headers[index] = index_or_header end if value.is_a? Array # multiple values @table.each_with_index do |row, i| if row.header_row? row[index_or_header] = index_or_header else row[index_or_header] = value[i] end end else # repeated value @table.each do |row| if row.header_row? row[index_or_header] = index_or_header else row[index_or_header] = value end end end end end # :call-seq: # table.values_at(*indexes) -> array_of_rows # table.values_at(*headers) -> array_of_columns_data # # If the access mode is <tt>:row</tt> or <tt>:col_or_row</tt>, # and each argument is either an \Integer or a \Range, # returns rows. # Otherwise, returns columns data. # # In either case, the returned values are in the order # specified by the arguments. Arguments may be repeated. # # --- # # Returns rows as an \Array of \CSV::Row objects. # # No argument: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.values_at # => [] # # One index: # values = table.values_at(0) # values # => [#<CSV::Row "Name":"foo" "Value":"0">] # # Two indexes: # values = table.values_at(2, 0) # values # => [#<CSV::Row "Name":"baz" "Value":"2">, #<CSV::Row "Name":"foo" "Value":"0">] # # One \Range: # values = table.values_at(1..2) # values # => [#<CSV::Row "Name":"bar" "Value":"1">, #<CSV::Row "Name":"baz" "Value":"2">] # # \Ranges and indexes: # values = table.values_at(0..1, 1..2, 0, 2) # pp values # Output: # [#<CSV::Row "Name":"foo" "Value":"0">, # #<CSV::Row "Name":"bar" "Value":"1">, # #<CSV::Row "Name":"bar" "Value":"1">, # #<CSV::Row "Name":"baz" "Value":"2">, # #<CSV::Row "Name":"foo" "Value":"0">, # #<CSV::Row "Name":"baz" "Value":"2">] # # --- # # Returns columns data as row Arrays, # each consisting of the specified columns data for that row: # values = table.values_at('Name') # values # => [["foo"], ["bar"], ["baz"]] # values = table.values_at('Value', 'Name') # values # => [["0", "foo"], ["1", "bar"], ["2", "baz"]] def values_at(*indices_or_headers) if @mode == :row or # by indices ( @mode == :col_or_row and indices_or_headers.all? do |index| index.is_a?(Integer) or ( index.is_a?(Range) and index.first.is_a?(Integer) and index.last.is_a?(Integer) ) end ) @table.values_at(*indices_or_headers) else # by headers @table.map { |row| row.values_at(*indices_or_headers) } end end # :call-seq: # table << row_or_array -> self # # If +row_or_array+ is a \CSV::Row object, # it is appended to the table: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table << CSV::Row.new(table.headers, ['bat', 3]) # table[3] # => #<CSV::Row "Name":"bat" "Value":3> # # If +row_or_array+ is an \Array, it is used to create a new # \CSV::Row object which is then appended to the table: # table << ['bam', 4] # table[4] # => #<CSV::Row "Name":"bam" "Value":4> def <<(row_or_array) if row_or_array.is_a? Array # append Array @table << Row.new(headers, row_or_array) else # append Row @table << row_or_array end self # for chaining end # # :call-seq: # table.push(*rows_or_arrays) -> self # # A shortcut for appending multiple rows. Equivalent to: # rows.each {|row| self << row } # # Each argument may be either a \CSV::Row object or an \Array: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # rows = [ # CSV::Row.new(table.headers, ['bat', 3]), # ['bam', 4] # ] # table.push(*rows) # table[3..4] # => [#<CSV::Row "Name":"bat" "Value":3>, #<CSV::Row "Name":"bam" "Value":4>] def push(*rows) rows.each { |row| self << row } self # for chaining end # :call-seq: # table.delete(*indexes) -> deleted_values # table.delete(*headers) -> deleted_values # # If the access mode is <tt>:row</tt> or <tt>:col_or_row</tt>, # and each argument is either an \Integer or a \Range, # returns deleted rows. # Otherwise, returns deleted columns data. # # In either case, the returned values are in the order # specified by the arguments. Arguments may be repeated. # # --- # # Returns rows as an \Array of \CSV::Row objects. # # One index: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # deleted_values = table.delete(0) # deleted_values # => [#<CSV::Row "Name":"foo" "Value":"0">] # # Two indexes: # table = CSV.parse(source, headers: true) # deleted_values = table.delete(2, 0) # deleted_values # => [#<CSV::Row "Name":"baz" "Value":"2">, #<CSV::Row "Name":"foo" "Value":"0">] # # --- # # Returns columns data as column Arrays. # # One header: # table = CSV.parse(source, headers: true) # deleted_values = table.delete('Name') # deleted_values # => ["foo", "bar", "baz"] # # Two headers: # table = CSV.parse(source, headers: true) # deleted_values = table.delete('Value', 'Name') # deleted_values # => [["0", "1", "2"], ["foo", "bar", "baz"]] def delete(*indexes_or_headers) if indexes_or_headers.empty? raise ArgumentError, "wrong number of arguments (given 0, expected 1+)" end deleted_values = indexes_or_headers.map do |index_or_header| if @mode == :row or # by index (@mode == :col_or_row and index_or_header.is_a? Integer) @table.delete_at(index_or_header) else # by header if index_or_header.is_a? Integer @headers.delete_at(index_or_header) else @headers.delete(index_or_header) end @table.map { |row| row.delete(index_or_header).last } end end if indexes_or_headers.size == 1 deleted_values[0] else deleted_values end end # :call-seq: # table.delete_if {|row_or_column| ... } -> self # # Removes rows or columns for which the block returns a truthy value; # returns +self+. # # Removes rows when the access mode is <tt>:row</tt> or <tt>:col_or_row</tt>; # calls the block with each \CSV::Row object: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_row! # => #<CSV::Table mode:row row_count:4> # table.size # => 3 # table.delete_if {|row| row['Name'].start_with?('b') } # table.size # => 1 # # Removes columns when the access mode is <tt>:col</tt>; # calls the block with each column as a 2-element array # containing the header and an \Array of column fields: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_col! # => #<CSV::Table mode:col row_count:4> # table.headers.size # => 2 # table.delete_if {|column_data| column_data[1].include?('2') } # table.headers.size # => 1 # # Returns a new \Enumerator if no block is given: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.delete_if # => #<Enumerator: #<CSV::Table mode:col_or_row row_count:4>:delete_if> def delete_if(&block) return enum_for(__method__) { @mode == :row or @mode == :col_or_row ? size : headers.size } unless block_given? if @mode == :row or @mode == :col_or_row # by index @table.delete_if(&block) else # by header headers.each do |header| delete(header) if yield([header, self[header]]) end end self # for chaining end include Enumerable # :call-seq: # table.each {|row_or_column| ... ) -> self # # Calls the block with each row or column; returns +self+. # # When the access mode is <tt>:row</tt> or <tt>:col_or_row</tt>, # calls the block with each \CSV::Row object: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.by_row! # => #<CSV::Table mode:row row_count:4> # table.each {|row| p row } # Output: # #<CSV::Row "Name":"foo" "Value":"0"> # #<CSV::Row "Name":"bar" "Value":"1"> # #<CSV::Row "Name":"baz" "Value":"2"> # # When the access mode is <tt>:col</tt>, # calls the block with each column as a 2-element array # containing the header and an \Array of column fields: # table.by_col! # => #<CSV::Table mode:col row_count:4> # table.each {|column_data| p column_data } # Output: # ["Name", ["foo", "bar", "baz"]] # ["Value", ["0", "1", "2"]] # # Returns a new \Enumerator if no block is given: # table.each # => #<Enumerator: #<CSV::Table mode:col row_count:4>:each> def each(&block) return enum_for(__method__) { @mode == :col ? headers.size : size } unless block_given? if @mode == :col headers.each.with_index do |header, i| yield([header, @table.map {|row| row[header, i]}]) end else @table.each(&block) end self # for chaining end # :call-seq: # table == other_table -> true or false # # Returns +true+ if all each row of +self+ <tt>==</tt> # the corresponding row of +other_table+, otherwise, +false+. # # The access mode does no affect the result. # # Equal tables: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # other_table = CSV.parse(source, headers: true) # table == other_table # => true # # Different row count: # other_table.delete(2) # table == other_table # => false # # Different last row: # other_table << ['bat', 3] # table == other_table # => false def ==(other) return @table == other.table if other.is_a? CSV::Table @table == other end # :call-seq: # table.to_a -> array_of_arrays # # Returns the table as an \Array of \Arrays; # the headers are in the first row: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.to_a # => [["Name", "Value"], ["foo", "0"], ["bar", "1"], ["baz", "2"]] def to_a array = [headers] @table.each do |row| array.push(row.fields) unless row.header_row? end array end # :call-seq: # table.to_csv(**options) -> csv_string # # Returns the table as \CSV string. # See {Options for Generating}[../CSV.html#class-CSV-label-Options+for+Generating]. # # Defaults option +write_headers+ to +true+: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.to_csv # => "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # # Omits the headers if option +write_headers+ is given as +false+ # (see {Option +write_headers+}[../CSV.html#class-CSV-label-Option+write_headers]): # table.to_csv(write_headers: false) # => "foo,0\nbar,1\nbaz,2\n" # # Limit rows if option +limit+ is given like +2+: # table.to_csv(limit: 2) # => "Name,Value\nfoo,0\nbar,1\n" def to_csv(write_headers: true, limit: nil, **options) array = write_headers ? [headers.to_csv(**options)] : [] limit ||= @table.size limit = @table.size + 1 + limit if limit < 0 limit = 0 if limit < 0 @table.first(limit).each do |row| array.push(row.fields.to_csv(**options)) unless row.header_row? end array.join("") end alias_method :to_s, :to_csv # # Extracts the nested value specified by the sequence of +index+ or +header+ objects by calling dig at each step, # returning nil if any intermediate step is nil. # def dig(index_or_header, *index_or_headers) value = self[index_or_header] if value.nil? nil elsif index_or_headers.empty? value else unless value.respond_to?(:dig) raise TypeError, "#{value.class} does not have \#dig method" end value.dig(*index_or_headers) end end # :call-seq: # table.inspect => string # # Returns a <tt>US-ASCII</tt>-encoded \String showing table: # - Class: <tt>CSV::Table</tt>. # - Access mode: <tt>:row</tt>, <tt>:col</tt>, or <tt>:col_or_row</tt>. # - Size: Row count, including the header row. # # Example: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.inspect # => "#<CSV::Table mode:col_or_row row_count:4>\nName,Value\nfoo,0\nbar,1\nbaz,2\n" # def inspect inspected = +"#<#{self.class} mode:#{@mode} row_count:#{to_a.size}>" summary = to_csv(limit: 5) inspected << "\n" << summary if summary.encoding.ascii_compatible? inspected end end end PK )J [��g� � + share/gems/gems/csv-3.3.2/lib/csv/parser.rbnu �[��� # frozen_string_literal: true require "strscan" require_relative "input_record_separator" require_relative "row" require_relative "table" class CSV # Note: Don't use this class directly. This is an internal class. class Parser # # A CSV::Parser is m17n aware. The parser works in the Encoding of the IO # or String object being read from or written to. Your data is never transcoded # (unless you ask Ruby to transcode it for you) and will literally be parsed in # the Encoding it is in. Thus CSV will return Arrays or Rows of Strings in the # Encoding of your data. This is accomplished by transcoding the parser itself # into your Encoding. # # Raised when encoding is invalid. class InvalidEncoding < StandardError end # Raised when unexpected case is happen. class UnexpectedError < StandardError end # # CSV::Scanner receives a CSV output, scans it and return the content. # It also controls the life cycle of the object with its methods +keep_start+, # +keep_end+, +keep_back+, +keep_drop+. # # Uses StringScanner (the official strscan gem). Strscan provides lexical # scanning operations on a String. We inherit its object and take advantage # on the methods. For more information, please visit: # https://ruby-doc.org/stdlib-2.6.1/libdoc/strscan/rdoc/StringScanner.html # class Scanner < StringScanner alias_method :scan_all, :scan def initialize(*args) super @keeps = [] end def each_line(row_separator) position = pos rest.each_line(row_separator) do |line| position += line.bytesize self.pos = position yield(line) end end def keep_start @keeps.push(pos) end def keep_end start = @keeps.pop string.byteslice(start, pos - start) end def keep_back self.pos = @keeps.pop end def keep_drop @keeps.pop end end # # CSV::InputsScanner receives IO inputs, encoding and the chunk_size. # It also controls the life cycle of the object with its methods +keep_start+, # +keep_end+, +keep_back+, +keep_drop+. # # CSV::InputsScanner.scan() tries to match with pattern at the current position. # If there's a match, the scanner advances the "scan pointer" and returns the matched string. # Otherwise, the scanner returns nil. # # CSV::InputsScanner.rest() returns the "rest" of the string (i.e. everything after the scan pointer). # If there is no more data (eos? = true), it returns "". # class InputsScanner def initialize(inputs, encoding, row_separator, chunk_size: 8192) @inputs = inputs.dup @encoding = encoding @row_separator = row_separator @chunk_size = chunk_size @last_scanner = @inputs.empty? @keeps = [] read_chunk end def each_line(row_separator) return enum_for(__method__, row_separator) unless block_given? buffer = nil input = @scanner.rest position = @scanner.pos offset = 0 n_row_separator_chars = row_separator.size # trace(__method__, :start, input) while true input.each_line(row_separator) do |line| @scanner.pos += line.bytesize if buffer if n_row_separator_chars == 2 and buffer.end_with?(row_separator[0]) and line.start_with?(row_separator[1]) buffer << line[0] line = line[1..-1] position += buffer.bytesize + offset @scanner.pos = position offset = 0 yield(buffer) buffer = nil next if line.empty? else buffer << line line = buffer buffer = nil end end if line.end_with?(row_separator) position += line.bytesize + offset @scanner.pos = position offset = 0 yield(line) else buffer = line end end break unless read_chunk input = @scanner.rest position = @scanner.pos offset = -buffer.bytesize if buffer end yield(buffer) if buffer end def scan(pattern) # trace(__method__, pattern, :start) value = @scanner.scan(pattern) # trace(__method__, pattern, :done, :last, value) if @last_scanner return value if @last_scanner read_chunk if value and @scanner.eos? # trace(__method__, pattern, :done, value) value end def scan_all(pattern) # trace(__method__, pattern, :start) value = @scanner.scan(pattern) # trace(__method__, pattern, :done, :last, value) if @last_scanner return value if @last_scanner # trace(__method__, pattern, :done, :nil) if value.nil? return nil if value.nil? while @scanner.eos? and read_chunk and (sub_value = @scanner.scan(pattern)) # trace(__method__, pattern, :sub, sub_value) value << sub_value end # trace(__method__, pattern, :done, value) value end def eos? @scanner.eos? end def keep_start # trace(__method__, :start) adjust_last_keep @keeps.push([@scanner, @scanner.pos, nil]) # trace(__method__, :done) end def keep_end # trace(__method__, :start) scanner, start, buffer = @keeps.pop if scanner == @scanner keep = @scanner.string.byteslice(start, @scanner.pos - start) else keep = @scanner.string.byteslice(0, @scanner.pos) end if buffer buffer << keep keep = buffer end # trace(__method__, :done, keep) keep end def keep_back # trace(__method__, :start) scanner, start, buffer = @keeps.pop if buffer # trace(__method__, :rescan, start, buffer) string = @scanner.string if scanner == @scanner keep = string.byteslice(start, string.bytesize - @scanner.pos - start) else keep = string end if keep and not keep.empty? @inputs.unshift(StringIO.new(keep)) @last_scanner = false end @scanner = StringScanner.new(buffer) else if @scanner != scanner message = "scanners are different but no buffer: " message += "#{@scanner.inspect}(#{@scanner.object_id}): " message += "#{scanner.inspect}(#{scanner.object_id})" raise UnexpectedError, message end # trace(__method__, :repos, start, buffer) @scanner.pos = start last_scanner, last_start, last_buffer = @keeps.last # Drop the last buffer when the last buffer is the same data # in the last keep. If we keep it, we have duplicated data # by the next keep_back. if last_scanner == @scanner and last_buffer and last_buffer == last_scanner.string.byteslice(last_start, start) @keeps.last[2] = nil end end read_chunk if @scanner.eos? end def keep_drop _, _, buffer = @keeps.pop # trace(__method__, :done, :empty) unless buffer return unless buffer last_keep = @keeps.last # trace(__method__, :done, :no_last_keep) unless last_keep return unless last_keep if last_keep[2] last_keep[2] << buffer else last_keep[2] = buffer end # trace(__method__, :done) end def rest @scanner.rest end def check(pattern) @scanner.check(pattern) end private def trace(*args) pp([*args, @scanner, @scanner&.string, @scanner&.pos, @keeps]) end def adjust_last_keep # trace(__method__, :start) keep = @keeps.last # trace(__method__, :done, :empty) if keep.nil? return if keep.nil? scanner, start, buffer = keep string = @scanner.string if @scanner != scanner start = 0 end if start == 0 and @scanner.eos? keep_data = string else keep_data = string.byteslice(start, @scanner.pos - start) end if keep_data if buffer buffer << keep_data else keep[2] = keep_data.dup end end # trace(__method__, :done) end def read_chunk return false if @last_scanner adjust_last_keep input = @inputs.first case input when StringIO string = input.read raise InvalidEncoding unless string.valid_encoding? # trace(__method__, :stringio, string) @scanner = StringScanner.new(string) @inputs.shift @last_scanner = @inputs.empty? true else chunk = input.gets(@row_separator, @chunk_size) if chunk raise InvalidEncoding unless chunk.valid_encoding? # trace(__method__, :chunk, chunk) @scanner = StringScanner.new(chunk) if input.respond_to?(:eof?) and input.eof? @inputs.shift @last_scanner = @inputs.empty? end true else # trace(__method__, :no_chunk) @scanner = StringScanner.new("".encode(@encoding)) @inputs.shift @last_scanner = @inputs.empty? if @last_scanner false else read_chunk end end end end end def initialize(input, options) @input = input @options = options @samples = [] prepare end def column_separator @column_separator end def row_separator @row_separator end def quote_character @quote_character end def field_size_limit @max_field_size&.succ end def max_field_size @max_field_size end def skip_lines @skip_lines end def unconverted_fields? @unconverted_fields end def headers @headers end def header_row? @use_headers and @headers.nil? end def return_headers? @return_headers end def skip_blanks? @skip_blanks end def liberal_parsing? @liberal_parsing end def lineno @lineno end def line last_line end def parse(&block) return to_enum(__method__) unless block_given? if @return_headers and @headers and @raw_headers headers = Row.new(@headers, @raw_headers, true) if @unconverted_fields headers = add_unconverted_fields(headers, []) end yield headers end begin @scanner ||= build_scanner __send__(@parse_method, &block) rescue InvalidEncoding if @scanner ignore_broken_line lineno = @lineno else lineno = @lineno + 1 end raise InvalidEncodingError.new(@encoding, lineno) rescue UnexpectedError => error if @scanner ignore_broken_line lineno = @lineno else lineno = @lineno + 1 end message = "This should not be happen: #{error.message}: " message += "Please report this to https://github.com/ruby/csv/issues" raise MalformedCSVError.new(message, lineno) end end def use_headers? @use_headers end private # A set of tasks to prepare the file in order to parse it def prepare prepare_variable prepare_quote_character prepare_backslash prepare_skip_lines prepare_strip prepare_separators validate_strip_and_col_sep_options prepare_quoted prepare_unquoted prepare_line prepare_header prepare_parser end def prepare_variable @encoding = @options[:encoding] liberal_parsing = @options[:liberal_parsing] if liberal_parsing @liberal_parsing = true if liberal_parsing.is_a?(Hash) @double_quote_outside_quote = liberal_parsing[:double_quote_outside_quote] @backslash_quote = liberal_parsing[:backslash_quote] else @double_quote_outside_quote = false @backslash_quote = false end else @liberal_parsing = false @backslash_quote = false end @unconverted_fields = @options[:unconverted_fields] @max_field_size = @options[:max_field_size] @skip_blanks = @options[:skip_blanks] @fields_converter = @options[:fields_converter] @header_fields_converter = @options[:header_fields_converter] end def prepare_quote_character @quote_character = @options[:quote_character] if @quote_character.nil? @escaped_quote_character = nil @escaped_quote = nil else @quote_character = @quote_character.to_s.encode(@encoding) if @quote_character.length != 1 message = ":quote_char has to be nil or a single character String" raise ArgumentError, message end @escaped_quote_character = Regexp.escape(@quote_character) @escaped_quote = Regexp.new(@escaped_quote_character) end end def prepare_backslash return unless @backslash_quote @backslash_character = "\\".encode(@encoding) @escaped_backslash_character = Regexp.escape(@backslash_character) @escaped_backslash = Regexp.new(@escaped_backslash_character) if @quote_character.nil? @backslash_quote_character = nil else @backslash_quote_character = @backslash_character + @escaped_quote_character end end def prepare_skip_lines skip_lines = @options[:skip_lines] case skip_lines when String @skip_lines = skip_lines.encode(@encoding) when Regexp, nil @skip_lines = skip_lines else unless skip_lines.respond_to?(:match) message = ":skip_lines has to respond to \#match: #{skip_lines.inspect}" raise ArgumentError, message end @skip_lines = skip_lines end end def prepare_strip @strip = @options[:strip] @escaped_strip = nil @strip_value = nil @rstrip_value = nil if @strip.is_a?(String) case @strip.length when 0 raise ArgumentError, ":strip must not be an empty String" when 1 # ok else raise ArgumentError, ":strip doesn't support 2 or more characters yet" end @strip = @strip.encode(@encoding) @escaped_strip = Regexp.escape(@strip) if @quote_character @strip_value = Regexp.new(@escaped_strip + "+".encode(@encoding)) @rstrip_value = Regexp.new(@escaped_strip + "+\\z".encode(@encoding)) end elsif @strip strip_values = " \t\f\v" @escaped_strip = strip_values.encode(@encoding) if @quote_character @strip_value = Regexp.new("[#{strip_values}]+".encode(@encoding)) @rstrip_value = Regexp.new("[#{strip_values}]+\\z".encode(@encoding)) end end end begin StringScanner.new("x").scan("x") rescue TypeError STRING_SCANNER_SCAN_ACCEPT_STRING = false else STRING_SCANNER_SCAN_ACCEPT_STRING = true end def prepare_separators column_separator = @options[:column_separator] @column_separator = column_separator.to_s.encode(@encoding) if @column_separator.size < 1 message = ":col_sep must be 1 or more characters: " message += column_separator.inspect raise ArgumentError, message end @row_separator = resolve_row_separator(@options[:row_separator]).encode(@encoding) @escaped_column_separator = Regexp.escape(@column_separator) @escaped_first_column_separator = Regexp.escape(@column_separator[0]) if @column_separator.size > 1 @column_end = Regexp.new(@escaped_column_separator) @column_ends = @column_separator.each_char.collect do |char| Regexp.new(Regexp.escape(char)) end @first_column_separators = Regexp.new(@escaped_first_column_separator + "+".encode(@encoding)) else if STRING_SCANNER_SCAN_ACCEPT_STRING @column_end = @column_separator else @column_end = Regexp.new(@escaped_column_separator) end @column_ends = nil @first_column_separators = nil end escaped_row_separator = Regexp.escape(@row_separator) @row_end = Regexp.new(escaped_row_separator) if @row_separator.size > 1 @row_ends = @row_separator.each_char.collect do |char| Regexp.new(Regexp.escape(char)) end else @row_ends = nil end @cr = "\r".encode(@encoding) @lf = "\n".encode(@encoding) @line_end = Regexp.new("\r\n|\n|\r".encode(@encoding)) @not_line_end = Regexp.new("[^\r\n]+".encode(@encoding)) end # This method verifies that there are no (obvious) ambiguities with the # provided +col_sep+ and +strip+ parsing options. For example, if +col_sep+ # and +strip+ were both equal to +\t+, then there would be no clear way to # parse the input. def validate_strip_and_col_sep_options return unless @strip if @strip.is_a?(String) if @column_separator.start_with?(@strip) || @column_separator.end_with?(@strip) raise ArgumentError, "The provided strip (#{@escaped_strip}) and " \ "col_sep (#{@escaped_column_separator}) options are incompatible." end else if Regexp.new("\\A[#{@escaped_strip}]|[#{@escaped_strip}]\\z").match?(@column_separator) raise ArgumentError, "The provided strip (true) and " \ "col_sep (#{@escaped_column_separator}) options are incompatible." end end end def prepare_quoted if @quote_character @quotes = Regexp.new(@escaped_quote_character + "+".encode(@encoding)) no_quoted_values = @escaped_quote_character.dup if @backslash_quote no_quoted_values << @escaped_backslash_character end @quoted_value = Regexp.new("[^".encode(@encoding) + no_quoted_values + "]+".encode(@encoding)) end if @escaped_strip @split_column_separator = Regexp.new(@escaped_strip + "*".encode(@encoding) + @escaped_column_separator + @escaped_strip + "*".encode(@encoding)) else if @column_separator == " ".encode(@encoding) @split_column_separator = Regexp.new(@escaped_column_separator) else @split_column_separator = @column_separator end end end def prepare_unquoted return if @quote_character.nil? no_unquoted_values = "\r\n".encode(@encoding) no_unquoted_values << @escaped_first_column_separator unless @liberal_parsing no_unquoted_values << @escaped_quote_character end @unquoted_value = Regexp.new("[^".encode(@encoding) + no_unquoted_values + "]+".encode(@encoding)) end def resolve_row_separator(separator) if separator == :auto cr = "\r".encode(@encoding) lf = "\n".encode(@encoding) if @input.is_a?(StringIO) pos = @input.pos separator = detect_row_separator(@input.read, cr, lf) @input.seek(pos) elsif @input.respond_to?(:gets) if @input.is_a?(File) chunk_size = 32 * 1024 else chunk_size = 1024 end begin while separator == :auto # # if we run out of data, it's probably a single line # (ensure will set default value) # break unless sample = @input.gets(nil, chunk_size) # extend sample if we're unsure of the line ending if sample.end_with?(cr) sample << (@input.gets(nil, 1) || "") end @samples << sample separator = detect_row_separator(sample, cr, lf) end rescue IOError # do nothing: ensure will set default end end separator = InputRecordSeparator.value if separator == :auto end separator.to_s.encode(@encoding) end def detect_row_separator(sample, cr, lf) lf_index = sample.index(lf) if lf_index cr_index = sample[0, lf_index].index(cr) else cr_index = sample.index(cr) end if cr_index and lf_index if cr_index + 1 == lf_index cr + lf elsif cr_index < lf_index cr else lf end elsif cr_index cr elsif lf_index lf else :auto end end def prepare_line @lineno = 0 @last_line = nil @scanner = nil end def last_line if @scanner @last_line ||= @scanner.keep_end else @last_line end end def prepare_header @return_headers = @options[:return_headers] headers = @options[:headers] case headers when Array @raw_headers = headers quoted_fields = FieldsConverter::NO_QUOTED_FIELDS @use_headers = true when String @raw_headers, quoted_fields = parse_headers(headers) @use_headers = true when nil, false @raw_headers = nil @use_headers = false else @raw_headers = nil @use_headers = true end if @raw_headers @headers = adjust_headers(@raw_headers, quoted_fields) else @headers = nil end end def parse_headers(row) quoted_fields = [] converter = lambda do |field, info| quoted_fields << info.quoted? field end headers = CSV.parse_line(row, col_sep: @column_separator, row_sep: @row_separator, quote_char: @quote_character, converters: [converter]) [headers, quoted_fields] end def adjust_headers(headers, quoted_fields) adjusted_headers = @header_fields_converter.convert(headers, nil, @lineno, quoted_fields) adjusted_headers.each {|h| h.freeze if h.is_a? String} adjusted_headers end def prepare_parser @may_quoted = may_quoted? if @quote_character.nil? @parse_method = :parse_no_quote elsif @liberal_parsing or @strip @parse_method = :parse_quotable_robust else @parse_method = :parse_quotable_loose end end def may_quoted? return false if @quote_character.nil? if @input.is_a?(StringIO) pos = @input.pos sample = @input.read @input.seek(pos) else return false if @samples.empty? sample = @samples.first end sample[0, 128].index(@quote_character) end class UnoptimizedStringIO # :nodoc: def initialize(string) @io = StringIO.new(string, "rb:#{string.encoding}") end def gets(*args) @io.gets(*args) end def each_line(*args, &block) @io.each_line(*args, &block) end def eof? @io.eof? end end SCANNER_TEST = (ENV["CSV_PARSER_SCANNER_TEST"] == "yes") if SCANNER_TEST SCANNER_TEST_CHUNK_SIZE_NAME = "CSV_PARSER_SCANNER_TEST_CHUNK_SIZE" SCANNER_TEST_CHUNK_SIZE_VALUE = ENV[SCANNER_TEST_CHUNK_SIZE_NAME] def build_scanner inputs = @samples.collect do |sample| UnoptimizedStringIO.new(sample) end if @input.is_a?(StringIO) inputs << UnoptimizedStringIO.new(@input.read) else inputs << @input end begin chunk_size_value = ENV[SCANNER_TEST_CHUNK_SIZE_NAME] rescue # Ractor::IsolationError # Ractor on Ruby 3.0 can't read ENV value. chunk_size_value = SCANNER_TEST_CHUNK_SIZE_VALUE end chunk_size = Integer((chunk_size_value || "1"), 10) InputsScanner.new(inputs, @encoding, @row_separator, chunk_size: chunk_size) end else def build_scanner string = nil if @samples.empty? and @input.is_a?(StringIO) string = @input.read elsif @samples.size == 1 and @input != ARGF and @input.respond_to?(:eof?) and @input.eof? string = @samples[0] end if string unless string.valid_encoding? index = string.lines(@row_separator).index do |line| !line.valid_encoding? end if index raise InvalidEncodingError.new(@encoding, @lineno + index + 1) end end Scanner.new(string) else inputs = @samples.collect do |sample| StringIO.new(sample) end inputs << @input InputsScanner.new(inputs, @encoding, @row_separator) end end end def skip_needless_lines return unless @skip_lines until @scanner.eos? @scanner.keep_start line = @scanner.scan_all(@not_line_end) || "".encode(@encoding) line << @row_separator if parse_row_end if skip_line?(line) @lineno += 1 @scanner.keep_drop else @scanner.keep_back return end end end def skip_line?(line) line = line.delete_suffix(@row_separator) case @skip_lines when String line.include?(@skip_lines) when Regexp @skip_lines.match?(line) else @skip_lines.match(line) end end def validate_field_size(field) return unless @max_field_size return if field.size <= @max_field_size ignore_broken_line message = "Field size exceeded: #{field.size} > #{@max_field_size}" raise MalformedCSVError.new(message, @lineno) end def parse_no_quote(&block) @scanner.each_line(@row_separator) do |line| next if @skip_lines and skip_line?(line) original_line = line line = line.delete_suffix(@row_separator) if line.empty? next if @skip_blanks row = [] else line = strip_value(line) row = line.split(@split_column_separator, -1) if @max_field_size row.each do |column| validate_field_size(column) end end n_columns = row.size i = 0 while i < n_columns row[i] = nil if row[i].empty? i += 1 end end @last_line = original_line emit_row(row, &block) end end def parse_quotable_loose(&block) @scanner.keep_start @scanner.each_line(@row_separator) do |line| if @skip_lines and skip_line?(line) @scanner.keep_drop @scanner.keep_start next end original_line = line line = line.delete_suffix(@row_separator) if line.empty? if @skip_blanks @scanner.keep_drop @scanner.keep_start next end row = [] quoted_fields = FieldsConverter::NO_QUOTED_FIELDS elsif line.include?(@cr) or line.include?(@lf) @scanner.keep_back @parse_method = :parse_quotable_robust return parse_quotable_robust(&block) else row = line.split(@split_column_separator, -1) quoted_fields = [] n_columns = row.size i = 0 while i < n_columns column = row[i] if column.empty? quoted_fields << false row[i] = nil else n_quotes = column.count(@quote_character) if n_quotes.zero? quoted_fields << false # no quote elsif n_quotes == 2 and column.start_with?(@quote_character) and column.end_with?(@quote_character) quoted_fields << true row[i] = column[1..-2] else @scanner.keep_back @parse_method = :parse_quotable_robust return parse_quotable_robust(&block) end validate_field_size(row[i]) end i += 1 end end @scanner.keep_drop @scanner.keep_start @last_line = original_line emit_row(row, quoted_fields, &block) end @scanner.keep_drop end def parse_quotable_robust(&block) row = [] quoted_fields = [] skip_needless_lines start_row while true @quoted_column_value = false @unquoted_column_value = false @scanner.scan_all(@strip_value) if @strip_value value = parse_column_value if value @scanner.scan_all(@strip_value) if @strip_value validate_field_size(value) end if parse_column_end row << value quoted_fields << @quoted_column_value elsif parse_row_end if row.empty? and value.nil? emit_row([], &block) unless @skip_blanks else row << value quoted_fields << @quoted_column_value emit_row(row, quoted_fields, &block) row = [] quoted_fields.clear end skip_needless_lines start_row elsif @scanner.eos? break if row.empty? and value.nil? row << value quoted_fields << @quoted_column_value emit_row(row, quoted_fields, &block) break else if @quoted_column_value if liberal_parsing? and (new_line = @scanner.check(@line_end)) message = "Illegal end-of-line sequence outside of a quoted field " + "<#{new_line.inspect}>" else message = "Any value after quoted field isn't allowed" end ignore_broken_line raise MalformedCSVError.new(message, @lineno) elsif @unquoted_column_value and (new_line = @scanner.scan(@line_end)) ignore_broken_line message = "Unquoted fields do not allow new line " + "<#{new_line.inspect}>" raise MalformedCSVError.new(message, @lineno) elsif @scanner.rest.start_with?(@quote_character) ignore_broken_line message = "Illegal quoting" raise MalformedCSVError.new(message, @lineno) elsif (new_line = @scanner.scan(@line_end)) ignore_broken_line message = "New line must be <#{@row_separator.inspect}> " + "not <#{new_line.inspect}>" raise MalformedCSVError.new(message, @lineno) else ignore_broken_line raise MalformedCSVError.new("TODO: Meaningful message", @lineno) end end end end def parse_column_value if @liberal_parsing quoted_value = parse_quoted_column_value if quoted_value @scanner.scan_all(@strip_value) if @strip_value unquoted_value = parse_unquoted_column_value if unquoted_value if @double_quote_outside_quote unquoted_value = unquoted_value.gsub(@quote_character * 2, @quote_character) if quoted_value.empty? # %Q{""...} case return @quote_character + unquoted_value end end @quote_character + quoted_value + @quote_character + unquoted_value else quoted_value end else parse_unquoted_column_value end elsif @may_quoted parse_quoted_column_value || parse_unquoted_column_value else parse_unquoted_column_value || parse_quoted_column_value end end def parse_unquoted_column_value value = @scanner.scan_all(@unquoted_value) return nil unless value @unquoted_column_value = true if @first_column_separators while true @scanner.keep_start is_column_end = @column_ends.all? do |column_end| @scanner.scan(column_end) end @scanner.keep_back break if is_column_end sub_separator = @scanner.scan_all(@first_column_separators) break if sub_separator.nil? value << sub_separator sub_value = @scanner.scan_all(@unquoted_value) break if sub_value.nil? value << sub_value end end value.gsub!(@backslash_quote_character, @quote_character) if @backslash_quote if @rstrip_value value.gsub!(@rstrip_value, "") end value end def parse_quoted_column_value quotes = @scanner.scan_all(@quotes) return nil unless quotes @quoted_column_value = true n_quotes = quotes.size if (n_quotes % 2).zero? quotes[0, (n_quotes - 2) / 2] else value = quotes[0, n_quotes / 2] while true quoted_value = @scanner.scan_all(@quoted_value) value << quoted_value if quoted_value if @backslash_quote if @scanner.scan(@escaped_backslash) if @scanner.scan(@escaped_quote) value << @quote_character else value << @backslash_character end next end end quotes = @scanner.scan_all(@quotes) unless quotes ignore_broken_line message = "Unclosed quoted field" raise MalformedCSVError.new(message, @lineno) end n_quotes = quotes.size if n_quotes == 1 break else value << quotes[0, n_quotes / 2] break if (n_quotes % 2) == 1 end end value end end def parse_column_end return true if @scanner.scan(@column_end) return false unless @column_ends @scanner.keep_start if @column_ends.all? {|column_end| @scanner.scan(column_end)} @scanner.keep_drop true else @scanner.keep_back false end end def parse_row_end return true if @scanner.scan(@row_end) return false unless @row_ends @scanner.keep_start if @row_ends.all? {|row_end| @scanner.scan(row_end)} @scanner.keep_drop true else @scanner.keep_back false end end def strip_value(value) return value unless @strip return value if value.nil? case @strip when String while value.delete_prefix!(@strip) # do nothing end while value.delete_suffix!(@strip) # do nothing end else value.strip! end value end def ignore_broken_line @scanner.scan_all(@not_line_end) @scanner.scan_all(@line_end) @lineno += 1 end def start_row if @last_line @last_line = nil else @scanner.keep_drop end @scanner.keep_start end def emit_row(row, quoted_fields=FieldsConverter::NO_QUOTED_FIELDS, &block) @lineno += 1 raw_row = row if @use_headers if @headers.nil? @headers = adjust_headers(row, quoted_fields) return unless @return_headers row = Row.new(@headers, row, true) else row = Row.new(@headers, @fields_converter.convert(raw_row, @headers, @lineno, quoted_fields)) end else # convert fields, if needed... row = @fields_converter.convert(raw_row, nil, @lineno, quoted_fields) end # inject unconverted fields and accessor, if requested... if @unconverted_fields and not row.respond_to?(:unconverted_fields) add_unconverted_fields(row, raw_row) end yield(row) end # This method injects an instance variable <tt>unconverted_fields</tt> into # +row+ and an accessor method for +row+ called unconverted_fields(). The # variable is set to the contents of +fields+. def add_unconverted_fields(row, fields) class << row attr_reader :unconverted_fields end row.instance_variable_set(:@unconverted_fields, fields) row end end end PK )J [A��\�` �` ( share/gems/gems/csv-3.3.2/lib/csv/row.rbnu �[��� # frozen_string_literal: true require "forwardable" class CSV # = \CSV::Row # A \CSV::Row instance represents a \CSV table row. # (see {class CSV}[../CSV.html]). # # The instance may have: # - Fields: each is an object, not necessarily a \String. # - Headers: each serves a key, and also need not be a \String. # # === Instance Methods # # \CSV::Row has three groups of instance methods: # - Its own internally defined instance methods. # - Methods included by module Enumerable. # - Methods delegated to class Array.: # * Array#empty? # * Array#length # * Array#size # # == Creating a \CSV::Row Instance # # Commonly, a new \CSV::Row instance is created by parsing \CSV source # that has headers: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # table.each {|row| p row } # Output: # #<CSV::Row "Name":"foo" "Value":"0"> # #<CSV::Row "Name":"bar" "Value":"1"> # #<CSV::Row "Name":"baz" "Value":"2"> # # You can also create a row directly. See ::new. # # == Headers # # Like a \CSV::Table, a \CSV::Row has headers. # # A \CSV::Row that was created by parsing \CSV source # inherits its headers from the table: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table.first # row.headers # => ["Name", "Value"] # # You can also create a new row with headers; # like the keys in a \Hash, the headers need not be Strings: # row = CSV::Row.new([:name, :value], ['foo', 0]) # row.headers # => [:name, :value] # # The new row retains its headers even if added to a table # that has headers: # table << row # => #<CSV::Table mode:col_or_row row_count:5> # row.headers # => [:name, :value] # row[:name] # => "foo" # row['Name'] # => nil # # # # == Accessing Fields # # You may access a field in a \CSV::Row with either its \Integer index # (\Array-style) or its header (\Hash-style). # # Fetch a field using method #[]: # row = CSV::Row.new(['Name', 'Value'], ['foo', 0]) # row[1] # => 0 # row['Value'] # => 0 # # Set a field using method #[]=: # row = CSV::Row.new(['Name', 'Value'], ['foo', 0]) # row # => #<CSV::Row "Name":"foo" "Value":0> # row[0] = 'bar' # row['Value'] = 1 # row # => #<CSV::Row "Name":"bar" "Value":1> # class Row # :call-seq: # CSV::Row.new(headers, fields, header_row = false) -> csv_row # # Returns the new \CSV::Row instance constructed from # arguments +headers+ and +fields+; both should be Arrays; # note that the fields need not be Strings: # row = CSV::Row.new(['Name', 'Value'], ['foo', 0]) # row # => #<CSV::Row "Name":"foo" "Value":0> # # If the \Array lengths are different, the shorter is +nil+-filled: # row = CSV::Row.new(['Name', 'Value', 'Date', 'Size'], ['foo', 0]) # row # => #<CSV::Row "Name":"foo" "Value":0 "Date":nil "Size":nil> # # Each \CSV::Row object is either a <i>field row</i> or a <i>header row</i>; # by default, a new row is a field row; for the row created above: # row.field_row? # => true # row.header_row? # => false # # If the optional argument +header_row+ is given as +true+, # the created row is a header row: # row = CSV::Row.new(['Name', 'Value'], ['foo', 0], header_row = true) # row # => #<CSV::Row "Name":"foo" "Value":0> # row.field_row? # => false # row.header_row? # => true def initialize(headers, fields, header_row = false) @header_row = header_row headers.each { |h| h.freeze if h.is_a? String } # handle extra headers or fields @row = if headers.size >= fields.size headers.zip(fields) else fields.zip(headers).each(&:reverse!) end end # Internal data format used to compare equality. attr_reader :row protected :row ### Array Delegation ### extend Forwardable def_delegators :@row, :empty?, :length, :size # :call-seq: # row.initialize_copy(other_row) -> self # # Calls superclass method. def initialize_copy(other) super_return_value = super @row = @row.collect(&:dup) super_return_value end # :call-seq: # row.header_row? -> true or false # # Returns +true+ if this is a header row, +false+ otherwise. def header_row? @header_row end # :call-seq: # row.field_row? -> true or false # # Returns +true+ if this is a field row, +false+ otherwise. def field_row? not header_row? end # :call-seq: # row.headers -> array_of_headers # # Returns the headers for this row: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table.first # row.headers # => ["Name", "Value"] def headers @row.map(&:first) end # :call-seq: # field(index) -> value # field(header) -> value # field(header, offset) -> value # # Returns the field value for the given +index+ or +header+. # # --- # # Fetch field value by \Integer index: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.field(0) # => "foo" # row.field(1) # => "bar" # # Counts backward from the last column if +index+ is negative: # row.field(-1) # => "0" # row.field(-2) # => "foo" # # Returns +nil+ if +index+ is out of range: # row.field(2) # => nil # row.field(-3) # => nil # # --- # # Fetch field value by header (first found): # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.field('Name') # => "Foo" # # Fetch field value by header, ignoring +offset+ leading fields: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.field('Name', 2) # => "Baz" # # Returns +nil+ if the header does not exist. def field(header_or_index, minimum_index = 0) # locate the pair finder = (header_or_index.is_a?(Integer) || header_or_index.is_a?(Range)) ? :[] : :assoc pair = @row[minimum_index..-1].public_send(finder, header_or_index) # return the field if we have a pair if pair.nil? nil else header_or_index.is_a?(Range) ? pair.map(&:last) : pair.last end end alias_method :[], :field # # :call-seq: # fetch(header) -> value # fetch(header, default) -> value # fetch(header) {|row| ... } -> value # # Returns the field value as specified by +header+. # # --- # # With the single argument +header+, returns the field value # for that header (first found): # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.fetch('Name') # => "Foo" # # Raises exception +KeyError+ if the header does not exist. # # --- # # With arguments +header+ and +default+ given, # returns the field value for the header (first found) # if the header exists, otherwise returns +default+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.fetch('Name', '') # => "Foo" # row.fetch(:nosuch, '') # => "" # # --- # # With argument +header+ and a block given, # returns the field value for the header (first found) # if the header exists; otherwise calls the block # and returns its return value: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.fetch('Name') {|header| fail 'Cannot happen' } # => "Foo" # row.fetch(:nosuch) {|header| "Header '#{header} not found'" } # => "Header 'nosuch not found'" def fetch(header, *varargs) raise ArgumentError, "Too many arguments" if varargs.length > 1 pair = @row.assoc(header) if pair pair.last else if block_given? yield header elsif varargs.empty? raise KeyError, "key not found: #{header}" else varargs.first end end end # :call-seq: # row.has_key?(header) -> true or false # # Returns +true+ if there is a field with the given +header+, # +false+ otherwise. def has_key?(header) !!@row.assoc(header) end alias_method :include?, :has_key? alias_method :key?, :has_key? alias_method :member?, :has_key? alias_method :header?, :has_key? # # :call-seq: # row[index] = value -> value # row[header, offset] = value -> value # row[header] = value -> value # # Assigns the field value for the given +index+ or +header+; # returns +value+. # # --- # # Assign field value by \Integer index: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row[0] = 'Bat' # row[1] = 3 # row # => #<CSV::Row "Name":"Bat" "Value":3> # # Counts backward from the last column if +index+ is negative: # row[-1] = 4 # row[-2] = 'Bam' # row # => #<CSV::Row "Name":"Bam" "Value":4> # # Extends the row with <tt>nil:nil</tt> if positive +index+ is not in the row: # row[4] = 5 # row # => #<CSV::Row "Name":"bad" "Value":4 nil:nil nil:nil nil:5> # # Raises IndexError if negative +index+ is too small (too far from zero). # # --- # # Assign field value by header (first found): # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row['Name'] = 'Bat' # row # => #<CSV::Row "Name":"Bat" "Name":"Bar" "Name":"Baz"> # # Assign field value by header, ignoring +offset+ leading fields: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row['Name', 2] = 4 # row # => #<CSV::Row "Name":"Foo" "Name":"Bar" "Name":4> # # Append new field by (new) header: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row['New'] = 6 # row# => #<CSV::Row "Name":"foo" "Value":"0" "New":6> def []=(*args) value = args.pop if args.first.is_a? Integer if @row[args.first].nil? # extending past the end with index @row[args.first] = [nil, value] @row.map! { |pair| pair.nil? ? [nil, nil] : pair } else # normal index assignment @row[args.first][1] = value end else index = index(*args) if index.nil? # appending a field self << [args.first, value] else # normal header assignment @row[index][1] = value end end end # # :call-seq: # row << [header, value] -> self # row << hash -> self # row << value -> self # # Adds a field to +self+; returns +self+: # # If the argument is a 2-element \Array <tt>[header, value]</tt>, # a field is added with the given +header+ and +value+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row << ['NAME', 'Bat'] # row # => #<CSV::Row "Name":"Foo" "Name":"Bar" "Name":"Baz" "NAME":"Bat"> # # If the argument is a \Hash, each <tt>key-value</tt> pair is added # as a field with header +key+ and value +value+. # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row << {NAME: 'Bat', name: 'Bam'} # row # => #<CSV::Row "Name":"Foo" "Name":"Bar" "Name":"Baz" NAME:"Bat" name:"Bam"> # # Otherwise, the given +value+ is added as a field with no header. # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row << 'Bag' # row # => #<CSV::Row "Name":"Foo" "Name":"Bar" "Name":"Baz" nil:"Bag"> def <<(arg) if arg.is_a?(Array) and arg.size == 2 # appending a header and name @row << arg elsif arg.is_a?(Hash) # append header and name pairs arg.each { |pair| @row << pair } else # append field value @row << [nil, arg] end self # for chaining end # :call-seq: # row.push(*values) -> self # # Appends each of the given +values+ to +self+ as a field; returns +self+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.push('Bat', 'Bam') # row # => #<CSV::Row "Name":"Foo" "Name":"Bar" "Name":"Baz" nil:"Bat" nil:"Bam"> def push(*args) args.each { |arg| self << arg } self # for chaining end # # :call-seq: # delete(index) -> [header, value] or nil # delete(header) -> [header, value] or empty_array # delete(header, offset) -> [header, value] or empty_array # # Removes a specified field from +self+; returns the 2-element \Array # <tt>[header, value]</tt> if the field exists. # # If an \Integer argument +index+ is given, # removes and returns the field at offset +index+, # or returns +nil+ if the field does not exist: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.delete(1) # => ["Name", "Bar"] # row.delete(50) # => nil # # Otherwise, if the single argument +header+ is given, # removes and returns the first-found field with the given header, # of returns a new empty \Array if the field does not exist: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.delete('Name') # => ["Name", "Foo"] # row.delete('NAME') # => [] # # If argument +header+ and \Integer argument +offset+ are given, # removes and returns the first-found field with the given header # whose +index+ is at least as large as +offset+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.delete('Name', 1) # => ["Name", "Bar"] # row.delete('NAME', 1) # => [] def delete(header_or_index, minimum_index = 0) if header_or_index.is_a? Integer # by index @row.delete_at(header_or_index) elsif i = index(header_or_index, minimum_index) # by header @row.delete_at(i) else [ ] end end # :call-seq: # row.delete_if {|header, value| ... } -> self # # Removes fields from +self+ as selected by the block; returns +self+. # # Removes each field for which the block returns a truthy value: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.delete_if {|header, value| value.start_with?('B') } # => true # row # => #<CSV::Row "Name":"Foo"> # row.delete_if {|header, value| header.start_with?('B') } # => false # # If no block is given, returns a new Enumerator: # row.delete_if # => #<Enumerator: #<CSV::Row "Name":"Foo">:delete_if> def delete_if(&block) return enum_for(__method__) { size } unless block_given? @row.delete_if(&block) self # for chaining end # :call-seq: # self.fields(*specifiers) -> array_of_fields # # Returns field values per the given +specifiers+, which may be any mixture of: # - \Integer index. # - \Range of \Integer indexes. # - 2-element \Array containing a header and offset. # - Header. # - \Range of headers. # # For +specifier+ in one of the first four cases above, # returns the result of <tt>self.field(specifier)</tt>; see #field. # # Although there may be any number of +specifiers+, # the examples here will illustrate one at a time. # # When the specifier is an \Integer +index+, # returns <tt>self.field(index)</tt>L # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.fields(1) # => ["Bar"] # # When the specifier is a \Range of \Integers +range+, # returns <tt>self.field(range)</tt>: # row.fields(1..2) # => ["Bar", "Baz"] # # When the specifier is a 2-element \Array +array+, # returns <tt>self.field(array)</tt>L # row.fields('Name', 1) # => ["Foo", "Bar"] # # When the specifier is a header +header+, # returns <tt>self.field(header)</tt>L # row.fields('Name') # => ["Foo"] # # When the specifier is a \Range of headers +range+, # forms a new \Range +new_range+ from the indexes of # <tt>range.start</tt> and <tt>range.end</tt>, # and returns <tt>self.field(new_range)</tt>: # source = "Name,NAME,name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.fields('Name'..'NAME') # => ["Foo", "Bar"] # # Returns all fields if no argument given: # row.fields # => ["Foo", "Bar", "Baz"] def fields(*headers_and_or_indices) if headers_and_or_indices.empty? # return all fields--no arguments @row.map(&:last) else # or work like values_at() all = [] headers_and_or_indices.each do |h_or_i| if h_or_i.is_a? Range index_begin = h_or_i.begin.is_a?(Integer) ? h_or_i.begin : index(h_or_i.begin) index_end = h_or_i.end.is_a?(Integer) ? h_or_i.end : index(h_or_i.end) new_range = h_or_i.exclude_end? ? (index_begin...index_end) : (index_begin..index_end) all.concat(fields.values_at(new_range)) else all << field(*Array(h_or_i)) end end return all end end alias_method :values_at, :fields # :call-seq: # index(header) -> index # index(header, offset) -> index # # Returns the index for the given header, if it exists; # otherwise returns +nil+. # # With the single argument +header+, returns the index # of the first-found field with the given +header+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.index('Name') # => 0 # row.index('NAME') # => nil # # With arguments +header+ and +offset+, # returns the index of the first-found field with given +header+, # but ignoring the first +offset+ fields: # row.index('Name', 1) # => 1 # row.index('Name', 3) # => nil def index(header, minimum_index = 0) # find the pair index = headers[minimum_index..-1].index(header) # return the index at the right offset, if we found one index.nil? ? nil : index + minimum_index end # :call-seq: # row.field?(value) -> true or false # # Returns +true+ if +value+ is a field in this row, +false+ otherwise: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.field?('Bar') # => true # row.field?('BAR') # => false def field?(data) fields.include? data end include Enumerable # :call-seq: # row.each {|header, value| ... } -> self # # Calls the block with each header-value pair; returns +self+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.each {|header, value| p [header, value] } # Output: # ["Name", "Foo"] # ["Name", "Bar"] # ["Name", "Baz"] # # If no block is given, returns a new Enumerator: # row.each # => #<Enumerator: #<CSV::Row "Name":"Foo" "Name":"Bar" "Name":"Baz">:each> def each(&block) return enum_for(__method__) { size } unless block_given? @row.each(&block) self # for chaining end alias_method :each_pair, :each # :call-seq: # row == other -> true or false # # Returns +true+ if +other+ is a /CSV::Row that has the same # fields (headers and values) in the same order as +self+; # otherwise returns +false+: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # other_row = table[0] # row == other_row # => true # other_row = table[1] # row == other_row # => false def ==(other) return @row == other.row if other.is_a? CSV::Row @row == other end # :call-seq: # row.to_h -> hash # # Returns the new \Hash formed by adding each header-value pair in +self+ # as a key-value pair in the \Hash. # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.to_h # => {"Name"=>"foo", "Value"=>"0"} # # Header order is preserved, but repeated headers are ignored: # source = "Name,Name,Name\nFoo,Bar,Baz\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.to_h # => {"Name"=>"Foo"} def to_h hash = {} each do |key, _value| hash[key] = self[key] unless hash.key?(key) end hash end alias_method :to_hash, :to_h # :call-seq: # row.deconstruct_keys(keys) -> hash # # Returns the new \Hash suitable for pattern matching containing only the # keys specified as an argument. def deconstruct_keys(keys) if keys.nil? to_h else keys.to_h { |key| [key, self[key]] } end end alias_method :to_ary, :to_a # :call-seq: # row.deconstruct -> array # # Returns the new \Array suitable for pattern matching containing the values # of the row. def deconstruct fields end # :call-seq: # row.to_csv -> csv_string # # Returns the row as a \CSV String. Headers are not included: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.to_csv # => "foo,0\n" def to_csv(**options) fields.to_csv(**options) end alias_method :to_s, :to_csv # :call-seq: # row.dig(index_or_header, *identifiers) -> object # # Finds and returns the object in nested object that is specified # by +index_or_header+ and +specifiers+. # # The nested objects may be instances of various classes. # See {Dig Methods}[rdoc-ref:dig_methods.rdoc]. # # Examples: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.dig(1) # => "0" # row.dig('Value') # => "0" # row.dig(5) # => nil def dig(index_or_header, *indexes) value = field(index_or_header) if value.nil? nil elsif indexes.empty? value else unless value.respond_to?(:dig) raise TypeError, "#{value.class} does not have \#dig method" end value.dig(*indexes) end end # :call-seq: # row.inspect -> string # # Returns an ASCII-compatible \String showing: # - Class \CSV::Row. # - Header-value pairs. # Example: # source = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(source, headers: true) # row = table[0] # row.inspect # => "#<CSV::Row \"Name\":\"foo\" \"Value\":\"0\">" def inspect str = ["#<", self.class.to_s] each do |header, field| str << " " << (header.is_a?(Symbol) ? header.to_s : header.inspect) << ":" << field.inspect end str << ">" begin str.join('') rescue # any encoding error str.map do |s| e = Encoding::Converter.asciicompat_encoding(s.encoding) e ? s.encode(e) : s.force_encoding("ASCII-8BIT") end.join('') end end end end PK )J [�a��k k , share/gems/gems/csv-3.3.2/lib/csv/version.rbnu �[��� # frozen_string_literal: true class CSV # The version of the installed library. VERSION = "3.3.2" end PK )J [�mLa� � 5 share/gems/gems/csv-3.3.2/lib/csv/fields_converter.rbnu �[��� # frozen_string_literal: true class CSV # Note: Don't use this class directly. This is an internal class. class FieldsConverter include Enumerable NO_QUOTED_FIELDS = [] # :nodoc: def NO_QUOTED_FIELDS.[](_index) false end NO_QUOTED_FIELDS.freeze # # A CSV::FieldsConverter is a data structure for storing the # fields converter properties to be passed as a parameter # when parsing a new file (e.g. CSV::Parser.new(@io, parser_options)) # def initialize(options={}) @converters = [] @nil_value = options[:nil_value] @empty_value = options[:empty_value] @empty_value_is_empty_string = (@empty_value == "") @accept_nil = options[:accept_nil] @builtin_converters_name = options[:builtin_converters_name] @need_static_convert = need_static_convert? end def add_converter(name=nil, &converter) if name.nil? # custom converter @converters << converter else # named converter combo = builtin_converters[name] case combo when Array # combo converter combo.each do |sub_name| add_converter(sub_name) end else # individual named converter @converters << combo end end end def each(&block) @converters.each(&block) end def empty? @converters.empty? end def convert(fields, headers, lineno, quoted_fields=NO_QUOTED_FIELDS) return fields unless need_convert? fields.collect.with_index do |field, index| if field.nil? field = @nil_value elsif field.is_a?(String) and field.empty? field = @empty_value unless @empty_value_is_empty_string end @converters.each do |converter| break if field.nil? and @accept_nil if converter.arity == 1 # straight field converter field = converter[field] else # FieldInfo converter if headers header = headers[index] else header = nil end quoted = quoted_fields[index] field = converter[field, FieldInfo.new(index, lineno, header, quoted)] end break unless field.is_a?(String) # short-circuit pipeline for speed end field # final state of each field, converted or original end end private def need_static_convert? not (@nil_value.nil? and @empty_value_is_empty_string) end def need_convert? @need_static_convert or (not @converters.empty?) end def builtin_converters @builtin_converters ||= ::CSV.const_get(@builtin_converters_name) end end end PK )J [��P� ; share/gems/gems/csv-3.3.2/lib/csv/input_record_separator.rbnu �[��� require "English" require "stringio" class CSV module InputRecordSeparator class << self if RUBY_VERSION >= "3.0.0" def value "\n" end else def value $INPUT_RECORD_SEPARATOR end end end end end PK )J [r�z*> > + share/gems/gems/csv-3.3.2/lib/csv/writer.rbnu �[��� # frozen_string_literal: true require_relative "input_record_separator" require_relative "row" class CSV # Note: Don't use this class directly. This is an internal class. class Writer # # A CSV::Writer receives an output, prepares the header, format and output. # It allows us to write new rows in the object and rewind it. # attr_reader :lineno attr_reader :headers def initialize(output, options) @output = output @options = options @lineno = 0 @fields_converter = nil prepare if @options[:write_headers] and @headers self << @headers end @fields_converter = @options[:fields_converter] end # # Adds a new row # def <<(row) case row when Row row = row.fields when Hash row = @headers.collect {|header| row[header]} end @headers ||= row if @use_headers @lineno += 1 if @fields_converter row = @fields_converter.convert(row, nil, lineno) end i = -1 converted_row = row.collect do |field| i += 1 quote(field, i) end line = converted_row.join(@column_separator) + @row_separator if @output_encoding line = line.encode(@output_encoding) end @output << line self end # # Winds back to the beginning # def rewind @lineno = 0 @headers = nil if @options[:headers].nil? end private def prepare @encoding = @options[:encoding] prepare_header prepare_format prepare_output end def prepare_header headers = @options[:headers] case headers when Array @headers = headers @use_headers = true when String @headers = CSV.parse_line(headers, col_sep: @options[:column_separator], row_sep: @options[:row_separator], quote_char: @options[:quote_character]) @use_headers = true when true @headers = nil @use_headers = true else @headers = nil @use_headers = false end return unless @headers converter = @options[:header_fields_converter] @headers = converter.convert(@headers, nil, 0, []) @headers.each do |header| header.freeze if header.is_a?(String) end end def prepare_force_quotes_fields(force_quotes) @force_quotes_fields = {} force_quotes.each do |name_or_index| case name_or_index when Integer index = name_or_index @force_quotes_fields[index] = true when String, Symbol name = name_or_index.to_s if @headers.nil? message = ":headers is required when you use field name " + "in :force_quotes: " + "#{name_or_index.inspect}: #{force_quotes.inspect}" raise ArgumentError, message end index = @headers.index(name) next if index.nil? @force_quotes_fields[index] = true else message = ":force_quotes element must be " + "field index or field name: " + "#{name_or_index.inspect}: #{force_quotes.inspect}" raise ArgumentError, message end end end def prepare_format @column_separator = @options[:column_separator].to_s.encode(@encoding) row_separator = @options[:row_separator] if row_separator == :auto @row_separator = InputRecordSeparator.value.encode(@encoding) else @row_separator = row_separator.to_s.encode(@encoding) end @quote_character = @options[:quote_character] force_quotes = @options[:force_quotes] if force_quotes.is_a?(Array) prepare_force_quotes_fields(force_quotes) @force_quotes = false elsif force_quotes @force_quotes_fields = nil @force_quotes = true else @force_quotes_fields = nil @force_quotes = false end unless @force_quotes @quotable_pattern = Regexp.new("[\r\n".encode(@encoding) + Regexp.escape(@column_separator) + Regexp.escape(@quote_character.encode(@encoding)) + "]".encode(@encoding)) end @quote_empty = @options.fetch(:quote_empty, true) end def prepare_output @output_encoding = nil return unless @output.is_a?(StringIO) output_encoding = @output.internal_encoding || @output.external_encoding if @encoding != output_encoding if @options[:force_encoding] @output_encoding = output_encoding else compatible_encoding = Encoding.compatible?(@encoding, output_encoding) if compatible_encoding @output.set_encoding(compatible_encoding) @output.seek(0, IO::SEEK_END) end end end end def quote_field(field) field = String(field) encoded_quote_character = @quote_character.encode(field.encoding) encoded_quote_character + field.gsub(encoded_quote_character, encoded_quote_character * 2) + encoded_quote_character end def quote(field, i) if @force_quotes quote_field(field) elsif @force_quotes_fields and @force_quotes_fields[i] quote_field(field) else if field.nil? # represent +nil+ fields as empty unquoted fields "" else field = String(field) # Stringify fields # represent empty fields as empty quoted fields if (@quote_empty and field.empty?) or (field.valid_encoding? and @quotable_pattern.match?(field)) quote_field(field) else field # unquoted field end end end end end end PK )J [K~%\� � 4 share/gems/gems/csv-3.3.2/lib/csv/core_ext/string.rbnu �[��� class String # Equivalent to CSV::parse_line(self, options) # # "CSV,data".parse_csv # #=> ["CSV", "data"] def parse_csv(**options) CSV.parse_line(self, **options) end end PK )J [�#��� � 3 share/gems/gems/csv-3.3.2/lib/csv/core_ext/array.rbnu �[��� class Array # Equivalent to CSV::generate_line(self, options) # # ["CSV", "data"].to_csv # #=> "CSV,data\n" def to_csv(**options) CSV.generate_line(self, **options) end end PK )J [�'�P6� 6� $ share/gems/gems/csv-3.3.2/lib/csv.rbnu �[��� # encoding: US-ASCII # frozen_string_literal: true # = csv.rb -- CSV Reading and Writing # # Created by James Edward Gray II on 2005-10-31. # # See CSV for documentation. # # == Description # # Welcome to the new and improved CSV. # # This version of the CSV library began its life as FasterCSV. FasterCSV was # intended as a replacement to Ruby's then standard CSV library. It was # designed to address concerns users of that library had and it had three # primary goals: # # 1. Be significantly faster than CSV while remaining a pure Ruby library. # 2. Use a smaller and easier to maintain code base. (FasterCSV eventually # grew larger, was also but considerably richer in features. The parsing # core remains quite small.) # 3. Improve on the CSV interface. # # Obviously, the last one is subjective. I did try to defer to the original # interface whenever I didn't have a compelling reason to change it though, so # hopefully this won't be too radically different. # # We must have met our goals because FasterCSV was renamed to CSV and replaced # the original library as of Ruby 1.9. If you are migrating code from 1.8 or # earlier, you may have to change your code to comply with the new interface. # # == What's the Different From the Old CSV? # # I'm sure I'll miss something, but I'll try to mention most of the major # differences I am aware of, to help others quickly get up to speed: # # === \CSV Parsing # # * This parser is m17n aware. See CSV for full details. # * This library has a stricter parser and will throw MalformedCSVErrors on # problematic data. # * This library has a less liberal idea of a line ending than CSV. What you # set as the <tt>:row_sep</tt> is law. It can auto-detect your line endings # though. # * The old library returned empty lines as <tt>[nil]</tt>. This library calls # them <tt>[]</tt>. # * This library has a much faster parser. # # === Interface # # * CSV now uses keyword parameters to set options. # * CSV no longer has generate_row() or parse_row(). # * The old CSV's Reader and Writer classes have been dropped. # * CSV::open() is now more like Ruby's open(). # * CSV objects now support most standard IO methods. # * CSV now has a new() method used to wrap objects like String and IO for # reading and writing. # * CSV::generate() is different from the old method. # * CSV no longer supports partial reads. It works line-by-line. # * CSV no longer allows the instance methods to override the separators for # performance reasons. They must be set in the constructor. # # If you use this library and find yourself missing any functionality I have # trimmed, please {let me know}[mailto:james@grayproductions.net]. # # == Documentation # # See CSV for documentation. # # == What is CSV, really? # # CSV maintains a pretty strict definition of CSV taken directly from # {the RFC}[https://www.ietf.org/rfc/rfc4180.txt]. I relax the rules in only one # place and that is to make using this library easier. CSV will parse all valid # CSV. # # What you don't want to do is to feed CSV invalid data. Because of the way the # CSV format works, it's common for a parser to need to read until the end of # the file to be sure a field is invalid. This consumes a lot of time and memory. # # Luckily, when working with invalid CSV, Ruby's built-in methods will almost # always be superior in every way. For example, parsing non-quoted fields is as # easy as: # # data.split(",") # # == Questions and/or Comments # # Feel free to email {James Edward Gray II}[mailto:james@grayproductions.net] # with any questions. require "forwardable" require "date" require "time" require "stringio" require_relative "csv/fields_converter" require_relative "csv/input_record_separator" require_relative "csv/parser" require_relative "csv/row" require_relative "csv/table" require_relative "csv/writer" # == \CSV # # === \CSV Data # # \CSV (comma-separated values) data is a text representation of a table: # - A _row_ _separator_ delimits table rows. # A common row separator is the newline character <tt>"\n"</tt>. # - A _column_ _separator_ delimits fields in a row. # A common column separator is the comma character <tt>","</tt>. # # This \CSV \String, with row separator <tt>"\n"</tt> # and column separator <tt>","</tt>, # has three rows and two columns: # "foo,0\nbar,1\nbaz,2\n" # # Despite the name \CSV, a \CSV representation can use different separators. # # For more about tables, see the Wikipedia article # "{Table (information)}[https://en.wikipedia.org/wiki/Table_(information)]", # especially its section # "{Simple table}[https://en.wikipedia.org/wiki/Table_(information)#Simple_table]" # # == \Class \CSV # # Class \CSV provides methods for: # - Parsing \CSV data from a \String object, a \File (via its file path), or an \IO object. # - Generating \CSV data to a \String object. # # To make \CSV available: # require 'csv' # # All examples here assume that this has been done. # # == Keeping It Simple # # A \CSV object has dozens of instance methods that offer fine-grained control # of parsing and generating \CSV data. # For many needs, though, simpler approaches will do. # # This section summarizes the singleton methods in \CSV # that allow you to parse and generate without explicitly # creating \CSV objects. # For details, follow the links. # # === Simple Parsing # # Parsing methods commonly return either of: # - An \Array of Arrays of Strings: # - The outer \Array is the entire "table". # - Each inner \Array is a row. # - Each \String is a field. # - A CSV::Table object. For details, see # {\CSV with Headers}[#class-CSV-label-CSV+with+Headers]. # # ==== Parsing a \String # # The input to be parsed can be a string: # string = "foo,0\nbar,1\nbaz,2\n" # # \Method CSV.parse returns the entire \CSV data: # CSV.parse(string) # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # \Method CSV.parse_line returns only the first row: # CSV.parse_line(string) # => ["foo", "0"] # # \CSV extends class \String with instance method String#parse_csv, # which also returns only the first row: # string.parse_csv # => ["foo", "0"] # # ==== Parsing Via a \File Path # # The input to be parsed can be in a file: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # \Method CSV.read returns the entire \CSV data: # CSV.read(path) # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # \Method CSV.foreach iterates, passing each row to the given block: # CSV.foreach(path) do |row| # p row # end # Output: # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # \Method CSV.table returns the entire \CSV data as a CSV::Table object: # CSV.table(path) # => #<CSV::Table mode:col_or_row row_count:3> # # ==== Parsing from an Open \IO Stream # # The input to be parsed can be in an open \IO stream: # # \Method CSV.read returns the entire \CSV data: # File.open(path) do |file| # CSV.read(file) # end # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # As does method CSV.parse: # File.open(path) do |file| # CSV.parse(file) # end # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # \Method CSV.parse_line returns only the first row: # File.open(path) do |file| # CSV.parse_line(file) # end # => ["foo", "0"] # # \Method CSV.foreach iterates, passing each row to the given block: # File.open(path) do |file| # CSV.foreach(file) do |row| # p row # end # end # Output: # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # \Method CSV.table returns the entire \CSV data as a CSV::Table object: # File.open(path) do |file| # CSV.table(file) # end # => #<CSV::Table mode:col_or_row row_count:3> # # === Simple Generating # # \Method CSV.generate returns a \String; # this example uses method CSV#<< to append the rows # that are to be generated: # output_string = CSV.generate do |csv| # csv << ['foo', 0] # csv << ['bar', 1] # csv << ['baz', 2] # end # output_string # => "foo,0\nbar,1\nbaz,2\n" # # \Method CSV.generate_line returns a \String containing the single row # constructed from an \Array: # CSV.generate_line(['foo', '0']) # => "foo,0\n" # # \CSV extends class \Array with instance method <tt>Array#to_csv</tt>, # which forms an \Array into a \String: # ['foo', '0'].to_csv # => "foo,0\n" # # === "Filtering" \CSV # # \Method CSV.filter provides a Unix-style filter for \CSV data. # The input data is processed to form the output data: # in_string = "foo,0\nbar,1\nbaz,2\n" # out_string = '' # CSV.filter(in_string, out_string) do |row| # row[0] = row[0].upcase # row[1] *= 4 # end # out_string # => "FOO,0000\nBAR,1111\nBAZ,2222\n" # # == \CSV Objects # # There are three ways to create a \CSV object: # - \Method CSV.new returns a new \CSV object. # - \Method CSV.instance returns a new or cached \CSV object. # - \Method \CSV() also returns a new or cached \CSV object. # # === Instance Methods # # \CSV has three groups of instance methods: # - Its own internally defined instance methods. # - Methods included by module Enumerable. # - Methods delegated to class IO. See below. # # ==== Delegated Methods # # For convenience, a CSV object will delegate to many methods in class IO. # (A few have wrapper "guard code" in \CSV.) You may call: # * IO#binmode # * #binmode? # * IO#close # * IO#close_read # * IO#close_write # * IO#closed? # * #eof # * #eof? # * IO#external_encoding # * IO#fcntl # * IO#fileno # * #flock # * IO#flush # * IO#fsync # * IO#internal_encoding # * #ioctl # * IO#isatty # * #path # * IO#pid # * IO#pos # * IO#pos= # * IO#reopen # * #rewind # * IO#seek # * #stat # * IO#string # * IO#sync # * IO#sync= # * IO#tell # * #to_i # * #to_io # * IO#truncate # * IO#tty? # # === Options # # The default values for options are: # DEFAULT_OPTIONS = { # # For both parsing and generating. # col_sep: ",", # row_sep: :auto, # quote_char: '"', # # For parsing. # field_size_limit: nil, # converters: nil, # unconverted_fields: nil, # headers: false, # return_headers: false, # header_converters: nil, # skip_blanks: false, # skip_lines: nil, # liberal_parsing: false, # nil_value: nil, # empty_value: "", # strip: false, # # For generating. # write_headers: nil, # quote_empty: true, # force_quotes: false, # write_converters: nil, # write_nil_value: nil, # write_empty_value: "", # } # # ==== Options for Parsing # # Options for parsing, described in detail below, include: # - +row_sep+: Specifies the row separator; used to delimit rows. # - +col_sep+: Specifies the column separator; used to delimit fields. # - +quote_char+: Specifies the quote character; used to quote fields. # - +field_size_limit+: Specifies the maximum field size + 1 allowed. # Deprecated since 3.2.3. Use +max_field_size+ instead. # - +max_field_size+: Specifies the maximum field size allowed. # - +converters+: Specifies the field converters to be used. # - +unconverted_fields+: Specifies whether unconverted fields are to be available. # - +headers+: Specifies whether data contains headers, # or specifies the headers themselves. # - +return_headers+: Specifies whether headers are to be returned. # - +header_converters+: Specifies the header converters to be used. # - +skip_blanks+: Specifies whether blanks lines are to be ignored. # - +skip_lines+: Specifies how comments lines are to be recognized. # - +strip+: Specifies whether leading and trailing whitespace are to be # stripped from fields. This must be compatible with +col_sep+; if it is not, # then an +ArgumentError+ exception will be raised. # - +liberal_parsing+: Specifies whether \CSV should attempt to parse # non-compliant data. # - +nil_value+: Specifies the object that is to be substituted for each null (no-text) field. # - +empty_value+: Specifies the object that is to be substituted for each empty field. # # :include: ../doc/csv/options/common/row_sep.rdoc # # :include: ../doc/csv/options/common/col_sep.rdoc # # :include: ../doc/csv/options/common/quote_char.rdoc # # :include: ../doc/csv/options/parsing/field_size_limit.rdoc # # :include: ../doc/csv/options/parsing/converters.rdoc # # :include: ../doc/csv/options/parsing/unconverted_fields.rdoc # # :include: ../doc/csv/options/parsing/headers.rdoc # # :include: ../doc/csv/options/parsing/return_headers.rdoc # # :include: ../doc/csv/options/parsing/header_converters.rdoc # # :include: ../doc/csv/options/parsing/skip_blanks.rdoc # # :include: ../doc/csv/options/parsing/skip_lines.rdoc # # :include: ../doc/csv/options/parsing/strip.rdoc # # :include: ../doc/csv/options/parsing/liberal_parsing.rdoc # # :include: ../doc/csv/options/parsing/nil_value.rdoc # # :include: ../doc/csv/options/parsing/empty_value.rdoc # # ==== Options for Generating # # Options for generating, described in detail below, include: # - +row_sep+: Specifies the row separator; used to delimit rows. # - +col_sep+: Specifies the column separator; used to delimit fields. # - +quote_char+: Specifies the quote character; used to quote fields. # - +write_headers+: Specifies whether headers are to be written. # - +force_quotes+: Specifies whether each output field is to be quoted. # - +quote_empty+: Specifies whether each empty output field is to be quoted. # - +write_converters+: Specifies the field converters to be used in writing. # - +write_nil_value+: Specifies the object that is to be substituted for each +nil+-valued field. # - +write_empty_value+: Specifies the object that is to be substituted for each empty field. # # :include: ../doc/csv/options/common/row_sep.rdoc # # :include: ../doc/csv/options/common/col_sep.rdoc # # :include: ../doc/csv/options/common/quote_char.rdoc # # :include: ../doc/csv/options/generating/write_headers.rdoc # # :include: ../doc/csv/options/generating/force_quotes.rdoc # # :include: ../doc/csv/options/generating/quote_empty.rdoc # # :include: ../doc/csv/options/generating/write_converters.rdoc # # :include: ../doc/csv/options/generating/write_nil_value.rdoc # # :include: ../doc/csv/options/generating/write_empty_value.rdoc # # === \CSV with Headers # # CSV allows to specify column names of CSV file, whether they are in data, or # provided separately. If headers are specified, reading methods return an instance # of CSV::Table, consisting of CSV::Row. # # # Headers are part of data # data = CSV.parse(<<~ROWS, headers: true) # Name,Department,Salary # Bob,Engineering,1000 # Jane,Sales,2000 # John,Management,5000 # ROWS # # data.class #=> CSV::Table # data.first #=> #<CSV::Row "Name":"Bob" "Department":"Engineering" "Salary":"1000"> # data.first.to_h #=> {"Name"=>"Bob", "Department"=>"Engineering", "Salary"=>"1000"} # # # Headers provided by developer # data = CSV.parse('Bob,Engineering,1000', headers: %i[name department salary]) # data.first #=> #<CSV::Row name:"Bob" department:"Engineering" salary:"1000"> # # === \Converters # # By default, each value (field or header) parsed by \CSV is formed into a \String. # You can use a _field_ _converter_ or _header_ _converter_ # to intercept and modify the parsed values: # - See {Field Converters}[#class-CSV-label-Field+Converters]. # - See {Header Converters}[#class-CSV-label-Header+Converters]. # # Also by default, each value to be written during generation is written 'as-is'. # You can use a _write_ _converter_ to modify values before writing. # - See {Write Converters}[#class-CSV-label-Write+Converters]. # # ==== Specifying \Converters # # You can specify converters for parsing or generating in the +options+ # argument to various \CSV methods: # - Option +converters+ for converting parsed field values. # - Option +header_converters+ for converting parsed header values. # - Option +write_converters+ for converting values to be written (generated). # # There are three forms for specifying converters: # - A converter proc: executable code to be used for conversion. # - A converter name: the name of a stored converter. # - A converter list: an array of converter procs, converter names, and converter lists. # # ===== Converter Procs # # This converter proc, +strip_converter+, accepts a value +field+ # and returns <tt>field.strip</tt>: # strip_converter = proc {|field| field.strip } # In this call to <tt>CSV.parse</tt>, # the keyword argument <tt>converters: string_converter</tt> # specifies that: # - \Proc +string_converter+ is to be called for each parsed field. # - The converter's return value is to replace the +field+ value. # Example: # string = " foo , 0 \n bar , 1 \n baz , 2 \n" # array = CSV.parse(string, converters: strip_converter) # array # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # A converter proc can receive a second argument, +field_info+, # that contains details about the field. # This modified +strip_converter+ displays its arguments: # strip_converter = proc do |field, field_info| # p [field, field_info] # field.strip # end # string = " foo , 0 \n bar , 1 \n baz , 2 \n" # array = CSV.parse(string, converters: strip_converter) # array # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # Output: # [" foo ", #<struct CSV::FieldInfo index=0, line=1, header=nil>] # [" 0 ", #<struct CSV::FieldInfo index=1, line=1, header=nil>] # [" bar ", #<struct CSV::FieldInfo index=0, line=2, header=nil>] # [" 1 ", #<struct CSV::FieldInfo index=1, line=2, header=nil>] # [" baz ", #<struct CSV::FieldInfo index=0, line=3, header=nil>] # [" 2 ", #<struct CSV::FieldInfo index=1, line=3, header=nil>] # Each CSV::FieldInfo object shows: # - The 0-based field index. # - The 1-based line index. # - The field header, if any. # # ===== Stored \Converters # # A converter may be given a name and stored in a structure where # the parsing methods can find it by name. # # The storage structure for field converters is the \Hash CSV::Converters. # It has several built-in converter procs: # - <tt>:integer</tt>: converts each \String-embedded integer into a true \Integer. # - <tt>:float</tt>: converts each \String-embedded float into a true \Float. # - <tt>:date</tt>: converts each \String-embedded date into a true \Date. # - <tt>:date_time</tt>: converts each \String-embedded date-time into a true \DateTime # - <tt>:time</tt>: converts each \String-embedded time into a true \Time # . # This example creates a converter proc, then stores it: # strip_converter = proc {|field| field.strip } # CSV::Converters[:strip] = strip_converter # Then the parsing method call can refer to the converter # by its name, <tt>:strip</tt>: # string = " foo , 0 \n bar , 1 \n baz , 2 \n" # array = CSV.parse(string, converters: :strip) # array # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # The storage structure for header converters is the \Hash CSV::HeaderConverters, # which works in the same way. # It also has built-in converter procs: # - <tt>:downcase</tt>: Downcases each header. # - <tt>:symbol</tt>: Converts each header to a \Symbol. # # There is no such storage structure for write headers. # # In order for the parsing methods to access stored converters in non-main-Ractors, the # storage structure must be made shareable first. # Therefore, <tt>Ractor.make_shareable(CSV::Converters)</tt> and # <tt>Ractor.make_shareable(CSV::HeaderConverters)</tt> must be called before the creation # of Ractors that use the converters stored in these structures. (Since making the storage # structures shareable involves freezing them, any custom converters that are to be used # must be added first.) # # ===== Converter Lists # # A _converter_ _list_ is an \Array that may include any assortment of: # - Converter procs. # - Names of stored converters. # - Nested converter lists. # # Examples: # numeric_converters = [:integer, :float] # date_converters = [:date, :date_time] # [numeric_converters, strip_converter] # [strip_converter, date_converters, :float] # # Like a converter proc, a converter list may be named and stored in either # \CSV::Converters or CSV::HeaderConverters: # CSV::Converters[:custom] = [strip_converter, date_converters, :float] # CSV::HeaderConverters[:custom] = [:downcase, :symbol] # # There are two built-in converter lists: # CSV::Converters[:numeric] # => [:integer, :float] # CSV::Converters[:all] # => [:date_time, :numeric] # # ==== Field \Converters # # With no conversion, all parsed fields in all rows become Strings: # string = "foo,0\nbar,1\nbaz,2\n" # ary = CSV.parse(string) # ary # => # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # When you specify a field converter, each parsed field is passed to the converter; # its return value becomes the stored value for the field. # A converter might, for example, convert an integer embedded in a \String # into a true \Integer. # (In fact, that's what built-in field converter +:integer+ does.) # # There are three ways to use field \converters. # # - Using option {converters}[#class-CSV-label-Option+converters] with a parsing method: # ary = CSV.parse(string, converters: :integer) # ary # => [0, 1, 2] # => [["foo", 0], ["bar", 1], ["baz", 2]] # - Using option {converters}[#class-CSV-label-Option+converters] with a new \CSV instance: # csv = CSV.new(string, converters: :integer) # # Field converters in effect: # csv.converters # => [:integer] # csv.read # => [["foo", 0], ["bar", 1], ["baz", 2]] # - Using method #convert to add a field converter to a \CSV instance: # csv = CSV.new(string) # # Add a converter. # csv.convert(:integer) # csv.converters # => [:integer] # csv.read # => [["foo", 0], ["bar", 1], ["baz", 2]] # # Installing a field converter does not affect already-read rows: # csv = CSV.new(string) # csv.shift # => ["foo", "0"] # # Add a converter. # csv.convert(:integer) # csv.converters # => [:integer] # csv.read # => [["bar", 1], ["baz", 2]] # # There are additional built-in \converters, and custom \converters are also supported. # # ===== Built-In Field \Converters # # The built-in field converters are in \Hash CSV::Converters: # - Each key is a field converter name. # - Each value is one of: # - A \Proc field converter. # - An \Array of field converter names. # # Display: # CSV::Converters.each_pair do |name, value| # if value.kind_of?(Proc) # p [name, value.class] # else # p [name, value] # end # end # Output: # [:integer, Proc] # [:float, Proc] # [:numeric, [:integer, :float]] # [:date, Proc] # [:date_time, Proc] # [:time, Proc] # [:all, [:date_time, :numeric]] # # Each of these converters transcodes values to UTF-8 before attempting conversion. # If a value cannot be transcoded to UTF-8 the conversion will # fail and the value will remain unconverted. # # Converter +:integer+ converts each field that Integer() accepts: # data = '0,1,2,x' # # Without the converter # csv = CSV.parse_line(data) # csv # => ["0", "1", "2", "x"] # # With the converter # csv = CSV.parse_line(data, converters: :integer) # csv # => [0, 1, 2, "x"] # # Converter +:float+ converts each field that Float() accepts: # data = '1.0,3.14159,x' # # Without the converter # csv = CSV.parse_line(data) # csv # => ["1.0", "3.14159", "x"] # # With the converter # csv = CSV.parse_line(data, converters: :float) # csv # => [1.0, 3.14159, "x"] # # Converter +:numeric+ converts with both +:integer+ and +:float+.. # # Converter +:date+ converts each field that Date::parse accepts: # data = '2001-02-03,x' # # Without the converter # csv = CSV.parse_line(data) # csv # => ["2001-02-03", "x"] # # With the converter # csv = CSV.parse_line(data, converters: :date) # csv # => [#<Date: 2001-02-03 ((2451944j,0s,0n),+0s,2299161j)>, "x"] # # Converter +:date_time+ converts each field that DateTime::parse accepts: # data = '2020-05-07T14:59:00-05:00,x' # # Without the converter # csv = CSV.parse_line(data) # csv # => ["2020-05-07T14:59:00-05:00", "x"] # # With the converter # csv = CSV.parse_line(data, converters: :date_time) # csv # => [#<DateTime: 2020-05-07T14:59:00-05:00 ((2458977j,71940s,0n),-18000s,2299161j)>, "x"] # # Converter +time+ converts each field that Time::parse accepts: # data = '2020-05-07T14:59:00-05:00,x' # # Without the converter # csv = CSV.parse_line(data) # csv # => ["2020-05-07T14:59:00-05:00", "x"] # # With the converter # csv = CSV.parse_line(data, converters: :time) # csv # => [2020-05-07 14:59:00 -0500, "x"] # # Converter +:numeric+ converts with both +:date_time+ and +:numeric+.. # # As seen above, method #convert adds \converters to a \CSV instance, # and method #converters returns an \Array of the \converters in effect: # csv = CSV.new('0,1,2') # csv.converters # => [] # csv.convert(:integer) # csv.converters # => [:integer] # csv.convert(:date) # csv.converters # => [:integer, :date] # # ===== Custom Field \Converters # # You can define a custom field converter: # strip_converter = proc {|field| field.strip } # string = " foo , 0 \n bar , 1 \n baz , 2 \n" # array = CSV.parse(string, converters: strip_converter) # array # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # You can register the converter in \Converters \Hash, # which allows you to refer to it by name: # CSV::Converters[:strip] = strip_converter # string = " foo , 0 \n bar , 1 \n baz , 2 \n" # array = CSV.parse(string, converters: :strip) # array # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # ==== Header \Converters # # Header converters operate only on headers (and not on other rows). # # There are three ways to use header \converters; # these examples use built-in header converter +:downcase+, # which downcases each parsed header. # # - Option +header_converters+ with a singleton parsing method: # string = "Name,Count\nFoo,0\n,Bar,1\nBaz,2" # tbl = CSV.parse(string, headers: true, header_converters: :downcase) # tbl.class # => CSV::Table # tbl.headers # => ["name", "count"] # # - Option +header_converters+ with a new \CSV instance: # csv = CSV.new(string, header_converters: :downcase) # # Header converters in effect: # csv.header_converters # => [:downcase] # tbl = CSV.parse(string, headers: true) # tbl.headers # => ["Name", "Count"] # # - Method #header_convert adds a header converter to a \CSV instance: # csv = CSV.new(string) # # Add a header converter. # csv.header_convert(:downcase) # csv.header_converters # => [:downcase] # tbl = CSV.parse(string, headers: true) # tbl.headers # => ["Name", "Count"] # # ===== Built-In Header \Converters # # The built-in header \converters are in \Hash CSV::HeaderConverters. # The keys there are the names of the \converters: # CSV::HeaderConverters.keys # => [:downcase, :symbol] # # Converter +:downcase+ converts each header by downcasing it: # string = "Name,Count\nFoo,0\n,Bar,1\nBaz,2" # tbl = CSV.parse(string, headers: true, header_converters: :downcase) # tbl.class # => CSV::Table # tbl.headers # => ["name", "count"] # # Converter +:symbol+ converts each header by making it into a \Symbol: # string = "Name,Count\nFoo,0\n,Bar,1\nBaz,2" # tbl = CSV.parse(string, headers: true, header_converters: :symbol) # tbl.headers # => [:name, :count] # Details: # - Strips leading and trailing whitespace. # - Downcases the header. # - Replaces embedded spaces with underscores. # - Removes non-word characters. # - Makes the string into a \Symbol. # # ===== Custom Header \Converters # # You can define a custom header converter: # upcase_converter = proc {|header| header.upcase } # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # table = CSV.parse(string, headers: true, header_converters: upcase_converter) # table # => #<CSV::Table mode:col_or_row row_count:4> # table.headers # => ["NAME", "VALUE"] # You can register the converter in \HeaderConverters \Hash, # which allows you to refer to it by name: # CSV::HeaderConverters[:upcase] = upcase_converter # table = CSV.parse(string, headers: true, header_converters: :upcase) # table # => #<CSV::Table mode:col_or_row row_count:4> # table.headers # => ["NAME", "VALUE"] # # ===== Write \Converters # # When you specify a write converter for generating \CSV, # each field to be written is passed to the converter; # its return value becomes the new value for the field. # A converter might, for example, strip whitespace from a field. # # Using no write converter (all fields unmodified): # output_string = CSV.generate do |csv| # csv << [' foo ', 0] # csv << [' bar ', 1] # csv << [' baz ', 2] # end # output_string # => " foo ,0\n bar ,1\n baz ,2\n" # Using option +write_converters+ with two custom write converters: # strip_converter = proc {|field| field.respond_to?(:strip) ? field.strip : field } # upcase_converter = proc {|field| field.respond_to?(:upcase) ? field.upcase : field } # write_converters = [strip_converter, upcase_converter] # output_string = CSV.generate(write_converters: write_converters) do |csv| # csv << [' foo ', 0] # csv << [' bar ', 1] # csv << [' baz ', 2] # end # output_string # => "FOO,0\nBAR,1\nBAZ,2\n" # # === Character Encodings (M17n or Multilingualization) # # This new CSV parser is m17n savvy. The parser works in the Encoding of the IO # or String object being read from or written to. Your data is never transcoded # (unless you ask Ruby to transcode it for you) and will literally be parsed in # the Encoding it is in. Thus CSV will return Arrays or Rows of Strings in the # Encoding of your data. This is accomplished by transcoding the parser itself # into your Encoding. # # Some transcoding must take place, of course, to accomplish this multiencoding # support. For example, <tt>:col_sep</tt>, <tt>:row_sep</tt>, and # <tt>:quote_char</tt> must be transcoded to match your data. Hopefully this # makes the entire process feel transparent, since CSV's defaults should just # magically work for your data. However, you can set these values manually in # the target Encoding to avoid the translation. # # It's also important to note that while all of CSV's core parser is now # Encoding agnostic, some features are not. For example, the built-in # converters will try to transcode data to UTF-8 before making conversions. # Again, you can provide custom converters that are aware of your Encodings to # avoid this translation. It's just too hard for me to support native # conversions in all of Ruby's Encodings. # # Anyway, the practical side of this is simple: make sure IO and String objects # passed into CSV have the proper Encoding set and everything should just work. # CSV methods that allow you to open IO objects (CSV::foreach(), CSV::open(), # CSV::read(), and CSV::readlines()) do allow you to specify the Encoding. # # One minor exception comes when generating CSV into a String with an Encoding # that is not ASCII compatible. There's no existing data for CSV to use to # prepare itself and thus you will probably need to manually specify the desired # Encoding for most of those cases. It will try to guess using the fields in a # row of output though, when using CSV::generate_line() or Array#to_csv(). # # I try to point out any other Encoding issues in the documentation of methods # as they come up. # # This has been tested to the best of my ability with all non-"dummy" Encodings # Ruby ships with. However, it is brave new code and may have some bugs. # Please feel free to {report}[mailto:james@grayproductions.net] any issues you # find with it. # class CSV # The error thrown when the parser encounters illegal CSV formatting. class MalformedCSVError < RuntimeError attr_reader :line_number alias_method :lineno, :line_number def initialize(message, line_number) @line_number = line_number super("#{message} in line #{line_number}.") end end # The error thrown when the parser encounters invalid encoding in CSV. class InvalidEncodingError < MalformedCSVError attr_reader :encoding def initialize(encoding, line_number) @encoding = encoding super("Invalid byte sequence in #{encoding}", line_number) end end # # A FieldInfo Struct contains details about a field's position in the data # source it was read from. CSV will pass this Struct to some blocks that make # decisions based on field structure. See CSV.convert_fields() for an # example. # # <b><tt>index</tt></b>:: The zero-based index of the field in its row. # <b><tt>line</tt></b>:: The line of the data source this row is from. # <b><tt>header</tt></b>:: The header for the column, when available. # <b><tt>quoted?</tt></b>:: True or false, whether the original value is quoted or not. # FieldInfo = Struct.new(:index, :line, :header, :quoted?) # A Regexp used to find and convert some common Date formats. DateMatcher = / \A(?: (\w+,?\s+)?\w+\s+\d{1,2},?\s+\d{2,4} | \d{4}-\d{2}-\d{2} )\z /x # A Regexp used to find and convert some common (Date)Time formats. DateTimeMatcher = / \A(?: (\w+,?\s+)?\w+\s+\d{1,2}\s+\d{1,2}:\d{1,2}:\d{1,2},?\s+\d{2,4} | # ISO-8601 and RFC-3339 (space instead of T) recognized by (Date)Time.parse \d{4}-\d{2}-\d{2} (?:[T\s]\d{2}:\d{2}(?::\d{2}(?:\.\d+)?(?:[+-]\d{2}(?::\d{2})|Z)?)?)? )\z /x # The encoding used by all converters. ConverterEncoding = Encoding.find("UTF-8") # A \Hash containing the names and \Procs for the built-in field converters. # See {Built-In Field Converters}[#class-CSV-label-Built-In+Field+Converters]. # # This \Hash is intentionally left unfrozen, and may be extended with # custom field converters. # See {Custom Field Converters}[#class-CSV-label-Custom+Field+Converters]. Converters = { integer: lambda { |f| Integer(f.encode(ConverterEncoding)) rescue f }, float: lambda { |f| Float(f.encode(ConverterEncoding)) rescue f }, numeric: [:integer, :float], date: lambda { |f| begin e = f.encode(ConverterEncoding) e.match?(DateMatcher) ? Date.parse(e) : f rescue # encoding conversion or date parse errors f end }, date_time: lambda { |f| begin e = f.encode(ConverterEncoding) e.match?(DateTimeMatcher) ? DateTime.parse(e) : f rescue # encoding conversion or date parse errors f end }, time: lambda { |f| begin e = f.encode(ConverterEncoding) e.match?(DateTimeMatcher) ? Time.parse(e) : f rescue # encoding conversion or parse errors f end }, all: [:date_time, :numeric], } # A \Hash containing the names and \Procs for the built-in header converters. # See {Built-In Header Converters}[#class-CSV-label-Built-In+Header+Converters]. # # This \Hash is intentionally left unfrozen, and may be extended with # custom field converters. # See {Custom Header Converters}[#class-CSV-label-Custom+Header+Converters]. HeaderConverters = { downcase: lambda { |h| h.encode(ConverterEncoding).downcase }, symbol: lambda { |h| h.encode(ConverterEncoding).downcase.gsub(/[^\s\w]+/, "").strip. gsub(/\s+/, "_").to_sym }, symbol_raw: lambda { |h| h.encode(ConverterEncoding).to_sym } } # Default values for method options. DEFAULT_OPTIONS = { # For both parsing and generating. col_sep: ",", row_sep: :auto, quote_char: '"', # For parsing. field_size_limit: nil, max_field_size: nil, converters: nil, unconverted_fields: nil, headers: false, return_headers: false, header_converters: nil, skip_blanks: false, skip_lines: nil, liberal_parsing: false, nil_value: nil, empty_value: "", strip: false, # For generating. write_headers: nil, quote_empty: true, force_quotes: false, write_converters: nil, write_nil_value: nil, write_empty_value: "", }.freeze class << self # :call-seq: # instance(string, **options) # instance(io = $stdout, **options) # instance(string, **options) {|csv| ... } # instance(io = $stdout, **options) {|csv| ... } # # Creates or retrieves cached \CSV objects. # For arguments and options, see CSV.new. # # This API is not Ractor-safe. # # --- # # With no block given, returns a \CSV object. # # The first call to +instance+ creates and caches a \CSV object: # s0 = 's0' # csv0 = CSV.instance(s0) # csv0.class # => CSV # # Subsequent calls to +instance+ with that _same_ +string+ or +io+ # retrieve that same cached object: # csv1 = CSV.instance(s0) # csv1.class # => CSV # csv1.equal?(csv0) # => true # Same CSV object # # A subsequent call to +instance+ with a _different_ +string+ or +io+ # creates and caches a _different_ \CSV object. # s1 = 's1' # csv2 = CSV.instance(s1) # csv2.equal?(csv0) # => false # Different CSV object # # All the cached objects remains available: # csv3 = CSV.instance(s0) # csv3.equal?(csv0) # true # Same CSV object # csv4 = CSV.instance(s1) # csv4.equal?(csv2) # true # Same CSV object # # --- # # When a block is given, calls the block with the created or retrieved # \CSV object; returns the block's return value: # CSV.instance(s0) {|csv| :foo } # => :foo def instance(data = $stdout, **options) # create a _signature_ for this method call, data object and options sig = [data.object_id] + options.values_at(*DEFAULT_OPTIONS.keys) # fetch or create the instance for this signature @@instances ||= Hash.new instance = (@@instances[sig] ||= new(data, **options)) if block_given? yield instance # run block, if given, returning result else instance # or return the instance end end # :call-seq: # filter(in_string_or_io, **options) {|row| ... } -> array_of_arrays or csv_table # filter(in_string_or_io, out_string_or_io, **options) {|row| ... } -> array_of_arrays or csv_table # filter(**options) {|row| ... } -> array_of_arrays or csv_table # # - Parses \CSV from a source (\String, \IO stream, or ARGF). # - Calls the given block with each parsed row: # - Without headers, each row is an \Array. # - With headers, each row is a CSV::Row. # - Generates \CSV to an output (\String, \IO stream, or STDOUT). # - Returns the parsed source: # - Without headers, an \Array of \Arrays. # - With headers, a CSV::Table. # # When +in_string_or_io+ is given, but not +out_string_or_io+, # parses from the given +in_string_or_io+ # and generates to STDOUT. # # \String input without headers: # # in_string = "foo,0\nbar,1\nbaz,2" # CSV.filter(in_string) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # => [["FOO", 0], ["BAR", -1], ["BAZ", -2]] # # Output (to STDOUT): # # FOO,0 # BAR,-1 # BAZ,-2 # # \String input with headers: # # in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2" # CSV.filter(in_string, headers: true) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # => #<CSV::Table mode:col_or_row row_count:4> # # Output (to STDOUT): # # Name,Value # FOO,0 # BAR,-1 # BAZ,-2 # # \IO stream input without headers: # # File.write('t.csv', "foo,0\nbar,1\nbaz,2") # File.open('t.csv') do |in_io| # CSV.filter(in_io) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # end # => [["FOO", 0], ["BAR", -1], ["BAZ", -2]] # # Output (to STDOUT): # # FOO,0 # BAR,-1 # BAZ,-2 # # \IO stream input with headers: # # File.write('t.csv', "Name,Value\nfoo,0\nbar,1\nbaz,2") # File.open('t.csv') do |in_io| # CSV.filter(in_io, headers: true) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # end # => #<CSV::Table mode:col_or_row row_count:4> # # Output (to STDOUT): # # Name,Value # FOO,0 # BAR,-1 # BAZ,-2 # # When both +in_string_or_io+ and +out_string_or_io+ are given, # parses from +in_string_or_io+ and generates to +out_string_or_io+. # # \String output without headers: # # in_string = "foo,0\nbar,1\nbaz,2" # out_string = '' # CSV.filter(in_string, out_string) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # => [["FOO", 0], ["BAR", -1], ["BAZ", -2]] # out_string # => "FOO,0\nBAR,-1\nBAZ,-2\n" # # \String output with headers: # # in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2" # out_string = '' # CSV.filter(in_string, out_string, headers: true) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # => #<CSV::Table mode:col_or_row row_count:4> # out_string # => "Name,Value\nFOO,0\nBAR,-1\nBAZ,-2\n" # # \IO stream output without headers: # # in_string = "foo,0\nbar,1\nbaz,2" # File.open('t.csv', 'w') do |out_io| # CSV.filter(in_string, out_io) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # end # => [["FOO", 0], ["BAR", -1], ["BAZ", -2]] # File.read('t.csv') # => "FOO,0\nBAR,-1\nBAZ,-2\n" # # \IO stream output with headers: # # in_string = "Name,Value\nfoo,0\nbar,1\nbaz,2" # File.open('t.csv', 'w') do |out_io| # CSV.filter(in_string, out_io, headers: true) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # end # => #<CSV::Table mode:col_or_row row_count:4> # File.read('t.csv') # => "Name,Value\nFOO,0\nBAR,-1\nBAZ,-2\n" # # When neither +in_string_or_io+ nor +out_string_or_io+ given, # parses from {ARGF}[rdoc-ref:ARGF] # and generates to STDOUT. # # Without headers: # # # Put Ruby code into a file. # ruby = <<-EOT # require 'csv' # CSV.filter do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # EOT # File.write('t.rb', ruby) # # Put some CSV into a file. # File.write('t.csv', "foo,0\nbar,1\nbaz,2") # # Run the Ruby code with CSV filename as argument. # system(Gem.ruby, "t.rb", "t.csv") # # Output (to STDOUT): # # FOO,0 # BAR,-1 # BAZ,-2 # # With headers: # # # Put Ruby code into a file. # ruby = <<-EOT # require 'csv' # CSV.filter(headers: true) do |row| # row[0].upcase! # row[1] = - row[1].to_i # end # EOT # File.write('t.rb', ruby) # # Put some CSV into a file. # File.write('t.csv', "Name,Value\nfoo,0\nbar,1\nbaz,2") # # Run the Ruby code with CSV filename as argument. # system(Gem.ruby, "t.rb", "t.csv") # # Output (to STDOUT): # # Name,Value # FOO,0 # BAR,-1 # BAZ,-2 # # Arguments: # # * Argument +in_string_or_io+ must be a \String or an \IO stream. # * Argument +out_string_or_io+ must be a \String or an \IO stream. # * Arguments <tt>**options</tt> must be keyword options. # # - Each option defined as an {option for parsing}[#class-CSV-label-Options+for+Parsing] # is used for parsing the filter input. # - Each option defined as an {option for generating}[#class-CSV-label-Options+for+Generating] # is used for generator the filter input. # # However, there are three options that may be used for both parsing and generating: # +col_sep+, +quote_char+, and +row_sep+. # # Therefore for method +filter+ (and method +filter+ only), # there are special options that allow these parsing and generating options # to be specified separately: # # - Options +input_col_sep+ and +output_col_sep+ # (and their aliases +in_col_sep+ and +out_col_sep+) # specify the column separators for parsing and generating. # - Options +input_quote_char+ and +output_quote_char+ # (and their aliases +in_quote_char+ and +out_quote_char+) # specify the quote characters for parsing and generting. # - Options +input_row_sep+ and +output_row_sep+ # (and their aliases +in_row_sep+ and +out_row_sep+) # specify the row separators for parsing and generating. # # Example options (for column separators): # # CSV.filter # Default for both parsing and generating. # CSV.filter(in_col_sep: ';') # ';' for parsing, default for generating. # CSV.filter(out_col_sep: '|') # Default for parsing, '|' for generating. # CSV.filter(in_col_sep: ';', out_col_sep: '|') # ';' for parsing, '|' for generating. # # Note that for a special option (e.g., +input_col_sep+) # and its corresponding "regular" option (e.g., +col_sep+), # the two are mutually overriding. # # Another example (possibly surprising): # # CSV.filter(in_col_sep: ';', col_sep: '|') # '|' for both parsing(!) and generating. # def filter(input=nil, output=nil, **options) # parse options for input, output, or both in_options, out_options = Hash.new, {row_sep: InputRecordSeparator.value} options.each do |key, value| case key when /\Ain(?:put)?_(.+)\Z/ in_options[$1.to_sym] = value when /\Aout(?:put)?_(.+)\Z/ out_options[$1.to_sym] = value else in_options[key] = value out_options[key] = value end end # build input and output wrappers input = new(input || ARGF, **in_options) output = new(output || $stdout, **out_options) # process headers need_manual_header_output = (in_options[:headers] and out_options[:headers] == true and out_options[:write_headers]) if need_manual_header_output first_row = input.shift if first_row if first_row.is_a?(Row) headers = first_row.headers yield headers output << headers end yield first_row output << first_row end end # read, yield, write input.each do |row| yield row output << row end end # # :call-seq: # foreach(path_or_io, mode='r', **options) {|row| ... ) # foreach(path_or_io, mode='r', **options) -> new_enumerator # # Calls the block with each row read from source +path_or_io+. # # \Path input without headers: # # string = "foo,0\nbar,1\nbaz,2\n" # in_path = 't.csv' # File.write(in_path, string) # CSV.foreach(in_path) {|row| p row } # # Output: # # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # \Path input with headers: # # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # in_path = 't.csv' # File.write(in_path, string) # CSV.foreach(in_path, headers: true) {|row| p row } # # Output: # # <CSV::Row "Name":"foo" "Value":"0"> # <CSV::Row "Name":"bar" "Value":"1"> # <CSV::Row "Name":"baz" "Value":"2"> # # \IO stream input without headers: # # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # File.open('t.csv') do |in_io| # CSV.foreach(in_io) {|row| p row } # end # # Output: # # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # \IO stream input with headers: # # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # File.open('t.csv') do |in_io| # CSV.foreach(in_io, headers: true) {|row| p row } # end # # Output: # # <CSV::Row "Name":"foo" "Value":"0"> # <CSV::Row "Name":"bar" "Value":"1"> # <CSV::Row "Name":"baz" "Value":"2"> # # With no block given, returns an \Enumerator: # # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # CSV.foreach(path) # => #<Enumerator: CSV:foreach("t.csv", "r")> # # Arguments: # * Argument +path_or_io+ must be a file path or an \IO stream. # * Argument +mode+, if given, must be a \File mode. # See {Access Modes}[https://docs.ruby-lang.org/en/master/File.html#class-File-label-Access+Modes]. # * Arguments <tt>**options</tt> must be keyword options. # See {Options for Parsing}[#class-CSV-label-Options+for+Parsing]. # * This method optionally accepts an additional <tt>:encoding</tt> option # that you can use to specify the Encoding of the data read from +path+ or +io+. # You must provide this unless your data is in the encoding # given by <tt>Encoding::default_external</tt>. # Parsing will use this to determine how to parse the data. # You may provide a second Encoding to # have the data transcoded as it is read. For example, # encoding: 'UTF-32BE:UTF-8' # would read +UTF-32BE+ data from the file # but transcode it to +UTF-8+ before parsing. def foreach(path, mode="r", **options, &block) return to_enum(__method__, path, mode, **options) unless block_given? open(path, mode, **options) do |csv| csv.each(&block) end end # # :call-seq: # generate(csv_string, **options) {|csv| ... } # generate(**options) {|csv| ... } # # * Argument +csv_string+, if given, must be a \String object; # defaults to a new empty \String. # * Arguments +options+, if given, should be generating options. # See {Options for Generating}[#class-CSV-label-Options+for+Generating]. # # --- # # Creates a new \CSV object via <tt>CSV.new(csv_string, **options)</tt>; # calls the block with the \CSV object, which the block may modify; # returns the \String generated from the \CSV object. # # Note that a passed \String *is* modified by this method. # Pass <tt>csv_string</tt>.dup if the \String must be preserved. # # This method has one additional option: <tt>:encoding</tt>, # which sets the base Encoding for the output if no no +str+ is specified. # CSV needs this hint if you plan to output non-ASCII compatible data. # # --- # # Add lines: # input_string = "foo,0\nbar,1\nbaz,2\n" # output_string = CSV.generate(input_string) do |csv| # csv << ['bat', 3] # csv << ['bam', 4] # end # output_string # => "foo,0\nbar,1\nbaz,2\nbat,3\nbam,4\n" # input_string # => "foo,0\nbar,1\nbaz,2\nbat,3\nbam,4\n" # output_string.equal?(input_string) # => true # Same string, modified # # Add lines into new string, preserving old string: # input_string = "foo,0\nbar,1\nbaz,2\n" # output_string = CSV.generate(input_string.dup) do |csv| # csv << ['bat', 3] # csv << ['bam', 4] # end # output_string # => "foo,0\nbar,1\nbaz,2\nbat,3\nbam,4\n" # input_string # => "foo,0\nbar,1\nbaz,2\n" # output_string.equal?(input_string) # => false # Different strings # # Create lines from nothing: # output_string = CSV.generate do |csv| # csv << ['foo', 0] # csv << ['bar', 1] # csv << ['baz', 2] # end # output_string # => "foo,0\nbar,1\nbaz,2\n" # # --- # # Raises an exception if +csv_string+ is not a \String object: # # Raises TypeError (no implicit conversion of Integer into String) # CSV.generate(0) # def generate(str=nil, **options) encoding = options[:encoding] # add a default empty String, if none was given if str str = StringIO.new(str) str.seek(0, IO::SEEK_END) str.set_encoding(encoding) if encoding else str = +"" str.force_encoding(encoding) if encoding end csv = new(str, **options) # wrap yield csv # yield for appending csv.string # return final String end # :call-seq: # CSV.generate_line(ary) # CSV.generate_line(ary, **options) # # Returns the \String created by generating \CSV from +ary+ # using the specified +options+. # # Argument +ary+ must be an \Array. # # Special options: # * Option <tt>:row_sep</tt> defaults to <tt>"\n"> on Ruby 3.0 or later # and <tt>$INPUT_RECORD_SEPARATOR</tt> (<tt>$/</tt>) otherwise.: # $INPUT_RECORD_SEPARATOR # => "\n" # * This method accepts an additional option, <tt>:encoding</tt>, which sets the base # Encoding for the output. This method will try to guess your Encoding from # the first non-+nil+ field in +row+, if possible, but you may need to use # this parameter as a backup plan. # # For other +options+, # see {Options for Generating}[#class-CSV-label-Options+for+Generating]. # # --- # # Returns the \String generated from an \Array: # CSV.generate_line(['foo', '0']) # => "foo,0\n" # # --- # # Raises an exception if +ary+ is not an \Array: # # Raises NoMethodError (undefined method `find' for :foo:Symbol) # CSV.generate_line(:foo) # def generate_line(row, **options) options = {row_sep: InputRecordSeparator.value}.merge(options) str = +"" if options[:encoding] str.force_encoding(options[:encoding]) else fallback_encoding = nil output_encoding = nil row.each do |field| next unless field.is_a?(String) fallback_encoding ||= field.encoding next if field.ascii_only? output_encoding = field.encoding break end output_encoding ||= fallback_encoding if output_encoding str.force_encoding(output_encoding) end end (new(str, **options) << row).string end # :call-seq: # CSV.generate_lines(rows) # CSV.generate_lines(rows, **options) # # Returns the \String created by generating \CSV from # using the specified +options+. # # Argument +rows+ must be an \Array of row. Row is \Array of \String or \CSV::Row. # # Special options: # * Option <tt>:row_sep</tt> defaults to <tt>"\n"</tt> on Ruby 3.0 or later # and <tt>$INPUT_RECORD_SEPARATOR</tt> (<tt>$/</tt>) otherwise.: # $INPUT_RECORD_SEPARATOR # => "\n" # * This method accepts an additional option, <tt>:encoding</tt>, which sets the base # Encoding for the output. This method will try to guess your Encoding from # the first non-+nil+ field in +row+, if possible, but you may need to use # this parameter as a backup plan. # # For other +options+, # see {Options for Generating}[#class-CSV-label-Options+for+Generating]. # # --- # # Returns the \String generated from an # CSV.generate_lines([['foo', '0'], ['bar', '1'], ['baz', '2']]) # => "foo,0\nbar,1\nbaz,2\n" # # --- # # Raises an exception # # Raises NoMethodError (undefined method `each' for :foo:Symbol) # CSV.generate_lines(:foo) # def generate_lines(rows, **options) self.generate(**options) do |csv| rows.each do |row| csv << row end end end # # :call-seq: # open(path_or_io, mode = "rb", **options ) -> new_csv # open(path_or_io, mode = "rb", **options ) { |csv| ... } -> object # # possible options elements: # keyword form: # :invalid => nil # raise error on invalid byte sequence (default) # :invalid => :replace # replace invalid byte sequence # :undef => :replace # replace undefined conversion # :replace => string # replacement string ("?" or "\uFFFD" if not specified) # # * Argument +path_or_io+, must be a file path or an \IO stream. # :include: ../doc/csv/arguments/io.rdoc # * Argument +mode+, if given, must be a \File mode. # See {Access Modes}[https://docs.ruby-lang.org/en/master/File.html#class-File-label-Access+Modes]. # * Arguments <tt>**options</tt> must be keyword options. # See {Options for Generating}[#class-CSV-label-Options+for+Generating]. # * This method optionally accepts an additional <tt>:encoding</tt> option # that you can use to specify the Encoding of the data read from +path+ or +io+. # You must provide this unless your data is in the encoding # given by <tt>Encoding::default_external</tt>. # Parsing will use this to determine how to parse the data. # You may provide a second Encoding to # have the data transcoded as it is read. For example, # encoding: 'UTF-32BE:UTF-8' # would read +UTF-32BE+ data from the file # but transcode it to +UTF-8+ before parsing. # # --- # # These examples assume prior execution of: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # string_io = StringIO.new # string_io << "foo,0\nbar,1\nbaz,2\n" # # --- # # With no block given, returns a new \CSV object. # # Create a \CSV object using a file path: # csv = CSV.open(path) # csv # => #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # # Create a \CSV object using an open \File: # csv = CSV.open(File.open(path)) # csv # => #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # # Create a \CSV object using a \StringIO: # csv = CSV.open(string_io) # csv # => #<CSV io_type:StringIO encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # --- # # With a block given, calls the block with the created \CSV object; # returns the block's return value: # # Using a file path: # csv = CSV.open(path) {|csv| p csv} # csv # => #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # Output: # #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # # Using an open \File: # csv = CSV.open(File.open(path)) {|csv| p csv} # csv # => #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # Output: # #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # # Using a \StringIO: # csv = CSV.open(string_io) {|csv| p csv} # csv # => #<CSV io_type:StringIO encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # Output: # #<CSV io_type:StringIO encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # --- # # Raises an exception if the argument is not a \String object or \IO object: # # Raises TypeError (no implicit conversion of Symbol into String) # CSV.open(:foo) def open(filename_or_io, mode="r", **options) # wrap a File opened with the remaining +args+ with no newline # decorator file_opts = {} may_enable_bom_detection_automatically(filename_or_io, mode, options, file_opts) file_opts.merge!(options) unless file_opts.key?(:newline) file_opts[:universal_newline] ||= false end options.delete(:invalid) options.delete(:undef) options.delete(:replace) options.delete_if {|k, _| /newline\z/.match?(k)} if filename_or_io.is_a?(StringIO) f = create_stringio(filename_or_io.string, mode, **file_opts) else begin f = File.open(filename_or_io, mode, **file_opts) rescue ArgumentError => e raise unless /needs binmode/.match?(e.message) and mode == "r" mode = "rb" file_opts = {encoding: Encoding.default_external}.merge(file_opts) retry end end begin csv = new(f, **options) rescue Exception f.close raise end # handle blocks like Ruby's open(), not like the CSV library if block_given? begin yield csv ensure csv.close end else csv end end # # :call-seq: # parse(string) -> array_of_arrays # parse(io) -> array_of_arrays # parse(string, headers: ..., **options) -> csv_table # parse(io, headers: ..., **options) -> csv_table # parse(string, **options) {|row| ... } # parse(io, **options) {|row| ... } # # Parses +string+ or +io+ using the specified +options+. # # - Argument +string+ should be a \String object; # it will be put into a new StringIO object positioned at the beginning. # :include: ../doc/csv/arguments/io.rdoc # - Argument +options+: see {Options for Parsing}[#class-CSV-label-Options+for+Parsing] # # ====== Without Option +headers+ # # Without {option +headers+}[#class-CSV-label-Option+headers] case. # # These examples assume prior execution of: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # --- # # With no block given, returns an \Array of Arrays formed from the source. # # Parse a \String: # a_of_a = CSV.parse(string) # a_of_a # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # Parse an open \File: # a_of_a = File.open(path) do |file| # CSV.parse(file) # end # a_of_a # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # --- # # With a block given, calls the block with each parsed row: # # Parse a \String: # CSV.parse(string) {|row| p row } # # Output: # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # Parse an open \File: # File.open(path) do |file| # CSV.parse(file) {|row| p row } # end # # Output: # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # ====== With Option +headers+ # # With {option +headers+}[#class-CSV-label-Option+headers] case. # # These examples assume prior execution of: # string = "Name,Count\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # --- # # With no block given, returns a CSV::Table object formed from the source. # # Parse a \String: # csv_table = CSV.parse(string, headers: ['Name', 'Count']) # csv_table # => #<CSV::Table mode:col_or_row row_count:5> # # Parse an open \File: # csv_table = File.open(path) do |file| # CSV.parse(file, headers: ['Name', 'Count']) # end # csv_table # => #<CSV::Table mode:col_or_row row_count:4> # # --- # # With a block given, calls the block with each parsed row, # which has been formed into a CSV::Row object: # # Parse a \String: # CSV.parse(string, headers: ['Name', 'Count']) {|row| p row } # # Output: # # <CSV::Row "Name":"foo" "Count":"0"> # # <CSV::Row "Name":"bar" "Count":"1"> # # <CSV::Row "Name":"baz" "Count":"2"> # # Parse an open \File: # File.open(path) do |file| # CSV.parse(file, headers: ['Name', 'Count']) {|row| p row } # end # # Output: # # <CSV::Row "Name":"foo" "Count":"0"> # # <CSV::Row "Name":"bar" "Count":"1"> # # <CSV::Row "Name":"baz" "Count":"2"> # # --- # # Raises an exception if the argument is not a \String object or \IO object: # # Raises NoMethodError (undefined method `close' for :foo:Symbol) # CSV.parse(:foo) # # --- # # Please make sure if your text contains \BOM or not. CSV.parse will not remove # \BOM automatically. You might want to remove \BOM before calling CSV.parse : # # remove BOM on calling File.open # File.open(path, encoding: 'bom|utf-8') do |file| # CSV.parse(file, headers: true) do |row| # # you can get value by column name because BOM is removed # p row['Name'] # end # end # # Output: # # "foo" # # "bar" # # "baz" def parse(str, **options, &block) csv = new(str, **options) return csv.each(&block) if block_given? # slurp contents, if no block is given begin csv.read ensure csv.close end end # :call-seq: # CSV.parse_line(string) -> new_array or nil # CSV.parse_line(io) -> new_array or nil # CSV.parse_line(string, **options) -> new_array or nil # CSV.parse_line(io, **options) -> new_array or nil # CSV.parse_line(string, headers: true, **options) -> csv_row or nil # CSV.parse_line(io, headers: true, **options) -> csv_row or nil # # Returns the data created by parsing the first line of +string+ or +io+ # using the specified +options+. # # - Argument +string+ should be a \String object; # it will be put into a new StringIO object positioned at the beginning. # :include: ../doc/csv/arguments/io.rdoc # - Argument +options+: see {Options for Parsing}[#class-CSV-label-Options+for+Parsing] # # ====== Without Option +headers+ # # Without option +headers+, returns the first row as a new \Array. # # These examples assume prior execution of: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # Parse the first line from a \String object: # CSV.parse_line(string) # => ["foo", "0"] # # Parse the first line from a File object: # File.open(path) do |file| # CSV.parse_line(file) # => ["foo", "0"] # end # => ["foo", "0"] # # Returns +nil+ if the argument is an empty \String: # CSV.parse_line('') # => nil # # ====== With Option +headers+ # # With {option +headers+}[#class-CSV-label-Option+headers], # returns the first row as a CSV::Row object. # # These examples assume prior execution of: # string = "Name,Count\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # Parse the first line from a \String object: # CSV.parse_line(string, headers: true) # => #<CSV::Row "Name":"foo" "Count":"0"> # # Parse the first line from a File object: # File.open(path) do |file| # CSV.parse_line(file, headers: true) # end # => #<CSV::Row "Name":"foo" "Count":"0"> # # --- # # Raises an exception if the argument is +nil+: # # Raises ArgumentError (Cannot parse nil as CSV): # CSV.parse_line(nil) # def parse_line(line, **options) new(line, **options).each.first end # # :call-seq: # read(source, **options) -> array_of_arrays # read(source, headers: true, **options) -> csv_table # # Opens the given +source+ with the given +options+ (see CSV.open), # reads the source (see CSV#read), and returns the result, # which will be either an \Array of Arrays or a CSV::Table. # # Without headers: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # CSV.read(path) # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # With headers: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # CSV.read(path, headers: true) # => #<CSV::Table mode:col_or_row row_count:4> def read(path, **options) open(path, **options) { |csv| csv.read } end # :call-seq: # CSV.readlines(source, **options) # # Alias for CSV.read. def readlines(path, **options) read(path, **options) end # :call-seq: # CSV.table(source, **options) # # Calls CSV.read with +source+, +options+, and certain default options: # - +headers+: +true+ # - +converters+: +:numeric+ # - +header_converters+: +:symbol+ # # Returns a CSV::Table object. # # Example: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # CSV.table(path) # => #<CSV::Table mode:col_or_row row_count:4> def table(path, **options) default_options = { headers: true, converters: :numeric, header_converters: :symbol, } options = default_options.merge(options) read(path, **options) end ON_WINDOWS = /mingw|mswin/.match?(RUBY_PLATFORM) private_constant :ON_WINDOWS private def may_enable_bom_detection_automatically(filename_or_io, mode, options, file_opts) if filename_or_io.is_a?(StringIO) # Support to StringIO was dropped for Ruby 2.6 and earlier without BOM support: # https://github.com/ruby/stringio/pull/47 return if RUBY_VERSION < "2.7" else # "bom|utf-8" may be buggy on Windows: # https://bugs.ruby-lang.org/issues/20526 return if ON_WINDOWS end return unless Encoding.default_external == Encoding::UTF_8 return if options.key?(:encoding) return if options.key?(:external_encoding) return if mode.include?(":") file_opts[:encoding] = "bom|utf-8" end if RUBY_VERSION < "2.7" def create_stringio(str, mode, opts) opts.delete_if {|k, _| k == :universal_newline or DEFAULT_OPTIONS.key?(k)} raise ArgumentError, "Unsupported options parsing StringIO: #{opts.keys}" unless opts.empty? StringIO.new(str, mode) end else def create_stringio(str, mode, opts) StringIO.new(str, mode, **opts) end end end # :call-seq: # CSV.new(string) # CSV.new(io) # CSV.new(string, **options) # CSV.new(io, **options) # # Returns the new \CSV object created using +string+ or +io+ # and the specified +options+. # # - Argument +string+ should be a \String object; # it will be put into a new StringIO object positioned at the beginning. # :include: ../doc/csv/arguments/io.rdoc # - Argument +options+: See: # * {Options for Parsing}[#class-CSV-label-Options+for+Parsing] # * {Options for Generating}[#class-CSV-label-Options+for+Generating] # For performance reasons, the options cannot be overridden # in a \CSV object, so those specified here will endure. # # In addition to the \CSV instance methods, several \IO methods are delegated. # See {Delegated Methods}[#class-CSV-label-Delegated+Methods]. # # --- # # Create a \CSV object from a \String object: # csv = CSV.new('foo,0') # csv # => #<CSV io_type:StringIO encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # # Create a \CSV object from a \File object: # File.write('t.csv', 'foo,0') # csv = CSV.new(File.open('t.csv')) # csv # => #<CSV io_type:File io_path:"t.csv" encoding:UTF-8 lineno:0 col_sep:"," row_sep:"\n" quote_char:"\""> # # --- # # Raises an exception if the argument is +nil+: # # Raises ArgumentError (Cannot parse nil as CSV): # CSV.new(nil) # def initialize(data, col_sep: ",", row_sep: :auto, quote_char: '"', field_size_limit: nil, max_field_size: nil, converters: nil, unconverted_fields: nil, headers: false, return_headers: false, write_headers: nil, header_converters: nil, skip_blanks: false, force_quotes: false, skip_lines: nil, liberal_parsing: false, internal_encoding: nil, external_encoding: nil, encoding: nil, nil_value: nil, empty_value: "", strip: false, quote_empty: true, write_converters: nil, write_nil_value: nil, write_empty_value: "") raise ArgumentError.new("Cannot parse nil as CSV") if data.nil? if data.is_a?(String) if encoding if encoding.is_a?(String) data_external_encoding, data_internal_encoding = encoding.split(":", 2) if data_internal_encoding data = data.encode(data_internal_encoding, data_external_encoding) else data = data.dup.force_encoding(data_external_encoding) end else data = data.dup.force_encoding(encoding) end end @io = StringIO.new(data) else @io = data end @encoding = determine_encoding(encoding, internal_encoding) @base_fields_converter_options = { nil_value: nil_value, empty_value: empty_value, } @write_fields_converter_options = { nil_value: write_nil_value, empty_value: write_empty_value, } @initial_converters = converters @initial_header_converters = header_converters @initial_write_converters = write_converters if max_field_size.nil? and field_size_limit max_field_size = field_size_limit - 1 end @parser_options = { column_separator: col_sep, row_separator: row_sep, quote_character: quote_char, max_field_size: max_field_size, unconverted_fields: unconverted_fields, headers: headers, return_headers: return_headers, skip_blanks: skip_blanks, skip_lines: skip_lines, liberal_parsing: liberal_parsing, encoding: @encoding, nil_value: nil_value, empty_value: empty_value, strip: strip, } @parser = nil @parser_enumerator = nil @eof_error = nil @writer_options = { encoding: @encoding, force_encoding: (not encoding.nil?), force_quotes: force_quotes, headers: headers, write_headers: write_headers, column_separator: col_sep, row_separator: row_sep, quote_character: quote_char, quote_empty: quote_empty, } @writer = nil writer if @writer_options[:write_headers] end class TSV < CSV def initialize(data, **options) super(data, **({col_sep: "\t"}.merge(options))) end end # :call-seq: # csv.col_sep -> string # # Returns the encoded column separator; used for parsing and writing; # see {Option +col_sep+}[#class-CSV-label-Option+col_sep]: # CSV.new('').col_sep # => "," def col_sep parser.column_separator end # :call-seq: # csv.row_sep -> string # # Returns the encoded row separator; used for parsing and writing; # see {Option +row_sep+}[#class-CSV-label-Option+row_sep]: # CSV.new('').row_sep # => "\n" def row_sep parser.row_separator end # :call-seq: # csv.quote_char -> character # # Returns the encoded quote character; used for parsing and writing; # see {Option +quote_char+}[#class-CSV-label-Option+quote_char]: # CSV.new('').quote_char # => "\"" def quote_char parser.quote_character end # :call-seq: # csv.field_size_limit -> integer or nil # # Returns the limit for field size; used for parsing; # see {Option +field_size_limit+}[#class-CSV-label-Option+field_size_limit]: # CSV.new('').field_size_limit # => nil # # Deprecated since 3.2.3. Use +max_field_size+ instead. def field_size_limit parser.field_size_limit end # :call-seq: # csv.max_field_size -> integer or nil # # Returns the limit for field size; used for parsing; # see {Option +max_field_size+}[#class-CSV-label-Option+max_field_size]: # CSV.new('').max_field_size # => nil # # Since 3.2.3. def max_field_size parser.max_field_size end # :call-seq: # csv.skip_lines -> regexp or nil # # Returns the \Regexp used to identify comment lines; used for parsing; # see {Option +skip_lines+}[#class-CSV-label-Option+skip_lines]: # CSV.new('').skip_lines # => nil def skip_lines parser.skip_lines end # :call-seq: # csv.converters -> array # # Returns an \Array containing field converters; # see {Field Converters}[#class-CSV-label-Field+Converters]: # csv = CSV.new('') # csv.converters # => [] # csv.convert(:integer) # csv.converters # => [:integer] # csv.convert(proc {|x| x.to_s }) # csv.converters # # Notes that you need to call # +Ractor.make_shareable(CSV::Converters)+ on the main Ractor to use # this method. def converters parser_fields_converter.map do |converter| name = Converters.rassoc(converter) name ? name.first : converter end end # :call-seq: # csv.unconverted_fields? -> object # # Returns the value that determines whether unconverted fields are to be # available; used for parsing; # see {Option +unconverted_fields+}[#class-CSV-label-Option+unconverted_fields]: # CSV.new('').unconverted_fields? # => nil def unconverted_fields? parser.unconverted_fields? end # :call-seq: # csv.headers -> object # # Returns the value that determines whether headers are used; used for parsing; # see {Option +headers+}[#class-CSV-label-Option+headers]: # CSV.new('').headers # => nil def headers if @writer @writer.headers else parsed_headers = parser.headers return parsed_headers if parsed_headers raw_headers = @parser_options[:headers] raw_headers = nil if raw_headers == false raw_headers end end # :call-seq: # csv.return_headers? -> true or false # # Returns the value that determines whether headers are to be returned; used for parsing; # see {Option +return_headers+}[#class-CSV-label-Option+return_headers]: # CSV.new('').return_headers? # => false def return_headers? parser.return_headers? end # :call-seq: # csv.write_headers? -> true or false # # Returns the value that determines whether headers are to be written; used for generating; # see {Option +write_headers+}[#class-CSV-label-Option+write_headers]: # CSV.new('').write_headers? # => nil def write_headers? @writer_options[:write_headers] end # :call-seq: # csv.header_converters -> array # # Returns an \Array containing header converters; used for parsing; # see {Header Converters}[#class-CSV-label-Header+Converters]: # CSV.new('').header_converters # => [] # # Notes that you need to call # +Ractor.make_shareable(CSV::HeaderConverters)+ on the main Ractor # to use this method. def header_converters header_fields_converter.map do |converter| name = HeaderConverters.rassoc(converter) name ? name.first : converter end end # :call-seq: # csv.skip_blanks? -> true or false # # Returns the value that determines whether blank lines are to be ignored; used for parsing; # see {Option +skip_blanks+}[#class-CSV-label-Option+skip_blanks]: # CSV.new('').skip_blanks? # => false def skip_blanks? parser.skip_blanks? end # :call-seq: # csv.force_quotes? -> true or false # # Returns the value that determines whether all output fields are to be quoted; # used for generating; # see {Option +force_quotes+}[#class-CSV-label-Option+force_quotes]: # CSV.new('').force_quotes? # => false def force_quotes? @writer_options[:force_quotes] end # :call-seq: # csv.liberal_parsing? -> true or false # # Returns the value that determines whether illegal input is to be handled; used for parsing; # see {Option +liberal_parsing+}[#class-CSV-label-Option+liberal_parsing]: # CSV.new('').liberal_parsing? # => false def liberal_parsing? parser.liberal_parsing? end # :call-seq: # csv.encoding -> encoding # # Returns the encoding used for parsing and generating; # see {Character Encodings (M17n or Multilingualization)}[#class-CSV-label-Character+Encodings+-28M17n+or+Multilingualization-29]: # CSV.new('').encoding # => #<Encoding:UTF-8> attr_reader :encoding # :call-seq: # csv.line_no -> integer # # Returns the count of the rows parsed or generated. # # Parsing: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # CSV.open(path) do |csv| # csv.each do |row| # p [csv.lineno, row] # end # end # Output: # [1, ["foo", "0"]] # [2, ["bar", "1"]] # [3, ["baz", "2"]] # # Generating: # CSV.generate do |csv| # p csv.lineno; csv << ['foo', 0] # p csv.lineno; csv << ['bar', 1] # p csv.lineno; csv << ['baz', 2] # end # Output: # 0 # 1 # 2 def lineno if @writer @writer.lineno else parser.lineno end end # :call-seq: # csv.line -> array # # Returns the line most recently read: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # CSV.open(path) do |csv| # csv.each do |row| # p [csv.lineno, csv.line] # end # end # Output: # [1, "foo,0\n"] # [2, "bar,1\n"] # [3, "baz,2\n"] def line parser.line end ### IO and StringIO Delegation ### extend Forwardable def_delegators :@io, :binmode, :close, :close_read, :close_write, :closed?, :external_encoding, :fcntl, :fileno, :flush, :fsync, :internal_encoding, :isatty, :pid, :pos, :pos=, :reopen, :seek, :string, :sync, :sync=, :tell, :truncate, :tty? def binmode? if @io.respond_to?(:binmode?) @io.binmode? else false end end def flock(*args) raise NotImplementedError unless @io.respond_to?(:flock) @io.flock(*args) end def ioctl(*args) raise NotImplementedError unless @io.respond_to?(:ioctl) @io.ioctl(*args) end def path @io.path if @io.respond_to?(:path) end def stat(*args) raise NotImplementedError unless @io.respond_to?(:stat) @io.stat(*args) end def to_i raise NotImplementedError unless @io.respond_to?(:to_i) @io.to_i end def to_io @io.respond_to?(:to_io) ? @io.to_io : @io end def eof? return false if @eof_error begin parser_enumerator.peek false rescue MalformedCSVError => error @eof_error = error false rescue StopIteration true end end alias_method :eof, :eof? # Rewinds the underlying IO object and resets CSV's lineno() counter. def rewind @parser = nil @parser_enumerator = nil @eof_error = nil @writer.rewind if @writer @io.rewind end ### End Delegation ### # :call-seq: # csv << row -> self # # Appends a row to +self+. # # - Argument +row+ must be an \Array object or a CSV::Row object. # - The output stream must be open for writing. # # --- # # Append Arrays: # CSV.generate do |csv| # csv << ['foo', 0] # csv << ['bar', 1] # csv << ['baz', 2] # end # => "foo,0\nbar,1\nbaz,2\n" # # Append CSV::Rows: # headers = [] # CSV.generate do |csv| # csv << CSV::Row.new(headers, ['foo', 0]) # csv << CSV::Row.new(headers, ['bar', 1]) # csv << CSV::Row.new(headers, ['baz', 2]) # end # => "foo,0\nbar,1\nbaz,2\n" # # Headers in CSV::Row objects are not appended: # headers = ['Name', 'Count'] # CSV.generate do |csv| # csv << CSV::Row.new(headers, ['foo', 0]) # csv << CSV::Row.new(headers, ['bar', 1]) # csv << CSV::Row.new(headers, ['baz', 2]) # end # => "foo,0\nbar,1\nbaz,2\n" # # --- # # Raises an exception if +row+ is not an \Array or \CSV::Row: # CSV.generate do |csv| # # Raises NoMethodError (undefined method `collect' for :foo:Symbol) # csv << :foo # end # # Raises an exception if the output stream is not opened for writing: # path = 't.csv' # File.write(path, '') # File.open(path) do |file| # CSV.open(file) do |csv| # # Raises IOError (not opened for writing) # csv << ['foo', 0] # end # end def <<(row) writer << row self end alias_method :add_row, :<< alias_method :puts, :<< # :call-seq: # convert(converter_name) -> array_of_procs # convert {|field, field_info| ... } -> array_of_procs # # - With no block, installs a field converter (a \Proc). # - With a block, defines and installs a custom field converter. # - Returns the \Array of installed field converters. # # - Argument +converter_name+, if given, should be the name # of an existing field converter. # # See {Field Converters}[#class-CSV-label-Field+Converters]. # --- # # With no block, installs a field converter: # csv = CSV.new('') # csv.convert(:integer) # csv.convert(:float) # csv.convert(:date) # csv.converters # => [:integer, :float, :date] # # --- # # The block, if given, is called for each field: # - Argument +field+ is the field value. # - Argument +field_info+ is a CSV::FieldInfo object # containing details about the field. # # The examples here assume the prior execution of: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # Example giving a block: # csv = CSV.open(path) # csv.convert {|field, field_info| p [field, field_info]; field.upcase } # csv.read # => [["FOO", "0"], ["BAR", "1"], ["BAZ", "2"]] # # Output: # ["foo", #<struct CSV::FieldInfo index=0, line=1, header=nil>] # ["0", #<struct CSV::FieldInfo index=1, line=1, header=nil>] # ["bar", #<struct CSV::FieldInfo index=0, line=2, header=nil>] # ["1", #<struct CSV::FieldInfo index=1, line=2, header=nil>] # ["baz", #<struct CSV::FieldInfo index=0, line=3, header=nil>] # ["2", #<struct CSV::FieldInfo index=1, line=3, header=nil>] # # The block need not return a \String object: # csv = CSV.open(path) # csv.convert {|field, field_info| field.to_sym } # csv.read # => [[:foo, :"0"], [:bar, :"1"], [:baz, :"2"]] # # If +converter_name+ is given, the block is not called: # csv = CSV.open(path) # csv.convert(:integer) {|field, field_info| fail 'Cannot happen' } # csv.read # => [["foo", 0], ["bar", 1], ["baz", 2]] # # --- # # Raises a parse-time exception if +converter_name+ is not the name of a built-in # field converter: # csv = CSV.open(path) # csv.convert(:nosuch) => [nil] # # Raises NoMethodError (undefined method `arity' for nil:NilClass) # csv.read def convert(name = nil, &converter) parser_fields_converter.add_converter(name, &converter) end # :call-seq: # header_convert(converter_name) -> array_of_procs # header_convert {|header, field_info| ... } -> array_of_procs # # - With no block, installs a header converter (a \Proc). # - With a block, defines and installs a custom header converter. # - Returns the \Array of installed header converters. # # - Argument +converter_name+, if given, should be the name # of an existing header converter. # # See {Header Converters}[#class-CSV-label-Header+Converters]. # --- # # With no block, installs a header converter: # csv = CSV.new('') # csv.header_convert(:symbol) # csv.header_convert(:downcase) # csv.header_converters # => [:symbol, :downcase] # # --- # # The block, if given, is called for each header: # - Argument +header+ is the header value. # - Argument +field_info+ is a CSV::FieldInfo object # containing details about the header. # # The examples here assume the prior execution of: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # # Example giving a block: # csv = CSV.open(path, headers: true) # csv.header_convert {|header, field_info| p [header, field_info]; header.upcase } # table = csv.read # table # => #<CSV::Table mode:col_or_row row_count:4> # table.headers # => ["NAME", "VALUE"] # # Output: # ["Name", #<struct CSV::FieldInfo index=0, line=1, header=nil>] # ["Value", #<struct CSV::FieldInfo index=1, line=1, header=nil>] # The block need not return a \String object: # csv = CSV.open(path, headers: true) # csv.header_convert {|header, field_info| header.to_sym } # table = csv.read # table.headers # => [:Name, :Value] # # If +converter_name+ is given, the block is not called: # csv = CSV.open(path, headers: true) # csv.header_convert(:downcase) {|header, field_info| fail 'Cannot happen' } # table = csv.read # table.headers # => ["name", "value"] # --- # # Raises a parse-time exception if +converter_name+ is not the name of a built-in # field converter: # csv = CSV.open(path, headers: true) # csv.header_convert(:nosuch) # # Raises NoMethodError (undefined method `arity' for nil:NilClass) # csv.read def header_convert(name = nil, &converter) header_fields_converter.add_converter(name, &converter) end include Enumerable # :call-seq: # csv.each -> enumerator # csv.each {|row| ...} # # Calls the block with each successive row. # The data source must be opened for reading. # # Without headers: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.each do |row| # p row # end # Output: # ["foo", "0"] # ["bar", "1"] # ["baz", "2"] # # With headers: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string, headers: true) # csv.each do |row| # p row # end # Output: # <CSV::Row "Name":"foo" "Value":"0"> # <CSV::Row "Name":"bar" "Value":"1"> # <CSV::Row "Name":"baz" "Value":"2"> # # --- # # Raises an exception if the source is not opened for reading: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.close # # Raises IOError (not opened for reading) # csv.each do |row| # p row # end def each(&block) return to_enum(__method__) unless block_given? begin while true yield(parser_enumerator.next) end rescue StopIteration end end # :call-seq: # csv.read -> array or csv_table # # Forms the remaining rows from +self+ into: # - A CSV::Table object, if headers are in use. # - An \Array of Arrays, otherwise. # # The data source must be opened for reading. # # Without headers: # string = "foo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # csv = CSV.open(path) # csv.read # => [["foo", "0"], ["bar", "1"], ["baz", "2"]] # # With headers: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # path = 't.csv' # File.write(path, string) # csv = CSV.open(path, headers: true) # csv.read # => #<CSV::Table mode:col_or_row row_count:4> # # --- # # Raises an exception if the source is not opened for reading: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.close # # Raises IOError (not opened for reading) # csv.read def read rows = to_a if parser.use_headers? Table.new(rows, headers: parser.headers) else rows end end alias_method :readlines, :read # :call-seq: # csv.header_row? -> true or false # # Returns +true+ if the next row to be read is a header row\; # +false+ otherwise. # # Without headers: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.header_row? # => false # # With headers: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string, headers: true) # csv.header_row? # => true # csv.shift # => #<CSV::Row "Name":"foo" "Value":"0"> # csv.header_row? # => false # # --- # # Raises an exception if the source is not opened for reading: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.close # # Raises IOError (not opened for reading) # csv.header_row? def header_row? parser.header_row? end # :call-seq: # csv.shift -> array, csv_row, or nil # # Returns the next row of data as: # - An \Array if no headers are used. # - A CSV::Row object if headers are used. # # The data source must be opened for reading. # # Without headers: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.shift # => ["foo", "0"] # csv.shift # => ["bar", "1"] # csv.shift # => ["baz", "2"] # csv.shift # => nil # # With headers: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string, headers: true) # csv.shift # => #<CSV::Row "Name":"foo" "Value":"0"> # csv.shift # => #<CSV::Row "Name":"bar" "Value":"1"> # csv.shift # => #<CSV::Row "Name":"baz" "Value":"2"> # csv.shift # => nil # # --- # # Raises an exception if the source is not opened for reading: # string = "foo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string) # csv.close # # Raises IOError (not opened for reading) # csv.shift def shift if @eof_error eof_error, @eof_error = @eof_error, nil raise eof_error end begin parser_enumerator.next rescue StopIteration nil end end alias_method :gets, :shift alias_method :readline, :shift # :call-seq: # csv.inspect -> string # # Returns a \String showing certain properties of +self+: # string = "Name,Value\nfoo,0\nbar,1\nbaz,2\n" # csv = CSV.new(string, headers: true) # s = csv.inspect # s # => "#<CSV io_type:StringIO encoding:UTF-8 lineno:0 col_sep:\",\" row_sep:\"\\n\" quote_char:\"\\\"\" headers:true>" def inspect str = ["#<", self.class.to_s, " io_type:"] # show type of wrapped IO if @io == $stdout then str << "$stdout" elsif @io == $stdin then str << "$stdin" elsif @io == $stderr then str << "$stderr" else str << @io.class.to_s end # show IO.path(), if available if @io.respond_to?(:path) and (p = @io.path) str << " io_path:" << p.inspect end # show encoding str << " encoding:" << @encoding.name # show other attributes ["lineno", "col_sep", "row_sep", "quote_char"].each do |attr_name| if a = __send__(attr_name) str << " " << attr_name << ":" << a.inspect end end ["skip_blanks", "liberal_parsing"].each do |attr_name| if a = __send__("#{attr_name}?") str << " " << attr_name << ":" << a.inspect end end _headers = headers str << " headers:" << _headers.inspect if _headers str << ">" begin str.join('') rescue # any encoding error str.map do |s| e = Encoding::Converter.asciicompat_encoding(s.encoding) e ? s.encode(e) : s.force_encoding("ASCII-8BIT") end.join('') end end private def determine_encoding(encoding, internal_encoding) # honor the IO encoding if we can, otherwise default to ASCII-8BIT io_encoding = raw_encoding return io_encoding if io_encoding return Encoding.find(internal_encoding) if internal_encoding if encoding encoding, = encoding.split(":", 2) if encoding.is_a?(String) return Encoding.find(encoding) end Encoding.default_internal || Encoding.default_external end def normalize_converters(converters) converters ||= [] unless converters.is_a?(Array) converters = [converters] end converters.collect do |converter| case converter when Proc # custom code block [nil, converter] else # by name [converter, nil] end end end # # Processes +fields+ with <tt>@converters</tt>, or <tt>@header_converters</tt> # if +headers+ is passed as +true+, returning the converted field set. Any # converter that changes the field into something other than a String halts # the pipeline of conversion for that field. This is primarily an efficiency # shortcut. # def convert_fields(fields, headers = false) if headers header_fields_converter.convert(fields, nil, 0) else parser_fields_converter.convert(fields, @headers, lineno) end end # # Returns the encoding of the internal IO object. # def raw_encoding if @io.respond_to? :internal_encoding @io.internal_encoding || @io.external_encoding elsif @io.respond_to? :encoding @io.encoding else nil end end def parser_fields_converter @parser_fields_converter ||= build_parser_fields_converter end def build_parser_fields_converter specific_options = { builtin_converters_name: :Converters, } options = @base_fields_converter_options.merge(specific_options) build_fields_converter(@initial_converters, options) end def header_fields_converter @header_fields_converter ||= build_header_fields_converter end def build_header_fields_converter specific_options = { builtin_converters_name: :HeaderConverters, accept_nil: true, } options = @base_fields_converter_options.merge(specific_options) build_fields_converter(@initial_header_converters, options) end def writer_fields_converter @writer_fields_converter ||= build_writer_fields_converter end def build_writer_fields_converter build_fields_converter(@initial_write_converters, @write_fields_converter_options) end def build_fields_converter(initial_converters, options) fields_converter = FieldsConverter.new(options) normalize_converters(initial_converters).each do |name, converter| fields_converter.add_converter(name, &converter) end fields_converter end def parser @parser ||= Parser.new(@io, parser_options) end def parser_options @parser_options.merge(header_fields_converter: header_fields_converter, fields_converter: parser_fields_converter) end def parser_enumerator @parser_enumerator ||= parser.parse end def writer @writer ||= Writer.new(@io, writer_options) end def writer_options @writer_options.merge(header_fields_converter: header_fields_converter, fields_converter: writer_fields_converter) end end # Passes +args+ to CSV::instance. # # CSV("CSV,data").read # #=> [["CSV", "data"]] # # If a block is given, the instance is passed the block and the return value # becomes the return value of the block. # # CSV("CSV,data") { |c| # c.read.any? { |a| a.include?("data") } # } #=> true # # CSV("CSV,data") { |c| # c.read.any? { |a| a.include?("zombies") } # } #=> false # # CSV options may also be given. # # io = StringIO.new # CSV(io, col_sep: ";") { |csv| csv << ["a", "b", "c"] } # # This API is not Ractor-safe. # def CSV(*args, **options, &block) CSV.instance(*args, **options, &block) end require_relative "csv/version" require_relative "csv/core_ext/array" require_relative "csv/core_ext/string" PK )J [w�sr r % share/gems/gems/csv-3.3.2/LICENSE.txtnu �[��� Copyright (C) 2005-2016 James Edward Gray II. All rights reserved. Copyright (C) 2007-2017 Yukihiro Matsumoto. All rights reserved. Copyright (C) 2017 SHIBATA Hiroshi. All rights reserved. Copyright (C) 2017 Olivier Lacan. All rights reserved. Copyright (C) 2017 Espartaco Palma. All rights reserved. Copyright (C) 2017 Marcus Stollsteimer. All rights reserved. Copyright (C) 2017 pavel. All rights reserved. Copyright (C) 2017-2018 Steven Daniels. All rights reserved. Copyright (C) 2018 Tomohiro Ogoke. All rights reserved. Copyright (C) 2018 Kouhei Sutou. All rights reserved. Copyright (C) 2018 Mitsutaka Mimura. All rights reserved. Copyright (C) 2018 Vladislav. All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. PK )J [��� � ( share/gems/gems/bigdecimal-3.1.8/LICENSEnu �[��� Ruby is copyrighted free software by Yukihiro Matsumoto <matz@netlab.jp>. You can redistribute it and/or modify it under either the terms of the 2-clause BSDL (see the file BSDL), or the conditions below: 1. You may make and give away verbatim copies of the source form of the software without restriction, provided that you duplicate all of the original copyright notices and associated disclaimers. 2. You may modify your copy of the software in any way, provided that you do at least ONE of the following: a) place your modifications in the Public Domain or otherwise make them Freely Available, such as by posting said modifications to Usenet or an equivalent medium, or by allowing the author to include your modifications in the software. b) use the modified software only within your corporation or organization. c) give non-standard binaries non-standard names, with instructions on where to get the original software distribution. d) make other distribution arrangements with the author. 3. You may distribute the software in object code or binary form, provided that you do at least ONE of the following: a) distribute the binaries and library files of the software, together with instructions (in the manual page or equivalent) on where to get the original distribution. b) accompany the distribution with the machine-readable source of the software. c) give non-standard binaries non-standard names, with instructions on where to get the original software distribution. d) make other distribution arrangements with the author. 4. You may modify and include the part of the software into any other software (possibly commercial). But some files in the distribution are not written by the author, so that they are not under these terms. For the list of those files and their copying conditions, see the file LEGAL. 5. The scripts and library files supplied as input to or produced as output from the software do not automatically fall under the copyright of the software, but belong to whomever generated them, and may be sold commercially, and may be aggregated with this software. 6. THIS SOFTWARE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. PK )J [�uS�� � 2 share/gems/gems/bigdecimal-3.1.8/lib/bigdecimal.rbnu �[��� if RUBY_ENGINE == 'jruby' JRuby::Util.load_ext("org.jruby.ext.bigdecimal.BigDecimalLibrary") else require 'bigdecimal.so' end PK )J [�Jmq q ; share/gems/gems/bigdecimal-3.1.8/lib/bigdecimal/jacobian.rbnu �[��� # frozen_string_literal: false require 'bigdecimal' # require 'bigdecimal/jacobian' # # Provides methods to compute the Jacobian matrix of a set of equations at a # point x. In the methods below: # # f is an Object which is used to compute the Jacobian matrix of the equations. # It must provide the following methods: # # f.values(x):: returns the values of all functions at x # # f.zero:: returns 0.0 # f.one:: returns 1.0 # f.two:: returns 2.0 # f.ten:: returns 10.0 # # f.eps:: returns the convergence criterion (epsilon value) used to determine whether two values are considered equal. If |a-b| < epsilon, the two values are considered equal. # # x is the point at which to compute the Jacobian. # # fx is f.values(x). # module Jacobian module_function # Determines the equality of two numbers by comparing to zero, or using the epsilon value def isEqual(a,b,zero=0.0,e=1.0e-8) aa = a.abs bb = b.abs if aa == zero && bb == zero then true else if ((a-b)/(aa+bb)).abs < e then true else false end end end # Computes the derivative of +f[i]+ at +x[i]+. # +fx+ is the value of +f+ at +x+. def dfdxi(f,fx,x,i) nRetry = 0 n = x.size xSave = x[i] ok = 0 ratio = f.ten*f.ten*f.ten dx = x[i].abs/ratio dx = fx[i].abs/ratio if isEqual(dx,f.zero,f.zero,f.eps) dx = f.one/f.ten if isEqual(dx,f.zero,f.zero,f.eps) until ok>0 do deriv = [] nRetry += 1 if nRetry > 100 raise "Singular Jacobian matrix. No change at x[" + i.to_s + "]" end dx = dx*f.two x[i] += dx fxNew = f.values(x) for j in 0...n do if !isEqual(fxNew[j],fx[j],f.zero,f.eps) then ok += 1 deriv <<= (fxNew[j]-fx[j])/dx else deriv <<= f.zero end end x[i] = xSave end deriv end # Computes the Jacobian of +f+ at +x+. +fx+ is the value of +f+ at +x+. def jacobian(f,fx,x) n = x.size dfdx = Array.new(n*n) for i in 0...n do df = dfdxi(f,fx,x,i) for j in 0...n do dfdx[j*n+i] = df[j] end end dfdx end end PK )J [�,�� � 7 share/gems/gems/bigdecimal-3.1.8/lib/bigdecimal/math.rbnu �[��� # frozen_string_literal: false require 'bigdecimal' # #-- # Contents: # sqrt(x, prec) # sin (x, prec) # cos (x, prec) # atan(x, prec) Note: |x|<1, x=0.9999 may not converge. # PI (prec) # E (prec) == exp(1.0,prec) # # where: # x ... BigDecimal number to be computed. # |x| must be small enough to get convergence. # prec ... Number of digits to be obtained. #++ # # Provides mathematical functions. # # Example: # # require "bigdecimal/math" # # include BigMath # # a = BigDecimal((PI(100)/2).to_s) # puts sin(a,100) # => 0.99999999999999999999......e0 # module BigMath module_function # call-seq: # sqrt(decimal, numeric) -> BigDecimal # # Computes the square root of +decimal+ to the specified number of digits of # precision, +numeric+. # # BigMath.sqrt(BigDecimal('2'), 16).to_s # #=> "0.1414213562373095048801688724e1" # def sqrt(x, prec) x.sqrt(prec) end # call-seq: # sin(decimal, numeric) -> BigDecimal # # Computes the sine of +decimal+ to the specified number of digits of # precision, +numeric+. # # If +decimal+ is Infinity or NaN, returns NaN. # # BigMath.sin(BigMath.PI(5)/4, 5).to_s # #=> "0.70710678118654752440082036563292800375e0" # def sin(x, prec) raise ArgumentError, "Zero or negative precision for sin" if prec <= 0 return BigDecimal("NaN") if x.infinite? || x.nan? n = prec + BigDecimal.double_fig one = BigDecimal("1") two = BigDecimal("2") x = -x if neg = x < 0 if x > (twopi = two * BigMath.PI(prec)) if x > 30 x %= twopi else x -= twopi while x > twopi end end x1 = x x2 = x.mult(x,n) sign = 1 y = x d = y i = one z = one while d.nonzero? && ((m = n - (y.exponent - d.exponent).abs) > 0) m = BigDecimal.double_fig if m < BigDecimal.double_fig sign = -sign x1 = x2.mult(x1,n) i += two z *= (i-one) * i d = sign * x1.div(z,m) y += d end neg ? -y : y end # call-seq: # cos(decimal, numeric) -> BigDecimal # # Computes the cosine of +decimal+ to the specified number of digits of # precision, +numeric+. # # If +decimal+ is Infinity or NaN, returns NaN. # # BigMath.cos(BigMath.PI(4), 16).to_s # #=> "-0.999999999999999999999999999999856613163740061349e0" # def cos(x, prec) raise ArgumentError, "Zero or negative precision for cos" if prec <= 0 return BigDecimal("NaN") if x.infinite? || x.nan? n = prec + BigDecimal.double_fig one = BigDecimal("1") two = BigDecimal("2") x = -x if x < 0 if x > (twopi = two * BigMath.PI(prec)) if x > 30 x %= twopi else x -= twopi while x > twopi end end x1 = one x2 = x.mult(x,n) sign = 1 y = one d = y i = BigDecimal("0") z = one while d.nonzero? && ((m = n - (y.exponent - d.exponent).abs) > 0) m = BigDecimal.double_fig if m < BigDecimal.double_fig sign = -sign x1 = x2.mult(x1,n) i += two z *= (i-one) * i d = sign * x1.div(z,m) y += d end y end # call-seq: # atan(decimal, numeric) -> BigDecimal # # Computes the arctangent of +decimal+ to the specified number of digits of # precision, +numeric+. # # If +decimal+ is NaN, returns NaN. # # BigMath.atan(BigDecimal('-1'), 16).to_s # #=> "-0.785398163397448309615660845819878471907514682065e0" # def atan(x, prec) raise ArgumentError, "Zero or negative precision for atan" if prec <= 0 return BigDecimal("NaN") if x.nan? pi = PI(prec) x = -x if neg = x < 0 return pi.div(neg ? -2 : 2, prec) if x.infinite? return pi / (neg ? -4 : 4) if x.round(prec) == 1 x = BigDecimal("1").div(x, prec) if inv = x > 1 x = (-1 + sqrt(1 + x**2, prec))/x if dbl = x > 0.5 n = prec + BigDecimal.double_fig y = x d = y t = x r = BigDecimal("3") x2 = x.mult(x,n) while d.nonzero? && ((m = n - (y.exponent - d.exponent).abs) > 0) m = BigDecimal.double_fig if m < BigDecimal.double_fig t = -t.mult(x2,n) d = t.div(r,m) y += d r += 2 end y *= 2 if dbl y = pi / 2 - y if inv y = -y if neg y end # call-seq: # PI(numeric) -> BigDecimal # # Computes the value of pi to the specified number of digits of precision, # +numeric+. # # BigMath.PI(10).to_s # #=> "0.3141592653589793238462643388813853786957412e1" # def PI(prec) raise ArgumentError, "Zero or negative precision for PI" if prec <= 0 n = prec + BigDecimal.double_fig zero = BigDecimal("0") one = BigDecimal("1") two = BigDecimal("2") m25 = BigDecimal("-0.04") m57121 = BigDecimal("-57121") pi = zero d = one k = one t = BigDecimal("-80") while d.nonzero? && ((m = n - (pi.exponent - d.exponent).abs) > 0) m = BigDecimal.double_fig if m < BigDecimal.double_fig t = t*m25 d = t.div(k,m) k = k+two pi = pi + d end d = one k = one t = BigDecimal("956") while d.nonzero? && ((m = n - (pi.exponent - d.exponent).abs) > 0) m = BigDecimal.double_fig if m < BigDecimal.double_fig t = t.div(m57121,n) d = t.div(k,m) pi = pi + d k = k+two end pi end # call-seq: # E(numeric) -> BigDecimal # # Computes e (the base of natural logarithms) to the specified number of # digits of precision, +numeric+. # # BigMath.E(10).to_s # #=> "0.271828182845904523536028752390026306410273e1" # def E(prec) raise ArgumentError, "Zero or negative precision for E" if prec <= 0 BigMath.exp(1, prec) end end PK )J [ь� � 9 share/gems/gems/bigdecimal-3.1.8/lib/bigdecimal/ludcmp.rbnu �[��� # frozen_string_literal: false require 'bigdecimal' # # Solves a*x = b for x, using LU decomposition. # module LUSolve module_function # Performs LU decomposition of the n by n matrix a. def ludecomp(a,n,zero=0,one=1) prec = BigDecimal.limit(nil) ps = [] scales = [] for i in 0...n do # pick up largest(abs. val.) element in each row. ps <<= i nrmrow = zero ixn = i*n for j in 0...n do biggst = a[ixn+j].abs nrmrow = biggst if biggst>nrmrow end if nrmrow>zero then scales <<= one.div(nrmrow,prec) else raise "Singular matrix" end end n1 = n - 1 for k in 0...n1 do # Gaussian elimination with partial pivoting. biggst = zero; for i in k...n do size = a[ps[i]*n+k].abs*scales[ps[i]] if size>biggst then biggst = size pividx = i end end raise "Singular matrix" if biggst<=zero if pividx!=k then j = ps[k] ps[k] = ps[pividx] ps[pividx] = j end pivot = a[ps[k]*n+k] for i in (k+1)...n do psin = ps[i]*n a[psin+k] = mult = a[psin+k].div(pivot,prec) if mult!=zero then pskn = ps[k]*n for j in (k+1)...n do a[psin+j] -= mult.mult(a[pskn+j],prec) end end end end raise "Singular matrix" if a[ps[n1]*n+n1] == zero ps end # Solves a*x = b for x, using LU decomposition. # # a is a matrix, b is a constant vector, x is the solution vector. # # ps is the pivot, a vector which indicates the permutation of rows performed # during LU decomposition. def lusolve(a,b,ps,zero=0.0) prec = BigDecimal.limit(nil) n = ps.size x = [] for i in 0...n do dot = zero psin = ps[i]*n for j in 0...i do dot = a[psin+j].mult(x[j],prec) + dot end x <<= b[ps[i]] - dot end (n-1).downto(0) do |i| dot = zero psin = ps[i]*n for j in (i+1)...n do dot = a[psin+j].mult(x[j],prec) + dot end x[i] = (x[i]-dot).div(a[psin+i],prec) end x end end PK )J [h"A�Z Z 9 share/gems/gems/bigdecimal-3.1.8/lib/bigdecimal/newton.rbnu �[��� # frozen_string_literal: false require "bigdecimal/ludcmp" require "bigdecimal/jacobian" # # newton.rb # # Solves the nonlinear algebraic equation system f = 0 by Newton's method. # This program is not dependent on BigDecimal. # # To call: # n = nlsolve(f,x) # where n is the number of iterations required, # x is the initial value vector # f is an Object which is used to compute the values of the equations to be solved. # It must provide the following methods: # # f.values(x):: returns the values of all functions at x # # f.zero:: returns 0.0 # f.one:: returns 1.0 # f.two:: returns 2.0 # f.ten:: returns 10.0 # # f.eps:: returns the convergence criterion (epsilon value) used to determine whether two values are considered equal. If |a-b| < epsilon, the two values are considered equal. # # On exit, x is the solution vector. # module Newton include LUSolve include Jacobian module_function def norm(fv,zero=0.0) # :nodoc: s = zero n = fv.size for i in 0...n do s += fv[i]*fv[i] end s end # See also Newton def nlsolve(f,x) nRetry = 0 n = x.size f0 = f.values(x) zero = f.zero one = f.one two = f.two p5 = one/two d = norm(f0,zero) minfact = f.ten*f.ten*f.ten minfact = one/minfact e = f.eps while d >= e do nRetry += 1 # Not yet converged. => Compute Jacobian matrix dfdx = jacobian(f,f0,x) # Solve dfdx*dx = -f0 to estimate dx dx = lusolve(dfdx,f0,ludecomp(dfdx,n,zero,one),zero) fact = two xs = x.dup begin fact *= p5 if fact < minfact then raise "Failed to reduce function values." end for i in 0...n do x[i] = xs[i] - dx[i]*fact end f0 = f.values(x) dn = norm(f0,zero) end while(dn>=d) d = dn end nRetry end end PK )J [ubB � � 7 share/gems/gems/bigdecimal-3.1.8/lib/bigdecimal/util.rbnu �[��� # frozen_string_literal: false # #-- # bigdecimal/util extends various native classes to provide the #to_d method, # and provides BigDecimal#to_d and BigDecimal#to_digits. #++ require 'bigdecimal' class Integer < Numeric # call-seq: # int.to_d -> bigdecimal # # Returns the value of +int+ as a BigDecimal. # # require 'bigdecimal' # require 'bigdecimal/util' # # 42.to_d # => 0.42e2 # # See also Kernel.BigDecimal. # def to_d BigDecimal(self) end end class Float < Numeric # call-seq: # float.to_d -> bigdecimal # float.to_d(precision) -> bigdecimal # # Returns the value of +float+ as a BigDecimal. # The +precision+ parameter is used to determine the number of # significant digits for the result. When +precision+ is set to +0+, # the number of digits to represent the float being converted is determined # automatically. # The default +precision+ is +0+. # # require 'bigdecimal' # require 'bigdecimal/util' # # 0.5.to_d # => 0.5e0 # 1.234.to_d # => 0.1234e1 # 1.234.to_d(2) # => 0.12e1 # # See also Kernel.BigDecimal. # def to_d(precision=0) BigDecimal(self, precision) end end class String # call-seq: # str.to_d -> bigdecimal # # Returns the result of interpreting leading characters in +str+ # as a BigDecimal. # # require 'bigdecimal' # require 'bigdecimal/util' # # "0.5".to_d # => 0.5e0 # "123.45e1".to_d # => 0.12345e4 # "45.67 degrees".to_d # => 0.4567e2 # # See also Kernel.BigDecimal. # def to_d BigDecimal.interpret_loosely(self) end end class BigDecimal < Numeric # call-seq: # a.to_digits -> string # # Converts a BigDecimal to a String of the form "nnnnnn.mmm". # This method is deprecated; use BigDecimal#to_s("F") instead. # # require 'bigdecimal/util' # # d = BigDecimal("3.14") # d.to_digits # => "3.14" # def to_digits if self.nan? || self.infinite? || self.zero? self.to_s else i = self.to_i.to_s _,f,_,z = self.frac.split i + "." + ("0"*(-z)) + f end end # call-seq: # a.to_d -> bigdecimal # # Returns self. # # require 'bigdecimal/util' # # d = BigDecimal("3.14") # d.to_d # => 0.314e1 # def to_d self end end class Rational < Numeric # call-seq: # rat.to_d(precision) -> bigdecimal # # Returns the value as a BigDecimal. # # The required +precision+ parameter is used to determine the number of # significant digits for the result. # # require 'bigdecimal' # require 'bigdecimal/util' # # Rational(22, 7).to_d(3) # => 0.314e1 # # See also Kernel.BigDecimal. # def to_d(precision) BigDecimal(self, precision) end end class Complex < Numeric # call-seq: # cmp.to_d -> bigdecimal # cmp.to_d(precision) -> bigdecimal # # Returns the value as a BigDecimal. # # The +precision+ parameter is required for a rational complex number. # This parameter is used to determine the number of significant digits # for the result. # # require 'bigdecimal' # require 'bigdecimal/util' # # Complex(0.1234567, 0).to_d(4) # => 0.1235e0 # Complex(Rational(22, 7), 0).to_d(3) # => 0.314e1 # # See also Kernel.BigDecimal. # def to_d(*args) BigDecimal(self) unless self.imag.zero? # to raise eerror if args.length == 0 case self.real when Rational BigDecimal(self.real) # to raise error end end self.real.to_d(*args) end end class NilClass # call-seq: # nil.to_d -> bigdecimal # # Returns nil represented as a BigDecimal. # # require 'bigdecimal' # require 'bigdecimal/util' # # nil.to_d # => 0.0 # def to_d BigDecimal(0) end end PK )J [H �_\ \ 1 share/gems/gems/bigdecimal-3.1.8/sample/linear.rbnu �[��� #!/usr/local/bin/ruby # frozen_string_literal: false # # linear.rb # # Solves linear equation system(A*x = b) by LU decomposition method. # where A is a coefficient matrix,x is an answer vector,b is a constant vector. # # USAGE: # ruby linear.rb [input file solved] # # :stopdoc: require "bigdecimal" require "bigdecimal/ludcmp" # # NOTE: # Change following BigDecimal.limit() if needed. BigDecimal.limit(100) # include LUSolve def rd_order(na) printf("Number of equations ?") if(na <= 0) n = ARGF.gets().to_i end na = ARGV.size zero = BigDecimal("0.0") one = BigDecimal("1.0") while (n=rd_order(na))>0 a = [] as= [] b = [] if na <= 0 # Read data from console. printf("\nEnter coefficient matrix element A[i,j]\n") for i in 0...n do for j in 0...n do printf("A[%d,%d]? ",i,j); s = ARGF.gets a << BigDecimal(s) as << BigDecimal(s) end printf("Contatant vector element b[%d] ? ",i) b << BigDecimal(ARGF.gets) end else # Read data from specified file. printf("Coefficient matrix and constant vector.\n") for i in 0...n do s = ARGF.gets printf("%d) %s",i,s) s = s.split for j in 0...n do a << BigDecimal(s[j]) as << BigDecimal(s[j]) end b << BigDecimal(s[n]) end end x = lusolve(a,b,ludecomp(a,n,zero,one),zero) printf("Answer(x[i] & (A*x-b)[i]) follows\n") for i in 0...n do printf("x[%d]=%s ",i,x[i].to_s) s = zero for j in 0...n do s = s + as[i*n+j]*x[j] end printf(" & %s\n",(s-b[i]).to_s) end end PK )J [��S S 2 share/gems/gems/bigdecimal-3.1.8/sample/nlsolve.rbnu �[��� #!/usr/local/bin/ruby # frozen_string_literal: false # # nlsolve.rb # An example for solving nonlinear algebraic equation system. # require "bigdecimal" require "bigdecimal/newton" include Newton class Function # :nodoc: all def initialize() @zero = BigDecimal("0.0") @one = BigDecimal("1.0") @two = BigDecimal("2.0") @ten = BigDecimal("10.0") @eps = BigDecimal("1.0e-16") end def zero;@zero;end def one ;@one ;end def two ;@two ;end def ten ;@ten ;end def eps ;@eps ;end def values(x) # <= defines functions solved f = [] f1 = x[0]*x[0] + x[1]*x[1] - @two # f1 = x**2 + y**2 - 2 => 0 f2 = x[0] - x[1] # f2 = x - y => 0 f <<= f1 f <<= f2 f end end f = BigDecimal.limit(100) f = Function.new x = [f.zero,f.zero] # Initial values n = nlsolve(f,x) p x PK )J [��1_} } - share/gems/gems/bigdecimal-3.1.8/sample/pi.rbnu �[��� #!/usr/local/bin/ruby # frozen_string_literal: false # # pi.rb # # Calculates 3.1415.... (the number of times that a circle's diameter # will fit around the circle) using J. Machin's formula. # require "bigdecimal" require "bigdecimal/math.rb" include BigMath if ARGV.size == 1 print "PI("+ARGV[0]+"):\n" p PI(ARGV[0].to_i) else print "TRY: ruby pi.rb 1000 \n" end PK )J [��@u, u, ( share/gems/gems/rake-13.2.1/doc/jamis.rbnu �[��� # frozen_string_literal: true module RDoc module Page FONTS = "\"Bitstream Vera Sans\", Verdana, Arial, Helvetica, sans-serif" STYLE = <<CSS a { color: #00F; text-decoration: none; } a:hover { color: #77F; text-decoration: underline; } body, td, p { font-family: %fonts%; background: #FFF; color: #000; margin: 0px; font-size: small; } #content { margin: 2em; } #description p { margin-bottom: 0.5em; } .sectiontitle { margin-top: 1em; margin-bottom: 1em; padding: 0.5em; padding-left: 2em; background: #005; color: #FFF; font-weight: bold; border: 1px dotted black; } .attr-rw { padding-left: 1em; padding-right: 1em; text-align: center; color: #055; } .attr-name { font-weight: bold; } .attr-desc { } .attr-value { font-family: monospace; } .file-title-prefix { font-size: large; 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HTML FILE_INDEX = XHTML_PREAMBLE + <<HTML <html> <head> <meta http-equiv="Content-Type" content="text/html; charset=%charset%"> <style> <!-- body { background-color: #EEE; font-family: #{FONTS}; color: #000; margin: 0px; } .banner { background: #005; color: #FFF; padding: 0.2em; font-size: small; font-weight: bold; text-align: center; } .entries { margin: 0.25em 1em 0 1em; font-size: x-small; } a { color: #00F; text-decoration: none; white-space: nowrap; } a:hover { color: #77F; text-decoration: underline; } --> </style> <base target="docwin"> </head> <body> <div class="banner">%list_title%</div> <div class="entries"> START:entries <a href="%href%">%name%</a><br> END:entries </div> </body></html> HTML CLASS_INDEX = FILE_INDEX METHOD_INDEX = FILE_INDEX INDEX = XHTML_PREAMBLE + <<HTML <html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en" lang="en"> <head> <title>%title%</title> <meta http-equiv="Content-Type" content="text/html; charset=%charset%"> </head> <frameset cols="20%,*"> <frameset rows="15%,35%,50%"> <frame src="fr_file_index.html" title="Files" name="Files" /> <frame src="fr_class_index.html" name="Classes" /> <frame src="fr_method_index.html" name="Methods" /> </frameset> IF:inline_source <frame src="%initial_page%" name="docwin"> ENDIF:inline_source IFNOT:inline_source <frameset rows="80%,20%"> <frame src="%initial_page%" name="docwin"> <frame src="blank.html" name="source"> </frameset> ENDIF:inline_source <noframes> <body bgcolor="white"> Click <a href="html/index.html">here</a> for a non-frames version of this page. </body> </noframes> </frameset> </html> HTML end end PK )J [�A2�� � / share/gems/gems/rake-13.2.1/doc/proto_rake.rdocnu �[��� = Original Prototype Rake This is the original 100 line prototype rake program. --- #!/opt/alt/ruby34/bin/ruby require 'ftools' class Task TASKS = Hash.new attr_reader :prerequisites def initialize(task_name) @name = task_name @prerequisites = [] @actions = [] end def enhance(deps=nil, &block) @prerequisites |= deps if deps @actions << block if block_given? self end def name @name.to_s end def invoke @prerequisites.each { |n| Task[n].invoke } execute if needed? end def execute return if @triggered @triggered = true @actions.collect { |act| result = act.call(self) }.last end def needed? true end def timestamp Time.now end class << self def [](task_name) TASKS[intern(task_name)] or fail "Don't know how to rake #{task_name}" end def define_task(args, &block) case args when Hash fail "Too Many Target Names: #{args.keys.join(' ')}" if args.size > 1 fail "No Task Name Given" if args.size < 1 task_name = args.keys[0] deps = args[task_name] else task_name = args deps = [] end deps = deps.collect {|d| intern(d) } get(task_name).enhance(deps, &block) end def get(task_name) name = intern(task_name) TASKS[name] ||= self.new(name) end def intern(task_name) (Symbol === task_name) ? task_name : task_name.intern end end end class FileTask < Task def needed? return true unless File.exist?(name) latest_prereq = @prerequisites.collect{|n| Task[n].timestamp}.max return false if latest_prereq.nil? timestamp < latest_prereq end def timestamp File.new(name.to_s).mtime end end def task(args, &block) Task.define_task(args, &block) end def file(args, &block) FileTask.define_task(args, &block) end def sys(cmd) puts cmd system(cmd) or fail "Command Failed: [#{cmd}]" end def rake begin here = Dir.pwd while ! File.exist?("Rakefile") Dir.chdir("..") fail "No Rakefile found" if Dir.pwd == here here = Dir.pwd end puts "(in #{Dir.pwd})" load "./Rakefile" ARGV.push("default") if ARGV.size == 0 ARGV.each { |task_name| Task[task_name].invoke } rescue Exception => ex puts "rake aborted ... #{ex.message}" puts ex.backtrace.find {|str| str =~ /Rakefile/ } || "" end end if __FILE__ == $0 then rake end PK )J [�'S{� � - share/gems/gems/rake-13.2.1/doc/glossary.rdocnu �[��� = Glossary action :: Code to be executed in order to perform a task. Actions in a Rakefile are specified in a code block. (Usually delimited by +do+/+end+ pairs.) execute :: When a task is executed, all of its actions are performed in the order they were defined. Note that, unlike <tt>invoke</tt>, <tt>execute</tt> always executes the actions (without invoking or executing the prerequisites). file task (Rake::FileTask) :: A file task is a task whose purpose is to create a file (which has the same name as the task). When invoked, a file task will only execute if one or more of the following conditions are true. 1. The associated file does not exist. 2. A prerequisite has a later time stamp than the existing file. Because normal Tasks always have the current time as timestamp, a FileTask that has a normal Task prerequisite will always execute. invoke :: When a task is invoked, first we check to see if it has been invoked before. If it has been, then nothing else is done. If this is the first time it has been invoked, then we invoke each of its prerequisites. Finally, we check to see if we need to execute the actions of this task by calling Rake::Task#needed?. If the task is needed, we execute its actions. NOTE: Prerequisites are still invoked even if the task is not needed. prerequisites :: Every task has a (possibly empty) set of prerequisites. A prerequisite P to Task T is itself a task that must be invoked before Task T. rule :: A rule is a recipe for synthesizing a task when no task is explicitly defined. Rules generally synthesize file tasks. task (Rake::Task) :: The basic unit of work in a Rakefile. A task has a name, a set of prerequisites, and a list of actions to be performed. PK )J [v3� H H - share/gems/gems/rake-13.2.1/doc/rational.rdocnu �[��� = Why rake? Ok, let me state from the beginning that I never intended to write this code. I'm not convinced it is useful, and I'm not convinced anyone would even be interested in it. All I can say is that Why's onion truck must by been passing through the Ohio valley. What am I talking about? ... A Ruby version of Make. See, I can sense you cringing already, and I agree. The world certainly doesn't need yet another reworking of the "make" program. I mean, we already have "ant". Isn't that enough? It started yesterday. I was helping a coworker fix a problem in one of the Makefiles we use in our project. Not a particularly tough problem, but during the course of the conversation I began lamenting some of the shortcomings of make. In particular, in one of my makefiles I wanted to determine the name of a file dynamically and had to resort to some simple scripting (in Ruby) to make it work. "Wouldn't it be nice if you could just use Ruby inside a Makefile" I said. My coworker (a recent convert to Ruby) agreed, but wondered what it would look like. So I sketched the following on the whiteboard... "What if you could specify the make tasks in Ruby, like this ..." task "build" do java_compile(...args, etc ...) end "The task function would register "build" as a target to be made, and the block would be the action executed whenever the build system determined that it was time to do the build target." We agreed that would be cool, but writing make from scratch would be WAY too much work. And that was the end of that! ... Except I couldn't get the thought out of my head. What exactly would be needed to make the about syntax work as a make file? Hmmm, you would need to register the tasks, you need some way of specifying dependencies between tasks, and some way of kicking off the process. Hey! What if we did ... and fifteen minutes later I had a working prototype of Ruby make, complete with dependencies and actions. I showed the code to my coworker and we had a good laugh. It was just about a page worth of code that reproduced an amazing amount of the functionality of make. We were both truly stunned with the power of Ruby. But it didn't do everything make did. In particular, it didn't have timestamp based file dependencies (where a file is rebuilt if any of its prerequisite files have a later timestamp). Obviously THAT would be a pain to add and so Ruby Make would remain an interesting experiment. ... Except as I walked back to my desk, I started thinking about what file based dependencies would really need. Rats! I was hooked again, and by adding a new class and two new methods, file/timestamp dependencies were implemented. Ok, now I was really hooked. Last night (during CSI!) I massaged the code and cleaned it up a bit. The result is a bare-bones replacement for make in exactly 100 lines of code. For the curious, you can see it at ... * doc/proto_rake.rdoc Oh, about the name. When I wrote the example Ruby Make task on my whiteboard, my coworker exclaimed "Oh! I have the perfect name: Rake ... Get it? Ruby-Make. Rake!" He said he envisioned the tasks as leaves and Rake would clean them up ... or something like that. Anyways, the name stuck. Some quick examples ... A simple task to delete backup files ... task :clean do Dir['*~'].each {|fn| rm fn rescue nil} end Note that task names are symbols (they are slightly easier to type than quoted strings ... but you may use quoted string if you would rather). Rake makes the methods of the FileUtils module directly available, so we take advantage of the <tt>rm</tt> command. Also note the use of "rescue nil" to trap and ignore errors in the <tt>rm</tt> command. To run it, just type "rake clean". Rake will automatically find a Rakefile in the current directory (or above!) and will invoke the targets named on the command line. If there are no targets explicitly named, rake will invoke the task "default". Here's another task with dependencies ... task :clobber => [:clean] do rm_r "tempdir" end Task :clobber depends upon task :clean, so :clean will be run before :clobber is executed. Files are specified by using the "file" command. It is similar to the task command, except that the task name represents a file, and the task will be run only if the file doesn't exist, or if its modification time is earlier than any of its prerequisites. Here is a file based dependency that will compile "hello.cc" to "hello.o". file "hello.cc" file "hello.o" => ["hello.cc"] do |t| srcfile = t.name.sub(/\.o$/, ".cc") sh %{g++ #{srcfile} -c -o #{t.name}} end I normally specify file tasks with string (rather than symbols). Some file names can't be represented by symbols. Plus it makes the distinction between them more clear to the casual reader. Currently writing a task for each and every file in the project would be tedious at best. I envision a set of libraries to make this job easier. For instance, perhaps something like this ... require 'rake/ctools' Dir['*.c'].each do |fn| c_source_file(fn) end where "c_source_file" will create all the tasks need to compile all the C source files in a directory. Any number of useful libraries could be created for rake. That's it. There's no documentation (other than whats in this message). Does this sound interesting to anyone? If so, I'll continue to clean it up and write it up and publish it on RAA. Otherwise, I'll leave it as an interesting exercise and a tribute to the power of Ruby. Why /might/ rake be interesting to Ruby programmers. I don't know, perhaps ... * No weird make syntax (only weird Ruby syntax :-) * No need to edit or read XML (a la ant) * Platform independent build scripts. * Will run anywhere Ruby exists, so no need to have "make" installed. If you stay away from the "sys" command and use things like 'ftools', you can have a perfectly platform independent build script. Also rake is only 100 lines of code, so it can easily be packaged along with the rest of your code. So ... Sorry for the long rambling message. Like I said, I never intended to write this code at all. PK )J [����P �P - share/gems/gems/rake-13.2.1/doc/rakefile.rdocnu �[��� = Rakefile Format First of all, there is no special format for a Rakefile. A Rakefile contains executable Ruby code. Anything legal in a ruby script is allowed in a Rakefile. Now that we understand there is no special syntax in a Rakefile, there are some conventions that are used in a Rakefile that are a little unusual in a typical Ruby program. Since a Rakefile is tailored to specifying tasks and actions, the idioms used in a Rakefile are designed to support that. So, what goes into a Rakefile? == Tasks Tasks are the main unit of work in a Rakefile. Tasks have a name (usually given as a symbol or a string), a list of prerequisites (more symbols or strings) and a list of actions (given as a block). === Simple Tasks A task is declared by using the +task+ method. +task+ takes a single parameter that is the name of the task. task :name === Tasks with Prerequisites Any prerequisites are given as a list (enclosed in square brackets) following the name and an arrow (=>). task name: [:prereq1, :prereq2] *NOTE:* Although this syntax looks a little funky, it is legal Ruby. We are constructing a hash where the key is :name and the value for that key is the list of prerequisites. It is equivalent to the following ... hash = Hash.new hash[:name] = [:prereq1, :prereq2] task(hash) You can also use strings for task names and prerequisites, rake doesn't care. This is the same task definition: task 'name' => %w[prereq1 prereq2] As is this: task name: %w[prereq1 prereq2] We'll prefer this style for regular tasks with prerequisites throughout the rest of the document. Using an array of strings for the prerequisites means you will need to make fewer changes if you need to move tasks into namespaces or perform other refactorings. === Tasks with Actions Actions are defined by passing a block to the +task+ method. Any Ruby code can be placed in the block. The block may reference the task object via the block parameter. task name: [:prereq1, :prereq2] do |t| # actions (may reference t) end === Multiple Definitions A task may be specified more than once. Each specification adds its prerequisites and actions to the existing definition. This allows one part of a rakefile to specify the actions and a different rakefile (perhaps separately generated) to specify the dependencies. For example, the following is equivalent to the single task specification given above. task :name task name: :prereq1 task name: %w[prereq2] task :name do |t| # actions end == File Tasks Some tasks are designed to create a file from one or more other files. Tasks that generate these files may be skipped if the file already exists. File tasks are used to specify file creation tasks. File tasks are declared using the +file+ method (instead of the +task+ method). In addition, file tasks are usually named with a string rather than a symbol. The following file task creates a executable program (named +prog+) given two object files named +a.o+ and +b.o+. The tasks for creating +a.o+ and +b.o+ are not shown. file "prog" => ["a.o", "b.o"] do |t| sh "cc -o #{t.name} #{t.prerequisites.join(' ')}" end == Directory Tasks It is common to need to create directories upon demand. The +directory+ convenience method is a short-hand for creating a FileTask that creates the directory. For example, the following declaration ... directory "testdata/examples/doc" is equivalent to ... file "testdata" do |t| mkdir t.name end file "testdata/examples" => ["testdata"] do |t| mkdir t.name end file "testdata/examples/doc" => ["testdata/examples"] do |t| mkdir t.name end The +directory+ method does not accept prerequisites or actions, but both prerequisites and actions can be added later. For example ... directory "testdata" file "testdata" => ["otherdata"] file "testdata" do cp Dir["standard_data/*.data"], "testdata" end == Tasks with Parallel Prerequisites Rake allows parallel execution of prerequisites using the following syntax: multitask copy_files: %w[copy_src copy_doc copy_bin] do puts "All Copies Complete" end In this example, +copy_files+ is a normal rake task. Its actions are executed whenever all of its prerequisites are done. The big difference is that the prerequisites (+copy_src+, +copy_bin+ and +copy_doc+) are executed in parallel. Each of the prerequisites are run in their own Ruby thread, possibly allowing faster overall runtime. === Secondary Prerequisites If any of the primary prerequisites of a multitask have common secondary prerequisites, all of the primary/parallel prerequisites will wait until the common prerequisites have been run. For example, if the <tt>copy_<em>xxx</em></tt> tasks have the following prerequisites: task copy_src: :prep_for_copy task copy_bin: :prep_for_copy task copy_doc: :prep_for_copy Then the +prep_for_copy+ task is run before starting all the copies in parallel. Once +prep_for_copy+ is complete, +copy_src+, +copy_bin+, and +copy_doc+ are all run in parallel. Note that +prep_for_copy+ is run only once, even though it is referenced in multiple threads. === Thread Safety The Rake internal data structures are thread-safe with respect to the multitask parallel execution, so there is no need for the user to do extra synchronization for Rake's benefit. However, if there are user data structures shared between the parallel prerequisites, the user must do whatever is necessary to prevent race conditions. == Tasks with Arguments Prior to version 0.8.0, rake was only able to handle command line arguments of the form NAME=VALUE that were passed into Rake via the ENV hash. Many folks had asked for some kind of simple command line arguments, perhaps using "--" to separate regular task names from argument values on the command line. The problem is that there was no easy way to associate positional arguments on the command line with different tasks. Suppose both tasks :a and :b expect a command line argument: does the first value go with :a? What if :b is run first? Should it then get the first command line argument. Rake 0.8.0 solves this problem by explicitly passing values directly to the tasks that need them. For example, if I had a release task that required a version number, I could say: rake release[0.8.2] And the string "0.8.2" will be passed to the :release task. Multiple arguments can be passed by separating them with a comma, for example: rake name[john,doe] Just a few words of caution. The rake task name and its arguments need to be a single command line argument to rake. This generally means no spaces. If spaces are needed, then the entire name + argument string should be quoted. Something like this: rake "name[billy bob, smith]" (Quoting rules vary between operating systems and shells, so make sure you consult the proper docs for your OS/shell). === Tasks that Expect Parameters Parameters are only given to tasks that are setup to expect them. In order to handle named parameters, the task declaration syntax for tasks has been extended slightly. For example, a task that needs a first name and last name might be declared as: task :name, [:first_name, :last_name] The first argument is still the name of the task (:name in this case). The next two arguments are the names of the parameters expected by :name in an array (:first_name and :last_name in the example). To access the values of the parameters, the block defining the task behaviour can now accept a second parameter: task :name, [:first_name, :last_name] do |t, args| puts "First name is #{args.first_name}" puts "Last name is #{args.last_name}" end The first argument of the block "t" is always bound to the current task object. The second argument "args" is an open-struct like object that allows access to the task arguments. Extra command line arguments to a task are ignored. If you wish to specify default values for the arguments, you can use the with_defaults method in the task body. Here is the above example where we specify default values for the first and last names: task :name, [:first_name, :last_name] do |t, args| args.with_defaults(:first_name => "John", :last_name => "Dough") puts "First name is #{args.first_name}" puts "Last name is #{args.last_name}" end === Tasks that Expect Parameters and Have Prerequisites Tasks that use parameters have a slightly different format for prerequisites. Use the arrow notation to indicate the prerequisites for tasks with arguments. For example: task :name, [:first_name, :last_name] => [:pre_name] do |t, args| args.with_defaults(:first_name => "John", :last_name => "Dough") puts "First name is #{args.first_name}" puts "Last name is #{args.last_name}" end === Tasks that take Variable-length Parameters Tasks that need to handle a list of values as a parameter can use the extras method of the args variable. This allows for tasks that can loop over a variable number of values, and its compatible with named parameters as well: task :email, [:message] do |t, args| mail = Mail.new(args.message) recipients = args.extras recipients.each do |target| mail.send_to(target) end end There is also the convenience method to_a that returns all parameters in the sequential order they were given, including those associated with named parameters. === Deprecated Task Parameters Format There is an older format for declaring task parameters that omitted the task argument array and used the :needs keyword to introduce the dependencies. That format is still supported for compatibility, but is not recommended for use. The older format may be dropped in future versions of rake. == Accessing Task Programmatically Sometimes it is useful to manipulate tasks programmatically in a Rakefile. To find a task object use Rake::Task.[]. === Programmatic Task Example For example, the following Rakefile defines two tasks. The :doit task simply prints a simple "DONE" message. The :dont class will lookup the doit class and remove (clear) all of its prerequisites and actions. task :doit do puts "DONE" end task :dont do Rake::Task[:doit].clear end Running this example: $ rake doit (in /Users/jim/working/git/rake/x) DONE $ rake dont doit (in /Users/jim/working/git/rake/x) $ The ability to programmatically manipulate tasks gives rake very powerful meta-programming capabilities w.r.t. task execution, but should be used with caution. == Rules When a file is named as a prerequisite, but does not have a file task defined for it, Rake will attempt to synthesize a task by looking at a list of rules supplied in the Rakefile. Suppose we were trying to invoke task "mycode.o", but no task is defined for it. But the rakefile has a rule that look like this ... rule '.o' => ['.c'] do |t| sh "cc #{t.source} -c -o #{t.name}" end This rule will synthesize any task that ends in ".o". It has a prerequisite a source file with an extension of ".c" must exist. If Rake is able to find a file named "mycode.c", it will automatically create a task that builds "mycode.o" from "mycode.c". If the file "mycode.c" does not exist, rake will attempt to recursively synthesize a rule for it. When a task is synthesized from a rule, the +source+ attribute of the task is set to the matching source file. This allows us to write rules with actions that reference the source file. === Advanced Rules Any regular expression may be used as the rule pattern. Additionally, a proc may be used to calculate the name of the source file. This allows for complex patterns and sources. The following rule is equivalent to the example above. rule( /\.o$/ => [ proc {|task_name| task_name.sub(/\.[^.]+$/, '.c') } ]) do |t| sh "cc #{t.source} -c -o #{t.name}" end *NOTE:* Because of a _quirk_ in Ruby syntax, parenthesis are required on *rule* when the first argument is a regular expression. The following rule might be used for Java files ... rule '.class' => [ proc { |tn| tn.sub(/\.class$/, '.java').sub(/^classes\//, 'src/') } ] do |t| java_compile(t.source, t.name) end *NOTE:* +java_compile+ is a hypothetical method that invokes the java compiler. == Importing Dependencies Any ruby file (including other rakefiles) can be included with a standard Ruby +require+ command. The rules and declarations in the required file are just added to the definitions already accumulated. Because the files are loaded _before_ the rake targets are evaluated, the loaded files must be "ready to go" when the rake command is invoked. This makes generated dependency files difficult to use. By the time rake gets around to updating the dependencies file, it is too late to load it. The +import+ command addresses this by specifying a file to be loaded _after_ the main rakefile is loaded, but _before_ any targets on the command line are invoked. In addition, if the file name matches an explicit task, that task is invoked before loading the file. This allows dependency files to be generated and used in a single rake command invocation. Example: require 'rake/loaders/makefile' file ".depends.mf" => [SRC_LIST] do |t| sh "makedepend -f- -- #{CFLAGS} -- #{t.prerequisites} > #{t.name}" end import ".depends.mf" If ".depends" does not exist, or is out of date w.r.t. the source files, a new ".depends" file is generated using +makedepend+ before loading. == Comments Standard Ruby comments (beginning with "#") can be used anywhere it is legal in Ruby source code, including comments for tasks and rules. However, if you wish a task to be described using the "-T" switch, then you need to use the +desc+ command to describe the task. Example: desc "Create a distribution package" task package: %w[ ... ] do ... end The "-T" switch (or "--tasks" if you like to spell things out) will display a list of tasks that have a description. If you use +desc+ to describe your major tasks, you have a semi-automatic way of generating a summary of your Rake file. $ rake -T (in /home/.../rake) rake clean # Remove any temporary products. rake clobber # Remove any generated file. rake clobber_rdoc # Remove rdoc products rake contrib_test # Run tests for contrib_test rake default # Default Task rake install # Install the application rake lines # Count lines in the main rake file rake rdoc # Build the rdoc HTML Files rake rerdoc # Force a rebuild of the RDOC files rake test # Run tests rake testall # Run all test targets Only tasks with descriptions will be displayed with the "-T" switch. Use "-P" (or "--prereqs") to get a list of all tasks and their prerequisites. == Namespaces As projects grow (and along with it, the number of tasks), it is common for task names to begin to clash. For example, if you might have a main program and a set of sample programs built by a single Rakefile. By placing the tasks related to the main program in one namespace, and the tasks for building the sample programs in a different namespace, the task names will not interfere with each other. For example: namespace "main" do task :build do # Build the main program end end namespace "samples" do task :build do # Build the sample programs end end task build: %w[main:build samples:build] Referencing a task in a separate namespace can be achieved by prefixing the task name with the namespace and a colon (e.g. "main:build" refers to the :build task in the +main+ namespace). Nested namespaces are supported. Note that the name given in the +task+ command is always the unadorned task name without any namespace prefixes. The +task+ command always defines a task in the current namespace. === FileTasks File task names are not scoped by the namespace command. Since the name of a file task is the name of an actual file in the file system, it makes little sense to include file task names in name space. Directory tasks (created by the +directory+ command) are a type of file task and are also not affected by namespaces. === Name Resolution When looking up a task name, rake will start with the current namespace and attempt to find the name there. If it fails to find a name in the current namespace, it will search the parent namespaces until a match is found (or an error occurs if there is no match). The "rake" namespace is a special implicit namespace that refers to the toplevel names. If a task name begins with a "^" character, the name resolution will start in the parent namespace. Multiple "^" characters are allowed. Here is an example file with multiple :run tasks and how various names resolve in different locations. task :run namespace "one" do task :run namespace "two" do task :run # :run => "one:two:run" # "two:run" => "one:two:run" # "one:two:run" => "one:two:run" # "one:run" => "one:run" # "^run" => "one:run" # "^^run" => "rake:run" (the top level task) # "rake:run" => "rake:run" (the top level task) end # :run => "one:run" # "two:run" => "one:two:run" # "^run" => "rake:run" end # :run => "rake:run" # "one:run" => "one:run" # "one:two:run" => "one:two:run" == FileLists FileLists are the way Rake manages lists of files. You can treat a FileList as an array of strings for the most part, but FileLists support some additional operations. === Creating a FileList Creating a file list is easy. Just give it the list of file names: fl = FileList['file1.rb', file2.rb'] Or give it a glob pattern: fl = FileList['*.rb'] == Odds and Ends === do/end versus { } Blocks may be specified with either a +do+/+end+ pair, or with curly braces in Ruby. We _strongly_ recommend using +do+/+end+ to specify the actions for tasks and rules. Because the rakefile idiom tends to leave off parentheses on the task/file/rule methods, unusual ambiguities can arise when using curly braces. For example, suppose that the method +object_files+ returns a list of object files in a project. Now we use +object_files+ as the prerequisites in a rule specified with actions in curly braces. # DON'T DO THIS! file "prog" => object_files { # Actions are expected here (but it doesn't work)! } Because curly braces have a higher precedence than +do+/+end+, the block is associated with the +object_files+ method rather than the +file+ method. This is the proper way to specify the task ... # THIS IS FINE file "prog" => object_files do # Actions go here end == Rakefile Path When issuing the +rake+ command in a terminal, Rake will look for a Rakefile in the current directory. If a Rakefile is not found, it will search parent directories until one is found. For example, if a Rakefile resides in the +project/+ directory, moving deeper into the project's directory tree will not have an adverse effect on rake tasks: $ pwd /home/user/project $ cd lib/foo/bar $ pwd /home/user/project/lib/foo/bar $ rake run_pwd /home/user/project As far as rake is concerned, all tasks are run from the directory in which the Rakefile resides. === Multiple Rake Files Not all tasks need to be included in a single Rakefile. Additional rake files (with the file extension "+.rake+") may be placed in +rakelib+ directory located at the top level of a project (i.e. the same directory that contains the main +Rakefile+). Also, rails projects may include additional rake files in the +lib/tasks+ directory. === Clean and Clobber Tasks Through <tt>require 'rake/clean'</tt> Rake provides +clean+ and +clobber+ tasks: +clean+ :: Clean up the project by deleting scratch files and backup files. Add files to the +CLEAN+ FileList to have the +clean+ target handle them. +clobber+ :: Clobber all generated and non-source files in a project. The task depends on +clean+, so all the +CLEAN+ files will be deleted as well as files in the +CLOBBER+ FileList. The intent of this task is to return a project to its pristine, just unpacked state. You can add file names or glob patterns to both the +CLEAN+ and +CLOBBER+ lists. === Phony Task The phony task can be used as a dependency to allow file-based tasks to use non-file-based-tasks as prerequisites without forcing them to rebuild. You can <tt>require 'rake/phony'</tt> to add the +phony+ task. ---- == See * README.rdoc -- Main documentation for Rake. PK )J [�_�bg g . share/gems/gems/rake-13.2.1/doc/example/main.cnu �[��� #include <stdio.h> extern void a(); extern void b(); int main () { a(); b(); return 0; } PK )J [۸ �� � 1 share/gems/gems/rake-13.2.1/doc/example/Rakefile1nu �[��� # Example Rakefile -*- ruby -*- task :default => [:main] file "a.o" => ["a.c"] do |t| src = t.name.sub(/\.o$/, '.c') sh "gcc #{src} -c -o #{t.name}" end file "b.o" => ["b.c"] do |t| src = t.name.sub(/\.o$/, '.c') sh "gcc #{src} -c -o #{t.name}" end file "main.o" => ["main.c"] do |t| src = t.name.sub(/\.o$/, '.c') sh "gcc #{src} -c -o #{t.name}" end OBJFILES = ["a.o", "b.o", "main.o"] task :obj => OBJFILES file "main" => OBJFILES do |t| sh "gcc -o #{t.name} main.o a.o b.o" end task :clean do rm_f FileList['*.o'] Dir['*~'].each { |fn| rm_f fn } end task :clobber => [:clean] do rm_f "main" end task :run => ["main"] do sh "./main" end PK )J [�� A A + share/gems/gems/rake-13.2.1/doc/example/b.cnu �[��� #include <stdio.h> void b() { printf ("In function b\n"); } PK )J [" �;W W 1 share/gems/gems/rake-13.2.1/doc/example/Rakefile2nu �[��� # Example Rakefile -*- ruby -*- # Using the power of Ruby task :default => [:main] def ext(fn, newext) fn.sub(/\.[^.]+$/, newext) end SRCFILES = Dir['*.c'] OBJFILES = SRCFILES.collect { |fn| ext(fn,".o") } OBJFILES.each do |objfile| srcfile = ext(objfile, ".c") file objfile => [srcfile] do |t| sh "gcc #{srcfile} -c -o #{t.name}" end end file "main" => OBJFILES do |t| sh "gcc -o #{t.name} main.o a.o b.o" end task :clean do rm_f FileList['*.o'] Dir['*~'].each { |fn| rm_f fn } end task :clobber => [:clean] do rm_f "main" end task :run => ["main"] do sh "./main" end PK )J [Oq� A A + share/gems/gems/rake-13.2.1/doc/example/a.cnu �[��� #include <stdio.h> void a() { printf ("In function a\n"); } PK )J [ �?qF F 7 share/gems/gems/rake-13.2.1/doc/command_line_usage.rdocnu �[��� = Rake Command Line Usage Rake is invoked from the command line using: % rake [options ...] [VAR=VALUE ...] [targets ...] Options are: [<tt><em>name</em>=<em>value</em></tt>] Set the environment variable <em>name</em> to <em>value</em> during the execution of the <b>rake</b> command. You can access the value by using ENV['<em>name</em>']. [<tt>--all</tt> (-A)] Used in combination with the -T and -D options, will force those options to show all the tasks, even the ones without comments. [<tt>--backtrace</tt>{=_output_} (-n)] Enable a full backtrace (i.e. like --trace, but without the task tracing details). The _output_ parameter is optional, but if specified it controls where the backtrace output is sent. If _output_ is <tt>stdout</tt>, then backtrace output is directed to standard output. If _output_ is <tt>stderr</tt>, or if it is missing, then the backtrace output is sent to standard error. [<tt>--comments</tt>] Used in combination with the -W options to force the output to contain commented options only. This is the reverse of <tt>--all</tt>. [<tt>--describe</tt> _pattern_ (-D)] Describe the tasks (matching optional PATTERN), then exit. [<tt>--dry-run</tt> (-n)] Do a dry run. Print the tasks invoked and executed, but do not actually execute any of the actions. [<tt>--execute</tt> _code_ (-e)] Execute some Ruby code and exit. [<tt>--execute-print</tt> _code_ (-p)] Execute some Ruby code, print the result, and exit. [<tt>--execute-continue</tt> _code_ (-E)] Execute some Ruby code, then continue with normal task processing. [<tt>--help</tt> (-H)] Display some help text and exit. [<tt>--jobs</tt> _number_ (-j)] Specifies the maximum number of concurrent threads allowed. Rake will allocate threads as needed up to this maximum number. If omitted, Rake will attempt to estimate the number of CPUs on the system and add 4 to that number. The concurrent threads are used to execute the <tt>multitask</tt> prerequisites. Also see the <tt>-m</tt> option which turns all tasks into multitasks. Sample values: (no -j) : Allow up to (# of CPUs + 4) number of threads --jobs : Allow unlimited number of threads --jobs=1 : Allow only one thread (the main thread) --jobs=16 : Allow up to 16 concurrent threads [<tt>--job-stats</tt> _level_] Display job statistics at the completion of the run. By default, this will display the requested number of active threads (from the -j options) and the maximum number of threads in play at any given time. If the optional _level_ is <tt>history</tt>, then a complete trace of task history will be displayed on standard output. [<tt>--libdir</tt> _directory_ (-I)] Add _directory_ to the list of directories searched for require. [<tt>--multitask</tt> (-m)] Treat all tasks as multitasks. ('make/drake' semantics) [<tt>--nosearch</tt> (-N)] Do not search for a Rakefile in parent directories. [<tt>--prereqs</tt> (-P)] Display a list of all tasks and their immediate prerequisites. [<tt>--quiet</tt> (-q)] Do not echo commands from FileUtils. [<tt>--rakefile</tt> _filename_ (-f)] Use _filename_ as the name of the rakefile. The default rakefile names are +rakefile+ and +Rakefile+ (with +rakefile+ taking precedence). If the rakefile is not found in the current directory, +rake+ will search parent directories for a match. The directory where the Rakefile is found will become the current directory for the actions executed in the Rakefile. [<tt>--rakelibdir</tt> _rakelibdir_ (-R)] Auto-import any .rake files in RAKELIBDIR. (default is 'rakelib') [<tt>--require</tt> _name_ (-r)] Require _name_ before executing the Rakefile. [<tt>--rules</tt>] Trace the rules resolution. [<tt>--silent (-s)</tt>] Like --quiet, but also suppresses the 'in directory' announcement. [<tt>--suppress-backtrace _pattern_ </tt>] Line matching the regular expression _pattern_ will be removed from the backtrace output. Note that the --backtrace option is the full backtrace without these lines suppressed. [<tt>--system</tt> (-g)] Use the system wide (global) rakefiles. The project Rakefile is ignored. By default, the system wide rakefiles are used only if no project Rakefile is found. On Unix-like system, the system wide rake files are located in $HOME/.rake. On a windows system they are stored in $APPDATA/Rake. [<tt>--no-system</tt> (-G)] Use the project level Rakefile, ignoring the system-wide (global) rakefiles. [<tt>--tasks</tt> <em>pattern</em> (-T)] Display a list of the major tasks and their comments. Comments are defined using the "desc" command. If a pattern is given, then only tasks matching the pattern are displayed. [<tt>--trace</tt>{=_output_} (-t)] Turn on invoke/execute tracing. Also enable full backtrace on errors. The _output_ parameter is optional, but if specified it controls where the trace output is sent. If _output_ is <tt>stdout</tt>, then trace output is directed to standard output. If _output_ is <tt>stderr</tt>, or if it is missing, then trace output is sent to standard error. [<tt>--verbose</tt> (-v)] Echo the Sys commands to standard output. [<tt>--version</tt> (-V)] Display the program version and exit. [<tt>--where</tt> <em>pattern</em> (-W)] Display tasks that match <em>pattern</em> and the file and line number where the task is defined. By default this option will display all tasks, not just the tasks that have descriptions. [<tt>--no-deprecation-warnings</tt> (-X)] Do not display the deprecation warnings. In addition, any command line option of the form <em>VAR</em>=<em>VALUE</em> will be added to the environment hash <tt>ENV</tt> and may be tested in the Rakefile. PK )J [��@�W W ' share/gems/gems/rake-13.2.1/README.rdocnu �[��� = RAKE -- Ruby Make home :: https://github.com/ruby/rake bugs :: https://github.com/ruby/rake/issues docs :: https://ruby.github.io/rake == Description Rake is a Make-like program implemented in Ruby. Tasks and dependencies are specified in standard Ruby syntax. Rake has the following features: * Rakefiles (rake's version of Makefiles) are completely defined in standard Ruby syntax. No XML files to edit. No quirky Makefile syntax to worry about (is that a tab or a space?) * Users can specify tasks with prerequisites. * Rake supports rule patterns to synthesize implicit tasks. * Flexible FileLists that act like arrays but know about manipulating file names and paths. * A library of prepackaged tasks to make building rakefiles easier. For example, tasks for building tarballs. (Formerly tasks for building RDoc, Gems, and publishing to FTP were included in rake but they're now available in RDoc, RubyGems, and rake-contrib respectively.) * Supports parallel execution of tasks. == Installation === Gem Installation Download and install rake with the following. gem install rake == Usage === Simple Example First, you must write a "Rakefile" file which contains the build rules. Here's a simple example: task default: %w[test] task :test do ruby "test/unittest.rb" end This Rakefile has two tasks: * A task named "test", which -- upon invocation -- will run a unit test file in Ruby. * A task named "default". This task does nothing by itself, but it has exactly one dependency, namely the "test" task. Invoking the "default" task will cause Rake to invoke the "test" task as well. Running the "rake" command without any options will cause it to run the "default" task in the Rakefile: % ls Rakefile test/ % rake (in /home/some_user/Projects/rake) ruby test/unittest.rb ....unit test output here... Type "rake --help" for all available options. == Resources === Rake Information * {Rake command-line}[link:doc/command_line_usage.rdoc] * {Writing Rakefiles}[link:doc/rakefile.rdoc] * The original {Rake announcement}[link:doc/rational.rdoc] * Rake {glossary}[link:doc/glossary.rdoc] === Presentations and Articles about Rake * Avdi Grimm's rake series: 1. {Rake Basics}[https://avdi.codes/rake-part-1-basics/] 2. {Rake File Lists}[https://avdi.codes/rake-part-2-file-lists-2/] 3. {Rake Rules}[https://avdi.codes/rake-part-3-rules/] 4. {Rake Pathmap}[https://avdi.codes/rake-part-4-pathmap/] 5. {File Operations}[https://avdi.codes/rake-part-5-file-operations/] 6. {Clean and Clobber}[https://avdi.codes/rake-part-6-clean-and-clobber/] 7. {MultiTask}[https://avdi.codes/rake-part-7-multitask/] * {Jim Weirich's 2003 RubyConf presentation}[https://web.archive.org/web/20140221123354/http://onestepback.org/articles/buildingwithrake/] * Martin Fowler's article on Rake: https://martinfowler.com/articles/rake.html == Other Make Re-envisionings ... Rake is a late entry in the make replacement field. Here are links to other projects with similar (and not so similar) goals. * https://directory.fsf.org/wiki/Bras -- Bras, one of earliest implementations of "make in a scripting language". * http://www.a-a-p.org -- Make in Python * https://ant.apache.org -- The Ant project * https://search.cpan.org/search?query=PerlBuildSystem -- The Perl Build System * https://www.rubydoc.info/gems/rant/0.5.7/frames -- Rant, another Ruby make tool. == Credits [<b>Jim Weirich</b>] Who originally created Rake. [<b>Ryan Dlugosz</b>] For the initial conversation that sparked Rake. [<b>Nobuyoshi Nakada <nobu@ruby-lang.org></b>] For the initial patch for rule support. [<b>Tilman Sauerbeck <tilman@code-monkey.de></b>] For the recursive rule patch. [<b>Eric Hodel</b>] For aid in maintaining rake. [<b>Hiroshi SHIBATA</b>] Maintainer of Rake 10 and later == License Rake is available under an MIT-style license. :include: MIT-LICENSE --- = Other stuff Author:: Jim Weirich <jim.weirich@gmail.com> Requires:: Ruby 2.0.0 or later License:: Copyright Jim Weirich. Released under an MIT-style license. See the MIT-LICENSE file included in the distribution. == Warranty This software is provided "as is" and without any express or implied warranties, including, without limitation, the implied warranties of merchantability and fitness for a particular purpose. == Historical Rake was originally created by Jim Weirich, who unfortunately passed away in February 2014. This repository was originally hosted at {github.com/jimweirich/rake}[https://github.com/jimweirich/rake/], however with his passing, has been moved to {ruby/rake}[https://github.com/ruby/rake]. You can view Jim's last commit here: https://github.com/jimweirich/rake/tree/336559f28f55bce418e2ebcc0a57548dcbac4025 You can {read more about Jim}[https://en.wikipedia.org/wiki/Jim_Weirich] at Wikipedia. Thank you for this great tool, Jim. We'll remember you. PK )J [� i� � ( share/gems/gems/rake-13.2.1/History.rdocnu �[��� === 13.0.6 * Additional fix for #389 Pull request #390 by hsbt === 13.0.5 * Fixed the regression of #388 Pull request #389 by hsbt === 13.0.4 * Fix rake test loader swallowing useful error information. Pull request #367 by deivid-rodriguez * Add -C/--directory option the same as GNU make. Pull request #376 by nobu === 13.0.3 * Fix breaking change of execution order on TestTask. Pull request #368 by ysakasin === 13.0.2 ==== Enhancements * Fix tests to work with current FileUtils Pull Request #358 by jeremyevans * Simplify default rake test loader Pull Request #357 by deivid-rodriguez * Update rdoc Pull Request #366 by bahasalien * Update broken links to rake articles from Avdi in README Pull Request #360 by svl7 === 13.0.1 ==== Bug fixes * Fixed bug: Reenabled task raises previous exception on second invokation Pull Request #271 by thorsteneckel * Fix an incorrectly resolved arg pattern Pull Request #327 by mjbellantoni === 13.0.0 ==== Enhancements * Follows recent changes on keyword arguments in ruby 2.7. Pull Request #326 by nobu * Make `PackageTask` be able to omit parent directory while packing files Pull Request #310 by tonytonyjan * Add order only dependency Pull Request #269 by take-cheeze ==== Compatibility changes * Drop old ruby versions(< 2.2) === 12.3.3 ==== Bug fixes * Use the application's name in error message if a task is not found. Pull Request #303 by tmatilai ==== Enhancements: * Use File.open explicitly. === 12.3.2 ==== Bug fixes * Fixed test fails caused by 2.6 warnings. Pull Request #297 by hsbt ==== Enhancements: * Rdoc improvements. Pull Request #293 by colby-swandale * Improve multitask performance. Pull Request #273 by jsm * Add alias `prereqs`. Pull Request #268 by take-cheeze === 12.3.1 ==== Bug fixes * Support did_you_mean >= v1.2.0 which has a breaking change on formatters. Pull request #262 by FUJI Goro. ==== Enhancements: * Don't run task if it depends on already invoked but failed task. Pull request #252 by Gonzalo Rodriguez. * Make space trimming consistent for all task arguments. Pull request #259 by Gonzalo Rodriguez. * Removes duplicated inclusion of Rake::DSL in tests. Pull request #254 by Gonzalo Rodriguez. * Re-raise a LoadError that didn't come from require in the test loader. Pull request #250 by Dylan Thacker-Smith. === 12.3.0 ==== Compatibility Changes * Bump `required_ruby_version` to Ruby 2.0.0. Rake has already removed support for Ruby 1.9.x. ==== Enhancements: * Support `test-bundled-gems` task on ruby core. === 12.2.1 ==== Bug fixes * Fixed to break Capistrano::Application on capistrano3. === 12.2.0 ==== Enhancements: * Make rake easier to use as a library Pull request #211 by @drbrain * Fix quadratic performance in FileTask#out_of_date? Pull request #224 by @doudou * Clarify output when printing nested exception traces Pull request #232 by @urbanautomaton ==== Bug fixes * Account for a file that match 2 or more patterns. Pull request #231 by @styd === 12.1.0 ==== Enhancements: * Added did_you_mean feature for invalid rake task. Pull request #221 by @xtina-starr * Enabled to dependency chained by extensions. Pull request #39 by Petr Skocik. * Make all of string literals to frozen objects on Ruby 2.4 or later. ==== Bug fixes * Typo fixes in rakefile.rdoc. Pull request #180 by Yuta Kurotaki. * Fix unexpected behavior of file task with dryrun option. Pull request #183 by @aycabta. * Make LoadError from running tests more obvious. Pull request #195 by Eric Hodel. * Fix unexpected TypeError with hash style option. Pull request #202 by Kuniaki IGARASHI. === 12.0.0 ==== Compatibility Changes * Removed arguments on clear #157 by Jesse Bowes * Removed `rake/contrib` packages. These are extracted to `rake-contrib` gem. * Removed deprecated method named `last\_comment`. ==== Enhancements: * Re-use trace option on `cleanup` task. #164 by Brian Henderson * Actions adore keyword arguments #174 by Josh Cheek * Rake::TaskArguments#key? alias of #has_key? #175 by Paul Annesley === 11.3.0 / 2016-09-20 ==== Enhancements: * Remove to reference `Fixnum` constant. Pull request #160 by nobu === 11.2.2 / 2016-06-12 ==== Bug fixes * Fix unexpected behavior with multiple dependencies on Rake::TestTask === 11.2.1 / 2016-06-12 ==== Bug fixes * Fix regression of dependencies handling on Rake::TestTask. Report #139 === 11.2.0 / 2016-06-11 ==== Bug fixes * Fix unexpected cut-out behavior on task description using triple dots and exclamation. Report #106 from Stephan Kämper and Pull request #134 by Lee * Fix empty argument assignment with `with_defaults` option. Pull request #135 by bakunyo * Ignore to use `hwprefs` on Darwin platform. Use sysctl now. Report #128 ==== Enhancements * Spawn options for sh Pull equest #138 by Eric Hodel. * Allow to specify dependencies(prerequisites) for Rake::TestTask Pull request #117 by Tim Maslyuchenko * Use Bundler task instead of hoe for gem release. * Remove explicitly load to rubygems for Ruby 1.8. * Unify to declare `Rake::VERSION`. * Support xz format for PackageTask. === 11.1.2 / 2016-03-28 ==== Bug fixes * Remove `-W` option when Rake::TestTask#verbose enabled. It's misunderstanding specification change with Rake 11. Partly revert #67 === 11.1.1 / 2016-03-14 ==== Bug fixes * Use `-W` instead of `--verbose` when Rake::TestTask#verbose enabled. JRuby doesn't have `--verbose` option. === 11.1.0 / 2016-03-11 ==== Compatibility Changes * Revert to remove `last\_comment`. It will remove Rake 12. === 11.0.1 / 2016-03-09 ==== Bug fixes * Fixed packaging manifest. === 11.0.0 / 2016-03-09 ==== Bug fixes * Correctly handle bad encoding in exception messages. Pull request #113 by Tomer Brisker * Fix verbose option at TestTask. Pull request #67 by Mike Blumtritt ==== Enhancements * Make FileList#exclude more analogous to FileList#include. * Use IO.open instead of Open3.popen3 for CPU counter. * Make Rake::Task#already_invoked publicly accessible. Pull request #93 by Joe Rafaniello * Lookup prerequisites with same name outside of scope instead of matching self. Pull request #96 by Sandy Vanderbleek * Make FileList#pathmap behave like String#pathmap. Pull request #61 by Daniel Tamai * Add fetch method to task arguments. Pull request #12 by Chris Keathley * Use ruby warnings by default. Pull request #97 by Harold Giménez ==== Compatibility Changes * Removed to support Ruby 1.8.x * Removed constant named `RAKEVERSION` * Removed Rake::AltSystem * Removed Rake::RubyForgePublisher * Removed Rake::TaskManager#last\_comment. Use last\_description. * Removed Rake::TaskLib#paste * Removed Top-level SshDirPublisher, SshFreshDirPublisher, SshFilePublisher and CompositePublisher from lib/rake/contrib/publisher.rb * Removed "rake/runtest.rb" === 10.5.0 / 2016-01-13 ==== Enhancements * Removed monkey patching for Ruby 1.8. Pull request #46 by Pablo Herrero. * Inheritance class of Rake::FileList returns always self class. Pull request #74 by Thomas Scholz === 10.4.2 / 2014-12-02 ==== Bug fixes * Rake no longer edits ARGV. This allows you to re-exec rake from a rake task. Pull requset #9 by Matt Palmer. * Documented how Rake::DSL#desc handles sentences in task descriptions. Issue #7 by Raza Sayed. * Fixed test error on 1.9.3 with legacy RubyGems. Issue #8 by Matt Palmer. * Deleted duplicated History entry. Pull request #10 by Yuji Yamamoto. === 10.4.1 / 2014-12-01 ==== Bug fixes * Reverted fix for #277 as it caused numerous issues for rake users. rails/spring issue #366 by Gustavo Dutra. === 10.4.0 / 2014-11-22 ==== Enhancements * Upgraded to minitest 5. Pull request #292 by Teo Ljungberg. * Added support for Pathname in rake tasks. Pull request #271 by Randy Coulman. * Rake now ignores falsy dependencies which allows for easier programmatic creation of tasks. Pull request #273 by Manav. * Rake no longer edits ARGV. This allows you to re-exec rake from a rake task. Issue #277 by Matt Palmer. * Etc.nprocessors is used for counting the number of CPUs. ==== Bug fixes * Updated rake manpage. Issue #283 by Nathan Long, pull request #291 by skittleys. * Add Rake::LATE to allow rebuilding of files that depend on deleted files. Bug #286, pull request #287 by David Grayson. * Fix relinking of files when repackaging. Bug #276 by Muenze. * Fixed some typos. Pull request #280 by Jed Northridge. * Try counting CPUs via cpuinfo if host_os was not matched. Pull request #282 by Edouard B. === 10.3.2 / 2014-05-15 ==== Bug fixes * Rake no longer infinitely loops when showing exception causes that refer to each other. Bug #272 by Chris Bandy. * Fixed documentation typos. Bug #275 by Jake Worth. === 10.3.1 / 2014-04-17 ==== Bug fixes * Really stop reporting an error when cleaning already-deleted files. Pull request #269 by Randy Coulman * Fixed infinite loop when cleaning already-deleted files on windows. === 10.3 / 2014-04-15 ==== Enhancements * Added --build-all option to rake which treats all file prerequisites as out-of-date. Pull request #254 by Andrew Gilbert. * Added Rake::NameSpace#scope. Issue #263 by Jon San Miguel. ==== Bug fixes * Suppress org.jruby package files in rake error messages for JRuby users. Issue #213 by Charles Nutter. * Fixed typo, removed extra "h". Pull request #267 by Hsing-Hui Hsu. * Rake no longer reports an error when cleaning already-deleted files. Pull request #266 by Randy Coulman. * Consume stderr while determining CPU count to avoid hang. Issue #268 by Albert Sun. === 10.2.2 / 2014-03-27 ==== Bug fixes * Restored Ruby 1.8.7 compatibility === 10.2.1 / 2014-03-25 ==== Bug fixes * File tasks including a ':' are now top-level tasks again. Issue #262 by Josh Holtrop. * Use sysctl for CPU count for all BSDs. Pull request #261 by Joshua Stein. * Fixed CPU detection for unknown platforms. === 10.2.0 / 2014-03-24 ==== Enhancements * Rake now requires Ruby 1.9 or newer. For me, this is a breaking change, but it seems that Jim planned to release it with Rake 10.2. See also pull request #247 by Philip Arndt. * Rake now allows you to declare tasks under a namespace like: task 'a:b' do ... end Pull request #232 by Judson Lester. * Task#source defaults to the first prerequisite in non-rule tasks. Pull request #215 by Avdi Grimm. * Rake now automatically rebuilds and reloads imported files. Pull request #209 by Randy Coulman. * The rake task arguments can contain escaped commas. Pull request #214 by Filip Hrbek. * Rake now prints the exception class on errors. Patch #251 by David Cornu. ==== Bug fixes * Fixed typos. Pull request #256 by Valera Rozuvan, #250 via Jake Worth, #260 by Zachary Scott. * Fixed documentation for calling tasks with arguments. Pull request #235 by John Varghese. * Clarified `rake -f` usage message. Pull request #252 by Marco Pfatschbacher. * Fixed a test failure on windows. Pull request #231 by Hiroshi Shirosaki. * Fixed corrupted rake.1.gz. Pull request #225 by Michel Boaventura. * Fixed bug in can\_detect\_signals? in test. Patch from #243 by Alexey Borzenkov. === 10.1.1 * Use http://github.com/jimweirich/rake instead of http://rake.rubyforge.org for canonical project url. === 10.1.0 ==== Changes ===== New Features * Add support for variable length task argument lists. If more actual arguments are supplied than named arguments, then the extra arguments values will be in args.extras. * Application name is not displayed in the help banner. (Previously "rake" was hardcoded, now rake-based applications can display their own names). ===== Bug Fixes Bug fixes include: * Fix backtrace suppression issues. * Rules now explicit get task arguments passed to them. * Rename FileList#exclude? to FileList#exclude\_from\_list? to avoid conflict with new Rails method. * Clean / Clobber tasks now report failure to remove files. * Plus heaps of internal code cleanup. ==== Thanks As usual, it was input from users that drove a lot of these changes. The following people contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Michael Nikitochkin (general code cleanup) * Vipul A M (general code cleanup) * Dennis Bell (variable length task argument lists) * Jacob Swanner (rules arguments) * Rafael Rosa Fu (documentation typo) * Stuart Nelson (install.rb fixes) * Lee Hambley (application name in help banner) -- Jim Weirich === 10.0.3 "Jim, when will Rake reach version 1.0?" Over the past several years I've been asked that question at conferences, panels and over twitter. Due to historical reasons (or maybe just plain laziness) Rake has (incorrectly) been treating the second digit of the version as the major release number. So in my head Rake was already at version 9. Well, it's time to fix things. This next version of Rake drops old, crufty, backwards compatibility hacks such as top level constants, DSL methods defined in Object and numerous other features that are just no longer desired. It's also time to drop the leading zero from the version number as well and call this new version of rake what it really is: Version 10. So, welcome to Rake 10.0! Rake 10 is actually feature identical to the latest version of Rake 9 (that would be the version spelled 0.9.3), *except* that Rake 10 drops all the sundry deprecated features that have accumulated over the years. If your Rakefile is up to date and current with all the new features of Rake 10, you are ready to go. If your Rakefile still uses a few deprecated feeatures, feel free to use Rake 9 (0.9.3) with the same feature set. Just be aware that future features will be in Rake 10 family line. ==== Changes As mentioned above, there are no new features in Rake 10. However, there are a number of features missing: * Classic namespaces are now gone. Rake is no longer able to reflect the options settings in the global variables ($rakefile, $show\_tasks, $show\_prereqs, $trace, $dryrun and $silent). The <tt>--classic-namespace</tt> option is no longer supported. * Global constants are no longer supported. This includes <tt>Task</tt>, <tt>FileTask</tt>, <tt>FileCreationTask</tt> and <tt>RakeApp</tt>). The constant missing hook to warn about using global rake constants has been removed. * The Rake DSL methods (task, file, directory, etc) are in their own module (Rake::DSL). The stub versions of these methods (that printed warnings) in Object have been removed. However, the DSL methods are added to the top-level <tt>main</tt> object. Since <tt>main</tt> is not in the inheritance tree, the presence of the DSL methods in main should be low impact on other libraries. If you want to use the Rake DSL commands from your own code, just include <tt>Rake::DSL</tt> into your own classes and modules. * The deprecated syntax for task arguments (the one using <tt>:needs</tt>) has been removed. * The <tt>--reduce-compat</tt> flag has been removed (it's not needed anymore). * The deprecated <tt>rake/sys.rb</tt> library has been removed. * The deprecated <tt>rake/rdoctask.rb</tt> library has been removed. RDoc supplies its own rake task now. * The deprecated <tt>rake/gempackagetask.rb</tt> library has been removed. Gem supplies its own package task now. There is one small behavioral change: * Non-file tasks now always report the current time as their time stamp. This is different from the previous behavior where non-file tasks reported current time only if there were no prerequisites, and the max prerequisite timestamp otherwise. This lead to inconsistent and surprising behavior when adding prerequisites to tasks that in turn were prequisites to file tasks. The new behavior is more consistent and predictable. ==== Changes (from 0.9.3, 0.9.4, 0.9.5) Since Rake 10 includes the changes from the last version of Rake 9, we'll repeat the changes for versions 0.9.3 through 0.9.5 here. ===== New Features (in 0.9.3) * Multitask tasks now use a thread pool. Use -j to limit the number of available threads. * Use -m to turn regular tasks into multitasks (use at your own risk). * You can now do "Rake.add_rakelib 'dir'" in your Rakefile to programatically add rake task libraries. * You can specific backtrace suppression patterns (see --suppress-backtrace) * Directory tasks can now take prerequisites and actions * Use --backtrace to request a full backtrace without the task trace. * You can say "--backtrace=stdout" and "--trace=stdout" to route trace output to standard output rather than standard error. * Optional 'phony' target (enable with 'require 'rake/phony'") for special purpose builds. * Task#clear now clears task comments as well as actions and prerequisites. Task#clear_comment will specifically target comments. * The --all option will force -T and -D to consider all the tasks, with and without descriptions. ===== Bug Fixes (in 0.9.3) * Semi-colons in windows rakefile paths now work. * Improved Control-C support when invoking multiple test suites. * egrep method now reads files in text mode (better support for Windows) * Better deprecation line number reporting. * The -W option now works with all tasks, whether they have a description or not. * File globs in rake should not be sorted alphabetically, independent of file system and platform. * Numerous internal improvements. * Documentation typos and fixes. ===== Bug Fixes (in 0.9.4) * Exit status with failing tests is not correctly set to non-zero. * Simplified syntax for phony task (for older versions of RDoc). * Stand alone FileList usage gets glob function (without loading in extra dependencies) ===== Bug Fixes (in 0.9.5) * --trace and --backtrace no longer swallow following task names. ==== Thanks As usual, it was input from users that drove a lot of these changes. The following people contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 10.0.2 ==== Changes ===== Bug Fixes * --trace and --backtrace no longer swallow following task names. ==== Thanks As usual, it was input from users that drove a lot of these changes. The following people contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 10.0.1 ==== Changes ===== Bug Fixes * Exit status with failing tests is not correctly set to non-zero. * Simplified syntax for phony task (for older versions of RDoc). * Stand alone FileList usage gets glob function (without loading in extra dependencies) ==== Thanks As usual, it was input from users that drove a lot of these changes. The following people contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 10.0.0 "Jim, when will Rake reach version 1.0?" Over the past several years I've been asked that question at conferences, panels and over twitter. Due to historical reasons (or maybe just plain laziness) Rake has (incorrectly) been treating the second digit of the version as the major release number. So in my head Rake was already at version 9. Well, it's time to fix things. This next version of Rake drops old, crufty, backwards compatibility hacks such as top level constants, DSL methods defined in Object and numerous other features that are just no longer desired. It's also time to drop the leading zero from the version number as well and call this new version of rake what it really is: Version 10. So, welcome to Rake 10.0! Rake 10 is actually feature identical to the latest version of Rake 9 (that would be the version spelled 0.9.3), *except* that Rake 10 drops all the sundry deprecated features that have accumulated over the years. If your Rakefile is up to date and current with all the new features of Rake 10, you are ready to go. If your Rakefile still uses a few deprecated feeatures, feel free to use Rake 9 (0.9.3) with the same feature set. Just be aware that future features will be in Rake 10 family line. ==== Changes in 10.0 As mentioned above, there are no new features in Rake 10. However, there are a number of features missing: * Classic namespaces are now gone. Rake is no longer able to reflect the options settings in the global variables ($rakefile, $show\_tasks, $show\_prereqs, $trace, $dryrun and $silent). The <tt>--classic-namespace</tt> option is no longer supported. * Global constants are no longer supported. This includes <tt>Task</tt>, <tt>FileTask</tt>, <tt>FileCreationTask</tt> and <tt>RakeApp</tt>). The constant missing hook to warn about using global rake constants has been removed. * The Rake DSL methods (task, file, directory, etc) are in their own module (Rake::DSL). The stub versions of these methods (that printed warnings) in Object have been removed. However, the DSL methods are added to the top-level <tt>main</tt> object. Since <tt>main</tt> is not in the inheritance tree, the presence of the DSL methods in main should be low impact on other libraries. If you want to use the Rake DSL commands from your own code, just include <tt>Rake::DSL</tt> into your own classes and modules. * The deprecated syntax for task arguments (the one using <tt>:needs</tt>) has been removed. * The <tt>--reduce-compat</tt> flag has been removed (it's not needed anymore). * The deprecated <tt>rake/sys.rb</tt> library has been removed. * The deprecated <tt>rake/rdoctask.rb</tt> library has been removed. RDoc supplies its own rake task now. * The deprecated <tt>rake/gempackagetask.rb</tt> library has been removed. Gem supplies its own package task now. There is one small behavioral change: * Non-file tasks now always report the current time as their time stamp. This is different from the previous behavior where non-file tasks reported current time only if there were no prerequisites, and the max prerequisite timestamp otherwise. This lead to inconsistent and surprising behavior when adding prerequisites to tasks that in turn were prequisites to file tasks. The new behavior is more consistent and predictable. ==== Changes (from 0.9.3) Since Rake 10 includes the changes from the last version of Rake 9, we'll repeat the changes for version 0.9.3 here. ===== New Features * Multitask tasks now use a thread pool. Use -j to limit the number of available threads. * Use -m to turn regular tasks into multitasks (use at your own risk). * You can now do "Rake.add_rakelib 'dir'" in your Rakefile to programatically add rake task libraries. * You can specific backtrace suppression patterns (see --suppress-backtrace) * Directory tasks can now take prerequisites and actions * Use --backtrace to request a full backtrace without the task trace. * You can say "--backtrace=stdout" and "--trace=stdout" to route trace output to standard output rather than standard error. * Optional 'phony' target (enable with 'require 'rake/phony'") for special purpose builds. * Task#clear now clears task comments as well as actions and prerequisites. Task#clear_comment will specifically target comments. * The --all option will force -T and -D to consider all the tasks, with and without descriptions. ===== Bug Fixes * Semi-colons in windows rakefile paths now work. * Improved Control-C support when invoking multiple test suites. * egrep method now reads files in text mode (better support for Windows) * Better deprecation line number reporting. * The -W option now works with all tasks, whether they have a description or not. * File globs in rake should not be sorted alphabetically, independent of file system and platform. * Numerous internal improvements. * Documentation typos and fixes. ==== Thanks As usual, it was input from users that drove a lot of these changes. The following people contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 0.9.6 Rake version 0.9.6 contains a number of fixes mainly for merging Rake into the Ruby source tree and fixing tests. ==== Changes ===== Bug Fixes (0.9.6) * Better trace output when using a multi-threaded Rakefile. * Arg parsing is now consistent for tasks and multitasks. * Skip exit code test in versions of Ruby that don't support it well. Changes for better integration with the Ruby source tree: * Fix version literal for Ruby source tree build. * Better loading of libraries for testing in Ruby build. * Use the ruby version provided by Ruby's tests. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 0.9.5 Rake version 0.9.5 contains a number of bug fixes. ==== Changes ===== Bug Fixes (0.9.5) * --trace and --backtrace no longer swallow following task names. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 0.9.4 Rake version 0.9.4 contains a number of bug fixes. ==== Changes ===== Bug Fixes (0.9.4) * Exit status with failing tests is not correctly set to non-zero. * Simplified syntax for phony task (for older versions of RDoc). * Stand alone FileList usage gets glob function (without loading in extra dependencies) ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === 0.9.3 Rake version 0.9.3 contains some new, backwards compatible features and a number of bug fixes. ==== Changes ===== New Features * Multitask tasks now use a thread pool. Use -j to limit the number of available threads. * Use -m to turn regular tasks into multitasks (use at your own risk). * You can now do "Rake.add_rakelib 'dir'" in your Rakefile to programatically add rake task libraries. * You can specific backtrace suppression patterns (see --suppress-backtrace) * Directory tasks can now take prerequisites and actions * Use --backtrace to request a full backtrace without the task trace. * You can say "--backtrace=stdout" and "--trace=stdout" to route trace output to standard output rather than standard error. * Optional 'phony' target (enable with 'require 'rake/phony'") for special purpose builds. * Task#clear now clears task comments as well as actions and prerequisites. Task#clear_comment will specifically target comments. * The --all option will force -T and -D to consider all the tasks, with and without descriptions. ===== Bug Fixes * Semi-colons in windows rakefile paths now work. * Improved Control-C support when invoking multiple test suites. * egrep method now reads files in text mode (better support for Windows) * Better deprecation line number reporting. * The -W option now works with all tasks, whether they have a description or not. * File globs in rake should not be sorted alphabetically, independent of file system and platform. * Numerous internal improvements. * Documentation typos and fixes. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Aaron Patterson * Dylan Smith * Jo Liss * Jonas Pfenniger * Kazuki Tsujimoto * Michael Bishop * Michael Elufimov * NAKAMURA Usaku * Ryan Davis * Sam Grönblom * Sam Phippen * Sergio Wong * Tay Ray Chuan * grosser * quix Also, many thanks to Eric Hodel for assisting with getting this release out the door. -- Jim Weirich === Rake 0.9.2.2 Rake version 0.9.2.2 is mainly bug fixes. ==== Changes * The rake test loader now removes arguments it has processed. Issue #51 * Rake::TaskArguments now responds to #values\_at * RakeFileUtils.verbose_flag = nil silences output the same as 0.8.7 * Rake tests are now directory-independent * Rake tests are no longer require flexmock * Commands constant is no longer polluting top level namespace. * Show only the interesting portion of the backtrace by default (James M. Lawrence). * Added --reduce-compat option to remove backward compatible DSL hacks (James M. Lawrence). ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence (quix) * Roger Pack * Cezary Baginski * Sean Scot August Moon * R.T. Lechow * Alex Chaffee * James Tucker * Matthias Lüdtke * Santiago Pastorino Also, bit thanks to Eric Hodel for assisting with getting this release out the door (where "assisting" includes, but is not by any means limited to, "pushing" me to get it done). -- Jim Weirich === 0.9.2 Rake version 0.9.2 has a few small fixes. See below for details. ==== Changes * Support for Ruby 1.8.6 was fixed. * Global DSL warnings now honor --no-deprecate ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence (quix) * Roger Pack * Cezary Baginski * Sean Scot August Moon * R.T. Lechow * Alex Chaffee * James Tucker * Matthias Lüdtke * Santiago Pastorino Also, bit thanks to Eric Hodel for assisting with getting this release out the door (where "assisting" includes, but is not by any means limited to, "pushing" me to get it done). -- Jim Weirich === 0.9.1 Rake version 0.9.1 has a number of bug fixes and enhancments (see below for more details). Additionally, the internals have be slightly restructured and improved. ==== Changes Rake 0.9.1 adds back the global DSL methods, but with deprecation messages. This allows Rake 0.9.1 to be used with older rakefiles with warning messages. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence (quix) * Roger Pack * Cezary Baginski * Sean Scot August Moon * R.T. Lechow * Alex Chaffee * James Tucker * Matthias Lüdtke * Santiago Pastorino Also, bit thanks to Eric Hodel for assisting with getting this release out the door (where "assisting" includes, but is not by any means limited to, "pushing" me to get it done). -- Jim Weirich === 0.9.0 Rake version 0.9.0 has a number of bug fixes and enhancments (see below for more details). Additionally, the internals have be slightly restructured and improved. ==== Changes ===== New Features / Enhancements / Bug Fixes in Version 0.9.0 * Rake now warns when the deprecated :needs syntax used (and suggests the proper syntax in the warning). * Moved Rake DSL commands to top level ruby object 'main'. Rake DSL commands are no longer private methods in Object. (Suggested by James M. Lawrence/quix) * Rake now uses case-insensitive comparisons to find the Rakefile on Windows. Based on patch by Roger Pack. * Rake now requires (instead of loads) files in the test task. Patch by Cezary Baginski. * Fixed typos. Patches by Sean Scot August Moon and R.T. Lechow. * Rake now prints the Rakefile directory only when it's different from the current directory. Patch by Alex Chaffee. * Improved rakefile_location discovery on Windows. Patch by James Tucker. * Rake now recognizes "Windows Server" as a windows system. Patch by Matthias Lüdtke * Rake::RDocTask is deprecated. Use RDoc::Task from RDoc 2.4.2+ (require 'rdoc/task') * Rake::GemPackageTask is deprecated. Use Gem::PackageTask (require 'rubygems/package\_task') * Rake now outputs various messages to $stderr instead of $stdout. * Rake no longer emits warnings for Config. Patch by Santiago Pastorino. * Removed Rake's DSL methods from the top level scope. If you need to call 'task :xzy' in your code, include Rake::DSL into your class, or put the code in a Rake::DSL.environment do ... end block. * Split rake.rb into individual files. * Support for the --where (-W) flag for showing where a task is defined. * Fixed quoting in test task. (http://onestepback.org/redmine/issues/show/44, http://www.pivotaltracker.com/story/show/1223138) * Fixed the silent option parsing problem. (http://onestepback.org/redmine/issues/show/47) * Fixed :verbose=>false flag on sh and ruby commands. * Rake command line options may be given by default in a RAKEOPT environment variable. * Errors in Rake will now display the task invocation chain in effect at the time of the error. * Accepted change by warnickr to not expand test patterns in shell (allowing more files in the test suite). * Fixed that file tasks did not perform prereq lookups in scope (Redmine #57). ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence (quix) * Roger Pack * Cezary Baginski * Sean Scot August Moon * R.T. Lechow * Alex Chaffee * James Tucker * Matthias Lüdtke * Santiago Pastorino Also, bit thanks to Eric Hodel for assisting with getting this release out the door (where "assisting" includes, but is not by any means limited to, "pushing" me to get it done). -- Jim Weirich === 0.8.7 Rake version 0.8.5 introduced greatly improved support for executing commands on Windows. The "sh" command now has the same semantics on Windows that it has on Unix based platforms. Rake version 0.8.6 includes minor fixes the the RDoc generation. Rake version 0.8.7 includes a minor fix for JRuby running on windows. ==== Changes ===== New Features / Enhancements in Version 0.8.5 * Improved implementation of the Rake system command for Windows. (patch from James M. Lawrence/quix) * Support for Ruby 1.9's improved system command. (patch from James M. Lawrence/quix) * Rake now includes the configured extension when invoking an executable (Config::CONFIG['EXEEXT]) ===== Bug Fixes in Version 0.8.5 * Environment variable keys are now correctly cased (it matters in some implementations). ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Charles Nutter -- Jim Weirich === 0.8.6 Rake version 0.8.5 introduced greatly improved support for executing commands on Windows. The "sh" command now has the same semantics on Windows that it has on Unix based platforms. Rake version 0.8.5 includes minor fixes the the RDoc generation. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence/quix * Luis Lavena -- Jim Weirich === 0.8.5 Rake version 0.8.5 is a new release of Rake with greatly improved support for executing commands on Windows. The "sh" command now has the same semantics on Windows that it has on Unix based platforms. ==== Changes ===== New Features / Enhancements in Version 0.8.5 * Improved implementation of the Rake system command for Windows. (patch from James M. Lawrence/quix) * Support for Ruby 1.9's improved system command. (patch from James M. Lawrence/quix) * Rake now includes the configured extension when invoking an executable (Config::CONFIG['EXEEXT]) ===== Bug Fixes in Version 0.8.5 * Environment variable keys are now correctly cased (it matters in some implementations). ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence/quix * Luis Lavena -- Jim Weirich === 0.8.4 Rake version 0.8.4 is a bug-fix release of rake. NOTE: The version of Rake that comes with Ruby 1.9 has diverged slightly from the core Rake code base. Rake 0.8.4 will work with Ruby 1.9, but is not a strict upgrade for the Rake that comes with Ruby 1.9. A (near) future release of Rake will unify those two codebases. ==== Letter Writing Campaign Thanks to Aaron Patterson (@tenderlove) and Eric Hodel (@drbrain) for their encouraging support in organizing a letter writing campaign to lobby for the "Warning Free" release of rake 0.8.4. A special callout goes to Jonathan D. Lord, Sr (Dr. Wingnut) whose postcard was the first to actually reach me. (see http://tenderlovemaking.com/2009/02/26/we-need-a-new-version-of-rake/ for details) ==== Changes ===== New Features / Enhancements in Version 0.8.4 * Case is preserved on rakefile names. (patch from James M. Lawrence/quix) * Improved Rakefile case insensitivity testing (patch from Luis Lavena). * Windows system dir search order is now: HOME, HOMEDRIVE + HOMEPATH, APPDATA, USERPROFILE (patch from Luis Lavena) * MingGW is now recognized as a windows platform. (patch from Luis Lavena) ===== Bug Fixes in Version 0.8.4 * Removed reference to manage_gem to fix the warning produced by the gem package task. * Fixed stray ARGV option problem that was interfering with Test::Unit::Runner. (patch from Pivotal Labs) ===== Infrastructure Improvements in Version 0.8.4 * Numerous fixes to the windows test suite (patch from Luis Lavena). * Improved Rakefile case insensitivity testing (patch from Luis Lavena). * Better support for windows paths in the test task (patch from Simon Chiang/bahuvrihi) ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James M. Lawrence/quix * Luis Lavena * Pivotal Labs * Simon Chiang/bahuvrihi -- Jim Weirich === 0.8.3 Rake version 0.8.3 is a bug-fix release of rake. ==== Changes ===== Bug Fixes in Version 0.8.3 * Enhanced the system directory detection in windows. We now check HOMEDRIVE/HOMEPATH and USERPROFILE if APPDATA isn't found. (Patch supplied by James Tucker). Rake no long aborts if it can't find the directory. * Added fix to handle ruby installations in directories with spaces in their name. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Edwin Pratomo * Gavin Stark * Adam Q. Salter * Adam Majer * Emanuel Indermühle * Ittay Dror * Bheeshmar Redheendran (for spending an afternoon with me debugging windows issues) -- Jim Weirich === 0.8.2 Rake version 0.8.2 is a new release of rake that includes a number of new features and numerous bug fixes. ==== Changes ===== New Features in Version 0.8.2 * Switched from getoptlong to optparse (patches supplied by Edwin Pratomo). * The -T option will now attempt to dynamically sense the size of the terminal. The -T output will only self-truncate if the output is a tty. However, if RAKE_COLUMNS is explicitly set, it will be honored in any case. (Patch provided by Gavin Stark). * The following public methods have been added to rake task objects: * task.clear -- Clear both the prerequisites and actions of the target rake task. * task.clear_prerequisites -- Clear all the existing prerequisites from the target rake task. * task.clear_actions -- Clear all the existing actions from the target rake task. * task.reenable -- Re-enable a task, allowing its actions to be executed again if the task is invoked. * Changed RDoc test task to have no default template. This makes it easier for the tempate to pick up the template from the environment. * Default values for task arguments can easily be specified with the :with_defaults method. (Idea for default argument merging supplied by (Adam Q. Salter) ===== Bug Fixes in Version 0.8.2 * Fixed bug in package task so that it will include the subdir directory in the package for testing. (Bug found by Adam Majer) * Fixed filename dependency order bug in test\_inspect\_pending and test\_to\_s\_pending. (Bug found by Adam Majer) * Fixed check for file utils options to make them immune to the symbol/string differences. (Patch supplied by Edwin Pratomo) * Fixed bug with rules involving multiple source, where only the first dependency of a rule has any effect (Patch supplied by Emanuel Indermühle) * FileList#clone and FileList#dup have better sematics w.r.t. taint and freeze. * Changed from using Mutex to Monitor. Evidently Mutex causes thread join errors when Ruby is compiled with -disable-pthreads. (Patch supplied by Ittay Dror) * Fixed bug in makefile parser that had problems with extra spaces in file task names. (Patch supplied by Ittay Dror) ==== Other changes in Version 0.8.2 * Added ENV var to rake's own Rakefile to prevent OS X from including extended attribute junk in the rake package tar file. (Bug found by Adam Majer) * Added a performance patch for reading large makefile dependency files. (Patch supplied by Ittay Dror) ==== Task Argument Examples Prior to version 0.8.0, rake was only able to handle command line arguments of the form NAME=VALUE that were passed into Rake via the ENV hash. Many folks had asked for some kind of simple command line arguments, perhaps using "--" to separate regular task names from argument values on the command line. The problem is that there was no easy way to associate positional arguments on the command line with different tasks. Suppose both tasks :a and :b expect a command line argument: does the first value go with :a? What if :b is run first? Should it then get the first command line argument. Rake 0.8.0 solves this problem by explicitly passing values directly to the tasks that need them. For example, if I had a release task that required a version number, I could say: rake release[0.8.2] And the string "0.8.2" will be passed to the :release task. Multiple arguments can be passed by separating them with a comma, for example: rake name[john,doe] Just a few words of caution. The rake task name and its arguments need to be a single command line argument to rake. This generally means no spaces. If spaces are needed, then the entire rake + argument string should be quoted. Something like this: rake "name[billy bob, smith]" (Quoting rules vary between operating systems and shells, so make sure you consult the proper docs for your OS/shell). ===== Tasks that Expect Parameters Parameters are only given to tasks that are setup to expect them. In order to handle named parameters, the task declaration syntax for tasks has been extended slightly. For example, a task that needs a first name and last name might be declared as: task :name, :first_name, :last_name The first argument is still the name of the task (:name in this case). The next to argumements are the names of the parameters expected by :name (:first_name and :last_name in the example). To access the values of the parameters, the block defining the task behaviour can now accept a second parameter: task :name, :first_name, :last_name do |t, args| puts "First name is #{args.first_name}" puts "Last name is #{args.last_name}" end The first argument of the block "t" is always bound to the current task object. The second argument "args" is an open-struct like object that allows access to the task arguments. Extra command line arguments to a task are ignored. Missing command line arguments are given the nil value. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Edwin Pratomo * Gavin Stark * Adam Q. Salter * Adam Majer * Emanuel Indermühle * Ittay Dror * Bheeshmar Redheendran (for spending an afternoon with me debugging windows issues) -- Jim Weirich === 0.8.0/0.8.1 Rake version 0.8.0 is a new release of rake that includes serveral new features. ==== Changes ===== New Features in Version 0.8.0 * Tasks can now receive command line parameters. See the examples below for more details. * Comments are limited to 80 columns on output, but full comments can be seen by using the -D parameter. (feature suggested by Jamis Buck). * Explicit exit(n) calls will now set the exit status to n. (patch provided by Stephen Touset). * Rake is now compatible with Ruby 1.9. Version 0.8.1 is a minor update that includes additional Ruby 1.9 compatibility fixes. ==== Task Argument Examples Prior to version 0.8.0, rake was only able to handle command line arguments of the form NAME=VALUE that were passed into Rake via the ENV hash. Many folks had asked for some kind of simple command line arguments, perhaps using "--" to separate regular task names from argument values on the command line. The problem is that there was no easy way to associate positional arguments on the command line with different tasks. Suppose both tasks :a and :b expect a command line argument: does the first value go with :a? What if :b is run first? Should it then get the first command line argument. Rake 0.8.0 solves this problem by explicitly passing values directly to the tasks that need them. For example, if I had a release task that required a version number, I could say: rake release[0.8.0] And the string "0.8.0" will be passed to the :release task. Multiple arguments can be passed by separating them with a comma, for example: rake name[john,doe] Just a few words of caution. The rake task name and its arguments need to be a single command line argument to rake. This generally means no spaces. If spaces are needed, then the entire rake + argument string should be quoted. Something like this: rake "name[billy bob, smith]" (Quoting rules vary between operating systems and shells, so make sure you consult the proper docs for your OS/shell). ===== Tasks that Expect Parameters Parameters are only given to tasks that are setup to expect them. In order to handle named parameters, the task declaration syntax for tasks has been extended slightly. For example, a task that needs a first name and last name might be declared as: task :name, :first_name, :last_name The first argument is still the name of the task (:name in this case). The next to argumements are the names of the parameters expected by :name (:first_name and :last_name in the example). To access the values of the parameters, the block defining the task behaviour can now accept a second parameter: task :name, :first_name, :last_name do |t, args| puts "First name is #{args.first_name}" puts "Last name is #{args.last_name}" end The first argument of the block "t" is always bound to the current task object. The second argument "args" is an open-struct like object that allows access to the task arguments. Extra command line arguments to a task are ignored. Missing command line arguments are given the nil value. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Jamis Buck (for comment formatting suggestions) * Stephen Touset (for exit status patch). -- Jim Weirich === 0.7.3 Rake version 0.7.3 is a minor release that includes some refactoring to better support custom Rake applications. ==== Changes ===== New Features in Version 0.7.3 * Added the +init+ and +top_level+ methods to make the creation of custom Rake applications a bit easier. E.g. gem 'rake', ">= 0.7.3" require 'rake' Rake.application.init('myrake') task :default do something_interesting end Rake.application.top_level ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... -- Jim Weirich === 0.7.2 Version 0.7.2 supplies a bug fix and a few minor enhancements. In particular, the new version fixes an incompatibility with the soon to be released Ruby 1.8.6. We strongly recommend upgrading to Rake 0.7.2 in order to be compatible with the new version of Ruby. ==== Changes ===== Bug Fixes in 0.7.2 There are quite a number of bug fixes in the new 0.7.2 version of Rake: * Removed dependency on internal fu_xxx functions from FileUtils. * Error messages are now send to stderr rather than stdout (from Payton Quackenbush). * Better error handling on invalid command line arguments (from Payton Quackenbush). * Fixed some bugs where the application object was going to the global appliation instead of using its own data. * Fixed the method name leak from FileUtils (bug found by Glenn Vanderburg). * Added test for noop, bad_option and verbose flags to sh command. * Added a description to the gem task in GemPackageTask. * Fixed a bug when rules have multiple prerequisites (patch by Joel VanderWerf) * Added the handful of RakeFileUtils to the private method as well. ===== New Features in 0.7.2 The following new features are available in Rake version 0.7.2: * Added square and curly bracket patterns to FileList#include (Tilman Sauerbeck). * FileLists can now pass a block to FileList#exclude to exclude files based on calculated values. * Added plain filename support to rule dependents (suggested by Nobu Nakada). * Added pathmap support to rule dependents. In other words, if a pathmap format (beginning with a '%') is given as a Rake rule dependent, then the name of the depend will be the name of the target with the pathmap format applied. * Added a 'tasks' method to a namespace to get a list of tasks associated with the namespace. * Added tar_command and zip_command options to the Package task. * The clean task will no longer delete 'core' if it is a directory. ===== Internal Rake Improvements The following changes will are mainly internal improvements and refactorings and have little effect on the end user. But they may be of interest to the general public. * Added rcov task and updated unit testing for better code coverage. * Added a 'shame' task to the Rakefile. * Added rake_extension to handle detection of extension collisions. * Added a protected 'require "rubygems"' to test/test_application to unbreak cruisecontrol.rb. * Removed rake\_dup. Now we just simply rescue a bad dup. * Refactored the FileList reject logic to remove duplication. * Removed if \_\_FILE\_\_ at the end of the rake.rb file. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Payton Quackenbush -- For several error handling improvements. * Glenn Vanderburg -- For finding and fixing the method name leak from FileUtils. * Joel VanderWerf -- for finding and fixing a bug in the handling of multiple prerequisites. * Tilman Sauerbeck -- For some enhancing FileList to support more advanced file globbing. * Nobu Nakada -- For suggesting plain file name support to rule dependents. -- Jim Weirich === 0.7.1 Version 0.7.1 supplies a bug fix and a few minor enhancements. ==== Changes ===== Bug Fixes in 0.7.1 * Changes in the exception reported for the FileUtils.ln caused safe_ln to fail with a NotImplementedError. Rake 0.7.1 will now catch that error or any StandardError and properly fall back to using +cp+. ===== New Features in 0.7.1 * You can filter the results of the --task option by supplying an optional regular expression. This allows the user to easily find a particular task name in a long list of possible names. * Transforming procs in a rule may now return a list of prerequisites. This allows more flexible rule formation. * FileList and String now support a +pathmap+ melthod that makes the transforming paths a bit easier. See the API docs for +pathmap+ for details. * The -f option without a value will disable the search for a Rakefile. This allows the Rakefile to be defined entirely in a library (and loaded with the -r option). The current working directory is not changed when this is done. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * James Britt and Assaph Mehr for reporting and helping to debug the safe_ln issue. -- Jim Weirich === 0.7.0 These changes for Rake have been brewing for a long time. Here they are, I hope you enjoy them. ==== Changes ===== New Features * Name space support for task names (see below). * Prerequisites can be executed in parallel (see below). * Added safe_ln support for openAFS (via Ludvig Omholt). * RDoc defaults to internal (in-process) invocation. The old behavior is still available by setting the +external+ flag to true. * Rakefiles are now loaded with the expanded path to prevent accidental pollution from the Ruby load path. * Task objects my now be used in prerequisite lists directly. * Task objects (in addition to task names) may now be included in the prerequisite list of a task. * Internals cleanup and refactoring. ===== Bug Fixes * Compatibility fixes for Ruby 1.8.4 FileUtils changes. ===== Namespaces Tasks can now be nested inside their own namespaces. Tasks within one namespace will not accidentally interfer with tasks named in a different namespace. For example: namespace "main" do task :build do # Build the main program end end namespace "samples" do task :build do # Build the sample programs end end task :build_all => ["main:build", "samples:build"] Even though both tasks are named :build, they are separate tasks in their own namespaces. The :build_all task (defined in the toplevel namespace) references both build tasks in its prerequisites. You may invoke each of the individual build tasks with the following commands: rake main:build rake samples:build Or invoke both via the :build_all command: rake build_all Namespaces may be nested arbitrarily. Since the name of file tasks correspond to the name of a file in the external file system, FileTasks are not affected by the namespaces. See the Rakefile format documentation (in the Rake API documents) for more information. ===== Parallel Tasks Sometimes you have several tasks that can be executed in parallel. By specifying these tasks as prerequisites to a +multitask+ task. In the following example the tasks copy\_src, copy\_doc and copy\_bin will all execute in parallel in their own thread. multitask :copy_files => [:copy_src, :copy_doc, :copy_bin] do puts "All Copies Complete" end ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Doug Young (inspiration for the parallel task) * David Heinemeier Hansson (for --trace message enhancement and for pushing for namespace support). * Ludvig Omholt (for the openAFS fix) -- Jim Weirich === 0.6.1 * Rebuilt 0.6.0 gem without signing. === 0.6.0 Its time for some long requested enhancements and lots of bug fixes ... And a whole new web page. ==== New Web Page The primary documentation for rake has moved from the RubyForge based wiki to its own Hieraki based web site. Constant spam on the wiki made it a difficult to keep clean. The new site will be easier to update and organize. Check out the new documentation at: http://docs.rubyrake.org We will be adding new documentation to the site as time goes on. In addition to the new docs page, make sure you check out Martin Fowlers article on rake at http://martinfowler.com/articles/rake.html ==== Changes ===== New Features * Multiple prerequisites on Rake rules now allowed. However, keep the following in mind: 1. All the prerequisites of a rule must be available before a rule is triggered, where "enabled" means (a) an existing file, (b) a defined rule, or (c) another rule which also must be trigger-able. 2. Rules are checked in order of definition, so it is important to order your rules properly. If a file can be created by two different rules, put the more specific rule first (otherwise the more general rule will trigger first and the specific one will never be triggered). 3. The <tt>source</tt> method now returns the name of the first prerequisite listed in the rule. <tt>sources</tt> returns the names of all the rule prerequisites, ordered as they are defined in the rule. If the task has other prerequisites not defined in the rule (but defined in an explicit task definition), then they will _not_ be included in the sources list. * FileLists may now use the egrep command. This popular enhancement is now a core part of the FileList object. If you want to get a list of all your to-dos, fixmes and TBD comments, add the following to your Rakefile. desc "Look for TODO and FIXME tags in the code" task :todo do FileList['**/*.rb'].egrep /#.*(FIXME|TODO|TBD)/ end * The <tt>investigation</tt> method was added to task object to dump out some important values. This makes it a bit easier to debug Rake tasks. For example, if you are having problems with a particular task, just print it out: task :huh do puts Rake::Task['huh'].investigation end * The Rake::TestTask class now supports a "ruby\_opts" option to pass arbitrary ruby options to a test subprocess. ===== Some Incompatibilities * When using the <tt>ruby</tt> command to start a Ruby subprocess, the Ruby interpreter that is currently running rake is used by default. This makes it easier to use rake in an environment with multiple ruby installation. (Previously, the first ruby command found in the PATH was used). If you wish to chose a different Ruby interpreter, you can explicitly choose the interpreter via the <tt>sh</tt> command. * The major rake classes (Task, FileTask, FileCreationTask, RakeApp) have been moved out of the toplevel scope and are now accessible as Rake::Task, Rake::FileTask, Rake::FileCreationTask and Rake::Application. If your Rakefile directly references any one of these tasks, you may: 1. Update your Rakefile to use the new classnames 2. Use the --classic-namespace option on the rake command to get the old behavior, 3. Add <code>require 'rake/classic_namespace'</code> to the Rakefile to get the old behavior. <tt>rake</tt> will print a rather annoying warning whenever a deprecated class name is referenced without enabling classic namespace. ===== Bug Fixes * Several unit tests and functional tests were fixed to run better under windows. * Directory tasks are now a specialized version of a File task. A directory task will only be triggered if it doesn't exist. It will not be triggered if it is out of date w.r.t. any of its prerequisites. * Fixed a bug in the Rake::GemPackageTask class so that the gem now properly contains the platform name. * Fixed a bug where a prerequisite on a <tt>file</tt> task would cause an exception if the prerequisite did not exist. ==== Thanks As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to ... * Greg Fast (better ruby_opt test options) * Kelly Felkins (requested by better namespace support) * Martin Fowler (suggested Task.investigation) * Stuart Jansen (send initial patch for multiple prerequisites). * Masao Mutch (better support for non-ruby Gem platforms) * Philipp Neubeck (patch for file task exception fix) -- Jim Weirich === 0.5.4 Time for some minor bug fixes and small enhancements ==== Changes Here are the changes for version 0.5.4 ... * Added double quotes to the test runner. This allows the location of the tests (and runner) to be in a directory path that contains spaces (e.g. "C:/Program Files/ruby/bin"). * Added .svn to default ignore list. Now subversion project metadata is automatically ignored by Rake's FileList. * Updated FileList#include to support nested arrays and filelists. FileLists are flat lists of file names. Using a FileList in an include will flatten out the nested file names. == Thanks As usual, it was input from users that drove a alot of these changes. Thanks to ... * Tilman Sauerbeck for the nested FileList suggestion. * Josh Knowles for pointing out the spaces in directory name problem. -- Jim Weirich === 0.5.3 Although it has only been two weeks since the last release, we have enough updates to the Rake program to make it time for another release. ==== Changes Here are the changes for version 0.5.3 ... * FileLists have been extensively changed so that they mimic the behavior of real arrays even more closely. In particular, operations on FileLists that return a new collection (e.g. collect, reject) will now return a FileList rather than an array. In addition, several places where FileLists were not properly expanded before use have been fixed. * A method (+ext+) to simplify the handling of file extensions was added to String and to Array. * The 'testrb' script in test/unit tends to silently swallow syntax errors in test suites. Because of that, the default test loader is now a rake-provided script. You can still use 'testrb' by setting the loader flag in the test task to :testrb. (See the API documents for TestTask for all the loader flag values). * FileUtil methods (e.g. cp, mv, install) are now declared to be private. This will cut down on the interference with user defined methods of the same name. * Fixed the verbose flag in the TestTask so that the test code is controlled by the flag. Also shortened up some failure messages. (Thanks to Tobias Luetke for the suggestion). * Rules will now properly detect a task that can generate a source file. Previously rules would only consider source files that were already present. * Added an +import+ command that allows Rake to dynamically import dependendencies into a running Rake session. The +import+ command can run tasks to update the dependency file before loading them. Dependency files can be in rake or make format, allowing rake to work with tools designed to generate dependencies for make. ==== Thanks As usual, it was input from users that drove a alot of these changes. Thanks to ... * Brian Gernhardt for the rules fix (especially for the patience to explain the problem to me until I got what he was talking about). * Stefan Lang for pointing out problems in the dark corners of the FileList implementation. * Alexey Verkhovsky pointing out the silently swallows syntax errors in tests. * Tobias Luetke for beautifying the test task output. * Sam Roberts for some of the ideas behind dependency loading. -- Jim Weirich === 0.5.0 It has been a long time in coming, but we finally have a new version of Rake available. ==== Changes * Fixed documentation that was lacking the Rake module name (Tilman Sauerbeck). * Added tar.gz and tar.bz2 support to package task (Tilman Sauerbeck). * Recursive rules are now supported (Tilman Sauerbeck). * Added warning option for the Test Task (requested by Eric Hodel). * The jamis rdoc template is only used if it exists. * Added fix for Ruby 1.8.2 test/unit and rails problem. * Added contributed rake man file (Jani Monoses). * Added Brian Candler's fix for problems in --trace and --dry-run mode. ==== Thanks Lots of people provided input to this release. Thanks to Tilman Sauerbeck for numerous patches, documentation fixes and suggestions. And for also pushing me to get this release out. Also, thanks to Brian Candler for the finding and fixing --trace/dry-run fix. That was an obscure bug. Also to Eric Hodel for some good suggestions. -- Jim Weirich === 0.4.15 ==== Changes Version 0.4.15 is a bug fix update for the Ruby 1.8.2 compatibility changes. This release includes: * Fixed a bug that prevented the TESTOPTS flag from working with the revised for 1.8.2 test task. * Updated the docs on --trace to indicate that it also enables a full backtrace on errors. * Several fixes for new warnings generated. ==== Mini-Roadmap I will continue to issue Rake updates in the 0.4.xx series as new Ruby-1.8.2 issues become manifest. Once the codebase stabilizes, I will release a 0.5.0 version incorporating all the changes. If you are not using Ruby-1.8.2 and wish to avoid version churn, I recommend staying with a release prior to Rake-0.4.14. === 0.4.14 Version 0.4.14 is a compatibility fix to allow Rake's test task to work under Ruby 1.8.2. A change in the Test::Unit autorun feature prevented Rake from running any tests. This release fixes the problem. Rake 0.4.14 is the recommended release for anyone using Ruby 1.8.2. === 0.4.13 * Fixed the dry-run flag so it is operating again. * Multiple arguments to sh and ruby commands will not be interpreted by the shell (patch provided by Jonathan Paisley). === 0.4.12 * Added --silent (-s) to suppress the (in directory) rake message. === 0.4.11 * Changed the "don't know how to rake" message (finally) * Changes references to a literal "Rakefile" to reference the global variable $rakefile (which contains the actual name of the rakefile). === 0.4.10 * Added block support to the "sh" command, allowing users to take special actions on the result of the system call. E.g. sh "shell_command" do |ok, res| puts "Program returned #{res.exitstatus}" if ! ok end === 0.4.9 * Switched to Jamis Buck's RDoc template. * Removed autorequire from Rake's gem spec. This prevents the Rake libraries from loading while using rails. === 0.4.8 * Added support for .rb versions of Rakefile. * Removed \\\n's from test task. * Fixed Ruby 1.9 compatibility issue with FileList. === 0.4.7 * Fixed problem in FileList that caused Ruby 1.9 to go into infinite recursion. Since to_a was removed from Object, it does not need to added back into the list of methods to rewrite in FileList. (Thanks to Kent Sibilev for pointing this out). === 0.4.6 * Removed test version of ln in FileUtils that prevented safe_ln from using ln. === 0.4.5 * Upgraded comments in TestTask. * FileList to_s and inspect now automatically resolve pending changes. * FileList#exclude properly returns the FileList. === 0.4.4 * Fixed initialization problem with @comment. * Now using multi -r technique in TestTask. Switch Rakefile back to using the built-in test task macros because the rake runtime is no longer needed. * Added 'TEST=filename' and 'TESTOPTS=options' to the Test Task macros. * Allow a +test_files+ attribute in test tasks. This allows more flexibility in specifying test files. === 0.4.3 * Fixed Comment leakage. === 0.4.2 * Added safe_ln that falls back to a copy if a file link is not supported. * Package builder now uses safe\_ln. === 0.4.1 * Task comments are now additive, combined with "/". * Works with (soon to be released) rubygems 0.6.2 (or 0.7.0) === 0.4.0 * FileList now uses deferred loading. The file system is not searched until the first call that needs the file names. * VAR=VALUE options are now accepted on the command line and are treated like environment variables. The values may be tested in a Rakefile by referencing ENV['VAR']. * File.mtime is now used (instead of File.new().mtime). === 0.3.2.x * Removed some hidden dependencies on rubygems. Tests now will test gems only if they are installed. * Removed Sys from some example files. I believe that is that last reference to Sys outside of the contrib area. * Updated all copyright notices to include 2004. === 0.3.2 * GEM Installation now works with the application stub. === 0.3.1 * FileLists now automatically ignore CVS, .bak, ! * GEM Installation now works. === 0.3.0 Promoted 0.2.10. === 0.2.10 General * Added title to Rake's rdocs * Contrib packages are no longer included in the documentation. RDoc Issues * Removed default for the '--main' option * Fixed rendering of the rdoc options * Fixed clean/clobber confusion with rerdoc * 'title' attribute added Package Task Library Issues * Version (or explicit :noversion) is required. * +package_file+ attribute is now writable FileList Issues * Dropped bang version of exclude. Now using ant-like include/exclude semantics. * Enabled the "yield self" idiom in FileList#initialize. === 0.2.9 This version contains numerous changes as the RubyConf.new(2003) presentation was being prepared. The changes include: * The monolithic rubyapp task library is in the process of being dropped in favor of lighter weight task libraries. === 0.2.7 * Added "desc" for task descriptions. * -T will now display tasks with descriptions. * -P will display tasks and prerequisites. * Dropped the Sys module in favor of the 1.8.x FileUtils module. Sys is still supported in the contrib area. === 0.2.6 * Moved to RubyForge === 0.2.5 * Switched to standard ruby app builder. * Added no_match option to file matcher. === 0.2.4 * Fixed indir, which neglected to actually change directories. === 0.2.3 * Added rake module for a help target * Added 'for\_files' to Sys * Added a $rakefile constant * Added test for selecting proper rule with multiple targets. PK )J [ ��� � $ share/gems/gems/rake-13.2.1/exe/rakenu ȯ�� #!/opt/alt/ruby34/bin/ruby #-- # Copyright (c) 2003, 2004, 2005, 2006, 2007 Jim Weirich # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to # deal in the Software without restriction, including without limitation the # rights to use, copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING # FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS # IN THE SOFTWARE. #++ require "rake" Rake.application.run PK )J [��K\� � 8 share/gems/gems/rake-13.2.1/lib/rake/invocation_chain.rbnu �[��� # frozen_string_literal: true module Rake # InvocationChain tracks the chain of task invocations to detect # circular dependencies. class InvocationChain < LinkedList # Is the invocation already in the chain? def member?(invocation) head == invocation || tail.member?(invocation) end # Append an invocation to the chain of invocations. It is an error # if the invocation already listed. def append(invocation) if member?(invocation) fail RuntimeError, "Circular dependency detected: #{to_s} => #{invocation}" end conj(invocation) end # Convert to string, ie: TOP => invocation => invocation def to_s "#{prefix}#{head}" end # Class level append. def self.append(invocation, chain) chain.append(invocation) end private def prefix "#{tail} => " end # Null object for an empty chain. class EmptyInvocationChain < LinkedList::EmptyLinkedList @parent = InvocationChain def member?(obj) false end def append(invocation) conj(invocation) end def to_s "TOP" end end EMPTY = EmptyInvocationChain.new end end PK )J [�2��b b 8 share/gems/gems/rake-13.2.1/lib/rake/loaders/makefile.rbnu �[��� # frozen_string_literal: true module Rake # Makefile loader to be used with the import file loader. Use this to # import dependencies from make dependency tools: # # require 'rake/loaders/makefile' # # file ".depends.mf" => [SRC_LIST] do |t| # sh "makedepend -f- -- #{CFLAGS} -- #{t.prerequisites} > #{t.name}" # end # # import ".depends.mf" # # See {Importing Dependencies}[link:doc/rakefile_rdoc.html#label-Importing+Dependencies] # for further details. class MakefileLoader include Rake::DSL SPACE_MARK = "\0" # :nodoc: # Load the makefile dependencies in +fn+. def load(fn) # :nodoc: lines = File.read fn lines.gsub!(/\\ /, SPACE_MARK) lines.gsub!(/#[^\n]*\n/m, "") lines.gsub!(/\\\n/, " ") lines.each_line do |line| process_line(line) end end private # Process one logical line of makefile data. def process_line(line) # :nodoc: file_tasks, args = line.split(":", 2) return if args.nil? dependents = args.split.map { |d| respace(d) } file_tasks.scan(/\S+/) do |file_task| file_task = respace(file_task) file file_task => dependents end end def respace(str) # :nodoc: str.tr SPACE_MARK, " " end end # Install the handler Rake.application.add_loader("mf", MakefileLoader.new) end PK )J [?�{Hr r 2 share/gems/gems/rake-13.2.1/lib/rake/early_time.rbnu �[��� # frozen_string_literal: true module Rake # EarlyTime is a fake timestamp that occurs _before_ any other time value. class EarlyTime include Comparable include Singleton ## # The EarlyTime always comes before +other+! def <=>(other) -1 end def to_s # :nodoc: "<EARLY TIME>" end end EARLY = EarlyTime.instance end PK )J [E��.� � / share/gems/gems/rake-13.2.1/lib/rake/tasklib.rbnu �[��� # frozen_string_literal: true require "rake" module Rake # Base class for Task Libraries. class TaskLib include Cloneable include Rake::DSL end end PK )J [Ӭ�s~ ~ E share/gems/gems/rake-13.2.1/lib/rake/rule_recursion_overflow_error.rbnu �[��� # frozen_string_literal: true module Rake # Error indicating a recursion overflow error in task selection. class RuleRecursionOverflowError < StandardError def initialize(*args) super @targets = [] end def add_target(target) @targets << target end def message super + ": [" + @targets.reverse.join(" => ") + "]" end end end PK )J [� �H H 6 share/gems/gems/rake-13.2.1/lib/rake/dsl_definition.rbnu �[��� # frozen_string_literal: true # Rake DSL functions. require "rake/file_utils_ext" module Rake ## # DSL is a module that provides #task, #desc, #namespace, etc. Use this # when you'd like to use rake outside the top level scope. # # For a Rakefile you run from the command line this module is automatically # included. module DSL #-- # Include the FileUtils file manipulation functions in the top # level module, but mark them private so that they don't # unintentionally define methods on other objects. #++ include FileUtilsExt private(*FileUtils.instance_methods(false)) private(*FileUtilsExt.instance_methods(false)) private # :call-seq: # task(task_name) # task(task_name: dependencies) # task(task_name, arguments => dependencies) # # Declare a basic task. The +task_name+ is always the first argument. If # the task name contains a ":" it is defined in that namespace. # # The +dependencies+ may be a single task name or an Array of task names. # The +argument+ (a single name) or +arguments+ (an Array of names) define # the arguments provided to the task. # # The task, argument and dependency names may be either symbols or # strings. # # A task with a single dependency: # # task clobber: %w[clean] do # rm_rf "html" # end # # A task with an argument and a dependency: # # task :package, [:version] => :test do |t, args| # # ... # end # # To invoke this task from the command line: # # $ rake package[1.2.3] # def task(*args, &block) # :doc: Rake::Task.define_task(*args, &block) end # Declare a file task. # # Example: # file "config.cfg" => ["config.template"] do # open("config.cfg", "w") do |outfile| # open("config.template") do |infile| # while line = infile.gets # outfile.puts line # end # end # end # end # def file(*args, &block) # :doc: Rake::FileTask.define_task(*args, &block) end # Declare a file creation task. # (Mainly used for the directory command). def file_create(*args, &block) Rake::FileCreationTask.define_task(*args, &block) end # Declare a set of files tasks to create the given directories on # demand. # # Example: # directory "testdata/doc" # def directory(*args, &block) # :doc: args = args.flat_map { |arg| arg.is_a?(FileList) ? arg.to_a.flatten : arg } result = file_create(*args, &block) dir, _ = *Rake.application.resolve_args(args) dir = Rake.from_pathname(dir) Rake.each_dir_parent(dir) do |d| file_create d do |t| mkdir_p t.name unless File.exist?(t.name) end end result end # Declare a task that performs its prerequisites in # parallel. Multitasks does *not* guarantee that its prerequisites # will execute in any given order (which is obvious when you think # about it) # # Example: # multitask deploy: %w[deploy_gem deploy_rdoc] # def multitask(*args, &block) # :doc: Rake::MultiTask.define_task(*args, &block) end # Create a new rake namespace and use it for evaluating the given # block. Returns a NameSpace object that can be used to lookup # tasks defined in the namespace. # # Example: # # ns = namespace "nested" do # # the "nested:run" task # task :run # end # task_run = ns[:run] # find :run in the given namespace. # # Tasks can also be defined in a namespace by using a ":" in the task # name: # # task "nested:test" do # # ... # end # def namespace(name=nil, &block) # :doc: name = name.to_s if name.kind_of?(Symbol) name = name.to_str if name.respond_to?(:to_str) unless name.kind_of?(String) || name.nil? raise ArgumentError, "Expected a String or Symbol for a namespace name" end Rake.application.in_namespace(name, &block) end # Declare a rule for auto-tasks. # # Example: # rule '.o' => '.c' do |t| # sh 'cc', '-c', '-o', t.name, t.source # end # def rule(*args, &block) # :doc: Rake::Task.create_rule(*args, &block) end # Describes the next rake task. Duplicate descriptions are discarded. # Descriptions are shown with <code>rake -T</code> (up to the first # sentence) and <code>rake -D</code> (the entire description). # # Example: # desc "Run the Unit Tests" # task test: [:build] do # # ... run tests # end # def desc(description) # :doc: Rake.application.last_description = description end # Import the partial Rakefiles +fn+. Imported files are loaded # _after_ the current file is completely loaded. This allows the # import statement to appear anywhere in the importing file, and yet # allowing the imported files to depend on objects defined in the # importing file. # # A common use of the import statement is to include files # containing dependency declarations. # # See also the --rakelibdir command line option. # # Example: # import ".depend", "my_rules" # def import(*fns) # :doc: fns.each do |fn| Rake.application.add_import(fn) end end end extend FileUtilsExt end # Extend the main object with the DSL commands. This allows top-level # calls to task, etc. to work from a Rakefile without polluting the # object inheritance tree. self.extend Rake::DSL PK )J [n�#� � ; share/gems/gems/rake-13.2.1/lib/rake/task_argument_error.rbnu �[��� # frozen_string_literal: true module Rake # Error indicating an ill-formed task declaration. class TaskArgumentError < ArgumentError end end PK )J [u��� � 0 share/gems/gems/rake-13.2.1/lib/rake/ext/core.rbnu �[��� # frozen_string_literal: true class Module # Check for an existing method in the current class before extending. If # the method already exists, then a warning is printed and the extension is # not added. Otherwise the block is yielded and any definitions in the # block will take effect. # # Usage: # # class String # rake_extension("xyz") do # def xyz # ... # end # end # end # def rake_extension(method) # :nodoc: if method_defined?(method) $stderr.puts "WARNING: Possible conflict with Rake extension: " + "#{self}##{method} already exists" else yield end end end PK )J [yOu�r r 2 share/gems/gems/rake-13.2.1/lib/rake/ext/string.rbnu �[��� # frozen_string_literal: true require "rake/ext/core" class String rake_extension("ext") do # Replace the file extension with +newext+. If there is no extension on # the string, append the new extension to the end. If the new extension # is not given, or is the empty string, remove any existing extension. # # +ext+ is a user added method for the String class. # # This String extension comes from Rake def ext(newext="") return self.dup if [".", ".."].include? self if newext != "" newext = "." + newext unless newext =~ /^\./ end self.chomp(File.extname(self)) << newext end end rake_extension("pathmap") do # Explode a path into individual components. Used by +pathmap+. # # This String extension comes from Rake def pathmap_explode head, tail = File.split(self) return [self] if head == self return [tail] if head == "." || tail == "/" return [head, tail] if head == "/" return head.pathmap_explode + [tail] end protected :pathmap_explode # Extract a partial path from the path. Include +n+ directories from the # front end (left hand side) if +n+ is positive. Include |+n+| # directories from the back end (right hand side) if +n+ is negative. # # This String extension comes from Rake def pathmap_partial(n) dirs = File.dirname(self).pathmap_explode partial_dirs = if n > 0 dirs[0...n] elsif n < 0 dirs.reverse[0...-n].reverse else "." end File.join(partial_dirs) end protected :pathmap_partial # Perform the pathmap replacement operations on the given path. The # patterns take the form 'pat1,rep1;pat2,rep2...'. # # This String extension comes from Rake def pathmap_replace(patterns, &block) result = self patterns.split(";").each do |pair| pattern, replacement = pair.split(",") pattern = Regexp.new(pattern) if replacement == "*" && block_given? result = result.sub(pattern, &block) elsif replacement result = result.sub(pattern, replacement) else result = result.sub(pattern, "") end end result end protected :pathmap_replace # Map the path according to the given specification. The specification # controls the details of the mapping. The following special patterns are # recognized: # # <tt>%p</tt> :: The complete path. # <tt>%f</tt> :: The base file name of the path, with its file extension, # but without any directories. # <tt>%n</tt> :: The file name of the path without its file extension. # <tt>%d</tt> :: The directory list of the path. # <tt>%x</tt> :: The file extension of the path. An empty string if there # is no extension. # <tt>%X</tt> :: Everything *but* the file extension. # <tt>%s</tt> :: The alternate file separator if defined, otherwise use # # the standard file separator. # <tt>%%</tt> :: A percent sign. # # The <tt>%d</tt> specifier can also have a numeric prefix (e.g. '%2d'). # If the number is positive, only return (up to) +n+ directories in the # path, starting from the left hand side. If +n+ is negative, return (up # to) +n+ directories from the right hand side of the path. # # Examples: # # 'a/b/c/d/file.txt'.pathmap("%2d") => 'a/b' # 'a/b/c/d/file.txt'.pathmap("%-2d") => 'c/d' # # Also the <tt>%d</tt>, <tt>%p</tt>, <tt>%f</tt>, <tt>%n</tt>, # <tt>%x</tt>, and <tt>%X</tt> operators can take a pattern/replacement # argument to perform simple string substitutions on a particular part of # the path. The pattern and replacement are separated by a comma and are # enclosed by curly braces. The replacement spec comes after the % # character but before the operator letter. (e.g. "%{old,new}d"). # Multiple replacement specs should be separated by semi-colons (e.g. # "%{old,new;src,bin}d"). # # Regular expressions may be used for the pattern, and back refs may be # used in the replacement text. Curly braces, commas and semi-colons are # excluded from both the pattern and replacement text (let's keep parsing # reasonable). # # For example: # # "src/org/onestepback/proj/A.java".pathmap("%{^src,class}X.class") # # returns: # # "class/org/onestepback/proj/A.class" # # If the replacement text is '*', then a block may be provided to perform # some arbitrary calculation for the replacement. # # For example: # # "/path/to/file.TXT".pathmap("%X%{.*,*}x") { |ext| # ext.downcase # } # # Returns: # # "/path/to/file.txt" # # This String extension comes from Rake def pathmap(spec=nil, &block) return self if spec.nil? result = "".dup spec.scan(/%\{[^}]*\}-?\d*[sdpfnxX%]|%-?\d+d|%.|[^%]+/) do |frag| case frag when "%f" result << File.basename(self) when "%n" result << File.basename(self).ext when "%d" result << File.dirname(self) when "%x" result << File.extname(self) when "%X" result << self.ext when "%p" result << self when "%s" result << (File::ALT_SEPARATOR || File::SEPARATOR) when "%-" # do nothing when "%%" result << "%" when /%(-?\d+)d/ result << pathmap_partial($1.to_i) when /^%\{([^}]*)\}(\d*[dpfnxX])/ patterns, operator = $1, $2 result << pathmap("%" + operator).pathmap_replace(patterns, &block) when /^%/ fail ArgumentError, "Unknown pathmap specifier #{frag} in '#{spec}'" else result << frag end end result end end end PK )J [���^ / share/gems/gems/rake-13.2.1/lib/rake/promise.rbnu �[��� # frozen_string_literal: true module Rake # A Promise object represents a promise to do work (a chore) in the # future. The promise is created with a block and a list of # arguments for the block. Calling value will return the value of # the promised chore. # # Used by ThreadPool. # class Promise # :nodoc: all NOT_SET = Object.new.freeze # :nodoc: attr_accessor :recorder # Create a promise to do the chore specified by the block. def initialize(args, &block) @mutex = Mutex.new @result = NOT_SET @error = NOT_SET @args = args @block = block end # Return the value of this promise. # # If the promised chore is not yet complete, then do the work # synchronously. We will wait. def value unless complete? stat :sleeping_on, item_id: object_id @mutex.synchronize do stat :has_lock_on, item_id: object_id chore stat :releasing_lock_on, item_id: object_id end end error? ? raise(@error) : @result end # If no one else is working this promise, go ahead and do the chore. def work stat :attempting_lock_on, item_id: object_id if @mutex.try_lock stat :has_lock_on, item_id: object_id chore stat :releasing_lock_on, item_id: object_id @mutex.unlock else stat :bailed_on, item_id: object_id end end private # Perform the chore promised def chore if complete? stat :found_completed, item_id: object_id return end stat :will_execute, item_id: object_id begin @result = @block.call(*@args) rescue Exception => e @error = e end stat :did_execute, item_id: object_id discard end # Do we have a result for the promise def result? !@result.equal?(NOT_SET) end # Did the promise throw an error def error? !@error.equal?(NOT_SET) end # Are we done with the promise def complete? result? || error? end # free up these items for the GC def discard @args = nil @block = nil end # Record execution statistics if there is a recorder def stat(*args) @recorder.call(*args) if @recorder end end end PK )J [��m� � > share/gems/gems/rake-13.2.1/lib/rake/thread_history_display.rbnu �[��� # frozen_string_literal: true require "rake/private_reader" module Rake class ThreadHistoryDisplay # :nodoc: all include Rake::PrivateReader private_reader :stats, :items, :threads def initialize(stats) @stats = stats @items = { _seq_: 1 } @threads = { _seq_: "A" } end def show puts "Job History:" stats.each do |stat| stat[:data] ||= {} rename(stat, :thread, threads) rename(stat[:data], :item_id, items) rename(stat[:data], :new_thread, threads) rename(stat[:data], :deleted_thread, threads) printf("%8d %2s %-20s %s\n", (stat[:time] * 1_000_000).round, stat[:thread], stat[:event], stat[:data].map do |k, v| "#{k}:#{v}" end.join(" ")) end end private def rename(hash, key, renames) if hash && hash[key] original = hash[key] value = renames[original] unless value value = renames[:_seq_] renames[:_seq_] = renames[:_seq_].succ renames[original] = value end hash[key] = value end end end end PK )J [�g�n 2 share/gems/gems/rake-13.2.1/lib/rake/file_utils.rbnu �[��� # frozen_string_literal: true require "rbconfig" require "fileutils" #-- # This a FileUtils extension that defines several additional commands to be # added to the FileUtils utility functions. module FileUtils # Path to the currently running Ruby program RUBY = ENV["RUBY"] || File.join( RbConfig::CONFIG["bindir"], RbConfig::CONFIG["ruby_install_name"] + RbConfig::CONFIG["EXEEXT"]). sub(/.*\s.*/m, '"\&"') # Run the system command +cmd+. If multiple arguments are given the command # is run directly (without the shell, same semantics as Kernel::exec and # Kernel::system). # # It is recommended you use the multiple argument form over interpolating # user input for both usability and security reasons. With the multiple # argument form you can easily process files with spaces or other shell # reserved characters in them. With the multiple argument form your rake # tasks are not vulnerable to users providing an argument like # <code>; rm # -rf /</code>. # # If a block is given, upon command completion the block is called with an # OK flag (true on a zero exit status) and a Process::Status object. # Without a block a RuntimeError is raised when the command exits non-zero. # # Examples: # # sh 'ls -ltr' # # sh 'ls', 'file with spaces' # # # check exit status after command runs # sh %{grep pattern file} do |ok, res| # if !ok # puts "pattern not found (status = #{res.exitstatus})" # end # end # def sh(*cmd, &block) options = (Hash === cmd.last) ? cmd.pop : {} shell_runner = block_given? ? block : create_shell_runner(cmd) set_verbose_option(options) verbose = options.delete :verbose noop = options.delete(:noop) || Rake::FileUtilsExt.nowrite_flag Rake.rake_output_message sh_show_command cmd if verbose unless noop res = (Hash === cmd.last) ? system(*cmd) : system(*cmd, options) status = $? status = Rake::PseudoStatus.new(1) if !res && status.nil? shell_runner.call(res, status) end end def create_shell_runner(cmd) # :nodoc: show_command = sh_show_command cmd lambda do |ok, status| ok or fail "Command failed with status (#{status.exitstatus}): " + "[#{show_command}]" end end private :create_shell_runner def sh_show_command(cmd) # :nodoc: cmd = cmd.dup if Hash === cmd.first env = cmd.first env = env.map { |name, value| "#{name}=#{value}" }.join " " cmd[0] = env end cmd.join " " end private :sh_show_command def set_verbose_option(options) # :nodoc: unless options.key? :verbose options[:verbose] = (Rake::FileUtilsExt.verbose_flag == Rake::FileUtilsExt::DEFAULT) || Rake::FileUtilsExt.verbose_flag end end private :set_verbose_option # Run a Ruby interpreter with the given arguments. # # Example: # ruby %{-pe '$_.upcase!' <README} # def ruby(*args, **options, &block) if args.length > 1 sh(RUBY, *args, **options, &block) else sh("#{RUBY} #{args.first}", **options, &block) end end LN_SUPPORTED = [true] # Attempt to do a normal file link, but fall back to a copy if the link # fails. def safe_ln(*args, **options) if LN_SUPPORTED[0] begin return options.empty? ? ln(*args) : ln(*args, **options) rescue StandardError, NotImplementedError LN_SUPPORTED[0] = false end end options.empty? ? cp(*args) : cp(*args, **options) end # Split a file path into individual directory names. # # Example: # split_all("a/b/c") => ['a', 'b', 'c'] # def split_all(path) head, tail = File.split(path) return [tail] if head == "." || tail == "/" return [head, tail] if head == "/" return split_all(head) + [tail] end end PK )J [�d���1 �1 1 share/gems/gems/rake-13.2.1/lib/rake/file_list.rbnu �[��� # frozen_string_literal: true require "rake/cloneable" require "rake/file_utils_ext" require "rake/ext/string" module Rake ## # A FileList is essentially an array with a few helper methods defined to # make file manipulation a bit easier. # # FileLists are lazy. When given a list of glob patterns for possible files # to be included in the file list, instead of searching the file structures # to find the files, a FileList holds the pattern for latter use. # # This allows us to define a number of FileList to match any number of # files, but only search out the actual files when then FileList itself is # actually used. The key is that the first time an element of the # FileList/Array is requested, the pending patterns are resolved into a real # list of file names. # class FileList include Cloneable # == Method Delegation # # The lazy evaluation magic of FileLists happens by implementing all the # array specific methods to call +resolve+ before delegating the heavy # lifting to an embedded array object (@items). # # In addition, there are two kinds of delegation calls. The regular kind # delegates to the @items array and returns the result directly. Well, # almost directly. It checks if the returned value is the @items object # itself, and if so will return the FileList object instead. # # The second kind of delegation call is used in methods that normally # return a new Array object. We want to capture the return value of these # methods and wrap them in a new FileList object. We enumerate these # methods in the +SPECIAL_RETURN+ list below. # List of array methods (that are not in +Object+) that need to be # delegated. ARRAY_METHODS = (Array.instance_methods - Object.instance_methods).map(&:to_s) # List of additional methods that must be delegated. MUST_DEFINE = %w[inspect <=>] # List of methods that should not be delegated here (we define special # versions of them explicitly below). MUST_NOT_DEFINE = %w[to_a to_ary partition * <<] # List of delegated methods that return new array values which need # wrapping. SPECIAL_RETURN = %w[ map collect sort sort_by select find_all reject grep compact flatten uniq values_at + - & | ] DELEGATING_METHODS = (ARRAY_METHODS + MUST_DEFINE - MUST_NOT_DEFINE).map(&:to_s).sort.uniq # Now do the delegation. DELEGATING_METHODS.each do |sym| if SPECIAL_RETURN.include?(sym) ln = __LINE__ + 1 class_eval %{ def #{sym}(*args, &block) resolve result = @items.send(:#{sym}, *args, &block) self.class.new.import(result) end }, __FILE__, ln else ln = __LINE__ + 1 class_eval %{ def #{sym}(*args, &block) resolve result = @items.send(:#{sym}, *args, &block) result.object_id == @items.object_id ? self : result end }, __FILE__, ln end end GLOB_PATTERN = %r{[*?\[\{]} # Create a file list from the globbable patterns given. If you wish to # perform multiple includes or excludes at object build time, use the # "yield self" pattern. # # Example: # file_list = FileList.new('lib/**/*.rb', 'test/test*.rb') # # pkg_files = FileList.new('lib/**/*') do |fl| # fl.exclude(/\bCVS\b/) # end # def initialize(*patterns) @pending_add = [] @pending = false @exclude_patterns = DEFAULT_IGNORE_PATTERNS.dup @exclude_procs = DEFAULT_IGNORE_PROCS.dup @items = [] patterns.each { |pattern| include(pattern) } yield self if block_given? end # Add file names defined by glob patterns to the file list. If an array # is given, add each element of the array. # # Example: # file_list.include("*.java", "*.cfg") # file_list.include %w( math.c lib.h *.o ) # def include(*filenames) # TODO: check for pending filenames.each do |fn| if fn.respond_to? :to_ary include(*fn.to_ary) else @pending_add << Rake.from_pathname(fn) end end @pending = true self end alias :add :include # Register a list of file name patterns that should be excluded from the # list. Patterns may be regular expressions, glob patterns or regular # strings. In addition, a block given to exclude will remove entries that # return true when given to the block. # # Note that glob patterns are expanded against the file system. If a file # is explicitly added to a file list, but does not exist in the file # system, then an glob pattern in the exclude list will not exclude the # file. # # Examples: # FileList['a.c', 'b.c'].exclude("a.c") => ['b.c'] # FileList['a.c', 'b.c'].exclude(/^a/) => ['b.c'] # # If "a.c" is a file, then ... # FileList['a.c', 'b.c'].exclude("a.*") => ['b.c'] # # If "a.c" is not a file, then ... # FileList['a.c', 'b.c'].exclude("a.*") => ['a.c', 'b.c'] # def exclude(*patterns, &block) patterns.each do |pat| if pat.respond_to? :to_ary exclude(*pat.to_ary) else @exclude_patterns << Rake.from_pathname(pat) end end @exclude_procs << block if block_given? resolve_exclude unless @pending self end # Clear all the exclude patterns so that we exclude nothing. def clear_exclude @exclude_patterns = [] @exclude_procs = [] self end # A FileList is equal through array equality. def ==(array) to_ary == array end # Return the internal array object. def to_a resolve @items end # Return the internal array object. def to_ary to_a end # Lie about our class. def is_a?(klass) klass == Array || super(klass) end alias kind_of? is_a? # Redefine * to return either a string or a new file list. def *(other) result = @items * other case result when Array self.class.new.import(result) else result end end def <<(obj) resolve @items << Rake.from_pathname(obj) self end # Resolve all the pending adds now. def resolve if @pending @pending = false @pending_add.each do |fn| resolve_add(fn) end @pending_add = [] resolve_exclude end self end def resolve_add(fn) # :nodoc: case fn when GLOB_PATTERN add_matching(fn) else self << fn end end private :resolve_add def resolve_exclude # :nodoc: reject! { |fn| excluded_from_list?(fn) } self end private :resolve_exclude # Return a new FileList with the results of running +sub+ against each # element of the original list. # # Example: # FileList['a.c', 'b.c'].sub(/\.c$/, '.o') => ['a.o', 'b.o'] # def sub(pat, rep) inject(self.class.new) { |res, fn| res << fn.sub(pat, rep) } end # Return a new FileList with the results of running +gsub+ against each # element of the original list. # # Example: # FileList['lib/test/file', 'x/y'].gsub(/\//, "\\") # => ['lib\\test\\file', 'x\\y'] # def gsub(pat, rep) inject(self.class.new) { |res, fn| res << fn.gsub(pat, rep) } end # Same as +sub+ except that the original file list is modified. def sub!(pat, rep) each_with_index { |fn, i| self[i] = fn.sub(pat, rep) } self end # Same as +gsub+ except that the original file list is modified. def gsub!(pat, rep) each_with_index { |fn, i| self[i] = fn.gsub(pat, rep) } self end # Apply the pathmap spec to each of the included file names, returning a # new file list with the modified paths. (See String#pathmap for # details.) def pathmap(spec=nil, &block) collect { |fn| fn.pathmap(spec, &block) } end # Return a new FileList with <tt>String#ext</tt> method applied to # each member of the array. # # This method is a shortcut for: # # array.collect { |item| item.ext(newext) } # # +ext+ is a user added method for the Array class. def ext(newext="") collect { |fn| fn.ext(newext) } end # Grep each of the files in the filelist using the given pattern. If a # block is given, call the block on each matching line, passing the file # name, line number, and the matching line of text. If no block is given, # a standard emacs style file:linenumber:line message will be printed to # standard out. Returns the number of matched items. def egrep(pattern, *options) matched = 0 each do |fn| begin File.open(fn, "r", *options) do |inf| count = 0 inf.each do |line| count += 1 if pattern.match(line) matched += 1 if block_given? yield fn, count, line else puts "#{fn}:#{count}:#{line}" end end end end rescue StandardError => ex $stderr.puts "Error while processing '#{fn}': #{ex}" end end matched end # Return a new file list that only contains file names from the current # file list that exist on the file system. def existing select { |fn| File.exist?(fn) }.uniq end # Modify the current file list so that it contains only file name that # exist on the file system. def existing! resolve @items = @items.select { |fn| File.exist?(fn) }.uniq self end # FileList version of partition. Needed because the nested arrays should # be FileLists in this version. def partition(&block) # :nodoc: resolve result = @items.partition(&block) [ self.class.new.import(result[0]), self.class.new.import(result[1]), ] end # Convert a FileList to a string by joining all elements with a space. def to_s resolve self.join(" ") end # Add matching glob patterns. def add_matching(pattern) self.class.glob(pattern).each do |fn| self << fn unless excluded_from_list?(fn) end end private :add_matching # Should the given file name be excluded from the list? # # NOTE: This method was formerly named "exclude?", but Rails # introduced an exclude? method as an array method and setup a # conflict with file list. We renamed the method to avoid # confusion. If you were using "FileList#exclude?" in your user # code, you will need to update. def excluded_from_list?(fn) return true if @exclude_patterns.any? do |pat| case pat when Regexp fn =~ pat when GLOB_PATTERN flags = File::FNM_PATHNAME # Ruby <= 1.9.3 does not support File::FNM_EXTGLOB flags |= File::FNM_EXTGLOB if defined? File::FNM_EXTGLOB File.fnmatch?(pat, fn, flags) else fn == pat end end @exclude_procs.any? { |p| p.call(fn) } end DEFAULT_IGNORE_PATTERNS = [ /(^|[\/\\])CVS([\/\\]|$)/, /(^|[\/\\])\.svn([\/\\]|$)/, /\.bak$/, /~$/ ] DEFAULT_IGNORE_PROCS = [ proc { |fn| fn =~ /(^|[\/\\])core$/ && !File.directory?(fn) } ] def import(array) # :nodoc: @items = array self end class << self # Create a new file list including the files listed. Similar to: # # FileList.new(*args) def [](*args) new(*args) end # Get a sorted list of files matching the pattern. This method # should be preferred to Dir[pattern] and Dir.glob(pattern) because # the files returned are guaranteed to be sorted. def glob(pattern, *args) Dir.glob(pattern, *args).sort end end end end module Rake class << self # Yield each file or directory component. def each_dir_parent(dir) # :nodoc: old_length = nil while dir != "." && dir.length != old_length yield(dir) old_length = dir.length dir = File.dirname(dir) end end # Convert Pathname and Pathname-like objects to strings; # leave everything else alone def from_pathname(path) # :nodoc: path = path.to_path if path.respond_to?(:to_path) path = path.to_str if path.respond_to?(:to_str) path end end end # module Rake PK )J [� ��' ' 1 share/gems/gems/rake-13.2.1/lib/rake/late_time.rbnu �[��� # frozen_string_literal: true module Rake # LateTime is a fake timestamp that occurs _after_ any other time value. class LateTime include Comparable include Singleton def <=>(other) 1 end def to_s "<LATE TIME>" end end LATE = LateTime.instance end PK )J ["]���g �g 3 share/gems/gems/rake-13.2.1/lib/rake/application.rbnu �[��� # frozen_string_literal: true require "optparse" require "rake/task_manager" require "rake/file_list" require "rake/thread_pool" require "rake/thread_history_display" require "rake/trace_output" require "rake/win32" module Rake CommandLineOptionError = Class.new(StandardError) ## # Rake main application object. When invoking +rake+ from the # command line, a Rake::Application object is created and run. class Application include TaskManager include TraceOutput # The name of the application (typically 'rake') attr_reader :name # The original directory where rake was invoked. attr_reader :original_dir # Name of the actual rakefile used. attr_reader :rakefile # Number of columns on the terminal attr_accessor :terminal_columns # List of the top level task names (task names from the command line). attr_reader :top_level_tasks # Override the detected TTY output state (mostly for testing) attr_writer :tty_output DEFAULT_RAKEFILES = [ "rakefile", "Rakefile", "rakefile.rb", "Rakefile.rb" ].freeze # Initialize a Rake::Application object. def initialize super @name = "rake" @rakefiles = DEFAULT_RAKEFILES.dup @rakefile = nil @pending_imports = [] @imported = [] @loaders = {} @default_loader = Rake::DefaultLoader.new @original_dir = Dir.pwd @top_level_tasks = [] add_loader("rb", DefaultLoader.new) add_loader("rf", DefaultLoader.new) add_loader("rake", DefaultLoader.new) @tty_output = STDOUT.tty? @terminal_columns = ENV["RAKE_COLUMNS"].to_i set_default_options end # Run the Rake application. The run method performs the following # three steps: # # * Initialize the command line options (+init+). # * Define the tasks (+load_rakefile+). # * Run the top level tasks (+top_level+). # # If you wish to build a custom rake command, you should call # +init+ on your application. Then define any tasks. Finally, # call +top_level+ to run your top level tasks. def run(argv = ARGV) standard_exception_handling do init "rake", argv load_rakefile top_level end end # Initialize the command line parameters and app name. def init(app_name="rake", argv = ARGV) standard_exception_handling do @name = app_name begin args = handle_options argv rescue ArgumentError # Backward compatibility for capistrano args = handle_options end load_debug_at_stop_feature collect_command_line_tasks(args) end end def load_debug_at_stop_feature return unless ENV["RAKE_DEBUG"] require "debug/session" DEBUGGER__::start no_sigint_hook: true, nonstop: true Rake::Task.prepend Module.new { def execute(*) exception = DEBUGGER__::SESSION.capture_exception_frames(/(exe|bin|lib)\/rake/) do super end if exception STDERR.puts exception.message DEBUGGER__::SESSION.enter_postmortem_session exception raise exception end end } rescue LoadError end private :load_debug_at_stop_feature # Find the rakefile and then load it and any pending imports. def load_rakefile standard_exception_handling do raw_load_rakefile end end # Run the top level tasks of a Rake application. def top_level run_with_threads do if options.show_tasks display_tasks_and_comments elsif options.show_prereqs display_prerequisites else top_level_tasks.each { |task_name| invoke_task(task_name) } end end end # Run the given block with the thread startup and shutdown. def run_with_threads thread_pool.gather_history if options.job_stats == :history yield thread_pool.join if defined?(@thread_pool) if options.job_stats stats = thread_pool.statistics puts "Maximum active threads: #{stats[:max_active_threads]} + main" puts "Total threads in play: #{stats[:total_threads_in_play]} + main" end ThreadHistoryDisplay.new(thread_pool.history).show if options.job_stats == :history end # Add a loader to handle imported files ending in the extension # +ext+. def add_loader(ext, loader) ext = ".#{ext}" unless ext =~ /^\./ @loaders[ext] = loader end # Application options from the command line def options @options ||= Struct.new( :always_multitask, :backtrace, :build_all, :dryrun, :ignore_deprecate, :ignore_system, :job_stats, :load_system, :nosearch, :rakelib, :show_all_tasks, :show_prereqs, :show_task_pattern, :show_tasks, :silent, :suppress_backtrace_pattern, :thread_pool_size, :trace, :trace_output, :trace_rules ).new end # Return the thread pool used for multithreaded processing. def thread_pool # :nodoc: @thread_pool ||= ThreadPool.new(options.thread_pool_size || Rake.suggested_thread_count-1) end # internal ---------------------------------------------------------------- # Invokes a task with arguments that are extracted from +task_string+ def invoke_task(task_string) # :nodoc: name, args = parse_task_string(task_string) t = self[name] t.invoke(*args) end def parse_task_string(string) # :nodoc: /^([^\[]+)(?:\[(.*)\])$/ =~ string.to_s name = $1 remaining_args = $2 return string, [] unless name return name, [] if remaining_args.empty? args = [] begin /\s*((?:[^\\,]|\\.)*?)\s*(?:,\s*(.*))?$/ =~ remaining_args remaining_args = $2 args << $1.gsub(/\\(.)/, '\1') end while remaining_args return name, args end # Provide standard exception handling for the given block. def standard_exception_handling # :nodoc: yield rescue SystemExit # Exit silently with current status raise rescue OptionParser::InvalidOption => ex $stderr.puts ex.message exit(false) rescue Exception => ex # Exit with error message display_error_message(ex) exit_because_of_exception(ex) end # Exit the program because of an unhandled exception. # (may be overridden by subclasses) def exit_because_of_exception(ex) # :nodoc: exit(false) end # Display the error message that caused the exception. def display_error_message(ex) # :nodoc: trace "#{name} aborted!" display_exception_details(ex) trace "Tasks: #{ex.chain}" if has_chain?(ex) trace "(See full trace by running task with --trace)" unless options.backtrace end def display_exception_details(ex) # :nodoc: display_exception_details_seen << ex display_exception_message_details(ex) display_exception_backtrace(ex) if ex.backtrace display_cause_details(ex.cause) if has_cause?(ex) end def display_cause_details(ex) # :nodoc: return if display_exception_details_seen.include? ex trace "\nCaused by:" display_exception_details(ex) end def display_exception_details_seen # :nodoc: Thread.current[:rake_display_exception_details_seen] ||= [] end def has_cause?(ex) # :nodoc: ex.respond_to?(:cause) && ex.cause end def display_exception_message_details(ex) # :nodoc: if ex.instance_of?(RuntimeError) trace ex.message elsif ex.respond_to?(:detailed_message) trace "#{ex.class.name}: #{ex.detailed_message(highlight: false)}" else trace "#{ex.class.name}: #{ex.message}" end end def display_exception_backtrace(ex) # :nodoc: if options.backtrace trace ex.backtrace.join("\n") else trace Backtrace.collapse(ex.backtrace).join("\n") end end # Warn about deprecated usage. # # Example: # Rake.application.deprecate("import", "Rake.import", caller.first) # def deprecate(old_usage, new_usage, call_site) # :nodoc: unless options.ignore_deprecate $stderr.puts "WARNING: '#{old_usage}' is deprecated. " + "Please use '#{new_usage}' instead.\n" + " at #{call_site}" end end # Does the exception have a task invocation chain? def has_chain?(exception) # :nodoc: exception.respond_to?(:chain) && exception.chain end private :has_chain? # True if one of the files in RAKEFILES is in the current directory. # If a match is found, it is copied into @rakefile. def have_rakefile # :nodoc: @rakefiles.each do |fn| if File.exist?(fn) others = FileList.glob(fn, File::FNM_CASEFOLD) return others.size == 1 ? others.first : fn elsif fn == "" return fn end end return nil end # True if we are outputting to TTY, false otherwise def tty_output? # :nodoc: @tty_output end # We will truncate output if we are outputting to a TTY or if we've been # given an explicit column width to honor def truncate_output? # :nodoc: tty_output? || @terminal_columns.nonzero? end # Display the tasks and comments. def display_tasks_and_comments # :nodoc: displayable_tasks = tasks.select { |t| (options.show_all_tasks || t.comment) && t.name =~ options.show_task_pattern } case options.show_tasks when :tasks width = displayable_tasks.map { |t| t.name_with_args.length }.max || 10 if truncate_output? max_column = terminal_width - name.size - width - 7 else max_column = nil end displayable_tasks.each do |t| printf("#{name} %-#{width}s # %s\n", t.name_with_args, max_column ? truncate(t.comment, max_column) : t.comment) end when :describe displayable_tasks.each do |t| puts "#{name} #{t.name_with_args}" comment = t.full_comment || "" comment.split("\n").each do |line| puts " #{line}" end puts end when :lines displayable_tasks.each do |t| t.locations.each do |loc| printf "#{name} %-30s %s\n", t.name_with_args, loc end end else fail "Unknown show task mode: '#{options.show_tasks}'" end end def terminal_width # :nodoc: if @terminal_columns.nonzero? result = @terminal_columns else result = unix? ? dynamic_width : 80 end (result < 10) ? 80 : result rescue 80 end # Calculate the dynamic width of the def dynamic_width # :nodoc: @dynamic_width ||= (dynamic_width_stty.nonzero? || dynamic_width_tput) end def dynamic_width_stty # :nodoc: %x{stty size 2>/dev/null}.split[1].to_i end def dynamic_width_tput # :nodoc: %x{tput cols 2>/dev/null}.to_i end def unix? # :nodoc: RbConfig::CONFIG["host_os"] =~ /(aix|darwin|linux|(net|free|open)bsd|cygwin|solaris|irix|hpux)/i end def windows? # :nodoc: Win32.windows? end def truncate(string, width) # :nodoc: if string.nil? "" elsif string.length <= width string else (string[0, width - 3] || "") + "..." end end # Display the tasks and prerequisites def display_prerequisites # :nodoc: tasks.each do |t| puts "#{name} #{t.name}" t.prerequisites.each { |pre| puts " #{pre}" } end end def trace(*strings) # :nodoc: options.trace_output ||= $stderr trace_on(options.trace_output, *strings) end def sort_options(options) # :nodoc: options.sort_by { |opt| opt.select { |o| o.is_a?(String) && o =~ /^-/ }.map(&:downcase).sort.reverse } end private :sort_options # A list of all the standard options used in rake, suitable for # passing to OptionParser. def standard_rake_options # :nodoc: sort_options( [ ["--all", "-A", "Show all tasks, even uncommented ones (in combination with -T or -D)", lambda { |value| options.show_all_tasks = value } ], ["--backtrace=[OUT]", "Enable full backtrace. OUT can be stderr (default) or stdout.", lambda { |value| options.backtrace = true select_trace_output(options, "backtrace", value) } ], ["--build-all", "-B", "Build all prerequisites, including those which are up-to-date.", lambda { |value| options.build_all = true } ], ["--comments", "Show commented tasks only", lambda { |value| options.show_all_tasks = !value } ], ["--describe", "-D [PATTERN]", "Describe the tasks (matching optional PATTERN), then exit.", lambda { |value| select_tasks_to_show(options, :describe, value) } ], ["--directory", "-C [DIRECTORY]", "Change to DIRECTORY before doing anything.", lambda { |value| Dir.chdir value @original_dir = Dir.pwd } ], ["--dry-run", "-n", "Do a dry run without executing actions.", lambda { |value| Rake.verbose(true) Rake.nowrite(true) options.dryrun = true options.trace = true } ], ["--execute", "-e CODE", "Execute some Ruby code and exit.", lambda { |value| eval(value) exit } ], ["--execute-print", "-p CODE", "Execute some Ruby code, print the result, then exit.", lambda { |value| puts eval(value) exit } ], ["--execute-continue", "-E CODE", "Execute some Ruby code, " + "then continue with normal task processing.", lambda { |value| eval(value) } ], ["--jobs", "-j [NUMBER]", "Specifies the maximum number of tasks to execute in parallel. " + "(default is number of CPU cores + 4)", lambda { |value| if value.nil? || value == "" value = Float::INFINITY elsif value =~ /^\d+$/ value = value.to_i else value = Rake.suggested_thread_count end value = 1 if value < 1 options.thread_pool_size = value - 1 } ], ["--job-stats [LEVEL]", "Display job statistics. " + "LEVEL=history displays a complete job list", lambda { |value| if value =~ /^history/i options.job_stats = :history else options.job_stats = true end } ], ["--libdir", "-I LIBDIR", "Include LIBDIR in the search path for required modules.", lambda { |value| $:.push(value) } ], ["--multitask", "-m", "Treat all tasks as multitasks.", lambda { |value| options.always_multitask = true } ], ["--no-search", "--nosearch", "-N", "Do not search parent directories for the Rakefile.", lambda { |value| options.nosearch = true } ], ["--prereqs", "-P", "Display the tasks and dependencies, then exit.", lambda { |value| options.show_prereqs = true } ], ["--quiet", "-q", "Do not log messages to standard output.", lambda { |value| Rake.verbose(false) } ], ["--rakefile", "-f [FILENAME]", "Use FILENAME as the rakefile to search for.", lambda { |value| value ||= "" @rakefiles.clear @rakefiles << value } ], ["--rakelibdir", "--rakelib", "-R RAKELIBDIR", "Auto-import any .rake files in RAKELIBDIR. " + "(default is 'rakelib')", lambda { |value| options.rakelib = value.split(File::PATH_SEPARATOR) } ], ["--require", "-r MODULE", "Require MODULE before executing rakefile.", lambda { |value| begin require value rescue LoadError => ex begin rake_require value rescue LoadError raise ex end end } ], ["--rules", "Trace the rules resolution.", lambda { |value| options.trace_rules = true } ], ["--silent", "-s", "Like --quiet, but also suppresses the " + "'in directory' announcement.", lambda { |value| Rake.verbose(false) options.silent = true } ], ["--suppress-backtrace PATTERN", "Suppress backtrace lines matching regexp PATTERN. " + "Ignored if --trace is on.", lambda { |value| options.suppress_backtrace_pattern = Regexp.new(value) } ], ["--system", "-g", "Using system wide (global) rakefiles " + "(usually '~/.rake/*.rake').", lambda { |value| options.load_system = true } ], ["--no-system", "--nosystem", "-G", "Use standard project Rakefile search paths, " + "ignore system wide rakefiles.", lambda { |value| options.ignore_system = true } ], ["--tasks", "-T [PATTERN]", "Display the tasks (matching optional PATTERN) " + "with descriptions, then exit. " + "-AT combination displays all the tasks, including those without descriptions.", lambda { |value| select_tasks_to_show(options, :tasks, value) } ], ["--trace=[OUT]", "-t", "Turn on invoke/execute tracing, enable full backtrace. " + "OUT can be stderr (default) or stdout.", lambda { |value| options.trace = true options.backtrace = true select_trace_output(options, "trace", value) Rake.verbose(true) } ], ["--verbose", "-v", "Log message to standard output.", lambda { |value| Rake.verbose(true) } ], ["--version", "-V", "Display the program version.", lambda { |value| puts "rake, version #{Rake::VERSION}" exit } ], ["--where", "-W [PATTERN]", "Describe the tasks (matching optional PATTERN), then exit.", lambda { |value| select_tasks_to_show(options, :lines, value) options.show_all_tasks = true } ], ["--no-deprecation-warnings", "-X", "Disable the deprecation warnings.", lambda { |value| options.ignore_deprecate = true } ], ]) end def select_tasks_to_show(options, show_tasks, value) # :nodoc: options.show_tasks = show_tasks options.show_task_pattern = Regexp.new(value || "") Rake::TaskManager.record_task_metadata = true end private :select_tasks_to_show def select_trace_output(options, trace_option, value) # :nodoc: value = value.strip unless value.nil? case value when "stdout" options.trace_output = $stdout when "stderr", nil options.trace_output = $stderr else fail CommandLineOptionError, "Unrecognized --#{trace_option} option '#{value}'" end end private :select_trace_output # Read and handle the command line options. Returns the command line # arguments that we didn't understand, which should (in theory) be just # task names and env vars. def handle_options(argv) # :nodoc: set_default_options OptionParser.new do |opts| opts.banner = "#{Rake.application.name} [-f rakefile] {options} targets..." opts.separator "" opts.separator "Options are ..." opts.on_tail("-h", "--help", "-H", "Display this help message.") do puts opts exit end standard_rake_options.each { |args| opts.on(*args) } opts.environment("RAKEOPT") end.parse(argv) end # Similar to the regular Ruby +require+ command, but will check # for *.rake files in addition to *.rb files. def rake_require(file_name, paths=$LOAD_PATH, loaded=$") # :nodoc: fn = file_name + ".rake" return false if loaded.include?(fn) paths.each do |path| full_path = File.join(path, fn) if File.exist?(full_path) Rake.load_rakefile(full_path) loaded << fn return true end end fail LoadError, "Can't find #{file_name}" end def find_rakefile_location # :nodoc: here = Dir.pwd until (fn = have_rakefile) Dir.chdir("..") return nil if Dir.pwd == here || options.nosearch here = Dir.pwd end [fn, here] ensure Dir.chdir(Rake.original_dir) end def print_rakefile_directory(location) # :nodoc: $stderr.puts "(in #{Dir.pwd})" unless options.silent or original_dir == location end def raw_load_rakefile # :nodoc: rakefile, location = find_rakefile_location if (!options.ignore_system) && (options.load_system || rakefile.nil?) && system_dir && File.directory?(system_dir) print_rakefile_directory(location) glob("#{system_dir}/*.rake") do |name| add_import name end else fail "No Rakefile found (looking for: #{@rakefiles.join(', ')})" if rakefile.nil? @rakefile = rakefile Dir.chdir(location) print_rakefile_directory(location) Rake.load_rakefile(File.expand_path(@rakefile)) if @rakefile && @rakefile != "" options.rakelib.each do |rlib| glob("#{rlib}/*.rake") do |name| add_import name end end end load_imports end def glob(path, &block) # :nodoc: FileList.glob(path.tr("\\", "/")).each(&block) end private :glob # The directory path containing the system wide rakefiles. def system_dir # :nodoc: @system_dir ||= begin if ENV["RAKE_SYSTEM"] ENV["RAKE_SYSTEM"] else standard_system_dir end end end # The standard directory containing system wide rake files. if Win32.windows? def standard_system_dir #:nodoc: Win32.win32_system_dir end else def standard_system_dir #:nodoc: File.join(File.expand_path("~"), ".rake") end end private :standard_system_dir # Collect the list of tasks on the command line. If no tasks are # given, return a list containing only the default task. # Environmental assignments are processed at this time as well. # # `args` is the list of arguments to peruse to get the list of tasks. # It should be the command line that was given to rake, less any # recognised command-line options, which OptionParser.parse will # have taken care of already. def collect_command_line_tasks(args) # :nodoc: @top_level_tasks = [] args.each do |arg| if arg =~ /^(\w+)=(.*)$/m ENV[$1] = $2 else @top_level_tasks << arg unless arg =~ /^-/ end end @top_level_tasks.push(default_task_name) if @top_level_tasks.empty? end # Default task name ("default"). # (May be overridden by subclasses) def default_task_name # :nodoc: "default" end # Add a file to the list of files to be imported. def add_import(fn) # :nodoc: @pending_imports << fn end # Load the pending list of imported files. def load_imports # :nodoc: while fn = @pending_imports.shift next if @imported.member?(fn) fn_task = lookup(fn) and fn_task.invoke ext = File.extname(fn) loader = @loaders[ext] || @default_loader loader.load(fn) if fn_task = lookup(fn) and fn_task.needed? fn_task.reenable fn_task.invoke loader.load(fn) end @imported << fn end end def rakefile_location(backtrace=caller) # :nodoc: backtrace.map { |t| t[/([^:]+):/, 1] } re = /^#{@rakefile}$/ re = /#{re.source}/i if windows? backtrace.find { |str| str =~ re } || "" end def set_default_options # :nodoc: options.always_multitask = false options.backtrace = false options.build_all = false options.dryrun = false options.ignore_deprecate = false options.ignore_system = false options.job_stats = false options.load_system = false options.nosearch = false options.rakelib = %w[rakelib] options.show_all_tasks = false options.show_prereqs = false options.show_task_pattern = nil options.show_tasks = nil options.silent = false options.suppress_backtrace_pattern = nil options.thread_pool_size = Rake.suggested_thread_count options.trace = false options.trace_output = $stderr options.trace_rules = false end end end PK )J [�R�� 3 share/gems/gems/rake-13.2.1/lib/rake/linked_list.rbnu �[��� # frozen_string_literal: true module Rake # Polylithic linked list structure used to implement several data # structures in Rake. class LinkedList include Enumerable attr_reader :head, :tail # Polymorphically add a new element to the head of a list. The # type of head node will be the same list type as the tail. def conj(item) self.class.cons(item, self) end # Is the list empty? # .make guards against a list being empty making any instantiated LinkedList # object not empty by default # You should consider overriding this method if you implement your own .make method def empty? false end # Lists are structurally equivalent. def ==(other) current = self while !current.empty? && !other.empty? return false if current.head != other.head current = current.tail other = other.tail end current.empty? && other.empty? end # Convert to string: LL(item, item...) def to_s items = map(&:to_s).join(", ") "LL(#{items})" end # Same as +to_s+, but with inspected items. def inspect items = map(&:inspect).join(", ") "LL(#{items})" end # For each item in the list. def each current = self while !current.empty? yield(current.head) current = current.tail end self end # Make a list out of the given arguments. This method is # polymorphic def self.make(*args) # return an EmptyLinkedList if there are no arguments return empty if !args || args.empty? # build a LinkedList by starting at the tail and iterating # through each argument # inject takes an EmptyLinkedList to start args.reverse.inject(empty) do |list, item| list = cons(item, list) list # return the newly created list for each item in the block end end # Cons a new head onto the tail list. def self.cons(head, tail) new(head, tail) end # The standard empty list class for the given LinkedList class. def self.empty self::EMPTY end protected def initialize(head, tail=EMPTY) @head = head @tail = tail end # Represent an empty list, using the Null Object Pattern. # # When inheriting from the LinkedList class, you should implement # a type specific Empty class as well. Make sure you set the class # instance variable @parent to the associated list class (this # allows conj, cons and make to work polymorphically). class EmptyLinkedList < LinkedList @parent = LinkedList def initialize end def empty? true end def self.cons(head, tail) @parent.cons(head, tail) end end EMPTY = EmptyLinkedList.new end end PK )J [~�y� � 6 share/gems/gems/rake-13.2.1/lib/rake/task_arguments.rbnu �[��� # frozen_string_literal: true module Rake ## # TaskArguments manage the arguments passed to a task. # class TaskArguments include Enumerable # Argument names attr_reader :names # Create a TaskArgument object with a list of argument +names+ and a set # of associated +values+. +parent+ is the parent argument object. def initialize(names, values, parent=nil) @names = names @parent = parent @hash = {} @values = values names.each_with_index { |name, i| next if values[i].nil? || values[i] == "" @hash[name.to_sym] = values[i] } end # Retrieve the complete array of sequential values def to_a @values.dup end # Retrieve the list of values not associated with named arguments def extras @values[@names.length..-1] || [] end # Create a new argument scope using the prerequisite argument # names. def new_scope(names) values = names.map { |n| self[n] } self.class.new(names, values + extras, self) end # Find an argument value by name or index. def [](index) lookup(index.to_sym) end # Specify a hash of default values for task arguments. Use the # defaults only if there is no specific value for the given # argument. def with_defaults(defaults) @hash = defaults.merge(@hash) end # Enumerates the arguments and their values def each(&block) @hash.each(&block) end # Extracts the argument values at +keys+ def values_at(*keys) keys.map { |k| lookup(k) } end # Returns the value of the given argument via method_missing def method_missing(sym, *args) lookup(sym.to_sym) end # Returns a Hash of arguments and their values def to_hash @hash.dup end def to_s # :nodoc: inspect end def inspect # :nodoc: inspection = @hash.map do |k,v| "#{k.to_s}: #{v.to_s}" end.join(", ") "#<#{self.class} #{inspection}>" end # Returns true if +key+ is one of the arguments def has_key?(key) @hash.has_key?(key) end alias key? has_key? def fetch(*args, &block) @hash.fetch(*args, &block) end protected def lookup(name) # :nodoc: if @hash.has_key?(name) @hash[name] elsif @parent @parent.lookup(name) end end end EMPTY_TASK_ARGS = TaskArguments.new([], []) # :nodoc: end PK )J [���Y Y 2 share/gems/gems/rake-13.2.1/lib/rake/multi_task.rbnu �[��� # frozen_string_literal: true module Rake # Same as a regular task, but the immediate prerequisites are done in # parallel using Ruby threads. # class MultiTask < Task private def invoke_prerequisites(task_args, invocation_chain) # :nodoc: invoke_prerequisites_concurrently(task_args, invocation_chain) end end end PK )J [QG� - share/gems/gems/rake-13.2.1/lib/rake/clean.rbnu �[��� # frozen_string_literal: true # The 'rake/clean' file defines two file lists (CLEAN and CLOBBER) and # two rake tasks (:clean and :clobber). # # [:clean] Clean up the project by deleting scratch files and backup # files. Add files to the CLEAN file list to have the :clean # target handle them. # # [:clobber] Clobber all generated and non-source files in a project. # The task depends on :clean, so all the clean files will # be deleted as well as files in the CLOBBER file list. # The intent of this task is to return a project to its # pristine, just unpacked state. require "rake" # :stopdoc: module Rake module Cleaner extend FileUtils module_function def cleanup_files(file_names) file_names.each do |file_name| cleanup(file_name) end end def cleanup(file_name, **opts) begin opts = { verbose: Rake.application.options.trace }.merge(opts) rm_r file_name, **opts rescue StandardError => ex puts "Failed to remove #{file_name}: #{ex}" unless file_already_gone?(file_name) end end def file_already_gone?(file_name) return false if File.exist?(file_name) path = file_name prev = nil while path = File.dirname(path) return false if cant_be_deleted?(path) break if [prev, "."].include?(path) prev = path end true end private_class_method :file_already_gone? def cant_be_deleted?(path_name) File.exist?(path_name) && (!File.readable?(path_name) || !File.executable?(path_name)) end private_class_method :cant_be_deleted? end end CLEAN = ::Rake::FileList["**/*~", "**/*.bak", "**/core"] CLEAN.clear_exclude.exclude { |fn| fn.pathmap("%f").downcase == "core" && File.directory?(fn) } desc "Remove any temporary products." task :clean do Rake::Cleaner.cleanup_files(CLEAN) end CLOBBER = ::Rake::FileList.new desc "Remove any generated files." task clobber: [:clean] do Rake::Cleaner.cleanup_files(CLOBBER) end PK )J [��l� � : share/gems/gems/rake-13.2.1/lib/rake/file_creation_task.rbnu �[��� # frozen_string_literal: true require "rake/file_task" require "rake/early_time" module Rake # A FileCreationTask is a file task that when used as a dependency will be # needed if and only if the file has not been created. Once created, it is # not re-triggered if any of its dependencies are newer, nor does trigger # any rebuilds of tasks that depend on it whenever it is updated. # class FileCreationTask < FileTask # Is this file task needed? Yes if it doesn't exist. def needed? !File.exist?(name) end # Time stamp for file creation task. This time stamp is earlier # than any other time stamp. def timestamp Rake::EARLY end end end PK )J [�.*C} } - share/gems/gems/rake-13.2.1/lib/rake/phony.rbnu �[��� # frozen_string_literal: true # Defines a :phony task that you can use as a dependency. This allows # file-based tasks to use non-file-based tasks as prerequisites # without forcing them to rebuild. # # See FileTask#out_of_date? and Task#timestamp for more info. require "rake" task :phony Rake::Task[:phony].tap do |task| def task.timestamp # :nodoc: Time.at 0 end end PK )J [�l�? ? 4 share/gems/gems/rake-13.2.1/lib/rake/trace_output.rbnu �[��� # frozen_string_literal: true module Rake module TraceOutput # :nodoc: all # Write trace output to output stream +out+. # # The write is done as a single IO call (to print) to lessen the # chance that the trace output is interrupted by other tasks also # producing output. def trace_on(out, *strings) sep = $\ || "\n" if strings.empty? output = sep else output = strings.map { |s| next if s.nil? s.end_with?(sep) ? s : s + sep }.join end out.print(output) end end end PK )J [|��^� � 0 share/gems/gems/rake-13.2.1/lib/rake/testtask.rbnu �[��� # frozen_string_literal: true require "rake" require "rake/tasklib" module Rake # Create a task that runs a set of tests. # # Example: # require "rake/testtask" # # Rake::TestTask.new do |t| # t.libs << "test" # t.test_files = FileList['test/test*.rb'] # t.verbose = true # end # # If rake is invoked with a "TEST=filename" command line option, # then the list of test files will be overridden to include only the # filename specified on the command line. This provides an easy way # to run just one test. # # If rake is invoked with a "TESTOPTS=options" command line option, # then the given options are passed to the test process after a # '--'. This allows Test::Unit options to be passed to the test # suite. # # Examples: # # rake test # run tests normally # rake test TEST=just_one_file.rb # run just one test file. # rake test TESTOPTS="-v" # run in verbose mode # rake test TESTOPTS="--runner=fox" # use the fox test runner # class TestTask < TaskLib # Name of test task. (default is :test) attr_accessor :name # List of directories added to $LOAD_PATH before running the # tests. (default is 'lib') attr_accessor :libs # True if verbose test output desired. (default is false) attr_accessor :verbose # Test options passed to the test suite. An explicit # TESTOPTS=opts on the command line will override this. (default # is NONE) attr_accessor :options # Request that the tests be run with the warning flag set. # E.g. warning=true implies "ruby -w" used to run the tests. # (default is true) attr_accessor :warning # Glob pattern to match test files. (default is 'test/test*.rb') attr_accessor :pattern # Style of test loader to use. Options are: # # * :rake -- Rake provided test loading script (default). # * :testrb -- Ruby provided test loading script. # * :direct -- Load tests using command line loader. # attr_accessor :loader # Array of command line options to pass to ruby when running test loader. attr_accessor :ruby_opts # Description of the test task. (default is 'Run tests') attr_accessor :description # Task prerequisites. attr_accessor :deps # Explicitly define the list of test files to be included in a # test. +list+ is expected to be an array of file names (a # FileList is acceptable). If both +pattern+ and +test_files+ are # used, then the list of test files is the union of the two. def test_files=(list) @test_files = list end # Create a testing task. def initialize(name=:test) @name = name @libs = ["lib"] @pattern = nil @options = nil @test_files = nil @verbose = false @warning = true @loader = :rake @ruby_opts = [] @description = "Run tests" + (@name == :test ? "" : " for #{@name}") @deps = [] if @name.is_a?(Hash) @deps = @name.values.first @name = @name.keys.first end yield self if block_given? @pattern = "test/test*.rb" if @pattern.nil? && @test_files.nil? define end # Create the tasks defined by this task lib. def define desc @description task @name => Array(deps) do FileUtilsExt.verbose(@verbose) do puts "Use TESTOPTS=\"--verbose\" to pass --verbose" \ ", etc. to runners." if ARGV.include? "--verbose" args = "#{ruby_opts_string} #{run_code} " + "#{file_list_string} #{option_list}" ruby args do |ok, status| if !ok && status.respond_to?(:signaled?) && status.signaled? raise SignalException.new(status.termsig) elsif !ok status = "Command failed with status (#{status.exitstatus})" details = ": [ruby #{args}]" message = if Rake.application.options.trace or @verbose status + details else status end fail message end end end end self end def option_list # :nodoc: (ENV["TESTOPTS"] || ENV["TESTOPT"] || ENV["TEST_OPTS"] || ENV["TEST_OPT"] || @options || "") end def ruby_opts_string # :nodoc: opts = @ruby_opts.dup opts.unshift("-I\"#{lib_path}\"") unless @libs.empty? opts.unshift("-w") if @warning opts.join(" ") end def lib_path # :nodoc: @libs.join(File::PATH_SEPARATOR) end def file_list_string # :nodoc: file_list.map { |fn| "\"#{fn}\"" }.join(" ") end def file_list # :nodoc: if ENV["TEST"] FileList[ENV["TEST"]] else result = [] result += @test_files.to_a if @test_files result += FileList[@pattern].to_a if @pattern result end end def ruby_version # :nodoc: RUBY_VERSION end def run_code # :nodoc: case @loader when :direct "-e \"ARGV.each{|f| require f}\"" when :testrb "-S testrb" when :rake "#{__dir__}/rake_test_loader.rb" end end end end PK )J [���� � / share/gems/gems/rake-13.2.1/lib/rake/version.rbnu �[��� # frozen_string_literal: true module Rake VERSION = "13.2.1" module Version # :nodoc: all MAJOR, MINOR, BUILD, *OTHER = Rake::VERSION.split "." NUMBERS = [MAJOR, MINOR, BUILD, *OTHER] end end PK )J [�( ( 4 share/gems/gems/rake-13.2.1/lib/rake/task_manager.rbnu �[��� # frozen_string_literal: true module Rake # The TaskManager module is a mixin for managing tasks. module TaskManager # Track the last comment made in the Rakefile. attr_accessor :last_description def initialize # :nodoc: super @tasks = Hash.new @rules = Array.new @scope = Scope.make @last_description = nil end def create_rule(*args, &block) # :nodoc: pattern, args, deps, order_only = resolve_args(args) pattern = Regexp.new(Regexp.quote(pattern) + "$") if String === pattern @rules << [pattern, args, deps, order_only, block] end def define_task(task_class, *args, &block) # :nodoc: task_name, arg_names, deps, order_only = resolve_args(args) original_scope = @scope if String === task_name and not task_class.ancestors.include? Rake::FileTask task_name, *definition_scope = *(task_name.split(":").reverse) @scope = Scope.make(*(definition_scope + @scope.to_a)) end task_name = task_class.scope_name(@scope, task_name) task = intern(task_class, task_name) task.set_arg_names(arg_names) unless arg_names.empty? if Rake::TaskManager.record_task_metadata add_location(task) task.add_description(get_description(task)) end task.enhance(Task.format_deps(deps), &block) task | order_only unless order_only.nil? task ensure @scope = original_scope end # Lookup a task. Return an existing task if found, otherwise # create a task of the current type. def intern(task_class, task_name) @tasks[task_name.to_s] ||= task_class.new(task_name, self) end # Find a matching task for +task_name+. def [](task_name, scopes=nil) task_name = task_name.to_s self.lookup(task_name, scopes) or enhance_with_matching_rule(task_name) or synthesize_file_task(task_name) or fail generate_message_for_undefined_task(task_name) end def generate_message_for_undefined_task(task_name) message = "Don't know how to build task '#{task_name}' "\ "(See the list of available tasks with `#{Rake.application.name} --tasks`)" message + generate_did_you_mean_suggestions(task_name) end def generate_did_you_mean_suggestions(task_name) return "" unless defined?(::DidYouMean::SpellChecker) suggestions = ::DidYouMean::SpellChecker.new(dictionary: @tasks.keys).correct(task_name.to_s) if ::DidYouMean.respond_to?(:formatter)# did_you_mean v1.2.0 or later ::DidYouMean.formatter.message_for(suggestions) elsif defined?(::DidYouMean::Formatter) # before did_you_mean v1.2.0 ::DidYouMean::Formatter.new(suggestions).to_s else "" end end def synthesize_file_task(task_name) # :nodoc: return nil unless File.exist?(task_name) define_task(Rake::FileTask, task_name) end # Resolve the arguments for a task/rule. Returns a tuple of # [task_name, arg_name_list, prerequisites, order_only_prerequisites]. def resolve_args(args) if args.last.is_a?(Hash) deps = args.pop resolve_args_with_dependencies(args, deps) else resolve_args_without_dependencies(args) end end # Resolve task arguments for a task or rule when there are no # dependencies declared. # # The patterns recognized by this argument resolving function are: # # task :t # task :t, [:a] # def resolve_args_without_dependencies(args) task_name = args.shift if args.size == 1 && args.first.respond_to?(:to_ary) arg_names = args.first.to_ary else arg_names = args end [task_name, arg_names, [], nil] end private :resolve_args_without_dependencies # Resolve task arguments for a task or rule when there are # dependencies declared. # # The patterns recognized by this argument resolving function are: # # task :t, order_only: [:e] # task :t => [:d] # task :t => [:d], order_only: [:e] # task :t, [a] => [:d] # task :t, [a] => [:d], order_only: [:e] # def resolve_args_with_dependencies(args, hash) # :nodoc: fail "Task Argument Error" if hash.size != 1 && (hash.size != 2 || !hash.key?(:order_only)) order_only = hash.delete(:order_only) key, value = hash.map { |k, v| [k, v] }.first if args.empty? task_name = key arg_names = [] deps = value || [] else task_name = args.shift arg_names = key || args.shift|| [] deps = value || [] end deps = [deps] unless deps.respond_to?(:to_ary) [task_name, arg_names, deps, order_only] end private :resolve_args_with_dependencies # If a rule can be found that matches the task name, enhance the # task with the prerequisites and actions from the rule. Set the # source attribute of the task appropriately for the rule. Return # the enhanced task or nil of no rule was found. def enhance_with_matching_rule(task_name, level=0) fail Rake::RuleRecursionOverflowError, "Rule Recursion Too Deep" if level >= 16 @rules.each do |pattern, args, extensions, order_only, block| if pattern && pattern.match(task_name) task = attempt_rule(task_name, pattern, args, extensions, block, level) task | order_only unless order_only.nil? return task if task end end nil rescue Rake::RuleRecursionOverflowError => ex ex.add_target(task_name) fail ex end # List of all defined tasks in this application. def tasks @tasks.values.sort_by { |t| t.name } end # List of all the tasks defined in the given scope (and its # sub-scopes). def tasks_in_scope(scope) prefix = scope.path tasks.select { |t| /^#{prefix}:/ =~ t.name } end # Clear all tasks in this application. def clear @tasks.clear @rules.clear end # Lookup a task, using scope and the scope hints in the task name. # This method performs straight lookups without trying to # synthesize file tasks or rules. Special scope names (e.g. '^') # are recognized. If no scope argument is supplied, use the # current scope. Return nil if the task cannot be found. def lookup(task_name, initial_scope=nil) initial_scope ||= @scope task_name = task_name.to_s if task_name =~ /^rake:/ scopes = Scope.make task_name = task_name.sub(/^rake:/, "") elsif task_name =~ /^(\^+)/ scopes = initial_scope.trim($1.size) task_name = task_name.sub(/^(\^+)/, "") else scopes = initial_scope end lookup_in_scope(task_name, scopes) end # Lookup the task name def lookup_in_scope(name, scope) loop do tn = scope.path_with_task_name(name) task = @tasks[tn] return task if task break if scope.empty? scope = scope.tail end nil end private :lookup_in_scope # Return the list of scope names currently active in the task # manager. def current_scope @scope end # Evaluate the block in a nested namespace named +name+. Create # an anonymous namespace if +name+ is nil. def in_namespace(name) name ||= generate_name @scope = Scope.new(name, @scope) ns = NameSpace.new(self, @scope) yield(ns) ns ensure @scope = @scope.tail end private # Add a location to the locations field of the given task. def add_location(task) loc = find_location task.locations << loc if loc task end # Find the location that called into the dsl layer. def find_location locations = caller i = 0 while locations[i] return locations[i + 1] if locations[i] =~ /rake\/dsl_definition.rb/ i += 1 end nil end # Generate an anonymous namespace name. def generate_name @seed ||= 0 @seed += 1 "_anon_#{@seed}" end def trace_rule(level, message) # :nodoc: options.trace_output.puts "#{" " * level}#{message}" if Rake.application.options.trace_rules end # Attempt to create a rule given the list of prerequisites. def attempt_rule(task_name, task_pattern, args, extensions, block, level) sources = make_sources(task_name, task_pattern, extensions) prereqs = sources.map { |source| trace_rule level, "Attempting Rule #{task_name} => #{source}" if File.exist?(source) || Rake::Task.task_defined?(source) trace_rule level, "(#{task_name} => #{source} ... EXIST)" source elsif parent = enhance_with_matching_rule(source, level + 1) trace_rule level, "(#{task_name} => #{source} ... ENHANCE)" parent.name else trace_rule level, "(#{task_name} => #{source} ... FAIL)" return nil end } task = FileTask.define_task(task_name, { args => prereqs }, &block) task.sources = prereqs task end # Make a list of sources from the list of file name extensions / # translation procs. def make_sources(task_name, task_pattern, extensions) result = extensions.map { |ext| case ext when /%/ task_name.pathmap(ext) when %r{/} ext when /^\./ source = task_name.sub(task_pattern, ext) source == ext ? task_name.ext(ext) : source when String, Symbol ext.to_s when Proc, Method if ext.arity == 1 ext.call(task_name) else ext.call end else fail "Don't know how to handle rule dependent: #{ext.inspect}" end } result.flatten end # Return the current description, clearing it in the process. def get_description(task) desc = @last_description @last_description = nil desc end class << self attr_accessor :record_task_metadata # :nodoc: TaskManager.record_task_metadata = false end end end PK )J [��M M 3 share/gems/gems/rake-13.2.1/lib/rake/cpu_counter.rbnu �[��� # frozen_string_literal: true module Rake # Based on a script at: # http://stackoverflow.com/questions/891537/ruby-detect-number-of-cpus-installed class CpuCounter # :nodoc: all def self.count new.count_with_default end def count_with_default(default=4) count || default rescue StandardError default end begin require "etc" rescue LoadError else if Etc.respond_to?(:nprocessors) def count return Etc.nprocessors end end end end end unless Rake::CpuCounter.method_defined?(:count) Rake::CpuCounter.class_eval <<-'end;', __FILE__, __LINE__+1 require 'rbconfig' def count if RUBY_PLATFORM == 'java' count_via_java_runtime else case RbConfig::CONFIG['host_os'] when /linux/ count_via_cpuinfo when /darwin|bsd/ count_via_sysctl when /mswin|mingw/ count_via_win32 else # Try everything count_via_win32 || count_via_sysctl || count_via_cpuinfo end end end def count_via_java_runtime Java::Java.lang.Runtime.getRuntime.availableProcessors rescue StandardError nil end def count_via_win32 require 'win32ole' wmi = WIN32OLE.connect("winmgmts://") cpu = wmi.ExecQuery("select NumberOfCores from Win32_Processor") # TODO count hyper-threaded in this cpu.to_enum.first.NumberOfCores rescue StandardError, LoadError nil end def count_via_cpuinfo open('/proc/cpuinfo') { |f| f.readlines }.grep(/processor/).size rescue StandardError nil end def count_via_sysctl run 'sysctl', '-n', 'hw.ncpu' end def run(command, *args) cmd = resolve_command(command) if cmd IO.popen [cmd, *args] do |io| io.read.to_i end else nil end end def resolve_command(command) look_for_command("/usr/sbin", command) || look_for_command("/sbin", command) || in_path_command(command) end def look_for_command(dir, command) path = File.join(dir, command) File.exist?(path) ? path : nil end def in_path_command(command) IO.popen ['which', command] do |io| io.eof? ? nil : command end end end; end PK )J [(��?, , 1 share/gems/gems/rake-13.2.1/lib/rake/file_task.rbnu �[��� # frozen_string_literal: true require "rake/task" require "rake/early_time" module Rake # A FileTask is a task that includes time based dependencies. If any of a # FileTask's prerequisites have a timestamp that is later than the file # represented by this task, then the file must be rebuilt (using the # supplied actions). # class FileTask < Task # Is this file task needed? Yes if it doesn't exist, or if its time stamp # is out of date. def needed? begin out_of_date?(File.mtime(name)) || @application.options.build_all rescue Errno::ENOENT true end end # Time stamp for file task. def timestamp begin File.mtime(name) rescue Errno::ENOENT Rake::LATE end end private # Are there any prerequisites with a later time than the given time stamp? def out_of_date?(stamp) all_prerequisite_tasks.any? { |prereq| prereq_task = application[prereq, @scope] if prereq_task.instance_of?(Rake::FileTask) prereq_task.timestamp > stamp || @application.options.build_all else prereq_task.timestamp > stamp end } end # ---------------------------------------------------------------- # Task class methods. # class << self # Apply the scope to the task name according to the rules for this kind # of task. File based tasks ignore the scope when creating the name. def scope_name(scope, task_name) Rake.from_pathname(task_name) end end end end PK )J [��i 6 share/gems/gems/rake-13.2.1/lib/rake/default_loader.rbnu �[��� # frozen_string_literal: true module Rake # Default Rakefile loader used by +import+. class DefaultLoader ## # Loads a rakefile into the current application from +fn+ def load(fn) Rake.load_rakefile(File.expand_path(fn)) end end end PK )J [�#&D� � 1 share/gems/gems/rake-13.2.1/lib/rake/backtrace.rbnu �[��� # frozen_string_literal: true module Rake module Backtrace # :nodoc: all SYS_KEYS = RbConfig::CONFIG.keys.grep(/(?:[a-z]prefix|libdir)\z/) SYS_PATHS = RbConfig::CONFIG.values_at(*SYS_KEYS).uniq + [ File.join(File.dirname(__FILE__), "..") ] SUPPRESSED_PATHS = SYS_PATHS. map { |s| s.tr("\\", "/") }. map { |f| File.expand_path(f) }. reject { |s| s.nil? || s =~ /^ *$/ } SUPPRESSED_PATHS_RE = SUPPRESSED_PATHS.map { |f| Regexp.quote(f) }.join("|") SUPPRESSED_PATHS_RE << "|^<internal:\\w+>" SUPPRESSED_PATHS_RE << "|^org\\/jruby\\/\\w+\\.java" if Object.const_defined?(:RUBY_ENGINE) and RUBY_ENGINE == "jruby" SUPPRESS_PATTERN = %r!(\A(#{SUPPRESSED_PATHS_RE})|bin/rake:\d+)!i def self.collapse(backtrace) pattern = Rake.application.options.suppress_backtrace_pattern || SUPPRESS_PATTERN backtrace.reject { |elem| elem =~ pattern } end end end PK )J [ڔY�2 �2 , share/gems/gems/rake-13.2.1/lib/rake/task.rbnu �[��� # frozen_string_literal: true require "rake/invocation_exception_mixin" module Rake ## # A Task is the basic unit of work in a Rakefile. Tasks have associated # actions (possibly more than one) and a list of prerequisites. When # invoked, a task will first ensure that all of its prerequisites have an # opportunity to run and then it will execute its own actions. # # Tasks are not usually created directly using the new method, but rather # use the +file+ and +task+ convenience methods. # class Task # List of prerequisites for a task. attr_reader :prerequisites alias prereqs prerequisites # List of order only prerequisites for a task. attr_reader :order_only_prerequisites # List of actions attached to a task. attr_reader :actions # Application owning this task. attr_accessor :application # Array of nested namespaces names used for task lookup by this task. attr_reader :scope # File/Line locations of each of the task definitions for this # task (only valid if the task was defined with the detect # location option set). attr_reader :locations # Has this task already been invoked? Already invoked tasks # will be skipped unless you reenable them. attr_reader :already_invoked # Return task name def to_s name end def inspect # :nodoc: "<#{self.class} #{name} => [#{prerequisites.join(', ')}]>" end # List of sources for task. attr_writer :sources def sources if defined?(@sources) @sources else prerequisites end end # List of prerequisite tasks def prerequisite_tasks (prerequisites + order_only_prerequisites).map { |pre| lookup_prerequisite(pre) } end def lookup_prerequisite(prerequisite_name) # :nodoc: scoped_prerequisite_task = application[prerequisite_name, @scope] if scoped_prerequisite_task == self unscoped_prerequisite_task = application[prerequisite_name] end unscoped_prerequisite_task || scoped_prerequisite_task end private :lookup_prerequisite # List of all unique prerequisite tasks including prerequisite tasks' # prerequisites. # Includes self when cyclic dependencies are found. def all_prerequisite_tasks seen = {} collect_prerequisites(seen) seen.values end def collect_prerequisites(seen) # :nodoc: prerequisite_tasks.each do |pre| next if seen[pre.name] seen[pre.name] = pre pre.collect_prerequisites(seen) end end protected :collect_prerequisites # First source from a rule (nil if no sources) def source sources.first end # Create a task named +task_name+ with no actions or prerequisites. Use # +enhance+ to add actions and prerequisites. def initialize(task_name, app) @name = task_name.to_s @prerequisites = [] @actions = [] @already_invoked = false @comments = [] @lock = Monitor.new @application = app @scope = app.current_scope @arg_names = nil @locations = [] @invocation_exception = nil @order_only_prerequisites = [] end # Enhance a task with prerequisites or actions. Returns self. def enhance(deps=nil, &block) @prerequisites |= deps if deps @actions << block if block_given? self end # Name of the task, including any namespace qualifiers. def name @name.to_s end # Name of task with argument list description. def name_with_args # :nodoc: if arg_description "#{name}#{arg_description}" else name end end # Argument description (nil if none). def arg_description # :nodoc: @arg_names ? "[#{arg_names.join(',')}]" : nil end # Name of arguments for this task. def arg_names @arg_names || [] end # Reenable the task, allowing its tasks to be executed if the task # is invoked again. def reenable @already_invoked = false @invocation_exception = nil end # Clear the existing prerequisites, actions, comments, and arguments of a rake task. def clear clear_prerequisites clear_actions clear_comments clear_args self end # Clear the existing prerequisites of a rake task. def clear_prerequisites prerequisites.clear self end # Clear the existing actions on a rake task. def clear_actions actions.clear self end # Clear the existing comments on a rake task. def clear_comments @comments = [] self end # Clear the existing arguments on a rake task. def clear_args @arg_names = nil self end # Invoke the task if it is needed. Prerequisites are invoked first. def invoke(*args) task_args = TaskArguments.new(arg_names, args) invoke_with_call_chain(task_args, InvocationChain::EMPTY) end # Same as invoke, but explicitly pass a call chain to detect # circular dependencies. # # If multiple tasks depend on this # one in parallel, they will all fail if the first execution of # this task fails. def invoke_with_call_chain(task_args, invocation_chain) new_chain = Rake::InvocationChain.append(self, invocation_chain) @lock.synchronize do begin if application.options.trace application.trace "** Invoke #{name} #{format_trace_flags}" end if @already_invoked if @invocation_exception if application.options.trace application.trace "** Previous invocation of #{name} failed #{format_trace_flags}" end raise @invocation_exception else return end end @already_invoked = true invoke_prerequisites(task_args, new_chain) execute(task_args) if needed? rescue Exception => ex add_chain_to(ex, new_chain) @invocation_exception = ex raise ex end end end protected :invoke_with_call_chain def add_chain_to(exception, new_chain) # :nodoc: exception.extend(InvocationExceptionMixin) unless exception.respond_to?(:chain) exception.chain = new_chain if exception.chain.nil? end private :add_chain_to # Invoke all the prerequisites of a task. def invoke_prerequisites(task_args, invocation_chain) # :nodoc: if application.options.always_multitask invoke_prerequisites_concurrently(task_args, invocation_chain) else prerequisite_tasks.each { |p| prereq_args = task_args.new_scope(p.arg_names) p.invoke_with_call_chain(prereq_args, invocation_chain) } end end # Invoke all the prerequisites of a task in parallel. def invoke_prerequisites_concurrently(task_args, invocation_chain)# :nodoc: futures = prerequisite_tasks.map do |p| prereq_args = task_args.new_scope(p.arg_names) application.thread_pool.future(p) do |r| r.invoke_with_call_chain(prereq_args, invocation_chain) end end # Iterate in reverse to improve performance related to thread waiting and switching futures.reverse_each(&:value) end # Format the trace flags for display. def format_trace_flags flags = [] flags << "first_time" unless @already_invoked flags << "not_needed" unless needed? flags.empty? ? "" : "(" + flags.join(", ") + ")" end private :format_trace_flags # Execute the actions associated with this task. def execute(args=nil) args ||= EMPTY_TASK_ARGS if application.options.dryrun application.trace "** Execute (dry run) #{name}" return end application.trace "** Execute #{name}" if application.options.trace application.enhance_with_matching_rule(name) if @actions.empty? if opts = Hash.try_convert(args) and !opts.empty? @actions.each { |act| act.call(self, args, **opts) } else @actions.each { |act| act.call(self, args) } end end # Is this task needed? def needed? true end # Timestamp for this task. Basic tasks return the current time for their # time stamp. Other tasks can be more sophisticated. def timestamp Time.now end # Add a description to the task. The description can consist of an option # argument list (enclosed brackets) and an optional comment. def add_description(description) return unless description comment = description.strip add_comment(comment) if comment && !comment.empty? end def comment=(comment) # :nodoc: add_comment(comment) end def add_comment(comment) # :nodoc: return if comment.nil? @comments << comment unless @comments.include?(comment) end private :add_comment # Full collection of comments. Multiple comments are separated by # newlines. def full_comment transform_comments("\n") end # First line (or sentence) of all comments. Multiple comments are # separated by a "/". def comment transform_comments(" / ") { |c| first_sentence(c) } end # Transform the list of comments as specified by the block and # join with the separator. def transform_comments(separator, &block) if @comments.empty? nil else block ||= lambda { |c| c } @comments.map(&block).join(separator) end end private :transform_comments # Get the first sentence in a string. The sentence is terminated # by the first period, exclamation mark, or the end of the line. # Decimal points do not count as periods. def first_sentence(string) string.split(/(?<=\w)(\.|!)[ \t]|(\.$|!)|\n/).first end private :first_sentence # Set the names of the arguments for this task. +args+ should be # an array of symbols, one for each argument name. def set_arg_names(args) @arg_names = args.map(&:to_sym) end # Return a string describing the internal state of a task. Useful for # debugging. def investigation result = "------------------------------\n".dup result << "Investigating #{name}\n" result << "class: #{self.class}\n" result << "task needed: #{needed?}\n" result << "timestamp: #{timestamp}\n" result << "pre-requisites: \n" prereqs = prerequisite_tasks prereqs.sort! { |a, b| a.timestamp <=> b.timestamp } prereqs.each do |p| result << "--#{p.name} (#{p.timestamp})\n" end latest_prereq = prerequisite_tasks.map(&:timestamp).max result << "latest-prerequisite time: #{latest_prereq}\n" result << "................................\n\n" return result end # Format dependencies parameter to pass to task. def self.format_deps(deps) deps = [deps] unless deps.respond_to?(:to_ary) deps.map { |d| Rake.from_pathname(d).to_s } end # Add order only dependencies. def |(deps) @order_only_prerequisites |= Task.format_deps(deps) - @prerequisites self end # ---------------------------------------------------------------- # Rake Module Methods # class << self # Clear the task list. This cause rake to immediately forget all the # tasks that have been assigned. (Normally used in the unit tests.) def clear Rake.application.clear end # List of all defined tasks. def tasks Rake.application.tasks end # Return a task with the given name. If the task is not currently # known, try to synthesize one from the defined rules. If no rules are # found, but an existing file matches the task name, assume it is a file # task with no dependencies or actions. def [](task_name) Rake.application[task_name] end # TRUE if the task name is already defined. def task_defined?(task_name) Rake.application.lookup(task_name) != nil end # Define a task given +args+ and an option block. If a rule with the # given name already exists, the prerequisites and actions are added to # the existing task. Returns the defined task. def define_task(*args, &block) Rake.application.define_task(self, *args, &block) end # Define a rule for synthesizing tasks. def create_rule(*args, &block) Rake.application.create_rule(*args, &block) end # Apply the scope to the task name according to the rules for # this kind of task. Generic tasks will accept the scope as # part of the name. def scope_name(scope, task_name) scope.path_with_task_name(task_name) end end # class << Rake::Task end # class Rake::Task end PK )J [�lD� � 2 share/gems/gems/rake-13.2.1/lib/rake/name_space.rbnu �[��� # frozen_string_literal: true ## # The NameSpace class will lookup task names in the scope defined by a # +namespace+ command. class Rake::NameSpace ## # Create a namespace lookup object using the given task manager # and the list of scopes. def initialize(task_manager, scope_list) @task_manager = task_manager @scope = scope_list.dup end ## # Lookup a task named +name+ in the namespace. def [](name) @task_manager.lookup(name, @scope) end ## # The scope of the namespace (a LinkedList) def scope @scope.dup end ## # Return the list of tasks defined in this and nested namespaces. def tasks @task_manager.tasks_in_scope(@scope) end end PK )J [��� � B share/gems/gems/rake-13.2.1/lib/rake/invocation_exception_mixin.rbnu �[��� # frozen_string_literal: true module Rake module InvocationExceptionMixin # Return the invocation chain (list of Rake tasks) that were in # effect when this exception was detected by rake. May be null if # no tasks were active. def chain @rake_invocation_chain ||= nil end # Set the invocation chain in effect when this exception was # detected. def chain=(value) @rake_invocation_chain = value end end end PK )J [ʬZ 3 share/gems/gems/rake-13.2.1/lib/rake/packagetask.rbnu �[��� # frozen_string_literal: true # Define a package task library to aid in the definition of # redistributable package files. require "rake" require "rake/tasklib" module Rake # Create a packaging task that will package the project into # distributable files (e.g zip archive or tar files). # # The PackageTask will create the following targets: # # +:package+ :: # Create all the requested package files. # # +:clobber_package+ :: # Delete all the package files. This target is automatically # added to the main clobber target. # # +:repackage+ :: # Rebuild the package files from scratch, even if they are not out # of date. # # <tt>"<em>package_dir</em>/<em>name</em>-<em>version</em>.tgz"</tt> :: # Create a gzipped tar package (if <em>need_tar</em> is true). # # <tt>"<em>package_dir</em>/<em>name</em>-<em>version</em>.tar.gz"</tt> :: # Create a gzipped tar package (if <em>need_tar_gz</em> is true). # # <tt>"<em>package_dir</em>/<em>name</em>-<em>version</em>.tar.bz2"</tt> :: # Create a bzip2'd tar package (if <em>need_tar_bz2</em> is true). # # <tt>"<em>package_dir</em>/<em>name</em>-<em>version</em>.zip"</tt> :: # Create a zip package archive (if <em>need_zip</em> is true). # # Example: # # Rake::PackageTask.new("rake", "1.2.3") do |p| # p.need_tar = true # p.package_files.include("lib/**/*.rb") # end # class PackageTask < TaskLib # Name of the package (from the GEM Spec). attr_accessor :name # Version of the package (e.g. '1.3.2'). attr_accessor :version # Directory used to store the package files (default is 'pkg'). attr_accessor :package_dir # True if a gzipped tar file (tgz) should be produced (default is # false). attr_accessor :need_tar # True if a gzipped tar file (tar.gz) should be produced (default # is false). attr_accessor :need_tar_gz # True if a bzip2'd tar file (tar.bz2) should be produced (default # is false). attr_accessor :need_tar_bz2 # True if a xz'd tar file (tar.xz) should be produced (default is false) attr_accessor :need_tar_xz # True if a zip file should be produced (default is false) attr_accessor :need_zip # List of files to be included in the package. attr_accessor :package_files # Tar command for gzipped or bzip2ed archives. The default is 'tar'. attr_accessor :tar_command # Zip command for zipped archives. The default is 'zip'. attr_accessor :zip_command # True if parent directory should be omitted (default is false) attr_accessor :without_parent_dir # Create a Package Task with the given name and version. Use +:noversion+ # as the version to build a package without a version or to provide a # fully-versioned package name. def initialize(name=nil, version=nil) init(name, version) yield self if block_given? define unless name.nil? end # Initialization that bypasses the "yield self" and "define" step. def init(name, version) @name = name @version = version @package_files = Rake::FileList.new @package_dir = "pkg" @need_tar = false @need_tar_gz = false @need_tar_bz2 = false @need_tar_xz = false @need_zip = false @tar_command = "tar" @zip_command = "zip" @without_parent_dir = false end # Create the tasks defined by this task library. def define fail "Version required (or :noversion)" if @version.nil? @version = nil if :noversion == @version desc "Build all the packages" task :package desc "Force a rebuild of the package files" task repackage: [:clobber_package, :package] desc "Remove package products" task :clobber_package do rm_r package_dir rescue nil end task clobber: [:clobber_package] [ [need_tar, tgz_file, "z"], [need_tar_gz, tar_gz_file, "z"], [need_tar_bz2, tar_bz2_file, "j"], [need_tar_xz, tar_xz_file, "J"] ].each do |need, file, flag| if need task package: ["#{package_dir}/#{file}"] file "#{package_dir}/#{file}" => [package_dir_path] + package_files do chdir(working_dir) { sh @tar_command, "#{flag}cvf", file, target_dir } mv "#{package_dir_path}/#{target_dir}", package_dir if without_parent_dir end end end if need_zip task package: ["#{package_dir}/#{zip_file}"] file "#{package_dir}/#{zip_file}" => [package_dir_path] + package_files do chdir(working_dir) { sh @zip_command, "-r", zip_file, target_dir } mv "#{package_dir_path}/#{zip_file}", package_dir if without_parent_dir end end directory package_dir_path => @package_files do @package_files.each do |fn| f = File.join(package_dir_path, fn) fdir = File.dirname(f) mkdir_p(fdir) unless File.exist?(fdir) if File.directory?(fn) mkdir_p(f) else rm_f f safe_ln(fn, f) end end end self end # The name of this package def package_name @version ? "#{@name}-#{@version}" : @name end # The directory this package will be built in def package_dir_path "#{package_dir}/#{package_name}" end # The package name with .tgz added def tgz_file "#{package_name}.tgz" end # The package name with .tar.gz added def tar_gz_file "#{package_name}.tar.gz" end # The package name with .tar.bz2 added def tar_bz2_file "#{package_name}.tar.bz2" end # The package name with .tar.xz added def tar_xz_file "#{package_name}.tar.xz" end # The package name with .zip added def zip_file "#{package_name}.zip" end def working_dir without_parent_dir ? package_dir_path : package_dir end # target directory relative to working_dir def target_dir without_parent_dir ? "." : package_name end end end PK )J [n��� � 3 share/gems/gems/rake-13.2.1/lib/rake/thread_pool.rbnu �[��� # frozen_string_literal: true require "rake/promise" require "set" module Rake class ThreadPool # :nodoc: all # Creates a ThreadPool object. The +thread_count+ parameter is the size # of the pool. def initialize(thread_count) @max_active_threads = [thread_count, 0].max @threads = Set.new @threads_mon = Monitor.new @queue = Queue.new @join_cond = @threads_mon.new_cond @history_start_time = nil @history = [] @history_mon = Monitor.new @total_threads_in_play = 0 end # Creates a future executed by the +ThreadPool+. # # The args are passed to the block when executing (similarly to # Thread#new) The return value is an object representing # a future which has been created and added to the queue in the # pool. Sending #value to the object will sleep the # current thread until the future is finished and will return the # result (or raise an exception thrown from the future) def future(*args, &block) promise = Promise.new(args, &block) promise.recorder = lambda { |*stats| stat(*stats) } @queue.enq promise stat :queued, item_id: promise.object_id start_thread promise end # Waits until the queue of futures is empty and all threads have exited. def join @threads_mon.synchronize do begin stat :joining @join_cond.wait unless @threads.empty? stat :joined rescue Exception => e stat :joined $stderr.puts e $stderr.print "Queue contains #{@queue.size} items. " + "Thread pool contains #{@threads.count} threads\n" $stderr.print "Current Thread #{Thread.current} status = " + "#{Thread.current.status}\n" $stderr.puts e.backtrace.join("\n") @threads.each do |t| $stderr.print "Thread #{t} status = #{t.status}\n" $stderr.puts t.backtrace.join("\n") end raise e end end end # Enable the gathering of history events. def gather_history #:nodoc: @history_start_time = Time.now if @history_start_time.nil? end # Return a array of history events for the thread pool. # # History gathering must be enabled to be able to see the events # (see #gather_history). Best to call this when the job is # complete (i.e. after ThreadPool#join is called). def history # :nodoc: @history_mon.synchronize { @history.dup }. sort_by { |i| i[:time] }. each { |i| i[:time] -= @history_start_time } end # Return a hash of always collected statistics for the thread pool. def statistics # :nodoc: { total_threads_in_play: @total_threads_in_play, max_active_threads: @max_active_threads, } end private # processes one item on the queue. Returns true if there was an # item to process, false if there was no item def process_queue_item #:nodoc: return false if @queue.empty? # Even though we just asked if the queue was empty, it # still could have had an item which by this statement # is now gone. For this reason we pass true to Queue#deq # because we will sleep indefinitely if it is empty. promise = @queue.deq(true) stat :dequeued, item_id: promise.object_id promise.work return true rescue ThreadError # this means the queue is empty false end def safe_thread_count @threads_mon.synchronize do @threads.count end end def start_thread # :nodoc: @threads_mon.synchronize do next unless @threads.count < @max_active_threads t = Thread.new do begin while safe_thread_count <= @max_active_threads break unless process_queue_item end ensure @threads_mon.synchronize do @threads.delete Thread.current stat :ended, thread_count: @threads.count @join_cond.broadcast if @threads.empty? end end end @threads << t stat( :spawned, new_thread: t.object_id, thread_count: @threads.count) @total_threads_in_play = @threads.count if @threads.count > @total_threads_in_play end end def stat(event, data=nil) # :nodoc: return if @history_start_time.nil? info = { event: event, data: data, time: Time.now, thread: Thread.current.object_id, } @history_mon.synchronize { @history << info } end # for testing only def __queue__ # :nodoc: @queue end end end PK )J [�j�� - share/gems/gems/rake-13.2.1/lib/rake/win32.rbnu �[��� # frozen_string_literal: true require "rbconfig" module Rake # Win 32 interface methods for Rake. Windows specific functionality # will be placed here to collect that knowledge in one spot. module Win32 # :nodoc: all # Error indicating a problem in locating the home directory on a # Win32 system. class Win32HomeError < RuntimeError end class << self # True if running on a windows system. def windows? RbConfig::CONFIG["host_os"] =~ %r!(msdos|mswin|djgpp|mingw|[Ww]indows)! end # The standard directory containing system wide rake files on # Win 32 systems. Try the following environment variables (in # order): # # * HOME # * HOMEDRIVE + HOMEPATH # * APPDATA # * USERPROFILE # # If the above are not defined, the return nil. def win32_system_dir #:nodoc: win32_shared_path = ENV["HOME"] if win32_shared_path.nil? && ENV["HOMEDRIVE"] && ENV["HOMEPATH"] win32_shared_path = ENV["HOMEDRIVE"] + ENV["HOMEPATH"] end win32_shared_path ||= ENV["APPDATA"] win32_shared_path ||= ENV["USERPROFILE"] raise Win32HomeError, "Unable to determine home path environment variable." if win32_shared_path.nil? or win32_shared_path.empty? normalize(File.join(win32_shared_path, "Rake")) end # Normalize a win32 path so that the slashes are all forward slashes. def normalize(path) path.gsub(/\\/, "/") end end end end PK )J [���� � - share/gems/gems/rake-13.2.1/lib/rake/scope.rbnu �[��� # frozen_string_literal: true module Rake class Scope < LinkedList # :nodoc: all # Path for the scope. def path map(&:to_s).reverse.join(":") end # Path for the scope + the named path. def path_with_task_name(task_name) "#{path}:#{task_name}" end # Trim +n+ innermost scope levels from the scope. In no case will # this trim beyond the toplevel scope. def trim(n) result = self while n > 0 && !result.empty? result = result.tail n -= 1 end result end # Scope lists always end with an EmptyScope object. See Null # Object Pattern) class EmptyScope < EmptyLinkedList @parent = Scope def path "" end def path_with_task_name(task_name) task_name end end # Singleton null object for an empty scope. EMPTY = EmptyScope.new end end PK )J [ <9� � 8 share/gems/gems/rake-13.2.1/lib/rake/rake_test_loader.rbnu �[��� # frozen_string_literal: true require "rake/file_list" # Load the test files from the command line. argv = ARGV.select do |argument| case argument when /^-/ then argument when /\*/ then Rake::FileList[argument].to_a.each do |file| require File.expand_path file end false else path = File.expand_path argument abort "\nFile does not exist: #{path}\n\n" unless File.exist?(path) require path false end end ARGV.replace argv PK )J [���� � 1 share/gems/gems/rake-13.2.1/lib/rake/cloneable.rbnu �[��� # frozen_string_literal: true module Rake ## # Mixin for creating easily cloned objects. module Cloneable # :nodoc: # The hook that is invoked by 'clone' and 'dup' methods. def initialize_copy(source) super source.instance_variables.each do |var| src_value = source.instance_variable_get(var) value = src_value.clone rescue src_value instance_variable_set(var, value) end end end end PK )J [0Z�R� � 6 share/gems/gems/rake-13.2.1/lib/rake/private_reader.rbnu �[��� # frozen_string_literal: true module Rake # Include PrivateReader to use +private_reader+. module PrivateReader # :nodoc: all def self.included(base) base.extend(ClassMethods) end module ClassMethods # Declare a list of private accessors def private_reader(*names) attr_reader(*names) private(*names) end end end end PK )J [��s�Z Z 6 share/gems/gems/rake-13.2.1/lib/rake/file_utils_ext.rbnu �[��� # frozen_string_literal: true require "rake/file_utils" module Rake # # FileUtilsExt provides a custom version of the FileUtils methods # that respond to the <tt>verbose</tt> and <tt>nowrite</tt> # commands. # module FileUtilsExt include FileUtils class << self attr_accessor :verbose_flag, :nowrite_flag end DEFAULT = Object.new FileUtilsExt.verbose_flag = DEFAULT FileUtilsExt.nowrite_flag = false FileUtils.commands.each do |name| opts = FileUtils.options_of name default_options = [] if opts.include?("verbose") default_options << "verbose: FileUtilsExt.verbose_flag" end if opts.include?("noop") default_options << "noop: FileUtilsExt.nowrite_flag" end next if default_options.empty? module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options, &block) super(*args, #{default_options.join(', ')}, **options, &block) end EOS end # Get/set the verbose flag controlling output from the FileUtils # utilities. If verbose is true, then the utility method is # echoed to standard output. # # Examples: # verbose # return the current value of the # # verbose flag # verbose(v) # set the verbose flag to _v_. # verbose(v) { code } # Execute code with the verbose flag set # # temporarily to _v_. Return to the # # original value when code is done. def verbose(value=nil) oldvalue = FileUtilsExt.verbose_flag FileUtilsExt.verbose_flag = value unless value.nil? if block_given? begin yield ensure FileUtilsExt.verbose_flag = oldvalue end end FileUtilsExt.verbose_flag end # Get/set the nowrite flag controlling output from the FileUtils # utilities. If verbose is true, then the utility method is # echoed to standard output. # # Examples: # nowrite # return the current value of the # # nowrite flag # nowrite(v) # set the nowrite flag to _v_. # nowrite(v) { code } # Execute code with the nowrite flag set # # temporarily to _v_. Return to the # # original value when code is done. def nowrite(value=nil) oldvalue = FileUtilsExt.nowrite_flag FileUtilsExt.nowrite_flag = value unless value.nil? if block_given? begin yield ensure FileUtilsExt.nowrite_flag = oldvalue end end oldvalue end # Use this function to prevent potentially destructive ruby code # from running when the :nowrite flag is set. # # Example: # # when_writing("Building Project") do # project.build # end # # The following code will build the project under normal # conditions. If the nowrite(true) flag is set, then the example # will print: # # DRYRUN: Building Project # # instead of actually building the project. # def when_writing(msg=nil) if FileUtilsExt.nowrite_flag $stderr.puts "DRYRUN: #{msg}" if msg else yield end end # Send the message to the default rake output (which is $stderr). def rake_output_message(message) $stderr.puts(message) end # Check that the options do not contain options not listed in # +optdecl+. An ArgumentError exception is thrown if non-declared # options are found. def rake_check_options(options, *optdecl) h = options.dup optdecl.each do |name| h.delete name end raise ArgumentError, "no such option: #{h.keys.join(' ')}" unless h.empty? end extend self end end PK )J [��K� � 5 share/gems/gems/rake-13.2.1/lib/rake/pseudo_status.rbnu �[��� # frozen_string_literal: true module Rake ## # Exit status class for times the system just gives us a nil. class PseudoStatus # :nodoc: all attr_reader :exitstatus def initialize(code=0) @exitstatus = code end def to_i @exitstatus << 8 end def >>(n) to_i >> n end def stopped? false end def exited? true end end end PK )J [���Q� � 3 share/gems/gems/rake-13.2.1/lib/rake/rake_module.rbnu �[��� # frozen_string_literal: true require "rake/application" module Rake class << self # Current Rake Application def application @application ||= Rake::Application.new end # Set the current Rake application object. def application=(app) @application = app end def suggested_thread_count # :nodoc: @cpu_count ||= Rake::CpuCounter.count @cpu_count + 4 end # Return the original directory where the Rake application was started. def original_dir application.original_dir end # Load a rakefile. def load_rakefile(path) load(path) end # Add files to the rakelib list def add_rakelib(*files) application.options.rakelib ||= [] application.options.rakelib.concat(files) end # Make +block_application+ the default rake application inside a block so # you can load rakefiles into a different application. # # This is useful when you want to run rake tasks inside a library without # running rake in a sub-shell. # # Example: # # Dir.chdir 'other/directory' # # other_rake = Rake.with_application do |rake| # rake.load_rakefile # end # # puts other_rake.tasks def with_application(block_application = Rake::Application.new) orig_application = Rake.application Rake.application = block_application yield block_application block_application ensure Rake.application = orig_application end end end PK )J [h�>` ` ' share/gems/gems/rake-13.2.1/lib/rake.rbnu �[��� # frozen_string_literal: true #-- # Copyright 2003-2010 by Jim Weirich (jim.weirich@gmail.com) # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to # deal in the Software without restriction, including without limitation the # rights to use, copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING # FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS # IN THE SOFTWARE. #++ module Rake; end require "rake/version" require "rbconfig" require "fileutils" require "singleton" require "monitor" require "optparse" require "rake/ext/string" require "rake/win32" require "rake/linked_list" require "rake/cpu_counter" require "rake/scope" require "rake/task_argument_error" require "rake/rule_recursion_overflow_error" require "rake/rake_module" require "rake/trace_output" require "rake/pseudo_status" require "rake/task_arguments" require "rake/invocation_chain" require "rake/task" require "rake/file_task" require "rake/file_creation_task" require "rake/multi_task" require "rake/dsl_definition" require "rake/file_utils_ext" require "rake/file_list" require "rake/default_loader" require "rake/early_time" require "rake/late_time" require "rake/name_space" require "rake/task_manager" require "rake/application" require "rake/backtrace" $trace = false # :stopdoc: # # Some top level Constants. FileList = Rake::FileList RakeFileUtils = Rake::FileUtilsExt PK )J [W�� ' share/gems/gems/rake-13.2.1/MIT-LICENSEnu �[��� Copyright (c) Jim Weirich Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. PK )J [Ɇ�S� � " share/gems/gems/rdoc-6.10.0/exe/rinu ȯ�� #!/opt/alt/ruby34/bin/ruby begin gem 'rdoc' rescue NameError => e # --disable-gems raise unless e.name == :gem rescue Gem::LoadError end require 'rdoc/ri/driver' RDoc::RI::Driver.run ARGV PK )J [��v� � $ share/gems/gems/rdoc-6.10.0/exe/rdocnu ȯ�� #!/opt/alt/ruby34/bin/ruby # # RDoc: Documentation tool for source code # (see lib/rdoc/rdoc.rb for more information) # # Copyright (c) 2003 Dave Thomas # Released under the same terms as Ruby begin gem 'rdoc' rescue NameError => e # --disable-gems raise unless e.name == :gem rescue Gem::LoadError end require 'rdoc/rdoc' begin r = RDoc::RDoc.new r.document ARGV rescue Errno::ENOSPC $stderr.puts 'Ran out of space creating documentation' $stderr.puts $stderr.puts 'Please free up some space and try again' rescue SystemExit raise rescue Exception => e if $DEBUG_RDOC then $stderr.puts e.message $stderr.puts "#{e.backtrace.join "\n\t"}" $stderr.puts elsif Interrupt === e then $stderr.puts $stderr.puts 'Interrupted' else $stderr.puts "uh-oh! RDoc had a problem:" $stderr.puts e.message $stderr.puts $stderr.puts "run with --debug for full backtrace" end exit 1 end PK )J [�`zC� � ' share/gems/gems/rdoc-6.10.0/lib/rdoc.rbnu �[��� # frozen_string_literal: true $DEBUG_RDOC = nil ## # RDoc produces documentation for Ruby source files by parsing the source and # extracting the definition for classes, modules, methods, includes and # requires. It associates these with optional documentation contained in an # immediately preceding comment block then renders the result using an output # formatter. # # For a simple introduction to writing or generating documentation using RDoc # see the README. # # == Roadmap # # If you think you found a bug in RDoc see CONTRIBUTING@Bugs # # If you want to use RDoc to create documentation for your Ruby source files, # see RDoc::Markup and refer to <tt>rdoc --help</tt> for command line usage. # # If you want to set the default markup format see # RDoc::Markup@Markup+Formats # # If you want to store rdoc configuration in your gem (such as the default # markup format) see RDoc::Options@Saved+Options # # If you want to write documentation for Ruby files see RDoc::Parser::Ruby # # If you want to write documentation for extensions written in C see # RDoc::Parser::C # # If you want to generate documentation using <tt>rake</tt> see RDoc::Task. # # If you want to drive RDoc programmatically, see RDoc::RDoc. # # If you want to use the library to format text blocks into HTML or other # formats, look at RDoc::Markup. # # If you want to make an RDoc plugin such as a generator or directive handler # see RDoc::RDoc. # # If you want to write your own output generator see RDoc::Generator. # # If you want an overview of how RDoc works see CONTRIBUTING # # == Credits # # RDoc is currently being maintained by Eric Hodel <drbrain@segment7.net>. # # Dave Thomas <dave@pragmaticprogrammer.com> is the original author of RDoc. # # * The Ruby parser in rdoc/parse.rb is based heavily on the outstanding # work of Keiju ISHITSUKA of Nippon Rational Inc, who produced the Ruby # parser for irb and the rtags package. module RDoc ## # Exception thrown by any rdoc error. class Error < RuntimeError; end require_relative 'rdoc/version' ## # Method visibilities VISIBILITIES = [:public, :protected, :private] ## # Name of the dotfile that contains the description of files to be processed # in the current directory DOT_DOC_FILENAME = ".document" ## # General RDoc modifiers GENERAL_MODIFIERS = %w[nodoc].freeze ## # RDoc modifiers for classes CLASS_MODIFIERS = GENERAL_MODIFIERS ## # RDoc modifiers for attributes ATTR_MODIFIERS = GENERAL_MODIFIERS ## # RDoc modifiers for constants CONSTANT_MODIFIERS = GENERAL_MODIFIERS ## # RDoc modifiers for methods METHOD_MODIFIERS = GENERAL_MODIFIERS + %w[arg args yield yields notnew not-new not_new doc] ## # Loads the best available YAML library. def self.load_yaml begin gem 'psych' rescue NameError => e # --disable-gems raise unless e.name == :gem rescue Gem::LoadError end begin require 'psych' rescue ::LoadError ensure require 'yaml' end end ## # Searches and returns the directory for settings. # # 1. <tt>$HOME/.rdoc</tt> directory, if it exists. # 2. The +rdoc+ directory under the path specified by the # +XDG_DATA_HOME+ environment variable, if it is set. # 3. <tt>$HOME/.local/share/rdoc</tt> directory. # # Other than the home directory, the containing directory will be # created automatically. def self.home rdoc_dir = begin File.expand_path('~/.rdoc') rescue ArgumentError end if File.directory?(rdoc_dir) rdoc_dir else require 'fileutils' begin # XDG xdg_data_home = ENV["XDG_DATA_HOME"] || File.join(File.expand_path("~"), '.local', 'share') unless File.exist?(xdg_data_home) FileUtils.mkdir_p xdg_data_home end File.join xdg_data_home, "rdoc" rescue Errno::EACCES end end end autoload :RDoc, "#{__dir__}/rdoc/rdoc" autoload :CrossReference, "#{__dir__}/rdoc/cross_reference" autoload :ERBIO, "#{__dir__}/rdoc/erbio" autoload :ERBPartial, "#{__dir__}/rdoc/erb_partial" autoload :Encoding, "#{__dir__}/rdoc/encoding" autoload :Generator, "#{__dir__}/rdoc/generator" autoload :Options, "#{__dir__}/rdoc/options" autoload :Parser, "#{__dir__}/rdoc/parser" autoload :Servlet, "#{__dir__}/rdoc/servlet" autoload :RI, "#{__dir__}/rdoc/ri" autoload :Stats, "#{__dir__}/rdoc/stats" autoload :Store, "#{__dir__}/rdoc/store" autoload :Task, "#{__dir__}/rdoc/task" autoload :Text, "#{__dir__}/rdoc/text" autoload :Markdown, "#{__dir__}/rdoc/markdown" autoload :Markup, "#{__dir__}/rdoc/markup" autoload :RD, "#{__dir__}/rdoc/rd" autoload :TomDoc, "#{__dir__}/rdoc/tom_doc" autoload :KNOWN_CLASSES, "#{__dir__}/rdoc/known_classes" autoload :TokenStream, "#{__dir__}/rdoc/token_stream" autoload :Comment, "#{__dir__}/rdoc/comment" require_relative 'rdoc/i18n' # code objects # # We represent the various high-level code constructs that appear in Ruby # programs: classes, modules, methods, and so on. autoload :CodeObject, "#{__dir__}/rdoc/code_object" autoload :Context, "#{__dir__}/rdoc/code_object/context" autoload :TopLevel, "#{__dir__}/rdoc/code_object/top_level" autoload :AnonClass, "#{__dir__}/rdoc/code_object/anon_class" autoload :ClassModule, "#{__dir__}/rdoc/code_object/class_module" autoload :NormalClass, "#{__dir__}/rdoc/code_object/normal_class" autoload :NormalModule, "#{__dir__}/rdoc/code_object/normal_module" autoload :SingleClass, "#{__dir__}/rdoc/code_object/single_class" autoload :Alias, "#{__dir__}/rdoc/code_object/alias" autoload :AnyMethod, "#{__dir__}/rdoc/code_object/any_method" autoload :MethodAttr, "#{__dir__}/rdoc/code_object/method_attr" autoload :GhostMethod, "#{__dir__}/rdoc/code_object/ghost_method" autoload :MetaMethod, "#{__dir__}/rdoc/code_object/meta_method" autoload :Attr, "#{__dir__}/rdoc/code_object/attr" autoload :Constant, "#{__dir__}/rdoc/code_object/constant" autoload :Mixin, "#{__dir__}/rdoc/code_object/mixin" autoload :Include, "#{__dir__}/rdoc/code_object/include" autoload :Extend, "#{__dir__}/rdoc/code_object/extend" autoload :Require, "#{__dir__}/rdoc/code_object/require" end PK )J [����� � 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/token_stream.rbnu �[��� # frozen_string_literal: true ## # A TokenStream is a list of tokens, gathered during the parse of some entity # (say a method). Entities populate these streams by being registered with the # lexer. Any class can collect tokens by including TokenStream. From the # outside, you use such an object by calling the start_collecting_tokens # method, followed by calls to add_token and pop_token. module RDoc::TokenStream ## # Converts +token_stream+ to HTML wrapping various tokens with # <tt><span></tt> elements. Some tokens types are wrapped in spans # with the given class names. Other token types are not wrapped in spans. def self.to_html token_stream starting_title = false token_stream.map do |t| next unless t style = case t[:kind] when :on_const then 'ruby-constant' when :on_kw then 'ruby-keyword' when :on_ivar then 'ruby-ivar' when :on_cvar then 'ruby-identifier' when :on_gvar then 'ruby-identifier' when '=' != t[:text] && :on_op then 'ruby-operator' when :on_tlambda then 'ruby-operator' when :on_ident then 'ruby-identifier' when :on_label then 'ruby-value' when :on_backref, :on_dstring then 'ruby-node' when :on_comment then 'ruby-comment' when :on_embdoc then 'ruby-comment' when :on_regexp then 'ruby-regexp' when :on_tstring then 'ruby-string' when :on_int, :on_float, :on_rational, :on_imaginary, :on_heredoc, :on_symbol, :on_CHAR then 'ruby-value' when :on_heredoc_beg, :on_heredoc_end then 'ruby-identifier' end comment_with_nl = false if :on_comment == t[:kind] or :on_embdoc == t[:kind] or :on_heredoc_end == t[:kind] comment_with_nl = true if "\n" == t[:text][-1] text = t[:text].rstrip else text = t[:text] end if :on_ident == t[:kind] && starting_title starting_title = false style = 'ruby-identifier ruby-title' end if :on_kw == t[:kind] and 'def' == t[:text] starting_title = true end text = CGI.escapeHTML text if style then "<span class=\"#{style}\">#{text}</span>#{"\n" if comment_with_nl}" else text end end.join end ## # Adds +tokens+ to the collected tokens def add_tokens(tokens) @token_stream.concat(tokens) end ## # Adds one +token+ to the collected tokens def add_token(token) @token_stream.push(token) end ## # Starts collecting tokens def collect_tokens @token_stream = [] end alias start_collecting_tokens collect_tokens ## # Remove the last token from the collected tokens def pop_token @token_stream.pop end ## # Current token stream def token_stream @token_stream end ## # Returns a string representation of the token stream def tokens_to_s (token_stream or return '').compact.map { |token| token[:text] }.join '' end end PK )J [<!�."� "� 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/rd/inline_parser.rbnu �[��� # frozen_string_literal: true # # DO NOT MODIFY!!!! # This file is automatically generated by Racc 1.8.1 # from Racc grammar file "inline_parser.ry". # ###### racc/parser.rb begin unless $".find {|p| p.end_with?('/racc/parser.rb')} $".push "#{__dir__}/racc/parser.rb" #-- # Copyright (c) 1999-2006 Minero Aoki # # This program is free software. # You can distribute/modify this program under the same terms of ruby. # # As a special exception, when this code is copied by Racc # into a Racc output file, you may use that output file # without restriction. #++ unless $".find {|p| p.end_with?('/racc/info.rb')} $".push "#{__dir__}/racc/info.rb" module Racc VERSION = '1.8.1' Version = VERSION Copyright = 'Copyright (c) 1999-2006 Minero Aoki' end end module Racc class ParseError < StandardError; end end unless defined?(::ParseError) ParseError = Racc::ParseError # :nodoc: end # Racc is an LALR(1) parser generator. # It is written in Ruby itself, and generates Ruby programs. # # == Command-line Reference # # racc [-o<var>filename</var>] [--output-file=<var>filename</var>] # [-e<var>rubypath</var>] [--executable=<var>rubypath</var>] # [-v] [--verbose] # [-O<var>filename</var>] [--log-file=<var>filename</var>] # [-g] [--debug] # [-E] [--embedded] # [-l] [--no-line-convert] # [-c] [--line-convert-all] # [-a] [--no-omit-actions] # [-C] [--check-only] # [-S] [--output-status] # [--version] [--copyright] [--help] <var>grammarfile</var> # # [+grammarfile+] # Racc grammar file. Any extension is permitted. # [-o+outfile+, --output-file=+outfile+] # A filename for output. default is <+filename+>.tab.rb # [-O+filename+, --log-file=+filename+] # Place logging output in file +filename+. # Default log file name is <+filename+>.output. # [-e+rubypath+, --executable=+rubypath+] # output executable file(mode 755). where +path+ is the Ruby interpreter. # [-v, --verbose] # verbose mode. create +filename+.output file, like yacc's y.output file. # [-g, --debug] # add debug code to parser class. To display debugging information, # use this '-g' option and set @yydebug true in parser class. # [-E, --embedded] # Output parser which doesn't need runtime files (racc/parser.rb). # [-F, --frozen] # Output parser which declares frozen_string_literals: true # [-C, --check-only] # Check syntax of racc grammar file and quit. # [-S, --output-status] # Print messages time to time while compiling. # [-l, --no-line-convert] # turns off line number converting. # [-c, --line-convert-all] # Convert line number of actions, inner, header and footer. # [-a, --no-omit-actions] # Call all actions, even if an action is empty. # [--version] # print Racc version and quit. # [--copyright] # Print copyright and quit. # [--help] # Print usage and quit. # # == Generating Parser Using Racc # # To compile Racc grammar file, simply type: # # $ racc parse.y # # This creates Ruby script file "parse.tab.y". The -o option can change the output filename. # # == Writing A Racc Grammar File # # If you want your own parser, you have to write a grammar file. # A grammar file contains the name of your parser class, grammar for the parser, # user code, and anything else. # When writing a grammar file, yacc's knowledge is helpful. # If you have not used yacc before, Racc is not too difficult. # # Here's an example Racc grammar file. # # class Calcparser # rule # target: exp { print val[0] } # # exp: exp '+' exp # | exp '*' exp # | '(' exp ')' # | NUMBER # end # # Racc grammar files resemble yacc files. # But (of course), this is Ruby code. # yacc's $$ is the 'result', $0, $1... is # an array called 'val', and $-1, $-2... is an array called '_values'. # # See the {Grammar File Reference}[rdoc-ref:lib/racc/rdoc/grammar.en.rdoc] for # more information on grammar files. # # == Parser # # Then you must prepare the parse entry method. There are two types of # parse methods in Racc, Racc::Parser#do_parse and Racc::Parser#yyparse # # Racc::Parser#do_parse is simple. # # It's yyparse() of yacc, and Racc::Parser#next_token is yylex(). # This method must returns an array like [TOKENSYMBOL, ITS_VALUE]. # EOF is [false, false]. # (TOKENSYMBOL is a Ruby symbol (taken from String#intern) by default. # If you want to change this, see the grammar reference. # # Racc::Parser#yyparse is little complicated, but useful. # It does not use Racc::Parser#next_token, instead it gets tokens from any iterator. # # For example, <code>yyparse(obj, :scan)</code> causes # calling +obj#scan+, and you can return tokens by yielding them from +obj#scan+. # # == Debugging # # When debugging, "-v" or/and the "-g" option is helpful. # # "-v" creates verbose log file (.output). # "-g" creates a "Verbose Parser". # Verbose Parser prints the internal status when parsing. # But it's _not_ automatic. # You must use -g option and set +@yydebug+ to +true+ in order to get output. # -g option only creates the verbose parser. # # === Racc reported syntax error. # # Isn't there too many "end"? # grammar of racc file is changed in v0.10. # # Racc does not use '%' mark, while yacc uses huge number of '%' marks.. # # === Racc reported "XXXX conflicts". # # Try "racc -v xxxx.y". # It causes producing racc's internal log file, xxxx.output. # # === Generated parsers does not work correctly # # Try "racc -g xxxx.y". # This command let racc generate "debugging parser". # Then set @yydebug=true in your parser. # It produces a working log of your parser. # # == Re-distributing Racc runtime # # A parser, which is created by Racc, requires the Racc runtime module; # racc/parser.rb. # # Ruby 1.8.x comes with Racc runtime module, # you need NOT distribute Racc runtime files. # # If you want to include the Racc runtime module with your parser. # This can be done by using '-E' option: # # $ racc -E -omyparser.rb myparser.y # # This command creates myparser.rb which `includes' Racc runtime. # Only you must do is to distribute your parser file (myparser.rb). # # Note: parser.rb is ruby license, but your parser is not. # Your own parser is completely yours. module Racc unless defined?(Racc_No_Extensions) Racc_No_Extensions = false # :nodoc: end class Parser Racc_Runtime_Version = ::Racc::VERSION Racc_Runtime_Core_Version_R = ::Racc::VERSION begin if Object.const_defined?(:RUBY_ENGINE) and RUBY_ENGINE == 'jruby' require 'jruby' require 'racc/cparse-jruby.jar' com.headius.racc.Cparse.new.load(JRuby.runtime, false) else require 'racc/cparse' end unless new.respond_to?(:_racc_do_parse_c, true) raise LoadError, 'old cparse.so' end if Racc_No_Extensions raise LoadError, 'selecting ruby version of racc runtime core' end Racc_Main_Parsing_Routine = :_racc_do_parse_c # :nodoc: Racc_YY_Parse_Method = :_racc_yyparse_c # :nodoc: Racc_Runtime_Core_Version = Racc_Runtime_Core_Version_C # :nodoc: Racc_Runtime_Type = 'c' # :nodoc: rescue LoadError Racc_Main_Parsing_Routine = :_racc_do_parse_rb Racc_YY_Parse_Method = :_racc_yyparse_rb Racc_Runtime_Core_Version = Racc_Runtime_Core_Version_R Racc_Runtime_Type = 'ruby' end def Parser.racc_runtime_type # :nodoc: Racc_Runtime_Type end def _racc_setup @yydebug = false unless self.class::Racc_debug_parser @yydebug = false unless defined?(@yydebug) if @yydebug @racc_debug_out = $stderr unless defined?(@racc_debug_out) @racc_debug_out ||= $stderr end arg = self.class::Racc_arg arg[13] = true if arg.size < 14 arg end def _racc_init_sysvars @racc_state = [0] @racc_tstack = [] @racc_vstack = [] @racc_t = nil @racc_val = nil @racc_read_next = true @racc_user_yyerror = false @racc_error_status = 0 end # The entry point of the parser. This method is used with #next_token. # If Racc wants to get token (and its value), calls next_token. # # Example: # def parse # @q = [[1,1], # [2,2], # [3,3], # [false, '$']] # do_parse # end # # def next_token # @q.shift # end class_eval <<~RUBY, __FILE__, __LINE__ + 1 def do_parse #{Racc_Main_Parsing_Routine}(_racc_setup(), false) end RUBY # The method to fetch next token. # If you use #do_parse method, you must implement #next_token. # # The format of return value is [TOKEN_SYMBOL, VALUE]. # +token-symbol+ is represented by Ruby's symbol by default, e.g. :IDENT # for 'IDENT'. ";" (String) for ';'. # # The final symbol (End of file) must be false. def next_token raise NotImplementedError, "#{self.class}\#next_token is not defined" end def _racc_do_parse_rb(arg, in_debug) action_table, action_check, action_default, action_pointer, _, _, _, _, _, _, token_table, * = arg _racc_init_sysvars tok = act = i = nil catch(:racc_end_parse) { while true if i = action_pointer[@racc_state[-1]] if @racc_read_next if @racc_t != 0 # not EOF tok, @racc_val = next_token() unless tok # EOF @racc_t = 0 else @racc_t = (token_table[tok] or 1) # error token end racc_read_token(@racc_t, tok, @racc_val) if @yydebug @racc_read_next = false end end i += @racc_t unless i >= 0 and act = action_table[i] and action_check[i] == @racc_state[-1] act = action_default[@racc_state[-1]] end else act = action_default[@racc_state[-1]] end while act = _racc_evalact(act, arg) ; end end } end # Another entry point for the parser. # If you use this method, you must implement RECEIVER#METHOD_ID method. # # RECEIVER#METHOD_ID is a method to get next token. # It must 'yield' the token, which format is [TOKEN-SYMBOL, VALUE]. class_eval <<~RUBY, __FILE__, __LINE__ + 1 def yyparse(recv, mid) #{Racc_YY_Parse_Method}(recv, mid, _racc_setup(), false) end RUBY def _racc_yyparse_rb(recv, mid, arg, c_debug) action_table, action_check, action_default, action_pointer, _, _, _, _, _, _, token_table, * = arg _racc_init_sysvars catch(:racc_end_parse) { until i = action_pointer[@racc_state[-1]] while act = _racc_evalact(action_default[@racc_state[-1]], arg) ; end end recv.__send__(mid) do |tok, val| unless tok @racc_t = 0 else @racc_t = (token_table[tok] or 1) # error token end @racc_val = val @racc_read_next = false i += @racc_t unless i >= 0 and act = action_table[i] and action_check[i] == @racc_state[-1] act = action_default[@racc_state[-1]] end while act = _racc_evalact(act, arg) ; end while !(i = action_pointer[@racc_state[-1]]) || ! @racc_read_next || @racc_t == 0 # $ unless i and i += @racc_t and i >= 0 and act = action_table[i] and action_check[i] == @racc_state[-1] act = action_default[@racc_state[-1]] end while act = _racc_evalact(act, arg) ; end end end } end ### ### common ### def _racc_evalact(act, arg) action_table, action_check, _, action_pointer, _, _, _, _, _, _, _, shift_n, reduce_n, * = arg nerr = 0 # tmp if act > 0 and act < shift_n # # shift # if @racc_error_status > 0 @racc_error_status -= 1 unless @racc_t <= 1 # error token or EOF end @racc_vstack.push @racc_val @racc_state.push act @racc_read_next = true if @yydebug @racc_tstack.push @racc_t racc_shift @racc_t, @racc_tstack, @racc_vstack end elsif act < 0 and act > -reduce_n # # reduce # code = catch(:racc_jump) { @racc_state.push _racc_do_reduce(arg, act) false } if code case code when 1 # yyerror @racc_user_yyerror = true # user_yyerror return -reduce_n when 2 # yyaccept return shift_n else raise '[Racc Bug] unknown jump code' end end elsif act == shift_n # # accept # racc_accept if @yydebug throw :racc_end_parse, @racc_vstack[0] elsif act == -reduce_n # # error # case @racc_error_status when 0 unless arg[21] # user_yyerror nerr += 1 on_error @racc_t, @racc_val, @racc_vstack end when 3 if @racc_t == 0 # is $ # We're at EOF, and another error occurred immediately after # attempting auto-recovery throw :racc_end_parse, nil end @racc_read_next = true end @racc_user_yyerror = false @racc_error_status = 3 while true if i = action_pointer[@racc_state[-1]] i += 1 # error token if i >= 0 and (act = action_table[i]) and action_check[i] == @racc_state[-1] break end end throw :racc_end_parse, nil if @racc_state.size <= 1 @racc_state.pop @racc_vstack.pop if @yydebug @racc_tstack.pop racc_e_pop @racc_state, @racc_tstack, @racc_vstack end end return act else raise "[Racc Bug] unknown action #{act.inspect}" end racc_next_state(@racc_state[-1], @racc_state) if @yydebug nil end def _racc_do_reduce(arg, act) _, _, _, _, goto_table, goto_check, goto_default, goto_pointer, nt_base, reduce_table, _, _, _, use_result, * = arg state = @racc_state vstack = @racc_vstack tstack = @racc_tstack i = act * -3 len = reduce_table[i] reduce_to = reduce_table[i+1] method_id = reduce_table[i+2] void_array = [] tmp_t = tstack[-len, len] if @yydebug tmp_v = vstack[-len, len] tstack[-len, len] = void_array if @yydebug vstack[-len, len] = void_array state[-len, len] = void_array # tstack must be updated AFTER method call if use_result vstack.push __send__(method_id, tmp_v, vstack, tmp_v[0]) else vstack.push __send__(method_id, tmp_v, vstack) end tstack.push reduce_to racc_reduce(tmp_t, reduce_to, tstack, vstack) if @yydebug k1 = reduce_to - nt_base if i = goto_pointer[k1] i += state[-1] if i >= 0 and (curstate = goto_table[i]) and goto_check[i] == k1 return curstate end end goto_default[k1] end # This method is called when a parse error is found. # # ERROR_TOKEN_ID is an internal ID of token which caused error. # You can get string representation of this ID by calling # #token_to_str. # # ERROR_VALUE is a value of error token. # # value_stack is a stack of symbol values. # DO NOT MODIFY this object. # # This method raises ParseError by default. # # If this method returns, parsers enter "error recovering mode". def on_error(t, val, vstack) raise ParseError, sprintf("parse error on value %s (%s)", val.inspect, token_to_str(t) || '?') end # Enter error recovering mode. # This method does not call #on_error. def yyerror throw :racc_jump, 1 end # Exit parser. # Return value is +Symbol_Value_Stack[0]+. def yyaccept throw :racc_jump, 2 end # Leave error recovering mode. def yyerrok @racc_error_status = 0 end # For debugging output def racc_read_token(t, tok, val) @racc_debug_out.print 'read ' @racc_debug_out.print tok.inspect, '(', racc_token2str(t), ') ' @racc_debug_out.puts val.inspect @racc_debug_out.puts end def racc_shift(tok, tstack, vstack) @racc_debug_out.puts "shift #{racc_token2str tok}" racc_print_stacks tstack, vstack @racc_debug_out.puts end def racc_reduce(toks, sim, tstack, vstack) out = @racc_debug_out out.print 'reduce ' if toks.empty? out.print ' <none>' else toks.each {|t| out.print ' ', racc_token2str(t) } end out.puts " --> #{racc_token2str(sim)}" racc_print_stacks tstack, vstack @racc_debug_out.puts end def racc_accept @racc_debug_out.puts 'accept' @racc_debug_out.puts end def racc_e_pop(state, tstack, vstack) @racc_debug_out.puts 'error recovering mode: pop token' racc_print_states state racc_print_stacks tstack, vstack @racc_debug_out.puts end def racc_next_state(curstate, state) @racc_debug_out.puts "goto #{curstate}" racc_print_states state @racc_debug_out.puts end def racc_print_stacks(t, v) out = @racc_debug_out out.print ' [' t.each_index do |i| out.print ' (', racc_token2str(t[i]), ' ', v[i].inspect, ')' end out.puts ' ]' end def racc_print_states(s) out = @racc_debug_out out.print ' [' s.each {|st| out.print ' ', st } out.puts ' ]' end def racc_token2str(tok) self.class::Racc_token_to_s_table[tok] or raise "[Racc Bug] can't convert token #{tok} to string" end # Convert internal ID of token symbol to the string. def token_to_str(t) self.class::Racc_token_to_s_table[t] end end end end ###### racc/parser.rb end require 'strscan' class RDoc::RD ## # RD format parser for inline markup such as emphasis, links, footnotes, etc. class InlineParser < Racc::Parser # :stopdoc: EM_OPEN = '((*' EM_OPEN_RE = /\A#{Regexp.quote(EM_OPEN)}/ EM_CLOSE = '*))' EM_CLOSE_RE = /\A#{Regexp.quote(EM_CLOSE)}/ CODE_OPEN = '(({' CODE_OPEN_RE = /\A#{Regexp.quote(CODE_OPEN)}/ CODE_CLOSE = '}))' CODE_CLOSE_RE = /\A#{Regexp.quote(CODE_CLOSE)}/ VAR_OPEN = '((|' VAR_OPEN_RE = /\A#{Regexp.quote(VAR_OPEN)}/ VAR_CLOSE = '|))' VAR_CLOSE_RE = /\A#{Regexp.quote(VAR_CLOSE)}/ KBD_OPEN = '((%' KBD_OPEN_RE = /\A#{Regexp.quote(KBD_OPEN)}/ KBD_CLOSE = '%))' KBD_CLOSE_RE = /\A#{Regexp.quote(KBD_CLOSE)}/ INDEX_OPEN = '((:' INDEX_OPEN_RE = /\A#{Regexp.quote(INDEX_OPEN)}/ INDEX_CLOSE = ':))' INDEX_CLOSE_RE = /\A#{Regexp.quote(INDEX_CLOSE)}/ REF_OPEN = '((<' REF_OPEN_RE = /\A#{Regexp.quote(REF_OPEN)}/ REF_CLOSE = '>))' REF_CLOSE_RE = /\A#{Regexp.quote(REF_CLOSE)}/ FOOTNOTE_OPEN = '((-' FOOTNOTE_OPEN_RE = /\A#{Regexp.quote(FOOTNOTE_OPEN)}/ FOOTNOTE_CLOSE = '-))' FOOTNOTE_CLOSE_RE = /\A#{Regexp.quote(FOOTNOTE_CLOSE)}/ VERB_OPEN = "(('" VERB_OPEN_RE = /\A#{Regexp.quote(VERB_OPEN)}/ VERB_CLOSE = "'))" VERB_CLOSE_RE = /\A#{Regexp.quote(VERB_CLOSE)}/ BAR = "|" BAR_RE = /\A#{Regexp.quote(BAR)}/ QUOTE = '"' QUOTE_RE = /\A#{Regexp.quote(QUOTE)}/ SLASH = "/" SLASH_RE = /\A#{Regexp.quote(SLASH)}/ BACK_SLASH = "\\" BACK_SLASH_RE = /\A#{Regexp.quote(BACK_SLASH)}/ URL = "URL:" URL_RE = /\A#{Regexp.quote(URL)}/ other_re_mode = Regexp::EXTENDED other_re_mode |= Regexp::MULTILINE OTHER_RE = Regexp.new( "\\A.+?(?=#{Regexp.quote(EM_OPEN)}|#{Regexp.quote(EM_CLOSE)}| #{Regexp.quote(CODE_OPEN)}|#{Regexp.quote(CODE_CLOSE)}| #{Regexp.quote(VAR_OPEN)}|#{Regexp.quote(VAR_CLOSE)}| #{Regexp.quote(KBD_OPEN)}|#{Regexp.quote(KBD_CLOSE)}| #{Regexp.quote(INDEX_OPEN)}|#{Regexp.quote(INDEX_CLOSE)}| #{Regexp.quote(REF_OPEN)}|#{Regexp.quote(REF_CLOSE)}| #{Regexp.quote(FOOTNOTE_OPEN)}|#{Regexp.quote(FOOTNOTE_CLOSE)}| #{Regexp.quote(VERB_OPEN)}|#{Regexp.quote(VERB_CLOSE)}| #{Regexp.quote(BAR)}| #{Regexp.quote(QUOTE)}| #{Regexp.quote(SLASH)}| #{Regexp.quote(BACK_SLASH)}| #{Regexp.quote(URL)})", other_re_mode) # :startdoc: ## # Creates a new parser for inline markup in the rd format. The +block_parser+ # is used to for footnotes and labels in the inline text. def initialize block_parser @block_parser = block_parser end ## # Parses the +inline+ text from RD format into RDoc format. def parse inline @inline = inline @src = StringScanner.new inline @pre = "".dup @yydebug = true do_parse.to_s end ## # Returns the next token from the inline text def next_token return [false, false] if @src.eos? # p @src.rest if @yydebug if ret = @src.scan(EM_OPEN_RE) @pre << ret [:EM_OPEN, ret] elsif ret = @src.scan(EM_CLOSE_RE) @pre << ret [:EM_CLOSE, ret] elsif ret = @src.scan(CODE_OPEN_RE) @pre << ret [:CODE_OPEN, ret] elsif ret = @src.scan(CODE_CLOSE_RE) @pre << ret [:CODE_CLOSE, ret] elsif ret = @src.scan(VAR_OPEN_RE) @pre << ret [:VAR_OPEN, ret] elsif ret = @src.scan(VAR_CLOSE_RE) @pre << ret [:VAR_CLOSE, ret] elsif ret = @src.scan(KBD_OPEN_RE) @pre << ret [:KBD_OPEN, ret] elsif ret = @src.scan(KBD_CLOSE_RE) @pre << ret [:KBD_CLOSE, ret] elsif ret = @src.scan(INDEX_OPEN_RE) @pre << ret [:INDEX_OPEN, ret] elsif ret = @src.scan(INDEX_CLOSE_RE) @pre << ret [:INDEX_CLOSE, ret] elsif ret = @src.scan(REF_OPEN_RE) @pre << ret [:REF_OPEN, ret] elsif ret = @src.scan(REF_CLOSE_RE) @pre << ret [:REF_CLOSE, ret] elsif ret = @src.scan(FOOTNOTE_OPEN_RE) @pre << ret [:FOOTNOTE_OPEN, ret] elsif ret = @src.scan(FOOTNOTE_CLOSE_RE) @pre << ret [:FOOTNOTE_CLOSE, ret] elsif ret = @src.scan(VERB_OPEN_RE) @pre << ret [:VERB_OPEN, ret] elsif ret = @src.scan(VERB_CLOSE_RE) @pre << ret [:VERB_CLOSE, ret] elsif ret = @src.scan(BAR_RE) @pre << ret [:BAR, ret] elsif ret = @src.scan(QUOTE_RE) @pre << ret [:QUOTE, ret] elsif ret = @src.scan(SLASH_RE) @pre << ret [:SLASH, ret] elsif ret = @src.scan(BACK_SLASH_RE) @pre << ret [:BACK_SLASH, ret] elsif ret = @src.scan(URL_RE) @pre << ret [:URL, ret] elsif ret = @src.scan(OTHER_RE) @pre << ret [:OTHER, ret] else ret = @src.rest @pre << ret @src.terminate [:OTHER, ret] end end ## # Raises a ParseError when invalid formatting is found def on_error(et, ev, values) lines_of_rest = @src.rest.lines.to_a.length prev_words = prev_words_on_error(ev) at = 4 + prev_words.length message = <<-MSG RD syntax error: line #{@block_parser.line_index - lines_of_rest}: ...#{prev_words} #{(ev||'')} #{next_words_on_error()} ... MSG message << " " * at + "^" * (ev ? ev.length : 0) + "\n" raise ParseError, message end ## # Returns words before the error def prev_words_on_error(ev) pre = @pre if ev and /#{Regexp.quote(ev)}$/ =~ pre pre = $` end last_line(pre) end ## # Returns the last line of +src+ def last_line(src) if n = src.rindex("\n") src[(n+1) .. -1] else src end end private :last_line ## # Returns words following an error def next_words_on_error if n = @src.rest.index("\n") @src.rest[0 .. (n-1)] else @src.rest end end ## # Creates a new RDoc::RD::Inline for the +rdoc+ markup and the raw +reference+ def inline rdoc, reference = rdoc RDoc::RD::Inline.new rdoc, reference end # :stopdoc: ##### State transition tables begin ### racc_action_table = [ 104, 103, 102, 100, 101, 99, 115, 116, 117, 29, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 84, 118, 119, 63, 64, 65, 61, 81, 62, 76, 78, 79, 85, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 77, 80, 149, 63, 64, 65, 153, 81, 62, 76, 78, 79, 86, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 77, 80, 152, 104, 103, 102, 100, 101, 99, 115, 116, 117, 87, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 88, 118, 119, 104, 103, 102, 100, 101, 99, 115, 116, 117, 89, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 96, 118, 119, 104, 103, 102, 100, 101, 99, 115, 116, 117, 124, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 137, 118, 119, 22, 23, 24, 25, 26, 21, 18, 19, 176, 177, 13, 148, 14, 154, 15, 137, 16, 161, 17, 164, 173, 20, 22, 23, 24, 25, 26, 21, 18, 19, 175, 177, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 22, 23, 24, 25, 26, 21, 18, 19, nil, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 22, 23, 24, 25, 26, 21, 18, 19, nil, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 22, 23, 24, 25, 26, 21, 18, 19, nil, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 22, 23, 24, 25, 26, 21, 18, 19, nil, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 22, 23, 24, 25, 26, 21, 18, 19, nil, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, 42, nil, 20, 54, 38, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 22, 23, 24, 25, 26, 21, 18, 19, nil, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 63, 64, 65, 61, 81, 62, 76, 78, 79, nil, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 77, 80, 122, nil, nil, 54, nil, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, 145, nil, 20, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, 145, nil, 20, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, 145, nil, 20, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, 145, nil, 20, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 135, 136, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 135, 136, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, nil, nil, 20, 135, 136, 54, 133, 53, 55, 56, 57, nil, 13, nil, 14, nil, 15, nil, 16, nil, 17, 95, nil, 20, 54, 91, 53, 55, 56, 57, 145, nil, nil, 54, 133, 53, 55, 56, 57, 158, nil, nil, 54, nil, 53, 55, 56, 57, 165, 135, 136, 54, 133, 53, 55, 56, 57, 145, nil, nil, 54, 133, 53, 55, 56, 57, 172, 135, 136, 54, 133, 53, 55, 56, 57, 174, 135, 136, 54, 133, 53, 55, 56, 57, 178, 135, 136, 54, 133, 53, 55, 56, 57, 135, 136, 54, 133, 53, 55, 56, 57, 135, 136, 54, 133, 53, 55, 56, 57, 135, 136, 54, 133, 53, 55, 56, 57, 22, 23, 24, 25, 26, 21 ] racc_action_check = [ 38, 38, 38, 38, 38, 38, 38, 38, 38, 1, 38, 38, 38, 38, 38, 38, 38, 38, 38, 38, 29, 38, 38, 59, 59, 59, 59, 59, 59, 59, 59, 59, 31, 59, 59, 59, 59, 59, 59, 59, 59, 59, 59, 59, 59, 59, 61, 61, 61, 61, 61, 61, 61, 61, 61, 32, 61, 61, 61, 61, 61, 61, 61, 61, 61, 61, 61, 61, 61, 91, 91, 91, 91, 91, 91, 91, 91, 91, 33, 91, 91, 91, 91, 91, 91, 91, 91, 91, 91, 34, 91, 91, 97, 97, 97, 97, 97, 97, 97, 97, 97, 35, 97, 97, 97, 97, 97, 97, 97, 97, 97, 97, 37, 97, 97, 155, 155, 155, 155, 155, 155, 155, 155, 155, 41, 155, 155, 155, 155, 155, 155, 155, 155, 155, 155, 43, 155, 155, 0, 0, 0, 0, 0, 0, 0, 0, 165, 165, 0, 58, 0, 90, 0, 94, 0, 100, 0, 125, 162, 0, 2, 2, 2, 2, 2, 2, 2, 2, 164, 172, 2, nil, 2, nil, 2, nil, 2, nil, 2, nil, nil, 2, 13, 13, 13, 13, 13, 13, 13, 13, nil, nil, 13, nil, 13, nil, 13, nil, 13, nil, 13, nil, nil, 13, 14, 14, 14, 14, 14, 14, 14, 14, nil, nil, 14, nil, 14, nil, 14, nil, 14, nil, 14, nil, nil, 14, 15, 15, 15, 15, 15, 15, 15, 15, nil, nil, 15, nil, 15, nil, 15, nil, 15, nil, 15, nil, nil, 15, 16, 16, 16, 16, 16, 16, 16, 16, nil, nil, 16, nil, 16, nil, 16, nil, 16, nil, 16, nil, nil, 16, 17, 17, 17, 17, 17, 17, 17, 17, nil, nil, 17, nil, 17, nil, 17, nil, 17, nil, 17, 18, nil, 17, 18, 18, 18, 18, 18, 18, nil, 18, nil, 18, nil, 18, nil, 18, nil, 18, nil, nil, 18, 19, 19, 19, 19, 19, 19, 19, 19, nil, nil, 19, nil, 19, nil, 19, nil, 19, nil, 19, nil, nil, 19, 20, 20, 20, 20, 20, 20, 20, 20, 20, nil, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 39, nil, nil, 39, nil, 39, 39, 39, 39, nil, 39, nil, 39, nil, 39, nil, 39, nil, 39, 44, nil, 39, 44, 44, 44, 44, 44, 44, nil, 44, nil, 44, nil, 44, nil, 44, nil, 44, 45, nil, 44, 45, 45, 45, 45, 45, 45, nil, 45, nil, 45, nil, 45, nil, 45, nil, 45, 138, nil, 45, 138, 138, 138, 138, 138, 138, nil, 138, nil, 138, nil, 138, nil, 138, nil, 138, 146, nil, 138, 146, 146, 146, 146, 146, 146, nil, 146, nil, 146, nil, 146, nil, 146, nil, 146, nil, nil, 146, 42, 42, 42, 42, 42, 42, 42, 42, nil, 42, nil, 42, nil, 42, nil, 42, nil, 42, nil, nil, 42, 122, 122, 122, 122, 122, 122, 122, 122, nil, 122, nil, 122, nil, 122, nil, 122, nil, 122, nil, nil, 122, 127, 127, 127, 127, 127, 127, 127, 127, nil, 127, nil, 127, nil, 127, nil, 127, nil, 127, 36, nil, 127, 36, 36, 36, 36, 36, 36, 52, nil, nil, 52, 52, 52, 52, 52, 52, 92, nil, nil, 92, nil, 92, 92, 92, 92, 126, 126, 126, 126, 126, 126, 126, 126, 126, 142, nil, nil, 142, 142, 142, 142, 142, 142, 159, 159, 159, 159, 159, 159, 159, 159, 159, 163, 163, 163, 163, 163, 163, 163, 163, 163, 171, 171, 171, 171, 171, 171, 171, 171, 171, 95, 95, 95, 95, 95, 95, 95, 95, 158, 158, 158, 158, 158, 158, 158, 158, 168, 168, 168, 168, 168, 168, 168, 168, 27, 27, 27, 27, 27, 27 ] racc_action_pointer = [ 135, 9, 157, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, 179, 201, 223, 245, 267, 286, 308, 330, nil, nil, nil, nil, nil, nil, 606, nil, 20, nil, 18, 39, 60, 69, 79, 510, 89, -3, 352, nil, 120, 449, 130, 371, 390, nil, nil, nil, nil, nil, nil, 519, nil, nil, nil, nil, nil, 138, 20, nil, 43, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, 128, 66, 528, nil, 148, 581, nil, 89, nil, nil, 149, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, 470, nil, nil, 154, 537, 491, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, 409, nil, nil, nil, 546, nil, nil, nil, 428, nil, nil, nil, nil, nil, nil, nil, nil, 112, nil, nil, 589, 555, nil, nil, 155, 564, 164, 142, nil, nil, 597, nil, nil, 573, 164, nil, nil, nil, nil, nil, nil ] racc_action_default = [ -138, -138, -1, -3, -4, -5, -6, -7, -8, -9, -10, -11, -12, -138, -138, -138, -138, -138, -138, -138, -138, -103, -104, -105, -106, -107, -108, -111, -110, -138, -2, -138, -138, -138, -138, -138, -138, -138, -138, -27, -26, -35, -138, -58, -41, -40, -47, -48, -49, -50, -51, -52, -63, -66, -67, -68, -69, -70, -138, -138, -112, -138, -116, -117, -118, -119, -120, -121, -122, -123, -124, -125, -126, -127, -128, -129, -130, -131, -132, -133, -134, -135, -137, -109, 179, -13, -14, -15, -16, -17, -138, -138, -23, -22, -33, -138, -19, -24, -79, -80, -138, -82, -83, -84, -85, -86, -87, -88, -89, -90, -91, -92, -93, -94, -95, -96, -97, -98, -99, -100, -25, -35, -138, -58, -28, -138, -59, -42, -46, -55, -56, -65, -71, -72, -75, -76, -77, -31, -38, -44, -53, -54, -57, -61, -73, -74, -39, -62, -101, -102, -136, -113, -114, -115, -18, -20, -21, -33, -138, -138, -78, -81, -138, -59, -36, -37, -64, -45, -59, -43, -60, -138, -34, -36, -37, -29, -30, -32, -34 ] racc_goto_table = [ 126, 44, 125, 43, 144, 144, 160, 93, 97, 52, 166, 82, 144, 40, 41, 39, 138, 146, 169, 30, 36, 94, 44, 1, 123, 129, 169, 52, 90, 37, 52, 167, 147, 92, 120, 121, 31, 32, 33, 34, 35, 170, 58, 166, 59, 83, 170, 166, 151, nil, 150, nil, 166, 159, 4, 166, 4, nil, nil, nil, nil, 155, nil, 156, 160, nil, nil, 4, 4, 4, 4, 4, nil, 4, 5, nil, 5, 157, nil, nil, 163, nil, 162, 52, nil, 168, nil, 5, 5, 5, 5, 5, nil, 5, nil, nil, nil, nil, 144, nil, nil, nil, 144, nil, nil, 129, 144, 144, nil, 6, 129, 6, nil, nil, nil, nil, 171, 7, nil, 7, nil, nil, 6, 6, 6, 6, 6, 8, 6, 8, 7, 7, 7, 7, 7, 11, 7, 11, nil, nil, 8, 8, 8, 8, 8, nil, 8, nil, 11, 11, 11, 11, 11, nil, 11 ] racc_goto_check = [ 22, 24, 21, 23, 36, 36, 37, 18, 16, 34, 35, 41, 36, 19, 20, 17, 25, 25, 28, 3, 13, 23, 24, 1, 23, 24, 28, 34, 14, 15, 34, 29, 32, 17, 19, 20, 1, 1, 1, 1, 1, 33, 1, 35, 38, 39, 33, 35, 42, nil, 41, nil, 35, 22, 4, 35, 4, nil, nil, nil, nil, 16, nil, 18, 37, nil, nil, 4, 4, 4, 4, 4, nil, 4, 5, nil, 5, 23, nil, nil, 22, nil, 21, 34, nil, 22, nil, 5, 5, 5, 5, 5, nil, 5, nil, nil, nil, nil, 36, nil, nil, nil, 36, nil, nil, 24, 36, 36, nil, 6, 24, 6, nil, nil, nil, nil, 22, 7, nil, 7, nil, nil, 6, 6, 6, 6, 6, 8, 6, 8, 7, 7, 7, 7, 7, 11, 7, 11, nil, nil, 8, 8, 8, 8, 8, nil, 8, nil, 11, 11, 11, 11, 11, nil, 11 ] racc_goto_pointer = [ nil, 23, nil, 17, 54, 74, 109, 117, 127, nil, nil, 135, nil, 2, -8, 11, -30, -3, -29, -5, -4, -40, -42, -15, -17, -28, nil, nil, -120, -96, nil, nil, -20, -101, -9, -116, -40, -91, 24, 18, nil, -9, -13 ] racc_goto_default = [ nil, nil, 2, 3, 46, 47, 48, 49, 50, 9, 10, 51, 12, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, 140, nil, 45, 127, 139, 128, 141, 130, 142, 143, 132, 131, 134, 98, nil, 28, 27, nil, 60 ] racc_reduce_table = [ 0, 0, :racc_error, 1, 27, :_reduce_none, 2, 28, :_reduce_2, 1, 28, :_reduce_3, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 1, 29, :_reduce_none, 3, 30, :_reduce_13, 3, 31, :_reduce_14, 3, 32, :_reduce_15, 3, 33, :_reduce_16, 3, 34, :_reduce_17, 4, 35, :_reduce_18, 3, 35, :_reduce_19, 2, 40, :_reduce_20, 2, 40, :_reduce_21, 1, 40, :_reduce_22, 1, 40, :_reduce_23, 2, 41, :_reduce_24, 2, 41, :_reduce_25, 1, 41, :_reduce_26, 1, 41, :_reduce_27, 2, 39, :_reduce_none, 4, 39, :_reduce_29, 4, 39, :_reduce_30, 2, 43, :_reduce_31, 4, 43, :_reduce_32, 1, 44, :_reduce_33, 3, 44, :_reduce_34, 1, 45, :_reduce_none, 3, 45, :_reduce_36, 3, 45, :_reduce_37, 2, 46, :_reduce_38, 2, 46, :_reduce_39, 1, 46, :_reduce_40, 1, 46, :_reduce_41, 1, 47, :_reduce_none, 2, 51, :_reduce_43, 1, 51, :_reduce_44, 2, 53, :_reduce_45, 1, 53, :_reduce_46, 1, 50, :_reduce_none, 1, 50, :_reduce_none, 1, 50, :_reduce_none, 1, 50, :_reduce_none, 1, 50, :_reduce_none, 1, 50, :_reduce_none, 1, 54, :_reduce_none, 1, 54, :_reduce_none, 1, 55, :_reduce_none, 1, 55, :_reduce_none, 1, 56, :_reduce_57, 1, 52, :_reduce_58, 1, 57, :_reduce_59, 2, 58, :_reduce_60, 1, 58, :_reduce_none, 2, 49, :_reduce_62, 1, 49, :_reduce_none, 2, 48, :_reduce_64, 1, 48, :_reduce_none, 1, 60, :_reduce_none, 1, 60, :_reduce_none, 1, 60, :_reduce_none, 1, 60, :_reduce_none, 1, 60, :_reduce_none, 1, 62, :_reduce_none, 1, 62, :_reduce_none, 1, 59, :_reduce_none, 1, 59, :_reduce_none, 1, 61, :_reduce_none, 1, 61, :_reduce_none, 1, 61, :_reduce_none, 2, 42, :_reduce_78, 1, 42, :_reduce_none, 1, 63, :_reduce_none, 2, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 1, 63, :_reduce_none, 3, 36, :_reduce_101, 3, 37, :_reduce_102, 1, 65, :_reduce_none, 1, 65, :_reduce_none, 1, 65, :_reduce_none, 1, 65, :_reduce_none, 1, 65, :_reduce_none, 1, 65, :_reduce_none, 2, 66, :_reduce_109, 1, 66, :_reduce_none, 1, 38, :_reduce_111, 1, 67, :_reduce_none, 2, 67, :_reduce_113, 2, 67, :_reduce_114, 2, 67, :_reduce_115, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 1, 68, :_reduce_none, 2, 64, :_reduce_136, 1, 64, :_reduce_none ] racc_reduce_n = 138 racc_shift_n = 179 racc_token_table = { false => 0, :error => 1, :EX_LOW => 2, :QUOTE => 3, :BAR => 4, :SLASH => 5, :BACK_SLASH => 6, :URL => 7, :OTHER => 8, :REF_OPEN => 9, :FOOTNOTE_OPEN => 10, :FOOTNOTE_CLOSE => 11, :EX_HIGH => 12, :EM_OPEN => 13, :EM_CLOSE => 14, :CODE_OPEN => 15, :CODE_CLOSE => 16, :VAR_OPEN => 17, :VAR_CLOSE => 18, :KBD_OPEN => 19, :KBD_CLOSE => 20, :INDEX_OPEN => 21, :INDEX_CLOSE => 22, :REF_CLOSE => 23, :VERB_OPEN => 24, :VERB_CLOSE => 25 } racc_nt_base = 26 racc_use_result_var = true Racc_arg = [ racc_action_table, racc_action_check, racc_action_default, racc_action_pointer, racc_goto_table, racc_goto_check, racc_goto_default, racc_goto_pointer, racc_nt_base, racc_reduce_table, racc_token_table, racc_shift_n, racc_reduce_n, racc_use_result_var ] Ractor.make_shareable(Racc_arg) if defined?(Ractor) Racc_token_to_s_table = [ "$end", "error", "EX_LOW", "QUOTE", "BAR", "SLASH", "BACK_SLASH", "URL", "OTHER", "REF_OPEN", "FOOTNOTE_OPEN", "FOOTNOTE_CLOSE", "EX_HIGH", "EM_OPEN", "EM_CLOSE", "CODE_OPEN", "CODE_CLOSE", "VAR_OPEN", "VAR_CLOSE", "KBD_OPEN", "KBD_CLOSE", "INDEX_OPEN", "INDEX_CLOSE", "REF_CLOSE", "VERB_OPEN", "VERB_CLOSE", "$start", "content", "elements", "element", "emphasis", "code", "var", "keyboard", "index", "reference", "footnote", "verb", "normal_str_ele", "substitute", "ref_label", "ref_label2", "ref_url_strings", "filename", "element_label", "element_label2", "ref_subst_content", "ref_subst_content_q", "ref_subst_strings_q", "ref_subst_strings_first", "ref_subst_ele2", "ref_subst_eles", "ref_subst_str_ele_first", "ref_subst_eles_q", "ref_subst_ele", "ref_subst_ele_q", "ref_subst_str_ele", "ref_subst_str_ele_q", "ref_subst_strings", "ref_subst_string3", "ref_subst_string", "ref_subst_string_q", "ref_subst_string2", "ref_url_string", "verb_strings", "normal_string", "normal_strings", "verb_string", "verb_normal_string" ] Ractor.make_shareable(Racc_token_to_s_table) if defined?(Ractor) Racc_debug_parser = false ##### State transition tables end ##### # reduce 0 omitted # reduce 1 omitted def _reduce_2(val, _values, result) result.append val[1] result end def _reduce_3(val, _values, result) result = val[0] result end # reduce 4 omitted # reduce 5 omitted # reduce 6 omitted # reduce 7 omitted # reduce 8 omitted # reduce 9 omitted # reduce 10 omitted # reduce 11 omitted # reduce 12 omitted def _reduce_13(val, _values, result) content = val[1] result = inline "<em>#{content}</em>", content result end def _reduce_14(val, _values, result) content = val[1] result = inline "<code>#{content}</code>", content result end def _reduce_15(val, _values, result) content = val[1] result = inline "+#{content}+", content result end def _reduce_16(val, _values, result) content = val[1] result = inline "<tt>#{content}</tt>", content result end def _reduce_17(val, _values, result) label = val[1] @block_parser.add_label label.reference result = "<span id=\"label-#{label}\">#{label}</span>" result end def _reduce_18(val, _values, result) result = "{#{val[1]}}[#{val[2].join}]" result end def _reduce_19(val, _values, result) scheme, inline = val[1] result = "{#{inline}}[#{scheme}#{inline.reference}]" result end def _reduce_20(val, _values, result) result = [nil, inline(val[1])] result end def _reduce_21(val, _values, result) result = [ 'rdoc-label:', inline("#{val[0].reference}/#{val[1].reference}") ] result end def _reduce_22(val, _values, result) result = ['rdoc-label:', val[0].reference] result end def _reduce_23(val, _values, result) result = ['rdoc-label:', "#{val[0].reference}/"] result end def _reduce_24(val, _values, result) result = [nil, inline(val[1])] result end def _reduce_25(val, _values, result) result = [ 'rdoc-label:', inline("#{val[0].reference}/#{val[1].reference}") ] result end def _reduce_26(val, _values, result) result = ['rdoc-label:', val[0]] result end def _reduce_27(val, _values, result) ref = val[0].reference result = ['rdoc-label:', inline(ref, "#{ref}/")] result end # reduce 28 omitted def _reduce_29(val, _values, result) result = val[1] result end def _reduce_30(val, _values, result) result = val[1] result end def _reduce_31(val, _values, result) result = inline val[0] result end def _reduce_32(val, _values, result) result = inline "\"#{val[1]}\"" result end def _reduce_33(val, _values, result) result = inline val[0] result end def _reduce_34(val, _values, result) result = inline "\"#{val[1]}\"" result end # reduce 35 omitted def _reduce_36(val, _values, result) result = val[1] result end def _reduce_37(val, _values, result) result = inline val[1] result end def _reduce_38(val, _values, result) result = val[0].append val[1] result end def _reduce_39(val, _values, result) result = val[0].append val[1] result end def _reduce_40(val, _values, result) result = val[0] result end def _reduce_41(val, _values, result) result = inline val[0] result end # reduce 42 omitted def _reduce_43(val, _values, result) result = val[0].append val[1] result end def _reduce_44(val, _values, result) result = inline val[0] result end def _reduce_45(val, _values, result) result = val[0].append val[1] result end def _reduce_46(val, _values, result) result = val[0] result end # reduce 47 omitted # reduce 48 omitted # reduce 49 omitted # reduce 50 omitted # reduce 51 omitted # reduce 52 omitted # reduce 53 omitted # reduce 54 omitted # reduce 55 omitted # reduce 56 omitted def _reduce_57(val, _values, result) result = val[0] result end def _reduce_58(val, _values, result) result = inline val[0] result end def _reduce_59(val, _values, result) result = inline val[0] result end def _reduce_60(val, _values, result) result << val[1] result end # reduce 61 omitted def _reduce_62(val, _values, result) result << val[1] result end # reduce 63 omitted def _reduce_64(val, _values, result) result << val[1] result end # reduce 65 omitted # reduce 66 omitted # reduce 67 omitted # reduce 68 omitted # reduce 69 omitted # reduce 70 omitted # reduce 71 omitted # reduce 72 omitted # reduce 73 omitted # reduce 74 omitted # reduce 75 omitted # reduce 76 omitted # reduce 77 omitted def _reduce_78(val, _values, result) result << val[1] result end # reduce 79 omitted # reduce 80 omitted # reduce 81 omitted # reduce 82 omitted # reduce 83 omitted # reduce 84 omitted # reduce 85 omitted # reduce 86 omitted # reduce 87 omitted # reduce 88 omitted # reduce 89 omitted # reduce 90 omitted # reduce 91 omitted # reduce 92 omitted # reduce 93 omitted # reduce 94 omitted # reduce 95 omitted # reduce 96 omitted # reduce 97 omitted # reduce 98 omitted # reduce 99 omitted # reduce 100 omitted def _reduce_101(val, _values, result) index = @block_parser.add_footnote val[1].rdoc result = "{*#{index}}[rdoc-label:foottext-#{index}:footmark-#{index}]" result end def _reduce_102(val, _values, result) result = inline "<tt>#{val[1]}</tt>", val[1] result end # reduce 103 omitted # reduce 104 omitted # reduce 105 omitted # reduce 106 omitted # reduce 107 omitted # reduce 108 omitted def _reduce_109(val, _values, result) result << val[1] result end # reduce 110 omitted def _reduce_111(val, _values, result) result = inline val[0] result end # reduce 112 omitted def _reduce_113(val, _values, result) result = val[1] result end def _reduce_114(val, _values, result) result = val[1] result end def _reduce_115(val, _values, result) result = val[1] result end # reduce 116 omitted # reduce 117 omitted # reduce 118 omitted # reduce 119 omitted # reduce 120 omitted # reduce 121 omitted # reduce 122 omitted # reduce 123 omitted # reduce 124 omitted # reduce 125 omitted # reduce 126 omitted # reduce 127 omitted # reduce 128 omitted # reduce 129 omitted # reduce 130 omitted # reduce 131 omitted # reduce 132 omitted # reduce 133 omitted # reduce 134 omitted # reduce 135 omitted def _reduce_136(val, _values, result) result << val[1] result end # reduce 137 omitted def _reduce_none(val, _values, result) val[0] end end # class InlineParser end PK )J [�U��� �� 7 share/gems/gems/rdoc-6.10.0/lib/rdoc/rd/block_parser.rbnu �[��� # frozen_string_literal: true # # DO NOT MODIFY!!!! # This file is automatically generated by Racc 1.8.1 # from Racc grammar file "block_parser.ry". # ###### racc/parser.rb begin unless $".find {|p| p.end_with?('/racc/parser.rb')} $".push "#{__dir__}/racc/parser.rb" #-- # Copyright (c) 1999-2006 Minero Aoki # # This program is free software. # You can distribute/modify this program under the same terms of ruby. # # As a special exception, when this code is copied by Racc # into a Racc output file, you may use that output file # without restriction. #++ unless $".find {|p| p.end_with?('/racc/info.rb')} $".push "#{__dir__}/racc/info.rb" module Racc VERSION = '1.8.1' Version = VERSION Copyright = 'Copyright (c) 1999-2006 Minero Aoki' end end module Racc class ParseError < StandardError; end end unless defined?(::ParseError) ParseError = Racc::ParseError # :nodoc: end # Racc is an LALR(1) parser generator. # It is written in Ruby itself, and generates Ruby programs. # # == Command-line Reference # # racc [-o<var>filename</var>] [--output-file=<var>filename</var>] # [-e<var>rubypath</var>] [--executable=<var>rubypath</var>] # [-v] [--verbose] # [-O<var>filename</var>] [--log-file=<var>filename</var>] # [-g] [--debug] # [-E] [--embedded] # [-l] [--no-line-convert] # [-c] [--line-convert-all] # [-a] [--no-omit-actions] # [-C] [--check-only] # [-S] [--output-status] # [--version] [--copyright] [--help] <var>grammarfile</var> # # [+grammarfile+] # Racc grammar file. Any extension is permitted. # [-o+outfile+, --output-file=+outfile+] # A filename for output. default is <+filename+>.tab.rb # [-O+filename+, --log-file=+filename+] # Place logging output in file +filename+. # Default log file name is <+filename+>.output. # [-e+rubypath+, --executable=+rubypath+] # output executable file(mode 755). where +path+ is the Ruby interpreter. # [-v, --verbose] # verbose mode. create +filename+.output file, like yacc's y.output file. # [-g, --debug] # add debug code to parser class. To display debugging information, # use this '-g' option and set @yydebug true in parser class. # [-E, --embedded] # Output parser which doesn't need runtime files (racc/parser.rb). # [-F, --frozen] # Output parser which declares frozen_string_literals: true # [-C, --check-only] # Check syntax of racc grammar file and quit. # [-S, --output-status] # Print messages time to time while compiling. # [-l, --no-line-convert] # turns off line number converting. # [-c, --line-convert-all] # Convert line number of actions, inner, header and footer. # [-a, --no-omit-actions] # Call all actions, even if an action is empty. # [--version] # print Racc version and quit. # [--copyright] # Print copyright and quit. # [--help] # Print usage and quit. # # == Generating Parser Using Racc # # To compile Racc grammar file, simply type: # # $ racc parse.y # # This creates Ruby script file "parse.tab.y". The -o option can change the output filename. # # == Writing A Racc Grammar File # # If you want your own parser, you have to write a grammar file. # A grammar file contains the name of your parser class, grammar for the parser, # user code, and anything else. # When writing a grammar file, yacc's knowledge is helpful. # If you have not used yacc before, Racc is not too difficult. # # Here's an example Racc grammar file. # # class Calcparser # rule # target: exp { print val[0] } # # exp: exp '+' exp # | exp '*' exp # | '(' exp ')' # | NUMBER # end # # Racc grammar files resemble yacc files. # But (of course), this is Ruby code. # yacc's $$ is the 'result', $0, $1... is # an array called 'val', and $-1, $-2... is an array called '_values'. # # See the {Grammar File Reference}[rdoc-ref:lib/racc/rdoc/grammar.en.rdoc] for # more information on grammar files. # # == Parser # # Then you must prepare the parse entry method. There are two types of # parse methods in Racc, Racc::Parser#do_parse and Racc::Parser#yyparse # # Racc::Parser#do_parse is simple. # # It's yyparse() of yacc, and Racc::Parser#next_token is yylex(). # This method must returns an array like [TOKENSYMBOL, ITS_VALUE]. # EOF is [false, false]. # (TOKENSYMBOL is a Ruby symbol (taken from String#intern) by default. # If you want to change this, see the grammar reference. # # Racc::Parser#yyparse is little complicated, but useful. # It does not use Racc::Parser#next_token, instead it gets tokens from any iterator. # # For example, <code>yyparse(obj, :scan)</code> causes # calling +obj#scan+, and you can return tokens by yielding them from +obj#scan+. # # == Debugging # # When debugging, "-v" or/and the "-g" option is helpful. # # "-v" creates verbose log file (.output). # "-g" creates a "Verbose Parser". # Verbose Parser prints the internal status when parsing. # But it's _not_ automatic. # You must use -g option and set +@yydebug+ to +true+ in order to get output. # -g option only creates the verbose parser. # # === Racc reported syntax error. # # Isn't there too many "end"? # grammar of racc file is changed in v0.10. # # Racc does not use '%' mark, while yacc uses huge number of '%' marks.. # # === Racc reported "XXXX conflicts". # # Try "racc -v xxxx.y". # It causes producing racc's internal log file, xxxx.output. # # === Generated parsers does not work correctly # # Try "racc -g xxxx.y". # This command let racc generate "debugging parser". # Then set @yydebug=true in your parser. # It produces a working log of your parser. # # == Re-distributing Racc runtime # # A parser, which is created by Racc, requires the Racc runtime module; # racc/parser.rb. # # Ruby 1.8.x comes with Racc runtime module, # you need NOT distribute Racc runtime files. # # If you want to include the Racc runtime module with your parser. # This can be done by using '-E' option: # # $ racc -E -omyparser.rb myparser.y # # This command creates myparser.rb which `includes' Racc runtime. # Only you must do is to distribute your parser file (myparser.rb). # # Note: parser.rb is ruby license, but your parser is not. # Your own parser is completely yours. module Racc unless defined?(Racc_No_Extensions) Racc_No_Extensions = false # :nodoc: end class Parser Racc_Runtime_Version = ::Racc::VERSION Racc_Runtime_Core_Version_R = ::Racc::VERSION begin if Object.const_defined?(:RUBY_ENGINE) and RUBY_ENGINE == 'jruby' require 'jruby' require 'racc/cparse-jruby.jar' com.headius.racc.Cparse.new.load(JRuby.runtime, false) else require 'racc/cparse' end unless new.respond_to?(:_racc_do_parse_c, true) raise LoadError, 'old cparse.so' end if Racc_No_Extensions raise LoadError, 'selecting ruby version of racc runtime core' end Racc_Main_Parsing_Routine = :_racc_do_parse_c # :nodoc: Racc_YY_Parse_Method = :_racc_yyparse_c # :nodoc: Racc_Runtime_Core_Version = Racc_Runtime_Core_Version_C # :nodoc: Racc_Runtime_Type = 'c' # :nodoc: rescue LoadError Racc_Main_Parsing_Routine = :_racc_do_parse_rb Racc_YY_Parse_Method = :_racc_yyparse_rb Racc_Runtime_Core_Version = Racc_Runtime_Core_Version_R Racc_Runtime_Type = 'ruby' end def Parser.racc_runtime_type # :nodoc: Racc_Runtime_Type end def _racc_setup @yydebug = false unless self.class::Racc_debug_parser @yydebug = false unless defined?(@yydebug) if @yydebug @racc_debug_out = $stderr unless defined?(@racc_debug_out) @racc_debug_out ||= $stderr end arg = self.class::Racc_arg arg[13] = true if arg.size < 14 arg end def _racc_init_sysvars @racc_state = [0] @racc_tstack = [] @racc_vstack = [] @racc_t = nil @racc_val = nil @racc_read_next = true @racc_user_yyerror = false @racc_error_status = 0 end # The entry point of the parser. This method is used with #next_token. # If Racc wants to get token (and its value), calls next_token. # # Example: # def parse # @q = [[1,1], # [2,2], # [3,3], # [false, '$']] # do_parse # end # # def next_token # @q.shift # end class_eval <<~RUBY, __FILE__, __LINE__ + 1 def do_parse #{Racc_Main_Parsing_Routine}(_racc_setup(), false) end RUBY # The method to fetch next token. # If you use #do_parse method, you must implement #next_token. # # The format of return value is [TOKEN_SYMBOL, VALUE]. # +token-symbol+ is represented by Ruby's symbol by default, e.g. :IDENT # for 'IDENT'. ";" (String) for ';'. # # The final symbol (End of file) must be false. def next_token raise NotImplementedError, "#{self.class}\#next_token is not defined" end def _racc_do_parse_rb(arg, in_debug) action_table, action_check, action_default, action_pointer, _, _, _, _, _, _, token_table, * = arg _racc_init_sysvars tok = act = i = nil catch(:racc_end_parse) { while true if i = action_pointer[@racc_state[-1]] if @racc_read_next if @racc_t != 0 # not EOF tok, @racc_val = next_token() unless tok # EOF @racc_t = 0 else @racc_t = (token_table[tok] or 1) # error token end racc_read_token(@racc_t, tok, @racc_val) if @yydebug @racc_read_next = false end end i += @racc_t unless i >= 0 and act = action_table[i] and action_check[i] == @racc_state[-1] act = action_default[@racc_state[-1]] end else act = action_default[@racc_state[-1]] end while act = _racc_evalact(act, arg) ; end end } end # Another entry point for the parser. # If you use this method, you must implement RECEIVER#METHOD_ID method. # # RECEIVER#METHOD_ID is a method to get next token. # It must 'yield' the token, which format is [TOKEN-SYMBOL, VALUE]. class_eval <<~RUBY, __FILE__, __LINE__ + 1 def yyparse(recv, mid) #{Racc_YY_Parse_Method}(recv, mid, _racc_setup(), false) end RUBY def _racc_yyparse_rb(recv, mid, arg, c_debug) action_table, action_check, action_default, action_pointer, _, _, _, _, _, _, token_table, * = arg _racc_init_sysvars catch(:racc_end_parse) { until i = action_pointer[@racc_state[-1]] while act = _racc_evalact(action_default[@racc_state[-1]], arg) ; end end recv.__send__(mid) do |tok, val| unless tok @racc_t = 0 else @racc_t = (token_table[tok] or 1) # error token end @racc_val = val @racc_read_next = false i += @racc_t unless i >= 0 and act = action_table[i] and action_check[i] == @racc_state[-1] act = action_default[@racc_state[-1]] end while act = _racc_evalact(act, arg) ; end while !(i = action_pointer[@racc_state[-1]]) || ! @racc_read_next || @racc_t == 0 # $ unless i and i += @racc_t and i >= 0 and act = action_table[i] and action_check[i] == @racc_state[-1] act = action_default[@racc_state[-1]] end while act = _racc_evalact(act, arg) ; end end end } end ### ### common ### def _racc_evalact(act, arg) action_table, action_check, _, action_pointer, _, _, _, _, _, _, _, shift_n, reduce_n, * = arg nerr = 0 # tmp if act > 0 and act < shift_n # # shift # if @racc_error_status > 0 @racc_error_status -= 1 unless @racc_t <= 1 # error token or EOF end @racc_vstack.push @racc_val @racc_state.push act @racc_read_next = true if @yydebug @racc_tstack.push @racc_t racc_shift @racc_t, @racc_tstack, @racc_vstack end elsif act < 0 and act > -reduce_n # # reduce # code = catch(:racc_jump) { @racc_state.push _racc_do_reduce(arg, act) false } if code case code when 1 # yyerror @racc_user_yyerror = true # user_yyerror return -reduce_n when 2 # yyaccept return shift_n else raise '[Racc Bug] unknown jump code' end end elsif act == shift_n # # accept # racc_accept if @yydebug throw :racc_end_parse, @racc_vstack[0] elsif act == -reduce_n # # error # case @racc_error_status when 0 unless arg[21] # user_yyerror nerr += 1 on_error @racc_t, @racc_val, @racc_vstack end when 3 if @racc_t == 0 # is $ # We're at EOF, and another error occurred immediately after # attempting auto-recovery throw :racc_end_parse, nil end @racc_read_next = true end @racc_user_yyerror = false @racc_error_status = 3 while true if i = action_pointer[@racc_state[-1]] i += 1 # error token if i >= 0 and (act = action_table[i]) and action_check[i] == @racc_state[-1] break end end throw :racc_end_parse, nil if @racc_state.size <= 1 @racc_state.pop @racc_vstack.pop if @yydebug @racc_tstack.pop racc_e_pop @racc_state, @racc_tstack, @racc_vstack end end return act else raise "[Racc Bug] unknown action #{act.inspect}" end racc_next_state(@racc_state[-1], @racc_state) if @yydebug nil end def _racc_do_reduce(arg, act) _, _, _, _, goto_table, goto_check, goto_default, goto_pointer, nt_base, reduce_table, _, _, _, use_result, * = arg state = @racc_state vstack = @racc_vstack tstack = @racc_tstack i = act * -3 len = reduce_table[i] reduce_to = reduce_table[i+1] method_id = reduce_table[i+2] void_array = [] tmp_t = tstack[-len, len] if @yydebug tmp_v = vstack[-len, len] tstack[-len, len] = void_array if @yydebug vstack[-len, len] = void_array state[-len, len] = void_array # tstack must be updated AFTER method call if use_result vstack.push __send__(method_id, tmp_v, vstack, tmp_v[0]) else vstack.push __send__(method_id, tmp_v, vstack) end tstack.push reduce_to racc_reduce(tmp_t, reduce_to, tstack, vstack) if @yydebug k1 = reduce_to - nt_base if i = goto_pointer[k1] i += state[-1] if i >= 0 and (curstate = goto_table[i]) and goto_check[i] == k1 return curstate end end goto_default[k1] end # This method is called when a parse error is found. # # ERROR_TOKEN_ID is an internal ID of token which caused error. # You can get string representation of this ID by calling # #token_to_str. # # ERROR_VALUE is a value of error token. # # value_stack is a stack of symbol values. # DO NOT MODIFY this object. # # This method raises ParseError by default. # # If this method returns, parsers enter "error recovering mode". def on_error(t, val, vstack) raise ParseError, sprintf("parse error on value %s (%s)", val.inspect, token_to_str(t) || '?') end # Enter error recovering mode. # This method does not call #on_error. def yyerror throw :racc_jump, 1 end # Exit parser. # Return value is +Symbol_Value_Stack[0]+. def yyaccept throw :racc_jump, 2 end # Leave error recovering mode. def yyerrok @racc_error_status = 0 end # For debugging output def racc_read_token(t, tok, val) @racc_debug_out.print 'read ' @racc_debug_out.print tok.inspect, '(', racc_token2str(t), ') ' @racc_debug_out.puts val.inspect @racc_debug_out.puts end def racc_shift(tok, tstack, vstack) @racc_debug_out.puts "shift #{racc_token2str tok}" racc_print_stacks tstack, vstack @racc_debug_out.puts end def racc_reduce(toks, sim, tstack, vstack) out = @racc_debug_out out.print 'reduce ' if toks.empty? out.print ' <none>' else toks.each {|t| out.print ' ', racc_token2str(t) } end out.puts " --> #{racc_token2str(sim)}" racc_print_stacks tstack, vstack @racc_debug_out.puts end def racc_accept @racc_debug_out.puts 'accept' @racc_debug_out.puts end def racc_e_pop(state, tstack, vstack) @racc_debug_out.puts 'error recovering mode: pop token' racc_print_states state racc_print_stacks tstack, vstack @racc_debug_out.puts end def racc_next_state(curstate, state) @racc_debug_out.puts "goto #{curstate}" racc_print_states state @racc_debug_out.puts end def racc_print_stacks(t, v) out = @racc_debug_out out.print ' [' t.each_index do |i| out.print ' (', racc_token2str(t[i]), ' ', v[i].inspect, ')' end out.puts ' ]' end def racc_print_states(s) out = @racc_debug_out out.print ' [' s.each {|st| out.print ' ', st } out.puts ' ]' end def racc_token2str(tok) self.class::Racc_token_to_s_table[tok] or raise "[Racc Bug] can't convert token #{tok} to string" end # Convert internal ID of token symbol to the string. def token_to_str(t) self.class::Racc_token_to_s_table[t] end end end end ###### racc/parser.rb end class RDoc::RD ## # RD format parser for headings, paragraphs, lists, verbatim sections that # exist as blocks. class BlockParser < Racc::Parser # :stopdoc: MARK_TO_LEVEL = { '=' => 1, '==' => 2, '===' => 3, '====' => 4, '+' => 5, '++' => 6, } # :startdoc: ## # Footnotes for this document attr_reader :footnotes ## # Labels for items in this document attr_reader :labels ## # Path to find included files in attr_accessor :include_path ## # Creates a new RDoc::RD::BlockParser. Use #parse to parse an rd-format # document. def initialize @inline_parser = RDoc::RD::InlineParser.new self @include_path = [] # for testing @footnotes = [] @labels = {} end ## # Parses +src+ and returns an RDoc::Markup::Document. def parse src @src = src @src.push false @footnotes = [] @labels = {} # @i: index(line no.) of src @i = 0 # stack for current indentation @indent_stack = [] # how indented. @current_indent = @indent_stack.join("") # RDoc::RD::BlockParser for tmp src @subparser = nil # which part is in now @in_part = nil @part_content = [] @in_verbatim = false @yydebug = true document = do_parse unless @footnotes.empty? then blankline = document.parts.pop document.parts << RDoc::Markup::Rule.new(1) document.parts.concat @footnotes document.parts.push blankline end document end ## # Returns the next token from the document def next_token # :nodoc: # preprocessing # if it is not in RD part # => method while @in_part != "rd" line = @src[@i] @i += 1 # next line case line # src end when false return [false, false] # RD part begin when /^=begin\s*(?:\bRD\b.*)?\s*$/ if @in_part # if in non-RD part @part_content.push(line) else @in_part = "rd" return [:WHITELINE, "=begin\n"] # <= for textblockand end # non-RD part begin when /^=begin\s+(\w+)/ part = $1 =begin # not imported to RDoc if @in_part # if in non-RD part @part_content.push(line) else @in_part = part if @tree.filter[part] # if filter exists # p "BEGIN_PART: #{@in_part}" # DEBUG end =end @in_part = part # non-RD part end when /^=end(?:$|[\s\0\C-d\C-z])/ if @in_part # if in non-RD part =begin # not imported to RDoc # p "END_PART: #{@in_part}" # DEBUG # make Part-in object part = RDoc::RD::Part.new(@part_content.join(""), @tree, "r") @part_content.clear # call filter, part_out is output(Part object) part_out = @tree.filter[@in_part].call(part) if @tree.filter[@in_part].mode == :rd # if output is RD formatted subtree = parse_subtree(part_out.to_a) else # if output is target formatted basename = Tempfile.create(["rdtmp", ".#{@in_part}"], @tree.tmp_dir) do |tmpfile| tmpfile.print(part_out) File.basename(tmpfile.path) end subtree = parse_subtree(["=begin\n", "<<< #{basename}\n", "=end\n"]) end @in_part = nil return [:SUBTREE, subtree] =end end else =begin # not imported to RDoc if @in_part # if in non-RD part @part_content.push(line) end =end end end @current_indent = @indent_stack.join("") line = @src[@i] case line when false if_current_indent_equal("") do [false, false] end when /^=end/ if_current_indent_equal("") do @in_part = nil [:WHITELINE, "=end"] # MUST CHANGE?? end when /^\s*$/ @i += 1 # next line return [:WHITELINE, ':WHITELINE'] when /^\#/ # comment line @i += 1 # next line self.next_token() when /^(={1,4})(?!=)\s*(?=\S)/, /^(\+{1,2})(?!\+)\s*(?=\S)/ rest = $' # ' rest.strip! mark = $1 if_current_indent_equal("") do return [:HEADLINE, [MARK_TO_LEVEL[mark], rest]] end when /^<<<\s*(\S+)/ file = $1 if_current_indent_equal("") do suffix = file[-3 .. -1] if suffix == ".rd" or suffix == ".rb" subtree = parse_subtree(get_included(file)) [:SUBTREE, subtree] else [:INCLUDE, file] end end when /^(\s*)\*(\s*)/ rest = $' # ' newIndent = $2 if_current_indent_equal($1) do if @in_verbatim [:STRINGLINE, line] else @indent_stack.push("\s" + newIndent) [:ITEMLISTLINE, rest] end end when /^(\s*)(\(\d+\))(\s*)/ rest = $' # ' mark = $2 newIndent = $3 if_current_indent_equal($1) do if @in_verbatim [:STRINGLINE, line] else @indent_stack.push("\s" * mark.size + newIndent) [:ENUMLISTLINE, rest] end end when /^(\s*):(\s*)/ rest = $' # ' newIndent = $2 if_current_indent_equal($1) do if @in_verbatim [:STRINGLINE, line] else @indent_stack.push("\s#{$2}") [:DESCLISTLINE, rest] end end when /^(\s*)---(?!-|\s*$)/ indent = $1 rest = $' /\s*/ === rest term = $' new_indent = $& if_current_indent_equal(indent) do if @in_verbatim [:STRINGLINE, line] else @indent_stack.push("\s\s\s" + new_indent) [:METHODLISTLINE, term] end end when /^(\s*)/ if_current_indent_equal($1) do [:STRINGLINE, line] end else raise "[BUG] parsing error may occurred." end end ## # Yields to the given block if +indent+ matches the current indent, otherwise # an indentation token is processed. def if_current_indent_equal(indent) indent = indent.sub(/\t/, "\s" * 8) if @current_indent == indent @i += 1 # next line yield elsif indent.index(@current_indent) == 0 @indent_stack.push(indent[@current_indent.size .. -1]) [:INDENT, ":INDENT"] else @indent_stack.pop [:DEDENT, ":DEDENT"] end end private :if_current_indent_equal ## # Cuts off excess whitespace in +src+ def cut_off(src) ret = [] whiteline_buf = [] line = src.shift /^\s*/ =~ line indent = Regexp.quote($&) ret.push($') while line = src.shift if /^(\s*)$/ =~ line whiteline_buf.push(line) elsif /^#{indent}/ =~ line unless whiteline_buf.empty? ret.concat(whiteline_buf) whiteline_buf.clear end ret.push($') else raise "[BUG]: probably Parser Error while cutting off.\n" end end ret end private :cut_off def set_term_to_element(parent, term) # parent.set_term_under_document_struct(term, @tree.document_struct) parent.set_term_without_document_struct(term) end private :set_term_to_element ## # Raises a ParseError when invalid formatting is found def on_error(et, ev, _values) prv, cur, nxt = format_line_num(@i, @i+1, @i+2) raise ParseError, <<Msg RD syntax error: line #{@i+1}: #{prv} |#{@src[@i-1].chomp} #{cur}=>|#{@src[@i].chomp} #{nxt} |#{@src[@i+1].chomp} Msg end ## # Current line number def line_index @i end ## # Parses subtree +src+ def parse_subtree src @subparser ||= RDoc::RD::BlockParser.new @subparser.parse src end private :parse_subtree ## # Retrieves the content for +file+ from the include_path def get_included(file) included = [] @include_path.each do |dir| file_name = File.join dir, file if File.exist? file_name then included = File.readlines file_name break end end included end private :get_included ## # Formats line numbers +line_numbers+ prettily def format_line_num(*line_numbers) width = line_numbers.collect{|i| i.to_s.length }.max line_numbers.collect{|i| sprintf("%#{width}d", i) } end private :format_line_num ## # Retrieves the content of +values+ as a single String def content values values.map { |value| value.content }.join end ## # Creates a paragraph for +value+ def paragraph value content = cut_off(value).join(' ').rstrip contents = @inline_parser.parse content RDoc::Markup::Paragraph.new(*contents) end ## # Adds footnote +content+ to the document def add_footnote content index = @footnotes.length / 2 + 1 footmark_link = "{^#{index}}[rdoc-label:footmark-#{index}:foottext-#{index}]" @footnotes << RDoc::Markup::Paragraph.new(footmark_link, ' ', *content) @footnotes << RDoc::Markup::BlankLine.new index end ## # Adds label +label+ to the document def add_label label @labels[label] = true label end # :stopdoc: ##### State transition tables begin ### racc_action_table = [ 34, 35, 30, 33, 40, 34, 35, 30, 33, 40, 65, 34, 35, 30, 33, 14, 73, 36, 38, 34, 15, 88, 34, 35, 30, 33, 14, 9, 10, 11, 12, 15, 34, 35, 30, 33, 14, 9, 10, 11, 12, 15, 34, 35, 30, 33, 35, 47, 30, 54, 33, 15, 34, 35, 30, 33, 54, 47, 14, 14, 59, 15, 34, 35, 30, 33, 14, 73, 67, 76, 77, 15, 34, 35, 30, 33, 14, 73, 54, 81, 38, 15, 34, 35, 30, 33, 14, 73, 38, 40, 83, 15, 34, 35, 30, 33, 14, 73, nil, nil, nil, 15, 34, 35, 30, 33, 14, 73, nil, nil, nil, 15, 34, 35, 30, 33, 14, 73, nil, nil, nil, 15, 34, 35, 30, 33, 14, 73, nil, nil, nil, 15, 34, 35, 30, 33, 14, 73, nil, nil, nil, 15, 34, 35, 30, 33, 14, 73, 61, 63, nil, 15, 14, 62, 60, 61, 63, 79, 61, 63, 62, 87, nil, 62, 34, 35, 30, 33 ] racc_action_check = [ 41, 41, 41, 41, 41, 15, 15, 15, 15, 15, 41, 86, 86, 86, 86, 86, 86, 1, 13, 22, 86, 86, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 24, 24, 24, 24, 25, 24, 28, 30, 31, 24, 27, 27, 27, 27, 33, 27, 34, 35, 36, 27, 45, 45, 45, 45, 45, 45, 44, 49, 51, 45, 46, 46, 46, 46, 46, 46, 54, 56, 57, 46, 47, 47, 47, 47, 47, 47, 58, 62, 66, 47, 68, 68, 68, 68, 68, 68, nil, nil, nil, 68, 74, 74, 74, 74, 74, 74, nil, nil, nil, 74, 75, 75, 75, 75, 75, 75, nil, nil, nil, 75, 78, 78, 78, 78, 78, 78, nil, nil, nil, 78, 79, 79, 79, 79, 79, 79, nil, nil, nil, 79, 85, 85, 85, 85, 85, 85, 39, 39, nil, 85, 52, 39, 39, 82, 82, 52, 64, 64, 82, 82, nil, 64, 20, 20, 20, 20 ] racc_action_pointer = [ 19, 17, 29, nil, nil, nil, nil, nil, nil, nil, nil, nil, nil, 11, nil, 2, nil, nil, nil, nil, 161, nil, 16, nil, 39, 42, nil, 49, 43, nil, 41, 44, nil, 48, 51, 52, 60, nil, nil, 141, nil, -3, nil, nil, 55, 59, 69, 79, nil, 56, nil, 57, 145, nil, 70, nil, 66, 73, 81, nil, nil, nil, 82, nil, 151, nil, 77, nil, 89, nil, nil, nil, nil, nil, 99, 109, nil, nil, 119, 129, nil, nil, 148, nil, nil, 139, 8, nil, nil ] racc_action_default = [ -2, -73, -1, -4, -5, -6, -7, -8, -9, -10, -11, -12, -13, -14, -16, -73, -23, -24, -25, -26, -27, -31, -32, -34, -72, -36, -38, -72, -40, -42, -59, -44, -46, -59, -63, -65, -73, -3, -15, -73, -22, -73, -30, -33, -73, -69, -70, -71, -37, -73, -41, -73, -51, -58, -61, -45, -73, -62, -64, 89, -17, -19, -73, -21, -18, -28, -73, -35, -66, -53, -54, -55, -56, -57, -67, -68, -39, -43, -49, -73, -60, -47, -73, -29, -52, -48, -73, -20, -50 ] racc_goto_table = [ 4, 39, 4, 68, 74, 75, 5, 6, 5, 6, 44, 42, 51, 49, 3, 56, 37, 57, 58, 1, 2, 66, 84, 41, 43, 48, 50, 64, 84, 84, 45, 46, 42, 45, 46, 55, 85, 86, 80, 84, 84, nil, nil, nil, nil, nil, nil, nil, 82, nil, nil, nil, 78 ] racc_goto_check = [ 4, 10, 4, 31, 31, 31, 5, 6, 5, 6, 21, 12, 27, 21, 3, 27, 3, 9, 9, 1, 2, 11, 32, 17, 19, 23, 26, 10, 32, 32, 5, 6, 12, 5, 6, 29, 31, 31, 33, 32, 32, nil, nil, nil, nil, nil, nil, nil, 10, nil, nil, nil, 4 ] racc_goto_pointer = [ nil, 19, 20, 14, 0, 6, 7, nil, nil, -17, -14, -20, -9, nil, nil, nil, nil, 8, nil, 2, nil, -14, nil, 0, nil, nil, -2, -18, nil, 4, nil, -42, -46, -16 ] racc_goto_default = [ nil, nil, nil, nil, 70, 71, 72, 7, 8, 13, nil, nil, 21, 16, 17, 18, 19, 20, 22, 23, 24, nil, 25, 26, 27, 28, 29, nil, 31, 32, 52, nil, 69, 53 ] racc_reduce_table = [ 0, 0, :racc_error, 1, 15, :_reduce_1, 0, 15, :_reduce_2, 2, 16, :_reduce_3, 1, 16, :_reduce_4, 1, 17, :_reduce_5, 1, 17, :_reduce_6, 1, 17, :_reduce_none, 1, 17, :_reduce_8, 1, 17, :_reduce_9, 1, 17, :_reduce_10, 1, 17, :_reduce_11, 1, 21, :_reduce_12, 1, 22, :_reduce_13, 1, 18, :_reduce_14, 2, 23, :_reduce_15, 1, 23, :_reduce_16, 3, 19, :_reduce_17, 1, 25, :_reduce_18, 2, 24, :_reduce_19, 4, 24, :_reduce_20, 2, 24, :_reduce_21, 1, 24, :_reduce_22, 1, 26, :_reduce_none, 1, 26, :_reduce_none, 1, 26, :_reduce_none, 1, 26, :_reduce_none, 1, 20, :_reduce_27, 3, 20, :_reduce_28, 4, 20, :_reduce_29, 2, 31, :_reduce_30, 1, 31, :_reduce_31, 1, 27, :_reduce_32, 2, 32, :_reduce_33, 1, 32, :_reduce_34, 3, 33, :_reduce_35, 1, 28, :_reduce_36, 2, 36, :_reduce_37, 1, 36, :_reduce_38, 3, 37, :_reduce_39, 1, 29, :_reduce_40, 2, 39, :_reduce_41, 1, 39, :_reduce_42, 3, 40, :_reduce_43, 1, 30, :_reduce_44, 2, 42, :_reduce_45, 1, 42, :_reduce_46, 3, 43, :_reduce_47, 3, 41, :_reduce_48, 2, 41, :_reduce_49, 4, 41, :_reduce_50, 1, 41, :_reduce_51, 2, 45, :_reduce_52, 1, 45, :_reduce_none, 1, 46, :_reduce_54, 1, 46, :_reduce_55, 1, 46, :_reduce_none, 1, 46, :_reduce_57, 1, 44, :_reduce_none, 0, 44, :_reduce_none, 2, 47, :_reduce_none, 1, 47, :_reduce_none, 2, 34, :_reduce_62, 1, 34, :_reduce_63, 2, 38, :_reduce_64, 1, 38, :_reduce_65, 2, 35, :_reduce_66, 2, 35, :_reduce_67, 2, 35, :_reduce_68, 1, 35, :_reduce_69, 1, 35, :_reduce_none, 1, 35, :_reduce_71, 0, 35, :_reduce_72 ] racc_reduce_n = 73 racc_shift_n = 89 racc_token_table = { false => 0, :error => 1, :DUMMY => 2, :ITEMLISTLINE => 3, :ENUMLISTLINE => 4, :DESCLISTLINE => 5, :METHODLISTLINE => 6, :STRINGLINE => 7, :WHITELINE => 8, :SUBTREE => 9, :HEADLINE => 10, :INCLUDE => 11, :INDENT => 12, :DEDENT => 13 } racc_nt_base = 14 racc_use_result_var = true Racc_arg = [ racc_action_table, racc_action_check, racc_action_default, racc_action_pointer, racc_goto_table, racc_goto_check, racc_goto_default, racc_goto_pointer, racc_nt_base, racc_reduce_table, racc_token_table, racc_shift_n, racc_reduce_n, racc_use_result_var ] Ractor.make_shareable(Racc_arg) if defined?(Ractor) Racc_token_to_s_table = [ "$end", "error", "DUMMY", "ITEMLISTLINE", "ENUMLISTLINE", "DESCLISTLINE", "METHODLISTLINE", "STRINGLINE", "WHITELINE", "SUBTREE", "HEADLINE", "INCLUDE", "INDENT", "DEDENT", "$start", "document", "blocks", "block", "textblock", "verbatim", "lists", "headline", "include", "textblockcontent", "verbatimcontent", "verbatim_after_lists", "list", "itemlist", "enumlist", "desclist", "methodlist", "lists2", "itemlistitems", "itemlistitem", "first_textblock_in_itemlist", "other_blocks_in_list", "enumlistitems", "enumlistitem", "first_textblock_in_enumlist", "desclistitems", "desclistitem", "description_part", "methodlistitems", "methodlistitem", "whitelines", "blocks_in_list", "block_in_list", "whitelines2" ] Ractor.make_shareable(Racc_token_to_s_table) if defined?(Ractor) Racc_debug_parser = false ##### State transition tables end ##### # reduce 0 omitted def _reduce_1(val, _values, result) result = RDoc::Markup::Document.new(*val[0]) result end def _reduce_2(val, _values, result) raise ParseError, "file empty" result end def _reduce_3(val, _values, result) result = val[0].concat val[1] result end def _reduce_4(val, _values, result) result = val[0] result end def _reduce_5(val, _values, result) result = val result end def _reduce_6(val, _values, result) result = val result end # reduce 7 omitted def _reduce_8(val, _values, result) result = val result end def _reduce_9(val, _values, result) result = val result end def _reduce_10(val, _values, result) result = [RDoc::Markup::BlankLine.new] result end def _reduce_11(val, _values, result) result = val[0].parts result end def _reduce_12(val, _values, result) # val[0] is like [level, title] title = @inline_parser.parse(val[0][1]) result = RDoc::Markup::Heading.new(val[0][0], title) result end def _reduce_13(val, _values, result) result = RDoc::Markup::Include.new val[0], @include_path result end def _reduce_14(val, _values, result) # val[0] is Array of String result = paragraph val[0] result end def _reduce_15(val, _values, result) result << val[1].rstrip result end def _reduce_16(val, _values, result) result = [val[0].rstrip] result end def _reduce_17(val, _values, result) # val[1] is Array of String content = cut_off val[1] result = RDoc::Markup::Verbatim.new(*content) # imform to lexer. @in_verbatim = false result end def _reduce_18(val, _values, result) # val[0] is Array of String content = cut_off val[0] result = RDoc::Markup::Verbatim.new(*content) # imform to lexer. @in_verbatim = false result end def _reduce_19(val, _values, result) result << val[1] result end def _reduce_20(val, _values, result) result.concat val[2] result end def _reduce_21(val, _values, result) result << "\n" result end def _reduce_22(val, _values, result) result = val # inform to lexer. @in_verbatim = true result end # reduce 23 omitted # reduce 24 omitted # reduce 25 omitted # reduce 26 omitted def _reduce_27(val, _values, result) result = val[0] result end def _reduce_28(val, _values, result) result = val[1] result end def _reduce_29(val, _values, result) result = val[1].push(val[2]) result end def _reduce_30(val, _values, result) result = val[0] << val[1] result end def _reduce_31(val, _values, result) result = [val[0]] result end def _reduce_32(val, _values, result) result = RDoc::Markup::List.new :BULLET, *val[0] result end def _reduce_33(val, _values, result) result.push(val[1]) result end def _reduce_34(val, _values, result) result = val result end def _reduce_35(val, _values, result) result = RDoc::Markup::ListItem.new nil, val[0], *val[1] result end def _reduce_36(val, _values, result) result = RDoc::Markup::List.new :NUMBER, *val[0] result end def _reduce_37(val, _values, result) result.push(val[1]) result end def _reduce_38(val, _values, result) result = val result end def _reduce_39(val, _values, result) result = RDoc::Markup::ListItem.new nil, val[0], *val[1] result end def _reduce_40(val, _values, result) result = RDoc::Markup::List.new :NOTE, *val[0] result end def _reduce_41(val, _values, result) result.push(val[1]) result end def _reduce_42(val, _values, result) result = val result end def _reduce_43(val, _values, result) term = @inline_parser.parse val[0].strip result = RDoc::Markup::ListItem.new term, *val[1] result end def _reduce_44(val, _values, result) result = RDoc::Markup::List.new :LABEL, *val[0] result end def _reduce_45(val, _values, result) result.push(val[1]) result end def _reduce_46(val, _values, result) result = val result end def _reduce_47(val, _values, result) result = RDoc::Markup::ListItem.new "<tt>#{val[0].strip}</tt>", *val[1] result end def _reduce_48(val, _values, result) result = [val[1]].concat(val[2]) result end def _reduce_49(val, _values, result) result = [val[1]] result end def _reduce_50(val, _values, result) result = val[2] result end def _reduce_51(val, _values, result) result = [] result end def _reduce_52(val, _values, result) result.concat val[1] result end # reduce 53 omitted def _reduce_54(val, _values, result) result = val result end def _reduce_55(val, _values, result) result = val result end # reduce 56 omitted def _reduce_57(val, _values, result) result = [] result end # reduce 58 omitted # reduce 59 omitted # reduce 60 omitted # reduce 61 omitted def _reduce_62(val, _values, result) result = paragraph [val[0]].concat(val[1]) result end def _reduce_63(val, _values, result) result = paragraph [val[0]] result end def _reduce_64(val, _values, result) result = paragraph [val[0]].concat(val[1]) result end def _reduce_65(val, _values, result) result = paragraph [val[0]] result end def _reduce_66(val, _values, result) result = [val[0]].concat(val[1]) result end def _reduce_67(val, _values, result) result.concat val[1] result end def _reduce_68(val, _values, result) result = val[1] result end def _reduce_69(val, _values, result) result = val result end # reduce 70 omitted def _reduce_71(val, _values, result) result = [] result end def _reduce_72(val, _values, result) result = [] result end def _reduce_none(val, _values, result) val[0] end end # class BlockParser end PK )J [$翫� � 1 share/gems/gems/rdoc-6.10.0/lib/rdoc/rd/inline.rbnu �[��� # frozen_string_literal: true ## # Inline keeps track of markup and labels to create proper links. class RDoc::RD::Inline ## # The text of the reference attr_reader :reference ## # The markup of this reference in RDoc format attr_reader :rdoc ## # Creates a new Inline for +rdoc+ and +reference+. # # +rdoc+ may be another Inline or a String. If +reference+ is not given it # will use the text from +rdoc+. def self.new rdoc, reference = rdoc if self === rdoc and reference.equal? rdoc then rdoc else super end end ## # Initializes the Inline with +rdoc+ and +inline+ def initialize rdoc, reference # :not-new: @reference = reference.equal?(rdoc) ? reference.dup : reference # unpack @reference = @reference.reference if self.class === @reference @rdoc = rdoc end def == other # :nodoc: self.class === other and @reference == other.reference and @rdoc == other.rdoc end ## # Appends +more+ to this inline. +more+ may be a String or another Inline. def append more case more when String then @reference += more @rdoc += more when RDoc::RD::Inline then @reference += more.reference @rdoc += more.rdoc else raise "unknown thingy #{more}" end self end def inspect # :nodoc: "(inline: #{self})" end alias to_s rdoc # :nodoc: end PK )J [`�1 �% �% 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object.rbnu �[��� # frozen_string_literal: true ## # Base class for the RDoc code tree. # # We contain the common stuff for contexts (which are containers) and other # elements (methods, attributes and so on) # # Here's the tree of the CodeObject subclasses: # # * RDoc::Context # * RDoc::TopLevel # * RDoc::ClassModule # * RDoc::AnonClass (never used so far) # * RDoc::NormalClass # * RDoc::NormalModule # * RDoc::SingleClass # * RDoc::MethodAttr # * RDoc::Attr # * RDoc::AnyMethod # * RDoc::GhostMethod # * RDoc::MetaMethod # * RDoc::Alias # * RDoc::Constant # * RDoc::Mixin # * RDoc::Require # * RDoc::Include class RDoc::CodeObject include RDoc::Text ## # Our comment attr_reader :comment ## # Do we document our children? attr_reader :document_children ## # Do we document ourselves? attr_reader :document_self ## # Are we done documenting (ie, did we come across a :enddoc:)? attr_reader :done_documenting ## # Which file this code object was defined in attr_reader :file ## # Force documentation of this CodeObject attr_reader :force_documentation ## # Line in #file where this CodeObject was defined attr_accessor :line ## # Hash of arbitrary metadata for this CodeObject attr_reader :metadata ## # Sets the parent CodeObject attr_writer :parent ## # Did we ever receive a +:nodoc:+ directive? attr_reader :received_nodoc ## # Set the section this CodeObject is in attr_writer :section ## # The RDoc::Store for this object. attr_reader :store ## # We are the model of the code, but we know that at some point we will be # worked on by viewers. By implementing the Viewable protocol, viewers can # associated themselves with these objects. attr_accessor :viewer ## # When mixed-in to a class, this points to the Context in which it was originally defined. attr_accessor :mixin_from ## # Creates a new CodeObject that will document itself and its children def initialize @metadata = {} @comment = '' @parent = nil @parent_name = nil # for loading @parent_class = nil # for loading @section = nil @section_title = nil # for loading @file = nil @full_name = nil @store = nil @track_visibility = true @mixin_from = nil initialize_visibility end ## # Initializes state for visibility of this CodeObject and its children. def initialize_visibility # :nodoc: @document_children = true @document_self = true @done_documenting = false @force_documentation = false @received_nodoc = false @ignored = false @suppressed = false @track_visibility = true end ## # Replaces our comment with +comment+, unless it is empty. def comment=(comment) @comment = case comment when NilClass then '' when RDoc::Markup::Document then comment when RDoc::Comment then comment.normalize else if comment and not comment.empty? then normalize_comment comment else # HACK correct fix is to have #initialize create @comment # with the correct encoding if String === @comment and @comment.empty? then @comment = RDoc::Encoding.change_encoding @comment, comment.encoding end @comment end end end ## # Should this CodeObject be displayed in output? # # A code object should be displayed if: # # * The item didn't have a nodoc or wasn't in a container that had nodoc # * The item wasn't ignored # * The item has documentation and was not suppressed def display? @document_self and not @ignored and (documented? or not @suppressed) end ## # Enables or disables documentation of this CodeObject's children unless it # has been turned off by :enddoc: def document_children=(document_children) return unless @track_visibility @document_children = document_children unless @done_documenting end ## # Enables or disables documentation of this CodeObject unless it has been # turned off by :enddoc:. If the argument is +nil+ it means the # documentation is turned off by +:nodoc:+. def document_self=(document_self) return unless @track_visibility return if @done_documenting @document_self = document_self @received_nodoc = true if document_self.nil? end ## # Does this object have a comment with content or is #received_nodoc true? def documented? @received_nodoc or !@comment.empty? end ## # Turns documentation on/off, and turns on/off #document_self # and #document_children. # # Once documentation has been turned off (by +:enddoc:+), # the object will refuse to turn #document_self or # #document_children on, so +:doc:+ and +:start_doc:+ directives # will have no effect in the current file. def done_documenting=(value) return unless @track_visibility @done_documenting = value @document_self = !value @document_children = @document_self end ## # Yields each parent of this CodeObject. See also # RDoc::ClassModule#each_ancestor def each_parent code_object = self while code_object = code_object.parent do yield code_object end self end ## # File name where this CodeObject was found. # # See also RDoc::Context#in_files def file_name return unless @file @file.absolute_name end ## # Force the documentation of this object unless documentation # has been turned off by :enddoc: #-- # HACK untested, was assigning to an ivar def force_documentation=(value) @force_documentation = value unless @done_documenting end ## # Sets the full_name overriding any computed full name. # # Set to +nil+ to clear RDoc's cached value def full_name= full_name @full_name = full_name end ## # Use this to ignore a CodeObject and all its children until found again # (#record_location is called). An ignored item will not be displayed in # documentation. # # See github issue #55 # # The ignored status is temporary in order to allow implementation details # to be hidden. At the end of processing a file RDoc allows all classes # and modules to add new documentation to previously created classes. # # If a class was ignored (via stopdoc) then reopened later with additional # documentation it should be displayed. If a class was ignored and never # reopened it should not be displayed. The ignore flag allows this to # occur. def ignore return unless @track_visibility @ignored = true stop_doc end ## # Has this class been ignored? # # See also #ignore def ignored? @ignored end ## # The options instance from the store this CodeObject is attached to, or a # default options instance if the CodeObject is not attached. # # This is used by Text#snippet def options if @store and @store.rdoc then @store.rdoc.options else RDoc::Options.new end end ## # Our parent CodeObject. The parent may be missing for classes loaded from # legacy RI data stores. def parent return @parent if @parent return nil unless @parent_name if @parent_class == RDoc::TopLevel then @parent = @store.add_file @parent_name else @parent = @store.find_class_or_module @parent_name return @parent if @parent begin @parent = @store.load_class @parent_name rescue RDoc::Store::MissingFileError nil end end end ## # File name of our parent def parent_file_name @parent ? @parent.base_name : '(unknown)' end ## # Name of our parent def parent_name @parent ? @parent.full_name : '(unknown)' end ## # Records the RDoc::TopLevel (file) where this code object was defined def record_location top_level @ignored = false @suppressed = false @file = top_level end ## # The section this CodeObject is in. Sections allow grouping of constants, # attributes and methods inside a class or module. def section return @section if @section @section = parent.add_section @section_title if parent end ## # Enable capture of documentation unless documentation has been # turned off by :enddoc: def start_doc return if @done_documenting @document_self = true @document_children = true @ignored = false @suppressed = false end ## # Disable capture of documentation def stop_doc return unless @track_visibility @document_self = false @document_children = false end ## # Sets the +store+ that contains this CodeObject def store= store @store = store return unless @track_visibility if :nodoc == options.visibility then initialize_visibility @track_visibility = false end end ## # Use this to suppress a CodeObject and all its children until the next file # it is seen in or documentation is discovered. A suppressed item with # documentation will be displayed while an ignored item with documentation # may not be displayed. def suppress return unless @track_visibility @suppressed = true stop_doc end ## # Has this class been suppressed? # # See also #suppress def suppressed? @suppressed end end PK )J [�'�v v * share/gems/gems/rdoc-6.10.0/lib/rdoc/ri.rbnu �[��� # frozen_string_literal: true require_relative '../rdoc' ## # Namespace for the ri command line tool's implementation. # # See <tt>ri --help</tt> for details. module RDoc::RI ## # Base RI error class class Error < RDoc::Error; end autoload :Driver, "#{__dir__}/ri/driver" autoload :Paths, "#{__dir__}/ri/paths" autoload :Store, "#{__dir__}/ri/store" end PK )J ['ខU U - share/gems/gems/rdoc-6.10.0/lib/rdoc/erbio.rbnu �[��� # frozen_string_literal: true require 'erb' ## # A subclass of ERB that writes directly to an IO. Credit to Aaron Patterson # and Masatoshi SEKI. # # To use: # # erbio = RDoc::ERBIO.new '<%= "hello world" %>', nil, nil # # File.open 'hello.txt', 'w' do |io| # erbio.result binding # end # # Note that binding must enclose the io you wish to output on. class RDoc::ERBIO < ERB ## # Defaults +eoutvar+ to 'io', otherwise is identical to ERB's initialize def initialize str, trim_mode: nil, eoutvar: 'io' super(str, trim_mode: trim_mode, eoutvar: eoutvar) end ## # Instructs +compiler+ how to write to +io_variable+ def set_eoutvar compiler, io_variable compiler.put_cmd = "#{io_variable}.write" compiler.insert_cmd = "#{io_variable}.write" compiler.pre_cmd = [] compiler.post_cmd = [] end end PK )J [ѓ#R�) �) - share/gems/gems/rdoc-6.10.0/lib/rdoc/stats.rbnu �[��� # frozen_string_literal: true ## # RDoc statistics collector which prints a summary and report of a project's # documentation totals. class RDoc::Stats include RDoc::Text ## # Output level for the coverage report attr_reader :coverage_level ## # Count of files parsed during parsing attr_reader :files_so_far ## # Total number of files found attr_reader :num_files ## # Creates a new Stats that will have +num_files+. +verbosity+ defaults to 1 # which will create an RDoc::Stats::Normal outputter. def initialize store, num_files, verbosity = 1 @num_files = num_files @store = store @coverage_level = 0 @doc_items = nil @files_so_far = 0 @fully_documented = false @num_params = 0 @percent_doc = nil @start = Time.now @undoc_params = 0 @display = case verbosity when 0 then Quiet.new num_files when 1 then Normal.new num_files else Verbose.new num_files end end ## # Records the parsing of an alias +as+. def add_alias as @display.print_alias as end ## # Records the parsing of an attribute +attribute+ def add_attribute attribute @display.print_attribute attribute end ## # Records the parsing of a class +klass+ def add_class klass @display.print_class klass end ## # Records the parsing of +constant+ def add_constant constant @display.print_constant constant end ## # Records the parsing of +file+ def add_file(file) @files_so_far += 1 @display.print_file @files_so_far, file end ## # Records the parsing of +method+ def add_method(method) @display.print_method method end ## # Records the parsing of a module +mod+ def add_module(mod) @display.print_module mod end ## # Call this to mark the beginning of parsing for display purposes def begin_adding @display.begin_adding end ## # Calculates documentation totals and percentages for classes, modules, # constants, attributes and methods. def calculate return if @doc_items ucm = @store.unique_classes_and_modules classes = @store.unique_classes.reject { |cm| cm.full_name == 'Object' } constants = [] ucm.each { |cm| constants.concat cm.constants } methods = [] ucm.each { |cm| methods.concat cm.method_list } attributes = [] ucm.each { |cm| attributes.concat cm.attributes } @num_attributes, @undoc_attributes = doc_stats attributes @num_classes, @undoc_classes = doc_stats classes @num_constants, @undoc_constants = doc_stats constants @num_methods, @undoc_methods = doc_stats methods @num_modules, @undoc_modules = doc_stats @store.unique_modules @num_items = @num_attributes + @num_classes + @num_constants + @num_methods + @num_modules + @num_params @undoc_items = @undoc_attributes + @undoc_classes + @undoc_constants + @undoc_methods + @undoc_modules + @undoc_params @doc_items = @num_items - @undoc_items end ## # Sets coverage report level. Accepted values are: # # false or nil:: No report # 0:: Classes, modules, constants, attributes, methods # 1:: Level 0 + method parameters def coverage_level= level level = -1 unless level @coverage_level = level end ## # Returns the length and number of undocumented items in +collection+. def doc_stats collection visible = collection.select { |item| item.display? } [visible.length, visible.count { |item| not item.documented? }] end ## # Call this to mark the end of parsing for display purposes def done_adding @display.done_adding end ## # The documentation status of this project. +true+ when 100%, +false+ when # less than 100% and +nil+ when unknown. # # Set by calling #calculate def fully_documented? @fully_documented end ## # A report that says you did a great job! def great_job report = RDoc::Markup::Document.new report << RDoc::Markup::Paragraph.new('100% documentation!') report << RDoc::Markup::Paragraph.new('Great Job!') report end ## # Calculates the percentage of items documented. def percent_doc return @percent_doc if @percent_doc @fully_documented = (@num_items - @doc_items) == 0 @percent_doc = @doc_items.to_f / @num_items * 100 if @num_items.nonzero? @percent_doc ||= 0 @percent_doc end ## # Returns a report on which items are not documented def report if @coverage_level > 0 then extend RDoc::Text end if @coverage_level.zero? then calculate return great_job if @num_items == @doc_items end ucm = @store.unique_classes_and_modules report = RDoc::Markup::Document.new report << RDoc::Markup::Paragraph.new('The following items are not documented:') report << RDoc::Markup::BlankLine.new ucm.sort.each do |cm| body = report_class_module(cm) { [ report_constants(cm), report_attributes(cm), report_methods(cm), ].compact } report << body if body end if @coverage_level > 0 then calculate return great_job if @num_items == @doc_items end report end ## # Returns a report on undocumented attributes in ClassModule +cm+ def report_attributes cm return if cm.attributes.empty? report = [] cm.each_attribute do |attr| next if attr.documented? line = attr.line ? ":#{attr.line}" : nil report << " #{attr.definition} :#{attr.name} # in file #{attr.file.full_name}#{line}\n" report << "\n" end report end ## # Returns a report on undocumented items in ClassModule +cm+ def report_class_module cm return if cm.fully_documented? and @coverage_level.zero? return unless cm.display? report = RDoc::Markup::Document.new if cm.in_files.empty? then report << RDoc::Markup::Paragraph.new("#{cm.definition} is referenced but empty.") report << RDoc::Markup::Paragraph.new("It probably came from another project. I'm sorry I'm holding it against you.") return report elsif cm.documented? then documented = true klass = RDoc::Markup::Verbatim.new("#{cm.definition} # is documented\n") else report << RDoc::Markup::Paragraph.new('In files:') list = RDoc::Markup::List.new :BULLET cm.in_files.each do |file| para = RDoc::Markup::Paragraph.new file.full_name list << RDoc::Markup::ListItem.new(nil, para) end report << list report << RDoc::Markup::BlankLine.new klass = RDoc::Markup::Verbatim.new("#{cm.definition}\n") end klass << "\n" body = yield.flatten # HACK remove #flatten if body.empty? then return if documented klass.parts.pop else klass.parts.concat body end klass << "end\n" report << klass report end ## # Returns a report on undocumented constants in ClassModule +cm+ def report_constants cm return if cm.constants.empty? report = [] cm.each_constant do |constant| # TODO constant aliases are listed in the summary but not reported # figure out what to do here next if constant.documented? || constant.is_alias_for line = constant.line ? ":#{constant.line}" : line report << " # in file #{constant.file.full_name}#{line}\n" report << " #{constant.name} = nil\n" report << "\n" end report end ## # Returns a report on undocumented methods in ClassModule +cm+ def report_methods cm return if cm.method_list.empty? report = [] cm.each_method do |method| next if method.documented? and @coverage_level.zero? if @coverage_level > 0 then params, undoc = undoc_params method @num_params += params unless undoc.empty? then @undoc_params += undoc.length undoc = undoc.map do |param| "+#{param}+" end param_report = " # #{undoc.join ', '} is not documented\n" end end next if method.documented? and not param_report line = method.line ? ":#{method.line}" : nil scope = method.singleton ? 'self.' : nil report << " # in file #{method.file.full_name}#{line}\n" report << param_report if param_report report << " def #{scope}#{method.name}#{method.params}; end\n" report << "\n" end report end ## # Returns a summary of the collected statistics. def summary calculate num_width = [@num_files, @num_items].max.to_s.length undoc_width = [ @undoc_attributes, @undoc_classes, @undoc_constants, @undoc_items, @undoc_methods, @undoc_modules, @undoc_params, ].max.to_s.length report = RDoc::Markup::Verbatim.new report << "Files: %*d\n" % [num_width, @num_files] report << "\n" report << "Classes: %*d (%*d undocumented)\n" % [ num_width, @num_classes, undoc_width, @undoc_classes] report << "Modules: %*d (%*d undocumented)\n" % [ num_width, @num_modules, undoc_width, @undoc_modules] report << "Constants: %*d (%*d undocumented)\n" % [ num_width, @num_constants, undoc_width, @undoc_constants] report << "Attributes: %*d (%*d undocumented)\n" % [ num_width, @num_attributes, undoc_width, @undoc_attributes] report << "Methods: %*d (%*d undocumented)\n" % [ num_width, @num_methods, undoc_width, @undoc_methods] report << "Parameters: %*d (%*d undocumented)\n" % [ num_width, @num_params, undoc_width, @undoc_params] if @coverage_level > 0 report << "\n" report << "Total: %*d (%*d undocumented)\n" % [ num_width, @num_items, undoc_width, @undoc_items] report << "%6.2f%% documented\n" % percent_doc report << "\n" report << "Elapsed: %0.1fs\n" % (Time.now - @start) RDoc::Markup::Document.new report end ## # Determines which parameters in +method+ were not documented. Returns a # total parameter count and an Array of undocumented methods. def undoc_params method @formatter ||= RDoc::Markup::ToTtOnly.new params = method.param_list params = params.map { |param| param.gsub(/^\*\*?/, '') } return 0, [] if params.empty? document = parse method.comment tts = document.accept @formatter undoc = params - tts [params.length, undoc] end autoload :Quiet, "#{__dir__}/stats/quiet" autoload :Normal, "#{__dir__}/stats/normal" autoload :Verbose, "#{__dir__}/stats/verbose" end PK )J [�z ^ ^ . share/gems/gems/rdoc-6.10.0/lib/rdoc/markup.rbnu �[��� # frozen_string_literal: true ## # RDoc::Markup parses plain text documents and attempts to decompose them into # their constituent parts. Some of these parts are high-level: paragraphs, # chunks of verbatim text, list entries and the like. Other parts happen at # the character level: a piece of bold text, a word in code font. This markup # is similar in spirit to that used on WikiWiki webs, where folks create web # pages using a simple set of formatting rules. # # RDoc::Markup and other markup formats do no output formatting, this is # handled by the RDoc::Markup::Formatter subclasses. # # = Markup Formats # # +RDoc+ supports these markup formats: # # - +rdoc+: # the +RDoc+ markup format; # see RDoc::MarkupReference. # - +markdown+: # The +markdown+ markup format as described in # the {Markdown Guide}[https://www.markdownguide.org]; # see RDoc::Markdown. # - +rd+: # the +rd+ markup format format; # see RDoc::RD. # - +tomdoc+: # the TomDoc format as described in # {TomDoc for Ruby}[http://tomdoc.org]; # see RDoc::TomDoc. # # You can choose a markup format using the following methods: # # per project:: # If you build your documentation with rake use RDoc::Task#markup. # # If you build your documentation by hand run: # # rdoc --markup your_favorite_format --write-options # # and commit <tt>.rdoc_options</tt> and ship it with your packaged gem. # per file:: # At the top of the file use the <tt>:markup:</tt> directive to set the # default format for the rest of the file. # per comment:: # Use the <tt>:markup:</tt> directive at the top of a comment you want # to write in a different format. # # = RDoc::Markup # # RDoc::Markup is extensible at runtime: you can add \new markup elements to # be recognized in the documents that RDoc::Markup parses. # # RDoc::Markup is intended to be the basis for a family of tools which share # the common requirement that simple, plain-text should be rendered in a # variety of different output formats and media. It is envisaged that # RDoc::Markup could be the basis for formatting RDoc style comment blocks, # Wiki entries, and online FAQs. # # == Synopsis # # This code converts +input_string+ to HTML. The conversion takes place in # the +convert+ method, so you can use the same RDoc::Markup converter to # convert multiple input strings. # # require 'rdoc' # # h = RDoc::Markup::ToHtml.new(RDoc::Options.new) # # puts h.convert(input_string) # # You can extend the RDoc::Markup parser to recognize new markup # sequences, and to add regexp handling. Here we make WikiWords significant to # the parser, and also make the sequences {word} and \<no>text...</no> signify # strike-through text. We then subclass the HTML output class to deal # with these: # # require 'rdoc' # # class WikiHtml < RDoc::Markup::ToHtml # def handle_regexp_WIKIWORD(target) # "<font color=red>" + target.text + "</font>" # end # end # # markup = RDoc::Markup.new # markup.add_word_pair("{", "}", :STRIKE) # markup.add_html("no", :STRIKE) # # markup.add_regexp_handling(/\b([A-Z][a-z]+[A-Z]\w+)/, :WIKIWORD) # # wh = WikiHtml.new RDoc::Options.new, markup # wh.add_tag(:STRIKE, "<strike>", "</strike>") # # puts "<body>#{wh.convert ARGF.read}</body>" # # == Encoding # # Where Encoding support is available, RDoc will automatically convert all # documents to the same output encoding. The output encoding can be set via # RDoc::Options#encoding and defaults to Encoding.default_external. # # = \RDoc Markup Reference # # See RDoc::MarkupReference. # #-- # Original Author:: Dave Thomas, dave@pragmaticprogrammer.com # License:: Ruby license class RDoc::Markup ## # An AttributeManager which handles inline markup. attr_reader :attribute_manager ## # Parses +str+ into an RDoc::Markup::Document. def self.parse str RDoc::Markup::Parser.parse str rescue RDoc::Markup::Parser::Error => e $stderr.puts <<-EOF While parsing markup, RDoc encountered a #{e.class}: #{e} \tfrom #{e.backtrace.join "\n\tfrom "} ---8<--- #{text} ---8<--- RDoc #{RDoc::VERSION} Ruby #{RUBY_VERSION}-p#{RUBY_PATCHLEVEL} #{RUBY_RELEASE_DATE} Please file a bug report with the above information at: https://github.com/ruby/rdoc/issues EOF raise end ## # Take a block of text and use various heuristics to determine its # structure (paragraphs, lists, and so on). Invoke an event handler as we # identify significant chunks. def initialize attribute_manager = nil @attribute_manager = attribute_manager || RDoc::Markup::AttributeManager.new @output = nil end ## # Add to the sequences used to add formatting to an individual word (such # as *bold*). Matching entries will generate attributes that the output # formatters can recognize by their +name+. def add_word_pair(start, stop, name) @attribute_manager.add_word_pair(start, stop, name) end ## # Add to the sequences recognized as general markup. def add_html(tag, name) @attribute_manager.add_html(tag, name) end ## # Add to other inline sequences. For example, we could add WikiWords using # something like: # # parser.add_regexp_handling(/\b([A-Z][a-z]+[A-Z]\w+)/, :WIKIWORD) # # Each wiki word will be presented to the output formatter. def add_regexp_handling(pattern, name) @attribute_manager.add_regexp_handling(pattern, name) end ## # We take +input+, parse it if necessary, then invoke the output +formatter+ # using a Visitor to render the result. def convert input, formatter document = case input when RDoc::Markup::Document then input else RDoc::Markup::Parser.parse input end document.accept formatter end autoload :Parser, "#{__dir__}/markup/parser" autoload :PreProcess, "#{__dir__}/markup/pre_process" # Inline markup classes autoload :AttrChanger, "#{__dir__}/markup/attr_changer" autoload :AttrSpan, "#{__dir__}/markup/attr_span" autoload :Attributes, "#{__dir__}/markup/attributes" autoload :AttributeManager, "#{__dir__}/markup/attribute_manager" autoload :RegexpHandling, "#{__dir__}/markup/regexp_handling" # RDoc::Markup AST autoload :BlankLine, "#{__dir__}/markup/blank_line" autoload :BlockQuote, "#{__dir__}/markup/block_quote" autoload :Document, "#{__dir__}/markup/document" autoload :HardBreak, "#{__dir__}/markup/hard_break" autoload :Heading, "#{__dir__}/markup/heading" autoload :Include, "#{__dir__}/markup/include" autoload :IndentedParagraph, "#{__dir__}/markup/indented_paragraph" autoload :List, "#{__dir__}/markup/list" autoload :ListItem, "#{__dir__}/markup/list_item" autoload :Paragraph, "#{__dir__}/markup/paragraph" autoload :Table, "#{__dir__}/markup/table" autoload :Raw, "#{__dir__}/markup/raw" autoload :Rule, "#{__dir__}/markup/rule" autoload :Verbatim, "#{__dir__}/markup/verbatim" # Formatters autoload :Formatter, "#{__dir__}/markup/formatter" autoload :ToAnsi, "#{__dir__}/markup/to_ansi" autoload :ToBs, "#{__dir__}/markup/to_bs" autoload :ToHtml, "#{__dir__}/markup/to_html" autoload :ToHtmlCrossref, "#{__dir__}/markup/to_html_crossref" autoload :ToHtmlSnippet, "#{__dir__}/markup/to_html_snippet" autoload :ToLabel, "#{__dir__}/markup/to_label" autoload :ToMarkdown, "#{__dir__}/markup/to_markdown" autoload :ToRdoc, "#{__dir__}/markup/to_rdoc" autoload :ToTableOfContents, "#{__dir__}/markup/to_table_of_contents" autoload :ToTest, "#{__dir__}/markup/to_test" autoload :ToTtOnly, "#{__dir__}/markup/to_tt_only" end PK )J []a��@ @ . share/gems/gems/rdoc-6.10.0/lib/rdoc/parser.rbnu �[��� # -*- coding: us-ascii -*- # frozen_string_literal: true ## # A parser is simple a class that subclasses RDoc::Parser and implements #scan # to fill in an RDoc::TopLevel with parsed data. # # The initialize method takes an RDoc::TopLevel to fill with parsed content, # the name of the file to be parsed, the content of the file, an RDoc::Options # object and an RDoc::Stats object to inform the user of parsed items. The # scan method is then called to parse the file and must return the # RDoc::TopLevel object. By calling super these items will be set for you. # # In order to be used by RDoc the parser needs to register the file extensions # it can parse. Use ::parse_files_matching to register extensions. # # require 'rdoc' # # class RDoc::Parser::Xyz < RDoc::Parser # parse_files_matching /\.xyz$/ # # def initialize top_level, file_name, content, options, stats # super # # # extra initialization if needed # end # # def scan # # parse file and fill in @top_level # end # end class RDoc::Parser @parsers = [] class << self ## # An Array of arrays that maps file extension (or name) regular # expressions to parser classes that will parse matching filenames. # # Use parse_files_matching to register a parser's file extensions. attr_reader :parsers end ## # The name of the file being parsed attr_reader :file_name ## # Alias an extension to another extension. After this call, files ending # "new_ext" will be parsed using the same parser as "old_ext" def self.alias_extension(old_ext, new_ext) old_ext = old_ext.sub(/^\.(.*)/, '\1') new_ext = new_ext.sub(/^\.(.*)/, '\1') parser = can_parse_by_name "xxx.#{old_ext}" return false unless parser RDoc::Parser.parsers.unshift [/\.#{new_ext}$/, parser] true end ## # Determines if the file is a "binary" file which basically means it has # content that an RDoc parser shouldn't try to consume. def self.binary?(file) return false if file =~ /\.(rdoc|txt)$/ s = File.read(file, 1024) or return false return true if s[0, 2] == Marshal.dump('')[0, 2] or s.index("\x00") mode = 'r:utf-8' # default source encoding has been changed to utf-8 s.sub!(/\A#!.*\n/, '') # assume shebang line isn't longer than 1024. encoding = s[/^\s*\#\s*(?:-\*-\s*)?(?:en)?coding:\s*([^\s;]+?)(?:-\*-|[\s;])/, 1] mode = "rb:#{encoding}" if encoding s = File.open(file, mode) {|f| f.gets(nil, 1024)} not s.valid_encoding? end ## # Checks if +file+ is a zip file in disguise. Signatures from # http://www.garykessler.net/library/file_sigs.html def self.zip? file zip_signature = File.read file, 4 zip_signature == "PK\x03\x04" or zip_signature == "PK\x05\x06" or zip_signature == "PK\x07\x08" rescue false end ## # Return a parser that can handle a particular extension def self.can_parse file_name parser = can_parse_by_name file_name # HACK Selenium hides a jar file using a .txt extension return if parser == RDoc::Parser::Simple and zip? file_name parser end ## # Returns a parser that can handle the extension for +file_name+. This does # not depend upon the file being readable. def self.can_parse_by_name file_name _, parser = RDoc::Parser.parsers.find { |regexp,| regexp =~ file_name } # The default parser must not parse binary files ext_name = File.extname file_name return parser if ext_name.empty? if parser == RDoc::Parser::Simple and ext_name !~ /txt|rdoc/ then case mode = check_modeline(file_name) when nil, 'rdoc' then # continue else RDoc::Parser.parsers.find { |_, p| return p if mode.casecmp?(p.name[/\w+\z/]) } return nil end end parser rescue Errno::EACCES end ## # Returns the file type from the modeline in +file_name+ def self.check_modeline file_name line = File.open file_name do |io| io.gets end /-\*-\s*(.*?\S)\s*-\*-/ =~ line return nil unless type = $1 if /;/ =~ type then return nil unless /(?:\s|\A)mode:\s*([^\s;]+)/i =~ type type = $1 end return nil if /coding:/i =~ type type.downcase rescue ArgumentError rescue Encoding::InvalidByteSequenceError # invalid byte sequence end ## # Finds and instantiates the correct parser for the given +file_name+ and # +content+. def self.for top_level, content, options, stats file_name = top_level.absolute_name return if binary? file_name parser = use_markup content unless parser then parse_name = file_name # If no extension, look for shebang if file_name !~ /\.\w+$/ && content =~ %r{\A#!(.+)} then shebang = $1 case shebang when %r{env\s+ruby}, %r{/ruby} parse_name = 'dummy.rb' end end parser = can_parse parse_name end return unless parser content = remove_modeline content parser.new top_level, file_name, content, options, stats rescue SystemCallError nil end ## # Record which file types this parser can understand. # # It is ok to call this multiple times. def self.parse_files_matching(regexp) RDoc::Parser.parsers.unshift [regexp, self] end ## # Removes an emacs-style modeline from the first line of the document def self.remove_modeline content content.sub(/\A.*-\*-\s*(.*?\S)\s*-\*-.*\r?\n/, '') end ## # If there is a <tt>markup: parser_name</tt> comment at the front of the # file, use it to determine the parser. For example: # # # markup: rdoc # # Class comment can go here # # class C # end # # The comment should appear as the first line of the +content+. # # If the content contains a shebang or editor modeline the comment may # appear on the second or third line. # # Any comment style may be used to hide the markup comment. def self.use_markup content markup = content.lines.first(3).grep(/markup:\s+(\w+)/) { $1 }.first return unless markup # TODO Ruby should be returned only when the filename is correct return RDoc::Parser::Ruby if %w[tomdoc markdown].include? markup markup = Regexp.escape markup _, selected = RDoc::Parser.parsers.find do |_, parser| /^#{markup}$/i =~ parser.name.sub(/.*:/, '') end selected end ## # Creates a new Parser storing +top_level+, +file_name+, +content+, # +options+ and +stats+ in instance variables. In +@preprocess+ an # RDoc::Markup::PreProcess object is created which allows processing of # directives. def initialize top_level, file_name, content, options, stats @top_level = top_level @top_level.parser = self.class @store = @top_level.store @file_name = file_name @content = content @options = options @stats = stats @preprocess = RDoc::Markup::PreProcess.new @file_name, @options.rdoc_include @preprocess.options = @options end autoload :RubyTools, "#{__dir__}/parser/ruby_tools" autoload :Text, "#{__dir__}/parser/text" ## # Normalizes tabs in +body+ def handle_tab_width(body) if /\t/ =~ body tab_width = @options.tab_width body.split(/\n/).map do |line| 1 while line.gsub!(/\t+/) do b, e = $~.offset(0) ' ' * (tab_width * (e-b) - b % tab_width) end line end.join "\n" else body end end end # simple must come first in order to show up last in the parsers list require_relative 'parser/simple' require_relative 'parser/c' require_relative 'parser/changelog' require_relative 'parser/markdown' require_relative 'parser/rd' require_relative 'parser/ruby' PK )J [S�2� � 1 share/gems/gems/rdoc-6.10.0/lib/rdoc/i18n/text.rbnu �[��� # frozen_string_literal: true ## # An i18n supported text. # # This object provides the following two features: # # * Extracts translation messages from wrapped raw text. # * Translates wrapped raw text in specified locale. # # Wrapped raw text is one of String, RDoc::Comment or Array of them. class RDoc::I18n::Text ## # Creates a new i18n supported text for +raw+ text. def initialize(raw) @raw = raw end ## # Extracts translation target messages and yields each message. # # Each yielded message is a Hash. It consists of the followings: # # :type :: :paragraph # :paragraph :: String (The translation target message itself.) # :line_no :: Integer (The line number of the :paragraph is started.) # # The above content may be added in the future. def extract_messages parse do |part| case part[:type] when :empty_line # ignore when :paragraph yield(part) end end end # Translates raw text into +locale+. def translate(locale) translated_text = '' parse do |part| case part[:type] when :paragraph translated_text += locale.translate(part[:paragraph]) when :empty_line translated_text += part[:line] else raise "should not reach here: unexpected type: #{type}" end end translated_text end private def parse(&block) paragraph = '' paragraph_start_line = 0 line_no = 0 each_line(@raw) do |line| line_no += 1 case line when /\A\s*\z/ if paragraph.empty? emit_empty_line_event(line, line_no, &block) else paragraph += line emit_paragraph_event(paragraph, paragraph_start_line, line_no, &block) paragraph = '' end else paragraph_start_line = line_no if paragraph.empty? paragraph += line end end unless paragraph.empty? emit_paragraph_event(paragraph, paragraph_start_line, line_no, &block) end end def each_line(raw, &block) case raw when RDoc::Comment raw.text.each_line(&block) when Array raw.each do |comment, location| each_line(comment, &block) end else raw.each_line(&block) end end def emit_empty_line_event(line, line_no) part = { :type => :empty_line, :line => line, :line_no => line_no, } yield(part) end def emit_paragraph_event(paragraph, paragraph_start_line, line_no, &block) paragraph_part = { :type => :paragraph, :line_no => paragraph_start_line, } match_data = /(\s*)\z/.match(paragraph) if match_data paragraph_part[:paragraph] = match_data.pre_match yield(paragraph_part) emit_empty_line_event(match_data[1], line_no, &block) else paragraph_part[:paragraph] = paragraph yield(paragraph_part) end end end PK )J [KzVf f 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/i18n/locale.rbnu �[��� # frozen_string_literal: true ## # A message container for a locale. # # This object provides the following two features: # # * Loads translated messages from .po file. # * Translates a message into the locale. class RDoc::I18n::Locale @@locales = {} # :nodoc: class << self ## # Returns the locale object for +locale_name+. def [](locale_name) @@locales[locale_name] ||= new(locale_name) end ## # Sets the locale object for +locale_name+. # # Normally, this method is not used. This method is useful for # testing. def []=(locale_name, locale) @@locales[locale_name] = locale end end ## # The name of the locale. It uses IETF language tag format # +[language[_territory][.codeset][@modifier]]+. # # See also {BCP 47 - Tags for Identifying # Languages}[http://tools.ietf.org/rfc/bcp/bcp47.txt]. attr_reader :name ## # Creates a new locale object for +name+ locale. +name+ must # follow IETF language tag format. def initialize(name) @name = name @messages = {} end ## # Loads translation messages from +locale_directory+/+@name+/rdoc.po # or +locale_directory+/+@name+.po. The former has high priority. # # This method requires gettext gem for parsing .po file. If you # don't have gettext gem, this method doesn't load .po file. This # method warns and returns +false+. # # Returns +true+ if succeeded, +false+ otherwise. def load(locale_directory) return false if @name.nil? po_file_candidates = [ File.join(locale_directory, @name, 'rdoc.po'), File.join(locale_directory, "#{@name}.po"), ] po_file = po_file_candidates.find do |po_file_candidate| File.exist?(po_file_candidate) end return false unless po_file begin require 'gettext/po_parser' require 'gettext/mo' rescue LoadError warn('Need gettext gem for i18n feature:') warn(' gem install gettext') return false end po_parser = GetText::POParser.new messages = GetText::MO.new po_parser.report_warning = false po_parser.parse_file(po_file, messages) @messages.merge!(messages) true end ## # Translates the +message+ into locale. If there is no translation # messages for +message+ in locale, +message+ itself is returned. def translate(message) @messages[message] || message end end PK )J [4�}T T 0 share/gems/gems/rdoc-6.10.0/lib/rdoc/ri/store.rbnu �[��� # frozen_string_literal: true module RDoc::RI Store = RDoc::Store # :nodoc: end PK )J [��n�= = / share/gems/gems/rdoc-6.10.0/lib/rdoc/ri/task.rbnu �[��� # frozen_string_literal: true begin gem 'rdoc' rescue Gem::LoadError end unless defined?(RDoc) require_relative '../task' ## # RDoc::RI::Task creates ri data in <code>./.rdoc</code> for your project. # # It contains the following tasks: # # [ri] # Build ri data # # [clobber_ri] # Delete ri data files. This target is automatically added to the main # clobber target. # # [reri] # Rebuild the ri data from scratch even if they are not out of date. # # Simple example: # # require 'rdoc/ri/task' # # RDoc::RI::Task.new do |ri| # ri.main = 'README.rdoc' # ri.rdoc_files.include 'README.rdoc', 'lib/**/*.rb' # end # # For further configuration details see RDoc::Task. class RDoc::RI::Task < RDoc::Task DEFAULT_NAMES = { # :nodoc: :clobber_rdoc => :clobber_ri, :rdoc => :ri, :rerdoc => :reri, } ## # Create an ri task with the given name. See RDoc::Task for documentation on # setting names. def initialize name = DEFAULT_NAMES # :yield: self super end def clobber_task_description # :nodoc: "Remove RI data files" end ## # Sets default task values def defaults super @rdoc_dir = '.rdoc' end def rdoc_task_description # :nodoc: 'Build RI data files' end def rerdoc_task_description # :nodoc: 'Rebuild RI data files' end end PK )J [ �Ų^ ^ 0 share/gems/gems/rdoc-6.10.0/lib/rdoc/ri/paths.rbnu �[��� # frozen_string_literal: true require_relative '../rdoc' ## # The directories where ri data lives. Paths can be enumerated via ::each, or # queried individually via ::system_dir, ::site_dir, ::home_dir and ::gem_dir. module RDoc::RI::Paths #:stopdoc: require 'rbconfig' version = RbConfig::CONFIG['ruby_version_dir_name'] || RbConfig::CONFIG['ruby_version'] BASE = File.join RbConfig::CONFIG['ridir'], version HOMEDIR = RDoc.home #:startdoc: ## # Iterates over each selected path yielding the directory and type. # # Yielded types: # :system:: Where Ruby's ri data is stored. Yielded when +system+ is # true # :site:: Where ri for installed libraries are stored. Yielded when # +site+ is true. Normally no ri data is stored here. # :home:: ~/.rdoc. Yielded when +home+ is true. # :gem:: ri data for an installed gem. Yielded when +gems+ is true. # :extra:: ri data directory from the command line. Yielded for each # entry in +extra_dirs+ def self.each system = true, site = true, home = true, gems = :latest, *extra_dirs # :yields: directory, type return enum_for __method__, system, site, home, gems, *extra_dirs unless block_given? extra_dirs.each do |dir| yield dir, :extra end yield system_dir, :system if system yield site_dir, :site if site yield home_dir, :home if home and HOMEDIR gemdirs(gems).each do |dir| yield dir, :gem end if gems nil end ## # The ri directory for the gem with +gem_name+. def self.gem_dir name, version req = Gem::Requirement.new "= #{version}" spec = Gem::Specification.find_by_name name, req File.join spec.doc_dir, 'ri' end ## # The latest installed gems' ri directories. +filter+ can be :all or # :latest. # # A +filter+ :all includes all versions of gems and includes gems without # ri documentation. def self.gemdirs filter = :latest ri_paths = {} all = Gem::Specification.map do |spec| [File.join(spec.doc_dir, 'ri'), spec.name, spec.version] end if filter == :all then gemdirs = [] all.group_by do |_, name, _| name end.sort_by do |group, _| group end.map do |group, items| items.sort_by do |_, _, version| version end.reverse_each do |dir,| gemdirs << dir end end return gemdirs end all.each do |dir, name, ver| next unless File.exist? dir if ri_paths[name].nil? or ver > ri_paths[name].first then ri_paths[name] = [ver, name, dir] end end ri_paths.sort_by { |_, (_, name, _)| name }.map { |k, v| v.last } rescue LoadError [] end ## # The location of the rdoc data in the user's home directory. # # Like ::system, ri data in the user's home directory is rare and predates # libraries distributed via RubyGems. ri data is rarely generated into this # directory. def self.home_dir HOMEDIR end ## # Returns existing directories from the selected documentation directories # as an Array. # # See also ::each def self.path(system = true, site = true, home = true, gems = :latest, *extra_dirs) path = raw_path system, site, home, gems, *extra_dirs path.select { |directory| File.directory? directory } end ## # Returns selected documentation directories including nonexistent # directories. # # See also ::each def self.raw_path(system, site, home, gems, *extra_dirs) path = [] each(system, site, home, gems, *extra_dirs) do |dir, type| path << dir end path.compact end ## # The location of ri data installed into the site dir. # # Historically this was available for documentation installed by Ruby # libraries predating RubyGems. It is unlikely to contain any content for # modern Ruby installations. def self.site_dir File.join BASE, 'site' end ## # The location of the built-in ri data. # # This data is built automatically when `make` is run when Ruby is # installed. If you did not install Ruby by hand you may need to install # the documentation yourself. Please consult the documentation for your # package manager or Ruby installer for details. You can also use the # rdoc-data gem to install system ri data for common versions of Ruby. def self.system_dir File.join BASE, 'system' end end PK )J [V�nr r 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/ri/formatter.rbnu �[��� # frozen_string_literal: true ## # For RubyGems backwards compatibility module RDoc::RI::Formatter # :nodoc: end PK )J [Us��� �� 1 share/gems/gems/rdoc-6.10.0/lib/rdoc/ri/driver.rbnu �[��� # frozen_string_literal: true require 'optparse' require_relative '../../rdoc' require_relative 'formatter' # For RubyGems backwards compatibility # TODO: Fix weird documentation with `require_relative` ## # The RI driver implements the command-line ri tool. # # The driver supports: # * loading RI data from: # * Ruby's standard library # * RubyGems # * ~/.rdoc # * A user-supplied directory # * Paging output (uses RI_PAGER environment variable, PAGER environment # variable or the less, more and pager programs) # * Interactive mode with tab-completion # * Abbreviated names (ri Zl shows Zlib documentation) # * Colorized output # * Merging output from multiple RI data sources class RDoc::RI::Driver ## # Base Driver error class class Error < RDoc::RI::Error; end ## # Raised when a name isn't found in the ri data stores class NotFoundError < Error def initialize(klass, suggestion_proc = nil) # :nodoc: @klass = klass @suggestion_proc = suggestion_proc end ## # Name that wasn't found def name @klass end def message # :nodoc: str = "Nothing known about #{@klass}" suggestions = @suggestion_proc&.call if suggestions and !suggestions.empty? str += "\nDid you mean? #{suggestions.join("\n ")}" end str end end ## # Show all method documentation following a class or module attr_accessor :show_all ## # An RDoc::RI::Store for each entry in the RI path attr_accessor :stores ## # Controls the user of the pager vs $stdout attr_accessor :use_stdout ## # Default options for ri def self.default_options options = {} options[:interactive] = false options[:profile] = false options[:show_all] = false options[:expand_refs] = true options[:use_stdout] = !$stdout.tty? options[:width] = 72 # By default all standard paths are used. options[:use_system] = true options[:use_site] = true options[:use_home] = true options[:use_gems] = true options[:extra_doc_dirs] = [] return options end ## # Dump +data_path+ using pp def self.dump data_path require 'pp' File.open data_path, 'rb' do |io| pp Marshal.load(io.read) end end ## # Parses +argv+ and returns a Hash of options def self.process_args argv options = default_options opts = OptionParser.new do |opt| opt.program_name = File.basename $0 opt.version = RDoc::VERSION opt.release = nil opt.summary_indent = ' ' * 4 opt.banner = <<-EOT Usage: #{opt.program_name} [options] [name ...] Where name can be: Class | Module | Module::Class Class::method | Class#method | Class.method | method gem_name: | gem_name:README | gem_name:History ruby: | ruby:NEWS | ruby:globals All class names may be abbreviated to their minimum unambiguous form. If a name is ambiguous, all valid options will be listed. A '.' matches either class or instance methods, while #method matches only instance and ::method matches only class methods. README and other files may be displayed by prefixing them with the gem name they're contained in. If the gem name is followed by a ':' all files in the gem will be shown. The file name extension may be omitted where it is unambiguous. 'ruby' can be used as a pseudo gem name to display files from the Ruby core documentation. Use 'ruby:' by itself to get a list of all available core documentation files. For example: #{opt.program_name} Fil #{opt.program_name} File #{opt.program_name} File.new #{opt.program_name} zip #{opt.program_name} rdoc:README #{opt.program_name} ruby:comments Note that shell quoting or escaping may be required for method names containing punctuation: #{opt.program_name} 'Array.[]' #{opt.program_name} compact\\! To see the default directories #{opt.program_name} will search, run: #{opt.program_name} --list-doc-dirs Specifying the --system, --site, --home, --gems, or --doc-dir options will limit ri to searching only the specified directories. ri options may be set in the RI environment variable. The ri pager can be set with the RI_PAGER environment variable or the PAGER environment variable. EOT opt.separator nil opt.separator "Options:" opt.separator nil opt.on("--[no-]interactive", "-i", "In interactive mode you can repeatedly", "look up methods with autocomplete.") do |interactive| options[:interactive] = interactive end opt.separator nil opt.on("--[no-]all", "-a", "Show all documentation for a class or", "module.") do |show_all| options[:show_all] = show_all end opt.separator nil opt.on("--[no-]list", "-l", "List classes ri knows about.") do |list| options[:list] = list end opt.separator nil opt.on("--[no-]pager", "Send output to a pager,", "rather than directly to stdout.") do |use_pager| options[:use_stdout] = !use_pager end opt.separator nil opt.on("-T", "Synonym for --no-pager.") do options[:use_stdout] = true end opt.separator nil opt.on("--width=WIDTH", "-w", OptionParser::DecimalInteger, "Set the width of the output.") do |width| options[:width] = width end opt.separator nil opt.on("--server[=PORT]", Integer, "Run RDoc server on the given port.", "The default port is 8214.") do |port| options[:server] = port || 8214 end opt.separator nil formatters = RDoc::Markup.constants.grep(/^To[A-Z][a-z]+$/).sort formatters = formatters.sort.map do |formatter| formatter.to_s.sub('To', '').downcase end formatters -= %w[html label test] # remove useless output formats opt.on("--format=NAME", "-f", "Use the selected formatter. The default", "formatter is bs for paged output and ansi", "otherwise. Valid formatters are:", "#{formatters.join(', ')}.", formatters) do |value| options[:formatter] = RDoc::Markup.const_get "To#{value.capitalize}" end opt.separator nil opt.on("--[no-]expand-refs", "Expand rdoc-refs at the end of output") do |value| options[:expand_refs] = value end opt.separator nil opt.on("--help", "-h", "Show help and exit.") do puts opts exit end opt.separator nil opt.on("--version", "-v", "Output version information and exit.") do puts "#{opts.program_name} #{opts.version}" exit end opt.separator nil opt.separator "Data source options:" opt.separator nil opt.on("--[no-]list-doc-dirs", "List the directories from which ri will", "source documentation on stdout and exit.") do |list_doc_dirs| options[:list_doc_dirs] = list_doc_dirs end opt.separator nil opt.on("--doc-dir=DIRNAME", "-d", Array, "List of directories from which to source", "documentation in addition to the standard", "directories. May be repeated.") do |value| value.each do |dir| unless File.directory? dir then raise OptionParser::InvalidArgument, "#{dir} is not a directory" end options[:extra_doc_dirs] << File.expand_path(dir) end end opt.separator nil opt.on("--no-standard-docs", "Do not include documentation from", "the Ruby standard library, site_lib,", "installed gems, or ~/.rdoc.", "Use with --doc-dir.") do options[:use_system] = false options[:use_site] = false options[:use_gems] = false options[:use_home] = false end opt.separator nil opt.on("--[no-]system", "Include documentation from Ruby's", "standard library. Defaults to true.") do |value| options[:use_system] = value end opt.separator nil opt.on("--[no-]site", "Include documentation from libraries", "installed in site_lib.", "Defaults to true.") do |value| options[:use_site] = value end opt.separator nil opt.on("--[no-]gems", "Include documentation from RubyGems.", "Defaults to true.") do |value| options[:use_gems] = value end opt.separator nil opt.on("--[no-]home", "Include documentation stored in ~/.rdoc.", "Defaults to true.") do |value| options[:use_home] = value end opt.separator nil opt.separator "Debug options:" opt.separator nil opt.on("--[no-]profile", "Run with the ruby profiler.") do |value| options[:profile] = value end opt.separator nil opt.on("--dump=CACHE", "Dump data from an ri cache or data file.") do |value| unless File.readable?(value) abort "#{value.inspect} is not readable" end if File.directory?(value) abort "#{value.inspect} is a directory" end options[:dump_path] = File.new(value) end end argv = ENV['RI'].to_s.split(' ').concat argv opts.parse! argv options[:names] = argv options[:use_stdout] ||= !$stdout.tty? options[:use_stdout] ||= options[:interactive] options[:width] ||= 72 options rescue OptionParser::InvalidArgument, OptionParser::InvalidOption => e puts opts puts puts e exit 1 end ## # Runs the ri command line executable using +argv+ def self.run argv = ARGV options = process_args argv if options[:dump_path] then dump options[:dump_path] return end ri = new options ri.run end ## # Creates a new driver using +initial_options+ from ::process_args def initialize initial_options = {} @paging = false @classes = nil options = self.class.default_options.update(initial_options) @formatter_klass = options[:formatter] require 'profile' if options[:profile] @names = options[:names] @list = options[:list] @doc_dirs = [] @stores = [] RDoc::RI::Paths.each(options[:use_system], options[:use_site], options[:use_home], options[:use_gems], *options[:extra_doc_dirs]) do |path, type| @doc_dirs << path store = RDoc::RI::Store.new path, type store.load_cache @stores << store end @list_doc_dirs = options[:list_doc_dirs] @interactive = options[:interactive] @server = options[:server] @use_stdout = options[:use_stdout] @show_all = options[:show_all] @width = options[:width] @expand_refs = options[:expand_refs] end ## # Adds paths for undocumented classes +also_in+ to +out+ def add_also_in out, also_in return if also_in.empty? out << RDoc::Markup::Rule.new(1) out << RDoc::Markup::Paragraph.new("Also found in:") paths = RDoc::Markup::Verbatim.new also_in.each do |store| paths.parts.push store.friendly_path, "\n" end out << paths end ## # Adds a class header to +out+ for class +name+ which is described in # +classes+. def add_class out, name, classes heading = if classes.all? { |klass| klass.module? } then name else superclass = classes.map do |klass| klass.superclass unless klass.module? end.compact.shift || 'Object' superclass = superclass.full_name unless String === superclass "#{name} < #{superclass}" end out << RDoc::Markup::Heading.new(1, heading) out << RDoc::Markup::BlankLine.new end ## # Adds "(from ...)" to +out+ for +store+ def add_from out, store out << RDoc::Markup::Paragraph.new("(from #{store.friendly_path})") end ## # Adds +extends+ to +out+ def add_extends out, extends add_extension_modules out, 'Extended by', extends end ## # Adds a list of +extensions+ to this module of the given +type+ to +out+. # add_includes and add_extends call this, so you should use those directly. def add_extension_modules out, type, extensions return if extensions.empty? out << RDoc::Markup::Rule.new(1) out << RDoc::Markup::Heading.new(1, "#{type}:") extensions.each do |modules, store| if modules.length == 1 then add_extension_modules_single out, store, modules.first else add_extension_modules_multiple out, store, modules end end end ## # Renders multiple included +modules+ from +store+ to +out+. def add_extension_modules_multiple out, store, modules # :nodoc: out << RDoc::Markup::Paragraph.new("(from #{store.friendly_path})") wout, with = modules.partition { |incl| incl.comment.empty? } out << RDoc::Markup::BlankLine.new unless with.empty? with.each do |incl| out << RDoc::Markup::Paragraph.new(incl.name) out << RDoc::Markup::BlankLine.new out << incl.comment end unless wout.empty? then verb = RDoc::Markup::Verbatim.new wout.each do |incl| verb.push incl.name, "\n" end out << verb end end ## # Adds a single extension module +include+ from +store+ to +out+ def add_extension_modules_single out, store, include # :nodoc: name = include.name path = store.friendly_path out << RDoc::Markup::Paragraph.new("#{name} (from #{path})") if include.comment then out << RDoc::Markup::BlankLine.new out << include.comment end end ## # Adds +includes+ to +out+ def add_includes out, includes add_extension_modules out, 'Includes', includes end ## # Looks up the method +name+ and adds it to +out+ def add_method out, name filtered = lookup_method name method_document out, name, filtered end ## # Adds documentation for all methods in +klass+ to +out+ def add_method_documentation out, klass klass.method_list.each do |method| begin add_method out, method.full_name rescue NotFoundError next end end end ## # Adds a list of +methods+ to +out+ with a heading of +name+ def add_method_list out, methods, name return if methods.empty? out << RDoc::Markup::Heading.new(1, "#{name}:") out << RDoc::Markup::BlankLine.new if @use_stdout and !@interactive then out.concat methods.map { |method| RDoc::Markup::Verbatim.new method } else out << RDoc::Markup::IndentedParagraph.new(2, methods.join(', ')) end out << RDoc::Markup::BlankLine.new end ## # Returns ancestor classes of +klass+ def ancestors_of klass ancestors = [] unexamined = [klass] seen = [] loop do break if unexamined.empty? current = unexamined.shift seen << current stores = classes[current] next unless stores and not stores.empty? klasses = stores.flat_map do |store| store.ancestors[current] || [] end.uniq klasses = klasses - seen ancestors.concat klasses unexamined.concat klasses end ancestors.reverse end ## # For RubyGems backwards compatibility def class_cache # :nodoc: end ## # Builds a RDoc::Markup::Document from +found+, +klasess+ and +includes+ def class_document name, found, klasses, includes, extends also_in = [] out = RDoc::Markup::Document.new add_class out, name, klasses add_includes out, includes add_extends out, extends found.each do |store, klass| render_class out, store, klass, also_in end add_also_in out, also_in expand_rdoc_refs_at_the_bottom(out) out end ## # Adds the class +comment+ to +out+. def class_document_comment out, comment # :nodoc: unless comment.empty? then out << RDoc::Markup::Rule.new(1) if comment.merged? then parts = comment.parts parts = parts.zip [RDoc::Markup::BlankLine.new] * parts.length parts.flatten! parts.pop out.concat parts else out << comment end end end ## # Adds the constants from +klass+ to the Document +out+. def class_document_constants out, klass # :nodoc: return if klass.constants.empty? out << RDoc::Markup::Heading.new(1, "Constants:") out << RDoc::Markup::BlankLine.new list = RDoc::Markup::List.new :NOTE constants = klass.constants.sort_by { |constant| constant.name } list.items.concat constants.map { |constant| parts = constant.comment.parts if constant.comment parts << RDoc::Markup::Paragraph.new('[not documented]') if parts.empty? RDoc::Markup::ListItem.new(constant.name, *parts) } out << list out << RDoc::Markup::BlankLine.new end ## # Hash mapping a known class or module to the stores it can be loaded from def classes return @classes if @classes @classes = {} @stores.each do |store| store.cache[:modules].each do |mod| # using default block causes searched-for modules to be added @classes[mod] ||= [] @classes[mod] << store end end @classes end ## # Returns the stores wherein +name+ is found along with the classes, # extends and includes that match it def classes_and_includes_and_extends_for name klasses = [] extends = [] includes = [] found = @stores.map do |store| begin klass = store.load_class name klasses << klass extends << [klass.extends, store] if klass.extends includes << [klass.includes, store] if klass.includes [store, klass] rescue RDoc::Store::MissingFileError end end.compact extends.reject! do |modules,| modules.empty? end includes.reject! do |modules,| modules.empty? end [found, klasses, includes, extends] end ## # Completes +name+ based on the caches. For Readline def complete name completions = [] klass, selector, method = parse_name name complete_klass name, klass, selector, method, completions complete_method name, klass, selector, completions completions.sort.uniq end def complete_klass name, klass, selector, method, completions # :nodoc: klasses = classes.keys # may need to include Foo when given Foo:: klass_name = method ? name : klass if name !~ /#|\./ then completions.replace klasses.grep(/^#{Regexp.escape klass_name}[^:]*$/) completions.concat klasses.grep(/^#{Regexp.escape name}[^:]*$/) if name =~ /::$/ completions << klass if classes.key? klass # to complete a method name elsif selector then completions << klass if classes.key? klass elsif classes.key? klass_name then completions << klass_name end end def complete_method name, klass, selector, completions # :nodoc: if completions.include? klass and name =~ /#|\.|::/ then methods = list_methods_matching name if not methods.empty? then # remove Foo if given Foo:: and a method was found completions.delete klass elsif selector then # replace Foo with Foo:: as given completions.delete klass completions << "#{klass}#{selector}" end completions.concat methods end end ## # Converts +document+ to text and writes it to the pager def display document page do |io| f = formatter(io) f.width = @width if @width and f.respond_to?(:width) text = document.accept f io.write text end end ## # Outputs formatted RI data for class +name+. Groups undocumented classes def display_class name return if name =~ /#|\./ found, klasses, includes, extends = classes_and_includes_and_extends_for name return if found.empty? out = class_document name, found, klasses, includes, extends display out end ## # Outputs formatted RI data for method +name+ def display_method name out = RDoc::Markup::Document.new add_method out, name expand_rdoc_refs_at_the_bottom(out) display out end ## # Outputs formatted RI data for the class or method +name+. # # Returns true if +name+ was found, false if it was not an alternative could # be guessed, raises an error if +name+ couldn't be guessed. def display_name name if name =~ /\w:(\w|$)/ then display_page name return true end return true if display_class name display_method name if name =~ /::|#|\./ true rescue NotFoundError matches = list_methods_matching name if name =~ /::|#|\./ matches = classes.keys.grep(/^#{Regexp.escape name}/) if matches.empty? raise if matches.empty? page do |io| io.puts "#{name} not found, maybe you meant:" io.puts io.puts matches.sort.join("\n") end false end ## # Displays each name in +name+ def display_names names names.each do |name| name = expand_name name display_name name end end ## # Outputs formatted RI data for page +name+. def display_page name store_name, page_name = name.split ':', 2 store = @stores.find { |s| s.source == store_name } return display_page_list store if page_name.empty? pages = store.cache[:pages] unless pages.include? page_name then found_names = pages.select do |n| n =~ /#{Regexp.escape page_name}\.[^.]+$/ end if found_names.length.zero? then return display_page_list store, pages elsif found_names.length > 1 then return display_page_list store, found_names, page_name end page_name = found_names.first end page = store.load_page page_name display page.comment end ## # Outputs a formatted RI page list for the pages in +store+. def display_page_list store, pages = store.cache[:pages], search = nil out = RDoc::Markup::Document.new title = if search then "#{search} pages" else 'Pages' end out << RDoc::Markup::Heading.new(1, "#{title} in #{store.friendly_path}") out << RDoc::Markup::BlankLine.new list = RDoc::Markup::List.new(:BULLET) pages.each do |page| list << RDoc::Markup::Paragraph.new(page) end out << list display out end def check_did_you_mean # :nodoc: if defined? DidYouMean::SpellChecker true else begin require 'did_you_mean' if defined? DidYouMean::SpellChecker true else false end rescue LoadError false end end end ## # Expands abbreviated klass +klass+ into a fully-qualified class. "Zl::Da" # will be expanded to Zlib::DataError. def expand_class klass class_names = classes.keys ary = class_names.grep(Regexp.new("\\A#{klass.gsub(/(?=::|\z)/, '[^:]*')}\\z")) if ary.length != 1 && ary.first != klass if check_did_you_mean suggestion_proc = -> { DidYouMean::SpellChecker.new(dictionary: class_names).correct(klass) } raise NotFoundError.new(klass, suggestion_proc) else raise NotFoundError, klass end end ary.first end ## # Expands the class portion of +name+ into a fully-qualified class. See # #expand_class. def expand_name name klass, selector, method = parse_name name return [selector, method].join if klass.empty? case selector when ':' then [find_store(klass), selector, method] else [expand_class(klass), selector, method] end.join end ## # Filters the methods in +found+ trying to find a match for +name+. def filter_methods found, name regexp = name_regexp name filtered = found.find_all do |store, methods| methods.any? { |method| method.full_name =~ regexp } end return filtered unless filtered.empty? found end ## # Yields items matching +name+ including the store they were found in, the # class being searched for, the class they were found in (an ancestor) the # types of methods to look up (from #method_type), and the method name being # searched for def find_methods name klass, selector, method = parse_name name types = method_type selector klasses = nil ambiguous = klass.empty? if ambiguous then klasses = classes.keys else klasses = ancestors_of klass klasses.unshift klass end methods = [] klasses.each do |ancestor| ancestors = classes[ancestor] next unless ancestors klass = ancestor if ambiguous ancestors.each do |store| methods << [store, klass, ancestor, types, method] end end methods = methods.sort_by do |_, k, a, _, m| [k, a, m].compact end methods.each do |item| yield(*item) # :yields: store, klass, ancestor, types, method end self end ## # Finds a store that matches +name+ which can be the name of a gem, "ruby", # "home" or "site". # # See also RDoc::Store#source def find_store name @stores.each do |store| source = store.source return source if source == name return source if store.type == :gem and source =~ /^#{Regexp.escape name}-\d/ end raise RDoc::RI::Driver::NotFoundError, name end ## # Creates a new RDoc::Markup::Formatter. If a formatter is given with -f, # use it. If we're outputting to a pager, use bs, otherwise ansi. def formatter(io) if @formatter_klass then @formatter_klass.new elsif paging? or !io.tty? then RDoc::Markup::ToBs.new else RDoc::Markup::ToAnsi.new end end ## # Runs ri interactively using Readline if it is available. def interactive puts "\nEnter the method name you want to look up." begin require 'readline' rescue LoadError end if defined? Readline then Readline.completion_proc = method :complete puts "You can use tab to autocomplete." end puts "Enter a blank line to exit.\n\n" loop do name = if defined? Readline then Readline.readline ">> ", true else print ">> " $stdin.gets end return if name.nil? or name.empty? begin display_name expand_name(name.strip) rescue NotFoundError => e puts e.message end end rescue Interrupt exit end ## # Lists classes known to ri starting with +names+. If +names+ is empty all # known classes are shown. def list_known_classes names = [] classes = [] stores.each do |store| classes << store.module_names end classes = classes.flatten.uniq.sort unless names.empty? then filter = Regexp.union names.map { |name| /^#{name}/ } classes = classes.grep filter end page do |io| if paging? or io.tty? then if names.empty? then io.puts "Classes and Modules known to ri:" else io.puts "Classes and Modules starting with #{names.join ', '}:" end io.puts end io.puts classes.join("\n") end end ## # Returns an Array of methods matching +name+ def list_methods_matching name found = [] find_methods name do |store, klass, ancestor, types, method| if types == :instance or types == :both then methods = store.instance_methods[ancestor] if methods then matches = methods.grep(/^#{Regexp.escape method.to_s}/) matches = matches.map do |match| "#{klass}##{match}" end found.concat matches end end if types == :class or types == :both then methods = store.class_methods[ancestor] next unless methods matches = methods.grep(/^#{Regexp.escape method.to_s}/) matches = matches.map do |match| "#{klass}::#{match}" end found.concat matches end end found.uniq end ## # Loads RI data for method +name+ on +klass+ from +store+. +type+ and # +cache+ indicate if it is a class or instance method. def load_method store, cache, klass, type, name methods = store.public_send(cache)[klass] return unless methods method = methods.find do |method_name| method_name == name end return unless method store.load_method klass, "#{type}#{method}" rescue RDoc::Store::MissingFileError => e comment = RDoc::Comment.new("missing documentation at #{e.file}").parse method = RDoc::AnyMethod.new nil, name method.comment = comment method end ## # Returns an Array of RI data for methods matching +name+ def load_methods_matching name found = [] find_methods name do |store, klass, ancestor, types, method| methods = [] methods << load_method(store, :class_methods, ancestor, '::', method) if [:class, :both].include? types methods << load_method(store, :instance_methods, ancestor, '#', method) if [:instance, :both].include? types found << [store, methods.compact] end found.reject do |path, methods| methods.empty? end end ## # Returns a filtered list of methods matching +name+ def lookup_method name found = load_methods_matching name if found.empty? if check_did_you_mean methods = [] _, _, method_name = parse_name name find_methods name do |store, klass, ancestor, types, method| methods.push(*store.class_methods[klass]) if [:class, :both].include? types methods.push(*store.instance_methods[klass]) if [:instance, :both].include? types end methods = methods.uniq suggestion_proc = -> { DidYouMean::SpellChecker.new(dictionary: methods).correct(method_name) } raise NotFoundError.new(name, suggestion_proc) else raise NotFoundError, name end end filter_methods found, name end ## # Builds a RDoc::Markup::Document from +found+, +klasses+ and +includes+ def method_document out, name, filtered out << RDoc::Markup::Heading.new(1, name) out << RDoc::Markup::BlankLine.new filtered.each do |store, methods| methods.each do |method| render_method out, store, method, name end end out end ## # Returns the type of method (:both, :instance, :class) for +selector+ def method_type selector case selector when '.', nil then :both when '#' then :instance else :class end end ## # Returns a regular expression for +name+ that will match an # RDoc::AnyMethod's name. def name_regexp name klass, type, name = parse_name name case type when '#', '::' then /^#{klass}#{type}#{Regexp.escape name}$/ else /^#{klass}(#|::)#{Regexp.escape name}$/ end end ## # Paginates output through a pager program. def page if pager = setup_pager then begin yield pager ensure pager.close end else yield $stdout end rescue Errno::EPIPE ensure @paging = false end ## # Are we using a pager? def paging? @paging end ## # Extracts the class, selector and method name parts from +name+ like # Foo::Bar#baz. # # NOTE: Given Foo::Bar, Bar is considered a class even though it may be a # method def parse_name name parts = name.split(/(::?|#|\.)/) if parts.length == 1 then if parts.first =~ /^[a-z]|^([%&*+\/<>^`|~-]|\+@|-@|<<|<=>?|===?|=>|=~|>>|\[\]=?|~@)$/ then type = '.' meth = parts.pop else type = nil meth = nil end elsif parts.length == 2 or parts.last =~ /::|#|\./ then type = parts.pop meth = nil elsif parts[1] == ':' then klass = parts.shift type = parts.shift meth = parts.join elsif parts[-2] != '::' or parts.last !~ /^[A-Z]/ then meth = parts.pop type = parts.pop end klass ||= parts.join [klass, type, meth] end ## # Renders the +klass+ from +store+ to +out+. If the klass has no # documentable items the class is added to +also_in+ instead. def render_class out, store, klass, also_in # :nodoc: comment = klass.comment # TODO the store's cache should always return an empty Array class_methods = store.class_methods[klass.full_name] || [] instance_methods = store.instance_methods[klass.full_name] || [] attributes = store.attributes[klass.full_name] || [] if comment.empty? and instance_methods.empty? and class_methods.empty? then also_in << store return end add_from out, store class_document_comment out, comment if class_methods or instance_methods or not klass.constants.empty? then out << RDoc::Markup::Rule.new(1) end class_document_constants out, klass add_method_list out, class_methods, 'Class methods' add_method_list out, instance_methods, 'Instance methods' add_method_list out, attributes, 'Attributes' add_method_documentation out, klass if @show_all end def render_method out, store, method, name # :nodoc: out << RDoc::Markup::Paragraph.new("(from #{store.friendly_path})") unless name =~ /^#{Regexp.escape method.parent_name}/ then out << RDoc::Markup::Heading.new(3, "Implementation from #{method.parent_name}") end out << RDoc::Markup::Rule.new(1) render_method_arguments out, method.arglists render_method_superclass out, method if method.is_alias_for al = method.is_alias_for alias_for = store.load_method al.parent_name, "#{al.name_prefix}#{al.name}" render_method_comment out, method, alias_for else render_method_comment out, method end end def render_method_arguments out, arglists # :nodoc: return unless arglists arglists = arglists.chomp.split "\n" arglists = arglists.map { |line| line + "\n" } out << RDoc::Markup::Verbatim.new(*arglists) out << RDoc::Markup::Rule.new(1) end def render_method_comment out, method, alias_for = nil# :nodoc: if alias_for unless method.comment.nil? or method.comment.empty? out << RDoc::Markup::BlankLine.new out << method.comment end out << RDoc::Markup::BlankLine.new out << RDoc::Markup::Paragraph.new("(This method is an alias for #{alias_for.full_name}.)") out << RDoc::Markup::BlankLine.new out << alias_for.comment out << RDoc::Markup::BlankLine.new else out << RDoc::Markup::BlankLine.new out << method.comment out << RDoc::Markup::BlankLine.new end end def render_method_superclass out, method # :nodoc: return unless method.respond_to?(:superclass_method) and method.superclass_method out << RDoc::Markup::BlankLine.new out << RDoc::Markup::Heading.new(4, "(Uses superclass method #{method.superclass_method})") out << RDoc::Markup::Rule.new(1) end ## # Looks up and displays ri data according to the options given. def run if @list_doc_dirs then puts @doc_dirs elsif @list then list_known_classes @names elsif @server then start_server elsif @interactive or @names.empty? then interactive else display_names @names end rescue NotFoundError => e abort e.message end ## # Sets up a pager program to pass output through. Tries the RI_PAGER and # PAGER environment variables followed by pager, less then more. def setup_pager return if @use_stdout pagers = [ENV['RI_PAGER'], ENV['PAGER'], 'pager', 'less', 'more'] require 'shellwords' pagers.compact.uniq.each do |pager| pager = Shellwords.split(pager) next if pager.empty? io = IO.popen(pager, 'w') rescue next next if $? and $?.pid == io.pid and $?.exited? # pager didn't work @paging = true return io end @use_stdout = true nil end ## # Starts a WEBrick server for ri. def start_server begin require 'webrick' rescue LoadError abort "webrick is not found. You may need to `gem install webrick` to install webrick." end server = WEBrick::HTTPServer.new :Port => @server extra_doc_dirs = @stores.map {|s| s.type == :extra ? s.path : nil}.compact server.mount '/', RDoc::Servlet, nil, extra_doc_dirs trap 'INT' do server.shutdown end trap 'TERM' do server.shutdown end server.start end RDOC_REFS_REGEXP = /\[rdoc-ref:([\w.]+)(@.*)?\]/ def expand_rdoc_refs_at_the_bottom(out) return unless @expand_refs extracted_rdoc_refs = [] out.each do |part| content = if part.respond_to?(:text) part.text else next end rdoc_refs = content.scan(RDOC_REFS_REGEXP).uniq.map do |file_name, _anchor| file_name end extracted_rdoc_refs.concat(rdoc_refs) end found_pages = extracted_rdoc_refs.map do |ref| begin @stores.first.load_page(ref) rescue RDoc::Store::MissingFileError end end.compact found_pages.each do |page| out << RDoc::Markup::Heading.new(4, "Expanded from #{page.full_name}") out << RDoc::Markup::BlankLine.new out << page.comment end end end PK )J [��"�7 �7 , share/gems/gems/rdoc-6.10.0/lib/rdoc/rdoc.rbnu �[��� # frozen_string_literal: true require_relative '../rdoc' require 'find' require 'fileutils' require 'pathname' require 'time' ## # This is the driver for generating RDoc output. It handles file parsing and # generation of output. # # To use this class to generate RDoc output via the API, the recommended way # is: # # rdoc = RDoc::RDoc.new # options = RDoc::Options.load_options # returns an RDoc::Options instance # # set extra options # rdoc.document options # # You can also generate output like the +rdoc+ executable: # # rdoc = RDoc::RDoc.new # rdoc.document argv # # Where +argv+ is an array of strings, each corresponding to an argument you'd # give rdoc on the command line. See <tt>rdoc --help</tt> for details. class RDoc::RDoc @current = nil ## # This is the list of supported output generators GENERATORS = {} ## # List of directory names always skipped UNCONDITIONALLY_SKIPPED_DIRECTORIES = %w[CVS .svn .git].freeze ## # List of directory names skipped if test suites should be skipped TEST_SUITE_DIRECTORY_NAMES = %w[spec test].freeze ## # Generator instance used for creating output attr_accessor :generator ## # Hash of files and their last modified times. attr_reader :last_modified ## # RDoc options attr_accessor :options ## # Accessor for statistics. Available after each call to parse_files attr_reader :stats ## # The current documentation store attr_reader :store ## # Add +klass+ that can generate output after parsing def self.add_generator(klass) name = klass.name.sub(/^RDoc::Generator::/, '').downcase GENERATORS[name] = klass end ## # Active RDoc::RDoc instance def self.current @current end ## # Sets the active RDoc::RDoc instance def self.current= rdoc @current = rdoc end ## # Creates a new RDoc::RDoc instance. Call #document to parse files and # generate documentation. def initialize @current = nil @generator = nil @last_modified = {} @old_siginfo = nil @options = nil @stats = nil @store = nil end ## # Report an error message and exit def error(msg) raise RDoc::Error, msg end ## # Gathers a set of parseable files from the files and directories listed in # +files+. def gather_files files files = [@options.root.to_s] if files.empty? file_list = normalized_file_list files, true, @options.exclude file_list = remove_unparseable(file_list) if file_list.count {|name, mtime| file_list[name] = @last_modified[name] unless mtime mtime } > 0 @last_modified.replace file_list file_list.keys.sort else [] end end ## # Turns RDoc from stdin into HTML def handle_pipe @html = RDoc::Markup::ToHtml.new @options parser = RDoc::Text::MARKUP_FORMAT[@options.markup] document = parser.parse $stdin.read out = @html.convert document $stdout.write out end ## # Installs a siginfo handler that prints the current filename. def install_siginfo_handler return unless Signal.list.include? 'INFO' @old_siginfo = trap 'INFO' do puts @current if @current end end ## # Create an output dir if it doesn't exist. If it does exist, but doesn't # contain the flag file <tt>created.rid</tt> then we refuse to use it, as # we may clobber some manually generated documentation def setup_output_dir(dir, force) flag_file = output_flag_file dir last = {} if @options.dry_run then # do nothing elsif File.exist? dir then error "#{dir} exists and is not a directory" unless File.directory? dir begin File.open flag_file do |io| unless force then Time.parse io.gets io.each do |line| file, time = line.split "\t", 2 time = Time.parse(time) rescue next last[file] = time end end end rescue SystemCallError, TypeError error <<-ERROR Directory #{dir} already exists, but it looks like it isn't an RDoc directory. Because RDoc doesn't want to risk destroying any of your existing files, you'll need to specify a different output directory name (using the --op <dir> option) ERROR end unless @options.force_output else FileUtils.mkdir_p dir FileUtils.touch flag_file end last end ## # Sets the current documentation tree to +store+ and sets the store's rdoc # driver to this instance. def store= store @store = store @store.rdoc = self end ## # Update the flag file in an output directory. def update_output_dir(op_dir, time, last = {}) return if @options.dry_run or not @options.update_output_dir unless ENV['SOURCE_DATE_EPOCH'].nil? time = Time.at(ENV['SOURCE_DATE_EPOCH'].to_i).gmtime end File.open output_flag_file(op_dir), "w" do |f| f.puts time.rfc2822 last.each do |n, t| f.puts "#{n}\t#{t.rfc2822}" end end end ## # Return the path name of the flag file in an output directory. def output_flag_file(op_dir) File.join op_dir, "created.rid" end ## # The .document file contains a list of file and directory name patterns, # representing candidates for documentation. It may also contain comments # (starting with '#') def parse_dot_doc_file in_dir, filename # read and strip comments patterns = File.read(filename).gsub(/#.*/, '') result = {} patterns.split(' ').each do |patt| candidates = Dir.glob(File.join(in_dir, patt)) result.update normalized_file_list(candidates, false, @options.exclude) end result end ## # Given a list of files and directories, create a list of all the Ruby # files they contain. # # If +force_doc+ is true we always add the given files, if false, only # add files that we guarantee we can parse. It is true when looking at # files given on the command line, false when recursing through # subdirectories. # # The effect of this is that if you want a file with a non-standard # extension parsed, you must name it explicitly. def normalized_file_list(relative_files, force_doc = false, exclude_pattern = nil) file_list = {} relative_files.each do |rel_file_name| rel_file_name = rel_file_name.sub(/^\.\//, '') next if rel_file_name.end_with? 'created.rid' next if exclude_pattern && exclude_pattern =~ rel_file_name stat = File.stat rel_file_name rescue next case type = stat.ftype when "file" then mtime = (stat.mtime unless (last_modified = @last_modified[rel_file_name] and stat.mtime.to_i <= last_modified.to_i)) if force_doc or RDoc::Parser.can_parse(rel_file_name) then file_list[rel_file_name] = mtime end when "directory" then next if UNCONDITIONALLY_SKIPPED_DIRECTORIES.include?(rel_file_name) basename = File.basename(rel_file_name) next if options.skip_tests && TEST_SUITE_DIRECTORY_NAMES.include?(basename) created_rid = File.join rel_file_name, "created.rid" next if File.file? created_rid dot_doc = File.join rel_file_name, RDoc::DOT_DOC_FILENAME if File.file? dot_doc then file_list.update(parse_dot_doc_file(rel_file_name, dot_doc)) else file_list.update(list_files_in_directory(rel_file_name)) end else warn "rdoc can't parse the #{type} #{rel_file_name}" end end file_list end ## # Return a list of the files to be processed in a directory. We know that # this directory doesn't have a .document file, so we're looking for real # files. However we may well contain subdirectories which must be tested # for .document files. def list_files_in_directory dir files = Dir.glob File.join(dir, "*") normalized_file_list files, false, @options.exclude end ## # Parses +filename+ and returns an RDoc::TopLevel def parse_file filename encoding = @options.encoding filename = filename.encode encoding @stats.add_file filename return if RDoc::Parser.binary? filename content = RDoc::Encoding.read_file filename, encoding return unless content filename_path = Pathname(filename).expand_path begin relative_path = filename_path.relative_path_from @options.root rescue ArgumentError relative_path = filename_path end if @options.page_dir and relative_path.to_s.start_with? @options.page_dir.to_s then relative_path = relative_path.relative_path_from @options.page_dir end top_level = @store.add_file filename, relative_name: relative_path.to_s parser = RDoc::Parser.for top_level, content, @options, @stats return unless parser parser.scan # restart documentation for the classes & modules found top_level.classes_or_modules.each do |cm| cm.done_documenting = false end top_level rescue Errno::EACCES => e $stderr.puts <<-EOF Unable to read #{filename}, #{e.message} Please check the permissions for this file. Perhaps you do not have access to it or perhaps the original author's permissions are to restrictive. If the this is not your library please report a bug to the author. EOF rescue => e $stderr.puts <<-EOF Before reporting this, could you check that the file you're documenting has proper syntax: #{Gem.ruby} -c #{filename} RDoc is not a full Ruby parser and will fail when fed invalid ruby programs. The internal error was: \t(#{e.class}) #{e.message} EOF $stderr.puts e.backtrace.join("\n\t") if $DEBUG_RDOC raise e end ## # Parse each file on the command line, recursively entering directories. def parse_files files file_list = gather_files files @stats = RDoc::Stats.new @store, file_list.length, @options.verbosity return [] if file_list.empty? # This workaround can be removed after the :main: directive is removed original_options = @options.dup @stats.begin_adding file_info = file_list.map do |filename| @current = filename parse_file filename end.compact @store.resolve_c_superclasses @stats.done_adding @options = original_options file_info end ## # Removes file extensions known to be unparseable from +files+ and TAGS # files for emacs and vim. def remove_unparseable files files.reject do |file, *| file =~ /\.(?:class|eps|erb|scpt\.txt|svg|ttf|yml)$/i or (file =~ /tags$/i and /\A(\f\n[^,]+,\d+$|!_TAG_)/.match?(File.binread(file, 100))) end end ## # Generates documentation or a coverage report depending upon the settings # in +options+. # # +options+ can be either an RDoc::Options instance or an array of strings # equivalent to the strings that would be passed on the command line like # <tt>%w[-q -o doc -t My\ Doc\ Title]</tt>. #document will automatically # call RDoc::Options#finish if an options instance was given. # # For a list of options, see either RDoc::Options or <tt>rdoc --help</tt>. # # By default, output will be stored in a directory called "doc" below the # current directory, so make sure you're somewhere writable before invoking. def document options self.store = RDoc::Store.new if RDoc::Options === options then @options = options else @options = RDoc::Options.load_options @options.parse options end @options.finish if @options.pipe then handle_pipe exit end unless @options.coverage_report then @last_modified = setup_output_dir @options.op_dir, @options.force_update end @store.encoding = @options.encoding @store.dry_run = @options.dry_run @store.main = @options.main_page @store.title = @options.title @store.path = @options.op_dir @start_time = Time.now @store.load_cache file_info = parse_files @options.files @options.default_title = "RDoc Documentation" @store.complete @options.visibility @stats.coverage_level = @options.coverage_report if @options.coverage_report then puts puts @stats.report.accept RDoc::Markup::ToRdoc.new elsif file_info.empty? then $stderr.puts "\nNo newer files." unless @options.quiet else gen_klass = @options.generator @generator = gen_klass.new @store, @options generate end if @stats and (@options.coverage_report or not @options.quiet) then puts puts @stats.summary.accept RDoc::Markup::ToRdoc.new end exit @stats.fully_documented? if @options.coverage_report end ## # Generates documentation for +file_info+ (from #parse_files) into the # output dir using the generator selected # by the RDoc options def generate if @options.dry_run then # do nothing @generator.generate else Dir.chdir @options.op_dir do unless @options.quiet then $stderr.puts "\nGenerating #{@generator.class.name.sub(/^.*::/, '')} format into #{Dir.pwd}..." $stderr.puts "\nYou can visit the home page at: \e]8;;file://#{Dir.pwd}/index.html\e\\file://#{Dir.pwd}/index.html\e]8;;\e\\" end @generator.generate update_output_dir '.', @start_time, @last_modified end end end ## # Removes a siginfo handler and replaces the previous def remove_siginfo_handler return unless Signal.list.key? 'INFO' handler = @old_siginfo || 'DEFAULT' trap 'INFO', handler end end begin require 'rubygems' rdoc_extensions = Gem.find_latest_files 'rdoc/discover' rdoc_extensions.each do |extension| begin load extension rescue => e warn "error loading #{extension.inspect}: #{e.message} (#{e.class})" warn "\t#{e.backtrace.join "\n\t"}" if $DEBUG end end rescue LoadError end # require built-in generators after discovery in case they've been replaced require_relative 'generator/darkfish' require_relative 'generator/ri' require_relative 'generator/pot' PK )J [ ��� � , share/gems/gems/rdoc-6.10.0/lib/rdoc/i18n.rbnu �[��� # frozen_string_literal: true ## # This module provides i18n related features. module RDoc::I18n autoload :Locale, "#{__dir__}/i18n/locale" require_relative 'i18n/text' end PK )J [1�u6p p , share/gems/gems/rdoc-6.10.0/lib/rdoc/text.rbnu �[��� # frozen_string_literal: true ## # For RDoc::Text#to_html require 'strscan' ## # Methods for manipulating comment text module RDoc::Text ## # The language for this text. This affects stripping comments # markers. attr_accessor :language ## # Maps markup formats to classes that can parse them. If the format is # unknown, "rdoc" format is used. MARKUP_FORMAT = { 'markdown' => RDoc::Markdown, 'rdoc' => RDoc::Markup, 'rd' => RDoc::RD, 'tomdoc' => RDoc::TomDoc, } MARKUP_FORMAT.default = RDoc::Markup ## # Maps an encoding to a Hash of characters properly transcoded for that # encoding. # # See also encode_fallback. TO_HTML_CHARACTERS = Hash.new do |h, encoding| h[encoding] = { :close_dquote => encode_fallback('”', encoding, '"'), :close_squote => encode_fallback('’', encoding, '\''), :copyright => encode_fallback('©', encoding, '(c)'), :ellipsis => encode_fallback('…', encoding, '...'), :em_dash => encode_fallback('—', encoding, '---'), :en_dash => encode_fallback('–', encoding, '--'), :open_dquote => encode_fallback('“', encoding, '"'), :open_squote => encode_fallback('‘', encoding, '\''), :trademark => encode_fallback('®', encoding, '(r)'), } end ## # Transcodes +character+ to +encoding+ with a +fallback+ character. def self.encode_fallback character, encoding, fallback character.encode(encoding, :fallback => { character => fallback }, :undef => :replace, :replace => fallback) end ## # Expands tab characters in +text+ to eight spaces def expand_tabs text expanded = [] text.each_line do |line| nil while line.gsub!(/(?:\G|\r)((?:.{8})*?)([^\t\r\n]{0,7})\t/) do r = "#{$1}#{$2}#{' ' * (8 - $2.size)}" r = RDoc::Encoding.change_encoding r, text.encoding r end expanded << line end expanded.join end ## # Flush +text+ left based on the shortest line def flush_left text indent = 9999 text.each_line do |line| line_indent = line =~ /\S/ || 9999 indent = line_indent if indent > line_indent end empty = '' empty = RDoc::Encoding.change_encoding empty, text.encoding text.gsub(/^ {0,#{indent}}/, empty) end ## # Convert a string in markup format into HTML. # # Requires the including class to implement #formatter def markup text if @store.rdoc.options locale = @store.rdoc.options.locale else locale = nil end if locale i18n_text = RDoc::I18n::Text.new(text) text = i18n_text.translate(locale) end parse(text).accept formatter end ## # Strips hashes, expands tabs then flushes +text+ to the left def normalize_comment text return text if text.empty? case language when :ruby text = strip_hashes text when :c text = strip_stars text end text = expand_tabs text text = flush_left text text = strip_newlines text text end ## # Normalizes +text+ then builds a RDoc::Markup::Document from it def parse text, format = 'rdoc' return text if RDoc::Markup::Document === text return text.parse if RDoc::Comment === text text = normalize_comment text # TODO remove, should not be necessary return RDoc::Markup::Document.new if text =~ /\A\n*\z/ MARKUP_FORMAT[format].parse text end ## # The first +limit+ characters of +text+ as HTML def snippet text, limit = 100 document = parse text RDoc::Markup::ToHtmlSnippet.new(options, limit).convert document end ## # Strips leading # characters from +text+ def strip_hashes text return text if text =~ /^(?>\s*)[^\#]/ empty = '' empty = RDoc::Encoding.change_encoding empty, text.encoding text.gsub(/^\s*(#+)/) { $1.tr '#', ' ' }.gsub(/^\s+$/, empty) end ## # Strips leading and trailing \n characters from +text+ def strip_newlines text text.gsub(/\A\n*(.*?)\n*\z/m) do $1 end # block preserves String encoding end ## # Strips /* */ style comments def strip_stars text return text unless text =~ %r%/\*.*\*/%m encoding = text.encoding text = text.gsub %r%Document-method:\s+[\w:.#=!?|^&<>~+\-/*\%@`\[\]]+%, '' space = ' ' space = RDoc::Encoding.change_encoding space, encoding if encoding text.sub! %r%/\*+% do space * $&.length end text.sub! %r%\*+/% do space * $&.length end text.gsub! %r%^[ \t]*\*%m do space * $&.length end empty = '' empty = RDoc::Encoding.change_encoding empty, encoding if encoding text.gsub(/^\s+$/, empty) end ## # Converts ampersand, dashes, ellipsis, quotes, copyright and registered # trademark symbols in +text+ to properly encoded characters. def to_html text html = (''.encode text.encoding).dup encoded = RDoc::Text::TO_HTML_CHARACTERS[text.encoding] s = StringScanner.new text insquotes = false indquotes = false after_word = nil until s.eos? do case when s.scan(/<(tt|code)>.*?<\/\1>/) then # skip contents of tt html << s.matched.gsub('\\\\', '\\') when s.scan(/<(tt|code)>.*?/) then warn "mismatched <#{s[1]}> tag" # TODO signal file/line html << s.matched when s.scan(/<[^>]+\/?s*>/) then # skip HTML tags html << s.matched when s.scan(/\\(\S)/) then # unhandled suppressed crossref html << s[1] after_word = nil when s.scan(/\.\.\.(\.?)/) then html << s[1] << encoded[:ellipsis] after_word = nil when s.scan(/\(c\)/i) then html << encoded[:copyright] after_word = nil when s.scan(/\(r\)/i) then html << encoded[:trademark] after_word = nil when s.scan(/---/) then html << encoded[:em_dash] after_word = nil when s.scan(/--/) then html << encoded[:en_dash] after_word = nil when s.scan(/"|"/) then html << encoded[indquotes ? :close_dquote : :open_dquote] indquotes = !indquotes after_word = nil when s.scan(/``/) then # backtick double quote html << encoded[:open_dquote] after_word = nil when s.scan(/(?:'|'){2}/) then # tick double quote html << encoded[:close_dquote] after_word = nil when s.scan(/`/) then # backtick if insquotes or after_word html << '`' after_word = false else html << encoded[:open_squote] insquotes = true end when s.scan(/'|'/) then # single quote if insquotes html << encoded[:close_squote] insquotes = false elsif after_word # Mary's dog, my parents' house: do not start paired quotes html << encoded[:close_squote] else html << encoded[:open_squote] insquotes = true end after_word = nil else # advance to the next potentially significant character match = s.scan(/.+?(?=[<\\.("'`&-])/) #" if match then html << match after_word = match =~ /\w$/ else html << s.rest break end end end html end ## # Wraps +txt+ to +line_len+ def wrap(txt, line_len = 76) res = [] sp = 0 ep = txt.length while sp < ep # scan back for a space p = sp + line_len - 1 if p >= ep p = ep else while p > sp and txt[p] != ?\s p -= 1 end if p <= sp p = sp + line_len while p < ep and txt[p] != ?\s p += 1 end end end res << txt[sp...p] << "\n" sp = p sp += 1 while sp < ep and txt[sp] == ?\s end res.join.strip end ## # Character class to be separated by a space when concatenating # lines. SPACE_SEPARATED_LETTER_CLASS = /[\p{Nd}\p{Lc}\p{Pc}]|[!-~&&\W]/ end PK )J [�S�/� /� 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/ruby.rbnu �[��� # frozen_string_literal: true ## # This file contains stuff stolen outright from: # # rtags.rb - # ruby-lex.rb - ruby lexcal analyzer # ruby-token.rb - ruby tokens # by Keiju ISHITSUKA (Nippon Rational Inc.) # if ENV['RDOC_USE_PRISM_PARSER'] require 'rdoc/parser/prism_ruby' RDoc::Parser.const_set(:Ruby, RDoc::Parser::PrismRuby) puts "=========================================================================" puts "RDoc is using the experimental Prism parser to generate the documentation" puts "=========================================================================" return end require 'ripper' require_relative 'ripper_state_lex' ## # Extracts code elements from a source file returning a TopLevel object # containing the constituent file elements. # # This file is based on rtags # # RubyParser understands how to document: # * classes # * modules # * methods # * constants # * aliases # * private, public, protected # * private_class_function, public_class_function # * private_constant, public_constant # * module_function # * attr, attr_reader, attr_writer, attr_accessor # * extra accessors given on the command line # * metaprogrammed methods # * require # * include # # == Method Arguments # #-- # NOTE: I don't think this works, needs tests, remove the paragraph following # this block when known to work # # The parser extracts the arguments from the method definition. You can # override this with a custom argument definition using the :args: directive: # # ## # # This method tries over and over until it is tired # # def go_go_go(thing_to_try, tries = 10) # :args: thing_to_try # puts thing_to_try # go_go_go thing_to_try, tries - 1 # end # # If you have a more-complex set of overrides you can use the :call-seq: # directive: #++ # # The parser extracts the arguments from the method definition. You can # override this with a custom argument definition using the :call-seq: # directive: # # ## # # This method can be called with a range or an offset and length # # # # :call-seq: # # my_method(Range) # # my_method(offset, length) # # def my_method(*args) # end # # The parser extracts +yield+ expressions from method bodies to gather the # yielded argument names. If your method manually calls a block instead of # yielding or you want to override the discovered argument names use # the :yields: directive: # # ## # # My method is awesome # # def my_method(&block) # :yields: happy, times # block.call 1, 2 # end # # == Metaprogrammed Methods # # To pick up a metaprogrammed method, the parser looks for a comment starting # with '##' before an identifier: # # ## # # This is a meta-programmed method! # # add_my_method :meta_method, :arg1, :arg2 # # The parser looks at the token after the identifier to determine the name, in # this example, :meta_method. If a name cannot be found, a warning is printed # and 'unknown is used. # # You can force the name of a method using the :method: directive: # # ## # # :method: some_method! # # By default, meta-methods are instance methods. To indicate that a method is # a singleton method instead use the :singleton-method: directive: # # ## # # :singleton-method: # # You can also use the :singleton-method: directive with a name: # # ## # # :singleton-method: some_method! # # You can define arguments for metaprogrammed methods via either the # :call-seq:, :arg: or :args: directives. # # Additionally you can mark a method as an attribute by # using :attr:, :attr_reader:, :attr_writer: or :attr_accessor:. Just like # for :method:, the name is optional. # # ## # # :attr_reader: my_attr_name # # == Hidden methods and attributes # # You can provide documentation for methods that don't appear using # the :method:, :singleton-method: and :attr: directives: # # ## # # :attr_writer: ghost_writer # # There is an attribute here, but you can't see it! # # ## # # :method: ghost_method # # There is a method here, but you can't see it! # # ## # # this is a comment for a regular method # # def regular_method() end # # Note that by default, the :method: directive will be ignored if there is a # standard rdocable item following it. class RDoc::Parser::Ruby < RDoc::Parser parse_files_matching(/\.rbw?$/) include RDoc::TokenStream include RDoc::Parser::RubyTools ## # RDoc::NormalClass type NORMAL = "::" ## # RDoc::SingleClass type SINGLE = "<<" ## # Creates a new Ruby parser. def initialize(top_level, file_name, content, options, stats) super content = handle_tab_width(content) @size = 0 @token_listeners = nil content = RDoc::Encoding.remove_magic_comment content @scanner = RDoc::Parser::RipperStateLex.parse(content) @content = content @scanner_point = 0 @prev_seek = nil @markup = @options.markup @track_visibility = :nodoc != @options.visibility @encoding = @options.encoding reset end ## # Return +true+ if +tk+ is a newline. def tk_nl?(tk) :on_nl == tk[:kind] or :on_ignored_nl == tk[:kind] end ## # Retrieves the read token stream and replaces +pattern+ with +replacement+ # using gsub. If the result is only a ";" returns an empty string. def get_tkread_clean pattern, replacement # :nodoc: read = get_tkread.gsub(pattern, replacement).strip return '' if read == ';' read end ## # Extracts the visibility information for the visibility token +tk+ # and +single+ class type identifier. # # Returns the visibility type (a string), the visibility (a symbol) and # +singleton+ if the methods following should be converted to singleton # methods. def get_visibility_information tk, single # :nodoc: vis_type = tk[:text] singleton = single == SINGLE vis = case vis_type when 'private' then :private when 'protected' then :protected when 'public' then :public when 'private_class_method' then singleton = true :private when 'public_class_method' then singleton = true :public when 'module_function' then singleton = true :public else raise RDoc::Error, "Invalid visibility: #{tk.name}" end return vis_type, vis, singleton end ## # Look for the first comment in a file that isn't a shebang line. def collect_first_comment skip_tkspace comment = ''.dup comment = RDoc::Encoding.change_encoding comment, @encoding if @encoding first_line = true first_comment_tk_kind = nil line_no = nil tk = get_tk while tk && (:on_comment == tk[:kind] or :on_embdoc == tk[:kind]) comment_body = retrieve_comment_body(tk) if first_line and comment_body =~ /\A#!/ then skip_tkspace tk = get_tk elsif first_line and comment_body =~ /\A#\s*-\*-/ then first_line = false skip_tkspace tk = get_tk else break if first_comment_tk_kind and not first_comment_tk_kind === tk[:kind] first_comment_tk_kind = tk[:kind] line_no = tk[:line_no] if first_line first_line = false comment << comment_body tk = get_tk if :on_nl === tk then skip_tkspace_without_nl tk = get_tk end end end unget_tk tk new_comment comment, line_no end ## # Consumes trailing whitespace from the token stream def consume_trailing_spaces # :nodoc: skip_tkspace_without_nl end ## # Creates a new attribute in +container+ with +name+. def create_attr container, single, name, rw, comment # :nodoc: att = RDoc::Attr.new get_tkread, name, rw, comment, single == SINGLE record_location att container.add_attribute att @stats.add_attribute att att end ## # Creates a module alias in +container+ at +rhs_name+ (or at the top-level # for "::") with the name from +constant+. def create_module_alias container, constant, rhs_name # :nodoc: mod = if rhs_name =~ /^::/ then @store.find_class_or_module rhs_name else container.find_module_named rhs_name end container.add_module_alias mod, rhs_name, constant, @top_level end ## # Aborts with +msg+ def error(msg) msg = make_message msg abort msg end ## # Looks for a true or false token. def get_bool skip_tkspace tk = get_tk if :on_kw == tk[:kind] && 'true' == tk[:text] true elsif :on_kw == tk[:kind] && ('false' == tk[:text] || 'nil' == tk[:text]) false else unget_tk tk true end end ## # Look for the name of a class of module (optionally with a leading :: or # with :: separated named) and return the ultimate name, the associated # container, and the given name (with the ::). def get_class_or_module container, ignore_constants = false skip_tkspace name_t = get_tk given_name = ''.dup # class ::A -> A is in the top level if :on_op == name_t[:kind] and '::' == name_t[:text] then # bug name_t = get_tk container = @top_level given_name << '::' end skip_tkspace_without_nl given_name << name_t[:text] is_self = name_t[:kind] == :on_op && name_t[:text] == '<<' new_modules = [] while !is_self && (tk = peek_tk) and :on_op == tk[:kind] and '::' == tk[:text] do prev_container = container container = container.find_module_named name_t[:text] container ||= if ignore_constants then c = RDoc::NormalModule.new name_t[:text] c.store = @store new_modules << [prev_container, c] c else c = prev_container.add_module RDoc::NormalModule, name_t[:text] c.ignore unless prev_container.document_children @top_level.add_to_classes_or_modules c c end record_location container get_tk skip_tkspace if :on_lparen == peek_tk[:kind] # ProcObjectInConstant::() parse_method_or_yield_parameters break end name_t = get_tk unless :on_const == name_t[:kind] || :on_ident == name_t[:kind] raise RDoc::Error, "Invalid class or module definition: #{given_name}" end if prev_container == container and !ignore_constants given_name = name_t[:text] else given_name << '::' + name_t[:text] end end skip_tkspace_without_nl return [container, name_t, given_name, new_modules] end ## # Skip opening parentheses and yield the block. # Skip closing parentheses too when exists. def skip_parentheses(&block) left_tk = peek_tk if :on_lparen == left_tk[:kind] get_tk ret = skip_parentheses(&block) right_tk = peek_tk if :on_rparen == right_tk[:kind] get_tk end ret else yield end end ## # Return a superclass, which can be either a constant of an expression def get_class_specification tk = peek_tk if tk.nil? return '' elsif :on_kw == tk[:kind] && 'self' == tk[:text] return 'self' elsif :on_gvar == tk[:kind] return '' end res = get_constant skip_tkspace_without_nl get_tkread # empty out read buffer tk = get_tk return res unless tk case tk[:kind] when :on_nl, :on_comment, :on_embdoc, :on_semicolon then unget_tk(tk) return res end res += parse_call_parameters(tk) res end ## # Parse a constant, which might be qualified by one or more class or module # names def get_constant res = "" skip_tkspace_without_nl tk = get_tk while tk && ((:on_op == tk[:kind] && '::' == tk[:text]) || :on_const == tk[:kind]) do res += tk[:text] tk = get_tk end unget_tk(tk) res end ## # Get an included module that may be surrounded by parens def get_included_module_with_optional_parens skip_tkspace_without_nl get_tkread tk = get_tk end_token = get_end_token tk return '' unless end_token nest = 0 continue = false only_constant = true while tk != nil do is_element_of_constant = false case tk[:kind] when :on_semicolon then break if nest == 0 when :on_lbracket then nest += 1 when :on_rbracket then nest -= 1 when :on_lbrace then nest += 1 when :on_rbrace then nest -= 1 if nest <= 0 # we might have a.each { |i| yield i } unget_tk(tk) if nest < 0 break end when :on_lparen then nest += 1 when end_token[:kind] then if end_token[:kind] == :on_rparen nest -= 1 break if nest <= 0 else break if nest <= 0 end when :on_rparen then nest -= 1 when :on_comment, :on_embdoc then @read.pop if :on_nl == end_token[:kind] and "\n" == tk[:text][-1] and (!continue or (tk[:state] & Ripper::EXPR_LABEL) != 0) then break if !continue and nest <= 0 end when :on_comma then continue = true when :on_ident then continue = false if continue when :on_kw then case tk[:text] when 'def', 'do', 'case', 'for', 'begin', 'class', 'module' nest += 1 when 'if', 'unless', 'while', 'until', 'rescue' # postfix if/unless/while/until/rescue must be EXPR_LABEL nest += 1 unless (tk[:state] & Ripper::EXPR_LABEL) != 0 when 'end' nest -= 1 break if nest == 0 end when :on_const then is_element_of_constant = true when :on_op then is_element_of_constant = true if '::' == tk[:text] end only_constant = false unless is_element_of_constant tk = get_tk end if only_constant get_tkread_clean(/\s+/, ' ') else '' end end ## # Little hack going on here. In the statement: # # f = 2*(1+yield) # # We see the RPAREN as the next token, so we need to exit early. This still # won't catch all cases (such as "a = yield + 1" def get_end_token tk # :nodoc: case tk[:kind] when :on_lparen token = RDoc::Parser::RipperStateLex::Token.new token[:kind] = :on_rparen token[:text] = ')' token when :on_rparen nil else token = RDoc::Parser::RipperStateLex::Token.new token[:kind] = :on_nl token[:text] = "\n" token end end ## # Retrieves the method container for a singleton method. def get_method_container container, name_t # :nodoc: prev_container = container container = container.find_module_named(name_t[:text]) unless container then constant = prev_container.constants.find do |const| const.name == name_t[:text] end if constant then parse_method_dummy prev_container return end end unless container then # TODO seems broken, should starting at Object in @store obj = name_t[:text].split("::").inject(Object) do |state, item| state.const_get(item) end rescue nil type = obj.class == Class ? RDoc::NormalClass : RDoc::NormalModule unless [Class, Module].include?(obj.class) then warn("Couldn't find #{name_t[:text]}. Assuming it's a module") end if type == RDoc::NormalClass then sclass = obj.superclass ? obj.superclass.name : nil container = prev_container.add_class type, name_t[:text], sclass else container = prev_container.add_module type, name_t[:text] end record_location container end container end ## # Extracts a name or symbol from the token stream. def get_symbol_or_name tk = get_tk case tk[:kind] when :on_symbol then text = tk[:text].sub(/^:/, '') next_tk = peek_tk if next_tk && :on_op == next_tk[:kind] && '=' == next_tk[:text] then get_tk text << '=' end text when :on_ident, :on_const, :on_gvar, :on_cvar, :on_ivar, :on_op, :on_kw then tk[:text] when :on_tstring, :on_dstring then tk[:text][1..-2] else raise RDoc::Error, "Name or symbol expected (got #{tk})" end end ## # Marks containers between +container+ and +ancestor+ as ignored def suppress_parents container, ancestor # :nodoc: while container and container != ancestor do container.suppress unless container.documented? container = container.parent end end ## # Look for directives in a normal comment block: # # # :stopdoc: # # Don't display comment from this point forward # # This routine modifies its +comment+ parameter. def look_for_directives_in container, comment @preprocess.handle comment, container do |directive, param| case directive when 'method', 'singleton-method', 'attr', 'attr_accessor', 'attr_reader', 'attr_writer' then false # handled elsewhere when 'section' then break unless container.kind_of?(RDoc::Context) container.set_current_section param, comment.dup comment.text = '' break end end comment.remove_private end ## # Adds useful info about the parser to +message+ def make_message message prefix = "#{@file_name}:".dup tk = peek_tk prefix << "#{tk[:line_no]}:#{tk[:char_no]}:" if tk "#{prefix} #{message}" end ## # Creates a comment with the correct format def new_comment comment, line_no = nil c = RDoc::Comment.new comment, @top_level, :ruby c.line = line_no c.format = @markup c end ## # Creates an RDoc::Attr for the name following +tk+, setting the comment to # +comment+. def parse_attr(context, single, tk, comment) line_no = tk[:line_no] args = parse_symbol_arg 1 if args.size > 0 then name = args[0] rw = "R" skip_tkspace_without_nl tk = get_tk if :on_comma == tk[:kind] then rw = "RW" if get_bool else unget_tk tk end att = create_attr context, single, name, rw, comment att.line = line_no read_documentation_modifiers att, RDoc::ATTR_MODIFIERS else warn "'attr' ignored - looks like a variable" end end ## # Creates an RDoc::Attr for each attribute listed after +tk+, setting the # comment for each to +comment+. def parse_attr_accessor(context, single, tk, comment) line_no = tk[:line_no] args = parse_symbol_arg rw = "?" tmp = RDoc::CodeObject.new read_documentation_modifiers tmp, RDoc::ATTR_MODIFIERS # TODO In most other places we let the context keep track of document_self # and add found items appropriately but here we do not. I'm not sure why. return if @track_visibility and not tmp.document_self case tk[:text] when "attr_reader" then rw = "R" when "attr_writer" then rw = "W" when "attr_accessor" then rw = "RW" else rw = '?' end for name in args att = create_attr context, single, name, rw, comment att.line = line_no end end ## # Parses an +alias+ in +context+ with +comment+ def parse_alias(context, single, tk, comment) line_no = tk[:line_no] skip_tkspace if :on_lparen === peek_tk[:kind] then get_tk skip_tkspace end new_name = get_symbol_or_name skip_tkspace if :on_comma === peek_tk[:kind] then get_tk skip_tkspace end begin old_name = get_symbol_or_name rescue RDoc::Error return end al = RDoc::Alias.new(get_tkread, old_name, new_name, comment, single == SINGLE) record_location al al.line = line_no read_documentation_modifiers al, RDoc::ATTR_MODIFIERS if al.document_self or not @track_visibility context.add_alias al @stats.add_alias al end al end ## # Extracts call parameters from the token stream. def parse_call_parameters(tk) end_token = case tk[:kind] when :on_lparen :on_rparen when :on_rparen return "" else :on_nl end nest = 0 loop do break if tk.nil? case tk[:kind] when :on_semicolon break when :on_lparen nest += 1 when end_token if end_token == :on_rparen nest -= 1 break if RDoc::Parser::RipperStateLex.end?(tk) and nest <= 0 else break if RDoc::Parser::RipperStateLex.end?(tk) end when :on_comment, :on_embdoc unget_tk(tk) break when :on_op if tk[:text] =~ /^(.{1,2})?=$/ unget_tk(tk) break end end tk = get_tk end get_tkread_clean "\n", " " end ## # Parses a class in +context+ with +comment+ def parse_class container, single, tk, comment line_no = tk[:line_no] declaration_context = container container, name_t, given_name, = get_class_or_module container if name_t[:kind] == :on_const cls = parse_class_regular container, declaration_context, single, name_t, given_name, comment elsif name_t[:kind] == :on_op && name_t[:text] == '<<' case name = skip_parentheses { get_class_specification } when 'self', container.name read_documentation_modifiers cls, RDoc::CLASS_MODIFIERS parse_statements container, SINGLE return # don't update line else cls = parse_class_singleton container, name, comment end else warn "Expected class name or '<<'. Got #{name_t[:kind]}: #{name_t[:text].inspect}" return end cls.line = line_no # after end modifiers read_documentation_modifiers cls, RDoc::CLASS_MODIFIERS cls end ## # Parses and creates a regular class def parse_class_regular container, declaration_context, single, # :nodoc: name_t, given_name, comment superclass = '::Object' if given_name =~ /^::/ then declaration_context = @top_level given_name = $' end tk = peek_tk if tk[:kind] == :on_op && tk[:text] == '<' then get_tk skip_tkspace superclass = get_class_specification superclass = '(unknown)' if superclass.empty? end cls_type = single == SINGLE ? RDoc::SingleClass : RDoc::NormalClass cls = declaration_context.add_class cls_type, given_name, superclass cls.ignore unless container.document_children read_documentation_modifiers cls, RDoc::CLASS_MODIFIERS record_location cls cls.add_comment comment, @top_level @top_level.add_to_classes_or_modules cls @stats.add_class cls suppress_parents container, declaration_context unless cls.document_self parse_statements cls cls end ## # Parses a singleton class in +container+ with the given +name+ and # +comment+. def parse_class_singleton container, name, comment # :nodoc: other = @store.find_class_named name unless other then if name =~ /^::/ then name = $' container = @top_level end other = container.add_module RDoc::NormalModule, name record_location other # class << $gvar other.ignore if name.empty? other.add_comment comment, @top_level end # notify :nodoc: all if not a constant-named class/module # (and remove any comment) unless name =~ /\A(::)?[A-Z]/ then other.document_self = nil other.document_children = false other.clear_comment end @top_level.add_to_classes_or_modules other @stats.add_class other read_documentation_modifiers other, RDoc::CLASS_MODIFIERS parse_statements(other, SINGLE) other end ## # Parses a constant in +context+ with +comment+. If +ignore_constants+ is # true, no found constants will be added to RDoc. def parse_constant container, tk, comment, ignore_constants = false line_no = tk[:line_no] name = tk[:text] skip_tkspace_without_nl return unless name =~ /^\w+$/ new_modules = [] if :on_op == peek_tk[:kind] && '::' == peek_tk[:text] then unget_tk tk container, name_t, _, new_modules = get_class_or_module container, true name = name_t[:text] end is_array_or_hash = false if peek_tk && :on_lbracket == peek_tk[:kind] get_tk nest = 1 while bracket_tk = get_tk case bracket_tk[:kind] when :on_lbracket nest += 1 when :on_rbracket nest -= 1 break if nest == 0 end end skip_tkspace_without_nl is_array_or_hash = true end unless peek_tk && :on_op == peek_tk[:kind] && '=' == peek_tk[:text] then return false end get_tk unless ignore_constants new_modules.each do |prev_c, new_module| prev_c.add_module_by_normal_module new_module new_module.ignore unless prev_c.document_children @top_level.add_to_classes_or_modules new_module end end value = '' con = RDoc::Constant.new name, value, comment body = parse_constant_body container, con, is_array_or_hash return unless body con.value = body record_location con con.line = line_no read_documentation_modifiers con, RDoc::CONSTANT_MODIFIERS return if is_array_or_hash @stats.add_constant con container.add_constant con true end def parse_constant_body container, constant, is_array_or_hash # :nodoc: nest = 0 rhs_name = ''.dup get_tkread tk = get_tk body = nil loop do break if tk.nil? if :on_semicolon == tk[:kind] then break if nest <= 0 elsif [:on_tlambeg, :on_lparen, :on_lbrace, :on_lbracket].include?(tk[:kind]) then nest += 1 elsif (:on_kw == tk[:kind] && 'def' == tk[:text]) then nest += 1 elsif (:on_kw == tk[:kind] && %w{do if unless case begin}.include?(tk[:text])) then if (tk[:state] & Ripper::EXPR_LABEL) == 0 nest += 1 end elsif [:on_rparen, :on_rbrace, :on_rbracket].include?(tk[:kind]) || (:on_kw == tk[:kind] && 'end' == tk[:text]) then nest -= 1 elsif (:on_comment == tk[:kind] or :on_embdoc == tk[:kind]) then unget_tk tk if nest <= 0 and RDoc::Parser::RipperStateLex.end?(tk) then body = get_tkread_clean(/^[ \t]+/, '') read_documentation_modifiers constant, RDoc::CONSTANT_MODIFIERS break else read_documentation_modifiers constant, RDoc::CONSTANT_MODIFIERS end elsif :on_const == tk[:kind] then rhs_name << tk[:text] next_tk = peek_tk if nest <= 0 and (next_tk.nil? || :on_nl == next_tk[:kind]) then create_module_alias container, constant, rhs_name unless is_array_or_hash break end elsif :on_nl == tk[:kind] then if nest <= 0 and RDoc::Parser::RipperStateLex.end?(tk) then unget_tk tk break end elsif :on_op == tk[:kind] && '::' == tk[:text] rhs_name << '::' end tk = get_tk end body ? body : get_tkread_clean(/^[ \t]+/, '') end ## # Generates an RDoc::Method or RDoc::Attr from +comment+ by looking for # :method: or :attr: directives in +comment+. def parse_comment container, tk, comment return parse_comment_tomdoc container, tk, comment if @markup == 'tomdoc' column = tk[:char_no] line_no = comment.line.nil? ? tk[:line_no] : comment.line comment.text = comment.text.sub(/(^# +:?)(singleton-)(method:)/, '\1\3') singleton = !!$~ co = if (comment.text = comment.text.sub(/^# +:?method: *(\S*).*?\n/i, '')) && !!$~ then line_no += $`.count("\n") parse_comment_ghost container, comment.text, $1, column, line_no, comment elsif (comment.text = comment.text.sub(/# +:?(attr(_reader|_writer|_accessor)?): *(\S*).*?\n/i, '')) && !!$~ then parse_comment_attr container, $1, $3, comment end if co then co.singleton = singleton co.line = line_no end true end ## # Parse a comment that is describing an attribute in +container+ with the # given +name+ and +comment+. def parse_comment_attr container, type, name, comment # :nodoc: return if name.empty? rw = case type when 'attr_reader' then 'R' when 'attr_writer' then 'W' else 'RW' end create_attr container, NORMAL, name, rw, comment end def parse_comment_ghost container, text, name, column, line_no, # :nodoc: comment name = nil if name.empty? meth = RDoc::GhostMethod.new get_tkread, name record_location meth meth.start_collecting_tokens indent = RDoc::Parser::RipperStateLex::Token.new(1, 1, :on_sp, ' ' * column) position_comment = RDoc::Parser::RipperStateLex::Token.new(line_no, 1, :on_comment) position_comment[:text] = "# File #{@top_level.relative_name}, line #{line_no}" newline = RDoc::Parser::RipperStateLex::Token.new(0, 0, :on_nl, "\n") meth.add_tokens [position_comment, newline, indent] meth.params = if text.sub!(/^#\s+:?args?:\s*(.*?)\s*$/i, '') then $1 else '' end comment.normalize comment.extract_call_seq meth return unless meth.name container.add_method meth meth.comment = comment @stats.add_method meth meth end ## # Creates an RDoc::Method on +container+ from +comment+ if there is a # Signature section in the comment def parse_comment_tomdoc container, tk, comment return unless signature = RDoc::TomDoc.signature(comment) column = tk[:char_no] line_no = tk[:line_no] name, = signature.split %r%[ \(]%, 2 meth = RDoc::GhostMethod.new get_tkread, name record_location meth meth.line = line_no meth.start_collecting_tokens indent = RDoc::Parser::RipperStateLex::Token.new(1, 1, :on_sp, ' ' * column) position_comment = RDoc::Parser::RipperStateLex::Token.new(line_no, 1, :on_comment) position_comment[:text] = "# File #{@top_level.relative_name}, line #{line_no}" newline = RDoc::Parser::RipperStateLex::Token.new(0, 0, :on_nl, "\n") meth.add_tokens [position_comment, newline, indent] meth.call_seq = signature comment.normalize return unless meth.name container.add_method meth meth.comment = comment @stats.add_method meth end ## # Parses an +include+ or +extend+, indicated by the +klass+ and adds it to # +container+ # with +comment+ def parse_extend_or_include klass, container, comment # :nodoc: loop do skip_tkspace_comment name = get_included_module_with_optional_parens unless name.empty? then obj = container.add klass, name, comment record_location obj end return if peek_tk.nil? || :on_comma != peek_tk[:kind] get_tk end end ## # Parses an +included+ with a block feature of ActiveSupport::Concern. def parse_included_with_activesupport_concern container, comment # :nodoc: skip_tkspace_without_nl tk = get_tk unless tk[:kind] == :on_lbracket || (tk[:kind] == :on_kw && tk[:text] == 'do') unget_tk tk return nil # should be a block end parse_statements container container end ## # Parses identifiers that can create new methods or change visibility. # # Returns true if the comment was not consumed. def parse_identifier container, single, tk, comment # :nodoc: case tk[:text] when 'private', 'protected', 'public', 'private_class_method', 'public_class_method', 'module_function' then parse_visibility container, single, tk return true when 'private_constant', 'public_constant' parse_constant_visibility container, single, tk return true when 'attr' then parse_attr container, single, tk, comment when /^attr_(reader|writer|accessor)$/ then parse_attr_accessor container, single, tk, comment when 'alias_method' then parse_alias container, single, tk, comment when 'require', 'include' then # ignore else if comment.text =~ /\A#\#$/ then case comment.text when /^# +:?attr(_reader|_writer|_accessor)?:/ then parse_meta_attr container, single, tk, comment else method = parse_meta_method container, single, tk, comment method.params = container.params if container.params method.block_params = container.block_params if container.block_params end end end false end ## # Parses a meta-programmed attribute and creates an RDoc::Attr. # # To create foo and bar attributes on class C with comment "My attributes": # # class C # # ## # # :attr: # # # # My attributes # # my_attr :foo, :bar # # end # # To create a foo attribute on class C with comment "My attribute": # # class C # # ## # # :attr: foo # # # # My attribute # # my_attr :foo, :bar # # end def parse_meta_attr(context, single, tk, comment) args = parse_symbol_arg rw = "?" # If nodoc is given, don't document any of them tmp = RDoc::CodeObject.new read_documentation_modifiers tmp, RDoc::ATTR_MODIFIERS regexp = /^# +:?(attr(_reader|_writer|_accessor)?): *(\S*).*?\n/i if regexp =~ comment.text then comment.text = comment.text.sub(regexp, '') rw = case $1 when 'attr_reader' then 'R' when 'attr_writer' then 'W' else 'RW' end name = $3 unless $3.empty? end if name then att = create_attr context, single, name, rw, comment else args.each do |attr_name| att = create_attr context, single, attr_name, rw, comment end end att end ## # Parses a meta-programmed method def parse_meta_method(container, single, tk, comment) column = tk[:char_no] line_no = tk[:line_no] start_collecting_tokens add_token tk add_token_listener self skip_tkspace_without_nl comment.text = comment.text.sub(/(^# +:?)(singleton-)(method:)/, '\1\3') singleton = !!$~ name = parse_meta_method_name comment, tk return unless name meth = RDoc::MetaMethod.new get_tkread, name record_location meth meth.line = line_no meth.singleton = singleton remove_token_listener self meth.start_collecting_tokens indent = RDoc::Parser::RipperStateLex::Token.new(1, 1, :on_sp, ' ' * column) position_comment = RDoc::Parser::RipperStateLex::Token.new(line_no, 1, :on_comment) position_comment[:text] = "# File #{@top_level.relative_name}, line #{line_no}" newline = RDoc::Parser::RipperStateLex::Token.new(0, 0, :on_nl, "\n") meth.add_tokens [position_comment, newline, indent] meth.add_tokens @token_stream parse_meta_method_params container, single, meth, tk, comment meth.comment = comment @stats.add_method meth meth end ## # Parses the name of a metaprogrammed method. +comment+ is used to # determine the name while +tk+ is used in an error message if the name # cannot be determined. def parse_meta_method_name comment, tk # :nodoc: if comment.text.sub!(/^# +:?method: *(\S*).*?\n/i, '') then return $1 unless $1.empty? end name_t = get_tk if :on_symbol == name_t[:kind] then name_t[:text][1..-1] elsif :on_tstring == name_t[:kind] then name_t[:text][1..-2] elsif :on_op == name_t[:kind] && '=' == name_t[:text] then # ignore remove_token_listener self nil else warn "unknown name token #{name_t.inspect} for meta-method '#{tk[:text]}'" 'unknown' end end ## # Parses the parameters and block for a meta-programmed method. def parse_meta_method_params container, single, meth, tk, comment # :nodoc: token_listener meth do meth.params = '' look_for_directives_in meth, comment comment.normalize comment.extract_call_seq meth container.add_method meth last_tk = tk while tk = get_tk do if :on_semicolon == tk[:kind] then break elsif :on_nl == tk[:kind] then break unless last_tk and :on_comma == last_tk[:kind] elsif :on_sp == tk[:kind] then # expression continues elsif :on_kw == tk[:kind] && 'do' == tk[:text] then parse_statements container, single, meth break else last_tk = tk end end end end ## # Parses a normal method defined by +def+ def parse_method(container, single, tk, comment) singleton = nil added_container = false name = nil column = tk[:char_no] line_no = tk[:line_no] start_collecting_tokens add_token tk token_listener self do prev_container = container name, container, singleton = parse_method_name container added_container = container != prev_container end return unless name meth = RDoc::AnyMethod.new get_tkread, name look_for_directives_in meth, comment meth.singleton = single == SINGLE ? true : singleton if singleton # `current_line_visibility' is useless because it works against # the normal method named as same as the singleton method, after # the latter was defined. Of course these are different things. container.current_line_visibility = :public end record_location meth meth.line = line_no meth.start_collecting_tokens indent = RDoc::Parser::RipperStateLex::Token.new(1, 1, :on_sp, ' ' * column) token = RDoc::Parser::RipperStateLex::Token.new(line_no, 1, :on_comment) token[:text] = "# File #{@top_level.relative_name}, line #{line_no}" newline = RDoc::Parser::RipperStateLex::Token.new(0, 0, :on_nl, "\n") meth.add_tokens [token, newline, indent] meth.add_tokens @token_stream parse_method_params_and_body container, single, meth, added_container comment.normalize comment.extract_call_seq meth meth.comment = comment # after end modifiers read_documentation_modifiers meth, RDoc::METHOD_MODIFIERS @stats.add_method meth end ## # Parses the parameters and body of +meth+ def parse_method_params_and_body container, single, meth, added_container token_listener meth do parse_method_parameters meth if meth.document_self or not @track_visibility then container.add_method meth elsif added_container then container.document_self = false end # Having now read the method parameters and documentation modifiers, we # now know whether we have to rename #initialize to ::new if meth.name == "initialize" && !meth.singleton then if meth.dont_rename_initialize then meth.visibility = :protected else meth.singleton = true meth.name = "new" meth.visibility = :public end end parse_statements container, single, meth end end ## # Parses a method that needs to be ignored. def parse_method_dummy container dummy = RDoc::Context.new dummy.parent = container dummy.store = container.store skip_method dummy end ## # Parses the name of a method in +container+. # # Returns the method name, the container it is in (for def Foo.name) and if # it is a singleton or regular method. def parse_method_name container # :nodoc: skip_tkspace name_t = get_tk back_tk = skip_tkspace_without_nl singleton = false dot = get_tk if dot[:kind] == :on_period || (dot[:kind] == :on_op && dot[:text] == '::') then singleton = true name, container = parse_method_name_singleton container, name_t else unget_tk dot back_tk.reverse_each do |token| unget_tk token end name = parse_method_name_regular container, name_t end return name, container, singleton end ## # For the given +container+ and initial name token +name_t+ the method name # is parsed from the token stream for a regular method. def parse_method_name_regular container, name_t # :nodoc: if :on_op == name_t[:kind] && (%w{* & [] []= <<}.include?(name_t[:text])) then name_t[:text] else unless [:on_kw, :on_const, :on_ident].include?(name_t[:kind]) then warn "expected method name token, . or ::, got #{name_t.inspect}" skip_method container return end name_t[:text] end end ## # For the given +container+ and initial name token +name_t+ the method name # and the new +container+ (if necessary) are parsed from the token stream # for a singleton method. def parse_method_name_singleton container, name_t # :nodoc: skip_tkspace name_t2 = get_tk if (:on_kw == name_t[:kind] && 'self' == name_t[:text]) || (:on_op == name_t[:kind] && '%' == name_t[:text]) then # NOTE: work around '[' being consumed early if :on_lbracket == name_t2[:kind] get_tk name = '[]' else name = name_t2[:text] end elsif :on_const == name_t[:kind] then name = name_t2[:text] container = get_method_container container, name_t return unless container name elsif :on_ident == name_t[:kind] || :on_ivar == name_t[:kind] || :on_gvar == name_t[:kind] then parse_method_dummy container name = nil elsif (:on_kw == name_t[:kind]) && ('true' == name_t[:text] || 'false' == name_t[:text] || 'nil' == name_t[:text]) then klass_name = "#{name_t[:text].capitalize}Class" container = @store.find_class_named klass_name container ||= @top_level.add_class RDoc::NormalClass, klass_name name = name_t2[:text] else warn "unexpected method name token #{name_t.inspect}" # break skip_method container name = nil end return name, container end ## # Extracts +yield+ parameters from +method+ def parse_method_or_yield_parameters(method = nil, modifiers = RDoc::METHOD_MODIFIERS) skip_tkspace_without_nl tk = get_tk end_token = get_end_token tk return '' unless end_token nest = 0 continue = false while tk != nil do case tk[:kind] when :on_semicolon then break if nest == 0 when :on_lbracket then nest += 1 when :on_rbracket then nest -= 1 when :on_lbrace then nest += 1 when :on_rbrace then nest -= 1 if nest <= 0 # we might have a.each { |i| yield i } unget_tk(tk) if nest < 0 break end when :on_lparen then nest += 1 when end_token[:kind] then if end_token[:kind] == :on_rparen nest -= 1 break if nest <= 0 else break end when :on_rparen then nest -= 1 when :on_comment, :on_embdoc then @read.pop if :on_nl == end_token[:kind] and "\n" == tk[:text][-1] and (!continue or (tk[:state] & Ripper::EXPR_LABEL) != 0) then if method && method.block_params.nil? then unget_tk tk read_documentation_modifiers method, modifiers end break if !continue and nest <= 0 end when :on_comma then continue = true when :on_ident then continue = false if continue end tk = get_tk end get_tkread_clean(/\s+/, ' ') end ## # Capture the method's parameters. Along the way, look for a comment # containing: # # # yields: .... # # and add this as the block_params for the method def parse_method_parameters method res = parse_method_or_yield_parameters method res = "(#{res})" unless res =~ /\A\(/ method.params = res unless method.params return if method.block_params skip_tkspace_without_nl read_documentation_modifiers method, RDoc::METHOD_MODIFIERS end ## # Parses an RDoc::NormalModule in +container+ with +comment+ def parse_module container, single, tk, comment container, name_t, = get_class_or_module container name = name_t[:text] mod = container.add_module RDoc::NormalModule, name mod.ignore unless container.document_children record_location mod read_documentation_modifiers mod, RDoc::CLASS_MODIFIERS mod.add_comment comment, @top_level parse_statements mod # after end modifiers read_documentation_modifiers mod, RDoc::CLASS_MODIFIERS @stats.add_module mod end ## # Parses an RDoc::Require in +context+ containing +comment+ def parse_require(context, comment) skip_tkspace_comment tk = get_tk if :on_lparen == tk[:kind] then skip_tkspace_comment tk = get_tk end name = tk[:text][1..-2] if :on_tstring == tk[:kind] if name then @top_level.add_require RDoc::Require.new(name, comment) else unget_tk tk end end ## # Parses a rescue def parse_rescue skip_tkspace_without_nl while tk = get_tk case tk[:kind] when :on_nl, :on_semicolon, :on_comment then break when :on_comma then skip_tkspace_without_nl get_tk if :on_nl == peek_tk[:kind] end skip_tkspace_without_nl end end ## # Retrieve comment body without =begin/=end def retrieve_comment_body(tk) if :on_embdoc == tk[:kind] tk[:text].gsub(/\A=begin.*\n/, '').gsub(/=end\n?\z/, '') else tk[:text] end end ## # The core of the Ruby parser. def parse_statements(container, single = NORMAL, current_method = nil, comment = new_comment('')) raise 'no' unless RDoc::Comment === comment comment = RDoc::Encoding.change_encoding comment, @encoding if @encoding nest = 1 save_visibility = container.visibility container.visibility = :public unless current_method non_comment_seen = true while tk = get_tk do keep_comment = false try_parse_comment = false non_comment_seen = true unless (:on_comment == tk[:kind] or :on_embdoc == tk[:kind]) case tk[:kind] when :on_nl, :on_ignored_nl, :on_comment, :on_embdoc then if :on_nl == tk[:kind] or :on_ignored_nl == tk[:kind] skip_tkspace tk = get_tk else past_tokens = @read.size > 1 ? @read[0..-2] : [] nl_position = 0 past_tokens.reverse.each_with_index do |read_tk, i| if read_tk =~ /^\n$/ then nl_position = (past_tokens.size - 1) - i break elsif read_tk =~ /^#.*\n$/ then nl_position = ((past_tokens.size - 1) - i) + 1 break end end comment_only_line = past_tokens[nl_position..-1].all?{ |c| c =~ /^\s+$/ } unless comment_only_line then tk = get_tk end end if tk and (:on_comment == tk[:kind] or :on_embdoc == tk[:kind]) then if non_comment_seen then # Look for RDoc in a comment about to be thrown away non_comment_seen = parse_comment container, tk, comment unless comment.empty? comment = '' comment = RDoc::Encoding.change_encoding comment, @encoding if @encoding end line_no = nil while tk and (:on_comment == tk[:kind] or :on_embdoc == tk[:kind]) do comment_body = retrieve_comment_body(tk) line_no = tk[:line_no] if comment.empty? comment += comment_body comment << "\n" unless comment_body =~ /\n\z/ if comment_body.size > 1 && comment_body =~ /\n\z/ then skip_tkspace_without_nl # leading spaces end tk = get_tk end comment = new_comment comment, line_no unless comment.empty? then look_for_directives_in container, comment if container.done_documenting then throw :eof if RDoc::TopLevel === container container.ongoing_visibility = save_visibility end end keep_comment = true else non_comment_seen = true end unget_tk tk keep_comment = true container.current_line_visibility = nil when :on_kw then case tk[:text] when 'class' then parse_class container, single, tk, comment when 'module' then parse_module container, single, tk, comment when 'def' then parse_method container, single, tk, comment when 'alias' then parse_alias container, single, tk, comment unless current_method when 'yield' then if current_method.nil? then warn "Warning: yield outside of method" if container.document_self else parse_yield container, single, tk, current_method end when 'until', 'while' then if (tk[:state] & Ripper::EXPR_LABEL) == 0 nest += 1 skip_optional_do_after_expression end # Until and While can have a 'do', which shouldn't increase the nesting. # We can't solve the general case, but we can handle most occurrences by # ignoring a do at the end of a line. # 'for' is trickier when 'for' then nest += 1 skip_for_variable skip_optional_do_after_expression when 'case', 'do', 'if', 'unless', 'begin' then if (tk[:state] & Ripper::EXPR_LABEL) == 0 nest += 1 end when 'super' then current_method.calls_super = true if current_method when 'rescue' then parse_rescue when 'end' then nest -= 1 if nest == 0 then container.ongoing_visibility = save_visibility parse_comment container, tk, comment unless comment.empty? return end end when :on_const then unless parse_constant container, tk, comment, current_method then try_parse_comment = true end when :on_ident then if nest == 1 and current_method.nil? then keep_comment = parse_identifier container, single, tk, comment end case tk[:text] when "require" then parse_require container, comment when "include" then parse_extend_or_include RDoc::Include, container, comment when "extend" then parse_extend_or_include RDoc::Extend, container, comment when "included" then parse_included_with_activesupport_concern container, comment end else try_parse_comment = nest == 1 end if try_parse_comment then non_comment_seen = parse_comment container, tk, comment unless comment.empty? keep_comment = false end unless keep_comment then comment = new_comment '' comment = RDoc::Encoding.change_encoding comment, @encoding if @encoding container.params = nil container.block_params = nil end consume_trailing_spaces end container.params = nil container.block_params = nil end ## # Parse up to +no+ symbol arguments def parse_symbol_arg(no = nil) skip_tkspace_comment tk = get_tk if tk[:kind] == :on_lparen parse_symbol_arg_paren no else parse_symbol_arg_space no, tk end end ## # Parses up to +no+ symbol arguments surrounded by () and places them in # +args+. def parse_symbol_arg_paren no # :nodoc: args = [] loop do skip_tkspace_comment if tk1 = parse_symbol_in_arg args.push tk1 break if no and args.size >= no end skip_tkspace_comment case (tk2 = get_tk)[:kind] when :on_rparen break when :on_comma else warn("unexpected token: '#{tk2.inspect}'") if $DEBUG_RDOC break end end args end ## # Parses up to +no+ symbol arguments separated by spaces and places them in # +args+. def parse_symbol_arg_space no, tk # :nodoc: args = [] unget_tk tk if tk = parse_symbol_in_arg args.push tk return args if no and args.size >= no end loop do skip_tkspace_without_nl tk1 = get_tk if tk1.nil? || :on_comma != tk1[:kind] then unget_tk tk1 break end skip_tkspace_comment if tk = parse_symbol_in_arg args.push tk break if no and args.size >= no end end args end ## # Returns symbol text from the next token def parse_symbol_in_arg tk = get_tk if :on_symbol == tk[:kind] then tk[:text].sub(/^:/, '') elsif :on_tstring == tk[:kind] then tk[:text][1..-2] elsif :on_dstring == tk[:kind] or :on_ident == tk[:kind] then nil # ignore else warn("Expected symbol or string, got #{tk.inspect}") if $DEBUG_RDOC nil end end ## # Parses statements in the top-level +container+ def parse_top_level_statements container comment = collect_first_comment look_for_directives_in container, comment throw :eof if container.done_documenting @markup = comment.format # HACK move if to RDoc::Context#comment= container.comment = comment if container.document_self unless comment.empty? parse_statements container, NORMAL, nil, comment end ## # Determines the visibility in +container+ from +tk+ def parse_visibility(container, single, tk) vis_type, vis, singleton = get_visibility_information tk, single skip_tkspace_comment false ptk = peek_tk # Ryan Davis suggested the extension to ignore modifiers, because he # often writes # # protected unless $TESTING # if [:on_nl, :on_semicolon].include?(ptk[:kind]) || (:on_kw == ptk[:kind] && (['if', 'unless'].include?(ptk[:text]))) then container.ongoing_visibility = vis elsif :on_kw == ptk[:kind] && 'def' == ptk[:text] container.current_line_visibility = vis else update_visibility container, vis_type, vis, singleton end end ## # Parses a Module#private_constant or Module#public_constant call from +tk+. def parse_constant_visibility(container, single, tk) args = parse_symbol_arg case tk[:text] when 'private_constant' vis = :private when 'public_constant' vis = :public else raise RDoc::Error, 'Unreachable' end container.set_constant_visibility_for args, vis end ## # Determines the block parameter for +context+ def parse_yield(context, single, tk, method) return if method.block_params get_tkread method.block_params = parse_method_or_yield_parameters end ## # Directives are modifier comments that can appear after class, module, or # method names. For example: # # def fred # :yields: a, b # # or: # # class MyClass # :nodoc: # # We return the directive name and any parameters as a two element array if # the name is in +allowed+. A directive can be found anywhere up to the end # of the current line. def read_directive allowed tokens = [] while tk = get_tk do tokens << tk if :on_nl == tk[:kind] or (:on_kw == tk[:kind] && 'def' == tk[:text]) then return elsif :on_comment == tk[:kind] or :on_embdoc == tk[:kind] then return unless tk[:text] =~ /:?\b([\w-]+):\s*(.*)/ directive = $1.downcase return [directive, $2] if allowed.include? directive return end end ensure unless tokens.length == 1 and (:on_comment == tokens.first[:kind] or :on_embdoc == tokens.first[:kind]) then tokens.reverse_each do |token| unget_tk token end end end ## # Handles directives following the definition for +context+ (any # RDoc::CodeObject) if the directives are +allowed+ at this point. # # See also RDoc::Markup::PreProcess#handle_directive def read_documentation_modifiers context, allowed skip_tkspace_without_nl directive, value = read_directive allowed return unless directive @preprocess.handle_directive '', directive, value, context do |dir, param| if %w[notnew not_new not-new].include? dir then context.dont_rename_initialize = true true end end end ## # Records the location of this +container+ in the file for this parser and # adds it to the list of classes and modules in the file. def record_location container # :nodoc: case container when RDoc::ClassModule then @top_level.add_to_classes_or_modules container end container.record_location @top_level end ## # Scans this Ruby file for Ruby constructs def scan reset catch :eof do begin parse_top_level_statements @top_level rescue StandardError => e if @content.include?('<%') and @content.include?('%>') then # Maybe, this is ERB. $stderr.puts "\033[2KRDoc detects ERB file. Skips it for compatibility:" $stderr.puts @file_name return end if @scanner_point >= @scanner.size now_line_no = @scanner[@scanner.size - 1][:line_no] else now_line_no = peek_tk[:line_no] end first_tk_index = @scanner.find_index { |tk| tk[:line_no] == now_line_no } last_tk_index = @scanner.find_index { |tk| tk[:line_no] == now_line_no + 1 } last_tk_index = last_tk_index ? last_tk_index - 1 : @scanner.size - 1 code = @scanner[first_tk_index..last_tk_index].map{ |t| t[:text] }.join $stderr.puts <<-EOF #{self.class} failure around line #{now_line_no} of #{@file_name} EOF unless code.empty? then $stderr.puts code $stderr.puts end raise e end end @top_level end ## # while, until, and for have an optional do def skip_optional_do_after_expression skip_tkspace_without_nl tk = get_tk b_nest = 0 nest = 0 loop do break unless tk case tk[:kind] when :on_semicolon, :on_nl, :on_ignored_nl then break if b_nest.zero? when :on_lparen then nest += 1 when :on_rparen then nest -= 1 when :on_kw then case tk[:text] when 'begin' b_nest += 1 when 'end' b_nest -= 1 when 'do' break if nest.zero? end when :on_comment, :on_embdoc then if b_nest.zero? and "\n" == tk[:text][-1] then break end end tk = get_tk end skip_tkspace_without_nl get_tk if peek_tk && :on_kw == peek_tk[:kind] && 'do' == peek_tk[:text] end ## # skip the var [in] part of a 'for' statement def skip_for_variable skip_tkspace_without_nl get_tk skip_tkspace_without_nl tk = get_tk unget_tk(tk) unless :on_kw == tk[:kind] and 'in' == tk[:text] end ## # Skips the next method in +container+ def skip_method container meth = RDoc::AnyMethod.new "", "anon" parse_method_parameters meth parse_statements container, false, meth end ## # Skip spaces until a comment is found def skip_tkspace_comment(skip_nl = true) loop do skip_nl ? skip_tkspace : skip_tkspace_without_nl next_tk = peek_tk return if next_tk.nil? || (:on_comment != next_tk[:kind] and :on_embdoc != next_tk[:kind]) get_tk end end ## # Updates visibility in +container+ from +vis_type+ and +vis+. def update_visibility container, vis_type, vis, singleton # :nodoc: new_methods = [] case vis_type when 'module_function' then args = parse_symbol_arg container.set_visibility_for args, :private, false container.methods_matching args do |m| s_m = m.dup record_location s_m s_m.singleton = true new_methods << s_m end when 'public_class_method', 'private_class_method' then args = parse_symbol_arg container.methods_matching args, true do |m| if m.parent != container then m = m.dup record_location m new_methods << m end m.visibility = vis end else args = parse_symbol_arg container.set_visibility_for args, vis, singleton end new_methods.each do |method| case method when RDoc::AnyMethod then container.add_method method when RDoc::Attr then container.add_attribute method end method.visibility = vis end end ## # Prints +message+ to +$stderr+ unless we're being quiet def warn message @options.warn make_message message end end PK )J [���/2 2 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/text.rbnu �[��� # frozen_string_literal: true ## # Indicates this parser is text and doesn't contain code constructs. # # Include this module in a RDoc::Parser subclass to make it show up as a file, # not as part of a class or module. #-- # This is not named File to avoid overriding ::File module RDoc::Parser::Text end PK )J [N��D0� 0� 0 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/c.rbnu �[��� # frozen_string_literal: true require 'tsort' ## # RDoc::Parser::C attempts to parse C extension files. It looks for # the standard patterns that you find in extensions: +rb_define_class+, # +rb_define_method+ and so on. It tries to find the corresponding # C source for the methods and extract comments, but if we fail # we don't worry too much. # # The comments associated with a Ruby method are extracted from the C # comment block associated with the routine that _implements_ that # method, that is to say the method whose name is given in the # +rb_define_method+ call. For example, you might write: # # /* # * Returns a new array that is a one-dimensional flattening of this # * array (recursively). That is, for every element that is an array, # * extract its elements into the new array. # * # * s = [ 1, 2, 3 ] #=> [1, 2, 3] # * t = [ 4, 5, 6, [7, 8] ] #=> [4, 5, 6, [7, 8]] # * a = [ s, t, 9, 10 ] #=> [[1, 2, 3], [4, 5, 6, [7, 8]], 9, 10] # * a.flatten #=> [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] # */ # static VALUE # rb_ary_flatten(VALUE ary) # { # ary = rb_obj_dup(ary); # rb_ary_flatten_bang(ary); # return ary; # } # # ... # # void # Init_Array(void) # { # ... # rb_define_method(rb_cArray, "flatten", rb_ary_flatten, 0); # # Here RDoc will determine from the +rb_define_method+ line that there's a # method called "flatten" in class Array, and will look for the implementation # in the method +rb_ary_flatten+. It will then use the comment from that # method in the HTML output. This method must be in the same source file # as the +rb_define_method+. # # The comment blocks may include special directives: # # [Document-class: +name+] # Documentation for the named class. # # [Document-module: +name+] # Documentation for the named module. # # [Document-const: +name+] # Documentation for the named +rb_define_const+. # # Constant values can be supplied on the first line of the comment like so: # # /* 300: The highest possible score in bowling */ # rb_define_const(cFoo, "PERFECT", INT2FIX(300)); # # The value can contain internal colons so long as they are escaped with a \ # # [Document-global: +name+] # Documentation for the named +rb_define_global_const+ # # [Document-variable: +name+] # Documentation for the named +rb_define_variable+ # # [Document-method\: +method_name+] # Documentation for the named method. Use this when the method name is # unambiguous. # # [Document-method\: <tt>ClassName::method_name</tt>] # Documentation for a singleton method in the given class. Use this when # the method name alone is ambiguous. # # [Document-method\: <tt>ClassName#method_name</tt>] # Documentation for a instance method in the given class. Use this when the # method name alone is ambiguous. # # [Document-attr: +name+] # Documentation for the named attribute. # # [call-seq: <i>text up to an empty line</i>] # Because C source doesn't give descriptive names to Ruby-level parameters, # you need to document the calling sequence explicitly # # In addition, RDoc assumes by default that the C method implementing a # Ruby function is in the same source file as the rb_define_method call. # If this isn't the case, add the comment: # # rb_define_method(....); // in filename # # As an example, we might have an extension that defines multiple classes # in its Init_xxx method. We could document them using # # /* # * Document-class: MyClass # * # * Encapsulate the writing and reading of the configuration # * file. ... # */ # # /* # * Document-method: read_value # * # * call-seq: # * cfg.read_value(key) -> value # * cfg.read_value(key} { |key| } -> value # * # * Return the value corresponding to +key+ from the configuration. # * In the second form, if the key isn't found, invoke the # * block and return its value. # */ class RDoc::Parser::C < RDoc::Parser parse_files_matching(/\.(?:([CcHh])\1?|c([+xp])\2|y)\z/) include RDoc::Text # :stopdoc: BOOL_ARG_PATTERN = /\s*+\b([01]|Q?(?:true|false)|TRUE|FALSE)\b\s*/ TRUE_VALUES = ['1', 'TRUE', 'true', 'Qtrue'].freeze # :startdoc: ## # Maps C variable names to names of Ruby classes or modules attr_reader :classes ## # C file the parser is parsing attr_accessor :content ## # Dependencies from a missing enclosing class to the classes in # missing_dependencies that depend upon it. attr_reader :enclosure_dependencies ## # Maps C variable names to names of Ruby classes (and singleton classes) attr_reader :known_classes ## # Classes found while parsing the C file that were not yet registered due to # a missing enclosing class. These are processed by do_missing attr_reader :missing_dependencies ## # Maps C variable names to names of Ruby singleton classes attr_reader :singleton_classes ## # The TopLevel items in the parsed file belong to attr_reader :top_level ## # Prepares for parsing a C file. See RDoc::Parser#initialize for details on # the arguments. def initialize top_level, file_name, content, options, stats super @known_classes = RDoc::KNOWN_CLASSES.dup @content = handle_tab_width handle_ifdefs_in @content @file_dir = File.dirname @file_name @classes = load_variable_map :c_class_variables @singleton_classes = load_variable_map :c_singleton_class_variables @markup = @options.markup # class_variable => { function => [method, ...] } @methods = Hash.new { |h, f| h[f] = Hash.new { |i, m| i[m] = [] } } # missing variable => [handle_class_module arguments] @missing_dependencies = {} # missing enclosure variable => [dependent handle_class_module arguments] @enclosure_dependencies = Hash.new { |h, k| h[k] = [] } @enclosure_dependencies.instance_variable_set :@missing_dependencies, @missing_dependencies @enclosure_dependencies.extend TSort def @enclosure_dependencies.tsort_each_node &block each_key(&block) rescue TSort::Cyclic => e cycle_vars = e.message.scan(/"(.*?)"/).flatten cycle = cycle_vars.sort.map do |var_name| delete var_name var_name, type, mod_name, = @missing_dependencies[var_name] "#{type} #{mod_name} (#{var_name})" end.join ', ' warn "Unable to create #{cycle} due to a cyclic class or module creation" retry end def @enclosure_dependencies.tsort_each_child node, &block fetch(node, []).each(&block) end end ## # Scans #content for rb_define_alias def do_aliases @content.scan(/rb_define_alias\s*\( \s*(\w+), \s*"(.+?)", \s*"(.+?)" \s*\)/xm) do |var_name, new_name, old_name| class_name = @known_classes[var_name] unless class_name then @options.warn "Enclosing class or module %p for alias %s %s is not known" % [ var_name, new_name, old_name] next end class_obj = find_class var_name, class_name comment = find_alias_comment var_name, new_name, old_name comment.normalize if comment.to_s.empty? and existing_method = class_obj.method_list.find { |m| m.name == old_name} comment = existing_method.comment end add_alias(var_name, class_obj, old_name, new_name, comment) end end ## # Add alias, either from a direct alias definition, or from two # method that reference the same function. def add_alias(var_name, class_obj, old_name, new_name, comment) al = RDoc::Alias.new '', old_name, new_name, '' al.singleton = @singleton_classes.key? var_name al.comment = comment al.record_location @top_level class_obj.add_alias al @stats.add_alias al al end ## # Scans #content for rb_attr and rb_define_attr def do_attrs @content.scan(/rb_attr\s*\( \s*(\w+), \s*([\w"()]+), #{BOOL_ARG_PATTERN}, #{BOOL_ARG_PATTERN}, \s*\w+\);/xmo) do |var_name, attr_name, read, write| handle_attr var_name, attr_name, read, write end @content.scan(%r%rb_define_attr\( \s*([\w\.]+), \s*"([^"]+)", #{BOOL_ARG_PATTERN}, #{BOOL_ARG_PATTERN}\); %xmo) do |var_name, attr_name, read, write| handle_attr var_name, attr_name, read, write end end ## # Scans #content for boot_defclass def do_boot_defclass @content.scan(/(\w+)\s*=\s*boot_defclass\s*\(\s*"(\w+?)",\s*(\w+?)\s*\)/) do |var_name, class_name, parent| parent = nil if parent == "0" handle_class_module(var_name, :class, class_name, parent, nil) end end ## # Scans #content for rb_define_class, boot_defclass, rb_define_class_under # and rb_singleton_class def do_classes_and_modules do_boot_defclass if @file_name == "class.c" @content.scan( %r( (?<open>\s*\(\s*) {0} (?<close>\s*\)\s*) {0} (?<name>\s*"(?<class_name>\w+)") {0} (?<parent>\s*(?: (?<parent_name>[\w\*\s\(\)\.\->]+) | rb_path2class\s*\(\s*"(?<path>[\w:]+)"\s*\) )) {0} (?<under>\w+) {0} (?<var_name>[\w\.]+)\s* = \s*rb_(?: define_(?: class(?: # rb_define_class(name, parent_name) \(\s* \g<name>, \g<parent> \s*\) | _under\g<open> # rb_define_class_under(under, name, parent_name...) \g<under>, \g<name>, \g<parent> \g<close> ) | (?<module>) module(?: # rb_define_module(name) \g<open> \g<name> \g<close> | _under\g<open> # rb_define_module_under(under, name) \g<under>, \g<name> \g<close> ) ) | (?<attributes>(?:\s*"\w+",)*\s*NULL\s*) {0} struct_define(?: \g<open> # rb_struct_define(name, ...) \g<name>, | _under\g<open> # rb_struct_define_under(under, name, ...) \g<under>, \g<name>, | _without_accessor(?: \g<open> # rb_struct_define_without_accessor(name, parent_name, ...) | _under\g<open> # rb_struct_define_without_accessor_under(under, name, parent_name, ...) \g<under>, ) \g<name>, \g<parent>, \s*\w+, # Allocation function ) \g<attributes> \g<close> | singleton_class\g<open> # rb_singleton_class(target_class_name) (?<target_class_name>\w+) \g<close> ) )mx ) do if target_class_name = $~[:target_class_name] # rb_singleton_class(target_class_name) handle_singleton $~[:var_name], target_class_name next end var_name = $~[:var_name] type = $~[:module] ? :module : :class class_name = $~[:class_name] parent_name = $~[:parent_name] || $~[:path] under = $~[:under] attributes = $~[:attributes] handle_class_module(var_name, type, class_name, parent_name, under) if attributes and !parent_name # rb_struct_define *not* without_accessor true_flag = 'Qtrue' attributes.scan(/"\K\w+(?=")/) do |attr_name| handle_attr var_name, attr_name, true_flag, true_flag end end end end ## # Scans #content for rb_define_variable, rb_define_readonly_variable, # rb_define_const and rb_define_global_const def do_constants @content.scan(%r%\Wrb_define_ ( variable | readonly_variable | const | global_const ) \s*\( (?:\s*(\w+),)? \s*"(\w+)", \s*(.*?)\s*\)\s*; %xm) do |type, var_name, const_name, definition| var_name = "rb_cObject" if !var_name or var_name == "rb_mKernel" type = "const" if type == "global_const" handle_constants type, var_name, const_name, definition end @content.scan(%r% \Wrb_curses_define_const \s*\( \s* (\w+) \s* \) \s*;%xm) do |consts| const = consts.first handle_constants 'const', 'mCurses', const, "UINT2NUM(#{const})" end @content.scan(%r% \Wrb_file_const \s*\( \s* "([^"]+)", \s* (.*?) \s* \) \s*;%xm) do |name, value| handle_constants 'const', 'rb_mFConst', name, value end end ## # Scans #content for rb_include_module def do_includes @content.scan(/rb_include_module\s*\(\s*(\w+?),\s*(\w+?)\s*\)/) do |c, m| next unless cls = @classes[c] m = @known_classes[m] || m comment = new_comment '', @top_level, :c incl = cls.add_include RDoc::Include.new(m, comment) incl.record_location @top_level end end ## # Scans #content for rb_define_method, rb_define_singleton_method, # rb_define_module_function, rb_define_private_method, # rb_define_global_function and define_filetest_function def do_methods @content.scan(%r%rb_define_ ( singleton_method | method | module_function | private_method ) \s*\(\s*([\w\.]+), \s*"([^"]+)", \s*(?:RUBY_METHOD_FUNC\(|VALUEFUNC\(|\(METHOD\))?(\w+)\)?, \s*(-?\w+)\s*\) (?:;\s*/[*/]\s+in\s+(\w+?\.(?:cpp|c|y)))? %xm) do |type, var_name, meth_name, function, param_count, source_file| # Ignore top-object and weird struct.c dynamic stuff next if var_name == "ruby_top_self" next if var_name == "nstr" var_name = "rb_cObject" if var_name == "rb_mKernel" handle_method(type, var_name, meth_name, function, param_count, source_file) end @content.scan(%r%rb_define_global_function\s*\( \s*"([^"]+)", \s*(?:RUBY_METHOD_FUNC\(|VALUEFUNC\()?(\w+)\)?, \s*(-?\w+)\s*\) (?:;\s*/[*/]\s+in\s+(\w+?\.[cy]))? %xm) do |meth_name, function, param_count, source_file| handle_method("method", "rb_mKernel", meth_name, function, param_count, source_file) end @content.scan(/define_filetest_function\s*\( \s*"([^"]+)", \s*(?:RUBY_METHOD_FUNC\(|VALUEFUNC\()?(\w+)\)?, \s*(-?\w+)\s*\)/xm) do |meth_name, function, param_count| handle_method("method", "rb_mFileTest", meth_name, function, param_count) handle_method("singleton_method", "rb_cFile", meth_name, function, param_count) end end ## # Creates classes and module that were missing were defined due to the file # order being different than the declaration order. def do_missing return if @missing_dependencies.empty? @enclosure_dependencies.tsort.each do |in_module| arguments = @missing_dependencies.delete in_module next unless arguments # dependency on existing class handle_class_module(*arguments) end end ## # Finds the comment for an alias on +class_name+ from +new_name+ to # +old_name+ def find_alias_comment class_name, new_name, old_name content =~ %r%((?>/\*.*?\*/\s+)) rb_define_alias\(\s*#{Regexp.escape class_name}\s*, \s*"#{Regexp.escape new_name}"\s*, \s*"#{Regexp.escape old_name}"\s*\);%xm new_comment($1 || '', @top_level, :c) end ## # Finds a comment for rb_define_attr, rb_attr or Document-attr. # # +var_name+ is the C class variable the attribute is defined on. # +attr_name+ is the attribute's name. # # +read+ and +write+ are the read/write flags ('1' or '0'). Either both or # neither must be provided. def find_attr_comment var_name, attr_name, read = nil, write = nil attr_name = Regexp.escape attr_name rw = if read and write then /\s*#{read}\s*,\s*#{write}\s*/xm else /.*?/m end comment = if @content =~ %r%((?>/\*.*?\*/\s+)) rb_define_attr\((?:\s*#{var_name},)?\s* "#{attr_name}"\s*, #{rw}\)\s*;%xm then $1 elsif @content =~ %r%((?>/\*.*?\*/\s+)) rb_attr\(\s*#{var_name}\s*, \s*#{attr_name}\s*, #{rw},.*?\)\s*;%xm then $1 elsif @content =~ %r%(/\*.*?(?:\s*\*\s*)?) Document-attr:\s#{attr_name}\s*?\n ((?>(.|\n)*?\*/))%x then "#{$1}\n#{$2}" else '' end new_comment comment, @top_level, :c end ## # Generate a Ruby-method table def gen_body_table file_content table = {} file_content.scan(%r{ ((?>/\*.*?\*/\s*)?) ((?:\w+\s+){0,2} VALUE\s+(\w+) \s*(?:\([^\)]*\))(?:[^\);]|$)) | ((?>/\*.*?\*/\s*))^\s*(\#\s*define\s+(\w+)\s+(\w+)) | ^\s*\#\s*define\s+(\w+)\s+(\w+) }xm) do case when name = $3 table[name] = [:func_def, $1, $2, $~.offset(2)] if !(t = table[name]) || t[0] != :func_def when name = $6 table[name] = [:macro_def, $4, $5, $~.offset(5), $7] if !(t = table[name]) || t[0] == :macro_alias when name = $8 table[name] ||= [:macro_alias, $9] end end table end ## # Find the C code corresponding to a Ruby method def find_body class_name, meth_name, meth_obj, file_content, quiet = false if file_content @body_table ||= {} @body_table[file_content] ||= gen_body_table file_content type, *args = @body_table[file_content][meth_name] end case type when :func_def comment = new_comment args[0], @top_level, :c body = args[1] offset, = args[2] comment.remove_private if comment # try to find the whole body body = $& if /#{Regexp.escape body}[^(]*?\{.*?^\}/m =~ file_content # The comment block may have been overridden with a 'Document-method' # block. This happens in the interpreter when multiple methods are # vectored through to the same C method but those methods are logically # distinct (for example Kernel.hash and Kernel.object_id share the same # implementation override_comment = find_override_comment class_name, meth_obj comment = override_comment if override_comment comment.normalize find_modifiers comment, meth_obj if comment #meth_obj.params = params meth_obj.start_collecting_tokens tk = { :line_no => 1, :char_no => 1, :text => body } meth_obj.add_token tk meth_obj.comment = comment meth_obj.line = file_content[0, offset].count("\n") + 1 body when :macro_def comment = new_comment args[0], @top_level, :c body = args[1] offset, = args[2] find_body class_name, args[3], meth_obj, file_content, true comment.normalize find_modifiers comment, meth_obj meth_obj.start_collecting_tokens tk = { :line_no => 1, :char_no => 1, :text => body } meth_obj.add_token tk meth_obj.comment = comment meth_obj.line = file_content[0, offset].count("\n") + 1 body when :macro_alias # with no comment we hope the aliased definition has it and use it's # definition body = find_body(class_name, args[0], meth_obj, file_content, true) return body if body @options.warn "No definition for #{meth_name}" false else # No body, but might still have an override comment comment = find_override_comment class_name, meth_obj if comment then comment.normalize find_modifiers comment, meth_obj meth_obj.comment = comment '' else @options.warn "No definition for #{meth_name}" false end end end ## # Finds a RDoc::NormalClass or RDoc::NormalModule for +raw_name+ def find_class(raw_name, name, base_name = nil) unless @classes[raw_name] if raw_name =~ /^rb_m/ container = @top_level.add_module RDoc::NormalModule, name else container = @top_level.add_class RDoc::NormalClass, name end container.name = base_name if base_name container.record_location @top_level @classes[raw_name] = container end @classes[raw_name] end ## # Look for class or module documentation above Init_+class_name+(void), # in a Document-class +class_name+ (or module) comment or above an # rb_define_class (or module). If a comment is supplied above a matching # Init_ and a rb_define_class the Init_ comment is used. # # /* # * This is a comment for Foo # */ # Init_Foo(void) { # VALUE cFoo = rb_define_class("Foo", rb_cObject); # } # # /* # * Document-class: Foo # * This is a comment for Foo # */ # Init_foo(void) { # VALUE cFoo = rb_define_class("Foo", rb_cObject); # } # # /* # * This is a comment for Foo # */ # VALUE cFoo = rb_define_class("Foo", rb_cObject); def find_class_comment class_name, class_mod comment = nil if @content =~ %r% ((?>/\*.*?\*/\s+)) (static\s+)? void\s+ Init(?:VM)?_(?i:#{class_name})\s*(?:_\(\s*)?\(\s*(?:void\s*)?\)%xm then comment = $1.sub(%r%Document-(?:class|module):\s+#{class_name}%, '') elsif @content =~ %r%Document-(?:class|module):\s+#{class_name}\s*? (?:<\s+[:,\w]+)?\n((?>.*?\*/))%xm then comment = "/*\n#{$1}" elsif @content =~ %r%((?>/\*.*?\*/\s+)) ([\w\.\s]+\s* = \s+)?rb_define_(class|module)[\t (]*?"(#{class_name})"%xm then comment = $1 elsif @content =~ %r%((?>/\*.*?\*/\s+)) ([\w\. \t]+ = \s+)?rb_define_(class|module)_under[\t\w, (]*?"(#{class_name.split('::').last})"%xm then comment = $1 else comment = '' end comment = new_comment comment, @top_level, :c comment.normalize look_for_directives_in class_mod, comment class_mod.add_comment comment, @top_level end ## # Generate a const table def gen_const_table file_content table = {} @content.scan(%r{ (?<doc>(?>^\s*/\*.*?\*/\s+)) rb_define_(?<type>\w+)\(\s*(?:\w+),\s* "(?<name>\w+)"\s*, .*?\)\s*; | (?<doc>(?>^\s*/\*.*?\*/\s+)) rb_define_global_(?<type>const)\(\s* "(?<name>\w+)"\s*, .*?\)\s*; | (?<doc>(?>^\s*/\*.*?\*/\s+)) rb_file_(?<type>const)\(\s* "(?<name>\w+)"\s*, .*?\)\s*; | (?<doc>(?>^\s*/\*.*?\*/\s+)) rb_curses_define_(?<type>const)\(\s* (?<name>\w+) \s*\)\s*; | Document-(?:const|global|variable):\s (?<name>(?:\w+::)*\w+) \s*?\n(?<doc>(?>.*?\*/)) }mxi) do name, doc, type = $~.values_at(:name, :doc, :type) if type table[[type, name]] = doc else table[name] = "/*\n" + doc end end table end ## # Finds a comment matching +type+ and +const_name+ either above the # comment or in the matching Document- section. def find_const_comment(type, const_name, class_name = nil) @const_table ||= {} @const_table[@content] ||= gen_const_table @content table = @const_table[@content] comment = table[[type, const_name]] || (class_name && table[class_name + "::" + const_name]) || table[const_name] || '' new_comment comment, @top_level, :c end ## # Handles modifiers in +comment+ and updates +meth_obj+ as appropriate. def find_modifiers comment, meth_obj comment.normalize comment.extract_call_seq meth_obj look_for_directives_in meth_obj, comment end ## # Finds a <tt>Document-method</tt> override for +meth_obj+ on +class_name+ def find_override_comment class_name, meth_obj name = Regexp.escape meth_obj.name prefix = Regexp.escape meth_obj.name_prefix comment = if @content =~ %r%Document-method: \s+#{class_name}#{prefix}#{name} \s*?\n((?>.*?\*/))%xm then "/*#{$1}" elsif @content =~ %r%Document-method: \s#{name}\s*?\n((?>.*?\*/))%xm then "/*#{$1}" end return unless comment new_comment comment, @top_level, :c end ## # Creates a new RDoc::Attr +attr_name+ on class +var_name+ that is either # +read+, +write+ or both def handle_attr(var_name, attr_name, read, write) rw = '' rw += 'R' if TRUE_VALUES.include?(read) rw += 'W' if TRUE_VALUES.include?(write) class_name = @known_classes[var_name] return unless class_name class_obj = find_class var_name, class_name return unless class_obj comment = find_attr_comment var_name, attr_name comment.normalize name = attr_name.gsub(/rb_intern(?:_const)?\("([^"]+)"\)/, '\1') attr = RDoc::Attr.new '', name, rw, comment attr.record_location @top_level class_obj.add_attribute attr @stats.add_attribute attr end ## # Creates a new RDoc::NormalClass or RDoc::NormalModule based on +type+ # named +class_name+ in +parent+ which was assigned to the C +var_name+. def handle_class_module(var_name, type, class_name, parent, in_module) parent_name = @known_classes[parent] || parent if in_module then enclosure = @classes[in_module] || @store.find_c_enclosure(in_module) if enclosure.nil? and enclosure = @known_classes[in_module] then enc_type = /^rb_m/ =~ in_module ? :module : :class handle_class_module in_module, enc_type, enclosure, nil, nil enclosure = @classes[in_module] end unless enclosure then @enclosure_dependencies[in_module] << var_name @missing_dependencies[var_name] = [var_name, type, class_name, parent, in_module] return end else enclosure = @top_level end if type == :class then full_name = if RDoc::ClassModule === enclosure then enclosure.full_name + "::#{class_name}" else class_name end if @content =~ %r%Document-class:\s+#{full_name}\s*<\s+([:,\w]+)% then parent_name = $1 end cm = enclosure.add_class RDoc::NormalClass, class_name, parent_name else cm = enclosure.add_module RDoc::NormalModule, class_name end cm.record_location enclosure.top_level find_class_comment cm.full_name, cm case cm when RDoc::NormalClass @stats.add_class cm when RDoc::NormalModule @stats.add_module cm end @classes[var_name] = cm @known_classes[var_name] = cm.full_name @store.add_c_enclosure var_name, cm end ## # Adds constants. By providing some_value: at the start of the comment you # can override the C value of the comment to give a friendly definition. # # /* 300: The perfect score in bowling */ # rb_define_const(cFoo, "PERFECT", INT2FIX(300)); # # Will override <tt>INT2FIX(300)</tt> with the value +300+ in the output # RDoc. Values may include quotes and escaped colons (\:). def handle_constants(type, var_name, const_name, definition) class_name = @known_classes[var_name] return unless class_name class_obj = find_class var_name, class_name, class_name[/::\K[^:]+\z/] unless class_obj then @options.warn 'Enclosing class or module %p is not known' % [const_name] return end comment = find_const_comment type, const_name, class_name comment.normalize # In the case of rb_define_const, the definition and comment are in # "/* definition: comment */" form. The literal ':' and '\' characters # can be escaped with a backslash. if type.downcase == 'const' then if /\A(.+?)?:(?!\S)/ =~ comment.text new_definition, new_comment = $1, $' if !new_definition # Default to literal C definition new_definition = definition else new_definition = new_definition.gsub(/\\([\\:])/, '\1') end new_definition.sub!(/\A(\s+)/, '') new_comment = "#{$1}#{new_comment.lstrip}" new_comment = self.new_comment(new_comment, @top_level, :c) con = RDoc::Constant.new const_name, new_definition, new_comment else con = RDoc::Constant.new const_name, definition, comment end else con = RDoc::Constant.new const_name, definition, comment end con.record_location @top_level @stats.add_constant con class_obj.add_constant con end ## # Removes #ifdefs that would otherwise confuse us def handle_ifdefs_in(body) body.gsub(/^#ifdef HAVE_PROTOTYPES.*?#else.*?\n(.*?)#endif.*?\n/m, '\1') end ## # Adds an RDoc::AnyMethod +meth_name+ defined on a class or module assigned # to +var_name+. +type+ is the type of method definition function used. # +singleton_method+ and +module_function+ create a singleton method. def handle_method(type, var_name, meth_name, function, param_count, source_file = nil) class_name = @known_classes[var_name] singleton = @singleton_classes.key? var_name @methods[var_name][function] << meth_name return unless class_name class_obj = find_class var_name, class_name if existing_method = class_obj.method_list.find { |m| m.c_function == function } add_alias(var_name, class_obj, existing_method.name, meth_name, existing_method.comment) end if class_obj then if meth_name == 'initialize' then meth_name = 'new' singleton = true type = 'method' # force public end meth_obj = RDoc::AnyMethod.new '', meth_name meth_obj.c_function = function meth_obj.singleton = singleton || %w[singleton_method module_function].include?(type) p_count = Integer(param_count) rescue -1 if source_file then file_name = File.join @file_dir, source_file if File.exist? file_name then file_content = File.read file_name else @options.warn "unknown source #{source_file} for #{meth_name} in #{@file_name}" end else file_content = @content end body = find_body class_name, function, meth_obj, file_content if body and meth_obj.document_self then meth_obj.params = if p_count < -1 then # -2 is Array '(*args)' elsif p_count == -1 then # argc, argv rb_scan_args body else args = (1..p_count).map { |i| "p#{i}" } "(#{args.join ', '})" end meth_obj.record_location @top_level if meth_obj.section_title class_obj.temporary_section = class_obj.add_section(meth_obj.section_title) end class_obj.add_method meth_obj @stats.add_method meth_obj meth_obj.visibility = :private if 'private_method' == type end end end ## # Registers a singleton class +sclass_var+ as a singleton of +class_var+ def handle_singleton sclass_var, class_var class_name = @known_classes[class_var] @known_classes[sclass_var] = class_name @singleton_classes[sclass_var] = class_name end ## # Loads the variable map with the given +name+ from the RDoc::Store, if # present. def load_variable_map map_name return {} unless files = @store.cache[map_name] return {} unless name_map = files[@file_name] class_map = {} name_map.each do |variable, name| next unless mod = @store.find_class_or_module(name) class_map[variable] = if map_name == :c_class_variables then mod else name end @known_classes[variable] = name end class_map end ## # Look for directives in a normal comment block: # # /* # * :title: My Awesome Project # */ # # This method modifies the +comment+ # Both :main: and :title: directives are deprecated and will be removed in RDoc 7. def look_for_directives_in context, comment @preprocess.handle comment, context do |directive, param| case directive when 'main' then @options.main_page = param warn <<~MSG The :main: directive is deprecated and will be removed in RDoc 7. You can use these options to specify the initial page displayed instead: - `--main=#{param}` via the command line - `rdoc.main = "#{param}"` if you use `RDoc::Task` - `main_page: #{param}` in your `.rdoc_options` file MSG '' when 'title' then @options.default_title = param if @options.respond_to? :default_title= warn <<~MSG The :title: directive is deprecated and will be removed in RDoc 7. You can use these options to specify the title displayed instead: - `--title=#{param}` via the command line - `rdoc.title = "#{param}"` if you use `RDoc::Task` - `title: #{param}` in your `.rdoc_options` file MSG '' end end comment end ## # Extracts parameters from the +method_body+ and returns a method # parameter string. Follows 1.9.3dev's scan-arg-spec, see README.EXT def rb_scan_args method_body method_body =~ /rb_scan_args\((.*?)\)/m return '(*args)' unless $1 $1.split(/,/)[2] =~ /"(.*?)"/ # format argument format = $1.split(//) lead = opt = trail = 0 if format.first =~ /\d/ then lead = $&.to_i format.shift if format.first =~ /\d/ then opt = $&.to_i format.shift if format.first =~ /\d/ then trail = $&.to_i format.shift block_arg = true end end end if format.first == '*' and not block_arg then var = true format.shift if format.first =~ /\d/ then trail = $&.to_i format.shift end end if format.first == ':' then hash = true format.shift end if format.first == '&' then block = true format.shift end # if the format string is not empty there's a bug in the C code, ignore it args = [] position = 1 (1...(position + lead)).each do |index| args << "p#{index}" end position += lead (position...(position + opt)).each do |index| args << "p#{index} = v#{index}" end position += opt if var then args << '*args' position += 1 end (position...(position + trail)).each do |index| args << "p#{index}" end position += trail if hash then args << "p#{position} = {}" end args << '&block' if block "(#{args.join ', '})" end ## # Removes lines that are commented out that might otherwise get picked up # when scanning for classes and methods def remove_commented_out_lines @content = @content.gsub(%r%//.*rb_define_%, '//') end ## # Extracts the classes, modules, methods, attributes, constants and aliases # from a C file and returns an RDoc::TopLevel for this file def scan remove_commented_out_lines do_classes_and_modules do_missing do_constants do_methods do_includes do_aliases do_attrs @store.add_c_variables self @top_level end ## # Creates a RDoc::Comment instance. def new_comment text = nil, location = nil, language = nil RDoc::Comment.new(text, location, language).tap do |comment| comment.format = @markup end end end PK )J [˥~� � 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/ruby_tools.rbnu �[��� # frozen_string_literal: true ## # Collection of methods for writing parsers module RDoc::Parser::RubyTools ## # Adds a token listener +obj+, but you should probably use token_listener def add_token_listener(obj) @token_listeners ||= [] @token_listeners << obj end ## # Fetches the next token from the scanner def get_tk tk = nil if @tokens.empty? then if @scanner_point >= @scanner.size return nil else tk = @scanner[@scanner_point] @scanner_point += 1 @read.push tk[:text] end else @read.push @unget_read.shift tk = @tokens.shift end if tk == nil || :on___end__ == tk[:kind] tk = nil end return nil unless tk # inform any listeners of our shiny new token @token_listeners.each do |obj| obj.add_token(tk) end if @token_listeners tk end ## # Reads and returns all tokens up to one of +tokens+. Leaves the matched # token in the token list. def get_tk_until(*tokens) read = [] loop do tk = get_tk case tk when *tokens then unget_tk tk break end read << tk end read end ## # Retrieves a String representation of the read tokens def get_tkread read = @read.join("") @read = [] read end ## # Peek equivalent for get_tkread def peek_read @read.join('') end ## # Peek at the next token, but don't remove it from the stream def peek_tk unget_tk(tk = get_tk) tk end ## # Removes the token listener +obj+ def remove_token_listener(obj) @token_listeners.delete(obj) end ## # Resets the tools def reset @read = [] @tokens = [] @unget_read = [] @nest = 0 @scanner_point = 0 end ## # Skips whitespace tokens including newlines def skip_tkspace tokens = [] while (tk = get_tk) and (:on_sp == tk[:kind] or :on_nl == tk[:kind] or :on_ignored_nl == tk[:kind]) do tokens.push(tk) end unget_tk(tk) tokens end ## # Skips whitespace tokens excluding newlines def skip_tkspace_without_nl tokens = [] while (tk = get_tk) and :on_sp == tk[:kind] do tokens.push(tk) end unget_tk(tk) tokens end ## # Has +obj+ listen to tokens def token_listener(obj) add_token_listener obj yield ensure remove_token_listener obj end ## # Returns +tk+ to the scanner def unget_tk(tk) @tokens.unshift tk @unget_read.unshift @read.pop # Remove this token from any listeners @token_listeners.each do |obj| obj.pop_token end if @token_listeners nil end end PK )J [�-�L ? share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/ripper_state_lex.rbnu �[��� # frozen_string_literal: true require 'ripper' ## # Wrapper for Ripper lex states class RDoc::Parser::RipperStateLex # :stopdoc: Token = Struct.new(:line_no, :char_no, :kind, :text, :state) EXPR_END = Ripper::EXPR_END EXPR_ENDFN = Ripper::EXPR_ENDFN EXPR_ARG = Ripper::EXPR_ARG EXPR_FNAME = Ripper::EXPR_FNAME class InnerStateLex < Ripper::Filter def initialize(code) super(code) end def on_default(event, tok, data) data << Token.new(lineno, column, event, tok, state) end end def get_squashed_tk if @buf.empty? tk = @tokens.shift else tk = @buf.shift end return nil if tk.nil? case tk[:kind] when :on_symbeg then tk = get_symbol_tk(tk) when :on_tstring_beg then tk = get_string_tk(tk) when :on_backtick then if (tk[:state] & (EXPR_FNAME | EXPR_ENDFN)) != 0 tk[:kind] = :on_ident tk[:state] = Ripper::Lexer::State.new(EXPR_ARG) else tk = get_string_tk(tk) end when :on_regexp_beg then tk = get_regexp_tk(tk) when :on_embdoc_beg then tk = get_embdoc_tk(tk) when :on_heredoc_beg then @heredoc_queue << retrieve_heredoc_info(tk) when :on_nl, :on_ignored_nl, :on_comment, :on_heredoc_end then if !@heredoc_queue.empty? get_heredoc_tk(*@heredoc_queue.shift) elsif tk[:text].nil? # :on_ignored_nl sometimes gives nil tk[:text] = '' end when :on_words_beg then tk = get_words_tk(tk) when :on_qwords_beg then tk = get_words_tk(tk) when :on_symbols_beg then tk = get_words_tk(tk) when :on_qsymbols_beg then tk = get_words_tk(tk) when :on_op then if '&.' == tk[:text] tk[:kind] = :on_period else tk = get_op_tk(tk) end end tk end private def get_symbol_tk(tk) is_symbol = true symbol_tk = Token.new(tk.line_no, tk.char_no, :on_symbol) if ":'" == tk[:text] or ':"' == tk[:text] or tk[:text].start_with?('%s') tk1 = get_string_tk(tk) symbol_tk[:text] = tk1[:text] symbol_tk[:state] = tk1[:state] else case (tk1 = get_squashed_tk)[:kind] when :on_ident symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_tstring_content symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = get_squashed_tk[:state] # skip :on_tstring_end when :on_tstring_end symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_op symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_ivar symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_cvar symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_gvar symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_const symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] when :on_kw symbol_tk[:text] = ":#{tk1[:text]}" symbol_tk[:state] = tk1[:state] else is_symbol = false tk = tk1 end end if is_symbol tk = symbol_tk end tk end private def get_string_tk(tk) string = tk[:text] state = nil kind = :on_tstring loop do inner_str_tk = get_squashed_tk if inner_str_tk.nil? break elsif :on_tstring_end == inner_str_tk[:kind] string = string + inner_str_tk[:text] state = inner_str_tk[:state] break elsif :on_label_end == inner_str_tk[:kind] string = string + inner_str_tk[:text] state = inner_str_tk[:state] kind = :on_symbol break else string = string + inner_str_tk[:text] if :on_embexpr_beg == inner_str_tk[:kind] then kind = :on_dstring if :on_tstring == kind end end end Token.new(tk.line_no, tk.char_no, kind, string, state) end private def get_regexp_tk(tk) string = tk[:text] state = nil loop do inner_str_tk = get_squashed_tk if inner_str_tk.nil? break elsif :on_regexp_end == inner_str_tk[:kind] string = string + inner_str_tk[:text] state = inner_str_tk[:state] break else string = string + inner_str_tk[:text] end end Token.new(tk.line_no, tk.char_no, :on_regexp, string, state) end private def get_embdoc_tk(tk) string = tk[:text] until :on_embdoc_end == (embdoc_tk = get_squashed_tk)[:kind] do string = string + embdoc_tk[:text] end string = string + embdoc_tk[:text] Token.new(tk.line_no, tk.char_no, :on_embdoc, string, embdoc_tk.state) end private def get_heredoc_tk(heredoc_name, indent) string = '' start_tk = nil prev_tk = nil until heredoc_end?(heredoc_name, indent, tk = @tokens.shift) do start_tk = tk unless start_tk if (prev_tk.nil? or "\n" == prev_tk[:text][-1]) and 0 != tk[:char_no] string = string + (' ' * tk[:char_no]) end string = string + tk[:text] prev_tk = tk end start_tk = tk unless start_tk prev_tk = tk unless prev_tk @buf.unshift tk # closing heredoc heredoc_tk = Token.new(start_tk.line_no, start_tk.char_no, :on_heredoc, string, prev_tk.state) @buf.unshift heredoc_tk end private def retrieve_heredoc_info(tk) name = tk[:text].gsub(/\A<<[-~]?(['"`]?)(.+)\1\z/, '\2') indent = tk[:text] =~ /\A<<[-~]/ [name, indent] end private def heredoc_end?(name, indent, tk) result = false if :on_heredoc_end == tk[:kind] then tk_name = tk[:text].chomp tk_name.lstrip! if indent if name == tk_name result = true end end result end private def get_words_tk(tk) string = '' start_token = tk[:text] start_quote = tk[:text].rstrip[-1] line_no = tk[:line_no] char_no = tk[:char_no] state = tk[:state] end_quote = case start_quote when ?( then ?) when ?[ then ?] when ?{ then ?} when ?< then ?> else start_quote end end_token = nil loop do tk = get_squashed_tk if tk.nil? end_token = end_quote break elsif :on_tstring_content == tk[:kind] then string += tk[:text] elsif :on_words_sep == tk[:kind] or :on_tstring_end == tk[:kind] then if end_quote == tk[:text].strip then end_token = tk[:text] break else string += tk[:text] end else string += tk[:text] end end text = "#{start_token}#{string}#{end_token}" Token.new(line_no, char_no, :on_dstring, text, state) end private def get_op_tk(tk) redefinable_operators = %w[! != !~ % & * ** + +@ - -@ / < << <= <=> == === =~ > >= >> [] []= ^ ` | ~] if redefinable_operators.include?(tk[:text]) and tk[:state] == EXPR_ARG then tk[:state] = Ripper::Lexer::State.new(EXPR_ARG) tk[:kind] = :on_ident elsif tk[:text] =~ /^[-+]$/ then tk_ahead = get_squashed_tk case tk_ahead[:kind] when :on_int, :on_float, :on_rational, :on_imaginary then tk[:text] += tk_ahead[:text] tk[:kind] = tk_ahead[:kind] tk[:state] = tk_ahead[:state] when :on_heredoc_beg, :on_tstring, :on_dstring # frozen/non-frozen string literal tk[:text] += tk_ahead[:text] tk[:kind] = tk_ahead[:kind] tk[:state] = tk_ahead[:state] else @buf.unshift tk_ahead end end tk end # :startdoc: # New lexer for +code+. def initialize(code) @buf = [] @heredoc_queue = [] @inner_lex = InnerStateLex.new(code) @tokens = @inner_lex.parse([]) end # Returns tokens parsed from +code+. def self.parse(code) lex = self.new(code) tokens = [] begin while tk = lex.get_squashed_tk tokens.push tk end rescue StopIteration end tokens end # Returns +true+ if lex state will be +END+ after +token+. def self.end?(token) (token[:state] & EXPR_END) end end PK )J [�aF� � 1 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/rd.rbnu �[��� # frozen_string_literal: true ## # Parse a RD format file. The parsed RDoc::Markup::Document is attached as a # file comment. class RDoc::Parser::RD < RDoc::Parser include RDoc::Parser::Text parse_files_matching(/\.rd(?:\.[^.]+)?$/) ## # Creates an rd-format TopLevel for the given file. def scan comment = RDoc::Comment.new @content, @top_level comment.format = 'rd' @top_level.comment = comment end end PK )J [q���� � 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/prism_ruby.rbnu �[��� # frozen_string_literal: true require 'prism' require_relative 'ripper_state_lex' # Unlike lib/rdoc/parser/ruby.rb, this file is not based on rtags and does not contain code from # rtags.rb - # ruby-lex.rb - ruby lexcal analyzer # ruby-token.rb - ruby tokens # Parse and collect document from Ruby source code. # RDoc::Parser::PrismRuby is compatible with RDoc::Parser::Ruby and aims to replace it. class RDoc::Parser::PrismRuby < RDoc::Parser parse_files_matching(/\.rbw?$/) if ENV['RDOC_USE_PRISM_PARSER'] attr_accessor :visibility attr_reader :container, :singleton def initialize(top_level, file_name, content, options, stats) super content = handle_tab_width(content) @size = 0 @token_listeners = nil content = RDoc::Encoding.remove_magic_comment content @content = content @markup = @options.markup @track_visibility = :nodoc != @options.visibility @encoding = @options.encoding @module_nesting = [top_level] @container = top_level @visibility = :public @singleton = false end # Dive into another container def with_container(container, singleton: false) old_container = @container old_visibility = @visibility old_singleton = @singleton @visibility = :public @container = container @singleton = singleton unless singleton @module_nesting.push container # Need to update module parent chain to emulate Module.nesting. # This mechanism is inaccurate and needs to be fixed. container.parent = old_container end yield container ensure @container = old_container @visibility = old_visibility @singleton = old_singleton @module_nesting.pop unless singleton end # Records the location of this +container+ in the file for this parser and # adds it to the list of classes and modules in the file. def record_location container # :nodoc: case container when RDoc::ClassModule then @top_level.add_to_classes_or_modules container end container.record_location @top_level end # Scans this Ruby file for Ruby constructs def scan @tokens = RDoc::Parser::RipperStateLex.parse(@content) @lines = @content.lines result = Prism.parse(@content) @program_node = result.value @line_nodes = {} prepare_line_nodes(@program_node) prepare_comments(result.comments) return if @top_level.done_documenting @first_non_meta_comment = nil if (_line_no, start_line, rdoc_comment = @unprocessed_comments.first) @first_non_meta_comment = rdoc_comment if start_line < @program_node.location.start_line end @program_node.accept(RDocVisitor.new(self, @top_level, @store)) process_comments_until(@lines.size + 1) end def should_document?(code_object) # :nodoc: return true unless @track_visibility return false if code_object.parent&.document_children == false code_object.document_self end # Assign AST node to a line. # This is used to show meta-method source code in the documentation. def prepare_line_nodes(node) # :nodoc: case node when Prism::CallNode, Prism::DefNode @line_nodes[node.location.start_line] ||= node end node.compact_child_nodes.each do |child| prepare_line_nodes(child) end end # Prepares comments for processing. Comments are grouped into consecutive. # Consecutive comment is linked to the next non-blank line. # # Example: # 01| class A # modifier comment 1 # 02| def foo; end # modifier comment 2 # 03| # 04| # consecutive comment 1 start_line: 4 # 05| # consecutive comment 1 linked to line: 7 # 06| # 07| # consecutive comment 2 start_line: 7 # 08| # consecutive comment 2 linked to line: 10 # 09| # 10| def bar; end # consecutive comment 2 linked to this line # 11| end def prepare_comments(comments) current = [] consecutive_comments = [current] @modifier_comments = {} comments.each do |comment| if comment.is_a? Prism::EmbDocComment consecutive_comments << [comment] << (current = []) elsif comment.location.start_line_slice.match?(/\S/) @modifier_comments[comment.location.start_line] = RDoc::Comment.new(comment.slice, @top_level, :ruby) elsif current.empty? || current.last.location.end_line + 1 == comment.location.start_line current << comment else consecutive_comments << (current = [comment]) end end consecutive_comments.reject!(&:empty?) # Example: line_no = 5, start_line = 2, comment_text = "# comment_start_line\n# comment\n" # 1| class A # 2| # comment_start_line # 3| # comment # 4| # 5| def f; end # comment linked to this line # 6| end @unprocessed_comments = consecutive_comments.map! do |comments| start_line = comments.first.location.start_line line_no = comments.last.location.end_line + (comments.last.location.end_column == 0 ? 0 : 1) texts = comments.map do |c| c.is_a?(Prism::EmbDocComment) ? c.slice.lines[1...-1].join : c.slice end text = RDoc::Encoding.change_encoding(texts.join("\n"), @encoding) if @encoding line_no += 1 while @lines[line_no - 1]&.match?(/\A\s*$/) comment = RDoc::Comment.new(text, @top_level, :ruby) comment.line = start_line [line_no, start_line, comment] end # The first comment is special. It defines markup for the rest of the comments. _, first_comment_start_line, first_comment_text = @unprocessed_comments.first if first_comment_text && @lines[0...first_comment_start_line - 1].all? { |l| l.match?(/\A\s*$/) } comment = RDoc::Comment.new(first_comment_text.text, @top_level, :ruby) handle_consecutive_comment_directive(@container, comment) @markup = comment.format end @unprocessed_comments.each do |_, _, comment| comment.format = @markup end end # Creates an RDoc::Method on +container+ from +comment+ if there is a # Signature section in the comment def parse_comment_tomdoc(container, comment, line_no, start_line) return unless signature = RDoc::TomDoc.signature(comment) name, = signature.split %r%[ \(]%, 2 meth = RDoc::GhostMethod.new comment.text, name record_location(meth) meth.line = start_line meth.call_seq = signature return unless meth.name meth.start_collecting_tokens node = @line_nodes[line_no] tokens = node ? visible_tokens_from_location(node.location) : [file_line_comment_token(start_line)] tokens.each { |token| meth.token_stream << token } container.add_method meth comment.remove_private comment.normalize meth.comment = comment @stats.add_method meth end def handle_modifier_directive(code_object, line_no) # :nodoc: comment = @modifier_comments[line_no] @preprocess.handle(comment.text, code_object) if comment end def handle_consecutive_comment_directive(code_object, comment) # :nodoc: return unless comment @preprocess.handle(comment, code_object) do |directive, param| case directive when 'method', 'singleton-method', 'attr', 'attr_accessor', 'attr_reader', 'attr_writer' then # handled elsewhere '' when 'section' then @container.set_current_section(param, comment.dup) comment.text = '' break end end comment.remove_private end def call_node_name_arguments(call_node) # :nodoc: return [] unless call_node.arguments call_node.arguments.arguments.map do |arg| case arg when Prism::SymbolNode arg.value when Prism::StringNode arg.unescaped end end || [] end # Handles meta method comments def handle_meta_method_comment(comment, node) is_call_node = node.is_a?(Prism::CallNode) singleton_method = false visibility = @visibility attributes = rw = line_no = method_name = nil processed_comment = comment.dup @preprocess.handle(processed_comment, @container) do |directive, param, line| case directive when 'attr', 'attr_reader', 'attr_writer', 'attr_accessor' attributes = [param] if param attributes ||= call_node_name_arguments(node) if is_call_node rw = directive == 'attr_writer' ? 'W' : directive == 'attr_accessor' ? 'RW' : 'R' '' when 'method' method_name = param line_no = line '' when 'singleton-method' method_name = param line_no = line singleton_method = true visibility = :public '' when 'section' then @container.set_current_section(param, comment.dup) return # If the comment contains :section:, it is not a meta method comment end end if attributes attributes.each do |attr| a = RDoc::Attr.new(@container, attr, rw, processed_comment) a.store = @store a.line = line_no a.singleton = @singleton record_location(a) @container.add_attribute(a) a.visibility = visibility end elsif line_no || node method_name ||= call_node_name_arguments(node).first if is_call_node meth = RDoc::AnyMethod.new(@container, method_name) meth.singleton = @singleton || singleton_method handle_consecutive_comment_directive(meth, comment) comment.normalize comment.extract_call_seq(meth) meth.comment = comment if node tokens = visible_tokens_from_location(node.location) line_no = node.location.start_line else tokens = [file_line_comment_token(line_no)] end internal_add_method( @container, meth, line_no: line_no, visibility: visibility, singleton: @singleton || singleton_method, params: '()', calls_super: false, block_params: nil, tokens: tokens ) end end def normal_comment_treat_as_ghost_method_for_now?(comment_text, line_no) # :nodoc: # Meta method comment should start with `##` but some comments does not follow this rule. # For now, RDoc accepts them as a meta method comment if there is no node linked to it. !@line_nodes[line_no] && comment_text.match?(/^#\s+:(method|singleton-method|attr|attr_reader|attr_writer|attr_accessor):/) end def handle_standalone_consecutive_comment_directive(comment, line_no, start_line) # :nodoc: if @markup == 'tomdoc' parse_comment_tomdoc(@container, comment, line_no, start_line) return end if comment.text =~ /\A#\#$/ && comment != @first_non_meta_comment node = @line_nodes[line_no] handle_meta_method_comment(comment, node) elsif normal_comment_treat_as_ghost_method_for_now?(comment.text, line_no) && comment != @first_non_meta_comment handle_meta_method_comment(comment, nil) else handle_consecutive_comment_directive(@container, comment) end end # Processes consecutive comments that were not linked to any documentable code until the given line number def process_comments_until(line_no_until) while !@unprocessed_comments.empty? && @unprocessed_comments.first[0] <= line_no_until line_no, start_line, rdoc_comment = @unprocessed_comments.shift handle_standalone_consecutive_comment_directive(rdoc_comment, line_no, start_line) end end # Skips all undocumentable consecutive comments until the given line number. # Undocumentable comments are comments written inside `def` or inside undocumentable class/module def skip_comments_until(line_no_until) while !@unprocessed_comments.empty? && @unprocessed_comments.first[0] <= line_no_until @unprocessed_comments.shift end end # Returns consecutive comment linked to the given line number def consecutive_comment(line_no) if @unprocessed_comments.first&.first == line_no @unprocessed_comments.shift.last end end def slice_tokens(start_pos, end_pos) # :nodoc: start_index = @tokens.bsearch_index { |t| ([t.line_no, t.char_no] <=> start_pos) >= 0 } end_index = @tokens.bsearch_index { |t| ([t.line_no, t.char_no] <=> end_pos) >= 0 } tokens = @tokens[start_index...end_index] tokens.pop if tokens.last&.kind == :on_nl tokens end def file_line_comment_token(line_no) # :nodoc: position_comment = RDoc::Parser::RipperStateLex::Token.new(line_no - 1, 0, :on_comment) position_comment[:text] = "# File #{@top_level.relative_name}, line #{line_no}" position_comment end # Returns tokens from the given location def visible_tokens_from_location(location) position_comment = file_line_comment_token(location.start_line) newline_token = RDoc::Parser::RipperStateLex::Token.new(0, 0, :on_nl, "\n") indent_token = RDoc::Parser::RipperStateLex::Token.new(location.start_line, 0, :on_sp, ' ' * location.start_character_column) tokens = slice_tokens( [location.start_line, location.start_character_column], [location.end_line, location.end_character_column] ) [position_comment, newline_token, indent_token, *tokens] end # Handles `public :foo, :bar` `private :foo, :bar` and `protected :foo, :bar` def change_method_visibility(names, visibility, singleton: @singleton) new_methods = [] @container.methods_matching(names, singleton) do |m| if m.parent != @container m = m.dup record_location(m) new_methods << m else m.visibility = visibility end end new_methods.each do |method| case method when RDoc::AnyMethod then @container.add_method(method) when RDoc::Attr then @container.add_attribute(method) end method.visibility = visibility end end # Handles `module_function :foo, :bar` def change_method_to_module_function(names) @container.set_visibility_for(names, :private, false) new_methods = [] @container.methods_matching(names) do |m| s_m = m.dup record_location(s_m) s_m.singleton = true new_methods << s_m end new_methods.each do |method| case method when RDoc::AnyMethod then @container.add_method(method) when RDoc::Attr then @container.add_attribute(method) end method.visibility = :public end end # Handles `alias foo bar` and `alias_method :foo, :bar` def add_alias_method(old_name, new_name, line_no) comment = consecutive_comment(line_no) handle_consecutive_comment_directive(@container, comment) visibility = @container.find_method(old_name, @singleton)&.visibility || :public a = RDoc::Alias.new(nil, old_name, new_name, comment, @singleton) a.comment = comment handle_modifier_directive(a, line_no) a.store = @store a.line = line_no record_location(a) if should_document?(a) @container.add_alias(a) @container.find_method(new_name, @singleton)&.visibility = visibility end end # Handles `attr :a, :b`, `attr_reader :a, :b`, `attr_writer :a, :b` and `attr_accessor :a, :b` def add_attributes(names, rw, line_no) comment = consecutive_comment(line_no) handle_consecutive_comment_directive(@container, comment) return unless @container.document_children names.each do |symbol| a = RDoc::Attr.new(nil, symbol.to_s, rw, comment) a.store = @store a.line = line_no a.singleton = @singleton record_location(a) handle_modifier_directive(a, line_no) @container.add_attribute(a) if should_document?(a) a.visibility = visibility # should set after adding to container end end def add_includes_extends(names, rdoc_class, line_no) # :nodoc: comment = consecutive_comment(line_no) handle_consecutive_comment_directive(@container, comment) names.each do |name| ie = @container.add(rdoc_class, name, '') ie.store = @store ie.line = line_no ie.comment = comment record_location(ie) end end # Handle `include Foo, Bar` def add_includes(names, line_no) # :nodoc: add_includes_extends(names, RDoc::Include, line_no) end # Handle `extend Foo, Bar` def add_extends(names, line_no) # :nodoc: add_includes_extends(names, RDoc::Extend, line_no) end # Adds a method defined by `def` syntax def add_method(name, receiver_name:, receiver_fallback_type:, visibility:, singleton:, params:, calls_super:, block_params:, tokens:, start_line:, end_line:) receiver = receiver_name ? find_or_create_module_path(receiver_name, receiver_fallback_type) : @container meth = RDoc::AnyMethod.new(nil, name) if (comment = consecutive_comment(start_line)) handle_consecutive_comment_directive(@container, comment) handle_consecutive_comment_directive(meth, comment) comment.normalize comment.extract_call_seq(meth) meth.comment = comment end handle_modifier_directive(meth, start_line) handle_modifier_directive(meth, end_line) return unless should_document?(meth) if meth.name == 'initialize' && !singleton if meth.dont_rename_initialize visibility = :protected else meth.name = 'new' singleton = true visibility = :public end end internal_add_method( receiver, meth, line_no: start_line, visibility: visibility, singleton: singleton, params: params, calls_super: calls_super, block_params: block_params, tokens: tokens ) end private def internal_add_method(container, meth, line_no:, visibility:, singleton:, params:, calls_super:, block_params:, tokens:) # :nodoc: meth.name ||= meth.call_seq[/\A[^()\s]+/] if meth.call_seq meth.name ||= 'unknown' meth.store = @store meth.line = line_no meth.singleton = singleton container.add_method(meth) # should add after setting singleton and before setting visibility meth.visibility = visibility meth.params ||= params meth.calls_super = calls_super meth.block_params ||= block_params if block_params record_location(meth) meth.start_collecting_tokens tokens.each do |token| meth.token_stream << token end end # Find or create module or class from a given module name. # If module or class does not exist, creates a module or a class according to `create_mode` argument. def find_or_create_module_path(module_name, create_mode) root_name, *path, name = module_name.split('::') add_module = ->(mod, name, mode) { case mode when :class mod.add_class(RDoc::NormalClass, name, 'Object').tap { |m| m.store = @store } when :module mod.add_module(RDoc::NormalModule, name).tap { |m| m.store = @store } end } if root_name.empty? mod = @top_level else @module_nesting.reverse_each do |nesting| mod = nesting.find_module_named(root_name) break if mod end return mod || add_module.call(@top_level, root_name, create_mode) unless name mod ||= add_module.call(@top_level, root_name, :module) end path.each do |name| mod = mod.find_module_named(name) || add_module.call(mod, name, :module) end mod.find_module_named(name) || add_module.call(mod, name, create_mode) end # Resolves constant path to a full path by searching module nesting def resolve_constant_path(constant_path) owner_name, path = constant_path.split('::', 2) return constant_path if owner_name.empty? # ::Foo, ::Foo::Bar mod = nil @module_nesting.reverse_each do |nesting| mod = nesting.find_module_named(owner_name) break if mod end mod ||= @top_level.find_module_named(owner_name) [mod.full_name, path].compact.join('::') if mod end # Returns a pair of owner module and constant name from a given constant path. # Creates owner module if it does not exist. def find_or_create_constant_owner_name(constant_path) const_path, colon, name = constant_path.rpartition('::') if colon.empty? # class Foo [@container, name] elsif const_path.empty? # class ::Foo [@top_level, name] else # `class Foo::Bar` or `class ::Foo::Bar` [find_or_create_module_path(const_path, :module), name] end end # Adds a constant def add_constant(constant_name, rhs_name, start_line, end_line) comment = consecutive_comment(start_line) handle_consecutive_comment_directive(@container, comment) owner, name = find_or_create_constant_owner_name(constant_name) constant = RDoc::Constant.new(name, rhs_name, comment) constant.store = @store constant.line = start_line record_location(constant) handle_modifier_directive(constant, start_line) handle_modifier_directive(constant, end_line) owner.add_constant(constant) mod = if rhs_name =~ /^::/ @store.find_class_or_module(rhs_name) else @container.find_module_named(rhs_name) end if mod && constant.document_self a = @container.add_module_alias(mod, rhs_name, constant, @top_level) a.store = @store a.line = start_line record_location(a) end end # Adds module or class def add_module_or_class(module_name, start_line, end_line, is_class: false, superclass_name: nil) comment = consecutive_comment(start_line) handle_consecutive_comment_directive(@container, comment) return unless @container.document_children owner, name = find_or_create_constant_owner_name(module_name) if is_class mod = owner.classes_hash[name] || owner.add_class(RDoc::NormalClass, name, superclass_name || '::Object') # RDoc::NormalClass resolves superclass name despite of the lack of module nesting information. # We need to fix it when RDoc::NormalClass resolved to a wrong constant name if superclass_name superclass_full_path = resolve_constant_path(superclass_name) superclass = @store.find_class_or_module(superclass_full_path) if superclass_full_path superclass_full_path ||= superclass_name if superclass mod.superclass = superclass elsif mod.superclass.is_a?(String) && mod.superclass != superclass_full_path mod.superclass = superclass_full_path end end else mod = owner.modules_hash[name] || owner.add_module(RDoc::NormalModule, name) end mod.store = @store mod.line = start_line record_location(mod) handle_modifier_directive(mod, start_line) handle_modifier_directive(mod, end_line) mod.add_comment(comment, @top_level) if comment mod end class RDocVisitor < Prism::Visitor # :nodoc: def initialize(scanner, top_level, store) @scanner = scanner @top_level = top_level @store = store end def visit_call_node(node) @scanner.process_comments_until(node.location.start_line - 1) if node.receiver.nil? case node.name when :attr _visit_call_attr_reader_writer_accessor(node, 'R') when :attr_reader _visit_call_attr_reader_writer_accessor(node, 'R') when :attr_writer _visit_call_attr_reader_writer_accessor(node, 'W') when :attr_accessor _visit_call_attr_reader_writer_accessor(node, 'RW') when :include _visit_call_include(node) when :extend _visit_call_extend(node) when :public _visit_call_public_private_protected(node, :public) { super } when :private _visit_call_public_private_protected(node, :private) { super } when :protected _visit_call_public_private_protected(node, :protected) { super } when :private_constant _visit_call_private_constant(node) when :public_constant _visit_call_public_constant(node) when :require _visit_call_require(node) when :alias_method _visit_call_alias_method(node) when :module_function _visit_call_module_function(node) { super } when :public_class_method _visit_call_public_private_class_method(node, :public) { super } when :private_class_method _visit_call_public_private_class_method(node, :private) { super } else super end else super end end def visit_alias_method_node(node) @scanner.process_comments_until(node.location.start_line - 1) return unless node.old_name.is_a?(Prism::SymbolNode) && node.new_name.is_a?(Prism::SymbolNode) @scanner.add_alias_method(node.old_name.value.to_s, node.new_name.value.to_s, node.location.start_line) end def visit_module_node(node) @scanner.process_comments_until(node.location.start_line - 1) module_name = constant_path_string(node.constant_path) mod = @scanner.add_module_or_class(module_name, node.location.start_line, node.location.end_line) if module_name if mod @scanner.with_container(mod) do super @scanner.process_comments_until(node.location.end_line) end else @scanner.skip_comments_until(node.location.end_line) end end def visit_class_node(node) @scanner.process_comments_until(node.location.start_line - 1) superclass_name = constant_path_string(node.superclass) if node.superclass class_name = constant_path_string(node.constant_path) klass = @scanner.add_module_or_class(class_name, node.location.start_line, node.location.end_line, is_class: true, superclass_name: superclass_name) if class_name if klass @scanner.with_container(klass) do super @scanner.process_comments_until(node.location.end_line) end else @scanner.skip_comments_until(node.location.end_line) end end def visit_singleton_class_node(node) @scanner.process_comments_until(node.location.start_line - 1) expression = node.expression expression = expression.body.body.first if expression.is_a?(Prism::ParenthesesNode) && expression.body&.body&.size == 1 case expression when Prism::ConstantWriteNode # Accept `class << (NameErrorCheckers = Object.new)` as a module which is not actually a module mod = @scanner.container.add_module(RDoc::NormalModule, expression.name.to_s) when Prism::ConstantPathNode, Prism::ConstantReadNode expression_name = constant_path_string(expression) # If a constant_path does not exist, RDoc creates a module mod = @scanner.find_or_create_module_path(expression_name, :module) if expression_name when Prism::SelfNode mod = @scanner.container if @scanner.container != @top_level end if mod @scanner.with_container(mod, singleton: true) do super @scanner.process_comments_until(node.location.end_line) end else @scanner.skip_comments_until(node.location.end_line) end end def visit_def_node(node) start_line = node.location.start_line end_line = node.location.end_line @scanner.process_comments_until(start_line - 1) case node.receiver when Prism::NilNode, Prism::TrueNode, Prism::FalseNode visibility = :public singleton = false receiver_name = case node.receiver when Prism::NilNode 'NilClass' when Prism::TrueNode 'TrueClass' when Prism::FalseNode 'FalseClass' end receiver_fallback_type = :class when Prism::SelfNode # singleton method of a singleton class is not documentable return if @scanner.singleton visibility = :public singleton = true when Prism::ConstantReadNode, Prism::ConstantPathNode visibility = :public singleton = true receiver_name = constant_path_string(node.receiver) receiver_fallback_type = :module return unless receiver_name when nil visibility = @scanner.visibility singleton = @scanner.singleton else # `def (unknown expression).method_name` is not documentable return end name = node.name.to_s params, block_params, calls_super = MethodSignatureVisitor.scan_signature(node) tokens = @scanner.visible_tokens_from_location(node.location) @scanner.add_method( name, receiver_name: receiver_name, receiver_fallback_type: receiver_fallback_type, visibility: visibility, singleton: singleton, params: params, block_params: block_params, calls_super: calls_super, tokens: tokens, start_line: start_line, end_line: end_line ) ensure @scanner.skip_comments_until(end_line) end def visit_constant_path_write_node(node) @scanner.process_comments_until(node.location.start_line - 1) path = constant_path_string(node.target) return unless path @scanner.add_constant( path, constant_path_string(node.value) || node.value.slice, node.location.start_line, node.location.end_line ) @scanner.skip_comments_until(node.location.end_line) # Do not traverse rhs not to document `A::B = Struct.new{def undocumentable_method; end}` end def visit_constant_write_node(node) @scanner.process_comments_until(node.location.start_line - 1) @scanner.add_constant( node.name.to_s, constant_path_string(node.value) || node.value.slice, node.location.start_line, node.location.end_line ) @scanner.skip_comments_until(node.location.end_line) # Do not traverse rhs not to document `A = Struct.new{def undocumentable_method; end}` end private def constant_arguments_names(call_node) return unless call_node.arguments names = call_node.arguments.arguments.map { |arg| constant_path_string(arg) } names.all? ? names : nil end def symbol_arguments(call_node) arguments_node = call_node.arguments return unless arguments_node && arguments_node.arguments.all? { |arg| arg.is_a?(Prism::SymbolNode)} arguments_node.arguments.map { |arg| arg.value.to_sym } end def visibility_method_arguments(call_node, singleton:) arguments_node = call_node.arguments return unless arguments_node symbols = symbol_arguments(call_node) if symbols # module_function :foo, :bar return symbols.map(&:to_s) else return unless arguments_node.arguments.size == 1 arg = arguments_node.arguments.first return unless arg.is_a?(Prism::DefNode) if singleton # `private_class_method def foo; end` `private_class_method def not_self.foo; end` should be ignored return unless arg.receiver.is_a?(Prism::SelfNode) else # `module_function def something.foo` should be ignored return if arg.receiver end # `module_function def foo; end` or `private_class_method def self.foo; end` [arg.name.to_s] end end def constant_path_string(node) case node when Prism::ConstantReadNode node.name.to_s when Prism::ConstantPathNode parent_name = node.parent ? constant_path_string(node.parent) : '' "#{parent_name}::#{node.name}" if parent_name end end def _visit_call_require(call_node) return unless call_node.arguments&.arguments&.size == 1 arg = call_node.arguments.arguments.first return unless arg.is_a?(Prism::StringNode) @scanner.container.add_require(RDoc::Require.new(arg.unescaped, nil)) end def _visit_call_module_function(call_node) yield return if @scanner.singleton names = visibility_method_arguments(call_node, singleton: false)&.map(&:to_s) @scanner.change_method_to_module_function(names) if names end def _visit_call_public_private_class_method(call_node, visibility) yield return if @scanner.singleton names = visibility_method_arguments(call_node, singleton: true) @scanner.change_method_visibility(names, visibility, singleton: true) if names end def _visit_call_public_private_protected(call_node, visibility) arguments_node = call_node.arguments if arguments_node.nil? # `public` `private` @scanner.visibility = visibility else # `public :foo, :bar`, `private def foo; end` yield names = visibility_method_arguments(call_node, singleton: @scanner.singleton) @scanner.change_method_visibility(names, visibility) if names end end def _visit_call_alias_method(call_node) new_name, old_name, *rest = symbol_arguments(call_node) return unless old_name && new_name && rest.empty? @scanner.add_alias_method(old_name.to_s, new_name.to_s, call_node.location.start_line) end def _visit_call_include(call_node) names = constant_arguments_names(call_node) line_no = call_node.location.start_line return unless names if @scanner.singleton @scanner.add_extends(names, line_no) else @scanner.add_includes(names, line_no) end end def _visit_call_extend(call_node) names = constant_arguments_names(call_node) @scanner.add_extends(names, call_node.location.start_line) if names && !@scanner.singleton end def _visit_call_public_constant(call_node) return if @scanner.singleton names = symbol_arguments(call_node) @scanner.container.set_constant_visibility_for(names.map(&:to_s), :public) if names end def _visit_call_private_constant(call_node) return if @scanner.singleton names = symbol_arguments(call_node) @scanner.container.set_constant_visibility_for(names.map(&:to_s), :private) if names end def _visit_call_attr_reader_writer_accessor(call_node, rw) names = symbol_arguments(call_node) @scanner.add_attributes(names.map(&:to_s), rw, call_node.location.start_line) if names end class MethodSignatureVisitor < Prism::Visitor # :nodoc: class << self def scan_signature(def_node) visitor = new def_node.body&.accept(visitor) params = "(#{def_node.parameters&.slice})" block_params = visitor.yields.first [params, block_params, visitor.calls_super] end end attr_reader :params, :yields, :calls_super def initialize @params = nil @calls_super = false @yields = [] end def visit_def_node(node) # stop traverse inside nested def end def visit_yield_node(node) @yields << (node.arguments&.slice || '') end def visit_super_node(node) @calls_super = true super end def visit_forwarding_super_node(node) @calls_super = true end end end end PK )J [���U� � 5 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/simple.rbnu �[��� # frozen_string_literal: true ## # Parse a non-source file. We basically take the whole thing as one big # comment. class RDoc::Parser::Simple < RDoc::Parser include RDoc::Parser::Text parse_files_matching(//) attr_reader :content # :nodoc: ## # Prepare to parse a plain file def initialize(top_level, file_name, content, options, stats) super preprocess = RDoc::Markup::PreProcess.new @file_name, @options.rdoc_include @content = preprocess.handle @content, @top_level end ## # Extract the file contents and attach them to the TopLevel as a comment def scan comment = remove_coding_comment @content comment = remove_private_comment comment comment = RDoc::Comment.new comment, @top_level @top_level.comment = comment @top_level end ## # Removes the encoding magic comment from +text+ def remove_coding_comment text text.sub(/\A# .*coding[=:].*$/, '') end ## # Removes private comments. # # Unlike RDoc::Comment#remove_private this implementation only looks for two # dashes at the beginning of the line. Three or more dashes are considered # to be a rule and ignored. def remove_private_comment comment # Workaround for gsub encoding for Ruby 1.9.2 and earlier empty = '' empty = RDoc::Encoding.change_encoding empty, comment.encoding comment = comment.gsub(%r%^--\n.*?^\+\+\n?%m, empty) comment.sub(%r%^--\n.*%m, empty) end end PK )J [�s9��" �" 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/changelog.rbnu �[��� # frozen_string_literal: true ## # A ChangeLog file parser. # # This parser converts a ChangeLog into an RDoc::Markup::Document. When # viewed as HTML a ChangeLog page will have an entry for each day's entries in # the sidebar table of contents. # # This parser is meant to parse the MRI ChangeLog, but can be used to parse any # {GNU style Change # Log}[http://www.gnu.org/prep/standards/html_node/Style-of-Change-Logs.html]. class RDoc::Parser::ChangeLog < RDoc::Parser include RDoc::Parser::Text parse_files_matching(/(\/|\\|\A)ChangeLog[^\/\\]*\z/) ## # Attaches the +continuation+ of the previous line to the +entry_body+. # # Continued function listings are joined together as a single entry. # Continued descriptions are joined to make a single paragraph. def continue_entry_body entry_body, continuation return unless last = entry_body.last if last =~ /\)\s*\z/ and continuation =~ /\A\(/ then last.sub!(/\)\s*\z/, ',') continuation = continuation.sub(/\A\(/, '') end if last =~ /\s\z/ then last << continuation else last << ' ' + continuation end end ## # Creates an RDoc::Markup::Document given the +groups+ of ChangeLog entries. def create_document groups doc = RDoc::Markup::Document.new doc.omit_headings_below = 2 doc.file = @top_level doc << RDoc::Markup::Heading.new(1, File.basename(@file_name)) doc << RDoc::Markup::BlankLine.new groups.sort_by do |day,| day end.reverse_each do |day, entries| doc << RDoc::Markup::Heading.new(2, day.dup) doc << RDoc::Markup::BlankLine.new doc.concat create_entries entries end doc end ## # Returns a list of ChangeLog entries an RDoc::Markup nodes for the given # +entries+. def create_entries entries out = [] entries.each do |entry, items| out << RDoc::Markup::Heading.new(3, entry) out << RDoc::Markup::BlankLine.new out << create_items(items) end out end ## # Returns an RDoc::Markup::List containing the given +items+ in the # ChangeLog def create_items items list = RDoc::Markup::List.new :NOTE items.each do |item| item =~ /\A(.*?(?:\([^)]+\))?):\s*/ title = $1 body = $' paragraph = RDoc::Markup::Paragraph.new body list_item = RDoc::Markup::ListItem.new title, paragraph list << list_item end list end ## # Groups +entries+ by date. def group_entries entries @time_cache ||= {} entries.group_by do |title, _| begin time = @time_cache[title] (time || parse_date(title)).strftime '%Y-%m-%d' rescue NoMethodError, ArgumentError time, = title.split ' ', 2 parse_date(time).strftime '%Y-%m-%d' end end end ## # Parse date in ISO-8601, RFC-2822, or default of Git def parse_date(date) case date when /\A\s*(\d+)-(\d+)-(\d+)(?:[ T](\d+):(\d+):(\d+) *([-+]\d\d):?(\d\d))?\b/ Time.new($1, $2, $3, $4, $5, $6, ("#{$7}:#{$8}" if $7)) when /\A\s*\w{3}, +(\d+) (\w{3}) (\d+) (\d+):(\d+):(\d+) *(?:([-+]\d\d):?(\d\d))\b/ Time.new($3, $2, $1, $4, $5, $6, ("#{$7}:#{$8}" if $7)) when /\A\s*\w{3} (\w{3}) +(\d+) (\d+) (\d+):(\d+):(\d+) *(?:([-+]\d\d):?(\d\d))\b/ Time.new($3, $1, $2, $4, $5, $6, ("#{$7}:#{$8}" if $7)) when /\A\s*\w{3} (\w{3}) +(\d+) (\d+):(\d+):(\d+) (\d+)\b/ Time.new($6, $1, $2, $3, $4, $5) else raise ArgumentError, "bad date: #{date}" end end ## # Parses the entries in the ChangeLog. # # Returns an Array of each ChangeLog entry in order of parsing. # # A ChangeLog entry is an Array containing the ChangeLog title (date and # committer) and an Array of ChangeLog items (file and function changed with # description). # # An example result would be: # # [ 'Tue Dec 4 08:33:46 2012 Eric Hodel <drbrain@segment7.net>', # [ 'README.EXT: Converted to RDoc format', # 'README.EXT.ja: ditto']] def parse_entries @time_cache ||= {} if /\A((?:.*\n){,3})commit\s/ =~ @content class << self; prepend Git; end parse_info($1) return parse_entries end entries = [] entry_name = nil entry_body = [] @content.each_line do |line| case line when /^\s*$/ then next when /^\w.*/ then entries << [entry_name, entry_body] if entry_name entry_name = $& begin time = parse_date entry_name @time_cache[entry_name] = time rescue ArgumentError entry_name = nil end entry_body = [] when /^(\t| {8})?\*\s*(.*)/ then # "\t* file.c (func): ..." entry_body << $2.dup when /^(\t| {8})?\s*(\(.*)/ then # "\t(func): ..." entry = $2 if entry_body.last =~ /:/ then entry_body << entry.dup else continue_entry_body entry_body, entry end when /^(\t| {8})?\s*(.*)/ then continue_entry_body entry_body, $2 end end entries << [entry_name, entry_body] if entry_name entries.reject! do |(entry, _)| entry == nil end entries end ## # Converts the ChangeLog into an RDoc::Markup::Document def scan @time_cache = {} entries = parse_entries grouped_entries = group_entries entries doc = create_document grouped_entries @top_level.comment = doc @top_level end ## # The extension for Git commit log module Git ## # Parses auxiliary info. Currently `base-url` to expand # references is effective. def parse_info(info) /^\s*base-url\s*=\s*(.*\S)/ =~ info @base_url = $1 end ## # Parses the entries in the Git commit logs def parse_entries entries = [] @content.scan(/^commit\s+(\h{20})\h*\n((?:.+\n)*)\n((?: {4}.*\n+)*)/) do entry_name, header, entry_body = $1, $2, $3.gsub(/^ {4}/, '') # header = header.scan(/^ *(\S+?): +(.*)/).to_h # date = header["CommitDate"] || header["Date"] date = header[/^ *(?:Author)?Date: +(.*)/, 1] author = header[/^ *Author: +(.*)/, 1] begin time = parse_date(header[/^ *CommitDate: +(.*)/, 1] || date) @time_cache[entry_name] = time author.sub!(/\s*<(.*)>/, '') email = $1 entries << [entry_name, [author, email, date, entry_body]] rescue ArgumentError end end entries end ## # Returns a list of ChangeLog entries as # RDoc::Parser::ChangeLog::Git::LogEntry list for the given # +entries+. def create_entries entries # git log entries have no strictly itemized style like the old # style, just assume Markdown. entries.map do |commit, entry| LogEntry.new(@base_url, commit, *entry) end end LogEntry = Struct.new(:base, :commit, :author, :email, :date, :contents) do HEADING_LEVEL = 3 def initialize(base, commit, author, email, date, contents) case contents when String contents = RDoc::Markdown.parse(contents).parts.each do |body| case body when RDoc::Markup::Heading body.level += HEADING_LEVEL + 1 end end case first = contents[0] when RDoc::Markup::Paragraph contents[0] = RDoc::Markup::Heading.new(HEADING_LEVEL + 1, first.text) end end super end def level HEADING_LEVEL end def aref "label-#{commit}" end def label context = nil aref end def text case base when nil "#{date}" when /%s/ "{#{date}}[#{base % commit}]" else "{#{date}}[#{base}#{commit}]" end + " {#{author}}[mailto:#{email}]" end def accept visitor visitor.accept_heading self begin if visitor.respond_to?(:code_object=) code_object = visitor.code_object visitor.code_object = self end contents.each do |body| body.accept visitor end ensure if visitor.respond_to?(:code_object) visitor.code_object = code_object end end end def pretty_print q # :nodoc: q.group(2, '[log_entry: ', ']') do q.text commit q.text ',' q.breakable q.group(2, '[date: ', ']') { q.text date } q.text ',' q.breakable q.group(2, '[author: ', ']') { q.text author } q.text ',' q.breakable q.group(2, '[email: ', ']') { q.text email } q.text ',' q.breakable q.pp contents end end end end end PK )J [��q�� � 7 share/gems/gems/rdoc-6.10.0/lib/rdoc/parser/markdown.rbnu �[��� # frozen_string_literal: true ## # Parse a Markdown format file. The parsed RDoc::Markup::Document is attached # as a file comment. class RDoc::Parser::Markdown < RDoc::Parser include RDoc::Parser::Text parse_files_matching(/\.(md|markdown)(?:\.[^.]+)?$/) ## # Creates an Markdown-format TopLevel for the given file. def scan comment = RDoc::Comment.new @content, @top_level comment.format = 'markdown' @top_level.comment = comment end end PK )J [��5s�0 �0 / share/gems/gems/rdoc-6.10.0/lib/rdoc/servlet.rbnu �[��� # frozen_string_literal: true require_relative '../rdoc' require 'erb' require 'time' require 'json' begin require 'webrick' rescue LoadError abort "webrick is not found. You may need to `gem install webrick` to install webrick." end ## # This is a WEBrick servlet that allows you to browse ri documentation. # # You can show documentation through either `ri --server` or, with RubyGems # 2.0 or newer, `gem server`. For ri, the server runs on port 8214 by # default. For RubyGems the server runs on port 8808 by default. # # You can use this servlet in your own project by mounting it on a WEBrick # server: # # require 'webrick' # # server = WEBrick::HTTPServer.new Port: 8000 # # server.mount '/', RDoc::Servlet # # If you want to mount the servlet some other place than the root, provide the # base path when mounting: # # server.mount '/rdoc', RDoc::Servlet, '/rdoc' class RDoc::Servlet < WEBrick::HTTPServlet::AbstractServlet @server_stores = Hash.new { |hash, server| hash[server] = {} } @cache = Hash.new { |hash, store| hash[store] = {} } ## # Maps an asset type to its path on the filesystem attr_reader :asset_dirs ## # An RDoc::Options instance used for rendering options attr_reader :options ## # Creates an instance of this servlet that shares cached data between # requests. def self.get_instance server, *options # :nodoc: stores = @server_stores[server] new server, stores, @cache, *options end ## # Creates a new WEBrick servlet. # # Use +mount_path+ when mounting the servlet somewhere other than /. # # Use +extra_doc_dirs+ for additional documentation directories. # # +server+ is provided automatically by WEBrick when mounting. +stores+ and # +cache+ are provided automatically by the servlet. def initialize server, stores, cache, mount_path = nil, extra_doc_dirs = [] super server @cache = cache @mount_path = mount_path @extra_doc_dirs = extra_doc_dirs @stores = stores @options = RDoc::Options.new @options.op_dir = '.' darkfish_dir = nil # HACK dup $LOAD_PATH.each do |path| darkfish_dir = File.join path, 'rdoc/generator/template/darkfish/' next unless File.directory? darkfish_dir @options.template_dir = darkfish_dir break end @asset_dirs = { :darkfish => darkfish_dir, :json_index => File.expand_path('../generator/template/json_index/', __FILE__), } end ## # Serves the asset at the path in +req+ for +generator_name+ via +res+. def asset generator_name, req, res asset_dir = @asset_dirs[generator_name] asset_path = File.join asset_dir, req.path if_modified_since req, res, asset_path res.body = File.read asset_path res.content_type = case req.path when /\.css\z/ then 'text/css' when /\.js\z/ then 'application/javascript' else 'application/octet-stream' end end ## # GET request entry point. Fills in +res+ for the path, etc. in +req+. def do_GET req, res req.path.sub!(/\A#{Regexp.escape @mount_path}/, '') if @mount_path case req.path when '/' then root req, res when '/js/darkfish.js', '/js/jquery.js', '/js/search.js', %r%^/css/%, %r%^/images/%, %r%^/fonts/% then asset :darkfish, req, res when '/js/navigation.js', '/js/searcher.js' then asset :json_index, req, res when '/js/search_index.js' then root_search req, res else show_documentation req, res end rescue WEBrick::HTTPStatus::NotFound => e generator = generator_for RDoc::Store.new not_found generator, req, res, e.message rescue WEBrick::HTTPStatus::Status raise rescue => e error e, req, res end ## # Fills in +res+ with the class, module or page for +req+ from +store+. # # +path+ is relative to the mount_path and is used to determine the class, # module or page name (/RDoc/Servlet.html becomes RDoc::Servlet). # +generator+ is used to create the page. def documentation_page store, generator, path, req, res text_name = path.chomp '.html' name = text_name.gsub '/', '::' if klass = store.find_class_or_module(name) then res.body = generator.generate_class klass elsif page = store.find_text_page(name.sub(/_([^_]*)\z/, '.\1')) then res.body = generator.generate_page page elsif page = store.find_text_page(text_name.sub(/_([^_]*)\z/, '.\1')) then res.body = generator.generate_page page else not_found generator, req, res end end ## # Creates the JSON search index on +res+ for the given +store+. +generator+ # must respond to \#json_index to build. +req+ is ignored. def documentation_search store, generator, req, res json_index = @cache[store].fetch :json_index do @cache[store][:json_index] = JSON.dump generator.json_index.build_index end res.content_type = 'application/javascript' res.body = "var search_data = #{json_index}" end ## # Returns the RDoc::Store and path relative to +mount_path+ for # documentation at +path+. def documentation_source path _, source_name, path = path.split '/', 3 store = @stores[source_name] return store, path if store store = store_for source_name store.load_all @stores[source_name] = store return store, path end ## # Generates an error page for the +exception+ while handling +req+ on +res+. def error exception, req, res backtrace = exception.backtrace.join "\n" res.content_type = 'text/html' res.status = 500 res.body = <<-BODY <!DOCTYPE html> <html> <head> <meta content="text/html; charset=UTF-8" http-equiv="Content-Type"> <title>Error - #{ERB::Util.html_escape exception.class}</title> <link type="text/css" media="screen" href="#{@mount_path}/css/rdoc.css" rel="stylesheet"> </head> <body> <h1>Error</h1> <p>While processing <code>#{ERB::Util.html_escape req.request_uri}</code> the RDoc (#{ERB::Util.html_escape RDoc::VERSION}) server has encountered a <code>#{ERB::Util.html_escape exception.class}</code> exception: <pre>#{ERB::Util.html_escape exception.message}</pre> <p>Please report this to the <a href="https://github.com/ruby/rdoc/issues">RDoc issues tracker</a>. Please include the RDoc version, the URI above and exception class, message and backtrace. If you're viewing a gem's documentation, include the gem name and version. If you're viewing Ruby's documentation, include the version of ruby. <p>Backtrace: <pre>#{ERB::Util.html_escape backtrace}</pre> </body> </html> BODY end ## # Instantiates a Darkfish generator for +store+ def generator_for store generator = RDoc::Generator::Darkfish.new store, @options generator.file_output = false generator.asset_rel_path = '..' rdoc = RDoc::RDoc.new rdoc.store = store rdoc.generator = generator rdoc.options = @options @options.main_page = store.main @options.title = store.title generator end ## # Handles the If-Modified-Since HTTP header on +req+ for +path+. If the # file has not been modified a Not Modified response is returned. If the # file has been modified a Last-Modified header is added to +res+. def if_modified_since req, res, path = nil last_modified = File.stat(path).mtime if path res['last-modified'] = last_modified.httpdate return unless ims = req['if-modified-since'] ims = Time.parse ims unless ims < last_modified then res.body = '' raise WEBrick::HTTPStatus::NotModified end end ## # Returns an Array of installed documentation. # # Each entry contains the documentation name (gem name, 'Ruby # Documentation', etc.), the path relative to the mount point, whether the # documentation exists, the type of documentation (See RDoc::RI::Paths#each) # and the filesystem to the RDoc::Store for the documentation. def installed_docs extra_counter = 0 ri_paths.map do |path, type| store = RDoc::Store.new path, type exists = File.exist? store.cache_path case type when :gem then gem_path = path[%r%/([^/]*)/ri$%, 1] [gem_path, "#{gem_path}/", exists, type, path] when :system then ['Ruby Documentation', 'ruby/', exists, type, path] when :site then ['Site Documentation', 'site/', exists, type, path] when :home then ['Home Documentation', 'home/', exists, type, path] when :extra then extra_counter += 1 store.load_cache if exists title = store.title || "Extra Documentation" [title, "extra-#{extra_counter}/", exists, type, path] end end end ## # Returns a 404 page built by +generator+ for +req+ on +res+. def not_found generator, req, res, message = nil message ||= "The page <kbd>#{ERB::Util.h req.path}</kbd> was not found" res.body = generator.generate_servlet_not_found message res.status = 404 end ## # Enumerates the ri paths. See RDoc::RI::Paths#each def ri_paths &block RDoc::RI::Paths.each true, true, true, :all, *@extra_doc_dirs, &block #TODO: pass extra_dirs end ## # Generates the root page on +res+. +req+ is ignored. def root req, res generator = RDoc::Generator::Darkfish.new nil, @options res.body = generator.generate_servlet_root installed_docs res.content_type = 'text/html' end ## # Generates a search index for the root page on +res+. +req+ is ignored. def root_search req, res search_index = [] info = [] installed_docs.map do |name, href, exists, type, path| next unless exists search_index << name case type when :gem gemspec = path.gsub(%r%/doc/([^/]*?)/ri$%, '/specifications/\1.gemspec') spec = Gem::Specification.load gemspec path = spec.full_name comment = spec.summary when :system then path = 'ruby' comment = 'Documentation for the Ruby standard library' when :site then path = 'site' comment = 'Documentation for non-gem libraries' when :home then path = 'home' comment = 'Documentation from your home directory' when :extra comment = name end info << [name, '', path, '', comment] end index = { :index => { :searchIndex => search_index, :longSearchIndex => search_index, :info => info, } } res.body = "var search_data = #{JSON.dump index};" res.content_type = 'application/javascript' end ## # Displays documentation for +req+ on +res+, whether that be HTML or some # asset. def show_documentation req, res store, path = documentation_source req.path if_modified_since req, res, store.cache_path generator = generator_for store case path when nil, '', 'index.html' then res.body = generator.generate_index when 'table_of_contents.html' then res.body = generator.generate_table_of_contents when 'js/search_index.js' then documentation_search store, generator, req, res else documentation_page store, generator, path, req, res end ensure res.content_type ||= 'text/html' end ## # Returns an RDoc::Store for the given +source_name+ ('ruby' or a gem name). def store_for source_name case source_name when 'home' then RDoc::Store.new RDoc::RI::Paths.home_dir, :home when 'ruby' then RDoc::Store.new RDoc::RI::Paths.system_dir, :system when 'site' then RDoc::Store.new RDoc::RI::Paths.site_dir, :site when /\Aextra-(\d+)\z/ then index = $1.to_i - 1 ri_dir = installed_docs[index][4] RDoc::Store.new ri_dir, :extra else ri_dir, type = ri_paths.find do |dir, dir_type| next unless dir_type == :gem source_name == dir[%r%/([^/]*)/ri$%, 1] end raise WEBrick::HTTPStatus::NotFound, "Could not find gem \"#{ERB::Util.html_escape(source_name)}\". Are you sure you installed it?" unless ri_dir store = RDoc::Store.new ri_dir, type return store if File.exist? store.cache_path raise WEBrick::HTTPStatus::NotFound, "Could not find documentation for \"#{ERB::Util.html_escape(source_name)}\". Please run `gem rdoc --ri gem_name`" end end end PK )J [. ;m� � 5 share/gems/gems/rdoc-6.10.0/lib/rdoc/known_classes.rbnu �[��� # frozen_string_literal: true module RDoc ## # Ruby's built-in classes, modules and exceptions KNOWN_CLASSES = { "rb_cArray" => "Array", "rb_cBasicObject" => "BasicObject", "rb_cBignum" => "Bignum", "rb_cClass" => "Class", "rb_cData" => "Data", "rb_cDir" => "Dir", "rb_cEncoding" => "Encoding", "rb_cFalseClass" => "FalseClass", "rb_cFile" => "File", "rb_cFixnum" => "Fixnum", "rb_cFloat" => "Float", "rb_cHash" => "Hash", "rb_cIO" => "IO", "rb_cInteger" => "Integer", "rb_cModule" => "Module", "rb_cNilClass" => "NilClass", "rb_cNumeric" => "Numeric", "rb_cObject" => "Object", "rb_cProc" => "Proc", "rb_cRange" => "Range", "rb_cRefinement" => "Refinement", "rb_cRegexp" => "Regexp", "rb_cRubyVM" => "RubyVM", "rb_cSocket" => "Socket", "rb_cString" => "String", "rb_cStruct" => "Struct", "rb_cSymbol" => "Symbol", "rb_cThread" => "Thread", "rb_cTime" => "Time", "rb_cTrueClass" => "TrueClass", "rb_eArgError" => "ArgumentError", "rb_eEOFError" => "EOFError", "rb_eException" => "Exception", "rb_eFatal" => "fatal", "rb_eFloatDomainError" => "FloatDomainError", "rb_eIOError" => "IOError", "rb_eIndexError" => "IndexError", "rb_eInterrupt" => "Interrupt", "rb_eLoadError" => "LoadError", "rb_eNameError" => "NameError", "rb_eNoMemError" => "NoMemoryError", "rb_eNotImpError" => "NotImplementedError", "rb_eRangeError" => "RangeError", "rb_eRuntimeError" => "RuntimeError", "rb_eScriptError" => "ScriptError", "rb_eSecurityError" => "SecurityError", "rb_eSignal" => "SignalException", "rb_eStandardError" => "StandardError", "rb_eSyntaxError" => "SyntaxError", "rb_eSystemCallError" => "SystemCallError", "rb_eSystemExit" => "SystemExit", "rb_eTypeError" => "TypeError", "rb_eZeroDivError" => "ZeroDivisionError", "rb_mComparable" => "Comparable", "rb_mEnumerable" => "Enumerable", "rb_mErrno" => "Errno", "rb_mFConst" => "File::Constants", "rb_mFileTest" => "FileTest", "rb_mGC" => "GC", "rb_mKernel" => "Kernel", "rb_mMath" => "Math", "rb_mProcess" => "Process" } end PK )J [���l'� '� / share/gems/gems/rdoc-6.10.0/lib/rdoc/options.rbnu �[��� # frozen_string_literal: true require 'optparse' require 'pathname' ## # RDoc::Options handles the parsing and storage of options # # == Saved Options # # You can save some options like the markup format in the # <tt>.rdoc_options</tt> file in your gem. The easiest way to do this is: # # rdoc --markup tomdoc --write-options # # Which will automatically create the file and fill it with the options you # specified. # # The following options will not be saved since they interfere with the user's # preferences or with the normal operation of RDoc: # # * +--coverage-report+ # * +--dry-run+ # * +--encoding+ # * +--force-update+ # * +--format+ # * +--pipe+ # * +--quiet+ # * +--template+ # * +--verbose+ # # == Custom Options # # Generators can hook into RDoc::Options to add generator-specific command # line options. # # When <tt>--format</tt> is encountered in ARGV, RDoc calls ::setup_options on # the generator class to add extra options to the option parser. Options for # custom generators must occur after <tt>--format</tt>. <tt>rdoc --help</tt> # will list options for all installed generators. # # Example: # # class RDoc::Generator::Spellcheck # RDoc::RDoc.add_generator self # # def self.setup_options rdoc_options # op = rdoc_options.option_parser # # op.on('--spell-dictionary DICTIONARY', # RDoc::Options::Path) do |dictionary| # rdoc_options.spell_dictionary = dictionary # end # end # end # # Of course, RDoc::Options does not respond to +spell_dictionary+ by default # so you will need to add it: # # class RDoc::Options # # ## # # The spell dictionary used by the spell-checking plugin. # # attr_accessor :spell_dictionary # # end # # == Option Validators # # OptionParser validators will validate and cast user input values. In # addition to the validators that ship with OptionParser (String, Integer, # Float, TrueClass, FalseClass, Array, Regexp, Date, Time, URI, etc.), # RDoc::Options adds Path, PathArray and Template. class RDoc::Options ## # The deprecated options. DEPRECATED = { '--accessor' => 'support discontinued', '--diagram' => 'support discontinued', '--help-output' => 'support discontinued', '--image-format' => 'was an option for --diagram', '--inline-source' => 'source code is now always inlined', '--merge' => 'ri now always merges class information', '--one-file' => 'support discontinued', '--op-name' => 'support discontinued', '--opname' => 'support discontinued', '--promiscuous' => 'files always only document their content', '--ri-system' => 'Ruby installers use other techniques', } ## # RDoc options ignored (or handled specially) by --write-options SPECIAL = %w[ coverage_report dry_run encoding files force_output force_update generator generator_name generator_options generators locale op_dir page_dir option_parser pipe rdoc_include root static_path stylesheet_url template template_dir update_output_dir verbosity write_options ] ## # Option validator for OptionParser that matches a directory that exists on # the filesystem. Directory = Object.new ## # Option validator for OptionParser that matches a file or directory that # exists on the filesystem. Path = Object.new ## # Option validator for OptionParser that matches a comma-separated list of # files or directories that exist on the filesystem. PathArray = Object.new ## # Option validator for OptionParser that matches a template directory for an # installed generator that lives in # <tt>"rdoc/generator/template/#{template_name}"</tt> Template = Object.new ## # Character-set for HTML output. #encoding is preferred over #charset attr_accessor :charset ## # If true, RDoc will not write any files. attr_accessor :dry_run ## # The output encoding. All input files will be transcoded to this encoding. # # The default encoding is UTF-8. This is set via --encoding. attr_accessor :encoding ## # Files matching this pattern will be excluded attr_writer :exclude ## # The list of files to be processed attr_accessor :files ## # Create the output even if the output directory does not look # like an rdoc output directory attr_accessor :force_output ## # Scan newer sources than the flag file if true. attr_accessor :force_update ## # Formatter to mark up text with attr_accessor :formatter ## # Description of the output generator (set with the <tt>--format</tt> option) attr_accessor :generator ## # For #== attr_reader :generator_name # :nodoc: ## # Loaded generator options. Used to prevent --help from loading the same # options multiple times. attr_accessor :generator_options ## # Old rdoc behavior: hyperlink all words that match a method name, # even if not preceded by '#' or '::' attr_accessor :hyperlink_all ## # Include line numbers in the source code attr_accessor :line_numbers ## # The output locale. attr_accessor :locale ## # The directory where locale data live. attr_accessor :locale_dir ## # Name of the file, class or module to display in the initial index page (if # not specified the first file we encounter is used) attr_accessor :main_page ## # The markup format. # One of: +rdoc+ (the default), +markdown+, +rd+, +tomdoc+. # See {Markup Formats}[rdoc-ref:RDoc::Markup@Markup+Formats]. attr_accessor :markup ## # If true, only report on undocumented files attr_accessor :coverage_report ## # The name of the output directory attr_accessor :op_dir ## # The OptionParser for this instance attr_accessor :option_parser ## # Output heading decorations? attr_accessor :output_decoration ## # Directory where guides, FAQ, and other pages not associated with a class # live. You may leave this unset if these are at the root of your project. attr_accessor :page_dir ## # Is RDoc in pipe mode? attr_accessor :pipe ## # Array of directories to search for files to satisfy an :include: attr_accessor :rdoc_include ## # Root of the source documentation will be generated for. Set this when # building documentation outside the source directory. Defaults to the # current directory. attr_accessor :root ## # Include the '#' at the front of hyperlinked instance method names attr_accessor :show_hash ## # Directory to copy static files from attr_accessor :static_path ## # The number of columns in a tab attr_accessor :tab_width ## # Template to be used when generating output attr_accessor :template ## # Directory the template lives in attr_accessor :template_dir ## # Additional template stylesheets attr_accessor :template_stylesheets ## # Documentation title attr_accessor :title ## # Should RDoc update the timestamps in the output dir? attr_accessor :update_output_dir ## # Verbosity, zero means quiet attr_accessor :verbosity ## # Warn if rdoc-ref links can't be resolved # Default is +false+ attr_accessor :warn_missing_rdoc_ref ## # URL of web cvs frontend attr_accessor :webcvs ## # Minimum visibility of a documented method. One of +:public+, +:protected+, # +:private+ or +:nodoc+. # # The +:nodoc+ visibility ignores all directives related to visibility. The # other visibilities may be overridden on a per-method basis with the :doc: # directive. attr_reader :visibility ## # Indicates if files of test suites should be skipped attr_accessor :skip_tests ## # Embed mixin methods, attributes, and constants into class documentation. Set via # +--[no-]embed-mixins+ (Default is +false+.) attr_accessor :embed_mixins def initialize loaded_options = nil # :nodoc: init_ivars override loaded_options if loaded_options end def init_ivars # :nodoc: @dry_run = false @embed_mixins = false @exclude = %w[ ~\z \.orig\z \.rej\z \.bak\z \.gemspec\z ] @files = nil @force_output = false @force_update = true @generator = nil @generator_name = nil @generator_options = [] @generators = RDoc::RDoc::GENERATORS @hyperlink_all = false @line_numbers = false @locale = nil @locale_name = nil @locale_dir = 'locale' @main_page = nil @markup = 'rdoc' @coverage_report = false @op_dir = nil @page_dir = nil @pipe = false @output_decoration = true @rdoc_include = [] @root = Pathname(Dir.pwd) @show_hash = false @static_path = [] @stylesheet_url = nil # TODO remove in RDoc 4 @tab_width = 8 @template = nil @template_dir = nil @template_stylesheets = [] @title = nil @update_output_dir = true @verbosity = 1 @visibility = :protected @warn_missing_rdoc_ref = false @webcvs = nil @write_options = false @encoding = Encoding::UTF_8 @charset = @encoding.name @skip_tests = true end def init_with map # :nodoc: init_ivars encoding = map['encoding'] @encoding = encoding ? Encoding.find(encoding) : encoding @charset = map['charset'] @embed_mixins = map['embed_mixins'] @exclude = map['exclude'] @generator_name = map['generator_name'] @hyperlink_all = map['hyperlink_all'] @line_numbers = map['line_numbers'] @locale_name = map['locale_name'] @locale_dir = map['locale_dir'] @main_page = map['main_page'] @markup = map['markup'] @op_dir = map['op_dir'] @show_hash = map['show_hash'] @tab_width = map['tab_width'] @template_dir = map['template_dir'] @title = map['title'] @visibility = map['visibility'] @webcvs = map['webcvs'] @rdoc_include = sanitize_path map['rdoc_include'] @static_path = sanitize_path map['static_path'] end def yaml_initialize tag, map # :nodoc: init_with map end def override map # :nodoc: if map.has_key?('encoding') encoding = map['encoding'] @encoding = encoding ? Encoding.find(encoding) : encoding end @charset = map['charset'] if map.has_key?('charset') @embed_mixins = map['embed_mixins'] if map.has_key?('embed_mixins') @exclude = map['exclude'] if map.has_key?('exclude') @generator_name = map['generator_name'] if map.has_key?('generator_name') @hyperlink_all = map['hyperlink_all'] if map.has_key?('hyperlink_all') @line_numbers = map['line_numbers'] if map.has_key?('line_numbers') @locale_name = map['locale_name'] if map.has_key?('locale_name') @locale_dir = map['locale_dir'] if map.has_key?('locale_dir') @main_page = map['main_page'] if map.has_key?('main_page') @markup = map['markup'] if map.has_key?('markup') @op_dir = map['op_dir'] if map.has_key?('op_dir') @page_dir = map['page_dir'] if map.has_key?('page_dir') @show_hash = map['show_hash'] if map.has_key?('show_hash') @tab_width = map['tab_width'] if map.has_key?('tab_width') @template_dir = map['template_dir'] if map.has_key?('template_dir') @title = map['title'] if map.has_key?('title') @visibility = map['visibility'] if map.has_key?('visibility') @webcvs = map['webcvs'] if map.has_key?('webcvs') @warn_missing_rdoc_ref = map['warn_missing_rdoc_ref'] if map.has_key?('warn_missing_rdoc_ref') if map.has_key?('rdoc_include') @rdoc_include = sanitize_path map['rdoc_include'] end if map.has_key?('static_path') @static_path = sanitize_path map['static_path'] end end def == other # :nodoc: self.class === other and @encoding == other.encoding and @embed_mixins == other.embed_mixins and @generator_name == other.generator_name and @hyperlink_all == other.hyperlink_all and @line_numbers == other.line_numbers and @locale == other.locale and @locale_dir == other.locale_dir and @main_page == other.main_page and @markup == other.markup and @op_dir == other.op_dir and @rdoc_include == other.rdoc_include and @show_hash == other.show_hash and @static_path == other.static_path and @tab_width == other.tab_width and @template == other.template and @title == other.title and @visibility == other.visibility and @webcvs == other.webcvs end ## # Check that the files on the command line exist def check_files @files.delete_if do |file| if File.exist? file then if File.readable? file then false else warn "file '#{file}' not readable" true end else warn "file '#{file}' not found" true end end end ## # Ensure only one generator is loaded def check_generator if @generator then raise OptionParser::InvalidOption, "generator already set to #{@generator_name}" end end ## # Set the title, but only if not already set. Used to set the title # from a source file, so that a title set from the command line # will have the priority. def default_title=(string) @title ||= string end ## # For dumping YAML def to_yaml(*options) # :nodoc: encoding = @encoding ? @encoding.name : nil yaml = {} yaml['encoding'] = encoding yaml['static_path'] = sanitize_path(@static_path) yaml['rdoc_include'] = sanitize_path(@rdoc_include) yaml['page_dir'] = (sanitize_path([@page_dir]).first if @page_dir) ivars = instance_variables.map { |ivar| ivar.to_s[1..-1] } ivars -= SPECIAL ivars.sort.each do |ivar| yaml[ivar] = instance_variable_get("@#{ivar}") end yaml.to_yaml end ## # Create a regexp for #exclude def exclude if @exclude.nil? or Regexp === @exclude then # done, #finish is being re-run @exclude elsif @exclude.empty? then nil else Regexp.new(@exclude.join("|")) end end ## # Completes any unfinished option setup business such as filtering for # existent files, creating a regexp for #exclude and setting a default # #template. def finish if @write_options then write_options exit end @op_dir ||= 'doc' root = @root.to_s if @rdoc_include.empty? || !@rdoc_include.include?(root) @rdoc_include << root end @exclude = self.exclude finish_page_dir check_files # If no template was specified, use the default template for the output # formatter unless @template then @template = @generator_name @template_dir = template_dir_for @template end if @locale_name @locale = RDoc::I18n::Locale[@locale_name] @locale.load(@locale_dir) else @locale = nil end self end ## # Fixes the page_dir to be relative to the root_dir and adds the page_dir to # the files list. def finish_page_dir return unless @page_dir @files << @page_dir page_dir = Pathname(@page_dir) begin page_dir = page_dir.expand_path.relative_path_from @root rescue ArgumentError # On Windows, sometimes crosses different drive letters. page_dir = page_dir.expand_path end @page_dir = page_dir end ## # Returns a properly-space list of generators and their descriptions. def generator_descriptions lengths = [] generators = RDoc::RDoc::GENERATORS.map do |name, generator| lengths << name.length description = generator::DESCRIPTION if generator.const_defined? :DESCRIPTION [name, description] end longest = lengths.max generators.sort.map do |name, description| if description then " %-*s - %s" % [longest, name, description] else " #{name}" end end.join "\n" end ## # Parses command line options. def parse argv ignore_invalid = true argv.insert(0, *ENV['RDOCOPT'].split) if ENV['RDOCOPT'] opts = OptionParser.new do |opt| @option_parser = opt opt.program_name = File.basename $0 opt.version = RDoc::VERSION opt.release = nil opt.summary_indent = ' ' * 4 opt.banner = <<-EOF Usage: #{opt.program_name} [options] [names...] Files are parsed, and the information they contain collected, before any output is produced. This allows cross references between all files to be resolved. If a name is a directory, it is traversed. If no names are specified, all Ruby files in the current directory (and subdirectories) are processed. How RDoc generates output depends on the output formatter being used, and on the options you give. Options can be specified via the RDOCOPT environment variable, which functions similar to the RUBYOPT environment variable for ruby. $ export RDOCOPT="--show-hash" will make rdoc show hashes in method links by default. Command-line options always will override those in RDOCOPT. Available formatters: #{generator_descriptions} RDoc understands the following file formats: EOF parsers = Hash.new { |h, parser| h[parser] = [] } RDoc::Parser.parsers.each do |regexp, parser| parsers[parser.name.sub('RDoc::Parser::', '')] << regexp.source end parsers.sort.each do |parser, regexp| opt.banner += " - #{parser}: #{regexp.join ', '}\n" end opt.banner += " - TomDoc: Only in ruby files\n" opt.banner += "\n The following options are deprecated:\n\n" name_length = DEPRECATED.keys.sort_by { |k| k.length }.last.length DEPRECATED.sort_by { |k,| k }.each do |name, reason| opt.banner += " %*1$2$s %3$s\n" % [-name_length, name, reason] end opt.accept Template do |template| template_dir = template_dir_for template unless template_dir then $stderr.puts "could not find template #{template}" nil else [template, template_dir] end end opt.accept Directory do |directory| directory = File.expand_path directory raise OptionParser::InvalidArgument unless File.directory? directory directory end opt.accept Path do |path| path = File.expand_path path raise OptionParser::InvalidArgument unless File.exist? path path end opt.accept PathArray do |paths,| paths = if paths then paths.split(',').map { |d| d unless d.empty? } end paths.map do |path| path = File.expand_path path raise OptionParser::InvalidArgument unless File.exist? path path end end opt.separator nil opt.separator "Parsing options:" opt.separator nil opt.on("--encoding=ENCODING", "-e", Encoding.list.map { |e| e.name }, "Specifies the output encoding. All files", "read will be converted to this encoding.", "The default encoding is UTF-8.", "--encoding is preferred over --charset") do |value| @encoding = Encoding.find value @charset = @encoding.name # may not be valid value end opt.separator nil opt.on("--locale=NAME", "Specifies the output locale.") do |value| @locale_name = value end opt.on("--locale-data-dir=DIR", "Specifies the directory where locale data live.") do |value| @locale_dir = value end opt.separator nil opt.on("--all", "-a", "Synonym for --visibility=private.") do |value| @visibility = :private end opt.separator nil opt.on("--exclude=PATTERN", "-x", Regexp, "Do not process files or directories", "matching PATTERN.") do |value| @exclude << value end opt.separator nil opt.on("--no-skipping-tests", nil, "Don't skip generating documentation for test and spec files") do |value| @skip_tests = false end opt.separator nil opt.on("--extension=NEW=OLD", "-E", "Treat files ending with .new as if they", "ended with .old. Using '-E cgi=rb' will", "cause xxx.cgi to be parsed as a Ruby file.") do |value| new, old = value.split(/=/, 2) unless new and old then raise OptionParser::InvalidArgument, "Invalid parameter to '-E'" end unless RDoc::Parser.alias_extension old, new then raise OptionParser::InvalidArgument, "Unknown extension .#{old} to -E" end end opt.separator nil opt.on("--[no-]force-update", "-U", "Forces rdoc to scan all sources even if", "no files are newer than the flag file.") do |value| @force_update = value end opt.separator nil opt.on("--pipe", "-p", "Convert RDoc on stdin to HTML") do @pipe = true end opt.separator nil opt.on("--tab-width=WIDTH", "-w", Integer, "Set the width of tab characters.") do |value| raise OptionParser::InvalidArgument, "#{value} is an invalid tab width" if value <= 0 @tab_width = value end opt.separator nil opt.on("--visibility=VISIBILITY", "-V", RDoc::VISIBILITIES + [:nodoc], "Minimum visibility to document a method.", "One of 'public', 'protected' (the default),", "'private' or 'nodoc' (show everything)") do |value| @visibility = value end opt.separator nil opt.on("--[no-]embed-mixins", "Embed mixin methods, attributes, and constants", "into class documentation. (default false)") do |value| @embed_mixins = value end opt.separator nil markup_formats = RDoc::Text::MARKUP_FORMAT.keys.sort opt.on("--markup=MARKUP", markup_formats, "The markup format for the named files.", "The default is rdoc. Valid values are:", markup_formats.join(', ')) do |value| @markup = value end opt.separator nil opt.on("--root=ROOT", Directory, "Root of the source tree documentation", "will be generated for. Set this when", "building documentation outside the", "source directory. Default is the", "current directory.") do |root| @root = Pathname(root) end opt.separator nil opt.on("--page-dir=DIR", Directory, "Directory where guides, your FAQ or", "other pages not associated with a class", "live. Set this when you don't store", "such files at your project root.", "NOTE: Do not use the same file name in", "the page dir and the root of your project") do |page_dir| @page_dir = page_dir end opt.separator nil opt.separator "Common generator options:" opt.separator nil opt.on("--force-output", "-O", "Forces rdoc to write the output files,", "even if the output directory exists", "and does not seem to have been created", "by rdoc.") do |value| @force_output = value end opt.separator nil generator_text = @generators.keys.map { |name| " #{name}" }.sort opt.on("-f", "--fmt=FORMAT", "--format=FORMAT", @generators.keys, "Set the output formatter. One of:", *generator_text) do |value| check_generator @generator_name = value.downcase setup_generator end opt.separator nil opt.on("--include=DIRECTORIES", "-i", PathArray, "Set (or add to) the list of directories to", "be searched when satisfying :include:", "requests. Can be used more than once.") do |value| @rdoc_include.concat value.map { |dir| dir.strip } end opt.separator nil opt.on("--[no-]coverage-report=[LEVEL]", "--[no-]dcov", "-C", Integer, "Prints a report on undocumented items.", "Does not generate files.") do |value| value = 0 if value.nil? # Integer converts -C to nil @coverage_report = value @force_update = true if value end opt.separator nil opt.on("--output=DIR", "--op", "-o", "Set the output directory.") do |value| @op_dir = value end opt.separator nil opt.on("-d", "Deprecated --diagram option.", "Prevents firing debug mode", "with legacy invocation.") do |value| end opt.separator nil opt.separator 'HTML generator options:' opt.separator nil opt.on("--charset=CHARSET", "-c", "Specifies the output HTML character-set.", "Use --encoding instead of --charset if", "available.") do |value| @charset = value end opt.separator nil opt.on("--hyperlink-all", "-A", "Generate hyperlinks for all words that", "correspond to known methods, even if they", "do not start with '#' or '::' (legacy", "behavior).") do |value| @hyperlink_all = value end opt.separator nil opt.on("--main=NAME", "-m", "NAME will be the initial page displayed.") do |value| @main_page = value end opt.separator nil opt.on("--[no-]line-numbers", "-N", "Include line numbers in the source code.", "By default, only the number of the first", "line is displayed, in a leading comment.") do |value| @line_numbers = value end opt.separator nil opt.on("--show-hash", "-H", "A name of the form #name in a comment is a", "possible hyperlink to an instance method", "name. When displayed, the '#' is removed", "unless this option is specified.") do |value| @show_hash = value end opt.separator nil opt.on("--template=NAME", "-T", Template, "Set the template used when generating", "output. The default depends on the", "formatter used.") do |(template, template_dir)| @template = template @template_dir = template_dir end opt.separator nil opt.on("--template-stylesheets=FILES", PathArray, "Set (or add to) the list of files to", "include with the html template.") do |value| @template_stylesheets.concat value end opt.separator nil opt.on("--title=TITLE", "-t", "Set TITLE as the title for HTML output.") do |value| @title = value end opt.separator nil opt.on("--copy-files=PATH", Path, "Specify a file or directory to copy static", "files from.", "If a file is given it will be copied into", "the output dir. If a directory is given the", "entire directory will be copied.", "You can use this multiple times") do |value| @static_path << value end opt.separator nil opt.on("--webcvs=URL", "-W", "Specify a URL for linking to a web frontend", "to CVS. If the URL contains a '\%s', the", "name of the current file will be", "substituted; if the URL doesn't contain a", "'\%s', the filename will be appended to it.") do |value| @webcvs = value end opt.separator nil opt.separator "ri generator options:" opt.separator nil opt.on("--ri", "-r", "Generate output for use by `ri`. The files", "are stored in the '.rdoc' directory under", "your home directory unless overridden by a", "subsequent --op parameter, so no special", "privileges are needed.") do |value| check_generator @generator_name = "ri" @op_dir ||= RDoc::RI::Paths::HOMEDIR setup_generator end opt.separator nil opt.on("--ri-site", "-R", "Generate output for use by `ri`. The files", "are stored in a site-wide directory,", "making them accessible to others, so", "special privileges are needed.") do |value| check_generator @generator_name = "ri" @op_dir = RDoc::RI::Paths.site_dir setup_generator end opt.separator nil opt.separator "Generic options:" opt.separator nil opt.on("--write-options", "Write .rdoc_options to the current", "directory with the given options. Not all", "options will be used. See RDoc::Options", "for details.") do |value| @write_options = true end opt.separator nil opt.on("--[no-]dry-run", "Don't write any files") do |value| @dry_run = value end opt.separator nil opt.on("-D", "--[no-]debug", "Displays lots on internal stuff.") do |value| $DEBUG_RDOC = value end opt.separator nil opt.on("--warn-missing-rdoc-ref", "Warn if rdoc-ref links can't be resolved") do |value| @warn_missing_rdoc_ref = value end opt.separator nil opt.on("--[no-]ignore-invalid", "Ignore invalid options and continue", "(default true).") do |value| ignore_invalid = value end opt.separator nil opt.on("--quiet", "-q", "Don't show progress as we parse.") do |value| @verbosity = 0 end opt.separator nil opt.on("--verbose", "-V", "Display extra progress as RDoc parses") do |value| @verbosity = 2 end opt.separator nil opt.on("--version", "-v", "print the version") do puts opt.version exit end opt.separator nil opt.on("--help", "-h", "Display this help") do RDoc::RDoc::GENERATORS.each_key do |generator| setup_generator generator end puts opt.help exit end opt.separator nil end setup_generator 'darkfish' if argv.grep(/\A(-f|--fmt|--format|-r|-R|--ri|--ri-site)\b/).empty? deprecated = [] invalid = [] begin opts.parse! argv rescue OptionParser::ParseError => e if DEPRECATED[e.args.first] then deprecated << e.args.first elsif %w[--format --ri -r --ri-site -R].include? e.args.first then raise else invalid << e.args.join(' ') end retry end unless @generator then @generator = RDoc::Generator::Darkfish @generator_name = 'darkfish' end if @pipe and not argv.empty? then @pipe = false invalid << '-p (with files)' end unless quiet then deprecated.each do |opt| $stderr.puts 'option ' + opt + ' is deprecated: ' + DEPRECATED[opt] end end unless invalid.empty? then invalid = "invalid options: #{invalid.join ', '}" if ignore_invalid then unless quiet then $stderr.puts invalid $stderr.puts '(invalid options are ignored)' end else unless quiet then $stderr.puts opts end $stderr.puts invalid exit 1 end end @files = argv.dup self end ## # Don't display progress as we process the files def quiet @verbosity.zero? end ## # Set quietness to +bool+ def quiet= bool @verbosity = bool ? 0 : 1 end ## # Removes directories from +path+ that are outside the current directory def sanitize_path path require 'pathname' dot = Pathname.new('.').expand_path path.reject do |item| path = Pathname.new(item).expand_path is_reject = nil relative = nil begin relative = path.relative_path_from(dot).to_s rescue ArgumentError # On Windows, sometimes crosses different drive letters. is_reject = true else is_reject = relative.start_with? '..' end is_reject end end ## # Set up an output generator for the named +generator_name+. # # If the found generator responds to :setup_options it will be called with # the options instance. This allows generators to add custom options or set # default options. def setup_generator generator_name = @generator_name @generator = @generators[generator_name] unless @generator then raise OptionParser::InvalidArgument, "Invalid output formatter #{generator_name}" end return if @generator_options.include? @generator @generator_name = generator_name @generator_options << @generator if @generator.respond_to? :setup_options then @option_parser ||= OptionParser.new @generator.setup_options self end end ## # Finds the template dir for +template+ def template_dir_for template template_path = File.join 'rdoc', 'generator', 'template', template $LOAD_PATH.map do |path| File.join File.expand_path(path), template_path end.find do |dir| File.directory? dir end end # Sets the minimum visibility of a documented method. # # Accepts +:public+, +:protected+, +:private+, +:nodoc+, or +:all+. # # When +:all+ is passed, visibility is set to +:private+, similarly to # RDOCOPT="--all", see #visibility for more information. def visibility= visibility case visibility when :all @visibility = :private else @visibility = visibility end end ## # Displays a warning using Kernel#warn if we're being verbose def warn message super message if @verbosity > 1 end ## # Writes the YAML file .rdoc_options to the current directory containing the # parsed options. def write_options RDoc.load_yaml File.open '.rdoc_options', 'w' do |io| io.set_encoding Encoding::UTF_8 io.print to_yaml end end ## # Loads options from .rdoc_options if the file exists, otherwise creates a # new RDoc::Options instance. def self.load_options options_file = File.expand_path '.rdoc_options' return RDoc::Options.new unless File.exist? options_file RDoc.load_yaml begin options = YAML.safe_load File.read('.rdoc_options'), permitted_classes: [RDoc::Options, Symbol] rescue Psych::SyntaxError raise RDoc::Error, "#{options_file} is not a valid rdoc options file" end return RDoc::Options.new unless options # Allow empty file. raise RDoc::Error, "#{options_file} is not a valid rdoc options file" unless RDoc::Options === options or Hash === options if Hash === options # Override the default values with the contents of YAML file. options = RDoc::Options.new options end options end end PK )J [��� � 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/code_objects.rbnu �[��� # frozen_string_literal: true # This file was used to load all the RDoc::CodeObject subclasses at once. Now # autoload handles this. require_relative '../rdoc' PK )J [��6� 5 share/gems/gems/rdoc-6.10.0/lib/rdoc/rubygems_hook.rbnu �[��� # frozen_string_literal: true require 'rubygems/user_interaction' require 'fileutils' require_relative '../rdoc' # We define the following two similar name classes in this file: # # - RDoc::RubyGemsHook # - RDoc::RubygemsHook # # RDoc::RubyGemsHook is the main class that has real logic. # # RDoc::RubygemsHook is a class that is only for # compatibility. RDoc::RubygemsHook is used by RubyGems directly. We # can remove this when all maintained RubyGems remove # `rubygems/rdoc.rb`. class RDoc::RubyGemsHook include Gem::UserInteraction extend Gem::UserInteraction @rdoc_version = nil @specs = [] ## # Force installation of documentation? attr_accessor :force ## # Generate rdoc? attr_accessor :generate_rdoc ## # Generate ri data? attr_accessor :generate_ri class << self ## # Loaded version of RDoc. Set by ::load_rdoc attr_reader :rdoc_version end ## # Post installs hook that generates documentation for each specification in # +specs+ def self.generate installer, specs start = Time.now types = installer.document generate_rdoc = types.include? 'rdoc' generate_ri = types.include? 'ri' specs.each do |spec| new(spec, generate_rdoc, generate_ri).generate end return unless generate_rdoc or generate_ri duration = (Time.now - start).to_i names = specs.map(&:name).join ', ' say "Done installing documentation for #{names} after #{duration} seconds" end def self.remove uninstaller new(uninstaller.spec).remove end ## # Loads the RDoc generator def self.load_rdoc return if @rdoc_version require_relative 'rdoc' @rdoc_version = Gem::Version.new ::RDoc::VERSION end ## # Creates a new documentation generator for +spec+. RDoc and ri data # generation can be enabled or disabled through +generate_rdoc+ and # +generate_ri+ respectively. # # Only +generate_ri+ is enabled by default. def initialize spec, generate_rdoc = false, generate_ri = true @doc_dir = spec.doc_dir @force = false @rdoc = nil @spec = spec @generate_rdoc = generate_rdoc @generate_ri = generate_ri @rdoc_dir = spec.doc_dir 'rdoc' @ri_dir = spec.doc_dir 'ri' end ## # Removes legacy rdoc arguments from +args+ #-- # TODO move to RDoc::Options def delete_legacy_args args args.delete '--inline-source' args.delete '--promiscuous' args.delete '-p' args.delete '--one-file' end ## # Generates documentation using the named +generator+ ("darkfish" or "ri") # and following the given +options+. # # Documentation will be generated into +destination+ def document generator, options, destination generator_name = generator options = options.dup options.exclude ||= [] # TODO maybe move to RDoc::Options#finish options.setup_generator generator options.op_dir = destination Dir.chdir @spec.full_gem_path do options.finish end generator = options.generator.new @rdoc.store, options @rdoc.options = options @rdoc.generator = generator say "Installing #{generator_name} documentation for #{@spec.full_name}" FileUtils.mkdir_p options.op_dir Dir.chdir options.op_dir do begin @rdoc.class.current = @rdoc @rdoc.generator.generate ensure @rdoc.class.current = nil end end end ## # Generates RDoc and ri data def generate return if @spec.default_gem? return unless @generate_ri or @generate_rdoc setup options = nil args = @spec.rdoc_options args.concat @spec.source_paths args.concat @spec.extra_rdoc_files case config_args = Gem.configuration[:rdoc] when String then args = args.concat config_args.split(' ') when Array then args = args.concat config_args end delete_legacy_args args Dir.chdir @spec.full_gem_path do options = ::RDoc::Options.new options.default_title = "#{@spec.full_name} Documentation" options.parse args end options.quiet = !Gem.configuration.really_verbose @rdoc = new_rdoc @rdoc.options = options store = RDoc::Store.new store.encoding = options.encoding store.dry_run = options.dry_run store.main = options.main_page store.title = options.title @rdoc.store = store say "Parsing documentation for #{@spec.full_name}" Dir.chdir @spec.full_gem_path do @rdoc.parse_files options.files end document 'ri', options, @ri_dir if @generate_ri and (@force or not File.exist? @ri_dir) document 'darkfish', options, @rdoc_dir if @generate_rdoc and (@force or not File.exist? @rdoc_dir) end ## # #new_rdoc creates a new RDoc instance. This method is provided only to # make testing easier. def new_rdoc # :nodoc: ::RDoc::RDoc.new end ## # Is rdoc documentation installed? def rdoc_installed? File.exist? @rdoc_dir end ## # Removes generated RDoc and ri data def remove base_dir = @spec.base_dir raise Gem::FilePermissionError, base_dir unless File.writable? base_dir FileUtils.rm_rf @rdoc_dir FileUtils.rm_rf @ri_dir end ## # Is ri data installed? def ri_installed? File.exist? @ri_dir end ## # Prepares the spec for documentation generation def setup self.class.load_rdoc raise Gem::FilePermissionError, @doc_dir if File.exist?(@doc_dir) and not File.writable?(@doc_dir) FileUtils.mkdir_p @doc_dir unless File.exist? @doc_dir end end # This class is referenced by RubyGems to create documents. # All implementations are moved to the above RubyGemsHook. # # This class does nothing when this RDoc is installed as a normal gem # or a bundled gem. # # This class does generate/remove documents for compatibility when # this RDoc is installed as a default gem. # # We can remove this when all maintained RubyGems remove # `rubygems/rdoc.rb`. module RDoc class RubygemsHook attr_accessor :generate_rdoc, :generate_ri, :force def self.default_gem? !File.exist?(File.join(__dir__, "..", "rubygems_plugin.rb")) end def initialize(spec, generate_rdoc = false, generate_ri = true) @spec = spec @generate_rdoc = generate_rdoc @generate_ri = generate_ri @force = false end def generate # Do nothing if this is NOT a default gem. return unless self.class.default_gem? # Generate document for compatibility if this is a default gem. hook = RubyGemsHook.new(@spec, @generate_rdoc, @generate_ri) hook.force = @force hook.generate end def remove # Do nothing if this is NOT a default gem. return unless self.class.default_gem? # Remove generated document for compatibility if this is a # default gem. RubyGemsHook.new(@spec).remove end def self.generation_hook installer, specs # Do nothing if this is NOT a default gem. return unless default_gem? # Generate document for compatibility if this is a default gem. RubyGemsHook.generate(installer, specs) end end end PK )J [�Y��k k / share/gems/gems/rdoc-6.10.0/lib/rdoc/version.rbnu �[��� # frozen_string_literal: true module RDoc ## # RDoc version you are using VERSION = '6.10.0' end PK )J [��?z z 7 share/gems/gems/rdoc-6.10.0/lib/rdoc/cross_reference.rbnu �[��� # frozen_string_literal: true require_relative 'markup/attribute_manager' # for PROTECT_ATTR ## # RDoc::CrossReference is a reusable way to create cross references for names. class RDoc::CrossReference ## # Regular expression to match class references # # 1. There can be a '\\' in front of text to suppress the cross-reference # 2. There can be a '::' in front of class names to reference from the # top-level namespace. # 3. The method can be followed by parenthesis (not recommended) CLASS_REGEXP_STR = '\\\\?((?:\:{2})?[A-Z]\w*(?:\:\:\w+)*)' ## # Regular expression to match a single method argument. METHOD_ARG_REGEXP_STR = '[\w.+*/=<>-]+' ## # Regular expression to match method arguments. METHOD_ARGS_REGEXP_STR = /(?:\((?:#{METHOD_ARG_REGEXP_STR}(?:,\s*#{METHOD_ARG_REGEXP_STR})*)?\))?/.source ## # Regular expression to match method references. # # See CLASS_REGEXP_STR METHOD_REGEXP_STR = /( (?!\d)[\w#{RDoc::Markup::AttributeManager::PROTECT_ATTR}]+[!?=]?| %|=(?:==?|~)|![=~]|\[\]=?|<(?:<|=>?)?|>[>=]?|[-+!]@?|\*\*?|[\/%\`|&^~] )#{METHOD_ARGS_REGEXP_STR}/.source.delete("\n ").freeze ## # Regular expressions matching text that should potentially have # cross-reference links generated are passed to add_regexp_handling. Note # that these expressions are meant to pick up text for which cross-references # have been suppressed, since the suppression characters are removed by the # code that is triggered. CROSSREF_REGEXP = /(?:^|[\s()]) ( (?: # A::B::C.meth #{CLASS_REGEXP_STR}(?:[.#]|::)#{METHOD_REGEXP_STR} # A::B::C # The stuff after CLASS_REGEXP_STR is a # nasty hack. CLASS_REGEXP_STR unfortunately matches # words like dog and cat (these are legal "class" # names in Fortran 95). When a word is flagged as a # potential cross-reference, limitations in the markup # engine suppress other processing, such as typesetting. # This is particularly noticeable for contractions. # In order that words like "can't" not # be flagged as potential cross-references, only # flag potential class cross-references if the character # after the cross-reference is a space, sentence # punctuation, tag start character, or attribute # marker. | #{CLASS_REGEXP_STR}(?=[@\s).?!,;<\000]|\z) # Stand-alone method (preceded by a #) | \\?\##{METHOD_REGEXP_STR} # Stand-alone method (preceded by ::) | ::#{METHOD_REGEXP_STR} # Things that look like filenames # The key thing is that there must be at least # one special character (period, slash, or # underscore). | (?:\.\.\/)*[-\/\w]+[_\/.][-\w\/.]+ # Things that have markup suppressed # Don't process things like '\<' in \<tt>, though. # TODO: including < is a hack, not very satisfying. | \\[^\s<] ) # labels for headings (?:@[\w+%-]+(?:\.[\w|%-]+)?)? )/x ## # Version of CROSSREF_REGEXP used when <tt>--hyperlink-all</tt> is specified. ALL_CROSSREF_REGEXP = / (?:^|[\s()]) ( (?: # A::B::C.meth #{CLASS_REGEXP_STR}(?:[.#]|::)#{METHOD_REGEXP_STR} # A::B::C | #{CLASS_REGEXP_STR}(?=[@\s).?!,;<\000]|\z) # Stand-alone method | \\?#{METHOD_REGEXP_STR} # Things that look like filenames | (?:\.\.\/)*[-\/\w]+[_\/.][-\w\/.]+ # Things that have markup suppressed | \\[^\s<] ) # labels for headings (?:@[\w+%-]+)? )/x ## # Hash of references that have been looked-up to their replacements attr_accessor :seen ## # Allows cross-references to be created based on the given +context+ # (RDoc::Context). def initialize context @context = context @store = context.store @seen = {} end ## # Returns a method reference to +name+. def resolve_method name ref = nil if /#{CLASS_REGEXP_STR}([.#]|::)#{METHOD_REGEXP_STR}/o =~ name then type = $2 if '.' == type # will find either #method or ::method method = $3 else method = "#{type}#{$3}" end container = @context.find_symbol_module($1) elsif /^([.#]|::)#{METHOD_REGEXP_STR}/o =~ name then type = $1 if '.' == type method = $2 else method = "#{type}#{$2}" end container = @context else type = nil container = nil end if container then unless RDoc::TopLevel === container then if '.' == type then if 'new' == method then # AnyClassName.new will be class method ref = container.find_local_symbol method ref = container.find_ancestor_local_symbol method unless ref else ref = container.find_local_symbol "::#{method}" ref = container.find_ancestor_local_symbol "::#{method}" unless ref ref = container.find_local_symbol "##{method}" unless ref ref = container.find_ancestor_local_symbol "##{method}" unless ref end else ref = container.find_local_symbol method ref = container.find_ancestor_local_symbol method unless ref end end end ref end ## # Returns a reference to +name+. # # If the reference is found and +name+ is not documented +text+ will be # returned. If +name+ is escaped +name+ is returned. If +name+ is not # found +text+ is returned. def resolve name, text return @seen[name] if @seen.include? name ref = case name when /^\\(#{CLASS_REGEXP_STR})$/o then @context.find_symbol $1 else @context.find_symbol name end ref = resolve_method name unless ref # Try a page name ref = @store.page name if not ref and name =~ /^[\w.]+$/ ref = nil if RDoc::Alias === ref # external alias, can't link to it out = if name == '\\' then name elsif name =~ /^\\/ then # we remove the \ only in front of what we know: # other backslashes are treated later, only outside of <tt> ref ? $' : name elsif ref then if ref.display? then ref else text end else text end @seen[name] = out out end end PK )J [1��R R / share/gems/gems/rdoc-6.10.0/lib/rdoc/tom_doc.rbnu �[��� # frozen_string_literal: true # :markup: tomdoc # A parser for TomDoc based on TomDoc 1.0.0-rc1 (02adef9b5a) # # The TomDoc specification can be found at http://tomdoc.org. # # To choose TomDoc as your only default format see RDoc::Options@Saved+Options # for instructions on setting up a <code>.rdoc_options</code> file to store # your project default. # # There are a few differences between this parser and the specification. A # best-effort was made to follow the specification as closely as possible but # some choices to deviate were made. # # A future version of RDoc will warn when a MUST or MUST NOT is violated and # may warn when a SHOULD or SHOULD NOT is violated. RDoc will always try # to emit documentation even if given invalid TomDoc. # # Here are some implementation choices this parser currently makes: # # This parser allows rdoc-style inline markup but you should not depended on # it. # # This parser allows a space between the comment and the method body. # # This parser does not require the default value to be described for an # optional argument. # # This parser does not examine the order of sections. An Examples section may # precede the Arguments section. # # This class is documented in TomDoc format. Since this is a subclass of the # RDoc markup parser there isn't much to see here, unfortunately. class RDoc::TomDoc < RDoc::Markup::Parser # Internal: Token accessor attr_reader :tokens # Internal: Adds a post-processor which sets the RDoc section based on the # comment's status. # # Returns nothing. def self.add_post_processor # :nodoc: RDoc::Markup::PreProcess.post_process do |comment, code_object| next unless code_object and RDoc::Comment === comment and comment.format == 'tomdoc' comment.text.gsub!(/(\A\s*# )(Public|Internal|Deprecated):\s+/) do section = code_object.add_section $2 code_object.temporary_section = section $1 end end end add_post_processor # Public: Parses TomDoc from text # # text - A String containing TomDoc-format text. # # Examples # # RDoc::TomDoc.parse <<-TOMDOC # This method does some things # # Returns nothing. # TOMDOC # # => #<RDoc::Markup::Document:0xXXX @parts=[...], @file=nil> # # Returns an RDoc::Markup::Document representing the TomDoc format. def self.parse text parser = new parser.tokenize text doc = RDoc::Markup::Document.new parser.parse doc doc end # Internal: Extracts the Signature section's method signature # # comment - An RDoc::Comment that will be parsed and have the signature # extracted # # Returns a String containing the signature and nil if not def self.signature comment return unless comment.tomdoc? document = comment.parse signature = nil found_heading = false found_signature = false document.parts.delete_if do |part| next false if found_signature found_heading ||= RDoc::Markup::Heading === part && part.text == 'Signature' next false unless found_heading next true if RDoc::Markup::BlankLine === part if RDoc::Markup::Verbatim === part then signature = part found_signature = true end end signature and signature.text end # Public: Creates a new TomDoc parser. See also RDoc::Markup::parse def initialize super @section = nil @seen_returns = false end # Internal: Builds a heading from the token stream # # level - The level of heading to create # # Returns an RDoc::Markup::Heading def build_heading level heading = super @section = heading.text heading end # Internal: Builds a verbatim from the token stream. A verbatim in the # Examples section will be marked as in Ruby format. # # margin - The indentation from the margin for lines that belong to this # verbatim section. # # Returns an RDoc::Markup::Verbatim def build_verbatim margin verbatim = super verbatim.format = :ruby if @section == 'Examples' verbatim end # Internal: Builds a paragraph from the token stream # # margin - Unused # # Returns an RDoc::Markup::Paragraph. def build_paragraph margin p :paragraph_start => margin if @debug paragraph = RDoc::Markup::Paragraph.new until @tokens.empty? do type, data, = get case type when :TEXT then @section = 'Returns' if data =~ /\A(Returns|Raises)/ paragraph << data when :NEWLINE then if :TEXT == peek_token[0] then # Lines beginning with 'Raises' in the Returns section should not be # treated as multiline text if 'Returns' == @section and peek_token[1].start_with?('Raises') then break else paragraph << ' ' end else break end else unget break end end p :paragraph_end => margin if @debug paragraph end ## # Detects a section change to "Returns" and adds a heading def parse_text parent, indent # :nodoc: paragraph = build_paragraph indent if false == @seen_returns and 'Returns' == @section then @seen_returns = true parent << RDoc::Markup::Heading.new(3, 'Returns') parent << RDoc::Markup::BlankLine.new end parent << paragraph end # Internal: Turns text into an Array of tokens # # text - A String containing TomDoc-format text. # # Returns self. def tokenize text text = text.sub(/\A(Public|Internal|Deprecated):\s+/, '') setup_scanner text until @s.eos? do pos = @s.pos # leading spaces will be reflected by the column of the next token # the only thing we loose are trailing spaces at the end of the file next if @s.scan(/ +/) @tokens << case when @s.scan(/\r?\n/) then token = [:NEWLINE, @s.matched, *pos] @s.newline! token when @s.scan(/(Examples|Signature)$/) then @tokens << [:HEADER, 3, *pos] [:TEXT, @s[1], *pos] when @s.scan(/([:\w][\w\[\]]*)[ ]+- /) then [:NOTE, @s[1], *pos] else @s.scan(/.*/) [:TEXT, @s.matched.sub(/\r$/, ''), *pos] end end self end end PK )J [#�"�V V * share/gems/gems/rdoc-6.10.0/lib/rdoc/rd.rbnu �[��� # frozen_string_literal: true ## # RDoc::RD implements the RD format from the rdtool gem. # # To choose RD as your only default format see # RDoc::Options@Saved+Options for instructions on setting up a # <code>.doc_options</code> file to store your project default. # # == LICENSE # # The grammar that produces RDoc::RD::BlockParser and RDoc::RD::InlineParser # is included in RDoc under the Ruby License. # # You can find the original source for rdtool at # https://github.com/uwabami/rdtool/ # # You can use, re-distribute or change these files under Ruby's License or GPL. # # 1. You may make and give away verbatim copies of the source form of the # software without restriction, provided that you duplicate all of the # original copyright notices and associated disclaimers. # # 2. You may modify your copy of the software in any way, provided that # you do at least ONE of the following: # # a. place your modifications in the Public Domain or otherwise # make them Freely Available, such as by posting said # modifications to Usenet or an equivalent medium, or by allowing # the author to include your modifications in the software. # # b. use the modified software only within your corporation or # organization. # # c. give non-standard binaries non-standard names, with # instructions on where to get the original software distribution. # # d. make other distribution arrangements with the author. # # 3. You may distribute the software in object code or binary form, # provided that you do at least ONE of the following: # # a. distribute the binaries and library files of the software, # together with instructions (in the manual page or equivalent) # on where to get the original distribution. # # b. accompany the distribution with the machine-readable source of # the software. # # c. give non-standard binaries non-standard names, with # instructions on where to get the original software distribution. # # d. make other distribution arrangements with the author. # # 4. You may modify and include the part of the software into any other # software (possibly commercial). But some files in the distribution # are not written by the author, so that they are not under these terms. # # For the list of those files and their copying conditions, see the # file LEGAL. # # 5. The scripts and library files supplied as input to or produced as # output from the software do not automatically fall under the # copyright of the software, but belong to whomever generated them, # and may be sold commercially, and may be aggregated with this # software. # # 6. THIS SOFTWARE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR # IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED # WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR # PURPOSE. class RDoc::RD ## # Parses +rd+ source and returns an RDoc::Markup::Document. If the # <tt>=begin</tt> or <tt>=end</tt> lines are missing they will be added. def self.parse rd rd = rd.lines.to_a if rd.find { |i| /\S/ === i } and !rd.find{|i| /^=begin\b/ === i } then rd.unshift("=begin\n").push("=end\n") end parser = RDoc::RD::BlockParser.new document = parser.parse rd # isn't this always true? document.parts.shift if RDoc::Markup::BlankLine === document.parts.first document.parts.pop if RDoc::Markup::BlankLine === document.parts.last document end autoload :BlockParser, "#{__dir__}/rd/block_parser" autoload :InlineParser, "#{__dir__}/rd/inline_parser" autoload :Inline, "#{__dir__}/rd/inline" end PK )J [";\.� � 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/erb_partial.rbnu �[��� # frozen_string_literal: true ## # Allows an ERB template to be rendered in the context (binding) of an # existing ERB template evaluation. class RDoc::ERBPartial < ERB ## # Overrides +compiler+ startup to set the +eoutvar+ to an empty string only # if it isn't already set. def set_eoutvar compiler, eoutvar = '_erbout' super compiler.pre_cmd = ["#{eoutvar} ||= +''"] end end PK )J [��_C\ C\ - share/gems/gems/rdoc-6.10.0/lib/rdoc/store.rbnu �[��� # frozen_string_literal: true require 'fileutils' ## # A set of rdoc data for a single project (gem, path, etc.). # # The store manages reading and writing ri data for a project and maintains a # cache of methods, classes and ancestors in the store. # # The store maintains a #cache of its contents for faster lookup. After # adding items to the store it must be flushed using #save_cache. The cache # contains the following structures: # # @cache = { # :ancestors => {}, # class name => ancestor names # :attributes => {}, # class name => attributes # :class_methods => {}, # class name => class methods # :instance_methods => {}, # class name => instance methods # :modules => [], # classes and modules in this store # :pages => [], # page names # } #-- # TODO need to prune classes class RDoc::Store ## # Errors raised from loading or saving the store class Error < RDoc::Error end ## # Raised when a stored file for a class, module, page or method is missing. class MissingFileError < Error ## # The store the file should exist in attr_reader :store ## # The file the #name should be saved as attr_reader :file ## # The name of the object the #file would be loaded from attr_reader :name ## # Creates a new MissingFileError for the missing +file+ for the given # +name+ that should have been in the +store+. def initialize store, file, name @store = store @file = file @name = name end def message # :nodoc: "store at #{@store.path} missing file #{@file} for #{@name}" end end ## # Stores the name of the C variable a class belongs to. This helps wire up # classes defined from C across files. attr_reader :c_enclosure_classes # :nodoc: attr_reader :c_enclosure_names # :nodoc: ## # Maps C variables to class or module names for each parsed C file. attr_reader :c_class_variables ## # Maps C variables to singleton class names for each parsed C file. attr_reader :c_singleton_class_variables ## # If true this Store will not write any files attr_accessor :dry_run ## # Path this store reads or writes attr_accessor :path ## # The RDoc::RDoc driver for this parse tree. This allows classes consulting # the documentation tree to access user-set options, for example. attr_accessor :rdoc ## # Type of ri datastore this was loaded from. See RDoc::RI::Driver, # RDoc::RI::Paths. attr_accessor :type ## # The contents of the Store attr_reader :cache ## # The encoding of the contents in the Store attr_accessor :encoding ## # The lazy constants alias will be discovered in passing attr_reader :unmatched_constant_alias ## # Creates a new Store of +type+ that will load or save to +path+ def initialize path = nil, type = nil @dry_run = false @encoding = nil @path = path @rdoc = nil @type = type @cache = { :ancestors => {}, :attributes => {}, :class_methods => {}, :c_class_variables => {}, :c_singleton_class_variables => {}, :encoding => @encoding, :instance_methods => {}, :main => nil, :modules => [], :pages => [], :title => nil, } @classes_hash = {} @modules_hash = {} @files_hash = {} @text_files_hash = {} @c_enclosure_classes = {} @c_enclosure_names = {} @c_class_variables = {} @c_singleton_class_variables = {} @unique_classes = nil @unique_modules = nil @unmatched_constant_alias = {} end ## # Adds +module+ as an enclosure (namespace) for the given +variable+ for C # files. def add_c_enclosure variable, namespace @c_enclosure_classes[variable] = namespace end ## # Adds C variables from an RDoc::Parser::C def add_c_variables c_parser filename = c_parser.top_level.relative_name @c_class_variables[filename] = make_variable_map c_parser.classes @c_singleton_class_variables[filename] = c_parser.singleton_classes end ## # Adds the file with +name+ as an RDoc::TopLevel to the store. Returns the # created RDoc::TopLevel. def add_file absolute_name, relative_name: absolute_name, parser: nil unless top_level = @files_hash[relative_name] then top_level = RDoc::TopLevel.new absolute_name, relative_name top_level.parser = parser if parser top_level.store = self @files_hash[relative_name] = top_level @text_files_hash[relative_name] = top_level if top_level.text? end top_level end ## # Make sure any references to C variable names are resolved to the corresponding class. # def resolve_c_superclasses @classes_hash.each_value do |klass| if klass.superclass.is_a?(String) && (candidate = find_c_enclosure(klass.superclass)) klass.superclass = candidate end end end ## # Sets the parser of +absolute_name+, unless it from a source code file. def update_parser_of_file(absolute_name, parser) if top_level = @files_hash[absolute_name] then @text_files_hash[absolute_name] = top_level if top_level.text? end end ## # Returns all classes discovered by RDoc def all_classes @classes_hash.values end ## # Returns all classes and modules discovered by RDoc def all_classes_and_modules @classes_hash.values + @modules_hash.values end ## # All TopLevels known to RDoc def all_files @files_hash.values end ## # Returns all modules discovered by RDoc def all_modules modules_hash.values end ## # Ancestors cache accessor. Maps a klass name to an Array of its ancestors # in this store. If Foo in this store inherits from Object, Kernel won't be # listed (it will be included from ruby's ri store). def ancestors @cache[:ancestors] end ## # Attributes cache accessor. Maps a class to an Array of its attributes. def attributes @cache[:attributes] end ## # Path to the cache file def cache_path File.join @path, 'cache.ri' end ## # Path to the ri data for +klass_name+ def class_file klass_name name = klass_name.split('::').last File.join class_path(klass_name), "cdesc-#{name}.ri" end ## # Class methods cache accessor. Maps a class to an Array of its class # methods (not full name). def class_methods @cache[:class_methods] end ## # Path where data for +klass_name+ will be stored (methods or class data) def class_path klass_name File.join @path, *klass_name.split('::') end ## # Hash of all classes known to RDoc def classes_hash @classes_hash end ## # Removes empty items and ensures item in each collection are unique and # sorted def clean_cache_collection collection # :nodoc: collection.each do |name, item| if item.empty? then collection.delete name else # HACK mongrel-1.1.5 documents its files twice item.uniq! item.sort! end end end ## # Prepares the RDoc code object tree for use by a generator. # # It finds unique classes/modules defined, and replaces classes/modules that # are aliases for another one by a copy with RDoc::ClassModule#is_alias_for # set. # # It updates the RDoc::ClassModule#constant_aliases attribute of "real" # classes or modules. # # It also completely removes the classes and modules that should be removed # from the documentation and the methods that have a visibility below # +min_visibility+, which is the <tt>--visibility</tt> option. # # See also RDoc::Context#remove_from_documentation? def complete min_visibility fix_basic_object_inheritance # cache included modules before they are removed from the documentation all_classes_and_modules.each { |cm| cm.ancestors } unless min_visibility == :nodoc then remove_nodoc @classes_hash remove_nodoc @modules_hash end @unique_classes = find_unique @classes_hash @unique_modules = find_unique @modules_hash unique_classes_and_modules.each do |cm| cm.complete min_visibility end @files_hash.each_key do |file_name| tl = @files_hash[file_name] unless tl.text? then tl.modules_hash.clear tl.classes_hash.clear tl.classes_or_modules.each do |cm| name = cm.full_name if cm.type == 'class' then tl.classes_hash[name] = cm if @classes_hash[name] else tl.modules_hash[name] = cm if @modules_hash[name] end end end end end ## # Hash of all files known to RDoc def files_hash @files_hash end ## # Finds the enclosure (namespace) for the given C +variable+. def find_c_enclosure variable @c_enclosure_classes.fetch variable do break unless name = @c_enclosure_names[variable] mod = find_class_or_module name unless mod then loaded_mod = load_class_data name file = loaded_mod.in_files.first return unless file # legacy data source file.store = self mod = file.add_module RDoc::NormalModule, name end @c_enclosure_classes[variable] = mod end end ## # Finds the class with +name+ in all discovered classes def find_class_named name @classes_hash[name] end ## # Finds the class with +name+ starting in namespace +from+ def find_class_named_from name, from from = find_class_named from unless RDoc::Context === from until RDoc::TopLevel === from do return nil unless from klass = from.find_class_named name return klass if klass from = from.parent end find_class_named name end ## # Finds the class or module with +name+ def find_class_or_module name name = $' if name =~ /^::/ @classes_hash[name] || @modules_hash[name] end ## # Finds the file with +name+ in all discovered files def find_file_named name @files_hash[name] end ## # Finds the module with +name+ in all discovered modules def find_module_named name @modules_hash[name] end ## # Returns the RDoc::TopLevel that is a text file and has the given # +file_name+ def find_text_page file_name @text_files_hash.each_value.find do |file| file.full_name == file_name end end ## # Finds unique classes/modules defined in +all_hash+, # and returns them as an array. Performs the alias # updates in +all_hash+: see ::complete. #-- # TODO aliases should be registered by Context#add_module_alias def find_unique all_hash unique = [] all_hash.each_pair do |full_name, cm| unique << cm if full_name == cm.full_name end unique end ## # Fixes the erroneous <tt>BasicObject < Object</tt> in 1.9. # # Because we assumed all classes without a stated superclass # inherit from Object, we have the above wrong inheritance. # # We fix BasicObject right away if we are running in a Ruby # version >= 1.9. def fix_basic_object_inheritance basic = classes_hash['BasicObject'] return unless basic basic.superclass = nil end ## # Friendly rendition of #path def friendly_path case type when :gem then parent = File.expand_path '..', @path "gem #{File.basename parent}" when :home then RDoc.home when :site then 'ruby site' when :system then 'ruby core' else @path end end def inspect # :nodoc: "#<%s:0x%x %s %p>" % [self.class, object_id, @path, module_names.sort] end ## # Instance methods cache accessor. Maps a class to an Array of its # instance methods (not full name). def instance_methods @cache[:instance_methods] end ## # Loads all items from this store into memory. This recreates a # documentation tree for use by a generator def load_all load_cache module_names.each do |module_name| mod = find_class_or_module(module_name) || load_class(module_name) # load method documentation since the loaded class/module does not have # it loaded_methods = mod.method_list.map do |method| load_method module_name, method.full_name end mod.method_list.replace loaded_methods loaded_attributes = mod.attributes.map do |attribute| load_method module_name, attribute.full_name end mod.attributes.replace loaded_attributes end all_classes_and_modules.each do |mod| descendent_re = /^#{mod.full_name}::[^:]+$/ module_names.each do |name| next unless name =~ descendent_re descendent = find_class_or_module name case descendent when RDoc::NormalClass then mod.classes_hash[name] = descendent when RDoc::NormalModule then mod.modules_hash[name] = descendent end end end @cache[:pages].each do |page_name| page = load_page page_name @files_hash[page_name] = page @text_files_hash[page_name] = page if page.text? end end ## # Loads cache file for this store def load_cache #orig_enc = @encoding @cache = marshal_load(cache_path) load_enc = @cache[:encoding] # TODO this feature will be time-consuming to add: # a) Encodings may be incompatible but transcodeable # b) Need to warn in the appropriate spots, wherever they may be # c) Need to handle cross-cache differences in encodings # d) Need to warn when generating into a cache with different encodings # #if orig_enc and load_enc != orig_enc then # warn "Cached encoding #{load_enc} is incompatible with #{orig_enc}\n" \ # "from #{path}/cache.ri" unless # Encoding.compatible? orig_enc, load_enc #end @encoding = load_enc unless @encoding @cache[:pages] ||= [] @cache[:main] ||= nil @cache[:c_class_variables] ||= {} @cache[:c_singleton_class_variables] ||= {} @cache[:c_class_variables].each do |_, map| map.each do |variable, name| @c_enclosure_names[variable] = name end end @cache rescue Errno::ENOENT end ## # Loads ri data for +klass_name+ and hooks it up to this store. def load_class klass_name obj = load_class_data klass_name obj.store = self case obj when RDoc::NormalClass then @classes_hash[klass_name] = obj when RDoc::SingleClass then @classes_hash[klass_name] = obj when RDoc::NormalModule then @modules_hash[klass_name] = obj end end ## # Loads ri data for +klass_name+ def load_class_data klass_name file = class_file klass_name marshal_load(file) rescue Errno::ENOENT => e error = MissingFileError.new(self, file, klass_name) error.set_backtrace e.backtrace raise error end ## # Loads ri data for +method_name+ in +klass_name+ def load_method klass_name, method_name file = method_file klass_name, method_name obj = marshal_load(file) obj.store = self obj.parent ||= find_class_or_module(klass_name) || load_class(klass_name) obj rescue Errno::ENOENT => e error = MissingFileError.new(self, file, klass_name + method_name) error.set_backtrace e.backtrace raise error end ## # Loads ri data for +page_name+ def load_page page_name file = page_file page_name obj = marshal_load(file) obj.store = self obj rescue Errno::ENOENT => e error = MissingFileError.new(self, file, page_name) error.set_backtrace e.backtrace raise error end ## # Gets the main page for this RDoc store. This page is used as the root of # the RDoc server. def main @cache[:main] end ## # Sets the main page for this RDoc store. def main= page @cache[:main] = page end ## # Converts the variable => ClassModule map +variables+ from a C parser into # a variable => class name map. def make_variable_map variables map = {} variables.each { |variable, class_module| map[variable] = class_module.full_name } map end ## # Path to the ri data for +method_name+ in +klass_name+ def method_file klass_name, method_name method_name = method_name.split('::').last method_name =~ /#(.*)/ method_type = $1 ? 'i' : 'c' method_name = $1 if $1 method_name = method_name.gsub(/\W/) { "%%%02x" % $&[0].ord } File.join class_path(klass_name), "#{method_name}-#{method_type}.ri" end ## # Modules cache accessor. An Array of all the module (and class) names in # the store. def module_names @cache[:modules] end ## # Hash of all modules known to RDoc def modules_hash @modules_hash end ## # Returns the RDoc::TopLevel that is a text file and has the given +name+ def page name @text_files_hash.each_value.find do |file| file.page_name == name or file.base_name == name end end ## # Path to the ri data for +page_name+ def page_file page_name file_name = File.basename(page_name).gsub('.', '_') File.join @path, File.dirname(page_name), "page-#{file_name}.ri" end ## # Removes from +all_hash+ the contexts that are nodoc or have no content. # # See RDoc::Context#remove_from_documentation? def remove_nodoc all_hash all_hash.keys.each do |name| context = all_hash[name] all_hash.delete(name) if context.remove_from_documentation? end end ## # Saves all entries in the store def save load_cache all_classes_and_modules.each do |klass| save_class klass klass.each_method do |method| save_method klass, method end klass.each_attribute do |attribute| save_method klass, attribute end end all_files.each do |file| save_page file end save_cache end ## # Writes the cache file for this store def save_cache clean_cache_collection @cache[:ancestors] clean_cache_collection @cache[:attributes] clean_cache_collection @cache[:class_methods] clean_cache_collection @cache[:instance_methods] @cache[:modules].uniq! @cache[:modules].sort! @cache[:pages].uniq! @cache[:pages].sort! @cache[:encoding] = @encoding # this gets set twice due to assert_cache @cache[:c_class_variables].merge! @c_class_variables @cache[:c_singleton_class_variables].merge! @c_singleton_class_variables return if @dry_run File.open cache_path, 'wb' do |io| Marshal.dump @cache, io end end ## # Writes the ri data for +klass+ (or module) def save_class klass full_name = klass.full_name FileUtils.mkdir_p class_path(full_name) unless @dry_run @cache[:modules] << full_name path = class_file full_name begin disk_klass = load_class full_name klass = disk_klass.merge klass rescue MissingFileError end # BasicObject has no ancestors ancestors = klass.direct_ancestors.compact.map do |ancestor| # HACK for classes we don't know about (class X < RuntimeError) String === ancestor ? ancestor : ancestor.full_name end @cache[:ancestors][full_name] ||= [] @cache[:ancestors][full_name].concat ancestors attribute_definitions = klass.attributes.map do |attribute| "#{attribute.definition} #{attribute.name}" end unless attribute_definitions.empty? then @cache[:attributes][full_name] ||= [] @cache[:attributes][full_name].concat attribute_definitions end to_delete = [] unless klass.method_list.empty? then @cache[:class_methods][full_name] ||= [] @cache[:instance_methods][full_name] ||= [] class_methods, instance_methods = klass.method_list.partition { |meth| meth.singleton } class_methods = class_methods. map { |method| method.name } instance_methods = instance_methods.map { |method| method.name } attribute_names = klass.attributes.map { |attr| attr.name } old = @cache[:class_methods][full_name] - class_methods to_delete.concat old.map { |method| method_file full_name, "#{full_name}::#{method}" } old = @cache[:instance_methods][full_name] - instance_methods - attribute_names to_delete.concat old.map { |method| method_file full_name, "#{full_name}##{method}" } @cache[:class_methods][full_name] = class_methods @cache[:instance_methods][full_name] = instance_methods end return if @dry_run FileUtils.rm_f to_delete File.open path, 'wb' do |io| Marshal.dump klass, io end end ## # Writes the ri data for +method+ on +klass+ def save_method klass, method full_name = klass.full_name FileUtils.mkdir_p class_path(full_name) unless @dry_run cache = if method.singleton then @cache[:class_methods] else @cache[:instance_methods] end cache[full_name] ||= [] cache[full_name] << method.name return if @dry_run File.open method_file(full_name, method.full_name), 'wb' do |io| Marshal.dump method, io end end ## # Writes the ri data for +page+ def save_page page return unless page.text? path = page_file page.full_name FileUtils.mkdir_p File.dirname(path) unless @dry_run cache[:pages] ||= [] cache[:pages] << page.full_name return if @dry_run File.open path, 'wb' do |io| Marshal.dump page, io end end ## # Source of the contents of this store. # # For a store from a gem the source is the gem name. For a store from the # home directory the source is "home". For system ri store (the standard # library documentation) the source is"ruby". For a store from the site # ri directory the store is "site". For other stores the source is the # #path. def source case type when :gem then File.basename File.expand_path '..', @path when :home then 'home' when :site then 'site' when :system then 'ruby' else @path end end ## # Gets the title for this RDoc store. This is used as the title in each # page on the RDoc server def title @cache[:title] end ## # Sets the title page for this RDoc store. def title= title @cache[:title] = title end ## # Returns the unique classes discovered by RDoc. # # ::complete must have been called prior to using this method. def unique_classes @unique_classes end ## # Returns the unique classes and modules discovered by RDoc. # ::complete must have been called prior to using this method. def unique_classes_and_modules @unique_classes + @unique_modules end ## # Returns the unique modules discovered by RDoc. # ::complete must have been called prior to using this method. def unique_modules @unique_modules end private def marshal_load(file) File.open(file, 'rb') {|io| Marshal.load(io, MarshalFilter)} end MarshalFilter = proc do |obj| case obj when true, false, nil, Array, Class, Encoding, Hash, Integer, String, Symbol, RDoc::Text else unless obj.class.name.start_with?("RDoc::") raise TypeError, "not permitted class: #{obj.class.name}" end end obj end private_constant :MarshalFilter end PK )J [��K K 1 share/gems/gems/rdoc-6.10.0/lib/rdoc/generator.rbnu �[��� # frozen_string_literal: true ## # RDoc uses generators to turn parsed source code in the form of an # RDoc::CodeObject tree into some form of output. RDoc comes with the HTML # generator RDoc::Generator::Darkfish and an ri data generator # RDoc::Generator::RI. # # == Registering a Generator # # Generators are registered by calling RDoc::RDoc.add_generator with the class # of the generator: # # class My::Awesome::Generator # RDoc::RDoc.add_generator self # end # # == Adding Options to +rdoc+ # # Before option processing in +rdoc+, RDoc::Options will call ::setup_options # on the generator class with an RDoc::Options instance. The generator can # use RDoc::Options#option_parser to add command-line options to the +rdoc+ # tool. See RDoc::Options@Custom+Options for an example and see OptionParser # for details on how to add options. # # You can extend the RDoc::Options instance with additional accessors for your # generator. # # == Generator Instantiation # # After parsing, RDoc::RDoc will instantiate a generator by calling # #initialize with an RDoc::Store instance and an RDoc::Options instance. # # The RDoc::Store instance holds documentation for parsed source code. In # RDoc 3 and earlier the RDoc::TopLevel class held this data. When upgrading # a generator from RDoc 3 and earlier you should only need to replace # RDoc::TopLevel with the store instance. # # RDoc will then call #generate on the generator instance. You can use the # various methods on RDoc::Store and in the RDoc::CodeObject tree to create # your desired output format. module RDoc::Generator autoload :Markup, "#{__dir__}/generator/markup" autoload :Darkfish, "#{__dir__}/generator/darkfish" autoload :JsonIndex, "#{__dir__}/generator/json_index" autoload :RI, "#{__dir__}/generator/ri" autoload :POT, "#{__dir__}/generator/pot" end PK )J [���! �! , share/gems/gems/rdoc-6.10.0/lib/rdoc/task.rbnu �[��� # frozen_string_literal: true #-- # Copyright (c) 2003, 2004 Jim Weirich, 2009 Eric Hodel # # Permission is hereby granted, free of charge, to any person obtaining # a copy of this software and associated documentation files (the # "Software"), to deal in the Software without restriction, including # without limitation the rights to use, copy, modify, merge, publish, # distribute, sublicense, and/or sell copies of the Software, and to # permit persons to whom the Software is furnished to do so, subject to # the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF # MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND # NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE # LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION # OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION # WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. #++ begin gem 'rdoc' rescue Gem::LoadError end unless defined?(RDoc) begin gem 'rake' rescue Gem::LoadError end unless defined?(Rake) require_relative '../rdoc' require 'rake' require 'rake/tasklib' ## # RDoc::Task creates the following rake tasks to generate and clean up RDoc # output: # # [rdoc] # Main task for this RDoc task. # # [clobber_rdoc] # Delete all the rdoc files. This target is automatically added to the main # clobber target. # # [rerdoc] # Rebuild the rdoc files from scratch, even if they are not out of date. # # [rdoc:coverage] # Print RDoc coverage report for all rdoc files. # # Simple Example: # # require 'rdoc/task' # # RDoc::Task.new do |rdoc| # rdoc.main = "README.rdoc" # rdoc.rdoc_files.include("README.rdoc", "lib/**/*.rb") # end # # The +rdoc+ object passed to the block is an RDoc::Task object. See the # attributes list for the RDoc::Task class for available customization options. # # == Specifying different task names # # You may wish to give the task a different name, such as if you are # generating two sets of documentation. For instance, if you want to have a # development set of documentation including private methods: # # require 'rdoc/task' # # RDoc::Task.new :rdoc_dev do |rdoc| # rdoc.main = "README.rdoc" # rdoc.rdoc_files.include("README.rdoc", "lib/**/*.rb") # rdoc.options << "--all" # end # # The tasks would then be named :<em>rdoc_dev</em>, # :clobber_<em>rdoc_dev</em>, and :re<em>rdoc_dev</em>. # # If you wish to have completely different task names, then pass a Hash as # first argument. With the <tt>:rdoc</tt>, <tt>:clobber_rdoc</tt> and # <tt>:rerdoc</tt> options, you can customize the task names to your liking. # # For example: # # require 'rdoc/task' # # RDoc::Task.new(:rdoc => "rdoc", :clobber_rdoc => "rdoc:clean", # :rerdoc => "rdoc:force") # # This will create the tasks <tt>:rdoc</tt>, <tt>:rdoc:clean</tt>, # <tt>:rdoc:force</tt>, and <tt>:rdoc:coverage</tt>. class RDoc::Task < Rake::TaskLib ## # Name of the main, top level task. (default is :rdoc) attr_accessor :name ## # The markup format; one of: +rdoc+ (the default), +markdown+, +rd+, +tomdoc+. # See {Markup Formats}[rdoc-ref:RDoc::Markup@Markup+Formats]. attr_accessor :markup ## # Name of directory to receive the html output files. (default is "html") attr_accessor :rdoc_dir ## # Title of RDoc documentation. (defaults to rdoc's default) attr_accessor :title ## # Name of file to be used as the main, top level file of the RDoc. (default # is none) attr_accessor :main ## # Name of template to be used by rdoc. (defaults to rdoc's default) attr_accessor :template ## # Name of format generator (<tt>--format</tt>) used by rdoc. (defaults to # rdoc's default) attr_accessor :generator ## # List of files to be included in the rdoc generation. (default is []) attr_accessor :rdoc_files ## # Additional list of options to be passed rdoc. (default is []) attr_accessor :options ## # Whether to run the rdoc process as an external shell (default is false) attr_accessor :external ## # Create an RDoc task with the given name. See the RDoc::Task class overview # for documentation. def initialize name = :rdoc # :yield: self defaults check_names name @name = name yield self if block_given? define end ## # Ensures that +names+ only includes names for the :rdoc, :clobber_rdoc and # :rerdoc. If other names are given an ArgumentError is raised. def check_names names return unless Hash === names invalid_options = names.keys.map { |k| k.to_sym } - [:rdoc, :clobber_rdoc, :rerdoc] unless invalid_options.empty? then raise ArgumentError, "invalid options: #{invalid_options.join ', '}" end end ## # Task description for the clobber rdoc task or its renamed equivalent def clobber_task_description "Remove RDoc HTML files" end ## # Sets default task values def defaults @name = :rdoc @rdoc_files = Rake::FileList.new @rdoc_dir = 'html' @main = nil @title = nil @template = nil @generator = nil @options = [] end ## # All source is inline now. This method is deprecated def inline_source # :nodoc: warn "RDoc::Task#inline_source is deprecated" true end ## # All source is inline now. This method is deprecated def inline_source=(value) # :nodoc: warn "RDoc::Task#inline_source is deprecated" end ## # Create the tasks defined by this task lib. def define desc rdoc_task_description task rdoc_task_name desc rerdoc_task_description task rerdoc_task_name => [clobber_task_name, rdoc_task_name] desc clobber_task_description task clobber_task_name do rm_r @rdoc_dir rescue nil end task :clobber => [clobber_task_name] directory @rdoc_dir rdoc_target_deps = [ @rdoc_files, Rake.application.rakefile ].flatten.compact task rdoc_task_name => [rdoc_target] file rdoc_target => rdoc_target_deps do @before_running_rdoc.call if @before_running_rdoc args = option_list + @rdoc_files $stderr.puts "rdoc #{args.join ' '}" if Rake.application.options.trace RDoc::RDoc.new.document args end namespace rdoc_task_name do desc coverage_task_description task coverage_task_name do @before_running_rdoc.call if @before_running_rdoc opts = option_list << "-C" args = opts + @rdoc_files $stderr.puts "rdoc #{args.join ' '}" if Rake.application.options.trace RDoc::RDoc.new.document args end end self end ## # List of options that will be supplied to RDoc def option_list result = @options.dup result << "-o" << @rdoc_dir result << "--main" << main if main result << "--markup" << markup if markup result << "--title" << title if title result << "-T" << template if template result << '-f' << generator if generator result end ## # The block passed to this method will be called just before running the # RDoc generator. It is allowed to modify RDoc::Task attributes inside the # block. def before_running_rdoc(&block) @before_running_rdoc = block end ## # Task description for the rdoc task or its renamed equivalent def rdoc_task_description 'Build RDoc HTML files' end ## # Task description for the rerdoc task or its renamed description def rerdoc_task_description "Rebuild RDoc HTML files" end ## # Task description for the coverage task or its renamed description def coverage_task_description "Print RDoc coverage report" end private def rdoc_target "#{rdoc_dir}/created.rid" end def rdoc_task_name case name when Hash then (name[:rdoc] || "rdoc").to_s else name.to_s end end def clobber_task_name case name when Hash then (name[:clobber_rdoc] || "clobber_rdoc").to_s else "clobber_#{name}" end end def rerdoc_task_name case name when Hash then (name[:rerdoc] || "rerdoc").to_s else "re#{name}" end end def coverage_task_name "coverage" end end # :stopdoc: module Rake ## # For backwards compatibility RDocTask = RDoc::Task # :nodoc: end # :startdoc: PK )J [м�� � @ share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/single_class.rbnu �[��� # frozen_string_literal: true ## # A singleton class class RDoc::SingleClass < RDoc::ClassModule ## # Adds the superclass to the included modules. def ancestors superclass ? super + [superclass] : super end def aref_prefix # :nodoc: 'sclass' end ## # The definition of this singleton class, <tt>class << MyClassName</tt> def definition "class << #{full_name}" end def pretty_print q # :nodoc: q.group 2, "[class << #{full_name}", "]" do next end end end PK )J [���u u = share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/top_level.rbnu �[��� # frozen_string_literal: true ## # A TopLevel context is a representation of the contents of a single file class RDoc::TopLevel < RDoc::Context MARSHAL_VERSION = 0 # :nodoc: ## # This TopLevel's File::Stat struct attr_accessor :file_stat ## # Relative name of this file attr_accessor :relative_name ## # Absolute name of this file attr_accessor :absolute_name ## # All the classes or modules that were declared in # this file. These are assigned to either +#classes_hash+ # or +#modules_hash+ once we know what they really are. attr_reader :classes_or_modules attr_accessor :diagram # :nodoc: ## # The parser class that processed this file attr_reader :parser ## # Creates a new TopLevel for the file at +absolute_name+. If documentation # is being generated outside the source dir +relative_name+ is relative to # the source directory. def initialize absolute_name, relative_name = absolute_name super() @name = nil @absolute_name = absolute_name @relative_name = relative_name @file_stat = File.stat(absolute_name) rescue nil # HACK for testing @diagram = nil @parser = nil @classes_or_modules = [] end ## # Sets the parser for this toplevel context, also the store. def parser=(val) @parser = val @store.update_parser_of_file(absolute_name, val) if @store @parser end ## # An RDoc::TopLevel is equal to another with the same relative_name def == other self.class === other and @relative_name == other.relative_name end alias eql? == ## # Adds +an_alias+ to +Object+ instead of +self+. def add_alias(an_alias) object_class.record_location self return an_alias unless @document_self object_class.add_alias an_alias end ## # Adds +constant+ to +Object+ instead of +self+. def add_constant constant object_class.record_location self return constant unless @document_self object_class.add_constant constant end ## # Adds +include+ to +Object+ instead of +self+. def add_include(include) object_class.record_location self return include unless @document_self object_class.add_include include end ## # Adds +method+ to +Object+ instead of +self+. def add_method(method) object_class.record_location self return method unless @document_self object_class.add_method method end ## # Adds class or module +mod+. Used in the building phase # by the Ruby parser. def add_to_classes_or_modules mod @classes_or_modules << mod end ## # Base name of this file def base_name File.basename @relative_name end alias name base_name ## # Only a TopLevel that contains text file) will be displayed. See also # RDoc::CodeObject#display? def display? text? and super end ## # See RDoc::TopLevel::find_class_or_module #-- # TODO Why do we search through all classes/modules found, not just the # ones of this instance? def find_class_or_module name @store.find_class_or_module name end ## # Finds a class or module named +symbol+ def find_local_symbol(symbol) find_class_or_module(symbol) || super end ## # Finds a module or class with +name+ def find_module_named(name) find_class_or_module(name) end ## # Returns the relative name of this file def full_name @relative_name end ## # An RDoc::TopLevel has the same hash as another with the same # relative_name def hash @relative_name.hash end ## # URL for this with a +prefix+ def http_url(prefix) path = [prefix, @relative_name.tr('.', '_')] File.join(*path.compact) + '.html' end def inspect # :nodoc: "#<%s:0x%x %p modules: %p classes: %p>" % [ self.class, object_id, base_name, @modules.map { |n, m| m }, @classes.map { |n, c| c } ] end ## # Time this file was last modified, if known def last_modified @file_stat ? file_stat.mtime : nil end ## # Dumps this TopLevel for use by ri. See also #marshal_load def marshal_dump [ MARSHAL_VERSION, @relative_name, @parser, parse(@comment), ] end ## # Loads this TopLevel from +array+. def marshal_load array # :nodoc: initialize array[1] @parser = array[2] @comment = array[3] @file_stat = nil end ## # Returns the NormalClass "Object", creating it if not found. # # Records +self+ as a location in "Object". def object_class @object_class ||= begin oc = @store.find_class_named('Object') || add_class(RDoc::NormalClass, 'Object') oc.record_location self oc end end ## # Base name of this file without the extension def page_name basename = File.basename @relative_name basename =~ /\.(rb|rdoc|txt|md)$/i $` || basename end ## # Path to this file for use with HTML generator output. def path http_url @store.rdoc.generator.file_dir end def pretty_print q # :nodoc: q.group 2, "[#{self.class}: ", "]" do q.text "base name: #{base_name.inspect}" q.breakable items = @modules.map { |n, m| m } items.concat @modules.map { |n, c| c } q.seplist items do |mod| q.pp mod end end end ## # Search record used by RDoc::Generator::JsonIndex def search_record return unless @parser < RDoc::Parser::Text [ page_name, '', page_name, '', path, '', snippet(@comment), ] end ## # Is this TopLevel from a text file instead of a source code file? def text? @parser and @parser.include? RDoc::Parser::Text end def to_s # :nodoc: "file #{full_name}" end end PK )J [�Iy y ; share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/context.rbnu �[��� # frozen_string_literal: true ## # A Context is something that can hold modules, classes, methods, attributes, # aliases, requires, and includes. Classes, modules, and files are all # Contexts. class RDoc::Context < RDoc::CodeObject include Comparable ## # Types of methods TYPES = %w[class instance] ## # If a context has these titles it will be sorted in this order. TOMDOC_TITLES = [nil, 'Public', 'Internal', 'Deprecated'] # :nodoc: TOMDOC_TITLES_SORT = TOMDOC_TITLES.sort_by { |title| title.to_s } # :nodoc: ## # Class/module aliases attr_reader :aliases ## # All attr* methods attr_reader :attributes ## # Block params to be used in the next MethodAttr parsed under this context attr_accessor :block_params ## # Constants defined attr_reader :constants ## # Sets the current documentation section of documentation attr_writer :current_section ## # Files this context is found in attr_reader :in_files ## # Modules this context includes attr_reader :includes ## # Modules this context is extended with attr_reader :extends ## # Methods defined in this context attr_reader :method_list ## # Name of this class excluding namespace. See also full_name attr_reader :name ## # Files this context requires attr_reader :requires ## # Use this section for the next method, attribute or constant added. attr_accessor :temporary_section ## # Hash <tt>old_name => [aliases]</tt>, for aliases # that haven't (yet) been resolved to a method/attribute. # (Not to be confused with the aliases of the context.) attr_accessor :unmatched_alias_lists ## # Aliases that could not be resolved. attr_reader :external_aliases ## # Current visibility of this context attr_accessor :visibility ## # Current visibility of this line attr_writer :current_line_visibility ## # Hash of registered methods. Attributes are also registered here, # twice if they are RW. attr_reader :methods_hash ## # Params to be used in the next MethodAttr parsed under this context attr_accessor :params ## # Hash of registered constants. attr_reader :constants_hash ## # Creates an unnamed empty context with public current visibility def initialize super @in_files = [] @name ||= "unknown" @parent = nil @visibility = :public @current_section = Section.new self, nil, nil @sections = { nil => @current_section } @temporary_section = nil @classes = {} @modules = {} initialize_methods_etc end ## # Sets the defaults for methods and so-forth def initialize_methods_etc @method_list = [] @attributes = [] @aliases = [] @requires = [] @includes = [] @extends = [] @constants = [] @external_aliases = [] @current_line_visibility = nil # This Hash maps a method name to a list of unmatched aliases (aliases of # a method not yet encountered). @unmatched_alias_lists = {} @methods_hash = {} @constants_hash = {} @params = nil @store ||= nil end ## # Contexts are sorted by full_name def <=>(other) return nil unless RDoc::CodeObject === other full_name <=> other.full_name end ## # Adds an item of type +klass+ with the given +name+ and +comment+ to the # context. # # Currently only RDoc::Extend and RDoc::Include are supported. def add klass, name, comment if RDoc::Extend == klass then ext = RDoc::Extend.new name, comment add_extend ext elsif RDoc::Include == klass then incl = RDoc::Include.new name, comment add_include incl else raise NotImplementedError, "adding a #{klass} is not implemented" end end ## # Adds +an_alias+ that is automatically resolved def add_alias an_alias return an_alias unless @document_self method_attr = find_method(an_alias.old_name, an_alias.singleton) || find_attribute(an_alias.old_name, an_alias.singleton) if method_attr then method_attr.add_alias an_alias, self else add_to @external_aliases, an_alias unmatched_alias_list = @unmatched_alias_lists[an_alias.pretty_old_name] ||= [] unmatched_alias_list.push an_alias end an_alias end ## # Adds +attribute+ if not already there. If it is (as method(s) or attribute), # updates the comment if it was empty. # # The attribute is registered only if it defines a new method. # For instance, <tt>attr_reader :foo</tt> will not be registered # if method +foo+ exists, but <tt>attr_accessor :foo</tt> will be registered # if method +foo+ exists, but <tt>foo=</tt> does not. def add_attribute attribute return attribute unless @document_self # mainly to check for redefinition of an attribute as a method # TODO find a policy for 'attr_reader :foo' + 'def foo=()' register = false key = nil if attribute.rw.index 'R' then key = attribute.pretty_name known = @methods_hash[key] if known then known.comment = attribute.comment if known.comment.empty? elsif registered = @methods_hash[attribute.pretty_name + '='] and RDoc::Attr === registered then registered.rw = 'RW' else @methods_hash[key] = attribute register = true end end if attribute.rw.index 'W' then key = attribute.pretty_name + '=' known = @methods_hash[key] if known then known.comment = attribute.comment if known.comment.empty? elsif registered = @methods_hash[attribute.pretty_name] and RDoc::Attr === registered then registered.rw = 'RW' else @methods_hash[key] = attribute register = true end end if register then attribute.visibility = @visibility add_to @attributes, attribute resolve_aliases attribute end attribute end ## # Adds a class named +given_name+ with +superclass+. # # Both +given_name+ and +superclass+ may contain '::', and are # interpreted relative to the +self+ context. This allows handling correctly # examples like these: # class RDoc::Gauntlet < Gauntlet # module Mod # class Object # implies < ::Object # class SubObject < Object # this is _not_ ::Object # # Given <tt>class Container::Item</tt> RDoc assumes +Container+ is a module # unless it later sees <tt>class Container</tt>. +add_class+ automatically # upgrades +given_name+ to a class in this case. def add_class class_type, given_name, superclass = '::Object' # superclass +nil+ is passed by the C parser in the following cases: # - registering Object in 1.8 (correct) # - registering BasicObject in 1.9 (correct) # - registering RubyVM in 1.9 in iseq.c (incorrect: < Object in vm.c) # # If we later find a superclass for a registered class with a nil # superclass, we must honor it. # find the name & enclosing context if given_name =~ /^:+(\w+)$/ then full_name = $1 enclosing = top_level name = full_name.split(/:+/).last else full_name = child_name given_name if full_name =~ /^(.+)::(\w+)$/ then name = $2 ename = $1 enclosing = @store.classes_hash[ename] || @store.modules_hash[ename] # HACK: crashes in actionpack/lib/action_view/helpers/form_helper.rb (metaprogramming) unless enclosing then # try the given name at top level (will work for the above example) enclosing = @store.classes_hash[given_name] || @store.modules_hash[given_name] return enclosing if enclosing # not found: create the parent(s) names = ename.split('::') enclosing = self names.each do |n| enclosing = enclosing.classes_hash[n] || enclosing.modules_hash[n] || enclosing.add_module(RDoc::NormalModule, n) end end else name = full_name enclosing = self end end # fix up superclass if full_name == 'BasicObject' then superclass = nil elsif full_name == 'Object' then superclass = '::BasicObject' end # find the superclass full name if superclass then if superclass =~ /^:+/ then superclass = $' #' else if superclass =~ /^(\w+):+(.+)$/ then suffix = $2 mod = find_module_named($1) superclass = mod.full_name + '::' + suffix if mod else mod = find_module_named(superclass) superclass = mod.full_name if mod end end # did we believe it was a module? mod = @store.modules_hash.delete superclass upgrade_to_class mod, RDoc::NormalClass, mod.parent if mod # e.g., Object < Object superclass = nil if superclass == full_name end klass = @store.classes_hash[full_name] if klass then # if TopLevel, it may not be registered in the classes: enclosing.classes_hash[name] = klass # update the superclass if needed if superclass then existing = klass.superclass existing = existing.full_name unless existing.is_a?(String) if existing if existing.nil? || (existing == 'Object' && superclass != 'Object') then klass.superclass = superclass end end else # this is a new class mod = @store.modules_hash.delete full_name if mod then klass = upgrade_to_class mod, RDoc::NormalClass, enclosing klass.superclass = superclass unless superclass.nil? else klass = class_type.new name, superclass enclosing.add_class_or_module(klass, enclosing.classes_hash, @store.classes_hash) end end klass.parent = self klass end ## # Adds the class or module +mod+ to the modules or # classes Hash +self_hash+, and to +all_hash+ (either # <tt>TopLevel::modules_hash</tt> or <tt>TopLevel::classes_hash</tt>), # unless #done_documenting is +true+. Sets the #parent of +mod+ # to +self+, and its #section to #current_section. Returns +mod+. def add_class_or_module mod, self_hash, all_hash mod.section = current_section # TODO declaring context? something is # wrong here... mod.parent = self mod.full_name = nil mod.store = @store unless @done_documenting then self_hash[mod.name] = mod # this must be done AFTER adding mod to its parent, so that the full # name is correct: all_hash[mod.full_name] = mod if @store.unmatched_constant_alias[mod.full_name] then to, file = @store.unmatched_constant_alias[mod.full_name] add_module_alias mod, mod.name, to, file end end mod end ## # Adds +constant+ if not already there. If it is, updates the comment, # value and/or is_alias_for of the known constant if they were empty/nil. def add_constant constant return constant unless @document_self # HACK: avoid duplicate 'PI' & 'E' in math.c (1.8.7 source code) # (this is a #ifdef: should be handled by the C parser) known = @constants_hash[constant.name] if known then known.comment = constant.comment if known.comment.empty? known.value = constant.value if known.value.nil? or known.value.strip.empty? known.is_alias_for ||= constant.is_alias_for else @constants_hash[constant.name] = constant add_to @constants, constant end constant end ## # Adds included module +include+ which should be an RDoc::Include def add_include include add_to @includes, include include end ## # Adds extension module +ext+ which should be an RDoc::Extend def add_extend ext add_to @extends, ext ext end ## # Adds +method+ if not already there. If it is (as method or attribute), # updates the comment if it was empty. def add_method method return method unless @document_self # HACK: avoid duplicate 'new' in io.c & struct.c (1.8.7 source code) key = method.pretty_name known = @methods_hash[key] if known then if @store then # otherwise we are loading known.comment = method.comment if known.comment.empty? previously = ", previously in #{known.file}" unless method.file == known.file @store.rdoc.options.warn \ "Duplicate method #{known.full_name} in #{method.file}#{previously}" end else @methods_hash[key] = method if @current_line_visibility method.visibility, @current_line_visibility = @current_line_visibility, nil else method.visibility = @visibility end add_to @method_list, method resolve_aliases method end method end ## # Adds a module named +name+. If RDoc already knows +name+ is a class then # that class is returned instead. See also #add_class. def add_module(class_type, name) mod = @classes[name] || @modules[name] return mod if mod full_name = child_name name mod = @store.modules_hash[full_name] || class_type.new(name) add_class_or_module mod, @modules, @store.modules_hash end ## # Adds a module by +RDoc::NormalModule+ instance. See also #add_module. def add_module_by_normal_module(mod) add_class_or_module mod, @modules, @store.modules_hash end ## # Adds an alias from +from+ (a class or module) to +name+ which was defined # in +file+. def add_module_alias from, from_name, to, file return from if @done_documenting to_full_name = child_name to.name # if we already know this name, don't register an alias: # see the metaprogramming in lib/active_support/basic_object.rb, # where we already know BasicObject is a class when we find # BasicObject = BlankSlate return from if @store.find_class_or_module to_full_name unless from @store.unmatched_constant_alias[child_name(from_name)] = [to, file] return to end new_to = from.dup new_to.name = to.name new_to.full_name = nil if new_to.module? then @store.modules_hash[to_full_name] = new_to @modules[to.name] = new_to else @store.classes_hash[to_full_name] = new_to @classes[to.name] = new_to end # Registers a constant for this alias. The constant value and comment # will be updated later, when the Ruby parser adds the constant const = RDoc::Constant.new to.name, nil, new_to.comment const.record_location file const.is_alias_for = from add_constant const new_to end ## # Adds +require+ to this context's top level def add_require(require) return require unless @document_self if RDoc::TopLevel === self then add_to @requires, require else parent.add_require require end end ## # Returns a section with +title+, creating it if it doesn't already exist. # +comment+ will be appended to the section's comment. # # A section with a +title+ of +nil+ will return the default section. # # See also RDoc::Context::Section def add_section title, comment = nil if section = @sections[title] then section.add_comment comment if comment else section = Section.new self, title, comment @sections[title] = section end section end ## # Adds +thing+ to the collection +array+ def add_to array, thing array << thing if @document_self thing.parent = self thing.store = @store if @store thing.section = current_section end ## # Is there any content? # # This means any of: comment, aliases, methods, attributes, external # aliases, require, constant. # # Includes and extends are also checked unless <tt>includes == false</tt>. def any_content(includes = true) @any_content ||= !( @comment.empty? && @method_list.empty? && @attributes.empty? && @aliases.empty? && @external_aliases.empty? && @requires.empty? && @constants.empty? ) @any_content || (includes && !(@includes + @extends).empty? ) end ## # Creates the full name for a child with +name+ def child_name name if name =~ /^:+/ $' #' elsif RDoc::TopLevel === self then name else "#{self.full_name}::#{name}" end end ## # Class attributes def class_attributes @class_attributes ||= attributes.select { |a| a.singleton } end ## # Class methods def class_method_list @class_method_list ||= method_list.select { |a| a.singleton } end ## # Array of classes in this context def classes @classes.values end ## # All classes and modules in this namespace def classes_and_modules classes + modules end ## # Hash of classes keyed by class name def classes_hash @classes end ## # The current documentation section that new items will be added to. If # temporary_section is available it will be used. def current_section if section = @temporary_section then @temporary_section = nil else section = @current_section end section end ## # Is part of this thing was defined in +file+? def defined_in?(file) @in_files.include?(file) end def display(method_attr) # :nodoc: if method_attr.is_a? RDoc::Attr "#{method_attr.definition} #{method_attr.pretty_name}" else "method #{method_attr.pretty_name}" end end ## # Iterator for ancestors for duck-typing. Does nothing. See # RDoc::ClassModule#each_ancestor. # # This method exists to make it easy to work with Context subclasses that # aren't part of RDoc. def each_ancestor(&_) # :nodoc: end ## # Iterator for attributes def each_attribute # :yields: attribute @attributes.each { |a| yield a } end ## # Iterator for classes and modules def each_classmodule(&block) # :yields: module classes_and_modules.sort.each(&block) end ## # Iterator for constants def each_constant # :yields: constant @constants.each {|c| yield c} end ## # Iterator for included modules def each_include # :yields: include @includes.each do |i| yield i end end ## # Iterator for extension modules def each_extend # :yields: extend @extends.each do |e| yield e end end ## # Iterator for methods def each_method # :yields: method return enum_for __method__ unless block_given? @method_list.sort.each { |m| yield m } end ## # Iterator for each section's contents sorted by title. The +section+, the # section's +constants+ and the sections +attributes+ are yielded. The # +constants+ and +attributes+ collections are sorted. # # To retrieve methods in a section use #methods_by_type with the optional # +section+ parameter. # # NOTE: Do not edit collections yielded by this method def each_section # :yields: section, constants, attributes return enum_for __method__ unless block_given? constants = @constants.group_by do |constant| constant.section end attributes = @attributes.group_by do |attribute| attribute.section end constants.default = [] attributes.default = [] sort_sections.each do |section| yield section, constants[section].select(&:display?).sort, attributes[section].select(&:display?).sort end end ## # Finds an attribute +name+ with singleton value +singleton+. def find_attribute(name, singleton) name = $1 if name =~ /^(.*)=$/ @attributes.find { |a| a.name == name && a.singleton == singleton } end ## # Finds an attribute with +name+ in this context def find_attribute_named(name) case name when /\A#/ then find_attribute name[1..-1], false when /\A::/ then find_attribute name[2..-1], true else @attributes.find { |a| a.name == name } end end ## # Finds a class method with +name+ in this context def find_class_method_named(name) @method_list.find { |meth| meth.singleton && meth.name == name } end ## # Finds a constant with +name+ in this context def find_constant_named(name) @constants.find do |m| m.name == name || m.full_name == name end end ## # Find a module at a higher scope def find_enclosing_module_named(name) parent && parent.find_module_named(name) end ## # Finds an external alias +name+ with singleton value +singleton+. def find_external_alias(name, singleton) @external_aliases.find { |m| m.name == name && m.singleton == singleton } end ## # Finds an external alias with +name+ in this context def find_external_alias_named(name) case name when /\A#/ then find_external_alias name[1..-1], false when /\A::/ then find_external_alias name[2..-1], true else @external_aliases.find { |a| a.name == name } end end ## # Finds a file with +name+ in this context def find_file_named name @store.find_file_named name end ## # Finds an instance method with +name+ in this context def find_instance_method_named(name) @method_list.find { |meth| !meth.singleton && meth.name == name } end ## # Finds a method, constant, attribute, external alias, module or file # named +symbol+ in this context. def find_local_symbol(symbol) find_method_named(symbol) or find_constant_named(symbol) or find_attribute_named(symbol) or find_external_alias_named(symbol) or find_module_named(symbol) or find_file_named(symbol) end ## # Finds a method named +name+ with singleton value +singleton+. def find_method(name, singleton) @method_list.find { |m| if m.singleton m.name == name && m.singleton == singleton else m.name == name && !m.singleton && !singleton end } end ## # Finds a instance or module method with +name+ in this context def find_method_named(name) case name when /\A#/ then find_method name[1..-1], false when /\A::/ then find_method name[2..-1], true else @method_list.find { |meth| meth.name == name } end end ## # Find a module with +name+ using ruby's scoping rules def find_module_named(name) res = @modules[name] || @classes[name] return res if res return self if self.name == name find_enclosing_module_named name end ## # Look up +symbol+, first as a module, then as a local symbol. def find_symbol(symbol) find_symbol_module(symbol) || find_local_symbol(symbol) end ## # Look up a module named +symbol+. def find_symbol_module(symbol) result = nil # look for a class or module 'symbol' case symbol when /^::/ then result = @store.find_class_or_module symbol when /^(\w+):+(.+)$/ suffix = $2 top = $1 searched = self while searched do mod = searched.find_module_named(top) break unless mod result = @store.find_class_or_module "#{mod.full_name}::#{suffix}" break if result || searched.is_a?(RDoc::TopLevel) searched = searched.parent end else searched = self while searched do result = searched.find_module_named(symbol) break if result || searched.is_a?(RDoc::TopLevel) searched = searched.parent end end result end ## # The full name for this context. This method is overridden by subclasses. def full_name '(unknown)' end ## # Does this context and its methods and constants all have documentation? # # (Yes, fully documented doesn't mean everything.) def fully_documented? documented? and attributes.all? { |a| a.documented? } and method_list.all? { |m| m.documented? } and constants.all? { |c| c.documented? } end ## # URL for this with a +prefix+ def http_url(prefix) path = name_for_path path = path.gsub(/<<\s*(\w*)/, 'from-\1') if path =~ /<</ path = [prefix] + path.split('::') File.join(*path.compact) + '.html' end ## # Instance attributes def instance_attributes @instance_attributes ||= attributes.reject { |a| a.singleton } end ## # Instance methods def instance_methods @instance_methods ||= method_list.reject { |a| a.singleton } end ## # Instance methods #-- # TODO remove this later def instance_method_list warn '#instance_method_list is obsoleted, please use #instance_methods' @instance_methods ||= method_list.reject { |a| a.singleton } end ## # Breaks method_list into a nested hash by type (<tt>'class'</tt> or # <tt>'instance'</tt>) and visibility (+:public+, +:protected+, +:private+). # # If +section+ is provided only methods in that RDoc::Context::Section will # be returned. def methods_by_type section = nil methods = {} TYPES.each do |type| visibilities = {} RDoc::VISIBILITIES.each do |vis| visibilities[vis] = [] end methods[type] = visibilities end each_method do |method| next if section and not method.section == section methods[method.type][method.visibility] << method end methods end ## # Yields AnyMethod and Attr entries matching the list of names in +methods+. def methods_matching(methods, singleton = false, &block) (@method_list + @attributes).each do |m| yield m if methods.include?(m.name) and m.singleton == singleton end each_ancestor do |parent| parent.methods_matching(methods, singleton, &block) end end ## # Array of modules in this context def modules @modules.values end ## # Hash of modules keyed by module name def modules_hash @modules end ## # Name to use to generate the url. # <tt>#full_name</tt> by default. def name_for_path full_name end ## # Changes the visibility for new methods to +visibility+ def ongoing_visibility=(visibility) @visibility = visibility end ## # Record +top_level+ as a file +self+ is in. def record_location(top_level) @in_files << top_level unless @in_files.include?(top_level) end ## # Should we remove this context from the documentation? # # The answer is yes if: # * #received_nodoc is +true+ # * #any_content is +false+ (not counting includes) # * All #includes are modules (not a string), and their module has # <tt>#remove_from_documentation? == true</tt> # * All classes and modules have <tt>#remove_from_documentation? == true</tt> def remove_from_documentation? @remove_from_documentation ||= @received_nodoc && !any_content(false) && @includes.all? { |i| !i.module.is_a?(String) && i.module.remove_from_documentation? } && classes_and_modules.all? { |cm| cm.remove_from_documentation? } end ## # Removes methods and attributes with a visibility less than +min_visibility+. #-- # TODO mark the visibility of attributes in the template (if not public?) def remove_invisible min_visibility return if [:private, :nodoc].include? min_visibility remove_invisible_in @method_list, min_visibility remove_invisible_in @attributes, min_visibility remove_invisible_in @constants, min_visibility end ## # Only called when min_visibility == :public or :private def remove_invisible_in array, min_visibility # :nodoc: if min_visibility == :public then array.reject! { |e| e.visibility != :public and not e.force_documentation } else array.reject! { |e| e.visibility == :private and not e.force_documentation } end end ## # Tries to resolve unmatched aliases when a method or attribute has just # been added. def resolve_aliases added # resolve any pending unmatched aliases key = added.pretty_name unmatched_alias_list = @unmatched_alias_lists[key] return unless unmatched_alias_list unmatched_alias_list.each do |unmatched_alias| added.add_alias unmatched_alias, self @external_aliases.delete unmatched_alias end @unmatched_alias_lists.delete key end ## # Returns RDoc::Context::Section objects referenced in this context for use # in a table of contents. def section_contents used_sections = {} each_method do |method| next unless method.display? used_sections[method.section] = true end # order found sections sections = sort_sections.select do |section| used_sections[section] end # only the default section is used return [] if sections.length == 1 and not sections.first.title sections end ## # Sections in this context def sections @sections.values end def sections_hash # :nodoc: @sections end ## # Sets the current section to a section with +title+. See also #add_section def set_current_section title, comment @current_section = add_section title, comment end ## # Given an array +methods+ of method names, set the visibility of each to # +visibility+ def set_visibility_for(methods, visibility, singleton = false) methods_matching methods, singleton do |m| m.visibility = visibility end end ## # Given an array +names+ of constants, set the visibility of each constant to # +visibility+ def set_constant_visibility_for(names, visibility) names.each do |name| constant = @constants_hash[name] or next constant.visibility = visibility end end ## # Sorts sections alphabetically (default) or in TomDoc fashion (none, # Public, Internal, Deprecated) def sort_sections titles = @sections.map { |title, _| title } if titles.length > 1 and TOMDOC_TITLES_SORT == (titles | TOMDOC_TITLES).sort_by { |title| title.to_s } then @sections.values_at(*TOMDOC_TITLES).compact else @sections.sort_by { |title, _| title.to_s }.map { |_, section| section } end end def to_s # :nodoc: "#{self.class.name} #{self.full_name}" end ## # Return the TopLevel that owns us #-- # FIXME we can be 'owned' by several TopLevel (see #record_location & # #in_files) def top_level return @top_level if defined? @top_level @top_level = self @top_level = @top_level.parent until RDoc::TopLevel === @top_level @top_level end ## # Upgrades NormalModule +mod+ in +enclosing+ to a +class_type+ def upgrade_to_class mod, class_type, enclosing enclosing.modules_hash.delete mod.name klass = RDoc::ClassModule.from_module class_type, mod klass.store = @store # if it was there, then we keep it even if done_documenting @store.classes_hash[mod.full_name] = klass enclosing.classes_hash[mod.name] = klass klass end autoload :Section, "#{__dir__}/context/section" end PK )J [ A� 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/mixin.rbnu �[��� # frozen_string_literal: true ## # A Mixin adds features from a module into another context. RDoc::Include and # RDoc::Extend are both mixins. class RDoc::Mixin < RDoc::CodeObject ## # Name of included module attr_accessor :name ## # Creates a new Mixin for +name+ with +comment+ def initialize(name, comment) super() @name = name self.comment = comment @module = nil # cache for module if found end ## # Mixins are sorted by name def <=> other return unless self.class === other name <=> other.name end def == other # :nodoc: self.class === other and @name == other.name end alias eql? == # :nodoc: ## # Full name based on #module def full_name m = self.module RDoc::ClassModule === m ? m.full_name : @name end def hash # :nodoc: [@name, self.module].hash end def inspect # :nodoc: "#<%s:0x%x %s.%s %s>" % [ self.class, object_id, parent_name, self.class.name.downcase, @name, ] end ## # Attempts to locate the included module object. Returns the name if not # known. # # The scoping rules of Ruby to resolve the name of an included module are: # - first look into the children of the current context; # - if not found, look into the children of included modules, # in reverse inclusion order; # - if still not found, go up the hierarchy of names. # # This method has <code>O(n!)</code> behavior when the module calling # include is referencing nonexistent modules. Avoid calling #module until # after all the files are parsed. This behavior is due to ruby's constant # lookup behavior. # # As of the beginning of October, 2011, no gem includes nonexistent modules. def module return @module if @module # search the current context return @name unless parent full_name = parent.child_name(@name) @module = @store.modules_hash[full_name] return @module if @module return @name if @name =~ /^::/ # search the includes before this one, in reverse order searched = parent.includes.take_while { |i| i != self }.reverse searched.each do |i| inc = i.module next if String === inc full_name = inc.child_name(@name) @module = @store.modules_hash[full_name] return @module if @module end # go up the hierarchy of names up = parent.parent while up full_name = up.child_name(@name) @module = @store.modules_hash[full_name] return @module if @module up = up.parent end @name end ## # Sets the store for this class or module and its contained code objects. def store= store super @file = @store.add_file @file.full_name if @file end def to_s # :nodoc: "#{self.class.name.downcase} #@name in: #{parent}" end end PK )J [ˡFi 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/attr.rbnu �[��� # frozen_string_literal: true ## # An attribute created by \#attr, \#attr_reader, \#attr_writer or # \#attr_accessor class RDoc::Attr < RDoc::MethodAttr ## # 3:: # RDoc 4 # Added parent name and class # Added section title MARSHAL_VERSION = 3 # :nodoc: ## # Is the attribute readable ('R'), writable ('W') or both ('RW')? attr_accessor :rw ## # Creates a new Attr with body +text+, +name+, read/write status +rw+ and # +comment+. +singleton+ marks this as a class attribute. def initialize(text, name, rw, comment, singleton = false) super text, name @rw = rw @singleton = singleton self.comment = comment end ## # Attributes are equal when their names, singleton and rw are identical def == other self.class == other.class and self.name == other.name and self.rw == other.rw and self.singleton == other.singleton end ## # Add +an_alias+ as an attribute in +context+. def add_alias(an_alias, context) new_attr = self.class.new(self.text, an_alias.new_name, self.rw, self.comment, self.singleton) new_attr.record_location an_alias.file new_attr.visibility = self.visibility new_attr.is_alias_for = self @aliases << new_attr context.add_attribute new_attr new_attr end ## # The #aref prefix for attributes def aref_prefix 'attribute' end ## # Attributes never call super. See RDoc::AnyMethod#calls_super # # An RDoc::Attr can show up in the method list in some situations (see # Gem::ConfigFile) def calls_super # :nodoc: false end ## # Returns attr_reader, attr_writer or attr_accessor as appropriate. def definition case @rw when 'RW' then 'attr_accessor' when 'R' then 'attr_reader' when 'W' then 'attr_writer' end end def inspect # :nodoc: alias_for = @is_alias_for ? " (alias for #{@is_alias_for.name})" : nil visibility = self.visibility visibility = "forced #{visibility}" if force_documentation "#<%s:0x%x %s %s (%s)%s>" % [ self.class, object_id, full_name, rw, visibility, alias_for, ] end ## # Dumps this Attr for use by ri. See also #marshal_load def marshal_dump [ MARSHAL_VERSION, @name, full_name, @rw, @visibility, parse(@comment), singleton, @file.relative_name, @parent.full_name, @parent.class, @section.title ] end ## # Loads this Attr from +array+. For a loaded Attr the following # methods will return cached values: # # * #full_name # * #parent_name def marshal_load array initialize_visibility @aliases = [] @parent = nil @parent_name = nil @parent_class = nil @section = nil @file = nil version = array[0] @name = array[1] @full_name = array[2] @rw = array[3] @visibility = array[4] @comment = array[5] @singleton = array[6] || false # MARSHAL_VERSION == 0 # 7 handled below @parent_name = array[8] @parent_class = array[9] @section_title = array[10] @file = RDoc::TopLevel.new array[7] if version > 1 @parent_name ||= @full_name.split('#', 2).first end def pretty_print q # :nodoc: q.group 2, "[#{self.class.name} #{full_name} #{rw} #{visibility}", "]" do unless comment.empty? then q.breakable q.text "comment:" q.breakable q.pp @comment end end end def to_s # :nodoc: "#{definition} #{name} in: #{parent}" end ## # Attributes do not have token streams. # # An RDoc::Attr can show up in the method list in some situations (see # Gem::ConfigFile) def token_stream # :nodoc: end end PK )J [�� � ? share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/meta_method.rbnu �[��� # frozen_string_literal: true ## # MetaMethod represents a meta-programmed method class RDoc::MetaMethod < RDoc::AnyMethod end PK )J [U2" 2" > share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/any_method.rbnu �[��� # frozen_string_literal: true ## # AnyMethod is the base class for objects representing methods class RDoc::AnyMethod < RDoc::MethodAttr ## # 2:: # RDoc 4 # Added calls_super # Added parent name and class # Added section title # 3:: # RDoc 4.1 # Added is_alias_for MARSHAL_VERSION = 3 # :nodoc: ## # Don't rename \#initialize to \::new attr_accessor :dont_rename_initialize ## # The C function that implements this method (if it was defined in a C file) attr_accessor :c_function # The section title of the method (if defined in a C file via +:category:+) attr_accessor :section_title # Parameters for this method attr_accessor :params ## # If true this method uses +super+ to call a superclass version attr_accessor :calls_super include RDoc::TokenStream ## # Creates a new AnyMethod with a token stream +text+ and +name+ def initialize text, name super @c_function = nil @dont_rename_initialize = false @token_stream = nil @calls_super = false @superclass_method = nil end ## # Adds +an_alias+ as an alias for this method in +context+. def add_alias an_alias, context = nil method = self.class.new an_alias.text, an_alias.new_name method.record_location an_alias.file method.singleton = self.singleton method.params = self.params method.visibility = self.visibility method.comment = an_alias.comment method.is_alias_for = self @aliases << method context.add_method method if context method end ## # Prefix for +aref+ is 'method'. def aref_prefix 'method' end ## # The call_seq or the param_seq with method name, if there is no call_seq. # # Use this for displaying a method's argument lists. def arglists if @call_seq then @call_seq elsif @params then "#{name}#{param_seq}" end end ## # Different ways to call this method def call_seq unless call_seq = _call_seq call_seq = is_alias_for._call_seq if is_alias_for end return unless call_seq deduplicate_call_seq(call_seq) end ## # Sets the different ways you can call this method. If an empty +call_seq+ # is given nil is assumed. # # See also #param_seq def call_seq= call_seq return if call_seq.empty? @call_seq = call_seq end ## # Whether the method has a call-seq. def has_call_seq? !!(@call_seq || is_alias_for&._call_seq) end ## # Loads is_alias_for from the internal name. Returns nil if the alias # cannot be found. def is_alias_for # :nodoc: case @is_alias_for when RDoc::MethodAttr then @is_alias_for when Array then return nil unless @store klass_name, singleton, method_name = @is_alias_for return nil unless klass = @store.find_class_or_module(klass_name) @is_alias_for = klass.find_method method_name, singleton end end ## # Dumps this AnyMethod for use by ri. See also #marshal_load def marshal_dump aliases = @aliases.map do |a| [a.name, parse(a.comment)] end is_alias_for = [ @is_alias_for.parent.full_name, @is_alias_for.singleton, @is_alias_for.name ] if @is_alias_for [ MARSHAL_VERSION, @name, full_name, @singleton, @visibility, parse(@comment), @call_seq, @block_params, aliases, @params, @file.relative_name, @calls_super, @parent.name, @parent.class, @section.title, is_alias_for, ] end ## # Loads this AnyMethod from +array+. For a loaded AnyMethod the following # methods will return cached values: # # * #full_name # * #parent_name def marshal_load array initialize_visibility @dont_rename_initialize = nil @token_stream = nil @aliases = [] @parent = nil @parent_name = nil @parent_class = nil @section = nil @file = nil version = array[0] @name = array[1] @full_name = array[2] @singleton = array[3] @visibility = array[4] @comment = array[5] @call_seq = array[6] @block_params = array[7] # 8 handled below @params = array[9] # 10 handled below @calls_super = array[11] @parent_name = array[12] @parent_title = array[13] @section_title = array[14] @is_alias_for = array[15] array[8].each do |new_name, comment| add_alias RDoc::Alias.new(nil, @name, new_name, comment, @singleton) end @parent_name ||= if @full_name =~ /#/ then $` else name = @full_name.split('::') name.pop name.join '::' end @file = RDoc::TopLevel.new array[10] if version > 0 end ## # Method name # # If the method has no assigned name, it extracts it from #call_seq. def name return @name if @name @name = @call_seq[/^.*?\.(\w+)/, 1] || @call_seq[/^.*?(\w+)/, 1] || @call_seq if @call_seq end ## # A list of this method's method and yield parameters. +call-seq+ params # are preferred over parsed method and block params. def param_list if @call_seq then params = @call_seq.split("\n").last params = params.sub(/.*?\((.*)\)/, '\1') params = params.sub(/(\{|do)\s*\|([^|]*)\|.*/, ',\2') elsif @params then params = @params.sub(/\((.*)\)/, '\1') params << ",#{@block_params}" if @block_params elsif @block_params then params = @block_params else return [] end if @block_params then # If this method has explicit block parameters, remove any explicit # &block params = params.sub(/,?\s*&\w+/, '') else params = params.sub(/\&(\w+)/, '\1') end params = params.gsub(/\s+/, '').split(',').reject(&:empty?) params.map { |param| param.sub(/=.*/, '') } end ## # Pretty parameter list for this method. If the method's parameters were # given by +call-seq+ it is preferred over the parsed values. def param_seq if @call_seq then params = @call_seq.split("\n").last params = params.sub(/[^( ]+/, '') params = params.sub(/(\|[^|]+\|)\s*\.\.\.\s*(end|\})/, '\1 \2') elsif @params then params = @params.gsub(/\s*\#.*/, '') params = params.tr_s("\n ", " ") params = "(#{params})" unless params[0] == ?( else params = '' end if @block_params then # If this method has explicit block parameters, remove any explicit # &block params = params.sub(/,?\s*&\w+/, '') block = @block_params.tr_s("\n ", " ") if block[0] == ?( block = block.sub(/^\(/, '').sub(/\)/, '') end params << " { |#{block}| ... }" end params end ## # Whether to skip the method description, true for methods that have # aliases with a call-seq that doesn't include the method name. def skip_description? has_call_seq? && call_seq.nil? && !!(is_alias_for || !aliases.empty?) end ## # Sets the store for this method and its referenced code objects. def store= store super @file = @store.add_file @file.full_name if @file end ## # For methods that +super+, find the superclass method that would be called. def superclass_method return unless @calls_super return @superclass_method if @superclass_method parent.each_ancestor do |ancestor| if method = ancestor.method_list.find { |m| m.name == @name } then @superclass_method = method break end end @superclass_method end protected ## # call_seq without deduplication and alias lookup. def _call_seq @call_seq if defined?(@call_seq) && @call_seq end private ## # call_seq with alias examples information removed, if this # method is an alias method. def deduplicate_call_seq(call_seq) return call_seq unless is_alias_for || !aliases.empty? method_name = self.name method_name = method_name[0, 1] if method_name =~ /\A\[/ entries = call_seq.split "\n" ignore = aliases.map(&:name) if is_alias_for ignore << is_alias_for.name ignore.concat is_alias_for.aliases.map(&:name) end ignore.map! { |n| n =~ /\A\[/ ? /\[.*\]/ : n} ignore.delete(method_name) ignore = Regexp.union(ignore) matching = entries.reject do |entry| entry =~ /^\w*\.?#{ignore}[$\(\s]/ or entry =~ /\s#{ignore}\s/ end matching.empty? ? nil : matching.join("\n") end end PK )J [�;� � A share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/normal_module.rbnu �[��� # frozen_string_literal: true ## # A normal module, like NormalClass class RDoc::NormalModule < RDoc::ClassModule def aref_prefix # :nodoc: 'module' end def inspect # :nodoc: "#<%s:0x%x module %s includes: %p extends: %p attributes: %p methods: %p aliases: %p>" % [ self.class, object_id, full_name, @includes, @extends, @attributes, @method_list, @aliases ] end ## # The definition of this module, <tt>module MyModuleName</tt> def definition "module #{full_name}" end ## # This is a module, returns true def module? true end def pretty_print q # :nodoc: q.group 2, "[module #{full_name}:", "]" do q.breakable q.text "includes:" q.breakable q.seplist @includes do |inc| q.pp inc end q.breakable q.breakable q.text "constants:" q.breakable q.seplist @constants do |const| q.pp const end q.text "attributes:" q.breakable q.seplist @attributes do |attr| q.pp attr end q.breakable q.text "methods:" q.breakable q.seplist @method_list do |meth| q.pp meth end q.breakable q.text "aliases:" q.breakable q.seplist @aliases do |aliaz| q.pp aliaz end q.breakable q.text "comment:" q.breakable q.pp comment end end ## # Modules don't have one, raises NoMethodError def superclass raise NoMethodError, "#{full_name} is a module" end end PK )J [�n��� � ; share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/require.rbnu �[��� # frozen_string_literal: true ## # A file loaded by \#require class RDoc::Require < RDoc::CodeObject ## # Name of the required file attr_accessor :name ## # Creates a new Require that loads +name+ with +comment+ def initialize(name, comment) super() @name = name.gsub(/'|"/, "") #' @top_level = nil self.comment = comment end def inspect # :nodoc: "#<%s:0x%x require '%s' in %s>" % [ self.class, object_id, @name, parent_file_name, ] end def to_s # :nodoc: "require #{name} in: #{parent}" end ## # The RDoc::TopLevel corresponding to this require, or +nil+ if not found. def top_level @top_level ||= begin tl = RDoc::TopLevel.all_files_hash[name + '.rb'] if tl.nil? and RDoc::TopLevel.all_files.first.full_name =~ %r(^lib/) then # second chance tl = RDoc::TopLevel.all_files_hash['lib/' + name + '.rb'] end tl end end end PK )J [{u:� � C share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/context/section.rbnu �[��� # frozen_string_literal: true require 'cgi/util' ## # A section of documentation like: # # # :section: The title # # The body # # Sections can be referenced multiple times and will be collapsed into a # single section. class RDoc::Context::Section include RDoc::Text MARSHAL_VERSION = 0 # :nodoc: ## # Section comment attr_reader :comment ## # Section comments attr_reader :comments ## # Context this Section lives in attr_reader :parent ## # Section title attr_reader :title ## # Creates a new section with +title+ and +comment+ def initialize parent, title, comment @parent = parent @title = title ? title.strip : title @comments = [] add_comment comment end ## # Sections are equal when they have the same #title def == other self.class === other and @title == other.title end alias eql? == ## # Adds +comment+ to this section def add_comment comment comment = extract_comment comment return if comment.empty? case comment when RDoc::Comment then @comments << comment when RDoc::Markup::Document then @comments.concat comment.parts when Array then @comments.concat comment else raise TypeError, "unknown comment type: #{comment.inspect}" end end ## # Anchor reference for linking to this section def aref title = @title || '[untitled]' CGI.escape(title).gsub('%', '-').sub(/^-/, '') end ## # Extracts the comment for this section from the original comment block. # If the first line contains :section:, strip it and use the rest. # Otherwise remove lines up to the line containing :section:, and look # for those lines again at the end and remove them. This lets us write # # # :section: The title # # The body def extract_comment comment case comment when Array then comment.map do |c| extract_comment c end when nil RDoc::Comment.new '' when RDoc::Comment then if comment.text =~ /^#[ \t]*:section:.*\n/ then start = $` rest = $' comment.text = if start.empty? then rest else rest.sub(/#{start.chomp}\Z/, '') end end comment when RDoc::Markup::Document then comment else raise TypeError, "unknown comment #{comment.inspect}" end end def inspect # :nodoc: "#<%s:0x%x %p>" % [self.class, object_id, title] end def hash # :nodoc: @title.hash end ## # The files comments in this section come from def in_files return [] if @comments.empty? case @comments when Array then @comments.map do |comment| comment.file end when RDoc::Markup::Document then @comment.parts.map do |document| document.file end else raise RDoc::Error, "BUG: unknown comment class #{@comments.class}" end end ## # Serializes this Section. The title and parsed comment are saved, but not # the section parent which must be restored manually. def marshal_dump [ MARSHAL_VERSION, @title, parse, ] end ## # De-serializes this Section. The section parent must be restored manually. def marshal_load array @parent = nil @title = array[1] @comments = array[2] end ## # Parses +comment_location+ into an RDoc::Markup::Document composed of # multiple RDoc::Markup::Documents with their file set. def parse case @comments when String then super when Array then docs = @comments.map do |comment, location| doc = super comment doc.file = location if location doc end RDoc::Markup::Document.new(*docs) when RDoc::Comment then doc = super @comments.text, comments.format doc.file = @comments.location doc when RDoc::Markup::Document then return @comments else raise ArgumentError, "unknown comment class #{comments.class}" end end ## # The section's title, or 'Top Section' if the title is nil. # # This is used by the table of contents template so the name is silly. def plain_html @title || 'Top Section' end ## # Removes a comment from this section if it is from the same file as # +comment+ def remove_comment comment return if @comments.empty? case @comments when Array then @comments.delete_if do |my_comment| my_comment.file == comment.file end when RDoc::Markup::Document then @comments.parts.delete_if do |document| document.file == comment.file.name end else raise RDoc::Error, "BUG: unknown comment class #{@comments.class}" end end end PK )J [:��ԫ � ; share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/include.rbnu �[��� # frozen_string_literal: true ## # A Module included in a class with \#include # # RDoc::Include.new 'Enumerable', 'comment ...' class RDoc::Include < RDoc::Mixin end PK )J [�tJ$� � : share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/extend.rbnu �[��� # frozen_string_literal: true ## # A Module extension to a class with \#extend # # RDoc::Extend.new 'Enumerable', 'comment ...' class RDoc::Extend < RDoc::Mixin end PK )J [b2�} } 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/alias.rbnu �[��� # frozen_string_literal: true ## # Represent an alias, which is an old_name/new_name pair associated with a # particular context #-- # TODO implement Alias as a proxy to a method/attribute, inheriting from # MethodAttr class RDoc::Alias < RDoc::CodeObject ## # Aliased method's name attr_reader :new_name alias name new_name ## # Aliasee method's name attr_reader :old_name ## # Is this an alias declared in a singleton context? attr_accessor :singleton ## # Source file token stream attr_reader :text ## # Creates a new Alias with a token stream of +text+ that aliases +old_name+ # to +new_name+, has +comment+ and is a +singleton+ context. def initialize(text, old_name, new_name, comment, singleton = false) super() @text = text @singleton = singleton @old_name = old_name @new_name = new_name self.comment = comment end ## # Order by #singleton then #new_name def <=>(other) [@singleton ? 0 : 1, new_name] <=> [other.singleton ? 0 : 1, other.new_name] end ## # HTML fragment reference for this alias def aref type = singleton ? 'c' : 'i' "#alias-#{type}-#{html_name}" end ## # Full old name including namespace def full_old_name @full_name || "#{parent.name}#{pretty_old_name}" end ## # HTML id-friendly version of +#new_name+. def html_name CGI.escape(@new_name.gsub('-', '-2D')).gsub('%', '-').sub(/^-/, '') end def inspect # :nodoc: parent_name = parent ? parent.name : '(unknown)' "#<%s:0x%x %s.alias_method %s, %s>" % [ self.class, object_id, parent_name, @old_name, @new_name, ] end ## # '::' for the alias of a singleton method/attribute, '#' for instance-level. def name_prefix singleton ? '::' : '#' end ## # Old name with prefix '::' or '#'. def pretty_old_name "#{singleton ? '::' : '#'}#{@old_name}" end ## # New name with prefix '::' or '#'. def pretty_new_name "#{singleton ? '::' : '#'}#{@new_name}" end alias pretty_name pretty_new_name def to_s # :nodoc: "alias: #{self.new_name} -> #{self.pretty_old_name} in: #{parent}" end end PK )J [�!�� � > share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/anon_class.rbnu �[��� # frozen_string_literal: true ## # An anonymous class like: # # c = Class.new do end # # AnonClass is currently not used. class RDoc::AnonClass < RDoc::ClassModule end PK )J [�>�jDW DW @ share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/class_module.rbnu �[��� # frozen_string_literal: true ## # ClassModule is the base class for objects representing either a class or a # module. class RDoc::ClassModule < RDoc::Context ## # 1:: # RDoc 3.7 # * Added visibility, singleton and file to attributes # * Added file to constants # * Added file to includes # * Added file to methods # 2:: # RDoc 3.13 # * Added extends # 3:: # RDoc 4.0 # * Added sections # * Added in_files # * Added parent name # * Complete Constant dump MARSHAL_VERSION = 3 # :nodoc: ## # Constants that are aliases for this class or module attr_accessor :constant_aliases ## # Comment and the location it came from. Use #add_comment to add comments attr_accessor :comment_location attr_accessor :diagram # :nodoc: ## # Class or module this constant is an alias for attr_accessor :is_alias_for ## # Return a RDoc::ClassModule of class +class_type+ that is a copy # of module +module+. Used to promote modules to classes. #-- # TODO move to RDoc::NormalClass (I think) def self.from_module class_type, mod klass = class_type.new mod.name mod.comment_location.each do |comment, location| klass.add_comment comment, location end klass.parent = mod.parent klass.section = mod.section klass.viewer = mod.viewer klass.attributes.concat mod.attributes klass.method_list.concat mod.method_list klass.aliases.concat mod.aliases klass.external_aliases.concat mod.external_aliases klass.constants.concat mod.constants klass.includes.concat mod.includes klass.extends.concat mod.extends klass.methods_hash.update mod.methods_hash klass.constants_hash.update mod.constants_hash klass.current_section = mod.current_section klass.in_files.concat mod.in_files klass.sections.concat mod.sections klass.unmatched_alias_lists = mod.unmatched_alias_lists klass.current_section = mod.current_section klass.visibility = mod.visibility klass.classes_hash.update mod.classes_hash klass.modules_hash.update mod.modules_hash klass.metadata.update mod.metadata klass.document_self = mod.received_nodoc ? nil : mod.document_self klass.document_children = mod.document_children klass.force_documentation = mod.force_documentation klass.done_documenting = mod.done_documenting # update the parent of all children (klass.attributes + klass.method_list + klass.aliases + klass.external_aliases + klass.constants + klass.includes + klass.extends + klass.classes + klass.modules).each do |obj| obj.parent = klass obj.full_name = nil end klass end ## # Creates a new ClassModule with +name+ with optional +superclass+ # # This is a constructor for subclasses, and must never be called directly. def initialize(name, superclass = nil) @constant_aliases = [] @diagram = nil @is_alias_for = nil @name = name @superclass = superclass @comment_location = [] # [[comment, location]] super() end ## # Adds +comment+ to this ClassModule's list of comments at +location+. This # method is preferred over #comment= since it allows ri data to be updated # across multiple runs. def add_comment comment, location return unless document_self original = comment comment = case comment when RDoc::Comment then comment.normalize else normalize_comment comment end if location.parser == RDoc::Parser::C @comment_location.delete_if { |(_, l)| l == location } end @comment_location << [comment, location] self.comment = original end def add_things my_things, other_things # :nodoc: other_things.each do |group, things| my_things[group].each { |thing| yield false, thing } if my_things.include? group things.each do |thing| yield true, thing end end end ## # Ancestors list for this ClassModule: the list of included modules # (classes will add their superclass if any). # # Returns the included classes or modules, not the includes # themselves. The returned values are either String or # RDoc::NormalModule instances (see RDoc::Include#module). # # The values are returned in reverse order of their inclusion, # which is the order suitable for searching methods/attributes # in the ancestors. The superclass, if any, comes last. def ancestors includes.map { |i| i.module }.reverse end def aref_prefix # :nodoc: raise NotImplementedError, "missing aref_prefix for #{self.class}" end ## # HTML fragment reference for this module or class. See # RDoc::NormalClass#aref and RDoc::NormalModule#aref def aref "#{aref_prefix}-#{full_name}" end ## # Ancestors of this class or module only alias direct_ancestors ancestors ## # Clears the comment. Used by the Ruby parser. def clear_comment @comment = '' end ## # This method is deprecated, use #add_comment instead. # # Appends +comment+ to the current comment, but separated by a rule. Works # more like <tt>+=</tt>. def comment= comment # :nodoc: comment = case comment when RDoc::Comment then comment.normalize else normalize_comment comment end comment = "#{@comment.to_s}\n---\n#{comment.to_s}" unless @comment.empty? super comment end ## # Prepares this ClassModule for use by a generator. # # See RDoc::Store#complete def complete min_visibility update_aliases remove_nodoc_children embed_mixins update_includes remove_invisible min_visibility end ## # Does this ClassModule or any of its methods have document_self set? def document_self_or_methods document_self || method_list.any?{ |m| m.document_self } end ## # Does this class or module have a comment with content or is # #received_nodoc true? def documented? return true if @received_nodoc return false if @comment_location.empty? @comment_location.any? { |comment, _| not comment.empty? } end ## # Iterates the ancestors of this class or module for which an # RDoc::ClassModule exists. def each_ancestor # :yields: module return enum_for __method__ unless block_given? ancestors.each do |mod| next if String === mod next if self == mod yield mod end end ## # Looks for a symbol in the #ancestors. See Context#find_local_symbol. def find_ancestor_local_symbol symbol each_ancestor do |m| res = m.find_local_symbol(symbol) return res if res end nil end ## # Finds a class or module with +name+ in this namespace or its descendants def find_class_named name return self if full_name == name return self if @name == name @classes.values.find do |klass| next if klass == self klass.find_class_named name end end ## # Return the fully qualified name of this class or module def full_name @full_name ||= if RDoc::ClassModule === parent then "#{parent.full_name}::#{@name}" else @name end end ## # TODO: filter included items by #display? def marshal_dump # :nodoc: attrs = attributes.sort.map do |attr| next unless attr.display? [ attr.name, attr.rw, attr.visibility, attr.singleton, attr.file_name, ] end.compact method_types = methods_by_type.map do |type, visibilities| visibilities = visibilities.map do |visibility, methods| method_names = methods.map do |method| next unless method.display? [method.name, method.file_name] end.compact [visibility, method_names.uniq] end [type, visibilities] end [ MARSHAL_VERSION, @name, full_name, @superclass, parse(@comment_location), attrs, constants.select { |constant| constant.display? }, includes.map do |incl| next unless incl.display? [incl.name, parse(incl.comment), incl.file_name] end.compact, method_types, extends.map do |ext| next unless ext.display? [ext.name, parse(ext.comment), ext.file_name] end.compact, @sections.values, @in_files.map do |tl| tl.relative_name end, parent.full_name, parent.class, ] end def marshal_load array # :nodoc: initialize_visibility initialize_methods_etc @current_section = nil @document_self = true @done_documenting = false @parent = nil @temporary_section = nil @visibility = nil @classes = {} @modules = {} @name = array[1] @full_name = array[2] @superclass = array[3] @comment = array[4] @comment_location = if RDoc::Markup::Document === @comment.parts.first then @comment else RDoc::Markup::Document.new @comment end array[5].each do |name, rw, visibility, singleton, file| singleton ||= false visibility ||= :public attr = RDoc::Attr.new nil, name, rw, nil, singleton add_attribute attr attr.visibility = visibility attr.record_location RDoc::TopLevel.new file end array[6].each do |constant, comment, file| case constant when RDoc::Constant then add_constant constant else constant = add_constant RDoc::Constant.new(constant, nil, comment) constant.record_location RDoc::TopLevel.new file end end array[7].each do |name, comment, file| incl = add_include RDoc::Include.new(name, comment) incl.record_location RDoc::TopLevel.new file end array[8].each do |type, visibilities| visibilities.each do |visibility, methods| @visibility = visibility methods.each do |name, file| method = RDoc::AnyMethod.new nil, name method.singleton = true if type == 'class' method.record_location RDoc::TopLevel.new file add_method method end end end array[9].each do |name, comment, file| ext = add_extend RDoc::Extend.new(name, comment) ext.record_location RDoc::TopLevel.new file end if array[9] # Support Marshal version 1 sections = (array[10] || []).map do |section| [section.title, section] end @sections = Hash[*sections.flatten] @current_section = add_section nil @in_files = [] (array[11] || []).each do |filename| record_location RDoc::TopLevel.new filename end @parent_name = array[12] @parent_class = array[13] end ## # Merges +class_module+ into this ClassModule. # # The data in +class_module+ is preferred over the receiver. def merge class_module @parent = class_module.parent @parent_name = class_module.parent_name other_document = parse class_module.comment_location if other_document then document = parse @comment_location document = document.merge other_document @comment = @comment_location = document end cm = class_module other_files = cm.in_files merge_collections attributes, cm.attributes, other_files do |add, attr| if add then add_attribute attr else @attributes.delete attr @methods_hash.delete attr.pretty_name end end merge_collections constants, cm.constants, other_files do |add, const| if add then add_constant const else @constants.delete const @constants_hash.delete const.name end end merge_collections includes, cm.includes, other_files do |add, incl| if add then add_include incl else @includes.delete incl end end @includes.uniq! # clean up merge_collections extends, cm.extends, other_files do |add, ext| if add then add_extend ext else @extends.delete ext end end @extends.uniq! # clean up merge_collections method_list, cm.method_list, other_files do |add, meth| if add then add_method meth else @method_list.delete meth @methods_hash.delete meth.pretty_name end end merge_sections cm self end ## # Merges collection +mine+ with +other+ preferring other. +other_files+ is # used to help determine which items should be deleted. # # Yields whether the item should be added or removed (true or false) and the # item to be added or removed. # # merge_collections things, other.things, other.in_files do |add, thing| # if add then # # add the thing # else # # remove the thing # end # end def merge_collections mine, other, other_files, &block # :nodoc: my_things = mine. group_by { |thing| thing.file } other_things = other.group_by { |thing| thing.file } remove_things my_things, other_files, &block add_things my_things, other_things, &block end ## # Merges the comments in this ClassModule with the comments in the other # ClassModule +cm+. def merge_sections cm # :nodoc: my_sections = sections.group_by { |section| section.title } other_sections = cm.sections.group_by { |section| section.title } other_files = cm.in_files remove_things my_sections, other_files do |_, section| @sections.delete section.title end other_sections.each do |group, sections| if my_sections.include? group my_sections[group].each do |my_section| other_section = cm.sections_hash[group] my_comments = my_section.comments other_comments = other_section.comments other_files = other_section.in_files merge_collections my_comments, other_comments, other_files do |add, comment| if add then my_section.add_comment comment else my_section.remove_comment comment end end end else sections.each do |section| add_section group, section.comments end end end end ## # Does this object represent a module? def module? false end ## # Allows overriding the initial name. # # Used for modules and classes that are constant aliases. def name= new_name @name = new_name end ## # Parses +comment_location+ into an RDoc::Markup::Document composed of # multiple RDoc::Markup::Documents with their file set. def parse comment_location case comment_location when String then super when Array then docs = comment_location.map do |comment, location| doc = super comment doc.file = location doc end RDoc::Markup::Document.new(*docs) when RDoc::Comment then doc = super comment_location.text, comment_location.format doc.file = comment_location.location doc when RDoc::Markup::Document then return comment_location else raise ArgumentError, "unknown comment class #{comment_location.class}" end end ## # Path to this class or module for use with HTML generator output. def path http_url @store.rdoc.generator.class_dir end ## # Name to use to generate the url: # modules and classes that are aliases for another # module or class return the name of the latter. def name_for_path is_alias_for ? is_alias_for.full_name : full_name end ## # Returns the classes and modules that are not constants # aliasing another class or module. For use by formatters # only (caches its result). def non_aliases @non_aliases ||= classes_and_modules.reject { |cm| cm.is_alias_for } end ## # Updates the child modules or classes of class/module +parent+ by # deleting the ones that have been removed from the documentation. # # +parent_hash+ is either <tt>parent.modules_hash</tt> or # <tt>parent.classes_hash</tt> and +all_hash+ is ::all_modules_hash or # ::all_classes_hash. def remove_nodoc_children prefix = self.full_name + '::' modules_hash.each_key do |name| full_name = prefix + name modules_hash.delete name unless @store.modules_hash[full_name] end classes_hash.each_key do |name| full_name = prefix + name classes_hash.delete name unless @store.classes_hash[full_name] end end def remove_things my_things, other_files # :nodoc: my_things.delete_if do |file, things| next false unless other_files.include? file things.each do |thing| yield false, thing end true end end ## # Search record used by RDoc::Generator::JsonIndex def search_record [ name, full_name, full_name, '', path, '', snippet(@comment_location), ] end ## # Sets the store for this class or module and its contained code objects. def store= store super @attributes .each do |attr| attr.store = store end @constants .each do |const| const.store = store end @includes .each do |incl| incl.store = store end @extends .each do |ext| ext.store = store end @method_list.each do |meth| meth.store = store end end ## # Get the superclass of this class. Attempts to retrieve the superclass # object, returns the name if it is not known. def superclass @store.find_class_named(@superclass) || @superclass end ## # Set the superclass of this class to +superclass+ # # where +superclass+ is one of: # # - +nil+ # - a String containing the full name of the superclass # - the RDoc::ClassModule representing the superclass def superclass=(superclass) raise NoMethodError, "#{full_name} is a module" if module? case superclass when RDoc::ClassModule @superclass = superclass.full_name when nil, String @superclass = superclass else raise TypeError, "superclass must be a String or RDoc::ClassModule, not #{superclass.class}" end end ## # Get all super classes of this class in an array. The last element might be # a string if the name is unknown. def super_classes result = [] parent = self while parent = parent.superclass result << parent return result if parent.is_a?(String) end result end def to_s # :nodoc: if is_alias_for then "#{self.class.name} #{self.full_name} -> #{is_alias_for}" else super end end ## # 'module' or 'class' def type module? ? 'module' : 'class' end ## # Updates the child modules & classes by replacing the ones that are # aliases through a constant. # # The aliased module/class is replaced in the children and in # RDoc::Store#modules_hash or RDoc::Store#classes_hash # by a copy that has <tt>RDoc::ClassModule#is_alias_for</tt> set to # the aliased module/class, and this copy is added to <tt>#aliases</tt> # of the aliased module/class. # # Formatters can use the #non_aliases method to retrieve children that # are not aliases, for instance to list the namespace content, since # the aliased modules are included in the constants of the class/module, # that are listed separately. def update_aliases constants.each do |const| next unless cm = const.is_alias_for cm_alias = cm.dup cm_alias.name = const.name # Don't move top-level aliases under Object, they look ugly there unless RDoc::TopLevel === cm_alias.parent then cm_alias.parent = self cm_alias.full_name = nil # force update for new parent end cm_alias.aliases.clear cm_alias.is_alias_for = cm if cm.module? then @store.modules_hash[cm_alias.full_name] = cm_alias modules_hash[const.name] = cm_alias else @store.classes_hash[cm_alias.full_name] = cm_alias classes_hash[const.name] = cm_alias end cm.aliases << cm_alias end end ## # Deletes from #includes those whose module has been removed from the # documentation. #-- # FIXME: includes are not reliably removed, see _possible_bug test case def update_includes includes.reject! do |include| mod = include.module !(String === mod) && @store.modules_hash[mod.full_name].nil? end includes.uniq! end ## # Deletes from #extends those whose module has been removed from the # documentation. #-- # FIXME: like update_includes, extends are not reliably removed def update_extends extends.reject! do |ext| mod = ext.module !(String === mod) && @store.modules_hash[mod.full_name].nil? end extends.uniq! end def embed_mixins return unless options.embed_mixins includes.each do |include| next if String === include.module include.module.method_list.each do |code_object| add_method(prepare_to_embed(code_object)) end include.module.constants.each do |code_object| add_constant(prepare_to_embed(code_object)) end include.module.attributes.each do |code_object| add_attribute(prepare_to_embed(code_object)) end end extends.each do |ext| next if String === ext.module ext.module.method_list.each do |code_object| add_method(prepare_to_embed(code_object, true)) end ext.module.attributes.each do |code_object| add_attribute(prepare_to_embed(code_object, true)) end end end private def prepare_to_embed(code_object, singleton=false) code_object = code_object.dup code_object.mixin_from = code_object.parent code_object.singleton = true if singleton set_current_section(code_object.section.title, code_object.section.comment) # add_method and add_attribute will reassign self's visibility back to the method/attribute # so we need to sync self's visibility with the object's to properly retain that information self.visibility = code_object.visibility code_object end end PK )J [��oX� � @ share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/ghost_method.rbnu �[��� # frozen_string_literal: true ## # GhostMethod represents a method referenced only by a comment class RDoc::GhostMethod < RDoc::AnyMethod end PK )J [-qw% w% ? share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/method_attr.rbnu �[��� # frozen_string_literal: true ## # Abstract class representing either a method or an attribute. class RDoc::MethodAttr < RDoc::CodeObject include Comparable ## # Name of this method/attribute. attr_accessor :name ## # public, protected, private attr_accessor :visibility ## # Is this a singleton method/attribute? attr_accessor :singleton ## # Source file token stream attr_reader :text ## # Array of other names for this method/attribute attr_reader :aliases ## # The method/attribute we're aliasing attr_accessor :is_alias_for #-- # The attributes below are for AnyMethod only. # They are left here for the time being to # allow ri to operate. # TODO modify ri to avoid calling these on attributes. #++ ## # Parameters yielded by the called block attr_reader :block_params ## # Parameters for this method attr_accessor :params ## # Different ways to call this method attr_accessor :call_seq ## # The call_seq or the param_seq with method name, if there is no call_seq. attr_reader :arglists ## # Pretty parameter list for this method attr_reader :param_seq ## # Creates a new MethodAttr from token stream +text+ and method or attribute # name +name+. # # Usually this is called by super from a subclass. def initialize text, name super() @text = text @name = name @aliases = [] @is_alias_for = nil @parent_name = nil @singleton = nil @visibility = :public @see = false @arglists = nil @block_params = nil @call_seq = nil @param_seq = nil @params = nil end ## # Resets cached data for the object so it can be rebuilt by accessor methods def initialize_copy other # :nodoc: @full_name = nil end def initialize_visibility # :nodoc: super @see = nil end ## # Order by #singleton then #name def <=>(other) return unless other.respond_to?(:singleton) && other.respond_to?(:name) [@singleton ? 0 : 1, name_ord_range, name] <=> [other.singleton ? 0 : 1, other.name_ord_range, other.name] end def == other # :nodoc: equal?(other) or self.class == other.class and full_name == other.full_name end ## # A method/attribute is documented if any of the following is true: # - it was marked with :nodoc:; # - it has a comment; # - it is an alias for a documented method; # - it has a +#see+ method that is documented. def documented? super or (is_alias_for and is_alias_for.documented?) or (see and see.documented?) end ## # A method/attribute to look at, # in particular if this method/attribute has no documentation. # # It can be a method/attribute of the superclass or of an included module, # including the Kernel module, which is always appended to the included # modules. # # Returns +nil+ if there is no such method/attribute. # The +#is_alias_for+ method/attribute, if any, is not included. # # Templates may generate a "see also ..." if this method/attribute # has documentation, and "see ..." if it does not. def see @see = find_see if @see == false @see end ## # Sets the store for this class or module and its contained code objects. def store= store super @file = @store.add_file @file.full_name if @file end def find_see # :nodoc: return nil if singleton || is_alias_for # look for the method other = find_method_or_attribute name return other if other # if it is a setter, look for a getter return nil unless name =~ /[a-z_]=$/i # avoid == or === return find_method_or_attribute name[0..-2] end def find_method_or_attribute name # :nodoc: return nil unless parent.respond_to? :ancestors searched = parent.ancestors kernel = @store.modules_hash['Kernel'] searched << kernel if kernel && parent != kernel && !searched.include?(kernel) searched.each do |ancestor| next if String === ancestor next if parent == ancestor other = ancestor.find_method_named('#' + name) || ancestor.find_attribute_named(name) return other if other end nil end ## # Abstract method. Contexts in their building phase call this # to register a new alias for this known method/attribute. # # - creates a new AnyMethod/Attribute named <tt>an_alias.new_name</tt>; # - adds +self+ as an alias for the new method or attribute # - adds the method or attribute to #aliases # - adds the method or attribute to +context+. def add_alias(an_alias, context) raise NotImplementedError end ## # HTML fragment reference for this method def aref type = singleton ? 'c' : 'i' # % characters are not allowed in html names => dash instead "#{aref_prefix}-#{type}-#{html_name}" end ## # Prefix for +aref+, defined by subclasses. def aref_prefix raise NotImplementedError end ## # Attempts to sanitize the content passed by the Ruby parser: # remove outer parentheses, etc. def block_params=(value) # 'yield.to_s' or 'assert yield, msg' return @block_params = '' if value =~ /^[\.,]/ # remove trailing 'if/unless ...' return @block_params = '' if value =~ /^(if|unless)\s/ value = $1.strip if value =~ /^(.+)\s(if|unless)\s/ # outer parentheses value = $1 if value =~ /^\s*\((.*)\)\s*$/ value = value.strip # proc/lambda return @block_params = $1 if value =~ /^(proc|lambda)(\s*\{|\sdo)/ # surrounding +...+ or [...] value = $1.strip if value =~ /^\+(.*)\+$/ value = $1.strip if value =~ /^\[(.*)\]$/ return @block_params = '' if value.empty? # global variable return @block_params = 'str' if value =~ /^\$[&0-9]$/ # wipe out array/hash indices value.gsub!(/(\w)\[[^\[]+\]/, '\1') # remove @ from class/instance variables value.gsub!(/@@?([a-z0-9_]+)/, '\1') # method calls => method name value.gsub!(/([A-Z:a-z0-9_]+)\.([a-z0-9_]+)(\s*\(\s*[a-z0-9_.,\s]*\s*\)\s*)?/) do case $2 when 'to_s' then $1 when 'const_get' then 'const' when 'new' then $1.split('::').last. # ClassName => class_name gsub(/([A-Z]+)([A-Z][a-z])/, '\1_\2'). gsub(/([a-z\d])([A-Z])/, '\1_\2'). downcase else $2 end end # class prefixes value.gsub!(/[A-Za-z0-9_:]+::/, '') # simple expressions value = $1 if value =~ /^([a-z0-9_]+)\s*[-*+\/]/ @block_params = value.strip end ## # HTML id-friendly method/attribute name def html_name require 'cgi/util' CGI.escape(@name.gsub('-', '-2D')).gsub('%', '-').sub(/^-/, '') end ## # Full method/attribute name including namespace def full_name @full_name ||= "#{parent_name}#{pretty_name}" end def inspect # :nodoc: alias_for = @is_alias_for ? " (alias for #{@is_alias_for.name})" : nil visibility = self.visibility visibility = "forced #{visibility}" if force_documentation "#<%s:0x%x %s (%s)%s>" % [ self.class, object_id, full_name, visibility, alias_for, ] end ## # '::' for a class method/attribute, '#' for an instance method. def name_prefix @singleton ? '::' : '#' end ## # Name for output to HTML. For class methods the full name with a "." is # used like +SomeClass.method_name+. For instance methods the class name is # used if +context+ does not match the parent. # # This is to help prevent people from using :: to call class methods. def output_name context return "#{name_prefix}#{@name}" if context == parent "#{parent_name}#{@singleton ? '.' : '#'}#{@name}" end ## # Method/attribute name with class/instance indicator def pretty_name "#{name_prefix}#{@name}" end ## # Type of method/attribute (class or instance) def type singleton ? 'class' : 'instance' end ## # Path to this method for use with HTML generator output. def path "#{@parent.path}##{aref}" end ## # Name of our parent with special handling for un-marshaled methods def parent_name @parent_name || super end def pretty_print q # :nodoc: alias_for = if @is_alias_for.respond_to? :name then "alias for #{@is_alias_for.name}" elsif Array === @is_alias_for then "alias for #{@is_alias_for.last}" end q.group 2, "[#{self.class.name} #{full_name} #{visibility}", "]" do if alias_for then q.breakable q.text alias_for end if text then q.breakable q.text "text:" q.breakable q.pp @text end unless comment.empty? then q.breakable q.text "comment:" q.breakable q.pp @comment end end end ## # Used by RDoc::Generator::JsonIndex to create a record for the search # engine. def search_record [ @name, full_name, @name, @parent.full_name, path, params, snippet(@comment), ] end def to_s # :nodoc: if @is_alias_for "#{self.class.name}: #{full_name} -> #{is_alias_for}" else "#{self.class.name}: #{full_name}" end end def name_ord_range # :nodoc: case name.ord when 0..64 # anything below "A" 1 when 91..96 # the symbols between "Z" and "a" 2 when 123..126 # 7-bit symbols above "z": "{", "|", "}", "~" 3 else # everythig else can be sorted as normal 4 end end end PK )J [�f�c\ \ < share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/constant.rbnu �[��� # frozen_string_literal: true ## # A constant class RDoc::Constant < RDoc::CodeObject MARSHAL_VERSION = 0 # :nodoc: ## # Sets the module or class this is constant is an alias for. attr_writer :is_alias_for ## # The constant's name attr_accessor :name ## # The constant's value attr_accessor :value ## # The constant's visibility attr_accessor :visibility ## # Creates a new constant with +name+, +value+ and +comment+ def initialize(name, value, comment) super() @name = name @value = value @is_alias_for = nil @visibility = :public self.comment = comment end ## # Constants are ordered by name def <=> other return unless self.class === other [parent_name, name] <=> [other.parent_name, other.name] end ## # Constants are equal when their #parent and #name is the same def == other self.class == other.class and @parent == other.parent and @name == other.name end ## # A constant is documented if it has a comment, or is an alias # for a documented class or module. def documented? return true if super return false unless @is_alias_for case @is_alias_for when String then found = @store.find_class_or_module @is_alias_for return false unless found @is_alias_for = found end @is_alias_for.documented? end ## # Full constant name including namespace def full_name @full_name ||= "#{parent_name}::#{@name}" end ## # The module or class this constant is an alias for def is_alias_for case @is_alias_for when String then found = @store.find_class_or_module @is_alias_for @is_alias_for = found if found @is_alias_for else @is_alias_for end end def inspect # :nodoc: "#<%s:0x%x %s::%s>" % [ self.class, object_id, parent_name, @name, ] end ## # Dumps this Constant for use by ri. See also #marshal_load def marshal_dump alias_name = case found = is_alias_for when RDoc::CodeObject then found.full_name else found end [ MARSHAL_VERSION, @name, full_name, @visibility, alias_name, parse(@comment), @file.relative_name, parent.name, parent.class, section.title, ] end ## # Loads this Constant from +array+. For a loaded Constant the following # methods will return cached values: # # * #full_name # * #parent_name def marshal_load array initialize array[1], nil, array[5] @full_name = array[2] @visibility = array[3] || :public @is_alias_for = array[4] # 5 handled above # 6 handled below @parent_name = array[7] @parent_class = array[8] @section_title = array[9] @file = RDoc::TopLevel.new array[6] end ## # Path to this constant for use with HTML generator output. def path "#{@parent.path}##{@name}" end def pretty_print q # :nodoc: q.group 2, "[#{self.class.name} #{full_name}", "]" do unless comment.empty? then q.breakable q.text "comment:" q.breakable q.pp @comment end end end ## # Sets the store for this class or module and its contained code objects. def store= store super @file = @store.add_file @file.full_name if @file end def to_s # :nodoc: parent_name = parent ? parent.full_name : '(unknown)' if is_alias_for "constant #{parent_name}::#@name -> #{is_alias_for}" else "constant #{parent_name}::#@name" end end end PK )J [tqB�� � @ share/gems/gems/rdoc-6.10.0/lib/rdoc/code_object/normal_class.rbnu �[��� # frozen_string_literal: true ## # A normal class, neither singleton nor anonymous class RDoc::NormalClass < RDoc::ClassModule ## # The ancestors of this class including modules. Unlike Module#ancestors, # this class is not included in the result. The result will contain both # RDoc::ClassModules and Strings. def ancestors if String === superclass then super << superclass elsif superclass then ancestors = super ancestors << superclass ancestors.concat superclass.ancestors else super end end def aref_prefix # :nodoc: 'class' end ## # The definition of this class, <tt>class MyClassName</tt> def definition "class #{full_name}" end def direct_ancestors superclass ? super + [superclass] : super end def inspect # :nodoc: superclass = @superclass ? " < #{@superclass}" : nil "<%s:0x%x class %s%s includes: %p extends: %p attributes: %p methods: %p aliases: %p>" % [ self.class, object_id, full_name, superclass, @includes, @extends, @attributes, @method_list, @aliases ] end def to_s # :nodoc: display = "#{self.class.name} #{self.full_name}" if superclass display += ' < ' + (superclass.is_a?(String) ? superclass : superclass.full_name) end display += ' -> ' + is_alias_for.to_s if is_alias_for display end def pretty_print q # :nodoc: superclass = @superclass ? " < #{@superclass}" : nil q.group 2, "[class #{full_name}#{superclass}", "]" do q.breakable q.text "includes:" q.breakable q.seplist @includes do |inc| q.pp inc end q.breakable q.text "constants:" q.breakable q.seplist @constants do |const| q.pp const end q.breakable q.text "attributes:" q.breakable q.seplist @attributes do |attr| q.pp attr end q.breakable q.text "methods:" q.breakable q.seplist @method_list do |meth| q.pp meth end q.breakable q.text "aliases:" q.breakable q.seplist @aliases do |aliaz| q.pp aliaz end q.breakable q.text "comment:" q.breakable q.pp comment end end end PK )J [�(�? ? 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/stats/quiet.rbnu �[��� # frozen_string_literal: true ## # Stats printer that prints nothing class RDoc::Stats::Quiet ## # Creates a new Quiet that will print nothing def initialize num_files @num_files = num_files end ## # Prints a message at the beginning of parsing def begin_adding(*) end ## # Prints when an alias is added def print_alias(*) end ## # Prints when an attribute is added def print_attribute(*) end ## # Prints when a class is added def print_class(*) end ## # Prints when a constant is added def print_constant(*) end ## # Prints when a file is added def print_file(*) end ## # Prints when a method is added def print_method(*) end ## # Prints when a module is added def print_module(*) end ## # Prints when RDoc is done def done_adding(*) end end PK )J [�d)�� � 5 share/gems/gems/rdoc-6.10.0/lib/rdoc/stats/verbose.rbnu �[��� # frozen_string_literal: true ## # Stats printer that prints everything documented, including the documented # status class RDoc::Stats::Verbose < RDoc::Stats::Normal ## # Returns a marker for RDoc::CodeObject +co+ being undocumented def nodoc co " (undocumented)" unless co.documented? end def print_alias as # :nodoc: puts " alias #{as.new_name} #{as.old_name}#{nodoc as}" end def print_attribute attribute # :nodoc: puts " #{attribute.definition} #{attribute.name}#{nodoc attribute}" end def print_class(klass) # :nodoc: puts " class #{klass.full_name}#{nodoc klass}" end def print_constant(constant) # :nodoc: puts " #{constant.name}#{nodoc constant}" end def print_file(files_so_far, file) # :nodoc: super puts end def print_method(method) # :nodoc: puts " #{method.singleton ? '::' : '#'}#{method.name}#{nodoc method}" end def print_module(mod) # :nodoc: puts " module #{mod.full_name}#{nodoc mod}" end end PK )J [9)-$0 0 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/stats/normal.rbnu �[��� # frozen_string_literal: true begin require 'io/console/size' rescue LoadError # for JRuby require 'io/console' end ## # Stats printer that prints just the files being documented with a progress # bar class RDoc::Stats::Normal < RDoc::Stats::Quiet def begin_adding # :nodoc: puts "Parsing sources..." @last_width = 0 end ## # Prints a file with a progress bar def print_file files_so_far, filename progress_bar = sprintf("%3d%% [%2d/%2d] ", 100 * files_so_far / @num_files, files_so_far, @num_files) if $stdout.tty? # Print a progress bar, but make sure it fits on a single line. Filename # will be truncated if necessary. size = IO.respond_to?(:console_size) ? IO.console_size : IO.console.winsize terminal_width = size[1].to_i.nonzero? || 80 max_filename_size = (terminal_width - progress_bar.size) - 1 if filename.size > max_filename_size then # Turn "some_long_filename.rb" to "...ong_filename.rb" filename = filename[(filename.size - max_filename_size) .. -1] filename[0..2] = "..." end # Clean the line with whitespaces so that leftover output from the # previous line doesn't show up. $stdout.print("\r\e[K") if @last_width && @last_width > 0 @last_width = progress_bar.size + filename.size term = "\r" else term = "\n" end $stdout.print(progress_bar, filename, term) $stdout.flush end def done_adding # :nodoc: puts end end PK )J [x��* * ? share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_html_crossref.rbnu �[��� # frozen_string_literal: true ## # Subclass of the RDoc::Markup::ToHtml class that supports looking up method # names, classes, etc to create links. RDoc::CrossReference is used to # generate those links based on the current context. class RDoc::Markup::ToHtmlCrossref < RDoc::Markup::ToHtml # :stopdoc: ALL_CROSSREF_REGEXP = RDoc::CrossReference::ALL_CROSSREF_REGEXP CLASS_REGEXP_STR = RDoc::CrossReference::CLASS_REGEXP_STR CROSSREF_REGEXP = RDoc::CrossReference::CROSSREF_REGEXP METHOD_REGEXP_STR = RDoc::CrossReference::METHOD_REGEXP_STR # :startdoc: ## # RDoc::CodeObject for generating references attr_accessor :context ## # Should we show '#' characters on method references? attr_accessor :show_hash ## # Creates a new crossref resolver that generates links relative to +context+ # which lives at +from_path+ in the generated files. '#' characters on # references are removed unless +show_hash+ is true. Only method names # preceded by '#' or '::' are linked, unless +hyperlink_all+ is true. def initialize(options, from_path, context, markup = nil) raise ArgumentError, 'from_path cannot be nil' if from_path.nil? super options, markup @context = context @from_path = from_path @hyperlink_all = @options.hyperlink_all @show_hash = @options.show_hash @cross_reference = RDoc::CrossReference.new @context end # :nodoc: def init_link_notation_regexp_handlings add_regexp_handling_RDOCLINK # The crossref must be linked before tidylink because Klass.method[:sym] # will be processed as a tidylink first and will be broken. crossref_re = @options.hyperlink_all ? ALL_CROSSREF_REGEXP : CROSSREF_REGEXP @markup.add_regexp_handling crossref_re, :CROSSREF add_regexp_handling_TIDYLINK end ## # Creates a link to the reference +name+ if the name exists. If +text+ is # given it is used as the link text, otherwise +name+ is used. def cross_reference name, text = nil, code = true, rdoc_ref: false lookup = name name = name[1..-1] unless @show_hash if name[0, 1] == '#' if !(name.end_with?('+@', '-@')) and name =~ /(.*[^#:])?@/ text ||= [CGI.unescape($'), (" at <code>#{$1}</code>" if $~.begin(1))].join("") code = false else text ||= name end link lookup, text, code, rdoc_ref: rdoc_ref end ## # We're invoked when any text matches the CROSSREF pattern. If we find the # corresponding reference, generate a link. If the name we're looking for # contains no punctuation, we look for it up the module/class chain. For # example, ToHtml is found, even without the <tt>RDoc::Markup::</tt> prefix, # because we look for it in module Markup first. def handle_regexp_CROSSREF(target) name = target.text return name if name =~ /@[\w-]+\.[\w-]/ # labels that look like emails unless @hyperlink_all then # This ensures that words entirely consisting of lowercase letters will # not have cross-references generated (to suppress lots of erroneous # cross-references to "new" in text, for instance) return name if name =~ /\A[a-z]*\z/ end cross_reference name, rdoc_ref: false end ## # Handles <tt>rdoc-ref:</tt> scheme links and allows RDoc::Markup::ToHtml to # handle other schemes. def handle_regexp_HYPERLINK target url = target.text case url when /\Ardoc-ref:/ cross_reference $', rdoc_ref: true else super end end ## # +target+ is an rdoc-schemed link that will be converted into a hyperlink. # For the rdoc-ref scheme the cross-reference will be looked up and the # given name will be used. # # All other contents are handled by # {the superclass}[rdoc-ref:RDoc::Markup::ToHtml#handle_regexp_RDOCLINK] def handle_regexp_RDOCLINK target url = target.text case url when /\Ardoc-ref:/ cross_reference $', rdoc_ref: true else super end end ## # Generates links for <tt>rdoc-ref:</tt> scheme URLs and allows # RDoc::Markup::ToHtml to handle other schemes. def gen_url url, text if url =~ /\Ardoc-ref:/ name = $' cross_reference name, text, name == text, rdoc_ref: true else super end end ## # Creates an HTML link to +name+ with the given +text+. def link name, text, code = true, rdoc_ref: false if !(name.end_with?('+@', '-@')) and name =~ /(.*[^#:])?@/ name = $1 label = $' end ref = @cross_reference.resolve name, text if name case ref when String then if rdoc_ref && @options.warn_missing_rdoc_ref puts "#{@from_path}: `rdoc-ref:#{name}` can't be resolved for `#{text}`" end ref else path = ref ? ref.as_href(@from_path) : +"" if code and RDoc::CodeObject === ref and !(RDoc::TopLevel === ref) text = "<code>#{CGI.escapeHTML text}</code>" end if label if path =~ /#/ path << "-label-#{label}" elsif ref&.sections&.any? { |section| label == section.title } path << "##{label}" elsif ref.respond_to?(:aref) path << "##{ref.aref}-label-#{label}" else path << "#label-#{label}" end end "<a href=\"#{path}\">#{text}</a>" end end def convert_flow(flow) res = [] i = 0 while i < flow.size item = flow[i] i += 1 case item when RDoc::Markup::AttrChanger then # Make "+Class#method+" a cross reference if tt_tag?(item.turn_on) and String === (str = flow[i]) and RDoc::Markup::AttrChanger === flow[i+1] and tt_tag?(flow[i+1].turn_off, true) and (@options.hyperlink_all ? ALL_CROSSREF_REGEXP : CROSSREF_REGEXP).match?(str) and (text = cross_reference str) != str then text = yield text, res if defined?(yield) res << text i += 2 next end off_tags res, item on_tags res, item when String then text = convert_string(item) text = yield text, res if defined?(yield) res << text when RDoc::Markup::RegexpHandling then text = convert_regexp_handling(item) text = yield text, res if defined?(yield) res << text else raise "Unknown flow element: #{item.inspect}" end end res.join('') end end PK )J [����x x 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/table.rbnu �[��� # frozen_string_literal: true ## # A section of table class RDoc::Markup::Table # headers of each column attr_accessor :header # alignments of each column attr_accessor :align # body texts of each column attr_accessor :body # Creates new instance def initialize header, align, body @header, @align, @body = header, align, body end # :stopdoc: def == other self.class == other.class and @header == other.header and @align == other.align and @body == other.body end def accept visitor visitor.accept_table @header, @body, @align end def pretty_print q q.group 2, '[Table: ', ']' do q.group 2, '[Head: ', ']' do q.seplist @header.zip(@align) do |text, align| q.pp text if align q.text ":" q.breakable q.text align.to_s end end end q.breakable q.group 2, '[Body: ', ']' do q.seplist @body do |body| q.group 2, '[', ']' do q.seplist body do |text| q.pp text end end end end end end end PK )J [L��5 > share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_html_snippet.rbnu �[��� # frozen_string_literal: true ## # Outputs RDoc markup as paragraphs with inline markup only. class RDoc::Markup::ToHtmlSnippet < RDoc::Markup::ToHtml ## # After this many characters the input will be cut off. attr_reader :character_limit ## # The number of characters seen so far. attr_reader :characters # :nodoc: ## # The attribute bitmask attr_reader :mask ## # After this many paragraphs the input will be cut off. attr_reader :paragraph_limit ## # Count of paragraphs found attr_reader :paragraphs ## # Creates a new ToHtmlSnippet formatter that will cut off the input on the # next word boundary after the given number of +characters+ or +paragraphs+ # of text have been encountered. def initialize options, characters = 100, paragraphs = 3, markup = nil super options, markup @character_limit = characters @paragraph_limit = paragraphs @characters = 0 @mask = 0 @paragraphs = 0 @markup.add_regexp_handling RDoc::CrossReference::CROSSREF_REGEXP, :CROSSREF end ## # Adds +heading+ to the output as a paragraph def accept_heading heading @res << "<p>#{to_html heading.text}\n" add_paragraph end ## # Raw sections are untrusted and ignored alias accept_raw ignore ## # Rules are ignored alias accept_rule ignore ## # Adds +paragraph+ to the output def accept_paragraph paragraph para = @in_list_entry.last || "<p>" text = paragraph.text @hard_break @res << "#{para}#{to_html text}\n" add_paragraph end ## # Finishes consumption of +list_item+ def accept_list_item_end list_item end ## # Prepares the visitor for consuming +list_item+ def accept_list_item_start list_item @res << list_item_start(list_item, @list.last) end ## # Prepares the visitor for consuming +list+ def accept_list_start list @list << list.type @res << html_list_name(list.type, true) @in_list_entry.push '' end ## # Adds +verbatim+ to the output def accept_verbatim verbatim throw :done if @characters >= @character_limit input = verbatim.text.rstrip text = truncate input text << ' ...' unless text == input super RDoc::Markup::Verbatim.new text add_paragraph end ## # Prepares the visitor for HTML snippet generation def start_accepting super @characters = 0 end ## # Removes escaping from the cross-references in +target+ def handle_regexp_CROSSREF target target.text.sub(/\A\\/, '') end ## # +target+ is a <code><br></code> def handle_regexp_HARD_BREAK target @characters -= 4 '<br>' end ## # Lists are paragraphs, but notes and labels have a separator def list_item_start list_item, list_type throw :done if @characters >= @character_limit case list_type when :BULLET, :LALPHA, :NUMBER, :UALPHA then "<p>" when :LABEL, :NOTE then labels = Array(list_item.label).map do |label| to_html label end.join ', ' labels << " — " unless labels.empty? start = "<p>#{labels}" @characters += 1 # try to include the label start else raise RDoc::Error, "Invalid list type: #{list_type.inspect}" end end ## # Returns just the text of +link+, +url+ is only used to determine the link # type. def gen_url url, text if url =~ /^rdoc-label:([^:]*)(?::(.*))?/ then type = "link" elsif url =~ /([A-Za-z]+):(.*)/ then type = $1 else type = "http" end if (type == "http" or type == "https" or type == "link") and url =~ /\.(gif|png|jpg|jpeg|bmp)$/ then '' else text.sub(%r%^#{type}:/*%, '') end end ## # In snippets, there are no lists def html_list_name list_type, open_tag '' end ## # Throws +:done+ when paragraph_limit paragraphs have been encountered def add_paragraph @paragraphs += 1 throw :done if @paragraphs >= @paragraph_limit end ## # Marks up +content+ def convert content catch :done do return super end end_accepting end ## # Converts flow items +flow+ def convert_flow flow throw :done if @characters >= @character_limit res = [] @mask = 0 flow.each do |item| case item when RDoc::Markup::AttrChanger then off_tags res, item on_tags res, item when String then text = convert_string item res << truncate(text) when RDoc::Markup::RegexpHandling then text = convert_regexp_handling item res << truncate(text) else raise "Unknown flow element: #{item.inspect}" end if @characters >= @character_limit then off_tags res, RDoc::Markup::AttrChanger.new(0, @mask) break end end res << ' ...' if @characters >= @character_limit res.join end ## # Maintains a bitmask to allow HTML elements to be closed properly. See # RDoc::Markup::Formatter. def on_tags res, item @mask ^= item.turn_on super end ## # Maintains a bitmask to allow HTML elements to be closed properly. See # RDoc::Markup::Formatter. def off_tags res, item @mask ^= item.turn_off super end ## # Truncates +text+ at the end of the first word after the character_limit. def truncate text length = text.length characters = @characters @characters += length return text if @characters < @character_limit remaining = @character_limit - characters text =~ /\A(.{#{remaining},}?)(\s|$)/m # TODO word-break instead of \s? $1 end end PK )J [ �Gr 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_tt_only.rbnu �[��� # frozen_string_literal: true ## # Extracts sections of text enclosed in plus, tt or code. Used to discover # undocumented parameters. class RDoc::Markup::ToTtOnly < RDoc::Markup::Formatter ## # Stack of list types attr_reader :list_type ## # Output accumulator attr_reader :res ## # Creates a new tt-only formatter. def initialize markup = nil super nil, markup add_tag :TT, nil, nil end ## # Adds tts from +block_quote+ to the output def accept_block_quote block_quote tt_sections block_quote.text end ## # Pops the list type for +list+ from #list_type def accept_list_end list @list_type.pop end ## # Pushes the list type for +list+ onto #list_type def accept_list_start list @list_type << list.type end ## # Prepares the visitor for consuming +list_item+ def accept_list_item_start list_item case @list_type.last when :NOTE, :LABEL then Array(list_item.label).map do |label| tt_sections label end.flatten end end ## # Adds +paragraph+ to the output def accept_paragraph paragraph tt_sections(paragraph.text) end ## # Does nothing to +markup_item+ because it doesn't have any user-built # content def do_nothing markup_item end alias accept_blank_line do_nothing # :nodoc: alias accept_heading do_nothing # :nodoc: alias accept_list_item_end do_nothing # :nodoc: alias accept_raw do_nothing # :nodoc: alias accept_rule do_nothing # :nodoc: alias accept_verbatim do_nothing # :nodoc: ## # Extracts tt sections from +text+ def tt_sections text flow = @am.flow text.dup flow.each do |item| case item when String then @res << item if in_tt? when RDoc::Markup::AttrChanger then off_tags res, item on_tags res, item when RDoc::Markup::RegexpHandling then @res << convert_regexp_handling(item) if in_tt? # TODO can this happen? else raise "Unknown flow element: #{item.inspect}" end end res end ## # Returns an Array of items that were wrapped in plus, tt or code. def end_accepting @res.compact end ## # Prepares the visitor for gathering tt sections def start_accepting @res = [] @list_type = [] end end PK )J [���Z Z 7 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_label.rbnu �[��� # frozen_string_literal: true require 'cgi/util' ## # Creates HTML-safe labels suitable for use in id attributes. Tidylinks are # converted to their link part and cross-reference links have the suppression # marks removed (\\SomeClass is converted to SomeClass). class RDoc::Markup::ToLabel < RDoc::Markup::Formatter attr_reader :res # :nodoc: ## # Creates a new formatter that will output HTML-safe labels def initialize markup = nil super nil, markup @markup.add_regexp_handling RDoc::CrossReference::CROSSREF_REGEXP, :CROSSREF @markup.add_regexp_handling(/(((\{.*?\})|\b\S+?)\[\S+?\])/, :TIDYLINK) add_tag :BOLD, '', '' add_tag :TT, '', '' add_tag :EM, '', '' @res = [] end ## # Converts +text+ to an HTML-safe label def convert text label = convert_flow @am.flow text CGI.escape(label).gsub('%', '-').sub(/^-/, '') end ## # Converts the CROSSREF +target+ to plain text, removing the suppression # marker, if any def handle_regexp_CROSSREF target text = target.text text.sub(/^\\/, '') end ## # Converts the TIDYLINK +target+ to just the text part def handle_regexp_TIDYLINK target text = target.text return text unless text =~ /\{(.*?)\}\[(.*?)\]/ or text =~ /(\S+)\[(.*?)\]/ $1 end alias accept_blank_line ignore alias accept_block_quote ignore alias accept_heading ignore alias accept_list_end ignore alias accept_list_item_end ignore alias accept_list_item_start ignore alias accept_list_start ignore alias accept_paragraph ignore alias accept_raw ignore alias accept_rule ignore alias accept_verbatim ignore alias end_accepting ignore alias handle_regexp_HARD_BREAK ignore alias start_accepting ignore end PK )J [��&�� � C share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_table_of_contents.rbnu �[��� # frozen_string_literal: true ## # Extracts just the RDoc::Markup::Heading elements from a # RDoc::Markup::Document to help build a table of contents class RDoc::Markup::ToTableOfContents < RDoc::Markup::Formatter @to_toc = nil ## # Singleton for table-of-contents generation def self.to_toc @to_toc ||= new end ## # Output accumulator attr_reader :res ## # Omits headings with a level less than the given level. attr_accessor :omit_headings_below def initialize # :nodoc: super nil @omit_headings_below = nil end ## # Adds +document+ to the output, using its heading cutoff if present def accept_document document @omit_headings_below = document.omit_headings_below super end ## # Adds +heading+ to the table of contents def accept_heading heading @res << heading unless suppressed? heading end ## # Returns the table of contents def end_accepting @res end ## # Prepares the visitor for text generation def start_accepting @omit_headings_below = nil @res = [] end ## # Returns true if +heading+ is below the display threshold def suppressed? heading return false unless @omit_headings_below heading.level > @omit_headings_below end # :stopdoc: alias accept_block_quote ignore alias accept_raw ignore alias accept_rule ignore alias accept_blank_line ignore alias accept_paragraph ignore alias accept_verbatim ignore alias accept_list_end ignore alias accept_list_item_start ignore alias accept_list_item_end ignore alias accept_list_end_bullet ignore alias accept_list_start ignore alias accept_table ignore # :startdoc: end PK )J [���9 �9 5 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/parser.rbnu �[��� # frozen_string_literal: true require 'strscan' ## # A recursive-descent parser for RDoc markup. # # The parser tokenizes an input string then parses the tokens into a Document. # Documents can be converted into output formats by writing a visitor like # RDoc::Markup::ToHTML. # # The parser only handles the block-level constructs Paragraph, List, # ListItem, Heading, Verbatim, BlankLine, Rule and BlockQuote. # Inline markup such as <tt>\+blah\+</tt> is handled separately by # RDoc::Markup::AttributeManager. # # To see what markup the Parser implements read RDoc. To see how to use # RDoc markup to format text in your program read RDoc::Markup. class RDoc::Markup::Parser include RDoc::Text ## # List token types LIST_TOKENS = [ :BULLET, :LABEL, :LALPHA, :NOTE, :NUMBER, :UALPHA, ] ## # Parser error subclass class Error < RuntimeError; end ## # Raised when the parser is unable to handle the given markup class ParseError < Error; end ## # Enables display of debugging information attr_accessor :debug ## # Token accessor attr_reader :tokens ## # Parses +str+ into a Document. # # Use RDoc::Markup#parse instead of this method. def self.parse str parser = new parser.tokenize str doc = RDoc::Markup::Document.new parser.parse doc end ## # Returns a token stream for +str+, for testing def self.tokenize str parser = new parser.tokenize str parser.tokens end ## # Creates a new Parser. See also ::parse def initialize @binary_input = nil @current_token = nil @debug = false @s = nil @tokens = [] end ## # Builds a Heading of +level+ def build_heading level type, text, = get text = case type when :TEXT then skip :NEWLINE text else unget '' end RDoc::Markup::Heading.new level, text end ## # Builds a List flush to +margin+ def build_list margin p :list_start => margin if @debug list = RDoc::Markup::List.new label = nil until @tokens.empty? do type, data, column, = get case type when *LIST_TOKENS then if column < margin || (list.type && list.type != type) then unget break end list.type = type peek_type, _, column, = peek_token case type when :NOTE, :LABEL then label = [] unless label if peek_type == :NEWLINE then # description not on the same line as LABEL/NOTE # skip the trailing newline & any blank lines below while peek_type == :NEWLINE get peek_type, _, column, = peek_token end # we may be: # - at end of stream # - at a column < margin: # [text] # blah blah blah # - at the same column, but with a different type of list item # [text] # * blah blah # - at the same column, with the same type of list item # [one] # [two] # In all cases, we have an empty description. # In the last case only, we continue. if peek_type.nil? || column < margin then empty = true elsif column == margin then case peek_type when type empty = :continue when *LIST_TOKENS empty = true else empty = false end else empty = false end if empty then label << data next if empty == :continue break end end else data = nil end if label then data = label << data label = nil end list_item = RDoc::Markup::ListItem.new data parse list_item, column list << list_item else unget break end end p :list_end => margin if @debug if list.empty? then return nil unless label return nil unless [:LABEL, :NOTE].include? list.type list_item = RDoc::Markup::ListItem.new label, RDoc::Markup::BlankLine.new list << list_item end list end ## # Builds a Paragraph that is flush to +margin+ def build_paragraph margin p :paragraph_start => margin if @debug paragraph = RDoc::Markup::Paragraph.new until @tokens.empty? do type, data, column, = get if type == :TEXT and column == margin then paragraph << data break if peek_token.first == :BREAK data << ' ' if skip :NEWLINE and /#{SPACE_SEPARATED_LETTER_CLASS}\z/o.match?(data) else unget break end end paragraph.parts.last.sub!(/ \z/, '') # cleanup p :paragraph_end => margin if @debug paragraph end ## # Builds a Verbatim that is indented from +margin+. # # The verbatim block is shifted left (the least indented lines start in # column 0). Each part of the verbatim is one line of text, always # terminated by a newline. Blank lines always consist of a single newline # character, and there is never a single newline at the end of the verbatim. def build_verbatim margin p :verbatim_begin => margin if @debug verbatim = RDoc::Markup::Verbatim.new min_indent = nil generate_leading_spaces = true line = ''.dup until @tokens.empty? do type, data, column, = get if type == :NEWLINE then line << data verbatim << line line = ''.dup generate_leading_spaces = true next end if column <= margin unget break end if generate_leading_spaces then indent = column - margin line << ' ' * indent min_indent = indent if min_indent.nil? || indent < min_indent generate_leading_spaces = false end case type when :HEADER then line << '=' * data _, _, peek_column, = peek_token peek_column ||= column + data indent = peek_column - column - data line << ' ' * indent when :RULE then width = 2 + data line << '-' * width _, _, peek_column, = peek_token peek_column ||= column + width indent = peek_column - column - width line << ' ' * indent when :BREAK, :TEXT then line << data when :BLOCKQUOTE then line << '>>>' peek_type, _, peek_column = peek_token if peek_type != :NEWLINE and peek_column line << ' ' * (peek_column - column - 3) end else # *LIST_TOKENS list_marker = case type when :BULLET then data when :LABEL then "[#{data}]" when :NOTE then "#{data}::" else # :LALPHA, :NUMBER, :UALPHA "#{data}." end line << list_marker peek_type, _, peek_column = peek_token unless peek_type == :NEWLINE then peek_column ||= column + list_marker.length indent = peek_column - column - list_marker.length line << ' ' * indent end end end verbatim << line << "\n" unless line.empty? verbatim.parts.each { |p| p.slice!(0, min_indent) unless p == "\n" } if min_indent > 0 verbatim.normalize p :verbatim_end => margin if @debug verbatim end ## # Pulls the next token from the stream. def get @current_token = @tokens.shift p :get => @current_token if @debug @current_token end ## # Parses the tokens into an array of RDoc::Markup::XXX objects, # and appends them to the passed +parent+ RDoc::Markup::YYY object. # # Exits at the end of the token stream, or when it encounters a token # in a column less than +indent+ (unless it is a NEWLINE). # # Returns +parent+. def parse parent, indent = 0 p :parse_start => indent if @debug until @tokens.empty? do type, data, column, = get case type when :BREAK then parent << RDoc::Markup::BlankLine.new skip :NEWLINE, false next when :NEWLINE then # trailing newlines are skipped below, so this is a blank line parent << RDoc::Markup::BlankLine.new skip :NEWLINE, false next end # indentation change: break or verbatim if column < indent then unget break elsif column > indent then unget parent << build_verbatim(indent) next end # indentation is the same case type when :HEADER then parent << build_heading(data) when :RULE then parent << RDoc::Markup::Rule.new(data) skip :NEWLINE when :TEXT then unget parse_text parent, indent when :BLOCKQUOTE then nil while (type, = get; type) and type != :NEWLINE _, _, column, = peek_token bq = RDoc::Markup::BlockQuote.new p :blockquote_start => [data, column] if @debug parse bq, column p :blockquote_end => indent if @debug parent << bq when *LIST_TOKENS then unget parent << build_list(indent) else type, data, column, line = @current_token raise ParseError, "Unhandled token #{type} (#{data.inspect}) at #{line}:#{column}" end end p :parse_end => indent if @debug parent end ## # Small hook that is overridden by RDoc::TomDoc def parse_text parent, indent # :nodoc: parent << build_paragraph(indent) end ## # Returns the next token on the stream without modifying the stream def peek_token token = @tokens.first || [] p :peek => token if @debug token end ## # A simple wrapper of StringScanner that is aware of the current column and lineno class MyStringScanner # :stopdoc: def initialize(input) @line = @column = 0 @s = StringScanner.new input end def scan(re) ret = @s.scan(re) @column += ret.length if ret ret end def unscan(s) @s.pos -= s.bytesize @column -= s.length end def pos [@column, @line] end def newline! @column = 0 @line += 1 end def eos? @s.eos? end def matched @s.matched end def [](i) @s[i] end #:startdoc: end ## # Creates the StringScanner def setup_scanner input @s = MyStringScanner.new input end ## # Skips the next token if its type is +token_type+. # # Optionally raises an error if the next token is not of the expected type. def skip token_type, error = true type, = get return unless type # end of stream return @current_token if token_type == type unget raise ParseError, "expected #{token_type} got #{@current_token.inspect}" if error end ## # Turns text +input+ into a stream of tokens def tokenize input setup_scanner input until @s.eos? do pos = @s.pos # leading spaces will be reflected by the column of the next token # the only thing we loose are trailing spaces at the end of the file next if @s.scan(/ +/) # note: after BULLET, LABEL, etc., # indent will be the column of the next non-newline token @tokens << case # [CR]LF => :NEWLINE when @s.scan(/\r?\n/) then token = [:NEWLINE, @s.matched, *pos] @s.newline! token # === text => :HEADER then :TEXT when @s.scan(/(=+)(\s*)/) then level = @s[1].length header = [:HEADER, level, *pos] if @s[2] =~ /^\r?\n/ then @s.unscan(@s[2]) header else pos = @s.pos @s.scan(/.*/) @tokens << header [:TEXT, @s.matched.sub(/\r$/, ''), *pos] end # --- (at least 3) and nothing else on the line => :RULE when @s.scan(/(-{3,}) *\r?$/) then [:RULE, @s[1].length - 2, *pos] # * or - followed by white space and text => :BULLET when @s.scan(/([*-]) +(\S)/) then @s.unscan(@s[2]) [:BULLET, @s[1], *pos] # A. text, a. text, 12. text => :UALPHA, :LALPHA, :NUMBER when @s.scan(/([a-z]|\d+)\. +(\S)/i) then # FIXME if tab(s), the column will be wrong # either support tabs everywhere by first expanding them to # spaces, or assume that they will have been replaced # before (and provide a check for that at least in debug # mode) list_label = @s[1] @s.unscan(@s[2]) list_type = case list_label when /[a-z]/ then :LALPHA when /[A-Z]/ then :UALPHA when /\d/ then :NUMBER else raise ParseError, "BUG token #{list_label}" end [list_type, list_label, *pos] # [text] followed by spaces or end of line => :LABEL when @s.scan(/\[(.*?)\]( +|\r?$)/) then [:LABEL, @s[1], *pos] # text:: followed by spaces or end of line => :NOTE when @s.scan(/(.*?)::( +|\r?$)/) then [:NOTE, @s[1], *pos] # >>> followed by end of line => :BLOCKQUOTE when @s.scan(/>>> *(\w+)?$/) then if word = @s[1] @s.unscan(word) end [:BLOCKQUOTE, word, *pos] # anything else: :TEXT else @s.scan(/(.*?)( )?\r?$/) token = [:TEXT, @s[1], *pos] if @s[2] then @tokens << token [:BREAK, @s[2], pos[0] + @s[1].length, pos[1]] else token end end end self end ## # Returns the current token to the token stream def unget token = @current_token p :unget => token if @debug raise Error, 'too many #ungets' if token == @tokens.first @tokens.unshift token if token end end PK )J [���: : 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/rule.rbnu �[��� # frozen_string_literal: true ## # A horizontal rule with a weight class RDoc::Markup::Rule < Struct.new :weight ## # Calls #accept_rule on +visitor+ def accept visitor visitor.accept_rule self end def pretty_print q # :nodoc: q.group 2, '[rule:', ']' do q.pp weight end end end PK )J [)��� � 6 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/heading.rbnu �[��� # frozen_string_literal: true ## # A heading with a level (1-6) and text RDoc::Markup::Heading = Struct.new :level, :text do @to_html = nil @to_label = nil ## # A singleton RDoc::Markup::ToLabel formatter for headings. def self.to_label @to_label ||= RDoc::Markup::ToLabel.new end ## # A singleton plain HTML formatter for headings. Used for creating labels # for the Table of Contents def self.to_html return @to_html if @to_html markup = RDoc::Markup.new markup.add_regexp_handling RDoc::CrossReference::CROSSREF_REGEXP, :CROSSREF @to_html = RDoc::Markup::ToHtml.new nil def @to_html.handle_regexp_CROSSREF target target.text.sub(/^\\/, '') end @to_html end ## # Calls #accept_heading on +visitor+ def accept visitor visitor.accept_heading self end ## # An HTML-safe anchor reference for this header. def aref "label-#{self.class.to_label.convert text.dup}" end ## # Creates a fully-qualified label which will include the label from # +context+. This helps keep ids unique in HTML. def label context = nil label = aref label = [context.aref, label].compact.join '-' if context and context.respond_to? :aref label end ## # HTML markup of the text of this label without the surrounding header # element. def plain_html self.class.to_html.to_html(text.dup) end def pretty_print q # :nodoc: q.group 2, "[head: #{level} ", ']' do q.pp text end end end PK )J [?V�eD D 3 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/list.rbnu �[��� # frozen_string_literal: true ## # A List is a homogeneous set of ListItems. # # The supported list types include: # # :BULLET:: # An unordered list # :LABEL:: # An unordered definition list, but using an alternate RDoc::Markup syntax # :LALPHA:: # An ordered list using increasing lowercase English letters # :NOTE:: # An unordered definition list # :NUMBER:: # An ordered list using increasing Arabic numerals # :UALPHA:: # An ordered list using increasing uppercase English letters # # Definition lists behave like HTML definition lists. Each list item can # describe multiple terms. See RDoc::Markup::ListItem for how labels and # definition are stored as list items. class RDoc::Markup::List ## # The list's type attr_accessor :type ## # Items in the list attr_reader :items ## # Creates a new list of +type+ with +items+. Valid list types are: # +:BULLET+, +:LABEL+, +:LALPHA+, +:NOTE+, +:NUMBER+, +:UALPHA+ def initialize type = nil, *items @type = type @items = [] @items.concat items end ## # Appends +item+ to the list def << item @items << item end def == other # :nodoc: self.class == other.class and @type == other.type and @items == other.items end ## # Runs this list and all its #items through +visitor+ def accept visitor visitor.accept_list_start self @items.each do |item| item.accept visitor end visitor.accept_list_end self end ## # Is the list empty? def empty? @items.empty? end ## # Returns the last item in the list def last @items.last end def pretty_print q # :nodoc: q.group 2, "[list: #{@type} ", ']' do q.seplist @items do |item| q.pp item end end end ## # Appends +items+ to the list def push *items @items.concat items end end PK )J [��xd 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_bs.rbnu �[��� # frozen_string_literal: true ## # Outputs RDoc markup with hot backspace action! You will probably need a # pager to use this output format. # # This formatter won't work on 1.8.6 because it lacks String#chars. class RDoc::Markup::ToBs < RDoc::Markup::ToRdoc ## # Returns a new ToBs that is ready for hot backspace action! def initialize markup = nil super @in_b = false @in_em = false end ## # Sets a flag that is picked up by #annotate to do the right thing in # #convert_string def init_tags add_tag :BOLD, '+b', '-b' add_tag :EM, '+_', '-_' add_tag :TT, '', '' # we need in_tt information maintained end ## # Makes heading text bold. def accept_heading heading use_prefix or @res << ' ' * @indent @res << @headings[heading.level][0] @in_b = true @res << attributes(heading.text) @in_b = false @res << @headings[heading.level][1] @res << "\n" end ## # Prepares the visitor for consuming +list_item+ def accept_list_item_start list_item type = @list_type.last case type when :NOTE, :LABEL then bullets = Array(list_item.label).map do |label| attributes(label).strip end.join "\n" bullets << ":\n" unless bullets.empty? @prefix = ' ' * @indent @indent += 2 @prefix << bullets + (' ' * @indent) else bullet = type == :BULLET ? '*' : @list_index.last.to_s + '.' @prefix = (' ' * @indent) + bullet.ljust(bullet.length + 1) width = bullet.length + 1 @indent += width end end ## # Turns on or off regexp handling for +convert_string+ def annotate tag case tag when '+b' then @in_b = true when '-b' then @in_b = false when '+_' then @in_em = true when '-_' then @in_em = false end '' end ## # Calls convert_string on the result of convert_regexp_handling def convert_regexp_handling target convert_string super end ## # Adds bold or underline mixed with backspaces def convert_string string return string unless @in_b or @in_em chars = if @in_b then string.chars.map do |char| "#{char}\b#{char}" end elsif @in_em then string.chars.map do |char| "_\b#{char}" end end chars.join end end PK )J [�I?�< < 6 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/include.rbnu �[��� # frozen_string_literal: true ## # A file included at generation time. Objects of this class are created by # RDoc::RD for an extension-less include. # # This implementation in incomplete. class RDoc::Markup::Include ## # The filename to be included, without extension attr_reader :file ## # Directories to search for #file attr_reader :include_path ## # Creates a new include that will import +file+ from +include_path+ def initialize file, include_path @file = file @include_path = include_path end def == other # :nodoc: self.class === other and @file == other.file and @include_path == other.include_path end def pretty_print q # :nodoc: q.group 2, '[incl ', ']' do q.text file q.breakable q.text 'from ' q.pp include_path end end end PK )J [[�Ba� � > share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/regexp_handling.rbnu �[��� # frozen_string_literal: true ## # Hold details of a regexp handling sequence class RDoc::Markup::RegexpHandling ## # Regexp handling type attr_reader :type ## # Regexp handling text attr_accessor :text ## # Creates a new regexp handling sequence of +type+ with +text+ def initialize(type, text) @type, @text = type, text end ## # Regexp handlings are equal when the have the same text and type def ==(o) self.text == o.text && self.type == o.type end def inspect # :nodoc: "#<RDoc::Markup::RegexpHandling:0x%x @type=%p, @text=%p>" % [ object_id, @type, text.dump] end def to_s # :nodoc: "RegexpHandling: type=#{type} text=#{text.dump}" end end PK )J [g�͗� � 6 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_rdoc.rbnu �[��� # frozen_string_literal: true ## # Outputs RDoc markup as RDoc markup! (mostly) class RDoc::Markup::ToRdoc < RDoc::Markup::Formatter ## # Current indent amount for output in characters attr_accessor :indent ## # Output width in characters attr_accessor :width ## # Stack of current list indexes for alphabetic and numeric lists attr_reader :list_index ## # Stack of list types attr_reader :list_type ## # Stack of list widths for indentation attr_reader :list_width ## # Prefix for the next list item. See #use_prefix attr_reader :prefix ## # Output accumulator attr_reader :res ## # Creates a new formatter that will output (mostly) \RDoc markup def initialize markup = nil super nil, markup @markup.add_regexp_handling(/\\\S/, :SUPPRESSED_CROSSREF) @width = 78 init_tags @headings = {} @headings.default = [] @headings[1] = ['= ', ''] @headings[2] = ['== ', ''] @headings[3] = ['=== ', ''] @headings[4] = ['==== ', ''] @headings[5] = ['===== ', ''] @headings[6] = ['====== ', ''] @hard_break = "\n" end ## # Maps attributes to HTML sequences def init_tags add_tag :BOLD, "<b>", "</b>" add_tag :TT, "<tt>", "</tt>" add_tag :EM, "<em>", "</em>" end ## # Adds +blank_line+ to the output def accept_blank_line blank_line @res << "\n" end ## # Adds +paragraph+ to the output def accept_block_quote block_quote @indent += 2 block_quote.parts.each do |part| @prefix = '> ' part.accept self end @indent -= 2 end ## # Adds +heading+ to the output def accept_heading heading use_prefix or @res << ' ' * @indent @res << @headings[heading.level][0] @res << attributes(heading.text) @res << @headings[heading.level][1] @res << "\n" end ## # Finishes consumption of +list+ def accept_list_end list @list_index.pop @list_type.pop @list_width.pop end ## # Finishes consumption of +list_item+ def accept_list_item_end list_item width = case @list_type.last when :BULLET then 2 when :NOTE, :LABEL then if @prefix then @res << @prefix.strip @prefix = nil end @res << "\n" 2 else bullet = @list_index.last.to_s @list_index[-1] = @list_index.last.succ bullet.length + 2 end @indent -= width end ## # Prepares the visitor for consuming +list_item+ def accept_list_item_start list_item type = @list_type.last case type when :NOTE, :LABEL then stripped_labels = Array(list_item.label).map do |label| attributes(label).strip end bullets = case type when :NOTE stripped_labels.map { |b| "#{b}::" } when :LABEL stripped_labels.map { |b| "[#{b}]" } end bullets = bullets.join("\n") bullets << "\n" unless stripped_labels.empty? @prefix = ' ' * @indent @indent += 2 @prefix << bullets + (' ' * @indent) else bullet = type == :BULLET ? '*' : @list_index.last.to_s + '.' @prefix = (' ' * @indent) + bullet.ljust(bullet.length + 1) width = bullet.length + 1 @indent += width end end ## # Prepares the visitor for consuming +list+ def accept_list_start list case list.type when :BULLET then @list_index << nil @list_width << 1 when :LABEL, :NOTE then @list_index << nil @list_width << 2 when :LALPHA then @list_index << 'a' @list_width << list.items.length.to_s.length when :NUMBER then @list_index << 1 @list_width << list.items.length.to_s.length when :UALPHA then @list_index << 'A' @list_width << list.items.length.to_s.length else raise RDoc::Error, "invalid list type #{list.type}" end @list_type << list.type end ## # Adds +paragraph+ to the output def accept_paragraph paragraph text = paragraph.text @hard_break wrap attributes text end ## # Adds +paragraph+ to the output def accept_indented_paragraph paragraph @indent += paragraph.indent text = paragraph.text @hard_break wrap attributes text @indent -= paragraph.indent end ## # Adds +raw+ to the output def accept_raw raw @res << raw.parts.join("\n") end ## # Adds +rule+ to the output def accept_rule rule use_prefix or @res << ' ' * @indent @res << '-' * (@width - @indent) @res << "\n" end ## # Outputs +verbatim+ indented 2 columns def accept_verbatim verbatim indent = ' ' * (@indent + 2) verbatim.parts.each do |part| @res << indent unless part == "\n" @res << part end @res << "\n" end ## # Adds +table+ to the output def accept_table header, body, aligns widths = header.zip(*body).map do |cols| cols.map(&:size).max end aligns = aligns.map do |a| case a when nil, :center :center when :left :ljust when :right :rjust end end @res << header.zip(widths, aligns).map do |h, w, a| h.__send__(a, w) end.join("|").rstrip << "\n" @res << widths.map {|w| "-" * w }.join("|") << "\n" body.each do |row| @res << row.zip(widths, aligns).map do |t, w, a| t.__send__(a, w) end.join("|").rstrip << "\n" end end ## # Applies attribute-specific markup to +text+ using RDoc::AttributeManager def attributes text flow = @am.flow text.dup convert_flow flow end ## # Returns the generated output def end_accepting @res.join end ## # Removes preceding \\ from the suppressed crossref +target+ def handle_regexp_SUPPRESSED_CROSSREF target text = target.text text = text.sub('\\', '') unless in_tt? text end ## # Adds a newline to the output def handle_regexp_HARD_BREAK target "\n" end ## # Prepares the visitor for text generation def start_accepting @res = [""] @indent = 0 @prefix = nil @list_index = [] @list_type = [] @list_width = [] end ## # Adds the stored #prefix to the output and clears it. Lists generate a # prefix for later consumption. def use_prefix prefix, @prefix = @prefix, nil @res << prefix if prefix prefix end ## # Wraps +text+ to #width def wrap text return unless text && !text.empty? text_len = @width - @indent text_len = 20 if text_len < 20 next_prefix = ' ' * @indent prefix = @prefix || next_prefix @prefix = nil text.scan(/\G(?:([^ \n]{#{text_len}})(?=[^ \n])|(.{1,#{text_len}})(?:[ \n]|\z))/) do @res << prefix << ($1 || $2) << "\n" prefix = next_prefix end end end PK )J [e��X� � 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/attr_span.rbnu �[��� # frozen_string_literal: true ## # An array of attributes which parallels the characters in a string. class RDoc::Markup::AttrSpan ## # Creates a new AttrSpan for +length+ characters def initialize(length, exclusive) @attrs = Array.new(length, 0) @exclusive = exclusive end ## # Toggles +bits+ from +start+ to +length+ def set_attrs(start, length, bits) updated = false for i in start ... (start+length) if (@exclusive & @attrs[i]) == 0 || (@exclusive & bits) != 0 @attrs[i] |= bits updated = true end end updated end ## # Accesses flags for character +n+ def [](n) @attrs[n] end end PK )J [�sU� � A share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/indented_paragraph.rbnu �[��� # frozen_string_literal: true ## # An Indented Paragraph of text class RDoc::Markup::IndentedParagraph < RDoc::Markup::Raw ## # The indent in number of spaces attr_reader :indent ## # Creates a new IndentedParagraph containing +parts+ indented with +indent+ # spaces def initialize indent, *parts @indent = indent super(*parts) end def == other # :nodoc: super and indent == other.indent end ## # Calls #accept_indented_paragraph on +visitor+ def accept visitor visitor.accept_indented_paragraph self end ## # Joins the raw paragraph text and converts inline HardBreaks to the # +hard_break+ text followed by the indent. def text hard_break = nil @parts.map do |part| if RDoc::Markup::HardBreak === part then '%1$s%3$*2$s' % [hard_break, @indent, ' '] if hard_break else part end end.join end end PK )J [�0kk� � 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/list_item.rbnu �[��� # frozen_string_literal: true ## # An item within a List that contains paragraphs, headings, etc. # # For BULLET, NUMBER, LALPHA and UALPHA lists, the label will always be nil. # For NOTE and LABEL lists, the list label may contain: # # * a single String for a single label # * an Array of Strings for a list item with multiple terms # * nil for an extra description attached to a previously labeled list item class RDoc::Markup::ListItem ## # The label for the ListItem attr_accessor :label ## # Parts of the ListItem attr_reader :parts ## # Creates a new ListItem with an optional +label+ containing +parts+ def initialize label = nil, *parts @label = label @parts = [] @parts.concat parts end ## # Appends +part+ to the ListItem def << part @parts << part end def == other # :nodoc: self.class == other.class and @label == other.label and @parts == other.parts end ## # Runs this list item and all its #parts through +visitor+ def accept visitor visitor.accept_list_item_start self @parts.each do |part| part.accept visitor end visitor.accept_list_item_end self end ## # Is the ListItem empty? def empty? @parts.empty? end ## # Length of parts in the ListItem def length @parts.length end def pretty_print q # :nodoc: q.group 2, '[item: ', ']' do case @label when Array then q.pp @label q.text ';' q.breakable when String then q.pp @label q.text ';' q.breakable end q.seplist @parts do |part| q.pp part end end end ## # Adds +parts+ to the ListItem def push *parts @parts.concat parts end end PK )J [v�!� � : share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/block_quote.rbnu �[��� # frozen_string_literal: true ## # A quoted section which contains markup items. class RDoc::Markup::BlockQuote < RDoc::Markup::Raw ## # Calls #accept_block_quote on +visitor+ def accept visitor visitor.accept_block_quote self end end PK )J [,'3�� � 7 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/document.rbnu �[��� # frozen_string_literal: true ## # A Document containing lists, headings, paragraphs, etc. class RDoc::Markup::Document include Enumerable ## # The file this document was created from. See also # RDoc::ClassModule#add_comment attr_reader :file ## # If a heading is below the given level it will be omitted from the # table_of_contents attr_accessor :omit_headings_below ## # The parts of the Document attr_reader :parts ## # Creates a new Document with +parts+ def initialize *parts @parts = [] @parts.concat parts @file = nil @omit_headings_from_table_of_contents_below = nil end ## # Appends +part+ to the document def << part case part when RDoc::Markup::Document then unless part.empty? then parts.concat part.parts parts << RDoc::Markup::BlankLine.new end when String then raise ArgumentError, "expected RDoc::Markup::Document and friends, got String" unless part.empty? else parts << part end end def == other # :nodoc: self.class == other.class and @file == other.file and @parts == other.parts end ## # Runs this document and all its #items through +visitor+ def accept visitor visitor.start_accepting visitor.accept_document self visitor.end_accepting end ## # Concatenates the given +parts+ onto the document def concat parts self.parts.concat parts end ## # Enumerator for the parts of this document def each &block @parts.each(&block) end ## # Does this document have no parts? def empty? @parts.empty? or (@parts.length == 1 and merged? and @parts.first.empty?) end ## # The file this Document was created from. def file= location @file = case location when RDoc::TopLevel then location.relative_name else location end end ## # When this is a collection of documents (#file is not set and this document # contains only other documents as its direct children) #merge replaces # documents in this class with documents from +other+ when the file matches # and adds documents from +other+ when the files do not. # # The information in +other+ is preferred over the receiver def merge other if empty? then @parts = other.parts return self end other.parts.each do |other_part| self.parts.delete_if do |self_part| self_part.file and self_part.file == other_part.file end self.parts << other_part end self end ## # Does this Document contain other Documents? def merged? RDoc::Markup::Document === @parts.first end def pretty_print q # :nodoc: start = @file ? "[doc (#{@file}): " : '[doc: ' q.group 2, start, ']' do q.seplist @parts do |part| q.pp part end end end ## # Appends +parts+ to the document def push *parts self.parts.concat parts end ## # Returns an Array of headings in the document. # # Require 'rdoc/markup/formatter' before calling this method. def table_of_contents accept RDoc::Markup::ToTableOfContents.to_toc end end PK )J [z� � � 6 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_test.rbnu �[��� # frozen_string_literal: true ## # This Markup outputter is used for testing purposes. class RDoc::Markup::ToTest < RDoc::Markup::Formatter # :stopdoc: ## # :section: Visitor def start_accepting @res = [] @list = [] end def end_accepting @res end def accept_paragraph(paragraph) @res << convert_flow(@am.flow(paragraph.text)) end def accept_raw raw @res << raw.parts.join end def accept_verbatim(verbatim) @res << verbatim.text.gsub(/^(\S)/, ' \1') end def accept_list_start(list) @list << case list.type when :BULLET then '*' when :NUMBER then '1' else list.type end end def accept_list_end(list) @list.pop end def accept_list_item_start(list_item) @res << "#{' ' * (@list.size - 1)}#{@list.last}: " end def accept_list_item_end(list_item) end def accept_blank_line(blank_line) @res << "\n" end def accept_heading(heading) @res << "#{'=' * heading.level} #{heading.text}" end def accept_rule(rule) @res << '-' * rule.weight end # :startdoc: end PK )J [7�� % % : share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/pre_process.rbnu �[��� # frozen_string_literal: true ## # Handle common directives that can occur in a block of text: # # \:include: filename # # Directives can be escaped by preceding them with a backslash. # # RDoc plugin authors can register additional directives to be handled by # using RDoc::Markup::PreProcess::register. # # Any directive that is not built-in to RDoc (including those registered via # plugins) will be stored in the metadata hash on the CodeObject the comment # is attached to. See RDoc::Markup@Directives for the list of built-in # directives. class RDoc::Markup::PreProcess ## # An RDoc::Options instance that will be filled in with overrides from # directives attr_accessor :options ## # Adds a post-process handler for directives. The handler will be called # with the result RDoc::Comment (or text String) and the code object for the # comment (if any). def self.post_process &block @post_processors << block end ## # Registered post-processors def self.post_processors @post_processors end ## # Registers +directive+ as one handled by RDoc. If a block is given the # directive will be replaced by the result of the block, otherwise the # directive will be removed from the processed text. # # The block will be called with the directive name and the directive # parameter: # # RDoc::Markup::PreProcess.register 'my-directive' do |directive, param| # # replace text, etc. # end def self.register directive, &block @registered[directive] = block end ## # Registered directives def self.registered @registered end ## # Clears all registered directives and post-processors def self.reset @post_processors = [] @registered = {} end reset ## # Creates a new pre-processor for +input_file_name+ that will look for # included files in +include_path+ def initialize(input_file_name, include_path) @input_file_name = input_file_name @include_path = include_path @options = nil end ## # Look for directives in the given +text+. # # Options that we don't handle are yielded. If the block returns false the # directive is restored to the text. If the block returns nil or no block # was given the directive is handled according to the registered directives. # If a String was returned the directive is replaced with the string. # # If no matching directive was registered the directive is restored to the # text. # # If +code_object+ is given and the directive is unknown then the # directive's parameter is set as metadata on the +code_object+. See # RDoc::CodeObject#metadata for details. def handle text, code_object = nil, &block first_line = 1 if RDoc::Comment === text then comment = text text = text.text first_line = comment.line || 1 end # regexp helper (square brackets for optional) # $1 $2 $3 $4 $5 # [prefix][\]:directive:[spaces][param]newline text = text.lines.map.with_index(first_line) do |line, num| next line unless line =~ /\A([ \t]*(?:#|\/?\*)?[ \t]*)(\\?):([\w-]+):([ \t]*)(.+)?(\r?\n|$)/ # skip something like ':toto::' next $& if $4.empty? and $5 and $5[0, 1] == ':' # skip if escaped next "#$1:#$3:#$4#$5\n" unless $2.empty? # This is not in handle_directive because I didn't want to pass another # argument into it if comment and $3 == 'markup' then next "#{$1.strip}\n" unless $5 comment.format = $5.downcase next "#{$1.strip}\n" end handle_directive $1, $3, $5, code_object, text.encoding, num, &block end.join if comment then comment.text = text else comment = text end self.class.post_processors.each do |handler| handler.call comment, code_object end text end ## # Performs the actions described by +directive+ and its parameter +param+. # # +code_object+ is used for directives that operate on a class or module. # +prefix+ is used to ensure the replacement for handled directives is # correct. +encoding+ is used for the <tt>include</tt> directive. # # For a list of directives in RDoc see RDoc::Markup. #-- # When 1.8.7 support is ditched prefix can be defaulted to '' def handle_directive prefix, directive, param, code_object = nil, encoding = nil, line = nil blankline = "#{prefix.strip}\n" directive = directive.downcase case directive when 'arg', 'args' then return "#{prefix}:#{directive}: #{param}\n" unless code_object && code_object.kind_of?(RDoc::AnyMethod) code_object.params = param blankline when 'category' then if RDoc::Context === code_object then section = code_object.add_section param code_object.temporary_section = section elsif RDoc::AnyMethod === code_object then code_object.section_title = param end blankline # ignore category if we're not on an RDoc::Context when 'doc' then return blankline unless code_object code_object.document_self = true code_object.force_documentation = true blankline when 'enddoc' then return blankline unless code_object code_object.done_documenting = true blankline when 'include' then filename = param.split(' ', 2).first include_file filename, prefix, encoding when 'main' then @options.main_page = param if @options.respond_to? :main_page warn <<~MSG The :main: directive is deprecated and will be removed in RDoc 7. You can use these options to specify the initial page displayed instead: - `--main=#{param}` via the command line - `rdoc.main = "#{param}"` if you use `RDoc::Task` - `main_page: #{param}` in your `.rdoc_options` file MSG blankline when 'nodoc' then return blankline unless code_object code_object.document_self = nil # notify nodoc code_object.document_children = param !~ /all/i blankline when 'notnew', 'not_new', 'not-new' then return blankline unless RDoc::AnyMethod === code_object code_object.dont_rename_initialize = true blankline when 'startdoc' then return blankline unless code_object code_object.start_doc code_object.force_documentation = true blankline when 'stopdoc' then return blankline unless code_object code_object.stop_doc blankline when 'title' then @options.default_title = param if @options.respond_to? :default_title= warn <<~MSG The :title: directive is deprecated and will be removed in RDoc 7. You can use these options to specify the title displayed instead: - `--title=#{param}` via the command line - `rdoc.title = "#{param}"` if you use `RDoc::Task` - `title: #{param}` in your `.rdoc_options` file MSG blankline when 'yield', 'yields' then return blankline unless code_object # remove parameter &block code_object.params = code_object.params.sub(/,?\s*&\w+/, '') if code_object.params code_object.block_params = param || '' blankline else result = yield directive, param, line if block_given? case result when nil then code_object.metadata[directive] = param if code_object if RDoc::Markup::PreProcess.registered.include? directive then handler = RDoc::Markup::PreProcess.registered[directive] result = handler.call directive, param if handler else result = "#{prefix}:#{directive}: #{param}\n" end when false then result = "#{prefix}:#{directive}: #{param}\n" end result end end ## # Handles the <tt>:include: _filename_</tt> directive. # # If the first line of the included file starts with '#', and contains # an encoding information in the form 'coding:' or 'coding=', it is # removed. # # If all lines in the included file start with a '#', this leading '#' # is removed before inclusion. The included content is indented like # the <tt>:include:</tt> directive. #-- # so all content will be verbatim because of the likely space after '#'? # TODO shift left the whole file content in that case # TODO comment stop/start #-- and #++ in included file must be processed here def include_file name, indent, encoding full_name = find_include_file name unless full_name then warn "Couldn't find file to include '#{name}' from #{@input_file_name}" return '' end content = RDoc::Encoding.read_file full_name, encoding, true content = RDoc::Encoding.remove_magic_comment content # strip magic comment content = content.sub(/\A# .*coding[=:].*$/, '').lstrip # strip leading '#'s, but only if all lines start with them if content =~ /^[^#]/ then content.gsub(/^/, indent) else content.gsub(/^#?/, indent) end end ## # Look for the given file in the directory containing the current file, # and then in each of the directories specified in the RDOC_INCLUDE path def find_include_file(name) to_search = [File.dirname(@input_file_name)].concat @include_path to_search.each do |dir| full_name = File.join(dir, name) stat = File.stat(full_name) rescue next return full_name if stat.readable? end nil end end PK )J [�-( -( @ share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/attribute_manager.rbnu �[��� # frozen_string_literal: true ## # Manages changes of attributes in a block of text class RDoc::Markup::AttributeManager unless ::MatchData.method_defined?(:match_length) using ::Module.new { refine(::MatchData) { def match_length(nth) # :nodoc: b, e = offset(nth) e - b if b end } } end ## # The NUL character NULL = "\000".freeze #-- # We work by substituting non-printing characters in to the text. For now # I'm assuming that I can substitute a character in the range 0..8 for a 7 # bit character without damaging the encoded string, but this might be # optimistic #++ A_PROTECT = 004 # :nodoc: ## # Special mask character to prevent inline markup handling PROTECT_ATTR = A_PROTECT.chr # :nodoc: ## # The attributes enabled for this markup object. attr_reader :attributes ## # This maps delimiters that occur around words (such as *bold* or +tt+) # where the start and end delimiters and the same. This lets us optimize # the regexp attr_reader :matching_word_pairs ## # And this is used when the delimiters aren't the same. In this case the # hash maps a pattern to the attribute character attr_reader :word_pair_map ## # This maps HTML tags to the corresponding attribute char attr_reader :html_tags ## # A \ in front of a character that would normally be processed turns off # processing. We do this by turning \< into <#{PROTECT} attr_reader :protectable ## # And this maps _regexp handling_ sequences to a name. A regexp handling # sequence is something like a WikiWord attr_reader :regexp_handlings ## # A bits of exclusive maps attr_reader :exclusive_bitmap ## # Creates a new attribute manager that understands bold, emphasized and # teletype text. def initialize @html_tags = {} @matching_word_pairs = {} @protectable = %w[<] @regexp_handlings = [] @word_pair_map = {} @exclusive_bitmap = 0 @attributes = RDoc::Markup::Attributes.new add_word_pair "*", "*", :BOLD, true add_word_pair "_", "_", :EM, true add_word_pair "+", "+", :TT, true add_html "em", :EM, true add_html "i", :EM, true add_html "b", :BOLD, true add_html "tt", :TT, true add_html "code", :TT, true end ## # Return an attribute object with the given turn_on and turn_off bits set def attribute(turn_on, turn_off) RDoc::Markup::AttrChanger.new turn_on, turn_off end ## # Changes the current attribute from +current+ to +new+ def change_attribute current, new diff = current ^ new attribute(new & diff, current & diff) end ## # Used by the tests to change attributes by name from +current_set+ to # +new_set+ def changed_attribute_by_name current_set, new_set current = new = 0 current_set.each do |name| current |= @attributes.bitmap_for(name) end new_set.each do |name| new |= @attributes.bitmap_for(name) end change_attribute(current, new) end ## # Copies +start_pos+ to +end_pos+ from the current string def copy_string(start_pos, end_pos) res = @str[start_pos...end_pos] res.gsub!(/\000/, '') res end # :nodoc: def exclusive?(attr) (attr & @exclusive_bitmap) != 0 end NON_PRINTING_START = "\1" # :nodoc: NON_PRINTING_END = "\2" # :nodoc: ## # Map attributes like <b>text</b>to the sequence # \001\002<char>\001\003<char>, where <char> is a per-attribute specific # character def convert_attrs(str, attrs, exclusive = false) convert_attrs_matching_word_pairs(str, attrs, exclusive) convert_attrs_word_pair_map(str, attrs, exclusive) end # :nodoc: def convert_attrs_matching_word_pairs(str, attrs, exclusive) # first do matching ones tags = @matching_word_pairs.select { |start, bitmap| exclusive == exclusive?(bitmap) }.keys return if tags.empty? tags = "[#{tags.join("")}](?!#{PROTECT_ATTR})" all_tags = "[#{@matching_word_pairs.keys.join("")}](?!#{PROTECT_ATTR})" re = /(?:^|\W|#{all_tags})\K(#{tags})(\1*[#\\]?[\w:#{PROTECT_ATTR}.\/\[\]-]+?\S?)\1(?!\1)(?=#{all_tags}|\W|$)/ 1 while str.gsub!(re) { |orig| a, w = (m = $~).values_at(1, 2) attr = @matching_word_pairs[a] if attrs.set_attrs(m.begin(2), w.length, attr) a = NULL * a.length else a = NON_PRINTING_START + a + NON_PRINTING_END end a + w + a } str.delete!(NON_PRINTING_START + NON_PRINTING_END) end # :nodoc: def convert_attrs_word_pair_map(str, attrs, exclusive) # then non-matching unless @word_pair_map.empty? then @word_pair_map.each do |regexp, attr| next unless exclusive == exclusive?(attr) 1 while str.gsub!(regexp) { |orig| w = (m = ($~))[2] updated = attrs.set_attrs(m.begin(2), w.length, attr) if updated NULL * m.match_length(1) + w + NULL * m.match_length(3) else orig end } end end end ## # Converts HTML tags to RDoc attributes def convert_html(str, attrs, exclusive = false) tags = @html_tags.select { |start, bitmap| exclusive == exclusive?(bitmap) }.keys.join '|' 1 while str.gsub!(/<(#{tags})>(.*?)<\/\1>/i) { |orig| attr = @html_tags[$1.downcase] html_length = $~.match_length(1) + 2 # "<>".length seq = NULL * html_length attrs.set_attrs($~.begin(2), $~.match_length(2), attr) seq + $2 + seq + NULL } end ## # Converts regexp handling sequences to RDoc attributes def convert_regexp_handlings str, attrs, exclusive = false @regexp_handlings.each do |regexp, attribute| next unless exclusive == exclusive?(attribute) str.scan(regexp) do capture = $~.size == 1 ? 0 : 1 s, e = $~.offset capture attrs.set_attrs s, e - s, attribute | @attributes.regexp_handling end end end ## # Escapes regexp handling sequences of text to prevent conversion to RDoc def mask_protected_sequences # protect __send__, __FILE__, etc. @str.gsub!(/__([a-z]+)__/i, "_#{PROTECT_ATTR}_#{PROTECT_ATTR}\\1_#{PROTECT_ATTR}_#{PROTECT_ATTR}") @str.gsub!(/(\A|[^\\])\\([#{Regexp.escape @protectable.join}])/m, "\\1\\2#{PROTECT_ATTR}") @str.gsub!(/\\(\\[#{Regexp.escape @protectable.join}])/m, "\\1") end ## # Unescapes regexp handling sequences of text def unmask_protected_sequences @str.gsub!(/(.)#{PROTECT_ATTR}/, "\\1\000") end ## # Adds a markup class with +name+ for words wrapped in the +start+ and # +stop+ character. To make words wrapped with "*" bold: # # am.add_word_pair '*', '*', :BOLD def add_word_pair(start, stop, name, exclusive = false) raise ArgumentError, "Word flags may not start with '<'" if start[0, 1] == '<' bitmap = @attributes.bitmap_for name if start == stop then @matching_word_pairs[start] = bitmap else pattern = /(#{Regexp.escape start})(\S+)(#{Regexp.escape stop})/ @word_pair_map[pattern] = bitmap end @protectable << start[0, 1] @protectable.uniq! @exclusive_bitmap |= bitmap if exclusive end ## # Adds a markup class with +name+ for words surrounded by HTML tag +tag+. # To process emphasis tags: # # am.add_html 'em', :EM def add_html(tag, name, exclusive = false) bitmap = @attributes.bitmap_for name @html_tags[tag.downcase] = bitmap @exclusive_bitmap |= bitmap if exclusive end ## # Adds a regexp handling for +pattern+ with +name+. A simple URL handler # would be: # # @am.add_regexp_handling(/((https?:)\S+\w)/, :HYPERLINK) def add_regexp_handling pattern, name, exclusive = false bitmap = @attributes.bitmap_for(name) @regexp_handlings << [pattern, bitmap] @exclusive_bitmap |= bitmap if exclusive end ## # Processes +str+ converting attributes, HTML and regexp handlings def flow str @str = str.dup mask_protected_sequences @attrs = RDoc::Markup::AttrSpan.new @str.length, @exclusive_bitmap convert_attrs @str, @attrs, true convert_html @str, @attrs, true convert_regexp_handlings @str, @attrs, true convert_attrs @str, @attrs convert_html @str, @attrs convert_regexp_handlings @str, @attrs unmask_protected_sequences split_into_flow end ## # Debug method that prints a string along with its attributes def display_attributes puts puts @str.tr(NULL, "!") bit = 1 16.times do |bno| line = "" @str.length.times do |i| if (@attrs[i] & bit) == 0 line << " " else if bno.zero? line << "S" else line << ("%d" % (bno+1)) end end end puts(line) unless line =~ /^ *$/ bit <<= 1 end end ## # Splits the string into chunks by attribute change def split_into_flow res = [] current_attr = 0 str_len = @str.length # skip leading invisible text i = 0 i += 1 while i < str_len and @str[i].chr == "\0" start_pos = i # then scan the string, chunking it on attribute changes while i < str_len new_attr = @attrs[i] if new_attr != current_attr if i > start_pos res << copy_string(start_pos, i) start_pos = i end res << change_attribute(current_attr, new_attr) current_attr = new_attr if (current_attr & @attributes.regexp_handling) != 0 then i += 1 while i < str_len and (@attrs[i] & @attributes.regexp_handling) != 0 res << RDoc::Markup::RegexpHandling.new(current_attr, copy_string(start_pos, i)) start_pos = i next end end # move on, skipping any invisible characters begin i += 1 end while i < str_len and @str[i].chr == "\0" end # tidy up trailing text if start_pos < str_len res << copy_string(start_pos, str_len) end # and reset to all attributes off res << change_attribute(current_attr, 0) if current_attr != 0 res end end PK )J [���v v 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/formatter.rbnu �[��� # frozen_string_literal: true ## # Base class for RDoc markup formatters # # Formatters are a visitor that converts an RDoc::Markup tree (from a comment) # into some kind of output. RDoc ships with formatters for converting back to # rdoc, ANSI text, HTML, a Table of Contents and other formats. # # If you'd like to write your own Formatter use # RDoc::Markup::FormatterTestCase. If you're writing a text-output formatter # use RDoc::Markup::TextFormatterTestCase which provides extra test cases. class RDoc::Markup::Formatter ## # Tag for inline markup containing a +bit+ for the bitmask and the +on+ and # +off+ triggers. InlineTag = Struct.new(:bit, :on, :off) ## # Converts a target url to one that is relative to a given path def self.gen_relative_url path, target from = File.dirname path to, to_file = File.split target from = from.split "/" to = to.split "/" from.delete '.' to.delete '.' while from.size > 0 and to.size > 0 and from[0] == to[0] do from.shift to.shift end from.fill ".." from.concat to from << to_file File.join(*from) end ## # Creates a new Formatter def initialize options, markup = nil @options = options @markup = markup || RDoc::Markup.new @am = @markup.attribute_manager @am.add_regexp_handling(/<br>/, :HARD_BREAK) @attributes = @am.attributes @attr_tags = [] @in_tt = 0 @tt_bit = @attributes.bitmap_for :TT @hard_break = '' @from_path = '.' end ## # Adds +document+ to the output def accept_document document document.parts.each do |item| case item when RDoc::Markup::Document then # HACK accept_document item else item.accept self end end end ## # Adds a regexp handling for links of the form rdoc-...: def add_regexp_handling_RDOCLINK @markup.add_regexp_handling(/rdoc-[a-z]+:[^\s\]]+/, :RDOCLINK) end ## # Adds a regexp handling for links of the form {<text>}[<url>] and # <word>[<url>] def add_regexp_handling_TIDYLINK @markup.add_regexp_handling(/(?: \{[^{}]*\} | # multi-word label \b[^\s{}]+? # single-word label ) \[\S+?\] # link target /x, :TIDYLINK) end ## # Add a new set of tags for an attribute. We allow separate start and end # tags for flexibility def add_tag(name, start, stop) attr = @attributes.bitmap_for name @attr_tags << InlineTag.new(attr, start, stop) end ## # Allows +tag+ to be decorated with additional information. def annotate(tag) tag end ## # Marks up +content+ def convert content @markup.convert content, self end ## # Converts flow items +flow+ def convert_flow(flow) res = [] flow.each do |item| case item when String then res << convert_string(item) when RDoc::Markup::AttrChanger then off_tags res, item on_tags res, item when RDoc::Markup::RegexpHandling then res << convert_regexp_handling(item) else raise "Unknown flow element: #{item.inspect}" end end res.join end ## # Converts added regexp handlings. See RDoc::Markup#add_regexp_handling def convert_regexp_handling target return target.text if in_tt? handled = false @attributes.each_name_of target.type do |name| method_name = "handle_regexp_#{name}" if respond_to? method_name then target.text = public_send method_name, target handled = true end end unless handled then target_name = @attributes.as_string target.type raise RDoc::Error, "Unhandled regexp handling #{target_name}: #{target}" end target.text end ## # Converts a string to be fancier if desired def convert_string string string end ## # Use ignore in your subclass to ignore the content of a node. # # ## # # We don't support raw nodes in ToNoRaw # # alias accept_raw ignore def ignore *node end ## # Are we currently inside tt tags? def in_tt? @in_tt > 0 end def tt_tag? attr_mask, reverse = false each_attr_tag(attr_mask, reverse) do |tag| return true if tt? tag end false end ## # Turns on tags for +item+ on +res+ def on_tags res, item each_attr_tag(item.turn_on) do |tag| res << annotate(tag.on) @in_tt += 1 if tt? tag end end ## # Turns off tags for +item+ on +res+ def off_tags res, item each_attr_tag(item.turn_off, true) do |tag| @in_tt -= 1 if tt? tag res << annotate(tag.off) end end def each_attr_tag attr_mask, reverse = false return if attr_mask.zero? @attr_tags.public_send(reverse ? :reverse_each : :each) do |tag| if attr_mask & tag.bit != 0 then yield tag end end end ## # Extracts and a scheme, url and an anchor id from +url+ and returns them. def parse_url url case url when /^rdoc-label:([^:]*)(?::(.*))?/ then scheme = 'link' path = "##{$1}" id = " id=\"#{$2}\"" if $2 when /([A-Za-z]+):(.*)/ then scheme = $1.downcase path = $2 when /^#/ then else scheme = 'http' path = url url = url end if scheme == 'link' then url = if path[0, 1] == '#' then # is this meaningful? path else self.class.gen_relative_url @from_path, path end end [scheme, url, id] end ## # Is +tag+ a tt tag? def tt? tag tag.bit == @tt_bit end end PK )J [[�j^( ^( 6 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_html.rbnu �[��� # frozen_string_literal: true require 'cgi/util' ## # Outputs RDoc markup as HTML. class RDoc::Markup::ToHtml < RDoc::Markup::Formatter include RDoc::Text # :section: Utilities ## # Maps RDoc::Markup::Parser::LIST_TOKENS types to HTML tags LIST_TYPE_TO_HTML = { :BULLET => ['<ul>', '</ul>'], :LABEL => ['<dl class="rdoc-list label-list">', '</dl>'], :LALPHA => ['<ol style="list-style-type: lower-alpha">', '</ol>'], :NOTE => ['<dl class="rdoc-list note-list">', '</dl>'], :NUMBER => ['<ol>', '</ol>'], :UALPHA => ['<ol style="list-style-type: upper-alpha">', '</ol>'], } attr_reader :res # :nodoc: attr_reader :in_list_entry # :nodoc: attr_reader :list # :nodoc: ## # The RDoc::CodeObject HTML is being generated for. This is used to # generate namespaced URI fragments attr_accessor :code_object ## # Path to this document for relative links attr_accessor :from_path # :section: ## # Creates a new formatter that will output HTML def initialize options, markup = nil super @code_object = nil @from_path = '' @in_list_entry = nil @list = nil @th = nil @hard_break = "<br>\n" init_regexp_handlings init_tags end # :section: Regexp Handling # # These methods are used by regexp handling markup added by RDoc::Markup#add_regexp_handling. # :nodoc: URL_CHARACTERS_REGEXP_STR = /[A-Za-z0-9\-._~:\/\?#\[\]@!$&'\(\)*+,;%=]/.source ## # Adds regexp handlings. def init_regexp_handlings # external links @markup.add_regexp_handling(/(?:link:|https?:|mailto:|ftp:|irc:|www\.)#{URL_CHARACTERS_REGEXP_STR}+\w/, :HYPERLINK) init_link_notation_regexp_handlings end ## # Adds regexp handlings about link notations. def init_link_notation_regexp_handlings add_regexp_handling_RDOCLINK add_regexp_handling_TIDYLINK end def handle_RDOCLINK url # :nodoc: case url when /^rdoc-ref:/ CGI.escapeHTML($') when /^rdoc-label:/ text = $' text = case text when /\Alabel-/ then $' when /\Afootmark-/ then $' when /\Afoottext-/ then $' else text end gen_url CGI.escapeHTML(url), CGI.escapeHTML(text) when /^rdoc-image:/ %[<img src=\"#{CGI.escapeHTML($')}\">] when /\Ardoc-[a-z]+:/ CGI.escapeHTML($') end end ## # +target+ is a <code><br></code> def handle_regexp_HARD_BREAK target '<br>' end ## # +target+ is a potential link. The following schemes are handled: # # <tt>mailto:</tt>:: # Inserted as-is. # <tt>http:</tt>:: # Links are checked to see if they reference an image. If so, that image # gets inserted using an <tt><img></tt> tag. Otherwise a conventional # <tt><a href></tt> is used. # <tt>link:</tt>:: # Reference to a local file relative to the output directory. def handle_regexp_HYPERLINK(target) url = CGI.escapeHTML(target.text) gen_url url, url end ## # +target+ is an rdoc-schemed link that will be converted into a hyperlink. # # For the +rdoc-ref+ scheme the named reference will be returned without # creating a link. # # For the +rdoc-label+ scheme the footnote and label prefixes are stripped # when creating a link. All other contents will be linked verbatim. def handle_regexp_RDOCLINK target handle_RDOCLINK target.text end ## # This +target+ is a link where the label is different from the URL # <tt>label[url]</tt> or <tt>{long label}[url]</tt> def handle_regexp_TIDYLINK(target) text = target.text return text unless text =~ /^\{(.*)\}\[(.*?)\]$/ or text =~ /^(\S+)\[(.*?)\]$/ label = $1 url = CGI.escapeHTML($2) if /^rdoc-image:/ =~ label label = handle_RDOCLINK(label) else label = CGI.escapeHTML(label) end gen_url url, label end # :section: Visitor # # These methods implement the HTML visitor. ## # Prepares the visitor for HTML generation def start_accepting @res = [] @in_list_entry = [] @list = [] end ## # Returns the generated output def end_accepting @res.join end ## # Adds +block_quote+ to the output def accept_block_quote block_quote @res << "\n<blockquote>" block_quote.parts.each do |part| part.accept self end @res << "</blockquote>\n" end ## # Adds +paragraph+ to the output def accept_paragraph paragraph @res << "\n<p>" text = paragraph.text @hard_break text = text.gsub(/(#{SPACE_SEPARATED_LETTER_CLASS})?\K\r?\n(?=(?(1)(#{SPACE_SEPARATED_LETTER_CLASS})?))/o) { defined?($2) && ' ' } @res << to_html(text) @res << "</p>\n" end ## # Adds +verbatim+ to the output def accept_verbatim verbatim text = verbatim.text.rstrip klass = nil content = if verbatim.ruby? or parseable? text then begin tokens = RDoc::Parser::RipperStateLex.parse text klass = ' class="ruby"' result = RDoc::TokenStream.to_html tokens result = result + "\n" unless "\n" == result[-1] result rescue CGI.escapeHTML text end else CGI.escapeHTML text end if @options.pipe then @res << "\n<pre><code>#{CGI.escapeHTML text}\n</code></pre>\n" else @res << "\n<pre#{klass}>#{content}</pre>\n" end end ## # Adds +rule+ to the output def accept_rule rule @res << "<hr>\n" end ## # Prepares the visitor for consuming +list+ def accept_list_start(list) @list << list.type @res << html_list_name(list.type, true) @in_list_entry.push false end ## # Finishes consumption of +list+ def accept_list_end(list) @list.pop if tag = @in_list_entry.pop @res << tag end @res << html_list_name(list.type, false) << "\n" end ## # Prepares the visitor for consuming +list_item+ def accept_list_item_start(list_item) if tag = @in_list_entry.last @res << tag end @res << list_item_start(list_item, @list.last) end ## # Finishes consumption of +list_item+ def accept_list_item_end(list_item) @in_list_entry[-1] = list_end_for(@list.last) end ## # Adds +blank_line+ to the output def accept_blank_line(blank_line) # @res << annotate("<p />") << "\n" end ## # Adds +heading+ to the output. The headings greater than 6 are trimmed to # level 6. def accept_heading heading level = [6, heading.level].min label = heading.label @code_object @res << if @options.output_decoration "\n<h#{level} id=\"#{label}\">" else "\n<h#{level}>" end @res << to_html(heading.text) unless @options.pipe then @res << "<span><a href=\"##{label}\">¶</a>" @res << " <a href=\"#top\">↑</a></span>" end @res << "</h#{level}>\n" end ## # Adds +raw+ to the output def accept_raw raw @res << raw.parts.join("\n") end ## # Adds +table+ to the output def accept_table header, body, aligns @res << "\n<table role=\"table\">\n<thead>\n<tr>\n" header.zip(aligns) do |text, align| @res << '<th' @res << ' align="' << align << '"' if align @res << '>' << to_html(text) << "</th>\n" end @res << "</tr>\n</thead>\n<tbody>\n" body.each do |row| @res << "<tr>\n" row.zip(aligns) do |text, align| @res << '<td' @res << ' align="' << align << '"' if align @res << '>' << to_html(text) << "</td>\n" end @res << "</tr>\n" end @res << "</tbody>\n</table>\n" end # :section: Utilities ## # CGI-escapes +text+ def convert_string(text) CGI.escapeHTML text end ## # Generate a link to +url+ with content +text+. Handles the special cases # for img: and link: described under handle_regexp_HYPERLINK def gen_url url, text scheme, url, id = parse_url url if %w[http https link].include?(scheme) and url =~ /\.(gif|png|jpg|jpeg|bmp)$/ then "<img src=\"#{url}\" />" else if scheme != 'link' and %r%\A((?!https?:)(?:[^/#]*/)*+)([^/#]+)\.(rb|rdoc|md)(?=\z|#)%i =~ url url = "#$1#{$2.tr('.', '_')}_#$3.html#$'" end text = text.sub %r%^#{scheme}:/*%i, '' text = text.sub %r%^[*\^](\d+)$%, '\1' link = "<a#{id} href=\"#{url}\">#{text}</a>" link = "<sup>#{link}</sup>" if /"foot/ =~ id link end end ## # Determines the HTML list element for +list_type+ and +open_tag+ def html_list_name(list_type, open_tag) tags = LIST_TYPE_TO_HTML[list_type] raise RDoc::Error, "Invalid list type: #{list_type.inspect}" unless tags tags[open_tag ? 0 : 1] end ## # Maps attributes to HTML tags def init_tags add_tag :BOLD, "<strong>", "</strong>" add_tag :TT, "<code>", "</code>" add_tag :EM, "<em>", "</em>" end ## # Returns the HTML tag for +list_type+, possible using a label from # +list_item+ def list_item_start(list_item, list_type) case list_type when :BULLET, :LALPHA, :NUMBER, :UALPHA then "<li>" when :LABEL, :NOTE then Array(list_item.label).map do |label| "<dt>#{to_html label}</dt>\n" end.join << "<dd>" else raise RDoc::Error, "Invalid list type: #{list_type.inspect}" end end ## # Returns the HTML end-tag for +list_type+ def list_end_for(list_type) case list_type when :BULLET, :LALPHA, :NUMBER, :UALPHA then "</li>" when :LABEL, :NOTE then "</dd>" else raise RDoc::Error, "Invalid list type: #{list_type.inspect}" end end ## # Returns true if text is valid ruby syntax def parseable? text verbose, $VERBOSE = $VERBOSE, nil catch(:valid) do eval("BEGIN { throw :valid, true }\n#{text}") end rescue SyntaxError false ensure $VERBOSE = verbose end ## # Converts +item+ to HTML using RDoc::Text#to_html def to_html item super convert_flow @am.flow item end end PK )J [���� � 2 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/raw.rbnu �[��� # frozen_string_literal: true ## # A section of text that is added to the output document as-is class RDoc::Markup::Raw ## # The component parts of the list attr_reader :parts ## # Creates a new Raw containing +parts+ def initialize *parts @parts = [] @parts.concat parts end ## # Appends +text+ def << text @parts << text end def == other # :nodoc: self.class == other.class and @parts == other.parts end ## # Calls #accept_raw+ on +visitor+ def accept visitor visitor.accept_raw self end ## # Appends +other+'s parts def merge other @parts.concat other.parts end def pretty_print q # :nodoc: self.class.name =~ /.*::(\w{1,4})/i q.group 2, "[#{$1.downcase}: ", ']' do q.seplist @parts do |part| q.pp part end end end ## # Appends +texts+ onto this Paragraph def push *texts self.parts.concat texts end ## # The raw text def text @parts.join ' ' end end PK )J [�OO� � 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/paragraph.rbnu �[��� # frozen_string_literal: true ## # A Paragraph of text class RDoc::Markup::Paragraph < RDoc::Markup::Raw ## # Calls #accept_paragraph on +visitor+ def accept visitor visitor.accept_paragraph self end ## # Joins the raw paragraph text and converts inline HardBreaks to the # +hard_break+ text. def text hard_break = '' @parts.map do |part| if RDoc::Markup::HardBreak === part then hard_break else part end end.join end end PK )J [i�7� � B share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_joined_paragraph.rbnu �[��� # frozen_string_literal: true ## # Joins the parts of an RDoc::Markup::Paragraph into a single String. # # This allows for easier maintenance and testing of Markdown support. # # This formatter only works on Paragraph instances. Attempting to process # other markup syntax items will not work. class RDoc::Markup::ToJoinedParagraph < RDoc::Markup::Formatter def initialize # :nodoc: super nil end def start_accepting # :nodoc: end def end_accepting # :nodoc: end ## # Converts the parts of +paragraph+ to a single entry. def accept_paragraph paragraph parts = paragraph.parts.chunk do |part| String === part end.flat_map do |string, chunk| string ? chunk.join.rstrip : chunk end paragraph.parts.replace parts end alias accept_block_quote ignore alias accept_heading ignore alias accept_list_end ignore alias accept_list_item_end ignore alias accept_list_item_start ignore alias accept_list_start ignore alias accept_raw ignore alias accept_rule ignore alias accept_verbatim ignore alias accept_table ignore end PK )J [���� � ; share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/attr_changer.rbnu �[��� # frozen_string_literal: true class RDoc::Markup AttrChanger = Struct.new :turn_on, :turn_off # :nodoc: end ## # An AttrChanger records a change in attributes. It contains a bitmap of the # attributes to turn on, and a bitmap of those to turn off. class RDoc::Markup::AttrChanger def to_s # :nodoc: "Attr: +#{turn_on}/-#{turn_off}" end def inspect # :nodoc: '+%d/-%d' % [turn_on, turn_off] end end PK )J [OF.W� � 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/blank_line.rbnu �[��� # frozen_string_literal: true ## # An empty line. This class is a singleton. class RDoc::Markup::BlankLine @instance = new ## # RDoc::Markup::BlankLine is a singleton def self.new @instance end ## # Calls #accept_blank_line on +visitor+ def accept visitor visitor.accept_blank_line self end def pretty_print q # :nodoc: q.text 'blankline' end end PK )J [��4�5 5 6 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_ansi.rbnu �[��� # frozen_string_literal: true ## # Outputs RDoc markup with vibrant ANSI color! class RDoc::Markup::ToAnsi < RDoc::Markup::ToRdoc ## # Creates a new ToAnsi visitor that is ready to output vibrant ANSI color! def initialize markup = nil super @headings.clear @headings[1] = ["\e[1;32m", "\e[m"] # bold @headings[2] = ["\e[4;32m", "\e[m"] # underline @headings[3] = ["\e[32m", "\e[m"] # just green end ## # Maps attributes to ANSI sequences def init_tags add_tag :BOLD, "\e[1m", "\e[m" add_tag :TT, "\e[7m", "\e[m" add_tag :EM, "\e[4m", "\e[m" end ## # Overrides indent width to ensure output lines up correctly. def accept_list_item_end list_item width = case @list_type.last when :BULLET then 2 when :NOTE, :LABEL then if @prefix then @res << @prefix.strip @prefix = nil end @res << "\n" unless res.length == 1 2 else bullet = @list_index.last.to_s @list_index[-1] = @list_index.last.succ bullet.length + 2 end @indent -= width end ## # Adds coloring to note and label list items def accept_list_item_start list_item bullet = case @list_type.last when :BULLET then '*' when :NOTE, :LABEL then labels = Array(list_item.label).map do |label| attributes(label).strip end.join "\n" labels << ":\n" unless labels.empty? labels else @list_index.last.to_s + '.' end case @list_type.last when :NOTE, :LABEL then @indent += 2 @prefix = bullet + (' ' * @indent) else @prefix = (' ' * @indent) + bullet.ljust(bullet.length + 1) width = bullet.gsub(/\e\[[\d;]*m/, '').length + 1 @indent += width end end ## # Starts accepting with a reset screen def start_accepting super @res = ["\e[0m"] end end PK )J [��� � 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/attributes.rbnu �[��� # frozen_string_literal: true ## # We manage a set of attributes. Each attribute has a symbol name and a bit # value. class RDoc::Markup::Attributes ## # The regexp handling attribute type. See RDoc::Markup#add_regexp_handling attr_reader :regexp_handling ## # Creates a new attributes set. def initialize @regexp_handling = 1 @name_to_bitmap = [ [:_REGEXP_HANDLING_, @regexp_handling], ] @next_bitmap = @regexp_handling << 1 end ## # Returns a unique bit for +name+ def bitmap_for name bitmap = @name_to_bitmap.assoc name unless bitmap then bitmap = @next_bitmap @next_bitmap <<= 1 @name_to_bitmap << [name, bitmap] else bitmap = bitmap.last end bitmap end ## # Returns a string representation of +bitmap+ def as_string bitmap return 'none' if bitmap.zero? res = [] @name_to_bitmap.each do |name, bit| res << name if (bitmap & bit) != 0 end res.join ',' end ## # yields each attribute name in +bitmap+ def each_name_of bitmap return enum_for __method__, bitmap unless block_given? @name_to_bitmap.each do |name, bit| next if bit == @regexp_handling yield name.to_s if (bitmap & bit) != 0 end end end PK )J [-J�� � : share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/to_markdown.rbnu �[��� # frozen_string_literal: true # :markup: markdown ## # Outputs parsed markup as Markdown class RDoc::Markup::ToMarkdown < RDoc::Markup::ToRdoc ## # Creates a new formatter that will output Markdown format text def initialize markup = nil super @headings[1] = ['# ', ''] @headings[2] = ['## ', ''] @headings[3] = ['### ', ''] @headings[4] = ['#### ', ''] @headings[5] = ['##### ', ''] @headings[6] = ['###### ', ''] add_regexp_handling_RDOCLINK add_regexp_handling_TIDYLINK @hard_break = " \n" end ## # Maps attributes to HTML sequences def init_tags add_tag :BOLD, '**', '**' add_tag :EM, '*', '*' add_tag :TT, '`', '`' end ## # Adds a newline to the output def handle_regexp_HARD_BREAK target " \n" end ## # Finishes consumption of `list` def accept_list_end list super end ## # Finishes consumption of `list_item` def accept_list_item_end list_item width = case @list_type.last when :BULLET then 4 when :NOTE, :LABEL then use_prefix @res << "\n" 4 else @list_index[-1] = @list_index.last.succ 4 end @indent -= width end ## # Prepares the visitor for consuming `list_item` def accept_list_item_start list_item type = @list_type.last case type when :NOTE, :LABEL then bullets = Array(list_item.label).map do |label| attributes(label).strip end.join "\n" bullets << "\n" unless bullets.empty? @prefix = ' ' * @indent @indent += 4 @prefix << bullets << ":" << (' ' * (@indent - 1)) else bullet = type == :BULLET ? '*' : @list_index.last.to_s + '.' @prefix = (' ' * @indent) + bullet.ljust(4) @indent += 4 end end ## # Prepares the visitor for consuming `list` def accept_list_start list case list.type when :BULLET, :LABEL, :NOTE then @list_index << nil when :LALPHA, :NUMBER, :UALPHA then @list_index << 1 else raise RDoc::Error, "invalid list type #{list.type}" end @list_width << 4 @list_type << list.type end ## # Adds `rule` to the output def accept_rule rule use_prefix or @res << ' ' * @indent @res << '-' * 3 @res << "\n" end ## # Outputs `verbatim` indented 4 columns def accept_verbatim verbatim indent = ' ' * (@indent + 4) verbatim.parts.each do |part| @res << indent unless part == "\n" @res << part end @res << "\n" end ## # Creates a Markdown-style URL from +url+ with +text+. def gen_url url, text scheme, url, = parse_url url "[#{text.sub(%r{^#{scheme}:/*}i, '')}](#{url})" end ## # Handles <tt>rdoc-</tt> type links for footnotes. def handle_rdoc_link url case url when /^rdoc-ref:/ then $' when /^rdoc-label:footmark-(\d+)/ then "[^#{$1}]:" when /^rdoc-label:foottext-(\d+)/ then "[^#{$1}]" when /^rdoc-label:label-/ then gen_url url, $' when /^rdoc-image:/ then "" when /^rdoc-[a-z]+:/ then $' end end ## # Converts the RDoc markup tidylink into a Markdown.style link. def handle_regexp_TIDYLINK target text = target.text return text unless text =~ /\{(.*?)\}\[(.*?)\]/ or text =~ /(\S+)\[(.*?)\]/ label = $1 url = $2 if url =~ /^rdoc-label:foot/ then handle_rdoc_link url else gen_url url, label end end ## # Converts the rdoc-...: links into a Markdown.style links. def handle_regexp_RDOCLINK target handle_rdoc_link target.text end end PK )J [Y|�x� � 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/hard_break.rbnu �[��� # frozen_string_literal: true ## # A hard-break in the middle of a paragraph. class RDoc::Markup::HardBreak @instance = new ## # RDoc::Markup::HardBreak is a singleton def self.new @instance end ## # Calls #accept_hard_break on +visitor+ def accept visitor visitor.accept_hard_break self end def == other # :nodoc: self.class === other end def pretty_print q # :nodoc: q.text "[break]" end end PK )J [�K~�" " 7 share/gems/gems/rdoc-6.10.0/lib/rdoc/markup/verbatim.rbnu �[��� # frozen_string_literal: true ## # A section of verbatim text class RDoc::Markup::Verbatim < RDoc::Markup::Raw ## # Format of this verbatim section attr_accessor :format def initialize *parts # :nodoc: super @format = nil end def == other # :nodoc: super and @format == other.format end ## # Calls #accept_verbatim on +visitor+ def accept visitor visitor.accept_verbatim self end ## # Collapses 3+ newlines into two newlines def normalize parts = [] newlines = 0 @parts.each do |part| case part when /^\s*\n/ then newlines += 1 parts << part if newlines == 1 else newlines = 0 parts << part end end parts.pop if parts.last =~ /\A\r?\n\z/ @parts = parts end def pretty_print q # :nodoc: self.class.name =~ /.*::(\w{1,4})/i q.group 2, "[#{$1.downcase}: ", ']' do if @format then q.text "format: #{@format}" q.breakable end q.seplist @parts do |part| q.pp part end end end ## # Is this verbatim section Ruby code? def ruby? @format ||= nil # TODO for older ri data, switch the tree to marshal_dump @format == :ruby end ## # The text of the section def text @parts.join end end PK )J [��K�� � 0 share/gems/gems/rdoc-6.10.0/lib/rdoc/markdown.rbnu �[��� # coding: UTF-8 # frozen_string_literal: true # :markup: markdown ## # RDoc::Markdown as described by the [markdown syntax][syntax]. # # To choose Markdown as your only default format see # RDoc::Options@Saved+Options for instructions on setting up a `.rdoc_options` # file to store your project default. # # ## Usage # # Here is a brief example of using this parse to read a markdown file by hand. # # data = File.read("README.md") # formatter = RDoc::Markup::ToHtml.new(RDoc::Options.new, nil) # html = RDoc::Markdown.parse(data).accept(formatter) # # # do something with html # # ## Extensions # # The following markdown extensions are supported by the parser, but not all # are used in RDoc output by default. # # ### RDoc # # The RDoc Markdown parser has the following built-in behaviors that cannot be # disabled. # # Underscores embedded in words are never interpreted as emphasis. (While the # [markdown dingus][dingus] emphasizes in-word underscores, neither the # Markdown syntax nor MarkdownTest mention this behavior.) # # For HTML output, RDoc always auto-links bare URLs. # # ### Break on Newline # # The break_on_newline extension converts all newlines into hard line breaks # as in [Github Flavored Markdown][GFM]. This extension is disabled by # default. # # ### CSS # # The #css extension enables CSS blocks to be included in the output, but they # are not used for any built-in RDoc output format. This extension is disabled # by default. # # Example: # # <style type="text/css"> # h1 { font-size: 3em } # </style> # # ### Definition Lists # # The definition_lists extension allows definition lists using the [PHP # Markdown Extra syntax][PHPE], but only one label and definition are supported # at this time. This extension is enabled by default. # # Example: # # ``` # cat # : A small furry mammal # that seems to sleep a lot # # ant # : A little insect that is known # to enjoy picnics # # ``` # # Produces: # # cat # : A small furry mammal # that seems to sleep a lot # # ant # : A little insect that is known # to enjoy picnics # # ### Strike # # Example: # # ``` # This is ~~striked~~. # ``` # # Produces: # # This is ~~striked~~. # # ### Github # # The #github extension enables a partial set of [Github Flavored Markdown] # [GFM]. This extension is enabled by default. # # Supported github extensions include: # # #### Fenced code blocks # # Use ` ``` ` around a block of code instead of indenting it four spaces. # # #### Syntax highlighting # # Use ` ``` ruby ` as the start of a code fence to add syntax highlighting. # (Currently only `ruby` syntax is supported). # # ### HTML # # Enables raw HTML to be included in the output. This extension is enabled by # default. # # Example: # # <table> # ... # </table> # # ### Notes # # The #notes extension enables footnote support. This extension is enabled by # default. # # Example: # # Here is some text[^1] including an inline footnote ^[for short footnotes] # # ... # # [^1]: With the footnote text down at the bottom # # Produces: # # Here is some text[^1] including an inline footnote ^[for short footnotes] # # [^1]: With the footnote text down at the bottom # # ## Limitations # # * Link titles are not used # * Footnotes are collapsed into a single paragraph # # ## Author # # This markdown parser is a port to kpeg from [peg-markdown][pegmarkdown] by # John MacFarlane. # # It is used under the MIT license: # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to deal # in the Software without restriction, including without limitation the rights # to use, copy, modify, merge, publish, distribute, sublicense, and/or sell # copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, # OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN # THE SOFTWARE. # # The port to kpeg was performed by Eric Hodel and Evan Phoenix # # [dingus]: http://daringfireball.net/projects/markdown/dingus # [GFM]: https://github.github.com/gfm/ # [pegmarkdown]: https://github.com/jgm/peg-markdown # [PHPE]: https://michelf.ca/projects/php-markdown/extra/#def-list # [syntax]: http://daringfireball.net/projects/markdown/syntax #-- # Last updated to jgm/peg-markdown commit 8f8fc22ef0 class RDoc::Markdown # :stopdoc: # This is distinct from setup_parser so that a standalone parser # can redefine #initialize and still have access to the proper # parser setup code. def initialize(str, debug=false) setup_parser(str, debug) end # Prepares for parsing +str+. If you define a custom initialize you must # call this method before #parse def setup_parser(str, debug=false) set_string str, 0 @memoizations = Hash.new { |h,k| h[k] = {} } @result = nil @failed_rule = nil @failing_rule_offset = -1 @line_offsets = nil setup_foreign_grammar end attr_reader :string attr_reader :failing_rule_offset attr_accessor :result, :pos def current_column(target=pos) if string[target] == "\n" && (c = string.rindex("\n", target-1) || -1) return target - c elsif c = string.rindex("\n", target) return target - c end target + 1 end def position_line_offsets unless @position_line_offsets @position_line_offsets = [] total = 0 string.each_line do |line| total += line.size @position_line_offsets << total end end @position_line_offsets end if [].respond_to? :bsearch_index def current_line(target=pos) if line = position_line_offsets.bsearch_index {|x| x > target } return line + 1 end raise "Target position #{target} is outside of string" end else def current_line(target=pos) if line = position_line_offsets.index {|x| x > target } return line + 1 end raise "Target position #{target} is outside of string" end end def current_character(target=pos) if target < 0 || target >= string.size raise "Target position #{target} is outside of string" end string[target, 1] end KpegPosInfo = Struct.new(:pos, :lno, :col, :line, :char) def current_pos_info(target=pos) l = current_line target c = current_column target ln = get_line(l-1) chr = string[target,1] KpegPosInfo.new(target, l, c, ln, chr) end def lines string.lines end def get_line(no) loff = position_line_offsets if no < 0 raise "Line No is out of range: #{no} < 0" elsif no >= loff.size raise "Line No is out of range: #{no} >= #{loff.size}" end lend = loff[no]-1 lstart = no > 0 ? loff[no-1] : 0 string[lstart..lend] end def get_text(start) @string[start..@pos-1] end # Sets the string and current parsing position for the parser. def set_string string, pos @string = string @string_size = string ? string.size : 0 @pos = pos @position_line_offsets = nil end def show_pos width = 10 if @pos < width "#{@pos} (\"#{@string[0,@pos]}\" @ \"#{@string[@pos,width]}\")" else "#{@pos} (\"... #{@string[@pos - width, width]}\" @ \"#{@string[@pos,width]}\")" end end def failure_info l = current_line @failing_rule_offset c = current_column @failing_rule_offset if @failed_rule.kind_of? Symbol info = self.class::Rules[@failed_rule] "line #{l}, column #{c}: failed rule '#{info.name}' = '#{info.rendered}'" else "line #{l}, column #{c}: failed rule '#{@failed_rule}'" end end def failure_caret p = current_pos_info @failing_rule_offset "#{p.line.chomp}\n#{' ' * (p.col - 1)}^" end def failure_character current_character @failing_rule_offset end def failure_oneline p = current_pos_info @failing_rule_offset if @failed_rule.kind_of? Symbol info = self.class::Rules[@failed_rule] "@#{p.lno}:#{p.col} failed rule '#{info.name}', got '#{p.char}'" else "@#{p.lno}:#{p.col} failed rule '#{@failed_rule}', got '#{p.char}'" end end class ParseError < RuntimeError end def raise_error raise ParseError, failure_oneline end def show_error(io=STDOUT) error_pos = @failing_rule_offset p = current_pos_info(error_pos) io.puts "On line #{p.lno}, column #{p.col}:" if @failed_rule.kind_of? Symbol info = self.class::Rules[@failed_rule] io.puts "Failed to match '#{info.rendered}' (rule '#{info.name}')" else io.puts "Failed to match rule '#{@failed_rule}'" end io.puts "Got: #{p.char.inspect}" io.puts "=> #{p.line}" io.print(" " * (p.col + 2)) io.puts "^" end def set_failed_rule(name) if @pos > @failing_rule_offset @failed_rule = name @failing_rule_offset = @pos end end attr_reader :failed_rule def match_string(str) len = str.size if @string[pos,len] == str @pos += len return str end return nil end def scan(reg) if m = reg.match(@string, @pos) @pos = m.end(0) return true end return nil end if "".respond_to? :ord def get_byte if @pos >= @string_size return nil end s = @string[@pos].ord @pos += 1 s end else def get_byte if @pos >= @string_size return nil end s = @string[@pos] @pos += 1 s end end def parse(rule=nil) # We invoke the rules indirectly via apply # instead of by just calling them as methods because # if the rules use left recursion, apply needs to # manage that. if !rule apply(:_root) else method = rule.gsub("-","_hyphen_") apply :"_#{method}" end end class MemoEntry def initialize(ans, pos) @ans = ans @pos = pos @result = nil @set = false @left_rec = false end attr_reader :ans, :pos, :result, :set attr_accessor :left_rec def move!(ans, pos, result) @ans = ans @pos = pos @result = result @set = true @left_rec = false end end def external_invoke(other, rule, *args) old_pos = @pos old_string = @string set_string other.string, other.pos begin if val = __send__(rule, *args) other.pos = @pos other.result = @result else other.set_failed_rule "#{self.class}##{rule}" end val ensure set_string old_string, old_pos end end def apply_with_args(rule, *args) @result = nil memo_key = [rule, args] if m = @memoizations[memo_key][@pos] @pos = m.pos if !m.set m.left_rec = true return nil end @result = m.result return m.ans else m = MemoEntry.new(nil, @pos) @memoizations[memo_key][@pos] = m start_pos = @pos ans = __send__ rule, *args lr = m.left_rec m.move! ans, @pos, @result # Don't bother trying to grow the left recursion # if it's failing straight away (thus there is no seed) if ans and lr return grow_lr(rule, args, start_pos, m) else return ans end end end def apply(rule) @result = nil if m = @memoizations[rule][@pos] @pos = m.pos if !m.set m.left_rec = true return nil end @result = m.result return m.ans else m = MemoEntry.new(nil, @pos) @memoizations[rule][@pos] = m start_pos = @pos ans = __send__ rule lr = m.left_rec m.move! ans, @pos, @result # Don't bother trying to grow the left recursion # if it's failing straight away (thus there is no seed) if ans and lr return grow_lr(rule, nil, start_pos, m) else return ans end end end def grow_lr(rule, args, start_pos, m) while true @pos = start_pos @result = m.result if args ans = __send__ rule, *args else ans = __send__ rule end return nil unless ans break if @pos <= m.pos m.move! ans, @pos, @result end @result = m.result @pos = m.pos return m.ans end class RuleInfo def initialize(name, rendered) @name = name @rendered = rendered end attr_reader :name, :rendered end def self.rule_info(name, rendered) RuleInfo.new(name, rendered) end # :startdoc: require_relative '../rdoc' require_relative 'markup/to_joined_paragraph' require_relative 'markdown/entities' require_relative 'markdown/literals' ## # Supported extensions EXTENSIONS = [] ## # Extensions enabled by default DEFAULT_EXTENSIONS = [ :definition_lists, :github, :html, :notes, :strike, ] # :section: Extensions ## # Creates extension methods for the `name` extension to enable and disable # the extension and to query if they are active. def self.extension name EXTENSIONS << name define_method "#{name}?" do extension? name end define_method "#{name}=" do |enable| extension name, enable end end ## # Converts all newlines into hard breaks extension :break_on_newline ## # Allow style blocks extension :css ## # Allow PHP Markdown Extras style definition lists extension :definition_lists ## # Allow Github Flavored Markdown extension :github ## # Allow HTML extension :html ## # Enables the notes extension extension :notes ## # Enables the strike extension extension :strike # :section: ## # Parses the `markdown` document into an RDoc::Document using the default # extensions. def self.parse markdown parser = new parser.parse markdown end # TODO remove when kpeg 0.10 is released alias orig_initialize initialize # :nodoc: ## # Creates a new markdown parser that enables the given +extensions+. def initialize extensions = DEFAULT_EXTENSIONS, debug = false @debug = debug @formatter = RDoc::Markup::ToJoinedParagraph.new @extensions = extensions @references = nil @unlinked_references = nil @footnotes = nil @note_order = nil end ## # Wraps `text` in emphasis for rdoc inline formatting def emphasis text if text =~ /\A[a-z\d.\/]+\z/i then "_#{text}_" else "<em>#{text}</em>" end end ## # :category: Extensions # # Is the extension `name` enabled? def extension? name @extensions.include? name end ## # :category: Extensions # # Enables or disables the extension with `name` def extension name, enable if enable then @extensions |= [name] else @extensions -= [name] end end ## # Parses `text` in a clone of this parser. This is used for handling nested # lists the same way as markdown_parser. def inner_parse text # :nodoc: parser = clone parser.setup_parser text, @debug parser.peg_parse doc = parser.result doc.accept @formatter doc.parts end ## # Finds a link reference for `label` and creates a new link to it with # `content` as the link text. If `label` was not encountered in the # reference-gathering parser pass the label and content are reconstructed # with the linking `text` (usually whitespace). def link_to content, label = content, text = nil raise ParseError, 'enable notes extension' if content.start_with? '^' and label.equal? content if ref = @references[label] then "{#{content}}[#{ref}]" elsif label.equal? content then "[#{content}]#{text}" else "[#{content}]#{text}[#{label}]" end end ## # Creates an RDoc::Markup::ListItem by parsing the `unparsed` content from # the first parsing pass. def list_item_from unparsed parsed = inner_parse unparsed.join RDoc::Markup::ListItem.new nil, *parsed end ## # Stores `label` as a note and fills in previously unknown note references. def note label #foottext = "rdoc-label:foottext-#{label}:footmark-#{label}" #ref.replace foottext if ref = @unlinked_notes.delete(label) @notes[label] = foottext #"{^1}[rdoc-label:footmark-#{label}:foottext-#{label}] " end ## # Creates a new link for the footnote `reference` and adds the reference to # the note order list for proper display at the end of the document. def note_for ref @note_order << ref label = @note_order.length "{*#{label}}[rdoc-label:foottext-#{label}:footmark-#{label}]" end ## # The internal kpeg parse method alias peg_parse parse # :nodoc: ## # Creates an RDoc::Markup::Paragraph from `parts` and including # extension-specific behavior def paragraph parts parts = parts.map do |part| if "\n" == part then RDoc::Markup::HardBreak.new else part end end if break_on_newline? RDoc::Markup::Paragraph.new(*parts) end ## # Parses `markdown` into an RDoc::Document def parse markdown @references = {} @unlinked_references = {} markdown += "\n\n" setup_parser markdown, @debug peg_parse 'References' if notes? then @footnotes = {} setup_parser markdown, @debug peg_parse 'Notes' # using note_order on the first pass would be a bug @note_order = [] end setup_parser markdown, @debug peg_parse doc = result if notes? and not @footnotes.empty? then doc << RDoc::Markup::Rule.new(1) @note_order.each_with_index do |ref, index| label = index + 1 note = @footnotes[ref] or raise ParseError, "footnote [^#{ref}] not found" link = "{^#{label}}[rdoc-label:footmark-#{label}:foottext-#{label}] " note.parts.unshift link doc << note end end doc.accept @formatter doc end ## # Stores `label` as a reference to `link` and fills in previously unknown # link references. def reference label, link if ref = @unlinked_references.delete(label) then ref.replace link end @references[label] = link end ## # Wraps `text` in strong markup for rdoc inline formatting def strong text if text =~ /\A[a-z\d.\/-]+\z/i then "*#{text}*" else "<b>#{text}</b>" end end ## # Wraps `text` in strike markup for rdoc inline formatting def strike text if text =~ /\A[a-z\d.\/-]+\z/i then "~#{text}~" else "<s>#{text}</s>" end end # :stopdoc: def setup_foreign_grammar @_grammar_literals = RDoc::Markdown::Literals.new(nil) end # root = Doc def _root _tmp = apply(:_Doc) set_failed_rule :_root unless _tmp return _tmp end # Doc = BOM? Block*:a { RDoc::Markup::Document.new(*a.compact) } def _Doc _save = self.pos while true # sequence _save1 = self.pos _tmp = apply(:_BOM) unless _tmp _tmp = true self.pos = _save1 end unless _tmp self.pos = _save break end _ary = [] while true _tmp = apply(:_Block) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary a = @result unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::Document.new(*a.compact) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Doc unless _tmp return _tmp end # Block = @BlankLine* (BlockQuote | Verbatim | CodeFence | Table | Note | Reference | HorizontalRule | Heading | OrderedList | BulletList | DefinitionList | HtmlBlock | StyleBlock | Para | Plain) def _Block _save = self.pos while true # sequence while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _save2 = self.pos while true # choice _tmp = apply(:_BlockQuote) break if _tmp self.pos = _save2 _tmp = apply(:_Verbatim) break if _tmp self.pos = _save2 _tmp = apply(:_CodeFence) break if _tmp self.pos = _save2 _tmp = apply(:_Table) break if _tmp self.pos = _save2 _tmp = apply(:_Note) break if _tmp self.pos = _save2 _tmp = apply(:_Reference) break if _tmp self.pos = _save2 _tmp = apply(:_HorizontalRule) break if _tmp self.pos = _save2 _tmp = apply(:_Heading) break if _tmp self.pos = _save2 _tmp = apply(:_OrderedList) break if _tmp self.pos = _save2 _tmp = apply(:_BulletList) break if _tmp self.pos = _save2 _tmp = apply(:_DefinitionList) break if _tmp self.pos = _save2 _tmp = apply(:_HtmlBlock) break if _tmp self.pos = _save2 _tmp = apply(:_StyleBlock) break if _tmp self.pos = _save2 _tmp = apply(:_Para) break if _tmp self.pos = _save2 _tmp = apply(:_Plain) break if _tmp self.pos = _save2 break end # end choice unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Block unless _tmp return _tmp end # Para = @NonindentSpace Inlines:a @BlankLine+ { paragraph a } def _Para _save = self.pos while true # sequence _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _tmp = apply(:_Inlines) a = @result unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _BlankLine() if _tmp while true _tmp = _BlankLine() break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end @result = begin; paragraph a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Para unless _tmp return _tmp end # Plain = Inlines:a { paragraph a } def _Plain _save = self.pos while true # sequence _tmp = apply(:_Inlines) a = @result unless _tmp self.pos = _save break end @result = begin; paragraph a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Plain unless _tmp return _tmp end # AtxInline = !@Newline !(@Sp /#*/ @Sp @Newline) Inline def _AtxInline _save = self.pos while true # sequence _save1 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save3 break end _tmp = scan(/\G(?-mix:#*)/) unless _tmp self.pos = _save3 break end _tmp = _Sp() unless _tmp self.pos = _save3 break end _tmp = _Newline() unless _tmp self.pos = _save3 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save2 unless _tmp self.pos = _save break end _tmp = apply(:_Inline) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_AtxInline unless _tmp return _tmp end # AtxStart = < /\#{1,6}/ > { text.length } def _AtxStart _save = self.pos while true # sequence _text_start = self.pos _tmp = scan(/\G(?-mix:\#{1,6})/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; text.length ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_AtxStart unless _tmp return _tmp end # AtxHeading = AtxStart:s @Spacechar+ AtxInline+:a (@Sp /#*/ @Sp)? @Newline { RDoc::Markup::Heading.new(s, a.join) } def _AtxHeading _save = self.pos while true # sequence _tmp = apply(:_AtxStart) s = @result unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _Spacechar() if _tmp while true _tmp = _Spacechar() break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end _save2 = self.pos _ary = [] _tmp = apply(:_AtxInline) if _tmp _ary << @result while true _tmp = apply(:_AtxInline) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save2 end a = @result unless _tmp self.pos = _save break end _save3 = self.pos _save4 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save4 break end _tmp = scan(/\G(?-mix:#*)/) unless _tmp self.pos = _save4 break end _tmp = _Sp() unless _tmp self.pos = _save4 end break end # end sequence unless _tmp _tmp = true self.pos = _save3 end unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::Heading.new(s, a.join) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_AtxHeading unless _tmp return _tmp end # SetextHeading = (SetextHeading1 | SetextHeading2) def _SetextHeading _save = self.pos while true # choice _tmp = apply(:_SetextHeading1) break if _tmp self.pos = _save _tmp = apply(:_SetextHeading2) break if _tmp self.pos = _save break end # end choice set_failed_rule :_SetextHeading unless _tmp return _tmp end # SetextBottom1 = /={1,}/ @Newline def _SetextBottom1 _save = self.pos while true # sequence _tmp = scan(/\G(?-mix:={1,})/) unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_SetextBottom1 unless _tmp return _tmp end # SetextBottom2 = /-{1,}/ @Newline def _SetextBottom2 _save = self.pos while true # sequence _tmp = scan(/\G(?-mix:-{1,})/) unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_SetextBottom2 unless _tmp return _tmp end # SetextHeading1 = &(@RawLine SetextBottom1) @StartList:a (!@Endline Inline:b { a << b })+ @Sp @Newline SetextBottom1 { RDoc::Markup::Heading.new(1, a.join) } def _SetextHeading1 _save = self.pos while true # sequence _save1 = self.pos _save2 = self.pos while true # sequence _tmp = _RawLine() unless _tmp self.pos = _save2 break end _tmp = apply(:_SetextBottom1) unless _tmp self.pos = _save2 end break end # end sequence self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save3 = self.pos _save4 = self.pos while true # sequence _save5 = self.pos _tmp = _Endline() _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save4 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save4 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence if _tmp while true _save6 = self.pos while true # sequence _save7 = self.pos _tmp = _Endline() _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save6 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save6 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save6 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save3 end unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end _tmp = apply(:_SetextBottom1) unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::Heading.new(1, a.join) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_SetextHeading1 unless _tmp return _tmp end # SetextHeading2 = &(@RawLine SetextBottom2) @StartList:a (!@Endline Inline:b { a << b })+ @Sp @Newline SetextBottom2 { RDoc::Markup::Heading.new(2, a.join) } def _SetextHeading2 _save = self.pos while true # sequence _save1 = self.pos _save2 = self.pos while true # sequence _tmp = _RawLine() unless _tmp self.pos = _save2 break end _tmp = apply(:_SetextBottom2) unless _tmp self.pos = _save2 end break end # end sequence self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save3 = self.pos _save4 = self.pos while true # sequence _save5 = self.pos _tmp = _Endline() _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save4 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save4 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence if _tmp while true _save6 = self.pos while true # sequence _save7 = self.pos _tmp = _Endline() _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save6 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save6 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save6 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save3 end unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end _tmp = apply(:_SetextBottom2) unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::Heading.new(2, a.join) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_SetextHeading2 unless _tmp return _tmp end # Heading = (SetextHeading | AtxHeading) def _Heading _save = self.pos while true # choice _tmp = apply(:_SetextHeading) break if _tmp self.pos = _save _tmp = apply(:_AtxHeading) break if _tmp self.pos = _save break end # end choice set_failed_rule :_Heading unless _tmp return _tmp end # BlockQuote = BlockQuoteRaw:a { RDoc::Markup::BlockQuote.new(*a) } def _BlockQuote _save = self.pos while true # sequence _tmp = apply(:_BlockQuoteRaw) a = @result unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::BlockQuote.new(*a) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_BlockQuote unless _tmp return _tmp end # BlockQuoteRaw = @StartList:a (">" " "? Line:l { a << l } (!">" !@BlankLine Line:c { a << c })* (@BlankLine:n { a << n })*)+ { inner_parse a.join } def _BlockQuoteRaw _save = self.pos while true # sequence _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save1 = self.pos _save2 = self.pos while true # sequence _tmp = match_string(">") unless _tmp self.pos = _save2 break end _save3 = self.pos _tmp = match_string(" ") unless _tmp _tmp = true self.pos = _save3 end unless _tmp self.pos = _save2 break end _tmp = apply(:_Line) l = @result unless _tmp self.pos = _save2 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save2 break end while true _save5 = self.pos while true # sequence _save6 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _save7 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save5 break end _tmp = apply(:_Line) c = @result unless _tmp self.pos = _save5 break end @result = begin; a << c ; end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save2 break end while true _save9 = self.pos while true # sequence _tmp = _BlankLine() n = @result unless _tmp self.pos = _save9 break end @result = begin; a << n ; end _tmp = true unless _tmp self.pos = _save9 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence if _tmp while true _save10 = self.pos while true # sequence _tmp = match_string(">") unless _tmp self.pos = _save10 break end _save11 = self.pos _tmp = match_string(" ") unless _tmp _tmp = true self.pos = _save11 end unless _tmp self.pos = _save10 break end _tmp = apply(:_Line) l = @result unless _tmp self.pos = _save10 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save10 break end while true _save13 = self.pos while true # sequence _save14 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save14 unless _tmp self.pos = _save13 break end _save15 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save15 unless _tmp self.pos = _save13 break end _tmp = apply(:_Line) c = @result unless _tmp self.pos = _save13 break end @result = begin; a << c ; end _tmp = true unless _tmp self.pos = _save13 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save10 break end while true _save17 = self.pos while true # sequence _tmp = _BlankLine() n = @result unless _tmp self.pos = _save17 break end @result = begin; a << n ; end _tmp = true unless _tmp self.pos = _save17 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save10 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end @result = begin; inner_parse a.join ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_BlockQuoteRaw unless _tmp return _tmp end # NonblankIndentedLine = !@BlankLine IndentedLine def _NonblankIndentedLine _save = self.pos while true # sequence _save1 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_IndentedLine) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_NonblankIndentedLine unless _tmp return _tmp end # VerbatimChunk = @BlankLine*:a NonblankIndentedLine+:b { a.concat b } def _VerbatimChunk _save = self.pos while true # sequence _ary = [] while true _tmp = _BlankLine() _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary a = @result unless _tmp self.pos = _save break end _save2 = self.pos _ary = [] _tmp = apply(:_NonblankIndentedLine) if _tmp _ary << @result while true _tmp = apply(:_NonblankIndentedLine) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save2 end b = @result unless _tmp self.pos = _save break end @result = begin; a.concat b ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_VerbatimChunk unless _tmp return _tmp end # Verbatim = VerbatimChunk+:a { RDoc::Markup::Verbatim.new(*a.flatten) } def _Verbatim _save = self.pos while true # sequence _save1 = self.pos _ary = [] _tmp = apply(:_VerbatimChunk) if _tmp _ary << @result while true _tmp = apply(:_VerbatimChunk) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save1 end a = @result unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::Verbatim.new(*a.flatten) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Verbatim unless _tmp return _tmp end # HorizontalRule = @NonindentSpace ("*" @Sp "*" @Sp "*" (@Sp "*")* | "-" @Sp "-" @Sp "-" (@Sp "-")* | "_" @Sp "_" @Sp "_" (@Sp "_")*) @Sp @Newline @BlankLine+ { RDoc::Markup::Rule.new 1 } def _HorizontalRule _save = self.pos while true # sequence _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _save2 = self.pos while true # sequence _tmp = match_string("*") unless _tmp self.pos = _save2 break end _tmp = _Sp() unless _tmp self.pos = _save2 break end _tmp = match_string("*") unless _tmp self.pos = _save2 break end _tmp = _Sp() unless _tmp self.pos = _save2 break end _tmp = match_string("*") unless _tmp self.pos = _save2 break end while true _save4 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save4 break end _tmp = match_string("*") unless _tmp self.pos = _save4 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence break if _tmp self.pos = _save1 _save5 = self.pos while true # sequence _tmp = match_string("-") unless _tmp self.pos = _save5 break end _tmp = _Sp() unless _tmp self.pos = _save5 break end _tmp = match_string("-") unless _tmp self.pos = _save5 break end _tmp = _Sp() unless _tmp self.pos = _save5 break end _tmp = match_string("-") unless _tmp self.pos = _save5 break end while true _save7 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save7 break end _tmp = match_string("-") unless _tmp self.pos = _save7 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save1 _save8 = self.pos while true # sequence _tmp = match_string("_") unless _tmp self.pos = _save8 break end _tmp = _Sp() unless _tmp self.pos = _save8 break end _tmp = match_string("_") unless _tmp self.pos = _save8 break end _tmp = _Sp() unless _tmp self.pos = _save8 break end _tmp = match_string("_") unless _tmp self.pos = _save8 break end while true _save10 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save10 break end _tmp = match_string("_") unless _tmp self.pos = _save10 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save8 end break end # end sequence break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end _save11 = self.pos _tmp = _BlankLine() if _tmp while true _tmp = _BlankLine() break unless _tmp end _tmp = true else self.pos = _save11 end unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::Rule.new 1 ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HorizontalRule unless _tmp return _tmp end # Bullet = !HorizontalRule @NonindentSpace /[+*-]/ @Spacechar+ def _Bullet _save = self.pos while true # sequence _save1 = self.pos _tmp = apply(:_HorizontalRule) _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _tmp = scan(/\G(?-mix:[+*-])/) unless _tmp self.pos = _save break end _save2 = self.pos _tmp = _Spacechar() if _tmp while true _tmp = _Spacechar() break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Bullet unless _tmp return _tmp end # BulletList = &Bullet (ListTight | ListLoose):a { RDoc::Markup::List.new(:BULLET, *a) } def _BulletList _save = self.pos while true # sequence _save1 = self.pos _tmp = apply(:_Bullet) self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos while true # choice _tmp = apply(:_ListTight) break if _tmp self.pos = _save2 _tmp = apply(:_ListLoose) break if _tmp self.pos = _save2 break end # end choice a = @result unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::List.new(:BULLET, *a) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_BulletList unless _tmp return _tmp end # ListTight = ListItemTight+:a @BlankLine* !(Bullet | Enumerator) { a } def _ListTight _save = self.pos while true # sequence _save1 = self.pos _ary = [] _tmp = apply(:_ListItemTight) if _tmp _ary << @result while true _tmp = apply(:_ListItemTight) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save1 end a = @result unless _tmp self.pos = _save break end while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _save3 = self.pos _save4 = self.pos while true # choice _tmp = apply(:_Bullet) break if _tmp self.pos = _save4 _tmp = apply(:_Enumerator) break if _tmp self.pos = _save4 break end # end choice _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListTight unless _tmp return _tmp end # ListLoose = @StartList:a (ListItem:b @BlankLine* { a << b })+ { a } def _ListLoose _save = self.pos while true # sequence _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save1 = self.pos _save2 = self.pos while true # sequence _tmp = apply(:_ListItem) b = @result unless _tmp self.pos = _save2 break end while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save2 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence if _tmp while true _save4 = self.pos while true # sequence _tmp = apply(:_ListItem) b = @result unless _tmp self.pos = _save4 break end while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save4 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListLoose unless _tmp return _tmp end # ListItem = (Bullet | Enumerator) @StartList:a ListBlock:b { a << b } (ListContinuationBlock:c { a.push(*c) })* { list_item_from a } def _ListItem _save = self.pos while true # sequence _save1 = self.pos while true # choice _tmp = apply(:_Bullet) break if _tmp self.pos = _save1 _tmp = apply(:_Enumerator) break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _tmp = apply(:_ListBlock) b = @result unless _tmp self.pos = _save break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save break end while true _save3 = self.pos while true # sequence _tmp = apply(:_ListContinuationBlock) c = @result unless _tmp self.pos = _save3 break end @result = begin; a.push(*c) ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end @result = begin; list_item_from a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListItem unless _tmp return _tmp end # ListItemTight = (Bullet | Enumerator) ListBlock:a (!@BlankLine ListContinuationBlock:b { a.push(*b) })* !ListContinuationBlock { list_item_from a } def _ListItemTight _save = self.pos while true # sequence _save1 = self.pos while true # choice _tmp = apply(:_Bullet) break if _tmp self.pos = _save1 _tmp = apply(:_Enumerator) break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_ListBlock) a = @result unless _tmp self.pos = _save break end while true _save3 = self.pos while true # sequence _save4 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = apply(:_ListContinuationBlock) b = @result unless _tmp self.pos = _save3 break end @result = begin; a.push(*b) ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _save5 = self.pos _tmp = apply(:_ListContinuationBlock) _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save break end @result = begin; list_item_from a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListItemTight unless _tmp return _tmp end # ListBlock = !@BlankLine Line:a ListBlockLine*:c { [a, *c] } def _ListBlock _save = self.pos while true # sequence _save1 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_Line) a = @result unless _tmp self.pos = _save break end _ary = [] while true _tmp = apply(:_ListBlockLine) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary c = @result unless _tmp self.pos = _save break end @result = begin; [a, *c] ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListBlock unless _tmp return _tmp end # ListContinuationBlock = @StartList:a @BlankLine* { a << "\n" } (Indent ListBlock:b { a.concat b })+ { a } def _ListContinuationBlock _save = self.pos while true # sequence _tmp = _StartList() a = @result unless _tmp self.pos = _save break end while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save break end @result = begin; a << "\n" ; end _tmp = true unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _tmp = apply(:_Indent) unless _tmp self.pos = _save3 break end _tmp = apply(:_ListBlock) b = @result unless _tmp self.pos = _save3 break end @result = begin; a.concat b ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save4 = self.pos while true # sequence _tmp = apply(:_Indent) unless _tmp self.pos = _save4 break end _tmp = apply(:_ListBlock) b = @result unless _tmp self.pos = _save4 break end @result = begin; a.concat b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListContinuationBlock unless _tmp return _tmp end # Enumerator = @NonindentSpace [0-9]+ "." @Spacechar+ def _Enumerator _save = self.pos while true # sequence _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _save1 = self.pos _save2 = self.pos _tmp = get_byte if _tmp unless _tmp >= 48 and _tmp <= 57 self.pos = _save2 _tmp = nil end end if _tmp while true _save3 = self.pos _tmp = get_byte if _tmp unless _tmp >= 48 and _tmp <= 57 self.pos = _save3 _tmp = nil end end break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end _tmp = match_string(".") unless _tmp self.pos = _save break end _save4 = self.pos _tmp = _Spacechar() if _tmp while true _tmp = _Spacechar() break unless _tmp end _tmp = true else self.pos = _save4 end unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Enumerator unless _tmp return _tmp end # OrderedList = &Enumerator (ListTight | ListLoose):a { RDoc::Markup::List.new(:NUMBER, *a) } def _OrderedList _save = self.pos while true # sequence _save1 = self.pos _tmp = apply(:_Enumerator) self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos while true # choice _tmp = apply(:_ListTight) break if _tmp self.pos = _save2 _tmp = apply(:_ListLoose) break if _tmp self.pos = _save2 break end # end choice a = @result unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::List.new(:NUMBER, *a) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_OrderedList unless _tmp return _tmp end # ListBlockLine = !@BlankLine !(Indent? (Bullet | Enumerator)) !HorizontalRule OptionallyIndentedLine def _ListBlockLine _save = self.pos while true # sequence _save1 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_Indent) unless _tmp _tmp = true self.pos = _save4 end unless _tmp self.pos = _save3 break end _save5 = self.pos while true # choice _tmp = apply(:_Bullet) break if _tmp self.pos = _save5 _tmp = apply(:_Enumerator) break if _tmp self.pos = _save5 break end # end choice unless _tmp self.pos = _save3 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save2 unless _tmp self.pos = _save break end _save6 = self.pos _tmp = apply(:_HorizontalRule) _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save break end _tmp = apply(:_OptionallyIndentedLine) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ListBlockLine unless _tmp return _tmp end # HtmlOpenAnchor = "<" Spnl ("a" | "A") Spnl HtmlAttribute* ">" def _HtmlOpenAnchor _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("a") break if _tmp self.pos = _save1 _tmp = match_string("A") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlOpenAnchor unless _tmp return _tmp end # HtmlCloseAnchor = "<" Spnl "/" ("a" | "A") Spnl ">" def _HtmlCloseAnchor _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("a") break if _tmp self.pos = _save1 _tmp = match_string("A") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlCloseAnchor unless _tmp return _tmp end # HtmlAnchor = HtmlOpenAnchor (HtmlAnchor | !HtmlCloseAnchor .)* HtmlCloseAnchor def _HtmlAnchor _save = self.pos while true # sequence _tmp = apply(:_HtmlOpenAnchor) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlAnchor) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlCloseAnchor) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlCloseAnchor) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlAnchor unless _tmp return _tmp end # HtmlBlockOpenAddress = "<" Spnl ("address" | "ADDRESS") Spnl HtmlAttribute* ">" def _HtmlBlockOpenAddress _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("address") break if _tmp self.pos = _save1 _tmp = match_string("ADDRESS") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenAddress unless _tmp return _tmp end # HtmlBlockCloseAddress = "<" Spnl "/" ("address" | "ADDRESS") Spnl ">" def _HtmlBlockCloseAddress _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("address") break if _tmp self.pos = _save1 _tmp = match_string("ADDRESS") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseAddress unless _tmp return _tmp end # HtmlBlockAddress = HtmlBlockOpenAddress (HtmlBlockAddress | !HtmlBlockCloseAddress .)* HtmlBlockCloseAddress def _HtmlBlockAddress _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenAddress) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockAddress) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseAddress) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseAddress) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockAddress unless _tmp return _tmp end # HtmlBlockOpenBlockquote = "<" Spnl ("blockquote" | "BLOCKQUOTE") Spnl HtmlAttribute* ">" def _HtmlBlockOpenBlockquote _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("blockquote") break if _tmp self.pos = _save1 _tmp = match_string("BLOCKQUOTE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenBlockquote unless _tmp return _tmp end # HtmlBlockCloseBlockquote = "<" Spnl "/" ("blockquote" | "BLOCKQUOTE") Spnl ">" def _HtmlBlockCloseBlockquote _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("blockquote") break if _tmp self.pos = _save1 _tmp = match_string("BLOCKQUOTE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseBlockquote unless _tmp return _tmp end # HtmlBlockBlockquote = HtmlBlockOpenBlockquote (HtmlBlockBlockquote | !HtmlBlockCloseBlockquote .)* HtmlBlockCloseBlockquote def _HtmlBlockBlockquote _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenBlockquote) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockBlockquote) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseBlockquote) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseBlockquote) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockBlockquote unless _tmp return _tmp end # HtmlBlockOpenCenter = "<" Spnl ("center" | "CENTER") Spnl HtmlAttribute* ">" def _HtmlBlockOpenCenter _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("center") break if _tmp self.pos = _save1 _tmp = match_string("CENTER") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenCenter unless _tmp return _tmp end # HtmlBlockCloseCenter = "<" Spnl "/" ("center" | "CENTER") Spnl ">" def _HtmlBlockCloseCenter _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("center") break if _tmp self.pos = _save1 _tmp = match_string("CENTER") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseCenter unless _tmp return _tmp end # HtmlBlockCenter = HtmlBlockOpenCenter (HtmlBlockCenter | !HtmlBlockCloseCenter .)* HtmlBlockCloseCenter def _HtmlBlockCenter _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenCenter) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockCenter) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseCenter) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseCenter) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCenter unless _tmp return _tmp end # HtmlBlockOpenDir = "<" Spnl ("dir" | "DIR") Spnl HtmlAttribute* ">" def _HtmlBlockOpenDir _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dir") break if _tmp self.pos = _save1 _tmp = match_string("DIR") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenDir unless _tmp return _tmp end # HtmlBlockCloseDir = "<" Spnl "/" ("dir" | "DIR") Spnl ">" def _HtmlBlockCloseDir _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dir") break if _tmp self.pos = _save1 _tmp = match_string("DIR") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseDir unless _tmp return _tmp end # HtmlBlockDir = HtmlBlockOpenDir (HtmlBlockDir | !HtmlBlockCloseDir .)* HtmlBlockCloseDir def _HtmlBlockDir _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenDir) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockDir) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseDir) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseDir) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockDir unless _tmp return _tmp end # HtmlBlockOpenDiv = "<" Spnl ("div" | "DIV") Spnl HtmlAttribute* ">" def _HtmlBlockOpenDiv _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("div") break if _tmp self.pos = _save1 _tmp = match_string("DIV") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenDiv unless _tmp return _tmp end # HtmlBlockCloseDiv = "<" Spnl "/" ("div" | "DIV") Spnl ">" def _HtmlBlockCloseDiv _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("div") break if _tmp self.pos = _save1 _tmp = match_string("DIV") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseDiv unless _tmp return _tmp end # HtmlBlockDiv = HtmlBlockOpenDiv (HtmlBlockDiv | !HtmlBlockCloseDiv .)* HtmlBlockCloseDiv def _HtmlBlockDiv _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenDiv) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockDiv) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseDiv) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseDiv) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockDiv unless _tmp return _tmp end # HtmlBlockOpenDl = "<" Spnl ("dl" | "DL") Spnl HtmlAttribute* ">" def _HtmlBlockOpenDl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dl") break if _tmp self.pos = _save1 _tmp = match_string("DL") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenDl unless _tmp return _tmp end # HtmlBlockCloseDl = "<" Spnl "/" ("dl" | "DL") Spnl ">" def _HtmlBlockCloseDl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dl") break if _tmp self.pos = _save1 _tmp = match_string("DL") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseDl unless _tmp return _tmp end # HtmlBlockDl = HtmlBlockOpenDl (HtmlBlockDl | !HtmlBlockCloseDl .)* HtmlBlockCloseDl def _HtmlBlockDl _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenDl) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockDl) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseDl) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseDl) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockDl unless _tmp return _tmp end # HtmlBlockOpenFieldset = "<" Spnl ("fieldset" | "FIELDSET") Spnl HtmlAttribute* ">" def _HtmlBlockOpenFieldset _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("fieldset") break if _tmp self.pos = _save1 _tmp = match_string("FIELDSET") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenFieldset unless _tmp return _tmp end # HtmlBlockCloseFieldset = "<" Spnl "/" ("fieldset" | "FIELDSET") Spnl ">" def _HtmlBlockCloseFieldset _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("fieldset") break if _tmp self.pos = _save1 _tmp = match_string("FIELDSET") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseFieldset unless _tmp return _tmp end # HtmlBlockFieldset = HtmlBlockOpenFieldset (HtmlBlockFieldset | !HtmlBlockCloseFieldset .)* HtmlBlockCloseFieldset def _HtmlBlockFieldset _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenFieldset) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockFieldset) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseFieldset) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseFieldset) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockFieldset unless _tmp return _tmp end # HtmlBlockOpenForm = "<" Spnl ("form" | "FORM") Spnl HtmlAttribute* ">" def _HtmlBlockOpenForm _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("form") break if _tmp self.pos = _save1 _tmp = match_string("FORM") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenForm unless _tmp return _tmp end # HtmlBlockCloseForm = "<" Spnl "/" ("form" | "FORM") Spnl ">" def _HtmlBlockCloseForm _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("form") break if _tmp self.pos = _save1 _tmp = match_string("FORM") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseForm unless _tmp return _tmp end # HtmlBlockForm = HtmlBlockOpenForm (HtmlBlockForm | !HtmlBlockCloseForm .)* HtmlBlockCloseForm def _HtmlBlockForm _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenForm) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockForm) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseForm) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseForm) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockForm unless _tmp return _tmp end # HtmlBlockOpenH1 = "<" Spnl ("h1" | "H1") Spnl HtmlAttribute* ">" def _HtmlBlockOpenH1 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h1") break if _tmp self.pos = _save1 _tmp = match_string("H1") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenH1 unless _tmp return _tmp end # HtmlBlockCloseH1 = "<" Spnl "/" ("h1" | "H1") Spnl ">" def _HtmlBlockCloseH1 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h1") break if _tmp self.pos = _save1 _tmp = match_string("H1") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseH1 unless _tmp return _tmp end # HtmlBlockH1 = HtmlBlockOpenH1 (HtmlBlockH1 | !HtmlBlockCloseH1 .)* HtmlBlockCloseH1 def _HtmlBlockH1 _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenH1) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockH1) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseH1) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseH1) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockH1 unless _tmp return _tmp end # HtmlBlockOpenH2 = "<" Spnl ("h2" | "H2") Spnl HtmlAttribute* ">" def _HtmlBlockOpenH2 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h2") break if _tmp self.pos = _save1 _tmp = match_string("H2") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenH2 unless _tmp return _tmp end # HtmlBlockCloseH2 = "<" Spnl "/" ("h2" | "H2") Spnl ">" def _HtmlBlockCloseH2 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h2") break if _tmp self.pos = _save1 _tmp = match_string("H2") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseH2 unless _tmp return _tmp end # HtmlBlockH2 = HtmlBlockOpenH2 (HtmlBlockH2 | !HtmlBlockCloseH2 .)* HtmlBlockCloseH2 def _HtmlBlockH2 _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenH2) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockH2) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseH2) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseH2) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockH2 unless _tmp return _tmp end # HtmlBlockOpenH3 = "<" Spnl ("h3" | "H3") Spnl HtmlAttribute* ">" def _HtmlBlockOpenH3 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h3") break if _tmp self.pos = _save1 _tmp = match_string("H3") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenH3 unless _tmp return _tmp end # HtmlBlockCloseH3 = "<" Spnl "/" ("h3" | "H3") Spnl ">" def _HtmlBlockCloseH3 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h3") break if _tmp self.pos = _save1 _tmp = match_string("H3") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseH3 unless _tmp return _tmp end # HtmlBlockH3 = HtmlBlockOpenH3 (HtmlBlockH3 | !HtmlBlockCloseH3 .)* HtmlBlockCloseH3 def _HtmlBlockH3 _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenH3) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockH3) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseH3) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseH3) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockH3 unless _tmp return _tmp end # HtmlBlockOpenH4 = "<" Spnl ("h4" | "H4") Spnl HtmlAttribute* ">" def _HtmlBlockOpenH4 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h4") break if _tmp self.pos = _save1 _tmp = match_string("H4") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenH4 unless _tmp return _tmp end # HtmlBlockCloseH4 = "<" Spnl "/" ("h4" | "H4") Spnl ">" def _HtmlBlockCloseH4 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h4") break if _tmp self.pos = _save1 _tmp = match_string("H4") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseH4 unless _tmp return _tmp end # HtmlBlockH4 = HtmlBlockOpenH4 (HtmlBlockH4 | !HtmlBlockCloseH4 .)* HtmlBlockCloseH4 def _HtmlBlockH4 _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenH4) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockH4) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseH4) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseH4) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockH4 unless _tmp return _tmp end # HtmlBlockOpenH5 = "<" Spnl ("h5" | "H5") Spnl HtmlAttribute* ">" def _HtmlBlockOpenH5 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h5") break if _tmp self.pos = _save1 _tmp = match_string("H5") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenH5 unless _tmp return _tmp end # HtmlBlockCloseH5 = "<" Spnl "/" ("h5" | "H5") Spnl ">" def _HtmlBlockCloseH5 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h5") break if _tmp self.pos = _save1 _tmp = match_string("H5") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseH5 unless _tmp return _tmp end # HtmlBlockH5 = HtmlBlockOpenH5 (HtmlBlockH5 | !HtmlBlockCloseH5 .)* HtmlBlockCloseH5 def _HtmlBlockH5 _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenH5) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockH5) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseH5) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseH5) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockH5 unless _tmp return _tmp end # HtmlBlockOpenH6 = "<" Spnl ("h6" | "H6") Spnl HtmlAttribute* ">" def _HtmlBlockOpenH6 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h6") break if _tmp self.pos = _save1 _tmp = match_string("H6") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenH6 unless _tmp return _tmp end # HtmlBlockCloseH6 = "<" Spnl "/" ("h6" | "H6") Spnl ">" def _HtmlBlockCloseH6 _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("h6") break if _tmp self.pos = _save1 _tmp = match_string("H6") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseH6 unless _tmp return _tmp end # HtmlBlockH6 = HtmlBlockOpenH6 (HtmlBlockH6 | !HtmlBlockCloseH6 .)* HtmlBlockCloseH6 def _HtmlBlockH6 _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenH6) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockH6) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseH6) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseH6) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockH6 unless _tmp return _tmp end # HtmlBlockOpenMenu = "<" Spnl ("menu" | "MENU") Spnl HtmlAttribute* ">" def _HtmlBlockOpenMenu _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("menu") break if _tmp self.pos = _save1 _tmp = match_string("MENU") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenMenu unless _tmp return _tmp end # HtmlBlockCloseMenu = "<" Spnl "/" ("menu" | "MENU") Spnl ">" def _HtmlBlockCloseMenu _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("menu") break if _tmp self.pos = _save1 _tmp = match_string("MENU") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseMenu unless _tmp return _tmp end # HtmlBlockMenu = HtmlBlockOpenMenu (HtmlBlockMenu | !HtmlBlockCloseMenu .)* HtmlBlockCloseMenu def _HtmlBlockMenu _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenMenu) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockMenu) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseMenu) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseMenu) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockMenu unless _tmp return _tmp end # HtmlBlockOpenNoframes = "<" Spnl ("noframes" | "NOFRAMES") Spnl HtmlAttribute* ">" def _HtmlBlockOpenNoframes _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("noframes") break if _tmp self.pos = _save1 _tmp = match_string("NOFRAMES") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenNoframes unless _tmp return _tmp end # HtmlBlockCloseNoframes = "<" Spnl "/" ("noframes" | "NOFRAMES") Spnl ">" def _HtmlBlockCloseNoframes _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("noframes") break if _tmp self.pos = _save1 _tmp = match_string("NOFRAMES") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseNoframes unless _tmp return _tmp end # HtmlBlockNoframes = HtmlBlockOpenNoframes (HtmlBlockNoframes | !HtmlBlockCloseNoframes .)* HtmlBlockCloseNoframes def _HtmlBlockNoframes _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenNoframes) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockNoframes) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseNoframes) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseNoframes) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockNoframes unless _tmp return _tmp end # HtmlBlockOpenNoscript = "<" Spnl ("noscript" | "NOSCRIPT") Spnl HtmlAttribute* ">" def _HtmlBlockOpenNoscript _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("noscript") break if _tmp self.pos = _save1 _tmp = match_string("NOSCRIPT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenNoscript unless _tmp return _tmp end # HtmlBlockCloseNoscript = "<" Spnl "/" ("noscript" | "NOSCRIPT") Spnl ">" def _HtmlBlockCloseNoscript _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("noscript") break if _tmp self.pos = _save1 _tmp = match_string("NOSCRIPT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseNoscript unless _tmp return _tmp end # HtmlBlockNoscript = HtmlBlockOpenNoscript (HtmlBlockNoscript | !HtmlBlockCloseNoscript .)* HtmlBlockCloseNoscript def _HtmlBlockNoscript _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenNoscript) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockNoscript) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseNoscript) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseNoscript) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockNoscript unless _tmp return _tmp end # HtmlBlockOpenOl = "<" Spnl ("ol" | "OL") Spnl HtmlAttribute* ">" def _HtmlBlockOpenOl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("ol") break if _tmp self.pos = _save1 _tmp = match_string("OL") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenOl unless _tmp return _tmp end # HtmlBlockCloseOl = "<" Spnl "/" ("ol" | "OL") Spnl ">" def _HtmlBlockCloseOl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("ol") break if _tmp self.pos = _save1 _tmp = match_string("OL") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseOl unless _tmp return _tmp end # HtmlBlockOl = HtmlBlockOpenOl (HtmlBlockOl | !HtmlBlockCloseOl .)* HtmlBlockCloseOl def _HtmlBlockOl _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenOl) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockOl) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseOl) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseOl) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOl unless _tmp return _tmp end # HtmlBlockOpenP = "<" Spnl ("p" | "P") Spnl HtmlAttribute* ">" def _HtmlBlockOpenP _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("p") break if _tmp self.pos = _save1 _tmp = match_string("P") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenP unless _tmp return _tmp end # HtmlBlockCloseP = "<" Spnl "/" ("p" | "P") Spnl ">" def _HtmlBlockCloseP _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("p") break if _tmp self.pos = _save1 _tmp = match_string("P") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseP unless _tmp return _tmp end # HtmlBlockP = HtmlBlockOpenP (HtmlBlockP | !HtmlBlockCloseP .)* HtmlBlockCloseP def _HtmlBlockP _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenP) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockP) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseP) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseP) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockP unless _tmp return _tmp end # HtmlBlockOpenPre = "<" Spnl ("pre" | "PRE") Spnl HtmlAttribute* ">" def _HtmlBlockOpenPre _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("pre") break if _tmp self.pos = _save1 _tmp = match_string("PRE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenPre unless _tmp return _tmp end # HtmlBlockClosePre = "<" Spnl "/" ("pre" | "PRE") Spnl ">" def _HtmlBlockClosePre _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("pre") break if _tmp self.pos = _save1 _tmp = match_string("PRE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockClosePre unless _tmp return _tmp end # HtmlBlockPre = HtmlBlockOpenPre (HtmlBlockPre | !HtmlBlockClosePre .)* HtmlBlockClosePre def _HtmlBlockPre _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenPre) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockPre) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockClosePre) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockClosePre) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockPre unless _tmp return _tmp end # HtmlBlockOpenTable = "<" Spnl ("table" | "TABLE") Spnl HtmlAttribute* ">" def _HtmlBlockOpenTable _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("table") break if _tmp self.pos = _save1 _tmp = match_string("TABLE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenTable unless _tmp return _tmp end # HtmlBlockCloseTable = "<" Spnl "/" ("table" | "TABLE") Spnl ">" def _HtmlBlockCloseTable _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("table") break if _tmp self.pos = _save1 _tmp = match_string("TABLE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseTable unless _tmp return _tmp end # HtmlBlockTable = HtmlBlockOpenTable (HtmlBlockTable | !HtmlBlockCloseTable .)* HtmlBlockCloseTable def _HtmlBlockTable _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenTable) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockTable) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseTable) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseTable) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockTable unless _tmp return _tmp end # HtmlBlockOpenUl = "<" Spnl ("ul" | "UL") Spnl HtmlAttribute* ">" def _HtmlBlockOpenUl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("ul") break if _tmp self.pos = _save1 _tmp = match_string("UL") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenUl unless _tmp return _tmp end # HtmlBlockCloseUl = "<" Spnl "/" ("ul" | "UL") Spnl ">" def _HtmlBlockCloseUl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("ul") break if _tmp self.pos = _save1 _tmp = match_string("UL") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseUl unless _tmp return _tmp end # HtmlBlockUl = HtmlBlockOpenUl (HtmlBlockUl | !HtmlBlockCloseUl .)* HtmlBlockCloseUl def _HtmlBlockUl _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenUl) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockUl) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseUl) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseUl) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockUl unless _tmp return _tmp end # HtmlBlockOpenDd = "<" Spnl ("dd" | "DD") Spnl HtmlAttribute* ">" def _HtmlBlockOpenDd _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dd") break if _tmp self.pos = _save1 _tmp = match_string("DD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenDd unless _tmp return _tmp end # HtmlBlockCloseDd = "<" Spnl "/" ("dd" | "DD") Spnl ">" def _HtmlBlockCloseDd _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dd") break if _tmp self.pos = _save1 _tmp = match_string("DD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseDd unless _tmp return _tmp end # HtmlBlockDd = HtmlBlockOpenDd (HtmlBlockDd | !HtmlBlockCloseDd .)* HtmlBlockCloseDd def _HtmlBlockDd _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenDd) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockDd) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseDd) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseDd) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockDd unless _tmp return _tmp end # HtmlBlockOpenDt = "<" Spnl ("dt" | "DT") Spnl HtmlAttribute* ">" def _HtmlBlockOpenDt _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dt") break if _tmp self.pos = _save1 _tmp = match_string("DT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenDt unless _tmp return _tmp end # HtmlBlockCloseDt = "<" Spnl "/" ("dt" | "DT") Spnl ">" def _HtmlBlockCloseDt _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("dt") break if _tmp self.pos = _save1 _tmp = match_string("DT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseDt unless _tmp return _tmp end # HtmlBlockDt = HtmlBlockOpenDt (HtmlBlockDt | !HtmlBlockCloseDt .)* HtmlBlockCloseDt def _HtmlBlockDt _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenDt) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockDt) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseDt) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseDt) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockDt unless _tmp return _tmp end # HtmlBlockOpenFrameset = "<" Spnl ("frameset" | "FRAMESET") Spnl HtmlAttribute* ">" def _HtmlBlockOpenFrameset _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("frameset") break if _tmp self.pos = _save1 _tmp = match_string("FRAMESET") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenFrameset unless _tmp return _tmp end # HtmlBlockCloseFrameset = "<" Spnl "/" ("frameset" | "FRAMESET") Spnl ">" def _HtmlBlockCloseFrameset _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("frameset") break if _tmp self.pos = _save1 _tmp = match_string("FRAMESET") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseFrameset unless _tmp return _tmp end # HtmlBlockFrameset = HtmlBlockOpenFrameset (HtmlBlockFrameset | !HtmlBlockCloseFrameset .)* HtmlBlockCloseFrameset def _HtmlBlockFrameset _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenFrameset) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockFrameset) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseFrameset) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseFrameset) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockFrameset unless _tmp return _tmp end # HtmlBlockOpenLi = "<" Spnl ("li" | "LI") Spnl HtmlAttribute* ">" def _HtmlBlockOpenLi _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("li") break if _tmp self.pos = _save1 _tmp = match_string("LI") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenLi unless _tmp return _tmp end # HtmlBlockCloseLi = "<" Spnl "/" ("li" | "LI") Spnl ">" def _HtmlBlockCloseLi _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("li") break if _tmp self.pos = _save1 _tmp = match_string("LI") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseLi unless _tmp return _tmp end # HtmlBlockLi = HtmlBlockOpenLi (HtmlBlockLi | !HtmlBlockCloseLi .)* HtmlBlockCloseLi def _HtmlBlockLi _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenLi) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockLi) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseLi) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseLi) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockLi unless _tmp return _tmp end # HtmlBlockOpenTbody = "<" Spnl ("tbody" | "TBODY") Spnl HtmlAttribute* ">" def _HtmlBlockOpenTbody _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("tbody") break if _tmp self.pos = _save1 _tmp = match_string("TBODY") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenTbody unless _tmp return _tmp end # HtmlBlockCloseTbody = "<" Spnl "/" ("tbody" | "TBODY") Spnl ">" def _HtmlBlockCloseTbody _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("tbody") break if _tmp self.pos = _save1 _tmp = match_string("TBODY") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseTbody unless _tmp return _tmp end # HtmlBlockTbody = HtmlBlockOpenTbody (HtmlBlockTbody | !HtmlBlockCloseTbody .)* HtmlBlockCloseTbody def _HtmlBlockTbody _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenTbody) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockTbody) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseTbody) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseTbody) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockTbody unless _tmp return _tmp end # HtmlBlockOpenTd = "<" Spnl ("td" | "TD") Spnl HtmlAttribute* ">" def _HtmlBlockOpenTd _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("td") break if _tmp self.pos = _save1 _tmp = match_string("TD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenTd unless _tmp return _tmp end # HtmlBlockCloseTd = "<" Spnl "/" ("td" | "TD") Spnl ">" def _HtmlBlockCloseTd _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("td") break if _tmp self.pos = _save1 _tmp = match_string("TD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseTd unless _tmp return _tmp end # HtmlBlockTd = HtmlBlockOpenTd (HtmlBlockTd | !HtmlBlockCloseTd .)* HtmlBlockCloseTd def _HtmlBlockTd _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenTd) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockTd) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseTd) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseTd) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockTd unless _tmp return _tmp end # HtmlBlockOpenTfoot = "<" Spnl ("tfoot" | "TFOOT") Spnl HtmlAttribute* ">" def _HtmlBlockOpenTfoot _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("tfoot") break if _tmp self.pos = _save1 _tmp = match_string("TFOOT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenTfoot unless _tmp return _tmp end # HtmlBlockCloseTfoot = "<" Spnl "/" ("tfoot" | "TFOOT") Spnl ">" def _HtmlBlockCloseTfoot _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("tfoot") break if _tmp self.pos = _save1 _tmp = match_string("TFOOT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseTfoot unless _tmp return _tmp end # HtmlBlockTfoot = HtmlBlockOpenTfoot (HtmlBlockTfoot | !HtmlBlockCloseTfoot .)* HtmlBlockCloseTfoot def _HtmlBlockTfoot _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenTfoot) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockTfoot) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseTfoot) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseTfoot) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockTfoot unless _tmp return _tmp end # HtmlBlockOpenTh = "<" Spnl ("th" | "TH") Spnl HtmlAttribute* ">" def _HtmlBlockOpenTh _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("th") break if _tmp self.pos = _save1 _tmp = match_string("TH") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenTh unless _tmp return _tmp end # HtmlBlockCloseTh = "<" Spnl "/" ("th" | "TH") Spnl ">" def _HtmlBlockCloseTh _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("th") break if _tmp self.pos = _save1 _tmp = match_string("TH") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseTh unless _tmp return _tmp end # HtmlBlockTh = HtmlBlockOpenTh (HtmlBlockTh | !HtmlBlockCloseTh .)* HtmlBlockCloseTh def _HtmlBlockTh _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenTh) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockTh) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseTh) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseTh) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockTh unless _tmp return _tmp end # HtmlBlockOpenThead = "<" Spnl ("thead" | "THEAD") Spnl HtmlAttribute* ">" def _HtmlBlockOpenThead _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("thead") break if _tmp self.pos = _save1 _tmp = match_string("THEAD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenThead unless _tmp return _tmp end # HtmlBlockCloseThead = "<" Spnl "/" ("thead" | "THEAD") Spnl ">" def _HtmlBlockCloseThead _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("thead") break if _tmp self.pos = _save1 _tmp = match_string("THEAD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseThead unless _tmp return _tmp end # HtmlBlockThead = HtmlBlockOpenThead (HtmlBlockThead | !HtmlBlockCloseThead .)* HtmlBlockCloseThead def _HtmlBlockThead _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenThead) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockThead) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseThead) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseThead) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockThead unless _tmp return _tmp end # HtmlBlockOpenTr = "<" Spnl ("tr" | "TR") Spnl HtmlAttribute* ">" def _HtmlBlockOpenTr _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("tr") break if _tmp self.pos = _save1 _tmp = match_string("TR") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenTr unless _tmp return _tmp end # HtmlBlockCloseTr = "<" Spnl "/" ("tr" | "TR") Spnl ">" def _HtmlBlockCloseTr _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("tr") break if _tmp self.pos = _save1 _tmp = match_string("TR") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseTr unless _tmp return _tmp end # HtmlBlockTr = HtmlBlockOpenTr (HtmlBlockTr | !HtmlBlockCloseTr .)* HtmlBlockCloseTr def _HtmlBlockTr _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenTr) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # choice _tmp = apply(:_HtmlBlockTr) break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_HtmlBlockCloseTr) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseTr) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockTr unless _tmp return _tmp end # HtmlBlockOpenScript = "<" Spnl ("script" | "SCRIPT") Spnl HtmlAttribute* ">" def _HtmlBlockOpenScript _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("script") break if _tmp self.pos = _save1 _tmp = match_string("SCRIPT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenScript unless _tmp return _tmp end # HtmlBlockCloseScript = "<" Spnl "/" ("script" | "SCRIPT") Spnl ">" def _HtmlBlockCloseScript _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("script") break if _tmp self.pos = _save1 _tmp = match_string("SCRIPT") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseScript unless _tmp return _tmp end # HtmlBlockScript = HtmlBlockOpenScript (!HtmlBlockCloseScript .)* HtmlBlockCloseScript def _HtmlBlockScript _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenScript) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # sequence _save3 = self.pos _tmp = apply(:_HtmlBlockCloseScript) _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseScript) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockScript unless _tmp return _tmp end # HtmlBlockOpenHead = "<" Spnl ("head" | "HEAD") Spnl HtmlAttribute* ">" def _HtmlBlockOpenHead _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("head") break if _tmp self.pos = _save1 _tmp = match_string("HEAD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockOpenHead unless _tmp return _tmp end # HtmlBlockCloseHead = "<" Spnl "/" ("head" | "HEAD") Spnl ">" def _HtmlBlockCloseHead _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("head") break if _tmp self.pos = _save1 _tmp = match_string("HEAD") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockCloseHead unless _tmp return _tmp end # HtmlBlockHead = HtmlBlockOpenHead (!HtmlBlockCloseHead .)* HtmlBlockCloseHead def _HtmlBlockHead _save = self.pos while true # sequence _tmp = apply(:_HtmlBlockOpenHead) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # sequence _save3 = self.pos _tmp = apply(:_HtmlBlockCloseHead) _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockCloseHead) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockHead unless _tmp return _tmp end # HtmlBlockInTags = (HtmlAnchor | HtmlBlockAddress | HtmlBlockBlockquote | HtmlBlockCenter | HtmlBlockDir | HtmlBlockDiv | HtmlBlockDl | HtmlBlockFieldset | HtmlBlockForm | HtmlBlockH1 | HtmlBlockH2 | HtmlBlockH3 | HtmlBlockH4 | HtmlBlockH5 | HtmlBlockH6 | HtmlBlockMenu | HtmlBlockNoframes | HtmlBlockNoscript | HtmlBlockOl | HtmlBlockP | HtmlBlockPre | HtmlBlockTable | HtmlBlockUl | HtmlBlockDd | HtmlBlockDt | HtmlBlockFrameset | HtmlBlockLi | HtmlBlockTbody | HtmlBlockTd | HtmlBlockTfoot | HtmlBlockTh | HtmlBlockThead | HtmlBlockTr | HtmlBlockScript | HtmlBlockHead) def _HtmlBlockInTags _save = self.pos while true # choice _tmp = apply(:_HtmlAnchor) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockAddress) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockBlockquote) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockCenter) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockDir) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockDiv) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockDl) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockFieldset) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockForm) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockH1) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockH2) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockH3) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockH4) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockH5) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockH6) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockMenu) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockNoframes) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockNoscript) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockOl) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockP) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockPre) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockTable) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockUl) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockDd) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockDt) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockFrameset) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockLi) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockTbody) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockTd) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockTfoot) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockTh) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockThead) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockTr) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockScript) break if _tmp self.pos = _save _tmp = apply(:_HtmlBlockHead) break if _tmp self.pos = _save break end # end choice set_failed_rule :_HtmlBlockInTags unless _tmp return _tmp end # HtmlBlock = < (HtmlBlockInTags | HtmlComment | HtmlBlockSelfClosing | HtmlUnclosed) > @BlankLine+ { if html? then RDoc::Markup::Raw.new text end } def _HtmlBlock _save = self.pos while true # sequence _text_start = self.pos _save1 = self.pos while true # choice _tmp = apply(:_HtmlBlockInTags) break if _tmp self.pos = _save1 _tmp = apply(:_HtmlComment) break if _tmp self.pos = _save1 _tmp = apply(:_HtmlBlockSelfClosing) break if _tmp self.pos = _save1 _tmp = apply(:_HtmlUnclosed) break if _tmp self.pos = _save1 break end # end choice if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _save2 = self.pos _tmp = _BlankLine() if _tmp while true _tmp = _BlankLine() break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end @result = begin; if html? then RDoc::Markup::Raw.new text end ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlock unless _tmp return _tmp end # HtmlUnclosed = "<" Spnl HtmlUnclosedType Spnl HtmlAttribute* Spnl ">" def _HtmlUnclosed _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = apply(:_HtmlUnclosedType) unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlUnclosed unless _tmp return _tmp end # HtmlUnclosedType = ("HR" | "hr") def _HtmlUnclosedType _save = self.pos while true # choice _tmp = match_string("HR") break if _tmp self.pos = _save _tmp = match_string("hr") break if _tmp self.pos = _save break end # end choice set_failed_rule :_HtmlUnclosedType unless _tmp return _tmp end # HtmlBlockSelfClosing = "<" Spnl HtmlBlockType Spnl HtmlAttribute* "/" Spnl ">" def _HtmlBlockSelfClosing _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = apply(:_HtmlBlockType) unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlBlockSelfClosing unless _tmp return _tmp end # HtmlBlockType = ("ADDRESS" | "BLOCKQUOTE" | "CENTER" | "DD" | "DIR" | "DIV" | "DL" | "DT" | "FIELDSET" | "FORM" | "FRAMESET" | "H1" | "H2" | "H3" | "H4" | "H5" | "H6" | "HR" | "ISINDEX" | "LI" | "MENU" | "NOFRAMES" | "NOSCRIPT" | "OL" | "P" | "PRE" | "SCRIPT" | "TABLE" | "TBODY" | "TD" | "TFOOT" | "TH" | "THEAD" | "TR" | "UL" | "address" | "blockquote" | "center" | "dd" | "dir" | "div" | "dl" | "dt" | "fieldset" | "form" | "frameset" | "h1" | "h2" | "h3" | "h4" | "h5" | "h6" | "hr" | "isindex" | "li" | "menu" | "noframes" | "noscript" | "ol" | "p" | "pre" | "script" | "table" | "tbody" | "td" | "tfoot" | "th" | "thead" | "tr" | "ul") def _HtmlBlockType _save = self.pos while true # choice _tmp = match_string("ADDRESS") break if _tmp self.pos = _save _tmp = match_string("BLOCKQUOTE") break if _tmp self.pos = _save _tmp = match_string("CENTER") break if _tmp self.pos = _save _tmp = match_string("DD") break if _tmp self.pos = _save _tmp = match_string("DIR") break if _tmp self.pos = _save _tmp = match_string("DIV") break if _tmp self.pos = _save _tmp = match_string("DL") break if _tmp self.pos = _save _tmp = match_string("DT") break if _tmp self.pos = _save _tmp = match_string("FIELDSET") break if _tmp self.pos = _save _tmp = match_string("FORM") break if _tmp self.pos = _save _tmp = match_string("FRAMESET") break if _tmp self.pos = _save _tmp = match_string("H1") break if _tmp self.pos = _save _tmp = match_string("H2") break if _tmp self.pos = _save _tmp = match_string("H3") break if _tmp self.pos = _save _tmp = match_string("H4") break if _tmp self.pos = _save _tmp = match_string("H5") break if _tmp self.pos = _save _tmp = match_string("H6") break if _tmp self.pos = _save _tmp = match_string("HR") break if _tmp self.pos = _save _tmp = match_string("ISINDEX") break if _tmp self.pos = _save _tmp = match_string("LI") break if _tmp self.pos = _save _tmp = match_string("MENU") break if _tmp self.pos = _save _tmp = match_string("NOFRAMES") break if _tmp self.pos = _save _tmp = match_string("NOSCRIPT") break if _tmp self.pos = _save _tmp = match_string("OL") break if _tmp self.pos = _save _tmp = match_string("P") break if _tmp self.pos = _save _tmp = match_string("PRE") break if _tmp self.pos = _save _tmp = match_string("SCRIPT") break if _tmp self.pos = _save _tmp = match_string("TABLE") break if _tmp self.pos = _save _tmp = match_string("TBODY") break if _tmp self.pos = _save _tmp = match_string("TD") break if _tmp self.pos = _save _tmp = match_string("TFOOT") break if _tmp self.pos = _save _tmp = match_string("TH") break if _tmp self.pos = _save _tmp = match_string("THEAD") break if _tmp self.pos = _save _tmp = match_string("TR") break if _tmp self.pos = _save _tmp = match_string("UL") break if _tmp self.pos = _save _tmp = match_string("address") break if _tmp self.pos = _save _tmp = match_string("blockquote") break if _tmp self.pos = _save _tmp = match_string("center") break if _tmp self.pos = _save _tmp = match_string("dd") break if _tmp self.pos = _save _tmp = match_string("dir") break if _tmp self.pos = _save _tmp = match_string("div") break if _tmp self.pos = _save _tmp = match_string("dl") break if _tmp self.pos = _save _tmp = match_string("dt") break if _tmp self.pos = _save _tmp = match_string("fieldset") break if _tmp self.pos = _save _tmp = match_string("form") break if _tmp self.pos = _save _tmp = match_string("frameset") break if _tmp self.pos = _save _tmp = match_string("h1") break if _tmp self.pos = _save _tmp = match_string("h2") break if _tmp self.pos = _save _tmp = match_string("h3") break if _tmp self.pos = _save _tmp = match_string("h4") break if _tmp self.pos = _save _tmp = match_string("h5") break if _tmp self.pos = _save _tmp = match_string("h6") break if _tmp self.pos = _save _tmp = match_string("hr") break if _tmp self.pos = _save _tmp = match_string("isindex") break if _tmp self.pos = _save _tmp = match_string("li") break if _tmp self.pos = _save _tmp = match_string("menu") break if _tmp self.pos = _save _tmp = match_string("noframes") break if _tmp self.pos = _save _tmp = match_string("noscript") break if _tmp self.pos = _save _tmp = match_string("ol") break if _tmp self.pos = _save _tmp = match_string("p") break if _tmp self.pos = _save _tmp = match_string("pre") break if _tmp self.pos = _save _tmp = match_string("script") break if _tmp self.pos = _save _tmp = match_string("table") break if _tmp self.pos = _save _tmp = match_string("tbody") break if _tmp self.pos = _save _tmp = match_string("td") break if _tmp self.pos = _save _tmp = match_string("tfoot") break if _tmp self.pos = _save _tmp = match_string("th") break if _tmp self.pos = _save _tmp = match_string("thead") break if _tmp self.pos = _save _tmp = match_string("tr") break if _tmp self.pos = _save _tmp = match_string("ul") break if _tmp self.pos = _save break end # end choice set_failed_rule :_HtmlBlockType unless _tmp return _tmp end # StyleOpen = "<" Spnl ("style" | "STYLE") Spnl HtmlAttribute* ">" def _StyleOpen _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("style") break if _tmp self.pos = _save1 _tmp = match_string("STYLE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StyleOpen unless _tmp return _tmp end # StyleClose = "<" Spnl "/" ("style" | "STYLE") Spnl ">" def _StyleClose _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("/") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = match_string("style") break if _tmp self.pos = _save1 _tmp = match_string("STYLE") break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StyleClose unless _tmp return _tmp end # InStyleTags = StyleOpen (!StyleClose .)* StyleClose def _InStyleTags _save = self.pos while true # sequence _tmp = apply(:_StyleOpen) unless _tmp self.pos = _save break end while true _save2 = self.pos while true # sequence _save3 = self.pos _tmp = apply(:_StyleClose) _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = apply(:_StyleClose) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_InStyleTags unless _tmp return _tmp end # StyleBlock = < InStyleTags > @BlankLine* { if css? then RDoc::Markup::Raw.new text end } def _StyleBlock _save = self.pos while true # sequence _text_start = self.pos _tmp = apply(:_InStyleTags) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save break end @result = begin; if css? then RDoc::Markup::Raw.new text end ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StyleBlock unless _tmp return _tmp end # Inlines = (!@Endline Inline:i { i } | @Endline:c !(&{ github? } Ticks3 /[^`\n]*$/) &Inline { c })+:chunks @Endline? { chunks } def _Inlines _save = self.pos while true # sequence _save1 = self.pos _ary = [] _save2 = self.pos while true # choice _save3 = self.pos while true # sequence _save4 = self.pos _tmp = _Endline() _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = apply(:_Inline) i = @result unless _tmp self.pos = _save3 break end @result = begin; i ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 _save5 = self.pos while true # sequence _tmp = _Endline() c = @result unless _tmp self.pos = _save5 break end _save6 = self.pos _save7 = self.pos while true # sequence _save8 = self.pos _tmp = begin; github? ; end self.pos = _save8 unless _tmp self.pos = _save7 break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save7 break end _tmp = scan(/\G(?-mix:[^`\n]*$)/) unless _tmp self.pos = _save7 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _save9 = self.pos _tmp = apply(:_Inline) self.pos = _save9 unless _tmp self.pos = _save5 break end @result = begin; c ; end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice if _tmp _ary << @result while true _save10 = self.pos while true # choice _save11 = self.pos while true # sequence _save12 = self.pos _tmp = _Endline() _tmp = _tmp ? nil : true self.pos = _save12 unless _tmp self.pos = _save11 break end _tmp = apply(:_Inline) i = @result unless _tmp self.pos = _save11 break end @result = begin; i ; end _tmp = true unless _tmp self.pos = _save11 end break end # end sequence break if _tmp self.pos = _save10 _save13 = self.pos while true # sequence _tmp = _Endline() c = @result unless _tmp self.pos = _save13 break end _save14 = self.pos _save15 = self.pos while true # sequence _save16 = self.pos _tmp = begin; github? ; end self.pos = _save16 unless _tmp self.pos = _save15 break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save15 break end _tmp = scan(/\G(?-mix:[^`\n]*$)/) unless _tmp self.pos = _save15 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save14 unless _tmp self.pos = _save13 break end _save17 = self.pos _tmp = apply(:_Inline) self.pos = _save17 unless _tmp self.pos = _save13 break end @result = begin; c ; end _tmp = true unless _tmp self.pos = _save13 end break end # end sequence break if _tmp self.pos = _save10 break end # end choice _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save1 end chunks = @result unless _tmp self.pos = _save break end _save18 = self.pos _tmp = _Endline() unless _tmp _tmp = true self.pos = _save18 end unless _tmp self.pos = _save break end @result = begin; chunks ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Inlines unless _tmp return _tmp end # Inline = (Str | @Endline | UlOrStarLine | @Space | Strong | Emph | Strike | Image | Link | NoteReference | InlineNote | Code | RawHtml | Entity | EscapedChar | Symbol) def _Inline _save = self.pos while true # choice _tmp = apply(:_Str) break if _tmp self.pos = _save _tmp = _Endline() break if _tmp self.pos = _save _tmp = apply(:_UlOrStarLine) break if _tmp self.pos = _save _tmp = _Space() break if _tmp self.pos = _save _tmp = apply(:_Strong) break if _tmp self.pos = _save _tmp = apply(:_Emph) break if _tmp self.pos = _save _tmp = apply(:_Strike) break if _tmp self.pos = _save _tmp = apply(:_Image) break if _tmp self.pos = _save _tmp = apply(:_Link) break if _tmp self.pos = _save _tmp = apply(:_NoteReference) break if _tmp self.pos = _save _tmp = apply(:_InlineNote) break if _tmp self.pos = _save _tmp = apply(:_Code) break if _tmp self.pos = _save _tmp = apply(:_RawHtml) break if _tmp self.pos = _save _tmp = apply(:_Entity) break if _tmp self.pos = _save _tmp = apply(:_EscapedChar) break if _tmp self.pos = _save _tmp = apply(:_Symbol) break if _tmp self.pos = _save break end # end choice set_failed_rule :_Inline unless _tmp return _tmp end # Space = @Spacechar+ { " " } def _Space _save = self.pos while true # sequence _save1 = self.pos _tmp = _Spacechar() if _tmp while true _tmp = _Spacechar() break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end @result = begin; " " ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Space unless _tmp return _tmp end # Str = @StartList:a < @NormalChar+ > { a = text } (StrChunk:c { a << c })* { a } def _Str _save = self.pos while true # sequence _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _text_start = self.pos _save1 = self.pos _tmp = _NormalChar() if _tmp while true _tmp = _NormalChar() break unless _tmp end _tmp = true else self.pos = _save1 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; a = text ; end _tmp = true unless _tmp self.pos = _save break end while true _save3 = self.pos while true # sequence _tmp = apply(:_StrChunk) c = @result unless _tmp self.pos = _save3 break end @result = begin; a << c ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Str unless _tmp return _tmp end # StrChunk = < (@NormalChar | /_+/ &Alphanumeric)+ > { text } def _StrChunk _save = self.pos while true # sequence _text_start = self.pos _save1 = self.pos _save2 = self.pos while true # choice _tmp = _NormalChar() break if _tmp self.pos = _save2 _save3 = self.pos while true # sequence _tmp = scan(/\G(?-mix:_+)/) unless _tmp self.pos = _save3 break end _save4 = self.pos _tmp = apply(:_Alphanumeric) self.pos = _save4 unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save2 break end # end choice if _tmp while true _save5 = self.pos while true # choice _tmp = _NormalChar() break if _tmp self.pos = _save5 _save6 = self.pos while true # sequence _tmp = scan(/\G(?-mix:_+)/) unless _tmp self.pos = _save6 break end _save7 = self.pos _tmp = apply(:_Alphanumeric) self.pos = _save7 unless _tmp self.pos = _save6 end break end # end sequence break if _tmp self.pos = _save5 break end # end choice break unless _tmp end _tmp = true else self.pos = _save1 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StrChunk unless _tmp return _tmp end # EscapedChar = "\\" !@Newline < /[:\\`|*_{}\[\]()#+.!><-]/ > { text } def _EscapedChar _save = self.pos while true # sequence _tmp = match_string("\\") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _text_start = self.pos _tmp = scan(/\G(?-mix:[:\\`|*_{}\[\]()#+.!><-])/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_EscapedChar unless _tmp return _tmp end # Entity = (HexEntity | DecEntity | CharEntity):a { a } def _Entity _save = self.pos while true # sequence _save1 = self.pos while true # choice _tmp = apply(:_HexEntity) break if _tmp self.pos = _save1 _tmp = apply(:_DecEntity) break if _tmp self.pos = _save1 _tmp = apply(:_CharEntity) break if _tmp self.pos = _save1 break end # end choice a = @result unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Entity unless _tmp return _tmp end # Endline = (@LineBreak | @TerminalEndline | @NormalEndline) def _Endline _save = self.pos while true # choice _tmp = _LineBreak() break if _tmp self.pos = _save _tmp = _TerminalEndline() break if _tmp self.pos = _save _tmp = _NormalEndline() break if _tmp self.pos = _save break end # end choice set_failed_rule :_Endline unless _tmp return _tmp end # NormalEndline = @Sp @Newline !@BlankLine !">" !AtxStart !(Line /={1,}|-{1,}/ @Newline) { "\n" } def _NormalEndline _save = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save2 unless _tmp self.pos = _save break end _save3 = self.pos _tmp = apply(:_AtxStart) _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save break end _save4 = self.pos _save5 = self.pos while true # sequence _tmp = apply(:_Line) unless _tmp self.pos = _save5 break end _tmp = scan(/\G(?-mix:={1,}|-{1,})/) unless _tmp self.pos = _save5 break end _tmp = _Newline() unless _tmp self.pos = _save5 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save break end @result = begin; "\n" ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_NormalEndline unless _tmp return _tmp end # TerminalEndline = @Sp @Newline @Eof def _TerminalEndline _save = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end _tmp = _Eof() unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TerminalEndline unless _tmp return _tmp end # LineBreak = " " @NormalEndline { RDoc::Markup::HardBreak.new } def _LineBreak _save = self.pos while true # sequence _tmp = match_string(" ") unless _tmp self.pos = _save break end _tmp = _NormalEndline() unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::HardBreak.new ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_LineBreak unless _tmp return _tmp end # Symbol = < @SpecialChar > { text } def _Symbol _save = self.pos while true # sequence _text_start = self.pos _tmp = _SpecialChar() if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Symbol unless _tmp return _tmp end # UlOrStarLine = (UlLine | StarLine):a { a } def _UlOrStarLine _save = self.pos while true # sequence _save1 = self.pos while true # choice _tmp = apply(:_UlLine) break if _tmp self.pos = _save1 _tmp = apply(:_StarLine) break if _tmp self.pos = _save1 break end # end choice a = @result unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_UlOrStarLine unless _tmp return _tmp end # StarLine = (< /\*{4,}/ > { text } | < @Spacechar /\*+/ &@Spacechar > { text }) def _StarLine _save = self.pos while true # choice _save1 = self.pos while true # sequence _text_start = self.pos _tmp = scan(/\G(?-mix:\*{4,})/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save1 break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save1 end break end # end sequence break if _tmp self.pos = _save _save2 = self.pos while true # sequence _text_start = self.pos _save3 = self.pos while true # sequence _tmp = _Spacechar() unless _tmp self.pos = _save3 break end _tmp = scan(/\G(?-mix:\*+)/) unless _tmp self.pos = _save3 break end _save4 = self.pos _tmp = _Spacechar() self.pos = _save4 unless _tmp self.pos = _save3 end break end # end sequence if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save2 break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence break if _tmp self.pos = _save break end # end choice set_failed_rule :_StarLine unless _tmp return _tmp end # UlLine = (< /_{4,}/ > { text } | < @Spacechar /_+/ &@Spacechar > { text }) def _UlLine _save = self.pos while true # choice _save1 = self.pos while true # sequence _text_start = self.pos _tmp = scan(/\G(?-mix:_{4,})/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save1 break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save1 end break end # end sequence break if _tmp self.pos = _save _save2 = self.pos while true # sequence _text_start = self.pos _save3 = self.pos while true # sequence _tmp = _Spacechar() unless _tmp self.pos = _save3 break end _tmp = scan(/\G(?-mix:_+)/) unless _tmp self.pos = _save3 break end _save4 = self.pos _tmp = _Spacechar() self.pos = _save4 unless _tmp self.pos = _save3 end break end # end sequence if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save2 break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence break if _tmp self.pos = _save break end # end choice set_failed_rule :_UlLine unless _tmp return _tmp end # Emph = (EmphStar | EmphUl) def _Emph _save = self.pos while true # choice _tmp = apply(:_EmphStar) break if _tmp self.pos = _save _tmp = apply(:_EmphUl) break if _tmp self.pos = _save break end # end choice set_failed_rule :_Emph unless _tmp return _tmp end # Whitespace = (@Spacechar | @Newline) def _Whitespace _save = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save _tmp = _Newline() break if _tmp self.pos = _save break end # end choice set_failed_rule :_Whitespace unless _tmp return _tmp end # EmphStar = "*" !@Whitespace @StartList:a (!"*" Inline:b { a << b } | StrongStar:b { a << b })+ "*" { emphasis a.join } def _EmphStar _save = self.pos while true # sequence _tmp = match_string("*") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _Whitespace() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # choice _save4 = self.pos while true # sequence _save5 = self.pos _tmp = match_string("*") _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save4 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save4 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence break if _tmp self.pos = _save3 _save6 = self.pos while true # sequence _tmp = apply(:_StrongStar) b = @result unless _tmp self.pos = _save6 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save6 end break end # end sequence break if _tmp self.pos = _save3 break end # end choice if _tmp while true _save7 = self.pos while true # choice _save8 = self.pos while true # sequence _save9 = self.pos _tmp = match_string("*") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save8 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save8 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save8 end break end # end sequence break if _tmp self.pos = _save7 _save10 = self.pos while true # sequence _tmp = apply(:_StrongStar) b = @result unless _tmp self.pos = _save10 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save10 end break end # end sequence break if _tmp self.pos = _save7 break end # end choice break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = match_string("*") unless _tmp self.pos = _save break end @result = begin; emphasis a.join ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_EmphStar unless _tmp return _tmp end # EmphUl = "_" !@Whitespace @StartList:a (!"_" Inline:b { a << b } | StrongUl:b { a << b })+ "_" { emphasis a.join } def _EmphUl _save = self.pos while true # sequence _tmp = match_string("_") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _Whitespace() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # choice _save4 = self.pos while true # sequence _save5 = self.pos _tmp = match_string("_") _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save4 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save4 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence break if _tmp self.pos = _save3 _save6 = self.pos while true # sequence _tmp = apply(:_StrongUl) b = @result unless _tmp self.pos = _save6 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save6 end break end # end sequence break if _tmp self.pos = _save3 break end # end choice if _tmp while true _save7 = self.pos while true # choice _save8 = self.pos while true # sequence _save9 = self.pos _tmp = match_string("_") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save8 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save8 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save8 end break end # end sequence break if _tmp self.pos = _save7 _save10 = self.pos while true # sequence _tmp = apply(:_StrongUl) b = @result unless _tmp self.pos = _save10 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save10 end break end # end sequence break if _tmp self.pos = _save7 break end # end choice break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = match_string("_") unless _tmp self.pos = _save break end @result = begin; emphasis a.join ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_EmphUl unless _tmp return _tmp end # Strong = (StrongStar | StrongUl) def _Strong _save = self.pos while true # choice _tmp = apply(:_StrongStar) break if _tmp self.pos = _save _tmp = apply(:_StrongUl) break if _tmp self.pos = _save break end # end choice set_failed_rule :_Strong unless _tmp return _tmp end # StrongStar = "**" !@Whitespace @StartList:a (!"**" Inline:b { a << b })+ "**" { strong a.join } def _StrongStar _save = self.pos while true # sequence _tmp = match_string("**") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _Whitespace() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = match_string("**") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save3 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save5 = self.pos while true # sequence _save6 = self.pos _tmp = match_string("**") _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save5 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = match_string("**") unless _tmp self.pos = _save break end @result = begin; strong a.join ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StrongStar unless _tmp return _tmp end # StrongUl = "__" !@Whitespace @StartList:a (!"__" Inline:b { a << b })+ "__" { strong a.join } def _StrongUl _save = self.pos while true # sequence _tmp = match_string("__") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _Whitespace() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = match_string("__") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save3 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save5 = self.pos while true # sequence _save6 = self.pos _tmp = match_string("__") _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save5 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = match_string("__") unless _tmp self.pos = _save break end @result = begin; strong a.join ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StrongUl unless _tmp return _tmp end # Strike = &{ strike? } "~~" !@Whitespace @StartList:a (!"~~" Inline:b { a << b })+ "~~" { strike a.join } def _Strike _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; strike? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = match_string("~~") unless _tmp self.pos = _save break end _save2 = self.pos _tmp = _Whitespace() _tmp = _tmp ? nil : true self.pos = _save2 unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save3 = self.pos _save4 = self.pos while true # sequence _save5 = self.pos _tmp = match_string("~~") _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save4 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save4 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save4 end break end # end sequence if _tmp while true _save6 = self.pos while true # sequence _save7 = self.pos _tmp = match_string("~~") _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save6 break end _tmp = apply(:_Inline) b = @result unless _tmp self.pos = _save6 break end @result = begin; a << b ; end _tmp = true unless _tmp self.pos = _save6 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save3 end unless _tmp self.pos = _save break end _tmp = match_string("~~") unless _tmp self.pos = _save break end @result = begin; strike a.join ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Strike unless _tmp return _tmp end # Image = "!" (ExplicitLink | ReferenceLink):a { "rdoc-image:#{a[/\[(.*)\]/, 1]}" } def _Image _save = self.pos while true # sequence _tmp = match_string("!") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _tmp = apply(:_ExplicitLink) break if _tmp self.pos = _save1 _tmp = apply(:_ReferenceLink) break if _tmp self.pos = _save1 break end # end choice a = @result unless _tmp self.pos = _save break end @result = begin; "rdoc-image:#{a[/\[(.*)\]/, 1]}" ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Image unless _tmp return _tmp end # Link = (ExplicitLink | ReferenceLink | AutoLink) def _Link _save = self.pos while true # choice _tmp = apply(:_ExplicitLink) break if _tmp self.pos = _save _tmp = apply(:_ReferenceLink) break if _tmp self.pos = _save _tmp = apply(:_AutoLink) break if _tmp self.pos = _save break end # end choice set_failed_rule :_Link unless _tmp return _tmp end # ReferenceLink = (ReferenceLinkDouble | ReferenceLinkSingle) def _ReferenceLink _save = self.pos while true # choice _tmp = apply(:_ReferenceLinkDouble) break if _tmp self.pos = _save _tmp = apply(:_ReferenceLinkSingle) break if _tmp self.pos = _save break end # end choice set_failed_rule :_ReferenceLink unless _tmp return _tmp end # ReferenceLinkDouble = Label:content < Spnl > !"[]" Label:label { link_to content, label, text } def _ReferenceLinkDouble _save = self.pos while true # sequence _tmp = apply(:_Label) content = @result unless _tmp self.pos = _save break end _text_start = self.pos _tmp = apply(:_Spnl) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("[]") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_Label) label = @result unless _tmp self.pos = _save break end @result = begin; link_to content, label, text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ReferenceLinkDouble unless _tmp return _tmp end # ReferenceLinkSingle = Label:content < (Spnl "[]")? > { link_to content, content, text } def _ReferenceLinkSingle _save = self.pos while true # sequence _tmp = apply(:_Label) content = @result unless _tmp self.pos = _save break end _text_start = self.pos _save1 = self.pos _save2 = self.pos while true # sequence _tmp = apply(:_Spnl) unless _tmp self.pos = _save2 break end _tmp = match_string("[]") unless _tmp self.pos = _save2 end break end # end sequence unless _tmp _tmp = true self.pos = _save1 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; link_to content, content, text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ReferenceLinkSingle unless _tmp return _tmp end # ExplicitLink = Label:l "(" @Sp Source:s Spnl Title @Sp ")" { "{#{l}}[#{s}]" } def _ExplicitLink _save = self.pos while true # sequence _tmp = apply(:_Label) l = @result unless _tmp self.pos = _save break end _tmp = match_string("(") unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = apply(:_Source) s = @result unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = apply(:_Title) unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = match_string(")") unless _tmp self.pos = _save break end @result = begin; "{#{l}}[#{s}]" ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ExplicitLink unless _tmp return _tmp end # Source = ("<" < SourceContents > ">" | < SourceContents >) { text } def _Source _save = self.pos while true # sequence _save1 = self.pos while true # choice _save2 = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save2 break end _text_start = self.pos _tmp = apply(:_SourceContents) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save2 break end _tmp = match_string(">") unless _tmp self.pos = _save2 end break end # end sequence break if _tmp self.pos = _save1 _text_start = self.pos _tmp = apply(:_SourceContents) if _tmp text = get_text(_text_start) end break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Source unless _tmp return _tmp end # SourceContents = ((!"(" !")" !">" Nonspacechar)+ | "(" SourceContents ")")* def _SourceContents while true _save1 = self.pos while true # choice _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = match_string("(") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _save5 = self.pos _tmp = match_string(")") _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save3 break end _save6 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save3 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save7 = self.pos while true # sequence _save8 = self.pos _tmp = match_string("(") _tmp = _tmp ? nil : true self.pos = _save8 unless _tmp self.pos = _save7 break end _save9 = self.pos _tmp = match_string(")") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save7 break end _save10 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save10 unless _tmp self.pos = _save7 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save7 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end break if _tmp self.pos = _save1 _save11 = self.pos while true # sequence _tmp = match_string("(") unless _tmp self.pos = _save11 break end _tmp = apply(:_SourceContents) unless _tmp self.pos = _save11 break end _tmp = match_string(")") unless _tmp self.pos = _save11 end break end # end sequence break if _tmp self.pos = _save1 break end # end choice break unless _tmp end _tmp = true set_failed_rule :_SourceContents unless _tmp return _tmp end # Title = (TitleSingle | TitleDouble | ""):a { a } def _Title _save = self.pos while true # sequence _save1 = self.pos while true # choice _tmp = apply(:_TitleSingle) break if _tmp self.pos = _save1 _tmp = apply(:_TitleDouble) break if _tmp self.pos = _save1 _tmp = match_string("") break if _tmp self.pos = _save1 break end # end choice a = @result unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Title unless _tmp return _tmp end # TitleSingle = "'" (!("'" @Sp (")" | @Newline)) .)* "'" def _TitleSingle _save = self.pos while true # sequence _tmp = match_string("'") unless _tmp self.pos = _save break end while true _save2 = self.pos while true # sequence _save3 = self.pos _save4 = self.pos while true # sequence _tmp = match_string("'") unless _tmp self.pos = _save4 break end _tmp = _Sp() unless _tmp self.pos = _save4 break end _save5 = self.pos while true # choice _tmp = match_string(")") break if _tmp self.pos = _save5 _tmp = _Newline() break if _tmp self.pos = _save5 break end # end choice unless _tmp self.pos = _save4 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string("'") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TitleSingle unless _tmp return _tmp end # TitleDouble = "\"" (!("\"" @Sp (")" | @Newline)) .)* "\"" def _TitleDouble _save = self.pos while true # sequence _tmp = match_string("\"") unless _tmp self.pos = _save break end while true _save2 = self.pos while true # sequence _save3 = self.pos _save4 = self.pos while true # sequence _tmp = match_string("\"") unless _tmp self.pos = _save4 break end _tmp = _Sp() unless _tmp self.pos = _save4 break end _save5 = self.pos while true # choice _tmp = match_string(")") break if _tmp self.pos = _save5 _tmp = _Newline() break if _tmp self.pos = _save5 break end # end choice unless _tmp self.pos = _save4 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string("\"") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TitleDouble unless _tmp return _tmp end # AutoLink = (AutoLinkUrl | AutoLinkEmail) def _AutoLink _save = self.pos while true # choice _tmp = apply(:_AutoLinkUrl) break if _tmp self.pos = _save _tmp = apply(:_AutoLinkEmail) break if _tmp self.pos = _save break end # end choice set_failed_rule :_AutoLink unless _tmp return _tmp end # AutoLinkUrl = "<" < /[A-Za-z]+/ "://" (!@Newline !">" .)+ > ">" { text } def _AutoLinkUrl _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _text_start = self.pos _save1 = self.pos while true # sequence _tmp = scan(/\G(?-mix:[A-Za-z]+)/) unless _tmp self.pos = _save1 break end _tmp = match_string("://") unless _tmp self.pos = _save1 break end _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _save5 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save6 = self.pos while true # sequence _save7 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save6 break end _save8 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save8 unless _tmp self.pos = _save6 break end _tmp = get_byte unless _tmp self.pos = _save6 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save1 end break end # end sequence if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_AutoLinkUrl unless _tmp return _tmp end # AutoLinkEmail = "<" "mailto:"? < /[\w+.\/!%~$-]+/i "@" (!@Newline !">" .)+ > ">" { "mailto:#{text}" } def _AutoLinkEmail _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("mailto:") unless _tmp _tmp = true self.pos = _save1 end unless _tmp self.pos = _save break end _text_start = self.pos _save2 = self.pos while true # sequence _tmp = scan(/\G(?i-mx:[\w+.\/!%~$-]+)/) unless _tmp self.pos = _save2 break end _tmp = match_string("@") unless _tmp self.pos = _save2 break end _save3 = self.pos _save4 = self.pos while true # sequence _save5 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save4 break end _save6 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save4 break end _tmp = get_byte unless _tmp self.pos = _save4 end break end # end sequence if _tmp while true _save7 = self.pos while true # sequence _save8 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save8 unless _tmp self.pos = _save7 break end _save9 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save7 break end _tmp = get_byte unless _tmp self.pos = _save7 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save3 end unless _tmp self.pos = _save2 end break end # end sequence if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save break end @result = begin; "mailto:#{text}" ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_AutoLinkEmail unless _tmp return _tmp end # Reference = @NonindentSpace !"[]" Label:label ":" Spnl RefSrc:link RefTitle @BlankLine+ { # TODO use title reference label, link nil } def _Reference _save = self.pos while true # sequence _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("[]") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_Label) label = @result unless _tmp self.pos = _save break end _tmp = match_string(":") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = apply(:_RefSrc) link = @result unless _tmp self.pos = _save break end _tmp = apply(:_RefTitle) unless _tmp self.pos = _save break end _save2 = self.pos _tmp = _BlankLine() if _tmp while true _tmp = _BlankLine() break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end @result = begin; # TODO use title reference label, link nil ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Reference unless _tmp return _tmp end # Label = "[" (!"^" &{ notes? } | &. &{ !notes? }) @StartList:a (!"]" Inline:l { a << l })* "]" { a.join.gsub(/\s+/, ' ') } def _Label _save = self.pos while true # sequence _tmp = match_string("[") unless _tmp self.pos = _save break end _save1 = self.pos while true # choice _save2 = self.pos while true # sequence _save3 = self.pos _tmp = match_string("^") _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _save4 = self.pos _tmp = begin; notes? ; end self.pos = _save4 unless _tmp self.pos = _save2 end break end # end sequence break if _tmp self.pos = _save1 _save5 = self.pos while true # sequence _save6 = self.pos _tmp = get_byte self.pos = _save6 unless _tmp self.pos = _save5 break end _save7 = self.pos _tmp = begin; !notes? ; end self.pos = _save7 unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end while true _save9 = self.pos while true # sequence _save10 = self.pos _tmp = match_string("]") _tmp = _tmp ? nil : true self.pos = _save10 unless _tmp self.pos = _save9 break end _tmp = apply(:_Inline) l = @result unless _tmp self.pos = _save9 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save9 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string("]") unless _tmp self.pos = _save break end @result = begin; a.join.gsub(/\s+/, ' ') ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Label unless _tmp return _tmp end # RefSrc = < Nonspacechar+ > { text } def _RefSrc _save = self.pos while true # sequence _text_start = self.pos _save1 = self.pos _tmp = apply(:_Nonspacechar) if _tmp while true _tmp = apply(:_Nonspacechar) break unless _tmp end _tmp = true else self.pos = _save1 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RefSrc unless _tmp return _tmp end # RefTitle = (RefTitleSingle | RefTitleDouble | RefTitleParens | EmptyTitle) def _RefTitle _save = self.pos while true # choice _tmp = apply(:_RefTitleSingle) break if _tmp self.pos = _save _tmp = apply(:_RefTitleDouble) break if _tmp self.pos = _save _tmp = apply(:_RefTitleParens) break if _tmp self.pos = _save _tmp = apply(:_EmptyTitle) break if _tmp self.pos = _save break end # end choice set_failed_rule :_RefTitle unless _tmp return _tmp end # EmptyTitle = "" def _EmptyTitle _tmp = match_string("") set_failed_rule :_EmptyTitle unless _tmp return _tmp end # RefTitleSingle = Spnl "'" < (!("'" @Sp @Newline | @Newline) .)* > "'" { text } def _RefTitleSingle _save = self.pos while true # sequence _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("'") unless _tmp self.pos = _save break end _text_start = self.pos while true _save2 = self.pos while true # sequence _save3 = self.pos _save4 = self.pos while true # choice _save5 = self.pos while true # sequence _tmp = match_string("'") unless _tmp self.pos = _save5 break end _tmp = _Sp() unless _tmp self.pos = _save5 break end _tmp = _Newline() unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save4 _tmp = _Newline() break if _tmp self.pos = _save4 break end # end choice _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string("'") unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RefTitleSingle unless _tmp return _tmp end # RefTitleDouble = Spnl "\"" < (!("\"" @Sp @Newline | @Newline) .)* > "\"" { text } def _RefTitleDouble _save = self.pos while true # sequence _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("\"") unless _tmp self.pos = _save break end _text_start = self.pos while true _save2 = self.pos while true # sequence _save3 = self.pos _save4 = self.pos while true # choice _save5 = self.pos while true # sequence _tmp = match_string("\"") unless _tmp self.pos = _save5 break end _tmp = _Sp() unless _tmp self.pos = _save5 break end _tmp = _Newline() unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save4 _tmp = _Newline() break if _tmp self.pos = _save4 break end # end choice _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string("\"") unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RefTitleDouble unless _tmp return _tmp end # RefTitleParens = Spnl "(" < (!(")" @Sp @Newline | @Newline) .)* > ")" { text } def _RefTitleParens _save = self.pos while true # sequence _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string("(") unless _tmp self.pos = _save break end _text_start = self.pos while true _save2 = self.pos while true # sequence _save3 = self.pos _save4 = self.pos while true # choice _save5 = self.pos while true # sequence _tmp = match_string(")") unless _tmp self.pos = _save5 break end _tmp = _Sp() unless _tmp self.pos = _save5 break end _tmp = _Newline() unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save4 _tmp = _Newline() break if _tmp self.pos = _save4 break end # end choice _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string(")") unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RefTitleParens unless _tmp return _tmp end # References = (Reference | SkipBlock)* def _References while true _save1 = self.pos while true # choice _tmp = apply(:_Reference) break if _tmp self.pos = _save1 _tmp = apply(:_SkipBlock) break if _tmp self.pos = _save1 break end # end choice break unless _tmp end _tmp = true set_failed_rule :_References unless _tmp return _tmp end # Ticks1 = "`" !"`" def _Ticks1 _save = self.pos while true # sequence _tmp = match_string("`") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Ticks1 unless _tmp return _tmp end # Ticks2 = "``" !"`" def _Ticks2 _save = self.pos while true # sequence _tmp = match_string("``") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Ticks2 unless _tmp return _tmp end # Ticks3 = "```" !"`" def _Ticks3 _save = self.pos while true # sequence _tmp = match_string("```") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Ticks3 unless _tmp return _tmp end # Ticks4 = "````" !"`" def _Ticks4 _save = self.pos while true # sequence _tmp = match_string("````") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Ticks4 unless _tmp return _tmp end # Ticks5 = "`````" !"`" def _Ticks5 _save = self.pos while true # sequence _tmp = match_string("`````") unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Ticks5 unless _tmp return _tmp end # Code = (Ticks1 @Sp < ((!"`" Nonspacechar)+ | !Ticks1 /`+/ | !(@Sp Ticks1) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks1 | Ticks2 @Sp < ((!"`" Nonspacechar)+ | !Ticks2 /`+/ | !(@Sp Ticks2) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks2 | Ticks3 @Sp < ((!"`" Nonspacechar)+ | !Ticks3 /`+/ | !(@Sp Ticks3) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks3 | Ticks4 @Sp < ((!"`" Nonspacechar)+ | !Ticks4 /`+/ | !(@Sp Ticks4) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks4 | Ticks5 @Sp < ((!"`" Nonspacechar)+ | !Ticks5 /`+/ | !(@Sp Ticks5) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks5) { "<code>#{text}</code>" } def _Code _save = self.pos while true # sequence _save1 = self.pos while true # choice _save2 = self.pos while true # sequence _tmp = apply(:_Ticks1) unless _tmp self.pos = _save2 break end _tmp = _Sp() unless _tmp self.pos = _save2 break end _text_start = self.pos _save3 = self.pos _save4 = self.pos while true # choice _save5 = self.pos _save6 = self.pos while true # sequence _save7 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save6 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save6 end break end # end sequence if _tmp while true _save8 = self.pos while true # sequence _save9 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save8 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save8 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save5 end break if _tmp self.pos = _save4 _save10 = self.pos while true # sequence _save11 = self.pos _tmp = apply(:_Ticks1) _tmp = _tmp ? nil : true self.pos = _save11 unless _tmp self.pos = _save10 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save10 end break end # end sequence break if _tmp self.pos = _save4 _save12 = self.pos while true # sequence _save13 = self.pos _save14 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save14 break end _tmp = apply(:_Ticks1) unless _tmp self.pos = _save14 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save13 unless _tmp self.pos = _save12 break end _save15 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save15 _save16 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save16 break end _save17 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save17 unless _tmp self.pos = _save16 end break end # end sequence break if _tmp self.pos = _save15 break end # end choice unless _tmp self.pos = _save12 end break end # end sequence break if _tmp self.pos = _save4 break end # end choice if _tmp while true _save18 = self.pos while true # choice _save19 = self.pos _save20 = self.pos while true # sequence _save21 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save21 unless _tmp self.pos = _save20 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save20 end break end # end sequence if _tmp while true _save22 = self.pos while true # sequence _save23 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save23 unless _tmp self.pos = _save22 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save22 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save19 end break if _tmp self.pos = _save18 _save24 = self.pos while true # sequence _save25 = self.pos _tmp = apply(:_Ticks1) _tmp = _tmp ? nil : true self.pos = _save25 unless _tmp self.pos = _save24 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save24 end break end # end sequence break if _tmp self.pos = _save18 _save26 = self.pos while true # sequence _save27 = self.pos _save28 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save28 break end _tmp = apply(:_Ticks1) unless _tmp self.pos = _save28 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save27 unless _tmp self.pos = _save26 break end _save29 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save29 _save30 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save30 break end _save31 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save31 unless _tmp self.pos = _save30 end break end # end sequence break if _tmp self.pos = _save29 break end # end choice unless _tmp self.pos = _save26 end break end # end sequence break if _tmp self.pos = _save18 break end # end choice break unless _tmp end _tmp = true else self.pos = _save3 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save2 break end _tmp = _Sp() unless _tmp self.pos = _save2 break end _tmp = apply(:_Ticks1) unless _tmp self.pos = _save2 end break end # end sequence break if _tmp self.pos = _save1 _save32 = self.pos while true # sequence _tmp = apply(:_Ticks2) unless _tmp self.pos = _save32 break end _tmp = _Sp() unless _tmp self.pos = _save32 break end _text_start = self.pos _save33 = self.pos _save34 = self.pos while true # choice _save35 = self.pos _save36 = self.pos while true # sequence _save37 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save37 unless _tmp self.pos = _save36 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save36 end break end # end sequence if _tmp while true _save38 = self.pos while true # sequence _save39 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save39 unless _tmp self.pos = _save38 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save38 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save35 end break if _tmp self.pos = _save34 _save40 = self.pos while true # sequence _save41 = self.pos _tmp = apply(:_Ticks2) _tmp = _tmp ? nil : true self.pos = _save41 unless _tmp self.pos = _save40 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save40 end break end # end sequence break if _tmp self.pos = _save34 _save42 = self.pos while true # sequence _save43 = self.pos _save44 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save44 break end _tmp = apply(:_Ticks2) unless _tmp self.pos = _save44 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save43 unless _tmp self.pos = _save42 break end _save45 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save45 _save46 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save46 break end _save47 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save47 unless _tmp self.pos = _save46 end break end # end sequence break if _tmp self.pos = _save45 break end # end choice unless _tmp self.pos = _save42 end break end # end sequence break if _tmp self.pos = _save34 break end # end choice if _tmp while true _save48 = self.pos while true # choice _save49 = self.pos _save50 = self.pos while true # sequence _save51 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save51 unless _tmp self.pos = _save50 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save50 end break end # end sequence if _tmp while true _save52 = self.pos while true # sequence _save53 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save53 unless _tmp self.pos = _save52 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save52 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save49 end break if _tmp self.pos = _save48 _save54 = self.pos while true # sequence _save55 = self.pos _tmp = apply(:_Ticks2) _tmp = _tmp ? nil : true self.pos = _save55 unless _tmp self.pos = _save54 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save54 end break end # end sequence break if _tmp self.pos = _save48 _save56 = self.pos while true # sequence _save57 = self.pos _save58 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save58 break end _tmp = apply(:_Ticks2) unless _tmp self.pos = _save58 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save57 unless _tmp self.pos = _save56 break end _save59 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save59 _save60 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save60 break end _save61 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save61 unless _tmp self.pos = _save60 end break end # end sequence break if _tmp self.pos = _save59 break end # end choice unless _tmp self.pos = _save56 end break end # end sequence break if _tmp self.pos = _save48 break end # end choice break unless _tmp end _tmp = true else self.pos = _save33 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save32 break end _tmp = _Sp() unless _tmp self.pos = _save32 break end _tmp = apply(:_Ticks2) unless _tmp self.pos = _save32 end break end # end sequence break if _tmp self.pos = _save1 _save62 = self.pos while true # sequence _tmp = apply(:_Ticks3) unless _tmp self.pos = _save62 break end _tmp = _Sp() unless _tmp self.pos = _save62 break end _text_start = self.pos _save63 = self.pos _save64 = self.pos while true # choice _save65 = self.pos _save66 = self.pos while true # sequence _save67 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save67 unless _tmp self.pos = _save66 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save66 end break end # end sequence if _tmp while true _save68 = self.pos while true # sequence _save69 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save69 unless _tmp self.pos = _save68 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save68 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save65 end break if _tmp self.pos = _save64 _save70 = self.pos while true # sequence _save71 = self.pos _tmp = apply(:_Ticks3) _tmp = _tmp ? nil : true self.pos = _save71 unless _tmp self.pos = _save70 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save70 end break end # end sequence break if _tmp self.pos = _save64 _save72 = self.pos while true # sequence _save73 = self.pos _save74 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save74 break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save74 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save73 unless _tmp self.pos = _save72 break end _save75 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save75 _save76 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save76 break end _save77 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save77 unless _tmp self.pos = _save76 end break end # end sequence break if _tmp self.pos = _save75 break end # end choice unless _tmp self.pos = _save72 end break end # end sequence break if _tmp self.pos = _save64 break end # end choice if _tmp while true _save78 = self.pos while true # choice _save79 = self.pos _save80 = self.pos while true # sequence _save81 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save81 unless _tmp self.pos = _save80 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save80 end break end # end sequence if _tmp while true _save82 = self.pos while true # sequence _save83 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save83 unless _tmp self.pos = _save82 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save82 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save79 end break if _tmp self.pos = _save78 _save84 = self.pos while true # sequence _save85 = self.pos _tmp = apply(:_Ticks3) _tmp = _tmp ? nil : true self.pos = _save85 unless _tmp self.pos = _save84 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save84 end break end # end sequence break if _tmp self.pos = _save78 _save86 = self.pos while true # sequence _save87 = self.pos _save88 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save88 break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save88 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save87 unless _tmp self.pos = _save86 break end _save89 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save89 _save90 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save90 break end _save91 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save91 unless _tmp self.pos = _save90 end break end # end sequence break if _tmp self.pos = _save89 break end # end choice unless _tmp self.pos = _save86 end break end # end sequence break if _tmp self.pos = _save78 break end # end choice break unless _tmp end _tmp = true else self.pos = _save63 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save62 break end _tmp = _Sp() unless _tmp self.pos = _save62 break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save62 end break end # end sequence break if _tmp self.pos = _save1 _save92 = self.pos while true # sequence _tmp = apply(:_Ticks4) unless _tmp self.pos = _save92 break end _tmp = _Sp() unless _tmp self.pos = _save92 break end _text_start = self.pos _save93 = self.pos _save94 = self.pos while true # choice _save95 = self.pos _save96 = self.pos while true # sequence _save97 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save97 unless _tmp self.pos = _save96 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save96 end break end # end sequence if _tmp while true _save98 = self.pos while true # sequence _save99 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save99 unless _tmp self.pos = _save98 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save98 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save95 end break if _tmp self.pos = _save94 _save100 = self.pos while true # sequence _save101 = self.pos _tmp = apply(:_Ticks4) _tmp = _tmp ? nil : true self.pos = _save101 unless _tmp self.pos = _save100 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save100 end break end # end sequence break if _tmp self.pos = _save94 _save102 = self.pos while true # sequence _save103 = self.pos _save104 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save104 break end _tmp = apply(:_Ticks4) unless _tmp self.pos = _save104 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save103 unless _tmp self.pos = _save102 break end _save105 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save105 _save106 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save106 break end _save107 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save107 unless _tmp self.pos = _save106 end break end # end sequence break if _tmp self.pos = _save105 break end # end choice unless _tmp self.pos = _save102 end break end # end sequence break if _tmp self.pos = _save94 break end # end choice if _tmp while true _save108 = self.pos while true # choice _save109 = self.pos _save110 = self.pos while true # sequence _save111 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save111 unless _tmp self.pos = _save110 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save110 end break end # end sequence if _tmp while true _save112 = self.pos while true # sequence _save113 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save113 unless _tmp self.pos = _save112 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save112 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save109 end break if _tmp self.pos = _save108 _save114 = self.pos while true # sequence _save115 = self.pos _tmp = apply(:_Ticks4) _tmp = _tmp ? nil : true self.pos = _save115 unless _tmp self.pos = _save114 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save114 end break end # end sequence break if _tmp self.pos = _save108 _save116 = self.pos while true # sequence _save117 = self.pos _save118 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save118 break end _tmp = apply(:_Ticks4) unless _tmp self.pos = _save118 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save117 unless _tmp self.pos = _save116 break end _save119 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save119 _save120 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save120 break end _save121 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save121 unless _tmp self.pos = _save120 end break end # end sequence break if _tmp self.pos = _save119 break end # end choice unless _tmp self.pos = _save116 end break end # end sequence break if _tmp self.pos = _save108 break end # end choice break unless _tmp end _tmp = true else self.pos = _save93 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save92 break end _tmp = _Sp() unless _tmp self.pos = _save92 break end _tmp = apply(:_Ticks4) unless _tmp self.pos = _save92 end break end # end sequence break if _tmp self.pos = _save1 _save122 = self.pos while true # sequence _tmp = apply(:_Ticks5) unless _tmp self.pos = _save122 break end _tmp = _Sp() unless _tmp self.pos = _save122 break end _text_start = self.pos _save123 = self.pos _save124 = self.pos while true # choice _save125 = self.pos _save126 = self.pos while true # sequence _save127 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save127 unless _tmp self.pos = _save126 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save126 end break end # end sequence if _tmp while true _save128 = self.pos while true # sequence _save129 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save129 unless _tmp self.pos = _save128 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save128 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save125 end break if _tmp self.pos = _save124 _save130 = self.pos while true # sequence _save131 = self.pos _tmp = apply(:_Ticks5) _tmp = _tmp ? nil : true self.pos = _save131 unless _tmp self.pos = _save130 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save130 end break end # end sequence break if _tmp self.pos = _save124 _save132 = self.pos while true # sequence _save133 = self.pos _save134 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save134 break end _tmp = apply(:_Ticks5) unless _tmp self.pos = _save134 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save133 unless _tmp self.pos = _save132 break end _save135 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save135 _save136 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save136 break end _save137 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save137 unless _tmp self.pos = _save136 end break end # end sequence break if _tmp self.pos = _save135 break end # end choice unless _tmp self.pos = _save132 end break end # end sequence break if _tmp self.pos = _save124 break end # end choice if _tmp while true _save138 = self.pos while true # choice _save139 = self.pos _save140 = self.pos while true # sequence _save141 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save141 unless _tmp self.pos = _save140 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save140 end break end # end sequence if _tmp while true _save142 = self.pos while true # sequence _save143 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save143 unless _tmp self.pos = _save142 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save142 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save139 end break if _tmp self.pos = _save138 _save144 = self.pos while true # sequence _save145 = self.pos _tmp = apply(:_Ticks5) _tmp = _tmp ? nil : true self.pos = _save145 unless _tmp self.pos = _save144 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save144 end break end # end sequence break if _tmp self.pos = _save138 _save146 = self.pos while true # sequence _save147 = self.pos _save148 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save148 break end _tmp = apply(:_Ticks5) unless _tmp self.pos = _save148 end break end # end sequence _tmp = _tmp ? nil : true self.pos = _save147 unless _tmp self.pos = _save146 break end _save149 = self.pos while true # choice _tmp = _Spacechar() break if _tmp self.pos = _save149 _save150 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save150 break end _save151 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save151 unless _tmp self.pos = _save150 end break end # end sequence break if _tmp self.pos = _save149 break end # end choice unless _tmp self.pos = _save146 end break end # end sequence break if _tmp self.pos = _save138 break end # end choice break unless _tmp end _tmp = true else self.pos = _save123 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save122 break end _tmp = _Sp() unless _tmp self.pos = _save122 break end _tmp = apply(:_Ticks5) unless _tmp self.pos = _save122 end break end # end sequence break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end @result = begin; "<code>#{text}</code>" ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Code unless _tmp return _tmp end # RawHtml = < (HtmlComment | HtmlBlockScript | HtmlTag) > { if html? then text else '' end } def _RawHtml _save = self.pos while true # sequence _text_start = self.pos _save1 = self.pos while true # choice _tmp = apply(:_HtmlComment) break if _tmp self.pos = _save1 _tmp = apply(:_HtmlBlockScript) break if _tmp self.pos = _save1 _tmp = apply(:_HtmlTag) break if _tmp self.pos = _save1 break end # end choice if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; if html? then text else '' end ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RawHtml unless _tmp return _tmp end # BlankLine = @Sp @Newline { "\n" } def _BlankLine _save = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end @result = begin; "\n" ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_BlankLine unless _tmp return _tmp end # Quoted = ("\"" (!"\"" .)* "\"" | "'" (!"'" .)* "'") def _Quoted _save = self.pos while true # choice _save1 = self.pos while true # sequence _tmp = match_string("\"") unless _tmp self.pos = _save1 break end while true _save3 = self.pos while true # sequence _save4 = self.pos _tmp = match_string("\"") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = get_byte unless _tmp self.pos = _save3 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save1 break end _tmp = match_string("\"") unless _tmp self.pos = _save1 end break end # end sequence break if _tmp self.pos = _save _save5 = self.pos while true # sequence _tmp = match_string("'") unless _tmp self.pos = _save5 break end while true _save7 = self.pos while true # sequence _save8 = self.pos _tmp = match_string("'") _tmp = _tmp ? nil : true self.pos = _save8 unless _tmp self.pos = _save7 break end _tmp = get_byte unless _tmp self.pos = _save7 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save5 break end _tmp = match_string("'") unless _tmp self.pos = _save5 end break end # end sequence break if _tmp self.pos = _save break end # end choice set_failed_rule :_Quoted unless _tmp return _tmp end # HtmlAttribute = (AlphanumericAscii | "-")+ Spnl ("=" Spnl (Quoted | (!">" Nonspacechar)+))? Spnl def _HtmlAttribute _save = self.pos while true # sequence _save1 = self.pos _save2 = self.pos while true # choice _tmp = apply(:_AlphanumericAscii) break if _tmp self.pos = _save2 _tmp = match_string("-") break if _tmp self.pos = _save2 break end # end choice if _tmp while true _save3 = self.pos while true # choice _tmp = apply(:_AlphanumericAscii) break if _tmp self.pos = _save3 _tmp = match_string("-") break if _tmp self.pos = _save3 break end # end choice break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save4 = self.pos _save5 = self.pos while true # sequence _tmp = match_string("=") unless _tmp self.pos = _save5 break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save5 break end _save6 = self.pos while true # choice _tmp = apply(:_Quoted) break if _tmp self.pos = _save6 _save7 = self.pos _save8 = self.pos while true # sequence _save9 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save8 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save8 end break end # end sequence if _tmp while true _save10 = self.pos while true # sequence _save11 = self.pos _tmp = match_string(">") _tmp = _tmp ? nil : true self.pos = _save11 unless _tmp self.pos = _save10 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save10 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save7 end break if _tmp self.pos = _save6 break end # end choice unless _tmp self.pos = _save5 end break end # end sequence unless _tmp _tmp = true self.pos = _save4 end unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlAttribute unless _tmp return _tmp end # HtmlComment = "<!--" (!"-->" .)* "-->" def _HtmlComment _save = self.pos while true # sequence _tmp = match_string("<!--") unless _tmp self.pos = _save break end while true _save2 = self.pos while true # sequence _save3 = self.pos _tmp = match_string("-->") _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _tmp = match_string("-->") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlComment unless _tmp return _tmp end # HtmlTag = "<" Spnl "/"? AlphanumericAscii+ Spnl HtmlAttribute* "/"? Spnl ">" def _HtmlTag _save = self.pos while true # sequence _tmp = match_string("<") unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _save1 = self.pos _tmp = match_string("/") unless _tmp _tmp = true self.pos = _save1 end unless _tmp self.pos = _save break end _save2 = self.pos _tmp = apply(:_AlphanumericAscii) if _tmp while true _tmp = apply(:_AlphanumericAscii) break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end while true _tmp = apply(:_HtmlAttribute) break unless _tmp end _tmp = true unless _tmp self.pos = _save break end _save4 = self.pos _tmp = match_string("/") unless _tmp _tmp = true self.pos = _save4 end unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _tmp = match_string(">") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HtmlTag unless _tmp return _tmp end # Eof = !. def _Eof _save = self.pos _tmp = get_byte _tmp = _tmp ? nil : true self.pos = _save set_failed_rule :_Eof unless _tmp return _tmp end # Nonspacechar = !@Spacechar !@Newline . def _Nonspacechar _save = self.pos while true # sequence _save1 = self.pos _tmp = _Spacechar() _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save2 unless _tmp self.pos = _save break end _tmp = get_byte unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Nonspacechar unless _tmp return _tmp end # Sp = @Spacechar* def _Sp while true _tmp = _Spacechar() break unless _tmp end _tmp = true set_failed_rule :_Sp unless _tmp return _tmp end # Spnl = @Sp (@Newline @Sp)? def _Spnl _save = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save break end _save1 = self.pos _save2 = self.pos while true # sequence _tmp = _Newline() unless _tmp self.pos = _save2 break end _tmp = _Sp() unless _tmp self.pos = _save2 end break end # end sequence unless _tmp _tmp = true self.pos = _save1 end unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Spnl unless _tmp return _tmp end # SpecialChar = (/[~*_`&\[\]()<!#\\'"]/ | @ExtendedSpecialChar) def _SpecialChar _save = self.pos while true # choice _tmp = scan(/\G(?-mix:[~*_`&\[\]()<!#\\'"])/) break if _tmp self.pos = _save _tmp = _ExtendedSpecialChar() break if _tmp self.pos = _save break end # end choice set_failed_rule :_SpecialChar unless _tmp return _tmp end # NormalChar = !(@SpecialChar | @Spacechar | @Newline) . def _NormalChar _save = self.pos while true # sequence _save1 = self.pos _save2 = self.pos while true # choice _tmp = _SpecialChar() break if _tmp self.pos = _save2 _tmp = _Spacechar() break if _tmp self.pos = _save2 _tmp = _Newline() break if _tmp self.pos = _save2 break end # end choice _tmp = _tmp ? nil : true self.pos = _save1 unless _tmp self.pos = _save break end _tmp = get_byte unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_NormalChar unless _tmp return _tmp end # Digit = [0-9] def _Digit _save = self.pos _tmp = get_byte if _tmp unless _tmp >= 48 and _tmp <= 57 self.pos = _save _tmp = nil end end set_failed_rule :_Digit unless _tmp return _tmp end # Alphanumeric = %literals.Alphanumeric def _Alphanumeric _tmp = @_grammar_literals.external_invoke(self, :_Alphanumeric) set_failed_rule :_Alphanumeric unless _tmp return _tmp end # AlphanumericAscii = %literals.AlphanumericAscii def _AlphanumericAscii _tmp = @_grammar_literals.external_invoke(self, :_AlphanumericAscii) set_failed_rule :_AlphanumericAscii unless _tmp return _tmp end # BOM = %literals.BOM def _BOM _tmp = @_grammar_literals.external_invoke(self, :_BOM) set_failed_rule :_BOM unless _tmp return _tmp end # Newline = %literals.Newline def _Newline _tmp = @_grammar_literals.external_invoke(self, :_Newline) set_failed_rule :_Newline unless _tmp return _tmp end # Spacechar = %literals.Spacechar def _Spacechar _tmp = @_grammar_literals.external_invoke(self, :_Spacechar) set_failed_rule :_Spacechar unless _tmp return _tmp end # HexEntity = /&#x/i < /[0-9a-fA-F]+/ > ";" { [text.to_i(16)].pack 'U' } def _HexEntity _save = self.pos while true # sequence _tmp = scan(/\G(?i-mx:&#x)/) unless _tmp self.pos = _save break end _text_start = self.pos _tmp = scan(/\G(?-mix:[0-9a-fA-F]+)/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string(";") unless _tmp self.pos = _save break end @result = begin; [text.to_i(16)].pack 'U' ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_HexEntity unless _tmp return _tmp end # DecEntity = "&#" < /[0-9]+/ > ";" { [text.to_i].pack 'U' } def _DecEntity _save = self.pos while true # sequence _tmp = match_string("&#") unless _tmp self.pos = _save break end _text_start = self.pos _tmp = scan(/\G(?-mix:[0-9]+)/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string(";") unless _tmp self.pos = _save break end @result = begin; [text.to_i].pack 'U' ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_DecEntity unless _tmp return _tmp end # CharEntity = "&" < /[A-Za-z0-9]+/ > ";" { if entity = HTML_ENTITIES[text] then entity.pack 'U*' else "&#{text};" end } def _CharEntity _save = self.pos while true # sequence _tmp = match_string("&") unless _tmp self.pos = _save break end _text_start = self.pos _tmp = scan(/\G(?-mix:[A-Za-z0-9]+)/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string(";") unless _tmp self.pos = _save break end @result = begin; if entity = HTML_ENTITIES[text] then entity.pack 'U*' else "&#{text};" end ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_CharEntity unless _tmp return _tmp end # NonindentSpace = / {0,3}/ def _NonindentSpace _tmp = scan(/\G(?-mix: {0,3})/) set_failed_rule :_NonindentSpace unless _tmp return _tmp end # Indent = /\t| / def _Indent _tmp = scan(/\G(?-mix:\t| )/) set_failed_rule :_Indent unless _tmp return _tmp end # IndentedLine = Indent Line def _IndentedLine _save = self.pos while true # sequence _tmp = apply(:_Indent) unless _tmp self.pos = _save break end _tmp = apply(:_Line) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_IndentedLine unless _tmp return _tmp end # OptionallyIndentedLine = Indent? Line def _OptionallyIndentedLine _save = self.pos while true # sequence _save1 = self.pos _tmp = apply(:_Indent) unless _tmp _tmp = true self.pos = _save1 end unless _tmp self.pos = _save break end _tmp = apply(:_Line) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_OptionallyIndentedLine unless _tmp return _tmp end # StartList = &. { [] } def _StartList _save = self.pos while true # sequence _save1 = self.pos _tmp = get_byte self.pos = _save1 unless _tmp self.pos = _save break end @result = begin; [] ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_StartList unless _tmp return _tmp end # Line = @RawLine:a { a } def _Line _save = self.pos while true # sequence _tmp = _RawLine() a = @result unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Line unless _tmp return _tmp end # RawLine = (< /[^\r\n]*/ @Newline > | < .+ > @Eof) { text } def _RawLine _save = self.pos while true # sequence _save1 = self.pos while true # choice _text_start = self.pos _save2 = self.pos while true # sequence _tmp = scan(/\G(?-mix:[^\r\n]*)/) unless _tmp self.pos = _save2 break end _tmp = _Newline() unless _tmp self.pos = _save2 end break end # end sequence if _tmp text = get_text(_text_start) end break if _tmp self.pos = _save1 _save3 = self.pos while true # sequence _text_start = self.pos _save4 = self.pos _tmp = get_byte if _tmp while true _tmp = get_byte break unless _tmp end _tmp = true else self.pos = _save4 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save3 break end _tmp = _Eof() unless _tmp self.pos = _save3 end break end # end sequence break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RawLine unless _tmp return _tmp end # SkipBlock = (HtmlBlock | (!"#" !SetextBottom1 !SetextBottom2 !@BlankLine @RawLine)+ @BlankLine* | @BlankLine+ | @RawLine) def _SkipBlock _save = self.pos while true # choice _tmp = apply(:_HtmlBlock) break if _tmp self.pos = _save _save1 = self.pos while true # sequence _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = match_string("#") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _save5 = self.pos _tmp = apply(:_SetextBottom1) _tmp = _tmp ? nil : true self.pos = _save5 unless _tmp self.pos = _save3 break end _save6 = self.pos _tmp = apply(:_SetextBottom2) _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save3 break end _save7 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save3 break end _tmp = _RawLine() unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save8 = self.pos while true # sequence _save9 = self.pos _tmp = match_string("#") _tmp = _tmp ? nil : true self.pos = _save9 unless _tmp self.pos = _save8 break end _save10 = self.pos _tmp = apply(:_SetextBottom1) _tmp = _tmp ? nil : true self.pos = _save10 unless _tmp self.pos = _save8 break end _save11 = self.pos _tmp = apply(:_SetextBottom2) _tmp = _tmp ? nil : true self.pos = _save11 unless _tmp self.pos = _save8 break end _save12 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save12 unless _tmp self.pos = _save8 break end _tmp = _RawLine() unless _tmp self.pos = _save8 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save1 break end while true _tmp = _BlankLine() break unless _tmp end _tmp = true unless _tmp self.pos = _save1 end break end # end sequence break if _tmp self.pos = _save _save14 = self.pos _tmp = _BlankLine() if _tmp while true _tmp = _BlankLine() break unless _tmp end _tmp = true else self.pos = _save14 end break if _tmp self.pos = _save _tmp = _RawLine() break if _tmp self.pos = _save break end # end choice set_failed_rule :_SkipBlock unless _tmp return _tmp end # ExtendedSpecialChar = &{ notes? } "^" def _ExtendedSpecialChar _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; notes? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = match_string("^") unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_ExtendedSpecialChar unless _tmp return _tmp end # NoteReference = &{ notes? } RawNoteReference:ref { note_for ref } def _NoteReference _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; notes? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_RawNoteReference) ref = @result unless _tmp self.pos = _save break end @result = begin; note_for ref ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_NoteReference unless _tmp return _tmp end # RawNoteReference = "[^" < (!@Newline !"]" .)+ > "]" { text } def _RawNoteReference _save = self.pos while true # sequence _tmp = match_string("[^") unless _tmp self.pos = _save break end _text_start = self.pos _save1 = self.pos _save2 = self.pos while true # sequence _save3 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _save4 = self.pos _tmp = match_string("]") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save2 break end _tmp = get_byte unless _tmp self.pos = _save2 end break end # end sequence if _tmp while true _save5 = self.pos while true # sequence _save6 = self.pos _tmp = _Newline() _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _save7 = self.pos _tmp = match_string("]") _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save5 break end _tmp = get_byte unless _tmp self.pos = _save5 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save1 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = match_string("]") unless _tmp self.pos = _save break end @result = begin; text ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RawNoteReference unless _tmp return _tmp end # Note = &{ notes? } @NonindentSpace RawNoteReference:ref ":" @Sp @StartList:a RawNoteBlock:i { a.concat i } (&Indent RawNoteBlock:i { a.concat i })* { @footnotes[ref] = paragraph a nil } def _Note _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; notes? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _tmp = apply(:_RawNoteReference) ref = @result unless _tmp self.pos = _save break end _tmp = match_string(":") unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _tmp = apply(:_RawNoteBlock) i = @result unless _tmp self.pos = _save break end @result = begin; a.concat i ; end _tmp = true unless _tmp self.pos = _save break end while true _save3 = self.pos while true # sequence _save4 = self.pos _tmp = apply(:_Indent) self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = apply(:_RawNoteBlock) i = @result unless _tmp self.pos = _save3 break end @result = begin; a.concat i ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence break unless _tmp end _tmp = true unless _tmp self.pos = _save break end @result = begin; @footnotes[ref] = paragraph a nil ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Note unless _tmp return _tmp end # InlineNote = &{ notes? } "^[" @StartList:a (!"]" Inline:l { a << l })+ "]" { ref = [:inline, @note_order.length] @footnotes[ref] = paragraph a note_for ref } def _InlineNote _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; notes? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = match_string("^[") unless _tmp self.pos = _save break end _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _save4 = self.pos _tmp = match_string("]") _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save3 break end _tmp = apply(:_Inline) l = @result unless _tmp self.pos = _save3 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save3 end break end # end sequence if _tmp while true _save5 = self.pos while true # sequence _save6 = self.pos _tmp = match_string("]") _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _tmp = apply(:_Inline) l = @result unless _tmp self.pos = _save5 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = match_string("]") unless _tmp self.pos = _save break end @result = begin; ref = [:inline, @note_order.length] @footnotes[ref] = paragraph a note_for ref ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_InlineNote unless _tmp return _tmp end # Notes = (Note | SkipBlock)* def _Notes while true _save1 = self.pos while true # choice _tmp = apply(:_Note) break if _tmp self.pos = _save1 _tmp = apply(:_SkipBlock) break if _tmp self.pos = _save1 break end # end choice break unless _tmp end _tmp = true set_failed_rule :_Notes unless _tmp return _tmp end # RawNoteBlock = @StartList:a (!@BlankLine !RawNoteReference OptionallyIndentedLine:l { a << l })+ < @BlankLine* > { a << text } { a } def _RawNoteBlock _save = self.pos while true # sequence _tmp = _StartList() a = @result unless _tmp self.pos = _save break end _save1 = self.pos _save2 = self.pos while true # sequence _save3 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save3 unless _tmp self.pos = _save2 break end _save4 = self.pos _tmp = apply(:_RawNoteReference) _tmp = _tmp ? nil : true self.pos = _save4 unless _tmp self.pos = _save2 break end _tmp = apply(:_OptionallyIndentedLine) l = @result unless _tmp self.pos = _save2 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence if _tmp while true _save5 = self.pos while true # sequence _save6 = self.pos _tmp = _BlankLine() _tmp = _tmp ? nil : true self.pos = _save6 unless _tmp self.pos = _save5 break end _save7 = self.pos _tmp = apply(:_RawNoteReference) _tmp = _tmp ? nil : true self.pos = _save7 unless _tmp self.pos = _save5 break end _tmp = apply(:_OptionallyIndentedLine) l = @result unless _tmp self.pos = _save5 break end @result = begin; a << l ; end _tmp = true unless _tmp self.pos = _save5 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end _text_start = self.pos while true _tmp = _BlankLine() break unless _tmp end _tmp = true if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; a << text ; end _tmp = true unless _tmp self.pos = _save break end @result = begin; a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_RawNoteBlock unless _tmp return _tmp end # CodeFence = &{ github? } Ticks3 (@Sp StrChunk:format)? Spnl < ((!"`" Nonspacechar)+ | !Ticks3 /`+/ | Spacechar | @Newline)+ > Ticks3 @Sp @Newline* { verbatim = RDoc::Markup::Verbatim.new text verbatim.format = format.intern if format.instance_of?(String) verbatim } def _CodeFence _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; github? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save break end _save2 = self.pos _save3 = self.pos while true # sequence _tmp = _Sp() unless _tmp self.pos = _save3 break end _tmp = apply(:_StrChunk) format = @result unless _tmp self.pos = _save3 end break end # end sequence unless _tmp _tmp = true self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = apply(:_Spnl) unless _tmp self.pos = _save break end _text_start = self.pos _save4 = self.pos _save5 = self.pos while true # choice _save6 = self.pos _save7 = self.pos while true # sequence _save8 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save8 unless _tmp self.pos = _save7 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save7 end break end # end sequence if _tmp while true _save9 = self.pos while true # sequence _save10 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save10 unless _tmp self.pos = _save9 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save9 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save6 end break if _tmp self.pos = _save5 _save11 = self.pos while true # sequence _save12 = self.pos _tmp = apply(:_Ticks3) _tmp = _tmp ? nil : true self.pos = _save12 unless _tmp self.pos = _save11 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save11 end break end # end sequence break if _tmp self.pos = _save5 _tmp = apply(:_Spacechar) break if _tmp self.pos = _save5 _tmp = _Newline() break if _tmp self.pos = _save5 break end # end choice if _tmp while true _save13 = self.pos while true # choice _save14 = self.pos _save15 = self.pos while true # sequence _save16 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save16 unless _tmp self.pos = _save15 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save15 end break end # end sequence if _tmp while true _save17 = self.pos while true # sequence _save18 = self.pos _tmp = match_string("`") _tmp = _tmp ? nil : true self.pos = _save18 unless _tmp self.pos = _save17 break end _tmp = apply(:_Nonspacechar) unless _tmp self.pos = _save17 end break end # end sequence break unless _tmp end _tmp = true else self.pos = _save14 end break if _tmp self.pos = _save13 _save19 = self.pos while true # sequence _save20 = self.pos _tmp = apply(:_Ticks3) _tmp = _tmp ? nil : true self.pos = _save20 unless _tmp self.pos = _save19 break end _tmp = scan(/\G(?-mix:`+)/) unless _tmp self.pos = _save19 end break end # end sequence break if _tmp self.pos = _save13 _tmp = apply(:_Spacechar) break if _tmp self.pos = _save13 _tmp = _Newline() break if _tmp self.pos = _save13 break end # end choice break unless _tmp end _tmp = true else self.pos = _save4 end if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = apply(:_Ticks3) unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end while true _tmp = _Newline() break unless _tmp end _tmp = true unless _tmp self.pos = _save break end @result = begin; verbatim = RDoc::Markup::Verbatim.new text verbatim.format = format.intern if format.instance_of?(String) verbatim ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_CodeFence unless _tmp return _tmp end # Table = &{ github? } TableHead:header TableLine:line TableRow+:body { table = RDoc::Markup::Table.new(header, line, body) } def _Table _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; github? ; end self.pos = _save1 unless _tmp self.pos = _save break end _tmp = apply(:_TableHead) header = @result unless _tmp self.pos = _save break end _tmp = apply(:_TableLine) line = @result unless _tmp self.pos = _save break end _save2 = self.pos _ary = [] _tmp = apply(:_TableRow) if _tmp _ary << @result while true _tmp = apply(:_TableRow) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save2 end body = @result unless _tmp self.pos = _save break end @result = begin; table = RDoc::Markup::Table.new(header, line, body) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_Table unless _tmp return _tmp end # TableHead = TableItem2+:items "|"? @Newline { items } def _TableHead _save = self.pos while true # sequence _save1 = self.pos _ary = [] _tmp = apply(:_TableItem2) if _tmp _ary << @result while true _tmp = apply(:_TableItem2) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save1 end items = @result unless _tmp self.pos = _save break end _save2 = self.pos _tmp = match_string("|") unless _tmp _tmp = true self.pos = _save2 end unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end @result = begin; items ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableHead unless _tmp return _tmp end # TableRow = ((TableItem:item1 TableItem2*:items { [item1, *items] }):row | TableItem2+:row) "|"? @Newline { row } def _TableRow _save = self.pos while true # sequence _save1 = self.pos while true # choice _save2 = self.pos while true # sequence _tmp = apply(:_TableItem) item1 = @result unless _tmp self.pos = _save2 break end _ary = [] while true _tmp = apply(:_TableItem2) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary items = @result unless _tmp self.pos = _save2 break end @result = begin; [item1, *items] ; end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence row = @result break if _tmp self.pos = _save1 _save4 = self.pos _ary = [] _tmp = apply(:_TableItem2) if _tmp _ary << @result while true _tmp = apply(:_TableItem2) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save4 end row = @result break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _save5 = self.pos _tmp = match_string("|") unless _tmp _tmp = true self.pos = _save5 end unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end @result = begin; row ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableRow unless _tmp return _tmp end # TableItem2 = "|" TableItem def _TableItem2 _save = self.pos while true # sequence _tmp = match_string("|") unless _tmp self.pos = _save break end _tmp = apply(:_TableItem) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableItem2 unless _tmp return _tmp end # TableItem = < /(?:\\.|[^|\n])+/ > { text.strip.gsub(/\\(.)/, '\1') } def _TableItem _save = self.pos while true # sequence _text_start = self.pos _tmp = scan(/\G(?-mix:(?:\\.|[^|\n])+)/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end @result = begin; text.strip.gsub(/\\(.)/, '\1') ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableItem unless _tmp return _tmp end # TableLine = ((TableAlign:align1 TableAlign2*:aligns {[align1, *aligns] }):line | TableAlign2+:line) "|"? @Newline { line } def _TableLine _save = self.pos while true # sequence _save1 = self.pos while true # choice _save2 = self.pos while true # sequence _tmp = apply(:_TableAlign) align1 = @result unless _tmp self.pos = _save2 break end _ary = [] while true _tmp = apply(:_TableAlign2) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary aligns = @result unless _tmp self.pos = _save2 break end @result = begin; [align1, *aligns] ; end _tmp = true unless _tmp self.pos = _save2 end break end # end sequence line = @result break if _tmp self.pos = _save1 _save4 = self.pos _ary = [] _tmp = apply(:_TableAlign2) if _tmp _ary << @result while true _tmp = apply(:_TableAlign2) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save4 end line = @result break if _tmp self.pos = _save1 break end # end choice unless _tmp self.pos = _save break end _save5 = self.pos _tmp = match_string("|") unless _tmp _tmp = true self.pos = _save5 end unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end @result = begin; line ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableLine unless _tmp return _tmp end # TableAlign2 = "|" @Sp TableAlign def _TableAlign2 _save = self.pos while true # sequence _tmp = match_string("|") unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = apply(:_TableAlign) unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableAlign2 unless _tmp return _tmp end # TableAlign = < /:?-+:?/ > @Sp { text.start_with?(":") ? (text.end_with?(":") ? :center : :left) : (text.end_with?(":") ? :right : nil) } def _TableAlign _save = self.pos while true # sequence _text_start = self.pos _tmp = scan(/\G(?-mix::?-+:?)/) if _tmp text = get_text(_text_start) end unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end @result = begin; text.start_with?(":") ? (text.end_with?(":") ? :center : :left) : (text.end_with?(":") ? :right : nil) ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_TableAlign unless _tmp return _tmp end # DefinitionList = &{ definition_lists? } DefinitionListItem+:list { RDoc::Markup::List.new :NOTE, *list.flatten } def _DefinitionList _save = self.pos while true # sequence _save1 = self.pos _tmp = begin; definition_lists? ; end self.pos = _save1 unless _tmp self.pos = _save break end _save2 = self.pos _ary = [] _tmp = apply(:_DefinitionListItem) if _tmp _ary << @result while true _tmp = apply(:_DefinitionListItem) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save2 end list = @result unless _tmp self.pos = _save break end @result = begin; RDoc::Markup::List.new :NOTE, *list.flatten ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_DefinitionList unless _tmp return _tmp end # DefinitionListItem = DefinitionListLabel+:label DefinitionListDefinition+:defns { list_items = [] list_items << RDoc::Markup::ListItem.new(label, defns.shift) list_items.concat defns.map { |defn| RDoc::Markup::ListItem.new nil, defn } unless list_items.empty? list_items } def _DefinitionListItem _save = self.pos while true # sequence _save1 = self.pos _ary = [] _tmp = apply(:_DefinitionListLabel) if _tmp _ary << @result while true _tmp = apply(:_DefinitionListLabel) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save1 end label = @result unless _tmp self.pos = _save break end _save2 = self.pos _ary = [] _tmp = apply(:_DefinitionListDefinition) if _tmp _ary << @result while true _tmp = apply(:_DefinitionListDefinition) _ary << @result if _tmp break unless _tmp end _tmp = true @result = _ary else self.pos = _save2 end defns = @result unless _tmp self.pos = _save break end @result = begin; list_items = [] list_items << RDoc::Markup::ListItem.new(label, defns.shift) list_items.concat defns.map { |defn| RDoc::Markup::ListItem.new nil, defn } unless list_items.empty? list_items ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_DefinitionListItem unless _tmp return _tmp end # DefinitionListLabel = Inline:label @Sp @Newline { label } def _DefinitionListLabel _save = self.pos while true # sequence _tmp = apply(:_Inline) label = @result unless _tmp self.pos = _save break end _tmp = _Sp() unless _tmp self.pos = _save break end _tmp = _Newline() unless _tmp self.pos = _save break end @result = begin; label ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_DefinitionListLabel unless _tmp return _tmp end # DefinitionListDefinition = @NonindentSpace ":" @Space Inlines:a @BlankLine+ { paragraph a } def _DefinitionListDefinition _save = self.pos while true # sequence _tmp = _NonindentSpace() unless _tmp self.pos = _save break end _tmp = match_string(":") unless _tmp self.pos = _save break end _tmp = _Space() unless _tmp self.pos = _save break end _tmp = apply(:_Inlines) a = @result unless _tmp self.pos = _save break end _save1 = self.pos _tmp = _BlankLine() if _tmp while true _tmp = _BlankLine() break unless _tmp end _tmp = true else self.pos = _save1 end unless _tmp self.pos = _save break end @result = begin; paragraph a ; end _tmp = true unless _tmp self.pos = _save end break end # end sequence set_failed_rule :_DefinitionListDefinition unless _tmp return _tmp end Rules = {} Rules[:_root] = rule_info("root", "Doc") Rules[:_Doc] = rule_info("Doc", "BOM? Block*:a { RDoc::Markup::Document.new(*a.compact) }") Rules[:_Block] = rule_info("Block", "@BlankLine* (BlockQuote | Verbatim | CodeFence | Table | Note | Reference | HorizontalRule | Heading | OrderedList | BulletList | DefinitionList | HtmlBlock | StyleBlock | Para | Plain)") Rules[:_Para] = rule_info("Para", "@NonindentSpace Inlines:a @BlankLine+ { paragraph a }") Rules[:_Plain] = rule_info("Plain", "Inlines:a { paragraph a }") Rules[:_AtxInline] = rule_info("AtxInline", "!@Newline !(@Sp /\#*/ @Sp @Newline) Inline") Rules[:_AtxStart] = rule_info("AtxStart", "< /\\\#{1,6}/ > { text.length }") Rules[:_AtxHeading] = rule_info("AtxHeading", "AtxStart:s @Spacechar+ AtxInline+:a (@Sp /\#*/ @Sp)? @Newline { RDoc::Markup::Heading.new(s, a.join) }") Rules[:_SetextHeading] = rule_info("SetextHeading", "(SetextHeading1 | SetextHeading2)") Rules[:_SetextBottom1] = rule_info("SetextBottom1", "/={1,}/ @Newline") Rules[:_SetextBottom2] = rule_info("SetextBottom2", "/-{1,}/ @Newline") Rules[:_SetextHeading1] = rule_info("SetextHeading1", "&(@RawLine SetextBottom1) @StartList:a (!@Endline Inline:b { a << b })+ @Sp @Newline SetextBottom1 { RDoc::Markup::Heading.new(1, a.join) }") Rules[:_SetextHeading2] = rule_info("SetextHeading2", "&(@RawLine SetextBottom2) @StartList:a (!@Endline Inline:b { a << b })+ @Sp @Newline SetextBottom2 { RDoc::Markup::Heading.new(2, a.join) }") Rules[:_Heading] = rule_info("Heading", "(SetextHeading | AtxHeading)") Rules[:_BlockQuote] = rule_info("BlockQuote", "BlockQuoteRaw:a { RDoc::Markup::BlockQuote.new(*a) }") Rules[:_BlockQuoteRaw] = rule_info("BlockQuoteRaw", "@StartList:a (\">\" \" \"? Line:l { a << l } (!\">\" !@BlankLine Line:c { a << c })* (@BlankLine:n { a << n })*)+ { inner_parse a.join }") Rules[:_NonblankIndentedLine] = rule_info("NonblankIndentedLine", "!@BlankLine IndentedLine") Rules[:_VerbatimChunk] = rule_info("VerbatimChunk", "@BlankLine*:a NonblankIndentedLine+:b { a.concat b }") Rules[:_Verbatim] = rule_info("Verbatim", "VerbatimChunk+:a { RDoc::Markup::Verbatim.new(*a.flatten) }") Rules[:_HorizontalRule] = rule_info("HorizontalRule", "@NonindentSpace (\"*\" @Sp \"*\" @Sp \"*\" (@Sp \"*\")* | \"-\" @Sp \"-\" @Sp \"-\" (@Sp \"-\")* | \"_\" @Sp \"_\" @Sp \"_\" (@Sp \"_\")*) @Sp @Newline @BlankLine+ { RDoc::Markup::Rule.new 1 }") Rules[:_Bullet] = rule_info("Bullet", "!HorizontalRule @NonindentSpace /[+*-]/ @Spacechar+") Rules[:_BulletList] = rule_info("BulletList", "&Bullet (ListTight | ListLoose):a { RDoc::Markup::List.new(:BULLET, *a) }") Rules[:_ListTight] = rule_info("ListTight", "ListItemTight+:a @BlankLine* !(Bullet | Enumerator) { a }") Rules[:_ListLoose] = rule_info("ListLoose", "@StartList:a (ListItem:b @BlankLine* { a << b })+ { a }") Rules[:_ListItem] = rule_info("ListItem", "(Bullet | Enumerator) @StartList:a ListBlock:b { a << b } (ListContinuationBlock:c { a.push(*c) })* { list_item_from a }") Rules[:_ListItemTight] = rule_info("ListItemTight", "(Bullet | Enumerator) ListBlock:a (!@BlankLine ListContinuationBlock:b { a.push(*b) })* !ListContinuationBlock { list_item_from a }") Rules[:_ListBlock] = rule_info("ListBlock", "!@BlankLine Line:a ListBlockLine*:c { [a, *c] }") Rules[:_ListContinuationBlock] = rule_info("ListContinuationBlock", "@StartList:a @BlankLine* { a << \"\\n\" } (Indent ListBlock:b { a.concat b })+ { a }") Rules[:_Enumerator] = rule_info("Enumerator", "@NonindentSpace [0-9]+ \".\" @Spacechar+") Rules[:_OrderedList] = rule_info("OrderedList", "&Enumerator (ListTight | ListLoose):a { RDoc::Markup::List.new(:NUMBER, *a) }") Rules[:_ListBlockLine] = rule_info("ListBlockLine", "!@BlankLine !(Indent? (Bullet | Enumerator)) !HorizontalRule OptionallyIndentedLine") Rules[:_HtmlOpenAnchor] = rule_info("HtmlOpenAnchor", "\"<\" Spnl (\"a\" | \"A\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlCloseAnchor] = rule_info("HtmlCloseAnchor", "\"<\" Spnl \"/\" (\"a\" | \"A\") Spnl \">\"") Rules[:_HtmlAnchor] = rule_info("HtmlAnchor", "HtmlOpenAnchor (HtmlAnchor | !HtmlCloseAnchor .)* HtmlCloseAnchor") Rules[:_HtmlBlockOpenAddress] = rule_info("HtmlBlockOpenAddress", "\"<\" Spnl (\"address\" | \"ADDRESS\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseAddress] = rule_info("HtmlBlockCloseAddress", "\"<\" Spnl \"/\" (\"address\" | \"ADDRESS\") Spnl \">\"") Rules[:_HtmlBlockAddress] = rule_info("HtmlBlockAddress", "HtmlBlockOpenAddress (HtmlBlockAddress | !HtmlBlockCloseAddress .)* HtmlBlockCloseAddress") Rules[:_HtmlBlockOpenBlockquote] = rule_info("HtmlBlockOpenBlockquote", "\"<\" Spnl (\"blockquote\" | \"BLOCKQUOTE\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseBlockquote] = rule_info("HtmlBlockCloseBlockquote", "\"<\" Spnl \"/\" (\"blockquote\" | \"BLOCKQUOTE\") Spnl \">\"") Rules[:_HtmlBlockBlockquote] = rule_info("HtmlBlockBlockquote", "HtmlBlockOpenBlockquote (HtmlBlockBlockquote | !HtmlBlockCloseBlockquote .)* HtmlBlockCloseBlockquote") Rules[:_HtmlBlockOpenCenter] = rule_info("HtmlBlockOpenCenter", "\"<\" Spnl (\"center\" | \"CENTER\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseCenter] = rule_info("HtmlBlockCloseCenter", "\"<\" Spnl \"/\" (\"center\" | \"CENTER\") Spnl \">\"") Rules[:_HtmlBlockCenter] = rule_info("HtmlBlockCenter", "HtmlBlockOpenCenter (HtmlBlockCenter | !HtmlBlockCloseCenter .)* HtmlBlockCloseCenter") Rules[:_HtmlBlockOpenDir] = rule_info("HtmlBlockOpenDir", "\"<\" Spnl (\"dir\" | \"DIR\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseDir] = rule_info("HtmlBlockCloseDir", "\"<\" Spnl \"/\" (\"dir\" | \"DIR\") Spnl \">\"") Rules[:_HtmlBlockDir] = rule_info("HtmlBlockDir", "HtmlBlockOpenDir (HtmlBlockDir | !HtmlBlockCloseDir .)* HtmlBlockCloseDir") Rules[:_HtmlBlockOpenDiv] = rule_info("HtmlBlockOpenDiv", "\"<\" Spnl (\"div\" | \"DIV\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseDiv] = rule_info("HtmlBlockCloseDiv", "\"<\" Spnl \"/\" (\"div\" | \"DIV\") Spnl \">\"") Rules[:_HtmlBlockDiv] = rule_info("HtmlBlockDiv", "HtmlBlockOpenDiv (HtmlBlockDiv | !HtmlBlockCloseDiv .)* HtmlBlockCloseDiv") Rules[:_HtmlBlockOpenDl] = rule_info("HtmlBlockOpenDl", "\"<\" Spnl (\"dl\" | \"DL\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseDl] = rule_info("HtmlBlockCloseDl", "\"<\" Spnl \"/\" (\"dl\" | \"DL\") Spnl \">\"") Rules[:_HtmlBlockDl] = rule_info("HtmlBlockDl", "HtmlBlockOpenDl (HtmlBlockDl | !HtmlBlockCloseDl .)* HtmlBlockCloseDl") Rules[:_HtmlBlockOpenFieldset] = rule_info("HtmlBlockOpenFieldset", "\"<\" Spnl (\"fieldset\" | \"FIELDSET\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseFieldset] = rule_info("HtmlBlockCloseFieldset", "\"<\" Spnl \"/\" (\"fieldset\" | \"FIELDSET\") Spnl \">\"") Rules[:_HtmlBlockFieldset] = rule_info("HtmlBlockFieldset", "HtmlBlockOpenFieldset (HtmlBlockFieldset | !HtmlBlockCloseFieldset .)* HtmlBlockCloseFieldset") Rules[:_HtmlBlockOpenForm] = rule_info("HtmlBlockOpenForm", "\"<\" Spnl (\"form\" | \"FORM\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseForm] = rule_info("HtmlBlockCloseForm", "\"<\" Spnl \"/\" (\"form\" | \"FORM\") Spnl \">\"") Rules[:_HtmlBlockForm] = rule_info("HtmlBlockForm", "HtmlBlockOpenForm (HtmlBlockForm | !HtmlBlockCloseForm .)* HtmlBlockCloseForm") Rules[:_HtmlBlockOpenH1] = rule_info("HtmlBlockOpenH1", "\"<\" Spnl (\"h1\" | \"H1\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseH1] = rule_info("HtmlBlockCloseH1", "\"<\" Spnl \"/\" (\"h1\" | \"H1\") Spnl \">\"") Rules[:_HtmlBlockH1] = rule_info("HtmlBlockH1", "HtmlBlockOpenH1 (HtmlBlockH1 | !HtmlBlockCloseH1 .)* HtmlBlockCloseH1") Rules[:_HtmlBlockOpenH2] = rule_info("HtmlBlockOpenH2", "\"<\" Spnl (\"h2\" | \"H2\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseH2] = rule_info("HtmlBlockCloseH2", "\"<\" Spnl \"/\" (\"h2\" | \"H2\") Spnl \">\"") Rules[:_HtmlBlockH2] = rule_info("HtmlBlockH2", "HtmlBlockOpenH2 (HtmlBlockH2 | !HtmlBlockCloseH2 .)* HtmlBlockCloseH2") Rules[:_HtmlBlockOpenH3] = rule_info("HtmlBlockOpenH3", "\"<\" Spnl (\"h3\" | \"H3\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseH3] = rule_info("HtmlBlockCloseH3", "\"<\" Spnl \"/\" (\"h3\" | \"H3\") Spnl \">\"") Rules[:_HtmlBlockH3] = rule_info("HtmlBlockH3", "HtmlBlockOpenH3 (HtmlBlockH3 | !HtmlBlockCloseH3 .)* HtmlBlockCloseH3") Rules[:_HtmlBlockOpenH4] = rule_info("HtmlBlockOpenH4", "\"<\" Spnl (\"h4\" | \"H4\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseH4] = rule_info("HtmlBlockCloseH4", "\"<\" Spnl \"/\" (\"h4\" | \"H4\") Spnl \">\"") Rules[:_HtmlBlockH4] = rule_info("HtmlBlockH4", "HtmlBlockOpenH4 (HtmlBlockH4 | !HtmlBlockCloseH4 .)* HtmlBlockCloseH4") Rules[:_HtmlBlockOpenH5] = rule_info("HtmlBlockOpenH5", "\"<\" Spnl (\"h5\" | \"H5\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseH5] = rule_info("HtmlBlockCloseH5", "\"<\" Spnl \"/\" (\"h5\" | \"H5\") Spnl \">\"") Rules[:_HtmlBlockH5] = rule_info("HtmlBlockH5", "HtmlBlockOpenH5 (HtmlBlockH5 | !HtmlBlockCloseH5 .)* HtmlBlockCloseH5") Rules[:_HtmlBlockOpenH6] = rule_info("HtmlBlockOpenH6", "\"<\" Spnl (\"h6\" | \"H6\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseH6] = rule_info("HtmlBlockCloseH6", "\"<\" Spnl \"/\" (\"h6\" | \"H6\") Spnl \">\"") Rules[:_HtmlBlockH6] = rule_info("HtmlBlockH6", "HtmlBlockOpenH6 (HtmlBlockH6 | !HtmlBlockCloseH6 .)* HtmlBlockCloseH6") Rules[:_HtmlBlockOpenMenu] = rule_info("HtmlBlockOpenMenu", "\"<\" Spnl (\"menu\" | \"MENU\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseMenu] = rule_info("HtmlBlockCloseMenu", "\"<\" Spnl \"/\" (\"menu\" | \"MENU\") Spnl \">\"") Rules[:_HtmlBlockMenu] = rule_info("HtmlBlockMenu", "HtmlBlockOpenMenu (HtmlBlockMenu | !HtmlBlockCloseMenu .)* HtmlBlockCloseMenu") Rules[:_HtmlBlockOpenNoframes] = rule_info("HtmlBlockOpenNoframes", "\"<\" Spnl (\"noframes\" | \"NOFRAMES\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseNoframes] = rule_info("HtmlBlockCloseNoframes", "\"<\" Spnl \"/\" (\"noframes\" | \"NOFRAMES\") Spnl \">\"") Rules[:_HtmlBlockNoframes] = rule_info("HtmlBlockNoframes", "HtmlBlockOpenNoframes (HtmlBlockNoframes | !HtmlBlockCloseNoframes .)* HtmlBlockCloseNoframes") Rules[:_HtmlBlockOpenNoscript] = rule_info("HtmlBlockOpenNoscript", "\"<\" Spnl (\"noscript\" | \"NOSCRIPT\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseNoscript] = rule_info("HtmlBlockCloseNoscript", "\"<\" Spnl \"/\" (\"noscript\" | \"NOSCRIPT\") Spnl \">\"") Rules[:_HtmlBlockNoscript] = rule_info("HtmlBlockNoscript", "HtmlBlockOpenNoscript (HtmlBlockNoscript | !HtmlBlockCloseNoscript .)* HtmlBlockCloseNoscript") Rules[:_HtmlBlockOpenOl] = rule_info("HtmlBlockOpenOl", "\"<\" Spnl (\"ol\" | \"OL\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseOl] = rule_info("HtmlBlockCloseOl", "\"<\" Spnl \"/\" (\"ol\" | \"OL\") Spnl \">\"") Rules[:_HtmlBlockOl] = rule_info("HtmlBlockOl", "HtmlBlockOpenOl (HtmlBlockOl | !HtmlBlockCloseOl .)* HtmlBlockCloseOl") Rules[:_HtmlBlockOpenP] = rule_info("HtmlBlockOpenP", "\"<\" Spnl (\"p\" | \"P\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseP] = rule_info("HtmlBlockCloseP", "\"<\" Spnl \"/\" (\"p\" | \"P\") Spnl \">\"") Rules[:_HtmlBlockP] = rule_info("HtmlBlockP", "HtmlBlockOpenP (HtmlBlockP | !HtmlBlockCloseP .)* HtmlBlockCloseP") Rules[:_HtmlBlockOpenPre] = rule_info("HtmlBlockOpenPre", "\"<\" Spnl (\"pre\" | \"PRE\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockClosePre] = rule_info("HtmlBlockClosePre", "\"<\" Spnl \"/\" (\"pre\" | \"PRE\") Spnl \">\"") Rules[:_HtmlBlockPre] = rule_info("HtmlBlockPre", "HtmlBlockOpenPre (HtmlBlockPre | !HtmlBlockClosePre .)* HtmlBlockClosePre") Rules[:_HtmlBlockOpenTable] = rule_info("HtmlBlockOpenTable", "\"<\" Spnl (\"table\" | \"TABLE\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseTable] = rule_info("HtmlBlockCloseTable", "\"<\" Spnl \"/\" (\"table\" | \"TABLE\") Spnl \">\"") Rules[:_HtmlBlockTable] = rule_info("HtmlBlockTable", "HtmlBlockOpenTable (HtmlBlockTable | !HtmlBlockCloseTable .)* HtmlBlockCloseTable") Rules[:_HtmlBlockOpenUl] = rule_info("HtmlBlockOpenUl", "\"<\" Spnl (\"ul\" | \"UL\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseUl] = rule_info("HtmlBlockCloseUl", "\"<\" Spnl \"/\" (\"ul\" | \"UL\") Spnl \">\"") Rules[:_HtmlBlockUl] = rule_info("HtmlBlockUl", "HtmlBlockOpenUl (HtmlBlockUl | !HtmlBlockCloseUl .)* HtmlBlockCloseUl") Rules[:_HtmlBlockOpenDd] = rule_info("HtmlBlockOpenDd", "\"<\" Spnl (\"dd\" | \"DD\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseDd] = rule_info("HtmlBlockCloseDd", "\"<\" Spnl \"/\" (\"dd\" | \"DD\") Spnl \">\"") Rules[:_HtmlBlockDd] = rule_info("HtmlBlockDd", "HtmlBlockOpenDd (HtmlBlockDd | !HtmlBlockCloseDd .)* HtmlBlockCloseDd") Rules[:_HtmlBlockOpenDt] = rule_info("HtmlBlockOpenDt", "\"<\" Spnl (\"dt\" | \"DT\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseDt] = rule_info("HtmlBlockCloseDt", "\"<\" Spnl \"/\" (\"dt\" | \"DT\") Spnl \">\"") Rules[:_HtmlBlockDt] = rule_info("HtmlBlockDt", "HtmlBlockOpenDt (HtmlBlockDt | !HtmlBlockCloseDt .)* HtmlBlockCloseDt") Rules[:_HtmlBlockOpenFrameset] = rule_info("HtmlBlockOpenFrameset", "\"<\" Spnl (\"frameset\" | \"FRAMESET\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseFrameset] = rule_info("HtmlBlockCloseFrameset", "\"<\" Spnl \"/\" (\"frameset\" | \"FRAMESET\") Spnl \">\"") Rules[:_HtmlBlockFrameset] = rule_info("HtmlBlockFrameset", "HtmlBlockOpenFrameset (HtmlBlockFrameset | !HtmlBlockCloseFrameset .)* HtmlBlockCloseFrameset") Rules[:_HtmlBlockOpenLi] = rule_info("HtmlBlockOpenLi", "\"<\" Spnl (\"li\" | \"LI\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseLi] = rule_info("HtmlBlockCloseLi", "\"<\" Spnl \"/\" (\"li\" | \"LI\") Spnl \">\"") Rules[:_HtmlBlockLi] = rule_info("HtmlBlockLi", "HtmlBlockOpenLi (HtmlBlockLi | !HtmlBlockCloseLi .)* HtmlBlockCloseLi") Rules[:_HtmlBlockOpenTbody] = rule_info("HtmlBlockOpenTbody", "\"<\" Spnl (\"tbody\" | \"TBODY\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseTbody] = rule_info("HtmlBlockCloseTbody", "\"<\" Spnl \"/\" (\"tbody\" | \"TBODY\") Spnl \">\"") Rules[:_HtmlBlockTbody] = rule_info("HtmlBlockTbody", "HtmlBlockOpenTbody (HtmlBlockTbody | !HtmlBlockCloseTbody .)* HtmlBlockCloseTbody") Rules[:_HtmlBlockOpenTd] = rule_info("HtmlBlockOpenTd", "\"<\" Spnl (\"td\" | \"TD\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseTd] = rule_info("HtmlBlockCloseTd", "\"<\" Spnl \"/\" (\"td\" | \"TD\") Spnl \">\"") Rules[:_HtmlBlockTd] = rule_info("HtmlBlockTd", "HtmlBlockOpenTd (HtmlBlockTd | !HtmlBlockCloseTd .)* HtmlBlockCloseTd") Rules[:_HtmlBlockOpenTfoot] = rule_info("HtmlBlockOpenTfoot", "\"<\" Spnl (\"tfoot\" | \"TFOOT\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseTfoot] = rule_info("HtmlBlockCloseTfoot", "\"<\" Spnl \"/\" (\"tfoot\" | \"TFOOT\") Spnl \">\"") Rules[:_HtmlBlockTfoot] = rule_info("HtmlBlockTfoot", "HtmlBlockOpenTfoot (HtmlBlockTfoot | !HtmlBlockCloseTfoot .)* HtmlBlockCloseTfoot") Rules[:_HtmlBlockOpenTh] = rule_info("HtmlBlockOpenTh", "\"<\" Spnl (\"th\" | \"TH\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseTh] = rule_info("HtmlBlockCloseTh", "\"<\" Spnl \"/\" (\"th\" | \"TH\") Spnl \">\"") Rules[:_HtmlBlockTh] = rule_info("HtmlBlockTh", "HtmlBlockOpenTh (HtmlBlockTh | !HtmlBlockCloseTh .)* HtmlBlockCloseTh") Rules[:_HtmlBlockOpenThead] = rule_info("HtmlBlockOpenThead", "\"<\" Spnl (\"thead\" | \"THEAD\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseThead] = rule_info("HtmlBlockCloseThead", "\"<\" Spnl \"/\" (\"thead\" | \"THEAD\") Spnl \">\"") Rules[:_HtmlBlockThead] = rule_info("HtmlBlockThead", "HtmlBlockOpenThead (HtmlBlockThead | !HtmlBlockCloseThead .)* HtmlBlockCloseThead") Rules[:_HtmlBlockOpenTr] = rule_info("HtmlBlockOpenTr", "\"<\" Spnl (\"tr\" | \"TR\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseTr] = rule_info("HtmlBlockCloseTr", "\"<\" Spnl \"/\" (\"tr\" | \"TR\") Spnl \">\"") Rules[:_HtmlBlockTr] = rule_info("HtmlBlockTr", "HtmlBlockOpenTr (HtmlBlockTr | !HtmlBlockCloseTr .)* HtmlBlockCloseTr") Rules[:_HtmlBlockOpenScript] = rule_info("HtmlBlockOpenScript", "\"<\" Spnl (\"script\" | \"SCRIPT\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseScript] = rule_info("HtmlBlockCloseScript", "\"<\" Spnl \"/\" (\"script\" | \"SCRIPT\") Spnl \">\"") Rules[:_HtmlBlockScript] = rule_info("HtmlBlockScript", "HtmlBlockOpenScript (!HtmlBlockCloseScript .)* HtmlBlockCloseScript") Rules[:_HtmlBlockOpenHead] = rule_info("HtmlBlockOpenHead", "\"<\" Spnl (\"head\" | \"HEAD\") Spnl HtmlAttribute* \">\"") Rules[:_HtmlBlockCloseHead] = rule_info("HtmlBlockCloseHead", "\"<\" Spnl \"/\" (\"head\" | \"HEAD\") Spnl \">\"") Rules[:_HtmlBlockHead] = rule_info("HtmlBlockHead", "HtmlBlockOpenHead (!HtmlBlockCloseHead .)* HtmlBlockCloseHead") Rules[:_HtmlBlockInTags] = rule_info("HtmlBlockInTags", "(HtmlAnchor | HtmlBlockAddress | HtmlBlockBlockquote | HtmlBlockCenter | HtmlBlockDir | HtmlBlockDiv | HtmlBlockDl | HtmlBlockFieldset | HtmlBlockForm | HtmlBlockH1 | HtmlBlockH2 | HtmlBlockH3 | HtmlBlockH4 | HtmlBlockH5 | HtmlBlockH6 | HtmlBlockMenu | HtmlBlockNoframes | HtmlBlockNoscript | HtmlBlockOl | HtmlBlockP | HtmlBlockPre | HtmlBlockTable | HtmlBlockUl | HtmlBlockDd | HtmlBlockDt | HtmlBlockFrameset | HtmlBlockLi | HtmlBlockTbody | HtmlBlockTd | HtmlBlockTfoot | HtmlBlockTh | HtmlBlockThead | HtmlBlockTr | HtmlBlockScript | HtmlBlockHead)") Rules[:_HtmlBlock] = rule_info("HtmlBlock", "< (HtmlBlockInTags | HtmlComment | HtmlBlockSelfClosing | HtmlUnclosed) > @BlankLine+ { if html? then RDoc::Markup::Raw.new text end }") Rules[:_HtmlUnclosed] = rule_info("HtmlUnclosed", "\"<\" Spnl HtmlUnclosedType Spnl HtmlAttribute* Spnl \">\"") Rules[:_HtmlUnclosedType] = rule_info("HtmlUnclosedType", "(\"HR\" | \"hr\")") Rules[:_HtmlBlockSelfClosing] = rule_info("HtmlBlockSelfClosing", "\"<\" Spnl HtmlBlockType Spnl HtmlAttribute* \"/\" Spnl \">\"") Rules[:_HtmlBlockType] = rule_info("HtmlBlockType", "(\"ADDRESS\" | \"BLOCKQUOTE\" | \"CENTER\" | \"DD\" | \"DIR\" | \"DIV\" | \"DL\" | \"DT\" | \"FIELDSET\" | \"FORM\" | \"FRAMESET\" | \"H1\" | \"H2\" | \"H3\" | \"H4\" | \"H5\" | \"H6\" | \"HR\" | \"ISINDEX\" | \"LI\" | \"MENU\" | \"NOFRAMES\" | \"NOSCRIPT\" | \"OL\" | \"P\" | \"PRE\" | \"SCRIPT\" | \"TABLE\" | \"TBODY\" | \"TD\" | \"TFOOT\" | \"TH\" | \"THEAD\" | \"TR\" | \"UL\" | \"address\" | \"blockquote\" | \"center\" | \"dd\" | \"dir\" | \"div\" | \"dl\" | \"dt\" | \"fieldset\" | \"form\" | \"frameset\" | \"h1\" | \"h2\" | \"h3\" | \"h4\" | \"h5\" | \"h6\" | \"hr\" | \"isindex\" | \"li\" | \"menu\" | \"noframes\" | \"noscript\" | \"ol\" | \"p\" | \"pre\" | \"script\" | \"table\" | \"tbody\" | \"td\" | \"tfoot\" | \"th\" | \"thead\" | \"tr\" | \"ul\")") Rules[:_StyleOpen] = rule_info("StyleOpen", "\"<\" Spnl (\"style\" | \"STYLE\") Spnl HtmlAttribute* \">\"") Rules[:_StyleClose] = rule_info("StyleClose", "\"<\" Spnl \"/\" (\"style\" | \"STYLE\") Spnl \">\"") Rules[:_InStyleTags] = rule_info("InStyleTags", "StyleOpen (!StyleClose .)* StyleClose") Rules[:_StyleBlock] = rule_info("StyleBlock", "< InStyleTags > @BlankLine* { if css? then RDoc::Markup::Raw.new text end }") Rules[:_Inlines] = rule_info("Inlines", "(!@Endline Inline:i { i } | @Endline:c !(&{ github? } Ticks3 /[^`\\n]*$/) &Inline { c })+:chunks @Endline? { chunks }") Rules[:_Inline] = rule_info("Inline", "(Str | @Endline | UlOrStarLine | @Space | Strong | Emph | Strike | Image | Link | NoteReference | InlineNote | Code | RawHtml | Entity | EscapedChar | Symbol)") Rules[:_Space] = rule_info("Space", "@Spacechar+ { \" \" }") Rules[:_Str] = rule_info("Str", "@StartList:a < @NormalChar+ > { a = text } (StrChunk:c { a << c })* { a }") Rules[:_StrChunk] = rule_info("StrChunk", "< (@NormalChar | /_+/ &Alphanumeric)+ > { text }") Rules[:_EscapedChar] = rule_info("EscapedChar", "\"\\\\\" !@Newline < /[:\\\\`|*_{}\\[\\]()\#+.!><-]/ > { text }") Rules[:_Entity] = rule_info("Entity", "(HexEntity | DecEntity | CharEntity):a { a }") Rules[:_Endline] = rule_info("Endline", "(@LineBreak | @TerminalEndline | @NormalEndline)") Rules[:_NormalEndline] = rule_info("NormalEndline", "@Sp @Newline !@BlankLine !\">\" !AtxStart !(Line /={1,}|-{1,}/ @Newline) { \"\\n\" }") Rules[:_TerminalEndline] = rule_info("TerminalEndline", "@Sp @Newline @Eof") Rules[:_LineBreak] = rule_info("LineBreak", "\" \" @NormalEndline { RDoc::Markup::HardBreak.new }") Rules[:_Symbol] = rule_info("Symbol", "< @SpecialChar > { text }") Rules[:_UlOrStarLine] = rule_info("UlOrStarLine", "(UlLine | StarLine):a { a }") Rules[:_StarLine] = rule_info("StarLine", "(< /\\*{4,}/ > { text } | < @Spacechar /\\*+/ &@Spacechar > { text })") Rules[:_UlLine] = rule_info("UlLine", "(< /_{4,}/ > { text } | < @Spacechar /_+/ &@Spacechar > { text })") Rules[:_Emph] = rule_info("Emph", "(EmphStar | EmphUl)") Rules[:_Whitespace] = rule_info("Whitespace", "(@Spacechar | @Newline)") Rules[:_EmphStar] = rule_info("EmphStar", "\"*\" !@Whitespace @StartList:a (!\"*\" Inline:b { a << b } | StrongStar:b { a << b })+ \"*\" { emphasis a.join }") Rules[:_EmphUl] = rule_info("EmphUl", "\"_\" !@Whitespace @StartList:a (!\"_\" Inline:b { a << b } | StrongUl:b { a << b })+ \"_\" { emphasis a.join }") Rules[:_Strong] = rule_info("Strong", "(StrongStar | StrongUl)") Rules[:_StrongStar] = rule_info("StrongStar", "\"**\" !@Whitespace @StartList:a (!\"**\" Inline:b { a << b })+ \"**\" { strong a.join }") Rules[:_StrongUl] = rule_info("StrongUl", "\"__\" !@Whitespace @StartList:a (!\"__\" Inline:b { a << b })+ \"__\" { strong a.join }") Rules[:_Strike] = rule_info("Strike", "&{ strike? } \"~~\" !@Whitespace @StartList:a (!\"~~\" Inline:b { a << b })+ \"~~\" { strike a.join }") Rules[:_Image] = rule_info("Image", "\"!\" (ExplicitLink | ReferenceLink):a { \"rdoc-image:\#{a[/\\[(.*)\\]/, 1]}\" }") Rules[:_Link] = rule_info("Link", "(ExplicitLink | ReferenceLink | AutoLink)") Rules[:_ReferenceLink] = rule_info("ReferenceLink", "(ReferenceLinkDouble | ReferenceLinkSingle)") Rules[:_ReferenceLinkDouble] = rule_info("ReferenceLinkDouble", "Label:content < Spnl > !\"[]\" Label:label { link_to content, label, text }") Rules[:_ReferenceLinkSingle] = rule_info("ReferenceLinkSingle", "Label:content < (Spnl \"[]\")? > { link_to content, content, text }") Rules[:_ExplicitLink] = rule_info("ExplicitLink", "Label:l \"(\" @Sp Source:s Spnl Title @Sp \")\" { \"{\#{l}}[\#{s}]\" }") Rules[:_Source] = rule_info("Source", "(\"<\" < SourceContents > \">\" | < SourceContents >) { text }") Rules[:_SourceContents] = rule_info("SourceContents", "((!\"(\" !\")\" !\">\" Nonspacechar)+ | \"(\" SourceContents \")\")*") Rules[:_Title] = rule_info("Title", "(TitleSingle | TitleDouble | \"\"):a { a }") Rules[:_TitleSingle] = rule_info("TitleSingle", "\"'\" (!(\"'\" @Sp (\")\" | @Newline)) .)* \"'\"") Rules[:_TitleDouble] = rule_info("TitleDouble", "\"\\\"\" (!(\"\\\"\" @Sp (\")\" | @Newline)) .)* \"\\\"\"") Rules[:_AutoLink] = rule_info("AutoLink", "(AutoLinkUrl | AutoLinkEmail)") Rules[:_AutoLinkUrl] = rule_info("AutoLinkUrl", "\"<\" < /[A-Za-z]+/ \"://\" (!@Newline !\">\" .)+ > \">\" { text }") Rules[:_AutoLinkEmail] = rule_info("AutoLinkEmail", "\"<\" \"mailto:\"? < /[\\w+.\\/!%~$-]+/i \"@\" (!@Newline !\">\" .)+ > \">\" { \"mailto:\#{text}\" }") Rules[:_Reference] = rule_info("Reference", "@NonindentSpace !\"[]\" Label:label \":\" Spnl RefSrc:link RefTitle @BlankLine+ { \# TODO use title reference label, link nil }") Rules[:_Label] = rule_info("Label", "\"[\" (!\"^\" &{ notes? } | &. &{ !notes? }) @StartList:a (!\"]\" Inline:l { a << l })* \"]\" { a.join.gsub(/\\s+/, ' ') }") Rules[:_RefSrc] = rule_info("RefSrc", "< Nonspacechar+ > { text }") Rules[:_RefTitle] = rule_info("RefTitle", "(RefTitleSingle | RefTitleDouble | RefTitleParens | EmptyTitle)") Rules[:_EmptyTitle] = rule_info("EmptyTitle", "\"\"") Rules[:_RefTitleSingle] = rule_info("RefTitleSingle", "Spnl \"'\" < (!(\"'\" @Sp @Newline | @Newline) .)* > \"'\" { text }") Rules[:_RefTitleDouble] = rule_info("RefTitleDouble", "Spnl \"\\\"\" < (!(\"\\\"\" @Sp @Newline | @Newline) .)* > \"\\\"\" { text }") Rules[:_RefTitleParens] = rule_info("RefTitleParens", "Spnl \"(\" < (!(\")\" @Sp @Newline | @Newline) .)* > \")\" { text }") Rules[:_References] = rule_info("References", "(Reference | SkipBlock)*") Rules[:_Ticks1] = rule_info("Ticks1", "\"`\" !\"`\"") Rules[:_Ticks2] = rule_info("Ticks2", "\"``\" !\"`\"") Rules[:_Ticks3] = rule_info("Ticks3", "\"```\" !\"`\"") Rules[:_Ticks4] = rule_info("Ticks4", "\"````\" !\"`\"") Rules[:_Ticks5] = rule_info("Ticks5", "\"`````\" !\"`\"") Rules[:_Code] = rule_info("Code", "(Ticks1 @Sp < ((!\"`\" Nonspacechar)+ | !Ticks1 /`+/ | !(@Sp Ticks1) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks1 | Ticks2 @Sp < ((!\"`\" Nonspacechar)+ | !Ticks2 /`+/ | !(@Sp Ticks2) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks2 | Ticks3 @Sp < ((!\"`\" Nonspacechar)+ | !Ticks3 /`+/ | !(@Sp Ticks3) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks3 | Ticks4 @Sp < ((!\"`\" Nonspacechar)+ | !Ticks4 /`+/ | !(@Sp Ticks4) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks4 | Ticks5 @Sp < ((!\"`\" Nonspacechar)+ | !Ticks5 /`+/ | !(@Sp Ticks5) (@Spacechar | @Newline !@BlankLine))+ > @Sp Ticks5) { \"<code>\#{text}</code>\" }") Rules[:_RawHtml] = rule_info("RawHtml", "< (HtmlComment | HtmlBlockScript | HtmlTag) > { if html? then text else '' end }") Rules[:_BlankLine] = rule_info("BlankLine", "@Sp @Newline { \"\\n\" }") Rules[:_Quoted] = rule_info("Quoted", "(\"\\\"\" (!\"\\\"\" .)* \"\\\"\" | \"'\" (!\"'\" .)* \"'\")") Rules[:_HtmlAttribute] = rule_info("HtmlAttribute", "(AlphanumericAscii | \"-\")+ Spnl (\"=\" Spnl (Quoted | (!\">\" Nonspacechar)+))? Spnl") Rules[:_HtmlComment] = rule_info("HtmlComment", "\"<!--\" (!\"-->\" .)* \"-->\"") Rules[:_HtmlTag] = rule_info("HtmlTag", "\"<\" Spnl \"/\"? AlphanumericAscii+ Spnl HtmlAttribute* \"/\"? Spnl \">\"") Rules[:_Eof] = rule_info("Eof", "!.") Rules[:_Nonspacechar] = rule_info("Nonspacechar", "!@Spacechar !@Newline .") Rules[:_Sp] = rule_info("Sp", "@Spacechar*") Rules[:_Spnl] = rule_info("Spnl", "@Sp (@Newline @Sp)?") Rules[:_SpecialChar] = rule_info("SpecialChar", "(/[~*_`&\\[\\]()<!\#\\\\'\"]/ | @ExtendedSpecialChar)") Rules[:_NormalChar] = rule_info("NormalChar", "!(@SpecialChar | @Spacechar | @Newline) .") Rules[:_Digit] = rule_info("Digit", "[0-9]") Rules[:_Alphanumeric] = rule_info("Alphanumeric", "%literals.Alphanumeric") Rules[:_AlphanumericAscii] = rule_info("AlphanumericAscii", "%literals.AlphanumericAscii") Rules[:_BOM] = rule_info("BOM", "%literals.BOM") Rules[:_Newline] = rule_info("Newline", "%literals.Newline") Rules[:_Spacechar] = rule_info("Spacechar", "%literals.Spacechar") Rules[:_HexEntity] = rule_info("HexEntity", "/&\#x/i < /[0-9a-fA-F]+/ > \";\" { [text.to_i(16)].pack 'U' }") Rules[:_DecEntity] = rule_info("DecEntity", "\"&\#\" < /[0-9]+/ > \";\" { [text.to_i].pack 'U' }") Rules[:_CharEntity] = rule_info("CharEntity", "\"&\" < /[A-Za-z0-9]+/ > \";\" { if entity = HTML_ENTITIES[text] then entity.pack 'U*' else \"&\#{text};\" end }") Rules[:_NonindentSpace] = rule_info("NonindentSpace", "/ {0,3}/") Rules[:_Indent] = rule_info("Indent", "/\\t| /") Rules[:_IndentedLine] = rule_info("IndentedLine", "Indent Line") Rules[:_OptionallyIndentedLine] = rule_info("OptionallyIndentedLine", "Indent? Line") Rules[:_StartList] = rule_info("StartList", "&. { [] }") Rules[:_Line] = rule_info("Line", "@RawLine:a { a }") Rules[:_RawLine] = rule_info("RawLine", "(< /[^\\r\\n]*/ @Newline > | < .+ > @Eof) { text }") Rules[:_SkipBlock] = rule_info("SkipBlock", "(HtmlBlock | (!\"\#\" !SetextBottom1 !SetextBottom2 !@BlankLine @RawLine)+ @BlankLine* | @BlankLine+ | @RawLine)") Rules[:_ExtendedSpecialChar] = rule_info("ExtendedSpecialChar", "&{ notes? } \"^\"") Rules[:_NoteReference] = rule_info("NoteReference", "&{ notes? } RawNoteReference:ref { note_for ref }") Rules[:_RawNoteReference] = rule_info("RawNoteReference", "\"[^\" < (!@Newline !\"]\" .)+ > \"]\" { text }") Rules[:_Note] = rule_info("Note", "&{ notes? } @NonindentSpace RawNoteReference:ref \":\" @Sp @StartList:a RawNoteBlock:i { a.concat i } (&Indent RawNoteBlock:i { a.concat i })* { @footnotes[ref] = paragraph a nil }") Rules[:_InlineNote] = rule_info("InlineNote", "&{ notes? } \"^[\" @StartList:a (!\"]\" Inline:l { a << l })+ \"]\" { ref = [:inline, @note_order.length] @footnotes[ref] = paragraph a note_for ref }") Rules[:_Notes] = rule_info("Notes", "(Note | SkipBlock)*") Rules[:_RawNoteBlock] = rule_info("RawNoteBlock", "@StartList:a (!@BlankLine !RawNoteReference OptionallyIndentedLine:l { a << l })+ < @BlankLine* > { a << text } { a }") Rules[:_CodeFence] = rule_info("CodeFence", "&{ github? } Ticks3 (@Sp StrChunk:format)? Spnl < ((!\"`\" Nonspacechar)+ | !Ticks3 /`+/ | Spacechar | @Newline)+ > Ticks3 @Sp @Newline* { verbatim = RDoc::Markup::Verbatim.new text verbatim.format = format.intern if format.instance_of?(String) verbatim }") Rules[:_Table] = rule_info("Table", "&{ github? } TableHead:header TableLine:line TableRow+:body { table = RDoc::Markup::Table.new(header, line, body) }") Rules[:_TableHead] = rule_info("TableHead", "TableItem2+:items \"|\"? @Newline { items }") Rules[:_TableRow] = rule_info("TableRow", "((TableItem:item1 TableItem2*:items { [item1, *items] }):row | TableItem2+:row) \"|\"? @Newline { row }") Rules[:_TableItem2] = rule_info("TableItem2", "\"|\" TableItem") Rules[:_TableItem] = rule_info("TableItem", "< /(?:\\\\.|[^|\\n])+/ > { text.strip.gsub(/\\\\(.)/, '\\1') }") Rules[:_TableLine] = rule_info("TableLine", "((TableAlign:align1 TableAlign2*:aligns {[align1, *aligns] }):line | TableAlign2+:line) \"|\"? @Newline { line }") Rules[:_TableAlign2] = rule_info("TableAlign2", "\"|\" @Sp TableAlign") Rules[:_TableAlign] = rule_info("TableAlign", "< /:?-+:?/ > @Sp { text.start_with?(\":\") ? (text.end_with?(\":\") ? :center : :left) : (text.end_with?(\":\") ? :right : nil) }") Rules[:_DefinitionList] = rule_info("DefinitionList", "&{ definition_lists? } DefinitionListItem+:list { RDoc::Markup::List.new :NOTE, *list.flatten }") Rules[:_DefinitionListItem] = rule_info("DefinitionListItem", "DefinitionListLabel+:label DefinitionListDefinition+:defns { list_items = [] list_items << RDoc::Markup::ListItem.new(label, defns.shift) list_items.concat defns.map { |defn| RDoc::Markup::ListItem.new nil, defn } unless list_items.empty? list_items }") Rules[:_DefinitionListLabel] = rule_info("DefinitionListLabel", "Inline:label @Sp @Newline { label }") Rules[:_DefinitionListDefinition] = rule_info("DefinitionListDefinition", "@NonindentSpace \":\" @Space Inlines:a @BlankLine+ { paragraph a }") # :startdoc: end PK )J [-��5� � 4 share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/ri.rbnu �[��� # frozen_string_literal: true ## # Generates ri data files class RDoc::Generator::RI RDoc::RDoc.add_generator self ## # Description of this generator DESCRIPTION = 'creates ri data files' ## # Set up a new ri generator def initialize store, options #:not-new: @options = options @store = store @store.path = '.' end ## # Writes the parsed data store to disk for use by ri. def generate @store.save end end PK )J [zG�� 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/markup.rbnu �[��� # frozen_string_literal: true ## # Handle common RDoc::Markup tasks for various CodeObjects # # This module is loaded by generators. It allows RDoc's CodeObject tree to # avoid loading generator code to improve startup time for +ri+. module RDoc::Generator::Markup ## # Generates a relative URL from this object's path to +target_path+ def aref_to(target_path) RDoc::Markup::ToHtml.gen_relative_url path, target_path end ## # Generates a relative URL from +from_path+ to this object's path def as_href(from_path) RDoc::Markup::ToHtml.gen_relative_url from_path, path end ## # Handy wrapper for marking up this object's comment def description markup @comment end ## # Creates an RDoc::Markup::ToHtmlCrossref formatter def formatter return @formatter if defined? @formatter options = @store.rdoc.options this = RDoc::Context === self ? self : @parent @formatter = RDoc::Markup::ToHtmlCrossref.new options, this.path, this @formatter.code_object = self @formatter end ## # Build a webcvs URL starting for the given +url+ with +full_path+ appended # as the destination path. If +url+ contains '%s' +full_path+ will be # will replace the %s using sprintf on the +url+. def cvs_url(url, full_path) if /%s/ =~ url then sprintf url, full_path else url + full_path end end end class RDoc::CodeObject include RDoc::Generator::Markup end class RDoc::MethodAttr ## # Prepend +src+ with line numbers. Relies on the first line of a source # code listing having: # # # File xxxxx, line dddd # # If it has this comment then line numbers are added to +src+ and the <tt>, # line dddd</tt> portion of the comment is removed. def add_line_numbers(src) return unless src.sub!(/\A(.*)(, line (\d+))/, '\1') first = $3.to_i - 1 last = first + src.count("\n") size = last.to_s.length line = first src.gsub!(/^/) do res = if line == first then " " * (size + 1) else "<span class=\"line-num\">%2$*1$d</span> " % [size, line] end line += 1 res end end ## # Turns the method's token stream into HTML. # # Prepends line numbers if +options.line_numbers+ is true. def markup_code return '' unless @token_stream src = RDoc::TokenStream.to_html @token_stream # dedent the source indent = src.length lines = src.lines.to_a lines.shift if src =~ /\A.*#\ *File/i # remove '# File' comment lines.each do |line| if line =~ /^ *(?=\S)/ n = $~.end(0) indent = n if n < indent break if n == 0 end end src.gsub!(/^#{' ' * indent}/, '') if indent > 0 add_line_numbers(src) if options.line_numbers src end end class RDoc::ClassModule ## # Handy wrapper for marking up this class or module's comment def description markup @comment_location end end class RDoc::Context::Section include RDoc::Generator::Markup end class RDoc::TopLevel ## # Returns a URL for this source file on some web repository. Use the -W # command line option to set. def cvs_url url = @store.rdoc.options.webcvs if /%s/ =~ url then url % @relative_name else url + @relative_name end end end PK )J [�� �� � L share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/class.rhtmlnu �[��� <body id="top" role="document" class="<%= klass.type %>"> <%= render '_sidebar_toggle.rhtml' %> <nav id="navigation" role="navigation"> <div id="project-navigation"> <%= render '_sidebar_navigation.rhtml' %> <%= render '_sidebar_search.rhtml' %> </div> <%= render '_sidebar_table_of_contents.rhtml' %> <%= render '_sidebar_sections.rhtml' %> <%= render '_sidebar_parent.rhtml' %> <%= render '_sidebar_includes.rhtml' %> <%= render '_sidebar_extends.rhtml' %> <%= render '_sidebar_methods.rhtml' %> <%= render '_footer.rhtml' %> </nav> <main role="main" aria-labelledby="<%=h klass.aref %>"> <h1 id="<%=h klass.aref %>" class="anchor-link <%= klass.type %>"> <%= klass.type %> <%= klass.full_name %> </h1> <section class="description"> <%= klass.description %> </section> <%- klass.each_section do |section, constants, attributes| -%> <section id="<%= section.aref %>" class="documentation-section anchor-link"> <%- if section.title then -%> <header class="documentation-section-title"> <h2> <%= section.title %> </h2> <span class="section-click-top"> <a href="#top">↑ top</a> </span> </header> <%- end -%> <%- if section.comment then -%> <div> <%= section.description %> </div> <%- end -%> <%- unless constants.empty? then -%> <section class="constants-list"> <header> <h3>Constants</h3> </header> <dl> <%- constants.each do |const| -%> <dt id="<%= const.name %>"><%= const.name %> <%- if const.comment then -%> <dd> <%- if const.mixin_from then -%> <div class="mixin-from"> Included from <a href="<%= klass.aref_to(const.mixin_from.path)%>"><%= const.mixin_from.full_name %></a> </div> <%- end -%> <%= const.description.strip %> <%- else -%> <dd class="missing-docs">(Not documented) <%- end -%> <%- end -%> </dl> </section> <%- end -%> <%- unless attributes.empty? then -%> <section class="attribute-method-details" class="method-section"> <header> <h3>Attributes</h3> </header> <%- attributes.each do |attrib| -%> <div id="<%= attrib.aref %>" class="method-detail anchor-link"> <div class="method-heading attribute-method-heading"> <a href="#<%= attrib.aref %>" title="Link to this attribute"> <span class="method-name"><%= h attrib.name %></span> <span class="attribute-access-type">[<%= attrib.rw %>]</span> </a> </div> <div class="method-description"> <%- if attrib.mixin_from then -%> <div class="mixin-from"> <%= attrib.singleton ? "Extended" : "Included" %> from <a href="<%= klass.aref_to(attrib.mixin_from.path)%>"><%= attrib.mixin_from.full_name %></a> </div> <%- end -%> <%- if attrib.comment then -%> <%= attrib.description.strip %> <%- else -%> <p class="missing-docs">(Not documented) <%- end -%> </div> </div> <%- end -%> </section> <%- end -%> <%- klass.methods_by_type(section).each do |type, visibilities| next if visibilities.empty? visibilities.each do |visibility, methods| next if methods.empty? %> <section id="<%= visibility %>-<%= type %>-<%= section.aref %>-method-details" class="method-section anchor-link"> <header> <h3><%= visibility.to_s.capitalize %> <%= type.capitalize %> Methods</h3> </header> <%- methods.each do |method| -%> <div id="<%= method.aref %>" class="method-detail anchor-link <%= method.is_alias_for ? "method-alias" : '' %>"> <div class="method-header"> <%- if (call_seq = method.call_seq) then -%> <%- call_seq.strip.split("\n").each_with_index do |call_seq, i| -%> <div class="method-heading"> <a href="#<%= method.aref %>" title="Link to this method"> <span class="method-callseq"> <%= h(call_seq.strip. gsub( /^\w+\./m, '')). gsub(/(.*)[-=]>/, '\1→') %> </span> </a> </div> <%- end -%> <%- elsif method.has_call_seq? then -%> <div class="method-heading"> <a href="#<%= method.aref %>" title="Link to this method"> <span class="method-name"><%= h method.name %></span> </a> </div> <%- else -%> <div class="method-heading"> <a href="#<%= method.aref %>" title="Link to this method"> <span class="method-name"><%= h method.name %></span> <span class="method-args"><%= h method.param_seq %></span> </a> </div> <%- end -%> </div> <%- if method.token_stream -%> <div class="method-controls"> <details class="method-source-toggle"> <summary>Source</summary> </details> </div> <%- end -%> <%- unless method.skip_description? then -%> <div class="method-description"> <%- if method.token_stream then -%> <div class="method-source-code" id="<%= method.html_name %>-source"> <pre><%= method.markup_code %></pre> </div> <%- end -%> <%- if method.mixin_from then -%> <div class="mixin-from"> <%= method.singleton ? "Extended" : "Included" %> from <a href="<%= klass.aref_to(method.mixin_from.path)%>"><%= method.mixin_from.full_name %></a> </div> <%- end -%> <%- if method.comment then -%> <%= method.description.strip %> <%- else -%> <p class="missing-docs">(Not documented) <%- end -%> <%- if method.calls_super then -%> <div class="method-calls-super"> Calls superclass method <%= method.superclass_method ? method.formatter.link(method.superclass_method.full_name, method.superclass_method.full_name) : nil %> </div> <%- end -%> </div> <%- end -%> <%- unless method.aliases.empty? then -%> <div class="aliases"> Also aliased as: <%= method.aliases.map do |aka| if aka.parent then # HACK lib/rexml/encodings %{<a href="#{klass.aref_to aka.path}">#{h aka.name}</a>} else h aka.name end end.join ", " %> </div> <%- end -%> <%- if method.is_alias_for then -%> <div class="aliases"> Alias for: <a href="<%= klass.aref_to method.is_alias_for.path %>"><%= h method.is_alias_for.name %></a> </div> <%- end -%> </div> <%- end -%> </section> <%- end end %> </section> <%- end -%> </main> PK )J [�3�^ ^ N share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_footer.rhtmlnu �[��� <footer id="validator-badges" role="contentinfo"> <p><a href="https://validator.w3.org/check/referer">Validate</a> <p>Generated by <a href="https://ruby.github.io/rdoc/">RDoc</a> <%= RDoc::VERSION %>. <p>Based on <a href="http://deveiate.org/projects/Darkfish-RDoc/">Darkfish</a> by <a href="http://deveiate.org">Michael Granger</a>. </footer> PK )J [3��� � W share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_extends.rhtmlnu �[��� <%- unless klass.extends.empty? then %> <div id="extends-section" class="nav-section"> <h3>Extended With Modules</h3> <ul class="link-list"> <%- klass.each_extend do |ext| -%> <%- unless String === ext.module then -%> <li><a class="extend" href="<%= klass.aref_to ext.module.path %>"><%= ext.module.full_name %></a> <%- else -%> <li><span class="extend"><%= ext.name %></span> <%- end -%> <%- end -%> </ul> </div> <%- end -%> PK )J [麮� � L share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_head.rhtmlnu �[��� <meta charset="<%= @options.charset %>"> <meta name="viewport" content="width=device-width, initial-scale=1" /> <title><%= h @title %></title> <%- if defined?(klass) -%> <meta name="keywords" content="ruby,<%= h "#{klass.type},#{klass.full_name}" %>"> <%- if klass.comment.empty? -%> <meta name="description" content="Documentation for the <%= h "#{klass.full_name} #{klass.type}" %>"> <%- else -%> <meta name="description" content="<%= h "#{klass.type} #{klass.full_name}: #{excerpt(klass.comment)}" %>"> <%- end -%> <%- elsif defined?(file) -%> <meta name="keywords" content="ruby,documentation,<%= h file.page_name %>"> <meta name="description" content="<%= h "#{file.page_name}: #{excerpt(file.comment)}" %>"> <%- elsif @title -%> <meta name="keywords" content="ruby,documentation,<%= h @title %>"> <%- if @options.main_page and main_page = @files.find { |f| f.full_name == @options.main_page } then %> <meta name="description" content="<%= h "#{@title}: #{excerpt(main_page.comment)}" %>"> <%- else -%> <meta name="description" content="Documentation for <%= h @title %>"> <%- end -%> <%- end -%> <script type="text/javascript"> var rdoc_rel_prefix = "<%= h asset_rel_prefix %>/"; 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share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/images/bug.pngnu �[��� �PNG IHDR �a gAMA ��7�� tEXtSoftware Adobe ImageReadyq�e< �IDAT8˝��OSQ�\ ^[�تtz��% l$�*�**�2:� iRp����� �c0���ąKw&&`44�� �(�e��K�ɽ�w�wrO ��X�\���Hi�s�cUQz@��������;քId�Taˀ���)j���C'يKT��8=����ʯ�9ނ^z� ����Θ ���1OF�Z�[��W�-G�z�?���&�%*��M���Gn�N!�a O>Nc��[ɨX·��0N� �qg*�1Su��b|�{g|�fz)̾����&\ ��5\ �0 �3�i� D��;`|�0>A?Tx4^���`�o�qs� �`>ʦ�`��fC��v�@m�X����[r\���At.��)�G�[ Ì �� ���`��N1� ��)�B������W�s+�:�Nd��s�V�a�*D�X.pB�&B�]���H@T�3@�Pڏڠ wV�P6��3yp-�����4� Ǽ �$�H�'��9��{m @�U�$�ZjC���X�:T��g����L�:�:�?�� [#��{1��P=.2���F\�i���A-D 7�7q��XI��פ b4�ka��Aj�% ͼj&Q˫H��&�s.�� `�j������KLE3�*ΫX w�6��_�l���=�@�����h�ߊv� �,qq�� IEND�B`�PK )J [�N�L/ L/ M share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/css/rdoc.cssnu �[��� /* * "Darkfish" RDoc CSS * $Id: rdoc.css 54 2009-01-27 01:09:48Z deveiant $ * * Author: Michael Granger <ged@FaerieMUD.org> * */ /* vim: ft=css et sw=2 ts=2 sts=2 */ /* 1. Variables and Root Styles */ :root { --sidebar-width: 300px; --highlight-color: #cc342d; /* Reddish color for accents and headings */ --secondary-highlight-color: #c83045; /* Darker reddish color for secondary highlights */ --text-color: #505050; /* Dark bluish-grey for text */ --background-color: #fefefe; /* Near white background */ --code-block-background-color: #f6f6f3; /* Slightly darker grey for code blocks */ --link-color: #42405F; /* Dark bluish-grey for links */ --link-hover-color: var(--highlight-color); /* Reddish color on hover */ --border-color: #e0e0e0;; /* General border color */ --source-code-toggle-color: var(--secondary-highlight-color); --scrollbar-thumb-hover-background: #505050; /* Hover color for scrollbar thumb */ --table-header-background-color: #eceaed; --table-td-background-color: #f5f4f6; /* Font family variables */ --font-primary: 'Segoe UI', 'Verdana', 'Arial', sans-serif; --font-heading: 'Helvetica', 'Arial', sans-serif; --font-code: monospace; } /* 2. Global Styles */ body { background: var(--background-color); font-family: var(--font-primary); font-weight: 400; color: var(--text-color); line-height: 1.6; /* Layout */ display: flex; flex-direction: column; min-height: 100vh; margin: 0; } /* 3. Typography */ h1 span, h2 span, h3 span, h4 span, h5 span, h6 span { position: relative; display: none; padding-left: 1em; line-height: 0; vertical-align: baseline; font-size: 10px; } h1 span { top: -1.3em; } h2 span { top: -1.2em; } h3 span { top: -1.0em; } h4 span { top: -0.8em; } h5 span { top: -0.5em; } h6 span { top: -0.5em; } h1:hover span, h2:hover span, h3:hover span, h4:hover span, h5:hover span, h6:hover span { display: inline; } h1:target, h2:target, h3:target, h4:target, h5:target, h6:target { margin-left: -10px; border-left: 10px solid var(--border-color); scroll-margin-top: 1rem; } main .anchor-link:target { scroll-margin-top: 1rem; } /* 4. Links */ a { color: var(--link-color); transition: color 0.3s ease; } a:hover { color: var(--link-hover-color); } a code:hover { color: var(--link-hover-color); } /* 5. Code and Pre */ code, pre { font-family: var(--font-code); background-color: var(--code-block-background-color); border: 1px solid var(--border-color); border-radius: 6px; padding: 16px; overflow-x: auto; font-size: 15px; line-height: 1.5; margin: 1em 0; } code { background-color: var(--code-block-background-color); padding: 0.1em 0.3em; border-radius: 3px; font-size: 85%; } /* Tables */ table { margin: 0; border-spacing: 0; border-collapse: collapse; } table tr th, table tr td { padding: 0.2em 0.4em; border: 1px solid var(--border-color); } table tr th { background-color: var(--table-header-background-color); } table tr:nth-child(even) td { background-color: var(--table-td-background-color); } /* 7. Navigation and Sidebar */ nav { font-family: var(--font-heading); font-size: 16px; border-right: 1px solid var(--border-color); position: fixed; top: 0; bottom: 0; left: 0; width: var(--sidebar-width); background: var(--background-color); /* It needs an explicit background for toggling narrow screens */ overflow-y: auto; z-index: 10; display: flex; flex-direction: column; color: var(--text-color); } nav[hidden] { display: none; } nav footer { padding: 1em; border-top: 1px solid var(--border-color); } nav footer a { color: var(--secondary-highlight-color); } nav .nav-section { margin-top: 1em; padding: 0 1em; } nav h2, nav h3 { margin: 0 0 0.5em; padding: 0.5em 0; color: var(--highlight-color); border-bottom: 1px solid var(--border-color); } nav h2 { font-size: 1.2em; } nav h3, #table-of-contents-navigation { font-size: 1em; } nav ul, nav dl, nav p { padding: 0; list-style: none; margin: 0.5em 0; } nav ul li { margin-bottom: 0.3em; } nav ul ul { padding-left: 1em; } nav ul ul ul { padding-left: 1em; } nav ul ul ul ul { padding-left: 1em; } nav a { color: var(--link-color); text-decoration: none; } nav a:hover { color: var(--link-hover-color); text-decoration: underline; } #navigation-toggle { z-index: 1000; font-size: 2em; display: block; position: fixed; top: 10px; left: 20px; cursor: pointer; } #navigation-toggle[aria-expanded="true"] { top: 10px; left: 250px; } nav ul li details { position: relative; padding-right: 1.5em; /* Add space for the marker on the right */ } nav ul li details > summary { list-style: none; /* Remove the default marker */ position: relative; /* So that the open/close triangle can position itself absolutely inside */ } nav ul li details > summary::-webkit-details-marker { display: none; /* Removes the default marker, in Safari 18. */ } nav ul li details > summary::after { content: '▶'; /* Unicode right-pointing triangle */ position: absolute; font-size: 0.8em; bottom: 0.1em; margin-left: 0.3em; transition: transform 0.2s ease; } nav ul li details[open] > summary::after { transform: rotate(90deg); /* Rotate the triangle when open */ } /* 8. Main Content */ main { flex: 1; display: block; margin: 3em auto; padding: 0 2em; max-width: 800px; font-size: 16px; line-height: 1.6; color: var(--text-color); box-sizing: border-box; } @media (min-width: 1024px) { main { margin-left: var(--sidebar-width); } .table-of-contents main { margin-left: 20em; } #navigation-toggle { display: none; } } main h1[class] { margin-top: 0; margin-bottom: 1em; font-size: 2.5em; color: var(--highlight-color); } main h1, main h2, main h3, main h4, main h5, main h6 { font-family: var(--font-heading); color: var(--highlight-color); } /* Search */ #search-section { padding: 1em; background-color: var(--background-color); border-bottom: 1px solid var(--border-color); } #search-field-wrapper { position: relative; display: flex; align-items: center; } #search-field { width: 100%; padding: 0.5em 1em 0.5em 2.5em; border: 1px solid var(--border-color); border-radius: 20px; font-size: 14px; outline: none; transition: border-color 0.3s ease; color: var(--text-color); } #search-field:focus { border-color: var(--highlight-color); } #search-field::placeholder { color: var(--text-color); } #search-field-wrapper::before { content: "\1F50D"; position: absolute; left: 0.75em; top: 50%; transform: translateY(-50%); font-size: 14px; color: var(--text-color); opacity: 0.6; } /* Search Results */ #search-results { font-family: var(--font-primary); font-weight: 300; } #search-results .search-match { font-family: var(--font-heading); font-weight: normal; } #search-results .search-selected { background: var(--code-block-background-color); border-bottom: 1px solid transparent; } #search-results li { list-style: none; border-bottom: 1px solid var(--border-color); margin-bottom: 0.5em; } #search-results li:last-child { border-bottom: none; margin-bottom: 0; } #search-results li p { padding: 0; margin: 0.5em; } #search-results .search-namespace { font-weight: bold; } #search-results li em { background-color: rgba(224, 108, 117, 0.1); font-style: normal; } #search-results pre { margin: 0.5em; font-family: var(--font-code); } /* Syntax Highlighting - Gruvbox Light Scheme */ .ruby-constant { color: #AF3A03; } /* Dark Orange */ .ruby-keyword { color: #9D0006; } /* Dark Red */ .ruby-ivar { color: #B57614; } /* Brown */ .ruby-operator { color: #427B58; } /* Dark Teal */ .ruby-identifier { color: #076678; } /* Deep Teal */ .ruby-node { color: #8F3F71; } /* Plum */ .ruby-comment { color: #928374; font-style: italic; } /* Gray */ .ruby-regexp { color: #8F3F71; } /* Plum */ .ruby-value { color: #AF3A03; } /* Dark Orange */ .ruby-string { color: #79740E; } /* Olive */ /* Emphasis */ em { text-decoration-color: rgba(52, 48, 64, 0.25); text-decoration-line: underline; text-decoration-style: dotted; } strong, em { color: var(--highlight-color); background-color: rgba(255, 111, 97, 0.1); /* Light red background for emphasis */ } /* Paragraphs */ main p { line-height: 1.5em; font-weight: 400; } /* Preformatted Text */ main pre { margin: 1.2em 0.5em; padding: 1em; font-size: 0.8em; } /* Horizontal Rules */ main hr { margin: 1.5em 1em; border: 2px solid var(--border-color); } /* Blockquotes */ main blockquote { margin: 0 2em 1.2em 1.2em; padding-left: 0.5em; border-left: 2px solid var(--border-color); } /* Lists */ main li > p { margin: 0.5em; } /* Definition Lists */ main dl { margin: 1em 0.5em; } main dt { line-height: 1.5; /* matches `main p` */ font-weight: bold; } main dl.note-list dt { margin-right: 1em; float: left; } main dl.note-list dt:has(+ dt) { margin-right: 0.25em; } main dl.note-list dt:has(+ dt)::after { content: ', '; font-weight: normal; } main dd { margin: 0 0 1em 1em; } main dd p:first-child { margin-top: 0; } /* Headers within Main */ main header h2 { margin-top: 2em; border-width: 0; border-top: 4px solid var(--border-color); font-size: 130%; } main header h3 { margin: 2em 0 1.5em; border-width: 0; border-top: 3px solid var(--border-color); font-size: 120%; } /* Utility Classes */ .hide { display: none !important; } .initially-hidden { display: none; } /* Table of Contents */ .table-of-contents ul { margin: 1em; list-style: none; } .table-of-contents ul ul { margin-top: 0.25em; } .table-of-contents ul :link, .table-of-contents ul :visited { font-size: 16px; } .table-of-contents li { margin-bottom: 0.25em; } /* Method Details */ main .method-source-code { visibility: hidden; max-height: 0; overflow: auto; transition-duration: 200ms; transition-delay: 0ms; transition-property: all; transition-timing-function: ease-in-out; } main .method-source-code pre { border-color: var(--source-code-toggle-color); } main .method-source-code.active-menu { visibility: visible; max-height: 100vh; } main .method-description .method-calls-super { color: var(--text-color); font-weight: bold; } main .method-detail { margin-bottom: 2.5em; } main .method-detail:target { margin-left: -10px; border-left: 10px solid var(--border-color); } main .method-header { display: inline-block; } main .method-heading { position: relative; font-family: var(--font-code); font-size: 110%; font-weight: bold; } main .method-heading::after { content: '¶'; position: absolute; visibility: hidden; color: var(--highlight-color); font-size: 0.5em; } main .method-heading:hover::after { visibility: visible; } main .method-controls { line-height: 20px; float: right; color: var(--source-code-toggle-color); cursor: pointer; } main .method-description, main .aliases { margin-top: 0.75em; color: var(--text-color); } main .aliases { padding-top: 4px; font-style: italic; cursor: default; } main .aliases a { color: var(--secondary-highlight-color); } main .mixin-from { font-size: 80%; font-style: italic; margin-bottom: 0.75em; } main .method-description ul { margin-left: 1.5em; } main #attribute-method-details .method-detail:hover { background-color: transparent; cursor: default; } main .attribute-access-type { text-transform: uppercase; } /* Responsive Adjustments */ @media (max-width: 480px) { nav { width: 100%; } main { margin: 1em auto; padding: 0 1em; max-width: 100%; } #navigation-toggle { right: 10px; left: auto; } #navigation-toggle[aria-expanded="true"] { left: auto; } table { display: block; overflow-x: auto; white-space: nowrap; } main .method-controls { margin-top: 10px; float: none; } } PK )J [;9Iv� � N share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/css/fonts.cssnu �[��� /* * Copyright 2010, 2012 Adobe Systems Incorporated (http://www.adobe.com/), * with Reserved Font Name "Source". All Rights Reserved. Source is a * trademark of Adobe Systems Incorporated in the United States and/or other * countries. * * This Font Software is licensed under the SIL Open Font License, Version * 1.1. * * This license is copied below, and is also available with a FAQ at: * http://scripts.sil.org/OFL */ @font-face { font-family: "Source Code Pro"; font-style: normal; font-weight: 400; src: local("Source Code Pro"), local("SourceCodePro-Regular"), url("../fonts/SourceCodePro-Regular.ttf") format("truetype"); } @font-face { font-family: "Source Code Pro"; font-style: normal; font-weight: 700; src: local("Source Code Pro Bold"), local("SourceCodePro-Bold"), url("../fonts/SourceCodePro-Bold.ttf") format("truetype"); } /* * Copyright (c) 2010, Łukasz Dziedzic (dziedzic@typoland.com), * with Reserved Font Name Lato. * * This Font Software is licensed under the SIL Open Font License, Version * 1.1. * * This license is copied below, and is also available with a FAQ at: * http://scripts.sil.org/OFL */ @font-face { font-family: "Lato"; font-style: normal; font-weight: 300; src: local("Lato Light"), local("Lato-Light"), url("../fonts/Lato-Light.ttf") format("truetype"); } @font-face { font-family: "Lato"; font-style: italic; font-weight: 300; src: local("Lato Light Italic"), local("Lato-LightItalic"), url("../fonts/Lato-LightItalic.ttf") format("truetype"); } @font-face { font-family: "Lato"; font-style: normal; font-weight: 700; src: local("Lato Regular"), local("Lato-Regular"), url("../fonts/Lato-Regular.ttf") format("truetype"); } @font-face { font-family: "Lato"; font-style: italic; font-weight: 700; src: local("Lato Italic"), local("Lato-Italic"), url("../fonts/Lato-RegularItalic.ttf") format("truetype"); } /* * ----------------------------------------------------------- * SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007 * ----------------------------------------------------------- * * PREAMBLE * The goals of the Open Font License (OFL) are to stimulate worldwide * development of collaborative font projects, to support the font creation * efforts of academic and linguistic communities, and to provide a free and * open framework in which fonts may be shared and improved in partnership * with others. * * The OFL allows the licensed fonts to be used, studied, modified and * redistributed freely as long as they are not sold by themselves. The * fonts, including any derivative works, can be bundled, embedded, * redistributed and/or sold with any software provided that any reserved * names are not used by derivative works. The fonts and derivatives, * however, cannot be released under any other type of license. The * requirement for fonts to remain under this license does not apply * to any document created using the fonts or their derivatives. * * DEFINITIONS * "Font Software" refers to the set of files released by the Copyright * Holder(s) under this license and clearly marked as such. This may * include source files, build scripts and documentation. * * "Reserved Font Name" refers to any names specified as such after the * copyright statement(s). * * "Original Version" refers to the collection of Font Software components as * distributed by the Copyright Holder(s). * * "Modified Version" refers to any derivative made by adding to, deleting, * or substituting -- in part or in whole -- any of the components of the * Original Version, by changing formats or by porting the Font Software to a * new environment. * * "Author" refers to any designer, engineer, programmer, technical * writer or other person who contributed to the Font Software. * * PERMISSION & CONDITIONS * Permission is hereby granted, free of charge, to any person obtaining * a copy of the Font Software, to use, study, copy, merge, embed, modify, * redistribute, and sell modified and unmodified copies of the Font * Software, subject to the following conditions: * * 1) Neither the Font Software nor any of its individual components, * in Original or Modified Versions, may be sold by itself. * * 2) Original or Modified Versions of the Font Software may be bundled, * redistributed and/or sold with any software, provided that each copy * contains the above copyright notice and this license. These can be * included either as stand-alone text files, human-readable headers or * in the appropriate machine-readable metadata fields within text or * binary files as long as those fields can be easily viewed by the user. * * 3) No Modified Version of the Font Software may use the Reserved Font * Name(s) unless explicit written permission is granted by the corresponding * Copyright Holder. This restriction only applies to the primary font name as * presented to the users. * * 4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font * Software shall not be used to promote, endorse or advertise any * Modified Version, except to acknowledge the contribution(s) of the * Copyright Holder(s) and the Author(s) or with their explicit written * permission. * * 5) The Font Software, modified or unmodified, in part or in whole, * must be distributed entirely under this license, and must not be * distributed under any other license. The requirement for fonts to * remain under this license does not apply to any document created * using the Font Software. * * TERMINATION * This license becomes null and void if any of the above conditions are * not met. * * DISCLAIMER * THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT * OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE * COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, * INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL * DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING * FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM * OTHER DEALINGS IN THE FONT SOFTWARE. */ PK )J [��I�� � ` share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/fonts/SourceCodePro-Regular.ttfnu �[��� � pBASEe ]� �� FDSIG � GDEF��� � �GPOS�� � \GSUB�] d JOS/2��� x `cmapspB 3fglyf�� M� Q.head��: � 6hhea3 � 4 $hmtx �� � Bloca'`ӄ A� BmaxpTa X nameܝ �� �post+�� �� 9 �K�4_<� � � � � sK�?�:$ �� X�?�? � * e X� �X K�X ^ 2# � 8 ADBO @ ��� �` � �� X > c A W r � 5 O _ Q b � H R 0 f 0 d C * O + 6 & A Q ] P < D g H ] Z 7 j J : ] < ] < � G E M 3 @ 1 G ������ c A A A A A W W W W r r r r r r r r s r r r r r r r r r 5 5 5 5 5 5 5 5 5 O O O O _ _ _ _ _ _ _ _ _ _ _ _ Q b b b | � � � 7 � � H H H R R R R R R R R 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 $ $ ! d d d d d d d C C C C C C C C N * * * * * * O O O O O O O O O O O O O O O O O O O O O O O + & & & & & & & & A A A A A A e ; U p D Y Q Q Q Q Q Q Q Q Q Q Q Q Q Q I Q Q Q Q Q Q Q Q ] P P P P P 6 < < < < D D D D D D D D D D D D D D D D D D H H H H H H H H�� ] ] ' ] Z Z Z Z Z Z Z Z Z Z Z Z 7 j j j j J J J J J J J # : : : ] ] ] ] ] ] ] ]�� < < < < < < < < < < < < 5 < < < < < < < < < < < < < � f � � � � @ G G G G G G G G X g E E E E E E E M M M M M M M M M M M M M M M M M M M M M M M 3 1 1 1 1 1 1 1 1 G G G G G G < ] ] 7 ]�� P ^ ] ] = P < < ? < s E [ > = 7 < < N 3 < M ] ] ] Z V 8 J J J O � * * :�� ] ` < ! , ? ? ? � � c c G 8 8 6 E 2 M 3 1 9 G G ; 0 G Y G R T < R < < < < < < < < < < < < < < 9 < < < < < < < < < < < < < < < < < < c c c c c c c c c c c c c c Z c Z c 8 c c c c c c c c -�� c c c � + r A O 0 _ b + H R F 0 O f K * & 6 , & $ _ ( & 9 ] 0 A [ t ] H Q d 8 T / \ @ ] < B O , 8 5 " Z ] O , % 9 [ ] Q Q @ O O " Q O d > [ � D � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � c c � r > N N f H O 0 O f A * / 6 O A ( & 7 b . , r r � B C _ _ Q�� ' f N / K 0 & � < > f O A & & 6 A [ _ �� r ; N 0 0 / / Q K h � * D > d d n @ ] < ] ] P B 1 @ ^ X : : # F } = , 7 D D � P G Z Z 7�� : n d 1 g ) < F � H > n ! ] P 3 3 @ X ] J Q D E d < < 1 1 < < U c c c * G a E 9 ' 8 M F D C G a G a E 9 ' 8 N F D C G a G a E 9 ' 8 M F D C G a � � � � � � m y � � � � ^ f � f � � � R ` U U U P P � � � � � � u � � � u � u � < < >�f � z � b x c c c T [ H � ] W ^ t � b � b � b � b � b p�� 1 1 W h � � � U � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � F � � � � � � � � � 4 � � � � � � � � � � � � � � � � = : U M 5 : q 1 ` N . * m * T = ` l - 7 7 * E 0 S U U f U � U U x k U U U o U L L U U ` U�� � � � T L � � > + & F O F 4 t ! ! ` Q V g ! !�� U < J > W I I ! > > > > > > * * �� D 3��� M ������ - <�� ` 1 � � � � � � � � � � � � � � � � � � � � � � � � � 5 � � � � � � � { � � � � � � � � � � � � � � � � � � � � � � � k j � � � � � � � � �# � � � � � � � � � � � � � � � � � � � o � � � � � { �?�f � � � � � � � � � � � � � 5 Y � � � � � � � � � � � � � � � � � � � � � � � � ��� � ! ! � � � ����� � ����� � � � � � ����������������������������������������� K K �� � � ����� � ����� � ����������������� ���� � �� �� � ,���� , , M 4 9 c S - �� �� $ � , $ � � � ���Rkl���������mnopqrstuv������� ������ ! 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"Lato". Licensed under the SIL Open Font License, Version 1.1.LatoRegulartyPolandLukaszDziedzic: Lato Regular: 2013Lato RegularVersion 1.105; Western+Polish opensourceLato-RegularLato is a trademark of tyPoland Lukasz Dziedzic.tyPoland Lukasz DziedzicLukasz DziedzicLato is a sanserif typeface family designed in the Summer 2010 by Warsaw-based designer Lukasz Dziedzic ("Lato" means "Summer" in Polish). It tries to carefully balance some potentially conflicting priorities: it should seem quite "transparent" when used in body text but would display some original traits when used in larger sizes. The classical proportions, particularly visible in the uppercase, give the letterforms familiar harmony and elegance. At the same time, its sleek sanserif look makes evident the fact that Lato was designed in 2010, even though it does not follow any current trend. The semi-rounded details of the letters give Lato a feeling of warmth, while the strong structure provides stability and seriousness.http://www.typoland.com/http://www.typoland.com/designers/Lukasz_Dziedzic/Copyright (c) 2010-2013 by tyPoland Lukasz Dziedzic (http://www.typoland.com/) with Reserved Font Name "Lato". Licensed under the SIL Open Font License, Version 1.1 (http://scripts.sil.org/OFL).http://scripts.sil.org/OFL C o p y r i g h t ( c ) 2 0 1 0 - 2 0 1 3 b y t y P o l a n d L u k a s z D z i e d z i c w i t h R e s e r v e d F o n t N a m e " L a t o " . L i c e n s e d u n d e r t h e S I L O p e n F o n t L i c e n s e , V e r s i o n 1 . 1 . L a t o R e g u l a r t y P o l a n d L u k a s z D z i e d z i c : L a t o R e g u l a r : 2 0 1 3 L a t o - R e g u l a r V e r s i o n 1 . 1 0 5 ; W e s t e r n + P o l i s h o p e n s o u r c e L a t o i s a t r a d e m a r k o f t y P o l a n d L u k a s z D z i e d z i c . t y P o l a n d L u k a s z D z i e d z i c L u k a s z D z i e d z i c L a t o i s a s a n s e r i f t y p e f a c e f a m i l y d e s i g n e d i n t h e S u m m e r 2 0 1 0 b y W a r s a w - b a s e d d e s i g n e r L u k a s z D z i e d z i c ( " L a t o " m e a n s " S u m m e r " i n P o l i s h ) . I t t r i e s t o c a r e f u l l y b a l a n c e s o m e p o t e n t i a l l y c o n f l i c t i n g p r i o r i t i e s : i t s h o u l d s e e m q u i t e " t r a n s p a r e n t " w h e n u s e d i n b o d y t e x t b u t w o u l d d i s p l a y s o m e o r i g i n a l t r a i t s w h e n u s e d i n l a r g e r s i z e s . T h e c l a s s i c a l p r o p o r t i o n s , p a r t i c u l a r l y v i s i b l e i n t h e u p p e r c a s e , g i v e t h e l e t t e r f o r m s f a m i l i a r h a r m o n y a n d e l e g a n c e . A t t h e s a m e t i m e , i t s s l e e k s a n s e r i f l o o k m a k e s e v i d e n t t h e f a c t t h a t L a t o w a s d e s i g n e d i n 2 0 1 0 , e v e n t h o u g h i t d o e s n o t f o l l o w a n y c u r r e n t t r e n d . T h e s e m i - r o u n d e d d e t a i l s o f t h e l e t t e r s g i v e L a t o a f e e l i n g o f w a r m t h , w h i l e t h e s t r o n g s t r u c t u r e p r o v i d e s s t a b i l i t y a n d s e r i o u s n e s s . h t t p : / / w w w . t y p o l a n d . c o m / h t t p : / / w w w . t y p o l a n d . c o m / d e s i g n e r s / L u k a s z _ D z i e d z i c / C o p y r i g h t ( c ) 2 0 1 0 - 2 0 1 3 b y t y P o l a n d L u k a s z D z i e d z i c ( h t t p : / / w w w . t y p o l a n d . c o m / ) w i t h R e s e r v e d F o n t N a m e " L a t o " . L i c e n s e d u n d e r t h e S I L O p e n F o n t L i c e n s e , V e r s i o n 1 . 1 ( h t t p : / / s c r i p t s . s i l . o r g / O F L ) . h t t p : / / s c r i p t s . s i l . o r g / O F L �t x ! 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Licensed under the SIL Open Font License, Version 1.1.Lato LightRegulartyPolandLukaszDziedzic: Lato Light: 2013Version 1.105; Western+Polish opensourceLato-LightLato is a trademark of tyPoland Lukasz Dziedzic.Lukasz DziedzicLato is a sanserif typeface family designed in the Summer 2010 by Warsaw-based designer Lukasz Dziedzic ("Lato" means "Summer" in Polish). It tries to carefully balance some potentially conflicting priorities: it should seem quite "transparent" when used in body text but would display some original traits when used in larger sizes. The classical proportions, particularly visible in the uppercase, give the letterforms familiar harmony and elegance. At the same time, its sleek sanserif look makes evident the fact that Lato was designed in 2010, even though it does not follow any current trend. The semi-rounded details of the letters give Lato a feeling of warmth, while the strong structure provides stability and seriousness.http://www.typoland.com/http://www.typoland.com/designers/Lukasz_Dziedzic/Copyright (c) 2013-2013 by tyPoland Lukasz Dziedzic (http://www.typoland.com/) with Reserved Font Name "Lato". Licensed under the SIL Open Font License, Version 1.1 (http://scripts.sil.org/OFL).http://scripts.sil.org/OFL C o p y r i g h t ( c ) 2 0 1 0 - 2 0 1 3 b y t y P o l a n d L u k a s z D z i e d z i c w i t h R e s e r v e d F o n t N a m e " L a t o " . L i c e n s e d u n d e r t h e S I L O p e n F o n t L i c e n s e , V e r s i o n 1 . 1 . L a t o L i g h t R e g u l a r t y P o l a n d L u k a s z D z i e d z i c : L a t o L i g h t : 2 0 1 3 L a t o - L i g h t V e r s i o n 1 . 1 0 5 ; W e s t e r n + P o l i s h o p e n s o u r c e L a t o i s a t r a d e m a r k o f t y P o l a n d L u k a s z D z i e d z i c . L u k a s z D z i e d z i c L a t o i s a s a n s e r i f t y p e f a c e f a m i l y d e s i g n e d i n t h e S u m m e r 2 0 1 0 b y W a r s a w - b a s e d d e s i g n e r L u k a s z D z i e d z i c ( " L a t o " m e a n s " S u m m e r " i n P o l i s h ) . I t t r i e s t o c a r e f u l l y b a l a n c e s o m e p o t e n t i a l l y c o n f l i c t i n g p r i o r i t i e s : i t s h o u l d s e e m q u i t e " t r a n s p a r e n t " w h e n u s e d i n b o d y t e x t b u t w o u l d d i s p l a y s o m e o r i g i n a l t r a i t s w h e n u s e d i n l a r g e r s i z e s . T h e c l a s s i c a l p r o p o r t i o n s , p a r t i c u l a r l y v i s i b l e i n t h e u p p e r c a s e , g i v e t h e l e t t e r f o r m s f a m i l i a r h a r m o n y a n d e l e g a n c e . 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Licensed under the SIL Open Font License, Version 1.1.LatoItalictyPolandLukaszDziedzic: Lato Italic: 2013Lato ItalicVersion 1.105; Western+Polish opensourceLato-ItalicLato is a trademark of tyPoland Lukasz Dziedzic.tyPoland Lukasz DziedzicLukasz DziedzicLato is a sanserif typeface family designed in the Summer 2010 by Warsaw-based designer Lukasz Dziedzic ("Lato" means "Summer" in Polish). It tries to carefully balance some potentially conflicting priorities: it should seem quite "transparent" when used in body text but would display some original traits when used in larger sizes. The classical proportions, particularly visible in the uppercase, give the letterforms familiar harmony and elegance. At the same time, its sleek sanserif look makes evident the fact that Lato was designed in 2010, even though it does not follow any current trend. The semi-rounded details of the letters give Lato a feeling of warmth, while the strong structure provides stability and seriousness.http://www.typoland.com/http://www.typoland.com/designers/Lukasz_Dziedzic/Copyright (c) 2010-2013 by tyPoland Lukasz Dziedzic (http://www.typoland.com/) with Reserved Font Name "Lato". Licensed under the SIL Open Font License, Version 1.1 (http://scripts.sil.org/OFL).http://scripts.sil.org/OFL C o p y r i g h t ( c ) 2 0 1 0 - 2 0 1 3 b y t y P o l a n d L u k a s z D z i e d z i c w i t h R e s e r v e d F o n t N a m e " L a t o " . L i c e n s e d u n d e r t h e S I L O p e n F o n t L i c e n s e , V e r s i o n 1 . 1 . L a t o I t a l i c t y P o l a n d L u k a s z D z i e d z i c : L a t o I t a l i c : 2 0 1 3 L a t o - I t a l i c V e r s i o n 1 . 1 0 5 ; W e s t e r n + P o l i s h o p e n s o u r c e L a t o i s a t r a d e m a r k o f t y P o l a n d L u k a s z D z i e d z i c . t y P o l a n d L u k a s z D z i e d z i c L u k a s z D z i e d z i c L a t o i s a s a n s e r i f t y p e f a c e f a m i l y d e s i g n e d i n t h e S u m m e r 2 0 1 0 b y W a r s a w - b a s e d d e s i g n e r L u k a s z D z i e d z i c ( " L a t o " m e a n s " S u m m e r " i n P o l i s h ) . I t t r i e s t o c a r e f u l l y b a l a n c e s o m e p o t e n t i a l l y c o n f l i c t i n g p r i o r i t i e s : i t s h o u l d s e e m q u i t e " t r a n s p a r e n t " w h e n u s e d i n b o d y t e x t b u t w o u l d d i s p l a y s o m e o r i g i n a l t r a i t s w h e n u s e d i n l a r g e r s i z e s . T h e c l a s s i c a l p r o p o r t i o n s , p a r t i c u l a r l y v i s i b l e i n t h e u p p e r c a s e , g i v e t h e l e t t e r f o r m s f a m i l i a r h a r m o n y a n d e l e g a n c e . A t t h e s a m e t i m e , i t s s l e e k s a n s e r i f l o o k m a k e s e v i d e n t t h e f a c t t h a t L a t o w a s d e s i g n e d i n 2 0 1 0 , e v e n t h o u g h i t d o e s n o t f o l l o w a n y c u r r e n t t r e n d . 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Licensed under the SIL Open Font License, Version 1.1.Lato LightItalictyPolandLukaszDziedzic: Lato Light Italic: 2013Lato Light ItalicVersion 1.105; Western+Polish opensourceLato-LightItalicLato is a trademark of tyPoland Lukasz Dziedzic.Lukasz DziedzicLato is a sanserif typeface family designed in the Summer 2010 by Warsaw-based designer Lukasz Dziedzic ("Lato" means "Summer" in Polish). It tries to carefully balance some potentially conflicting priorities: it should seem quite "transparent" when used in body text but would display some original traits when used in larger sizes. The classical proportions, particularly visible in the uppercase, give the letterforms familiar harmony and elegance. At the same time, its sleek sanserif look makes evident the fact that Lato was designed in 2010, even though it does not follow any current trend. The semi-rounded details of the letters give Lato a feeling of warmth, while the strong structure provides stability and seriousness.http://www.typoland.com/http://www.typoland.com/designers/Lukasz_Dziedzic/Copyright (c) 2013-2013 by tyPoland Lukasz Dziedzic (http://www.typoland.com/) with Reserved Font Name "Lato". Licensed under the SIL Open Font License, Version 1.1 (http://scripts.sil.org/OFL).http://scripts.sil.org/OFL C o p y r i g h t ( c ) 2 0 1 0 - 2 0 1 3 b y t y P o l a n d L u k a s z D z i e d z i c w i t h R e s e r v e d F o n t N a m e " L a t o " . L i c e n s e d u n d e r t h e S I L O p e n F o n t L i c e n s e , V e r s i o n 1 . 1 . L a t o L i g h t I t a l i c t y P o l a n d L u k a s z D z i e d z i c : L a t o L i g h t I t a l i c : 2 0 1 3 L a t o - L i g h t I t a l i c V e r s i o n 1 . 1 0 5 ; W e s t e r n + P o l i s h o p e n s o u r c e L a t o i s a t r a d e m a r k o f t y P o l a n d L u k a s z D z i e d z i c . L u k a s z D z i e d z i c L a t o i s a s a n s e r i f t y p e f a c e f a m i l y d e s i g n e d i n t h e S u m m e r 2 0 1 0 b y W a r s a w - b a s e d d e s i g n e r L u k a s z D z i e d z i c ( " L a t o " m e a n s " S u m m e r " i n P o l i s h ) . I t t r i e s t o c a r e f u l l y b a l a n c e s o m e p o t e n t i a l l y c o n f l i c t i n g p r i o r i t i e s : i t s h o u l d s e e m q u i t e " t r a n s p a r e n t " w h e n u s e d i n b o d y t e x t b u t w o u l d d i s p l a y s o m e o r i g i n a l t r a i t s w h e n u s e d i n l a r g e r s i z e s . T h e c l a s s i c a l p r o p o r t i o n s , p a r t i c u l a r l y v i s i b l e i n t h e u p p e r c a s e , g i v e t h e l e t t e r f o r m s f a m i l i a r h a r m o n y a n d e l e g a n c e . A t t h e s a m e t i m e , i t s s l e e k s a n s e r i f l o o k m a k e s e v i d e n t t h e f a c t t h a t L a t o w a s d e s i g n e d i n 2 0 1 0 , e v e n t h o u g h i t d o e s n o t f o l l o w a n y c u r r e n t t r e n d . T h e s e m i - r o u n d e d d e t a i l s o f t h e l e t t e r s g i v e L a t o a f e e l i n g o f w a r m t h , w h i l e t h e s t r o n g s t r u c t u r e p r o v i d e s s t a b i l i t y a n d s e r i o u s n e s s . h t t p : / / w w w . t y p o l a n d . c o m / h t t p : / / w w w . t y p o l a n d . c o m / d e s i g n e r s / L u k a s z _ D z i e d z i c / C o p y r i g h t ( c ) 2 0 1 3 - 2 0 1 3 b y t y P o l a n d L u k a s z D z i e d z i c ( h t t p : / / w w w . t y p o l a n d . c o m / ) w i t h R e s e r v e d F o n t N a m e " L a t o " . L i c e n s e d u n d e r t h e S I L O p e n F o n t L i c e n s e , V e r s i o n 1 . 1 ( h t t p : / / s c r i p t s . s i l . o r g / O F L ) . h t t p : / / s c r i p t s . s i l . o r g / O F L L a t o L i g h t I t a l i c �� �X A ! 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F�#a8�&+-�D,�#B�C+-�E,� <+-�F,� <+-�G,� <+-�H,�<+-�I,� =+-�J,� =+-�K,� =+-�L,�=+-�M,� 9+-�N,� 9+-�O,� 9+-�P,�9+-�Q,� ;+-�R,� ;+-�S,� ;+-�T,�;+-�U,� >+-�V,� >+-�W,� >+-�X,�>+-�Y,� :+-�Z,� :+-�[,� :+-�\,�:+-�],�2+.�&+-�^,�2+�6+-�_,�2+�7+-�`,� �2+�8+-�a,�3+.�&+-�b,�3+�6+-�c,�3+�7+-�d,�3+�8+-�e,�4+.�&+-�f,�4+�6+-�g,�4+�7+-�h,�4+�8+-�i,�5+.�&+-�j,�5+�6+-�k,�5+�7+-�l,�5+�8+-�m,+�e�$Px�0- K� KRX��Y� c �#D�#p�E �(`f �UX�%a�Ec#b�#D� *� *�*Y�( ERD� *�D�$�QX�@�X�D�&�QX� �X�DYYYY������ D PK )J [��� � � W share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_classes.rhtmlnu �[��� <div id="classindex-section" class="nav-section"> <h3>Class and Module Index</h3> <%- all_classes = @classes.group_by do |klass| klass.full_name[/\A[^:]++(?:::[^:]++(?=::))*+(?=::[^:]*+\z)/] end.delete_if do |_, klasses| !klasses.any?(&:display?) end link = proc do |index_klass, display = index_klass.display?| if display -%><code><a href="<%= rel_prefix %>/<%= index_klass.path %>"><%= index_klass.name %></a></code><%- else -%><code><%= index_klass.name %></code><%- end end if top = all_classes[nil] solo = top.one? {|klass| klass.display?} traverse = proc do |klasses| -%> <ul class="link-list"> <%- klasses.uniq!(&:full_name) -%> <%- klasses.each do |index_klass| -%> <%- if children = all_classes[index_klass.full_name] -%> <li><details<% if solo; solo = false %> open<% end %>><summary><% link.call(index_klass) %></summary> <%- traverse.call(children) -%> </ul></details> <%- elsif index_klass.display? -%> <li><% link.call(index_klass, true) %> <%- end -%> <%- end -%> <%- end -%> <%- traverse.call(top) -%> <%- end -%> </div> PK )J [g:� � X share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_VCS_info.rhtmlnu �[��� <%- if !svninfo.empty? then %> <div id="file-svninfo-section" class="nav-section"> <h3>VCS Info</h3> <div class="section-body"> <dl class="svninfo"> <dt>Rev <dd><%= svninfo[:rev] %> <dt>Last Checked In <dd><%= svninfo[:commitdate].strftime('%Y-%m-%d %H:%M:%S') %> (<%= svninfo[:commitdelta] %> ago) <dt>Checked in by <dd><%= svninfo[:committer] %> </dl> </div> </div> <%- end -%> PK )J [�TS� � K share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/page.rhtmlnu �[��� <body id="top" role="document" class="file"> <%= render '_sidebar_toggle.rhtml' %> <nav id="navigation" role="navigation"> <div id="project-navigation"> <%= render '_sidebar_navigation.rhtml' %> <%= render '_sidebar_search.rhtml' %> </div> <%= render '_sidebar_table_of_contents.rhtml' %> <%= render '_sidebar_pages.rhtml' %> <%= render '_footer.rhtml' %> </nav> <main role="main" aria-label="Page <%=h file.full_name%>"> <%= file.description %> </main> PK )J [�F�^ ^ S share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/servlet_root.rhtmlnu �[��� <body role="document"> <%= render '_sidebar_toggle.rhtml' %> <nav id="navigation" role="navigation"> <div id="project-navigation"> <div id="home-section" class="nav-section"> <h2> <a href="<%= rel_prefix %>/" rel="home">Home</a> </h2> </div> <%= render '_sidebar_search.rhtml' %> </div> <%= render '_sidebar_installed.rhtml' %> <%= render '_footer.rhtml' %> </nav> <main role="main"> <h1>Local RDoc Documentation</h1> <p>Here you can browse local documentation from the ruby standard library and your installed gems. <%- extra_dirs = installed.select { |_, _, _, type,| type == :extra } -%> <%- unless extra_dirs.empty? -%> <h2>Extra Documentation Directories</h2> <p>The following additional documentation directories are available:</p> <ol> <%- extra_dirs.each do |name, href, exists, _, path| -%> <li> <%- if exists -%> <a href="<%= href %>"><%= h name %></a> (<%= h path %>) <%- else -%> <%= h name %> (<%= h path %>; <i>not available</i>) <%- end -%> </li> <%- end -%> </ol> <%- end -%> <%- gems = installed.select { |_, _, _, type,| type == :gem } -%> <%- missing = gems.reject { |_, _, exists,| exists } -%> <%- unless missing.empty? then -%> <h2>Missing Gem Documentation</h2> <p>You are missing documentation for some of your installed gems. You can install missing documentation for gems by running <kbd>gem rdoc --all</kbd>. After installing the missing documentation you only need to reload this page. The newly created documentation will automatically appear. <p>You can also install documentation for a specific gem by running one of the following commands. <ul> <%- names = missing.map { |name,| name.sub(/-([^-]*)$/, '') }.uniq -%> <%- names.each do |name| -%> <li><kbd>gem rdoc <%=h name %></kbd> <%- end -%> </ul> <%- end -%> </main> PK )J [ O2] ] Y share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_installed.rhtmlnu �[��� <div id="home-section" class="nav-section"> <h3>Documentation</h3> <ul> <%- installed.each do |name, href, exists, type, _| -%> <%- next if type == :extra -%> <li class="folder"> <%- if exists then -%> <a href="<%= href %>"><%= h name %></a> <%- else -%> <%= h name %> <%- end -%> <%- end -%> </ul> </div> PK )J [�W��I I O share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/js/darkfish.jsnu �[��� /** * * Darkfish Page Functions * $Id: darkfish.js 53 2009-01-07 02:52:03Z deveiant $ * * Author: Michael Granger <mgranger@laika.com> * */ /* Provide console simulation for firebug-less environments */ /* if (!("console" in window) || !("firebug" in console)) { var names = ["log", "debug", "info", "warn", "error", "assert", "dir", "dirxml", "group", "groupEnd", "time", "timeEnd", "count", "trace", "profile", "profileEnd"]; window.console = {}; for (var i = 0; i < names.length; ++i) window.console[names[i]] = function() {}; }; */ function showSource( e ) { var target = e.target; while (!target.classList.contains('method-detail')) { target = target.parentNode; } if (typeof target !== "undefined" && target !== null) { target = target.querySelector('.method-source-code'); } if (typeof target !== "undefined" && target !== null) { target.classList.toggle('active-menu') } }; function hookSourceViews() { document.querySelectorAll('.method-source-toggle').forEach(function (codeObject) { codeObject.addEventListener('click', showSource); }); }; function hookSearch() { var input = document.querySelector('#search-field'); var result = document.querySelector('#search-results'); result.classList.remove("initially-hidden"); var search_section = document.querySelector('#search-section'); search_section.classList.remove("initially-hidden"); var search = new Search(search_data, input, result); search.renderItem = function(result) { var li = document.createElement('li'); var html = ''; // TODO add relative path to <script> per-page html += '<p class="search-match"><a href="' + index_rel_prefix + this.escapeHTML(result.path) + '">' + this.hlt(result.title); if (result.params) html += '<span class="params">' + result.params + '</span>'; html += '</a>'; if (result.namespace) html += '<p class="search-namespace">' + this.hlt(result.namespace); if (result.snippet) html += '<div class="search-snippet">' + result.snippet + '</div>'; li.innerHTML = html; return li; } search.select = function(result) { window.location.href = result.firstChild.firstChild.href; } search.scrollIntoView = search.scrollInWindow; }; function hookFocus() { document.addEventListener("keydown", (event) => { if (document.activeElement.tagName === 'INPUT') { return; } if (event.key === "/") { event.preventDefault(); document.querySelector('#search-field').focus(); } }); } function hookSidebar() { var navigation = document.querySelector('#navigation'); var navigationToggle = document.querySelector('#navigation-toggle'); navigationToggle.addEventListener('click', function() { navigation.hidden = !navigation.hidden; navigationToggle.ariaExpanded = navigationToggle.ariaExpanded !== 'true'; }); var isSmallViewport = window.matchMedia("(max-width: 1023px)").matches; if (isSmallViewport) { navigation.hidden = true; navigationToggle.ariaExpanded = false; document.addEventListener('click', (e) => { if (e.target.closest('#navigation a')) { navigation.hidden = true; navigationToggle.ariaExpanded = false; } }); } } document.addEventListener('DOMContentLoaded', function() { hookSourceViews(); hookSearch(); hookFocus(); hookSidebar(); }); PK )J [ ��v M share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/js/search.jsnu �[��� Search = function(data, input, result) { this.data = data; this.input = input; this.result = result; this.current = null; this.view = this.result.parentNode; this.searcher = new Searcher(data.index); this.init(); } Search.prototype = Object.assign({}, Navigation, new function() { var suid = 1; this.init = function() { var _this = this; var observer = function(e) { switch(e.key) { case 'ArrowUp': case 'ArrowDown': return; } _this.search(_this.input.value); }; this.input.addEventListener('keyup', observer); this.input.addEventListener('click', observer); // mac's clear field this.searcher.ready(function(results, isLast) { _this.addResults(results, isLast); }) this.initNavigation(); this.setNavigationActive(false); } this.search = function(value, selectFirstMatch) { value = value.trim().toLowerCase(); if (value) { this.setNavigationActive(true); } else { this.setNavigationActive(false); } if (value == '') { this.lastQuery = value; this.result.innerHTML = ''; this.result.setAttribute('aria-expanded', 'false'); this.setNavigationActive(false); } else if (value != this.lastQuery) { this.lastQuery = value; this.result.setAttribute('aria-busy', 'true'); this.result.setAttribute('aria-expanded', 'true'); this.firstRun = true; this.searcher.find(value); } } this.addResults = function(results, isLast) { var target = this.result; if (this.firstRun && (results.length > 0 || isLast)) { this.current = null; this.result.innerHTML = ''; } for (var i=0, l = results.length; i < l; i++) { var item = this.renderItem.call(this, results[i]); item.setAttribute('id', 'search-result-' + target.childElementCount); target.appendChild(item); }; if (this.firstRun && results.length > 0) { this.firstRun = false; this.current = target.firstChild; this.current.classList.add('search-selected'); } //TODO: ECMAScript //if (jQuery.browser.msie) this.$element[0].className += ''; if (isLast) this.result.setAttribute('aria-busy', 'false'); } this.move = function(isDown) { if (!this.current) return; var next = isDown ? this.current.nextElementSibling : this.current.previousElementSibling; if (next) { this.current.classList.remove('search-selected'); next.classList.add('search-selected'); this.input.setAttribute('aria-activedescendant', next.getAttribute('id')); this.scrollIntoView(next, this.view); this.current = next; this.input.value = next.firstChild.firstChild.text; this.input.select(); } return true; } this.hlt = function(html) { return this.escapeHTML(html). replace(/\u0001/g, '<em>'). replace(/\u0002/g, '</em>'); } this.escapeHTML = function(html) { return html.replace(/[&<>"`']/g, function(c) { return '&#' + c.charCodeAt(0) + ';'; }); } }); PK )J [�h��� � V share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_toggle.rhtmlnu �[��� <div id="navigation-toggle" role="button" tabindex="0" aria-label="Toggle sidebar" aria-expanded="true" aria-controls="navigation"> <span aria-hidden="true">☰</span> </div> PK )J [�:v� � V share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_parent.rhtmlnu �[��� <%- if klass.type == 'class' && (ancestors = klass.super_classes).any? -%> <div id="parent-class-section" class="nav-section"> <h3>Ancestors</h3> <%= generate_ancestor_list(ancestors, klass) %> </div> <%- end -%> PK )J [2+�D� � a share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_table_of_contents.rhtmlnu �[��� <%- comment = if current.respond_to? :comment_location then current.comment_location else current.comment end table = current.parse(comment).table_of_contents.dup if table.length > 1 then %> <div class="nav-section"> <h3>Table of Contents</h3> <%- display_link = proc do |heading| -%> <a href="#<%= heading.label current %>"><%= heading.plain_html %></a> <%- end -%> <%- list_siblings = proc do -%> <%- level = table.first&.level -%> <%- while table.first && table.first.level >= level -%> <%- heading = table.shift -%> <%- if table.first.nil? || table.first.level <= heading.level -%> <li><% display_link.call heading -%> <%- else -%> <li> <details open> <summary><%- display_link.call heading -%></summary> <ul class="link-list" role="directory"> <% list_siblings.call %> </ul> </details> </li> <%- end -%> <%- end -%> <%- end -%> <ul class="link-list" role="directory"> <% list_siblings.call %> </ul> </div> <%- end -%> PK )J [Af�3D D X share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/table_of_contents.rhtmlnu �[��� <body id="top" class="table-of-contents"> <%= render '_sidebar_toggle.rhtml' %> <nav id="navigation" role="navigation"> <div id="project-navigation"> <%= render '_sidebar_navigation.rhtml' %> <%= render '_sidebar_search.rhtml' %> </div> <%= render '_footer.rhtml' %> </nav> <main role="main"> <h1 class="class"><%= h @title %></h1> <%- simple_files = @files.select { |f| f.text? } -%> <%- unless simple_files.empty? then -%> <h2 id="pages">Pages</h2> <ul> <%- simple_files.sort.each do |file| -%> <li class="file"> <a href="<%= h file.path %>"><%= h file.page_name %></a> <% # HACK table_of_contents should not exist on Document table = file.parse(file.comment).table_of_contents unless table.empty? then %> <ul> <%- table.each do |heading| -%> <li><a href="<%= h file.path %>#<%= heading.aref %>"><%= heading.plain_html %></a> <%- end -%> </ul> <%- end -%> </li> <%- end -%> </ul> <%- end -%> <h2 id="classes">Classes and Modules</h2> <ul> <%- @modsort.each do |klass| -%> <li class="<%= klass.type %>"> <a href="<%= klass.path %>"><%= klass.full_name %></a> <%- table = [] table.concat klass.parse(klass.comment_location).table_of_contents table.concat klass.section_contents unless table.empty? then %> <ul> <%- table.each do |item| -%> <%- label = item.respond_to?(:label) ? item.label(klass) : item.aref -%> <li><a href="<%= klass.path %>#<%= label %>"><%= item.plain_html %></a> <%- end -%> </ul> <%- end -%> </li> <%- end -%> </ul> <h2 id="methods">Methods</h2> <ul> <%- @store.all_classes_and_modules.flat_map do |mod| mod.method_list end.sort.each do |method| %> <li class="method"> <a href="<%= method.path %>"><%= h method.pretty_name %></a> — <span class="container"><%= method.parent.full_name %></span> <%- end -%> </ul> </main> PK )J [e�� U share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_pages.rhtmlnu �[��� <%- simple_files = @files.select { |f| f.text? } %> <%- if defined?(current) -%> <%- dir = current.full_name[%r{\A[^/]+(?=/)}] || current.page_name -%> <%- end -%> <%- unless simple_files.empty? then -%> <div id="fileindex-section" class="nav-section"> <h3>Pages</h3> <ul class="link-list"> <%- simple_files.group_by do |f| -%> <%- f.full_name[%r{\A[^/]+(?=/)}] || f.page_name -%> <%- end.each do |n, files| -%> <%- f = files.shift -%> <%- if files.empty? -%> <li><a href="<%= rel_prefix %>/<%= h f.path %>"><%= h f.page_name %></a> <%- next -%> <%- end -%> <li><details<% if dir == n %> open<% end %>><summary><% if n == f.page_name %><a href="<%= rel_prefix %>/<%= h f.path %>"><%= h n %></a><% else %><%= h n %><% files.unshift(f) end %></summary> <ul class="link-list"> <%- files.each do |f| -%> <li><a href="<%= rel_prefix %>/<%= h f.path %>"><%= h f.page_name %></a> <%- end -%> </ul></details> <%- end -%> </ul> </div> <%- end -%> PK )J [��Jt� � W share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_methods.rhtmlnu �[��� <% if (class_methods = klass.class_method_list.sort).any? %> <div class="nav-section"> <h3>Class Methods</h3> <ul class="link-list" role="directory"> <%- class_methods.each do |meth| -%> <li <%- if meth.calls_super %>class="calls-super" <%- end %>><a href="#<%= meth.aref %>"><%= h meth.name -%></a></li> <%- end -%> </ul> </div> <% end %> <% if (instance_methods = klass.instance_methods.sort).any? %> <div class="nav-section"> <h3>Instance Methods</h3> <ul class="link-list" role="directory"> <%- instance_methods.each do |meth| -%> <li <%- if meth.calls_super %>class="calls-super" <%- end %>><a href="#<%= meth.aref %>"><%= h meth.name -%></a></li> <%- end -%> </ul> </div> <% end %> PK )J [�>y� � V share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_search.rhtmlnu �[��� <div id="search-section" role="search" class="project-section initially-hidden"> <form action="#" method="get" accept-charset="utf-8"> <div id="search-field-wrapper"> <input id="search-field" role="combobox" aria-label="Search" aria-autocomplete="list" aria-controls="search-results" type="text" name="search" placeholder="Search (/) for a class, method, ..." spellcheck="false" title="Type to search, Up and Down to navigate, Enter to load"> </div> <ul id="search-results" aria-label="Search Results" aria-busy="false" aria-expanded="false" aria-atomic="false" class="initially-hidden"></ul> </form> </div> PK )J [��QC C X share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_sections.rhtmlnu �[��� <%- unless klass.sections.length == 1 then %> <div id="sections-section" class="nav-section"> <h3>Sections</h3> <ul class="link-list" role="directory"> <%- klass.sort_sections.each do |section| -%> <li><a href="#<%= section.aref %>"><%= h section.title %></a></li> <%- end -%> </ul> </div> <%- end -%> PK )J [5��� � X share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/_sidebar_includes.rhtmlnu �[��� <%- unless klass.includes.empty? then %> <div id="includes-section" class="nav-section"> <h3>Included Modules</h3> <ul class="link-list"> <%- klass.each_include do |inc| -%> <%- unless String === inc.module then -%> <li><a class="include" href="<%= klass.aref_to inc.module.path %>"><%= inc.module.full_name %></a> <%- else -%> <li><span class="include"><%= inc.name %></span> <%- end -%> <%- end -%> </ul> </div> <%- end -%> PK )J [2�l l L share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/darkfish/index.rhtmlnu �[��� <body id="top" role="document" class="file"> <%= render '_sidebar_toggle.rhtml' %> <nav id="navigation" role="navigation"> <div id="project-navigation"> <%= render '_sidebar_navigation.rhtml' %> <%= render '_sidebar_search.rhtml' %> </div> <%= render '_sidebar_pages.rhtml' %> <%= render '_sidebar_classes.rhtml' %> <%= render '_footer.rhtml' %> </nav> <main role="main"> <%- if @options.main_page and main_page = @files.find { |f| f.full_name == @options.main_page } then %> <%= main_page.description %> <%- else -%> <p>This is the API documentation for <%= h @title %>. <%- end -%> </main> PK )J [P�^�� � Q share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/json_index/js/searcher.jsnu �[��� Searcher = function(data) { this.data = data; this.handlers = []; } Searcher.prototype = new function() { // search is performed in chunks of 1000 for non-blocking user input var CHUNK_SIZE = 1000; // do not try to find more than 100 results var MAX_RESULTS = 100; var huid = 1; var suid = 1; var runs = 0; this.find = function(query) { var queries = splitQuery(query); var regexps = buildRegexps(queries); var highlighters = buildHilighters(queries); var state = { from: 0, pass: 0, limit: MAX_RESULTS, n: suid++}; var _this = this; this.currentSuid = state.n; if (!query) return; var run = function() { // stop current search thread if new search started if (state.n != _this.currentSuid) return; var results = performSearch(_this.data, regexps, queries, highlighters, state); var hasMore = (state.limit > 0 && state.pass < 4); triggerResults.call(_this, results, !hasMore); if (hasMore) { setTimeout(run, 2); } runs++; }; runs = 0; // start search thread run(); } /* ----- Events ------ */ this.ready = function(fn) { fn.huid = huid; this.handlers.push(fn); } /* ----- Utilities ------ */ function splitQuery(query) { return query.split(/(\s+|::?|\(\)?)/).filter(function(string) { return string.match(/\S/); }); } function buildRegexps(queries) { return queries.map(function(query) { return new RegExp(query.replace(/(.)/g, '([$1])([^$1]*?)'), 'i'); }); } function buildHilighters(queries) { return queries.map(function(query) { return query.split('').map(function(l, i) { return '\u0001$' + (i*2+1) + '\u0002$' + (i*2+2); }).join(''); }); } // function longMatchRegexp(index, longIndex, regexps) { // for (var i = regexps.length - 1; i >= 0; i--){ // if (!index.match(regexps[i]) && !longIndex.match(regexps[i])) return false; // }; // return true; // } /* ----- Mathchers ------ */ /* * This record matches if the index starts with queries[0] and the record * matches all of the regexps */ function matchPassBeginning(index, longIndex, queries, regexps) { if (index.indexOf(queries[0]) != 0) return false; for (var i=1, l = regexps.length; i < l; i++) { if (!index.match(regexps[i]) && !longIndex.match(regexps[i])) return false; }; return true; } /* * This record matches if the longIndex starts with queries[0] and the * longIndex matches all of the regexps */ function matchPassLongIndex(index, longIndex, queries, regexps) { if (longIndex.indexOf(queries[0]) != 0) return false; for (var i=1, l = regexps.length; i < l; i++) { if (!longIndex.match(regexps[i])) return false; }; return true; } /* * This record matches if the index contains queries[0] and the record * matches all of the regexps */ function matchPassContains(index, longIndex, queries, regexps) { if (index.indexOf(queries[0]) == -1) return false; for (var i=1, l = regexps.length; i < l; i++) { if (!index.match(regexps[i]) && !longIndex.match(regexps[i])) return false; }; return true; } /* * This record matches if regexps[0] matches the index and the record * matches all of the regexps */ function matchPassRegexp(index, longIndex, queries, regexps) { if (!index.match(regexps[0])) return false; for (var i=1, l = regexps.length; i < l; i++) { if (!index.match(regexps[i]) && !longIndex.match(regexps[i])) return false; }; return true; } /* ----- Highlighters ------ */ function highlightRegexp(info, queries, regexps, highlighters) { var result = createResult(info); for (var i=0, l = regexps.length; i < l; i++) { result.title = result.title.replace(regexps[i], highlighters[i]); result.namespace = result.namespace.replace(regexps[i], highlighters[i]); }; return result; } function hltSubstring(string, pos, length) { return string.substring(0, pos) + '\u0001' + string.substring(pos, pos + length) + '\u0002' + string.substring(pos + length); } function highlightQuery(info, queries, regexps, highlighters) { var result = createResult(info); var pos = 0; var lcTitle = result.title.toLowerCase(); pos = lcTitle.indexOf(queries[0]); if (pos != -1) { result.title = hltSubstring(result.title, pos, queries[0].length); } result.namespace = result.namespace.replace(regexps[0], highlighters[0]); for (var i=1, l = regexps.length; i < l; i++) { result.title = result.title.replace(regexps[i], highlighters[i]); result.namespace = result.namespace.replace(regexps[i], highlighters[i]); }; return result; } function createResult(info) { var result = {}; result.title = info[0]; result.namespace = info[1]; result.path = info[2]; result.params = info[3]; result.snippet = info[4]; result.badge = info[6]; return result; } /* ----- Searching ------ */ function performSearch(data, regexps, queries, highlighters, state) { var searchIndex = data.searchIndex; var longSearchIndex = data.longSearchIndex; var info = data.info; var result = []; var i = state.from; var l = searchIndex.length; var togo = CHUNK_SIZE; var matchFunc, hltFunc; while (state.pass < 4 && state.limit > 0 && togo > 0) { if (state.pass == 0) { matchFunc = matchPassBeginning; hltFunc = highlightQuery; } else if (state.pass == 1) { matchFunc = matchPassLongIndex; hltFunc = highlightQuery; } else if (state.pass == 2) { matchFunc = matchPassContains; hltFunc = highlightQuery; } else if (state.pass == 3) { matchFunc = matchPassRegexp; hltFunc = highlightRegexp; } for (; togo > 0 && i < l && state.limit > 0; i++, togo--) { if (info[i].n == state.n) continue; if (matchFunc(searchIndex[i], longSearchIndex[i], queries, regexps)) { info[i].n = state.n; result.push(hltFunc(info[i], queries, regexps, highlighters)); state.limit--; } }; if (searchIndex.length <= i) { state.pass++; i = state.from = 0; } else { state.from = i; } } return result; } function triggerResults(results, isLast) { this.handlers.forEach(function(fn) { fn.call(this, results, isLast) }); } } PK )J [Li��u u S share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/template/json_index/js/navigation.jsnu �[��� /* * Navigation allows movement using the arrow keys through the search results. * * When using this library you will need to set scrollIntoView to the * appropriate function for your layout. Use scrollInWindow if the container * is not scrollable and scrollInElement if the container is a separate * scrolling region. */ Navigation = new function() { this.initNavigation = function() { var _this = this; document.addEventListener('keydown', function(e) { _this.onkeydown(e); }); this.navigationActive = true; } this.setNavigationActive = function(state) { this.navigationActive = state; } this.onkeydown = function(e) { if (!this.navigationActive) return; switch(e.key) { case 'ArrowLeft': if (this.moveLeft()) e.preventDefault(); break; case 'ArrowUp': if (e.key == 'ArrowUp' || e.ctrlKey) { if (this.moveUp()) e.preventDefault(); } break; case 'ArrowRight': if (this.moveRight()) e.preventDefault(); break; case 'ArrowDown': if (e.key == 'ArrowDown' || e.ctrlKey) { if (this.moveDown()) e.preventDefault(); } break; case 'Enter': if (this.current) e.preventDefault(); this.select(this.current); break; } if (e.ctrlKey && e.shiftKey) this.select(this.current); } this.moveRight = function() { } this.moveLeft = function() { } this.move = function(isDown) { } this.moveUp = function() { return this.move(false); } this.moveDown = function() { return this.move(true); } /* * Scrolls to the given element in the scrollable element view. */ this.scrollInElement = function(element, view) { var offset, viewHeight, viewScroll, height; offset = element.offsetTop; height = element.offsetHeight; viewHeight = view.offsetHeight; viewScroll = view.scrollTop; if (offset - viewScroll + height > viewHeight) { view.scrollTop = offset - viewHeight + height; } if (offset < viewScroll) { view.scrollTop = offset; } } /* * Scrolls to the given element in the window. The second argument is * ignored */ this.scrollInWindow = function(element, ignored) { var offset, viewHeight, viewScroll, height; offset = element.offsetTop; height = element.offsetHeight; viewHeight = window.innerHeight; viewScroll = window.scrollY; if (offset - viewScroll + height > viewHeight) { window.scrollTo(window.scrollX, offset - viewHeight + height); } if (offset < viewScroll) { window.scrollTo(window.scrollX, offset); } } } PK )J [ئcHYV YV : share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/darkfish.rbnu �[��� # frozen_string_literal: true # -*- mode: ruby; ruby-indent-level: 2; tab-width: 2 -*- require 'erb' require 'fileutils' require 'pathname' require_relative 'markup' ## # Darkfish RDoc HTML Generator # # $Id: darkfish.rb 52 2009-01-07 02:08:11Z deveiant $ # # == Author/s # * Michael Granger (ged@FaerieMUD.org) # # == Contributors # * Mahlon E. Smith (mahlon@martini.nu) # * Eric Hodel (drbrain@segment7.net) # # == License # # Copyright (c) 2007, 2008, Michael Granger. All rights reserved. # # Redistribution and use in source and binary forms, with or without # modification, are permitted provided that the following conditions are met: # # * Redistributions of source code must retain the above copyright notice, # this list of conditions and the following disclaimer. # # * Redistributions in binary form must reproduce the above copyright notice, # this list of conditions and the following disclaimer in the documentation # and/or other materials provided with the distribution. # # * Neither the name of the author/s, nor the names of the project's # contributors may be used to endorse or promote products derived from this # software without specific prior written permission. # # THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" # AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE # IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE # DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE # FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL # DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR # SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER # CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, # OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE # OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. # # == Attributions # # Darkfish uses the {Silk Icons}[http://www.famfamfam.com/lab/icons/silk/] set # by Mark James. class RDoc::Generator::Darkfish RDoc::RDoc.add_generator self include ERB::Util ## # Stylesheets, fonts, etc. that are included in RDoc. BUILTIN_STYLE_ITEMS = # :nodoc: %w[ css/fonts.css fonts/Lato-Light.ttf fonts/Lato-LightItalic.ttf fonts/Lato-Regular.ttf fonts/Lato-RegularItalic.ttf fonts/SourceCodePro-Bold.ttf fonts/SourceCodePro-Regular.ttf css/rdoc.css ] ## # Path to this file's parent directory. Used to find templates and other # resources. GENERATOR_DIR = File.join 'rdoc', 'generator' ## # Release Version VERSION = '3' ## # Description of this generator DESCRIPTION = 'HTML generator, written by Michael Granger' ## # The relative path to style sheets and javascript. By default this is set # the same as the rel_prefix. attr_accessor :asset_rel_path ## # The path to generate files into, combined with <tt>--op</tt> from the # options for a full path. attr_reader :base_dir ## # Classes and modules to be used by this generator, not necessarily # displayed. See also #modsort attr_reader :classes ## # No files will be written when dry_run is true. attr_accessor :dry_run ## # When false the generate methods return a String instead of writing to a # file. The default is true. attr_accessor :file_output ## # Files to be displayed by this generator attr_reader :files ## # The JSON index generator for this Darkfish generator attr_reader :json_index ## # Methods to be displayed by this generator attr_reader :methods ## # Sorted list of classes and modules to be displayed by this generator attr_reader :modsort ## # The RDoc::Store that is the source of the generated content attr_reader :store ## # The directory where the template files live attr_reader :template_dir # :nodoc: ## # The output directory attr_reader :outputdir ## # Initialize a few instance variables before we start def initialize store, options @store = store @options = options @asset_rel_path = '' @base_dir = Pathname.pwd.expand_path @dry_run = @options.dry_run @file_output = true @template_dir = Pathname.new options.template_dir @template_cache = {} @classes = nil @context = nil @files = nil @methods = nil @modsort = nil @json_index = RDoc::Generator::JsonIndex.new self, options end ## # Output progress information if debugging is enabled def debug_msg *msg return unless $DEBUG_RDOC $stderr.puts(*msg) end ## # Directory where generated class HTML files live relative to the output # dir. def class_dir nil end ## # Directory where generated class HTML files live relative to the output # dir. def file_dir nil end ## # Create the directories the generated docs will live in if they don't # already exist. def gen_sub_directories @outputdir.mkpath end ## # Copy over the stylesheet into the appropriate place in the output # directory. def write_style_sheet debug_msg "Copying static files" options = { :verbose => $DEBUG_RDOC, :noop => @dry_run } BUILTIN_STYLE_ITEMS.each do |item| install_rdoc_static_file @template_dir + item, "./#{item}", options end unless @options.template_stylesheets.empty? FileUtils.cp @options.template_stylesheets, '.', **options end Dir[(@template_dir + "{js,images}/**/*").to_s].each do |path| next if File.directory? path next if File.basename(path) =~ /^\./ dst = Pathname.new(path).relative_path_from @template_dir install_rdoc_static_file @template_dir + path, dst, options end end ## # Build the initial indices and output objects based on an array of TopLevel # objects containing the extracted information. def generate setup write_style_sheet generate_index generate_class_files generate_file_files generate_table_of_contents @json_index.generate @json_index.generate_gzipped copy_static rescue => e debug_msg "%s: %s\n %s" % [ e.class.name, e.message, e.backtrace.join("\n ") ] raise end ## # Copies static files from the static_path into the output directory def copy_static return if @options.static_path.empty? fu_options = { :verbose => $DEBUG_RDOC, :noop => @dry_run } @options.static_path.each do |path| unless File.directory? path then FileUtils.install path, @outputdir, **fu_options.merge(:mode => 0644) next end Dir.chdir path do Dir[File.join('**', '*')].each do |entry| dest_file = @outputdir + entry if File.directory? entry then FileUtils.mkdir_p entry, **fu_options else FileUtils.install entry, dest_file, **fu_options.merge(:mode => 0644) end end end end end ## # Return a list of the documented modules sorted by salience first, then # by name. def get_sorted_module_list classes classes.select do |klass| klass.display? end.sort end ## # Generate an index page which lists all the classes which are documented. def generate_index setup template_file = @template_dir + 'index.rhtml' return unless template_file.exist? debug_msg "Rendering the index page..." out_file = @base_dir + @options.op_dir + 'index.html' rel_prefix = @outputdir.relative_path_from out_file.dirname search_index_rel_prefix = rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output asset_rel_prefix = rel_prefix + @asset_rel_path @title = @options.title render_template template_file, out_file do |io| here = binding # suppress 1.9.3 warning here.local_variable_set(:asset_rel_prefix, asset_rel_prefix) here end rescue => e error = RDoc::Error.new \ "error generating index.html: #{e.message} (#{e.class})" error.set_backtrace e.backtrace raise error end ## # Generates a class file for +klass+ def generate_class klass, template_file = nil setup current = klass template_file ||= @template_dir + 'class.rhtml' debug_msg " working on %s (%s)" % [klass.full_name, klass.path] out_file = @outputdir + klass.path rel_prefix = @outputdir.relative_path_from out_file.dirname search_index_rel_prefix = rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output asset_rel_prefix = rel_prefix + @asset_rel_path svninfo = get_svninfo(current) @title = "#{klass.type} #{klass.full_name} - #{@options.title}" debug_msg " rendering #{out_file}" render_template template_file, out_file do |io| here = binding # suppress 1.9.3 warning here.local_variable_set(:asset_rel_prefix, asset_rel_prefix) here.local_variable_set(:svninfo, svninfo) here end end ## # Generate a documentation file for each class and module def generate_class_files setup template_file = @template_dir + 'class.rhtml' template_file = @template_dir + 'classpage.rhtml' unless template_file.exist? return unless template_file.exist? debug_msg "Generating class documentation in #{@outputdir}" current = nil @classes.each do |klass| current = klass generate_class klass, template_file end rescue => e error = RDoc::Error.new \ "error generating #{current.path}: #{e.message} (#{e.class})" error.set_backtrace e.backtrace raise error end ## # Generate a documentation file for each file def generate_file_files setup page_file = @template_dir + 'page.rhtml' fileinfo_file = @template_dir + 'fileinfo.rhtml' # for legacy templates filepage_file = @template_dir + 'filepage.rhtml' unless page_file.exist? or fileinfo_file.exist? return unless page_file.exist? or fileinfo_file.exist? or filepage_file.exist? debug_msg "Generating file documentation in #{@outputdir}" out_file = nil current = nil @files.each do |file| current = file if file.text? and page_file.exist? then generate_page file next end template_file = nil out_file = @outputdir + file.path debug_msg " working on %s (%s)" % [file.full_name, out_file] rel_prefix = @outputdir.relative_path_from out_file.dirname search_index_rel_prefix = rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output asset_rel_prefix = rel_prefix + @asset_rel_path unless filepage_file then if file.text? then next unless page_file.exist? template_file = page_file @title = file.page_name else next unless fileinfo_file.exist? template_file = fileinfo_file @title = "File: #{file.base_name}" end end @title += " - #{@options.title}" template_file ||= filepage_file render_template template_file, out_file do |io| here = binding # suppress 1.9.3 warning here.local_variable_set(:asset_rel_prefix, asset_rel_prefix) here.local_variable_set(:current, current) here end end rescue => e error = RDoc::Error.new "error generating #{out_file}: #{e.message} (#{e.class})" error.set_backtrace e.backtrace raise error end ## # Generate a page file for +file+ def generate_page file setup template_file = @template_dir + 'page.rhtml' out_file = @outputdir + file.path debug_msg " working on %s (%s)" % [file.full_name, out_file] rel_prefix = @outputdir.relative_path_from out_file.dirname search_index_rel_prefix = rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output current = file asset_rel_prefix = rel_prefix + @asset_rel_path @title = "#{file.page_name} - #{@options.title}" debug_msg " rendering #{out_file}" render_template template_file, out_file do |io| here = binding # suppress 1.9.3 warning here.local_variable_set(:current, current) here.local_variable_set(:asset_rel_prefix, asset_rel_prefix) here end end ## # Generates the 404 page for the RDoc servlet def generate_servlet_not_found message setup template_file = @template_dir + 'servlet_not_found.rhtml' return unless template_file.exist? debug_msg "Rendering the servlet 404 Not Found page..." rel_prefix = rel_prefix = '' search_index_rel_prefix = rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output asset_rel_prefix = '' @title = 'Not Found' render_template template_file do |io| here = binding # suppress 1.9.3 warning here.local_variable_set(:asset_rel_prefix, asset_rel_prefix) here end rescue => e error = RDoc::Error.new \ "error generating servlet_not_found: #{e.message} (#{e.class})" error.set_backtrace e.backtrace raise error end ## # Generates the servlet root page for the RDoc servlet def generate_servlet_root installed setup template_file = @template_dir + 'servlet_root.rhtml' return unless template_file.exist? debug_msg 'Rendering the servlet root page...' rel_prefix = '.' asset_rel_prefix = rel_prefix search_index_rel_prefix = asset_rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output @title = 'Local RDoc Documentation' render_template template_file do |io| binding end rescue => e error = RDoc::Error.new \ "error generating servlet_root: #{e.message} (#{e.class})" error.set_backtrace e.backtrace raise error end ## # Generate an index page which lists all the classes which are documented. def generate_table_of_contents setup template_file = @template_dir + 'table_of_contents.rhtml' return unless template_file.exist? debug_msg "Rendering the Table of Contents..." out_file = @outputdir + 'table_of_contents.html' rel_prefix = @outputdir.relative_path_from out_file.dirname search_index_rel_prefix = rel_prefix search_index_rel_prefix += @asset_rel_path if @file_output asset_rel_prefix = rel_prefix + @asset_rel_path @title = "Table of Contents - #{@options.title}" render_template template_file, out_file do |io| here = binding # suppress 1.9.3 warning here.local_variable_set(:asset_rel_prefix, asset_rel_prefix) here end rescue => e error = RDoc::Error.new \ "error generating table_of_contents.html: #{e.message} (#{e.class})" error.set_backtrace e.backtrace raise error end def install_rdoc_static_file source, destination, options # :nodoc: return unless source.exist? begin FileUtils.mkdir_p File.dirname(destination), **options begin FileUtils.ln source, destination, **options rescue Errno::EEXIST FileUtils.rm destination retry end rescue FileUtils.cp source, destination, **options end end ## # Prepares for generation of output from the current directory def setup return if instance_variable_defined? :@outputdir @outputdir = Pathname.new(@options.op_dir).expand_path @base_dir return unless @store @classes = @store.all_classes_and_modules.sort @files = @store.all_files.sort @methods = @classes.flat_map { |m| m.method_list }.sort @modsort = get_sorted_module_list @classes end ## # Return a string describing the amount of time in the given number of # seconds in terms a human can understand easily. def time_delta_string seconds return 'less than a minute' if seconds < 60 return "#{seconds / 60} minute#{seconds / 60 == 1 ? '' : 's'}" if seconds < 3000 # 50 minutes return 'about one hour' if seconds < 5400 # 90 minutes return "#{seconds / 3600} hours" if seconds < 64800 # 18 hours return 'one day' if seconds < 86400 # 1 day return 'about one day' if seconds < 172800 # 2 days return "#{seconds / 86400} days" if seconds < 604800 # 1 week return 'about one week' if seconds < 1209600 # 2 week return "#{seconds / 604800} weeks" if seconds < 7257600 # 3 months return "#{seconds / 2419200} months" if seconds < 31536000 # 1 year return "#{seconds / 31536000} years" end # %q$Id: darkfish.rb 52 2009-01-07 02:08:11Z deveiant $" SVNID_PATTERN = / \$Id:\s (\S+)\s # filename (\d+)\s # rev (\d{4}-\d{2}-\d{2})\s # Date (YYYY-MM-DD) (\d{2}:\d{2}:\d{2}Z)\s # Time (HH:MM:SSZ) (\w+)\s # committer \$$ /x ## # Try to extract Subversion information out of the first constant whose # value looks like a subversion Id tag. If no matching constant is found, # and empty hash is returned. def get_svninfo klass constants = klass.constants or return {} constants.find { |c| c.value =~ SVNID_PATTERN } or return {} filename, rev, date, time, committer = $~.captures commitdate = Time.parse "#{date} #{time}" return { :filename => filename, :rev => Integer(rev), :commitdate => commitdate, :commitdelta => time_delta_string(Time.now - commitdate), :committer => committer, } end ## # Creates a template from its components and the +body_file+. # # For backwards compatibility, if +body_file+ contains "<html" the body is # used directly. def assemble_template body_file body = body_file.read return body if body =~ /<html/ head_file = @template_dir + '_head.rhtml' <<-TEMPLATE <!DOCTYPE html> <html> <head> #{head_file.read} #{body} TEMPLATE end ## # Renders the ERb contained in +file_name+ relative to the template # directory and returns the result based on the current context. def render file_name template_file = @template_dir + file_name template = template_for template_file, false, RDoc::ERBPartial template.filename = template_file.to_s template.result @context end ## # Load and render the erb template in the given +template_file+ and write # it out to +out_file+. # # Both +template_file+ and +out_file+ should be Pathname-like objects. # # An io will be yielded which must be captured by binding in the caller. def render_template template_file, out_file = nil # :yield: io io_output = out_file && !@dry_run && @file_output erb_klass = io_output ? RDoc::ERBIO : ERB template = template_for template_file, true, erb_klass if io_output then debug_msg "Outputting to %s" % [out_file.expand_path] out_file.dirname.mkpath out_file.open 'w', 0644 do |io| io.set_encoding @options.encoding @context = yield io template_result template, @context, template_file end else @context = yield nil output = template_result template, @context, template_file debug_msg " would have written %d characters to %s" % [ output.length, out_file.expand_path ] if @dry_run output end end ## # Creates the result for +template+ with +context+. If an error is raised a # Pathname +template_file+ will indicate the file where the error occurred. def template_result template, context, template_file template.filename = template_file.to_s template.result context rescue NoMethodError => e raise RDoc::Error, "Error while evaluating %s: %s" % [ template_file.expand_path, e.message, ], e.backtrace end ## # Retrieves a cache template for +file+, if present, or fills the cache. def template_for file, page = true, klass = ERB template = @template_cache[file] return template if template if page then template = assemble_template file erbout = 'io' else template = file.read template = template.encode @options.encoding file_var = File.basename(file).sub(/\..*/, '') erbout = "_erbout_#{file_var}" end template = klass.new template, trim_mode: '-', eoutvar: erbout @template_cache[file] = template template end # Returns an excerpt of the content for usage in meta description tags def excerpt(content) text = case content when RDoc::Comment content.text when RDoc::Markup::Document # This case is for page files that are not markdown nor rdoc # We convert them to markdown for now as it's easier to extract the text formatter = RDoc::Markup::ToMarkdown.new formatter.start_accepting formatter.accept_document(content) formatter.end_accepting else content end # Match from a capital letter to the first period, discarding any links, so # that we don't end up matching badges in the README first_paragraph_match = text.match(/[A-Z][^\.:\/]+\./) return text[0...150].gsub(/\n/, " ").squeeze(" ") unless first_paragraph_match extracted_text = first_paragraph_match[0] second_paragraph = first_paragraph_match.post_match.match(/[A-Z][^\.:\/]+\./) extracted_text << " " << second_paragraph[0] if second_paragraph extracted_text[0...150].gsub(/\n/, " ").squeeze(" ") end def generate_ancestor_list(ancestors, klass) return '' if ancestors.empty? ancestor = ancestors.shift content = +'<ul><li>' if ancestor.is_a?(RDoc::NormalClass) content << "<a href=\"#{klass.aref_to ancestor.path}\">#{ancestor.full_name}</a>" else content << ancestor.to_s end # Recursively call the method for the remaining ancestors content << generate_ancestor_list(ancestors, klass) content << '</li></ul>' end end PK )J [� � 8 share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/pot/po.rbnu �[��� # frozen_string_literal: true ## # Generates a PO format text class RDoc::Generator::POT::PO ## # Creates an object that represents PO format. def initialize @entries = {} add_header end ## # Adds a PO entry to the PO. def add entry existing_entry = @entries[entry.msgid] if existing_entry entry = existing_entry.merge(entry) end @entries[entry.msgid] = entry end ## # Returns PO format text for the PO. def to_s po = '' sort_entries.each do |entry| po += "\n" unless po.empty? po += entry.to_s end po end private def add_header add(header_entry) end def header_entry comment = <<-COMMENT SOME DESCRIPTIVE TITLE. Copyright (C) YEAR THE PACKAGE'S COPYRIGHT HOLDER This file is distributed under the same license as the PACKAGE package. FIRST AUTHOR <EMAIL@ADDRESS>, YEAR. COMMENT content = <<-CONTENT Project-Id-Version: PACKAGE VERSEION Report-Msgid-Bugs-To: PO-Revision-Date: YEAR-MO_DA HO:MI+ZONE Last-Translator: FULL NAME <EMAIL@ADDRESS> Language-Team: LANGUAGE <LL@li.org> Language: MIME-Version: 1.0 Content-Type: text/plain; charset=CHARSET Content-Transfer-Encoding: 8bit Plural-Forms: nplurals=INTEGER; plural=EXPRESSION; CONTENT options = { :msgstr => content, :translator_comment => comment, :flags => ['fuzzy'], } RDoc::Generator::POT::POEntry.new('', options) end def sort_entries headers, messages = @entries.values.partition do |entry| entry.msgid.empty? end # TODO: sort by location sorted_messages = messages.sort_by do |entry| entry.msgid end headers + sorted_messages end end PK )J [L�� G share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/pot/message_extractor.rbnu �[��� # frozen_string_literal: true ## # Extracts message from RDoc::Store class RDoc::Generator::POT::MessageExtractor ## # Creates a message extractor for +store+. def initialize store @store = store @po = RDoc::Generator::POT::PO.new end ## # Extracts messages from +store+, stores them into # RDoc::Generator::POT::PO and returns it. def extract @store.all_classes_and_modules.each do |klass| extract_from_klass(klass) end @po end private def extract_from_klass klass extract_text(klass.comment_location, klass.full_name) klass.each_section do |section, constants, attributes| extract_text(section.title, "#{klass.full_name}: section title") section.comments.each do |comment| extract_text(comment, "#{klass.full_name}: #{section.title}") end end klass.each_constant do |constant| extract_text(constant.comment, constant.full_name) end klass.each_attribute do |attribute| extract_text(attribute.comment, attribute.full_name) end klass.each_method do |method| extract_text(method.comment, method.full_name) end end def extract_text text, comment, location = nil return if text.nil? options = { :extracted_comment => comment, :references => [location].compact, } i18n_text = RDoc::I18n::Text.new(text) i18n_text.extract_messages do |part| @po.add(entry(part[:paragraph], options)) end end def entry msgid, options RDoc::Generator::POT::POEntry.new(msgid, options) end end PK )J [(k�!� � > share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/pot/po_entry.rbnu �[��� # frozen_string_literal: true ## # A PO entry in PO class RDoc::Generator::POT::POEntry # The msgid content attr_reader :msgid # The msgstr content attr_reader :msgstr # The comment content created by translator (PO editor) attr_reader :translator_comment # The comment content extracted from source file attr_reader :extracted_comment # The locations where the PO entry is extracted attr_reader :references # The flags of the PO entry attr_reader :flags ## # Creates a PO entry for +msgid+. Other values can be specified by # +options+. def initialize msgid, options = {} @msgid = msgid @msgstr = options[:msgstr] || "" @translator_comment = options[:translator_comment] @extracted_comment = options[:extracted_comment] @references = options[:references] || [] @flags = options[:flags] || [] end ## # Returns the PO entry in PO format. def to_s entry = '' entry += format_translator_comment entry += format_extracted_comment entry += format_references entry += format_flags entry += <<-ENTRY msgid #{format_message(@msgid)} msgstr #{format_message(@msgstr)} ENTRY end ## # Merges the PO entry with +other_entry+. def merge other_entry options = { :extracted_comment => merge_string(@extracted_comment, other_entry.extracted_comment), :translator_comment => merge_string(@translator_comment, other_entry.translator_comment), :references => merge_array(@references, other_entry.references), :flags => merge_array(@flags, other_entry.flags), } self.class.new(@msgid, options) end private def format_comment mark, comment return '' unless comment return '' if comment.empty? formatted_comment = '' comment.each_line do |line| formatted_comment += "#{mark} #{line}" end formatted_comment += "\n" unless formatted_comment.end_with?("\n") formatted_comment end def format_translator_comment format_comment('#', @translator_comment) end def format_extracted_comment format_comment('#.', @extracted_comment) end def format_references return '' if @references.empty? formatted_references = '' @references.sort.each do |file, line| formatted_references += "\#: #{file}:#{line}\n" end formatted_references end def format_flags return '' if @flags.empty? formatted_flags = flags.join(",") "\#, #{formatted_flags}\n" end def format_message message return "\"#{escape(message)}\"" unless message.include?("\n") formatted_message = '""' message.each_line do |line| formatted_message += "\n" formatted_message += "\"#{escape(line)}\"" end formatted_message end def escape string string.gsub(/["\\\t\n]/) do |special_character| case special_character when "\t" "\\t" when "\n" "\\n" else "\\#{special_character}" end end end def merge_string string1, string2 [string1, string2].compact.join("\n") end def merge_array array1, array2 (array1 + array2).uniq end end PK )J [�� � � < share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/json_index.rbnu �[��� # frozen_string_literal: true require 'json' begin require 'zlib' rescue LoadError end ## # The JsonIndex generator is designed to complement an HTML generator and # produces a JSON search index. This generator is derived from sdoc by # Vladimir Kolesnikov and contains verbatim code written by him. # # This generator is designed to be used with a regular HTML generator: # # class RDoc::Generator::Darkfish # def initialize options # # ... # @base_dir = Pathname.pwd.expand_path # # @json_index = RDoc::Generator::JsonIndex.new self, options # end # # def generate # # ... # @json_index.generate # end # end # # == Index Format # # The index is output as a JSON file assigned to the global variable # +search_data+. The structure is: # # var search_data = { # "index": { # "searchIndex": # ["a", "b", ...], # "longSearchIndex": # ["a", "a::b", ...], # "info": [ # ["A", "A", "A.html", "", ""], # ["B", "A::B", "A::B.html", "", ""], # ... # ] # } # } # # The same item is described across the +searchIndex+, +longSearchIndex+ and # +info+ fields. The +searchIndex+ field contains the item's short name, the # +longSearchIndex+ field contains the full_name (when appropriate) and the # +info+ field contains the item's name, full_name, path, parameters and a # snippet of the item's comment. # # == LICENSE # # Copyright (c) 2009 Vladimir Kolesnikov # # Permission is hereby granted, free of charge, to any person obtaining # a copy of this software and associated documentation files (the # "Software"), to deal in the Software without restriction, including # without limitation the rights to use, copy, modify, merge, publish, # distribute, sublicense, and/or sell copies of the Software, and to # permit persons to whom the Software is furnished to do so, subject to # the following conditions: # # The above copyright notice and this permission notice shall be # included in all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF # MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND # NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE # LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION # OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION # WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. class RDoc::Generator::JsonIndex include RDoc::Text ## # Where the search index lives in the generated output SEARCH_INDEX_FILE = File.join 'js', 'search_index.js' attr_reader :index # :nodoc: ## # Creates a new generator. +parent_generator+ is used to determine the # class_dir and file_dir of links in the output index. # # +options+ are the same options passed to the parent generator. def initialize parent_generator, options @parent_generator = parent_generator @store = parent_generator.store @options = options @template_dir = File.expand_path '../template/json_index', __FILE__ @base_dir = @parent_generator.base_dir @classes = nil @files = nil @index = nil end ## # Builds the JSON index as a Hash. def build_index reset @store.all_files.sort, @store.all_classes_and_modules.sort index_classes index_methods index_pages { :index => @index } end ## # Output progress information if debugging is enabled def debug_msg *msg return unless $DEBUG_RDOC $stderr.puts(*msg) end ## # Writes the JSON index to disk def generate debug_msg "Generating JSON index" debug_msg " writing search index to %s" % SEARCH_INDEX_FILE data = build_index return if @options.dry_run out_dir = @base_dir + @options.op_dir index_file = out_dir + SEARCH_INDEX_FILE FileUtils.mkdir_p index_file.dirname, :verbose => $DEBUG_RDOC index_file.open 'w', 0644 do |io| io.set_encoding Encoding::UTF_8 io.write 'var search_data = ' JSON.dump data, io, 0 end unless ENV['SOURCE_DATE_EPOCH'].nil? index_file.utime index_file.atime, Time.at(ENV['SOURCE_DATE_EPOCH'].to_i).gmtime end Dir.chdir @template_dir do Dir['**/*.js'].each do |source| dest = File.join out_dir, source FileUtils.install source, dest, :mode => 0644, :preserve => true, :verbose => $DEBUG_RDOC end end end ## # Compress the search_index.js file using gzip def generate_gzipped return if @options.dry_run or not defined?(Zlib) debug_msg "Compressing generated JSON index" out_dir = @base_dir + @options.op_dir search_index_file = out_dir + SEARCH_INDEX_FILE outfile = out_dir + "#{search_index_file}.gz" debug_msg "Reading the JSON index file from %s" % search_index_file search_index = search_index_file.read(mode: 'r:utf-8') debug_msg "Writing gzipped search index to %s" % outfile Zlib::GzipWriter.open(outfile) do |gz| gz.mtime = File.mtime(search_index_file) gz.orig_name = search_index_file.basename.to_s gz.write search_index gz.close end # GZip the rest of the js files Dir.chdir @template_dir do Dir['**/*.js'].each do |source| dest = out_dir + source outfile = out_dir + "#{dest}.gz" debug_msg "Reading the original js file from %s" % dest data = dest.read debug_msg "Writing gzipped file to %s" % outfile Zlib::GzipWriter.open(outfile) do |gz| gz.mtime = File.mtime(dest) gz.orig_name = dest.basename.to_s gz.write data gz.close end end end end ## # Adds classes and modules to the index def index_classes debug_msg " generating class search index" documented = @classes.uniq.select do |klass| klass.document_self_or_methods end documented.each do |klass| debug_msg " #{klass.full_name}" record = klass.search_record @index[:searchIndex] << search_string(record.shift) @index[:longSearchIndex] << search_string(record.shift) @index[:info] << record end end ## # Adds methods to the index def index_methods debug_msg " generating method search index" list = @classes.uniq.flat_map do |klass| klass.method_list end.sort_by do |method| [method.name, method.parent.full_name] end list.each do |method| debug_msg " #{method.full_name}" record = method.search_record @index[:searchIndex] << "#{search_string record.shift}()" @index[:longSearchIndex] << "#{search_string record.shift}()" @index[:info] << record end end ## # Adds pages to the index def index_pages debug_msg " generating pages search index" pages = @files.select do |file| file.text? end pages.each do |page| debug_msg " #{page.page_name}" record = page.search_record @index[:searchIndex] << search_string(record.shift) @index[:longSearchIndex] << '' record.shift @index[:info] << record end end ## # The directory classes are written to def class_dir @parent_generator.class_dir end ## # The directory files are written to def file_dir @parent_generator.file_dir end def reset files, classes # :nodoc: @files = files @classes = classes @index = { :searchIndex => [], :longSearchIndex => [], :info => [] } end ## # Removes whitespace and downcases +string+ def search_string string string.downcase.gsub(/\s/, '') end end PK )J [��Q� 5 share/gems/gems/rdoc-6.10.0/lib/rdoc/generator/pot.rbnu �[��� # frozen_string_literal: true ## # Generates a POT file. # # Here is a translator work flow with the generator. # # == Create .pot # # You create .pot file by pot formatter: # # % rdoc --format pot # # It generates doc/rdoc.pot. # # == Create .po # # You create .po file from doc/rdoc.pot. This operation is needed only # the first time. This work flow assumes that you are a translator # for Japanese. # # You create locale/ja/rdoc.po from doc/rdoc.pot. You can use msginit # provided by GNU gettext or rmsginit provided by gettext gem. This # work flow uses gettext gem because it is more portable than GNU # gettext for Rubyists. Gettext gem is implemented by pure Ruby. # # % gem install gettext # % mkdir -p locale/ja # % rmsginit --input doc/rdoc.pot --output locale/ja/rdoc.po --locale ja # # Translate messages in .po # # You translate messages in .po by a PO file editor. po-mode.el exists # for Emacs users. There are some GUI tools such as GTranslator. # There are some Web services such as POEditor and Tansifex. You can # edit by your favorite text editor because .po is a text file. # Generate localized documentation # # You can generate localized documentation with locale/ja/rdoc.po: # # % rdoc --locale ja # # You can find documentation in Japanese in doc/. Yay! # # == Update translation # # You need to update translation when your application is added or # modified messages. # # You can update .po by the following command lines: # # % rdoc --format pot # % rmsgmerge --update locale/ja/rdoc.po doc/rdoc.pot # # You edit locale/ja/rdoc.po to translate new messages. class RDoc::Generator::POT RDoc::RDoc.add_generator self ## # Description of this generator DESCRIPTION = 'creates .pot file' ## # Set up a new .pot generator def initialize store, options #:not-new: @options = options @store = store end ## # Writes .pot to disk. def generate po = extract_messages pot_path = 'rdoc.pot' File.open(pot_path, "w") do |pot| pot.print(po.to_s) end end # :nodoc: def class_dir nil end private def extract_messages extractor = MessageExtractor.new(@store) extractor.extract end require_relative 'pot/message_extractor' require_relative 'pot/po' require_relative 'pot/po_entry' end PK )J [诇 0 share/gems/gems/rdoc-6.10.0/lib/rdoc/encoding.rbnu �[��� # coding: US-ASCII # frozen_string_literal: true ## # This class is a wrapper around File IO and Encoding that helps RDoc load # files and convert them to the correct encoding. module RDoc::Encoding HEADER_REGEXP = /^ (?: \A\#!.*\n | ^\#\s+frozen[-_]string[-_]literal[=:].+\n | ^\#[^\n]+\b(?:en)?coding[=:]\s*(?<name>[^\s;]+).*\n | <\?xml[^?]*encoding=(?<quote>["'])(?<name>.*?)\k<quote>.*\n )+ /xi # :nodoc: ## # Reads the contents of +filename+ and handles any encoding directives in # the file. # # The content will be converted to the +encoding+. If the file cannot be # converted a warning will be printed and nil will be returned. # # If +force_transcode+ is true the document will be transcoded and any # unknown character in the target encoding will be replaced with '?' def self.read_file filename, encoding, force_transcode = false content = File.open filename, "rb" do |f| f.read end content.gsub!("\r\n", "\n") if RUBY_PLATFORM =~ /mswin|mingw/ utf8 = content.sub!(/\A\xef\xbb\xbf/, '') enc = RDoc::Encoding.detect_encoding content content = RDoc::Encoding.change_encoding content, enc if enc begin encoding ||= Encoding.default_external orig_encoding = content.encoding if not orig_encoding.ascii_compatible? then content = content.encode encoding elsif utf8 then content = RDoc::Encoding.change_encoding content, Encoding::UTF_8 content = content.encode encoding else # assume the content is in our output encoding content = RDoc::Encoding.change_encoding content, encoding end unless content.valid_encoding? then # revert and try to transcode content = RDoc::Encoding.change_encoding content, orig_encoding content = content.encode encoding end unless content.valid_encoding? then warn "unable to convert #{filename} to #{encoding}, skipping" content = nil end rescue Encoding::InvalidByteSequenceError, Encoding::UndefinedConversionError => e if force_transcode then content = RDoc::Encoding.change_encoding content, orig_encoding content = content.encode(encoding, :invalid => :replace, :undef => :replace, :replace => '?') return content else warn "unable to convert #{e.message} for #{filename}, skipping" return nil end end content rescue ArgumentError => e raise unless e.message =~ /unknown encoding name - (.*)/ warn "unknown encoding name \"#{$1}\" for #{filename}, skipping" nil rescue Errno::EISDIR, Errno::ENOENT nil end ## # Detects the encoding of +string+ based on the magic comment def self.detect_encoding string result = HEADER_REGEXP.match string name = result && result[:name] name ? Encoding.find(name) : nil end ## # Removes magic comments and shebang def self.remove_magic_comment string string.sub HEADER_REGEXP do |s| s.gsub(/[^\n]/, '') end end ## # Changes encoding based on +encoding+ without converting and returns new # string def self.change_encoding text, encoding if text.kind_of? RDoc::Comment text.encode! encoding else String.new text, encoding: encoding end end end PK )J [�)��( �( 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/markdown/literals.rbnu �[��� # coding: UTF-8 # frozen_string_literal: true # :markup: markdown ## # This set of literals is for Ruby 1.9 regular expressions and gives full # unicode support. # # Unlike peg-markdown, this set of literals recognizes Unicode alphanumeric # characters, newlines and spaces. class RDoc::Markdown::Literals # :stopdoc: # This is distinct from setup_parser so that a standalone parser # can redefine #initialize and still have access to the proper # parser setup code. def initialize(str, debug=false) setup_parser(str, debug) end # Prepares for parsing +str+. If you define a custom initialize you must # call this method before #parse def setup_parser(str, debug=false) set_string str, 0 @memoizations = Hash.new { |h,k| h[k] = {} } @result = nil @failed_rule = nil @failing_rule_offset = -1 @line_offsets = nil setup_foreign_grammar end attr_reader :string attr_reader :failing_rule_offset attr_accessor :result, :pos def current_column(target=pos) if string[target] == "\n" && (c = string.rindex("\n", target-1) || -1) return target - c elsif c = string.rindex("\n", target) return target - c end target + 1 end def position_line_offsets unless @position_line_offsets @position_line_offsets = [] total = 0 string.each_line do |line| total += line.size @position_line_offsets << total end end @position_line_offsets end if [].respond_to? :bsearch_index def current_line(target=pos) if line = position_line_offsets.bsearch_index {|x| x > target } return line + 1 end raise "Target position #{target} is outside of string" end else def current_line(target=pos) if line = position_line_offsets.index {|x| x > target } return line + 1 end raise "Target position #{target} is outside of string" end end def current_character(target=pos) if target < 0 || target >= string.size raise "Target position #{target} is outside of string" end string[target, 1] end KpegPosInfo = Struct.new(:pos, :lno, :col, :line, :char) def current_pos_info(target=pos) l = current_line target c = current_column target ln = get_line(l-1) chr = string[target,1] KpegPosInfo.new(target, l, c, ln, chr) end def lines string.lines end def get_line(no) loff = position_line_offsets if no < 0 raise "Line No is out of range: #{no} < 0" elsif no >= loff.size raise "Line No is out of range: #{no} >= #{loff.size}" end lend = loff[no]-1 lstart = no > 0 ? loff[no-1] : 0 string[lstart..lend] end def get_text(start) @string[start..@pos-1] end # Sets the string and current parsing position for the parser. def set_string string, pos @string = string @string_size = string ? string.size : 0 @pos = pos @position_line_offsets = nil end def show_pos width = 10 if @pos < width "#{@pos} (\"#{@string[0,@pos]}\" @ \"#{@string[@pos,width]}\")" else "#{@pos} (\"... #{@string[@pos - width, width]}\" @ \"#{@string[@pos,width]}\")" end end def failure_info l = current_line @failing_rule_offset c = current_column @failing_rule_offset if @failed_rule.kind_of? Symbol info = self.class::Rules[@failed_rule] "line #{l}, column #{c}: failed rule '#{info.name}' = '#{info.rendered}'" else "line #{l}, column #{c}: failed rule '#{@failed_rule}'" end end def failure_caret p = current_pos_info @failing_rule_offset "#{p.line.chomp}\n#{' ' * (p.col - 1)}^" end def failure_character current_character @failing_rule_offset end def failure_oneline p = current_pos_info @failing_rule_offset if @failed_rule.kind_of? Symbol info = self.class::Rules[@failed_rule] "@#{p.lno}:#{p.col} failed rule '#{info.name}', got '#{p.char}'" else "@#{p.lno}:#{p.col} failed rule '#{@failed_rule}', got '#{p.char}'" end end class ParseError < RuntimeError end def raise_error raise ParseError, failure_oneline end def show_error(io=STDOUT) error_pos = @failing_rule_offset p = current_pos_info(error_pos) io.puts "On line #{p.lno}, column #{p.col}:" if @failed_rule.kind_of? Symbol info = self.class::Rules[@failed_rule] io.puts "Failed to match '#{info.rendered}' (rule '#{info.name}')" else io.puts "Failed to match rule '#{@failed_rule}'" end io.puts "Got: #{p.char.inspect}" io.puts "=> #{p.line}" io.print(" " * (p.col + 2)) io.puts "^" end def set_failed_rule(name) if @pos > @failing_rule_offset @failed_rule = name @failing_rule_offset = @pos end end attr_reader :failed_rule def match_string(str) len = str.size if @string[pos,len] == str @pos += len return str end return nil end def scan(reg) if m = reg.match(@string, @pos) @pos = m.end(0) return true end return nil end if "".respond_to? :ord def get_byte if @pos >= @string_size return nil end s = @string[@pos].ord @pos += 1 s end else def get_byte if @pos >= @string_size return nil end s = @string[@pos] @pos += 1 s end end def parse(rule=nil) # We invoke the rules indirectly via apply # instead of by just calling them as methods because # if the rules use left recursion, apply needs to # manage that. if !rule apply(:_root) else method = rule.gsub("-","_hyphen_") apply :"_#{method}" end end class MemoEntry def initialize(ans, pos) @ans = ans @pos = pos @result = nil @set = false @left_rec = false end attr_reader :ans, :pos, :result, :set attr_accessor :left_rec def move!(ans, pos, result) @ans = ans @pos = pos @result = result @set = true @left_rec = false end end def external_invoke(other, rule, *args) old_pos = @pos old_string = @string set_string other.string, other.pos begin if val = __send__(rule, *args) other.pos = @pos other.result = @result else other.set_failed_rule "#{self.class}##{rule}" end val ensure set_string old_string, old_pos end end def apply_with_args(rule, *args) @result = nil memo_key = [rule, args] if m = @memoizations[memo_key][@pos] @pos = m.pos if !m.set m.left_rec = true return nil end @result = m.result return m.ans else m = MemoEntry.new(nil, @pos) @memoizations[memo_key][@pos] = m start_pos = @pos ans = __send__ rule, *args lr = m.left_rec m.move! ans, @pos, @result # Don't bother trying to grow the left recursion # if it's failing straight away (thus there is no seed) if ans and lr return grow_lr(rule, args, start_pos, m) else return ans end end end def apply(rule) @result = nil if m = @memoizations[rule][@pos] @pos = m.pos if !m.set m.left_rec = true return nil end @result = m.result return m.ans else m = MemoEntry.new(nil, @pos) @memoizations[rule][@pos] = m start_pos = @pos ans = __send__ rule lr = m.left_rec m.move! ans, @pos, @result # Don't bother trying to grow the left recursion # if it's failing straight away (thus there is no seed) if ans and lr return grow_lr(rule, nil, start_pos, m) else return ans end end end def grow_lr(rule, args, start_pos, m) while true @pos = start_pos @result = m.result if args ans = __send__ rule, *args else ans = __send__ rule end return nil unless ans break if @pos <= m.pos m.move! ans, @pos, @result end @result = m.result @pos = m.pos return m.ans end class RuleInfo def initialize(name, rendered) @name = name @rendered = rendered end attr_reader :name, :rendered end def self.rule_info(name, rendered) RuleInfo.new(name, rendered) end # :startdoc: # :stopdoc: def setup_foreign_grammar; end # Alphanumeric = /\p{Word}/ def _Alphanumeric _tmp = scan(/\G(?-mix:\p{Word})/) set_failed_rule :_Alphanumeric unless _tmp return _tmp end # AlphanumericAscii = /[A-Za-z0-9]/ def _AlphanumericAscii _tmp = scan(/\G(?-mix:[A-Za-z0-9])/) set_failed_rule :_AlphanumericAscii unless _tmp return _tmp end # BOM = "uFEFF" def _BOM _tmp = match_string("uFEFF") set_failed_rule :_BOM unless _tmp return _tmp end # Newline = /\n|\r\n?|\p{Zl}|\p{Zp}/ def _Newline _tmp = scan(/\G(?-mix:\n|\r\n?|\p{Zl}|\p{Zp})/) set_failed_rule :_Newline unless _tmp return _tmp end # NonAlphanumeric = /\p{^Word}/ def _NonAlphanumeric _tmp = scan(/\G(?-mix:\p{^Word})/) set_failed_rule :_NonAlphanumeric unless _tmp return _tmp end # Spacechar = /\t|\p{Zs}/ def _Spacechar _tmp = scan(/\G(?-mix:\t|\p{Zs})/) set_failed_rule :_Spacechar unless _tmp return _tmp end Rules = {} Rules[:_Alphanumeric] = rule_info("Alphanumeric", "/\\p{Word}/") Rules[:_AlphanumericAscii] = rule_info("AlphanumericAscii", "/[A-Za-z0-9]/") Rules[:_BOM] = rule_info("BOM", "\"uFEFF\"") Rules[:_Newline] = rule_info("Newline", "/\\n|\\r\\n?|\\p{Zl}|\\p{Zp}/") Rules[:_NonAlphanumeric] = rule_info("NonAlphanumeric", "/\\p{^Word}/") Rules[:_Spacechar] = rule_info("Spacechar", "/\\t|\\p{Zs}/") # :startdoc: end PK )J [7��- � � 9 share/gems/gems/rdoc-6.10.0/lib/rdoc/markdown/entities.rbnu �[��� # frozen_string_literal: true ## # HTML entity name map for RDoc::Markdown RDoc::Markdown::HTML_ENTITIES = { "AElig" => [0x000C6], "AMP" => [0x00026], "Aacute" => [0x000C1], "Abreve" => [0x00102], "Acirc" => [0x000C2], "Acy" => [0x00410], "Afr" => [0x1D504], "Agrave" => [0x000C0], "Alpha" => [0x00391], "Amacr" => [0x00100], "And" => [0x02A53], "Aogon" => [0x00104], "Aopf" => [0x1D538], "ApplyFunction" => [0x02061], "Aring" => [0x000C5], "Ascr" => [0x1D49C], "Assign" => [0x02254], "Atilde" => [0x000C3], "Auml" => [0x000C4], "Backslash" => [0x02216], "Barv" => [0x02AE7], "Barwed" => [0x02306], "Bcy" => [0x00411], "Because" => [0x02235], "Bernoullis" => [0x0212C], "Beta" => [0x00392], "Bfr" => [0x1D505], "Bopf" => [0x1D539], "Breve" => [0x002D8], "Bscr" => [0x0212C], "Bumpeq" => [0x0224E], "CHcy" => [0x00427], "COPY" => [0x000A9], "Cacute" => [0x00106], "Cap" => [0x022D2], "CapitalDifferentialD" => [0x02145], "Cayleys" => [0x0212D], "Ccaron" => [0x0010C], "Ccedil" => [0x000C7], "Ccirc" => [0x00108], "Cconint" => [0x02230], "Cdot" => [0x0010A], "Cedilla" => [0x000B8], "CenterDot" => [0x000B7], "Cfr" => [0x0212D], "Chi" => [0x003A7], "CircleDot" => [0x02299], "CircleMinus" => [0x02296], "CirclePlus" => [0x02295], "CircleTimes" => [0x02297], "ClockwiseContourIntegral" => [0x02232], "CloseCurlyDoubleQuote" => [0x0201D], "CloseCurlyQuote" => [0x02019], "Colon" => [0x02237], "Colone" => [0x02A74], "Congruent" => [0x02261], "Conint" => [0x0222F], "ContourIntegral" => [0x0222E], "Copf" => [0x02102], "Coproduct" => [0x02210], "CounterClockwiseContourIntegral" => [0x02233], "Cross" => [0x02A2F], "Cscr" => [0x1D49E], "Cup" => [0x022D3], "CupCap" => [0x0224D], "DD" => [0x02145], "DDotrahd" => [0x02911], "DJcy" => [0x00402], "DScy" => [0x00405], "DZcy" => [0x0040F], "Dagger" => [0x02021], "Darr" => [0x021A1], "Dashv" => [0x02AE4], "Dcaron" => [0x0010E], "Dcy" => [0x00414], "Del" => [0x02207], "Delta" => [0x00394], "Dfr" => [0x1D507], "DiacriticalAcute" => [0x000B4], "DiacriticalDot" => [0x002D9], "DiacriticalDoubleAcute" => [0x002DD], "DiacriticalGrave" => [0x00060], "DiacriticalTilde" => [0x002DC], "Diamond" => [0x022C4], "DifferentialD" => [0x02146], "Dopf" => [0x1D53B], "Dot" => [0x000A8], "DotDot" => [0x020DC], "DotEqual" => [0x02250], "DoubleContourIntegral" => [0x0222F], "DoubleDot" => [0x000A8], "DoubleDownArrow" => [0x021D3], "DoubleLeftArrow" => [0x021D0], "DoubleLeftRightArrow" => [0x021D4], "DoubleLeftTee" => [0x02AE4], "DoubleLongLeftArrow" => [0x027F8], "DoubleLongLeftRightArrow" => [0x027FA], "DoubleLongRightArrow" => [0x027F9], "DoubleRightArrow" => [0x021D2], "DoubleRightTee" => [0x022A8], "DoubleUpArrow" => [0x021D1], "DoubleUpDownArrow" => [0x021D5], "DoubleVerticalBar" => [0x02225], "DownArrow" => [0x02193], "DownArrowBar" => [0x02913], "DownArrowUpArrow" => [0x021F5], "DownBreve" => [0x00311], "DownLeftRightVector" => [0x02950], "DownLeftTeeVector" => [0x0295E], "DownLeftVector" => [0x021BD], "DownLeftVectorBar" => [0x02956], "DownRightTeeVector" => [0x0295F], "DownRightVector" => [0x021C1], "DownRightVectorBar" => [0x02957], "DownTee" => [0x022A4], "DownTeeArrow" => [0x021A7], "Downarrow" => [0x021D3], "Dscr" => [0x1D49F], "Dstrok" => [0x00110], "ENG" => [0x0014A], "ETH" => [0x000D0], "Eacute" => [0x000C9], "Ecaron" => [0x0011A], "Ecirc" => [0x000CA], "Ecy" => [0x0042D], "Edot" => [0x00116], "Efr" => [0x1D508], "Egrave" => [0x000C8], "Element" => [0x02208], "Emacr" => [0x00112], "EmptySmallSquare" => [0x025FB], "EmptyVerySmallSquare" => [0x025AB], "Eogon" => [0x00118], "Eopf" => [0x1D53C], "Epsilon" => [0x00395], "Equal" => [0x02A75], "EqualTilde" => [0x02242], "Equilibrium" => [0x021CC], "Escr" => [0x02130], "Esim" => [0x02A73], "Eta" => [0x00397], "Euml" => [0x000CB], "Exists" => [0x02203], "ExponentialE" => [0x02147], "Fcy" => [0x00424], "Ffr" => [0x1D509], "FilledSmallSquare" => [0x025FC], "FilledVerySmallSquare" => [0x025AA], "Fopf" => [0x1D53D], "ForAll" => [0x02200], "Fouriertrf" => [0x02131], "Fscr" => [0x02131], "GJcy" => [0x00403], "GT" => [0x0003E], "Gamma" => [0x00393], "Gammad" => [0x003DC], "Gbreve" => [0x0011E], "Gcedil" => [0x00122], "Gcirc" => [0x0011C], "Gcy" => [0x00413], "Gdot" => [0x00120], "Gfr" => [0x1D50A], "Gg" => [0x022D9], "Gopf" => [0x1D53E], "GreaterEqual" => [0x02265], "GreaterEqualLess" => [0x022DB], "GreaterFullEqual" => [0x02267], "GreaterGreater" => [0x02AA2], "GreaterLess" => [0x02277], "GreaterSlantEqual" => [0x02A7E], "GreaterTilde" => [0x02273], "Gscr" => [0x1D4A2], "Gt" => [0x0226B], "HARDcy" => [0x0042A], "Hacek" => [0x002C7], "Hat" => [0x0005E], "Hcirc" => [0x00124], "Hfr" => [0x0210C], "HilbertSpace" => [0x0210B], "Hopf" => [0x0210D], "HorizontalLine" => [0x02500], "Hscr" => [0x0210B], "Hstrok" => [0x00126], "HumpDownHump" => [0x0224E], "HumpEqual" => [0x0224F], "IEcy" => [0x00415], "IJlig" => [0x00132], "IOcy" => [0x00401], "Iacute" => [0x000CD], "Icirc" => [0x000CE], "Icy" => [0x00418], "Idot" => [0x00130], "Ifr" => [0x02111], "Igrave" => [0x000CC], "Im" => [0x02111], "Imacr" => [0x0012A], "ImaginaryI" => [0x02148], "Implies" => [0x021D2], "Int" => [0x0222C], "Integral" => [0x0222B], "Intersection" => [0x022C2], "InvisibleComma" => [0x02063], "InvisibleTimes" => [0x02062], "Iogon" => [0x0012E], "Iopf" => [0x1D540], "Iota" => [0x00399], "Iscr" => [0x02110], "Itilde" => [0x00128], "Iukcy" => [0x00406], "Iuml" => [0x000CF], "Jcirc" => [0x00134], "Jcy" => [0x00419], "Jfr" => [0x1D50D], "Jopf" => [0x1D541], "Jscr" => [0x1D4A5], "Jsercy" => [0x00408], "Jukcy" => [0x00404], "KHcy" => [0x00425], "KJcy" => [0x0040C], "Kappa" => [0x0039A], "Kcedil" => [0x00136], "Kcy" => [0x0041A], "Kfr" => [0x1D50E], "Kopf" => [0x1D542], "Kscr" => [0x1D4A6], "LJcy" => [0x00409], "LT" => [0x0003C], "Lacute" => [0x00139], "Lambda" => [0x0039B], "Lang" => [0x027EA], "Laplacetrf" => [0x02112], "Larr" => [0x0219E], "Lcaron" => [0x0013D], "Lcedil" => [0x0013B], "Lcy" => [0x0041B], "LeftAngleBracket" => [0x027E8], "LeftArrow" => [0x02190], "LeftArrowBar" => [0x021E4], "LeftArrowRightArrow" => [0x021C6], "LeftCeiling" => [0x02308], "LeftDoubleBracket" => [0x027E6], "LeftDownTeeVector" => [0x02961], "LeftDownVector" => [0x021C3], "LeftDownVectorBar" => [0x02959], "LeftFloor" => [0x0230A], "LeftRightArrow" => [0x02194], "LeftRightVector" => [0x0294E], "LeftTee" => [0x022A3], "LeftTeeArrow" => [0x021A4], "LeftTeeVector" => [0x0295A], "LeftTriangle" => [0x022B2], "LeftTriangleBar" => [0x029CF], "LeftTriangleEqual" => [0x022B4], "LeftUpDownVector" => [0x02951], "LeftUpTeeVector" => [0x02960], "LeftUpVector" => [0x021BF], "LeftUpVectorBar" => [0x02958], "LeftVector" => [0x021BC], "LeftVectorBar" => [0x02952], "Leftarrow" => [0x021D0], "Leftrightarrow" => [0x021D4], "LessEqualGreater" => [0x022DA], "LessFullEqual" => [0x02266], "LessGreater" => [0x02276], "LessLess" => [0x02AA1], "LessSlantEqual" => [0x02A7D], "LessTilde" => [0x02272], "Lfr" => [0x1D50F], "Ll" => [0x022D8], "Lleftarrow" => [0x021DA], "Lmidot" => [0x0013F], "LongLeftArrow" => [0x027F5], "LongLeftRightArrow" => [0x027F7], "LongRightArrow" => [0x027F6], "Longleftarrow" => [0x027F8], "Longleftrightarrow" => [0x027FA], "Longrightarrow" => [0x027F9], "Lopf" => [0x1D543], "LowerLeftArrow" => [0x02199], "LowerRightArrow" => [0x02198], "Lscr" => [0x02112], "Lsh" => [0x021B0], "Lstrok" => [0x00141], "Lt" => [0x0226A], "Map" => [0x02905], "Mcy" => [0x0041C], "MediumSpace" => [0x0205F], "Mellintrf" => [0x02133], "Mfr" => [0x1D510], "MinusPlus" => [0x02213], "Mopf" => [0x1D544], "Mscr" => [0x02133], "Mu" => [0x0039C], "NJcy" => [0x0040A], "Nacute" => [0x00143], "Ncaron" => [0x00147], "Ncedil" => [0x00145], "Ncy" => [0x0041D], "NegativeMediumSpace" => [0x0200B], "NegativeThickSpace" => [0x0200B], "NegativeThinSpace" => [0x0200B], "NegativeVeryThinSpace" => [0x0200B], "NestedGreaterGreater" => [0x0226B], "NestedLessLess" => [0x0226A], "NewLine" => [0x0000A], "Nfr" => [0x1D511], "NoBreak" => [0x02060], "NonBreakingSpace" => [0x000A0], "Nopf" => [0x02115], "Not" => [0x02AEC], "NotCongruent" => [0x02262], "NotCupCap" => [0x0226D], "NotDoubleVerticalBar" => [0x02226], "NotElement" => [0x02209], "NotEqual" => [0x02260], "NotEqualTilde" => [0x02242, 0x00338], "NotExists" => [0x02204], "NotGreater" => [0x0226F], "NotGreaterEqual" => [0x02271], "NotGreaterFullEqual" => [0x02267, 0x00338], "NotGreaterGreater" => [0x0226B, 0x00338], "NotGreaterLess" => [0x02279], "NotGreaterSlantEqual" => [0x02A7E, 0x00338], "NotGreaterTilde" => [0x02275], "NotHumpDownHump" => [0x0224E, 0x00338], "NotHumpEqual" => [0x0224F, 0x00338], "NotLeftTriangle" => [0x022EA], "NotLeftTriangleBar" => [0x029CF, 0x00338], "NotLeftTriangleEqual" => [0x022EC], "NotLess" => [0x0226E], "NotLessEqual" => [0x02270], "NotLessGreater" => [0x02278], "NotLessLess" => [0x0226A, 0x00338], "NotLessSlantEqual" => [0x02A7D, 0x00338], "NotLessTilde" => [0x02274], "NotNestedGreaterGreater" => [0x02AA2, 0x00338], "NotNestedLessLess" => [0x02AA1, 0x00338], "NotPrecedes" => [0x02280], "NotPrecedesEqual" => [0x02AAF, 0x00338], "NotPrecedesSlantEqual" => [0x022E0], "NotReverseElement" => [0x0220C], "NotRightTriangle" => [0x022EB], "NotRightTriangleBar" => [0x029D0, 0x00338], "NotRightTriangleEqual" => [0x022ED], "NotSquareSubset" => [0x0228F, 0x00338], "NotSquareSubsetEqual" => [0x022E2], "NotSquareSuperset" => [0x02290, 0x00338], "NotSquareSupersetEqual" => [0x022E3], "NotSubset" => [0x02282, 0x020D2], "NotSubsetEqual" => [0x02288], "NotSucceeds" => [0x02281], "NotSucceedsEqual" => [0x02AB0, 0x00338], "NotSucceedsSlantEqual" => [0x022E1], "NotSucceedsTilde" => [0x0227F, 0x00338], "NotSuperset" => [0x02283, 0x020D2], "NotSupersetEqual" => [0x02289], "NotTilde" => [0x02241], "NotTildeEqual" => [0x02244], "NotTildeFullEqual" => [0x02247], "NotTildeTilde" => [0x02249], "NotVerticalBar" => [0x02224], "Nscr" => [0x1D4A9], "Ntilde" => [0x000D1], "Nu" => [0x0039D], "OElig" => [0x00152], "Oacute" => [0x000D3], "Ocirc" => [0x000D4], "Ocy" => [0x0041E], "Odblac" => [0x00150], "Ofr" => [0x1D512], "Ograve" => [0x000D2], "Omacr" => [0x0014C], "Omega" => [0x003A9], "Omicron" => [0x0039F], "Oopf" => [0x1D546], "OpenCurlyDoubleQuote" => [0x0201C], "OpenCurlyQuote" => [0x02018], "Or" => [0x02A54], "Oscr" => [0x1D4AA], "Oslash" => [0x000D8], "Otilde" => [0x000D5], "Otimes" => [0x02A37], "Ouml" => [0x000D6], "OverBar" => [0x0203E], "OverBrace" => [0x023DE], "OverBracket" => [0x023B4], "OverParenthesis" => [0x023DC], "PartialD" => [0x02202], "Pcy" => [0x0041F], "Pfr" => [0x1D513], "Phi" => [0x003A6], "Pi" => [0x003A0], "PlusMinus" => [0x000B1], "Poincareplane" => [0x0210C], "Popf" => [0x02119], "Pr" => [0x02ABB], "Precedes" => [0x0227A], "PrecedesEqual" => [0x02AAF], "PrecedesSlantEqual" => [0x0227C], "PrecedesTilde" => [0x0227E], "Prime" => [0x02033], "Product" => [0x0220F], "Proportion" => [0x02237], "Proportional" => [0x0221D], "Pscr" => [0x1D4AB], "Psi" => [0x003A8], "QUOT" => [0x00022], "Qfr" => [0x1D514], "Qopf" => [0x0211A], "Qscr" => [0x1D4AC], "RBarr" => [0x02910], "REG" => [0x000AE], "Racute" => [0x00154], "Rang" => [0x027EB], "Rarr" => [0x021A0], "Rarrtl" => [0x02916], "Rcaron" => [0x00158], "Rcedil" => [0x00156], "Rcy" => [0x00420], "Re" => [0x0211C], "ReverseElement" => [0x0220B], "ReverseEquilibrium" => [0x021CB], "ReverseUpEquilibrium" => [0x0296F], "Rfr" => [0x0211C], "Rho" => [0x003A1], "RightAngleBracket" => [0x027E9], "RightArrow" => [0x02192], "RightArrowBar" => [0x021E5], "RightArrowLeftArrow" => [0x021C4], "RightCeiling" => [0x02309], "RightDoubleBracket" => [0x027E7], "RightDownTeeVector" => [0x0295D], "RightDownVector" => [0x021C2], "RightDownVectorBar" => [0x02955], "RightFloor" => [0x0230B], "RightTee" => [0x022A2], "RightTeeArrow" => [0x021A6], "RightTeeVector" => [0x0295B], "RightTriangle" => [0x022B3], "RightTriangleBar" => [0x029D0], "RightTriangleEqual" => [0x022B5], "RightUpDownVector" => [0x0294F], "RightUpTeeVector" => [0x0295C], "RightUpVector" => [0x021BE], "RightUpVectorBar" => [0x02954], "RightVector" => [0x021C0], "RightVectorBar" => [0x02953], "Rightarrow" => [0x021D2], "Ropf" => [0x0211D], "RoundImplies" => [0x02970], "Rrightarrow" => [0x021DB], "Rscr" => [0x0211B], "Rsh" => [0x021B1], "RuleDelayed" => [0x029F4], "SHCHcy" => [0x00429], "SHcy" => [0x00428], "SOFTcy" => [0x0042C], "Sacute" => [0x0015A], "Sc" => [0x02ABC], "Scaron" => [0x00160], "Scedil" => [0x0015E], "Scirc" => [0x0015C], "Scy" => [0x00421], "Sfr" => [0x1D516], "ShortDownArrow" => [0x02193], "ShortLeftArrow" => [0x02190], "ShortRightArrow" => [0x02192], "ShortUpArrow" => [0x02191], "Sigma" => [0x003A3], "SmallCircle" => [0x02218], "Sopf" => [0x1D54A], "Sqrt" => [0x0221A], "Square" => [0x025A1], "SquareIntersection" => [0x02293], "SquareSubset" => [0x0228F], "SquareSubsetEqual" => [0x02291], "SquareSuperset" => [0x02290], "SquareSupersetEqual" => [0x02292], "SquareUnion" => [0x02294], "Sscr" => [0x1D4AE], "Star" => [0x022C6], "Sub" => [0x022D0], "Subset" => [0x022D0], "SubsetEqual" => [0x02286], "Succeeds" => [0x0227B], "SucceedsEqual" => [0x02AB0], "SucceedsSlantEqual" => [0x0227D], "SucceedsTilde" => [0x0227F], "SuchThat" => [0x0220B], "Sum" => [0x02211], "Sup" => [0x022D1], "Superset" => [0x02283], "SupersetEqual" => [0x02287], "Supset" => [0x022D1], "THORN" => [0x000DE], "TRADE" => [0x02122], "TSHcy" => [0x0040B], "TScy" => [0x00426], "Tab" => [0x00009], "Tau" => [0x003A4], "Tcaron" => [0x00164], "Tcedil" => [0x00162], "Tcy" => [0x00422], "Tfr" => [0x1D517], "Therefore" => [0x02234], "Theta" => [0x00398], "ThickSpace" => [0x0205F, 0x0200A], "ThinSpace" => [0x02009], "Tilde" => [0x0223C], "TildeEqual" => [0x02243], "TildeFullEqual" => [0x02245], "TildeTilde" => [0x02248], "Topf" => [0x1D54B], "TripleDot" => [0x020DB], "Tscr" => [0x1D4AF], "Tstrok" => [0x00166], "Uacute" => [0x000DA], "Uarr" => [0x0219F], "Uarrocir" => [0x02949], "Ubrcy" => [0x0040E], "Ubreve" => [0x0016C], "Ucirc" => [0x000DB], "Ucy" => [0x00423], "Udblac" => [0x00170], "Ufr" => [0x1D518], "Ugrave" => [0x000D9], "Umacr" => [0x0016A], "UnderBar" => [0x0005F], "UnderBrace" => [0x023DF], "UnderBracket" => [0x023B5], "UnderParenthesis" => [0x023DD], "Union" => [0x022C3], "UnionPlus" => [0x0228E], "Uogon" => [0x00172], "Uopf" => [0x1D54C], "UpArrow" => [0x02191], "UpArrowBar" => [0x02912], "UpArrowDownArrow" => [0x021C5], "UpDownArrow" => [0x02195], "UpEquilibrium" => [0x0296E], "UpTee" => [0x022A5], "UpTeeArrow" => [0x021A5], "Uparrow" => [0x021D1], "Updownarrow" => [0x021D5], "UpperLeftArrow" => [0x02196], "UpperRightArrow" => [0x02197], "Upsi" => [0x003D2], "Upsilon" => [0x003A5], "Uring" => [0x0016E], "Uscr" => [0x1D4B0], "Utilde" => [0x00168], "Uuml" => [0x000DC], "VDash" => [0x022AB], "Vbar" => [0x02AEB], "Vcy" => [0x00412], "Vdash" => [0x022A9], "Vdashl" => [0x02AE6], "Vee" => [0x022C1], "Verbar" => [0x02016], "Vert" => [0x02016], "VerticalBar" => [0x02223], "VerticalLine" => [0x0007C], "VerticalSeparator" => [0x02758], "VerticalTilde" => [0x02240], "VeryThinSpace" => [0x0200A], "Vfr" => [0x1D519], "Vopf" => [0x1D54D], "Vscr" => [0x1D4B1], "Vvdash" => [0x022AA], "Wcirc" => [0x00174], "Wedge" => [0x022C0], "Wfr" => [0x1D51A], "Wopf" => [0x1D54E], "Wscr" => [0x1D4B2], "Xfr" => [0x1D51B], "Xi" => [0x0039E], "Xopf" => [0x1D54F], "Xscr" => [0x1D4B3], "YAcy" => [0x0042F], "YIcy" => [0x00407], "YUcy" => [0x0042E], "Yacute" => [0x000DD], "Ycirc" => [0x00176], "Ycy" => [0x0042B], "Yfr" => [0x1D51C], "Yopf" => [0x1D550], "Yscr" => [0x1D4B4], "Yuml" => [0x00178], "ZHcy" => [0x00416], "Zacute" => [0x00179], "Zcaron" => [0x0017D], "Zcy" => [0x00417], "Zdot" => [0x0017B], "ZeroWidthSpace" => [0x0200B], "Zeta" => [0x00396], "Zfr" => [0x02128], "Zopf" => [0x02124], "Zscr" => [0x1D4B5], "aacute" => [0x000E1], "abreve" => [0x00103], "ac" => [0x0223E], "acE" => [0x0223E, 0x00333], "acd" => [0x0223F], "acirc" => [0x000E2], "acute" => [0x000B4], "acy" => [0x00430], "aelig" => [0x000E6], "af" => [0x02061], "afr" => [0x1D51E], "agrave" => [0x000E0], "alefsym" => [0x02135], "aleph" => [0x02135], "alpha" => [0x003B1], "amacr" => [0x00101], "amalg" => [0x02A3F], "amp" => [0x00026], "and" => [0x02227], "andand" => [0x02A55], "andd" => [0x02A5C], "andslope" => [0x02A58], "andv" => [0x02A5A], "ang" => [0x02220], "ange" => [0x029A4], "angle" => [0x02220], "angmsd" => [0x02221], "angmsdaa" => [0x029A8], "angmsdab" => [0x029A9], "angmsdac" => [0x029AA], "angmsdad" => [0x029AB], "angmsdae" => [0x029AC], "angmsdaf" => [0x029AD], "angmsdag" => [0x029AE], "angmsdah" => [0x029AF], "angrt" => [0x0221F], "angrtvb" => [0x022BE], "angrtvbd" => [0x0299D], "angsph" => [0x02222], "angst" => [0x000C5], "angzarr" => [0x0237C], "aogon" => [0x00105], "aopf" => [0x1D552], "ap" => [0x02248], "apE" => [0x02A70], "apacir" => [0x02A6F], "ape" => [0x0224A], "apid" => [0x0224B], "apos" => [0x00027], "approx" => [0x02248], "approxeq" => [0x0224A], "aring" => [0x000E5], "ascr" => [0x1D4B6], "ast" => [0x0002A], "asymp" => [0x02248], "asympeq" => [0x0224D], "atilde" => [0x000E3], "auml" => [0x000E4], "awconint" => [0x02233], "awint" => [0x02A11], "bNot" => [0x02AED], "backcong" => [0x0224C], "backepsilon" => [0x003F6], "backprime" => [0x02035], "backsim" => [0x0223D], "backsimeq" => [0x022CD], "barvee" => [0x022BD], "barwed" => [0x02305], "barwedge" => [0x02305], "bbrk" => [0x023B5], "bbrktbrk" => [0x023B6], "bcong" => [0x0224C], "bcy" => [0x00431], "bdquo" => [0x0201E], "becaus" => [0x02235], "because" => [0x02235], "bemptyv" => [0x029B0], "bepsi" => [0x003F6], "bernou" => [0x0212C], "beta" => [0x003B2], "beth" => [0x02136], "between" => [0x0226C], "bfr" => [0x1D51F], "bigcap" => [0x022C2], "bigcirc" => [0x025EF], "bigcup" => [0x022C3], "bigodot" => [0x02A00], "bigoplus" => [0x02A01], "bigotimes" => [0x02A02], "bigsqcup" => [0x02A06], "bigstar" => [0x02605], "bigtriangledown" => [0x025BD], "bigtriangleup" => [0x025B3], "biguplus" => [0x02A04], "bigvee" => [0x022C1], "bigwedge" => [0x022C0], "bkarow" => [0x0290D], "blacklozenge" => [0x029EB], "blacksquare" => [0x025AA], "blacktriangle" => [0x025B4], "blacktriangledown" => [0x025BE], "blacktriangleleft" => [0x025C2], "blacktriangleright" => [0x025B8], "blank" => [0x02423], "blk12" => [0x02592], "blk14" => [0x02591], "blk34" => [0x02593], "block" => [0x02588], "bne" => [0x0003D, 0x020E5], "bnequiv" => [0x02261, 0x020E5], "bnot" => [0x02310], "bopf" => [0x1D553], "bot" => [0x022A5], "bottom" => [0x022A5], "bowtie" => [0x022C8], "boxDL" => [0x02557], "boxDR" => [0x02554], "boxDl" => [0x02556], "boxDr" => [0x02553], "boxH" => [0x02550], "boxHD" => [0x02566], "boxHU" => [0x02569], "boxHd" => [0x02564], "boxHu" => [0x02567], "boxUL" => [0x0255D], "boxUR" => [0x0255A], "boxUl" => [0x0255C], "boxUr" => [0x02559], "boxV" => [0x02551], "boxVH" => [0x0256C], "boxVL" => [0x02563], "boxVR" => [0x02560], "boxVh" => [0x0256B], "boxVl" => [0x02562], "boxVr" => [0x0255F], "boxbox" => [0x029C9], "boxdL" => [0x02555], "boxdR" => [0x02552], "boxdl" => [0x02510], "boxdr" => [0x0250C], "boxh" => [0x02500], "boxhD" => [0x02565], "boxhU" => [0x02568], "boxhd" => [0x0252C], "boxhu" => [0x02534], "boxminus" => [0x0229F], "boxplus" => [0x0229E], "boxtimes" => [0x022A0], "boxuL" => [0x0255B], "boxuR" => [0x02558], "boxul" => [0x02518], "boxur" => [0x02514], "boxv" => [0x02502], "boxvH" => [0x0256A], "boxvL" => [0x02561], "boxvR" => [0x0255E], "boxvh" => [0x0253C], "boxvl" => [0x02524], "boxvr" => [0x0251C], "bprime" => [0x02035], "breve" => [0x002D8], "brvbar" => [0x000A6], "bscr" => [0x1D4B7], "bsemi" => [0x0204F], "bsim" => [0x0223D], "bsime" => [0x022CD], "bsol" => [0x0005C], "bsolb" => [0x029C5], "bsolhsub" => [0x027C8], "bull" => [0x02022], "bullet" => [0x02022], "bump" => [0x0224E], "bumpE" => [0x02AAE], "bumpe" => [0x0224F], "bumpeq" => [0x0224F], "cacute" => [0x00107], "cap" => [0x02229], "capand" => [0x02A44], "capbrcup" => [0x02A49], "capcap" => [0x02A4B], "capcup" => [0x02A47], "capdot" => [0x02A40], "caps" => [0x02229, 0x0FE00], "caret" => [0x02041], "caron" => [0x002C7], "ccaps" => [0x02A4D], "ccaron" => [0x0010D], "ccedil" => [0x000E7], "ccirc" => [0x00109], "ccups" => [0x02A4C], "ccupssm" => [0x02A50], "cdot" => [0x0010B], "cedil" => [0x000B8], "cemptyv" => [0x029B2], "cent" => [0x000A2], "centerdot" => [0x000B7], "cfr" => [0x1D520], "chcy" => [0x00447], "check" => [0x02713], "checkmark" => [0x02713], "chi" => [0x003C7], "cir" => [0x025CB], "cirE" => [0x029C3], "circ" => [0x002C6], "circeq" => [0x02257], "circlearrowleft" => [0x021BA], "circlearrowright" => [0x021BB], "circledR" => [0x000AE], "circledS" => [0x024C8], "circledast" => [0x0229B], "circledcirc" => [0x0229A], "circleddash" => [0x0229D], "cire" => [0x02257], "cirfnint" => [0x02A10], "cirmid" => [0x02AEF], "cirscir" => [0x029C2], "clubs" => [0x02663], "clubsuit" => [0x02663], "colon" => [0x0003A], "colone" => [0x02254], "coloneq" => [0x02254], "comma" => [0x0002C], "commat" => [0x00040], "comp" => [0x02201], "compfn" => [0x02218], "complement" => [0x02201], "complexes" => [0x02102], "cong" => [0x02245], "congdot" => [0x02A6D], "conint" => [0x0222E], "copf" => [0x1D554], "coprod" => [0x02210], "copy" => [0x000A9], "copysr" => [0x02117], "crarr" => [0x021B5], "cross" => [0x02717], "cscr" => [0x1D4B8], "csub" => [0x02ACF], "csube" => [0x02AD1], "csup" => [0x02AD0], "csupe" => [0x02AD2], "ctdot" => [0x022EF], "cudarrl" => [0x02938], "cudarrr" => [0x02935], "cuepr" => [0x022DE], "cuesc" => [0x022DF], "cularr" => [0x021B6], "cularrp" => [0x0293D], "cup" => [0x0222A], "cupbrcap" => [0x02A48], "cupcap" => [0x02A46], "cupcup" => [0x02A4A], "cupdot" => [0x0228D], "cupor" => [0x02A45], "cups" => [0x0222A, 0x0FE00], "curarr" => [0x021B7], "curarrm" => [0x0293C], "curlyeqprec" => [0x022DE], "curlyeqsucc" => [0x022DF], "curlyvee" => [0x022CE], "curlywedge" => [0x022CF], "curren" => [0x000A4], "curvearrowleft" => [0x021B6], "curvearrowright" => [0x021B7], "cuvee" => [0x022CE], "cuwed" => [0x022CF], "cwconint" => [0x02232], "cwint" => [0x02231], "cylcty" => [0x0232D], "dArr" => [0x021D3], "dHar" => [0x02965], "dagger" => [0x02020], "daleth" => [0x02138], "darr" => [0x02193], "dash" => [0x02010], "dashv" => [0x022A3], "dbkarow" => [0x0290F], "dblac" => [0x002DD], "dcaron" => [0x0010F], "dcy" => [0x00434], "dd" => [0x02146], "ddagger" => [0x02021], "ddarr" => [0x021CA], "ddotseq" => [0x02A77], "deg" => [0x000B0], "delta" => [0x003B4], "demptyv" => [0x029B1], "dfisht" => [0x0297F], "dfr" => [0x1D521], "dharl" => [0x021C3], "dharr" => [0x021C2], "diam" => [0x022C4], "diamond" => [0x022C4], "diamondsuit" => [0x02666], "diams" => [0x02666], "die" => [0x000A8], "digamma" => [0x003DD], "disin" => [0x022F2], "div" => [0x000F7], "divide" => [0x000F7], "divideontimes" => [0x022C7], "divonx" => [0x022C7], "djcy" => [0x00452], "dlcorn" => [0x0231E], "dlcrop" => [0x0230D], "dollar" => [0x00024], "dopf" => [0x1D555], "dot" => [0x002D9], "doteq" => [0x02250], "doteqdot" => [0x02251], "dotminus" => [0x02238], "dotplus" => [0x02214], "dotsquare" => [0x022A1], "doublebarwedge" => [0x02306], "downarrow" => [0x02193], "downdownarrows" => [0x021CA], "downharpoonleft" => [0x021C3], "downharpoonright" => [0x021C2], "drbkarow" => [0x02910], "drcorn" => [0x0231F], "drcrop" => [0x0230C], "dscr" => [0x1D4B9], "dscy" => [0x00455], "dsol" => [0x029F6], "dstrok" => [0x00111], "dtdot" => [0x022F1], "dtri" => [0x025BF], "dtrif" => [0x025BE], "duarr" => [0x021F5], "duhar" => [0x0296F], "dwangle" => [0x029A6], "dzcy" => [0x0045F], "dzigrarr" => [0x027FF], "eDDot" => [0x02A77], "eDot" => [0x02251], "eacute" => [0x000E9], "easter" => [0x02A6E], "ecaron" => [0x0011B], "ecir" => [0x02256], "ecirc" => [0x000EA], "ecolon" => [0x02255], "ecy" => [0x0044D], "edot" => [0x00117], "ee" => [0x02147], "efDot" => [0x02252], "efr" => [0x1D522], "eg" => [0x02A9A], "egrave" => [0x000E8], "egs" => [0x02A96], "egsdot" => [0x02A98], "el" => [0x02A99], "elinters" => [0x023E7], "ell" => [0x02113], "els" => [0x02A95], "elsdot" => [0x02A97], "emacr" => [0x00113], "empty" => [0x02205], "emptyset" => [0x02205], "emptyv" => [0x02205], "emsp" => [0x02003], "emsp13" => [0x02004], "emsp14" => [0x02005], "eng" => [0x0014B], "ensp" => [0x02002], "eogon" => [0x00119], "eopf" => [0x1D556], "epar" => [0x022D5], "eparsl" => [0x029E3], "eplus" => [0x02A71], "epsi" => [0x003B5], "epsilon" => [0x003B5], "epsiv" => [0x003F5], "eqcirc" => [0x02256], "eqcolon" => [0x02255], "eqsim" => [0x02242], "eqslantgtr" => [0x02A96], "eqslantless" => [0x02A95], "equals" => [0x0003D], "equest" => [0x0225F], "equiv" => [0x02261], "equivDD" => [0x02A78], "eqvparsl" => [0x029E5], "erDot" => [0x02253], "erarr" => [0x02971], "escr" => [0x0212F], "esdot" => [0x02250], "esim" => [0x02242], "eta" => [0x003B7], "eth" => [0x000F0], "euml" => [0x000EB], "euro" => [0x020AC], "excl" => [0x00021], "exist" => [0x02203], "expectation" => [0x02130], "exponentiale" => [0x02147], "fallingdotseq" => [0x02252], "fcy" => [0x00444], "female" => [0x02640], "ffilig" => [0x0FB03], "fflig" => [0x0FB00], "ffllig" => [0x0FB04], "ffr" => [0x1D523], "filig" => [0x0FB01], "fjlig" => [0x00066, 0x0006A], "flat" => [0x0266D], "fllig" => [0x0FB02], "fltns" => [0x025B1], "fnof" => [0x00192], "fopf" => [0x1D557], "forall" => [0x02200], "fork" => [0x022D4], "forkv" => [0x02AD9], "fpartint" => [0x02A0D], "frac12" => [0x000BD], "frac13" => [0x02153], "frac14" => [0x000BC], "frac15" => [0x02155], "frac16" => [0x02159], "frac18" => [0x0215B], "frac23" => [0x02154], "frac25" => [0x02156], "frac34" => [0x000BE], "frac35" => [0x02157], "frac38" => [0x0215C], "frac45" => [0x02158], "frac56" => [0x0215A], "frac58" => [0x0215D], "frac78" => [0x0215E], "frasl" => [0x02044], "frown" => [0x02322], "fscr" => [0x1D4BB], "gE" => [0x02267], "gEl" => [0x02A8C], "gacute" => [0x001F5], "gamma" => [0x003B3], "gammad" => [0x003DD], "gap" => [0x02A86], "gbreve" => [0x0011F], "gcirc" => [0x0011D], "gcy" => [0x00433], "gdot" => [0x00121], "ge" => [0x02265], "gel" => [0x022DB], "geq" => [0x02265], "geqq" => [0x02267], "geqslant" => [0x02A7E], "ges" => [0x02A7E], "gescc" => [0x02AA9], "gesdot" => [0x02A80], "gesdoto" => [0x02A82], "gesdotol" => [0x02A84], "gesl" => [0x022DB, 0x0FE00], "gesles" => [0x02A94], "gfr" => [0x1D524], "gg" => [0x0226B], "ggg" => [0x022D9], "gimel" => [0x02137], "gjcy" => [0x00453], "gl" => [0x02277], "glE" => [0x02A92], "gla" => [0x02AA5], "glj" => [0x02AA4], "gnE" => [0x02269], "gnap" => [0x02A8A], "gnapprox" => [0x02A8A], "gne" => [0x02A88], "gneq" => [0x02A88], "gneqq" => [0x02269], "gnsim" => [0x022E7], "gopf" => [0x1D558], "grave" => [0x00060], "gscr" => [0x0210A], "gsim" => [0x02273], "gsime" => [0x02A8E], "gsiml" => [0x02A90], "gt" => [0x0003E], "gtcc" => [0x02AA7], "gtcir" => [0x02A7A], "gtdot" => [0x022D7], "gtlPar" => [0x02995], "gtquest" => [0x02A7C], "gtrapprox" => [0x02A86], "gtrarr" => [0x02978], "gtrdot" => [0x022D7], "gtreqless" => [0x022DB], "gtreqqless" => [0x02A8C], "gtrless" => [0x02277], "gtrsim" => [0x02273], "gvertneqq" => [0x02269, 0x0FE00], "gvnE" => [0x02269, 0x0FE00], "hArr" => [0x021D4], "hairsp" => [0x0200A], "half" => [0x000BD], "hamilt" => [0x0210B], "hardcy" => [0x0044A], "harr" => [0x02194], "harrcir" => [0x02948], "harrw" => [0x021AD], "hbar" => [0x0210F], "hcirc" => [0x00125], "hearts" => [0x02665], "heartsuit" => [0x02665], "hellip" => [0x02026], "hercon" => [0x022B9], "hfr" => [0x1D525], "hksearow" => [0x02925], "hkswarow" => [0x02926], "hoarr" => [0x021FF], "homtht" => [0x0223B], "hookleftarrow" => [0x021A9], "hookrightarrow" => [0x021AA], "hopf" => [0x1D559], "horbar" => [0x02015], "hscr" => [0x1D4BD], "hslash" => [0x0210F], "hstrok" => [0x00127], "hybull" => [0x02043], "hyphen" => [0x02010], "iacute" => [0x000ED], "ic" => [0x02063], "icirc" => [0x000EE], "icy" => [0x00438], "iecy" => [0x00435], "iexcl" => [0x000A1], "iff" => [0x021D4], "ifr" => [0x1D526], "igrave" => [0x000EC], "ii" => [0x02148], "iiiint" => [0x02A0C], "iiint" => [0x0222D], "iinfin" => [0x029DC], "iiota" => [0x02129], "ijlig" => [0x00133], "imacr" => [0x0012B], "image" => [0x02111], "imagline" => [0x02110], "imagpart" => [0x02111], "imath" => [0x00131], "imof" => [0x022B7], "imped" => [0x001B5], "in" => [0x02208], "incare" => [0x02105], "infin" => [0x0221E], "infintie" => [0x029DD], "inodot" => [0x00131], "int" => [0x0222B], "intcal" => [0x022BA], "integers" => [0x02124], "intercal" => [0x022BA], "intlarhk" => [0x02A17], "intprod" => [0x02A3C], "iocy" => [0x00451], "iogon" => [0x0012F], "iopf" => [0x1D55A], "iota" => [0x003B9], "iprod" => [0x02A3C], "iquest" => [0x000BF], "iscr" => [0x1D4BE], "isin" => [0x02208], "isinE" => [0x022F9], "isindot" => [0x022F5], "isins" => [0x022F4], "isinsv" => [0x022F3], "isinv" => [0x02208], "it" => [0x02062], "itilde" => [0x00129], "iukcy" => [0x00456], "iuml" => [0x000EF], "jcirc" => [0x00135], "jcy" => [0x00439], "jfr" => [0x1D527], "jmath" => [0x00237], "jopf" => [0x1D55B], "jscr" => [0x1D4BF], "jsercy" => [0x00458], "jukcy" => [0x00454], "kappa" => [0x003BA], "kappav" => [0x003F0], "kcedil" => [0x00137], "kcy" => [0x0043A], "kfr" => [0x1D528], "kgreen" => [0x00138], "khcy" => [0x00445], "kjcy" => [0x0045C], "kopf" => [0x1D55C], "kscr" => [0x1D4C0], "lAarr" => [0x021DA], "lArr" => [0x021D0], "lAtail" => [0x0291B], "lBarr" => [0x0290E], "lE" => [0x02266], "lEg" => [0x02A8B], "lHar" => [0x02962], "lacute" => [0x0013A], "laemptyv" => [0x029B4], "lagran" => [0x02112], "lambda" => [0x003BB], "lang" => [0x027E8], "langd" => [0x02991], "langle" => [0x027E8], "lap" => [0x02A85], "laquo" => [0x000AB], "larr" => [0x02190], "larrb" => [0x021E4], "larrbfs" => [0x0291F], "larrfs" => [0x0291D], "larrhk" => [0x021A9], "larrlp" => [0x021AB], "larrpl" => [0x02939], "larrsim" => [0x02973], "larrtl" => [0x021A2], "lat" => [0x02AAB], "latail" => [0x02919], "late" => [0x02AAD], "lates" => [0x02AAD, 0x0FE00], "lbarr" => [0x0290C], "lbbrk" => [0x02772], "lbrace" => [0x0007B], "lbrack" => [0x0005B], "lbrke" => [0x0298B], "lbrksld" => [0x0298F], "lbrkslu" => [0x0298D], "lcaron" => [0x0013E], "lcedil" => [0x0013C], "lceil" => [0x02308], "lcub" => [0x0007B], "lcy" => [0x0043B], "ldca" => [0x02936], "ldquo" => [0x0201C], "ldquor" => [0x0201E], "ldrdhar" => [0x02967], "ldrushar" => [0x0294B], "ldsh" => [0x021B2], "le" => [0x02264], "leftarrow" => [0x02190], "leftarrowtail" => [0x021A2], "leftharpoondown" => [0x021BD], "leftharpoonup" => [0x021BC], "leftleftarrows" => [0x021C7], "leftrightarrow" => [0x02194], "leftrightarrows" => [0x021C6], "leftrightharpoons" => [0x021CB], "leftrightsquigarrow" => [0x021AD], "leftthreetimes" => [0x022CB], "leg" => [0x022DA], "leq" => [0x02264], "leqq" => [0x02266], "leqslant" => [0x02A7D], "les" => [0x02A7D], "lescc" => [0x02AA8], "lesdot" => [0x02A7F], "lesdoto" => [0x02A81], "lesdotor" => [0x02A83], "lesg" => [0x022DA, 0x0FE00], "lesges" => [0x02A93], "lessapprox" => [0x02A85], "lessdot" => [0x022D6], "lesseqgtr" => [0x022DA], "lesseqqgtr" => [0x02A8B], "lessgtr" => [0x02276], "lesssim" => [0x02272], "lfisht" => [0x0297C], "lfloor" => [0x0230A], "lfr" => [0x1D529], "lg" => [0x02276], "lgE" => [0x02A91], "lhard" => [0x021BD], "lharu" => [0x021BC], "lharul" => [0x0296A], "lhblk" => [0x02584], "ljcy" => [0x00459], "ll" => [0x0226A], "llarr" => [0x021C7], "llcorner" => [0x0231E], "llhard" => [0x0296B], "lltri" => [0x025FA], "lmidot" => [0x00140], "lmoust" => [0x023B0], "lmoustache" => [0x023B0], "lnE" => [0x02268], "lnap" => [0x02A89], "lnapprox" => [0x02A89], "lne" => [0x02A87], "lneq" => [0x02A87], "lneqq" => [0x02268], "lnsim" => [0x022E6], "loang" => [0x027EC], "loarr" => [0x021FD], "lobrk" => [0x027E6], "longleftarrow" => [0x027F5], "longleftrightarrow" => [0x027F7], "longmapsto" => [0x027FC], "longrightarrow" => [0x027F6], "looparrowleft" => [0x021AB], "looparrowright" => [0x021AC], "lopar" => [0x02985], "lopf" => [0x1D55D], "loplus" => [0x02A2D], "lotimes" => [0x02A34], "lowast" => [0x02217], "lowbar" => [0x0005F], "loz" => [0x025CA], "lozenge" => [0x025CA], "lozf" => [0x029EB], "lpar" => [0x00028], "lparlt" => [0x02993], "lrarr" => [0x021C6], "lrcorner" => [0x0231F], "lrhar" => [0x021CB], "lrhard" => [0x0296D], "lrm" => [0x0200E], "lrtri" => [0x022BF], "lsaquo" => [0x02039], "lscr" => [0x1D4C1], "lsh" => [0x021B0], "lsim" => [0x02272], "lsime" => [0x02A8D], "lsimg" => [0x02A8F], "lsqb" => [0x0005B], "lsquo" => [0x02018], "lsquor" => [0x0201A], "lstrok" => [0x00142], "lt" => [0x0003C], "ltcc" => [0x02AA6], "ltcir" => [0x02A79], "ltdot" => [0x022D6], "lthree" => [0x022CB], "ltimes" => [0x022C9], "ltlarr" => [0x02976], "ltquest" => [0x02A7B], "ltrPar" => [0x02996], "ltri" => [0x025C3], "ltrie" => [0x022B4], "ltrif" => [0x025C2], "lurdshar" => [0x0294A], "luruhar" => [0x02966], "lvertneqq" => [0x02268, 0x0FE00], "lvnE" => [0x02268, 0x0FE00], "mDDot" => [0x0223A], "macr" => [0x000AF], "male" => [0x02642], "malt" => [0x02720], "maltese" => [0x02720], "map" => [0x021A6], "mapsto" => [0x021A6], "mapstodown" => [0x021A7], "mapstoleft" => [0x021A4], "mapstoup" => [0x021A5], "marker" => [0x025AE], "mcomma" => [0x02A29], "mcy" => [0x0043C], "mdash" => [0x02014], "measuredangle" => [0x02221], "mfr" => [0x1D52A], "mho" => [0x02127], "micro" => [0x000B5], "mid" => [0x02223], "midast" => [0x0002A], "midcir" => [0x02AF0], "middot" => [0x000B7], "minus" => [0x02212], "minusb" => [0x0229F], "minusd" => [0x02238], "minusdu" => [0x02A2A], "mlcp" => [0x02ADB], "mldr" => [0x02026], "mnplus" => [0x02213], "models" => [0x022A7], "mopf" => [0x1D55E], "mp" => [0x02213], "mscr" => [0x1D4C2], "mstpos" => [0x0223E], "mu" => [0x003BC], "multimap" => [0x022B8], "mumap" => [0x022B8], "nGg" => [0x022D9, 0x00338], "nGt" => [0x0226B, 0x020D2], "nGtv" => [0x0226B, 0x00338], "nLeftarrow" => [0x021CD], "nLeftrightarrow" => [0x021CE], "nLl" => [0x022D8, 0x00338], "nLt" => [0x0226A, 0x020D2], "nLtv" => [0x0226A, 0x00338], "nRightarrow" => [0x021CF], "nVDash" => [0x022AF], "nVdash" => [0x022AE], "nabla" => [0x02207], "nacute" => [0x00144], "nang" => [0x02220, 0x020D2], "nap" => [0x02249], "napE" => [0x02A70, 0x00338], "napid" => [0x0224B, 0x00338], "napos" => [0x00149], "napprox" => [0x02249], "natur" => [0x0266E], "natural" => [0x0266E], "naturals" => [0x02115], "nbsp" => [0x000A0], "nbump" => [0x0224E, 0x00338], "nbumpe" => [0x0224F, 0x00338], "ncap" => [0x02A43], "ncaron" => [0x00148], "ncedil" => [0x00146], "ncong" => [0x02247], "ncongdot" => [0x02A6D, 0x00338], "ncup" => [0x02A42], "ncy" => [0x0043D], "ndash" => [0x02013], "ne" => [0x02260], "neArr" => [0x021D7], "nearhk" => [0x02924], "nearr" => [0x02197], "nearrow" => [0x02197], "nedot" => [0x02250, 0x00338], "nequiv" => [0x02262], "nesear" => [0x02928], "nesim" => [0x02242, 0x00338], "nexist" => [0x02204], "nexists" => [0x02204], "nfr" => [0x1D52B], "ngE" => [0x02267, 0x00338], "nge" => [0x02271], "ngeq" => [0x02271], "ngeqq" => [0x02267, 0x00338], "ngeqslant" => [0x02A7E, 0x00338], "nges" => [0x02A7E, 0x00338], "ngsim" => [0x02275], "ngt" => [0x0226F], "ngtr" => [0x0226F], "nhArr" => [0x021CE], "nharr" => [0x021AE], "nhpar" => [0x02AF2], "ni" => [0x0220B], "nis" => [0x022FC], "nisd" => [0x022FA], "niv" => [0x0220B], "njcy" => [0x0045A], "nlArr" => [0x021CD], "nlE" => [0x02266, 0x00338], "nlarr" => [0x0219A], "nldr" => [0x02025], "nle" => [0x02270], "nleftarrow" => [0x0219A], "nleftrightarrow" => [0x021AE], "nleq" => [0x02270], "nleqq" => [0x02266, 0x00338], "nleqslant" => [0x02A7D, 0x00338], "nles" => [0x02A7D, 0x00338], "nless" => [0x0226E], "nlsim" => [0x02274], "nlt" => [0x0226E], "nltri" => [0x022EA], "nltrie" => [0x022EC], "nmid" => [0x02224], "nopf" => [0x1D55F], "not" => [0x000AC], "notin" => [0x02209], "notinE" => [0x022F9, 0x00338], "notindot" => [0x022F5, 0x00338], "notinva" => [0x02209], "notinvb" => [0x022F7], "notinvc" => [0x022F6], "notni" => [0x0220C], "notniva" => [0x0220C], "notnivb" => [0x022FE], "notnivc" => [0x022FD], "npar" => [0x02226], "nparallel" => [0x02226], "nparsl" => [0x02AFD, 0x020E5], "npart" => [0x02202, 0x00338], "npolint" => [0x02A14], "npr" => [0x02280], "nprcue" => [0x022E0], "npre" => [0x02AAF, 0x00338], "nprec" => [0x02280], "npreceq" => [0x02AAF, 0x00338], "nrArr" => [0x021CF], "nrarr" => [0x0219B], "nrarrc" => [0x02933, 0x00338], "nrarrw" => [0x0219D, 0x00338], "nrightarrow" => [0x0219B], "nrtri" => [0x022EB], "nrtrie" => [0x022ED], "nsc" => [0x02281], "nsccue" => [0x022E1], "nsce" => [0x02AB0, 0x00338], "nscr" => [0x1D4C3], "nshortmid" => [0x02224], "nshortparallel" => [0x02226], "nsim" => [0x02241], "nsime" => [0x02244], "nsimeq" => [0x02244], "nsmid" => [0x02224], "nspar" => [0x02226], "nsqsube" => [0x022E2], "nsqsupe" => [0x022E3], "nsub" => [0x02284], "nsubE" => [0x02AC5, 0x00338], "nsube" => [0x02288], "nsubset" => [0x02282, 0x020D2], "nsubseteq" => [0x02288], "nsubseteqq" => [0x02AC5, 0x00338], "nsucc" => [0x02281], "nsucceq" => [0x02AB0, 0x00338], "nsup" => [0x02285], "nsupE" => [0x02AC6, 0x00338], "nsupe" => [0x02289], "nsupset" => [0x02283, 0x020D2], "nsupseteq" => [0x02289], "nsupseteqq" => [0x02AC6, 0x00338], "ntgl" => [0x02279], "ntilde" => [0x000F1], "ntlg" => [0x02278], "ntriangleleft" => [0x022EA], "ntrianglelefteq" => [0x022EC], "ntriangleright" => [0x022EB], "ntrianglerighteq" => [0x022ED], "nu" => [0x003BD], "num" => [0x00023], "numero" => [0x02116], "numsp" => [0x02007], "nvDash" => [0x022AD], "nvHarr" => [0x02904], "nvap" => [0x0224D, 0x020D2], "nvdash" => [0x022AC], "nvge" => [0x02265, 0x020D2], "nvgt" => [0x0003E, 0x020D2], "nvinfin" => [0x029DE], "nvlArr" => [0x02902], "nvle" => [0x02264, 0x020D2], "nvlt" => [0x0003C, 0x020D2], "nvltrie" => [0x022B4, 0x020D2], "nvrArr" => [0x02903], "nvrtrie" => [0x022B5, 0x020D2], "nvsim" => [0x0223C, 0x020D2], "nwArr" => [0x021D6], "nwarhk" => [0x02923], "nwarr" => [0x02196], "nwarrow" => [0x02196], "nwnear" => [0x02927], "oS" => [0x024C8], "oacute" => [0x000F3], "oast" => [0x0229B], "ocir" => [0x0229A], "ocirc" => [0x000F4], "ocy" => [0x0043E], "odash" => [0x0229D], "odblac" => [0x00151], "odiv" => [0x02A38], "odot" => [0x02299], "odsold" => [0x029BC], "oelig" => [0x00153], "ofcir" => [0x029BF], "ofr" => [0x1D52C], "ogon" => [0x002DB], "ograve" => [0x000F2], "ogt" => [0x029C1], "ohbar" => [0x029B5], "ohm" => [0x003A9], "oint" => [0x0222E], "olarr" => [0x021BA], "olcir" => [0x029BE], "olcross" => [0x029BB], "oline" => [0x0203E], "olt" => [0x029C0], "omacr" => [0x0014D], "omega" => [0x003C9], "omicron" => [0x003BF], "omid" => [0x029B6], "ominus" => [0x02296], "oopf" => [0x1D560], "opar" => [0x029B7], "operp" => [0x029B9], "oplus" => [0x02295], "or" => [0x02228], "orarr" => [0x021BB], "ord" => [0x02A5D], "order" => [0x02134], "orderof" => [0x02134], "ordf" => [0x000AA], "ordm" => [0x000BA], "origof" => [0x022B6], "oror" => [0x02A56], "orslope" => [0x02A57], "orv" => [0x02A5B], "oscr" => [0x02134], "oslash" => [0x000F8], "osol" => [0x02298], "otilde" => [0x000F5], "otimes" => [0x02297], "otimesas" => [0x02A36], "ouml" => [0x000F6], "ovbar" => [0x0233D], "par" => [0x02225], "para" => [0x000B6], "parallel" => [0x02225], "parsim" => [0x02AF3], "parsl" => [0x02AFD], "part" => [0x02202], "pcy" => [0x0043F], "percnt" => [0x00025], "period" => [0x0002E], "permil" => [0x02030], "perp" => [0x022A5], "pertenk" => [0x02031], "pfr" => [0x1D52D], "phi" => [0x003C6], "phiv" => [0x003D5], "phmmat" => [0x02133], "phone" => [0x0260E], "pi" => [0x003C0], "pitchfork" => [0x022D4], "piv" => [0x003D6], "planck" => [0x0210F], "planckh" => [0x0210E], "plankv" => [0x0210F], "plus" => [0x0002B], "plusacir" => [0x02A23], "plusb" => [0x0229E], "pluscir" => [0x02A22], "plusdo" => [0x02214], "plusdu" => [0x02A25], "pluse" => [0x02A72], "plusmn" => [0x000B1], "plussim" => [0x02A26], "plustwo" => [0x02A27], "pm" => [0x000B1], "pointint" => [0x02A15], "popf" => [0x1D561], "pound" => [0x000A3], "pr" => [0x0227A], "prE" => [0x02AB3], "prap" => [0x02AB7], "prcue" => [0x0227C], "pre" => [0x02AAF], "prec" => [0x0227A], "precapprox" => [0x02AB7], "preccurlyeq" => [0x0227C], "preceq" => [0x02AAF], "precnapprox" => [0x02AB9], "precneqq" => [0x02AB5], "precnsim" => [0x022E8], "precsim" => [0x0227E], "prime" => [0x02032], "primes" => [0x02119], "prnE" => [0x02AB5], "prnap" => [0x02AB9], "prnsim" => [0x022E8], "prod" => [0x0220F], "profalar" => [0x0232E], "profline" => [0x02312], "profsurf" => [0x02313], "prop" => [0x0221D], "propto" => [0x0221D], "prsim" => [0x0227E], "prurel" => [0x022B0], "pscr" => [0x1D4C5], "psi" => [0x003C8], "puncsp" => [0x02008], "qfr" => [0x1D52E], "qint" => [0x02A0C], "qopf" => [0x1D562], "qprime" => [0x02057], "qscr" => [0x1D4C6], "quaternions" => [0x0210D], "quatint" => [0x02A16], "quest" => [0x0003F], "questeq" => [0x0225F], "quot" => [0x00022], "rAarr" => [0x021DB], "rArr" => [0x021D2], "rAtail" => [0x0291C], "rBarr" => [0x0290F], "rHar" => [0x02964], "race" => [0x0223D, 0x00331], "racute" => [0x00155], "radic" => [0x0221A], "raemptyv" => [0x029B3], "rang" => [0x027E9], "rangd" => [0x02992], "range" => [0x029A5], "rangle" => [0x027E9], "raquo" => [0x000BB], "rarr" => [0x02192], "rarrap" => [0x02975], "rarrb" => [0x021E5], "rarrbfs" => [0x02920], "rarrc" => [0x02933], "rarrfs" => [0x0291E], "rarrhk" => [0x021AA], "rarrlp" => [0x021AC], "rarrpl" => [0x02945], "rarrsim" => [0x02974], "rarrtl" => [0x021A3], "rarrw" => [0x0219D], "ratail" => [0x0291A], "ratio" => [0x02236], "rationals" => [0x0211A], "rbarr" => [0x0290D], "rbbrk" => [0x02773], "rbrace" => [0x0007D], "rbrack" => [0x0005D], "rbrke" => [0x0298C], "rbrksld" => [0x0298E], "rbrkslu" => [0x02990], "rcaron" => [0x00159], "rcedil" => [0x00157], "rceil" => [0x02309], "rcub" => [0x0007D], "rcy" => [0x00440], "rdca" => [0x02937], "rdldhar" => [0x02969], "rdquo" => [0x0201D], "rdquor" => [0x0201D], "rdsh" => [0x021B3], "real" => [0x0211C], "realine" => [0x0211B], "realpart" => [0x0211C], "reals" => [0x0211D], "rect" => [0x025AD], "reg" => [0x000AE], "rfisht" => [0x0297D], "rfloor" => [0x0230B], "rfr" => [0x1D52F], "rhard" => [0x021C1], "rharu" => [0x021C0], "rharul" => [0x0296C], "rho" => [0x003C1], "rhov" => [0x003F1], "rightarrow" => [0x02192], "rightarrowtail" => [0x021A3], "rightharpoondown" => [0x021C1], "rightharpoonup" => [0x021C0], "rightleftarrows" => [0x021C4], "rightleftharpoons" => [0x021CC], "rightrightarrows" => [0x021C9], "rightsquigarrow" => [0x0219D], "rightthreetimes" => [0x022CC], "ring" => [0x002DA], "risingdotseq" => [0x02253], "rlarr" => [0x021C4], "rlhar" => [0x021CC], "rlm" => [0x0200F], "rmoust" => [0x023B1], "rmoustache" => [0x023B1], "rnmid" => [0x02AEE], "roang" => [0x027ED], "roarr" => [0x021FE], "robrk" => [0x027E7], "ropar" => [0x02986], "ropf" => [0x1D563], "roplus" => [0x02A2E], "rotimes" => [0x02A35], "rpar" => [0x00029], "rpargt" => [0x02994], "rppolint" => [0x02A12], "rrarr" => [0x021C9], "rsaquo" => [0x0203A], "rscr" => [0x1D4C7], "rsh" => [0x021B1], "rsqb" => [0x0005D], "rsquo" => [0x02019], "rsquor" => [0x02019], "rthree" => [0x022CC], "rtimes" => [0x022CA], "rtri" => [0x025B9], "rtrie" => [0x022B5], "rtrif" => [0x025B8], "rtriltri" => [0x029CE], "ruluhar" => [0x02968], "rx" => [0x0211E], "sacute" => [0x0015B], "sbquo" => [0x0201A], "sc" => [0x0227B], "scE" => [0x02AB4], "scap" => [0x02AB8], "scaron" => [0x00161], "sccue" => [0x0227D], "sce" => [0x02AB0], "scedil" => [0x0015F], "scirc" => [0x0015D], "scnE" => [0x02AB6], "scnap" => [0x02ABA], "scnsim" => [0x022E9], "scpolint" => [0x02A13], "scsim" => [0x0227F], "scy" => [0x00441], "sdot" => [0x022C5], "sdotb" => [0x022A1], "sdote" => [0x02A66], "seArr" => [0x021D8], "searhk" => [0x02925], "searr" => [0x02198], "searrow" => [0x02198], "sect" => [0x000A7], "semi" => [0x0003B], "seswar" => [0x02929], "setminus" => [0x02216], "setmn" => [0x02216], "sext" => [0x02736], "sfr" => [0x1D530], "sfrown" => [0x02322], "sharp" => [0x0266F], "shchcy" => [0x00449], "shcy" => [0x00448], "shortmid" => [0x02223], "shortparallel" => [0x02225], "shy" => [0x000AD], "sigma" => [0x003C3], "sigmaf" => [0x003C2], "sigmav" => [0x003C2], "sim" => [0x0223C], "simdot" => [0x02A6A], "sime" => [0x02243], "simeq" => [0x02243], "simg" => [0x02A9E], "simgE" => [0x02AA0], "siml" => [0x02A9D], "simlE" => [0x02A9F], "simne" => [0x02246], "simplus" => [0x02A24], "simrarr" => [0x02972], "slarr" => [0x02190], "smallsetminus" => [0x02216], "smashp" => [0x02A33], "smeparsl" => [0x029E4], "smid" => [0x02223], "smile" => [0x02323], "smt" => [0x02AAA], "smte" => [0x02AAC], "smtes" => [0x02AAC, 0x0FE00], "softcy" => [0x0044C], "sol" => [0x0002F], "solb" => [0x029C4], "solbar" => [0x0233F], "sopf" => [0x1D564], "spades" => [0x02660], "spadesuit" => [0x02660], "spar" => [0x02225], "sqcap" => [0x02293], "sqcaps" => [0x02293, 0x0FE00], "sqcup" => [0x02294], "sqcups" => [0x02294, 0x0FE00], "sqsub" => [0x0228F], "sqsube" => [0x02291], "sqsubset" => [0x0228F], "sqsubseteq" => [0x02291], "sqsup" => [0x02290], "sqsupe" => [0x02292], "sqsupset" => [0x02290], "sqsupseteq" => [0x02292], "squ" => [0x025A1], "square" => [0x025A1], "squarf" => [0x025AA], "squf" => [0x025AA], "srarr" => [0x02192], "sscr" => [0x1D4C8], "ssetmn" => [0x02216], "ssmile" => [0x02323], "sstarf" => [0x022C6], "star" => [0x02606], "starf" => [0x02605], "straightepsilon" => [0x003F5], "straightphi" => [0x003D5], "strns" => [0x000AF], "sub" => [0x02282], "subE" => [0x02AC5], "subdot" => [0x02ABD], "sube" => [0x02286], "subedot" => [0x02AC3], "submult" => [0x02AC1], "subnE" => [0x02ACB], "subne" => [0x0228A], "subplus" => [0x02ABF], "subrarr" => [0x02979], "subset" => [0x02282], "subseteq" => [0x02286], "subseteqq" => [0x02AC5], "subsetneq" => [0x0228A], "subsetneqq" => [0x02ACB], "subsim" => [0x02AC7], "subsub" => [0x02AD5], "subsup" => [0x02AD3], "succ" => [0x0227B], "succapprox" => [0x02AB8], "succcurlyeq" => [0x0227D], "succeq" => [0x02AB0], "succnapprox" => [0x02ABA], "succneqq" => [0x02AB6], "succnsim" => [0x022E9], "succsim" => [0x0227F], "sum" => [0x02211], "sung" => [0x0266A], "sup" => [0x02283], "sup1" => [0x000B9], "sup2" => [0x000B2], "sup3" => [0x000B3], "supE" => [0x02AC6], "supdot" => [0x02ABE], "supdsub" => [0x02AD8], "supe" => [0x02287], "supedot" => [0x02AC4], "suphsol" => [0x027C9], "suphsub" => [0x02AD7], "suplarr" => [0x0297B], "supmult" => [0x02AC2], "supnE" => [0x02ACC], "supne" => [0x0228B], "supplus" => [0x02AC0], "supset" => [0x02283], "supseteq" => [0x02287], "supseteqq" => [0x02AC6], "supsetneq" => [0x0228B], "supsetneqq" => [0x02ACC], "supsim" => [0x02AC8], "supsub" => [0x02AD4], "supsup" => [0x02AD6], "swArr" => [0x021D9], "swarhk" => [0x02926], "swarr" => [0x02199], "swarrow" => [0x02199], "swnwar" => [0x0292A], "szlig" => [0x000DF], "target" => [0x02316], "tau" => [0x003C4], "tbrk" => [0x023B4], "tcaron" => [0x00165], "tcedil" => [0x00163], "tcy" => [0x00442], "tdot" => [0x020DB], "telrec" => [0x02315], "tfr" => [0x1D531], "there4" => [0x02234], "therefore" => [0x02234], "theta" => [0x003B8], "thetasym" => [0x003D1], "thetav" => [0x003D1], "thickapprox" => [0x02248], "thicksim" => [0x0223C], "thinsp" => [0x02009], "thkap" => [0x02248], "thksim" => [0x0223C], "thorn" => [0x000FE], "tilde" => [0x002DC], "times" => [0x000D7], "timesb" => [0x022A0], "timesbar" => [0x02A31], "timesd" => [0x02A30], "tint" => [0x0222D], "toea" => [0x02928], "top" => [0x022A4], "topbot" => [0x02336], "topcir" => [0x02AF1], "topf" => [0x1D565], "topfork" => [0x02ADA], "tosa" => [0x02929], "tprime" => [0x02034], "trade" => [0x02122], "triangle" => [0x025B5], "triangledown" => [0x025BF], "triangleleft" => [0x025C3], "trianglelefteq" => [0x022B4], "triangleq" => [0x0225C], "triangleright" => [0x025B9], "trianglerighteq" => [0x022B5], "tridot" => [0x025EC], "trie" => [0x0225C], "triminus" => [0x02A3A], "triplus" => [0x02A39], "trisb" => [0x029CD], "tritime" => [0x02A3B], "trpezium" => [0x023E2], "tscr" => [0x1D4C9], "tscy" => [0x00446], "tshcy" => [0x0045B], "tstrok" => [0x00167], "twixt" => [0x0226C], "twoheadleftarrow" => [0x0219E], "twoheadrightarrow" => [0x021A0], "uArr" => [0x021D1], "uHar" => [0x02963], "uacute" => [0x000FA], "uarr" => [0x02191], "ubrcy" => [0x0045E], "ubreve" => [0x0016D], "ucirc" => [0x000FB], "ucy" => [0x00443], "udarr" => [0x021C5], "udblac" => [0x00171], "udhar" => [0x0296E], "ufisht" => [0x0297E], "ufr" => [0x1D532], "ugrave" => [0x000F9], "uharl" => [0x021BF], "uharr" => [0x021BE], "uhblk" => [0x02580], "ulcorn" => [0x0231C], "ulcorner" => [0x0231C], "ulcrop" => [0x0230F], "ultri" => [0x025F8], "umacr" => [0x0016B], "uml" => [0x000A8], "uogon" => [0x00173], "uopf" => [0x1D566], "uparrow" => [0x02191], "updownarrow" => [0x02195], "upharpoonleft" => [0x021BF], "upharpoonright" => [0x021BE], "uplus" => [0x0228E], "upsi" => [0x003C5], "upsih" => [0x003D2], "upsilon" => [0x003C5], "upuparrows" => [0x021C8], "urcorn" => [0x0231D], "urcorner" => [0x0231D], "urcrop" => [0x0230E], "uring" => [0x0016F], "urtri" => [0x025F9], "uscr" => [0x1D4CA], "utdot" => [0x022F0], "utilde" => [0x00169], "utri" => [0x025B5], "utrif" => [0x025B4], "uuarr" => [0x021C8], "uuml" => [0x000FC], "uwangle" => [0x029A7], "vArr" => [0x021D5], "vBar" => [0x02AE8], "vBarv" => [0x02AE9], "vDash" => [0x022A8], "vangrt" => [0x0299C], "varepsilon" => [0x003F5], "varkappa" => [0x003F0], "varnothing" => [0x02205], "varphi" => [0x003D5], "varpi" => [0x003D6], "varpropto" => [0x0221D], "varr" => [0x02195], "varrho" => [0x003F1], "varsigma" => [0x003C2], "varsubsetneq" => [0x0228A, 0x0FE00], "varsubsetneqq" => [0x02ACB, 0x0FE00], "varsupsetneq" => [0x0228B, 0x0FE00], "varsupsetneqq" => [0x02ACC, 0x0FE00], "vartheta" => [0x003D1], "vartriangleleft" => [0x022B2], "vartriangleright" => [0x022B3], "vcy" => [0x00432], "vdash" => [0x022A2], "vee" => [0x02228], "veebar" => [0x022BB], "veeeq" => [0x0225A], "vellip" => [0x022EE], "verbar" => [0x0007C], "vert" => [0x0007C], "vfr" => [0x1D533], "vltri" => [0x022B2], "vnsub" => [0x02282, 0x020D2], "vnsup" => [0x02283, 0x020D2], "vopf" => [0x1D567], "vprop" => [0x0221D], "vrtri" => [0x022B3], "vscr" => [0x1D4CB], "vsubnE" => [0x02ACB, 0x0FE00], "vsubne" => [0x0228A, 0x0FE00], "vsupnE" => [0x02ACC, 0x0FE00], "vsupne" => [0x0228B, 0x0FE00], "vzigzag" => [0x0299A], "wcirc" => [0x00175], "wedbar" => [0x02A5F], "wedge" => [0x02227], "wedgeq" => [0x02259], "weierp" => [0x02118], "wfr" => [0x1D534], "wopf" => [0x1D568], "wp" => [0x02118], "wr" => [0x02240], "wreath" => [0x02240], "wscr" => [0x1D4CC], "xcap" => [0x022C2], "xcirc" => [0x025EF], "xcup" => [0x022C3], "xdtri" => [0x025BD], "xfr" => [0x1D535], "xhArr" => [0x027FA], "xharr" => [0x027F7], "xi" => [0x003BE], "xlArr" => [0x027F8], "xlarr" => [0x027F5], "xmap" => [0x027FC], "xnis" => [0x022FB], "xodot" => [0x02A00], "xopf" => [0x1D569], "xoplus" => [0x02A01], "xotime" => [0x02A02], "xrArr" => [0x027F9], "xrarr" => [0x027F6], "xscr" => [0x1D4CD], "xsqcup" => [0x02A06], "xuplus" => [0x02A04], "xutri" => [0x025B3], "xvee" => [0x022C1], "xwedge" => [0x022C0], "yacute" => [0x000FD], "yacy" => [0x0044F], "ycirc" => [0x00177], "ycy" => [0x0044B], "yen" => [0x000A5], "yfr" => [0x1D536], "yicy" => [0x00457], "yopf" => [0x1D56A], "yscr" => [0x1D4CE], "yucy" => [0x0044E], "yuml" => [0x000FF], "zacute" => [0x0017A], "zcaron" => [0x0017E], "zcy" => [0x00437], "zdot" => [0x0017C], "zeetrf" => [0x02128], "zeta" => [0x003B6], "zfr" => [0x1D537], "zhcy" => [0x00436], "zigrarr" => [0x021DD], "zopf" => [0x1D56B], "zscr" => [0x1D4CF], "zwj" => [0x0200D], "zwnj" => [0x0200C], } PK )J [�V��� � / share/gems/gems/rdoc-6.10.0/lib/rdoc/comment.rbnu �[��� # frozen_string_literal: true ## # A comment holds the text comment for a RDoc::CodeObject and provides a # unified way of cleaning it up and parsing it into an RDoc::Markup::Document. # # Each comment may have a different markup format set by #format=. By default # 'rdoc' is used. The :markup: directive tells RDoc which format to use. # # See RDoc::MarkupReference@Directive+for+Specifying+RDoc+Source+Format. class RDoc::Comment include RDoc::Text ## # The format of this comment. Defaults to RDoc::Markup attr_reader :format ## # The RDoc::TopLevel this comment was found in attr_accessor :location ## # Line where this Comment was written attr_accessor :line ## # For duck-typing when merging classes at load time alias file location # :nodoc: ## # The text for this comment attr_reader :text ## # Alias for text alias to_s text ## # Overrides the content returned by #parse. Use when there is no #text # source for this comment attr_writer :document ## # Creates a new comment with +text+ that is found in the RDoc::TopLevel # +location+. def initialize text = nil, location = nil, language = nil @location = location @text = text.nil? ? nil : text.dup @language = language @document = nil @format = 'rdoc' @normalized = false end ## #-- # TODO deep copy @document def initialize_copy copy # :nodoc: @text = copy.text.dup end def == other # :nodoc: self.class === other and other.text == @text and other.location == @location end ## # Look for a 'call-seq' in the comment to override the normal parameter # handling. The :call-seq: is indented from the baseline. All lines of the # same indentation level and prefix are consumed. # # For example, all of the following will be used as the :call-seq: # # # :call-seq: # # ARGF.readlines(sep=$/) -> array # # ARGF.readlines(limit) -> array # # ARGF.readlines(sep, limit) -> array # # # # ARGF.to_a(sep=$/) -> array # # ARGF.to_a(limit) -> array # # ARGF.to_a(sep, limit) -> array def extract_call_seq method # we must handle situations like the above followed by an unindented first # comment. The difficulty is to make sure not to match lines starting # with ARGF at the same indent, but that are after the first description # paragraph. if /^(?<S> ((?!\n)\s)*+ (?# whitespaces except newline)) :?call-seq: (?<B> \g<S>(?<N>\n|\z) (?# trailing spaces))? (?<seq> (\g<S>(?!\w)\S.*\g<N>)* (?> (?<H> \g<S>\w+ (?# ' # ARGF' in the example above)) .*\g<N>)? (\g<S>\S.*\g<N> (?# other non-blank line))*+ (\g<B>+(\k<H>.*\g<N> (?# ARGF.to_a lines))++)*+ ) (?m:^\s*$|\z) /x =~ @text seq = $~[:seq] all_start, all_stop = $~.offset(0) @text.slice! all_start...all_stop seq.gsub!(/^\s*/, '') method.call_seq = seq end method end ## # A comment is empty if its text String is empty. def empty? @text.empty? end ## # HACK dubious def encode! encoding @text = String.new @text, encoding: encoding self end ## # Sets the format of this comment and resets any parsed document def format= format @format = format @document = nil end def inspect # :nodoc: location = @location ? @location.relative_name : '(unknown)' "#<%s:%x %s %p>" % [self.class, object_id, location, @text] end ## # Normalizes the text. See RDoc::Text#normalize_comment for details def normalize return self unless @text return self if @normalized # TODO eliminate duplicate normalization @text = normalize_comment @text @normalized = true self end ## # Was this text normalized? def normalized? # :nodoc: @normalized end ## # Parses the comment into an RDoc::Markup::Document. The parsed document is # cached until the text is changed. def parse return @document if @document @document = super @text, @format @document.file = @location @document end ## # Removes private sections from this comment. Private sections are flush to # the comment marker and start with <tt>--</tt> and end with <tt>++</tt>. # For C-style comments, a private marker may not start at the opening of the # comment. # # /* # *-- # * private # *++ # * public # */ def remove_private # Workaround for gsub encoding for Ruby 1.9.2 and earlier empty = '' empty = RDoc::Encoding.change_encoding empty, @text.encoding @text = @text.gsub(%r%^\s*([#*]?)--.*?^\s*(\1)\+\+\n?%m, empty) @text = @text.sub(%r%^\s*[#*]?--.*%m, '') end ## # Replaces this comment's text with +text+ and resets the parsed document. # # An error is raised if the comment contains a document but no text. def text= text raise RDoc::Error, 'replacing document-only comment is not allowed' if @text.nil? and @document @document = nil @text = text.nil? ? nil : text.dup end ## # Returns true if this comment is in TomDoc format. def tomdoc? @format == 'tomdoc' end end PK )J [r�,� � ( share/gems/gems/bundler-2.6.7/exe/bundlenu ȯ�� #!/opt/alt/ruby34/bin/ruby # frozen_string_literal: true # Exit cleanly from an early interrupt Signal.trap("INT") do Bundler.ui.debug("\n#{caller.join("\n")}") if defined?(Bundler) exit 1 end base_path = File.expand_path("../lib", __dir__) if File.exist?(base_path) $LOAD_PATH.unshift(base_path) end require "bundler" require "bundler/friendly_errors" Bundler.with_friendly_errors do require "bundler/cli" # Allow any command to use --help flag to show help for that command help_flags = %w[--help -h] help_flag_used = ARGV.any? {|a| help_flags.include? a } args = help_flag_used ? Bundler::CLI.reformatted_help_args(ARGV) : ARGV Bundler::CLI.start(args, debug: true) end PK )J [��Q)c c ) share/gems/gems/bundler-2.6.7/exe/bundlernu ȯ�� #!/opt/alt/ruby34/bin/ruby # frozen_string_literal: true load File.expand_path("bundle", __dir__) PK )J [qʉz` z` , share/gems/gems/bundler-2.6.7/lib/bundler.rbnu �[��� # frozen_string_literal: true require_relative "bundler/vendored_fileutils" require "pathname" require "rbconfig" require_relative "bundler/errors" require_relative "bundler/environment_preserver" require_relative "bundler/plugin" require_relative "bundler/rubygems_ext" require_relative "bundler/rubygems_integration" require_relative "bundler/version" require_relative "bundler/current_ruby" require_relative "bundler/build_metadata" # Bundler provides a consistent environment for Ruby projects by # tracking and installing the exact gems and versions that are needed. # # Bundler is a part of Ruby's standard library. # # Bundler is used by creating _gemfiles_ listing all the project dependencies # and (optionally) their versions and then using # # require 'bundler/setup' # # or Bundler.setup to setup environment where only specified gems and their # specified versions could be used. # # See {Bundler website}[https://bundler.io/docs.html] for extensive documentation # on gemfiles creation and Bundler usage. # # As a standard library inside project, Bundler could be used for introspection # of loaded and required modules. # module Bundler environment_preserver = EnvironmentPreserver.from_env ORIGINAL_ENV = environment_preserver.restore environment_preserver.replace_with_backup SUDO_MUTEX = Thread::Mutex.new autoload :Checksum, File.expand_path("bundler/checksum", __dir__) autoload :CLI, File.expand_path("bundler/cli", __dir__) autoload :CIDetector, File.expand_path("bundler/ci_detector", __dir__) autoload :CompactIndexClient, File.expand_path("bundler/compact_index_client", __dir__) autoload :Definition, File.expand_path("bundler/definition", __dir__) autoload :Dependency, File.expand_path("bundler/dependency", __dir__) autoload :Deprecate, File.expand_path("bundler/deprecate", __dir__) autoload :Digest, File.expand_path("bundler/digest", __dir__) autoload :Dsl, File.expand_path("bundler/dsl", __dir__) autoload :EndpointSpecification, File.expand_path("bundler/endpoint_specification", __dir__) autoload :Env, File.expand_path("bundler/env", __dir__) autoload :Fetcher, File.expand_path("bundler/fetcher", __dir__) autoload :FeatureFlag, File.expand_path("bundler/feature_flag", __dir__) autoload :FREEBSD, File.expand_path("bundler/constants", __dir__) autoload :GemHelper, File.expand_path("bundler/gem_helper", __dir__) autoload :GemHelpers, File.expand_path("bundler/gem_helpers", __dir__) autoload :GemVersionPromoter, File.expand_path("bundler/gem_version_promoter", __dir__) autoload :Graph, File.expand_path("bundler/graph", __dir__) autoload :Index, File.expand_path("bundler/index", __dir__) autoload :Injector, File.expand_path("bundler/injector", __dir__) autoload :Installer, File.expand_path("bundler/installer", __dir__) autoload :LazySpecification, File.expand_path("bundler/lazy_specification", __dir__) autoload :LockfileParser, File.expand_path("bundler/lockfile_parser", __dir__) autoload :MatchRemoteMetadata, File.expand_path("bundler/match_remote_metadata", __dir__) autoload :Materialization, File.expand_path("bundler/materialization", __dir__) autoload :NULL, File.expand_path("bundler/constants", __dir__) autoload :ProcessLock, File.expand_path("bundler/process_lock", __dir__) autoload :RemoteSpecification, File.expand_path("bundler/remote_specification", __dir__) autoload :Resolver, File.expand_path("bundler/resolver", __dir__) autoload :Retry, File.expand_path("bundler/retry", __dir__) autoload :RubyDsl, File.expand_path("bundler/ruby_dsl", __dir__) autoload :RubyVersion, File.expand_path("bundler/ruby_version", __dir__) autoload :Runtime, File.expand_path("bundler/runtime", __dir__) autoload :SelfManager, File.expand_path("bundler/self_manager", __dir__) autoload :Settings, File.expand_path("bundler/settings", __dir__) autoload :SharedHelpers, File.expand_path("bundler/shared_helpers", __dir__) autoload :Source, File.expand_path("bundler/source", __dir__) autoload :SourceList, File.expand_path("bundler/source_list", __dir__) autoload :SourceMap, File.expand_path("bundler/source_map", __dir__) autoload :SpecSet, File.expand_path("bundler/spec_set", __dir__) autoload :StubSpecification, File.expand_path("bundler/stub_specification", __dir__) autoload :UI, File.expand_path("bundler/ui", __dir__) autoload :URICredentialsFilter, File.expand_path("bundler/uri_credentials_filter", __dir__) autoload :URINormalizer, File.expand_path("bundler/uri_normalizer", __dir__) autoload :WINDOWS, File.expand_path("bundler/constants", __dir__) autoload :SafeMarshal, File.expand_path("bundler/safe_marshal", __dir__) class << self def configure @configure ||= configure_gem_home_and_path end def ui (defined?(@ui) && @ui) || (self.ui = UI::Shell.new) end def ui=(ui) Bundler.rubygems.ui = UI::RGProxy.new(ui) @ui = ui end # Returns absolute path of where gems are installed on the filesystem. def bundle_path @bundle_path ||= Pathname.new(configured_bundle_path.path).expand_path(root) end def create_bundle_path mkdir_p(bundle_path) unless bundle_path.exist? @bundle_path = bundle_path.realpath rescue Errno::EEXIST raise PathError, "Could not install to path `#{bundle_path}` " \ "because a file already exists at that path. Either remove or rename the file so the directory can be created." end def configured_bundle_path @configured_bundle_path ||= settings.path.tap(&:validate!) end # Returns absolute location of where binstubs are installed to. def bin_path @bin_path ||= begin path = settings[:bin] || "bin" path = Pathname.new(path).expand_path(root).expand_path mkdir_p(path) path end end # Turns on the Bundler runtime. After +Bundler.setup+ call, all +load+ or # +require+ of the gems would be allowed only if they are part of # the Gemfile or Ruby's standard library. If the versions specified # in Gemfile, only those versions would be loaded. # # Assuming Gemfile # # gem 'first_gem', '= 1.0' # group :test do # gem 'second_gem', '= 1.0' # end # # The code using Bundler.setup works as follows: # # require 'third_gem' # allowed, required from global gems # require 'first_gem' # allowed, loads the last installed version # Bundler.setup # require 'fourth_gem' # fails with LoadError # require 'second_gem' # loads exactly version 1.0 # # +Bundler.setup+ can be called only once, all subsequent calls are no-op. # # If _groups_ list is provided, only gems from specified groups would # be allowed (gems specified outside groups belong to special +:default+ group). # # To require all gems from Gemfile (or only some groups), see Bundler.require. # def setup(*groups) # Return if all groups are already loaded return @setup if defined?(@setup) && @setup definition.validate_runtime! SharedHelpers.print_major_deprecations! if groups.empty? # Load all groups, but only once @setup = load.setup else load.setup(*groups) end end def auto_switch self_manager.restart_with_locked_bundler_if_needed end # Automatically install dependencies if Bundler.settings[:auto_install] exists. # This is set through config cmd `bundle config set --global auto_install 1`. # # Note that this method `nil`s out the global Definition object, so it # should be called first, before you instantiate anything like an # `Installer` that'll keep a reference to the old one instead. def auto_install return unless settings[:auto_install] begin definition.specs rescue GemNotFound, GitError ui.info "Automatically installing missing gems." reset! CLI::Install.new({}).run reset! end end # Setups Bundler environment (see Bundler.setup) if it is not already set, # and loads all gems from groups specified. Unlike ::setup, can be called # multiple times with different groups (if they were allowed by setup). # # Assuming Gemfile # # gem 'first_gem', '= 1.0' # group :test do # gem 'second_gem', '= 1.0' # end # # The code will work as follows: # # Bundler.setup # allow all groups # Bundler.require(:default) # requires only first_gem # # ...later # Bundler.require(:test) # requires second_gem # def require(*groups) setup(*groups).require(*groups) end def load @load ||= Runtime.new(root, definition) end def environment SharedHelpers.major_deprecation 2, "Bundler.environment has been removed in favor of Bundler.load", print_caller_location: true load end # Returns an instance of Bundler::Definition for given Gemfile and lockfile # # @param unlock [Hash, Boolean, nil] Gems that have been requested # to be updated or true if all gems should be updated # @param lockfile [Pathname] Path to Gemfile.lock # @return [Bundler::Definition] def definition(unlock = nil, lockfile = default_lockfile) @definition = nil if unlock @definition ||= begin configure Definition.build(default_gemfile, lockfile, unlock) end end def frozen_bundle? frozen = settings[:frozen] return frozen unless frozen.nil? settings[:deployment] end def locked_gems @locked_gems ||= if defined?(@definition) && @definition definition.locked_gems elsif Bundler.default_lockfile.file? lock = Bundler.read_file(Bundler.default_lockfile) LockfileParser.new(lock) end end def ruby_scope "#{Bundler.rubygems.ruby_engine}/#{RbConfig::CONFIG["ruby_version"]}" end def user_home @user_home ||= begin home = Bundler.rubygems.user_home bundle_home = home ? File.join(home, ".bundle") : nil warning = if home.nil? "Your home directory is not set." elsif !File.directory?(home) "`#{home}` is not a directory." elsif !File.writable?(home) && (!File.directory?(bundle_home) || !File.writable?(bundle_home)) "`#{home}` is not writable." end if warning Bundler.ui.warn "#{warning}\n" user_home = tmp_home_path Bundler.ui.warn "Bundler will use `#{user_home}' as your home directory temporarily.\n" user_home else Pathname.new(home) end end end def user_bundle_path(dir = "home") env_var, fallback = case dir when "home" ["BUNDLE_USER_HOME", proc { Pathname.new(user_home).join(".bundle") }] when "cache" ["BUNDLE_USER_CACHE", proc { user_bundle_path.join("cache") }] when "config" ["BUNDLE_USER_CONFIG", proc { user_bundle_path.join("config") }] when "plugin" ["BUNDLE_USER_PLUGIN", proc { user_bundle_path.join("plugin") }] else raise BundlerError, "Unknown user path requested: #{dir}" end # `fallback` will already be a Pathname, but Pathname.new() is # idempotent so it's OK Pathname.new(ENV.fetch(env_var, &fallback)) end def user_cache user_bundle_path("cache") end def home bundle_path.join("bundler") end def install_path home.join("gems") end def specs_path bundle_path.join("specifications") end def root @root ||= begin SharedHelpers.root rescue GemfileNotFound bundle_dir = default_bundle_dir raise GemfileNotFound, "Could not locate Gemfile or .bundle/ directory" unless bundle_dir Pathname.new(File.expand_path("..", bundle_dir)) end end def app_config_path if app_config = ENV["BUNDLE_APP_CONFIG"] app_config_pathname = Pathname.new(app_config) if app_config_pathname.absolute? app_config_pathname else app_config_pathname.expand_path(root) end else root.join(".bundle") end end def app_cache(custom_path = nil) path = custom_path || root Pathname.new(path).join(settings.app_cache_path) end def tmp(name = Process.pid.to_s) Kernel.send(:require, "tmpdir") Pathname.new(Dir.mktmpdir(["bundler", name])) end def rm_rf(path) FileUtils.remove_entry_secure(path) if path && File.exist?(path) end def settings @settings ||= Settings.new(app_config_path) rescue GemfileNotFound @settings = Settings.new end # @return [Hash] Environment present before Bundler was activated def original_env ORIGINAL_ENV.clone end # @deprecated Use `unbundled_env` instead def clean_env message = "`Bundler.clean_env` has been deprecated in favor of `Bundler.unbundled_env`. " \ "If you instead want the environment before bundler was originally loaded, use `Bundler.original_env`" removed_message = "`Bundler.clean_env` has been removed in favor of `Bundler.unbundled_env`. " \ "If you instead want the environment before bundler was originally loaded, use `Bundler.original_env`" Bundler::SharedHelpers.major_deprecation(2, message, removed_message: removed_message, print_caller_location: true) unbundled_env end # @return [Hash] Environment with all bundler-related variables removed def unbundled_env unbundle_env(original_env) end # Remove all bundler-related variables from ENV def unbundle_env! ENV.replace(unbundle_env(ENV)) end # Run block with environment present before Bundler was activated def with_original_env with_env(original_env) { yield } end # @deprecated Use `with_unbundled_env` instead def with_clean_env message = "`Bundler.with_clean_env` has been deprecated in favor of `Bundler.with_unbundled_env`. " \ "If you instead want the environment before bundler was originally loaded, use `Bundler.with_original_env`" removed_message = "`Bundler.with_clean_env` has been removed in favor of `Bundler.with_unbundled_env`. " \ "If you instead want the environment before bundler was originally loaded, use `Bundler.with_original_env`" Bundler::SharedHelpers.major_deprecation(2, message, removed_message: removed_message, print_caller_location: true) with_env(unbundled_env) { yield } end # Run block with all bundler-related variables removed def with_unbundled_env with_env(unbundled_env) { yield } end # Run subcommand with the environment present before Bundler was activated def original_system(*args) with_original_env { Kernel.system(*args) } end # @deprecated Use `unbundled_system` instead def clean_system(*args) message = "`Bundler.clean_system` has been deprecated in favor of `Bundler.unbundled_system`. " \ "If you instead want to run the command in the environment before bundler was originally loaded, use `Bundler.original_system`" removed_message = "`Bundler.clean_system` has been removed in favor of `Bundler.unbundled_system`. " \ "If you instead want to run the command in the environment before bundler was originally loaded, use `Bundler.original_system`" Bundler::SharedHelpers.major_deprecation(2, message, removed_message: removed_message, print_caller_location: true) with_env(unbundled_env) { Kernel.system(*args) } end # Run subcommand in an environment with all bundler related variables removed def unbundled_system(*args) with_unbundled_env { Kernel.system(*args) } end # Run a `Kernel.exec` to a subcommand with the environment present before Bundler was activated def original_exec(*args) with_original_env { Kernel.exec(*args) } end # @deprecated Use `unbundled_exec` instead def clean_exec(*args) message = "`Bundler.clean_exec` has been deprecated in favor of `Bundler.unbundled_exec`. " \ "If you instead want to exec to a command in the environment before bundler was originally loaded, use `Bundler.original_exec`" removed_message = "`Bundler.clean_exec` has been removed in favor of `Bundler.unbundled_exec`. " \ "If you instead want to exec to a command in the environment before bundler was originally loaded, use `Bundler.original_exec`" Bundler::SharedHelpers.major_deprecation(2, message, removed_message: removed_message, print_caller_location: true) with_env(unbundled_env) { Kernel.exec(*args) } end # Run a `Kernel.exec` to a subcommand in an environment with all bundler related variables removed def unbundled_exec(*args) with_env(unbundled_env) { Kernel.exec(*args) } end def local_platform return Gem::Platform::RUBY if settings[:force_ruby_platform] Gem::Platform.local end def default_gemfile SharedHelpers.default_gemfile end def default_lockfile SharedHelpers.default_lockfile end def default_bundle_dir SharedHelpers.default_bundle_dir end def system_bindir # Gem.bindir doesn't always return the location that RubyGems will install # system binaries. If you put '-n foo' in your .gemrc, RubyGems will # install binstubs there instead. Unfortunately, RubyGems doesn't expose # that directory at all, so rather than parse .gemrc ourselves, we allow # the directory to be set as well, via `bundle config set --local bindir foo`. Bundler.settings[:system_bindir] || Bundler.rubygems.gem_bindir end def preferred_gemfile_name Bundler.settings[:init_gems_rb] ? "gems.rb" : "Gemfile" end def use_system_gems? configured_bundle_path.use_system_gems? end def mkdir_p(path) SharedHelpers.filesystem_access(path, :create) do |p| FileUtils.mkdir_p(p) end end def which(executable) executable_path = find_executable(executable) return executable_path if executable_path if (paths = ENV["PATH"]) quote = '"' paths.split(File::PATH_SEPARATOR).find do |path| path = path[1..-2] if path.start_with?(quote) && path.end_with?(quote) executable_path = find_executable(File.expand_path(executable, path)) return executable_path if executable_path end end end def find_executable(path) extensions = RbConfig::CONFIG["EXECUTABLE_EXTS"]&.split extensions = [RbConfig::CONFIG["EXEEXT"]] unless extensions&.any? candidates = extensions.map {|ext| "#{path}#{ext}" } candidates.find {|candidate| File.file?(candidate) && File.executable?(candidate) } end def read_file(file) SharedHelpers.filesystem_access(file, :read) do File.open(file, "r:UTF-8", &:read) end end def safe_load_marshal(data) if Gem.respond_to?(:load_safe_marshal) Gem.load_safe_marshal begin Gem::SafeMarshal.safe_load(data) rescue Gem::SafeMarshal::Reader::Error, Gem::SafeMarshal::Visitors::ToRuby::Error => e raise MarshalError, "#{e.class}: #{e.message}" end else load_marshal(data, marshal_proc: SafeMarshal.proc) end end def load_gemspec(file, validate = false) @gemspec_cache ||= {} key = File.expand_path(file) @gemspec_cache[key] ||= load_gemspec_uncached(file, validate) # Protect against caching side-effected gemspecs by returning a # new instance each time. @gemspec_cache[key]&.dup end def load_gemspec_uncached(file, validate = false) path = Pathname.new(file) contents = read_file(file) spec = eval_gemspec(path, contents) return unless spec spec.loaded_from = path.expand_path.to_s Bundler.rubygems.validate(spec) if validate spec end def clear_gemspec_cache @gemspec_cache = {} end def git_present? return @git_present if defined?(@git_present) @git_present = Bundler.which("git") end def feature_flag @feature_flag ||= FeatureFlag.new(VERSION) end def reset! reset_paths! Plugin.reset! reset_rubygems! end def reset_settings_and_root! @settings = nil @root = nil end def reset_paths! @bin_path = nil @bundler_major_version = nil @bundle_path = nil @configure = nil @configured_bundle_path = nil @definition = nil @load = nil @locked_gems = nil @root = nil @settings = nil @setup = nil @user_home = nil end def reset_rubygems! return unless defined?(@rubygems) && @rubygems rubygems.undo_replacements rubygems.reset @rubygems = nil end def configure_gem_home_and_path(path = bundle_path) configure_gem_path configure_gem_home(path) Bundler.rubygems.clear_paths end def self_manager @self_manager ||= begin require_relative "bundler/self_manager" Bundler::SelfManager.new end end private def unbundle_env(env) if env.key?("BUNDLER_ORIG_MANPATH") env["MANPATH"] = env["BUNDLER_ORIG_MANPATH"] end env.delete_if {|k, _| k[0, 7] == "BUNDLE_" } env.delete("BUNDLER_SETUP") if env.key?("RUBYOPT") rubyopt = env["RUBYOPT"].split(" ") rubyopt.delete("-r#{File.expand_path("bundler/setup", __dir__)}") rubyopt.delete("-rbundler/setup") env["RUBYOPT"] = rubyopt.join(" ") end if env.key?("RUBYLIB") rubylib = env["RUBYLIB"].split(File::PATH_SEPARATOR) rubylib.delete(__dir__) env["RUBYLIB"] = rubylib.join(File::PATH_SEPARATOR) end env end def load_marshal(data, marshal_proc: nil) Marshal.load(data, marshal_proc) rescue TypeError => e raise MarshalError, "#{e.class}: #{e.message}" end def eval_yaml_gemspec(path, contents) Kernel.require "psych" Gem::Specification.from_yaml(contents) end def eval_gemspec(path, contents) if contents.start_with?("---") # YAML header eval_yaml_gemspec(path, contents) else # Eval the gemspec from its parent directory, because some gemspecs # depend on "./" relative paths. SharedHelpers.chdir(path.dirname.to_s) do eval(contents, TOPLEVEL_BINDING.dup, path.expand_path.to_s) end end rescue ScriptError, StandardError => e msg = "There was an error while loading `#{path.basename}`: #{e.message}" raise GemspecError, Dsl::DSLError.new(msg, path.to_s, e.backtrace, contents) end def configure_gem_path unless use_system_gems? # this needs to be empty string to cause # PathSupport.split_gem_path to only load up the # Bundler --path setting as the GEM_PATH. Bundler::SharedHelpers.set_env "GEM_PATH", "" end end def configure_gem_home(path) Bundler::SharedHelpers.set_env "GEM_HOME", path.to_s end def tmp_home_path Kernel.send(:require, "tmpdir") SharedHelpers.filesystem_access(Dir.tmpdir) do path = Bundler.tmp at_exit { Bundler.rm_rf(path) } path end end # @param env [Hash] def with_env(env) backup = ENV.to_hash ENV.replace(env) yield ensure ENV.replace(backup) end end end PK )J [)�8k k 2 share/gems/gems/bundler-2.6.7/lib/bundler/index.rbnu �[��� # frozen_string_literal: true module Bundler class Index include Enumerable def self.build i = new yield i i end attr_reader :specs, :duplicates, :sources protected :specs, :duplicates RUBY = "ruby" NULL = "\0" def initialize @sources = [] @cache = {} @specs = {} @duplicates = {} end def initialize_copy(o) @sources = o.sources.dup @cache = {} @specs = {} @duplicates = {} o.specs.each do |name, hash| @specs[name] = hash.dup end o.duplicates.each do |name, array| @duplicates[name] = array.dup end end def inspect "#<#{self.class}:0x#{object_id} sources=#{sources.map(&:inspect)} specs.size=#{specs.size}>" end def empty? each { return false } true end def search_all(name, &blk) return enum_for(:search_all, name) unless blk specs_by_name(name).each(&blk) @duplicates[name]&.each(&blk) @sources.each {|source| source.search_all(name, &blk) } end # Search this index's specs, and any source indexes that this index knows # about, returning all of the results. def search(query) results = local_search(query) return results unless @sources.any? @sources.each do |source| results = safe_concat(results, source.search(query)) end results.uniq!(&:full_name) unless results.empty? # avoid modifying frozen EMPTY_SEARCH results end alias_method :[], :search def local_search(query) case query when Gem::Specification, RemoteSpecification, LazySpecification, EndpointSpecification then search_by_spec(query) when String then specs_by_name(query) when Array then specs_by_name_and_version(*query) else raise "You can't search for a #{query.inspect}." end end def add(spec) (@specs[spec.name] ||= {}).store(spec.full_name, spec) end alias_method :<<, :add def each(&blk) return enum_for(:each) unless blk specs.values.each do |spec_sets| spec_sets.values.each(&blk) end sources.each {|s| s.each(&blk) } self end def spec_names names = specs.keys + sources.map(&:spec_names) names.uniq! names end def unmet_dependency_names dependency_names.select do |name| search(name).empty? end end def dependency_names names = [] each do |spec| spec.dependencies.each do |dep| next if dep.type == :development names << dep.name end end names.uniq end # Combines indexes proritizing existing specs, like `Hash#reverse_merge!` # Duplicate specs found in `other` are stored in `@duplicates`. def use(other) return unless other other.each do |spec| exist?(spec) ? add_duplicate(spec) : add(spec) end self end # Combines indexes proritizing specs from `other`, like `Hash#merge!` # Duplicate specs found in `self` are saved in `@duplicates`. def merge!(other) return unless other other.each do |spec| if existing = find_by_spec(spec) add_duplicate(existing) end add spec end self end def size @sources.inject(@specs.size) do |size, source| size += source.size end end # Whether all the specs in self are in other def subset?(other) all? do |spec| other_spec = other[spec].first other_spec && dependencies_eql?(spec, other_spec) && spec.source == other_spec.source end end def dependencies_eql?(spec, other_spec) deps = spec.dependencies.select {|d| d.type != :development } other_deps = other_spec.dependencies.select {|d| d.type != :development } deps.sort == other_deps.sort end def add_source(index) raise ArgumentError, "Source must be an index, not #{index.class}" unless index.is_a?(Index) @sources << index @sources.uniq! # need to use uniq! here instead of checking for the item before adding end private def safe_concat(a, b) return a if b.empty? return b if a.empty? a.concat(b) end def add_duplicate(spec) (@duplicates[spec.name] ||= []) << spec end def specs_by_name_and_version(name, version) results = @specs[name]&.values return EMPTY_SEARCH unless results results.select! {|spec| spec.version == version } results end def specs_by_name(name) @specs[name]&.values || EMPTY_SEARCH end EMPTY_SEARCH = [].freeze def search_by_spec(spec) spec = find_by_spec(spec) spec ? [spec] : EMPTY_SEARCH end def find_by_spec(spec) @specs[spec.name]&.fetch(spec.full_name, nil) end def exist?(spec) @specs[spec.name]&.key?(spec.full_name) end end end PK )J [:5 �� � 9 share/gems/gems/bundler-2.6.7/lib/bundler/vendored_uri.rbnu �[��� # frozen_string_literal: true module Bundler; end # Use RubyGems vendored copy when available. Otherwise fallback to Bundler # vendored copy. The vendored copy in Bundler can be removed once support for # RubyGems 3.5 is dropped. begin require "rubygems/vendor/uri/lib/uri" rescue LoadError require_relative "vendor/uri/lib/uri" Gem::URI = Bundler::URI module Gem def URI(uri) # rubocop:disable Naming/MethodName Bundler::URI(uri) end module_function :URI end end PK )J [KR� $ $ < share/gems/gems/bundler-2.6.7/lib/bundler/lockfile_parser.rbnu �[��� # frozen_string_literal: true module Bundler class LockfileParser include GemHelpers class Position attr_reader :line, :column def initialize(line, column) @line = line @column = column end def advance!(string) lines = string.count("\n") if lines > 0 @line += lines @column = string.length - string.rindex("\n") else @column += string.length end end def to_s "#{line}:#{column}" end end attr_reader( :sources, :dependencies, :specs, :platforms, :most_specific_locked_platform, :bundler_version, :ruby_version, :checksums, ) BUNDLED = "BUNDLED WITH" DEPENDENCIES = "DEPENDENCIES" CHECKSUMS = "CHECKSUMS" PLATFORMS = "PLATFORMS" RUBY = "RUBY VERSION" GIT = "GIT" GEM = "GEM" PATH = "PATH" PLUGIN = "PLUGIN SOURCE" SPECS = " specs:" OPTIONS = /^ ([a-z]+): (.*)$/i SOURCE = [GIT, GEM, PATH, PLUGIN].freeze SECTIONS_BY_VERSION_INTRODUCED = { Gem::Version.create("1.0") => [DEPENDENCIES, PLATFORMS, GIT, GEM, PATH].freeze, Gem::Version.create("1.10") => [BUNDLED].freeze, Gem::Version.create("1.12") => [RUBY].freeze, Gem::Version.create("1.13") => [PLUGIN].freeze, Gem::Version.create("2.5.0") => [CHECKSUMS].freeze, }.freeze KNOWN_SECTIONS = SECTIONS_BY_VERSION_INTRODUCED.values.flatten!.freeze ENVIRONMENT_VERSION_SECTIONS = [BUNDLED, RUBY].freeze deprecate_constant(:ENVIRONMENT_VERSION_SECTIONS) def self.sections_in_lockfile(lockfile_contents) sections = lockfile_contents.scan(/^\w[\w ]*$/) sections.uniq! sections end def self.unknown_sections_in_lockfile(lockfile_contents) sections_in_lockfile(lockfile_contents) - KNOWN_SECTIONS end def self.sections_to_ignore(base_version = nil) base_version &&= base_version.release base_version ||= Gem::Version.create("1.0") attributes = [] SECTIONS_BY_VERSION_INTRODUCED.each do |version, introduced| next if version <= base_version attributes += introduced end attributes end def self.bundled_with lockfile = Bundler.default_lockfile return unless lockfile.file? lockfile_contents = Bundler.read_file(lockfile) return unless lockfile_contents.include?(BUNDLED) lockfile_contents.split(BUNDLED).last.strip end def initialize(lockfile) @platforms = [] @sources = [] @dependencies = {} @parse_method = nil @specs = {} @lockfile_path = begin SharedHelpers.relative_lockfile_path rescue GemfileNotFound "Gemfile.lock" end @pos = Position.new(1, 1) if lockfile.match?(/<<<<<<<|=======|>>>>>>>|\|\|\|\|\|\|\|/) raise LockfileError, "Your #{@lockfile_path} contains merge conflicts.\n" \ "Run `git checkout HEAD -- #{@lockfile_path}` first to get a clean lock." end lockfile.split(/((?:\r?\n)+)/) do |line| # split alternates between the line and the following whitespace next @pos.advance!(line) if line.match?(/^\s*$/) if SOURCE.include?(line) @parse_method = :parse_source parse_source(line) elsif line == DEPENDENCIES @parse_method = :parse_dependency elsif line == CHECKSUMS # This is a temporary solution to make this feature disabled by default # for all gemfiles that don't already explicitly include the feature. @checksums = true @parse_method = :parse_checksum elsif line == PLATFORMS @parse_method = :parse_platform elsif line == RUBY @parse_method = :parse_ruby elsif line == BUNDLED @parse_method = :parse_bundled_with elsif /^[^\s]/.match?(line) @parse_method = nil elsif @parse_method send(@parse_method, line) end @pos.advance!(line) end @most_specific_locked_platform = @platforms.min_by do |bundle_platform| platform_specificity_match(bundle_platform, local_platform) end @specs = @specs.values.sort_by!(&:full_name).each do |spec| spec.most_specific_locked_platform = @most_specific_locked_platform end rescue ArgumentError => e Bundler.ui.debug(e) raise LockfileError, "Your lockfile is unreadable. Run `rm #{@lockfile_path}` " \ "and then `bundle install` to generate a new lockfile. The error occurred while " \ "evaluating #{@lockfile_path}:#{@pos}" end def may_include_redundant_platform_specific_gems? bundler_version.nil? || bundler_version < Gem::Version.new("1.16.2") end private TYPES = { GIT => Bundler::Source::Git, GEM => Bundler::Source::Rubygems, PATH => Bundler::Source::Path, PLUGIN => Bundler::Plugin, }.freeze def parse_source(line) case line when SPECS return unless TYPES.key?(@type) @current_source = TYPES[@type].from_lock(@opts) @sources << @current_source when OPTIONS value = $2 value = true if value == "true" value = false if value == "false" key = $1 if @opts[key] @opts[key] = Array(@opts[key]) @opts[key] << value else @opts[key] = value end when *SOURCE @current_source = nil @opts = {} @type = line else parse_spec(line) end end space = / / NAME_VERSION = / ^(#{space}{2}|#{space}{4}|#{space}{6})(?!#{space}) # Exactly 2, 4, or 6 spaces at the start of the line (.*?) # Name (?:#{space}\(([^-]*) # Space, followed by version (?:-(.*))?\))? # Optional platform (!)? # Optional pinned marker (?:#{space}([^ ]+))? # Optional checksum $ # Line end /xo def parse_dependency(line) return unless line =~ NAME_VERSION spaces = $1 return unless spaces.size == 2 name = -$2 version = $3 pinned = $5 version = version.split(",").each(&:strip!) if version dep = Bundler::Dependency.new(name, version) if pinned && dep.name != "bundler" spec = @specs.find {|_, v| v.name == dep.name } dep.source = spec.last.source if spec # Path sources need to know what the default name / version # to use in the case that there are no gemspecs present. A fake # gemspec is created based on the version set on the dependency # TODO: Use the version from the spec instead of from the dependency if version && version.size == 1 && version.first =~ /^\s*= (.+)\s*$/ && dep.source.is_a?(Bundler::Source::Path) dep.source.name = name dep.source.version = $1 end end @dependencies[dep.name] = dep end def parse_checksum(line) return unless line =~ NAME_VERSION spaces = $1 return unless spaces.size == 2 checksums = $6 name = $2 version = $3 platform = $4 version = Gem::Version.new(version) platform = platform ? Gem::Platform.new(platform) : Gem::Platform::RUBY full_name = Gem::NameTuple.new(name, version, platform).full_name return unless spec = @specs[full_name] if checksums checksums.split(",") do |lock_checksum| column = line.index(lock_checksum) + 1 checksum = Checksum.from_lock(lock_checksum, "#{@lockfile_path}:#{@pos.line}:#{column}") spec.source.checksum_store.register(spec, checksum) end else spec.source.checksum_store.register(spec, nil) end end def parse_spec(line) return unless line =~ NAME_VERSION spaces = $1 name = -$2 version = $3 if spaces.size == 4 # only load platform for non-dependency (spec) line platform = $4 version = Gem::Version.new(version) platform = platform ? Gem::Platform.new(platform) : Gem::Platform::RUBY @current_spec = LazySpecification.new(name, version, platform, @current_source) @current_source.add_dependency_names(name) @specs[@current_spec.full_name] = @current_spec elsif spaces.size == 6 version = version.split(",").each(&:strip!) if version dep = Gem::Dependency.new(name, version) @current_spec.dependencies << dep end end def parse_platform(line) @platforms << Gem::Platform.new($1.strip) if line =~ /^ (.*)$/ end def parse_bundled_with(line) line.strip! return unless Gem::Version.correct?(line) @bundler_version = Gem::Version.create(line) end def parse_ruby(line) line.strip! @ruby_version = line end end end PK )J [�rb� A share/gems/gems/bundler-2.6.7/lib/bundler/compact_index_client.rbnu �[��� # frozen_string_literal: true require "pathname" require "set" module Bundler # The CompactIndexClient is responsible for fetching and parsing the compact index. # # The compact index is a set of caching optimized files that are used to fetch gem information. # The files are: # - names: a list of all gem names # - versions: a list of all gem versions # - info/[gem]: a list of all versions of a gem # # The client is instantiated with: # - `directory`: the root directory where the cache files are stored. # - `fetcher`: (optional) an object that responds to #call(uri_path, headers) and returns an http response. # If the `fetcher` is not provided, the client will only read cached files from disk. # # The client is organized into: # - `Updater`: updates the cached files on disk using the fetcher. # - `Cache`: calls the updater, caches files, read and return them from disk # - `Parser`: parses the compact index file data # - `CacheFile`: a concurrency safe file reader/writer that verifies checksums # # The client is intended to optimize memory usage and performance. # It is called 100s or 1000s of times, parsing files with hundreds of thousands of lines. # It may be called concurrently without global interpreter lock in some Rubies. # As a result, some methods may look more complex than necessary to save memory or time. class CompactIndexClient # NOTE: MD5 is here not because we expect a server to respond with it, but # because we use it to generate the etag on first request during the upgrade # to the compact index client that uses opaque etags saved to files. # Remove once 2.5.0 has been out for a while. SUPPORTED_DIGESTS = { "sha-256" => :SHA256, "md5" => :MD5 }.freeze DEBUG_MUTEX = Thread::Mutex.new # info returns an Array of INFO Arrays. Each INFO Array has the following indices: INFO_NAME = 0 INFO_VERSION = 1 INFO_PLATFORM = 2 INFO_DEPS = 3 INFO_REQS = 4 def self.debug return unless ENV["DEBUG_COMPACT_INDEX"] DEBUG_MUTEX.synchronize { warn("[#{self}] #{yield}") } end class Error < StandardError; end require_relative "compact_index_client/cache" require_relative "compact_index_client/cache_file" require_relative "compact_index_client/parser" require_relative "compact_index_client/updater" def initialize(directory, fetcher = nil) @cache = Cache.new(directory, fetcher) @parser = Parser.new(@cache) end def names Bundler::CompactIndexClient.debug { "names" } @parser.names end def versions Bundler::CompactIndexClient.debug { "versions" } @parser.versions end def dependencies(names) Bundler::CompactIndexClient.debug { "dependencies(#{names})" } names.map {|name| info(name) } end def info(name) Bundler::CompactIndexClient.debug { "info(#{name})" } @parser.info(name) end def latest_version(name) Bundler::CompactIndexClient.debug { "latest_version(#{name})" } @parser.info(name).map {|d| Gem::Version.new(d[INFO_VERSION]) }.max end def available? Bundler::CompactIndexClient.debug { "available?" } @parser.available? end def reset! Bundler::CompactIndexClient.debug { "reset!" } @cache.reset! end end end PK )J [s�{T�" �" 3 share/gems/gems/bundler-2.6.7/lib/bundler/errors.rbnu �[��� # frozen_string_literal: true module Bundler class BundlerError < StandardError def self.status_code(code) define_method(:status_code) { code } if match = BundlerError.all_errors.find {|_k, v| v == code } error, _ = match raise ArgumentError, "Trying to register #{self} for status code #{code} but #{error} is already registered" end BundlerError.all_errors[self] = code end def self.all_errors @all_errors ||= {} end end class GemfileError < BundlerError; status_code(4); end class InstallError < BundlerError; status_code(5); end # Internal error, should be rescued class SolveFailure < BundlerError; status_code(6); end class GemNotFound < BundlerError; status_code(7); end class InstallHookError < BundlerError; status_code(8); end class GemfileNotFound < BundlerError; status_code(10); end class GitError < BundlerError; status_code(11); end class DeprecatedError < BundlerError; status_code(12); end class PathError < BundlerError; status_code(13); end class GemspecError < BundlerError; status_code(14); end class InvalidOption < BundlerError; status_code(15); end class ProductionError < BundlerError; status_code(16); end class HTTPError < BundlerError status_code(17) def filter_uri(uri) URICredentialsFilter.credential_filtered_uri(uri) end end class RubyVersionMismatch < BundlerError; status_code(18); end class SecurityError < BundlerError; status_code(19); end class LockfileError < BundlerError; status_code(20); end class CyclicDependencyError < BundlerError; status_code(21); end class GemfileLockNotFound < BundlerError; status_code(22); end class PluginError < BundlerError; status_code(29); end class ThreadCreationError < BundlerError; status_code(33); end class APIResponseMismatchError < BundlerError; status_code(34); end class APIResponseInvalidDependenciesError < BundlerError; status_code(35); end class GemfileEvalError < GemfileError; end class MarshalError < StandardError; end class ChecksumMismatchError < SecurityError def initialize(lock_name, existing, checksum) @lock_name = lock_name @existing = existing @checksum = checksum end def message <<~MESSAGE Bundler found mismatched checksums. This is a potential security risk. #{@lock_name} #{@existing.to_lock} from #{@existing.sources.join("\n and ")} #{@lock_name} #{@checksum.to_lock} from #{@checksum.sources.join("\n and ")} #{mismatch_resolution_instructions} To ignore checksum security warnings, disable checksum validation with `bundle config set --local disable_checksum_validation true` MESSAGE end def mismatch_resolution_instructions removable, remote = [@existing, @checksum].partition(&:removable?) case removable.size when 0 msg = +"Mismatched checksums each have an authoritative source:\n" msg << " 1. #{@existing.sources.reject(&:removable?).map(&:to_s).join(" and ")}\n" msg << " 2. #{@checksum.sources.reject(&:removable?).map(&:to_s).join(" and ")}\n" msg << "You may need to alter your Gemfile sources to resolve this issue.\n" when 1 msg = +"If you trust #{remote.first.sources.first}, to resolve this issue you can:\n" msg << removable.first.removal_instructions when 2 msg = +"To resolve this issue you can either:\n" msg << @checksum.removal_instructions msg << "or if you are sure that the new checksum from #{@checksum.sources.first} is correct:\n" msg << @existing.removal_instructions end end status_code(37) end class PermissionError < BundlerError def initialize(path, permission_type = :write) @path = path @permission_type = permission_type end def action case @permission_type when :read then "read from" when :write then "write to" when :executable, :exec then "execute" else @permission_type.to_s end end def permission_type case @permission_type when :create "executable permissions for all parent directories and write permissions for `#{parent_folder}`" else "#{@permission_type} permissions for that path" end end def parent_folder File.dirname(@path) end def message "There was an error while trying to #{action} `#{@path}`. " \ "It is likely that you need to grant #{permission_type}." end status_code(23) end class GemRequireError < BundlerError attr_reader :orig_exception def initialize(orig_exception, msg) full_message = msg + "\nGem Load Error is: #{orig_exception.message}\n"\ "Backtrace for gem load error is:\n"\ "#{orig_exception.backtrace.join("\n")}\n"\ "Bundler Error Backtrace:\n" super(full_message) @orig_exception = orig_exception end status_code(24) end class YamlSyntaxError < BundlerError attr_reader :orig_exception def initialize(orig_exception, msg) super(msg) @orig_exception = orig_exception end status_code(25) end class TemporaryResourceError < PermissionError def message "There was an error while trying to #{action} `#{@path}`. " \ "Some resource was temporarily unavailable. It's suggested that you try" \ "the operation again." end status_code(26) end class VirtualProtocolError < BundlerError def message "There was an error relating to virtualization and file access. " \ "It is likely that you need to grant access to or mount some file system correctly." end status_code(27) end class OperationNotSupportedError < PermissionError def message "Attempting to #{action} `#{@path}` is unsupported by your OS." end status_code(28) end class NoSpaceOnDeviceError < PermissionError def message "There was an error while trying to #{action} `#{@path}`. " \ "There was insufficient space remaining on the device." end status_code(31) end class ReadOnlyFileSystemError < PermissionError def message "There was an error while trying to #{action} `#{@path}`. " \ "File system is read-only." end status_code(42) end class OperationNotPermittedError < PermissionError def message "There was an error while trying to #{action} `#{@path}`. " \ "Underlying OS system call raised an EPERM error." end status_code(43) end class GenericSystemCallError < BundlerError attr_reader :underlying_error def initialize(underlying_error, message) @underlying_error = underlying_error super("#{message}\nThe underlying system error is #{@underlying_error.class}: #{@underlying_error}") end status_code(32) end class DirectoryRemovalError < BundlerError def initialize(orig_exception, msg) full_message = "#{msg}.\n" \ "The underlying error was #{orig_exception.class}: #{orig_exception.message}, with backtrace:\n" \ " #{orig_exception.backtrace.join("\n ")}\n\n" \ "Bundler Error Backtrace:" super(full_message) end status_code(36) end class InsecureInstallPathError < BundlerError def initialize(name, path) @name = name @path = path end def message "Bundler cannot reinstall #{@name} because there's a previous installation of it at #{@path} that is unsafe to remove.\n" \ "The parent of #{@path} is world-writable and does not have the sticky bit set, making it insecure to remove due to potential vulnerabilities.\n" \ "Please change the permissions of #{File.dirname(@path)} or choose a different install path." end status_code(38) end class CorruptBundlerInstallError < BundlerError def initialize(loaded_spec) @loaded_spec = loaded_spec end def message "The running version of Bundler (#{Bundler::VERSION}) does not match the version of the specification installed for it (#{@loaded_spec.version}). " \ "This can be caused by reinstalling Ruby without removing previous installation, leaving around an upgraded default version of Bundler. " \ "Reinstalling Ruby from scratch should fix the problem." end status_code(39) end class InvalidArgumentError < BundlerError; status_code(40); end class IncorrectLockfileDependencies < BundlerError attr_reader :spec def initialize(spec) @spec = spec end def message "Bundler found incorrect dependencies in the lockfile for #{spec.full_name}" end status_code(41) end end PK )J [x� �� � < share/gems/gems/bundler-2.6.7/lib/bundler/yaml_serializer.rbnu �[��� # frozen_string_literal: true module Bundler # A stub yaml serializer that can handle only hashes and strings (as of now). module YAMLSerializer module_function def dump(hash) yaml = String.new("---") yaml << dump_hash(hash) end def dump_hash(hash) yaml = String.new("\n") hash.each do |k, v| yaml << k << ":" if v.is_a?(Hash) yaml << dump_hash(v).gsub(/^(?!$)/, " ") # indent all non-empty lines elsif v.is_a?(Array) # Expected to be array of strings if v.empty? yaml << " []\n" else yaml << "\n- " << v.map {|s| s.to_s.gsub(/\s+/, " ").inspect }.join("\n- ") << "\n" end else yaml << " " << v.to_s.gsub(/\s+/, " ").inspect << "\n" end end yaml end ARRAY_REGEX = / ^ (?:[ ]*-[ ]) # '- ' before array items (['"]?) # optional opening quote (.*) # value \1 # matching closing quote $ /xo HASH_REGEX = / ^ ([ ]*) # indentations ([^#]+) # key excludes comment char '#' (?::(?=(?:\s|$))) # : (without the lookahead the #key includes this when : is present in value) [ ]? (['"]?) # optional opening quote (.*) # value \3 # matching closing quote $ /xo def load(str) res = {} stack = [res] last_hash = nil last_empty_key = nil str.split(/\r?\n/) do |line| if match = HASH_REGEX.match(line) indent, key, quote, val = match.captures val = strip_comment(val) depth = indent.size / 2 if quote.empty? && val.empty? new_hash = {} stack[depth][key] = new_hash stack[depth + 1] = new_hash last_empty_key = key last_hash = stack[depth] else val = [] if val == "[]" # empty array stack[depth][key] = val end elsif match = ARRAY_REGEX.match(line) _, val = match.captures val = strip_comment(val) last_hash[last_empty_key] = [] unless last_hash[last_empty_key].is_a?(Array) last_hash[last_empty_key].push(val) end end res end def strip_comment(val) if val.include?("#") && !val.start_with?("#") val.split("#", 2).first.strip else val end end class << self private :dump_hash end end end PK )J [ <��, , ? share/gems/gems/bundler-2.6.7/lib/bundler/settings/validator.rbnu �[��� # frozen_string_literal: true module Bundler class Settings class Validator class Rule attr_reader :description def initialize(keys, description, &validate) @keys = keys @description = description @validate = validate end def validate!(key, value, settings) instance_exec(key, value, settings, &@validate) end def fail!(key, value, *reasons) reasons.unshift @description raise InvalidOption, "Setting `#{key}` to #{value.inspect} failed:\n#{reasons.map {|r| " - #{r}" }.join("\n")}" end def set(settings, key, value, *reasons) hash_key = k(key) return if settings[hash_key] == value reasons.unshift @description Bundler.ui.info "Setting `#{key}` to #{value.inspect}, since #{reasons.join(", ")}" if value.nil? settings.delete(hash_key) else settings[hash_key] = value end end def k(key) Bundler.settings.key_for(key) end end def self.rules @rules ||= Hash.new {|h, k| h[k] = [] } end private_class_method :rules def self.rule(keys, description, &blk) rule = Rule.new(keys, description, &blk) keys.each {|k| rules[k] << rule } end private_class_method :rule def self.validate!(key, value, settings) rules_to_validate = rules[key] rules_to_validate.each {|rule| rule.validate!(key, value, settings) } end rule %w[path path.system], "path and path.system are mutually exclusive" do |key, value, settings| if key == "path" && value set(settings, "path.system", nil) elsif key == "path.system" && value set(settings, :path, nil) end end rule %w[with without], "a group cannot be in both `with` & `without` simultaneously" do |key, value, settings| with = settings.fetch(k(:with), "").split(":").map(&:to_sym) without = settings.fetch(k(:without), "").split(":").map(&:to_sym) other_key = key == "with" ? :without : :with other_setting = key == "with" ? without : with conflicting = with & without if conflicting.any? fail!(key, value, "`#{other_key}` is current set to #{other_setting.inspect}", "the `#{conflicting.join("`, `")}` groups conflict") end end rule %w[path], "relative paths are expanded relative to the current working directory" do |key, value, settings| next if value.nil? path = Pathname.new(value) next if !path.relative? || !Bundler.feature_flag.path_relative_to_cwd? path = path.expand_path root = begin Bundler.root rescue GemfileNotFound Pathname.pwd.expand_path end path = begin path.relative_path_from(root) rescue ArgumentError path end set(settings, key, path.to_s) end end end end PK )J [���l� � < share/gems/gems/bundler-2.6.7/lib/bundler/friendly_errors.rbnu �[��� # frozen_string_literal: true require_relative "vendored_thor" module Bundler module FriendlyErrors module_function def enable! @disabled = false end def disabled? @disabled end def disable! @disabled = true end def log_error(error) case error when YamlSyntaxError Bundler.ui.error error.message Bundler.ui.trace error.orig_exception when Dsl::DSLError, GemspecError Bundler.ui.error error.message when GemRequireError Bundler.ui.error error.message Bundler.ui.trace error.orig_exception when BundlerError if Bundler.ui.debug? Bundler.ui.trace error else Bundler.ui.error error.message, wrap: true end when Thor::Error Bundler.ui.error error.message when Interrupt Bundler.ui.error "\nQuitting..." Bundler.ui.trace error when Gem::InvalidSpecificationException Bundler.ui.error error.message, wrap: true when SystemExit when *[defined?(Java::JavaLang::OutOfMemoryError) && Java::JavaLang::OutOfMemoryError].compact Bundler.ui.error "\nYour JVM has run out of memory, and Bundler cannot continue. " \ "You can decrease the amount of memory Bundler needs by removing gems from your Gemfile, " \ "especially large gems. (Gems can be as large as hundreds of megabytes, and Bundler has to read those files!). " \ "Alternatively, you can increase the amount of memory the JVM is able to use by running Bundler with jruby -J-Xmx1024m -S bundle (JRuby defaults to 500MB)." else request_issue_report_for(error) end end def exit_status(error) case error when BundlerError then error.status_code when Thor::Error then 15 when SystemExit then error.status else 1 end end def request_issue_report_for(e) Bundler.ui.error <<~EOS, nil, nil --- ERROR REPORT TEMPLATE ------------------------------------------------------- ``` #{exception_message(e)} ``` #{Bundler::Env.report} --- TEMPLATE END ---------------------------------------------------------------- EOS Bundler.ui.error "Unfortunately, an unexpected error occurred, and Bundler cannot continue." Bundler.ui.error <<~EOS, nil, :yellow First, try this link to see if there are any existing issue reports for this error: #{issues_url(e)} If there aren't any reports for this error yet, please fill in the new issue form located at #{new_issue_url}, and copy and paste the report template above in there. EOS end def exception_message(error) message = serialized_exception_for(error) cause = error.cause return message unless cause message + serialized_exception_for(cause) end def serialized_exception_for(e) <<~EOS #{e.class}: #{e.message} #{e.backtrace&.join("\n ")&.chomp} EOS end def issues_url(exception) message = exception.message.lines.first.tr(":", " ").chomp message = message.split("-").first if exception.is_a?(Errno) require "cgi" "https://github.com/rubygems/rubygems/search?q=" \ "#{CGI.escape(message)}&type=Issues" end def new_issue_url "https://github.com/rubygems/rubygems/issues/new?labels=Bundler&template=bundler-related-issue.md" end end def self.with_friendly_errors FriendlyErrors.enable! yield rescue SignalException raise rescue Exception => e # rubocop:disable Lint/RescueException raise if FriendlyErrors.disabled? FriendlyErrors.log_error(e) exit FriendlyErrors.exit_status(e) end end PK )J [��� � 0 share/gems/gems/bundler-2.6.7/lib/bundler/env.rbnu �[��� # frozen_string_literal: true require_relative "rubygems_integration" require_relative "source/git/git_proxy" module Bundler class Env def self.write(io) io.write report end def self.report(options = {}) print_gemfile = options.delete(:print_gemfile) { true } print_gemspecs = options.delete(:print_gemspecs) { true } out = String.new append_formatted_table("Environment", environment, out) append_formatted_table("Bundler Build Metadata", BuildMetadata.to_h, out) unless Bundler.settings.all.empty? out << "\n## Bundler settings\n\n```\n" Bundler.settings.all.each do |setting| out << setting << "\n" Bundler.settings.pretty_values_for(setting).each do |line| out << " " << line << "\n" end end out << "```\n" end return out unless SharedHelpers.in_bundle? if print_gemfile gemfiles = [Bundler.default_gemfile] begin gemfiles = Bundler.definition.gemfiles rescue GemfileNotFound nil end out << "\n## Gemfile\n" gemfiles.each do |gemfile| out << "\n### #{SharedHelpers.relative_path_to(gemfile)}\n\n" out << "```ruby\n" << read_file(gemfile).chomp << "\n```\n" end out << "\n### #{SharedHelpers.relative_path_to(Bundler.default_lockfile)}\n\n" out << "```\n" << read_file(Bundler.default_lockfile).chomp << "\n```\n" end if print_gemspecs dsl = Dsl.new.tap {|d| d.eval_gemfile(Bundler.default_gemfile) } out << "\n## Gemspecs\n" unless dsl.gemspecs.empty? dsl.gemspecs.each do |gs| out << "\n### #{File.basename(gs.loaded_from)}" out << "\n\n```ruby\n" << read_file(gs.loaded_from).chomp << "\n```\n" end end out end def self.read_file(filename) Bundler.read_file(filename.to_s).strip rescue Errno::ENOENT "<No #{filename} found>" rescue RuntimeError => e "#{e.class}: #{e.message}" end def self.ruby_version "#{RUBY_VERSION}p#{RUBY_PATCHLEVEL} (#{RUBY_RELEASE_DATE} revision #{RUBY_REVISION}) [#{Gem::Platform.local}]" end def self.git_version Bundler::Source::Git::GitProxy.new(nil, nil).full_version rescue Bundler::Source::Git::GitNotInstalledError "not installed" end def self.version_of(script) return "not installed" unless Bundler.which(script) `#{script} --version`.chomp end def self.chruby_version return "not installed" unless Bundler.which("chruby-exec") `chruby-exec -- chruby --version`. sub(/.*^chruby: (#{Gem::Version::VERSION_PATTERN}).*/m, '\1') end def self.environment out = [] out << ["Bundler", Bundler::VERSION] out << [" Platforms", Gem.platforms.join(", ")] out << ["Ruby", ruby_version] out << [" Full Path", Gem.ruby] out << [" Config Dir", Pathname.new(Gem::ConfigFile::SYSTEM_WIDE_CONFIG_FILE).dirname] out << ["RubyGems", Gem::VERSION] out << [" Gem Home", Gem.dir] out << [" Gem Path", Gem.path.join(File::PATH_SEPARATOR)] out << [" User Home", Gem.user_home] out << [" User Path", Gem.user_dir] out << [" Bin Dir", Gem.bindir] if defined?(OpenSSL::SSL) out << ["OpenSSL"] out << [" Compiled", OpenSSL::OPENSSL_VERSION] if defined?(OpenSSL::OPENSSL_VERSION) out << [" Loaded", OpenSSL::OPENSSL_LIBRARY_VERSION] if defined?(OpenSSL::OPENSSL_LIBRARY_VERSION) out << [" Cert File", OpenSSL::X509::DEFAULT_CERT_FILE] if defined?(OpenSSL::X509::DEFAULT_CERT_FILE) out << [" Cert Dir", OpenSSL::X509::DEFAULT_CERT_DIR] if defined?(OpenSSL::X509::DEFAULT_CERT_DIR) end out << ["Tools"] out << [" Git", git_version] out << [" RVM", ENV.fetch("rvm_version") { version_of("rvm") }] out << [" rbenv", version_of("rbenv")] out << [" chruby", chruby_version] %w[rubygems-bundler open_gem].each do |name| specs = Bundler.rubygems.find_name(name) out << [" #{name}", "(#{specs.map(&:version).join(",")})"] unless specs.empty? end if (exe = caller_locations.last.absolute_path)&.match? %r{(exe|bin)/bundler?\z} shebang = File.read(exe).lines.first shebang.sub!(/^#!\s*/, "") unless shebang.start_with?(Gem.ruby, "/usr/bin/env ruby") out << ["Gem.ruby", Gem.ruby] out << ["bundle #!", shebang] end end out end def self.append_formatted_table(title, pairs, out) return if pairs.empty? out << "\n" unless out.empty? out << "## #{title}\n\n```\n" ljust = pairs.map {|k, _v| k.to_s.length }.max pairs.each do |k, v| out << "#{k.to_s.ljust(ljust)} #{v}\n" end out << "```\n" end private_class_method :read_file, :ruby_version, :git_version, :append_formatted_table, :version_of, :chruby_version end end PK )J [Q*X�� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/gem_helper.rbnu �[��� # frozen_string_literal: true require_relative "../bundler" require "shellwords" module Bundler class GemHelper include Rake::DSL if defined? Rake::DSL class << self # set when install'd. attr_accessor :instance def install_tasks(opts = {}) new(opts[:dir], opts[:name]).install end def tag_prefix=(prefix) instance.tag_prefix = prefix end def gemspec(&block) gemspec = instance.gemspec block&.call(gemspec) gemspec end end attr_reader :spec_path, :base, :gemspec attr_writer :tag_prefix def initialize(base = nil, name = nil) @base = File.expand_path(base || SharedHelpers.pwd) gemspecs = name ? [File.join(@base, "#{name}.gemspec")] : Gem::Util.glob_files_in_dir("{,*}.gemspec", @base) raise "Unable to determine name from existing gemspec. Use :name => 'gemname' in #install_tasks to manually set it." unless gemspecs.size == 1 @spec_path = gemspecs.first @gemspec = Bundler.load_gemspec(@spec_path) @tag_prefix = "" end def install built_gem_path = nil desc "Build #{name}-#{version}.gem into the pkg directory." task "build" do built_gem_path = build_gem end desc "Generate SHA512 checksum of #{name}-#{version}.gem into the checksums directory." task "build:checksum" => "build" do build_checksum(built_gem_path) end desc "Build and install #{name}-#{version}.gem into system gems." task "install" => "build" do install_gem(built_gem_path) end desc "Build and install #{name}-#{version}.gem into system gems without network access." task "install:local" => "build" do install_gem(built_gem_path, :local) end desc "Create tag #{version_tag} and build and push #{name}-#{version}.gem to #{gem_push_host}\n" \ "To prevent publishing in RubyGems use `gem_push=no rake release`" task "release", [:remote] => ["build", "release:guard_clean", "release:source_control_push", "release:rubygem_push"] do end task "release:guard_clean" do guard_clean end task "release:source_control_push", [:remote] do |_, args| tag_version { git_push(args[:remote]) } unless already_tagged? end task "release:rubygem_push" => "build" do rubygem_push(built_gem_path) if gem_push? end GemHelper.instance = self end def build_gem file_name = nil sh([*gem_command, "build", "-V", spec_path]) do file_name = File.basename(built_gem_path) SharedHelpers.filesystem_access(File.join(base, "pkg")) {|p| FileUtils.mkdir_p(p) } FileUtils.mv(built_gem_path, "pkg") Bundler.ui.confirm "#{name} #{version} built to pkg/#{file_name}." end File.join(base, "pkg", file_name) end def install_gem(built_gem_path = nil, local = false) built_gem_path ||= build_gem cmd = [*gem_command, "install", built_gem_path.to_s] cmd << "--local" if local sh(cmd) Bundler.ui.confirm "#{name} (#{version}) installed." end def build_checksum(built_gem_path = nil) built_gem_path ||= build_gem SharedHelpers.filesystem_access(File.join(base, "checksums")) {|p| FileUtils.mkdir_p(p) } file_name = "#{File.basename(built_gem_path)}.sha512" require "digest/sha2" checksum = ::Digest::SHA512.file(built_gem_path).hexdigest target = File.join(base, "checksums", file_name) File.write(target, checksum + "\n") Bundler.ui.confirm "#{name} #{version} checksum written to checksums/#{file_name}." end protected def rubygem_push(path) cmd = [*gem_command, "push", path] cmd << "--key" << gem_key if gem_key cmd << "--host" << allowed_push_host if allowed_push_host sh_with_input(cmd) Bundler.ui.confirm "Pushed #{name} #{version} to #{gem_push_host}" end def built_gem_path Gem::Util.glob_files_in_dir("#{name}-*.gem", base).sort_by {|f| File.mtime(f) }.last end def git_push(remote = nil) remote ||= default_remote sh("git push #{remote} refs/heads/#{current_branch}".shellsplit) sh("git push #{remote} refs/tags/#{version_tag}".shellsplit) Bundler.ui.confirm "Pushed git commits and release tag." end def default_remote remote_for_branch, status = sh_with_status(%W[git config --get branch.#{current_branch}.remote]) return "origin" unless status.success? remote_for_branch.strip end def current_branch # We can replace this with `git branch --show-current` once we drop support for git < 2.22.0 sh(%w[git rev-parse --abbrev-ref HEAD]).gsub(%r{\Aheads/}, "").strip end def allowed_push_host @gemspec.metadata["allowed_push_host"] if @gemspec.respond_to?(:metadata) end def gem_push_host env_rubygems_host = ENV["RUBYGEMS_HOST"] env_rubygems_host = nil if env_rubygems_host&.empty? allowed_push_host || env_rubygems_host || "rubygems.org" end def already_tagged? return false unless sh(%w[git tag]).split(/\n/).include?(version_tag) Bundler.ui.confirm "Tag #{version_tag} has already been created." true end def guard_clean clean? && committed? || raise("There are files that need to be committed first.") end def clean? sh_with_status(%w[git diff --exit-code])[1].success? end def committed? sh_with_status(%w[git diff-index --quiet --cached HEAD])[1].success? end def tag_version sh %W[git tag -m Version\ #{version} #{version_tag}] Bundler.ui.confirm "Tagged #{version_tag}." yield if block_given? rescue RuntimeError Bundler.ui.error "Untagging #{version_tag} due to error." sh_with_status %W[git tag -d #{version_tag}] raise end def version gemspec.version end def version_tag "#{@tag_prefix}v#{version}" end def name gemspec.name end def sh_with_input(cmd) Bundler.ui.debug(cmd) SharedHelpers.chdir(base) do abort unless Kernel.system(*cmd) end end def sh(cmd, &block) out, status = sh_with_status(cmd, &block) unless status.success? raise("Running `#{cmd.shelljoin}` failed with the following output:\n\n#{out}\n") end out end def sh_with_status(cmd, &block) Bundler.ui.debug(cmd) SharedHelpers.chdir(base) do outbuf = IO.popen(cmd, err: [:child, :out], &:read) status = $? block&.call(outbuf) if status.success? [outbuf, status] end end def gem_key Bundler.settings["gem.push_key"].to_s.downcase if Bundler.settings["gem.push_key"] end def gem_push? !%w[n no nil false off 0].include?(ENV["gem_push"].to_s.downcase) end def gem_command ENV["GEM_COMMAND"]&.shellsplit || ["gem"] end end end PK )J [��w�� � B share/gems/gems/bundler-2.6.7/lib/bundler/environment_preserver.rbnu �[��� # frozen_string_literal: true module Bundler class EnvironmentPreserver INTENTIONALLY_NIL = "BUNDLER_ENVIRONMENT_PRESERVER_INTENTIONALLY_NIL" BUNDLER_KEYS = %w[ BUNDLE_BIN_PATH BUNDLE_GEMFILE BUNDLER_VERSION BUNDLER_SETUP GEM_HOME GEM_PATH MANPATH PATH RB_USER_INSTALL RUBYLIB RUBYOPT ].map(&:freeze).freeze BUNDLER_PREFIX = "BUNDLER_ORIG_" def self.from_env new(ENV.to_hash, BUNDLER_KEYS) end # @param env [Hash] # @param keys [Array<String>] def initialize(env, keys) @original = env @keys = keys @prefix = BUNDLER_PREFIX end # Replaces `ENV` with the bundler environment variables backed up def replace_with_backup ENV.replace(backup) end # @return [Hash] def backup env = @original.clone @keys.each do |key| value = env[key] if !value.nil? env[@prefix + key] ||= value else env[@prefix + key] ||= INTENTIONALLY_NIL end end env end # @return [Hash] def restore env = @original.clone @keys.each do |key| value_original = env[@prefix + key] next if value_original.nil? if value_original == INTENTIONALLY_NIL env.delete(key) else env[key] = value_original end env.delete(@prefix + key) end env end end end PK )J [�aKϩ1 �1 ; share/gems/gems/bundler-2.6.7/lib/bundler/shared_helpers.rbnu �[��� # frozen_string_literal: true require_relative "version" require_relative "rubygems_integration" require_relative "current_ruby" autoload :Pathname, "pathname" module Bundler autoload :WINDOWS, File.expand_path("constants", __dir__) autoload :FREEBSD, File.expand_path("constants", __dir__) autoload :NULL, File.expand_path("constants", __dir__) module SharedHelpers def root gemfile = find_gemfile raise GemfileNotFound, "Could not locate Gemfile" unless gemfile Pathname.new(gemfile).expand_path.parent end def default_gemfile gemfile = find_gemfile raise GemfileNotFound, "Could not locate Gemfile" unless gemfile Pathname.new(gemfile).expand_path end def default_lockfile gemfile = default_gemfile case gemfile.basename.to_s when "gems.rb" then Pathname.new(gemfile.sub(/.rb$/, ".locked")) else Pathname.new("#{gemfile}.lock") end end def default_bundle_dir bundle_dir = find_directory(".bundle") return nil unless bundle_dir bundle_dir = Pathname.new(bundle_dir) global_bundle_dir = Bundler.user_home.join(".bundle") return nil if bundle_dir == global_bundle_dir bundle_dir end def in_bundle? find_gemfile end def chdir(dir, &blk) Bundler.rubygems.ext_lock.synchronize do Dir.chdir dir, &blk end end def pwd Bundler.rubygems.ext_lock.synchronize do Pathname.pwd end end def with_clean_git_env(&block) keys = %w[GIT_DIR GIT_WORK_TREE] old_env = keys.inject({}) do |h, k| h.update(k => ENV[k]) end keys.each {|key| ENV.delete(key) } block.call ensure keys.each {|key| ENV[key] = old_env[key] } end def set_bundle_environment set_bundle_variables set_path set_rubyopt set_rubylib end # Rescues permissions errors raised by file system operations # (ie. Errno:EACCESS, Errno::EAGAIN) and raises more friendly errors instead. # # @param path [String] the path that the action will be attempted to # @param action [Symbol, #to_s] the type of operation that will be # performed. For example: :write, :read, :exec # # @yield path # # @raise [Bundler::PermissionError] if Errno:EACCES is raised in the # given block # @raise [Bundler::TemporaryResourceError] if Errno:EAGAIN is raised in the # given block # # @example # filesystem_access("vendor/cache", :create) do # FileUtils.mkdir_p("vendor/cache") # end # # @see {Bundler::PermissionError} def filesystem_access(path, action = :write, &block) yield(path.dup) rescue Errno::EACCES => e raise unless e.message.include?(path.to_s) || action == :create raise PermissionError.new(path, action) rescue Errno::EAGAIN raise TemporaryResourceError.new(path, action) rescue Errno::EPROTO raise VirtualProtocolError.new rescue Errno::ENOSPC raise NoSpaceOnDeviceError.new(path, action) rescue Errno::ENOTSUP raise OperationNotSupportedError.new(path, action) rescue Errno::EPERM raise OperationNotPermittedError.new(path, action) rescue Errno::EROFS raise ReadOnlyFileSystemError.new(path, action) rescue Errno::EEXIST, Errno::ENOENT raise rescue SystemCallError => e raise GenericSystemCallError.new(e, "There was an error #{[:create, :write].include?(action) ? "creating" : "accessing"} `#{path}`.") end def major_deprecation(major_version, message, removed_message: nil, print_caller_location: false) if print_caller_location caller_location = caller_locations(2, 2).first suffix = " (called at #{caller_location.path}:#{caller_location.lineno})" message += suffix removed_message += suffix if removed_message end bundler_major_version = Bundler.bundler_major_version if bundler_major_version > major_version require_relative "errors" raise DeprecatedError, "[REMOVED] #{removed_message || message}" end return unless bundler_major_version >= major_version && prints_major_deprecations? Bundler.ui.warn("[DEPRECATED] #{message}") end def print_major_deprecations! multiple_gemfiles = search_up(".") do |dir| gemfiles = gemfile_names.select {|gf| File.file? File.expand_path(gf, dir) } next if gemfiles.empty? break gemfiles.size != 1 end return unless multiple_gemfiles message = "Multiple gemfiles (gems.rb and Gemfile) detected. " \ "Make sure you remove Gemfile and Gemfile.lock since bundler is ignoring them in favor of gems.rb and gems.locked." Bundler.ui.warn message end def ensure_same_dependencies(spec, old_deps, new_deps) new_deps = new_deps.reject {|d| d.type == :development } old_deps = old_deps.reject {|d| d.type == :development } without_type = proc {|d| Gem::Dependency.new(d.name, d.requirements_list.sort) } new_deps.map!(&without_type) old_deps.map!(&without_type) extra_deps = new_deps - old_deps return if extra_deps.empty? Bundler.ui.debug "#{spec.full_name} from #{spec.remote} has corrupted API dependencies" \ " (was expecting #{old_deps.map(&:to_s)}, but the real spec has #{new_deps.map(&:to_s)})" raise APIResponseMismatchError, "Downloading #{spec.full_name} revealed dependencies not in the API (#{extra_deps.join(", ")})." \ "\nRunning `bundle update #{spec.name}` should fix the problem." end def pretty_dependency(dep) msg = String.new(dep.name) msg << " (#{dep.requirement})" unless dep.requirement == Gem::Requirement.default if dep.is_a?(Bundler::Dependency) platform_string = dep.platforms.join(", ") msg << " " << platform_string if !platform_string.empty? && platform_string != Gem::Platform::RUBY end msg end def md5_available? return @md5_available if defined?(@md5_available) @md5_available = begin require "openssl" ::OpenSSL::Digest.digest("MD5", "") true rescue LoadError true rescue ::OpenSSL::Digest::DigestError false end end def digest(name) require "digest" Digest(name) end def checksum_for_file(path, digest) return unless path.file? # This must use File.read instead of Digest.file().hexdigest # because we need to preserve \n line endings on windows when calculating # the checksum SharedHelpers.filesystem_access(path, :read) do File.open(path, "rb") do |f| digest = SharedHelpers.digest(digest).new buf = String.new(capacity: 16_384, encoding: Encoding::BINARY) digest << buf while f.read(16_384, buf) digest.hexdigest end end end def write_to_gemfile(gemfile_path, contents) filesystem_access(gemfile_path) {|g| File.open(g, "w") {|file| file.puts contents } } end def relative_gemfile_path relative_path_to(Bundler.default_gemfile) end def relative_lockfile_path relative_path_to(Bundler.default_lockfile) end def relative_path_to(destination, from: pwd) Pathname.new(destination).relative_path_from(from).to_s rescue ArgumentError # on Windows, if source and destination are on different drivers, there's no relative path from one to the other destination end private def validate_bundle_path path_separator = Bundler.rubygems.path_separator return unless Bundler.bundle_path.to_s.split(path_separator).size > 1 message = "Your bundle path contains text matching #{path_separator.inspect}, " \ "which is the path separator for your system. Bundler cannot " \ "function correctly when the Bundle path contains the " \ "system's PATH separator. Please change your " \ "bundle path to not match #{path_separator.inspect}." \ "\nYour current bundle path is '#{Bundler.bundle_path}'." raise Bundler::PathError, message end def find_gemfile given = ENV["BUNDLE_GEMFILE"] return given if given && !given.empty? find_file(*gemfile_names) end def gemfile_names ["gems.rb", "Gemfile"] end def find_file(*names) search_up(*names) do |filename| return filename if File.file?(filename) end end def find_directory(*names) search_up(*names) do |dirname| return dirname if File.directory?(dirname) end end def search_up(*names) previous = nil current = File.expand_path(SharedHelpers.pwd) until !File.directory?(current) || current == previous if ENV["BUNDLER_SPEC_RUN"] # avoid stepping above the tmp directory when testing return nil if File.directory?(File.join(current, "tmp")) end names.each do |name| filename = File.join(current, name) yield filename end previous = current current = File.expand_path("..", current) end end def set_env(key, value) raise ArgumentError, "new key #{key}" unless EnvironmentPreserver::BUNDLER_KEYS.include?(key) orig_key = "#{EnvironmentPreserver::BUNDLER_PREFIX}#{key}" orig = ENV[key] orig ||= EnvironmentPreserver::INTENTIONALLY_NIL ENV[orig_key] ||= orig ENV[key] = value end public :set_env def set_bundle_variables Bundler::SharedHelpers.set_env "BUNDLE_BIN_PATH", bundle_bin_path Bundler::SharedHelpers.set_env "BUNDLE_GEMFILE", find_gemfile.to_s Bundler::SharedHelpers.set_env "BUNDLER_VERSION", Bundler::VERSION Bundler::SharedHelpers.set_env "BUNDLER_SETUP", File.expand_path("setup", __dir__) end def bundle_bin_path # bundler exe & lib folders have same root folder, typical gem installation exe_file = File.join(source_root, "exe/bundle") # for Ruby core repository testing exe_file = File.join(source_root, "libexec/bundle") unless File.exist?(exe_file) # bundler is a default gem, exe path is separate exe_file = Gem.bin_path("bundler", "bundle", VERSION) unless File.exist?(exe_file) exe_file end public :bundle_bin_path def gemspec_path # inside a gem repository, typical gem installation gemspec_file = File.join(source_root, "../../specifications/bundler-#{VERSION}.gemspec") # for Ruby core repository testing gemspec_file = File.expand_path("bundler.gemspec", __dir__) unless File.exist?(gemspec_file) # bundler is a default gem gemspec_file = File.join(Gem.default_specifications_dir, "bundler-#{VERSION}.gemspec") unless File.exist?(gemspec_file) gemspec_file end public :gemspec_path def source_root File.expand_path("../..", __dir__) end def set_path validate_bundle_path paths = (ENV["PATH"] || "").split(File::PATH_SEPARATOR) paths.unshift "#{Bundler.bundle_path}/bin" Bundler::SharedHelpers.set_env "PATH", paths.uniq.join(File::PATH_SEPARATOR) end def set_rubyopt rubyopt = [ENV["RUBYOPT"]].compact setup_require = "-r#{File.expand_path("setup", __dir__)}" return if !rubyopt.empty? && rubyopt.first.include?(setup_require) rubyopt.unshift setup_require Bundler::SharedHelpers.set_env "RUBYOPT", rubyopt.join(" ") end def set_rubylib rubylib = (ENV["RUBYLIB"] || "").split(File::PATH_SEPARATOR) rubylib.unshift bundler_ruby_lib unless RbConfig::CONFIG["rubylibdir"] == bundler_ruby_lib Bundler::SharedHelpers.set_env "RUBYLIB", rubylib.uniq.join(File::PATH_SEPARATOR) end def bundler_ruby_lib File.expand_path("..", __dir__) end def clean_load_path loaded_gem_paths = Bundler.rubygems.loaded_gem_paths $LOAD_PATH.reject! do |p| resolved_path = resolve_path(p) next if $LOADED_FEATURES.any? {|lf| lf.start_with?(resolved_path) } loaded_gem_paths.delete(p) end $LOAD_PATH.uniq! end def resolve_path(path) expanded = File.expand_path(path) return expanded unless File.exist?(expanded) File.realpath(expanded) end def prints_major_deprecations? require_relative "../bundler" return false if Bundler.settings[:silence_deprecations] require_relative "deprecate" return false if Bundler::Deprecate.skip true end extend self end end PK )J [.��RQ# Q# 5 share/gems/gems/bundler-2.6.7/lib/bundler/spec_set.rbnu �[��� # frozen_string_literal: true require_relative "vendored_tsort" module Bundler class SpecSet include Enumerable include TSort def initialize(specs) @specs = specs end def for(dependencies, platforms_or_legacy_check = [nil], legacy_platforms = [nil], skips: []) platforms = if [true, false].include?(platforms_or_legacy_check) Bundler::SharedHelpers.major_deprecation 2, "SpecSet#for received a `check` parameter, but that's no longer used and deprecated. " \ "SpecSet#for always implicitly performs validation. Please remove this parameter", print_caller_location: true legacy_platforms else platforms_or_legacy_check end materialize_dependencies(dependencies, platforms, skips: skips) @materializations.flat_map(&:specs).uniq end def normalize_platforms!(deps, platforms) complete_platforms = add_extra_platforms!(platforms) complete_platforms.map do |platform| next platform if platform == Gem::Platform::RUBY begin Integer(platform.version) rescue ArgumentError, TypeError next platform end less_specific_platform = Gem::Platform.new([platform.cpu, platform.os, nil]) next platform if incomplete_for_platform?(deps, less_specific_platform) less_specific_platform end.uniq end def add_originally_invalid_platforms!(platforms, originally_invalid_platforms) originally_invalid_platforms.each do |originally_invalid_platform| platforms << originally_invalid_platform if complete_platform(originally_invalid_platform) end end def add_extra_platforms!(platforms) if @specs.empty? platforms.concat([Gem::Platform::RUBY]).uniq return end new_platforms = all_platforms.select do |platform| next if platforms.include?(platform) next unless GemHelpers.generic(platform) == Gem::Platform::RUBY complete_platform(platform) end return if new_platforms.empty? platforms.concat(new_platforms) less_specific_platform = new_platforms.find {|platform| platform != Gem::Platform::RUBY && Bundler.local_platform === platform && platform === Bundler.local_platform } platforms.delete(Bundler.local_platform) if less_specific_platform end def validate_deps(s) s.runtime_dependencies.each do |dep| next if dep.name == "bundler" return :missing unless names.include?(dep.name) return :invalid if none? {|spec| dep.matches_spec?(spec) } end :valid end def [](key) key = key.name if key.respond_to?(:name) lookup[key]&.reverse || [] end def []=(key, value) delete_by_name(key) add_spec(value) end def delete(specs) Array(specs).each {|spec| remove_spec(spec) } end def sort! self end def to_a sorted.dup end def to_hash lookup.dup end def materialize(deps) materialize_dependencies(deps) SpecSet.new(materialized_specs) end # Materialize for all the specs in the spec set, regardless of what platform they're for # @return [Array<Gem::Specification>] def materialized_for_all_platforms @specs.map do |s| next s unless s.is_a?(LazySpecification) spec = s.materialize_for_cache raise GemNotFound, "Could not find #{s.full_name} in any of the sources" unless spec spec end end def incomplete_for_platform?(deps, platform) return false if @specs.empty? validation_set = self.class.new(@specs) validation_set.for(deps, [platform]) validation_set.incomplete_specs.any? end def missing_specs_for(deps) materialize_dependencies(deps) missing_specs end def missing_specs @materializations.flat_map(&:completely_missing_specs) end def partially_missing_specs @materializations.flat_map(&:partially_missing_specs) end def incomplete_specs @materializations.flat_map(&:incomplete_specs) end def insecurely_materialized_specs materialized_specs.select(&:insecurely_materialized?) end def -(other) SpecSet.new(to_a - other.to_a) end def find_by_name_and_platform(name, platform) @specs.detect {|spec| spec.name == name && spec.match_platform(platform) } end def specs_with_additional_variants_from(other) sorted | additional_variants_from(other) end def delete_by_name(name) @specs.reject! {|spec| spec.name == name } @sorted&.reject! {|spec| spec.name == name } return if @lookup.nil? @lookup[name] = nil end def version_for(name) self[name].first&.version end def what_required(spec) unless req = find {|s| s.runtime_dependencies.any? {|d| d.name == spec.name } } return [spec] end what_required(req) << spec end def <<(spec) @specs << spec end def length @specs.length end def size @specs.size end def empty? @specs.empty? end def each(&b) sorted.each(&b) end def names lookup.keys end def valid?(s) s.matches_current_metadata? && valid_dependencies?(s) end def to_s map(&:full_name).to_s end private def materialize_dependencies(dependencies, platforms = [nil], skips: []) handled = ["bundler"].product(platforms).map {|k| [k, true] }.to_h deps = dependencies.product(platforms) @materializations = [] loop do break unless dep = deps.shift dependency = dep[0] platform = dep[1] name = dependency.name key = [name, platform] next if handled.key?(key) handled[key] = true materialization = Materialization.new(dependency, platform, candidates: lookup[name]) deps.concat(materialization.dependencies) if materialization.complete? @materializations << materialization unless skips.include?(name) end @materializations end def materialized_specs @materializations.filter_map(&:materialized_spec) end def complete_platform(platform) new_specs = [] valid_platform = lookup.all? do |_, specs| spec = specs.first matching_specs = spec.source.specs.search([spec.name, spec.version]) platform_spec = GemHelpers.select_best_platform_match(matching_specs, platform).find do |s| valid?(s) end if platform_spec new_specs << LazySpecification.from_spec(platform_spec) unless specs.include?(platform_spec) true else false end end if valid_platform && new_specs.any? new_specs.each {|spec| add_spec(spec) } end valid_platform end def all_platforms @specs.flat_map {|spec| spec.source.specs.search([spec.name, spec.version]).map(&:platform) }.uniq end def additional_variants_from(other) other.select do |spec| version_for(spec.name) == spec.version && valid_dependencies?(spec) end end def valid_dependencies?(s) validate_deps(s) == :valid end def sorted @sorted ||= ([@specs.find {|s| s.name == "rake" }] + tsort).compact.uniq rescue TSort::Cyclic => error cgems = extract_circular_gems(error) raise CyclicDependencyError, "Your bundle requires gems that depend" \ " on each other, creating an infinite loop. Please remove either" \ " gem '#{cgems[0]}' or gem '#{cgems[1]}' and try again." end def extract_circular_gems(error) error.message.scan(/@name="(.*?)"/).flatten end def lookup @lookup ||= begin lookup = {} @specs.each do |s| index_spec(lookup, s.name, s) end lookup end end def tsort_each_node # MUST sort by name for backwards compatibility @specs.sort_by(&:name).each {|s| yield s } end def tsort_each_child(s) s.dependencies.sort_by(&:name).each do |d| next if d.type == :development specs_for_name = lookup[d.name] next unless specs_for_name specs_for_name.each {|s2| yield s2 } end end def add_spec(spec) @specs << spec name = spec.name @sorted&.insert(@sorted.bsearch_index {|s| s.name >= name } || @sorted.size, spec) return if @lookup.nil? index_spec(@lookup, name, spec) end def remove_spec(spec) @specs.delete(spec) @sorted&.delete(spec) return if @lookup.nil? indexed_specs = @lookup[spec.name] return unless indexed_specs if indexed_specs.size > 1 @lookup[spec.name].delete(spec) else @lookup[spec.name] = nil end end def index_spec(hash, key, value) hash[key] ||= [] hash[key] << value end end end PK )J [��/�* * 9 share/gems/gems/bundler-2.6.7/lib/bundler/process_lock.rbnu �[��� # frozen_string_literal: true module Bundler class ProcessLock def self.lock(bundle_path = Bundler.bundle_path, &block) lock_file_path = File.join(bundle_path, "bundler.lock") base_lock_file_path = lock_file_path.delete_suffix(".lock") require "fileutils" if Bundler.rubygems.provides?("< 3.6.0") begin SharedHelpers.filesystem_access(lock_file_path, :write) do Gem.open_file_with_lock(base_lock_file_path, &block) end rescue PermissionError block.call end end end end PK )J [��.�4 4 I share/gems/gems/bundler-2.6.7/lib/bundler/compact_index_client/updater.rbnu �[��� # frozen_string_literal: true module Bundler class CompactIndexClient class Updater class MismatchedChecksumError < Error def initialize(path, message) super "The checksum of /#{path} does not match the checksum provided by the server! Something is wrong. #{message}" end end def initialize(fetcher) @fetcher = fetcher end def update(remote_path, local_path, etag_path) append(remote_path, local_path, etag_path) || replace(remote_path, local_path, etag_path) rescue CacheFile::DigestMismatchError => e raise MismatchedChecksumError.new(remote_path, e.message) rescue Zlib::GzipFile::Error raise Bundler::HTTPError end private def append(remote_path, local_path, etag_path) return false unless local_path.file? && local_path.size.nonzero? CacheFile.copy(local_path) do |file| etag = etag_path.read.tap(&:chomp!) if etag_path.file? # Subtract a byte to ensure the range won't be empty. # Avoids 416 (Range Not Satisfiable) responses. response = @fetcher.call(remote_path, request_headers(etag, file.size - 1)) break true if response.is_a?(Gem::Net::HTTPNotModified) file.digests = parse_digests(response) # server may ignore Range and return the full response if response.is_a?(Gem::Net::HTTPPartialContent) tail = response.body.byteslice(1..-1) break false unless tail && file.append(tail) else file.write(response.body) end CacheFile.write(etag_path, etag_from_response(response)) true end end # request without range header to get the full file or a 304 Not Modified def replace(remote_path, local_path, etag_path) etag = etag_path.read.tap(&:chomp!) if etag_path.file? response = @fetcher.call(remote_path, request_headers(etag)) return true if response.is_a?(Gem::Net::HTTPNotModified) CacheFile.write(local_path, response.body, parse_digests(response)) CacheFile.write(etag_path, etag_from_response(response)) end def request_headers(etag, range_start = nil) headers = {} headers["Range"] = "bytes=#{range_start}-" if range_start headers["If-None-Match"] = %("#{etag}") if etag headers end def etag_for_request(etag_path) etag_path.read.tap(&:chomp!) if etag_path.file? end def etag_from_response(response) return unless response["ETag"] etag = response["ETag"].delete_prefix("W/") return if etag.delete_prefix!('"') && !etag.delete_suffix!('"') etag end # Unwraps and returns a Hash of digest algorithms and base64 values # according to RFC 8941 Structured Field Values for HTTP. # https://www.rfc-editor.org/rfc/rfc8941#name-parsing-a-byte-sequence # Ignores unsupported algorithms. def parse_digests(response) return unless header = response["Repr-Digest"] || response["Digest"] digests = {} header.split(",") do |param| algorithm, value = param.split("=", 2) algorithm.strip! algorithm.downcase! next unless SUPPORTED_DIGESTS.key?(algorithm) next unless value = byte_sequence(value) digests[algorithm] = value end digests.empty? ? nil : digests end # Unwrap surrounding colons (byte sequence) # The wrapping characters must be matched or we return nil. # Also handles quotes because right now rubygems.org sends them. def byte_sequence(value) return if value.delete_prefix!(":") && !value.delete_suffix!(":") return if value.delete_prefix!('"') && !value.delete_suffix!('"') value end end end end PK )J [�w��� � H share/gems/gems/bundler-2.6.7/lib/bundler/compact_index_client/parser.rbnu �[��� # frozen_string_literal: true module Bundler class CompactIndexClient class Parser # `compact_index` - an object responding to #names, #versions, #info(name, checksum), # returning the file contents as a string def initialize(compact_index) @compact_index = compact_index @info_checksums = nil @versions_by_name = nil @available = nil @gem_parser = nil end def names lines(@compact_index.names) end def versions @versions_by_name ||= Hash.new {|hash, key| hash[key] = [] } @info_checksums = {} lines(@compact_index.versions).each do |line| name, versions_string, checksum = line.split(" ", 3) @info_checksums[name] = checksum || "" versions_string.split(",") do |version| delete = version.delete_prefix!("-") version = version.split("-", 2).unshift(name) if delete @versions_by_name[name].delete(version) else @versions_by_name[name] << version end end end @versions_by_name end def info(name) data = @compact_index.info(name, info_checksums[name]) lines(data).map {|line| gem_parser.parse(line).unshift(name) } end def available? return @available unless @available.nil? @available = !info_checksums.empty? end private def info_checksums @info_checksums ||= lines(@compact_index.versions).each_with_object({}) do |line, checksums| parse_version_checksum(line, checksums) end end def lines(data) return [] if data.nil? || data.empty? lines = data.split("\n") header = lines.index("---") header ? lines[header + 1..-1] : lines end def gem_parser @gem_parser ||= Gem::Resolver::APISet::GemParser.new end # This is mostly the same as `split(" ", 3)` but it avoids allocating extra objects. # This method gets called at least once for every gem when parsing versions. def parse_version_checksum(line, checksums) return unless (name_end = line.index(" ")) # Artifactory bug causes blank lines in artifactor index files return unless (checksum_start = line.index(" ", name_end + 1) + 1) checksum_end = line.size - checksum_start line.freeze # allows slicing into the string to not allocate a copy of the line name = line[0, name_end] checksum = line[checksum_start, checksum_end] checksums[name.freeze] = checksum # freeze name since it is used as a hash key end end end end PK )J [# uI G share/gems/gems/bundler-2.6.7/lib/bundler/compact_index_client/cache.rbnu �[��� # frozen_string_literal: true require "rubygems/resolver/api_set/gem_parser" module Bundler class CompactIndexClient class Cache attr_reader :directory def initialize(directory, fetcher = nil) @directory = Pathname.new(directory).expand_path @updater = Updater.new(fetcher) if fetcher @mutex = Thread::Mutex.new @endpoints = Set.new @info_root = mkdir("info") @special_characters_info_root = mkdir("info-special-characters") @info_etag_root = mkdir("info-etags") end def names fetch("names", names_path, names_etag_path) end def versions fetch("versions", versions_path, versions_etag_path) end def info(name, remote_checksum = nil) path = info_path(name) if remote_checksum && remote_checksum != SharedHelpers.checksum_for_file(path, :MD5) fetch("info/#{name}", path, info_etag_path(name)) else Bundler::CompactIndexClient.debug { "update skipped info/#{name} (#{remote_checksum ? "versions index checksum is nil" : "versions index checksum matches local"})" } read(path) end end def reset! @mutex.synchronize { @endpoints.clear } end private def names_path = directory.join("names") def names_etag_path = directory.join("names.etag") def versions_path = directory.join("versions") def versions_etag_path = directory.join("versions.etag") def info_path(name) name = name.to_s # TODO: converge this into the info_root by hashing all filenames like info_etag_path if /[^a-z0-9_-]/.match?(name) name += "-#{SharedHelpers.digest(:MD5).hexdigest(name).downcase}" @special_characters_info_root.join(name) else @info_root.join(name) end end def info_etag_path(name) name = name.to_s @info_etag_root.join("#{name}-#{SharedHelpers.digest(:MD5).hexdigest(name).downcase}") end def mkdir(name) directory.join(name).tap do |dir| SharedHelpers.filesystem_access(dir) do FileUtils.mkdir_p(dir) end end end def fetch(remote_path, path, etag_path) if already_fetched?(remote_path) Bundler::CompactIndexClient.debug { "already fetched #{remote_path}" } else Bundler::CompactIndexClient.debug { "fetching #{remote_path}" } @updater&.update(remote_path, path, etag_path) end read(path) end def already_fetched?(remote_path) @mutex.synchronize { !@endpoints.add?(remote_path) } end def read(path) return unless path.file? SharedHelpers.filesystem_access(path, :read, &:read) end end end end PK )J [��$A� � L share/gems/gems/bundler-2.6.7/lib/bundler/compact_index_client/cache_file.rbnu �[��� # frozen_string_literal: true require_relative "../vendored_fileutils" require "rubygems/package" module Bundler class CompactIndexClient # write cache files in a way that is robust to concurrent modifications # if digests are given, the checksums will be verified class CacheFile DEFAULT_FILE_MODE = 0o644 private_constant :DEFAULT_FILE_MODE class Error < RuntimeError; end class ClosedError < Error; end class DigestMismatchError < Error def initialize(digests, expected_digests) super "Calculated checksums #{digests.inspect} did not match expected #{expected_digests.inspect}." end end # Initialize with a copy of the original file, then yield the instance. def self.copy(path, &block) new(path) do |file| file.initialize_digests SharedHelpers.filesystem_access(path, :read) do path.open("rb") do |s| file.open {|f| IO.copy_stream(s, f) } end end yield file end end # Write data to a temp file, then replace the original file with it verifying the digests if given. def self.write(path, data, digests = nil) return unless data new(path) do |file| file.digests = digests file.write(data) end end attr_reader :original_path, :path def initialize(original_path, &block) @original_path = original_path @perm = original_path.file? ? original_path.stat.mode : DEFAULT_FILE_MODE @path = original_path.sub(/$/, ".#{$$}.tmp") return unless block_given? begin yield self ensure close end end def size path.size end # initialize the digests using CompactIndexClient::SUPPORTED_DIGESTS, or a subset based on keys. def initialize_digests(keys = nil) @digests = keys ? SUPPORTED_DIGESTS.slice(*keys) : SUPPORTED_DIGESTS.dup @digests.transform_values! {|algo_class| SharedHelpers.digest(algo_class).new } end # reset the digests so they don't contain any previously read data def reset_digests @digests&.each_value(&:reset) end # set the digests that will be verified at the end def digests=(expected_digests) @expected_digests = expected_digests if @expected_digests.nil? @digests = nil elsif @digests @digests = @digests.slice(*@expected_digests.keys) else initialize_digests(@expected_digests.keys) end end def digests? @digests&.any? end # Open the temp file for writing, reusing original permissions, yielding the IO object. def open(write_mode = "wb", perm = @perm, &block) raise ClosedError, "Cannot reopen closed file" if @closed SharedHelpers.filesystem_access(path, :write) do path.open(write_mode, perm) do |f| yield digests? ? Gem::Package::DigestIO.new(f, @digests) : f end end end # Returns false without appending when no digests since appending is too error prone to do without digests. def append(data) return false unless digests? open("a") {|f| f.write data } verify && commit end def write(data) reset_digests open {|f| f.write data } commit! end def commit! verify || raise(DigestMismatchError.new(@base64digests, @expected_digests)) commit end # Verify the digests, returning true on match, false on mismatch. def verify return true unless @expected_digests && digests? @base64digests = @digests.transform_values!(&:base64digest) @digests = nil @base64digests.all? {|algo, digest| @expected_digests[algo] == digest } end # Replace the original file with the temp file without verifying digests. # The file is permanently closed. def commit raise ClosedError, "Cannot commit closed file" if @closed SharedHelpers.filesystem_access(original_path, :write) do FileUtils.mv(path, original_path) end @closed = true end # Remove the temp file without replacing the original file. # The file is permanently closed. def close return if @closed FileUtils.remove_file(path) if @path&.file? @closed = true end end end end PK )J [�o;q� � 8 share/gems/gems/bundler-2.6.7/lib/bundler/gem_helpers.rbnu �[��� # frozen_string_literal: true module Bundler module GemHelpers GENERIC_CACHE = { Gem::Platform::RUBY => Gem::Platform::RUBY } # rubocop:disable Style/MutableConstant GENERICS = [ Gem::Platform::JAVA, *Gem::Platform::WINDOWS, ].freeze def generic(p) GENERIC_CACHE[p] ||= begin found = GENERICS.find do |match| p === match end found || Gem::Platform::RUBY end end module_function :generic def generic_local_platform generic(local_platform) end module_function :generic_local_platform def local_platform Bundler.local_platform end module_function :local_platform def generic_local_platform_is_ruby? generic_local_platform == Gem::Platform::RUBY end module_function :generic_local_platform_is_ruby? def platform_specificity_match(spec_platform, user_platform) spec_platform = Gem::Platform.new(spec_platform) PlatformMatch.specificity_score(spec_platform, user_platform) end module_function :platform_specificity_match def select_all_platform_match(specs, platform, force_ruby: false, prefer_locked: false) matching = if force_ruby specs.select {|spec| spec.match_platform(Gem::Platform::RUBY) && spec.force_ruby_platform! } else specs.select {|spec| spec.match_platform(platform) } end if prefer_locked locked_originally = matching.select {|spec| spec.is_a?(LazySpecification) } return locked_originally if locked_originally.any? end matching end module_function :select_all_platform_match def select_best_platform_match(specs, platform, force_ruby: false, prefer_locked: false) matching = select_all_platform_match(specs, platform, force_ruby: force_ruby, prefer_locked: prefer_locked) sort_and_filter_best_platform_match(matching, platform) end module_function :select_best_platform_match def select_best_local_platform_match(specs, force_ruby: false) matching = select_all_platform_match(specs, local_platform, force_ruby: force_ruby).filter_map(&:materialized_for_installation) sort_best_platform_match(matching, local_platform) end module_function :select_best_local_platform_match def sort_and_filter_best_platform_match(matching, platform) return matching if matching.one? exact = matching.select {|spec| spec.platform == platform } return exact if exact.any? sorted_matching = sort_best_platform_match(matching, platform) exemplary_spec = sorted_matching.first sorted_matching.take_while {|spec| same_specificity(platform, spec, exemplary_spec) && same_deps(spec, exemplary_spec) } end module_function :sort_and_filter_best_platform_match def sort_best_platform_match(matching, platform) matching.sort_by {|spec| platform_specificity_match(spec.platform, platform) } end module_function :sort_best_platform_match class PlatformMatch def self.specificity_score(spec_platform, user_platform) return -1 if spec_platform == user_platform return 1_000_000 if spec_platform.nil? || spec_platform == Gem::Platform::RUBY || user_platform == Gem::Platform::RUBY os_match(spec_platform, user_platform) + cpu_match(spec_platform, user_platform) * 10 + platform_version_match(spec_platform, user_platform) * 100 end def self.os_match(spec_platform, user_platform) if spec_platform.os == user_platform.os 0 else 1 end end def self.cpu_match(spec_platform, user_platform) if spec_platform.cpu == user_platform.cpu 0 elsif spec_platform.cpu == "arm" && user_platform.cpu.to_s.start_with?("arm") 0 elsif spec_platform.cpu.nil? || spec_platform.cpu == "universal" 1 else 2 end end def self.platform_version_match(spec_platform, user_platform) if spec_platform.version == user_platform.version 0 elsif spec_platform.version.nil? 1 else 2 end end end def same_specificity(platform, spec, exemplary_spec) platform_specificity_match(spec.platform, platform) == platform_specificity_match(exemplary_spec.platform, platform) end module_function :same_specificity def same_deps(spec, exemplary_spec) same_runtime_deps = spec.dependencies.sort == exemplary_spec.dependencies.sort same_metadata_deps = spec.required_ruby_version == exemplary_spec.required_ruby_version && spec.required_rubygems_version == exemplary_spec.required_rubygems_version same_runtime_deps && same_metadata_deps end module_function :same_deps end end PK )J [V�H9+ + 3 share/gems/gems/bundler-2.6.7/lib/bundler/source.rbnu �[��� # frozen_string_literal: true module Bundler class Source autoload :Gemspec, File.expand_path("source/gemspec", __dir__) autoload :Git, File.expand_path("source/git", __dir__) autoload :Metadata, File.expand_path("source/metadata", __dir__) autoload :Path, File.expand_path("source/path", __dir__) autoload :Rubygems, File.expand_path("source/rubygems", __dir__) autoload :RubygemsAggregate, File.expand_path("source/rubygems_aggregate", __dir__) attr_accessor :dependency_names attr_reader :checksum_store def unmet_deps specs.unmet_dependency_names end def version_message(spec, locked_spec = nil) message = "#{spec.name} #{spec.version}" message += " (#{spec.platform})" if spec.platform != Gem::Platform::RUBY && !spec.platform.nil? if locked_spec locked_spec_version = locked_spec.version if locked_spec_version && spec.version != locked_spec_version message += Bundler.ui.add_color(" (was #{locked_spec_version})", version_color(spec.version, locked_spec_version)) end end message end def can_lock?(spec) spec.source == self end def prefer_local!; end def local!; end def local_only!; end def cached!; end def remote!; end def add_dependency_names(names) @dependency_names = Array(dependency_names) | Array(names) end # it's possible that gems from one source depend on gems from some # other source, so now we download gemspecs and iterate over those # dependencies, looking for gems we don't have info on yet. def double_check_for(*); end def dependency_names_to_double_check specs.dependency_names end def spec_names specs.spec_names end def include?(other) other == self end def inspect "#<#{self.class}:0x#{object_id} #{self}>" end def identifier to_s end def path? instance_of?(Bundler::Source::Path) end def extension_cache_path(spec) return unless Bundler.feature_flag.global_gem_cache? return unless source_slug = extension_cache_slug(spec) Bundler.user_cache.join( "extensions", Gem::Platform.local.to_s, Bundler.ruby_scope, source_slug, spec.full_name ) end private def version_color(spec_version, locked_spec_version) if Gem::Version.correct?(spec_version) && Gem::Version.correct?(locked_spec_version) # display yellow if there appears to be a regression earlier_version?(spec_version, locked_spec_version) ? :yellow : :green else # default to green if the versions cannot be directly compared :green end end def earlier_version?(spec_version, locked_spec_version) Gem::Version.new(spec_version) < Gem::Version.new(locked_spec_version) end def print_using_message(message) if !message.include?("(was ") Bundler.ui.debug message else Bundler.ui.info message end end def extension_cache_slug(_) nil end end end PK )J [t�{2h h 3 share/gems/gems/bundler-2.6.7/lib/bundler/worker.rbnu �[��� # frozen_string_literal: true module Bundler class Worker POISON = Object.new class WrappedException < StandardError attr_reader :exception def initialize(exn) @exception = exn end end # @return [String] the name of the worker attr_reader :name # Creates a worker pool of specified size # # @param size [Integer] Size of pool # @param name [String] name the name of the worker # @param func [Proc] job to run in inside the worker pool def initialize(size, name, func) @name = name @request_queue = Thread::Queue.new @response_queue = Thread::Queue.new @func = func @size = size @threads = nil @previous_interrupt_handler = nil end # Enqueue a request to be executed in the worker pool # # @param obj [String] mostly it is name of spec that should be downloaded def enq(obj) create_threads unless @threads @request_queue.enq obj end # Retrieves results of job function being executed in worker pool def deq result = @response_queue.deq raise result.exception if result.is_a?(WrappedException) result end def stop stop_threads end private def process_queue(i) loop do obj = @request_queue.deq break if obj.equal? POISON @response_queue.enq apply_func(obj, i) end end def apply_func(obj, i) @func.call(obj, i) rescue Exception => e # rubocop:disable Lint/RescueException WrappedException.new(e) end # Stop the worker threads by sending a poison object down the request queue # so as worker threads after retrieving it, shut themselves down def stop_threads return unless @threads @threads.each { @request_queue.enq POISON } @threads.each(&:join) remove_interrupt_handler @threads = nil end def abort_threads Bundler.ui.debug("\n#{caller.join("\n")}") @threads.each(&:exit) exit 1 end def create_threads creation_errors = [] @threads = Array.new(@size) do |i| Thread.start { process_queue(i) }.tap do |thread| thread.name = "#{name} Worker ##{i}" if thread.respond_to?(:name=) end rescue ThreadError => e creation_errors << e nil end.compact add_interrupt_handler unless @threads.empty? return if creation_errors.empty? message = "Failed to create threads for the #{name} worker: #{creation_errors.map(&:to_s).uniq.join(", ")}" raise ThreadCreationError, message if @threads.empty? Bundler.ui.info message end def add_interrupt_handler @previous_interrupt_handler = trap("INT") { abort_threads } end def remove_interrupt_handler return unless @previous_interrupt_handler trap "INT", @previous_interrupt_handler end end end PK )J [)PY�\ \ @ share/gems/gems/bundler-2.6.7/lib/bundler/similarity_detector.rbnu �[��� # frozen_string_literal: true module Bundler class SimilarityDetector SimilarityScore = Struct.new(:string, :distance) # initialize with an array of words to be matched against def initialize(corpus) @corpus = corpus end # return an array of words similar to 'word' from the corpus def similar_words(word, limit = 3) words_by_similarity = @corpus.map {|w| SimilarityScore.new(w, levenshtein_distance(word, w)) } words_by_similarity.select {|s| s.distance <= limit }.sort_by(&:distance).map(&:string) end # return the result of 'similar_words', concatenated into a list # (eg "a, b, or c") def similar_word_list(word, limit = 3) words = similar_words(word, limit) if words.length == 1 words[0] elsif words.length > 1 [words[0..-2].join(", "), words[-1]].join(" or ") end end protected # https://www.informit.com/articles/article.aspx?p=683059&seqNum=36 def levenshtein_distance(this, that, ins = 2, del = 2, sub = 1) # ins, del, sub are weighted costs return nil if this.nil? return nil if that.nil? dm = [] # distance matrix # Initialize first row values dm[0] = (0..this.length).collect {|i| i * ins } fill = [0] * (this.length - 1) # Initialize first column values (1..that.length).each do |i| dm[i] = [i * del, fill.flatten] end # populate matrix (1..that.length).each do |i| (1..this.length).each do |j| # critical comparison dm[i][j] = [ dm[i - 1][j - 1] + (this[j - 1] == that[i - 1] ? 0 : sub), dm[i][j - 1] + ins, dm[i - 1][j] + del, ].min end end # The last value in matrix is the Levenshtein distance between the strings dm[that.length][this.length] end end end PK )J [;i6� 4 share/gems/gems/bundler-2.6.7/lib/bundler/cli/add.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Add attr_reader :gems, :options, :version def initialize(options, gems) @gems = gems @options = options @options[:group] = options[:group].split(",").map(&:strip) unless options[:group].nil? @version = options[:version].split(",").map(&:strip) unless options[:version].nil? end def run Bundler.ui.level = "warn" if options[:quiet] validate_options! inject_dependencies perform_bundle_install unless options["skip-install"] end private def perform_bundle_install Installer.install(Bundler.root, Bundler.definition) Bundler.load.cache if Bundler.app_cache.exist? end def inject_dependencies dependencies = gems.map {|g| Bundler::Dependency.new(g, version, options) } Injector.inject(dependencies, conservative_versioning: options[:version].nil?, # Perform conservative versioning only when version is not specified optimistic: options[:optimistic], strict: options[:strict]) end def validate_options! raise InvalidOption, "You cannot specify `--strict` and `--optimistic` at the same time." if options[:strict] && options[:optimistic] # raise error when no gems are specified raise InvalidOption, "Please specify gems to add." if gems.empty? version.to_a.each do |v| raise InvalidOption, "Invalid gem requirement pattern '#{v}'" unless Gem::Requirement::PATTERN.match?(v.to_s) end end end end PK )J [ -�� 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/lock.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Lock attr_reader :options def initialize(options) @options = options end def run unless Bundler.default_gemfile Bundler.ui.error "Unable to find a Gemfile to lock" exit 1 end check_for_conflicting_options print = options[:print] previous_output_stream = Bundler.ui.output_stream Bundler.ui.output_stream = :stderr if print Bundler::Fetcher.disable_endpoint = options["full-index"] update = options[:update] conservative = options[:conservative] bundler = options[:bundler] if update.is_a?(Array) # unlocking specific gems Bundler::CLI::Common.ensure_all_gems_in_lockfile!(update) update = { gems: update, conservative: conservative } elsif update && conservative update = { conservative: conservative } elsif update && bundler update = { bundler: bundler } end file = options[:lockfile] file = file ? Pathname.new(file).expand_path : Bundler.default_lockfile Bundler.settings.temporary(frozen: false) do definition = Bundler.definition(update, file) definition.add_checksums if options["add-checksums"] Bundler::CLI::Common.configure_gem_version_promoter(definition, options) if options[:update] options["remove-platform"].each do |platform_string| platform = Gem::Platform.new(platform_string) definition.remove_platform(platform) end options["add-platform"].each do |platform_string| platform = Gem::Platform.new(platform_string) if platform.to_s == "unknown" Bundler.ui.error "The platform `#{platform_string}` is unknown to RubyGems and can't be added to the lockfile." exit 1 end definition.add_platform(platform) end if definition.platforms.empty? raise InvalidOption, "Removing all platforms from the bundle is not allowed" end definition.remotely! unless options[:local] if options["normalize-platforms"] definition.normalize_platforms end if print puts definition.to_lock else puts "Writing lockfile to #{file}" definition.lock end end Bundler.ui.output_stream = previous_output_stream end private def check_for_conflicting_options if options["normalize-platforms"] && options["add-platform"].any? raise InvalidOption, "--normalize-platforms can't be used with --add-platform" end if options["normalize-platforms"] && options["remove-platform"].any? raise InvalidOption, "--normalize-platforms can't be used with --remove-platform" end end end end PK )J [�JSR� � 8 share/gems/gems/bundler-2.6.7/lib/bundler/cli/console.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Console attr_reader :options, :group def initialize(options, group) @options = options @group = group end def run group ? Bundler.require(:default, *group.split(" ").map!(&:to_sym)) : Bundler.require ARGV.clear console = get_console(Bundler.settings[:console] || "irb") console.start end def get_console(name) require name get_constant(name) rescue LoadError if name == "irb" Bundler.ui.error "#{name} is not available" exit 1 else Bundler.ui.error "Couldn't load console #{name}, falling back to irb" name = "irb" retry end end def get_constant(name) const_name = { "pry" => :Pry, "ripl" => :Ripl, "irb" => :IRB, }[name] Object.const_get(const_name) end end end PK )J [u x 9 share/gems/gems/bundler-2.6.7/lib/bundler/cli/binstubs.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Binstubs attr_reader :options, :gems def initialize(options, gems) @options = options @gems = gems end def run Bundler.definition.validate_runtime! path_option = options["path"] path_option = nil if path_option&.empty? Bundler.settings.set_command_option :bin, path_option if options["path"] Bundler.settings.set_command_option_if_given :shebang, options["shebang"] installer = Installer.new(Bundler.root, Bundler.definition) installer_opts = { force: options[:force], binstubs_cmd: true, all_platforms: options["all-platforms"], } if options[:all] raise InvalidOption, "Cannot specify --all with specific gems" unless gems.empty? @gems = Bundler.definition.specs.map(&:name) installer_opts.delete(:binstubs_cmd) elsif gems.empty? Bundler.ui.error "`bundle binstubs` needs at least one gem to run." exit 1 end gems.each do |gem_name| spec = Bundler.definition.specs.find {|s| s.name == gem_name } unless spec raise GemNotFound, Bundler::CLI::Common.gem_not_found_message( gem_name, Bundler.definition.specs ) end if options[:standalone] if gem_name == "bundler" Bundler.ui.warn("Sorry, Bundler can only be run via RubyGems.") unless options[:all] next end Bundler.settings.temporary(path: Bundler.settings[:path] || Bundler.root) do installer.generate_standalone_bundler_executable_stubs(spec, installer_opts) end else installer.generate_bundler_executable_stubs(spec, installer_opts) end end end end end PK )J [/Ԗ _ _ 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/remove.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Remove def initialize(gems, options) @gems = gems @options = options end def run raise InvalidOption, "Please specify gems to remove." if @gems.empty? Injector.remove(@gems, {}) Installer.install(Bundler.root, Bundler.definition) end end end PK )J [�`3� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/config.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Config < Thor class_option :parseable, type: :boolean, banner: "Use minimal formatting for more parseable output" def self.scope_options method_option :global, type: :boolean, banner: "Only change the global config" method_option :local, type: :boolean, banner: "Only change the local config" end private_class_method :scope_options desc "base NAME [VALUE]", "The Bundler 1 config interface", hide: true scope_options method_option :delete, type: :boolean, banner: "delete" def base(name = nil, *value) new_args = if ARGV.size == 1 ["config", "list"] elsif ARGV.include?("--delete") ARGV.map {|arg| arg == "--delete" ? "unset" : arg } elsif ARGV.include?("--global") || ARGV.include?("--local") || ARGV.size == 3 ["config", "set", *ARGV[1..-1]] else ["config", "get", ARGV[1]] end message = "Using the `config` command without a subcommand [list, get, set, unset] is deprecated and will be removed in the future. Use `bundle #{new_args.join(" ")}` instead." removed_message = "Using the `config` command without a subcommand [list, get, set, unset] is has been removed. Use `bundle #{new_args.join(" ")}` instead." SharedHelpers.major_deprecation 3, message, removed_message: removed_message Base.new(options, name, value, self).run end desc "list", "List out all configured settings" def list Base.new(options, nil, nil, self).run end desc "get NAME", "Returns the value for the given key" def get(name) Base.new(options, name, nil, self).run end desc "set NAME VALUE", "Sets the given value for the given key" scope_options def set(name, value, *value_) Base.new(options, name, value_.unshift(value), self).run end desc "unset NAME", "Unsets the value for the given key" scope_options def unset(name) options[:delete] = true Base.new(options, name, nil, self).run end default_task :base class Base attr_reader :name, :value, :options, :scope, :thor def initialize(options, name, value, thor) @options = options @name = name value = Array(value) @value = value.empty? ? nil : value.join(" ") @thor = thor validate_scope! end def run unless name warn_unused_scope "Ignoring --#{scope}" confirm_all return end if options[:delete] if !explicit_scope? || scope != "global" Bundler.settings.set_local(name, nil) end if !explicit_scope? || scope != "local" Bundler.settings.set_global(name, nil) end return end if value.nil? warn_unused_scope "Ignoring --#{scope} since no value to set was given" if options[:parseable] if value = Bundler.settings[name] Bundler.ui.info("#{name}=#{value}") end return end confirm(name) return end Bundler.ui.info(message) if message Bundler.settings.send("set_#{scope}", name, new_value) end def confirm_all if @options[:parseable] thor.with_padding do Bundler.settings.all.each do |setting| val = Bundler.settings[setting] Bundler.ui.info "#{setting}=#{val}" end end else Bundler.ui.confirm "Settings are listed in order of priority. The top value will be used.\n" Bundler.settings.all.each do |setting| Bundler.ui.confirm setting show_pretty_values_for(setting) Bundler.ui.confirm "" end end end def confirm(name) Bundler.ui.confirm "Settings for `#{name}` in order of priority. The top value will be used" show_pretty_values_for(name) end def new_value pathname = Pathname.new(value) if name.start_with?("local.") && pathname.directory? pathname.expand_path.to_s else value end end def message locations = Bundler.settings.locations(name) if @options[:parseable] "#{name}=#{new_value}" if new_value elsif scope == "global" if !locations[:local].nil? "Your application has set #{name} to #{locations[:local].inspect}. " \ "This will override the global value you are currently setting" elsif locations[:env] "You have a bundler environment variable for #{name} set to " \ "#{locations[:env].inspect}. This will take precedence over the global value you are setting" elsif !locations[:global].nil? && locations[:global] != value "You are replacing the current global value of #{name}, which is currently " \ "#{locations[:global].inspect}" end elsif scope == "local" && !locations[:local].nil? && locations[:local] != value "You are replacing the current local value of #{name}, which is currently " \ "#{locations[:local].inspect}" end end def show_pretty_values_for(setting) thor.with_padding do Bundler.settings.pretty_values_for(setting).each do |line| Bundler.ui.info line end end end def explicit_scope? @explicit_scope end def warn_unused_scope(msg) return unless explicit_scope? return if options[:parseable] Bundler.ui.warn(msg) end def validate_scope! @explicit_scope = true scopes = %w[global local].select {|s| options[s] } case scopes.size when 0 @scope = inside_app? ? "local" : "global" @explicit_scope = false when 1 @scope = scopes.first else raise InvalidOption, "The options #{scopes.join " and "} were specified. Please only use one of the switches at a time." end end private def inside_app? Bundler.root true rescue GemfileNotFound false end end end end PK )J [�^f 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/list.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::List def initialize(options) @options = options @without_group = options["without-group"].map(&:to_sym) @only_group = options["only-group"].map(&:to_sym) end def run raise InvalidOption, "The `--only-group` and `--without-group` options cannot be used together" if @only_group.any? && @without_group.any? raise InvalidOption, "The `--name-only` and `--paths` options cannot be used together" if @options["name-only"] && @options[:paths] specs = if @only_group.any? || @without_group.any? filtered_specs_by_groups else begin Bundler.load.specs rescue GemNotFound => e Bundler.ui.error e.message Bundler.ui.warn "Install missing gems with `bundle install`." exit 1 end end.reject {|s| s.name == "bundler" }.sort_by(&:name) return Bundler.ui.info "No gems in the Gemfile" if specs.empty? return specs.each {|s| Bundler.ui.info s.name } if @options["name-only"] return specs.each {|s| Bundler.ui.info s.full_gem_path } if @options["paths"] Bundler.ui.info "Gems included by the bundle:" specs.each {|s| Bundler.ui.info " * #{s.name} (#{s.version}#{s.git_version})" } Bundler.ui.info "Use `bundle info` to print more detailed information about a gem" end private def verify_group_exists(groups) (@without_group + @only_group).each do |group| raise InvalidOption, "`#{group}` group could not be found." unless groups.include?(group) end end def filtered_specs_by_groups definition = Bundler.definition groups = definition.groups verify_group_exists(groups) show_groups = if @without_group.any? groups.reject {|g| @without_group.include?(g) } elsif @only_group.any? groups.select {|g| @only_group.include?(g) } else groups end.map(&:to_sym) definition.specs_for(show_groups) end end end PK )J [����4A 4A 4 share/gems/gems/bundler-2.6.7/lib/bundler/cli/gem.rbnu �[��� # frozen_string_literal: true require "pathname" module Bundler class CLI Bundler.require_thor_actions include Thor::Actions end class CLI::Gem TEST_FRAMEWORK_VERSIONS = { "rspec" => "3.0", "minitest" => "5.16", "test-unit" => "3.0", }.freeze attr_reader :options, :gem_name, :thor, :name, :target, :extension def initialize(options, gem_name, thor) @options = options @gem_name = resolve_name(gem_name) @thor = thor thor.behavior = :invoke thor.destination_root = nil @name = @gem_name @target = SharedHelpers.pwd.join(gem_name) @extension = options[:ext] validate_ext_name if @extension validate_rust_builder_rubygems_version if @extension == "rust" end def run Bundler.ui.confirm "Creating gem '#{name}'..." underscored_name = name.tr("-", "_") namespaced_path = name.tr("-", "/") constant_name = name.gsub(/-[_-]*(?![_-]|$)/) { "::" }.gsub(/([_-]+|(::)|^)(.|$)/) { $2.to_s + $3.upcase } constant_array = constant_name.split("::") minitest_constant_name = constant_array.clone.tap {|a| a[-1] = "Test#{a[-1]}" }.join("::") # Foo::Bar => Foo::TestBar use_git = Bundler.git_present? && options[:git] git_author_name = use_git ? `git config user.name`.chomp : "" git_username = use_git ? `git config github.user`.chomp : "" git_user_email = use_git ? `git config user.email`.chomp : "" github_username = if options[:github_username].nil? git_username elsif options[:github_username] == false "" else options[:github_username] end config = { name: name, underscored_name: underscored_name, namespaced_path: namespaced_path, makefile_path: "#{underscored_name}/#{underscored_name}", constant_name: constant_name, constant_array: constant_array, author: git_author_name.empty? ? "TODO: Write your name" : git_author_name, email: git_user_email.empty? ? "TODO: Write your email address" : git_user_email, test: options[:test], ext: extension, exe: options[:exe], bundler_version: bundler_dependency_version, git: use_git, github_username: github_username.empty? ? "[USERNAME]" : github_username, required_ruby_version: required_ruby_version, rust_builder_required_rubygems_version: rust_builder_required_rubygems_version, minitest_constant_name: minitest_constant_name, } ensure_safe_gem_name(name, constant_array) templates = { "Gemfile.tt" => Bundler.preferred_gemfile_name, "lib/newgem.rb.tt" => "lib/#{namespaced_path}.rb", "lib/newgem/version.rb.tt" => "lib/#{namespaced_path}/version.rb", "sig/newgem.rbs.tt" => "sig/#{namespaced_path}.rbs", "newgem.gemspec.tt" => "#{name}.gemspec", "Rakefile.tt" => "Rakefile", "README.md.tt" => "README.md", "bin/console.tt" => "bin/console", "bin/setup.tt" => "bin/setup", } executables = %w[ bin/console bin/setup ] templates.merge!("gitignore.tt" => ".gitignore") if use_git if test_framework = ask_and_set_test_framework config[:test] = test_framework config[:test_framework_version] = TEST_FRAMEWORK_VERSIONS[test_framework] case test_framework when "rspec" templates.merge!( "rspec.tt" => ".rspec", "spec/spec_helper.rb.tt" => "spec/spec_helper.rb", "spec/newgem_spec.rb.tt" => "spec/#{namespaced_path}_spec.rb" ) config[:test_task] = :spec when "minitest" # Generate path for minitest target file (FileList["test/**/test_*.rb"]) # foo => test/test_foo.rb # foo-bar => test/foo/test_bar.rb # foo_bar => test/test_foo_bar.rb paths = namespaced_path.rpartition("/") paths[2] = "test_#{paths[2]}" minitest_namespaced_path = paths.join("") templates.merge!( "test/minitest/test_helper.rb.tt" => "test/test_helper.rb", "test/minitest/test_newgem.rb.tt" => "test/#{minitest_namespaced_path}.rb" ) config[:test_task] = :test when "test-unit" templates.merge!( "test/test-unit/test_helper.rb.tt" => "test/test_helper.rb", "test/test-unit/newgem_test.rb.tt" => "test/#{namespaced_path}_test.rb" ) config[:test_task] = :test end end config[:ci] = ask_and_set_ci case config[:ci] when "github" templates.merge!("github/workflows/main.yml.tt" => ".github/workflows/main.yml") config[:ci_config_path] = ".github " when "gitlab" templates.merge!("gitlab-ci.yml.tt" => ".gitlab-ci.yml") config[:ci_config_path] = ".gitlab-ci.yml " when "circle" templates.merge!("circleci/config.yml.tt" => ".circleci/config.yml") config[:ci_config_path] = ".circleci " end if ask_and_set(:mit, "Do you want to license your code permissively under the MIT license?", "This means that any other developer or company will be legally allowed to use your code " \ "for free as long as they admit you created it. You can read more about the MIT license " \ "at https://choosealicense.com/licenses/mit.") config[:mit] = true Bundler.ui.info "MIT License enabled in config" templates.merge!("LICENSE.txt.tt" => "LICENSE.txt") end if ask_and_set(:coc, "Do you want to include a code of conduct in gems you generate?", "Codes of conduct can increase contributions to your project by contributors who " \ "prefer collaborative, safe spaces. You can read more about the code of conduct at " \ "contributor-covenant.org. Having a code of conduct means agreeing to the responsibility " \ "of enforcing it, so be sure that you are prepared to do that. Be sure that your email " \ "address is specified as a contact in the generated code of conduct so that people know " \ "who to contact in case of a violation. For suggestions about " \ "how to enforce codes of conduct, see https://bit.ly/coc-enforcement.") config[:coc] = true Bundler.ui.info "Code of conduct enabled in config" templates.merge!("CODE_OF_CONDUCT.md.tt" => "CODE_OF_CONDUCT.md") end if ask_and_set(:changelog, "Do you want to include a changelog?", "A changelog is a file which contains a curated, chronologically ordered list of notable " \ "changes for each version of a project. To make it easier for users and contributors to" \ " see precisely what notable changes have been made between each release (or version) of" \ " the project. Whether consumers or developers, the end users of software are" \ " human beings who care about what's in the software. When the software changes, people " \ "want to know why and how. see https://keepachangelog.com") config[:changelog] = true Bundler.ui.info "Changelog enabled in config" templates.merge!("CHANGELOG.md.tt" => "CHANGELOG.md") end config[:linter] = ask_and_set_linter case config[:linter] when "rubocop" config[:linter_version] = rubocop_version Bundler.ui.info "RuboCop enabled in config" templates.merge!("rubocop.yml.tt" => ".rubocop.yml") when "standard" config[:linter_version] = standard_version Bundler.ui.info "Standard enabled in config" templates.merge!("standard.yml.tt" => ".standard.yml") end if config[:exe] templates.merge!("exe/newgem.tt" => "exe/#{name}") executables.push("exe/#{name}") end if extension == "c" templates.merge!( "ext/newgem/extconf-c.rb.tt" => "ext/#{name}/extconf.rb", "ext/newgem/newgem.h.tt" => "ext/#{name}/#{underscored_name}.h", "ext/newgem/newgem.c.tt" => "ext/#{name}/#{underscored_name}.c" ) end if extension == "rust" templates.merge!( "Cargo.toml.tt" => "Cargo.toml", "ext/newgem/Cargo.toml.tt" => "ext/#{name}/Cargo.toml", "ext/newgem/extconf-rust.rb.tt" => "ext/#{name}/extconf.rb", "ext/newgem/src/lib.rs.tt" => "ext/#{name}/src/lib.rs", ) end if target.exist? && !target.directory? Bundler.ui.error "Couldn't create a new gem named `#{gem_name}` because there's an existing file named `#{gem_name}`." exit Bundler::BundlerError.all_errors[Bundler::GenericSystemCallError] end if use_git Bundler.ui.info "Initializing git repo in #{target}" require "shellwords" `git init #{target.to_s.shellescape}` config[:git_default_branch] = File.read("#{target}/.git/HEAD").split("/").last.chomp end templates.each do |src, dst| destination = target.join(dst) thor.template("newgem/#{src}", destination, config) end executables.each do |file| path = target.join(file) executable = (path.stat.mode | 0o111) path.chmod(executable) end if use_git IO.popen(%w[git add .], { chdir: target }, &:read) end # Open gemspec in editor open_editor(options["edit"], target.join("#{name}.gemspec")) if options[:edit] Bundler.ui.info "Gem '#{name}' was successfully created. " \ "For more information on making a RubyGem visit https://bundler.io/guides/creating_gem.html" end private def resolve_name(name) SharedHelpers.pwd.join(name).basename.to_s end def ask_and_set(key, header, message) choice = options[key] choice = Bundler.settings["gem.#{key}"] if choice.nil? if choice.nil? Bundler.ui.confirm header choice = Bundler.ui.yes? "#{message} y/(n):" Bundler.settings.set_global("gem.#{key}", choice) end choice end def validate_ext_name return unless gem_name.index("-") Bundler.ui.error "You have specified a gem name which does not conform to the \n" \ "naming guidelines for C extensions. For more information, \n" \ "see the 'Extension Naming' section at the following URL:\n" \ "https://guides.rubygems.org/gems-with-extensions/\n" exit 1 end def ask_and_set_test_framework return if skip?(:test) test_framework = options[:test] || Bundler.settings["gem.test"] if test_framework.to_s.empty? Bundler.ui.confirm "Do you want to generate tests with your gem?" Bundler.ui.info hint_text("test") result = Bundler.ui.ask "Enter a test framework. rspec/minitest/test-unit/(none):" if /rspec|minitest|test-unit/.match?(result) test_framework = result else test_framework = false end end if Bundler.settings["gem.test"].nil? Bundler.settings.set_global("gem.test", test_framework) end if options[:test] == Bundler.settings["gem.test"] Bundler.ui.info "#{options[:test]} is already configured, ignoring --test flag." end test_framework end def skip?(option) options.key?(option) && options[option].nil? end def hint_text(setting) if Bundler.settings["gem.#{setting}"] == false "Your choice will only be applied to this gem." else "Future `bundle gem` calls will use your choice. " \ "This setting can be changed anytime with `bundle config gem.#{setting}`." end end def ask_and_set_ci return if skip?(:ci) ci_template = options[:ci] || Bundler.settings["gem.ci"] if ci_template.to_s.empty? Bundler.ui.confirm "Do you want to set up continuous integration for your gem? " \ "Supported services:\n" \ "* CircleCI: https://circleci.com/\n" \ "* GitHub Actions: https://github.com/features/actions\n" \ "* GitLab CI: https://docs.gitlab.com/ee/ci/\n" \ "\n" Bundler.ui.info hint_text("ci") result = Bundler.ui.ask "Enter a CI service. github/gitlab/circle/(none):" if /github|gitlab|circle/.match?(result) ci_template = result else ci_template = false end end if Bundler.settings["gem.ci"].nil? Bundler.settings.set_global("gem.ci", ci_template) end if options[:ci] == Bundler.settings["gem.ci"] Bundler.ui.info "#{options[:ci]} is already configured, ignoring --ci flag." end ci_template end def ask_and_set_linter return if skip?(:linter) linter_template = options[:linter] || Bundler.settings["gem.linter"] linter_template = deprecated_rubocop_option if linter_template.nil? if linter_template.to_s.empty? Bundler.ui.confirm "Do you want to add a code linter and formatter to your gem? " \ "Supported Linters:\n" \ "* RuboCop: https://rubocop.org\n" \ "* Standard: https://github.com/standardrb/standard\n" \ "\n" Bundler.ui.info hint_text("linter") result = Bundler.ui.ask "Enter a linter. rubocop/standard/(none):" if /rubocop|standard/.match?(result) linter_template = result else linter_template = false end end if Bundler.settings["gem.linter"].nil? Bundler.settings.set_global("gem.linter", linter_template) end # Once gem.linter safely set, unset the deprecated gem.rubocop unless Bundler.settings["gem.rubocop"].nil? Bundler.settings.set_global("gem.rubocop", nil) end if options[:linter] == Bundler.settings["gem.linter"] Bundler.ui.info "#{options[:linter]} is already configured, ignoring --linter flag." end linter_template end def deprecated_rubocop_option if !options[:rubocop].nil? if options[:rubocop] Bundler::SharedHelpers.major_deprecation 2, "--rubocop is deprecated, use --linter=rubocop", removed_message: "--rubocop has been removed, use --linter=rubocop" "rubocop" else Bundler::SharedHelpers.major_deprecation 2, "--no-rubocop is deprecated, use --linter", removed_message: "--no-rubocop has been removed, use --linter" false end elsif !Bundler.settings["gem.rubocop"].nil? Bundler::SharedHelpers.major_deprecation 2, "config gem.rubocop is deprecated; we've updated your config to use gem.linter instead", removed_message: "config gem.rubocop has been removed; we've updated your config to use gem.linter instead" Bundler.settings["gem.rubocop"] ? "rubocop" : false end end def bundler_dependency_version v = Gem::Version.new(Bundler::VERSION) req = v.segments[0..1] req << "a" if v.prerelease? req.join(".") end def ensure_safe_gem_name(name, constant_array) if /^\d/.match?(name) Bundler.ui.error "Invalid gem name #{name} Please give a name which does not start with numbers." exit 1 end constant_name = constant_array.join("::") existing_constant = constant_array.inject(Object) do |c, s| defined = begin c.const_defined?(s) rescue NameError Bundler.ui.error "Invalid gem name #{name} -- `#{constant_name}` is an invalid constant name" exit 1 end (defined && c.const_get(s)) || break end return unless existing_constant Bundler.ui.error "Invalid gem name #{name} constant #{constant_name} is already in use. Please choose another gem name." exit 1 end def open_editor(editor, file) thor.run(%(#{editor} "#{file}")) end def rust_builder_required_rubygems_version "3.3.11" end def required_ruby_version "3.1.0" end def rubocop_version "1.21" end def standard_version "1.3" end def validate_rust_builder_rubygems_version if Gem::Version.new(rust_builder_required_rubygems_version) > Gem.rubygems_version Bundler.ui.error "Your RubyGems version (#{Gem.rubygems_version}) is too old to build Rust extension. Please update your RubyGems using `gem update --system` or any other way and try again." exit 1 end end end end PK )J [�� Ai i 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/inject.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Inject attr_reader :options, :name, :version, :group, :source, :gems def initialize(options, name, version) @options = options @name = name @version = version || last_version_number @group = options[:group].split(",") unless options[:group].nil? @source = options[:source] @gems = [] end def run # The required arguments allow Thor to give useful feedback when the arguments # are incorrect. This adds those first two arguments onto the list as a whole. gems.unshift(source).unshift(group).unshift(version).unshift(name) # Build an array of Dependency objects out of the arguments deps = [] # when `inject` support addition of more than one gem, then this loop will # help. Currently this loop is running once. gems.each_slice(4) do |gem_name, gem_version, gem_group, gem_source| ops = Gem::Requirement::OPS.map {|key, _val| key } has_op = ops.any? {|op| gem_version.start_with? op } gem_version = "~> #{gem_version}" unless has_op deps << Bundler::Dependency.new(gem_name, gem_version, "group" => gem_group, "source" => gem_source) end added = Injector.inject(deps, options) if added.any? Bundler.ui.confirm "Added to Gemfile:" Bundler.ui.confirm(added.map do |d| name = "'#{d.name}'" requirement = ", '#{d.requirement}'" group = ", group: #{d.groups.inspect}" if d.groups != Array(:default) source = ", source: '#{d.source}'" unless d.source.nil? %(gem #{name}#{requirement}#{group}#{source}) end.join("\n")) else Bundler.ui.confirm "All gems were already present in the Gemfile" end end private def last_version_number definition = Bundler.definition(true) definition.remotely! specs = definition.index[name].sort_by(&:version) unless options[:pre] specs.delete_if {|b| b.respond_to?(:version) && b.version.prerelease? } end spec = specs.last spec.version.to_s end end end PK )J [�i ^ 9 share/gems/gems/bundler-2.6.7/lib/bundler/cli/platform.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Platform attr_reader :options def initialize(options) @options = options end def run ruby_version = if Bundler.locked_gems Bundler.locked_gems.ruby_version&.gsub(/p\d+\Z/, "") else Bundler.definition.ruby_version&.single_version_string end output = [] if options[:ruby] if ruby_version output << ruby_version else output << "No ruby version specified" end else platforms = Bundler.definition.platforms.map {|p| "* #{p}" } output << "Your platform is: #{Gem::Platform.local}" output << "Your app has gems that work on these platforms:\n#{platforms.join("\n")}" if ruby_version output << "Your Gemfile specifies a Ruby version requirement:\n* #{ruby_version}" begin Bundler.definition.validate_runtime! output << "Your current platform satisfies the Ruby version requirement." rescue RubyVersionMismatch => e output << e.message end else output << "Your Gemfile does not specify a Ruby version requirement." end end Bundler.ui.info output.join("\n\n") end end end PK )J [� �)` ` 6 share/gems/gems/bundler-2.6.7/lib/bundler/cli/clean.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Clean attr_reader :options def initialize(options) @options = options end def run require_path_or_force unless options[:"dry-run"] Bundler.load.clean(options[:"dry-run"]) end protected def require_path_or_force return unless Bundler.use_system_gems? && !options[:force] raise InvalidOption, "Cleaning all the gems on your system is dangerous! " \ "If you're sure you want to remove every system gem not in this " \ "bundle, run `bundle clean --force`." end end end PK )J [m$�C� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/update.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Update attr_reader :options, :gems def initialize(options, gems) @options = options @gems = gems end def run Bundler.ui.level = "warn" if options[:quiet] update_bundler = options[:bundler] Bundler.self_manager.update_bundler_and_restart_with_it_if_needed(update_bundler) if update_bundler Plugin.gemfile_install(Bundler.default_gemfile) if Bundler.feature_flag.plugins? sources = Array(options[:source]) groups = Array(options[:group]).map(&:to_sym) full_update = gems.empty? && sources.empty? && groups.empty? && !options[:ruby] && !update_bundler if full_update && !options[:all] if Bundler.feature_flag.update_requires_all_flag? raise InvalidOption, "To update everything, pass the `--all` flag." end SharedHelpers.major_deprecation 3, "Pass --all to `bundle update` to update everything" elsif !full_update && options[:all] raise InvalidOption, "Cannot specify --all along with specific options." end conservative = options[:conservative] if full_update if conservative Bundler.definition(conservative: conservative) else Bundler.definition(true) end else unless Bundler.default_lockfile.exist? raise GemfileLockNotFound, "This Bundle hasn't been installed yet. " \ "Run `bundle install` to update and install the bundled gems." end Bundler::CLI::Common.ensure_all_gems_in_lockfile!(gems) if groups.any? deps = Bundler.definition.dependencies.select {|d| (d.groups & groups).any? } gems.concat(deps.map(&:name)) end Bundler.definition(gems: gems, sources: sources, ruby: options[:ruby], conservative: conservative, bundler: update_bundler) end Bundler::CLI::Common.configure_gem_version_promoter(Bundler.definition, options) Bundler::Fetcher.disable_endpoint = options["full-index"] opts = options.dup opts["update"] = true opts["local"] = options[:local] opts["force"] = options[:redownload] Bundler.settings.set_command_option_if_given :jobs, opts["jobs"] Bundler.definition.validate_runtime! if locked_gems = Bundler.definition.locked_gems previous_locked_info = locked_gems.specs.reduce({}) do |h, s| h[s.name] = { spec: s, version: s.version, source: s.source.identifier } h end end installer = Installer.install Bundler.root, Bundler.definition, opts Bundler.load.cache if Bundler.app_cache.exist? if CLI::Common.clean_after_install? require_relative "clean" Bundler::CLI::Clean.new(options).run end if locked_gems gems.each do |name| locked_info = previous_locked_info[name] next unless locked_info locked_spec = locked_info[:spec] new_spec = Bundler.definition.specs[name].first unless new_spec unless locked_spec.match_platform(Bundler.local_platform) Bundler.ui.warn "Bundler attempted to update #{name} but it was not considered because it is for a different platform from the current one" end next end locked_source = locked_info[:source] new_source = new_spec.source.identifier next if locked_source != new_source new_version = new_spec.version locked_version = locked_info[:version] if new_version < locked_version Bundler.ui.warn "Note: #{name} version regressed from #{locked_version} to #{new_version}" elsif new_version == locked_version Bundler.ui.warn "Bundler attempted to update #{name} but its version stayed the same" end end end Bundler.ui.confirm "Bundle updated!" Bundler::CLI::Common.output_without_groups_message(:update) Bundler::CLI::Common.output_post_install_messages installer.post_install_messages Bundler::CLI::Common.output_fund_metadata_summary end end end PK )J [!1 . . 8 share/gems/gems/bundler-2.6.7/lib/bundler/cli/install.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Install attr_reader :options def initialize(options) @options = options end def run Bundler.ui.level = "warn" if options[:quiet] warn_if_root if options[:local] Bundler.self_manager.restart_with_locked_bundler_if_needed else Bundler.self_manager.install_locked_bundler_and_restart_with_it_if_needed end Bundler::SharedHelpers.set_env "RB_USER_INSTALL", "1" if Gem.freebsd_platform? # Disable color in deployment mode Bundler.ui.shell = Thor::Shell::Basic.new if options[:deployment] if target_rbconfig_path = options[:"target-rbconfig"] Bundler.rubygems.set_target_rbconfig(target_rbconfig_path) end check_for_options_conflicts check_trust_policy if options[:deployment] || options[:frozen] || Bundler.frozen_bundle? unless Bundler.default_lockfile.exist? flag = "--deployment flag" if options[:deployment] flag ||= "--frozen flag" if options[:frozen] flag ||= "deployment setting" if Bundler.settings[:deployment] flag ||= "frozen setting" if Bundler.settings[:frozen] raise ProductionError, "The #{flag} requires a lockfile. Please make " \ "sure you have checked your #{SharedHelpers.relative_lockfile_path} into version control " \ "before deploying." end options[:local] = true if Bundler.app_cache.exist? Bundler.settings.set_command_option :deployment, true if options[:deployment] Bundler.settings.set_command_option :frozen, true if options[:frozen] end # When install is called with --no-deployment, disable deployment mode if options[:deployment] == false Bundler.settings.set_command_option :frozen, nil options[:system] = true end normalize_settings Bundler::Fetcher.disable_endpoint = options["full-index"] if options["binstubs"] Bundler::SharedHelpers.major_deprecation 2, "The --binstubs option will be removed in favor of `bundle binstubs --all`", removed_message: "The --binstubs option have been removed in favor of `bundle binstubs --all`" end Plugin.gemfile_install(Bundler.default_gemfile) if Bundler.feature_flag.plugins? definition = Bundler.definition definition.validate_runtime! installer = Installer.install(Bundler.root, definition, options) Bundler.settings.temporary(cache_all_platforms: options[:local] ? false : Bundler.settings[:cache_all_platforms]) do Bundler.load.cache(nil, options[:local]) if Bundler.app_cache.exist? && !options["no-cache"] && !Bundler.frozen_bundle? end Bundler.ui.confirm "Bundle complete! #{dependencies_count_for(definition)}, #{gems_installed_for(definition)}." Bundler::CLI::Common.output_without_groups_message(:install) if Bundler.use_system_gems? Bundler.ui.confirm "Use `bundle info [gemname]` to see where a bundled gem is installed." else relative_path = Bundler.configured_bundle_path.base_path_relative_to_pwd Bundler.ui.confirm "Bundled gems are installed into `#{relative_path}`" end Bundler::CLI::Common.output_post_install_messages installer.post_install_messages warn_ambiguous_gems if CLI::Common.clean_after_install? require_relative "clean" Bundler::CLI::Clean.new(options).run end Bundler::CLI::Common.output_fund_metadata_summary rescue Gem::InvalidSpecificationException Bundler.ui.warn "You have one or more invalid gemspecs that need to be fixed." raise end private def warn_if_root return if Bundler.settings[:silence_root_warning] || Gem.win_platform? || !Process.uid.zero? Bundler.ui.warn "Don't run Bundler as root. Installing your bundle as root " \ "will break this application for all non-root users on this machine.", wrap: true end def dependencies_count_for(definition) count = definition.dependencies.count "#{count} Gemfile #{count == 1 ? "dependency" : "dependencies"}" end def gems_installed_for(definition) count = definition.specs.count "#{count} #{count == 1 ? "gem" : "gems"} now installed" end def check_for_group_conflicts_in_cli_options conflicting_groups = Array(options[:without]) & Array(options[:with]) return if conflicting_groups.empty? raise InvalidOption, "You can't list a group in both with and without." \ " The offending groups are: #{conflicting_groups.join(", ")}." end def check_for_options_conflicts if (options[:path] || options[:deployment]) && options[:system] error_message = String.new error_message << "You have specified both --path as well as --system. Please choose only one option.\n" if options[:path] error_message << "You have specified both --deployment as well as --system. Please choose only one option.\n" if options[:deployment] raise InvalidOption.new(error_message) end end def check_trust_policy trust_policy = options["trust-policy"] unless Bundler.rubygems.security_policies.keys.unshift(nil).include?(trust_policy) raise InvalidOption, "RubyGems doesn't know about trust policy '#{trust_policy}'. " \ "The known policies are: #{Bundler.rubygems.security_policies.keys.join(", ")}." end Bundler.settings.set_command_option_if_given :"trust-policy", trust_policy end def normalize_groups check_for_group_conflicts_in_cli_options # need to nil them out first to get around validation for backwards compatibility Bundler.settings.set_command_option :without, nil Bundler.settings.set_command_option :with, nil Bundler.settings.set_command_option :without, options[:without] Bundler.settings.set_command_option :with, options[:with] end def normalize_settings Bundler.settings.set_command_option :path, nil if options[:system] Bundler.settings.set_command_option_if_given :path, options[:path] if options["standalone"] && Bundler.settings[:path].nil? && !options["local"] Bundler.settings.temporary(path_relative_to_cwd: false) do Bundler.settings.set_command_option :path, "bundle" end end bin_option = options["binstubs"] bin_option = nil if bin_option&.empty? Bundler.settings.set_command_option :bin, bin_option if options["binstubs"] Bundler.settings.set_command_option_if_given :shebang, options["shebang"] Bundler.settings.set_command_option_if_given :jobs, options["jobs"] Bundler.settings.set_command_option_if_given :no_prune, options["no-prune"] Bundler.settings.set_command_option_if_given :no_install, options["no-install"] Bundler.settings.set_command_option_if_given :clean, options["clean"] normalize_groups if options[:without] || options[:with] options[:force] = options[:redownload] end def warn_ambiguous_gems # TODO: remove this when we drop Bundler 1.x support Installer.ambiguous_gems.to_a.each do |name, installed_from_uri, *also_found_in_uris| Bundler.ui.warn "Warning: the gem '#{name}' was found in multiple sources." Bundler.ui.warn "Installed from: #{installed_from_uri}" Bundler.ui.warn "Also found in:" also_found_in_uris.each {|uri| Bundler.ui.warn " * #{uri}" } Bundler.ui.warn "You should add a source requirement to restrict this gem to your preferred source." Bundler.ui.warn "For example:" Bundler.ui.warn " gem '#{name}', :source => '#{installed_from_uri}'" Bundler.ui.warn "Then uninstall the gem '#{name}' (or delete all bundled gems) and then install again." end end end end PK )J [3� �f$ f$ 9 share/gems/gems/bundler-2.6.7/lib/bundler/cli/outdated.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Outdated attr_reader :options, :gems, :options_include_groups, :filter_options_patch, :sources, :strict attr_accessor :outdated_gems def initialize(options, gems) @options = options @gems = gems @sources = Array(options[:source]) @filter_options_patch = options.keys & %w[filter-major filter-minor filter-patch] @outdated_gems = [] @options_include_groups = [:group, :groups].any? do |v| options.keys.include?(v.to_s) end # the patch level options imply strict is also true. It wouldn't make # sense otherwise. @strict = options["filter-strict"] || Bundler::CLI::Common.patch_level_options(options).any? end def run check_for_deployment_mode! Bundler.definition.validate_runtime! current_specs = Bundler.ui.silence { Bundler.definition.resolve } gems.each do |gem_name| if current_specs[gem_name].empty? raise GemNotFound, "Could not find gem '#{gem_name}'." end end current_dependencies = Bundler.ui.silence do Bundler.load.dependencies.map {|dep| [dep.name, dep] }.to_h end definition = if gems.empty? && sources.empty? # We're doing a full update Bundler.definition(true) else Bundler.definition(gems: gems, sources: sources) end Bundler::CLI::Common.configure_gem_version_promoter( Bundler.definition, options.merge(strict: @strict) ) definition_resolution = proc do options[:local] ? definition.resolve_with_cache! : definition.resolve_remotely! end if options[:parseable] Bundler.ui.progress(&definition_resolution) else definition_resolution.call end Bundler.ui.info "" # Loop through the current specs gemfile_specs, dependency_specs = current_specs.partition do |spec| current_dependencies.key? spec.name end specs = if options["only-explicit"] gemfile_specs else gemfile_specs + dependency_specs end specs.sort_by(&:name).uniq(&:name).each do |current_spec| next unless gems.empty? || gems.include?(current_spec.name) active_spec = retrieve_active_spec(definition, current_spec) next unless active_spec next unless filter_options_patch.empty? || update_present_via_semver_portions(current_spec, active_spec, options) gem_outdated = Gem::Version.new(active_spec.version) > Gem::Version.new(current_spec.version) next unless gem_outdated || (current_spec.git_version != active_spec.git_version) dependency = current_dependencies[current_spec.name] groups = "" if dependency && !options[:parseable] groups = dependency.groups.join(", ") end outdated_gems << { active_spec: active_spec, current_spec: current_spec, dependency: dependency, groups: groups, } end relevant_outdated_gems = if options_include_groups outdated_gems.group_by {|g| g[:groups] }.sort.flat_map do |groups, gems| contains_group = groups.split(", ").include?(options[:group]) next unless options[:groups] || contains_group gems end.compact else outdated_gems end if relevant_outdated_gems.empty? unless options[:parseable] Bundler.ui.info(nothing_outdated_message) end else if options[:parseable] print_gems(relevant_outdated_gems) else print_gems_table(relevant_outdated_gems) end exit 1 end end private def loaded_from_for(spec) return unless spec.respond_to?(:loaded_from) spec.loaded_from end def groups_text(group_text, groups) "#{group_text}#{groups.split(",").size > 1 ? "s" : ""} \"#{groups}\"" end def nothing_outdated_message if filter_options_patch.any? display = filter_options_patch.map do |o| o.sub("filter-", "") end.join(" or ") "No #{display} updates to display.\n" else "Bundle up to date!\n" end end def retrieve_active_spec(definition, current_spec) active_spec = definition.resolve.find_by_name_and_platform(current_spec.name, current_spec.platform) return unless active_spec return active_spec if strict active_specs = active_spec.source.specs.search(current_spec.name).select {|spec| spec.match_platform(current_spec.platform) }.sort_by(&:version) if !current_spec.version.prerelease? && !options[:pre] && active_specs.size > 1 active_specs.delete_if {|b| b.respond_to?(:version) && b.version.prerelease? } end active_specs.last end def print_gems(gems_list) gems_list.each do |gem| print_gem( gem[:current_spec], gem[:active_spec], gem[:dependency], gem[:groups], ) end end def print_gems_table(gems_list) data = gems_list.map do |gem| gem_column_for( gem[:current_spec], gem[:active_spec], gem[:dependency], gem[:groups], ) end print_indented([table_header] + data) end def print_gem(current_spec, active_spec, dependency, groups) spec_version = "#{active_spec.version}#{active_spec.git_version}" if Bundler.ui.debug? loaded_from = loaded_from_for(active_spec) spec_version += " (from #{loaded_from})" if loaded_from end current_version = "#{current_spec.version}#{current_spec.git_version}" if dependency&.specific? dependency_version = %(, requested #{dependency.requirement}) end spec_outdated_info = "#{active_spec.name} (newest #{spec_version}, " \ "installed #{current_version}#{dependency_version})" output_message = if options[:parseable] spec_outdated_info.to_s elsif options_include_groups || groups.empty? " * #{spec_outdated_info}" else " * #{spec_outdated_info} in #{groups_text("group", groups)}" end Bundler.ui.info output_message.rstrip end def gem_column_for(current_spec, active_spec, dependency, groups) current_version = "#{current_spec.version}#{current_spec.git_version}" spec_version = "#{active_spec.version}#{active_spec.git_version}" dependency = dependency.requirement if dependency ret_val = [active_spec.name, current_version, spec_version, dependency.to_s, groups.to_s] ret_val << loaded_from_for(active_spec).to_s if Bundler.ui.debug? ret_val end def check_for_deployment_mode! return unless Bundler.frozen_bundle? suggested_command = if Bundler.settings.locations("frozen").keys.&([:global, :local]).any? "bundle config unset frozen" elsif Bundler.settings.locations("deployment").keys.&([:global, :local]).any? "bundle config unset deployment" end raise ProductionError, "You are trying to check outdated gems in " \ "deployment mode. Run `bundle outdated` elsewhere.\n" \ "\nIf this is a development machine, remove the " \ "#{Bundler.default_gemfile} freeze" \ "\nby running `#{suggested_command}`." end def update_present_via_semver_portions(current_spec, active_spec, options) current_major = current_spec.version.segments.first active_major = active_spec.version.segments.first update_present = false update_present = active_major > current_major if options["filter-major"] if !update_present && (options["filter-minor"] || options["filter-patch"]) && current_major == active_major current_minor = get_version_semver_portion_value(current_spec, 1) active_minor = get_version_semver_portion_value(active_spec, 1) update_present = active_minor > current_minor if options["filter-minor"] if !update_present && options["filter-patch"] && current_minor == active_minor current_patch = get_version_semver_portion_value(current_spec, 2) active_patch = get_version_semver_portion_value(active_spec, 2) update_present = active_patch > current_patch end end update_present end def get_version_semver_portion_value(spec, version_portion_index) version_section = spec.version.segments[version_portion_index, 1] version_section.to_a[0].to_i end def print_indented(matrix) header = matrix[0] data = matrix[1..-1] column_sizes = Array.new(header.size) do |index| matrix.max_by {|row| row[index].length }[index].length end Bundler.ui.info justify(header, column_sizes) data.sort_by! {|row| row[0] } data.each do |row| Bundler.ui.info justify(row, column_sizes) end end def table_header header = ["Gem", "Current", "Latest", "Requested", "Groups"] header << "Path" if Bundler.ui.debug? header end def justify(row, sizes) row.each_with_index.map do |element, index| element.ljust(sizes[index]) end.join(" ").strip + "\n" end end end PK )J [�re� � 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/info.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Info attr_reader :gem_name, :options def initialize(options, gem_name) @options = options @gem_name = gem_name end def run Bundler.ui.silence do Bundler.definition.validate_runtime! Bundler.load.lock end spec = spec_for_gem(gem_name) if spec return print_gem_path(spec) if @options[:path] return print_gem_version(spec) if @options[:version] print_gem_info(spec) end end private def spec_for_gem(name) Bundler::CLI::Common.select_spec(name, :regex_match) end def print_gem_version(spec) Bundler.ui.info spec.version.to_s end def print_gem_path(spec) name = spec.name if name == "bundler" path = File.expand_path("../../..", __dir__) else path = spec.full_gem_path if spec.installation_missing? return Bundler.ui.warn "The gem #{name} is missing. It should be installed at #{path}, but was not found" end end Bundler.ui.info path end def print_gem_info(spec) metadata = spec.metadata name = spec.name gem_info = String.new gem_info << " * #{name} (#{spec.version}#{spec.git_version})\n" gem_info << "\tSummary: #{spec.summary}\n" if spec.summary gem_info << "\tHomepage: #{spec.homepage}\n" if spec.homepage gem_info << "\tDocumentation: #{metadata["documentation_uri"]}\n" if metadata.key?("documentation_uri") gem_info << "\tSource Code: #{metadata["source_code_uri"]}\n" if metadata.key?("source_code_uri") gem_info << "\tFunding: #{metadata["funding_uri"]}\n" if metadata.key?("funding_uri") gem_info << "\tWiki: #{metadata["wiki_uri"]}\n" if metadata.key?("wiki_uri") gem_info << "\tChangelog: #{metadata["changelog_uri"]}\n" if metadata.key?("changelog_uri") gem_info << "\tBug Tracker: #{metadata["bug_tracker_uri"]}\n" if metadata.key?("bug_tracker_uri") gem_info << "\tMailing List: #{metadata["mailing_list_uri"]}\n" if metadata.key?("mailing_list_uri") gem_info << "\tPath: #{spec.full_gem_path}\n" gem_info << "\tDefault Gem: yes\n" if spec.respond_to?(:default_gem?) && spec.default_gem? gem_info << "\tReverse Dependencies: \n\t\t#{gem_dependencies.join("\n\t\t")}" if gem_dependencies.any? if name != "bundler" && spec.installation_missing? return Bundler.ui.warn "The gem #{name} is missing. Gemspec information is still available though:\n#{gem_info}" end Bundler.ui.info gem_info end def gem_dependencies @gem_dependencies ||= Bundler.definition.specs.filter_map do |spec| dependency = spec.dependencies.find {|dep| dep.name == gem_name } next unless dependency "#{spec.name} (#{spec.version}) depends on #{gem_name} (#{dependency.requirements_list.join(", ")})" end.sort end end end PK )J [ �37� � 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/show.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Show attr_reader :options, :gem_name, :latest_specs def initialize(options, gem_name) @options = options @gem_name = gem_name @verbose = options[:verbose] || options[:outdated] @latest_specs = fetch_latest_specs if @verbose end def run Bundler.ui.silence do Bundler.definition.validate_runtime! Bundler.load.lock end if gem_name if gem_name == "bundler" path = File.expand_path("../../..", __dir__) else spec = Bundler::CLI::Common.select_spec(gem_name, :regex_match) return unless spec path = spec.full_gem_path unless File.directory?(path) return Bundler.ui.warn "The gem #{gem_name} is missing. It should be installed at #{path}, but was not found" end end return Bundler.ui.info(path) end if options[:paths] Bundler.load.specs.sort_by(&:name).map do |s| Bundler.ui.info s.full_gem_path end else Bundler.ui.info "Gems included by the bundle:" Bundler.load.specs.sort_by(&:name).each do |s| desc = " * #{s.name} (#{s.version}#{s.git_version})" if @verbose latest = latest_specs.find {|l| l.name == s.name } Bundler.ui.info <<~END #{desc.lstrip} \tSummary: #{s.summary || "No description available."} \tHomepage: #{s.homepage || "No website available."} \tStatus: #{outdated?(s, latest) ? "Outdated - #{s.version} < #{latest.version}" : "Up to date"} END else Bundler.ui.info desc end end end end private def fetch_latest_specs definition = Bundler.definition(true) if options[:outdated] Bundler.ui.info "Fetching remote specs for outdated check...\n\n" Bundler.ui.silence { definition.remotely! } else definition.with_cache! end Bundler.reset! definition.specs end def outdated?(current, latest) return false unless latest Gem::Version.new(current.version) < Gem::Version.new(latest.version) end end end PK )J [_Zef f 6 share/gems/gems/bundler-2.6.7/lib/bundler/cli/cache.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Cache attr_reader :options def initialize(options) @options = options end def run Bundler.ui.level = "warn" if options[:quiet] Bundler.settings.set_command_option_if_given :path, options[:path] Bundler.settings.set_command_option_if_given :cache_path, options["cache-path"] setup_cache_all install # TODO: move cache contents here now that all bundles are locked custom_path = Bundler.settings[:path] if options[:path] Bundler.settings.temporary(cache_all_platforms: options["all-platforms"]) do Bundler.load.cache(custom_path) end end private def install require_relative "install" options = self.options.dup options["local"] = false if Bundler.settings[:cache_all_platforms] options["no-cache"] = true Bundler::CLI::Install.new(options).run end def setup_cache_all all = options.fetch(:all, Bundler.feature_flag.cache_all? || nil) Bundler.settings.set_command_option_if_given :cache_all, all end end end PK )J [h$�� � 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/fund.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Fund attr_reader :options def initialize(options) @options = options end def run Bundler.definition.validate_runtime! groups = Array(options[:group]).map(&:to_sym) deps = if groups.any? Bundler.definition.dependencies_for(groups) else Bundler.definition.requested_dependencies end fund_info = deps.each_with_object([]) do |dep, arr| spec = Bundler.definition.specs[dep.name].first if spec.metadata.key?("funding_uri") arr << "* #{spec.name} (#{spec.version})\n Funding: #{spec.metadata["funding_uri"]}" end end if fund_info.empty? Bundler.ui.info "None of the installed gems you directly depend on are looking for funding." else Bundler.ui.info fund_info.join("\n") end end end end PK )J [�0�J J 4 share/gems/gems/bundler-2.6.7/lib/bundler/cli/viz.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Viz attr_reader :options, :gem_name def initialize(options) @options = options end def run # make sure we get the right `graphviz`. There is also a `graphviz` # gem we're not built to support gem "ruby-graphviz" require "graphviz" options[:without] = options[:without].join(":").tr(" ", ":").split(":") output_file = File.expand_path(options[:file]) graph = Graph.new(Bundler.load, output_file, options[:version], options[:requirements], options[:format], options[:without]) graph.viz rescue LoadError => e Bundler.ui.error e.inspect Bundler.ui.warn "Make sure you have the graphviz ruby gem. You can install it with:" Bundler.ui.warn "`gem install ruby-graphviz`" rescue StandardError => e raise unless e.message.to_s.include?("GraphViz not installed or dot not in PATH") Bundler.ui.error e.message Bundler.ui.warn "Please install GraphViz. On a Mac with Homebrew, you can run `brew install graphviz`." end end end PK )J [�b.J 9 share/gems/gems/bundler-2.6.7/lib/bundler/cli/pristine.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Pristine def initialize(gems) @gems = gems end def run CLI::Common.ensure_all_gems_in_lockfile!(@gems) definition = Bundler.definition definition.validate_runtime! installer = Bundler::Installer.new(Bundler.root, definition) ProcessLock.lock do installed_specs = definition.specs.reject do |spec| next if spec.name == "bundler" # Source::Rubygems doesn't install bundler next if !@gems.empty? && !@gems.include?(spec.name) gem_name = "#{spec.name} (#{spec.version}#{spec.git_version})" gem_name += " (#{spec.platform})" if !spec.platform.nil? && spec.platform != Gem::Platform::RUBY case source = spec.source when Source::Rubygems cached_gem = spec.cache_file unless File.exist?(cached_gem) Bundler.ui.error("Failed to pristine #{gem_name}. Cached gem #{cached_gem} does not exist.") next end FileUtils.rm_rf spec.full_gem_path when Source::Git if source.local? Bundler.ui.warn("Cannot pristine #{gem_name}. Gem is locally overridden.") next end source.remote! if extension_cache_path = source.extension_cache_path(spec) FileUtils.rm_rf extension_cache_path end FileUtils.rm_rf spec.extension_dir FileUtils.rm_rf spec.full_gem_path else Bundler.ui.warn("Cannot pristine #{gem_name}. Gem is sourced from local path.") next end true end.map(&:name) jobs = installer.send(:installation_parallelization) pristine_count = definition.specs.count - installed_specs.count # allow a pristining a single gem to skip the parallel worker jobs = [jobs, pristine_count].min ParallelInstaller.call(installer, definition.specs, jobs, false, true, skip: installed_specs) end end end end PK )J [I�LN] ] 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/doctor.rbnu �[��� # frozen_string_literal: true require "rbconfig" require "shellwords" module Bundler class CLI::Doctor DARWIN_REGEX = /\s+(.+) \(compatibility / LDD_REGEX = /\t\S+ => (\S+) \(\S+\)/ attr_reader :options def initialize(options) @options = options end def otool_available? Bundler.which("otool") end def ldd_available? Bundler.which("ldd") end def dylibs_darwin(path) output = `/usr/bin/otool -L #{path.shellescape}`.chomp dylibs = output.split("\n")[1..-1].map {|l| l.match(DARWIN_REGEX).captures[0] }.uniq # ignore @rpath and friends dylibs.reject {|dylib| dylib.start_with? "@" } end def dylibs_ldd(path) output = `/usr/bin/ldd #{path.shellescape}`.chomp output.split("\n").filter_map do |l| match = l.match(LDD_REGEX) next if match.nil? match.captures[0] end end def dylibs(path) case RbConfig::CONFIG["host_os"] when /darwin/ return [] unless otool_available? dylibs_darwin(path) when /(linux|solaris|bsd)/ return [] unless ldd_available? dylibs_ldd(path) else # Windows, etc. Bundler.ui.warn("Dynamic library check not supported on this platform.") [] end end def bundles_for_gem(spec) Dir.glob("#{spec.full_gem_path}/**/*.bundle") end def lookup_with_fiddle(path) require "fiddle" Fiddle.dlopen(path) false rescue Fiddle::DLError true end def check! require_relative "check" Bundler::CLI::Check.new({}).run end def run Bundler.ui.level = "warn" if options[:quiet] Bundler.settings.validate! check! definition = Bundler.definition broken_links = {} definition.specs.each do |spec| bundles_for_gem(spec).each do |bundle| bad_paths = dylibs(bundle).select do |f| lookup_with_fiddle(f) end if bad_paths.any? broken_links[spec] ||= [] broken_links[spec].concat(bad_paths) end end end permissions_valid = check_home_permissions if broken_links.any? message = "The following gems are missing OS dependencies:" broken_links.flat_map do |spec, paths| paths.uniq.map do |path| "\n * #{spec.name}: #{path}" end end.sort.each {|m| message += m } raise ProductionError, message elsif permissions_valid Bundler.ui.info "No issues found with the installed bundle" end end private def check_home_permissions require "find" files_not_readable = [] files_not_readable_and_owned_by_different_user = [] files_not_owned_by_current_user_but_still_readable = [] broken_symlinks = [] Find.find(Bundler.bundle_path.to_s).each do |f| if !File.exist?(f) broken_symlinks << f elsif !File.readable?(f) if File.stat(f).uid != Process.uid files_not_readable_and_owned_by_different_user << f else files_not_readable << f end elsif File.stat(f).uid != Process.uid files_not_owned_by_current_user_but_still_readable << f end end ok = true if broken_symlinks.any? Bundler.ui.warn "Broken links exist in the Bundler home. Please report them to the offending gem's upstream repo. These files are:\n - #{broken_symlinks.join("\n - ")}" ok = false end if files_not_owned_by_current_user_but_still_readable.any? Bundler.ui.warn "Files exist in the Bundler home that are owned by another " \ "user, but are still readable. These files are:\n - #{files_not_owned_by_current_user_but_still_readable.join("\n - ")}" ok = false end if files_not_readable_and_owned_by_different_user.any? Bundler.ui.warn "Files exist in the Bundler home that are owned by another " \ "user, and are not readable. These files are:\n - #{files_not_readable_and_owned_by_different_user.join("\n - ")}" ok = false end if files_not_readable.any? Bundler.ui.warn "Files exist in the Bundler home that are not " \ "readable by the current user. These files are:\n - #{files_not_readable.join("\n - ")}" ok = false end ok end end end PK )J [��~�� � 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/exec.rbnu �[��� # frozen_string_literal: true require_relative "../current_ruby" module Bundler class CLI::Exec attr_reader :options, :args, :cmd TRAPPED_SIGNALS = %w[INT].freeze def initialize(options, args) @options = options @cmd = args.shift @args = args @args << { close_others: !options.keep_file_descriptors? } unless Bundler.current_ruby.jruby? end def run validate_cmd! SharedHelpers.set_bundle_environment if bin_path = Bundler.which(cmd) if !Bundler.settings[:disable_exec_load] && ruby_shebang?(bin_path) return kernel_load(bin_path, *args) end bin_path = "./" + bin_path unless File.absolute_path?(bin_path) kernel_exec(bin_path, *args) else # exec using the given command kernel_exec(cmd, *args) end end private def validate_cmd! return unless cmd.nil? Bundler.ui.error "bundler: exec needs a command to run" exit 128 end def kernel_exec(*args) Kernel.exec(*args) rescue Errno::EACCES, Errno::ENOEXEC Bundler.ui.error "bundler: not executable: #{cmd}" exit 126 rescue Errno::ENOENT Bundler.ui.error "bundler: command not found: #{cmd}" Bundler.ui.warn "Install missing gem executables with `bundle install`" exit 127 end def kernel_load(file, *args) args.pop if args.last.is_a?(Hash) ARGV.replace(args) $0 = file Process.setproctitle(process_title(file, args)) if Process.respond_to?(:setproctitle) require_relative "../setup" TRAPPED_SIGNALS.each {|s| trap(s, "DEFAULT") } Kernel.load(file) rescue SystemExit, SignalException raise rescue Exception # rubocop:disable Lint/RescueException Bundler.ui.error "bundler: failed to load command: #{cmd} (#{file})" Bundler::FriendlyErrors.disable! raise end def process_title(file, args) "#{file} #{args.join(" ")}".strip end def ruby_shebang?(file) possibilities = [ "#!/opt/alt/ruby34/bin/ruby\n", "#!/usr/bin/env jruby\n", "#!/usr/bin/env truffleruby\n", "#!#{Gem.ruby}\n", ] if File.zero?(file) Bundler.ui.warn "#{file} is empty" return false end first_line = File.open(file, "rb") {|f| f.read(possibilities.map(&:size).max) } possibilities.any? {|shebang| first_line.start_with?(shebang) } end end end PK )J [� 4 4 6 share/gems/gems/bundler-2.6.7/lib/bundler/cli/issue.rbnu �[��� # frozen_string_literal: true require "rbconfig" module Bundler class CLI::Issue def run Bundler.ui.info <<~EOS Did you find an issue with Bundler? Before filing a new issue, be sure to check out these resources: 1. Check out our troubleshooting guide for quick fixes to common issues: https://github.com/rubygems/rubygems/blob/master/doc/bundler/TROUBLESHOOTING.md 2. Instructions for common Bundler uses can be found on the documentation site: https://bundler.io/ 3. Information about each Bundler command can be found in the Bundler man pages: https://bundler.io/man/bundle.1.html Hopefully the troubleshooting steps above resolved your problem! If things still aren't working the way you expect them to, please let us know so that we can diagnose and help fix the problem you're having, by filling in the new issue form located at https://github.com/rubygems/rubygems/issues/new?labels=Bundler&template=bundler-related-issue.md, and copy and pasting the information below. EOS Bundler.ui.info Bundler::Env.report Bundler.ui.info "\n## Bundle Doctor" doctor end def doctor require_relative "doctor" Bundler::CLI::Doctor.new({}).run end end end PK )J [�t� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/plugin.rbnu �[��� # frozen_string_literal: true require_relative "../vendored_thor" module Bundler class CLI::Plugin < Thor desc "install PLUGINS", "Install the plugin from the source" long_desc <<-D Install plugins either from the rubygems source provided (with --source option), from a git source provided with --git, or a local path provided with --path. If no sources are provided, it uses Gem.sources D method_option "source", type: :string, default: nil, banner: "URL of the RubyGems source to fetch the plugin from" method_option "version", type: :string, default: nil, banner: "The version of the plugin to fetch" method_option "git", type: :string, default: nil, banner: "URL of the git repo to fetch from" method_option "local_git", type: :string, default: nil, banner: "Path of the local git repo to fetch from (deprecated)" method_option "branch", type: :string, default: nil, banner: "The git branch to checkout" method_option "ref", type: :string, default: nil, banner: "The git revision to check out" method_option "path", type: :string, default: nil, banner: "Path of a local gem to directly use" def install(*plugins) Bundler::Plugin.install(plugins, options) end desc "uninstall PLUGINS", "Uninstall the plugins" long_desc <<-D Uninstall given list of plugins. To uninstall all the plugins, use -all option. D method_option "all", type: :boolean, default: nil, banner: "Uninstall all the installed plugins. If no plugin is installed, then it does nothing." def uninstall(*plugins) Bundler::Plugin.uninstall(plugins, options) end desc "list", "List the installed plugins and available commands" def list Bundler::Plugin.list end end end PK )J [R4_Ǎ � 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/open.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Open attr_reader :options, :name, :path def initialize(options, name) @options = options @name = name @path = options[:path] unless options[:path].nil? end def run raise InvalidOption, "Cannot specify `--path` option without a value" if !@path.nil? && @path.empty? editor = [ENV["BUNDLER_EDITOR"], ENV["VISUAL"], ENV["EDITOR"]].find {|e| !e.nil? && !e.empty? } return Bundler.ui.info("To open a bundled gem, set $EDITOR or $BUNDLER_EDITOR") unless editor return unless spec = Bundler::CLI::Common.select_spec(name, :regex_match) if spec.default_gem? Bundler.ui.info "Unable to open #{name} because it's a default gem, so the directory it would normally be installed to does not exist." else root_path = spec.full_gem_path require "shellwords" command = Shellwords.split(editor) << File.join([root_path, path].compact) Bundler.with_original_env do system(*command, { chdir: root_path }) end || Bundler.ui.info("Could not run '#{command.join(" ")}'") end end end end PK )J [�� 5 share/gems/gems/bundler-2.6.7/lib/bundler/cli/init.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Init attr_reader :options def initialize(options) @options = options end def run if File.exist?(gemfile) Bundler.ui.error "#{gemfile} already exists at #{File.expand_path(gemfile)}" exit 1 end unless File.writable?(Dir.pwd) Bundler.ui.error "Can not create #{gemfile} as the current directory is not writable." exit 1 end if options[:gemspec] gemspec = File.expand_path(options[:gemspec]) unless File.exist?(gemspec) Bundler.ui.error "Gem specification #{gemspec} doesn't exist" exit 1 end spec = Bundler.load_gemspec_uncached(gemspec) File.open(gemfile, "wb") do |file| file << "# Generated from #{gemspec}\n" file << spec.to_gemfile end else File.open(File.expand_path("../templates/Gemfile", __dir__), "r") do |template| File.open(gemfile, "wb") do |destination| IO.copy_stream(template, destination) end end end puts "Writing new #{gemfile} to #{SharedHelpers.pwd}/#{gemfile}" end private def gemfile @gemfile ||= options[:gemfile] || Bundler.preferred_gemfile_name end end end PK )J [~q�EK K 7 share/gems/gems/bundler-2.6.7/lib/bundler/cli/common.rbnu �[��� # frozen_string_literal: true module Bundler module CLI::Common def self.output_post_install_messages(messages) return if Bundler.settings["ignore_messages"] messages.to_a.each do |name, msg| print_post_install_message(name, msg) unless Bundler.settings["ignore_messages.#{name}"] end end def self.print_post_install_message(name, msg) Bundler.ui.confirm "Post-install message from #{name}:" Bundler.ui.info msg end def self.output_fund_metadata_summary return if Bundler.settings["ignore_funding_requests"] definition = Bundler.definition current_dependencies = definition.requested_dependencies current_specs = definition.specs count = current_dependencies.count {|dep| current_specs[dep.name].first.metadata.key?("funding_uri") } return if count.zero? intro = count > 1 ? "#{count} installed gems you directly depend on are" : "#{count} installed gem you directly depend on is" message = "#{intro} looking for funding.\n Run `bundle fund` for details" Bundler.ui.info message end def self.output_without_groups_message(command) return if Bundler.settings[:without].empty? Bundler.ui.confirm without_groups_message(command) end def self.without_groups_message(command) command_in_past_tense = command == :install ? "installed" : "updated" groups = Bundler.settings[:without] "Gems in the #{verbalize_groups(groups)} were not #{command_in_past_tense}." end def self.verbalize_groups(groups) groups.map! {|g| "'#{g}'" } group_list = [groups[0...-1].join(", "), groups[-1..-1]]. reject {|s| s.to_s.empty? }.join(" and ") group_str = groups.size == 1 ? "group" : "groups" "#{group_str} #{group_list}" end def self.select_spec(name, regex_match = nil) specs = [] regexp = Regexp.new(name) if regex_match Bundler.definition.specs.each do |spec| return spec if spec.name == name specs << spec if regexp && spec.name.match?(regexp) end default_spec = default_gem_spec(name) specs << default_spec if default_spec case specs.count when 0 dep_in_other_group = Bundler.definition.current_dependencies.find {|dep|dep.name == name } if dep_in_other_group raise GemNotFound, "Could not find gem '#{name}', because it's in the #{verbalize_groups(dep_in_other_group.groups)}, configured to be ignored." else raise GemNotFound, gem_not_found_message(name, Bundler.definition.dependencies) end when 1 specs.first else ask_for_spec_from(specs) end rescue RegexpError raise GemNotFound, gem_not_found_message(name, Bundler.definition.dependencies) end def self.default_gem_spec(name) gem_spec = Gem::Specification.find_all_by_name(name).last gem_spec if gem_spec&.default_gem? end def self.ask_for_spec_from(specs) specs.each_with_index do |spec, index| Bundler.ui.info "#{index.succ} : #{spec.name}", true end Bundler.ui.info "0 : - exit -", true num = Bundler.ui.ask("> ").to_i num > 0 ? specs[num - 1] : nil end def self.gem_not_found_message(missing_gem_name, alternatives) require_relative "../similarity_detector" message = "Could not find gem '#{missing_gem_name}'." alternate_names = alternatives.map {|a| a.respond_to?(:name) ? a.name : a } suggestions = SimilarityDetector.new(alternate_names).similar_word_list(missing_gem_name) message += "\nDid you mean #{suggestions}?" if suggestions message end def self.ensure_all_gems_in_lockfile!(names, locked_gems = Bundler.locked_gems) return unless locked_gems locked_names = locked_gems.specs.map(&:name).uniq names.-(locked_names).each do |g| raise GemNotFound, gem_not_found_message(g, locked_names) end end def self.configure_gem_version_promoter(definition, options) patch_level = patch_level_options(options) patch_level << :patch if patch_level.empty? && Bundler.settings[:prefer_patch] raise InvalidOption, "Provide only one of the following options: #{patch_level.join(", ")}" unless patch_level.length <= 1 definition.gem_version_promoter.tap do |gvp| gvp.level = patch_level.first || :major gvp.strict = options[:strict] || options["filter-strict"] gvp.pre = options[:pre] end end def self.patch_level_options(options) [:major, :minor, :patch].select {|v| options.keys.include?(v.to_s) } end def self.clean_after_install? clean = Bundler.settings[:clean] return clean unless clean.nil? clean ||= Bundler.feature_flag.auto_clean_without_path? && Bundler.settings[:path].nil? clean &&= !Bundler.use_system_gems? clean end end end PK )J [�7=x� � 6 share/gems/gems/bundler-2.6.7/lib/bundler/cli/check.rbnu �[��� # frozen_string_literal: true module Bundler class CLI::Check attr_reader :options def initialize(options) @options = options end def run Bundler.settings.set_command_option_if_given :path, options[:path] definition = Bundler.definition definition.validate_runtime! begin definition.check! not_installed = definition.missing_specs rescue GemNotFound, GitError, SolveFailure Bundler.ui.error "Bundler can't satisfy your Gemfile's dependencies." Bundler.ui.warn "Install missing gems with `bundle install`." exit 1 end if not_installed.any? Bundler.ui.error "The following gems are missing" not_installed.each {|s| Bundler.ui.error " * #{s.name} (#{s.version})" } Bundler.ui.warn "Install missing gems with `bundle install`" exit 1 elsif !Bundler.default_lockfile.file? && Bundler.frozen_bundle? Bundler.ui.error "This bundle has been frozen, but there is no #{SharedHelpers.relative_lockfile_path} present" exit 1 else definition.lock(true) unless options[:"dry-run"] Bundler.ui.info "The Gemfile's dependencies are satisfied" end end end end PK )J [ q�^ 3 share/gems/gems/bundler-2.6.7/lib/bundler/mirror.rbnu �[��� # frozen_string_literal: true require "socket" module Bundler class Settings # Class used to build the mirror set and then find a mirror for a given URI # # @param prober [Prober object, nil] by default a TCPSocketProbe, this object # will be used to probe the mirror address to validate that the mirror replies. class Mirrors def initialize(prober = nil) @all = Mirror.new @prober = prober || TCPSocketProbe.new @mirrors = {} end # Returns a mirror for the given uri. # # Depending on the uri having a valid mirror or not, it may be a # mirror that points to the provided uri def for(uri) if @all.validate!(@prober).valid? @all else fetch_valid_mirror_for(Settings.normalize_uri(uri)) end end def each @mirrors.each do |k, v| yield k, v.uri.to_s end end def parse(key, value) config = MirrorConfig.new(key, value) mirror = if config.all? @all else @mirrors[config.uri] ||= Mirror.new end config.update_mirror(mirror) end private def fetch_valid_mirror_for(uri) downcased = uri.to_s.downcase mirror = @mirrors[downcased] || @mirrors[Gem::URI(downcased).host] || Mirror.new(uri) mirror.validate!(@prober) mirror = Mirror.new(uri) unless mirror.valid? mirror end end # A mirror # # Contains both the uri that should be used as a mirror and the # fallback timeout which will be used for probing if the mirror # replies on time or not. class Mirror DEFAULT_FALLBACK_TIMEOUT = 0.1 attr_reader :uri, :fallback_timeout def initialize(uri = nil, fallback_timeout = 0) self.uri = uri self.fallback_timeout = fallback_timeout @valid = nil end def uri=(uri) @uri = if uri.nil? nil else Gem::URI(uri.to_s) end @valid = nil end def fallback_timeout=(timeout) case timeout when true, "true" @fallback_timeout = DEFAULT_FALLBACK_TIMEOUT when false, "false" @fallback_timeout = 0 else @fallback_timeout = timeout.to_i end @valid = nil end def ==(other) !other.nil? && uri == other.uri && fallback_timeout == other.fallback_timeout end def valid? return false if @uri.nil? return @valid unless @valid.nil? false end def validate!(probe = nil) @valid = false if uri.nil? if @valid.nil? @valid = fallback_timeout == 0 || (probe || TCPSocketProbe.new).replies?(self) end self end end # Class used to parse one configuration line # # Gets the configuration line and the value. # This object provides a `update_mirror` method # used to setup the given mirror value. class MirrorConfig attr_accessor :uri, :value def initialize(config_line, value) uri, fallback = config_line.match(%r{\Amirror\.(all|.+?)(\.fallback_timeout)?\/?\z}).captures @fallback = !fallback.nil? @all = false if uri == "all" @all = true else @uri = Gem::URI(uri).absolute? ? Settings.normalize_uri(uri) : uri end @value = value end def all? @all end def update_mirror(mirror) if @fallback mirror.fallback_timeout = @value else mirror.uri = Settings.normalize_uri(@value) end end end # Class used for probing TCP availability for a given mirror. class TCPSocketProbe def replies?(mirror) MirrorSockets.new(mirror).any? do |socket, address, timeout| socket.connect_nonblock(address) rescue Errno::EINPROGRESS wait_for_writtable_socket(socket, address, timeout) rescue RuntimeError # Connection failed somehow, again false end end private def wait_for_writtable_socket(socket, address, timeout) if IO.select(nil, [socket], nil, timeout) probe_writtable_socket(socket, address) else # TCP Handshake timed out, or there is something dropping packets false end end def probe_writtable_socket(socket, address) socket.connect_nonblock(address) rescue Errno::EISCONN true rescue StandardError # Connection failed false end end end # Class used to build the list of sockets that correspond to # a given mirror. # # One mirror may correspond to many different addresses, both # because of it having many dns entries or because # the network interface is both ipv4 and ipv5 class MirrorSockets def initialize(mirror) @timeout = mirror.fallback_timeout @addresses = Socket.getaddrinfo(mirror.uri.host, mirror.uri.port).map do |address| SocketAddress.new(address[0], address[3], address[1]) end end def any? @addresses.any? do |address| socket = Socket.new(Socket.const_get(address.type), Socket::SOCK_STREAM, 0) socket.setsockopt(Socket::IPPROTO_TCP, Socket::TCP_NODELAY, 1) value = yield socket, address.to_socket_address, @timeout socket.close unless socket.closed? value end end end # Socket address builder. # # Given a socket type, a host and a port, # provides a method to build sockaddr string class SocketAddress attr_reader :type, :host, :port def initialize(type, host, port) @type = type @host = host @port = port end def to_socket_address Socket.pack_sockaddr_in(@port, @host) end end end PK )J [����> > 9 share/gems/gems/bundler-2.6.7/lib/bundler/feature_flag.rbnu �[��� # frozen_string_literal: true module Bundler class FeatureFlag def self.settings_flag(flag, &default) unless Bundler::Settings::BOOL_KEYS.include?(flag.to_s) raise "Cannot use `#{flag}` as a settings feature flag since it isn't a bool key" end settings_method("#{flag}?", flag, &default) end private_class_method :settings_flag def self.settings_option(key, &default) settings_method(key, key, &default) end private_class_method :settings_option def self.settings_method(name, key, &default) define_method(name) do value = Bundler.settings[key] value = instance_eval(&default) if value.nil? value end end private_class_method :settings_method (1..10).each {|v| define_method("bundler_#{v}_mode?") { @major_version >= v } } settings_flag(:allow_offline_install) { bundler_3_mode? } settings_flag(:auto_clean_without_path) { bundler_3_mode? } settings_flag(:cache_all) { bundler_3_mode? } settings_flag(:default_install_uses_path) { bundler_3_mode? } settings_flag(:forget_cli_options) { bundler_3_mode? } settings_flag(:global_gem_cache) { bundler_3_mode? } settings_flag(:lockfile_checksums) { bundler_3_mode? } settings_flag(:path_relative_to_cwd) { bundler_3_mode? } settings_flag(:plugins) { @bundler_version >= Gem::Version.new("1.14") } settings_flag(:print_only_version_number) { bundler_3_mode? } settings_flag(:setup_makes_kernel_gem_public) { !bundler_3_mode? } settings_flag(:update_requires_all_flag) { bundler_4_mode? } settings_option(:default_cli_command) { bundler_3_mode? ? :cli_help : :install } def initialize(bundler_version) @bundler_version = Gem::Version.create(bundler_version) @major_version = @bundler_version.segments.first end end end PK )J [�� M� � > share/gems/gems/bundler-2.6.7/lib/bundler/vendored_net_http.rbnu �[��� # frozen_string_literal: true # This defined? guard can be removed once RubyGems 3.4 support is dropped. # # Bundler specs load this code from `spec/support/vendored_net_http.rb` to avoid # activating the Bundler gem too early. Without this guard, we get redefinition # warnings once Bundler is actually activated and # `lib/bundler/vendored_net_http.rb` is required. This is not an issue in # RubyGems versions including `rubygems/vendored_net_http` since `require` takes # care of avoiding the double load. # unless defined?(Gem::Net) begin require "rubygems/vendored_net_http" rescue LoadError begin require "rubygems/net/http" rescue LoadError require "net/http" Gem::Net = Net end end end PK )J [�� : share/gems/gems/bundler-2.6.7/lib/bundler/fetcher/index.rbnu �[��� # frozen_string_literal: true require_relative "base" module Bundler class Fetcher class Index < Base def specs(_gem_names) Bundler.rubygems.fetch_all_remote_specs(remote, gem_remote_fetcher) rescue Gem::RemoteFetcher::FetchError => e case e.message when /certificate verify failed/ raise CertificateFailureError.new(display_uri) when /401/ raise BadAuthenticationError, remote_uri if remote_uri.userinfo raise AuthenticationRequiredError, remote_uri when /403/ raise AuthenticationForbiddenError, remote_uri else raise HTTPError, "Could not fetch specs from #{display_uri} due to underlying error <#{e.message}>" end end end end end PK )J [ � :5 5 B share/gems/gems/bundler-2.6.7/lib/bundler/fetcher/compact_index.rbnu �[��� # frozen_string_literal: true require_relative "base" require_relative "../worker" module Bundler class Fetcher class CompactIndex < Base def self.compact_index_request(method_name) method = instance_method(method_name) undef_method(method_name) define_method(method_name) do |*args, &blk| method.bind_call(self, *args, &blk) rescue NetworkDownError, CompactIndexClient::Updater::MismatchedChecksumError => e raise HTTPError, e.message rescue AuthenticationRequiredError, BadAuthenticationError # Fail since we got a 401 from the server. raise rescue HTTPError => e Bundler.ui.trace(e) nil end end def specs(gem_names) specs_for_names(gem_names) end compact_index_request :specs def specs_for_names(gem_names) gem_info = [] complete_gems = [] remaining_gems = gem_names.dup until remaining_gems.empty? log_specs { "Looking up gems #{remaining_gems.inspect}" } deps = fetch_gem_infos(remaining_gems).flatten(1) next_gems = deps.flat_map {|d| d[CompactIndexClient::INFO_DEPS].flat_map(&:first) }.uniq deps.each {|dep| gem_info << dep } complete_gems.concat(deps.map(&:first)).uniq! remaining_gems = next_gems - complete_gems end @bundle_worker&.stop @bundle_worker = nil # reset it. Not sure if necessary gem_info end def available? unless SharedHelpers.md5_available? Bundler.ui.debug("FIPS mode is enabled, bundler can't use the CompactIndex API") return nil end # Read info file checksums out of /versions, so we can know if gems are up to date compact_index_client.available? rescue CompactIndexClient::Updater::MismatchedChecksumError => e Bundler.ui.debug(e.message) nil end compact_index_request :available? def api_fetcher? true end private def compact_index_client @compact_index_client ||= SharedHelpers.filesystem_access(cache_path) do CompactIndexClient.new(cache_path, client_fetcher) end end def fetch_gem_infos(names) in_parallel(names) {|name| compact_index_client.info(name) } rescue TooManyRequestsError # rubygems.org is rate limiting us, slow down. @bundle_worker&.stop @bundle_worker = nil # reset it. Not sure if necessary compact_index_client.reset! names.map {|name| compact_index_client.info(name) } end def in_parallel(inputs, &blk) func = lambda {|object, _index| blk.call(object) } worker = bundle_worker(func) inputs.each {|input| worker.enq(input) } inputs.map { worker.deq } end def bundle_worker(func = nil) @bundle_worker ||= begin worker_name = "Compact Index (#{display_uri.host})" Bundler::Worker.new(Bundler.settings.processor_count, worker_name, func) end @bundle_worker.tap do |worker| worker.instance_variable_set(:@func, func) if func end end def cache_path Bundler.user_cache.join("compact_index", remote.cache_slug) end def client_fetcher ClientFetcher.new(self, Bundler.ui) end ClientFetcher = Struct.new(:fetcher, :ui) do def call(path, headers) fetcher.downloader.fetch(fetcher.fetch_uri + path, headers) rescue NetworkDownError => e raise unless Bundler.feature_flag.allow_offline_install? && headers["If-None-Match"] ui.warn "Using the cached data for the new index because of a network error: #{e}" Gem::Net::HTTPNotModified.new(nil, nil, nil) end end end end end PK )J [k-� 9 share/gems/gems/bundler-2.6.7/lib/bundler/fetcher/base.rbnu �[��� # frozen_string_literal: true module Bundler class Fetcher class Base attr_reader :downloader attr_reader :display_uri attr_reader :remote attr_reader :gem_remote_fetcher def initialize(downloader, remote, display_uri, gem_remote_fetcher) raise "Abstract class" if self.class == Base @downloader = downloader @remote = remote @display_uri = display_uri @gem_remote_fetcher = gem_remote_fetcher end def remote_uri @remote.uri end def fetch_uri @fetch_uri ||= if remote_uri.host == "rubygems.org" uri = remote_uri.dup uri.host = "index.rubygems.org" uri else remote_uri end end def available? true end def api_fetcher? false end private def log_specs(&block) if Bundler.ui.debug? Bundler.ui.debug yield else Bundler.ui.info ".", false end end end end end PK )J [�n|~ ~ ? share/gems/gems/bundler-2.6.7/lib/bundler/fetcher/downloader.rbnu �[��� # frozen_string_literal: true module Bundler class Fetcher class Downloader attr_reader :connection attr_reader :redirect_limit def initialize(connection, redirect_limit) @connection = connection @redirect_limit = redirect_limit end def fetch(uri, headers = {}, counter = 0) raise HTTPError, "Too many redirects" if counter >= redirect_limit filtered_uri = URICredentialsFilter.credential_filtered_uri(uri) response = request(uri, headers) Bundler.ui.debug("HTTP #{response.code} #{response.message} #{filtered_uri}") case response when Gem::Net::HTTPSuccess, Gem::Net::HTTPNotModified response when Gem::Net::HTTPRedirection new_uri = Gem::URI.parse(response["location"]) if new_uri.host == uri.host new_uri.user = uri.user new_uri.password = uri.password end fetch(new_uri, headers, counter + 1) when Gem::Net::HTTPRequestedRangeNotSatisfiable new_headers = headers.dup new_headers.delete("Range") new_headers["Accept-Encoding"] = "gzip" fetch(uri, new_headers) when Gem::Net::HTTPRequestEntityTooLarge raise FallbackError, response.body when Gem::Net::HTTPTooManyRequests raise TooManyRequestsError, response.body when Gem::Net::HTTPUnauthorized raise BadAuthenticationError, uri.host if uri.userinfo raise AuthenticationRequiredError, uri.host when Gem::Net::HTTPForbidden raise AuthenticationForbiddenError, uri.host when Gem::Net::HTTPNotFound raise FallbackError, "Gem::Net::HTTPNotFound: #{filtered_uri}" else message = "Gem::#{response.class.name.gsub(/\AGem::/, "")}" message += ": #{response.body}" unless response.body.empty? raise HTTPError, message end end def request(uri, headers) validate_uri_scheme!(uri) filtered_uri = URICredentialsFilter.credential_filtered_uri(uri) Bundler.ui.debug "HTTP GET #{filtered_uri}" req = Gem::Net::HTTP::Get.new uri.request_uri, headers if uri.user user = CGI.unescape(uri.user) password = uri.password ? CGI.unescape(uri.password) : nil req.basic_auth(user, password) end connection.request(uri, req) rescue OpenSSL::SSL::SSLError raise CertificateFailureError.new(uri) rescue *HTTP_ERRORS => e Bundler.ui.trace e if e.is_a?(SocketError) || e.message.to_s.include?("host down:") raise NetworkDownError, "Could not reach host #{uri.host}. Check your network " \ "connection and try again." else raise HTTPError, "Network error while fetching #{filtered_uri}" \ " (#{e})" end end private def validate_uri_scheme!(uri) return if /\Ahttps?\z/.match?(uri.scheme) raise InvalidOption, "The request uri `#{uri}` has an invalid scheme (`#{uri.scheme}`). " \ "Did you mean `http` or `https`?" end end end end PK )J [���1� � ? share/gems/gems/bundler-2.6.7/lib/bundler/fetcher/dependency.rbnu �[��� # frozen_string_literal: true require_relative "base" require "cgi" module Bundler class Fetcher class Dependency < Base def available? @available ||= fetch_uri.scheme != "file" && downloader.fetch(dependency_api_uri) rescue NetworkDownError => e raise HTTPError, e.message rescue AuthenticationRequiredError # Fail since we got a 401 from the server. raise rescue HTTPError false end def api_fetcher? true end def specs(gem_names, full_dependency_list = [], last_spec_list = []) query_list = gem_names.uniq - full_dependency_list log_specs { "Query List: #{query_list.inspect}" } return last_spec_list if query_list.empty? spec_list, deps_list = Bundler::Retry.new("dependency api", FAIL_ERRORS).attempts do dependency_specs(query_list) end returned_gems = spec_list.map(&:first).uniq specs(deps_list, full_dependency_list + returned_gems, spec_list + last_spec_list) rescue MarshalError, HTTPError, GemspecError Bundler.ui.info "" unless Bundler.ui.debug? # new line now that the dots are over Bundler.ui.debug "could not fetch from the dependency API, trying the full index" nil end def dependency_specs(gem_names) Bundler.ui.debug "Query Gemcutter Dependency Endpoint API: #{gem_names.join(",")}" gem_list = unmarshalled_dep_gems(gem_names) get_formatted_specs_and_deps(gem_list) end def unmarshalled_dep_gems(gem_names) gem_list = [] gem_names.each_slice(Source::Rubygems::API_REQUEST_SIZE) do |names| marshalled_deps = downloader.fetch(dependency_api_uri(names)).body gem_list.concat(Bundler.safe_load_marshal(marshalled_deps)) end gem_list end def get_formatted_specs_and_deps(gem_list) deps_list = [] spec_list = [] gem_list.each do |s| deps_list.concat(s[:dependencies].map(&:first)) deps = s[:dependencies].map {|n, d| [n, d.split(", ")] } spec_list.push([s[:name], s[:number], s[:platform], deps]) end [spec_list, deps_list] end def dependency_api_uri(gem_names = []) uri = fetch_uri + "api/v1/dependencies" uri.query = "gems=#{CGI.escape(gem_names.sort.join(","))}" if gem_names.any? uri end end end end PK )J [��`�I I G share/gems/gems/bundler-2.6.7/lib/bundler/fetcher/gem_remote_fetcher.rbnu �[��� # frozen_string_literal: true require "rubygems/remote_fetcher" module Bundler class Fetcher class GemRemoteFetcher < Gem::RemoteFetcher def request(*args) super do |req| req.delete("User-Agent") if headers["User-Agent"] yield req if block_given? end end end end end PK )J [.d�� � 1 share/gems/gems/bundler-2.6.7/lib/bundler/vlad.rbnu �[��� # frozen_string_literal: true require_relative "shared_helpers" Bundler::SharedHelpers.major_deprecation 2, "The Bundler task for Vlad" # Vlad task for Bundler. # # Add "require 'bundler/vlad'" in your Vlad deploy.rb, and # include the vlad:bundle:install task in your vlad:deploy task. require_relative "deployment" include Rake::DSL if defined? Rake::DSL namespace :vlad do Bundler::Deployment.define_task(Rake::RemoteTask, :remote_task, roles: :app) end PK )J [�5 -�8 �8 9 share/gems/gems/bundler-2.6.7/lib/bundler/rubygems_ext.rbnu �[��� # frozen_string_literal: true require "rubygems" unless defined?(Gem) # We can't let `Gem::Source` be autoloaded in the `Gem::Specification#source` # redefinition below, so we need to load it upfront. The reason is that if # Bundler monkeypatches are loaded before RubyGems activates an executable (for # example, through `ruby -rbundler -S irb`), gem activation might end up calling # the redefined `Gem::Specification#source` and triggering the `Gem::Source` # autoload. That would result in requiring "rubygems/source" inside another # require, which would trigger a monitor error and cause the `autoload` to # eventually fail. A better solution is probably to completely avoid autoloading # `Gem::Source` from the redefined `Gem::Specification#source`. require "rubygems/source" # Cherry-pick fixes to `Gem.ruby_version` to be useful for modern Bundler # versions and ignore patchlevels # (https://github.com/rubygems/rubygems/pull/5472, # https://github.com/rubygems/rubygems/pull/5486). May be removed once RubyGems # 3.3.12 support is dropped. unless Gem.ruby_version.to_s == RUBY_VERSION || RUBY_PATCHLEVEL == -1 Gem.instance_variable_set(:@ruby_version, Gem::Version.new(RUBY_VERSION)) end module Gem # Can be removed once RubyGems 3.5.11 support is dropped unless Gem.respond_to?(:freebsd_platform?) def self.freebsd_platform? RbConfig::CONFIG["host_os"].to_s.include?("bsd") end end # Can be removed once RubyGems 3.5.18 support is dropped unless Gem.respond_to?(:open_file_with_lock) class << self remove_method :open_file_with_flock if Gem.respond_to?(:open_file_with_flock) def open_file_with_flock(path, &block) # read-write mode is used rather than read-only in order to support NFS mode = IO::RDWR | IO::APPEND | IO::CREAT | IO::BINARY mode |= IO::SHARE_DELETE if IO.const_defined?(:SHARE_DELETE) File.open(path, mode) do |io| begin io.flock(File::LOCK_EX) rescue Errno::ENOSYS, Errno::ENOTSUP end yield io end end def open_file_with_lock(path, &block) file_lock = "#{path}.lock" open_file_with_flock(file_lock, &block) ensure FileUtils.rm_f file_lock end end end require "rubygems/platform" class Platform JAVA = Gem::Platform.new("java") MSWIN = Gem::Platform.new("mswin32") MSWIN64 = Gem::Platform.new("mswin64") MINGW = Gem::Platform.new("x86-mingw32") X64_MINGW = [Gem::Platform.new("x64-mingw32"), Gem::Platform.new("x64-mingw-ucrt")].freeze UNIVERSAL_MINGW = Gem::Platform.new("universal-mingw") WINDOWS = [MSWIN, MSWIN64, UNIVERSAL_MINGW].flatten.freeze X64_LINUX = Gem::Platform.new("x86_64-linux") X64_LINUX_MUSL = Gem::Platform.new("x86_64-linux-musl") if X64_LINUX === X64_LINUX_MUSL remove_method :=== def ===(other) return nil unless Gem::Platform === other # universal-mingw32 matches x64-mingw-ucrt return true if (@cpu == "universal" || other.cpu == "universal") && @os.start_with?("mingw") && other.os.start_with?("mingw") # cpu ([nil,"universal"].include?(@cpu) || [nil, "universal"].include?(other.cpu) || @cpu == other.cpu || (@cpu == "arm" && other.cpu.start_with?("armv"))) && # os @os == other.os && # version ( (@os != "linux" && (@version.nil? || other.version.nil?)) || (@os == "linux" && (normalized_linux_version_ext == other.normalized_linux_version_ext || ["musl#{@version}", "musleabi#{@version}", "musleabihf#{@version}"].include?(other.version))) || @version == other.version ) end # This is a copy of RubyGems 3.3.23 or higher `normalized_linux_method`. # Once only 3.3.23 is supported, we can use the method in RubyGems. def normalized_linux_version_ext return nil unless @version without_gnu_nor_abi_modifiers = @version.sub(/\Agnu/, "").sub(/eabi(hf)?\Z/, "") return nil if without_gnu_nor_abi_modifiers.empty? without_gnu_nor_abi_modifiers end end end Platform.singleton_class.module_eval do unless Platform.singleton_methods.include?(:match_spec?) def match_spec?(spec) match_gem?(spec.platform, spec.name) end def match_gem?(platform, gem_name) match_platforms?(platform, Gem.platforms) end end match_platforms_defined = Gem::Platform.respond_to?(:match_platforms?, true) if !match_platforms_defined || Gem::Platform.send(:match_platforms?, Gem::Platform::X64_LINUX_MUSL, [Gem::Platform::X64_LINUX]) private remove_method :match_platforms? if match_platforms_defined def match_platforms?(platform, platforms) platforms.any? do |local_platform| platform.nil? || local_platform == platform || (local_platform != Gem::Platform::RUBY && platform =~ local_platform) end end end end require "rubygems/specification" # Can be removed once RubyGems 3.5.14 support is dropped VALIDATES_FOR_RESOLUTION = Specification.new.respond_to?(:validate_for_resolution).freeze # Can be removed once RubyGems 3.3.15 support is dropped FLATTENS_REQUIRED_PATHS = Specification.new.respond_to?(:flatten_require_paths).freeze class Specification # Can be removed once RubyGems 3.5.15 support is dropped correct_array_attributes = @@default_value.select {|_k,v| v.is_a?(Array) }.keys unless @@array_attributes == correct_array_attributes @@array_attributes = correct_array_attributes # rubocop:disable Style/ClassVars end require_relative "match_metadata" require_relative "match_platform" include ::Bundler::MatchMetadata include ::Bundler::MatchPlatform attr_accessor :remote, :relative_loaded_from module AllowSettingSource attr_writer :source def source (defined?(@source) && @source) || super end end prepend AllowSettingSource alias_method :rg_full_gem_path, :full_gem_path alias_method :rg_loaded_from, :loaded_from def full_gem_path if source.respond_to?(:root) File.expand_path(File.dirname(loaded_from), source.root) else rg_full_gem_path end end def loaded_from if relative_loaded_from source.path.join(relative_loaded_from).to_s else rg_loaded_from end end def load_paths full_require_paths end alias_method :rg_extension_dir, :extension_dir def extension_dir # following instance variable is already used in original method # and that is the reason to prefix it with bundler_ and add rubocop exception @bundler_extension_dir ||= if source.respond_to?(:extension_dir_name) # rubocop:disable Naming/MemoizedInstanceVariableName unique_extension_dir = [source.extension_dir_name, File.basename(full_gem_path)].uniq.join("-") File.expand_path(File.join(extensions_dir, unique_extension_dir)) else rg_extension_dir end end # Can be removed once RubyGems 3.5.21 support is dropped remove_method :gem_dir if method_defined?(:gem_dir, false) def gem_dir full_gem_path end unless const_defined?(:LATEST_RUBY_WITHOUT_PATCH_VERSIONS) LATEST_RUBY_WITHOUT_PATCH_VERSIONS = Gem::Version.new("2.1") alias_method :rg_required_ruby_version=, :required_ruby_version= def required_ruby_version=(req) self.rg_required_ruby_version = req @required_ruby_version.requirements.map! do |op, v| if v >= LATEST_RUBY_WITHOUT_PATCH_VERSIONS && v.release.segments.size == 4 [op == "~>" ? "=" : op, Gem::Version.new(v.segments.tap {|s| s.delete_at(3) }.join("."))] else [op, v] end end end end def insecurely_materialized? false end def groups @groups ||= [] end def git_version return unless loaded_from && source.is_a?(Bundler::Source::Git) " #{source.revision[0..6]}" end def to_gemfile(path = nil) gemfile = String.new("source 'https://rubygems.org'\n") gemfile << dependencies_to_gemfile(nondevelopment_dependencies) unless development_dependencies.empty? gemfile << "\n" gemfile << dependencies_to_gemfile(development_dependencies, :development) end gemfile end def nondevelopment_dependencies dependencies - development_dependencies end def installation_missing? !default_gem? && !File.directory?(full_gem_path) end def lock_name @lock_name ||= name_tuple.lock_name end unless VALIDATES_FOR_RESOLUTION def validate_for_resolution SpecificationPolicy.new(self).validate_for_resolution end end unless FLATTENS_REQUIRED_PATHS def flatten_require_paths return unless raw_require_paths.first.is_a?(Array) warn "#{name} #{version} includes a gemspec with `require_paths` set to an array of arrays. Newer versions of this gem might've already fixed this" raw_require_paths.flatten! end class << self module RequirePathFlattener def from_yaml(input) spec = super(input) spec.flatten_require_paths spec end end prepend RequirePathFlattener end end private def dependencies_to_gemfile(dependencies, group = nil) gemfile = String.new if dependencies.any? gemfile << "group :#{group} do\n" if group dependencies.each do |dependency| gemfile << " " if group gemfile << %(gem "#{dependency.name}") req = dependency.requirements_list.first gemfile << %(, "#{req}") if req gemfile << "\n" end gemfile << "end\n" if group end gemfile end end unless VALIDATES_FOR_RESOLUTION class SpecificationPolicy def validate_for_resolution validate_required! end end end module BetterPermissionError def data super rescue Errno::EACCES raise Bundler::PermissionError.new(loaded_from, :read) end end require "rubygems/stub_specification" class StubSpecification prepend BetterPermissionError end class Dependency require_relative "force_platform" include ::Bundler::ForcePlatform attr_reader :force_ruby_platform attr_accessor :source, :groups alias_method :eql?, :== unless method_defined?(:encode_with, false) def encode_with(coder) [:@name, :@requirement, :@type, :@prerelease, :@version_requirements].each do |ivar| coder[ivar.to_s.sub(/^@/, "")] = instance_variable_get(ivar) end end end def to_lock out = String.new(" #{name}") unless requirement.none? reqs = requirement.requirements.map {|o, v| "#{o} #{v}" }.sort.reverse out << " (#{reqs.join(", ")})" end out end if Gem.rubygems_version < Gem::Version.new("3.5.22") module FilterIgnoredSpecs def matching_specs(platform_only = false) super.reject(&:ignored?) end end prepend FilterIgnoredSpecs end end # On universal Rubies, resolve the "universal" arch to the real CPU arch, without changing the extension directory. class BasicSpecification if /^universal\.(?<arch>.*?)-/ =~ (CROSS_COMPILING || RUBY_PLATFORM) local_platform = Platform.local if local_platform.cpu == "universal" ORIGINAL_LOCAL_PLATFORM = local_platform.to_s.freeze local_platform.cpu = if arch == "arm64e" # arm64e is only permitted for Apple system binaries "arm64" else arch end def extensions_dir @extensions_dir ||= Gem.default_ext_dir_for(base_dir) || File.join(base_dir, "extensions", ORIGINAL_LOCAL_PLATFORM, Gem.extension_api_version) end end end # Can be removed once RubyGems 3.5.22 support is dropped unless new.respond_to?(:ignored?) def ignored? return @ignored unless @ignored.nil? @ignored = missing_extensions? end end end require "rubygems/name_tuple" class NameTuple # Versions of RubyGems before about 3.5.0 don't to_s the platform. unless Gem::NameTuple.new("a", Gem::Version.new("1"), Gem::Platform.new("x86_64-linux")).platform.is_a?(String) alias_method :initialize_with_platform, :initialize def initialize(name, version, platform=Gem::Platform::RUBY) if Gem::Platform === platform initialize_with_platform(name, version, platform.to_s) else initialize_with_platform(name, version, platform) end end end def lock_name if platform == Gem::Platform::RUBY "#{name} (#{version})" else "#{name} (#{version}-#{platform})" end end end unless Gem.rubygems_version >= Gem::Version.new("3.5.19") class Resolver::ActivationRequest remove_method :installed? def installed? case @spec when Gem::Resolver::VendorSpecification then true else this_spec = full_spec Gem::Specification.any? do |s| s == this_spec && s.base_dir == this_spec.base_dir end end end end end unless Gem.rubygems_version >= Gem::Version.new("3.6.7") module UnfreezeCompactIndexParsedResponse def parse(line) version, platform, dependencies, requirements = super [version, platform, dependencies.frozen? ? dependencies.dup : dependencies, requirements.frozen? ? requirements.dup : requirements] end end Resolver::APISet::GemParser.prepend(UnfreezeCompactIndexParsedResponse) end if Gem.rubygems_version < Gem::Version.new("3.6.0") class Package; end require "rubygems/package/tar_reader" require "rubygems/package/tar_reader/entry" module FixFullNameEncoding def full_name super.force_encoding(Encoding::UTF_8) end end Package::TarReader::Entry.prepend(FixFullNameEncoding) end require "rubygems/uri" # Can be removed once RubyGems 3.3.15 support is dropped unless Gem::Uri.respond_to?(:redact) class Uri def self.redact(uri) new(uri).redacted end end end end PK )J [�*�U U 9 share/gems/gems/bundler-2.6.7/lib/bundler/safe_marshal.rbnu �[��� # frozen_string_literal: true module Bundler module SafeMarshal ALLOWED_CLASSES = [ Array, FalseClass, Gem::Specification, Gem::Version, Hash, String, Symbol, Time, TrueClass, ].freeze ERROR = "Unexpected class %s present in marshaled data. Only %s are allowed." PROC = proc do |object| object.tap do unless ALLOWED_CLASSES.include?(object.class) raise TypeError, format(ERROR, object.class, ALLOWED_CLASSES.join(", ")) end end end def self.proc PROC end end end PK )J [��z�[ [ 0 share/gems/gems/bundler-2.6.7/lib/bundler/dsl.rbnu �[��� # frozen_string_literal: true require_relative "dependency" require_relative "ruby_dsl" module Bundler class Dsl include RubyDsl def self.evaluate(gemfile, lockfile, unlock) builder = new builder.eval_gemfile(gemfile) builder.to_definition(lockfile, unlock) end VALID_PLATFORMS = Bundler::CurrentRuby::PLATFORM_MAP.keys.freeze VALID_KEYS = %w[group groups git path glob name branch ref tag require submodules platform platforms source install_if force_ruby_platform].freeze GITHUB_PULL_REQUEST_URL = %r{\Ahttps://github\.com/([A-Za-z0-9_\-\.]+/[A-Za-z0-9_\-\.]+)/pull/(\d+)\z} GITLAB_MERGE_REQUEST_URL = %r{\Ahttps://gitlab\.com/([A-Za-z0-9_\-\./]+)/-/merge_requests/(\d+)\z} attr_reader :gemspecs, :gemfile attr_accessor :dependencies def initialize @source = nil @sources = SourceList.new @git_sources = {} @dependencies = [] @groups = [] @install_conditionals = [] @optional_groups = [] @platforms = [] @env = nil @ruby_version = nil @gemspecs = [] @gemfile = nil @gemfiles = [] add_git_sources end def eval_gemfile(gemfile, contents = nil) with_gemfile(gemfile) do |current_gemfile| contents ||= Bundler.read_file(current_gemfile) instance_eval(contents, current_gemfile, 1) rescue GemfileEvalError => e message = "There was an error evaluating `#{File.basename current_gemfile}`: #{e.message}" raise DSLError.new(message, current_gemfile, e.backtrace, contents) rescue GemfileError, InvalidArgumentError, InvalidOption, DeprecatedError, ScriptError => e message = "There was an error parsing `#{File.basename current_gemfile}`: #{e.message}" raise DSLError.new(message, current_gemfile, e.backtrace, contents) rescue StandardError => e raise unless e.backtrace_locations.first.path == current_gemfile message = "There was an error parsing `#{File.basename current_gemfile}`: #{e.message}" raise DSLError.new(message, current_gemfile, e.backtrace, contents) end end def gemspec(opts = nil) opts ||= {} path = opts[:path] || "." glob = opts[:glob] name = opts[:name] development_group = opts[:development_group] || :development expanded_path = gemfile_root.join(path) gemspecs = Gem::Util.glob_files_in_dir("{,*}.gemspec", expanded_path).filter_map {|g| Bundler.load_gemspec(g) } gemspecs.reject! {|s| s.name != name } if name specs_by_name_and_version = gemspecs.group_by {|s| [s.name, s.version] } case specs_by_name_and_version.size when 1 specs = specs_by_name_and_version.values.first spec = specs.find {|s| s.match_platform(Bundler.local_platform) } || specs.first @gemspecs << spec path path, "glob" => glob, "name" => spec.name, "gemspec" => spec do add_dependency spec.name end spec.development_dependencies.each do |dep| add_dependency dep.name, dep.requirement.as_list, "gemspec_dev_dep" => true, "group" => development_group end when 0 raise InvalidOption, "There are no gemspecs at #{expanded_path}" else raise InvalidOption, "There are multiple gemspecs at #{expanded_path}. " \ "Please use the :name option to specify which one should be used" end end def gem(name, *args) options = args.last.is_a?(Hash) ? args.pop.dup : {} version = args || [">= 0"] normalize_options(name, version, options) add_dependency(name, version, options) end def source(source, *args, &blk) options = args.last.is_a?(Hash) ? args.pop.dup : {} options = normalize_hash(options) source = normalize_source(source) if options.key?("type") options["type"] = options["type"].to_s unless Plugin.source?(options["type"]) raise InvalidOption, "No plugin sources available for #{options["type"]}" end unless block_given? raise InvalidOption, "You need to pass a block to #source with :type option" end source_opts = options.merge("uri" => source) with_source(@sources.add_plugin_source(options["type"], source_opts), &blk) elsif block_given? with_source(@sources.add_rubygems_source("remotes" => source), &blk) else @sources.add_global_rubygems_remote(source) end end def git_source(name, &block) unless block_given? raise InvalidOption, "You need to pass a block to #git_source" end if valid_keys.include?(name.to_s) raise InvalidOption, "You cannot use #{name} as a git source. It " \ "is a reserved key. Reserved keys are: #{valid_keys.join(", ")}" end @git_sources[name.to_s] = block end def path(path, options = {}, &blk) source_options = normalize_hash(options).merge( "path" => Pathname.new(path), "root_path" => gemfile_root ) source_options["global"] = true unless block_given? source = @sources.add_path_source(source_options) with_source(source, &blk) end def git(uri, options = {}, &blk) unless block_given? msg = "You can no longer specify a git source by itself. Instead, \n" \ "either use the :git option on a gem, or specify the gems that \n" \ "bundler should find in the git source by passing a block to \n" \ "the git method, like: \n\n" \ " git 'git://github.com/rails/rails.git' do\n" \ " gem 'rails'\n" \ " end" raise DeprecatedError, msg end with_source(@sources.add_git_source(normalize_hash(options).merge("uri" => uri)), &blk) end def github(repo, options = {}) raise InvalidArgumentError, "GitHub sources require a block" unless block_given? github_uri = @git_sources["github"].call(repo) git_options = normalize_hash(options).merge("uri" => github_uri) git_source = @sources.add_git_source(git_options) with_source(git_source) { yield } end def to_definition(lockfile, unlock) check_primary_source_safety Definition.new(lockfile, @dependencies, @sources, unlock, @ruby_version, @optional_groups, @gemfiles) end def group(*args, &blk) options = args.last.is_a?(Hash) ? args.pop.dup : {} normalize_group_options(options, args) @groups.concat args if options["optional"] optional_groups = args - @optional_groups @optional_groups.concat optional_groups end yield ensure args.each { @groups.pop } end def install_if(*args) @install_conditionals.concat args yield ensure args.each { @install_conditionals.pop } end def platforms(*platforms) @platforms.concat platforms yield ensure platforms.each { @platforms.pop } end alias_method :platform, :platforms def env(name) old = @env @env = name yield ensure @env = old end def plugin(*args) # Pass on end def method_missing(name, *args) raise GemfileError, "Undefined local variable or method `#{name}' for Gemfile" end def check_primary_source_safety check_path_source_safety check_rubygems_source_safety end private def add_dependency(name, version = nil, options = {}) options["gemfile"] = @gemfile options["source"] ||= @source options["env"] ||= @env dep = Dependency.new(name, version, options) # if there's already a dependency with this name we try to prefer one if current = @dependencies.find {|d| d.name == dep.name } if current.requirement != dep.requirement current_requirement_open = current.requirements_list.include?(">= 0") gemspec_dep = [dep, current].find(&:gemspec_dev_dep?) if gemspec_dep gemfile_dep = [dep, current].find(&:gemfile_dep?) if gemfile_dep && !current_requirement_open Bundler.ui.warn "A gemspec development dependency (#{gemspec_dep.name}, #{gemspec_dep.requirement}) is being overridden by a Gemfile dependency (#{gemfile_dep.name}, #{gemfile_dep.requirement}).\n" \ "This behaviour may change in the future. Please remove either of them, or make sure they both have the same requirement\n" elsif gemfile_dep.nil? require_relative "vendor/pub_grub/lib/pub_grub/version_range" require_relative "vendor/pub_grub/lib/pub_grub/version_constraint" require_relative "vendor/pub_grub/lib/pub_grub/version_union" require_relative "vendor/pub_grub/lib/pub_grub/rubygems" current_gemspec_range = PubGrub::RubyGems.requirement_to_range(current.requirement) next_gemspec_range = PubGrub::RubyGems.requirement_to_range(dep.requirement) if current_gemspec_range.intersects?(next_gemspec_range) dep = Dependency.new(name, current.requirement.as_list + dep.requirement.as_list, options) else raise GemfileError, "Two gemspec development dependencies have conflicting requirements on the same gem: #{dep} and #{current}" end end else update_prompt = "" if File.basename(@gemfile) == Injector::INJECTED_GEMS if dep.requirements_list.include?(">= 0") && !current_requirement_open update_prompt = ". Gem already added" else update_prompt = ". If you want to update the gem version, run `bundle update #{current.name}`" update_prompt += ". You may also need to change the version requirement specified in the Gemfile if it's too restrictive." unless current_requirement_open end end raise GemfileError, "You cannot specify the same gem twice with different version requirements.\n" \ "You specified: #{current.name} (#{current.requirement}) and #{dep.name} (#{dep.requirement})" \ "#{update_prompt}" end end unless current.gemspec_dev_dep? && dep.gemspec_dev_dep? # Always prefer the dependency from the Gemfile if current.gemspec_dev_dep? @dependencies.delete(current) elsif dep.gemspec_dev_dep? return elsif current.source != dep.source raise GemfileError, "You cannot specify the same gem twice coming from different sources.\n" \ "You specified that #{dep.name} (#{dep.requirement}) should come from " \ "#{current.source || "an unspecified source"} and #{dep.source}\n" else Bundler.ui.warn "Your Gemfile lists the gem #{current.name} (#{current.requirement}) more than once.\n" \ "You should probably keep only one of them.\n" \ "Remove any duplicate entries and specify the gem only once.\n" \ "While it's not a problem now, it could cause errors if you change the version of one of them later." end end end @dependencies << dep end def with_gemfile(gemfile) expanded_gemfile_path = Pathname.new(gemfile).expand_path(@gemfile&.parent) original_gemfile = @gemfile @gemfile = expanded_gemfile_path @gemfiles << expanded_gemfile_path yield @gemfile.to_s ensure @gemfile = original_gemfile end def add_git_sources git_source(:github) do |repo_name| if repo_name =~ GITHUB_PULL_REQUEST_URL { "git" => "https://github.com/#{$1}.git", "branch" => nil, "ref" => "refs/pull/#{$2}/head", "tag" => nil, } else repo_name = "#{repo_name}/#{repo_name}" unless repo_name.include?("/") "https://github.com/#{repo_name}.git" end end git_source(:gist) do |repo_name| "https://gist.github.com/#{repo_name}.git" end git_source(:bitbucket) do |repo_name| user_name, repo_name = repo_name.split("/") repo_name ||= user_name "https://#{user_name}@bitbucket.org/#{user_name}/#{repo_name}.git" end git_source(:gitlab) do |repo_name| if repo_name =~ GITLAB_MERGE_REQUEST_URL { "git" => "https://gitlab.com/#{$1}.git", "branch" => nil, "ref" => "refs/merge-requests/#{$2}/head", "tag" => nil, } else repo_name = "#{repo_name}/#{repo_name}" unless repo_name.include?("/") "https://gitlab.com/#{repo_name}.git" end end end def with_source(source) old_source = @source if block_given? @source = source yield end source ensure @source = old_source end def normalize_hash(opts) opts.keys.each do |k| opts[k.to_s] = opts.delete(k) unless k.is_a?(String) end opts end def valid_keys @valid_keys ||= VALID_KEYS end def normalize_options(name, version, opts) if name.is_a?(Symbol) raise GemfileError, %(You need to specify gem names as Strings. Use 'gem "#{name}"' instead) end if /\s/.match?(name) raise GemfileError, %('#{name}' is not a valid gem name because it contains whitespace) end raise GemfileError, %(an empty gem name is not valid) if name.empty? normalize_hash(opts) git_names = @git_sources.keys.map(&:to_s) validate_keys("gem '#{name}'", opts, valid_keys + git_names) groups = @groups.dup opts["group"] = opts.delete("groups") || opts["group"] groups.concat Array(opts.delete("group")) groups = [:default] if groups.empty? install_if = @install_conditionals.dup install_if.concat Array(opts.delete("install_if")) install_if = install_if.reduce(true) do |memo, val| memo && (val.respond_to?(:call) ? val.call : val) end platforms = @platforms.dup opts["platforms"] = opts["platform"] || opts["platforms"] platforms.concat Array(opts.delete("platforms")) platforms.map!(&:to_sym) platforms.each do |p| next if VALID_PLATFORMS.include?(p) raise GemfileError, "`#{p}` is not a valid platform. The available options are: #{VALID_PLATFORMS.inspect}" end # Save sources passed in a key if opts.key?("source") source = normalize_source(opts["source"]) opts["source"] = @sources.add_rubygems_source("remotes" => source) end git_name = (git_names & opts.keys).last if @git_sources[git_name] git_opts = @git_sources[git_name].call(opts[git_name]) git_opts = { "git" => git_opts } if git_opts.is_a?(String) opts.merge!(git_opts) do |key, _gemfile_value, _git_source_value| raise GemfileError, %(The :#{key} option can't be used with `#{git_name}: #{opts[git_name].inspect}`) end end %w[git path].each do |type| next unless param = opts[type] if version.first && version.first =~ /^\s*=?\s*(\d[^\s]*)\s*$/ options = opts.merge("name" => name, "version" => $1) else options = opts.dup end source = send(type, param, options) {} opts["source"] = source end opts["platforms"] = platforms.dup opts["group"] = groups opts["should_include"] = install_if end def normalize_group_options(opts, groups) normalize_hash(opts) groups = groups.map {|group| ":#{group}" }.join(", ") validate_keys("group #{groups}", opts, %w[optional]) opts["optional"] ||= false end def validate_keys(command, opts, valid_keys) if opts["branch"] && !(opts["git"] || opts["github"] || (opts.keys & @git_sources.keys.map(&:to_s)).any?) raise GemfileError, %(The `branch` option for `#{command}` is not allowed. Only gems with a git source can specify a branch) end invalid_keys = opts.keys - valid_keys return true unless invalid_keys.any? message = String.new message << "You passed #{invalid_keys.map {|k| ":" + k }.join(", ")} " message << if invalid_keys.size > 1 "as options for #{command}, but they are invalid." else "as an option for #{command}, but it is invalid." end message << " Valid options are: #{valid_keys.join(", ")}." message << " You may be able to resolve this by upgrading Bundler to the newest version." raise InvalidOption, message end def normalize_source(source) case source when :gemcutter, :rubygems, :rubyforge message = "The source :#{source} is deprecated because HTTP requests are insecure.\n" \ "Please change your source to 'https://rubygems.org' if possible, or 'http://rubygems.org' if not." removed_message = "The source :#{source} is disallowed because HTTP requests are insecure.\n" \ "Please change your source to 'https://rubygems.org' if possible, or 'http://rubygems.org' if not." Bundler::SharedHelpers.major_deprecation 2, message, removed_message: removed_message "http://rubygems.org" when String source else raise GemfileError, "Unknown source '#{source}'" end end def check_path_source_safety return if @sources.global_path_source.nil? msg = "You can no longer specify a path source by itself. Instead, \n" \ "either use the :path option on a gem, or specify the gems that \n" \ "bundler should find in the path source by passing a block to \n" \ "the path method, like: \n\n" \ " path 'dir/containing/rails' do\n" \ " gem 'rails'\n" \ " end\n\n" SharedHelpers.major_deprecation(2, msg.strip) end def check_rubygems_source_safety multiple_global_source_warning if @sources.aggregate_global_source? end def multiple_global_source_warning if Bundler.feature_flag.bundler_3_mode? msg = "This Gemfile contains multiple global sources. " \ "Each source after the first must include a block to indicate which gems " \ "should come from that source" raise GemfileEvalError, msg else message = "Your Gemfile contains multiple global sources. " \ "Using `source` more than once without a block is a security risk, and " \ "may result in installing unexpected gems. To resolve this warning, use " \ "a block to indicate which gems should come from the secondary source." removed_message = "Your Gemfile contains multiple global sources. " \ "Using `source` more than once without a block is a security risk, and " \ "may result in installing unexpected gems. To resolve this error, use " \ "a block to indicate which gems should come from the secondary source." Bundler::SharedHelpers.major_deprecation 2, message, removed_message: removed_message end end class DSLError < GemfileError # @return [String] the description that should be presented to the user. # attr_reader :description # @return [String] the path of the dsl file that raised the exception. # attr_reader :dsl_path # @return [Exception] the backtrace of the exception raised by the # evaluation of the dsl file. # attr_reader :backtrace # @param [Exception] backtrace @see backtrace # @param [String] dsl_path @see dsl_path # def initialize(description, dsl_path, backtrace, contents = nil) @status_code = $!.respond_to?(:status_code) && $!.status_code @description = description @dsl_path = dsl_path @backtrace = backtrace @contents = contents end def status_code @status_code || super end # @return [String] the contents of the DSL that cause the exception to # be raised. # def contents @contents ||= dsl_path && File.exist?(dsl_path) && File.read(dsl_path) end # The message of the exception reports the content of podspec for the # line that generated the original exception. # # @example Output # # Invalid podspec at `RestKit.podspec` - undefined method # `exclude_header_search_paths=' for #<Pod::Specification for # `RestKit/Network (0.9.3)`> # # from spec-repos/master/RestKit/0.9.3/RestKit.podspec:36 # ------------------------------------------- # # because it would break: #import <CoreData/CoreData.h> # > ns.exclude_header_search_paths = 'Code/RestKit.h' # end # ------------------------------------------- # # @return [String] the message of the exception. # def to_s @to_s ||= begin trace_line, description = parse_line_number_from_description m = String.new("\n[!] ") m << description m << ". Bundler cannot continue.\n" return m unless backtrace && dsl_path && contents trace_line = backtrace.find {|l| l.include?(dsl_path) } || trace_line return m unless trace_line line_number = trace_line.split(":")[1].to_i - 1 return m unless line_number lines = contents.lines.to_a indent = " # " indicator = indent.tr("#", ">") first_line = line_number.zero? last_line = (line_number == (lines.count - 1)) m << "\n" m << "#{indent}from #{trace_line.gsub(/:in.*$/, "")}\n" m << "#{indent}-------------------------------------------\n" m << "#{indent}#{lines[line_number - 1]}" unless first_line m << "#{indicator}#{lines[line_number]}" m << "#{indent}#{lines[line_number + 1]}" unless last_line m << "\n" unless m.end_with?("\n") m << "#{indent}-------------------------------------------\n" end end private def parse_line_number_from_description description = self.description if dsl_path && description =~ /((#{Regexp.quote File.expand_path(dsl_path)}|#{Regexp.quote dsl_path}):\d+)/ trace_line = Regexp.last_match[1] description = description.sub(/\n.*\n(\.\.\.)? *\^~+$/, "").sub(/#{Regexp.quote trace_line}:\s*/, "").sub("\n", " - ") end [trace_line, description] end end def gemfile_root @gemfile ||= Bundler.default_gemfile @gemfile.dirname end end end PK )J [�q�ʇ� �� 0 share/gems/gems/bundler-2.6.7/lib/bundler/cli.rbnu �[��� # frozen_string_literal: true require_relative "vendored_thor" module Bundler class CLI < Thor require_relative "cli/common" require_relative "cli/install" package_name "Bundler" AUTO_INSTALL_CMDS = %w[show binstubs outdated exec open console licenses clean].freeze PARSEABLE_COMMANDS = %w[check config help exec platform show version].freeze EXTENSIONS = ["c", "rust"].freeze COMMAND_ALIASES = { "check" => "c", "install" => "i", "plugin" => "", "list" => "ls", "exec" => ["e", "ex", "exe"], "cache" => ["package", "pack"], "version" => ["-v", "--version"], }.freeze def self.start(*) check_deprecated_ext_option(ARGV) if ARGV.include?("--ext") super ensure Bundler::SharedHelpers.print_major_deprecations! end def self.dispatch(*) super do |i| i.send(:print_command) i.send(:warn_on_outdated_bundler) end end def self.all_aliases @all_aliases ||= begin command_aliases = {} COMMAND_ALIASES.each do |name, aliases| Array(aliases).each do |one_alias| command_aliases[one_alias] = name end end command_aliases end end def self.aliases_for(command_name) COMMAND_ALIASES.select {|k, _| k == command_name }.invert end def initialize(*args) super custom_gemfile = options[:gemfile] || Bundler.settings[:gemfile] if custom_gemfile && !custom_gemfile.empty? Bundler::SharedHelpers.set_env "BUNDLE_GEMFILE", File.expand_path(custom_gemfile) Bundler.reset_settings_and_root! end Bundler.auto_switch Bundler.settings.set_command_option_if_given :retry, options[:retry] current_cmd = args.last[:current_command].name Bundler.auto_install if AUTO_INSTALL_CMDS.include?(current_cmd) rescue UnknownArgumentError => e raise InvalidOption, e.message ensure self.options ||= {} unprinted_warnings = Bundler.ui.unprinted_warnings Bundler.ui = UI::Shell.new(options) Bundler.ui.level = "debug" if options["verbose"] unprinted_warnings.each {|w| Bundler.ui.warn(w) } end check_unknown_options!(except: [:config, :exec]) stop_on_unknown_option! :exec desc "cli_help", "Prints a summary of bundler commands", hide: true def cli_help version Bundler.ui.info "\n" primary_commands = ["install", "update", "cache", "exec", "config", "help"] list = self.class.printable_commands(true) by_name = list.group_by {|name, _message| name.match(/^bundle (\w+)/)[1] } utilities = by_name.keys.sort - primary_commands primary_commands.map! {|name| (by_name[name] || raise("no primary command #{name}")).first } utilities.map! {|name| by_name[name].first } shell.say "Bundler commands:\n\n" shell.say " Primary commands:\n" shell.print_table(primary_commands, indent: 4, truncate: true) shell.say shell.say " Utilities:\n" shell.print_table(utilities, indent: 4, truncate: true) shell.say self.class.send(:class_options_help, shell) end default_task(Bundler.feature_flag.default_cli_command) class_option "no-color", type: :boolean, desc: "Disable colorization in output" class_option "retry", type: :numeric, aliases: "-r", banner: "NUM", desc: "Specify the number of times you wish to attempt network commands" class_option "verbose", type: :boolean, desc: "Enable verbose output mode", aliases: "-V" def help(cli = nil) cli = self.class.all_aliases[cli] if self.class.all_aliases[cli] case cli when "gemfile" then command = "gemfile" when nil then command = "bundle" else command = "bundle-#{cli}" end man_path = File.expand_path("man", __dir__) man_pages = Hash[Dir.glob(File.join(man_path, "**", "*")).grep(/.*\.\d*\Z/).collect do |f| [File.basename(f, ".*"), f] end] if man_pages.include?(command) man_page = man_pages[command] if Bundler.which("man") && !man_path.match?(%r{^file:/.+!/META-INF/jruby.home/.+}) Kernel.exec("man", man_page) else puts File.read("#{man_path}/#{File.basename(man_page)}.ronn") end elsif command_path = Bundler.which("bundler-#{cli}") Kernel.exec(command_path, "--help") else super end end def self.handle_no_command_error(command, has_namespace = $thor_runner) if Bundler.feature_flag.plugins? && Bundler::Plugin.command?(command) return Bundler::Plugin.exec_command(command, ARGV[1..-1]) end return super unless command_path = Bundler.which("bundler-#{command}") Kernel.exec(command_path, *ARGV[1..-1]) end desc "init [OPTIONS]", "Generates a Gemfile into the current working directory" long_desc <<-D Init generates a default Gemfile in the current working directory. When adding a Gemfile to a gem with a gemspec, the --gemspec option will automatically add each dependency listed in the gemspec file to the newly created Gemfile. D method_option "gemspec", type: :string, banner: "Use the specified .gemspec to create the Gemfile" method_option "gemfile", type: :string, banner: "Use the specified name for the gemfile instead of 'Gemfile'" def init require_relative "cli/init" Init.new(options.dup).run end desc "check [OPTIONS]", "Checks if the dependencies listed in Gemfile are satisfied by currently installed gems" long_desc <<-D Check searches the local machine for each of the gems requested in the Gemfile. If all gems are found, Bundler prints a success message and exits with a status of 0. If not, the first missing gem is listed and Bundler exits status 1. D method_option "dry-run", type: :boolean, default: false, banner: "Lock the Gemfile" method_option "gemfile", type: :string, banner: "Use the specified gemfile instead of Gemfile" method_option "path", type: :string, banner: "Specify a different path than the system default ($BUNDLE_PATH or $GEM_HOME).#{" Bundler will remember this value for future installs on this machine" unless Bundler.feature_flag.forget_cli_options?}" def check remembered_flag_deprecation("path") require_relative "cli/check" Check.new(options).run end map aliases_for("check") desc "remove [GEM [GEM ...]]", "Removes gems from the Gemfile" long_desc <<-D Removes the given gems from the Gemfile while ensuring that the resulting Gemfile is still valid. If the gem is not found, Bundler prints a error message and if gem could not be removed due to any reason Bundler will display a warning. D method_option "install", type: :boolean, banner: "Runs 'bundle install' after removing the gems from the Gemfile" def remove(*gems) if ARGV.include?("--install") message = "The `--install` flag has been deprecated. `bundle install` is triggered by default." removed_message = "The `--install` flag has been removed. `bundle install` is triggered by default." SharedHelpers.major_deprecation(2, message, removed_message: removed_message) end require_relative "cli/remove" Remove.new(gems, options).run end desc "install [OPTIONS]", "Install the current environment to the system" long_desc <<-D Install will install all of the gems in the current bundle, making them available for use. In a freshly checked out repository, this command will give you the same gem versions as the last person who updated the Gemfile and ran `bundle update`. Passing [DIR] to install (e.g. vendor) will cause the unpacked gems to be installed into the [DIR] directory rather than into system gems. If the bundle has already been installed, bundler will tell you so and then exit. D method_option "binstubs", type: :string, lazy_default: "bin", banner: "Generate bin stubs for bundled gems to ./bin" method_option "clean", type: :boolean, banner: "Run bundle clean automatically after install" method_option "deployment", type: :boolean, banner: "Install using defaults tuned for deployment environments" method_option "frozen", type: :boolean, banner: "Do not allow the Gemfile.lock to be updated after this install" method_option "full-index", type: :boolean, banner: "Fall back to using the single-file index of all gems" method_option "gemfile", type: :string, banner: "Use the specified gemfile instead of Gemfile" method_option "jobs", aliases: "-j", type: :numeric, banner: "Specify the number of jobs to run in parallel" method_option "local", type: :boolean, banner: "Do not attempt to fetch gems remotely and use the gem cache instead" method_option "prefer-local", type: :boolean, banner: "Only attempt to fetch gems remotely if not present locally, even if newer versions are available remotely" method_option "no-cache", type: :boolean, banner: "Don't update the existing gem cache." method_option "redownload", type: :boolean, aliases: "--force", banner: "Force downloading every gem." method_option "no-prune", type: :boolean, banner: "Don't remove stale gems from the cache." method_option "path", type: :string, banner: "Specify a different path than the system default ($BUNDLE_PATH or $GEM_HOME).#{" Bundler will remember this value for future installs on this machine" unless Bundler.feature_flag.forget_cli_options?}" method_option "quiet", type: :boolean, banner: "Only output warnings and errors." method_option "shebang", type: :string, banner: "Specify a different shebang executable name than the default (usually 'ruby')" method_option "standalone", type: :array, lazy_default: [], banner: "Make a bundle that can work without the Bundler runtime" method_option "system", type: :boolean, banner: "Install to the system location ($BUNDLE_PATH or $GEM_HOME) even if the bundle was previously installed somewhere else for this application" method_option "trust-policy", alias: "P", type: :string, banner: "Gem trust policy (like gem install -P). Must be one of #{Bundler.rubygems.security_policy_keys.join("|")}" method_option "target-rbconfig", type: :string, banner: "Path to rbconfig.rb for the deployment target platform" method_option "without", type: :array, banner: "Exclude gems that are part of the specified named group." method_option "with", type: :array, banner: "Include gems that are part of the specified named group." def install SharedHelpers.major_deprecation(2, "The `--force` option has been renamed to `--redownload`") if ARGV.include?("--force") %w[clean deployment frozen no-prune path shebang without with].each do |option| remembered_flag_deprecation(option) end print_remembered_flag_deprecation("--system", "path.system", "true") if ARGV.include?("--system") remembered_negative_flag_deprecation("no-deployment") require_relative "cli/install" Bundler.settings.temporary(no_install: false) do Install.new(options.dup).run end end map aliases_for("install") desc "update [OPTIONS]", "Update the current environment" long_desc <<-D Update will install the newest versions of the gems listed in the Gemfile. Use update when you have changed the Gemfile, or if you want to get the newest possible versions of the gems in the bundle. D method_option "full-index", type: :boolean, banner: "Fall back to using the single-file index of all gems" method_option "gemfile", type: :string, banner: "Use the specified gemfile instead of Gemfile" method_option "group", aliases: "-g", type: :array, banner: "Update a specific group" method_option "jobs", aliases: "-j", type: :numeric, banner: "Specify the number of jobs to run in parallel" method_option "local", type: :boolean, banner: "Do not attempt to fetch gems remotely and use the gem cache instead" method_option "quiet", type: :boolean, banner: "Only output warnings and errors." method_option "source", type: :array, banner: "Update a specific source (and all gems associated with it)" method_option "redownload", type: :boolean, aliases: "--force", banner: "Force downloading every gem." method_option "ruby", type: :boolean, banner: "Update ruby specified in Gemfile.lock" method_option "bundler", type: :string, lazy_default: "> 0.a", banner: "Update the locked version of bundler" method_option "patch", type: :boolean, banner: "Prefer updating only to next patch version" method_option "minor", type: :boolean, banner: "Prefer updating only to next minor version" method_option "major", type: :boolean, banner: "Prefer updating to next major version (default)" method_option "pre", type: :boolean, banner: "Always choose the highest allowed version when updating gems, regardless of prerelease status" method_option "strict", type: :boolean, banner: "Do not allow any gem to be updated past latest --patch | --minor | --major" method_option "conservative", type: :boolean, banner: "Use bundle install conservative update behavior and do not allow shared dependencies to be updated." method_option "all", type: :boolean, banner: "Update everything." def update(*gems) SharedHelpers.major_deprecation(2, "The `--force` option has been renamed to `--redownload`") if ARGV.include?("--force") require_relative "cli/update" Bundler.settings.temporary(no_install: false) do Update.new(options, gems).run end end desc "show GEM [OPTIONS]", "Shows all gems that are part of the bundle, or the path to a given gem" long_desc <<-D Show lists the names and versions of all gems that are required by your Gemfile. Calling show with [GEM] will list the exact location of that gem on your machine. D method_option "paths", type: :boolean, banner: "List the paths of all gems that are required by your Gemfile." method_option "outdated", type: :boolean, banner: "Show verbose output including whether gems are outdated." def show(gem_name = nil) if ARGV.include?("--outdated") message = "the `--outdated` flag to `bundle show` was undocumented and will be removed without replacement" removed_message = "the `--outdated` flag to `bundle show` was undocumented and has been removed without replacement" SharedHelpers.major_deprecation(2, message, removed_message: removed_message) end require_relative "cli/show" Show.new(options, gem_name).run end desc "list", "List all gems in the bundle" method_option "name-only", type: :boolean, banner: "print only the gem names" method_option "only-group", type: :array, default: [], banner: "print gems from a given set of groups" method_option "without-group", type: :array, default: [], banner: "print all gems except from a given set of groups" method_option "paths", type: :boolean, banner: "print the path to each gem in the bundle" def list require_relative "cli/list" List.new(options).run end map aliases_for("list") desc "info GEM [OPTIONS]", "Show information for the given gem" method_option "path", type: :boolean, banner: "Print full path to gem" method_option "version", type: :boolean, banner: "Print gem version" def info(gem_name) require_relative "cli/info" Info.new(options, gem_name).run end desc "binstubs GEM [OPTIONS]", "Install the binstubs of the listed gem" long_desc <<-D Generate binstubs for executables in [GEM]. Binstubs are put into bin, or the --binstubs directory if one has been set. Calling binstubs with [GEM [GEM]] will create binstubs for all given gems. D method_option "force", type: :boolean, default: false, banner: "Overwrite existing binstubs if they exist" method_option "path", type: :string, lazy_default: "bin", banner: "Binstub destination directory (default bin)" method_option "shebang", type: :string, banner: "Specify a different shebang executable name than the default (usually 'ruby')" method_option "standalone", type: :boolean, banner: "Make binstubs that can work without the Bundler runtime" method_option "all", type: :boolean, banner: "Install binstubs for all gems" method_option "all-platforms", type: :boolean, default: false, banner: "Install binstubs for all platforms" def binstubs(*gems) require_relative "cli/binstubs" Binstubs.new(options, gems).run end desc "add GEM VERSION", "Add gem to Gemfile and run bundle install" long_desc <<-D Adds the specified gem to Gemfile (if valid) and run 'bundle install' in one step. D method_option "version", aliases: "-v", type: :string method_option "group", aliases: "-g", type: :string method_option "source", aliases: "-s", type: :string method_option "require", aliases: "-r", type: :string, banner: "Adds require path to gem. Provide false, or a path as a string." method_option "path", type: :string method_option "git", type: :string method_option "github", type: :string method_option "branch", type: :string method_option "ref", type: :string method_option "glob", type: :string, banner: "The location of a dependency's .gemspec, expanded within Ruby (single quotes recommended)" method_option "quiet", type: :boolean, banner: "Only output warnings and errors." method_option "skip-install", type: :boolean, banner: "Adds gem to the Gemfile but does not install it" method_option "optimistic", type: :boolean, banner: "Adds optimistic declaration of version to gem" method_option "strict", type: :boolean, banner: "Adds strict declaration of version to gem" def add(*gems) require_relative "cli/add" Add.new(options.dup, gems).run end desc "outdated GEM [OPTIONS]", "List installed gems with newer versions available" long_desc <<-D Outdated lists the names and versions of gems that have a newer version available in the given source. Calling outdated with [GEM [GEM]] will only check for newer versions of the given gems. Prerelease gems are ignored by default. If your gems are up to date, Bundler will exit with a status of 0. Otherwise, it will exit 1. For more information on patch level options (--major, --minor, --patch, --strict) see documentation on the same options on the update command. D method_option "group", type: :string, banner: "List gems from a specific group" method_option "groups", type: :boolean, banner: "List gems organized by groups" method_option "local", type: :boolean, banner: "Do not attempt to fetch gems remotely and use the gem cache instead" method_option "pre", type: :boolean, banner: "Check for newer pre-release gems" method_option "source", type: :array, banner: "Check against a specific source" method_option "filter-strict", type: :boolean, aliases: "--strict", banner: "Only list newer versions allowed by your Gemfile requirements" method_option "update-strict", type: :boolean, banner: "Strict conservative resolution, do not allow any gem to be updated past latest --patch | --minor | --major" method_option "minor", type: :boolean, banner: "Prefer updating only to next minor version" method_option "major", type: :boolean, banner: "Prefer updating to next major version (default)" method_option "patch", type: :boolean, banner: "Prefer updating only to next patch version" method_option "filter-major", type: :boolean, banner: "Only list major newer versions" method_option "filter-minor", type: :boolean, banner: "Only list minor newer versions" method_option "filter-patch", type: :boolean, banner: "Only list patch newer versions" method_option "parseable", aliases: "--porcelain", type: :boolean, banner: "Use minimal formatting for more parseable output" method_option "only-explicit", type: :boolean, banner: "Only list gems specified in your Gemfile, not their dependencies" def outdated(*gems) require_relative "cli/outdated" Outdated.new(options, gems).run end desc "fund [OPTIONS]", "Lists information about gems seeking funding assistance" method_option "group", aliases: "-g", type: :array, banner: "Fetch funding information for a specific group" def fund require_relative "cli/fund" Fund.new(options).run end desc "cache [OPTIONS]", "Locks and then caches all of the gems into vendor/cache" method_option "all", type: :boolean, default: Bundler.feature_flag.cache_all?, banner: "Include all sources (including path and git)." method_option "all-platforms", type: :boolean, banner: "Include gems for all platforms present in the lockfile, not only the current one" method_option "cache-path", type: :string, banner: "Specify a different cache path than the default (vendor/cache)." method_option "gemfile", type: :string, banner: "Use the specified gemfile instead of Gemfile" method_option "no-install", type: :boolean, banner: "Don't install the gems, only update the cache." method_option "no-prune", type: :boolean, banner: "Don't remove stale gems from the cache." method_option "path", type: :string, banner: "Specify a different path than the system default ($BUNDLE_PATH or $GEM_HOME).#{" Bundler will remember this value for future installs on this machine" unless Bundler.feature_flag.forget_cli_options?}" method_option "quiet", type: :boolean, banner: "Only output warnings and errors." method_option "frozen", type: :boolean, banner: "Do not allow the Gemfile.lock to be updated after this bundle cache operation's install" long_desc <<-D The cache command will copy the .gem files for every gem in the bundle into the directory ./vendor/cache. If you then check that directory into your source control repository, others who check out your source will be able to install the bundle without having to download any additional gems. D def cache print_remembered_flag_deprecation("--all", "cache_all", "true") if ARGV.include?("--all") if ARGV.include?("--path") message = "The `--path` flag is deprecated because its semantics are unclear. " \ "Use `bundle config cache_path` to configure the path of your cache of gems, " \ "and `bundle config path` to configure the path where your gems are installed, " \ "and stop using this flag" removed_message = "The `--path` flag has been removed because its semantics were unclear. " \ "Use `bundle config cache_path` to configure the path of your cache of gems, " \ "and `bundle config path` to configure the path where your gems are installed." SharedHelpers.major_deprecation 2, message, removed_message: removed_message end require_relative "cli/cache" Cache.new(options).run end map aliases_for("cache") desc "exec [OPTIONS]", "Run the command in context of the bundle" method_option :keep_file_descriptors, type: :boolean, default: true, banner: "Passes all file descriptors to the new processes. Default is true, and setting it to false is deprecated" method_option :gemfile, type: :string, required: false, banner: "Use the specified gemfile instead of Gemfile" long_desc <<-D Exec runs a command, providing it access to the gems in the bundle. While using bundle exec you can require and call the bundled gems as if they were installed into the system wide RubyGems repository. D def exec(*args) if ARGV.include?("--no-keep-file-descriptors") message = "The `--no-keep-file-descriptors` has been deprecated. `bundle exec` no longer mess with your file descriptors. Close them in the exec'd script if you need to" removed_message = "The `--no-keep-file-descriptors` has been removed. `bundle exec` no longer mess with your file descriptors. Close them in the exec'd script if you need to" SharedHelpers.major_deprecation(2, message, removed_message: removed_message) end require_relative "cli/exec" Exec.new(options, args).run end map aliases_for("exec") desc "config NAME [VALUE]", "Retrieve or set a configuration value" long_desc <<-D Retrieves or sets a configuration value. If only one parameter is provided, retrieve the value. If two parameters are provided, replace the existing value with the newly provided one. By default, setting a configuration value sets it for all projects on the machine. If a global setting is superseded by local configuration, this command will show the current value, as well as any superseded values and where they were specified. D require_relative "cli/config" subcommand "config", Config desc "open GEM", "Opens the source directory of the given bundled gem" method_option "path", type: :string, lazy_default: "", banner: "Open relative path of the gem source." def open(name) require_relative "cli/open" Open.new(options, name).run end desc "console [GROUP]", "Opens an IRB session with the bundle pre-loaded" def console(group = nil) require_relative "cli/console" Console.new(options, group).run end desc "version", "Prints Bundler version information" def version cli_help = current_command.name == "cli_help" if cli_help || ARGV.include?("version") build_info = " (#{BuildMetadata.built_at} commit #{BuildMetadata.git_commit_sha})" end if !cli_help && Bundler.feature_flag.print_only_version_number? Bundler.ui.info "#{Bundler::VERSION}#{build_info}" else Bundler.ui.info "Bundler version #{Bundler::VERSION}#{build_info}" end end map aliases_for("version") desc "licenses", "Prints the license of all gems in the bundle" def licenses Bundler.load.specs.sort_by {|s| s.license.to_s }.reverse_each do |s| gem_name = s.name license = s.license || s.licenses if license.empty? Bundler.ui.warn "#{gem_name}: Unknown" else Bundler.ui.info "#{gem_name}: #{license}" end end end unless Bundler.feature_flag.bundler_3_mode? desc "viz [OPTIONS]", "Generates a visual dependency graph", hide: true long_desc <<-D Viz generates a PNG file of the current Gemfile as a dependency graph. Viz requires the ruby-graphviz gem (and its dependencies). The associated gems must also be installed via 'bundle install'. D method_option :file, type: :string, default: "gem_graph", aliases: "-f", desc: "The name to use for the generated file. see format option" method_option :format, type: :string, default: "png", aliases: "-F", desc: "This is output format option. Supported format is png, jpg, svg, dot ..." method_option :requirements, type: :boolean, default: false, aliases: "-R", desc: "Set to show the version of each required dependency." method_option :version, type: :boolean, default: false, aliases: "-v", desc: "Set to show each gem version." method_option :without, type: :array, default: [], aliases: "-W", banner: "GROUP[ GROUP...]", desc: "Exclude gems that are part of the specified named group." def viz SharedHelpers.major_deprecation 2, "The `viz` command has been renamed to `graph` and moved to a plugin. See https://github.com/rubygems/bundler-graph" require_relative "cli/viz" Viz.new(options.dup).run end end desc "gem NAME [OPTIONS]", "Creates a skeleton for creating a rubygem" method_option :exe, type: :boolean, default: false, aliases: ["--bin", "-b"], desc: "Generate a binary executable for your library." method_option :coc, type: :boolean, desc: "Generate a code of conduct file. Set a default with `bundle config set --global gem.coc true`." method_option :edit, type: :string, aliases: "-e", required: false, banner: "EDITOR", lazy_default: [ENV["BUNDLER_EDITOR"], ENV["VISUAL"], ENV["EDITOR"]].find {|e| !e.nil? && !e.empty? }, desc: "Open generated gemspec in the specified editor (defaults to $EDITOR or $BUNDLER_EDITOR)" method_option :ext, type: :string, desc: "Generate the boilerplate for C extension code.", enum: EXTENSIONS method_option :git, type: :boolean, default: true, desc: "Initialize a git repo inside your library." method_option :mit, type: :boolean, desc: "Generate an MIT license file. Set a default with `bundle config set --global gem.mit true`." method_option :rubocop, type: :boolean, desc: "Add rubocop to the generated Rakefile and gemspec. Set a default with `bundle config set --global gem.rubocop true`." method_option :changelog, type: :boolean, desc: "Generate changelog file. Set a default with `bundle config set --global gem.changelog true`." method_option :test, type: :string, lazy_default: Bundler.settings["gem.test"] || "", aliases: "-t", banner: "Use the specified test framework for your library", enum: %w[rspec minitest test-unit], desc: "Generate a test directory for your library, either rspec, minitest or test-unit. Set a default with `bundle config set --global gem.test (rspec|minitest|test-unit)`." method_option :ci, type: :string, lazy_default: Bundler.settings["gem.ci"] || "", enum: %w[github gitlab circle], desc: "Generate CI configuration, either GitHub Actions, GitLab CI or CircleCI. Set a default with `bundle config set --global gem.ci (github|gitlab|circle)`" method_option :linter, type: :string, lazy_default: Bundler.settings["gem.linter"] || "", enum: %w[rubocop standard], desc: "Add a linter and code formatter, either RuboCop or Standard. Set a default with `bundle config set --global gem.linter (rubocop|standard)`" method_option :github_username, type: :string, default: Bundler.settings["gem.github_username"], banner: "Set your username on GitHub", desc: "Fill in GitHub username on README so that you don't have to do it manually. Set a default with `bundle config set --global gem.github_username <your_username>`." def gem(name) require_relative "cli/gem" cmd_args = args + [self] cmd_args.unshift(options) Gem.new(*cmd_args).run end def self.source_root File.expand_path("templates", __dir__) end desc "clean [OPTIONS]", "Cleans up unused gems in your bundler directory", hide: true method_option "dry-run", type: :boolean, default: false, banner: "Only print out changes, do not clean gems" method_option "force", type: :boolean, default: false, banner: "Forces cleaning up unused gems even if Bundler is configured to use globally installed gems. As a consequence, removes all system gems except for the ones in the current application." def clean require_relative "cli/clean" Clean.new(options.dup).run end desc "platform [OPTIONS]", "Displays platform compatibility information" method_option "ruby", type: :boolean, default: false, banner: "only display ruby related platform information" def platform require_relative "cli/platform" Platform.new(options).run end desc "inject GEM VERSION", "Add the named gem, with version requirements, to the resolved Gemfile", hide: true method_option "source", type: :string, banner: "Install gem from the given source" method_option "group", type: :string, banner: "Install gem into a bundler group" def inject(name, version) SharedHelpers.major_deprecation 2, "The `inject` command has been replaced by the `add` command" require_relative "cli/inject" Inject.new(options.dup, name, version).run end desc "lock", "Creates a lockfile without installing" method_option "update", type: :array, lazy_default: true, banner: "ignore the existing lockfile, update all gems by default, or update list of given gems" method_option "local", type: :boolean, default: false, banner: "do not attempt to fetch remote gemspecs and use the local gem cache only" method_option "print", type: :boolean, default: false, banner: "print the lockfile to STDOUT instead of writing to the file system" method_option "gemfile", type: :string, banner: "Use the specified gemfile instead of Gemfile" method_option "lockfile", type: :string, default: nil, banner: "the path the lockfile should be written to" method_option "full-index", type: :boolean, default: false, banner: "Fall back to using the single-file index of all gems" method_option "add-checksums", type: :boolean, default: false, banner: "Adds checksums to the lockfile" method_option "add-platform", type: :array, default: [], banner: "Add a new platform to the lockfile" method_option "remove-platform", type: :array, default: [], banner: "Remove a platform from the lockfile" method_option "normalize-platforms", type: :boolean, default: false, banner: "Normalize lockfile platforms" method_option "patch", type: :boolean, banner: "If updating, prefer updating only to next patch version" method_option "minor", type: :boolean, banner: "If updating, prefer updating only to next minor version" method_option "major", type: :boolean, banner: "If updating, prefer updating to next major version (default)" method_option "pre", type: :boolean, banner: "If updating, always choose the highest allowed version, regardless of prerelease status" method_option "strict", type: :boolean, banner: "If updating, do not allow any gem to be updated past latest --patch | --minor | --major" method_option "conservative", type: :boolean, banner: "If updating, use bundle install conservative update behavior and do not allow shared dependencies to be updated" method_option "bundler", type: :string, lazy_default: "> 0.a", banner: "Update the locked version of bundler" def lock require_relative "cli/lock" Lock.new(options).run end desc "env", "Print information about the environment Bundler is running under" def env Env.write($stdout) end desc "doctor [OPTIONS]", "Checks the bundle for common problems" long_desc <<-D Doctor scans the OS dependencies of each of the gems requested in the Gemfile. If missing dependencies are detected, Bundler prints them and exits status 1. Otherwise, Bundler prints a success message and exits with a status of 0. D method_option "gemfile", type: :string, banner: "Use the specified gemfile instead of Gemfile" method_option "quiet", type: :boolean, banner: "Only output warnings and errors." def doctor require_relative "cli/doctor" Doctor.new(options).run end desc "issue", "Learn how to report an issue in Bundler" def issue require_relative "cli/issue" Issue.new.run end desc "pristine [GEMS...]", "Restores installed gems to pristine condition" long_desc <<-D Restores installed gems to pristine condition from files located in the gem cache. Gems installed from a git repository will be issued `git checkout --force`. D def pristine(*gems) require_relative "cli/pristine" Bundler.settings.temporary(no_install: false) do Pristine.new(gems).run end end if Bundler.feature_flag.plugins? require_relative "cli/plugin" desc "plugin", "Manage the bundler plugins" subcommand "plugin", Plugin end # Reformat the arguments passed to bundle that include a --help flag # into the corresponding `bundle help #{command}` call def self.reformatted_help_args(args) bundler_commands = (COMMAND_ALIASES.keys + COMMAND_ALIASES.values).flatten help_flags = %w[--help -h] exec_commands = ["exec"] + COMMAND_ALIASES["exec"] help_used = args.index {|a| help_flags.include? a } exec_used = args.index {|a| exec_commands.include? a } command = args.find {|a| bundler_commands.include? a } if exec_used && help_used if exec_used + help_used == 1 %w[help exec] else args end elsif help_used args = args.dup args.delete_at(help_used) ["help", command || args].flatten.compact else args end end def self.check_deprecated_ext_option(arguments) # when deprecated version of `--ext` is called # print out deprecation warning and pretend `--ext=c` was provided if deprecated_ext_value?(arguments) message = "Extensions can now be generated using C or Rust, so `--ext` with no arguments has been deprecated. Please select a language, e.g. `--ext=rust` to generate a Rust extension. This gem will now be generated as if `--ext=c` was used." removed_message = "Extensions can now be generated using C or Rust, so `--ext` with no arguments has been removed. Please select a language, e.g. `--ext=rust` to generate a Rust extension." SharedHelpers.major_deprecation 2, message, removed_message: removed_message arguments[arguments.index("--ext")] = "--ext=c" end end def self.deprecated_ext_value?(arguments) index = arguments.index("--ext") next_argument = arguments[index + 1] # it is ok when --ext is followed with valid extension value # for example `bundle gem hello --ext c` return false if EXTENSIONS.include?(next_argument) # deprecated call when --ext is called with no value in last position # for example `bundle gem hello_gem --ext` return true if next_argument.nil? # deprecated call when --ext is followed by other parameter # for example `bundle gem --ext --no-ci hello_gem` return true if next_argument.start_with?("-") # deprecated call when --ext is followed by gem name # for example `bundle gem --ext hello_gem` return true if next_argument false end private def current_command _, _, config = @_initializer config[:current_command] end def print_command return unless Bundler.ui.debug? cmd = current_command command_name = cmd.name return if PARSEABLE_COMMANDS.include?(command_name) command = ["bundle", command_name] + args options_to_print = options.dup options_to_print.delete_if do |k, v| next unless o = cmd.options[k] o.default == v end command << Thor::Options.to_switches(options_to_print.sort_by(&:first)).strip command.reject!(&:empty?) Bundler.ui.info "Running `#{command * " "}` with bundler #{Bundler::VERSION}" end def warn_on_outdated_bundler return if Bundler.settings[:disable_version_check] command_name = current_command.name return if PARSEABLE_COMMANDS.include?(command_name) return unless SharedHelpers.md5_available? require_relative "vendored_uri" remote = Source::Rubygems::Remote.new(Gem::URI("https://rubygems.org")) cache_path = Bundler.user_cache.join("compact_index", remote.cache_slug) latest = Bundler::CompactIndexClient.new(cache_path).latest_version("bundler") return unless latest current = Gem::Version.new(VERSION) return if current >= latest Bundler.ui.warn \ "The latest bundler is #{latest}, but you are currently running #{current}.\n" \ "To update to the most recent version, run `bundle update --bundler`" rescue RuntimeError nil end def remembered_negative_flag_deprecation(name) positive_name = name.gsub(/\Ano-/, "") option = current_command.options[positive_name] flag_name = "--no-" + option.switch_name.gsub(/\A--/, "") flag_deprecation(positive_name, flag_name, option) end def remembered_flag_deprecation(name) option = current_command.options[name] flag_name = option.switch_name flag_deprecation(name, flag_name, option) end def flag_deprecation(name, flag_name, option) name_index = ARGV.find {|arg| flag_name == arg.split("=")[0] } return unless name_index value = options[name] value = value.join(" ").to_s if option.type == :array value = "'#{value}'" unless option.type == :boolean print_remembered_flag_deprecation(flag_name, name.tr("-", "_"), value) end def print_remembered_flag_deprecation(flag_name, option_name, option_value) message = "The `#{flag_name}` flag is deprecated because it relies on being " \ "remembered across bundler invocations, which bundler will no longer " \ "do in future versions. Instead please use `bundle config set #{option_name} " \ "#{option_value}`, and stop using this flag" removed_message = "The `#{flag_name}` flag has been removed because it relied on being " \ "remembered across bundler invocations, which bundler will no longer " \ "do. Instead please use `bundle config set #{option_name} " \ "#{option_value}`, and stop using this flag" Bundler::SharedHelpers.major_deprecation 2, message, removed_message: removed_message end end end PK )J [� *�� � 3 share/gems/gems/bundler-2.6.7/lib/bundler/inline.rbnu �[��� # frozen_string_literal: true # Allows for declaring a Gemfile inline in a ruby script, installing any gems # that aren't already installed on the user's system. # # @note Every gem that is specified in this 'Gemfile' will be `require`d, as if # the user had manually called `Bundler.require`. To avoid a requested gem # being automatically required, add the `:require => false` option to the # `gem` dependency declaration. # # @param force_latest_compatible [Boolean] Force installing the *latest* # compatible versions of the gems, # even if compatible versions are # already installed locally. # This also logs output if the # `:quiet` option is not set. # Defaults to `false`. # # @param gemfile [Proc] a block that is evaluated as a `Gemfile`. # # @example Using an inline Gemfile # # #!/opt/alt/ruby34/bin/ruby # # require 'bundler/inline' # # gemfile do # source 'https://rubygems.org' # gem 'json', require: false # gem 'nap', require: 'rest' # gem 'cocoapods', '~> 0.34.1' # end # # puts Pod::VERSION # => "0.34.4" # def gemfile(force_latest_compatible = false, options = {}, &gemfile) require_relative "../bundler" Bundler.reset! opts = options.dup ui = opts.delete(:ui) { Bundler::UI::Shell.new } ui.level = "silent" if opts.delete(:quiet) || !force_latest_compatible Bundler.ui = ui raise ArgumentError, "Unknown options: #{opts.keys.join(", ")}" unless opts.empty? old_gemfile = ENV["BUNDLE_GEMFILE"] Bundler.unbundle_env! begin Bundler.instance_variable_set(:@bundle_path, Pathname.new(Gem.dir)) Bundler::SharedHelpers.set_env "BUNDLE_GEMFILE", "Gemfile" Bundler::Plugin.gemfile_install(&gemfile) if Bundler.feature_flag.plugins? builder = Bundler::Dsl.new builder.instance_eval(&gemfile) Bundler.settings.temporary(deployment: false, frozen: false) do definition = builder.to_definition(nil, true) definition.validate_runtime! if force_latest_compatible || definition.missing_specs? Bundler.settings.temporary(inline: true, no_install: false) do installer = Bundler::Installer.install(Bundler.root, definition, system: true) installer.post_install_messages.each do |name, message| Bundler.ui.info "Post-install message from #{name}:\n#{message}" end end end begin runtime = Bundler::Runtime.new(nil, definition).setup rescue Gem::LoadError => e name = e.name version = e.requirement.requirements.first[1] activated_version = Gem.loaded_specs[name].version Bundler.ui.info \ "The #{name} gem was resolved to #{version}, but #{activated_version} was activated by Bundler while installing it, causing a conflict. " \ "Bundler will now retry resolving with #{activated_version} instead." builder.dependencies.delete_if {|d| d.name == name } builder.instance_eval { gem name, activated_version } definition = builder.to_definition(nil, true) retry end runtime.require end ensure if old_gemfile ENV["BUNDLE_GEMFILE"] = old_gemfile else ENV["BUNDLE_GEMFILE"] = "" end end end PK )J [�2��� � ; share/gems/gems/bundler-2.6.7/lib/bundler/build_metadata.rbnu �[��� # frozen_string_literal: true module Bundler # Represents metadata from when the Bundler gem was built. module BuildMetadata # begin ivars @release = false # end ivars # A hash representation of the build metadata. def self.to_h { "Built At" => built_at, "Git SHA" => git_commit_sha, "Released Version" => release?, } end # A string representing the date the bundler gem was built. def self.built_at @built_at ||= Time.now.utc.strftime("%Y-%m-%d").freeze end # The SHA for the git commit the bundler gem was built from. def self.git_commit_sha return @git_commit_sha if instance_variable_defined? :@git_commit_sha # If Bundler has been installed without its .git directory and without a # commit instance variable then we can't determine its commits SHA. git_dir = File.expand_path("../../../.git", __dir__) if File.directory?(git_dir) return @git_commit_sha = IO.popen(%w[git rev-parse --short HEAD], { chdir: git_dir }, &:read).strip.freeze end @git_commit_sha ||= "unknown" end # Whether this is an official release build of Bundler. def self.release? @release end end end PK )J [)�1�� � ; share/gems/gems/bundler-2.6.7/lib/bundler/uri_normalizer.rbnu �[��� # frozen_string_literal: true module Bundler module URINormalizer module_function # Normalizes uri to a consistent version, either with or without trailing # slash. # # TODO: Currently gem sources are locked with a trailing slash, while git # sources are locked without a trailing slash. This should be normalized but # the inconsistency is there for now to avoid changing all lockfiles # including GIT sources. We could normalize this on the next major. # def normalize_suffix(uri, trailing_slash: true) if trailing_slash uri.end_with?("/") ? uri : "#{uri}/" else uri.end_with?("/") ? uri.delete_suffix("/") : uri end end end end PK )J [��Z�) ) C share/gems/gems/bundler-2.6.7/lib/bundler/uri_credentials_filter.rbnu �[��� # frozen_string_literal: true module Bundler module URICredentialsFilter module_function def credential_filtered_uri(uri_to_anonymize) return uri_to_anonymize if uri_to_anonymize.nil? uri = uri_to_anonymize.dup if uri.is_a?(String) return uri if File.exist?(uri) require_relative "vendored_uri" uri = Gem::URI(uri) end if uri.userinfo # oauth authentication if uri.password == "x-oauth-basic" || uri.password == "x" || uri.password.nil? # URI as string does not display with password if no user is set oauth_designation = uri.password uri.user = oauth_designation end uri.password = nil end return uri.to_s if uri_to_anonymize.is_a?(String) uri rescue Gem::URI::InvalidURIError # uri is not canonical uri scheme uri end def credential_filtered_string(str_to_filter, uri) return str_to_filter if uri.nil? || str_to_filter.nil? str_with_no_credentials = str_to_filter.dup anonymous_uri_str = credential_filtered_uri(uri).to_s uri_str = uri.to_s if anonymous_uri_str != uri_str str_with_no_credentials = str_with_no_credentials.gsub(uri_str, anonymous_uri_str) end str_with_no_credentials end end end PK )J [HxQ@� � 2 share/gems/gems/bundler-2.6.7/lib/bundler/graph.rbnu �[��� # frozen_string_literal: true require "set" module Bundler class Graph GRAPH_NAME = :Gemfile def initialize(env, output_file, show_version = false, show_requirements = false, output_format = "png", without = []) @env = env @output_file = output_file @show_version = show_version @show_requirements = show_requirements @output_format = output_format @without_groups = without.map(&:to_sym) @groups = [] @relations = Hash.new {|h, k| h[k] = Set.new } @node_options = {} @edge_options = {} _populate_relations end attr_reader :groups, :relations, :node_options, :edge_options, :output_file, :output_format def viz GraphVizClient.new(self).run end private def _populate_relations parent_dependencies = _groups.values.to_set.flatten loop do break if parent_dependencies.empty? tmp = Set.new parent_dependencies.each do |dependency| child_dependencies = spec_for_dependency(dependency).runtime_dependencies.to_set @relations[dependency.name] += child_dependencies.map(&:name).to_set tmp += child_dependencies @node_options[dependency.name] = _make_label(dependency, :node) child_dependencies.each do |c_dependency| @edge_options["#{dependency.name}_#{c_dependency.name}"] = _make_label(c_dependency, :edge) end end parent_dependencies = tmp end end def _groups relations = Hash.new {|h, k| h[k] = Set.new } @env.current_dependencies.each do |dependency| dependency.groups.each do |group| next if @without_groups.include?(group) relations[group.to_s].add(dependency) @relations[group.to_s].add(dependency.name) @node_options[group.to_s] ||= _make_label(group, :node) @edge_options["#{group}_#{dependency.name}"] = _make_label(dependency, :edge) end end @groups = relations.keys relations end def _make_label(symbol_or_string_or_dependency, element_type) case element_type.to_sym when :node if symbol_or_string_or_dependency.is_a?(Gem::Dependency) label = symbol_or_string_or_dependency.name.dup label << "\n#{spec_for_dependency(symbol_or_string_or_dependency).version}" if @show_version else label = symbol_or_string_or_dependency.to_s end when :edge label = nil if symbol_or_string_or_dependency.respond_to?(:requirements_list) && @show_requirements tmp = symbol_or_string_or_dependency.requirements_list.join(", ") label = tmp if tmp != ">= 0" end else raise ArgumentError, "2nd argument is invalid" end label.nil? ? {} : { label: label } end def spec_for_dependency(dependency) @env.requested_specs.find {|s| s.name == dependency.name } end class GraphVizClient def initialize(graph_instance) @graph_name = graph_instance.class::GRAPH_NAME @groups = graph_instance.groups @relations = graph_instance.relations @node_options = graph_instance.node_options @edge_options = graph_instance.edge_options @output_file = graph_instance.output_file @output_format = graph_instance.output_format end def g @g ||= ::GraphViz.digraph(@graph_name, concentrate: true, normalize: true, nodesep: 0.55) do |g| g.edge[:weight] = 2 g.edge[:fontname] = g.node[:fontname] = "Arial, Helvetica, SansSerif" g.edge[:fontsize] = 12 end end def run @groups.each do |group| g.add_nodes( group, { style: "filled", fillcolor: "#B9B9D5", shape: "box3d", fontsize: 16, }.merge(@node_options[group]) ) end @relations.each do |parent, children| children.each do |child| if @groups.include?(parent) g.add_nodes(child, { style: "filled", fillcolor: "#B9B9D5" }.merge(@node_options[child])) g.add_edges(parent, child, { constraint: false }.merge(@edge_options["#{parent}_#{child}"])) else g.add_nodes(child, @node_options[child]) g.add_edges(parent, child, @edge_options["#{parent}_#{child}"]) end end end if @output_format.to_s == "debug" $stdout.puts g.output none: String Bundler.ui.info "debugging bundle viz..." else begin g.output @output_format.to_sym => "#{@output_file}.#{@output_format}" Bundler.ui.info "#{@output_file}.#{@output_format}" rescue ArgumentError => e warn "Unsupported output format. See Ruby-Graphviz/lib/graphviz/constants.rb" raise e end end end end end end PK )J [Htd] ] ; share/gems/gems/bundler-2.6.7/lib/bundler/vendored_tsort.rbnu �[��� # frozen_string_literal: true module Bundler; end require_relative "vendor/tsort/lib/tsort" PK )J [껽<�. �. 4 share/gems/gems/bundler-2.6.7/lib/bundler/fetcher.rbnu �[��� # frozen_string_literal: true require_relative "vendored_persistent" require_relative "vendored_timeout" require "cgi" require_relative "vendored_securerandom" require "zlib" module Bundler # Handles all the fetching with the rubygems server class Fetcher autoload :Base, File.expand_path("fetcher/base", __dir__) autoload :CompactIndex, File.expand_path("fetcher/compact_index", __dir__) autoload :Downloader, File.expand_path("fetcher/downloader", __dir__) autoload :Dependency, File.expand_path("fetcher/dependency", __dir__) autoload :Index, File.expand_path("fetcher/index", __dir__) # This error is raised when it looks like the network is down class NetworkDownError < HTTPError; end # This error is raised if we should rate limit our requests to the API class TooManyRequestsError < HTTPError; end # This error is raised if the API returns a 413 (only printed in verbose) class FallbackError < HTTPError; end # This is the error raised if OpenSSL fails the cert verification class CertificateFailureError < HTTPError def initialize(remote_uri) remote_uri = filter_uri(remote_uri) super "Could not verify the SSL certificate for #{remote_uri}.\nThere" \ " is a chance you are experiencing a man-in-the-middle attack, but" \ " most likely your system doesn't have the CA certificates needed" \ " for verification. For information about OpenSSL certificates, see" \ " https://railsapps.github.io/openssl-certificate-verify-failed.html." end end # This is the error raised when a source is HTTPS and OpenSSL didn't load class SSLError < HTTPError def initialize(msg = nil) super "Could not load OpenSSL.\n" \ "You must recompile Ruby with OpenSSL support.\n" \ "original error: #{msg}\n" end end # This error is raised if HTTP authentication is required, but not provided. class AuthenticationRequiredError < HTTPError def initialize(remote_uri) remote_uri = filter_uri(remote_uri) super "Authentication is required for #{remote_uri}.\n" \ "Please supply credentials for this source. You can do this by running:\n" \ "`bundle config set --global #{remote_uri} username:password`\n" \ "or by storing the credentials in the `#{Settings.key_for(remote_uri)}` environment variable" end end # This error is raised if HTTP authentication is provided, but incorrect. class BadAuthenticationError < HTTPError def initialize(remote_uri) remote_uri = filter_uri(remote_uri) super "Bad username or password for #{remote_uri}.\n" \ "Please double-check your credentials and correct them." end end # This error is raised if HTTP authentication is correct, but lacks # necessary permissions. class AuthenticationForbiddenError < HTTPError def initialize(remote_uri) remote_uri = filter_uri(remote_uri) super "Access token could not be authenticated for #{remote_uri}.\n" \ "Make sure it's valid and has the necessary scopes configured." end end # Exceptions classes that should bypass retry attempts. If your password didn't work the # first time, it's not going to the third time. NET_ERRORS = [:HTTPBadGateway, :HTTPBadRequest, :HTTPFailedDependency, :HTTPForbidden, :HTTPInsufficientStorage, :HTTPMethodNotAllowed, :HTTPMovedPermanently, :HTTPNoContent, :HTTPNotFound, :HTTPNotImplemented, :HTTPPreconditionFailed, :HTTPRequestEntityTooLarge, :HTTPRequestURITooLong, :HTTPUnauthorized, :HTTPUnprocessableEntity, :HTTPUnsupportedMediaType, :HTTPVersionNotSupported].freeze FAIL_ERRORS = begin fail_errors = [AuthenticationRequiredError, BadAuthenticationError, AuthenticationForbiddenError, FallbackError, SecurityError] fail_errors << Gem::Requirement::BadRequirementError fail_errors.concat(NET_ERRORS.map {|e| Gem::Net.const_get(e) }) end.freeze class << self attr_accessor :disable_endpoint, :api_timeout, :redirect_limit, :max_retries end self.redirect_limit = Bundler.settings[:redirect] # How many redirects to allow in one request self.api_timeout = Bundler.settings[:timeout] # How long to wait for each API call self.max_retries = Bundler.settings[:retry] # How many retries for the API call def initialize(remote) @cis = nil @remote = remote Socket.do_not_reverse_lookup = true connection # create persistent connection end def uri @remote.anonymized_uri end # fetch a gem specification def fetch_spec(spec) spec -= [nil, "ruby", ""] spec_file_name = "#{spec.join "-"}.gemspec" uri = Gem::URI.parse("#{remote_uri}#{Gem::MARSHAL_SPEC_DIR}#{spec_file_name}.rz") spec = if uri.scheme == "file" path = Gem::Util.correct_for_windows_path(uri.path) Bundler.safe_load_marshal Bundler.rubygems.inflate(Gem.read_binary(path)) elsif cached_spec_path = gemspec_cached_path(spec_file_name) Bundler.load_gemspec(cached_spec_path) else Bundler.safe_load_marshal Bundler.rubygems.inflate(downloader.fetch(uri).body) end raise MarshalError, "is #{spec.inspect}" unless spec.is_a?(Gem::Specification) spec rescue MarshalError raise HTTPError, "Gemspec #{spec} contained invalid data.\n" \ "Your network or your gem server is probably having issues right now." end # return the specs in the bundler format as an index with retries def specs_with_retry(gem_names, source) Bundler::Retry.new("fetcher", FAIL_ERRORS).attempts do specs(gem_names, source) end end # return the specs in the bundler format as an index def specs(gem_names, source) index = Bundler::Index.new fetch_specs(gem_names).each do |name, version, platform, dependencies, metadata| spec = if dependencies EndpointSpecification.new(name, version, platform, self, dependencies, metadata).tap do |es| source.checksum_store.replace(es, es.checksum) end else RemoteSpecification.new(name, version, platform, self) end spec.source = source spec.remote = @remote index << spec end index rescue CertificateFailureError Bundler.ui.info "" if gem_names && api_fetcher? # newline after dots raise end def user_agent @user_agent ||= begin ruby = Bundler::RubyVersion.system agent = String.new("bundler/#{Bundler::VERSION}") agent << " rubygems/#{Gem::VERSION}" agent << " ruby/#{ruby.versions_string(ruby.versions)}" agent << " (#{ruby.host})" agent << " command/#{ARGV.first}" if ruby.engine != "ruby" # engine_version raises on unknown engines engine_version = begin ruby.engine_versions rescue RuntimeError "???" end agent << " #{ruby.engine}/#{ruby.versions_string(engine_version)}" end agent << " options/#{Bundler.settings.all.join(",")}" agent << " ci/#{cis.join(",")}" if cis.any? # add a random ID so we can consolidate runs server-side agent << " " << Gem::SecureRandom.hex(8) # add any user agent strings set in the config extra_ua = Bundler.settings[:user_agent] agent << " " << extra_ua if extra_ua agent end end def http_proxy return unless uri = connection.proxy_uri uri.to_s end def inspect "#<#{self.class}:0x#{object_id} uri=#{uri}>" end def api_fetcher? fetchers.first.api_fetcher? end def gem_remote_fetcher @gem_remote_fetcher ||= begin require_relative "fetcher/gem_remote_fetcher" fetcher = GemRemoteFetcher.new Gem.configuration[:http_proxy] fetcher.headers["User-Agent"] = user_agent fetcher.headers["X-Gemfile-Source"] = @remote.original_uri.to_s if @remote.original_uri fetcher end end private def available_fetchers if Bundler::Fetcher.disable_endpoint [Index] elsif remote_uri.scheme == "file" Bundler.ui.debug("Using a local server, bundler won't use the CompactIndex API") [Index] else [CompactIndex, Dependency, Index] end end def fetchers @fetchers ||= available_fetchers.map {|f| f.new(downloader, @remote, uri, gem_remote_fetcher) }.drop_while {|f| !f.available? } end def fetch_specs(gem_names) fetchers.reject!(&:api_fetcher?) unless gem_names fetchers.reject! do |f| specs = f.specs(gem_names) return specs if specs true end [] end def cis @cis ||= Bundler::CIDetector.ci_strings end def connection @connection ||= begin needs_ssl = remote_uri.scheme == "https" || Bundler.settings[:ssl_verify_mode] || Bundler.settings[:ssl_client_cert] if needs_ssl begin require "openssl" rescue StandardError, LoadError => e raise SSLError.new(e.message) end end con = Gem::Net::HTTP::Persistent.new name: "bundler", proxy: :ENV if gem_proxy = Gem.configuration[:http_proxy] con.proxy = Gem::URI.parse(gem_proxy) if gem_proxy != :no_proxy end if remote_uri.scheme == "https" con.verify_mode = (Bundler.settings[:ssl_verify_mode] || OpenSSL::SSL::VERIFY_PEER) con.cert_store = bundler_cert_store end ssl_client_cert = Bundler.settings[:ssl_client_cert] || (Gem.configuration.ssl_client_cert if Gem.configuration.respond_to?(:ssl_client_cert)) if ssl_client_cert pem = File.read(ssl_client_cert) con.cert = OpenSSL::X509::Certificate.new(pem) con.key = OpenSSL::PKey::RSA.new(pem) end con.read_timeout = Fetcher.api_timeout con.open_timeout = Fetcher.api_timeout con.override_headers["User-Agent"] = user_agent con.override_headers["X-Gemfile-Source"] = @remote.original_uri.to_s if @remote.original_uri con end end # cached gem specification path, if one exists def gemspec_cached_path(spec_file_name) paths = Bundler.rubygems.spec_cache_dirs.map {|dir| File.join(dir, spec_file_name) } paths.find {|path| File.file? path } end HTTP_ERRORS = [ Gem::Timeout::Error, EOFError, SocketError, Errno::ENETDOWN, Errno::ENETUNREACH, Errno::EINVAL, Errno::ECONNRESET, Errno::ETIMEDOUT, Errno::EAGAIN, Gem::Net::HTTPBadResponse, Gem::Net::HTTPHeaderSyntaxError, Gem::Net::ProtocolError, Gem::Net::HTTP::Persistent::Error, Zlib::BufError, Errno::EHOSTUNREACH ].freeze def bundler_cert_store store = OpenSSL::X509::Store.new ssl_ca_cert = Bundler.settings[:ssl_ca_cert] || (Gem.configuration.ssl_ca_cert if Gem.configuration.respond_to?(:ssl_ca_cert)) if ssl_ca_cert if File.directory? ssl_ca_cert store.add_path ssl_ca_cert else store.add_file ssl_ca_cert end else store.set_default_paths require "rubygems/request" Gem::Request.get_cert_files.each {|c| store.add_file c } end store end def remote_uri @remote.uri end def downloader @downloader ||= Downloader.new(connection, self.class.redirect_limit) end end end PK )J [}m}c c > share/gems/gems/bundler-2.6.7/lib/bundler/vendored_pub_grub.rbnu �[��� # frozen_string_literal: true module Bundler; end require_relative "vendor/pub_grub/lib/pub_grub" PK )J [p�"t�1 �1 A share/gems/gems/bundler-2.6.7/lib/bundler/rubygems_integration.rbnu �[��� # frozen_string_literal: true require "rubygems" unless defined?(Gem) module Bundler class RubygemsIntegration require "monitor" EXT_LOCK = Monitor.new def initialize @replaced_methods = {} end def version @version ||= Gem.rubygems_version end def provides?(req_str) Gem::Requirement.new(req_str).satisfied_by?(version) end def build_args require "rubygems/command" Gem::Command.build_args end def build_args=(args) require "rubygems/command" Gem::Command.build_args = args end def set_target_rbconfig(path) Gem.set_target_rbconfig(path) end def loaded_specs(name) Gem.loaded_specs[name] end def mark_loaded(spec) if spec.respond_to?(:activated=) current = Gem.loaded_specs[spec.name] current.activated = false if current spec.activated = true end Gem.loaded_specs[spec.name] = spec end def validate(spec) Bundler.ui.silence { spec.validate_for_resolution } rescue Gem::InvalidSpecificationException => e error_message = "The gemspec at #{spec.loaded_from} is not valid. Please fix this gemspec.\n" \ "The validation error was '#{e.message}'\n" raise Gem::InvalidSpecificationException.new(error_message) rescue Errno::ENOENT nil end def stub_set_spec(stub, spec) stub.instance_variable_set(:@spec, spec) end def path(obj) obj.to_s end def ruby_engine Gem.ruby_engine end def read_binary(path) Gem.read_binary(path) end def inflate(obj) Gem::Util.inflate(obj) end def gem_dir Gem.dir end def gem_bindir Gem.bindir end def user_home Gem.user_home end def gem_path Gem.path end def reset Gem::Specification.reset end def post_reset_hooks Gem.post_reset_hooks end def suffix_pattern Gem.suffix_pattern end def gem_cache gem_path.map {|p| File.expand_path("cache", p) } end def spec_cache_dirs @spec_cache_dirs ||= begin dirs = gem_path.map {|dir| File.join(dir, "specifications") } dirs << Gem.spec_cache_dir dirs.uniq.select {|dir| File.directory? dir } end end def marshal_spec_dir Gem::MARSHAL_SPEC_DIR end def clear_paths Gem.clear_paths end def bin_path(gem, bin, ver) Gem.bin_path(gem, bin, ver) end def loaded_gem_paths loaded_gem_paths = Gem.loaded_specs.map {|_, s| s.full_require_paths } loaded_gem_paths.flatten end def ui=(obj) Gem::DefaultUserInteraction.ui = obj end def ext_lock EXT_LOCK end def spec_from_gem(path) require "rubygems/package" Gem::Package.new(path).spec end def build_gem(gem_dir, spec) build(spec) end def security_policy_keys %w[High Medium Low AlmostNo No].map {|level| "#{level}Security" } end def security_policies @security_policies ||= begin require "rubygems/security" Gem::Security::Policies rescue LoadError, NameError {} end end def reverse_rubygems_kernel_mixin # Disable rubygems' gem activation system if Gem.respond_to?(:discover_gems_on_require=) Gem.discover_gems_on_require = false else [::Kernel.singleton_class, ::Kernel].each do |k| if k.private_method_defined?(:gem_original_require) redefine_method(k, :require, k.instance_method(:gem_original_require)) end end end end def replace_gem(specs_by_name) executables = nil [::Kernel.singleton_class, ::Kernel].each do |kernel_class| redefine_method(kernel_class, :gem) do |dep, *reqs| if executables&.include?(File.basename(caller_locations(1, 1).first.path)) break end reqs.pop if reqs.last.is_a?(Hash) unless dep.respond_to?(:name) && dep.respond_to?(:requirement) dep = Gem::Dependency.new(dep, reqs) end if spec = specs_by_name[dep.name] return true if dep.matches_spec?(spec) end message = if spec.nil? target_file = begin Bundler.default_gemfile.basename rescue GemfileNotFound "inline Gemfile" end "#{dep.name} is not part of the bundle." \ " Add it to your #{target_file}." else "can't activate #{dep}, already activated #{spec.full_name}. " \ "Make sure all dependencies are added to Gemfile." end e = Gem::LoadError.new(message) e.name = dep.name e.requirement = dep.requirement raise e end # backwards compatibility shim, see https://github.com/rubygems/bundler/issues/5102 kernel_class.send(:public, :gem) if Bundler.feature_flag.setup_makes_kernel_gem_public? end end # Used to give better error messages when activating specs outside of the current bundle def replace_bin_path(specs_by_name) gem_class = (class << Gem; self; end) redefine_method(gem_class, :find_spec_for_exe) do |gem_name, *args| exec_name = args.first raise ArgumentError, "you must supply exec_name" unless exec_name spec_with_name = specs_by_name[gem_name] matching_specs_by_exec_name = specs_by_name.values.select {|s| s.executables.include?(exec_name) } spec = matching_specs_by_exec_name.delete(spec_with_name) unless spec || !matching_specs_by_exec_name.empty? message = "can't find executable #{exec_name} for gem #{gem_name}" if spec_with_name.nil? message += ". #{gem_name} is not currently included in the bundle, " \ "perhaps you meant to add it to your #{Bundler.default_gemfile.basename}?" end raise Gem::Exception, message end unless spec spec = matching_specs_by_exec_name.shift warn \ "Bundler is using a binstub that was created for a different gem (#{spec.name}).\n" \ "You should run `bundle binstub #{gem_name}` " \ "to work around a system/bundle conflict." end unless matching_specs_by_exec_name.empty? conflicting_names = matching_specs_by_exec_name.map(&:name).join(", ") warn \ "The `#{exec_name}` executable in the `#{spec.name}` gem is being loaded, but it's also present in other gems (#{conflicting_names}).\n" \ "If you meant to run the executable for another gem, make sure you use a project specific binstub (`bundle binstub <gem_name>`).\n" \ "If you plan to use multiple conflicting executables, generate binstubs for them and disambiguate their names." end spec end end # Replace or hook into RubyGems to provide a bundlerized view # of the world. def replace_entrypoints(specs) specs_by_name = add_default_gems_to(specs) reverse_rubygems_kernel_mixin begin # bundled_gems only provide with Ruby 3.3 or later require "bundled_gems" rescue LoadError else Gem::BUNDLED_GEMS.replace_require(specs) if Gem::BUNDLED_GEMS.respond_to?(:replace_require) end replace_gem(specs_by_name) stub_rubygems(specs_by_name.values) replace_bin_path(specs_by_name) Gem.clear_paths end # Add default gems not already present in specs, and return them as a hash. def add_default_gems_to(specs) specs_by_name = specs.reduce({}) do |h, s| h[s.name] = s h end Bundler.rubygems.default_stubs.each do |stub| default_spec = stub.to_spec default_spec_name = default_spec.name next if specs_by_name.key?(default_spec_name) specs_by_name[default_spec_name] = default_spec end specs_by_name end def undo_replacements @replaced_methods.each do |(sym, klass), method| redefine_method(klass, sym, method) end post_reset_hooks.reject! {|proc| proc.binding.source_location[0] == __FILE__ } @replaced_methods.clear end def redefine_method(klass, method, unbound_method = nil, &block) visibility = method_visibility(klass, method) begin if (instance_method = klass.instance_method(method)) && method != :initialize # doing this to ensure we also get private methods klass.send(:remove_method, method) end rescue NameError # method isn't defined nil end @replaced_methods[[method, klass]] = instance_method if unbound_method klass.send(:define_method, method, unbound_method) klass.send(visibility, method) elsif block klass.send(:define_method, method, &block) klass.send(visibility, method) end end def method_visibility(klass, method) if klass.private_method_defined?(method) :private elsif klass.protected_method_defined?(method) :protected else :public end end def stub_rubygems(specs) Gem::Specification.all = specs Gem.post_reset do Gem::Specification.all = specs end redefine_method((class << Gem; self; end), :finish_resolve) do |*| [] end end def plain_specs Gem::Specification._all end def plain_specs=(specs) Gem::Specification.all = specs end def fetch_specs(remote, name, fetcher) require "rubygems/remote_fetcher" path = remote.uri.to_s + "#{name}.#{Gem.marshal_version}.gz" string = fetcher.fetch_path(path) specs = Bundler.safe_load_marshal(string) raise MarshalError, "Specs #{name} from #{remote} is expected to be an Array but was unexpected class #{specs.class}" unless specs.is_a?(Array) specs rescue Gem::RemoteFetcher::FetchError # it's okay for prerelease to fail raise unless name == "prerelease_specs" end def fetch_all_remote_specs(remote, gem_remote_fetcher) specs = fetch_specs(remote, "specs", gem_remote_fetcher) pres = fetch_specs(remote, "prerelease_specs", gem_remote_fetcher) || [] specs.concat(pres) end def download_gem(spec, uri, cache_dir, fetcher) require "rubygems/remote_fetcher" uri = Bundler.settings.mirror_for(uri) redacted_uri = Gem::Uri.redact(uri) Bundler::Retry.new("download gem from #{redacted_uri}").attempts do gem_file_name = spec.file_name local_gem_path = File.join cache_dir, gem_file_name return if File.exist? local_gem_path begin remote_gem_path = uri + "gems/#{gem_file_name}" SharedHelpers.filesystem_access(local_gem_path) do fetcher.cache_update_path remote_gem_path, local_gem_path end rescue Gem::RemoteFetcher::FetchError raise if spec.original_platform == spec.platform original_gem_file_name = "#{spec.original_name}.gem" raise if gem_file_name == original_gem_file_name gem_file_name = original_gem_file_name retry end end rescue Gem::RemoteFetcher::FetchError => e raise Bundler::HTTPError, "Could not download gem from #{redacted_uri} due to underlying error <#{e.message}>" end def build(spec, skip_validation = false) require "rubygems/package" Gem::Package.build(spec, skip_validation) end def path_separator Gem.path_separator end def all_specs SharedHelpers.major_deprecation 2, "Bundler.rubygems.all_specs has been removed in favor of Bundler.rubygems.installed_specs" Gem::Specification.stubs.map do |stub| StubSpecification.from_stub(stub) end end def installed_specs Gem::Specification.stubs.reject(&:default_gem?).map do |stub| StubSpecification.from_stub(stub) end end def default_specs Gem::Specification.default_stubs.map do |stub| StubSpecification.from_stub(stub) end end def find_bundler(version) find_name("bundler").find {|s| s.version.to_s == version } end def find_name(name) Gem::Specification.stubs_for(name).map(&:to_spec) end def default_stubs Gem::Specification.default_stubs("*.gemspec") end end def self.rubygems @rubygems ||= RubygemsIntegration.new end end PK )J [�R� � 9 share/gems/gems/bundler-2.6.7/lib/bundler/self_manager.rbnu �[��� # frozen_string_literal: true module Bundler # # This class handles installing and switching to the version of bundler needed # by an application. # class SelfManager def restart_with_locked_bundler_if_needed return unless needs_switching? && installed? restart_with(restart_version) end def install_locked_bundler_and_restart_with_it_if_needed return unless needs_switching? if restart_version == lockfile_version Bundler.ui.info \ "Bundler #{current_version} is running, but your lockfile was generated with #{lockfile_version}. " \ "Installing Bundler #{lockfile_version} and restarting using that version." else Bundler.ui.info \ "Bundler #{current_version} is running, but your configuration was #{restart_version}. " \ "Installing Bundler #{restart_version} and restarting using that version." end install_and_restart_with(restart_version) end def update_bundler_and_restart_with_it_if_needed(target) return unless autoswitching_applies? spec = resolve_update_version_from(target) return unless spec version = spec.version Bundler.ui.info "Updating bundler to #{version}." install(spec) restart_with(version) end private def install_and_restart_with(version) requirement = Gem::Requirement.new(version) spec = find_latest_matching_spec(requirement) if spec.nil? Bundler.ui.warn "Your lockfile is locked to a version of bundler (#{lockfile_version}) that doesn't exist at https://rubygems.org/. Going on using #{current_version}" return end install(spec) rescue StandardError => e Bundler.ui.trace e Bundler.ui.warn "There was an error installing the locked bundler version (#{lockfile_version}), rerun with the `--verbose` flag for more details. Going on using bundler #{current_version}." else restart_with(version) end def install(spec) spec.source.install(spec) end def restart_with(version) configured_gem_home = ENV["GEM_HOME"] configured_gem_path = ENV["GEM_PATH"] # Bundler specs need some stuff to be required before Bundler starts # running, for example, for faking the compact index API. However, these # flags are lost when we reexec to a different version of Bundler. In the # future, we may be able to properly reconstruct the original Ruby # invocation (see https://bugs.ruby-lang.org/issues/6648), but for now # there's no way to do it, so we need to be explicit about how to re-exec. # This may be a feature end users request at some point, but maybe by that # time, we have builtin tools to do. So for now, we use an undocumented # ENV variable only for our specs. bundler_spec_original_cmd = ENV["BUNDLER_SPEC_ORIGINAL_CMD"] if bundler_spec_original_cmd require "shellwords" cmd = [*Shellwords.shellsplit(bundler_spec_original_cmd), *ARGV] else argv0 = File.exist?($PROGRAM_NAME) ? $PROGRAM_NAME : Process.argv0 cmd = [argv0, *ARGV] cmd.unshift(Gem.ruby) unless File.executable?(argv0) end Bundler.with_original_env do Kernel.exec( { "GEM_HOME" => configured_gem_home, "GEM_PATH" => configured_gem_path, "BUNDLER_VERSION" => version.to_s }, *cmd ) end end def needs_switching? autoswitching_applies? && Bundler.settings[:version] != "system" && released?(restart_version) && !running?(restart_version) && !updating? end def autoswitching_applies? ENV["BUNDLER_VERSION"].nil? && ruby_can_restart_with_same_arguments? && SharedHelpers.in_bundle? && lockfile_version end def resolve_update_version_from(target) requirement = Gem::Requirement.new(target) update_candidate = find_latest_matching_spec(requirement) if update_candidate.nil? raise InvalidOption, "The `bundle update --bundler` target version (#{target}) does not exist" end resolved_version = update_candidate.version needs_update = requirement.specific? ? !running?(resolved_version) : running_older_than?(resolved_version) return unless needs_update update_candidate end def local_specs @local_specs ||= Bundler::Source::Rubygems.new("allow_local" => true).specs.select {|spec| spec.name == "bundler" } end def remote_specs @remote_specs ||= begin source = Bundler::Source::Rubygems.new("remotes" => "https://rubygems.org") source.remote! source.add_dependency_names("bundler") source.specs.select(&:matches_current_metadata?) end end def find_latest_matching_spec(requirement) local_result = find_latest_matching_spec_from_collection(local_specs, requirement) return local_result if local_result && requirement.specific? remote_result = find_latest_matching_spec_from_collection(remote_specs, requirement) return remote_result if local_result.nil? [local_result, remote_result].max end def find_latest_matching_spec_from_collection(specs, requirement) specs.sort.reverse_each.find {|spec| requirement.satisfied_by?(spec.version) } end def running?(version) version == current_version end def running_older_than?(version) current_version < version end def released?(version) !version.to_s.end_with?(".dev") end def ruby_can_restart_with_same_arguments? $PROGRAM_NAME != "-e" end def updating? "update".start_with?(ARGV.first || " ") && ARGV[1..-1].any? {|a| a.start_with?("--bundler") } end def installed? Bundler.configure Bundler.rubygems.find_bundler(restart_version.to_s) end def current_version @current_version ||= Gem::Version.new(Bundler::VERSION) end def lockfile_version return @lockfile_version if defined?(@lockfile_version) parsed_version = Bundler::LockfileParser.bundled_with @lockfile_version = parsed_version ? Gem::Version.new(parsed_version) : nil rescue ArgumentError @lockfile_version = nil end def restart_version return @restart_version if defined?(@restart_version) # BUNDLE_VERSION=x.y.z @restart_version = Gem::Version.new(Bundler.settings[:version]) rescue ArgumentError # BUNDLE_VERSION=lockfile @restart_version = lockfile_version end end end PK *J [�=�o o = share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-doctor.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-DOCTOR" "1" "March 2025" "" .SH "NAME" \fBbundle\-doctor\fR \- Checks the bundle for common problems .SH "SYNOPSIS" \fBbundle doctor\fR [\-\-quiet] [\-\-gemfile=GEMFILE] .SH "DESCRIPTION" Checks your Gemfile and gem environment for common problems\. If issues are detected, Bundler prints them and exits status 1\. Otherwise, Bundler prints a success message and exits status 0\. .P Examples of common problems caught by bundle\-doctor include: .IP "\(bu" 4 Invalid Bundler settings .IP "\(bu" 4 Mismatched Ruby versions .IP "\(bu" 4 Mismatched platforms .IP "\(bu" 4 Uninstalled gems .IP "\(bu" 4 Missing dependencies .IP "" 0 .SH "OPTIONS" .TP \fB\-\-quiet\fR Only output warnings and errors\. .TP \fB\-\-gemfile=GEMFILE\fR The location of the Gemfile(5) which Bundler should use\. This defaults to a Gemfile(5) in the current working directory\. In general, Bundler will assume that the location of the Gemfile(5) is also the project's root and will try to find \fBGemfile\.lock\fR and \fBvendor/cache\fR relative to this location\. PK *J [�'�+ + ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle.1.ronnnu �[��� bundle(1) -- Ruby Dependency Management ======================================= ## SYNOPSIS `bundle` COMMAND [--no-color] [--verbose] [ARGS] ## DESCRIPTION Bundler manages an `application's dependencies` through its entire life across many machines systematically and repeatably. See [the bundler website](https://bundler.io) for information on getting started, and Gemfile(5) for more information on the `Gemfile` format. ## OPTIONS * `--no-color`: Print all output without color * `--retry`, `-r`: Specify the number of times you wish to attempt network commands * `--verbose`, `-V`: Print out additional logging information ## BUNDLE COMMANDS We divide `bundle` subcommands into primary commands and utilities: ## PRIMARY COMMANDS * [`bundle install(1)`](bundle-install.1.html): Install the gems specified by the `Gemfile` or `Gemfile.lock` * [`bundle update(1)`](bundle-update.1.html): Update dependencies to their latest versions * [`bundle cache(1)`](bundle-cache.1.html): Package the .gem files required by your application into the `vendor/cache` directory (aliases: `bundle package`, `bundle pack`) * [`bundle exec(1)`](bundle-exec.1.html): Execute a script in the current bundle * [`bundle config(1)`](bundle-config.1.html): Specify and read configuration options for Bundler * [`bundle help(1)`](bundle-help.1.html): Display detailed help for each subcommand ## UTILITIES * [`bundle add(1)`](bundle-add.1.html): Add the named gem to the Gemfile and run `bundle install` * [`bundle binstubs(1)`](bundle-binstubs.1.html): Generate binstubs for executables in a gem * [`bundle check(1)`](bundle-check.1.html): Determine whether the requirements for your application are installed and available to Bundler * [`bundle show(1)`](bundle-show.1.html): Show the source location of a particular gem in the bundle * [`bundle outdated(1)`](bundle-outdated.1.html): Show all of the outdated gems in the current bundle * `bundle console(1)` (deprecated): Start an IRB session in the current bundle * [`bundle open(1)`](bundle-open.1.html): Open an installed gem in the editor * [`bundle lock(1)`](bundle-lock.1.html): Generate a lockfile for your dependencies * [`bundle viz(1)`](bundle-viz.1.html) (deprecated): Generate a visual representation of your dependencies * [`bundle init(1)`](bundle-init.1.html): Generate a simple `Gemfile`, placed in the current directory * [`bundle gem(1)`](bundle-gem.1.html): Create a simple gem, suitable for development with Bundler * [`bundle platform(1)`](bundle-platform.1.html): Display platform compatibility information * [`bundle clean(1)`](bundle-clean.1.html): Clean up unused gems in your Bundler directory * [`bundle doctor(1)`](bundle-doctor.1.html): Display warnings about common problems * [`bundle remove(1)`](bundle-remove.1.html): Removes gems from the Gemfile * [`bundle plugin(1)`](bundle-plugin.1.html): Manage Bundler plugins * [`bundle version(1)`](bundle-version.1.html): Prints Bundler version information ## PLUGINS When running a command that isn't listed in PRIMARY COMMANDS or UTILITIES, Bundler will try to find an executable on your path named `bundler-<command>` and execute it, passing down any extra arguments to it. ## OBSOLETE These commands are obsolete and should no longer be used: * `bundle inject(1)` PK *J [���3� � D share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-platform.1.ronnnu �[��� bundle-platform(1) -- Displays platform compatibility information ================================================================= ## SYNOPSIS `bundle platform` [--ruby] ## DESCRIPTION `platform` displays information from your Gemfile, Gemfile.lock, and Ruby VM about your platform. For instance, using this Gemfile(5): source "https://rubygems.org" ruby "3.1.2" gem "rack" If you run `bundle platform` on Ruby 3.1.2, it displays the following output: Your platform is: x86_64-linux Your app has gems that work on these platforms: * arm64-darwin-21 * ruby * x64-mingw-ucrt * x86_64-linux Your Gemfile specifies a Ruby version requirement: * ruby 3.1.2 Your current platform satisfies the Ruby version requirement. `platform` lists all the platforms in your `Gemfile.lock` as well as the `ruby` directive if applicable from your Gemfile(5). It also lets you know if the `ruby` directive requirement has been met. If `ruby` directive doesn't match the running Ruby VM, it tells you what part does not. ## OPTIONS * `--ruby`: It will display the ruby directive information, so you don't have to parse it from the Gemfile(5). ## SEE ALSO * [bundle-lock(1)](bundle-lock.1.html) PK *J [#�c�K K @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-lock.1.ronnnu �[��� bundle-lock(1) -- Creates / Updates a lockfile without installing ================================================================= ## SYNOPSIS `bundle lock` [--update] [--bundler[=BUNDLER]] [--local] [--print] [--lockfile=PATH] [--full-index] [--gemfile=GEMFILE] [--add-checksums] [--add-platform] [--remove-platform] [--normalize-platforms] [--patch] [--minor] [--major] [--pre] [--strict] [--conservative] ## DESCRIPTION Lock the gems specified in Gemfile. ## OPTIONS * `--update[=<list>]`: Ignores the existing lockfile. Resolve then updates lockfile. Taking a list of gems or updating all gems if no list is given. * `--bundler[=BUNDLER]`: Update the locked version of bundler to the given version or the latest version if no version is given. * `--local`: Do not attempt to connect to `rubygems.org`. Instead, Bundler will use the gems already present in Rubygems' cache or in `vendor/cache`. Note that if a appropriate platform-specific gem exists on `rubygems.org` it will not be found. * `--print`: Prints the lockfile to STDOUT instead of writing to the file system. * `--lockfile=LOCKFILE`: The path where the lockfile should be written to. * `--full-index`: Fall back to using the single-file index of all gems. * `--gemfile=GEMFILE`: Use the specified gemfile instead of [`Gemfile(5)`][Gemfile(5)]. * `--add-checksums`: Add checksums to the lockfile. * `--add-platform=<list>`: Add a new platform to the lockfile, re-resolving for the addition of that platform. * `--remove-platform=<list>`: Remove a platform from the lockfile. * `--normalize-platforms`: Normalize lockfile platforms. * `--patch`: If updating, prefer updating only to next patch version. * `--minor`: If updating, prefer updating only to next minor version. * `--major`: If updating, prefer updating to next major version (default). * `--pre`: If updating, always choose the highest allowed version, regardless of prerelease status. * `--strict`: If updating, do not allow any gem to be updated past latest --patch | --minor | --major. * `--conservative`: If updating, use bundle install conservative update behavior and do not allow shared dependencies to be updated. ## UPDATING ALL GEMS If you run `bundle lock` with `--update` option without list of gems, bundler will ignore any previously installed gems and resolve all dependencies again based on the latest versions of all gems available in the sources. ## UPDATING A LIST OF GEMS Sometimes, you want to update a single gem in the Gemfile(5), and leave the rest of the gems that you specified locked to the versions in the `Gemfile.lock`. For instance, you only want to update `nokogiri`, run `bundle lock --update nokogiri`. Bundler will update `nokogiri` and any of its dependencies, but leave the rest of the gems that you specified locked to the versions in the `Gemfile.lock`. ## SUPPORTING OTHER PLATFORMS If you want your bundle to support platforms other than the one you're running locally, you can run `bundle lock --add-platform PLATFORM` to add PLATFORM to the lockfile, force bundler to re-resolve and consider the new platform when picking gems, all without needing to have a machine that matches PLATFORM handy to install those platform-specific gems on. For a full explanation of gem platforms, see `gem help platform`. ## PATCH LEVEL OPTIONS See [bundle update(1)](bundle-update.1.html) for details. PK *J [$��$D D ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-exec.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-EXEC" "1" "March 2025" "" .SH "NAME" \fBbundle\-exec\fR \- Execute a command in the context of the bundle .SH "SYNOPSIS" \fBbundle exec\fR [\-\-keep\-file\-descriptors] [\-\-gemfile=GEMFILE] \fIcommand\fR .SH "DESCRIPTION" This command executes the command, making all gems specified in the [\fBGemfile(5)\fR][Gemfile(5)] available to \fBrequire\fR in Ruby programs\. .P Essentially, if you would normally have run something like \fBrspec spec/my_spec\.rb\fR, and you want to use the gems specified in the [\fBGemfile(5)\fR][Gemfile(5)] and installed via bundle install(1) \fIbundle\-install\.1\.html\fR, you should run \fBbundle exec rspec spec/my_spec\.rb\fR\. .P Note that \fBbundle exec\fR does not require that an executable is available on your shell's \fB$PATH\fR\. .SH "OPTIONS" .TP \fB\-\-keep\-file\-descriptors\fR Passes all file descriptors to the new processes\. Default is true from bundler version 2\.2\.26\. Setting it to false is now deprecated\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of [\fBGemfile(5)\fR][Gemfile(5)]\. .SH "BUNDLE INSTALL \-\-BINSTUBS" If you use the \fB\-\-binstubs\fR flag in bundle install(1) \fIbundle\-install\.1\.html\fR, Bundler will automatically create a directory (which defaults to \fBapp_root/bin\fR) containing all of the executables available from gems in the bundle\. .P After using \fB\-\-binstubs\fR, \fBbin/rspec spec/my_spec\.rb\fR is identical to \fBbundle exec rspec spec/my_spec\.rb\fR\. .SH "ENVIRONMENT MODIFICATIONS" \fBbundle exec\fR makes a number of changes to the shell environment, then executes the command you specify in full\. .IP "\(bu" 4 make sure that it's still possible to shell out to \fBbundle\fR from inside a command invoked by \fBbundle exec\fR (using \fB$BUNDLE_BIN_PATH\fR) .IP "\(bu" 4 put the directory containing executables (like \fBrails\fR, \fBrspec\fR, \fBrackup\fR) for your bundle on \fB$PATH\fR .IP "\(bu" 4 make sure that if bundler is invoked in the subshell, it uses the same \fBGemfile\fR (by setting \fBBUNDLE_GEMFILE\fR) .IP "\(bu" 4 add \fB\-rbundler/setup\fR to \fB$RUBYOPT\fR, which makes sure that Ruby programs invoked in the subshell can see the gems in the bundle .IP "" 0 .P It also modifies Rubygems: .IP "\(bu" 4 disallow loading additional gems not in the bundle .IP "\(bu" 4 modify the \fBgem\fR method to be a no\-op if a gem matching the requirements is in the bundle, and to raise a \fBGem::LoadError\fR if it's not .IP "\(bu" 4 Define \fBGem\.refresh\fR to be a no\-op, since the source index is always frozen when using bundler, and to prevent gems from the system leaking into the environment .IP "\(bu" 4 Override \fBGem\.bin_path\fR to use the gems in the bundle, making system executables work .IP "\(bu" 4 Add all gems in the bundle into Gem\.loaded_specs .IP "" 0 .P Finally, \fBbundle exec\fR also implicitly modifies \fBGemfile\.lock\fR if the lockfile and the Gemfile do not match\. Bundler needs the Gemfile to determine things such as a gem's groups, \fBautorequire\fR, and platforms, etc\., and that information isn't stored in the lockfile\. The Gemfile and lockfile must be synced in order to \fBbundle exec\fR successfully, so \fBbundle exec\fR updates the lockfile beforehand\. .SS "Loading" By default, when attempting to \fBbundle exec\fR to a file with a ruby shebang, Bundler will \fBKernel\.load\fR that file instead of using \fBKernel\.exec\fR\. For the vast majority of cases, this is a performance improvement\. In a rare few cases, this could cause some subtle side\-effects (such as dependence on the exact contents of \fB$0\fR or \fB__FILE__\fR) and the optimization can be disabled by enabling the \fBdisable_exec_load\fR setting\. .SS "Shelling out" Any Ruby code that opens a subshell (like \fBsystem\fR, backticks, or \fB%x{}\fR) will automatically use the current Bundler environment\. If you need to shell out to a Ruby command that is not part of your current bundle, use the \fBwith_unbundled_env\fR method with a block\. Any subshells created inside the block will be given the environment present before Bundler was activated\. For example, Homebrew commands run Ruby, but don't work inside a bundle: .IP "" 4 .nf Bundler\.with_unbundled_env do `brew install wget` end .fi .IP "" 0 .P Using \fBwith_unbundled_env\fR is also necessary if you are shelling out to a different bundle\. Any Bundler commands run in a subshell will inherit the current Gemfile, so commands that need to run in the context of a different bundle also need to use \fBwith_unbundled_env\fR\. .IP "" 4 .nf Bundler\.with_unbundled_env do Dir\.chdir "/other/bundler/project" do `bundle exec \./script` end end .fi .IP "" 0 .P Bundler provides convenience helpers that wrap \fBsystem\fR and \fBexec\fR, and they can be used like this: .IP "" 4 .nf Bundler\.unbundled_system('brew install wget') Bundler\.unbundled_exec('brew install wget') .fi .IP "" 0 .SH "RUBYGEMS PLUGINS" At present, the Rubygems plugin system requires all files named \fBrubygems_plugin\.rb\fR on the load path of \fIany\fR installed gem when any Ruby code requires \fBrubygems\.rb\fR\. This includes executables installed into the system, like \fBrails\fR, \fBrackup\fR, and \fBrspec\fR\. .P Since Rubygems plugins can contain arbitrary Ruby code, they commonly end up activating themselves or their dependencies\. .P For instance, the \fBgemcutter 0\.5\fR gem depended on \fBjson_pure\fR\. If you had that version of gemcutter installed (even if you \fIalso\fR had a newer version without this problem), Rubygems would activate \fBgemcutter 0\.5\fR and \fBjson_pure <latest>\fR\. .P If your Gemfile(5) also contained \fBjson_pure\fR (or a gem with a dependency on \fBjson_pure\fR), the latest version on your system might conflict with the version in your Gemfile(5), or the snapshot version in your \fBGemfile\.lock\fR\. .P If this happens, bundler will say: .IP "" 4 .nf You have already activated json_pure 1\.4\.6 but your Gemfile requires json_pure 1\.4\.3\. Consider using bundle exec\. .fi .IP "" 0 .P In this situation, you almost certainly want to remove the underlying gem with the problematic gem plugin\. In general, the authors of these plugins (in this case, the \fBgemcutter\fR gem) have released newer versions that are more careful in their plugins\. .P You can find a list of all the gems containing gem plugins by running .IP "" 4 .nf ruby \-e "puts Gem\.find_files('rubygems_plugin\.rb')" .fi .IP "" 0 .P At the very least, you should remove all but the newest version of each gem plugin, and also remove all gem plugins that you aren't using (\fBgem uninstall gem_name\fR)\. PK *J [��|m3 3 B share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-update.1.ronnnu �[��� bundle-update(1) -- Update your gems to the latest available versions ===================================================================== ## SYNOPSIS `bundle update` <*gems> [--all] [--group=NAME] [--source=NAME] [--local] [--ruby] [--bundler[=VERSION]] [--full-index] [--gemfile=GEMFILE] [--jobs=NUMBER] [--quiet] [--patch|--minor|--major] [--pre] [--redownload] [--strict] [--conservative] ## DESCRIPTION Update the gems specified (all gems, if `--all` flag is used), ignoring the previously installed gems specified in the `Gemfile.lock`. In general, you should use [bundle install(1)](bundle-install.1.html) to install the same exact gems and versions across machines. You would use `bundle update` to explicitly update the version of a gem. ## OPTIONS * `--all`: Update all gems specified in Gemfile. * `--group=<list>`, `-g=<list>`: Only update the gems in the specified group. For instance, you can update all gems in the development group with `bundle update --group development`. You can also call `bundle update rails --group test` to update the rails gem and all gems in the test group, for example. * `--source=<list>`: The name of a `:git` or `:path` source used in the Gemfile(5). For instance, with a `:git` source of `http://github.com/rails/rails.git`, you would call `bundle update --source rails` * `--local`: Do not attempt to fetch gems remotely and use the gem cache instead. * `--ruby`: Update the locked version of Ruby to the current version of Ruby. * `--bundler[=BUNDLER]`: Update the locked version of bundler to the invoked bundler version. * `--full-index`: Fall back to using the single-file index of all gems. * `--gemfile=GEMFILE`: Use the specified gemfile instead of [`Gemfile(5)`][Gemfile(5)]. * `--jobs=<number>`, `-j=<number>`: Specify the number of jobs to run in parallel. The default is the number of available processors. * `--retry=[<number>]`: Retry failed network or git requests for <number> times. * `--quiet`: Only output warnings and errors. * `--redownload`, `--force`: Force downloading every gem. * `--patch`: Prefer updating only to next patch version. * `--minor`: Prefer updating only to next minor version. * `--major`: Prefer updating to next major version (default). * `--pre`: Always choose the highest allowed version, regardless of prerelease status. * `--strict`: Do not allow any gem to be updated past latest `--patch` | `--minor` | `--major`. * `--conservative`: Use bundle install conservative update behavior and do not allow indirect dependencies to be updated. ## UPDATING ALL GEMS If you run `bundle update --all`, bundler will ignore any previously installed gems and resolve all dependencies again based on the latest versions of all gems available in the sources. Consider the following Gemfile(5): source "https://rubygems.org" gem "rails", "3.0.0.rc" gem "nokogiri" When you run [bundle install(1)](bundle-install.1.html) the first time, bundler will resolve all of the dependencies, all the way down, and install what you need: Fetching gem metadata from https://rubygems.org/......... Resolving dependencies... Installing builder 2.1.2 Installing abstract 1.0.0 Installing rack 1.2.8 Using bundler 1.7.6 Installing rake 10.4.0 Installing polyglot 0.3.5 Installing mime-types 1.25.1 Installing i18n 0.4.2 Installing mini_portile 0.6.1 Installing tzinfo 0.3.42 Installing rack-mount 0.6.14 Installing rack-test 0.5.7 Installing treetop 1.4.15 Installing thor 0.14.6 Installing activesupport 3.0.0.rc Installing erubis 2.6.6 Installing activemodel 3.0.0.rc Installing arel 0.4.0 Installing mail 2.2.20 Installing activeresource 3.0.0.rc Installing actionpack 3.0.0.rc Installing activerecord 3.0.0.rc Installing actionmailer 3.0.0.rc Installing railties 3.0.0.rc Installing rails 3.0.0.rc Installing nokogiri 1.6.5 Bundle complete! 2 Gemfile dependencies, 26 gems total. Use `bundle show [gemname]` to see where a bundled gem is installed. As you can see, even though you have two gems in the Gemfile(5), your application needs 26 different gems in order to run. Bundler remembers the exact versions it installed in `Gemfile.lock`. The next time you run [bundle install(1)](bundle-install.1.html), bundler skips the dependency resolution and installs the same gems as it installed last time. After checking in the `Gemfile.lock` into version control and cloning it on another machine, running [bundle install(1)](bundle-install.1.html) will _still_ install the gems that you installed last time. You don't need to worry that a new release of `erubis` or `mail` changes the gems you use. However, from time to time, you might want to update the gems you are using to the newest versions that still match the gems in your Gemfile(5). To do this, run `bundle update --all`, which will ignore the `Gemfile.lock`, and resolve all the dependencies again. Keep in mind that this process can result in a significantly different set of the 25 gems, based on the requirements of new gems that the gem authors released since the last time you ran `bundle update --all`. ## UPDATING A LIST OF GEMS Sometimes, you want to update a single gem in the Gemfile(5), and leave the rest of the gems that you specified locked to the versions in the `Gemfile.lock`. For instance, in the scenario above, imagine that `nokogiri` releases version `1.4.4`, and you want to update it _without_ updating Rails and all of its dependencies. To do this, run `bundle update nokogiri`. Bundler will update `nokogiri` and any of its dependencies, but leave alone Rails and its dependencies. ## OVERLAPPING DEPENDENCIES Sometimes, multiple gems declared in your Gemfile(5) are satisfied by the same second-level dependency. For instance, consider the case of `thin` and `rack-perftools-profiler`. source "https://rubygems.org" gem "thin" gem "rack-perftools-profiler" The `thin` gem depends on `rack >= 1.0`, while `rack-perftools-profiler` depends on `rack ~> 1.0`. If you run bundle install, you get: Fetching source index for https://rubygems.org/ Installing daemons (1.1.0) Installing eventmachine (0.12.10) with native extensions Installing open4 (1.0.1) Installing perftools.rb (0.4.7) with native extensions Installing rack (1.2.1) Installing rack-perftools_profiler (0.0.2) Installing thin (1.2.7) with native extensions Using bundler (1.0.0.rc.3) In this case, the two gems have their own set of dependencies, but they share `rack` in common. If you run `bundle update thin`, bundler will update `daemons`, `eventmachine` and `rack`, which are dependencies of `thin`, but not `open4` or `perftools.rb`, which are dependencies of `rack-perftools_profiler`. Note that `bundle update thin` will update `rack` even though it's _also_ a dependency of `rack-perftools_profiler`. In short, by default, when you update a gem using `bundle update`, bundler will update all dependencies of that gem, including those that are also dependencies of another gem. To prevent updating indirect dependencies, prior to version 1.14 the only option was the `CONSERVATIVE UPDATING` behavior in [bundle install(1)](bundle-install.1.html): In this scenario, updating the `thin` version manually in the Gemfile(5), and then running [bundle install(1)](bundle-install.1.html) will only update `daemons` and `eventmachine`, but not `rack`. For more information, see the `CONSERVATIVE UPDATING` section of [bundle install(1)](bundle-install.1.html). Starting with 1.14, specifying the `--conservative` option will also prevent indirect dependencies from being updated. ## PATCH LEVEL OPTIONS Version 1.14 introduced 4 patch-level options that will influence how gem versions are resolved. One of the following options can be used: `--patch`, `--minor` or `--major`. `--strict` can be added to further influence resolution. * `--patch`: Prefer updating only to next patch version. * `--minor`: Prefer updating only to next minor version. * `--major`: Prefer updating to next major version (default). * `--strict`: Do not allow any gem to be updated past latest `--patch` | `--minor` | `--major`. When Bundler is resolving what versions to use to satisfy declared requirements in the Gemfile or in parent gems, it looks up all available versions, filters out any versions that don't satisfy the requirement, and then, by default, sorts them from newest to oldest, considering them in that order. Providing one of the patch level options (e.g. `--patch`) changes the sort order of the satisfying versions, causing Bundler to consider the latest `--patch` or `--minor` version available before other versions. Note that versions outside the stated patch level could still be resolved to if necessary to find a suitable dependency graph. For example, if gem 'foo' is locked at 1.0.2, with no gem requirement defined in the Gemfile, and versions 1.0.3, 1.0.4, 1.1.0, 1.1.1, 2.0.0 all exist, the default order of preference by default (`--major`) will be "2.0.0, 1.1.1, 1.1.0, 1.0.4, 1.0.3, 1.0.2". If the `--patch` option is used, the order of preference will change to "1.0.4, 1.0.3, 1.0.2, 1.1.1, 1.1.0, 2.0.0". If the `--minor` option is used, the order of preference will change to "1.1.1, 1.1.0, 1.0.4, 1.0.3, 1.0.2, 2.0.0". Combining the `--strict` option with any of the patch level options will remove any versions beyond the scope of the patch level option, to ensure that no gem is updated that far. To continue the previous example, if both `--patch` and `--strict` options are used, the available versions for resolution would be "1.0.4, 1.0.3, 1.0.2". If `--minor` and `--strict` are used, it would be "1.1.1, 1.1.0, 1.0.4, 1.0.3, 1.0.2". Gem requirements as defined in the Gemfile will still be the first determining factor for what versions are available. If the gem requirement for `foo` in the Gemfile is '~> 1.0', that will accomplish the same thing as providing the `--minor` and `--strict` options. ## PATCH LEVEL EXAMPLES Given the following gem specifications: foo 1.4.3, requires: ~> bar 2.0 foo 1.4.4, requires: ~> bar 2.0 foo 1.4.5, requires: ~> bar 2.1 foo 1.5.0, requires: ~> bar 2.1 foo 1.5.1, requires: ~> bar 3.0 bar with versions 2.0.3, 2.0.4, 2.1.0, 2.1.1, 3.0.0 Gemfile: gem 'foo' Gemfile.lock: foo (1.4.3) bar (~> 2.0) bar (2.0.3) Cases: # Command Line Result ------------------------------------------------------------ 1 bundle update --patch 'foo 1.4.5', 'bar 2.1.1' 2 bundle update --patch foo 'foo 1.4.5', 'bar 2.1.1' 3 bundle update --minor 'foo 1.5.1', 'bar 3.0.0' 4 bundle update --minor --strict 'foo 1.5.0', 'bar 2.1.1' 5 bundle update --patch --strict 'foo 1.4.4', 'bar 2.0.4' In case 1, bar is upgraded to 2.1.1, a minor version increase, because the dependency from foo 1.4.5 required it. In case 2, only foo is requested to be unlocked, but bar is also allowed to move because it's not a declared dependency in the Gemfile. In case 3, bar goes up a whole major release, because a minor increase is preferred now for foo, and when it goes to 1.5.1, it requires 3.0.0 of bar. In case 4, foo is preferred up to a minor version, but 1.5.1 won't work because the --strict flag removes bar 3.0.0 from consideration since it's a major increment. In case 5, both foo and bar have any minor or major increments removed from consideration because of the --strict flag, so the most they can move is up to 1.4.4 and 2.0.4. ## RECOMMENDED WORKFLOW In general, when working with an application managed with bundler, you should use the following workflow: * After you create your Gemfile(5) for the first time, run $ bundle install * Check the resulting `Gemfile.lock` into version control $ git add Gemfile.lock * When checking out this repository on another development machine, run $ bundle install * When checking out this repository on a deployment machine, run $ bundle install --deployment * After changing the Gemfile(5) to reflect a new or update dependency, run $ bundle install * Make sure to check the updated `Gemfile.lock` into version control $ git add Gemfile.lock * If [bundle install(1)](bundle-install.1.html) reports a conflict, manually update the specific gems that you changed in the Gemfile(5) $ bundle update rails thin * If you want to update all the gems to the latest possible versions that still match the gems listed in the Gemfile(5), run $ bundle update --all PK *J [i I�r r = share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-plugin.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-PLUGIN" "1" "March 2025" "" .SH "NAME" \fBbundle\-plugin\fR \- Manage Bundler plugins .SH "SYNOPSIS" \fBbundle plugin\fR install PLUGINS [\-\-source=\fISOURCE\fR] [\-\-version=\fIversion\fR] [\-\-git=\fIgit\-url\fR] [\-\-branch=\fIbranch\fR|\-\-ref=\fIrev\fR] [\-\-path=\fIpath\fR] .br \fBbundle plugin\fR uninstall PLUGINS .br \fBbundle plugin\fR list .br \fBbundle plugin\fR help [COMMAND] .SH "DESCRIPTION" You can install, uninstall, and list plugin(s) with this command to extend functionalities of Bundler\. .SH "SUB\-COMMANDS" .SS "install" Install the given plugin(s)\. .TP \fBbundle plugin install bundler\-graph\fR Install bundler\-graph gem from globally configured sources (defaults to RubyGems\.org)\. The global source, specified in source in Gemfile is ignored\. .TP \fBbundle plugin install bundler\-graph \-\-source https://example\.com\fR Install bundler\-graph gem from example\.com\. The global source, specified in source in Gemfile is not considered\. .TP \fBbundle plugin install bundler\-graph \-\-version 0\.2\.1\fR You can specify the version of the gem via \fB\-\-version\fR\. .TP \fBbundle plugin install bundler\-graph \-\-git https://github\.com/rubygems/bundler\-graph\fR Install bundler\-graph gem from Git repository\. You can use standard Git URLs like: .IP \fBssh://[user@]host\.xz[:port]/path/to/repo\.git\fR .br \fBhttp[s]://host\.xz[:port]/path/to/repo\.git\fR .br \fB/path/to/repo\fR .br \fBfile:///path/to/repo\fR .IP When you specify \fB\-\-git\fR, you can use \fB\-\-branch\fR or \fB\-\-ref\fR to specify any branch, tag, or commit hash (revision) to use\. .TP \fBbundle plugin install bundler\-graph \-\-path \.\./bundler\-graph\fR Install bundler\-graph gem from a local path\. .SS "uninstall" Uninstall the plugin(s) specified in PLUGINS\. .SS "list" List the installed plugins and available commands\. .P No options\. .SS "help" Describe subcommands or one specific subcommand\. .P No options\. .SH "SEE ALSO" .IP "\(bu" 4 How to write a Bundler plugin \fIhttps://bundler\.io/guides/bundler_plugins\.html\fR .IP "" 0 PK *J [M�3� @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-fund.1.ronnnu �[��� bundle-fund(1) -- Lists information about gems seeking funding assistance ========================================================================= ## SYNOPSIS `bundle fund` [*OPTIONS*] ## DESCRIPTION **bundle fund** lists information about gems seeking funding assistance. ## OPTIONS * `--group=<list>`, `-g=<list>`: Fetch funding information for a specific group. ## EXAMPLES ``` # Lists funding information for all gems bundle fund # Lists funding information for a specific group bundle fund --group=security ``` PK *J [�Wj R R : share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-env.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-ENV" "1" "March 2025" "" .SH "NAME" \fBbundle\-env\fR \- Print information about the environment Bundler is running under .SH "SYNOPSIS" \fBbundle env\fR .SH "DESCRIPTION" Prints information about the environment Bundler is running under\. PK *J [�(� ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-info.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INFO" "1" "March 2025" "" .SH "NAME" \fBbundle\-info\fR \- Show information for the given gem in your bundle .SH "SYNOPSIS" \fBbundle info\fR [GEM_NAME] [\-\-path] [\-\-version] .SH "DESCRIPTION" Given a gem name present in your bundle, print the basic information about it such as homepage, version, path and summary\. .SH "OPTIONS" .TP \fB\-\-path\fR Print the path of the given gem .TP \fB\-\-version\fR Print gem version PK *J [�w.od6 d6 = share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-update.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-UPDATE" "1" "March 2025" "" .SH "NAME" \fBbundle\-update\fR \- Update your gems to the latest available versions .SH "SYNOPSIS" \fBbundle update\fR \fI*gems\fR [\-\-all] [\-\-group=NAME] [\-\-source=NAME] [\-\-local] [\-\-ruby] [\-\-bundler[=VERSION]] [\-\-full\-index] [\-\-gemfile=GEMFILE] [\-\-jobs=NUMBER] [\-\-quiet] [\-\-patch|\-\-minor|\-\-major] [\-\-pre] [\-\-redownload] [\-\-strict] [\-\-conservative] .SH "DESCRIPTION" Update the gems specified (all gems, if \fB\-\-all\fR flag is used), ignoring the previously installed gems specified in the \fBGemfile\.lock\fR\. In general, you should use bundle install(1) \fIbundle\-install\.1\.html\fR to install the same exact gems and versions across machines\. .P You would use \fBbundle update\fR to explicitly update the version of a gem\. .SH "OPTIONS" .TP \fB\-\-all\fR Update all gems specified in Gemfile\. .TP \fB\-\-group=<list>\fR, \fB\-g=<list>\fR Only update the gems in the specified group\. For instance, you can update all gems in the development group with \fBbundle update \-\-group development\fR\. You can also call \fBbundle update rails \-\-group test\fR to update the rails gem and all gems in the test group, for example\. .TP \fB\-\-source=<list>\fR The name of a \fB:git\fR or \fB:path\fR source used in the Gemfile(5)\. For instance, with a \fB:git\fR source of \fBhttp://github\.com/rails/rails\.git\fR, you would call \fBbundle update \-\-source rails\fR .TP \fB\-\-local\fR Do not attempt to fetch gems remotely and use the gem cache instead\. .TP \fB\-\-ruby\fR Update the locked version of Ruby to the current version of Ruby\. .TP \fB\-\-bundler[=BUNDLER]\fR Update the locked version of bundler to the invoked bundler version\. .TP \fB\-\-full\-index\fR Fall back to using the single\-file index of all gems\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of [\fBGemfile(5)\fR][Gemfile(5)]\. .TP \fB\-\-jobs=<number>\fR, \fB\-j=<number>\fR Specify the number of jobs to run in parallel\. The default is the number of available processors\. .TP \fB\-\-retry=[<number>]\fR Retry failed network or git requests for \fInumber\fR times\. .TP \fB\-\-quiet\fR Only output warnings and errors\. .TP \fB\-\-redownload\fR, \fB\-\-force\fR Force downloading every gem\. .TP \fB\-\-patch\fR Prefer updating only to next patch version\. .TP \fB\-\-minor\fR Prefer updating only to next minor version\. .TP \fB\-\-major\fR Prefer updating to next major version (default)\. .TP \fB\-\-pre\fR Always choose the highest allowed version, regardless of prerelease status\. .TP \fB\-\-strict\fR Do not allow any gem to be updated past latest \fB\-\-patch\fR | \fB\-\-minor\fR | \fB\-\-major\fR\. .TP \fB\-\-conservative\fR Use bundle install conservative update behavior and do not allow indirect dependencies to be updated\. .SH "UPDATING ALL GEMS" If you run \fBbundle update \-\-all\fR, bundler will ignore any previously installed gems and resolve all dependencies again based on the latest versions of all gems available in the sources\. .P Consider the following Gemfile(5): .IP "" 4 .nf source "https://rubygems\.org" gem "rails", "3\.0\.0\.rc" gem "nokogiri" .fi .IP "" 0 .P When you run bundle install(1) \fIbundle\-install\.1\.html\fR the first time, bundler will resolve all of the dependencies, all the way down, and install what you need: .IP "" 4 .nf Fetching gem metadata from https://rubygems\.org/\|\.\|\.\|\.\|\.\|\.\|\.\|\.\|\.\|\. Resolving dependencies\|\.\|\.\|\. Installing builder 2\.1\.2 Installing abstract 1\.0\.0 Installing rack 1\.2\.8 Using bundler 1\.7\.6 Installing rake 10\.4\.0 Installing polyglot 0\.3\.5 Installing mime\-types 1\.25\.1 Installing i18n 0\.4\.2 Installing mini_portile 0\.6\.1 Installing tzinfo 0\.3\.42 Installing rack\-mount 0\.6\.14 Installing rack\-test 0\.5\.7 Installing treetop 1\.4\.15 Installing thor 0\.14\.6 Installing activesupport 3\.0\.0\.rc Installing erubis 2\.6\.6 Installing activemodel 3\.0\.0\.rc Installing arel 0\.4\.0 Installing mail 2\.2\.20 Installing activeresource 3\.0\.0\.rc Installing actionpack 3\.0\.0\.rc Installing activerecord 3\.0\.0\.rc Installing actionmailer 3\.0\.0\.rc Installing railties 3\.0\.0\.rc Installing rails 3\.0\.0\.rc Installing nokogiri 1\.6\.5 Bundle complete! 2 Gemfile dependencies, 26 gems total\. Use `bundle show [gemname]` to see where a bundled gem is installed\. .fi .IP "" 0 .P As you can see, even though you have two gems in the Gemfile(5), your application needs 26 different gems in order to run\. Bundler remembers the exact versions it installed in \fBGemfile\.lock\fR\. The next time you run bundle install(1) \fIbundle\-install\.1\.html\fR, bundler skips the dependency resolution and installs the same gems as it installed last time\. .P After checking in the \fBGemfile\.lock\fR into version control and cloning it on another machine, running bundle install(1) \fIbundle\-install\.1\.html\fR will \fIstill\fR install the gems that you installed last time\. You don't need to worry that a new release of \fBerubis\fR or \fBmail\fR changes the gems you use\. .P However, from time to time, you might want to update the gems you are using to the newest versions that still match the gems in your Gemfile(5)\. .P To do this, run \fBbundle update \-\-all\fR, which will ignore the \fBGemfile\.lock\fR, and resolve all the dependencies again\. Keep in mind that this process can result in a significantly different set of the 25 gems, based on the requirements of new gems that the gem authors released since the last time you ran \fBbundle update \-\-all\fR\. .SH "UPDATING A LIST OF GEMS" Sometimes, you want to update a single gem in the Gemfile(5), and leave the rest of the gems that you specified locked to the versions in the \fBGemfile\.lock\fR\. .P For instance, in the scenario above, imagine that \fBnokogiri\fR releases version \fB1\.4\.4\fR, and you want to update it \fIwithout\fR updating Rails and all of its dependencies\. To do this, run \fBbundle update nokogiri\fR\. .P Bundler will update \fBnokogiri\fR and any of its dependencies, but leave alone Rails and its dependencies\. .SH "OVERLAPPING DEPENDENCIES" Sometimes, multiple gems declared in your Gemfile(5) are satisfied by the same second\-level dependency\. For instance, consider the case of \fBthin\fR and \fBrack\-perftools\-profiler\fR\. .IP "" 4 .nf source "https://rubygems\.org" gem "thin" gem "rack\-perftools\-profiler" .fi .IP "" 0 .P The \fBthin\fR gem depends on \fBrack >= 1\.0\fR, while \fBrack\-perftools\-profiler\fR depends on \fBrack ~> 1\.0\fR\. If you run bundle install, you get: .IP "" 4 .nf Fetching source index for https://rubygems\.org/ Installing daemons (1\.1\.0) Installing eventmachine (0\.12\.10) with native extensions Installing open4 (1\.0\.1) Installing perftools\.rb (0\.4\.7) with native extensions Installing rack (1\.2\.1) Installing rack\-perftools_profiler (0\.0\.2) Installing thin (1\.2\.7) with native extensions Using bundler (1\.0\.0\.rc\.3) .fi .IP "" 0 .P In this case, the two gems have their own set of dependencies, but they share \fBrack\fR in common\. If you run \fBbundle update thin\fR, bundler will update \fBdaemons\fR, \fBeventmachine\fR and \fBrack\fR, which are dependencies of \fBthin\fR, but not \fBopen4\fR or \fBperftools\.rb\fR, which are dependencies of \fBrack\-perftools_profiler\fR\. Note that \fBbundle update thin\fR will update \fBrack\fR even though it's \fIalso\fR a dependency of \fBrack\-perftools_profiler\fR\. .P In short, by default, when you update a gem using \fBbundle update\fR, bundler will update all dependencies of that gem, including those that are also dependencies of another gem\. .P To prevent updating indirect dependencies, prior to version 1\.14 the only option was the \fBCONSERVATIVE UPDATING\fR behavior in bundle install(1) \fIbundle\-install\.1\.html\fR: .P In this scenario, updating the \fBthin\fR version manually in the Gemfile(5), and then running bundle install(1) \fIbundle\-install\.1\.html\fR will only update \fBdaemons\fR and \fBeventmachine\fR, but not \fBrack\fR\. For more information, see the \fBCONSERVATIVE UPDATING\fR section of bundle install(1) \fIbundle\-install\.1\.html\fR\. .P Starting with 1\.14, specifying the \fB\-\-conservative\fR option will also prevent indirect dependencies from being updated\. .SH "PATCH LEVEL OPTIONS" Version 1\.14 introduced 4 patch\-level options that will influence how gem versions are resolved\. One of the following options can be used: \fB\-\-patch\fR, \fB\-\-minor\fR or \fB\-\-major\fR\. \fB\-\-strict\fR can be added to further influence resolution\. .TP \fB\-\-patch\fR Prefer updating only to next patch version\. .TP \fB\-\-minor\fR Prefer updating only to next minor version\. .TP \fB\-\-major\fR Prefer updating to next major version (default)\. .TP \fB\-\-strict\fR Do not allow any gem to be updated past latest \fB\-\-patch\fR | \fB\-\-minor\fR | \fB\-\-major\fR\. .P When Bundler is resolving what versions to use to satisfy declared requirements in the Gemfile or in parent gems, it looks up all available versions, filters out any versions that don't satisfy the requirement, and then, by default, sorts them from newest to oldest, considering them in that order\. .P Providing one of the patch level options (e\.g\. \fB\-\-patch\fR) changes the sort order of the satisfying versions, causing Bundler to consider the latest \fB\-\-patch\fR or \fB\-\-minor\fR version available before other versions\. Note that versions outside the stated patch level could still be resolved to if necessary to find a suitable dependency graph\. .P For example, if gem 'foo' is locked at 1\.0\.2, with no gem requirement defined in the Gemfile, and versions 1\.0\.3, 1\.0\.4, 1\.1\.0, 1\.1\.1, 2\.0\.0 all exist, the default order of preference by default (\fB\-\-major\fR) will be "2\.0\.0, 1\.1\.1, 1\.1\.0, 1\.0\.4, 1\.0\.3, 1\.0\.2"\. .P If the \fB\-\-patch\fR option is used, the order of preference will change to "1\.0\.4, 1\.0\.3, 1\.0\.2, 1\.1\.1, 1\.1\.0, 2\.0\.0"\. .P If the \fB\-\-minor\fR option is used, the order of preference will change to "1\.1\.1, 1\.1\.0, 1\.0\.4, 1\.0\.3, 1\.0\.2, 2\.0\.0"\. .P Combining the \fB\-\-strict\fR option with any of the patch level options will remove any versions beyond the scope of the patch level option, to ensure that no gem is updated that far\. .P To continue the previous example, if both \fB\-\-patch\fR and \fB\-\-strict\fR options are used, the available versions for resolution would be "1\.0\.4, 1\.0\.3, 1\.0\.2"\. If \fB\-\-minor\fR and \fB\-\-strict\fR are used, it would be "1\.1\.1, 1\.1\.0, 1\.0\.4, 1\.0\.3, 1\.0\.2"\. .P Gem requirements as defined in the Gemfile will still be the first determining factor for what versions are available\. If the gem requirement for \fBfoo\fR in the Gemfile is '~> 1\.0', that will accomplish the same thing as providing the \fB\-\-minor\fR and \fB\-\-strict\fR options\. .SH "PATCH LEVEL EXAMPLES" Given the following gem specifications: .IP "" 4 .nf foo 1\.4\.3, requires: ~> bar 2\.0 foo 1\.4\.4, requires: ~> bar 2\.0 foo 1\.4\.5, requires: ~> bar 2\.1 foo 1\.5\.0, requires: ~> bar 2\.1 foo 1\.5\.1, requires: ~> bar 3\.0 bar with versions 2\.0\.3, 2\.0\.4, 2\.1\.0, 2\.1\.1, 3\.0\.0 .fi .IP "" 0 .P Gemfile: .IP "" 4 .nf gem 'foo' .fi .IP "" 0 .P Gemfile\.lock: .IP "" 4 .nf foo (1\.4\.3) bar (~> 2\.0) bar (2\.0\.3) .fi .IP "" 0 .P Cases: .IP "" 4 .nf # Command Line Result \-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\- 1 bundle update \-\-patch 'foo 1\.4\.5', 'bar 2\.1\.1' 2 bundle update \-\-patch foo 'foo 1\.4\.5', 'bar 2\.1\.1' 3 bundle update \-\-minor 'foo 1\.5\.1', 'bar 3\.0\.0' 4 bundle update \-\-minor \-\-strict 'foo 1\.5\.0', 'bar 2\.1\.1' 5 bundle update \-\-patch \-\-strict 'foo 1\.4\.4', 'bar 2\.0\.4' .fi .IP "" 0 .P In case 1, bar is upgraded to 2\.1\.1, a minor version increase, because the dependency from foo 1\.4\.5 required it\. .P In case 2, only foo is requested to be unlocked, but bar is also allowed to move because it's not a declared dependency in the Gemfile\. .P In case 3, bar goes up a whole major release, because a minor increase is preferred now for foo, and when it goes to 1\.5\.1, it requires 3\.0\.0 of bar\. .P In case 4, foo is preferred up to a minor version, but 1\.5\.1 won't work because the \-\-strict flag removes bar 3\.0\.0 from consideration since it's a major increment\. .P In case 5, both foo and bar have any minor or major increments removed from consideration because of the \-\-strict flag, so the most they can move is up to 1\.4\.4 and 2\.0\.4\. .SH "RECOMMENDED WORKFLOW" In general, when working with an application managed with bundler, you should use the following workflow: .IP "\(bu" 4 After you create your Gemfile(5) for the first time, run .IP $ bundle install .IP "\(bu" 4 Check the resulting \fBGemfile\.lock\fR into version control .IP $ git add Gemfile\.lock .IP "\(bu" 4 When checking out this repository on another development machine, run .IP $ bundle install .IP "\(bu" 4 When checking out this repository on a deployment machine, run .IP $ bundle install \-\-deployment .IP "\(bu" 4 After changing the Gemfile(5) to reflect a new or update dependency, run .IP $ bundle install .IP "\(bu" 4 Make sure to check the updated \fBGemfile\.lock\fR into version control .IP $ git add Gemfile\.lock .IP "\(bu" 4 If bundle install(1) \fIbundle\-install\.1\.html\fR reports a conflict, manually update the specific gems that you changed in the Gemfile(5) .IP $ bundle update rails thin .IP "\(bu" 4 If you want to update all the gems to the latest possible versions that still match the gems listed in the Gemfile(5), run .IP $ bundle update \-\-all .IP "" 0 PK *J [w��� � ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-add.1.ronnnu �[��� bundle-add(1) -- Add gem to the Gemfile and run bundle install ============================================================== ## SYNOPSIS `bundle add` <GEM_NAME> [--group=GROUP] [--version=VERSION] [--source=SOURCE] [--path=PATH] [--git=GIT|--github=GITHUB] [--branch=BRANCH] [--ref=REF] [--quiet] [--skip-install] [--strict|--optimistic] ## DESCRIPTION Adds the named gem to the [`Gemfile(5)`][Gemfile(5)] and run `bundle install`. `bundle install` can be avoided by using the flag `--skip-install`. ## OPTIONS * `--version=VERSION`, `-v=VERSION`: Specify version requirements(s) for the added gem. * `--group=GROUP`, `-g=GROUP`: Specify the group(s) for the added gem. Multiple groups should be separated by commas. * `--source=SOURCE`, `-s=SOURCE`: Specify the source for the added gem. * `--require=REQUIRE`, `-r=REQUIRE`: Adds require path to gem. Provide false, or a path as a string. * `--path=PATH`: Specify the file system path for the added gem. * `--git=GIT`: Specify the git source for the added gem. * `--github=GITHUB`: Specify the github source for the added gem. * `--branch=BRANCH`: Specify the git branch for the added gem. * `--ref=REF`: Specify the git ref for the added gem. * `--glob=GLOB`: Specify the location of a dependency's .gemspec, expanded within Ruby (single quotes recommended). * `--quiet`: Do not print progress information to the standard output. * `--skip-install`: Adds the gem to the Gemfile but does not install it. * `--optimistic`: Adds optimistic declaration of version. * `--strict`: Adds strict declaration of version. ## EXAMPLES 1. You can add the `rails` gem to the Gemfile without any version restriction. The source of the gem will be the global source. `bundle add rails` 2. You can add the `rails` gem with version greater than 1.1 (not including 1.1) and less than 3.0. `bundle add rails --version "> 1.1, < 3.0"` 3. You can use the `https://gems.example.com` custom source and assign the gem to a group. `bundle add rails --version "~> 5.0.0" --source "https://gems.example.com" --group "development"` 4. The following adds the `gem` entry to the Gemfile without installing the gem. You can install gems later via `bundle install`. `bundle add rails --skip-install` 5. You can assign the gem to more than one group. `bundle add rails --group "development, test"` ## SEE ALSO [Gemfile(5)](https://bundler.io/man/gemfile.5.html), [bundle-remove(1)](bundle-remove.1.html) PK *J [�K�V V B share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-inject.1.ronnnu �[��� bundle-inject(1) -- Add named gem(s) with version requirements to Gemfile ========================================================================= ## SYNOPSIS `bundle inject` [GEM] [VERSION] [--source=SOURCE] [--group=GROUP] ## DESCRIPTION Adds the named gem(s) with their version requirements to the resolved [`Gemfile(5)`][Gemfile(5)]. This command will add the gem to both your [`Gemfile(5)`][Gemfile(5)] and Gemfile.lock if it isn't listed yet. Example: bundle install bundle inject 'rack' '> 0' This will inject the 'rack' gem with a version greater than 0 in your [`Gemfile(5)`][Gemfile(5)] and Gemfile.lock. The `bundle inject` command was deprecated in Bundler 2.1 and will be removed in Bundler 3.0. ## OPTIONS * `--source=SOURCE`: Install gem from the given source. * `--group=GROUP`: Install gem into a bundler group. PK *J [��� � @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-exec.1.ronnnu �[��� bundle-exec(1) -- Execute a command in the context of the bundle ================================================================ ## SYNOPSIS `bundle exec` [--keep-file-descriptors] [--gemfile=GEMFILE] <command> ## DESCRIPTION This command executes the command, making all gems specified in the [`Gemfile(5)`][Gemfile(5)] available to `require` in Ruby programs. Essentially, if you would normally have run something like `rspec spec/my_spec.rb`, and you want to use the gems specified in the [`Gemfile(5)`][Gemfile(5)] and installed via [bundle install(1)](bundle-install.1.html), you should run `bundle exec rspec spec/my_spec.rb`. Note that `bundle exec` does not require that an executable is available on your shell's `$PATH`. ## OPTIONS * `--keep-file-descriptors`: Passes all file descriptors to the new processes. Default is true from bundler version 2.2.26. Setting it to false is now deprecated. * `--gemfile=GEMFILE`: Use the specified gemfile instead of [`Gemfile(5)`][Gemfile(5)]. ## BUNDLE INSTALL --BINSTUBS If you use the `--binstubs` flag in [bundle install(1)](bundle-install.1.html), Bundler will automatically create a directory (which defaults to `app_root/bin`) containing all of the executables available from gems in the bundle. After using `--binstubs`, `bin/rspec spec/my_spec.rb` is identical to `bundle exec rspec spec/my_spec.rb`. ## ENVIRONMENT MODIFICATIONS `bundle exec` makes a number of changes to the shell environment, then executes the command you specify in full. * make sure that it's still possible to shell out to `bundle` from inside a command invoked by `bundle exec` (using `$BUNDLE_BIN_PATH`) * put the directory containing executables (like `rails`, `rspec`, `rackup`) for your bundle on `$PATH` * make sure that if bundler is invoked in the subshell, it uses the same `Gemfile` (by setting `BUNDLE_GEMFILE`) * add `-rbundler/setup` to `$RUBYOPT`, which makes sure that Ruby programs invoked in the subshell can see the gems in the bundle It also modifies Rubygems: * disallow loading additional gems not in the bundle * modify the `gem` method to be a no-op if a gem matching the requirements is in the bundle, and to raise a `Gem::LoadError` if it's not * Define `Gem.refresh` to be a no-op, since the source index is always frozen when using bundler, and to prevent gems from the system leaking into the environment * Override `Gem.bin_path` to use the gems in the bundle, making system executables work * Add all gems in the bundle into Gem.loaded_specs Finally, `bundle exec` also implicitly modifies `Gemfile.lock` if the lockfile and the Gemfile do not match. Bundler needs the Gemfile to determine things such as a gem's groups, `autorequire`, and platforms, etc., and that information isn't stored in the lockfile. The Gemfile and lockfile must be synced in order to `bundle exec` successfully, so `bundle exec` updates the lockfile beforehand. ### Loading By default, when attempting to `bundle exec` to a file with a ruby shebang, Bundler will `Kernel.load` that file instead of using `Kernel.exec`. For the vast majority of cases, this is a performance improvement. In a rare few cases, this could cause some subtle side-effects (such as dependence on the exact contents of `$0` or `__FILE__`) and the optimization can be disabled by enabling the `disable_exec_load` setting. ### Shelling out Any Ruby code that opens a subshell (like `system`, backticks, or `%x{}`) will automatically use the current Bundler environment. If you need to shell out to a Ruby command that is not part of your current bundle, use the `with_unbundled_env` method with a block. Any subshells created inside the block will be given the environment present before Bundler was activated. For example, Homebrew commands run Ruby, but don't work inside a bundle: Bundler.with_unbundled_env do `brew install wget` end Using `with_unbundled_env` is also necessary if you are shelling out to a different bundle. Any Bundler commands run in a subshell will inherit the current Gemfile, so commands that need to run in the context of a different bundle also need to use `with_unbundled_env`. Bundler.with_unbundled_env do Dir.chdir "/other/bundler/project" do `bundle exec ./script` end end Bundler provides convenience helpers that wrap `system` and `exec`, and they can be used like this: Bundler.unbundled_system('brew install wget') Bundler.unbundled_exec('brew install wget') ## RUBYGEMS PLUGINS At present, the Rubygems plugin system requires all files named `rubygems_plugin.rb` on the load path of _any_ installed gem when any Ruby code requires `rubygems.rb`. This includes executables installed into the system, like `rails`, `rackup`, and `rspec`. Since Rubygems plugins can contain arbitrary Ruby code, they commonly end up activating themselves or their dependencies. For instance, the `gemcutter 0.5` gem depended on `json_pure`. If you had that version of gemcutter installed (even if you _also_ had a newer version without this problem), Rubygems would activate `gemcutter 0.5` and `json_pure <latest>`. If your Gemfile(5) also contained `json_pure` (or a gem with a dependency on `json_pure`), the latest version on your system might conflict with the version in your Gemfile(5), or the snapshot version in your `Gemfile.lock`. If this happens, bundler will say: You have already activated json_pure 1.4.6 but your Gemfile requires json_pure 1.4.3. Consider using bundle exec. In this situation, you almost certainly want to remove the underlying gem with the problematic gem plugin. In general, the authors of these plugins (in this case, the `gemcutter` gem) have released newer versions that are more careful in their plugins. You can find a list of all the gems containing gem plugins by running ruby -e "puts Gem.find_files('rubygems_plugin.rb')" At the very least, you should remove all but the newest version of each gem plugin, and also remove all gem plugins that you aren't using (`gem uninstall gem_name`). PK *J [���o� � C share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-version.1.ronnnu �[��� bundle-version(1) -- Prints Bundler version information ======================================================= ## SYNOPSIS `bundle version` ## DESCRIPTION Prints Bundler version information. ## OPTIONS No options. ## EXAMPLE Print the version of Bundler with build date and commit hash of the in the Git source. bundle version shows `Bundler version 2.3.21 (2022-08-24 commit d54be5fdd8)` for example. cf. `bundle --version` shows `Bundler version 2.3.21`. PK *J [!�� ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-open.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-OPEN" "1" "March 2025" "" .SH "NAME" \fBbundle\-open\fR \- Opens the source directory for a gem in your bundle .SH "SYNOPSIS" \fBbundle open\fR [GEM] [\-\-path=PATH] .SH "DESCRIPTION" Opens the source directory of the provided GEM in your editor\. .P For this to work the \fBEDITOR\fR or \fBBUNDLER_EDITOR\fR environment variable has to be set\. .P Example: .IP "" 4 .nf bundle open 'rack' .fi .IP "" 0 .P Will open the source directory for the 'rack' gem in your bundle\. .IP "" 4 .nf bundle open 'rack' \-\-path 'README\.md' .fi .IP "" 0 .P Will open the README\.md file of the 'rack' gem source in your bundle\. .SH "OPTIONS" .TP \fB\-\-path[=PATH]\fR Specify GEM source relative path to open\. PK *J [ � < share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-issue.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-ISSUE" "1" "March 2025" "" .SH "NAME" \fBbundle\-issue\fR \- Get help reporting Bundler issues .SH "SYNOPSIS" \fBbundle issue\fR .SH "DESCRIPTION" Provides guidance on reporting Bundler issues and outputs detailed system information that should be included when filing a bug report\. This command: .IP "1." 4 Displays links to troubleshooting resources .IP "2." 4 Shows instructions for reporting issues .IP "3." 4 Outputs comprehensive environment information needed for debugging .IP "" 0 .P The command helps ensure that bug reports include all necessary system details for effective troubleshooting\. .SH "OUTPUT" The command outputs several sections: .IP "\(bu" 4 Troubleshooting links and resources .IP "\(bu" 4 Link to the GitHub issue template .IP "\(bu" 4 Environment information including: Bundler version and platforms, Ruby version and configuration, RubyGems version and paths, Development tool versions (Git, RVM, rbenv, chruby) .IP "\(bu" 4 Bundler build metadata .IP "\(bu" 4 Current Bundler settings .IP "\(bu" 4 Bundle Doctor output .IP "" 0 .SH "EXAMPLES" Get issue reporting information: .IP "" 4 .nf $ bundle issue .fi .IP "" 0 .SH "SEE ALSO" .IP "\(bu" 4 bundle\-doctor(1) .IP "" 0 PK *J [l�� � � D share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-pristine.1.ronnnu �[��� bundle-pristine(1) -- Restores installed gems to their pristine condition ========================================================================= ## SYNOPSIS `bundle pristine` ## DESCRIPTION `pristine` restores the installed gems in the bundle to their pristine condition using the local gem cache from RubyGems. For git gems, a forced checkout will be performed. For further explanation, `bundle pristine` ignores unpacked files on disk. In other words, this command utilizes the local `.gem` cache or the gem's git repository as if one were installing from scratch. Note: the Bundler gem cannot be restored to its original state with `pristine`. One also cannot use `bundle pristine` on gems with a 'path' option in the Gemfile, because bundler has no original copy it can restore from. When is it practical to use `bundle pristine`? It comes in handy when a developer is debugging a gem. `bundle pristine` is a great way to get rid of experimental changes to a gem that one may not want. Why use `bundle pristine` over `gem pristine --all`? Both commands are very similar. For context: `bundle pristine`, without arguments, cleans all gems from the lockfile. Meanwhile, `gem pristine --all` cleans all installed gems for that Ruby version. If a developer forgets which gems in their project they might have been debugging, the Rubygems `gem pristine [GEMNAME]` command may be inconvenient. One can avoid waiting for `gem pristine --all`, and instead run `bundle pristine`. PK *J [Cbܹ D share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-outdated.1.ronnnu �[��� bundle-outdated(1) -- List installed gems with newer versions available ======================================================================= ## SYNOPSIS `bundle outdated` [GEM] [--local] [--pre] [--source] [--filter-strict | --strict] [--update-strict] [--parseable | --porcelain] [--group=GROUP] [--groups] [--patch|--minor|--major] [--filter-major] [--filter-minor] [--filter-patch] [--only-explicit] ## DESCRIPTION Outdated lists the names and versions of gems that have a newer version available in the given source. Calling outdated with [GEM [GEM]] will only check for newer versions of the given gems. Prerelease gems are ignored by default. If your gems are up to date, Bundler will exit with a status of 0. Otherwise, it will exit 1. ## OPTIONS * `--local`: Do not attempt to fetch gems remotely and use the gem cache instead. * `--pre`: Check for newer pre-release gems. * `--source=<list>`: Check against a specific source. * `--filter-strict`, `--strict`: Only list newer versions allowed by your Gemfile requirements, also respecting conservative update flags (--patch, --minor, --major). * `--update-strict`: Strict conservative resolution, do not allow any gem to be updated past latest --patch | --minor | --major. * `--parseable`, `--porcelain`: Use minimal formatting for more parseable output. * `--group=GROUP`: List gems from a specific group. * `--groups`: List gems organized by groups. * `--minor`: Prefer updating only to next minor version. * `--major`: Prefer updating to next major version (default). * `--patch`: Prefer updating only to next patch version. * `--filter-major`: Only list major newer versions. * `--filter-minor`: Only list minor newer versions. * `--filter-patch`: Only list patch newer versions. * `--only-explicit`: Only list gems specified in your Gemfile, not their dependencies. ## PATCH LEVEL OPTIONS See [bundle update(1)](bundle-update.1.html) for details. ## FILTERING OUTPUT The 3 filtering options do not affect the resolution of versions, merely what versions are shown in the output. If the regular output shows the following: * Gem Current Latest Requested Groups * faker 1.6.5 1.6.6 ~> 1.4 development, test * hashie 1.2.0 3.4.6 = 1.2.0 default * headless 2.2.3 2.3.1 = 2.2.3 test `--filter-major` would only show: * Gem Current Latest Requested Groups * hashie 1.2.0 3.4.6 = 1.2.0 default `--filter-minor` would only show: * Gem Current Latest Requested Groups * headless 2.2.3 2.3.1 = 2.2.3 test `--filter-patch` would only show: * Gem Current Latest Requested Groups * faker 1.6.5 1.6.6 ~> 1.4 development, test Filter options can be combined. `--filter-minor` and `--filter-patch` would show: * Gem Current Latest Requested Groups * faker 1.6.5 1.6.6 ~> 1.4 development, test Combining all three `filter` options would be the same result as providing none of them. PK *J [�G-�� � @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-list.1.ronnnu �[��� bundle-list(1) -- List all the gems in the bundle ================================================= ## SYNOPSIS `bundle list` [--name-only] [--paths] [--without-group=GROUP[ GROUP...]] [--only-group=GROUP[ GROUP...]] ## DESCRIPTION Prints a list of all the gems in the bundle including their version. Example: bundle list --name-only bundle list --paths bundle list --without-group test bundle list --only-group dev bundle list --only-group dev test --paths ## OPTIONS * `--name-only`: Print only the name of each gem. * `--paths`: Print the path to each gem in the bundle. * `--without-group=<list>`: A space-separated list of groups of gems to skip during printing. * `--only-group=<list>`: A space-separated list of groups of gems to print. PK *J [w��� ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-show.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-SHOW" "1" "March 2025" "" .SH "NAME" \fBbundle\-show\fR \- Shows all the gems in your bundle, or the path to a gem .SH "SYNOPSIS" \fBbundle show\fR [GEM] [\-\-paths] [\-\-outdated] .SH "DESCRIPTION" Without the [GEM] option, \fBshow\fR will print a list of the names and versions of all gems that are required by your [\fBGemfile(5)\fR][Gemfile(5)], sorted by name\. .P Calling show with [GEM] will list the exact location of that gem on your machine\. .SH "OPTIONS" .TP \fB\-\-paths\fR List the paths of all gems that are required by your [\fBGemfile(5)\fR][Gemfile(5)], sorted by gem name\. .TP \fB\-\-outdated\fR Show verbose output including whether gems are outdated\. PK *J [�ǘD� � > share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-console.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CONSOLE" "1" "March 2025" "" .SH "NAME" \fBbundle\-console\fR \- Open an IRB session with the bundle pre\-loaded .SH "SYNOPSIS" \fBbundle console\fR [GROUP] .SH "DESCRIPTION" Starts an interactive Ruby console session in the context of the current bundle\. .P If no \fBGROUP\fR is specified, all gems in the \fBdefault\fR group in the Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR are preliminarily loaded\. .P If \fBGROUP\fR is specified, all gems in the given group in the Gemfile in addition to the gems in \fBdefault\fR group are loaded\. Even if the given group does not exist in the Gemfile, IRB console starts without any warning or error\. .P The environment variable \fBBUNDLE_CONSOLE\fR or \fBbundle config set console\fR can be used to change the shell from the following: .IP "\(bu" 4 \fBirb\fR (default) .IP "\(bu" 4 \fBpry\fR (https://github\.com/pry/pry) .IP "\(bu" 4 \fBripl\fR (https://github\.com/cldwalker/ripl) .IP "" 0 .P \fBbundle console\fR uses irb by default\. An alternative Pry or Ripl can be used with \fBbundle console\fR by adjusting the \fBconsole\fR Bundler setting\. Also make sure that \fBpry\fR or \fBripl\fR is in your Gemfile\. .SH "EXAMPLE" .nf $ bundle config set console pry $ bundle console Resolving dependencies\|\.\|\.\|\. [1] pry(main)> .fi .SH "SEE ALSO" Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR PK *J [?��� � : share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-gem.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-GEM" "1" "March 2025" "" .SH "NAME" \fBbundle\-gem\fR \- Generate a project skeleton for creating a rubygem .SH "SYNOPSIS" \fBbundle gem\fR \fIGEM_NAME\fR \fIOPTIONS\fR .SH "DESCRIPTION" Generates a directory named \fBGEM_NAME\fR with a \fBRakefile\fR, \fBGEM_NAME\.gemspec\fR, and other supporting files and directories that can be used to develop a rubygem with that name\. .P Run \fBrake \-T\fR in the resulting project for a list of Rake tasks that can be used to test and publish the gem to rubygems\.org\. .P The generated project skeleton can be customized with OPTIONS, as explained below\. Note that these options can also be specified via Bundler's global configuration file using the following names: .IP "\(bu" 4 \fBgem\.coc\fR .IP "\(bu" 4 \fBgem\.mit\fR .IP "\(bu" 4 \fBgem\.test\fR .IP "" 0 .SH "OPTIONS" .IP "\(bu" 4 \fB\-\-exe\fR, \fB\-\-bin\fR, \fB\-b\fR: Specify that Bundler should create a binary executable (as \fBexe/GEM_NAME\fR) in the generated rubygem project\. This binary will also be added to the \fBGEM_NAME\.gemspec\fR manifest\. This behavior is disabled by default\. .IP "\(bu" 4 \fB\-\-no\-exe\fR: Do not create a binary (overrides \fB\-\-exe\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-coc\fR: Add a \fBCODE_OF_CONDUCT\.md\fR file to the root of the generated project\. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-coc\fR: Do not create a \fBCODE_OF_CONDUCT\.md\fR (overrides \fB\-\-coc\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-changelog\fR Add a \fBCHANGELOG\.md\fR file to the root of the generated project\. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-changelog\fR: Do not create a \fBCHANGELOG\.md\fR (overrides \fB\-\-changelog\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-ext=c\fR, \fB\-\-ext=rust\fR: Add boilerplate for C or Rust (currently magnus \fIhttps://docs\.rs/magnus\fR based) extension code to the generated project\. This behavior is disabled by default\. .IP "\(bu" 4 \fB\-\-no\-ext\fR: Do not add extension code (overrides \fB\-\-ext\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-git\fR: Initialize a git repo inside your library\. .IP "\(bu" 4 \fB\-\-github\-username=GITHUB_USERNAME\fR: Fill in GitHub username on README so that you don't have to do it manually\. Set a default with \fBbundle config set \-\-global gem\.github_username <your_username>\fR\. .IP "\(bu" 4 \fB\-\-mit\fR: Add an MIT license to a \fBLICENSE\.txt\fR file in the root of the generated project\. Your name from the global git config is used for the copyright statement\. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-mit\fR: Do not create a \fBLICENSE\.txt\fR (overrides \fB\-\-mit\fR specified in the global config)\. .IP "\(bu" 4 \fB\-t\fR, \fB\-\-test=minitest\fR, \fB\-\-test=rspec\fR, \fB\-\-test=test\-unit\fR: Specify the test framework that Bundler should use when generating the project\. Acceptable values are \fBminitest\fR, \fBrspec\fR and \fBtest\-unit\fR\. The \fBGEM_NAME\.gemspec\fR will be configured and a skeleton test/spec directory will be created based on this option\. Given no option is specified: .IP When Bundler is configured to generate tests, this defaults to Bundler's global config setting \fBgem\.test\fR\. .IP When Bundler is configured to not generate tests, an interactive prompt will be displayed and the answer will be used for the current rubygem project\. .IP When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-test\fR: Do not use a test framework (overrides \fB\-\-test\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-changelog\fR: Generate changelog file\. Set a default with \fBbundle config set \-\-global gem\.changelog true\fR\. .IP "\(bu" 4 \fB\-\-ci\fR, \fB\-\-ci=circle\fR, \fB\-\-ci=github\fR, \fB\-\-ci=gitlab\fR: Specify the continuous integration service that Bundler should use when generating the project\. Acceptable values are \fBgithub\fR, \fBgitlab\fR and \fBcircle\fR\. A configuration file will be generated in the project directory\. Given no option is specified: .IP When Bundler is configured to generate CI files, this defaults to Bundler's global config setting \fBgem\.ci\fR\. .IP When Bundler is configured to not generate CI files, an interactive prompt will be displayed and the answer will be used for the current rubygem project\. .IP When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-ci\fR: Do not use a continuous integration service (overrides \fB\-\-ci\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-linter\fR, \fB\-\-linter=rubocop\fR, \fB\-\-linter=standard\fR: Specify the linter and code formatter that Bundler should add to the project's development dependencies\. Acceptable values are \fBrubocop\fR and \fBstandard\fR\. A configuration file will be generated in the project directory\. Given no option is specified: .IP When Bundler is configured to add a linter, this defaults to Bundler's global config setting \fBgem\.linter\fR\. .IP When Bundler is configured not to add a linter, an interactive prompt will be displayed and the answer will be used for the current rubygem project\. .IP When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future \fBbundle gem\fR use\. .IP "\(bu" 4 \fB\-\-no\-linter\fR: Do not add a linter (overrides \fB\-\-linter\fR specified in the global config)\. .IP "\(bu" 4 \fB\-\-rubocop\fR: Add rubocop to the generated Rakefile and gemspec\. Set a default with \fBbundle config set \-\-global gem\.rubocop true\fR\. .IP "\(bu" 4 \fB\-\-edit=EDIT\fR, \fB\-e=EDIT\fR: Open the resulting GEM_NAME\.gemspec in EDIT, or the default editor if not specified\. The default is \fB$BUNDLER_EDITOR\fR, \fB$VISUAL\fR, or \fB$EDITOR\fR\. .IP "" 0 .SH "SEE ALSO" .IP "\(bu" 4 bundle config(1) \fIbundle\-config\.1\.html\fR .IP "" 0 PK *J [v�I� � 6 share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE" "1" "March 2025" "" .SH "NAME" \fBbundle\fR \- Ruby Dependency Management .SH "SYNOPSIS" \fBbundle\fR COMMAND [\-\-no\-color] [\-\-verbose] [ARGS] .SH "DESCRIPTION" Bundler manages an \fBapplication's dependencies\fR through its entire life across many machines systematically and repeatably\. .P See the bundler website \fIhttps://bundler\.io\fR for information on getting started, and Gemfile(5) for more information on the \fBGemfile\fR format\. .SH "OPTIONS" .TP \fB\-\-no\-color\fR Print all output without color .TP \fB\-\-retry\fR, \fB\-r\fR Specify the number of times you wish to attempt network commands .TP \fB\-\-verbose\fR, \fB\-V\fR Print out additional logging information .SH "BUNDLE COMMANDS" We divide \fBbundle\fR subcommands into primary commands and utilities: .SH "PRIMARY COMMANDS" .TP \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR Install the gems specified by the \fBGemfile\fR or \fBGemfile\.lock\fR .TP \fBbundle update(1)\fR \fIbundle\-update\.1\.html\fR Update dependencies to their latest versions .TP \fBbundle cache(1)\fR \fIbundle\-cache\.1\.html\fR Package the \.gem files required by your application into the \fBvendor/cache\fR directory (aliases: \fBbundle package\fR, \fBbundle pack\fR) .TP \fBbundle exec(1)\fR \fIbundle\-exec\.1\.html\fR Execute a script in the current bundle .TP \fBbundle config(1)\fR \fIbundle\-config\.1\.html\fR Specify and read configuration options for Bundler .TP \fBbundle help(1)\fR \fIbundle\-help\.1\.html\fR Display detailed help for each subcommand .SH "UTILITIES" .TP \fBbundle add(1)\fR \fIbundle\-add\.1\.html\fR Add the named gem to the Gemfile and run \fBbundle install\fR .TP \fBbundle binstubs(1)\fR \fIbundle\-binstubs\.1\.html\fR Generate binstubs for executables in a gem .TP \fBbundle check(1)\fR \fIbundle\-check\.1\.html\fR Determine whether the requirements for your application are installed and available to Bundler .TP \fBbundle show(1)\fR \fIbundle\-show\.1\.html\fR Show the source location of a particular gem in the bundle .TP \fBbundle outdated(1)\fR \fIbundle\-outdated\.1\.html\fR Show all of the outdated gems in the current bundle .TP \fBbundle console(1)\fR (deprecated) Start an IRB session in the current bundle .TP \fBbundle open(1)\fR \fIbundle\-open\.1\.html\fR Open an installed gem in the editor .TP \fBbundle lock(1)\fR \fIbundle\-lock\.1\.html\fR Generate a lockfile for your dependencies .TP \fBbundle viz(1)\fR \fIbundle\-viz\.1\.html\fR (deprecated) Generate a visual representation of your dependencies .TP \fBbundle init(1)\fR \fIbundle\-init\.1\.html\fR Generate a simple \fBGemfile\fR, placed in the current directory .TP \fBbundle gem(1)\fR \fIbundle\-gem\.1\.html\fR Create a simple gem, suitable for development with Bundler .TP \fBbundle platform(1)\fR \fIbundle\-platform\.1\.html\fR Display platform compatibility information .TP \fBbundle clean(1)\fR \fIbundle\-clean\.1\.html\fR Clean up unused gems in your Bundler directory .TP \fBbundle doctor(1)\fR \fIbundle\-doctor\.1\.html\fR Display warnings about common problems .TP \fBbundle remove(1)\fR \fIbundle\-remove\.1\.html\fR Removes gems from the Gemfile .TP \fBbundle plugin(1)\fR \fIbundle\-plugin\.1\.html\fR Manage Bundler plugins .TP \fBbundle version(1)\fR \fIbundle\-version\.1\.html\fR Prints Bundler version information .SH "PLUGINS" When running a command that isn't listed in PRIMARY COMMANDS or UTILITIES, Bundler will try to find an executable on your path named \fBbundler\-<command>\fR and execute it, passing down any extra arguments to it\. .SH "OBSOLETE" These commands are obsolete and should no longer be used: .IP "\(bu" 4 \fBbundle inject(1)\fR .IP "" 0 PK *J [<�N7 7 ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-licenses.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-LICENSES" "1" "March 2025" "" .SH "NAME" \fBbundle\-licenses\fR \- Print the license of all gems in the bundle .SH "SYNOPSIS" \fBbundle licenses\fR .SH "DESCRIPTION" Prints the license of all gems in the bundle\. PK *J [1�<o� � ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-gem.1.ronnnu �[��� bundle-gem(1) -- Generate a project skeleton for creating a rubygem =================================================================== ## SYNOPSIS `bundle gem` <GEM_NAME> [OPTIONS] ## DESCRIPTION Generates a directory named `GEM_NAME` with a `Rakefile`, `GEM_NAME.gemspec`, and other supporting files and directories that can be used to develop a rubygem with that name. Run `rake -T` in the resulting project for a list of Rake tasks that can be used to test and publish the gem to rubygems.org. The generated project skeleton can be customized with OPTIONS, as explained below. Note that these options can also be specified via Bundler's global configuration file using the following names: * `gem.coc` * `gem.mit` * `gem.test` ## OPTIONS * `--exe`, `--bin`, `-b`: Specify that Bundler should create a binary executable (as `exe/GEM_NAME`) in the generated rubygem project. This binary will also be added to the `GEM_NAME.gemspec` manifest. This behavior is disabled by default. * `--no-exe`: Do not create a binary (overrides `--exe` specified in the global config). * `--coc`: Add a `CODE_OF_CONDUCT.md` file to the root of the generated project. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future `bundle gem` use. * `--no-coc`: Do not create a `CODE_OF_CONDUCT.md` (overrides `--coc` specified in the global config). * `--changelog` Add a `CHANGELOG.md` file to the root of the generated project. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future `bundle gem` use. * `--no-changelog`: Do not create a `CHANGELOG.md` (overrides `--changelog` specified in the global config). * `--ext=c`, `--ext=rust`: Add boilerplate for C or Rust (currently [magnus](https://docs.rs/magnus) based) extension code to the generated project. This behavior is disabled by default. * `--no-ext`: Do not add extension code (overrides `--ext` specified in the global config). * `--git`: Initialize a git repo inside your library. * `--github-username=GITHUB_USERNAME`: Fill in GitHub username on README so that you don't have to do it manually. Set a default with `bundle config set --global gem.github_username <your_username>`. * `--mit`: Add an MIT license to a `LICENSE.txt` file in the root of the generated project. Your name from the global git config is used for the copyright statement. If this option is unspecified, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future `bundle gem` use. * `--no-mit`: Do not create a `LICENSE.txt` (overrides `--mit` specified in the global config). * `-t`, `--test=minitest`, `--test=rspec`, `--test=test-unit`: Specify the test framework that Bundler should use when generating the project. Acceptable values are `minitest`, `rspec` and `test-unit`. The `GEM_NAME.gemspec` will be configured and a skeleton test/spec directory will be created based on this option. Given no option is specified: When Bundler is configured to generate tests, this defaults to Bundler's global config setting `gem.test`. When Bundler is configured to not generate tests, an interactive prompt will be displayed and the answer will be used for the current rubygem project. When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future `bundle gem` use. * `--no-test`: Do not use a test framework (overrides `--test` specified in the global config). * `--changelog`: Generate changelog file. Set a default with `bundle config set --global gem.changelog true`. * `--ci`, `--ci=circle`, `--ci=github`, `--ci=gitlab`: Specify the continuous integration service that Bundler should use when generating the project. Acceptable values are `github`, `gitlab` and `circle`. A configuration file will be generated in the project directory. Given no option is specified: When Bundler is configured to generate CI files, this defaults to Bundler's global config setting `gem.ci`. When Bundler is configured to not generate CI files, an interactive prompt will be displayed and the answer will be used for the current rubygem project. When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future `bundle gem` use. * `--no-ci`: Do not use a continuous integration service (overrides `--ci` specified in the global config). * `--linter`, `--linter=rubocop`, `--linter=standard`: Specify the linter and code formatter that Bundler should add to the project's development dependencies. Acceptable values are `rubocop` and `standard`. A configuration file will be generated in the project directory. Given no option is specified: When Bundler is configured to add a linter, this defaults to Bundler's global config setting `gem.linter`. When Bundler is configured not to add a linter, an interactive prompt will be displayed and the answer will be used for the current rubygem project. When Bundler is unconfigured, an interactive prompt will be displayed and the answer will be saved in Bundler's global config for future `bundle gem` use. * `--no-linter`: Do not add a linter (overrides `--linter` specified in the global config). * `--rubocop`: Add rubocop to the generated Rakefile and gemspec. Set a default with `bundle config set --global gem.rubocop true`. * `--edit=EDIT`, `-e=EDIT`: Open the resulting GEM_NAME.gemspec in EDIT, or the default editor if not specified. The default is `$BUNDLER_EDITOR`, `$VISUAL`, or `$EDITOR`. ## SEE ALSO * [bundle config(1)](bundle-config.1.html) PK *J [g�C� � B share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-plugin.1.ronnnu �[��� bundle-plugin(1) -- Manage Bundler plugins ========================================== ## SYNOPSIS `bundle plugin` install PLUGINS [--source=<SOURCE>] [--version=<version>] [--git=<git-url>] [--branch=<branch>|--ref=<rev>] [--path=<path>]<br> `bundle plugin` uninstall PLUGINS<br> `bundle plugin` list<br> `bundle plugin` help [COMMAND] ## DESCRIPTION You can install, uninstall, and list plugin(s) with this command to extend functionalities of Bundler. ## SUB-COMMANDS ### install Install the given plugin(s). * `bundle plugin install bundler-graph`: Install bundler-graph gem from globally configured sources (defaults to RubyGems.org). The global source, specified in source in Gemfile is ignored. * `bundle plugin install bundler-graph --source https://example.com`: Install bundler-graph gem from example.com. The global source, specified in source in Gemfile is not considered. * `bundle plugin install bundler-graph --version 0.2.1`: You can specify the version of the gem via `--version`. * `bundle plugin install bundler-graph --git https://github.com/rubygems/bundler-graph`: Install bundler-graph gem from Git repository. You can use standard Git URLs like: `ssh://[user@]host.xz[:port]/path/to/repo.git`<br> `http[s]://host.xz[:port]/path/to/repo.git`<br> `/path/to/repo`<br> `file:///path/to/repo` When you specify `--git`, you can use `--branch` or `--ref` to specify any branch, tag, or commit hash (revision) to use. * `bundle plugin install bundler-graph --path ../bundler-graph`: Install bundler-graph gem from a local path. ### uninstall Uninstall the plugin(s) specified in PLUGINS. ### list List the installed plugins and available commands. No options. ### help Describe subcommands or one specific subcommand. No options. ## SEE ALSO * [How to write a Bundler plugin](https://bundler.io/guides/bundler_plugins.html) PK *J [��YD� � B share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-remove.1.ronnnu �[��� bundle-remove(1) -- Removes gems from the Gemfile ================================================= ## SYNOPSIS `bundle remove [GEM [GEM ...]] [--install]` ## DESCRIPTION Removes the given gems from the Gemfile while ensuring that the resulting Gemfile is still valid. If a gem cannot be removed, a warning is printed. If a gem is already absent from the Gemfile, and error is raised. ## OPTIONS * `--install`: Runs `bundle install` after the given gems have been removed from the Gemfile, which ensures that both the lockfile and the installed gems on disk are also updated to remove the given gem(s). Example: bundle remove rails bundle remove rails rack bundle remove rails rack --install PK *J [#��/� � ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-platform.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-PLATFORM" "1" "March 2025" "" .SH "NAME" \fBbundle\-platform\fR \- Displays platform compatibility information .SH "SYNOPSIS" \fBbundle platform\fR [\-\-ruby] .SH "DESCRIPTION" \fBplatform\fR displays information from your Gemfile, Gemfile\.lock, and Ruby VM about your platform\. .P For instance, using this Gemfile(5): .IP "" 4 .nf source "https://rubygems\.org" ruby "3\.1\.2" gem "rack" .fi .IP "" 0 .P If you run \fBbundle platform\fR on Ruby 3\.1\.2, it displays the following output: .IP "" 4 .nf Your platform is: x86_64\-linux Your app has gems that work on these platforms: * arm64\-darwin\-21 * ruby * x64\-mingw\-ucrt * x86_64\-linux Your Gemfile specifies a Ruby version requirement: * ruby 3\.1\.2 Your current platform satisfies the Ruby version requirement\. .fi .IP "" 0 .P \fBplatform\fR lists all the platforms in your \fBGemfile\.lock\fR as well as the \fBruby\fR directive if applicable from your Gemfile(5)\. It also lets you know if the \fBruby\fR directive requirement has been met\. If \fBruby\fR directive doesn't match the running Ruby VM, it tells you what part does not\. .SH "OPTIONS" .TP \fB\-\-ruby\fR It will display the ruby directive information, so you don't have to parse it from the Gemfile(5)\. .SH "SEE ALSO" .IP "\(bu" 4 bundle\-lock(1) \fIbundle\-lock\.1\.html\fR .IP "" 0 PK *J [nu#ZD D = share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-remove.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-REMOVE" "1" "March 2025" "" .SH "NAME" \fBbundle\-remove\fR \- Removes gems from the Gemfile .SH "SYNOPSIS" \fBbundle remove [GEM [GEM \|\.\|\.\|\.]] [\-\-install]\fR .SH "DESCRIPTION" Removes the given gems from the Gemfile while ensuring that the resulting Gemfile is still valid\. If a gem cannot be removed, a warning is printed\. If a gem is already absent from the Gemfile, and error is raised\. .SH "OPTIONS" .TP \fB\-\-install\fR Runs \fBbundle install\fR after the given gems have been removed from the Gemfile, which ensures that both the lockfile and the installed gems on disk are also updated to remove the given gem(s)\. .P Example: .P bundle remove rails .P bundle remove rails rack .P bundle remove rails rack \-\-install PK *J [��� � @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-open.1.ronnnu �[��� bundle-open(1) -- Opens the source directory for a gem in your bundle ===================================================================== ## SYNOPSIS `bundle open` [GEM] [--path=PATH] ## DESCRIPTION Opens the source directory of the provided GEM in your editor. For this to work the `EDITOR` or `BUNDLER_EDITOR` environment variable has to be set. Example: bundle open 'rack' Will open the source directory for the 'rack' gem in your bundle. bundle open 'rack' --path 'README.md' Will open the README.md file of the 'rack' gem source in your bundle. ## OPTIONS * `--path[=PATH]`: Specify GEM source relative path to open. PK *J [���� � = share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-inject.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INJECT" "1" "March 2025" "" .SH "NAME" \fBbundle\-inject\fR \- Add named gem(s) with version requirements to Gemfile .SH "SYNOPSIS" \fBbundle inject\fR [GEM] [VERSION] [\-\-source=SOURCE] [\-\-group=GROUP] .SH "DESCRIPTION" Adds the named gem(s) with their version requirements to the resolved [\fBGemfile(5)\fR][Gemfile(5)]\. .P This command will add the gem to both your [\fBGemfile(5)\fR][Gemfile(5)] and Gemfile\.lock if it isn't listed yet\. .P Example: .IP "" 4 .nf bundle install bundle inject 'rack' '> 0' .fi .IP "" 0 .P This will inject the 'rack' gem with a version greater than 0 in your [\fBGemfile(5)\fR][Gemfile(5)] and Gemfile\.lock\. .P The \fBbundle inject\fR command was deprecated in Bundler 2\.1 and will be removed in Bundler 3\.0\. .SH "OPTIONS" .TP \fB\-\-source=SOURCE\fR Install gem from the given source\. .TP \fB\-\-group=GROUP\fR Install gem into a bundler group\. PK *J [����� � D share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-licenses.1.ronnnu �[��� bundle-licenses(1) -- Print the license of all gems in the bundle ================================================================= ## SYNOPSIS `bundle licenses` ## DESCRIPTION Prints the license of all gems in the bundle. PK *J [�=H��? �? C share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-install.1.ronnnu �[��� bundle-install(1) -- Install the dependencies specified in your Gemfile ======================================================================= ## SYNOPSIS `bundle install` [--binstubs[=DIRECTORY]] [--clean] [--deployment] [--frozen] [--full-index] [--gemfile=GEMFILE] [--jobs=NUMBER] [--local] [--no-cache] [--no-prune] [--path PATH] [--prefer-local] [--quiet] [--redownload] [--retry=NUMBER] [--shebang=SHEBANG] [--standalone[=GROUP[ GROUP...]]] [--system] [--trust-policy=TRUST-POLICY] [--target-rbconfig=TARGET-RBCONFIG] [--with=GROUP[ GROUP...]] [--without=GROUP[ GROUP...]] ## DESCRIPTION Install the gems specified in your Gemfile(5). If this is the first time you run bundle install (and a `Gemfile.lock` does not exist), Bundler will fetch all remote sources, resolve dependencies and install all needed gems. If a `Gemfile.lock` does exist, and you have not updated your Gemfile(5), Bundler will fetch all remote sources, but use the dependencies specified in the `Gemfile.lock` instead of resolving dependencies. If a `Gemfile.lock` does exist, and you have updated your Gemfile(5), Bundler will use the dependencies in the `Gemfile.lock` for all gems that you did not update, but will re-resolve the dependencies of gems that you did update. You can find more information about this update process below under [CONSERVATIVE UPDATING][]. ## OPTIONS The `--clean`, `--deployment`, `--frozen`, `--no-prune`, `--path`, `--shebang`, `--system`, `--without` and `--with` options are deprecated because they only make sense if they are applied to every subsequent `bundle install` run automatically and that requires `bundler` to silently remember them. Since `bundler` will no longer remember CLI flags in future versions, `bundle config` (see bundle-config(1)) should be used to apply them permanently. * `--binstubs[=BINSTUBS]`: Binstubs are scripts that wrap around executables. Bundler creates a small Ruby file (a binstub) that loads Bundler, runs the command, and puts it in `bin/`. This lets you link the binstub inside of an application to the exact gem version the application needs. Creates a directory (defaults to `~/bin` when the option is used without a value, or to the given `<BINSTUBS>` directory otherwise) and places any executables from the gem there. These executables run in Bundler's context. If used, you might add this directory to your environment's `PATH` variable. For instance, if the `rails` gem comes with a `rails` executable, this flag will create a `bin/rails` executable that ensures that all referred dependencies will be resolved using the bundled gems. * `--clean`: On finishing the installation Bundler is going to remove any gems not present in the current Gemfile(5). Don't worry, gems currently in use will not be removed. This option is deprecated in favor of the `clean` setting. * `--deployment`: In [deployment mode][DEPLOYMENT MODE], Bundler will 'roll-out' the bundle for production or CI use. Please check carefully if you want to have this option enabled in your development environment. This option is deprecated in favor of the `deployment` setting. * `--redownload`, `--force`: Force download every gem, even if the required versions are already available locally. * `--frozen`: Do not allow the Gemfile.lock to be updated after this install. Exits non-zero if there are going to be changes to the Gemfile.lock. This option is deprecated in favor of the `frozen` setting. * `--full-index`: Bundler will not call Rubygems' API endpoint (default) but download and cache a (currently big) index file of all gems. Performance can be improved for large bundles that seldom change by enabling this option. * `--gemfile=GEMFILE`: The location of the Gemfile(5) which Bundler should use. This defaults to a Gemfile(5) in the current working directory. In general, Bundler will assume that the location of the Gemfile(5) is also the project's root and will try to find `Gemfile.lock` and `vendor/cache` relative to this location. * `--jobs=<number>`, `-j=<number>`: The maximum number of parallel download and install jobs. The default is the number of available processors. * `--local`: Do not attempt to connect to `rubygems.org`. Instead, Bundler will use the gems already present in Rubygems' cache or in `vendor/cache`. Note that if an appropriate platform-specific gem exists on `rubygems.org` it will not be found. * `--prefer-local`: Force using locally installed gems, or gems already present in Rubygems' cache or in `vendor/cache`, when resolving, even if newer versions are available remotely. Only attempt to connect to `rubygems.org` for gems that are not present locally. * `--no-cache`: Do not update the cache in `vendor/cache` with the newly bundled gems. This does not remove any gems in the cache but keeps the newly bundled gems from being cached during the install. * `--no-prune`: Don't remove stale gems from the cache when the installation finishes. This option is deprecated in favor of the `no_prune` setting. * `--path=PATH`: The location to install the specified gems to. This defaults to Rubygems' setting. Bundler shares this location with Rubygems, `gem install ...` will have gem installed there, too. Therefore, gems installed without a `--path ...` setting will show up by calling `gem list`. Accordingly, gems installed to other locations will not get listed. This option is deprecated in favor of the `path` setting. * `--quiet`: Do not print progress information to the standard output. * `--retry=[<number>]`: Retry failed network or git requests for <number> times. * `--shebang=SHEBANG`: Uses the specified ruby executable (usually `ruby`) to execute the scripts created with `--binstubs`. In addition, if you use `--binstubs` together with `--shebang jruby` these executables will be changed to execute `jruby` instead. This option is deprecated in favor of the `shebang` setting. * `--standalone[=<list>]`: Makes a bundle that can work without depending on Rubygems or Bundler at runtime. A space separated list of groups to install can be specified. Bundler creates a directory named `bundle` and installs the bundle there. It also generates a `bundle/bundler/setup.rb` file to replace Bundler's own setup in the manner required. Using this option implicitly sets `path`, which is a [remembered option][REMEMBERED OPTIONS]. * `--system`: Installs the gems specified in the bundle to the system's Rubygems location. This overrides any previous configuration of `--path`. This option is deprecated in favor of the `system` setting. * `--trust-policy=TRUST-POLICY`: Apply the Rubygems security policy <policy>, where policy is one of `HighSecurity`, `MediumSecurity`, `LowSecurity`, `AlmostNoSecurity`, or `NoSecurity`. For more details, please see the Rubygems signing documentation linked below in [SEE ALSO][]. * `--target-rbconfig=TARGET-RBCONFIG`: Path to rbconfig.rb for the deployment target platform. * `--with=<list>`: A space-separated list of groups referencing gems to install. If an optional group is given it is installed. If a group is given that is in the remembered list of groups given to --without, it is removed from that list. This option is deprecated in favor of the `with` setting. * `--without=<list>`: A space-separated list of groups referencing gems to skip during installation. If a group is given that is in the remembered list of groups given to --with, it is removed from that list. This option is deprecated in favor of the `without` setting. ## DEPLOYMENT MODE Bundler's defaults are optimized for development. To switch to defaults optimized for deployment and for CI, use the `--deployment` flag. Do not activate deployment mode on development machines, as it will cause an error when the Gemfile(5) is modified. 1. A `Gemfile.lock` is required. To ensure that the same versions of the gems you developed with and tested with are also used in deployments, a `Gemfile.lock` is required. This is mainly to ensure that you remember to check your `Gemfile.lock` into version control. 2. The `Gemfile.lock` must be up to date In development, you can modify your Gemfile(5) and re-run `bundle install` to [conservatively update][CONSERVATIVE UPDATING] your `Gemfile.lock` snapshot. In deployment, your `Gemfile.lock` should be up-to-date with changes made in your Gemfile(5). 3. Gems are installed to `vendor/bundle` not your default system location In development, it's convenient to share the gems used in your application with other applications and other scripts that run on the system. In deployment, isolation is a more important default. In addition, the user deploying the application may not have permission to install gems to the system, or the web server may not have permission to read them. As a result, `bundle install --deployment` installs gems to the `vendor/bundle` directory in the application. This may be overridden using the `--path` option. ## INSTALLING GROUPS By default, `bundle install` will install all gems in all groups in your Gemfile(5), except those declared for a different platform. However, you can explicitly tell Bundler to skip installing certain groups with the `--without` option. This option takes a space-separated list of groups. While the `--without` option will skip _installing_ the gems in the specified groups, it will still _download_ those gems and use them to resolve the dependencies of every gem in your Gemfile(5). This is so that installing a different set of groups on another machine (such as a production server) will not change the gems and versions that you have already developed and tested against. `Bundler offers a rock-solid guarantee that the third-party code you are running in development and testing is also the third-party code you are running in production. You can choose to exclude some of that code in different environments, but you will never be caught flat-footed by different versions of third-party code being used in different environments.` For a simple illustration, consider the following Gemfile(5): source 'https://rubygems.org' gem 'sinatra' group :production do gem 'rack-perftools-profiler' end In this case, `sinatra` depends on any version of Rack (`>= 1.0`), while `rack-perftools-profiler` depends on 1.x (`~> 1.0`). When you run `bundle install --without production` in development, we look at the dependencies of `rack-perftools-profiler` as well. That way, you do not spend all your time developing against Rack 2.0, using new APIs unavailable in Rack 1.x, only to have Bundler switch to Rack 1.2 when the `production` group _is_ used. This should not cause any problems in practice, because we do not attempt to `install` the gems in the excluded groups, and only evaluate as part of the dependency resolution process. This also means that you cannot include different versions of the same gem in different groups, because doing so would result in different sets of dependencies used in development and production. Because of the vagaries of the dependency resolution process, this usually affects more than the gems you list in your Gemfile(5), and can (surprisingly) radically change the gems you are using. ## THE GEMFILE.LOCK When you run `bundle install`, Bundler will persist the full names and versions of all gems that you used (including dependencies of the gems specified in the Gemfile(5)) into a file called `Gemfile.lock`. Bundler uses this file in all subsequent calls to `bundle install`, which guarantees that you always use the same exact code, even as your application moves across machines. Because of the way dependency resolution works, even a seemingly small change (for instance, an update to a point-release of a dependency of a gem in your Gemfile(5)) can result in radically different gems being needed to satisfy all dependencies. As a result, you `SHOULD` check your `Gemfile.lock` into version control, in both applications and gems. If you do not, every machine that checks out your repository (including your production server) will resolve all dependencies again, which will result in different versions of third-party code being used if `any` of the gems in the Gemfile(5) or any of their dependencies have been updated. When Bundler first shipped, the `Gemfile.lock` was included in the `.gitignore` file included with generated gems. Over time, however, it became clear that this practice forces the pain of broken dependencies onto new contributors, while leaving existing contributors potentially unaware of the problem. Since `bundle install` is usually the first step towards a contribution, the pain of broken dependencies would discourage new contributors from contributing. As a result, we have revised our guidance for gem authors to now recommend checking in the lock for gems. ## CONSERVATIVE UPDATING When you make a change to the Gemfile(5) and then run `bundle install`, Bundler will update only the gems that you modified. In other words, if a gem that you `did not modify` worked before you called `bundle install`, it will continue to use the exact same versions of all dependencies as it used before the update. Let's take a look at an example. Here's your original Gemfile(5): source 'https://rubygems.org' gem 'actionpack', '2.3.8' gem 'activemerchant' In this case, both `actionpack` and `activemerchant` depend on `activesupport`. The `actionpack` gem depends on `activesupport 2.3.8` and `rack ~> 1.1.0`, while the `activemerchant` gem depends on `activesupport >= 2.3.2`, `braintree >= 2.0.0`, and `builder >= 2.0.0`. When the dependencies are first resolved, Bundler will select `activesupport 2.3.8`, which satisfies the requirements of both gems in your Gemfile(5). Next, you modify your Gemfile(5) to: source 'https://rubygems.org' gem 'actionpack', '3.0.0.rc' gem 'activemerchant' The `actionpack 3.0.0.rc` gem has a number of new dependencies, and updates the `activesupport` dependency to `= 3.0.0.rc` and the `rack` dependency to `~> 1.2.1`. When you run `bundle install`, Bundler notices that you changed the `actionpack` gem, but not the `activemerchant` gem. It evaluates the gems currently being used to satisfy its requirements: * `activesupport 2.3.8`: also used to satisfy a dependency in `activemerchant`, which is not being updated * `rack ~> 1.1.0`: not currently being used to satisfy another dependency Because you did not explicitly ask to update `activemerchant`, you would not expect it to suddenly stop working after updating `actionpack`. However, satisfying the new `activesupport 3.0.0.rc` dependency of actionpack requires updating one of its dependencies. Even though `activemerchant` declares a very loose dependency that theoretically matches `activesupport 3.0.0.rc`, Bundler treats gems in your Gemfile(5) that have not changed as an atomic unit together with their dependencies. In this case, the `activemerchant` dependency is treated as `activemerchant 1.7.1 + activesupport 2.3.8`, so `bundle install` will report that it cannot update `actionpack`. To explicitly update `actionpack`, including its dependencies which other gems in the Gemfile(5) still depend on, run `bundle update actionpack` (see `bundle update(1)`). `Summary`: In general, after making a change to the Gemfile(5) , you should first try to run `bundle install`, which will guarantee that no other gem in the Gemfile(5) is impacted by the change. If that does not work, run [bundle update(1)](bundle-update.1.html). ## SEE ALSO * [Gem install docs](https://guides.rubygems.org/rubygems-basics/#installing-gems) * [Rubygems signing docs](https://guides.rubygems.org/security/) PK *J [�s v v ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-pristine.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-PRISTINE" "1" "March 2025" "" .SH "NAME" \fBbundle\-pristine\fR \- Restores installed gems to their pristine condition .SH "SYNOPSIS" \fBbundle pristine\fR .SH "DESCRIPTION" \fBpristine\fR restores the installed gems in the bundle to their pristine condition using the local gem cache from RubyGems\. For git gems, a forced checkout will be performed\. .P For further explanation, \fBbundle pristine\fR ignores unpacked files on disk\. In other words, this command utilizes the local \fB\.gem\fR cache or the gem's git repository as if one were installing from scratch\. .P Note: the Bundler gem cannot be restored to its original state with \fBpristine\fR\. One also cannot use \fBbundle pristine\fR on gems with a 'path' option in the Gemfile, because bundler has no original copy it can restore from\. .P When is it practical to use \fBbundle pristine\fR? .P It comes in handy when a developer is debugging a gem\. \fBbundle pristine\fR is a great way to get rid of experimental changes to a gem that one may not want\. .P Why use \fBbundle pristine\fR over \fBgem pristine \-\-all\fR? .P Both commands are very similar\. For context: \fBbundle pristine\fR, without arguments, cleans all gems from the lockfile\. Meanwhile, \fBgem pristine \-\-all\fR cleans all installed gems for that Ruby version\. .P If a developer forgets which gems in their project they might have been debugging, the Rubygems \fBgem pristine [GEMNAME]\fR command may be inconvenient\. One can avoid waiting for \fBgem pristine \-\-all\fR, and instead run \fBbundle pristine\fR\. PK *J [.� F� � ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-binstubs.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-BINSTUBS" "1" "March 2025" "" .SH "NAME" \fBbundle\-binstubs\fR \- Install the binstubs of the listed gems .SH "SYNOPSIS" \fBbundle binstubs\fR \fIGEM_NAME\fR [\-\-force] [\-\-path PATH] [\-\-standalone] [\-\-all\-platforms] .SH "DESCRIPTION" Binstubs are scripts that wrap around executables\. Bundler creates a small Ruby file (a binstub) that loads Bundler, runs the command, and puts it into \fBbin/\fR\. Binstubs are a shortcut\-or alternative\- to always using \fBbundle exec\fR\. This gives you a file that can be run directly, and one that will always run the correct gem version used by the application\. .P For example, if you run \fBbundle binstubs rspec\-core\fR, Bundler will create the file \fBbin/rspec\fR\. That file will contain enough code to load Bundler, tell it to load the bundled gems, and then run rspec\. .P This command generates binstubs for executables in \fBGEM_NAME\fR\. Binstubs are put into \fBbin\fR, or the \fB\-\-path\fR directory if one has been set\. Calling binstubs with [GEM [GEM]] will create binstubs for all given gems\. .SH "OPTIONS" .TP \fB\-\-force\fR Overwrite existing binstubs if they exist\. .TP \fB\-\-path[=PATH]\fR The location to install the specified binstubs to\. This defaults to \fBbin\fR\. .TP \fB\-\-standalone\fR Makes binstubs that can work without depending on Rubygems or Bundler at runtime\. .TP \fB\-\-shebang=SHEBANG\fR Specify a different shebang executable name than the default (default 'ruby') .TP \fB\-\-all\fR Create binstubs for all gems in the bundle\. .TP \fB\-\-all\-platforms\fR Install binstubs for all platforms\. PK *J [��T T < share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-check.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CHECK" "1" "March 2025" "" .SH "NAME" \fBbundle\-check\fR \- Verifies if dependencies are satisfied by installed gems .SH "SYNOPSIS" \fBbundle check\fR [\-\-dry\-run] [\-\-gemfile=FILE] [\-\-path=PATH] .SH "DESCRIPTION" \fBcheck\fR searches the local machine for each of the gems requested in the Gemfile\. If all gems are found, Bundler prints a success message and exits with a status of 0\. .P If not, the first missing gem is listed and Bundler exits status 1\. .P If the lockfile needs to be updated then it will be resolved using the gems installed on the local machine, if they satisfy the requirements\. .SH "OPTIONS" .TP \fB\-\-dry\-run\fR Locks the [\fBGemfile(5)\fR][Gemfile(5)] before running the command\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of the [\fBGemfile(5)\fR][Gemfile(5)]\. .TP \fB\-\-path=PATH\fR Specify a different path than the system default (\fB$BUNDLE_PATH\fR or \fB$GEM_HOME\fR)\. Bundler will remember this value for future installs on this machine\. PK *J [X��fn n ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-fund.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-FUND" "1" "March 2025" "" .SH "NAME" \fBbundle\-fund\fR \- Lists information about gems seeking funding assistance .SH "SYNOPSIS" \fBbundle fund\fR [\fIOPTIONS\fR] .SH "DESCRIPTION" \fBbundle fund\fR lists information about gems seeking funding assistance\. .SH "OPTIONS" .TP \fB\-\-group=<list>\fR, \fB\-g=<list>\fR Fetch funding information for a specific group\. .SH "EXAMPLES" .nf # Lists funding information for all gems bundle fund # Lists funding information for a specific group bundle fund \-\-group=security .fi PK *J [�� YT YT = share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-config.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CONFIG" "1" "March 2025" "" .SH "NAME" \fBbundle\-config\fR \- Set bundler configuration options .SH "SYNOPSIS" \fBbundle config\fR list .br \fBbundle config\fR [get] NAME .br \fBbundle config\fR [set] NAME VALUE .br \fBbundle config\fR unset NAME .SH "DESCRIPTION" This command allows you to interact with Bundler's configuration system\. .P Bundler loads configuration settings in this order: .IP "1." 4 Local config (\fB<project_root>/\.bundle/config\fR or \fB$BUNDLE_APP_CONFIG/config\fR) .IP "2." 4 Environmental variables (\fBENV\fR) .IP "3." 4 Global config (\fB~/\.bundle/config\fR) .IP "4." 4 Bundler default config .IP "" 0 .P Executing \fBbundle config list\fR will print a list of all bundler configuration for the current bundle, and where that configuration was set\. .P Executing \fBbundle config get <name>\fR will print the value of that configuration setting, and where it was set\. .P Executing \fBbundle config set <name> <value>\fR defaults to setting \fBlocal\fR configuration if executing from within a local application, otherwise it will set \fBglobal\fR configuration\. See \fB\-\-local\fR and \fB\-\-global\fR options below\. .P Executing \fBbundle config set \-\-local <name> <value>\fR will set that configuration in the directory for the local application\. The configuration will be stored in \fB<project_root>/\.bundle/config\fR\. If \fBBUNDLE_APP_CONFIG\fR is set, the configuration will be stored in \fB$BUNDLE_APP_CONFIG/config\fR\. .P Executing \fBbundle config set \-\-global <name> <value>\fR will set that configuration to the value specified for all bundles executed as the current user\. The configuration will be stored in \fB~/\.bundle/config\fR\. If \fIname\fR already is set, \fIname\fR will be overridden and user will be warned\. .P Executing \fBbundle config unset <name>\fR will delete the configuration in both local and global sources\. .P Executing \fBbundle config unset \-\-global <name>\fR will delete the configuration only from the user configuration\. .P Executing \fBbundle config unset \-\-local <name>\fR will delete the configuration only from the local application\. .P Executing bundle with the \fBBUNDLE_IGNORE_CONFIG\fR environment variable set will cause it to ignore all configuration\. .SH "REMEMBERING OPTIONS" Flags passed to \fBbundle install\fR or the Bundler runtime, such as \fB\-\-path foo\fR or \fB\-\-without production\fR, are remembered between commands and saved to your local application's configuration (normally, \fB\./\.bundle/config\fR)\. .P However, this will be changed in bundler 3, so it's better not to rely on this behavior\. If these options must be remembered, it's better to set them using \fBbundle config\fR (e\.g\., \fBbundle config set \-\-local path foo\fR)\. .P The options that can be configured are: .TP \fBbin\fR Creates a directory (defaults to \fB~/bin\fR) and place any executables from the gem there\. These executables run in Bundler's context\. If used, you might add this directory to your environment's \fBPATH\fR variable\. For instance, if the \fBrails\fR gem comes with a \fBrails\fR executable, this flag will create a \fBbin/rails\fR executable that ensures that all referred dependencies will be resolved using the bundled gems\. .TP \fBdeployment\fR In deployment mode, Bundler will 'roll\-out' the bundle for \fBproduction\fR use\. Please check carefully if you want to have this option enabled in \fBdevelopment\fR or \fBtest\fR environments\. .TP \fBonly\fR A space\-separated list of groups to install only gems of the specified groups\. Please check carefully if you want to install also gems without a group, cause they get put inside \fBdefault\fR group\. For example \fBonly test:default\fR will install all gems specified in test group and without one\. .TP \fBpath\fR The location to install the specified gems to\. This defaults to Rubygems' setting\. Bundler shares this location with Rubygems, \fBgem install \|\.\|\.\|\.\fR will have gem installed there, too\. Therefore, gems installed without a \fB\-\-path \|\.\|\.\|\.\fR setting will show up by calling \fBgem list\fR\. Accordingly, gems installed to other locations will not get listed\. .TP \fBwithout\fR A space\-separated or \fB:\fR\-separated list of groups referencing gems to skip during installation\. .TP \fBwith\fR A space\-separated or \fB:\fR\-separated list of \fBoptional\fR groups referencing gems to include during installation\. .SH "BUILD OPTIONS" You can use \fBbundle config\fR to give Bundler the flags to pass to the gem installer every time bundler tries to install a particular gem\. .P A very common example, the \fBmysql\fR gem, requires Snow Leopard users to pass configuration flags to \fBgem install\fR to specify where to find the \fBmysql_config\fR executable\. .IP "" 4 .nf gem install mysql \-\- \-\-with\-mysql\-config=/usr/local/mysql/bin/mysql_config .fi .IP "" 0 .P Since the specific location of that executable can change from machine to machine, you can specify these flags on a per\-machine basis\. .IP "" 4 .nf bundle config set \-\-global build\.mysql \-\-with\-mysql\-config=/usr/local/mysql/bin/mysql_config .fi .IP "" 0 .P After running this command, every time bundler needs to install the \fBmysql\fR gem, it will pass along the flags you specified\. .SH "CONFIGURATION KEYS" Configuration keys in bundler have two forms: the canonical form and the environment variable form\. .P For instance, passing the \fB\-\-without\fR flag to bundle install(1) \fIbundle\-install\.1\.html\fR prevents Bundler from installing certain groups specified in the Gemfile(5)\. Bundler persists this value in \fBapp/\.bundle/config\fR so that calls to \fBBundler\.setup\fR do not try to find gems from the \fBGemfile\fR that you didn't install\. Additionally, subsequent calls to bundle install(1) \fIbundle\-install\.1\.html\fR remember this setting and skip those groups\. .P The canonical form of this configuration is \fB"without"\fR\. To convert the canonical form to the environment variable form, capitalize it, and prepend \fBBUNDLE_\fR\. The environment variable form of \fB"without"\fR is \fBBUNDLE_WITHOUT\fR\. .P Any periods in the configuration keys must be replaced with two underscores when setting it via environment variables\. The configuration key \fBlocal\.rack\fR becomes the environment variable \fBBUNDLE_LOCAL__RACK\fR\. .SH "LIST OF AVAILABLE KEYS" The following is a list of all configuration keys and their purpose\. You can learn more about their operation in bundle install(1) \fIbundle\-install\.1\.html\fR\. .IP "\(bu" 4 \fBallow_offline_install\fR (\fBBUNDLE_ALLOW_OFFLINE_INSTALL\fR): Allow Bundler to use cached data when installing without network access\. .IP "\(bu" 4 \fBauto_clean_without_path\fR (\fBBUNDLE_AUTO_CLEAN_WITHOUT_PATH\fR): Automatically run \fBbundle clean\fR after installing when an explicit \fBpath\fR has not been set and Bundler is not installing into the system gems\. .IP "\(bu" 4 \fBauto_install\fR (\fBBUNDLE_AUTO_INSTALL\fR): Automatically run \fBbundle install\fR when gems are missing\. .IP "\(bu" 4 \fBbin\fR (\fBBUNDLE_BIN\fR): Install executables from gems in the bundle to the specified directory\. Defaults to \fBfalse\fR\. .IP "\(bu" 4 \fBcache_all\fR (\fBBUNDLE_CACHE_ALL\fR): Cache all gems, including path and git gems\. This needs to be explicitly configured on bundler 1 and bundler 2, but will be the default on bundler 3\. .IP "\(bu" 4 \fBcache_all_platforms\fR (\fBBUNDLE_CACHE_ALL_PLATFORMS\fR): Cache gems for all platforms\. .IP "\(bu" 4 \fBcache_path\fR (\fBBUNDLE_CACHE_PATH\fR): The directory that bundler will place cached gems in when running \fBbundle package\fR, and that bundler will look in when installing gems\. Defaults to \fBvendor/cache\fR\. .IP "\(bu" 4 \fBclean\fR (\fBBUNDLE_CLEAN\fR): Whether Bundler should run \fBbundle clean\fR automatically after \fBbundle install\fR\. .IP "\(bu" 4 \fBconsole\fR (\fBBUNDLE_CONSOLE\fR): The console that \fBbundle console\fR starts\. Defaults to \fBirb\fR\. .IP "\(bu" 4 \fBdefault_install_uses_path\fR (\fBBUNDLE_DEFAULT_INSTALL_USES_PATH\fR): Whether a \fBbundle install\fR without an explicit \fB\-\-path\fR argument defaults to installing gems in \fB\.bundle\fR\. .IP "\(bu" 4 \fBdeployment\fR (\fBBUNDLE_DEPLOYMENT\fR): Disallow changes to the \fBGemfile\fR\. When the \fBGemfile\fR is changed and the lockfile has not been updated, running Bundler commands will be blocked\. .IP "\(bu" 4 \fBdisable_checksum_validation\fR (\fBBUNDLE_DISABLE_CHECKSUM_VALIDATION\fR): Allow installing gems even if they do not match the checksum provided by RubyGems\. .IP "\(bu" 4 \fBdisable_exec_load\fR (\fBBUNDLE_DISABLE_EXEC_LOAD\fR): Stop Bundler from using \fBload\fR to launch an executable in\-process in \fBbundle exec\fR\. .IP "\(bu" 4 \fBdisable_local_branch_check\fR (\fBBUNDLE_DISABLE_LOCAL_BRANCH_CHECK\fR): Allow Bundler to use a local git override without a branch specified in the Gemfile\. .IP "\(bu" 4 \fBdisable_local_revision_check\fR (\fBBUNDLE_DISABLE_LOCAL_REVISION_CHECK\fR): Allow Bundler to use a local git override without checking if the revision present in the lockfile is present in the repository\. .IP "\(bu" 4 \fBdisable_shared_gems\fR (\fBBUNDLE_DISABLE_SHARED_GEMS\fR): Stop Bundler from accessing gems installed to RubyGems' normal location\. .IP "\(bu" 4 \fBdisable_version_check\fR (\fBBUNDLE_DISABLE_VERSION_CHECK\fR): Stop Bundler from checking if a newer Bundler version is available on rubygems\.org\. .IP "\(bu" 4 \fBforce_ruby_platform\fR (\fBBUNDLE_FORCE_RUBY_PLATFORM\fR): Ignore the current machine's platform and install only \fBruby\fR platform gems\. As a result, gems with native extensions will be compiled from source\. .IP "\(bu" 4 \fBfrozen\fR (\fBBUNDLE_FROZEN\fR): Disallow changes to the \fBGemfile\fR\. When the \fBGemfile\fR is changed and the lockfile has not been updated, running Bundler commands will be blocked\. Defaults to \fBtrue\fR when \fB\-\-deployment\fR is used\. .IP "\(bu" 4 \fBgem\.github_username\fR (\fBBUNDLE_GEM__GITHUB_USERNAME\fR): Sets a GitHub username or organization to be used in \fBREADME\fR file when you create a new gem via \fBbundle gem\fR command\. It can be overridden by passing an explicit \fB\-\-github\-username\fR flag to \fBbundle gem\fR\. .IP "\(bu" 4 \fBgem\.push_key\fR (\fBBUNDLE_GEM__PUSH_KEY\fR): Sets the \fB\-\-key\fR parameter for \fBgem push\fR when using the \fBrake release\fR command with a private gemstash server\. .IP "\(bu" 4 \fBgemfile\fR (\fBBUNDLE_GEMFILE\fR): The name of the file that bundler should use as the \fBGemfile\fR\. This location of this file also sets the root of the project, which is used to resolve relative paths in the \fBGemfile\fR, among other things\. By default, bundler will search up from the current working directory until it finds a \fBGemfile\fR\. .IP "\(bu" 4 \fBglobal_gem_cache\fR (\fBBUNDLE_GLOBAL_GEM_CACHE\fR): Whether Bundler should cache all gems globally, rather than locally to the installing Ruby installation\. .IP "\(bu" 4 \fBignore_funding_requests\fR (\fBBUNDLE_IGNORE_FUNDING_REQUESTS\fR): When set, no funding requests will be printed\. .IP "\(bu" 4 \fBignore_messages\fR (\fBBUNDLE_IGNORE_MESSAGES\fR): When set, no post install messages will be printed\. To silence a single gem, use dot notation like \fBignore_messages\.httparty true\fR\. .IP "\(bu" 4 \fBinit_gems_rb\fR (\fBBUNDLE_INIT_GEMS_RB\fR): Generate a \fBgems\.rb\fR instead of a \fBGemfile\fR when running \fBbundle init\fR\. .IP "\(bu" 4 \fBjobs\fR (\fBBUNDLE_JOBS\fR): The number of gems Bundler can install in parallel\. Defaults to the number of available processors\. .IP "\(bu" 4 \fBlockfile_checksums\fR (\fBBUNDLE_LOCKFILE_CHECKSUMS\fR): Whether Bundler should include a checksums section in new lockfiles, to protect from compromised gem sources\. .IP "\(bu" 4 \fBno_install\fR (\fBBUNDLE_NO_INSTALL\fR): Whether \fBbundle package\fR should skip installing gems\. .IP "\(bu" 4 \fBno_prune\fR (\fBBUNDLE_NO_PRUNE\fR): Whether Bundler should leave outdated gems unpruned when caching\. .IP "\(bu" 4 \fBonly\fR (\fBBUNDLE_ONLY\fR): A space\-separated list of groups to install only gems of the specified groups\. .IP "\(bu" 4 \fBpath\fR (\fBBUNDLE_PATH\fR): The location on disk where all gems in your bundle will be located regardless of \fB$GEM_HOME\fR or \fB$GEM_PATH\fR values\. Bundle gems not found in this location will be installed by \fBbundle install\fR\. Defaults to \fBGem\.dir\fR\. When \-\-deployment is used, defaults to vendor/bundle\. .IP "\(bu" 4 \fBpath\.system\fR (\fBBUNDLE_PATH__SYSTEM\fR): Whether Bundler will install gems into the default system path (\fBGem\.dir\fR)\. .IP "\(bu" 4 \fBpath_relative_to_cwd\fR (\fBBUNDLE_PATH_RELATIVE_TO_CWD\fR) Makes \fB\-\-path\fR relative to the CWD instead of the \fBGemfile\fR\. .IP "\(bu" 4 \fBplugins\fR (\fBBUNDLE_PLUGINS\fR): Enable Bundler's experimental plugin system\. .IP "\(bu" 4 \fBprefer_patch\fR (BUNDLE_PREFER_PATCH): Prefer updating only to next patch version during updates\. Makes \fBbundle update\fR calls equivalent to \fBbundler update \-\-patch\fR\. .IP "\(bu" 4 \fBprint_only_version_number\fR (\fBBUNDLE_PRINT_ONLY_VERSION_NUMBER\fR): Print only version number from \fBbundler \-\-version\fR\. .IP "\(bu" 4 \fBredirect\fR (\fBBUNDLE_REDIRECT\fR): The number of redirects allowed for network requests\. Defaults to \fB5\fR\. .IP "\(bu" 4 \fBretry\fR (\fBBUNDLE_RETRY\fR): The number of times to retry failed network requests\. Defaults to \fB3\fR\. .IP "\(bu" 4 \fBsetup_makes_kernel_gem_public\fR (\fBBUNDLE_SETUP_MAKES_KERNEL_GEM_PUBLIC\fR): Have \fBBundler\.setup\fR make the \fBKernel#gem\fR method public, even though RubyGems declares it as private\. .IP "\(bu" 4 \fBshebang\fR (\fBBUNDLE_SHEBANG\fR): The program name that should be invoked for generated binstubs\. Defaults to the ruby install name used to generate the binstub\. .IP "\(bu" 4 \fBsilence_deprecations\fR (\fBBUNDLE_SILENCE_DEPRECATIONS\fR): Whether Bundler should silence deprecation warnings for behavior that will be changed in the next major version\. .IP "\(bu" 4 \fBsilence_root_warning\fR (\fBBUNDLE_SILENCE_ROOT_WARNING\fR): Silence the warning Bundler prints when installing gems as root\. .IP "\(bu" 4 \fBssl_ca_cert\fR (\fBBUNDLE_SSL_CA_CERT\fR): Path to a designated CA certificate file or folder containing multiple certificates for trusted CAs in PEM format\. .IP "\(bu" 4 \fBssl_client_cert\fR (\fBBUNDLE_SSL_CLIENT_CERT\fR): Path to a designated file containing a X\.509 client certificate and key in PEM format\. .IP "\(bu" 4 \fBssl_verify_mode\fR (\fBBUNDLE_SSL_VERIFY_MODE\fR): The SSL verification mode Bundler uses when making HTTPS requests\. Defaults to verify peer\. .IP "\(bu" 4 \fBsystem_bindir\fR (\fBBUNDLE_SYSTEM_BINDIR\fR): The location where RubyGems installs binstubs\. Defaults to \fBGem\.bindir\fR\. .IP "\(bu" 4 \fBtimeout\fR (\fBBUNDLE_TIMEOUT\fR): The seconds allowed before timing out for network requests\. Defaults to \fB10\fR\. .IP "\(bu" 4 \fBupdate_requires_all_flag\fR (\fBBUNDLE_UPDATE_REQUIRES_ALL_FLAG\fR): Require passing \fB\-\-all\fR to \fBbundle update\fR when everything should be updated, and disallow passing no options to \fBbundle update\fR\. .IP "\(bu" 4 \fBuser_agent\fR (\fBBUNDLE_USER_AGENT\fR): The custom user agent fragment Bundler includes in API requests\. .IP "\(bu" 4 \fBversion\fR (\fBBUNDLE_VERSION\fR): The version of Bundler to use when running under Bundler environment\. Defaults to \fBlockfile\fR\. You can also specify \fBsystem\fR or \fBx\.y\.z\fR\. \fBlockfile\fR will use the Bundler version specified in the \fBGemfile\.lock\fR, \fBsystem\fR will use the system version of Bundler, and \fBx\.y\.z\fR will use the specified version of Bundler\. .IP "\(bu" 4 \fBwith\fR (\fBBUNDLE_WITH\fR): A space\-separated or \fB:\fR\-separated list of groups whose gems bundler should install\. .IP "\(bu" 4 \fBwithout\fR (\fBBUNDLE_WITHOUT\fR): A space\-separated or \fB:\fR\-separated list of groups whose gems bundler should not install\. .IP "" 0 .SH "LOCAL GIT REPOS" Bundler also allows you to work against a git repository locally instead of using the remote version\. This can be achieved by setting up a local override: .IP "" 4 .nf bundle config set \-\-local local\.GEM_NAME /path/to/local/git/repository .fi .IP "" 0 .P For example, in order to use a local Rack repository, a developer could call: .IP "" 4 .nf bundle config set \-\-local local\.rack ~/Work/git/rack .fi .IP "" 0 .P Now instead of checking out the remote git repository, the local override will be used\. Similar to a path source, every time the local git repository change, changes will be automatically picked up by Bundler\. This means a commit in the local git repo will update the revision in the \fBGemfile\.lock\fR to the local git repo revision\. This requires the same attention as git submodules\. Before pushing to the remote, you need to ensure the local override was pushed, otherwise you may point to a commit that only exists in your local machine\. You'll also need to CGI escape your usernames and passwords as well\. .P Bundler does many checks to ensure a developer won't work with invalid references\. Particularly, we force a developer to specify a branch in the \fBGemfile\fR in order to use this feature\. If the branch specified in the \fBGemfile\fR and the current branch in the local git repository do not match, Bundler will abort\. This ensures that a developer is always working against the correct branches, and prevents accidental locking to a different branch\. .P Finally, Bundler also ensures that the current revision in the \fBGemfile\.lock\fR exists in the local git repository\. By doing this, Bundler forces you to fetch the latest changes in the remotes\. .SH "MIRRORS OF GEM SOURCES" Bundler supports overriding gem sources with mirrors\. This allows you to configure rubygems\.org as the gem source in your Gemfile while still using your mirror to fetch gems\. .IP "" 4 .nf bundle config set \-\-global mirror\.SOURCE_URL MIRROR_URL .fi .IP "" 0 .P For example, to use a mirror of https://rubygems\.org hosted at https://example\.org: .IP "" 4 .nf bundle config set \-\-global mirror\.https://rubygems\.org https://example\.org .fi .IP "" 0 .P Each mirror also provides a fallback timeout setting\. If the mirror does not respond within the fallback timeout, Bundler will try to use the original server instead of the mirror\. .IP "" 4 .nf bundle config set \-\-global mirror\.SOURCE_URL\.fallback_timeout TIMEOUT .fi .IP "" 0 .P For example, to fall back to rubygems\.org after 3 seconds: .IP "" 4 .nf bundle config set \-\-global mirror\.https://rubygems\.org\.fallback_timeout 3 .fi .IP "" 0 .P The default fallback timeout is 0\.1 seconds, but the setting can currently only accept whole seconds (for example, 1, 15, or 30)\. .SH "CREDENTIALS FOR GEM SOURCES" Bundler allows you to configure credentials for any gem source, which allows you to avoid putting secrets into your Gemfile\. .IP "" 4 .nf bundle config set \-\-global SOURCE_HOSTNAME USERNAME:PASSWORD .fi .IP "" 0 .P For example, to save the credentials of user \fBclaudette\fR for the gem source at \fBgems\.longerous\.com\fR, you would run: .IP "" 4 .nf bundle config set \-\-global gems\.longerous\.com claudette:s00pers3krit .fi .IP "" 0 .P Or you can set the credentials as an environment variable like this: .IP "" 4 .nf export BUNDLE_GEMS__LONGEROUS__COM="claudette:s00pers3krit" .fi .IP "" 0 .P For gems with a git source with HTTP(S) URL you can specify credentials like so: .IP "" 4 .nf bundle config set \-\-global https://github\.com/rubygems/rubygems\.git username:password .fi .IP "" 0 .P Or you can set the credentials as an environment variable like so: .IP "" 4 .nf export BUNDLE_GITHUB__COM=username:password .fi .IP "" 0 .P This is especially useful for private repositories on hosts such as GitHub, where you can use personal OAuth tokens: .IP "" 4 .nf export BUNDLE_GITHUB__COM=abcd0123generatedtoken:x\-oauth\-basic .fi .IP "" 0 .P Note that any configured credentials will be redacted by informative commands such as \fBbundle config list\fR or \fBbundle config get\fR, unless you use the \fB\-\-parseable\fR flag\. This is to avoid unintentionally leaking credentials when copy\-pasting bundler output\. .P Also note that to guarantee a sane mapping between valid environment variable names and valid host names, bundler makes the following transformations: .IP "\(bu" 4 Any \fB\-\fR characters in a host name are mapped to a triple underscore (\fB___\fR) in the corresponding environment variable\. .IP "\(bu" 4 Any \fB\.\fR characters in a host name are mapped to a double underscore (\fB__\fR) in the corresponding environment variable\. .IP "" 0 .P This means that if you have a gem server named \fBmy\.gem\-host\.com\fR, you'll need to use the \fBBUNDLE_MY__GEM___HOST__COM\fR variable to configure credentials for it through ENV\. .SH "CONFIGURE BUNDLER DIRECTORIES" Bundler's home, cache and plugin directories and config file can be configured through environment variables\. The default location for Bundler's home directory is \fB~/\.bundle\fR, which all directories inherit from by default\. The following outlines the available environment variables and their default values .IP "" 4 .nf BUNDLE_USER_HOME : $HOME/\.bundle BUNDLE_USER_CACHE : $BUNDLE_USER_HOME/cache BUNDLE_USER_CONFIG : $BUNDLE_USER_HOME/config BUNDLE_USER_PLUGIN : $BUNDLE_USER_HOME/plugin .fi .IP "" 0 PK *J [�3�p p A share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-clean.1.ronnnu �[��� bundle-clean(1) -- Cleans up unused gems in your bundler directory ================================================================== ## SYNOPSIS `bundle clean` [--dry-run] [--force] ## DESCRIPTION This command will remove all unused gems in your bundler directory. This is useful when you have made many changes to your gem dependencies. ## OPTIONS * `--dry-run`: Print the changes, but do not clean the unused gems. * `--force`: Forces cleaning up unused gems even if Bundler is configured to use globally installed gems. As a consequence, removes all system gems except for the ones in the current application. PK *J [���� A share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-issue.1.ronnnu �[��� bundle-issue(1) -- Get help reporting Bundler issues ==================================================== ## SYNOPSIS `bundle issue` ## DESCRIPTION Provides guidance on reporting Bundler issues and outputs detailed system information that should be included when filing a bug report. This command: 1. Displays links to troubleshooting resources 2. Shows instructions for reporting issues 3. Outputs comprehensive environment information needed for debugging The command helps ensure that bug reports include all necessary system details for effective troubleshooting. ## OUTPUT The command outputs several sections: * Troubleshooting links and resources * Link to the GitHub issue template * Environment information including: Bundler version and platforms, Ruby version and configuration, RubyGems version and paths, Development tool versions (Git, RVM, rbenv, chruby) * Bundler build metadata * Current Bundler settings * Bundle Doctor output ## EXAMPLES Get issue reporting information: $ bundle issue ## SEE ALSO * bundle-doctor(1) PK *J [>��.� � < share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-cache.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CACHE" "1" "March 2025" "" .SH "NAME" \fBbundle\-cache\fR \- Package your needed \fB\.gem\fR files into your application .SH "SYNOPSIS" \fBbundle cache\fR [\fIOPTIONS\fR] .P alias: \fBpackage\fR, \fBpack\fR .SH "DESCRIPTION" Copy all of the \fB\.gem\fR files needed to run the application into the \fBvendor/cache\fR directory\. In the future, when running \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR, use the gems in the cache in preference to the ones on \fBrubygems\.org\fR\. .SH "OPTIONS" .TP \fB\-\-all\fR Include all sources (including path and git)\. .TP \fB\-\-all\-platforms\fR Include gems for all platforms present in the lockfile, not only the current one\. .TP \fB\-\-cache\-path=CACHE\-PATH\fR Specify a different cache path than the default (vendor/cache)\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of Gemfile\. .TP \fB\-\-no\-install\fR Don't install the gems, only update the cache\. .TP \fB\-\-no\-prune\fR Don't remove stale gems from the cache\. .TP \fB\-\-path=PATH\fR Specify a different path than the system default ($BUNDLE_PATH or $GEM_HOME)\. .TP \fB\-\-quiet\fR Only output warnings and errors\. .TP \fB\-\-frozen\fR Do not allow the Gemfile\.lock to be updated after this bundle cache operation's install\. .SH "GIT AND PATH GEMS" The \fBbundle cache\fR command can also package \fB:git\fR and \fB:path\fR dependencies besides \.gem files\. This needs to be explicitly enabled via the \fB\-\-all\fR option\. Once used, the \fB\-\-all\fR option will be remembered\. .SH "SUPPORT FOR MULTIPLE PLATFORMS" When using gems that have different packages for different platforms, Bundler supports caching of gems for other platforms where the Gemfile has been resolved (i\.e\. present in the lockfile) in \fBvendor/cache\fR\. This needs to be enabled via the \fB\-\-all\-platforms\fR option\. This setting will be remembered in your local bundler configuration\. .SH "REMOTE FETCHING" By default, if you run \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR after running bundle cache(1) \fIbundle\-cache\.1\.html\fR, bundler will still connect to \fBrubygems\.org\fR to check whether a platform\-specific gem exists for any of the gems in \fBvendor/cache\fR\. .P For instance, consider this Gemfile(5): .IP "" 4 .nf source "https://rubygems\.org" gem "nokogiri" .fi .IP "" 0 .P If you run \fBbundle cache\fR under C Ruby, bundler will retrieve the version of \fBnokogiri\fR for the \fB"ruby"\fR platform\. If you deploy to JRuby and run \fBbundle install\fR, bundler is forced to check to see whether a \fB"java"\fR platformed \fBnokogiri\fR exists\. .P Even though the \fBnokogiri\fR gem for the Ruby platform is \fItechnically\fR acceptable on JRuby, it has a C extension that does not run on JRuby\. As a result, bundler will, by default, still connect to \fBrubygems\.org\fR to check whether it has a version of one of your gems more specific to your platform\. .P This problem is also not limited to the \fB"java"\fR platform\. A similar (common) problem can happen when developing on Windows and deploying to Linux, or even when developing on OSX and deploying to Linux\. .P If you know for sure that the gems packaged in \fBvendor/cache\fR are appropriate for the platform you are on, you can run \fBbundle install \-\-local\fR to skip checking for more appropriate gems, and use the ones in \fBvendor/cache\fR\. .P One way to be sure that you have the right platformed versions of all your gems is to run \fBbundle cache\fR on an identical machine and check in the gems\. For instance, you can run \fBbundle cache\fR on an identical staging box during your staging process, and check in the \fBvendor/cache\fR before deploying to production\. .P By default, bundle cache(1) \fIbundle\-cache\.1\.html\fR fetches and also installs the gems to the default location\. To package the dependencies to \fBvendor/cache\fR without installing them to the local install location, you can run \fBbundle cache \-\-no\-install\fR\. .SH "HISTORY" In Bundler 2\.1, \fBcache\fR took in the functionalities of \fBpackage\fR and now \fBpackage\fR and \fBpack\fR are aliases of \fBcache\fR\. PK *J [�ōP� � D share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-binstubs.1.ronnnu �[��� bundle-binstubs(1) -- Install the binstubs of the listed gems ============================================================= ## SYNOPSIS `bundle binstubs` <GEM_NAME> [--force] [--path PATH] [--standalone] [--all-platforms] ## DESCRIPTION Binstubs are scripts that wrap around executables. Bundler creates a small Ruby file (a binstub) that loads Bundler, runs the command, and puts it into `bin/`. Binstubs are a shortcut-or alternative- to always using `bundle exec`. This gives you a file that can be run directly, and one that will always run the correct gem version used by the application. For example, if you run `bundle binstubs rspec-core`, Bundler will create the file `bin/rspec`. That file will contain enough code to load Bundler, tell it to load the bundled gems, and then run rspec. This command generates binstubs for executables in `GEM_NAME`. Binstubs are put into `bin`, or the `--path` directory if one has been set. Calling binstubs with [GEM [GEM]] will create binstubs for all given gems. ## OPTIONS * `--force`: Overwrite existing binstubs if they exist. * `--path[=PATH]`: The location to install the specified binstubs to. This defaults to `bin`. * `--standalone`: Makes binstubs that can work without depending on Rubygems or Bundler at runtime. * `--shebang=SHEBANG`: Specify a different shebang executable name than the default (default 'ruby') * `--all`: Create binstubs for all gems in the bundle. * `--all-platforms`: Install binstubs for all platforms. PK *J [v�U� � ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-list.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-LIST" "1" "March 2025" "" .SH "NAME" \fBbundle\-list\fR \- List all the gems in the bundle .SH "SYNOPSIS" \fBbundle list\fR [\-\-name\-only] [\-\-paths] [\-\-without\-group=GROUP[ GROUP\|\.\|\.\|\.]] [\-\-only\-group=GROUP[ GROUP\|\.\|\.\|\.]] .SH "DESCRIPTION" Prints a list of all the gems in the bundle including their version\. .P Example: .P bundle list \-\-name\-only .P bundle list \-\-paths .P bundle list \-\-without\-group test .P bundle list \-\-only\-group dev .P bundle list \-\-only\-group dev test \-\-paths .SH "OPTIONS" .TP \fB\-\-name\-only\fR Print only the name of each gem\. .TP \fB\-\-paths\fR Print the path to each gem in the bundle\. .TP \fB\-\-without\-group=<list>\fR A space\-separated list of groups of gems to skip during printing\. .TP \fB\-\-only\-group=<list>\fR A space\-separated list of groups of gems to print\. PK *J [��� @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-init.1.ronnnu �[��� bundle-init(1) -- Generates a Gemfile into the current working directory ======================================================================== ## SYNOPSIS `bundle init` [--gemspec=FILE] ## DESCRIPTION Init generates a default [`Gemfile(5)`][Gemfile(5)] in the current working directory. When adding a [`Gemfile(5)`][Gemfile(5)] to a gem with a gemspec, the `--gemspec` option will automatically add each dependency listed in the gemspec file to the newly created [`Gemfile(5)`][Gemfile(5)]. ## OPTIONS * `--gemspec=GEMSPEC`: Use the specified .gemspec to create the [`Gemfile(5)`][Gemfile(5)] * `--gemfile=GEMFILE`: Use the specified name for the gemfile instead of `Gemfile` ## FILES Included in the default [`Gemfile(5)`][Gemfile(5)] generated is the line `# frozen_string_literal: true`. This is a magic comment supported for the first time in Ruby 2.3. The presence of this line results in all string literals in the file being implicitly frozen. ## SEE ALSO [Gemfile(5)](https://bundler.io/man/gemfile.5.html) PK *J [�� }j j > share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-version.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-VERSION" "1" "March 2025" "" .SH "NAME" \fBbundle\-version\fR \- Prints Bundler version information .SH "SYNOPSIS" \fBbundle version\fR .SH "DESCRIPTION" Prints Bundler version information\. .SH "OPTIONS" No options\. .SH "EXAMPLE" Print the version of Bundler with build date and commit hash of the in the Git source\. .IP "" 4 .nf bundle version .fi .IP "" 0 .P shows \fBBundler version 2\.3\.21 (2022\-08\-24 commit d54be5fdd8)\fR for example\. .P cf\. \fBbundle \-\-version\fR shows \fBBundler version 2\.3\.21\fR\. PK *J [�h$u� � ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-init.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INIT" "1" "March 2025" "" .SH "NAME" \fBbundle\-init\fR \- Generates a Gemfile into the current working directory .SH "SYNOPSIS" \fBbundle init\fR [\-\-gemspec=FILE] .SH "DESCRIPTION" Init generates a default [\fBGemfile(5)\fR][Gemfile(5)] in the current working directory\. When adding a [\fBGemfile(5)\fR][Gemfile(5)] to a gem with a gemspec, the \fB\-\-gemspec\fR option will automatically add each dependency listed in the gemspec file to the newly created [\fBGemfile(5)\fR][Gemfile(5)]\. .SH "OPTIONS" .TP \fB\-\-gemspec=GEMSPEC\fR Use the specified \.gemspec to create the [\fBGemfile(5)\fR][Gemfile(5)] .TP \fB\-\-gemfile=GEMFILE\fR Use the specified name for the gemfile instead of \fBGemfile\fR .SH "FILES" Included in the default [\fBGemfile(5)\fR][Gemfile(5)] generated is the line \fB# frozen_string_literal: true\fR\. This is a magic comment supported for the first time in Ruby 2\.3\. The presence of this line results in all string literals in the file being implicitly frozen\. .SH "SEE ALSO" Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR PK *J [��^�� � : share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-viz.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-VIZ" "1" "March 2025" "" .SH "NAME" \fBbundle\-viz\fR \- Generates a visual dependency graph for your Gemfile .SH "SYNOPSIS" \fBbundle viz\fR [\-\-file=FILE] [\-\-format=FORMAT] [\-\-requirements] [\-\-version] [\-\-without=GROUP GROUP] .SH "DESCRIPTION" \fBviz\fR generates a PNG file of the current \fBGemfile(5)\fR as a dependency graph\. \fBviz\fR requires the ruby\-graphviz gem (and its dependencies)\. .P The associated gems must also be installed via \fBbundle install(1)\fR \fIbundle\-install\.1\.html\fR\. .P \fBviz\fR command was deprecated in Bundler 2\.2\. Use bundler\-graph plugin \fIhttps://github\.com/rubygems/bundler\-graph\fR instead\. .SH "OPTIONS" .TP \fB\-\-file=FILE\fR, \fB\-f=FILE\fR The name to use for the generated file\. See \fB\-\-format\fR option .TP \fB\-\-format=FORMAT\fR, \fB\-F=FORMAT\fR This is output format option\. Supported format is png, jpg, svg, dot \|\.\|\.\|\. .TP \fB\-\-requirements\fR, \fB\-R\fR Set to show the version of each required dependency\. .TP \fB\-\-version\fR, \fB\-v\fR Set to show each gem version\. .TP \fB\-\-without=<list>\fR, \fB\-W=<list>\fR Exclude gems that are part of the specified named group\. PK *J [�v |� � < share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-clean.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-CLEAN" "1" "March 2025" "" .SH "NAME" \fBbundle\-clean\fR \- Cleans up unused gems in your bundler directory .SH "SYNOPSIS" \fBbundle clean\fR [\-\-dry\-run] [\-\-force] .SH "DESCRIPTION" This command will remove all unused gems in your bundler directory\. This is useful when you have made many changes to your gem dependencies\. .SH "OPTIONS" .TP \fB\-\-dry\-run\fR Print the changes, but do not clean the unused gems\. .TP \fB\-\-force\fR Forces cleaning up unused gems even if Bundler is configured to use globally installed gems\. As a consequence, removes all system gems except for the ones in the current application\. PK *J [��K�e e ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-viz.1.ronnnu �[��� bundle-viz(1) -- Generates a visual dependency graph for your Gemfile ===================================================================== ## SYNOPSIS `bundle viz` [--file=FILE] [--format=FORMAT] [--requirements] [--version] [--without=GROUP GROUP] ## DESCRIPTION `viz` generates a PNG file of the current `Gemfile(5)` as a dependency graph. `viz` requires the ruby-graphviz gem (and its dependencies). The associated gems must also be installed via [`bundle install(1)`](bundle-install.1.html). `viz` command was deprecated in Bundler 2.2. Use [bundler-graph plugin](https://github.com/rubygems/bundler-graph) instead. ## OPTIONS * `--file=FILE`, `-f=FILE`: The name to use for the generated file. See `--format` option * `--format=FORMAT`, `-F=FORMAT`: This is output format option. Supported format is png, jpg, svg, dot ... * `--requirements`, `-R`: Set to show the version of each required dependency. * `--version`, `-v`: Set to show each gem version. * `--without=<list>`, `-W=<list>`: Exclude gems that are part of the specified named group. PK *J [�\|O� � B share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-doctor.1.ronnnu �[��� bundle-doctor(1) -- Checks the bundle for common problems ========================================================= ## SYNOPSIS `bundle doctor` [--quiet] [--gemfile=GEMFILE] ## DESCRIPTION Checks your Gemfile and gem environment for common problems. If issues are detected, Bundler prints them and exits status 1. Otherwise, Bundler prints a success message and exits status 0. Examples of common problems caught by bundle-doctor include: * Invalid Bundler settings * Mismatched Ruby versions * Mismatched platforms * Uninstalled gems * Missing dependencies ## OPTIONS * `--quiet`: Only output warnings and errors. * `--gemfile=GEMFILE`: The location of the Gemfile(5) which Bundler should use. This defaults to a Gemfile(5) in the current working directory. In general, Bundler will assume that the location of the Gemfile(5) is also the project's root and will try to find `Gemfile.lock` and `vendor/cache` relative to this location. PK *J [M�"� � A share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-check.1.ronnnu �[��� bundle-check(1) -- Verifies if dependencies are satisfied by installed gems =========================================================================== ## SYNOPSIS `bundle check` [--dry-run] [--gemfile=FILE] [--path=PATH] ## DESCRIPTION `check` searches the local machine for each of the gems requested in the Gemfile. If all gems are found, Bundler prints a success message and exits with a status of 0. If not, the first missing gem is listed and Bundler exits status 1. If the lockfile needs to be updated then it will be resolved using the gems installed on the local machine, if they satisfy the requirements. ## OPTIONS * `--dry-run`: Locks the [`Gemfile(5)`][Gemfile(5)] before running the command. * `--gemfile=GEMFILE`: Use the specified gemfile instead of the [`Gemfile(5)`][Gemfile(5)]. * `--path=PATH`: Specify a different path than the system default (`$BUNDLE_PATH` or `$GEM_HOME`). Bundler will remember this value for future installs on this machine. PK *J [�lr] ] @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-help.1.ronnnu �[��� bundle-help(1) -- Displays detailed help for each subcommand ============================================================ ## SYNOPSIS `bundle help` [COMMAND] ## DESCRIPTION Displays detailed help for the given subcommand. You can specify a single `COMMAND` at the same time. When `COMMAND` is omitted, help for `help` command will be displayed. PK *J [ 6V�U �U < share/gems/gems/bundler-2.6.7/lib/bundler/man/gemfile.5.ronnnu �[��� Gemfile(5) -- A format for describing gem dependencies for Ruby programs ======================================================================== ## SYNOPSIS A `Gemfile` describes the gem dependencies required to execute associated Ruby code. Place the `Gemfile` in the root of the directory containing the associated code. For instance, in a Rails application, place the `Gemfile` in the same directory as the `Rakefile`. ## SYNTAX A `Gemfile` is evaluated as Ruby code, in a context which makes available a number of methods used to describe the gem requirements. ## GLOBAL SOURCE At the top of the `Gemfile`, add a single line for the `RubyGems` source that contains the gems listed in the `Gemfile`. source "https://rubygems.org" You can add only one global source. In Bundler 1.13, adding multiple global sources was deprecated. The `source` `MUST` be a valid RubyGems repository. To use more than one source of RubyGems, you should use [`source` block ](#BLOCK-FORM-OF-SOURCE-GIT-PATH-GROUP-and-PLATFORMS). A source is checked for gems following the heuristics described in [SOURCE PRIORITY][]. **Note about a behavior of the feature deprecated in Bundler 1.13**: If a gem is found in more than one global source, Bundler will print a warning after installing the gem indicating which source was used, and listing the other sources where the gem is available. A specific source can be selected for gems that need to use a non-standard repository, suppressing this warning, by using the [`:source` option](#SOURCE) or `source` block. ### CREDENTIALS Some gem sources require a username and password. Use [bundle config(1)](bundle-config.1.html) to set the username and password for any of the sources that need it. The command must be run once on each computer that will install the Gemfile, but this keeps the credentials from being stored in plain text in version control. bundle config gems.example.com user:password For some sources, like a company Gemfury account, it may be easier to include the credentials in the Gemfile as part of the source URL. source "https://user:password@gems.example.com" Credentials in the source URL will take precedence over credentials set using `config`. ## RUBY If your application requires a specific Ruby version or engine, specify your requirements using the `ruby` method, with the following arguments. All parameters are `OPTIONAL` unless otherwise specified. ### VERSION (required) The version of Ruby that your application requires. If your application requires an alternate Ruby engine, such as JRuby, TruffleRuby, etc., this should be the Ruby version that the engine is compatible with. ruby "3.1.2" If you wish to derive your Ruby version from a version file (ie .ruby-version), you can use the `file` option instead. ruby file: ".ruby-version" The version file should conform to any of the following formats: - `3.1.2` (.ruby-version) - `ruby 3.1.2` (.tool-versions, read: https://asdf-vm.com/manage/configuration.html#tool-versions) ### ENGINE Each application _may_ specify a Ruby engine. If an engine is specified, an engine version _must_ also be specified. What exactly is an Engine? - A Ruby engine is an implementation of the Ruby language. - For background: the reference or original implementation of the Ruby programming language is called [Matz's Ruby Interpreter](https://en.wikipedia.org/wiki/Ruby_MRI), or MRI for short. This is named after Ruby creator Yukihiro Matsumoto, also known as Matz. MRI is also known as CRuby, because it is written in C. MRI is the most widely used Ruby engine. - [Other implementations](https://www.ruby-lang.org/en/about/) of Ruby exist. Some of the more well-known implementations include [JRuby](https://www.jruby.org/) and [TruffleRuby](https://www.graalvm.org/ruby/). Rubinius is an alternative implementation of Ruby written in Ruby. JRuby is an implementation of Ruby on the JVM, short for Java Virtual Machine. TruffleRuby is a Ruby implementation on the GraalVM, a language toolkit built on the JVM. ### ENGINE VERSION Each application _may_ specify a Ruby engine version. If an engine version is specified, an engine _must_ also be specified. If the engine is "ruby" the engine version specified _must_ match the Ruby version. ruby "2.6.8", engine: "jruby", engine_version: "9.3.8.0" ### PATCHLEVEL Each application _may_ specify a Ruby patchlevel. Specifying the patchlevel has been meaningless since Ruby 2.1.0 was released as the patchlevel is now uniquely determined by a combination of major, minor, and teeny version numbers. This option was implemented in Bundler 1.4.0 for Ruby 2.0 or earlier. ruby "3.1.2", patchlevel: "20" ## GEMS Specify gem requirements using the `gem` method, with the following arguments. All parameters are `OPTIONAL` unless otherwise specified. ### NAME (required) For each gem requirement, list a single _gem_ line. gem "nokogiri" ### VERSION Each _gem_ `MAY` have one or more version specifiers. gem "nokogiri", ">= 1.4.2" gem "RedCloth", ">= 4.1.0", "< 4.2.0" ### REQUIRE AS Each _gem_ `MAY` specify files that should be used when autorequiring via `Bundler.require`. You may pass an array with multiple files or `true` if the file you want `required` has the same name as _gem_ or `false` to prevent any file from being autorequired. gem "redis", require: ["redis/connection/hiredis", "redis"] gem "webmock", require: false gem "byebug", require: true The argument defaults to the name of the gem. For example, these are identical: gem "nokogiri" gem "nokogiri", require: "nokogiri" gem "nokogiri", require: true ### GROUPS Each _gem_ `MAY` specify membership in one or more groups. Any _gem_ that does not specify membership in any group is placed in the `default` group. gem "rspec", group: :test gem "wirble", groups: [:development, :test] The Bundler runtime allows its two main methods, `Bundler.setup` and `Bundler.require`, to limit their impact to particular groups. # setup adds gems to Ruby's load path Bundler.setup # defaults to all groups require "bundler/setup" # same as Bundler.setup Bundler.setup(:default) # only set up the _default_ group Bundler.setup(:test) # only set up the _test_ group (but `not` _default_) Bundler.setup(:default, :test) # set up the _default_ and _test_ groups, but no others # require requires all of the gems in the specified groups Bundler.require # defaults to the _default_ group Bundler.require(:default) # identical Bundler.require(:default, :test) # requires the _default_ and _test_ groups Bundler.require(:test) # requires the _test_ group The Bundler CLI allows you to specify a list of groups whose gems `bundle install` should not install with the `without` configuration. To specify multiple groups to ignore, specify a list of groups separated by spaces. bundle config set --local without test bundle config set --local without development test Also, calling `Bundler.setup` with no parameters, or calling `require "bundler/setup"` will setup all groups except for the ones you excluded via `--without` (since they are not available). Note that on `bundle install`, bundler downloads and evaluates all gems, in order to create a single canonical list of all of the required gems and their dependencies. This means that you cannot list different versions of the same gems in different groups. For more details, see [Understanding Bundler](https://bundler.io/rationale.html). ### PLATFORMS If a gem should only be used in a particular platform or set of platforms, you can specify them. Platforms are essentially identical to groups, except that you do not need to use the `--without` install-time flag to exclude groups of gems for other platforms. There are a number of `Gemfile` platforms: * `ruby`: C Ruby (MRI), Rubinius, or TruffleRuby, but not Windows * `mri`: C Ruby (MRI) only, but not Windows * `windows`: Windows C Ruby (MRI), including RubyInstaller 32-bit and 64-bit versions * `mswin`: Windows C Ruby (MRI), including RubyInstaller 32-bit versions * `mswin64`: Windows C Ruby (MRI), including RubyInstaller 64-bit versions * `rbx`: Rubinius * `jruby`: JRuby * `truffleruby`: TruffleRuby On platforms `ruby`, `mri`, `mswin`, `mswin64`, and `windows`, you may additionally specify a version by appending the major and minor version numbers without a delimiter. For example, to specify that a gem should only be used on platform `ruby` version 3.1, use: ruby_31 As with groups (above), you may specify one or more platforms: gem "weakling", platforms: :jruby gem "ruby-debug", platforms: :mri_31 gem "nokogiri", platforms: [:windows_31, :jruby] All operations involving groups ([`bundle install`](bundle-install.1.html), `Bundler.setup`, `Bundler.require`) behave exactly the same as if any groups not matching the current platform were explicitly excluded. The following platform values are deprecated and should be replaced with `windows`: * `mswin`, `mswin64`, `mingw32`, `x64_mingw` Note that, while unfortunately using the same terminology, the values of this option are different from the values that `bundle lock --add-platform` can take. The values of this option are more closer to "Ruby Implementation" while the values that `bundle lock --add-platform` understands are more related to OS and architecture of the different systems where your lockfile will be used. ### FORCE_RUBY_PLATFORM If you always want the pure ruby variant of a gem to be chosen over platform specific variants, you can use the `force_ruby_platform` option: gem "ffi", force_ruby_platform: true This can be handy (assuming the pure ruby variant works fine) when: * You're having issues with the platform specific variant. * The platform specific variant does not yet support a newer ruby (and thus has a `required_ruby_version` upper bound), but you still want your Gemfile{.lock} files to resolve under that ruby. ### SOURCE You can select an alternate RubyGems repository for a gem using the ':source' option. gem "some_internal_gem", source: "https://gems.example.com" This forces the gem to be loaded from this source and ignores the global source declared at the top level of the file. If the gem does not exist in this source, it will not be installed. Bundler will search for child dependencies of this gem by first looking in the source selected for the parent, but if they are not found there, it will fall back on the global source. **Note about a behavior of the feature deprecated in Bundler 1.13**: Selecting a specific source repository this way also suppresses the ambiguous gem warning described above in [GLOBAL SOURCE](#GLOBAL-SOURCE). Using the `:source` option for an individual gem will also make that source available as a possible global source for any other gems which do not specify explicit sources. Thus, when adding gems with explicit sources, it is recommended that you also ensure all other gems in the Gemfile are using explicit sources. ### GIT If necessary, you can specify that a gem is located at a particular git repository using the `:git` parameter. The repository can be accessed via several protocols: * `HTTP(S)`: gem "rails", git: "https://github.com/rails/rails.git" * `SSH`: gem "rails", git: "git@github.com:rails/rails.git" * `git`: gem "rails", git: "git://github.com/rails/rails.git" If using SSH, the user that you use to run `bundle install` `MUST` have the appropriate keys available in their `$HOME/.ssh`. `NOTE`: `http://` and `git://` URLs should be avoided if at all possible. These protocols are unauthenticated, so a man-in-the-middle attacker can deliver malicious code and compromise your system. HTTPS and SSH are strongly preferred. The `group`, `platforms`, and `require` options are available and behave exactly the same as they would for a normal gem. A git repository `SHOULD` have at least one file, at the root of the directory containing the gem, with the extension `.gemspec`. This file `MUST` contain a valid gem specification, as expected by the `gem build` command. If a git repository does not have a `.gemspec`, bundler will attempt to create one, but it will not contain any dependencies, executables, or C extension compilation instructions. As a result, it may fail to properly integrate into your application. If a git repository does have a `.gemspec` for the gem you attached it to, a version specifier, if provided, means that the git repository is only valid if the `.gemspec` specifies a version matching the version specifier. If not, bundler will print a warning. gem "rails", "2.3.8", git: "https://github.com/rails/rails.git" # bundle install will fail, because the .gemspec in the rails # repository's master branch specifies version 3.0.0 If a git repository does `not` have a `.gemspec` for the gem you attached it to, a version specifier `MUST` be provided. Bundler will use this version in the simple `.gemspec` it creates. Git repositories support a number of additional options. * `branch`, `tag`, and `ref`: You `MUST` only specify at most one of these options. The default is `branch: "master"`. For example: gem "rails", git: "https://github.com/rails/rails.git", branch: "5-0-stable" gem "rails", git: "https://github.com/rails/rails.git", tag: "v5.0.0" gem "rails", git: "https://github.com/rails/rails.git", ref: "4aded" * `submodules`: For reference, a [git submodule](https://git-scm.com/book/en/v2/Git-Tools-Submodules) lets you have another git repository within a subfolder of your repository. Specify `submodules: true` to cause bundler to expand any submodules included in the git repository If a git repository contains multiple `.gemspecs`, each `.gemspec` represents a gem located at the same place in the file system as the `.gemspec`. |~rails [git root] | |-rails.gemspec [rails gem located here] |~actionpack | |-actionpack.gemspec [actionpack gem located here] |~activesupport | |-activesupport.gemspec [activesupport gem located here] |... To install a gem located in a git repository, bundler changes to the directory containing the gemspec, runs `gem build name.gemspec` and then installs the resulting gem. The `gem build` command, which comes standard with Rubygems, evaluates the `.gemspec` in the context of the directory in which it is located. ### GIT SOURCE A custom git source can be defined via the `git_source` method. Provide the source's name as an argument, and a block which receives a single argument and interpolates it into a string to return the full repo address: git_source(:stash){ |repo_name| "https://stash.corp.acme.pl/#{repo_name}.git" } gem 'rails', stash: 'forks/rails' In addition, if you wish to choose a specific branch: gem "rails", stash: "forks/rails", branch: "branch_name" ### GITHUB `NOTE`: This shorthand should be avoided until Bundler 2.0, since it currently expands to an insecure `git://` URL. This allows a man-in-the-middle attacker to compromise your system. If the git repository you want to use is hosted on GitHub and is public, you can use the :github shorthand to specify the github username and repository name (without the trailing ".git"), separated by a slash. If both the username and repository name are the same, you can omit one. gem "rails", github: "rails/rails" gem "rails", github: "rails" Are both equivalent to gem "rails", git: "https://github.com/rails/rails.git" Since the `github` method is a specialization of `git_source`, it accepts a `:branch` named argument. You can also directly pass a pull request URL: gem "rails", github: "https://github.com/rails/rails/pull/43753" Which is equivalent to: gem "rails", github: "rails/rails", branch: "refs/pull/43753/head" ### GIST If the git repository you want to use is hosted as a GitHub Gist and is public, you can use the :gist shorthand to specify the gist identifier (without the trailing ".git"). gem "the_hatch", gist: "4815162342" Is equivalent to: gem "the_hatch", git: "https://gist.github.com/4815162342.git" Since the `gist` method is a specialization of `git_source`, it accepts a `:branch` named argument. ### BITBUCKET If the git repository you want to use is hosted on Bitbucket and is public, you can use the :bitbucket shorthand to specify the bitbucket username and repository name (without the trailing ".git"), separated by a slash. If both the username and repository name are the same, you can omit one. gem "rails", bitbucket: "rails/rails" gem "rails", bitbucket: "rails" Are both equivalent to gem "rails", git: "https://rails@bitbucket.org/rails/rails.git" Since the `bitbucket` method is a specialization of `git_source`, it accepts a `:branch` named argument. ### PATH You can specify that a gem is located in a particular location on the file system. Relative paths are resolved relative to the directory containing the `Gemfile`. Similar to the semantics of the `:git` option, the `:path` option requires that the directory in question either contains a `.gemspec` for the gem, or that you specify an explicit version that bundler should use. Unlike `:git`, bundler does not compile C extensions for gems specified as paths. gem "rails", path: "vendor/rails" If you would like to use multiple local gems directly from the filesystem, you can set a global `path` option to the path containing the gem's files. This will automatically load gemspec files from subdirectories. path 'components' do gem 'admin_ui' gem 'public_ui' end ## BLOCK FORM OF SOURCE, GIT, PATH, GROUP and PLATFORMS The `:source`, `:git`, `:path`, `:group`, and `:platforms` options may be applied to a group of gems by using block form. source "https://gems.example.com" do gem "some_internal_gem" gem "another_internal_gem" end git "https://github.com/rails/rails.git" do gem "activesupport" gem "actionpack" end platforms :ruby do gem "ruby-debug" gem "sqlite3" end group :development, optional: true do gem "wirble" gem "faker" end In the case of the group block form the :optional option can be given to prevent a group from being installed unless listed in the `--with` option given to the `bundle install` command. In the case of the `git` block form, the `:ref`, `:branch`, `:tag`, and `:submodules` options may be passed to the `git` method, and all gems in the block will inherit those options. The presence of a `source` block in a Gemfile also makes that source available as a possible global source for any other gems which do not specify explicit sources. Thus, when defining source blocks, it is recommended that you also ensure all other gems in the Gemfile are using explicit sources, either via source blocks or `:source` directives on individual gems. ## INSTALL_IF The `install_if` method allows gems to be installed based on a proc or lambda. This is especially useful for optional gems that can only be used if certain software is installed or some other conditions are met. install_if -> { RUBY_PLATFORM =~ /darwin/ } do gem "pasteboard" end ## GEMSPEC The [`.gemspec`](https://guides.rubygems.org/specification-reference/) file is where you provide metadata about your gem to Rubygems. Some required Gemspec attributes include the name, description, and homepage of your gem. This is also where you specify the dependencies your gem needs to run. If you wish to use Bundler to help install dependencies for a gem while it is being developed, use the `gemspec` method to pull in the dependencies listed in the `.gemspec` file. The `gemspec` method adds any runtime dependencies as gem requirements in the default group. It also adds development dependencies as gem requirements in the `development` group. Finally, it adds a gem requirement on your project (`path: '.'`). In conjunction with `Bundler.setup`, this allows you to require project files in your test code as you would if the project were installed as a gem; you need not manipulate the load path manually or require project files via relative paths. The `gemspec` method supports optional `:path`, `:glob`, `:name`, and `:development_group` options, which control where bundler looks for the `.gemspec`, the glob it uses to look for the gemspec (defaults to: `{,*,*/*}.gemspec`), what named `.gemspec` it uses (if more than one is present), and which group development dependencies are included in. When a `gemspec` dependency encounters version conflicts during resolution, the local version under development will always be selected -- even if there are remote versions that better match other requirements for the `gemspec` gem. ## SOURCE PRIORITY When attempting to locate a gem to satisfy a gem requirement, bundler uses the following priority order: 1. The source explicitly attached to the gem (using `:source`, `:path`, or `:git`) 2. For implicit gems (dependencies of explicit gems), any source, git, or path repository declared on the parent. This results in bundler prioritizing the ActiveSupport gem from the Rails git repository over ones from `rubygems.org` 3. If neither of the above conditions are met, the global source will be used. If multiple global sources are specified, they will be prioritized from last to first, but this is deprecated since Bundler 1.13, so Bundler prints a warning and will abort with an error in the future. PK *J [n�0�yB yB > share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-install.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-INSTALL" "1" "March 2025" "" .SH "NAME" \fBbundle\-install\fR \- Install the dependencies specified in your Gemfile .SH "SYNOPSIS" \fBbundle install\fR [\-\-binstubs[=DIRECTORY]] [\-\-clean] [\-\-deployment] [\-\-frozen] [\-\-full\-index] [\-\-gemfile=GEMFILE] [\-\-jobs=NUMBER] [\-\-local] [\-\-no\-cache] [\-\-no\-prune] [\-\-path PATH] [\-\-prefer\-local] [\-\-quiet] [\-\-redownload] [\-\-retry=NUMBER] [\-\-shebang=SHEBANG] [\-\-standalone[=GROUP[ GROUP\|\.\|\.\|\.]]] [\-\-system] [\-\-trust\-policy=TRUST\-POLICY] [\-\-target\-rbconfig=TARGET\-RBCONFIG] [\-\-with=GROUP[ GROUP\|\.\|\.\|\.]] [\-\-without=GROUP[ GROUP\|\.\|\.\|\.]] .SH "DESCRIPTION" Install the gems specified in your Gemfile(5)\. If this is the first time you run bundle install (and a \fBGemfile\.lock\fR does not exist), Bundler will fetch all remote sources, resolve dependencies and install all needed gems\. .P If a \fBGemfile\.lock\fR does exist, and you have not updated your Gemfile(5), Bundler will fetch all remote sources, but use the dependencies specified in the \fBGemfile\.lock\fR instead of resolving dependencies\. .P If a \fBGemfile\.lock\fR does exist, and you have updated your Gemfile(5), Bundler will use the dependencies in the \fBGemfile\.lock\fR for all gems that you did not update, but will re\-resolve the dependencies of gems that you did update\. You can find more information about this update process below under \fICONSERVATIVE UPDATING\fR\. .SH "OPTIONS" The \fB\-\-clean\fR, \fB\-\-deployment\fR, \fB\-\-frozen\fR, \fB\-\-no\-prune\fR, \fB\-\-path\fR, \fB\-\-shebang\fR, \fB\-\-system\fR, \fB\-\-without\fR and \fB\-\-with\fR options are deprecated because they only make sense if they are applied to every subsequent \fBbundle install\fR run automatically and that requires \fBbundler\fR to silently remember them\. Since \fBbundler\fR will no longer remember CLI flags in future versions, \fBbundle config\fR (see bundle\-config(1)) should be used to apply them permanently\. .TP \fB\-\-binstubs[=BINSTUBS]\fR Binstubs are scripts that wrap around executables\. Bundler creates a small Ruby file (a binstub) that loads Bundler, runs the command, and puts it in \fBbin/\fR\. This lets you link the binstub inside of an application to the exact gem version the application needs\. .IP Creates a directory (defaults to \fB~/bin\fR when the option is used without a value, or to the given \fB<BINSTUBS>\fR directory otherwise) and places any executables from the gem there\. These executables run in Bundler's context\. If used, you might add this directory to your environment's \fBPATH\fR variable\. For instance, if the \fBrails\fR gem comes with a \fBrails\fR executable, this flag will create a \fBbin/rails\fR executable that ensures that all referred dependencies will be resolved using the bundled gems\. .TP \fB\-\-clean\fR On finishing the installation Bundler is going to remove any gems not present in the current Gemfile(5)\. Don't worry, gems currently in use will not be removed\. .IP This option is deprecated in favor of the \fBclean\fR setting\. .TP \fB\-\-deployment\fR In \fIdeployment mode\fR, Bundler will 'roll\-out' the bundle for production or CI use\. Please check carefully if you want to have this option enabled in your development environment\. .IP This option is deprecated in favor of the \fBdeployment\fR setting\. .TP \fB\-\-redownload\fR, \fB\-\-force\fR Force download every gem, even if the required versions are already available locally\. .TP \fB\-\-frozen\fR Do not allow the Gemfile\.lock to be updated after this install\. Exits non\-zero if there are going to be changes to the Gemfile\.lock\. .IP This option is deprecated in favor of the \fBfrozen\fR setting\. .TP \fB\-\-full\-index\fR Bundler will not call Rubygems' API endpoint (default) but download and cache a (currently big) index file of all gems\. Performance can be improved for large bundles that seldom change by enabling this option\. .TP \fB\-\-gemfile=GEMFILE\fR The location of the Gemfile(5) which Bundler should use\. This defaults to a Gemfile(5) in the current working directory\. In general, Bundler will assume that the location of the Gemfile(5) is also the project's root and will try to find \fBGemfile\.lock\fR and \fBvendor/cache\fR relative to this location\. .TP \fB\-\-jobs=<number>\fR, \fB\-j=<number>\fR The maximum number of parallel download and install jobs\. The default is the number of available processors\. .TP \fB\-\-local\fR Do not attempt to connect to \fBrubygems\.org\fR\. Instead, Bundler will use the gems already present in Rubygems' cache or in \fBvendor/cache\fR\. Note that if an appropriate platform\-specific gem exists on \fBrubygems\.org\fR it will not be found\. .TP \fB\-\-prefer\-local\fR Force using locally installed gems, or gems already present in Rubygems' cache or in \fBvendor/cache\fR, when resolving, even if newer versions are available remotely\. Only attempt to connect to \fBrubygems\.org\fR for gems that are not present locally\. .TP \fB\-\-no\-cache\fR Do not update the cache in \fBvendor/cache\fR with the newly bundled gems\. This does not remove any gems in the cache but keeps the newly bundled gems from being cached during the install\. .TP \fB\-\-no\-prune\fR Don't remove stale gems from the cache when the installation finishes\. .IP This option is deprecated in favor of the \fBno_prune\fR setting\. .TP \fB\-\-path=PATH\fR The location to install the specified gems to\. This defaults to Rubygems' setting\. Bundler shares this location with Rubygems, \fBgem install \|\.\|\.\|\.\fR will have gem installed there, too\. Therefore, gems installed without a \fB\-\-path \|\.\|\.\|\.\fR setting will show up by calling \fBgem list\fR\. Accordingly, gems installed to other locations will not get listed\. .IP This option is deprecated in favor of the \fBpath\fR setting\. .TP \fB\-\-quiet\fR Do not print progress information to the standard output\. .TP \fB\-\-retry=[<number>]\fR Retry failed network or git requests for \fInumber\fR times\. .TP \fB\-\-shebang=SHEBANG\fR Uses the specified ruby executable (usually \fBruby\fR) to execute the scripts created with \fB\-\-binstubs\fR\. In addition, if you use \fB\-\-binstubs\fR together with \fB\-\-shebang jruby\fR these executables will be changed to execute \fBjruby\fR instead\. .IP This option is deprecated in favor of the \fBshebang\fR setting\. .TP \fB\-\-standalone[=<list>]\fR Makes a bundle that can work without depending on Rubygems or Bundler at runtime\. A space separated list of groups to install can be specified\. Bundler creates a directory named \fBbundle\fR and installs the bundle there\. It also generates a \fBbundle/bundler/setup\.rb\fR file to replace Bundler's own setup in the manner required\. Using this option implicitly sets \fBpath\fR, which is a [remembered option][REMEMBERED OPTIONS]\. .TP \fB\-\-system\fR Installs the gems specified in the bundle to the system's Rubygems location\. This overrides any previous configuration of \fB\-\-path\fR\. .IP This option is deprecated in favor of the \fBsystem\fR setting\. .TP \fB\-\-trust\-policy=TRUST\-POLICY\fR Apply the Rubygems security policy \fIpolicy\fR, where policy is one of \fBHighSecurity\fR, \fBMediumSecurity\fR, \fBLowSecurity\fR, \fBAlmostNoSecurity\fR, or \fBNoSecurity\fR\. For more details, please see the Rubygems signing documentation linked below in \fISEE ALSO\fR\. .TP \fB\-\-target\-rbconfig=TARGET\-RBCONFIG\fR Path to rbconfig\.rb for the deployment target platform\. .TP \fB\-\-with=<list>\fR A space\-separated list of groups referencing gems to install\. If an optional group is given it is installed\. If a group is given that is in the remembered list of groups given to \-\-without, it is removed from that list\. .IP This option is deprecated in favor of the \fBwith\fR setting\. .TP \fB\-\-without=<list>\fR A space\-separated list of groups referencing gems to skip during installation\. If a group is given that is in the remembered list of groups given to \-\-with, it is removed from that list\. .IP This option is deprecated in favor of the \fBwithout\fR setting\. .SH "DEPLOYMENT MODE" Bundler's defaults are optimized for development\. To switch to defaults optimized for deployment and for CI, use the \fB\-\-deployment\fR flag\. Do not activate deployment mode on development machines, as it will cause an error when the Gemfile(5) is modified\. .IP "1." 4 A \fBGemfile\.lock\fR is required\. .IP To ensure that the same versions of the gems you developed with and tested with are also used in deployments, a \fBGemfile\.lock\fR is required\. .IP This is mainly to ensure that you remember to check your \fBGemfile\.lock\fR into version control\. .IP "2." 4 The \fBGemfile\.lock\fR must be up to date .IP In development, you can modify your Gemfile(5) and re\-run \fBbundle install\fR to \fIconservatively update\fR your \fBGemfile\.lock\fR snapshot\. .IP In deployment, your \fBGemfile\.lock\fR should be up\-to\-date with changes made in your Gemfile(5)\. .IP "3." 4 Gems are installed to \fBvendor/bundle\fR not your default system location .IP In development, it's convenient to share the gems used in your application with other applications and other scripts that run on the system\. .IP In deployment, isolation is a more important default\. In addition, the user deploying the application may not have permission to install gems to the system, or the web server may not have permission to read them\. .IP As a result, \fBbundle install \-\-deployment\fR installs gems to the \fBvendor/bundle\fR directory in the application\. This may be overridden using the \fB\-\-path\fR option\. .IP "" 0 .SH "INSTALLING GROUPS" By default, \fBbundle install\fR will install all gems in all groups in your Gemfile(5), except those declared for a different platform\. .P However, you can explicitly tell Bundler to skip installing certain groups with the \fB\-\-without\fR option\. This option takes a space\-separated list of groups\. .P While the \fB\-\-without\fR option will skip \fIinstalling\fR the gems in the specified groups, it will still \fIdownload\fR those gems and use them to resolve the dependencies of every gem in your Gemfile(5)\. .P This is so that installing a different set of groups on another machine (such as a production server) will not change the gems and versions that you have already developed and tested against\. .P \fBBundler offers a rock\-solid guarantee that the third\-party code you are running in development and testing is also the third\-party code you are running in production\. You can choose to exclude some of that code in different environments, but you will never be caught flat\-footed by different versions of third\-party code being used in different environments\.\fR .P For a simple illustration, consider the following Gemfile(5): .IP "" 4 .nf source 'https://rubygems\.org' gem 'sinatra' group :production do gem 'rack\-perftools\-profiler' end .fi .IP "" 0 .P In this case, \fBsinatra\fR depends on any version of Rack (\fB>= 1\.0\fR), while \fBrack\-perftools\-profiler\fR depends on 1\.x (\fB~> 1\.0\fR)\. .P When you run \fBbundle install \-\-without production\fR in development, we look at the dependencies of \fBrack\-perftools\-profiler\fR as well\. That way, you do not spend all your time developing against Rack 2\.0, using new APIs unavailable in Rack 1\.x, only to have Bundler switch to Rack 1\.2 when the \fBproduction\fR group \fIis\fR used\. .P This should not cause any problems in practice, because we do not attempt to \fBinstall\fR the gems in the excluded groups, and only evaluate as part of the dependency resolution process\. .P This also means that you cannot include different versions of the same gem in different groups, because doing so would result in different sets of dependencies used in development and production\. Because of the vagaries of the dependency resolution process, this usually affects more than the gems you list in your Gemfile(5), and can (surprisingly) radically change the gems you are using\. .SH "THE GEMFILE\.LOCK" When you run \fBbundle install\fR, Bundler will persist the full names and versions of all gems that you used (including dependencies of the gems specified in the Gemfile(5)) into a file called \fBGemfile\.lock\fR\. .P Bundler uses this file in all subsequent calls to \fBbundle install\fR, which guarantees that you always use the same exact code, even as your application moves across machines\. .P Because of the way dependency resolution works, even a seemingly small change (for instance, an update to a point\-release of a dependency of a gem in your Gemfile(5)) can result in radically different gems being needed to satisfy all dependencies\. .P As a result, you \fBSHOULD\fR check your \fBGemfile\.lock\fR into version control, in both applications and gems\. If you do not, every machine that checks out your repository (including your production server) will resolve all dependencies again, which will result in different versions of third\-party code being used if \fBany\fR of the gems in the Gemfile(5) or any of their dependencies have been updated\. .P When Bundler first shipped, the \fBGemfile\.lock\fR was included in the \fB\.gitignore\fR file included with generated gems\. Over time, however, it became clear that this practice forces the pain of broken dependencies onto new contributors, while leaving existing contributors potentially unaware of the problem\. Since \fBbundle install\fR is usually the first step towards a contribution, the pain of broken dependencies would discourage new contributors from contributing\. As a result, we have revised our guidance for gem authors to now recommend checking in the lock for gems\. .SH "CONSERVATIVE UPDATING" When you make a change to the Gemfile(5) and then run \fBbundle install\fR, Bundler will update only the gems that you modified\. .P In other words, if a gem that you \fBdid not modify\fR worked before you called \fBbundle install\fR, it will continue to use the exact same versions of all dependencies as it used before the update\. .P Let's take a look at an example\. Here's your original Gemfile(5): .IP "" 4 .nf source 'https://rubygems\.org' gem 'actionpack', '2\.3\.8' gem 'activemerchant' .fi .IP "" 0 .P In this case, both \fBactionpack\fR and \fBactivemerchant\fR depend on \fBactivesupport\fR\. The \fBactionpack\fR gem depends on \fBactivesupport 2\.3\.8\fR and \fBrack ~> 1\.1\.0\fR, while the \fBactivemerchant\fR gem depends on \fBactivesupport >= 2\.3\.2\fR, \fBbraintree >= 2\.0\.0\fR, and \fBbuilder >= 2\.0\.0\fR\. .P When the dependencies are first resolved, Bundler will select \fBactivesupport 2\.3\.8\fR, which satisfies the requirements of both gems in your Gemfile(5)\. .P Next, you modify your Gemfile(5) to: .IP "" 4 .nf source 'https://rubygems\.org' gem 'actionpack', '3\.0\.0\.rc' gem 'activemerchant' .fi .IP "" 0 .P The \fBactionpack 3\.0\.0\.rc\fR gem has a number of new dependencies, and updates the \fBactivesupport\fR dependency to \fB= 3\.0\.0\.rc\fR and the \fBrack\fR dependency to \fB~> 1\.2\.1\fR\. .P When you run \fBbundle install\fR, Bundler notices that you changed the \fBactionpack\fR gem, but not the \fBactivemerchant\fR gem\. It evaluates the gems currently being used to satisfy its requirements: .TP \fBactivesupport 2\.3\.8\fR also used to satisfy a dependency in \fBactivemerchant\fR, which is not being updated .TP \fBrack ~> 1\.1\.0\fR not currently being used to satisfy another dependency .P Because you did not explicitly ask to update \fBactivemerchant\fR, you would not expect it to suddenly stop working after updating \fBactionpack\fR\. However, satisfying the new \fBactivesupport 3\.0\.0\.rc\fR dependency of actionpack requires updating one of its dependencies\. .P Even though \fBactivemerchant\fR declares a very loose dependency that theoretically matches \fBactivesupport 3\.0\.0\.rc\fR, Bundler treats gems in your Gemfile(5) that have not changed as an atomic unit together with their dependencies\. In this case, the \fBactivemerchant\fR dependency is treated as \fBactivemerchant 1\.7\.1 + activesupport 2\.3\.8\fR, so \fBbundle install\fR will report that it cannot update \fBactionpack\fR\. .P To explicitly update \fBactionpack\fR, including its dependencies which other gems in the Gemfile(5) still depend on, run \fBbundle update actionpack\fR (see \fBbundle update(1)\fR)\. .P \fBSummary\fR: In general, after making a change to the Gemfile(5) , you should first try to run \fBbundle install\fR, which will guarantee that no other gem in the Gemfile(5) is impacted by the change\. If that does not work, run bundle update(1) \fIbundle\-update\.1\.html\fR\. .SH "SEE ALSO" .IP "\(bu" 4 Gem install docs \fIhttps://guides\.rubygems\.org/rubygems\-basics/#installing\-gems\fR .IP "\(bu" 4 Rubygems signing docs \fIhttps://guides\.rubygems\.org/security/\fR .IP "" 0 PK *J [z�x \ \ 7 share/gems/gems/bundler-2.6.7/lib/bundler/man/gemfile.5nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "GEMFILE" "5" "March 2025" "" .SH "NAME" \fBGemfile\fR \- A format for describing gem dependencies for Ruby programs .SH "SYNOPSIS" A \fBGemfile\fR describes the gem dependencies required to execute associated Ruby code\. .P Place the \fBGemfile\fR in the root of the directory containing the associated code\. For instance, in a Rails application, place the \fBGemfile\fR in the same directory as the \fBRakefile\fR\. .SH "SYNTAX" A \fBGemfile\fR is evaluated as Ruby code, in a context which makes available a number of methods used to describe the gem requirements\. .SH "GLOBAL SOURCE" At the top of the \fBGemfile\fR, add a single line for the \fBRubyGems\fR source that contains the gems listed in the \fBGemfile\fR\. .IP "" 4 .nf source "https://rubygems\.org" .fi .IP "" 0 .P You can add only one global source\. In Bundler 1\.13, adding multiple global sources was deprecated\. The \fBsource\fR \fBMUST\fR be a valid RubyGems repository\. .P To use more than one source of RubyGems, you should use \fI\fBsource\fR block\fR\. .P A source is checked for gems following the heuristics described in \fISOURCE PRIORITY\fR\. .P \fBNote about a behavior of the feature deprecated in Bundler 1\.13\fR: If a gem is found in more than one global source, Bundler will print a warning after installing the gem indicating which source was used, and listing the other sources where the gem is available\. A specific source can be selected for gems that need to use a non\-standard repository, suppressing this warning, by using the \fI\fB:source\fR option\fR or \fBsource\fR block\. .SS "CREDENTIALS" Some gem sources require a username and password\. Use bundle config(1) \fIbundle\-config\.1\.html\fR to set the username and password for any of the sources that need it\. The command must be run once on each computer that will install the Gemfile, but this keeps the credentials from being stored in plain text in version control\. .IP "" 4 .nf bundle config gems\.example\.com user:password .fi .IP "" 0 .P For some sources, like a company Gemfury account, it may be easier to include the credentials in the Gemfile as part of the source URL\. .IP "" 4 .nf source "https://user:password@gems\.example\.com" .fi .IP "" 0 .P Credentials in the source URL will take precedence over credentials set using \fBconfig\fR\. .SH "RUBY" If your application requires a specific Ruby version or engine, specify your requirements using the \fBruby\fR method, with the following arguments\. All parameters are \fBOPTIONAL\fR unless otherwise specified\. .SS "VERSION (required)" The version of Ruby that your application requires\. If your application requires an alternate Ruby engine, such as JRuby, TruffleRuby, etc\., this should be the Ruby version that the engine is compatible with\. .IP "" 4 .nf ruby "3\.1\.2" .fi .IP "" 0 .P If you wish to derive your Ruby version from a version file (ie \.ruby\-version), you can use the \fBfile\fR option instead\. .IP "" 4 .nf ruby file: "\.ruby\-version" .fi .IP "" 0 .P The version file should conform to any of the following formats: .IP "\(bu" 4 \fB3\.1\.2\fR (\.ruby\-version) .IP "\(bu" 4 \fBruby 3\.1\.2\fR (\.tool\-versions, read: https://asdf\-vm\.com/manage/configuration\.html#tool\-versions) .IP "" 0 .SS "ENGINE" Each application \fImay\fR specify a Ruby engine\. If an engine is specified, an engine version \fImust\fR also be specified\. .P What exactly is an Engine? .IP "\(bu" 4 A Ruby engine is an implementation of the Ruby language\. .IP "\(bu" 4 For background: the reference or original implementation of the Ruby programming language is called Matz's Ruby Interpreter \fIhttps://en\.wikipedia\.org/wiki/Ruby_MRI\fR, or MRI for short\. This is named after Ruby creator Yukihiro Matsumoto, also known as Matz\. MRI is also known as CRuby, because it is written in C\. MRI is the most widely used Ruby engine\. .IP "\(bu" 4 Other implementations \fIhttps://www\.ruby\-lang\.org/en/about/\fR of Ruby exist\. Some of the more well\-known implementations include JRuby \fIhttps://www\.jruby\.org/\fR and TruffleRuby \fIhttps://www\.graalvm\.org/ruby/\fR\. Rubinius is an alternative implementation of Ruby written in Ruby\. JRuby is an implementation of Ruby on the JVM, short for Java Virtual Machine\. TruffleRuby is a Ruby implementation on the GraalVM, a language toolkit built on the JVM\. .IP "" 0 .SS "ENGINE VERSION" Each application \fImay\fR specify a Ruby engine version\. If an engine version is specified, an engine \fImust\fR also be specified\. If the engine is "ruby" the engine version specified \fImust\fR match the Ruby version\. .IP "" 4 .nf ruby "2\.6\.8", engine: "jruby", engine_version: "9\.3\.8\.0" .fi .IP "" 0 .SS "PATCHLEVEL" Each application \fImay\fR specify a Ruby patchlevel\. Specifying the patchlevel has been meaningless since Ruby 2\.1\.0 was released as the patchlevel is now uniquely determined by a combination of major, minor, and teeny version numbers\. .P This option was implemented in Bundler 1\.4\.0 for Ruby 2\.0 or earlier\. .IP "" 4 .nf ruby "3\.1\.2", patchlevel: "20" .fi .IP "" 0 .SH "GEMS" Specify gem requirements using the \fBgem\fR method, with the following arguments\. All parameters are \fBOPTIONAL\fR unless otherwise specified\. .SS "NAME (required)" For each gem requirement, list a single \fIgem\fR line\. .IP "" 4 .nf gem "nokogiri" .fi .IP "" 0 .SS "VERSION" Each \fIgem\fR \fBMAY\fR have one or more version specifiers\. .IP "" 4 .nf gem "nokogiri", ">= 1\.4\.2" gem "RedCloth", ">= 4\.1\.0", "< 4\.2\.0" .fi .IP "" 0 .SS "REQUIRE AS" Each \fIgem\fR \fBMAY\fR specify files that should be used when autorequiring via \fBBundler\.require\fR\. You may pass an array with multiple files or \fBtrue\fR if the file you want \fBrequired\fR has the same name as \fIgem\fR or \fBfalse\fR to prevent any file from being autorequired\. .IP "" 4 .nf gem "redis", require: ["redis/connection/hiredis", "redis"] gem "webmock", require: false gem "byebug", require: true .fi .IP "" 0 .P The argument defaults to the name of the gem\. For example, these are identical: .IP "" 4 .nf gem "nokogiri" gem "nokogiri", require: "nokogiri" gem "nokogiri", require: true .fi .IP "" 0 .SS "GROUPS" Each \fIgem\fR \fBMAY\fR specify membership in one or more groups\. Any \fIgem\fR that does not specify membership in any group is placed in the \fBdefault\fR group\. .IP "" 4 .nf gem "rspec", group: :test gem "wirble", groups: [:development, :test] .fi .IP "" 0 .P The Bundler runtime allows its two main methods, \fBBundler\.setup\fR and \fBBundler\.require\fR, to limit their impact to particular groups\. .IP "" 4 .nf # setup adds gems to Ruby's load path Bundler\.setup # defaults to all groups require "bundler/setup" # same as Bundler\.setup Bundler\.setup(:default) # only set up the _default_ group Bundler\.setup(:test) # only set up the _test_ group (but `not` _default_) Bundler\.setup(:default, :test) # set up the _default_ and _test_ groups, but no others # require requires all of the gems in the specified groups Bundler\.require # defaults to the _default_ group Bundler\.require(:default) # identical Bundler\.require(:default, :test) # requires the _default_ and _test_ groups Bundler\.require(:test) # requires the _test_ group .fi .IP "" 0 .P The Bundler CLI allows you to specify a list of groups whose gems \fBbundle install\fR should not install with the \fBwithout\fR configuration\. .P To specify multiple groups to ignore, specify a list of groups separated by spaces\. .IP "" 4 .nf bundle config set \-\-local without test bundle config set \-\-local without development test .fi .IP "" 0 .P Also, calling \fBBundler\.setup\fR with no parameters, or calling \fBrequire "bundler/setup"\fR will setup all groups except for the ones you excluded via \fB\-\-without\fR (since they are not available)\. .P Note that on \fBbundle install\fR, bundler downloads and evaluates all gems, in order to create a single canonical list of all of the required gems and their dependencies\. This means that you cannot list different versions of the same gems in different groups\. For more details, see Understanding Bundler \fIhttps://bundler\.io/rationale\.html\fR\. .SS "PLATFORMS" If a gem should only be used in a particular platform or set of platforms, you can specify them\. Platforms are essentially identical to groups, except that you do not need to use the \fB\-\-without\fR install\-time flag to exclude groups of gems for other platforms\. .P There are a number of \fBGemfile\fR platforms: .TP \fBruby\fR C Ruby (MRI), Rubinius, or TruffleRuby, but not Windows .TP \fBmri\fR C Ruby (MRI) only, but not Windows .TP \fBwindows\fR Windows C Ruby (MRI), including RubyInstaller 32\-bit and 64\-bit versions .TP \fBmswin\fR Windows C Ruby (MRI), including RubyInstaller 32\-bit versions .TP \fBmswin64\fR Windows C Ruby (MRI), including RubyInstaller 64\-bit versions .TP \fBrbx\fR Rubinius .TP \fBjruby\fR JRuby .TP \fBtruffleruby\fR TruffleRuby .P On platforms \fBruby\fR, \fBmri\fR, \fBmswin\fR, \fBmswin64\fR, and \fBwindows\fR, you may additionally specify a version by appending the major and minor version numbers without a delimiter\. For example, to specify that a gem should only be used on platform \fBruby\fR version 3\.1, use: .IP "" 4 .nf ruby_31 .fi .IP "" 0 .P As with groups (above), you may specify one or more platforms: .IP "" 4 .nf gem "weakling", platforms: :jruby gem "ruby\-debug", platforms: :mri_31 gem "nokogiri", platforms: [:windows_31, :jruby] .fi .IP "" 0 .P All operations involving groups (\fBbundle install\fR \fIbundle\-install\.1\.html\fR, \fBBundler\.setup\fR, \fBBundler\.require\fR) behave exactly the same as if any groups not matching the current platform were explicitly excluded\. .P The following platform values are deprecated and should be replaced with \fBwindows\fR: .IP "\(bu" 4 \fBmswin\fR, \fBmswin64\fR, \fBmingw32\fR, \fBx64_mingw\fR .IP "" 0 .P Note that, while unfortunately using the same terminology, the values of this option are different from the values that \fBbundle lock \-\-add\-platform\fR can take\. The values of this option are more closer to "Ruby Implementation" while the values that \fBbundle lock \-\-add\-platform\fR understands are more related to OS and architecture of the different systems where your lockfile will be used\. .SS "FORCE_RUBY_PLATFORM" If you always want the pure ruby variant of a gem to be chosen over platform specific variants, you can use the \fBforce_ruby_platform\fR option: .IP "" 4 .nf gem "ffi", force_ruby_platform: true .fi .IP "" 0 .P This can be handy (assuming the pure ruby variant works fine) when: .IP "\(bu" 4 You're having issues with the platform specific variant\. .IP "\(bu" 4 The platform specific variant does not yet support a newer ruby (and thus has a \fBrequired_ruby_version\fR upper bound), but you still want your Gemfile{\.lock} files to resolve under that ruby\. .IP "" 0 .SS "SOURCE" You can select an alternate RubyGems repository for a gem using the ':source' option\. .IP "" 4 .nf gem "some_internal_gem", source: "https://gems\.example\.com" .fi .IP "" 0 .P This forces the gem to be loaded from this source and ignores the global source declared at the top level of the file\. If the gem does not exist in this source, it will not be installed\. .P Bundler will search for child dependencies of this gem by first looking in the source selected for the parent, but if they are not found there, it will fall back on the global source\. .P \fBNote about a behavior of the feature deprecated in Bundler 1\.13\fR: Selecting a specific source repository this way also suppresses the ambiguous gem warning described above in \fIGLOBAL SOURCE\fR\. .P Using the \fB:source\fR option for an individual gem will also make that source available as a possible global source for any other gems which do not specify explicit sources\. Thus, when adding gems with explicit sources, it is recommended that you also ensure all other gems in the Gemfile are using explicit sources\. .SS "GIT" If necessary, you can specify that a gem is located at a particular git repository using the \fB:git\fR parameter\. The repository can be accessed via several protocols: .TP \fBHTTP(S)\fR gem "rails", git: "https://github\.com/rails/rails\.git" .TP \fBSSH\fR gem "rails", git: "git@github\.com:rails/rails\.git" .TP \fBgit\fR gem "rails", git: "git://github\.com/rails/rails\.git" .P If using SSH, the user that you use to run \fBbundle install\fR \fBMUST\fR have the appropriate keys available in their \fB$HOME/\.ssh\fR\. .P \fBNOTE\fR: \fBhttp://\fR and \fBgit://\fR URLs should be avoided if at all possible\. These protocols are unauthenticated, so a man\-in\-the\-middle attacker can deliver malicious code and compromise your system\. HTTPS and SSH are strongly preferred\. .P The \fBgroup\fR, \fBplatforms\fR, and \fBrequire\fR options are available and behave exactly the same as they would for a normal gem\. .P A git repository \fBSHOULD\fR have at least one file, at the root of the directory containing the gem, with the extension \fB\.gemspec\fR\. This file \fBMUST\fR contain a valid gem specification, as expected by the \fBgem build\fR command\. .P If a git repository does not have a \fB\.gemspec\fR, bundler will attempt to create one, but it will not contain any dependencies, executables, or C extension compilation instructions\. As a result, it may fail to properly integrate into your application\. .P If a git repository does have a \fB\.gemspec\fR for the gem you attached it to, a version specifier, if provided, means that the git repository is only valid if the \fB\.gemspec\fR specifies a version matching the version specifier\. If not, bundler will print a warning\. .IP "" 4 .nf gem "rails", "2\.3\.8", git: "https://github\.com/rails/rails\.git" # bundle install will fail, because the \.gemspec in the rails # repository's master branch specifies version 3\.0\.0 .fi .IP "" 0 .P If a git repository does \fBnot\fR have a \fB\.gemspec\fR for the gem you attached it to, a version specifier \fBMUST\fR be provided\. Bundler will use this version in the simple \fB\.gemspec\fR it creates\. .P Git repositories support a number of additional options\. .TP \fBbranch\fR, \fBtag\fR, and \fBref\fR You \fBMUST\fR only specify at most one of these options\. The default is \fBbranch: "master"\fR\. For example: .IP gem "rails", git: "https://github\.com/rails/rails\.git", branch: "5\-0\-stable" .IP gem "rails", git: "https://github\.com/rails/rails\.git", tag: "v5\.0\.0" .IP gem "rails", git: "https://github\.com/rails/rails\.git", ref: "4aded" .TP \fBsubmodules\fR For reference, a git submodule \fIhttps://git\-scm\.com/book/en/v2/Git\-Tools\-Submodules\fR lets you have another git repository within a subfolder of your repository\. Specify \fBsubmodules: true\fR to cause bundler to expand any submodules included in the git repository .P If a git repository contains multiple \fB\.gemspecs\fR, each \fB\.gemspec\fR represents a gem located at the same place in the file system as the \fB\.gemspec\fR\. .IP "" 4 .nf |~rails [git root] | |\-rails\.gemspec [rails gem located here] |~actionpack | |\-actionpack\.gemspec [actionpack gem located here] |~activesupport | |\-activesupport\.gemspec [activesupport gem located here] |\|\.\|\.\|\. .fi .IP "" 0 .P To install a gem located in a git repository, bundler changes to the directory containing the gemspec, runs \fBgem build name\.gemspec\fR and then installs the resulting gem\. The \fBgem build\fR command, which comes standard with Rubygems, evaluates the \fB\.gemspec\fR in the context of the directory in which it is located\. .SS "GIT SOURCE" A custom git source can be defined via the \fBgit_source\fR method\. Provide the source's name as an argument, and a block which receives a single argument and interpolates it into a string to return the full repo address: .IP "" 4 .nf git_source(:stash){ |repo_name| "https://stash\.corp\.acme\.pl/#{repo_name}\.git" } gem 'rails', stash: 'forks/rails' .fi .IP "" 0 .P In addition, if you wish to choose a specific branch: .IP "" 4 .nf gem "rails", stash: "forks/rails", branch: "branch_name" .fi .IP "" 0 .SS "GITHUB" \fBNOTE\fR: This shorthand should be avoided until Bundler 2\.0, since it currently expands to an insecure \fBgit://\fR URL\. This allows a man\-in\-the\-middle attacker to compromise your system\. .P If the git repository you want to use is hosted on GitHub and is public, you can use the :github shorthand to specify the github username and repository name (without the trailing "\.git"), separated by a slash\. If both the username and repository name are the same, you can omit one\. .IP "" 4 .nf gem "rails", github: "rails/rails" gem "rails", github: "rails" .fi .IP "" 0 .P Are both equivalent to .IP "" 4 .nf gem "rails", git: "https://github\.com/rails/rails\.git" .fi .IP "" 0 .P Since the \fBgithub\fR method is a specialization of \fBgit_source\fR, it accepts a \fB:branch\fR named argument\. .P You can also directly pass a pull request URL: .IP "" 4 .nf gem "rails", github: "https://github\.com/rails/rails/pull/43753" .fi .IP "" 0 .P Which is equivalent to: .IP "" 4 .nf gem "rails", github: "rails/rails", branch: "refs/pull/43753/head" .fi .IP "" 0 .SS "GIST" If the git repository you want to use is hosted as a GitHub Gist and is public, you can use the :gist shorthand to specify the gist identifier (without the trailing "\.git")\. .IP "" 4 .nf gem "the_hatch", gist: "4815162342" .fi .IP "" 0 .P Is equivalent to: .IP "" 4 .nf gem "the_hatch", git: "https://gist\.github\.com/4815162342\.git" .fi .IP "" 0 .P Since the \fBgist\fR method is a specialization of \fBgit_source\fR, it accepts a \fB:branch\fR named argument\. .SS "BITBUCKET" If the git repository you want to use is hosted on Bitbucket and is public, you can use the :bitbucket shorthand to specify the bitbucket username and repository name (without the trailing "\.git"), separated by a slash\. If both the username and repository name are the same, you can omit one\. .IP "" 4 .nf gem "rails", bitbucket: "rails/rails" gem "rails", bitbucket: "rails" .fi .IP "" 0 .P Are both equivalent to .IP "" 4 .nf gem "rails", git: "https://rails@bitbucket\.org/rails/rails\.git" .fi .IP "" 0 .P Since the \fBbitbucket\fR method is a specialization of \fBgit_source\fR, it accepts a \fB:branch\fR named argument\. .SS "PATH" You can specify that a gem is located in a particular location on the file system\. Relative paths are resolved relative to the directory containing the \fBGemfile\fR\. .P Similar to the semantics of the \fB:git\fR option, the \fB:path\fR option requires that the directory in question either contains a \fB\.gemspec\fR for the gem, or that you specify an explicit version that bundler should use\. .P Unlike \fB:git\fR, bundler does not compile C extensions for gems specified as paths\. .IP "" 4 .nf gem "rails", path: "vendor/rails" .fi .IP "" 0 .P If you would like to use multiple local gems directly from the filesystem, you can set a global \fBpath\fR option to the path containing the gem's files\. This will automatically load gemspec files from subdirectories\. .IP "" 4 .nf path 'components' do gem 'admin_ui' gem 'public_ui' end .fi .IP "" 0 .SH "BLOCK FORM OF SOURCE, GIT, PATH, GROUP and PLATFORMS" The \fB:source\fR, \fB:git\fR, \fB:path\fR, \fB:group\fR, and \fB:platforms\fR options may be applied to a group of gems by using block form\. .IP "" 4 .nf source "https://gems\.example\.com" do gem "some_internal_gem" gem "another_internal_gem" end git "https://github\.com/rails/rails\.git" do gem "activesupport" gem "actionpack" end platforms :ruby do gem "ruby\-debug" gem "sqlite3" end group :development, optional: true do gem "wirble" gem "faker" end .fi .IP "" 0 .P In the case of the group block form the :optional option can be given to prevent a group from being installed unless listed in the \fB\-\-with\fR option given to the \fBbundle install\fR command\. .P In the case of the \fBgit\fR block form, the \fB:ref\fR, \fB:branch\fR, \fB:tag\fR, and \fB:submodules\fR options may be passed to the \fBgit\fR method, and all gems in the block will inherit those options\. .P The presence of a \fBsource\fR block in a Gemfile also makes that source available as a possible global source for any other gems which do not specify explicit sources\. Thus, when defining source blocks, it is recommended that you also ensure all other gems in the Gemfile are using explicit sources, either via source blocks or \fB:source\fR directives on individual gems\. .SH "INSTALL_IF" The \fBinstall_if\fR method allows gems to be installed based on a proc or lambda\. This is especially useful for optional gems that can only be used if certain software is installed or some other conditions are met\. .IP "" 4 .nf install_if \-> { RUBY_PLATFORM =~ /darwin/ } do gem "pasteboard" end .fi .IP "" 0 .SH "GEMSPEC" The \fB\.gemspec\fR \fIhttps://guides\.rubygems\.org/specification\-reference/\fR file is where you provide metadata about your gem to Rubygems\. Some required Gemspec attributes include the name, description, and homepage of your gem\. This is also where you specify the dependencies your gem needs to run\. .P If you wish to use Bundler to help install dependencies for a gem while it is being developed, use the \fBgemspec\fR method to pull in the dependencies listed in the \fB\.gemspec\fR file\. .P The \fBgemspec\fR method adds any runtime dependencies as gem requirements in the default group\. It also adds development dependencies as gem requirements in the \fBdevelopment\fR group\. Finally, it adds a gem requirement on your project (\fBpath: '\.'\fR)\. In conjunction with \fBBundler\.setup\fR, this allows you to require project files in your test code as you would if the project were installed as a gem; you need not manipulate the load path manually or require project files via relative paths\. .P The \fBgemspec\fR method supports optional \fB:path\fR, \fB:glob\fR, \fB:name\fR, and \fB:development_group\fR options, which control where bundler looks for the \fB\.gemspec\fR, the glob it uses to look for the gemspec (defaults to: \fB{,*,*/*}\.gemspec\fR), what named \fB\.gemspec\fR it uses (if more than one is present), and which group development dependencies are included in\. .P When a \fBgemspec\fR dependency encounters version conflicts during resolution, the local version under development will always be selected \-\- even if there are remote versions that better match other requirements for the \fBgemspec\fR gem\. .SH "SOURCE PRIORITY" When attempting to locate a gem to satisfy a gem requirement, bundler uses the following priority order: .IP "1." 4 The source explicitly attached to the gem (using \fB:source\fR, \fB:path\fR, or \fB:git\fR) .IP "2." 4 For implicit gems (dependencies of explicit gems), any source, git, or path repository declared on the parent\. This results in bundler prioritizing the ActiveSupport gem from the Rails git repository over ones from \fBrubygems\.org\fR .IP "3." 4 If neither of the above conditions are met, the global source will be used\. If multiple global sources are specified, they will be prioritized from last to first, but this is deprecated since Bundler 1\.13, so Bundler prints a warning and will abort with an error in the future\. .IP "" 0 PK *J [ ['VL L B share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-config.1.ronnnu �[��� bundle-config(1) -- Set bundler configuration options ===================================================== ## SYNOPSIS `bundle config` list<br> `bundle config` [get] NAME<br> `bundle config` [set] NAME VALUE<br> `bundle config` unset NAME ## DESCRIPTION This command allows you to interact with Bundler's configuration system. Bundler loads configuration settings in this order: 1. Local config (`<project_root>/.bundle/config` or `$BUNDLE_APP_CONFIG/config`) 2. Environmental variables (`ENV`) 3. Global config (`~/.bundle/config`) 4. Bundler default config Executing `bundle config list` will print a list of all bundler configuration for the current bundle, and where that configuration was set. Executing `bundle config get <name>` will print the value of that configuration setting, and where it was set. Executing `bundle config set <name> <value>` defaults to setting `local` configuration if executing from within a local application, otherwise it will set `global` configuration. See `--local` and `--global` options below. Executing `bundle config set --local <name> <value>` will set that configuration in the directory for the local application. The configuration will be stored in `<project_root>/.bundle/config`. If `BUNDLE_APP_CONFIG` is set, the configuration will be stored in `$BUNDLE_APP_CONFIG/config`. Executing `bundle config set --global <name> <value>` will set that configuration to the value specified for all bundles executed as the current user. The configuration will be stored in `~/.bundle/config`. If <name> already is set, <name> will be overridden and user will be warned. Executing `bundle config unset <name>` will delete the configuration in both local and global sources. Executing `bundle config unset --global <name>` will delete the configuration only from the user configuration. Executing `bundle config unset --local <name>` will delete the configuration only from the local application. Executing bundle with the `BUNDLE_IGNORE_CONFIG` environment variable set will cause it to ignore all configuration. ## REMEMBERING OPTIONS Flags passed to `bundle install` or the Bundler runtime, such as `--path foo` or `--without production`, are remembered between commands and saved to your local application's configuration (normally, `./.bundle/config`). However, this will be changed in bundler 3, so it's better not to rely on this behavior. If these options must be remembered, it's better to set them using `bundle config` (e.g., `bundle config set --local path foo`). The options that can be configured are: * `bin`: Creates a directory (defaults to `~/bin`) and place any executables from the gem there. These executables run in Bundler's context. If used, you might add this directory to your environment's `PATH` variable. For instance, if the `rails` gem comes with a `rails` executable, this flag will create a `bin/rails` executable that ensures that all referred dependencies will be resolved using the bundled gems. * `deployment`: In deployment mode, Bundler will 'roll-out' the bundle for `production` use. Please check carefully if you want to have this option enabled in `development` or `test` environments. * `only`: A space-separated list of groups to install only gems of the specified groups. Please check carefully if you want to install also gems without a group, cause they get put inside `default` group. For example `only test:default` will install all gems specified in test group and without one. * `path`: The location to install the specified gems to. This defaults to Rubygems' setting. Bundler shares this location with Rubygems, `gem install ...` will have gem installed there, too. Therefore, gems installed without a `--path ...` setting will show up by calling `gem list`. Accordingly, gems installed to other locations will not get listed. * `without`: A space-separated or `:`-separated list of groups referencing gems to skip during installation. * `with`: A space-separated or `:`-separated list of **optional** groups referencing gems to include during installation. ## BUILD OPTIONS You can use `bundle config` to give Bundler the flags to pass to the gem installer every time bundler tries to install a particular gem. A very common example, the `mysql` gem, requires Snow Leopard users to pass configuration flags to `gem install` to specify where to find the `mysql_config` executable. gem install mysql -- --with-mysql-config=/usr/local/mysql/bin/mysql_config Since the specific location of that executable can change from machine to machine, you can specify these flags on a per-machine basis. bundle config set --global build.mysql --with-mysql-config=/usr/local/mysql/bin/mysql_config After running this command, every time bundler needs to install the `mysql` gem, it will pass along the flags you specified. ## CONFIGURATION KEYS Configuration keys in bundler have two forms: the canonical form and the environment variable form. For instance, passing the `--without` flag to [bundle install(1)](bundle-install.1.html) prevents Bundler from installing certain groups specified in the Gemfile(5). Bundler persists this value in `app/.bundle/config` so that calls to `Bundler.setup` do not try to find gems from the `Gemfile` that you didn't install. Additionally, subsequent calls to [bundle install(1)](bundle-install.1.html) remember this setting and skip those groups. The canonical form of this configuration is `"without"`. To convert the canonical form to the environment variable form, capitalize it, and prepend `BUNDLE_`. The environment variable form of `"without"` is `BUNDLE_WITHOUT`. Any periods in the configuration keys must be replaced with two underscores when setting it via environment variables. The configuration key `local.rack` becomes the environment variable `BUNDLE_LOCAL__RACK`. ## LIST OF AVAILABLE KEYS The following is a list of all configuration keys and their purpose. You can learn more about their operation in [bundle install(1)](bundle-install.1.html). * `allow_offline_install` (`BUNDLE_ALLOW_OFFLINE_INSTALL`): Allow Bundler to use cached data when installing without network access. * `auto_clean_without_path` (`BUNDLE_AUTO_CLEAN_WITHOUT_PATH`): Automatically run `bundle clean` after installing when an explicit `path` has not been set and Bundler is not installing into the system gems. * `auto_install` (`BUNDLE_AUTO_INSTALL`): Automatically run `bundle install` when gems are missing. * `bin` (`BUNDLE_BIN`): Install executables from gems in the bundle to the specified directory. Defaults to `false`. * `cache_all` (`BUNDLE_CACHE_ALL`): Cache all gems, including path and git gems. This needs to be explicitly configured on bundler 1 and bundler 2, but will be the default on bundler 3. * `cache_all_platforms` (`BUNDLE_CACHE_ALL_PLATFORMS`): Cache gems for all platforms. * `cache_path` (`BUNDLE_CACHE_PATH`): The directory that bundler will place cached gems in when running <code>bundle package</code>, and that bundler will look in when installing gems. Defaults to `vendor/cache`. * `clean` (`BUNDLE_CLEAN`): Whether Bundler should run `bundle clean` automatically after `bundle install`. * `console` (`BUNDLE_CONSOLE`): The console that `bundle console` starts. Defaults to `irb`. * `default_install_uses_path` (`BUNDLE_DEFAULT_INSTALL_USES_PATH`): Whether a `bundle install` without an explicit `--path` argument defaults to installing gems in `.bundle`. * `deployment` (`BUNDLE_DEPLOYMENT`): Disallow changes to the `Gemfile`. When the `Gemfile` is changed and the lockfile has not been updated, running Bundler commands will be blocked. * `disable_checksum_validation` (`BUNDLE_DISABLE_CHECKSUM_VALIDATION`): Allow installing gems even if they do not match the checksum provided by RubyGems. * `disable_exec_load` (`BUNDLE_DISABLE_EXEC_LOAD`): Stop Bundler from using `load` to launch an executable in-process in `bundle exec`. * `disable_local_branch_check` (`BUNDLE_DISABLE_LOCAL_BRANCH_CHECK`): Allow Bundler to use a local git override without a branch specified in the Gemfile. * `disable_local_revision_check` (`BUNDLE_DISABLE_LOCAL_REVISION_CHECK`): Allow Bundler to use a local git override without checking if the revision present in the lockfile is present in the repository. * `disable_shared_gems` (`BUNDLE_DISABLE_SHARED_GEMS`): Stop Bundler from accessing gems installed to RubyGems' normal location. * `disable_version_check` (`BUNDLE_DISABLE_VERSION_CHECK`): Stop Bundler from checking if a newer Bundler version is available on rubygems.org. * `force_ruby_platform` (`BUNDLE_FORCE_RUBY_PLATFORM`): Ignore the current machine's platform and install only `ruby` platform gems. As a result, gems with native extensions will be compiled from source. * `frozen` (`BUNDLE_FROZEN`): Disallow changes to the `Gemfile`. When the `Gemfile` is changed and the lockfile has not been updated, running Bundler commands will be blocked. Defaults to `true` when `--deployment` is used. * `gem.github_username` (`BUNDLE_GEM__GITHUB_USERNAME`): Sets a GitHub username or organization to be used in `README` file when you create a new gem via `bundle gem` command. It can be overridden by passing an explicit `--github-username` flag to `bundle gem`. * `gem.push_key` (`BUNDLE_GEM__PUSH_KEY`): Sets the `--key` parameter for `gem push` when using the `rake release` command with a private gemstash server. * `gemfile` (`BUNDLE_GEMFILE`): The name of the file that bundler should use as the `Gemfile`. This location of this file also sets the root of the project, which is used to resolve relative paths in the `Gemfile`, among other things. By default, bundler will search up from the current working directory until it finds a `Gemfile`. * `global_gem_cache` (`BUNDLE_GLOBAL_GEM_CACHE`): Whether Bundler should cache all gems globally, rather than locally to the installing Ruby installation. * `ignore_funding_requests` (`BUNDLE_IGNORE_FUNDING_REQUESTS`): When set, no funding requests will be printed. * `ignore_messages` (`BUNDLE_IGNORE_MESSAGES`): When set, no post install messages will be printed. To silence a single gem, use dot notation like `ignore_messages.httparty true`. * `init_gems_rb` (`BUNDLE_INIT_GEMS_RB`): Generate a `gems.rb` instead of a `Gemfile` when running `bundle init`. * `jobs` (`BUNDLE_JOBS`): The number of gems Bundler can install in parallel. Defaults to the number of available processors. * `lockfile_checksums` (`BUNDLE_LOCKFILE_CHECKSUMS`): Whether Bundler should include a checksums section in new lockfiles, to protect from compromised gem sources. * `no_install` (`BUNDLE_NO_INSTALL`): Whether `bundle package` should skip installing gems. * `no_prune` (`BUNDLE_NO_PRUNE`): Whether Bundler should leave outdated gems unpruned when caching. * `only` (`BUNDLE_ONLY`): A space-separated list of groups to install only gems of the specified groups. * `path` (`BUNDLE_PATH`): The location on disk where all gems in your bundle will be located regardless of `$GEM_HOME` or `$GEM_PATH` values. Bundle gems not found in this location will be installed by `bundle install`. Defaults to `Gem.dir`. When --deployment is used, defaults to vendor/bundle. * `path.system` (`BUNDLE_PATH__SYSTEM`): Whether Bundler will install gems into the default system path (`Gem.dir`). * `path_relative_to_cwd` (`BUNDLE_PATH_RELATIVE_TO_CWD`) Makes `--path` relative to the CWD instead of the `Gemfile`. * `plugins` (`BUNDLE_PLUGINS`): Enable Bundler's experimental plugin system. * `prefer_patch` (BUNDLE_PREFER_PATCH): Prefer updating only to next patch version during updates. Makes `bundle update` calls equivalent to `bundler update --patch`. * `print_only_version_number` (`BUNDLE_PRINT_ONLY_VERSION_NUMBER`): Print only version number from `bundler --version`. * `redirect` (`BUNDLE_REDIRECT`): The number of redirects allowed for network requests. Defaults to `5`. * `retry` (`BUNDLE_RETRY`): The number of times to retry failed network requests. Defaults to `3`. * `setup_makes_kernel_gem_public` (`BUNDLE_SETUP_MAKES_KERNEL_GEM_PUBLIC`): Have `Bundler.setup` make the `Kernel#gem` method public, even though RubyGems declares it as private. * `shebang` (`BUNDLE_SHEBANG`): The program name that should be invoked for generated binstubs. Defaults to the ruby install name used to generate the binstub. * `silence_deprecations` (`BUNDLE_SILENCE_DEPRECATIONS`): Whether Bundler should silence deprecation warnings for behavior that will be changed in the next major version. * `silence_root_warning` (`BUNDLE_SILENCE_ROOT_WARNING`): Silence the warning Bundler prints when installing gems as root. * `ssl_ca_cert` (`BUNDLE_SSL_CA_CERT`): Path to a designated CA certificate file or folder containing multiple certificates for trusted CAs in PEM format. * `ssl_client_cert` (`BUNDLE_SSL_CLIENT_CERT`): Path to a designated file containing a X.509 client certificate and key in PEM format. * `ssl_verify_mode` (`BUNDLE_SSL_VERIFY_MODE`): The SSL verification mode Bundler uses when making HTTPS requests. Defaults to verify peer. * `system_bindir` (`BUNDLE_SYSTEM_BINDIR`): The location where RubyGems installs binstubs. Defaults to `Gem.bindir`. * `timeout` (`BUNDLE_TIMEOUT`): The seconds allowed before timing out for network requests. Defaults to `10`. * `update_requires_all_flag` (`BUNDLE_UPDATE_REQUIRES_ALL_FLAG`): Require passing `--all` to `bundle update` when everything should be updated, and disallow passing no options to `bundle update`. * `user_agent` (`BUNDLE_USER_AGENT`): The custom user agent fragment Bundler includes in API requests. * `version` (`BUNDLE_VERSION`): The version of Bundler to use when running under Bundler environment. Defaults to `lockfile`. You can also specify `system` or `x.y.z`. `lockfile` will use the Bundler version specified in the `Gemfile.lock`, `system` will use the system version of Bundler, and `x.y.z` will use the specified version of Bundler. * `with` (`BUNDLE_WITH`): A space-separated or `:`-separated list of groups whose gems bundler should install. * `without` (`BUNDLE_WITHOUT`): A space-separated or `:`-separated list of groups whose gems bundler should not install. ## LOCAL GIT REPOS Bundler also allows you to work against a git repository locally instead of using the remote version. This can be achieved by setting up a local override: bundle config set --local local.GEM_NAME /path/to/local/git/repository For example, in order to use a local Rack repository, a developer could call: bundle config set --local local.rack ~/Work/git/rack Now instead of checking out the remote git repository, the local override will be used. Similar to a path source, every time the local git repository change, changes will be automatically picked up by Bundler. This means a commit in the local git repo will update the revision in the `Gemfile.lock` to the local git repo revision. This requires the same attention as git submodules. Before pushing to the remote, you need to ensure the local override was pushed, otherwise you may point to a commit that only exists in your local machine. You'll also need to CGI escape your usernames and passwords as well. Bundler does many checks to ensure a developer won't work with invalid references. Particularly, we force a developer to specify a branch in the `Gemfile` in order to use this feature. If the branch specified in the `Gemfile` and the current branch in the local git repository do not match, Bundler will abort. This ensures that a developer is always working against the correct branches, and prevents accidental locking to a different branch. Finally, Bundler also ensures that the current revision in the `Gemfile.lock` exists in the local git repository. By doing this, Bundler forces you to fetch the latest changes in the remotes. ## MIRRORS OF GEM SOURCES Bundler supports overriding gem sources with mirrors. This allows you to configure rubygems.org as the gem source in your Gemfile while still using your mirror to fetch gems. bundle config set --global mirror.SOURCE_URL MIRROR_URL For example, to use a mirror of https://rubygems.org hosted at https://example.org: bundle config set --global mirror.https://rubygems.org https://example.org Each mirror also provides a fallback timeout setting. If the mirror does not respond within the fallback timeout, Bundler will try to use the original server instead of the mirror. bundle config set --global mirror.SOURCE_URL.fallback_timeout TIMEOUT For example, to fall back to rubygems.org after 3 seconds: bundle config set --global mirror.https://rubygems.org.fallback_timeout 3 The default fallback timeout is 0.1 seconds, but the setting can currently only accept whole seconds (for example, 1, 15, or 30). ## CREDENTIALS FOR GEM SOURCES Bundler allows you to configure credentials for any gem source, which allows you to avoid putting secrets into your Gemfile. bundle config set --global SOURCE_HOSTNAME USERNAME:PASSWORD For example, to save the credentials of user `claudette` for the gem source at `gems.longerous.com`, you would run: bundle config set --global gems.longerous.com claudette:s00pers3krit Or you can set the credentials as an environment variable like this: export BUNDLE_GEMS__LONGEROUS__COM="claudette:s00pers3krit" For gems with a git source with HTTP(S) URL you can specify credentials like so: bundle config set --global https://github.com/rubygems/rubygems.git username:password Or you can set the credentials as an environment variable like so: export BUNDLE_GITHUB__COM=username:password This is especially useful for private repositories on hosts such as GitHub, where you can use personal OAuth tokens: export BUNDLE_GITHUB__COM=abcd0123generatedtoken:x-oauth-basic Note that any configured credentials will be redacted by informative commands such as `bundle config list` or `bundle config get`, unless you use the `--parseable` flag. This is to avoid unintentionally leaking credentials when copy-pasting bundler output. Also note that to guarantee a sane mapping between valid environment variable names and valid host names, bundler makes the following transformations: * Any `-` characters in a host name are mapped to a triple underscore (`___`) in the corresponding environment variable. * Any `.` characters in a host name are mapped to a double underscore (`__`) in the corresponding environment variable. This means that if you have a gem server named `my.gem-host.com`, you'll need to use the `BUNDLE_MY__GEM___HOST__COM` variable to configure credentials for it through ENV. ## CONFIGURE BUNDLER DIRECTORIES Bundler's home, cache and plugin directories and config file can be configured through environment variables. The default location for Bundler's home directory is `~/.bundle`, which all directories inherit from by default. The following outlines the available environment variables and their default values BUNDLE_USER_HOME : $HOME/.bundle BUNDLE_USER_CACHE : $BUNDLE_USER_HOME/cache BUNDLE_USER_CONFIG : $BUNDLE_USER_HOME/config BUNDLE_USER_PLUGIN : $BUNDLE_USER_HOME/plugin PK *J [T��s� � @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-info.1.ronnnu �[��� bundle-info(1) -- Show information for the given gem in your bundle =================================================================== ## SYNOPSIS `bundle info` [GEM_NAME] [--path] [--version] ## DESCRIPTION Given a gem name present in your bundle, print the basic information about it such as homepage, version, path and summary. ## OPTIONS * `--path`: Print the path of the given gem * `--version`: Print gem version PK *J [߶ A share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-cache.1.ronnnu �[��� bundle-cache(1) -- Package your needed `.gem` files into your application ========================================================================= ## SYNOPSIS `bundle cache` [*OPTIONS*] alias: `package`, `pack` ## DESCRIPTION Copy all of the `.gem` files needed to run the application into the `vendor/cache` directory. In the future, when running [`bundle install(1)`](bundle-install.1.html), use the gems in the cache in preference to the ones on `rubygems.org`. ## OPTIONS * `--all`: Include all sources (including path and git). * `--all-platforms`: Include gems for all platforms present in the lockfile, not only the current one. * `--cache-path=CACHE-PATH`: Specify a different cache path than the default (vendor/cache). * `--gemfile=GEMFILE`: Use the specified gemfile instead of Gemfile. * `--no-install`: Don't install the gems, only update the cache. * `--no-prune`: Don't remove stale gems from the cache. * `--path=PATH`: Specify a different path than the system default ($BUNDLE_PATH or $GEM_HOME). * `--quiet`: Only output warnings and errors. * `--frozen`: Do not allow the Gemfile.lock to be updated after this bundle cache operation's install. ## GIT AND PATH GEMS The `bundle cache` command can also package `:git` and `:path` dependencies besides .gem files. This needs to be explicitly enabled via the `--all` option. Once used, the `--all` option will be remembered. ## SUPPORT FOR MULTIPLE PLATFORMS When using gems that have different packages for different platforms, Bundler supports caching of gems for other platforms where the Gemfile has been resolved (i.e. present in the lockfile) in `vendor/cache`. This needs to be enabled via the `--all-platforms` option. This setting will be remembered in your local bundler configuration. ## REMOTE FETCHING By default, if you run [`bundle install(1)`](bundle-install.1.html) after running [bundle cache(1)](bundle-cache.1.html), bundler will still connect to `rubygems.org` to check whether a platform-specific gem exists for any of the gems in `vendor/cache`. For instance, consider this Gemfile(5): source "https://rubygems.org" gem "nokogiri" If you run `bundle cache` under C Ruby, bundler will retrieve the version of `nokogiri` for the `"ruby"` platform. If you deploy to JRuby and run `bundle install`, bundler is forced to check to see whether a `"java"` platformed `nokogiri` exists. Even though the `nokogiri` gem for the Ruby platform is _technically_ acceptable on JRuby, it has a C extension that does not run on JRuby. As a result, bundler will, by default, still connect to `rubygems.org` to check whether it has a version of one of your gems more specific to your platform. This problem is also not limited to the `"java"` platform. A similar (common) problem can happen when developing on Windows and deploying to Linux, or even when developing on OSX and deploying to Linux. If you know for sure that the gems packaged in `vendor/cache` are appropriate for the platform you are on, you can run `bundle install --local` to skip checking for more appropriate gems, and use the ones in `vendor/cache`. One way to be sure that you have the right platformed versions of all your gems is to run `bundle cache` on an identical machine and check in the gems. For instance, you can run `bundle cache` on an identical staging box during your staging process, and check in the `vendor/cache` before deploying to production. By default, [bundle cache(1)](bundle-cache.1.html) fetches and also installs the gems to the default location. To package the dependencies to `vendor/cache` without installing them to the local install location, you can run `bundle cache --no-install`. ## HISTORY In Bundler 2.1, `cache` took in the functionalities of `package` and now `package` and `pack` are aliases of `cache`. PK *J [���ʻ � @ share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-show.1.ronnnu �[��� bundle-show(1) -- Shows all the gems in your bundle, or the path to a gem ========================================================================= ## SYNOPSIS `bundle show` [GEM] [--paths] [--outdated] ## DESCRIPTION Without the [GEM] option, `show` will print a list of the names and versions of all gems that are required by your [`Gemfile(5)`][Gemfile(5)], sorted by name. Calling show with [GEM] will list the exact location of that gem on your machine. ## OPTIONS * `--paths`: List the paths of all gems that are required by your [`Gemfile(5)`][Gemfile(5)], sorted by gem name. * `--outdated`: Show verbose output including whether gems are outdated. PK *J [�R�� � ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-help.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-HELP" "1" "March 2025" "" .SH "NAME" \fBbundle\-help\fR \- Displays detailed help for each subcommand .SH "SYNOPSIS" \fBbundle help\fR [COMMAND] .SH "DESCRIPTION" Displays detailed help for the given subcommand\. You can specify a single \fBCOMMAND\fR at the same time\. When \fBCOMMAND\fR is omitted, help for \fBhelp\fR command will be displayed\. PK *J [�̃� ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-env.1.ronnnu �[��� bundle-env(1) -- Print information about the environment Bundler is running under ================================================================================= ## SYNOPSIS `bundle env` ## DESCRIPTION Prints information about the environment Bundler is running under. PK *J [�ئl� � C share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-console.1.ronnnu �[��� bundle-console(1) -- Open an IRB session with the bundle pre-loaded =================================================================== ## SYNOPSIS `bundle console` [GROUP] ## DESCRIPTION Starts an interactive Ruby console session in the context of the current bundle. If no `GROUP` is specified, all gems in the `default` group in the [Gemfile(5)](https://bundler.io/man/gemfile.5.html) are preliminarily loaded. If `GROUP` is specified, all gems in the given group in the Gemfile in addition to the gems in `default` group are loaded. Even if the given group does not exist in the Gemfile, IRB console starts without any warning or error. The environment variable `BUNDLE_CONSOLE` or `bundle config set console` can be used to change the shell from the following: * `irb` (default) * `pry` (https://github.com/pry/pry) * `ripl` (https://github.com/cldwalker/ripl) `bundle console` uses irb by default. An alternative Pry or Ripl can be used with `bundle console` by adjusting the `console` Bundler setting. Also make sure that `pry` or `ripl` is in your Gemfile. ## EXAMPLE $ bundle config set console pry $ bundle console Resolving dependencies... [1] pry(main)> ## SEE ALSO [Gemfile(5)](https://bundler.io/man/gemfile.5.html) PK *J [�` �� � ? share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-outdated.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-OUTDATED" "1" "March 2025" "" .SH "NAME" \fBbundle\-outdated\fR \- List installed gems with newer versions available .SH "SYNOPSIS" \fBbundle outdated\fR [GEM] [\-\-local] [\-\-pre] [\-\-source] [\-\-filter\-strict | \-\-strict] [\-\-update\-strict] [\-\-parseable | \-\-porcelain] [\-\-group=GROUP] [\-\-groups] [\-\-patch|\-\-minor|\-\-major] [\-\-filter\-major] [\-\-filter\-minor] [\-\-filter\-patch] [\-\-only\-explicit] .SH "DESCRIPTION" Outdated lists the names and versions of gems that have a newer version available in the given source\. Calling outdated with [GEM [GEM]] will only check for newer versions of the given gems\. Prerelease gems are ignored by default\. If your gems are up to date, Bundler will exit with a status of 0\. Otherwise, it will exit 1\. .SH "OPTIONS" .TP \fB\-\-local\fR Do not attempt to fetch gems remotely and use the gem cache instead\. .TP \fB\-\-pre\fR Check for newer pre\-release gems\. .TP \fB\-\-source=<list>\fR Check against a specific source\. .TP \fB\-\-filter\-strict\fR, \fB\-\-strict\fR Only list newer versions allowed by your Gemfile requirements, also respecting conservative update flags (\-\-patch, \-\-minor, \-\-major)\. .TP \fB\-\-update\-strict\fR Strict conservative resolution, do not allow any gem to be updated past latest \-\-patch | \-\-minor | \-\-major\. .TP \fB\-\-parseable\fR, \fB\-\-porcelain\fR Use minimal formatting for more parseable output\. .TP \fB\-\-group=GROUP\fR List gems from a specific group\. .TP \fB\-\-groups\fR List gems organized by groups\. .TP \fB\-\-minor\fR Prefer updating only to next minor version\. .TP \fB\-\-major\fR Prefer updating to next major version (default)\. .TP \fB\-\-patch\fR Prefer updating only to next patch version\. .TP \fB\-\-filter\-major\fR Only list major newer versions\. .TP \fB\-\-filter\-minor\fR Only list minor newer versions\. .TP \fB\-\-filter\-patch\fR Only list patch newer versions\. .TP \fB\-\-only\-explicit\fR Only list gems specified in your Gemfile, not their dependencies\. .SH "PATCH LEVEL OPTIONS" See bundle update(1) \fIbundle\-update\.1\.html\fR for details\. .SH "FILTERING OUTPUT" The 3 filtering options do not affect the resolution of versions, merely what versions are shown in the output\. .P If the regular output shows the following: .IP "" 4 .nf * Gem Current Latest Requested Groups * faker 1\.6\.5 1\.6\.6 ~> 1\.4 development, test * hashie 1\.2\.0 3\.4\.6 = 1\.2\.0 default * headless 2\.2\.3 2\.3\.1 = 2\.2\.3 test .fi .IP "" 0 .P \fB\-\-filter\-major\fR would only show: .IP "" 4 .nf * Gem Current Latest Requested Groups * hashie 1\.2\.0 3\.4\.6 = 1\.2\.0 default .fi .IP "" 0 .P \fB\-\-filter\-minor\fR would only show: .IP "" 4 .nf * Gem Current Latest Requested Groups * headless 2\.2\.3 2\.3\.1 = 2\.2\.3 test .fi .IP "" 0 .P \fB\-\-filter\-patch\fR would only show: .IP "" 4 .nf * Gem Current Latest Requested Groups * faker 1\.6\.5 1\.6\.6 ~> 1\.4 development, test .fi .IP "" 0 .P Filter options can be combined\. \fB\-\-filter\-minor\fR and \fB\-\-filter\-patch\fR would show: .IP "" 4 .nf * Gem Current Latest Requested Groups * faker 1\.6\.5 1\.6\.6 ~> 1\.4 development, test .fi .IP "" 0 .P Combining all three \fBfilter\fR options would be the same result as providing none of them\. PK *J [��l�� � ; share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-lock.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-LOCK" "1" "March 2025" "" .SH "NAME" \fBbundle\-lock\fR \- Creates / Updates a lockfile without installing .SH "SYNOPSIS" \fBbundle lock\fR [\-\-update] [\-\-bundler[=BUNDLER]] [\-\-local] [\-\-print] [\-\-lockfile=PATH] [\-\-full\-index] [\-\-gemfile=GEMFILE] [\-\-add\-checksums] [\-\-add\-platform] [\-\-remove\-platform] [\-\-normalize\-platforms] [\-\-patch] [\-\-minor] [\-\-major] [\-\-pre] [\-\-strict] [\-\-conservative] .SH "DESCRIPTION" Lock the gems specified in Gemfile\. .SH "OPTIONS" .TP \fB\-\-update[=<list>]\fR Ignores the existing lockfile\. Resolve then updates lockfile\. Taking a list of gems or updating all gems if no list is given\. .TP \fB\-\-bundler[=BUNDLER]\fR Update the locked version of bundler to the given version or the latest version if no version is given\. .TP \fB\-\-local\fR Do not attempt to connect to \fBrubygems\.org\fR\. Instead, Bundler will use the gems already present in Rubygems' cache or in \fBvendor/cache\fR\. Note that if a appropriate platform\-specific gem exists on \fBrubygems\.org\fR it will not be found\. .TP \fB\-\-print\fR Prints the lockfile to STDOUT instead of writing to the file system\. .TP \fB\-\-lockfile=LOCKFILE\fR The path where the lockfile should be written to\. .TP \fB\-\-full\-index\fR Fall back to using the single\-file index of all gems\. .TP \fB\-\-gemfile=GEMFILE\fR Use the specified gemfile instead of [\fBGemfile(5)\fR][Gemfile(5)]\. .TP \fB\-\-add\-checksums\fR Add checksums to the lockfile\. .TP \fB\-\-add\-platform=<list>\fR Add a new platform to the lockfile, re\-resolving for the addition of that platform\. .TP \fB\-\-remove\-platform=<list>\fR Remove a platform from the lockfile\. .TP \fB\-\-normalize\-platforms\fR Normalize lockfile platforms\. .TP \fB\-\-patch\fR If updating, prefer updating only to next patch version\. .TP \fB\-\-minor\fR If updating, prefer updating only to next minor version\. .TP \fB\-\-major\fR If updating, prefer updating to next major version (default)\. .TP \fB\-\-pre\fR If updating, always choose the highest allowed version, regardless of prerelease status\. .TP \fB\-\-strict\fR If updating, do not allow any gem to be updated past latest \-\-patch | \-\-minor | \-\-major\. .TP \fB\-\-conservative\fR If updating, use bundle install conservative update behavior and do not allow shared dependencies to be updated\. .SH "UPDATING ALL GEMS" If you run \fBbundle lock\fR with \fB\-\-update\fR option without list of gems, bundler will ignore any previously installed gems and resolve all dependencies again based on the latest versions of all gems available in the sources\. .SH "UPDATING A LIST OF GEMS" Sometimes, you want to update a single gem in the Gemfile(5), and leave the rest of the gems that you specified locked to the versions in the \fBGemfile\.lock\fR\. .P For instance, you only want to update \fBnokogiri\fR, run \fBbundle lock \-\-update nokogiri\fR\. .P Bundler will update \fBnokogiri\fR and any of its dependencies, but leave the rest of the gems that you specified locked to the versions in the \fBGemfile\.lock\fR\. .SH "SUPPORTING OTHER PLATFORMS" If you want your bundle to support platforms other than the one you're running locally, you can run \fBbundle lock \-\-add\-platform PLATFORM\fR to add PLATFORM to the lockfile, force bundler to re\-resolve and consider the new platform when picking gems, all without needing to have a machine that matches PLATFORM handy to install those platform\-specific gems on\. .P For a full explanation of gem platforms, see \fBgem help platform\fR\. .SH "PATCH LEVEL OPTIONS" See bundle update(1) \fIbundle\-update\.1\.html\fR for details\. PK *J [^F�( ( : share/gems/gems/bundler-2.6.7/lib/bundler/man/bundle-add.1nu �[��� .\" generated with Ronn-NG/v0.10.1 .\" http://github.com/apjanke/ronn-ng/tree/0.10.1 .TH "BUNDLE\-ADD" "1" "March 2025" "" .SH "NAME" \fBbundle\-add\fR \- Add gem to the Gemfile and run bundle install .SH "SYNOPSIS" \fBbundle add\fR \fIGEM_NAME\fR [\-\-group=GROUP] [\-\-version=VERSION] [\-\-source=SOURCE] [\-\-path=PATH] [\-\-git=GIT|\-\-github=GITHUB] [\-\-branch=BRANCH] [\-\-ref=REF] [\-\-quiet] [\-\-skip\-install] [\-\-strict|\-\-optimistic] .SH "DESCRIPTION" Adds the named gem to the [\fBGemfile(5)\fR][Gemfile(5)] and run \fBbundle install\fR\. \fBbundle install\fR can be avoided by using the flag \fB\-\-skip\-install\fR\. .SH "OPTIONS" .TP \fB\-\-version=VERSION\fR, \fB\-v=VERSION\fR Specify version requirements(s) for the added gem\. .TP \fB\-\-group=GROUP\fR, \fB\-g=GROUP\fR Specify the group(s) for the added gem\. Multiple groups should be separated by commas\. .TP \fB\-\-source=SOURCE\fR, \fB\-s=SOURCE\fR Specify the source for the added gem\. .TP \fB\-\-require=REQUIRE\fR, \fB\-r=REQUIRE\fR Adds require path to gem\. Provide false, or a path as a string\. .TP \fB\-\-path=PATH\fR Specify the file system path for the added gem\. .TP \fB\-\-git=GIT\fR Specify the git source for the added gem\. .TP \fB\-\-github=GITHUB\fR Specify the github source for the added gem\. .TP \fB\-\-branch=BRANCH\fR Specify the git branch for the added gem\. .TP \fB\-\-ref=REF\fR Specify the git ref for the added gem\. .TP \fB\-\-glob=GLOB\fR Specify the location of a dependency's \.gemspec, expanded within Ruby (single quotes recommended)\. .TP \fB\-\-quiet\fR Do not print progress information to the standard output\. .TP \fB\-\-skip\-install\fR Adds the gem to the Gemfile but does not install it\. .TP \fB\-\-optimistic\fR Adds optimistic declaration of version\. .TP \fB\-\-strict\fR Adds strict declaration of version\. .SH "EXAMPLES" .IP "1." 4 You can add the \fBrails\fR gem to the Gemfile without any version restriction\. The source of the gem will be the global source\. .IP \fBbundle add rails\fR .IP "2." 4 You can add the \fBrails\fR gem with version greater than 1\.1 (not including 1\.1) and less than 3\.0\. .IP \fBbundle add rails \-\-version "> 1\.1, < 3\.0"\fR .IP "3." 4 You can use the \fBhttps://gems\.example\.com\fR custom source and assign the gem to a group\. .IP \fBbundle add rails \-\-version "~> 5\.0\.0" \-\-source "https://gems\.example\.com" \-\-group "development"\fR .IP "4." 4 The following adds the \fBgem\fR entry to the Gemfile without installing the gem\. You can install gems later via \fBbundle install\fR\. .IP \fBbundle add rails \-\-skip\-install\fR .IP "5." 4 You can assign the gem to more than one group\. .IP \fBbundle add rails \-\-group "development, test"\fR .IP "" 0 .SH "SEE ALSO" Gemfile(5) \fIhttps://bundler\.io/man/gemfile\.5\.html\fR, bundle\-remove(1) \fIbundle\-remove\.1\.html\fR PK *J [�� 4 share/gems/gems/bundler-2.6.7/lib/bundler/version.rbnu �[��� # frozen_string_literal: false module Bundler VERSION = "2.6.7".freeze def self.bundler_major_version @bundler_major_version ||= VERSION.split(".").first.to_i end def self.gem_version @gem_version ||= Gem::Version.create(VERSION) end end PK *J [{�� � ? share/gems/gems/bundler-2.6.7/lib/bundler/lockfile_generator.rbnu �[��� # frozen_string_literal: true module Bundler class LockfileGenerator attr_reader :definition attr_reader :out # @private def initialize(definition) @definition = definition @out = String.new end def self.generate(definition) new(definition).generate! end def generate! add_sources add_platforms add_dependencies add_checksums add_locked_ruby_version add_bundled_with out end private def add_sources definition.sources.lock_sources.each_with_index do |source, idx| out << "\n" unless idx.zero? # Add the source header out << source.to_lock # Find all specs for this source specs = definition.resolve.select {|s| source.can_lock?(s) } add_specs(specs) end end def add_specs(specs) # This needs to be sorted by full name so that # gems with the same name, but different platform # are ordered consistently specs.sort_by(&:full_name).each do |spec| next if spec.name == "bundler" out << spec.to_lock end end def add_platforms add_section("PLATFORMS", definition.platforms) end def add_dependencies out << "\nDEPENDENCIES\n" handled = [] definition.dependencies.sort_by(&:to_s).each do |dep| next if handled.include?(dep.name) out << dep.to_lock << "\n" handled << dep.name end end def add_checksums return unless definition.locked_checksums checksums = definition.resolve.map do |spec| spec.source.checksum_store.to_lock(spec) end add_section("CHECKSUMS", checksums) end def add_locked_ruby_version return unless locked_ruby_version = definition.locked_ruby_version add_section("RUBY VERSION", locked_ruby_version.to_s) end def add_bundled_with add_section("BUNDLED WITH", definition.bundler_version_to_lock.to_s) end def add_section(name, value) out << "\n#{name}\n" case value when Array value.map(&:to_s).sort.each do |val| out << " #{val}\n" end when Hash value.to_a.sort_by {|k, _| k.to_s }.each do |key, val| out << " #{key}: #{val}\n" end when String out << " #{value}\n" else raise ArgumentError, "#{value.inspect} can't be serialized in a lockfile" end end end end PK *J [q�x�m m 7 share/gems/gems/bundler-2.6.7/lib/bundler/capistrano.rbnu �[��� # frozen_string_literal: true require_relative "shared_helpers" Bundler::SharedHelpers.major_deprecation 2, "The Bundler task for Capistrano. Please use https://github.com/capistrano/bundler" # Capistrano task for Bundler. # # Add "require 'bundler/capistrano'" in your Capistrano deploy.rb, and # Bundler will be activated after each new deployment. require_relative "deployment" require "capistrano/version" if defined?(Capistrano::Version) && Gem::Version.new(Capistrano::Version).release >= Gem::Version.new("3.0") raise "For Capistrano 3.x integration, please use https://github.com/capistrano/bundler" end Capistrano::Configuration.instance(:must_exist).load do before "deploy:finalize_update", "bundle:install" Bundler::Deployment.define_task(self, :task, except: { no_release: true }) set :rake, lambda { "#{fetch(:bundle_cmd, "bundle")} exec rake" } end PK *J [��n�{ { 5 share/gems/gems/bundler-2.6.7/lib/bundler/checksum.rbnu �[��� # frozen_string_literal: true module Bundler class Checksum ALGO_SEPARATOR = "=" DEFAULT_ALGORITHM = "sha256" private_constant :DEFAULT_ALGORITHM DEFAULT_BLOCK_SIZE = 16_384 private_constant :DEFAULT_BLOCK_SIZE class << self def from_gem_package(gem_package, algo = DEFAULT_ALGORITHM) return if Bundler.settings[:disable_checksum_validation] return unless source = gem_package.instance_variable_get(:@gem) return unless source.respond_to?(:with_read_io) source.with_read_io do |io| from_gem(io, source.path) ensure io.rewind end end def from_gem(io, pathname, algo = DEFAULT_ALGORITHM) digest = Bundler::SharedHelpers.digest(algo.upcase).new buf = String.new(capacity: DEFAULT_BLOCK_SIZE) digest << io.readpartial(DEFAULT_BLOCK_SIZE, buf) until io.eof? Checksum.new(algo, digest.hexdigest!, Source.new(:gem, pathname)) end def from_api(digest, source_uri, algo = DEFAULT_ALGORITHM) return if Bundler.settings[:disable_checksum_validation] Checksum.new(algo, to_hexdigest(digest, algo), Source.new(:api, source_uri)) end def from_lock(lock_checksum, lockfile_location) algo, digest = lock_checksum.strip.split(ALGO_SEPARATOR, 2) Checksum.new(algo, to_hexdigest(digest, algo), Source.new(:lock, lockfile_location)) end def to_hexdigest(digest, algo = DEFAULT_ALGORITHM) return digest unless algo == DEFAULT_ALGORITHM return digest if digest.match?(/\A[0-9a-f]{64}\z/i) if digest.match?(%r{\A[-0-9a-z_+/]{43}={0,2}\z}i) digest = digest.tr("-_", "+/") # fix urlsafe base64 digest.unpack1("m0").unpack1("H*") else raise ArgumentError, "#{digest.inspect} is not a valid SHA256 hex or base64 digest" end end end attr_reader :algo, :digest, :sources def initialize(algo, digest, source) @algo = algo @digest = digest @sources = [source] end def ==(other) match?(other) && other.sources == sources end alias_method :eql?, :== def same_source?(other) sources.include?(other.sources.first) end def match?(other) other.is_a?(self.class) && other.digest == digest && other.algo == algo end def hash digest.hash end def to_s "#{to_lock} (from #{sources.first}#{", ..." if sources.size > 1})" end def to_lock "#{algo}#{ALGO_SEPARATOR}#{digest}" end def merge!(other) return nil unless match?(other) @sources.concat(other.sources).uniq! self end def formatted_sources sources.join("\n and ").concat("\n") end def removable? sources.all?(&:removable?) end def removal_instructions msg = +"" i = 1 sources.each do |source| msg << " #{i}. #{source.removal}\n" i += 1 end msg << " #{i}. run `bundle install`\n" end def inspect abbr = "#{algo}#{ALGO_SEPARATOR}#{digest[0, 8]}" from = "from #{sources.join(" and ")}" "#<#{self.class}:#{object_id} #{abbr} #{from}>" end class Source attr_reader :type, :location def initialize(type, location) @type = type @location = location end def removable? [:lock, :gem].include?(type) end def ==(other) other.is_a?(self.class) && other.type == type && other.location == location end # phrased so that the usual string format is grammatically correct # rake (10.3.2) sha256=abc123 from #{to_s} def to_s case type when :lock "the lockfile CHECKSUMS at #{location}" when :gem "the gem at #{location}" when :api "the API at #{location}" else "#{location} (#{type})" end end # A full sentence describing how to remove the checksum def removal case type when :lock "remove the matching checksum in #{location}" when :gem "remove the gem at #{location}" when :api "checksums from #{location} cannot be locally modified, you may need to update your sources" else "remove #{location} (#{type})" end end end class Store attr_reader :store protected :store def initialize @store = {} @store_mutex = Mutex.new end def inspect "#<#{self.class}:#{object_id} size=#{store.size}>" end # Replace when the new checksum is from the same source. # The primary purpose is registering checksums from gems where there are # duplicates of the same gem (according to full_name) in the index. # # In particular, this is when 2 gems have two similar platforms, e.g. # "darwin20" and "darwin-20", both of which resolve to darwin-20. # In the Index, the later gem replaces the former, so we do that here. # # However, if the new checksum is from a different source, we register like normal. # This ensures a mismatch error where there are multiple top level sources # that contain the same gem with different checksums. def replace(spec, checksum) return unless checksum lock_name = spec.lock_name @store_mutex.synchronize do existing = fetch_checksum(lock_name, checksum.algo) if !existing || existing.same_source?(checksum) store_checksum(lock_name, checksum) else merge_checksum(lock_name, checksum, existing) end end end def missing?(spec) @store[spec.lock_name].nil? end def register(spec, checksum) register_checksum(spec.lock_name, checksum) end def merge!(other) other.store.each do |lock_name, checksums| checksums.each do |_algo, checksum| register_checksum(lock_name, checksum) end end end def to_lock(spec) lock_name = spec.lock_name checksums = @store[lock_name] if checksums&.any? "#{lock_name} #{checksums.values.map(&:to_lock).sort.join(",")}" else lock_name end end private def register_checksum(lock_name, checksum) @store_mutex.synchronize do if checksum existing = fetch_checksum(lock_name, checksum.algo) if existing merge_checksum(lock_name, checksum, existing) else store_checksum(lock_name, checksum) end else init_checksum(lock_name) end end end def merge_checksum(lock_name, checksum, existing) existing.merge!(checksum) || raise(ChecksumMismatchError.new(lock_name, existing, checksum)) end def store_checksum(lock_name, checksum) init_checksum(lock_name)[checksum.algo] = checksum end def init_checksum(lock_name) @store[lock_name] ||= {} end def fetch_checksum(lock_name, algo) @store[lock_name]&.fetch(algo, nil) end end end end PK *J [8[' ; share/gems/gems/bundler-2.6.7/lib/bundler/match_metadata.rbnu �[��� # frozen_string_literal: true module Bundler module MatchMetadata def matches_current_metadata? matches_current_ruby? && matches_current_rubygems? end def matches_current_ruby? @required_ruby_version.satisfied_by?(Gem.ruby_version) end def matches_current_rubygems? @required_rubygems_version.satisfied_by?(Gem.rubygems_version) end def expanded_dependencies runtime_dependencies + [ metadata_dependency("Ruby", @required_ruby_version), metadata_dependency("RubyGems", @required_rubygems_version), ].compact end def metadata_dependency(name, requirement) return if requirement.nil? || requirement.none? Gem::Dependency.new("#{name}\0", requirement) end end end PK *J [MK�X` ` 6 share/gems/gems/bundler-2.6.7/lib/bundler/ui/silent.rbnu �[��� # frozen_string_literal: true module Bundler module UI class Silent attr_writer :shell def initialize @warnings = [] end def add_color(string, color) string end def info(message = nil, newline = nil) end def confirm(message = nil, newline = nil) end def warn(message = nil, newline = nil) @warnings |= [message] end def error(message = nil, newline = nil) end def debug(message = nil, newline = nil) end def confirm? false end def error? false end def debug? false end def info? false end def quiet? false end def warn? false end def output_stream=(_symbol) end def output_stream nil end def ask(message) end def yes?(msg) raise "Cannot ask yes? with a silent shell" end def no?(msg) raise "Cannot ask no? with a silent shell" end def level=(name) end def level(name = nil) end def trace(message, newline = nil, force = false) end def silence yield end def progress yield end def unprinted_warnings @warnings end end end end PK *J [�$k 5 share/gems/gems/bundler-2.6.7/lib/bundler/ui/shell.rbnu �[��� # frozen_string_literal: true require_relative "../vendored_thor" module Bundler module UI class Shell LEVELS = %w[silent error warn confirm info debug].freeze OUTPUT_STREAMS = [:stdout, :stderr].freeze attr_writer :shell attr_reader :output_stream def initialize(options = {}) Thor::Base.shell = options["no-color"] ? Thor::Shell::Basic : nil @shell = Thor::Base.shell.new @level = ENV["DEBUG"] ? "debug" : "info" @warning_history = [] @output_stream = :stdout end def add_color(string, *color) @shell.set_color(string, *color) end def info(msg = nil, newline = nil) return unless info? tell_me(msg || yield, nil, newline) end def confirm(msg = nil, newline = nil) return unless confirm? tell_me(msg || yield, :green, newline) end def warn(msg = nil, newline = nil, color = :yellow) return unless warn? return if @warning_history.include? msg @warning_history << msg tell_err(msg || yield, color, newline) end def error(msg = nil, newline = nil, color = :red) return unless error? tell_err(msg || yield, color, newline) end def debug(msg = nil, newline = nil) return unless debug? tell_me(msg || yield, nil, newline) end def info? level("info") end def confirm? level("confirm") end def warn? level("warn") end def error? level("error") end def debug? level("debug") end def quiet? level("quiet") end def ask(msg) @shell.ask(msg) end def yes?(msg) @shell.yes?(msg) end def no?(msg) @shell.no?(msg) end def level=(level) raise ArgumentError unless LEVELS.include?(level.to_s) @level = level.to_s end def level(name = nil) return @level unless name unless index = LEVELS.index(name) raise "#{name.inspect} is not a valid level" end index <= LEVELS.index(@level) end def output_stream=(symbol) raise ArgumentError unless OUTPUT_STREAMS.include?(symbol) @output_stream = symbol end def trace(e, newline = nil, force = false) return unless debug? || force msg = "#{e.class}: #{e.message}\n#{e.backtrace.join("\n ")}" tell_err(msg, nil, newline) end def silence(&blk) with_level("silent", &blk) end def progress(&blk) with_output_stream(:stderr, &blk) end def unprinted_warnings [] end private # valimism def tell_me(msg, color = nil, newline = nil) return tell_err(msg, color, newline) if output_stream == :stderr msg = word_wrap(msg) if newline.is_a?(Hash) && newline[:wrap] if newline.nil? @shell.say(msg, color) else @shell.say(msg, color, newline) end end def tell_err(message, color = nil, newline = nil) return if @shell.send(:stderr).closed? newline = !message.to_s.match?(/( |\t)\Z/) if newline.nil? message = word_wrap(message) if newline.is_a?(Hash) && newline[:wrap] color = nil if color && !$stderr.tty? buffer = @shell.send(:prepare_message, message, *color) buffer << "\n" if newline && !message.to_s.end_with?("\n") @shell.send(:stderr).print(buffer) @shell.send(:stderr).flush end def strip_leading_spaces(text) spaces = text[/\A\s+/, 0] spaces ? text.gsub(/#{spaces}/, "") : text end def word_wrap(text, line_width = Thor::Terminal.terminal_width) strip_leading_spaces(text).split("\n").collect do |line| line.length > line_width ? line.gsub(/(.{1,#{line_width}})(\s+|$)/, "\\1\n").strip : line end * "\n" end def with_level(level) original = @level @level = level yield ensure @level = original end def with_output_stream(symbol) original = output_stream self.output_stream = symbol yield ensure @output_stream = original end end end end PK *J [B��0 0 8 share/gems/gems/bundler-2.6.7/lib/bundler/ui/rg_proxy.rbnu �[��� # frozen_string_literal: true require_relative "../ui" require "rubygems/user_interaction" module Bundler module UI class RGProxy < ::Gem::SilentUI def initialize(ui) @ui = ui super() end def say(message) @ui&.debug(message) end end end end PK *J [�� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/source_map.rbnu �[��� # frozen_string_literal: true module Bundler class SourceMap attr_reader :sources, :dependencies, :locked_specs def initialize(sources, dependencies, locked_specs) @sources = sources @dependencies = dependencies @locked_specs = locked_specs end def pinned_spec_names(skip = nil) direct_requirements.reject {|_, source| source == skip }.keys end def all_requirements requirements = direct_requirements.dup unmet_deps = sources.non_default_explicit_sources.map do |source| (source.spec_names - pinned_spec_names).each do |indirect_dependency_name| previous_source = requirements[indirect_dependency_name] if previous_source.nil? requirements[indirect_dependency_name] = source else no_ambiguous_sources = Bundler.feature_flag.bundler_3_mode? msg = ["The gem '#{indirect_dependency_name}' was found in multiple relevant sources."] msg.concat [previous_source, source].map {|s| " * #{s}" }.sort msg << "You #{no_ambiguous_sources ? :must : :should} add this gem to the source block for the source you wish it to be installed from." msg = msg.join("\n") raise SecurityError, msg if no_ambiguous_sources Bundler.ui.warn "Warning: #{msg}" end end source.unmet_deps end sources.default_source.add_dependency_names(unmet_deps.flatten - requirements.keys) requirements end def direct_requirements @direct_requirements ||= begin requirements = {} default = sources.default_source dependencies.each do |dep| dep_source = dep.source || default dep_source.add_dependency_names(dep.name) requirements[dep.name] = dep_source end requirements end end def locked_requirements @locked_requirements ||= begin requirements = {} locked_specs.each do |locked_spec| source = locked_spec.source source.add_dependency_names(locked_spec.name) requirements[locked_spec.name] = source end requirements end end end end PK *J [�9�y7 7 _ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/connection_pool/lib/connection_pool/wrapper.rbnu �[��� class Bundler::ConnectionPool class Wrapper < ::BasicObject METHODS = [:with, :pool_shutdown, :wrapped_pool] def initialize(options = {}, &block) @pool = options.fetch(:pool) { ::Bundler::ConnectionPool.new(options, &block) } end def wrapped_pool @pool end def with(&block) @pool.with(&block) end def pool_shutdown(&block) @pool.shutdown(&block) end def pool_size @pool.size end def pool_available @pool.available end def respond_to?(id, *args) METHODS.include?(id) || with { |c| c.respond_to?(id, *args) } end # rubocop:disable Style/MissingRespondToMissing if ::RUBY_VERSION >= "3.0.0" def method_missing(name, *args, **kwargs, &block) with do |connection| connection.send(name, *args, **kwargs, &block) end end elsif ::RUBY_VERSION >= "2.7.0" ruby2_keywords def method_missing(name, *args, &block) with do |connection| connection.send(name, *args, &block) end end else def method_missing(name, *args, &block) with do |connection| connection.send(name, *args, &block) end end end # rubocop:enable Style/MethodMissingSuper # rubocop:enable Style/MissingRespondToMissing end end PK *J [ T�| | c share/gems/gems/bundler-2.6.7/lib/bundler/vendor/connection_pool/lib/connection_pool/timed_stack.rbnu �[��� ## # The TimedStack manages a pool of homogeneous connections (or any resource # you wish to manage). Connections are created lazily up to a given maximum # number. # Examples: # # ts = TimedStack.new(1) { MyConnection.new } # # # fetch a connection # conn = ts.pop # # # return a connection # ts.push conn # # conn = ts.pop # ts.pop timeout: 5 # #=> raises Bundler::ConnectionPool::TimeoutError after 5 seconds class Bundler::ConnectionPool::TimedStack attr_reader :max ## # Creates a new pool with +size+ connections that are created from the given # +block+. def initialize(size = 0, &block) @create_block = block @created = 0 @que = [] @max = size @mutex = Thread::Mutex.new @resource = Thread::ConditionVariable.new @shutdown_block = nil end ## # Returns +obj+ to the stack. +options+ is ignored in TimedStack but may be # used by subclasses that extend TimedStack. def push(obj, options = {}) @mutex.synchronize do if @shutdown_block @created -= 1 unless @created == 0 @shutdown_block.call(obj) else store_connection obj, options end @resource.broadcast end end alias_method :<<, :push ## # Retrieves a connection from the stack. If a connection is available it is # immediately returned. If no connection is available within the given # timeout a Bundler::ConnectionPool::TimeoutError is raised. # # +:timeout+ is the only checked entry in +options+ and is preferred over # the +timeout+ argument (which will be removed in a future release). Other # options may be used by subclasses that extend TimedStack. def pop(timeout = 0.5, options = {}) options, timeout = timeout, 0.5 if Hash === timeout timeout = options.fetch :timeout, timeout deadline = current_time + timeout @mutex.synchronize do loop do raise Bundler::ConnectionPool::PoolShuttingDownError if @shutdown_block return fetch_connection(options) if connection_stored?(options) connection = try_create(options) return connection if connection to_wait = deadline - current_time raise Bundler::ConnectionPool::TimeoutError, "Waited #{timeout} sec, #{length}/#{@max} available" if to_wait <= 0 @resource.wait(@mutex, to_wait) end end end ## # Shuts down the TimedStack by passing each connection to +block+ and then # removing it from the pool. Attempting to checkout a connection after # shutdown will raise +Bundler::ConnectionPool::PoolShuttingDownError+ unless # +:reload+ is +true+. def shutdown(reload: false, &block) raise ArgumentError, "shutdown must receive a block" unless block @mutex.synchronize do @shutdown_block = block @resource.broadcast shutdown_connections @shutdown_block = nil if reload end end ## # Reaps connections that were checked in more than +idle_seconds+ ago. def reap(idle_seconds, &block) raise ArgumentError, "reap must receive a block" unless block raise ArgumentError, "idle_seconds must be a number" unless idle_seconds.is_a?(Numeric) raise Bundler::ConnectionPool::PoolShuttingDownError if @shutdown_block idle.times do conn = @mutex.synchronize do raise Bundler::ConnectionPool::PoolShuttingDownError if @shutdown_block reserve_idle_connection(idle_seconds) end break unless conn block.call(conn) end end ## # Returns +true+ if there are no available connections. def empty? (@created - @que.length) >= @max end ## # The number of connections available on the stack. def length @max - @created + @que.length end ## # The number of connections created and available on the stack. def idle @que.length end private def current_time Process.clock_gettime(Process::CLOCK_MONOTONIC) end ## # This is an extension point for TimedStack and is called with a mutex. # # This method must returns true if a connection is available on the stack. def connection_stored?(options = nil) !@que.empty? end ## # This is an extension point for TimedStack and is called with a mutex. # # This method must return a connection from the stack. def fetch_connection(options = nil) @que.pop&.first end ## # This is an extension point for TimedStack and is called with a mutex. # # This method must shut down all connections on the stack. def shutdown_connections(options = nil) while connection_stored?(options) conn = fetch_connection(options) @created -= 1 unless @created == 0 @shutdown_block.call(conn) end end ## # This is an extension point for TimedStack and is called with a mutex. # # This method returns the oldest idle connection if it has been idle for more than idle_seconds. # This requires that the stack is kept in order of checked in time (oldest first). def reserve_idle_connection(idle_seconds) return unless idle_connections?(idle_seconds) @created -= 1 unless @created == 0 @que.shift.first end ## # This is an extension point for TimedStack and is called with a mutex. # # Returns true if the first connection in the stack has been idle for more than idle_seconds def idle_connections?(idle_seconds) connection_stored? && (current_time - @que.first.last > idle_seconds) end ## # This is an extension point for TimedStack and is called with a mutex. # # This method must return +obj+ to the stack. def store_connection(obj, options = nil) @que.push [obj, current_time] end ## # This is an extension point for TimedStack and is called with a mutex. # # This method must create a connection if and only if the total number of # connections allowed has not been met. def try_create(options = nil) unless @created == @max object = @create_block.call @created += 1 object end end end PK *J [{ �6 6 _ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/connection_pool/lib/connection_pool/version.rbnu �[��� class Bundler::ConnectionPool VERSION = "2.5.0" end PK *J [�18� � W share/gems/gems/bundler-2.6.7/lib/bundler/vendor/connection_pool/lib/connection_pool.rbnu �[��� require_relative "../../../vendored_timeout" require_relative "connection_pool/version" class Bundler::ConnectionPool class Error < ::RuntimeError; end class PoolShuttingDownError < ::Bundler::ConnectionPool::Error; end class TimeoutError < ::Gem::Timeout::Error; end end # Generic connection pool class for sharing a limited number of objects or network connections # among many threads. Note: pool elements are lazily created. # # Example usage with block (faster): # # @pool = Bundler::ConnectionPool.new { Redis.new } # @pool.with do |redis| # redis.lpop('my-list') if redis.llen('my-list') > 0 # end # # Using optional timeout override (for that single invocation) # # @pool.with(timeout: 2.0) do |redis| # redis.lpop('my-list') if redis.llen('my-list') > 0 # end # # Example usage replacing an existing connection (slower): # # $redis = Bundler::ConnectionPool.wrap { Redis.new } # # def do_work # $redis.lpop('my-list') if $redis.llen('my-list') > 0 # end # # Accepts the following options: # - :size - number of connections to pool, defaults to 5 # - :timeout - amount of time to wait for a connection if none currently available, defaults to 5 seconds # - :auto_reload_after_fork - automatically drop all connections after fork, defaults to true # class Bundler::ConnectionPool DEFAULTS = {size: 5, timeout: 5, auto_reload_after_fork: true} def self.wrap(options, &block) Wrapper.new(options, &block) end if Process.respond_to?(:fork) INSTANCES = ObjectSpace::WeakMap.new private_constant :INSTANCES def self.after_fork INSTANCES.values.each do |pool| next unless pool.auto_reload_after_fork # We're on after fork, so we know all other threads are dead. # All we need to do is to ensure the main thread doesn't have a # checked out connection pool.checkin(force: true) pool.reload do |connection| # Unfortunately we don't know what method to call to close the connection, # so we try the most common one. connection.close if connection.respond_to?(:close) end end nil end if ::Process.respond_to?(:_fork) # MRI 3.1+ module ForkTracker def _fork pid = super if pid == 0 Bundler::ConnectionPool.after_fork end pid end end Process.singleton_class.prepend(ForkTracker) end else INSTANCES = nil private_constant :INSTANCES def self.after_fork # noop end end def initialize(options = {}, &block) raise ArgumentError, "Connection pool requires a block" unless block options = DEFAULTS.merge(options) @size = Integer(options.fetch(:size)) @timeout = options.fetch(:timeout) @auto_reload_after_fork = options.fetch(:auto_reload_after_fork) @available = TimedStack.new(@size, &block) @key = :"pool-#{@available.object_id}" @key_count = :"pool-#{@available.object_id}-count" INSTANCES[self] = self if INSTANCES end def with(options = {}) Thread.handle_interrupt(Exception => :never) do conn = checkout(options) begin Thread.handle_interrupt(Exception => :immediate) do yield conn end ensure checkin end end end alias_method :then, :with def checkout(options = {}) if ::Thread.current[@key] ::Thread.current[@key_count] += 1 ::Thread.current[@key] else ::Thread.current[@key_count] = 1 ::Thread.current[@key] = @available.pop(options[:timeout] || @timeout) end end def checkin(force: false) if ::Thread.current[@key] if ::Thread.current[@key_count] == 1 || force @available.push(::Thread.current[@key]) ::Thread.current[@key] = nil ::Thread.current[@key_count] = nil else ::Thread.current[@key_count] -= 1 end elsif !force raise Bundler::ConnectionPool::Error, "no connections are checked out" end nil end ## # Shuts down the Bundler::ConnectionPool by passing each connection to +block+ and # then removing it from the pool. Attempting to checkout a connection after # shutdown will raise +Bundler::ConnectionPool::PoolShuttingDownError+. def shutdown(&block) @available.shutdown(&block) end ## # Reloads the Bundler::ConnectionPool by passing each connection to +block+ and then # removing it the pool. Subsequent checkouts will create new connections as # needed. def reload(&block) @available.shutdown(reload: true, &block) end ## Reaps idle connections that have been idle for over +idle_seconds+. # +idle_seconds+ defaults to 60. def reap(idle_seconds = 60, &block) @available.reap(idle_seconds, &block) end # Size of this connection pool attr_reader :size # Automatically drop all connections after fork attr_reader :auto_reload_after_fork # Number of pool entries available for checkout at this instant. def available @available.length end # Number of pool entries created and idle in the pool. def idle @available.idle end end require_relative "connection_pool/timed_stack" require_relative "connection_pool/wrapper" PK *J [ K�� � X share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/version_solver.rbnu �[��� require_relative 'partial_solution' require_relative 'term' require_relative 'incompatibility' require_relative 'solve_failure' require_relative 'strategy' module Bundler::PubGrub class VersionSolver attr_reader :logger attr_reader :source attr_reader :solution attr_reader :strategy def initialize(source:, root: Package.root, strategy: Strategy.new(source), logger: Bundler::PubGrub.logger) @logger = logger @source = source @strategy = strategy # { package => [incompatibility, ...]} @incompatibilities = Hash.new do |h, k| h[k] = [] end @seen_incompatibilities = {} @solution = PartialSolution.new add_incompatibility Incompatibility.new([ Term.new(VersionConstraint.any(root), false) ], cause: :root) propagate(root) end def solved? solution.unsatisfied.empty? end # Returns true if there is more work to be done, false otherwise def work unsatisfied_terms = solution.unsatisfied if unsatisfied_terms.empty? logger.info { "Solution found after #{solution.attempted_solutions} attempts:" } solution.decisions.each do |package, version| next if Package.root?(package) logger.info { "* #{package} #{version}" } end return false end next_package = choose_package_version_from(unsatisfied_terms) propagate(next_package) true end def solve while work; end solution.decisions end alias_method :result, :solve private def propagate(initial_package) changed = [initial_package] while package = changed.shift @incompatibilities[package].reverse_each do |incompatibility| result = propagate_incompatibility(incompatibility) if result == :conflict root_cause = resolve_conflict(incompatibility) changed.clear changed << propagate_incompatibility(root_cause) elsif result # should be a Package changed << result end end changed.uniq! end end def propagate_incompatibility(incompatibility) unsatisfied = nil incompatibility.terms.each do |term| relation = solution.relation(term) if relation == :disjoint return nil elsif relation == :overlap # If more than one term is inconclusive, we can't deduce anything return nil if unsatisfied unsatisfied = term end end if !unsatisfied return :conflict end logger.debug { "derived: #{unsatisfied.invert}" } solution.derive(unsatisfied.invert, incompatibility) unsatisfied.package end def choose_package_version_from(unsatisfied_terms) remaining = unsatisfied_terms.map { |t| [t.package, t.constraint.range] }.to_h package, version = strategy.next_package_and_version(remaining) logger.debug { "attempting #{package} #{version}" } if version.nil? unsatisfied_term = unsatisfied_terms.find { |t| t.package == package } add_incompatibility source.no_versions_incompatibility_for(package, unsatisfied_term) return package end conflict = false source.incompatibilities_for(package, version).each do |incompatibility| if @seen_incompatibilities.include?(incompatibility) logger.debug { "knew: #{incompatibility}" } next end @seen_incompatibilities[incompatibility] = true add_incompatibility incompatibility conflict ||= incompatibility.terms.all? do |term| term.package == package || solution.satisfies?(term) end end unless conflict logger.info { "selected #{package} #{version}" } solution.decide(package, version) else logger.info { "conflict: #{conflict.inspect}" } end package end def resolve_conflict(incompatibility) logger.info { "conflict: #{incompatibility}" } new_incompatibility = nil while !incompatibility.failure? most_recent_term = nil most_recent_satisfier = nil difference = nil previous_level = 1 incompatibility.terms.each do |term| satisfier = solution.satisfier(term) if most_recent_satisfier.nil? most_recent_term = term most_recent_satisfier = satisfier elsif most_recent_satisfier.index < satisfier.index previous_level = [previous_level, most_recent_satisfier.decision_level].max most_recent_term = term most_recent_satisfier = satisfier difference = nil else previous_level = [previous_level, satisfier.decision_level].max end if most_recent_term == term difference = most_recent_satisfier.term.difference(most_recent_term) if difference.empty? difference = nil else difference_satisfier = solution.satisfier(difference.inverse) previous_level = [previous_level, difference_satisfier.decision_level].max end end end if previous_level < most_recent_satisfier.decision_level || most_recent_satisfier.decision? logger.info { "backtracking to #{previous_level}" } solution.backtrack(previous_level) if new_incompatibility add_incompatibility(new_incompatibility) end return incompatibility end new_terms = [] new_terms += incompatibility.terms - [most_recent_term] new_terms += most_recent_satisfier.cause.terms.reject { |term| term.package == most_recent_satisfier.term.package } if difference new_terms << difference.invert end new_incompatibility = Incompatibility.new(new_terms, cause: Incompatibility::ConflictCause.new(incompatibility, most_recent_satisfier.cause)) if incompatibility.to_s == new_incompatibility.to_s logger.info { "!! failed to resolve conflicts, this shouldn't have happened" } break end incompatibility = new_incompatibility partially = difference ? " partially" : "" logger.info { "! #{most_recent_term} is#{partially} satisfied by #{most_recent_satisfier.term}" } logger.info { "! which is caused by #{most_recent_satisfier.cause}" } logger.info { "! thus #{incompatibility}" } end raise SolveFailure.new(incompatibility) end def add_incompatibility(incompatibility) logger.debug { "fact: #{incompatibility}" } incompatibility.terms.each do |term| package = term.package @incompatibilities[package] << incompatibility end end end end PK *J [�A� K K R share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/rubygems.rbnu �[��� module Bundler::PubGrub module RubyGems extend self def requirement_to_range(requirement) ranges = requirement.requirements.map do |(op, ver)| case op when "~>" name = "~> #{ver}" bump = ver.class.new(ver.bump.to_s + ".A") VersionRange.new(name: name, min: ver, max: bump, include_min: true) when ">" VersionRange.new(min: ver) when ">=" VersionRange.new(min: ver, include_min: true) when "<" VersionRange.new(max: ver) when "<=" VersionRange.new(max: ver, include_max: true) when "=" VersionRange.new(min: ver, max: ver, include_min: true, include_max: true) when "!=" VersionRange.new(min: ver, max: ver, include_min: true, include_max: true).invert else raise "bad version specifier: #{op}" end end ranges.inject(&:intersect) end def requirement_to_constraint(package, requirement) Bundler::PubGrub::VersionConstraint.new(package, range: requirement_to_range(requirement)) end def parse_range(dep) requirement_to_range(Gem::Requirement.new(dep)) end def parse_constraint(package, dep) range = parse_range(dep) Bundler::PubGrub::VersionConstraint.new(package, range: range) end end end PK *J [�N�n" n" W share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/version_range.rbnu �[��� # frozen_string_literal: true module Bundler::PubGrub class VersionRange attr_reader :min, :max, :include_min, :include_max alias_method :include_min?, :include_min alias_method :include_max?, :include_max class Empty < VersionRange undef_method :min, :max undef_method :include_min, :include_min? undef_method :include_max, :include_max? def initialize end def empty? true end def eql?(other) other.empty? end def hash [].hash end def intersects?(_) false end def intersect(other) self end def allows_all?(other) other.empty? end def include?(_) false end def any? false end def to_s "(no versions)" end def ==(other) other.class == self.class end def invert VersionRange.any end def select_versions(_) [] end end EMPTY = Empty.new Empty.singleton_class.undef_method(:new) def self.empty EMPTY end def self.any new end def initialize(min: nil, max: nil, include_min: false, include_max: false, name: nil) raise ArgumentError, "Ranges without a lower bound cannot have include_min == true" if !min && include_min == true raise ArgumentError, "Ranges without an upper bound cannot have include_max == true" if !max && include_max == true @min = min @max = max @include_min = include_min @include_max = include_max @name = name end def hash @hash ||= min.hash ^ max.hash ^ include_min.hash ^ include_max.hash end def eql?(other) if other.is_a?(VersionRange) !other.empty? && min.eql?(other.min) && max.eql?(other.max) && include_min.eql?(other.include_min) && include_max.eql?(other.include_max) else ranges.eql?(other.ranges) end end def ranges [self] end def include?(version) compare_version(version) == 0 end # Partitions passed versions into [lower, within, higher] # # versions must be sorted def partition_versions(versions) min_index = if !min || versions.empty? 0 elsif include_min? (0..versions.size).bsearch { |i| versions[i].nil? || versions[i] >= min } else (0..versions.size).bsearch { |i| versions[i].nil? || versions[i] > min } end lower = versions.slice(0, min_index) versions = versions.slice(min_index, versions.size) max_index = if !max || versions.empty? versions.size elsif include_max? (0..versions.size).bsearch { |i| versions[i].nil? || versions[i] > max } else (0..versions.size).bsearch { |i| versions[i].nil? || versions[i] >= max } end [ lower, versions.slice(0, max_index), versions.slice(max_index, versions.size) ] end # Returns versions which are included by this range. # # versions must be sorted def select_versions(versions) return versions if any? partition_versions(versions)[1] end def compare_version(version) if min case version <=> min when -1 return -1 when 0 return -1 if !include_min when 1 end end if max case version <=> max when -1 when 0 return 1 if !include_max when 1 return 1 end end 0 end def strictly_lower?(other) return false if !max || !other.min case max <=> other.min when 0 !include_max || !other.include_min when -1 true when 1 false end end def strictly_higher?(other) other.strictly_lower?(self) end def intersects?(other) return false if other.empty? return other.intersects?(self) if other.is_a?(VersionUnion) !strictly_lower?(other) && !strictly_higher?(other) end alias_method :allows_any?, :intersects? def intersect(other) return other if other.empty? return other.intersect(self) if other.is_a?(VersionUnion) min_range = if !min other elsif !other.min self else case min <=> other.min when 0 include_min ? other : self when -1 other when 1 self end end max_range = if !max other elsif !other.max self else case max <=> other.max when 0 include_max ? other : self when -1 self when 1 other end end if !min_range.equal?(max_range) && min_range.min && max_range.max case min_range.min <=> max_range.max when -1 when 0 if !min_range.include_min || !max_range.include_max return EMPTY end when 1 return EMPTY end end VersionRange.new( min: min_range.min, include_min: min_range.include_min, max: max_range.max, include_max: max_range.include_max ) end # The span covered by two ranges # # If self and other are contiguous, this builds a union of the two ranges. # (if they aren't you are probably calling the wrong method) def span(other) return self if other.empty? min_range = if !min self elsif !other.min other else case min <=> other.min when 0 include_min ? self : other when -1 self when 1 other end end max_range = if !max self elsif !other.max other else case max <=> other.max when 0 include_max ? self : other when -1 other when 1 self end end VersionRange.new( min: min_range.min, include_min: min_range.include_min, max: max_range.max, include_max: max_range.include_max ) end def union(other) return other.union(self) if other.is_a?(VersionUnion) if contiguous_to?(other) span(other) else VersionUnion.union([self, other]) end end def contiguous_to?(other) return false if other.empty? return true if any? intersects?(other) || contiguous_below?(other) || contiguous_above?(other) end def contiguous_below?(other) return false if !max || !other.min max == other.min && (include_max || other.include_min) end def contiguous_above?(other) other.contiguous_below?(self) end def allows_all?(other) return true if other.empty? if other.is_a?(VersionUnion) return VersionUnion.new([self]).allows_all?(other) end return false if max && !other.max return false if min && !other.min if min case min <=> other.min when -1 when 0 return false if !include_min && other.include_min when 1 return false end end if max case max <=> other.max when -1 return false when 0 return false if !include_max && other.include_max when 1 end end true end def any? !min && !max end def empty? false end def to_s @name ||= constraints.join(", ") end def inspect "#<#{self.class} #{to_s}>" end def upper_invert return self.class.empty unless max VersionRange.new(min: max, include_min: !include_max) end def invert return self.class.empty if any? low = -> { VersionRange.new(max: min, include_max: !include_min) } high = -> { VersionRange.new(min: max, include_min: !include_max) } if !min high.call elsif !max low.call else low.call.union(high.call) end end def ==(other) self.class == other.class && min == other.min && max == other.max && include_min == other.include_min && include_max == other.include_max end private def constraints return ["any"] if any? return ["= #{min}"] if min.to_s == max.to_s c = [] c << "#{include_min ? ">=" : ">"} #{min}" if min c << "#{include_max ? "<=" : "<"} #{max}" if max c end end end PK *J [��W W W share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/version_union.rbnu �[��� # frozen_string_literal: true module Bundler::PubGrub class VersionUnion attr_reader :ranges def self.normalize_ranges(ranges) ranges = ranges.flat_map do |range| range.ranges end ranges.reject!(&:empty?) return [] if ranges.empty? mins, ranges = ranges.partition { |r| !r.min } original_ranges = mins + ranges.sort_by { |r| [r.min, r.include_min ? 0 : 1] } ranges = [original_ranges.shift] original_ranges.each do |range| if ranges.last.contiguous_to?(range) ranges << ranges.pop.span(range) else ranges << range end end ranges end def self.union(ranges, normalize: true) ranges = normalize_ranges(ranges) if normalize if ranges.size == 0 VersionRange.empty elsif ranges.size == 1 ranges[0] else new(ranges) end end def initialize(ranges) raise ArgumentError unless ranges.all? { |r| r.instance_of?(VersionRange) } @ranges = ranges end def hash ranges.hash end def eql?(other) ranges.eql?(other.ranges) end def include?(version) !!ranges.bsearch {|r| r.compare_version(version) } end def select_versions(all_versions) versions = [] ranges.inject(all_versions) do |acc, range| _, matching, higher = range.partition_versions(acc) versions.concat matching higher end versions end def intersects?(other) my_ranges = ranges.dup other_ranges = other.ranges.dup my_range = my_ranges.shift other_range = other_ranges.shift while my_range && other_range if my_range.intersects?(other_range) return true end if !my_range.max || other_range.empty? || (other_range.max && other_range.max < my_range.max) other_range = other_ranges.shift else my_range = my_ranges.shift end end end alias_method :allows_any?, :intersects? def allows_all?(other) my_ranges = ranges.dup my_range = my_ranges.shift other.ranges.all? do |other_range| while my_range break if my_range.allows_all?(other_range) my_range = my_ranges.shift end !!my_range end end def empty? false end def any? false end def intersect(other) my_ranges = ranges.dup other_ranges = other.ranges.dup new_ranges = [] my_range = my_ranges.shift other_range = other_ranges.shift while my_range && other_range new_ranges << my_range.intersect(other_range) if !my_range.max || other_range.empty? || (other_range.max && other_range.max < my_range.max) other_range = other_ranges.shift else my_range = my_ranges.shift end end new_ranges.reject!(&:empty?) VersionUnion.union(new_ranges, normalize: false) end def upper_invert ranges.last.upper_invert end def invert ranges.map(&:invert).inject(:intersect) end def union(other) VersionUnion.union([self, other]) end def to_s output = [] ranges = self.ranges.dup while !ranges.empty? ne = [] range = ranges.shift while !ranges.empty? && ranges[0].min.to_s == range.max.to_s ne << range.max range = range.span(ranges.shift) end ne.map! {|x| "!= #{x}" } if ne.empty? output << range.to_s elsif range.any? output << ne.join(', ') else output << "#{range}, #{ne.join(', ')}" end end output.join(" OR ") end def inspect "#<#{self.class} #{to_s}>" end def ==(other) self.class == other.class && self.ranges == other.ranges end end end PK *J [�FXX X X share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/failure_writer.rbnu �[��� module Bundler::PubGrub class FailureWriter def initialize(root) @root = root # { Incompatibility => Integer } @derivations = {} # [ [ String, Integer or nil ] ] @lines = [] # { Incompatibility => Integer } @line_numbers = {} count_derivations(root) end def write return @root.to_s unless @root.conflict? visit(@root) padding = @line_numbers.empty? ? 0 : "(#{@line_numbers.values.last}) ".length @lines.map do |message, number| next "" if message.empty? lead = number ? "(#{number}) " : "" lead = lead.ljust(padding) message = message.gsub("\n", "\n" + " " * (padding + 2)) "#{lead}#{message}" end.join("\n") end private def write_line(incompatibility, message, numbered:) if numbered number = @line_numbers.length + 1 @line_numbers[incompatibility] = number end @lines << [message, number] end def visit(incompatibility, conclusion: false) raise unless incompatibility.conflict? numbered = conclusion || @derivations[incompatibility] > 1; conjunction = conclusion || incompatibility == @root ? "So," : "And" cause = incompatibility.cause if cause.conflict.conflict? && cause.other.conflict? conflict_line = @line_numbers[cause.conflict] other_line = @line_numbers[cause.other] if conflict_line && other_line write_line( incompatibility, "Because #{cause.conflict} (#{conflict_line})\nand #{cause.other} (#{other_line}),\n#{incompatibility}.", numbered: numbered ) elsif conflict_line || other_line with_line = conflict_line ? cause.conflict : cause.other without_line = conflict_line ? cause.other : cause.conflict line = @line_numbers[with_line] visit(without_line); write_line( incompatibility, "#{conjunction} because #{with_line} (#{line}),\n#{incompatibility}.", numbered: numbered ) else single_line_conflict = single_line?(cause.conflict.cause) single_line_other = single_line?(cause.other.cause) if single_line_conflict || single_line_other first = single_line_other ? cause.conflict : cause.other second = single_line_other ? cause.other : cause.conflict visit(first) visit(second) write_line( incompatibility, "Thus, #{incompatibility}.", numbered: numbered ) else visit(cause.conflict, conclusion: true) @lines << ["", nil] visit(cause.other) write_line( incompatibility, "#{conjunction} because #{cause.conflict} (#{@line_numbers[cause.conflict]}),\n#{incompatibility}.", numbered: numbered ) end end elsif cause.conflict.conflict? || cause.other.conflict? derived = cause.conflict.conflict? ? cause.conflict : cause.other ext = cause.conflict.conflict? ? cause.other : cause.conflict derived_line = @line_numbers[derived] if derived_line write_line( incompatibility, "Because #{ext}\nand #{derived} (#{derived_line}),\n#{incompatibility}.", numbered: numbered ) elsif collapsible?(derived) derived_cause = derived.cause if derived_cause.conflict.conflict? collapsed_derived = derived_cause.conflict collapsed_ext = derived_cause.other else collapsed_derived = derived_cause.other collapsed_ext = derived_cause.conflict end visit(collapsed_derived) write_line( incompatibility, "#{conjunction} because #{collapsed_ext}\nand #{ext},\n#{incompatibility}.", numbered: numbered ) else visit(derived) write_line( incompatibility, "#{conjunction} because #{ext},\n#{incompatibility}.", numbered: numbered ) end else write_line( incompatibility, "Because #{cause.conflict}\nand #{cause.other},\n#{incompatibility}.", numbered: numbered ) end end def single_line?(cause) !cause.conflict.conflict? && !cause.other.conflict? end def collapsible?(incompatibility) return false if @derivations[incompatibility] > 1 cause = incompatibility.cause # If incompatibility is derived from two derived incompatibilities, # there are too many transitive causes to display concisely. return false if cause.conflict.conflict? && cause.other.conflict? # If incompatibility is derived from two external incompatibilities, it # tends to be confusing to collapse it. return false unless cause.conflict.conflict? || cause.other.conflict? # If incompatibility's internal cause is numbered, collapsing it would # get too noisy. complex = cause.conflict.conflict? ? cause.conflict : cause.other !@line_numbers.has_key?(complex) end def count_derivations(incompatibility) if @derivations.has_key?(incompatibility) @derivations[incompatibility] += 1 else @derivations[incompatibility] = 1 if incompatibility.conflict? cause = incompatibility.cause count_derivations(cause.conflict) count_derivations(cause.other) end end end end end PK *J [�t��0 0 Q share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/version.rbnu �[��� module Bundler::PubGrub VERSION = "0.5.0" end PK *J [�^�� � N share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/term.rbnu �[��� module Bundler::PubGrub class Term attr_reader :package, :constraint, :positive def initialize(constraint, positive) @constraint = constraint @package = @constraint.package @positive = positive end def to_s(allow_every: false) if positive @constraint.to_s(allow_every: allow_every) else "not #{@constraint}" end end def hash constraint.hash ^ positive.hash end def eql?(other) positive == other.positive && constraint.eql?(other.constraint) end def invert self.class.new(@constraint, !@positive) end alias_method :inverse, :invert def intersect(other) raise ArgumentError, "packages must match" if package != other.package if positive? && other.positive? self.class.new(constraint.intersect(other.constraint), true) elsif negative? && other.negative? self.class.new(constraint.union(other.constraint), false) else positive = positive? ? self : other negative = negative? ? self : other self.class.new(positive.constraint.intersect(negative.constraint.invert), true) end end def difference(other) intersect(other.invert) end def relation(other) if positive? && other.positive? constraint.relation(other.constraint) elsif negative? && other.positive? if constraint.allows_all?(other.constraint) :disjoint else :overlap end elsif positive? && other.negative? if !other.constraint.allows_any?(constraint) :subset elsif other.constraint.allows_all?(constraint) :disjoint else :overlap end elsif negative? && other.negative? if constraint.allows_all?(other.constraint) :subset else :overlap end else raise end end def normalized_constraint @normalized_constraint ||= positive ? constraint : constraint.invert end def satisfies?(other) raise ArgumentError, "packages must match" unless package == other.package relation(other) == :subset end def positive? @positive end def negative? !positive? end def empty? @empty ||= normalized_constraint.empty? end def inspect "#<#{self.class} #{self}>" end end end PK *J [8K'�� � Z share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/partial_solution.rbnu �[��� require_relative 'assignment' module Bundler::PubGrub class PartialSolution attr_reader :assignments, :decisions attr_reader :attempted_solutions def initialize reset! @attempted_solutions = 1 @backtracking = false end def decision_level @decisions.length end def relation(term) package = term.package return :overlap if !@terms.key?(package) @relation_cache[package][term] ||= @terms[package].relation(term) end def satisfies?(term) relation(term) == :subset end def derive(term, cause) add_assignment(Assignment.new(term, cause, decision_level, assignments.length)) end def satisfier(term) assignment = @assignments_by[term.package].bsearch do |assignment_by| @cumulative_assignments[assignment_by].satisfies?(term) end assignment || raise("#{term} unsatisfied") end # A list of unsatisfied terms def unsatisfied @required.keys.reject do |package| @decisions.key?(package) end.map do |package| @terms[package] end end def decide(package, version) @attempted_solutions += 1 if @backtracking @backtracking = false; decisions[package] = version assignment = Assignment.decision(package, version, decision_level, assignments.length) add_assignment(assignment) end def backtrack(previous_level) @backtracking = true new_assignments = assignments.select do |assignment| assignment.decision_level <= previous_level end new_decisions = Hash[decisions.first(previous_level)] reset! @decisions = new_decisions new_assignments.each do |assignment| add_assignment(assignment) end end private def reset! # { Array<Assignment> } @assignments = [] # { Package => Array<Assignment> } @assignments_by = Hash.new { |h,k| h[k] = [] } @cumulative_assignments = {}.compare_by_identity # { Package => Package::Version } @decisions = {} # { Package => Term } @terms = {} @relation_cache = Hash.new { |h,k| h[k] = {} } # { Package => Boolean } @required = {} end def add_assignment(assignment) term = assignment.term package = term.package @assignments << assignment @assignments_by[package] << assignment @required[package] = true if term.positive? if @terms.key?(package) old_term = @terms[package] @terms[package] = old_term.intersect(term) else @terms[package] = term end @relation_cache[package].clear @cumulative_assignments[assignment] = @terms[package] end end end PK *J [���bX X Q share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/package.rbnu �[��� # frozen_string_literal: true module Bundler::PubGrub class Package attr_reader :name def initialize(name) @name = name end def inspect "#<#{self.class} #{name.inspect}>" end def <=>(other) name <=> other.name end ROOT = Package.new(:root) ROOT_VERSION = 0 def self.root ROOT end def self.root_version ROOT_VERSION end def self.root?(package) if package.respond_to?(:root?) package.root? else package == root end end def to_s name.to_s end end end PK *J [�g�" " \ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/version_constraint.rbnu �[��� require_relative 'version_range' module Bundler::PubGrub class VersionConstraint attr_reader :package, :range # @param package [Bundler::PubGrub::Package] # @param range [Bundler::PubGrub::VersionRange] def initialize(package, range: nil) @package = package @range = range end def hash package.hash ^ range.hash end def ==(other) package == other.package && range == other.range end def eql?(other) package.eql?(other.package) && range.eql?(other.range) end class << self def exact(package, version) range = VersionRange.new(min: version, max: version, include_min: true, include_max: true) new(package, range: range) end def any(package) new(package, range: VersionRange.any) end def empty(package) new(package, range: VersionRange.empty) end end def intersect(other) unless package == other.package raise ArgumentError, "Can only intersect between VersionConstraint of the same package" end self.class.new(package, range: range.intersect(other.range)) end def union(other) unless package == other.package raise ArgumentError, "Can only intersect between VersionConstraint of the same package" end self.class.new(package, range: range.union(other.range)) end def invert new_range = range.invert self.class.new(package, range: new_range) end def difference(other) intersect(other.invert) end def allows_all?(other) range.allows_all?(other.range) end def allows_any?(other) range.intersects?(other.range) end def subset?(other) other.allows_all?(self) end def overlap?(other) other.allows_any?(self) end def disjoint?(other) !overlap?(other) end def relation(other) if subset?(other) :subset elsif overlap?(other) :overlap else :disjoint end end def to_s(allow_every: false) if Package.root?(package) package.to_s elsif allow_every && any? "every version of #{package}" else "#{package} #{constraint_string}" end end def constraint_string if any? ">= 0" else range.to_s end end def empty? range.empty? end # Does this match every version of the package def any? range.any? end def inspect "#<#{self.class} #{self}>" end end end PK *J [ �N� T share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/assignment.rbnu �[��� module Bundler::PubGrub class Assignment attr_reader :term, :cause, :decision_level, :index def initialize(term, cause, decision_level, index) @term = term @cause = cause @decision_level = decision_level @index = index end def self.decision(package, version, decision_level, index) term = Term.new(VersionConstraint.exact(package, version), true) new(term, :decision, decision_level, index) end def decision? cause == :decision end end end PK *J [��9 ] ] R share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/strategy.rbnu �[��� module Bundler::PubGrub class Strategy def initialize(source) @source = source @root_package = Package.root @root_version = Package.root_version @version_indexes = Hash.new do |h,k| if k == @root_package h[k] = { @root_version => 0 } else h[k] = @source.all_versions_for(k).each.with_index.to_h end end end def next_package_and_version(unsatisfied) package, range = next_term_to_try_from(unsatisfied) [package, most_preferred_version_of(package, range)] end private def most_preferred_version_of(package, range) versions = @source.versions_for(package, range) indexes = @version_indexes[package] versions.min_by { |version| indexes[version] } end def next_term_to_try_from(unsatisfied) unsatisfied.min_by do |package, range| matching_versions = @source.versions_for(package, range) higher_versions = @source.versions_for(package, range.upper_invert) [matching_versions.count <= 1 ? 0 : 1, higher_versions.count] end end end end PK *J [ʒ �� � W share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/solve_failure.rbnu �[��� require_relative 'failure_writer' module Bundler::PubGrub class SolveFailure < StandardError attr_reader :incompatibility def initialize(incompatibility) @incompatibility = incompatibility end def to_s "Could not find compatible versions\n\n#{explanation}" end def explanation @explanation ||= FailureWriter.new(@incompatibility).write end end end PK *J [� �+ + ^ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/basic_package_source.rbnu �[��� require_relative 'version_constraint' require_relative 'incompatibility' module Bundler::PubGrub # Types: # # Where possible, Bundler::PubGrub will accept user-defined types, so long as they quack. # # ## "Package": # # This class will be used to represent the various packages being solved for. # .to_s will be called when displaying errors and debugging info, it should # probably return the package's name. # It must also have a reasonable definition of #== and #hash # # Example classes: String ("rails") # # # ## "Version": # # This class will be used to represent a single version number. # # Versions don't need to store their associated package, however they will # only be compared against other versions of the same package. # # It must be Comparible (and implement <=> reasonably) # # Example classes: Gem::Version, Integer # # # ## "Dependency" # # This class represents the requirement one package has on another. It is # returned by dependencies_for(package, version) and will be passed to # parse_dependency to convert it to a format Bundler::PubGrub understands. # # It must also have a reasonable definition of #== # # Example classes: String ("~> 1.0"), Gem::Requirement # class BasicPackageSource # Override me! # # This is called per package to find all possible versions of a package. # # It is called at most once per-package # # Returns: Array of versions for a package, in preferred order of selection def all_versions_for(package) raise NotImplementedError end # Override me! # # Returns: Hash in the form of { package => requirement, ... } def dependencies_for(package, version) raise NotImplementedError end # Override me! # # Convert a (user-defined) dependency into a format Bundler::PubGrub understands. # # Package is passed to this method but for many implementations is not # needed. # # Returns: either a Bundler::PubGrub::VersionRange, Bundler::PubGrub::VersionUnion, or a # Bundler::PubGrub::VersionConstraint def parse_dependency(package, dependency) raise NotImplementedError end # Override me! # # If not overridden, this will call dependencies_for with the root package. # # Returns: Hash in the form of { package => requirement, ... } (see dependencies_for) def root_dependencies dependencies_for(@root_package, @root_version) end def initialize @root_package = Package.root @root_version = Package.root_version @sorted_versions = Hash.new do |h,k| if k == @root_package h[k] = [@root_version] else h[k] = all_versions_for(k).sort end end @cached_dependencies = Hash.new do |packages, package| if package == @root_package packages[package] = { @root_version => root_dependencies } else packages[package] = Hash.new do |versions, version| versions[version] = dependencies_for(package, version) end end end end def versions_for(package, range=VersionRange.any) range.select_versions(@sorted_versions[package]) end def no_versions_incompatibility_for(_package, unsatisfied_term) cause = Incompatibility::NoVersions.new(unsatisfied_term) Incompatibility.new([unsatisfied_term], cause: cause) end def incompatibilities_for(package, version) package_deps = @cached_dependencies[package] sorted_versions = @sorted_versions[package] package_deps[version].map do |dep_package, dep_constraint_name| low = high = sorted_versions.index(version) # find version low such that all >= low share the same dep while low > 0 && package_deps[sorted_versions[low - 1]][dep_package] == dep_constraint_name low -= 1 end low = if low == 0 nil else sorted_versions[low] end # find version high such that all < high share the same dep while high < sorted_versions.length && package_deps[sorted_versions[high]][dep_package] == dep_constraint_name high += 1 end high = if high == sorted_versions.length nil else sorted_versions[high] end range = VersionRange.new(min: low, max: high, include_min: !low.nil?) self_constraint = VersionConstraint.new(package, range: range) if !@packages.include?(dep_package) # no such package -> this version is invalid end dep_constraint = parse_dependency(dep_package, dep_constraint_name) if !dep_constraint # falsey indicates this dependency was invalid cause = Bundler::PubGrub::Incompatibility::InvalidDependency.new(dep_package, dep_constraint_name) return [Incompatibility.new([Term.new(self_constraint, true)], cause: cause)] elsif !dep_constraint.is_a?(VersionConstraint) # Upgrade range/union to VersionConstraint dep_constraint = VersionConstraint.new(dep_package, range: dep_constraint) end Incompatibility.new([Term.new(self_constraint, true), Term.new(dep_constraint, false)], cause: :dependency) end end end end PK *J [;$�(� � _ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/static_package_source.rbnu �[��� require_relative 'package' require_relative 'rubygems' require_relative 'version_constraint' require_relative 'incompatibility' require_relative 'basic_package_source' module Bundler::PubGrub class StaticPackageSource < BasicPackageSource class DSL def initialize(packages, root_deps) @packages = packages @root_deps = root_deps end def root(deps:) @root_deps.update(deps) end def add(name, version, deps: {}) version = Gem::Version.new(version) @packages[name] ||= {} raise ArgumentError, "#{name} #{version} declared twice" if @packages[name].key?(version) @packages[name][version] = clean_deps(name, version, deps) end private # Exclude redundant self-referencing dependencies def clean_deps(name, version, deps) deps.reject {|dep_name, req| name == dep_name && Bundler::PubGrub::RubyGems.parse_range(req).include?(version) } end end def initialize @root_deps = {} @packages = {} yield DSL.new(@packages, @root_deps) super() end def all_versions_for(package) @packages[package].keys end def root_dependencies @root_deps end def dependencies_for(package, version) @packages[package][version] end def parse_dependency(package, dependency) return false unless @packages.key?(package) Bundler::PubGrub::RubyGems.parse_constraint(package, dependency) end end end PK *J [&�pH H Y share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub/incompatibility.rbnu �[��� module Bundler::PubGrub class Incompatibility ConflictCause = Struct.new(:incompatibility, :satisfier) do alias_method :conflict, :incompatibility alias_method :other, :satisfier end InvalidDependency = Struct.new(:package, :constraint) do end NoVersions = Struct.new(:constraint) do end attr_reader :terms, :cause def initialize(terms, cause:, custom_explanation: nil) @cause = cause @terms = cleanup_terms(terms) @custom_explanation = custom_explanation if cause == :dependency && @terms.length != 2 raise ArgumentError, "a dependency Incompatibility must have exactly two terms. Got #{@terms.inspect}" end end def hash cause.hash ^ terms.hash end def eql?(other) cause.eql?(other.cause) && terms.eql?(other.terms) end def failure? terms.empty? || (terms.length == 1 && Package.root?(terms[0].package) && terms[0].positive?) end def conflict? ConflictCause === cause end # Returns all external incompatibilities in this incompatibility's # derivation graph def external_incompatibilities if conflict? [ cause.conflict, cause.other ].flat_map(&:external_incompatibilities) else [this] end end def to_s return @custom_explanation if @custom_explanation case cause when :root "(root dependency)" when :dependency "#{terms[0].to_s(allow_every: true)} depends on #{terms[1].invert}" when Bundler::PubGrub::Incompatibility::InvalidDependency "#{terms[0].to_s(allow_every: true)} depends on unknown package #{cause.package}" when Bundler::PubGrub::Incompatibility::NoVersions "no versions satisfy #{cause.constraint}" when Bundler::PubGrub::Incompatibility::ConflictCause if failure? "version solving has failed" elsif terms.length == 1 term = terms[0] if term.positive? if term.constraint.any? "#{term.package} cannot be used" else "#{term.to_s(allow_every: true)} cannot be used" end else "#{term.invert} is required" end else if terms.all?(&:positive?) if terms.length == 2 "#{terms[0].to_s(allow_every: true)} is incompatible with #{terms[1]}" else "one of #{terms.map(&:to_s).join(" or ")} must be false" end elsif terms.all?(&:negative?) if terms.length == 2 "either #{terms[0].invert} or #{terms[1].invert}" else "one of #{terms.map(&:invert).join(" or ")} must be true"; end else positive = terms.select(&:positive?) negative = terms.select(&:negative?).map(&:invert) if positive.length == 1 "#{positive[0].to_s(allow_every: true)} requires #{negative.join(" or ")}" else "if #{positive.join(" and ")} then #{negative.join(" or ")}" end end end else raise "unhandled cause: #{cause.inspect}" end end def inspect "#<#{self.class} #{to_s}>" end def pretty_print(q) q.group 2, "#<#{self.class}", ">" do q.breakable q.text to_s q.breakable q.text " caused by " q.pp @cause end end private def cleanup_terms(terms) terms.each do |term| raise "#{term.inspect} must be a term" unless term.is_a?(Term) end if terms.length != 1 && ConflictCause === cause terms = terms.reject do |term| term.positive? && Package.root?(term.package) end end # Optimized simple cases return terms if terms.length <= 1 return terms if terms.length == 2 && terms[0].package != terms[1].package terms.group_by(&:package).map do |package, common_terms| common_terms.inject do |acc, term| acc.intersect(term) end end end end end PK *J [Sط" I share/gems/gems/bundler-2.6.7/lib/bundler/vendor/pub_grub/lib/pub_grub.rbnu �[��� require_relative "pub_grub/package" require_relative "pub_grub/static_package_source" require_relative "pub_grub/term" require_relative "pub_grub/version_range" require_relative "pub_grub/version_constraint" require_relative "pub_grub/version_union" require_relative "pub_grub/version_solver" require_relative "pub_grub/incompatibility" require_relative 'pub_grub/solve_failure' require_relative 'pub_grub/failure_writer' require_relative 'pub_grub/version' module Bundler::PubGrub class << self attr_writer :logger def logger @logger || default_logger end private def default_logger require "logger" logger = ::Logger.new(STDERR) logger.level = $DEBUG ? ::Logger::DEBUG : ::Logger::WARN @logger = logger end end end PK *J [9pۛ: �: C share/gems/gems/bundler-2.6.7/lib/bundler/vendor/tsort/lib/tsort.rbnu �[��� # frozen_string_literal: true #-- # tsort.rb - provides a module for topological sorting and strongly connected components. #++ # # # Bundler::TSort implements topological sorting using Tarjan's algorithm for # strongly connected components. # # Bundler::TSort is designed to be able to be used with any object which can be # interpreted as a directed graph. # # Bundler::TSort requires two methods to interpret an object as a graph, # tsort_each_node and tsort_each_child. # # * tsort_each_node is used to iterate for all nodes over a graph. # * tsort_each_child is used to iterate for child nodes of a given node. # # The equality of nodes are defined by eql? and hash since # Bundler::TSort uses Hash internally. # # == A Simple Example # # The following example demonstrates how to mix the Bundler::TSort module into an # existing class (in this case, Hash). Here, we're treating each key in # the hash as a node in the graph, and so we simply alias the required # #tsort_each_node method to Hash's #each_key method. For each key in the # hash, the associated value is an array of the node's child nodes. This # choice in turn leads to our implementation of the required #tsort_each_child # method, which fetches the array of child nodes and then iterates over that # array using the user-supplied block. # # require 'bundler/vendor/tsort/lib/tsort' # # class Hash # include Bundler::TSort # alias tsort_each_node each_key # def tsort_each_child(node, &block) # fetch(node).each(&block) # end # end # # {1=>[2, 3], 2=>[3], 3=>[], 4=>[]}.tsort # #=> [3, 2, 1, 4] # # {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}.strongly_connected_components # #=> [[4], [2, 3], [1]] # # == A More Realistic Example # # A very simple `make' like tool can be implemented as follows: # # require 'bundler/vendor/tsort/lib/tsort' # # class Make # def initialize # @dep = {} # @dep.default = [] # end # # def rule(outputs, inputs=[], &block) # triple = [outputs, inputs, block] # outputs.each {|f| @dep[f] = [triple]} # @dep[triple] = inputs # end # # def build(target) # each_strongly_connected_component_from(target) {|ns| # if ns.length != 1 # fs = ns.delete_if {|n| Array === n} # raise Bundler::TSort::Cyclic.new("cyclic dependencies: #{fs.join ', '}") # end # n = ns.first # if Array === n # outputs, inputs, block = n # inputs_time = inputs.map {|f| File.mtime f}.max # begin # outputs_time = outputs.map {|f| File.mtime f}.min # rescue Errno::ENOENT # outputs_time = nil # end # if outputs_time == nil || # inputs_time != nil && outputs_time <= inputs_time # sleep 1 if inputs_time != nil && inputs_time.to_i == Time.now.to_i # block.call # end # end # } # end # # def tsort_each_child(node, &block) # @dep[node].each(&block) # end # include Bundler::TSort # end # # def command(arg) # print arg, "\n" # system arg # end # # m = Make.new # m.rule(%w[t1]) { command 'date > t1' } # m.rule(%w[t2]) { command 'date > t2' } # m.rule(%w[t3]) { command 'date > t3' } # m.rule(%w[t4], %w[t1 t3]) { command 'cat t1 t3 > t4' } # m.rule(%w[t5], %w[t4 t2]) { command 'cat t4 t2 > t5' } # m.build('t5') # # == Bugs # # * 'tsort.rb' is wrong name because this library uses # Tarjan's algorithm for strongly connected components. # Although 'strongly_connected_components.rb' is correct but too long. # # == References # # R. E. Tarjan, "Depth First Search and Linear Graph Algorithms", # <em>SIAM Journal on Computing</em>, Vol. 1, No. 2, pp. 146-160, June 1972. # module Bundler::TSort VERSION = "0.2.0" class Cyclic < StandardError end # Returns a topologically sorted array of nodes. # The array is sorted from children to parents, i.e. # the first element has no child and the last node has no parent. # # If there is a cycle, Bundler::TSort::Cyclic is raised. # # class G # include Bundler::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # p graph.tsort #=> [4, 2, 3, 1] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # p graph.tsort # raises Bundler::TSort::Cyclic # def tsort each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Bundler::TSort.tsort(each_node, each_child) end # Returns a topologically sorted array of nodes. # The array is sorted from children to parents, i.e. # the first element has no child and the last node has no parent. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # If there is a cycle, Bundler::TSort::Cyclic is raised. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Bundler::TSort.tsort(each_node, each_child) #=> [4, 2, 3, 1] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Bundler::TSort.tsort(each_node, each_child) # raises Bundler::TSort::Cyclic # def self.tsort(each_node, each_child) tsort_each(each_node, each_child).to_a end # The iterator version of the #tsort method. # <tt><em>obj</em>.tsort_each</tt> is similar to <tt><em>obj</em>.tsort.each</tt>, but # modification of _obj_ during the iteration may lead to unexpected results. # # #tsort_each returns +nil+. # If there is a cycle, Bundler::TSort::Cyclic is raised. # # class G # include Bundler::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.tsort_each {|n| p n } # #=> 4 # # 2 # # 3 # # 1 # def tsort_each(&block) # :yields: node each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Bundler::TSort.tsort_each(each_node, each_child, &block) end # The iterator version of the Bundler::TSort.tsort method. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # Bundler::TSort.tsort_each(each_node, each_child) {|n| p n } # #=> 4 # # 2 # # 3 # # 1 # def self.tsort_each(each_node, each_child) # :yields: node return to_enum(__method__, each_node, each_child) unless block_given? each_strongly_connected_component(each_node, each_child) {|component| if component.size == 1 yield component.first else raise Cyclic.new("topological sort failed: #{component.inspect}") end } end # Returns strongly connected components as an array of arrays of nodes. # The array is sorted from children to parents. # Each elements of the array represents a strongly connected component. # # class G # include Bundler::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # p graph.strongly_connected_components #=> [[4], [2], [3], [1]] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # p graph.strongly_connected_components #=> [[4], [2, 3], [1]] # def strongly_connected_components each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Bundler::TSort.strongly_connected_components(each_node, each_child) end # Returns strongly connected components as an array of arrays of nodes. # The array is sorted from children to parents. # Each elements of the array represents a strongly connected component. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Bundler::TSort.strongly_connected_components(each_node, each_child) # #=> [[4], [2], [3], [1]] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p Bundler::TSort.strongly_connected_components(each_node, each_child) # #=> [[4], [2, 3], [1]] # def self.strongly_connected_components(each_node, each_child) each_strongly_connected_component(each_node, each_child).to_a end # The iterator version of the #strongly_connected_components method. # <tt><em>obj</em>.each_strongly_connected_component</tt> is similar to # <tt><em>obj</em>.strongly_connected_components.each</tt>, but # modification of _obj_ during the iteration may lead to unexpected results. # # #each_strongly_connected_component returns +nil+. # # class G # include Bundler::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.each_strongly_connected_component {|scc| p scc } # #=> [4] # # [2] # # [3] # # [1] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # graph.each_strongly_connected_component {|scc| p scc } # #=> [4] # # [2, 3] # # [1] # def each_strongly_connected_component(&block) # :yields: nodes each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) Bundler::TSort.each_strongly_connected_component(each_node, each_child, &block) end # The iterator version of the Bundler::TSort.strongly_connected_components method. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # Bundler::TSort.each_strongly_connected_component(each_node, each_child) {|scc| p scc } # #=> [4] # # [2] # # [3] # # [1] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # Bundler::TSort.each_strongly_connected_component(each_node, each_child) {|scc| p scc } # #=> [4] # # [2, 3] # # [1] # def self.each_strongly_connected_component(each_node, each_child) # :yields: nodes return to_enum(__method__, each_node, each_child) unless block_given? id_map = {} stack = [] each_node.call {|node| unless id_map.include? node each_strongly_connected_component_from(node, each_child, id_map, stack) {|c| yield c } end } nil end # Iterates over strongly connected component in the subgraph reachable from # _node_. # # Return value is unspecified. # # #each_strongly_connected_component_from doesn't call #tsort_each_node. # # class G # include Bundler::TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.each_strongly_connected_component_from(2) {|scc| p scc } # #=> [4] # # [2] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # graph.each_strongly_connected_component_from(2) {|scc| p scc } # #=> [4] # # [2, 3] # def each_strongly_connected_component_from(node, id_map={}, stack=[], &block) # :yields: nodes Bundler::TSort.each_strongly_connected_component_from(node, method(:tsort_each_child), id_map, stack, &block) end # Iterates over strongly connected components in a graph. # The graph is represented by _node_ and _each_child_. # # _node_ is the first node. # _each_child_ should have +call+ method which takes a node argument # and yields for each child node. # # Return value is unspecified. # # #Bundler::TSort.each_strongly_connected_component_from is a class method and # it doesn't need a class to represent a graph which includes Bundler::TSort. # # graph = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_child = lambda {|n, &b| graph[n].each(&b) } # Bundler::TSort.each_strongly_connected_component_from(1, each_child) {|scc| # p scc # } # #=> [4] # # [2, 3] # # [1] # def self.each_strongly_connected_component_from(node, each_child, id_map={}, stack=[]) # :yields: nodes return to_enum(__method__, node, each_child, id_map, stack) unless block_given? minimum_id = node_id = id_map[node] = id_map.size stack_length = stack.length stack << node each_child.call(node) {|child| if id_map.include? child child_id = id_map[child] minimum_id = child_id if child_id && child_id < minimum_id else sub_minimum_id = each_strongly_connected_component_from(child, each_child, id_map, stack) {|c| yield c } minimum_id = sub_minimum_id if sub_minimum_id < minimum_id end } if node_id == minimum_id component = stack.slice!(stack_length .. -1) component.each {|n| id_map[n] = nil} yield component end minimum_id end # Should be implemented by a extended class. # # #tsort_each_node is used to iterate for all nodes over a graph. # def tsort_each_node # :yields: node raise NotImplementedError.new end # Should be implemented by a extended class. # # #tsort_each_child is used to iterate for child nodes of _node_. # def tsort_each_child(node) # :yields: child raise NotImplementedError.new end end PK *J [� �i i Q share/gems/gems/bundler-2.6.7/lib/bundler/vendor/securerandom/lib/securerandom.rbnu �[��� # -*- coding: us-ascii -*- # frozen_string_literal: true require 'random/formatter' # == Secure random number generator interface. # # This library is an interface to secure random number generators which are # suitable for generating session keys in HTTP cookies, etc. # # You can use this library in your application by requiring it: # # require 'bundler/vendor/securerandom/lib/securerandom' # # It supports the following secure random number generators: # # * openssl # * /dev/urandom # * Win32 # # Bundler::SecureRandom is extended by the Random::Formatter module which # defines the following methods: # # * alphanumeric # * base64 # * choose # * gen_random # * hex # * rand # * random_bytes # * random_number # * urlsafe_base64 # * uuid # # These methods are usable as class methods of Bundler::SecureRandom such as # +Bundler::SecureRandom.hex+. # # If a secure random number generator is not available, # +NotImplementedError+ is raised. module Bundler::SecureRandom # The version VERSION = "0.4.1" class << self # Returns a random binary string containing +size+ bytes. # # See Random.bytes def bytes(n) return gen_random(n) end # Compatibility methods for Ruby 3.2, we can remove this after dropping to support Ruby 3.2 def alphanumeric(n = nil, chars: ALPHANUMERIC) n = 16 if n.nil? choose(chars, n) end if RUBY_VERSION < '3.3' private # :stopdoc: # Implementation using OpenSSL def gen_random_openssl(n) return OpenSSL::Random.random_bytes(n) end # Implementation using system random device def gen_random_urandom(n) ret = Random.urandom(n) unless ret raise NotImplementedError, "No random device" end unless ret.length == n raise NotImplementedError, "Unexpected partial read from random device: only #{ret.length} for #{n} bytes" end ret end begin # Check if Random.urandom is available Random.urandom(1) alias gen_random gen_random_urandom rescue RuntimeError begin require 'openssl' rescue NoMethodError raise NotImplementedError, "No random device" else alias gen_random gen_random_openssl end end # :startdoc: # Generate random data bytes for Random::Formatter public :gen_random end end Bundler::SecureRandom.extend(Random::Formatter) PK *J [��-�V V q share/gems/gems/bundler-2.6.7/lib/bundler/vendor/net-http-persistent/lib/net/http/persistent/timed_stack_multi.rbnu �[��� class Gem::Net::HTTP::Persistent::TimedStackMulti < Bundler::ConnectionPool::TimedStack # :nodoc: ## # Returns a new hash that has arrays for keys # # Using a class method to limit the bindings referenced by the hash's # default_proc def self.hash_of_arrays # :nodoc: Hash.new { |h,k| h[k] = [] } end def initialize(size = 0, &block) super @enqueued = 0 @ques = self.class.hash_of_arrays @lru = {} @key = :"connection_args-#{object_id}" end def empty? (@created - @enqueued) >= @max end def length @max - @created + @enqueued end private def connection_stored? options = {} # :nodoc: !@ques[options[:connection_args]].empty? end def fetch_connection options = {} # :nodoc: connection_args = options[:connection_args] @enqueued -= 1 lru_update connection_args @ques[connection_args].pop end def lru_update connection_args # :nodoc: @lru.delete connection_args @lru[connection_args] = true end def shutdown_connections # :nodoc: @ques.each_key do |key| super connection_args: key end end def store_connection obj, options = {} # :nodoc: @ques[options[:connection_args]].push obj @enqueued += 1 end def try_create options = {} # :nodoc: connection_args = options[:connection_args] if @created >= @max && @enqueued >= 1 oldest, = @lru.first @lru.delete oldest @ques[oldest].pop @created -= 1 end if @created < @max @created += 1 lru_update connection_args return @create_block.call(connection_args) end end end PK *J [�X��s s d share/gems/gems/bundler-2.6.7/lib/bundler/vendor/net-http-persistent/lib/net/http/persistent/pool.rbnu �[��� class Gem::Net::HTTP::Persistent::Pool < Bundler::ConnectionPool # :nodoc: attr_reader :available # :nodoc: attr_reader :key # :nodoc: def initialize(options = {}, &block) super @available = Gem::Net::HTTP::Persistent::TimedStackMulti.new(@size, &block) @key = "current-#{@available.object_id}" end def checkin net_http_args if net_http_args.is_a?(Hash) && net_http_args.size == 1 && net_http_args[:force] # Bundler::ConnectionPool 2.4+ calls `checkin(force: true)` after fork. # When this happens, we should remove all connections from Thread.current if stacks = Thread.current[@key] stacks.each do |http_args, connections| connections.each do |conn| @available.push conn, connection_args: http_args end connections.clear end end else stack = Thread.current[@key][net_http_args] ||= [] raise Bundler::ConnectionPool::Error, 'no connections are checked out' if stack.empty? conn = stack.pop if stack.empty? @available.push conn, connection_args: net_http_args Thread.current[@key].delete(net_http_args) Thread.current[@key] = nil if Thread.current[@key].empty? end end nil end def checkout net_http_args stacks = Thread.current[@key] ||= {} stack = stacks[net_http_args] ||= [] if stack.empty? then conn = @available.pop connection_args: net_http_args else conn = stack.last end stack.push conn conn end def shutdown Thread.current[@key] = nil super end end require_relative 'timed_stack_multi' PK *J [ � � � j share/gems/gems/bundler-2.6.7/lib/bundler/vendor/net-http-persistent/lib/net/http/persistent/connection.rbnu �[��� ## # A Gem::Net::HTTP connection wrapper that holds extra information for managing the # connection's lifetime. class Gem::Net::HTTP::Persistent::Connection # :nodoc: attr_accessor :http attr_accessor :last_use attr_accessor :requests attr_accessor :ssl_generation def initialize http_class, http_args, ssl_generation @http = http_class.new(*http_args) @ssl_generation = ssl_generation reset end def finish @http.finish rescue IOError ensure reset end alias_method :close, :finish def reset @last_use = Gem::Net::HTTP::Persistent::EPOCH @requests = 0 end def ressl ssl_generation @ssl_generation = ssl_generation finish end end PK *J [9���Wq Wq _ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/net-http-persistent/lib/net/http/persistent.rbnu �[��� require_relative '../../../../../vendored_net_http' require_relative '../../../../../vendored_uri' require 'cgi' # for escaping require_relative '../../../../connection_pool/lib/connection_pool' autoload :OpenSSL, 'openssl' ## # Persistent connections for Gem::Net::HTTP # # Gem::Net::HTTP::Persistent maintains persistent connections across all the # servers you wish to talk to. For each host:port you communicate with a # single persistent connection is created. # # Connections will be shared across threads through a connection pool to # increase reuse of connections. # # You can shut down any remaining HTTP connections when done by calling # #shutdown. # # Example: # # require 'bundler/vendor/net-http-persistent/lib/net/http/persistent' # # uri = Gem::URI 'http://example.com/awesome/web/service' # # http = Gem::Net::HTTP::Persistent.new # # # perform a GET # response = http.request uri # # # or # # get = Gem::Net::HTTP::Get.new uri.request_uri # response = http.request get # # # create a POST # post_uri = uri + 'create' # post = Gem::Net::HTTP::Post.new post_uri.path # post.set_form_data 'some' => 'cool data' # # # perform the POST, the Gem::URI is always required # response http.request post_uri, post # # Note that for GET, HEAD and other requests that do not have a body you want # to use Gem::URI#request_uri not Gem::URI#path. The request_uri contains the query # params which are sent in the body for other requests. # # == TLS/SSL # # TLS connections are automatically created depending upon the scheme of the # Gem::URI. TLS connections are automatically verified against the default # certificate store for your computer. You can override this by changing # verify_mode or by specifying an alternate cert_store. # # Here are the TLS settings, see the individual methods for documentation: # # #certificate :: This client's certificate # #ca_file :: The certificate-authorities # #ca_path :: Directory with certificate-authorities # #cert_store :: An SSL certificate store # #ciphers :: List of SSl ciphers allowed # #private_key :: The client's SSL private key # #reuse_ssl_sessions :: Reuse a previously opened SSL session for a new # connection # #ssl_timeout :: Session lifetime # #ssl_version :: Which specific SSL version to use # #verify_callback :: For server certificate verification # #verify_depth :: Depth of certificate verification # #verify_mode :: How connections should be verified # #verify_hostname :: Use hostname verification for server certificate # during the handshake # # == Proxies # # A proxy can be set through #proxy= or at initialization time by providing a # second argument to ::new. The proxy may be the Gem::URI of the proxy server or # <code>:ENV</code> which will consult environment variables. # # See #proxy= and #proxy_from_env for details. # # == Headers # # Headers may be specified for use in every request. #headers are appended to # any headers on the request. #override_headers replace existing headers on # the request. # # The difference between the two can be seen in setting the User-Agent. Using # <code>http.headers['User-Agent'] = 'MyUserAgent'</code> will send "Ruby, # MyUserAgent" while <code>http.override_headers['User-Agent'] = # 'MyUserAgent'</code> will send "MyUserAgent". # # == Tuning # # === Segregation # # Each Gem::Net::HTTP::Persistent instance has its own pool of connections. There # is no sharing with other instances (as was true in earlier versions). # # === Idle Timeout # # If a connection hasn't been used for this number of seconds it will # automatically be reset upon the next use to avoid attempting to send to a # closed connection. The default value is 5 seconds. nil means no timeout. # Set through #idle_timeout. # # Reducing this value may help avoid the "too many connection resets" error # when sending non-idempotent requests while increasing this value will cause # fewer round-trips. # # === Read Timeout # # The amount of time allowed between reading two chunks from the socket. Set # through #read_timeout # # === Max Requests # # The number of requests that should be made before opening a new connection. # Typically many keep-alive capable servers tune this to 100 or less, so the # 101st request will fail with ECONNRESET. If unset (default), this value has # no effect, if set, connections will be reset on the request after # max_requests. # # === Open Timeout # # The amount of time to wait for a connection to be opened. Set through # #open_timeout. # # === Socket Options # # Socket options may be set on newly-created connections. See #socket_options # for details. # # === Connection Termination # # If you are done using the Gem::Net::HTTP::Persistent instance you may shut down # all the connections in the current thread with #shutdown. This is not # recommended for normal use, it should only be used when it will be several # minutes before you make another HTTP request. # # If you are using multiple threads, call #shutdown in each thread when the # thread is done making requests. If you don't call shutdown, that's OK. # Ruby will automatically garbage collect and shutdown your HTTP connections # when the thread terminates. class Gem::Net::HTTP::Persistent ## # The beginning of Time EPOCH = Time.at 0 # :nodoc: ## # Is OpenSSL available? This test works with autoload HAVE_OPENSSL = defined? OpenSSL::SSL # :nodoc: ## # The default connection pool size is 1/4 the allowed open files # (<code>ulimit -n</code>) or 256 if your OS does not support file handle # limits (typically windows). if Process.const_defined? :RLIMIT_NOFILE open_file_limits = Process.getrlimit(Process::RLIMIT_NOFILE) # Under JRuby on Windows Process responds to `getrlimit` but returns something that does not match docs if open_file_limits.respond_to?(:first) DEFAULT_POOL_SIZE = open_file_limits.first / 4 else DEFAULT_POOL_SIZE = 256 end else DEFAULT_POOL_SIZE = 256 end ## # The version of Gem::Net::HTTP::Persistent you are using VERSION = '4.0.4' ## # Error class for errors raised by Gem::Net::HTTP::Persistent. Various # SystemCallErrors are re-raised with a human-readable message under this # class. class Error < StandardError; end ## # Use this method to detect the idle timeout of the host at +uri+. The # value returned can be used to configure #idle_timeout. +max+ controls the # maximum idle timeout to detect. # # After # # Idle timeout detection is performed by creating a connection then # performing a HEAD request in a loop until the connection terminates # waiting one additional second per loop. # # NOTE: This may not work on ruby > 1.9. def self.detect_idle_timeout uri, max = 10 uri = Gem::URI uri unless Gem::URI::Generic === uri uri += '/' req = Gem::Net::HTTP::Head.new uri.request_uri http = new 'net-http-persistent detect_idle_timeout' http.connection_for uri do |connection| sleep_time = 0 http = connection.http loop do response = http.request req $stderr.puts "HEAD #{uri} => #{response.code}" if $DEBUG unless Gem::Net::HTTPOK === response then raise Error, "bad response code #{response.code} detecting idle timeout" end break if sleep_time >= max sleep_time += 1 $stderr.puts "sleeping #{sleep_time}" if $DEBUG sleep sleep_time end end rescue # ignore StandardErrors, we've probably found the idle timeout. ensure return sleep_time unless $! end ## # This client's OpenSSL::X509::Certificate attr_reader :certificate ## # For Gem::Net::HTTP parity alias cert certificate ## # An SSL certificate authority. Setting this will set verify_mode to # VERIFY_PEER. attr_reader :ca_file ## # A directory of SSL certificates to be used as certificate authorities. # Setting this will set verify_mode to VERIFY_PEER. attr_reader :ca_path ## # An SSL certificate store. Setting this will override the default # certificate store. See verify_mode for more information. attr_reader :cert_store ## # The ciphers allowed for SSL connections attr_reader :ciphers ## # Sends debug_output to this IO via Gem::Net::HTTP#set_debug_output. # # Never use this method in production code, it causes a serious security # hole. attr_accessor :debug_output ## # Current connection generation attr_reader :generation # :nodoc: ## # Headers that are added to every request using Gem::Net::HTTP#add_field attr_reader :headers ## # Maps host:port to an HTTP version. This allows us to enable version # specific features. attr_reader :http_versions ## # Maximum time an unused connection can remain idle before being # automatically closed. attr_accessor :idle_timeout ## # Maximum number of requests on a connection before it is considered expired # and automatically closed. attr_accessor :max_requests ## # Number of retries to perform if a request fails. # # See also #max_retries=, Gem::Net::HTTP#max_retries=. attr_reader :max_retries ## # The value sent in the Keep-Alive header. Defaults to 30. Not needed for # HTTP/1.1 servers. # # This may not work correctly for HTTP/1.0 servers # # This method may be removed in a future version as RFC 2616 does not # require this header. attr_accessor :keep_alive ## # The name for this collection of persistent connections. attr_reader :name ## # Seconds to wait until a connection is opened. See Gem::Net::HTTP#open_timeout attr_accessor :open_timeout ## # Headers that are added to every request using Gem::Net::HTTP#[]= attr_reader :override_headers ## # This client's SSL private key attr_reader :private_key ## # For Gem::Net::HTTP parity alias key private_key ## # The URL through which requests will be proxied attr_reader :proxy_uri ## # List of host suffixes which will not be proxied attr_reader :no_proxy ## # Test-only accessor for the connection pool attr_reader :pool # :nodoc: ## # Seconds to wait until reading one block. See Gem::Net::HTTP#read_timeout attr_accessor :read_timeout ## # Seconds to wait until writing one block. See Gem::Net::HTTP#write_timeout attr_accessor :write_timeout ## # By default SSL sessions are reused to avoid extra SSL handshakes. Set # this to false if you have problems communicating with an HTTPS server # like: # # SSL_connect [...] read finished A: unexpected message (OpenSSL::SSL::SSLError) attr_accessor :reuse_ssl_sessions ## # An array of options for Socket#setsockopt. # # By default the TCP_NODELAY option is set on sockets. # # To set additional options append them to this array: # # http.socket_options << [Socket::SOL_SOCKET, Socket::SO_KEEPALIVE, 1] attr_reader :socket_options ## # Current SSL connection generation attr_reader :ssl_generation # :nodoc: ## # SSL session lifetime attr_reader :ssl_timeout ## # SSL version to use. # # By default, the version will be negotiated automatically between client # and server. Ruby 1.9 and newer only. Deprecated since Ruby 2.5. attr_reader :ssl_version ## # Minimum SSL version to use, e.g. :TLS1_1 # # By default, the version will be negotiated automatically between client # and server. Ruby 2.5 and newer only. attr_reader :min_version ## # Maximum SSL version to use, e.g. :TLS1_2 # # By default, the version will be negotiated automatically between client # and server. Ruby 2.5 and newer only. attr_reader :max_version ## # Where this instance's last-use times live in the thread local variables attr_reader :timeout_key # :nodoc: ## # SSL verification callback. Used when ca_file or ca_path is set. attr_reader :verify_callback ## # Sets the depth of SSL certificate verification attr_reader :verify_depth ## # HTTPS verify mode. Defaults to OpenSSL::SSL::VERIFY_PEER which verifies # the server certificate. # # If no ca_file, ca_path or cert_store is set the default system certificate # store is used. # # You can use +verify_mode+ to override any default values. attr_reader :verify_mode ## # HTTPS verify_hostname. # # If a client sets this to true and enables SNI with SSLSocket#hostname=, # the hostname verification on the server certificate is performed # automatically during the handshake using # OpenSSL::SSL.verify_certificate_identity(). # # You can set +verify_hostname+ as true to use hostname verification # during the handshake. # # NOTE: This works with Ruby > 3.0. attr_reader :verify_hostname ## # Creates a new Gem::Net::HTTP::Persistent. # # Set a +name+ for fun. Your library name should be good enough, but this # otherwise has no purpose. # # +proxy+ may be set to a Gem::URI::HTTP or :ENV to pick up proxy options from # the environment. See proxy_from_env for details. # # In order to use a Gem::URI for the proxy you may need to do some extra work # beyond Gem::URI parsing if the proxy requires a password: # # proxy = Gem::URI 'http://proxy.example' # proxy.user = 'AzureDiamond' # proxy.password = 'hunter2' # # Set +pool_size+ to limit the maximum number of connections allowed. # Defaults to 1/4 the number of allowed file handles or 256 if your OS does # not support a limit on allowed file handles. You can have no more than # this many threads with active HTTP transactions. def initialize name: nil, proxy: nil, pool_size: DEFAULT_POOL_SIZE @name = name @debug_output = nil @proxy_uri = nil @no_proxy = [] @headers = {} @override_headers = {} @http_versions = {} @keep_alive = 30 @open_timeout = nil @read_timeout = nil @write_timeout = nil @idle_timeout = 5 @max_requests = nil @max_retries = 1 @socket_options = [] @ssl_generation = 0 # incremented when SSL session variables change @socket_options << [Socket::IPPROTO_TCP, Socket::TCP_NODELAY, 1] if Socket.const_defined? :TCP_NODELAY @pool = Gem::Net::HTTP::Persistent::Pool.new size: pool_size do |http_args| Gem::Net::HTTP::Persistent::Connection.new Gem::Net::HTTP, http_args, @ssl_generation end @certificate = nil @ca_file = nil @ca_path = nil @ciphers = nil @private_key = nil @ssl_timeout = nil @ssl_version = nil @min_version = nil @max_version = nil @verify_callback = nil @verify_depth = nil @verify_mode = nil @verify_hostname = nil @cert_store = nil @generation = 0 # incremented when proxy Gem::URI changes if HAVE_OPENSSL then @verify_mode = OpenSSL::SSL::VERIFY_PEER @reuse_ssl_sessions = OpenSSL::SSL.const_defined? :Session end self.proxy = proxy if proxy end ## # Sets this client's OpenSSL::X509::Certificate def certificate= certificate @certificate = certificate reconnect_ssl end # For Gem::Net::HTTP parity alias cert= certificate= ## # Sets the SSL certificate authority file. def ca_file= file @ca_file = file reconnect_ssl end ## # Sets the SSL certificate authority path. def ca_path= path @ca_path = path reconnect_ssl end ## # Overrides the default SSL certificate store used for verifying # connections. def cert_store= store @cert_store = store reconnect_ssl end ## # The ciphers allowed for SSL connections def ciphers= ciphers @ciphers = ciphers reconnect_ssl end ## # Creates a new connection for +uri+ def connection_for uri use_ssl = uri.scheme.downcase == 'https' net_http_args = [uri.hostname, uri.port] # I'm unsure if uri.host or uri.hostname should be checked against # the proxy bypass list. if @proxy_uri and not proxy_bypass? uri.host, uri.port then net_http_args.concat @proxy_args else net_http_args.concat [nil, nil, nil, nil] end connection = @pool.checkout net_http_args http = connection.http connection.ressl @ssl_generation if connection.ssl_generation != @ssl_generation if not http.started? then ssl http if use_ssl start http elsif expired? connection then reset connection end http.keep_alive_timeout = @idle_timeout if @idle_timeout http.max_retries = @max_retries if http.respond_to?(:max_retries=) http.read_timeout = @read_timeout if @read_timeout http.write_timeout = @write_timeout if @write_timeout && http.respond_to?(:write_timeout=) return yield connection rescue Errno::ECONNREFUSED if http.proxy? address = http.proxy_address port = http.proxy_port else address = http.address port = http.port end raise Error, "connection refused: #{address}:#{port}" rescue Errno::EHOSTDOWN if http.proxy? address = http.proxy_address port = http.proxy_port else address = http.address port = http.port end raise Error, "host down: #{address}:#{port}" ensure @pool.checkin net_http_args end ## # CGI::escape wrapper def escape str CGI.escape str if str end ## # CGI::unescape wrapper def unescape str CGI.unescape str if str end ## # Returns true if the connection should be reset due to an idle timeout, or # maximum request count, false otherwise. def expired? connection return true if @max_requests && connection.requests >= @max_requests return false unless @idle_timeout return true if @idle_timeout.zero? Time.now - connection.last_use > @idle_timeout end ## # Starts the Gem::Net::HTTP +connection+ def start http http.set_debug_output @debug_output if @debug_output http.open_timeout = @open_timeout if @open_timeout http.start socket = http.instance_variable_get :@socket if socket then # for fakeweb @socket_options.each do |option| socket.io.setsockopt(*option) end end end ## # Finishes the Gem::Net::HTTP +connection+ def finish connection connection.finish connection.http.instance_variable_set :@last_communicated, nil connection.http.instance_variable_set :@ssl_session, nil unless @reuse_ssl_sessions end ## # Returns the HTTP protocol version for +uri+ def http_version uri @http_versions["#{uri.hostname}:#{uri.port}"] end ## # Adds "http://" to the String +uri+ if it is missing. def normalize_uri uri (uri =~ /^https?:/) ? uri : "http://#{uri}" end ## # Set the maximum number of retries for a request. # # Defaults to one retry. # # Set this to 0 to disable retries. def max_retries= retries retries = retries.to_int raise ArgumentError, "max_retries must be positive" if retries < 0 @max_retries = retries reconnect end ## # Sets this client's SSL private key def private_key= key @private_key = key reconnect_ssl end # For Gem::Net::HTTP parity alias key= private_key= ## # Sets the proxy server. The +proxy+ may be the Gem::URI of the proxy server, # the symbol +:ENV+ which will read the proxy from the environment or nil to # disable use of a proxy. See #proxy_from_env for details on setting the # proxy from the environment. # # If the proxy Gem::URI is set after requests have been made, the next request # will shut-down and re-open all connections. # # The +no_proxy+ query parameter can be used to specify hosts which shouldn't # be reached via proxy; if set it should be a comma separated list of # hostname suffixes, optionally with +:port+ appended, for example # <tt>example.com,some.host:8080</tt>. def proxy= proxy @proxy_uri = case proxy when :ENV then proxy_from_env when Gem::URI::HTTP then proxy when nil then # ignore else raise ArgumentError, 'proxy must be :ENV or a Gem::URI::HTTP' end @no_proxy.clear if @proxy_uri then @proxy_args = [ @proxy_uri.hostname, @proxy_uri.port, unescape(@proxy_uri.user), unescape(@proxy_uri.password), ] @proxy_connection_id = [nil, *@proxy_args].join ':' if @proxy_uri.query then @no_proxy = CGI.parse(@proxy_uri.query)['no_proxy'].join(',').downcase.split(',').map { |x| x.strip }.reject { |x| x.empty? } end end reconnect reconnect_ssl end ## # Creates a Gem::URI for an HTTP proxy server from ENV variables. # # If +HTTP_PROXY+ is set a proxy will be returned. # # If +HTTP_PROXY_USER+ or +HTTP_PROXY_PASS+ are set the Gem::URI is given the # indicated user and password unless HTTP_PROXY contains either of these in # the Gem::URI. # # The +NO_PROXY+ ENV variable can be used to specify hosts which shouldn't # be reached via proxy; if set it should be a comma separated list of # hostname suffixes, optionally with +:port+ appended, for example # <tt>example.com,some.host:8080</tt>. When set to <tt>*</tt> no proxy will # be returned. # # For Windows users, lowercase ENV variables are preferred over uppercase ENV # variables. def proxy_from_env env_proxy = ENV['http_proxy'] || ENV['HTTP_PROXY'] return nil if env_proxy.nil? or env_proxy.empty? uri = Gem::URI normalize_uri env_proxy env_no_proxy = ENV['no_proxy'] || ENV['NO_PROXY'] # '*' is special case for always bypass return nil if env_no_proxy == '*' if env_no_proxy then uri.query = "no_proxy=#{escape(env_no_proxy)}" end unless uri.user or uri.password then uri.user = escape ENV['http_proxy_user'] || ENV['HTTP_PROXY_USER'] uri.password = escape ENV['http_proxy_pass'] || ENV['HTTP_PROXY_PASS'] end uri end ## # Returns true when proxy should by bypassed for host. def proxy_bypass? host, port host = host.downcase host_port = [host, port].join ':' @no_proxy.each do |name| return true if host[-name.length, name.length] == name or host_port[-name.length, name.length] == name end false end ## # Forces reconnection of all HTTP connections, including TLS/SSL # connections. def reconnect @generation += 1 end ## # Forces reconnection of only TLS/SSL connections. def reconnect_ssl @ssl_generation += 1 end ## # Finishes then restarts the Gem::Net::HTTP +connection+ def reset connection http = connection.http finish connection start http rescue Errno::ECONNREFUSED e = Error.new "connection refused: #{http.address}:#{http.port}" e.set_backtrace $@ raise e rescue Errno::EHOSTDOWN e = Error.new "host down: #{http.address}:#{http.port}" e.set_backtrace $@ raise e end ## # Makes a request on +uri+. If +req+ is nil a Gem::Net::HTTP::Get is performed # against +uri+. # # If a block is passed #request behaves like Gem::Net::HTTP#request (the body of # the response will not have been read). # # +req+ must be a Gem::Net::HTTPGenericRequest subclass (see Gem::Net::HTTP for a list). def request uri, req = nil, &block uri = Gem::URI uri req = request_setup req || uri response = nil connection_for uri do |connection| http = connection.http begin connection.requests += 1 response = http.request req, &block if req.connection_close? or (response.http_version <= '1.0' and not response.connection_keep_alive?) or response.connection_close? then finish connection end rescue Exception # make sure to close the connection when it was interrupted finish connection raise ensure connection.last_use = Time.now end end @http_versions["#{uri.hostname}:#{uri.port}"] ||= response.http_version response end ## # Creates a GET request if +req_or_uri+ is a Gem::URI and adds headers to the # request. # # Returns the request. def request_setup req_or_uri # :nodoc: req = if req_or_uri.respond_to? 'request_uri' then Gem::Net::HTTP::Get.new req_or_uri.request_uri else req_or_uri end @headers.each do |pair| req.add_field(*pair) end @override_headers.each do |name, value| req[name] = value end unless req['Connection'] then req.add_field 'Connection', 'keep-alive' req.add_field 'Keep-Alive', @keep_alive end req end ## # Shuts down all connections # # *NOTE*: Calling shutdown for can be dangerous! # # If any thread is still using a connection it may cause an error! Call # #shutdown when you are completely done making requests! def shutdown @pool.shutdown { |http| http.finish } end ## # Enables SSL on +connection+ def ssl connection connection.use_ssl = true connection.ciphers = @ciphers if @ciphers connection.ssl_timeout = @ssl_timeout if @ssl_timeout connection.ssl_version = @ssl_version if @ssl_version connection.min_version = @min_version if @min_version connection.max_version = @max_version if @max_version connection.verify_depth = @verify_depth connection.verify_mode = @verify_mode connection.verify_hostname = @verify_hostname if @verify_hostname != nil && connection.respond_to?(:verify_hostname=) if OpenSSL::SSL::VERIFY_PEER == OpenSSL::SSL::VERIFY_NONE and not Object.const_defined?(:I_KNOW_THAT_OPENSSL_VERIFY_PEER_EQUALS_VERIFY_NONE_IS_WRONG) then warn <<-WARNING !!!SECURITY WARNING!!! The SSL HTTP connection to: #{connection.address}:#{connection.port} !!!MAY NOT BE VERIFIED!!! On your platform your OpenSSL implementation is broken. There is no difference between the values of VERIFY_NONE and VERIFY_PEER. This means that attempting to verify the security of SSL connections may not work. This exposes you to man-in-the-middle exploits, snooping on the contents of your connection and other dangers to the security of your data. To disable this warning define the following constant at top-level in your application: I_KNOW_THAT_OPENSSL_VERIFY_PEER_EQUALS_VERIFY_NONE_IS_WRONG = nil WARNING end connection.ca_file = @ca_file if @ca_file connection.ca_path = @ca_path if @ca_path if @ca_file or @ca_path then connection.verify_mode = OpenSSL::SSL::VERIFY_PEER connection.verify_callback = @verify_callback if @verify_callback end if @certificate and @private_key then connection.cert = @certificate connection.key = @private_key end connection.cert_store = if @cert_store then @cert_store else store = OpenSSL::X509::Store.new store.set_default_paths store end end ## # SSL session lifetime def ssl_timeout= ssl_timeout @ssl_timeout = ssl_timeout reconnect_ssl end ## # SSL version to use def ssl_version= ssl_version @ssl_version = ssl_version reconnect_ssl end ## # Minimum SSL version to use def min_version= min_version @min_version = min_version reconnect_ssl end ## # maximum SSL version to use def max_version= max_version @max_version = max_version reconnect_ssl end ## # Sets the depth of SSL certificate verification def verify_depth= verify_depth @verify_depth = verify_depth reconnect_ssl end ## # Sets the HTTPS verify mode. Defaults to OpenSSL::SSL::VERIFY_PEER. # # Setting this to VERIFY_NONE is a VERY BAD IDEA and should NEVER be used. # Securely transfer the correct certificate and update the default # certificate store or set the ca file instead. def verify_mode= verify_mode @verify_mode = verify_mode reconnect_ssl end ## # Sets the HTTPS verify_hostname. def verify_hostname= verify_hostname @verify_hostname = verify_hostname reconnect_ssl end ## # SSL verification callback. def verify_callback= callback @verify_callback = callback reconnect_ssl end end require_relative 'persistent/connection' require_relative 'persistent/pool' PK *J [K)Ҽ� � D share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/ldap.rbnu �[��� # frozen_string_literal: false # = uri/ldap.rb # # Author:: # Takaaki Tateishi <ttate@jaist.ac.jp> # Akira Yamada <akira@ruby-lang.org> # License:: # Bundler::URI::LDAP is copyrighted free software by Takaaki Tateishi and Akira Yamada. # You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'generic' module Bundler::URI # # LDAP Bundler::URI SCHEMA (described in RFC2255). #-- # ldap://<host>/<dn>[?<attrs>[?<scope>[?<filter>[?<extensions>]]]] #++ class LDAP < Generic # A Default port of 389 for Bundler::URI::LDAP. DEFAULT_PORT = 389 # An Array of the available components for Bundler::URI::LDAP. COMPONENT = [ :scheme, :host, :port, :dn, :attributes, :scope, :filter, :extensions, ].freeze # Scopes available for the starting point. # # * SCOPE_BASE - the Base DN # * SCOPE_ONE - one level under the Base DN, not including the base DN and # not including any entries under this # * SCOPE_SUB - subtrees, all entries at all levels # SCOPE = [ SCOPE_ONE = 'one', SCOPE_SUB = 'sub', SCOPE_BASE = 'base', ].freeze # # == Description # # Creates a new Bundler::URI::LDAP object from components, with syntax checking. # # The components accepted are host, port, dn, attributes, # scope, filter, and extensions. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[host, port, dn, attributes, scope, filter, extensions]</code>. # # Example: # # uri = Bundler::URI::LDAP.build({:host => 'ldap.example.com', # :dn => '/dc=example'}) # # uri = Bundler::URI::LDAP.build(["ldap.example.com", nil, # "/dc=example;dc=com", "query", nil, nil, nil]) # def self.build(args) tmp = Util::make_components_hash(self, args) if tmp[:dn] tmp[:path] = tmp[:dn] end query = [] [:extensions, :filter, :scope, :attributes].collect do |x| next if !tmp[x] && query.size == 0 query.unshift(tmp[x]) end tmp[:query] = query.join('?') return super(tmp) end # # == Description # # Creates a new Bundler::URI::LDAP object from generic Bundler::URI components as per # RFC 2396. No LDAP-specific syntax checking is performed. # # Arguments are +scheme+, +userinfo+, +host+, +port+, +registry+, +path+, # +opaque+, +query+, and +fragment+, in that order. # # Example: # # uri = Bundler::URI::LDAP.new("ldap", nil, "ldap.example.com", nil, nil, # "/dc=example;dc=com", nil, "query", nil) # # See also Bundler::URI::Generic.new. # def initialize(*arg) super(*arg) if @fragment raise InvalidURIError, 'bad LDAP URL' end parse_dn parse_query end # Private method to cleanup +dn+ from using the +path+ component attribute. def parse_dn raise InvalidURIError, 'bad LDAP URL' unless @path @dn = @path[1..-1] end private :parse_dn # Private method to cleanup +attributes+, +scope+, +filter+, and +extensions+ # from using the +query+ component attribute. def parse_query @attributes = nil @scope = nil @filter = nil @extensions = nil if @query attrs, scope, filter, extensions = @query.split('?') @attributes = attrs if attrs && attrs.size > 0 @scope = scope if scope && scope.size > 0 @filter = filter if filter && filter.size > 0 @extensions = extensions if extensions && extensions.size > 0 end end private :parse_query # Private method to assemble +query+ from +attributes+, +scope+, +filter+, and +extensions+. def build_path_query @path = '/' + @dn query = [] [@extensions, @filter, @scope, @attributes].each do |x| next if !x && query.size == 0 query.unshift(x) end @query = query.join('?') end private :build_path_query # Returns dn. def dn @dn end # Private setter for dn +val+. def set_dn(val) @dn = val build_path_query @dn end protected :set_dn # Setter for dn +val+. def dn=(val) set_dn(val) val end # Returns attributes. def attributes @attributes end # Private setter for attributes +val+. def set_attributes(val) @attributes = val build_path_query @attributes end protected :set_attributes # Setter for attributes +val+. def attributes=(val) set_attributes(val) val end # Returns scope. def scope @scope end # Private setter for scope +val+. def set_scope(val) @scope = val build_path_query @scope end protected :set_scope # Setter for scope +val+. def scope=(val) set_scope(val) val end # Returns filter. def filter @filter end # Private setter for filter +val+. def set_filter(val) @filter = val build_path_query @filter end protected :set_filter # Setter for filter +val+. def filter=(val) set_filter(val) val end # Returns extensions. def extensions @extensions end # Private setter for extensions +val+. def set_extensions(val) @extensions = val build_path_query @extensions end protected :set_extensions # Setter for extensions +val+. def extensions=(val) set_extensions(val) val end # Checks if Bundler::URI has a path. # For Bundler::URI::LDAP this will return +false+. def hierarchical? false end end register_scheme 'LDAP', LDAP end PK *J [ :)# # E share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/ldaps.rbnu �[��� # frozen_string_literal: false # = uri/ldap.rb # # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'ldap' module Bundler::URI # The default port for LDAPS URIs is 636, and the scheme is 'ldaps:' rather # than 'ldap:'. Other than that, LDAPS URIs are identical to LDAP URIs; # see Bundler::URI::LDAP. class LDAPS < LDAP # A Default port of 636 for Bundler::URI::LDAPS DEFAULT_PORT = 636 end register_scheme 'LDAPS', LDAPS end PK *J [FoSg?� ?� G share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/generic.rbnu �[��� # frozen_string_literal: true # = uri/generic.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'common' autoload :IPSocket, 'socket' autoload :IPAddr, 'ipaddr' module Bundler::URI # # Base class for all Bundler::URI classes. # Implements generic Bundler::URI syntax as per RFC 2396. # class Generic include Bundler::URI # # A Default port of nil for Bundler::URI::Generic. # DEFAULT_PORT = nil # # Returns default port. # def self.default_port self::DEFAULT_PORT end # # Returns default port. # def default_port self.class.default_port end # # An Array of the available components for Bundler::URI::Generic. # COMPONENT = [ :scheme, :userinfo, :host, :port, :registry, :path, :opaque, :query, :fragment ].freeze # # Components of the Bundler::URI in the order. # def self.component self::COMPONENT end USE_REGISTRY = false # :nodoc: def self.use_registry # :nodoc: self::USE_REGISTRY end # # == Synopsis # # See ::new. # # == Description # # At first, tries to create a new Bundler::URI::Generic instance using # Bundler::URI::Generic::build. But, if exception Bundler::URI::InvalidComponentError is raised, # then it does Bundler::URI::Escape.escape all Bundler::URI components and tries again. # def self.build2(args) begin return self.build(args) rescue InvalidComponentError if args.kind_of?(Array) return self.build(args.collect{|x| if x.is_a?(String) Bundler::URI::RFC2396_PARSER.escape(x) else x end }) elsif args.kind_of?(Hash) tmp = {} args.each do |key, value| tmp[key] = if value Bundler::URI::RFC2396_PARSER.escape(value) else value end end return self.build(tmp) end end end # # == Synopsis # # See ::new. # # == Description # # Creates a new Bundler::URI::Generic instance from components of Bundler::URI::Generic # with check. Components are: scheme, userinfo, host, port, registry, path, # opaque, query, and fragment. You can provide arguments either by an Array or a Hash. # See ::new for hash keys to use or for order of array items. # def self.build(args) if args.kind_of?(Array) && args.size == ::Bundler::URI::Generic::COMPONENT.size tmp = args.dup elsif args.kind_of?(Hash) tmp = ::Bundler::URI::Generic::COMPONENT.collect do |c| if args.include?(c) args[c] else nil end end else component = self.class.component rescue ::Bundler::URI::Generic::COMPONENT raise ArgumentError, "expected Array of or Hash of components of #{self.class} (#{component.join(', ')})" end tmp << nil tmp << true return self.new(*tmp) end # # == Args # # +scheme+:: # Protocol scheme, i.e. 'http','ftp','mailto' and so on. # +userinfo+:: # User name and password, i.e. 'sdmitry:bla'. # +host+:: # Server host name. # +port+:: # Server port. # +registry+:: # Registry of naming authorities. # +path+:: # Path on server. # +opaque+:: # Opaque part. # +query+:: # Query data. # +fragment+:: # Part of the Bundler::URI after '#' character. # +parser+:: # Parser for internal use [Bundler::URI::DEFAULT_PARSER by default]. # +arg_check+:: # Check arguments [false by default]. # # == Description # # Creates a new Bundler::URI::Generic instance from ``generic'' components without check. # def initialize(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser = DEFAULT_PARSER, arg_check = false) @scheme = nil @user = nil @password = nil @host = nil @port = nil @path = nil @query = nil @opaque = nil @fragment = nil @parser = parser == DEFAULT_PARSER ? nil : parser if arg_check self.scheme = scheme self.userinfo = userinfo self.hostname = host self.port = port self.path = path self.query = query self.opaque = opaque self.fragment = fragment else self.set_scheme(scheme) self.set_userinfo(userinfo) self.set_host(host) self.set_port(port) self.set_path(path) self.query = query self.set_opaque(opaque) self.fragment=(fragment) end if registry raise InvalidURIError, "the scheme #{@scheme} does not accept registry part: #{registry} (or bad hostname?)" end @scheme&.freeze self.set_path('') if !@path && !@opaque # (see RFC2396 Section 5.2) self.set_port(self.default_port) if self.default_port && !@port end # # Returns the scheme component of the Bundler::URI. # # Bundler::URI("http://foo/bar/baz").scheme #=> "http" # attr_reader :scheme # Returns the host component of the Bundler::URI. # # Bundler::URI("http://foo/bar/baz").host #=> "foo" # # It returns nil if no host component exists. # # Bundler::URI("mailto:foo@example.org").host #=> nil # # The component does not contain the port number. # # Bundler::URI("http://foo:8080/bar/baz").host #=> "foo" # # Since IPv6 addresses are wrapped with brackets in URIs, # this method returns IPv6 addresses wrapped with brackets. # This form is not appropriate to pass to socket methods such as TCPSocket.open. # If unwrapped host names are required, use the #hostname method. # # Bundler::URI("http://[::1]/bar/baz").host #=> "[::1]" # Bundler::URI("http://[::1]/bar/baz").hostname #=> "::1" # attr_reader :host # Returns the port component of the Bundler::URI. # # Bundler::URI("http://foo/bar/baz").port #=> 80 # Bundler::URI("http://foo:8080/bar/baz").port #=> 8080 # attr_reader :port def registry # :nodoc: nil end # Returns the path component of the Bundler::URI. # # Bundler::URI("http://foo/bar/baz").path #=> "/bar/baz" # attr_reader :path # Returns the query component of the Bundler::URI. # # Bundler::URI("http://foo/bar/baz?search=FooBar").query #=> "search=FooBar" # attr_reader :query # Returns the opaque part of the Bundler::URI. # # Bundler::URI("mailto:foo@example.org").opaque #=> "foo@example.org" # Bundler::URI("http://foo/bar/baz").opaque #=> nil # # The portion of the path that does not make use of the slash '/'. # The path typically refers to an absolute path or an opaque part. # (See RFC2396 Section 3 and 5.2.) # attr_reader :opaque # Returns the fragment component of the Bundler::URI. # # Bundler::URI("http://foo/bar/baz?search=FooBar#ponies").fragment #=> "ponies" # attr_reader :fragment # Returns the parser to be used. # # Unless a Bundler::URI::Parser is defined, DEFAULT_PARSER is used. # def parser if !defined?(@parser) || !@parser DEFAULT_PARSER else @parser || DEFAULT_PARSER end end # Replaces self by other Bundler::URI object. # def replace!(oth) if self.class != oth.class raise ArgumentError, "expected #{self.class} object" end component.each do |c| self.__send__("#{c}=", oth.__send__(c)) end end private :replace! # # Components of the Bundler::URI in the order. # def component self.class.component end # # Checks the scheme +v+ component against the Bundler::URI::Parser Regexp for :SCHEME. # def check_scheme(v) if v && parser.regexp[:SCHEME] !~ v raise InvalidComponentError, "bad component(expected scheme component): #{v}" end return true end private :check_scheme # Protected setter for the scheme component +v+. # # See also Bundler::URI::Generic.scheme=. # def set_scheme(v) @scheme = v&.downcase end protected :set_scheme # # == Args # # +v+:: # String # # == Description # # Public setter for the scheme component +v+ # (with validation). # # See also Bundler::URI::Generic.check_scheme. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com") # uri.scheme = "https" # uri.to_s #=> "https://my.example.com" # def scheme=(v) check_scheme(v) set_scheme(v) v end # # Checks the +user+ and +password+. # # If +password+ is not provided, then +user+ is # split, using Bundler::URI::Generic.split_userinfo, to # pull +user+ and +password. # # See also Bundler::URI::Generic.check_user, Bundler::URI::Generic.check_password. # def check_userinfo(user, password = nil) if !password user, password = split_userinfo(user) end check_user(user) check_password(password, user) return true end private :check_userinfo # # Checks the user +v+ component for RFC2396 compliance # and against the Bundler::URI::Parser Regexp for :USERINFO. # # Can not have a registry or opaque component defined, # with a user component defined. # def check_user(v) if @opaque raise InvalidURIError, "cannot set user with opaque" end return v unless v if parser.regexp[:USERINFO] !~ v raise InvalidComponentError, "bad component(expected userinfo component or user component): #{v}" end return true end private :check_user # # Checks the password +v+ component for RFC2396 compliance # and against the Bundler::URI::Parser Regexp for :USERINFO. # # Can not have a registry or opaque component defined, # with a user component defined. # def check_password(v, user = @user) if @opaque raise InvalidURIError, "cannot set password with opaque" end return v unless v if !user raise InvalidURIError, "password component depends user component" end if parser.regexp[:USERINFO] !~ v raise InvalidComponentError, "bad password component" end return true end private :check_password # # Sets userinfo, argument is string like 'name:pass'. # def userinfo=(userinfo) if userinfo.nil? return nil end check_userinfo(*userinfo) set_userinfo(*userinfo) # returns userinfo end # # == Args # # +v+:: # String # # == Description # # Public setter for the +user+ component # (with validation). # # See also Bundler::URI::Generic.check_user. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://john:S3nsit1ve@my.example.com") # uri.user = "sam" # uri.to_s #=> "http://sam:V3ry_S3nsit1ve@my.example.com" # def user=(user) check_user(user) set_user(user) # returns user end # # == Args # # +v+:: # String # # == Description # # Public setter for the +password+ component # (with validation). # # See also Bundler::URI::Generic.check_password. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://john:S3nsit1ve@my.example.com") # uri.password = "V3ry_S3nsit1ve" # uri.to_s #=> "http://john:V3ry_S3nsit1ve@my.example.com" # def password=(password) check_password(password) set_password(password) # returns password end # Protected setter for the +user+ component, and +password+ if available # (with validation). # # See also Bundler::URI::Generic.userinfo=. # def set_userinfo(user, password = nil) unless password user, password = split_userinfo(user) end @user = user @password = password if password [@user, @password] end protected :set_userinfo # Protected setter for the user component +v+. # # See also Bundler::URI::Generic.user=. # def set_user(v) set_userinfo(v, @password) v end protected :set_user # Protected setter for the password component +v+. # # See also Bundler::URI::Generic.password=. # def set_password(v) @password = v # returns v end protected :set_password # Returns the userinfo +ui+ as <code>[user, password]</code> # if properly formatted as 'user:password'. def split_userinfo(ui) return nil, nil unless ui user, password = ui.split(':', 2) return user, password end private :split_userinfo # Escapes 'user:password' +v+ based on RFC 1738 section 3.1. def escape_userpass(v) parser.escape(v, /[@:\/]/o) # RFC 1738 section 3.1 #/ end private :escape_userpass # Returns the userinfo, either as 'user' or 'user:password'. def userinfo if @user.nil? nil elsif @password.nil? @user else @user + ':' + @password end end # Returns the user component (without Bundler::URI decoding). def user @user end # Returns the password component (without Bundler::URI decoding). def password @password end # Returns the user component after Bundler::URI decoding. def decoded_user Bundler::URI.decode_uri_component(@user) if @user end # Returns the password component after Bundler::URI decoding. def decoded_password Bundler::URI.decode_uri_component(@password) if @password end # # Checks the host +v+ component for RFC2396 compliance # and against the Bundler::URI::Parser Regexp for :HOST. # # Can not have a registry or opaque component defined, # with a host component defined. # def check_host(v) return v unless v if @opaque raise InvalidURIError, "cannot set host with registry or opaque" elsif parser.regexp[:HOST] !~ v raise InvalidComponentError, "bad component(expected host component): #{v}" end return true end private :check_host # Protected setter for the host component +v+. # # See also Bundler::URI::Generic.host=. # def set_host(v) @host = v end protected :set_host # # == Args # # +v+:: # String # # == Description # # Public setter for the host component +v+ # (with validation). # # See also Bundler::URI::Generic.check_host. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com") # uri.host = "foo.com" # uri.to_s #=> "http://foo.com" # def host=(v) check_host(v) set_host(v) v end # Extract the host part of the Bundler::URI and unwrap brackets for IPv6 addresses. # # This method is the same as Bundler::URI::Generic#host except # brackets for IPv6 (and future IP) addresses are removed. # # uri = Bundler::URI("http://[::1]/bar") # uri.hostname #=> "::1" # uri.host #=> "[::1]" # def hostname v = self.host v&.start_with?('[') && v.end_with?(']') ? v[1..-2] : v end # Sets the host part of the Bundler::URI as the argument with brackets for IPv6 addresses. # # This method is the same as Bundler::URI::Generic#host= except # the argument can be a bare IPv6 address. # # uri = Bundler::URI("http://foo/bar") # uri.hostname = "::1" # uri.to_s #=> "http://[::1]/bar" # # If the argument seems to be an IPv6 address, # it is wrapped with brackets. # def hostname=(v) v = "[#{v}]" if !(v&.start_with?('[') && v&.end_with?(']')) && v&.index(':') self.host = v end # # Checks the port +v+ component for RFC2396 compliance # and against the Bundler::URI::Parser Regexp for :PORT. # # Can not have a registry or opaque component defined, # with a port component defined. # def check_port(v) return v unless v if @opaque raise InvalidURIError, "cannot set port with registry or opaque" elsif !v.kind_of?(Integer) && parser.regexp[:PORT] !~ v raise InvalidComponentError, "bad component(expected port component): #{v.inspect}" end return true end private :check_port # Protected setter for the port component +v+. # # See also Bundler::URI::Generic.port=. # def set_port(v) v = v.empty? ? nil : v.to_i unless !v || v.kind_of?(Integer) @port = v end protected :set_port # # == Args # # +v+:: # String # # == Description # # Public setter for the port component +v+ # (with validation). # # See also Bundler::URI::Generic.check_port. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com") # uri.port = 8080 # uri.to_s #=> "http://my.example.com:8080" # def port=(v) check_port(v) set_port(v) port end def check_registry(v) # :nodoc: raise InvalidURIError, "cannot set registry" end private :check_registry def set_registry(v) # :nodoc: raise InvalidURIError, "cannot set registry" end protected :set_registry def registry=(v) # :nodoc: raise InvalidURIError, "cannot set registry" end # # Checks the path +v+ component for RFC2396 compliance # and against the Bundler::URI::Parser Regexp # for :ABS_PATH and :REL_PATH. # # Can not have a opaque component defined, # with a path component defined. # def check_path(v) # raise if both hier and opaque are not nil, because: # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] if v && @opaque raise InvalidURIError, "path conflicts with opaque" end # If scheme is ftp, path may be relative. # See RFC 1738 section 3.2.2, and RFC 2396. if @scheme && @scheme != "ftp" if v && v != '' && parser.regexp[:ABS_PATH] !~ v raise InvalidComponentError, "bad component(expected absolute path component): #{v}" end else if v && v != '' && parser.regexp[:ABS_PATH] !~ v && parser.regexp[:REL_PATH] !~ v raise InvalidComponentError, "bad component(expected relative path component): #{v}" end end return true end private :check_path # Protected setter for the path component +v+. # # See also Bundler::URI::Generic.path=. # def set_path(v) @path = v end protected :set_path # # == Args # # +v+:: # String # # == Description # # Public setter for the path component +v+ # (with validation). # # See also Bundler::URI::Generic.check_path. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com/pub/files") # uri.path = "/faq/" # uri.to_s #=> "http://my.example.com/faq/" # def path=(v) check_path(v) set_path(v) v end # # == Args # # +v+:: # String # # == Description # # Public setter for the query component +v+. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com/?id=25") # uri.query = "id=1" # uri.to_s #=> "http://my.example.com/?id=1" # def query=(v) return @query = nil unless v raise InvalidURIError, "query conflicts with opaque" if @opaque x = v.to_str v = x.dup if x.equal? v v.encode!(Encoding::UTF_8) rescue nil v.delete!("\t\r\n") v.force_encoding(Encoding::ASCII_8BIT) raise InvalidURIError, "invalid percent escape: #{$1}" if /(%\H\H)/n.match(v) v.gsub!(/(?!%\h\h|[!$-&(-;=?-_a-~])./n.freeze){'%%%02X' % $&.ord} v.force_encoding(Encoding::US_ASCII) @query = v end # # Checks the opaque +v+ component for RFC2396 compliance and # against the Bundler::URI::Parser Regexp for :OPAQUE. # # Can not have a host, port, user, or path component defined, # with an opaque component defined. # def check_opaque(v) return v unless v # raise if both hier and opaque are not nil, because: # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] if @host || @port || @user || @path # userinfo = @user + ':' + @password raise InvalidURIError, "cannot set opaque with host, port, userinfo or path" elsif v && parser.regexp[:OPAQUE] !~ v raise InvalidComponentError, "bad component(expected opaque component): #{v}" end return true end private :check_opaque # Protected setter for the opaque component +v+. # # See also Bundler::URI::Generic.opaque=. # def set_opaque(v) @opaque = v end protected :set_opaque # # == Args # # +v+:: # String # # == Description # # Public setter for the opaque component +v+ # (with validation). # # See also Bundler::URI::Generic.check_opaque. # def opaque=(v) check_opaque(v) set_opaque(v) v end # # Checks the fragment +v+ component against the Bundler::URI::Parser Regexp for :FRAGMENT. # # # == Args # # +v+:: # String # # == Description # # Public setter for the fragment component +v+ # (with validation). # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com/?id=25#time=1305212049") # uri.fragment = "time=1305212086" # uri.to_s #=> "http://my.example.com/?id=25#time=1305212086" # def fragment=(v) return @fragment = nil unless v x = v.to_str v = x.dup if x.equal? v v.encode!(Encoding::UTF_8) rescue nil v.delete!("\t\r\n") v.force_encoding(Encoding::ASCII_8BIT) v.gsub!(/(?!%\h\h|[!-~])./n){'%%%02X' % $&.ord} v.force_encoding(Encoding::US_ASCII) @fragment = v end # # Returns true if Bundler::URI is hierarchical. # # == Description # # Bundler::URI has components listed in order of decreasing significance from left to right, # see RFC3986 https://www.rfc-editor.org/rfc/rfc3986 1.2.3. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com/") # uri.hierarchical? # #=> true # uri = Bundler::URI.parse("mailto:joe@example.com") # uri.hierarchical? # #=> false # def hierarchical? if @path true else false end end # # Returns true if Bundler::URI has a scheme (e.g. http:// or https://) specified. # def absolute? if @scheme true else false end end alias absolute absolute? # # Returns true if Bundler::URI does not have a scheme (e.g. http:// or https://) specified. # def relative? !absolute? end # # Returns an Array of the path split on '/'. # def split_path(path) path.split("/", -1) end private :split_path # # Merges a base path +base+, with relative path +rel+, # returns a modified base path. # def merge_path(base, rel) # RFC2396, Section 5.2, 5) # RFC2396, Section 5.2, 6) base_path = split_path(base) rel_path = split_path(rel) # RFC2396, Section 5.2, 6), a) base_path << '' if base_path.last == '..' while i = base_path.index('..') base_path.slice!(i - 1, 2) end if (first = rel_path.first) and first.empty? base_path.clear rel_path.shift end # RFC2396, Section 5.2, 6), c) # RFC2396, Section 5.2, 6), d) rel_path.push('') if rel_path.last == '.' || rel_path.last == '..' rel_path.delete('.') # RFC2396, Section 5.2, 6), e) tmp = [] rel_path.each do |x| if x == '..' && !(tmp.empty? || tmp.last == '..') tmp.pop else tmp << x end end add_trailer_slash = !tmp.empty? if base_path.empty? base_path = [''] # keep '/' for root directory elsif add_trailer_slash base_path.pop end while x = tmp.shift if x == '..' # RFC2396, Section 4 # a .. or . in an absolute path has no special meaning base_path.pop if base_path.size > 1 else # if x == '..' # valid absolute (but abnormal) path "/../..." # else # valid absolute path # end base_path << x tmp.each {|t| base_path << t} add_trailer_slash = false break end end base_path.push('') if add_trailer_slash return base_path.join('/') end private :merge_path # # == Args # # +oth+:: # Bundler::URI or String # # == Description # # Destructive form of #merge. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com") # uri.merge!("/main.rbx?page=1") # uri.to_s # => "http://my.example.com/main.rbx?page=1" # def merge!(oth) t = merge(oth) if self == t nil else replace!(t) self end end # # == Args # # +oth+:: # Bundler::URI or String # # == Description # # Merges two URIs. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com") # uri.merge("/main.rbx?page=1") # # => "http://my.example.com/main.rbx?page=1" # def merge(oth) rel = parser.__send__(:convert_to_uri, oth) if rel.absolute? #raise BadURIError, "both Bundler::URI are absolute" if absolute? # hmm... should return oth for usability? return rel end unless self.absolute? raise BadURIError, "both Bundler::URI are relative" end base = self.dup authority = rel.userinfo || rel.host || rel.port # RFC2396, Section 5.2, 2) if (rel.path.nil? || rel.path.empty?) && !authority && !rel.query base.fragment=(rel.fragment) if rel.fragment return base end base.query = nil base.fragment=(nil) # RFC2396, Section 5.2, 4) if authority base.set_userinfo(rel.userinfo) base.set_host(rel.host) base.set_port(rel.port || base.default_port) base.set_path(rel.path) elsif base.path && rel.path base.set_path(merge_path(base.path, rel.path)) end # RFC2396, Section 5.2, 7) base.query = rel.query if rel.query base.fragment=(rel.fragment) if rel.fragment return base end # merge alias + merge # :stopdoc: def route_from_path(src, dst) case dst when src # RFC2396, Section 4.2 return '' when %r{(?:\A|/)\.\.?(?:/|\z)} # dst has abnormal absolute path, # like "/./", "/../", "/x/../", ... return dst.dup end src_path = src.scan(%r{[^/]*/}) dst_path = dst.scan(%r{[^/]*/?}) # discard same parts while !dst_path.empty? && dst_path.first == src_path.first src_path.shift dst_path.shift end tmp = dst_path.join # calculate if src_path.empty? if tmp.empty? return './' elsif dst_path.first.include?(':') # (see RFC2396 Section 5) return './' + tmp else return tmp end end return '../' * src_path.size + tmp end private :route_from_path # :startdoc: # :stopdoc: def route_from0(oth) oth = parser.__send__(:convert_to_uri, oth) if self.relative? raise BadURIError, "relative Bundler::URI: #{self}" end if oth.relative? raise BadURIError, "relative Bundler::URI: #{oth}" end if self.scheme != oth.scheme return self, self.dup end rel = Bundler::URI::Generic.new(nil, # it is relative Bundler::URI self.userinfo, self.host, self.port, nil, self.path, self.opaque, self.query, self.fragment, parser) if rel.userinfo != oth.userinfo || rel.host.to_s.downcase != oth.host.to_s.downcase || rel.port != oth.port if self.userinfo.nil? && self.host.nil? return self, self.dup end rel.set_port(nil) if rel.port == oth.default_port return rel, rel end rel.set_userinfo(nil) rel.set_host(nil) rel.set_port(nil) if rel.path && rel.path == oth.path rel.set_path('') rel.query = nil if rel.query == oth.query return rel, rel elsif rel.opaque && rel.opaque == oth.opaque rel.set_opaque('') rel.query = nil if rel.query == oth.query return rel, rel end # you can modify `rel', but cannot `oth'. return oth, rel end private :route_from0 # :startdoc: # # == Args # # +oth+:: # Bundler::URI or String # # == Description # # Calculates relative path from oth to self. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse('http://my.example.com/main.rbx?page=1') # uri.route_from('http://my.example.com') # #=> #<Bundler::URI::Generic /main.rbx?page=1> # def route_from(oth) # you can modify `rel', but cannot `oth'. begin oth, rel = route_from0(oth) rescue raise $!.class, $!.message end if oth == rel return rel end rel.set_path(route_from_path(oth.path, self.path)) if rel.path == './' && self.query # "./?foo" -> "?foo" rel.set_path('') end return rel end alias - route_from # # == Args # # +oth+:: # Bundler::URI or String # # == Description # # Calculates relative path to oth from self. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse('http://my.example.com') # uri.route_to('http://my.example.com/main.rbx?page=1') # #=> #<Bundler::URI::Generic /main.rbx?page=1> # def route_to(oth) parser.__send__(:convert_to_uri, oth).route_from(self) end # # Returns normalized Bundler::URI. # # require 'bundler/vendor/uri/lib/uri' # # Bundler::URI("HTTP://my.EXAMPLE.com").normalize # #=> #<Bundler::URI::HTTP http://my.example.com/> # # Normalization here means: # # * scheme and host are converted to lowercase, # * an empty path component is set to "/". # def normalize uri = dup uri.normalize! uri end # # Destructive version of #normalize. # def normalize! if path&.empty? set_path('/') end if scheme && scheme != scheme.downcase set_scheme(self.scheme.downcase) end if host && host != host.downcase set_host(self.host.downcase) end end # # Constructs String from Bundler::URI. # def to_s str = ''.dup if @scheme str << @scheme str << ':' end if @opaque str << @opaque else if @host || %w[file postgres].include?(@scheme) str << '//' end if self.userinfo str << self.userinfo str << '@' end if @host str << @host end if @port && @port != self.default_port str << ':' str << @port.to_s end if (@host || @port) && !@path.empty? && !@path.start_with?('/') str << '/' end str << @path if @query str << '?' str << @query end end if @fragment str << '#' str << @fragment end str end alias to_str to_s # # Compares two URIs. # def ==(oth) if self.class == oth.class self.normalize.component_ary == oth.normalize.component_ary else false end end # Returns the hash value. def hash self.component_ary.hash end # Compares with _oth_ for Hash. def eql?(oth) self.class == oth.class && parser == oth.parser && self.component_ary.eql?(oth.component_ary) end # Returns an Array of the components defined from the COMPONENT Array. def component_ary component.collect do |x| self.__send__(x) end end protected :component_ary # == Args # # +components+:: # Multiple Symbol arguments defined in Bundler::URI::HTTP. # # == Description # # Selects specified components from Bundler::URI. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse('http://myuser:mypass@my.example.com/test.rbx') # uri.select(:userinfo, :host, :path) # # => ["myuser:mypass", "my.example.com", "/test.rbx"] # def select(*components) components.collect do |c| if component.include?(c) self.__send__(c) else raise ArgumentError, "expected of components of #{self.class} (#{self.class.component.join(', ')})" end end end def inspect # :nodoc: "#<#{self.class} #{self}>" end # # == Args # # +v+:: # Bundler::URI or String # # == Description # # Attempts to parse other Bundler::URI +oth+, # returns [parsed_oth, self]. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("http://my.example.com") # uri.coerce("http://foo.com") # #=> [#<Bundler::URI::HTTP http://foo.com>, #<Bundler::URI::HTTP http://my.example.com>] # def coerce(oth) case oth when String oth = parser.parse(oth) else super end return oth, self end # Returns a proxy Bundler::URI. # The proxy Bundler::URI is obtained from environment variables such as http_proxy, # ftp_proxy, no_proxy, etc. # If there is no proper proxy, nil is returned. # # If the optional parameter +env+ is specified, it is used instead of ENV. # # Note that capitalized variables (HTTP_PROXY, FTP_PROXY, NO_PROXY, etc.) # are examined, too. # # But http_proxy and HTTP_PROXY is treated specially under CGI environment. # It's because HTTP_PROXY may be set by Proxy: header. # So HTTP_PROXY is not used. # http_proxy is not used too if the variable is case insensitive. # CGI_HTTP_PROXY can be used instead. def find_proxy(env=ENV) raise BadURIError, "relative Bundler::URI: #{self}" if self.relative? name = self.scheme.downcase + '_proxy' proxy_uri = nil if name == 'http_proxy' && env.include?('REQUEST_METHOD') # CGI? # HTTP_PROXY conflicts with *_proxy for proxy settings and # HTTP_* for header information in CGI. # So it should be careful to use it. pairs = env.reject {|k, v| /\Ahttp_proxy\z/i !~ k } case pairs.length when 0 # no proxy setting anyway. proxy_uri = nil when 1 k, _ = pairs.shift if k == 'http_proxy' && env[k.upcase] == nil # http_proxy is safe to use because ENV is case sensitive. proxy_uri = env[name] else proxy_uri = nil end else # http_proxy is safe to use because ENV is case sensitive. proxy_uri = env.to_hash[name] end if !proxy_uri # Use CGI_HTTP_PROXY. cf. libwww-perl. proxy_uri = env["CGI_#{name.upcase}"] end elsif name == 'http_proxy' if RUBY_ENGINE == 'jruby' && p_addr = ENV_JAVA['http.proxyHost'] p_port = ENV_JAVA['http.proxyPort'] if p_user = ENV_JAVA['http.proxyUser'] p_pass = ENV_JAVA['http.proxyPass'] proxy_uri = "http://#{p_user}:#{p_pass}@#{p_addr}:#{p_port}" else proxy_uri = "http://#{p_addr}:#{p_port}" end else unless proxy_uri = env[name] if proxy_uri = env[name.upcase] warn 'The environment variable HTTP_PROXY is discouraged. Use http_proxy.', uplevel: 1 end end end else proxy_uri = env[name] || env[name.upcase] end if proxy_uri.nil? || proxy_uri.empty? return nil end if self.hostname begin addr = IPSocket.getaddress(self.hostname) return nil if /\A127\.|\A::1\z/ =~ addr rescue SocketError end end name = 'no_proxy' if no_proxy = env[name] || env[name.upcase] return nil unless Bundler::URI::Generic.use_proxy?(self.hostname, addr, self.port, no_proxy) end Bundler::URI.parse(proxy_uri) end def self.use_proxy?(hostname, addr, port, no_proxy) # :nodoc: hostname = hostname.downcase dothostname = ".#{hostname}" no_proxy.scan(/([^:,\s]+)(?::(\d+))?/) {|p_host, p_port| if !p_port || port == p_port.to_i if p_host.start_with?('.') return false if hostname.end_with?(p_host.downcase) else return false if dothostname.end_with?(".#{p_host.downcase}") end if addr begin return false if IPAddr.new(p_host).include?(addr) rescue IPAddr::InvalidAddressError next end end end } true end end end PK *J [���� � N share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/rfc3986_parser.rbnu �[��� # frozen_string_literal: true module Bundler::URI class RFC3986_Parser # :nodoc: # Bundler::URI defined in RFC3986 HOST = %r[ (?<IP-literal>\[(?: (?<IPv6address> (?:\h{1,4}:){6} (?<ls32>\h{1,4}:\h{1,4} | (?<IPv4address>(?<dec-octet>[1-9]\d|1\d{2}|2[0-4]\d|25[0-5]|\d) \.\g<dec-octet>\.\g<dec-octet>\.\g<dec-octet>) ) | ::(?:\h{1,4}:){5}\g<ls32> | \h{1,4}?::(?:\h{1,4}:){4}\g<ls32> | (?:(?:\h{1,4}:)?\h{1,4})?::(?:\h{1,4}:){3}\g<ls32> | (?:(?:\h{1,4}:){,2}\h{1,4})?::(?:\h{1,4}:){2}\g<ls32> | (?:(?:\h{1,4}:){,3}\h{1,4})?::\h{1,4}:\g<ls32> | (?:(?:\h{1,4}:){,4}\h{1,4})?::\g<ls32> | (?:(?:\h{1,4}:){,5}\h{1,4})?::\h{1,4} | (?:(?:\h{1,4}:){,6}\h{1,4})?:: ) | (?<IPvFuture>v\h++\.[!$&-.0-9:;=A-Z_a-z~]++) )\]) | \g<IPv4address> | (?<reg-name>(?:%\h\h|[!$&-.0-9;=A-Z_a-z~])*+) ]x USERINFO = /(?:%\h\h|[!$&-.0-9:;=A-Z_a-z~])*+/ SCHEME = %r[[A-Za-z][+\-.0-9A-Za-z]*+].source SEG = %r[(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/])].source SEG_NC = %r[(?:%\h\h|[!$&-.0-9;=@A-Z_a-z~])].source FRAGMENT = %r[(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/?])*+].source RFC3986_URI = %r[\A (?<seg>#{SEG}){0} (?<Bundler::URI> (?<scheme>#{SCHEME}): (?<hier-part>// (?<authority> (?:(?<userinfo>#{USERINFO.source})@)? (?<host>#{HOST.source.delete(" \n")}) (?::(?<port>\d*+))? ) (?<path-abempty>(?:/\g<seg>*+)?) | (?<path-absolute>/((?!/)\g<seg>++)?) | (?<path-rootless>(?!/)\g<seg>++) | (?<path-empty>) ) (?:\?(?<query>[^\#]*+))? (?:\#(?<fragment>#{FRAGMENT}))? )\z]x RFC3986_relative_ref = %r[\A (?<seg>#{SEG}){0} (?<relative-ref> (?<relative-part>// (?<authority> (?:(?<userinfo>#{USERINFO.source})@)? (?<host>#{HOST.source.delete(" \n")}(?<!/))? (?::(?<port>\d*+))? ) (?<path-abempty>(?:/\g<seg>*+)?) | (?<path-absolute>/\g<seg>*+) | (?<path-noscheme>#{SEG_NC}++(?:/\g<seg>*+)?) | (?<path-empty>) ) (?:\?(?<query>[^#]*+))? (?:\#(?<fragment>#{FRAGMENT}))? )\z]x attr_reader :regexp def initialize @regexp = default_regexp.each_value(&:freeze).freeze end def split(uri) #:nodoc: begin uri = uri.to_str rescue NoMethodError raise InvalidURIError, "bad Bundler::URI (is not Bundler::URI?): #{uri.inspect}" end uri.ascii_only? or raise InvalidURIError, "Bundler::URI must be ascii only #{uri.dump}" if m = RFC3986_URI.match(uri) query = m["query"] scheme = m["scheme"] opaque = m["path-rootless"] if opaque opaque << "?#{query}" if query [ scheme, nil, # userinfo nil, # host nil, # port nil, # registry nil, # path opaque, nil, # query m["fragment"] ] else # normal [ scheme, m["userinfo"], m["host"], m["port"], nil, # registry (m["path-abempty"] || m["path-absolute"] || m["path-empty"]), nil, # opaque query, m["fragment"] ] end elsif m = RFC3986_relative_ref.match(uri) [ nil, # scheme m["userinfo"], m["host"], m["port"], nil, # registry, (m["path-abempty"] || m["path-absolute"] || m["path-noscheme"] || m["path-empty"]), nil, # opaque m["query"], m["fragment"] ] else raise InvalidURIError, "bad Bundler::URI (is not Bundler::URI?): #{uri.inspect}" end end def parse(uri) # :nodoc: Bundler::URI.for(*self.split(uri), self) end def join(*uris) # :nodoc: uris[0] = convert_to_uri(uris[0]) uris.inject :merge end # Compatibility for RFC2396 parser def extract(str, schemes = nil, &block) # :nodoc: warn "Bundler::URI::RFC3986_PARSER.extract is obsolete. Use Bundler::URI::RFC2396_PARSER.extract explicitly.", uplevel: 1 if $VERBOSE RFC2396_PARSER.extract(str, schemes, &block) end # Compatibility for RFC2396 parser def make_regexp(schemes = nil) # :nodoc: warn "Bundler::URI::RFC3986_PARSER.make_regexp is obsolete. Use Bundler::URI::RFC2396_PARSER.make_regexp explicitly.", uplevel: 1 if $VERBOSE RFC2396_PARSER.make_regexp(schemes) end # Compatibility for RFC2396 parser def escape(str, unsafe = nil) # :nodoc: warn "Bundler::URI::RFC3986_PARSER.escape is obsolete. Use Bundler::URI::RFC2396_PARSER.escape explicitly.", uplevel: 1 if $VERBOSE unsafe ? RFC2396_PARSER.escape(str, unsafe) : RFC2396_PARSER.escape(str) end # Compatibility for RFC2396 parser def unescape(str, escaped = nil) # :nodoc: warn "Bundler::URI::RFC3986_PARSER.unescape is obsolete. Use Bundler::URI::RFC2396_PARSER.unescape explicitly.", uplevel: 1 if $VERBOSE escaped ? RFC2396_PARSER.unescape(str, escaped) : RFC2396_PARSER.unescape(str) end @@to_s = Kernel.instance_method(:to_s) if @@to_s.respond_to?(:bind_call) def inspect @@to_s.bind_call(self) end else def inspect @@to_s.bind(self).call end end private def default_regexp # :nodoc: { SCHEME: %r[\A#{SCHEME}\z]o, USERINFO: %r[\A#{USERINFO}\z]o, HOST: %r[\A#{HOST}\z]o, ABS_PATH: %r[\A/#{SEG}*+\z]o, REL_PATH: %r[\A(?!/)#{SEG}++\z]o, QUERY: %r[\A(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/?])*+\z], FRAGMENT: %r[\A#{FRAGMENT}\z]o, OPAQUE: %r[\A(?:[^/].*)?\z], PORT: /\A[\x09\x0a\x0c\x0d ]*+\d*[\x09\x0a\x0c\x0d ]*\z/, } end def convert_to_uri(uri) if uri.is_a?(Bundler::URI::Generic) uri elsif uri = String.try_convert(uri) parse(uri) else raise ArgumentError, "bad argument (expected Bundler::URI object or Bundler::URI string)" end end end # class Parser end # module Bundler::URI PK *J [N9QER R E share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/https.rbnu �[��� # frozen_string_literal: false # = uri/https.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'http' module Bundler::URI # The default port for HTTPS URIs is 443, and the scheme is 'https:' rather # than 'http:'. Other than that, HTTPS URIs are identical to HTTP URIs; # see Bundler::URI::HTTP. class HTTPS < HTTP # A Default port of 443 for Bundler::URI::HTTPS DEFAULT_PORT = 443 end register_scheme 'HTTPS', HTTPS end PK *J [�䌝� � G share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/version.rbnu �[��� module Bundler::URI # :stopdoc: VERSION_CODE = '010003'.freeze VERSION = VERSION_CODE.scan(/../).collect{|n| n.to_i}.join('.').freeze # :startdoc: end PK *J [P�N�# # C share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/ftp.rbnu �[��� # frozen_string_literal: false # = uri/ftp.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'generic' module Bundler::URI # # FTP Bundler::URI syntax is defined by RFC1738 section 3.2. # # This class will be redesigned because of difference of implementations; # the structure of its path. draft-hoffman-ftp-uri-04 is a draft but it # is a good summary about the de facto spec. # https://datatracker.ietf.org/doc/html/draft-hoffman-ftp-uri-04 # class FTP < Generic # A Default port of 21 for Bundler::URI::FTP. DEFAULT_PORT = 21 # # An Array of the available components for Bundler::URI::FTP. # COMPONENT = [ :scheme, :userinfo, :host, :port, :path, :typecode ].freeze # # Typecode is "a", "i", or "d". # # * "a" indicates a text file (the FTP command was ASCII) # * "i" indicates a binary file (FTP command IMAGE) # * "d" indicates the contents of a directory should be displayed # TYPECODE = ['a', 'i', 'd'].freeze # Typecode prefix ";type=". TYPECODE_PREFIX = ';type='.freeze def self.new2(user, password, host, port, path, typecode = nil, arg_check = true) # :nodoc: # Do not use this method! Not tested. [Bug #7301] # This methods remains just for compatibility, # Keep it undocumented until the active maintainer is assigned. typecode = nil if typecode.size == 0 if typecode && !TYPECODE.include?(typecode) raise ArgumentError, "bad typecode is specified: #{typecode}" end # do escape self.new('ftp', [user, password], host, port, nil, typecode ? path + TYPECODE_PREFIX + typecode : path, nil, nil, nil, arg_check) end # # == Description # # Creates a new Bundler::URI::FTP object from components, with syntax checking. # # The components accepted are +userinfo+, +host+, +port+, +path+, and # +typecode+. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, typecode]</code>. # # If the path supplied is absolute, it will be escaped in order to # make it absolute in the Bundler::URI. # # Examples: # # require 'bundler/vendor/uri/lib/uri' # # uri1 = Bundler::URI::FTP.build(['user:password', 'ftp.example.com', nil, # '/path/file.zip', 'i']) # uri1.to_s # => "ftp://user:password@ftp.example.com/%2Fpath/file.zip;type=i" # # uri2 = Bundler::URI::FTP.build({:host => 'ftp.example.com', # :path => 'ruby/src'}) # uri2.to_s # => "ftp://ftp.example.com/ruby/src" # def self.build(args) # Fix the incoming path to be generic URL syntax # FTP path -> URL path # foo/bar /foo/bar # /foo/bar /%2Ffoo/bar # if args.kind_of?(Array) args[3] = '/' + args[3].sub(/^\//, '%2F') else args[:path] = '/' + args[:path].sub(/^\//, '%2F') end tmp = Util::make_components_hash(self, args) if tmp[:typecode] if tmp[:typecode].size == 1 tmp[:typecode] = TYPECODE_PREFIX + tmp[:typecode] end tmp[:path] << tmp[:typecode] end return super(tmp) end # # == Description # # Creates a new Bundler::URI::FTP object from generic URL components with no # syntax checking. # # Unlike build(), this method does not escape the path component as # required by RFC1738; instead it is treated as per RFC2396. # # Arguments are +scheme+, +userinfo+, +host+, +port+, +registry+, +path+, # +opaque+, +query+, and +fragment+, in that order. # def initialize(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser = nil, arg_check = false) raise InvalidURIError unless path path = path.sub(/^\//,'') path.sub!(/^%2F/,'/') super(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser, arg_check) @typecode = nil if tmp = @path.index(TYPECODE_PREFIX) typecode = @path[tmp + TYPECODE_PREFIX.size..-1] @path = @path[0..tmp - 1] if arg_check self.typecode = typecode else self.set_typecode(typecode) end end end # typecode accessor. # # See Bundler::URI::FTP::COMPONENT. attr_reader :typecode # Validates typecode +v+, # returns +true+ or +false+. # def check_typecode(v) if TYPECODE.include?(v) return true else raise InvalidComponentError, "bad typecode(expected #{TYPECODE.join(', ')}): #{v}" end end private :check_typecode # Private setter for the typecode +v+. # # See also Bundler::URI::FTP.typecode=. # def set_typecode(v) @typecode = v end protected :set_typecode # # == Args # # +v+:: # String # # == Description # # Public setter for the typecode +v+ # (with validation). # # See also Bundler::URI::FTP.check_typecode. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("ftp://john@ftp.example.com/my_file.img") # #=> #<Bundler::URI::FTP ftp://john@ftp.example.com/my_file.img> # uri.typecode = "i" # uri # #=> #<Bundler::URI::FTP ftp://john@ftp.example.com/my_file.img;type=i> # def typecode=(typecode) check_typecode(typecode) set_typecode(typecode) typecode end def merge(oth) # :nodoc: tmp = super(oth) if self != tmp tmp.set_typecode(oth.typecode) end return tmp end # Returns the path from an FTP Bundler::URI. # # RFC 1738 specifically states that the path for an FTP Bundler::URI does not # include the / which separates the Bundler::URI path from the Bundler::URI host. Example: # # <code>ftp://ftp.example.com/pub/ruby</code> # # The above Bundler::URI indicates that the client should connect to # ftp.example.com then cd to pub/ruby from the initial login directory. # # If you want to cd to an absolute directory, you must include an # escaped / (%2F) in the path. Example: # # <code>ftp://ftp.example.com/%2Fpub/ruby</code> # # This method will then return "/pub/ruby". # def path return @path.sub(/^\//,'').sub(/^%2F/,'/') end # Private setter for the path of the Bundler::URI::FTP. def set_path(v) super("/" + v.sub(/^\//, "%2F")) end protected :set_path # Returns a String representation of the Bundler::URI::FTP. def to_s save_path = nil if @typecode save_path = @path @path = @path + TYPECODE_PREFIX + @typecode end str = super if @typecode @path = save_path end return str end end register_scheme 'FTP', FTP end PK *J [�"�F �F N share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/rfc2396_parser.rbnu �[��� # frozen_string_literal: false #-- # = uri/common.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: # You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # module Bundler::URI # # Includes Bundler::URI::REGEXP::PATTERN # module RFC2396_REGEXP # # Patterns used to parse Bundler::URI's # module PATTERN # :stopdoc: # RFC 2396 (Bundler::URI Generic Syntax) # RFC 2732 (IPv6 Literal Addresses in URL's) # RFC 2373 (IPv6 Addressing Architecture) # alpha = lowalpha | upalpha ALPHA = "a-zA-Z" # alphanum = alpha | digit ALNUM = "#{ALPHA}\\d" # hex = digit | "A" | "B" | "C" | "D" | "E" | "F" | # "a" | "b" | "c" | "d" | "e" | "f" HEX = "a-fA-F\\d" # escaped = "%" hex hex ESCAPED = "%[#{HEX}]{2}" # mark = "-" | "_" | "." | "!" | "~" | "*" | "'" | # "(" | ")" # unreserved = alphanum | mark UNRESERVED = "\\-_.!~*'()#{ALNUM}" # reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" | "+" | # "$" | "," # reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" | "+" | # "$" | "," | "[" | "]" (RFC 2732) RESERVED = ";/?:@&=+$,\\[\\]" # domainlabel = alphanum | alphanum *( alphanum | "-" ) alphanum DOMLABEL = "(?:[#{ALNUM}](?:[-#{ALNUM}]*[#{ALNUM}])?)" # toplabel = alpha | alpha *( alphanum | "-" ) alphanum TOPLABEL = "(?:[#{ALPHA}](?:[-#{ALNUM}]*[#{ALNUM}])?)" # hostname = *( domainlabel "." ) toplabel [ "." ] HOSTNAME = "(?:#{DOMLABEL}\\.)*#{TOPLABEL}\\.?" # :startdoc: end # PATTERN # :startdoc: end # REGEXP # Class that parses String's into Bundler::URI's. # # It contains a Hash set of patterns and Regexp's that match and validate. # class RFC2396_Parser include RFC2396_REGEXP # # == Synopsis # # Bundler::URI::Parser.new([opts]) # # == Args # # The constructor accepts a hash as options for parser. # Keys of options are pattern names of Bundler::URI components # and values of options are pattern strings. # The constructor generates set of regexps for parsing URIs. # # You can use the following keys: # # * :ESCAPED (Bundler::URI::PATTERN::ESCAPED in default) # * :UNRESERVED (Bundler::URI::PATTERN::UNRESERVED in default) # * :DOMLABEL (Bundler::URI::PATTERN::DOMLABEL in default) # * :TOPLABEL (Bundler::URI::PATTERN::TOPLABEL in default) # * :HOSTNAME (Bundler::URI::PATTERN::HOSTNAME in default) # # == Examples # # p = Bundler::URI::Parser.new(:ESCAPED => "(?:%[a-fA-F0-9]{2}|%u[a-fA-F0-9]{4})") # u = p.parse("http://example.jp/%uABCD") #=> #<Bundler::URI::HTTP http://example.jp/%uABCD> # Bundler::URI.parse(u.to_s) #=> raises Bundler::URI::InvalidURIError # # s = "http://example.com/ABCD" # u1 = p.parse(s) #=> #<Bundler::URI::HTTP http://example.com/ABCD> # u2 = Bundler::URI.parse(s) #=> #<Bundler::URI::HTTP http://example.com/ABCD> # u1 == u2 #=> true # u1.eql?(u2) #=> false # def initialize(opts = {}) @pattern = initialize_pattern(opts) @pattern.each_value(&:freeze) @pattern.freeze @regexp = initialize_regexp(@pattern) @regexp.each_value(&:freeze) @regexp.freeze end # The Hash of patterns. # # See also Bundler::URI::Parser.initialize_pattern. attr_reader :pattern # The Hash of Regexp. # # See also Bundler::URI::Parser.initialize_regexp. attr_reader :regexp # Returns a split Bundler::URI against +regexp[:ABS_URI]+. def split(uri) case uri when '' # null uri when @regexp[:ABS_URI] scheme, opaque, userinfo, host, port, registry, path, query, fragment = $~[1..-1] # Bundler::URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] # opaque_part = uric_no_slash *uric # abs_path = "/" path_segments # net_path = "//" authority [ abs_path ] # authority = server | reg_name # server = [ [ userinfo "@" ] hostport ] if !scheme raise InvalidURIError, "bad Bundler::URI (absolute but no scheme): #{uri}" end if !opaque && (!path && (!host && !registry)) raise InvalidURIError, "bad Bundler::URI (absolute but no path): #{uri}" end when @regexp[:REL_URI] scheme = nil opaque = nil userinfo, host, port, registry, rel_segment, abs_path, query, fragment = $~[1..-1] if rel_segment && abs_path path = rel_segment + abs_path elsif rel_segment path = rel_segment elsif abs_path path = abs_path end # Bundler::URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] # relativeURI = ( net_path | abs_path | rel_path ) [ "?" query ] # net_path = "//" authority [ abs_path ] # abs_path = "/" path_segments # rel_path = rel_segment [ abs_path ] # authority = server | reg_name # server = [ [ userinfo "@" ] hostport ] else raise InvalidURIError, "bad Bundler::URI (is not Bundler::URI?): #{uri}" end path = '' if !path && !opaque # (see RFC2396 Section 5.2) ret = [ scheme, userinfo, host, port, # X registry, # X path, # Y opaque, # Y query, fragment ] return ret end # # == Args # # +uri+:: # String # # == Description # # Parses +uri+ and constructs either matching Bundler::URI scheme object # (File, FTP, HTTP, HTTPS, LDAP, LDAPS, or MailTo) or Bundler::URI::Generic. # # == Usage # # p = Bundler::URI::Parser.new # p.parse("ldap://ldap.example.com/dc=example?user=john") # #=> #<Bundler::URI::LDAP ldap://ldap.example.com/dc=example?user=john> # def parse(uri) Bundler::URI.for(*self.split(uri), self) end # # == Args # # +uris+:: # an Array of Strings # # == Description # # Attempts to parse and merge a set of URIs. # def join(*uris) uris[0] = convert_to_uri(uris[0]) uris.inject :merge end # # :call-seq: # extract( str ) # extract( str, schemes ) # extract( str, schemes ) {|item| block } # # == Args # # +str+:: # String to search # +schemes+:: # Patterns to apply to +str+ # # == Description # # Attempts to parse and merge a set of URIs. # If no +block+ given, then returns the result, # else it calls +block+ for each element in result. # # See also Bundler::URI::Parser.make_regexp. # def extract(str, schemes = nil) if block_given? str.scan(make_regexp(schemes)) { yield $& } nil else result = [] str.scan(make_regexp(schemes)) { result.push $& } result end end # Returns Regexp that is default +self.regexp[:ABS_URI_REF]+, # unless +schemes+ is provided. Then it is a Regexp.union with +self.pattern[:X_ABS_URI]+. def make_regexp(schemes = nil) unless schemes @regexp[:ABS_URI_REF] else /(?=#{Regexp.union(*schemes)}:)#{@pattern[:X_ABS_URI]}/x end end # # :call-seq: # escape( str ) # escape( str, unsafe ) # # == Args # # +str+:: # String to make safe # +unsafe+:: # Regexp to apply. Defaults to +self.regexp[:UNSAFE]+ # # == Description # # Constructs a safe String from +str+, removing unsafe characters, # replacing them with codes. # def escape(str, unsafe = @regexp[:UNSAFE]) unless unsafe.kind_of?(Regexp) # perhaps unsafe is String object unsafe = Regexp.new("[#{Regexp.quote(unsafe)}]", false) end str.gsub(unsafe) do us = $& tmp = '' us.each_byte do |uc| tmp << sprintf('%%%02X', uc) end tmp end.force_encoding(Encoding::US_ASCII) end # # :call-seq: # unescape( str ) # unescape( str, escaped ) # # == Args # # +str+:: # String to remove escapes from # +escaped+:: # Regexp to apply. Defaults to +self.regexp[:ESCAPED]+ # # == Description # # Removes escapes from +str+. # def unescape(str, escaped = @regexp[:ESCAPED]) enc = str.encoding enc = Encoding::UTF_8 if enc == Encoding::US_ASCII str.gsub(escaped) { [$&[1, 2]].pack('H2').force_encoding(enc) } end TO_S = Kernel.instance_method(:to_s) # :nodoc: if TO_S.respond_to?(:bind_call) def inspect # :nodoc: TO_S.bind_call(self) end else def inspect # :nodoc: TO_S.bind(self).call end end private # Constructs the default Hash of patterns. def initialize_pattern(opts = {}) ret = {} ret[:ESCAPED] = escaped = (opts.delete(:ESCAPED) || PATTERN::ESCAPED) ret[:UNRESERVED] = unreserved = opts.delete(:UNRESERVED) || PATTERN::UNRESERVED ret[:RESERVED] = reserved = opts.delete(:RESERVED) || PATTERN::RESERVED ret[:DOMLABEL] = opts.delete(:DOMLABEL) || PATTERN::DOMLABEL ret[:TOPLABEL] = opts.delete(:TOPLABEL) || PATTERN::TOPLABEL ret[:HOSTNAME] = hostname = opts.delete(:HOSTNAME) # RFC 2396 (Bundler::URI Generic Syntax) # RFC 2732 (IPv6 Literal Addresses in URL's) # RFC 2373 (IPv6 Addressing Architecture) # uric = reserved | unreserved | escaped ret[:URIC] = uric = "(?:[#{unreserved}#{reserved}]|#{escaped})" # uric_no_slash = unreserved | escaped | ";" | "?" | ":" | "@" | # "&" | "=" | "+" | "$" | "," ret[:URIC_NO_SLASH] = uric_no_slash = "(?:[#{unreserved};?:@&=+$,]|#{escaped})" # query = *uric ret[:QUERY] = query = "#{uric}*" # fragment = *uric ret[:FRAGMENT] = fragment = "#{uric}*" # hostname = *( domainlabel "." ) toplabel [ "." ] # reg-name = *( unreserved / pct-encoded / sub-delims ) # RFC3986 unless hostname ret[:HOSTNAME] = hostname = "(?:[a-zA-Z0-9\\-.]|%\\h\\h)+" end # RFC 2373, APPENDIX B: # IPv6address = hexpart [ ":" IPv4address ] # IPv4address = 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT # hexpart = hexseq | hexseq "::" [ hexseq ] | "::" [ hexseq ] # hexseq = hex4 *( ":" hex4) # hex4 = 1*4HEXDIG # # XXX: This definition has a flaw. "::" + IPv4address must be # allowed too. Here is a replacement. # # IPv4address = 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT ret[:IPV4ADDR] = ipv4addr = "\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}" # hex4 = 1*4HEXDIG hex4 = "[#{PATTERN::HEX}]{1,4}" # lastpart = hex4 | IPv4address lastpart = "(?:#{hex4}|#{ipv4addr})" # hexseq1 = *( hex4 ":" ) hex4 hexseq1 = "(?:#{hex4}:)*#{hex4}" # hexseq2 = *( hex4 ":" ) lastpart hexseq2 = "(?:#{hex4}:)*#{lastpart}" # IPv6address = hexseq2 | [ hexseq1 ] "::" [ hexseq2 ] ret[:IPV6ADDR] = ipv6addr = "(?:#{hexseq2}|(?:#{hexseq1})?::(?:#{hexseq2})?)" # IPv6prefix = ( hexseq1 | [ hexseq1 ] "::" [ hexseq1 ] ) "/" 1*2DIGIT # unused # ipv6reference = "[" IPv6address "]" (RFC 2732) ret[:IPV6REF] = ipv6ref = "\\[#{ipv6addr}\\]" # host = hostname | IPv4address # host = hostname | IPv4address | IPv6reference (RFC 2732) ret[:HOST] = host = "(?:#{hostname}|#{ipv4addr}|#{ipv6ref})" # port = *digit ret[:PORT] = port = '\d*' # hostport = host [ ":" port ] ret[:HOSTPORT] = hostport = "#{host}(?::#{port})?" # userinfo = *( unreserved | escaped | # ";" | ":" | "&" | "=" | "+" | "$" | "," ) ret[:USERINFO] = userinfo = "(?:[#{unreserved};:&=+$,]|#{escaped})*" # pchar = unreserved | escaped | # ":" | "@" | "&" | "=" | "+" | "$" | "," pchar = "(?:[#{unreserved}:@&=+$,]|#{escaped})" # param = *pchar param = "#{pchar}*" # segment = *pchar *( ";" param ) segment = "#{pchar}*(?:;#{param})*" # path_segments = segment *( "/" segment ) ret[:PATH_SEGMENTS] = path_segments = "#{segment}(?:/#{segment})*" # server = [ [ userinfo "@" ] hostport ] server = "(?:#{userinfo}@)?#{hostport}" # reg_name = 1*( unreserved | escaped | "$" | "," | # ";" | ":" | "@" | "&" | "=" | "+" ) ret[:REG_NAME] = reg_name = "(?:[#{unreserved}$,;:@&=+]|#{escaped})+" # authority = server | reg_name authority = "(?:#{server}|#{reg_name})" # rel_segment = 1*( unreserved | escaped | # ";" | "@" | "&" | "=" | "+" | "$" | "," ) ret[:REL_SEGMENT] = rel_segment = "(?:[#{unreserved};@&=+$,]|#{escaped})+" # scheme = alpha *( alpha | digit | "+" | "-" | "." ) ret[:SCHEME] = scheme = "[#{PATTERN::ALPHA}][\\-+.#{PATTERN::ALPHA}\\d]*" # abs_path = "/" path_segments ret[:ABS_PATH] = abs_path = "/#{path_segments}" # rel_path = rel_segment [ abs_path ] ret[:REL_PATH] = rel_path = "#{rel_segment}(?:#{abs_path})?" # net_path = "//" authority [ abs_path ] ret[:NET_PATH] = net_path = "//#{authority}(?:#{abs_path})?" # hier_part = ( net_path | abs_path ) [ "?" query ] ret[:HIER_PART] = hier_part = "(?:#{net_path}|#{abs_path})(?:\\?(?:#{query}))?" # opaque_part = uric_no_slash *uric ret[:OPAQUE_PART] = opaque_part = "#{uric_no_slash}#{uric}*" # absoluteURI = scheme ":" ( hier_part | opaque_part ) ret[:ABS_URI] = abs_uri = "#{scheme}:(?:#{hier_part}|#{opaque_part})" # relativeURI = ( net_path | abs_path | rel_path ) [ "?" query ] ret[:REL_URI] = rel_uri = "(?:#{net_path}|#{abs_path}|#{rel_path})(?:\\?#{query})?" # Bundler::URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] ret[:URI_REF] = "(?:#{abs_uri}|#{rel_uri})?(?:##{fragment})?" ret[:X_ABS_URI] = " (#{scheme}): (?# 1: scheme) (?: (#{opaque_part}) (?# 2: opaque) | (?:(?: //(?: (?:(?:(#{userinfo})@)? (?# 3: userinfo) (?:(#{host})(?::(\\d*))?))? (?# 4: host, 5: port) | (#{reg_name}) (?# 6: registry) ) | (?!//)) (?# XXX: '//' is the mark for hostport) (#{abs_path})? (?# 7: path) )(?:\\?(#{query}))? (?# 8: query) ) (?:\\#(#{fragment}))? (?# 9: fragment) " ret[:X_REL_URI] = " (?: (?: // (?: (?:(#{userinfo})@)? (?# 1: userinfo) (#{host})?(?::(\\d*))? (?# 2: host, 3: port) | (#{reg_name}) (?# 4: registry) ) ) | (#{rel_segment}) (?# 5: rel_segment) )? (#{abs_path})? (?# 6: abs_path) (?:\\?(#{query}))? (?# 7: query) (?:\\#(#{fragment}))? (?# 8: fragment) " ret end # Constructs the default Hash of Regexp's. def initialize_regexp(pattern) ret = {} # for Bundler::URI::split ret[:ABS_URI] = Regexp.new('\A\s*+' + pattern[:X_ABS_URI] + '\s*\z', Regexp::EXTENDED) ret[:REL_URI] = Regexp.new('\A\s*+' + pattern[:X_REL_URI] + '\s*\z', Regexp::EXTENDED) # for Bundler::URI::extract ret[:URI_REF] = Regexp.new(pattern[:URI_REF]) ret[:ABS_URI_REF] = Regexp.new(pattern[:X_ABS_URI], Regexp::EXTENDED) ret[:REL_URI_REF] = Regexp.new(pattern[:X_REL_URI], Regexp::EXTENDED) # for Bundler::URI::escape/unescape ret[:ESCAPED] = Regexp.new(pattern[:ESCAPED]) ret[:UNSAFE] = Regexp.new("[^#{pattern[:UNRESERVED]}#{pattern[:RESERVED]}]") # for Generic#initialize ret[:SCHEME] = Regexp.new("\\A#{pattern[:SCHEME]}\\z") ret[:USERINFO] = Regexp.new("\\A#{pattern[:USERINFO]}\\z") ret[:HOST] = Regexp.new("\\A#{pattern[:HOST]}\\z") ret[:PORT] = Regexp.new("\\A#{pattern[:PORT]}\\z") ret[:OPAQUE] = Regexp.new("\\A#{pattern[:OPAQUE_PART]}\\z") ret[:REGISTRY] = Regexp.new("\\A#{pattern[:REG_NAME]}\\z") ret[:ABS_PATH] = Regexp.new("\\A#{pattern[:ABS_PATH]}\\z") ret[:REL_PATH] = Regexp.new("\\A#{pattern[:REL_PATH]}\\z") ret[:QUERY] = Regexp.new("\\A#{pattern[:QUERY]}\\z") ret[:FRAGMENT] = Regexp.new("\\A#{pattern[:FRAGMENT]}\\z") ret end def convert_to_uri(uri) if uri.is_a?(Bundler::URI::Generic) uri elsif uri = String.try_convert(uri) parse(uri) else raise ArgumentError, "bad argument (expected Bundler::URI object or Bundler::URI string)" end end end # class Parser # Backward compatibility for Bundler::URI::REGEXP::PATTERN::* RFC2396_Parser.new.pattern.each_pair do |sym, str| unless RFC2396_REGEXP::PATTERN.const_defined?(sym, false) RFC2396_REGEXP::PATTERN.const_set(sym, str) end end end # module Bundler::URI PK *J [i7�* * F share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/mailto.rbnu �[��� # frozen_string_literal: false # = uri/mailto.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'generic' module Bundler::URI # # RFC6068, the mailto URL scheme. # class MailTo < Generic include RFC2396_REGEXP # A Default port of nil for Bundler::URI::MailTo. DEFAULT_PORT = nil # An Array of the available components for Bundler::URI::MailTo. COMPONENT = [ :scheme, :to, :headers ].freeze # :stopdoc: # "hname" and "hvalue" are encodings of an RFC 822 header name and # value, respectively. As with "to", all URL reserved characters must # be encoded. # # "#mailbox" is as specified in RFC 822 [RFC822]. This means that it # consists of zero or more comma-separated mail addresses, possibly # including "phrase" and "comment" components. Note that all URL # reserved characters in "to" must be encoded: in particular, # parentheses, commas, and the percent sign ("%"), which commonly occur # in the "mailbox" syntax. # # Within mailto URLs, the characters "?", "=", "&" are reserved. # ; RFC 6068 # hfields = "?" hfield *( "&" hfield ) # hfield = hfname "=" hfvalue # hfname = *qchar # hfvalue = *qchar # qchar = unreserved / pct-encoded / some-delims # some-delims = "!" / "$" / "'" / "(" / ")" / "*" # / "+" / "," / ";" / ":" / "@" # # ; RFC3986 # unreserved = ALPHA / DIGIT / "-" / "." / "_" / "~" # pct-encoded = "%" HEXDIG HEXDIG HEADER_REGEXP = /\A(?<hfield>(?:%\h\h|[!$'-.0-;@-Z_a-z~])*=(?:%\h\h|[!$'-.0-;@-Z_a-z~])*)(?:&\g<hfield>)*\z/ # practical regexp for email address # https://html.spec.whatwg.org/multipage/input.html#valid-e-mail-address EMAIL_REGEXP = /\A[a-zA-Z0-9.!\#$%&'*+\/=?^_`{|}~-]+@[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?(?:\.[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?)*\z/ # :startdoc: # # == Description # # Creates a new Bundler::URI::MailTo object from components, with syntax checking. # # Components can be provided as an Array or Hash. If an Array is used, # the components must be supplied as <code>[to, headers]</code>. # # If a Hash is used, the keys are the component names preceded by colons. # # The headers can be supplied as a pre-encoded string, such as # <code>"subject=subscribe&cc=address"</code>, or as an Array of Arrays # like <code>[['subject', 'subscribe'], ['cc', 'address']]</code>. # # Examples: # # require 'bundler/vendor/uri/lib/uri' # # m1 = Bundler::URI::MailTo.build(['joe@example.com', 'subject=Ruby']) # m1.to_s # => "mailto:joe@example.com?subject=Ruby" # # m2 = Bundler::URI::MailTo.build(['john@example.com', [['Subject', 'Ruby'], ['Cc', 'jack@example.com']]]) # m2.to_s # => "mailto:john@example.com?Subject=Ruby&Cc=jack@example.com" # # m3 = Bundler::URI::MailTo.build({:to => 'listman@example.com', :headers => [['subject', 'subscribe']]}) # m3.to_s # => "mailto:listman@example.com?subject=subscribe" # def self.build(args) tmp = Util.make_components_hash(self, args) case tmp[:to] when Array tmp[:opaque] = tmp[:to].join(',') when String tmp[:opaque] = tmp[:to].dup else tmp[:opaque] = '' end if tmp[:headers] query = case tmp[:headers] when Array tmp[:headers].collect { |x| if x.kind_of?(Array) x[0] + '=' + x[1..-1].join else x.to_s end }.join('&') when Hash tmp[:headers].collect { |h,v| h + '=' + v }.join('&') else tmp[:headers].to_s end unless query.empty? tmp[:opaque] << '?' << query end end super(tmp) end # # == Description # # Creates a new Bundler::URI::MailTo object from generic URL components with # no syntax checking. # # This method is usually called from Bundler::URI::parse, which checks # the validity of each component. # def initialize(*arg) super(*arg) @to = nil @headers = [] # The RFC3986 parser does not normally populate opaque @opaque = "?#{@query}" if @query && !@opaque unless @opaque raise InvalidComponentError, "missing opaque part for mailto URL" end to, header = @opaque.split('?', 2) # allow semicolon as a addr-spec separator # http://support.microsoft.com/kb/820868 unless /\A(?:[^@,;]+@[^@,;]+(?:\z|[,;]))*\z/ =~ to raise InvalidComponentError, "unrecognised opaque part for mailtoURL: #{@opaque}" end if arg[10] # arg_check self.to = to self.headers = header else set_to(to) set_headers(header) end end # The primary e-mail address of the URL, as a String. attr_reader :to # E-mail headers set by the URL, as an Array of Arrays. attr_reader :headers # Checks the to +v+ component. def check_to(v) return true unless v return true if v.size == 0 v.split(/[,;]/).each do |addr| # check url safety as path-rootless if /\A(?:%\h\h|[!$&-.0-;=@-Z_a-z~])*\z/ !~ addr raise InvalidComponentError, "an address in 'to' is invalid as Bundler::URI #{addr.dump}" end # check addr-spec # don't s/\+/ /g addr.gsub!(/%\h\h/, Bundler::URI::TBLDECWWWCOMP_) if EMAIL_REGEXP !~ addr raise InvalidComponentError, "an address in 'to' is invalid as uri-escaped addr-spec #{addr.dump}" end end true end private :check_to # Private setter for to +v+. def set_to(v) @to = v end protected :set_to # Setter for to +v+. def to=(v) check_to(v) set_to(v) v end # Checks the headers +v+ component against either # * HEADER_REGEXP def check_headers(v) return true unless v return true if v.size == 0 if HEADER_REGEXP !~ v raise InvalidComponentError, "bad component(expected opaque component): #{v}" end true end private :check_headers # Private setter for headers +v+. def set_headers(v) @headers = [] if v v.split('&').each do |x| @headers << x.split(/=/, 2) end end end protected :set_headers # Setter for headers +v+. def headers=(v) check_headers(v) set_headers(v) v end # Constructs String from Bundler::URI. def to_s @scheme + ':' + if @to @to else '' end + if @headers.size > 0 '?' + @headers.collect{|x| x.join('=')}.join('&') else '' end + if @fragment '#' + @fragment else '' end end # Returns the RFC822 e-mail text equivalent of the URL, as a String. # # Example: # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI.parse("mailto:ruby-list@ruby-lang.org?Subject=subscribe&cc=myaddr") # uri.to_mailtext # # => "To: ruby-list@ruby-lang.org\nSubject: subscribe\nCc: myaddr\n\n\n" # def to_mailtext to = Bundler::URI.decode_www_form_component(@to) head = '' body = '' @headers.each do |x| case x[0] when 'body' body = Bundler::URI.decode_www_form_component(x[1]) when 'to' to << ', ' + Bundler::URI.decode_www_form_component(x[1]) else head << Bundler::URI.decode_www_form_component(x[0]).capitalize + ': ' + Bundler::URI.decode_www_form_component(x[1]) + "\n" end end "To: #{to} #{head} #{body} " end alias to_rfc822text to_mailtext end register_scheme 'MAILTO', MailTo end PK *J [K�ӎ7 7 C share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/wss.rbnu �[��� # frozen_string_literal: false # = uri/wss.rb # # Author:: Matt Muller <mamuller@amazon.com> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'ws' module Bundler::URI # The default port for WSS URIs is 443, and the scheme is 'wss:' rather # than 'ws:'. Other than that, WSS URIs are identical to WS URIs; # see Bundler::URI::WS. class WSS < WS # A Default port of 443 for Bundler::URI::WSS DEFAULT_PORT = 443 end register_scheme 'WSS', WSS end PK *J [����� � D share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/file.rbnu �[��� # frozen_string_literal: true require_relative 'generic' module Bundler::URI # # The "file" Bundler::URI is defined by RFC8089. # class File < Generic # A Default port of nil for Bundler::URI::File. DEFAULT_PORT = nil # # An Array of the available components for Bundler::URI::File. # COMPONENT = [ :scheme, :host, :path ].freeze # # == Description # # Creates a new Bundler::URI::File object from components, with syntax checking. # # The components accepted are +host+ and +path+. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[host, path]</code>. # # A path from e.g. the File class should be escaped before # being passed. # # Examples: # # require 'bundler/vendor/uri/lib/uri' # # uri1 = Bundler::URI::File.build(['host.example.com', '/path/file.zip']) # uri1.to_s # => "file://host.example.com/path/file.zip" # # uri2 = Bundler::URI::File.build({:host => 'host.example.com', # :path => '/ruby/src'}) # uri2.to_s # => "file://host.example.com/ruby/src" # # uri3 = Bundler::URI::File.build({:path => Bundler::URI::escape('/path/my file.txt')}) # uri3.to_s # => "file:///path/my%20file.txt" # def self.build(args) tmp = Util::make_components_hash(self, args) super(tmp) end # Protected setter for the host component +v+. # # See also Bundler::URI::Generic.host=. # def set_host(v) v = "" if v.nil? || v == "localhost" @host = v end # do nothing def set_port(v) end # raise InvalidURIError def check_userinfo(user) raise Bundler::URI::InvalidURIError, "cannot set userinfo for file Bundler::URI" end # raise InvalidURIError def check_user(user) raise Bundler::URI::InvalidURIError, "cannot set user for file Bundler::URI" end # raise InvalidURIError def check_password(user) raise Bundler::URI::InvalidURIError, "cannot set password for file Bundler::URI" end # do nothing def set_userinfo(v) end # do nothing def set_user(v) end # do nothing def set_password(v) end end register_scheme 'FILE', File end PK *J [+T�s s B share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/ws.rbnu �[��� # frozen_string_literal: false # = uri/ws.rb # # Author:: Matt Muller <mamuller@amazon.com> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'generic' module Bundler::URI # # The syntax of WS URIs is defined in RFC6455 section 3. # # Note that the Ruby Bundler::URI library allows WS URLs containing usernames and # passwords. This is not legal as per the RFC, but used to be # supported in Internet Explorer 5 and 6, before the MS04-004 security # update. See <URL:http://support.microsoft.com/kb/834489>. # class WS < Generic # A Default port of 80 for Bundler::URI::WS. DEFAULT_PORT = 80 # An Array of the available components for Bundler::URI::WS. COMPONENT = %i[ scheme userinfo host port path query ].freeze # # == Description # # Creates a new Bundler::URI::WS object from components, with syntax checking. # # The components accepted are userinfo, host, port, path, and query. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, query]</code>. # # Example: # # uri = Bundler::URI::WS.build(host: 'www.example.com', path: '/foo/bar') # # uri = Bundler::URI::WS.build([nil, "www.example.com", nil, "/path", "query"]) # # Currently, if passed userinfo components this method generates # invalid WS URIs as per RFC 1738. # def self.build(args) tmp = Util.make_components_hash(self, args) super(tmp) end # # == Description # # Returns the full path for a WS Bundler::URI, as required by Net::HTTP::Get. # # If the Bundler::URI contains a query, the full path is Bundler::URI#path + '?' + Bundler::URI#query. # Otherwise, the path is simply Bundler::URI#path. # # Example: # # uri = Bundler::URI::WS.build(path: '/foo/bar', query: 'test=true') # uri.request_uri # => "/foo/bar?test=true" # def request_uri return unless @path url = @query ? "#@path?#@query" : @path.dup url.start_with?(?/.freeze) ? url : ?/ + url end end register_scheme 'WS', WS end PK *J [#�6�m �m F share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/common.rbnu �[��� # frozen_string_literal: true #-- # = uri/common.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: # You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative "rfc2396_parser" require_relative "rfc3986_parser" module Bundler::URI # The default parser instance for RFC 2396. RFC2396_PARSER = RFC2396_Parser.new Ractor.make_shareable(RFC2396_PARSER) if defined?(Ractor) # The default parser instance for RFC 3986. RFC3986_PARSER = RFC3986_Parser.new Ractor.make_shareable(RFC3986_PARSER) if defined?(Ractor) # The default parser instance. DEFAULT_PARSER = RFC3986_PARSER Ractor.make_shareable(DEFAULT_PARSER) if defined?(Ractor) # Set the default parser instance. def self.parser=(parser = RFC3986_PARSER) remove_const(:Parser) if defined?(::Bundler::URI::Parser) const_set("Parser", parser.class) remove_const(:REGEXP) if defined?(::Bundler::URI::REGEXP) remove_const(:PATTERN) if defined?(::Bundler::URI::PATTERN) if Parser == RFC2396_Parser const_set("REGEXP", Bundler::URI::RFC2396_REGEXP) const_set("PATTERN", Bundler::URI::RFC2396_REGEXP::PATTERN) end Parser.new.regexp.each_pair do |sym, str| remove_const(sym) if const_defined?(sym, false) const_set(sym, str) end end self.parser = RFC3986_PARSER def self.const_missing(const) # :nodoc: if const == :REGEXP warn "Bundler::URI::REGEXP is obsolete. Use Bundler::URI::RFC2396_REGEXP explicitly.", uplevel: 1 if $VERBOSE Bundler::URI::RFC2396_REGEXP elsif value = RFC2396_PARSER.regexp[const] warn "Bundler::URI::#{const} is obsolete. Use RFC2396_PARSER.regexp[#{const.inspect}] explicitly.", uplevel: 1 if $VERBOSE value elsif value = RFC2396_Parser.const_get(const) warn "Bundler::URI::#{const} is obsolete. Use RFC2396_Parser::#{const} explicitly.", uplevel: 1 if $VERBOSE value else super end end module Util # :nodoc: def make_components_hash(klass, array_hash) tmp = {} if array_hash.kind_of?(Array) && array_hash.size == klass.component.size - 1 klass.component[1..-1].each_index do |i| begin tmp[klass.component[i + 1]] = array_hash[i].clone rescue TypeError tmp[klass.component[i + 1]] = array_hash[i] end end elsif array_hash.kind_of?(Hash) array_hash.each do |key, value| begin tmp[key] = value.clone rescue TypeError tmp[key] = value end end else raise ArgumentError, "expected Array of or Hash of components of #{klass} (#{klass.component[1..-1].join(', ')})" end tmp[:scheme] = klass.to_s.sub(/\A.*::/, '').downcase return tmp end module_function :make_components_hash end module Schemes # :nodoc: end private_constant :Schemes # Registers the given +klass+ as the class to be instantiated # when parsing a \Bundler::URI with the given +scheme+: # # Bundler::URI.register_scheme('MS_SEARCH', Bundler::URI::Generic) # => Bundler::URI::Generic # Bundler::URI.scheme_list['MS_SEARCH'] # => Bundler::URI::Generic # # Note that after calling String#upcase on +scheme+, it must be a valid # constant name. def self.register_scheme(scheme, klass) Schemes.const_set(scheme.to_s.upcase, klass) end # Returns a hash of the defined schemes: # # Bundler::URI.scheme_list # # => # {"MAILTO"=>Bundler::URI::MailTo, # "LDAPS"=>Bundler::URI::LDAPS, # "WS"=>Bundler::URI::WS, # "HTTP"=>Bundler::URI::HTTP, # "HTTPS"=>Bundler::URI::HTTPS, # "LDAP"=>Bundler::URI::LDAP, # "FILE"=>Bundler::URI::File, # "FTP"=>Bundler::URI::FTP} # # Related: Bundler::URI.register_scheme. def self.scheme_list Schemes.constants.map { |name| [name.to_s.upcase, Schemes.const_get(name)] }.to_h end INITIAL_SCHEMES = scheme_list private_constant :INITIAL_SCHEMES Ractor.make_shareable(INITIAL_SCHEMES) if defined?(Ractor) # Returns a new object constructed from the given +scheme+, +arguments+, # and +default+: # # - The new object is an instance of <tt>Bundler::URI.scheme_list[scheme.upcase]</tt>. # - The object is initialized by calling the class initializer # using +scheme+ and +arguments+. # See Bundler::URI::Generic.new. # # Examples: # # values = ['john.doe', 'www.example.com', '123', nil, '/forum/questions/', nil, 'tag=networking&order=newest', 'top'] # Bundler::URI.for('https', *values) # # => #<Bundler::URI::HTTPS https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # Bundler::URI.for('foo', *values, default: Bundler::URI::HTTP) # # => #<Bundler::URI::HTTP foo://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # def self.for(scheme, *arguments, default: Generic) const_name = scheme.to_s.upcase uri_class = INITIAL_SCHEMES[const_name] uri_class ||= if /\A[A-Z]\w*\z/.match?(const_name) && Schemes.const_defined?(const_name, false) Schemes.const_get(const_name, false) end uri_class ||= default return uri_class.new(scheme, *arguments) end # # Base class for all Bundler::URI exceptions. # class Error < StandardError; end # # Not a Bundler::URI. # class InvalidURIError < Error; end # # Not a Bundler::URI component. # class InvalidComponentError < Error; end # # Bundler::URI is valid, bad usage is not. # class BadURIError < Error; end # Returns a 9-element array representing the parts of the \Bundler::URI # formed from the string +uri+; # each array element is a string or +nil+: # # names = %w[scheme userinfo host port registry path opaque query fragment] # values = Bundler::URI.split('https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # names.zip(values) # # => # [["scheme", "https"], # ["userinfo", "john.doe"], # ["host", "www.example.com"], # ["port", "123"], # ["registry", nil], # ["path", "/forum/questions/"], # ["opaque", nil], # ["query", "tag=networking&order=newest"], # ["fragment", "top"]] # def self.split(uri) DEFAULT_PARSER.split(uri) end # Returns a new \Bundler::URI object constructed from the given string +uri+: # # Bundler::URI.parse('https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # # => #<Bundler::URI::HTTPS https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # Bundler::URI.parse('http://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # # => #<Bundler::URI::HTTP http://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # # It's recommended to first ::escape string +uri+ # if it may contain invalid Bundler::URI characters. # def self.parse(uri) DEFAULT_PARSER.parse(uri) end # Merges the given Bundler::URI strings +str+ # per {RFC 2396}[https://www.rfc-editor.org/rfc/rfc2396.html]. # # Each string in +str+ is converted to an # {RFC3986 Bundler::URI}[https://www.rfc-editor.org/rfc/rfc3986.html] before being merged. # # Examples: # # Bundler::URI.join("http://example.com/","main.rbx") # # => #<Bundler::URI::HTTP http://example.com/main.rbx> # # Bundler::URI.join('http://example.com', 'foo') # # => #<Bundler::URI::HTTP http://example.com/foo> # # Bundler::URI.join('http://example.com', '/foo', '/bar') # # => #<Bundler::URI::HTTP http://example.com/bar> # # Bundler::URI.join('http://example.com', '/foo', 'bar') # # => #<Bundler::URI::HTTP http://example.com/bar> # # Bundler::URI.join('http://example.com', '/foo/', 'bar') # # => #<Bundler::URI::HTTP http://example.com/foo/bar> # def self.join(*str) DEFAULT_PARSER.join(*str) end # # == Synopsis # # Bundler::URI::extract(str[, schemes][,&blk]) # # == Args # # +str+:: # String to extract URIs from. # +schemes+:: # Limit Bundler::URI matching to specific schemes. # # == Description # # Extracts URIs from a string. If block given, iterates through all matched URIs. # Returns nil if block given or array with matches. # # == Usage # # require "bundler/vendor/uri/lib/uri" # # Bundler::URI.extract("text here http://foo.example.org/bla and here mailto:test@example.com and here also.") # # => ["http://foo.example.com/bla", "mailto:test@example.com"] # def self.extract(str, schemes = nil, &block) # :nodoc: warn "Bundler::URI.extract is obsolete", uplevel: 1 if $VERBOSE DEFAULT_PARSER.extract(str, schemes, &block) end # # == Synopsis # # Bundler::URI::regexp([match_schemes]) # # == Args # # +match_schemes+:: # Array of schemes. If given, resulting regexp matches to URIs # whose scheme is one of the match_schemes. # # == Description # # Returns a Regexp object which matches to Bundler::URI-like strings. # The Regexp object returned by this method includes arbitrary # number of capture group (parentheses). Never rely on its number. # # == Usage # # require 'bundler/vendor/uri/lib/uri' # # # extract first Bundler::URI from html_string # html_string.slice(Bundler::URI.regexp) # # # remove ftp URIs # html_string.sub(Bundler::URI.regexp(['ftp']), '') # # # You should not rely on the number of parentheses # html_string.scan(Bundler::URI.regexp) do |*matches| # p $& # end # def self.regexp(schemes = nil)# :nodoc: warn "Bundler::URI.regexp is obsolete", uplevel: 1 if $VERBOSE DEFAULT_PARSER.make_regexp(schemes) end TBLENCWWWCOMP_ = {} # :nodoc: 256.times do |i| TBLENCWWWCOMP_[-i.chr] = -('%%%02X' % i) end TBLENCURICOMP_ = TBLENCWWWCOMP_.dup.freeze # :nodoc: TBLENCWWWCOMP_[' '] = '+' TBLENCWWWCOMP_.freeze TBLDECWWWCOMP_ = {} # :nodoc: 256.times do |i| h, l = i>>4, i&15 TBLDECWWWCOMP_[-('%%%X%X' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%x%X' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%X%x' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%x%x' % [h, l])] = -i.chr end TBLDECWWWCOMP_['+'] = ' ' TBLDECWWWCOMP_.freeze # Returns a URL-encoded string derived from the given string +str+. # # The returned string: # # - Preserves: # # - Characters <tt>'*'</tt>, <tt>'.'</tt>, <tt>'-'</tt>, and <tt>'_'</tt>. # - Character in ranges <tt>'a'..'z'</tt>, <tt>'A'..'Z'</tt>, # and <tt>'0'..'9'</tt>. # # Example: # # Bundler::URI.encode_www_form_component('*.-_azAZ09') # # => "*.-_azAZ09" # # - Converts: # # - Character <tt>' '</tt> to character <tt>'+'</tt>. # - Any other character to "percent notation"; # the percent notation for character <i>c</i> is <tt>'%%%X' % c.ord</tt>. # # Example: # # Bundler::URI.encode_www_form_component('Here are some punctuation characters: ,;?:') # # => "Here+are+some+punctuation+characters%3A+%2C%3B%3F%3A" # # Encoding: # # - If +str+ has encoding Encoding::ASCII_8BIT, argument +enc+ is ignored. # - Otherwise +str+ is converted first to Encoding::UTF_8 # (with suitable character replacements), # and then to encoding +enc+. # # In either case, the returned string has forced encoding Encoding::US_ASCII. # # Related: Bundler::URI.encode_uri_component (encodes <tt>' '</tt> as <tt>'%20'</tt>). def self.encode_www_form_component(str, enc=nil) _encode_uri_component(/[^*\-.0-9A-Z_a-z]/, TBLENCWWWCOMP_, str, enc) end # Returns a string decoded from the given \URL-encoded string +str+. # # The given string is first encoded as Encoding::ASCII-8BIT (using String#b), # then decoded (as below), and finally force-encoded to the given encoding +enc+. # # The returned string: # # - Preserves: # # - Characters <tt>'*'</tt>, <tt>'.'</tt>, <tt>'-'</tt>, and <tt>'_'</tt>. # - Character in ranges <tt>'a'..'z'</tt>, <tt>'A'..'Z'</tt>, # and <tt>'0'..'9'</tt>. # # Example: # # Bundler::URI.decode_www_form_component('*.-_azAZ09') # # => "*.-_azAZ09" # # - Converts: # # - Character <tt>'+'</tt> to character <tt>' '</tt>. # - Each "percent notation" to an ASCII character. # # Example: # # Bundler::URI.decode_www_form_component('Here+are+some+punctuation+characters%3A+%2C%3B%3F%3A') # # => "Here are some punctuation characters: ,;?:" # # Related: Bundler::URI.decode_uri_component (preserves <tt>'+'</tt>). def self.decode_www_form_component(str, enc=Encoding::UTF_8) _decode_uri_component(/\+|%\h\h/, str, enc) end # Like Bundler::URI.encode_www_form_component, except that <tt>' '</tt> (space) # is encoded as <tt>'%20'</tt> (instead of <tt>'+'</tt>). def self.encode_uri_component(str, enc=nil) _encode_uri_component(/[^*\-.0-9A-Z_a-z]/, TBLENCURICOMP_, str, enc) end # Like Bundler::URI.decode_www_form_component, except that <tt>'+'</tt> is preserved. def self.decode_uri_component(str, enc=Encoding::UTF_8) _decode_uri_component(/%\h\h/, str, enc) end def self._encode_uri_component(regexp, table, str, enc) str = str.to_s.dup if str.encoding != Encoding::ASCII_8BIT if enc && enc != Encoding::ASCII_8BIT str.encode!(Encoding::UTF_8, invalid: :replace, undef: :replace) str.encode!(enc, fallback: ->(x){"&##{x.ord};"}) end str.force_encoding(Encoding::ASCII_8BIT) end str.gsub!(regexp, table) str.force_encoding(Encoding::US_ASCII) end private_class_method :_encode_uri_component def self._decode_uri_component(regexp, str, enc) raise ArgumentError, "invalid %-encoding (#{str})" if /%(?!\h\h)/.match?(str) str.b.gsub(regexp, TBLDECWWWCOMP_).force_encoding(enc) end private_class_method :_decode_uri_component # Returns a URL-encoded string derived from the given # {Enumerable}[rdoc-ref:Enumerable@Enumerable+in+Ruby+Classes] # +enum+. # # The result is suitable for use as form data # for an \HTTP request whose <tt>Content-Type</tt> is # <tt>'application/x-www-form-urlencoded'</tt>. # # The returned string consists of the elements of +enum+, # each converted to one or more URL-encoded strings, # and all joined with character <tt>'&'</tt>. # # Simple examples: # # Bundler::URI.encode_www_form([['foo', 0], ['bar', 1], ['baz', 2]]) # # => "foo=0&bar=1&baz=2" # Bundler::URI.encode_www_form({foo: 0, bar: 1, baz: 2}) # # => "foo=0&bar=1&baz=2" # # The returned string is formed using method Bundler::URI.encode_www_form_component, # which converts certain characters: # # Bundler::URI.encode_www_form('f#o': '/', 'b-r': '$', 'b z': '@') # # => "f%23o=%2F&b-r=%24&b+z=%40" # # When +enum+ is Array-like, each element +ele+ is converted to a field: # # - If +ele+ is an array of two or more elements, # the field is formed from its first two elements # (and any additional elements are ignored): # # name = Bundler::URI.encode_www_form_component(ele[0], enc) # value = Bundler::URI.encode_www_form_component(ele[1], enc) # "#{name}=#{value}" # # Examples: # # Bundler::URI.encode_www_form([%w[foo bar], %w[baz bat bah]]) # # => "foo=bar&baz=bat" # Bundler::URI.encode_www_form([['foo', 0], ['bar', :baz, 'bat']]) # # => "foo=0&bar=baz" # # - If +ele+ is an array of one element, # the field is formed from <tt>ele[0]</tt>: # # Bundler::URI.encode_www_form_component(ele[0]) # # Example: # # Bundler::URI.encode_www_form([['foo'], [:bar], [0]]) # # => "foo&bar&0" # # - Otherwise the field is formed from +ele+: # # Bundler::URI.encode_www_form_component(ele) # # Example: # # Bundler::URI.encode_www_form(['foo', :bar, 0]) # # => "foo&bar&0" # # The elements of an Array-like +enum+ may be mixture: # # Bundler::URI.encode_www_form([['foo', 0], ['bar', 1, 2], ['baz'], :bat]) # # => "foo=0&bar=1&baz&bat" # # When +enum+ is Hash-like, # each +key+/+value+ pair is converted to one or more fields: # # - If +value+ is # {Array-convertible}[rdoc-ref:implicit_conversion.rdoc@Array-Convertible+Objects], # each element +ele+ in +value+ is paired with +key+ to form a field: # # name = Bundler::URI.encode_www_form_component(key, enc) # value = Bundler::URI.encode_www_form_component(ele, enc) # "#{name}=#{value}" # # Example: # # Bundler::URI.encode_www_form({foo: [:bar, 1], baz: [:bat, :bam, 2]}) # # => "foo=bar&foo=1&baz=bat&baz=bam&baz=2" # # - Otherwise, +key+ and +value+ are paired to form a field: # # name = Bundler::URI.encode_www_form_component(key, enc) # value = Bundler::URI.encode_www_form_component(value, enc) # "#{name}=#{value}" # # Example: # # Bundler::URI.encode_www_form({foo: 0, bar: 1, baz: 2}) # # => "foo=0&bar=1&baz=2" # # The elements of a Hash-like +enum+ may be mixture: # # Bundler::URI.encode_www_form({foo: [0, 1], bar: 2}) # # => "foo=0&foo=1&bar=2" # def self.encode_www_form(enum, enc=nil) enum.map do |k,v| if v.nil? encode_www_form_component(k, enc) elsif v.respond_to?(:to_ary) v.to_ary.map do |w| str = encode_www_form_component(k, enc) unless w.nil? str << '=' str << encode_www_form_component(w, enc) end end.join('&') else str = encode_www_form_component(k, enc) str << '=' str << encode_www_form_component(v, enc) end end.join('&') end # Returns name/value pairs derived from the given string +str+, # which must be an ASCII string. # # The method may be used to decode the body of Net::HTTPResponse object +res+ # for which <tt>res['Content-Type']</tt> is <tt>'application/x-www-form-urlencoded'</tt>. # # The returned data is an array of 2-element subarrays; # each subarray is a name/value pair (both are strings). # Each returned string has encoding +enc+, # and has had invalid characters removed via # {String#scrub}[rdoc-ref:String#scrub]. # # A simple example: # # Bundler::URI.decode_www_form('foo=0&bar=1&baz') # # => [["foo", "0"], ["bar", "1"], ["baz", ""]] # # The returned strings have certain conversions, # similar to those performed in Bundler::URI.decode_www_form_component: # # Bundler::URI.decode_www_form('f%23o=%2F&b-r=%24&b+z=%40') # # => [["f#o", "/"], ["b-r", "$"], ["b z", "@"]] # # The given string may contain consecutive separators: # # Bundler::URI.decode_www_form('foo=0&&bar=1&&baz=2') # # => [["foo", "0"], ["", ""], ["bar", "1"], ["", ""], ["baz", "2"]] # # A different separator may be specified: # # Bundler::URI.decode_www_form('foo=0--bar=1--baz', separator: '--') # # => [["foo", "0"], ["bar", "1"], ["baz", ""]] # def self.decode_www_form(str, enc=Encoding::UTF_8, separator: '&', use__charset_: false, isindex: false) raise ArgumentError, "the input of #{self.name}.#{__method__} must be ASCII only string" unless str.ascii_only? ary = [] return ary if str.empty? enc = Encoding.find(enc) str.b.each_line(separator) do |string| string.chomp!(separator) key, sep, val = string.partition('=') if isindex if sep.empty? val = key key = +'' end isindex = false end if use__charset_ and key == '_charset_' and e = get_encoding(val) enc = e use__charset_ = false end key.gsub!(/\+|%\h\h/, TBLDECWWWCOMP_) if val val.gsub!(/\+|%\h\h/, TBLDECWWWCOMP_) else val = +'' end ary << [key, val] end ary.each do |k, v| k.force_encoding(enc) k.scrub! v.force_encoding(enc) v.scrub! end ary end private =begin command for WEB_ENCODINGS_ curl https://encoding.spec.whatwg.org/encodings.json| ruby -rjson -e 'H={} h={ "shift_jis"=>"Windows-31J", "euc-jp"=>"cp51932", "iso-2022-jp"=>"cp50221", "x-mac-cyrillic"=>"macCyrillic", } JSON($<.read).map{|x|x["encodings"]}.flatten.each{|x| Encoding.find(n=h.fetch(n=x["name"].downcase,n))rescue next x["labels"].each{|y|H[y]=n} } puts "{" H.each{|k,v|puts %[ #{k.dump}=>#{v.dump},]} puts "}" ' =end WEB_ENCODINGS_ = { "unicode-1-1-utf-8"=>"utf-8", "utf-8"=>"utf-8", "utf8"=>"utf-8", "866"=>"ibm866", "cp866"=>"ibm866", "csibm866"=>"ibm866", "ibm866"=>"ibm866", "csisolatin2"=>"iso-8859-2", "iso-8859-2"=>"iso-8859-2", "iso-ir-101"=>"iso-8859-2", "iso8859-2"=>"iso-8859-2", "iso88592"=>"iso-8859-2", "iso_8859-2"=>"iso-8859-2", "iso_8859-2:1987"=>"iso-8859-2", "l2"=>"iso-8859-2", "latin2"=>"iso-8859-2", "csisolatin3"=>"iso-8859-3", "iso-8859-3"=>"iso-8859-3", "iso-ir-109"=>"iso-8859-3", "iso8859-3"=>"iso-8859-3", "iso88593"=>"iso-8859-3", "iso_8859-3"=>"iso-8859-3", "iso_8859-3:1988"=>"iso-8859-3", "l3"=>"iso-8859-3", "latin3"=>"iso-8859-3", "csisolatin4"=>"iso-8859-4", "iso-8859-4"=>"iso-8859-4", "iso-ir-110"=>"iso-8859-4", "iso8859-4"=>"iso-8859-4", "iso88594"=>"iso-8859-4", "iso_8859-4"=>"iso-8859-4", "iso_8859-4:1988"=>"iso-8859-4", "l4"=>"iso-8859-4", "latin4"=>"iso-8859-4", "csisolatincyrillic"=>"iso-8859-5", "cyrillic"=>"iso-8859-5", "iso-8859-5"=>"iso-8859-5", "iso-ir-144"=>"iso-8859-5", "iso8859-5"=>"iso-8859-5", "iso88595"=>"iso-8859-5", "iso_8859-5"=>"iso-8859-5", "iso_8859-5:1988"=>"iso-8859-5", "arabic"=>"iso-8859-6", "asmo-708"=>"iso-8859-6", "csiso88596e"=>"iso-8859-6", "csiso88596i"=>"iso-8859-6", "csisolatinarabic"=>"iso-8859-6", "ecma-114"=>"iso-8859-6", "iso-8859-6"=>"iso-8859-6", "iso-8859-6-e"=>"iso-8859-6", "iso-8859-6-i"=>"iso-8859-6", "iso-ir-127"=>"iso-8859-6", "iso8859-6"=>"iso-8859-6", "iso88596"=>"iso-8859-6", "iso_8859-6"=>"iso-8859-6", "iso_8859-6:1987"=>"iso-8859-6", "csisolatingreek"=>"iso-8859-7", "ecma-118"=>"iso-8859-7", "elot_928"=>"iso-8859-7", "greek"=>"iso-8859-7", "greek8"=>"iso-8859-7", "iso-8859-7"=>"iso-8859-7", "iso-ir-126"=>"iso-8859-7", "iso8859-7"=>"iso-8859-7", "iso88597"=>"iso-8859-7", "iso_8859-7"=>"iso-8859-7", "iso_8859-7:1987"=>"iso-8859-7", "sun_eu_greek"=>"iso-8859-7", "csiso88598e"=>"iso-8859-8", "csisolatinhebrew"=>"iso-8859-8", "hebrew"=>"iso-8859-8", "iso-8859-8"=>"iso-8859-8", "iso-8859-8-e"=>"iso-8859-8", "iso-ir-138"=>"iso-8859-8", "iso8859-8"=>"iso-8859-8", "iso88598"=>"iso-8859-8", "iso_8859-8"=>"iso-8859-8", "iso_8859-8:1988"=>"iso-8859-8", "visual"=>"iso-8859-8", "csisolatin6"=>"iso-8859-10", "iso-8859-10"=>"iso-8859-10", "iso-ir-157"=>"iso-8859-10", "iso8859-10"=>"iso-8859-10", "iso885910"=>"iso-8859-10", "l6"=>"iso-8859-10", "latin6"=>"iso-8859-10", "iso-8859-13"=>"iso-8859-13", "iso8859-13"=>"iso-8859-13", "iso885913"=>"iso-8859-13", "iso-8859-14"=>"iso-8859-14", "iso8859-14"=>"iso-8859-14", "iso885914"=>"iso-8859-14", "csisolatin9"=>"iso-8859-15", "iso-8859-15"=>"iso-8859-15", "iso8859-15"=>"iso-8859-15", "iso885915"=>"iso-8859-15", "iso_8859-15"=>"iso-8859-15", "l9"=>"iso-8859-15", "iso-8859-16"=>"iso-8859-16", "cskoi8r"=>"koi8-r", "koi"=>"koi8-r", "koi8"=>"koi8-r", "koi8-r"=>"koi8-r", "koi8_r"=>"koi8-r", "koi8-ru"=>"koi8-u", "koi8-u"=>"koi8-u", "dos-874"=>"windows-874", "iso-8859-11"=>"windows-874", "iso8859-11"=>"windows-874", "iso885911"=>"windows-874", "tis-620"=>"windows-874", "windows-874"=>"windows-874", "cp1250"=>"windows-1250", "windows-1250"=>"windows-1250", "x-cp1250"=>"windows-1250", "cp1251"=>"windows-1251", "windows-1251"=>"windows-1251", "x-cp1251"=>"windows-1251", "ansi_x3.4-1968"=>"windows-1252", "ascii"=>"windows-1252", "cp1252"=>"windows-1252", "cp819"=>"windows-1252", "csisolatin1"=>"windows-1252", "ibm819"=>"windows-1252", "iso-8859-1"=>"windows-1252", "iso-ir-100"=>"windows-1252", "iso8859-1"=>"windows-1252", "iso88591"=>"windows-1252", "iso_8859-1"=>"windows-1252", "iso_8859-1:1987"=>"windows-1252", "l1"=>"windows-1252", "latin1"=>"windows-1252", "us-ascii"=>"windows-1252", "windows-1252"=>"windows-1252", "x-cp1252"=>"windows-1252", "cp1253"=>"windows-1253", "windows-1253"=>"windows-1253", "x-cp1253"=>"windows-1253", "cp1254"=>"windows-1254", "csisolatin5"=>"windows-1254", "iso-8859-9"=>"windows-1254", "iso-ir-148"=>"windows-1254", "iso8859-9"=>"windows-1254", "iso88599"=>"windows-1254", "iso_8859-9"=>"windows-1254", "iso_8859-9:1989"=>"windows-1254", "l5"=>"windows-1254", "latin5"=>"windows-1254", "windows-1254"=>"windows-1254", "x-cp1254"=>"windows-1254", "cp1255"=>"windows-1255", "windows-1255"=>"windows-1255", "x-cp1255"=>"windows-1255", "cp1256"=>"windows-1256", "windows-1256"=>"windows-1256", "x-cp1256"=>"windows-1256", "cp1257"=>"windows-1257", "windows-1257"=>"windows-1257", "x-cp1257"=>"windows-1257", "cp1258"=>"windows-1258", "windows-1258"=>"windows-1258", "x-cp1258"=>"windows-1258", "x-mac-cyrillic"=>"macCyrillic", "x-mac-ukrainian"=>"macCyrillic", "chinese"=>"gbk", "csgb2312"=>"gbk", "csiso58gb231280"=>"gbk", "gb2312"=>"gbk", "gb_2312"=>"gbk", "gb_2312-80"=>"gbk", "gbk"=>"gbk", "iso-ir-58"=>"gbk", "x-gbk"=>"gbk", "gb18030"=>"gb18030", "big5"=>"big5", "big5-hkscs"=>"big5", "cn-big5"=>"big5", "csbig5"=>"big5", "x-x-big5"=>"big5", "cseucpkdfmtjapanese"=>"cp51932", "euc-jp"=>"cp51932", "x-euc-jp"=>"cp51932", "csiso2022jp"=>"cp50221", "iso-2022-jp"=>"cp50221", "csshiftjis"=>"Windows-31J", "ms932"=>"Windows-31J", "ms_kanji"=>"Windows-31J", "shift-jis"=>"Windows-31J", "shift_jis"=>"Windows-31J", "sjis"=>"Windows-31J", "windows-31j"=>"Windows-31J", "x-sjis"=>"Windows-31J", "cseuckr"=>"euc-kr", "csksc56011987"=>"euc-kr", "euc-kr"=>"euc-kr", "iso-ir-149"=>"euc-kr", "korean"=>"euc-kr", "ks_c_5601-1987"=>"euc-kr", "ks_c_5601-1989"=>"euc-kr", "ksc5601"=>"euc-kr", "ksc_5601"=>"euc-kr", "windows-949"=>"euc-kr", "utf-16be"=>"utf-16be", "utf-16"=>"utf-16le", "utf-16le"=>"utf-16le", } # :nodoc: Ractor.make_shareable(WEB_ENCODINGS_) if defined?(Ractor) # :nodoc: # return encoding or nil # http://encoding.spec.whatwg.org/#concept-encoding-get def self.get_encoding(label) Encoding.find(WEB_ENCODINGS_[label.to_str.strip.downcase]) rescue nil end end # module Bundler::URI module Bundler # # Returns a \Bundler::URI object derived from the given +uri+, # which may be a \Bundler::URI string or an existing \Bundler::URI object: # # # Returns a new Bundler::URI. # uri = Bundler::URI('http://github.com/ruby/ruby') # # => #<Bundler::URI::HTTP http://github.com/ruby/ruby> # # Returns the given Bundler::URI. # Bundler::URI(uri) # # => #<Bundler::URI::HTTP http://github.com/ruby/ruby> # def URI(uri) if uri.is_a?(Bundler::URI::Generic) uri elsif uri = String.try_convert(uri) Bundler::URI.parse(uri) else raise ArgumentError, "bad argument (expected Bundler::URI object or Bundler::URI string)" end end module_function :URI end PK *J [�Oˣ2 2 D share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri/http.rbnu �[��� # frozen_string_literal: false # = uri/http.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See Bundler::URI for general documentation # require_relative 'generic' module Bundler::URI # # The syntax of HTTP URIs is defined in RFC1738 section 3.3. # # Note that the Ruby Bundler::URI library allows HTTP URLs containing usernames and # passwords. This is not legal as per the RFC, but used to be # supported in Internet Explorer 5 and 6, before the MS04-004 security # update. See <URL:http://support.microsoft.com/kb/834489>. # class HTTP < Generic # A Default port of 80 for Bundler::URI::HTTP. DEFAULT_PORT = 80 # An Array of the available components for Bundler::URI::HTTP. COMPONENT = %i[ scheme userinfo host port path query fragment ].freeze # # == Description # # Creates a new Bundler::URI::HTTP object from components, with syntax checking. # # The components accepted are userinfo, host, port, path, query, and # fragment. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, query, fragment]</code>. # # Example: # # uri = Bundler::URI::HTTP.build(host: 'www.example.com', path: '/foo/bar') # # uri = Bundler::URI::HTTP.build([nil, "www.example.com", nil, "/path", # "query", 'fragment']) # # Currently, if passed userinfo components this method generates # invalid HTTP URIs as per RFC 1738. # def self.build(args) tmp = Util.make_components_hash(self, args) super(tmp) end # # == Description # # Returns the full path for an HTTP request, as required by Net::HTTP::Get. # # If the Bundler::URI contains a query, the full path is Bundler::URI#path + '?' + Bundler::URI#query. # Otherwise, the path is simply Bundler::URI#path. # # Example: # # uri = Bundler::URI::HTTP.build(path: '/foo/bar', query: 'test=true') # uri.request_uri # => "/foo/bar?test=true" # def request_uri return unless @path url = @query ? "#@path?#@query" : @path.dup url.start_with?(?/.freeze) ? url : ?/ + url end # # == Description # # Returns the authority for an HTTP uri, as defined in # https://www.rfc-editor.org/rfc/rfc3986#section-3.2. # # # Example: # # Bundler::URI::HTTP.build(host: 'www.example.com', path: '/foo/bar').authority #=> "www.example.com" # Bundler::URI::HTTP.build(host: 'www.example.com', port: 8000, path: '/foo/bar').authority #=> "www.example.com:8000" # Bundler::URI::HTTP.build(host: 'www.example.com', port: 80, path: '/foo/bar').authority #=> "www.example.com" # def authority if port == default_port host else "#{host}:#{port}" end end # # == Description # # Returns the origin for an HTTP uri, as defined in # https://www.rfc-editor.org/rfc/rfc6454. # # # Example: # # Bundler::URI::HTTP.build(host: 'www.example.com', path: '/foo/bar').origin #=> "http://www.example.com" # Bundler::URI::HTTP.build(host: 'www.example.com', port: 8000, path: '/foo/bar').origin #=> "http://www.example.com:8000" # Bundler::URI::HTTP.build(host: 'www.example.com', port: 80, path: '/foo/bar').origin #=> "http://www.example.com" # Bundler::URI::HTTPS.build(host: 'www.example.com', path: '/foo/bar').origin #=> "https://www.example.com" # def origin "#{scheme}://#{authority}" end end register_scheme 'HTTP', HTTP end PK *J [� D�� � ? share/gems/gems/bundler-2.6.7/lib/bundler/vendor/uri/lib/uri.rbnu �[��� # frozen_string_literal: false # Bundler::URI is a module providing classes to handle Uniform Resource Identifiers # (RFC2396[https://www.rfc-editor.org/rfc/rfc2396]). # # == Features # # * Uniform way of handling URIs. # * Flexibility to introduce custom Bundler::URI schemes. # * Flexibility to have an alternate Bundler::URI::Parser (or just different patterns # and regexp's). # # == Basic example # # require 'bundler/vendor/uri/lib/uri' # # uri = Bundler::URI("http://foo.com/posts?id=30&limit=5#time=1305298413") # #=> #<Bundler::URI::HTTP http://foo.com/posts?id=30&limit=5#time=1305298413> # # uri.scheme #=> "http" # uri.host #=> "foo.com" # uri.path #=> "/posts" # uri.query #=> "id=30&limit=5" # uri.fragment #=> "time=1305298413" # # uri.to_s #=> "http://foo.com/posts?id=30&limit=5#time=1305298413" # # == Adding custom URIs # # module Bundler::URI # class RSYNC < Generic # DEFAULT_PORT = 873 # end # register_scheme 'RSYNC', RSYNC # end # #=> Bundler::URI::RSYNC # # Bundler::URI.scheme_list # #=> {"FILE"=>Bundler::URI::File, "FTP"=>Bundler::URI::FTP, "HTTP"=>Bundler::URI::HTTP, # # "HTTPS"=>Bundler::URI::HTTPS, "LDAP"=>Bundler::URI::LDAP, "LDAPS"=>Bundler::URI::LDAPS, # # "MAILTO"=>Bundler::URI::MailTo, "RSYNC"=>Bundler::URI::RSYNC} # # uri = Bundler::URI("rsync://rsync.foo.com") # #=> #<Bundler::URI::RSYNC rsync://rsync.foo.com> # # == RFC References # # A good place to view an RFC spec is http://www.ietf.org/rfc.html. # # Here is a list of all related RFC's: # - RFC822[https://www.rfc-editor.org/rfc/rfc822] # - RFC1738[https://www.rfc-editor.org/rfc/rfc1738] # - RFC2255[https://www.rfc-editor.org/rfc/rfc2255] # - RFC2368[https://www.rfc-editor.org/rfc/rfc2368] # - RFC2373[https://www.rfc-editor.org/rfc/rfc2373] # - RFC2396[https://www.rfc-editor.org/rfc/rfc2396] # - RFC2732[https://www.rfc-editor.org/rfc/rfc2732] # - RFC3986[https://www.rfc-editor.org/rfc/rfc3986] # # == Class tree # # - Bundler::URI::Generic (in uri/generic.rb) # - Bundler::URI::File - (in uri/file.rb) # - Bundler::URI::FTP - (in uri/ftp.rb) # - Bundler::URI::HTTP - (in uri/http.rb) # - Bundler::URI::HTTPS - (in uri/https.rb) # - Bundler::URI::LDAP - (in uri/ldap.rb) # - Bundler::URI::LDAPS - (in uri/ldaps.rb) # - Bundler::URI::MailTo - (in uri/mailto.rb) # - Bundler::URI::Parser - (in uri/common.rb) # - Bundler::URI::REGEXP - (in uri/common.rb) # - Bundler::URI::REGEXP::PATTERN - (in uri/common.rb) # - Bundler::URI::Util - (in uri/common.rb) # - Bundler::URI::Error - (in uri/common.rb) # - Bundler::URI::InvalidURIError - (in uri/common.rb) # - Bundler::URI::InvalidComponentError - (in uri/common.rb) # - Bundler::URI::BadURIError - (in uri/common.rb) # # == Copyright Info # # Author:: Akira Yamada <akira@ruby-lang.org> # Documentation:: # Akira Yamada <akira@ruby-lang.org> # Dmitry V. Sabanin <sdmitry@lrn.ru> # Vincent Batts <vbatts@hashbangbash.com> # License:: # Copyright (c) 2001 akira yamada <akira@ruby-lang.org> # You can redistribute it and/or modify it under the same term as Ruby. # module Bundler::URI end require_relative 'uri/version' require_relative 'uri/common' require_relative 'uri/generic' require_relative 'uri/file' require_relative 'uri/ftp' require_relative 'uri/http' require_relative 'uri/https' require_relative 'uri/ldap' require_relative 'uri/ldaps' require_relative 'uri/mailto' require_relative 'uri/ws' require_relative 'uri/wss' PK *J [5���;B ;B K share/gems/gems/bundler-2.6.7/lib/bundler/vendor/fileutils/lib/fileutils.rbnu �[��� # frozen_string_literal: true begin require 'rbconfig' rescue LoadError # for make rjit-headers end # Namespace for file utility methods for copying, moving, removing, etc. # # == What's Here # # First, what’s elsewhere. \Module \Bundler::FileUtils: # # - Inherits from {class Object}[rdoc-ref:Object]. # - Supplements {class File}[rdoc-ref:File] # (but is not included or extended there). # # Here, module \Bundler::FileUtils provides methods that are useful for: # # - {Creating}[rdoc-ref:FileUtils@Creating]. # - {Deleting}[rdoc-ref:FileUtils@Deleting]. # - {Querying}[rdoc-ref:FileUtils@Querying]. # - {Setting}[rdoc-ref:FileUtils@Setting]. # - {Comparing}[rdoc-ref:FileUtils@Comparing]. # - {Copying}[rdoc-ref:FileUtils@Copying]. # - {Moving}[rdoc-ref:FileUtils@Moving]. # - {Options}[rdoc-ref:FileUtils@Options]. # # === Creating # # - ::mkdir: Creates directories. # - ::mkdir_p, ::makedirs, ::mkpath: Creates directories, # also creating ancestor directories as needed. # - ::link_entry: Creates a hard link. # - ::ln, ::link: Creates hard links. # - ::ln_s, ::symlink: Creates symbolic links. # - ::ln_sf: Creates symbolic links, overwriting if necessary. # - ::ln_sr: Creates symbolic links relative to targets # # === Deleting # # - ::remove_dir: Removes a directory and its descendants. # - ::remove_entry: Removes an entry, including its descendants if it is a directory. # - ::remove_entry_secure: Like ::remove_entry, but removes securely. # - ::remove_file: Removes a file entry. # - ::rm, ::remove: Removes entries. # - ::rm_f, ::safe_unlink: Like ::rm, but removes forcibly. # - ::rm_r: Removes entries and their descendants. # - ::rm_rf, ::rmtree: Like ::rm_r, but removes forcibly. # - ::rmdir: Removes directories. # # === Querying # # - ::pwd, ::getwd: Returns the path to the working directory. # - ::uptodate?: Returns whether a given entry is newer than given other entries. # # === Setting # # - ::cd, ::chdir: Sets the working directory. # - ::chmod: Sets permissions for an entry. # - ::chmod_R: Sets permissions for an entry and its descendants. # - ::chown: Sets the owner and group for entries. # - ::chown_R: Sets the owner and group for entries and their descendants. # - ::touch: Sets modification and access times for entries, # creating if necessary. # # === Comparing # # - ::compare_file, ::cmp, ::identical?: Returns whether two entries are identical. # - ::compare_stream: Returns whether two streams are identical. # # === Copying # # - ::copy_entry: Recursively copies an entry. # - ::copy_file: Copies an entry. # - ::copy_stream: Copies a stream. # - ::cp, ::copy: Copies files. # - ::cp_lr: Recursively creates hard links. # - ::cp_r: Recursively copies files, retaining mode, owner, and group. # - ::install: Recursively copies files, optionally setting mode, # owner, and group. # # === Moving # # - ::mv, ::move: Moves entries. # # === Options # # - ::collect_method: Returns the names of methods that accept a given option. # - ::commands: Returns the names of methods that accept options. # - ::have_option?: Returns whether a given method accepts a given option. # - ::options: Returns all option names. # - ::options_of: Returns the names of the options for a given method. # # == Path Arguments # # Some methods in \Bundler::FileUtils accept _path_ arguments, # which are interpreted as paths to filesystem entries: # # - If the argument is a string, that value is the path. # - If the argument has method +:to_path+, it is converted via that method. # - If the argument has method +:to_str+, it is converted via that method. # # == About the Examples # # Some examples here involve trees of file entries. # For these, we sometimes display trees using the # {tree command-line utility}[https://en.wikipedia.org/wiki/Tree_(command)], # which is a recursive directory-listing utility that produces # a depth-indented listing of files and directories. # # We use a helper method to launch the command and control the format: # # def tree(dirpath = '.') # command = "tree --noreport --charset=ascii #{dirpath}" # system(command) # end # # To illustrate: # # tree('src0') # # => src0 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # == Avoiding the TOCTTOU Vulnerability # # For certain methods that recursively remove entries, # there is a potential vulnerability called the # {Time-of-check to time-of-use}[https://en.wikipedia.org/wiki/Time-of-check_to_time-of-use], # or TOCTTOU, vulnerability that can exist when: # # - An ancestor directory of the entry at the target path is world writable; # such directories include <tt>/tmp</tt>. # - The directory tree at the target path includes: # # - A world-writable descendant directory. # - A symbolic link. # # To avoid that vulnerability, you can use this method to remove entries: # # - Bundler::FileUtils.remove_entry_secure: removes recursively # if the target path points to a directory. # # Also available are these methods, # each of which calls \Bundler::FileUtils.remove_entry_secure: # # - Bundler::FileUtils.rm_r with keyword argument <tt>secure: true</tt>. # - Bundler::FileUtils.rm_rf with keyword argument <tt>secure: true</tt>. # # Finally, this method for moving entries calls \Bundler::FileUtils.remove_entry_secure # if the source and destination are on different file systems # (which means that the "move" is really a copy and remove): # # - Bundler::FileUtils.mv with keyword argument <tt>secure: true</tt>. # # \Method \Bundler::FileUtils.remove_entry_secure removes securely # by applying a special pre-process: # # - If the target path points to a directory, this method uses methods # {File#chown}[rdoc-ref:File#chown] # and {File#chmod}[rdoc-ref:File#chmod] # in removing directories. # - The owner of the target directory should be either the current process # or the super user (root). # # WARNING: You must ensure that *ALL* parent directories cannot be # moved by other untrusted users. For example, parent directories # should not be owned by untrusted users, and should not be world # writable except when the sticky bit is set. # # For details of this security vulnerability, see Perl cases: # # - {CVE-2005-0448}[https://cve.mitre.org/cgi-bin/cvename.cgi?name=CAN-2005-0448]. # - {CVE-2004-0452}[https://cve.mitre.org/cgi-bin/cvename.cgi?name=CAN-2004-0452]. # module Bundler::FileUtils # The version number. VERSION = "1.7.3" def self.private_module_function(name) #:nodoc: module_function name private_class_method name end # # Returns a string containing the path to the current directory: # # Bundler::FileUtils.pwd # => "/rdoc/fileutils" # # Related: Bundler::FileUtils.cd. # def pwd Dir.pwd end module_function :pwd alias getwd pwd module_function :getwd # Changes the working directory to the given +dir+, which # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]: # # With no block given, # changes the current directory to the directory at +dir+; returns zero: # # Bundler::FileUtils.pwd # => "/rdoc/fileutils" # Bundler::FileUtils.cd('..') # Bundler::FileUtils.pwd # => "/rdoc" # Bundler::FileUtils.cd('fileutils') # # With a block given, changes the current directory to the directory # at +dir+, calls the block with argument +dir+, # and restores the original current directory; returns the block's value: # # Bundler::FileUtils.pwd # => "/rdoc/fileutils" # Bundler::FileUtils.cd('..') { |arg| [arg, Bundler::FileUtils.pwd] } # => ["..", "/rdoc"] # Bundler::FileUtils.pwd # => "/rdoc/fileutils" # # Keyword arguments: # # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.cd('..') # Bundler::FileUtils.cd('fileutils') # # Output: # # cd .. # cd fileutils # # Related: Bundler::FileUtils.pwd. # def cd(dir, verbose: nil, &block) # :yield: dir fu_output_message "cd #{dir}" if verbose result = Dir.chdir(dir, &block) fu_output_message 'cd -' if verbose and block result end module_function :cd alias chdir cd module_function :chdir # # Returns +true+ if the file at path +new+ # is newer than all the files at paths in array +old_list+; # +false+ otherwise. # # Argument +new+ and the elements of +old_list+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]: # # Bundler::FileUtils.uptodate?('Rakefile', ['Gemfile', 'README.md']) # => true # Bundler::FileUtils.uptodate?('Gemfile', ['Rakefile', 'README.md']) # => false # # A non-existent file is considered to be infinitely old. # # Related: Bundler::FileUtils.touch. # def uptodate?(new, old_list) return false unless File.exist?(new) new_time = File.mtime(new) old_list.each do |old| if File.exist?(old) return false unless new_time > File.mtime(old) end end true end module_function :uptodate? def remove_trailing_slash(dir) #:nodoc: dir == '/' ? dir : dir.chomp(?/) end private_module_function :remove_trailing_slash # # Creates directories at the paths in the given +list+ # (a single path or an array of paths); # returns +list+ if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, creates a directory at each +path+ in +list+ # by calling: <tt>Dir.mkdir(path, mode)</tt>; # see {Dir.mkdir}[rdoc-ref:Dir.mkdir]: # # Bundler::FileUtils.mkdir(%w[tmp0 tmp1]) # => ["tmp0", "tmp1"] # Bundler::FileUtils.mkdir('tmp4') # => ["tmp4"] # # Keyword arguments: # # - <tt>mode: <i>mode</i></tt> - also calls <tt>File.chmod(mode, path)</tt>; # see {File.chmod}[rdoc-ref:File.chmod]. # - <tt>noop: true</tt> - does not create directories. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.mkdir(%w[tmp0 tmp1], verbose: true) # Bundler::FileUtils.mkdir(%w[tmp2 tmp3], mode: 0700, verbose: true) # # Output: # # mkdir tmp0 tmp1 # mkdir -m 700 tmp2 tmp3 # # Raises an exception if any path points to an existing # file or directory, or if for any reason a directory cannot be created. # # Related: Bundler::FileUtils.mkdir_p. # def mkdir(list, mode: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "mkdir #{mode ? ('-m %03o ' % mode) : ''}#{list.join ' '}" if verbose return if noop list.each do |dir| fu_mkdir dir, mode end end module_function :mkdir # # Creates directories at the paths in the given +list+ # (a single path or an array of paths), # also creating ancestor directories as needed; # returns +list+ if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, creates a directory at each +path+ in +list+, # along with any needed ancestor directories, # by calling: <tt>Dir.mkdir(path, mode)</tt>; # see {Dir.mkdir}[rdoc-ref:Dir.mkdir]: # # Bundler::FileUtils.mkdir_p(%w[tmp0/tmp1 tmp2/tmp3]) # => ["tmp0/tmp1", "tmp2/tmp3"] # Bundler::FileUtils.mkdir_p('tmp4/tmp5') # => ["tmp4/tmp5"] # # Keyword arguments: # # - <tt>mode: <i>mode</i></tt> - also calls <tt>File.chmod(mode, path)</tt>; # see {File.chmod}[rdoc-ref:File.chmod]. # - <tt>noop: true</tt> - does not create directories. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.mkdir_p(%w[tmp0 tmp1], verbose: true) # Bundler::FileUtils.mkdir_p(%w[tmp2 tmp3], mode: 0700, verbose: true) # # Output: # # mkdir -p tmp0 tmp1 # mkdir -p -m 700 tmp2 tmp3 # # Raises an exception if for any reason a directory cannot be created. # # Bundler::FileUtils.mkpath and Bundler::FileUtils.makedirs are aliases for Bundler::FileUtils.mkdir_p. # # Related: Bundler::FileUtils.mkdir. # def mkdir_p(list, mode: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "mkdir -p #{mode ? ('-m %03o ' % mode) : ''}#{list.join ' '}" if verbose return *list if noop list.each do |item| path = remove_trailing_slash(item) stack = [] until File.directory?(path) || File.dirname(path) == path stack.push path path = File.dirname(path) end stack.reverse_each do |dir| begin fu_mkdir dir, mode rescue SystemCallError raise unless File.directory?(dir) end end end return *list end module_function :mkdir_p alias mkpath mkdir_p alias makedirs mkdir_p module_function :mkpath module_function :makedirs def fu_mkdir(path, mode) #:nodoc: path = remove_trailing_slash(path) if mode Dir.mkdir path, mode File.chmod mode, path else Dir.mkdir path end end private_module_function :fu_mkdir # # Removes directories at the paths in the given +list+ # (a single path or an array of paths); # returns +list+, if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, removes the directory at each +path+ in +list+, # by calling: <tt>Dir.rmdir(path)</tt>; # see {Dir.rmdir}[rdoc-ref:Dir.rmdir]: # # Bundler::FileUtils.rmdir(%w[tmp0/tmp1 tmp2/tmp3]) # => ["tmp0/tmp1", "tmp2/tmp3"] # Bundler::FileUtils.rmdir('tmp4/tmp5') # => ["tmp4/tmp5"] # # Keyword arguments: # # - <tt>parents: true</tt> - removes successive ancestor directories # if empty. # - <tt>noop: true</tt> - does not remove directories. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.rmdir(%w[tmp0/tmp1 tmp2/tmp3], parents: true, verbose: true) # Bundler::FileUtils.rmdir('tmp4/tmp5', parents: true, verbose: true) # # Output: # # rmdir -p tmp0/tmp1 tmp2/tmp3 # rmdir -p tmp4/tmp5 # # Raises an exception if a directory does not exist # or if for any reason a directory cannot be removed. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rmdir(list, parents: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "rmdir #{parents ? '-p ' : ''}#{list.join ' '}" if verbose return if noop list.each do |dir| Dir.rmdir(dir = remove_trailing_slash(dir)) if parents begin until (parent = File.dirname(dir)) == '.' or parent == dir dir = parent Dir.rmdir(dir) end rescue Errno::ENOTEMPTY, Errno::EEXIST, Errno::ENOENT end end end end module_function :rmdir # Creates {hard links}[https://en.wikipedia.org/wiki/Hard_link]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # When +src+ is the path to an existing file # and +dest+ is the path to a non-existent file, # creates a hard link at +dest+ pointing to +src+; returns zero: # # Dir.children('tmp0/') # => ["t.txt"] # Dir.children('tmp1/') # => [] # Bundler::FileUtils.ln('tmp0/t.txt', 'tmp1/t.lnk') # => 0 # Dir.children('tmp1/') # => ["t.lnk"] # # When +src+ is the path to an existing file # and +dest+ is the path to an existing directory, # creates a hard link at <tt>dest/src</tt> pointing to +src+; returns zero: # # Dir.children('tmp2') # => ["t.dat"] # Dir.children('tmp3') # => [] # Bundler::FileUtils.ln('tmp2/t.dat', 'tmp3') # => 0 # Dir.children('tmp3') # => ["t.dat"] # # When +src+ is an array of paths to existing files # and +dest+ is the path to an existing directory, # then for each path +target+ in +src+, # creates a hard link at <tt>dest/target</tt> pointing to +target+; # returns +src+: # # Dir.children('tmp4/') # => [] # Bundler::FileUtils.ln(['tmp0/t.txt', 'tmp2/t.dat'], 'tmp4/') # => ["tmp0/t.txt", "tmp2/t.dat"] # Dir.children('tmp4/') # => ["t.dat", "t.txt"] # # Keyword arguments: # # - <tt>force: true</tt> - overwrites +dest+ if it exists. # - <tt>noop: true</tt> - does not create links. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.ln('tmp0/t.txt', 'tmp1/t.lnk', verbose: true) # Bundler::FileUtils.ln('tmp2/t.dat', 'tmp3', verbose: true) # Bundler::FileUtils.ln(['tmp0/t.txt', 'tmp2/t.dat'], 'tmp4/', verbose: true) # # Output: # # ln tmp0/t.txt tmp1/t.lnk # ln tmp2/t.dat tmp3 # ln tmp0/t.txt tmp2/t.dat tmp4/ # # Raises an exception if +dest+ is the path to an existing file # and keyword argument +force+ is not +true+. # # Related: Bundler::FileUtils.link_entry (has different options). # def ln(src, dest, force: nil, noop: nil, verbose: nil) fu_output_message "ln#{force ? ' -f' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest0(src, dest) do |s,d| remove_file d, true if force File.link s, d end end module_function :ln alias link ln module_function :link # Creates {hard links}[https://en.wikipedia.org/wiki/Hard_link]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a directory and +dest+ does not exist, # creates links +dest+ and descendents pointing to +src+ and its descendents: # # tree('src0') # # => src0 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # File.exist?('dest0') # => false # Bundler::FileUtils.cp_lr('src0', 'dest0') # tree('dest0') # # => dest0 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # If +src+ and +dest+ are both paths to directories, # creates links <tt>dest/src</tt> and descendents # pointing to +src+ and its descendents: # # tree('src1') # # => src1 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # Bundler::FileUtils.mkdir('dest1') # Bundler::FileUtils.cp_lr('src1', 'dest1') # tree('dest1') # # => dest1 # # `-- src1 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # If +src+ is an array of paths to entries and +dest+ is the path to a directory, # for each path +filepath+ in +src+, creates a link at <tt>dest/filepath</tt> # pointing to that path: # # tree('src2') # # => src2 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # Bundler::FileUtils.mkdir('dest2') # Bundler::FileUtils.cp_lr(['src2/sub0', 'src2/sub1'], 'dest2') # tree('dest2') # # => dest2 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # Keyword arguments: # # - <tt>dereference_root: false</tt> - if +src+ is a symbolic link, # does not dereference it. # - <tt>noop: true</tt> - does not create links. # - <tt>remove_destination: true</tt> - removes +dest+ before creating links. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.cp_lr('src0', 'dest0', noop: true, verbose: true) # Bundler::FileUtils.cp_lr('src1', 'dest1', noop: true, verbose: true) # Bundler::FileUtils.cp_lr(['src2/sub0', 'src2/sub1'], 'dest2', noop: true, verbose: true) # # Output: # # cp -lr src0 dest0 # cp -lr src1 dest1 # cp -lr src2/sub0 src2/sub1 dest2 # # Raises an exception if +dest+ is the path to an existing file or directory # and keyword argument <tt>remove_destination: true</tt> is not given. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def cp_lr(src, dest, noop: nil, verbose: nil, dereference_root: true, remove_destination: false) fu_output_message "cp -lr#{remove_destination ? ' --remove-destination' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| link_entry s, d, dereference_root, remove_destination end end module_function :cp_lr # Creates {symbolic links}[https://en.wikipedia.org/wiki/Symbolic_link]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to an existing file: # # - When +dest+ is the path to a non-existent file, # creates a symbolic link at +dest+ pointing to +src+: # # Bundler::FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # Bundler::FileUtils.ln_s('src0.txt', 'dest0.txt') # File.symlink?('dest0.txt') # => true # # - When +dest+ is the path to an existing file, # creates a symbolic link at +dest+ pointing to +src+ # if and only if keyword argument <tt>force: true</tt> is given # (raises an exception otherwise): # # Bundler::FileUtils.touch('src1.txt') # Bundler::FileUtils.touch('dest1.txt') # Bundler::FileUtils.ln_s('src1.txt', 'dest1.txt', force: true) # FileTest.symlink?('dest1.txt') # => true # # Bundler::FileUtils.ln_s('src1.txt', 'dest1.txt') # Raises Errno::EEXIST. # # If +dest+ is the path to a directory, # creates a symbolic link at <tt>dest/src</tt> pointing to +src+: # # Bundler::FileUtils.touch('src2.txt') # Bundler::FileUtils.mkdir('destdir2') # Bundler::FileUtils.ln_s('src2.txt', 'destdir2') # File.symlink?('destdir2/src2.txt') # => true # # If +src+ is an array of paths to existing files and +dest+ is a directory, # for each child +child+ in +src+ creates a symbolic link <tt>dest/child</tt> # pointing to +child+: # # Bundler::FileUtils.mkdir('srcdir3') # Bundler::FileUtils.touch('srcdir3/src0.txt') # Bundler::FileUtils.touch('srcdir3/src1.txt') # Bundler::FileUtils.mkdir('destdir3') # Bundler::FileUtils.ln_s(['srcdir3/src0.txt', 'srcdir3/src1.txt'], 'destdir3') # File.symlink?('destdir3/src0.txt') # => true # File.symlink?('destdir3/src1.txt') # => true # # Keyword arguments: # # - <tt>force: true</tt> - overwrites +dest+ if it exists. # - <tt>relative: false</tt> - create links relative to +dest+. # - <tt>noop: true</tt> - does not create links. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.ln_s('src0.txt', 'dest0.txt', noop: true, verbose: true) # Bundler::FileUtils.ln_s('src1.txt', 'destdir1', noop: true, verbose: true) # Bundler::FileUtils.ln_s('src2.txt', 'dest2.txt', force: true, noop: true, verbose: true) # Bundler::FileUtils.ln_s(['srcdir3/src0.txt', 'srcdir3/src1.txt'], 'destdir3', noop: true, verbose: true) # # Output: # # ln -s src0.txt dest0.txt # ln -s src1.txt destdir1 # ln -sf src2.txt dest2.txt # ln -s srcdir3/src0.txt srcdir3/src1.txt destdir3 # # Related: Bundler::FileUtils.ln_sf. # def ln_s(src, dest, force: nil, relative: false, target_directory: true, noop: nil, verbose: nil) if relative return ln_sr(src, dest, force: force, noop: noop, verbose: verbose) end fu_output_message "ln -s#{force ? 'f' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest0(src, dest) do |s,d| remove_file d, true if force File.symlink s, d end end module_function :ln_s alias symlink ln_s module_function :symlink # Like Bundler::FileUtils.ln_s, but always with keyword argument <tt>force: true</tt> given. # def ln_sf(src, dest, noop: nil, verbose: nil) ln_s src, dest, force: true, noop: noop, verbose: verbose end module_function :ln_sf # Like Bundler::FileUtils.ln_s, but create links relative to +dest+. # def ln_sr(src, dest, target_directory: true, force: nil, noop: nil, verbose: nil) options = "#{force ? 'f' : ''}#{target_directory ? '' : 'T'}" dest = File.path(dest) srcs = Array(src) link = proc do |s, target_dir_p = true| s = File.path(s) if target_dir_p d = File.join(destdirs = dest, File.basename(s)) else destdirs = File.dirname(d = dest) end destdirs = fu_split_path(File.realpath(destdirs)) if fu_starting_path?(s) srcdirs = fu_split_path((File.realdirpath(s) rescue File.expand_path(s))) base = fu_relative_components_from(srcdirs, destdirs) s = File.join(*base) else srcdirs = fu_clean_components(*fu_split_path(s)) base = fu_relative_components_from(fu_split_path(Dir.pwd), destdirs) while srcdirs.first&. == ".." and base.last&.!=("..") and !fu_starting_path?(base.last) srcdirs.shift base.pop end s = File.join(*base, *srcdirs) end fu_output_message "ln -s#{options} #{s} #{d}" if verbose next if noop remove_file d, true if force File.symlink s, d end case srcs.size when 0 when 1 link[srcs[0], target_directory && File.directory?(dest)] else srcs.each(&link) end end module_function :ln_sr # Creates {hard links}[https://en.wikipedia.org/wiki/Hard_link]; returns +nil+. # # Arguments +src+ and +dest+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a file and +dest+ does not exist, # creates a hard link at +dest+ pointing to +src+: # # Bundler::FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # Bundler::FileUtils.link_entry('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is the path to a directory and +dest+ does not exist, # recursively creates hard links at +dest+ pointing to paths in +src+: # # Bundler::FileUtils.mkdir_p(['src1/dir0', 'src1/dir1']) # src_file_paths = [ # 'src1/dir0/t0.txt', # 'src1/dir0/t1.txt', # 'src1/dir1/t2.txt', # 'src1/dir1/t3.txt', # ] # Bundler::FileUtils.touch(src_file_paths) # File.directory?('dest1') # => true # Bundler::FileUtils.link_entry('src1', 'dest1') # File.file?('dest1/dir0/t0.txt') # => true # File.file?('dest1/dir0/t1.txt') # => true # File.file?('dest1/dir1/t2.txt') # => true # File.file?('dest1/dir1/t3.txt') # => true # # Keyword arguments: # # - <tt>dereference_root: true</tt> - dereferences +src+ if it is a symbolic link. # - <tt>remove_destination: true</tt> - removes +dest+ before creating links. # # Raises an exception if +dest+ is the path to an existing file or directory # and keyword argument <tt>remove_destination: true</tt> is not given. # # Related: Bundler::FileUtils.ln (has different options). # def link_entry(src, dest, dereference_root = false, remove_destination = false) Entry_.new(src, nil, dereference_root).traverse do |ent| destent = Entry_.new(dest, ent.rel, false) File.unlink destent.path if remove_destination && File.file?(destent.path) ent.link destent.path end end module_function :link_entry # Copies files. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a file and +dest+ is not the path to a directory, # copies +src+ to +dest+: # # Bundler::FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # Bundler::FileUtils.cp('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is the path to a file and +dest+ is the path to a directory, # copies +src+ to <tt>dest/src</tt>: # # Bundler::FileUtils.touch('src1.txt') # Bundler::FileUtils.mkdir('dest1') # Bundler::FileUtils.cp('src1.txt', 'dest1') # File.file?('dest1/src1.txt') # => true # # If +src+ is an array of paths to files and +dest+ is the path to a directory, # copies from each +src+ to +dest+: # # src_file_paths = ['src2.txt', 'src2.dat'] # Bundler::FileUtils.touch(src_file_paths) # Bundler::FileUtils.mkdir('dest2') # Bundler::FileUtils.cp(src_file_paths, 'dest2') # File.file?('dest2/src2.txt') # => true # File.file?('dest2/src2.dat') # => true # # Keyword arguments: # # - <tt>preserve: true</tt> - preserves file times. # - <tt>noop: true</tt> - does not copy files. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.cp('src0.txt', 'dest0.txt', noop: true, verbose: true) # Bundler::FileUtils.cp('src1.txt', 'dest1', noop: true, verbose: true) # Bundler::FileUtils.cp(src_file_paths, 'dest2', noop: true, verbose: true) # # Output: # # cp src0.txt dest0.txt # cp src1.txt dest1 # cp src2.txt src2.dat dest2 # # Raises an exception if +src+ is a directory. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def cp(src, dest, preserve: nil, noop: nil, verbose: nil) fu_output_message "cp#{preserve ? ' -p' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| copy_file s, d, preserve end end module_function :cp alias copy cp module_function :copy # Recursively copies files. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # The mode, owner, and group are retained in the copy; # to change those, use Bundler::FileUtils.install instead. # # If +src+ is the path to a file and +dest+ is not the path to a directory, # copies +src+ to +dest+: # # Bundler::FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # Bundler::FileUtils.cp_r('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is the path to a file and +dest+ is the path to a directory, # copies +src+ to <tt>dest/src</tt>: # # Bundler::FileUtils.touch('src1.txt') # Bundler::FileUtils.mkdir('dest1') # Bundler::FileUtils.cp_r('src1.txt', 'dest1') # File.file?('dest1/src1.txt') # => true # # If +src+ is the path to a directory and +dest+ does not exist, # recursively copies +src+ to +dest+: # # tree('src2') # # => src2 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # Bundler::FileUtils.exist?('dest2') # => false # Bundler::FileUtils.cp_r('src2', 'dest2') # tree('dest2') # # => dest2 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # # If +src+ and +dest+ are paths to directories, # recursively copies +src+ to <tt>dest/src</tt>: # # tree('src3') # # => src3 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # Bundler::FileUtils.mkdir('dest3') # Bundler::FileUtils.cp_r('src3', 'dest3') # tree('dest3') # # => dest3 # # `-- src3 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # # If +src+ is an array of paths and +dest+ is a directory, # recursively copies from each path in +src+ to +dest+; # the paths in +src+ may point to files and/or directories. # # Keyword arguments: # # - <tt>dereference_root: false</tt> - if +src+ is a symbolic link, # does not dereference it. # - <tt>noop: true</tt> - does not copy files. # - <tt>preserve: true</tt> - preserves file times. # - <tt>remove_destination: true</tt> - removes +dest+ before copying files. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.cp_r('src0.txt', 'dest0.txt', noop: true, verbose: true) # Bundler::FileUtils.cp_r('src1.txt', 'dest1', noop: true, verbose: true) # Bundler::FileUtils.cp_r('src2', 'dest2', noop: true, verbose: true) # Bundler::FileUtils.cp_r('src3', 'dest3', noop: true, verbose: true) # # Output: # # cp -r src0.txt dest0.txt # cp -r src1.txt dest1 # cp -r src2 dest2 # cp -r src3 dest3 # # Raises an exception of +src+ is the path to a directory # and +dest+ is the path to a file. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def cp_r(src, dest, preserve: nil, noop: nil, verbose: nil, dereference_root: true, remove_destination: nil) fu_output_message "cp -r#{preserve ? 'p' : ''}#{remove_destination ? ' --remove-destination' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| copy_entry s, d, preserve, dereference_root, remove_destination end end module_function :cp_r # Recursively copies files from +src+ to +dest+. # # Arguments +src+ and +dest+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a file, copies +src+ to +dest+: # # Bundler::FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # Bundler::FileUtils.copy_entry('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is a directory, recursively copies +src+ to +dest+: # # tree('src1') # # => src1 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # Bundler::FileUtils.copy_entry('src1', 'dest1') # tree('dest1') # # => dest1 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # # The recursive copying preserves file types for regular files, # directories, and symbolic links; # other file types (FIFO streams, device files, etc.) are not supported. # # Keyword arguments: # # - <tt>dereference_root: true</tt> - if +src+ is a symbolic link, # follows the link. # - <tt>preserve: true</tt> - preserves file times. # - <tt>remove_destination: true</tt> - removes +dest+ before copying files. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def copy_entry(src, dest, preserve = false, dereference_root = false, remove_destination = false) if dereference_root src = File.realpath(src) end Entry_.new(src, nil, false).wrap_traverse(proc do |ent| destent = Entry_.new(dest, ent.rel, false) File.unlink destent.path if remove_destination && (File.file?(destent.path) || File.symlink?(destent.path)) ent.copy destent.path end, proc do |ent| destent = Entry_.new(dest, ent.rel, false) ent.copy_metadata destent.path if preserve end) end module_function :copy_entry # Copies file from +src+ to +dest+, which should not be directories. # # Arguments +src+ and +dest+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # Examples: # # Bundler::FileUtils.touch('src0.txt') # Bundler::FileUtils.copy_file('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # Keyword arguments: # # - <tt>dereference: false</tt> - if +src+ is a symbolic link, # does not follow the link. # - <tt>preserve: true</tt> - preserves file times. # - <tt>remove_destination: true</tt> - removes +dest+ before copying files. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def copy_file(src, dest, preserve = false, dereference = true) ent = Entry_.new(src, nil, dereference) ent.copy_file dest ent.copy_metadata dest if preserve end module_function :copy_file # Copies \IO stream +src+ to \IO stream +dest+ via # {IO.copy_stream}[rdoc-ref:IO.copy_stream]. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def copy_stream(src, dest) IO.copy_stream(src, dest) end module_function :copy_stream # Moves entries. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ and +dest+ are on different file systems, # first copies, then removes +src+. # # May cause a local vulnerability if not called with keyword argument # <tt>secure: true</tt>; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # If +src+ is the path to a single file or directory and +dest+ does not exist, # moves +src+ to +dest+: # # tree('src0') # # => src0 # # |-- src0.txt # # `-- src1.txt # File.exist?('dest0') # => false # Bundler::FileUtils.mv('src0', 'dest0') # File.exist?('src0') # => false # tree('dest0') # # => dest0 # # |-- src0.txt # # `-- src1.txt # # If +src+ is an array of paths to files and directories # and +dest+ is the path to a directory, # copies from each path in the array to +dest+: # # File.file?('src1.txt') # => true # tree('src1') # # => src1 # # |-- src.dat # # `-- src.txt # Dir.empty?('dest1') # => true # Bundler::FileUtils.mv(['src1.txt', 'src1'], 'dest1') # tree('dest1') # # => dest1 # # |-- src1 # # | |-- src.dat # # | `-- src.txt # # `-- src1.txt # # Keyword arguments: # # - <tt>force: true</tt> - if the move includes removing +src+ # (that is, if +src+ and +dest+ are on different file systems), # ignores raised exceptions of StandardError and its descendants. # - <tt>noop: true</tt> - does not move files. # - <tt>secure: true</tt> - removes +src+ securely; # see details at Bundler::FileUtils.remove_entry_secure. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.mv('src0', 'dest0', noop: true, verbose: true) # Bundler::FileUtils.mv(['src1.txt', 'src1'], 'dest1', noop: true, verbose: true) # # Output: # # mv src0 dest0 # mv src1.txt src1 dest1 # def mv(src, dest, force: nil, noop: nil, verbose: nil, secure: nil) fu_output_message "mv#{force ? ' -f' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| destent = Entry_.new(d, nil, true) begin if destent.exist? if destent.directory? raise Errno::EEXIST, d end end begin File.rename s, d rescue Errno::EXDEV, Errno::EPERM # move from unencrypted to encrypted dir (ext4) copy_entry s, d, true if secure remove_entry_secure s, force else remove_entry s, force end end rescue SystemCallError raise unless force end end end module_function :mv alias move mv module_function :move # Removes entries at the paths in the given +list+ # (a single path or an array of paths) # returns +list+, if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, removes files at the paths given in +list+: # # Bundler::FileUtils.touch(['src0.txt', 'src0.dat']) # Bundler::FileUtils.rm(['src0.dat', 'src0.txt']) # => ["src0.dat", "src0.txt"] # # Keyword arguments: # # - <tt>force: true</tt> - ignores raised exceptions of StandardError # and its descendants. # - <tt>noop: true</tt> - does not remove files; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.rm(['src0.dat', 'src0.txt'], noop: true, verbose: true) # # Output: # # rm src0.dat src0.txt # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm(list, force: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "rm#{force ? ' -f' : ''} #{list.join ' '}" if verbose return if noop list.each do |path| remove_file path, force end end module_function :rm alias remove rm module_function :remove # Equivalent to: # # Bundler::FileUtils.rm(list, force: true, **kwargs) # # Argument +list+ (a single path or an array of paths) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # See Bundler::FileUtils.rm for keyword arguments. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm_f(list, noop: nil, verbose: nil) rm list, force: true, noop: noop, verbose: verbose end module_function :rm_f alias safe_unlink rm_f module_function :safe_unlink # Removes entries at the paths in the given +list+ # (a single path or an array of paths); # returns +list+, if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # May cause a local vulnerability if not called with keyword argument # <tt>secure: true</tt>; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # For each file path, removes the file at that path: # # Bundler::FileUtils.touch(['src0.txt', 'src0.dat']) # Bundler::FileUtils.rm_r(['src0.dat', 'src0.txt']) # File.exist?('src0.txt') # => false # File.exist?('src0.dat') # => false # # For each directory path, recursively removes files and directories: # # tree('src1') # # => src1 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # Bundler::FileUtils.rm_r('src1') # File.exist?('src1') # => false # # Keyword arguments: # # - <tt>force: true</tt> - ignores raised exceptions of StandardError # and its descendants. # - <tt>noop: true</tt> - does not remove entries; returns +nil+. # - <tt>secure: true</tt> - removes +src+ securely; # see details at Bundler::FileUtils.remove_entry_secure. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.rm_r(['src0.dat', 'src0.txt'], noop: true, verbose: true) # Bundler::FileUtils.rm_r('src1', noop: true, verbose: true) # # Output: # # rm -r src0.dat src0.txt # rm -r src1 # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm_r(list, force: nil, noop: nil, verbose: nil, secure: nil) list = fu_list(list) fu_output_message "rm -r#{force ? 'f' : ''} #{list.join ' '}" if verbose return if noop list.each do |path| if secure remove_entry_secure path, force else remove_entry path, force end end end module_function :rm_r # Equivalent to: # # Bundler::FileUtils.rm_r(list, force: true, **kwargs) # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # May cause a local vulnerability if not called with keyword argument # <tt>secure: true</tt>; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # See Bundler::FileUtils.rm_r for keyword arguments. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm_rf(list, noop: nil, verbose: nil, secure: nil) rm_r list, force: true, noop: noop, verbose: verbose, secure: secure end module_function :rm_rf alias rmtree rm_rf module_function :rmtree # Securely removes the entry given by +path+, # which should be the entry for a regular file, a symbolic link, # or a directory. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Avoids a local vulnerability that can exist in certain circumstances; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def remove_entry_secure(path, force = false) unless fu_have_symlink? remove_entry path, force return end fullpath = File.expand_path(path) st = File.lstat(fullpath) unless st.directory? File.unlink fullpath return end # is a directory. parent_st = File.stat(File.dirname(fullpath)) unless parent_st.world_writable? remove_entry path, force return end unless parent_st.sticky? raise ArgumentError, "parent directory is world writable, Bundler::FileUtils#remove_entry_secure does not work; abort: #{path.inspect} (parent directory mode #{'%o' % parent_st.mode})" end # freeze tree root euid = Process.euid dot_file = fullpath + "/." begin File.open(dot_file) {|f| unless fu_stat_identical_entry?(st, f.stat) # symlink (TOC-to-TOU attack?) File.unlink fullpath return end f.chown euid, -1 f.chmod 0700 } rescue Errno::EISDIR # JRuby in non-native mode can't open files as dirs File.lstat(dot_file).tap {|fstat| unless fu_stat_identical_entry?(st, fstat) # symlink (TOC-to-TOU attack?) File.unlink fullpath return end File.chown euid, -1, dot_file File.chmod 0700, dot_file } end unless fu_stat_identical_entry?(st, File.lstat(fullpath)) # TOC-to-TOU attack? File.unlink fullpath return end # ---- tree root is frozen ---- root = Entry_.new(path) root.preorder_traverse do |ent| if ent.directory? ent.chown euid, -1 ent.chmod 0700 end end root.postorder_traverse do |ent| begin ent.remove rescue raise unless force end end rescue raise unless force end module_function :remove_entry_secure def fu_have_symlink? #:nodoc: File.symlink nil, nil rescue NotImplementedError return false rescue TypeError return true end private_module_function :fu_have_symlink? def fu_stat_identical_entry?(a, b) #:nodoc: a.dev == b.dev and a.ino == b.ino end private_module_function :fu_stat_identical_entry? # Removes the entry given by +path+, # which should be the entry for a regular file, a symbolic link, # or a directory. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: Bundler::FileUtils.remove_entry_secure. # def remove_entry(path, force = false) Entry_.new(path).postorder_traverse do |ent| begin ent.remove rescue raise unless force end end rescue raise unless force end module_function :remove_entry # Removes the file entry given by +path+, # which should be the entry for a regular file or a symbolic link. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def remove_file(path, force = false) Entry_.new(path).remove_file rescue raise unless force end module_function :remove_file # Recursively removes the directory entry given by +path+, # which should be the entry for a regular file, a symbolic link, # or a directory. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def remove_dir(path, force = false) remove_entry path, force # FIXME?? check if it is a directory end module_function :remove_dir # Returns +true+ if the contents of files +a+ and +b+ are identical, # +false+ otherwise. # # Arguments +a+ and +b+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Bundler::FileUtils.identical? and Bundler::FileUtils.cmp are aliases for Bundler::FileUtils.compare_file. # # Related: Bundler::FileUtils.compare_stream. # def compare_file(a, b) return false unless File.size(a) == File.size(b) File.open(a, 'rb') {|fa| File.open(b, 'rb') {|fb| return compare_stream(fa, fb) } } end module_function :compare_file alias identical? compare_file alias cmp compare_file module_function :identical? module_function :cmp # Returns +true+ if the contents of streams +a+ and +b+ are identical, # +false+ otherwise. # # Arguments +a+ and +b+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Related: Bundler::FileUtils.compare_file. # def compare_stream(a, b) bsize = fu_stream_blksize(a, b) sa = String.new(capacity: bsize) sb = String.new(capacity: bsize) begin a.read(bsize, sa) b.read(bsize, sb) return true if sa.empty? && sb.empty? end while sa == sb false end module_function :compare_stream # Copies a file entry. # See {install(1)}[https://man7.org/linux/man-pages/man1/install.1.html]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]; # # If the entry at +dest+ does not exist, copies from +src+ to +dest+: # # File.read('src0.txt') # => "aaa\n" # File.exist?('dest0.txt') # => false # Bundler::FileUtils.install('src0.txt', 'dest0.txt') # File.read('dest0.txt') # => "aaa\n" # # If +dest+ is a file entry, copies from +src+ to +dest+, overwriting: # # File.read('src1.txt') # => "aaa\n" # File.read('dest1.txt') # => "bbb\n" # Bundler::FileUtils.install('src1.txt', 'dest1.txt') # File.read('dest1.txt') # => "aaa\n" # # If +dest+ is a directory entry, copies from +src+ to <tt>dest/src</tt>, # overwriting if necessary: # # File.read('src2.txt') # => "aaa\n" # File.read('dest2/src2.txt') # => "bbb\n" # Bundler::FileUtils.install('src2.txt', 'dest2') # File.read('dest2/src2.txt') # => "aaa\n" # # If +src+ is an array of paths and +dest+ points to a directory, # copies each path +path+ in +src+ to <tt>dest/path</tt>: # # File.file?('src3.txt') # => true # File.file?('src3.dat') # => true # Bundler::FileUtils.mkdir('dest3') # Bundler::FileUtils.install(['src3.txt', 'src3.dat'], 'dest3') # File.file?('dest3/src3.txt') # => true # File.file?('dest3/src3.dat') # => true # # Keyword arguments: # # - <tt>group: <i>group</i></tt> - changes the group if not +nil+, # using {File.chown}[rdoc-ref:File.chown]. # - <tt>mode: <i>permissions</i></tt> - changes the permissions. # using {File.chmod}[rdoc-ref:File.chmod]. # - <tt>noop: true</tt> - does not copy entries; returns +nil+. # - <tt>owner: <i>owner</i></tt> - changes the owner if not +nil+, # using {File.chown}[rdoc-ref:File.chown]. # - <tt>preserve: true</tt> - preserve timestamps # using {File.utime}[rdoc-ref:File.utime]. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.install('src0.txt', 'dest0.txt', noop: true, verbose: true) # Bundler::FileUtils.install('src1.txt', 'dest1.txt', noop: true, verbose: true) # Bundler::FileUtils.install('src2.txt', 'dest2', noop: true, verbose: true) # # Output: # # install -c src0.txt dest0.txt # install -c src1.txt dest1.txt # install -c src2.txt dest2 # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def install(src, dest, mode: nil, owner: nil, group: nil, preserve: nil, noop: nil, verbose: nil) if verbose msg = +"install -c" msg << ' -p' if preserve msg << ' -m ' << mode_to_s(mode) if mode msg << " -o #{owner}" if owner msg << " -g #{group}" if group msg << ' ' << [src,dest].flatten.join(' ') fu_output_message msg end return if noop uid = fu_get_uid(owner) gid = fu_get_gid(group) fu_each_src_dest(src, dest) do |s, d| st = File.stat(s) unless File.exist?(d) and compare_file(s, d) remove_file d, true if d.end_with?('/') mkdir_p d copy_file s, d + File.basename(s) else mkdir_p File.expand_path('..', d) copy_file s, d end File.utime st.atime, st.mtime, d if preserve File.chmod fu_mode(mode, st), d if mode File.chown uid, gid, d if uid or gid end end end module_function :install def user_mask(target) #:nodoc: target.each_char.inject(0) do |mask, chr| case chr when "u" mask | 04700 when "g" mask | 02070 when "o" mask | 01007 when "a" mask | 07777 else raise ArgumentError, "invalid 'who' symbol in file mode: #{chr}" end end end private_module_function :user_mask def apply_mask(mode, user_mask, op, mode_mask) #:nodoc: case op when '=' (mode & ~user_mask) | (user_mask & mode_mask) when '+' mode | (user_mask & mode_mask) when '-' mode & ~(user_mask & mode_mask) end end private_module_function :apply_mask def symbolic_modes_to_i(mode_sym, path) #:nodoc: path = File.stat(path) unless File::Stat === path mode = path.mode mode_sym.split(/,/).inject(mode & 07777) do |current_mode, clause| target, *actions = clause.split(/([=+-])/) raise ArgumentError, "invalid file mode: #{mode_sym}" if actions.empty? target = 'a' if target.empty? user_mask = user_mask(target) actions.each_slice(2) do |op, perm| need_apply = op == '=' mode_mask = (perm || '').each_char.inject(0) do |mask, chr| case chr when "r" mask | 0444 when "w" mask | 0222 when "x" mask | 0111 when "X" if path.directory? mask | 0111 else mask end when "s" mask | 06000 when "t" mask | 01000 when "u", "g", "o" if mask.nonzero? current_mode = apply_mask(current_mode, user_mask, op, mask) end need_apply = false copy_mask = user_mask(chr) (current_mode & copy_mask) / (copy_mask & 0111) * (user_mask & 0111) else raise ArgumentError, "invalid 'perm' symbol in file mode: #{chr}" end end if mode_mask.nonzero? || need_apply current_mode = apply_mask(current_mode, user_mask, op, mode_mask) end end current_mode end end private_module_function :symbolic_modes_to_i def fu_mode(mode, path) #:nodoc: mode.is_a?(String) ? symbolic_modes_to_i(mode, path) : mode end private_module_function :fu_mode def mode_to_s(mode) #:nodoc: mode.is_a?(String) ? mode : "%o" % mode end private_module_function :mode_to_s # Changes permissions on the entries at the paths given in +list+ # (a single path or an array of paths) # to the permissions given by +mode+; # returns +list+ if it is an array, <tt>[list]</tt> otherwise: # # - Modifies each entry that is a regular file using # {File.chmod}[rdoc-ref:File.chmod]. # - Modifies each entry that is a symbolic link using # {File.lchmod}[rdoc-ref:File.lchmod]. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # Argument +mode+ may be either an integer or a string: # # - \Integer +mode+: represents the permission bits to be set: # # Bundler::FileUtils.chmod(0755, 'src0.txt') # Bundler::FileUtils.chmod(0644, ['src0.txt', 'src0.dat']) # # - \String +mode+: represents the permissions to be set: # # The string is of the form <tt>[targets][[operator][perms[,perms]]</tt>, where: # # - +targets+ may be any combination of these letters: # # - <tt>'u'</tt>: permissions apply to the file's owner. # - <tt>'g'</tt>: permissions apply to users in the file's group. # - <tt>'o'</tt>: permissions apply to other users not in the file's group. # - <tt>'a'</tt> (the default): permissions apply to all users. # # - +operator+ may be one of these letters: # # - <tt>'+'</tt>: adds permissions. # - <tt>'-'</tt>: removes permissions. # - <tt>'='</tt>: sets (replaces) permissions. # # - +perms+ (may be repeated, with separating commas) # may be any combination of these letters: # # - <tt>'r'</tt>: Read. # - <tt>'w'</tt>: Write. # - <tt>'x'</tt>: Execute (search, for a directory). # - <tt>'X'</tt>: Search (for a directories only; # must be used with <tt>'+'</tt>) # - <tt>'s'</tt>: Uid or gid. # - <tt>'t'</tt>: Sticky bit. # # Examples: # # Bundler::FileUtils.chmod('u=wrx,go=rx', 'src1.txt') # Bundler::FileUtils.chmod('u=wrx,go=rx', '/usr/bin/ruby') # # Keyword arguments: # # - <tt>noop: true</tt> - does not change permissions; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.chmod(0755, 'src0.txt', noop: true, verbose: true) # Bundler::FileUtils.chmod(0644, ['src0.txt', 'src0.dat'], noop: true, verbose: true) # Bundler::FileUtils.chmod('u=wrx,go=rx', 'src1.txt', noop: true, verbose: true) # Bundler::FileUtils.chmod('u=wrx,go=rx', '/usr/bin/ruby', noop: true, verbose: true) # # Output: # # chmod 755 src0.txt # chmod 644 src0.txt src0.dat # chmod u=wrx,go=rx src1.txt # chmod u=wrx,go=rx /usr/bin/ruby # # Related: Bundler::FileUtils.chmod_R. # def chmod(mode, list, noop: nil, verbose: nil) list = fu_list(list) fu_output_message sprintf('chmod %s %s', mode_to_s(mode), list.join(' ')) if verbose return if noop list.each do |path| Entry_.new(path).chmod(fu_mode(mode, path)) end end module_function :chmod # Like Bundler::FileUtils.chmod, but changes permissions recursively. # def chmod_R(mode, list, noop: nil, verbose: nil, force: nil) list = fu_list(list) fu_output_message sprintf('chmod -R%s %s %s', (force ? 'f' : ''), mode_to_s(mode), list.join(' ')) if verbose return if noop list.each do |root| Entry_.new(root).traverse do |ent| begin ent.chmod(fu_mode(mode, ent.path)) rescue raise unless force end end end end module_function :chmod_R # Changes the owner and group on the entries at the paths given in +list+ # (a single path or an array of paths) # to the given +user+ and +group+; # returns +list+ if it is an array, <tt>[list]</tt> otherwise: # # - Modifies each entry that is a regular file using # {File.chown}[rdoc-ref:File.chown]. # - Modifies each entry that is a symbolic link using # {File.lchown}[rdoc-ref:File.lchown]. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # User and group: # # - Argument +user+ may be a user name or a user id; # if +nil+ or +-1+, the user is not changed. # - Argument +group+ may be a group name or a group id; # if +nil+ or +-1+, the group is not changed. # - The user must be a member of the group. # # Examples: # # # One path. # # User and group as string names. # File.stat('src0.txt').uid # => 1004 # File.stat('src0.txt').gid # => 1004 # Bundler::FileUtils.chown('user2', 'group1', 'src0.txt') # File.stat('src0.txt').uid # => 1006 # File.stat('src0.txt').gid # => 1005 # # # User and group as uid and gid. # Bundler::FileUtils.chown(1004, 1004, 'src0.txt') # File.stat('src0.txt').uid # => 1004 # File.stat('src0.txt').gid # => 1004 # # # Array of paths. # Bundler::FileUtils.chown(1006, 1005, ['src0.txt', 'src0.dat']) # # # Directory (not recursive). # Bundler::FileUtils.chown('user2', 'group1', '.') # # Keyword arguments: # # - <tt>noop: true</tt> - does not change permissions; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.chown('user2', 'group1', 'src0.txt', noop: true, verbose: true) # Bundler::FileUtils.chown(1004, 1004, 'src0.txt', noop: true, verbose: true) # Bundler::FileUtils.chown(1006, 1005, ['src0.txt', 'src0.dat'], noop: true, verbose: true) # Bundler::FileUtils.chown('user2', 'group1', path, noop: true, verbose: true) # Bundler::FileUtils.chown('user2', 'group1', '.', noop: true, verbose: true) # # Output: # # chown user2:group1 src0.txt # chown 1004:1004 src0.txt # chown 1006:1005 src0.txt src0.dat # chown user2:group1 src0.txt # chown user2:group1 . # # Related: Bundler::FileUtils.chown_R. # def chown(user, group, list, noop: nil, verbose: nil) list = fu_list(list) fu_output_message sprintf('chown %s %s', (group ? "#{user}:#{group}" : user || ':'), list.join(' ')) if verbose return if noop uid = fu_get_uid(user) gid = fu_get_gid(group) list.each do |path| Entry_.new(path).chown uid, gid end end module_function :chown # Like Bundler::FileUtils.chown, but changes owner and group recursively. # def chown_R(user, group, list, noop: nil, verbose: nil, force: nil) list = fu_list(list) fu_output_message sprintf('chown -R%s %s %s', (force ? 'f' : ''), (group ? "#{user}:#{group}" : user || ':'), list.join(' ')) if verbose return if noop uid = fu_get_uid(user) gid = fu_get_gid(group) list.each do |root| Entry_.new(root).traverse do |ent| begin ent.chown uid, gid rescue raise unless force end end end end module_function :chown_R def fu_get_uid(user) #:nodoc: return nil unless user case user when Integer user when /\A\d+\z/ user.to_i else require 'etc' Etc.getpwnam(user) ? Etc.getpwnam(user).uid : nil end end private_module_function :fu_get_uid def fu_get_gid(group) #:nodoc: return nil unless group case group when Integer group when /\A\d+\z/ group.to_i else require 'etc' Etc.getgrnam(group) ? Etc.getgrnam(group).gid : nil end end private_module_function :fu_get_gid # Updates modification times (mtime) and access times (atime) # of the entries given by the paths in +list+ # (a single path or an array of paths); # returns +list+ if it is an array, <tt>[list]</tt> otherwise. # # By default, creates an empty file for any path to a non-existent entry; # use keyword argument +nocreate+ to raise an exception instead. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # Examples: # # # Single path. # f = File.new('src0.txt') # Existing file. # f.atime # => 2022-06-10 11:11:21.200277 -0700 # f.mtime # => 2022-06-10 11:11:21.200277 -0700 # Bundler::FileUtils.touch('src0.txt') # f = File.new('src0.txt') # f.atime # => 2022-06-11 08:28:09.8185343 -0700 # f.mtime # => 2022-06-11 08:28:09.8185343 -0700 # # # Array of paths. # Bundler::FileUtils.touch(['src0.txt', 'src0.dat']) # # Keyword arguments: # # - <tt>mtime: <i>time</i></tt> - sets the entry's mtime to the given time, # instead of the current time. # - <tt>nocreate: true</tt> - raises an exception if the entry does not exist. # - <tt>noop: true</tt> - does not touch entries; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # Bundler::FileUtils.touch('src0.txt', noop: true, verbose: true) # Bundler::FileUtils.touch(['src0.txt', 'src0.dat'], noop: true, verbose: true) # Bundler::FileUtils.touch(path, noop: true, verbose: true) # # Output: # # touch src0.txt # touch src0.txt src0.dat # touch src0.txt # # Related: Bundler::FileUtils.uptodate?. # def touch(list, noop: nil, verbose: nil, mtime: nil, nocreate: nil) list = fu_list(list) t = mtime if verbose fu_output_message "touch #{nocreate ? '-c ' : ''}#{t ? t.strftime('-t %Y%m%d%H%M.%S ') : ''}#{list.join ' '}" end return if noop list.each do |path| created = nocreate begin File.utime(t, t, path) rescue Errno::ENOENT raise if created File.open(path, 'a') { ; } created = true retry if t end end end module_function :touch private module StreamUtils_ # :nodoc: private case (defined?(::RbConfig) ? ::RbConfig::CONFIG['host_os'] : ::RUBY_PLATFORM) when /mswin|mingw/ def fu_windows?; true end #:nodoc: else def fu_windows?; false end #:nodoc: end def fu_copy_stream0(src, dest, blksize = nil) #:nodoc: IO.copy_stream(src, dest) end def fu_stream_blksize(*streams) #:nodoc: streams.each do |s| next unless s.respond_to?(:stat) size = fu_blksize(s.stat) return size if size end fu_default_blksize() end def fu_blksize(st) #:nodoc: s = st.blksize return nil unless s return nil if s == 0 s end def fu_default_blksize #:nodoc: 1024 end end include StreamUtils_ extend StreamUtils_ class Entry_ #:nodoc: internal use only include StreamUtils_ def initialize(a, b = nil, deref = false) @prefix = @rel = @path = nil if b @prefix = a @rel = b else @path = a end @deref = deref @stat = nil @lstat = nil end def inspect "\#<#{self.class} #{path()}>" end def path if @path File.path(@path) else join(@prefix, @rel) end end def prefix @prefix || @path end def rel @rel end def dereference? @deref end def exist? begin lstat true rescue Errno::ENOENT false end end def file? s = lstat! s and s.file? end def directory? s = lstat! s and s.directory? end def symlink? s = lstat! s and s.symlink? end def chardev? s = lstat! s and s.chardev? end def blockdev? s = lstat! s and s.blockdev? end def socket? s = lstat! s and s.socket? end def pipe? s = lstat! s and s.pipe? end S_IF_DOOR = 0xD000 def door? s = lstat! s and (s.mode & 0xF000 == S_IF_DOOR) end def entries opts = {} opts[:encoding] = fu_windows? ? ::Encoding::UTF_8 : path.encoding files = Dir.children(path, **opts) untaint = RUBY_VERSION < '2.7' files.map {|n| Entry_.new(prefix(), join(rel(), untaint ? n.untaint : n)) } end def stat return @stat if @stat if lstat() and lstat().symlink? @stat = File.stat(path()) else @stat = lstat() end @stat end def stat! return @stat if @stat if lstat! and lstat!.symlink? @stat = File.stat(path()) else @stat = lstat! end @stat rescue SystemCallError nil end def lstat if dereference? @lstat ||= File.stat(path()) else @lstat ||= File.lstat(path()) end end def lstat! lstat() rescue SystemCallError nil end def chmod(mode) if symlink? File.lchmod mode, path() if have_lchmod? else File.chmod mode, path() end rescue Errno::EOPNOTSUPP end def chown(uid, gid) if symlink? File.lchown uid, gid, path() if have_lchown? else File.chown uid, gid, path() end end def link(dest) case when directory? if !File.exist?(dest) and descendant_directory?(dest, path) raise ArgumentError, "cannot link directory %s to itself %s" % [path, dest] end begin Dir.mkdir dest rescue raise unless File.directory?(dest) end else File.link path(), dest end end def copy(dest) lstat case when file? copy_file dest when directory? if !File.exist?(dest) and descendant_directory?(dest, path) raise ArgumentError, "cannot copy directory %s to itself %s" % [path, dest] end begin Dir.mkdir dest rescue raise unless File.directory?(dest) end when symlink? File.symlink File.readlink(path()), dest when chardev?, blockdev? raise "cannot handle device file" when socket? begin require 'socket' rescue LoadError raise "cannot handle socket" else raise "cannot handle socket" unless defined?(UNIXServer) end UNIXServer.new(dest).close File.chmod lstat().mode, dest when pipe? raise "cannot handle FIFO" unless File.respond_to?(:mkfifo) File.mkfifo dest, lstat().mode when door? raise "cannot handle door: #{path()}" else raise "unknown file type: #{path()}" end end def copy_file(dest) File.open(path()) do |s| File.open(dest, 'wb', s.stat.mode) do |f| IO.copy_stream(s, f) end end end def copy_metadata(path) st = lstat() if !st.symlink? File.utime st.atime, st.mtime, path end mode = st.mode begin if st.symlink? begin File.lchown st.uid, st.gid, path rescue NotImplementedError end else File.chown st.uid, st.gid, path end rescue Errno::EPERM, Errno::EACCES # clear setuid/setgid mode &= 01777 end if st.symlink? begin File.lchmod mode, path rescue NotImplementedError, Errno::EOPNOTSUPP end else File.chmod mode, path end end def remove if directory? remove_dir1 else remove_file end end def remove_dir1 platform_support { Dir.rmdir path().chomp(?/) } end def remove_file platform_support { File.unlink path } end def platform_support return yield unless fu_windows? first_time_p = true begin yield rescue Errno::ENOENT raise rescue => err if first_time_p first_time_p = false begin File.chmod 0700, path() # Windows does not have symlink retry rescue SystemCallError end end raise err end end def preorder_traverse stack = [self] while ent = stack.pop yield ent stack.concat ent.entries.reverse if ent.directory? end end alias traverse preorder_traverse def postorder_traverse if directory? begin children = entries() rescue Errno::EACCES # Failed to get the list of children. # Assuming there is no children, try to process the parent directory. yield self return end children.each do |ent| ent.postorder_traverse do |e| yield e end end end yield self end def wrap_traverse(pre, post) pre.call self if directory? entries.each do |ent| ent.wrap_traverse pre, post end end post.call self end private @@fileutils_rb_have_lchmod = nil def have_lchmod? # This is not MT-safe, but it does not matter. if @@fileutils_rb_have_lchmod == nil @@fileutils_rb_have_lchmod = check_have_lchmod? end @@fileutils_rb_have_lchmod end def check_have_lchmod? return false unless File.respond_to?(:lchmod) File.lchmod 0 return true rescue NotImplementedError return false end @@fileutils_rb_have_lchown = nil def have_lchown? # This is not MT-safe, but it does not matter. if @@fileutils_rb_have_lchown == nil @@fileutils_rb_have_lchown = check_have_lchown? end @@fileutils_rb_have_lchown end def check_have_lchown? return false unless File.respond_to?(:lchown) File.lchown nil, nil return true rescue NotImplementedError return false end def join(dir, base) return File.path(dir) if not base or base == '.' return File.path(base) if not dir or dir == '.' begin File.join(dir, base) rescue EncodingError if fu_windows? File.join(dir.encode(::Encoding::UTF_8), base.encode(::Encoding::UTF_8)) else raise end end end if File::ALT_SEPARATOR DIRECTORY_TERM = "(?=[/#{Regexp.quote(File::ALT_SEPARATOR)}]|\\z)" else DIRECTORY_TERM = "(?=/|\\z)" end def descendant_directory?(descendant, ascendant) if File::FNM_SYSCASE.nonzero? File.expand_path(File.dirname(descendant)).casecmp(File.expand_path(ascendant)) == 0 else File.expand_path(File.dirname(descendant)) == File.expand_path(ascendant) end end end # class Entry_ def fu_list(arg) #:nodoc: [arg].flatten.map {|path| File.path(path) } end private_module_function :fu_list def fu_each_src_dest(src, dest) #:nodoc: fu_each_src_dest0(src, dest) do |s, d| raise ArgumentError, "same file: #{s} and #{d}" if fu_same?(s, d) yield s, d end end private_module_function :fu_each_src_dest def fu_each_src_dest0(src, dest, target_directory = true) #:nodoc: if tmp = Array.try_convert(src) tmp.each do |s| s = File.path(s) yield s, (target_directory ? File.join(dest, File.basename(s)) : dest) end else src = File.path(src) if target_directory and File.directory?(dest) yield src, File.join(dest, File.basename(src)) else yield src, File.path(dest) end end end private_module_function :fu_each_src_dest0 def fu_same?(a, b) #:nodoc: File.identical?(a, b) end private_module_function :fu_same? def fu_output_message(msg) #:nodoc: output = @fileutils_output if defined?(@fileutils_output) output ||= $stdout if defined?(@fileutils_label) msg = @fileutils_label + msg end output.puts msg end private_module_function :fu_output_message def fu_split_path(path) #:nodoc: path = File.path(path) list = [] until (parent, base = File.split(path); parent == path or parent == ".") list << base path = parent end list << path list.reverse! end private_module_function :fu_split_path def fu_relative_components_from(target, base) #:nodoc: i = 0 while target[i]&.== base[i] i += 1 end Array.new(base.size-i, '..').concat(target[i..-1]) end private_module_function :fu_relative_components_from def fu_clean_components(*comp) #:nodoc: comp.shift while comp.first == "." return comp if comp.empty? clean = [comp.shift] path = File.join(*clean, "") # ending with File::SEPARATOR while c = comp.shift if c == ".." and clean.last != ".." and !(fu_have_symlink? && File.symlink?(path)) clean.pop path.chomp!(%r((?<=\A|/)[^/]+/\z), "") else clean << c path << c << "/" end end clean end private_module_function :fu_clean_components if fu_windows? def fu_starting_path?(path) #:nodoc: path&.start_with?(%r(\w:|/)) end else def fu_starting_path?(path) #:nodoc: path&.start_with?("/") end end private_module_function :fu_starting_path? # This hash table holds command options. OPT_TABLE = {} #:nodoc: internal use only (private_instance_methods & methods(false)).inject(OPT_TABLE) {|tbl, name| (tbl[name.to_s] = instance_method(name).parameters).map! {|t, n| n if t == :key}.compact! tbl } public # Returns an array of the string names of \Bundler::FileUtils methods # that accept one or more keyword arguments: # # Bundler::FileUtils.commands.sort.take(3) # => ["cd", "chdir", "chmod"] # def self.commands OPT_TABLE.keys end # Returns an array of the string keyword names: # # Bundler::FileUtils.options.take(3) # => ["noop", "verbose", "force"] # def self.options OPT_TABLE.values.flatten.uniq.map {|sym| sym.to_s } end # Returns +true+ if method +mid+ accepts the given option +opt+, +false+ otherwise; # the arguments may be strings or symbols: # # Bundler::FileUtils.have_option?(:chmod, :noop) # => true # Bundler::FileUtils.have_option?('chmod', 'secure') # => false # def self.have_option?(mid, opt) li = OPT_TABLE[mid.to_s] or raise ArgumentError, "no such method: #{mid}" li.include?(opt) end # Returns an array of the string keyword name for method +mid+; # the argument may be a string or a symbol: # # Bundler::FileUtils.options_of(:rm) # => ["force", "noop", "verbose"] # Bundler::FileUtils.options_of('mv') # => ["force", "noop", "verbose", "secure"] # def self.options_of(mid) OPT_TABLE[mid.to_s].map {|sym| sym.to_s } end # Returns an array of the string method names of the methods # that accept the given keyword option +opt+; # the argument must be a symbol: # # Bundler::FileUtils.collect_method(:preserve) # => ["cp", "copy", "cp_r", "install"] # def self.collect_method(opt) OPT_TABLE.keys.select {|m| OPT_TABLE[m].include?(opt) } end private LOW_METHODS = singleton_methods(false) - collect_method(:noop).map(&:intern) # :nodoc: module LowMethods # :nodoc: internal use only private def _do_nothing(*)end ::Bundler::FileUtils::LOW_METHODS.map {|name| alias_method name, :_do_nothing} end METHODS = singleton_methods() - [:private_module_function, # :nodoc: :commands, :options, :have_option?, :options_of, :collect_method] # # This module has all methods of Bundler::FileUtils module, but it outputs messages # before acting. This equates to passing the <tt>:verbose</tt> flag to # methods in Bundler::FileUtils. # module Verbose include Bundler::FileUtils names = ::Bundler::FileUtils.collect_method(:verbose) names.each do |name| module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options) super(*args, **options, verbose: true) end EOS end private(*names) extend self class << self public(*::Bundler::FileUtils::METHODS) end end # # This module has all methods of Bundler::FileUtils module, but never changes # files/directories. This equates to passing the <tt>:noop</tt> flag # to methods in Bundler::FileUtils. # module NoWrite include Bundler::FileUtils include LowMethods names = ::Bundler::FileUtils.collect_method(:noop) names.each do |name| module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options) super(*args, **options, noop: true) end EOS end private(*names) extend self class << self public(*::Bundler::FileUtils::METHODS) end end # # This module has all methods of Bundler::FileUtils module, but never changes # files/directories, with printing message before acting. # This equates to passing the <tt>:noop</tt> and <tt>:verbose</tt> flag # to methods in Bundler::FileUtils. # module DryRun include Bundler::FileUtils include LowMethods names = ::Bundler::FileUtils.collect_method(:noop) names.each do |name| module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options) super(*args, **options, noop: true, verbose: true) end EOS end private(*names) extend self class << self public(*::Bundler::FileUtils::METHODS) end end end PK *J [��KZT ZT A share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor.rbnu �[��� require_relative "thor/base" class Bundler::Thor $thor_runner ||= false class << self # Allows for custom "Command" package naming. # # === Parameters # name<String> # options<Hash> # def package_name(name, _ = {}) @package_name = name.nil? || name == "" ? nil : name end # Sets the default command when thor is executed without an explicit command to be called. # # ==== Parameters # meth<Symbol>:: name of the default command # def default_command(meth = nil) if meth @default_command = meth == :none ? "help" : meth.to_s else @default_command ||= from_superclass(:default_command, "help") end end alias_method :default_task, :default_command # Registers another Bundler::Thor subclass as a command. # # ==== Parameters # klass<Class>:: Bundler::Thor subclass to register # command<String>:: Subcommand name to use # usage<String>:: Short usage for the subcommand # description<String>:: Description for the subcommand def register(klass, subcommand_name, usage, description, options = {}) if klass <= Bundler::Thor::Group desc usage, description, options define_method(subcommand_name) { |*args| invoke(klass, args) } else desc usage, description, options subcommand subcommand_name, klass end end # Defines the usage and the description of the next command. # # ==== Parameters # usage<String> # description<String> # options<String> # def desc(usage, description, options = {}) if options[:for] command = find_and_refresh_command(options[:for]) command.usage = usage if usage command.description = description if description else @usage = usage @desc = description @hide = options[:hide] || false end end # Defines the long description of the next command. # # Long description is by default indented, line-wrapped and repeated whitespace merged. # In order to print long description verbatim, with indentation and spacing exactly # as found in the code, use the +wrap+ option # # long_desc 'your very long description', wrap: false # # ==== Parameters # long description<String> # options<Hash> # def long_desc(long_description, options = {}) if options[:for] command = find_and_refresh_command(options[:for]) command.long_description = long_description if long_description else @long_desc = long_description @long_desc_wrap = options[:wrap] != false end end # Maps an input to a command. If you define: # # map "-T" => "list" # # Running: # # thor -T # # Will invoke the list command. # # ==== Parameters # Hash[String|Array => Symbol]:: Maps the string or the strings in the array to the given command. # def map(mappings = nil, **kw) @map ||= from_superclass(:map, {}) if mappings && !kw.empty? mappings = kw.merge!(mappings) else mappings ||= kw end if mappings mappings.each do |key, value| if key.respond_to?(:each) key.each { |subkey| @map[subkey] = value } else @map[key] = value end end end @map end # Declares the options for the next command to be declared. # # ==== Parameters # Hash[Symbol => Object]:: The hash key is the name of the option and the value # is the type of the option. Can be :string, :array, :hash, :boolean, :numeric # or :required (string). If you give a value, the type of the value is used. # def method_options(options = nil) @method_options ||= {} build_options(options, @method_options) if options @method_options end alias_method :options, :method_options # Adds an option to the set of method options. If :for is given as option, # it allows you to change the options from a previous defined command. # # def previous_command # # magic # end # # method_option :foo, :for => :previous_command # # def next_command # # magic # end # # ==== Parameters # name<Symbol>:: The name of the argument. # options<Hash>:: Described below. # # ==== Options # :desc - Description for the argument. # :required - If the argument is required or not. # :default - Default value for this argument. It cannot be required and have default values. # :aliases - Aliases for this option. # :type - The type of the argument, can be :string, :hash, :array, :numeric or :boolean. # :banner - String to show on usage notes. # :hide - If you want to hide this option from the help. # def method_option(name, options = {}) unless [ Symbol, String ].any? { |klass| name.is_a?(klass) } raise ArgumentError, "Expected a Symbol or String, got #{name.inspect}" end scope = if options[:for] find_and_refresh_command(options[:for]).options else method_options end build_option(name, options, scope) end alias_method :option, :method_option # Adds and declares option group for exclusive options in the # block and arguments. You can declare options as the outside of the block. # # If :for is given as option, it allows you to change the options from # a previous defined command. # # ==== Parameters # Array[Bundler::Thor::Option.name] # options<Hash>:: :for is applied for previous defined command. # # ==== Examples # # exclusive do # option :one # option :two # end # # Or # # option :one # option :two # exclusive :one, :two # # If you give "--one" and "--two" at the same time ExclusiveArgumentsError # will be raised. # def method_exclusive(*args, &block) register_options_relation_for(:method_options, :method_exclusive_option_names, *args, &block) end alias_method :exclusive, :method_exclusive # Adds and declares option group for required at least one of options in the # block of arguments. You can declare options as the outside of the block. # # If :for is given as option, it allows you to change the options from # a previous defined command. # # ==== Parameters # Array[Bundler::Thor::Option.name] # options<Hash>:: :for is applied for previous defined command. # # ==== Examples # # at_least_one do # option :one # option :two # end # # Or # # option :one # option :two # at_least_one :one, :two # # If you do not give "--one" and "--two" AtLeastOneRequiredArgumentError # will be raised. # # You can use at_least_one and exclusive at the same time. # # exclusive do # at_least_one do # option :one # option :two # end # end # # Then it is required either only one of "--one" or "--two". # def method_at_least_one(*args, &block) register_options_relation_for(:method_options, :method_at_least_one_option_names, *args, &block) end alias_method :at_least_one, :method_at_least_one # Prints help information for the given command. # # ==== Parameters # shell<Bundler::Thor::Shell> # command_name<String> # def command_help(shell, command_name) meth = normalize_command_name(command_name) command = all_commands[meth] handle_no_command_error(meth) unless command shell.say "Usage:" shell.say " #{banner(command).split("\n").join("\n ")}" shell.say class_options_help(shell, nil => command.options.values) print_exclusive_options(shell, command) print_at_least_one_required_options(shell, command) if command.long_description shell.say "Description:" if command.wrap_long_description shell.print_wrapped(command.long_description, indent: 2) else shell.say command.long_description end else shell.say command.description end end alias_method :task_help, :command_help # Prints help information for this class. # # ==== Parameters # shell<Bundler::Thor::Shell> # def help(shell, subcommand = false) list = printable_commands(true, subcommand) Bundler::Thor::Util.thor_classes_in(self).each do |klass| list += klass.printable_commands(false) end sort_commands!(list) if defined?(@package_name) && @package_name shell.say "#{@package_name} commands:" else shell.say "Commands:" end shell.print_table(list, indent: 2, truncate: true) shell.say class_options_help(shell) print_exclusive_options(shell) print_at_least_one_required_options(shell) end # Returns commands ready to be printed. def printable_commands(all = true, subcommand = false) (all ? all_commands : commands).map do |_, command| next if command.hidden? item = [] item << banner(command, false, subcommand) item << (command.description ? "# #{command.description.gsub(/\s+/m, ' ')}" : "") item end.compact end alias_method :printable_tasks, :printable_commands def subcommands @subcommands ||= from_superclass(:subcommands, []) end alias_method :subtasks, :subcommands def subcommand_classes @subcommand_classes ||= {} end def subcommand(subcommand, subcommand_class) subcommands << subcommand.to_s subcommand_class.subcommand_help subcommand subcommand_classes[subcommand.to_s] = subcommand_class define_method(subcommand) do |*args| args, opts = Bundler::Thor::Arguments.split(args) invoke_args = [args, opts, {invoked_via_subcommand: true, class_options: options}] invoke_args.unshift "help" if opts.delete("--help") || opts.delete("-h") invoke subcommand_class, *invoke_args end subcommand_class.commands.each do |_meth, command| command.ancestor_name = subcommand end end alias_method :subtask, :subcommand # Extend check unknown options to accept a hash of conditions. # # === Parameters # options<Hash>: A hash containing :only and/or :except keys def check_unknown_options!(options = {}) @check_unknown_options ||= {} options.each do |key, value| if value @check_unknown_options[key] = Array(value) else @check_unknown_options.delete(key) end end @check_unknown_options end # Overwrite check_unknown_options? to take subcommands and options into account. def check_unknown_options?(config) #:nodoc: options = check_unknown_options return false unless options command = config[:current_command] return true unless command name = command.name if subcommands.include?(name) false elsif options[:except] !options[:except].include?(name.to_sym) elsif options[:only] options[:only].include?(name.to_sym) else true end end # Stop parsing of options as soon as an unknown option or a regular # argument is encountered. All remaining arguments are passed to the command. # This is useful if you have a command that can receive arbitrary additional # options, and where those additional options should not be handled by # Bundler::Thor. # # ==== Example # # To better understand how this is useful, let's consider a command that calls # an external command. A user may want to pass arbitrary options and # arguments to that command. The command itself also accepts some options, # which should be handled by Bundler::Thor. # # class_option "verbose", :type => :boolean # stop_on_unknown_option! :exec # check_unknown_options! :except => :exec # # desc "exec", "Run a shell command" # def exec(*args) # puts "diagnostic output" if options[:verbose] # Kernel.exec(*args) # end # # Here +exec+ can be called with +--verbose+ to get diagnostic output, # e.g.: # # $ thor exec --verbose echo foo # diagnostic output # foo # # But if +--verbose+ is given after +echo+, it is passed to +echo+ instead: # # $ thor exec echo --verbose foo # --verbose foo # # ==== Parameters # Symbol ...:: A list of commands that should be affected. def stop_on_unknown_option!(*command_names) @stop_on_unknown_option = stop_on_unknown_option | command_names end def stop_on_unknown_option?(command) #:nodoc: command && stop_on_unknown_option.include?(command.name.to_sym) end # Disable the check for required options for the given commands. # This is useful if you have a command that does not need the required options # to work, like help. # # ==== Parameters # Symbol ...:: A list of commands that should be affected. def disable_required_check!(*command_names) @disable_required_check = disable_required_check | command_names end def disable_required_check?(command) #:nodoc: command && disable_required_check.include?(command.name.to_sym) end # Checks if a specified command exists. # # ==== Parameters # command_name<String>:: The name of the command to check for existence. # # ==== Returns # Boolean:: +true+ if the command exists, +false+ otherwise. def command_exists?(command_name) #:nodoc: commands.keys.include?(normalize_command_name(command_name)) end protected # Returns this class exclusive options array set. # # ==== Returns # Array[Array[Bundler::Thor::Option.name]] # def method_exclusive_option_names #:nodoc: @method_exclusive_option_names ||= [] end # Returns this class at least one of required options array set. # # ==== Returns # Array[Array[Bundler::Thor::Option.name]] # def method_at_least_one_option_names #:nodoc: @method_at_least_one_option_names ||= [] end def stop_on_unknown_option #:nodoc: @stop_on_unknown_option ||= [] end # help command has the required check disabled by default. def disable_required_check #:nodoc: @disable_required_check ||= [:help] end def print_exclusive_options(shell, command = nil) # :nodoc: opts = [] opts = command.method_exclusive_option_names unless command.nil? opts += class_exclusive_option_names unless opts.empty? shell.say "Exclusive Options:" shell.print_table(opts.map{ |ex| ex.map{ |e| "--#{e}"}}, indent: 2 ) shell.say end end def print_at_least_one_required_options(shell, command = nil) # :nodoc: opts = [] opts = command.method_at_least_one_option_names unless command.nil? opts += class_at_least_one_option_names unless opts.empty? shell.say "Required At Least One:" shell.print_table(opts.map{ |ex| ex.map{ |e| "--#{e}"}}, indent: 2 ) shell.say end end # The method responsible for dispatching given the args. def dispatch(meth, given_args, given_opts, config) #:nodoc: meth ||= retrieve_command_name(given_args) command = all_commands[normalize_command_name(meth)] if !command && config[:invoked_via_subcommand] # We're a subcommand and our first argument didn't match any of our # commands. So we put it back and call our default command. given_args.unshift(meth) command = all_commands[normalize_command_name(default_command)] end if command args, opts = Bundler::Thor::Options.split(given_args) if stop_on_unknown_option?(command) && !args.empty? # given_args starts with a non-option, so we treat everything as # ordinary arguments args.concat opts opts.clear end else args = given_args opts = nil command = dynamic_command_class.new(meth) end opts = given_opts || opts || [] config[:current_command] = command config[:command_options] = command.options instance = new(args, opts, config) yield instance if block_given? args = instance.args trailing = args[Range.new(arguments.size, -1)] instance.invoke_command(command, trailing || []) end # The banner for this class. You can customize it if you are invoking the # thor class by another ways which is not the Bundler::Thor::Runner. It receives # the command that is going to be invoked and a boolean which indicates if # the namespace should be displayed as arguments. # def banner(command, namespace = nil, subcommand = false) command.formatted_usage(self, $thor_runner, subcommand).split("\n").map do |formatted_usage| "#{basename} #{formatted_usage}" end.join("\n") end def baseclass #:nodoc: Bundler::Thor end def dynamic_command_class #:nodoc: Bundler::Thor::DynamicCommand end def create_command(meth) #:nodoc: @usage ||= nil @desc ||= nil @long_desc ||= nil @long_desc_wrap ||= nil @hide ||= nil if @usage && @desc base_class = @hide ? Bundler::Thor::HiddenCommand : Bundler::Thor::Command relations = {exclusive_option_names: method_exclusive_option_names, at_least_one_option_names: method_at_least_one_option_names} commands[meth] = base_class.new(meth, @desc, @long_desc, @long_desc_wrap, @usage, method_options, relations) @usage, @desc, @long_desc, @long_desc_wrap, @method_options, @hide = nil @method_exclusive_option_names, @method_at_least_one_option_names = nil true elsif all_commands[meth] || meth == "method_missing" true else puts "[WARNING] Attempted to create command #{meth.inspect} without usage or description. " \ "Call desc if you want this method to be available as command or declare it inside a " \ "no_commands{} block. Invoked from #{caller[1].inspect}." false end end alias_method :create_task, :create_command def initialize_added #:nodoc: class_options.merge!(method_options) @method_options = nil end # Retrieve the command name from given args. def retrieve_command_name(args) #:nodoc: meth = args.first.to_s unless args.empty? args.shift if meth && (map[meth] || meth !~ /^\-/) end alias_method :retrieve_task_name, :retrieve_command_name # receives a (possibly nil) command name and returns a name that is in # the commands hash. In addition to normalizing aliases, this logic # will determine if a shortened command is an unambiguous substring of # a command or alias. # # +normalize_command_name+ also converts names like +animal-prison+ # into +animal_prison+. def normalize_command_name(meth) #:nodoc: return default_command.to_s.tr("-", "_") unless meth possibilities = find_command_possibilities(meth) raise AmbiguousTaskError, "Ambiguous command #{meth} matches [#{possibilities.join(', ')}]" if possibilities.size > 1 if possibilities.empty? meth ||= default_command elsif map[meth] meth = map[meth] else meth = possibilities.first end meth.to_s.tr("-", "_") # treat foo-bar as foo_bar end alias_method :normalize_task_name, :normalize_command_name # this is the logic that takes the command name passed in by the user # and determines whether it is an unambiguous substrings of a command or # alias name. def find_command_possibilities(meth) len = meth.to_s.length possibilities = all_commands.merge(map).keys.select { |n| meth == n[0, len] }.sort unique_possibilities = possibilities.map { |k| map[k] || k }.uniq if possibilities.include?(meth) [meth] elsif unique_possibilities.size == 1 unique_possibilities else possibilities end end alias_method :find_task_possibilities, :find_command_possibilities def subcommand_help(cmd) desc "help [COMMAND]", "Describe subcommands or one specific subcommand" class_eval " def help(command = nil, subcommand = true); super; end " end alias_method :subtask_help, :subcommand_help # Sort the commands, lexicographically by default. # # Can be overridden in the subclass to change the display order of the # commands. def sort_commands!(list) list.sort! { |a, b| a[0] <=> b[0] } end end include Bundler::Thor::Base map HELP_MAPPINGS => :help desc "help [COMMAND]", "Describe available commands or one specific command" def help(command = nil, subcommand = false) if command if self.class.subcommands.include? command self.class.subcommand_classes[command].help(shell, true) else self.class.command_help(shell, command) end else self.class.help(shell, subcommand) end end end PK *J [[��2Q Q I share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/command.rbnu �[��� class Bundler::Thor class Command < Struct.new(:name, :description, :long_description, :wrap_long_description, :usage, :options, :options_relation, :ancestor_name) FILE_REGEXP = /^#{Regexp.escape(File.dirname(__FILE__))}/ def initialize(name, description, long_description, wrap_long_description, usage, options = nil, options_relation = nil) super(name.to_s, description, long_description, wrap_long_description, usage, options || {}, options_relation || {}) end def initialize_copy(other) #:nodoc: super(other) self.options = other.options.dup if other.options self.options_relation = other.options_relation.dup if other.options_relation end def hidden? false end # By default, a command invokes a method in the thor class. You can change this # implementation to create custom commands. def run(instance, args = []) arity = nil if private_method?(instance) instance.class.handle_no_command_error(name) elsif public_method?(instance) arity = instance.method(name).arity instance.__send__(name, *args) elsif local_method?(instance, :method_missing) instance.__send__(:method_missing, name.to_sym, *args) else instance.class.handle_no_command_error(name) end rescue ArgumentError => e handle_argument_error?(instance, e, caller) ? instance.class.handle_argument_error(self, e, args, arity) : (raise e) rescue NoMethodError => e handle_no_method_error?(instance, e, caller) ? instance.class.handle_no_command_error(name) : (raise e) end # Returns the formatted usage by injecting given required arguments # and required options into the given usage. def formatted_usage(klass, namespace = true, subcommand = false) if ancestor_name formatted = "#{ancestor_name} ".dup # add space elsif namespace namespace = klass.namespace formatted = "#{namespace.gsub(/^(default)/, '')}:".dup end formatted ||= "#{klass.namespace.split(':').last} ".dup if subcommand formatted ||= "".dup Array(usage).map do |specific_usage| formatted_specific_usage = formatted formatted_specific_usage += required_arguments_for(klass, specific_usage) # Add required options formatted_specific_usage += " #{required_options}" # Strip and go! formatted_specific_usage.strip end.join("\n") end def method_exclusive_option_names #:nodoc: self.options_relation[:exclusive_option_names] || [] end def method_at_least_one_option_names #:nodoc: self.options_relation[:at_least_one_option_names] || [] end protected # Add usage with required arguments def required_arguments_for(klass, usage) if klass && !klass.arguments.empty? usage.to_s.gsub(/^#{name}/) do |match| match << " " << klass.arguments.map(&:usage).compact.join(" ") end else usage.to_s end end def not_debugging?(instance) !(instance.class.respond_to?(:debugging) && instance.class.debugging) end def required_options @required_options ||= options.map { |_, o| o.usage if o.required? }.compact.sort.join(" ") end # Given a target, checks if this class name is a public method. def public_method?(instance) #:nodoc: !(instance.public_methods & [name.to_s, name.to_sym]).empty? end def private_method?(instance) !(instance.private_methods & [name.to_s, name.to_sym]).empty? end def local_method?(instance, name) methods = instance.public_methods(false) + instance.private_methods(false) + instance.protected_methods(false) !(methods & [name.to_s, name.to_sym]).empty? end def sans_backtrace(backtrace, caller) #:nodoc: saned = backtrace.reject { |frame| frame =~ FILE_REGEXP || (frame =~ /\.java:/ && RUBY_PLATFORM =~ /java/) || (frame =~ %r{^kernel/} && RUBY_ENGINE =~ /rbx/) } saned - caller end def handle_argument_error?(instance, error, caller) not_debugging?(instance) && (error.message =~ /wrong number of arguments/ || error.message =~ /given \d*, expected \d*/) && begin saned = sans_backtrace(error.backtrace, caller) saned.empty? || saned.size == 1 end end def handle_no_method_error?(instance, error, caller) not_debugging?(instance) && error.message =~ /^undefined method `#{name}' for #{Regexp.escape(instance.to_s)}$/ end end Task = Command # A command that is hidden in help messages but still invocable. class HiddenCommand < Command def hidden? true end end HiddenTask = HiddenCommand # A dynamic command that handles method missing scenarios. class DynamicCommand < Command def initialize(name, options = nil) super(name.to_s, "A dynamically-generated command", name.to_s, nil, name.to_s, options) end def run(instance, args = []) if (instance.methods & [name.to_s, name.to_sym]).empty? super else instance.class.handle_no_command_error(name) end end end DynamicTask = DynamicCommand end PK *J [���Ϝ$ �$ G share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/group.rbnu �[��� require_relative "base" # Bundler::Thor has a special class called Bundler::Thor::Group. The main difference to Bundler::Thor class # is that it invokes all commands at once. It also include some methods that allows # invocations to be done at the class method, which are not available to Bundler::Thor # commands. class Bundler::Thor::Group class << self # The description for this Bundler::Thor::Group. If none is provided, but a source root # exists, tries to find the USAGE one folder above it, otherwise searches # in the superclass. # # ==== Parameters # description<String>:: The description for this Bundler::Thor::Group. # def desc(description = nil) if description @desc = description else @desc ||= from_superclass(:desc, nil) end end # Prints help information. # # ==== Options # short:: When true, shows only usage. # def help(shell) shell.say "Usage:" shell.say " #{banner}\n" shell.say class_options_help(shell) shell.say desc if desc end # Stores invocations for this class merging with superclass values. # def invocations #:nodoc: @invocations ||= from_superclass(:invocations, {}) end # Stores invocation blocks used on invoke_from_option. # def invocation_blocks #:nodoc: @invocation_blocks ||= from_superclass(:invocation_blocks, {}) end # Invoke the given namespace or class given. It adds an instance # method that will invoke the klass and command. You can give a block to # configure how it will be invoked. # # The namespace/class given will have its options showed on the help # usage. Check invoke_from_option for more information. # def invoke(*names, &block) options = names.last.is_a?(Hash) ? names.pop : {} verbose = options.fetch(:verbose, true) names.each do |name| invocations[name] = false invocation_blocks[name] = block if block_given? class_eval <<-METHOD, __FILE__, __LINE__ + 1 def _invoke_#{name.to_s.gsub(/\W/, '_')} klass, command = self.class.prepare_for_invocation(nil, #{name.inspect}) if klass say_status :invoke, #{name.inspect}, #{verbose.inspect} block = self.class.invocation_blocks[#{name.inspect}] _invoke_for_class_method klass, command, &block else say_status :error, %(#{name.inspect} [not found]), :red end end METHOD end end # Invoke a thor class based on the value supplied by the user to the # given option named "name". A class option must be created before this # method is invoked for each name given. # # ==== Examples # # class GemGenerator < Bundler::Thor::Group # class_option :test_framework, :type => :string # invoke_from_option :test_framework # end # # ==== Boolean options # # In some cases, you want to invoke a thor class if some option is true or # false. This is automatically handled by invoke_from_option. Then the # option name is used to invoke the generator. # # ==== Preparing for invocation # # In some cases you want to customize how a specified hook is going to be # invoked. You can do that by overwriting the class method # prepare_for_invocation. The class method must necessarily return a klass # and an optional command. # # ==== Custom invocations # # You can also supply a block to customize how the option is going to be # invoked. The block receives two parameters, an instance of the current # class and the klass to be invoked. # def invoke_from_option(*names, &block) options = names.last.is_a?(Hash) ? names.pop : {} verbose = options.fetch(:verbose, :white) names.each do |name| unless class_options.key?(name) raise ArgumentError, "You have to define the option #{name.inspect} " \ "before setting invoke_from_option." end invocations[name] = true invocation_blocks[name] = block if block_given? class_eval <<-METHOD, __FILE__, __LINE__ + 1 def _invoke_from_option_#{name.to_s.gsub(/\W/, '_')} return unless options[#{name.inspect}] value = options[#{name.inspect}] value = #{name.inspect} if TrueClass === value klass, command = self.class.prepare_for_invocation(#{name.inspect}, value) if klass say_status :invoke, value, #{verbose.inspect} block = self.class.invocation_blocks[#{name.inspect}] _invoke_for_class_method klass, command, &block else say_status :error, %(\#{value} [not found]), :red end end METHOD end end # Remove a previously added invocation. # # ==== Examples # # remove_invocation :test_framework # def remove_invocation(*names) names.each do |name| remove_command(name) remove_class_option(name) invocations.delete(name) invocation_blocks.delete(name) end end # Overwrite class options help to allow invoked generators options to be # shown recursively when invoking a generator. # def class_options_help(shell, groups = {}) #:nodoc: get_options_from_invocations(groups, class_options) do |klass| klass.send(:get_options_from_invocations, groups, class_options) end super(shell, groups) end # Get invocations array and merge options from invocations. Those # options are added to group_options hash. Options that already exists # in base_options are not added twice. # def get_options_from_invocations(group_options, base_options) #:nodoc: invocations.each do |name, from_option| value = if from_option option = class_options[name] option.type == :boolean ? name : option.default else name end next unless value klass, _ = prepare_for_invocation(name, value) next unless klass && klass.respond_to?(:class_options) value = value.to_s human_name = value.respond_to?(:classify) ? value.classify : value group_options[human_name] ||= [] group_options[human_name] += klass.class_options.values.select do |class_option| base_options[class_option.name.to_sym].nil? && class_option.group.nil? && !group_options.values.flatten.any? { |i| i.name == class_option.name } end yield klass if block_given? end end # Returns commands ready to be printed. def printable_commands(*) item = [] item << banner item << (desc ? "# #{desc.gsub(/\s+/m, ' ')}" : "") [item] end alias_method :printable_tasks, :printable_commands def handle_argument_error(command, error, _args, arity) #:nodoc: msg = "#{basename} #{command.name} takes #{arity} argument".dup msg << "s" if arity > 1 msg << ", but it should not." raise error, msg end # Checks if a specified command exists. # # ==== Parameters # command_name<String>:: The name of the command to check for existence. # # ==== Returns # Boolean:: +true+ if the command exists, +false+ otherwise. def command_exists?(command_name) #:nodoc: commands.keys.include?(command_name) end protected # The method responsible for dispatching given the args. def dispatch(command, given_args, given_opts, config) #:nodoc: if Bundler::Thor::HELP_MAPPINGS.include?(given_args.first) help(config[:shell]) return end args, opts = Bundler::Thor::Options.split(given_args) opts = given_opts || opts instance = new(args, opts, config) yield instance if block_given? if command instance.invoke_command(all_commands[command]) else instance.invoke_all end end # The banner for this class. You can customize it if you are invoking the # thor class by another ways which is not the Bundler::Thor::Runner. def banner "#{basename} #{self_command.formatted_usage(self, false)}" end # Represents the whole class as a command. def self_command #:nodoc: Bundler::Thor::DynamicCommand.new(namespace, class_options) end alias_method :self_task, :self_command def baseclass #:nodoc: Bundler::Thor::Group end def create_command(meth) #:nodoc: commands[meth.to_s] = Bundler::Thor::Command.new(meth, nil, nil, nil, nil) true end alias_method :create_task, :create_command end include Bundler::Thor::Base protected # Shortcut to invoke with padding and block handling. Use internally by # invoke and invoke_from_option class methods. def _invoke_for_class_method(klass, command = nil, *args, &block) #:nodoc: with_padding do if block case block.arity when 3 yield(self, klass, command) when 2 yield(self, klass) when 1 instance_exec(klass, &block) end else invoke klass, command, *args end end end end PK *J [�l�� ( ( H share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/runner.rbnu �[��� require_relative "../thor" require_relative "group" require "yaml" require "digest/sha2" require "pathname" class Bundler::Thor::Runner < Bundler::Thor #:nodoc: map "-T" => :list, "-i" => :install, "-u" => :update, "-v" => :version def self.banner(command, all = false, subcommand = false) "thor " + command.formatted_usage(self, all, subcommand) end def self.exit_on_failure? true end # Override Bundler::Thor#help so it can give information about any class and any method. # def help(meth = nil) if meth && !respond_to?(meth) initialize_thorfiles(meth) klass, command = Bundler::Thor::Util.find_class_and_command_by_namespace(meth) self.class.handle_no_command_error(command, false) if klass.nil? klass.start(["-h", command].compact, shell: shell) else super end end # If a command is not found on Bundler::Thor::Runner, method missing is invoked and # Bundler::Thor::Runner is then responsible for finding the command in all classes. # def method_missing(meth, *args) meth = meth.to_s initialize_thorfiles(meth) klass, command = Bundler::Thor::Util.find_class_and_command_by_namespace(meth) self.class.handle_no_command_error(command, false) if klass.nil? args.unshift(command) if command klass.start(args, shell: shell) end desc "install NAME", "Install an optionally named Bundler::Thor file into your system commands" method_options as: :string, relative: :boolean, force: :boolean def install(name) # rubocop:disable Metrics/MethodLength initialize_thorfiles is_uri = name =~ %r{^https?\://} if is_uri base = name package = :file require "open-uri" begin contents = URI.open(name, &:read) rescue OpenURI::HTTPError raise Error, "Error opening URI '#{name}'" end else # If a directory name is provided as the argument, look for a 'main.thor' # command in said directory. begin if File.directory?(File.expand_path(name)) base = File.join(name, "main.thor") package = :directory contents = File.open(base, &:read) else base = name package = :file require "open-uri" contents = URI.open(name, &:read) end rescue Errno::ENOENT raise Error, "Error opening file '#{name}'" end end say "Your Thorfile contains:" say contents unless options["force"] return false if no?("Do you wish to continue [y/N]?") end as = options["as"] || begin first_line = contents.split("\n")[0] (match = first_line.match(/\s*#\s*module:\s*([^\n]*)/)) ? match[1].strip : nil end unless as basename = File.basename(name) as = ask("Please specify a name for #{name} in the system repository [#{basename}]:") as = basename if as.empty? end location = if options[:relative] || is_uri name else File.expand_path(name) end thor_yaml[as] = { filename: Digest::SHA256.hexdigest(name + as), location: location, namespaces: Bundler::Thor::Util.namespaces_in_content(contents, base) } save_yaml(thor_yaml) say "Storing thor file in your system repository" destination = File.join(thor_root, thor_yaml[as][:filename]) if package == :file File.open(destination, "w") { |f| f.puts contents } else require "fileutils" FileUtils.cp_r(name, destination) end thor_yaml[as][:filename] # Indicate success end desc "version", "Show Bundler::Thor version" def version require_relative "version" say "Bundler::Thor #{Bundler::Thor::VERSION}" end desc "uninstall NAME", "Uninstall a named Bundler::Thor module" def uninstall(name) raise Error, "Can't find module '#{name}'" unless thor_yaml[name] say "Uninstalling #{name}." require "fileutils" FileUtils.rm_rf(File.join(thor_root, (thor_yaml[name][:filename]).to_s)) thor_yaml.delete(name) save_yaml(thor_yaml) puts "Done." end desc "update NAME", "Update a Bundler::Thor file from its original location" def update(name) raise Error, "Can't find module '#{name}'" if !thor_yaml[name] || !thor_yaml[name][:location] say "Updating '#{name}' from #{thor_yaml[name][:location]}" old_filename = thor_yaml[name][:filename] self.options = options.merge("as" => name) if File.directory? File.expand_path(name) require "fileutils" FileUtils.rm_rf(File.join(thor_root, old_filename)) thor_yaml.delete(old_filename) save_yaml(thor_yaml) filename = install(name) else filename = install(thor_yaml[name][:location]) end File.delete(File.join(thor_root, old_filename)) unless filename == old_filename end desc "installed", "List the installed Bundler::Thor modules and commands" method_options internal: :boolean def installed initialize_thorfiles(nil, true) display_klasses(true, options["internal"]) end desc "list [SEARCH]", "List the available thor commands (--substring means .*SEARCH)" method_options substring: :boolean, group: :string, all: :boolean, debug: :boolean def list(search = "") initialize_thorfiles search = ".*#{search}" if options["substring"] search = /^#{search}.*/i group = options[:group] || "standard" klasses = Bundler::Thor::Base.subclasses.select do |k| (options[:all] || k.group == group) && k.namespace =~ search end display_klasses(false, false, klasses) end private def thor_root Bundler::Thor::Util.thor_root end def thor_yaml @thor_yaml ||= begin yaml_file = File.join(thor_root, "thor.yml") yaml = YAML.load_file(yaml_file) if File.exist?(yaml_file) yaml || {} end end # Save the yaml file. If none exists in thor root, creates one. # def save_yaml(yaml) yaml_file = File.join(thor_root, "thor.yml") unless File.exist?(yaml_file) require "fileutils" FileUtils.mkdir_p(thor_root) yaml_file = File.join(thor_root, "thor.yml") FileUtils.touch(yaml_file) end File.open(yaml_file, "w") { |f| f.puts yaml.to_yaml } end # Load the Thorfiles. If relevant_to is supplied, looks for specific files # in the thor_root instead of loading them all. # # By default, it also traverses the current path until find Bundler::Thor files, as # described in thorfiles. This look up can be skipped by supplying # skip_lookup true. # def initialize_thorfiles(relevant_to = nil, skip_lookup = false) thorfiles(relevant_to, skip_lookup).each do |f| Bundler::Thor::Util.load_thorfile(f, nil, options[:debug]) unless Bundler::Thor::Base.subclass_files.keys.include?(File.expand_path(f)) end end # Finds Thorfiles by traversing from your current directory down to the root # directory of your system. If at any time we find a Bundler::Thor file, we stop. # # We also ensure that system-wide Thorfiles are loaded first, so local # Thorfiles can override them. # # ==== Example # # If we start at /Users/wycats/dev/thor ... # # 1. /Users/wycats/dev/thor # 2. /Users/wycats/dev # 3. /Users/wycats <-- we find a Thorfile here, so we stop # # Suppose we start at c:\Documents and Settings\james\dev\thor ... # # 1. c:\Documents and Settings\james\dev\thor # 2. c:\Documents and Settings\james\dev # 3. c:\Documents and Settings\james # 4. c:\Documents and Settings # 5. c:\ <-- no Thorfiles found! # def thorfiles(relevant_to = nil, skip_lookup = false) thorfiles = [] unless skip_lookup Pathname.pwd.ascend do |path| thorfiles = Bundler::Thor::Util.globs_for(path).map { |g| Dir[g] }.flatten break unless thorfiles.empty? end end files = (relevant_to ? thorfiles_relevant_to(relevant_to) : Bundler::Thor::Util.thor_root_glob) files += thorfiles files -= ["#{thor_root}/thor.yml"] files.map! do |file| File.directory?(file) ? File.join(file, "main.thor") : file end end # Load Thorfiles relevant to the given method. If you provide "foo:bar" it # will load all thor files in the thor.yaml that has "foo" e "foo:bar" # namespaces registered. # def thorfiles_relevant_to(meth) lookup = [meth, meth.split(":")[0...-1].join(":")] files = thor_yaml.select do |_, v| v[:namespaces] && !(v[:namespaces] & lookup).empty? end files.map { |_, v| File.join(thor_root, (v[:filename]).to_s) } end # Display information about the given klasses. If with_module is given, # it shows a table with information extracted from the yaml file. # def display_klasses(with_modules = false, show_internal = false, klasses = Bundler::Thor::Base.subclasses) klasses -= [Bundler::Thor, Bundler::Thor::Runner, Bundler::Thor::Group] unless show_internal raise Error, "No Bundler::Thor commands available" if klasses.empty? show_modules if with_modules && !thor_yaml.empty? list = Hash.new { |h, k| h[k] = [] } groups = klasses.select { |k| k.ancestors.include?(Bundler::Thor::Group) } # Get classes which inherit from Bundler::Thor (klasses - groups).each { |k| list[k.namespace.split(":").first] += k.printable_commands(false) } # Get classes which inherit from Bundler::Thor::Base groups.map! { |k| k.printable_commands(false).first } list["root"] = groups # Order namespaces with default coming first list = list.sort { |a, b| a[0].sub(/^default/, "") <=> b[0].sub(/^default/, "") } list.each { |n, commands| display_commands(n, commands) unless commands.empty? } end def display_commands(namespace, list) #:nodoc: list.sort! { |a, b| a[0] <=> b[0] } say shell.set_color(namespace, :blue, true) say "-" * namespace.size print_table(list, truncate: true) say end alias_method :display_tasks, :display_commands def show_modules #:nodoc: info = [] labels = %w(Modules Namespaces) info << labels info << ["-" * labels[0].size, "-" * labels[1].size] thor_yaml.each do |name, hash| info << [name, hash[:namespaces].join(", ")] end print_table info say "" end end PK *J [��� � H share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/parser.rbnu �[��� require_relative "parser/argument" require_relative "parser/arguments" require_relative "parser/option" require_relative "parser/options" PK *J [�dq=7 7 V share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/line_editor/readline.rbnu �[��� class Bundler::Thor module LineEditor class Readline < Basic def self.available? begin require "readline" rescue LoadError end Object.const_defined?(:Readline) end def readline if echo? ::Readline.completion_append_character = nil # rb-readline does not allow Readline.completion_proc= to receive nil. if complete = completion_proc ::Readline.completion_proc = complete end ::Readline.readline(prompt, add_to_history?) else super end end private def add_to_history? options.fetch(:add_to_history, true) end def completion_proc if use_path_completion? proc { |text| PathCompletion.new(text).matches } elsif completion_options.any? proc do |text| completion_options.select { |option| option.start_with?(text) } end end end def completion_options options.fetch(:limited_to, []) end def use_path_completion? options.fetch(:path, false) end class PathCompletion attr_reader :text private :text def initialize(text) @text = text end def matches relative_matches end private def relative_matches absolute_matches.map { |path| path.sub(base_path, "") } end def absolute_matches Dir[glob_pattern].map do |path| if File.directory?(path) "#{path}/" else path end end end def glob_pattern "#{base_path}#{text}*" end def base_path "#{Dir.pwd}/" end end end end end PK *J [Y�t} } S share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/line_editor/basic.rbnu �[��� class Bundler::Thor module LineEditor class Basic attr_reader :prompt, :options def self.available? true end def initialize(prompt, options) @prompt = prompt @options = options end def readline $stdout.print(prompt) get_input end private def get_input if echo? $stdin.gets else # Lazy-load io/console since it is gem-ified as of 2.3 require "io/console" $stdin.noecho(&:gets) end end def echo? options.fetch(:echo, true) end end end end PK *J [�\Õ/ / P share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/nested_context.rbnu �[��� class Bundler::Thor class NestedContext def initialize @depth = 0 end def enter push yield ensure pop end def entered? @depth.positive? end private def push @depth += 1 end def pop @depth -= 1 end end end PK *J [����) �) I share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions.rbnu �[��� require_relative "actions/create_file" require_relative "actions/create_link" require_relative "actions/directory" require_relative "actions/empty_directory" require_relative "actions/file_manipulation" require_relative "actions/inject_into_file" class Bundler::Thor module Actions attr_accessor :behavior def self.included(base) #:nodoc: super(base) base.extend ClassMethods end module ClassMethods # Hold source paths for one Bundler::Thor instance. source_paths_for_search is the # method responsible to gather source_paths from this current class, # inherited paths and the source root. # def source_paths @_source_paths ||= [] end # Stores and return the source root for this class def source_root(path = nil) @_source_root = path if path @_source_root ||= nil end # Returns the source paths in the following order: # # 1) This class source paths # 2) Source root # 3) Parents source paths # def source_paths_for_search paths = [] paths += source_paths paths << source_root if source_root paths += from_superclass(:source_paths, []) paths end # Add runtime options that help actions execution. # def add_runtime_options! class_option :force, type: :boolean, aliases: "-f", group: :runtime, desc: "Overwrite files that already exist" class_option :pretend, type: :boolean, aliases: "-p", group: :runtime, desc: "Run but do not make any changes" class_option :quiet, type: :boolean, aliases: "-q", group: :runtime, desc: "Suppress status output" class_option :skip, type: :boolean, aliases: "-s", group: :runtime, desc: "Skip files that already exist" end end # Extends initializer to add more configuration options. # # ==== Configuration # behavior<Symbol>:: The actions default behavior. Can be :invoke or :revoke. # It also accepts :force, :skip and :pretend to set the behavior # and the respective option. # # destination_root<String>:: The root directory needed for some actions. # def initialize(args = [], options = {}, config = {}) self.behavior = case config[:behavior].to_s when "force", "skip" _cleanup_options_and_set(options, config[:behavior]) :invoke when "revoke" :revoke else :invoke end super self.destination_root = config[:destination_root] end # Wraps an action object and call it accordingly to the thor class behavior. # def action(instance) #:nodoc: if behavior == :revoke instance.revoke! else instance.invoke! end end # Returns the root for this thor class (also aliased as destination root). # def destination_root @destination_stack.last end # Sets the root for this thor class. Relatives path are added to the # directory where the script was invoked and expanded. # def destination_root=(root) @destination_stack ||= [] @destination_stack[0] = File.expand_path(root || "") end # Returns the given path relative to the absolute root (ie, root where # the script started). # def relative_to_original_destination_root(path, remove_dot = true) root = @destination_stack[0] if path.start_with?(root) && [File::SEPARATOR, File::ALT_SEPARATOR, nil, ""].include?(path[root.size..root.size]) path = path.dup path[0...root.size] = "." remove_dot ? (path[2..-1] || "") : path else path end end # Holds source paths in instance so they can be manipulated. # def source_paths @source_paths ||= self.class.source_paths_for_search end # Receives a file or directory and search for it in the source paths. # def find_in_source_paths(file) possible_files = [file, file + TEMPLATE_EXTNAME] relative_root = relative_to_original_destination_root(destination_root, false) source_paths.each do |source| possible_files.each do |f| source_file = File.expand_path(f, File.join(source, relative_root)) return source_file if File.exist?(source_file) end end message = "Could not find #{file.inspect} in any of your source paths. ".dup unless self.class.source_root message << "Please invoke #{self.class.name}.source_root(PATH) with the PATH containing your templates. " end message << if source_paths.empty? "Currently you have no source paths." else "Your current source paths are: \n#{source_paths.join("\n")}" end raise Error, message end # Do something in the root or on a provided subfolder. If a relative path # is given it's referenced from the current root. The full path is yielded # to the block you provide. The path is set back to the previous path when # the method exits. # # Returns the value yielded by the block. # # ==== Parameters # dir<String>:: the directory to move to. # config<Hash>:: give :verbose => true to log and use padding. # def inside(dir = "", config = {}, &block) verbose = config.fetch(:verbose, false) pretend = options[:pretend] say_status :inside, dir, verbose shell.padding += 1 if verbose @destination_stack.push File.expand_path(dir, destination_root) # If the directory doesn't exist and we're not pretending if !File.exist?(destination_root) && !pretend require "fileutils" FileUtils.mkdir_p(destination_root) end result = nil if pretend # In pretend mode, just yield down to the block result = block.arity == 1 ? yield(destination_root) : yield else require "fileutils" FileUtils.cd(destination_root) { result = block.arity == 1 ? yield(destination_root) : yield } end @destination_stack.pop shell.padding -= 1 if verbose result end # Goes to the root and execute the given block. # def in_root inside(@destination_stack.first) { yield } end # Loads an external file and execute it in the instance binding. # # ==== Parameters # path<String>:: The path to the file to execute. Can be a web address or # a relative path from the source root. # # ==== Examples # # apply "http://gist.github.com/103208" # # apply "recipes/jquery.rb" # def apply(path, config = {}) verbose = config.fetch(:verbose, true) is_uri = path =~ %r{^https?\://} path = find_in_source_paths(path) unless is_uri say_status :apply, path, verbose shell.padding += 1 if verbose contents = if is_uri require "open-uri" URI.open(path, "Accept" => "application/x-thor-template", &:read) else File.open(path, &:read) end instance_eval(contents, path) shell.padding -= 1 if verbose end # Executes a command returning the contents of the command. # # ==== Parameters # command<String>:: the command to be executed. # config<Hash>:: give :verbose => false to not log the status, :capture => true to hide to output. Specify :with # to append an executable to command execution. # # ==== Example # # inside('vendor') do # run('ln -s ~/edge rails') # end # def run(command, config = {}) return unless behavior == :invoke destination = relative_to_original_destination_root(destination_root, false) desc = "#{command} from #{destination.inspect}" if config[:with] desc = "#{File.basename(config[:with].to_s)} #{desc}" command = "#{config[:with]} #{command}" end say_status :run, desc, config.fetch(:verbose, true) return if options[:pretend] env_splat = [config[:env]] if config[:env] if config[:capture] require "open3" result, status = Open3.capture2e(*env_splat, command.to_s) success = status.success? else result = system(*env_splat, command.to_s) success = result end abort if !success && config.fetch(:abort_on_failure, self.class.exit_on_failure?) result end # Executes a ruby script (taking into account WIN32 platform quirks). # # ==== Parameters # command<String>:: the command to be executed. # config<Hash>:: give :verbose => false to not log the status. # def run_ruby_script(command, config = {}) return unless behavior == :invoke run command, config.merge(with: Bundler::Thor::Util.ruby_command) end # Run a thor command. A hash of options can be given and it's converted to # switches. # # ==== Parameters # command<String>:: the command to be invoked # args<Array>:: arguments to the command # config<Hash>:: give :verbose => false to not log the status, :capture => true to hide to output. # Other options are given as parameter to Bundler::Thor. # # # ==== Examples # # thor :install, "http://gist.github.com/103208" # #=> thor install http://gist.github.com/103208 # # thor :list, :all => true, :substring => 'rails' # #=> thor list --all --substring=rails # def thor(command, *args) config = args.last.is_a?(Hash) ? args.pop : {} verbose = config.key?(:verbose) ? config.delete(:verbose) : true pretend = config.key?(:pretend) ? config.delete(:pretend) : false capture = config.key?(:capture) ? config.delete(:capture) : false args.unshift(command) args.push Bundler::Thor::Options.to_switches(config) command = args.join(" ").strip run command, with: :thor, verbose: verbose, pretend: pretend, capture: capture end protected # Allow current root to be shared between invocations. # def _shared_configuration #:nodoc: super.merge!(destination_root: destination_root) end def _cleanup_options_and_set(options, key) #:nodoc: case options when Array %w(--force -f --skip -s).each { |i| options.delete(i) } options << "--#{key}" when Hash [:force, :skip, "force", "skip"].each { |i| options.delete(i) } options.merge!(key => true) end end end end PK *J [ڱ��� � R share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/parser/arguments.rbnu �[��� class Bundler::Thor class Arguments #:nodoc: NUMERIC = /[-+]?(\d*\.\d+|\d+)/ # Receives an array of args and returns two arrays, one with arguments # and one with switches. # def self.split(args) arguments = [] args.each do |item| break if item.is_a?(String) && item =~ /^-/ arguments << item end [arguments, args[Range.new(arguments.size, -1)]] end def self.parse(*args) to_parse = args.pop new(*args).parse(to_parse) end # Takes an array of Bundler::Thor::Argument objects. # def initialize(arguments = []) @assigns = {} @non_assigned_required = [] @switches = arguments arguments.each do |argument| if !argument.default.nil? @assigns[argument.human_name] = argument.default.dup elsif argument.required? @non_assigned_required << argument end end end def parse(args) @pile = args.dup @switches.each do |argument| break unless peek @non_assigned_required.delete(argument) @assigns[argument.human_name] = send(:"parse_#{argument.type}", argument.human_name) end check_requirement! @assigns end def remaining @pile end private def no_or_skip?(arg) arg =~ /^--(no|skip)-([-\w]+)$/ $2 end def last? @pile.empty? end def peek @pile.first end def shift @pile.shift end def unshift(arg) if arg.is_a?(Array) @pile = arg + @pile else @pile.unshift(arg) end end def current_is_value? peek && peek.to_s !~ /^-{1,2}\S+/ end # Runs through the argument array getting strings that contains ":" and # mark it as a hash: # # [ "name:string", "age:integer" ] # # Becomes: # # { "name" => "string", "age" => "integer" } # def parse_hash(name) return shift if peek.is_a?(Hash) hash = {} while current_is_value? && peek.include?(":") key, value = shift.split(":", 2) raise MalformattedArgumentError, "You can't specify '#{key}' more than once in option '#{name}'; got #{key}:#{hash[key]} and #{key}:#{value}" if hash.include? key hash[key] = value end hash end # Runs through the argument array getting all strings until no string is # found or a switch is found. # # ["a", "b", "c"] # # And returns it as an array: # # ["a", "b", "c"] # def parse_array(name) return shift if peek.is_a?(Array) array = [] while current_is_value? value = shift if !value.empty? validate_enum_value!(name, value, "Expected all values of '%s' to be one of %s; got %s") end array << value end array end # Check if the peek is numeric format and return a Float or Integer. # Check if the peek is included in enum if enum is provided. # Otherwise raises an error. # def parse_numeric(name) return shift if peek.is_a?(Numeric) unless peek =~ NUMERIC && $& == peek raise MalformattedArgumentError, "Expected numeric value for '#{name}'; got #{peek.inspect}" end value = $&.index(".") ? shift.to_f : shift.to_i validate_enum_value!(name, value, "Expected '%s' to be one of %s; got %s") value end # Parse string: # for --string-arg, just return the current value in the pile # for --no-string-arg, nil # Check if the peek is included in enum if enum is provided. Otherwise raises an error. # def parse_string(name) if no_or_skip?(name) nil else value = shift validate_enum_value!(name, value, "Expected '%s' to be one of %s; got %s") value end end # Raises an error if the switch is an enum and the values aren't included on it. # def validate_enum_value!(name, value, message) return unless @switches.is_a?(Hash) switch = @switches[name] return unless switch if switch.enum && !switch.enum.include?(value) raise MalformattedArgumentError, message % [name, switch.enum_to_s, value] end end # Raises an error if @non_assigned_required array is not empty. # def check_requirement! return if @non_assigned_required.empty? names = @non_assigned_required.map do |o| o.respond_to?(:switch_name) ? o.switch_name : o.human_name end.join("', '") class_name = self.class.name.split("::").last.downcase raise RequiredArgumentMissingError, "No value provided for required #{class_name} '#{names}'" end end end PK *J [ X�;� � O share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/parser/option.rbnu �[��� class Bundler::Thor class Option < Argument #:nodoc: attr_reader :aliases, :group, :lazy_default, :hide, :repeatable VALID_TYPES = [:boolean, :numeric, :hash, :array, :string] def initialize(name, options = {}) @check_default_type = options[:check_default_type] options[:required] = false unless options.key?(:required) @repeatable = options.fetch(:repeatable, false) super @lazy_default = options[:lazy_default] @group = options[:group].to_s.capitalize if options[:group] @aliases = normalize_aliases(options[:aliases]) @hide = options[:hide] end # This parse quick options given as method_options. It makes several # assumptions, but you can be more specific using the option method. # # parse :foo => "bar" # #=> Option foo with default value bar # # parse [:foo, :baz] => "bar" # #=> Option foo with default value bar and alias :baz # # parse :foo => :required # #=> Required option foo without default value # # parse :foo => 2 # #=> Option foo with default value 2 and type numeric # # parse :foo => :numeric # #=> Option foo without default value and type numeric # # parse :foo => true # #=> Option foo with default value true and type boolean # # The valid types are :boolean, :numeric, :hash, :array and :string. If none # is given a default type is assumed. This default type accepts arguments as # string (--foo=value) or booleans (just --foo). # # By default all options are optional, unless :required is given. # def self.parse(key, value) if key.is_a?(Array) name, *aliases = key else name = key aliases = [] end name = name.to_s default = value type = case value when Symbol default = nil if VALID_TYPES.include?(value) value elsif required = (value == :required) # rubocop:disable Lint/AssignmentInCondition :string end when TrueClass, FalseClass :boolean when Numeric :numeric when Hash, Array, String value.class.name.downcase.to_sym end new(name.to_s, required: required, type: type, default: default, aliases: aliases) end def switch_name @switch_name ||= dasherized? ? name : dasherize(name) end def human_name @human_name ||= dasherized? ? undasherize(name) : name end def usage(padding = 0) sample = if banner && !banner.to_s.empty? "#{switch_name}=#{banner}".dup else switch_name end sample = "[#{sample}]".dup unless required? if boolean? && name != "force" && !name.match(/\A(no|skip)[\-_]/) sample << ", [#{dasherize('no-' + human_name)}], [#{dasherize('skip-' + human_name)}]" end aliases_for_usage.ljust(padding) + sample end def aliases_for_usage if aliases.empty? "" else "#{aliases.join(', ')}, " end end def show_default? case default when TrueClass, FalseClass true else super end end VALID_TYPES.each do |type| class_eval <<-RUBY, __FILE__, __LINE__ + 1 def #{type}? self.type == #{type.inspect} end RUBY end protected def validate! raise ArgumentError, "An option cannot be boolean and required." if boolean? && required? validate_default_type! end def validate_default_type! default_type = case @default when nil return when TrueClass, FalseClass required? ? :string : :boolean when Numeric :numeric when Symbol :string when Hash, Array, String @default.class.name.downcase.to_sym end expected_type = (@repeatable && @type != :hash) ? :array : @type if default_type != expected_type err = "Expected #{expected_type} default value for '#{switch_name}'; got #{@default.inspect} (#{default_type})" if @check_default_type raise ArgumentError, err elsif @check_default_type == nil Bundler::Thor.deprecation_warning "#{err}.\n" + "This will be rejected in the future unless you explicitly pass the options `check_default_type: false`" + " or call `allow_incompatible_default_type!` in your code" end end end def dasherized? name.index("-") == 0 end def undasherize(str) str.sub(/^-{1,2}/, "") end def dasherize(str) (str.length > 1 ? "--" : "-") + str.tr("_", "-") end private def normalize_aliases(aliases) Array(aliases).map { |short| short.to_s.sub(/^(?!\-)/, "-") } end end end PK *J [��X�]" ]" P share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/parser/options.rbnu �[��� class Bundler::Thor class Options < Arguments #:nodoc: LONG_RE = /^(--\w+(?:-\w+)*)$/ SHORT_RE = /^(-[a-z])$/i EQ_RE = /^(--\w+(?:-\w+)*|-[a-z])=(.*)$/i SHORT_SQ_RE = /^-([a-z]{2,})$/i # Allow either -x -v or -xv style for single char args SHORT_NUM = /^(-[a-z])#{NUMERIC}$/i OPTS_END = "--".freeze # Receives a hash and makes it switches. def self.to_switches(options) options.map do |key, value| case value when true "--#{key}" when Array "--#{key} #{value.map(&:inspect).join(' ')}" when Hash "--#{key} #{value.map { |k, v| "#{k}:#{v}" }.join(' ')}" when nil, false nil else "--#{key} #{value.inspect}" end end.compact.join(" ") end # Takes a hash of Bundler::Thor::Option and a hash with defaults. # # If +stop_on_unknown+ is true, #parse will stop as soon as it encounters # an unknown option or a regular argument. def initialize(hash_options = {}, defaults = {}, stop_on_unknown = false, disable_required_check = false, relations = {}) @stop_on_unknown = stop_on_unknown @exclusives = (relations[:exclusive_option_names] || []).select{|array| !array.empty?} @at_least_ones = (relations[:at_least_one_option_names] || []).select{|array| !array.empty?} @disable_required_check = disable_required_check options = hash_options.values super(options) # Add defaults defaults.each do |key, value| @assigns[key.to_s] = value @non_assigned_required.delete(hash_options[key]) end @shorts = {} @switches = {} @extra = [] @stopped_parsing_after_extra_index = nil @is_treated_as_value = false options.each do |option| @switches[option.switch_name] = option option.aliases.each do |name| @shorts[name] ||= option.switch_name end end end def remaining @extra end def peek return super unless @parsing_options result = super if result == OPTS_END shift @parsing_options = false @stopped_parsing_after_extra_index ||= @extra.size super else result end end def shift @is_treated_as_value = false super end def unshift(arg, is_value: false) @is_treated_as_value = is_value super(arg) end def parse(args) # rubocop:disable Metrics/MethodLength @pile = args.dup @is_treated_as_value = false @parsing_options = true while peek if parsing_options? match, is_switch = current_is_switch? shifted = shift if is_switch case shifted when SHORT_SQ_RE unshift($1.split("").map { |f| "-#{f}" }) next when EQ_RE unshift($2, is_value: true) switch = $1 when SHORT_NUM unshift($2) switch = $1 when LONG_RE, SHORT_RE switch = $1 end switch = normalize_switch(switch) option = switch_option(switch) result = parse_peek(switch, option) assign_result!(option, result) elsif @stop_on_unknown @parsing_options = false @extra << shifted @stopped_parsing_after_extra_index ||= @extra.size @extra << shift while peek break elsif match @extra << shifted @extra << shift while peek && peek !~ /^-/ else @extra << shifted end else @extra << shift end end check_requirement! unless @disable_required_check check_exclusive! check_at_least_one! assigns = Bundler::Thor::CoreExt::HashWithIndifferentAccess.new(@assigns) assigns.freeze assigns end def check_exclusive! opts = @assigns.keys # When option A and B are exclusive, if A and B are given at the same time, # the diffrence of argument array size will decrease. found = @exclusives.find{ |ex| (ex - opts).size < ex.size - 1 } if found names = names_to_switch_names(found & opts).map{|n| "'#{n}'"} class_name = self.class.name.split("::").last.downcase fail ExclusiveArgumentError, "Found exclusive #{class_name} #{names.join(", ")}" end end def check_at_least_one! opts = @assigns.keys # When at least one is required of the options A and B, # if the both options were not given, none? would be true. found = @at_least_ones.find{ |one_reqs| one_reqs.none?{ |o| opts.include? o} } if found names = names_to_switch_names(found).map{|n| "'#{n}'"} class_name = self.class.name.split("::").last.downcase fail AtLeastOneRequiredArgumentError, "Not found at least one of required #{class_name} #{names.join(", ")}" end end def check_unknown! to_check = @stopped_parsing_after_extra_index ? @extra[0...@stopped_parsing_after_extra_index] : @extra # an unknown option starts with - or -- and has no more --'s afterward. unknown = to_check.select { |str| str =~ /^--?(?:(?!--).)*$/ } raise UnknownArgumentError.new(@switches.keys, unknown) unless unknown.empty? end protected # Option names changes to swith name or human name def names_to_switch_names(names = []) @switches.map do |_, o| if names.include? o.name o.respond_to?(:switch_name) ? o.switch_name : o.human_name else nil end end.compact end def assign_result!(option, result) if option.repeatable && option.type == :hash (@assigns[option.human_name] ||= {}).merge!(result) elsif option.repeatable (@assigns[option.human_name] ||= []) << result else @assigns[option.human_name] = result end end # Check if the current value in peek is a registered switch. # # Two booleans are returned. The first is true if the current value # starts with a hyphen; the second is true if it is a registered switch. def current_is_switch? return [false, false] if @is_treated_as_value case peek when LONG_RE, SHORT_RE, EQ_RE, SHORT_NUM [true, switch?($1)] when SHORT_SQ_RE [true, $1.split("").any? { |f| switch?("-#{f}") }] else [false, false] end end def current_is_switch_formatted? return false if @is_treated_as_value case peek when LONG_RE, SHORT_RE, EQ_RE, SHORT_NUM, SHORT_SQ_RE true else false end end def current_is_value? return true if @is_treated_as_value peek && (!parsing_options? || super) end def switch?(arg) !switch_option(normalize_switch(arg)).nil? end def switch_option(arg) if match = no_or_skip?(arg) # rubocop:disable Lint/AssignmentInCondition @switches[arg] || @switches["--#{match}"] else @switches[arg] end end # Check if the given argument is actually a shortcut. # def normalize_switch(arg) (@shorts[arg] || arg).tr("_", "-") end def parsing_options? peek @parsing_options end # Parse boolean values which can be given as --foo=true or --foo for true values, or # --foo=false, --no-foo or --skip-foo for false values. # def parse_boolean(switch) if current_is_value? if ["true", "TRUE", "t", "T", true].include?(peek) shift true elsif ["false", "FALSE", "f", "F", false].include?(peek) shift false else @switches.key?(switch) || !no_or_skip?(switch) end else @switches.key?(switch) || !no_or_skip?(switch) end end # Parse the value at the peek analyzing if it requires an input or not. # def parse_peek(switch, option) if parsing_options? && (current_is_switch_formatted? || last?) if option.boolean? # No problem for boolean types elsif no_or_skip?(switch) return nil # User set value to nil elsif option.string? && !option.required? # Return the default if there is one, else the human name return option.lazy_default || option.default || option.human_name elsif option.lazy_default return option.lazy_default else raise MalformattedArgumentError, "No value provided for option '#{switch}'" end end @non_assigned_required.delete(option) send(:"parse_#{option.type}", switch) end end end PK *J [���; ; Q share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/parser/argument.rbnu �[��� class Bundler::Thor class Argument #:nodoc: VALID_TYPES = [:numeric, :hash, :array, :string] attr_reader :name, :description, :enum, :required, :type, :default, :banner alias_method :human_name, :name def initialize(name, options = {}) class_name = self.class.name.split("::").last type = options[:type] raise ArgumentError, "#{class_name} name can't be nil." if name.nil? raise ArgumentError, "Type :#{type} is not valid for #{class_name.downcase}s." if type && !valid_type?(type) @name = name.to_s @description = options[:desc] @required = options.key?(:required) ? options[:required] : true @type = (type || :string).to_sym @default = options[:default] @banner = options[:banner] || default_banner @enum = options[:enum] validate! # Trigger specific validations end def print_default if @type == :array and @default.is_a?(Array) @default.map(&:dump).join(" ") else @default end end def usage required? ? banner : "[#{banner}]" end def required? required end def show_default? case default when Array, String, Hash !default.empty? else default end end def enum_to_s if enum.respond_to? :join enum.join(", ") else "#{enum.first}..#{enum.last}" end end protected def validate! raise ArgumentError, "An argument cannot be required and have default value." if required? && !default.nil? raise ArgumentError, "An argument cannot have an enum other than an enumerable." if @enum && !@enum.is_a?(Enumerable) end def valid_type?(type) self.class::VALID_TYPES.include?(type.to_sym) end def default_banner case type when :boolean nil when :string, :default human_name.upcase when :numeric "N" when :hash "key:value" when :array "one two three" end end end end PK *J [�d�2o3 o3 [ share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions/file_manipulation.rbnu �[��� require "erb" class Bundler::Thor module Actions # Copies the file from the relative source to the relative destination. If # the destination is not given it's assumed to be equal to the source. # # ==== Parameters # source<String>:: the relative path to the source root. # destination<String>:: the relative path to the destination root. # config<Hash>:: give :verbose => false to not log the status, and # :mode => :preserve, to preserve the file mode from the source. # # ==== Examples # # copy_file "README", "doc/README" # # copy_file "doc/README" # def copy_file(source, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} destination = args.first || source source = File.expand_path(find_in_source_paths(source.to_s)) resulting_destination = create_file destination, nil, config do content = File.binread(source) content = yield(content) if block content end if config[:mode] == :preserve mode = File.stat(source).mode chmod(resulting_destination, mode, config) end end # Links the file from the relative source to the relative destination. If # the destination is not given it's assumed to be equal to the source. # # ==== Parameters # source<String>:: the relative path to the source root. # destination<String>:: the relative path to the destination root. # config<Hash>:: give :verbose => false to not log the status. # # ==== Examples # # link_file "README", "doc/README" # # link_file "doc/README" # def link_file(source, *args) config = args.last.is_a?(Hash) ? args.pop : {} destination = args.first || source source = File.expand_path(find_in_source_paths(source.to_s)) create_link destination, source, config end # Gets the content at the given address and places it at the given relative # destination. If a block is given instead of destination, the content of # the url is yielded and used as location. # # +get+ relies on open-uri, so passing application user input would provide # a command injection attack vector. # # ==== Parameters # source<String>:: the address of the given content. # destination<String>:: the relative path to the destination root. # config<Hash>:: give :verbose => false to not log the status, and # :http_headers => <Hash> to add headers to an http request. # # ==== Examples # # get "http://gist.github.com/103208", "doc/README" # # get "http://gist.github.com/103208", "doc/README", :http_headers => {"Content-Type" => "application/json"} # # get "http://gist.github.com/103208" do |content| # content.split("\n").first # end # def get(source, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} destination = args.first render = if source =~ %r{^https?\://} require "open-uri" URI.send(:open, source, config.fetch(:http_headers, {})) { |input| input.binmode.read } else source = File.expand_path(find_in_source_paths(source.to_s)) File.open(source) { |input| input.binmode.read } end destination ||= if block_given? block.arity == 1 ? yield(render) : yield else File.basename(source) end create_file destination, render, config end # Gets an ERB template at the relative source, executes it and makes a copy # at the relative destination. If the destination is not given it's assumed # to be equal to the source removing .tt from the filename. # # ==== Parameters # source<String>:: the relative path to the source root. # destination<String>:: the relative path to the destination root. # config<Hash>:: give :verbose => false to not log the status. # # ==== Examples # # template "README", "doc/README" # # template "doc/README" # def template(source, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} destination = args.first || source.sub(/#{TEMPLATE_EXTNAME}$/, "") source = File.expand_path(find_in_source_paths(source.to_s)) context = config.delete(:context) || instance_eval("binding") create_file destination, nil, config do capturable_erb = CapturableERB.new(::File.binread(source), trim_mode: "-", eoutvar: "@output_buffer") content = capturable_erb.tap do |erb| erb.filename = source end.result(context) content = yield(content) if block content end end # Changes the mode of the given file or directory. # # ==== Parameters # mode<Integer>:: the file mode # path<String>:: the name of the file to change mode # config<Hash>:: give :verbose => false to not log the status. # # ==== Example # # chmod "script/server", 0755 # def chmod(path, mode, config = {}) return unless behavior == :invoke path = File.expand_path(path, destination_root) say_status :chmod, relative_to_original_destination_root(path), config.fetch(:verbose, true) unless options[:pretend] require "fileutils" FileUtils.chmod_R(mode, path) end end # Prepend text to a file. Since it depends on insert_into_file, it's reversible. # # ==== Parameters # path<String>:: path of the file to be changed # data<String>:: the data to prepend to the file, can be also given as a block. # config<Hash>:: give :verbose => false to not log the status. # # ==== Example # # prepend_to_file 'config/environments/test.rb', 'config.gem "rspec"' # # prepend_to_file 'config/environments/test.rb' do # 'config.gem "rspec"' # end # def prepend_to_file(path, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} config[:after] = /\A/ insert_into_file(path, *(args << config), &block) end alias_method :prepend_file, :prepend_to_file # Append text to a file. Since it depends on insert_into_file, it's reversible. # # ==== Parameters # path<String>:: path of the file to be changed # data<String>:: the data to append to the file, can be also given as a block. # config<Hash>:: give :verbose => false to not log the status. # # ==== Example # # append_to_file 'config/environments/test.rb', 'config.gem "rspec"' # # append_to_file 'config/environments/test.rb' do # 'config.gem "rspec"' # end # def append_to_file(path, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} config[:before] = /\z/ insert_into_file(path, *(args << config), &block) end alias_method :append_file, :append_to_file # Injects text right after the class definition. Since it depends on # insert_into_file, it's reversible. # # ==== Parameters # path<String>:: path of the file to be changed # klass<String|Class>:: the class to be manipulated # data<String>:: the data to append to the class, can be also given as a block. # config<Hash>:: give :verbose => false to not log the status. # # ==== Examples # # inject_into_class "app/controllers/application_controller.rb", "ApplicationController", " filter_parameter :password\n" # # inject_into_class "app/controllers/application_controller.rb", "ApplicationController" do # " filter_parameter :password\n" # end # def inject_into_class(path, klass, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} config[:after] = /class #{klass}\n|class #{klass} .*\n/ insert_into_file(path, *(args << config), &block) end # Injects text right after the module definition. Since it depends on # insert_into_file, it's reversible. # # ==== Parameters # path<String>:: path of the file to be changed # module_name<String|Class>:: the module to be manipulated # data<String>:: the data to append to the class, can be also given as a block. # config<Hash>:: give :verbose => false to not log the status. # # ==== Examples # # inject_into_module "app/helpers/application_helper.rb", "ApplicationHelper", " def help; 'help'; end\n" # # inject_into_module "app/helpers/application_helper.rb", "ApplicationHelper" do # " def help; 'help'; end\n" # end # def inject_into_module(path, module_name, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} config[:after] = /module #{module_name}\n|module #{module_name} .*\n/ insert_into_file(path, *(args << config), &block) end # Run a regular expression replacement on a file. # # ==== Parameters # path<String>:: path of the file to be changed # flag<Regexp|String>:: the regexp or string to be replaced # replacement<String>:: the replacement, can be also given as a block # config<Hash>:: give :verbose => false to not log the status, and # :force => true, to force the replacement regardless of runner behavior. # # ==== Example # # gsub_file 'app/controllers/application_controller.rb', /#\s*(filter_parameter_logging :password)/, '\1' # # gsub_file 'README', /rake/, :green do |match| # match << " no more. Use thor!" # end # def gsub_file(path, flag, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} return unless behavior == :invoke || config.fetch(:force, false) path = File.expand_path(path, destination_root) say_status :gsub, relative_to_original_destination_root(path), config.fetch(:verbose, true) unless options[:pretend] content = File.binread(path) content.gsub!(flag, *args, &block) File.open(path, "wb") { |file| file.write(content) } end end # Uncomment all lines matching a given regex. Preserves indentation before # the comment hash and removes the hash and any immediate following space. # # ==== Parameters # path<String>:: path of the file to be changed # flag<Regexp|String>:: the regexp or string used to decide which lines to uncomment # config<Hash>:: give :verbose => false to not log the status. # # ==== Example # # uncomment_lines 'config/initializers/session_store.rb', /active_record/ # def uncomment_lines(path, flag, *args) flag = flag.respond_to?(:source) ? flag.source : flag gsub_file(path, /^(\s*)#[[:blank:]]?(.*#{flag})/, '\1\2', *args) end # Comment all lines matching a given regex. It will leave the space # which existed before the beginning of the line in tact and will insert # a single space after the comment hash. # # ==== Parameters # path<String>:: path of the file to be changed # flag<Regexp|String>:: the regexp or string used to decide which lines to comment # config<Hash>:: give :verbose => false to not log the status. # # ==== Example # # comment_lines 'config/initializers/session_store.rb', /cookie_store/ # def comment_lines(path, flag, *args) flag = flag.respond_to?(:source) ? flag.source : flag gsub_file(path, /^(\s*)([^#\n]*#{flag})/, '\1# \2', *args) end # Removes a file at the given location. # # ==== Parameters # path<String>:: path of the file to be changed # config<Hash>:: give :verbose => false to not log the status. # # ==== Example # # remove_file 'README' # remove_file 'app/controllers/application_controller.rb' # def remove_file(path, config = {}) return unless behavior == :invoke path = File.expand_path(path, destination_root) say_status :remove, relative_to_original_destination_root(path), config.fetch(:verbose, true) if !options[:pretend] && (File.exist?(path) || File.symlink?(path)) require "fileutils" ::FileUtils.rm_rf(path) end end alias_method :remove_dir, :remove_file attr_accessor :output_buffer private :output_buffer, :output_buffer= private def concat(string) @output_buffer.concat(string) end def capture(*args) with_output_buffer { yield(*args) } end def with_output_buffer(buf = "".dup) #:nodoc: raise ArgumentError, "Buffer can not be a frozen object" if buf.frozen? old_buffer = output_buffer self.output_buffer = buf yield output_buffer ensure self.output_buffer = old_buffer end # Bundler::Thor::Actions#capture depends on what kind of buffer is used in ERB. # Thus CapturableERB fixes ERB to use String buffer. class CapturableERB < ERB def set_eoutvar(compiler, eoutvar = "_erbout") compiler.put_cmd = "#{eoutvar}.concat" compiler.insert_cmd = "#{eoutvar}.concat" compiler.pre_cmd = ["#{eoutvar} = ''.dup"] compiler.post_cmd = [eoutvar] end end end end PK *J [J ,{ S share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions/directory.rbnu �[��� require_relative "empty_directory" class Bundler::Thor module Actions # Copies recursively the files from source directory to root directory. # If any of the files finishes with .tt, it's considered to be a template # and is placed in the destination without the extension .tt. If any # empty directory is found, it's copied and all .empty_directory files are # ignored. If any file name is wrapped within % signs, the text within # the % signs will be executed as a method and replaced with the returned # value. Let's suppose a doc directory with the following files: # # doc/ # components/.empty_directory # README # rdoc.rb.tt # %app_name%.rb # # When invoked as: # # directory "doc" # # It will create a doc directory in the destination with the following # files (assuming that the `app_name` method returns the value "blog"): # # doc/ # components/ # README # rdoc.rb # blog.rb # # <b>Encoded path note:</b> Since Bundler::Thor internals use Object#respond_to? to check if it can # expand %something%, this `something` should be a public method in the class calling # #directory. If a method is private, Bundler::Thor stack raises PrivateMethodEncodedError. # # ==== Parameters # source<String>:: the relative path to the source root. # destination<String>:: the relative path to the destination root. # config<Hash>:: give :verbose => false to not log the status. # If :recursive => false, does not look for paths recursively. # If :mode => :preserve, preserve the file mode from the source. # If :exclude_pattern => /regexp/, prevents copying files that match that regexp. # # ==== Examples # # directory "doc" # directory "doc", "docs", :recursive => false # def directory(source, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} destination = args.first || source action Directory.new(self, source, destination || source, config, &block) end class Directory < EmptyDirectory #:nodoc: attr_reader :source def initialize(base, source, destination = nil, config = {}, &block) @source = File.expand_path(Dir[Util.escape_globs(base.find_in_source_paths(source.to_s))].first) @block = block super(base, destination, {recursive: true}.merge(config)) end def invoke! base.empty_directory given_destination, config execute! end def revoke! execute! end protected def execute! lookup = Util.escape_globs(source) lookup = config[:recursive] ? File.join(lookup, "**") : lookup lookup = file_level_lookup(lookup) files(lookup).sort.each do |file_source| next if File.directory?(file_source) next if config[:exclude_pattern] && file_source.match(config[:exclude_pattern]) file_destination = File.join(given_destination, file_source.gsub(source, ".")) file_destination.gsub!("/./", "/") case file_source when /\.empty_directory$/ dirname = File.dirname(file_destination).gsub(%r{/\.$}, "") next if dirname == given_destination base.empty_directory(dirname, config) when /#{TEMPLATE_EXTNAME}$/ base.template(file_source, file_destination[0..-4], config, &@block) else base.copy_file(file_source, file_destination, config, &@block) end end end def file_level_lookup(previous_lookup) File.join(previous_lookup, "*") end def files(lookup) Dir.glob(lookup, File::FNM_DOTMATCH) end end end end PK *J [` ��� � Y share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions/empty_directory.rbnu �[��� class Bundler::Thor module Actions # Creates an empty directory. # # ==== Parameters # destination<String>:: the relative path to the destination root. # config<Hash>:: give :verbose => false to not log the status. # # ==== Examples # # empty_directory "doc" # def empty_directory(destination, config = {}) action EmptyDirectory.new(self, destination, config) end # Class which holds create directory logic. This is the base class for # other actions like create_file and directory. # # This implementation is based in Templater actions, created by Jonas Nicklas # and Michael S. Klishin under MIT LICENSE. # class EmptyDirectory #:nodoc: attr_reader :base, :destination, :given_destination, :relative_destination, :config # Initializes given the source and destination. # # ==== Parameters # base<Bundler::Thor::Base>:: A Bundler::Thor::Base instance # source<String>:: Relative path to the source of this file # destination<String>:: Relative path to the destination of this file # config<Hash>:: give :verbose => false to not log the status. # def initialize(base, destination, config = {}) @base = base @config = {verbose: true}.merge(config) self.destination = destination end # Checks if the destination file already exists. # # ==== Returns # Boolean:: true if the file exists, false otherwise. # def exists? ::File.exist?(destination) end def invoke! invoke_with_conflict_check do require "fileutils" ::FileUtils.mkdir_p(destination) end end def revoke! say_status :remove, :red require "fileutils" ::FileUtils.rm_rf(destination) if !pretend? && exists? given_destination end protected # Shortcut for pretend. # def pretend? base.options[:pretend] end # Sets the absolute destination value from a relative destination value. # It also stores the given and relative destination. Let's suppose our # script is being executed on "dest", it sets the destination root to # "dest". The destination, given_destination and relative_destination # are related in the following way: # # inside "bar" do # empty_directory "baz" # end # # destination #=> dest/bar/baz # relative_destination #=> bar/baz # given_destination #=> baz # def destination=(destination) return unless destination @given_destination = convert_encoded_instructions(destination.to_s) @destination = ::File.expand_path(@given_destination, base.destination_root) @relative_destination = base.relative_to_original_destination_root(@destination) end # Filenames in the encoded form are converted. If you have a file: # # %file_name%.rb # # It calls #file_name from the base and replaces %-string with the # return value (should be String) of #file_name: # # user.rb # # The method referenced can be either public or private. # def convert_encoded_instructions(filename) filename.gsub(/%(.*?)%/) do |initial_string| method = $1.strip base.respond_to?(method, true) ? base.send(method) : initial_string end end # Receives a hash of options and just execute the block if some # conditions are met. # def invoke_with_conflict_check(&block) if exists? on_conflict_behavior(&block) else yield unless pretend? say_status :create, :green end destination rescue Errno::EISDIR, Errno::EEXIST on_file_clash_behavior end def on_file_clash_behavior say_status :file_clash, :red end # What to do when the destination file already exists. # def on_conflict_behavior say_status :exist, :blue end # Shortcut to say_status shell method. # def say_status(status, color) base.shell.say_status status, relative_destination, color if config[:verbose] end end end end PK *J [s ��m m U share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions/create_link.rbnu �[��� require_relative "create_file" class Bundler::Thor module Actions # Create a new file relative to the destination root from the given source. # # ==== Parameters # destination<String>:: the relative path to the destination root. # source<String|NilClass>:: the relative path to the source root. # config<Hash>:: give :verbose => false to not log the status. # :: give :symbolic => false for hard link. # # ==== Examples # # create_link "config/apache.conf", "/etc/apache.conf" # def create_link(destination, *args) config = args.last.is_a?(Hash) ? args.pop : {} source = args.first action CreateLink.new(self, destination, source, config) end alias_method :add_link, :create_link # CreateLink is a subset of CreateFile, which instead of taking a block of # data, just takes a source string from the user. # class CreateLink < CreateFile #:nodoc: attr_reader :data # Checks if the content of the file at the destination is identical to the rendered result. # # ==== Returns # Boolean:: true if it is identical, false otherwise. # def identical? source = File.expand_path(render, File.dirname(destination)) exists? && File.identical?(source, destination) end def invoke! invoke_with_conflict_check do require "fileutils" FileUtils.mkdir_p(File.dirname(destination)) # Create a symlink by default config[:symbolic] = true if config[:symbolic].nil? File.unlink(destination) if exists? if config[:symbolic] File.symlink(render, destination) else File.link(render, destination) end end given_destination end def exists? super || File.symlink?(destination) end end end end PK *J [U�� � U share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions/create_file.rbnu �[��� require_relative "empty_directory" class Bundler::Thor module Actions # Create a new file relative to the destination root with the given data, # which is the return value of a block or a data string. # # ==== Parameters # destination<String>:: the relative path to the destination root. # data<String|NilClass>:: the data to append to the file. # config<Hash>:: give :verbose => false to not log the status. # # ==== Examples # # create_file "lib/fun_party.rb" do # hostname = ask("What is the virtual hostname I should use?") # "vhost.name = #{hostname}" # end # # create_file "config/apache.conf", "your apache config" # def create_file(destination, *args, &block) config = args.last.is_a?(Hash) ? args.pop : {} data = args.first action CreateFile.new(self, destination, block || data.to_s, config) end alias_method :add_file, :create_file # CreateFile is a subset of Template, which instead of rendering a file with # ERB, it gets the content from the user. # class CreateFile < EmptyDirectory #:nodoc: attr_reader :data def initialize(base, destination, data, config = {}) @data = data super(base, destination, config) end # Checks if the content of the file at the destination is identical to the rendered result. # # ==== Returns # Boolean:: true if it is identical, false otherwise. # def identical? # binread uses ASCII-8BIT, so to avoid false negatives, the string must use the same exists? && File.binread(destination) == String.new(render).force_encoding("ASCII-8BIT") end # Holds the content to be added to the file. # def render @render ||= if data.is_a?(Proc) data.call else data end end def invoke! invoke_with_conflict_check do require "fileutils" FileUtils.mkdir_p(File.dirname(destination)) File.open(destination, "wb", config[:perm]) { |f| f.write render } end given_destination end protected # Now on conflict we check if the file is identical or not. # def on_conflict_behavior(&block) if identical? say_status :identical, :blue else options = base.options.merge(config) force_or_skip_or_conflict(options[:force], options[:skip], &block) end end # If force is true, run the action, otherwise check if it's not being # skipped. If both are false, show the file_collision menu, if the menu # returns true, force it, otherwise skip. # def force_or_skip_or_conflict(force, skip, &block) if force say_status :force, :yellow yield unless pretend? elsif skip say_status :skip, :yellow else say_status :conflict, :red force_or_skip_or_conflict(force_on_collision?, true, &block) end end # Shows the file collision menu to the user and gets the result. # def force_on_collision? base.shell.file_collision(destination) { render } end end end end PK *J [1f Z share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/actions/inject_into_file.rbnu �[��� require_relative "empty_directory" class Bundler::Thor module Actions # Injects the given content into a file. Different from gsub_file, this # method is reversible. # # ==== Parameters # destination<String>:: Relative path to the destination root # data<String>:: Data to add to the file. Can be given as a block. # config<Hash>:: give :verbose => false to not log the status and the flag # for injection (:after or :before) or :force => true for # insert two or more times the same content. # # ==== Examples # # insert_into_file "config/environment.rb", "config.gem :thor", :after => "Rails::Initializer.run do |config|\n" # # insert_into_file "config/environment.rb", :after => "Rails::Initializer.run do |config|\n" do # gems = ask "Which gems would you like to add?" # gems.split(" ").map{ |gem| " config.gem :#{gem}" }.join("\n") # end # WARNINGS = {unchanged_no_flag: "File unchanged! Either the supplied flag value not found or the content has already been inserted!"} def insert_into_file(destination, *args, &block) data = block_given? ? block : args.shift config = args.shift || {} config[:after] = /\z/ unless config.key?(:before) || config.key?(:after) action InjectIntoFile.new(self, destination, data, config) end alias_method :inject_into_file, :insert_into_file class InjectIntoFile < EmptyDirectory #:nodoc: attr_reader :replacement, :flag, :behavior def initialize(base, destination, data, config) super(base, destination, {verbose: true}.merge(config)) @behavior, @flag = if @config.key?(:after) [:after, @config.delete(:after)] else [:before, @config.delete(:before)] end @replacement = data.is_a?(Proc) ? data.call : data @flag = Regexp.escape(@flag) unless @flag.is_a?(Regexp) end def invoke! content = if @behavior == :after '\0' + replacement else replacement + '\0' end if exists? if replace!(/#{flag}/, content, config[:force]) say_status(:invoke) elsif replacement_present? say_status(:unchanged, color: :blue) else say_status(:unchanged, warning: WARNINGS[:unchanged_no_flag], color: :red) end else unless pretend? raise Bundler::Thor::Error, "The file #{ destination } does not appear to exist" end end end def revoke! say_status :revoke regexp = if @behavior == :after content = '\1\2' /(#{flag})(.*)(#{Regexp.escape(replacement)})/m else content = '\2\3' /(#{Regexp.escape(replacement)})(.*)(#{flag})/m end replace!(regexp, content, true) end protected def say_status(behavior, warning: nil, color: nil) status = if behavior == :invoke if flag == /\A/ :prepend elsif flag == /\z/ :append else :insert end elsif warning warning elsif behavior == :unchanged :unchanged else :subtract end super(status, (color || config[:verbose])) end def content @content ||= File.read(destination) end def replacement_present? content.include?(replacement) end # Adds the content to the file. # def replace!(regexp, string, force) if force || !replacement_present? success = content.gsub!(regexp, string) File.open(destination, "wb") { |file| file.write(content) } unless pretend? success end end end end end PK *J [���p�q �q F share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/base.rbnu �[��� require_relative "command" require_relative "core_ext/hash_with_indifferent_access" require_relative "error" require_relative "invocation" require_relative "nested_context" require_relative "parser" require_relative "shell" require_relative "line_editor" require_relative "util" class Bundler::Thor autoload :Actions, File.expand_path("actions", __dir__) autoload :RakeCompat, File.expand_path("rake_compat", __dir__) autoload :Group, File.expand_path("group", __dir__) # Shortcuts for help. HELP_MAPPINGS = %w(-h -? --help -D) # Bundler::Thor methods that should not be overwritten by the user. THOR_RESERVED_WORDS = %w(invoke shell options behavior root destination_root relative_root action add_file create_file in_root inside run run_ruby_script) TEMPLATE_EXTNAME = ".tt" class << self def deprecation_warning(message) #:nodoc: unless ENV["THOR_SILENCE_DEPRECATION"] warn "Deprecation warning: #{message}\n" + "You can silence deprecations warning by setting the environment variable THOR_SILENCE_DEPRECATION." end end end module Base attr_accessor :options, :parent_options, :args # It receives arguments in an Array and two hashes, one for options and # other for configuration. # # Notice that it does not check if all required arguments were supplied. # It should be done by the parser. # # ==== Parameters # args<Array[Object]>:: An array of objects. The objects are applied to their # respective accessors declared with <tt>argument</tt>. # # options<Hash>:: An options hash that will be available as self.options. # The hash given is converted to a hash with indifferent # access, magic predicates (options.skip?) and then frozen. # # config<Hash>:: Configuration for this Bundler::Thor class. # def initialize(args = [], local_options = {}, config = {}) parse_options = self.class.class_options # The start method splits inbound arguments at the first argument # that looks like an option (starts with - or --). It then calls # new, passing in the two halves of the arguments Array as the # first two parameters. command_options = config.delete(:command_options) # hook for start parse_options = parse_options.merge(command_options) if command_options if local_options.is_a?(Array) array_options = local_options hash_options = {} else # Handle the case where the class was explicitly instantiated # with pre-parsed options. array_options = [] hash_options = local_options end # Let Bundler::Thor::Options parse the options first, so it can remove # declared options from the array. This will leave us with # a list of arguments that weren't declared. current_command = config[:current_command] stop_on_unknown = self.class.stop_on_unknown_option? current_command # Give a relation of options. # After parsing, Bundler::Thor::Options check whether right relations are kept relations = if current_command.nil? {exclusive_option_names: [], at_least_one_option_names: []} else current_command.options_relation end self.class.class_exclusive_option_names.map { |n| relations[:exclusive_option_names] << n } self.class.class_at_least_one_option_names.map { |n| relations[:at_least_one_option_names] << n } disable_required_check = self.class.disable_required_check? current_command opts = Bundler::Thor::Options.new(parse_options, hash_options, stop_on_unknown, disable_required_check, relations) self.options = opts.parse(array_options) self.options = config[:class_options].merge(options) if config[:class_options] # If unknown options are disallowed, make sure that none of the # remaining arguments looks like an option. opts.check_unknown! if self.class.check_unknown_options?(config) # Add the remaining arguments from the options parser to the # arguments passed in to initialize. Then remove any positional # arguments declared using #argument (this is primarily used # by Bundler::Thor::Group). Tis will leave us with the remaining # positional arguments. to_parse = args to_parse += opts.remaining unless self.class.strict_args_position?(config) thor_args = Bundler::Thor::Arguments.new(self.class.arguments) thor_args.parse(to_parse).each { |k, v| __send__("#{k}=", v) } @args = thor_args.remaining end class << self def included(base) #:nodoc: super(base) base.extend ClassMethods base.send :include, Invocation base.send :include, Shell end # Returns the classes that inherits from Bundler::Thor or Bundler::Thor::Group. # # ==== Returns # Array[Class] # def subclasses @subclasses ||= [] end # Returns the files where the subclasses are kept. # # ==== Returns # Hash[path<String> => Class] # def subclass_files @subclass_files ||= Hash.new { |h, k| h[k] = [] } end # Whenever a class inherits from Bundler::Thor or Bundler::Thor::Group, we should track the # class and the file on Bundler::Thor::Base. This is the method responsible for it. # def register_klass_file(klass) #:nodoc: file = caller[1].match(/(.*):\d+/)[1] Bundler::Thor::Base.subclasses << klass unless Bundler::Thor::Base.subclasses.include?(klass) file_subclasses = Bundler::Thor::Base.subclass_files[File.expand_path(file)] file_subclasses << klass unless file_subclasses.include?(klass) end end module ClassMethods def attr_reader(*) #:nodoc: no_commands { super } end def attr_writer(*) #:nodoc: no_commands { super } end def attr_accessor(*) #:nodoc: no_commands { super } end # If you want to raise an error for unknown options, call check_unknown_options! # This is disabled by default to allow dynamic invocations. def check_unknown_options! @check_unknown_options = true end def check_unknown_options #:nodoc: @check_unknown_options ||= from_superclass(:check_unknown_options, false) end def check_unknown_options?(config) #:nodoc: !!check_unknown_options end # If you want to raise an error when the default value of an option does not match # the type call check_default_type! # This will be the default; for compatibility a deprecation warning is issued if necessary. def check_default_type! @check_default_type = true end # If you want to use defaults that don't match the type of an option, # either specify `check_default_type: false` or call `allow_incompatible_default_type!` def allow_incompatible_default_type! @check_default_type = false end def check_default_type #:nodoc: @check_default_type = from_superclass(:check_default_type, nil) unless defined?(@check_default_type) @check_default_type end # If true, option parsing is suspended as soon as an unknown option or a # regular argument is encountered. All remaining arguments are passed to # the command as regular arguments. def stop_on_unknown_option?(command_name) #:nodoc: false end # If true, option set will not suspend the execution of the command when # a required option is not provided. def disable_required_check?(command_name) #:nodoc: false end # If you want only strict string args (useful when cascading thor classes), # call strict_args_position! This is disabled by default to allow dynamic # invocations. def strict_args_position! @strict_args_position = true end def strict_args_position #:nodoc: @strict_args_position ||= from_superclass(:strict_args_position, false) end def strict_args_position?(config) #:nodoc: !!strict_args_position end # Adds an argument to the class and creates an attr_accessor for it. # # Arguments are different from options in several aspects. The first one # is how they are parsed from the command line, arguments are retrieved # from position: # # thor command NAME # # Instead of: # # thor command --name=NAME # # Besides, arguments are used inside your code as an accessor (self.argument), # while options are all kept in a hash (self.options). # # Finally, arguments cannot have type :default or :boolean but can be # optional (supplying :optional => :true or :required => false), although # you cannot have a required argument after a non-required argument. If you # try it, an error is raised. # # ==== Parameters # name<Symbol>:: The name of the argument. # options<Hash>:: Described below. # # ==== Options # :desc - Description for the argument. # :required - If the argument is required or not. # :optional - If the argument is optional or not. # :type - The type of the argument, can be :string, :hash, :array, :numeric. # :default - Default value for this argument. It cannot be required and have default values. # :banner - String to show on usage notes. # # ==== Errors # ArgumentError:: Raised if you supply a required argument after a non required one. # def argument(name, options = {}) is_thor_reserved_word?(name, :argument) no_commands { attr_accessor name } required = if options.key?(:optional) !options[:optional] elsif options.key?(:required) options[:required] else options[:default].nil? end remove_argument name if required arguments.each do |argument| next if argument.required? raise ArgumentError, "You cannot have #{name.to_s.inspect} as required argument after " \ "the non-required argument #{argument.human_name.inspect}." end end options[:required] = required arguments << Bundler::Thor::Argument.new(name, options) end # Returns this class arguments, looking up in the ancestors chain. # # ==== Returns # Array[Bundler::Thor::Argument] # def arguments @arguments ||= from_superclass(:arguments, []) end # Adds a bunch of options to the set of class options. # # class_options :foo => false, :bar => :required, :baz => :string # # If you prefer more detailed declaration, check class_option. # # ==== Parameters # Hash[Symbol => Object] # def class_options(options = nil) @class_options ||= from_superclass(:class_options, {}) build_options(options, @class_options) if options @class_options end # Adds an option to the set of class options # # ==== Parameters # name<Symbol>:: The name of the argument. # options<Hash>:: Described below. # # ==== Options # :desc:: -- Description for the argument. # :required:: -- If the argument is required or not. # :default:: -- Default value for this argument. # :group:: -- The group for this options. Use by class options to output options in different levels. # :aliases:: -- Aliases for this option. <b>Note:</b> Bundler::Thor follows a convention of one-dash-one-letter options. Thus aliases like "-something" wouldn't be parsed; use either "\--something" or "-s" instead. # :type:: -- The type of the argument, can be :string, :hash, :array, :numeric or :boolean. # :banner:: -- String to show on usage notes. # :hide:: -- If you want to hide this option from the help. # def class_option(name, options = {}) unless [ Symbol, String ].any? { |klass| name.is_a?(klass) } raise ArgumentError, "Expected a Symbol or String, got #{name.inspect}" end build_option(name, options, class_options) end # Adds and declares option group for exclusive options in the # block and arguments. You can declare options as the outside of the block. # # ==== Parameters # Array[Bundler::Thor::Option.name] # # ==== Examples # # class_exclusive do # class_option :one # class_option :two # end # # Or # # class_option :one # class_option :two # class_exclusive :one, :two # # If you give "--one" and "--two" at the same time ExclusiveArgumentsError # will be raised. # def class_exclusive(*args, &block) register_options_relation_for(:class_options, :class_exclusive_option_names, *args, &block) end # Adds and declares option group for required at least one of options in the # block and arguments. You can declare options as the outside of the block. # # ==== Examples # # class_at_least_one do # class_option :one # class_option :two # end # # Or # # class_option :one # class_option :two # class_at_least_one :one, :two # # If you do not give "--one" and "--two" AtLeastOneRequiredArgumentError # will be raised. # # You can use class_at_least_one and class_exclusive at the same time. # # class_exclusive do # class_at_least_one do # class_option :one # class_option :two # end # end # # Then it is required either only one of "--one" or "--two". # def class_at_least_one(*args, &block) register_options_relation_for(:class_options, :class_at_least_one_option_names, *args, &block) end # Returns this class exclusive options array set, looking up in the ancestors chain. # # ==== Returns # Array[Array[Bundler::Thor::Option.name]] # def class_exclusive_option_names @class_exclusive_option_names ||= from_superclass(:class_exclusive_option_names, []) end # Returns this class at least one of required options array set, looking up in the ancestors chain. # # ==== Returns # Array[Array[Bundler::Thor::Option.name]] # def class_at_least_one_option_names @class_at_least_one_option_names ||= from_superclass(:class_at_least_one_option_names, []) end # Removes a previous defined argument. If :undefine is given, undefine # accessors as well. # # ==== Parameters # names<Array>:: Arguments to be removed # # ==== Examples # # remove_argument :foo # remove_argument :foo, :bar, :baz, :undefine => true # def remove_argument(*names) options = names.last.is_a?(Hash) ? names.pop : {} names.each do |name| arguments.delete_if { |a| a.name == name.to_s } undef_method name, "#{name}=" if options[:undefine] end end # Removes a previous defined class option. # # ==== Parameters # names<Array>:: Class options to be removed # # ==== Examples # # remove_class_option :foo # remove_class_option :foo, :bar, :baz # def remove_class_option(*names) names.each do |name| class_options.delete(name) end end # Defines the group. This is used when thor list is invoked so you can specify # that only commands from a pre-defined group will be shown. Defaults to standard. # # ==== Parameters # name<String|Symbol> # def group(name = nil) if name @group = name.to_s else @group ||= from_superclass(:group, "standard") end end # Returns the commands for this Bundler::Thor class. # # ==== Returns # Hash:: An ordered hash with commands names as keys and Bundler::Thor::Command # objects as values. # def commands @commands ||= Hash.new end alias_method :tasks, :commands # Returns the commands for this Bundler::Thor class and all subclasses. # # ==== Returns # Hash:: An ordered hash with commands names as keys and Bundler::Thor::Command # objects as values. # def all_commands @all_commands ||= from_superclass(:all_commands, Hash.new) @all_commands.merge!(commands) end alias_method :all_tasks, :all_commands # Removes a given command from this Bundler::Thor class. This is usually done if you # are inheriting from another class and don't want it to be available # anymore. # # By default it only remove the mapping to the command. But you can supply # :undefine => true to undefine the method from the class as well. # # ==== Parameters # name<Symbol|String>:: The name of the command to be removed # options<Hash>:: You can give :undefine => true if you want commands the method # to be undefined from the class as well. # def remove_command(*names) options = names.last.is_a?(Hash) ? names.pop : {} names.each do |name| commands.delete(name.to_s) all_commands.delete(name.to_s) undef_method name if options[:undefine] end end alias_method :remove_task, :remove_command # All methods defined inside the given block are not added as commands. # # So you can do: # # class MyScript < Bundler::Thor # no_commands do # def this_is_not_a_command # end # end # end # # You can also add the method and remove it from the command list: # # class MyScript < Bundler::Thor # def this_is_not_a_command # end # remove_command :this_is_not_a_command # end # def no_commands(&block) no_commands_context.enter(&block) end alias_method :no_tasks, :no_commands def no_commands_context @no_commands_context ||= NestedContext.new end def no_commands? no_commands_context.entered? end # Sets the namespace for the Bundler::Thor or Bundler::Thor::Group class. By default the # namespace is retrieved from the class name. If your Bundler::Thor class is named # Scripts::MyScript, the help method, for example, will be called as: # # thor scripts:my_script -h # # If you change the namespace: # # namespace :my_scripts # # You change how your commands are invoked: # # thor my_scripts -h # # Finally, if you change your namespace to default: # # namespace :default # # Your commands can be invoked with a shortcut. Instead of: # # thor :my_command # def namespace(name = nil) if name @namespace = name.to_s else @namespace ||= Bundler::Thor::Util.namespace_from_thor_class(self) end end # Parses the command and options from the given args, instantiate the class # and invoke the command. This method is used when the arguments must be parsed # from an array. If you are inside Ruby and want to use a Bundler::Thor class, you # can simply initialize it: # # script = MyScript.new(args, options, config) # script.invoke(:command, first_arg, second_arg, third_arg) # def start(given_args = ARGV, config = {}) config[:shell] ||= Bundler::Thor::Base.shell.new dispatch(nil, given_args.dup, nil, config) rescue Bundler::Thor::Error => e config[:debug] || ENV["THOR_DEBUG"] == "1" ? (raise e) : config[:shell].error(e.message) exit(false) if exit_on_failure? rescue Errno::EPIPE # This happens if a thor command is piped to something like `head`, # which closes the pipe when it's done reading. This will also # mean that if the pipe is closed, further unnecessary # computation will not occur. exit(true) end # Allows to use private methods from parent in child classes as commands. # # ==== Parameters # names<Array>:: Method names to be used as commands # # ==== Examples # # public_command :foo # public_command :foo, :bar, :baz # def public_command(*names) names.each do |name| class_eval "def #{name}(*); super end", __FILE__, __LINE__ end end alias_method :public_task, :public_command def handle_no_command_error(command, has_namespace = $thor_runner) #:nodoc: raise UndefinedCommandError.new(command, all_commands.keys, (namespace if has_namespace)) end alias_method :handle_no_task_error, :handle_no_command_error def handle_argument_error(command, error, args, arity) #:nodoc: name = [command.ancestor_name, command.name].compact.join(" ") msg = "ERROR: \"#{basename} #{name}\" was called with ".dup msg << "no arguments" if args.empty? msg << "arguments " << args.inspect unless args.empty? msg << "\nUsage: \"#{banner(command).split("\n").join("\"\n \"")}\"" raise InvocationError, msg end # A flag that makes the process exit with status 1 if any error happens. def exit_on_failure? Bundler::Thor.deprecation_warning "Bundler::Thor exit with status 0 on errors. To keep this behavior, you must define `exit_on_failure?` in `#{self.name}`" false end protected # Prints the class options per group. If an option does not belong to # any group, it's printed as Class option. # def class_options_help(shell, groups = {}) #:nodoc: # Group options by group class_options.each do |_, value| groups[value.group] ||= [] groups[value.group] << value end # Deal with default group global_options = groups.delete(nil) || [] print_options(shell, global_options) # Print all others groups.each do |group_name, options| print_options(shell, options, group_name) end end # Receives a set of options and print them. def print_options(shell, options, group_name = nil) return if options.empty? list = [] padding = options.map { |o| o.aliases_for_usage.size }.max.to_i options.each do |option| next if option.hide item = [option.usage(padding)] item.push(option.description ? "# #{option.description}" : "") list << item list << ["", "# Default: #{option.print_default}"] if option.show_default? list << ["", "# Possible values: #{option.enum_to_s}"] if option.enum end shell.say(group_name ? "#{group_name} options:" : "Options:") shell.print_table(list, indent: 2) shell.say "" end # Raises an error if the word given is a Bundler::Thor reserved word. def is_thor_reserved_word?(word, type) #:nodoc: return false unless THOR_RESERVED_WORDS.include?(word.to_s) raise "#{word.inspect} is a Bundler::Thor reserved word and cannot be defined as #{type}" end # Build an option and adds it to the given scope. # # ==== Parameters # name<Symbol>:: The name of the argument. # options<Hash>:: Described in both class_option and method_option. # scope<Hash>:: Options hash that is being built up def build_option(name, options, scope) #:nodoc: scope[name] = Bundler::Thor::Option.new(name, {check_default_type: check_default_type}.merge!(options)) end # Receives a hash of options, parse them and add to the scope. This is a # fast way to set a bunch of options: # # build_options :foo => true, :bar => :required, :baz => :string # # ==== Parameters # Hash[Symbol => Object] def build_options(options, scope) #:nodoc: options.each do |key, value| scope[key] = Bundler::Thor::Option.parse(key, value) end end # Finds a command with the given name. If the command belongs to the current # class, just return it, otherwise dup it and add the fresh copy to the # current command hash. def find_and_refresh_command(name) #:nodoc: if commands[name.to_s] commands[name.to_s] elsif command = all_commands[name.to_s] # rubocop:disable Lint/AssignmentInCondition commands[name.to_s] = command.clone else raise ArgumentError, "You supplied :for => #{name.inspect}, but the command #{name.inspect} could not be found." end end alias_method :find_and_refresh_task, :find_and_refresh_command # Every time someone inherits from a Bundler::Thor class, register the klass # and file into baseclass. def inherited(klass) super(klass) Bundler::Thor::Base.register_klass_file(klass) klass.instance_variable_set(:@no_commands, 0) end # Fire this callback whenever a method is added. Added methods are # tracked as commands by invoking the create_command method. def method_added(meth) super(meth) meth = meth.to_s if meth == "initialize" initialize_added return end # Return if it's not a public instance method return unless public_method_defined?(meth.to_sym) return if no_commands? || !create_command(meth) is_thor_reserved_word?(meth, :command) Bundler::Thor::Base.register_klass_file(self) end # Retrieves a value from superclass. If it reaches the baseclass, # returns default. def from_superclass(method, default = nil) if self == baseclass || !superclass.respond_to?(method, true) default else value = superclass.send(method) # Ruby implements `dup` on Object, but raises a `TypeError` # if the method is called on immediates. As a result, we # don't have a good way to check whether dup will succeed # without calling it and rescuing the TypeError. begin value.dup rescue TypeError value end end end # # The basename of the program invoking the thor class. # def basename File.basename($PROGRAM_NAME).split(" ").first end # SIGNATURE: Sets the baseclass. This is where the superclass lookup # finishes. def baseclass #:nodoc: end # SIGNATURE: Creates a new command if valid_command? is true. This method is # called when a new method is added to the class. def create_command(meth) #:nodoc: end alias_method :create_task, :create_command # SIGNATURE: Defines behavior when the initialize method is added to the # class. def initialize_added #:nodoc: end # SIGNATURE: The hook invoked by start. def dispatch(command, given_args, given_opts, config) #:nodoc: raise NotImplementedError end # Register a relation of options for target(method_option/class_option) # by args and block. def register_options_relation_for(target, relation, *args, &block) # :nodoc: opt = args.pop if args.last.is_a? Hash opt ||= {} names = args.map{ |arg| arg.to_s } names += built_option_names(target, opt, &block) if block_given? command_scope_member(relation, opt) << names end # Get target(method_options or class_options) options # of before and after by block evaluation. def built_option_names(target, opt = {}, &block) # :nodoc: before = command_scope_member(target, opt).map{ |k,v| v.name } instance_eval(&block) after = command_scope_member(target, opt).map{ |k,v| v.name } after - before end # Get command scope member by name. def command_scope_member(name, options = {}) # :nodoc: if options[:for] find_and_refresh_command(options[:for]).send(name) else send(name) end end end end end PK *J [��홇 � M share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/line_editor.rbnu �[��� require_relative "line_editor/basic" require_relative "line_editor/readline" class Bundler::Thor module LineEditor def self.readline(prompt, options = {}) best_available.new(prompt, options).readline end def self.best_available [ Bundler::Thor::LineEditor::Readline, Bundler::Thor::LineEditor::Basic ].detect(&:available?) end end end PK *J [���, , I share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/version.rbnu �[��� class Bundler::Thor VERSION = "1.3.2" end PK *J [td�. . G share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell.rbnu �[��� require "rbconfig" class Bundler::Thor module Base class << self attr_writer :shell # Returns the shell used in all Bundler::Thor classes. If you are in a Unix platform # it will use a colored log, otherwise it will use a basic one without color. # def shell @shell ||= if ENV["THOR_SHELL"] && !ENV["THOR_SHELL"].empty? Bundler::Thor::Shell.const_get(ENV["THOR_SHELL"]) elsif RbConfig::CONFIG["host_os"] =~ /mswin|mingw/ && !ENV["ANSICON"] Bundler::Thor::Shell::Basic else Bundler::Thor::Shell::Color end end end end module Shell SHELL_DELEGATED_METHODS = [:ask, :error, :set_color, :yes?, :no?, :say, :say_error, :say_status, :print_in_columns, :print_table, :print_wrapped, :file_collision, :terminal_width] attr_writer :shell autoload :Basic, File.expand_path("shell/basic", __dir__) autoload :Color, File.expand_path("shell/color", __dir__) autoload :HTML, File.expand_path("shell/html", __dir__) # Add shell to initialize config values. # # ==== Configuration # shell<Object>:: An instance of the shell to be used. # # ==== Examples # # class MyScript < Bundler::Thor # argument :first, :type => :numeric # end # # MyScript.new [1.0], { :foo => :bar }, :shell => Bundler::Thor::Shell::Basic.new # def initialize(args = [], options = {}, config = {}) super self.shell = config[:shell] shell.base ||= self if shell.respond_to?(:base) end # Holds the shell for the given Bundler::Thor instance. If no shell is given, # it gets a default shell from Bundler::Thor::Base.shell. def shell @shell ||= Bundler::Thor::Base.shell.new end # Common methods that are delegated to the shell. SHELL_DELEGATED_METHODS.each do |method| module_eval <<-METHOD, __FILE__, __LINE__ + 1 def #{method}(*args,&block) shell.#{method}(*args,&block) end METHOD end # Yields the given block with padding. def with_padding shell.padding += 1 yield ensure shell.padding -= 1 end protected # Allow shell to be shared between invocations. # def _shared_configuration #:nodoc: super.merge!(shell: shell) end end end PK *J [/��s s L share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/html.rbnu �[��� require_relative "basic" class Bundler::Thor module Shell # Inherit from Bundler::Thor::Shell::Basic and add set_color behavior. Check # Bundler::Thor::Shell::Basic to see all available methods. # class HTML < Basic # The start of an HTML bold sequence. BOLD = "font-weight: bold" # Set the terminal's foreground HTML color to black. BLACK = "color: black" # Set the terminal's foreground HTML color to red. RED = "color: red" # Set the terminal's foreground HTML color to green. GREEN = "color: green" # Set the terminal's foreground HTML color to yellow. YELLOW = "color: yellow" # Set the terminal's foreground HTML color to blue. BLUE = "color: blue" # Set the terminal's foreground HTML color to magenta. MAGENTA = "color: magenta" # Set the terminal's foreground HTML color to cyan. CYAN = "color: cyan" # Set the terminal's foreground HTML color to white. WHITE = "color: white" # Set the terminal's background HTML color to black. ON_BLACK = "background-color: black" # Set the terminal's background HTML color to red. ON_RED = "background-color: red" # Set the terminal's background HTML color to green. ON_GREEN = "background-color: green" # Set the terminal's background HTML color to yellow. ON_YELLOW = "background-color: yellow" # Set the terminal's background HTML color to blue. ON_BLUE = "background-color: blue" # Set the terminal's background HTML color to magenta. ON_MAGENTA = "background-color: magenta" # Set the terminal's background HTML color to cyan. ON_CYAN = "background-color: cyan" # Set the terminal's background HTML color to white. ON_WHITE = "background-color: white" # Set color by using a string or one of the defined constants. If a third # option is set to true, it also adds bold to the string. This is based # on Highline implementation and it automatically appends CLEAR to the end # of the returned String. # def set_color(string, *colors) if colors.all? { |color| color.is_a?(Symbol) || color.is_a?(String) } html_colors = colors.map { |color| lookup_color(color) } "<span style=\"#{html_colors.join('; ')};\">#{Bundler::Thor::Util.escape_html(string)}</span>" else color, bold = colors html_color = self.class.const_get(color.to_s.upcase) if color.is_a?(Symbol) styles = [html_color] styles << BOLD if bold "<span style=\"#{styles.join('; ')};\">#{Bundler::Thor::Util.escape_html(string)}</span>" end end # Ask something to the user and receives a response. # # ==== Example # ask("What is your name?") # # TODO: Implement #ask for Bundler::Thor::Shell::HTML def ask(statement, color = nil) raise NotImplementedError, "Implement #ask for Bundler::Thor::Shell::HTML" end protected def can_display_colors? true end end end end PK *J [���yM M M share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/color.rbnu �[��� require_relative "basic" class Bundler::Thor module Shell # Inherit from Bundler::Thor::Shell::Basic and add set_color behavior. Check # Bundler::Thor::Shell::Basic to see all available methods. # class Color < Basic # Embed in a String to clear all previous ANSI sequences. CLEAR = "\e[0m" # The start of an ANSI bold sequence. BOLD = "\e[1m" # Set the terminal's foreground ANSI color to black. BLACK = "\e[30m" # Set the terminal's foreground ANSI color to red. RED = "\e[31m" # Set the terminal's foreground ANSI color to green. GREEN = "\e[32m" # Set the terminal's foreground ANSI color to yellow. YELLOW = "\e[33m" # Set the terminal's foreground ANSI color to blue. BLUE = "\e[34m" # Set the terminal's foreground ANSI color to magenta. MAGENTA = "\e[35m" # Set the terminal's foreground ANSI color to cyan. CYAN = "\e[36m" # Set the terminal's foreground ANSI color to white. WHITE = "\e[37m" # Set the terminal's background ANSI color to black. ON_BLACK = "\e[40m" # Set the terminal's background ANSI color to red. ON_RED = "\e[41m" # Set the terminal's background ANSI color to green. ON_GREEN = "\e[42m" # Set the terminal's background ANSI color to yellow. ON_YELLOW = "\e[43m" # Set the terminal's background ANSI color to blue. ON_BLUE = "\e[44m" # Set the terminal's background ANSI color to magenta. ON_MAGENTA = "\e[45m" # Set the terminal's background ANSI color to cyan. ON_CYAN = "\e[46m" # Set the terminal's background ANSI color to white. ON_WHITE = "\e[47m" # Set color by using a string or one of the defined constants. If a third # option is set to true, it also adds bold to the string. This is based # on Highline implementation and it automatically appends CLEAR to the end # of the returned String. # # Pass foreground, background and bold options to this method as # symbols. # # Example: # # set_color "Hi!", :red, :on_white, :bold # # The available colors are: # # :bold # :black # :red # :green # :yellow # :blue # :magenta # :cyan # :white # :on_black # :on_red # :on_green # :on_yellow # :on_blue # :on_magenta # :on_cyan # :on_white def set_color(string, *colors) if colors.compact.empty? || !can_display_colors? string elsif colors.all? { |color| color.is_a?(Symbol) || color.is_a?(String) } ansi_colors = colors.map { |color| lookup_color(color) } "#{ansi_colors.join}#{string}#{CLEAR}" else # The old API was `set_color(color, bold=boolean)`. We # continue to support the old API because you should never # break old APIs unnecessarily :P foreground, bold = colors foreground = self.class.const_get(foreground.to_s.upcase) if foreground.is_a?(Symbol) bold = bold ? BOLD : "" "#{bold}#{foreground}#{string}#{CLEAR}" end end protected def can_display_colors? are_colors_supported? && !are_colors_disabled? end def are_colors_supported? stdout.tty? && ENV["TERM"] != "dumb" end def are_colors_disabled? !ENV["NO_COLOR"].nil? && !ENV["NO_COLOR"].empty? end end end end PK *J [�D` P share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/terminal.rbnu �[��� class Bundler::Thor module Shell module Terminal DEFAULT_TERMINAL_WIDTH = 80 class << self # This code was copied from Rake, available under MIT-LICENSE # Copyright (c) 2003, 2004 Jim Weirich def terminal_width result = if ENV["THOR_COLUMNS"] ENV["THOR_COLUMNS"].to_i else unix? ? dynamic_width : DEFAULT_TERMINAL_WIDTH end result < 10 ? DEFAULT_TERMINAL_WIDTH : result rescue DEFAULT_TERMINAL_WIDTH end def unix? RUBY_PLATFORM =~ /(aix|darwin|linux|(net|free|open)bsd|cygwin|solaris)/i end private # Calculate the dynamic width of the terminal def dynamic_width @dynamic_width ||= (dynamic_width_stty.nonzero? || dynamic_width_tput) end def dynamic_width_stty `stty size 2>/dev/null`.split[1].to_i end def dynamic_width_tput `tput cols 2>/dev/null`.to_i end end end end end PK *J [��dl V share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/column_printer.rbnu �[��� require_relative "terminal" class Bundler::Thor module Shell class ColumnPrinter attr_reader :stdout, :options def initialize(stdout, options = {}) @stdout = stdout @options = options @indent = options[:indent].to_i end def print(array) return if array.empty? colwidth = (array.map { |el| el.to_s.size }.max || 0) + 2 array.each_with_index do |value, index| # Don't output trailing spaces when printing the last column if ((((index + 1) % (Terminal.terminal_width / colwidth))).zero? && !index.zero?) || index + 1 == array.length stdout.puts value else stdout.printf("%-#{colwidth}s", value) end end end end end end PK *J [�_8�� � U share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/table_printer.rbnu �[��� require_relative "column_printer" require_relative "terminal" class Bundler::Thor module Shell class TablePrinter < ColumnPrinter BORDER_SEPARATOR = :separator def initialize(stdout, options = {}) super @formats = [] @maximas = [] @colwidth = options[:colwidth] @truncate = options[:truncate] == true ? Terminal.terminal_width : options[:truncate] @padding = 1 end def print(array) return if array.empty? prepare(array) print_border_separator if options[:borders] array.each do |row| if options[:borders] && row == BORDER_SEPARATOR print_border_separator next end sentence = "".dup row.each_with_index do |column, index| sentence << format_cell(column, row.size, index) end sentence = truncate(sentence) sentence << "|" if options[:borders] stdout.puts indentation + sentence end print_border_separator if options[:borders] end private def prepare(array) array = array.reject{|row| row == BORDER_SEPARATOR } @formats << "%-#{@colwidth + 2}s".dup if @colwidth start = @colwidth ? 1 : 0 colcount = array.max { |a, b| a.size <=> b.size }.size start.upto(colcount - 1) do |index| maxima = array.map { |row| row[index] ? row[index].to_s.size : 0 }.max @maximas << maxima @formats << if options[:borders] "%-#{maxima}s".dup elsif index == colcount - 1 # Don't output 2 trailing spaces when printing the last column "%-s".dup else "%-#{maxima + 2}s".dup end end @formats << "%s" end def format_cell(column, row_size, index) maxima = @maximas[index] f = if column.is_a?(Numeric) if options[:borders] # With borders we handle padding separately "%#{maxima}s" elsif index == row_size - 1 # Don't output 2 trailing spaces when printing the last column "%#{maxima}s" else "%#{maxima}s " end else @formats[index] end cell = "".dup cell << "|" + " " * @padding if options[:borders] cell << f % column.to_s cell << " " * @padding if options[:borders] cell end def print_border_separator separator = @maximas.map do |maxima| "+" + "-" * (maxima + 2 * @padding) end stdout.puts indentation + separator.join + "+" end def truncate(string) return string unless @truncate chars = string.chars.to_a if chars.length <= @truncate chars.join else chars[0, @truncate - 3 - @indent].join + "..." end end def indentation " " * @indent end end end end PK *J [��[�. . M share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/basic.rbnu �[��� require_relative "column_printer" require_relative "table_printer" require_relative "wrapped_printer" class Bundler::Thor module Shell class Basic attr_accessor :base attr_reader :padding # Initialize base, mute and padding to nil. # def initialize #:nodoc: @base = nil @mute = false @padding = 0 @always_force = false end # Mute everything that's inside given block # def mute @mute = true yield ensure @mute = false end # Check if base is muted # def mute? @mute end # Sets the output padding, not allowing less than zero values. # def padding=(value) @padding = [0, value].max end # Sets the output padding while executing a block and resets it. # def indent(count = 1) orig_padding = padding self.padding = padding + count yield self.padding = orig_padding end # Asks something to the user and receives a response. # # If a default value is specified it will be presented to the user # and allows them to select that value with an empty response. This # option is ignored when limited answers are supplied. # # If asked to limit the correct responses, you can pass in an # array of acceptable answers. If one of those is not supplied, # they will be shown a message stating that one of those answers # must be given and re-asked the question. # # If asking for sensitive information, the :echo option can be set # to false to mask user input from $stdin. # # If the required input is a path, then set the path option to # true. This will enable tab completion for file paths relative # to the current working directory on systems that support # Readline. # # ==== Example # ask("What is your name?") # # ask("What is the planet furthest from the sun?", :default => "Neptune") # # ask("What is your favorite Neopolitan flavor?", :limited_to => ["strawberry", "chocolate", "vanilla"]) # # ask("What is your password?", :echo => false) # # ask("Where should the file be saved?", :path => true) # def ask(statement, *args) options = args.last.is_a?(Hash) ? args.pop : {} color = args.first if options[:limited_to] ask_filtered(statement, color, options) else ask_simply(statement, color, options) end end # Say (print) something to the user. If the sentence ends with a whitespace # or tab character, a new line is not appended (print + flush). Otherwise # are passed straight to puts (behavior got from Highline). # # ==== Example # say("I know you knew that.") # def say(message = "", color = nil, force_new_line = (message.to_s !~ /( |\t)\Z/)) return if quiet? buffer = prepare_message(message, *color) buffer << "\n" if force_new_line && !message.to_s.end_with?("\n") stdout.print(buffer) stdout.flush end # Say (print) an error to the user. If the sentence ends with a whitespace # or tab character, a new line is not appended (print + flush). Otherwise # are passed straight to puts (behavior got from Highline). # # ==== Example # say_error("error: something went wrong") # def say_error(message = "", color = nil, force_new_line = (message.to_s !~ /( |\t)\Z/)) return if quiet? buffer = prepare_message(message, *color) buffer << "\n" if force_new_line && !message.to_s.end_with?("\n") stderr.print(buffer) stderr.flush end # Say a status with the given color and appends the message. Since this # method is used frequently by actions, it allows nil or false to be given # in log_status, avoiding the message from being shown. If a Symbol is # given in log_status, it's used as the color. # def say_status(status, message, log_status = true) return if quiet? || log_status == false spaces = " " * (padding + 1) status = status.to_s.rjust(12) margin = " " * status.length + spaces color = log_status.is_a?(Symbol) ? log_status : :green status = set_color status, color, true if color message = message.to_s.chomp.gsub(/(?<!\A)^/, margin) buffer = "#{status}#{spaces}#{message}\n" stdout.print(buffer) stdout.flush end # Asks the user a question and returns true if the user replies "y" or # "yes". # def yes?(statement, color = nil) !!(ask(statement, color, add_to_history: false) =~ is?(:yes)) end # Asks the user a question and returns true if the user replies "n" or # "no". # def no?(statement, color = nil) !!(ask(statement, color, add_to_history: false) =~ is?(:no)) end # Prints values in columns # # ==== Parameters # Array[String, String, ...] # def print_in_columns(array) printer = ColumnPrinter.new(stdout) printer.print(array) end # Prints a table. # # ==== Parameters # Array[Array[String, String, ...]] # # ==== Options # indent<Integer>:: Indent the first column by indent value. # colwidth<Integer>:: Force the first column to colwidth spaces wide. # borders<Boolean>:: Adds ascii borders. # def print_table(array, options = {}) # rubocop:disable Metrics/MethodLength printer = TablePrinter.new(stdout, options) printer.print(array) end # Prints a long string, word-wrapping the text to the current width of the # terminal display. Ideal for printing heredocs. # # ==== Parameters # String # # ==== Options # indent<Integer>:: Indent each line of the printed paragraph by indent value. # def print_wrapped(message, options = {}) printer = WrappedPrinter.new(stdout, options) printer.print(message) end # Deals with file collision and returns true if the file should be # overwritten and false otherwise. If a block is given, it uses the block # response as the content for the diff. # # ==== Parameters # destination<String>:: the destination file to solve conflicts # block<Proc>:: an optional block that returns the value to be used in diff and merge # def file_collision(destination) return true if @always_force options = block_given? ? "[Ynaqdhm]" : "[Ynaqh]" loop do answer = ask( %[Overwrite #{destination}? (enter "h" for help) #{options}], add_to_history: false ) case answer when nil say "" return true when is?(:yes), is?(:force), "" return true when is?(:no), is?(:skip) return false when is?(:always) return @always_force = true when is?(:quit) say "Aborting..." raise SystemExit when is?(:diff) show_diff(destination, yield) if block_given? say "Retrying..." when is?(:merge) if block_given? && !merge_tool.empty? merge(destination, yield) return nil end say "Please specify merge tool to `THOR_MERGE` env." else say file_collision_help(block_given?) end end end # Called if something goes wrong during the execution. This is used by Bundler::Thor # internally and should not be used inside your scripts. If something went # wrong, you can always raise an exception. If you raise a Bundler::Thor::Error, it # will be rescued and wrapped in the method below. # def error(statement) stderr.puts statement end # Apply color to the given string with optional bold. Disabled in the # Bundler::Thor::Shell::Basic class. # def set_color(string, *) #:nodoc: string end protected def prepare_message(message, *color) spaces = " " * padding spaces + set_color(message.to_s, *color) end def can_display_colors? false end def lookup_color(color) return color unless color.is_a?(Symbol) self.class.const_get(color.to_s.upcase) end def stdout $stdout end def stderr $stderr end def is?(value) #:nodoc: value = value.to_s if value.size == 1 /\A#{value}\z/i else /\A(#{value}|#{value[0, 1]})\z/i end end def file_collision_help(block_given) #:nodoc: help = <<-HELP Y - yes, overwrite n - no, do not overwrite a - all, overwrite this and all others q - quit, abort h - help, show this help HELP if block_given help << <<-HELP d - diff, show the differences between the old and the new m - merge, run merge tool HELP end help end def show_diff(destination, content) #:nodoc: diff_cmd = ENV["THOR_DIFF"] || ENV["RAILS_DIFF"] || "diff -u" require "tempfile" Tempfile.open(File.basename(destination), File.dirname(destination)) do |temp| temp.write content temp.rewind system %(#{diff_cmd} "#{destination}" "#{temp.path}") end end def quiet? #:nodoc: mute? || (base && base.options[:quiet]) end def unix? Terminal.unix? end def ask_simply(statement, color, options) default = options[:default] message = [statement, ("(#{default})" if default), nil].uniq.join(" ") message = prepare_message(message, *color) result = Bundler::Thor::LineEditor.readline(message, options) return unless result result = result.strip if default && result == "" default else result end end def ask_filtered(statement, color, options) answer_set = options[:limited_to] case_insensitive = options.fetch(:case_insensitive, false) correct_answer = nil until correct_answer answers = answer_set.join(", ") answer = ask_simply("#{statement} [#{answers}]", color, options) correct_answer = answer_match(answer_set, answer, case_insensitive) say("Your response must be one of: [#{answers}]. Please try again.") unless correct_answer end correct_answer end def answer_match(possibilities, answer, case_insensitive) if case_insensitive possibilities.detect{ |possibility| possibility.downcase == answer.downcase } else possibilities.detect{ |possibility| possibility == answer } end end def merge(destination, content) #:nodoc: require "tempfile" Tempfile.open([File.basename(destination), File.extname(destination)], File.dirname(destination)) do |temp| temp.write content temp.rewind system %(#{merge_tool} "#{temp.path}" "#{destination}") end end def merge_tool #:nodoc: @merge_tool ||= ENV["THOR_MERGE"] || git_merge_tool end def git_merge_tool #:nodoc: `git config merge.tool`.rstrip rescue "" end end end end PK *J [��� W share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/shell/wrapped_printer.rbnu �[��� require_relative "column_printer" require_relative "terminal" class Bundler::Thor module Shell class WrappedPrinter < ColumnPrinter def print(message) width = Terminal.terminal_width - @indent paras = message.split("\n\n") paras.map! do |unwrapped| words = unwrapped.split(" ") counter = words.first.length words.inject do |memo, word| word = word.gsub(/\n\005/, "\n").gsub(/\005/, "\n") counter = 0 if word.include? "\n" if (counter + word.length + 1) < width memo = "#{memo} #{word}" counter += (word.length + 1) else memo = "#{memo}\n#{word}" counter = word.length end memo end end.compact! paras.each do |para| para.split("\n").each do |line| stdout.puts line.insert(0, " " * @indent) end stdout.puts unless para == paras.last end end end end end PK *J [qe�� � G share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/error.rbnu �[��� class Bundler::Thor Correctable = if defined?(DidYouMean::SpellChecker) && defined?(DidYouMean::Correctable) # rubocop:disable Naming/ConstantName Module.new do def to_s super + DidYouMean.formatter.message_for(corrections) end def corrections @corrections ||= self.class.const_get(:SpellChecker).new(self).corrections end end end # Bundler::Thor::Error is raised when it's caused by wrong usage of thor classes. Those # errors have their backtrace suppressed and are nicely shown to the user. # # Errors that are caused by the developer, like declaring a method which # overwrites a thor keyword, SHOULD NOT raise a Bundler::Thor::Error. This way, we # ensure that developer errors are shown with full backtrace. class Error < StandardError end # Raised when a command was not found. class UndefinedCommandError < Error class SpellChecker attr_reader :error def initialize(error) @error = error end def corrections @corrections ||= spell_checker.correct(error.command).map(&:inspect) end def spell_checker DidYouMean::SpellChecker.new(dictionary: error.all_commands) end end attr_reader :command, :all_commands def initialize(command, all_commands, namespace) @command = command @all_commands = all_commands message = "Could not find command #{command.inspect}" message = namespace ? "#{message} in #{namespace.inspect} namespace." : "#{message}." super(message) end prepend Correctable if Correctable end UndefinedTaskError = UndefinedCommandError class AmbiguousCommandError < Error end AmbiguousTaskError = AmbiguousCommandError # Raised when a command was found, but not invoked properly. class InvocationError < Error end class UnknownArgumentError < Error class SpellChecker attr_reader :error def initialize(error) @error = error end def corrections @corrections ||= error.unknown.flat_map { |unknown| spell_checker.correct(unknown) }.uniq.map(&:inspect) end def spell_checker @spell_checker ||= DidYouMean::SpellChecker.new(dictionary: error.switches) end end attr_reader :switches, :unknown def initialize(switches, unknown) @switches = switches @unknown = unknown super("Unknown switches #{unknown.map(&:inspect).join(', ')}") end prepend Correctable if Correctable end class RequiredArgumentMissingError < InvocationError end class MalformattedArgumentError < InvocationError end class ExclusiveArgumentError < InvocationError end class AtLeastOneRequiredArgumentError < InvocationError end end PK *J [�� � M share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/rake_compat.rbnu �[��� require "rake" require "rake/dsl_definition" class Bundler::Thor # Adds a compatibility layer to your Bundler::Thor classes which allows you to use # rake package tasks. For example, to use rspec rake tasks, one can do: # # require 'bundler/vendor/thor/lib/thor/rake_compat' # require 'rspec/core/rake_task' # # class Default < Bundler::Thor # include Bundler::Thor::RakeCompat # # RSpec::Core::RakeTask.new(:spec) do |t| # t.spec_opts = ['--options', './.rspec'] # t.spec_files = FileList['spec/**/*_spec.rb'] # end # end # module RakeCompat include Rake::DSL if defined?(Rake::DSL) def self.rake_classes @rake_classes ||= [] end def self.included(base) super(base) # Hack. Make rakefile point to invoker, so rdoc task is generated properly. rakefile = File.basename(caller[0].match(/(.*):\d+/)[1]) Rake.application.instance_variable_set(:@rakefile, rakefile) rake_classes << base end end end # override task on (main), for compatibility with Rake 0.9 instance_eval do alias rake_namespace namespace def task(*) task = super if klass = Bundler::Thor::RakeCompat.rake_classes.last # rubocop:disable Lint/AssignmentInCondition non_namespaced_name = task.name.split(":").last description = non_namespaced_name description << task.arg_names.map { |n| n.to_s.upcase }.join(" ") description.strip! klass.desc description, Rake.application.last_description || non_namespaced_name Rake.application.last_description = nil klass.send :define_method, non_namespaced_name do |*args| Rake::Task[task.name.to_sym].invoke(*args) end end task end def namespace(name) if klass = Bundler::Thor::RakeCompat.rake_classes.last # rubocop:disable Lint/AssignmentInCondition const_name = Bundler::Thor::Util.camel_case(name.to_s).to_sym klass.const_set(const_name, Class.new(Bundler::Thor)) new_klass = klass.const_get(const_name) Bundler::Thor::RakeCompat.rake_classes << new_klass end super Bundler::Thor::RakeCompat.rake_classes.pop end end PK *J [�S� �# �# F share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/util.rbnu �[��� require "rbconfig" class Bundler::Thor module Sandbox #:nodoc: end # This module holds several utilities: # # 1) Methods to convert thor namespaces to constants and vice-versa. # # Bundler::Thor::Util.namespace_from_thor_class(Foo::Bar::Baz) #=> "foo:bar:baz" # # 2) Loading thor files and sandboxing: # # Bundler::Thor::Util.load_thorfile("~/.thor/foo") # module Util class << self # Receives a namespace and search for it in the Bundler::Thor::Base subclasses. # # ==== Parameters # namespace<String>:: The namespace to search for. # def find_by_namespace(namespace) namespace = "default#{namespace}" if namespace.empty? || namespace =~ /^:/ Bundler::Thor::Base.subclasses.detect { |klass| klass.namespace == namespace } end # Receives a constant and converts it to a Bundler::Thor namespace. Since Bundler::Thor # commands can be added to a sandbox, this method is also responsible for # removing the sandbox namespace. # # This method should not be used in general because it's used to deal with # older versions of Bundler::Thor. On current versions, if you need to get the # namespace from a class, just call namespace on it. # # ==== Parameters # constant<Object>:: The constant to be converted to the thor path. # # ==== Returns # String:: If we receive Foo::Bar::Baz it returns "foo:bar:baz" # def namespace_from_thor_class(constant) constant = constant.to_s.gsub(/^Bundler::Thor::Sandbox::/, "") constant = snake_case(constant).squeeze(":") constant end # Given the contents, evaluate it inside the sandbox and returns the # namespaces defined in the sandbox. # # ==== Parameters # contents<String> # # ==== Returns # Array[Object] # def namespaces_in_content(contents, file = __FILE__) old_constants = Bundler::Thor::Base.subclasses.dup Bundler::Thor::Base.subclasses.clear load_thorfile(file, contents) new_constants = Bundler::Thor::Base.subclasses.dup Bundler::Thor::Base.subclasses.replace(old_constants) new_constants.map!(&:namespace) new_constants.compact! new_constants end # Returns the thor classes declared inside the given class. # def thor_classes_in(klass) stringfied_constants = klass.constants.map(&:to_s) Bundler::Thor::Base.subclasses.select do |subclass| next unless subclass.name stringfied_constants.include?(subclass.name.gsub("#{klass.name}::", "")) end end # Receives a string and convert it to snake case. SnakeCase returns snake_case. # # ==== Parameters # String # # ==== Returns # String # def snake_case(str) return str.downcase if str =~ /^[A-Z_]+$/ str.gsub(/\B[A-Z]/, '_\&').squeeze("_") =~ /_*(.*)/ Regexp.last_match(-1).downcase end # Receives a string and convert it to camel case. camel_case returns CamelCase. # # ==== Parameters # String # # ==== Returns # String # def camel_case(str) return str if str !~ /_/ && str =~ /[A-Z]+.*/ str.split("_").map(&:capitalize).join end # Receives a namespace and tries to retrieve a Bundler::Thor or Bundler::Thor::Group class # from it. It first searches for a class using the all the given namespace, # if it's not found, removes the highest entry and searches for the class # again. If found, returns the highest entry as the class name. # # ==== Examples # # class Foo::Bar < Bundler::Thor # def baz # end # end # # class Baz::Foo < Bundler::Thor::Group # end # # Bundler::Thor::Util.namespace_to_thor_class("foo:bar") #=> Foo::Bar, nil # will invoke default command # Bundler::Thor::Util.namespace_to_thor_class("baz:foo") #=> Baz::Foo, nil # Bundler::Thor::Util.namespace_to_thor_class("foo:bar:baz") #=> Foo::Bar, "baz" # # ==== Parameters # namespace<String> # def find_class_and_command_by_namespace(namespace, fallback = true) if namespace.include?(":") # look for a namespaced command *pieces, command = namespace.split(":") namespace = pieces.join(":") namespace = "default" if namespace.empty? klass = Bundler::Thor::Base.subclasses.detect { |thor| thor.namespace == namespace && thor.command_exists?(command) } end unless klass # look for a Bundler::Thor::Group with the right name klass = Bundler::Thor::Util.find_by_namespace(namespace) command = nil end if !klass && fallback # try a command in the default namespace command = namespace klass = Bundler::Thor::Util.find_by_namespace("") end [klass, command] end alias_method :find_class_and_task_by_namespace, :find_class_and_command_by_namespace # Receives a path and load the thor file in the path. The file is evaluated # inside the sandbox to avoid namespacing conflicts. # def load_thorfile(path, content = nil, debug = false) content ||= File.read(path) begin Bundler::Thor::Sandbox.class_eval(content, path) rescue StandardError => e $stderr.puts("WARNING: unable to load thorfile #{path.inspect}: #{e.message}") if debug $stderr.puts(*e.backtrace) else $stderr.puts(e.backtrace.first) end end end def user_home @@user_home ||= if ENV["HOME"] ENV["HOME"] elsif ENV["USERPROFILE"] ENV["USERPROFILE"] elsif ENV["HOMEDRIVE"] && ENV["HOMEPATH"] File.join(ENV["HOMEDRIVE"], ENV["HOMEPATH"]) elsif ENV["APPDATA"] ENV["APPDATA"] else begin File.expand_path("~") rescue if File::ALT_SEPARATOR "C:/" else "/" end end end end # Returns the root where thor files are located, depending on the OS. # def thor_root File.join(user_home, ".thor").tr("\\", "/") end # Returns the files in the thor root. On Windows thor_root will be something # like this: # # C:\Documents and Settings\james\.thor # # If we don't #gsub the \ character, Dir.glob will fail. # def thor_root_glob files = Dir["#{escape_globs(thor_root)}/*"] files.map! do |file| File.directory?(file) ? File.join(file, "main.thor") : file end end # Where to look for Bundler::Thor files. # def globs_for(path) path = escape_globs(path) ["#{path}/Thorfile", "#{path}/*.thor", "#{path}/tasks/*.thor", "#{path}/lib/tasks/**/*.thor"] end # Return the path to the ruby interpreter taking into account multiple # installations and windows extensions. # def ruby_command @ruby_command ||= begin ruby_name = RbConfig::CONFIG["ruby_install_name"] ruby = File.join(RbConfig::CONFIG["bindir"], ruby_name) ruby << RbConfig::CONFIG["EXEEXT"] # avoid using different name than ruby (on platforms supporting links) if ruby_name != "ruby" && File.respond_to?(:readlink) begin alternate_ruby = File.join(RbConfig::CONFIG["bindir"], "ruby") alternate_ruby << RbConfig::CONFIG["EXEEXT"] # ruby is a symlink if File.symlink? alternate_ruby linked_ruby = File.readlink alternate_ruby # symlink points to 'ruby_install_name' ruby = alternate_ruby if linked_ruby == ruby_name || linked_ruby == ruby end rescue NotImplementedError # rubocop:disable Lint/HandleExceptions # just ignore on windows end end # escape string in case path to ruby executable contain spaces. ruby.sub!(/.*\s.*/m, '"\&"') ruby end end # Returns a string that has had any glob characters escaped. # The glob characters are `* ? { } [ ]`. # # ==== Examples # # Bundler::Thor::Util.escape_globs('[apps]') # => '\[apps\]' # # ==== Parameters # String # # ==== Returns # String # def escape_globs(path) path.to_s.gsub(/[*?{}\[\]]/, '\\\\\\&') end # Returns a string that has had any HTML characters escaped. # # ==== Examples # # Bundler::Thor::Util.escape_html('<div>') # => "<div>" # # ==== Parameters # String # # ==== Returns # String # def escape_html(string) CGI.escapeHTML(string) end end end end PK *J [0�o�Y Y g share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/core_ext/hash_with_indifferent_access.rbnu �[��� class Bundler::Thor module CoreExt #:nodoc: # A hash with indifferent access and magic predicates. # # hash = Bundler::Thor::CoreExt::HashWithIndifferentAccess.new 'foo' => 'bar', 'baz' => 'bee', 'force' => true # # hash[:foo] #=> 'bar' # hash['foo'] #=> 'bar' # hash.foo? #=> true # class HashWithIndifferentAccess < ::Hash #:nodoc: def initialize(hash = {}) super() hash.each do |key, value| self[convert_key(key)] = value end end def [](key) super(convert_key(key)) end def []=(key, value) super(convert_key(key), value) end def delete(key) super(convert_key(key)) end def except(*keys) dup.tap do |hash| keys.each { |key| hash.delete(convert_key(key)) } end end def fetch(key, *args) super(convert_key(key), *args) end def slice(*keys) super(*keys.map{ |key| convert_key(key) }) end def key?(key) super(convert_key(key)) end def values_at(*indices) indices.map { |key| self[convert_key(key)] } end def merge(other) dup.merge!(other) end def merge!(other) other.each do |key, value| self[convert_key(key)] = value end self end def reverse_merge(other) self.class.new(other).merge(self) end def reverse_merge!(other_hash) replace(reverse_merge(other_hash)) end def replace(other_hash) super(other_hash) end # Convert to a Hash with String keys. def to_hash Hash.new(default).merge!(self) end protected def convert_key(key) key.is_a?(Symbol) ? key.to_s : key end # Magic predicates. For instance: # # options.force? # => !!options['force'] # options.shebang # => "/usr/lib/local/ruby" # options.test_framework?(:rspec) # => options[:test_framework] == :rspec # def method_missing(method, *args) method = method.to_s if method =~ /^(\w+)\?$/ if args.empty? !!self[$1] else self[$1] == args.first end else self[method] end end end end end PK *J [΅�F F L share/gems/gems/bundler-2.6.7/lib/bundler/vendor/thor/lib/thor/invocation.rbnu �[��� class Bundler::Thor module Invocation def self.included(base) #:nodoc: super(base) base.extend ClassMethods end module ClassMethods # This method is responsible for receiving a name and find the proper # class and command for it. The key is an optional parameter which is # available only in class methods invocations (i.e. in Bundler::Thor::Group). def prepare_for_invocation(key, name) #:nodoc: case name when Symbol, String Bundler::Thor::Util.find_class_and_command_by_namespace(name.to_s, !key) else name end end end # Make initializer aware of invocations and the initialization args. def initialize(args = [], options = {}, config = {}, &block) #:nodoc: @_invocations = config[:invocations] || Hash.new { |h, k| h[k] = [] } @_initializer = [args, options, config] super end # Make the current command chain accessible with in a Bundler::Thor-(sub)command def current_command_chain @_invocations.values.flatten.map(&:to_sym) end # Receives a name and invokes it. The name can be a string (either "command" or # "namespace:command"), a Bundler::Thor::Command, a Class or a Bundler::Thor instance. If the # command cannot be guessed by name, it can also be supplied as second argument. # # You can also supply the arguments, options and configuration values for # the command to be invoked, if none is given, the same values used to # initialize the invoker are used to initialize the invoked. # # When no name is given, it will invoke the default command of the current class. # # ==== Examples # # class A < Bundler::Thor # def foo # invoke :bar # invoke "b:hello", ["Erik"] # end # # def bar # invoke "b:hello", ["Erik"] # end # end # # class B < Bundler::Thor # def hello(name) # puts "hello #{name}" # end # end # # You can notice that the method "foo" above invokes two commands: "bar", # which belongs to the same class and "hello" which belongs to the class B. # # By using an invocation system you ensure that a command is invoked only once. # In the example above, invoking "foo" will invoke "b:hello" just once, even # if it's invoked later by "bar" method. # # When class A invokes class B, all arguments used on A initialization are # supplied to B. This allows lazy parse of options. Let's suppose you have # some rspec commands: # # class Rspec < Bundler::Thor::Group # class_option :mock_framework, :type => :string, :default => :rr # # def invoke_mock_framework # invoke "rspec:#{options[:mock_framework]}" # end # end # # As you noticed, it invokes the given mock framework, which might have its # own options: # # class Rspec::RR < Bundler::Thor::Group # class_option :style, :type => :string, :default => :mock # end # # Since it's not rspec concern to parse mock framework options, when RR # is invoked all options are parsed again, so RR can extract only the options # that it's going to use. # # If you want Rspec::RR to be initialized with its own set of options, you # have to do that explicitly: # # invoke "rspec:rr", [], :style => :foo # # Besides giving an instance, you can also give a class to invoke: # # invoke Rspec::RR, [], :style => :foo # def invoke(name = nil, *args) if name.nil? warn "[Bundler::Thor] Calling invoke() without argument is deprecated. Please use invoke_all instead.\n#{caller.join("\n")}" return invoke_all end args.unshift(nil) if args.first.is_a?(Array) || args.first.nil? command, args, opts, config = args klass, command = _retrieve_class_and_command(name, command) raise "Missing Bundler::Thor class for invoke #{name}" unless klass raise "Expected Bundler::Thor class, got #{klass}" unless klass <= Bundler::Thor::Base args, opts, config = _parse_initialization_options(args, opts, config) klass.send(:dispatch, command, args, opts, config) do |instance| instance.parent_options = options end end # Invoke the given command if the given args. def invoke_command(command, *args) #:nodoc: current = @_invocations[self.class] unless current.include?(command.name) current << command.name command.run(self, *args) end end alias_method :invoke_task, :invoke_command # Invoke all commands for the current instance. def invoke_all #:nodoc: self.class.all_commands.map { |_, command| invoke_command(command) } end # Invokes using shell padding. def invoke_with_padding(*args) with_padding { invoke(*args) } end protected # Configuration values that are shared between invocations. def _shared_configuration #:nodoc: {invocations: @_invocations} end # This method simply retrieves the class and command to be invoked. # If the name is nil or the given name is a command in the current class, # use the given name and return self as class. Otherwise, call # prepare_for_invocation in the current class. def _retrieve_class_and_command(name, sent_command = nil) #:nodoc: if name.nil? [self.class, nil] elsif self.class.all_commands[name.to_s] [self.class, name.to_s] else klass, command = self.class.prepare_for_invocation(nil, name) [klass, command || sent_command] end end alias_method :_retrieve_class_and_task, :_retrieve_class_and_command # Initialize klass using values stored in the @_initializer. def _parse_initialization_options(args, opts, config) #:nodoc: stored_args, stored_opts, stored_config = @_initializer args ||= stored_args.dup opts ||= stored_opts.dup config ||= {} config = stored_config.merge(_shared_configuration).merge!(config) [args, opts, config] end end end PK *J [�`d��% �% 6 share/gems/gems/bundler-2.6.7/lib/bundler/installer.rbnu �[��� # frozen_string_literal: true require_relative "worker" require_relative "installer/parallel_installer" require_relative "installer/standalone" require_relative "installer/gem_installer" module Bundler class Installer class << self attr_accessor :ambiguous_gems Installer.ambiguous_gems = [] end attr_reader :post_install_messages, :definition # Begins the installation process for Bundler. # For more information see the #run method on this class. def self.install(root, definition, options = {}) installer = new(root, definition) Plugin.hook(Plugin::Events::GEM_BEFORE_INSTALL_ALL, definition.dependencies) installer.run(options) Plugin.hook(Plugin::Events::GEM_AFTER_INSTALL_ALL, definition.dependencies) installer end def initialize(root, definition) @root = root @definition = definition @post_install_messages = {} end # Runs the install procedures for a specific Gemfile. # # Firstly, this method will check to see if `Bundler.bundle_path` exists # and if not then Bundler will create the directory. This is usually the same # location as RubyGems which typically is the `~/.gem` directory # unless other specified. # # Secondly, it checks if Bundler has been configured to be "frozen". # Frozen ensures that the Gemfile and the Gemfile.lock file are matching. # This stops a situation where a developer may update the Gemfile but may not run # `bundle install`, which leads to the Gemfile.lock file not being correctly updated. # If this file is not correctly updated then any other developer running # `bundle install` will potentially not install the correct gems. # # Thirdly, Bundler checks if there are any dependencies specified in the Gemfile. # If there are no dependencies specified then Bundler returns a warning message stating # so and this method returns. # # Fourthly, Bundler checks if the Gemfile.lock exists, and if so # then proceeds to set up a definition based on the Gemfile and the Gemfile.lock. # During this step Bundler will also download information about any new gems # that are not in the Gemfile.lock and resolve any dependencies if needed. # # Fifthly, Bundler resolves the dependencies either through a cache of gems or by remote. # This then leads into the gems being installed, along with stubs for their executables, # but only if the --binstubs option has been passed or Bundler.options[:bin] has been set # earlier. # # Sixthly, a new Gemfile.lock is created from the installed gems to ensure that the next time # that a user runs `bundle install` they will receive any updates from this process. # # Finally, if the user has specified the standalone flag, Bundler will generate the needed # require paths and save them in a `setup.rb` file. See `bundle standalone --help` for more # information. def run(options) Bundler.create_bundle_path ProcessLock.lock do @definition.ensure_equivalent_gemfile_and_lockfile(options[:deployment]) if @definition.dependencies.empty? Bundler.ui.warn "The Gemfile specifies no dependencies" lock return end if @definition.setup_domain!(options) ensure_specs_are_compatible! load_plugins end install(options) Gem::Specification.reset # invalidate gem specification cache so that installed gems are immediately available lock Standalone.new(options[:standalone], @definition).generate if options[:standalone] end end def generate_bundler_executable_stubs(spec, options = {}) if options[:binstubs_cmd] && spec.executables.empty? options = {} spec.runtime_dependencies.each do |dep| bins = @definition.specs[dep].first.executables options[dep.name] = bins unless bins.empty? end if options.any? Bundler.ui.warn "#{spec.name} has no executables, but you may want " \ "one from a gem it depends on." options.each {|name, bins| Bundler.ui.warn " #{name} has: #{bins.join(", ")}" } else Bundler.ui.warn "There are no executables for the gem #{spec.name}." end return end # double-assignment to avoid warnings about variables that will be used by ERB bin_path = Bundler.bin_path bin_path = bin_path relative_gemfile_path = Bundler.default_gemfile.relative_path_from(bin_path) relative_gemfile_path = relative_gemfile_path ruby_command = Thor::Util.ruby_command ruby_command = ruby_command template_path = File.expand_path("templates/Executable", __dir__) if spec.name == "bundler" template_path += ".bundler" spec.executables = %(bundle) end template = File.read(template_path) exists = [] spec.executables.each do |executable| binstub_path = "#{bin_path}/#{executable}" if File.exist?(binstub_path) && !options[:force] exists << executable next end mode = Gem.win_platform? ? "wb:UTF-8" : "w" require "erb" content = ERB.new(template, trim_mode: "-").result(binding) File.write(binstub_path, content, mode: mode, perm: 0o777 & ~File.umask) if Gem.win_platform? || options[:all_platforms] prefix = "@ruby -x \"%~f0\" %*\n@exit /b %ERRORLEVEL%\n\n" File.write("#{binstub_path}.cmd", prefix + content, mode: mode) end end if options[:binstubs_cmd] && exists.any? case exists.size when 1 Bundler.ui.warn "Skipped #{exists[0]} since it already exists." when 2 Bundler.ui.warn "Skipped #{exists.join(" and ")} since they already exist." else items = exists[0...-1].empty? ? nil : exists[0...-1].join(", ") skipped = [items, exists[-1]].compact.join(" and ") Bundler.ui.warn "Skipped #{skipped} since they already exist." end Bundler.ui.warn "If you want to overwrite skipped stubs, use --force." end end def generate_standalone_bundler_executable_stubs(spec, options = {}) # double-assignment to avoid warnings about variables that will be used by ERB bin_path = Bundler.bin_path unless path = Bundler.settings[:path] raise "Can't standalone without an explicit path set" end standalone_path = Bundler.root.join(path).relative_path_from(bin_path) standalone_path = standalone_path template = File.read(File.expand_path("templates/Executable.standalone", __dir__)) ruby_command = Thor::Util.ruby_command ruby_command = ruby_command spec.executables.each do |executable| next if executable == "bundle" executable_path = Pathname(spec.full_gem_path).join(spec.bindir, executable).relative_path_from(bin_path) executable_path = executable_path mode = Gem.win_platform? ? "wb:UTF-8" : "w" require "erb" content = ERB.new(template, trim_mode: "-").result(binding) File.write("#{bin_path}/#{executable}", content, mode: mode, perm: 0o755) if Gem.win_platform? || options[:all_platforms] prefix = "@ruby -x \"%~f0\" %*\n@exit /b %ERRORLEVEL%\n\n" File.write("#{bin_path}/#{executable}.cmd", prefix + content, mode: mode) end end end private # the order that the resolver provides is significant, since # dependencies might affect the installation of a gem. # that said, it's a rare situation (other than rake), and parallel # installation is SO MUCH FASTER. so we let people opt in. def install(options) standalone = options[:standalone] force = options[:force] local = options[:local] || options[:"prefer-local"] jobs = installation_parallelization spec_installations = ParallelInstaller.call(self, @definition.specs, jobs, standalone, force, local: local) spec_installations.each do |installation| post_install_messages[installation.name] = installation.post_install_message if installation.has_post_install_message? end end def installation_parallelization if jobs = Bundler.settings[:jobs] return jobs end Bundler.settings.processor_count end def load_plugins Gem.load_plugins requested_path_gems = @definition.requested_specs.select {|s| s.source.is_a?(Source::Path) } path_plugin_files = requested_path_gems.flat_map do |spec| spec.matches_for_glob("rubygems_plugin#{Bundler.rubygems.suffix_pattern}") rescue TypeError error_message = "#{spec.name} #{spec.version} has an invalid gemspec" raise Gem::InvalidSpecificationException, error_message end Gem.load_plugin_files(path_plugin_files) Gem.load_env_plugins end def ensure_specs_are_compatible! @definition.specs.each do |spec| unless spec.matches_current_ruby? raise InstallError, "#{spec.full_name} requires ruby version #{spec.required_ruby_version}, " \ "which is incompatible with the current version, #{Gem.ruby_version}" end unless spec.matches_current_rubygems? raise InstallError, "#{spec.full_name} requires rubygems version #{spec.required_rubygems_version}, " \ "which is incompatible with the current version, #{Gem.rubygems_version}" end end end def lock @definition.lock end end end PK *J [W�|� � / share/gems/gems/bundler-2.6.7/lib/bundler/ui.rbnu �[��� # frozen_string_literal: true module Bundler module UI autoload :RGProxy, File.expand_path("ui/rg_proxy", __dir__) autoload :Shell, File.expand_path("ui/shell", __dir__) autoload :Silent, File.expand_path("ui/silent", __dir__) end end PK *J [��̯� � A share/gems/gems/bundler-2.6.7/lib/bundler/remote_specification.rbnu �[��� # frozen_string_literal: true module Bundler # Represents a lazily loaded gem specification, where the full specification # is on the source server in rubygems' "quick" index. The proxy object is to # be seeded with what we're given from the source's abbreviated index - the # full specification will only be fetched when necessary. class RemoteSpecification include MatchRemoteMetadata include MatchPlatform include Comparable attr_reader :name, :version, :platform attr_writer :dependencies attr_accessor :source, :remote, :locked_platform def initialize(name, version, platform, spec_fetcher) @name = name @version = Gem::Version.create version @original_platform = platform || Gem::Platform::RUBY @platform = Gem::Platform.new(platform) @spec_fetcher = spec_fetcher @dependencies = nil @locked_platform = nil end def insecurely_materialized? @locked_platform.to_s != @platform.to_s end # Needed before installs, since the arch matters then and quick # specs don't bother to include the arch in the platform string def fetch_platform @platform = _remote_specification.platform end def full_name @full_name ||= if @platform == Gem::Platform::RUBY "#{@name}-#{@version}" else "#{@name}-#{@version}-#{@platform}" end end # Compare this specification against another object. Using sort_obj # is compatible with Gem::Specification and other Bundler or RubyGems # objects. Otherwise, use the default Object comparison. def <=>(other) if other.respond_to?(:sort_obj) sort_obj <=> other.sort_obj else super end end # Because Rubyforge cannot be trusted to provide valid specifications # once the remote gem is downloaded, the backend specification will # be swapped out. def __swap__(spec) raise APIResponseInvalidDependenciesError unless spec.dependencies.all? {|d| d.is_a?(Gem::Dependency) } SharedHelpers.ensure_same_dependencies(self, dependencies, spec.dependencies) @_remote_specification = spec end # Create a delegate used for sorting. This strategy is copied from # RubyGems 2.23 and ensures that Bundler's specifications can be # compared and sorted with RubyGems' own specifications. # # @see #<=> # @see Gem::Specification#sort_obj # # @return [Array] an object you can use to compare and sort this # specification against other specifications def sort_obj [@name, @version, @platform == Gem::Platform::RUBY ? -1 : 1] end def to_s "#<#{self.class} name=#{name} version=#{version} platform=#{platform}>" end def dependencies @dependencies ||= begin deps = method_missing(:dependencies) # allow us to handle when the specs dependencies are an array of array of string # in order to delay the crash to `#__swap__` where it results in a friendlier error # see https://github.com/rubygems/bundler/issues/5797 deps = deps.map {|d| d.is_a?(Gem::Dependency) ? d : Gem::Dependency.new(*d) } deps end end def runtime_dependencies dependencies.select(&:runtime?) end def git_version return unless loaded_from && source.is_a?(Bundler::Source::Git) " #{source.revision[0..6]}" end private def to_ary nil end def _remote_specification @_remote_specification ||= @spec_fetcher.fetch_spec([@name, @version, @original_platform]) @_remote_specification || raise(GemspecError, "Gemspec data for #{full_name} was" \ " missing from the server!") end def method_missing(method, *args, &blk) _remote_specification.send(method, *args, &blk) end def respond_to?(method, include_all = false) super || _remote_specification.respond_to?(method, include_all) end public :respond_to? end end PK *J [_'��) �) 4 share/gems/gems/bundler-2.6.7/lib/bundler/runtime.rbnu �[��� # frozen_string_literal: true module Bundler class Runtime include SharedHelpers def initialize(root, definition) @root = root @definition = definition end def setup(*groups) @definition.ensure_equivalent_gemfile_and_lockfile # Has to happen first clean_load_path specs = @definition.specs_for(groups) SharedHelpers.set_bundle_environment Bundler.rubygems.replace_entrypoints(specs) # Activate the specs load_paths = specs.map do |spec| check_for_activated_spec!(spec) Bundler.rubygems.mark_loaded(spec) spec.load_paths.reject {|path| $LOAD_PATH.include?(path) } end.reverse.flatten Gem.add_to_load_path(*load_paths) setup_manpath lock(preserve_unknown_sections: true) self end def require(*groups) groups.map!(&:to_sym) groups = [:default] if groups.empty? dependencies = @definition.dependencies.select do |dep| # Select the dependency if it is in any of the requested groups, and # for the current platform, and matches the gem constraints. (dep.groups & groups).any? && dep.should_include? end Plugin.hook(Plugin::Events::GEM_BEFORE_REQUIRE_ALL, dependencies) dependencies.each do |dep| Plugin.hook(Plugin::Events::GEM_BEFORE_REQUIRE, dep) # Loop through all the specified autorequires for the # dependency. If there are none, use the dependency's name # as the autorequire. Array(dep.autorequire || dep.name).each do |file| # Allow `require: true` as an alias for `require: <name>` file = dep.name if file == true required_file = file begin Kernel.require required_file rescue LoadError => e if dep.autorequire.nil? && e.path == required_file if required_file.include?("-") required_file = required_file.tr("-", "/") retry end else raise Bundler::GemRequireError.new e, "There was an error while trying to load the gem '#{file}'." end rescue RuntimeError => e raise Bundler::GemRequireError.new e, "There was an error while trying to load the gem '#{file}'." end end Plugin.hook(Plugin::Events::GEM_AFTER_REQUIRE, dep) end Plugin.hook(Plugin::Events::GEM_AFTER_REQUIRE_ALL, dependencies) dependencies end def self.definition_method(meth) define_method(meth) do raise ArgumentError, "no definition when calling Runtime##{meth}" unless @definition @definition.send(meth) end end private_class_method :definition_method definition_method :requested_specs definition_method :specs definition_method :dependencies definition_method :current_dependencies definition_method :requires def lock(opts = {}) return if @definition.no_resolve_needed? @definition.lock(opts[:preserve_unknown_sections]) end alias_method :gems, :specs def cache(custom_path = nil, local = false) cache_path = Bundler.app_cache(custom_path) SharedHelpers.filesystem_access(cache_path) do |p| FileUtils.mkdir_p(p) end unless File.exist?(cache_path) Bundler.ui.info "Updating files in #{Bundler.settings.app_cache_path}" specs_to_cache = if Bundler.settings[:cache_all_platforms] @definition.resolve.materialized_for_all_platforms else begin specs rescue GemNotFound if local Bundler.ui.warn "Some gems seem to be missing from your #{Bundler.settings.app_cache_path} directory." end raise end end specs_to_cache.each do |spec| next if spec.name == "bundler" source = spec.source next if source.is_a?(Source::Gemspec) if source.respond_to?(:migrate_cache) source.migrate_cache(custom_path, local: local) elsif source.respond_to?(:cache) source.cache(spec, custom_path) end end Dir[cache_path.join("*/.git")].each do |git_dir| FileUtils.rm_rf(git_dir) FileUtils.touch(File.expand_path("../.bundlecache", git_dir)) end prune_cache(cache_path) unless Bundler.settings[:no_prune] end def prune_cache(cache_path) SharedHelpers.filesystem_access(cache_path) do |p| FileUtils.mkdir_p(p) end unless File.exist?(cache_path) resolve = @definition.resolve prune_gem_cache(resolve, cache_path) prune_git_and_path_cache(resolve, cache_path) end def clean(dry_run = false) gem_bins = Dir["#{Gem.dir}/bin/*"] git_dirs = Dir["#{Gem.dir}/bundler/gems/*"] git_cache_dirs = Dir["#{Gem.dir}/cache/bundler/git/*"] gem_dirs = Dir["#{Gem.dir}/gems/*"] gem_files = Dir["#{Gem.dir}/cache/*.gem"] gemspec_files = Dir["#{Gem.dir}/specifications/*.gemspec"] extension_dirs = Dir["#{Gem.dir}/extensions/*/*/*"] + Dir["#{Gem.dir}/bundler/gems/extensions/*/*/*"] spec_gem_paths = [] # need to keep git sources around spec_git_paths = @definition.spec_git_paths spec_git_cache_dirs = [] spec_gem_executables = [] spec_cache_paths = [] spec_gemspec_paths = [] spec_extension_paths = [] Bundler.rubygems.add_default_gems_to(specs).values.each do |spec| spec_gem_paths << spec.full_gem_path # need to check here in case gems are nested like for the rails git repo md = %r{(.+bundler/gems/.+-[a-f0-9]{7,12})}.match(spec.full_gem_path) spec_git_paths << md[1] if md spec_gem_executables << spec.executables.collect do |executable| e = "#{Bundler.rubygems.gem_bindir}/#{executable}" [e, "#{e}.bat"] end spec_cache_paths << spec.cache_file spec_gemspec_paths << spec.spec_file spec_extension_paths << spec.extension_dir if spec.respond_to?(:extension_dir) spec_git_cache_dirs << spec.source.cache_path.to_s if spec.source.is_a?(Bundler::Source::Git) end spec_gem_paths.uniq! spec_gem_executables.flatten! stale_gem_bins = gem_bins - spec_gem_executables stale_git_dirs = git_dirs - spec_git_paths - ["#{Gem.dir}/bundler/gems/extensions"] stale_git_cache_dirs = git_cache_dirs - spec_git_cache_dirs stale_gem_dirs = gem_dirs - spec_gem_paths stale_gem_files = gem_files - spec_cache_paths stale_gemspec_files = gemspec_files - spec_gemspec_paths stale_extension_dirs = extension_dirs - spec_extension_paths removed_stale_gem_dirs = stale_gem_dirs.collect {|dir| remove_dir(dir, dry_run) } removed_stale_git_dirs = stale_git_dirs.collect {|dir| remove_dir(dir, dry_run) } output = removed_stale_gem_dirs + removed_stale_git_dirs unless dry_run stale_files = stale_gem_bins + stale_gem_files + stale_gemspec_files stale_files.each do |file| SharedHelpers.filesystem_access(File.dirname(file)) do |_p| FileUtils.rm(file) if File.exist?(file) end end stale_dirs = stale_git_cache_dirs + stale_extension_dirs stale_dirs.each do |stale_dir| SharedHelpers.filesystem_access(stale_dir) do |dir| FileUtils.rm_rf(dir) if File.exist?(dir) end end end output end private def prune_gem_cache(resolve, cache_path) cached = Dir["#{cache_path}/*.gem"] cached = cached.delete_if do |path| spec = Bundler.rubygems.spec_from_gem path resolve.any? do |s| s.name == spec.name && s.version == spec.version && !s.source.is_a?(Bundler::Source::Git) end end if cached.any? Bundler.ui.info "Removing outdated .gem files from #{Bundler.settings.app_cache_path}" cached.each do |path| Bundler.ui.info " * #{File.basename(path)}" File.delete(path) end end end def prune_git_and_path_cache(resolve, cache_path) cached = Dir["#{cache_path}/*/.bundlecache"] cached = cached.delete_if do |path| name = File.basename(File.dirname(path)) resolve.any? do |s| source = s.source source.respond_to?(:app_cache_dirname) && source.app_cache_dirname == name end end if cached.any? Bundler.ui.info "Removing outdated git and path gems from #{Bundler.settings.app_cache_path}" cached.each do |path| path = File.dirname(path) Bundler.ui.info " * #{File.basename(path)}" FileUtils.rm_rf(path) end end end def setup_manpath # Add man/ subdirectories from activated bundles to MANPATH for man(1) manuals = $LOAD_PATH.filter_map do |path| man_subdir = path.sub(/lib$/, "man") man_subdir unless Dir[man_subdir + "/man?/"].empty? end return if manuals.empty? Bundler::SharedHelpers.set_env "MANPATH", manuals.concat( ENV["MANPATH"] ? ENV["MANPATH"].to_s.split(File::PATH_SEPARATOR) : [""] ).uniq.join(File::PATH_SEPARATOR) end def remove_dir(dir, dry_run) full_name = Pathname.new(dir).basename.to_s parts = full_name.split("-") name = parts[0..-2].join("-") version = parts.last output = "#{name} (#{version})" if dry_run Bundler.ui.info "Would have removed #{output}" else Bundler.ui.info "Removing #{output}" FileUtils.rm_rf(dir) end output end def check_for_activated_spec!(spec) return unless activated_spec = Bundler.rubygems.loaded_specs(spec.name) return if activated_spec.version == spec.version suggestion = if activated_spec.default_gem? "Since #{spec.name} is a default gem, you can either remove your dependency on it" \ " or try updating to a newer version of bundler that supports #{spec.name} as a default gem." else "Prepending `bundle exec` to your command may solve this." end e = Gem::LoadError.new "You have already activated #{activated_spec.name} #{activated_spec.version}, " \ "but your Gemfile requires #{spec.name} #{spec.version}. #{suggestion}" e.name = spec.name e.requirement = Gem::Requirement.new(spec.version.to_s) raise e end end end PK *J [6�e$l l 6 share/gems/gems/bundler-2.6.7/lib/bundler/deprecate.rbnu �[��� # frozen_string_literal: true begin require "rubygems/deprecate" rescue LoadError # it's fine if it doesn't exist on the current RubyGems... nil end module Bundler # If Bundler::Deprecate is an autoload constant, we need to define it if defined?(Bundler::Deprecate) && !autoload?(:Deprecate) # nothing to do! elsif defined? ::Deprecate Deprecate = ::Deprecate elsif defined? Gem::Deprecate Deprecate = Gem::Deprecate else class Deprecate end end unless Deprecate.respond_to?(:skip_during) def Deprecate.skip_during original = skip self.skip = true yield ensure self.skip = original end end unless Deprecate.respond_to?(:skip) def Deprecate.skip @skip ||= false end end unless Deprecate.respond_to?(:skip=) def Deprecate.skip=(skip) @skip = skip end end end PK *J [�� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/dependency.rbnu �[��� # frozen_string_literal: true require "rubygems/dependency" require_relative "shared_helpers" module Bundler class Dependency < Gem::Dependency def initialize(name, version, options = {}, &blk) type = options["type"] || :runtime super(name, version, type) @options = options end def groups @groups ||= Array(@options["group"] || :default).map(&:to_sym) end def source return @source if defined?(@source) @source = @options["source"] end def path return @path if defined?(@path) @path = @options["path"] end def git return @git if defined?(@git) @git = @options["git"] end def github return @github if defined?(@github) @github = @options["github"] end def branch return @branch if defined?(@branch) @branch = @options["branch"] end def ref return @ref if defined?(@ref) @ref = @options["ref"] end def glob return @glob if defined?(@glob) @glob = @options["glob"] end def platforms @platforms ||= Array(@options["platforms"]) end def env return @env if defined?(@env) @env = @options["env"] end def should_include @should_include ||= @options.fetch("should_include", true) end def gemfile return @gemfile if defined?(@gemfile) @gemfile = @options["gemfile"] end def force_ruby_platform return @force_ruby_platform if defined?(@force_ruby_platform) @force_ruby_platform = @options["force_ruby_platform"] end def autorequire return @autorequire if defined?(@autorequire) @autorequire = Array(@options["require"] || []) if @options.key?("require") end RUBY_PLATFORM_ARRAY = [Gem::Platform::RUBY].freeze private_constant :RUBY_PLATFORM_ARRAY # Returns the platforms this dependency is valid for, in the same order as # passed in the `valid_platforms` parameter def gem_platforms(valid_platforms) return RUBY_PLATFORM_ARRAY if force_ruby_platform return valid_platforms if platforms.empty? valid_platforms.select {|p| expanded_platforms.include?(GemHelpers.generic(p)) } end def expanded_platforms @expanded_platforms ||= platforms.filter_map {|pl| CurrentRuby::PLATFORM_MAP[pl] }.flatten.uniq end def should_include? should_include && current_env? && current_platform? end def gemspec_dev_dep? @gemspec_dev_dep ||= @options.fetch("gemspec_dev_dep", false) end def gemfile_dep? !gemspec_dev_dep? end def current_env? return true unless env if env.is_a?(Hash) env.all? do |key, val| ENV[key.to_s] && (val.is_a?(String) ? ENV[key.to_s] == val : ENV[key.to_s] =~ val) end else ENV[env.to_s] end end def current_platform? return true if platforms.empty? platforms.any? do |p| Bundler.current_ruby.send("#{p}?") end end def to_lock out = super out << "!" if source out end def specific? super rescue NoMethodError requirement != ">= 0" end end end PK *J [���x x < share/gems/gems/bundler-2.6.7/lib/bundler/materialization.rbnu �[��� # frozen_string_literal: true module Bundler # # This class materializes a set of resolved specifications (`LazySpecification`) # for a given gem into the most appropriate real specifications # (`StubSepecification`, `EndpointSpecification`, etc), given a dependency and a # target platform. # class Materialization def initialize(dep, platform, candidates:) @dep = dep @platform = platform @candidates = candidates end def complete? specs.any? end def specs @specs ||= if @candidates.nil? [] elsif platform GemHelpers.select_best_platform_match(@candidates, platform, force_ruby: dep.force_ruby_platform) else GemHelpers.select_best_local_platform_match(@candidates, force_ruby: dep.force_ruby_platform || dep.default_force_ruby_platform) end end def dependencies specs.first.runtime_dependencies.map {|d| [d, platform] } end def materialized_spec specs.reject(&:missing?).first&.materialization end def completely_missing_specs return [] unless specs.all?(&:missing?) specs end def partially_missing_specs specs.select(&:missing?) end def incomplete_specs return [] if complete? @candidates || LazySpecification.new(dep.name, nil, nil) end private attr_reader :dep, :platform end end PK *J [��Ǵ � : share/gems/gems/bundler-2.6.7/lib/bundler/vendored_thor.rbnu �[��� # frozen_string_literal: true module Bundler def self.require_thor_actions require_relative "vendor/thor/lib/thor/actions" end end require_relative "vendor/thor/lib/thor" PK *J [��%` ` 2 share/gems/gems/bundler-2.6.7/lib/bundler/retry.rbnu �[��� # frozen_string_literal: true module Bundler # General purpose class for retrying code that may fail class Retry attr_accessor :name, :total_runs, :current_run class << self def default_attempts default_retries + 1 end alias_method :attempts, :default_attempts def default_retries Bundler.settings[:retry] end end def initialize(name, exceptions = nil, retries = self.class.default_retries) @name = name @retries = retries @exceptions = Array(exceptions) || [] @total_runs = @retries + 1 # will run once, then upto attempts.times end def attempt(&block) @current_run = 0 @failed = false @error = nil run(&block) while keep_trying? @result end alias_method :attempts, :attempt private def run(&block) @failed = false @current_run += 1 @result = block.call rescue StandardError => e fail_attempt(e) end def fail_attempt(e) @failed = true if last_attempt? || @exceptions.any? {|k| e.is_a?(k) } Bundler.ui.info "" unless Bundler.ui.debug? raise e end return true unless name Bundler.ui.info "" unless Bundler.ui.debug? # Add new line in case dots preceded this Bundler.ui.warn "Retrying #{name} due to error (#{current_run.next}/#{total_runs}): #{e.class} #{e.message}", true end def keep_trying? return true if current_run.zero? return false if last_attempt? true if @failed end def last_attempt? current_run >= total_runs end end end PK *J [�*X� � 9 share/gems/gems/bundler-2.6.7/lib/bundler/ruby_version.rbnu �[��� # frozen_string_literal: true module Bundler class RubyVersion attr_reader :versions, :patchlevel, :engine, :engine_versions, :gem_version, :engine_gem_version def initialize(versions, patchlevel, engine, engine_version) # The parameters to this method must satisfy the # following constraints, which are verified in # the DSL: # # * If an engine is specified, an engine version # must also be specified # * If an engine version is specified, an engine # must also be specified # * If the engine is "ruby", the engine version # must not be specified, or the engine version # specified must match the version. @versions = Array(versions).map do |v| normalized_v = normalize_version(v) unless Gem::Requirement::PATTERN.match?(normalized_v) raise InvalidArgumentError, "#{v} is not a valid requirement on the Ruby version" end op, v = Gem::Requirement.parse(normalized_v) op == "=" ? v.to_s : "#{op} #{v}" end @gem_version = Gem::Requirement.create(@versions.first).requirements.first.last @input_engine = engine&.to_s @engine = engine&.to_s || "ruby" @engine_versions = (engine_version && Array(engine_version)) || @versions @engine_gem_version = Gem::Requirement.create(@engine_versions.first).requirements.first.last @patchlevel = patchlevel || (@gem_version.prerelease? ? "-1" : nil) end def to_s(versions = self.versions) output = String.new("ruby #{versions_string(versions)}") output << "p#{patchlevel}" if patchlevel && patchlevel != "-1" output << " (#{engine} #{versions_string(engine_versions)})" unless engine == "ruby" output end # @private PATTERN = / ruby\s (\d+\.\d+\.\d+(?:\.\S+)?) # ruby version (?:p(-?\d+))? # optional patchlevel (?:\s\((\S+)\s(.+)\))? # optional engine info /xo # Returns a RubyVersion from the given string. # @param [String] the version string to match. # @return [RubyVersion,Nil] The version if the string is a valid RubyVersion # description, and nil otherwise. def self.from_string(string) new($1, $2, $3, $4) if string =~ PATTERN end def single_version_string to_s(gem_version) end def ==(other) versions == other.versions && engine == other.engine && engine_versions == other.engine_versions && patchlevel == other.patchlevel end def host @host ||= [ RbConfig::CONFIG["host_cpu"], RbConfig::CONFIG["host_vendor"], RbConfig::CONFIG["host_os"], ].join("-") end # Returns a tuple of these things: # [diff, this, other] # The priority of attributes are # 1. engine # 2. ruby_version # 3. engine_version def diff(other) raise ArgumentError, "Can only diff with a RubyVersion, not a #{other.class}" unless other.is_a?(RubyVersion) if engine != other.engine && @input_engine [:engine, engine, other.engine] elsif versions.empty? || !matches?(versions, other.gem_version) [:version, versions_string(versions), versions_string(other.versions)] elsif @input_engine && !matches?(engine_versions, other.engine_gem_version) [:engine_version, versions_string(engine_versions), versions_string(other.engine_versions)] elsif patchlevel && (!patchlevel.is_a?(String) || !other.patchlevel.is_a?(String) || !matches?(patchlevel, other.patchlevel)) [:patchlevel, patchlevel, other.patchlevel] end end def versions_string(versions) Array(versions).join(", ") end def self.system ruby_engine = RUBY_ENGINE.dup ruby_version = Gem.ruby_version.to_s ruby_engine_version = RUBY_ENGINE == "ruby" ? ruby_version : RUBY_ENGINE_VERSION.dup patchlevel = RUBY_PATCHLEVEL.to_s @system ||= RubyVersion.new(ruby_version, patchlevel, ruby_engine, ruby_engine_version) end private # Ruby's official preview version format uses a `-`: Example: 3.3.0-preview2 # However, RubyGems recognizes preview version format with a `.`: Example: 3.3.0.preview2 # Returns version string after replacing `-` with `.` def normalize_version(version) version.tr("-", ".") end def matches?(requirements, version) # Handles RUBY_PATCHLEVEL of -1 for instances like ruby-head return requirements == version if requirements.to_s == "-1" || version.to_s == "-1" Array(requirements).all? do |requirement| Gem::Requirement.create(requirement).satisfied_by?(Gem::Version.create(version)) end end end end PK *J [�aS�� � @ share/gems/gems/bundler-2.6.7/lib/bundler/vendored_persistent.rbnu �[��� # frozen_string_literal: true module Bundler module Persistent module Net module HTTP end end end end require_relative "vendor/net-http-persistent/lib/net/http/persistent" PK *J [�$%�� � = share/gems/gems/bundler-2.6.7/lib/bundler/vendored_timeout.rbnu �[��� # frozen_string_literal: true begin require "rubygems/vendored_timeout" rescue LoadError begin require "rubygems/timeout" rescue LoadError require "timeout" Gem::Timeout = Timeout end end PK *J [I��� � ? share/gems/gems/bundler-2.6.7/lib/bundler/stub_specification.rbnu �[��� # frozen_string_literal: true module Bundler class StubSpecification < RemoteSpecification def self.from_stub(stub) return stub if stub.is_a?(Bundler::StubSpecification) spec = new(stub.name, stub.version, stub.platform, nil) spec.stub = stub spec end def insecurely_materialized? false end attr_reader :checksum attr_accessor :stub, :ignored def source=(source) super # Stub has no concept of source, which means that extension_dir may be wrong # This is the case for git-based gems. So, instead manually assign the extension dir return unless source.respond_to?(:extension_dir_name) unique_extension_dir = [source.extension_dir_name, File.basename(full_gem_path)].uniq.join("-") path = File.join(stub.extensions_dir, unique_extension_dir) stub.extension_dir = File.expand_path(path) end def to_yaml _remote_specification.to_yaml end # @!group Stub Delegates def ignored? return @ignored unless @ignored.nil? @ignored = missing_extensions? return false unless @ignored warn "Source #{source} is ignoring #{self} because it is missing extensions" true end def manually_installed? # This is for manually installed gems which are gems that were fixed in place after a # failed installation. Once the issue was resolved, the user then manually created # the gem specification using the instructions provided by `gem help install` installed_by_version == Gem::Version.new(0) end # This is defined directly to avoid having to loading the full spec def missing_extensions? return false if default_gem? return false if extensions.empty? return false if File.exist? gem_build_complete_path return false if manually_installed? true end def activated? stub.activated? end def activated=(activated) stub.instance_variable_set(:@activated, activated) end def extensions stub.extensions end def gem_build_complete_path stub.gem_build_complete_path end def default_gem? stub.default_gem? end def full_gem_path stub.full_gem_path end def full_gem_path=(path) stub.full_gem_path = path end def full_require_paths stub.full_require_paths end def require_paths stub.require_paths end def base_dir=(path) stub.base_dir = path end def load_paths full_require_paths end def loaded_from stub.loaded_from end def matches_for_glob(glob) stub.matches_for_glob(glob) end def raw_require_paths stub.raw_require_paths end def inspect "#<#{self.class} @name=\"#{name}\" (#{full_name.delete_prefix("#{name}-")})>" end private def _remote_specification @_remote_specification ||= begin rs = stub.to_spec if rs.equal?(self) # happens when to_spec gets the spec from Gem.loaded_specs rs = Gem::Specification.load(loaded_from) Bundler.rubygems.stub_set_spec(stub, rs) end unless rs raise GemspecError, "The gemspec for #{full_name} at #{loaded_from}" \ " was missing or broken. Try running `gem pristine #{name} -v #{version}`" \ " to fix the cached spec." end rs.source = source rs.base_dir = stub.base_dir rs end end end end PK *J [�D��sI sI 5 share/gems/gems/bundler-2.6.7/lib/bundler/resolver.rbnu �[��� # frozen_string_literal: true module Bundler # # This class implements the interface needed by PubGrub for resolution. It is # equivalent to the `PubGrub::BasicPackageSource` class provided by PubGrub by # default and used by the most simple PubGrub consumers. # class Resolver require_relative "vendored_pub_grub" require_relative "resolver/base" require_relative "resolver/candidate" require_relative "resolver/incompatibility" require_relative "resolver/root" require_relative "resolver/strategy" include GemHelpers def initialize(base, gem_version_promoter, most_specific_locked_platform = nil) @source_requirements = base.source_requirements @base = base @gem_version_promoter = gem_version_promoter @most_specific_locked_platform = most_specific_locked_platform end def start @requirements = @base.requirements @packages = @base.packages root, logger = setup_solver Bundler.ui.info "Resolving dependencies...", true solve_versions(root: root, logger: logger) end def setup_solver root = Resolver::Root.new(name_for_explicit_dependency_source) root_version = Resolver::Candidate.new(0) @all_specs = Hash.new do |specs, name| source = source_for(name) matches = source.specs.search(name) # Don't bother to check for circular deps when no dependency API are # available, since it's too slow to be usable. That edge case won't work # but resolution other than that should work fine and reasonably fast. if source.respond_to?(:dependency_api_available?) && source.dependency_api_available? matches = filter_invalid_self_dependencies(matches, name) end specs[name] = matches.sort_by {|s| [s.version, s.platform.to_s] } end @all_versions = Hash.new do |candidates, package| candidates[package] = all_versions_for(package) end @sorted_versions = Hash.new do |candidates, package| candidates[package] = filtered_versions_for(package).sort end @sorted_versions[root] = [root_version] root_dependencies = prepare_dependencies(@requirements, @packages) @cached_dependencies = Hash.new do |dependencies, package| dependencies[package] = Hash.new do |versions, version| versions[version] = to_dependency_hash(version.dependencies.reject {|d| d.name == package.name }, @packages) end end @cached_dependencies[root] = { root_version => root_dependencies } logger = Bundler::UI::Shell.new logger.level = debug? ? "debug" : "warn" [root, logger] end def solve_versions(root:, logger:) solver = PubGrub::VersionSolver.new(source: self, root: root, strategy: Strategy.new(self), logger: logger) result = solver.solve resolved_specs = result.flat_map {|package, version| version.to_specs(package, @most_specific_locked_platform) } SpecSet.new(resolved_specs).specs_with_additional_variants_from(@base.locked_specs) rescue PubGrub::SolveFailure => e incompatibility = e.incompatibility names_to_unlock, names_to_allow_prereleases_for, names_to_allow_remote_specs_for, extended_explanation = find_names_to_relax(incompatibility) names_to_relax = names_to_unlock + names_to_allow_prereleases_for + names_to_allow_remote_specs_for if names_to_relax.any? if names_to_unlock.any? Bundler.ui.debug "Found conflicts with locked dependencies. Will retry with #{names_to_unlock.join(", ")} unlocked...", true @base.unlock_names(names_to_unlock) end if names_to_allow_prereleases_for.any? Bundler.ui.debug "Found conflicts with dependencies with prereleases. Will retry considering prereleases for #{names_to_allow_prereleases_for.join(", ")}...", true @base.include_prereleases(names_to_allow_prereleases_for) end if names_to_allow_remote_specs_for.any? Bundler.ui.debug "Found conflicts with local versions of #{names_to_allow_remote_specs_for.join(", ")}. Will retry considering remote versions...", true @base.include_remote_specs(names_to_allow_remote_specs_for) end root, logger = setup_solver Bundler.ui.debug "Retrying resolution...", true retry end explanation = e.message if extended_explanation explanation << "\n\n" explanation << extended_explanation end raise SolveFailure.new(explanation) end def find_names_to_relax(incompatibility) names_to_unlock = [] names_to_allow_prereleases_for = [] names_to_allow_remote_specs_for = [] extended_explanation = nil while incompatibility.conflict? cause = incompatibility.cause incompatibility = cause.incompatibility incompatibility.terms.each do |term| package = term.package name = package.name if base_requirements[name] names_to_unlock << name elsif package.ignores_prereleases? && @all_specs[name].any? {|s| s.version.prerelease? } names_to_allow_prereleases_for << name elsif package.prefer_local? && @all_specs[name].any? {|s| !s.is_a?(StubSpecification) } names_to_allow_remote_specs_for << name end no_versions_incompat = [cause.incompatibility, cause.satisfier].find {|incompat| incompat.cause.is_a?(PubGrub::Incompatibility::NoVersions) } next unless no_versions_incompat extended_explanation = no_versions_incompat.extended_explanation end end [names_to_unlock.uniq, names_to_allow_prereleases_for.uniq, names_to_allow_remote_specs_for.uniq, extended_explanation] end def parse_dependency(package, dependency) range = if repository_for(package).is_a?(Source::Gemspec) PubGrub::VersionRange.any else requirement_to_range(dependency) end PubGrub::VersionConstraint.new(package, range: range) end def versions_for(package, range=VersionRange.any) range.select_versions(@sorted_versions[package]) end def no_versions_incompatibility_for(package, unsatisfied_term) cause = PubGrub::Incompatibility::NoVersions.new(unsatisfied_term) name = package.name constraint = unsatisfied_term.constraint constraint_string = constraint.constraint_string requirements = constraint_string.split(" OR ").map {|req| Gem::Requirement.new(req.split(",")) } if name == "bundler" && bundler_pinned_to_current_version? custom_explanation = "the current Bundler version (#{Bundler::VERSION}) does not satisfy #{constraint}" extended_explanation = bundler_not_found_message(requirements) else specs_matching_other_platforms = filter_matching_specs(@all_specs[name], requirements) platforms_explanation = specs_matching_other_platforms.any? ? " for any resolution platforms (#{package.platforms.join(", ")})" : "" custom_explanation = "#{constraint} could not be found in #{repository_for(package)}#{platforms_explanation}" label = "#{name} (#{constraint_string})" extended_explanation = other_specs_matching_message(specs_matching_other_platforms, label) if specs_matching_other_platforms.any? end Incompatibility.new([unsatisfied_term], cause: cause, custom_explanation: custom_explanation, extended_explanation: extended_explanation) end def debug? ENV["BUNDLER_DEBUG_RESOLVER"] || ENV["BUNDLER_DEBUG_RESOLVER_TREE"] || ENV["DEBUG_RESOLVER"] || ENV["DEBUG_RESOLVER_TREE"] || false end def incompatibilities_for(package, version) package_deps = @cached_dependencies[package] sorted_versions = @sorted_versions[package] package_deps[version].map do |dep_package, dep_constraint| low = high = sorted_versions.index(version) # find version low such that all >= low share the same dep while low > 0 && package_deps[sorted_versions[low - 1]][dep_package] == dep_constraint low -= 1 end low = if low == 0 nil else sorted_versions[low] end # find version high such that all < high share the same dep while high < sorted_versions.length && package_deps[sorted_versions[high]][dep_package] == dep_constraint high += 1 end high = if high == sorted_versions.length nil else sorted_versions[high] end range = PubGrub::VersionRange.new(min: low, max: high, include_min: !low.nil?) self_constraint = PubGrub::VersionConstraint.new(package, range: range) dep_term = PubGrub::Term.new(dep_constraint, false) self_term = PubGrub::Term.new(self_constraint, true) custom_explanation = if dep_package.meta? && package.root? "current #{dep_package} version is #{dep_constraint.constraint_string}" end PubGrub::Incompatibility.new([self_term, dep_term], cause: :dependency, custom_explanation: custom_explanation) end end def all_versions_for(package) name = package.name results = (@base[name] + filter_specs(@all_specs[name], package)).uniq {|spec| [spec.version.hash, spec.platform] } if name == "bundler" && !bundler_pinned_to_current_version? bundler_spec = Gem.loaded_specs["bundler"] results << bundler_spec if bundler_spec end locked_requirement = base_requirements[name] results = filter_matching_specs(results, locked_requirement) if locked_requirement results.group_by(&:version).reduce([]) do |groups, (version, specs)| platform_specs = package.platform_specs(specs) # If package is a top-level dependency, # candidate is only valid if there are matching versions for all resolution platforms. # # If package is not a top-level deependency, # then it's not necessary that it has matching versions for all platforms, since it may have been introduced only as # a dependency for a platform specific variant, so it will only need to have a valid version for that platform. # if package.top_level? next groups if platform_specs.any?(&:empty?) else next groups if platform_specs.all?(&:empty?) end ruby_specs = select_best_platform_match(specs, Gem::Platform::RUBY) ruby_group = Resolver::SpecGroup.new(ruby_specs) unless ruby_group.empty? platform_specs.each do |s| ruby_group.merge(Resolver::SpecGroup.new(s)) end groups << Resolver::Candidate.new(version, group: ruby_group, priority: -1) next groups if package.force_ruby_platform? end platform_group = Resolver::SpecGroup.new(platform_specs.flatten.uniq) next groups if platform_group == ruby_group groups << Resolver::Candidate.new(version, group: platform_group, priority: 1) groups end end def source_for(name) @source_requirements[name] || @source_requirements[:default] end def default_bundler_source @source_requirements[:default_bundler] end def bundler_pinned_to_current_version? !default_bundler_source.nil? end def name_for_explicit_dependency_source Bundler.default_gemfile.basename.to_s rescue StandardError "Gemfile" end def raise_not_found!(package) name = package.name source = source_for(name) specs = @all_specs[name] matching_part = name requirement_label = SharedHelpers.pretty_dependency(package.dependency) cache_message = begin " or in gems cached in #{Bundler.settings.app_cache_path}" if Bundler.app_cache.exist? rescue GemfileNotFound nil end specs_matching_requirement = filter_matching_specs(specs, package.dependency.requirement) not_found_message = if specs_matching_requirement.any? specs = specs_matching_requirement matching_part = requirement_label platforms = package.platforms if platforms.size == 1 "Could not find gem '#{requirement_label}' with platform '#{platforms.first}'" else "Could not find gems matching '#{requirement_label}' valid for all resolution platforms (#{platforms.join(", ")})" end else "Could not find gem '#{requirement_label}'" end message = String.new("#{not_found_message} in #{source}#{cache_message}.\n") if specs.any? message << "\n#{other_specs_matching_message(specs, matching_part)}" end raise GemNotFound, message end def sort_versions_by_preferred(package, versions) @gem_version_promoter.sort_versions(package, versions) end private def filtered_versions_for(package) @gem_version_promoter.filter_versions(package, @all_versions[package]) end def raise_all_versions_filtered_out!(package) level = @gem_version_promoter.level name = package.name locked_version = package.locked_version requirement = package.dependency raise GemNotFound, "#{name} is locked to #{locked_version}, while Gemfile is requesting #{requirement}. " \ "--strict --#{level} was specified, but there are no #{level} level upgrades from #{locked_version} satisfying #{requirement}, so version solving has failed" end def filter_matching_specs(specs, requirements) Array(requirements).flat_map do |requirement| specs.select {| spec| requirement_satisfied_by?(requirement, spec) } end end def filter_specs(specs, package) filter_remote_specs(filter_prereleases(specs, package), package) end def filter_prereleases(specs, package) return specs unless package.ignores_prereleases? && specs.size > 1 specs.reject {|s| s.version.prerelease? } end def filter_remote_specs(specs, package) if package.prefer_local? local_specs = specs.select {|s| s.is_a?(StubSpecification) } if local_specs.empty? package.consider_remote_versions! specs else local_specs end else specs end end # Ignore versions that depend on themselves incorrectly def filter_invalid_self_dependencies(specs, name) specs.reject do |s| s.dependencies.any? {|d| d.name == name && !d.requirement.satisfied_by?(s.version) } end end def requirement_satisfied_by?(requirement, spec) requirement.satisfied_by?(spec.version) || spec.source.is_a?(Source::Gemspec) end def repository_for(package) source_for(package.name) end def base_requirements @base.base_requirements end def prepare_dependencies(requirements, packages) to_dependency_hash(requirements, packages).filter_map do |dep_package, dep_constraint| name = dep_package.name next [dep_package, dep_constraint] if name == "bundler" dep_range = dep_constraint.range versions = versions_for(dep_package, dep_range) if versions.empty? if dep_package.ignores_prereleases? || dep_package.prefer_local? @all_versions.delete(dep_package) @sorted_versions.delete(dep_package) end dep_package.consider_prereleases! if dep_package.ignores_prereleases? dep_package.consider_remote_versions! if dep_package.prefer_local? versions = versions_for(dep_package, dep_range) end if versions.empty? && select_all_versions(dep_package, dep_range).any? raise_all_versions_filtered_out!(dep_package) end next [dep_package, dep_constraint] unless versions.empty? next unless dep_package.current_platform? raise_not_found!(dep_package) end.to_h end def select_all_versions(package, range) range.select_versions(@all_versions[package]) end def other_specs_matching_message(specs, requirement) message = String.new("The source contains the following gems matching '#{requirement}':\n") message << specs.map {|s| " * #{s.full_name}" }.join("\n") message end def requirement_to_range(requirement) ranges = requirement.requirements.map do |(op, version)| ver = Resolver::Candidate.new(version, priority: -1) platform_ver = Resolver::Candidate.new(version, priority: 1) case op when "~>" name = "~> #{ver}" bump = Resolver::Candidate.new(version.bump.to_s + ".A") PubGrub::VersionRange.new(name: name, min: ver, max: bump, include_min: true) when ">" PubGrub::VersionRange.new(min: platform_ver) when ">=" PubGrub::VersionRange.new(min: ver, include_min: true) when "<" PubGrub::VersionRange.new(max: ver) when "<=" PubGrub::VersionRange.new(max: platform_ver, include_max: true) when "=" PubGrub::VersionRange.new(min: ver, max: platform_ver, include_min: true, include_max: true) when "!=" PubGrub::VersionRange.new(min: ver, max: platform_ver, include_min: true, include_max: true).invert else raise "bad version specifier: #{op}" end end ranges.inject(&:intersect) end def to_dependency_hash(dependencies, packages) dependencies.inject({}) do |deps, dep| package = packages[dep.name] current_req = deps[package] new_req = parse_dependency(package, dep.requirement) deps[package] = if current_req current_req.intersect(new_req) else new_req end deps end end def bundler_not_found_message(conflict_dependencies) candidate_specs = filter_matching_specs(default_bundler_source.specs.search("bundler"), conflict_dependencies) if candidate_specs.any? target_version = candidate_specs.last.version new_command = [File.basename($PROGRAM_NAME), "_#{target_version}_", *ARGV].join(" ") "Your bundle requires a different version of Bundler than the one you're running.\n" \ "Install the necessary version with `gem install bundler:#{target_version}` and rerun bundler using `#{new_command}`\n" else "Your bundle requires a different version of Bundler than the one you're running, and that version could not be found.\n" end end end end PK *J [���Tq q 2 share/gems/gems/bundler-2.6.7/lib/bundler/setup.rbnu �[��� # frozen_string_literal: true require_relative "shared_helpers" if Bundler::SharedHelpers.in_bundle? require_relative "../bundler" # autoswitch to locked Bundler version if available Bundler.auto_switch # try to auto_install first before we get to the `Bundler.ui.silence`, so user knows what is happening Bundler.auto_install if STDOUT.tty? || ENV["BUNDLER_FORCE_TTY"] begin Bundler.ui.silence { Bundler.setup } rescue Bundler::BundlerError => e Bundler.ui.error e.message Bundler.ui.warn e.backtrace.join("\n") if ENV["DEBUG"] if e.is_a?(Bundler::GemNotFound) default_bundle = Gem.bin_path("bundler", "bundle") current_bundle = Bundler::SharedHelpers.bundle_bin_path suggested_bundle = default_bundle == current_bundle ? "bundle" : current_bundle suggested_cmd = "#{suggested_bundle} install" original_gemfile = Bundler.original_env["BUNDLE_GEMFILE"] suggested_cmd += " --gemfile #{original_gemfile}" if original_gemfile Bundler.ui.warn "Run `#{suggested_cmd}` to install missing gems." end exit e.status_code end else Bundler.ui.silence { Bundler.setup } end # We might be in the middle of shelling out to rubygems # (RUBYOPT=-rbundler/setup), so we need to give rubygems the opportunity of # not being silent. Gem::DefaultUserInteraction.ui = nil end PK *J [ b� ; share/gems/gems/bundler-2.6.7/lib/bundler/force_platform.rbnu �[��� # frozen_string_literal: true module Bundler module ForcePlatform # The `:force_ruby_platform` value used by dependencies for resolution, and # by locked specifications for materialization is `false` by default, except # for TruffleRuby. TruffleRuby generally needs to force the RUBY platform # variant unless the name is explicitly allowlisted. def default_force_ruby_platform return false unless RUBY_ENGINE == "truffleruby" !Gem::Platform::REUSE_AS_BINARY_ON_TRUFFLERUBY.include?(name) end end end PK *J [0 �e e ? share/gems/gems/bundler-2.6.7/lib/bundler/vendored_fileutils.rbnu �[��� # frozen_string_literal: true module Bundler; end require_relative "vendor/fileutils/lib/fileutils" PK *J [>��^� � B share/gems/gems/bundler-2.6.7/lib/bundler/vendored_securerandom.rbnu �[��� # frozen_string_literal: true # Use RubyGems vendored copy when available. Otherwise fallback to Bundler # vendored copy. The vendored copy in Bundler can be removed once support for # RubyGems 3.5.18 is dropped. begin require "rubygems/vendored_securerandom" rescue LoadError require_relative "vendor/securerandom/lib/securerandom" Gem::SecureRandom = Bundler::SecureRandom end PK *J [� ��_ _ B share/gems/gems/bundler-2.6.7/lib/bundler/match_remote_metadata.rbnu �[��� # frozen_string_literal: true module Bundler module FetchMetadata # A fallback is included because the original version of the specification # API didn't include that field, so some marshalled specs in the index have it # set to +nil+. def matches_current_ruby? @required_ruby_version ||= _remote_specification.required_ruby_version || Gem::Requirement.default super end def matches_current_rubygems? # A fallback is included because the original version of the specification # API didn't include that field, so some marshalled specs in the index have it # set to +nil+. @required_rubygems_version ||= _remote_specification.required_rubygems_version || Gem::Requirement.default super end end module MatchRemoteMetadata include MatchMetadata prepend FetchMetadata end end PK *J [ov�� � ? share/gems/gems/bundler-2.6.7/lib/bundler/lazy_specification.rbnu �[��� # frozen_string_literal: true require_relative "force_platform" module Bundler class LazySpecification include MatchMetadata include MatchPlatform include ForcePlatform attr_reader :name, :version, :platform, :materialization attr_accessor :source, :remote, :force_ruby_platform, :dependencies, :required_ruby_version, :required_rubygems_version # # For backwards compatibility with existing lockfiles, if the most specific # locked platform is not a specific platform like x86_64-linux or # universal-java-11, then we keep the previous behaviour of resolving the # best platform variant at materiliazation time. For previous bundler # versions (before 2.2.0) this was always the case (except when the lockfile # only included non-ruby platforms), but we're also keeping this behaviour # on newer bundlers unless users generate the lockfile from scratch or # explicitly add a more specific platform. # attr_accessor :most_specific_locked_platform alias_method :runtime_dependencies, :dependencies def self.from_spec(s) lazy_spec = new(s.name, s.version, s.platform, s.source) lazy_spec.dependencies = s.runtime_dependencies lazy_spec.required_ruby_version = s.required_ruby_version lazy_spec.required_rubygems_version = s.required_rubygems_version lazy_spec end def initialize(name, version, platform, source = nil) @name = name @version = version @dependencies = [] @required_ruby_version = Gem::Requirement.default @required_rubygems_version = Gem::Requirement.default @platform = platform || Gem::Platform::RUBY @original_source = source @source = source @force_ruby_platform = default_force_ruby_platform @most_specific_locked_platform = nil @materialization = nil end def missing? @materialization == self end def incomplete? @materialization.nil? end def source_changed? @original_source != source end def full_name @full_name ||= if platform == Gem::Platform::RUBY "#{@name}-#{@version}" else "#{@name}-#{@version}-#{platform}" end end def lock_name @lock_name ||= name_tuple.lock_name end def name_tuple Gem::NameTuple.new(@name, @version, @platform) end def ==(other) full_name == other.full_name end def eql?(other) full_name.eql?(other.full_name) end def hash full_name.hash end ## # Does this locked specification satisfy +dependency+? # # NOTE: Rubygems default requirement is ">= 0", which doesn't match # prereleases of 0 versions, like "0.0.0.dev" or "0.0.0.SNAPSHOT". However, # bundler users expect those to work. We need to make sure that Gemfile # dependencies without explicit requirements (which use ">= 0" under the # hood by default) are still valid for locked specs using this kind of # versions. The method implements an ad-hoc fix for that. A better solution # might be to change default rubygems requirement of dependencies to be ">= # 0.A" but that's a major refactoring likely to break things. Hopefully we # can attempt it in the future. # def satisfies?(dependency) effective_requirement = dependency.requirement == Gem::Requirement.default ? Gem::Requirement.new(">= 0.A") : dependency.requirement @name == dependency.name && effective_requirement.satisfied_by?(Gem::Version.new(@version)) end def to_lock out = String.new out << " #{lock_name}\n" dependencies.sort_by(&:to_s).uniq.each do |dep| next if dep.type == :development out << " #{dep.to_lock}\n" end out end def materialize_for_cache source.remote! materialize(self, &:first) end def materialized_for_installation @materialization = materialize_for_installation self unless incomplete? end def materialize_for_installation source.local! if use_exact_resolved_specifications? materialize(self) do |matching_specs| choose_compatible(matching_specs) end else materialize([name, version]) do |matching_specs| target_platform = source.is_a?(Source::Path) ? platform : local_platform installable_candidates = GemHelpers.select_best_platform_match(matching_specs, target_platform) specification = choose_compatible(installable_candidates, fallback_to_non_installable: false) return specification unless specification.nil? if target_platform != platform installable_candidates = GemHelpers.select_best_platform_match(matching_specs, platform) end choose_compatible(installable_candidates) end end end def inspect "#<#{self.class} @name=\"#{name}\" (#{full_name.delete_prefix("#{name}-")})>" end def to_s lock_name end def git_version return unless source.is_a?(Bundler::Source::Git) " #{source.revision[0..6]}" end def force_ruby_platform! @force_ruby_platform = true end def replace_source_with!(gemfile_source) return unless gemfile_source.can_lock?(self) @source = gemfile_source true end private def use_exact_resolved_specifications? !source.is_a?(Source::Path) && ruby_platform_materializes_to_ruby_platform? end def ruby_platform_materializes_to_ruby_platform? generic_platform = generic_local_platform == Gem::Platform::JAVA ? Gem::Platform::JAVA : Gem::Platform::RUBY (most_specific_locked_platform != generic_platform) || force_ruby_platform || Bundler.settings[:force_ruby_platform] end def materialize(query) matching_specs = source.specs.search(query) return self if matching_specs.empty? yield matching_specs end # If in frozen mode, we fallback to a non-installable candidate because by # doing this we avoid re-resolving and potentially end up changing the # lockfile, which is not allowed. In that case, we will give a proper error # about the mismatch higher up the stack, right before trying to install the # bad gem. def choose_compatible(candidates, fallback_to_non_installable: Bundler.frozen_bundle?) search = candidates.reverse.find do |spec| spec.is_a?(StubSpecification) || spec.matches_current_metadata? end if search.nil? && fallback_to_non_installable search = candidates.last elsif search && search.full_name == full_name # We don't validate locally installed dependencies but accept what's in # the lockfile instead for performance, since loading locally installed # dependencies would mean evaluating all gemspecs, which would affect # `bundler/setup` performance if search.is_a?(StubSpecification) search.dependencies = dependencies else if !source.is_a?(Source::Path) && search.runtime_dependencies.sort != dependencies.sort raise IncorrectLockfileDependencies.new(self) end search.locked_platform = platform if search.instance_of?(RemoteSpecification) || search.instance_of?(EndpointSpecification) end end search end end end PK *J [7|�/ �/ 3 share/gems/gems/bundler-2.6.7/lib/bundler/plugin.rbnu �[��� # frozen_string_literal: true require_relative "plugin/api" module Bundler module Plugin autoload :DSL, File.expand_path("plugin/dsl", __dir__) autoload :Events, File.expand_path("plugin/events", __dir__) autoload :Index, File.expand_path("plugin/index", __dir__) autoload :Installer, File.expand_path("plugin/installer", __dir__) autoload :SourceList, File.expand_path("plugin/source_list", __dir__) class MalformattedPlugin < PluginError; end class UndefinedCommandError < PluginError; end class UnknownSourceError < PluginError; end class PluginInstallError < PluginError; end PLUGIN_FILE_NAME = "plugins.rb" module_function def reset! instance_variables.each {|i| remove_instance_variable(i) } @sources = {} @commands = {} @hooks_by_event = Hash.new {|h, k| h[k] = [] } @loaded_plugin_names = [] end reset! # Installs a new plugin by the given name # # @param [Array<String>] names the name of plugin to be installed # @param [Hash] options various parameters as described in description. # Refer to cli/plugin for available options def install(names, options) raise InvalidOption, "You cannot specify `--branch` and `--ref` at the same time." if options["branch"] && options["ref"] specs = Installer.new.install(names, options) save_plugins names, specs rescue PluginError specs_to_delete = specs.select {|k, _v| names.include?(k) && !index.commands.values.include?(k) } specs_to_delete.each_value {|spec| Bundler.rm_rf(spec.full_gem_path) } raise end # Uninstalls plugins by the given names # # @param [Array<String>] names the names of plugins to be uninstalled def uninstall(names, options) if names.empty? && !options[:all] Bundler.ui.error "No plugins to uninstall. Specify at least 1 plugin to uninstall.\n"\ "Use --all option to uninstall all the installed plugins." return end names = index.installed_plugins if options[:all] if names.any? names.each do |name| if index.installed?(name) path = index.plugin_path(name).to_s Bundler.rm_rf(path) if index.installed_in_plugin_root?(name) index.unregister_plugin(name) Bundler.ui.info "Uninstalled plugin #{name}" else Bundler.ui.error "Plugin #{name} is not installed \n" end end else Bundler.ui.info "No plugins installed" end end # List installed plugins and commands # def list installed_plugins = index.installed_plugins if installed_plugins.any? output = String.new installed_plugins.each do |plugin| output << "#{plugin}\n" output << "-----\n" index.plugin_commands(plugin).each do |command| output << " #{command}\n" end output << "\n" end else output = "No plugins installed" end Bundler.ui.info output end # Evaluates the Gemfile with a limited DSL and installs the plugins # specified by plugin method # # @param [Pathname] gemfile path # @param [Proc] block that can be evaluated for (inline) Gemfile def gemfile_install(gemfile = nil, &inline) Bundler.settings.temporary(frozen: false, deployment: false) do builder = DSL.new if block_given? builder.instance_eval(&inline) else builder.eval_gemfile(gemfile) end builder.check_primary_source_safety definition = builder.to_definition(nil, true) return if definition.dependencies.empty? plugins = definition.dependencies.map(&:name).reject {|p| index.installed? p } installed_specs = Installer.new.install_definition(definition) save_plugins plugins, installed_specs, builder.inferred_plugins end rescue RuntimeError => e unless e.is_a?(GemfileError) Bundler.ui.error "Failed to install plugin: #{e.message}\n #{e.backtrace[0]}" end raise end # The index object used to store the details about the plugin def index @index ||= Index.new end # The directory root for all plugin related data # # If run in an app, points to local root, in app_config_path # Otherwise, points to global root, in Bundler.user_bundle_path("plugin") def root @root ||= if SharedHelpers.in_bundle? local_root else global_root end end def local_root Bundler.app_config_path.join("plugin") end # The global directory root for all plugin related data def global_root Bundler.user_bundle_path("plugin") end # The cache directory for plugin stuffs def cache @cache ||= root.join("cache") end # To be called via the API to register to handle a command def add_command(command, cls) @commands[command] = cls end # Checks if any plugin handles the command def command?(command) !index.command_plugin(command).nil? end # To be called from Cli class to pass the command and argument to # appropriate plugin class def exec_command(command, args) raise UndefinedCommandError, "Command `#{command}` not found" unless command? command load_plugin index.command_plugin(command) unless @commands.key? command @commands[command].new.exec(command, args) end # To be called via the API to register to handle a source plugin def add_source(source, cls) @sources[source] = cls end # Checks if any plugin declares the source def source?(name) !index.source_plugin(name.to_s).nil? end # @return [Class] that handles the source. The class includes API::Source def source(name) raise UnknownSourceError, "Source #{name} not found" unless source? name load_plugin(index.source_plugin(name)) unless @sources.key? name @sources[name] end # @param [Hash] The options that are present in the lockfile # @return [API::Source] the instance of the class that handles the source # type passed in locked_opts def from_lock(locked_opts) src = source(locked_opts["type"]) src.new(locked_opts.merge("uri" => locked_opts["remote"])) end # To be called via the API to register a hooks and corresponding block that # will be called to handle the hook def add_hook(event, &block) unless Events.defined_event?(event) raise ArgumentError, "Event '#{event}' not defined in Bundler::Plugin::Events" end @hooks_by_event[event.to_s] << block end # Runs all the hooks that are registered for the passed event # # It passes the passed arguments and block to the block registered with # the api. # # @param [String] event def hook(event, *args, &arg_blk) return unless Bundler.feature_flag.plugins? unless Events.defined_event?(event) raise ArgumentError, "Event '#{event}' not defined in Bundler::Plugin::Events" end plugins = index.hook_plugins(event) return unless plugins.any? plugins.each {|name| load_plugin(name) } @hooks_by_event[event].each {|blk| blk.call(*args, &arg_blk) } end # currently only intended for specs # # @return [String, nil] installed path def installed?(plugin) Index.new.installed?(plugin) end # @return [true, false] whether the plugin is loaded def loaded?(plugin) @loaded_plugin_names.include?(plugin) end # Post installation processing and registering with index # # @param [Array<String>] plugins list to be installed # @param [Hash] specs of plugins mapped to installation path (currently they # contain all the installed specs, including plugins) # @param [Array<String>] names of inferred source plugins that can be ignored def save_plugins(plugins, specs, optional_plugins = []) plugins.each do |name| next if index.installed?(name) spec = specs[name] save_plugin(name, spec, optional_plugins.include?(name)) end end # Checks if the gem is good to be a plugin # # At present it only checks whether it contains plugins.rb file # # @param [Pathname] plugin_path the path plugin is installed at # @raise [MalformattedPlugin] if plugins.rb file is not found def validate_plugin!(plugin_path) plugin_file = plugin_path.join(PLUGIN_FILE_NAME) raise MalformattedPlugin, "#{PLUGIN_FILE_NAME} was not found in the plugin." unless plugin_file.file? end # Validates and registers a plugin. # # @param [String] name the name of the plugin # @param [Specification] spec of installed plugin # @param [Boolean] optional_plugin, removed if there is conflict with any # other plugin (used for default source plugins) # # @raise [PluginInstallError] if validation or registration raises any error def save_plugin(name, spec, optional_plugin = false) validate_plugin! Pathname.new(spec.full_gem_path) installed = register_plugin(name, spec, optional_plugin) Bundler.ui.info "Installed plugin #{name}" if installed rescue PluginError => e raise PluginInstallError, "Failed to install plugin `#{spec.name}`, due to #{e.class} (#{e.message})" end # Runs the plugins.rb file in an isolated namespace, records the plugin # actions it registers for and then passes the data to index to be stored. # # @param [String] name the name of the plugin # @param [Specification] spec of installed plugin # @param [Boolean] optional_plugin, removed if there is conflict with any # other plugin (used for default source plugins) # # @raise [MalformattedPlugin] if plugins.rb raises any error def register_plugin(name, spec, optional_plugin = false) commands = @commands sources = @sources hooks = @hooks_by_event @commands = {} @sources = {} @hooks_by_event = Hash.new {|h, k| h[k] = [] } load_paths = spec.load_paths Gem.add_to_load_path(*load_paths) path = Pathname.new spec.full_gem_path begin load path.join(PLUGIN_FILE_NAME), true rescue StandardError => e raise MalformattedPlugin, "#{e.class}: #{e.message}" end if optional_plugin && @sources.keys.any? {|s| source? s } Bundler.rm_rf(path) false else index.register_plugin(name, path.to_s, load_paths, @commands.keys, @sources.keys, @hooks_by_event.keys) true end ensure @commands = commands @sources = sources @hooks_by_event = hooks end # Executes the plugins.rb file # # @param [String] name of the plugin def load_plugin(name) return unless name && !name.empty? return if loaded?(name) # Need to ensure before this that plugin root where the rest of gems # are installed to be on load path to support plugin deps. Currently not # done to avoid conflicts path = index.plugin_path(name) paths = index.load_paths(name) invalid_paths = paths.reject {|p| File.directory?(p) } if invalid_paths.any? Bundler.ui.warn <<~MESSAGE The following plugin paths don't exist: #{invalid_paths.join(", ")}. This can happen if the plugin was installed with a different version of Ruby that has since been uninstalled. If you would like to reinstall the plugin, run: bundler plugin uninstall #{name} && bundler plugin install #{name} Continuing without installing plugin #{name}. MESSAGE return end Gem.add_to_load_path(*paths) load path.join(PLUGIN_FILE_NAME) @loaded_plugin_names << name rescue RuntimeError => e Bundler.ui.error "Failed loading plugin #{name}: #{e.message}" raise end class << self private :load_plugin, :register_plugin, :save_plugins, :validate_plugin! end end end PK *J [Iwy�� � 5 share/gems/gems/bundler-2.6.7/lib/bundler/ruby_dsl.rbnu �[��� # frozen_string_literal: true module Bundler module RubyDsl def ruby(*ruby_version) options = ruby_version.pop if ruby_version.last.is_a?(Hash) ruby_version.flatten! if options patchlevel = options[:patchlevel] engine = options[:engine] engine_version = options[:engine_version] raise GemfileError, "Please define :engine_version" if engine && engine_version.nil? raise GemfileError, "Please define :engine" if engine_version && engine.nil? if options[:file] raise GemfileError, "Do not pass version argument when using :file option" unless ruby_version.empty? ruby_version << normalize_ruby_file(options[:file]) end if engine == "ruby" && engine_version && ruby_version != Array(engine_version) raise GemfileEvalError, "ruby_version must match the :engine_version for MRI" end end @ruby_version = RubyVersion.new(ruby_version, patchlevel, engine, engine_version) end # Support the various file formats found in .ruby-version files. # # 3.2.2 # ruby-3.2.2 # # Also supports .tool-versions files for asdf. Lines not starting with "ruby" are ignored. # # ruby 2.5.1 # comment is ignored # ruby 2.5.1# close comment and extra spaces doesn't confuse # # Intentionally does not support `3.2.1@gemset` since rvm recommends using .ruby-gemset instead # # Loads the file relative to the dirname of the Gemfile itself. def normalize_ruby_file(filename) file_content = Bundler.read_file(gemfile.dirname.join(filename)) # match "ruby-3.2.2", ruby = "3.2.2" or "ruby 3.2.2" capturing version string up to the first space or comment if /^ # Start of line ruby # Literal "ruby" [\s-]* # Optional whitespace or hyphens (for "ruby-3.2.2" format) (?:=\s*)? # Optional equals sign with whitespace (for ruby = "3.2.2" format) "? # Optional opening quote ( # Start capturing group [^\s#"]+ # One or more chars that aren't spaces, #, or quotes ) # End capturing group "? # Optional closing quote /x.match(file_content) $1 else file_content.strip end end end end PK *J [h��� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/deployment.rbnu �[��� # frozen_string_literal: true require_relative "shared_helpers" Bundler::SharedHelpers.major_deprecation 2, "Bundler no longer integrates with " \ "Capistrano, but Capistrano provides its own integration with " \ "Bundler via the capistrano-bundler gem. Use it instead." module Bundler class Deployment def self.define_task(context, task_method = :task, opts = {}) if defined?(Capistrano) && context.is_a?(Capistrano::Configuration) context_name = "capistrano" role_default = "{:except => {:no_release => true}}" error_type = ::Capistrano::CommandError else context_name = "vlad" role_default = "[:app]" error_type = ::Rake::CommandFailedError end roles = context.fetch(:bundle_roles, false) opts[:roles] = roles if roles context.send :namespace, :bundle do send :desc, <<-DESC Install the current Bundler environment. By default, gems will be \ installed to the shared/bundle path. Gems in the development and \ test group will not be installed. The install command is executed \ with the --deployment and --quiet flags. If the bundle cmd cannot \ be found then you can override the bundle_cmd variable to specify \ which one it should use. The base path to the app is fetched from \ the :latest_release variable. Set it for custom deploy layouts. You can override any of these defaults by setting the variables shown below. N.B. bundle_roles must be defined before you require 'bundler/#{context_name}' \ in your deploy.rb file. set :bundle_gemfile, "Gemfile" set :bundle_dir, File.join(fetch(:shared_path), 'bundle') set :bundle_flags, "--deployment --quiet" set :bundle_without, [:development, :test] set :bundle_with, [:mysql] set :bundle_cmd, "bundle" # e.g. "/opt/ruby/bin/bundle" set :bundle_roles, #{role_default} # e.g. [:app, :batch] DESC send task_method, :install, opts do bundle_cmd = context.fetch(:bundle_cmd, "bundle") bundle_flags = context.fetch(:bundle_flags, "--deployment --quiet") bundle_dir = context.fetch(:bundle_dir, File.join(context.fetch(:shared_path), "bundle")) bundle_gemfile = context.fetch(:bundle_gemfile, "Gemfile") bundle_without = [*context.fetch(:bundle_without, [:development, :test])].compact bundle_with = [*context.fetch(:bundle_with, [])].compact app_path = context.fetch(:latest_release) if app_path.to_s.empty? raise error_type.new("Cannot detect current release path - make sure you have deployed at least once.") end args = ["--gemfile #{File.join(app_path, bundle_gemfile)}"] args << "--path #{bundle_dir}" unless bundle_dir.to_s.empty? args << bundle_flags.to_s args << "--without #{bundle_without.join(" ")}" unless bundle_without.empty? args << "--with #{bundle_with.join(" ")}" unless bundle_with.empty? run "cd #{app_path} && #{bundle_cmd} install #{args.join(" ")}" end end end end end PK *J [�ku� � < share/gems/gems/bundler-2.6.7/lib/bundler/source/metadata.rbnu �[��� # frozen_string_literal: true module Bundler class Source class Metadata < Source def specs @specs ||= Index.build do |idx| idx << Gem::Specification.new("Ruby\0", Bundler::RubyVersion.system.gem_version) idx << Gem::Specification.new("RubyGems\0", Gem::VERSION) do |s| s.required_rubygems_version = Gem::Requirement.default end if local_spec = Gem.loaded_specs["bundler"] raise CorruptBundlerInstallError.new(local_spec) if local_spec.version.to_s != Bundler::VERSION idx << local_spec else idx << Gem::Specification.new do |s| s.name = "bundler" s.version = VERSION s.license = "MIT" s.platform = Gem::Platform::RUBY s.authors = ["bundler team"] s.bindir = "exe" s.homepage = "https://bundler.io" s.summary = "The best way to manage your application's dependencies" s.executables = %w[bundle bundler] s.loaded_from = SharedHelpers.gemspec_path end end idx.each {|s| s.source = self } end end def options {} end def install(spec, _opts = {}) print_using_message "Using #{version_message(spec)}" nil end def to_s "the local ruby installation" end def ==(other) self.class == other.class end alias_method :eql?, :== def hash self.class.hash end def version_message(spec) "#{spec.name} #{spec.version}" end end end end PK *J [8y-�0< 0< < share/gems/gems/bundler-2.6.7/lib/bundler/source/rubygems.rbnu �[��� # frozen_string_literal: true require "rubygems/user_interaction" module Bundler class Source class Rubygems < Source autoload :Remote, File.expand_path("rubygems/remote", __dir__) # Ask for X gems per API request API_REQUEST_SIZE = 50 attr_accessor :remotes def initialize(options = {}) @options = options @remotes = [] @dependency_names = [] @allow_remote = false @allow_cached = false @allow_local = options["allow_local"] || false @prefer_local = false @checksum_store = Checksum::Store.new Array(options["remotes"]).reverse_each {|r| add_remote(r) } @lockfile_remotes = @remotes if options["from_lockfile"] end def caches @caches ||= [cache_path, *Bundler.rubygems.gem_cache] end def prefer_local! @prefer_local = true end def local_only! @specs = nil @allow_local = true @allow_cached = false @allow_remote = false end def local_only? @allow_local && !@allow_remote end def local! return if @allow_local @specs = nil @allow_local = true end def remote! return if @allow_remote @specs = nil @allow_remote = true end def cached! return unless File.exist?(cache_path) return if @allow_cached @specs = nil @allow_cached = true end def hash @remotes.hash end def eql?(other) other.is_a?(Rubygems) && other.credless_remotes == credless_remotes end alias_method :==, :eql? def include?(o) o.is_a?(Rubygems) && (o.credless_remotes - credless_remotes).empty? end def multiple_remotes? @remotes.size > 1 end def no_remotes? @remotes.size == 0 end def can_lock?(spec) return super unless multiple_remotes? include?(spec.source) end def options { "remotes" => @remotes.map(&:to_s) } end def self.from_lock(options) options["remotes"] = Array(options.delete("remote")).reverse new(options.merge("from_lockfile" => true)) end def to_lock out = String.new("GEM\n") lockfile_remotes.reverse_each do |remote| out << " remote: #{remote}\n" end out << " specs:\n" end def to_s if remotes.empty? "locally installed gems" elsif @allow_remote && @allow_cached && @allow_local "rubygems repository #{remote_names}, cached gems or installed locally" elsif @allow_remote && @allow_local "rubygems repository #{remote_names} or installed locally" elsif @allow_remote "rubygems repository #{remote_names}" elsif @allow_cached && @allow_local "cached gems or installed locally" else "locally installed gems" end end def identifier if remotes.empty? "locally installed gems" else "rubygems repository #{remote_names}" end end alias_method :name, :identifier alias_method :to_gemfile, :identifier def specs @specs ||= begin # remote_specs usually generates a way larger Index than the other # sources, and large_idx.merge! small_idx is way faster than # small_idx.merge! large_idx. index = @allow_remote ? remote_specs.dup : Index.new index.merge!(cached_specs) if @allow_cached index.merge!(installed_specs) if @allow_local if @allow_local if @prefer_local index.merge!(default_specs) else # complete with default specs, only if not already available in the # index through remote, cached, or installed specs index.use(default_specs) end end index end end def install(spec, options = {}) if (spec.default_gem? && !cached_built_in_gem(spec, local: options[:local])) || (installed?(spec) && !options[:force]) print_using_message "Using #{version_message(spec, options[:previous_spec])}" return nil # no post-install message end if spec.remote # Check for this spec from other sources uris = [spec.remote, *remotes_for_spec(spec)].map(&:anonymized_uri).uniq Installer.ambiguous_gems << [spec.name, *uris] if uris.length > 1 end path = fetch_gem_if_possible(spec, options[:previous_spec]) raise GemNotFound, "Could not find #{spec.file_name} for installation" unless path return if Bundler.settings[:no_install] install_path = rubygems_dir bin_path = Bundler.system_bindir require_relative "../rubygems_gem_installer" installer = Bundler::RubyGemsGemInstaller.at( path, security_policy: Bundler.rubygems.security_policies[Bundler.settings["trust-policy"]], install_dir: install_path.to_s, bin_dir: bin_path.to_s, ignore_dependencies: true, wrappers: true, env_shebang: true, build_args: options[:build_args], bundler_extension_cache_path: extension_cache_path(spec) ) if spec.remote s = begin installer.spec rescue Gem::Package::FormatError Bundler.rm_rf(path) raise rescue Gem::Security::Exception => e raise SecurityError, "The gem #{File.basename(path, ".gem")} can't be installed because " \ "the security policy didn't allow it, with the message: #{e.message}" end spec.__swap__(s) end spec.source.checksum_store.register(spec, installer.gem_checksum) message = "Installing #{version_message(spec, options[:previous_spec])}" message += " with native extensions" if spec.extensions.any? Bundler.ui.confirm message installed_spec = installer.install spec.full_gem_path = installed_spec.full_gem_path spec.loaded_from = installed_spec.loaded_from spec.base_dir = installed_spec.base_dir spec.post_install_message end def cache(spec, custom_path = nil) cached_path = Bundler.settings[:cache_all_platforms] ? fetch_gem_if_possible(spec) : cached_gem(spec) raise GemNotFound, "Missing gem file '#{spec.file_name}'." unless cached_path return if File.dirname(cached_path) == Bundler.app_cache.to_s Bundler.ui.info " * #{File.basename(cached_path)}" FileUtils.cp(cached_path, Bundler.app_cache(custom_path)) rescue Errno::EACCES => e Bundler.ui.debug(e) raise InstallError, e.message end def cached_built_in_gem(spec, local: false) cached_path = cached_gem(spec) if cached_path.nil? && !local remote_spec = remote_specs.search(spec).first if remote_spec cached_path = fetch_gem(remote_spec) spec.remote = remote_spec.remote else Bundler.ui.warn "#{spec.full_name} is built in to Ruby, and can't be cached because your Gemfile doesn't have any sources that contain it." end end cached_path end def add_remote(source) uri = normalize_uri(source) @remotes.unshift(uri) unless @remotes.include?(uri) end def spec_names if dependency_api_available? remote_specs.spec_names else [] end end def unmet_deps if dependency_api_available? remote_specs.unmet_dependency_names else [] end end def remote_fetchers @remote_fetchers ||= remotes.to_h do |uri| remote = Source::Rubygems::Remote.new(uri) [remote, Bundler::Fetcher.new(remote)] end.freeze end def fetchers @fetchers ||= remote_fetchers.values.freeze end def double_check_for(unmet_dependency_names) return unless dependency_api_available? unmet_dependency_names = unmet_dependency_names.call unless unmet_dependency_names.nil? if api_fetchers.size <= 1 # can't do this when there are multiple fetchers because then we might not fetch from _all_ # of them unmet_dependency_names -= remote_specs.spec_names # avoid re-fetching things we've already gotten end return if unmet_dependency_names.empty? end Bundler.ui.debug "Double checking for #{unmet_dependency_names || "all specs (due to the size of the request)"} in #{self}" fetch_names(api_fetchers, unmet_dependency_names, remote_specs) specs.use remote_specs end def dependency_names_to_double_check names = [] remote_specs.each do |spec| case spec when EndpointSpecification, Gem::Specification, StubSpecification, LazySpecification names.concat(spec.runtime_dependencies.map(&:name)) when RemoteSpecification # from the full index return nil else raise "unhandled spec type (#{spec.inspect})" end end names end def dependency_api_available? @allow_remote && api_fetchers.any? end protected def remote_names remotes.map(&:to_s).join(", ") end def credless_remotes remotes.map(&method(:remove_auth)) end def remotes_for_spec(spec) specs.search_all(spec.name).inject([]) do |uris, s| uris << s.remote if s.remote uris end end def cached_gem(spec) global_cache_path = download_cache_path(spec) caches << global_cache_path if global_cache_path possibilities = caches.map {|p| package_path(p, spec) } possibilities.find {|p| File.exist?(p) } end def package_path(cache_path, spec) "#{cache_path}/#{spec.file_name}" end def normalize_uri(uri) uri = URINormalizer.normalize_suffix(uri.to_s) require_relative "../vendored_uri" uri = Gem::URI(uri) raise ArgumentError, "The source must be an absolute URI. For example:\n" \ "source 'https://rubygems.org'" if !uri.absolute? || (uri.is_a?(Gem::URI::HTTP) && uri.host.nil?) uri end def remove_auth(remote) if remote.user || remote.password remote.dup.tap {|uri| uri.user = uri.password = nil }.to_s else remote.to_s end end def installed_specs @installed_specs ||= Index.build do |idx| Bundler.rubygems.installed_specs.reverse_each do |spec| spec.source = self next if spec.ignored? idx << spec end end end def default_specs @default_specs ||= Index.build do |idx| Bundler.rubygems.default_specs.each do |spec| spec.source = self idx << spec end end end def cached_specs @cached_specs ||= begin idx = Index.new Dir["#{cache_path}/*.gem"].each do |gemfile| s ||= Bundler.rubygems.spec_from_gem(gemfile) s.source = self idx << s end idx end end def api_fetchers fetchers.select(&:api_fetcher?) end def remote_specs @remote_specs ||= Index.build do |idx| index_fetchers = fetchers - api_fetchers if index_fetchers.empty? fetch_names(api_fetchers, dependency_names, idx) else fetch_names(fetchers, nil, idx) end end end def fetch_names(fetchers, dependency_names, index) fetchers.each do |f| if dependency_names Bundler.ui.info "Fetching gem metadata from #{URICredentialsFilter.credential_filtered_uri(f.uri)}", Bundler.ui.debug? index.use f.specs_with_retry(dependency_names, self) Bundler.ui.info "" unless Bundler.ui.debug? # new line now that the dots are over else Bundler.ui.info "Fetching source index from #{URICredentialsFilter.credential_filtered_uri(f.uri)}" index.use f.specs_with_retry(nil, self) end end end def fetch_gem_if_possible(spec, previous_spec = nil) if spec.remote fetch_gem(spec, previous_spec) else cached_gem(spec) end end def fetch_gem(spec, previous_spec = nil) spec.fetch_platform cache_path = download_cache_path(spec) || default_cache_path_for(rubygems_dir) gem_path = package_path(cache_path, spec) return gem_path if File.exist?(gem_path) SharedHelpers.filesystem_access(cache_path) do |p| FileUtils.mkdir_p(p) end download_gem(spec, cache_path, previous_spec) gem_path end def installed?(spec) installed_specs[spec].any? && !spec.installation_missing? end def rubygems_dir Bundler.bundle_path end def default_cache_path_for(dir) "#{dir}/cache" end def cache_path Bundler.app_cache end private def lockfile_remotes @lockfile_remotes || credless_remotes end # Checks if the requested spec exists in the global cache. If it does, # we copy it to the download path, and if it does not, we download it. # # @param [Specification] spec # the spec we want to download or retrieve from the cache. # # @param [String] download_cache_path # the local directory the .gem will end up in. # # @param [Specification] previous_spec # the spec previously locked # def download_gem(spec, download_cache_path, previous_spec = nil) uri = spec.remote.uri Bundler.ui.confirm("Fetching #{version_message(spec, previous_spec)}") gem_remote_fetcher = remote_fetchers.fetch(spec.remote).gem_remote_fetcher Bundler.rubygems.download_gem(spec, uri, download_cache_path, gem_remote_fetcher) end # Returns the global cache path of the calling Rubygems::Source object. # # Note that the Source determines the path's subdirectory. We use this # subdirectory in the global cache path so that gems with the same name # -- and possibly different versions -- from different sources are saved # to their respective subdirectories and do not override one another. # # @param [Gem::Specification] specification # # @return [Pathname] The global cache path. # def download_cache_path(spec) return unless Bundler.feature_flag.global_gem_cache? return unless remote = spec.remote return unless cache_slug = remote.cache_slug Bundler.user_cache.join("gems", cache_slug) end def extension_cache_slug(spec) return unless remote = spec.remote remote.cache_slug end end end end PK *J [�b�.�2 �2 7 share/gems/gems/bundler-2.6.7/lib/bundler/source/git.rbnu �[��� # frozen_string_literal: true require_relative "../vendored_fileutils" module Bundler class Source class Git < Path autoload :GitProxy, File.expand_path("git/git_proxy", __dir__) attr_reader :uri, :ref, :branch, :options, :glob, :submodules def initialize(options) @options = options @checksum_store = Checksum::Store.new @glob = options["glob"] || DEFAULT_GLOB @allow_cached = false @allow_remote = false # Stringify options that could be set as symbols %w[ref branch tag revision].each {|k| options[k] = options[k].to_s if options[k] } @uri = URINormalizer.normalize_suffix(options["uri"] || "", trailing_slash: false) @safe_uri = URICredentialsFilter.credential_filtered_uri(@uri) @branch = options["branch"] @ref = options["ref"] || options["branch"] || options["tag"] @submodules = options["submodules"] @name = options["name"] @version = options["version"].to_s.strip.gsub("-", ".pre.") @copied = false @local = false end def remote! return if @allow_remote @local_specs = nil @allow_remote = true end def cached! return if @allow_cached @local_specs = nil @allow_cached = true end def self.from_lock(options) new(options.merge("uri" => options.delete("remote"))) end def to_lock out = String.new("GIT\n") out << " remote: #{@uri}\n" out << " revision: #{revision}\n" %w[ref branch tag submodules].each do |opt| out << " #{opt}: #{options[opt]}\n" if options[opt] end out << " glob: #{@glob}\n" unless default_glob? out << " specs:\n" end def to_gemfile specifiers = %w[ref branch tag submodules glob].map do |opt| "#{opt}: #{options[opt]}" if options[opt] end uri_with_specifiers(specifiers) end def hash [self.class, uri, ref, branch, name, glob, submodules].hash end def eql?(other) other.is_a?(Git) && uri == other.uri && ref == other.ref && branch == other.branch && name == other.name && glob == other.glob && submodules == other.submodules end alias_method :==, :eql? def include?(other) other.is_a?(Git) && uri == other.uri && name == other.name && glob == other.glob && submodules == other.submodules end def to_s begin at = humanized_ref || current_branch rev = "at #{at}@#{shortref_for_display(revision)}" rescue GitError "" end uri_with_specifiers([rev, glob_for_display]) end def identifier uri_with_specifiers([humanized_ref, locked_revision, glob_for_display]) end def uri_with_specifiers(specifiers) specifiers.compact! suffix = if specifiers.any? " (#{specifiers.join(", ")})" else "" end "#{@safe_uri}#{suffix}" end def name File.basename(@uri, ".git") end # This is the path which is going to contain a specific # checkout of the git repository. When using local git # repos, this is set to the local repo. def install_path @install_path ||= begin git_scope = "#{base_name}-#{shortref_for_path(revision)}" Bundler.install_path.join(git_scope) end end alias_method :path, :install_path def extension_dir_name "#{base_name}-#{shortref_for_path(revision)}" end def unlock! git_proxy.revision = nil options["revision"] = nil @unlocked = true end def local_override!(path) return false if local? original_path = path path = Pathname.new(path) path = path.expand_path(Bundler.root) unless path.relative? unless branch || Bundler.settings[:disable_local_branch_check] raise GitError, "Cannot use local override for #{name} at #{path} because " \ ":branch is not specified in Gemfile. Specify a branch or run " \ "`bundle config unset local.#{override_for(original_path)}` to remove the local override" end unless path.exist? raise GitError, "Cannot use local override for #{name} because #{path} " \ "does not exist. Run `bundle config unset local.#{override_for(original_path)}` to remove the local override" end @local = true set_paths!(path) # Create a new git proxy without the cached revision # so the Gemfile.lock always picks up the new revision. @git_proxy = GitProxy.new(path, uri, options) if current_branch != branch && !Bundler.settings[:disable_local_branch_check] raise GitError, "Local override for #{name} at #{path} is using branch " \ "#{current_branch} but Gemfile specifies #{branch}" end changed = locked_revision && locked_revision != revision if !Bundler.settings[:disable_local_revision_check] && changed && !@unlocked && !git_proxy.contains?(locked_revision) raise GitError, "The Gemfile lock is pointing to revision #{shortref_for_display(locked_revision)} " \ "but the current branch in your local override for #{name} does not contain such commit. " \ "Please make sure your branch is up to date." end changed end def specs(*) set_cache_path!(app_cache_path) if use_app_cache? if requires_checkout? && !@copied fetch unless use_app_cache? checkout end local_specs end def install(spec, options = {}) return if Bundler.settings[:no_install] force = options[:force] print_using_message "Using #{version_message(spec, options[:previous_spec])} from #{self}" if (requires_checkout? && !@copied) || force checkout end generate_bin_options = { disable_extensions: !spec.missing_extensions?, build_args: options[:build_args] } generate_bin(spec, generate_bin_options) requires_checkout? ? spec.post_install_message : nil end def migrate_cache(custom_path = nil, local: false) if local cache_to(custom_path, try_migrate: false) else cache_to(custom_path, try_migrate: true) end end def cache(spec, custom_path = nil) cache_to(custom_path, try_migrate: false) end def load_spec_files super rescue PathError => e Bundler.ui.trace e raise GitError, "#{self} is not yet checked out. Run `bundle install` first." end # This is the path which is going to contain a cache # of the git repository. When using the same git repository # across different projects, this cache will be shared. # When using local git repos, this is set to the local repo. def cache_path @cache_path ||= if Bundler.feature_flag.global_gem_cache? Bundler.user_cache else Bundler.bundle_path.join("cache", "bundler") end.join("git", git_scope) end def app_cache_dirname "#{base_name}-#{shortref_for_path(locked_revision || revision)}" end def revision git_proxy.revision end def current_branch git_proxy.current_branch end def allow_git_ops? @allow_remote || @allow_cached end def local? @local end private def cache_to(custom_path, try_migrate: false) return unless Bundler.feature_flag.cache_all? app_cache_path = app_cache_path(custom_path) migrate = try_migrate ? bare_repo?(app_cache_path) : false set_cache_path!(nil) if migrate return if cache_path == app_cache_path cached! FileUtils.rm_rf(app_cache_path) git_proxy.checkout if migrate || requires_checkout? git_proxy.copy_to(app_cache_path, @submodules) serialize_gemspecs_in(app_cache_path) end def checkout Bundler.ui.debug " * Checking out revision: #{ref}" if use_app_cache? && !bare_repo?(app_cache_path) SharedHelpers.filesystem_access(install_path.dirname) do |p| FileUtils.mkdir_p(p) end FileUtils.cp_r("#{app_cache_path}/.", install_path) else if use_app_cache? && bare_repo?(app_cache_path) Bundler.ui.warn "Installing from cache in old \"bare repository\" format for compatibility. " \ "Please run `bundle cache` and commit the updated cache to migrate to the new format and get rid of this warning." end git_proxy.copy_to(install_path, submodules) end serialize_gemspecs_in(install_path) @copied = true end def humanized_ref if local? path elsif user_ref = options["ref"] if /\A[a-z0-9]{4,}\z/i.match?(ref) shortref_for_display(user_ref) else user_ref end elsif ref ref end end def serialize_gemspecs_in(destination) destination = destination.expand_path(Bundler.root) if destination.relative? Dir["#{destination}/#{@glob}"].each do |spec_path| # Evaluate gemspecs and cache the result. Gemspecs # in git might require git or other dependencies. # The gemspecs we cache should already be evaluated. spec = Bundler.load_gemspec(spec_path) next unless spec spec.installed_by_version = Gem::VERSION Bundler.rubygems.validate(spec) File.open(spec_path, "wb") {|file| file.write(spec.to_ruby) } end end def set_paths!(path) set_cache_path!(path) set_install_path!(path) end def set_cache_path!(path) @git_proxy = nil @cache_path = path end def set_install_path!(path) @local_specs = nil @install_path = path end def has_app_cache? locked_revision && super end def use_app_cache? has_app_cache? && !local? end def requires_checkout? allow_git_ops? && !local? && !locked_revision_checked_out? end def locked_revision_checked_out? locked_revision && locked_revision == revision && installed? end def installed? git_proxy.installed_to?(install_path) end def base_name File.basename(uri.sub(%r{^(\w+://)?([^/:]+:)?(//\w*/)?(\w*/)*}, ""), ".git") end def shortref_for_display(ref) ref[0..6] end def shortref_for_path(ref) ref[0..11] end def glob_for_display default_glob? ? nil : "glob: #{@glob}" end def default_glob? @glob == DEFAULT_GLOB end def uri_hash if %r{^\w+://(\w+@)?}.match?(uri) # Downcase the domain component of the URI # and strip off a trailing slash, if one is present input = Gem::URI.parse(uri).normalize.to_s.sub(%r{/$}, "") else # If there is no URI scheme, assume it is an ssh/git URI input = uri end # We use SHA1 here for historical reason and to preserve backward compatibility. # But a transition to a simpler mangling algorithm would be welcome. Bundler::Digest.sha1(input) end def locked_revision options["revision"] end def cached? cache_path.exist? end def git_proxy @git_proxy ||= GitProxy.new(cache_path, uri, options, locked_revision, self) end def fetch git_proxy.checkout rescue GitError => e raise unless Bundler.feature_flag.allow_offline_install? Bundler.ui.warn "Using cached git data because of network errors:\n#{e}" end # no-op, since we validate when re-serializing the gemspec def validate_spec(_spec); end def load_gemspec(file) dirname = Pathname.new(file).dirname SharedHelpers.chdir(dirname.to_s) do stub = Gem::StubSpecification.gemspec_stub(file, install_path.parent, install_path.parent) stub.full_gem_path = dirname.expand_path(root).to_s StubSpecification.from_stub(stub) end end def git_scope "#{base_name}-#{uri_hash}" end def extension_cache_slug(_) extension_dir_name end def override_for(path) Bundler.settings.local_overrides.key(path) end def bare_repo?(path) File.exist?(path.join("objects")) && File.exist?(path.join("HEAD")) end end end end PK *J [��� \ \ F share/gems/gems/bundler-2.6.7/lib/bundler/source/rubygems_aggregate.rbnu �[��� # frozen_string_literal: true module Bundler class Source class RubygemsAggregate attr_reader :source_map, :sources def initialize(sources, source_map) @sources = sources @source_map = source_map @index = build_index end def specs @index end def identifier to_s end def to_s "any of the sources" end private def build_index Index.build do |idx| dependency_names = source_map.pinned_spec_names sources.all_sources.each do |source| source.dependency_names = dependency_names - source_map.pinned_spec_names(source) idx.add_source source.specs dependency_names.concat(source.unmet_deps).uniq! end double_check_for_index(idx, dependency_names) end end # Suppose the gem Foo depends on the gem Bar. Foo exists in Source A. Bar has some versions that exist in both # sources A and B. At this point, the API request will have found all the versions of Bar in source A, # but will not have found any versions of Bar from source B, which is a problem if the requested version # of Foo specifically depends on a version of Bar that is only found in source B. This ensures that for # each spec we found, we add all possible versions from all sources to the index. def double_check_for_index(idx, dependency_names) pinned_names = source_map.pinned_spec_names names = :names # do this so we only have to traverse to get dependency_names from the index once unmet_dependency_names = lambda do return names unless names == :names new_names = sources.all_sources.map(&:dependency_names_to_double_check) return names = nil if new_names.compact! names = new_names.flatten(1).concat(dependency_names) names.uniq! names -= pinned_names names end sources.all_sources.each do |source| source.double_check_for(unmet_dependency_names) end end end end end PK *J [���p p C share/gems/gems/bundler-2.6.7/lib/bundler/source/rubygems/remote.rbnu �[��� # frozen_string_literal: true module Bundler class Source class Rubygems class Remote attr_reader :uri, :anonymized_uri, :original_uri def initialize(uri) orig_uri = uri uri = Bundler.settings.mirror_for(uri) @original_uri = orig_uri if orig_uri != uri fallback_auth = Bundler.settings.credentials_for(uri) @uri = apply_auth(uri, fallback_auth).freeze @anonymized_uri = remove_auth(@uri).freeze end MAX_CACHE_SLUG_HOST_SIZE = 255 - 1 - 32 # 255 minus dot minus MD5 length private_constant :MAX_CACHE_SLUG_HOST_SIZE # @return [String] A slug suitable for use as a cache key for this # remote. # def cache_slug @cache_slug ||= begin return nil unless SharedHelpers.md5_available? cache_uri = original_uri || uri host = cache_uri.to_s.start_with?("file://") ? nil : cache_uri.host uri_parts = [host, cache_uri.user, cache_uri.port, cache_uri.path] uri_parts.compact! uri_digest = SharedHelpers.digest(:MD5).hexdigest(uri_parts.join(".")) uri_parts.pop host_parts = uri_parts.join(".") return uri_digest if host_parts.empty? shortened_host_parts = host_parts[0...MAX_CACHE_SLUG_HOST_SIZE] [shortened_host_parts, uri_digest].join(".") end end def to_s "rubygems remote at #{anonymized_uri}" end private def apply_auth(uri, auth) if auth && uri.userinfo.nil? uri = uri.dup uri.userinfo = auth end uri rescue Gem::URI::InvalidComponentError error_message = "Please CGI escape your usernames and passwords before " \ "setting them for authentication." raise HTTPError.new(error_message) end def remove_auth(uri) if uri.userinfo uri = uri.dup uri.user = uri.password = nil end uri end end end end end PK *J [�+O? ; share/gems/gems/bundler-2.6.7/lib/bundler/source/gemspec.rbnu �[��� # frozen_string_literal: true module Bundler class Source class Gemspec < Path attr_reader :gemspec attr_writer :checksum_store def initialize(options) super @gemspec = options["gemspec"] end end end end PK *J [, �; �; A share/gems/gems/bundler-2.6.7/lib/bundler/source/git/git_proxy.rbnu �[��� # frozen_string_literal: true module Bundler class Source class Git class GitNotInstalledError < GitError def initialize msg = String.new msg << "You need to install git to be able to use gems from git repositories. " msg << "For help installing git, please refer to GitHub's tutorial at https://help.github.com/articles/set-up-git" super msg end end class GitNotAllowedError < GitError def initialize(command) msg = String.new msg << "Bundler is trying to run `#{command}` at runtime. You probably need to run `bundle install`. However, " msg << "this error message could probably be more useful. Please submit a ticket at https://github.com/rubygems/rubygems/issues/new?labels=Bundler&template=bundler-related-issue.md " msg << "with steps to reproduce as well as the following\n\nCALLER: #{caller.join("\n")}" super msg end end class GitCommandError < GitError attr_reader :command def initialize(command, path, extra_info = nil) @command = command msg = String.new("Git error: command `#{command}`") msg << " in directory #{path}" if path msg << " has failed." msg << "\n#{extra_info}" if extra_info super msg end end class MissingGitRevisionError < GitCommandError def initialize(command, destination_path, ref, repo) msg = "Revision #{ref} does not exist in the repository #{repo}. Maybe you misspelled it?" super command, destination_path, msg end end class AmbiguousGitReference < GitError def initialize(options) msg = "Specification of branch or ref with tag is ambiguous. You specified #{options.inspect}" super msg end end # The GitProxy is responsible to interact with git repositories. # All actions required by the Git source is encapsulated in this # object. class GitProxy attr_accessor :path, :uri, :branch, :tag, :ref, :explicit_ref attr_writer :revision def initialize(path, uri, options = {}, revision = nil, git = nil) @path = path @uri = uri @tag = options["tag"] @branch = options["branch"] @ref = options["ref"] if @tag raise AmbiguousGitReference.new(options) if @branch || @ref @explicit_ref = @tag else @explicit_ref = @ref || @branch end @revision = revision @git = git @commit_ref = nil end def revision @revision ||= allowed_with_path { find_local_revision } end def current_branch @current_branch ||= with_path do git_local("rev-parse", "--abbrev-ref", "HEAD", dir: path).strip end end def contains?(commit) allowed_with_path do result, status = git_null("branch", "--contains", commit, dir: path) status.success? && result.match?(/^\* (.*)$/) end end def version @version ||= full_version.match(/((\.?\d+)+).*/)[1] end def full_version @full_version ||= git_local("--version").sub(/git version\s*/, "").strip end def checkout return if has_revision_cached? Bundler.ui.info "Fetching #{credential_filtered_uri}" extra_fetch_needed = clone_needs_extra_fetch? unshallow_needed = clone_needs_unshallow? return unless extra_fetch_needed || unshallow_needed git_remote_fetch(unshallow_needed ? ["--unshallow"] : depth_args) end def copy_to(destination, submodules = false) unless File.exist?(destination.join(".git")) begin SharedHelpers.filesystem_access(destination.dirname) do |p| FileUtils.mkdir_p(p) end SharedHelpers.filesystem_access(destination) do |p| FileUtils.rm_rf(p) end git "clone", "--no-checkout", "--quiet", path.to_s, destination.to_s File.chmod(((File.stat(destination).mode | 0o777) & ~File.umask), destination) rescue Errno::EEXIST => e file_path = e.message[%r{.*?((?:[a-zA-Z]:)?/.*)}, 1] raise GitError, "Bundler could not install a gem because it needs to " \ "create a directory, but a file exists - #{file_path}. Please delete " \ "this file and try again." end end ref = @commit_ref || (locked_to_full_sha? && @revision) if ref git "config", "uploadpack.allowAnySHA1InWant", "true", dir: path.to_s if @commit_ref.nil? && needs_allow_any_sha1_in_want? git "fetch", "--force", "--quiet", *extra_fetch_args(ref), dir: destination end git "reset", "--hard", @revision, dir: destination if submodules git_retry "submodule", "update", "--init", "--recursive", dir: destination elsif Gem::Version.create(version) >= Gem::Version.create("2.9.0") inner_command = "git -C $toplevel submodule deinit --force $sm_path" git_retry "submodule", "foreach", "--quiet", inner_command, dir: destination end end def installed_to?(destination) # if copy_to is interrupted, it may leave a partially installed directory that # contains .git but no other files -- consider this not to be installed Dir.exist?(destination) && (Dir.children(destination) - [".git"]).any? end private def git_remote_fetch(args) command = ["fetch", "--force", "--quiet", "--no-tags", *args, "--", configured_uri, refspec].compact command_with_no_credentials = check_allowed(command) Bundler::Retry.new("`#{command_with_no_credentials}` at #{path}", [MissingGitRevisionError]).attempts do out, err, status = capture(command, path) return out if status.success? if err.include?("couldn't find remote ref") || err.include?("not our ref") raise MissingGitRevisionError.new(command_with_no_credentials, path, commit || explicit_ref, credential_filtered_uri) else raise GitCommandError.new(command_with_no_credentials, path, err) end end end def clone_needs_extra_fetch? return true if path.exist? SharedHelpers.filesystem_access(path.dirname) do |p| FileUtils.mkdir_p(p) end command = ["clone", "--bare", "--no-hardlinks", "--quiet", *extra_clone_args, "--", configured_uri, path.to_s] command_with_no_credentials = check_allowed(command) Bundler::Retry.new("`#{command_with_no_credentials}`", [MissingGitRevisionError]).attempts do _, err, status = capture(command, nil) return extra_ref if status.success? if err.include?("Could not find remote branch") || # git up to 2.49 err.include?("Remote branch #{branch_option} not found") # git 2.49 or higher raise MissingGitRevisionError.new(command_with_no_credentials, nil, explicit_ref, credential_filtered_uri) else idx = command.index("--depth") if idx command.delete_at(idx) command.delete_at(idx) command_with_no_credentials = check_allowed(command) err += "Retrying without --depth argument." end raise GitCommandError.new(command_with_no_credentials, path, err) end end end def clone_needs_unshallow? return false unless path.join("shallow").exist? return true if full_clone? @revision && @revision != head_revision end def extra_ref return false if not_pinned? return true unless full_clone? ref.start_with?("refs/") end def depth return @depth if defined?(@depth) @depth = if !supports_fetching_unreachable_refs? nil elsif not_pinned? || pinned_to_full_sha? 1 elsif ref.include?("~") parsed_depth = ref.split("~").last parsed_depth.to_i + 1 end end def refspec if commit @commit_ref = "refs/#{commit}-sha" return "#{commit}:#{@commit_ref}" end reference = fully_qualified_ref reference ||= if ref.include?("~") ref.split("~").first elsif ref.start_with?("refs/") ref else "refs/*" end "#{reference}:#{reference}" end def commit @commit ||= pinned_to_full_sha? ? ref : @revision end def fully_qualified_ref if branch "refs/heads/#{branch}" elsif tag "refs/tags/#{tag}" elsif ref.nil? "refs/heads/#{current_branch}" end end def not_pinned? branch_option || ref.nil? end def pinned_to_full_sha? full_sha_revision?(ref) end def locked_to_full_sha? full_sha_revision?(@revision) end def full_sha_revision?(ref) ref&.match?(/\A\h{40}\z/) end def git_null(*command, dir: nil) check_allowed(command) capture(command, dir, ignore_err: true) end def git_retry(*command, dir: nil) command_with_no_credentials = check_allowed(command) Bundler::Retry.new("`#{command_with_no_credentials}` at #{dir || SharedHelpers.pwd}").attempts do git(*command, dir: dir) end end def git(*command, dir: nil) run_command(*command, dir: dir) do |unredacted_command| check_allowed(unredacted_command) end end def git_local(*command, dir: nil) run_command(*command, dir: dir) do |unredacted_command| redact_and_check_presence(unredacted_command) end end def has_revision_cached? return unless @revision && path.exist? git("cat-file", "-e", @revision, dir: path) true rescue GitError false end def find_local_revision return head_revision if explicit_ref.nil? find_revision_for(explicit_ref) end def head_revision verify("HEAD") end def find_revision_for(reference) verify(reference) rescue GitCommandError => e raise MissingGitRevisionError.new(e.command, path, reference, credential_filtered_uri) end def verify(reference) git("rev-parse", "--verify", reference, dir: path).strip end # Adds credentials to the URI def configured_uri if /https?:/.match?(uri) remote = Gem::URI(uri) config_auth = Bundler.settings[remote.to_s] || Bundler.settings[remote.host] remote.userinfo ||= config_auth remote.to_s else uri.to_s end end # Removes credentials from the URI def credential_filtered_uri URICredentialsFilter.credential_filtered_uri(uri) end def allow? allowed = @git ? @git.allow_git_ops? : true raise GitNotInstalledError.new if allowed && !Bundler.git_present? allowed end def with_path(&blk) checkout unless path.exist? blk.call end def allowed_with_path return with_path { yield } if allow? raise GitError, "The git source #{uri} is not yet checked out. Please run `bundle install` before trying to start your application" end def check_allowed(command) command_with_no_credentials = redact_and_check_presence(command) raise GitNotAllowedError.new(command_with_no_credentials) unless allow? command_with_no_credentials end def redact_and_check_presence(command) raise GitNotInstalledError.new unless Bundler.git_present? require "shellwords" URICredentialsFilter.credential_filtered_string("git #{command.shelljoin}", uri) end def run_command(*command, dir: nil) command_with_no_credentials = yield(command) out, err, status = capture(command, dir) raise GitCommandError.new(command_with_no_credentials, dir || SharedHelpers.pwd, err) unless status.success? Bundler.ui.warn err unless err.empty? out end def capture(cmd, dir, ignore_err: false) SharedHelpers.with_clean_git_env do require "open3" out, err, status = Open3.capture3(*capture3_args_for(cmd, dir)) filtered_out = URICredentialsFilter.credential_filtered_string(out, uri) return [filtered_out, status] if ignore_err filtered_err = URICredentialsFilter.credential_filtered_string(err, uri) [filtered_out, filtered_err, status] end end def capture3_args_for(cmd, dir) return ["git", *cmd] unless dir if Bundler.feature_flag.bundler_3_mode? || supports_minus_c? ["git", "-C", dir.to_s, *cmd] else ["git", *cmd, { chdir: dir.to_s }] end end def extra_clone_args args = depth_args return [] if args.empty? args += ["--single-branch"] args.unshift("--no-tags") if supports_cloning_with_no_tags? # If there's a locked revision, no need to clone any specific branch # or tag, since we will end up checking out that locked revision # anyways. return args if @revision args += ["--branch", branch_option] if branch_option args end def depth_args return [] if full_clone? ["--depth", depth.to_s] end def extra_fetch_args(ref) extra_args = [path.to_s, *depth_args] extra_args.push(ref) extra_args end def branch_option branch || tag end def full_clone? depth.nil? end def supports_minus_c? @supports_minus_c ||= Gem::Version.new(version) >= Gem::Version.new("1.8.5") end def needs_allow_any_sha1_in_want? @needs_allow_any_sha1_in_want ||= Gem::Version.new(version) <= Gem::Version.new("2.13.7") end def supports_fetching_unreachable_refs? @supports_fetching_unreachable_refs ||= Gem::Version.new(version) >= Gem::Version.new("2.5.0") end def supports_cloning_with_no_tags? @supports_cloning_with_no_tags ||= Gem::Version.new(version) >= Gem::Version.new("2.14.0-rc0") end end end end end PK *J [8ב, , B share/gems/gems/bundler-2.6.7/lib/bundler/source/path/installer.rbnu �[��� # frozen_string_literal: true require_relative "../../rubygems_gem_installer" module Bundler class Source class Path class Installer < Bundler::RubyGemsGemInstaller attr_reader :spec def initialize(spec, options = {}) @options = options @spec = spec @gem_dir = Bundler.rubygems.path(spec.full_gem_path) @wrappers = true @env_shebang = true @format_executable = options[:format_executable] || false @build_args = options[:build_args] || Bundler.rubygems.build_args @gem_bin_dir = "#{Bundler.rubygems.gem_dir}/bin" @disable_extensions = options[:disable_extensions] @bin_dir = @gem_bin_dir end def post_install run_hooks(:pre_install) unless @disable_extensions build_extensions run_hooks(:post_build) end generate_bin unless spec.executables.empty? run_hooks(:post_install) end private def run_hooks(type) hooks_meth = "#{type}_hooks" return unless Gem.respond_to?(hooks_meth) Gem.send(hooks_meth).each do |hook| result = hook.call(self) next unless result == false location = " at #{$1}" if hook.inspect =~ /@(.*:\d+)/ message = "#{type} hook#{location} failed for #{spec.full_name}" raise InstallHookError, message end end end end end end PK *J [e� G� � 8 share/gems/gems/bundler-2.6.7/lib/bundler/source/path.rbnu �[��� # frozen_string_literal: true module Bundler class Source class Path < Source autoload :Installer, File.expand_path("path/installer", __dir__) attr_reader :path, :options, :root_path, :original_path attr_writer :name attr_accessor :version protected :original_path DEFAULT_GLOB = "{,*,*/*}.gemspec" def initialize(options) @checksum_store = Checksum::Store.new @options = options.dup @glob = options["glob"] || DEFAULT_GLOB @root_path = options["root_path"] || root if options["path"] @path = Pathname.new(options["path"]) expanded_path = expand(@path) @path = if @path.relative? expanded_path.relative_path_from(root_path.expand_path) else expanded_path end end @name = options["name"] @version = options["version"] # Stores the original path. If at any point we move to the # cached directory, we still have the original path to copy from. @original_path = @path end def self.from_lock(options) new(options.merge("path" => options.delete("remote"))) end def to_lock out = String.new("PATH\n") out << " remote: #{lockfile_path}\n" out << " glob: #{@glob}\n" unless @glob == DEFAULT_GLOB out << " specs:\n" end def to_s "source at `#{@path}`" end alias_method :to_gemfile, :path def hash [self.class, expanded_path, version].hash end def eql?(other) [Gemspec, Path].include?(other.class) && expanded_original_path == other.expanded_original_path && version == other.version end alias_method :==, :eql? def name File.basename(expanded_path.to_s) end def install(spec, options = {}) using_message = "Using #{version_message(spec, options[:previous_spec])} from #{self}" using_message += " and installing its executables" unless spec.executables.empty? print_using_message using_message generate_bin(spec, disable_extensions: true) nil # no post-install message end def cache(spec, custom_path = nil) app_cache_path = app_cache_path(custom_path) return unless Bundler.feature_flag.cache_all? return if expand(@original_path).to_s.index(root_path.to_s + "/") == 0 unless @original_path.exist? raise GemNotFound, "Can't cache gem #{version_message(spec)} because #{self} is missing!" end FileUtils.rm_rf(app_cache_path) FileUtils.cp_r("#{@original_path}/.", app_cache_path) FileUtils.touch(app_cache_path.join(".bundlecache")) end def local_specs(*) @local_specs ||= load_spec_files end def specs if has_app_cache? @path = app_cache_path @expanded_path = nil # Invalidate end local_specs end def app_cache_dirname name end def root Bundler.root end def expanded_original_path @expanded_original_path ||= expand(original_path) end private def expanded_path @expanded_path ||= expand(path) end def expand(somepath) if Bundler.current_ruby.jruby? # TODO: Unify when https://github.com/rubygems/bundler/issues/7598 fixed upstream and all supported jrubies include the fix somepath.expand_path(root_path).expand_path else somepath.expand_path(root_path) end rescue ArgumentError => e Bundler.ui.debug(e) raise PathError, "There was an error while trying to use the path " \ "`#{somepath}`.\nThe error message was: #{e.message}." end def lockfile_path return relative_path(original_path) if original_path.absolute? expand(original_path).relative_path_from(root) end def app_cache_path(custom_path = nil) @app_cache_path ||= Bundler.app_cache(custom_path).join(app_cache_dirname) end def has_app_cache? SharedHelpers.in_bundle? && app_cache_path.exist? end def load_gemspec(file) return unless spec = Bundler.load_gemspec(file) spec.installed_by_version = Gem::VERSION spec end def validate_spec(spec) Bundler.rubygems.validate(spec) end def load_spec_files index = Index.new if File.directory?(expanded_path) # We sort depth-first since `<<` will override the earlier-found specs Gem::Util.glob_files_in_dir(@glob, expanded_path).sort_by {|p| -p.split(File::SEPARATOR).size }.each do |file| next unless spec = load_gemspec(file) spec.source = self # Validation causes extension_dir to be calculated, which depends # on #source, so we validate here instead of load_gemspec validate_spec(spec) index << spec end if index.empty? && @name && @version index << Gem::Specification.new do |s| s.name = @name s.source = self s.version = Gem::Version.new(@version) s.platform = Gem::Platform::RUBY s.summary = "Fake gemspec for #{@name}" s.relative_loaded_from = "#{@name}.gemspec" s.authors = ["no one"] if expanded_path.join("bin").exist? executables = expanded_path.join("bin").children executables.reject! {|p| File.directory?(p) } s.executables = executables.map {|c| c.basename.to_s } end end end else message = String.new("The path `#{expanded_path}` ") message << if File.exist?(expanded_path) "is not a directory." else "does not exist." end raise PathError, message end index end def relative_path(path = self.path) if path.to_s.start_with?(root_path.to_s) return path.relative_path_from(root_path) end path end def generate_bin(spec, options = {}) gem_dir = Pathname.new(spec.full_gem_path) # Some gem authors put absolute paths in their gemspec # and we have to save them from themselves spec.files = spec.files.filter_map do |path| next path unless /\A#{Pathname::SEPARATOR_PAT}/o.match?(path) next if File.directory?(path) begin Pathname.new(path).relative_path_from(gem_dir).to_s rescue ArgumentError path end end installer = Path::Installer.new( spec, env_shebang: false, disable_extensions: options[:disable_extensions], build_args: options[:build_args], bundler_extension_cache_path: extension_cache_path(spec) ) installer.post_install rescue Gem::InvalidSpecificationException => e Bundler.ui.warn "\n#{spec.name} at #{spec.full_gem_path} did not have a valid gemspec.\n" \ "This prevents bundler from installing bins or native extensions, but " \ "that may not affect its functionality." if !spec.extensions.empty? && !spec.email.empty? Bundler.ui.warn "If you need to use this package without installing it from a gem " \ "repository, please contact #{spec.email} and ask them " \ "to modify their .gemspec so it can work with `gem build`." end Bundler.ui.warn "The validation message from RubyGems was:\n #{e.message}" end end end end PK *J [2y�7 7 6 share/gems/gems/bundler-2.6.7/lib/bundler/constants.rbnu �[��� # frozen_string_literal: true require "rbconfig" module Bundler WINDOWS = RbConfig::CONFIG["host_os"] =~ /(msdos|mswin|djgpp|mingw)/ deprecate_constant :WINDOWS FREEBSD = RbConfig::CONFIG["host_os"].to_s.include?("bsd") deprecate_constant :FREEBSD NULL = File::NULL deprecate_constant :NULL end PK *J [A*W�� � I share/gems/gems/bundler-2.6.7/lib/bundler/templates/Executable.standalonenu �[��� #!/usr/bin/env <%= Bundler.settings[:shebang] || RbConfig::CONFIG["ruby_install_name"] %> # frozen_string_literal: true # # This file was generated by Bundler. # # The application '<%= executable %>' is installed as part of a gem, and # this file is here to facilitate running it. # $:.unshift File.expand_path "<%= standalone_path %>", __dir__ require "bundler/setup" load File.expand_path "<%= executable_path %>", __dir__ PK *J [��h h F share/gems/gems/bundler-2.6.7/lib/bundler/templates/Executable.bundlernu �[��� #!/usr/bin/env <%= Bundler.settings[:shebang] || RbConfig::CONFIG["ruby_install_name"] %> # frozen_string_literal: true # # This file was generated by Bundler. # # The application '<%= executable %>' is installed as part of a gem, and # this file is here to facilitate running it. # require "rubygems" m = Module.new do module_function def invoked_as_script? File.expand_path($0) == File.expand_path(__FILE__) end def env_var_version ENV["BUNDLER_VERSION"] end def cli_arg_version return unless invoked_as_script? # don't want to hijack other binstubs return unless "update".start_with?(ARGV.first || " ") # must be running `bundle update` bundler_version = nil update_index = nil ARGV.each_with_index do |a, i| if update_index && update_index.succ == i && a.match?(Gem::Version::ANCHORED_VERSION_PATTERN) bundler_version = a end next unless a =~ /\A--bundler(?:[= ](#{Gem::Version::VERSION_PATTERN}))?\z/ bundler_version = $1 update_index = i end bundler_version end def gemfile gemfile = ENV["BUNDLE_GEMFILE"] return gemfile if gemfile && !gemfile.empty? File.expand_path("<%= relative_gemfile_path %>", __dir__) end def lockfile lockfile = case File.basename(gemfile) when "gems.rb" then gemfile.sub(/\.rb$/, ".locked") else "#{gemfile}.lock" end File.expand_path(lockfile) end def lockfile_version return unless File.file?(lockfile) lockfile_contents = File.read(lockfile) return unless lockfile_contents =~ /\n\nBUNDLED WITH\n\s{2,}(#{Gem::Version::VERSION_PATTERN})\n/ Regexp.last_match(1) end def bundler_requirement @bundler_requirement ||= env_var_version || cli_arg_version || bundler_requirement_for(lockfile_version) end def bundler_requirement_for(version) return "#{Gem::Requirement.default}.a" unless version bundler_gem_version = Gem::Version.new(version) bundler_gem_version.approximate_recommendation end def load_bundler! ENV["BUNDLE_GEMFILE"] ||= gemfile activate_bundler end def activate_bundler gem_error = activation_error_handling do gem "bundler", bundler_requirement end return if gem_error.nil? require_error = activation_error_handling do require "bundler/version" end return if require_error.nil? && Gem::Requirement.new(bundler_requirement).satisfied_by?(Gem::Version.new(Bundler::VERSION)) warn "Activating bundler (#{bundler_requirement}) failed:\n#{gem_error.message}\n\nTo install the version of bundler this project requires, run `gem install bundler -v '#{bundler_requirement}'`" exit 42 end def activation_error_handling yield nil rescue StandardError, LoadError => e e end end m.load_bundler! if m.invoked_as_script? load Gem.bin_path("<%= spec.name %>", "<%= executable %>") end PK *J [�lq 5 5 C share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/rspec.ttnu �[��� --format documentation --color --require spec_helper PK *J [�S� o o P share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/CODE_OF_CONDUCT.md.ttnu �[��� # Contributor Covenant Code of Conduct ## Our Pledge We as members, contributors, and leaders pledge to make participation in our community a harassment-free experience for everyone, regardless of age, body size, visible or invisible disability, ethnicity, sex characteristics, gender identity and expression, level of experience, education, socio-economic status, nationality, personal appearance, race, caste, color, religion, or sexual identity and orientation. We pledge to act and interact in ways that contribute to an open, welcoming, diverse, inclusive, and healthy community. ## Our Standards Examples of behavior that contributes to a positive environment for our community include: * Demonstrating empathy and kindness toward other people * Being respectful of differing opinions, viewpoints, and experiences * Giving and gracefully accepting constructive feedback * Accepting responsibility and apologizing to those affected by our mistakes, and learning from the experience * Focusing on what is best not just for us as individuals, but for the overall community Examples of unacceptable behavior include: * The use of sexualized language or imagery, and sexual attention or advances of any kind * Trolling, insulting or derogatory comments, and personal or political attacks * Public or private harassment * Publishing others' private information, such as a physical or email address, without their explicit permission * Other conduct which could reasonably be considered inappropriate in a professional setting ## Enforcement Responsibilities Community leaders are responsible for clarifying and enforcing our standards of acceptable behavior and will take appropriate and fair corrective action in response to any behavior that they deem inappropriate, threatening, offensive, or harmful. Community leaders have the right and responsibility to remove, edit, or reject comments, commits, code, wiki edits, issues, and other contributions that are not aligned to this Code of Conduct, and will communicate reasons for moderation decisions when appropriate. ## Scope This Code of Conduct applies within all community spaces, and also applies when an individual is officially representing the community in public spaces. Examples of representing our community include using an official email address, posting via an official social media account, or acting as an appointed representative at an online or offline event. ## Enforcement Instances of abusive, harassing, or otherwise unacceptable behavior may be reported to the community leaders responsible for enforcement at [INSERT CONTACT METHOD]. All complaints will be reviewed and investigated promptly and fairly. All community leaders are obligated to respect the privacy and security of the reporter of any incident. ## Enforcement Guidelines Community leaders will follow these Community Impact Guidelines in determining the consequences for any action they deem in violation of this Code of Conduct: ### 1. Correction **Community Impact**: Use of inappropriate language or other behavior deemed unprofessional or unwelcome in the community. **Consequence**: A private, written warning from community leaders, providing clarity around the nature of the violation and an explanation of why the behavior was inappropriate. A public apology may be requested. ### 2. Warning **Community Impact**: A violation through a single incident or series of actions. **Consequence**: A warning with consequences for continued behavior. No interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, for a specified period of time. This includes avoiding interactions in community spaces as well as external channels like social media. Violating these terms may lead to a temporary or permanent ban. ### 3. Temporary Ban **Community Impact**: A serious violation of community standards, including sustained inappropriate behavior. **Consequence**: A temporary ban from any sort of interaction or public communication with the community for a specified period of time. No public or private interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, is allowed during this period. Violating these terms may lead to a permanent ban. ### 4. Permanent Ban **Community Impact**: Demonstrating a pattern of violation of community standards, including sustained inappropriate behavior, harassment of an individual, or aggression toward or disparagement of classes of individuals. **Consequence**: A permanent ban from any sort of public interaction within the community. ## Attribution This Code of Conduct is adapted from the [Contributor Covenant][homepage], version 2.1, available at [https://www.contributor-covenant.org/version/2/1/code_of_conduct.html][v2.1]. Community Impact Guidelines were inspired by [Mozilla's code of conduct enforcement ladder][Mozilla CoC]. For answers to common questions about this code of conduct, see the FAQ at [https://www.contributor-covenant.org/faq][FAQ]. Translations are available at [https://www.contributor-covenant.org/translations][translations]. [homepage]: https://www.contributor-covenant.org [v2.1]: https://www.contributor-covenant.org/version/2/1/code_of_conduct.html [Mozilla CoC]: https://github.com/mozilla/diversity [FAQ]: https://www.contributor-covenant.org/faq [translations]: https://www.contributor-covenant.org/translations PK *J [���Q Q I share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/LICENSE.txt.ttnu �[��� The MIT License (MIT) Copyright (c) <%= Time.now.year %> <%= config[:author] %> Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. PK *J [Դ�8 8 I share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/bin/console.ttnu �[��� #!/opt/alt/ruby34/bin/ruby # frozen_string_literal: true require "bundler/setup" require "<%= config[:namespaced_path] %>" # You can add fixtures and/or initialization code here to make experimenting # with your gem easier. You can also use a different console, if you like. require "irb" IRB.start(__FILE__) PK *J [��� � G share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/bin/setup.ttnu �[��� #!/usr/bin/env bash set -euo pipefail IFS=$'\n\t' set -vx bundle install # Do any other automated setup that you need to do here PK *J [<0� � L share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/newgem.gemspec.ttnu �[��� # frozen_string_literal: true require_relative "lib/<%=config[:namespaced_path]%>/version" Gem::Specification.new do |spec| spec.name = <%= config[:name].inspect %> spec.version = <%= config[:constant_name] %>::VERSION spec.authors = [<%= config[:author].inspect %>] spec.email = [<%= config[:email].inspect %>] spec.summary = "TODO: Write a short summary, because RubyGems requires one." spec.description = "TODO: Write a longer description or delete this line." spec.homepage = "TODO: Put your gem's website or public repo URL here." <%- if config[:mit] -%> spec.license = "MIT" <%- end -%> spec.required_ruby_version = ">= <%= config[:required_ruby_version] %>" <%- if config[:ext] == 'rust' -%> spec.required_rubygems_version = ">= <%= config[:rust_builder_required_rubygems_version] %>" <%- end -%> spec.metadata["allowed_push_host"] = "TODO: Set to your gem server 'https://example.com'" spec.metadata["homepage_uri"] = spec.homepage spec.metadata["source_code_uri"] = "TODO: Put your gem's public repo URL here." spec.metadata["changelog_uri"] = "TODO: Put your gem's CHANGELOG.md URL here." # Specify which files should be added to the gem when it is released. # The `git ls-files -z` loads the files in the RubyGem that have been added into git. gemspec = File.basename(__FILE__) spec.files = IO.popen(%w[git ls-files -z], chdir: __dir__, err: IO::NULL) do |ls| ls.readlines("\x0", chomp: true).reject do |f| (f == gemspec) || f.start_with?(*%w[bin/ test/ spec/ features/ .git <%= config[:ci_config_path] %>appveyor Gemfile]) end end spec.bindir = "exe" spec.executables = spec.files.grep(%r{\Aexe/}) { |f| File.basename(f) } spec.require_paths = ["lib"] <%- if config[:ext] == 'c' || config[:ext] == 'rust' -%> spec.extensions = ["ext/<%= config[:underscored_name] %>/extconf.rb"] <%- end -%> # Uncomment to register a new dependency of your gem # spec.add_dependency "example-gem", "~> 1.0" <%- if config[:ext] == 'rust' -%> spec.add_dependency "rb_sys", "~> 0.9.91" <%- end -%> # For more information and examples about making a new gem, check out our # guide at: https://bundler.io/guides/creating_gem.html end PK *J [I|\� � Q share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/circleci/config.yml.ttnu �[��� version: 2.1 jobs: build: docker: - image: ruby:<%= RUBY_VERSION %> <%- if config[:ext] == 'rust' -%> environment: RB_SYS_FORCE_INSTALL_RUST_TOOLCHAIN: 'true' <%- end -%> steps: - checkout <%- if config[:ext] == 'rust' -%> - run: name: Install Rust/Cargo dependencies command: apt-get update && apt-get install -y clang - run: name: Install a RubyGems version that can compile rust extensions command: gem update --system '<%= ::Gem.rubygems_version %>' <%- end -%> - run: name: Run the default task command: | gem install bundler -v <%= Bundler::VERSION %> bundle install bundle exec rake PK *J [��� G share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/gitignore.ttnu �[��� /.bundle/ /.yardoc /_yardoc/ /coverage/ /doc/ /pkg/ /spec/reports/ /tmp/ <%- if config[:ext] -%> *.bundle *.so *.o *.a mkmf.log <%- if config[:ext] == 'rust' -%> target/ <%- end -%> <%- end -%> <%- if config[:test] == "rspec" -%> # rspec failure tracking .rspec_status <%- end -%> PK *J [��L L U share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/ext/newgem/extconf-c.rb.ttnu �[��� # frozen_string_literal: true require "mkmf" # Makes all symbols private by default to avoid unintended conflict # with other gems. To explicitly export symbols you can use RUBY_FUNC_EXPORTED # selectively, or entirely remove this flag. append_cflags("-fvisibility=hidden") create_makefile(<%= config[:makefile_path].inspect %>) PK *J [�?��� � Q share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/ext/newgem/newgem.h.ttnu �[��� #ifndef <%= config[:underscored_name].upcase %>_H #define <%= config[:underscored_name].upcase %>_H 1 #include "ruby.h" #endif /* <%= config[:underscored_name].upcase %>_H */ PK *J [�5� � X share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/ext/newgem/extconf-rust.rb.ttnu �[��� # frozen_string_literal: true require "mkmf" require "rb_sys/mkmf" create_rust_makefile(<%= config[:makefile_path].inspect %>) PK *J [8`�9 Q share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/ext/newgem/newgem.c.ttnu �[��� #include "<%= config[:underscored_name] %>.h" VALUE rb_m<%= config[:constant_array].join %>; RUBY_FUNC_EXPORTED void Init_<%= config[:underscored_name] %>(void) { rb_m<%= config[:constant_array].join %> = rb_define_module(<%= config[:constant_name].inspect %>); } PK *J [����x x S share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/ext/newgem/src/lib.rs.ttnu �[��� use magnus::{function, prelude::*, Error, Ruby}; fn hello(subject: String) -> String { format!("Hello from Rust, {subject}!") } #[magnus::init] fn init(ruby: &Ruby) -> Result<(), Error> { let module = ruby.<%= config[:constant_array].map {|c| "define_module(#{c.dump})?"}.join(".") %>; module.define_singleton_method("hello", function!(hello, 1))?; Ok(()) } PK *J [�8wf S share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/ext/newgem/Cargo.toml.ttnu �[��� [package] name = <%= config[:name].inspect %> version = "0.1.0" edition = "2021" authors = ["<%= config[:author] %> <<%= config[:email] %>>"] <%- if config[:mit] -%> license = "MIT" <%- end -%> publish = false [lib] crate-type = ["cdylib"] [dependencies] magnus = { version = "0.6.2" } PK *J [*Q=to o F share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/Rakefile.ttnu �[��� # frozen_string_literal: true require "bundler/gem_tasks" <% default_task_names = [config[:test_task]].compact -%> <% case config[:test] -%> <% when "minitest" -%> require "minitest/test_task" Minitest::TestTask.create <% when "test-unit" -%> require "rake/testtask" Rake::TestTask.new(:test) do |t| t.libs << "test" t.libs << "lib" t.test_files = FileList["test/**/*_test.rb"] end <% when "rspec" -%> require "rspec/core/rake_task" RSpec::Core::RakeTask.new(:spec) <% end -%> <% if config[:linter] == "rubocop" -%> <% default_task_names << :rubocop -%> require "rubocop/rake_task" RuboCop::RakeTask.new <% elsif config[:linter] == "standard" -%> <% default_task_names << :standard -%> require "standard/rake" <% end -%> <% if config[:ext] -%> <% default_task_names.unshift(:compile) -%> <% default_task_names.unshift(:clobber) unless config[:ext] == 'rust' -%> <% if config[:ext] == 'rust' -%> require "rb_sys/extensiontask" task build: :compile GEMSPEC = Gem::Specification.load("<%= config[:underscored_name] %>.gemspec") RbSys::ExtensionTask.new(<%= config[:name].inspect %>, GEMSPEC) do |ext| ext.lib_dir = "lib/<%= config[:namespaced_path] %>" end <% else -%> require "rake/extensiontask" task build: :compile GEMSPEC = Gem::Specification.load("<%= config[:underscored_name] %>.gemspec") Rake::ExtensionTask.new("<%= config[:underscored_name] %>", GEMSPEC) do |ext| ext.lib_dir = "lib/<%= config[:namespaced_path] %>" end <% end -%> <% end -%> <% if default_task_names.size == 1 -%> task default: <%= default_task_names.first.inspect %> <% else -%> task default: %i[<%= default_task_names.join(" ") %>] <% end -%> PK *J [N��me e L share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/sig/newgem.rbs.ttnu �[��� <%- config[:constant_array].each_with_index do |c, i| -%> <%= " " * i %>module <%= c %> <%- end -%> <%= " " * config[:constant_array].size %>VERSION: String <%= " " * config[:constant_array].size %># See the writing guide of rbs: https://github.com/ruby/rbs#guides <%- (config[:constant_array].size-1).downto(0) do |i| -%> <%= " " * i %>end <%- end -%> PK *J [!5��P P J share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/CHANGELOG.md.ttnu �[��� ## [Unreleased] ## [0.1.0] - <%= Time.now.strftime('%F') %> - Initial release PK *J [�:x�7 7 W share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/github/workflows/main.yml.ttnu �[��� name: Ruby on: push: branches: - <%= config[:git_default_branch] %> pull_request: jobs: build: runs-on: ubuntu-latest name: Ruby ${{ matrix.ruby }} strategy: matrix: ruby: - '<%= RUBY_VERSION %>' steps: - uses: actions/checkout@v4 <%- if config[:ext] == 'rust' -%> - name: Set up Ruby & Rust uses: oxidize-rb/actions/setup-ruby-and-rust@v1 with: ruby-version: ${{ matrix.ruby }} bundler-cache: true cargo-cache: true rubygems: '<%= ::Gem.rubygems_version %>' <%- else -%> - name: Set up Ruby uses: ruby/setup-ruby@v1 with: ruby-version: ${{ matrix.ruby }} bundler-cache: true <%- end -%> - name: Run the default task run: bundle exec rake PK *J [�$�(� � I share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/rubocop.yml.ttnu �[��� AllCops: TargetRubyVersion: <%= ::Gem::Version.new(config[:required_ruby_version]).segments[0..1].join(".") %> Style/StringLiterals: EnforcedStyle: double_quotes Style/StringLiteralsInInterpolation: EnforcedStyle: double_quotes PK *J [���F F H share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/exe/newgem.ttnu �[��� #!/opt/alt/ruby34/bin/ruby require "<%= config[:namespaced_path] %>" PK *J [�� S share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/lib/newgem/version.rb.ttnu �[��� # frozen_string_literal: true <%- config[:constant_array].each_with_index do |c, i| -%> <%= " " * i %>module <%= c %> <%- end -%> <%= " " * config[:constant_array].size %>VERSION = "0.1.0" <%- (config[:constant_array].size-1).downto(0) do |i| -%> <%= " " * i %>end <%- end -%> PK *J [��Br= = K share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/lib/newgem.rb.ttnu �[��� # frozen_string_literal: true require_relative "<%= File.basename(config[:namespaced_path]) %>/version" <%- if config[:ext] -%> require_relative "<%= File.basename(config[:namespaced_path]) %>/<%= config[:underscored_name] %>" <%- end -%> <%- config[:constant_array].each_with_index do |c, i| -%> <%= " " * i %>module <%= c %> <%- end -%> <%= " " * config[:constant_array].size %>class Error < StandardError; end <%= " " * config[:constant_array].size %># Your code goes here... <%- (config[:constant_array].size-1).downto(0) do |i| -%> <%= " " * i %>end <%- end -%> PK *J [Ҧ+�� � Q share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/spec/spec_helper.rb.ttnu �[��� # frozen_string_literal: true require "<%= config[:namespaced_path] %>" RSpec.configure do |config| # Enable flags like --only-failures and --next-failure config.example_status_persistence_file_path = ".rspec_status" # Disable RSpec exposing methods globally on `Module` and `main` config.disable_monkey_patching! config.expect_with :rspec do |c| c.syntax = :expect end end PK *J [32 �� � Q share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/spec/newgem_spec.rb.ttnu �[��� # frozen_string_literal: true RSpec.describe <%= config[:constant_name] %> do it "has a version number" do expect(<%= config[:constant_name] %>::VERSION).not_to be nil end it "does something useful" do expect(false).to eq(true) end end PK *J [�M-n� � Z share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/test/minitest/test_helper.rb.ttnu �[��� # frozen_string_literal: true $LOAD_PATH.unshift File.expand_path("../lib", __dir__) require "<%= config[:namespaced_path] %>" require "minitest/autorun" PK *J [,�� Z share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/test/minitest/test_newgem.rb.ttnu �[��� # frozen_string_literal: true require "test_helper" class <%= config[:minitest_constant_name] %> < Minitest::Test def test_that_it_has_a_version_number refute_nil ::<%= config[:constant_name] %>::VERSION end def test_it_does_something_useful assert false end end PK *J [G�>J� � [ share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/test/test-unit/test_helper.rb.ttnu �[��� # frozen_string_literal: true $LOAD_PATH.unshift File.expand_path("../lib", __dir__) require "<%= config[:namespaced_path] %>" require "test-unit" PK *J [q��{3 3 [ share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/test/test-unit/newgem_test.rb.ttnu �[��� # frozen_string_literal: true require "test_helper" class <%= config[:constant_name] %>Test < Test::Unit::TestCase test "VERSION" do assert do ::<%= config[:constant_name] %>.const_defined?(:VERSION) end end test "something useful" do assert_equal("expected", "actual") end end PK *J [u�H�2 2 G share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/README.md.ttnu �[��� # <%= config[:constant_name] %> TODO: Delete this and the text below, and describe your gem Welcome to your new gem! In this directory, you'll find the files you need to be able to package up your Ruby library into a gem. Put your Ruby code in the file `lib/<%= config[:namespaced_path] %>`. To experiment with that code, run `bin/console` for an interactive prompt. ## Installation TODO: Replace `UPDATE_WITH_YOUR_GEM_NAME_IMMEDIATELY_AFTER_RELEASE_TO_RUBYGEMS_ORG` with your gem name right after releasing it to RubyGems.org. Please do not do it earlier due to security reasons. Alternatively, replace this section with instructions to install your gem from git if you don't plan to release to RubyGems.org. Install the gem and add to the application's Gemfile by executing: ```bash bundle add UPDATE_WITH_YOUR_GEM_NAME_IMMEDIATELY_AFTER_RELEASE_TO_RUBYGEMS_ORG ``` If bundler is not being used to manage dependencies, install the gem by executing: ```bash gem install UPDATE_WITH_YOUR_GEM_NAME_IMMEDIATELY_AFTER_RELEASE_TO_RUBYGEMS_ORG ``` ## Usage TODO: Write usage instructions here ## Development After checking out the repo, run `bin/setup` to install dependencies.<% if config[:test] %> Then, run `rake <%= config[:test_task] %>` to run the tests.<% end %> You can also run `bin/console` for an interactive prompt that will allow you to experiment.<% if config[:bin] %> Run `bundle exec <%= config[:name] %>` to use the gem in this directory, ignoring other installed copies of this gem.<% end %> To install this gem onto your local machine, run `bundle exec rake install`. To release a new version, update the version number in `version.rb`, and then run `bundle exec rake release`, which will create a git tag for the version, push git commits and the created tag, and push the `.gem` file to [rubygems.org](https://rubygems.org). <% if config[:git] -%> ## Contributing Bug reports and pull requests are welcome on GitHub at https://github.com/<%= config[:github_username] %>/<%= config[:name] %>.<% if config[:coc] %> This project is intended to be a safe, welcoming space for collaboration, and contributors are expected to adhere to the [code of conduct](https://github.com/<%= config[:github_username] %>/<%= config[:name] %>/blob/<%= config[:git_default_branch] %>/CODE_OF_CONDUCT.md).<% end %> <% end -%> <% if config[:mit] -%> ## License The gem is available as open source under the terms of the [MIT License](https://opensource.org/licenses/MIT). <% end -%> <% if config[:git] && config[:coc] -%> ## Code of Conduct Everyone interacting in the <%= config[:constant_name] %> project's codebases, issue trackers, chat rooms and mailing lists is expected to follow the [code of conduct](https://github.com/<%= config[:github_username] %>/<%= config[:name] %>/blob/<%= config[:git_default_branch] %>/CODE_OF_CONDUCT.md). <% end -%> PK *J [�fn> E share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/Gemfile.ttnu �[��� # frozen_string_literal: true source "https://rubygems.org" # Specify your gem's dependencies in <%= config[:name] %>.gemspec gemspec gem "irb" gem "rake", "~> 13.0" <%- if config[:ext] -%> gem "rake-compiler" <%- end -%> <%- if config[:test] -%> gem "<%= config[:test] %>", "~> <%= config[:test_framework_version] %>" <%- end -%> <%- if config[:linter] == "rubocop" -%> gem "rubocop", "~> <%= config[:linter_version] %>" <%- elsif config[:linter] == "standard" -%> gem "standard", "~> <%= config[:linter_version] %>" <%- end -%> PK *J [2��� � H share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/Cargo.toml.ttnu �[��� # This Cargo.toml is here to let externals tools (IDEs, etc.) know that this is # a Rust project. Your extensions dependencies should be added to the Cargo.toml # in the ext/ directory. [workspace] members = ["./ext/<%= config[:name] %>"] resolver = "2" PK *J [P�ߚ� � K share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/gitlab-ci.yml.ttnu �[��� default: image: ruby:<%= RUBY_VERSION %> before_script: <%- if config[:ext] == 'rust' -%> - apt-get update && apt-get install -y clang - gem update --system '<%= ::Gem.rubygems_version %>' <%- end -%> - gem install bundler -v <%= Bundler::VERSION %> - bundle install example_job: <%- if config[:ext] == 'rust' -%> variables: RB_SYS_FORCE_INSTALL_RUST_TOOLCHAIN: 'true' <%- end -%> script: - bundle exec rake PK *J [ ͌� � J share/gems/gems/bundler-2.6.7/lib/bundler/templates/newgem/standard.yml.ttnu �[��� # For available configuration options, see: # https://github.com/standardrb/standard ruby_version: <%= ::Gem::Version.new(config[:required_ruby_version]).segments[0..1].join(".") %> PK *J [�>�{d d > share/gems/gems/bundler-2.6.7/lib/bundler/templates/Executablenu �[��� #!/usr/bin/env <%= Bundler.settings[:shebang] || RbConfig::CONFIG["ruby_install_name"] %> # frozen_string_literal: true # # This file was generated by Bundler. # # The application '<%= executable %>' is installed as part of a gem, and # this file is here to facilitate running it. # ENV["BUNDLE_GEMFILE"] ||= File.expand_path("<%= relative_gemfile_path %>", __dir__) bundle_binstub = File.expand_path("bundle", __dir__) if File.file?(bundle_binstub) if File.read(bundle_binstub, 300).include?("This file was generated by Bundler") load(bundle_binstub) else abort("Your `bin/bundle` was not generated by Bundler, so this binstub cannot run. Replace `bin/bundle` by running `bundle binstubs bundler --force`, then run this command again.") end end require "rubygems" require "bundler/setup" load Gem.bin_path("<%= spec.name %>", "<%= executable %>") PK *J [�SJL L ; share/gems/gems/bundler-2.6.7/lib/bundler/templates/Gemfilenu �[��� # frozen_string_literal: true source "https://rubygems.org" # gem "rails" PK *J [U�ߘ � : share/gems/gems/bundler-2.6.7/lib/bundler/resolver/root.rbnu �[��� # frozen_string_literal: true require_relative "package" module Bundler class Resolver # # Represents the Gemfile from the resolver's perspective. It's the root # package and Gemfile entries depend on it. # class Root < Package def initialize(name) @name = name end def meta? true end def root? true end end end end PK *J [)� �� � ? share/gems/gems/bundler-2.6.7/lib/bundler/resolver/candidate.rbnu �[��� # frozen_string_literal: true require_relative "spec_group" module Bundler class Resolver # # This class is a PubGrub compatible "Version" class that takes Bundler # resolution complexities into account. # # Each Resolver::Candidate has a underlying `Gem::Version` plus a set of # platforms. For example, 1.1.0-x86_64-linux is a different resolution candidate # from 1.1.0 (generic). This is because different platform variants of the # same gem version can bring different dependencies, so they need to be # considered separately. # # Some candidates may also keep some information explicitly about the # package they refer to. These candidates are referred to as "canonical" and # are used when materializing resolution results back into RubyGems # specifications that can be installed, written to lockfiles, and so on. # class Candidate include Comparable attr_reader :version def initialize(version, group: nil, priority: -1) @spec_group = group || SpecGroup.new([]) @version = Gem::Version.new(version) @priority = priority end def dependencies @spec_group.dependencies end def to_specs(package, most_specific_locked_platform) return [] if package.meta? @spec_group.to_specs(package.force_ruby_platform?, most_specific_locked_platform) end def prerelease? @version.prerelease? end def segments @version.segments end def <=>(other) return unless other.is_a?(self.class) version_comparison = version <=> other.version return version_comparison unless version_comparison.zero? priority <=> other.priority end def ==(other) return unless other.is_a?(self.class) version == other.version && priority == other.priority end def eql?(other) return unless other.is_a?(self.class) version.eql?(other.version) && priority.eql?(other.priority) end def hash [@version, @priority].hash end def to_s @version.to_s end protected attr_reader :priority end end end PK *J [�%(� : share/gems/gems/bundler-2.6.7/lib/bundler/resolver/base.rbnu �[��� # frozen_string_literal: true require_relative "package" module Bundler class Resolver class Base attr_reader :packages, :requirements, :source_requirements, :locked_specs def initialize(source_requirements, dependencies, base, platforms, options) @source_requirements = source_requirements @locked_specs = options[:locked_specs] @base = base @packages = Hash.new do |hash, name| hash[name] = Package.new(name, platforms, **options) end @requirements = dependencies.filter_map do |dep| dep_platforms = dep.gem_platforms(platforms) # Dependencies scoped to external platforms are ignored next if dep_platforms.empty? name = dep.name @packages[name] = Package.new(name, dep_platforms, **options.merge(dependency: dep)) dep end end def [](name) @base[name] end def delete(specs) @base.delete(specs) end def get_package(name) @packages[name] end def base_requirements @base_requirements ||= build_base_requirements end def unlock_names(names) indirect_pins = indirect_pins(names) if indirect_pins.any? loosen_names(indirect_pins) else pins = pins(names) if pins.any? loosen_names(pins) else unrestrict_names(names) end end end def include_prereleases(names) names.each do |name| get_package(name).consider_prereleases! end end def include_remote_specs(names) names.each do |name| get_package(name).consider_remote_versions! end end private def indirect_pins(names) names.select {|name| @base_requirements[name].exact? && @requirements.none? {|dep| dep.name == name } } end def pins(names) names.select {|name| @base_requirements[name].exact? } end def loosen_names(names) names.each do |name| version = @base_requirements[name].requirements.first[1] @base_requirements[name] = Gem::Requirement.new(">= #{version}") @base.delete_by_name(name) end end def unrestrict_names(names) names.each do |name| @base_requirements.delete(name) end end def build_base_requirements base_requirements = {} @base.each do |ls| if ls.source_changed? && ls.source.specs.search(ls.name).empty? raise GemNotFound, "Could not find gem '#{ls.name}' in #{ls.source}" end req = Gem::Requirement.new(ls.version) base_requirements[ls.name] = req end base_requirements end end end end PK *J [ �T"; ; = share/gems/gems/bundler-2.6.7/lib/bundler/resolver/package.rbnu �[��� # frozen_string_literal: true module Bundler class Resolver # # Represents a gem being resolved, in a format PubGrub likes. # # The class holds the following information: # # * Platforms this gem will be resolved on. # * The locked version of this gem resolution should favor (if any). # * Whether the gem should be unlocked to its latest version. # * The dependency explicit set in the Gemfile for this gem (if any). # class Package attr_reader :name, :platforms, :dependency, :locked_version def initialize(name, platforms, locked_specs:, unlock:, prerelease: false, prefer_local: false, dependency: nil, new_platforms: []) @name = name @platforms = platforms @locked_version = locked_specs.version_for(name) @unlock = unlock @dependency = dependency || Dependency.new(name, @locked_version) @top_level = !dependency.nil? @prerelease = @dependency.prerelease? || @locked_version&.prerelease? || prerelease ? :consider_first : :ignore @prefer_local = prefer_local @new_platforms = new_platforms end def platform_specs(specs) platforms.map do |platform| prefer_locked = @new_platforms.include?(platform) ? false : !unlock? GemHelpers.select_best_platform_match(specs, platform, prefer_locked: prefer_locked) end end def to_s @name.delete("\0") end def root? false end def top_level? @top_level end def meta? @name.end_with?("\0") end def ==(other) self.class == other.class && @name == other.name end def hash @name.hash end def unlock? @unlock == true || @unlock.include?(name) end def ignores_prereleases? @prerelease == :ignore end def prerelease_specified? @prerelease == :consider_first end def consider_prereleases! @prerelease = :consider_last end def prefer_local? @prefer_local end def consider_remote_versions! @prefer_local = false end def force_ruby_platform? @dependency.force_ruby_platform end def current_platform? @dependency.current_platform? end end end end PK *J [[ӭ�1 1 > share/gems/gems/bundler-2.6.7/lib/bundler/resolver/strategy.rbnu �[��� # frozen_string_literal: true module Bundler class Resolver class Strategy def initialize(source) @source = source end def next_package_and_version(unsatisfied) package, range = next_term_to_try_from(unsatisfied) [package, most_preferred_version_of(package, range).first] end private def next_term_to_try_from(unsatisfied) unsatisfied.min_by do |package, range| matching_versions = @source.versions_for(package, range) higher_versions = @source.versions_for(package, range.upper_invert) [matching_versions.count <= 1 ? 0 : 1, higher_versions.count] end end def most_preferred_version_of(package, range) versions = @source.versions_for(package, range) # Conditional avoids (among other things) calling # sort_versions_by_preferred with the root package if versions.size > 1 @source.sort_versions_by_preferred(package, versions) else versions end end end end end PK *J [� �� � @ share/gems/gems/bundler-2.6.7/lib/bundler/resolver/spec_group.rbnu �[��� # frozen_string_literal: true module Bundler class Resolver class SpecGroup attr_reader :specs def initialize(specs) @specs = specs end def empty? @specs.empty? end def name @name ||= exemplary_spec.name end def version @version ||= exemplary_spec.version end def source @source ||= exemplary_spec.source end def to_specs(force_ruby_platform, most_specific_locked_platform) @specs.map do |s| lazy_spec = LazySpecification.from_spec(s) lazy_spec.force_ruby_platform = force_ruby_platform lazy_spec.most_specific_locked_platform = most_specific_locked_platform lazy_spec end end def to_s sorted_spec_names.join(", ") end def dependencies @dependencies ||= @specs.flat_map(&:expanded_dependencies).uniq.sort end def ==(other) sorted_spec_names == other.sorted_spec_names end def merge(other) return false unless equivalent?(other) @specs |= other.specs true end protected def sorted_spec_names @specs.map(&:full_name).sort end private def equivalent?(other) name == other.name && version == other.version && source == other.source && dependencies == other.dependencies end def exemplary_spec @specs.first end end end end PK *J [� "� � E share/gems/gems/bundler-2.6.7/lib/bundler/resolver/incompatibility.rbnu �[��� # frozen_string_literal: true module Bundler class Resolver class Incompatibility < PubGrub::Incompatibility attr_reader :extended_explanation def initialize(terms, cause:, custom_explanation: nil, extended_explanation: nil) @extended_explanation = extended_explanation super(terms, cause: cause, custom_explanation: custom_explanation) end end end end PK *J [;�Nڰ � C share/gems/gems/bundler-2.6.7/lib/bundler/rubygems_gem_installer.rbnu �[��� # frozen_string_literal: true require "rubygems/installer" module Bundler class RubyGemsGemInstaller < Gem::Installer def check_executable_overwrite(filename) # Bundler needs to install gems regardless of binstub overwriting end def install pre_install_checks run_pre_install_hooks spec.loaded_from = spec_file # Completely remove any previous gem files strict_rm_rf gem_dir strict_rm_rf spec.extension_dir SharedHelpers.filesystem_access(gem_dir, :create) do FileUtils.mkdir_p gem_dir, mode: 0o755 end SharedHelpers.filesystem_access(gem_dir, :write) do extract_files end build_extensions if spec.extensions.any? write_build_info_file run_post_build_hooks SharedHelpers.filesystem_access(bin_dir, :write) do generate_bin end generate_plugins write_spec SharedHelpers.filesystem_access("#{gem_home}/cache", :write) do write_cache_file end say spec.post_install_message unless spec.post_install_message.nil? run_post_install_hooks spec end if Bundler.rubygems.provides?("< 3.5") def pre_install_checks super rescue Gem::FilePermissionError # Ignore permission checks in RubyGems. Instead, go on, and try to write # for real. We properly handle permission errors when they happen. nil end end def ensure_writable_dir(dir) super rescue Gem::FilePermissionError # Ignore permission checks in RubyGems. Instead, go on, and try to write # for real. We properly handle permission errors when they happen. nil end def generate_plugins return unless Gem::Installer.instance_methods(false).include?(:generate_plugins) latest = Gem::Specification.stubs_for(spec.name).first return if latest && latest.version > spec.version ensure_writable_dir @plugins_dir if spec.plugins.empty? remove_plugins_for(spec, @plugins_dir) else regenerate_plugins_for(spec, @plugins_dir) end end if Bundler.rubygems.provides?("< 3.5.19") def generate_bin_script(filename, bindir) bin_script_path = File.join bindir, formatted_program_filename(filename) Gem.open_file_with_lock(bin_script_path) do require "fileutils" FileUtils.rm_f bin_script_path # prior install may have been --no-wrappers File.open(bin_script_path, "wb", 0o755) do |file| file.write app_script_text(filename) file.chmod(options[:prog_mode] || 0o755) end end verbose bin_script_path generate_windows_script filename, bindir end end def build_extensions extension_cache_path = options[:bundler_extension_cache_path] extension_dir = spec.extension_dir unless extension_cache_path && extension_dir prepare_extension_build(extension_dir) return super end build_complete = SharedHelpers.filesystem_access(extension_cache_path.join("gem.build_complete"), :read, &:file?) if build_complete && !options[:force] SharedHelpers.filesystem_access(File.dirname(extension_dir)) do |p| FileUtils.mkpath p end SharedHelpers.filesystem_access(extension_cache_path) do FileUtils.cp_r extension_cache_path, extension_dir end else prepare_extension_build(extension_dir) super SharedHelpers.filesystem_access(extension_cache_path.parent, &:mkpath) SharedHelpers.filesystem_access(extension_cache_path) do FileUtils.cp_r extension_dir, extension_cache_path end end end def spec if Bundler.rubygems.provides?("< 3.3.12") # RubyGems implementation rescues and re-raises errors before 3.3.12 and we don't want that @package.spec else super end end def gem_checksum Checksum.from_gem_package(@package) end private def prepare_extension_build(extension_dir) SharedHelpers.filesystem_access(extension_dir, :create) do FileUtils.mkdir_p extension_dir end end def strict_rm_rf(dir) return unless File.exist?(dir) return if Dir.empty?(dir) parent = File.dirname(dir) parent_st = File.stat(parent) if parent_st.world_writable? && !parent_st.sticky? raise InsecureInstallPathError.new(spec.full_name, dir) end begin FileUtils.remove_entry_secure(dir) rescue StandardError => e raise unless File.exist?(dir) raise DirectoryRemovalError.new(e, "Could not delete previous installation of `#{dir}`") end end end end PK *J [0��H�' �' 5 share/gems/gems/bundler-2.6.7/lib/bundler/injector.rbnu �[��� # frozen_string_literal: true module Bundler class Injector INJECTED_GEMS = "injected gems" def self.inject(new_deps, options = {}) injector = new(new_deps, options) injector.inject(Bundler.default_gemfile, Bundler.default_lockfile) end def self.remove(gems, options = {}) injector = new(gems, options) injector.remove(Bundler.default_gemfile, Bundler.default_lockfile) end def initialize(deps, options = {}) @deps = deps @options = options end # @param [Pathname] gemfile_path The Gemfile in which to inject the new dependency. # @param [Pathname] lockfile_path The lockfile in which to inject the new dependency. # @return [Array] def inject(gemfile_path, lockfile_path) Bundler.definition.ensure_equivalent_gemfile_and_lockfile(true) # temporarily unfreeze Bundler.settings.temporary(deployment: false, frozen: false) do # evaluate the Gemfile we have now builder = Dsl.new builder.eval_gemfile(gemfile_path) # don't inject any gems that are already in the Gemfile @deps -= builder.dependencies # add new deps to the end of the in-memory Gemfile # Set conservative versioning to false because # we want to let the resolver resolve the version first builder.eval_gemfile(INJECTED_GEMS, build_gem_lines(false)) if @deps.any? # resolve to see if the new deps broke anything @definition = builder.to_definition(lockfile_path, {}) @definition.remotely! # since nothing broke, we can add those gems to the gemfile append_to(gemfile_path, build_gem_lines(@options[:conservative_versioning])) if @deps.any? # since we resolved successfully, write out the lockfile @definition.lock # invalidate the cached Bundler.definition Bundler.reset_paths! # return an array of the deps that we added @deps end end # @param [Pathname] gemfile_path The Gemfile from which to remove dependencies. # @param [Pathname] lockfile_path The lockfile from which to remove dependencies. # @return [Array] def remove(gemfile_path, lockfile_path) # remove gems from each gemfiles we have Bundler.definition.gemfiles.each do |path| deps = remove_deps(path) show_warning("No gems were removed from the gemfile.") if deps.empty? deps.each {|dep| Bundler.ui.confirm "#{SharedHelpers.pretty_dependency(dep)} was removed." } end # Invalidate the cached Bundler.definition. # This prevents e.g. `bundle remove ...` from using outdated information. Bundler.reset_paths! end private def conservative_version(spec) version = spec.version return ">= 0" if version.nil? segments = version.segments seg_end_index = version >= Gem::Version.new("1.0") ? 1 : 2 prerelease_suffix = version.to_s.delete_prefix(version.release.to_s) if version.prerelease? "#{version_prefix}#{segments[0..seg_end_index].join(".")}#{prerelease_suffix}" end def version_prefix if @options[:strict] "= " elsif @options[:optimistic] ">= " else "~> " end end def build_gem_lines(conservative_versioning) @deps.map do |d| name = d.name.dump requirement = if conservative_versioning ", \"#{conservative_version(@definition.specs[d.name][0])}\"" else ", #{d.requirement.as_list.map(&:dump).join(", ")}" end if d.groups != Array(:default) group = d.groups.size == 1 ? ", group: #{d.groups.first.inspect}" : ", groups: #{d.groups.inspect}" end source = ", source: \"#{d.source}\"" unless d.source.nil? path = ", path: \"#{d.path}\"" unless d.path.nil? git = ", git: \"#{d.git}\"" unless d.git.nil? github = ", github: \"#{d.github}\"" unless d.github.nil? branch = ", branch: \"#{d.branch}\"" unless d.branch.nil? ref = ", ref: \"#{d.ref}\"" unless d.ref.nil? glob = ", glob: \"#{d.glob}\"" unless d.glob.nil? require_path = ", require: #{convert_autorequire(d.autorequire)}" unless d.autorequire.nil? %(gem #{name}#{requirement}#{group}#{source}#{path}#{git}#{github}#{branch}#{ref}#{glob}#{require_path}) end.join("\n") end def append_to(gemfile_path, new_gem_lines) gemfile_path.open("a") do |f| f.puts f.puts new_gem_lines end end # evaluates a gemfile to remove the specified gem # from it. def remove_deps(gemfile_path) initial_gemfile = File.readlines(gemfile_path) Bundler.ui.info "Removing gems from #{gemfile_path}" # evaluate the Gemfile we have builder = Dsl.new builder.eval_gemfile(gemfile_path) removed_deps = remove_gems_from_dependencies(builder, @deps, gemfile_path) # abort the operation if no gems were removed # no need to operate on gemfile further return [] if removed_deps.empty? cleaned_gemfile = remove_gems_from_gemfile(@deps, gemfile_path) SharedHelpers.write_to_gemfile(gemfile_path, cleaned_gemfile) # check for errors # including extra gems being removed # or some gems not being removed # and return the actual removed deps cross_check_for_errors(gemfile_path, builder.dependencies, removed_deps, initial_gemfile) end # @param [Dsl] builder Dsl object of current Gemfile. # @param [Array] gems Array of names of gems to be removed. # @param [Pathname] gemfile_path Path of the Gemfile. # @return [Array] Array of removed dependencies. def remove_gems_from_dependencies(builder, gems, gemfile_path) removed_deps = [] gems.each do |gem_name| deleted_dep = builder.dependencies.find {|d| d.name == gem_name } if deleted_dep.nil? raise GemfileError, "`#{gem_name}` is not specified in #{gemfile_path} so it could not be removed." end builder.dependencies.delete(deleted_dep) removed_deps << deleted_dep end removed_deps end # @param [Array] gems Array of names of gems to be removed. # @param [Pathname] gemfile_path The Gemfile from which to remove dependencies. def remove_gems_from_gemfile(gems, gemfile_path) patterns = /gem\s+(['"])#{Regexp.union(gems)}\1|gem\s*\((['"])#{Regexp.union(gems)}\2.*\)/ new_gemfile = [] multiline_removal = false File.readlines(gemfile_path).each do |line| match_data = line.match(patterns) if match_data && is_not_within_comment?(line, match_data) multiline_removal = line.rstrip.end_with?(",") # skip lines which match the regex next end # skip followup lines until line does not end with ',' new_gemfile << line unless multiline_removal multiline_removal = line.rstrip.end_with?(",") if multiline_removal end # remove line \n and append them with other strings new_gemfile.each_with_index do |_line, index| if new_gemfile[index + 1] == "\n" new_gemfile[index] += new_gemfile[index + 1] new_gemfile.delete_at(index + 1) end end %w[group source env install_if].each {|block| remove_nested_blocks(new_gemfile, block) } new_gemfile.join.chomp end # @param [String] line Individual line of gemfile content. # @param [MatchData] match_data Data about Regex match. def is_not_within_comment?(line, match_data) match_start_index = match_data.offset(0).first !line[0..match_start_index].include?("#") end # @param [Array] gemfile Array of gemfile contents. # @param [String] block_name Name of block name to look for. def remove_nested_blocks(gemfile, block_name) nested_blocks = 0 # count number of nested blocks gemfile.each_with_index {|line, index| nested_blocks += 1 if !gemfile[index + 1].nil? && gemfile[index + 1].include?(block_name) && line.include?(block_name) } while nested_blocks >= 0 nested_blocks -= 1 gemfile.each_with_index do |line, index| next unless !line.nil? && line.strip.start_with?(block_name) if /^\s*end\s*$/.match?(gemfile[index + 1]) gemfile[index] = nil gemfile[index + 1] = nil end end gemfile.compact! end end # @param [Pathname] gemfile_path The Gemfile from which to remove dependencies. # @param [Array] original_deps Array of original dependencies. # @param [Array] removed_deps Array of removed dependencies. # @param [Array] initial_gemfile Contents of original Gemfile before any operation. def cross_check_for_errors(gemfile_path, original_deps, removed_deps, initial_gemfile) # evaluate the new gemfile to look for any failure cases builder = Dsl.new builder.eval_gemfile(gemfile_path) # record gems which were removed but not requested extra_removed_gems = original_deps - builder.dependencies # if some extra gems were removed then raise error # and revert Gemfile to original unless extra_removed_gems.empty? SharedHelpers.write_to_gemfile(gemfile_path, initial_gemfile.join) raise InvalidOption, "Gems could not be removed. #{extra_removed_gems.join(", ")} would also have been removed. Bundler cannot continue." end # record gems which could not be removed due to some reasons errored_deps = builder.dependencies.select {|d| d.gemfile == gemfile_path } & removed_deps.select {|d| d.gemfile == gemfile_path } show_warning "#{errored_deps.map(&:name).join(", ")} could not be removed." unless errored_deps.empty? # return actual removed dependencies removed_deps - errored_deps end def show_warning(message) Bundler.ui.info Bundler.ui.add_color(message, :yellow) end def convert_autorequire(autorequire) autorequire = autorequire.first return autorequire if autorequire == "false" autorequire.inspect end end end PK *J [��ЋG G ; share/gems/gems/bundler-2.6.7/lib/bundler/match_platform.rbnu �[��� # frozen_string_literal: true require_relative "gem_helpers" module Bundler module MatchPlatform include GemHelpers def match_platform(p) MatchPlatform.platforms_match?(platform, p) end def self.platforms_match?(gemspec_platform, local_platform) return true if gemspec_platform.nil? return true if gemspec_platform == Gem::Platform::RUBY return true if local_platform == gemspec_platform gemspec_platform = Gem::Platform.new(gemspec_platform) return true if gemspec_platform === local_platform false end end end PK *J [Y� 9 share/gems/gems/bundler-2.6.7/lib/bundler/current_ruby.rbnu �[��� # frozen_string_literal: true require_relative "rubygems_ext" module Bundler # Returns current version of Ruby # # @return [CurrentRuby] Current version of Ruby def self.current_ruby @current_ruby ||= CurrentRuby.new end class CurrentRuby ALL_RUBY_VERSIONS = (18..27).to_a.concat((30..35).to_a).freeze KNOWN_MINOR_VERSIONS = ALL_RUBY_VERSIONS.map {|v| v.digits.reverse.join(".") }.freeze KNOWN_MAJOR_VERSIONS = ALL_RUBY_VERSIONS.map {|v| v.digits.last.to_s }.uniq.freeze PLATFORM_MAP = { ruby: [Gem::Platform::RUBY, CurrentRuby::ALL_RUBY_VERSIONS], mri: [Gem::Platform::RUBY, CurrentRuby::ALL_RUBY_VERSIONS], rbx: [Gem::Platform::RUBY], truffleruby: [Gem::Platform::RUBY], jruby: [Gem::Platform::JAVA, [18, 19]], windows: [Gem::Platform::WINDOWS, CurrentRuby::ALL_RUBY_VERSIONS], # deprecated mswin: [Gem::Platform::MSWIN, CurrentRuby::ALL_RUBY_VERSIONS], mswin64: [Gem::Platform::MSWIN64, CurrentRuby::ALL_RUBY_VERSIONS - [18]], mingw: [Gem::Platform::UNIVERSAL_MINGW, CurrentRuby::ALL_RUBY_VERSIONS], x64_mingw: [Gem::Platform::UNIVERSAL_MINGW, CurrentRuby::ALL_RUBY_VERSIONS - [18, 19]], }.each_with_object({}) do |(platform, spec), hash| hash[platform] = spec[0] spec[1]&.each {|version| hash[:"#{platform}_#{version}"] = spec[0] } end.freeze def ruby? return true if Bundler::GemHelpers.generic_local_platform_is_ruby? !windows? && (RUBY_ENGINE == "ruby" || RUBY_ENGINE == "rbx" || RUBY_ENGINE == "maglev" || RUBY_ENGINE == "truffleruby") end def mri? !windows? && RUBY_ENGINE == "ruby" end def rbx? ruby? && RUBY_ENGINE == "rbx" end def jruby? RUBY_ENGINE == "jruby" end def maglev? RUBY_ENGINE == "maglev" end def truffleruby? RUBY_ENGINE == "truffleruby" end def windows? Gem.win_platform? end alias_method :mswin?, :windows? alias_method :mswin64?, :windows? alias_method :mingw?, :windows? alias_method :x64_mingw?, :windows? (KNOWN_MINOR_VERSIONS + KNOWN_MAJOR_VERSIONS).each do |version| trimmed_version = version.tr(".", "") define_method(:"on_#{trimmed_version}?") do RUBY_VERSION.start_with?("#{version}.") end all_platforms = PLATFORM_MAP.keys << "maglev" all_platforms.each do |platform| define_method(:"#{platform}_#{trimmed_version}?") do send(:"#{platform}?") && send(:"on_#{trimmed_version}?") end end end end end PK *J [x�qc� � I share/gems/gems/bundler-2.6.7/lib/bundler/installer/parallel_installer.rbnu �[��� # frozen_string_literal: true require_relative "../worker" require_relative "gem_installer" module Bundler class ParallelInstaller class SpecInstallation attr_accessor :spec, :name, :full_name, :post_install_message, :state, :error def initialize(spec) @spec = spec @name = spec.name @full_name = spec.full_name @state = :none @post_install_message = "" @error = nil end def installed? state == :installed end def enqueued? state == :enqueued end def failed? state == :failed end def ready_to_enqueue? state == :none end def has_post_install_message? !post_install_message.empty? end def ignorable_dependency?(dep) dep.type == :development || dep.name == @name end # Checks installed dependencies against spec's dependencies to make # sure needed dependencies have been installed. def dependencies_installed?(installed_specs) dependencies.all? {|d| installed_specs.include? d.name } end # Represents only the non-development dependencies, the ones that are # itself and are in the total list. def dependencies @dependencies ||= all_dependencies.reject {|dep| ignorable_dependency? dep } end # Represents all dependencies def all_dependencies @spec.dependencies end def to_s "#<#{self.class} #{full_name} (#{state})>" end end def self.call(*args, **kwargs) new(*args, **kwargs).call end attr_reader :size def initialize(installer, all_specs, size, standalone, force, local: false, skip: nil) @installer = installer @size = size @standalone = standalone @force = force @local = local @specs = all_specs.map {|s| SpecInstallation.new(s) } @specs.each do |spec_install| spec_install.state = :installed if skip.include?(spec_install.name) end if skip @spec_set = all_specs @rake = @specs.find {|s| s.name == "rake" unless s.installed? } end def call if @rake do_install(@rake, 0) Gem::Specification.reset end if @size > 1 install_with_worker else install_serially end handle_error if failed_specs.any? @specs ensure worker_pool&.stop end private def failed_specs @specs.select(&:failed?) end def install_with_worker enqueue_specs process_specs until finished_installing? end def install_serially until finished_installing? raise "failed to find a spec to enqueue while installing serially" unless spec_install = @specs.find(&:ready_to_enqueue?) spec_install.state = :enqueued do_install(spec_install, 0) end end def worker_pool @worker_pool ||= Bundler::Worker.new @size, "Parallel Installer", lambda {|spec_install, worker_num| do_install(spec_install, worker_num) } end def do_install(spec_install, worker_num) Plugin.hook(Plugin::Events::GEM_BEFORE_INSTALL, spec_install) gem_installer = Bundler::GemInstaller.new( spec_install.spec, @installer, @standalone, worker_num, @force, @local ) success, message = gem_installer.install_from_spec if success spec_install.state = :installed spec_install.post_install_message = message unless message.nil? else spec_install.error = "#{message}\n\n#{require_tree_for_spec(spec_install.spec)}" spec_install.state = :failed end Plugin.hook(Plugin::Events::GEM_AFTER_INSTALL, spec_install) spec_install end # Dequeue a spec and save its post-install message and then enqueue the # remaining specs. # Some specs might've had to wait til this spec was installed to be # processed so the call to `enqueue_specs` is important after every # dequeue. def process_specs worker_pool.deq enqueue_specs end def finished_installing? @specs.all? do |spec| return true if spec.failed? spec.installed? end end def handle_error errors = failed_specs.map(&:error) if exception = errors.find {|e| e.is_a?(Bundler::BundlerError) } raise exception end raise Bundler::InstallError, errors.join("\n\n") end def require_tree_for_spec(spec) tree = @spec_set.what_required(spec) t = String.new("In #{File.basename(SharedHelpers.default_gemfile)}:\n") tree.each_with_index do |s, depth| t << " " * depth.succ << s.name unless tree.last == s t << %( was resolved to #{s.version}, which depends on) end t << %(\n) end t end # Keys in the remains hash represent uninstalled gems specs. # We enqueue all gem specs that do not have any dependencies. # Later we call this lambda again to install specs that depended on # previously installed specifications. We continue until all specs # are installed. def enqueue_specs installed_specs = {} @specs.each do |spec| next unless spec.installed? installed_specs[spec.name] = true end @specs.each do |spec| if spec.ready_to_enqueue? && spec.dependencies_installed?(installed_specs) spec.state = :enqueued worker_pool.enq spec end end end end end PK *J [b�� D share/gems/gems/bundler-2.6.7/lib/bundler/installer/gem_installer.rbnu �[��� # frozen_string_literal: true module Bundler class GemInstaller attr_reader :spec, :standalone, :worker, :force, :local, :installer def initialize(spec, installer, standalone = false, worker = 0, force = false, local = false) @spec = spec @installer = installer @standalone = standalone @worker = worker @force = force @local = local end def install_from_spec post_install_message = install Bundler.ui.debug "#{worker}: #{spec.name} (#{spec.version}) from #{spec.loaded_from}" generate_executable_stubs [true, post_install_message] rescue Bundler::InstallHookError, Bundler::SecurityError, Bundler::APIResponseMismatchError, Bundler::InsecureInstallPathError raise rescue Errno::ENOSPC [false, out_of_space_message] rescue Bundler::BundlerError, Gem::InstallError => e [false, specific_failure_message(e)] end private def specific_failure_message(e) message = "#{e.class}: #{e.message}\n" message += " " + e.backtrace.join("\n ") + "\n\n" message = message.lines.first + Bundler.ui.add_color(message.lines.drop(1).join, :clear) message + Bundler.ui.add_color(failure_message, :red) end def failure_message install_error_message end def install_error_message "An error occurred while installing #{spec.name} (#{spec.version}), and Bundler cannot continue." end def spec_settings # Fetch the build settings, if there are any if settings = Bundler.settings["build.#{spec.name}"] require "shellwords" Shellwords.shellsplit(settings) end end def install spec.source.install( spec, force: force, local: local, build_args: Array(spec_settings), previous_spec: previous_spec, ) end def previous_spec locked_gems = installer.definition.locked_gems return unless locked_gems locked_gems.specs.find {|s| s.name == spec.name } end def out_of_space_message "#{install_error_message}\nYour disk is out of space. Free some space to be able to install your bundle." end def generate_executable_stubs return if Bundler.feature_flag.forget_cli_options? return if Bundler.settings[:inline] if Bundler.settings[:bin] && standalone installer.generate_standalone_bundler_executable_stubs(spec) elsif Bundler.settings[:bin] installer.generate_bundler_executable_stubs(spec, force: true) end end end end PK *J [jg�B B A share/gems/gems/bundler-2.6.7/lib/bundler/installer/standalone.rbnu �[��� # frozen_string_literal: true module Bundler class Standalone def initialize(groups, definition) @specs = definition.specs_for(groups) end def generate SharedHelpers.filesystem_access(bundler_path) do |p| FileUtils.mkdir_p(p) end File.open File.join(bundler_path, "setup.rb"), "w" do |file| file.puts "require 'rbconfig'" file.puts prevent_gem_activation file.puts define_path_helpers file.puts reverse_rubygems_kernel_mixin paths.each do |path| if Pathname.new(path).absolute? file.puts %($:.unshift "#{path}") else file.puts %($:.unshift File.expand_path("\#{__dir__}/#{path}")) end end end end private def paths @specs.flat_map do |spec| next if spec.name == "bundler" Array(spec.require_paths).map do |path| gem_path(path, spec). sub(version_dir, '#{RUBY_ENGINE}/#{Gem.ruby_api_version}'). sub(extensions_dir, 'extensions/\k<platform>/#{Gem.extension_api_version}') # This is a static string intentionally. It's interpolated at a later time. end end.compact end def version_dir "#{RUBY_ENGINE}/#{Gem.ruby_api_version}" end def extensions_dir %r{extensions/(?<platform>[^/]+)/#{Regexp.escape(Gem.extension_api_version)}} end def bundler_path Bundler.root.join(Bundler.settings[:path].to_s, "bundler") end def gem_path(path, spec) full_path = Pathname.new(path).absolute? ? path : File.join(spec.full_gem_path, path) if spec.source.instance_of?(Source::Path) && spec.source.path.absolute? full_path else SharedHelpers.relative_path_to(full_path, from: Bundler.root.join(bundler_path)) end end def prevent_gem_activation <<~'END' module Kernel remove_method(:gem) if private_method_defined?(:gem) def gem(*) end private :gem end END end def define_path_helpers <<~'END' unless defined?(Gem) module Gem def self.ruby_api_version RbConfig::CONFIG["ruby_version"] end def self.extension_api_version if 'no' == RbConfig::CONFIG['ENABLE_SHARED'] "#{ruby_api_version}-static" else ruby_api_version end end end end END end def reverse_rubygems_kernel_mixin <<~END if Gem.respond_to?(:discover_gems_on_require=) Gem.discover_gems_on_require = false else [::Kernel.singleton_class, ::Kernel].each do |k| if k.private_method_defined?(:gem_original_require) private_require = k.private_method_defined?(:require) k.send(:remove_method, :require) k.send(:define_method, :require, k.instance_method(:gem_original_require)) k.send(:private, :require) if private_require end end end END end end end PK *J [m��,a a 8 share/gems/gems/bundler-2.6.7/lib/bundler/source_list.rbnu �[��� # frozen_string_literal: true module Bundler class SourceList attr_reader :path_sources, :git_sources, :plugin_sources, :global_path_source, :metadata_source def global_rubygems_source @global_rubygems_source ||= rubygems_aggregate_class.new("allow_local" => true) end def initialize @path_sources = [] @git_sources = [] @plugin_sources = [] @global_rubygems_source = nil @global_path_source = nil @rubygems_sources = [] @metadata_source = Source::Metadata.new @merged_gem_lockfile_sections = false @local_mode = true end def merged_gem_lockfile_sections? @merged_gem_lockfile_sections end def merged_gem_lockfile_sections!(replacement_source) @merged_gem_lockfile_sections = true @global_rubygems_source = replacement_source end def aggregate_global_source? global_rubygems_source.multiple_remotes? end def implicit_global_source? global_rubygems_source.no_remotes? end def add_path_source(options = {}) if options["gemspec"] add_source_to_list Source::Gemspec.new(options), path_sources else path_source = add_source_to_list Source::Path.new(options), path_sources @global_path_source ||= path_source if options["global"] path_source end end def add_git_source(options = {}) add_source_to_list(Source::Git.new(options), git_sources).tap do |source| warn_on_git_protocol(source) end end def add_rubygems_source(options = {}) new_source = Source::Rubygems.new(options) return @global_rubygems_source if @global_rubygems_source == new_source add_source_to_list new_source, @rubygems_sources end def add_plugin_source(source, options = {}) add_source_to_list Plugin.source(source).new(options), @plugin_sources end def add_global_rubygems_remote(uri) global_rubygems_source.add_remote(uri) global_rubygems_source end def local_mode? @local_mode end def default_source global_path_source || global_rubygems_source end def rubygems_sources non_global_rubygems_sources + [global_rubygems_source] end def non_global_rubygems_sources @rubygems_sources end def rubygems_remotes rubygems_sources.flat_map(&:remotes).uniq end def all_sources path_sources + git_sources + plugin_sources + rubygems_sources + [metadata_source] end def non_default_explicit_sources all_sources - [default_source, metadata_source] end def get(source) source_list_for(source).find {|s| equivalent_source?(source, s) } end def lock_sources lock_other_sources + lock_rubygems_sources end def lock_other_sources (path_sources + git_sources + plugin_sources).sort_by(&:identifier) end def lock_rubygems_sources if merged_gem_lockfile_sections? [combine_rubygems_sources] else rubygems_sources.sort_by(&:identifier) end end # Returns true if there are changes def replace_sources!(replacement_sources) return false if replacement_sources.empty? @rubygems_sources, @path_sources, @git_sources, @plugin_sources = map_sources(replacement_sources) @global_rubygems_source = global_replacement_source(replacement_sources) different_sources?(lock_sources, replacement_sources) end # Returns true if there are changes def expired_sources?(replacement_sources) return false if replacement_sources.empty? lock_sources = dup_with_replaced_sources(replacement_sources).lock_sources different_sources?(lock_sources, replacement_sources) end def prefer_local! all_sources.each(&:prefer_local!) end def local_only! all_sources.each(&:local_only!) end def local! all_sources.each(&:local!) end def cached! all_sources.each(&:cached!) end def remote! @local_mode = false all_sources.each(&:remote!) end private def dup_with_replaced_sources(replacement_sources) new_source_list = dup new_source_list.replace_sources!(replacement_sources) new_source_list end def map_sources(replacement_sources) rubygems = @rubygems_sources.map do |source| replace_rubygems_source(replacement_sources, source) end git, plugin = [@git_sources, @plugin_sources].map do |sources| sources.map do |source| replace_source(replacement_sources, source) end end path = @path_sources.map do |source| replace_path_source(replacement_sources, source) end [rubygems, path, git, plugin] end def global_replacement_source(replacement_sources) replace_rubygems_source(replacement_sources, global_rubygems_source, &:local!) end def replace_rubygems_source(replacement_sources, gemfile_source) replace_source(replacement_sources, gemfile_source) do |replacement_source| # locked sources never include credentials so always prefer remotes from the gemfile replacement_source.remotes = gemfile_source.remotes yield replacement_source if block_given? replacement_source end end def replace_source(replacement_sources, gemfile_source) replacement_source = replacement_sources.find {|s| s == gemfile_source } return gemfile_source unless replacement_source replacement_source = yield(replacement_source) if block_given? replacement_source end def replace_path_source(replacement_sources, gemfile_source) replace_source(replacement_sources, gemfile_source) do |replacement_source| if gemfile_source.is_a?(Source::Gemspec) gemfile_source.checksum_store = replacement_source.checksum_store gemfile_source else replacement_source end end end def different_sources?(lock_sources, replacement_sources) !equivalent_sources?(lock_sources, replacement_sources) end def rubygems_aggregate_class Source::Rubygems end def add_source_to_list(source, list) list.unshift(source).uniq! source end def source_list_for(source) case source when Source::Git then git_sources when Source::Path then path_sources when Source::Rubygems then rubygems_sources when Plugin::API::Source then plugin_sources else raise ArgumentError, "Invalid source: #{source.inspect}" end end def combine_rubygems_sources Source::Rubygems.new("remotes" => rubygems_remotes) end def warn_on_git_protocol(source) return if Bundler.settings["git.allow_insecure"] if /^git\:/.match?(source.uri) Bundler.ui.warn "The git source `#{source.uri}` uses the `git` protocol, " \ "which transmits data without encryption. Disable this warning with " \ "`bundle config set --local git.allow_insecure true`, or switch to the `https` " \ "protocol to keep your data secure." end end def equivalent_sources?(lock_sources, replacement_sources) lock_sources.sort_by(&:identifier) == replacement_sources.sort_by(&:identifier) end def equivalent_source?(source, other_source) source == other_source end end end PK *J [�8Nۢ � 3 share/gems/gems/bundler-2.6.7/lib/bundler/digest.rbnu �[��� # frozen_string_literal: true # This code was extracted from https://github.com/Solistra/ruby-digest which is under public domain module Bundler module Digest # The initial constant values for the 32-bit constant words A, B, C, D, and # E, respectively. SHA1_WORDS = [0x67452301, 0xEFCDAB89, 0x98BADCFE, 0x10325476, 0xC3D2E1F0].freeze # The 8-bit field used for bitwise `AND` masking. Defaults to `0xFFFFFFFF`. SHA1_MASK = 0xFFFFFFFF class << self def sha1(string) unless string.is_a?(String) raise TypeError, "can't convert #{string.class.inspect} into String" end buffer = string.b words = SHA1_WORDS.dup generate_split_buffer(buffer) do |chunk| w = [] chunk.each_slice(4) do |a, b, c, d| w << (((a << 8 | b) << 8 | c) << 8 | d) end a, b, c, d, e = *words (16..79).each do |i| w[i] = SHA1_MASK & rotate((w[i - 3] ^ w[i - 8] ^ w[i - 14] ^ w[i - 16]), 1) end 0.upto(79) do |i| case i when 0..19 f = ((b & c) | (~b & d)) k = 0x5A827999 when 20..39 f = (b ^ c ^ d) k = 0x6ED9EBA1 when 40..59 f = ((b & c) | (b & d) | (c & d)) k = 0x8F1BBCDC when 60..79 f = (b ^ c ^ d) k = 0xCA62C1D6 end t = SHA1_MASK & rotate(a, 5) + f + e + k + w[i] a, b, c, d, e = t, a, SHA1_MASK & rotate(b, 30), c, d # rubocop:disable Style/ParallelAssignment end mutated = [a, b, c, d, e] words.map!.with_index {|word, index| SHA1_MASK & (word + mutated[index]) } end words.pack("N*").unpack1("H*") end private def generate_split_buffer(string, &block) size = string.bytesize * 8 buffer = string.bytes << 128 buffer << 0 while buffer.size % 64 != 56 buffer.concat([size].pack("Q>").bytes) buffer.each_slice(64, &block) end def rotate(value, spaces) value << spaces | value >> (32 - spaces) end end end end PK *J [} X�� � 6 share/gems/gems/bundler-2.6.7/lib/bundler/gem_tasks.rbnu �[��� # frozen_string_literal: true require "rake/clean" CLOBBER.include "pkg" require_relative "gem_helper" Bundler::GemHelper.install_tasks PK *J [(�1 1 9 share/gems/gems/bundler-2.6.7/lib/bundler/plugin/index.rbnu �[��� # frozen_string_literal: true module Bundler # Manages which plugins are installed and their sources. This also is supposed to map # which plugin does what (currently the features are not implemented so this class is # now a stub class). module Plugin class Index class CommandConflict < PluginError def initialize(plugin, commands) msg = "Command(s) `#{commands.join("`, `")}` declared by #{plugin} are already registered." super msg end end class SourceConflict < PluginError def initialize(plugin, sources) msg = "Source(s) `#{sources.join("`, `")}` declared by #{plugin} are already registered." super msg end end attr_reader :commands def initialize @plugin_paths = {} @commands = {} @sources = {} @hooks = {} @load_paths = {} begin load_index(global_index_file, true) rescue PermissionError # no need to fail when on a read-only FS, for example nil rescue ArgumentError => e # ruby 3.4 checks writability in Dir.tmpdir raise unless e.message&.include?("could not find a temporary directory") nil end load_index(local_index_file) if SharedHelpers.in_bundle? end # This function is to be called when a new plugin is installed. This # function shall add the functions of the plugin to existing maps and also # the name to source location. # # @param [String] name of the plugin to be registered # @param [String] path where the plugin is installed # @param [Array<String>] load_paths for the plugin # @param [Array<String>] commands that are handled by the plugin # @param [Array<String>] sources that are handled by the plugin def register_plugin(name, path, load_paths, commands, sources, hooks) old_commands = @commands.dup common = commands & @commands.keys raise CommandConflict.new(name, common) unless common.empty? commands.each {|c| @commands[c] = name } common = sources & @sources.keys raise SourceConflict.new(name, common) unless common.empty? sources.each {|k| @sources[k] = name } hooks.each do |event| event_hooks = (@hooks[event] ||= []) << name event_hooks.uniq! end @plugin_paths[name] = path @load_paths[name] = load_paths save_index rescue StandardError @commands = old_commands raise end def unregister_plugin(name) @commands.delete_if {|_, v| v == name } @sources.delete_if {|_, v| v == name } @hooks.each do |hook, names| names.delete(name) @hooks.delete(hook) if names.empty? end @plugin_paths.delete(name) @load_paths.delete(name) save_index end # Path of default index file def index_file Plugin.root.join("index") end # Path where the global index file is stored def global_index_file Plugin.global_root.join("index") end # Path where the local index file is stored def local_index_file Plugin.local_root.join("index") end def plugin_path(name) Pathname.new @plugin_paths[name] end def load_paths(name) @load_paths[name] end # Fetch the name of plugin handling the command def command_plugin(command) @commands[command] end def installed?(name) @plugin_paths[name] end def installed_plugins @plugin_paths.keys end def plugin_commands(plugin) @commands.find_all {|_, n| n == plugin }.map(&:first) end def source?(source) @sources.key? source end def source_plugin(name) @sources[name] end # Returns the list of plugin names handling the passed event def hook_plugins(event) @hooks[event] || [] end # This plugin is installed inside the .bundle/plugin directory, # and thus is managed solely by Bundler def installed_in_plugin_root?(name) return false unless (path = installed?(name)) path.start_with?("#{Plugin.root}/") end private # Reads the index file from the directory and initializes the instance # variables. # # It skips the sources if the second param is true # @param [Pathname] index file path # @param [Boolean] is the index file global index def load_index(index_file, global = false) SharedHelpers.filesystem_access(index_file, :read) do |index_f| valid_file = index_f&.exist? && !index_f.size.zero? break unless valid_file data = index_f.read require_relative "../yaml_serializer" index = YAMLSerializer.load(data) @commands.merge!(index["commands"]) @hooks.merge!(index["hooks"]) @load_paths.merge!(index["load_paths"]) @plugin_paths.merge!(index["plugin_paths"]) @sources.merge!(index["sources"]) unless global end end # Should be called when any of the instance variables change. Stores the # instance variables in YAML format. (The instance variables are supposed # to be only String key value pairs) def save_index index = { "commands" => @commands, "hooks" => @hooks, "load_paths" => @load_paths, "plugin_paths" => @plugin_paths, "sources" => @sources, } require_relative "../yaml_serializer" SharedHelpers.filesystem_access(index_file) do |index_f| FileUtils.mkdir_p(index_f.dirname) File.open(index_f, "w") {|f| f.puts YAMLSerializer.dump(index) } end end end end end PK *J [��}� � : share/gems/gems/bundler-2.6.7/lib/bundler/plugin/events.rbnu �[��� # frozen_string_literal: true module Bundler module Plugin module Events def self.define(const, event) const = const.to_sym.freeze if const_defined?(const) && const_get(const) != event raise ArgumentError, "Attempting to reassign #{const} to a different value" end const_set(const, event) unless const_defined?(const) @events ||= {} @events[event] = const end private_class_method :define def self.reset @events.each_value do |const| remove_const(const) end @events = nil end private_class_method :reset # Check if an event has been defined # @param event [String] An event to check # @return [Boolean] A boolean indicating if the event has been defined def self.defined_event?(event) @events ||= {} @events.key?(event) end # @!parse # A hook called before each individual gem is installed # Includes a Bundler::ParallelInstaller::SpecInstallation. # No state, error, post_install_message will be present as nothing has installed yet # GEM_BEFORE_INSTALL = "before-install" define :GEM_BEFORE_INSTALL, "before-install" # @!parse # A hook called after each individual gem is installed # Includes a Bundler::ParallelInstaller::SpecInstallation. # - If state is failed, an error will be present. # - If state is success, a post_install_message may be present. # GEM_AFTER_INSTALL = "after-install" define :GEM_AFTER_INSTALL, "after-install" # @!parse # A hook called before any gems install # Includes an Array of Bundler::Dependency objects # GEM_BEFORE_INSTALL_ALL = "before-install-all" define :GEM_BEFORE_INSTALL_ALL, "before-install-all" # @!parse # A hook called after any gems install # Includes an Array of Bundler::Dependency objects # GEM_AFTER_INSTALL_ALL = "after-install-all" define :GEM_AFTER_INSTALL_ALL, "after-install-all" # @!parse # A hook called before each individual gem is required # Includes a Bundler::Dependency. # GEM_BEFORE_REQUIRE = "before-require" define :GEM_BEFORE_REQUIRE, "before-require" # @!parse # A hook called after each individual gem is required # Includes a Bundler::Dependency. # GEM_AFTER_REQUIRE = "after-require" define :GEM_AFTER_REQUIRE, "after-require" # @!parse # A hook called before any gems require # Includes an Array of Bundler::Dependency objects. # GEM_BEFORE_REQUIRE_ALL = "before-require-all" define :GEM_BEFORE_REQUIRE_ALL, "before-require-all" # @!parse # A hook called after all gems required # Includes an Array of Bundler::Dependency objects. # GEM_AFTER_REQUIRE_ALL = "after-require-all" define :GEM_AFTER_REQUIRE_ALL, "after-require-all" end end end PK *J [Um/ / > share/gems/gems/bundler-2.6.7/lib/bundler/plugin/api/source.rbnu �[��� # frozen_string_literal: true module Bundler module Plugin class API # This class provides the base to build source plugins # All the method here are required to build a source plugin (except # `uri_hash`, `gem_install_dir`; they are helpers). # # Defaults for methods, where ever possible are provided which is # expected to work. But, all source plugins have to override # `fetch_gemspec_files` and `install`. Defaults are also not provided for # `remote!`, `cache!` and `unlock!`. # # The defaults shall work for most situations but nevertheless they can # be (preferably should be) overridden as per the plugins' needs safely # (as long as they behave as expected). # On overriding `initialize` you should call super first. # # If required plugin should override `hash`, `==` and `eql?` methods to be # able to match objects representing same sources, but may be created in # different situation (like form gemfile and lockfile). The default ones # checks only for class and uri, but elaborate source plugins may need # more comparisons (e.g. git checking on branch or tag). # # @!attribute [r] uri # @return [String] the remote specified with `source` block in Gemfile # # @!attribute [r] options # @return [String] options passed during initialization (either from # lockfile or Gemfile) # # @!attribute [r] name # @return [String] name that can be used to uniquely identify a source # # @!attribute [rw] dependency_names # @return [Array<String>] Names of dependencies that the source should # try to resolve. It is not necessary to use this list internally. This # is present to be compatible with `Definition` and is used by # rubygems source. module Source attr_reader :uri, :options, :name, :checksum_store attr_accessor :dependency_names def initialize(opts) @options = opts @dependency_names = [] @uri = opts["uri"] @type = opts["type"] @name = opts["name"] || "#{@type} at #{@uri}" @checksum_store = Checksum::Store.new end # This is used by the default `spec` method to constructs the # Specification objects for the gems and versions that can be installed # by this source plugin. # # Note: If the spec method is overridden, this function is not necessary # # @return [Array<String>] paths of the gemspec files for gems that can # be installed def fetch_gemspec_files [] end # Options to be saved in the lockfile so that the source plugin is able # to check out same version of gem later. # # There options are passed when the source plugin is created from the # lockfile. # # @return [Hash] def options_to_lock {} end # Install the gem specified by the spec at appropriate path. # `install_path` provides a sufficient default, if the source can only # satisfy one gem, but is not binding. # # @return [String] post installation message (if any) def install(spec, opts) raise MalformattedPlugin, "Source plugins need to override the install method." end # It builds extensions, generates bins and installs them for the spec # provided. # # It depends on `spec.loaded_from` to get full_gem_path. The source # plugins should set that. # # It should be called in `install` after the plugin is done placing the # gem at correct install location. # # It also runs Gem hooks `pre_install`, `post_build` and `post_install` # # Note: Do not override if you don't know what you are doing. def post_install(spec, disable_exts = false) opts = { env_shebang: false, disable_extensions: disable_exts } installer = Bundler::Source::Path::Installer.new(spec, opts) installer.post_install end # A default installation path to install a single gem. If the source # servers multiple gems, it's not of much use and the source should one # of its own. def install_path @install_path ||= begin base_name = File.basename(Gem::URI.parse(uri).normalize.path) gem_install_dir.join("#{base_name}-#{uri_hash[0..11]}") end end # Parses the gemspec files to find the specs for the gems that can be # satisfied by the source. # # Few important points to keep in mind: # - If the gems are not installed then it shall return specs for all # the gems it can satisfy # - If gem is installed (that is to be detected by the plugin itself) # then it shall return at least the specs that are installed. # - The `loaded_from` for each of the specs shall be correct (it is # used to find the load path) # # @return [Bundler::Index] index containing the specs def specs files = fetch_gemspec_files Bundler::Index.build do |index| files.each do |file| next unless spec = Bundler.load_gemspec(file) spec.installed_by_version = Gem::VERSION spec.source = self Bundler.rubygems.validate(spec) index << spec end end end # Set internal representation to fetch the gems/specs locally. # # When this is called, the source should try to fetch the specs and # install from the local system. def local! end # Set internal representation to fetch the gems/specs from remote. # # When this is called, the source should try to fetch the specs and # install from remote path. def remote! end # Set internal representation to fetch the gems/specs from app cache. # # When this is called, the source should try to fetch the specs and # install from the path provided by `app_cache_path`. def cached! end # This is called to update the spec and installation. # # If the source plugin is loaded from lockfile or otherwise, it shall # refresh the cache/specs (e.g. git sources can make a fresh clone). def unlock! end # Name of directory where plugin the is expected to cache the gems when # #cache is called. # # Also this name is matched against the directories in cache for pruning # # This is used by `app_cache_path` def app_cache_dirname base_name = File.basename(Gem::URI.parse(uri).normalize.path) "#{base_name}-#{uri_hash}" end # This method is called while caching to save copy of the gems that the # source can resolve to path provided by `app_cache_app`so that they can # be reinstalled from the cache without querying the remote (i.e. an # alternative to remote) # # This is stored with the app and source plugins should try to provide # specs and install only from this cache when `cached!` is called. # # This cache is different from the internal caching that can be done # at sub paths of `cache_path` (from API). This can be though as caching # by bundler. def cache(spec, custom_path = nil) new_cache_path = app_cache_path(custom_path) FileUtils.rm_rf(new_cache_path) FileUtils.cp_r(install_path, new_cache_path) FileUtils.rm_rf(app_cache_path.join(".git")) FileUtils.touch(app_cache_path.join(".bundlecache")) end # This shall check if two source object represent the same source. # # The comparison shall take place only on the attribute that can be # inferred from the options passed from Gemfile and not on attributes # that are used to pin down the gem to specific version (e.g. Git # sources should compare on branch and tag but not on commit hash) # # The sources objects are constructed from Gemfile as well as from # lockfile. To converge the sources, it is necessary that they match. # # The same applies for `eql?` and `hash` def ==(other) other.is_a?(self.class) && uri == other.uri end # When overriding `eql?` please preserve the behaviour as mentioned in # docstring for `==` method. alias_method :eql?, :== # When overriding `hash` please preserve the behaviour as mentioned in # docstring for `==` method, i.e. two methods equal by above comparison # should have same hash. def hash [self.class, uri].hash end # A helper method, not necessary if not used internally. def installed? File.directory?(install_path) end # The full path where the plugin should cache the gem so that it can be # installed latter. # # Note: Do not override if you don't know what you are doing. def app_cache_path(custom_path = nil) @app_cache_path ||= Bundler.app_cache(custom_path).join(app_cache_dirname) end # Used by definition. # # Note: Do not override if you don't know what you are doing. def unmet_deps specs.unmet_dependency_names end # Used by definition. # # Note: Do not override if you don't know what you are doing. def spec_names specs.spec_names end # Used by definition. # # Note: Do not override if you don't know what you are doing. def add_dependency_names(names) @dependencies |= Array(names) end # NOTE: Do not override if you don't know what you are doing. def can_lock?(spec) spec.source == self end # Generates the content to be entered into the lockfile. # Saves type and remote and also calls to `options_to_lock`. # # Plugin should use `options_to_lock` to save information in lockfile # and not override this. # # Note: Do not override if you don't know what you are doing. def to_lock out = String.new("#{LockfileParser::PLUGIN}\n") out << " remote: #{@uri}\n" out << " type: #{@type}\n" options_to_lock.each do |opt, value| out << " #{opt}: #{value}\n" end out << " specs:\n" end def to_s "plugin source for #{@type} with uri #{@uri}" end alias_method :identifier, :to_s # NOTE: Do not override if you don't know what you are doing. def include?(other) other == self end def uri_hash SharedHelpers.digest(:SHA1).hexdigest(uri) end # NOTE: Do not override if you don't know what you are doing. def gem_install_dir Bundler.install_path end # It is used to obtain the full_gem_path. # # spec's loaded_from path is expanded against this to get full_gem_path # # Note: Do not override if you don't know what you are doing. def root Bundler.root end # @private # This API on source might not be stable, and for now we expect plugins # to download all specs in `#specs`, so we implement the method for # compatibility purposes and leave it undocumented (and don't support) # overriding it) def double_check_for(*); end end end end end PK *J ["�x� � 7 share/gems/gems/bundler-2.6.7/lib/bundler/plugin/dsl.rbnu �[��� # frozen_string_literal: true module Bundler module Plugin # Dsl to parse the Gemfile looking for plugins to install class DSL < Bundler::Dsl class PluginGemfileError < PluginError; end alias_method :_gem, :gem # To use for plugin installation as gem # So that we don't have to override all there methods to dummy ones # explicitly. # They will be handled by method_missing [:gemspec, :gem, :install_if, :platforms, :env].each {|m| undef_method m } # This lists the plugins that was added automatically and not specified by # the user. # # When we encounter :type attribute with a source block, we add a plugin # by name bundler-source-<type> to list of plugins to be installed. # # These plugins are optional and are not installed when there is conflict # with any other plugin. attr_reader :inferred_plugins def initialize super @sources = Plugin::SourceList.new @inferred_plugins = [] # The source plugins inferred from :type end def plugin(name, *args) _gem(name, *args) end def method_missing(name, *args) raise PluginGemfileError, "Undefined local variable or method `#{name}' for Gemfile" unless Bundler::Dsl.method_defined? name end def source(source, *args, &blk) options = args.last.is_a?(Hash) ? args.pop.dup : {} options = normalize_hash(options) return super unless options.key?("type") plugin_name = "bundler-source-#{options["type"]}" return if @dependencies.any? {|d| d.name == plugin_name } plugin(plugin_name) @inferred_plugins << plugin_name end end end end PK *J [�gl�� � = share/gems/gems/bundler-2.6.7/lib/bundler/plugin/installer.rbnu �[��� # frozen_string_literal: true module Bundler # Handles the installation of plugin in appropriate directories. # # This class is supposed to be wrapper over the existing gem installation infra # but currently it itself handles everything as the Source's subclasses (e.g. Source::RubyGems) # are heavily dependent on the Gemfile. module Plugin class Installer autoload :Rubygems, File.expand_path("installer/rubygems", __dir__) autoload :Git, File.expand_path("installer/git", __dir__) autoload :Path, File.expand_path("installer/path", __dir__) def install(names, options) check_sources_consistency!(options) version = options[:version] || [">= 0"] if options[:git] install_git(names, version, options) elsif options[:path] install_path(names, version, options[:path]) else sources = options[:source] || Gem.sources install_rubygems(names, version, sources) end end # Installs the plugin from Definition object created by limited parsing of # Gemfile searching for plugins to be installed # # @param [Definition] definition object # @return [Hash] map of names to their specs they are installed with def install_definition(definition) def definition.lock(*); end definition.remotely! specs = definition.specs install_from_specs specs end private def check_sources_consistency!(options) if options.key?(:git) && options.key?(:local_git) raise InvalidOption, "Remote and local plugin git sources can't be both specified" end # back-compat; local_git is an alias for git if options.key?(:local_git) Bundler::SharedHelpers.major_deprecation(2, "--local_git is deprecated, use --git") options[:git] = options.delete(:local_git) end if (options.keys & [:source, :git, :path]).length > 1 raise InvalidOption, "Only one of --source, --git, or --path may be specified" end if (options.key?(:branch) || options.key?(:ref)) && !options.key?(:git) raise InvalidOption, "--#{options.key?(:branch) ? "branch" : "ref"} can only be used with git sources" end if options.key?(:branch) && options.key?(:ref) raise InvalidOption, "--branch and --ref can't be both specified" end end def install_git(names, version, options) source_list = SourceList.new source = source_list.add_git_source({ "uri" => options[:git], "branch" => options[:branch], "ref" => options[:ref] }) install_all_sources(names, version, source_list, source) end def install_path(names, version, path) source_list = SourceList.new source = source_list.add_path_source({ "path" => path, "root_path" => SharedHelpers.pwd }) install_all_sources(names, version, source_list, source) end # Installs the plugin from rubygems source and returns the path where the # plugin was installed # # @param [String] name of the plugin gem to search in the source # @param [Array] version of the gem to install # @param [String, Array<String>] source(s) to resolve the gem # # @return [Hash] map of names to the specs of plugins installed def install_rubygems(names, version, sources) source_list = SourceList.new Array(sources).each {|remote| source_list.add_global_rubygems_remote(remote) } install_all_sources(names, version, source_list) end def install_all_sources(names, version, source_list, source = nil) deps = names.map {|name| Dependency.new(name, version, { "source" => source }) } Bundler.configure_gem_home_and_path(Plugin.root) Bundler.settings.temporary(deployment: false, frozen: false) do definition = Definition.new(nil, deps, source_list, true) install_definition(definition) end end # Installs the plugins and deps from the provided specs and returns map of # gems to their paths # # @param specs to install # # @return [Hash] map of names to the specs def install_from_specs(specs) paths = {} specs.each do |spec| spec.source.install spec paths[spec.name] = spec end paths end end end end PK *J [$�&�& & F share/gems/gems/bundler-2.6.7/lib/bundler/plugin/installer/rubygems.rbnu �[��� # frozen_string_literal: true module Bundler module Plugin class Installer class Rubygems < Bundler::Source::Rubygems private def rubygems_dir Plugin.root end def cache_path Plugin.cache end end end end end PK *J [}[?n A share/gems/gems/bundler-2.6.7/lib/bundler/plugin/installer/git.rbnu �[��� # frozen_string_literal: true module Bundler module Plugin class Installer class Git < Bundler::Source::Git def cache_path @cache_path ||= begin git_scope = "#{base_name}-#{uri_hash}" Plugin.cache.join("bundler", "git", git_scope) end end def install_path @install_path ||= begin git_scope = "#{base_name}-#{shortref_for_path(revision)}" Plugin.root.join("bundler", "gems", git_scope) end end def root Plugin.root end def generate_bin(spec, disable_extensions = false) # Need to find a way without code duplication # For now, we can ignore this end end end end end PK *J [��} } B share/gems/gems/bundler-2.6.7/lib/bundler/plugin/installer/path.rbnu �[��� # frozen_string_literal: true module Bundler module Plugin class Installer class Path < Bundler::Source::Path def root SharedHelpers.in_bundle? ? Bundler.root : Plugin.root end def eql?(other) return unless other.class == self.class expanded_original_path == other.expanded_original_path && version == other.version end alias_method :==, :eql? def generate_bin(spec, disable_extensions = false) # Need to find a way without code duplication # For now, we can ignore this end end end end end PK *J [�~.�j j ? share/gems/gems/bundler-2.6.7/lib/bundler/plugin/source_list.rbnu �[��� # frozen_string_literal: true module Bundler # SourceList object to be used while parsing the Gemfile, setting the # approptiate options to be used with Source classes for plugin installation module Plugin class SourceList < Bundler::SourceList def add_git_source(options = {}) add_source_to_list Plugin::Installer::Git.new(options), git_sources end def add_path_source(options = {}) add_source_to_list Plugin::Installer::Path.new(options), path_sources end def add_rubygems_source(options = {}) add_source_to_list Plugin::Installer::Rubygems.new(options), @rubygems_sources end def all_sources path_sources + git_sources + rubygems_sources + [metadata_source] end private def rubygems_aggregate_class Plugin::Installer::Rubygems end end end end PK *J [�6�P P 7 share/gems/gems/bundler-2.6.7/lib/bundler/plugin/api.rbnu �[��� # frozen_string_literal: true module Bundler # This is the interfacing class represents the API that we intend to provide # the plugins to use. # # For plugins to be independent of the Bundler internals they shall limit their # interactions to methods of this class only. This will save them from breaking # when some internal change. # # Currently we are delegating the methods defined in Bundler class to # itself. So, this class acts as a buffer. # # If there is some change in the Bundler class that is incompatible to its # previous behavior or if otherwise desired, we can reimplement(or implement) # the method to preserve compatibility. # # To use this, either the class can inherit this class or use it directly. # For example of both types of use, refer the file `spec/plugins/command.rb` # # To use it without inheriting, you will have to create an object of this # to use the functions (except for declaration functions like command, source, # and hooks). module Plugin class API autoload :Source, File.expand_path("api/source", __dir__) # The plugins should declare that they handle a command through this helper. # # @param [String] command being handled by them # @param [Class] (optional) class that handles the command. If not # provided, the `self` class will be used. def self.command(command, cls = self) Plugin.add_command command, cls end # The plugins should declare that they provide a installation source # through this helper. # # @param [String] the source type they provide # @param [Class] (optional) class that handles the source. If not # provided, the `self` class will be used. def self.source(source, cls = self) cls.send :include, Bundler::Plugin::API::Source Plugin.add_source source, cls end def self.hook(event, &block) Plugin.add_hook(event, &block) end # The cache dir to be used by the plugins for storage # # @return [Pathname] path of the cache dir def cache_dir Plugin.cache.join("plugins") end # A tmp dir to be used by plugins # Accepts names that get concatenated as suffix # # @return [Pathname] object for the new directory created def tmp(*names) Bundler.tmp(["plugin", *names].join("-")) end def method_missing(name, *args, &blk) return Bundler.send(name, *args, &blk) if Bundler.respond_to?(name) return SharedHelpers.send(name, *args, &blk) if SharedHelpers.respond_to?(name) super end def respond_to_missing?(name, include_private = false) SharedHelpers.respond_to?(name, include_private) || Bundler.respond_to?(name, include_private) || super end end end end PK *J ["a U�� �� 7 share/gems/gems/bundler-2.6.7/lib/bundler/definition.rbnu �[��� # frozen_string_literal: true require_relative "lockfile_parser" module Bundler class Definition include GemHelpers class << self # Do not create or modify a lockfile (Makes #lock a noop) attr_accessor :no_lock end attr_reader( :dependencies, :locked_checksums, :locked_deps, :locked_gems, :platforms, :ruby_version, :lockfile, :gemfiles, :sources ) # Given a gemfile and lockfile creates a Bundler definition # # @param gemfile [Pathname] Path to Gemfile # @param lockfile [Pathname,nil] Path to Gemfile.lock # @param unlock [Hash, Boolean, nil] Gems that have been requested # to be updated or true if all gems should be updated # @return [Bundler::Definition] def self.build(gemfile, lockfile, unlock) unlock ||= {} gemfile = Pathname.new(gemfile).expand_path raise GemfileNotFound, "#{gemfile} not found" unless gemfile.file? Dsl.evaluate(gemfile, lockfile, unlock) end # # How does the new system work? # # * Load information from Gemfile and Lockfile # * Invalidate stale locked specs # * All specs from stale source are stale # * All specs that are reachable only through a stale # dependency are stale. # * If all fresh dependencies are satisfied by the locked # specs, then we can try to resolve locally. # # @param lockfile [Pathname] Path to Gemfile.lock # @param dependencies [Array(Bundler::Dependency)] array of dependencies from Gemfile # @param sources [Bundler::SourceList] # @param unlock [Hash, Boolean, nil] Gems that have been requested # to be updated or true if all gems should be updated # @param ruby_version [Bundler::RubyVersion, nil] Requested Ruby Version # @param optional_groups [Array(String)] A list of optional groups def initialize(lockfile, dependencies, sources, unlock, ruby_version = nil, optional_groups = [], gemfiles = []) unlock ||= {} if unlock == true @unlocking_all = true @unlocking_bundler = false @unlocking = unlock @sources_to_unlock = [] @unlocking_ruby = false @explicit_unlocks = [] conservative = false else @unlocking_all = false @unlocking_bundler = unlock.delete(:bundler) @unlocking = unlock.any? {|_k, v| !Array(v).empty? } @sources_to_unlock = unlock.delete(:sources) || [] @unlocking_ruby = unlock.delete(:ruby) @explicit_unlocks = unlock.delete(:gems) || [] conservative = unlock.delete(:conservative) end @dependencies = dependencies @sources = sources @optional_groups = optional_groups @prefer_local = false @specs = nil @ruby_version = ruby_version @gemfiles = gemfiles @lockfile = lockfile @lockfile_contents = String.new @locked_bundler_version = nil @resolved_bundler_version = nil @locked_ruby_version = nil @new_platforms = [] @removed_platforms = [] @originally_invalid_platforms = [] if lockfile_exists? @lockfile_contents = Bundler.read_file(lockfile) @locked_gems = LockfileParser.new(@lockfile_contents) @locked_platforms = @locked_gems.platforms @most_specific_locked_platform = @locked_gems.most_specific_locked_platform @platforms = @locked_platforms.dup @locked_bundler_version = @locked_gems.bundler_version @locked_ruby_version = @locked_gems.ruby_version @locked_deps = @locked_gems.dependencies @originally_locked_specs = SpecSet.new(@locked_gems.specs) @locked_checksums = @locked_gems.checksums if @unlocking_all @locked_specs = SpecSet.new([]) @locked_sources = [] else @locked_specs = @originally_locked_specs @locked_sources = @locked_gems.sources end else @locked_gems = nil @locked_platforms = [] @most_specific_locked_platform = nil @platforms = [] @locked_deps = {} @locked_specs = SpecSet.new([]) @originally_locked_specs = @locked_specs @locked_sources = [] @locked_checksums = Bundler.feature_flag.lockfile_checksums? end locked_gem_sources = @locked_sources.select {|s| s.is_a?(Source::Rubygems) } @multisource_allowed = locked_gem_sources.size == 1 && locked_gem_sources.first.multiple_remotes? && Bundler.frozen_bundle? if @multisource_allowed unless sources.aggregate_global_source? msg = "Your lockfile contains a single rubygems source section with multiple remotes, which is insecure. Make sure you run `bundle install` in non frozen mode and commit the result to make your lockfile secure." Bundler::SharedHelpers.major_deprecation 2, msg end @sources.merged_gem_lockfile_sections!(locked_gem_sources.first) end @unlocking_ruby ||= if @ruby_version && locked_ruby_version_object @ruby_version.diff(locked_ruby_version_object) end @unlocking ||= @unlocking_ruby ||= (!@locked_ruby_version ^ !@ruby_version) @current_platform_missing = add_current_platform unless Bundler.frozen_bundle? @source_changes = converge_sources @path_changes = converge_paths if conservative @gems_to_unlock = @explicit_unlocks.any? ? @explicit_unlocks : @dependencies.map(&:name) else eager_unlock = @explicit_unlocks.map {|name| Dependency.new(name, ">= 0") } @gems_to_unlock = @locked_specs.for(eager_unlock, platforms).map(&:name).uniq end @dependency_changes = converge_dependencies @local_changes = converge_locals check_lockfile end def gem_version_promoter @gem_version_promoter ||= GemVersionPromoter.new end def check! # If dependencies have changed, we need to resolve remotely. Otherwise, # since we'll be resolving with a single local source, we may end up # locking gems under the wrong source in the lockfile, and missing lockfile # checksums resolve_remotely! if @dependency_changes # Now do a local only resolve, to verify if any gems are missing locally sources.local_only! resolve end # # Setup sources according to the given options and the state of the # definition. # # @return [Boolean] Whether fetching remote information will be necessary or not # def setup_domain!(options = {}) prefer_local! if options[:"prefer-local"] if options[:add_checksums] || (!options[:local] && install_needed?) remotely! true else Bundler.settings.set_command_option(:jobs, 1) unless install_needed? # to avoid the overhead of Bundler::Worker with_cache! false end end def resolve_with_cache! with_cache! resolve end def with_cache! sources.local! sources.cached! end def resolve_remotely! remotely! resolve end def remotely! sources.cached! sources.remote! end def prefer_local! @prefer_local = true sources.prefer_local! end # For given dependency list returns a SpecSet with Gemspec of all the required # dependencies. # 1. The method first resolves the dependencies specified in Gemfile # 2. After that it tries and fetches gemspec of resolved dependencies # # @return [Bundler::SpecSet] def specs @specs ||= materialize(requested_dependencies) end def new_specs specs - @locked_specs end def removed_specs @locked_specs - specs end def missing_specs resolve.missing_specs_for(requested_dependencies) end def missing_specs? missing = missing_specs return false if missing.empty? Bundler.ui.debug "The definition is missing #{missing.map(&:full_name)}" true rescue BundlerError => e @resolve = nil @resolver = nil @resolution_packages = nil @source_requirements = nil @specs = nil Bundler.ui.debug "The definition is missing dependencies, failed to resolve & materialize locally (#{e})" true end def requested_specs specs_for(requested_groups) end def requested_dependencies dependencies_for(requested_groups) end def current_dependencies filter_relevant(dependencies) end def current_locked_dependencies filter_relevant(locked_dependencies) end def filter_relevant(dependencies) platforms_array = [generic_local_platform].freeze dependencies.select do |d| d.should_include? && !d.gem_platforms(platforms_array).empty? end end def locked_dependencies @locked_deps.values end def new_deps @new_deps ||= @dependencies - locked_dependencies end def deleted_deps @deleted_deps ||= locked_dependencies - @dependencies end def specs_for(groups) return specs if groups.empty? deps = dependencies_for(groups) materialize(deps) end def dependencies_for(groups) groups.map!(&:to_sym) deps = current_dependencies # always returns a new array deps.select! do |d| d.groups.intersect?(groups) end deps end # Resolve all the dependencies specified in Gemfile. It ensures that # dependencies that have been already resolved via locked file and are fresh # are reused when resolving dependencies # # @return [SpecSet] resolved dependencies def resolve @resolve ||= if Bundler.frozen_bundle? Bundler.ui.debug "Frozen, using resolution from the lockfile" @locked_specs elsif no_resolve_needed? if deleted_deps.any? Bundler.ui.debug "Some dependencies were deleted, using a subset of the resolution from the lockfile" SpecSet.new(filter_specs(@locked_specs, @dependencies - deleted_deps)) else Bundler.ui.debug "Found no changes, using resolution from the lockfile" if @removed_platforms.any? || @locked_gems.may_include_redundant_platform_specific_gems? SpecSet.new(filter_specs(@locked_specs, @dependencies)) else @locked_specs end end else if lockfile_exists? Bundler.ui.debug "Found changes from the lockfile, re-resolving dependencies because #{change_reason}" else Bundler.ui.debug "Resolving dependencies because there's no lockfile" end start_resolution end end def spec_git_paths sources.git_sources.filter_map {|s| File.realpath(s.path) if File.exist?(s.path) } end def groups dependencies.flat_map(&:groups).uniq end def lock(file_or_preserve_unknown_sections = false, preserve_unknown_sections_or_unused = false) if [true, false, nil].include?(file_or_preserve_unknown_sections) target_lockfile = lockfile preserve_unknown_sections = file_or_preserve_unknown_sections else target_lockfile = file_or_preserve_unknown_sections preserve_unknown_sections = preserve_unknown_sections_or_unused suggestion = if target_lockfile == lockfile "To fix this warning, remove it from the `Definition#lock` call." else "Instead, instantiate a new definition passing `#{target_lockfile}`, and call `lock` without a file argument on that definition" end msg = "`Definition#lock` was passed a target file argument. #{suggestion}" Bundler::SharedHelpers.major_deprecation 2, msg end write_lock(target_lockfile, preserve_unknown_sections) end def locked_ruby_version return unless ruby_version if @unlocking_ruby || !@locked_ruby_version Bundler::RubyVersion.system else @locked_ruby_version end end def locked_ruby_version_object return unless @locked_ruby_version @locked_ruby_version_object ||= begin unless version = RubyVersion.from_string(@locked_ruby_version) raise LockfileError, "The Ruby version #{@locked_ruby_version} from " \ "#{@lockfile} could not be parsed. " \ "Try running bundle update --ruby to resolve this." end version end end def bundler_version_to_lock @resolved_bundler_version || Bundler.gem_version end def to_lock require_relative "lockfile_generator" LockfileGenerator.generate(self) end def ensure_equivalent_gemfile_and_lockfile(explicit_flag = false) return unless Bundler.frozen_bundle? raise ProductionError, "Frozen mode is set, but there's no lockfile" unless lockfile_exists? msg = lockfile_changes_summary("frozen mode is set") return unless msg unless explicit_flag suggested_command = unless Bundler.settings.locations("frozen").keys.include?(:env) "bundle config set frozen false" end msg << "\n\nIf this is a development machine, remove the #{SharedHelpers.relative_lockfile_path} " \ "freeze by running `#{suggested_command}`." if suggested_command end raise ProductionError, msg end def validate_runtime! validate_ruby! validate_platforms! end def validate_ruby! return unless ruby_version if diff = ruby_version.diff(Bundler::RubyVersion.system) problem, expected, actual = diff msg = case problem when :engine "Your Ruby engine is #{actual}, but your Gemfile specified #{expected}" when :version "Your Ruby version is #{actual}, but your Gemfile specified #{expected}" when :engine_version "Your #{Bundler::RubyVersion.system.engine} version is #{actual}, but your Gemfile specified #{ruby_version.engine} #{expected}" when :patchlevel if !expected.is_a?(String) "The Ruby patchlevel in your Gemfile must be a string" else "Your Ruby patchlevel is #{actual}, but your Gemfile specified #{expected}" end end raise RubyVersionMismatch, msg end end def validate_platforms! return if current_platform_locked? || @platforms.include?(Gem::Platform::RUBY) raise ProductionError, "Your bundle only supports platforms #{@platforms.map(&:to_s)} " \ "but your local platform is #{local_platform}. " \ "Add the current platform to the lockfile with\n`bundle lock --add-platform #{local_platform}` and try again." end def normalize_platforms @platforms = resolve.normalize_platforms!(current_dependencies, platforms) @resolve = SpecSet.new(resolve.for(current_dependencies, @platforms)) end def add_platform(platform) return if @platforms.include?(platform) @new_platforms << platform @platforms << platform end def remove_platform(platform) raise InvalidOption, "Unable to remove the platform `#{platform}` since the only platforms are #{@platforms.join ", "}" unless @platforms.include?(platform) @removed_platforms << platform @platforms.delete(platform) end def nothing_changed? !something_changed? end def no_resolve_needed? !resolve_needed? end def unlocking? @unlocking end attr_writer :source_requirements def add_checksums @locked_checksums = true setup_domain!(add_checksums: true) specs # force materialization to real specifications, so that checksums are fetched end private def lockfile_changes_summary(update_refused_reason) added = [] deleted = [] changed = [] added.concat @new_platforms.map {|p| "* platform: #{p}" } deleted.concat @removed_platforms.map {|p| "* platform: #{p}" } added.concat new_deps.map {|d| "* #{pretty_dep(d)}" } if new_deps.any? deleted.concat deleted_deps.map {|d| "* #{pretty_dep(d)}" } if deleted_deps.any? both_sources = Hash.new {|h, k| h[k] = [] } current_dependencies.each {|d| both_sources[d.name][0] = d } current_locked_dependencies.each {|d| both_sources[d.name][1] = d } both_sources.each do |name, (dep, lock_dep)| next if dep.nil? || lock_dep.nil? gemfile_source = dep.source || default_source lock_source = lock_dep.source || default_source next if lock_source.include?(gemfile_source) gemfile_source_name = dep.source ? gemfile_source.to_gemfile : "no specified source" lockfile_source_name = lock_dep.source ? lock_source.to_gemfile : "no specified source" changed << "* #{name} from `#{lockfile_source_name}` to `#{gemfile_source_name}`" end return unless added.any? || deleted.any? || changed.any? || resolve_needed? reason = resolve_needed? ? change_reason : "some dependencies were deleted from your gemfile" msg = String.new("#{reason.capitalize.strip}, but ") msg << "the lockfile " unless msg.start_with?("Your lockfile") msg << "can't be updated because #{update_refused_reason}" msg << "\n\nYou have added to the Gemfile:\n" << added.join("\n") if added.any? msg << "\n\nYou have deleted from the Gemfile:\n" << deleted.join("\n") if deleted.any? msg << "\n\nYou have changed in the Gemfile:\n" << changed.join("\n") if changed.any? msg << "\n\nRun `bundle install` elsewhere and add the updated #{SharedHelpers.relative_lockfile_path} to version control.\n" unless unlocking? msg end def install_needed? resolve_needed? || missing_specs? end def something_changed? return true unless lockfile_exists? @source_changes || @dependency_changes || @current_platform_missing || @new_platforms.any? || @path_changes || @local_changes || @missing_lockfile_dep || @unlocking_bundler || @locked_spec_with_missing_checksums || @locked_spec_with_missing_deps || @locked_spec_with_invalid_deps end def resolve_needed? unlocking? || something_changed? end def should_add_extra_platforms? !lockfile_exists? && generic_local_platform_is_ruby? && !Bundler.settings[:force_ruby_platform] end def lockfile_exists? lockfile && File.exist?(lockfile) end def write_lock(file, preserve_unknown_sections) return if Definition.no_lock || file.nil? contents = to_lock # Convert to \r\n if the existing lock has them # i.e., Windows with `git config core.autocrlf=true` contents.gsub!(/\n/, "\r\n") if @lockfile_contents.match?("\r\n") if @locked_bundler_version locked_major = @locked_bundler_version.segments.first current_major = bundler_version_to_lock.segments.first updating_major = locked_major < current_major end preserve_unknown_sections ||= !updating_major && (Bundler.frozen_bundle? || !(unlocking? || @unlocking_bundler)) if File.exist?(file) && lockfiles_equal?(@lockfile_contents, contents, preserve_unknown_sections) return if Bundler.frozen_bundle? SharedHelpers.filesystem_access(file) { FileUtils.touch(file) } return end if Bundler.frozen_bundle? Bundler.ui.error "Cannot write a changed lockfile while frozen." return end begin SharedHelpers.filesystem_access(file) do |p| File.open(p, "wb") {|f| f.puts(contents) } end rescue ReadOnlyFileSystemError raise ProductionError, lockfile_changes_summary("file system is read-only") end end def resolver @resolver ||= Resolver.new(resolution_packages, gem_version_promoter, @most_specific_locked_platform) end def expanded_dependencies dependencies_with_bundler + metadata_dependencies end def dependencies_with_bundler return dependencies unless @unlocking_bundler return dependencies if dependencies.any? {|d| d.name == "bundler" } [Dependency.new("bundler", @unlocking_bundler)] + dependencies end def resolution_packages @resolution_packages ||= begin last_resolve = converge_locked_specs remove_invalid_platforms! new_resolution_platforms = @current_platform_missing ? @new_platforms + [local_platform] : @new_platforms packages = Resolver::Base.new(source_requirements, expanded_dependencies, last_resolve, @platforms, locked_specs: @originally_locked_specs, unlock: @unlocking_all || @gems_to_unlock, prerelease: gem_version_promoter.pre?, prefer_local: @prefer_local, new_platforms: new_resolution_platforms) packages = additional_base_requirements_to_prevent_downgrades(packages) packages = additional_base_requirements_to_force_updates(packages) packages end end def filter_specs(specs, deps, skips: []) SpecSet.new(specs).for(deps, platforms, skips: skips) end def materialize(dependencies) # Tracks potential endless loops trying to re-resolve. # TODO: Remove as dead code if not reports are received in a while incorrect_spec = nil specs = begin resolve.materialize(dependencies) rescue IncorrectLockfileDependencies => e raise if Bundler.frozen_bundle? spec = e.spec raise "Infinite loop while fixing lockfile dependencies" if incorrect_spec == spec incorrect_spec = spec reresolve_without([spec]) retry end missing_specs = resolve.missing_specs if missing_specs.any? missing_specs.each do |s| locked_gem = @locked_specs[s.name].last next if locked_gem.nil? || locked_gem.version != s.version || sources.local_mode? message = if sources.implicit_global_source? "Because your Gemfile specifies no global remote source, your bundle is locked to " \ "#{locked_gem} from #{locked_gem.source}. However, #{locked_gem} is not installed. You'll " \ "need to either add a global remote source to your Gemfile or make sure #{locked_gem} is " \ "available locally before rerunning Bundler." else "Your bundle is locked to #{locked_gem} from #{locked_gem.source}, but that version can " \ "no longer be found in that source. That means the author of #{locked_gem} has removed it. " \ "You'll need to update your bundle to a version other than #{locked_gem} that hasn't been " \ "removed in order to install." end raise GemNotFound, message end missing_specs_list = missing_specs.group_by(&:source).map do |source, missing_specs_for_source| "#{missing_specs_for_source.map(&:full_name).join(", ")} in #{source}" end raise GemNotFound, "Could not find #{missing_specs_list.join(" nor ")}" end partially_missing_specs = resolve.partially_missing_specs if partially_missing_specs.any? && !sources.local_mode? Bundler.ui.warn "Some locked specs have possibly been yanked (#{partially_missing_specs.map(&:full_name).join(", ")}). Ignoring them..." resolve.delete(partially_missing_specs) end incomplete_specs = resolve.incomplete_specs loop do break if incomplete_specs.empty? Bundler.ui.debug("The lockfile does not have all gems needed for the current platform though, Bundler will still re-resolve dependencies") sources.remote! reresolve_without(incomplete_specs) specs = resolve.materialize(dependencies) still_incomplete_specs = resolve.incomplete_specs if still_incomplete_specs == incomplete_specs package = resolution_packages.get_package(incomplete_specs.first.name) resolver.raise_not_found! package end incomplete_specs = still_incomplete_specs end insecurely_materialized_specs = resolve.insecurely_materialized_specs if insecurely_materialized_specs.any? Bundler.ui.warn "The following platform specific gems are getting installed, yet the lockfile includes only their generic ruby version:\n" \ " * #{insecurely_materialized_specs.map(&:full_name).join("\n * ")}\n" \ "Please run `bundle lock --normalize-platforms` and commit the resulting lockfile.\n" \ "Alternatively, you may run `bundle lock --add-platform <list-of-platforms-that-you-want-to-support>`" end bundler = sources.metadata_source.specs.search(["bundler", Bundler.gem_version]).last specs["bundler"] = bundler specs end def reresolve_without(incomplete_specs) resolution_packages.delete(incomplete_specs) @resolve = start_resolution end def start_resolution local_platform_needed_for_resolvability = @most_specific_non_local_locked_platform && !@platforms.include?(local_platform) @platforms << local_platform if local_platform_needed_for_resolvability add_platform(Gem::Platform::RUBY) if RUBY_ENGINE == "truffleruby" result = SpecSet.new(resolver.start) @resolved_bundler_version = result.find {|spec| spec.name == "bundler" }&.version if @most_specific_non_local_locked_platform if spec_set_incomplete_for_platform?(result, @most_specific_non_local_locked_platform) @platforms.delete(@most_specific_non_local_locked_platform) elsif local_platform_needed_for_resolvability @platforms.delete(local_platform) end end if should_add_extra_platforms? result.add_extra_platforms!(platforms) elsif @originally_invalid_platforms.any? result.add_originally_invalid_platforms!(platforms, @originally_invalid_platforms) end SpecSet.new(result.for(dependencies, @platforms | [Gem::Platform::RUBY])) end def precompute_source_requirements_for_indirect_dependencies? sources.non_global_rubygems_sources.all?(&:dependency_api_available?) && !sources.aggregate_global_source? end def current_platform_locked? @platforms.any? do |bundle_platform| generic_local_platform == bundle_platform || local_platform === bundle_platform end end def add_current_platform return if @platforms.include?(local_platform) @most_specific_non_local_locked_platform = find_most_specific_locked_platform return if @most_specific_non_local_locked_platform @platforms << local_platform true end def find_most_specific_locked_platform return unless current_platform_locked? @most_specific_locked_platform end def change_reason if unlocking? unlock_targets = if @gems_to_unlock.any? ["gems", @gems_to_unlock] elsif @sources_to_unlock.any? ["sources", @sources_to_unlock] end unlock_reason = if unlock_targets "#{unlock_targets.first}: (#{unlock_targets.last.join(", ")})" else @unlocking_ruby ? "ruby" : "" end return "bundler is unlocking #{unlock_reason}" end [ [@source_changes, "the list of sources changed"], [@dependency_changes, "the dependencies in your gemfile changed"], [@current_platform_missing, "your lockfile is missing the current platform"], [@new_platforms.any?, "you are adding a new platform to your lockfile"], [@path_changes, "the gemspecs for path gems changed"], [@local_changes, "the gemspecs for git local gems changed"], [@missing_lockfile_dep, "your lockfile is missing \"#{@missing_lockfile_dep}\""], [@unlocking_bundler, "an update to the version of Bundler itself was requested"], [@locked_spec_with_missing_checksums, "your lockfile is missing a CHECKSUMS entry for \"#{@locked_spec_with_missing_checksums}\""], [@locked_spec_with_missing_deps, "your lockfile includes \"#{@locked_spec_with_missing_deps}\" but not some of its dependencies"], [@locked_spec_with_invalid_deps, "your lockfile does not satisfy dependencies of \"#{@locked_spec_with_invalid_deps}\""], ].select(&:first).map(&:last).join(", ") end def pretty_dep(dep) SharedHelpers.pretty_dependency(dep) end # Check if the specs of the given source changed # according to the locked source. def specs_changed?(source) locked = @locked_sources.find {|s| s == source } !locked || dependencies_for_source_changed?(source, locked) || specs_for_source_changed?(source) end def dependencies_for_source_changed?(source, locked_source) deps_for_source = @dependencies.select {|dep| dep.source == source } locked_deps_for_source = locked_dependencies.select {|dep| dep.source == locked_source } deps_for_source.uniq.sort != locked_deps_for_source.sort end def specs_for_source_changed?(source) locked_index = Index.new locked_index.use(@locked_specs.select {|s| s.replace_source_with!(source) }) !locked_index.subset?(source.specs) rescue PathError, GitError => e Bundler.ui.debug "Assuming that #{source} has not changed since fetching its specs errored (#{e})" false end # Get all locals and override their matching sources. # Return true if any of the locals changed (for example, # they point to a new revision) or depend on new specs. def converge_locals locals = [] Bundler.settings.local_overrides.map do |k, v| spec = @dependencies.find {|s| s.name == k } source = spec&.source if source&.respond_to?(:local_override!) source.unlock! if @gems_to_unlock.include?(spec.name) locals << [source, source.local_override!(v)] end end sources_with_changes = locals.select do |source, changed| changed || specs_changed?(source) end.map(&:first) !sources_with_changes.each {|source| @sources_to_unlock << source.name }.empty? end def check_lockfile @locked_spec_with_invalid_deps = nil @locked_spec_with_missing_deps = nil @locked_spec_with_missing_checksums = nil missing_deps = [] missing_checksums = [] invalid = [] @locked_specs.each do |s| missing_checksums << s if @locked_checksums && s.source.checksum_store.missing?(s) validation = @locked_specs.validate_deps(s) missing_deps << s if validation == :missing invalid << s if validation == :invalid end @locked_spec_with_missing_checksums = missing_checksums.first.name if missing_checksums.any? if missing_deps.any? @locked_specs.delete(missing_deps) @locked_spec_with_missing_deps = missing_deps.first.name end if invalid.any? @locked_specs.delete(invalid) @locked_spec_with_invalid_deps = invalid.first.name end end def converge_paths sources.path_sources.any? do |source| specs_changed?(source) end end def converge_sources # Replace the sources from the Gemfile with the sources from the Gemfile.lock, # if they exist in the Gemfile.lock and are `==`. If you can't find an equivalent # source in the Gemfile.lock, use the one from the Gemfile. changes = sources.replace_sources!(@locked_sources) sources.all_sources.each do |source| # has to be done separately, because we want to keep the locked checksum # store for a source, even when doing a full update if @locked_checksums && @locked_gems && locked_source = @locked_gems.sources.find {|s| s == source && !s.equal?(source) } source.checksum_store.merge!(locked_source.checksum_store) end # If the source is unlockable and the current command allows an unlock of # the source (for example, you are doing a `bundle update <foo>` of a git-pinned # gem), unlock it. For git sources, this means to unlock the revision, which # will cause the `ref` used to be the most recent for the branch (or master) if # an explicit `ref` is not used. if source.respond_to?(:unlock!) && @sources_to_unlock.include?(source.name) source.unlock! changes = true end end changes end def converge_dependencies @missing_lockfile_dep = nil @changed_dependencies = [] current_dependencies.each do |dep| if dep.source dep.source = sources.get(dep.source) end name = dep.name dep_changed = @locked_deps[name].nil? unless name == "bundler" locked_specs = @originally_locked_specs[name] if locked_specs.empty? @missing_lockfile_dep = name if dep_changed == false else if locked_specs.map(&:source).uniq.size > 1 @locked_specs.delete(locked_specs.select {|s| s.source != dep.source }) end unless dep.matches_spec?(locked_specs.first) @gems_to_unlock << name dep_changed = true end end end @changed_dependencies << name if dep_changed end @changed_dependencies.any? end # Remove elements from the locked specs that are expired. This will most # commonly happen if the Gemfile has changed since the lockfile was last # generated def converge_locked_specs converged = converge_specs(@locked_specs) resolve = SpecSet.new(converged) diff = nil # Now, we unlock any sources that do not have anymore gems pinned to it sources.all_sources.each do |source| next unless source.respond_to?(:unlock!) unless resolve.any? {|s| s.source == source } diff ||= @locked_specs.to_a - resolve.to_a source.unlock! if diff.any? {|s| s.source == source } end end resolve end def converge_specs(specs) converged = [] deps = [] specs.each do |s| name = s.name dep = @dependencies.find {|d| s.satisfies?(d) } lockfile_source = s.source if dep gemfile_source = dep.source || default_source deps << dep if !dep.source || lockfile_source.include?(dep.source) || new_deps.include?(dep) # Replace the locked dependency's source with the equivalent source from the Gemfile s.source = gemfile_source else # Replace the locked dependency's source with the default source, if the locked source is no longer in the Gemfile s.source = default_source unless sources.get(lockfile_source) end source = s.source next if @sources_to_unlock.include?(source.name) # Path sources have special logic if source.instance_of?(Source::Path) || source.instance_of?(Source::Gemspec) || (source.instance_of?(Source::Git) && !@gems_to_unlock.include?(name) && deps.include?(dep)) new_spec = source.specs[s].first if new_spec s.runtime_dependencies.replace(new_spec.runtime_dependencies) else # If the spec is no longer in the path source, unlock it. This # commonly happens if the version changed in the gemspec @gems_to_unlock << name end end converged << s end filter_specs(converged, deps, skips: @gems_to_unlock) end def metadata_dependencies @metadata_dependencies ||= [ Dependency.new("Ruby\0", Bundler::RubyVersion.system.gem_version), Dependency.new("RubyGems\0", Gem::VERSION), ] end def source_requirements @source_requirements ||= find_source_requirements end def find_source_requirements # Record the specs available in each gem's source, so that those # specs will be available later when the resolver knows where to # look for that gemspec (or its dependencies) source_requirements = if precompute_source_requirements_for_indirect_dependencies? all_requirements = source_map.all_requirements { default: default_source }.merge(all_requirements) else { default: Source::RubygemsAggregate.new(sources, source_map) }.merge(source_map.direct_requirements) end source_requirements.merge!(source_map.locked_requirements) if nothing_changed? metadata_dependencies.each do |dep| source_requirements[dep.name] = sources.metadata_source end default_bundler_source = source_requirements["bundler"] || default_source if @unlocking_bundler default_bundler_source.add_dependency_names("bundler") else source_requirements[:default_bundler] = default_bundler_source source_requirements["bundler"] = sources.metadata_source # needs to come last to override end source_requirements end def default_source sources.default_source end def requested_groups values = groups - Bundler.settings[:without] - @optional_groups + Bundler.settings[:with] values &= Bundler.settings[:only] unless Bundler.settings[:only].empty? values end def lockfiles_equal?(current, proposed, preserve_unknown_sections) if preserve_unknown_sections sections_to_ignore = LockfileParser.sections_to_ignore(@locked_bundler_version) sections_to_ignore += LockfileParser.unknown_sections_in_lockfile(current) sections_to_ignore << LockfileParser::RUBY sections_to_ignore << LockfileParser::BUNDLED unless @unlocking_bundler pattern = /#{Regexp.union(sections_to_ignore)}\n(\s{2,}.*\n)+/ whitespace_cleanup = /\n{2,}/ current = current.gsub(pattern, "\n").gsub(whitespace_cleanup, "\n\n").strip proposed = proposed.gsub(pattern, "\n").gsub(whitespace_cleanup, "\n\n").strip end current == proposed end def additional_base_requirements_to_prevent_downgrades(resolution_packages) return resolution_packages unless @locked_gems && !sources.expired_sources?(@locked_gems.sources) @originally_locked_specs.each do |locked_spec| next if locked_spec.source.is_a?(Source::Path) name = locked_spec.name next if @changed_dependencies.include?(name) resolution_packages.base_requirements[name] = Gem::Requirement.new(">= #{locked_spec.version}") end resolution_packages end def additional_base_requirements_to_force_updates(resolution_packages) return resolution_packages if @explicit_unlocks.empty? full_update = dup_for_full_unlock.resolve @explicit_unlocks.each do |name| version = full_update.version_for(name) resolution_packages.base_requirements[name] = Gem::Requirement.new("= #{version}") if version end resolution_packages end def dup_for_full_unlock unlocked_definition = self.class.new(@lockfile, @dependencies, @sources, true, @ruby_version, @optional_groups, @gemfiles) unlocked_definition.source_requirements = source_requirements unlocked_definition.gem_version_promoter.tap do |gvp| gvp.level = gem_version_promoter.level gvp.strict = gem_version_promoter.strict gvp.pre = gem_version_promoter.pre end unlocked_definition end def remove_invalid_platforms! return if Bundler.frozen_bundle? @originally_invalid_platforms = platforms.select do |platform| next if local_platform == platform || @new_platforms.include?(platform) # We should probably avoid removing non-ruby platforms, since that means # lockfile will no longer install on those platforms, so a error to give # heads up to the user may be better. However, we have tests expecting # non ruby platform autoremoval to work, so leaving that in place for # now. next if @dependency_changes && platform != Gem::Platform::RUBY spec_set_incomplete_for_platform?(@originally_locked_specs, platform) end @platforms -= @originally_invalid_platforms end def spec_set_incomplete_for_platform?(spec_set, platform) spec_set.incomplete_for_platform?(current_dependencies, platform) end def source_map @source_map ||= SourceMap.new(sources, dependencies, @locked_specs) end end end PK *J [hм�@ @ A share/gems/gems/bundler-2.6.7/lib/bundler/gem_version_promoter.rbnu �[��� # frozen_string_literal: true module Bundler # This class contains all of the logic for determining the next version of a # Gem to update to based on the requested level (patch, minor, major). # Primarily designed to work with Resolver which will provide it the list of # available dependency versions as found in its index, before returning it to # to the resolution engine to select the best version. class GemVersionPromoter attr_reader :level attr_accessor :pre # By default, strict is false, meaning every available version of a gem # is returned from sort_versions. The order gives preference to the # requested level (:patch, :minor, :major) but in complicated requirement # cases some gems will by necessity be promoted past the requested level, # or even reverted to older versions. # # If strict is set to true, the results from sort_versions will be # truncated, eliminating any version outside the current level scope. # This can lead to unexpected outcomes or even VersionConflict exceptions # that report a version of a gem not existing for versions that indeed do # existing in the referenced source. attr_accessor :strict # Creates a GemVersionPromoter instance. # # @return [GemVersionPromoter] def initialize @level = :major @strict = false @pre = false end # @param value [Symbol] One of three Symbols: :major, :minor or :patch. def level=(value) v = case value when String, Symbol value.to_sym end raise ArgumentError, "Unexpected level #{v}. Must be :major, :minor or :patch" unless [:major, :minor, :patch].include?(v) @level = v end # Given a Resolver::Package and an Array of Specifications of available # versions for a gem, this method will return the Array of Specifications # sorted in an order to give preference to the current level (:major, :minor # or :patch) when resolution is deciding what versions best resolve all # dependencies in the bundle. # @param package [Resolver::Package] The package being resolved. # @param specs [Specification] An array of Specifications for the package. # @return [Specification] A new instance of the Specification Array sorted. def sort_versions(package, specs) locked_version = package.locked_version result = specs.sort do |a, b| unless package.prerelease_specified? || pre? a_pre = a.prerelease? b_pre = b.prerelease? next 1 if a_pre && !b_pre next -1 if b_pre && !a_pre end if major? || locked_version.nil? b <=> a elsif either_version_older_than_locked?(a, b, locked_version) b <=> a elsif segments_do_not_match?(a, b, :major) a <=> b elsif !minor? && segments_do_not_match?(a, b, :minor) a <=> b else b <=> a end end post_sort(result, package.unlock?, locked_version) end # @return [bool] Convenience method for testing value of level variable. def major? level == :major end # @return [bool] Convenience method for testing value of level variable. def minor? level == :minor end # @return [bool] Convenience method for testing value of pre variable. def pre? pre == true end # Given a Resolver::Package and an Array of Specifications of available # versions for a gem, this method will truncate the Array if strict # is true. That means filtering out downgrades from the version currently # locked, and filtering out upgrades that go past the selected level (major, # minor, or patch). # @param package [Resolver::Package] The package being resolved. # @param specs [Specification] An array of Specifications for the package. # @return [Specification] A new instance of the Specification Array # truncated. def filter_versions(package, specs) return specs unless strict locked_version = package.locked_version return specs if locked_version.nil? || major? specs.select do |spec| gsv = spec.version must_match = minor? ? [0] : [0, 1] all_match = must_match.all? {|idx| gsv.segments[idx] == locked_version.segments[idx] } all_match && gsv >= locked_version end end private def either_version_older_than_locked?(a, b, locked_version) a.version < locked_version || b.version < locked_version end def segments_do_not_match?(a, b, level) index = [:major, :minor].index(level) a.segments[index] != b.segments[index] end # Specific version moves can't always reliably be done during sorting # as not all elements are compared against each other. def post_sort(result, unlock, locked_version) if unlock || locked_version.nil? result else move_version_to_beginning(result, locked_version) end end def move_version_to_beginning(result, version) move, keep = result.partition {|s| s.version.to_s == version.to_s } move.concat(keep) end end end PK *J [�J��� � 8 share/gems/gems/bundler-2.6.7/lib/bundler/ci_detector.rbnu �[��� # frozen_string_literal: true module Bundler module CIDetector # NOTE: Any changes made here will need to be made to both lib/rubygems/ci_detector.rb and # bundler/lib/bundler/ci_detector.rb (which are enforced duplicates). # TODO: Drop that duplication once bundler drops support for RubyGems 3.4 # # ## Recognized CI providers, their signifiers, and the relevant docs ## # # Travis CI - CI, TRAVIS https://docs.travis-ci.com/user/environment-variables/#default-environment-variables # Cirrus CI - CI, CIRRUS_CI https://cirrus-ci.org/guide/writing-tasks/#environment-variables # Circle CI - CI, CIRCLECI https://circleci.com/docs/variables/#built-in-environment-variables # Gitlab CI - CI, GITLAB_CI https://docs.gitlab.com/ee/ci/variables/ # AppVeyor - CI, APPVEYOR https://www.appveyor.com/docs/environment-variables/ # CodeShip - CI_NAME https://docs.cloudbees.com/docs/cloudbees-codeship/latest/pro-builds-and-configuration/environment-variables#_default_environment_variables # dsari - CI, DSARI https://github.com/rfinnie/dsari#running # Jenkins - BUILD_NUMBER https://www.jenkins.io/doc/book/pipeline/jenkinsfile/#using-environment-variables # TeamCity - TEAMCITY_VERSION https://www.jetbrains.com/help/teamcity/predefined-build-parameters.html#Predefined+Server+Build+Parameters # Appflow - CI_BUILD_ID https://ionic.io/docs/appflow/automation/environments#predefined-environments # TaskCluster - TASKCLUSTER_ROOT_URL https://docs.taskcluster.net/docs/manual/design/env-vars # Semaphore - CI, SEMAPHORE https://docs.semaphoreci.com/ci-cd-environment/environment-variables/ # BuildKite - CI, BUILDKITE https://buildkite.com/docs/pipelines/environment-variables # GoCD - GO_SERVER_URL https://docs.gocd.org/current/faq/dev_use_current_revision_in_build.html # GH Actions - CI, GITHUB_ACTIONS https://docs.github.com/en/actions/learn-github-actions/variables#default-environment-variables # # ### Some "standard" ENVs that multiple providers may set ### # # * CI - this is set by _most_ (but not all) CI providers now; it's approaching a standard. # * CI_NAME - Not as frequently used, but some providers set this to specify their own name # Any of these being set is a reasonably reliable indicator that we are # executing in a CI environment. ENV_INDICATORS = [ "CI", "CI_NAME", "CONTINUOUS_INTEGRATION", "BUILD_NUMBER", "CI_APP_ID", "CI_BUILD_ID", "CI_BUILD_NUMBER", "RUN_ID", "TASKCLUSTER_ROOT_URL", ].freeze # For each CI, this env suffices to indicate that we're on _that_ CI's # containers. (A few of them only supply a CI_NAME variable, which is also # nice). And if they set "CI" but we can't tell which one they are, we also # want to know that - a bare "ci" without another token tells us as much. ENV_DESCRIPTORS = { "TRAVIS" => "travis", "CIRCLECI" => "circle", "CIRRUS_CI" => "cirrus", "DSARI" => "dsari", "SEMAPHORE" => "semaphore", "JENKINS_URL" => "jenkins", "BUILDKITE" => "buildkite", "GO_SERVER_URL" => "go", "GITLAB_CI" => "gitlab", "GITHUB_ACTIONS" => "github", "TASKCLUSTER_ROOT_URL" => "taskcluster", "CI" => "ci", }.freeze def self.ci? ENV_INDICATORS.any? {|var| ENV.include?(var) } end def self.ci_strings matching_names = ENV_DESCRIPTORS.select {|env, _| ENV[env] }.values matching_names << ENV["CI_NAME"].downcase if ENV["CI_NAME"] matching_names.reject(&:empty?).sort.uniq end end end PK *J [q|TPq< q< 5 share/gems/gems/bundler-2.6.7/lib/bundler/settings.rbnu �[��� # frozen_string_literal: true module Bundler class Settings autoload :Mirror, File.expand_path("mirror", __dir__) autoload :Mirrors, File.expand_path("mirror", __dir__) autoload :Validator, File.expand_path("settings/validator", __dir__) BOOL_KEYS = %w[ allow_offline_install auto_clean_without_path auto_install cache_all cache_all_platforms clean default_install_uses_path deployment disable_checksum_validation disable_exec_load disable_local_branch_check disable_local_revision_check disable_shared_gems disable_version_check force_ruby_platform forget_cli_options frozen gem.changelog gem.coc gem.mit git.allow_insecure global_gem_cache ignore_messages init_gems_rb inline lockfile_checksums no_install no_prune path_relative_to_cwd path.system plugins prefer_patch print_only_version_number setup_makes_kernel_gem_public silence_deprecations silence_root_warning update_requires_all_flag ].freeze REMEMBERED_KEYS = %w[ bin cache_all clean deployment frozen no_prune path shebang path.system without with ].freeze NUMBER_KEYS = %w[ jobs redirect retry ssl_verify_mode timeout ].freeze ARRAY_KEYS = %w[ only with without ].freeze STRING_KEYS = %w[ bin cache_path console gem.ci gem.github_username gem.linter gem.rubocop gem.test gemfile path shebang system_bindir trust-policy version ].freeze DEFAULT_CONFIG = { "BUNDLE_SILENCE_DEPRECATIONS" => false, "BUNDLE_DISABLE_VERSION_CHECK" => true, "BUNDLE_PREFER_PATCH" => false, "BUNDLE_REDIRECT" => 5, "BUNDLE_RETRY" => 3, "BUNDLE_TIMEOUT" => 10, "BUNDLE_VERSION" => "lockfile", }.freeze def initialize(root = nil) @root = root @local_config = load_config(local_config_file) @local_root = root || Pathname.new(".bundle").expand_path @env_config = ENV.to_h @env_config.select! {|key, _value| key.start_with?("BUNDLE_") } @env_config.delete("BUNDLE_") @global_config = load_config(global_config_file) @temporary = {} @key_cache = {} end def [](name) key = key_for(name) value = nil configs.each do |_, config| value = config[key] next if value.nil? break end converted_value(value, name) end def set_command_option(key, value) if !is_remembered(key) || Bundler.feature_flag.forget_cli_options? temporary(key => value) value else set_local(key, value) end end def set_command_option_if_given(key, value) return if value.nil? set_command_option(key, value) end def set_local(key, value) local_config_file = @local_root.join("config") set_key(key, value, @local_config, local_config_file) end def temporary(update) existing = Hash[update.map {|k, _| [k, @temporary[key_for(k)]] }] update.each do |k, v| set_key(k, v, @temporary, nil) end return unless block_given? begin yield ensure existing.each {|k, v| set_key(k, v, @temporary, nil) } end end def set_global(key, value) set_key(key, value, @global_config, global_config_file) end def all keys = @temporary.keys.union(@global_config.keys, @local_config.keys, @env_config.keys) keys.map! do |key| key = key.delete_prefix("BUNDLE_") key.gsub!("___", "-") key.gsub!("__", ".") key.downcase! key end.sort! keys end def local_overrides repos = {} all.each do |k| repos[k.delete_prefix("local.")] = self[k] if k.start_with?("local.") end repos end def mirror_for(uri) if uri.is_a?(String) require_relative "vendored_uri" uri = Gem::URI(uri) end gem_mirrors.for(uri.to_s).uri end def credentials_for(uri) self[uri.to_s] || self[uri.host] end def gem_mirrors all.inject(Mirrors.new) do |mirrors, k| mirrors.parse(k, self[k]) if k.start_with?("mirror.") mirrors end end def locations(key) key = key_for(key) configs.keys.inject({}) do |partial_locations, level| value_on_level = configs[level][key] partial_locations[level] = value_on_level unless value_on_level.nil? partial_locations end end def pretty_values_for(exposed_key) key = key_for(exposed_key) locations = [] if value = @temporary[key] locations << "Set for the current command: #{printable_value(value, exposed_key).inspect}" end if value = @local_config[key] locations << "Set for your local app (#{local_config_file}): #{printable_value(value, exposed_key).inspect}" end if value = @env_config[key] locations << "Set via #{key}: #{printable_value(value, exposed_key).inspect}" end if value = @global_config[key] locations << "Set for the current user (#{global_config_file}): #{printable_value(value, exposed_key).inspect}" end return ["You have not configured a value for `#{exposed_key}`"] if locations.empty? locations end def processor_count require "etc" Etc.nprocessors rescue StandardError 1 end # for legacy reasons, in Bundler 2, we do not respect :disable_shared_gems def path configs.each do |_level, settings| path = value_for("path", settings) path_system = value_for("path.system", settings) disabled_shared_gems = value_for("disable_shared_gems", settings) next if path.nil? && path_system.nil? && disabled_shared_gems.nil? system_path = path_system || (disabled_shared_gems == false) return Path.new(path, system_path) end path = "vendor/bundle" if self[:deployment] Path.new(path, false) end Path = Struct.new(:explicit_path, :system_path) do def path path = base_path path = File.join(path, Bundler.ruby_scope) unless use_system_gems? path end def use_system_gems? return true if system_path return false if explicit_path !Bundler.feature_flag.default_install_uses_path? end def base_path path = explicit_path path ||= ".bundle" unless use_system_gems? path ||= Bundler.rubygems.gem_dir path end def base_path_relative_to_pwd base_path = Pathname.new(self.base_path) expanded_base_path = base_path.expand_path(Bundler.root) relative_path = expanded_base_path.relative_path_from(Pathname.pwd) if relative_path.to_s.start_with?("..") relative_path = base_path if base_path.absolute? else relative_path = Pathname.new(File.join(".", relative_path)) end relative_path rescue ArgumentError expanded_base_path end def validate! return unless explicit_path && system_path path = Bundler.settings.pretty_values_for(:path) path.unshift(nil, "path:") unless path.empty? system_path = Bundler.settings.pretty_values_for("path.system") system_path.unshift(nil, "path.system:") unless system_path.empty? disable_shared_gems = Bundler.settings.pretty_values_for(:disable_shared_gems) disable_shared_gems.unshift(nil, "disable_shared_gems:") unless disable_shared_gems.empty? raise InvalidOption, "Using a custom path while using system gems is unsupported.\n#{path.join("\n")}\n#{system_path.join("\n")}\n#{disable_shared_gems.join("\n")}" end end def ignore_config? ENV["BUNDLE_IGNORE_CONFIG"] end def app_cache_path @app_cache_path ||= self[:cache_path] || "vendor/cache" end def validate! all.each do |raw_key| [@local_config, @env_config, @global_config].each do |settings| value = value_for(raw_key, settings) Validator.validate!(raw_key, value, settings.dup) end end end def key_for(key) @key_cache[key] ||= self.class.key_for(key) end private def configs @configs ||= { temporary: @temporary, local: @local_config, env: @env_config, global: @global_config, default: DEFAULT_CONFIG, } end def value_for(name, config) converted_value(config[key_for(name)], name) end def parent_setting_for(name) split_specific_setting_for(name)[0] end def specific_gem_for(name) split_specific_setting_for(name)[1] end def split_specific_setting_for(name) name.split(".") end def is_bool(name) name = self.class.key_to_s(name) BOOL_KEYS.include?(name) || BOOL_KEYS.include?(parent_setting_for(name)) end def is_string(name) name = self.class.key_to_s(name) STRING_KEYS.include?(name) || name.start_with?("local.") || name.start_with?("mirror.") || name.start_with?("build.") end def to_bool(value) case value when String value.match?(/\A(false|f|no|n|0|)\z/i) ? false : true when nil, false false else true end end def is_num(key) NUMBER_KEYS.include?(self.class.key_to_s(key)) end def is_array(key) ARRAY_KEYS.include?(self.class.key_to_s(key)) end def is_remembered(key) REMEMBERED_KEYS.include?(self.class.key_to_s(key)) end def is_credential(key) key == "gem.push_key" end def is_userinfo(value) value.include?(":") end def to_array(value) return [] unless value value.tr(" ", ":").split(":").map(&:to_sym) end def array_to_s(array) array = Array(array) return nil if array.empty? array.join(":").tr(" ", ":") end def set_key(raw_key, value, hash, file) raw_key = self.class.key_to_s(raw_key) value = array_to_s(value) if is_array(raw_key) key = key_for(raw_key) return if hash[key] == value hash[key] = value hash.delete(key) if value.nil? Validator.validate!(raw_key, converted_value(value, raw_key), hash) return unless file SharedHelpers.filesystem_access(file.dirname, :create) do |p| FileUtils.mkdir_p(p) end SharedHelpers.filesystem_access(file) do |p| p.open("w") {|f| f.write(serializer_class.dump(hash)) } end end def converted_value(value, key) key = self.class.key_to_s(key) if is_array(key) to_array(value) elsif value.nil? nil elsif is_bool(key) || value == "false" to_bool(value) elsif is_num(key) value.to_i else value.to_s end end def printable_value(value, key) converted = converted_value(value, key) return converted unless converted.is_a?(String) if is_string(key) converted elsif is_credential(key) "[REDACTED]" elsif is_userinfo(converted) username, pass = converted.split(":", 2) if pass == "x-oauth-basic" username = "[REDACTED]" else pass = "[REDACTED]" end [username, pass].join(":") else converted end end def global_config_file if ENV["BUNDLE_CONFIG"] && !ENV["BUNDLE_CONFIG"].empty? Pathname.new(ENV["BUNDLE_CONFIG"]) elsif ENV["BUNDLE_USER_CONFIG"] && !ENV["BUNDLE_USER_CONFIG"].empty? Pathname.new(ENV["BUNDLE_USER_CONFIG"]) elsif ENV["BUNDLE_USER_HOME"] && !ENV["BUNDLE_USER_HOME"].empty? Pathname.new(ENV["BUNDLE_USER_HOME"]).join("config") elsif Bundler.rubygems.user_home && !Bundler.rubygems.user_home.empty? Pathname.new(Bundler.rubygems.user_home).join(".bundle/config") end end def local_config_file Pathname.new(@root).join("config") if @root end def load_config(config_file) return {} if !config_file || ignore_config? SharedHelpers.filesystem_access(config_file, :read) do |file| valid_file = file.exist? && !file.size.zero? return {} unless valid_file serializer_class.load(file.read).inject({}) do |config, (k, v)| k = k.dup k << "/" if /https?:/i.match?(k) && !k.end_with?("/", "__#{FALLBACK_TIMEOUT_URI_OPTION.upcase}") k.gsub!(".", "__") unless k.start_with?("#") if k.include?("-") Bundler.ui.warn "Your #{file} config includes `#{k}`, which contains the dash character (`-`).\n" \ "This is deprecated, because configuration through `ENV` should be possible, but `ENV` keys cannot include dashes.\n" \ "Please edit #{file} and replace any dashes in configuration keys with a triple underscore (`___`)." # string hash keys are frozen k = k.gsub("-", "___") end config[k] = v end config end end end def serializer_class require "rubygems/yaml_serializer" Gem::YAMLSerializer rescue LoadError # TODO: Remove this when RubyGems 3.4 is EOL require_relative "yaml_serializer" YAMLSerializer end FALLBACK_TIMEOUT_URI_OPTION = "fallback_timeout" NORMALIZE_URI_OPTIONS_PATTERN = / \A (\w+\.)? # optional prefix key (https?.*?) # URI (\.#{FALLBACK_TIMEOUT_URI_OPTION})? # optional suffix key \z /ix def self.key_for(key) key = key_to_s(key) key = normalize_uri(key) if key.start_with?("http", "mirror.http") key = key.gsub(".", "__") key.gsub!("-", "___") key.upcase! key.gsub(/\A([ #]*)/, '\1BUNDLE_') end # TODO: duplicates Rubygems#normalize_uri # TODO: is this the correct place to validate mirror URIs? def self.normalize_uri(uri) uri = uri.to_s if uri =~ NORMALIZE_URI_OPTIONS_PATTERN prefix = $1 uri = $2 suffix = $3 end uri = URINormalizer.normalize_suffix(uri) require_relative "vendored_uri" uri = Gem::URI(uri) unless uri.absolute? raise ArgumentError, format("Gem sources must be absolute. You provided '%s'.", uri) end "#{prefix}#{uri}#{suffix}" end # This is a hot method, so avoid respond_to? checks on every invocation if :read.respond_to?(:name) def self.key_to_s(key) case key when String key when Symbol key.name when Gem::URI::HTTP key.to_s else raise ArgumentError, "Invalid key: #{key.inspect}" end end else def self.key_to_s(key) case key when String key when Symbol key.to_s when Gem::URI::HTTP key.to_s else raise ArgumentError, "Invalid key: #{key.inspect}" end end end end end PK *J [Xݝ�� � C share/gems/gems/bundler-2.6.7/lib/bundler/endpoint_specification.rbnu �[��� # frozen_string_literal: true module Bundler # used for Creating Specifications from the Gemcutter Endpoint class EndpointSpecification < Gem::Specification include MatchRemoteMetadata attr_reader :name, :version, :platform, :checksum attr_writer :dependencies attr_accessor :remote, :locked_platform def initialize(name, version, platform, spec_fetcher, dependencies, metadata = nil) super() @name = name @version = Gem::Version.create version @platform = Gem::Platform.new(platform) @spec_fetcher = spec_fetcher @dependencies = nil @unbuilt_dependencies = dependencies @loaded_from = nil @remote_specification = nil @locked_platform = nil parse_metadata(metadata) end def insecurely_materialized? @locked_platform.to_s != @platform.to_s end def fetch_platform @platform end def dependencies @dependencies ||= @unbuilt_dependencies.map! {|dep, reqs| build_dependency(dep, reqs) } end alias_method :runtime_dependencies, :dependencies # needed for standalone, load required_paths from local gemspec # after the gem is installed def require_paths if @remote_specification @remote_specification.require_paths elsif _local_specification _local_specification.require_paths else super end end # needed for inline def load_paths # remote specs aren't installed, and can't have load_paths if _local_specification _local_specification.load_paths else super end end # needed for binstubs def executables if @remote_specification @remote_specification.executables elsif _local_specification _local_specification.executables else super end end # needed for bundle clean def bindir if @remote_specification @remote_specification.bindir elsif _local_specification _local_specification.bindir else super end end # needed for post_install_messages during install def post_install_message if @remote_specification @remote_specification.post_install_message elsif _local_specification _local_specification.post_install_message else super end end # needed for "with native extensions" during install def extensions if @remote_specification @remote_specification.extensions elsif _local_specification _local_specification.extensions else super end end # needed for `bundle fund` def metadata if @remote_specification @remote_specification.metadata elsif _local_specification _local_specification.metadata else super end end def _local_specification return unless @loaded_from && File.exist?(local_specification_path) eval(File.read(local_specification_path), nil, local_specification_path).tap do |spec| spec.loaded_from = @loaded_from end end def __swap__(spec) SharedHelpers.ensure_same_dependencies(self, dependencies, spec.dependencies) @remote_specification = spec end def inspect "#<#{self.class} @name=\"#{name}\" (#{full_name.delete_prefix("#{name}-")})>" end private def _remote_specification @_remote_specification ||= @spec_fetcher.fetch_spec([@name, @version, @platform]) end def local_specification_path "#{base_dir}/specifications/#{full_name}.gemspec" end def parse_metadata(data) unless data @required_ruby_version = nil @required_rubygems_version = nil return end data.each do |k, v| next unless v case k.to_s when "checksum" begin @checksum = Checksum.from_api(v.last, @spec_fetcher.uri) rescue ArgumentError => e raise ArgumentError, "Invalid checksum for #{full_name}: #{e.message}" end when "rubygems" @required_rubygems_version = Gem::Requirement.new(v) when "ruby" @required_ruby_version = Gem::Requirement.new(v) end end rescue StandardError => e raise GemspecError, "There was an error parsing the metadata for the gem #{name} (#{version}): #{e.class}\n#{e}\nThe metadata was #{data.inspect}" end def build_dependency(name, requirements) Dependency.new(name, requirements) end end end PK *J [ǻ��i i ' share/gems/gems/rackup-2.1.0/bin/rackupnu ȯ�� #!/usr/bin/env ruby # frozen_string_literal: true require_relative "../lib/rackup" Rackup::Server.start PK *J [e � e e ( share/gems/gems/rackup-2.1.0/security.mdnu �[��� # Security Policy Please see our main security policy: https://github.com/rack/rack/security/policy PK *J [z��� � ' share/gems/gems/rackup-2.1.0/license.mdnu �[��� # MIT License Copyright, 2007-2009, by Leah Neukirchen. Copyright, 2008, by Marc-André Cournoyer. Copyright, 2009, by Aaron Pfeifer. Copyright, 2009-2010, by Megan Batty. Copyright, 2009-2010, by Michael Fellinger. Copyright, 2009, by Genki Takiuchi. Copyright, 2009, by Joshua Peek. Copyright, 2009, by Yehuda Katz + Carl Lerche. Copyright, 2009, by Carl Lerche. Copyright, 2010, by Julik Tarkhanov. Copyright, 2010-2016, by James Tucker. Copyright, 2010, by Timur Batyrshin. Copyright, 2010, by Loren Segal. Copyright, 2010, by Andrew Bortz. Copyright, 2010, by John Barnette. Copyright, 2010, by John Sumsion. Copyright, 2011-2018, by Aaron Patterson. Copyright, 2011, by Konstantin Haase. Copyright, 2011, by Blake Mizerany. Copyright, 2011, by Tsutomu Kuroda. Copyright, 2012, by Jean Boussier. Copyright, 2012, by Trevor Wennblom. Copyright, 2012, by Anurag Priyam. Copyright, 2012, by Hrvoje Šimić. Copyright, 2013, by Uchio KONDO. Copyright, 2013, by Tim Moore. Copyright, 2013, by Postmodern. Copyright, 2013, by Bas Vodde. Copyright, 2013, by Joe Fiorini. Copyright, 2014, by Wyatt Pan. Copyright, 2014, by Lenny Marks. Copyright, 2014, by Igor Bochkariov. Copyright, 2014, by Max Cantor. Copyright, 2014, by David Celis. Copyright, 2014, by Rafael Mendonça França. Copyright, 2014, by Jeremy Kemper. Copyright, 2014, by Richard Schneeman. Copyright, 2015, by Peter Wilmott. Copyright, 2015, by Sean McGivern. Copyright, 2015, by Tadashi Saito. Copyright, 2015, by deepj. Copyright, 2015, by Zachary Scott. Copyright, 2016, by Sophie Deziel. Copyright, 2016, by Kazuya Hotta. Copyright, 2017, by Ryunosuke Sato. Copyright, 2017-2023, by Samuel Williams. Copyright, 2018, by Dillon Welch. Copyright, 2018, by Yoshiyuki Hirano. Copyright, 2018, by Nick LaMuro. Copyright, 2019, by Rafael França. Copyright, 2019, by Krzysztof Rybka. Copyright, 2019, by Misaki Shioi. Copyright, 2020-2022, by Jeremy Evans. Copyright, 2021, by Katsuhiko YOSHIDA. Copyright, 2021, by KS. Copyright, 2021, by Stephen Paul Weber. Copyright, 2022, by Akira Matsuda. Copyright, 2022, by Andrew Hoglund. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. PK *J [�F��; ; 2 share/gems/gems/rackup-2.1.0/lib/rackup/handler.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. module Rackup # *Handlers* connect web servers with Rack. # # Rackup includes Handlers for WEBrick and CGI. # # Handlers usually are activated by calling <tt>MyHandler.run(myapp)</tt>. # A second optional hash can be passed to include server-specific # configuration. module Handler @handlers = {} # Register a named handler class. def self.register(name, klass) if klass.is_a?(String) warn "Calling Rackup::Handler.register with a string is deprecated, use the class/module itself.", uplevel: 1 klass = self.const_get(klass, false) end name = name.to_sym @handlers[name] = klass end def self.[](name) name = name.to_sym begin @handlers[name] || self.const_get(name, false) rescue NameError # Ignore. end end def self.get(name) return nil unless name name = name.to_sym if server = self[name] return server end begin require_handler("rackup/handler", name) rescue LoadError require_handler("rack/handler", name) end return self[name] end RACK_HANDLER = 'RACK_HANDLER' RACKUP_HANDLER = 'RACKUP_HANDLER' SERVER_NAMES = %i(puma falcon webrick).freeze private_constant :SERVER_NAMES # Select first available Rack handler given an `Array` of server names. # Raises `LoadError` if no handler was found. # # > pick ['puma', 'webrick'] # => Rackup::Handler::WEBrick def self.pick(server_names) server_names = Array(server_names) server_names.each do |server_name| begin server = self.get(server_name) return server if server rescue LoadError # Ignore. end end raise LoadError, "Couldn't find handler for: #{server_names.join(', ')}." end def self.default if rack_handler = ENV[RACKUP_HANDLER] self.get(rack_handler) elsif rack_handler = ENV[RACK_HANDLER] warn "RACK_HANDLER is deprecated, use RACKUP_HANDLER." self.get(rack_handler) else pick SERVER_NAMES end end # Transforms server-name constants to their canonical form as filenames, # then tries to require them but silences the LoadError if not found # # Naming convention: # # Foo # => 'foo' # FooBar # => 'foo_bar.rb' # FooBAR # => 'foobar.rb' # FOObar # => 'foobar.rb' # FOOBAR # => 'foobar.rb' # FooBarBaz # => 'foo_bar_baz.rb' def self.require_handler(prefix, const_name) file = const_name.to_s.gsub(/^[A-Z]+/) { |pre| pre.downcase }. gsub(/[A-Z]+[^A-Z]/, '_\&').downcase require(::File.join(prefix, file)) end end end PK *J [���|� � : share/gems/gems/rackup-2.1.0/lib/rackup/handler/webrick.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. # Copyright, 2022, by Jeremy Evans. require 'webrick' require 'stringio' require 'rack/constants' require_relative '../handler' require_relative '../version' require_relative '../stream' module Rackup module Handler class WEBrick < ::WEBrick::HTTPServlet::AbstractServlet def self.run(app, **options) environment = ENV['RACK_ENV'] || 'development' default_host = environment == 'development' ? 'localhost' : nil if !options[:BindAddress] || options[:Host] options[:BindAddress] = options.delete(:Host) || default_host end options[:Port] ||= 8080 if options[:SSLEnable] require 'webrick/https' end @server = ::WEBrick::HTTPServer.new(options) @server.mount "/", Rackup::Handler::WEBrick, app yield @server if block_given? @server.start end def self.valid_options environment = ENV['RACK_ENV'] || 'development' default_host = environment == 'development' ? 'localhost' : '0.0.0.0' { "Host=HOST" => "Hostname to listen on (default: #{default_host})", "Port=PORT" => "Port to listen on (default: 8080)", } end def self.shutdown if @server @server.shutdown @server = nil end end def initialize(server, app) super server @app = app end # This handles mapping the WEBrick request to a Rack input stream. class Input include Stream::Reader def initialize(request) @request = request @reader = Fiber.new do @request.body do |chunk| Fiber.yield(chunk) end Fiber.yield(nil) # End of stream: @reader = nil end end def close @request = nil @reader = nil end private # Read one chunk from the request body. def read_next @reader&.resume end end def service(req, res) env = req.meta_vars env.delete_if { |k, v| v.nil? } input = Input.new(req) env.update( ::Rack::RACK_INPUT => input, ::Rack::RACK_ERRORS => $stderr, ::Rack::RACK_URL_SCHEME => ["yes", "on", "1"].include?(env[::Rack::HTTPS]) ? "https" : "http", ::Rack::RACK_IS_HIJACK => true, ) env[::Rack::QUERY_STRING] ||= "" unless env[::Rack::PATH_INFO] == "" path, n = req.request_uri.path, env[::Rack::SCRIPT_NAME].length env[::Rack::PATH_INFO] = path[n, path.length - n] end env[::Rack::REQUEST_PATH] ||= [env[::Rack::SCRIPT_NAME], env[::Rack::PATH_INFO]].join status, headers, body = @app.call(env) begin res.status = status if value = headers[::Rack::RACK_HIJACK] io_lambda = value body = nil elsif !body.respond_to?(:to_path) && !body.respond_to?(:each) io_lambda = body body = nil end if value = headers.delete('set-cookie') res.cookies.concat(Array(value)) end headers.each do |key, value| # Skip keys starting with rack., per Rack SPEC next if key.start_with?('rack.') # Since WEBrick won't accept repeated headers, # merge the values per RFC 1945 section 4.2. value = value.join(", ") if Array === value res[key] = value end if io_lambda protocol = headers['rack.protocol'] || headers['upgrade'] if protocol # Set all the headers correctly for an upgrade response: res.upgrade!(protocol) end res.body = io_lambda elsif body.respond_to?(:to_path) res.body = ::File.open(body.to_path, 'rb') else buffer = String.new body.each do |part| buffer << part end res.body = buffer end ensure body.close if body.respond_to?(:close) end end end register :webrick, WEBrick end end PK *J [���H H 6 share/gems/gems/rackup-2.1.0/lib/rackup/handler/cgi.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. module Rackup module Handler class CGI include Rack def self.run(app, **options) $stdin.binmode serve app end def self.serve(app) env = ENV.to_hash env.delete "HTTP_CONTENT_LENGTH" env[SCRIPT_NAME] = "" if env[SCRIPT_NAME] == "/" env.update( RACK_INPUT => $stdin, RACK_ERRORS => $stderr, RACK_URL_SCHEME => ["yes", "on", "1"].include?(ENV[HTTPS]) ? "https" : "http" ) env[QUERY_STRING] ||= "" env[REQUEST_PATH] ||= "/" status, headers, body = app.call(env) begin send_headers status, headers send_body body ensure body.close if body.respond_to? :close end end def self.send_headers(status, headers) $stdout.print "Status: #{status}\r\n" headers.each { |k, vs| vs.split("\n").each { |v| $stdout.print "#{k}: #{v}\r\n" } } $stdout.print "\r\n" $stdout.flush end def self.send_body(body) body.each { |part| $stdout.print part $stdout.flush } end end register :cgi, CGI end end PK *J [lo| � � 1 share/gems/gems/rackup-2.1.0/lib/rackup/stream.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2019-2022, by Samuel Williams. module Rackup # The input stream is an IO-like object which contains the raw HTTP POST data. When applicable, its external encoding must be “ASCII-8BIT” and it must be opened in binary mode, for Ruby 1.9 compatibility. The input stream must respond to gets, each, read and rewind. class Stream def initialize(input = nil, output = Buffered.new) @input = input @output = output raise ArgumentError, "Non-writable output!" unless output.respond_to?(:write) # Will hold remaining data in `#read`. @buffer = nil @closed = false end attr :input attr :output # This provides a read-only interface for data, which is surprisingly tricky to implement correctly. module Reader # rack.hijack_io must respond to: # read, write, read_nonblock, write_nonblock, flush, close, close_read, close_write, closed? # read behaves like IO#read. Its signature is read([length, [buffer]]). If given, length must be a non-negative Integer (>= 0) or nil, and buffer must be a String and may not be nil. If length is given and not nil, then this method reads at most length bytes from the input stream. If length is not given or nil, then this method reads all data until EOF. When EOF is reached, this method returns nil if length is given and not nil, or “” if length is not given or is nil. If buffer is given, then the read data will be placed into buffer instead of a newly created String object. # @param length [Integer] the amount of data to read # @param buffer [String] the buffer which will receive the data # @return a buffer containing the data def read(length = nil, buffer = nil) return '' if length == 0 buffer ||= String.new.force_encoding(Encoding::BINARY) # Take any previously buffered data and replace it into the given buffer. if @buffer buffer.replace(@buffer) @buffer = nil else buffer.clear end if length while buffer.bytesize < length and chunk = read_next buffer << chunk end # This ensures the subsequent `slice!` works correctly. buffer.force_encoding(Encoding::BINARY) # This will be at least one copy: @buffer = buffer.byteslice(length, buffer.bytesize) # This should be zero-copy: buffer.slice!(length, buffer.bytesize) if buffer.empty? return nil else return buffer end else while chunk = read_next buffer << chunk end return buffer end end # Read at most `length` bytes from the stream. Will avoid reading from the underlying stream if possible. def read_partial(length = nil) if @buffer buffer = @buffer @buffer = nil else buffer = read_next end if buffer and length if buffer.bytesize > length # This ensures the subsequent `slice!` works correctly. buffer.force_encoding(Encoding::BINARY) @buffer = buffer.byteslice(length, buffer.bytesize) buffer.slice!(length, buffer.bytesize) end end return buffer end def gets read_partial end def each while chunk = read_partial yield chunk end end def read_nonblock(length, buffer = nil) @buffer ||= read_next chunk = nil unless @buffer buffer&.clear return end if @buffer.bytesize > length chunk = @buffer.byteslice(0, length) @buffer = @buffer.byteslice(length, @buffer.bytesize) else chunk = @buffer @buffer = nil end if buffer buffer.replace(chunk) else buffer = chunk end return buffer end end include Reader def write(buffer) if @output @output.write(buffer) return buffer.bytesize else raise IOError, "Stream is not writable, output has been closed!" end end def write_nonblock(buffer) write(buffer) end def <<(buffer) write(buffer) end def flush end def close_read @input&.close @input = nil end # close must never be called on the input stream. huh? def close_write if @output.respond_to?(:close) @output&.close end @output = nil end # Close the input and output bodies. def close(error = nil) self.close_read self.close_write return nil ensure @closed = true end # Whether the stream has been closed. def closed? @closed end # Whether there are any output chunks remaining? def empty? @output.empty? end private def read_next if @input return @input.read else @input = nil raise IOError, "Stream is not readable, input has been closed!" end end end end PK *J [���� � 2 share/gems/gems/rackup-2.1.0/lib/rackup/lobster.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. require 'zlib' require 'rack/constants' require 'rack/request' require 'rack/response' module Rackup # Paste has a Pony, Rack has a Lobster! class Lobster include Rack LobsterString = Zlib::Inflate.inflate("eJx9kEEOwyAMBO99xd7MAcytUhPlJyj2 P6jy9i4k9EQyGAnBarEXeCBqSkntNXsi/ZCvC48zGQoZKikGrFMZvgS5ZHd+aGWVuWwhVF0 t1drVmiR42HcWNz5w3QanT+2gIvTVCiE1lm1Y0eU4JGmIIbaKwextKn8rvW+p5PIwFl8ZWJ I8jyiTlhTcYXkekJAzTyYN6E08A+dk8voBkAVTJQ==".delete("\n ").unpack("m*")[0]) LambdaLobster = lambda { |env| if env[QUERY_STRING].include?("flip") lobster = LobsterString.split("\n"). map { |line| line.ljust(42).reverse }. join("\n") href = "?" else lobster = LobsterString href = "?flip" end content = ["<title>Lobstericious!</title>", "<pre>", lobster, "</pre>", "<a href='#{href}'>flip!</a>"] length = content.inject(0) { |a, e| a + e.size }.to_s [200, { CONTENT_TYPE => "text/html", CONTENT_LENGTH => length }, content] } def call(env) req = Request.new(env) if req.GET["flip"] == "left" lobster = LobsterString.split("\n").map do |line| line.ljust(42).reverse. gsub('\\', 'TEMP'). gsub('/', '\\'). gsub('TEMP', '/'). gsub('{', '}'). gsub('(', ')') end.join("\n") href = "?flip=right" elsif req.GET["flip"] == "crash" raise "Lobster crashed" else lobster = LobsterString href = "?flip=left" end res = Response.new res.write "<title>Lobstericious!</title>" res.write "<pre>" res.write lobster res.write "</pre>" res.write "<p><a href='#{href}'>flip!</a></p>" res.write "<p><a href='?flip=crash'>crash!</a></p>" res.finish end end end if $0 == __FILE__ # :nocov: require_relative 'server' require_relative 'show_exceptions' require_relative 'lint' Rackup::Server.start( app: Rack::ShowExceptions.new(Rack::Lint.new(Rackup::Lobster.new)), Port: 9292 ) # :nocov: end PK *J [�cϛ� � 2 share/gems/gems/rackup-2.1.0/lib/rackup/version.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. module Rackup VERSION = "2.1.0" end PK *J [/�: �4 �4 1 share/gems/gems/rackup-2.1.0/lib/rackup/server.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. require 'optparse' require 'fileutils' require 'rack/builder' require 'rack/common_logger' require 'rack/content_length' require 'rack/show_exceptions' require 'rack/lint' require 'rack/tempfile_reaper' require 'rack/version' require_relative 'version' require_relative 'handler' module Rackup class Server class Options def parse!(args) options = {} opt_parser = OptionParser.new("", 24, ' ') do |opts| opts.banner = "Usage: rackup [ruby options] [rack options] [rackup config]" opts.separator "" opts.separator "Ruby options:" lineno = 1 opts.on("-e", "--eval LINE", "evaluate a LINE of code") { |line| eval line, TOPLEVEL_BINDING, "-e", lineno lineno += 1 } opts.on("-d", "--debug", "set debugging flags (set $DEBUG to true)") { options[:debug] = true } opts.on("-w", "--warn", "turn warnings on for your script") { options[:warn] = true } opts.on("-q", "--quiet", "turn off logging") { options[:quiet] = true } opts.on("-I", "--include PATH", "specify $LOAD_PATH (may be used more than once)") { |path| (options[:include] ||= []).concat(path.split(":")) } opts.on("-r", "--require LIBRARY", "require the library, before executing your script") { |library| (options[:require] ||= []) << library } opts.separator "" opts.separator "Rack options:" opts.on("-b", "--builder BUILDER_LINE", "evaluate a BUILDER_LINE of code as a builder script") { |line| options[:builder] = line } opts.on("-s", "--server SERVER", "serve using SERVER (thin/puma/webrick)") { |s| options[:server] = s } opts.on("-o", "--host HOST", "listen on HOST (default: localhost)") { |host| options[:Host] = host } opts.on("-p", "--port PORT", "use PORT (default: 9292)") { |port| options[:Port] = port } opts.on("-O", "--option NAME[=VALUE]", "pass VALUE to the server as option NAME. If no VALUE, sets it to true. Run '#{$0} -s SERVER -h' to get a list of options for SERVER") { |name| name, value = name.split('=', 2) value = true if value.nil? options[name.to_sym] = value } opts.on("-E", "--env ENVIRONMENT", "use ENVIRONMENT for defaults (default: development)") { |e| options[:environment] = e } opts.on("-D", "--daemonize", "run daemonized in the background") { |d| options[:daemonize] ||= true } opts.on("--daemonize-noclose", "run daemonized in the background without closing stdout/stderr") { options[:daemonize] = :noclose } opts.on("-P", "--pid FILE", "file to store PID") { |f| options[:pid] = ::File.expand_path(f) } opts.separator "" opts.separator "Profiling options:" opts.on("--heap HEAPFILE", "Build the application, then dump the heap to HEAPFILE") do |e| options[:heapfile] = e end opts.on("--profile PROFILE", "Dump CPU or Memory profile to PROFILE (defaults to a tempfile)") do |e| options[:profile_file] = e end opts.on("--profile-mode MODE", "Profile mode (cpu|wall|object)") do |e| unless %w[cpu wall object].include?(e) raise OptionParser::InvalidOption, "unknown profile mode: #{e}" end options[:profile_mode] = e.to_sym end opts.separator "" opts.separator "Common options:" opts.on_tail("-h", "-?", "--help", "Show this message") do puts opts puts handler_opts(options) exit end opts.on_tail("--version", "Show version") do puts "Rack #{Rack::RELEASE}" exit end end begin opt_parser.parse! args rescue OptionParser::InvalidOption => e warn e.message abort opt_parser.to_s end options[:config] = args.last if args.last && !args.last.empty? options end def handler_opts(options) info = [] server = Rackup::Handler.get(options[:server]) || Rackup::Handler.default if server && server.respond_to?(:valid_options) info << "" info << "Server-specific options for #{server.name}:" has_options = false server.valid_options.each do |name, description| next if /^(Host|Port)[^a-zA-Z]/.match?(name.to_s) # ignore handler's host and port options, we do our own. info << sprintf(" -O %-21s %s", name, description) has_options = true end return "" if !has_options end info.join("\n") rescue NameError, LoadError return "Warning: Could not find handler specified (#{options[:server] || 'default'}) to determine handler-specific options" end end # Start a new rack server (like running rackup). This will parse ARGV and # provide standard ARGV rackup options, defaulting to load 'config.ru'. # # Providing an options hash will prevent ARGV parsing and will not include # any default options. # # This method can be used to very easily launch a CGI application, for # example: # # Rack::Server.start( # :app => lambda do |e| # [200, {'content-type' => 'text/html'}, ['hello world']] # end, # :server => 'cgi' # ) # # Further options available here are documented on Rack::Server#initialize def self.start(options = nil) new(options).start end attr_writer :options # Options may include: # * :app # a rack application to run (overrides :config and :builder) # * :builder # a string to evaluate a Rack::Builder from # * :config # a rackup configuration file path to load (.ru) # * :environment # this selects the middleware that will be wrapped around # your application. Default options available are: # - development: CommonLogger, ShowExceptions, and Lint # - deployment: CommonLogger # - none: no extra middleware # note: when the server is a cgi server, CommonLogger is not included. # * :server # choose a specific Rackup::Handler, e.g. cgi, fcgi, webrick # * :daemonize # if truthy, the server will daemonize itself (fork, detach, etc) # if :noclose, the server will not close STDOUT/STDERR # * :pid # path to write a pid file after daemonize # * :Host # the host address to bind to (used by supporting Rackup::Handler) # * :Port # the port to bind to (used by supporting Rackup::Handler) # * :AccessLog # webrick access log options (or supporting Rackup::Handler) # * :debug # turn on debug output ($DEBUG = true) # * :warn # turn on warnings ($-w = true) # * :include # add given paths to $LOAD_PATH # * :require # require the given libraries # # Additional options for profiling app initialization include: # * :heapfile # location for ObjectSpace.dump_all to write the output to # * :profile_file # location for CPU/Memory (StackProf) profile output (defaults to a tempfile) # * :profile_mode # StackProf profile mode (cpu|wall|object) def initialize(options = nil) @ignore_options = [] if options @use_default_options = false @options = options @app = options[:app] if options[:app] else @use_default_options = true @options = parse_options(ARGV) end end def options merged_options = @use_default_options ? default_options.merge(@options) : @options merged_options.reject { |k, v| @ignore_options.include?(k) } end def default_options environment = ENV['RACK_ENV'] || 'development' default_host = environment == 'development' ? 'localhost' : '0.0.0.0' { environment: environment, pid: nil, Port: 9292, Host: default_host, AccessLog: [], config: "config.ru" } end def app @app ||= options[:builder] ? build_app_from_string : build_app_and_options_from_config end class << self def logging_middleware lambda { |server| /CGI/.match?(server.server.name) || server.options[:quiet] ? nil : [Rack::CommonLogger, $stderr] } end def default_middleware_by_environment m = Hash.new {|h, k| h[k] = []} m["deployment"] = [ [Rack::ContentLength], logging_middleware, [Rack::TempfileReaper] ] m["development"] = [ [Rack::ContentLength], logging_middleware, [Rack::ShowExceptions], [Rack::Lint], [Rack::TempfileReaper] ] m end def middleware default_middleware_by_environment end end def middleware self.class.middleware end def start(&block) if options[:warn] $-w = true end if includes = options[:include] $LOAD_PATH.unshift(*includes) end Array(options[:require]).each do |library| require library end if options[:debug] $DEBUG = true require 'pp' p options[:server] pp wrapped_app pp app end check_pid! if options[:pid] # Touch the wrapped app, so that the config.ru is loaded before # daemonization (i.e. before chdir, etc). handle_profiling(options[:heapfile], options[:profile_mode], options[:profile_file]) do wrapped_app end daemonize_app if options[:daemonize] write_pid if options[:pid] trap(:INT) do if server.respond_to?(:shutdown) server.shutdown else exit end end server.run(wrapped_app, **options, &block) end def server @_server ||= Handler.get(options[:server]) || Handler.default end private def build_app_and_options_from_config if !::File.exist? options[:config] abort "configuration #{options[:config]} not found" end return Rack::Builder.parse_file(self.options[:config]) end def handle_profiling(heapfile, profile_mode, filename) if heapfile require "objspace" ObjectSpace.trace_object_allocations_start yield GC.start ::File.open(heapfile, "w") { |f| ObjectSpace.dump_all(output: f) } exit end if profile_mode require "stackprof" require "tempfile" make_profile_name(filename) do |filename| ::File.open(filename, "w") do |f| StackProf.run(mode: profile_mode, out: f) do yield end puts "Profile written to: #{filename}" end end exit end yield end def make_profile_name(filename) if filename yield filename else ::Dir::Tmpname.create("profile.dump") do |tmpname, _, _| yield tmpname end end end def build_app_from_string Rack::Builder.new_from_string(self.options[:builder]) end def parse_options(args) # Don't evaluate CGI ISINDEX parameters. args.clear if ENV.include?(Rack::REQUEST_METHOD) @options = opt_parser.parse!(args) @options[:config] = ::File.expand_path(options[:config]) ENV["RACK_ENV"] = options[:environment] @options end def opt_parser Options.new end def build_app(app) middleware[options[:environment]].reverse_each do |middleware| middleware = middleware.call(self) if middleware.respond_to?(:call) next unless middleware klass, *args = middleware app = klass.new(app, *args) end app end def wrapped_app @wrapped_app ||= build_app app end def daemonize_app # Cannot be covered as it forks # :nocov: Process.daemon(true, options[:daemonize] == :noclose) # :nocov: end def write_pid ::File.open(options[:pid], ::File::CREAT | ::File::EXCL | ::File::WRONLY ){ |f| f.write("#{Process.pid}") } at_exit { ::FileUtils.rm_f(options[:pid]) } rescue Errno::EEXIST check_pid! retry end def check_pid! return unless ::File.exist?(options[:pid]) pid = ::File.read(options[:pid]).to_i raise Errno::ESRCH if pid == 0 Process.kill(0, pid) exit_with_pid(pid) rescue Errno::ESRCH ::File.delete(options[:pid]) rescue Errno::EPERM exit_with_pid(pid) end def exit_with_pid(pid) $stderr.puts "A server is already running (pid: #{pid}, file: #{options[:pid]})." exit(1) end end end PK *J [��9�$ $ * share/gems/gems/rackup-2.1.0/lib/rackup.rbnu �[��� # frozen_string_literal: true # Released under the MIT License. # Copyright, 2022-2023, by Samuel Williams. require_relative 'rackup/handler' require_relative 'rackup/server' require_relative 'rackup/version' require_relative 'rackup/handler/webrick' require_relative 'rackup/handler/cgi' PK *J [< �d� � & share/gems/gems/rackup-2.1.0/readme.mdnu �[��� # Rackup `rackup` provides a command line interface for running a Rack-compatible application. [](https://github.com/rack/rackup/actions?workflow=Test) ## Installation ``` bash $ gem install rackup ``` ## Usage In a directory with your `config.ru` simply run the command: ``` bash $ rackup ``` Your application should now be available locally, typically `http://localhost:9292`. ## Contributing We welcome contributions to this project. 1. Fork it. 2. Create your feature branch (`git checkout -b my-new-feature`). 3. Commit your changes (`git commit -am 'Add some feature'`). 4. Push to the branch (`git push origin my-new-feature`). 5. Create new Pull Request. PK *J [�tz��, �, $ share/gems/gems/rack-3.0.8/README.mdnu �[��� #  > **_NOTE:_** Rack v3.0.0 was recently released. Please check the [Upgrade > Guide](UPGRADE-GUIDE.md) for more details about migrating your existing > servers, middlewares and applications. For detailed information on specific > changes, check the [Change Log](CHANGELOG.md). Rack provides a minimal, modular, and adaptable interface for developing web applications in Ruby. By wrapping HTTP requests and responses in the simplest way possible, it unifies and distills the bridge between web servers, web frameworks, and web application into a single method call. The exact details of this are described in the [Rack Specification], which all Rack applications should conform to. ## Installation Add the rack gem to your application bundle, or follow the instructions provided by a [supported web framework](#supported-web-frameworks): ```bash # Install it generally: $ gem install rack --pre # or, add it to your current application gemfile: $ bundle add rack --version 3.0.0 ``` If you need features from `Rack::Session` or `bin/rackup` please add those gems separately. ```bash $ gem install rack-session rackup ``` ## Usage Create a file called `config.ru` with the following contents: ```ruby run do |env| [200, {}, ["Hello World"]] end ``` Run this using the rackup gem or another [supported web server](#supported-web-servers). ```bash $ gem install rackup $ rackup $ curl http://localhost:9292 Hello World ``` ## Supported web servers Rack is supported by a wide range of servers, including: * [Agoo](https://github.com/ohler55/agoo) * [Falcon](https://github.com/socketry/falcon) **(Rack 3 Compatible)** * [Iodine](https://github.com/boazsegev/iodine) * [NGINX Unit](https://unit.nginx.org/) * [Phusion Passenger](https://www.phusionpassenger.com/) (which is mod_rack for Apache and for nginx) * [Puma](https://puma.io/) * [Thin](https://github.com/macournoyer/thin) * [Unicorn](https://yhbt.net/unicorn/) * [uWSGI](https://uwsgi-docs.readthedocs.io/en/latest/) * [Lamby](https://lamby.custominktech.com) (for AWS Lambda) You will need to consult the server documentation to find out what features and limitations they may have. In general, any valid Rack app will run the same on all these servers, without changing anything. ### Rackup Rack provides a separate gem, [rackup](https://github.com/rack/rackup) which is a generic interface for running a Rack application on supported servers, which include `WEBRick`, `Puma`, `Falcon` and others. ## Supported web frameworks These frameworks and many others support the [Rack Specification]: * [Camping](https://github.com/camping/camping) * [Hanami](https://hanamirb.org/) * [Padrino](https://padrinorb.com/) * [Roda](https://github.com/jeremyevans/roda) **(Rack 3 Compatible)** * [Ruby on Rails](https://rubyonrails.org/) * [Sinatra](https://sinatrarb.com/) * [Utopia](https://github.com/socketry/utopia) **(Rack 3 Compatible)** * [WABuR](https://github.com/ohler55/wabur) ### Older (possibly unsupported) web frameworks * [Ramaze](http://ramaze.net/) * [Rum](https://github.com/leahneukirchen/rum) ## Available middleware shipped with Rack Between the server and the framework, Rack can be customized to your applications needs using middleware. Rack itself ships with the following middleware: * `Rack::CommonLogger` for creating Apache-style logfiles. * `Rack::ConditionalGet` for returning [Not Modified](https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/304) responses when the response has not changed. * `Rack::Config` for modifying the environment before processing the request. * `Rack::ContentLength` for setting a `content-length` header based on body size. * `Rack::ContentType` for setting a default `content-type` header for responses. * `Rack::Deflater` for compressing responses with gzip. * `Rack::ETag` for setting `etag` header on bodies that can be buffered. * `Rack::Events` for providing easy hooks when a request is received and when the response is sent. * `Rack::Files` for serving static files. * `Rack::Head` for returning an empty body for HEAD requests. * `Rack::Lint` for checking conformance to the [Rack Specification]. * `Rack::Lock` for serializing requests using a mutex. * `Rack::Logger` for setting a logger to handle logging errors. * `Rack::MethodOverride` for modifying the request method based on a submitted parameter. * `Rack::Recursive` for including data from other paths in the application, and for performing internal redirects. * `Rack::Reloader` for reloading files if they have been modified. * `Rack::Runtime` for including a response header with the time taken to process the request. * `Rack::Sendfile` for working with web servers that can use optimized file serving for file system paths. * `Rack::ShowException` for catching unhandled exceptions and presenting them in a nice and helpful way with clickable backtrace. * `Rack::ShowStatus` for using nice error pages for empty client error responses. * `Rack::Static` for more configurable serving of static files. * `Rack::TempfileReaper` for removing temporary files creating during a request. All these components use the same interface, which is described in detail in the [Rack Specification]. These optional components can be used in any way you wish. ### Convenience interfaces If you want to develop outside of existing frameworks, implement your own ones, or develop middleware, Rack provides many helpers to create Rack applications quickly and without doing the same web stuff all over: * `Rack::Request` which also provides query string parsing and multipart handling. * `Rack::Response` for convenient generation of HTTP replies and cookie handling. * `Rack::MockRequest` and `Rack::MockResponse` for efficient and quick testing of Rack application without real HTTP round-trips. * `Rack::Cascade` for trying additional Rack applications if an application returns a not found or method not supported response. * `Rack::Directory` for serving files under a given directory, with directory indexes. * `Rack::MediaType` for parsing content-type headers. * `Rack::Mime` for determining content-type based on file extension. * `Rack::RewindableInput` for making any IO object rewindable, using a temporary file buffer. * `Rack::URLMap` to route to multiple applications inside the same process. ## Configuration Rack exposes several configuration parameters to control various features of the implementation. ### `param_depth_limit` ```ruby Rack::Utils.param_depth_limit = 32 # default ``` The maximum amount of nesting allowed in parameters. For example, if set to 3, this query string would be allowed: ``` ?a[b][c]=d ``` but this query string would not be allowed: ``` ?a[b][c][d]=e ``` Limiting the depth prevents a possible stack overflow when parsing parameters. ### `multipart_file_limit` ```ruby Rack::Utils.multipart_file_limit = 128 # default ``` The maximum number of parts with a filename a request can contain. Accepting too many parts can lead to the server running out of file handles. The default is 128, which means that a single request can't upload more than 128 files at once. Set to 0 for no limit. Can also be set via the `RACK_MULTIPART_FILE_LIMIT` environment variable. (This is also aliased as `multipart_part_limit` and `RACK_MULTIPART_PART_LIMIT` for compatibility) ### `multipart_total_part_limit` The maximum total number of parts a request can contain of any type, including both file and non-file form fields. The default is 4096, which means that a single request can't contain more than 4096 parts. Set to 0 for no limit. Can also be set via the `RACK_MULTIPART_TOTAL_PART_LIMIT` environment variable. ## Changelog See [CHANGELOG.md](CHANGELOG.md). ## Contributing See [CONTRIBUTING.md](CONTRIBUTING.md) for specific details about how to make a contribution to Rack. Please post bugs, suggestions and patches to [GitHub Issues](https://github.com/rack/rack/issues). Please check our [Security Policy](https://github.com/rack/rack/security/policy) for responsible disclosure and security bug reporting process. Due to wide usage of the library, it is strongly preferred that we manage timing in order to provide viable patches at the time of disclosure. Your assistance in this matter is greatly appreciated. ## See Also ### `rack-contrib` The plethora of useful middleware created the need for a project that collects fresh Rack middleware. `rack-contrib` includes a variety of add-on components for Rack and it is easy to contribute new modules. * https://github.com/rack/rack-contrib ### `rack-session` Provides convenient session management for Rack. * https://github.com/rack/rack-session ## Thanks The Rack Core Team, consisting of * Aaron Patterson [tenderlove](https://github.com/tenderlove) * Samuel Williams [ioquatix](https://github.com/ioquatix) * Jeremy Evans [jeremyevans](https://github.com/jeremyevans) * Eileen Uchitelle [eileencodes](https://github.com/eileencodes) * Matthew Draper [matthewd](https://github.com/matthewd) * Rafael França [rafaelfranca](https://github.com/rafaelfranca) and the Rack Alumni * Ryan Tomayko [rtomayko](https://github.com/rtomayko) * Scytrin dai Kinthra [scytrin](https://github.com/scytrin) * Leah Neukirchen [leahneukirchen](https://github.com/leahneukirchen) * James Tucker [raggi](https://github.com/raggi) * Josh Peek [josh](https://github.com/josh) * José Valim [josevalim](https://github.com/josevalim) * Michael Fellinger [manveru](https://github.com/manveru) * Santiago Pastorino [spastorino](https://github.com/spastorino) * Konstantin Haase [rkh](https://github.com/rkh) would like to thank: * Adrian Madrid, for the LiteSpeed handler. * Christoffer Sawicki, for the first Rails adapter and `Rack::Deflater`. * Tim Fletcher, for the HTTP authentication code. * Luc Heinrich for the Cookie sessions, the static file handler and bugfixes. * Armin Ronacher, for the logo and racktools. * Alex Beregszaszi, Alexander Kahn, Anil Wadghule, Aredridel, Ben Alpert, Dan Kubb, Daniel Roethlisberger, Matt Todd, Tom Robinson, Phil Hagelberg, S. Brent Faulkner, Bosko Milekic, Daniel Rodríguez Troitiño, Genki Takiuchi, Geoffrey Grosenbach, Julien Sanchez, Kamal Fariz Mahyuddin, Masayoshi Takahashi, Patrick Aljordm, Mig, Kazuhiro Nishiyama, Jon Bardin, Konstantin Haase, Larry Siden, Matias Korhonen, Sam Ruby, Simon Chiang, Tim Connor, Timur Batyrshin, and Zach Brock for bug fixing and other improvements. * Eric Wong, Hongli Lai, Jeremy Kemper for their continuous support and API improvements. * Yehuda Katz and Carl Lerche for refactoring rackup. * Brian Candler, for `Rack::ContentType`. * Graham Batty, for improved handler loading. * Stephen Bannasch, for bug reports and documentation. * Gary Wright, for proposing a better `Rack::Response` interface. * Jonathan Buch, for improvements regarding `Rack::Response`. * Armin Röhrl, for tracking down bugs in the Cookie generator. * Alexander Kellett for testing the Gem and reviewing the announcement. * Marcus Rückert, for help with configuring and debugging lighttpd. * The WSGI team for the well-done and documented work they've done and Rack builds up on. * All bug reporters and patch contributors not mentioned above. ## License Rack is released under the [MIT License](MIT-LICENSE). [Rack Specification]: SPEC.rdoc PK *J [ ���= = $ share/gems/gems/rack-3.0.8/SPEC.rdocnu �[��� This specification aims to formalize the Rack protocol. You can (and should) use Rack::Lint to enforce it. When you develop middleware, be sure to add a Lint before and after to catch all mistakes. = Rack applications A Rack application is a Ruby object (not a class) that responds to +call+. It takes exactly one argument, the *environment* and returns a non-frozen Array of exactly three values: The *status*, the *headers*, and the *body*. == The Environment The environment must be an unfrozen instance of Hash that includes CGI-like headers. The Rack application is free to modify the environment. The environment is required to include these variables (adopted from {PEP 333}[https://peps.python.org/pep-0333/]), except when they'd be empty, but see below. <tt>REQUEST_METHOD</tt>:: The HTTP request method, such as "GET" or "POST". This cannot ever be an empty string, and so is always required. <tt>SCRIPT_NAME</tt>:: The initial portion of the request URL's "path" that corresponds to the application object, so that the application knows its virtual "location". This may be an empty string, if the application corresponds to the "root" of the server. <tt>PATH_INFO</tt>:: The remainder of the request URL's "path", designating the virtual "location" of the request's target within the application. This may be an empty string, if the request URL targets the application root and does not have a trailing slash. This value may be percent-encoded when originating from a URL. <tt>QUERY_STRING</tt>:: The portion of the request URL that follows the <tt>?</tt>, if any. May be empty, but is always required! <tt>SERVER_NAME</tt>:: When combined with <tt>SCRIPT_NAME</tt> and <tt>PATH_INFO</tt>, these variables can be used to complete the URL. Note, however, that <tt>HTTP_HOST</tt>, if present, should be used in preference to <tt>SERVER_NAME</tt> for reconstructing the request URL. <tt>SERVER_NAME</tt> can never be an empty string, and so is always required. <tt>SERVER_PORT</tt>:: An optional +Integer+ which is the port the server is running on. Should be specified if the server is running on a non-standard port. <tt>SERVER_PROTOCOL</tt>:: A string representing the HTTP version used for the request. <tt>HTTP_</tt> Variables:: Variables corresponding to the client-supplied HTTP request headers (i.e., variables whose names begin with <tt>HTTP_</tt>). The presence or absence of these variables should correspond with the presence or absence of the appropriate HTTP header in the request. See {RFC3875 section 4.1.18}[https://tools.ietf.org/html/rfc3875#section-4.1.18] for specific behavior. In addition to this, the Rack environment must include these Rack-specific variables: <tt>rack.url_scheme</tt>:: +http+ or +https+, depending on the request URL. <tt>rack.input</tt>:: See below, the input stream. <tt>rack.errors</tt>:: See below, the error stream. <tt>rack.hijack?</tt>:: See below, if present and true, indicates that the server supports partial hijacking. <tt>rack.hijack</tt>:: See below, if present, an object responding to +call+ that is used to perform a full hijack. Additional environment specifications have approved to standardized middleware APIs. None of these are required to be implemented by the server. <tt>rack.session</tt>:: A hash-like interface for storing request session data. The store must implement: store(key, value) (aliased as []=); fetch(key, default = nil) (aliased as []); delete(key); clear; to_hash (returning unfrozen Hash instance); <tt>rack.logger</tt>:: A common object interface for logging messages. The object must implement: info(message, &block) debug(message, &block) warn(message, &block) error(message, &block) fatal(message, &block) <tt>rack.multipart.buffer_size</tt>:: An Integer hint to the multipart parser as to what chunk size to use for reads and writes. <tt>rack.multipart.tempfile_factory</tt>:: An object responding to #call with two arguments, the filename and content_type given for the multipart form field, and returning an IO-like object that responds to #<< and optionally #rewind. This factory will be used to instantiate the tempfile for each multipart form file upload field, rather than the default class of Tempfile. The server or the application can store their own data in the environment, too. The keys must contain at least one dot, and should be prefixed uniquely. The prefix <tt>rack.</tt> is reserved for use with the Rack core distribution and other accepted specifications and must not be used otherwise. The <tt>SERVER_PORT</tt> must be an Integer if set. The <tt>SERVER_NAME</tt> must be a valid authority as defined by RFC7540. The <tt>HTTP_HOST</tt> must be a valid authority as defined by RFC7540. The <tt>SERVER_PROTOCOL</tt> must match the regexp <tt>HTTP/\d(\.\d)?</tt>. If the <tt>HTTP_VERSION</tt> is present, it must equal the <tt>SERVER_PROTOCOL</tt>. The environment must not contain the keys <tt>HTTP_CONTENT_TYPE</tt> or <tt>HTTP_CONTENT_LENGTH</tt> (use the versions without <tt>HTTP_</tt>). The CGI keys (named without a period) must have String values. If the string values for CGI keys contain non-ASCII characters, they should use ASCII-8BIT encoding. There are the following restrictions: * <tt>rack.url_scheme</tt> must either be +http+ or +https+. * There must be a valid input stream in <tt>rack.input</tt>. * There must be a valid error stream in <tt>rack.errors</tt>. * There may be a valid hijack callback in <tt>rack.hijack</tt> * The <tt>REQUEST_METHOD</tt> must be a valid token. * The <tt>SCRIPT_NAME</tt>, if non-empty, must start with <tt>/</tt> * The <tt>PATH_INFO</tt>, if non-empty, must start with <tt>/</tt> * The <tt>CONTENT_LENGTH</tt>, if given, must consist of digits only. * One of <tt>SCRIPT_NAME</tt> or <tt>PATH_INFO</tt> must be set. <tt>PATH_INFO</tt> should be <tt>/</tt> if <tt>SCRIPT_NAME</tt> is empty. <tt>SCRIPT_NAME</tt> never should be <tt>/</tt>, but instead be empty. <tt>rack.response_finished</tt>:: An array of callables run by the server after the response has been processed. This would typically be invoked after sending the response to the client, but it could also be invoked if an error occurs while generating the response or sending the response; in that case, the error argument will be a subclass of +Exception+. The callables are invoked with +env, status, headers, error+ arguments and should not raise any exceptions. They should be invoked in reverse order of registration. === The Input Stream The input stream is an IO-like object which contains the raw HTTP POST data. When applicable, its external encoding must be "ASCII-8BIT" and it must be opened in binary mode, for Ruby 1.9 compatibility. The input stream must respond to +gets+, +each+, and +read+. * +gets+ must be called without arguments and return a string, or +nil+ on EOF. * +read+ behaves like IO#read. Its signature is <tt>read([length, [buffer]])</tt>. If given, +length+ must be a non-negative Integer (>= 0) or +nil+, and +buffer+ must be a String and may not be nil. If +length+ is given and not nil, then this method reads at most +length+ bytes from the input stream. If +length+ is not given or nil, then this method reads all data until EOF. When EOF is reached, this method returns nil if +length+ is given and not nil, or "" if +length+ is not given or is nil. If +buffer+ is given, then the read data will be placed into +buffer+ instead of a newly created String object. * +each+ must be called without arguments and only yield Strings. * +close+ can be called on the input stream to indicate that the any remaining input is not needed. === The Error Stream The error stream must respond to +puts+, +write+ and +flush+. * +puts+ must be called with a single argument that responds to +to_s+. * +write+ must be called with a single argument that is a String. * +flush+ must be called without arguments and must be called in order to make the error appear for sure. * +close+ must never be called on the error stream. === Hijacking The hijacking interfaces provides a means for an application to take control of the HTTP connection. There are two distinct hijack interfaces: full hijacking where the application takes over the raw connection, and partial hijacking where the application takes over just the response body stream. In both cases, the application is responsible for closing the hijacked stream. Full hijacking only works with HTTP/1. Partial hijacking is functionally equivalent to streaming bodies, and is still optionally supported for backwards compatibility with older Rack versions. ==== Full Hijack Full hijack is used to completely take over an HTTP/1 connection. It occurs before any headers are written and causes the request to ignores any response generated by the application. It is intended to be used when applications need access to raw HTTP/1 connection. If +rack.hijack+ is present in +env+, it must respond to +call+ and return an +IO+ instance which can be used to read and write to the underlying connection using HTTP/1 semantics and formatting. ==== Partial Hijack Partial hijack is used for bi-directional streaming of the request and response body. It occurs after the status and headers are written by the server and causes the server to ignore the Body of the response. It is intended to be used when applications need bi-directional streaming. If +rack.hijack?+ is present in +env+ and truthy, an application may set the special response header +rack.hijack+ to an object that responds to +call+, accepting a +stream+ argument. After the response status and headers have been sent, this hijack callback will be invoked with a +stream+ argument which follows the same interface as outlined in "Streaming Body". Servers must ignore the +body+ part of the response tuple when the +rack.hijack+ response header is present. Using an empty +Array+ instance is recommended. The special response header +rack.hijack+ must only be set if the request +env+ has a truthy +rack.hijack?+. == The Response === The Status This is an HTTP status. It must be an Integer greater than or equal to 100. === The Headers The headers must be a unfrozen Hash. The header keys must be Strings. Special headers starting "rack." are for communicating with the server, and must not be sent back to the client. The header must not contain a +Status+ key. Header keys must conform to RFC7230 token specification, i.e. cannot contain non-printable ASCII, DQUOTE or "(),/:;<=>?@[\]{}". Header keys must not contain uppercase ASCII characters (A-Z). Header values must be either a String instance, or an Array of String instances, such that each String instance must not contain characters below 037. === The content-type There must not be a <tt>content-type</tt> header key when the +Status+ is 1xx, 204, or 304. === The content-length There must not be a <tt>content-length</tt> header key when the +Status+ is 1xx, 204, or 304. === The Body The Body is typically an +Array+ of +String+ instances, an enumerable that yields +String+ instances, a +Proc+ instance, or a File-like object. The Body must respond to +each+ or +call+. It may optionally respond to +to_path+ or +to_ary+. A Body that responds to +each+ is considered to be an Enumerable Body. A Body that responds to +call+ is considered to be a Streaming Body. A Body that responds to both +each+ and +call+ must be treated as an Enumerable Body, not a Streaming Body. If it responds to +each+, you must call +each+ and not +call+. If the Body doesn't respond to +each+, then you can assume it responds to +call+. The Body must either be consumed or returned. The Body is consumed by optionally calling either +each+ or +call+. Then, if the Body responds to +close+, it must be called to release any resources associated with the generation of the body. In other words, +close+ must always be called at least once; typically after the web server has sent the response to the client, but also in cases where the Rack application makes internal/virtual requests and discards the response. After calling +close+, the Body is considered closed and should not be consumed again. If the original Body is replaced by a new Body, the new Body must also consume the original Body by calling +close+ if possible. If the Body responds to +to_path+, it must return a +String+ path for the local file system whose contents are identical to that produced by calling +each+; this may be used by the server as an alternative, possibly more efficient way to transport the response. The +to_path+ method does not consume the body. ==== Enumerable Body The Enumerable Body must respond to +each+. It must only be called once. It must not be called after being closed. and must only yield String values. The Body itself should not be an instance of String, as this will break in Ruby 1.9. Middleware must not call +each+ directly on the Body. Instead, middleware can return a new Body that calls +each+ on the original Body, yielding at least once per iteration. If the Body responds to +to_ary+, it must return an +Array+ whose contents are identical to that produced by calling +each+. Middleware may call +to_ary+ directly on the Body and return a new Body in its place. In other words, middleware can only process the Body directly if it responds to +to_ary+. If the Body responds to both +to_ary+ and +close+, its implementation of +to_ary+ must call +close+. ==== Streaming Body The Streaming Body must respond to +call+. It must only be called once. It must not be called after being closed. It takes a +stream+ argument. The +stream+ argument must implement: <tt>read, write, <<, flush, close, close_read, close_write, closed?</tt> The semantics of these IO methods must be a best effort match to those of a normal Ruby IO or Socket object, using standard arguments and raising standard exceptions. Servers are encouraged to simply pass on real IO objects, although it is recognized that this approach is not directly compatible with HTTP/2. == Thanks Some parts of this specification are adopted from {PEP 333 – Python Web Server Gateway Interface v1.0}[https://peps.python.org/pep-0333/] I'd like to thank everyone involved in that effort. PK *J [��_* * * share/gems/gems/rack-3.0.8/CONTRIBUTING.mdnu �[��� # Contributing to Rack Rack is work of [hundreds of contributors](https://github.com/rack/rack/graphs/contributors). You're encouraged to submit [pull requests](https://github.com/rack/rack/pulls) and [propose features and discuss issues](https://github.com/rack/rack/issues). ## Fork the Project Fork the [project on GitHub](https://github.com/rack/rack) and check out your copy. ``` git clone https://github.com/(your-github-username)/rack.git cd rack git remote add upstream https://github.com/rack/rack.git ``` ## Create a Topic Branch Make sure your fork is up-to-date and create a topic branch for your feature or bug fix. ``` git checkout main git pull upstream main git checkout -b my-feature-branch ``` ## Bundle Install and Quick Test Ensure that you can build the project and run quick tests. ``` bundle install --without extra bundle exec rake test ``` ## Running All Tests Install all dependencies. ``` bundle install ``` Run all tests. ``` rake test ``` ## Write Tests Try to write a test that reproduces the problem you're trying to fix or describes a feature that you want to build. We definitely appreciate pull requests that highlight or reproduce a problem, even without a fix. ## Write Code Implement your feature or bug fix. Make sure that all tests pass: ``` bundle exec rake test ``` ## Write Documentation Document any external behavior in the [README](README.md). ## Update Changelog Add a line to [CHANGELOG](CHANGELOG.md). ## Commit Changes Make sure git knows your name and email address: ``` git config --global user.name "Your Name" git config --global user.email "contributor@example.com" ``` Writing good commit logs is important. A commit log should describe what changed and why. ``` git add ... git commit ``` ## Push ``` git push origin my-feature-branch ``` ## Make a Pull Request Go to your fork of rack on GitHub and select your feature branch. Click the 'Pull Request' button and fill out the form. Pull requests are usually reviewed within a few days. ## Rebase If you've been working on a change for a while, rebase with upstream/main. ``` git fetch upstream git rebase upstream/main git push origin my-feature-branch -f ``` ## Make Required Changes Amend your previous commit and force push the changes. ``` git commit --amend git push origin my-feature-branch -f ``` ## Check on Your Pull Request Go back to your pull request after a few minutes and see whether it passed tests with GitHub Actions. Everything should look green, otherwise fix issues and amend your commit as described above. ## Be Patient It's likely that your change will not be merged and that the nitpicky maintainers will ask you to do more, or fix seemingly benign problems. Hang in there! ## Thank You Please do know that we really appreciate and value your time and work. We love you, really. PK *J [�um� � & share/gems/gems/rack-3.0.8/lib/rack.rbnu �[��� # frozen_string_literal: true # Copyright (C) 2007-2019 Leah Neukirchen <http://leahneukirchen.org/infopage.html> # # Rack is freely distributable under the terms of an MIT-style license. # See MIT-LICENSE or https://opensource.org/licenses/MIT. # The Rack main module, serving as a namespace for all core Rack # modules and classes. # # All modules meant for use in your application are <tt>autoload</tt>ed here, # so it should be enough just to <tt>require 'rack'</tt> in your code. require_relative 'rack/version' require_relative 'rack/constants' module Rack autoload :Builder, "rack/builder" autoload :BodyProxy, "rack/body_proxy" autoload :Cascade, "rack/cascade" autoload :Chunked, "rack/chunked" autoload :CommonLogger, "rack/common_logger" autoload :ConditionalGet, "rack/conditional_get" autoload :Config, "rack/config" autoload :ContentLength, "rack/content_length" autoload :ContentType, "rack/content_type" autoload :ETag, "rack/etag" autoload :Events, "rack/events" autoload :File, "rack/file" autoload :Files, "rack/files" autoload :Deflater, "rack/deflater" autoload :Directory, "rack/directory" autoload :ForwardRequest, "rack/recursive" autoload :Handler, "rack/handler" autoload :Head, "rack/head" autoload :Headers, "rack/headers" autoload :Lint, "rack/lint" autoload :Lock, "rack/lock" autoload :Logger, "rack/logger" autoload :MediaType, "rack/media_type" autoload :MethodOverride, "rack/method_override" autoload :Mime, "rack/mime" autoload :NullLogger, "rack/null_logger" autoload :QueryParser, "rack/query_parser" autoload :Recursive, "rack/recursive" autoload :Reloader, "rack/reloader" autoload :RewindableInput, "rack/rewindable_input" autoload :Runtime, "rack/runtime" autoload :Sendfile, "rack/sendfile" autoload :Server, "rack/server" autoload :ShowExceptions, "rack/show_exceptions" autoload :ShowStatus, "rack/show_status" autoload :Static, "rack/static" autoload :TempfileReaper, "rack/tempfile_reaper" autoload :URLMap, "rack/urlmap" autoload :Utils, "rack/utils" autoload :Multipart, "rack/multipart" autoload :MockRequest, "rack/mock_request" autoload :MockResponse, "rack/mock_response" autoload :Request, "rack/request" autoload :Response, "rack/response" module Auth autoload :Basic, "rack/auth/basic" autoload :AbstractRequest, "rack/auth/abstract/request" autoload :AbstractHandler, "rack/auth/abstract/handler" autoload :Digest, "rack/auth/digest" end end PK *J [�ʆ��6 �6 6 share/gems/gems/rack-3.0.8/lib/rack/show_exceptions.rbnu �[��� # frozen_string_literal: true require 'ostruct' require 'erb' require_relative 'constants' require_relative 'utils' require_relative 'request' module Rack # Rack::ShowExceptions catches all exceptions raised from the app it # wraps. It shows a useful backtrace with the sourcefile and # clickable context, the whole Rack environment and the request # data. # # Be careful when you use this on public-facing sites as it could # reveal information helpful to attackers. class ShowExceptions CONTEXT = 7 def initialize(app) @app = app end def call(env) @app.call(env) rescue StandardError, LoadError, SyntaxError => e exception_string = dump_exception(e) env[RACK_ERRORS].puts(exception_string) env[RACK_ERRORS].flush if accepts_html?(env) content_type = "text/html" body = pretty(env, e) else content_type = "text/plain" body = exception_string end [ 500, { CONTENT_TYPE => content_type, CONTENT_LENGTH => body.bytesize.to_s, }, [body], ] end def prefers_plaintext?(env) !accepts_html?(env) end def accepts_html?(env) Rack::Utils.best_q_match(env["HTTP_ACCEPT"], %w[text/html]) end private :accepts_html? def dump_exception(exception) if exception.respond_to?(:detailed_message) message = exception.detailed_message(highlight: false) else message = exception.message end string = "#{exception.class}: #{message}\n".dup string << exception.backtrace.map { |l| "\t#{l}" }.join("\n") string end def pretty(env, exception) req = Rack::Request.new(env) # This double assignment is to prevent an "unused variable" warning. # Yes, it is dumb, but I don't like Ruby yelling at me. path = path = (req.script_name + req.path_info).squeeze("/") # This double assignment is to prevent an "unused variable" warning. # Yes, it is dumb, but I don't like Ruby yelling at me. frames = frames = exception.backtrace.map { |line| frame = OpenStruct.new if line =~ /(.*?):(\d+)(:in `(.*)')?/ frame.filename = $1 frame.lineno = $2.to_i frame.function = $4 begin lineno = frame.lineno - 1 lines = ::File.readlines(frame.filename) frame.pre_context_lineno = [lineno - CONTEXT, 0].max frame.pre_context = lines[frame.pre_context_lineno...lineno] frame.context_line = lines[lineno].chomp frame.post_context_lineno = [lineno + CONTEXT, lines.size].min frame.post_context = lines[lineno + 1..frame.post_context_lineno] rescue end frame else nil end }.compact template.result(binding) end def template TEMPLATE end def h(obj) # :nodoc: case obj when String Utils.escape_html(obj) else Utils.escape_html(obj.inspect) end end # :stopdoc: # adapted from Django <www.djangoproject.com> # Copyright (c) Django Software Foundation and individual contributors. # Used under the modified BSD license: # http://www.xfree86.org/3.3.6/COPYRIGHT2.html#5 TEMPLATE = ERB.new(<<-'HTML'.gsub(/^ /, '')) <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd"> <html lang="en"> <head> <meta http-equiv="content-type" content="text/html; charset=utf-8" /> <meta name="robots" content="NONE,NOARCHIVE" /> <title><%=h exception.class %> at <%=h path %></title> <style type="text/css"> html * { padding:0; margin:0; } body * { padding:10px 20px; } body * * { padding:0; } body { font:small sans-serif; } body>div { border-bottom:1px solid #ddd; } h1 { font-weight:normal; } h2 { margin-bottom:.8em; } h2 span { font-size:80%; color:#666; font-weight:normal; } h3 { margin:1em 0 .5em 0; } h4 { margin:0 0 .5em 0; font-weight: normal; } table { border:1px solid #ccc; border-collapse: collapse; background:white; } tbody td, tbody th { vertical-align:top; padding:2px 3px; } thead th { padding:1px 6px 1px 3px; background:#fefefe; text-align:left; font-weight:normal; font-size:11px; border:1px solid #ddd; } tbody th { text-align:right; color:#666; padding-right:.5em; } table.vars { margin:5px 0 2px 40px; } table.vars td, table.req td { font-family:monospace; } table td.code { width:100%;} table td.code div { overflow:hidden; } table.source th { color:#666; } table.source td { font-family:monospace; white-space:pre; border-bottom:1px solid #eee; } ul.traceback { list-style-type:none; } ul.traceback li.frame { margin-bottom:1em; } div.context { margin: 10px 0; } div.context ol { padding-left:30px; margin:0 10px; list-style-position: inside; } div.context ol li { font-family:monospace; white-space:pre; color:#666; cursor:pointer; } div.context ol.context-line li { color:black; background-color:#ccc; } div.context ol.context-line li span { float: right; } div.commands { margin-left: 40px; } div.commands a { color:black; text-decoration:none; } #summary { background: #ffc; } #summary h2 { font-family: monospace; font-weight: normal; color: #666; white-space: pre-wrap; } #summary ul#quicklinks { list-style-type: none; margin-bottom: 2em; } #summary ul#quicklinks li { float: left; padding: 0 1em; } #summary ul#quicklinks>li+li { border-left: 1px #666 solid; } #explanation { background:#eee; } #template, #template-not-exist { background:#f6f6f6; } #template-not-exist ul { margin: 0 0 0 20px; } #traceback { background:#eee; } #requestinfo { background:#f6f6f6; padding-left:120px; } #summary table { border:none; background:transparent; } #requestinfo h2, #requestinfo h3 { position:relative; margin-left:-100px; } #requestinfo h3 { margin-bottom:-1em; } .error { background: #ffc; } .specific { color:#cc3300; font-weight:bold; } </style> <script type="text/javascript"> //<!-- function getElementsByClassName(oElm, strTagName, strClassName){ // Written by Jonathan Snook, http://www.snook.ca/jon; // Add-ons by Robert Nyman, http://www.robertnyman.com var arrElements = (strTagName == "*" && document.all)? document.all : oElm.getElementsByTagName(strTagName); var arrReturnElements = new Array(); strClassName = strClassName.replace(/\-/g, "\\-"); var oRegExp = new RegExp("(^|\\s)" + strClassName + "(\\s|$$)"); var oElement; for(var i=0; i<arrElements.length; i++){ oElement = arrElements[i]; if(oRegExp.test(oElement.className)){ arrReturnElements.push(oElement); } } return (arrReturnElements) } function hideAll(elems) { for (var e = 0; e < elems.length; e++) { elems[e].style.display = 'none'; } } window.onload = function() { hideAll(getElementsByClassName(document, 'table', 'vars')); hideAll(getElementsByClassName(document, 'ol', 'pre-context')); hideAll(getElementsByClassName(document, 'ol', 'post-context')); } function toggle() { for (var i = 0; i < arguments.length; i++) { var e = document.getElementById(arguments[i]); if (e) { e.style.display = e.style.display == 'none' ? 'block' : 'none'; } } return false; } function varToggle(link, id) { toggle('v' + id); var s = link.getElementsByTagName('span')[0]; var uarr = String.fromCharCode(0x25b6); var darr = String.fromCharCode(0x25bc); s.innerHTML = s.innerHTML == uarr ? darr : uarr; return false; } //--> </script> </head> <body> <div id="summary"> <h1><%=h exception.class %> at <%=h path %></h1> <% if exception.respond_to?(:detailed_message) %> <h2><%=h exception.detailed_message(highlight: false) %></h2> <% else %> <h2><%=h exception.message %></h2> <% end %> <table><tr> <th>Ruby</th> <td> <% if first = frames.first %> <code><%=h first.filename %></code>: in <code><%=h first.function %></code>, line <%=h frames.first.lineno %> <% else %> unknown location <% end %> </td> </tr><tr> <th>Web</th> <td><code><%=h req.request_method %> <%=h(req.host + path)%></code></td> </tr></table> <h3>Jump to:</h3> <ul id="quicklinks"> <li><a href="#get-info">GET</a></li> <li><a href="#post-info">POST</a></li> <li><a href="#cookie-info">Cookies</a></li> <li><a href="#env-info">ENV</a></li> </ul> </div> <div id="traceback"> <h2>Traceback <span>(innermost first)</span></h2> <ul class="traceback"> <% frames.each { |frame| %> <li class="frame"> <code><%=h frame.filename %></code>: in <code><%=h frame.function %></code> <% if frame.context_line %> <div class="context" id="c<%=h frame.object_id %>"> <% if frame.pre_context %> <ol start="<%=h frame.pre_context_lineno+1 %>" class="pre-context" id="pre<%=h frame.object_id %>"> <% frame.pre_context.each { |line| %> <li onclick="toggle('pre<%=h frame.object_id %>', 'post<%=h frame.object_id %>')"><%=h line %></li> <% } %> </ol> <% end %> <ol start="<%=h frame.lineno %>" class="context-line"> <li onclick="toggle('pre<%=h frame.object_id %>', 'post<%=h frame.object_id %>')"><%=h frame.context_line %><span>...</span></li></ol> <% if frame.post_context %> <ol start='<%=h frame.lineno+1 %>' class="post-context" id="post<%=h frame.object_id %>"> <% frame.post_context.each { |line| %> <li onclick="toggle('pre<%=h frame.object_id %>', 'post<%=h frame.object_id %>')"><%=h line %></li> <% } %> </ol> <% end %> </div> <% end %> </li> <% } %> </ul> </div> <div id="requestinfo"> <h2>Request information</h2> <h3 id="get-info">GET</h3> <% if req.GET and not req.GET.empty? %> <table class="req"> <thead> <tr> <th>Variable</th> <th>Value</th> </tr> </thead> <tbody> <% req.GET.sort_by { |k, v| k.to_s }.each { |key, val| %> <tr> <td><%=h key %></td> <td class="code"><div><%=h val.inspect %></div></td> </tr> <% } %> </tbody> </table> <% else %> <p>No GET data.</p> <% end %> <h3 id="post-info">POST</h3> <% if ((req.POST and not req.POST.empty?) rescue (no_post_data = "Invalid POST data"; nil)) %> <table class="req"> <thead> <tr> <th>Variable</th> <th>Value</th> </tr> </thead> <tbody> <% req.POST.sort_by { |k, v| k.to_s }.each { |key, val| %> <tr> <td><%=h key %></td> <td class="code"><div><%=h val.inspect %></div></td> </tr> <% } %> </tbody> </table> <% else %> <p><%= no_post_data || "No POST data" %>.</p> <% end %> <h3 id="cookie-info">COOKIES</h3> <% unless req.cookies.empty? %> <table class="req"> <thead> <tr> <th>Variable</th> <th>Value</th> </tr> </thead> <tbody> <% req.cookies.each { |key, val| %> <tr> <td><%=h key %></td> <td class="code"><div><%=h val.inspect %></div></td> </tr> <% } %> </tbody> </table> <% else %> <p>No cookie data.</p> <% end %> <h3 id="env-info">Rack ENV</h3> <table class="req"> <thead> <tr> <th>Variable</th> <th>Value</th> </tr> </thead> <tbody> <% env.sort_by { |k, v| k.to_s }.each { |key, val| %> <tr> <td><%=h key %></td> <td class="code"><div><%=h val.inspect %></div></td> </tr> <% } %> </tbody> </table> </div> <div id="explanation"> <p> You're seeing this error because you use <code>Rack::ShowExceptions</code>. </p> </div> </body> </html> HTML # :startdoc: end end PK *J [�d�P� � - share/gems/gems/rack-3.0.8/lib/rack/logger.rbnu �[��� # frozen_string_literal: true require 'logger' require_relative 'constants' module Rack # Sets up rack.logger to write to rack.errors stream class Logger def initialize(app, level = ::Logger::INFO) @app, @level = app, level end def call(env) logger = ::Logger.new(env[RACK_ERRORS]) logger.level = @level env[RACK_LOGGER] = logger @app.call(env) end end end PK *J [K�bx / share/gems/gems/rack-3.0.8/lib/rack/reloader.rbnu �[��� # frozen_string_literal: true # Copyright (C) 2009-2018 Michael Fellinger <m.fellinger@gmail.com> # Rack::Reloader is subject to the terms of an MIT-style license. # See MIT-LICENSE or https://opensource.org/licenses/MIT. require 'pathname' module Rack # High performant source reloader # # This class acts as Rack middleware. # # What makes it especially suited for use in a production environment is that # any file will only be checked once and there will only be made one system # call stat(2). # # Please note that this will not reload files in the background, it does so # only when actively called. # # It is performing a check/reload cycle at the start of every request, but # also respects a cool down time, during which nothing will be done. class Reloader def initialize(app, cooldown = 10, backend = Stat) @app = app @cooldown = cooldown @last = (Time.now - cooldown) @cache = {} @mtimes = {} @reload_mutex = Mutex.new extend backend end def call(env) if @cooldown and Time.now > @last + @cooldown if Thread.list.size > 1 @reload_mutex.synchronize{ reload! } else reload! end @last = Time.now end @app.call(env) end def reload!(stderr = $stderr) rotation do |file, mtime| previous_mtime = @mtimes[file] ||= mtime safe_load(file, mtime, stderr) if mtime > previous_mtime end end # A safe Kernel::load, issuing the hooks depending on the results def safe_load(file, mtime, stderr = $stderr) load(file) stderr.puts "#{self.class}: reloaded `#{file}'" file rescue LoadError, SyntaxError => ex stderr.puts ex ensure @mtimes[file] = mtime end module Stat def rotation files = [$0, *$LOADED_FEATURES].uniq paths = ['./', *$LOAD_PATH].uniq files.map{|file| next if /\.(so|bundle)$/.match?(file) # cannot reload compiled files found, stat = figure_path(file, paths) next unless found && stat && mtime = stat.mtime @cache[file] = found yield(found, mtime) }.compact end # Takes a relative or absolute +file+ name, a couple possible +paths+ that # the +file+ might reside in. Returns the full path and File::Stat for the # path. def figure_path(file, paths) found = @cache[file] found = file if !found and Pathname.new(file).absolute? found, stat = safe_stat(found) return found, stat if found paths.find do |possible_path| path = ::File.join(possible_path, file) found, stat = safe_stat(path) return ::File.expand_path(found), stat if found end return false, false end def safe_stat(file) return unless file stat = ::File.stat(file) return file, stat if stat.file? rescue Errno::ENOENT, Errno::ENOTDIR, Errno::ESRCH @cache.delete(file) and false end end end end PK *J [��||� � 6 share/gems/gems/rack-3.0.8/lib/rack/conditional_get.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' require_relative 'body_proxy' module Rack # Middleware that enables conditional GET using if-none-match and # if-modified-since. The application should set either or both of the # last-modified or etag response headers according to RFC 2616. When # either of the conditions is met, the response body is set to be zero # length and the response status is set to 304 Not Modified. # # Applications that defer response body generation until the body's each # message is received will avoid response body generation completely when # a conditional GET matches. # # Adapted from Michael Klishin's Merb implementation: # https://github.com/wycats/merb/blob/master/merb-core/lib/merb-core/rack/middleware/conditional_get.rb class ConditionalGet def initialize(app) @app = app end # Return empty 304 response if the response has not been # modified since the last request. def call(env) case env[REQUEST_METHOD] when "GET", "HEAD" status, headers, body = response = @app.call(env) if status == 200 && fresh?(env, headers) response[0] = 304 headers.delete(CONTENT_TYPE) headers.delete(CONTENT_LENGTH) response[2] = Rack::BodyProxy.new([]) do body.close if body.respond_to?(:close) end end response else @app.call(env) end end private # Return whether the response has not been modified since the # last request. def fresh?(env, headers) # if-none-match has priority over if-modified-since per RFC 7232 if none_match = env['HTTP_IF_NONE_MATCH'] etag_matches?(none_match, headers) elsif (modified_since = env['HTTP_IF_MODIFIED_SINCE']) && (modified_since = to_rfc2822(modified_since)) modified_since?(modified_since, headers) end end # Whether the etag response header matches the if-none-match request header. # If so, the request has not been modified. def etag_matches?(none_match, headers) headers[ETAG] == none_match end # Whether the last-modified response header matches the if-modified-since # request header. If so, the request has not been modified. def modified_since?(modified_since, headers) last_modified = to_rfc2822(headers['last-modified']) and modified_since >= last_modified end # Return a Time object for the given string (which should be in RFC2822 # format), or nil if the string cannot be parsed. def to_rfc2822(since) # shortest possible valid date is the obsolete: 1 Nov 97 09:55 A # anything shorter is invalid, this avoids exceptions for common cases # most common being the empty string if since && since.length >= 16 # NOTE: there is no trivial way to write this in a non exception way # _rfc2822 returns a hash but is not that usable Time.rfc2822(since) rescue nil end end end end PK *J [>�= = + share/gems/gems/rack-3.0.8/lib/rack/lock.rbnu �[��� # frozen_string_literal: true require_relative 'body_proxy' module Rack # Rack::Lock locks every request inside a mutex, so that every request # will effectively be executed synchronously. class Lock def initialize(app, mutex = Mutex.new) @app, @mutex = app, mutex end def call(env) @mutex.lock begin response = @app.call(env) returned = response << BodyProxy.new(response.pop) { unlock } ensure unlock unless returned end end private def unlock @mutex.unlock end end end PK *J [��4 4 - share/gems/gems/rack-3.0.8/lib/rack/events.rbnu �[��� # frozen_string_literal: true require_relative 'body_proxy' require_relative 'request' require_relative 'response' module Rack ### This middleware provides hooks to certain places in the request / # response lifecycle. This is so that middleware that don't need to filter # the response data can safely leave it alone and not have to send messages # down the traditional "rack stack". # # The events are: # # * on_start(request, response) # # This event is sent at the start of the request, before the next # middleware in the chain is called. This method is called with a request # object, and a response object. Right now, the response object is always # nil, but in the future it may actually be a real response object. # # * on_commit(request, response) # # The response has been committed. The application has returned, but the # response has not been sent to the webserver yet. This method is always # called with a request object and the response object. The response # object is constructed from the rack triple that the application returned. # Changes may still be made to the response object at this point. # # * on_send(request, response) # # The webserver has started iterating over the response body and presumably # has started sending data over the wire. This method is always called with # a request object and the response object. The response object is # constructed from the rack triple that the application returned. Changes # SHOULD NOT be made to the response object as the webserver has already # started sending data. Any mutations will likely result in an exception. # # * on_finish(request, response) # # The webserver has closed the response, and all data has been written to # the response socket. The request and response object should both be # read-only at this point. The body MAY NOT be available on the response # object as it may have been flushed to the socket. # # * on_error(request, response, error) # # An exception has occurred in the application or an `on_commit` event. # This method will get the request, the response (if available) and the # exception that was raised. # # ## Order # # `on_start` is called on the handlers in the order that they were passed to # the constructor. `on_commit`, on_send`, `on_finish`, and `on_error` are # called in the reverse order. `on_finish` handlers are called inside an # `ensure` block, so they are guaranteed to be called even if something # raises an exception. If something raises an exception in a `on_finish` # method, then nothing is guaranteed. class Events module Abstract def on_start(req, res) end def on_commit(req, res) end def on_send(req, res) end def on_finish(req, res) end def on_error(req, res, e) end end class EventedBodyProxy < Rack::BodyProxy # :nodoc: attr_reader :request, :response def initialize(body, request, response, handlers, &block) super(body, &block) @request = request @response = response @handlers = handlers end def each @handlers.reverse_each { |handler| handler.on_send request, response } super end end class BufferedResponse < Rack::Response::Raw # :nodoc: attr_reader :body def initialize(status, headers, body) super(status, headers) @body = body end def to_a; [status, headers, body]; end end def initialize(app, handlers) @app = app @handlers = handlers end def call(env) request = make_request env on_start request, nil begin status, headers, body = @app.call request.env response = make_response status, headers, body on_commit request, response rescue StandardError => e on_error request, response, e on_finish request, response raise end body = EventedBodyProxy.new(body, request, response, @handlers) do on_finish request, response end [response.status, response.headers, body] end private def on_error(request, response, e) @handlers.reverse_each { |handler| handler.on_error request, response, e } end def on_commit(request, response) @handlers.reverse_each { |handler| handler.on_commit request, response } end def on_start(request, response) @handlers.each { |handler| handler.on_start request, nil } end def on_finish(request, response) @handlers.reverse_each { |handler| handler.on_finish request, response } end def make_request(env) Rack::Request.new env end def make_response(status, headers, body) BufferedResponse.new status, headers, body end end end PK *J [��;�~ ~ 7 share/gems/gems/rack-3.0.8/lib/rack/rewindable_input.rbnu �[��� # -*- encoding: binary -*- # frozen_string_literal: true require 'tempfile' require_relative 'constants' module Rack # Class which can make any IO object rewindable, including non-rewindable ones. It does # this by buffering the data into a tempfile, which is rewindable. # # Don't forget to call #close when you're done. This frees up temporary resources that # RewindableInput uses, though it does *not* close the original IO object. class RewindableInput # Makes rack.input rewindable, for compatibility with applications and middleware # designed for earlier versions of Rack (where rack.input was required to be # rewindable). class Middleware def initialize(app) @app = app end def call(env) env[RACK_INPUT] = RewindableInput.new(env[RACK_INPUT]) @app.call(env) end end def initialize(io) @io = io @rewindable_io = nil @unlinked = false end def gets make_rewindable unless @rewindable_io @rewindable_io.gets end def read(*args) make_rewindable unless @rewindable_io @rewindable_io.read(*args) end def each(&block) make_rewindable unless @rewindable_io @rewindable_io.each(&block) end def rewind make_rewindable unless @rewindable_io @rewindable_io.rewind end def size make_rewindable unless @rewindable_io @rewindable_io.size end # Closes this RewindableInput object without closing the originally # wrapped IO object. Cleans up any temporary resources that this RewindableInput # has created. # # This method may be called multiple times. It does nothing on subsequent calls. def close if @rewindable_io if @unlinked @rewindable_io.close else @rewindable_io.close! end @rewindable_io = nil end end private def make_rewindable # Buffer all data into a tempfile. Since this tempfile is private to this # RewindableInput object, we chmod it so that nobody else can read or write # it. On POSIX filesystems we also unlink the file so that it doesn't # even have a file entry on the filesystem anymore, though we can still # access it because we have the file handle open. @rewindable_io = Tempfile.new('RackRewindableInput') @rewindable_io.chmod(0000) @rewindable_io.set_encoding(Encoding::BINARY) @rewindable_io.binmode # :nocov: if filesystem_has_posix_semantics? raise 'Unlink failed. IO closed.' if @rewindable_io.closed? @unlinked = true end # :nocov: buffer = "".dup while @io.read(1024 * 4, buffer) entire_buffer_written_out = false while !entire_buffer_written_out written = @rewindable_io.write(buffer) entire_buffer_written_out = written == buffer.bytesize if !entire_buffer_written_out buffer.slice!(0 .. written - 1) end end end @rewindable_io.rewind end def filesystem_has_posix_semantics? RUBY_PLATFORM !~ /(mswin|mingw|cygwin|java)/ end end end PK *J [�ю � � - share/gems/gems/rack-3.0.8/lib/rack/static.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'files' require_relative 'mime' module Rack # The Rack::Static middleware intercepts requests for static files # (javascript files, images, stylesheets, etc) based on the url prefixes or # route mappings passed in the options, and serves them using a Rack::Files # object. This allows a Rack stack to serve both static and dynamic content. # # Examples: # # Serve all requests beginning with /media from the "media" folder located # in the current directory (ie media/*): # # use Rack::Static, :urls => ["/media"] # # Same as previous, but instead of returning 404 for missing files under # /media, call the next middleware: # # use Rack::Static, :urls => ["/media"], :cascade => true # # Serve all requests beginning with /css or /images from the folder "public" # in the current directory (ie public/css/* and public/images/*): # # use Rack::Static, :urls => ["/css", "/images"], :root => "public" # # Serve all requests to / with "index.html" from the folder "public" in the # current directory (ie public/index.html): # # use Rack::Static, :urls => {"/" => 'index.html'}, :root => 'public' # # Serve all requests normally from the folder "public" in the current # directory but uses index.html as default route for "/" # # use Rack::Static, :urls => [""], :root => 'public', :index => # 'index.html' # # Set custom HTTP Headers for based on rules: # # use Rack::Static, :root => 'public', # :header_rules => [ # [rule, {header_field => content, header_field => content}], # [rule, {header_field => content}] # ] # # Rules for selecting files: # # 1) All files # Provide the :all symbol # :all => Matches every file # # 2) Folders # Provide the folder path as a string # '/folder' or '/folder/subfolder' => Matches files in a certain folder # # 3) File Extensions # Provide the file extensions as an array # ['css', 'js'] or %w(css js) => Matches files ending in .css or .js # # 4) Regular Expressions / Regexp # Provide a regular expression # %r{\.(?:css|js)\z} => Matches files ending in .css or .js # /\.(?:eot|ttf|otf|woff2|woff|svg)\z/ => Matches files ending in # the most common web font formats (.eot, .ttf, .otf, .woff2, .woff, .svg) # Note: This Regexp is available as a shortcut, using the :fonts rule # # 5) Font Shortcut # Provide the :fonts symbol # :fonts => Uses the Regexp rule stated right above to match all common web font endings # # Rule Ordering: # Rules are applied in the order that they are provided. # List rather general rules above special ones. # # Complete example use case including HTTP header rules: # # use Rack::Static, :root => 'public', # :header_rules => [ # # Cache all static files in public caches (e.g. Rack::Cache) # # as well as in the browser # [:all, {'cache-control' => 'public, max-age=31536000'}], # # # Provide web fonts with cross-origin access-control-headers # # Firefox requires this when serving assets using a Content Delivery Network # [:fonts, {'access-control-allow-origin' => '*'}] # ] # class Static def initialize(app, options = {}) @app = app @urls = options[:urls] || ["/favicon.ico"] @index = options[:index] @gzip = options[:gzip] @cascade = options[:cascade] root = options[:root] || Dir.pwd # HTTP Headers @header_rules = options[:header_rules] || [] # Allow for legacy :cache_control option while prioritizing global header_rules setting @header_rules.unshift([:all, { CACHE_CONTROL => options[:cache_control] }]) if options[:cache_control] @file_server = Rack::Files.new(root) end def add_index_root?(path) @index && route_file(path) && path.end_with?('/') end def overwrite_file_path(path) @urls.kind_of?(Hash) && @urls.key?(path) || add_index_root?(path) end def route_file(path) @urls.kind_of?(Array) && @urls.any? { |url| path.index(url) == 0 } end def can_serve(path) route_file(path) || overwrite_file_path(path) end def call(env) path = env[PATH_INFO] if can_serve(path) if overwrite_file_path(path) env[PATH_INFO] = (add_index_root?(path) ? path + @index : @urls[path]) elsif @gzip && env['HTTP_ACCEPT_ENCODING'] && /\bgzip\b/.match?(env['HTTP_ACCEPT_ENCODING']) path = env[PATH_INFO] env[PATH_INFO] += '.gz' response = @file_server.call(env) env[PATH_INFO] = path if response[0] == 404 response = nil elsif response[0] == 304 # Do nothing, leave headers as is else response[1][CONTENT_TYPE] = Mime.mime_type(::File.extname(path), 'text/plain') response[1]['content-encoding'] = 'gzip' end end path = env[PATH_INFO] response ||= @file_server.call(env) if @cascade && response[0] == 404 return @app.call(env) end headers = response[1] applicable_rules(path).each do |rule, new_headers| new_headers.each { |field, content| headers[field] = content } end response else @app.call(env) end end # Convert HTTP header rules to HTTP headers def applicable_rules(path) @header_rules.find_all do |rule, new_headers| case rule when :all true when :fonts /\.(?:ttf|otf|eot|woff2|woff|svg)\z/.match?(path) when String path = ::Rack::Utils.unescape(path) path.start_with?(rule) || path.start_with?('/' + rule) when Array /\.(#{rule.join('|')})\z/.match?(path) when Regexp rule.match?(path) else false end end end end end PK *J [$����* �* / share/gems/gems/rack-3.0.8/lib/rack/response.rbnu �[��� # frozen_string_literal: true require 'time' require_relative 'constants' require_relative 'utils' require_relative 'media_type' require_relative 'headers' module Rack # Rack::Response provides a convenient interface to create a Rack # response. # # It allows setting of headers and cookies, and provides useful # defaults (an OK response with empty headers and body). # # You can use Response#write to iteratively generate your response, # but note that this is buffered by Rack::Response until you call # +finish+. +finish+ however can take a block inside which calls to # +write+ are synchronous with the Rack response. # # Your application's +call+ should end returning Response#finish. class Response def self.[](status, headers, body) self.new(body, status, headers) end CHUNKED = 'chunked' STATUS_WITH_NO_ENTITY_BODY = Utils::STATUS_WITH_NO_ENTITY_BODY attr_accessor :length, :status, :body attr_reader :headers # Deprecated, use headers instead. def header warn 'Rack::Response#header is deprecated and will be removed in Rack 3.1', uplevel: 1 headers end # Initialize the response object with the specified +body+, +status+ # and +headers+. # # If the +body+ is +nil+, construct an empty response object with internal # buffering. # # If the +body+ responds to +to_str+, assume it's a string-like object and # construct a buffered response object containing using that string as the # initial contents of the buffer. # # Otherwise it is expected +body+ conforms to the normal requirements of a # Rack response body, typically implementing one of +each+ (enumerable # body) or +call+ (streaming body). # # The +status+ defaults to +200+ which is the "OK" HTTP status code. You # can provide any other valid status code. # # The +headers+ must be a +Hash+ of key-value header pairs which conform to # the Rack specification for response headers. The key must be a +String+ # instance and the value can be either a +String+ or +Array+ instance. def initialize(body = nil, status = 200, headers = {}) @status = status.to_i unless headers.is_a?(Hash) warn "Providing non-hash headers to Rack::Response is deprecated and will be removed in Rack 3.1", uplevel: 1 end @headers = Headers.new # Convert headers input to a plain hash with lowercase keys. headers.each do |k, v| @headers[k] = v end @writer = self.method(:append) @block = nil # Keep track of whether we have expanded the user supplied body. if body.nil? @body = [] @buffered = true @length = 0 elsif body.respond_to?(:to_str) @body = [body] @buffered = true @length = body.to_str.bytesize else @body = body @buffered = nil # undetermined as of yet. @length = 0 end yield self if block_given? end def redirect(target, status = 302) self.status = status self.location = target end def chunked? CHUNKED == get_header(TRANSFER_ENCODING) end def no_entity_body? # The response body is an enumerable body and it is not allowed to have an entity body. @body.respond_to?(:each) && STATUS_WITH_NO_ENTITY_BODY[@status] end # Generate a response array consistent with the requirements of the SPEC. # @return [Array] a 3-tuple suitable of `[status, headers, body]` # which is suitable to be returned from the middleware `#call(env)` method. def finish(&block) if no_entity_body? delete_header CONTENT_TYPE delete_header CONTENT_LENGTH close return [@status, @headers, []] else if block_given? @block = block return [@status, @headers, self] else return [@status, @headers, @body] end end end alias to_a finish # For *response def each(&callback) @body.each(&callback) @buffered = true if @block @writer = callback @block.call(self) end end # Append to body and update content-length. # # NOTE: Do not mix #write and direct #body access! # def write(chunk) buffered_body! @writer.call(chunk.to_s) end def close @body.close if @body.respond_to?(:close) end def empty? @block == nil && @body.empty? end def has_header?(key) raise ArgumentError unless key.is_a?(String) @headers.key?(key) end def get_header(key) raise ArgumentError unless key.is_a?(String) @headers[key] end def set_header(key, value) raise ArgumentError unless key.is_a?(String) @headers[key] = value end def delete_header(key) raise ArgumentError unless key.is_a?(String) @headers.delete key end alias :[] :get_header alias :[]= :set_header module Helpers def invalid?; status < 100 || status >= 600; end def informational?; status >= 100 && status < 200; end def successful?; status >= 200 && status < 300; end def redirection?; status >= 300 && status < 400; end def client_error?; status >= 400 && status < 500; end def server_error?; status >= 500 && status < 600; end def ok?; status == 200; end def created?; status == 201; end def accepted?; status == 202; end def no_content?; status == 204; end def moved_permanently?; status == 301; end def bad_request?; status == 400; end def unauthorized?; status == 401; end def forbidden?; status == 403; end def not_found?; status == 404; end def method_not_allowed?; status == 405; end def not_acceptable?; status == 406; end def request_timeout?; status == 408; end def precondition_failed?; status == 412; end def unprocessable?; status == 422; end def redirect?; [301, 302, 303, 307, 308].include? status; end def include?(header) has_header?(header) end # Add a header that may have multiple values. # # Example: # response.add_header 'vary', 'accept-encoding' # response.add_header 'vary', 'cookie' # # assert_equal 'accept-encoding,cookie', response.get_header('vary') # # http://www.w3.org/Protocols/rfc2616/rfc2616-sec4.html#sec4.2 def add_header(key, value) raise ArgumentError unless key.is_a?(String) if value.nil? return get_header(key) end value = value.to_s if header = get_header(key) if header.is_a?(Array) header << value else set_header(key, [header, value]) end else set_header(key, value) end end # Get the content type of the response. def content_type get_header CONTENT_TYPE end # Set the content type of the response. def content_type=(content_type) set_header CONTENT_TYPE, content_type end def media_type MediaType.type(content_type) end def media_type_params MediaType.params(content_type) end def content_length cl = get_header CONTENT_LENGTH cl ? cl.to_i : cl end def location get_header "location" end def location=(location) set_header "location", location end def set_cookie(key, value) add_header SET_COOKIE, Utils.set_cookie_header(key, value) end def delete_cookie(key, value = {}) set_header(SET_COOKIE, Utils.delete_set_cookie_header!( get_header(SET_COOKIE), key, value ) ) end def set_cookie_header get_header SET_COOKIE end def set_cookie_header=(value) set_header SET_COOKIE, value end def cache_control get_header CACHE_CONTROL end def cache_control=(value) set_header CACHE_CONTROL, value end # Specifies that the content shouldn't be cached. Overrides `cache!` if already called. def do_not_cache! set_header CACHE_CONTROL, "no-cache, must-revalidate" set_header EXPIRES, Time.now.httpdate end # Specify that the content should be cached. # @param duration [Integer] The number of seconds until the cache expires. # @option directive [String] The cache control directive, one of "public", "private", "no-cache" or "no-store". def cache!(duration = 3600, directive: "public") unless headers[CACHE_CONTROL] =~ /no-cache/ set_header CACHE_CONTROL, "#{directive}, max-age=#{duration}" set_header EXPIRES, (Time.now + duration).httpdate end end def etag get_header ETAG end def etag=(value) set_header ETAG, value end protected def buffered_body! if @buffered.nil? if @body.is_a?(Array) # The user supplied body was an array: @body = @body.compact @body.each do |part| @length += part.to_s.bytesize end elsif @body.respond_to?(:each) # Turn the user supplied body into a buffered array: body = @body @body = Array.new body.each do |part| @writer.call(part.to_s) end body.close if body.respond_to?(:close) @buffered = true else @buffered = false end end return @buffered end def append(chunk) @body << chunk unless chunked? @length += chunk.bytesize set_header(CONTENT_LENGTH, @length.to_s) end return chunk end end include Helpers class Raw include Helpers attr_reader :headers attr_accessor :status def initialize(status, headers) @status = status @headers = headers end def has_header?(key) headers.key?(key) end def get_header(key) headers[key] end def set_header(key, value) headers[key] = value end def delete_header(key) headers.delete(key) end end end end PK *J [_��l� � 2 share/gems/gems/rack-3.0.8/lib/rack/null_logger.rbnu �[��� # frozen_string_literal: true require_relative 'constants' module Rack class NullLogger def initialize(app) @app = app end def call(env) env[RACK_LOGGER] = self @app.call(env) end def info(progname = nil, &block); end def debug(progname = nil, &block); end def warn(progname = nil, &block); end def error(progname = nil, &block); end def fatal(progname = nil, &block); end def unknown(progname = nil, &block); end def info? ; end def debug? ; end def warn? ; end def error? ; end def fatal? ; end def debug! ; end def error! ; end def fatal! ; end def info! ; end def warn! ; end def level ; end def progname ; end def datetime_format ; end def formatter ; end def sev_threshold ; end def level=(level); end def progname=(progname); end def datetime_format=(datetime_format); end def formatter=(formatter); end def sev_threshold=(sev_threshold); end def close ; end def add(severity, message = nil, progname = nil, &block); end def log(severity, message = nil, progname = nil, &block); end def <<(msg); end def reopen(logdev = nil); end end end PK *J [VM�Vw w + share/gems/gems/rack-3.0.8/lib/rack/etag.rbnu �[��� # frozen_string_literal: true require 'digest/sha2' require_relative 'constants' require_relative 'utils' module Rack # Automatically sets the etag header on all String bodies. # # The etag header is skipped if etag or last-modified headers are sent or if # a sendfile body (body.responds_to :to_path) is given (since such cases # should be handled by apache/nginx). # # On initialization, you can pass two parameters: a cache-control directive # used when etag is absent and a directive when it is present. The first # defaults to nil, while the second defaults to "max-age=0, private, must-revalidate" class ETag ETAG_STRING = Rack::ETAG DEFAULT_CACHE_CONTROL = "max-age=0, private, must-revalidate" def initialize(app, no_cache_control = nil, cache_control = DEFAULT_CACHE_CONTROL) @app = app @cache_control = cache_control @no_cache_control = no_cache_control end def call(env) status, headers, body = response = @app.call(env) if etag_status?(status) && body.respond_to?(:to_ary) && !skip_caching?(headers) body = body.to_ary digest = digest_body(body) headers[ETAG_STRING] = %(W/"#{digest}") if digest end unless headers[CACHE_CONTROL] if digest headers[CACHE_CONTROL] = @cache_control if @cache_control else headers[CACHE_CONTROL] = @no_cache_control if @no_cache_control end end response end private def etag_status?(status) status == 200 || status == 201 end def skip_caching?(headers) headers.key?(ETAG_STRING) || headers.key?('last-modified') end def digest_body(body) digest = nil body.each do |part| (digest ||= Digest::SHA256.new) << part unless part.empty? end digest && digest.hexdigest.byteslice(0,32) end end end PK *J [[�J / share/gems/gems/rack-3.0.8/lib/rack/deflater.rbnu �[��� # frozen_string_literal: true require "zlib" require "time" # for Time.httpdate require_relative 'constants' require_relative 'utils' require_relative 'request' require_relative 'body_proxy' module Rack # This middleware enables content encoding of http responses, # usually for purposes of compression. # # Currently supported encodings: # # * gzip # * identity (no transformation) # # This middleware automatically detects when encoding is supported # and allowed. For example no encoding is made when a cache # directive of 'no-transform' is present, when the response status # code is one that doesn't allow an entity body, or when the body # is empty. # # Note that despite the name, Deflater does not support the +deflate+ # encoding. class Deflater # Creates Rack::Deflater middleware. Options: # # :if :: a lambda enabling / disabling deflation based on returned boolean value # (e.g <tt>use Rack::Deflater, :if => lambda { |*, body| sum=0; body.each { |i| sum += i.length }; sum > 512 }</tt>). # However, be aware that calling `body.each` inside the block will break cases where `body.each` is not idempotent, # such as when it is an +IO+ instance. # :include :: a list of content types that should be compressed. By default, all content types are compressed. # :sync :: determines if the stream is going to be flushed after every chunk. Flushing after every chunk reduces # latency for time-sensitive streaming applications, but hurts compression and throughput. # Defaults to +true+. def initialize(app, options = {}) @app = app @condition = options[:if] @compressible_types = options[:include] @sync = options.fetch(:sync, true) end def call(env) status, headers, body = response = @app.call(env) unless should_deflate?(env, status, headers, body) return response end request = Request.new(env) encoding = Utils.select_best_encoding(%w(gzip identity), request.accept_encoding) # Set the Vary HTTP header. vary = headers["vary"].to_s.split(",").map(&:strip) unless vary.include?("*") || vary.any?{|v| v.downcase == 'accept-encoding'} headers["vary"] = vary.push("Accept-Encoding").join(",") end case encoding when "gzip" headers['content-encoding'] = "gzip" headers.delete(CONTENT_LENGTH) mtime = headers["last-modified"] mtime = Time.httpdate(mtime).to_i if mtime response[2] = GzipStream.new(body, mtime, @sync) response when "identity" response else # when nil # Only possible encoding values here are 'gzip', 'identity', and nil message = "An acceptable encoding for the requested resource #{request.fullpath} could not be found." bp = Rack::BodyProxy.new([message]) { body.close if body.respond_to?(:close) } [406, { CONTENT_TYPE => "text/plain", CONTENT_LENGTH => message.length.to_s }, bp] end end # Body class used for gzip encoded responses. class GzipStream BUFFER_LENGTH = 128 * 1_024 # Initialize the gzip stream. Arguments: # body :: Response body to compress with gzip # mtime :: The modification time of the body, used to set the # modification time in the gzip header. # sync :: Whether to flush each gzip chunk as soon as it is ready. def initialize(body, mtime, sync) @body = body @mtime = mtime @sync = sync end # Yield gzip compressed strings to the given block. def each(&block) @writer = block gzip = ::Zlib::GzipWriter.new(self) gzip.mtime = @mtime if @mtime # @body.each is equivalent to @body.gets (slow) if @body.is_a? ::File # XXX: Should probably be ::IO while part = @body.read(BUFFER_LENGTH) gzip.write(part) gzip.flush if @sync end else @body.each { |part| # Skip empty strings, as they would result in no output, # and flushing empty parts would raise Zlib::BufError. next if part.empty? gzip.write(part) gzip.flush if @sync } end ensure gzip.finish end # Call the block passed to #each with the gzipped data. def write(data) @writer.call(data) end # Close the original body if possible. def close @body.close if @body.respond_to?(:close) end end private # Whether the body should be compressed. def should_deflate?(env, status, headers, body) # Skip compressing empty entity body responses and responses with # no-transform set. if Utils::STATUS_WITH_NO_ENTITY_BODY.key?(status.to_i) || /\bno-transform\b/.match?(headers[CACHE_CONTROL].to_s) || headers['content-encoding']&.!~(/\bidentity\b/) return false end # Skip if @compressible_types are given and does not include request's content type return false if @compressible_types && !(headers.has_key?(CONTENT_TYPE) && @compressible_types.include?(headers[CONTENT_TYPE][/[^;]*/])) # Skip if @condition lambda is given and evaluates to false return false if @condition && !@condition.call(env, status, headers, body) # No point in compressing empty body, also handles usage with # Rack::Sendfile. return false if headers[CONTENT_LENGTH] == '0' true end end end PK *J [�i\� � - share/gems/gems/rack-3.0.8/lib/rack/config.rbnu �[��� # frozen_string_literal: true module Rack # Rack::Config modifies the environment using the block given during # initialization. # # Example: # use Rack::Config do |env| # env['my-key'] = 'some-value' # end class Config def initialize(app, &block) @app = app @block = block end def call(env) @block.call(env) @app.call(env) end end end PK *J [:�}= = - share/gems/gems/rack-3.0.8/lib/rack/urlmap.rbnu �[��� # frozen_string_literal: true require 'set' require_relative 'constants' module Rack # Rack::URLMap takes a hash mapping urls or paths to apps, and # dispatches accordingly. Support for HTTP/1.1 host names exists if # the URLs start with <tt>http://</tt> or <tt>https://</tt>. # # URLMap modifies the SCRIPT_NAME and PATH_INFO such that the part # relevant for dispatch is in the SCRIPT_NAME, and the rest in the # PATH_INFO. This should be taken care of when you need to # reconstruct the URL in order to create links. # # URLMap dispatches in such a way that the longest paths are tried # first, since they are most specific. class URLMap def initialize(map = {}) remap(map) end def remap(map) @known_hosts = Set[] @mapping = map.map { |location, app| if location =~ %r{\Ahttps?://(.*?)(/.*)} host, location = $1, $2 @known_hosts << host else host = nil end unless location[0] == ?/ raise ArgumentError, "paths need to start with /" end location = location.chomp('/') match = Regexp.new("^#{Regexp.quote(location).gsub('/', '/+')}(.*)", Regexp::NOENCODING) [host, location, match, app] }.sort_by do |(host, location, _, _)| [host ? -host.size : Float::INFINITY, -location.size] end end def call(env) path = env[PATH_INFO] script_name = env[SCRIPT_NAME] http_host = env[HTTP_HOST] server_name = env[SERVER_NAME] server_port = env[SERVER_PORT] is_same_server = casecmp?(http_host, server_name) || casecmp?(http_host, "#{server_name}:#{server_port}") is_host_known = @known_hosts.include? http_host @mapping.each do |host, location, match, app| unless casecmp?(http_host, host) \ || casecmp?(server_name, host) \ || (!host && is_same_server) \ || (!host && !is_host_known) # If we don't have a matching host, default to the first without a specified host next end next unless m = match.match(path.to_s) rest = m[1] next unless !rest || rest.empty? || rest[0] == ?/ env[SCRIPT_NAME] = (script_name + location) env[PATH_INFO] = rest return app.call(env) end [404, { CONTENT_TYPE => "text/plain", "x-cascade" => "pass" }, ["Not Found: #{path}"]] ensure env[PATH_INFO] = path env[SCRIPT_NAME] = script_name end private def casecmp?(v1, v2) # if both nil, or they're the same string return true if v1 == v2 # if either are nil... (but they're not the same) return false if v1.nil? return false if v2.nil? # otherwise check they're not case-insensitive the same v1.casecmp(v2).zero? end end end PK *J [?�6/�� �� + share/gems/gems/rack-3.0.8/lib/rack/mime.rbnu �[��� # frozen_string_literal: true module Rack module Mime # Returns String with mime type if found, otherwise use +fallback+. # +ext+ should be filename extension in the '.ext' format that # File.extname(file) returns. # +fallback+ may be any object # # Also see the documentation for MIME_TYPES # # Usage: # Rack::Mime.mime_type('.foo') # # This is a shortcut for: # Rack::Mime::MIME_TYPES.fetch('.foo', 'application/octet-stream') def mime_type(ext, fallback = 'application/octet-stream') MIME_TYPES.fetch(ext.to_s.downcase, fallback) end module_function :mime_type # Returns true if the given value is a mime match for the given mime match # specification, false otherwise. # # Rack::Mime.match?('text/html', 'text/*') => true # Rack::Mime.match?('text/plain', '*') => true # Rack::Mime.match?('text/html', 'application/json') => false def match?(value, matcher) v1, v2 = value.split('/', 2) m1, m2 = matcher.split('/', 2) (m1 == '*' || v1 == m1) && (m2.nil? || m2 == '*' || m2 == v2) end module_function :match? # List of most common mime-types, selected various sources # according to their usefulness in a webserving scope for Ruby # users. # # To amend this list with your local mime.types list you can use: # # require 'webrick/httputils' # list = WEBrick::HTTPUtils.load_mime_types('/etc/mime.types') # Rack::Mime::MIME_TYPES.merge!(list) # # N.B. On Ubuntu the mime.types file does not include the leading period, so # users may need to modify the data before merging into the hash. MIME_TYPES = { ".123" => "application/vnd.lotus-1-2-3", ".3dml" => "text/vnd.in3d.3dml", ".3g2" => "video/3gpp2", ".3gp" => "video/3gpp", ".a" => "application/octet-stream", ".acc" => "application/vnd.americandynamics.acc", ".ace" => "application/x-ace-compressed", ".acu" => "application/vnd.acucobol", ".aep" => "application/vnd.audiograph", ".afp" => "application/vnd.ibm.modcap", ".ai" => "application/postscript", ".aif" => "audio/x-aiff", ".aiff" => "audio/x-aiff", ".ami" => "application/vnd.amiga.ami", ".apng" => "image/apng", ".appcache" => "text/cache-manifest", ".apr" => "application/vnd.lotus-approach", ".asc" => "application/pgp-signature", ".asf" => "video/x-ms-asf", ".asm" => "text/x-asm", ".aso" => "application/vnd.accpac.simply.aso", ".asx" => "video/x-ms-asf", ".atc" => "application/vnd.acucorp", ".atom" => "application/atom+xml", ".atomcat" => "application/atomcat+xml", ".atomsvc" => "application/atomsvc+xml", ".atx" => "application/vnd.antix.game-component", ".au" => "audio/basic", ".avi" => "video/x-msvideo", ".avif" => "image/avif", ".bat" => "application/x-msdownload", ".bcpio" => "application/x-bcpio", ".bdm" => "application/vnd.syncml.dm+wbxml", ".bh2" => "application/vnd.fujitsu.oasysprs", ".bin" => "application/octet-stream", ".bmi" => "application/vnd.bmi", ".bmp" => "image/bmp", ".box" => "application/vnd.previewsystems.box", ".btif" => "image/prs.btif", ".bz" => "application/x-bzip", ".bz2" => "application/x-bzip2", ".c" => "text/x-c", ".c4g" => "application/vnd.clonk.c4group", ".cab" => "application/vnd.ms-cab-compressed", ".cc" => "text/x-c", ".ccxml" => "application/ccxml+xml", ".cdbcmsg" => "application/vnd.contact.cmsg", ".cdkey" => "application/vnd.mediastation.cdkey", ".cdx" => "chemical/x-cdx", ".cdxml" => "application/vnd.chemdraw+xml", ".cdy" => "application/vnd.cinderella", ".cer" => "application/pkix-cert", ".cgm" => "image/cgm", ".chat" => "application/x-chat", ".chm" => "application/vnd.ms-htmlhelp", ".chrt" => "application/vnd.kde.kchart", ".cif" => "chemical/x-cif", ".cii" => "application/vnd.anser-web-certificate-issue-initiation", ".cil" => "application/vnd.ms-artgalry", ".cla" => "application/vnd.claymore", ".class" => "application/octet-stream", ".clkk" => "application/vnd.crick.clicker.keyboard", ".clkp" => "application/vnd.crick.clicker.palette", ".clkt" => "application/vnd.crick.clicker.template", ".clkw" => "application/vnd.crick.clicker.wordbank", ".clkx" => "application/vnd.crick.clicker", ".clp" => "application/x-msclip", ".cmc" => "application/vnd.cosmocaller", ".cmdf" => "chemical/x-cmdf", ".cml" => "chemical/x-cml", ".cmp" => "application/vnd.yellowriver-custom-menu", ".cmx" => "image/x-cmx", ".com" => "application/x-msdownload", ".conf" => "text/plain", ".cpio" => "application/x-cpio", ".cpp" => "text/x-c", ".cpt" => "application/mac-compactpro", ".crd" => "application/x-mscardfile", ".crl" => "application/pkix-crl", ".crt" => "application/x-x509-ca-cert", ".csh" => "application/x-csh", ".csml" => "chemical/x-csml", ".csp" => "application/vnd.commonspace", ".css" => "text/css", ".csv" => "text/csv", ".curl" => "application/vnd.curl", ".cww" => "application/prs.cww", ".cxx" => "text/x-c", ".daf" => "application/vnd.mobius.daf", ".davmount" => "application/davmount+xml", ".dcr" => "application/x-director", ".dd2" => "application/vnd.oma.dd2+xml", ".ddd" => "application/vnd.fujixerox.ddd", ".deb" => "application/x-debian-package", ".der" => "application/x-x509-ca-cert", ".dfac" => "application/vnd.dreamfactory", ".diff" => "text/x-diff", ".dis" => "application/vnd.mobius.dis", ".djv" => "image/vnd.djvu", ".djvu" => "image/vnd.djvu", ".dll" => "application/x-msdownload", ".dmg" => "application/octet-stream", ".dna" => "application/vnd.dna", ".doc" => "application/msword", ".docm" => "application/vnd.ms-word.document.macroEnabled.12", ".docx" => "application/vnd.openxmlformats-officedocument.wordprocessingml.document", ".dot" => "application/msword", ".dotm" => "application/vnd.ms-word.template.macroEnabled.12", ".dotx" => "application/vnd.openxmlformats-officedocument.wordprocessingml.template", ".dp" => "application/vnd.osgi.dp", ".dpg" => "application/vnd.dpgraph", ".dsc" => "text/prs.lines.tag", ".dtd" => "application/xml-dtd", ".dts" => "audio/vnd.dts", ".dtshd" => "audio/vnd.dts.hd", ".dv" => "video/x-dv", ".dvi" => "application/x-dvi", ".dwf" => "model/vnd.dwf", ".dwg" => "image/vnd.dwg", ".dxf" => "image/vnd.dxf", ".dxp" => "application/vnd.spotfire.dxp", ".ear" => "application/java-archive", ".ecelp4800" => "audio/vnd.nuera.ecelp4800", ".ecelp7470" => "audio/vnd.nuera.ecelp7470", ".ecelp9600" => "audio/vnd.nuera.ecelp9600", ".ecma" => "application/ecmascript", ".edm" => "application/vnd.novadigm.edm", ".edx" => "application/vnd.novadigm.edx", ".efif" => "application/vnd.picsel", ".ei6" => "application/vnd.pg.osasli", ".eml" => "message/rfc822", ".eol" => "audio/vnd.digital-winds", ".eot" => "application/vnd.ms-fontobject", ".eps" => "application/postscript", ".es3" => "application/vnd.eszigno3+xml", ".esf" => "application/vnd.epson.esf", ".etx" => "text/x-setext", ".exe" => "application/x-msdownload", ".ext" => "application/vnd.novadigm.ext", ".ez" => "application/andrew-inset", ".ez2" => "application/vnd.ezpix-album", ".ez3" => "application/vnd.ezpix-package", ".f" => "text/x-fortran", ".f77" => "text/x-fortran", ".f90" => "text/x-fortran", ".fbs" => "image/vnd.fastbidsheet", ".fdf" => "application/vnd.fdf", ".fe_launch" => "application/vnd.denovo.fcselayout-link", ".fg5" => "application/vnd.fujitsu.oasysgp", ".fli" => "video/x-fli", ".flif" => "image/flif", ".flo" => "application/vnd.micrografx.flo", ".flv" => "video/x-flv", ".flw" => "application/vnd.kde.kivio", ".flx" => "text/vnd.fmi.flexstor", ".fly" => "text/vnd.fly", ".fm" => "application/vnd.framemaker", ".fnc" => "application/vnd.frogans.fnc", ".for" => "text/x-fortran", ".fpx" => "image/vnd.fpx", ".fsc" => "application/vnd.fsc.weblaunch", ".fst" => "image/vnd.fst", ".ftc" => "application/vnd.fluxtime.clip", ".fti" => "application/vnd.anser-web-funds-transfer-initiation", ".fvt" => "video/vnd.fvt", ".fzs" => "application/vnd.fuzzysheet", ".g3" => "image/g3fax", ".gac" => "application/vnd.groove-account", ".gdl" => "model/vnd.gdl", ".gem" => "application/octet-stream", ".gemspec" => "text/x-script.ruby", ".ghf" => "application/vnd.groove-help", ".gif" => "image/gif", ".gim" => "application/vnd.groove-identity-message", ".gmx" => "application/vnd.gmx", ".gph" => "application/vnd.flographit", ".gqf" => "application/vnd.grafeq", ".gram" => "application/srgs", ".grv" => "application/vnd.groove-injector", ".grxml" => "application/srgs+xml", ".gtar" => "application/x-gtar", ".gtm" => "application/vnd.groove-tool-message", ".gtw" => "model/vnd.gtw", ".gv" => "text/vnd.graphviz", ".gz" => "application/x-gzip", ".h" => "text/x-c", ".h261" => "video/h261", ".h263" => "video/h263", ".h264" => "video/h264", ".hbci" => "application/vnd.hbci", ".hdf" => "application/x-hdf", ".heic" => "image/heic", ".heics" => "image/heic-sequence", ".heif" => "image/heif", ".heifs" => "image/heif-sequence", ".hh" => "text/x-c", ".hlp" => "application/winhlp", ".hpgl" => "application/vnd.hp-hpgl", ".hpid" => "application/vnd.hp-hpid", ".hps" => "application/vnd.hp-hps", ".hqx" => "application/mac-binhex40", ".htc" => "text/x-component", ".htke" => "application/vnd.kenameaapp", ".htm" => "text/html", ".html" => "text/html", ".hvd" => "application/vnd.yamaha.hv-dic", ".hvp" => "application/vnd.yamaha.hv-voice", ".hvs" => "application/vnd.yamaha.hv-script", ".icc" => "application/vnd.iccprofile", ".ice" => "x-conference/x-cooltalk", ".ico" => "image/vnd.microsoft.icon", ".ics" => "text/calendar", ".ief" => "image/ief", ".ifb" => "text/calendar", ".ifm" => "application/vnd.shana.informed.formdata", ".igl" => "application/vnd.igloader", ".igs" => "model/iges", ".igx" => "application/vnd.micrografx.igx", ".iif" => "application/vnd.shana.informed.interchange", ".imp" => "application/vnd.accpac.simply.imp", ".ims" => "application/vnd.ms-ims", ".ipk" => "application/vnd.shana.informed.package", ".irm" => "application/vnd.ibm.rights-management", ".irp" => "application/vnd.irepository.package+xml", ".iso" => "application/octet-stream", ".itp" => "application/vnd.shana.informed.formtemplate", ".ivp" => "application/vnd.immervision-ivp", ".ivu" => "application/vnd.immervision-ivu", ".jad" => "text/vnd.sun.j2me.app-descriptor", ".jam" => "application/vnd.jam", ".jar" => "application/java-archive", ".java" => "text/x-java-source", ".jisp" => "application/vnd.jisp", ".jlt" => "application/vnd.hp-jlyt", ".jnlp" => "application/x-java-jnlp-file", ".joda" => "application/vnd.joost.joda-archive", ".jp2" => "image/jp2", ".jpeg" => "image/jpeg", ".jpg" => "image/jpeg", ".jpgv" => "video/jpeg", ".jpm" => "video/jpm", ".js" => "application/javascript", ".json" => "application/json", ".karbon" => "application/vnd.kde.karbon", ".kfo" => "application/vnd.kde.kformula", ".kia" => "application/vnd.kidspiration", ".kml" => "application/vnd.google-earth.kml+xml", ".kmz" => "application/vnd.google-earth.kmz", ".kne" => "application/vnd.kinar", ".kon" => "application/vnd.kde.kontour", ".kpr" => "application/vnd.kde.kpresenter", ".ksp" => "application/vnd.kde.kspread", ".ktz" => "application/vnd.kahootz", ".kwd" => "application/vnd.kde.kword", ".latex" => "application/x-latex", ".lbd" => "application/vnd.llamagraphics.life-balance.desktop", ".lbe" => "application/vnd.llamagraphics.life-balance.exchange+xml", ".les" => "application/vnd.hhe.lesson-player", ".link66" => "application/vnd.route66.link66+xml", ".log" => "text/plain", ".lostxml" => "application/lost+xml", ".lrm" => "application/vnd.ms-lrm", ".ltf" => "application/vnd.frogans.ltf", ".lvp" => "audio/vnd.lucent.voice", ".lwp" => "application/vnd.lotus-wordpro", ".m3u" => "audio/x-mpegurl", ".m3u8" => "application/x-mpegurl", ".m4a" => "audio/mp4a-latm", ".m4v" => "video/mp4", ".ma" => "application/mathematica", ".mag" => "application/vnd.ecowin.chart", ".man" => "text/troff", ".manifest" => "text/cache-manifest", ".mathml" => "application/mathml+xml", ".mbk" => "application/vnd.mobius.mbk", ".mbox" => "application/mbox", ".mc1" => "application/vnd.medcalcdata", ".mcd" => "application/vnd.mcd", ".mdb" => "application/x-msaccess", ".mdi" => "image/vnd.ms-modi", ".mdoc" => "text/troff", ".me" => "text/troff", ".mfm" => "application/vnd.mfmp", ".mgz" => "application/vnd.proteus.magazine", ".mid" => "audio/midi", ".midi" => "audio/midi", ".mif" => "application/vnd.mif", ".mime" => "message/rfc822", ".mj2" => "video/mj2", ".mlp" => "application/vnd.dolby.mlp", ".mmd" => "application/vnd.chipnuts.karaoke-mmd", ".mmf" => "application/vnd.smaf", ".mml" => "application/mathml+xml", ".mmr" => "image/vnd.fujixerox.edmics-mmr", ".mng" => "video/x-mng", ".mny" => "application/x-msmoney", ".mov" => "video/quicktime", ".movie" => "video/x-sgi-movie", ".mp3" => "audio/mpeg", ".mp4" => "video/mp4", ".mp4a" => "audio/mp4", ".mp4s" => "application/mp4", ".mp4v" => "video/mp4", ".mpc" => "application/vnd.mophun.certificate", ".mpd" => "application/dash+xml", ".mpeg" => "video/mpeg", ".mpg" => "video/mpeg", ".mpga" => "audio/mpeg", ".mpkg" => "application/vnd.apple.installer+xml", ".mpm" => "application/vnd.blueice.multipass", ".mpn" => "application/vnd.mophun.application", ".mpp" => "application/vnd.ms-project", ".mpy" => "application/vnd.ibm.minipay", ".mqy" => "application/vnd.mobius.mqy", ".mrc" => "application/marc", ".ms" => "text/troff", ".mscml" => "application/mediaservercontrol+xml", ".mseq" => "application/vnd.mseq", ".msf" => "application/vnd.epson.msf", ".msh" => "model/mesh", ".msi" => "application/x-msdownload", ".msl" => "application/vnd.mobius.msl", ".msty" => "application/vnd.muvee.style", ".mts" => "model/vnd.mts", ".mus" => "application/vnd.musician", ".mvb" => "application/x-msmediaview", ".mwf" => "application/vnd.mfer", ".mxf" => "application/mxf", ".mxl" => "application/vnd.recordare.musicxml", ".mxml" => "application/xv+xml", ".mxs" => "application/vnd.triscape.mxs", ".mxu" => "video/vnd.mpegurl", ".n" => "application/vnd.nokia.n-gage.symbian.install", ".nc" => "application/x-netcdf", ".ngdat" => "application/vnd.nokia.n-gage.data", ".nlu" => "application/vnd.neurolanguage.nlu", ".nml" => "application/vnd.enliven", ".nnd" => "application/vnd.noblenet-directory", ".nns" => "application/vnd.noblenet-sealer", ".nnw" => "application/vnd.noblenet-web", ".npx" => "image/vnd.net-fpx", ".nsf" => "application/vnd.lotus-notes", ".oa2" => "application/vnd.fujitsu.oasys2", ".oa3" => "application/vnd.fujitsu.oasys3", ".oas" => "application/vnd.fujitsu.oasys", ".obd" => "application/x-msbinder", ".oda" => "application/oda", ".odc" => "application/vnd.oasis.opendocument.chart", ".odf" => "application/vnd.oasis.opendocument.formula", ".odg" => "application/vnd.oasis.opendocument.graphics", ".odi" => "application/vnd.oasis.opendocument.image", ".odp" => "application/vnd.oasis.opendocument.presentation", ".ods" => "application/vnd.oasis.opendocument.spreadsheet", ".odt" => "application/vnd.oasis.opendocument.text", ".oga" => "audio/ogg", ".ogg" => "application/ogg", ".ogv" => "video/ogg", ".ogx" => "application/ogg", ".org" => "application/vnd.lotus-organizer", ".otc" => "application/vnd.oasis.opendocument.chart-template", ".otf" => "application/vnd.oasis.opendocument.formula-template", ".otg" => "application/vnd.oasis.opendocument.graphics-template", ".oth" => "application/vnd.oasis.opendocument.text-web", ".oti" => "application/vnd.oasis.opendocument.image-template", ".otm" => "application/vnd.oasis.opendocument.text-master", ".ots" => "application/vnd.oasis.opendocument.spreadsheet-template", ".ott" => "application/vnd.oasis.opendocument.text-template", ".oxt" => "application/vnd.openofficeorg.extension", ".p" => "text/x-pascal", ".p10" => "application/pkcs10", ".p12" => "application/x-pkcs12", ".p7b" => "application/x-pkcs7-certificates", ".p7m" => "application/pkcs7-mime", ".p7r" => "application/x-pkcs7-certreqresp", ".p7s" => "application/pkcs7-signature", ".pas" => "text/x-pascal", ".pbd" => "application/vnd.powerbuilder6", ".pbm" => "image/x-portable-bitmap", ".pcl" => "application/vnd.hp-pcl", ".pclxl" => "application/vnd.hp-pclxl", ".pcx" => "image/x-pcx", ".pdb" => "chemical/x-pdb", ".pdf" => "application/pdf", ".pem" => "application/x-x509-ca-cert", ".pfr" => "application/font-tdpfr", ".pgm" => "image/x-portable-graymap", ".pgn" => "application/x-chess-pgn", ".pgp" => "application/pgp-encrypted", ".pic" => "image/x-pict", ".pict" => "image/pict", ".pkg" => "application/octet-stream", ".pki" => "application/pkixcmp", ".pkipath" => "application/pkix-pkipath", ".pl" => "text/x-script.perl", ".plb" => "application/vnd.3gpp.pic-bw-large", ".plc" => "application/vnd.mobius.plc", ".plf" => "application/vnd.pocketlearn", ".pls" => "application/pls+xml", ".pm" => "text/x-script.perl-module", ".pml" => "application/vnd.ctc-posml", ".png" => "image/png", ".pnm" => "image/x-portable-anymap", ".pntg" => "image/x-macpaint", ".portpkg" => "application/vnd.macports.portpkg", ".pot" => "application/vnd.ms-powerpoint", ".potm" => "application/vnd.ms-powerpoint.template.macroEnabled.12", ".potx" => "application/vnd.openxmlformats-officedocument.presentationml.template", ".ppa" => "application/vnd.ms-powerpoint", ".ppam" => "application/vnd.ms-powerpoint.addin.macroEnabled.12", ".ppd" => "application/vnd.cups-ppd", ".ppm" => "image/x-portable-pixmap", ".pps" => "application/vnd.ms-powerpoint", ".ppsm" => "application/vnd.ms-powerpoint.slideshow.macroEnabled.12", ".ppsx" => "application/vnd.openxmlformats-officedocument.presentationml.slideshow", ".ppt" => "application/vnd.ms-powerpoint", ".pptm" => "application/vnd.ms-powerpoint.presentation.macroEnabled.12", ".pptx" => "application/vnd.openxmlformats-officedocument.presentationml.presentation", ".prc" => "application/vnd.palm", ".pre" => "application/vnd.lotus-freelance", ".prf" => "application/pics-rules", ".ps" => "application/postscript", ".psb" => "application/vnd.3gpp.pic-bw-small", ".psd" => "image/vnd.adobe.photoshop", ".ptid" => "application/vnd.pvi.ptid1", ".pub" => "application/x-mspublisher", ".pvb" => "application/vnd.3gpp.pic-bw-var", ".pwn" => "application/vnd.3m.post-it-notes", ".py" => "text/x-script.python", ".pya" => "audio/vnd.ms-playready.media.pya", ".pyv" => "video/vnd.ms-playready.media.pyv", ".qam" => "application/vnd.epson.quickanime", ".qbo" => "application/vnd.intu.qbo", ".qfx" => "application/vnd.intu.qfx", ".qps" => "application/vnd.publishare-delta-tree", ".qt" => "video/quicktime", ".qtif" => "image/x-quicktime", ".qxd" => "application/vnd.quark.quarkxpress", ".ra" => "audio/x-pn-realaudio", ".rake" => "text/x-script.ruby", ".ram" => "audio/x-pn-realaudio", ".rar" => "application/x-rar-compressed", ".ras" => "image/x-cmu-raster", ".rb" => "text/x-script.ruby", ".rcprofile" => "application/vnd.ipunplugged.rcprofile", ".rdf" => "application/rdf+xml", ".rdz" => "application/vnd.data-vision.rdz", ".rep" => "application/vnd.businessobjects", ".rgb" => "image/x-rgb", ".rif" => "application/reginfo+xml", ".rl" => "application/resource-lists+xml", ".rlc" => "image/vnd.fujixerox.edmics-rlc", ".rld" => "application/resource-lists-diff+xml", ".rm" => "application/vnd.rn-realmedia", ".rmp" => "audio/x-pn-realaudio-plugin", ".rms" => "application/vnd.jcp.javame.midlet-rms", ".rnc" => "application/relax-ng-compact-syntax", ".roff" => "text/troff", ".rpm" => "application/x-redhat-package-manager", ".rpss" => "application/vnd.nokia.radio-presets", ".rpst" => "application/vnd.nokia.radio-preset", ".rq" => "application/sparql-query", ".rs" => "application/rls-services+xml", ".rsd" => "application/rsd+xml", ".rss" => "application/rss+xml", ".rtf" => "application/rtf", ".rtx" => "text/richtext", ".ru" => "text/x-script.ruby", ".s" => "text/x-asm", ".saf" => "application/vnd.yamaha.smaf-audio", ".sbml" => "application/sbml+xml", ".sc" => "application/vnd.ibm.secure-container", ".scd" => "application/x-msschedule", ".scm" => "application/vnd.lotus-screencam", ".scq" => "application/scvp-cv-request", ".scs" => "application/scvp-cv-response", ".sdkm" => "application/vnd.solent.sdkm+xml", ".sdp" => "application/sdp", ".see" => "application/vnd.seemail", ".sema" => "application/vnd.sema", ".semd" => "application/vnd.semd", ".semf" => "application/vnd.semf", ".setpay" => "application/set-payment-initiation", ".setreg" => "application/set-registration-initiation", ".sfd" => "application/vnd.hydrostatix.sof-data", ".sfs" => "application/vnd.spotfire.sfs", ".sgm" => "text/sgml", ".sgml" => "text/sgml", ".sh" => "application/x-sh", ".shar" => "application/x-shar", ".shf" => "application/shf+xml", ".sig" => "application/pgp-signature", ".sit" => "application/x-stuffit", ".sitx" => "application/x-stuffitx", ".skp" => "application/vnd.koan", ".slt" => "application/vnd.epson.salt", ".smi" => "application/smil+xml", ".snd" => "audio/basic", ".so" => "application/octet-stream", ".spf" => "application/vnd.yamaha.smaf-phrase", ".spl" => "application/x-futuresplash", ".spot" => "text/vnd.in3d.spot", ".spp" => "application/scvp-vp-response", ".spq" => "application/scvp-vp-request", ".src" => "application/x-wais-source", ".srt" => "text/srt", ".srx" => "application/sparql-results+xml", ".sse" => "application/vnd.kodak-descriptor", ".ssf" => "application/vnd.epson.ssf", ".ssml" => "application/ssml+xml", ".stf" => "application/vnd.wt.stf", ".stk" => "application/hyperstudio", ".str" => "application/vnd.pg.format", ".sus" => "application/vnd.sus-calendar", ".sv4cpio" => "application/x-sv4cpio", ".sv4crc" => "application/x-sv4crc", ".svd" => "application/vnd.svd", ".svg" => "image/svg+xml", ".svgz" => "image/svg+xml", ".swf" => "application/x-shockwave-flash", ".swi" => "application/vnd.arastra.swi", ".t" => "text/troff", ".tao" => "application/vnd.tao.intent-module-archive", ".tar" => "application/x-tar", ".tbz" => "application/x-bzip-compressed-tar", ".tcap" => "application/vnd.3gpp2.tcap", ".tcl" => "application/x-tcl", ".tex" => "application/x-tex", ".texi" => "application/x-texinfo", ".texinfo" => "application/x-texinfo", ".text" => "text/plain", ".tif" => "image/tiff", ".tiff" => "image/tiff", ".tmo" => "application/vnd.tmobile-livetv", ".torrent" => "application/x-bittorrent", ".tpl" => "application/vnd.groove-tool-template", ".tpt" => "application/vnd.trid.tpt", ".tr" => "text/troff", ".tra" => "application/vnd.trueapp", ".trm" => "application/x-msterminal", ".ts" => "video/mp2t", ".tsv" => "text/tab-separated-values", ".ttf" => "application/octet-stream", ".twd" => "application/vnd.simtech-mindmapper", ".txd" => "application/vnd.genomatix.tuxedo", ".txf" => "application/vnd.mobius.txf", ".txt" => "text/plain", ".ufd" => "application/vnd.ufdl", ".umj" => "application/vnd.umajin", ".unityweb" => "application/vnd.unity", ".uoml" => "application/vnd.uoml+xml", ".uri" => "text/uri-list", ".ustar" => "application/x-ustar", ".utz" => "application/vnd.uiq.theme", ".uu" => "text/x-uuencode", ".vcd" => "application/x-cdlink", ".vcf" => "text/x-vcard", ".vcg" => "application/vnd.groove-vcard", ".vcs" => "text/x-vcalendar", ".vcx" => "application/vnd.vcx", ".vis" => "application/vnd.visionary", ".viv" => "video/vnd.vivo", ".vrml" => "model/vrml", ".vsd" => "application/vnd.visio", ".vsf" => "application/vnd.vsf", ".vtt" => "text/vtt", ".vtu" => "model/vnd.vtu", ".vxml" => "application/voicexml+xml", ".war" => "application/java-archive", ".wasm" => "application/wasm", ".wav" => "audio/x-wav", ".wax" => "audio/x-ms-wax", ".wbmp" => "image/vnd.wap.wbmp", ".wbs" => "application/vnd.criticaltools.wbs+xml", ".wbxml" => "application/vnd.wap.wbxml", ".webm" => "video/webm", ".webp" => "image/webp", ".wm" => "video/x-ms-wm", ".wma" => "audio/x-ms-wma", ".wmd" => "application/x-ms-wmd", ".wmf" => "application/x-msmetafile", ".wml" => "text/vnd.wap.wml", ".wmlc" => "application/vnd.wap.wmlc", ".wmls" => "text/vnd.wap.wmlscript", ".wmlsc" => "application/vnd.wap.wmlscriptc", ".wmv" => "video/x-ms-wmv", ".wmx" => "video/x-ms-wmx", ".wmz" => "application/x-ms-wmz", ".woff" => "application/font-woff", ".woff2" => "application/font-woff2", ".wpd" => "application/vnd.wordperfect", ".wpl" => "application/vnd.ms-wpl", ".wps" => "application/vnd.ms-works", ".wqd" => "application/vnd.wqd", ".wri" => "application/x-mswrite", ".wrl" => "model/vrml", ".wsdl" => "application/wsdl+xml", ".wspolicy" => "application/wspolicy+xml", ".wtb" => "application/vnd.webturbo", ".wvx" => "video/x-ms-wvx", ".x3d" => "application/vnd.hzn-3d-crossword", ".xar" => "application/vnd.xara", ".xbd" => "application/vnd.fujixerox.docuworks.binder", ".xbm" => "image/x-xbitmap", ".xdm" => "application/vnd.syncml.dm+xml", ".xdp" => "application/vnd.adobe.xdp+xml", ".xdw" => "application/vnd.fujixerox.docuworks", ".xenc" => "application/xenc+xml", ".xer" => "application/patch-ops-error+xml", ".xfdf" => "application/vnd.adobe.xfdf", ".xfdl" => "application/vnd.xfdl", ".xhtml" => "application/xhtml+xml", ".xif" => "image/vnd.xiff", ".xla" => "application/vnd.ms-excel", ".xlam" => "application/vnd.ms-excel.addin.macroEnabled.12", ".xls" => "application/vnd.ms-excel", ".xlsb" => "application/vnd.ms-excel.sheet.binary.macroEnabled.12", ".xlsx" => "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet", ".xlsm" => "application/vnd.ms-excel.sheet.macroEnabled.12", ".xlt" => "application/vnd.ms-excel", ".xltx" => "application/vnd.openxmlformats-officedocument.spreadsheetml.template", ".xml" => "application/xml", ".xo" => "application/vnd.olpc-sugar", ".xop" => "application/xop+xml", ".xpm" => "image/x-xpixmap", ".xpr" => "application/vnd.is-xpr", ".xps" => "application/vnd.ms-xpsdocument", ".xpw" => "application/vnd.intercon.formnet", ".xsl" => "application/xml", ".xslt" => "application/xslt+xml", ".xsm" => "application/vnd.syncml+xml", ".xspf" => "application/xspf+xml", ".xul" => "application/vnd.mozilla.xul+xml", ".xwd" => "image/x-xwindowdump", ".xyz" => "chemical/x-xyz", ".yaml" => "text/yaml", ".yml" => "text/yaml", ".zaz" => "application/vnd.zzazz.deck+xml", ".zip" => "application/zip", ".zmm" => "application/vnd.handheld-entertainment+xml", } end end PK *J [���� 9 share/gems/gems/rack-3.0.8/lib/rack/auth/digest/params.rbnu �[��� require_relative '../digest' PK *J [���� 6 share/gems/gems/rack-3.0.8/lib/rack/auth/digest/md5.rbnu �[��� require_relative '../digest' PK *J [���� : share/gems/gems/rack-3.0.8/lib/rack/auth/digest/request.rbnu �[��� require_relative '../digest' PK *J [���� 8 share/gems/gems/rack-3.0.8/lib/rack/auth/digest/nonce.rbnu �[��� require_relative '../digest' PK *J [l��GR R < share/gems/gems/rack-3.0.8/lib/rack/auth/abstract/handler.rbnu �[��� # frozen_string_literal: true require_relative '../../constants' module Rack module Auth # Rack::Auth::AbstractHandler implements common authentication functionality. # # +realm+ should be set for all handlers. class AbstractHandler attr_accessor :realm def initialize(app, realm = nil, &authenticator) @app, @realm, @authenticator = app, realm, authenticator end private def unauthorized(www_authenticate = challenge) return [ 401, { CONTENT_TYPE => 'text/plain', CONTENT_LENGTH => '0', 'www-authenticate' => www_authenticate.to_s }, [] ] end def bad_request return [ 400, { CONTENT_TYPE => 'text/plain', CONTENT_LENGTH => '0' }, [] ] end end end end PK *J [,��U U < share/gems/gems/rack-3.0.8/lib/rack/auth/abstract/request.rbnu �[��� # frozen_string_literal: true require_relative '../../request' module Rack module Auth class AbstractRequest def initialize(env) @env = env end def request @request ||= Request.new(@env) end def provided? !authorization_key.nil? && valid? end def valid? !@env[authorization_key].nil? end def parts @parts ||= @env[authorization_key].split(' ', 2) end def scheme @scheme ||= parts.first&.downcase end def params @params ||= parts.last end private AUTHORIZATION_KEYS = ['HTTP_AUTHORIZATION', 'X-HTTP_AUTHORIZATION', 'X_HTTP_AUTHORIZATION'] def authorization_key @authorization_key ||= AUTHORIZATION_KEYS.detect { |key| @env.has_key?(key) } end end end end PK *J [��� 2 share/gems/gems/rack-3.0.8/lib/rack/auth/digest.rbnu �[��� # frozen_string_literal: true require_relative 'abstract/handler' require_relative 'abstract/request' require 'digest/md5' require 'base64' module Rack warn "Rack::Auth::Digest is deprecated and will be removed in Rack 3.1", uplevel: 1 module Auth module Digest # Rack::Auth::Digest::Nonce is the default nonce generator for the # Rack::Auth::Digest::MD5 authentication handler. # # +private_key+ needs to set to a constant string. # # +time_limit+ can be optionally set to an integer (number of seconds), # to limit the validity of the generated nonces. class Nonce class << self attr_accessor :private_key, :time_limit end def self.parse(string) new(*Base64.decode64(string).split(' ', 2)) end def initialize(timestamp = Time.now, given_digest = nil) @timestamp, @given_digest = timestamp.to_i, given_digest end def to_s Base64.encode64("#{@timestamp} #{digest}").strip end def digest ::Digest::MD5.hexdigest("#{@timestamp}:#{self.class.private_key}") end def valid? digest == @given_digest end def stale? !self.class.time_limit.nil? && (Time.now.to_i - @timestamp) > self.class.time_limit end def fresh? !stale? end end class Params < Hash def self.parse(str) Params[*split_header_value(str).map do |param| k, v = param.split('=', 2) [k, dequote(v)] end.flatten] end def self.dequote(str) # From WEBrick::HTTPUtils ret = (/\A"(.*)"\Z/ =~ str) ? $1 : str.dup ret.gsub!(/\\(.)/, "\\1") ret end def self.split_header_value(str) str.scan(/\w+\=(?:"[^\"]+"|[^,]+)/n) end def initialize super() yield self if block_given? end def [](k) super k.to_s end def []=(k, v) super k.to_s, v.to_s end UNQUOTED = ['nc', 'stale'] def to_s map do |k, v| "#{k}=#{(UNQUOTED.include?(k) ? v.to_s : quote(v))}" end.join(', ') end def quote(str) # From WEBrick::HTTPUtils '"' + str.gsub(/[\\\"]/o, "\\\1") + '"' end end class Request < Auth::AbstractRequest def method @env[RACK_METHODOVERRIDE_ORIGINAL_METHOD] || @env[REQUEST_METHOD] end def digest? "digest" == scheme end def correct_uri? request.fullpath == uri end def nonce @nonce ||= Nonce.parse(params['nonce']) end def params @params ||= Params.parse(parts.last) end def respond_to?(sym, *) super or params.has_key? sym.to_s end def method_missing(sym, *args) return super unless params.has_key?(key = sym.to_s) return params[key] if args.size == 0 raise ArgumentError, "wrong number of arguments (#{args.size} for 0)" end end # Rack::Auth::Digest::MD5 implements the MD5 algorithm version of # HTTP Digest Authentication, as per RFC 2617. # # Initialize with the [Rack] application that you want protecting, # and a block that looks up a plaintext password for a given username. # # +opaque+ needs to be set to a constant base64/hexadecimal string. # class MD5 < AbstractHandler attr_accessor :opaque attr_writer :passwords_hashed def initialize(app, realm = nil, opaque = nil, &authenticator) @passwords_hashed = nil if opaque.nil? and realm.respond_to? :values_at realm, opaque, @passwords_hashed = realm.values_at :realm, :opaque, :passwords_hashed end super(app, realm, &authenticator) @opaque = opaque end def passwords_hashed? !!@passwords_hashed end def call(env) auth = Request.new(env) unless auth.provided? return unauthorized end if !auth.digest? || !auth.correct_uri? || !valid_qop?(auth) return bad_request end if valid?(auth) if auth.nonce.stale? return unauthorized(challenge(stale: true)) else env['REMOTE_USER'] = auth.username return @app.call(env) end end unauthorized end private QOP = 'auth' def params(hash = {}) Params.new do |params| params['realm'] = realm params['nonce'] = Nonce.new.to_s params['opaque'] = H(opaque) params['qop'] = QOP hash.each { |k, v| params[k] = v } end end def challenge(hash = {}) "Digest #{params(hash)}" end def valid?(auth) valid_opaque?(auth) && valid_nonce?(auth) && valid_digest?(auth) end def valid_qop?(auth) QOP == auth.qop end def valid_opaque?(auth) H(opaque) == auth.opaque end def valid_nonce?(auth) auth.nonce.valid? end def valid_digest?(auth) pw = @authenticator.call(auth.username) pw && Rack::Utils.secure_compare(digest(auth, pw), auth.response) end def md5(data) ::Digest::MD5.hexdigest(data) end alias :H :md5 def KD(secret, data) H "#{secret}:#{data}" end def A1(auth, password) "#{auth.username}:#{auth.realm}:#{password}" end def A2(auth) "#{auth.method}:#{auth.uri}" end def digest(auth, password) password_hash = passwords_hashed? ? password : H(A1(auth, password)) KD password_hash, "#{auth.nonce}:#{auth.nc}:#{auth.cnonce}:#{QOP}:#{H A2(auth)}" end end end end end PK *J [���� � 1 share/gems/gems/rack-3.0.8/lib/rack/auth/basic.rbnu �[��� # frozen_string_literal: true require_relative 'abstract/handler' require_relative 'abstract/request' require 'base64' module Rack module Auth # Rack::Auth::Basic implements HTTP Basic Authentication, as per RFC 2617. # # Initialize with the Rack application that you want protecting, # and a block that checks if a username and password pair are valid. class Basic < AbstractHandler def call(env) auth = Basic::Request.new(env) return unauthorized unless auth.provided? return bad_request unless auth.basic? if valid?(auth) env['REMOTE_USER'] = auth.username return @app.call(env) end unauthorized end private def challenge 'Basic realm="%s"' % realm end def valid?(auth) @authenticator.call(*auth.credentials) end class Request < Auth::AbstractRequest def basic? "basic" == scheme && credentials.length == 2 end def credentials @credentials ||= Base64.decode64(params).split(':', 2) end def username credentials.first end end end end end PK *J [�N�$ $ > share/gems/gems/rack-3.0.8/lib/rack/multipart/uploaded_file.rbnu �[��� # frozen_string_literal: true require 'tempfile' require 'fileutils' module Rack module Multipart class UploadedFile # The filename, *not* including the path, of the "uploaded" file attr_reader :original_filename # The content type of the "uploaded" file attr_accessor :content_type def initialize(filepath = nil, ct = "text/plain", bin = false, path: filepath, content_type: ct, binary: bin, filename: nil, io: nil) if io @tempfile = io @original_filename = filename else raise "#{path} file does not exist" unless ::File.exist?(path) @original_filename = filename || ::File.basename(path) @tempfile = Tempfile.new([@original_filename, ::File.extname(path)], encoding: Encoding::BINARY) @tempfile.binmode if binary FileUtils.copy_file(path, @tempfile.path) end @content_type = content_type end def path @tempfile.path if @tempfile.respond_to?(:path) end alias_method :local_path, :path def respond_to?(*args) super or @tempfile.respond_to?(*args) end def method_missing(method_name, *args, &block) #:nodoc: @tempfile.__send__(method_name, *args, &block) end end end end PK *J [��&�4 �4 7 share/gems/gems/rack-3.0.8/lib/rack/multipart/parser.rbnu �[��� # frozen_string_literal: true require 'strscan' require_relative '../utils' module Rack module Multipart class MultipartPartLimitError < Errno::EMFILE; end class MultipartTotalPartLimitError < StandardError; end # Use specific error class when parsing multipart request # that ends early. class EmptyContentError < ::EOFError; end # Base class for multipart exceptions that do not subclass from # other exception classes for backwards compatibility. class Error < StandardError; end EOL = "\r\n" MULTIPART = %r|\Amultipart/.*boundary=\"?([^\";,]+)\"?|ni TOKEN = /[^\s()<>,;:\\"\/\[\]?=]+/ CONDISP = /Content-Disposition:\s*#{TOKEN}\s*/i VALUE = /"(?:\\"|[^"])*"|#{TOKEN}/ BROKEN = /^#{CONDISP}.*;\s*filename=(#{VALUE})/i MULTIPART_CONTENT_TYPE = /Content-Type: (.*)#{EOL}/ni MULTIPART_CONTENT_DISPOSITION = /Content-Disposition:[^:]*;\s*name=(#{VALUE})/ni MULTIPART_CONTENT_ID = /Content-ID:\s*([^#{EOL}]*)/ni # Updated definitions from RFC 2231 ATTRIBUTE_CHAR = %r{[^ \x00-\x1f\x7f)(><@,;:\\"/\[\]?='*%]} ATTRIBUTE = /#{ATTRIBUTE_CHAR}+/ SECTION = /\*[0-9]+/ REGULAR_PARAMETER_NAME = /#{ATTRIBUTE}#{SECTION}?/ REGULAR_PARAMETER = /(#{REGULAR_PARAMETER_NAME})=(#{VALUE})/ EXTENDED_OTHER_NAME = /#{ATTRIBUTE}\*[1-9][0-9]*\*/ EXTENDED_OTHER_VALUE = /%[0-9a-fA-F]{2}|#{ATTRIBUTE_CHAR}/ EXTENDED_OTHER_PARAMETER = /(#{EXTENDED_OTHER_NAME})=(#{EXTENDED_OTHER_VALUE}*)/ EXTENDED_INITIAL_NAME = /#{ATTRIBUTE}(?:\*0)?\*/ EXTENDED_INITIAL_VALUE = /[a-zA-Z0-9\-]*'[a-zA-Z0-9\-]*'#{EXTENDED_OTHER_VALUE}*/ EXTENDED_INITIAL_PARAMETER = /(#{EXTENDED_INITIAL_NAME})=(#{EXTENDED_INITIAL_VALUE})/ EXTENDED_PARAMETER = /#{EXTENDED_INITIAL_PARAMETER}|#{EXTENDED_OTHER_PARAMETER}/ DISPPARM = /;\s*(?:#{REGULAR_PARAMETER}|#{EXTENDED_PARAMETER})\s*/ RFC2183 = /^#{CONDISP}(#{DISPPARM})+$/i class Parser BUFSIZE = 1_048_576 TEXT_PLAIN = "text/plain" TEMPFILE_FACTORY = lambda { |filename, content_type| Tempfile.new(["RackMultipart", ::File.extname(filename.gsub("\0", '%00'))]) } class BoundedIO # :nodoc: def initialize(io, content_length) @io = io @content_length = content_length @cursor = 0 end def read(size, outbuf = nil) return if @cursor >= @content_length left = @content_length - @cursor str = if left < size @io.read left, outbuf else @io.read size, outbuf end if str @cursor += str.bytesize else # Raise an error for mismatching content-length and actual contents raise EOFError, "bad content body" end str end end MultipartInfo = Struct.new :params, :tmp_files EMPTY = MultipartInfo.new(nil, []) def self.parse_boundary(content_type) return unless content_type data = content_type.match(MULTIPART) return unless data data[1] end def self.parse(io, content_length, content_type, tmpfile, bufsize, qp) return EMPTY if 0 == content_length boundary = parse_boundary content_type return EMPTY unless boundary if boundary.length > 70 # RFC 1521 Section 7.2.1 imposes a 70 character maximum for the boundary. # Most clients use no more than 55 characters. raise Error, "multipart boundary size too large (#{boundary.length} characters)" end io = BoundedIO.new(io, content_length) if content_length parser = new(boundary, tmpfile, bufsize, qp) parser.parse(io) parser.result end class Collector class MimePart < Struct.new(:body, :head, :filename, :content_type, :name) def get_data data = body if filename == "" # filename is blank which means no file has been selected return elsif filename body.rewind if body.respond_to?(:rewind) # Take the basename of the upload's original filename. # This handles the full Windows paths given by Internet Explorer # (and perhaps other broken user agents) without affecting # those which give the lone filename. fn = filename.split(/[\/\\]/).last data = { filename: fn, type: content_type, name: name, tempfile: body, head: head } end yield data end end class BufferPart < MimePart def file?; false; end def close; end end class TempfilePart < MimePart def file?; true; end def close; body.close; end end include Enumerable def initialize(tempfile) @tempfile = tempfile @mime_parts = [] @open_files = 0 end def each @mime_parts.each { |part| yield part } end def on_mime_head(mime_index, head, filename, content_type, name) if filename body = @tempfile.call(filename, content_type) body.binmode if body.respond_to?(:binmode) klass = TempfilePart @open_files += 1 else body = String.new klass = BufferPart end @mime_parts[mime_index] = klass.new(body, head, filename, content_type, name) check_part_limits end def on_mime_body(mime_index, content) @mime_parts[mime_index].body << content end def on_mime_finish(mime_index) end private def check_part_limits file_limit = Utils.multipart_file_limit part_limit = Utils.multipart_total_part_limit if file_limit && file_limit > 0 if @open_files >= file_limit @mime_parts.each(&:close) raise MultipartPartLimitError, 'Maximum file multiparts in content reached' end end if part_limit && part_limit > 0 if @mime_parts.size >= part_limit @mime_parts.each(&:close) raise MultipartTotalPartLimitError, 'Maximum total multiparts in content reached' end end end end attr_reader :state def initialize(boundary, tempfile, bufsize, query_parser) @query_parser = query_parser @params = query_parser.make_params @bufsize = bufsize @state = :FAST_FORWARD @mime_index = 0 @collector = Collector.new tempfile @sbuf = StringScanner.new("".dup) @body_regex = /(?:#{EOL}|\A)--#{Regexp.quote(boundary)}(?:#{EOL}|--)/m @rx_max_size = boundary.bytesize + 6 # (\r\n-- at start, either \r\n or -- at finish) @head_regex = /(.*?#{EOL})#{EOL}/m end def parse(io) outbuf = String.new read_data(io, outbuf) loop do status = case @state when :FAST_FORWARD handle_fast_forward when :CONSUME_TOKEN handle_consume_token when :MIME_HEAD handle_mime_head when :MIME_BODY handle_mime_body else # when :DONE return end read_data(io, outbuf) if status == :want_read end end def result @collector.each do |part| part.get_data do |data| tag_multipart_encoding(part.filename, part.content_type, part.name, data) @query_parser.normalize_params(@params, part.name, data) end end MultipartInfo.new @params.to_params_hash, @collector.find_all(&:file?).map(&:body) end private def dequote(str) # From WEBrick::HTTPUtils ret = (/\A"(.*)"\Z/ =~ str) ? $1 : str.dup ret.gsub!(/\\(.)/, "\\1") ret end def read_data(io, outbuf) content = io.read(@bufsize, outbuf) handle_empty_content!(content) @sbuf.concat(content) end # This handles the initial parser state. We read until we find the starting # boundary, then we can transition to the next state. If we find the ending # boundary, this is an invalid multipart upload, but keep scanning for opening # boundary in that case. If no boundary found, we need to keep reading data # and retry. It's highly unlikely the initial read will not consume the # boundary. The client would have to deliberately craft a response # with the opening boundary beyond the buffer size for that to happen. def handle_fast_forward while true case consume_boundary when :BOUNDARY # found opening boundary, transition to next state @state = :MIME_HEAD return when :END_BOUNDARY # invalid multipart upload, but retry for opening boundary else # no boundary found, keep reading data return :want_read end end end def handle_consume_token tok = consume_boundary # break if we're at the end of a buffer, but not if it is the end of a field @state = if tok == :END_BOUNDARY || (@sbuf.eos? && tok != :BOUNDARY) :DONE else :MIME_HEAD end end def handle_mime_head if @sbuf.scan_until(@head_regex) head = @sbuf[1] content_type = head[MULTIPART_CONTENT_TYPE, 1] if name = head[MULTIPART_CONTENT_DISPOSITION, 1] name = dequote(name) else name = head[MULTIPART_CONTENT_ID, 1] end filename = get_filename(head) if name.nil? || name.empty? name = filename || "#{content_type || TEXT_PLAIN}[]".dup end @collector.on_mime_head @mime_index, head, filename, content_type, name @state = :MIME_BODY else :want_read end end def handle_mime_body if (body_with_boundary = @sbuf.check_until(@body_regex)) # check but do not advance the pointer yet body = body_with_boundary.sub(/#{@body_regex}\z/m, '') # remove the boundary from the string @collector.on_mime_body @mime_index, body @sbuf.pos += body.length + 2 # skip \r\n after the content @state = :CONSUME_TOKEN @mime_index += 1 else # Save what we have so far if @rx_max_size < @sbuf.rest_size delta = @sbuf.rest_size - @rx_max_size @collector.on_mime_body @mime_index, @sbuf.peek(delta) @sbuf.pos += delta @sbuf.string = @sbuf.rest end :want_read end end # Scan until the we find the start or end of the boundary. # If we find it, return the appropriate symbol for the start or # end of the boundary. If we don't find the start or end of the # boundary, clear the buffer and return nil. def consume_boundary if read_buffer = @sbuf.scan_until(@body_regex) read_buffer.end_with?(EOL) ? :BOUNDARY : :END_BOUNDARY else @sbuf.terminate nil end end def get_filename(head) filename = nil case head when RFC2183 params = Hash[*head.scan(DISPPARM).flat_map(&:compact)] if filename = params['filename*'] encoding, _, filename = filename.split("'", 3) elsif filename = params['filename'] filename = $1 if filename =~ /^"(.*)"$/ end when BROKEN filename = $1 filename = $1 if filename =~ /^"(.*)"$/ end return unless filename if filename.scan(/%.?.?/).all? { |s| /%[0-9a-fA-F]{2}/.match?(s) } filename = Utils.unescape_path(filename) end filename.scrub! if filename !~ /\\[^\\"]/ filename = filename.gsub(/\\(.)/, '\1') end if encoding filename.force_encoding ::Encoding.find(encoding) end filename end CHARSET = "charset" deprecate_constant :CHARSET def tag_multipart_encoding(filename, content_type, name, body) name = name.to_s encoding = Encoding::UTF_8 name.force_encoding(encoding) return if filename if content_type list = content_type.split(';') type_subtype = list.first type_subtype.strip! if TEXT_PLAIN == type_subtype rest = list.drop 1 rest.each do |param| k, v = param.split('=', 2) k.strip! v.strip! v = v[1..-2] if v.start_with?('"') && v.end_with?('"') if k == "charset" encoding = begin Encoding.find v rescue ArgumentError Encoding::BINARY end end end end end name.force_encoding(encoding) body.force_encoding(encoding) end def handle_empty_content!(content) if content.nil? || content.empty? raise EmptyContentError end end end end end PK *J [��l� � : share/gems/gems/rack-3.0.8/lib/rack/multipart/generator.rbnu �[��� # frozen_string_literal: true require_relative 'uploaded_file' module Rack module Multipart class Generator def initialize(params, first = true) @params, @first = params, first if @first && !@params.is_a?(Hash) raise ArgumentError, "value must be a Hash" end end def dump return nil if @first && !multipart? return flattened_params unless @first flattened_params.map do |name, file| if file.respond_to?(:original_filename) if file.path ::File.open(file.path, 'rb') do |f| f.set_encoding(Encoding::BINARY) content_for_tempfile(f, file, name) end else content_for_tempfile(file, file, name) end else content_for_other(file, name) end end.join << "--#{MULTIPART_BOUNDARY}--\r" end private def multipart? query = lambda { |value| case value when Array value.any?(&query) when Hash value.values.any?(&query) when Rack::Multipart::UploadedFile true end } @params.values.any?(&query) end def flattened_params @flattened_params ||= begin h = Hash.new @params.each do |key, value| k = @first ? key.to_s : "[#{key}]" case value when Array value.map { |v| Multipart.build_multipart(v, false).each { |subkey, subvalue| h["#{k}[]#{subkey}"] = subvalue } } when Hash Multipart.build_multipart(value, false).each { |subkey, subvalue| h[k + subkey] = subvalue } else h[k] = value end end h end end def content_for_tempfile(io, file, name) length = ::File.stat(file.path).size if file.path filename = "; filename=\"#{Utils.escape_path(file.original_filename)}\"" <<-EOF --#{MULTIPART_BOUNDARY}\r content-disposition: form-data; name="#{name}"#{filename}\r content-type: #{file.content_type}\r #{"content-length: #{length}\r\n" if length}\r #{io.read}\r EOF end def content_for_other(file, name) <<-EOF --#{MULTIPART_BOUNDARY}\r content-disposition: form-data; name="#{name}"\r \r #{file}\r EOF end end end end PK *J [N4q�� � 3 share/gems/gems/rack-3.0.8/lib/rack/content_type.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' module Rack # Sets the content-type header on responses which don't have one. # # Builder Usage: # use Rack::ContentType, "text/plain" # # When no content type argument is provided, "text/html" is the # default. class ContentType include Rack::Utils def initialize(app, content_type = "text/html") @app = app @content_type = content_type end def call(env) status, headers, _ = response = @app.call(env) unless STATUS_WITH_NO_ENTITY_BODY.key?(status.to_i) headers[CONTENT_TYPE] ||= @content_type end response end end end PK *J [��՝[� [� + share/gems/gems/rack-3.0.8/lib/rack/lint.rbnu ȯ�� # frozen_string_literal: true require 'forwardable' require_relative 'constants' require_relative 'utils' module Rack # Rack::Lint validates your application and the requests and # responses according to the Rack spec. class Lint def initialize(app) @app = app end # :stopdoc: class LintError < RuntimeError; end # AUTHORS: n.b. The trailing whitespace between paragraphs is important and # should not be removed. The whitespace creates paragraphs in the RDoc # output. # ## This specification aims to formalize the Rack protocol. You ## can (and should) use Rack::Lint to enforce it. ## ## When you develop middleware, be sure to add a Lint before and ## after to catch all mistakes. ## ## = Rack applications ## ## A Rack application is a Ruby object (not a class) that ## responds to +call+. def call(env = nil) Wrapper.new(@app, env).response end class Wrapper def initialize(app, env) @app = app @env = env @response = nil @head_request = false @status = nil @headers = nil @body = nil @invoked = nil @content_length = nil @closed = false @size = 0 end def response ## It takes exactly one argument, the *environment* raise LintError, "No env given" unless @env check_environment(@env) @env[RACK_INPUT] = InputWrapper.new(@env[RACK_INPUT]) @env[RACK_ERRORS] = ErrorWrapper.new(@env[RACK_ERRORS]) ## and returns a non-frozen Array of exactly three values: @response = @app.call(@env) raise LintError, "response is not an Array, but #{@response.class}" unless @response.kind_of? Array raise LintError, "response is frozen" if @response.frozen? raise LintError, "response array has #{@response.size} elements instead of 3" unless @response.size == 3 @status, @headers, @body = @response ## The *status*, check_status(@status) ## the *headers*, check_headers(@headers) hijack_proc = check_hijack_response(@headers, @env) if hijack_proc @headers[RACK_HIJACK] = hijack_proc end ## and the *body*. check_content_type(@status, @headers) check_content_length(@status, @headers) @head_request = @env[REQUEST_METHOD] == HEAD @lint = (@env['rack.lint'] ||= []) << self if (@env['rack.lint.body_iteration'] ||= 0) > 0 raise LintError, "Middleware must not call #each directly" end return [@status, @headers, self] end ## ## == The Environment ## def check_environment(env) ## The environment must be an unfrozen instance of Hash that includes ## CGI-like headers. The Rack application is free to modify the ## environment. raise LintError, "env #{env.inspect} is not a Hash, but #{env.class}" unless env.kind_of? Hash raise LintError, "env should not be frozen, but is" if env.frozen? ## ## The environment is required to include these variables ## (adopted from {PEP 333}[https://peps.python.org/pep-0333/]), except when they'd be empty, but see ## below. ## <tt>REQUEST_METHOD</tt>:: The HTTP request method, such as ## "GET" or "POST". This cannot ever ## be an empty string, and so is ## always required. ## <tt>SCRIPT_NAME</tt>:: The initial portion of the request ## URL's "path" that corresponds to the ## application object, so that the ## application knows its virtual ## "location". This may be an empty ## string, if the application corresponds ## to the "root" of the server. ## <tt>PATH_INFO</tt>:: The remainder of the request URL's ## "path", designating the virtual ## "location" of the request's target ## within the application. This may be an ## empty string, if the request URL targets ## the application root and does not have a ## trailing slash. This value may be ## percent-encoded when originating from ## a URL. ## <tt>QUERY_STRING</tt>:: The portion of the request URL that ## follows the <tt>?</tt>, if any. May be ## empty, but is always required! ## <tt>SERVER_NAME</tt>:: When combined with <tt>SCRIPT_NAME</tt> and ## <tt>PATH_INFO</tt>, these variables can be ## used to complete the URL. Note, however, ## that <tt>HTTP_HOST</tt>, if present, ## should be used in preference to ## <tt>SERVER_NAME</tt> for reconstructing ## the request URL. ## <tt>SERVER_NAME</tt> can never be an empty ## string, and so is always required. ## <tt>SERVER_PORT</tt>:: An optional +Integer+ which is the port the ## server is running on. Should be specified if ## the server is running on a non-standard port. ## <tt>SERVER_PROTOCOL</tt>:: A string representing the HTTP version used ## for the request. ## <tt>HTTP_</tt> Variables:: Variables corresponding to the ## client-supplied HTTP request ## headers (i.e., variables whose ## names begin with <tt>HTTP_</tt>). The ## presence or absence of these ## variables should correspond with ## the presence or absence of the ## appropriate HTTP header in the ## request. See ## {RFC3875 section 4.1.18}[https://tools.ietf.org/html/rfc3875#section-4.1.18] ## for specific behavior. ## In addition to this, the Rack environment must include these ## Rack-specific variables: ## <tt>rack.url_scheme</tt>:: +http+ or +https+, depending on the ## request URL. ## <tt>rack.input</tt>:: See below, the input stream. ## <tt>rack.errors</tt>:: See below, the error stream. ## <tt>rack.hijack?</tt>:: See below, if present and true, indicates ## that the server supports partial hijacking. ## <tt>rack.hijack</tt>:: See below, if present, an object responding ## to +call+ that is used to perform a full ## hijack. ## Additional environment specifications have approved to ## standardized middleware APIs. None of these are required to ## be implemented by the server. ## <tt>rack.session</tt>:: A hash-like interface for storing ## request session data. ## The store must implement: if session = env[RACK_SESSION] ## store(key, value) (aliased as []=); unless session.respond_to?(:store) && session.respond_to?(:[]=) raise LintError, "session #{session.inspect} must respond to store and []=" end ## fetch(key, default = nil) (aliased as []); unless session.respond_to?(:fetch) && session.respond_to?(:[]) raise LintError, "session #{session.inspect} must respond to fetch and []" end ## delete(key); unless session.respond_to?(:delete) raise LintError, "session #{session.inspect} must respond to delete" end ## clear; unless session.respond_to?(:clear) raise LintError, "session #{session.inspect} must respond to clear" end ## to_hash (returning unfrozen Hash instance); unless session.respond_to?(:to_hash) && session.to_hash.kind_of?(Hash) && !session.to_hash.frozen? raise LintError, "session #{session.inspect} must respond to to_hash and return unfrozen Hash instance" end end ## <tt>rack.logger</tt>:: A common object interface for logging messages. ## The object must implement: if logger = env[RACK_LOGGER] ## info(message, &block) unless logger.respond_to?(:info) raise LintError, "logger #{logger.inspect} must respond to info" end ## debug(message, &block) unless logger.respond_to?(:debug) raise LintError, "logger #{logger.inspect} must respond to debug" end ## warn(message, &block) unless logger.respond_to?(:warn) raise LintError, "logger #{logger.inspect} must respond to warn" end ## error(message, &block) unless logger.respond_to?(:error) raise LintError, "logger #{logger.inspect} must respond to error" end ## fatal(message, &block) unless logger.respond_to?(:fatal) raise LintError, "logger #{logger.inspect} must respond to fatal" end end ## <tt>rack.multipart.buffer_size</tt>:: An Integer hint to the multipart parser as to what chunk size to use for reads and writes. if bufsize = env[RACK_MULTIPART_BUFFER_SIZE] unless bufsize.is_a?(Integer) && bufsize > 0 raise LintError, "rack.multipart.buffer_size must be an Integer > 0 if specified" end end ## <tt>rack.multipart.tempfile_factory</tt>:: An object responding to #call with two arguments, the filename and content_type given for the multipart form field, and returning an IO-like object that responds to #<< and optionally #rewind. This factory will be used to instantiate the tempfile for each multipart form file upload field, rather than the default class of Tempfile. if tempfile_factory = env[RACK_MULTIPART_TEMPFILE_FACTORY] raise LintError, "rack.multipart.tempfile_factory must respond to #call" unless tempfile_factory.respond_to?(:call) env[RACK_MULTIPART_TEMPFILE_FACTORY] = lambda do |filename, content_type| io = tempfile_factory.call(filename, content_type) raise LintError, "rack.multipart.tempfile_factory return value must respond to #<<" unless io.respond_to?(:<<) io end end ## The server or the application can store their own data in the ## environment, too. The keys must contain at least one dot, ## and should be prefixed uniquely. The prefix <tt>rack.</tt> ## is reserved for use with the Rack core distribution and other ## accepted specifications and must not be used otherwise. ## %w[REQUEST_METHOD SERVER_NAME QUERY_STRING SERVER_PROTOCOL rack.input rack.errors].each { |header| raise LintError, "env missing required key #{header}" unless env.include? header } ## The <tt>SERVER_PORT</tt> must be an Integer if set. server_port = env["SERVER_PORT"] unless server_port.nil? || (Integer(server_port) rescue false) raise LintError, "env[SERVER_PORT] is not an Integer" end ## The <tt>SERVER_NAME</tt> must be a valid authority as defined by RFC7540. unless (URI.parse("http://#{env[SERVER_NAME]}/") rescue false) raise LintError, "#{env[SERVER_NAME]} must be a valid authority" end ## The <tt>HTTP_HOST</tt> must be a valid authority as defined by RFC7540. unless (URI.parse("http://#{env[HTTP_HOST]}/") rescue false) raise LintError, "#{env[HTTP_HOST]} must be a valid authority" end ## The <tt>SERVER_PROTOCOL</tt> must match the regexp <tt>HTTP/\d(\.\d)?</tt>. server_protocol = env['SERVER_PROTOCOL'] unless %r{HTTP/\d(\.\d)?}.match?(server_protocol) raise LintError, "env[SERVER_PROTOCOL] does not match HTTP/\\d(\\.\\d)?" end ## If the <tt>HTTP_VERSION</tt> is present, it must equal the <tt>SERVER_PROTOCOL</tt>. if env['HTTP_VERSION'] && env['HTTP_VERSION'] != server_protocol raise LintError, "env[HTTP_VERSION] does not equal env[SERVER_PROTOCOL]" end ## The environment must not contain the keys ## <tt>HTTP_CONTENT_TYPE</tt> or <tt>HTTP_CONTENT_LENGTH</tt> ## (use the versions without <tt>HTTP_</tt>). %w[HTTP_CONTENT_TYPE HTTP_CONTENT_LENGTH].each { |header| if env.include? header raise LintError, "env contains #{header}, must use #{header[5..-1]}" end } ## The CGI keys (named without a period) must have String values. ## If the string values for CGI keys contain non-ASCII characters, ## they should use ASCII-8BIT encoding. env.each { |key, value| next if key.include? "." # Skip extensions unless value.kind_of? String raise LintError, "env variable #{key} has non-string value #{value.inspect}" end next if value.encoding == Encoding::ASCII_8BIT unless value.b !~ /[\x80-\xff]/n raise LintError, "env variable #{key} has value containing non-ASCII characters and has non-ASCII-8BIT encoding #{value.inspect} encoding: #{value.encoding}" end } ## There are the following restrictions: ## * <tt>rack.url_scheme</tt> must either be +http+ or +https+. unless %w[http https].include?(env[RACK_URL_SCHEME]) raise LintError, "rack.url_scheme unknown: #{env[RACK_URL_SCHEME].inspect}" end ## * There must be a valid input stream in <tt>rack.input</tt>. check_input env[RACK_INPUT] ## * There must be a valid error stream in <tt>rack.errors</tt>. check_error env[RACK_ERRORS] ## * There may be a valid hijack callback in <tt>rack.hijack</tt> check_hijack env ## * The <tt>REQUEST_METHOD</tt> must be a valid token. unless env[REQUEST_METHOD] =~ /\A[0-9A-Za-z!\#$%&'*+.^_`|~-]+\z/ raise LintError, "REQUEST_METHOD unknown: #{env[REQUEST_METHOD].dump}" end ## * The <tt>SCRIPT_NAME</tt>, if non-empty, must start with <tt>/</tt> if env.include?(SCRIPT_NAME) && env[SCRIPT_NAME] != "" && env[SCRIPT_NAME] !~ /\A\// raise LintError, "SCRIPT_NAME must start with /" end ## * The <tt>PATH_INFO</tt>, if non-empty, must start with <tt>/</tt> if env.include?(PATH_INFO) && env[PATH_INFO] != "" && env[PATH_INFO] !~ /\A\// raise LintError, "PATH_INFO must start with /" end ## * The <tt>CONTENT_LENGTH</tt>, if given, must consist of digits only. if env.include?("CONTENT_LENGTH") && env["CONTENT_LENGTH"] !~ /\A\d+\z/ raise LintError, "Invalid CONTENT_LENGTH: #{env["CONTENT_LENGTH"]}" end ## * One of <tt>SCRIPT_NAME</tt> or <tt>PATH_INFO</tt> must be ## set. <tt>PATH_INFO</tt> should be <tt>/</tt> if ## <tt>SCRIPT_NAME</tt> is empty. unless env[SCRIPT_NAME] || env[PATH_INFO] raise LintError, "One of SCRIPT_NAME or PATH_INFO must be set (make PATH_INFO '/' if SCRIPT_NAME is empty)" end ## <tt>SCRIPT_NAME</tt> never should be <tt>/</tt>, but instead be empty. unless env[SCRIPT_NAME] != "/" raise LintError, "SCRIPT_NAME cannot be '/', make it '' and PATH_INFO '/'" end ## <tt>rack.response_finished</tt>:: An array of callables run by the server after the response has been ## processed. This would typically be invoked after sending the response to the client, but it could also be ## invoked if an error occurs while generating the response or sending the response; in that case, the error ## argument will be a subclass of +Exception+. ## The callables are invoked with +env, status, headers, error+ arguments and should not raise any ## exceptions. They should be invoked in reverse order of registration. if callables = env[RACK_RESPONSE_FINISHED] raise LintError, "rack.response_finished must be an array of callable objects" unless callables.is_a?(Array) callables.each do |callable| raise LintError, "rack.response_finished values must respond to call(env, status, headers, error)" unless callable.respond_to?(:call) end end end ## ## === The Input Stream ## ## The input stream is an IO-like object which contains the raw HTTP ## POST data. def check_input(input) ## When applicable, its external encoding must be "ASCII-8BIT" and it ## must be opened in binary mode, for Ruby 1.9 compatibility. if input.respond_to?(:external_encoding) && input.external_encoding != Encoding::ASCII_8BIT raise LintError, "rack.input #{input} does not have ASCII-8BIT as its external encoding" end if input.respond_to?(:binmode?) && !input.binmode? raise LintError, "rack.input #{input} is not opened in binary mode" end ## The input stream must respond to +gets+, +each+, and +read+. [:gets, :each, :read].each { |method| unless input.respond_to? method raise LintError, "rack.input #{input} does not respond to ##{method}" end } end class InputWrapper def initialize(input) @input = input end ## * +gets+ must be called without arguments and return a string, ## or +nil+ on EOF. def gets(*args) raise LintError, "rack.input#gets called with arguments" unless args.size == 0 v = @input.gets unless v.nil? or v.kind_of? String raise LintError, "rack.input#gets didn't return a String" end v end ## * +read+ behaves like IO#read. ## Its signature is <tt>read([length, [buffer]])</tt>. ## ## If given, +length+ must be a non-negative Integer (>= 0) or +nil+, ## and +buffer+ must be a String and may not be nil. ## ## If +length+ is given and not nil, then this method reads at most ## +length+ bytes from the input stream. ## ## If +length+ is not given or nil, then this method reads ## all data until EOF. ## ## When EOF is reached, this method returns nil if +length+ is given ## and not nil, or "" if +length+ is not given or is nil. ## ## If +buffer+ is given, then the read data will be placed ## into +buffer+ instead of a newly created String object. def read(*args) unless args.size <= 2 raise LintError, "rack.input#read called with too many arguments" end if args.size >= 1 unless args.first.kind_of?(Integer) || args.first.nil? raise LintError, "rack.input#read called with non-integer and non-nil length" end unless args.first.nil? || args.first >= 0 raise LintError, "rack.input#read called with a negative length" end end if args.size >= 2 unless args[1].kind_of?(String) raise LintError, "rack.input#read called with non-String buffer" end end v = @input.read(*args) unless v.nil? or v.kind_of? String raise LintError, "rack.input#read didn't return nil or a String" end if args[0].nil? unless !v.nil? raise LintError, "rack.input#read(nil) returned nil on EOF" end end v end ## * +each+ must be called without arguments and only yield Strings. def each(*args) raise LintError, "rack.input#each called with arguments" unless args.size == 0 @input.each { |line| unless line.kind_of? String raise LintError, "rack.input#each didn't yield a String" end yield line } end ## * +close+ can be called on the input stream to indicate that the ## any remaining input is not needed. def close(*args) @input.close(*args) end end ## ## === The Error Stream ## def check_error(error) ## The error stream must respond to +puts+, +write+ and +flush+. [:puts, :write, :flush].each { |method| unless error.respond_to? method raise LintError, "rack.error #{error} does not respond to ##{method}" end } end class ErrorWrapper def initialize(error) @error = error end ## * +puts+ must be called with a single argument that responds to +to_s+. def puts(str) @error.puts str end ## * +write+ must be called with a single argument that is a String. def write(str) raise LintError, "rack.errors#write not called with a String" unless str.kind_of? String @error.write str end ## * +flush+ must be called without arguments and must be called ## in order to make the error appear for sure. def flush @error.flush end ## * +close+ must never be called on the error stream. def close(*args) raise LintError, "rack.errors#close must not be called" end end ## ## === Hijacking ## ## The hijacking interfaces provides a means for an application to take ## control of the HTTP connection. There are two distinct hijack ## interfaces: full hijacking where the application takes over the raw ## connection, and partial hijacking where the application takes over ## just the response body stream. In both cases, the application is ## responsible for closing the hijacked stream. ## ## Full hijacking only works with HTTP/1. Partial hijacking is functionally ## equivalent to streaming bodies, and is still optionally supported for ## backwards compatibility with older Rack versions. ## ## ==== Full Hijack ## ## Full hijack is used to completely take over an HTTP/1 connection. It ## occurs before any headers are written and causes the request to ## ignores any response generated by the application. ## ## It is intended to be used when applications need access to raw HTTP/1 ## connection. ## def check_hijack(env) ## If +rack.hijack+ is present in +env+, it must respond to +call+ if original_hijack = env[RACK_HIJACK] raise LintError, "rack.hijack must respond to call" unless original_hijack.respond_to?(:call) env[RACK_HIJACK] = proc do io = original_hijack.call ## and return an +IO+ instance which can be used to read and write ## to the underlying connection using HTTP/1 semantics and ## formatting. raise LintError, "rack.hijack must return an IO instance" unless io.is_a?(IO) io end end end ## ## ==== Partial Hijack ## ## Partial hijack is used for bi-directional streaming of the request and ## response body. It occurs after the status and headers are written by ## the server and causes the server to ignore the Body of the response. ## ## It is intended to be used when applications need bi-directional ## streaming. ## def check_hijack_response(headers, env) ## If +rack.hijack?+ is present in +env+ and truthy, if env[RACK_IS_HIJACK] ## an application may set the special response header +rack.hijack+ if original_hijack = headers[RACK_HIJACK] ## to an object that responds to +call+, unless original_hijack.respond_to?(:call) raise LintError, 'rack.hijack header must respond to #call' end ## accepting a +stream+ argument. return proc do |io| original_hijack.call StreamWrapper.new(io) end end ## ## After the response status and headers have been sent, this hijack ## callback will be invoked with a +stream+ argument which follows the ## same interface as outlined in "Streaming Body". Servers must ## ignore the +body+ part of the response tuple when the ## +rack.hijack+ response header is present. Using an empty +Array+ ## instance is recommended. else ## ## The special response header +rack.hijack+ must only be set ## if the request +env+ has a truthy +rack.hijack?+. if headers.key?(RACK_HIJACK) raise LintError, 'rack.hijack header must not be present if server does not support hijacking' end end nil end ## == The Response ## ## === The Status ## def check_status(status) ## This is an HTTP status. It must be an Integer greater than or equal to ## 100. unless status.is_a?(Integer) && status >= 100 raise LintError, "Status must be an Integer >=100" end end ## ## === The Headers ## def check_headers(headers) ## The headers must be a unfrozen Hash. unless headers.kind_of?(Hash) raise LintError, "headers object should be a hash, but isn't (got #{headers.class} as headers)" end if headers.frozen? raise LintError, "headers object should not be frozen, but is" end headers.each do |key, value| ## The header keys must be Strings. unless key.kind_of? String raise LintError, "header key must be a string, was #{key.class}" end ## Special headers starting "rack." are for communicating with the ## server, and must not be sent back to the client. next if key.start_with?("rack.") ## The header must not contain a +Status+ key. raise LintError, "header must not contain status" if key == "status" ## Header keys must conform to RFC7230 token specification, i.e. cannot ## contain non-printable ASCII, DQUOTE or "(),/:;<=>?@[\]{}". raise LintError, "invalid header name: #{key}" if key =~ /[\(\),\/:;<=>\?@\[\\\]{}[:cntrl:]]/ ## Header keys must not contain uppercase ASCII characters (A-Z). raise LintError, "uppercase character in header name: #{key}" if key =~ /[A-Z]/ ## Header values must be either a String instance, if value.kind_of?(String) check_header_value(key, value) elsif value.kind_of?(Array) ## or an Array of String instances, value.each{|value| check_header_value(key, value)} else raise LintError, "a header value must be a String or Array of Strings, but the value of '#{key}' is a #{value.class}" end end end def check_header_value(key, value) ## such that each String instance must not contain characters below 037. if value =~ /[\000-\037]/ raise LintError, "invalid header value #{key}: #{value.inspect}" end end ## ## === The content-type ## def check_content_type(status, headers) headers.each { |key, value| ## There must not be a <tt>content-type</tt> header key when the +Status+ is 1xx, ## 204, or 304. if key == "content-type" if Rack::Utils::STATUS_WITH_NO_ENTITY_BODY.key? status.to_i raise LintError, "content-type header found in #{status} response, not allowed" end return end } end ## ## === The content-length ## def check_content_length(status, headers) headers.each { |key, value| if key == 'content-length' ## There must not be a <tt>content-length</tt> header key when the ## +Status+ is 1xx, 204, or 304. if Rack::Utils::STATUS_WITH_NO_ENTITY_BODY.key? status.to_i raise LintError, "content-length header found in #{status} response, not allowed" end @content_length = value end } end def verify_content_length(size) if @head_request unless size == 0 raise LintError, "Response body was given for HEAD request, but should be empty" end elsif @content_length unless @content_length == size.to_s raise LintError, "content-length header was #{@content_length}, but should be #{size}" end end end ## ## === The Body ## ## The Body is typically an +Array+ of +String+ instances, an enumerable ## that yields +String+ instances, a +Proc+ instance, or a File-like ## object. ## ## The Body must respond to +each+ or +call+. It may optionally respond ## to +to_path+ or +to_ary+. A Body that responds to +each+ is considered ## to be an Enumerable Body. A Body that responds to +call+ is considered ## to be a Streaming Body. ## ## A Body that responds to both +each+ and +call+ must be treated as an ## Enumerable Body, not a Streaming Body. If it responds to +each+, you ## must call +each+ and not +call+. If the Body doesn't respond to ## +each+, then you can assume it responds to +call+. ## ## The Body must either be consumed or returned. The Body is consumed by ## optionally calling either +each+ or +call+. ## Then, if the Body responds to +close+, it must be called to release ## any resources associated with the generation of the body. ## In other words, +close+ must always be called at least once; typically ## after the web server has sent the response to the client, but also in ## cases where the Rack application makes internal/virtual requests and ## discards the response. ## def close ## ## After calling +close+, the Body is considered closed and should not ## be consumed again. @closed = true ## If the original Body is replaced by a new Body, the new Body must ## also consume the original Body by calling +close+ if possible. @body.close if @body.respond_to?(:close) index = @lint.index(self) unless @env['rack.lint'][0..index].all? {|lint| lint.instance_variable_get(:@closed)} raise LintError, "Body has not been closed" end end def verify_to_path ## ## If the Body responds to +to_path+, it must return a +String+ ## path for the local file system whose contents are identical ## to that produced by calling +each+; this may be used by the ## server as an alternative, possibly more efficient way to ## transport the response. The +to_path+ method does not consume ## the body. if @body.respond_to?(:to_path) unless ::File.exist? @body.to_path raise LintError, "The file identified by body.to_path does not exist" end end end ## ## ==== Enumerable Body ## def each ## The Enumerable Body must respond to +each+. raise LintError, "Enumerable Body must respond to each" unless @body.respond_to?(:each) ## It must only be called once. raise LintError, "Response body must only be invoked once (#{@invoked})" unless @invoked.nil? ## It must not be called after being closed. raise LintError, "Response body is already closed" if @closed @invoked = :each @body.each do |chunk| ## and must only yield String values. unless chunk.kind_of? String raise LintError, "Body yielded non-string value #{chunk.inspect}" end ## ## The Body itself should not be an instance of String, as this will ## break in Ruby 1.9. ## ## Middleware must not call +each+ directly on the Body. ## Instead, middleware can return a new Body that calls +each+ on the ## original Body, yielding at least once per iteration. if @lint[0] == self @env['rack.lint.body_iteration'] += 1 else if (@env['rack.lint.body_iteration'] -= 1) > 0 raise LintError, "New body must yield at least once per iteration of old body" end end @size += chunk.bytesize yield chunk end verify_content_length(@size) verify_to_path end BODY_METHODS = {to_ary: true, each: true, call: true, to_path: true} def to_path @body.to_path end def respond_to?(name, *) if BODY_METHODS.key?(name) @body.respond_to?(name) else super end end ## ## If the Body responds to +to_ary+, it must return an +Array+ whose ## contents are identical to that produced by calling +each+. ## Middleware may call +to_ary+ directly on the Body and return a new ## Body in its place. In other words, middleware can only process the ## Body directly if it responds to +to_ary+. If the Body responds to both ## +to_ary+ and +close+, its implementation of +to_ary+ must call ## +close+. def to_ary @body.to_ary.tap do |content| unless content == @body.enum_for.to_a raise LintError, "#to_ary not identical to contents produced by calling #each" end end ensure close end ## ## ==== Streaming Body ## def call(stream) ## The Streaming Body must respond to +call+. raise LintError, "Streaming Body must respond to call" unless @body.respond_to?(:call) ## It must only be called once. raise LintError, "Response body must only be invoked once (#{@invoked})" unless @invoked.nil? ## It must not be called after being closed. raise LintError, "Response body is already closed" if @closed @invoked = :call ## It takes a +stream+ argument. ## ## The +stream+ argument must implement: ## <tt>read, write, <<, flush, close, close_read, close_write, closed?</tt> ## @body.call(StreamWrapper.new(stream)) end class StreamWrapper extend Forwardable ## The semantics of these IO methods must be a best effort match to ## those of a normal Ruby IO or Socket object, using standard arguments ## and raising standard exceptions. Servers are encouraged to simply ## pass on real IO objects, although it is recognized that this approach ## is not directly compatible with HTTP/2. REQUIRED_METHODS = [ :read, :write, :<<, :flush, :close, :close_read, :close_write, :closed? ] def_delegators :@stream, *REQUIRED_METHODS def initialize(stream) @stream = stream REQUIRED_METHODS.each do |method_name| raise LintError, "Stream must respond to #{method_name}" unless stream.respond_to?(method_name) end end end # :startdoc: end end end ## ## == Thanks ## Some parts of this specification are adopted from {PEP 333 – Python Web Server Gateway Interface v1.0}[https://peps.python.org/pep-0333/] ## I'd like to thank everyone involved in that effort. PK *J [�ӎ cT cT , share/gems/gems/rack-3.0.8/lib/rack/utils.rbnu �[��� # -*- encoding: binary -*- # frozen_string_literal: true require 'uri' require 'fileutils' require 'set' require 'tempfile' require 'time' require_relative 'query_parser' require_relative 'mime' require_relative 'headers' require_relative 'constants' module Rack # Rack::Utils contains a grab-bag of useful methods for writing web # applications adopted from all kinds of Ruby libraries. module Utils ParameterTypeError = QueryParser::ParameterTypeError InvalidParameterError = QueryParser::InvalidParameterError ParamsTooDeepError = QueryParser::ParamsTooDeepError DEFAULT_SEP = QueryParser::DEFAULT_SEP COMMON_SEP = QueryParser::COMMON_SEP KeySpaceConstrainedParams = QueryParser::Params class << self attr_accessor :default_query_parser end # The default amount of nesting to allowed by hash parameters. # This helps prevent a rogue client from triggering a possible stack overflow # when parsing parameters. self.default_query_parser = QueryParser.make_default(32) module_function # URI escapes. (CGI style space to +) def escape(s) URI.encode_www_form_component(s) end # Like URI escaping, but with %20 instead of +. Strictly speaking this is # true URI escaping. def escape_path(s) ::URI::DEFAULT_PARSER.escape s end # Unescapes the **path** component of a URI. See Rack::Utils.unescape for # unescaping query parameters or form components. def unescape_path(s) ::URI::DEFAULT_PARSER.unescape s end # Unescapes a URI escaped string with +encoding+. +encoding+ will be the # target encoding of the string returned, and it defaults to UTF-8 def unescape(s, encoding = Encoding::UTF_8) URI.decode_www_form_component(s, encoding) end class << self attr_accessor :multipart_total_part_limit attr_accessor :multipart_file_limit # multipart_part_limit is the original name of multipart_file_limit, but # the limit only counts parts with filenames. alias multipart_part_limit multipart_file_limit alias multipart_part_limit= multipart_file_limit= end # The maximum number of file parts a request can contain. Accepting too # many parts can lead to the server running out of file handles. # Set to `0` for no limit. self.multipart_file_limit = (ENV['RACK_MULTIPART_PART_LIMIT'] || ENV['RACK_MULTIPART_FILE_LIMIT'] || 128).to_i # The maximum total number of parts a request can contain. Accepting too # many can lead to excessive memory use and parsing time. self.multipart_total_part_limit = (ENV['RACK_MULTIPART_TOTAL_PART_LIMIT'] || 4096).to_i def self.param_depth_limit default_query_parser.param_depth_limit end def self.param_depth_limit=(v) self.default_query_parser = self.default_query_parser.new_depth_limit(v) end def self.key_space_limit warn("`Rack::Utils.key_space_limit` is deprecated as this value no longer has an effect. It will be removed in Rack 3.1", uplevel: 1) 65536 end def self.key_space_limit=(v) warn("`Rack::Utils.key_space_limit=` is deprecated and no longer has an effect. It will be removed in Rack 3.1", uplevel: 1) end if defined?(Process::CLOCK_MONOTONIC) def clock_time Process.clock_gettime(Process::CLOCK_MONOTONIC) end else # :nocov: def clock_time Time.now.to_f end # :nocov: end def parse_query(qs, d = nil, &unescaper) Rack::Utils.default_query_parser.parse_query(qs, d, &unescaper) end def parse_nested_query(qs, d = nil) Rack::Utils.default_query_parser.parse_nested_query(qs, d) end def build_query(params) params.map { |k, v| if v.class == Array build_query(v.map { |x| [k, x] }) else v.nil? ? escape(k) : "#{escape(k)}=#{escape(v)}" end }.join("&") end def build_nested_query(value, prefix = nil) case value when Array value.map { |v| build_nested_query(v, "#{prefix}[]") }.join("&") when Hash value.map { |k, v| build_nested_query(v, prefix ? "#{prefix}[#{k}]" : k) }.delete_if(&:empty?).join('&') when nil escape(prefix) else raise ArgumentError, "value must be a Hash" if prefix.nil? "#{escape(prefix)}=#{escape(value)}" end end def q_values(q_value_header) q_value_header.to_s.split(/\s*,\s*/).map do |part| value, parameters = part.split(/\s*;\s*/, 2) quality = 1.0 if parameters && (md = /\Aq=([\d.]+)/.match(parameters)) quality = md[1].to_f end [value, quality] end end def forwarded_values(forwarded_header) return nil unless forwarded_header forwarded_header = forwarded_header.to_s.gsub("\n", ";") forwarded_header.split(/\s*;\s*/).each_with_object({}) do |field, values| field.split(/\s*,\s*/).each do |pair| return nil unless pair =~ /\A\s*(by|for|host|proto)\s*=\s*"?([^"]+)"?\s*\Z/i (values[$1.downcase.to_sym] ||= []) << $2 end end end module_function :forwarded_values # Return best accept value to use, based on the algorithm # in RFC 2616 Section 14. If there are multiple best # matches (same specificity and quality), the value returned # is arbitrary. def best_q_match(q_value_header, available_mimes) values = q_values(q_value_header) matches = values.map do |req_mime, quality| match = available_mimes.find { |am| Rack::Mime.match?(am, req_mime) } next unless match [match, quality] end.compact.sort_by do |match, quality| (match.split('/', 2).count('*') * -10) + quality end.last matches&.first end ESCAPE_HTML = { "&" => "&", "<" => "<", ">" => ">", "'" => "'", '"' => """, "/" => "/" } ESCAPE_HTML_PATTERN = Regexp.union(*ESCAPE_HTML.keys) # Escape ampersands, brackets and quotes to their HTML/XML entities. def escape_html(string) string.to_s.gsub(ESCAPE_HTML_PATTERN){|c| ESCAPE_HTML[c] } end def select_best_encoding(available_encodings, accept_encoding) # http://www.w3.org/Protocols/rfc2616/rfc2616-sec14.html expanded_accept_encoding = [] accept_encoding.each do |m, q| preference = available_encodings.index(m) || available_encodings.size if m == "*" (available_encodings - accept_encoding.map(&:first)).each do |m2| expanded_accept_encoding << [m2, q, preference] end else expanded_accept_encoding << [m, q, preference] end end encoding_candidates = expanded_accept_encoding .sort_by { |_, q, p| [-q, p] } .map!(&:first) unless encoding_candidates.include?("identity") encoding_candidates.push("identity") end expanded_accept_encoding.each do |m, q| encoding_candidates.delete(m) if q == 0.0 end (encoding_candidates & available_encodings)[0] end # :call-seq: # parse_cookies_header(value) -> hash # # Parse cookies from the provided header +value+ according to RFC6265. The # syntax for cookie headers only supports semicolons. Returns a map of # cookie +key+ to cookie +value+. # # parse_cookies_header('myname=myvalue; max-age=0') # # => {"myname"=>"myvalue", "max-age"=>"0"} # def parse_cookies_header(value) return {} unless value value.split(/; */n).each_with_object({}) do |cookie, cookies| next if cookie.empty? key, value = cookie.split('=', 2) cookies[key] = (unescape(value) rescue value) unless cookies.key?(key) end end def add_cookie_to_header(header, key, value) warn("add_cookie_to_header is deprecated and will be removed in Rack 3.1", uplevel: 1) case header when nil, '' return set_cookie_header(key, value) when String [header, set_cookie_header(key, value)] when Array header + [set_cookie_header(key, value)] else raise ArgumentError, "Unrecognized cookie header value. Expected String, Array, or nil, got #{header.inspect}" end end # :call-seq: # parse_cookies(env) -> hash # # Parse cookies from the provided request environment using # parse_cookies_header. Returns a map of cookie +key+ to cookie +value+. # # parse_cookies({'HTTP_COOKIE' => 'myname=myvalue'}) # # => {'myname' => 'myvalue'} # def parse_cookies(env) parse_cookies_header env[HTTP_COOKIE] end # :call-seq: # set_cookie_header(key, value) -> encoded string # # Generate an encoded string using the provided +key+ and +value+ suitable # for the +set-cookie+ header according to RFC6265. The +value+ may be an # instance of either +String+ or +Hash+. # # If the cookie +value+ is an instance of +Hash+, it considers the following # cookie attribute keys: +domain+, +max_age+, +expires+ (must be instance # of +Time+), +secure+, +http_only+, +same_site+ and +value+. For more # details about the interpretation of these fields, consult # [RFC6265 Section 5.2](https://datatracker.ietf.org/doc/html/rfc6265#section-5.2). # # An extra cookie attribute +escape_key+ can be provided to control whether # or not the cookie key is URL encoded. If explicitly set to +false+, the # cookie key name will not be url encoded (escaped). The default is +true+. # # set_cookie_header("myname", "myvalue") # # => "myname=myvalue" # # set_cookie_header("myname", {value: "myvalue", max_age: 10}) # # => "myname=myvalue; max-age=10" # def set_cookie_header(key, value) case value when Hash key = escape(key) unless value[:escape_key] == false domain = "; domain=#{value[:domain]}" if value[:domain] path = "; path=#{value[:path]}" if value[:path] max_age = "; max-age=#{value[:max_age]}" if value[:max_age] expires = "; expires=#{value[:expires].httpdate}" if value[:expires] secure = "; secure" if value[:secure] httponly = "; httponly" if (value.key?(:httponly) ? value[:httponly] : value[:http_only]) same_site = case value[:same_site] when false, nil nil when :none, 'None', :None '; SameSite=None' when :lax, 'Lax', :Lax '; SameSite=Lax' when true, :strict, 'Strict', :Strict '; SameSite=Strict' else raise ArgumentError, "Invalid SameSite value: #{value[:same_site].inspect}" end value = value[:value] else key = escape(key) end value = [value] unless Array === value return "#{key}=#{value.map { |v| escape v }.join('&')}#{domain}" \ "#{path}#{max_age}#{expires}#{secure}#{httponly}#{same_site}" end # :call-seq: # set_cookie_header!(headers, key, value) -> header value # # Append a cookie in the specified headers with the given cookie +key+ and # +value+ using set_cookie_header. # # If the headers already contains a +set-cookie+ key, it will be converted # to an +Array+ if not already, and appended to. def set_cookie_header!(headers, key, value) if header = headers[SET_COOKIE] if header.is_a?(Array) header << set_cookie_header(key, value) else headers[SET_COOKIE] = [header, set_cookie_header(key, value)] end else headers[SET_COOKIE] = set_cookie_header(key, value) end end # :call-seq: # delete_set_cookie_header(key, value = {}) -> encoded string # # Generate an encoded string based on the given +key+ and +value+ using # set_cookie_header for the purpose of causing the specified cookie to be # deleted. The +value+ may be an instance of +Hash+ and can include # attributes as outlined by set_cookie_header. The encoded cookie will have # a +max_age+ of 0 seconds, an +expires+ date in the past and an empty # +value+. When used with the +set-cookie+ header, it will cause the client # to *remove* any matching cookie. # # delete_set_cookie_header("myname") # # => "myname=; max-age=0; expires=Thu, 01 Jan 1970 00:00:00 GMT" # def delete_set_cookie_header(key, value = {}) set_cookie_header(key, value.merge(max_age: '0', expires: Time.at(0), value: '')) end def make_delete_cookie_header(header, key, value) warn("make_delete_cookie_header is deprecated and will be removed in Rack 3.1, use delete_set_cookie_header! instead", uplevel: 1) delete_set_cookie_header!(header, key, value) end def delete_cookie_header!(headers, key, value = {}) headers[SET_COOKIE] = delete_set_cookie_header!(headers[SET_COOKIE], key, value) return nil end def add_remove_cookie_to_header(header, key, value = {}) warn("add_remove_cookie_to_header is deprecated and will be removed in Rack 3.1, use delete_set_cookie_header! instead", uplevel: 1) delete_set_cookie_header!(header, key, value) end # :call-seq: # delete_set_cookie_header!(header, key, value = {}) -> header value # # Set an expired cookie in the specified headers with the given cookie # +key+ and +value+ using delete_set_cookie_header. This causes # the client to immediately delete the specified cookie. # # delete_set_cookie_header!(nil, "mycookie") # # => "mycookie=; max-age=0; expires=Thu, 01 Jan 1970 00:00:00 GMT" # # If the header is non-nil, it will be modified in place. # # header = [] # delete_set_cookie_header!(header, "mycookie") # # => ["mycookie=; max-age=0; expires=Thu, 01 Jan 1970 00:00:00 GMT"] # header # # => ["mycookie=; max-age=0; expires=Thu, 01 Jan 1970 00:00:00 GMT"] # def delete_set_cookie_header!(header, key, value = {}) if header header = Array(header) header << delete_set_cookie_header(key, value) else header = delete_set_cookie_header(key, value) end return header end def rfc2822(time) time.rfc2822 end # Parses the "Range:" header, if present, into an array of Range objects. # Returns nil if the header is missing or syntactically invalid. # Returns an empty array if none of the ranges are satisfiable. def byte_ranges(env, size) get_byte_ranges env['HTTP_RANGE'], size end def get_byte_ranges(http_range, size) # See <http://www.w3.org/Protocols/rfc2616/rfc2616-sec14.html#sec14.35> return nil unless http_range && http_range =~ /bytes=([^;]+)/ ranges = [] $1.split(/,\s*/).each do |range_spec| return nil unless range_spec.include?('-') range = range_spec.split('-') r0, r1 = range[0], range[1] if r0.nil? || r0.empty? return nil if r1.nil? # suffix-byte-range-spec, represents trailing suffix of file r0 = size - r1.to_i r0 = 0 if r0 < 0 r1 = size - 1 else r0 = r0.to_i if r1.nil? r1 = size - 1 else r1 = r1.to_i return nil if r1 < r0 # backwards range is syntactically invalid r1 = size - 1 if r1 >= size end end ranges << (r0..r1) if r0 <= r1 end ranges end # :nocov: if defined?(OpenSSL.fixed_length_secure_compare) # Constant time string comparison. # # NOTE: the values compared should be of fixed length, such as strings # that have already been processed by HMAC. This should not be used # on variable length plaintext strings because it could leak length info # via timing attacks. def secure_compare(a, b) return false unless a.bytesize == b.bytesize OpenSSL.fixed_length_secure_compare(a, b) end # :nocov: else def secure_compare(a, b) return false unless a.bytesize == b.bytesize l = a.unpack("C*") r, i = 0, -1 b.each_byte { |v| r |= v ^ l[i += 1] } r == 0 end end # Context allows the use of a compatible middleware at different points # in a request handling stack. A compatible middleware must define # #context which should take the arguments env and app. The first of which # would be the request environment. The second of which would be the rack # application that the request would be forwarded to. class Context attr_reader :for, :app def initialize(app_f, app_r) raise 'running context does not respond to #context' unless app_f.respond_to? :context @for, @app = app_f, app_r end def call(env) @for.context(env, @app) end def recontext(app) self.class.new(@for, app) end def context(env, app = @app) recontext(app).call(env) end end # A wrapper around Headers # header when set. # # @api private class HeaderHash < Hash # :nodoc: def self.[](headers) warn "Rack::Utils::HeaderHash is deprecated and will be removed in Rack 3.1, switch to Rack::Headers", uplevel: 1 if headers.is_a?(Headers) && !headers.frozen? return headers end new_headers = Headers.new headers.each{|k,v| new_headers[k] = v} new_headers end def self.new(hash = {}) warn "Rack::Utils::HeaderHash is deprecated and will be removed in Rack 3.1, switch to Rack::Headers", uplevel: 1 headers = Headers.new hash.each{|k,v| headers[k] = v} headers end def self.allocate raise TypeError, "cannot allocate HeaderHash" end end # Every standard HTTP code mapped to the appropriate message. # Generated with: # curl -s https://www.iana.org/assignments/http-status-codes/http-status-codes-1.csv | \ # ruby -ne 'm = /^(\d{3}),(?!Unassigned|\(Unused\))([^,]+)/.match($_) and \ # puts "#{m[1]} => \x27#{m[2].strip}\x27,"' HTTP_STATUS_CODES = { 100 => 'Continue', 101 => 'Switching Protocols', 102 => 'Processing', 103 => 'Early Hints', 200 => 'OK', 201 => 'Created', 202 => 'Accepted', 203 => 'Non-Authoritative Information', 204 => 'No Content', 205 => 'Reset Content', 206 => 'Partial Content', 207 => 'Multi-Status', 208 => 'Already Reported', 226 => 'IM Used', 300 => 'Multiple Choices', 301 => 'Moved Permanently', 302 => 'Found', 303 => 'See Other', 304 => 'Not Modified', 305 => 'Use Proxy', 306 => '(Unused)', 307 => 'Temporary Redirect', 308 => 'Permanent Redirect', 400 => 'Bad Request', 401 => 'Unauthorized', 402 => 'Payment Required', 403 => 'Forbidden', 404 => 'Not Found', 405 => 'Method Not Allowed', 406 => 'Not Acceptable', 407 => 'Proxy Authentication Required', 408 => 'Request Timeout', 409 => 'Conflict', 410 => 'Gone', 411 => 'Length Required', 412 => 'Precondition Failed', 413 => 'Payload Too Large', 414 => 'URI Too Long', 415 => 'Unsupported Media Type', 416 => 'Range Not Satisfiable', 417 => 'Expectation Failed', 421 => 'Misdirected Request', 422 => 'Unprocessable Entity', 423 => 'Locked', 424 => 'Failed Dependency', 425 => 'Too Early', 426 => 'Upgrade Required', 428 => 'Precondition Required', 429 => 'Too Many Requests', 431 => 'Request Header Fields Too Large', 451 => 'Unavailable for Legal Reasons', 500 => 'Internal Server Error', 501 => 'Not Implemented', 502 => 'Bad Gateway', 503 => 'Service Unavailable', 504 => 'Gateway Timeout', 505 => 'HTTP Version Not Supported', 506 => 'Variant Also Negotiates', 507 => 'Insufficient Storage', 508 => 'Loop Detected', 509 => 'Bandwidth Limit Exceeded', 510 => 'Not Extended', 511 => 'Network Authentication Required' } # Responses with HTTP status codes that should not have an entity body STATUS_WITH_NO_ENTITY_BODY = Hash[((100..199).to_a << 204 << 304).product([true])] SYMBOL_TO_STATUS_CODE = Hash[*HTTP_STATUS_CODES.map { |code, message| [message.downcase.gsub(/\s|-|'/, '_').to_sym, code] }.flatten] def status_code(status) if status.is_a?(Symbol) SYMBOL_TO_STATUS_CODE.fetch(status) { raise ArgumentError, "Unrecognized status code #{status.inspect}" } else status.to_i end end PATH_SEPS = Regexp.union(*[::File::SEPARATOR, ::File::ALT_SEPARATOR].compact) def clean_path_info(path_info) parts = path_info.split PATH_SEPS clean = [] parts.each do |part| next if part.empty? || part == '.' part == '..' ? clean.pop : clean << part end clean_path = clean.join(::File::SEPARATOR) clean_path.prepend("/") if parts.empty? || parts.first.empty? clean_path end NULL_BYTE = "\0" def valid_path?(path) path.valid_encoding? && !path.include?(NULL_BYTE) end end end PK *J [>Sf?" ?" . share/gems/gems/rack-3.0.8/lib/rack/builder.rbnu �[��� # frozen_string_literal: true require_relative 'urlmap' module Rack # Rack::Builder provides a domain-specific language (DSL) to construct Rack # applications. It is primarily used to parse +config.ru+ files which # instantiate several middleware and a final application which are hosted # by a Rack-compatible web server. # # Example: # # app = Rack::Builder.new do # use Rack::CommonLogger # map "/ok" do # run lambda { |env| [200, {'content-type' => 'text/plain'}, ['OK']] } # end # end # # run app # # Or # # app = Rack::Builder.app do # use Rack::CommonLogger # run lambda { |env| [200, {'content-type' => 'text/plain'}, ['OK']] } # end # # run app # # +use+ adds middleware to the stack, +run+ dispatches to an application. # You can use +map+ to construct a Rack::URLMap in a convenient way. class Builder # https://stackoverflow.com/questions/2223882/whats-the-difference-between-utf-8-and-utf-8-without-bom UTF_8_BOM = '\xef\xbb\xbf' # Parse the given config file to get a Rack application. # # If the config file ends in +.ru+, it is treated as a # rackup file and the contents will be treated as if # specified inside a Rack::Builder block. # # If the config file does not end in +.ru+, it is # required and Rack will use the basename of the file # to guess which constant will be the Rack application to run. # # Examples: # # Rack::Builder.parse_file('config.ru') # # Rack application built using Rack::Builder.new # # Rack::Builder.parse_file('app.rb') # # requires app.rb, which can be anywhere in Ruby's # # load path. After requiring, assumes App constant # # contains Rack application # # Rack::Builder.parse_file('./my_app.rb') # # requires ./my_app.rb, which should be in the # # process's current directory. After requiring, # # assumes MyApp constant contains Rack application def self.parse_file(path) if path.end_with?('.ru') return self.load_file(path) else require path return Object.const_get(::File.basename(path, '.rb').split('_').map(&:capitalize).join('')) end end # Load the given file as a rackup file, treating the # contents as if specified inside a Rack::Builder block. # # Ignores content in the file after +__END__+, so that # use of +__END__+ will not result in a syntax error. # # Example config.ru file: # # $ cat config.ru # # use Rack::ContentLength # require './app.rb' # run App def self.load_file(path) config = ::File.read(path) config.slice!(/\A#{UTF_8_BOM}/) if config.encoding == Encoding::UTF_8 if config[/^#\\(.*)/] fail "Parsing options from the first comment line is no longer supported: #{path}" end config.sub!(/^__END__\n.*\Z/m, '') return new_from_string(config, path) end # Evaluate the given +builder_script+ string in the context of # a Rack::Builder block, returning a Rack application. def self.new_from_string(builder_script, file = "(rackup)") # We want to build a variant of TOPLEVEL_BINDING with self as a Rack::Builder instance. # We cannot use instance_eval(String) as that would resolve constants differently. binding, builder = TOPLEVEL_BINDING.eval('Rack::Builder.new.instance_eval { [binding, self] }') eval builder_script, binding, file return builder.to_app end # Initialize a new Rack::Builder instance. +default_app+ specifies the # default application if +run+ is not called later. If a block # is given, it is evaluated in the context of the instance. def initialize(default_app = nil, &block) @use = [] @map = nil @run = default_app @warmup = nil @freeze_app = false instance_eval(&block) if block_given? end # Create a new Rack::Builder instance and return the Rack application # generated from it. def self.app(default_app = nil, &block) self.new(default_app, &block).to_app end # Specifies middleware to use in a stack. # # class Middleware # def initialize(app) # @app = app # end # # def call(env) # env["rack.some_header"] = "setting an example" # @app.call(env) # end # end # # use Middleware # run lambda { |env| [200, { "content-type" => "text/plain" }, ["OK"]] } # # All requests through to this application will first be processed by the middleware class. # The +call+ method in this example sets an additional environment key which then can be # referenced in the application if required. def use(middleware, *args, &block) if @map mapping, @map = @map, nil @use << proc { |app| generate_map(app, mapping) } end @use << proc { |app| middleware.new(app, *args, &block) } end # :nocov: ruby2_keywords(:use) if respond_to?(:ruby2_keywords, true) # :nocov: # Takes a block or argument that is an object that responds to #call and # returns a Rack response. # # You can use a block: # # run do |env| # [200, { "content-type" => "text/plain" }, ["Hello World!"]] # end # # You can also provide a lambda: # # run lambda { |env| [200, { "content-type" => "text/plain" }, ["OK"]] } # # You can also provide a class instance: # # class Heartbeat # def call(env) # [200, { "content-type" => "text/plain" }, ["OK"]] # end # end # # run Heartbeat.new # def run(app = nil, &block) raise ArgumentError, "Both app and block given!" if app && block_given? @run = app || block end # Takes a lambda or block that is used to warm-up the application. This block is called # before the Rack application is returned by to_app. # # warmup do |app| # client = Rack::MockRequest.new(app) # client.get('/') # end # # use SomeMiddleware # run MyApp def warmup(prc = nil, &block) @warmup = prc || block end # Creates a route within the application. Routes under the mapped path will be sent to # the Rack application specified by run inside the block. Other requests will be sent to the # default application specified by run outside the block. # # class App # def call(env) # [200, {'content-type' => 'text/plain'}, ["Hello World"]] # end # end # # class Heartbeat # def call(env) # [200, { "content-type" => "text/plain" }, ["OK"]] # end # end # # app = Rack::Builder.app do # map '/heartbeat' do # run Heartbeat.new # end # run App.new # end # # run app # # The +use+ method can also be used inside the block to specify middleware to run under a specific path: # # app = Rack::Builder.app do # map '/heartbeat' do # use Middleware # run Heartbeat.new # end # run App.new # end # # This example includes a piece of middleware which will run before +/heartbeat+ requests hit +Heartbeat+. # # Note that providing a +path+ of +/+ will ignore any default application given in a +run+ statement # outside the block. def map(path, &block) @map ||= {} @map[path] = block end # Freeze the app (set using run) and all middleware instances when building the application # in to_app. def freeze_app @freeze_app = true end # Return the Rack application generated by this instance. def to_app app = @map ? generate_map(@run, @map) : @run fail "missing run or map statement" unless app app.freeze if @freeze_app app = @use.reverse.inject(app) { |a, e| e[a].tap { |x| x.freeze if @freeze_app } } @warmup.call(app) if @warmup app end # Call the Rack application generated by this builder instance. Note that # this rebuilds the Rack application and runs the warmup code (if any) # every time it is called, so it should not be used if performance is important. def call(env) to_app.call(env) end private # Generate a URLMap instance by generating new Rack applications for each # map block in this instance. def generate_map(default_app, mapping) mapped = default_app ? { '/' => default_app } : {} mapping.each { |r, b| mapped[r] = self.class.new(default_app, &b).to_app } URLMap.new(mapped) end end end PK *J [��A� 0 share/gems/gems/rack-3.0.8/lib/rack/directory.rbnu �[��� # frozen_string_literal: true require 'time' require_relative 'constants' require_relative 'utils' require_relative 'head' require_relative 'mime' require_relative 'files' module Rack # Rack::Directory serves entries below the +root+ given, according to the # path info of the Rack request. If a directory is found, the file's contents # will be presented in an html based index. If a file is found, the env will # be passed to the specified +app+. # # If +app+ is not specified, a Rack::Files of the same +root+ will be used. class Directory DIR_FILE = "<tr><td class='name'><a href='%s'>%s</a></td><td class='size'>%s</td><td class='type'>%s</td><td class='mtime'>%s</td></tr>\n" DIR_PAGE_HEADER = <<-PAGE <html><head> <title>%s</title> <meta http-equiv="content-type" content="text/html; charset=utf-8" /> <style type='text/css'> table { width:100%%; } .name { text-align:left; } .size, .mtime { text-align:right; } .type { width:11em; } .mtime { width:15em; } </style> </head><body> <h1>%s</h1> <hr /> <table> <tr> <th class='name'>Name</th> <th class='size'>Size</th> <th class='type'>Type</th> <th class='mtime'>Last Modified</th> </tr> PAGE DIR_PAGE_FOOTER = <<-PAGE </table> <hr /> </body></html> PAGE # Body class for directory entries, showing an index page with links # to each file. class DirectoryBody < Struct.new(:root, :path, :files) # Yield strings for each part of the directory entry def each show_path = Utils.escape_html(path.sub(/^#{root}/, '')) yield(DIR_PAGE_HEADER % [ show_path, show_path ]) unless path.chomp('/') == root yield(DIR_FILE % DIR_FILE_escape(files.call('..'))) end Dir.foreach(path) do |basename| next if basename.start_with?('.') next unless f = files.call(basename) yield(DIR_FILE % DIR_FILE_escape(f)) end yield(DIR_PAGE_FOOTER) end private # Escape each element in the array of html strings. def DIR_FILE_escape(htmls) htmls.map { |e| Utils.escape_html(e) } end end # The root of the directory hierarchy. Only requests for files and # directories inside of the root directory are supported. attr_reader :root # Set the root directory and application for serving files. def initialize(root, app = nil) @root = ::File.expand_path(root) @app = app || Files.new(@root) @head = Head.new(method(:get)) end def call(env) # strip body if this is a HEAD call @head.call env end # Internals of request handling. Similar to call but does # not remove body for HEAD requests. def get(env) script_name = env[SCRIPT_NAME] path_info = Utils.unescape_path(env[PATH_INFO]) if client_error_response = check_bad_request(path_info) || check_forbidden(path_info) client_error_response else path = ::File.join(@root, path_info) list_path(env, path, path_info, script_name) end end # Rack response to use for requests with invalid paths, or nil if path is valid. def check_bad_request(path_info) return if Utils.valid_path?(path_info) body = "Bad Request\n" [400, { CONTENT_TYPE => "text/plain", CONTENT_LENGTH => body.bytesize.to_s, "x-cascade" => "pass" }, [body]] end # Rack response to use for requests with paths outside the root, or nil if path is inside the root. def check_forbidden(path_info) return unless path_info.include? ".." return if ::File.expand_path(::File.join(@root, path_info)).start_with?(@root) body = "Forbidden\n" [403, { CONTENT_TYPE => "text/plain", CONTENT_LENGTH => body.bytesize.to_s, "x-cascade" => "pass" }, [body]] end # Rack response to use for directories under the root. def list_directory(path_info, path, script_name) url_head = (script_name.split('/') + path_info.split('/')).map do |part| Utils.escape_path part end # Globbing not safe as path could contain glob metacharacters body = DirectoryBody.new(@root, path, ->(basename) do stat = stat(::File.join(path, basename)) next unless stat url = ::File.join(*url_head + [Utils.escape_path(basename)]) mtime = stat.mtime.httpdate if stat.directory? type = 'directory' size = '-' url << '/' if basename == '..' basename = 'Parent Directory' else basename << '/' end else type = Mime.mime_type(::File.extname(basename)) size = filesize_format(stat.size) end [ url, basename, size, type, mtime ] end) [ 200, { CONTENT_TYPE => 'text/html; charset=utf-8' }, body ] end # File::Stat for the given path, but return nil for missing/bad entries. def stat(path) ::File.stat(path) rescue Errno::ENOENT, Errno::ELOOP return nil end # Rack response to use for files and directories under the root. # Unreadable and non-file, non-directory entries will get a 404 response. def list_path(env, path, path_info, script_name) if (stat = stat(path)) && stat.readable? return @app.call(env) if stat.file? return list_directory(path_info, path, script_name) if stat.directory? end entity_not_found(path_info) end # Rack response to use for unreadable and non-file, non-directory entries. def entity_not_found(path_info) body = "Entity not found: #{path_info}\n" [404, { CONTENT_TYPE => "text/plain", CONTENT_LENGTH => body.bytesize.to_s, "x-cascade" => "pass" }, [body]] end # Stolen from Ramaze FILESIZE_FORMAT = [ ['%.1fT', 1 << 40], ['%.1fG', 1 << 30], ['%.1fM', 1 << 20], ['%.1fK', 1 << 10], ] # Provide human readable file sizes def filesize_format(int) FILESIZE_FORMAT.each do |format, size| return format % (int.to_f / size) if int >= size end "#{int}B" end end end PK *J [� C�x x 4 share/gems/gems/rack-3.0.8/lib/rack/common_logger.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' require_relative 'body_proxy' require_relative 'request' module Rack # Rack::CommonLogger forwards every request to the given +app+, and # logs a line in the # {Apache common log format}[http://httpd.apache.org/docs/1.3/logs.html#common] # to the configured logger. class CommonLogger # Common Log Format: http://httpd.apache.org/docs/1.3/logs.html#common # # lilith.local - - [07/Aug/2006 23:58:02 -0400] "GET / HTTP/1.1" 500 - # # %{%s - %s [%s] "%s %s%s %s" %d %s\n} % # # The actual format is slightly different than the above due to the # separation of SCRIPT_NAME and PATH_INFO, and because the elapsed # time in seconds is included at the end. FORMAT = %{%s - %s [%s] "%s %s%s%s %s" %d %s %0.4f\n} # +logger+ can be any object that supports the +write+ or +<<+ methods, # which includes the standard library Logger. These methods are called # with a single string argument, the log message. # If +logger+ is nil, CommonLogger will fall back <tt>env['rack.errors']</tt>. def initialize(app, logger = nil) @app = app @logger = logger end # Log all requests in common_log format after a response has been # returned. Note that if the app raises an exception, the request # will not be logged, so if exception handling middleware are used, # they should be loaded after this middleware. Additionally, because # the logging happens after the request body has been fully sent, any # exceptions raised during the sending of the response body will # cause the request not to be logged. def call(env) began_at = Utils.clock_time status, headers, body = response = @app.call(env) response[2] = BodyProxy.new(body) { log(env, status, headers, began_at) } response end private # Log the request to the configured logger. def log(env, status, response_headers, began_at) request = Rack::Request.new(env) length = extract_content_length(response_headers) msg = sprintf(FORMAT, request.ip || "-", request.get_header("REMOTE_USER") || "-", Time.now.strftime("%d/%b/%Y:%H:%M:%S %z"), request.request_method, request.script_name, request.path_info, request.query_string.empty? ? "" : "?#{request.query_string}", request.get_header(SERVER_PROTOCOL), status.to_s[0..3], length, Utils.clock_time - began_at) msg.gsub!(/[^[:print:]\n]/) { |c| sprintf("\\x%x", c.ord) } logger = @logger || request.get_header(RACK_ERRORS) # Standard library logger doesn't support write but it supports << which actually # calls to write on the log device without formatting if logger.respond_to?(:write) logger.write(msg) else logger << msg end end # Attempt to determine the content length for the response to # include it in the logged data. def extract_content_length(headers) value = headers[CONTENT_LENGTH] !value || value.to_s == '0' ? '-' : value end end end PK *J [ѝo� + share/gems/gems/rack-3.0.8/lib/rack/head.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'body_proxy' module Rack # Rack::Head returns an empty body for all HEAD requests. It leaves # all other requests unchanged. class Head def initialize(app) @app = app end def call(env) _, _, body = response = @app.call(env) if env[REQUEST_METHOD] == HEAD response[2] = Rack::BodyProxy.new([]) do body.close if body.respond_to? :close end end response end end end PK *J [K?��3 3 1 share/gems/gems/rack-3.0.8/lib/rack/body_proxy.rbnu �[��� # frozen_string_literal: true module Rack # Proxy for response bodies allowing calling a block when # the response body is closed (after the response has been fully # sent to the client). class BodyProxy # Set the response body to wrap, and the block to call when the # response has been fully sent. def initialize(body, &block) @body = body @block = block @closed = false end # Return whether the wrapped body responds to the method. def respond_to_missing?(method_name, include_all = false) super or @body.respond_to?(method_name, include_all) end # If not already closed, close the wrapped body and # then call the block the proxy was initialized with. def close return if @closed @closed = true begin @body.close if @body.respond_to?(:close) ensure @block.call end end # Whether the proxy is closed. The proxy starts as not closed, # and becomes closed on the first call to close. def closed? @closed end # Delegate missing methods to the wrapped body. def method_missing(method_name, *args, &block) @body.__send__(method_name, *args, &block) end # :nocov: ruby2_keywords(:method_missing) if respond_to?(:ruby2_keywords, true) # :nocov: end end PK *J [H��SGb Gb . share/gems/gems/rack-3.0.8/lib/rack/request.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' require_relative 'media_type' module Rack # Rack::Request provides a convenient interface to a Rack # environment. It is stateless, the environment +env+ passed to the # constructor will be directly modified. # # req = Rack::Request.new(env) # req.post? # req.params["data"] class Request class << self attr_accessor :ip_filter # The priority when checking forwarded headers. The default # is <tt>[:forwarded, :x_forwarded]</tt>, which means, check the # +Forwarded+ header first, followed by the appropriate # <tt>X-Forwarded-*</tt> header. You can revert the priority by # reversing the priority, or remove checking of either # or both headers by removing elements from the array. # # This should be set as appropriate in your environment # based on what reverse proxies are in use. If you are not # using reverse proxies, you should probably use an empty # array. attr_accessor :forwarded_priority # The priority when checking either the <tt>X-Forwarded-Proto</tt> # or <tt>X-Forwarded-Scheme</tt> header for the forwarded protocol. # The default is <tt>[:proto, :scheme]</tt>, to try the # <tt>X-Forwarded-Proto</tt> header before the # <tt>X-Forwarded-Scheme</tt> header. Rack 2 had behavior # similar to <tt>[:scheme, :proto]</tt>. You can remove either or # both of the entries in array to ignore that respective header. attr_accessor :x_forwarded_proto_priority end @forwarded_priority = [:forwarded, :x_forwarded] @x_forwarded_proto_priority = [:proto, :scheme] valid_ipv4_octet = /\.(25[0-5]|2[0-4][0-9]|[01]?[0-9]?[0-9])/ trusted_proxies = Regexp.union( /\A127#{valid_ipv4_octet}{3}\z/, # localhost IPv4 range 127.x.x.x, per RFC-3330 /\A::1\z/, # localhost IPv6 ::1 /\Af[cd][0-9a-f]{2}(?::[0-9a-f]{0,4}){0,7}\z/i, # private IPv6 range fc00 .. fdff /\A10#{valid_ipv4_octet}{3}\z/, # private IPv4 range 10.x.x.x /\A172\.(1[6-9]|2[0-9]|3[01])#{valid_ipv4_octet}{2}\z/, # private IPv4 range 172.16.0.0 .. 172.31.255.255 /\A192\.168#{valid_ipv4_octet}{2}\z/, # private IPv4 range 192.168.x.x /\Alocalhost\z|\Aunix(\z|:)/i, # localhost hostname, and unix domain sockets ) self.ip_filter = lambda { |ip| trusted_proxies.match?(ip) } ALLOWED_SCHEMES = %w(https http wss ws).freeze def initialize(env) @env = env @params = nil end def params @params ||= super end def update_param(k, v) super @params = nil end def delete_param(k) v = super @params = nil v end module Env # The environment of the request. attr_reader :env def initialize(env) @env = env # This module is included at least in `ActionDispatch::Request` # The call to `super()` allows additional mixed-in initializers are called super() end # Predicate method to test to see if `name` has been set as request # specific data def has_header?(name) @env.key? name end # Get a request specific value for `name`. def get_header(name) @env[name] end # If a block is given, it yields to the block if the value hasn't been set # on the request. def fetch_header(name, &block) @env.fetch(name, &block) end # Loops through each key / value pair in the request specific data. def each_header(&block) @env.each(&block) end # Set a request specific value for `name` to `v` def set_header(name, v) @env[name] = v end # Add a header that may have multiple values. # # Example: # request.add_header 'Accept', 'image/png' # request.add_header 'Accept', '*/*' # # assert_equal 'image/png,*/*', request.get_header('Accept') # # http://www.w3.org/Protocols/rfc2616/rfc2616-sec4.html#sec4.2 def add_header(key, v) if v.nil? get_header key elsif has_header? key set_header key, "#{get_header key},#{v}" else set_header key, v end end # Delete a request specific value for `name`. def delete_header(name) @env.delete name end def initialize_copy(other) @env = other.env.dup end end module Helpers # The set of form-data media-types. Requests that do not indicate # one of the media types present in this list will not be eligible # for form-data / param parsing. FORM_DATA_MEDIA_TYPES = [ 'application/x-www-form-urlencoded', 'multipart/form-data' ] # The set of media-types. Requests that do not indicate # one of the media types present in this list will not be eligible # for param parsing like soap attachments or generic multiparts PARSEABLE_DATA_MEDIA_TYPES = [ 'multipart/related', 'multipart/mixed' ] # Default ports depending on scheme. Used to decide whether or not # to include the port in a generated URI. DEFAULT_PORTS = { 'http' => 80, 'https' => 443, 'coffee' => 80 } # The address of the client which connected to the proxy. HTTP_X_FORWARDED_FOR = 'HTTP_X_FORWARDED_FOR' # The contents of the host/:authority header sent to the proxy. HTTP_X_FORWARDED_HOST = 'HTTP_X_FORWARDED_HOST' HTTP_FORWARDED = 'HTTP_FORWARDED' # The value of the scheme sent to the proxy. HTTP_X_FORWARDED_SCHEME = 'HTTP_X_FORWARDED_SCHEME' # The protocol used to connect to the proxy. HTTP_X_FORWARDED_PROTO = 'HTTP_X_FORWARDED_PROTO' # The port used to connect to the proxy. HTTP_X_FORWARDED_PORT = 'HTTP_X_FORWARDED_PORT' # Another way for specifying https scheme was used. HTTP_X_FORWARDED_SSL = 'HTTP_X_FORWARDED_SSL' def body; get_header(RACK_INPUT) end def script_name; get_header(SCRIPT_NAME).to_s end def script_name=(s); set_header(SCRIPT_NAME, s.to_s) end def path_info; get_header(PATH_INFO).to_s end def path_info=(s); set_header(PATH_INFO, s.to_s) end def request_method; get_header(REQUEST_METHOD) end def query_string; get_header(QUERY_STRING).to_s end def content_length; get_header('CONTENT_LENGTH') end def logger; get_header(RACK_LOGGER) end def user_agent; get_header('HTTP_USER_AGENT') end # the referer of the client def referer; get_header('HTTP_REFERER') end alias referrer referer def session fetch_header(RACK_SESSION) do |k| set_header RACK_SESSION, default_session end end def session_options fetch_header(RACK_SESSION_OPTIONS) do |k| set_header RACK_SESSION_OPTIONS, {} end end # Checks the HTTP request method (or verb) to see if it was of type DELETE def delete?; request_method == DELETE end # Checks the HTTP request method (or verb) to see if it was of type GET def get?; request_method == GET end # Checks the HTTP request method (or verb) to see if it was of type HEAD def head?; request_method == HEAD end # Checks the HTTP request method (or verb) to see if it was of type OPTIONS def options?; request_method == OPTIONS end # Checks the HTTP request method (or verb) to see if it was of type LINK def link?; request_method == LINK end # Checks the HTTP request method (or verb) to see if it was of type PATCH def patch?; request_method == PATCH end # Checks the HTTP request method (or verb) to see if it was of type POST def post?; request_method == POST end # Checks the HTTP request method (or verb) to see if it was of type PUT def put?; request_method == PUT end # Checks the HTTP request method (or verb) to see if it was of type TRACE def trace?; request_method == TRACE end # Checks the HTTP request method (or verb) to see if it was of type UNLINK def unlink?; request_method == UNLINK end def scheme if get_header(HTTPS) == 'on' 'https' elsif get_header(HTTP_X_FORWARDED_SSL) == 'on' 'https' elsif forwarded_scheme forwarded_scheme else get_header(RACK_URL_SCHEME) end end # The authority of the incoming request as defined by RFC3976. # https://tools.ietf.org/html/rfc3986#section-3.2 # # In HTTP/1, this is the `host` header. # In HTTP/2, this is the `:authority` pseudo-header. def authority forwarded_authority || host_authority || server_authority end # The authority as defined by the `SERVER_NAME` and `SERVER_PORT` # variables. def server_authority host = self.server_name port = self.server_port if host if port "#{host}:#{port}" else host end end end def server_name get_header(SERVER_NAME) end def server_port get_header(SERVER_PORT) end def cookies hash = fetch_header(RACK_REQUEST_COOKIE_HASH) do |key| set_header(key, {}) end string = get_header(HTTP_COOKIE) unless string == get_header(RACK_REQUEST_COOKIE_STRING) hash.replace Utils.parse_cookies_header(string) set_header(RACK_REQUEST_COOKIE_STRING, string) end hash end def content_type content_type = get_header('CONTENT_TYPE') content_type.nil? || content_type.empty? ? nil : content_type end def xhr? get_header("HTTP_X_REQUESTED_WITH") == "XMLHttpRequest" end # The `HTTP_HOST` header. def host_authority get_header(HTTP_HOST) end def host_with_port(authority = self.authority) host, _, port = split_authority(authority) if port == DEFAULT_PORTS[self.scheme] host else authority end end # Returns a formatted host, suitable for being used in a URI. def host split_authority(self.authority)[0] end # Returns an address suitable for being to resolve to an address. # In the case of a domain name or IPv4 address, the result is the same # as +host+. In the case of IPv6 or future address formats, the square # brackets are removed. def hostname split_authority(self.authority)[1] end def port if authority = self.authority _, _, port = split_authority(authority) end port || forwarded_port&.last || DEFAULT_PORTS[scheme] || server_port end def forwarded_for forwarded_priority.each do |type| case type when :forwarded if forwarded_for = get_http_forwarded(:for) return(forwarded_for.map! do |authority| split_authority(authority)[1] end) end when :x_forwarded if value = get_header(HTTP_X_FORWARDED_FOR) return(split_header(value).map do |authority| split_authority(wrap_ipv6(authority))[1] end) end end end nil end def forwarded_port forwarded_priority.each do |type| case type when :forwarded if forwarded = get_http_forwarded(:for) return(forwarded.map do |authority| split_authority(authority)[2] end.compact) end when :x_forwarded if value = get_header(HTTP_X_FORWARDED_PORT) return split_header(value).map(&:to_i) end end end nil end def forwarded_authority forwarded_priority.each do |type| case type when :forwarded if forwarded = get_http_forwarded(:host) return forwarded.last end when :x_forwarded if value = get_header(HTTP_X_FORWARDED_HOST) return wrap_ipv6(split_header(value).last) end end end nil end def ssl? scheme == 'https' || scheme == 'wss' end def ip remote_addresses = split_header(get_header('REMOTE_ADDR')) external_addresses = reject_trusted_ip_addresses(remote_addresses) unless external_addresses.empty? return external_addresses.last end if (forwarded_for = self.forwarded_for) && !forwarded_for.empty? # The forwarded for addresses are ordered: client, proxy1, proxy2. # So we reject all the trusted addresses (proxy*) and return the # last client. Or if we trust everyone, we just return the first # address. return reject_trusted_ip_addresses(forwarded_for).last || forwarded_for.first end # If all the addresses are trusted, and we aren't forwarded, just return # the first remote address, which represents the source of the request. remote_addresses.first end # The media type (type/subtype) portion of the CONTENT_TYPE header # without any media type parameters. e.g., when CONTENT_TYPE is # "text/plain;charset=utf-8", the media-type is "text/plain". # # For more information on the use of media types in HTTP, see: # http://www.w3.org/Protocols/rfc2616/rfc2616-sec3.html#sec3.7 def media_type MediaType.type(content_type) end # The media type parameters provided in CONTENT_TYPE as a Hash, or # an empty Hash if no CONTENT_TYPE or media-type parameters were # provided. e.g., when the CONTENT_TYPE is "text/plain;charset=utf-8", # this method responds with the following Hash: # { 'charset' => 'utf-8' } def media_type_params MediaType.params(content_type) end # The character set of the request body if a "charset" media type # parameter was given, or nil if no "charset" was specified. Note # that, per RFC2616, text/* media types that specify no explicit # charset are to be considered ISO-8859-1. def content_charset media_type_params['charset'] end # Determine whether the request body contains form-data by checking # the request content-type for one of the media-types: # "application/x-www-form-urlencoded" or "multipart/form-data". The # list of form-data media types can be modified through the # +FORM_DATA_MEDIA_TYPES+ array. # # A request body is also assumed to contain form-data when no # content-type header is provided and the request_method is POST. def form_data? type = media_type meth = get_header(RACK_METHODOVERRIDE_ORIGINAL_METHOD) || get_header(REQUEST_METHOD) (meth == POST && type.nil?) || FORM_DATA_MEDIA_TYPES.include?(type) end # Determine whether the request body contains data by checking # the request media_type against registered parse-data media-types def parseable_data? PARSEABLE_DATA_MEDIA_TYPES.include?(media_type) end # Returns the data received in the query string. def GET if get_header(RACK_REQUEST_QUERY_STRING) == query_string get_header(RACK_REQUEST_QUERY_HASH) else query_hash = parse_query(query_string, '&') set_header(RACK_REQUEST_QUERY_STRING, query_string) set_header(RACK_REQUEST_QUERY_HASH, query_hash) end end # Returns the data received in the request body. # # This method support both application/x-www-form-urlencoded and # multipart/form-data. def POST if error = get_header(RACK_REQUEST_FORM_ERROR) raise error.class, error.message, cause: error.cause end begin rack_input = get_header(RACK_INPUT) # If the form hash was already memoized: if form_hash = get_header(RACK_REQUEST_FORM_HASH) # And it was memoized from the same input: if get_header(RACK_REQUEST_FORM_INPUT).equal?(rack_input) return form_hash end end # Otherwise, figure out how to parse the input: if rack_input.nil? set_header RACK_REQUEST_FORM_INPUT, nil set_header(RACK_REQUEST_FORM_HASH, {}) elsif form_data? || parseable_data? unless set_header(RACK_REQUEST_FORM_HASH, parse_multipart) form_vars = get_header(RACK_INPUT).read # Fix for Safari Ajax postings that always append \0 # form_vars.sub!(/\0\z/, '') # performance replacement: form_vars.slice!(-1) if form_vars.end_with?("\0") set_header RACK_REQUEST_FORM_VARS, form_vars set_header RACK_REQUEST_FORM_HASH, parse_query(form_vars, '&') end set_header RACK_REQUEST_FORM_INPUT, get_header(RACK_INPUT) get_header RACK_REQUEST_FORM_HASH else set_header RACK_REQUEST_FORM_INPUT, get_header(RACK_INPUT) set_header(RACK_REQUEST_FORM_HASH, {}) end rescue => error set_header(RACK_REQUEST_FORM_ERROR, error) raise end end # The union of GET and POST data. # # Note that modifications will not be persisted in the env. Use update_param or delete_param if you want to destructively modify params. def params self.GET.merge(self.POST) end # Destructively update a parameter, whether it's in GET and/or POST. Returns nil. # # The parameter is updated wherever it was previous defined, so GET, POST, or both. If it wasn't previously defined, it's inserted into GET. # # <tt>env['rack.input']</tt> is not touched. def update_param(k, v) found = false if self.GET.has_key?(k) found = true self.GET[k] = v end if self.POST.has_key?(k) found = true self.POST[k] = v end unless found self.GET[k] = v end end # Destructively delete a parameter, whether it's in GET or POST. Returns the value of the deleted parameter. # # If the parameter is in both GET and POST, the POST value takes precedence since that's how #params works. # # <tt>env['rack.input']</tt> is not touched. def delete_param(k) post_value, get_value = self.POST.delete(k), self.GET.delete(k) post_value || get_value end def base_url "#{scheme}://#{host_with_port}" end # Tries to return a remake of the original request URL as a string. def url base_url + fullpath end def path script_name + path_info end def fullpath query_string.empty? ? path : "#{path}?#{query_string}" end def accept_encoding parse_http_accept_header(get_header("HTTP_ACCEPT_ENCODING")) end def accept_language parse_http_accept_header(get_header("HTTP_ACCEPT_LANGUAGE")) end def trusted_proxy?(ip) Rack::Request.ip_filter.call(ip) end # shortcut for <tt>request.params[key]</tt> def [](key) warn("Request#[] is deprecated and will be removed in a future version of Rack. Please use request.params[] instead", uplevel: 1) params[key.to_s] end # shortcut for <tt>request.params[key] = value</tt> # # Note that modifications will not be persisted in the env. Use update_param or delete_param if you want to destructively modify params. def []=(key, value) warn("Request#[]= is deprecated and will be removed in a future version of Rack. Please use request.params[]= instead", uplevel: 1) params[key.to_s] = value end # like Hash#values_at def values_at(*keys) keys.map { |key| params[key] } end private def default_session; {}; end # Assist with compatibility when processing `X-Forwarded-For`. def wrap_ipv6(host) # Even thought IPv6 addresses should be wrapped in square brackets, # sometimes this is not done in various legacy/underspecified headers. # So we try to fix this situation for compatibility reasons. # Try to detect IPv6 addresses which aren't escaped yet: if !host.start_with?('[') && host.count(':') > 1 "[#{host}]" else host end end def parse_http_accept_header(header) header.to_s.split(",").each(&:strip!).map do |part| attribute, parameters = part.split(";", 2).each(&:strip!) quality = 1.0 if parameters and /\Aq=([\d.]+)/ =~ parameters quality = $1.to_f end [attribute, quality] end end # Get an array of values set in the RFC 7239 `Forwarded` request header. def get_http_forwarded(token) Utils.forwarded_values(get_header(HTTP_FORWARDED))&.[](token) end def query_parser Utils.default_query_parser end def parse_query(qs, d = '&') query_parser.parse_nested_query(qs, d) end def parse_multipart Rack::Multipart.extract_multipart(self, query_parser) end def split_header(value) value ? value.strip.split(/[,\s]+/) : [] end # ipv6 extracted from resolv stdlib, simplified # to remove numbered match group creation. ipv6 = Regexp.union( /(?:[0-9A-Fa-f]{1,4}:){7} [0-9A-Fa-f]{1,4}/x, /(?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)? :: (?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?/x, /(?:[0-9A-Fa-f]{1,4}:){6,6} \d+\.\d+\.\d+\.\d+/x, /(?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)? :: (?:[0-9A-Fa-f]{1,4}:)* \d+\.\d+\.\d+\.\d+/x, /[Ff][Ee]80 (?::[0-9A-Fa-f]{1,4}){7} %[-0-9A-Za-z._~]+/x, /[Ff][Ee]80: (?: (?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)? :: (?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)? | :(?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)? )? :[0-9A-Fa-f]{1,4}%[-0-9A-Za-z._~]+/x) AUTHORITY = / \A (?<host> # Match IPv6 as a string of hex digits and colons in square brackets \[(?<address>#{ipv6})\] | # Match any other printable string (except square brackets) as a hostname (?<address>[[[:graph:]&&[^\[\]]]]*?) ) (:(?<port>\d+))? \z /x private_constant :AUTHORITY def split_authority(authority) return [] if authority.nil? return [] unless match = AUTHORITY.match(authority) return match[:host], match[:address], match[:port]&.to_i end def reject_trusted_ip_addresses(ip_addresses) ip_addresses.reject { |ip| trusted_proxy?(ip) } end FORWARDED_SCHEME_HEADERS = { proto: HTTP_X_FORWARDED_PROTO, scheme: HTTP_X_FORWARDED_SCHEME }.freeze private_constant :FORWARDED_SCHEME_HEADERS def forwarded_scheme forwarded_priority.each do |type| case type when :forwarded if (forwarded_proto = get_http_forwarded(:proto)) && (scheme = allowed_scheme(forwarded_proto.last)) return scheme end when :x_forwarded x_forwarded_proto_priority.each do |x_type| if header = FORWARDED_SCHEME_HEADERS[x_type] split_header(get_header(header)).reverse_each do |scheme| if allowed_scheme(scheme) return scheme end end end end end end nil end def allowed_scheme(header) header if ALLOWED_SCHEMES.include?(header) end def forwarded_priority Request.forwarded_priority end def x_forwarded_proto_priority Request.x_forwarded_proto_priority end end include Env include Helpers end end # :nocov: require_relative 'multipart' unless defined?(Rack::Multipart) # :nocov: PK *J [ɸHO� � . share/gems/gems/rack-3.0.8/lib/rack/version.rbnu �[��� # frozen_string_literal: true # Copyright (C) 2007-2019 Leah Neukirchen <http://leahneukirchen.org/infopage.html> # # Rack is freely distributable under the terms of an MIT-style license. # See MIT-LICENSE or https://opensource.org/licenses/MIT. # The Rack main module, serving as a namespace for all core Rack # modules and classes. # # All modules meant for use in your application are <tt>autoload</tt>ed here, # so it should be enough just to <tt>require 'rack'</tt> in your code. module Rack # The Rack protocol version number implemented. VERSION = [1, 3].freeze deprecate_constant :VERSION VERSION_STRING = "1.3".freeze deprecate_constant :VERSION_STRING # The Rack protocol version number implemented. def self.version warn "Rack.version is deprecated and will be removed in Rack 3.1!", uplevel: 1 VERSION end RELEASE = "3.0.8" # Return the Rack release as a dotted string. def self.release RELEASE end end PK *J [O�i�� � . share/gems/gems/rack-3.0.8/lib/rack/headers.rbnu �[��� module Rack # Rack::Headers is a Hash subclass that downcases all keys. It's designed # to be used by rack applications that don't implement the Rack 3 SPEC # (by using non-lowercase response header keys), automatically handling # the downcasing of keys. class Headers < Hash def self.[](*items) if items.length % 2 != 0 if items.length == 1 && items.first.is_a?(Hash) new.merge!(items.first) else raise ArgumentError, "odd number of arguments for Rack::Headers" end else hash = new loop do break if items.length == 0 key = items.shift value = items.shift hash[key] = value end hash end end def [](key) super(downcase_key(key)) end def []=(key, value) super(key.downcase.freeze, value) end alias store []= def assoc(key) super(downcase_key(key)) end def compare_by_identity raise TypeError, "Rack::Headers cannot compare by identity, use regular Hash" end def delete(key) super(downcase_key(key)) end def dig(key, *a) super(downcase_key(key), *a) end def fetch(key, *default, &block) key = downcase_key(key) super end def fetch_values(*a) super(*a.map!{|key| downcase_key(key)}) end def has_key?(key) super(downcase_key(key)) end alias include? has_key? alias key? has_key? alias member? has_key? def invert hash = self.class.new each{|key, value| hash[value] = key} hash end def merge(hash, &block) dup.merge!(hash, &block) end def reject(&block) hash = dup hash.reject!(&block) hash end def replace(hash) clear update(hash) end def select(&block) hash = dup hash.select!(&block) hash end def to_proc lambda{|x| self[x]} end def transform_values(&block) dup.transform_values!(&block) end def update(hash, &block) hash.each do |key, value| self[key] = if block_given? && include?(key) block.call(key, self[key], value) else value end end self end alias merge! update def values_at(*keys) keys.map{|key| self[key]} end # :nocov: if RUBY_VERSION >= '2.5' # :nocov: def slice(*a) h = self.class.new a.each{|k| h[k] = self[k] if has_key?(k)} h end def transform_keys(&block) dup.transform_keys!(&block) end def transform_keys! hash = self.class.new each do |k, v| hash[yield k] = v end replace(hash) end end # :nocov: if RUBY_VERSION >= '3.0' # :nocov: def except(*a) super(*a.map!{|key| downcase_key(key)}) end end private def downcase_key(key) key.is_a?(String) ? key.downcase : key end end end PK *J [�|�Х � , share/gems/gems/rack-3.0.8/lib/rack/files.rbnu �[��� # frozen_string_literal: true require 'time' require_relative 'constants' require_relative 'head' require_relative 'utils' require_relative 'request' require_relative 'mime' module Rack # Rack::Files serves files below the +root+ directory given, according to the # path info of the Rack request. # e.g. when Rack::Files.new("/etc") is used, you can access 'passwd' file # as http://localhost:9292/passwd # # Handlers can detect if bodies are a Rack::Files, and use mechanisms # like sendfile on the +path+. class Files ALLOWED_VERBS = %w[GET HEAD OPTIONS] ALLOW_HEADER = ALLOWED_VERBS.join(', ') MULTIPART_BOUNDARY = 'AaB03x' attr_reader :root def initialize(root, headers = {}, default_mime = 'text/plain') @root = (::File.expand_path(root) if root) @headers = headers @default_mime = default_mime @head = Rack::Head.new(lambda { |env| get env }) end def call(env) # HEAD requests drop the response body, including 4xx error messages. @head.call env end def get(env) request = Rack::Request.new env unless ALLOWED_VERBS.include? request.request_method return fail(405, "Method Not Allowed", { 'allow' => ALLOW_HEADER }) end path_info = Utils.unescape_path request.path_info return fail(400, "Bad Request") unless Utils.valid_path?(path_info) clean_path_info = Utils.clean_path_info(path_info) path = ::File.join(@root, clean_path_info) available = begin ::File.file?(path) && ::File.readable?(path) rescue SystemCallError # Not sure in what conditions this exception can occur, but this # is a safe way to handle such an error. # :nocov: false # :nocov: end if available serving(request, path) else fail(404, "File not found: #{path_info}") end end def serving(request, path) if request.options? return [200, { 'allow' => ALLOW_HEADER, CONTENT_LENGTH => '0' }, []] end last_modified = ::File.mtime(path).httpdate return [304, {}, []] if request.get_header('HTTP_IF_MODIFIED_SINCE') == last_modified headers = { "last-modified" => last_modified } mime_type = mime_type path, @default_mime headers[CONTENT_TYPE] = mime_type if mime_type # Set custom headers headers.merge!(@headers) if @headers status = 200 size = filesize path ranges = Rack::Utils.get_byte_ranges(request.get_header('HTTP_RANGE'), size) if ranges.nil? # No ranges: ranges = [0..size - 1] elsif ranges.empty? # Unsatisfiable. Return error, and file size: response = fail(416, "Byte range unsatisfiable") response[1]["content-range"] = "bytes */#{size}" return response else # Partial content partial_content = true if ranges.size == 1 range = ranges[0] headers["content-range"] = "bytes #{range.begin}-#{range.end}/#{size}" else headers[CONTENT_TYPE] = "multipart/byteranges; boundary=#{MULTIPART_BOUNDARY}" end status = 206 body = BaseIterator.new(path, ranges, mime_type: mime_type, size: size) size = body.bytesize end headers[CONTENT_LENGTH] = size.to_s if request.head? body = [] elsif !partial_content body = Iterator.new(path, ranges, mime_type: mime_type, size: size) end [status, headers, body] end class BaseIterator attr_reader :path, :ranges, :options def initialize(path, ranges, options) @path = path @ranges = ranges @options = options end def each ::File.open(path, "rb") do |file| ranges.each do |range| yield multipart_heading(range) if multipart? each_range_part(file, range) do |part| yield part end end yield "\r\n--#{MULTIPART_BOUNDARY}--\r\n" if multipart? end end def bytesize size = ranges.inject(0) do |sum, range| sum += multipart_heading(range).bytesize if multipart? sum += range.size end size += "\r\n--#{MULTIPART_BOUNDARY}--\r\n".bytesize if multipart? size end def close; end private def multipart? ranges.size > 1 end def multipart_heading(range) <<-EOF \r --#{MULTIPART_BOUNDARY}\r content-type: #{options[:mime_type]}\r content-range: bytes #{range.begin}-#{range.end}/#{options[:size]}\r \r EOF end def each_range_part(file, range) file.seek(range.begin) remaining_len = range.end - range.begin + 1 while remaining_len > 0 part = file.read([8192, remaining_len].min) break unless part remaining_len -= part.length yield part end end end class Iterator < BaseIterator alias :to_path :path end private def fail(status, body, headers = {}) body += "\n" [ status, { CONTENT_TYPE => "text/plain", CONTENT_LENGTH => body.size.to_s, "x-cascade" => "pass" }.merge!(headers), [body] ] end # The MIME type for the contents of the file located at @path def mime_type(path, default_mime) Mime.mime_type(::File.extname(path), default_mime) end def filesize(path) # We check via File::size? whether this file provides size info # via stat (e.g. /proc files often don't), otherwise we have to # figure it out by reading the whole file into memory. ::File.size?(path) || ::File.read(path).bytesize end end end PK *J [�&�{! {! 3 share/gems/gems/rack-3.0.8/lib/rack/query_parser.rbnu �[��� # frozen_string_literal: true require 'uri' module Rack class QueryParser DEFAULT_SEP = /[&] */n COMMON_SEP = { ";" => /[;] */n, ";," => /[;,] */n, "&" => /[&] */n } # ParameterTypeError is the error that is raised when incoming structural # parameters (parsed by parse_nested_query) contain conflicting types. class ParameterTypeError < TypeError; end # InvalidParameterError is the error that is raised when incoming structural # parameters (parsed by parse_nested_query) contain invalid format or byte # sequence. class InvalidParameterError < ArgumentError; end # ParamsTooDeepError is the error that is raised when params are recursively # nested over the specified limit. class ParamsTooDeepError < RangeError; end def self.make_default(_key_space_limit=(not_deprecated = true; nil), param_depth_limit) unless not_deprecated warn("`first argument `key_space limit` is deprecated and no longer has an effect. Please call with only one argument, which will be required in a future version of Rack", uplevel: 1) end new Params, param_depth_limit end attr_reader :param_depth_limit def initialize(params_class, _key_space_limit=(not_deprecated = true; nil), param_depth_limit) unless not_deprecated warn("`second argument `key_space limit` is deprecated and no longer has an effect. Please call with only two arguments, which will be required in a future version of Rack", uplevel: 1) end @params_class = params_class @param_depth_limit = param_depth_limit end # Stolen from Mongrel, with some small modifications: # Parses a query string by breaking it up at the '&'. You can also use this # to parse cookies by changing the characters used in the second parameter # (which defaults to '&'). def parse_query(qs, separator = nil, &unescaper) unescaper ||= method(:unescape) params = make_params (qs || '').split(separator ? (COMMON_SEP[separator] || /[#{separator}] */n) : DEFAULT_SEP).each do |p| next if p.empty? k, v = p.split('=', 2).map!(&unescaper) if cur = params[k] if cur.class == Array params[k] << v else params[k] = [cur, v] end else params[k] = v end end return params.to_h end # parse_nested_query expands a query string into structural types. Supported # types are Arrays, Hashes and basic value types. It is possible to supply # query strings with parameters of conflicting types, in this case a # ParameterTypeError is raised. Users are encouraged to return a 400 in this # case. def parse_nested_query(qs, separator = nil) params = make_params unless qs.nil? || qs.empty? (qs || '').split(separator ? (COMMON_SEP[separator] || /[#{separator}] */n) : DEFAULT_SEP).each do |p| k, v = p.split('=', 2).map! { |s| unescape(s) } _normalize_params(params, k, v, 0) end end return params.to_h rescue ArgumentError => e raise InvalidParameterError, e.message, e.backtrace end # normalize_params recursively expands parameters into structural types. If # the structural types represented by two different parameter names are in # conflict, a ParameterTypeError is raised. The depth argument is deprecated # and should no longer be used, it is kept for backwards compatibility with # earlier versions of rack. def normalize_params(params, name, v, _depth=nil) _normalize_params(params, name, v, 0) end private def _normalize_params(params, name, v, depth) raise ParamsTooDeepError if depth >= param_depth_limit if !name # nil name, treat same as empty string (required by tests) k = after = '' elsif depth == 0 # Start of parsing, don't treat [] or [ at start of string specially if start = name.index('[', 1) # Start of parameter nesting, use part before brackets as key k = name[0, start] after = name[start, name.length] else # Plain parameter with no nesting k = name after = '' end elsif name.start_with?('[]') # Array nesting k = '[]' after = name[2, name.length] elsif name.start_with?('[') && (start = name.index(']', 1)) # Hash nesting, use the part inside brackets as the key k = name[1, start-1] after = name[start+1, name.length] else # Probably malformed input, nested but not starting with [ # treat full name as key for backwards compatibility. k = name after = '' end return if k.empty? if after == '' if k == '[]' && depth != 0 return [v] else params[k] = v end elsif after == "[" params[name] = v elsif after == "[]" params[k] ||= [] raise ParameterTypeError, "expected Array (got #{params[k].class.name}) for param `#{k}'" unless params[k].is_a?(Array) params[k] << v elsif after.start_with?('[]') # Recognize x[][y] (hash inside array) parameters unless after[2] == '[' && after.end_with?(']') && (child_key = after[3, after.length-4]) && !child_key.empty? && !child_key.index('[') && !child_key.index(']') # Handle other nested array parameters child_key = after[2, after.length] end params[k] ||= [] raise ParameterTypeError, "expected Array (got #{params[k].class.name}) for param `#{k}'" unless params[k].is_a?(Array) if params_hash_type?(params[k].last) && !params_hash_has_key?(params[k].last, child_key) _normalize_params(params[k].last, child_key, v, depth + 1) else params[k] << _normalize_params(make_params, child_key, v, depth + 1) end else params[k] ||= make_params raise ParameterTypeError, "expected Hash (got #{params[k].class.name}) for param `#{k}'" unless params_hash_type?(params[k]) params[k] = _normalize_params(params[k], after, v, depth + 1) end params end def make_params @params_class.new end def new_depth_limit(param_depth_limit) self.class.new @params_class, param_depth_limit end private def params_hash_type?(obj) obj.kind_of?(@params_class) end def params_hash_has_key?(hash, key) return false if /\[\]/.match?(key) key.split(/[\[\]]+/).inject(hash) do |h, part| next h if part == '' return false unless params_hash_type?(h) && h.key?(part) h[part] end true end def unescape(string, encoding = Encoding::UTF_8) URI.decode_www_form_component(string, encoding) end class Params def initialize @size = 0 @params = {} end def [](key) @params[key] end def []=(key, value) @params[key] = value end def key?(key) @params.key?(key) end # Recursively unwraps nested `Params` objects and constructs an object # of the same shape, but using the objects' internal representations # (Ruby hashes) in place of the objects. The result is a hash consisting # purely of Ruby primitives. # # Mutation warning! # # 1. This method mutates the internal representation of the `Params` # objects in order to save object allocations. # # 2. The value you get back is a reference to the internal hash # representation, not a copy. # # 3. Because the `Params` object's internal representation is mutable # through the `#[]=` method, it is not thread safe. The result of # getting the hash representation while another thread is adding a # key to it is non-deterministic. # def to_h @params.each do |key, value| case value when self # Handle circular references gracefully. @params[key] = @params when Params @params[key] = value.to_h when Array value.map! { |v| v.kind_of?(Params) ? v.to_h : v } else # Ignore anything that is not a `Params` object or # a collection that can contain one. end end @params end alias_method :to_params_hash, :to_h end end end PK *J [�/�{ { 3 share/gems/gems/rack-3.0.8/lib/rack/mock_request.rbnu �[��� # frozen_string_literal: true require 'uri' require 'stringio' require_relative 'constants' require_relative 'mock_response' module Rack # Rack::MockRequest helps testing your Rack application without # actually using HTTP. # # After performing a request on a URL with get/post/put/patch/delete, it # returns a MockResponse with useful helper methods for effective # testing. # # You can pass a hash with additional configuration to the # get/post/put/patch/delete. # <tt>:input</tt>:: A String or IO-like to be used as rack.input. # <tt>:fatal</tt>:: Raise a FatalWarning if the app writes to rack.errors. # <tt>:lint</tt>:: If true, wrap the application in a Rack::Lint. class MockRequest class FatalWarning < RuntimeError end class FatalWarner def puts(warning) raise FatalWarning, warning end def write(warning) raise FatalWarning, warning end def flush end def string "" end end DEFAULT_ENV = { RACK_INPUT => StringIO.new, RACK_ERRORS => StringIO.new, }.freeze def initialize(app) @app = app end # Make a GET request and return a MockResponse. See #request. def get(uri, opts = {}) request(GET, uri, opts) end # Make a POST request and return a MockResponse. See #request. def post(uri, opts = {}) request(POST, uri, opts) end # Make a PUT request and return a MockResponse. See #request. def put(uri, opts = {}) request(PUT, uri, opts) end # Make a PATCH request and return a MockResponse. See #request. def patch(uri, opts = {}) request(PATCH, uri, opts) end # Make a DELETE request and return a MockResponse. See #request. def delete(uri, opts = {}) request(DELETE, uri, opts) end # Make a HEAD request and return a MockResponse. See #request. def head(uri, opts = {}) request(HEAD, uri, opts) end # Make an OPTIONS request and return a MockResponse. See #request. def options(uri, opts = {}) request(OPTIONS, uri, opts) end # Make a request using the given request method for the given # uri to the rack application and return a MockResponse. # Options given are passed to MockRequest.env_for. def request(method = GET, uri = "", opts = {}) env = self.class.env_for(uri, opts.merge(method: method)) if opts[:lint] app = Rack::Lint.new(@app) else app = @app end errors = env[RACK_ERRORS] status, headers, body = app.call(env) MockResponse.new(status, headers, body, errors) ensure body.close if body.respond_to?(:close) end # For historical reasons, we're pinning to RFC 2396. # URI::Parser = URI::RFC2396_Parser def self.parse_uri_rfc2396(uri) @parser ||= URI::Parser.new @parser.parse(uri) end # Return the Rack environment used for a request to +uri+. # All options that are strings are added to the returned environment. # Options: # :fatal :: Whether to raise an exception if request outputs to rack.errors # :input :: The rack.input to set # :http_version :: The SERVER_PROTOCOL to set # :method :: The HTTP request method to use # :params :: The params to use # :script_name :: The SCRIPT_NAME to set def self.env_for(uri = "", opts = {}) uri = parse_uri_rfc2396(uri) uri.path = "/#{uri.path}" unless uri.path[0] == ?/ env = DEFAULT_ENV.dup env[REQUEST_METHOD] = (opts[:method] ? opts[:method].to_s.upcase : GET).b env[SERVER_NAME] = (uri.host || "example.org").b env[SERVER_PORT] = (uri.port ? uri.port.to_s : "80").b env[SERVER_PROTOCOL] = opts[:http_version] || 'HTTP/1.1' env[QUERY_STRING] = (uri.query.to_s).b env[PATH_INFO] = (uri.path).b env[RACK_URL_SCHEME] = (uri.scheme || "http").b env[HTTPS] = (env[RACK_URL_SCHEME] == "https" ? "on" : "off").b env[SCRIPT_NAME] = opts[:script_name] || "" if opts[:fatal] env[RACK_ERRORS] = FatalWarner.new else env[RACK_ERRORS] = StringIO.new end if params = opts[:params] if env[REQUEST_METHOD] == GET params = Utils.parse_nested_query(params) if params.is_a?(String) params.update(Utils.parse_nested_query(env[QUERY_STRING])) env[QUERY_STRING] = Utils.build_nested_query(params) elsif !opts.has_key?(:input) opts["CONTENT_TYPE"] = "application/x-www-form-urlencoded" if params.is_a?(Hash) if data = Rack::Multipart.build_multipart(params) opts[:input] = data opts["CONTENT_LENGTH"] ||= data.length.to_s opts["CONTENT_TYPE"] = "multipart/form-data; boundary=#{Rack::Multipart::MULTIPART_BOUNDARY}" else opts[:input] = Utils.build_nested_query(params) end else opts[:input] = params end end end opts[:input] ||= String.new if String === opts[:input] rack_input = StringIO.new(opts[:input]) else rack_input = opts[:input] end rack_input.set_encoding(Encoding::BINARY) env[RACK_INPUT] = rack_input env["CONTENT_LENGTH"] ||= env[RACK_INPUT].size.to_s if env[RACK_INPUT].respond_to?(:size) opts.each { |field, value| env[field] = value if String === field } env end end end PK *J [;�`�f f . share/gems/gems/rack-3.0.8/lib/rack/runtime.rbnu �[��� # frozen_string_literal: true require_relative 'utils' module Rack # Sets an "x-runtime" response header, indicating the response # time of the request, in seconds # # You can put it right before the application to see the processing # time, or before all the other middlewares to include time for them, # too. class Runtime FORMAT_STRING = "%0.6f" # :nodoc: HEADER_NAME = "x-runtime" # :nodoc: def initialize(app, name = nil) @app = app @header_name = HEADER_NAME @header_name += "-#{name.to_s.downcase}" if name end def call(env) start_time = Utils.clock_time _, headers, _ = response = @app.call(env) request_time = Utils.clock_time - start_time unless headers.key?(@header_name) headers[@header_name] = FORMAT_STRING % request_time end response end end end PK *J [iZ�& & 5 share/gems/gems/rack-3.0.8/lib/rack/content_length.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' module Rack # Sets the content-length header on responses that do not specify # a content-length or transfer-encoding header. Note that this # does not fix responses that have an invalid content-length # header specified. class ContentLength include Rack::Utils def initialize(app) @app = app end def call(env) status, headers, body = response = @app.call(env) if !STATUS_WITH_NO_ENTITY_BODY.key?(status.to_i) && !headers[CONTENT_LENGTH] && !headers[TRANSFER_ENCODING] && body.respond_to?(:to_ary) response[2] = body = body.to_ary headers[CONTENT_LENGTH] = body.sum(&:bytesize).to_s end response end end end PK *J [�R� 4 share/gems/gems/rack-3.0.8/lib/rack/mock_response.rbnu �[��� # frozen_string_literal: true require 'cgi/cookie' require 'time' require_relative 'response' module Rack # Rack::MockResponse provides useful helpers for testing your apps. # Usually, you don't create the MockResponse on your own, but use # MockRequest. class MockResponse < Rack::Response class << self alias [] new end # Headers attr_reader :original_headers, :cookies # Errors attr_accessor :errors def initialize(status, headers, body, errors = nil) @original_headers = headers if errors @errors = errors.string if errors.respond_to?(:string) else @errors = "" end super(body, status, headers) @cookies = parse_cookies_from_header buffered_body! end def =~(other) body =~ other end def match(other) body.match other end def body return @buffered_body if defined?(@buffered_body) # FIXME: apparently users of MockResponse expect the return value of # MockResponse#body to be a string. However, the real response object # returns the body as a list. # # See spec_showstatus.rb: # # should "not replace existing messages" do # ... # res.body.should == "foo!" # end buffer = @buffered_body = String.new @body.each do |chunk| buffer << chunk end return buffer end def empty? [201, 204, 304].include? status end def cookie(name) cookies.fetch(name, nil) end private def parse_cookies_from_header cookies = Hash.new if headers.has_key? 'set-cookie' set_cookie_header = headers.fetch('set-cookie') Array(set_cookie_header).each do |header_value| header_value.split("\n").each do |cookie| cookie_name, cookie_filling = cookie.split('=', 2) cookie_attributes = identify_cookie_attributes cookie_filling parsed_cookie = CGI::Cookie.new( 'name' => cookie_name.strip, 'value' => cookie_attributes.fetch('value'), 'path' => cookie_attributes.fetch('path', nil), 'domain' => cookie_attributes.fetch('domain', nil), 'expires' => cookie_attributes.fetch('expires', nil), 'secure' => cookie_attributes.fetch('secure', false) ) cookies.store(cookie_name, parsed_cookie) end end end cookies end def identify_cookie_attributes(cookie_filling) cookie_bits = cookie_filling.split(';') cookie_attributes = Hash.new cookie_attributes.store('value', cookie_bits[0].strip) cookie_bits.drop(1).each do |bit| if bit.include? '=' cookie_attribute, attribute_value = bit.split('=', 2) cookie_attributes.store(cookie_attribute.strip.downcase, attribute_value.strip) end if bit.include? 'secure' cookie_attributes.store('secure', true) end end if cookie_attributes.key? 'max-age' cookie_attributes.store('expires', Time.now + cookie_attributes['max-age'].to_i) elsif cookie_attributes.key? 'expires' cookie_attributes.store('expires', Time.httpdate(cookie_attributes['expires'])) end cookie_attributes end end end PK *J [�gG� � 1 share/gems/gems/rack-3.0.8/lib/rack/media_type.rbnu �[��� # frozen_string_literal: true module Rack # Rack::MediaType parse media type and parameters out of content_type string class MediaType SPLIT_PATTERN = %r{\s*[;,]\s*} class << self # The media type (type/subtype) portion of the CONTENT_TYPE header # without any media type parameters. e.g., when CONTENT_TYPE is # "text/plain;charset=utf-8", the media-type is "text/plain". # # For more information on the use of media types in HTTP, see: # http://www.w3.org/Protocols/rfc2616/rfc2616-sec3.html#sec3.7 def type(content_type) return nil unless content_type content_type.split(SPLIT_PATTERN, 2).first.tap(&:downcase!) end # The media type parameters provided in CONTENT_TYPE as a Hash, or # an empty Hash if no CONTENT_TYPE or media-type parameters were # provided. e.g., when the CONTENT_TYPE is "text/plain;charset=utf-8", # this method responds with the following Hash: # { 'charset' => 'utf-8' } def params(content_type) return {} if content_type.nil? content_type.split(SPLIT_PATTERN)[1..-1].each_with_object({}) do |s, hsh| k, v = s.split('=', 2) hsh[k.tap(&:downcase!)] = strip_doublequotes(v) end end private def strip_doublequotes(str) (str.start_with?('"') && str.end_with?('"')) ? str[1..-2] : str end end end end PK *J [��Y . share/gems/gems/rack-3.0.8/lib/rack/cascade.rbnu �[��� # frozen_string_literal: true require_relative 'constants' module Rack # Rack::Cascade tries a request on several apps, and returns the # first response that is not 404 or 405 (or in a list of configured # status codes). If all applications tried return one of the configured # status codes, return the last response. class Cascade # deprecated, no longer used NotFound = [404, { CONTENT_TYPE => "text/plain" }, []] # An array of applications to try in order. attr_reader :apps # Set the apps to send requests to, and what statuses result in # cascading. Arguments: # # apps: An enumerable of rack applications. # cascade_for: The statuses to use cascading for. If a response is received # from an app, the next app is tried. def initialize(apps, cascade_for = [404, 405]) @apps = [] apps.each { |app| add app } @cascade_for = {} [*cascade_for].each { |status| @cascade_for[status] = true } end # Call each app in order. If the responses uses a status that requires # cascading, try the next app. If all responses require cascading, # return the response from the last app. def call(env) return [404, { CONTENT_TYPE => "text/plain" }, []] if @apps.empty? result = nil last_body = nil @apps.each do |app| # The SPEC says that the body must be closed after it has been iterated # by the server, or if it is replaced by a middleware action. Cascade # replaces the body each time a cascade happens. It is assumed that nil # does not respond to close, otherwise the previous application body # will be closed. The final application body will not be closed, as it # will be passed to the server as a result. last_body.close if last_body.respond_to? :close result = app.call(env) return result unless @cascade_for.include?(result[0].to_i) last_body = result[2] end result end # Append an app to the list of apps to cascade. This app will # be tried last. def add(app) @apps << app end # Whether the given app is one of the apps to cascade to. def include?(app) @apps.include?(app) end alias_method :<<, :add end end PK *J [Y4��8 8 / share/gems/gems/rack-3.0.8/lib/rack/sendfile.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' require_relative 'body_proxy' module Rack # = Sendfile # # The Sendfile middleware intercepts responses whose body is being # served from a file and replaces it with a server specific x-sendfile # header. The web server is then responsible for writing the file contents # to the client. This can dramatically reduce the amount of work required # by the Ruby backend and takes advantage of the web server's optimized file # delivery code. # # In order to take advantage of this middleware, the response body must # respond to +to_path+ and the request must include an x-sendfile-type # header. Rack::Files and other components implement +to_path+ so there's # rarely anything you need to do in your application. The x-sendfile-type # header is typically set in your web servers configuration. The following # sections attempt to document # # === Nginx # # Nginx supports the x-accel-redirect header. This is similar to x-sendfile # but requires parts of the filesystem to be mapped into a private URL # hierarchy. # # The following example shows the Nginx configuration required to create # a private "/files/" area, enable x-accel-redirect, and pass the special # x-sendfile-type and x-accel-mapping headers to the backend: # # location ~ /files/(.*) { # internal; # alias /var/www/$1; # } # # location / { # proxy_redirect off; # # proxy_set_header Host $host; # proxy_set_header X-Real-IP $remote_addr; # proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for; # # proxy_set_header x-sendfile-type x-accel-redirect; # proxy_set_header x-accel-mapping /var/www/=/files/; # # proxy_pass http://127.0.0.1:8080/; # } # # Note that the x-sendfile-type header must be set exactly as shown above. # The x-accel-mapping header should specify the location on the file system, # followed by an equals sign (=), followed name of the private URL pattern # that it maps to. The middleware performs a simple substitution on the # resulting path. # # See Also: https://www.nginx.com/resources/wiki/start/topics/examples/xsendfile # # === lighttpd # # Lighttpd has supported some variation of the x-sendfile header for some # time, although only recent version support x-sendfile in a reverse proxy # configuration. # # $HTTP["host"] == "example.com" { # proxy-core.protocol = "http" # proxy-core.balancer = "round-robin" # proxy-core.backends = ( # "127.0.0.1:8000", # "127.0.0.1:8001", # ... # ) # # proxy-core.allow-x-sendfile = "enable" # proxy-core.rewrite-request = ( # "x-sendfile-type" => (".*" => "x-sendfile") # ) # } # # See Also: http://redmine.lighttpd.net/wiki/lighttpd/Docs:ModProxyCore # # === Apache # # x-sendfile is supported under Apache 2.x using a separate module: # # https://tn123.org/mod_xsendfile/ # # Once the module is compiled and installed, you can enable it using # XSendFile config directive: # # RequestHeader Set x-sendfile-type x-sendfile # ProxyPassReverse / http://localhost:8001/ # XSendFile on # # === Mapping parameter # # The third parameter allows for an overriding extension of the # x-accel-mapping header. Mappings should be provided in tuples of internal to # external. The internal values may contain regular expression syntax, they # will be matched with case indifference. class Sendfile def initialize(app, variation = nil, mappings = []) @app = app @variation = variation @mappings = mappings.map do |internal, external| [/^#{internal}/i, external] end end def call(env) _, headers, body = response = @app.call(env) if body.respond_to?(:to_path) case type = variation(env) when /x-accel-redirect/i path = ::File.expand_path(body.to_path) if url = map_accel_path(env, path) headers[CONTENT_LENGTH] = '0' # '?' must be percent-encoded because it is not query string but a part of path headers[type.downcase] = ::Rack::Utils.escape_path(url).gsub('?', '%3F') obody = body response[2] = Rack::BodyProxy.new([]) do obody.close if obody.respond_to?(:close) end else env[RACK_ERRORS].puts "x-accel-mapping header missing" end when /x-sendfile|x-lighttpd-send-file/i path = ::File.expand_path(body.to_path) headers[CONTENT_LENGTH] = '0' headers[type.downcase] = path obody = body response[2] = Rack::BodyProxy.new([]) do obody.close if obody.respond_to?(:close) end when '', nil else env[RACK_ERRORS].puts "Unknown x-sendfile variation: '#{type}'.\n" end end response end private def variation(env) @variation || env['sendfile.type'] || env['HTTP_X_SENDFILE_TYPE'] end def map_accel_path(env, path) if mapping = @mappings.find { |internal, _| internal =~ path } path.sub(*mapping) elsif mapping = env['HTTP_X_ACCEL_MAPPING'] mapping.split(',').map(&:strip).each do |m| internal, external = m.split('=', 2).map(&:strip) new_path = path.sub(/^#{internal}/i, external) return new_path unless path == new_path end path end end end end PK *J [M�}Y? ? + share/gems/gems/rack-3.0.8/lib/rack/mock.rbnu �[��� # frozen_string_literal: true require_relative 'mock_request' PK *J [YY�d 6 share/gems/gems/rack-3.0.8/lib/rack/tempfile_reaper.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'body_proxy' module Rack # Middleware tracks and cleans Tempfiles created throughout a request (i.e. Rack::Multipart) # Ideas/strategy based on posts by Eric Wong and Charles Oliver Nutter # https://groups.google.com/forum/#!searchin/rack-devel/temp/rack-devel/brK8eh-MByw/sw61oJJCGRMJ class TempfileReaper def initialize(app) @app = app end def call(env) env[RACK_TEMPFILES] ||= [] begin _, _, body = response = @app.call(env) rescue Exception env[RACK_TEMPFILES]&.each(&:close!) raise end response[2] = BodyProxy.new(body) do env[RACK_TEMPFILES]&.each(&:close!) end response end end end PK *J [@�j� � 0 share/gems/gems/rack-3.0.8/lib/rack/constants.rbnu �[��� # frozen_string_literal: true module Rack # Request env keys HTTP_HOST = 'HTTP_HOST' HTTP_PORT = 'HTTP_PORT' HTTPS = 'HTTPS' PATH_INFO = 'PATH_INFO' REQUEST_METHOD = 'REQUEST_METHOD' REQUEST_PATH = 'REQUEST_PATH' SCRIPT_NAME = 'SCRIPT_NAME' QUERY_STRING = 'QUERY_STRING' SERVER_PROTOCOL = 'SERVER_PROTOCOL' SERVER_NAME = 'SERVER_NAME' SERVER_PORT = 'SERVER_PORT' HTTP_COOKIE = 'HTTP_COOKIE' # Response Header Keys CACHE_CONTROL = 'cache-control' CONTENT_LENGTH = 'content-length' CONTENT_TYPE = 'content-type' ETAG = 'etag' EXPIRES = 'expires' SET_COOKIE = 'set-cookie' TRANSFER_ENCODING = 'transfer-encoding' # HTTP method verbs GET = 'GET' POST = 'POST' PUT = 'PUT' PATCH = 'PATCH' DELETE = 'DELETE' HEAD = 'HEAD' OPTIONS = 'OPTIONS' LINK = 'LINK' UNLINK = 'UNLINK' TRACE = 'TRACE' # Rack environment variables RACK_VERSION = 'rack.version' RACK_TEMPFILES = 'rack.tempfiles' RACK_ERRORS = 'rack.errors' RACK_LOGGER = 'rack.logger' RACK_INPUT = 'rack.input' RACK_SESSION = 'rack.session' RACK_SESSION_OPTIONS = 'rack.session.options' RACK_SHOWSTATUS_DETAIL = 'rack.showstatus.detail' RACK_URL_SCHEME = 'rack.url_scheme' RACK_HIJACK = 'rack.hijack' RACK_IS_HIJACK = 'rack.hijack?' RACK_RECURSIVE_INCLUDE = 'rack.recursive.include' RACK_MULTIPART_BUFFER_SIZE = 'rack.multipart.buffer_size' RACK_MULTIPART_TEMPFILE_FACTORY = 'rack.multipart.tempfile_factory' RACK_RESPONSE_FINISHED = 'rack.response_finished' RACK_REQUEST_FORM_INPUT = 'rack.request.form_input' RACK_REQUEST_FORM_HASH = 'rack.request.form_hash' RACK_REQUEST_FORM_VARS = 'rack.request.form_vars' RACK_REQUEST_FORM_ERROR = 'rack.request.form_error' RACK_REQUEST_COOKIE_HASH = 'rack.request.cookie_hash' RACK_REQUEST_COOKIE_STRING = 'rack.request.cookie_string' RACK_REQUEST_QUERY_HASH = 'rack.request.query_hash' RACK_REQUEST_QUERY_STRING = 'rack.request.query_string' RACK_METHODOVERRIDE_ORIGINAL_METHOD = 'rack.methodoverride.original_method' end PK *J [U``"� � 0 share/gems/gems/rack-3.0.8/lib/rack/multipart.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' require_relative 'multipart/parser' require_relative 'multipart/generator' module Rack # A multipart form data parser, adapted from IOWA. # # Usually, Rack::Request#POST takes care of calling this. module Multipart MULTIPART_BOUNDARY = "AaB03x" class << self def parse_multipart(env, params = Rack::Utils.default_query_parser) io = env[RACK_INPUT] if content_length = env['CONTENT_LENGTH'] content_length = content_length.to_i end content_type = env['CONTENT_TYPE'] tempfile = env[RACK_MULTIPART_TEMPFILE_FACTORY] || Parser::TEMPFILE_FACTORY bufsize = env[RACK_MULTIPART_BUFFER_SIZE] || Parser::BUFSIZE info = Parser.parse(io, content_length, content_type, tempfile, bufsize, params) env[RACK_TEMPFILES] = info.tmp_files return info.params end def extract_multipart(request, params = Rack::Utils.default_query_parser) parse_multipart(request.env) end def build_multipart(params, first = true) Generator.new(params, first).dump end end end end PK *J [��3�� � 6 share/gems/gems/rack-3.0.8/lib/rack/method_override.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'request' require_relative 'utils' module Rack class MethodOverride HTTP_METHODS = %w[GET HEAD PUT POST DELETE OPTIONS PATCH LINK UNLINK] METHOD_OVERRIDE_PARAM_KEY = "_method" HTTP_METHOD_OVERRIDE_HEADER = "HTTP_X_HTTP_METHOD_OVERRIDE" ALLOWED_METHODS = %w[POST] def initialize(app) @app = app end def call(env) if allowed_methods.include?(env[REQUEST_METHOD]) method = method_override(env) if HTTP_METHODS.include?(method) env[RACK_METHODOVERRIDE_ORIGINAL_METHOD] = env[REQUEST_METHOD] env[REQUEST_METHOD] = method end end @app.call(env) end def method_override(env) req = Request.new(env) method = method_override_param(req) || env[HTTP_METHOD_OVERRIDE_HEADER] begin method.to_s.upcase rescue ArgumentError env[RACK_ERRORS].puts "Invalid string for method" end end private def allowed_methods ALLOWED_METHODS end def method_override_param(req) req.POST[METHOD_OVERRIDE_PARAM_KEY] if req.form_data? || req.parseable_data? rescue Utils::InvalidParameterError, Utils::ParameterTypeError, QueryParser::ParamsTooDeepError req.get_header(RACK_ERRORS).puts "Invalid or incomplete POST params" rescue EOFError req.get_header(RACK_ERRORS).puts "Bad request content body" end end end PK *J [М}�� � + share/gems/gems/rack-3.0.8/lib/rack/file.rbnu �[��� # frozen_string_literal: true require_relative 'files' module Rack warn "Rack::File is deprecated and will be removed in Rack 3.1", uplevel: 1 File = Files end PK *J [O�~� 0 share/gems/gems/rack-3.0.8/lib/rack/recursive.rbnu �[��� # frozen_string_literal: true require 'uri' require_relative 'constants' module Rack # Rack::ForwardRequest gets caught by Rack::Recursive and redirects # the current request to the app at +url+. # # raise ForwardRequest.new("/not-found") # class ForwardRequest < Exception attr_reader :url, :env def initialize(url, env = {}) @url = URI(url) @env = env @env[PATH_INFO] = @url.path @env[QUERY_STRING] = @url.query if @url.query @env[HTTP_HOST] = @url.host if @url.host @env[HTTP_PORT] = @url.port if @url.port @env[RACK_URL_SCHEME] = @url.scheme if @url.scheme super "forwarding to #{url}" end end # Rack::Recursive allows applications called down the chain to # include data from other applications (by using # <tt>rack['rack.recursive.include'][...]</tt> or raise a # ForwardRequest to redirect internally. class Recursive def initialize(app) @app = app end def call(env) dup._call(env) end def _call(env) @script_name = env[SCRIPT_NAME] @app.call(env.merge(RACK_RECURSIVE_INCLUDE => method(:include))) rescue ForwardRequest => req call(env.merge(req.env)) end def include(env, path) unless path.index(@script_name) == 0 && (path[@script_name.size] == ?/ || path[@script_name.size].nil?) raise ArgumentError, "can only include below #{@script_name}, not #{path}" end env = env.merge(PATH_INFO => path, SCRIPT_NAME => @script_name, REQUEST_METHOD => GET, "CONTENT_LENGTH" => "0", "CONTENT_TYPE" => "", RACK_INPUT => StringIO.new("")) @app.call(env) end end end PK *J [���4 4 . share/gems/gems/rack-3.0.8/lib/rack/chunked.rbnu �[��� # frozen_string_literal: true require_relative 'constants' require_relative 'utils' module Rack warn "Rack::Chunked is deprecated and will be removed in Rack 3.1", uplevel: 1 # Middleware that applies chunked transfer encoding to response bodies # when the response does not include a content-length header. # # This supports the trailer response header to allow the use of trailing # headers in the chunked encoding. However, using this requires you manually # specify a response body that supports a +trailers+ method. Example: # # [200, { 'trailer' => 'expires'}, ["Hello", "World"]] # # error raised # # body = ["Hello", "World"] # def body.trailers # { 'expires' => Time.now.to_s } # end # [200, { 'trailer' => 'expires'}, body] # # No exception raised class Chunked include Rack::Utils # A body wrapper that emits chunked responses. class Body TERM = "\r\n" TAIL = "0#{TERM}" # Store the response body to be chunked. def initialize(body) @body = body end # For each element yielded by the response body, yield # the element in chunked encoding. def each(&block) term = TERM @body.each do |chunk| size = chunk.bytesize next if size == 0 yield [size.to_s(16), term, chunk.b, term].join end yield TAIL yield_trailers(&block) yield term end # Close the response body if the response body supports it. def close @body.close if @body.respond_to?(:close) end private # Do nothing as this class does not support trailer headers. def yield_trailers end end # A body wrapper that emits chunked responses and also supports # sending Trailer headers. Note that the response body provided to # initialize must have a +trailers+ method that returns a hash # of trailer headers, and the rack response itself should have a # Trailer header listing the headers that the +trailers+ method # will return. class TrailerBody < Body private # Yield strings for each trailer header. def yield_trailers @body.trailers.each_pair do |k, v| yield "#{k}: #{v}\r\n" end end end def initialize(app) @app = app end # Whether the HTTP version supports chunked encoding (HTTP 1.1 does). def chunkable_version?(ver) case ver # pre-HTTP/1.0 (informally "HTTP/0.9") HTTP requests did not have # a version (nor response headers) when 'HTTP/1.0', nil, 'HTTP/0.9' false else true end end # If the rack app returns a response that should have a body, # but does not have content-length or transfer-encoding headers, # modify the response to use chunked transfer-encoding. def call(env) status, headers, body = response = @app.call(env) if chunkable_version?(env[SERVER_PROTOCOL]) && !STATUS_WITH_NO_ENTITY_BODY.key?(status.to_i) && !headers[CONTENT_LENGTH] && !headers[TRANSFER_ENCODING] headers[TRANSFER_ENCODING] = 'chunked' if headers['trailer'] response[2] = TrailerBody.new(body) else response[2] = Body.new(body) end end response end end end PK *J [d�N N 2 share/gems/gems/rack-3.0.8/lib/rack/show_status.rbnu �[��� # frozen_string_literal: true require 'erb' require_relative 'constants' require_relative 'utils' require_relative 'request' require_relative 'body_proxy' module Rack # Rack::ShowStatus catches all empty responses and replaces them # with a site explaining the error. # # Additional details can be put into <tt>rack.showstatus.detail</tt> # and will be shown as HTML. If such details exist, the error page # is always rendered, even if the reply was not empty. class ShowStatus def initialize(app) @app = app @template = ERB.new(TEMPLATE) end def call(env) status, headers, body = response = @app.call(env) empty = headers[CONTENT_LENGTH].to_i <= 0 # client or server error, or explicit message if (status.to_i >= 400 && empty) || env[RACK_SHOWSTATUS_DETAIL] # This double assignment is to prevent an "unused variable" warning. # Yes, it is dumb, but I don't like Ruby yelling at me. req = req = Rack::Request.new(env) message = Rack::Utils::HTTP_STATUS_CODES[status.to_i] || status.to_s # This double assignment is to prevent an "unused variable" warning. # Yes, it is dumb, but I don't like Ruby yelling at me. detail = detail = env[RACK_SHOWSTATUS_DETAIL] || message html = @template.result(binding) size = html.bytesize response[2] = Rack::BodyProxy.new([html]) do body.close if body.respond_to?(:close) end headers[CONTENT_TYPE] = "text/html" headers[CONTENT_LENGTH] = size.to_s end response end def h(obj) # :nodoc: case obj when String Utils.escape_html(obj) else Utils.escape_html(obj.inspect) end end # :stopdoc: # adapted from Django <www.djangoproject.com> # Copyright (c) Django Software Foundation and individual contributors. # Used under the modified BSD license: # http://www.xfree86.org/3.3.6/COPYRIGHT2.html#5 TEMPLATE = <<'HTML' <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd"> <html lang="en"> <head> <meta http-equiv="content-type" content="text/html; charset=utf-8" /> <title><%=h message %> at <%=h req.script_name + req.path_info %></title> <meta name="robots" content="NONE,NOARCHIVE" /> <style type="text/css"> html * { padding:0; margin:0; } body * { padding:10px 20px; } body * * { padding:0; } body { font:small sans-serif; background:#eee; } body>div { border-bottom:1px solid #ddd; } h1 { font-weight:normal; margin-bottom:.4em; } h1 span { font-size:60%; color:#666; font-weight:normal; } table { border:none; border-collapse: collapse; width:100%; } td, th { vertical-align:top; padding:2px 3px; } th { width:12em; text-align:right; color:#666; padding-right:.5em; } #info { background:#f6f6f6; } #info ol { margin: 0.5em 4em; } #info ol li { font-family: monospace; } #summary { background: #ffc; } #explanation { background:#eee; border-bottom: 0px none; } </style> </head> <body> <div id="summary"> <h1><%=h message %> <span>(<%= status.to_i %>)</span></h1> <table class="meta"> <tr> <th>Request Method:</th> <td><%=h req.request_method %></td> </tr> <tr> <th>Request URL:</th> <td><%=h req.url %></td> </tr> </table> </div> <div id="info"> <p><%=h detail %></p> </div> <div id="explanation"> <p> You're seeing this error because you use <code>Rack::ShowStatus</code>. </p> </div> </body> </html> HTML # :startdoc: end end PK *J [G� T T & share/gems/gems/rack-3.0.8/MIT-LICENSEnu �[��� The MIT License (MIT) Copyright (C) 2007-2021 Leah Neukirchen <http://leahneukirchen.org/infopage.html> Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. PK *J [t2 ��� �� ' share/gems/gems/rack-3.0.8/CHANGELOG.mdnu �[��� # Changelog All notable changes to this project will be documented in this file. For info on how to format all future additions to this file please reference [Keep A Changelog](https://keepachangelog.com/en/1.0.0/). ## [3.0.7] - 2023-03-16 - Make query parameters without `=` have `nil` values. ([#2059](https://github.com/rack/rack/pull/2059), [@jeremyevans]) ## [3.0.6.1] - 2023-03-13 - [CVE-2023-27539] Avoid ReDoS in header parsing ## [3.0.6] - 2023-03-13 - Add `QueryParser#missing_value` for handling missing values + tests. ([#2052](https://github.com/rack/rack/pull/2052), [@ioquatix]) ## [3.0.5] - 2023-03-13 - Split form/query parsing into two steps. ([#2038](https://github.com/rack/rack/pull/2038), [@matthewd](https://github.com/matthewd)) ## [3.0.4.1] - 2023-03-02 - [CVE-2023-27530] Introduce multipart_total_part_limit to limit total parts ## [3.0.4.1] - 2023-01-17 - [CVE-2022-44571] Fix ReDoS vulnerability in multipart parser - [CVE-2022-44570] Fix ReDoS in Rack::Utils.get_byte_ranges - [CVE-2022-44572] Forbid control characters in attributes (also ReDoS) ## [3.0.4] - 2023-01-17 - `Rack::Request#POST` should consistently raise errors. Cache errors that occur when invoking `Rack::Request#POST` so they can be raised again later. ([#2010](https://github.com/rack/rack/pull/2010), [@ioquatix]) - Fix `Rack::Lint` error message for `HTTP_CONTENT_TYPE` and `HTTP_CONTENT_LENGTH`. ([#2007](https://github.com/rack/rack/pull/2007), [@byroot](https://github.com/byroot)) - Extend `Rack::MethodOverride` to handle `QueryParser::ParamsTooDeepError` error. ([#2006](https://github.com/rack/rack/pull/2006), [@byroot](https://github.com/byroot)) ## [3.0.3] - 2022-12-27 ### Fixed - `Rack::URLMap` uses non-deprecated form of `Regexp.new`. ([#1998](https://github.com/rack/rack/pull/1998), [@weizheheng](https://github.com/weizheheng)) ## [3.0.2] - 2022-12-05 ### Fixed - `Utils.build_nested_query` URL-encodes nested field names including the square brackets. - Allow `Rack::Response` to pass through streaming bodies. ([#1993](https://github.com/rack/rack/pull/1993), [@ioquatix]) ## [3.0.1] - 2022-11-18 ### Fixed - `MethodOverride` does not look for an override if a request does not include form/parseable data. - `Rack::Lint::Wrapper` correctly handles `respond_to?` with `to_ary`, `each`, `call` and `to_path`, forwarding to the body. ([#1981](https://github.com/rack/rack/pull/1981), [@ioquatix]) ## [3.0.0] - 2022-09-06 - No changes ## [3.0.0.rc1] - 2022-09-04 ### SPEC Changes - Stream argument must implement `<<` https://github.com/rack/rack/pull/1959 - `close` may be called on `rack.input` https://github.com/rack/rack/pull/1956 - `rack.response_finished` may be used for executing code after the response has been finished https://github.com/rack/rack/pull/1952 ## [3.0.0.beta1] - 2022-08-08 ### Security - Do not use semicolon as GET parameter separator. ([#1733](https://github.com/rack/rack/pull/1733), [@jeremyevans]) ### SPEC Changes - Response array must now be non-frozen. - Response `status` must now be an integer greater than or equal to 100. - Response `headers` must now be an unfrozen hash. - Response header keys can no longer include uppercase characters. - Response header values can be an `Array` to handle multiple values (and no longer supports `\n` encoded headers). - Response body can now respond to `#call` (streaming body) instead of `#each` (enumerable body), for the equivalent of response hijacking in previous versions. - Middleware must no longer call `#each` on the body, but they can call `#to_ary` on the body if it responds to `#to_ary`. - `rack.input` is no longer required to be rewindable. - `rack.multithread`/`rack.multiprocess`/`rack.run_once`/`rack.version` are no longer required environment keys. - `SERVER_PROTOCOL` is now a required environment key, matching the HTTP protocol used in the request. - `rack.hijack?` (partial hijack) and `rack.hijack` (full hijack) are now independently optional. - `rack.hijack_io` has been removed completely. - `rack.response_finished` is an optional environment key which contains an array of callable objects that must accept `#call(env, status, headers, error)` and are invoked after the response is finished (either successfully or unsuccessfully). - It is okay to call `#close` on `rack.input` to indicate that you no longer need or care about the input. - The stream argument supplied to the streaming body and hijack must support `#<<` for writing output. ### Removed - Remove `rack.multithread`/`rack.multiprocess`/`rack.run_once`. These variables generally come too late to be useful. ([#1720](https://github.com/rack/rack/pull/1720), [@ioquatix], [@jeremyevans])) - Remove deprecated Rack::Request::SCHEME_WHITELIST. ([@jeremyevans]) - Remove internal cookie deletion using pattern matching, there are very few practical cases where it would be useful and browsers handle it correctly without us doing anything special. ([#1844](https://github.com/rack/rack/pull/1844), [@ioquatix]) - Remove `rack.version` as it comes too late to be useful. ([#1938](https://github.com/rack/rack/pull/1938), [@ioquatix]) - Extract `rackup` command, `Rack::Server`, `Rack::Handler` and related code into a separate gem. ([#1937](https://github.com/rack/rack/pull/1937), [@ioquatix]) ### Added - `Rack::Headers` added to support lower-case header keys. ([@jeremyevans]) - `Rack::Utils#set_cookie_header` now supports `escape_key: false` to avoid key escaping. ([@jeremyevans]) - `Rack::RewindableInput` supports size. ([@ahorek](https://github.com/ahorek)) - `Rack::RewindableInput::Middleware` added for making `rack.input` rewindable. ([@jeremyevans]) - The RFC 7239 Forwarded header is now supported and considered by default when looking for information on forwarding, falling back to the X-Forwarded-* headers. `Rack::Request.forwarded_priority` accessor has been added for configuring the priority of which header to check. ([#1423](https://github.com/rack/rack/issues/1423), [@jeremyevans]) - Allow response headers to contain array of values. ([#1598](https://github.com/rack/rack/issues/1598), [@ioquatix]) - Support callable body for explicit streaming support and clarify streaming response body behaviour. ([#1745](https://github.com/rack/rack/pull/1745), [@ioquatix], [#1748](https://github.com/rack/rack/pull/1748), [@wjordan]) - Allow `Rack::Builder#run` to take a block instead of an argument. ([#1942](https://github.com/rack/rack/pull/1942), [@ioquatix]) - Add `rack.response_finished` to `Rack::Lint`. ([#1802](https://github.com/rack/rack/pull/1802), [@BlakeWilliams], [#1952](https://github.com/rack/rack/pull/1952), [@ioquatix]) - The stream argument must implement `#<<`. ([#1959](https://github.com/rack/rack/pull/1959), [@ioquatix]) ### Changed - BREAKING CHANGE: Require `status` to be an Integer. ([#1662](https://github.com/rack/rack/pull/1662), [@olleolleolle](https://github.com/olleolleolle)) - BREAKING CHANGE: Query parsing now treats parameters without `=` as having the empty string value instead of nil value, to conform to the URL spec. ([#1696](https://github.com/rack/rack/issues/1696), [@jeremyevans]) - Relax validations around `Rack::Request#host` and `Rack::Request#hostname`. ([#1606](https://github.com/rack/rack/issues/1606), [@pvande](https://github.com/pvande)) - Removed antiquated handlers: FCGI, LSWS, SCGI, Thin. ([#1658](https://github.com/rack/rack/pull/1658), [@ioquatix]) - Removed options from `Rack::Builder.parse_file` and `Rack::Builder.load_file`. ([#1663](https://github.com/rack/rack/pull/1663), [@ioquatix]) - `Rack::HTTP_VERSION` has been removed and the `HTTP_VERSION` env setting is no longer set in the CGI and Webrick handlers. ([#970](https://github.com/rack/rack/issues/970), [@jeremyevans]) - `Rack::Request#[]` and `#[]=` now warn even in non-verbose mode. ([#1277](https://github.com/rack/rack/issues/1277), [@jeremyevans]) - Decrease default allowed parameter recursion level from 100 to 32. ([#1640](https://github.com/rack/rack/issues/1640), [@jeremyevans]) - Attempting to parse a multipart response with an empty body now raises Rack::Multipart::EmptyContentError. ([#1603](https://github.com/rack/rack/issues/1603), [@jeremyevans]) - `Rack::Utils.secure_compare` uses OpenSSL's faster implementation if available. ([#1711](https://github.com/rack/rack/pull/1711), [@bdewater](https://github.com/bdewater)) - `Rack::Request#POST` now caches an empty hash if input content type is not parseable. ([#749](https://github.com/rack/rack/pull/749), [@jeremyevans]) - BREAKING CHANGE: Updated `trusted_proxy?` to match full 127.0.0.0/8 network. ([#1781](https://github.com/rack/rack/pull/1781), [@snbloch](https://github.com/snbloch)) - Explicitly deprecate `Rack::File` which was an alias for `Rack::Files`. ([#1811](https://github.com/rack/rack/pull/1720), [@ioquatix]). - Moved `Rack::Session` into [separate gem](https://github.com/rack/rack-session). ([#1805](https://github.com/rack/rack/pull/1805), [@ioquatix]) - `rackup -D` option to daemonizes no longer changes the working directory to the root. ([#1813](https://github.com/rack/rack/pull/1813), [@jeremyevans]) - The `x-forwarded-proto` header is now considered before the `x-forwarded-scheme` header for determining the forwarded protocol. `Rack::Request.x_forwarded_proto_priority` accessor has been added for configuring the priority of which header to check. ([#1809](https://github.com/rack/rack/issues/1809), [@jeremyevans]) - `Rack::Request.forwarded_authority` (and methods that call it, such as `host`) now returns the last authority in the forwarded header, instead of the first, as earlier forwarded authorities can be forged by clients. This restores the Rack 2.1 behavior. ([#1829](https://github.com/rack/rack/issues/1809), [@jeremyevans]) - Use lower case cookie attributes when creating cookies, and fold cookie attributes to lower case when reading cookies (specifically impacting `secure` and `httponly` attributes). ([#1849](https://github.com/rack/rack/pull/1849), [@ioquatix]) - The response array must now be mutable (non-frozen) so middleware can modify it without allocating a new Array,therefore reducing object allocations. ([#1887](https://github.com/rack/rack/pull/1887), [#1927](https://github.com/rack/rack/pull/1927), [@amatsuda], [@ioquatix]) - `rack.hijack?` (partial hijack) and `rack.hijack` (full hijack) are now independently optional. `rack.hijack_io` is no longer required/specified. ([#1939](https://github.com/rack/rack/pull/1939), [@ioquatix]) - Allow calling close on `rack.input`. ([#1956](https://github.com/rack/rack/pull/1956), [@ioquatix]) ### Fixed - Make Rack::MockResponse handle non-hash headers. ([#1629](https://github.com/rack/rack/issues/1629), [@jeremyevans]) - TempfileReaper now deletes temp files if application raises an exception. ([#1679](https://github.com/rack/rack/issues/1679), [@jeremyevans]) - Handle cookies with values that end in '=' ([#1645](https://github.com/rack/rack/pull/1645), [@lukaso](https://github.com/lukaso)) - Make `Rack::NullLogger` respond to `#fatal!` [@jeremyevans]) - Fix multipart filename generation for filenames that contain spaces. Encode spaces as "%20" instead of "+" which will be decoded properly by the multipart parser. ([#1736](https://github.com/rack/rack/pull/1645), [@muirdm](https://github.com/muirdm)) - `Rack::Request#scheme` returns `ws` or `wss` when one of the `X-Forwarded-Scheme` / `X-Forwarded-Proto` headers is set to `ws` or `wss`, respectively. ([#1730](https://github.com/rack/rack/issues/1730), [@erwanst](https://github.com/erwanst)) ## [2.2.4] - 2022-06-30 - Better support for lower case headers in `Rack::ETag` middleware. ([#1919](https://github.com/rack/rack/pull/1919), [@ioquatix](https://github.com/ioquatix)) - Use custom exception on params too deep error. ([#1838](https://github.com/rack/rack/pull/1838), [@simi](https://github.com/simi)) ## [2.2.3.1] - 2022-05-27 - [CVE-2022-30123] Fix shell escaping issue in Common Logger - [CVE-2022-30122] Restrict parsing of broken MIME attachments ## [2.2.3] - 2020-06-15 ### Security - [[CVE-2020-8184](https://nvd.nist.gov/vuln/detail/CVE-2020-8184)] Do not allow percent-encoded cookie name to override existing cookie names. BREAKING CHANGE: Accessing cookie names that require URL encoding with decoded name no longer works. ([@fletchto99](https://github.com/fletchto99)) ## [2.2.2] - 2020-02-11 ### Fixed - Fix incorrect `Rack::Request#host` value. ([#1591](https://github.com/rack/rack/pull/1591), [@ioquatix]) - Revert `Rack::Handler::Thin` implementation. ([#1583](https://github.com/rack/rack/pull/1583), [@jeremyevans]) - Double assignment is still needed to prevent an "unused variable" warning. ([#1589](https://github.com/rack/rack/pull/1589), [@kamipo](https://github.com/kamipo)) - Fix to handle same_site option for session pool. ([#1587](https://github.com/rack/rack/pull/1587), [@kamipo](https://github.com/kamipo)) ## [2.2.1] - 2020-02-09 ### Fixed - Rework `Rack::Request#ip` to handle empty `forwarded_for`. ([#1577](https://github.com/rack/rack/pull/1577), [@ioquatix]) ## [2.2.0] - 2020-02-08 ### SPEC Changes - `rack.session` request environment entry must respond to `to_hash` and return unfrozen Hash. ([@jeremyevans]) - Request environment cannot be frozen. ([@jeremyevans]) - CGI values in the request environment with non-ASCII characters must use ASCII-8BIT encoding. ([@jeremyevans]) - Improve SPEC/lint relating to SERVER_NAME, SERVER_PORT and HTTP_HOST. ([#1561](https://github.com/rack/rack/pull/1561), [@ioquatix]) ### Added - `rackup` supports multiple `-r` options and will require all arguments. ([@jeremyevans]) - `Server` supports an array of paths to require for the `:require` option. ([@khotta](https://github.com/khotta)) - `Files` supports multipart range requests. ([@fatkodima](https://github.com/fatkodima)) - `Multipart::UploadedFile` supports an IO-like object instead of using the filesystem, using `:filename` and `:io` options. ([@jeremyevans]) - `Multipart::UploadedFile` supports keyword arguments `:path`, `:content_type`, and `:binary` in addition to positional arguments. ([@jeremyevans]) - `Static` supports a `:cascade` option for calling the app if there is no matching file. ([@jeremyevans]) - `Session::Abstract::SessionHash#dig`. ([@jeremyevans]) - `Response.[]` and `MockResponse.[]` for creating instances using status, headers, and body. ([@ioquatix]) - Convenient cache and content type methods for `Rack::Response`. ([#1555](https://github.com/rack/rack/pull/1555), [@ioquatix]) ### Changed - `Request#params` no longer rescues EOFError. ([@jeremyevans]) - `Directory` uses a streaming approach, significantly improving time to first byte for large directories. ([@jeremyevans]) - `Directory` no longer includes a Parent directory link in the root directory index. ([@jeremyevans]) - `QueryParser#parse_nested_query` uses original backtrace when reraising exception with new class. ([@jeremyevans]) - `ConditionalGet` follows RFC 7232 precedence if both If-None-Match and If-Modified-Since headers are provided. ([@jeremyevans]) - `.ru` files supports the `frozen-string-literal` magic comment. ([@eregon](https://github.com/eregon)) - Rely on autoload to load constants instead of requiring internal files, make sure to require 'rack' and not just 'rack/...'. ([@jeremyevans]) - BREAKING CHANGE: `Etag` will continue sending ETag even if the response should not be cached. Streaming no longer works without a workaround, see [#1619](https://github.com/rack/rack/issues/1619#issuecomment-848460528). ([@henm](https://github.com/henm)) - `Request#host_with_port` no longer includes a colon for a missing or empty port. ([@AlexWayfer](https://github.com/AlexWayfer)) - All handlers uses keywords arguments instead of an options hash argument. ([@ioquatix]) - `Files` handling of range requests no longer return a body that supports `to_path`, to ensure range requests are handled correctly. ([@jeremyevans]) - `Multipart::Generator` only includes `Content-Length` for files with paths, and `Content-Disposition` `filename` if the `UploadedFile` instance has one. ([@jeremyevans]) - `Request#ssl?` is true for the `wss` scheme (secure websockets). ([@jeremyevans]) - `Rack::HeaderHash` is memoized by default. ([#1549](https://github.com/rack/rack/pull/1549), [@ioquatix]) - `Rack::Directory` allow directory traversal inside root directory. ([#1417](https://github.com/rack/rack/pull/1417), [@ThomasSevestre](https://github.com/ThomasSevestre)) - Sort encodings by server preference. ([#1184](https://github.com/rack/rack/pull/1184), [@ioquatix], [@wjordan](https://github.com/wjordan)) - Rework host/hostname/authority implementation in `Rack::Request`. `#host` and `#host_with_port` have been changed to correctly return IPv6 addresses formatted with square brackets, as defined by [RFC3986](https://tools.ietf.org/html/rfc3986#section-3.2.2). ([#1561](https://github.com/rack/rack/pull/1561), [@ioquatix]) - `Rack::Builder` parsing options on first `#\` line is deprecated. ([#1574](https://github.com/rack/rack/pull/1574), [@ioquatix]) ### Removed - `Directory#path` as it was not used and always returned nil. ([@jeremyevans]) - `BodyProxy#each` as it was only needed to work around a bug in Ruby <1.9.3. ([@jeremyevans]) - `URLMap::INFINITY` and `URLMap::NEGATIVE_INFINITY`, in favor of `Float::INFINITY`. ([@ch1c0t](https://github.com/ch1c0t)) - Deprecation of `Rack::File`. It will be deprecated again in rack 2.2 or 3.0. ([@rafaelfranca](https://github.com/rafaelfranca)) - Support for Ruby 2.2 as it is well past EOL. ([@ioquatix]) - Remove `Rack::Files#response_body` as the implementation was broken. ([#1153](https://github.com/rack/rack/pull/1153), [@ioquatix]) - Remove `SERVER_ADDR` which was never part of the original SPEC. ([#1573](https://github.com/rack/rack/pull/1573), [@ioquatix]) ### Fixed - `Directory` correctly handles root paths containing glob metacharacters. ([@jeremyevans]) - `Cascade` uses a new response object for each call if initialized with no apps. ([@jeremyevans]) - `BodyProxy` correctly delegates keyword arguments to the body object on Ruby 2.7+. ([@jeremyevans]) - `BodyProxy#method` correctly handles methods delegated to the body object. ([@jeremyevans]) - `Request#host` and `Request#host_with_port` handle IPv6 addresses correctly. ([@AlexWayfer](https://github.com/AlexWayfer)) - `Lint` checks when response hijacking that `rack.hijack` is called with a valid object. ([@jeremyevans]) - `Response#write` correctly updates `Content-Length` if initialized with a body. ([@jeremyevans]) - `CommonLogger` includes `SCRIPT_NAME` when logging. ([@Erol](https://github.com/Erol)) - `Utils.parse_nested_query` correctly handles empty queries, using an empty instance of the params class instead of a hash. ([@jeremyevans]) - `Directory` correctly escapes paths in links. ([@yous](https://github.com/yous)) - `Request#delete_cookie` and related `Utils` methods handle `:domain` and `:path` options in same call. ([@jeremyevans]) - `Request#delete_cookie` and related `Utils` methods do an exact match on `:domain` and `:path` options. ([@jeremyevans]) - `Static` no longer adds headers when a gzipped file request has a 304 response. ([@chooh](https://github.com/chooh)) - `ContentLength` sets `Content-Length` response header even for bodies not responding to `to_ary`. ([@jeremyevans]) - Thin handler supports options passed directly to `Thin::Controllers::Controller`. ([@jeremyevans]) - WEBrick handler no longer ignores `:BindAddress` option. ([@jeremyevans]) - `ShowExceptions` handles invalid POST data. ([@jeremyevans]) - Basic authentication requires a password, even if the password is empty. ([@jeremyevans]) - `Lint` checks response is array with 3 elements, per SPEC. ([@jeremyevans]) - Support for using `:SSLEnable` option when using WEBrick handler. (Gregor Melhorn) - Close response body after buffering it when buffering. ([@ioquatix]) - Only accept `;` as delimiter when parsing cookies. ([@mrageh](https://github.com/mrageh)) - `Utils::HeaderHash#clear` clears the name mapping as well. ([@raxoft](https://github.com/raxoft)) - Support for passing `nil` `Rack::Files.new`, which notably fixes Rails' current `ActiveStorage::FileServer` implementation. ([@ioquatix]) ### Documentation - CHANGELOG updates. ([@aupajo](https://github.com/aupajo)) - Added [CONTRIBUTING](CONTRIBUTING.md). ([@dblock](https://github.com/dblock)) ## [2.0.9] - 2020-02-08 - Handle case where session id key is requested but missing ([@jeremyevans]) - Restore support for code relying on `SessionId#to_s`. ([@jeremyevans]) - Add support for `SameSite=None` cookie value. ([@hennikul](https://github.com/hennikul)) ## [2.1.2] - 2020-01-27 - Fix multipart parser for some files to prevent denial of service ([@aiomaster](https://github.com/aiomaster)) - Fix `Rack::Builder#use` with keyword arguments ([@kamipo](https://github.com/kamipo)) - Skip deflating in Rack::Deflater if Content-Length is 0 ([@jeremyevans]) - Remove `SessionHash#transform_keys`, no longer needed ([@pavel](https://github.com/pavel)) - Add to_hash to wrap Hash and Session classes ([@oleh-demyanyuk](https://github.com/oleh-demyanyuk)) - Handle case where session id key is requested but missing ([@jeremyevans]) ## [2.1.1] - 2020-01-12 - Remove `Rack::Chunked` from `Rack::Server` default middleware. ([#1475](https://github.com/rack/rack/pull/1475), [@ioquatix]) - Restore support for code relying on `SessionId#to_s`. ([@jeremyevans]) ## [2.1.0] - 2020-01-10 ### Added - Add support for `SameSite=None` cookie value. ([@hennikul](https://github.com/hennikul)) - Add trailer headers. ([@eileencodes](https://github.com/eileencodes)) - Add MIME Types for video streaming. ([@styd](https://github.com/styd)) - Add MIME Type for WASM. ([@buildrtech](https://github.com/buildrtech)) - Add `Early Hints(103)` to status codes. ([@egtra](https://github.com/egtra)) - Add `Too Early(425)` to status codes. ([@y-yagi]((https://github.com/y-yagi))) - Add `Bandwidth Limit Exceeded(509)` to status codes. ([@CJKinni](https://github.com/CJKinni)) - Add method for custom `ip_filter`. ([@svcastaneda](https://github.com/svcastaneda)) - Add boot-time profiling capabilities to `rackup`. ([@tenderlove](https://github.com/tenderlove)) - Add multi mapping support for `X-Accel-Mappings` header. ([@yoshuki](https://github.com/yoshuki)) - Add `sync: false` option to `Rack::Deflater`. (Eric Wong) - Add `Builder#freeze_app` to freeze application and all middleware instances. ([@jeremyevans]) - Add API to extract cookies from `Rack::MockResponse`. ([@petercline](https://github.com/petercline)) ### Changed - Don't propagate nil values from middleware. ([@ioquatix]) - Lazily initialize the response body and only buffer it if required. ([@ioquatix]) - Fix deflater zlib buffer errors on empty body part. ([@felixbuenemann](https://github.com/felixbuenemann)) - Set `X-Accel-Redirect` to percent-encoded path. ([@diskkid](https://github.com/diskkid)) - Remove unnecessary buffer growing when parsing multipart. ([@tainoe](https://github.com/tainoe)) - Expand the root path in `Rack::Static` upon initialization. ([@rosenfeld](https://github.com/rosenfeld)) - Make `ShowExceptions` work with binary data. ([@axyjo](https://github.com/axyjo)) - Use buffer string when parsing multipart requests. ([@janko-m](https://github.com/janko-m)) - Support optional UTF-8 Byte Order Mark (BOM) in config.ru. ([@mikegee](https://github.com/mikegee)) - Handle `X-Forwarded-For` with optional port. ([@dpritchett](https://github.com/dpritchett)) - Use `Time#httpdate` format for Expires, as proposed by RFC 7231. ([@nanaya](https://github.com/nanaya)) - Make `Utils.status_code` raise an error when the status symbol is invalid instead of `500`. ([@adambutler](https://github.com/adambutler)) - Rename `Request::SCHEME_WHITELIST` to `Request::ALLOWED_SCHEMES`. - Make `Multipart::Parser.get_filename` accept files with `+` in their name. ([@lucaskanashiro](https://github.com/lucaskanashiro)) - Add Falcon to the default handler fallbacks. ([@ioquatix]) - Update codebase to avoid string mutations in preparation for `frozen_string_literals`. ([@pat](https://github.com/pat)) - Change `MockRequest#env_for` to rely on the input optionally responding to `#size` instead of `#length`. ([@janko](https://github.com/janko)) - Rename `Rack::File` -> `Rack::Files` and add deprecation notice. ([@postmodern](https://github.com/postmodern)) - Prefer Base64 “strict encoding” for Base64 cookies. ([@ioquatix]) ### Removed - BREAKING CHANGE: Remove `to_ary` from Response ([@tenderlove](https://github.com/tenderlove)) - Deprecate `Rack::Session::Memcache` in favor of `Rack::Session::Dalli` from dalli gem ([@fatkodima](https://github.com/fatkodima)) ### Fixed - Eliminate warnings for Ruby 2.7. ([@osamtimizer](https://github.com/osamtimizer])) ### Documentation - Update broken example in `Session::Abstract::ID` documentation. ([tonytonyjan](https://github.com/tonytonyjan)) - Add Padrino to the list of frameworks implementing Rack. ([@wikimatze](https://github.com/wikimatze)) - Remove Mongrel from the suggested server options in the help output. ([@tricknotes](https://github.com/tricknotes)) - Replace `HISTORY.md` and `NEWS.md` with `CHANGELOG.md`. ([@twitnithegirl](https://github.com/twitnithegirl)) - CHANGELOG updates. ([@drenmi](https://github.com/Drenmi), [@p8](https://github.com/p8)) ## [2.0.8] - 2019-12-08 ### Security - [[CVE-2019-16782](https://nvd.nist.gov/vuln/detail/CVE-2019-16782)] Prevent timing attacks targeted at session ID lookup. BREAKING CHANGE: Session ID is now a SessionId instance instead of a String. ([@tenderlove](https://github.com/tenderlove), [@rafaelfranca](https://github.com/rafaelfranca)) ## [1.6.12] - 2019-12-08 ### Security - [[CVE-2019-16782](https://nvd.nist.gov/vuln/detail/CVE-2019-16782)] Prevent timing attacks targeted at session ID lookup. BREAKING CHANGE: Session ID is now a SessionId instance instead of a String. ([@tenderlove](https://github.com/tenderlove), [@rafaelfranca](https://github.com/rafaelfranca)) ## [2.0.7] - 2019-04-02 ### Fixed - Remove calls to `#eof?` on Rack input in `Multipart::Parser`, as this breaks the specification. ([@matthewd](https://github.com/matthewd)) - Preserve forwarded IP addresses for trusted proxy chains. ([@SamSaffron](https://github.com/SamSaffron)) ## [2.0.6] - 2018-11-05 ### Fixed - [[CVE-2018-16470](https://nvd.nist.gov/vuln/detail/CVE-2018-16470)] Reduce buffer size of `Multipart::Parser` to avoid pathological parsing. ([@tenderlove](https://github.com/tenderlove)) - Fix a call to a non-existing method `#accepts_html` in the `ShowExceptions` middleware. ([@tomelm](https://github.com/tomelm)) - [[CVE-2018-16471](https://nvd.nist.gov/vuln/detail/CVE-2018-16471)] Whitelist HTTP and HTTPS schemes in `Request#scheme` to prevent a possible XSS attack. ([@PatrickTulskie](https://github.com/PatrickTulskie)) ## [2.0.5] - 2018-04-23 ### Fixed - Record errors originating from invalid UTF8 in `MethodOverride` middleware instead of breaking. ([@mclark](https://github.com/mclark)) ## [2.0.4] - 2018-01-31 ### Changed - Ensure the `Lock` middleware passes the original `env` object. ([@lugray](https://github.com/lugray)) - Improve performance of `Multipart::Parser` when uploading large files. ([@tompng](https://github.com/tompng)) - Increase buffer size in `Multipart::Parser` for better performance. ([@jkowens](https://github.com/jkowens)) - Reduce memory usage of `Multipart::Parser` when uploading large files. ([@tompng](https://github.com/tompng)) - Replace ConcurrentRuby dependency with native `Queue`. ([@devmchakan](https://github.com/devmchakan)) ### Fixed - Require the correct digest algorithm in the `ETag` middleware. ([@matthewd](https://github.com/matthewd)) ### Documentation - Update homepage links to use SSL. ([@hugoabonizio](https://github.com/hugoabonizio)) ## [2.0.3] - 2017-05-15 ### Changed - Ensure `env` values are ASCII 8-bit encoded. ([@eileencodes](https://github.com/eileencodes)) ### Fixed - Prevent exceptions when a class with mixins inherits from `Session::Abstract::ID`. ([@jnraine](https://github.com/jnraine)) ## [2.0.2] - 2017-05-08 ### Added - Allow `Session::Abstract::SessionHash#fetch` to accept a block with a default value. ([@yannvanhalewyn](https://github.com/yannvanhalewyn)) - Add `Builder#freeze_app` to freeze application and all middleware. ([@jeremyevans]) ### Changed - Freeze default session options to avoid accidental mutation. ([@kirs](https://github.com/kirs)) - Detect partial hijack without hash headers. ([@devmchakan](https://github.com/devmchakan)) - Update tests to use MiniTest 6 matchers. ([@tonytonyjan](https://github.com/tonytonyjan)) - Allow 205 Reset Content responses to set a Content-Length, as RFC 7231 proposes setting this to 0. ([@devmchakan](https://github.com/devmchakan)) ### Fixed - Handle `NULL` bytes in multipart filenames. ([@casperisfine](https://github.com/casperisfine)) - Remove warnings due to miscapitalized global. ([@ioquatix]) - Prevent exceptions caused by a race condition on multi-threaded servers. ([@sophiedeziel](https://github.com/sophiedeziel)) - Add RDoc as an explicit dependency for `doc` group. ([@tonytonyjan](https://github.com/tonytonyjan)) - Record errors originating from `Multipart::Parser` in the `MethodOverride` middleware instead of letting them bubble up. ([@carlzulauf](https://github.com/carlzulauf)) - Remove remaining use of removed `Utils#bytesize` method from the `File` middleware. ([@brauliomartinezlm](https://github.com/brauliomartinezlm)) ### Removed - Remove `deflate` encoding support to reduce caching overhead. ([@devmchakan](https://github.com/devmchakan)) ### Documentation - Update broken example in `Deflater` documentation. ([@mwpastore](https://github.com/mwpastore)) ## [2.0.1] - 2016-06-30 ### Changed - Remove JSON as an explicit dependency. ([@mperham](https://github.com/mperham)) # History/News Archive Items below this line are from the previously maintained HISTORY.md and NEWS.md files. ## [2.0.0.rc1] 2016-05-06 - Rack::Session::Abstract::ID is deprecated. Please change to use Rack::Session::Abstract::Persisted ## [2.0.0.alpha] 2015-12-04 - First-party "SameSite" cookies. Browsers omit SameSite cookies from third-party requests, closing the door on many CSRF attacks. - Pass `same_site: true` (or `:strict`) to enable: response.set_cookie 'foo', value: 'bar', same_site: true or `same_site: :lax` to use Lax enforcement: response.set_cookie 'foo', value: 'bar', same_site: :lax - Based on version 7 of the Same-site Cookies internet draft: https://tools.ietf.org/html/draft-west-first-party-cookies-07 - Thanks to Ben Toews (@mastahyeti) and Bob Long (@bobjflong) for updating to drafts 5 and 7. - Add `Rack::Events` middleware for adding event based middleware: middleware that does not care about the response body, but only cares about doing work at particular points in the request / response lifecycle. - Add `Rack::Request#authority` to calculate the authority under which the response is being made (this will be handy for h2 pushes). - Add `Rack::Response::Helpers#cache_control` and `cache_control=`. Use this for setting cache control headers on your response objects. - Add `Rack::Response::Helpers#etag` and `etag=`. Use this for setting etag values on the response. - Introduce `Rack::Response::Helpers#add_header` to add a value to a multi-valued response header. Implemented in terms of other `Response#*_header` methods, so it's available to any response-like class that includes the `Helpers` module. - Add `Rack::Request#add_header` to match. - `Rack::Session::Abstract::ID` IS DEPRECATED. Please switch to `Rack::Session::Abstract::Persisted`. `Rack::Session::Abstract::Persisted` uses a request object rather than the `env` hash. - Pull `ENV` access inside the request object in to a module. This will help with legacy Request objects that are ENV based but don't want to inherit from Rack::Request - Move most methods on the `Rack::Request` to a module `Rack::Request::Helpers` and use public API to get values from the request object. This enables users to mix `Rack::Request::Helpers` in to their own objects so they can implement `(get|set|fetch|each)_header` as they see fit (for example a proxy object). - Files and directories with + in the name are served correctly. Rather than unescaping paths like a form, we unescape with a URI parser using `Rack::Utils.unescape_path`. Fixes #265 - Tempfiles are automatically closed in the case that there were too many posted. - Added methods for manipulating response headers that don't assume they're stored as a Hash. Response-like classes may include the Rack::Response::Helpers module if they define these methods: - Rack::Response#has_header? - Rack::Response#get_header - Rack::Response#set_header - Rack::Response#delete_header - Introduce Util.get_byte_ranges that will parse the value of the HTTP_RANGE string passed to it without depending on the `env` hash. `byte_ranges` is deprecated in favor of this method. - Change Session internals to use Request objects for looking up session information. This allows us to only allocate one request object when dealing with session objects (rather than doing it every time we need to manipulate cookies, etc). - Add `Rack::Request#initialize_copy` so that the env is duped when the request gets duped. - Added methods for manipulating request specific data. This includes data set as CGI parameters, and just any arbitrary data the user wants to associate with a particular request. New methods: - Rack::Request#has_header? - Rack::Request#get_header - Rack::Request#fetch_header - Rack::Request#each_header - Rack::Request#set_header - Rack::Request#delete_header - lib/rack/utils.rb: add a method for constructing "delete" cookie headers. This allows us to construct cookie headers without depending on the side effects of mutating a hash. - Prevent extremely deep parameters from being parsed. CVE-2015-3225 ## [1.6.1] 2015-05-06 - Fix CVE-2014-9490, denial of service attack in OkJson - Use a monotonic time for Rack::Runtime, if available - RACK_MULTIPART_LIMIT changed to RACK_MULTIPART_PART_LIMIT (RACK_MULTIPART_LIMIT is deprecated and will be removed in 1.7.0) ## [1.5.3] 2015-05-06 - Fix CVE-2014-9490, denial of service attack in OkJson - Backport bug fixes to 1.5 series ## [1.6.0] 2014-01-18 - Response#unauthorized? helper - Deflater now accepts an options hash to control compression on a per-request level - Builder#warmup method for app preloading - Request#accept_language method to extract HTTP_ACCEPT_LANGUAGE - Add quiet mode of rack server, rackup --quiet - Update HTTP Status Codes to RFC 7231 - Less strict header name validation according to RFC 2616 - SPEC updated to specify headers conform to RFC7230 specification - Etag correctly marks etags as weak - Request#port supports multiple x-http-forwarded-proto values - Utils#multipart_part_limit configures the maximum number of parts a request can contain - Default host to localhost when in development mode - Various bugfixes and performance improvements ## [1.5.2] 2013-02-07 - Fix CVE-2013-0263, timing attack against Rack::Session::Cookie - Fix CVE-2013-0262, symlink path traversal in Rack::File - Add various methods to Session for enhanced Rails compatibility - Request#trusted_proxy? now only matches whole strings - Add JSON cookie coder, to be default in Rack 1.6+ due to security concerns - URLMap host matching in environments that don't set the Host header fixed - Fix a race condition that could result in overwritten pidfiles - Various documentation additions ## [1.4.5] 2013-02-07 - Fix CVE-2013-0263, timing attack against Rack::Session::Cookie - Fix CVE-2013-0262, symlink path traversal in Rack::File ## [1.1.6, 1.2.8, 1.3.10] 2013-02-07 - Fix CVE-2013-0263, timing attack against Rack::Session::Cookie ## [1.5.1] 2013-01-28 - Rack::Lint check_hijack now conforms to other parts of SPEC - Added hash-like methods to Abstract::ID::SessionHash for compatibility - Various documentation corrections ## [1.5.0] 2013-01-21 - Introduced hijack SPEC, for before-response and after-response hijacking - SessionHash is no longer a Hash subclass - Rack::File cache_control parameter is removed, in place of headers options - Rack::Auth::AbstractRequest#scheme now yields strings, not symbols - Rack::Utils cookie functions now format expires in RFC 2822 format - Rack::File now has a default mime type - rackup -b 'run Rack::Files.new(".")', option provides command line configs - Rack::Deflater will no longer double encode bodies - Rack::Mime#match? provides convenience for Accept header matching - Rack::Utils#q_values provides splitting for Accept headers - Rack::Utils#best_q_match provides a helper for Accept headers - Rack::Handler.pick provides convenience for finding available servers - Puma added to the list of default servers (preferred over Webrick) - Various middleware now correctly close body when replacing it - Rack::Request#params is no longer persistent with only GET params - Rack::Request#update_param and #delete_param provide persistent operations - Rack::Request#trusted_proxy? now returns true for local unix sockets - Rack::Response no longer forces Content-Types - Rack::Sendfile provides local mapping configuration options - Rack::Utils#rfc2109 provides old netscape style time output - Updated HTTP status codes - Ruby 1.8.6 likely no longer passes tests, and is no longer fully supported ## [1.4.4, 1.3.9, 1.2.7, 1.1.5] 2013-01-13 - [SEC] Rack::Auth::AbstractRequest no longer symbolizes arbitrary strings - Fixed erroneous test case in the 1.3.x series ## [1.4.3] 2013-01-07 - Security: Prevent unbounded reads in large multipart boundaries ## [1.3.8] 2013-01-07 - Security: Prevent unbounded reads in large multipart boundaries ## [1.4.2] 2013-01-06 - Add warnings when users do not provide a session secret - Fix parsing performance for unquoted filenames - Updated URI backports - Fix URI backport version matching, and silence constant warnings - Correct parameter parsing with empty values - Correct rackup '-I' flag, to allow multiple uses - Correct rackup pidfile handling - Report rackup line numbers correctly - Fix request loops caused by non-stale nonces with time limits - Fix reloader on Windows - Prevent infinite recursions from Response#to_ary - Various middleware better conforms to the body close specification - Updated language for the body close specification - Additional notes regarding ECMA escape compatibility issues - Fix the parsing of multiple ranges in range headers - Prevent errors from empty parameter keys - Added PATCH verb to Rack::Request - Various documentation updates - Fix session merge semantics (fixes rack-test) - Rack::Static :index can now handle multiple directories - All tests now utilize Rack::Lint (special thanks to Lars Gierth) - Rack::File cache_control parameter is now deprecated, and removed by 1.5 - Correct Rack::Directory script name escaping - Rack::Static supports header rules for sophisticated configurations - Multipart parsing now works without a Content-Length header - New logos courtesy of Zachary Scott! - Rack::BodyProxy now explicitly defines #each, useful for C extensions - Cookies that are not URI escaped no longer cause exceptions ## [1.3.7] 2013-01-06 - Add warnings when users do not provide a session secret - Fix parsing performance for unquoted filenames - Updated URI backports - Fix URI backport version matching, and silence constant warnings - Correct parameter parsing with empty values - Correct rackup '-I' flag, to allow multiple uses - Correct rackup pidfile handling - Report rackup line numbers correctly - Fix request loops caused by non-stale nonces with time limits - Fix reloader on Windows - Prevent infinite recursions from Response#to_ary - Various middleware better conforms to the body close specification - Updated language for the body close specification - Additional notes regarding ECMA escape compatibility issues - Fix the parsing of multiple ranges in range headers ## [1.2.6] 2013-01-06 - Add warnings when users do not provide a session secret - Fix parsing performance for unquoted filenames ## [1.1.4] 2013-01-06 - Add warnings when users do not provide a session secret ## [1.4.1] 2012-01-22 - Alter the keyspace limit calculations to reduce issues with nested params - Add a workaround for multipart parsing where files contain unescaped "%" - Added Rack::Response::Helpers#method_not_allowed? (code 405) - Rack::File now returns 404 for illegal directory traversals - Rack::File now returns 405 for illegal methods (non HEAD/GET) - Rack::Cascade now catches 405 by default, as well as 404 - Cookies missing '--' no longer cause an exception to be raised - Various style changes and documentation spelling errors - Rack::BodyProxy always ensures to execute its block - Additional test coverage around cookies and secrets - Rack::Session::Cookie can now be supplied either secret or old_secret - Tests are no longer dependent on set order - Rack::Static no longer defaults to serving index files - Rack.release was fixed ## [1.4.0] 2011-12-28 - Ruby 1.8.6 support has officially been dropped. Not all tests pass. - Raise sane error messages for broken config.ru - Allow combining run and map in a config.ru - Rack::ContentType will not set Content-Type for responses without a body - Status code 205 does not send a response body - Rack::Response::Helpers will not rely on instance variables - Rack::Utils.build_query no longer outputs '=' for nil query values - Various mime types added - Rack::MockRequest now supports HEAD - Rack::Directory now supports files that contain RFC3986 reserved chars - Rack::File now only supports GET and HEAD requests - Rack::Server#start now passes the block to Rack::Handler::<h>#run - Rack::Static now supports an index option - Added the Teapot status code - rackup now defaults to Thin instead of Mongrel (if installed) - Support added for HTTP_X_FORWARDED_SCHEME - Numerous bug fixes, including many fixes for new and alternate rubies ## [1.1.3] 2011-12-28 - Security fix. http://www.ocert.org/advisories/ocert-2011-003.html Further information here: http://jruby.org/2011/12/27/jruby-1-6-5-1 ## [1.3.5] 2011-10-17 - Fix annoying warnings caused by the backport in 1.3.4 ## [1.3.4] 2011-10-01 - Backport security fix from 1.9.3, also fixes some roundtrip issues in URI - Small documentation update - Fix an issue where BodyProxy could cause an infinite recursion - Add some supporting files for travis-ci ## [1.2.4] 2011-09-16 - Fix a bug with MRI regex engine to prevent XSS by malformed unicode ## [1.3.3] 2011-09-16 - Fix bug with broken query parameters in Rack::ShowExceptions - Rack::Request#cookies no longer swallows exceptions on broken input - Prevents XSS attacks enabled by bug in Ruby 1.8's regexp engine - Rack::ConditionalGet handles broken If-Modified-Since helpers ## [1.3.2] 2011-07-16 - Fix for Rails and rack-test, Rack::Utils#escape calls to_s ## [1.3.1] 2011-07-13 - Fix 1.9.1 support - Fix JRuby support - Properly handle $KCODE in Rack::Utils.escape - Make method_missing/respond_to behavior consistent for Rack::Lock, Rack::Auth::Digest::Request and Rack::Multipart::UploadedFile - Reenable passing rack.session to session middleware - Rack::CommonLogger handles streaming responses correctly - Rack::MockResponse calls close on the body object - Fix a DOS vector from MRI stdlib backport ## [1.2.3] 2011-05-22 - Pulled in relevant bug fixes from 1.3 - Fixed 1.8.6 support ## [1.3.0] 2011-05-22 - Various performance optimizations - Various multipart fixes - Various multipart refactors - Infinite loop fix for multipart - Test coverage for Rack::Server returns - Allow files with '..', but not path components that are '..' - rackup accepts handler-specific options on the command line - Request#params no longer merges POST into GET (but returns the same) - Use URI.encode_www_form_component instead. Use core methods for escaping. - Allow multi-line comments in the config file - Bug L#94 reported by Nikolai Lugovoi, query parameter unescaping. - Rack::Response now deletes Content-Length when appropriate - Rack::Deflater now supports streaming - Improved Rack::Handler loading and searching - Support for the PATCH verb - env['rack.session.options'] now contains session options - Cookies respect renew - Session middleware uses SecureRandom.hex ## [1.2.2, 1.1.2] 2011-03-13 - Security fix in Rack::Auth::Digest::MD5: when authenticator returned nil, permission was granted on empty password. ## [1.2.1] 2010-06-15 - Make CGI handler rewindable - Rename spec/ to test/ to not conflict with SPEC on lesser operating systems ## [1.2.0] 2010-06-13 - Removed Camping adapter: Camping 2.0 supports Rack as-is - Removed parsing of quoted values - Add Request.trace? and Request.options? - Add mime-type for .webm and .htc - Fix HTTP_X_FORWARDED_FOR - Various multipart fixes - Switch test suite to bacon ## [1.1.0] 2010-01-03 - Moved Auth::OpenID to rack-contrib. - SPEC change that relaxes Lint slightly to allow subclasses of the required types - SPEC change to document rack.input binary mode in greater detail - SPEC define optional rack.logger specification - File servers support X-Cascade header - Imported Config middleware - Imported ETag middleware - Imported Runtime middleware - Imported Sendfile middleware - New Logger and NullLogger middlewares - Added mime type for .ogv and .manifest. - Don't squeeze PATH_INFO slashes - Use Content-Type to determine POST params parsing - Update Rack::Utils::HTTP_STATUS_CODES hash - Add status code lookup utility - Response should call #to_i on the status - Add Request#user_agent - Request#host knows about forwarded host - Return an empty string for Request#host if HTTP_HOST and SERVER_NAME are both missing - Allow MockRequest to accept hash params - Optimizations to HeaderHash - Refactored rackup into Rack::Server - Added Utils.build_nested_query to complement Utils.parse_nested_query - Added Utils::Multipart.build_multipart to complement Utils::Multipart.parse_multipart - Extracted set and delete cookie helpers into Utils so they can be used outside Response - Extract parse_query and parse_multipart in Request so subclasses can change their behavior - Enforce binary encoding in RewindableInput - Set correct external_encoding for handlers that don't use RewindableInput ## [1.0.1] 2009-10-18 - Bump remainder of rack.versions. - Support the pure Ruby FCGI implementation. - Fix for form names containing "=": split first then unescape components - Fixes the handling of the filename parameter with semicolons in names. - Add anchor to nested params parsing regexp to prevent stack overflows - Use more compatible gzip write api instead of "<<". - Make sure that Reloader doesn't break when executed via ruby -e - Make sure WEBrick respects the :Host option - Many Ruby 1.9 fixes. ## [1.0.0] 2009-04-25 - SPEC change: Rack::VERSION has been pushed to [1,0]. - SPEC change: header values must be Strings now, split on "\n". - SPEC change: Content-Length can be missing, in this case chunked transfer encoding is used. - SPEC change: rack.input must be rewindable and support reading into a buffer, wrap with Rack::RewindableInput if it isn't. - SPEC change: rack.session is now specified. - SPEC change: Bodies can now additionally respond to #to_path with a filename to be served. - NOTE: String bodies break in 1.9, use an Array consisting of a single String instead. - New middleware Rack::Lock. - New middleware Rack::ContentType. - Rack::Reloader has been rewritten. - Major update to Rack::Auth::OpenID. - Support for nested parameter parsing in Rack::Response. - Support for redirects in Rack::Response. - HttpOnly cookie support in Rack::Response. - The Rakefile has been rewritten. - Many bugfixes and small improvements. ## [0.9.1] 2009-01-09 - Fix directory traversal exploits in Rack::File and Rack::Directory. ## [0.9] 2009-01-06 - Rack is now managed by the Rack Core Team. - Rack::Lint is stricter and follows the HTTP RFCs more closely. - Added ConditionalGet middleware. - Added ContentLength middleware. - Added Deflater middleware. - Added Head middleware. - Added MethodOverride middleware. - Rack::Mime now provides popular MIME-types and their extension. - Mongrel Header now streams. - Added Thin handler. - Official support for swiftiplied Mongrel. - Secure cookies. - Made HeaderHash case-preserving. - Many bugfixes and small improvements. ## [0.4] 2008-08-21 - New middleware, Rack::Deflater, by Christoffer Sawicki. - OpenID authentication now needs ruby-openid 2. - New Memcache sessions, by blink. - Explicit EventedMongrel handler, by Joshua Peek <josh@joshpeek.com> - Rack::Reloader is not loaded in rackup development mode. - rackup can daemonize with -D. - Many bugfixes, especially for pool sessions, URLMap, thread safety and tempfile handling. - Improved tests. - Rack moved to Git. ## [0.3] 2008-02-26 - LiteSpeed handler, by Adrian Madrid. - SCGI handler, by Jeremy Evans. - Pool sessions, by blink. - OpenID authentication, by blink. - :Port and :File options for opening FastCGI sockets, by blink. - Last-Modified HTTP header for Rack::File, by blink. - Rack::Builder#use now accepts blocks, by Corey Jewett. (See example/protectedlobster.ru) - HTTP status 201 can contain a Content-Type and a body now. - Many bugfixes, especially related to Cookie handling. ## [0.2] 2007-05-16 - HTTP Basic authentication. - Cookie Sessions. - Static file handler. - Improved Rack::Request. - Improved Rack::Response. - Added Rack::ShowStatus, for better default error messages. - Bug fixes in the Camping adapter. - Removed Rails adapter, was too alpha. ## [0.1] 2007-03-03 [@ioquatix]: https://github.com/ioquatix "Samuel Williams" [@jeremyevans]: https://github.com/jeremyevans "Jeremy Evans" [@amatsuda]: https://github.com/amatsuda "Akira Matsuda" [@wjordan]: https://github.com/wjordan "Will Jordan" [@BlakeWilliams]: https://github.com/BlakeWilliams "Blake Williams" PK *J [YM�!� � % share/gems/gems/erb-4.0.4/libexec/erbnu ȯ�� #!/opt/alt/ruby34/bin/ruby # Tiny eRuby --- ERB2 # Copyright (c) 1999-2000,2002 Masatoshi SEKI # You can redistribute it and/or modify it under the same terms as Ruby. require 'erb' class ERB module Main def ARGV.switch return nil if self.empty? arg = self.shift return nil if arg == '--' case arg when /\A-(.)(.*)/ if $1 == '-' arg, @maybe_arg = arg.split(/=/, 2) return arg end raise 'unknown switch "-"' if $2[0] == ?- and $1 != 'T' if $2.size > 0 self.unshift "-#{$2}" @maybe_arg = $2 else @maybe_arg = nil end "-#{$1}" when /\A(\w+)=/ arg else self.unshift arg nil end end def ARGV.req_arg (@maybe_arg || self.shift || raise('missing argument')).tap { @maybe_arg = nil } end def trim_mode_opt(trim_mode, disable_percent) return trim_mode if disable_percent case trim_mode when 0 return '%' when 1 return '%>' when 2 return '%<>' when '-' return '%-' end end module_function :trim_mode_opt def run(factory=ERB) trim_mode = 0 disable_percent = false variables = {} begin while switch = ARGV.switch case switch when '-x' # ruby source output = true when '-n' # line number number = true when '-v' # verbose $VERBOSE = true when '--version' # version STDERR.puts factory.version exit when '-d', '--debug' # debug $DEBUG = true when '-r' # require require ARGV.req_arg when '-T' # trim mode arg = ARGV.req_arg if arg == '-' trim_mode = arg next end raise "invalid trim mode #{arg.dump}" unless arg =~ /\A[0-2]\z/ trim_mode = arg.to_i when '-E', '--encoding' arg = ARGV.req_arg set_encoding(*arg.split(/:/, 2)) when '-U' set_encoding(Encoding::UTF_8, Encoding::UTF_8) when '-P' disable_percent = true when '--help' raise "print this help" when /\A-/ raise "unknown switch #{switch.dump}" else var, val = *switch.split('=', 2) (variables ||= {})[var] = val end end rescue # usage STDERR.puts $!.to_s STDERR.puts File.basename($0) + " [switches] [var=value...] [inputfile]" STDERR.puts <<EOU -x print ruby script -n print ruby script with line number -v enable verbose mode -d set $DEBUG to true -r library load a library -E ex[:in] set default external/internal encodings -U set default encoding to UTF-8 -T trim_mode specify trim_mode (0..2, -) -P disable ruby code evaluation for lines beginning with % var=value set variable EOU exit 1 end $<.set_encoding(Encoding::UTF_8, nil) src = $<.read filename = $FILENAME exit 2 unless src trim = trim_mode_opt(trim_mode, disable_percent) erb = factory.new(src, trim_mode: trim) erb.filename = filename if output if number erb.src.each_line.with_index do |line, l| puts "%3d %s"%[l+1, line] end else puts erb.src end else bind = TOPLEVEL_BINDING if variables enc = erb.encoding for var, val in variables do val = val.encode(enc) if val bind.local_variable_set(var, val) end end erb.run(bind) end end module_function :run def set_encoding(extern, intern = nil) verbose, $VERBOSE = $VERBOSE, nil Encoding.default_external = extern unless extern.nil? || extern == "" Encoding.default_internal = intern unless intern.nil? || intern == "" [$stdin, $stdout, $stderr].each do |io| io.set_encoding(extern, intern) end ensure $VERBOSE = verbose end module_function :set_encoding class << self; private :set_encoding; end end end ERB::Main.run PK *J [�la6U U : share/gems/gems/json-2.9.1/lib/json/ext/generator/state.rbnu �[��� # frozen_string_literal: true module JSON module Ext module Generator class State # call-seq: new(opts = {}) # # Instantiates a new State object, configured by _opts_. # # _opts_ can have the following keys: # # * *indent*: a string used to indent levels (default: ''), # * *space*: a string that is put after, a : or , delimiter (default: ''), # * *space_before*: a string that is put before a : pair delimiter (default: ''), # * *object_nl*: a string that is put at the end of a JSON object (default: ''), # * *array_nl*: a string that is put at the end of a JSON array (default: ''), # * *allow_nan*: true if NaN, Infinity, and -Infinity should be # generated, otherwise an exception is thrown, if these values are # encountered. This options defaults to false. # * *ascii_only*: true if only ASCII characters should be generated. This # option defaults to false. # * *buffer_initial_length*: sets the initial length of the generator's # internal buffer. def initialize(opts = nil) if opts && !opts.empty? configure(opts) end end # call-seq: configure(opts) # # Configure this State instance with the Hash _opts_, and return # itself. def configure(opts) unless opts.is_a?(Hash) if opts.respond_to?(:to_hash) opts = opts.to_hash elsif opts.respond_to?(:to_h) opts = opts.to_h else raise TypeError, "can't convert #{opts.class} into Hash" end end _configure(opts) end alias_method :merge, :configure # call-seq: # generate(obj) -> String # generate(obj, anIO) -> anIO # # Generates a valid JSON document from object +obj+ and returns the # result. If no valid JSON document can be created this method raises a # GeneratorError exception. def generate(obj, io = nil) _generate(obj, io) end # call-seq: to_h # # Returns the configuration instance variables as a hash, that can be # passed to the configure method. def to_h result = { indent: indent, space: space, space_before: space_before, object_nl: object_nl, array_nl: array_nl, allow_nan: allow_nan?, ascii_only: ascii_only?, max_nesting: max_nesting, script_safe: script_safe?, strict: strict?, depth: depth, buffer_initial_length: buffer_initial_length, } instance_variables.each do |iv| iv = iv.to_s[1..-1] result[iv.to_sym] = self[iv] end result end alias_method :to_hash, :to_h # call-seq: [](name) # # Returns the value returned by method +name+. def [](name) if respond_to?(name) __send__(name) else instance_variable_get("@#{name}") if instance_variables.include?("@#{name}".to_sym) # avoid warning end end # call-seq: []=(name, value) # # Sets the attribute name to value. def []=(name, value) if respond_to?(name_writer = "#{name}=") __send__ name_writer, value else instance_variable_set "@#{name}", value end end end end end end PK *J [o/��C C 4 share/gems/gems/json-2.9.1/lib/json/add/date_time.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end require 'date' class DateTime # See #as_json. def self.json_create(object) args = object.values_at('y', 'm', 'd', 'H', 'M', 'S') of_a, of_b = object['of'].split('/') if of_b and of_b != '0' args << Rational(of_a.to_i, of_b.to_i) else args << of_a end args << object['sg'] civil(*args) end alias start sg unless method_defined?(:start) # Methods <tt>DateTime#as_json</tt> and +DateTime.json_create+ may be used # to serialize and deserialize a \DateTime object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>DateTime#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/datetime' # x = DateTime.now.as_json # # => {"json_class"=>"DateTime", "y"=>2023, "m"=>11, "d"=>21, "sg"=>2299161.0} # # \Method +JSON.create+ deserializes such a hash, returning a \DateTime object: # # DateTime.json_create(x) # BUG? Raises Date::Error "invalid date" # def as_json(*) { JSON.create_id => self.class.name, 'y' => year, 'm' => month, 'd' => day, 'H' => hour, 'M' => min, 'S' => sec, 'of' => offset.to_s, 'sg' => start, } end # Returns a JSON string representing +self+: # # require 'json/add/datetime' # puts DateTime.now.to_json # # Output: # # {"json_class":"DateTime","y":2023,"m":11,"d":21,"sg":2299161.0} # def to_json(*args) as_json.to_json(*args) end end PK *J [`�D�Y Y 1 share/gems/gems/json-2.9.1/lib/json/add/regexp.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Regexp # See #as_json. def self.json_create(object) new(object['s'], object['o']) end # Methods <tt>Regexp#as_json</tt> and +Regexp.json_create+ may be used # to serialize and deserialize a \Regexp object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Regexp#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/regexp' # x = /foo/.as_json # # => {"json_class"=>"Regexp", "o"=>0, "s"=>"foo"} # # \Method +JSON.create+ deserializes such a hash, returning a \Regexp object: # # Regexp.json_create(x) # => /foo/ # def as_json(*) { JSON.create_id => self.class.name, 'o' => options, 's' => source, } end # Returns a JSON string representing +self+: # # require 'json/add/regexp' # puts /foo/.to_json # # Output: # # {"json_class":"Regexp","o":0,"s":"foo"} # def to_json(*args) as_json.to_json(*args) end end PK *J [D%D� � 1 share/gems/gems/json-2.9.1/lib/json/add/struct.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Struct # See #as_json. def self.json_create(object) new(*object['v']) end # Methods <tt>Struct#as_json</tt> and +Struct.json_create+ may be used # to serialize and deserialize a \Struct object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Struct#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/struct' # Customer = Struct.new('Customer', :name, :address, :zip) # x = Struct::Customer.new.as_json # # => {"json_class"=>"Struct::Customer", "v"=>[nil, nil, nil]} # # \Method +JSON.create+ deserializes such a hash, returning a \Struct object: # # Struct::Customer.json_create(x) # # => #<struct Struct::Customer name=nil, address=nil, zip=nil> # def as_json(*) klass = self.class.name klass.to_s.empty? and raise JSON::JSONError, "Only named structs are supported!" { JSON.create_id => klass, 'v' => values, } end # Returns a JSON string representing +self+: # # require 'json/add/struct' # Customer = Struct.new('Customer', :name, :address, :zip) # puts Struct::Customer.new.to_json # # Output: # # {"json_class":"Struct","t":{'name':'Rowdy',"age":null}} # def to_json(*args) as_json.to_json(*args) end end PK *J [�ۛ�� � 4 share/gems/gems/json-2.9.1/lib/json/add/exception.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Exception # See #as_json. def self.json_create(object) result = new(object['m']) result.set_backtrace object['b'] result end # Methods <tt>Exception#as_json</tt> and +Exception.json_create+ may be used # to serialize and deserialize a \Exception object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Exception#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/exception' # x = Exception.new('Foo').as_json # => {"json_class"=>"Exception", "m"=>"Foo", "b"=>nil} # # \Method +JSON.create+ deserializes such a hash, returning a \Exception object: # # Exception.json_create(x) # => #<Exception: Foo> # def as_json(*) { JSON.create_id => self.class.name, 'm' => message, 'b' => backtrace, } end # Returns a JSON string representing +self+: # # require 'json/add/exception' # puts Exception.new('Foo').to_json # # Output: # # {"json_class":"Exception","m":"Foo","b":null} # def to_json(*args) as_json.to_json(*args) end end PK *J [�� / share/gems/gems/json-2.9.1/lib/json/add/date.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end require 'date' class Date # See #as_json. def self.json_create(object) civil(*object.values_at('y', 'm', 'd', 'sg')) end alias start sg unless method_defined?(:start) # Methods <tt>Date#as_json</tt> and +Date.json_create+ may be used # to serialize and deserialize a \Date object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Date#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/date' # x = Date.today.as_json # # => {"json_class"=>"Date", "y"=>2023, "m"=>11, "d"=>21, "sg"=>2299161.0} # # \Method +JSON.create+ deserializes such a hash, returning a \Date object: # # Date.json_create(x) # # => #<Date: 2023-11-21 ((2460270j,0s,0n),+0s,2299161j)> # def as_json(*) { JSON.create_id => self.class.name, 'y' => year, 'm' => month, 'd' => day, 'sg' => start, } end # Returns a JSON string representing +self+: # # require 'json/add/date' # puts Date.today.to_json # # Output: # # {"json_class":"Date","y":2023,"m":11,"d":21,"sg":2299161.0} # def to_json(*args) as_json.to_json(*args) end end PK *J [t%A, / share/gems/gems/json-2.9.1/lib/json/add/time.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Time # See #as_json. def self.json_create(object) if usec = object.delete('u') # used to be tv_usec -> tv_nsec object['n'] = usec * 1000 end at(object['s'], Rational(object['n'], 1000)) end # Methods <tt>Time#as_json</tt> and +Time.json_create+ may be used # to serialize and deserialize a \Time object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Time#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/time' # x = Time.now.as_json # # => {"json_class"=>"Time", "s"=>1700931656, "n"=>472846644} # # \Method +JSON.create+ deserializes such a hash, returning a \Time object: # # Time.json_create(x) # # => 2023-11-25 11:00:56.472846644 -0600 # def as_json(*) { JSON.create_id => self.class.name, 's' => tv_sec, 'n' => tv_nsec, } end # Returns a JSON string representing +self+: # # require 'json/add/time' # puts Time.now.to_json # # Output: # # {"json_class":"Time","s":1700931678,"n":980650786} # def to_json(*args) as_json.to_json(*args) end end PK *J [cW8�\ \ / share/gems/gems/json-2.9.1/lib/json/add/core.rbnu �[��� # frozen_string_literal: true # This file requires the implementations of ruby core's custom objects for # serialisation/deserialisation. require 'json/add/date' require 'json/add/date_time' require 'json/add/exception' require 'json/add/range' require 'json/add/regexp' require 'json/add/struct' require 'json/add/symbol' require 'json/add/time' PK *J [r��� � 0 share/gems/gems/json-2.9.1/lib/json/add/range.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Range # See #as_json. def self.json_create(object) new(*object['a']) end # Methods <tt>Range#as_json</tt> and +Range.json_create+ may be used # to serialize and deserialize a \Range object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Range#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/range' # x = (1..4).as_json # => {"json_class"=>"Range", "a"=>[1, 4, false]} # y = (1...4).as_json # => {"json_class"=>"Range", "a"=>[1, 4, true]} # z = ('a'..'d').as_json # => {"json_class"=>"Range", "a"=>["a", "d", false]} # # \Method +JSON.create+ deserializes such a hash, returning a \Range object: # # Range.json_create(x) # => 1..4 # Range.json_create(y) # => 1...4 # Range.json_create(z) # => "a".."d" # def as_json(*) { JSON.create_id => self.class.name, 'a' => [ first, last, exclude_end? ] } end # Returns a JSON string representing +self+: # # require 'json/add/range' # puts (1..4).to_json # puts (1...4).to_json # puts ('a'..'d').to_json # # Output: # # {"json_class":"Range","a":[1,4,false]} # {"json_class":"Range","a":[1,4,true]} # {"json_class":"Range","a":["a","d",false]} # def to_json(*args) as_json.to_json(*args) end end PK *J [��7� � 5 share/gems/gems/json-2.9.1/lib/json/add/bigdecimal.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end begin require 'bigdecimal' rescue LoadError end class BigDecimal # See #as_json. def self.json_create(object) BigDecimal._load object['b'] end # Methods <tt>BigDecimal#as_json</tt> and +BigDecimal.json_create+ may be used # to serialize and deserialize a \BigDecimal object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>BigDecimal#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/bigdecimal' # x = BigDecimal(2).as_json # => {"json_class"=>"BigDecimal", "b"=>"27:0.2e1"} # y = BigDecimal(2.0, 4).as_json # => {"json_class"=>"BigDecimal", "b"=>"36:0.2e1"} # z = BigDecimal(Complex(2, 0)).as_json # => {"json_class"=>"BigDecimal", "b"=>"27:0.2e1"} # # \Method +JSON.create+ deserializes such a hash, returning a \BigDecimal object: # # BigDecimal.json_create(x) # => 0.2e1 # BigDecimal.json_create(y) # => 0.2e1 # BigDecimal.json_create(z) # => 0.2e1 # def as_json(*) { JSON.create_id => self.class.name, 'b' => _dump.force_encoding(Encoding::UTF_8), } end # Returns a JSON string representing +self+: # # require 'json/add/bigdecimal' # puts BigDecimal(2).to_json # puts BigDecimal(2.0, 4).to_json # puts BigDecimal(Complex(2, 0)).to_json # # Output: # # {"json_class":"BigDecimal","b":"27:0.2e1"} # {"json_class":"BigDecimal","b":"36:0.2e1"} # {"json_class":"BigDecimal","b":"27:0.2e1"} # def to_json(*args) as_json.to_json(*args) end end if defined?(::BigDecimal) PK *J [5�� � 3 share/gems/gems/json-2.9.1/lib/json/add/rational.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Rational # See #as_json. def self.json_create(object) Rational(object['n'], object['d']) end # Methods <tt>Rational#as_json</tt> and +Rational.json_create+ may be used # to serialize and deserialize a \Rational object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Rational#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/rational' # x = Rational(2, 3).as_json # # => {"json_class"=>"Rational", "n"=>2, "d"=>3} # # \Method +JSON.create+ deserializes such a hash, returning a \Rational object: # # Rational.json_create(x) # # => (2/3) # def as_json(*) { JSON.create_id => self.class.name, 'n' => numerator, 'd' => denominator, } end # Returns a JSON string representing +self+: # # require 'json/add/rational' # puts Rational(2, 3).to_json # # Output: # # {"json_class":"Rational","n":2,"d":3} # def to_json(*args) as_json.to_json(*args) end end PK *J [n˧�X X . share/gems/gems/json-2.9.1/lib/json/add/set.rbnu �[��� unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end defined?(::Set) or require 'set' class Set # See #as_json. def self.json_create(object) new object['a'] end # Methods <tt>Set#as_json</tt> and +Set.json_create+ may be used # to serialize and deserialize a \Set object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Set#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/set' # x = Set.new(%w/foo bar baz/).as_json # # => {"json_class"=>"Set", "a"=>["foo", "bar", "baz"]} # # \Method +JSON.create+ deserializes such a hash, returning a \Set object: # # Set.json_create(x) # => #<Set: {"foo", "bar", "baz"}> # def as_json(*) { JSON.create_id => self.class.name, 'a' => to_a, } end # Returns a JSON string representing +self+: # # require 'json/add/set' # puts Set.new(%w/foo bar baz/).to_json # # Output: # # {"json_class":"Set","a":["foo","bar","baz"]} # def to_json(*args) as_json.to_json(*args) end end PK *J [i��2 2 2 share/gems/gems/json-2.9.1/lib/json/add/complex.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Complex # See #as_json. def self.json_create(object) Complex(object['r'], object['i']) end # Methods <tt>Complex#as_json</tt> and +Complex.json_create+ may be used # to serialize and deserialize a \Complex object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Complex#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/complex' # x = Complex(2).as_json # => {"json_class"=>"Complex", "r"=>2, "i"=>0} # y = Complex(2.0, 4).as_json # => {"json_class"=>"Complex", "r"=>2.0, "i"=>4} # # \Method +JSON.create+ deserializes such a hash, returning a \Complex object: # # Complex.json_create(x) # => (2+0i) # Complex.json_create(y) # => (2.0+4i) # def as_json(*) { JSON.create_id => self.class.name, 'r' => real, 'i' => imag, } end # Returns a JSON string representing +self+: # # require 'json/add/complex' # puts Complex(2).to_json # puts Complex(2.0, 4).to_json # # Output: # # {"json_class":"Complex","r":2,"i":0} # {"json_class":"Complex","r":2.0,"i":4} # def to_json(*args) as_json.to_json(*args) end end PK *J [A@ � � 2 share/gems/gems/json-2.9.1/lib/json/add/ostruct.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end begin require 'ostruct' rescue LoadError end class OpenStruct # See #as_json. def self.json_create(object) new(object['t'] || object[:t]) end # Methods <tt>OpenStruct#as_json</tt> and +OpenStruct.json_create+ may be used # to serialize and deserialize a \OpenStruct object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>OpenStruct#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/ostruct' # x = OpenStruct.new('name' => 'Rowdy', :age => nil).as_json # # => {"json_class"=>"OpenStruct", "t"=>{:name=>'Rowdy', :age=>nil}} # # \Method +JSON.create+ deserializes such a hash, returning a \OpenStruct object: # # OpenStruct.json_create(x) # # => #<OpenStruct name='Rowdy', age=nil> # def as_json(*) klass = self.class.name klass.to_s.empty? and raise JSON::JSONError, "Only named structs are supported!" { JSON.create_id => klass, 't' => table, } end # Returns a JSON string representing +self+: # # require 'json/add/ostruct' # puts OpenStruct.new('name' => 'Rowdy', :age => nil).to_json # # Output: # # {"json_class":"OpenStruct","t":{'name':'Rowdy',"age":null}} # def to_json(*args) as_json.to_json(*args) end end if defined?(::OpenStruct) PK *J [�4B� 1 share/gems/gems/json-2.9.1/lib/json/add/symbol.rbnu �[��� # frozen_string_literal: true unless defined?(::JSON::JSON_LOADED) and ::JSON::JSON_LOADED require 'json' end class Symbol # Methods <tt>Symbol#as_json</tt> and +Symbol.json_create+ may be used # to serialize and deserialize a \Symbol object; # see Marshal[rdoc-ref:Marshal]. # # \Method <tt>Symbol#as_json</tt> serializes +self+, # returning a 2-element hash representing +self+: # # require 'json/add/symbol' # x = :foo.as_json # # => {"json_class"=>"Symbol", "s"=>"foo"} # # \Method +JSON.create+ deserializes such a hash, returning a \Symbol object: # # Symbol.json_create(x) # => :foo # def as_json(*) { JSON.create_id => self.class.name, 's' => to_s, } end # Returns a JSON string representing +self+: # # require 'json/add/symbol' # puts :foo.to_json # # Output: # # # {"json_class":"Symbol","s":"foo"} # def to_json(*a) as_json.to_json(*a) end # See #as_json. def self.json_create(o) o['s'].to_sym end end PK *J [�B�* * 5 share/gems/gems/json-2.9.1/lib/json/generic_object.rbnu �[��� # frozen_string_literal: true begin require 'ostruct' rescue LoadError warn "JSON::GenericObject requires 'ostruct'. Please install it with `gem install ostruct`." end module JSON class GenericObject < OpenStruct class << self alias [] new def json_creatable? @json_creatable end attr_writer :json_creatable def json_create(data) data = data.dup data.delete JSON.create_id self[data] end def from_hash(object) case when object.respond_to?(:to_hash) result = new object.to_hash.each do |key, value| result[key] = from_hash(value) end result when object.respond_to?(:to_ary) object.to_ary.map { |a| from_hash(a) } else object end end def load(source, proc = nil, opts = {}) result = ::JSON.load(source, proc, opts.merge(:object_class => self)) result.nil? ? new : result end def dump(obj, *args) ::JSON.dump(obj, *args) end end self.json_creatable = false def to_hash table end def [](name) __send__(name) end unless method_defined?(:[]) def []=(name, value) __send__("#{name}=", value) end unless method_defined?(:[]=) def |(other) self.class[other.to_hash.merge(to_hash)] end def as_json(*) { JSON.create_id => self.class.name }.merge to_hash end def to_json(*a) as_json.to_json(*a) end end if defined?(::OpenStruct) end PK *J ['47�C C . share/gems/gems/json-2.9.1/lib/json/version.rbnu �[��� # frozen_string_literal: true module JSON VERSION = '2.9.1' end PK *J [�A˦L L * share/gems/gems/json-2.9.1/lib/json/ext.rbnu �[��� # frozen_string_literal: true require 'json/common' module JSON # This module holds all the modules/classes that implement JSON's # functionality as C extensions. module Ext if RUBY_ENGINE == 'truffleruby' require 'json/ext/parser' require 'json/truffle_ruby/generator' JSON.parser = Parser JSON.generator = ::JSON::TruffleRuby::Generator else require 'json/ext/parser' require 'json/ext/generator' JSON.parser = Parser JSON.generator = Generator end end JSON_LOADED = true unless defined?(::JSON::JSON_LOADED) end PK *J [�o�9k 9k - share/gems/gems/json-2.9.1/lib/json/common.rbnu �[��� # frozen_string_literal: true require 'json/version' module JSON autoload :GenericObject, 'json/generic_object' NOT_SET = Object.new.freeze private_constant :NOT_SET class << self # :call-seq: # JSON[object] -> new_array or new_string # # If +object+ is a \String, # calls JSON.parse with +object+ and +opts+ (see method #parse): # json = '[0, 1, null]' # JSON[json]# => [0, 1, nil] # # Otherwise, calls JSON.generate with +object+ and +opts+ (see method #generate): # ruby = [0, 1, nil] # JSON[ruby] # => '[0,1,null]' def [](object, opts = {}) if object.is_a?(String) return JSON.parse(object, opts) elsif object.respond_to?(:to_str) str = object.to_str if str.is_a?(String) return JSON.parse(str, opts) end end JSON.generate(object, opts) end # Returns the JSON parser class that is used by JSON. attr_reader :parser # Set the JSON parser class _parser_ to be used by JSON. def parser=(parser) # :nodoc: @parser = parser remove_const :Parser if const_defined?(:Parser, false) const_set :Parser, parser end # Return the constant located at _path_. The format of _path_ has to be # either ::A::B::C or A::B::C. In any case, A has to be located at the top # level (absolute namespace path?). If there doesn't exist a constant at # the given path, an ArgumentError is raised. def deep_const_get(path) # :nodoc: Object.const_get(path) rescue NameError => e raise ArgumentError, "can't get const #{path}: #{e}" end # Set the module _generator_ to be used by JSON. def generator=(generator) # :nodoc: old, $VERBOSE = $VERBOSE, nil @generator = generator generator_methods = generator::GeneratorMethods for const in generator_methods.constants klass = const_get(const) modul = generator_methods.const_get(const) klass.class_eval do instance_methods(false).each do |m| m.to_s == 'to_json' and remove_method m end include modul end end self.state = generator::State const_set :State, self.state const_set :SAFE_STATE_PROTOTYPE, State.new # for JRuby const_set :FAST_STATE_PROTOTYPE, create_fast_state const_set :PRETTY_STATE_PROTOTYPE, create_pretty_state ensure $VERBOSE = old end def create_fast_state State.new( :indent => '', :space => '', :object_nl => "", :array_nl => "", :max_nesting => false ) end def create_pretty_state State.new( :indent => ' ', :space => ' ', :object_nl => "\n", :array_nl => "\n" ) end # Returns the JSON generator module that is used by JSON. attr_reader :generator # Sets or Returns the JSON generator state class that is used by JSON. attr_accessor :state end # Sets create identifier, which is used to decide if the _json_create_ # hook of a class should be called; initial value is +json_class+: # JSON.create_id # => 'json_class' def self.create_id=(new_value) Thread.current[:"JSON.create_id"] = new_value.dup.freeze end # Returns the current create identifier. # See also JSON.create_id=. def self.create_id Thread.current[:"JSON.create_id"] || 'json_class' end NaN = 0.0/0 Infinity = 1.0/0 MinusInfinity = -Infinity # The base exception for JSON errors. class JSONError < StandardError def self.wrap(exception) obj = new("Wrapped(#{exception.class}): #{exception.message.inspect}") obj.set_backtrace exception.backtrace obj end end # This exception is raised if a parser error occurs. class ParserError < JSONError; end # This exception is raised if the nesting of parsed data structures is too # deep. class NestingError < ParserError; end # :stopdoc: class CircularDatastructure < NestingError; end # :startdoc: # This exception is raised if a generator or unparser error occurs. class GeneratorError < JSONError attr_reader :invalid_object def initialize(message, invalid_object = nil) super(message) @invalid_object = invalid_object end def detailed_message(...) if @invalid_object.nil? super else "#{super}\nInvalid object: #{@invalid_object.inspect}" end end end # For backwards compatibility UnparserError = GeneratorError # :nodoc: # This exception is raised if the required unicode support is missing on the # system. Usually this means that the iconv library is not installed. class MissingUnicodeSupport < JSONError; end module_function # :call-seq: # JSON.parse(source, opts) -> object # # Returns the Ruby objects created by parsing the given +source+. # # Argument +source+ contains the \String to be parsed. # # Argument +opts+, if given, contains a \Hash of options for the parsing. # See {Parsing Options}[#module-JSON-label-Parsing+Options]. # # --- # # When +source+ is a \JSON array, returns a Ruby \Array: # source = '["foo", 1.0, true, false, null]' # ruby = JSON.parse(source) # ruby # => ["foo", 1.0, true, false, nil] # ruby.class # => Array # # When +source+ is a \JSON object, returns a Ruby \Hash: # source = '{"a": "foo", "b": 1.0, "c": true, "d": false, "e": null}' # ruby = JSON.parse(source) # ruby # => {"a"=>"foo", "b"=>1.0, "c"=>true, "d"=>false, "e"=>nil} # ruby.class # => Hash # # For examples of parsing for all \JSON data types, see # {Parsing \JSON}[#module-JSON-label-Parsing+JSON]. # # Parses nested JSON objects: # source = <<~JSON # { # "name": "Dave", # "age" :40, # "hats": [ # "Cattleman's", # "Panama", # "Tophat" # ] # } # JSON # ruby = JSON.parse(source) # ruby # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # --- # # Raises an exception if +source+ is not valid JSON: # # Raises JSON::ParserError (783: unexpected token at ''): # JSON.parse('') # def parse(source, opts = nil) Parser.parse(source, opts) end # :call-seq: # JSON.parse!(source, opts) -> object # # Calls # parse(source, opts) # with +source+ and possibly modified +opts+. # # Differences from JSON.parse: # - Option +max_nesting+, if not provided, defaults to +false+, # which disables checking for nesting depth. # - Option +allow_nan+, if not provided, defaults to +true+. def parse!(source, opts = {}) opts = { :max_nesting => false, :allow_nan => true }.merge(opts) Parser.new(source, **(opts||{})).parse end # :call-seq: # JSON.load_file(path, opts={}) -> object # # Calls: # parse(File.read(path), opts) # # See method #parse. def load_file(filespec, opts = nil) parse(File.read(filespec, encoding: Encoding::UTF_8), opts) end # :call-seq: # JSON.load_file!(path, opts = {}) # # Calls: # JSON.parse!(File.read(path, opts)) # # See method #parse! def load_file!(filespec, opts = {}) parse!(File.read(filespec, encoding: Encoding::UTF_8), opts) end # :call-seq: # JSON.generate(obj, opts = nil) -> new_string # # Returns a \String containing the generated \JSON data. # # See also JSON.fast_generate, JSON.pretty_generate. # # Argument +obj+ is the Ruby object to be converted to \JSON. # # Argument +opts+, if given, contains a \Hash of options for the generation. # See {Generating Options}[#module-JSON-label-Generating+Options]. # # --- # # When +obj+ is an \Array, returns a \String containing a \JSON array: # obj = ["foo", 1.0, true, false, nil] # json = JSON.generate(obj) # json # => '["foo",1.0,true,false,null]' # # When +obj+ is a \Hash, returns a \String containing a \JSON object: # obj = {foo: 0, bar: 's', baz: :bat} # json = JSON.generate(obj) # json # => '{"foo":0,"bar":"s","baz":"bat"}' # # For examples of generating from other Ruby objects, see # {Generating \JSON from Other Objects}[#module-JSON-label-Generating+JSON+from+Other+Objects]. # # --- # # Raises an exception if any formatting option is not a \String. # # Raises an exception if +obj+ contains circular references: # a = []; b = []; a.push(b); b.push(a) # # Raises JSON::NestingError (nesting of 100 is too deep): # JSON.generate(a) # def generate(obj, opts = nil) if State === opts opts.generate(obj) else State.generate(obj, opts, nil) end end # :stopdoc: # I want to deprecate these later, so I'll first be silent about them, and # later delete them. alias unparse generate module_function :unparse # :startdoc: # :call-seq: # JSON.fast_generate(obj, opts) -> new_string # # Arguments +obj+ and +opts+ here are the same as # arguments +obj+ and +opts+ in JSON.generate. # # By default, generates \JSON data without checking # for circular references in +obj+ (option +max_nesting+ set to +false+, disabled). # # Raises an exception if +obj+ contains circular references: # a = []; b = []; a.push(b); b.push(a) # # Raises SystemStackError (stack level too deep): # JSON.fast_generate(a) def fast_generate(obj, opts = nil) if State === opts state = opts else state = JSON.create_fast_state.configure(opts) end state.generate(obj) end # :stopdoc: # I want to deprecate these later, so I'll first be silent about them, and later delete them. alias fast_unparse fast_generate module_function :fast_unparse # :startdoc: # :call-seq: # JSON.pretty_generate(obj, opts = nil) -> new_string # # Arguments +obj+ and +opts+ here are the same as # arguments +obj+ and +opts+ in JSON.generate. # # Default options are: # { # indent: ' ', # Two spaces # space: ' ', # One space # array_nl: "\n", # Newline # object_nl: "\n" # Newline # } # # Example: # obj = {foo: [:bar, :baz], bat: {bam: 0, bad: 1}} # json = JSON.pretty_generate(obj) # puts json # Output: # { # "foo": [ # "bar", # "baz" # ], # "bat": { # "bam": 0, # "bad": 1 # } # } # def pretty_generate(obj, opts = nil) if State === opts state, opts = opts, nil else state = JSON.create_pretty_state end if opts if opts.respond_to? :to_hash opts = opts.to_hash elsif opts.respond_to? :to_h opts = opts.to_h else raise TypeError, "can't convert #{opts.class} into Hash" end state.configure(opts) end state.generate(obj) end # :stopdoc: # I want to deprecate these later, so I'll first be silent about them, and later delete them. alias pretty_unparse pretty_generate module_function :pretty_unparse # :startdoc: class << self # Sets or returns default options for the JSON.unsafe_load method. # Initially: # opts = JSON.load_default_options # opts # => {:max_nesting=>false, :allow_nan=>true, :allow_blank=>true, :create_additions=>true} attr_accessor :unsafe_load_default_options end self.unsafe_load_default_options = { :max_nesting => false, :allow_nan => true, :allow_blank => true, :create_additions => true, } class << self # Sets or returns default options for the JSON.load method. # Initially: # opts = JSON.load_default_options # opts # => {:max_nesting=>false, :allow_nan=>true, :allow_blank=>true, :create_additions=>true} attr_accessor :load_default_options end self.load_default_options = { :allow_nan => true, :allow_blank => true, :create_additions => nil, } # :call-seq: # JSON.unsafe_load(source, proc = nil, options = {}) -> object # # Returns the Ruby objects created by parsing the given +source+. # # BEWARE: This method is meant to serialise data from trusted user input, # like from your own database server or clients under your control, it could # be dangerous to allow untrusted users to pass JSON sources into it. # # - Argument +source+ must be, or be convertible to, a \String: # - If +source+ responds to instance method +to_str+, # <tt>source.to_str</tt> becomes the source. # - If +source+ responds to instance method +to_io+, # <tt>source.to_io.read</tt> becomes the source. # - If +source+ responds to instance method +read+, # <tt>source.read</tt> becomes the source. # - If both of the following are true, source becomes the \String <tt>'null'</tt>: # - Option +allow_blank+ specifies a truthy value. # - The source, as defined above, is +nil+ or the empty \String <tt>''</tt>. # - Otherwise, +source+ remains the source. # - Argument +proc+, if given, must be a \Proc that accepts one argument. # It will be called recursively with each result (depth-first order). # See details below. # - Argument +opts+, if given, contains a \Hash of options for the parsing. # See {Parsing Options}[#module-JSON-label-Parsing+Options]. # The default options can be changed via method JSON.unsafe_load_default_options=. # # --- # # When no +proc+ is given, modifies +source+ as above and returns the result of # <tt>parse(source, opts)</tt>; see #parse. # # Source for following examples: # source = <<~JSON # { # "name": "Dave", # "age" :40, # "hats": [ # "Cattleman's", # "Panama", # "Tophat" # ] # } # JSON # # Load a \String: # ruby = JSON.unsafe_load(source) # ruby # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # Load an \IO object: # require 'stringio' # object = JSON.unsafe_load(StringIO.new(source)) # object # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # Load a \File object: # path = 't.json' # File.write(path, source) # File.open(path) do |file| # JSON.unsafe_load(file) # end # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # --- # # When +proc+ is given: # - Modifies +source+ as above. # - Gets the +result+ from calling <tt>parse(source, opts)</tt>. # - Recursively calls <tt>proc(result)</tt>. # - Returns the final result. # # Example: # require 'json' # # # Some classes for the example. # class Base # def initialize(attributes) # @attributes = attributes # end # end # class User < Base; end # class Account < Base; end # class Admin < Base; end # # The JSON source. # json = <<-EOF # { # "users": [ # {"type": "User", "username": "jane", "email": "jane@example.com"}, # {"type": "User", "username": "john", "email": "john@example.com"} # ], # "accounts": [ # {"account": {"type": "Account", "paid": true, "account_id": "1234"}}, # {"account": {"type": "Account", "paid": false, "account_id": "1235"}} # ], # "admins": {"type": "Admin", "password": "0wn3d"} # } # EOF # # Deserializer method. # def deserialize_obj(obj, safe_types = %w(User Account Admin)) # type = obj.is_a?(Hash) && obj["type"] # safe_types.include?(type) ? Object.const_get(type).new(obj) : obj # end # # Call to JSON.unsafe_load # ruby = JSON.unsafe_load(json, proc {|obj| # case obj # when Hash # obj.each {|k, v| obj[k] = deserialize_obj v } # when Array # obj.map! {|v| deserialize_obj v } # end # }) # pp ruby # Output: # {"users"=> # [#<User:0x00000000064c4c98 # @attributes= # {"type"=>"User", "username"=>"jane", "email"=>"jane@example.com"}>, # #<User:0x00000000064c4bd0 # @attributes= # {"type"=>"User", "username"=>"john", "email"=>"john@example.com"}>], # "accounts"=> # [{"account"=> # #<Account:0x00000000064c4928 # @attributes={"type"=>"Account", "paid"=>true, "account_id"=>"1234"}>}, # {"account"=> # #<Account:0x00000000064c4680 # @attributes={"type"=>"Account", "paid"=>false, "account_id"=>"1235"}>}], # "admins"=> # #<Admin:0x00000000064c41f8 # @attributes={"type"=>"Admin", "password"=>"0wn3d"}>} # def unsafe_load(source, proc = nil, options = nil) opts = if options.nil? unsafe_load_default_options else unsafe_load_default_options.merge(options) end unless source.is_a?(String) if source.respond_to? :to_str source = source.to_str elsif source.respond_to? :to_io source = source.to_io.read elsif source.respond_to?(:read) source = source.read end end if opts[:allow_blank] && (source.nil? || source.empty?) source = 'null' end result = parse(source, opts) recurse_proc(result, &proc) if proc result end # :call-seq: # JSON.load(source, proc = nil, options = {}) -> object # # Returns the Ruby objects created by parsing the given +source+. # # BEWARE: This method is meant to serialise data from trusted user input, # like from your own database server or clients under your control, it could # be dangerous to allow untrusted users to pass JSON sources into it. # If you must use it, use JSON.unsafe_load instead to make it clear. # # Since JSON version 2.8.0, `load` emits a deprecation warning when a # non native type is deserialized, without `create_additions` being explicitly # enabled, and in JSON version 3.0, `load` will have `create_additions` disabled # by default. # # - Argument +source+ must be, or be convertible to, a \String: # - If +source+ responds to instance method +to_str+, # <tt>source.to_str</tt> becomes the source. # - If +source+ responds to instance method +to_io+, # <tt>source.to_io.read</tt> becomes the source. # - If +source+ responds to instance method +read+, # <tt>source.read</tt> becomes the source. # - If both of the following are true, source becomes the \String <tt>'null'</tt>: # - Option +allow_blank+ specifies a truthy value. # - The source, as defined above, is +nil+ or the empty \String <tt>''</tt>. # - Otherwise, +source+ remains the source. # - Argument +proc+, if given, must be a \Proc that accepts one argument. # It will be called recursively with each result (depth-first order). # See details below. # - Argument +opts+, if given, contains a \Hash of options for the parsing. # See {Parsing Options}[#module-JSON-label-Parsing+Options]. # The default options can be changed via method JSON.load_default_options=. # # --- # # When no +proc+ is given, modifies +source+ as above and returns the result of # <tt>parse(source, opts)</tt>; see #parse. # # Source for following examples: # source = <<~JSON # { # "name": "Dave", # "age" :40, # "hats": [ # "Cattleman's", # "Panama", # "Tophat" # ] # } # JSON # # Load a \String: # ruby = JSON.load(source) # ruby # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # Load an \IO object: # require 'stringio' # object = JSON.load(StringIO.new(source)) # object # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # Load a \File object: # path = 't.json' # File.write(path, source) # File.open(path) do |file| # JSON.load(file) # end # => {"name"=>"Dave", "age"=>40, "hats"=>["Cattleman's", "Panama", "Tophat"]} # # --- # # When +proc+ is given: # - Modifies +source+ as above. # - Gets the +result+ from calling <tt>parse(source, opts)</tt>. # - Recursively calls <tt>proc(result)</tt>. # - Returns the final result. # # Example: # require 'json' # # # Some classes for the example. # class Base # def initialize(attributes) # @attributes = attributes # end # end # class User < Base; end # class Account < Base; end # class Admin < Base; end # # The JSON source. # json = <<-EOF # { # "users": [ # {"type": "User", "username": "jane", "email": "jane@example.com"}, # {"type": "User", "username": "john", "email": "john@example.com"} # ], # "accounts": [ # {"account": {"type": "Account", "paid": true, "account_id": "1234"}}, # {"account": {"type": "Account", "paid": false, "account_id": "1235"}} # ], # "admins": {"type": "Admin", "password": "0wn3d"} # } # EOF # # Deserializer method. # def deserialize_obj(obj, safe_types = %w(User Account Admin)) # type = obj.is_a?(Hash) && obj["type"] # safe_types.include?(type) ? Object.const_get(type).new(obj) : obj # end # # Call to JSON.load # ruby = JSON.load(json, proc {|obj| # case obj # when Hash # obj.each {|k, v| obj[k] = deserialize_obj v } # when Array # obj.map! {|v| deserialize_obj v } # end # }) # pp ruby # Output: # {"users"=> # [#<User:0x00000000064c4c98 # @attributes= # {"type"=>"User", "username"=>"jane", "email"=>"jane@example.com"}>, # #<User:0x00000000064c4bd0 # @attributes= # {"type"=>"User", "username"=>"john", "email"=>"john@example.com"}>], # "accounts"=> # [{"account"=> # #<Account:0x00000000064c4928 # @attributes={"type"=>"Account", "paid"=>true, "account_id"=>"1234"}>}, # {"account"=> # #<Account:0x00000000064c4680 # @attributes={"type"=>"Account", "paid"=>false, "account_id"=>"1235"}>}], # "admins"=> # #<Admin:0x00000000064c41f8 # @attributes={"type"=>"Admin", "password"=>"0wn3d"}>} # def load(source, proc = nil, options = nil) opts = if options.nil? load_default_options else load_default_options.merge(options) end unless source.is_a?(String) if source.respond_to? :to_str source = source.to_str elsif source.respond_to? :to_io source = source.to_io.read elsif source.respond_to?(:read) source = source.read end end if opts[:allow_blank] && (source.nil? || source.empty?) source = 'null' end result = parse(source, opts) recurse_proc(result, &proc) if proc result end # Recursively calls passed _Proc_ if the parsed data structure is an _Array_ or _Hash_ def recurse_proc(result, &proc) # :nodoc: case result when Array result.each { |x| recurse_proc x, &proc } proc.call result when Hash result.each { |x, y| recurse_proc x, &proc; recurse_proc y, &proc } proc.call result else proc.call result end end alias restore load module_function :restore class << self # Sets or returns the default options for the JSON.dump method. # Initially: # opts = JSON.dump_default_options # opts # => {:max_nesting=>false, :allow_nan=>true} attr_accessor :dump_default_options end self.dump_default_options = { :max_nesting => false, :allow_nan => true, } # :call-seq: # JSON.dump(obj, io = nil, limit = nil) # # Dumps +obj+ as a \JSON string, i.e. calls generate on the object and returns the result. # # The default options can be changed via method JSON.dump_default_options. # # - Argument +io+, if given, should respond to method +write+; # the \JSON \String is written to +io+, and +io+ is returned. # If +io+ is not given, the \JSON \String is returned. # - Argument +limit+, if given, is passed to JSON.generate as option +max_nesting+. # # --- # # When argument +io+ is not given, returns the \JSON \String generated from +obj+: # obj = {foo: [0, 1], bar: {baz: 2, bat: 3}, bam: :bad} # json = JSON.dump(obj) # json # => "{\"foo\":[0,1],\"bar\":{\"baz\":2,\"bat\":3},\"bam\":\"bad\"}" # # When argument +io+ is given, writes the \JSON \String to +io+ and returns +io+: # path = 't.json' # File.open(path, 'w') do |file| # JSON.dump(obj, file) # end # => #<File:t.json (closed)> # puts File.read(path) # Output: # {"foo":[0,1],"bar":{"baz":2,"bat":3},"bam":"bad"} def dump(obj, anIO = nil, limit = nil, kwargs = nil) if kwargs.nil? if limit.nil? if anIO.is_a?(Hash) kwargs = anIO anIO = nil end elsif limit.is_a?(Hash) kwargs = limit limit = nil end end unless anIO.nil? if anIO.respond_to?(:to_io) anIO = anIO.to_io elsif limit.nil? && !anIO.respond_to?(:write) anIO, limit = nil, anIO end end opts = JSON.dump_default_options opts = opts.merge(:max_nesting => limit) if limit opts = merge_dump_options(opts, **kwargs) if kwargs begin if State === opts opts.generate(obj, anIO) else State.generate(obj, opts, anIO) end rescue JSON::NestingError raise ArgumentError, "exceed depth limit" end end # Encodes string using String.encode. def self.iconv(to, from, string) string.encode(to, from) end def merge_dump_options(opts, strict: NOT_SET) opts = opts.merge(strict: strict) if NOT_SET != strict opts end class << self private :merge_dump_options end end module ::Kernel private # Outputs _objs_ to STDOUT as JSON strings in the shortest form, that is in # one line. def j(*objs) objs.each do |obj| puts JSON::generate(obj, :allow_nan => true, :max_nesting => false) end nil end # Outputs _objs_ to STDOUT as JSON strings in a pretty format, with # indentation and over many lines. def jj(*objs) objs.each do |obj| puts JSON::pretty_generate(obj, :allow_nan => true, :max_nesting => false) end nil end # If _object_ is string-like, parse the string and return the parsed result as # a Ruby data structure. Otherwise, generate a JSON text from the Ruby data # structure object and return it. # # The _opts_ argument is passed through to generate/parse respectively. See # generate and parse for their documentation. def JSON(object, *args) if object.is_a?(String) return JSON.parse(object, args.first) elsif object.respond_to?(:to_str) str = object.to_str if str.is_a?(String) return JSON.parse(object.to_str, args.first) end end JSON.generate(object, args.first) end end # Extends any Class to include _json_creatable?_ method. class ::Class # Returns true if this class can be used to create an instance # from a serialised JSON string. The class has to implement a class # method _json_create_ that expects a hash as first parameter. The hash # should include the required data. def json_creatable? respond_to?(:json_create) end end PK *J [�̹WN WN & share/gems/gems/json-2.9.1/lib/json.rbnu �[��� # frozen_string_literal: true require 'json/common' ## # = JavaScript \Object Notation (\JSON) # # \JSON is a lightweight data-interchange format. # # A \JSON value is one of the following: # - Double-quoted text: <tt>"foo"</tt>. # - Number: +1+, +1.0+, +2.0e2+. # - Boolean: +true+, +false+. # - Null: +null+. # - \Array: an ordered list of values, enclosed by square brackets: # ["foo", 1, 1.0, 2.0e2, true, false, null] # # - \Object: a collection of name/value pairs, enclosed by curly braces; # each name is double-quoted text; # the values may be any \JSON values: # {"a": "foo", "b": 1, "c": 1.0, "d": 2.0e2, "e": true, "f": false, "g": null} # # A \JSON array or object may contain nested arrays, objects, and scalars # to any depth: # {"foo": {"bar": 1, "baz": 2}, "bat": [0, 1, 2]} # [{"foo": 0, "bar": 1}, ["baz", 2]] # # == Using \Module \JSON # # To make module \JSON available in your code, begin with: # require 'json' # # All examples here assume that this has been done. # # === Parsing \JSON # # You can parse a \String containing \JSON data using # either of two methods: # - <tt>JSON.parse(source, opts)</tt> # - <tt>JSON.parse!(source, opts)</tt> # # where # - +source+ is a Ruby object. # - +opts+ is a \Hash object containing options # that control both input allowed and output formatting. # # The difference between the two methods # is that JSON.parse! omits some checks # and may not be safe for some +source+ data; # use it only for data from trusted sources. # Use the safer method JSON.parse for less trusted sources. # # ==== Parsing \JSON Arrays # # When +source+ is a \JSON array, JSON.parse by default returns a Ruby \Array: # json = '["foo", 1, 1.0, 2.0e2, true, false, null]' # ruby = JSON.parse(json) # ruby # => ["foo", 1, 1.0, 200.0, true, false, nil] # ruby.class # => Array # # The \JSON array may contain nested arrays, objects, and scalars # to any depth: # json = '[{"foo": 0, "bar": 1}, ["baz", 2]]' # JSON.parse(json) # => [{"foo"=>0, "bar"=>1}, ["baz", 2]] # # ==== Parsing \JSON \Objects # # When the source is a \JSON object, JSON.parse by default returns a Ruby \Hash: # json = '{"a": "foo", "b": 1, "c": 1.0, "d": 2.0e2, "e": true, "f": false, "g": null}' # ruby = JSON.parse(json) # ruby # => {"a"=>"foo", "b"=>1, "c"=>1.0, "d"=>200.0, "e"=>true, "f"=>false, "g"=>nil} # ruby.class # => Hash # # The \JSON object may contain nested arrays, objects, and scalars # to any depth: # json = '{"foo": {"bar": 1, "baz": 2}, "bat": [0, 1, 2]}' # JSON.parse(json) # => {"foo"=>{"bar"=>1, "baz"=>2}, "bat"=>[0, 1, 2]} # # ==== Parsing \JSON Scalars # # When the source is a \JSON scalar (not an array or object), # JSON.parse returns a Ruby scalar. # # \String: # ruby = JSON.parse('"foo"') # ruby # => 'foo' # ruby.class # => String # \Integer: # ruby = JSON.parse('1') # ruby # => 1 # ruby.class # => Integer # \Float: # ruby = JSON.parse('1.0') # ruby # => 1.0 # ruby.class # => Float # ruby = JSON.parse('2.0e2') # ruby # => 200 # ruby.class # => Float # Boolean: # ruby = JSON.parse('true') # ruby # => true # ruby.class # => TrueClass # ruby = JSON.parse('false') # ruby # => false # ruby.class # => FalseClass # Null: # ruby = JSON.parse('null') # ruby # => nil # ruby.class # => NilClass # # ==== Parsing Options # # ====== Input Options # # Option +max_nesting+ (\Integer) specifies the maximum nesting depth allowed; # defaults to +100+; specify +false+ to disable depth checking. # # With the default, +false+: # source = '[0, [1, [2, [3]]]]' # ruby = JSON.parse(source) # ruby # => [0, [1, [2, [3]]]] # Too deep: # # Raises JSON::NestingError (nesting of 2 is too deep): # JSON.parse(source, {max_nesting: 1}) # Bad value: # # Raises TypeError (wrong argument type Symbol (expected Fixnum)): # JSON.parse(source, {max_nesting: :foo}) # # --- # # Option +allow_nan+ (boolean) specifies whether to allow # NaN, Infinity, and MinusInfinity in +source+; # defaults to +false+. # # With the default, +false+: # # Raises JSON::ParserError (225: unexpected token at '[NaN]'): # JSON.parse('[NaN]') # # Raises JSON::ParserError (232: unexpected token at '[Infinity]'): # JSON.parse('[Infinity]') # # Raises JSON::ParserError (248: unexpected token at '[-Infinity]'): # JSON.parse('[-Infinity]') # Allow: # source = '[NaN, Infinity, -Infinity]' # ruby = JSON.parse(source, {allow_nan: true}) # ruby # => [NaN, Infinity, -Infinity] # # ====== Output Options # # Option +symbolize_names+ (boolean) specifies whether returned \Hash keys # should be Symbols; # defaults to +false+ (use Strings). # # With the default, +false+: # source = '{"a": "foo", "b": 1.0, "c": true, "d": false, "e": null}' # ruby = JSON.parse(source) # ruby # => {"a"=>"foo", "b"=>1.0, "c"=>true, "d"=>false, "e"=>nil} # Use Symbols: # ruby = JSON.parse(source, {symbolize_names: true}) # ruby # => {:a=>"foo", :b=>1.0, :c=>true, :d=>false, :e=>nil} # # --- # # Option +object_class+ (\Class) specifies the Ruby class to be used # for each \JSON object; # defaults to \Hash. # # With the default, \Hash: # source = '{"a": "foo", "b": 1.0, "c": true, "d": false, "e": null}' # ruby = JSON.parse(source) # ruby.class # => Hash # Use class \OpenStruct: # ruby = JSON.parse(source, {object_class: OpenStruct}) # ruby # => #<OpenStruct a="foo", b=1.0, c=true, d=false, e=nil> # # --- # # Option +array_class+ (\Class) specifies the Ruby class to be used # for each \JSON array; # defaults to \Array. # # With the default, \Array: # source = '["foo", 1.0, true, false, null]' # ruby = JSON.parse(source) # ruby.class # => Array # Use class \Set: # ruby = JSON.parse(source, {array_class: Set}) # ruby # => #<Set: {"foo", 1.0, true, false, nil}> # # --- # # Option +create_additions+ (boolean) specifies whether to use \JSON additions in parsing. # See {\JSON Additions}[#module-JSON-label-JSON+Additions]. # # === Generating \JSON # # To generate a Ruby \String containing \JSON data, # use method <tt>JSON.generate(source, opts)</tt>, where # - +source+ is a Ruby object. # - +opts+ is a \Hash object containing options # that control both input allowed and output formatting. # # ==== Generating \JSON from Arrays # # When the source is a Ruby \Array, JSON.generate returns # a \String containing a \JSON array: # ruby = [0, 's', :foo] # json = JSON.generate(ruby) # json # => '[0,"s","foo"]' # # The Ruby \Array array may contain nested arrays, hashes, and scalars # to any depth: # ruby = [0, [1, 2], {foo: 3, bar: 4}] # json = JSON.generate(ruby) # json # => '[0,[1,2],{"foo":3,"bar":4}]' # # ==== Generating \JSON from Hashes # # When the source is a Ruby \Hash, JSON.generate returns # a \String containing a \JSON object: # ruby = {foo: 0, bar: 's', baz: :bat} # json = JSON.generate(ruby) # json # => '{"foo":0,"bar":"s","baz":"bat"}' # # The Ruby \Hash array may contain nested arrays, hashes, and scalars # to any depth: # ruby = {foo: [0, 1], bar: {baz: 2, bat: 3}, bam: :bad} # json = JSON.generate(ruby) # json # => '{"foo":[0,1],"bar":{"baz":2,"bat":3},"bam":"bad"}' # # ==== Generating \JSON from Other Objects # # When the source is neither an \Array nor a \Hash, # the generated \JSON data depends on the class of the source. # # When the source is a Ruby \Integer or \Float, JSON.generate returns # a \String containing a \JSON number: # JSON.generate(42) # => '42' # JSON.generate(0.42) # => '0.42' # # When the source is a Ruby \String, JSON.generate returns # a \String containing a \JSON string (with double-quotes): # JSON.generate('A string') # => '"A string"' # # When the source is +true+, +false+ or +nil+, JSON.generate returns # a \String containing the corresponding \JSON token: # JSON.generate(true) # => 'true' # JSON.generate(false) # => 'false' # JSON.generate(nil) # => 'null' # # When the source is none of the above, JSON.generate returns # a \String containing a \JSON string representation of the source: # JSON.generate(:foo) # => '"foo"' # JSON.generate(Complex(0, 0)) # => '"0+0i"' # JSON.generate(Dir.new('.')) # => '"#<Dir>"' # # ==== Generating Options # # ====== Input Options # # Option +allow_nan+ (boolean) specifies whether # +NaN+, +Infinity+, and <tt>-Infinity</tt> may be generated; # defaults to +false+. # # With the default, +false+: # # Raises JSON::GeneratorError (920: NaN not allowed in JSON): # JSON.generate(JSON::NaN) # # Raises JSON::GeneratorError (917: Infinity not allowed in JSON): # JSON.generate(JSON::Infinity) # # Raises JSON::GeneratorError (917: -Infinity not allowed in JSON): # JSON.generate(JSON::MinusInfinity) # # Allow: # ruby = [Float::NaN, Float::Infinity, Float::MinusInfinity] # JSON.generate(ruby, allow_nan: true) # => '[NaN,Infinity,-Infinity]' # # --- # # Option +max_nesting+ (\Integer) specifies the maximum nesting depth # in +obj+; defaults to +100+. # # With the default, +100+: # obj = [[[[[[0]]]]]] # JSON.generate(obj) # => '[[[[[[0]]]]]]' # # Too deep: # # Raises JSON::NestingError (nesting of 2 is too deep): # JSON.generate(obj, max_nesting: 2) # # ====== Escaping Options # # Options +script_safe+ (boolean) specifies wether <tt>'\u2028'</tt>, <tt>'\u2029'</tt> # and <tt>'/'</tt> should be escaped as to make the JSON object safe to interpolate in script # tags. # # Options +ascii_only+ (boolean) specifies wether all characters outside the ASCII range # should be escaped. # # ====== Output Options # # The default formatting options generate the most compact # \JSON data, all on one line and with no whitespace. # # You can use these formatting options to generate # \JSON data in a more open format, using whitespace. # See also JSON.pretty_generate. # # - Option +array_nl+ (\String) specifies a string (usually a newline) # to be inserted after each \JSON array; defaults to the empty \String, <tt>''</tt>. # - Option +object_nl+ (\String) specifies a string (usually a newline) # to be inserted after each \JSON object; defaults to the empty \String, <tt>''</tt>. # - Option +indent+ (\String) specifies the string (usually spaces) to be # used for indentation; defaults to the empty \String, <tt>''</tt>; # defaults to the empty \String, <tt>''</tt>; # has no effect unless options +array_nl+ or +object_nl+ specify newlines. # - Option +space+ (\String) specifies a string (usually a space) to be # inserted after the colon in each \JSON object's pair; # defaults to the empty \String, <tt>''</tt>. # - Option +space_before+ (\String) specifies a string (usually a space) to be # inserted before the colon in each \JSON object's pair; # defaults to the empty \String, <tt>''</tt>. # # In this example, +obj+ is used first to generate the shortest # \JSON data (no whitespace), then again with all formatting options # specified: # # obj = {foo: [:bar, :baz], bat: {bam: 0, bad: 1}} # json = JSON.generate(obj) # puts 'Compact:', json # opts = { # array_nl: "\n", # object_nl: "\n", # indent: ' ', # space_before: ' ', # space: ' ' # } # puts 'Open:', JSON.generate(obj, opts) # # Output: # Compact: # {"foo":["bar","baz"],"bat":{"bam":0,"bad":1}} # Open: # { # "foo" : [ # "bar", # "baz" # ], # "bat" : { # "bam" : 0, # "bad" : 1 # } # } # # == \JSON Additions # # When you "round trip" a non-\String object from Ruby to \JSON and back, # you have a new \String, instead of the object you began with: # ruby0 = Range.new(0, 2) # json = JSON.generate(ruby0) # json # => '0..2"' # ruby1 = JSON.parse(json) # ruby1 # => '0..2' # ruby1.class # => String # # You can use \JSON _additions_ to preserve the original object. # The addition is an extension of a ruby class, so that: # - \JSON.generate stores more information in the \JSON string. # - \JSON.parse, called with option +create_additions+, # uses that information to create a proper Ruby object. # # This example shows a \Range being generated into \JSON # and parsed back into Ruby, both without and with # the addition for \Range: # ruby = Range.new(0, 2) # # This passage does not use the addition for Range. # json0 = JSON.generate(ruby) # ruby0 = JSON.parse(json0) # # This passage uses the addition for Range. # require 'json/add/range' # json1 = JSON.generate(ruby) # ruby1 = JSON.parse(json1, create_additions: true) # # Make a nice display. # display = <<~EOT # Generated JSON: # Without addition: #{json0} (#{json0.class}) # With addition: #{json1} (#{json1.class}) # Parsed JSON: # Without addition: #{ruby0.inspect} (#{ruby0.class}) # With addition: #{ruby1.inspect} (#{ruby1.class}) # EOT # puts display # # This output shows the different results: # Generated JSON: # Without addition: "0..2" (String) # With addition: {"json_class":"Range","a":[0,2,false]} (String) # Parsed JSON: # Without addition: "0..2" (String) # With addition: 0..2 (Range) # # The \JSON module includes additions for certain classes. # You can also craft custom additions. # See {Custom \JSON Additions}[#module-JSON-label-Custom+JSON+Additions]. # # === Built-in Additions # # The \JSON module includes additions for certain classes. # To use an addition, +require+ its source: # - BigDecimal: <tt>require 'json/add/bigdecimal'</tt> # - Complex: <tt>require 'json/add/complex'</tt> # - Date: <tt>require 'json/add/date'</tt> # - DateTime: <tt>require 'json/add/date_time'</tt> # - Exception: <tt>require 'json/add/exception'</tt> # - OpenStruct: <tt>require 'json/add/ostruct'</tt> # - Range: <tt>require 'json/add/range'</tt> # - Rational: <tt>require 'json/add/rational'</tt> # - Regexp: <tt>require 'json/add/regexp'</tt> # - Set: <tt>require 'json/add/set'</tt> # - Struct: <tt>require 'json/add/struct'</tt> # - Symbol: <tt>require 'json/add/symbol'</tt> # - Time: <tt>require 'json/add/time'</tt> # # To reduce punctuation clutter, the examples below # show the generated \JSON via +puts+, rather than the usual +inspect+, # # \BigDecimal: # require 'json/add/bigdecimal' # ruby0 = BigDecimal(0) # 0.0 # json = JSON.generate(ruby0) # {"json_class":"BigDecimal","b":"27:0.0"} # ruby1 = JSON.parse(json, create_additions: true) # 0.0 # ruby1.class # => BigDecimal # # \Complex: # require 'json/add/complex' # ruby0 = Complex(1+0i) # 1+0i # json = JSON.generate(ruby0) # {"json_class":"Complex","r":1,"i":0} # ruby1 = JSON.parse(json, create_additions: true) # 1+0i # ruby1.class # Complex # # \Date: # require 'json/add/date' # ruby0 = Date.today # 2020-05-02 # json = JSON.generate(ruby0) # {"json_class":"Date","y":2020,"m":5,"d":2,"sg":2299161.0} # ruby1 = JSON.parse(json, create_additions: true) # 2020-05-02 # ruby1.class # Date # # \DateTime: # require 'json/add/date_time' # ruby0 = DateTime.now # 2020-05-02T10:38:13-05:00 # json = JSON.generate(ruby0) # {"json_class":"DateTime","y":2020,"m":5,"d":2,"H":10,"M":38,"S":13,"of":"-5/24","sg":2299161.0} # ruby1 = JSON.parse(json, create_additions: true) # 2020-05-02T10:38:13-05:00 # ruby1.class # DateTime # # \Exception (and its subclasses including \RuntimeError): # require 'json/add/exception' # ruby0 = Exception.new('A message') # A message # json = JSON.generate(ruby0) # {"json_class":"Exception","m":"A message","b":null} # ruby1 = JSON.parse(json, create_additions: true) # A message # ruby1.class # Exception # ruby0 = RuntimeError.new('Another message') # Another message # json = JSON.generate(ruby0) # {"json_class":"RuntimeError","m":"Another message","b":null} # ruby1 = JSON.parse(json, create_additions: true) # Another message # ruby1.class # RuntimeError # # \OpenStruct: # require 'json/add/ostruct' # ruby0 = OpenStruct.new(name: 'Matz', language: 'Ruby') # #<OpenStruct name="Matz", language="Ruby"> # json = JSON.generate(ruby0) # {"json_class":"OpenStruct","t":{"name":"Matz","language":"Ruby"}} # ruby1 = JSON.parse(json, create_additions: true) # #<OpenStruct name="Matz", language="Ruby"> # ruby1.class # OpenStruct # # \Range: # require 'json/add/range' # ruby0 = Range.new(0, 2) # 0..2 # json = JSON.generate(ruby0) # {"json_class":"Range","a":[0,2,false]} # ruby1 = JSON.parse(json, create_additions: true) # 0..2 # ruby1.class # Range # # \Rational: # require 'json/add/rational' # ruby0 = Rational(1, 3) # 1/3 # json = JSON.generate(ruby0) # {"json_class":"Rational","n":1,"d":3} # ruby1 = JSON.parse(json, create_additions: true) # 1/3 # ruby1.class # Rational # # \Regexp: # require 'json/add/regexp' # ruby0 = Regexp.new('foo') # (?-mix:foo) # json = JSON.generate(ruby0) # {"json_class":"Regexp","o":0,"s":"foo"} # ruby1 = JSON.parse(json, create_additions: true) # (?-mix:foo) # ruby1.class # Regexp # # \Set: # require 'json/add/set' # ruby0 = Set.new([0, 1, 2]) # #<Set: {0, 1, 2}> # json = JSON.generate(ruby0) # {"json_class":"Set","a":[0,1,2]} # ruby1 = JSON.parse(json, create_additions: true) # #<Set: {0, 1, 2}> # ruby1.class # Set # # \Struct: # require 'json/add/struct' # Customer = Struct.new(:name, :address) # Customer # ruby0 = Customer.new("Dave", "123 Main") # #<struct Customer name="Dave", address="123 Main"> # json = JSON.generate(ruby0) # {"json_class":"Customer","v":["Dave","123 Main"]} # ruby1 = JSON.parse(json, create_additions: true) # #<struct Customer name="Dave", address="123 Main"> # ruby1.class # Customer # # \Symbol: # require 'json/add/symbol' # ruby0 = :foo # foo # json = JSON.generate(ruby0) # {"json_class":"Symbol","s":"foo"} # ruby1 = JSON.parse(json, create_additions: true) # foo # ruby1.class # Symbol # # \Time: # require 'json/add/time' # ruby0 = Time.now # 2020-05-02 11:28:26 -0500 # json = JSON.generate(ruby0) # {"json_class":"Time","s":1588436906,"n":840560000} # ruby1 = JSON.parse(json, create_additions: true) # 2020-05-02 11:28:26 -0500 # ruby1.class # Time # # # === Custom \JSON Additions # # In addition to the \JSON additions provided, # you can craft \JSON additions of your own, # either for Ruby built-in classes or for user-defined classes. # # Here's a user-defined class +Foo+: # class Foo # attr_accessor :bar, :baz # def initialize(bar, baz) # self.bar = bar # self.baz = baz # end # end # # Here's the \JSON addition for it: # # Extend class Foo with JSON addition. # class Foo # # Serialize Foo object with its class name and arguments # def to_json(*args) # { # JSON.create_id => self.class.name, # 'a' => [ bar, baz ] # }.to_json(*args) # end # # Deserialize JSON string by constructing new Foo object with arguments. # def self.json_create(object) # new(*object['a']) # end # end # # Demonstration: # require 'json' # # This Foo object has no custom addition. # foo0 = Foo.new(0, 1) # json0 = JSON.generate(foo0) # obj0 = JSON.parse(json0) # # Lood the custom addition. # require_relative 'foo_addition' # # This foo has the custom addition. # foo1 = Foo.new(0, 1) # json1 = JSON.generate(foo1) # obj1 = JSON.parse(json1, create_additions: true) # # Make a nice display. # display = <<~EOT # Generated JSON: # Without custom addition: #{json0} (#{json0.class}) # With custom addition: #{json1} (#{json1.class}) # Parsed JSON: # Without custom addition: #{obj0.inspect} (#{obj0.class}) # With custom addition: #{obj1.inspect} (#{obj1.class}) # EOT # puts display # # Output: # # Generated JSON: # Without custom addition: "#<Foo:0x0000000006534e80>" (String) # With custom addition: {"json_class":"Foo","a":[0,1]} (String) # Parsed JSON: # Without custom addition: "#<Foo:0x0000000006534e80>" (String) # With custom addition: #<Foo:0x0000000006473bb8 @bar=0, @baz=1> (Foo) # module JSON require 'json/version' require 'json/ext' end PK *J [�;Tw w share/ruby/tmpdir.rbnu �[��� # frozen_string_literal: true # # tmpdir - retrieve temporary directory path # # $Id$ # require 'fileutils' begin require 'etc.so' rescue LoadError # rescue LoadError for miniruby end class Dir # Class variables are inaccessible from non-main Ractor. # And instance variables too, in Ruby 3.0. ## # Returns the operating system's temporary file path. # # require 'tmpdir' # Dir.tmpdir # => "/tmp" def self.tmpdir Tmpname::TMPDIR_CANDIDATES.find do |name, dir| unless dir next if !(dir = ENV[name] rescue next) or dir.empty? end dir = File.expand_path(dir) stat = File.stat(dir) rescue next case when !stat.directory? warn "#{name} is not a directory: #{dir}" when !File.writable?(dir) # We call File.writable?, not stat.writable?, because you can't tell if a dir is actually # writable just from stat; OS mechanisms other than user/group/world bits can affect this. warn "#{name} is not writable: #{dir}" when stat.world_writable? && !stat.sticky? warn "#{name} is world-writable: #{dir}" else break dir end end or raise ArgumentError, "could not find a temporary directory" end # Dir.mktmpdir creates a temporary directory. # # require 'tmpdir' # Dir.mktmpdir {|dir| # # use the directory # } # # The directory is created with 0700 permission. # Application should not change the permission to make the temporary directory accessible from other users. # # The prefix and suffix of the name of the directory is specified by # the optional first argument, <i>prefix_suffix</i>. # - If it is not specified or nil, "d" is used as the prefix and no suffix is used. # - If it is a string, it is used as the prefix and no suffix is used. # - If it is an array, first element is used as the prefix and second element is used as a suffix. # # Dir.mktmpdir {|dir| dir is ".../d..." } # Dir.mktmpdir("foo") {|dir| dir is ".../foo..." } # Dir.mktmpdir(["foo", "bar"]) {|dir| dir is ".../foo...bar" } # # The directory is created under Dir.tmpdir or # the optional second argument <i>tmpdir</i> if non-nil value is given. # # Dir.mktmpdir {|dir| dir is "#{Dir.tmpdir}/d..." } # Dir.mktmpdir(nil, "/var/tmp") {|dir| dir is "/var/tmp/d..." } # # If a block is given, # it is yielded with the path of the directory. # The directory and its contents are removed # using FileUtils.remove_entry before Dir.mktmpdir returns. # The value of the block is returned. # # Dir.mktmpdir {|dir| # # use the directory... # open("#{dir}/foo", "w") { something using the file } # } # # If a block is not given, # The path of the directory is returned. # In this case, Dir.mktmpdir doesn't remove the directory. # # dir = Dir.mktmpdir # begin # # use the directory... # open("#{dir}/foo", "w") { something using the file } # ensure # # remove the directory. # FileUtils.remove_entry dir # end # def self.mktmpdir(prefix_suffix=nil, *rest, **options, &block) base = nil path = Tmpname.create(prefix_suffix || "d", *rest, **options) {|path, _, _, d| base = d mkdir(path, 0700) } if block begin yield path.dup ensure unless base base = File.dirname(path) stat = File.stat(base) if stat.world_writable? and !stat.sticky? raise ArgumentError, "parent directory is world writable but not sticky: #{base}" end end FileUtils.remove_entry path end else path end end # Temporary name generator module Tmpname # :nodoc: module_function # System-wide temporary directory path systmpdir = (defined?(Etc.systmpdir) ? Etc.systmpdir.freeze : '/tmp') # Temporary directory candidates consisting of environment variable # names or description and path pairs. TMPDIR_CANDIDATES = [ 'TMPDIR', 'TMP', 'TEMP', ['system temporary path', systmpdir], %w[/tmp /tmp], %w[. .], ].each(&:freeze).freeze def tmpdir Dir.tmpdir end # Unusable characters as path name UNUSABLE_CHARS = "^,-.0-9A-Z_a-z~" # Dedicated random number generator RANDOM = Object.new class << RANDOM # :nodoc: # Maximum random number MAX = 36**6 # < 0x100000000 # Returns new random string upto 6 bytes def next (::Random.urandom(4).unpack1("L")%MAX).to_s(36) end end RANDOM.freeze private_constant :RANDOM # Generates and yields random names to create a temporary name def create(basename, tmpdir=nil, max_try: nil, **opts) if tmpdir origdir = tmpdir = File.path(tmpdir) raise ArgumentError, "empty parent path" if tmpdir.empty? else tmpdir = tmpdir() end n = nil prefix, suffix = basename prefix = (String.try_convert(prefix) or raise ArgumentError, "unexpected prefix: #{prefix.inspect}") prefix = prefix.delete(UNUSABLE_CHARS) suffix &&= (String.try_convert(suffix) or raise ArgumentError, "unexpected suffix: #{suffix.inspect}") suffix &&= suffix.delete(UNUSABLE_CHARS) begin t = Time.now.strftime("%Y%m%d") path = "#{prefix}#{t}-#{$$}-#{RANDOM.next}"\ "#{n ? %[-#{n}] : ''}#{suffix||''}" path = File.join(tmpdir, path) yield(path, n, opts, origdir) rescue Errno::EEXIST n ||= 0 n += 1 retry if !max_try or n < max_try raise "cannot generate temporary name using '#{basename}' under '#{tmpdir}'" end path end end end PK *J [hz���Y �Y share/ruby/logger.rbnu �[��� # frozen_string_literal: true # logger.rb - simple logging utility # Copyright (C) 2000-2003, 2005, 2008, 2011 NAKAMURA, Hiroshi <nahi@ruby-lang.org>. # # Documentation:: NAKAMURA, Hiroshi and Gavin Sinclair # License:: # You can redistribute it and/or modify it under the same terms of Ruby's # license; either the dual license version in 2003, or any later version. # Revision:: $Id$ # # A simple system for logging messages. See Logger for more documentation. require 'fiber' require 'monitor' require 'rbconfig' require_relative 'logger/version' require_relative 'logger/formatter' require_relative 'logger/log_device' require_relative 'logger/severity' require_relative 'logger/errors' # \Class \Logger provides a simple but sophisticated logging utility that # you can use to create one or more # {event logs}[https://en.wikipedia.org/wiki/Logging_(software)#Event_logs] # for your program. # Each such log contains a chronological sequence of entries # that provides a record of the program's activities. # # == About the Examples # # All examples on this page assume that \Logger has been required: # # require 'logger' # # == Synopsis # # Create a log with Logger.new: # # # Single log file. # logger = Logger.new('t.log') # # Size-based rotated logging: 3 10-megabyte files. # logger = Logger.new('t.log', 3, 10485760) # # Period-based rotated logging: daily (also allowed: 'weekly', 'monthly'). # logger = Logger.new('t.log', 'daily') # # Log to an IO stream. # logger = Logger.new($stdout) # # Add entries (level, message) with Logger#add: # # logger.add(Logger::DEBUG, 'Maximal debugging info') # logger.add(Logger::INFO, 'Non-error information') # logger.add(Logger::WARN, 'Non-error warning') # logger.add(Logger::ERROR, 'Non-fatal error') # logger.add(Logger::FATAL, 'Fatal error') # logger.add(Logger::UNKNOWN, 'Most severe') # # Close the log with Logger#close: # # logger.close # # == Entries # # You can add entries with method Logger#add: # # logger.add(Logger::DEBUG, 'Maximal debugging info') # logger.add(Logger::INFO, 'Non-error information') # logger.add(Logger::WARN, 'Non-error warning') # logger.add(Logger::ERROR, 'Non-fatal error') # logger.add(Logger::FATAL, 'Fatal error') # logger.add(Logger::UNKNOWN, 'Most severe') # # These shorthand methods also add entries: # # logger.debug('Maximal debugging info') # logger.info('Non-error information') # logger.warn('Non-error warning') # logger.error('Non-fatal error') # logger.fatal('Fatal error') # logger.unknown('Most severe') # # When you call any of these methods, # the entry may or may not be written to the log, # depending on the entry's severity and on the log level; # see {Log Level}[rdoc-ref:Logger@Log+Level] # # An entry always has: # # - A severity (the required argument to #add). # - An automatically created timestamp. # # And may also have: # # - A message. # - A program name. # # Example: # # logger = Logger.new($stdout) # logger.add(Logger::INFO, 'My message.', 'mung') # # => I, [2022-05-07T17:21:46.536234 #20536] INFO -- mung: My message. # # The default format for an entry is: # # "%s, [%s #%d] %5s -- %s: %s\n" # # where the values to be formatted are: # # - \Severity (one letter). # - Timestamp. # - Process id. # - \Severity (word). # - Program name. # - Message. # # You can use a different entry format by: # # - Setting a custom format proc (affects following entries); # see {formatter=}[Logger.html#attribute-i-formatter]. # - Calling any of the methods above with a block # (affects only the one entry). # Doing so can have two benefits: # # - Context: the block can evaluate the entire program context # and create a context-dependent message. # - Performance: the block is not evaluated unless the log level # permits the entry actually to be written: # # logger.error { my_slow_message_generator } # # Contrast this with the string form, where the string is # always evaluated, regardless of the log level: # # logger.error("#{my_slow_message_generator}") # # === \Severity # # The severity of a log entry has two effects: # # - Determines whether the entry is selected for inclusion in the log; # see {Log Level}[rdoc-ref:Logger@Log+Level]. # - Indicates to any log reader (whether a person or a program) # the relative importance of the entry. # # === Timestamp # # The timestamp for a log entry is generated automatically # when the entry is created. # # The logged timestamp is formatted by method # {Time#strftime}[rdoc-ref:Time#strftime] # using this format string: # # '%Y-%m-%dT%H:%M:%S.%6N' # # Example: # # logger = Logger.new($stdout) # logger.add(Logger::INFO) # # => I, [2022-05-07T17:04:32.318331 #20536] INFO -- : nil # # You can set a different format using method #datetime_format=. # # === Message # # The message is an optional argument to an entry method: # # logger = Logger.new($stdout) # logger.add(Logger::INFO, 'My message') # # => I, [2022-05-07T18:15:37.647581 #20536] INFO -- : My message # # For the default entry formatter, <tt>Logger::Formatter</tt>, # the message object may be: # # - A string: used as-is. # - An Exception: <tt>message.message</tt> is used. # - Anything else: <tt>message.inspect</tt> is used. # # *Note*: Logger::Formatter does not escape or sanitize # the message passed to it. # Developers should be aware that malicious data (user input) # may be in the message, and should explicitly escape untrusted data. # # You can use a custom formatter to escape message data; # see the example at {formatter=}[Logger.html#attribute-i-formatter]. # # === Program Name # # The program name is an optional argument to an entry method: # # logger = Logger.new($stdout) # logger.add(Logger::INFO, 'My message', 'mung') # # => I, [2022-05-07T18:17:38.084716 #20536] INFO -- mung: My message # # The default program name for a new logger may be set in the call to # Logger.new via optional keyword argument +progname+: # # logger = Logger.new('t.log', progname: 'mung') # # The default program name for an existing logger may be set # by a call to method #progname=: # # logger.progname = 'mung' # # The current program name may be retrieved with method # {progname}[Logger.html#attribute-i-progname]: # # logger.progname # => "mung" # # == Log Level # # The log level setting determines whether an entry is actually # written to the log, based on the entry's severity. # # These are the defined severities (least severe to most severe): # # logger = Logger.new($stdout) # logger.add(Logger::DEBUG, 'Maximal debugging info') # # => D, [2022-05-07T17:57:41.776220 #20536] DEBUG -- : Maximal debugging info # logger.add(Logger::INFO, 'Non-error information') # # => I, [2022-05-07T17:59:14.349167 #20536] INFO -- : Non-error information # logger.add(Logger::WARN, 'Non-error warning') # # => W, [2022-05-07T18:00:45.337538 #20536] WARN -- : Non-error warning # logger.add(Logger::ERROR, 'Non-fatal error') # # => E, [2022-05-07T18:02:41.592912 #20536] ERROR -- : Non-fatal error # logger.add(Logger::FATAL, 'Fatal error') # # => F, [2022-05-07T18:05:24.703931 #20536] FATAL -- : Fatal error # logger.add(Logger::UNKNOWN, 'Most severe') # # => A, [2022-05-07T18:07:54.657491 #20536] ANY -- : Most severe # # The default initial level setting is Logger::DEBUG, the lowest level, # which means that all entries are to be written, regardless of severity: # # logger = Logger.new($stdout) # logger.level # => 0 # logger.add(0, "My message") # # => D, [2022-05-11T15:10:59.773668 #20536] DEBUG -- : My message # # You can specify a different setting in a new logger # using keyword argument +level+ with an appropriate value: # # logger = Logger.new($stdout, level: Logger::ERROR) # logger = Logger.new($stdout, level: 'error') # logger = Logger.new($stdout, level: :error) # logger.level # => 3 # # With this level, entries with severity Logger::ERROR and higher # are written, while those with lower severities are not written: # # logger = Logger.new($stdout, level: Logger::ERROR) # logger.add(3) # # => E, [2022-05-11T15:17:20.933362 #20536] ERROR -- : nil # logger.add(2) # Silent. # # You can set the log level for an existing logger # with method #level=: # # logger.level = Logger::ERROR # # These shorthand methods also set the level: # # logger.debug! # => 0 # logger.info! # => 1 # logger.warn! # => 2 # logger.error! # => 3 # logger.fatal! # => 4 # # You can retrieve the log level with method #level. # # logger.level = Logger::ERROR # logger.level # => 3 # # These methods return whether a given # level is to be written: # # logger.level = Logger::ERROR # logger.debug? # => false # logger.info? # => false # logger.warn? # => false # logger.error? # => true # logger.fatal? # => true # # == Log File Rotation # # By default, a log file is a single file that grows indefinitely # (until explicitly closed); there is no file rotation. # # To keep log files to a manageable size, # you can use _log_ _file_ _rotation_, which uses multiple log files: # # - Each log file has entries for a non-overlapping # time interval. # - Only the most recent log file is open and active; # the others are closed and inactive. # # === Size-Based Rotation # # For size-based log file rotation, call Logger.new with: # # - Argument +logdev+ as a file path. # - Argument +shift_age+ with a positive integer: # the number of log files to be in the rotation. # - Argument +shift_size+ as a positive integer: # the maximum size (in bytes) of each log file; # defaults to 1048576 (1 megabyte). # # Examples: # # logger = Logger.new('t.log', 3) # Three 1-megabyte files. # logger = Logger.new('t.log', 5, 10485760) # Five 10-megabyte files. # # For these examples, suppose: # # logger = Logger.new('t.log', 3) # # Logging begins in the new log file, +t.log+; # the log file is "full" and ready for rotation # when a new entry would cause its size to exceed +shift_size+. # # The first time +t.log+ is full: # # - +t.log+ is closed and renamed to +t.log.0+. # - A new file +t.log+ is opened. # # The second time +t.log+ is full: # # - +t.log.0 is renamed as +t.log.1+. # - +t.log+ is closed and renamed to +t.log.0+. # - A new file +t.log+ is opened. # # Each subsequent time that +t.log+ is full, # the log files are rotated: # # - +t.log.1+ is removed. # - +t.log.0 is renamed as +t.log.1+. # - +t.log+ is closed and renamed to +t.log.0+. # - A new file +t.log+ is opened. # # === Periodic Rotation # # For periodic rotation, call Logger.new with: # # - Argument +logdev+ as a file path. # - Argument +shift_age+ as a string period indicator. # # Examples: # # logger = Logger.new('t.log', 'daily') # Rotate log files daily. # logger = Logger.new('t.log', 'weekly') # Rotate log files weekly. # logger = Logger.new('t.log', 'monthly') # Rotate log files monthly. # # Example: # # logger = Logger.new('t.log', 'daily') # # When the given period expires: # # - The base log file, +t.log+ is closed and renamed # with a date-based suffix such as +t.log.20220509+. # - A new log file +t.log+ is opened. # - Nothing is removed. # # The default format for the suffix is <tt>'%Y%m%d'</tt>, # which produces a suffix similar to the one above. # You can set a different format using create-time option # +shift_period_suffix+; # see details and suggestions at # {Time#strftime}[rdoc-ref:Time#strftime]. # class Logger _, name, rev = %w$Id$ if name name = name.chomp(",v") else name = File.basename(__FILE__) end rev ||= "v#{VERSION}" ProgName = "#{name}/#{rev}" include Severity # Logging severity threshold (e.g. <tt>Logger::INFO</tt>). def level level_override[level_key] || @level end # Sets the log level; returns +severity+. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # # Argument +severity+ may be an integer, a string, or a symbol: # # logger.level = Logger::ERROR # => 3 # logger.level = 3 # => 3 # logger.level = 'error' # => "error" # logger.level = :error # => :error # # Logger#sev_threshold= is an alias for Logger#level=. # def level=(severity) @level = Severity.coerce(severity) end # Adjust the log level during the block execution for the current Fiber only # # logger.with_level(:debug) do # logger.debug { "Hello" } # end def with_level(severity) prev, level_override[level_key] = level, Severity.coerce(severity) begin yield ensure if prev level_override[level_key] = prev else level_override.delete(level_key) end end end # Program name to include in log messages. attr_accessor :progname # Sets the date-time format. # # Argument +datetime_format+ should be either of these: # # - A string suitable for use as a format for method # {Time#strftime}[rdoc-ref:Time#strftime]. # - +nil+: the logger uses <tt>'%Y-%m-%dT%H:%M:%S.%6N'</tt>. # def datetime_format=(datetime_format) @default_formatter.datetime_format = datetime_format end # Returns the date-time format; see #datetime_format=. # def datetime_format @default_formatter.datetime_format end # Sets or retrieves the logger entry formatter proc. # # When +formatter+ is +nil+, the logger uses Logger::Formatter. # # When +formatter+ is a proc, a new entry is formatted by the proc, # which is called with four arguments: # # - +severity+: The severity of the entry. # - +time+: A Time object representing the entry's timestamp. # - +progname+: The program name for the entry. # - +msg+: The message for the entry (string or string-convertible object). # # The proc should return a string containing the formatted entry. # # This custom formatter uses # {String#dump}[rdoc-ref:String#dump] # to escape the message string: # # logger = Logger.new($stdout, progname: 'mung') # original_formatter = logger.formatter || Logger::Formatter.new # logger.formatter = proc { |severity, time, progname, msg| # original_formatter.call(severity, time, progname, msg.dump) # } # logger.add(Logger::INFO, "hello \n ''") # logger.add(Logger::INFO, "\f\x00\xff\\\"") # # Output: # # I, [2022-05-13T13:16:29.637488 #8492] INFO -- mung: "hello \n ''" # I, [2022-05-13T13:16:29.637610 #8492] INFO -- mung: "\f\x00\xFF\\\"" # attr_accessor :formatter alias sev_threshold level alias sev_threshold= level= # Returns +true+ if the log level allows entries with severity # Logger::DEBUG to be written, +false+ otherwise. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def debug?; level <= DEBUG; end # Sets the log level to Logger::DEBUG. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def debug!; self.level = DEBUG; end # Returns +true+ if the log level allows entries with severity # Logger::INFO to be written, +false+ otherwise. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def info?; level <= INFO; end # Sets the log level to Logger::INFO. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def info!; self.level = INFO; end # Returns +true+ if the log level allows entries with severity # Logger::WARN to be written, +false+ otherwise. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def warn?; level <= WARN; end # Sets the log level to Logger::WARN. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def warn!; self.level = WARN; end # Returns +true+ if the log level allows entries with severity # Logger::ERROR to be written, +false+ otherwise. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def error?; level <= ERROR; end # Sets the log level to Logger::ERROR. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def error!; self.level = ERROR; end # Returns +true+ if the log level allows entries with severity # Logger::FATAL to be written, +false+ otherwise. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def fatal?; level <= FATAL; end # Sets the log level to Logger::FATAL. # See {Log Level}[rdoc-ref:Logger@Log+Level]. # def fatal!; self.level = FATAL; end # :call-seq: # Logger.new(logdev, shift_age = 0, shift_size = 1048576, **options) # # With the single argument +logdev+, # returns a new logger with all default options: # # Logger.new('t.log') # => #<Logger:0x000001e685dc6ac8> # # Argument +logdev+ must be one of: # # - A string filepath: entries are to be written # to the file at that path; if the file at that path exists, # new entries are appended. # - An IO stream (typically +$stdout+, +$stderr+. or an open file): # entries are to be written to the given stream. # - +nil+ or +File::NULL+: no entries are to be written. # # Examples: # # Logger.new('t.log') # Logger.new($stdout) # # The keyword options are: # # - +level+: sets the log level; default value is Logger::DEBUG. # See {Log Level}[rdoc-ref:Logger@Log+Level]: # # Logger.new('t.log', level: Logger::ERROR) # # - +progname+: sets the default program name; default is +nil+. # See {Program Name}[rdoc-ref:Logger@Program+Name]: # # Logger.new('t.log', progname: 'mung') # # - +formatter+: sets the entry formatter; default is +nil+. # See {formatter=}[Logger.html#attribute-i-formatter]. # - +datetime_format+: sets the format for entry timestamp; # default is +nil+. # See #datetime_format=. # - +binmode+: sets whether the logger writes in binary mode; # default is +false+. # - +shift_period_suffix+: sets the format for the filename suffix # for periodic log file rotation; default is <tt>'%Y%m%d'</tt>. # See {Periodic Rotation}[rdoc-ref:Logger@Periodic+Rotation]. # - +reraise_write_errors+: An array of exception classes, which will # be reraised if there is an error when writing to the log device. # The default is to swallow all exceptions raised. # def initialize(logdev, shift_age = 0, shift_size = 1048576, level: DEBUG, progname: nil, formatter: nil, datetime_format: nil, binmode: false, shift_period_suffix: '%Y%m%d', reraise_write_errors: []) self.level = level self.progname = progname @default_formatter = Formatter.new self.datetime_format = datetime_format self.formatter = formatter @logdev = nil @level_override = {} if logdev && logdev != File::NULL @logdev = LogDevice.new(logdev, shift_age: shift_age, shift_size: shift_size, shift_period_suffix: shift_period_suffix, binmode: binmode, reraise_write_errors: reraise_write_errors) end end # Sets the logger's output stream: # # - If +logdev+ is +nil+, reopens the current output stream. # - If +logdev+ is a filepath, opens the indicated file for append. # - If +logdev+ is an IO stream # (usually <tt>$stdout</tt>, <tt>$stderr</tt>, or an open File object), # opens the stream for append. # # Example: # # logger = Logger.new('t.log') # logger.add(Logger::ERROR, 'one') # logger.close # logger.add(Logger::ERROR, 'two') # Prints 'log writing failed. closed stream' # logger.reopen # logger.add(Logger::ERROR, 'three') # logger.close # File.readlines('t.log') # # => # # ["# Logfile created on 2022-05-12 14:21:19 -0500 by logger.rb/v1.5.0\n", # # "E, [2022-05-12T14:21:27.596726 #22428] ERROR -- : one\n", # # "E, [2022-05-12T14:23:05.847241 #22428] ERROR -- : three\n"] # def reopen(logdev = nil) @logdev&.reopen(logdev) self end # Creates a log entry, which may or may not be written to the log, # depending on the entry's severity and on the log level. # See {Log Level}[rdoc-ref:Logger@Log+Level] # and {Entries}[rdoc-ref:Logger@Entries] for details. # # Examples: # # logger = Logger.new($stdout, progname: 'mung') # logger.add(Logger::INFO) # logger.add(Logger::ERROR, 'No good') # logger.add(Logger::ERROR, 'No good', 'gnum') # # Output: # # I, [2022-05-12T16:25:31.469726 #36328] INFO -- mung: mung # E, [2022-05-12T16:25:55.349414 #36328] ERROR -- mung: No good # E, [2022-05-12T16:26:35.841134 #36328] ERROR -- gnum: No good # # These convenience methods have implicit severity: # # - #debug. # - #info. # - #warn. # - #error. # - #fatal. # - #unknown. # def add(severity, message = nil, progname = nil) severity ||= UNKNOWN if @logdev.nil? or severity < level return true end if progname.nil? progname = @progname end if message.nil? if block_given? message = yield else message = progname progname = @progname end end @logdev.write( format_message(format_severity(severity), Time.now, progname, message)) true end alias log add # Writes the given +msg+ to the log with no formatting; # returns the number of characters written, # or +nil+ if no log device exists: # # logger = Logger.new($stdout) # logger << 'My message.' # => 10 # # Output: # # My message. # def <<(msg) @logdev&.write(msg) end # Equivalent to calling #add with severity <tt>Logger::DEBUG</tt>. # def debug(progname = nil, &block) add(DEBUG, nil, progname, &block) end # Equivalent to calling #add with severity <tt>Logger::INFO</tt>. # def info(progname = nil, &block) add(INFO, nil, progname, &block) end # Equivalent to calling #add with severity <tt>Logger::WARN</tt>. # def warn(progname = nil, &block) add(WARN, nil, progname, &block) end # Equivalent to calling #add with severity <tt>Logger::ERROR</tt>. # def error(progname = nil, &block) add(ERROR, nil, progname, &block) end # Equivalent to calling #add with severity <tt>Logger::FATAL</tt>. # def fatal(progname = nil, &block) add(FATAL, nil, progname, &block) end # Equivalent to calling #add with severity <tt>Logger::UNKNOWN</tt>. # def unknown(progname = nil, &block) add(UNKNOWN, nil, progname, &block) end # Closes the logger; returns +nil+: # # logger = Logger.new('t.log') # logger.close # => nil # logger.info('foo') # Prints "log writing failed. closed stream" # # Related: Logger#reopen. def close @logdev&.close end private # \Severity label for logging (max 5 chars). SEV_LABEL = %w(DEBUG INFO WARN ERROR FATAL ANY).freeze def format_severity(severity) SEV_LABEL[severity] || 'ANY' end # Guarantee the existence of this ivar even when subclasses don't call the superclass constructor. def level_override @level_override ||= {} end def level_key Fiber.current end def format_message(severity, datetime, progname, msg) (@formatter || @default_formatter).call(severity, datetime, progname, msg) end end PK *J [g�V�� � > share/ruby/syntax_suggest/capture/before_after_keyword_ends.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest module Capture # Shows surrounding kw/end pairs # # The purpose of showing these extra pairs is due to cases # of ambiguity when only one visible line is matched. # # For example: # # 1 class Dog # 2 def bark # 4 def eat # 5 end # 6 end # # In this case either line 2 could be missing an `end` or # line 4 was an extra line added by mistake (it happens). # # When we detect the above problem it shows the issue # as only being on line 2 # # 2 def bark # # Showing "neighbor" keyword pairs gives extra context: # # 2 def bark # 4 def eat # 5 end # # # Example: # # lines = BeforeAfterKeywordEnds.new( # block: block, # code_lines: code_lines # ).call() # class BeforeAfterKeywordEnds def initialize(code_lines:, block:) @scanner = ScanHistory.new(code_lines: code_lines, block: block) @original_indent = block.current_indent end def call lines = [] @scanner.scan( up: ->(line, kw_count, end_count) { next true if line.empty? break if line.indent < @original_indent next true if line.indent != @original_indent # If we're going up and have one complete kw/end pair, stop if kw_count != 0 && kw_count == end_count lines << line break end lines << line if line.is_kw? || line.is_end? true }, down: ->(line, kw_count, end_count) { next true if line.empty? break if line.indent < @original_indent next true if line.indent != @original_indent # if we're going down and have one complete kw/end pair,stop if kw_count != 0 && kw_count == end_count lines << line break end lines << line if line.is_kw? || line.is_end? true } ) @scanner.stash_changes lines end end end end PK *J [�<�W W 9 share/ruby/syntax_suggest/capture/falling_indent_lines.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest module Capture # Shows the context around code provided by "falling" indentation # # If this is the original code lines: # # class OH # def hello # it "foo" do # end # end # # And this is the line that is captured # # it "foo" do # # It will yield its surrounding context: # # class OH # def hello # end # end # # Example: # # FallingIndentLines.new( # block: block, # code_lines: @code_lines # ).call do |line| # @lines_to_output << line # end # class FallingIndentLines def initialize(code_lines:, block:) @lines = nil @scanner = ScanHistory.new(code_lines: code_lines, block: block) @original_indent = block.current_indent end def call(&yieldable) last_indent_up = @original_indent last_indent_down = @original_indent @scanner.commit_if_changed @scanner.scan( up: ->(line, _, _) { next true if line.empty? if line.indent < last_indent_up yieldable.call(line) last_indent_up = line.indent end true }, down: ->(line, _, _) { next true if line.empty? if line.indent < last_indent_down yieldable.call(line) last_indent_down = line.indent end true } ) @scanner.stash_changes end end end end PK *J [�$.l 3 share/ruby/syntax_suggest/display_invalid_blocks.rbnu �[��� # frozen_string_literal: true require_relative "capture_code_context" require_relative "display_code_with_line_numbers" module SyntaxSuggest # Used for formatting invalid blocks class DisplayInvalidBlocks attr_reader :filename def initialize(code_lines:, blocks:, io: $stderr, filename: nil, terminal: DEFAULT_VALUE) @io = io @blocks = Array(blocks) @filename = filename @code_lines = code_lines @terminal = (terminal == DEFAULT_VALUE) ? io.isatty : terminal end def document_ok? @blocks.none? { |b| !b.hidden? } end def call if document_ok? return self end if filename @io.puts("--> #{filename}") @io.puts end @blocks.each do |block| display_block(block) end self end private def display_block(block) # Build explanation explain = ExplainSyntax.new( code_lines: block.lines ).call # Enhance code output # Also handles several ambiguious cases lines = CaptureCodeContext.new( blocks: block, code_lines: @code_lines ).call # Build code output document = DisplayCodeWithLineNumbers.new( lines: lines, terminal: @terminal, highlight_lines: block.lines ).call # Output syntax error explanation explain.errors.each do |e| @io.puts e end @io.puts # Output code @io.puts(document) end private def code_with_context lines = CaptureCodeContext.new( blocks: @blocks, code_lines: @code_lines ).call DisplayCodeWithLineNumbers.new( lines: lines, terminal: @terminal, highlight_lines: @invalid_lines ).call end end end PK *J [��� < < 1 share/ruby/syntax_suggest/left_right_lex_count.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Find mis-matched syntax based on lexical count # # Used for detecting missing pairs of elements # each keyword needs an end, each '{' needs a '}' # etc. # # Example: # # left_right = LeftRightLexCount.new # left_right.count_kw # left_right.missing.first # # => "end" # # left_right = LeftRightLexCount.new # source = "{ a: b, c: d" # Note missing '}' # LexAll.new(source: source).each do |lex| # left_right.count_lex(lex) # end # left_right.missing.first # # => "}" class LeftRightLexCount def initialize @kw_count = 0 @end_count = 0 @count_for_char = { "{" => 0, "}" => 0, "[" => 0, "]" => 0, "(" => 0, ")" => 0, "|" => 0 } end def count_kw @kw_count += 1 end def count_end @end_count += 1 end # Count source code characters # # Example: # # left_right = LeftRightLexCount.new # left_right.count_lex(LexValue.new(1, :on_lbrace, "{", Ripper::EXPR_BEG)) # left_right.count_for_char("{") # # => 1 # left_right.count_for_char("}") # # => 0 def count_lex(lex) case lex.type when :on_tstring_content # ^^^ # Means it's a string or a symbol `"{"` rather than being # part of a data structure (like a hash) `{ a: b }` # ignore it. when :on_words_beg, :on_symbos_beg, :on_qwords_beg, :on_qsymbols_beg, :on_regexp_beg, :on_tstring_beg # ^^^ # Handle shorthand syntaxes like `%Q{ i am a string }` # # The start token will be the full thing `%Q{` but we # need to count it as if it's a `{`. Any token # can be used char = lex.token[-1] @count_for_char[char] += 1 if @count_for_char.key?(char) when :on_embexpr_beg # ^^^ # Embedded string expressions like `"#{foo} <-embed"` # are parsed with chars: # # `#{` as :on_embexpr_beg # `}` as :on_embexpr_end # # We cannot ignore both :on_emb_expr_beg and :on_embexpr_end # because sometimes the lexer thinks something is an embed # string end, when it is not like `lol = }` (no clue why). # # When we see `#{` count it as a `{` or we will # have a mis-match count. # case lex.token when "\#{" @count_for_char["{"] += 1 end else @end_count += 1 if lex.is_end? @kw_count += 1 if lex.is_kw? @count_for_char[lex.token] += 1 if @count_for_char.key?(lex.token) end end def count_for_char(char) @count_for_char[char] end # Returns an array of missing syntax characters # or `"end"` or `"keyword"` # # left_right.missing # # => ["}"] def missing out = missing_pairs out << missing_pipe out << missing_keyword_end out.compact! out end PAIRS = { "{" => "}", "[" => "]", "(" => ")" }.freeze # Opening characters like `{` need closing characters # like `}`. # # When a mis-match count is detected, suggest the # missing member. # # For example if there are 3 `}` and only two `{` # return `"{"` private def missing_pairs PAIRS.map do |(left, right)| case @count_for_char[left] <=> @count_for_char[right] when 1 right when 0 nil when -1 left end end end # Keywords need ends and ends need keywords # # If we have more keywords, there's a missing `end` # if we have more `end`-s, there's a missing keyword private def missing_keyword_end case @kw_count <=> @end_count when 1 "end" when 0 nil when -1 "keyword" end end # Pipes come in pairs. # If there's an odd number of pipes then we # are missing one private def missing_pipe if @count_for_char["|"].odd? "|" end end end end PK *J [�4� � ' share/ruby/syntax_suggest/code_block.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Multiple lines form a singular CodeBlock # # Source code is made of multiple CodeBlocks. # # Example: # # code_block.to_s # => # # def foo # # puts "foo" # # end # # code_block.valid? # => true # code_block.in_valid? # => false # # class CodeBlock UNSET = Object.new.freeze attr_reader :lines, :starts_at, :ends_at def initialize(lines: []) @lines = Array(lines) @valid = UNSET @deleted = false @starts_at = @lines.first.number @ends_at = @lines.last.number end def delete @deleted = true end def deleted? @deleted end def visible_lines @lines.select(&:visible?).select(&:not_empty?) end def mark_invisible @lines.map(&:mark_invisible) end def is_end? to_s.strip == "end" end def hidden? @lines.all?(&:hidden?) end # This is used for frontier ordering, we are searching from # the largest indentation to the smallest. This allows us to # populate an array with multiple code blocks then call `sort!` # on it without having to specify the sorting criteria def <=>(other) out = current_indent <=> other.current_indent return out if out != 0 # Stable sort starts_at <=> other.starts_at end def current_indent @current_indent ||= lines.select(&:not_empty?).map(&:indent).min || 0 end def invalid? !valid? end def valid? if @valid == UNSET # Performance optimization # # If all the lines were previously hidden # and we expand to capture additional empty # lines then the result cannot be invalid # # That means there's no reason to re-check all # lines with the parser (which is expensive). # Benchmark in commit message @valid = if lines.all? { |l| l.hidden? || l.empty? } true else SyntaxSuggest.valid?(lines.map(&:original).join) end else @valid end end def to_s @lines.join end end end PK *J [��:�� � & share/ruby/syntax_suggest/lex_value.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Value object for accessing lex values # # This lex: # # [1, 0], :on_ident, "describe", CMDARG # # Would translate into: # # lex.line # => 1 # lex.type # => :on_indent # lex.token # => "describe" class LexValue attr_reader :line, :type, :token, :state def initialize(line, type, token, state, last_lex = nil) @line = line @type = type @token = token @state = state set_kw_end(last_lex) end private def set_kw_end(last_lex) @is_end = false @is_kw = false return if type != :on_kw return if last_lex && last_lex.fname? # https://github.com/ruby/ruby/commit/776759e300e4659bb7468e2b97c8c2d4359a2953 case token when "if", "unless", "while", "until" # Only count if/unless when it's not a "trailing" if/unless # https://github.com/ruby/ruby/blob/06b44f819eb7b5ede1ff69cecb25682b56a1d60c/lib/irb/ruby-lex.rb#L374-L375 @is_kw = true unless expr_label? when "def", "case", "for", "begin", "class", "module", "do" @is_kw = true when "end" @is_end = true end end def fname? state.allbits?(Ripper::EXPR_FNAME) end def ignore_newline? type == :on_ignored_nl end def is_end? @is_end end def is_kw? @is_kw end def expr_beg? state.anybits?(Ripper::EXPR_BEG) end def expr_label? state.allbits?(Ripper::EXPR_LABEL) end end end PK *J [��{��" �" + share/ruby/syntax_suggest/clean_document.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Parses and sanitizes source into a lexically aware document # # Internally the document is represented by an array with each # index containing a CodeLine correlating to a line from the source code. # # There are three main phases in the algorithm: # # 1. Sanitize/format input source # 2. Search for invalid blocks # 3. Format invalid blocks into something meaningful # # This class handles the first part. # # The reason this class exists is to format input source # for better/easier/cleaner exploration. # # The CodeSearch class operates at the line level so # we must be careful to not introduce lines that look # valid by themselves, but when removed will trigger syntax errors # or strange behavior. # # ## Join Trailing slashes # # Code with a trailing slash is logically treated as a single line: # # 1 it "code can be split" \ # 2 "across multiple lines" do # # In this case removing line 2 would add a syntax error. We get around # this by internally joining the two lines into a single "line" object # # ## Logically Consecutive lines # # Code that can be broken over multiple # lines such as method calls are on different lines: # # 1 User. # 2 where(name: "schneems"). # 3 first # # Removing line 2 can introduce a syntax error. To fix this, all lines # are joined into one. # # ## Heredocs # # A heredoc is an way of defining a multi-line string. They can cause many # problems. If left as a single line, the parser would try to parse the contents # as ruby code rather than as a string. Even without this problem, we still # hit an issue with indentation: # # 1 foo = <<~HEREDOC # 2 "Be yourself; everyone else is already taken."" # 3 ― Oscar Wilde # 4 puts "I look like ruby code" # but i'm still a heredoc # 5 HEREDOC # # If we didn't join these lines then our algorithm would think that line 4 # is separate from the rest, has a higher indentation, then look at it first # and remove it. # # If the code evaluates line 5 by itself it will think line 5 is a constant, # remove it, and introduce a syntax errror. # # All of these problems are fixed by joining the whole heredoc into a single # line. # # ## Comments and whitespace # # Comments can throw off the way the lexer tells us that the line # logically belongs with the next line. This is valid ruby but # results in a different lex output than before: # # 1 User. # 2 where(name: "schneems"). # 3 # Comment here # 4 first # # To handle this we can replace comment lines with empty lines # and then re-lex the source. This removal and re-lexing preserves # line index and document size, but generates an easier to work with # document. # class CleanDocument def initialize(source:) lines = clean_sweep(source: source) @document = CodeLine.from_source(lines.join, lines: lines) end # Call all of the document "cleaners" # and return self def call join_trailing_slash! join_consecutive! join_heredoc! self end # Return an array of CodeLines in the # document def lines @document end # Renders the document back to a string def to_s @document.join end # Remove comments # # replace with empty newlines # # source = <<~'EOM' # # Comment 1 # puts "hello" # # Comment 2 # puts "world" # EOM # # lines = CleanDocument.new(source: source).lines # expect(lines[0].to_s).to eq("\n") # expect(lines[1].to_s).to eq("puts "hello") # expect(lines[2].to_s).to eq("\n") # expect(lines[3].to_s).to eq("puts "world") # # Important: This must be done before lexing. # # After this change is made, we lex the document because # removing comments can change how the doc is parsed. # # For example: # # values = LexAll.new(source: <<~EOM)) # User. # # comment # where(name: 'schneems') # EOM # expect( # values.count {|v| v.type == :on_ignored_nl} # ).to eq(1) # # After the comment is removed: # # values = LexAll.new(source: <<~EOM)) # User. # # where(name: 'schneems') # EOM # expect( # values.count {|v| v.type == :on_ignored_nl} # ).to eq(2) # def clean_sweep(source:) # Match comments, but not HEREDOC strings with #{variable} interpolation # https://rubular.com/r/HPwtW9OYxKUHXQ source.lines.map do |line| if line.match?(/^\s*#([^{].*|)$/) $/ else line end end end # Smushes all heredoc lines into one line # # source = <<~'EOM' # foo = <<~HEREDOC # lol # hehehe # HEREDOC # EOM # # lines = CleanDocument.new(source: source).join_heredoc!.lines # expect(lines[0].to_s).to eq(source) # expect(lines[1].to_s).to eq("") def join_heredoc! start_index_stack = [] heredoc_beg_end_index = [] lines.each do |line| line.lex.each do |lex_value| case lex_value.type when :on_heredoc_beg start_index_stack << line.index when :on_heredoc_end start_index = start_index_stack.pop end_index = line.index heredoc_beg_end_index << [start_index, end_index] end end end heredoc_groups = heredoc_beg_end_index.map { |start_index, end_index| @document[start_index..end_index] } join_groups(heredoc_groups) self end # Smushes logically "consecutive" lines # # source = <<~'EOM' # User. # where(name: 'schneems'). # first # EOM # # lines = CleanDocument.new(source: source).join_consecutive!.lines # expect(lines[0].to_s).to eq(source) # expect(lines[1].to_s).to eq("") # # The one known case this doesn't handle is: # # Ripper.lex <<~EOM # a && # b || # c # EOM # # For some reason this introduces `on_ignore_newline` but with BEG type # def join_consecutive! consecutive_groups = @document.select(&:ignore_newline_not_beg?).map do |code_line| take_while_including(code_line.index..) do |line| line.ignore_newline_not_beg? end end join_groups(consecutive_groups) self end # Join lines with a trailing slash # # source = <<~'EOM' # it "code can be split" \ # "across multiple lines" do # EOM # # lines = CleanDocument.new(source: source).join_consecutive!.lines # expect(lines[0].to_s).to eq(source) # expect(lines[1].to_s).to eq("") def join_trailing_slash! trailing_groups = @document.select(&:trailing_slash?).map do |code_line| take_while_including(code_line.index..) { |x| x.trailing_slash? } end join_groups(trailing_groups) self end # Helper method for joining "groups" of lines # # Input is expected to be type Array<Array<CodeLine>> # # The outer array holds the various "groups" while the # inner array holds code lines. # # All code lines are "joined" into the first line in # their group. # # To preserve document size, empty lines are placed # in the place of the lines that were "joined" def join_groups(groups) groups.each do |lines| line = lines.first # Handle the case of multiple groups in a row # if one is already replaced, move on next if @document[line.index].empty? # Join group into the first line @document[line.index] = CodeLine.new( lex: lines.map(&:lex).flatten, line: lines.join, index: line.index ) # Hide the rest of the lines lines[1..].each do |line| # The above lines already have newlines in them, if add more # then there will be double newline, use an empty line instead @document[line.index] = CodeLine.new(line: "", index: line.index, lex: []) end end self end # Helper method for grabbing elements from document # # Like `take_while` except when it stops # iterating, it also returns the line # that caused it to stop def take_while_including(range = 0..) take_next_and_stop = false @document[range].take_while do |line| next if take_next_and_stop take_next_and_stop = !(yield line) true end end end end PK *J [$0� � ) share/ruby/syntax_suggest/block_expand.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # This class is responsible for taking a code block that exists # at a far indentaion and then iteratively increasing the block # so that it captures everything within the same indentation block. # # def dog # puts "bow" # puts "wow" # end # # block = BlockExpand.new(code_lines: code_lines) # .call(CodeBlock.new(lines: code_lines[1])) # # puts block.to_s # # => puts "bow" # puts "wow" # # # Once a code block has captured everything at a given indentation level # then it will expand to capture surrounding indentation. # # block = BlockExpand.new(code_lines: code_lines) # .call(block) # # block.to_s # # => def dog # puts "bow" # puts "wow" # end # class BlockExpand def initialize(code_lines:) @code_lines = code_lines end # Main interface. Expand current indentation, before # expanding to a lower indentation def call(block) if (next_block = expand_neighbors(block)) next_block else expand_indent(block) end end # Expands code to the next lowest indentation # # For example: # # 1 def dog # 2 print "dog" # 3 end # # If a block starts on line 2 then it has captured all it's "neighbors" (code at # the same indentation or higher). To continue expanding, this block must capture # lines one and three which are at a different indentation level. # # This method allows fully expanded blocks to decrease their indentation level (so # they can expand to capture more code up and down). It does this conservatively # as there's no undo (currently). def expand_indent(block) now = AroundBlockScan.new(code_lines: @code_lines, block: block) .force_add_hidden .stop_after_kw .scan_adjacent_indent now.lookahead_balance_one_line now.code_block end # A neighbor is code that is at or above the current indent line. # # First we build a block with all neighbors. If we can't go further # then we decrease the indentation threshold and expand via indentation # i.e. `expand_indent` # # Handles two general cases. # # ## Case #1: Check code inside of methods/classes/etc. # # It's important to note, that not everything in a given indentation level can be parsed # as valid code even if it's part of valid code. For example: # # 1 hash = { # 2 name: "richard", # 3 dog: "cinco", # 4 } # # In this case lines 2 and 3 will be neighbors, but they're invalid until `expand_indent` # is called on them. # # When we are adding code within a method or class (at the same indentation level), # use the empty lines to denote the programmer intended logical chunks. # Stop and check each one. For example: # # 1 def dog # 2 print "dog" # 3 # 4 hash = { # 5 end # # If we did not stop parsing at empty newlines then the block might mistakenly grab all # the contents (lines 2, 3, and 4) and report them as being problems, instead of only # line 4. # # ## Case #2: Expand/grab other logical blocks # # Once the search algorithm has converted all lines into blocks at a given indentation # it will then `expand_indent`. Once the blocks that generates are expanded as neighbors # we then begin seeing neighbors being other logical blocks i.e. a block's neighbors # may be another method or class (something with keywords/ends). # # For example: # # 1 def bark # 2 # 3 end # 4 # 5 def sit # 6 end # # In this case if lines 4, 5, and 6 are in a block when it tries to expand neighbors # it will expand up. If it stops after line 2 or 3 it may cause problems since there's a # valid kw/end pair, but the block will be checked without it. # # We try to resolve this edge case with `lookahead_balance_one_line` below. def expand_neighbors(block) now = AroundBlockScan.new(code_lines: @code_lines, block: block) # Initial scan now .force_add_hidden .stop_after_kw .scan_neighbors_not_empty # Slurp up empties now .scan_while { |line| line.empty? } # If next line is kw and it will balance us, take it expanded_lines = now .lookahead_balance_one_line .lines # Don't allocate a block if it won't be used # # If nothing was taken, return nil to indicate that status # used in `def call` to determine if # we need to expand up/out (`expand_indent`) if block.lines == expanded_lines nil else CodeBlock.new(lines: expanded_lines) end end # Manageable rspec errors def inspect "#<SyntaxSuggest::CodeBlock:0x0000123843lol >" end end end PK *J [�`�� � * share/ruby/syntax_suggest/ripper_errors.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Capture parse errors from Ripper # # Prism returns the errors with their messages, but Ripper # does not. To get them we must make a custom subclass. # # Example: # # puts RipperErrors.new(" def foo").call.errors # # => ["syntax error, unexpected end-of-input, expecting ';' or '\\n'"] class RipperErrors < Ripper attr_reader :errors # Comes from ripper, called # on every parse error, msg # is a string def on_parse_error(msg) @errors ||= [] @errors << msg end alias_method :on_alias_error, :on_parse_error alias_method :on_assign_error, :on_parse_error alias_method :on_class_name_error, :on_parse_error alias_method :on_param_error, :on_parse_error alias_method :compile_error, :on_parse_error def call @run_once ||= begin @errors = [] parse true end self end end end PK *J [_��� � + share/ruby/syntax_suggest/explain_syntax.rbnu �[��� # frozen_string_literal: true require_relative "left_right_lex_count" if !SyntaxSuggest.use_prism_parser? require_relative "ripper_errors" end module SyntaxSuggest class GetParseErrors def self.errors(source) if SyntaxSuggest.use_prism_parser? Prism.parse(source).errors.map(&:message) else RipperErrors.new(source).call.errors end end end # Explains syntax errors based on their source # # example: # # source = "def foo; puts 'lol'" # Note missing end # explain ExplainSyntax.new( # code_lines: CodeLine.from_source(source) # ).call # explain.errors.first # # => "Unmatched keyword, missing `end' ?" # # When the error cannot be determined by lexical counting # then the parser is run against the input and the raw # errors are returned. # # Example: # # source = "1 * " # Note missing a second number # explain ExplainSyntax.new( # code_lines: CodeLine.from_source(source) # ).call # explain.errors.first # # => "syntax error, unexpected end-of-input" class ExplainSyntax INVERSE = { "{" => "}", "}" => "{", "[" => "]", "]" => "[", "(" => ")", ")" => "(", "|" => "|" }.freeze def initialize(code_lines:) @code_lines = code_lines @left_right = LeftRightLexCount.new @missing = nil end def call @code_lines.each do |line| line.lex.each do |lex| @left_right.count_lex(lex) end end self end # Returns an array of missing elements # # For example this: # # ExplainSyntax.new(code_lines: lines).missing # # => ["}"] # # Would indicate that the source is missing # a `}` character in the source code def missing @missing ||= @left_right.missing end # Converts a missing string to # an human understandable explanation. # # Example: # # explain.why("}") # # => "Unmatched `{', missing `}' ?" # def why(miss) case miss when "keyword" "Unmatched `end', missing keyword (`do', `def`, `if`, etc.) ?" when "end" "Unmatched keyword, missing `end' ?" else inverse = INVERSE.fetch(miss) { raise "Unknown explain syntax char or key: #{miss.inspect}" } "Unmatched `#{inverse}', missing `#{miss}' ?" end end # Returns an array of syntax error messages # # If no missing pairs are found it falls back # on the original error messages def errors if missing.empty? return GetParseErrors.errors(@code_lines.map(&:original).join).uniq end missing.map { |miss| why(miss) } end end end PK *J [�#�{� � 1 share/ruby/syntax_suggest/capture_code_context.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest module Capture end end require_relative "capture/falling_indent_lines" require_relative "capture/before_after_keyword_ends" module SyntaxSuggest # Turns a "invalid block(s)" into useful context # # There are three main phases in the algorithm: # # 1. Sanitize/format input source # 2. Search for invalid blocks # 3. Format invalid blocks into something meaningful # # This class handles the third part. # # The algorithm is very good at capturing all of a syntax # error in a single block in number 2, however the results # can contain ambiguities. Humans are good at pattern matching # and filtering and can mentally remove extraneous data, but # they can't add extra data that's not present. # # In the case of known ambiguious cases, this class adds context # back to the ambiguity so the programmer has full information. # # Beyond handling these ambiguities, it also captures surrounding # code context information: # # puts block.to_s # => "def bark" # # context = CaptureCodeContext.new( # blocks: block, # code_lines: code_lines # ) # # lines = context.call.map(&:original) # puts lines.join # # => # class Dog # def bark # end # class CaptureCodeContext attr_reader :code_lines def initialize(blocks:, code_lines:) @blocks = Array(blocks) @code_lines = code_lines @visible_lines = @blocks.map(&:visible_lines).flatten @lines_to_output = @visible_lines.dup end def call @blocks.each do |block| capture_first_kw_end_same_indent(block) capture_last_end_same_indent(block) capture_before_after_kws(block) capture_falling_indent(block) end sorted_lines end def sorted_lines @lines_to_output.select!(&:not_empty?) @lines_to_output.uniq! @lines_to_output.sort! @lines_to_output end # Shows the context around code provided by "falling" indentation # # Converts: # # it "foo" do # # into: # # class OH # def hello # it "foo" do # end # end # def capture_falling_indent(block) Capture::FallingIndentLines.new( block: block, code_lines: @code_lines ).call do |line| @lines_to_output << line end end # Shows surrounding kw/end pairs # # The purpose of showing these extra pairs is due to cases # of ambiguity when only one visible line is matched. # # For example: # # 1 class Dog # 2 def bark # 4 def eat # 5 end # 6 end # # In this case either line 2 could be missing an `end` or # line 4 was an extra line added by mistake (it happens). # # When we detect the above problem it shows the issue # as only being on line 2 # # 2 def bark # # Showing "neighbor" keyword pairs gives extra context: # # 2 def bark # 4 def eat # 5 end # def capture_before_after_kws(block) return unless block.visible_lines.count == 1 around_lines = Capture::BeforeAfterKeywordEnds.new( code_lines: @code_lines, block: block ).call around_lines -= block.lines @lines_to_output.concat(around_lines) end # When there is an invalid block with a keyword # missing an end right before another end, # it is unclear where which keyword is missing the # end # # Take this example: # # class Dog # 1 # def bark # 2 # puts "woof" # 3 # end # 4 # # However due to https://github.com/ruby/syntax_suggest/issues/32 # the problem line will be identified as: # # > class Dog # 1 # # Because lines 2, 3, and 4 are technically valid code and are expanded # first, deemed valid, and hidden. We need to un-hide the matching end # line 4. Also work backwards and if there's a mis-matched keyword, show it # too def capture_last_end_same_indent(block) return if block.visible_lines.length != 1 return unless block.visible_lines.first.is_kw? visible_line = block.visible_lines.first lines = @code_lines[visible_line.index..block.lines.last.index] # Find first end with same indent # (this would return line 4) # # end # 4 matching_end = lines.detect { |line| line.indent == block.current_indent && line.is_end? } return unless matching_end @lines_to_output << matching_end # Work backwards from the end to # see if there are mis-matched # keyword/end pairs # # Return the first mis-matched keyword # this would find line 2 # # def bark # 2 # puts "woof" # 3 # end # 4 end_count = 0 kw_count = 0 kw_line = @code_lines[visible_line.index..matching_end.index].reverse.detect do |line| end_count += 1 if line.is_end? kw_count += 1 if line.is_kw? !kw_count.zero? && kw_count >= end_count end return unless kw_line @lines_to_output << kw_line end # The logical inverse of `capture_last_end_same_indent` # # When there is an invalid block with an `end` # missing a keyword right after another `end`, # it is unclear where which end is missing the # keyword. # # Take this example: # # class Dog # 1 # puts "woof" # 2 # end # 3 # end # 4 # # the problem line will be identified as: # # > end # 4 # # This happens because lines 1, 2, and 3 are technically valid code and are expanded # first, deemed valid, and hidden. We need to un-hide the matching keyword on # line 1. Also work backwards and if there's a mis-matched end, show it # too def capture_first_kw_end_same_indent(block) return if block.visible_lines.length != 1 return unless block.visible_lines.first.is_end? visible_line = block.visible_lines.first lines = @code_lines[block.lines.first.index..visible_line.index] matching_kw = lines.reverse.detect { |line| line.indent == block.current_indent && line.is_kw? } return unless matching_kw @lines_to_output << matching_kw kw_count = 0 end_count = 0 orphan_end = @code_lines[matching_kw.index..visible_line.index].detect do |line| kw_count += 1 if line.is_kw? end_count += 1 if line.is_end? end_count >= kw_count end return unless orphan_end @lines_to_output << orphan_end end end end PK *J [&� �� � , share/ruby/syntax_suggest/unvisited_lines.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Tracks which lines various code blocks have expanded to # and which are still unexplored class UnvisitedLines def initialize(code_lines:) @unvisited = code_lines.sort_by(&:indent_index) @visited_lines = {} @visited_lines.compare_by_identity end def empty? @unvisited.empty? end def peek @unvisited.last end def pop @unvisited.pop end def visit_block(block) block.lines.each do |line| next if @visited_lines[line] @visited_lines[line] = true end while @visited_lines[@unvisited.last] @unvisited.pop end end end end PK *J [���A A ( share/ruby/syntax_suggest/code_search.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Searches code for a syntax error # # There are three main phases in the algorithm: # # 1. Sanitize/format input source # 2. Search for invalid blocks # 3. Format invalid blocks into something meaninful # # This class handles the part. # # The bulk of the heavy lifting is done in: # # - CodeFrontier (Holds information for generating blocks and determining if we can stop searching) # - ParseBlocksFromLine (Creates blocks into the frontier) # - BlockExpand (Expands existing blocks to search more code) # # ## Syntax error detection # # When the frontier holds the syntax error, we can stop searching # # search = CodeSearch.new(<<~EOM) # def dog # def lol # end # EOM # # search.call # # search.invalid_blocks.map(&:to_s) # => # # => ["def lol\n"] # class CodeSearch private attr_reader :frontier public attr_reader :invalid_blocks, :record_dir, :code_lines def initialize(source, record_dir: DEFAULT_VALUE) record_dir = if record_dir == DEFAULT_VALUE (ENV["SYNTAX_SUGGEST_RECORD_DIR"] || ENV["SYNTAX_SUGGEST_DEBUG"]) ? "tmp" : nil else record_dir end if record_dir @record_dir = SyntaxSuggest.record_dir(record_dir) @write_count = 0 end @tick = 0 @source = source @name_tick = Hash.new { |hash, k| hash[k] = 0 } @invalid_blocks = [] @code_lines = CleanDocument.new(source: source).call.lines @frontier = CodeFrontier.new(code_lines: @code_lines) @block_expand = BlockExpand.new(code_lines: @code_lines) @parse_blocks_from_indent_line = ParseBlocksFromIndentLine.new(code_lines: @code_lines) end # Used for debugging def record(block:, name: "record") return unless @record_dir @name_tick[name] += 1 filename = "#{@write_count += 1}-#{name}-#{@name_tick[name]}-(#{block.starts_at}__#{block.ends_at}).txt" if ENV["SYNTAX_SUGGEST_DEBUG"] puts "\n\n==== #{filename} ====" puts "\n```#{block.starts_at}..#{block.ends_at}" puts block puts "```" puts " block indent: #{block.current_indent}" end @record_dir.join(filename).open(mode: "a") do |f| document = DisplayCodeWithLineNumbers.new( lines: @code_lines.select(&:visible?), terminal: false, highlight_lines: block.lines ).call f.write(" Block lines: #{block.starts_at..block.ends_at} (#{name}) \n\n#{document}") end end def push(block, name:) record(block: block, name: name) block.mark_invisible if block.valid? frontier << block end # Parses the most indented lines into blocks that are marked # and added to the frontier def create_blocks_from_untracked_lines max_indent = frontier.next_indent_line&.indent while (line = frontier.next_indent_line) && (line.indent == max_indent) @parse_blocks_from_indent_line.each_neighbor_block(frontier.next_indent_line) do |block| push(block, name: "add") end end end # Given an already existing block in the frontier, expand it to see # if it contains our invalid syntax def expand_existing block = frontier.pop return unless block record(block: block, name: "before-expand") block = @block_expand.call(block) push(block, name: "expand") end # Main search loop def call until frontier.holds_all_syntax_errors? @tick += 1 if frontier.expand? expand_existing else create_blocks_from_untracked_lines end end @invalid_blocks.concat(frontier.detect_invalid_blocks) @invalid_blocks.sort_by! { |block| block.starts_at } self end end end PK *J [�'�v v share/ruby/syntax_suggest/cli.rbnu �[��� # frozen_string_literal: true require "pathname" require "optparse" module SyntaxSuggest # All the logic of the exe/syntax_suggest CLI in one handy spot # # Cli.new(argv: ["--help"]).call # Cli.new(argv: ["<path/to/file>.rb"]).call # Cli.new(argv: ["<path/to/file>.rb", "--record=tmp"]).call # Cli.new(argv: ["<path/to/file>.rb", "--terminal"]).call # class Cli attr_accessor :options # ARGV is Everything passed to the executable, does not include executable name # # All other intputs are dependency injection for testing def initialize(argv:, exit_obj: Kernel, io: $stdout, env: ENV) @options = {} @parser = nil options[:record_dir] = env["SYNTAX_SUGGEST_RECORD_DIR"] options[:record_dir] = "tmp" if env["DEBUG"] options[:terminal] = SyntaxSuggest::DEFAULT_VALUE @io = io @argv = argv @exit_obj = exit_obj end def call if @argv.empty? # Display help if raw command parser.parse! %w[--help] return else # Mutates @argv parse return if options[:exit] end file_name = @argv.first if file_name.nil? @io.puts "No file given" @exit_obj.exit(1) return end file = Pathname(file_name) if !file.exist? @io.puts "file not found: #{file.expand_path} " @exit_obj.exit(1) return end @io.puts "Record dir: #{options[:record_dir]}" if options[:record_dir] display = SyntaxSuggest.call( io: @io, source: file.read, filename: file.expand_path, terminal: options.fetch(:terminal, SyntaxSuggest::DEFAULT_VALUE), record_dir: options[:record_dir] ) if display.document_ok? @io.puts "Syntax OK" @exit_obj.exit(0) else @exit_obj.exit(1) end end def parse parser.parse!(@argv) self end def parser @parser ||= OptionParser.new do |opts| opts.banner = <<~EOM Usage: syntax_suggest <file> [options] Parses a ruby source file and searches for syntax error(s) such as unexpected `end', expecting end-of-input. Example: $ syntax_suggest dog.rb # ... > 10 defdog > 15 end ENV options: SYNTAX_SUGGEST_RECORD_DIR=<dir> Records the steps used to search for a syntax error to the given directory Options: EOM opts.version = SyntaxSuggest::VERSION opts.on("--help", "Help - displays this message") do |v| @io.puts opts options[:exit] = true @exit_obj.exit end opts.on("--record <dir>", "Records the steps used to search for a syntax error to the given directory") do |v| options[:record_dir] = v end opts.on("--terminal", "Enable terminal highlighting") do |v| options[:terminal] = true end opts.on("--no-terminal", "Disable terminal highlighting") do |v| options[:terminal] = false end end end end end PK *J [Ŭ�� ; share/ruby/syntax_suggest/display_code_with_line_numbers.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Outputs code with highlighted lines # # Whatever is passed to this class will be rendered # even if it is "marked invisible" any filtering of # output should be done before calling this class. # # DisplayCodeWithLineNumbers.new( # lines: lines, # highlight_lines: [lines[2], lines[3]] # ).call # # => # 1 # 2 def cat # > 3 Dir.chdir # > 4 end # 5 end # 6 class DisplayCodeWithLineNumbers TERMINAL_HIGHLIGHT = "\e[1;3m" # Bold, italics TERMINAL_END = "\e[0m" def initialize(lines:, highlight_lines: [], terminal: false) @lines = Array(lines).sort @terminal = terminal @highlight_line_hash = Array(highlight_lines).each_with_object({}) { |line, h| h[line] = true } @digit_count = @lines.last&.line_number.to_s.length end def call @lines.map do |line| format_line(line) end.join end private def format_line(code_line) # Handle trailing slash lines code_line.original.lines.map.with_index do |contents, i| format( empty: code_line.empty?, number: (code_line.number + i).to_s, contents: contents, highlight: @highlight_line_hash[code_line] ) end.join end private def format(contents:, number:, empty:, highlight: false) string = +"" string << if highlight "> " else " " end string << number.rjust(@digit_count).to_s if empty string << contents else string << " " string << TERMINAL_HIGHLIGHT if @terminal && highlight string << contents string << TERMINAL_END if @terminal end string end end end PK *J [��m) : share/ruby/syntax_suggest/parse_blocks_from_indent_line.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # This class is responsible for generating initial code blocks # that will then later be expanded. # # The biggest concern when guessing code blocks, is accidentally # grabbing one that contains only an "end". In this example: # # def dog # begonn # misspelled `begin` # puts "bark" # end # end # # The following lines would be matched (from bottom to top): # # 1) end # # 2) puts "bark" # end # # 3) begonn # puts "bark" # end # # At this point it has no where else to expand, and it will yield this inner # code as a block class ParseBlocksFromIndentLine attr_reader :code_lines def initialize(code_lines:) @code_lines = code_lines end # Builds blocks from bottom up def each_neighbor_block(target_line) scan = AroundBlockScan.new(code_lines: code_lines, block: CodeBlock.new(lines: target_line)) .force_add_empty .force_add_hidden .scan_while { |line| line.indent >= target_line.indent } neighbors = scan.code_block.lines block = CodeBlock.new(lines: neighbors) if neighbors.length <= 2 || block.valid? yield block else until neighbors.empty? lines = [neighbors.pop] while (block = CodeBlock.new(lines: lines)) && block.invalid? && neighbors.any? lines.prepend neighbors.pop end yield block if block end end end end end PK *J [��M�L L $ share/ruby/syntax_suggest/version.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest VERSION = "2.0.2" end PK *J [��~� � 2 share/ruby/syntax_suggest/pathname_from_message.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Converts a SyntaxError message to a path # # Handles the case where the filename has a colon in it # such as on a windows file system: https://github.com/ruby/syntax_suggest/issues/111 # # Example: # # message = "/tmp/scratch:2:in `require_relative': /private/tmp/bad.rb:1: syntax error, unexpected `end' (SyntaxError)" # puts PathnameFromMessage.new(message).call.name # # => "/tmp/scratch.rb" # class PathnameFromMessage EVAL_RE = /^\(eval.*\):\d+/ STREAMING_RE = /^-:\d+/ attr_reader :name def initialize(message, io: $stderr) @line = message.lines.first @parts = @line.split(":") @guess = [] @name = nil @io = io end def call if skip_missing_file_name? if ENV["SYNTAX_SUGGEST_DEBUG"] @io.puts "SyntaxSuggest: Could not find filename from #{@line.inspect}" end else until stop? @guess << @parts.shift @name = Pathname(@guess.join(":")) end if @parts.empty? @io.puts "SyntaxSuggest: Could not find filename from #{@line.inspect}" @name = nil end end self end def stop? return true if @parts.empty? return false if @guess.empty? @name&.exist? end def skip_missing_file_name? @line.match?(EVAL_RE) || @line.match?(STREAMING_RE) end end end PK *J [Nc-� � . share/ruby/syntax_suggest/around_block_scan.rbnu �[��� # frozen_string_literal: true require_relative "scan_history" module SyntaxSuggest # This class is useful for exploring contents before and after # a block # # It searches above and below the passed in block to match for # whatever criteria you give it: # # Example: # # def dog # 1 # puts "bark" # 2 # puts "bark" # 3 # end # 4 # # scan = AroundBlockScan.new( # code_lines: code_lines # block: CodeBlock.new(lines: code_lines[1]) # ) # # scan.scan_while { true } # # puts scan.before_index # => 0 # puts scan.after_index # => 3 # class AroundBlockScan def initialize(code_lines:, block:) @code_lines = code_lines @orig_indent = block.current_indent @stop_after_kw = false @force_add_empty = false @force_add_hidden = false @target_indent = nil @scanner = ScanHistory.new(code_lines: code_lines, block: block) end # When using this flag, `scan_while` will # bypass the block it's given and always add a # line that responds truthy to `CodeLine#hidden?` # # Lines are hidden when they've been evaluated by # the parser as part of a block and found to contain # valid code. def force_add_hidden @force_add_hidden = true self end # When using this flag, `scan_while` will # bypass the block it's given and always add a # line that responds truthy to `CodeLine#empty?` # # Empty lines contain no code, only whitespace such # as leading spaces a newline. def force_add_empty @force_add_empty = true self end # Tells `scan_while` to look for mismatched keyword/end-s # # When scanning up, if we see more keywords then end-s it will # stop. This might happen when scanning outside of a method body. # the first scan line up would be a keyword and this setting would # trigger a stop. # # When scanning down, stop if there are more end-s than keywords. def stop_after_kw @stop_after_kw = true self end # Main work method # # The scan_while method takes a block that yields lines above and # below the block. If the yield returns true, the @before_index # or @after_index are modified to include the matched line. # # In addition to yielding individual lines, the internals of this # object give a mini DSL to handle common situations such as # stopping if we've found a keyword/end mis-match in one direction # or the other. def scan_while stop_next_up = false stop_next_down = false @scanner.scan( up: ->(line, kw_count, end_count) { next false if stop_next_up next true if @force_add_hidden && line.hidden? next true if @force_add_empty && line.empty? if @stop_after_kw && kw_count > end_count stop_next_up = true end yield line }, down: ->(line, kw_count, end_count) { next false if stop_next_down next true if @force_add_hidden && line.hidden? next true if @force_add_empty && line.empty? if @stop_after_kw && end_count > kw_count stop_next_down = true end yield line } ) self end # Scanning is intentionally conservative because # we have no way of rolling back an aggressive block (at this time) # # If a block was stopped for some trivial reason, (like an empty line) # but the next line would have caused it to be balanced then we # can check that condition and grab just one more line either up or # down. # # For example, below if we're scanning up, line 2 might cause # the scanning to stop. This is because empty lines might # denote logical breaks where the user intended to chunk code # which is a good place to stop and check validity. Unfortunately # it also means we might have a "dangling" keyword or end. # # 1 def bark # 2 # 3 end # # If lines 2 and 3 are in the block, then when this method is # run it would see it is unbalanced, but that acquiring line 1 # would make it balanced, so that's what it does. def lookahead_balance_one_line kw_count = 0 end_count = 0 lines.each do |line| kw_count += 1 if line.is_kw? end_count += 1 if line.is_end? end return self if kw_count == end_count # nothing to balance @scanner.commit_if_changed # Rollback point if we don't find anything to optimize # Try to eat up empty lines @scanner.scan( up: ->(line, _, _) { line.hidden? || line.empty? }, down: ->(line, _, _) { line.hidden? || line.empty? } ) # More ends than keywords, check if we can balance expanding up next_up = @scanner.next_up next_down = @scanner.next_down case end_count - kw_count when 1 if next_up&.is_kw? && next_up.indent >= @target_indent @scanner.scan( up: ->(line, _, _) { line == next_up }, down: ->(line, _, _) { false } ) @scanner.commit_if_changed end when -1 if next_down&.is_end? && next_down.indent >= @target_indent @scanner.scan( up: ->(line, _, _) { false }, down: ->(line, _, _) { line == next_down } ) @scanner.commit_if_changed end end # Rollback any uncommitted changes @scanner.stash_changes self end # Finds code lines at the same or greater indentation and adds them # to the block def scan_neighbors_not_empty @target_indent = @orig_indent scan_while { |line| line.not_empty? && line.indent >= @target_indent } end # Scan blocks based on indentation of next line above/below block # # Determines indentaion of the next line above/below the current block. # # Normally this is called when a block has expanded to capture all "neighbors" # at the same (or greater) indentation and needs to expand out. For example # the `def/end` lines surrounding a method. def scan_adjacent_indent before_after_indent = [] before_after_indent << (@scanner.next_up&.indent || 0) before_after_indent << (@scanner.next_down&.indent || 0) @target_indent = before_after_indent.min scan_while { |line| line.not_empty? && line.indent >= @target_indent } self end # Return the currently matched lines as a `CodeBlock` # # When a `CodeBlock` is created it will gather metadata about # itself, so this is not a free conversion. Avoid allocating # more CodeBlock's than needed def code_block CodeBlock.new(lines: lines) end # Returns the lines matched by the current scan as an # array of CodeLines def lines @scanner.lines end # Manageable rspec errors def inspect "#<#{self.class}:0x0000123843lol >" end end end PK *J [�D.�� � ) share/ruby/syntax_suggest/scan_history.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Scans up/down from the given block # # You can try out a change, stash it, or commit it to save for later # # Example: # # scanner = ScanHistory.new(code_lines: code_lines, block: block) # scanner.scan( # up: ->(_, _, _) { true }, # down: ->(_, _, _) { true } # ) # scanner.changed? # => true # expect(scanner.lines).to eq(code_lines) # # scanner.stash_changes # # expect(scanner.lines).to_not eq(code_lines) class ScanHistory attr_reader :before_index, :after_index def initialize(code_lines:, block:) @code_lines = code_lines @history = [block] refresh_index end def commit_if_changed if changed? @history << CodeBlock.new(lines: @code_lines[before_index..after_index]) end self end # Discards any changes that have not been committed def stash_changes refresh_index self end # Discard changes that have not been committed and revert the last commit # # Cannot revert the first commit def revert_last_commit if @history.length > 1 @history.pop refresh_index end self end def changed? @before_index != current.lines.first.index || @after_index != current.lines.last.index end # Iterates up and down # # Returns line, kw_count, end_count for each iteration def scan(up:, down:) kw_count = 0 end_count = 0 up_index = before_lines.reverse_each.take_while do |line| kw_count += 1 if line.is_kw? end_count += 1 if line.is_end? up.call(line, kw_count, end_count) end.last&.index kw_count = 0 end_count = 0 down_index = after_lines.each.take_while do |line| kw_count += 1 if line.is_kw? end_count += 1 if line.is_end? down.call(line, kw_count, end_count) end.last&.index @before_index = if up_index && up_index < @before_index up_index else @before_index end @after_index = if down_index && down_index > @after_index down_index else @after_index end self end def next_up return nil if @before_index <= 0 @code_lines[@before_index - 1] end def next_down return nil if @after_index >= @code_lines.length @code_lines[@after_index + 1] end def lines @code_lines[@before_index..@after_index] end private def before_lines @code_lines[0...@before_index] || [] end # Returns an array of all the CodeLines that exist after # the currently scanned block private def after_lines @code_lines[@after_index.next..] || [] end private def current @history.last end private def refresh_index @before_index = current.lines.first.index @after_index = current.lines.last.index self end end end PK *J [�Y�Ө � $ share/ruby/syntax_suggest/lex_all.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Ripper.lex is not guaranteed to lex the entire source document # # This class guarantees the whole document is lex-ed by iteratively # lexing the document where ripper stopped. # # Prism likely doesn't have the same problem. Once ripper support is removed # we can likely reduce the complexity here if not remove the whole concept. # # Example usage: # # lex = LexAll.new(source: source) # lex.each do |value| # puts value.line # end class LexAll include Enumerable def initialize(source:, source_lines: nil) @lex = self.class.lex(source, 1) lineno = @lex.last[0][0] + 1 source_lines ||= source.lines last_lineno = source_lines.length until lineno >= last_lineno lines = source_lines[lineno..] @lex.concat( self.class.lex(lines.join, lineno + 1) ) lineno = @lex.last[0].first + 1 end last_lex = nil @lex.map! { |elem| last_lex = LexValue.new(elem[0].first, elem[1], elem[2], elem[3], last_lex) } end if SyntaxSuggest.use_prism_parser? def self.lex(source, line_number) Prism.lex_compat(source, line: line_number).value.sort_by { |values| values[0] } end else def self.lex(source, line_number) Ripper::Lexer.new(source, "-", line_number).parse.sort_by(&:pos) end end def to_a @lex end def each return @lex.each unless block_given? @lex.each do |x| yield x end end def [](index) @lex[index] end def last @lex.last end end end require_relative "lex_value" PK *J [>K�� � + share/ruby/syntax_suggest/priority_queue.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Holds elements in a priority heap on insert # # Instead of constantly calling `sort!`, put # the element where it belongs the first time # around # # Example: # # queue = PriorityQueue.new # queue << 33 # queue << 44 # queue << 1 # # puts queue.peek # => 44 # class PriorityQueue attr_reader :elements def initialize @elements = [] end def <<(element) @elements << element bubble_up(last_index, element) end def pop exchange(0, last_index) max = @elements.pop bubble_down(0) max end def length @elements.length end def empty? @elements.empty? end def peek @elements.first end def to_a @elements end # Used for testing, extremely not performant def sorted out = [] elements = @elements.dup while (element = pop) out << element end @elements = elements out.reverse end private def last_index @elements.size - 1 end private def bubble_up(index, element) return if index <= 0 parent_index = (index - 1) / 2 parent = @elements[parent_index] return if (parent <=> element) >= 0 exchange(index, parent_index) bubble_up(parent_index, element) end private def bubble_down(index) child_index = (index * 2) + 1 return if child_index > last_index not_the_last_element = child_index < last_index left_element = @elements[child_index] right_element = @elements[child_index + 1] child_index += 1 if not_the_last_element && (right_element <=> left_element) == 1 return if (@elements[index] <=> @elements[child_index]) >= 0 exchange(index, child_index) bubble_down(child_index) end def exchange(source, target) a = @elements[source] b = @elements[target] @elements[source] = b @elements[target] = a end end end PK *J [�:�D~ ~ & share/ruby/syntax_suggest/code_line.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Represents a single line of code of a given source file # # This object contains metadata about the line such as # amount of indentation, if it is empty or not, and # lexical data, such as if it has an `end` or a keyword # in it. # # Visibility of lines can be toggled off. Marking a line as invisible # indicates that it should not be used for syntax checks. # It's functionally the same as commenting it out. # # Example: # # line = CodeLine.from_source("def foo\n").first # line.number => 1 # line.empty? # => false # line.visible? # => true # line.mark_invisible # line.visible? # => false # class CodeLine TRAILING_SLASH = ("\\" + $/).freeze # Returns an array of CodeLine objects # from the source string def self.from_source(source, lines: nil) lines ||= source.lines lex_array_for_line = LexAll.new(source: source, source_lines: lines).each_with_object(Hash.new { |h, k| h[k] = [] }) { |lex, hash| hash[lex.line] << lex } lines.map.with_index do |line, index| CodeLine.new( line: line, index: index, lex: lex_array_for_line[index + 1] ) end end attr_reader :line, :index, :lex, :line_number, :indent def initialize(line:, index:, lex:) @lex = lex @line = line @index = index @original = line @line_number = @index + 1 strip_line = line.dup strip_line.lstrip! @indent = if (@empty = strip_line.empty?) line.length - 1 # Newline removed from strip_line is not "whitespace" else line.length - strip_line.length end set_kw_end end # Used for stable sort via indentation level # # Ruby's sort is not "stable" meaning that when # multiple elements have the same value, they are # not guaranteed to return in the same order they # were put in. # # So when multiple code lines have the same indentation # level, they're sorted by their index value which is unique # and consistent. # # This is mostly needed for consistency of the test suite def indent_index @indent_index ||= [indent, index] end alias_method :number, :line_number # Returns true if the code line is determined # to contain a keyword that matches with an `end` # # For example: `def`, `do`, `begin`, `ensure`, etc. def is_kw? @is_kw end # Returns true if the code line is determined # to contain an `end` keyword def is_end? @is_end end # Used to hide lines # # The search alorithm will group lines into blocks # then if those blocks are determined to represent # valid code they will be hidden def mark_invisible @line = "" end # Means the line was marked as "invisible" # Confusingly, "empty" lines are visible...they # just don't contain any source code other than a newline ("\n"). def visible? !line.empty? end # Opposite or `visible?` (note: different than `empty?`) def hidden? !visible? end # An `empty?` line is one that was originally left # empty in the source code, while a "hidden" line # is one that we've since marked as "invisible" def empty? @empty end # Opposite of `empty?` (note: different than `visible?`) def not_empty? !empty? end # Renders the given line # # Also allows us to represent source code as # an array of code lines. # # When we have an array of code line elements # calling `join` on the array will call `to_s` # on each element, which essentially converts # it back into it's original source string. def to_s line end # When the code line is marked invisible # we retain the original value of it's line # this is useful for debugging and for # showing extra context # # DisplayCodeWithLineNumbers will render # all lines given to it, not just visible # lines, it uses the original method to # obtain them. attr_reader :original # Comparison operator, needed for equality # and sorting def <=>(other) index <=> other.index end # [Not stable API] # # Lines that have a `on_ignored_nl` type token and NOT # a `BEG` type seem to be a good proxy for the ability # to join multiple lines into one. # # This predicate method is used to determine when those # two criteria have been met. # # The one known case this doesn't handle is: # # Ripper.lex <<~EOM # a && # b || # c # EOM # # For some reason this introduces `on_ignore_newline` but with BEG type def ignore_newline_not_beg? @ignore_newline_not_beg end # Determines if the given line has a trailing slash # # lines = CodeLine.from_source(<<~EOM) # it "foo" \ # EOM # expect(lines.first.trailing_slash?).to eq(true) # if SyntaxSuggest.use_prism_parser? def trailing_slash? last = @lex.last last&.type == :on_tstring_end end else def trailing_slash? last = @lex.last return false unless last return false unless last.type == :on_sp last.token == TRAILING_SLASH end end # Endless method detection # # From https://github.com/ruby/irb/commit/826ae909c9c93a2ddca6f9cfcd9c94dbf53d44ab # Detecting a "oneliner" seems to need a state machine. # This can be done by looking mostly at the "state" (last value): # # ENDFN -> BEG (token = '=' ) -> END # private def set_kw_end oneliner_count = 0 in_oneliner_def = nil kw_count = 0 end_count = 0 @ignore_newline_not_beg = false @lex.each do |lex| kw_count += 1 if lex.is_kw? end_count += 1 if lex.is_end? if lex.type == :on_ignored_nl @ignore_newline_not_beg = !lex.expr_beg? end if in_oneliner_def.nil? in_oneliner_def = :ENDFN if lex.state.allbits?(Ripper::EXPR_ENDFN) elsif lex.state.allbits?(Ripper::EXPR_ENDFN) # Continue elsif lex.state.allbits?(Ripper::EXPR_BEG) in_oneliner_def = :BODY if lex.token == "=" elsif lex.state.allbits?(Ripper::EXPR_END) # We found an endless method, count it oneliner_count += 1 if in_oneliner_def == :BODY in_oneliner_def = nil else in_oneliner_def = nil end end kw_count -= oneliner_count @is_kw = (kw_count - end_count) > 0 @is_end = (end_count - kw_count) > 0 end end end PK *J [� �F 2 share/ruby/syntax_suggest/priority_engulf_queue.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Keeps track of what elements are in the queue in # priority and also ensures that when one element # engulfs/covers/eats another that the larger element # evicts the smaller element class PriorityEngulfQueue def initialize @queue = PriorityQueue.new end def to_a @queue.to_a end def empty? @queue.empty? end def length @queue.length end def peek @queue.peek end def pop @queue.pop end def push(block) prune_engulf(block) @queue << block flush_deleted self end private def flush_deleted while @queue&.peek&.deleted? @queue.pop end end private def prune_engulf(block) # If we're about to pop off the same block, we can skip deleting # things from the frontier this iteration since we'll get it # on the next iteration return if @queue.peek && (block <=> @queue.peek) == 1 if block.starts_at != block.ends_at # A block of size 1 cannot engulf another @queue.to_a.each { |b| if b.starts_at >= block.starts_at && b.ends_at <= block.ends_at b.delete true end } end end end end PK *J [w���m m share/ruby/syntax_suggest/api.rbnu �[��� # frozen_string_literal: true require_relative "version" require "tmpdir" require "stringio" require "pathname" require "timeout" # We need Ripper loaded for `Prism.lex_compat` even if we're using Prism # for lexing and parsing require "ripper" # Prism is the new parser, replacing Ripper # # We need to "dual boot" both for now because syntax_suggest # supports older rubies that do not ship with syntax suggest. # # We also need the ability to control loading of this library # so we can test that both modes work correctly in CI. if (value = ENV["SYNTAX_SUGGEST_DISABLE_PRISM"]) warn "Skipping loading prism due to SYNTAX_SUGGEST_DISABLE_PRISM=#{value}" else begin require "prism" rescue LoadError end end module SyntaxSuggest # Used to indicate a default value that cannot # be confused with another input. DEFAULT_VALUE = Object.new.freeze class Error < StandardError; end TIMEOUT_DEFAULT = ENV.fetch("SYNTAX_SUGGEST_TIMEOUT", 1).to_i # SyntaxSuggest.use_prism_parser? [Private] # # Tells us if the prism parser is available for use # or if we should fallback to `Ripper` def self.use_prism_parser? defined?(Prism) end # SyntaxSuggest.handle_error [Public] # # Takes a `SyntaxError` exception, uses the # error message to locate the file. Then the file # will be analyzed to find the location of the syntax # error and emit that location to stderr. # # Example: # # begin # require 'bad_file' # rescue => e # SyntaxSuggest.handle_error(e) # end # # By default it will re-raise the exception unless # `re_raise: false`. The message output location # can be configured using the `io: $stderr` input. # # If a valid filename cannot be determined, the original # exception will be re-raised (even with # `re_raise: false`). def self.handle_error(e, re_raise: true, io: $stderr) unless e.is_a?(SyntaxError) io.puts("SyntaxSuggest: Must pass a SyntaxError, got: #{e.class}") raise e end file = PathnameFromMessage.new(e.message, io: io).call.name raise e unless file io.sync = true call( io: io, source: file.read, filename: file ) raise e if re_raise end # SyntaxSuggest.call [Private] # # Main private interface def self.call(source:, filename: DEFAULT_VALUE, terminal: DEFAULT_VALUE, record_dir: DEFAULT_VALUE, timeout: TIMEOUT_DEFAULT, io: $stderr) search = nil filename = nil if filename == DEFAULT_VALUE Timeout.timeout(timeout) do record_dir ||= ENV["DEBUG"] ? "tmp" : nil search = CodeSearch.new(source, record_dir: record_dir).call end blocks = search.invalid_blocks DisplayInvalidBlocks.new( io: io, blocks: blocks, filename: filename, terminal: terminal, code_lines: search.code_lines ).call rescue Timeout::Error => e io.puts "Search timed out SYNTAX_SUGGEST_TIMEOUT=#{timeout}, run with SYNTAX_SUGGEST_DEBUG=1 for more info" io.puts e.backtrace.first(3).join($/) end # SyntaxSuggest.record_dir [Private] # # Used to generate a unique directory to record # search steps for debugging def self.record_dir(dir) time = Time.now.strftime("%Y-%m-%d-%H-%M-%s-%N") dir = Pathname(dir) dir.join(time).tap { |path| path.mkpath alias_dir = dir.join("last") FileUtils.rm_rf(alias_dir) if alias_dir.exist? FileUtils.ln_sf(time, alias_dir) } end # SyntaxSuggest.valid_without? [Private] # # This will tell you if the `code_lines` would be valid # if you removed the `without_lines`. In short it's a # way to detect if we've found the lines with syntax errors # in our document yet. # # code_lines = [ # CodeLine.new(line: "def foo\n", index: 0) # CodeLine.new(line: " def bar\n", index: 1) # CodeLine.new(line: "end\n", index: 2) # ] # # SyntaxSuggest.valid_without?( # without_lines: code_lines[1], # code_lines: code_lines # ) # => true # # SyntaxSuggest.valid?(code_lines) # => false def self.valid_without?(without_lines:, code_lines:) lines = code_lines - Array(without_lines).flatten if lines.empty? true else valid?(lines) end end # SyntaxSuggest.invalid? [Private] # # Opposite of `SyntaxSuggest.valid?` if defined?(Prism) def self.invalid?(source) source = source.join if source.is_a?(Array) source = source.to_s Prism.parse(source).failure? end else def self.invalid?(source) source = source.join if source.is_a?(Array) source = source.to_s Ripper.new(source).tap(&:parse).error? end end # SyntaxSuggest.valid? [Private] # # Returns truthy if a given input source is valid syntax # # SyntaxSuggest.valid?(<<~EOM) # => true # def foo # end # EOM # # SyntaxSuggest.valid?(<<~EOM) # => false # def foo # def bar # Syntax error here # end # EOM # # You can also pass in an array of lines and they'll be # joined before evaluating # # SyntaxSuggest.valid?( # [ # "def foo\n", # "end\n" # ] # ) # => true # # SyntaxSuggest.valid?( # [ # "def foo\n", # " def bar\n", # Syntax error here # "end\n" # ] # ) # => false # # As an FYI the CodeLine class instances respond to `to_s` # so passing a CodeLine in as an object or as an array # will convert it to it's code representation. def self.valid?(source) !invalid?(source) end end # Integration require_relative "cli" # Core logic require_relative "code_search" require_relative "code_frontier" require_relative "explain_syntax" require_relative "clean_document" # Helpers require_relative "lex_all" require_relative "code_line" require_relative "code_block" require_relative "block_expand" require_relative "mini_stringio" require_relative "priority_queue" require_relative "unvisited_lines" require_relative "around_block_scan" require_relative "priority_engulf_queue" require_relative "pathname_from_message" require_relative "display_invalid_blocks" require_relative "parse_blocks_from_indent_line" PK *J [Q0�� * share/ruby/syntax_suggest/mini_stringio.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # Mini String IO [Private] # # Acts like a StringIO with reduced API, but without having to require that # class. # # The original codebase emitted directly to $stderr, but now SyntaxError#detailed_message # needs a string output. To accomplish that we kept the original print infrastructure in place and # added this class to accumulate the print output into a string. class MiniStringIO EMPTY_ARG = Object.new def initialize(isatty: $stderr.isatty) @string = +"" @isatty = isatty end attr_reader :isatty def puts(value = EMPTY_ARG, **) if !value.equal?(EMPTY_ARG) @string << value end @string << $/ end attr_reader :string end end PK *J [�z� � % share/ruby/syntax_suggest/core_ext.rbnu �[��� # frozen_string_literal: true # Ruby 3.2+ has a cleaner way to hook into Ruby that doesn't use `require` if SyntaxError.method_defined?(:detailed_message) module SyntaxSuggest # SyntaxSuggest.module_for_detailed_message [Private] # # Used to monkeypatch SyntaxError via Module.prepend def self.module_for_detailed_message Module.new { def detailed_message(highlight: true, syntax_suggest: true, **kwargs) return super unless syntax_suggest require "syntax_suggest/api" unless defined?(SyntaxSuggest::DEFAULT_VALUE) message = super if path file = Pathname.new(path) io = SyntaxSuggest::MiniStringIO.new SyntaxSuggest.call( io: io, source: file.read, filename: file, terminal: highlight ) annotation = io.string annotation += "\n" unless annotation.end_with?("\n") annotation + message else message end rescue => e if ENV["SYNTAX_SUGGEST_DEBUG"] $stderr.warn(e.message) $stderr.warn(e.backtrace) end # Ignore internal errors message end } end end SyntaxError.prepend(SyntaxSuggest.module_for_detailed_message) else autoload :Pathname, "pathname" #-- # Monkey patch kernel to ensure that all `require` calls call the same # method #++ module Kernel # :stopdoc: module_function alias_method :syntax_suggest_original_require, :require alias_method :syntax_suggest_original_require_relative, :require_relative alias_method :syntax_suggest_original_load, :load def load(file, wrap = false) syntax_suggest_original_load(file) rescue SyntaxError => e require "syntax_suggest/api" unless defined?(SyntaxSuggest::DEFAULT_VALUE) SyntaxSuggest.handle_error(e) end def require(file) syntax_suggest_original_require(file) rescue SyntaxError => e require "syntax_suggest/api" unless defined?(SyntaxSuggest::DEFAULT_VALUE) SyntaxSuggest.handle_error(e) end def require_relative(file) if Pathname.new(file).absolute? syntax_suggest_original_require file else relative_from = caller_locations(1..1).first relative_from_path = relative_from.absolute_path || relative_from.path syntax_suggest_original_require File.expand_path("../#{file}", relative_from_path) end rescue SyntaxError => e require "syntax_suggest/api" unless defined?(SyntaxSuggest::DEFAULT_VALUE) SyntaxSuggest.handle_error(e) end end end PK *J [��0t t * share/ruby/syntax_suggest/code_frontier.rbnu �[��� # frozen_string_literal: true module SyntaxSuggest # The main function of the frontier is to hold the edges of our search and to # evaluate when we can stop searching. # There are three main phases in the algorithm: # # 1. Sanitize/format input source # 2. Search for invalid blocks # 3. Format invalid blocks into something meaningful # # The Code frontier is a critical part of the second step # # ## Knowing where we've been # # Once a code block is generated it is added onto the frontier. Then it will be # sorted by indentation and frontier can be filtered. Large blocks that fully enclose a # smaller block will cause the smaller block to be evicted. # # CodeFrontier#<<(block) # Adds block to frontier # CodeFrontier#pop # Removes block from frontier # # ## Knowing where we can go # # Internally the frontier keeps track of "unvisited" lines which are exposed via `next_indent_line` # when called, this method returns, a line of code with the highest indentation. # # The returned line of code can be used to build a CodeBlock and then that code block # is added back to the frontier. Then, the lines are removed from the # "unvisited" so we don't double-create the same block. # # CodeFrontier#next_indent_line # Shows next line # CodeFrontier#register_indent_block(block) # Removes lines from unvisited # # ## Knowing when to stop # # The frontier knows how to check the entire document for a syntax error. When blocks # are added onto the frontier, they're removed from the document. When all code containing # syntax errors has been added to the frontier, the document will be parsable without a # syntax error and the search can stop. # # CodeFrontier#holds_all_syntax_errors? # Returns true when frontier holds all syntax errors # # ## Filtering false positives # # Once the search is completed, the frontier may have multiple blocks that do not contain # the syntax error. To limit the result to the smallest subset of "invalid blocks" call: # # CodeFrontier#detect_invalid_blocks # class CodeFrontier def initialize(code_lines:, unvisited: UnvisitedLines.new(code_lines: code_lines)) @code_lines = code_lines @unvisited = unvisited @queue = PriorityEngulfQueue.new @check_next = true end def count @queue.length end # Performance optimization # # Parsing with ripper is expensive # If we know we don't have any blocks with invalid # syntax, then we know we cannot have found # the incorrect syntax yet. # # When an invalid block is added onto the frontier # check document state private def can_skip_check? check_next = @check_next @check_next = false if check_next false else true end end # Returns true if the document is valid with all lines # removed. By default it checks all blocks in present in # the frontier array, but can be used for arbitrary arrays # of codeblocks as well def holds_all_syntax_errors?(block_array = @queue, can_cache: true) return false if can_cache && can_skip_check? without_lines = block_array.to_a.flat_map do |block| block.lines end SyntaxSuggest.valid_without?( without_lines: without_lines, code_lines: @code_lines ) end # Returns a code block with the largest indentation possible def pop @queue.pop end def next_indent_line @unvisited.peek end def expand? return false if @queue.empty? return true if @unvisited.empty? frontier_indent = @queue.peek.current_indent unvisited_indent = next_indent_line.indent if ENV["SYNTAX_SUGGEST_DEBUG"] puts "```" puts @queue.peek puts "```" puts " @frontier indent: #{frontier_indent}" puts " @unvisited indent: #{unvisited_indent}" end # Expand all blocks before moving to unvisited lines frontier_indent >= unvisited_indent end # Keeps track of what lines have been added to blocks and which are not yet # visited. def register_indent_block(block) @unvisited.visit_block(block) self end # When one element fully encapsulates another we remove the smaller # block from the frontier. This prevents double expansions and all-around # weird behavior. However this guarantee is quite expensive to maintain def register_engulf_block(block) end # Add a block to the frontier # # This method ensures the frontier always remains sorted (in indentation order) # and that each code block's lines are removed from the indentation hash so we # don't re-evaluate the same line multiple times. def <<(block) @unvisited.visit_block(block) @queue.push(block) @check_next = true if block.invalid? self end # Example: # # combination([:a, :b, :c, :d]) # # => [[:a], [:b], [:c], [:d], [:a, :b], [:a, :c], [:a, :d], [:b, :c], [:b, :d], [:c, :d], [:a, :b, :c], [:a, :b, :d], [:a, :c, :d], [:b, :c, :d], [:a, :b, :c, :d]] def self.combination(array) guesses = [] 1.upto(array.length).each do |size| guesses.concat(array.combination(size).to_a) end guesses end # Given that we know our syntax error exists somewhere in our frontier, we want to find # the smallest possible set of blocks that contain all the syntax errors def detect_invalid_blocks self.class.combination(@queue.to_a.select(&:invalid?)).detect do |block_array| holds_all_syntax_errors?(block_array, can_cache: false) end || [] end end end PK *J [�4��� � share/ruby/objspace/trace.rbnu �[��� # This is a simple tool to enable the object allocation tracer. # When you have an object of unknown provenance, you can use this # to investigate where the object in question is created. # # = Important notice # # This is only for debugging purpose. Do not use this in production. # Require'ing this file immediately starts tracing the object allocation, # which brings a large performance overhead. # # = Usage # # 1. Add `require "objspace/trace"` into your code (or add `-robjspace/trace` into the command line) # 2. `p obj` will show the allocation site of `obj` # # Note: This redefines `Kernel#p` method, but not `Object#inspect`. # # = Examples # # 1: require "objspace/trace" # 2: # 3: obj = "str" # 4: # 5: p obj #=> "str" @ test.rb:3 require 'objspace.so' module Kernel remove_method :p define_method(:p) do |*objs| objs.each do |obj| file = ObjectSpace.allocation_sourcefile(obj) line = ObjectSpace.allocation_sourceline(obj) if file puts "#{ obj.inspect } @ #{ file }:#{ line }" else puts obj.inspect end end end end ObjectSpace.trace_object_allocations_start warn "objspace/trace is enabled" PK *J [�f�8� � share/ruby/timeout.rbnu �[��� # frozen_string_literal: true # Timeout long-running blocks # # == Synopsis # # require 'timeout' # status = Timeout.timeout(5) { # # Something that should be interrupted if it takes more than 5 seconds... # } # # == Description # # Timeout provides a way to auto-terminate a potentially long-running # operation if it hasn't finished in a fixed amount of time. # # == Copyright # # Copyright:: (C) 2000 Network Applied Communication Laboratory, Inc. # Copyright:: (C) 2000 Information-technology Promotion Agency, Japan module Timeout # The version VERSION = "0.4.3" # Internal error raised to when a timeout is triggered. class ExitException < Exception def exception(*) # :nodoc: self end end # Raised by Timeout.timeout when the block times out. class Error < RuntimeError def self.handle_timeout(message) # :nodoc: exc = ExitException.new(message) begin yield exc rescue ExitException => e raise new(message) if exc.equal?(e) raise end end end # :stopdoc: CONDVAR = ConditionVariable.new QUEUE = Queue.new QUEUE_MUTEX = Mutex.new TIMEOUT_THREAD_MUTEX = Mutex.new @timeout_thread = nil private_constant :CONDVAR, :QUEUE, :QUEUE_MUTEX, :TIMEOUT_THREAD_MUTEX class Request attr_reader :deadline def initialize(thread, timeout, exception_class, message) @thread = thread @deadline = GET_TIME.call(Process::CLOCK_MONOTONIC) + timeout @exception_class = exception_class @message = message @mutex = Mutex.new @done = false # protected by @mutex end def done? @mutex.synchronize do @done end end def expired?(now) now >= @deadline end def interrupt @mutex.synchronize do unless @done @thread.raise @exception_class, @message @done = true end end end def finished @mutex.synchronize do @done = true end end end private_constant :Request def self.create_timeout_thread watcher = Thread.new do requests = [] while true until QUEUE.empty? and !requests.empty? # wait to have at least one request req = QUEUE.pop requests << req unless req.done? end closest_deadline = requests.min_by(&:deadline).deadline now = 0.0 QUEUE_MUTEX.synchronize do while (now = GET_TIME.call(Process::CLOCK_MONOTONIC)) < closest_deadline and QUEUE.empty? CONDVAR.wait(QUEUE_MUTEX, closest_deadline - now) end end requests.each do |req| req.interrupt if req.expired?(now) end requests.reject!(&:done?) end end ThreadGroup::Default.add(watcher) unless watcher.group.enclosed? watcher.name = "Timeout stdlib thread" watcher.thread_variable_set(:"\0__detached_thread__", true) watcher end private_class_method :create_timeout_thread def self.ensure_timeout_thread_created unless @timeout_thread and @timeout_thread.alive? TIMEOUT_THREAD_MUTEX.synchronize do unless @timeout_thread and @timeout_thread.alive? @timeout_thread = create_timeout_thread end end end end # We keep a private reference so that time mocking libraries won't break # Timeout. GET_TIME = Process.method(:clock_gettime) private_constant :GET_TIME # :startdoc: # Perform an operation in a block, raising an error if it takes longer than # +sec+ seconds to complete. # # +sec+:: Number of seconds to wait for the block to terminate. Any non-negative number # or nil may be used, including Floats to specify fractional seconds. A # value of 0 or +nil+ will execute the block without any timeout. # Any negative number will raise an ArgumentError. # +klass+:: Exception Class to raise if the block fails to terminate # in +sec+ seconds. Omitting will use the default, Timeout::Error # +message+:: Error message to raise with Exception Class. # Omitting will use the default, "execution expired" # # Returns the result of the block *if* the block completed before # +sec+ seconds, otherwise throws an exception, based on the value of +klass+. # # The exception thrown to terminate the given block cannot be rescued inside # the block unless +klass+ is given explicitly. However, the block can use # ensure to prevent the handling of the exception. For that reason, this # method cannot be relied on to enforce timeouts for untrusted blocks. # # If a scheduler is defined, it will be used to handle the timeout by invoking # Scheduler#timeout_after. # # Note that this is both a method of module Timeout, so you can <tt>include # Timeout</tt> into your classes so they have a #timeout method, as well as # a module method, so you can call it directly as Timeout.timeout(). def timeout(sec, klass = nil, message = nil, &block) #:yield: +sec+ return yield(sec) if sec == nil or sec.zero? raise ArgumentError, "Timeout sec must be a non-negative number" if 0 > sec message ||= "execution expired" if Fiber.respond_to?(:current_scheduler) && (scheduler = Fiber.current_scheduler)&.respond_to?(:timeout_after) return scheduler.timeout_after(sec, klass || Error, message, &block) end Timeout.ensure_timeout_thread_created perform = Proc.new do |exc| request = Request.new(Thread.current, sec, exc, message) QUEUE_MUTEX.synchronize do QUEUE << request CONDVAR.signal end begin return yield(sec) ensure request.finished end end if klass perform.call(klass) else Error.handle_timeout(message, &perform) end end module_function :timeout end PK *J [���j share/ruby/yaml/dbm.rbnu �[��� # frozen_string_literal: false require 'yaml' begin require 'dbm' rescue LoadError end module YAML # YAML + DBM = YDBM # # YAML::DBM provides the same interface as ::DBM. # # However, while DBM only allows strings for both keys and values, # this library allows one to use most Ruby objects for values # by first converting them to YAML. Keys must be strings. # # Conversion to and from YAML is performed automatically. # # See the documentation for ::DBM and ::YAML for more information. class DBM < ::DBM # :call-seq: # ydbm[key] -> value # # Return value associated with +key+ from database. # # Returns +nil+ if there is no such +key+. # # See #fetch for more information. def []( key ) fetch( key ) end # :call-seq: # ydbm[key] = value # # Set +key+ to +value+ in database. # # +value+ will be converted to YAML before storage. # # See #store for more information. def []=( key, val ) store( key, val ) end # :call-seq: # ydbm.fetch( key, ifnone = nil ) # ydbm.fetch( key ) { |key| ... } # # Return value associated with +key+. # # If there is no value for +key+ and no block is given, returns +ifnone+. # # Otherwise, calls block passing in the given +key+. # # See ::DBM#fetch for more information. def fetch( keystr, ifnone = nil ) begin val = super( keystr ) if String === val if YAML.respond_to?(:safe_load) return YAML.safe_load( val ) else return YAML.load( val ) end end rescue IndexError end if block_given? yield keystr else ifnone end end # Deprecated, used YAML::DBM#key instead. # ---- # Note: # YAML::DBM#index makes warning from internal of ::DBM#index. # It says 'DBM#index is deprecated; use DBM#key', but DBM#key # behaves not same as DBM#index. # def index( keystr ) super( keystr.to_yaml ) end # :call-seq: # ydbm.key(value) -> string # # Returns the key for the specified value. def key( keystr ) invert[keystr] end # :call-seq: # ydbm.values_at(*keys) # # Returns an array containing the values associated with the given keys. def values_at( *keys ) keys.collect { |k| fetch( k ) } end # :call-seq: # ydbm.delete(key) # # Deletes value from database associated with +key+. # # Returns value or +nil+. def delete( key ) v = super( key ) if String === v if YAML.respond_to?(:safe_load) v = YAML.safe_load( v ) else v = YAML.load( v ) end end v end # :call-seq: # ydbm.delete_if { |key, value| ... } # # Calls the given block once for each +key+, +value+ pair in the database. # Deletes all entries for which the block returns true. # # Returns +self+. def delete_if # :yields: [key, value] del_keys = keys.dup del_keys.delete_if { |k| yield( k, fetch( k ) ) == false } del_keys.each { |k| delete( k ) } self end # :call-seq: # ydbm.reject { |key, value| ... } # # Converts the contents of the database to an in-memory Hash, then calls # Hash#reject with the specified code block, returning a new Hash. def reject hsh = self.to_hash hsh.reject { |k,v| yield k, v } end # :call-seq: # ydbm.each_pair { |key, value| ... } # # Calls the given block once for each +key+, +value+ pair in the database. # # Returns +self+. def each_pair # :yields: [key, value] keys.each { |k| yield k, fetch( k ) } self end # :call-seq: # ydbm.each_value { |value| ... } # # Calls the given block for each value in database. # # Returns +self+. def each_value # :yields: value super { |v| yield YAML.respond_to?(:safe_load) ? YAML.safe_load( v ) : YAML.load( v ) } self end # :call-seq: # ydbm.values # # Returns an array of values from the database. def values super.collect { |v| YAML.respond_to?(:safe_load) ? YAML.safe_load( v ) : YAML.load( v ) } end # :call-seq: # ydbm.has_value?(value) # # Returns true if specified +value+ is found in the database. def has_value?( val ) each_value { |v| return true if v == val } return false end # :call-seq: # ydbm.invert -> hash # # Returns a Hash (not a DBM database) created by using each value in the # database as a key, with the corresponding key as its value. # # Note that all values in the hash will be Strings, but the keys will be # actual objects. def invert h = {} keys.each { |k| h[ self.fetch( k ) ] = k } h end # :call-seq: # ydbm.replace(hash) -> ydbm # # Replaces the contents of the database with the contents of the specified # object. Takes any object which implements the each_pair method, including # Hash and DBM objects. def replace( hsh ) clear update( hsh ) end # :call-seq: # ydbm.shift -> [key, value] # # Removes a [key, value] pair from the database, and returns it. # If the database is empty, returns +nil+. # # The order in which values are removed/returned is not guaranteed. def shift a = super if a a[1] = YAML.respond_to?(:safe_load) ? YAML.safe_load( a[1] ) : YAML.load( a[1] ) end a end # :call-seq: # ydbm.select { |key, value| ... } # ydbm.select(*keys) # # If a block is provided, returns a new array containing [key, value] pairs # for which the block returns true. # # Otherwise, same as #values_at def select( *keys ) if block_given? self.keys.collect { |k| v = self[k]; [k, v] if yield k, v }.compact else values_at( *keys ) end end # :call-seq: # ydbm.store(key, value) -> value # # Stores +value+ in database with +key+ as the index. +value+ is converted # to YAML before being stored. # # Returns +value+ def store( key, val ) super( key, val.to_yaml ) val end # :call-seq: # ydbm.update(hash) -> ydbm # # Updates the database with multiple values from the specified object. # Takes any object which implements the each_pair method, including # Hash and DBM objects. # # Returns +self+. def update( hsh ) hsh.each_pair do |k,v| self.store( k, v ) end self end # :call-seq: # ydbm.to_a -> array # # Converts the contents of the database to an array of [key, value] arrays, # and returns it. def to_a a = [] keys.each { |k| a.push [ k, self.fetch( k ) ] } a end # :call-seq: # ydbm.to_hash -> hash # # Converts the contents of the database to an in-memory Hash object, and # returns it. def to_hash h = {} keys.each { |k| h[ k ] = self.fetch( k ) } h end alias :each :each_pair end end if defined?(DBM) PK *J [��0�e e share/ruby/yaml/store.rbnu �[��� # frozen_string_literal: false # # YAML::Store # require 'yaml' begin require 'pstore' rescue LoadError end # YAML::Store provides the same functionality as PStore, except it uses YAML # to dump objects instead of Marshal. # # == Example # # require 'yaml/store' # # Person = Struct.new :first_name, :last_name # # people = [Person.new("Bob", "Smith"), Person.new("Mary", "Johnson")] # # store = YAML::Store.new "test.store" # # store.transaction do # store["people"] = people # store["greeting"] = { "hello" => "world" } # end # # After running the above code, the contents of "test.store" will be: # # --- # people: # - !ruby/struct:Person # first_name: Bob # last_name: Smith # - !ruby/struct:Person # first_name: Mary # last_name: Johnson # greeting: # hello: world class YAML::Store < PStore # :call-seq: # initialize( file_name, yaml_opts = {} ) # initialize( file_name, thread_safe = false, yaml_opts = {} ) # # Creates a new YAML::Store object, which will store data in +file_name+. # If the file does not already exist, it will be created. # # YAML::Store objects are always reentrant. But if _thread_safe_ is set to true, # then it will become thread-safe at the cost of a minor performance hit. # # Options passed in through +yaml_opts+ will be used when converting the # store to YAML via Hash#to_yaml(). def initialize( *o ) @opt = {} if o.last.is_a? Hash @opt.update(o.pop) end super(*o) end # :stopdoc: def dump(table) table.to_yaml(@opt) end def load(content) table = if YAML.respond_to?(:safe_load) if Psych::VERSION >= "3.1" YAML.safe_load(content, permitted_classes: [Symbol]) else YAML.safe_load(content, [Symbol]) end else YAML.load(content) end if table == false || table == nil {} else table end end def marshal_dump_supports_canonical_option? false end def empty_marshal_data {}.to_yaml(@opt) end def empty_marshal_checksum CHECKSUM_ALGO.digest(empty_marshal_data) end end if defined?(::PStore) PK *J [|� O� � share/ruby/readline.rbnu �[��� begin require "readline.#{RbConfig::CONFIG["DLEXT"]}" rescue LoadError require 'reline' unless defined? Reline Object.send(:remove_const, :Readline) if Object.const_defined?(:Readline) Readline = Reline end PK *J [b7��: �: share/ruby/fiddle/struct.rbnu �[��� # frozen_string_literal: true require 'fiddle' require 'fiddle/value' require 'fiddle/pack' module Fiddle # A base class for objects representing a C structure class CStruct include Enumerable # accessor to Fiddle::CStructEntity def CStruct.entity_class CStructEntity end def self.offsetof(name, members, types) # :nodoc: offset = 0 worklist = name.split('.') this_type = self while search_name = worklist.shift index = 0 member_index = members.index(search_name) unless member_index # Possibly a sub-structure member_index = members.index { |member_name, _| member_name == search_name } return unless member_index end types.each { |type, count = 1| orig_offset = offset if type.respond_to?(:entity_class) align = type.alignment type_size = type.size else align = PackInfo::ALIGN_MAP[type] type_size = PackInfo::SIZE_MAP[type] end # Unions shouldn't advance the offset if this_type.entity_class == CUnionEntity type_size = 0 end offset = PackInfo.align(orig_offset, align) if worklist.empty? return offset if index == member_index else if index == member_index subtype = types[member_index] members = subtype.members types = subtype.types this_type = subtype break end end offset += (type_size * count) index += 1 } end nil end def each return enum_for(__function__) unless block_given? self.class.members.each do |name,| yield(self[name]) end end def each_pair return enum_for(__function__) unless block_given? self.class.members.each do |name,| yield(name, self[name]) end end def to_h hash = {} each_pair do |name, value| hash[name] = unstruct(value) end hash end def replace(another) if another.nil? self.class.members.each do |name,| self[name] = nil end elsif another.respond_to?(:each_pair) another.each_pair do |name, value| self[name] = value end else another.each do |name, value| self[name] = value end end self end private def unstruct(value) case value when CStruct value.to_h when Array value.collect do |v| unstruct(v) end else value end end end # A base class for objects representing a C union class CUnion # accessor to Fiddle::CUnionEntity def CUnion.entity_class CUnionEntity end def self.offsetof(name, members, types) # :nodoc: 0 end end # Wrapper for arrays within a struct class StructArray < Array include ValueUtil def initialize(ptr, type, initial_values) @ptr = ptr @type = type @is_struct = @type.respond_to?(:entity_class) if @is_struct super(initial_values) else @size = Fiddle::PackInfo::SIZE_MAP[type] @pack_format = Fiddle::PackInfo::PACK_MAP[type] super(initial_values.collect { |v| unsigned_value(v, type) }) end end def to_ptr @ptr end def []=(index, value) if index < 0 || index >= size raise IndexError, 'index %d outside of array bounds 0...%d' % [index, size] end if @is_struct self[index].replace(value) else to_ptr[index * @size, @size] = [value].pack(@pack_format) super(index, value) end end end # Used to construct C classes (CUnion, CStruct, etc) # # Fiddle::Importer#struct and Fiddle::Importer#union wrap this functionality in an # easy-to-use manner. module CStructBuilder # Construct a new class given a C: # * class +klass+ (CUnion, CStruct, or other that provide an # #entity_class) # * +types+ (Fiddle::TYPE_INT, Fiddle::TYPE_SIZE_T, etc., see the C types # constants) # * corresponding +members+ # # Fiddle::Importer#struct and Fiddle::Importer#union wrap this functionality in an # easy-to-use manner. # # Examples: # # require 'fiddle/struct' # require 'fiddle/cparser' # # include Fiddle::CParser # # types, members = parse_struct_signature(['int i','char c']) # # MyStruct = Fiddle::CStructBuilder.create(Fiddle::CUnion, types, members) # # MyStruct.malloc(Fiddle::RUBY_FREE) do |obj| # ... # end # # obj = MyStruct.malloc(Fiddle::RUBY_FREE) # begin # ... # ensure # obj.call_free # end # # obj = MyStruct.malloc # begin # ... # ensure # Fiddle.free obj.to_ptr # end # def create(klass, types, members) new_class = Class.new(klass){ define_method(:initialize){|addr, func = nil| if addr.is_a?(self.class.entity_class) @entity = addr else @entity = self.class.entity_class.new(addr, types, func) end @entity.assign_names(members) } define_method(:[]) { |*args| @entity.send(:[], *args) } define_method(:[]=) { |*args| @entity.send(:[]=, *args) } define_method(:to_ptr){ @entity } define_method(:to_i){ @entity.to_i } define_singleton_method(:types) { types } define_singleton_method(:members) { members } # Return the offset of a struct member given its name. # For example: # # MyStruct = struct [ # "int64_t i", # "char c", # ] # # MyStruct.offsetof("i") # => 0 # MyStruct.offsetof("c") # => 8 # define_singleton_method(:offsetof) { |name| klass.offsetof(name, members, types) } members.each{|name| name = name[0] if name.is_a?(Array) # name is a nested struct next if method_defined?(name) define_method(name){ @entity[name] } define_method(name + "="){|val| @entity[name] = val } } entity_class = klass.entity_class alignment = entity_class.alignment(types) size = entity_class.size(types) define_singleton_method(:alignment) { alignment } define_singleton_method(:size) { size } define_singleton_method(:malloc) do |func=nil, &block| if block entity_class.malloc(types, func, size) do |entity| block.call(new(entity)) end else new(entity_class.malloc(types, func, size)) end end } return new_class end module_function :create end # A pointer to a C structure class CStructEntity < Fiddle::Pointer include PackInfo include ValueUtil def CStructEntity.alignment(types) max = 1 types.each do |type, count = 1| if type.respond_to?(:entity_class) n = type.alignment else n = ALIGN_MAP[type] end max = n if n > max end max end # Allocates a C struct with the +types+ provided. # # See Fiddle::Pointer.malloc for memory management issues. def CStructEntity.malloc(types, func = nil, size = size(types)) if block_given? and func.nil? message = "a free function must be supplied to #{self}.malloc " + "when it is called with a block" raise ArgumentError, message end pointer = Pointer.malloc(size) begin struct = new(pointer, types, func) rescue pointer.free = func pointer.call_free raise end if block_given? begin yield(struct) ensure struct.call_free end else struct end end # Returns the offset for the packed sizes for the given +types+. # # Fiddle::CStructEntity.size( # [ Fiddle::TYPE_DOUBLE, # Fiddle::TYPE_INT, # Fiddle::TYPE_CHAR, # Fiddle::TYPE_VOIDP ]) #=> 24 def CStructEntity.size(types) offset = 0 max_align = types.map { |type, count = 1| last_offset = offset if type.respond_to?(:entity_class) align = type.alignment type_size = type.size else align = PackInfo::ALIGN_MAP[type] type_size = PackInfo::SIZE_MAP[type] end offset = PackInfo.align(last_offset, align) + (type_size * count) align }.max PackInfo.align(offset, max_align) end # Wraps the C pointer +addr+ as a C struct with the given +types+. # # When the instance is garbage collected, the C function +func+ is called. # # See also Fiddle::Pointer.new def initialize(addr, types, func = nil) if func && addr.is_a?(Pointer) && addr.free raise ArgumentError, 'free function specified on both underlying struct Pointer and when creating a CStructEntity - who do you want to free this?' end set_ctypes(types) super(addr, @size, func) end # Set the names of the +members+ in this C struct def assign_names(members) @members = [] @nested_structs = {} members.each_with_index do |member, index| if member.is_a?(Array) # nested struct member_name = member[0] struct_type, struct_count = @ctypes[index] if struct_count.nil? struct = struct_type.new(to_i + @offset[index]) else structs = struct_count.times.map do |i| struct_type.new(to_i + @offset[index] + i * struct_type.size) end struct = StructArray.new(to_i + @offset[index], struct_type, structs) end @nested_structs[member_name] = struct else member_name = member end @members << member_name end end # Calculates the offsets and sizes for the given +types+ in the struct. def set_ctypes(types) @ctypes = types @offset = [] offset = 0 max_align = types.map { |type, count = 1| orig_offset = offset if type.respond_to?(:entity_class) align = type.alignment type_size = type.size else align = ALIGN_MAP[type] type_size = SIZE_MAP[type] end offset = PackInfo.align(orig_offset, align) @offset << offset offset += (type_size * count) align }.max @size = PackInfo.align(offset, max_align) end # Fetch struct member +name+ if only one argument is specified. If two # arguments are specified, the first is an offset and the second is a # length and this method returns the string of +length+ bytes beginning at # +offset+. # # Examples: # # my_struct = struct(['int id']).malloc # my_struct.id = 1 # my_struct['id'] # => 1 # my_struct[0, 4] # => "\x01\x00\x00\x00".b # def [](*args) return super(*args) if args.size > 1 name = args[0] idx = @members.index(name) if( idx.nil? ) raise(ArgumentError, "no such member: #{name}") end ty = @ctypes[idx] if( ty.is_a?(Array) ) if ty.first.respond_to?(:entity_class) return @nested_structs[name] else r = super(@offset[idx], SIZE_MAP[ty[0]] * ty[1]) end elsif ty.respond_to?(:entity_class) return @nested_structs[name] else r = super(@offset[idx], SIZE_MAP[ty.abs]) end packer = Packer.new([ty]) val = packer.unpack([r]) case ty when Array case ty[0] when TYPE_VOIDP val = val.collect{|v| Pointer.new(v)} end when TYPE_VOIDP val = Pointer.new(val[0]) else val = val[0] end if( ty.is_a?(Integer) && (ty < 0) ) return unsigned_value(val, ty) elsif( ty.is_a?(Array) && (ty[0] < 0) ) return StructArray.new(self + @offset[idx], ty[0], val) else return val end end # Set struct member +name+, to value +val+. If more arguments are # specified, writes the string of bytes to the memory at the given # +offset+ and +length+. # # Examples: # # my_struct = struct(['int id']).malloc # my_struct['id'] = 1 # my_struct[0, 4] = "\x01\x00\x00\x00".b # my_struct.id # => 1 # def []=(*args) return super(*args) if args.size > 2 name, val = *args name = name.to_s if name.is_a?(Symbol) nested_struct = @nested_structs[name] if nested_struct if nested_struct.is_a?(StructArray) if val.nil? nested_struct.each do |s| s.replace(nil) end else val.each_with_index do |v, i| nested_struct[i] = v end end else nested_struct.replace(val) end return val end idx = @members.index(name) if( idx.nil? ) raise(ArgumentError, "no such member: #{name}") end ty = @ctypes[idx] packer = Packer.new([ty]) val = wrap_arg(val, ty, []) buff = packer.pack([val].flatten()) super(@offset[idx], buff.size, buff) if( ty.is_a?(Integer) && (ty < 0) ) return unsigned_value(val, ty) elsif( ty.is_a?(Array) && (ty[0] < 0) ) return val.collect{|v| unsigned_value(v,ty[0])} else return val end end undef_method :size= def to_s() # :nodoc: super(@size) end def +(delta) Pointer.new(to_i + delta, @size - delta) end def -(delta) Pointer.new(to_i - delta, @size + delta) end end # A pointer to a C union class CUnionEntity < CStructEntity include PackInfo # Returns the size needed for the union with the given +types+. # # Fiddle::CUnionEntity.size( # [ Fiddle::TYPE_DOUBLE, # Fiddle::TYPE_INT, # Fiddle::TYPE_CHAR, # Fiddle::TYPE_VOIDP ]) #=> 8 def CUnionEntity.size(types) types.map { |type, count = 1| if type.respond_to?(:entity_class) type.size * count else PackInfo::SIZE_MAP[type] * count end }.max end # Calculate the necessary offset and for each union member with the given # +types+ def set_ctypes(types) @ctypes = types @offset = Array.new(types.length, 0) @size = self.class.size types end end end PK *J [w� share/ruby/fiddle/function.rbnu �[��� # frozen_string_literal: true module Fiddle class Function # The ABI of the Function. attr_reader :abi # The address of this function attr_reader :ptr # The name of this function attr_reader :name # Whether GVL is needed to call this function def need_gvl? @need_gvl end # The integer memory location of this function def to_i ptr.to_i end # Turn this function in to a proc def to_proc this = self lambda { |*args| this.call(*args) } end end end PK *J [���� � share/ruby/fiddle/types.rbnu �[��� # frozen_string_literal: true module Fiddle # Adds Windows type aliases to the including class for use with # Fiddle::Importer. # # The aliases added are: # * ATOM # * BOOL # * BYTE # * DWORD # * DWORD32 # * DWORD64 # * HANDLE # * HDC # * HINSTANCE # * HWND # * LPCSTR # * LPSTR # * PBYTE # * PDWORD # * PHANDLE # * PVOID # * PWORD # * UCHAR # * UINT # * ULONG # * WORD module Win32Types def included(m) # :nodoc: # https://docs.microsoft.com/en-us/windows/win32/winprog/windows-data-types m.module_eval{ typealias "ATOM", "WORD" typealias "BOOL", "int" typealias "BYTE", "unsigned char" typealias "DWORD", "unsigned long" typealias "DWORD32", "uint32_t" typealias "DWORD64", "uint64_t" typealias "HANDLE", "PVOID" typealias "HDC", "HANDLE" typealias "HINSTANCE", "HANDLE" typealias "HWND", "HANDLE" typealias "LPCSTR", "const char *" typealias "LPSTR", "char *" typealias "PBYTE", "BYTE *" typealias "PDWORD", "DWORD *" typealias "PHANDLE", "HANDLE *" typealias "PVOID", "void *" typealias "PWORD", "WORD *" typealias "UCHAR", "unsigned char" typealias "UINT", "unsigned int" typealias "ULONG", "unsigned long" typealias "WORD", "unsigned short" } end module_function :included end # Adds basic type aliases to the including class for use with Fiddle::Importer. # # The aliases added are +uint+ and +u_int+ (<tt>unsigned int</tt>) and # +ulong+ and +u_long+ (<tt>unsigned long</tt>) module BasicTypes def included(m) # :nodoc: m.module_eval{ typealias "uint", "unsigned int" typealias "u_int", "unsigned int" typealias "ulong", "unsigned long" typealias "u_long", "unsigned long" } end module_function :included end end PK *J [�Б�; ; share/ruby/fiddle/pack.rbnu �[��� # frozen_string_literal: true require 'fiddle' module Fiddle module PackInfo # :nodoc: all ALIGN_MAP = { TYPE_VOIDP => ALIGN_VOIDP, TYPE_CHAR => ALIGN_CHAR, TYPE_SHORT => ALIGN_SHORT, TYPE_INT => ALIGN_INT, TYPE_LONG => ALIGN_LONG, TYPE_FLOAT => ALIGN_FLOAT, TYPE_DOUBLE => ALIGN_DOUBLE, TYPE_UCHAR => ALIGN_CHAR, TYPE_USHORT => ALIGN_SHORT, TYPE_UINT => ALIGN_INT, TYPE_ULONG => ALIGN_LONG, TYPE_BOOL => ALIGN_BOOL, } PACK_MAP = { TYPE_VOIDP => "L!", TYPE_CHAR => "c", TYPE_SHORT => "s!", TYPE_INT => "i!", TYPE_LONG => "l!", TYPE_FLOAT => "f", TYPE_DOUBLE => "d", TYPE_UCHAR => "C", TYPE_USHORT => "S!", TYPE_UINT => "I!", TYPE_ULONG => "L!", } case SIZEOF_BOOL when SIZEOF_CHAR PACK_MAP[TYPE_BOOL] = PACK_MAP[TYPE_UCHAR] when SIZEOF_SHORT PACK_MAP[TYPE_BOOL] = PACK_MAP[TYPE_USHORT] when SIZEOF_INT PACK_MAP[TYPE_BOOL] = PACK_MAP[TYPE_UINT] when SIZEOF_LONG PACK_MAP[TYPE_BOOL] = PACK_MAP[TYPE_ULONG] end if RUBY_ENGINE == "jruby" and WINDOWS and [0].pack("l!").size == 8 # JRuby's 'l!' pack string doesn't use 32-bit on Windows. # See https://github.com/jruby/jruby/issues/8357 for details PACK_MAP[TYPE_LONG] = PACK_MAP[TYPE_INT] PACK_MAP[TYPE_ULONG] = PACK_MAP[TYPE_UINT] end SIZE_MAP = { TYPE_VOIDP => SIZEOF_VOIDP, TYPE_CHAR => SIZEOF_CHAR, TYPE_SHORT => SIZEOF_SHORT, TYPE_INT => SIZEOF_INT, TYPE_LONG => SIZEOF_LONG, TYPE_FLOAT => SIZEOF_FLOAT, TYPE_DOUBLE => SIZEOF_DOUBLE, TYPE_UCHAR => SIZEOF_CHAR, TYPE_USHORT => SIZEOF_SHORT, TYPE_UINT => SIZEOF_INT, TYPE_ULONG => SIZEOF_LONG, TYPE_BOOL => SIZEOF_BOOL, } if defined?(TYPE_LONG_LONG) ALIGN_MAP[TYPE_LONG_LONG] = ALIGN_MAP[TYPE_ULONG_LONG] = ALIGN_LONG_LONG PACK_MAP[TYPE_LONG_LONG] = "q" PACK_MAP[TYPE_ULONG_LONG] = "Q" SIZE_MAP[TYPE_LONG_LONG] = SIZE_MAP[TYPE_ULONG_LONG] = SIZEOF_LONG_LONG PACK_MAP[TYPE_VOIDP] = "Q" if SIZEOF_LONG_LONG == SIZEOF_VOIDP end def align(addr, align) d = addr % align if( d == 0 ) addr else addr + (align - d) end end module_function :align end class Packer # :nodoc: all include PackInfo def self.[](*types) new(types) end def initialize(types) parse_types(types) end def size() @size end def pack(ary) case SIZEOF_VOIDP when SIZEOF_LONG ary.pack(@template) else if defined?(TYPE_LONG_LONG) and SIZEOF_VOIDP == SIZEOF_LONG_LONG ary.pack(@template) else raise(RuntimeError, "sizeof(void*)?") end end end def unpack(ary) case SIZEOF_VOIDP when SIZEOF_LONG ary.join().unpack(@template) else if defined?(TYPE_LONG_LONG) and SIZEOF_VOIDP == SIZEOF_LONG_LONG ary.join().unpack(@template) else raise(RuntimeError, "sizeof(void*)?") end end end private def parse_types(types) @template = "".dup addr = 0 types.each{|t| orig_addr = addr if( t.is_a?(Array) ) addr = align(orig_addr, ALIGN_MAP[TYPE_VOIDP]) else addr = align(orig_addr, ALIGN_MAP[t]) end d = addr - orig_addr if( d > 0 ) @template << "x#{d}" end if( t.is_a?(Array) ) @template << (PACK_MAP[t[0]] * t[1]) addr += (SIZE_MAP[t[0]] * t[1]) else @template << PACK_MAP[t] addr += SIZE_MAP[t] end } addr = align(addr, ALIGN_MAP[TYPE_VOIDP]) @size = addr end end end PK *J [~��^C ^C share/ruby/fiddle/ffi_backend.rbnu �[��� # This is based on JRuby's FFI-based fiddle implementation. require 'ffi' module Fiddle def self.malloc(size) Fiddle::Pointer.malloc(size) end def self.free(ptr) Fiddle::Pointer::LibC::FREE.call(ptr) nil end def self.dlwrap(val) Pointer.to_ptr(val) end module Types VOID = 0 VOIDP = 1 CHAR = 2 UCHAR = -CHAR SHORT = 3 USHORT = -SHORT INT = 4 UINT = -INT LONG = 5 ULONG = -LONG LONG_LONG = 6 ULONG_LONG = -LONG_LONG FLOAT = 7 DOUBLE = 8 VARIADIC = 9 CONST_STRING = 10 BOOL = 11 INT8_T = CHAR UINT8_T = UCHAR if FFI::Type::Builtin::SHORT.size == 2 INT16_T = SHORT UINT16_T = USHORT elsif FFI::Type::Builtin::INT.size == 2 INT16_T = INT UINT16_T = UINT end if FFI::Type::Builtin::SHORT.size == 4 INT32_T = SHORT UINT32_T = USHORT elsif FFI::Type::Builtin::INT.size == 4 INT32_T = INT UINT32_T = UINT elsif FFI::Type::Builtin::LONG.size == 4 INT32_T = LONG UINT32_T = ULONG end if FFI::Type::Builtin::INT.size == 8 INT64_T = INT UINT64_T = UINT elsif FFI::Type::Builtin::LONG.size == 8 INT64_T = LONG UINT64_T = ULONG else INT64_T = LONG_LONG UINT64_T = ULONG_LONG end # FIXME: platform specific values SSIZE_T = INT64_T SIZE_T = -SSIZE_T PTRDIFF_T = SSIZE_T INTPTR_T = INT64_T UINTPTR_T = -INTPTR_T end WINDOWS = FFI::Platform.windows? module FFIBackend FFITypes = { 'c' => FFI::Type::INT8, 'h' => FFI::Type::INT16, 'i' => FFI::Type::INT32, 'l' => FFI::Type::LONG, 'f' => FFI::Type::FLOAT32, 'd' => FFI::Type::FLOAT64, 'p' => FFI::Type::POINTER, 's' => FFI::Type::STRING, Types::VOID => FFI::Type::Builtin::VOID, Types::VOIDP => FFI::Type::Builtin::POINTER, Types::CHAR => FFI::Type::Builtin::CHAR, Types::UCHAR => FFI::Type::Builtin::UCHAR, Types::SHORT => FFI::Type::Builtin::SHORT, Types::USHORT => FFI::Type::Builtin::USHORT, Types::INT => FFI::Type::Builtin::INT, Types::UINT => FFI::Type::Builtin::UINT, Types::LONG => FFI::Type::Builtin::LONG, Types::ULONG => FFI::Type::Builtin::ULONG, Types::LONG_LONG => FFI::Type::Builtin::LONG_LONG, Types::ULONG_LONG => FFI::Type::Builtin::ULONG_LONG, Types::FLOAT => FFI::Type::Builtin::FLOAT, Types::DOUBLE => FFI::Type::Builtin::DOUBLE, Types::BOOL => FFI::Type::Builtin::BOOL, Types::CONST_STRING => FFI::Type::Builtin::POINTER, Types::VARIADIC => FFI::Type::Builtin::VARARGS, } def self.to_ffi_type(fiddle_type) if fiddle_type.is_a?(Symbol) fiddle_type = Types.const_get(fiddle_type.to_s.upcase) end if !fiddle_type.is_a?(Integer) && fiddle_type.respond_to?(:to_int) fiddle_type = fiddle_type.to_int end ffi_type = FFITypes[fiddle_type] ffi_type = FFITypes[-fiddle_type] if ffi_type.nil? && fiddle_type.is_a?(Integer) && fiddle_type < 0 raise TypeError.new("cannot convert #{fiddle_type} to ffi") unless ffi_type ffi_type end end class Function DEFAULT = "default" STDCALL = "stdcall" def initialize(ptr, args, return_type, abi = DEFAULT, kwargs = nil) if kwargs.nil? if abi.kind_of? Hash kwargs = abi abi = DEFAULT end end @name = kwargs[:name] if kwargs.kind_of? Hash @ptr, @args, @return_type, @abi = ptr, args, return_type, abi raise TypeError.new "invalid argument types" unless args.is_a?(Array) ffi_return_type = Fiddle::FFIBackend.to_ffi_type(@return_type) ffi_args = @args.map { |t| Fiddle::FFIBackend.to_ffi_type(t) } pointer = FFI::Pointer.new(ptr.to_i) options = {convention: @abi} if ffi_args.last == FFI::Type::Builtin::VARARGS @function = FFI::VariadicInvoker.new( pointer, ffi_args, ffi_return_type, options ) else @function = FFI::Function.new(ffi_return_type, ffi_args, pointer, options) end end def call(*args, &block) if @function.is_a?(FFI::VariadicInvoker) n_fixed_args = @args.size - 1 n_fixed_args.step(args.size - 1, 2) do |i| if args[i] == :const_string || args[i] == Types::CONST_STRING args[i + 1] = String.try_convert(args[i + 1]) || args[i + 1] end args[i] = Fiddle::FFIBackend.to_ffi_type(args[i]) end else @args.each_with_index do |arg_type, i| next unless arg_type == Types::VOIDP src = args[i] next if src.nil? next if src.is_a?(String) next if src.is_a?(FFI::AbstractMemory) next if src.is_a?(FFI::Struct) args[i] = Pointer[src] end end result = @function.call(*args, &block) result = Pointer.new(result) if result.is_a?(FFI::Pointer) result end end class Closure def initialize(ret, args, abi = Function::DEFAULT) raise TypeError.new "invalid argument types" unless args.is_a?(Array) @ctype, @args = ret, args ffi_args = @args.map { |t| Fiddle::FFIBackend.to_ffi_type(t) } if ffi_args.size == 1 && ffi_args[0] == FFI::Type::Builtin::VOID ffi_args = [] end return_type = Fiddle::FFIBackend.to_ffi_type(@ctype) raise "#{self.class} must implement #call" unless respond_to?(:call) callable = method(:call) @function = FFI::Function.new(return_type, ffi_args, callable, convention: abi) @freed = false end def to_ptr @function end def to_i @function.to_i end def free return if @freed @function.free @freed = true end def freed? @freed end end class Error < StandardError; end class DLError < Error; end class ClearedReferenceError < Error; end class Pointer attr_reader :ffi_ptr extend FFI::DataConverter native_type FFI::Type::Builtin::POINTER def self.to_native(value, ctx) if value.is_a?(Pointer) value.ffi_ptr elsif value.is_a?(Integer) FFI::Pointer.new(value) elsif value.is_a?(String) value end end def self.from_native(value, ctx) self.new(value) end def self.to_ptr(value) if value.is_a?(String) cptr = Pointer.malloc(value.bytesize) cptr.ffi_ptr.put_string(0, value) cptr elsif value.is_a?(Array) raise NotImplementedError, "array ptr" elsif value.respond_to?(:to_ptr) ptr = value.to_ptr case ptr when Pointer ptr when FFI::Pointer Pointer.new(ptr) else raise DLError.new("to_ptr should return a Fiddle::Pointer object, was #{ptr.class}") end else Pointer.new(value) end end def self.write(addr, bytes) FFI::Pointer.new(addr).write_bytes(bytes) end def self.read(addr, len) FFI::Pointer.new(addr).read_bytes(len) end class << self alias [] to_ptr end def []=(*args, value) if args.size == 2 if value.is_a?(Integer) value = self.class.new(value) end if value.is_a?(Fiddle::Pointer) value = value.to_str(args[1]) end @ffi_ptr.put_bytes(args[0], value, 0, args[1]) elsif args.size == 1 if value.is_a?(Fiddle::Pointer) value = value.to_str(args[0] + 1) else value = value.chr end @ffi_ptr.put_bytes(args[0], value, 0, 1) end rescue FFI::NullPointerError raise DLError.new("NULL pointer access") end def initialize(addr, size = nil, free = nil) ptr = if addr.is_a?(FFI::Pointer) addr elsif addr.is_a?(Integer) FFI::Pointer.new(addr) elsif addr.respond_to?(:to_ptr) fiddle_ptr = addr.to_ptr if fiddle_ptr.is_a?(Pointer) fiddle_ptr.ffi_ptr elsif fiddle_ptr.is_a?(FFI::AutoPointer) addr.ffi_ptr elsif fiddle_ptr.is_a?(FFI::Pointer) fiddle_ptr else raise DLError.new("to_ptr should return a Fiddle::Pointer object, was #{fiddle_ptr.class}") end elsif addr.is_a?(IO) raise NotImplementedError, "IO ptr isn't supported" else FFI::Pointer.new(Integer(addr)) end @size = size ? size : ptr.size @free = free @ffi_ptr = ptr @freed = false end module LibC extend FFI::Library ffi_lib FFI::Library::LIBC MALLOC = attach_function :malloc, [ :size_t ], :pointer REALLOC = attach_function :realloc, [ :pointer, :size_t ], :pointer FREE = attach_function :free, [ :pointer ], :void end def self.malloc(size, free = nil) if block_given? and free.nil? message = "a free function must be supplied to #{self}.malloc " + "when it is called with a block" raise ArgumentError, message end pointer = new(LibC.malloc(size), size, free) if block_given? begin yield(pointer) ensure pointer.call_free end else pointer end end def null? @ffi_ptr.null? end def to_ptr @ffi_ptr end def size defined?(@layout) ? @layout.size : @size end def free @free end def free=(free) @free = free end def call_free return if @free.nil? return if @freed if @free == RUBY_FREE LibC::FREE.call(@ffi_ptr) else @free.call(@ffi_ptr) end @freed = true end def freed? @freed end def size=(size) @size = size end def [](index, length = nil) if length ffi_ptr.get_bytes(index, length) else ffi_ptr.get_char(index) end rescue FFI::NullPointerError raise DLError.new("NULL pointer dereference") end def to_i ffi_ptr.to_i end alias to_int to_i # without \0 def to_s(len = nil) if len ffi_ptr.get_string(0, len) else ffi_ptr.get_string(0) end rescue FFI::NullPointerError raise DLError.new("NULL pointer access") end def to_str(len = nil) if len ffi_ptr.read_string(len) else ffi_ptr.read_string(@size) end rescue FFI::NullPointerError raise DLError.new("NULL pointer access") end def to_value raise NotImplementedError, "to_value isn't supported" end def inspect "#<#{self.class.name} ptr=#{to_i.to_s(16)} size=#{@size} free=#{@free.inspect}>" end def +(delta) self.class.new(to_i + delta, @size - delta) end def -(delta) self.class.new(to_i - delta, @size + delta) end def <=>(other) return unless other.is_a?(Pointer) diff = self.to_i - other.to_i return 0 if diff == 0 diff > 0 ? 1 : -1 end def eql?(other) return unless other.is_a?(Pointer) self.to_i == other.to_i end def ==(other) eql?(other) end def ptr Pointer.new(ffi_ptr.get_pointer(0)) end def +@ ptr end def -@ ref end def ref cptr = Pointer.malloc(FFI::Type::POINTER.size, RUBY_FREE) cptr.ffi_ptr.put_pointer(0, ffi_ptr) cptr end end class Handle RTLD_GLOBAL = FFI::DynamicLibrary::RTLD_GLOBAL RTLD_LAZY = FFI::DynamicLibrary::RTLD_LAZY RTLD_NOW = FFI::DynamicLibrary::RTLD_NOW def initialize(libname = nil, flags = RTLD_LAZY | RTLD_GLOBAL) begin @lib = FFI::DynamicLibrary.open(libname, flags) rescue LoadError, RuntimeError # LoadError for JRuby, RuntimeError for TruffleRuby raise DLError, "Could not open #{libname}" end @open = true begin yield(self) ensure self.close end if block_given? end def close raise DLError.new("closed handle") unless @open @open = false 0 end def self.sym(func) DEFAULT.sym(func) end def sym(func) raise TypeError.new("invalid function name") unless func.is_a?(String) raise DLError.new("closed handle") unless @open address = @lib.find_function(func) raise DLError.new("unknown symbol #{func}") if address.nil? || address.null? address.to_i end def self.sym_defined?(func) DEFAULT.sym_defined?(func) end def sym_defined?(func) raise TypeError.new("invalid function name") unless func.is_a?(String) raise DLError.new("closed handle") unless @open address = @lib.find_function(func) !address.nil? && !address.null? end def self.[](func) self.sym(func) end def [](func) sym(func) end def enable_close @enable_close = true end def close_enabled? @enable_close end def disable_close @enable_close = false end DEFAULT = new end class Pinned def initialize(object) @object = object end def ref if @object.nil? raise ClearedReferenceError, "`ref` called on a cleared object" end @object end def clear @object = nil end def cleared? @object.nil? end end RUBY_FREE = Fiddle::Pointer::LibC::FREE.address NULL = Fiddle::Pointer.new(0) ALIGN_VOIDP = Fiddle::FFIBackend::FFITypes[Types::VOIDP].alignment ALIGN_CHAR = Fiddle::FFIBackend::FFITypes[Types::CHAR].alignment ALIGN_SHORT = Fiddle::FFIBackend::FFITypes[Types::SHORT].alignment ALIGN_INT = Fiddle::FFIBackend::FFITypes[Types::INT].alignment ALIGN_LONG = Fiddle::FFIBackend::FFITypes[Types::LONG].alignment ALIGN_LONG_LONG = Fiddle::FFIBackend::FFITypes[Types::LONG_LONG].alignment ALIGN_INT8_T = Fiddle::FFIBackend::FFITypes[Types::INT8_T].alignment ALIGN_INT16_T = Fiddle::FFIBackend::FFITypes[Types::INT16_T].alignment ALIGN_INT32_T = Fiddle::FFIBackend::FFITypes[Types::INT32_T].alignment ALIGN_INT64_T = Fiddle::FFIBackend::FFITypes[Types::INT64_T].alignment ALIGN_FLOAT = Fiddle::FFIBackend::FFITypes[Types::FLOAT].alignment ALIGN_DOUBLE = Fiddle::FFIBackend::FFITypes[Types::DOUBLE].alignment ALIGN_BOOL = Fiddle::FFIBackend::FFITypes[Types::BOOL].alignment ALIGN_SIZE_T = Fiddle::FFIBackend::FFITypes[Types::SIZE_T].alignment ALIGN_SSIZE_T = ALIGN_SIZE_T ALIGN_PTRDIFF_T = Fiddle::FFIBackend::FFITypes[Types::PTRDIFF_T].alignment ALIGN_INTPTR_T = Fiddle::FFIBackend::FFITypes[Types::INTPTR_T].alignment ALIGN_UINTPTR_T = Fiddle::FFIBackend::FFITypes[Types::UINTPTR_T].alignment SIZEOF_VOIDP = Fiddle::FFIBackend::FFITypes[Types::VOIDP].size SIZEOF_CHAR = Fiddle::FFIBackend::FFITypes[Types::CHAR].size SIZEOF_UCHAR = Fiddle::FFIBackend::FFITypes[Types::UCHAR].size SIZEOF_SHORT = Fiddle::FFIBackend::FFITypes[Types::SHORT].size SIZEOF_USHORT = Fiddle::FFIBackend::FFITypes[Types::USHORT].size SIZEOF_INT = Fiddle::FFIBackend::FFITypes[Types::INT].size SIZEOF_UINT = Fiddle::FFIBackend::FFITypes[Types::UINT].size SIZEOF_LONG = Fiddle::FFIBackend::FFITypes[Types::LONG].size SIZEOF_ULONG = Fiddle::FFIBackend::FFITypes[Types::ULONG].size SIZEOF_LONG_LONG = Fiddle::FFIBackend::FFITypes[Types::LONG_LONG].size SIZEOF_ULONG_LONG = Fiddle::FFIBackend::FFITypes[Types::ULONG_LONG].size SIZEOF_INT8_T = Fiddle::FFIBackend::FFITypes[Types::INT8_T].size SIZEOF_UINT8_T = Fiddle::FFIBackend::FFITypes[Types::UINT8_T].size SIZEOF_INT16_T = Fiddle::FFIBackend::FFITypes[Types::INT16_T].size SIZEOF_UINT16_T = Fiddle::FFIBackend::FFITypes[Types::UINT16_T].size SIZEOF_INT32_T = Fiddle::FFIBackend::FFITypes[Types::INT32_T].size SIZEOF_UINT32_T = Fiddle::FFIBackend::FFITypes[Types::UINT32_T].size SIZEOF_INT64_T = Fiddle::FFIBackend::FFITypes[Types::INT64_T].size SIZEOF_UINT64_T = Fiddle::FFIBackend::FFITypes[Types::UINT64_T].size SIZEOF_FLOAT = Fiddle::FFIBackend::FFITypes[Types::FLOAT].size SIZEOF_DOUBLE = Fiddle::FFIBackend::FFITypes[Types::DOUBLE].size SIZEOF_BOOL = Fiddle::FFIBackend::FFITypes[Types::BOOL].size SIZEOF_SIZE_T = Fiddle::FFIBackend::FFITypes[Types::SIZE_T].size SIZEOF_SSIZE_T = SIZEOF_SIZE_T SIZEOF_PTRDIFF_T = Fiddle::FFIBackend::FFITypes[Types::PTRDIFF_T].size SIZEOF_INTPTR_T = Fiddle::FFIBackend::FFITypes[Types::INTPTR_T].size SIZEOF_UINTPTR_T = Fiddle::FFIBackend::FFITypes[Types::UINTPTR_T].size SIZEOF_CONST_STRING = Fiddle::FFIBackend::FFITypes[Types::VOIDP].size end PK *J [ӳ �& & share/ruby/fiddle/version.rbnu �[��� module Fiddle VERSION = "1.1.6" end PK *J [�_�� � share/ruby/fiddle/closure.rbnu �[��� # frozen_string_literal: true module Fiddle class Closure class << self # Create a new closure. If a block is given, the created closure # is automatically freed after the given block is executed. # # The all given arguments are passed to Fiddle::Closure.new. So # using this method without block equals to Fiddle::Closure.new. # # == Example # # Fiddle::Closure.create(TYPE_INT, [TYPE_INT]) do |closure| # # closure is freed automatically when this block is finished. # end def create(*args) if block_given? closure = new(*args) begin yield(closure) ensure closure.free end else new(*args) end end end # the C type of the return of the FFI closure attr_reader :ctype # arguments of the FFI closure attr_reader :args # Extends Fiddle::Closure to allow for building the closure in a block class BlockCaller < Fiddle::Closure # == Description # # Construct a new BlockCaller object. # # * +ctype+ is the C type to be returned # * +args+ are passed the callback # * +abi+ is the abi of the closure # # If there is an error in preparing the +ffi_cif+ or +ffi_prep_closure+, # then a RuntimeError will be raised. # # == Example # # include Fiddle # # cb = Closure::BlockCaller.new(TYPE_INT, [TYPE_INT]) do |one| # one # end # # func = Function.new(cb, [TYPE_INT], TYPE_INT) # def initialize ctype, args, abi = Fiddle::Function::DEFAULT, &block super(ctype, args, abi) @block = block end # Calls the constructed BlockCaller, with +args+ # # For an example see Fiddle::Closure::BlockCaller.new # def call *args @block.call(*args) end end end end PK *J [xE� % % share/ruby/fiddle/cparser.rbnu �[��� # frozen_string_literal: true module Fiddle # A mixin that provides methods for parsing C struct and prototype signatures. # # == Example # require 'fiddle/import' # # include Fiddle::CParser # #=> Object # # parse_ctype('int') # #=> Fiddle::TYPE_INT # # parse_struct_signature(['int i', 'char c']) # #=> [[Fiddle::TYPE_INT, Fiddle::TYPE_CHAR], ["i", "c"]] # # parse_signature('double sum(double, double)') # #=> ["sum", Fiddle::TYPE_DOUBLE, [Fiddle::TYPE_DOUBLE, Fiddle::TYPE_DOUBLE]] # module CParser # Parses a C struct's members # # Example: # require 'fiddle/import' # # include Fiddle::CParser # #=> Object # # parse_struct_signature(['int i', 'char c']) # #=> [[Fiddle::TYPE_INT, Fiddle::TYPE_CHAR], ["i", "c"]] # # parse_struct_signature(['char buffer[80]']) # #=> [[[Fiddle::TYPE_CHAR, 80]], ["buffer"]] # def parse_struct_signature(signature, tymap=nil) if signature.is_a?(String) signature = split_arguments(signature, /[,;]/) elsif signature.is_a?(Hash) signature = [signature] end mems = [] tys = [] signature.each{|msig| msig = compact(msig) if msig.is_a?(String) case msig when Hash msig.each do |struct_name, struct_signature| struct_name = struct_name.to_s if struct_name.is_a?(Symbol) struct_name = compact(struct_name) struct_count = nil if struct_name =~ /^([\w\*\s]+)\[(\d+)\]$/ struct_count = $2.to_i struct_name = $1 end if struct_signature.respond_to?(:entity_class) struct_type = struct_signature else parsed_struct = parse_struct_signature(struct_signature, tymap) struct_type = CStructBuilder.create(CStruct, *parsed_struct) end if struct_count ty = [struct_type, struct_count] else ty = struct_type end mems.push([struct_name, struct_type.members]) tys.push(ty) end when /^[\w\*\s]+[\*\s](\w+)$/ mems.push($1) tys.push(parse_ctype(msig, tymap)) when /^[\w\*\s]+\(\*(\w+)\)\(.*?\)$/ mems.push($1) tys.push(parse_ctype(msig, tymap)) when /^([\w\*\s]+[\*\s])(\w+)\[(\d+)\]$/ mems.push($2) tys.push([parse_ctype($1.strip, tymap), $3.to_i]) when /^([\w\*\s]+)\[(\d+)\](\w+)$/ mems.push($3) tys.push([parse_ctype($1.strip, tymap), $2.to_i]) else raise(RuntimeError,"can't parse the struct member: #{msig}") end } return tys, mems end # Parses a C prototype signature # # If Hash +tymap+ is provided, the return value and the arguments from the # +signature+ are expected to be keys, and the value will be the C type to # be looked up. # # Example: # require 'fiddle/import' # # include Fiddle::CParser # #=> Object # # parse_signature('double sum(double, double)') # #=> ["sum", Fiddle::TYPE_DOUBLE, [Fiddle::TYPE_DOUBLE, Fiddle::TYPE_DOUBLE]] # # parse_signature('void update(void (*cb)(int code))') # #=> ["update", Fiddle::TYPE_VOID, [Fiddle::TYPE_VOIDP]] # # parse_signature('char (*getbuffer(void))[80]') # #=> ["getbuffer", Fiddle::TYPE_VOIDP, []] # def parse_signature(signature, tymap=nil) tymap ||= {} case compact(signature) when /^(?:[\w\*\s]+)\(\*(\w+)\((.*?)\)\)(?:\[\w*\]|\(.*?\));?$/ func, args = $1, $2 return [func, TYPE_VOIDP, split_arguments(args).collect {|arg| parse_ctype(arg, tymap)}] when /^([\w\*\s]+[\*\s])(\w+)\((.*?)\);?$/ ret, func, args = $1.strip, $2, $3 return [func, parse_ctype(ret, tymap), split_arguments(args).collect {|arg| parse_ctype(arg, tymap)}] else raise(RuntimeError,"can't parse the function prototype: #{signature}") end end # Given a String of C type +ty+, returns the corresponding Fiddle constant. # # +ty+ can also accept an Array of C type Strings, and will be returned in # a corresponding Array. # # If Hash +tymap+ is provided, +ty+ is expected to be the key, and the # value will be the C type to be looked up. # # Example: # require 'fiddle/import' # # include Fiddle::CParser # #=> Object # # parse_ctype('int') # #=> Fiddle::TYPE_INT # # parse_ctype('double diff') # #=> Fiddle::TYPE_DOUBLE # # parse_ctype('unsigned char byte') # #=> -Fiddle::TYPE_CHAR # # parse_ctype('const char* const argv[]') # #=> -Fiddle::TYPE_VOIDP # def parse_ctype(ty, tymap=nil) tymap ||= {} if ty.is_a?(Array) return [parse_ctype(ty[0], tymap), ty[1]] end ty = ty.gsub(/\Aconst\s+/, "") case ty when 'void' return TYPE_VOID when /\A(?:(?:signed\s+)?long\s+long(?:\s+int\s+)?|int64_t)(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_LONG_LONG) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_LONG_LONG when /\A(?:unsigned\s+long\s+long(?:\s+int\s+)?|uint64_t)(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_LONG_LONG) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_ULONG_LONG when /\Aunsigned\s+long(?:\s+int\s+)?(?:\s+\w+)?\z/, /\Aunsigned\s+int\s+long(?:\s+\w+)?\z/, /\Along(?:\s+int)?\s+unsigned(?:\s+\w+)?\z/, /\Aint\s+unsigned\s+long(?:\s+\w+)?\z/, /\A(?:int\s+)?long\s+unsigned(?:\s+\w+)?\z/ return TYPE_ULONG when /\A(?:signed\s+)?long(?:\s+int\s+)?(?:\s+\w+)?\z/, /\A(?:signed\s+)?int\s+long(?:\s+\w+)?\z/, /\Along(?:\s+int)?\s+signed(?:\s+\w+)?\z/ return TYPE_LONG when /\Aunsigned\s+short(?:\s+int\s+)?(?:\s+\w+)?\z/, /\Aunsigned\s+int\s+short(?:\s+\w+)?\z/, /\Ashort(?:\s+int)?\s+unsigned(?:\s+\w+)?\z/, /\Aint\s+unsigned\s+short(?:\s+\w+)?\z/, /\A(?:int\s+)?short\s+unsigned(?:\s+\w+)?\z/ return TYPE_USHORT when /\A(?:signed\s+)?short(?:\s+int\s+)?(?:\s+\w+)?\z/, /\A(?:signed\s+)?int\s+short(?:\s+\w+)?\z/, /\Aint\s+(?:signed\s+)?short(?:\s+\w+)?\z/ return TYPE_SHORT when /\A(?:signed\s+)?int(?:\s+\w+)?\z/ return TYPE_INT when /\A(?:unsigned\s+int|uint)(?:\s+\w+)?\z/ return TYPE_UINT when /\A(?:signed\s+)?char(?:\s+\w+)?\z/ return TYPE_CHAR when /\Aunsigned\s+char(?:\s+\w+)?\z/ return TYPE_UCHAR when /\Aint8_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT8_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_INT8_T when /\Auint8_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT8_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_UINT8_T when /\Aint16_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT16_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_INT16_T when /\Auint16_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT16_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_UINT16_T when /\Aint32_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT32_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_INT32_T when /\Auint32_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT32_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_UINT32_T when /\Aint64_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT64_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_INT64_T when /\Auint64_t(?:\s+\w+)?\z/ unless Fiddle.const_defined?(:TYPE_INT64_T) raise(RuntimeError, "unsupported type: #{ty}") end return TYPE_UINT64_T when /\Afloat(?:\s+\w+)?\z/ return TYPE_FLOAT when /\Adouble(?:\s+\w+)?\z/ return TYPE_DOUBLE when /\Asize_t(?:\s+\w+)?\z/ return TYPE_SIZE_T when /\Assize_t(?:\s+\w+)?\z/ return TYPE_SSIZE_T when /\Aptrdiff_t(?:\s+\w+)?\z/ return TYPE_PTRDIFF_T when /\Aintptr_t(?:\s+\w+)?\z/ return TYPE_INTPTR_T when /\Auintptr_t(?:\s+\w+)?\z/ return TYPE_UINTPTR_T when "bool" return TYPE_BOOL when /\*/, /\[[\s\d]*\]/ return TYPE_VOIDP when "..." return TYPE_VARIADIC else ty = ty.split(' ', 2)[0] if( tymap[ty] ) return parse_ctype(tymap[ty], tymap) else raise(DLError, "unknown type: #{ty}") end end end private def split_arguments(arguments, sep=',') return [] if arguments.strip == 'void' arguments.scan(/([\w\*\s]+\(\*\w*\)\(.*?\)|[\w\*\s\[\]]+|\.\.\.)(?:#{sep}\s*|\z)/).collect {|m| m[0]} end def compact(signature) signature.gsub(/\s+/, ' ').gsub(/\s*([\(\)\[\]\*,;])\s*/, '\1').strip end end end PK *J [r�W�< < share/ruby/fiddle/value.rbnu �[��� # frozen_string_literal: true require 'fiddle' module Fiddle module ValueUtil #:nodoc: all def unsigned_value(val, ty) case ty.abs when TYPE_CHAR [val].pack("c").unpack1("C") when TYPE_SHORT [val].pack("s!").unpack1("S!") when TYPE_INT [val].pack("i!").unpack1("I!") when TYPE_LONG [val].pack("l!").unpack1("L!") else if defined?(TYPE_LONG_LONG) and ty.abs == TYPE_LONG_LONG [val].pack("q").unpack1("Q") else val end end end def signed_value(val, ty) case ty.abs when TYPE_CHAR [val].pack("C").unpack1("c") when TYPE_SHORT [val].pack("S!").unpack1("s!") when TYPE_INT [val].pack("I!").unpack1("i!") when TYPE_LONG [val].pack("L!").unpack1("l!") else if defined?(TYPE_LONG_LONG) and ty.abs == TYPE_LONG_LONG [val].pack("Q").unpack1("q") else val end end end def wrap_args(args, tys, funcs, &block) result = [] tys ||= [] args.each_with_index{|arg, idx| result.push(wrap_arg(arg, tys[idx], funcs, &block)) } result end def wrap_arg(arg, ty, funcs = [], &block) funcs ||= [] case arg when nil return 0 when Pointer return arg.to_i when IO case ty when TYPE_VOIDP return Pointer[arg].to_i else return arg.to_i end when Function if( block ) arg.bind_at_call(&block) funcs.push(arg) elsif !arg.bound? raise(RuntimeError, "block must be given.") end return arg.to_i when String if( ty.is_a?(Array) ) return arg.unpack('C*') else case SIZEOF_VOIDP when SIZEOF_LONG return [arg].pack("p").unpack1("l!") else if defined?(SIZEOF_LONG_LONG) and SIZEOF_VOIDP == SIZEOF_LONG_LONG return [arg].pack("p").unpack1("q") else raise(RuntimeError, "sizeof(void*)?") end end end when Float, Integer return arg when Array if( ty.is_a?(Array) ) # used only by struct case ty[0] when TYPE_VOIDP return arg.collect{|v| Integer(v)} when TYPE_CHAR if( arg.is_a?(String) ) return val.unpack('C*') end end end return arg else if( arg.respond_to?(:to_ptr) ) return arg.to_ptr.to_i else begin return Integer(arg) rescue raise(ArgumentError, "unknown argument type: #{arg.class}") end end end end end end PK *J [taeP# P# share/ruby/fiddle/import.rbnu �[��� # frozen_string_literal: true require 'fiddle' require 'fiddle/struct' require 'fiddle/cparser' module Fiddle # Used internally by Fiddle::Importer class CompositeHandler # Create a new handler with the open +handlers+ # # Used internally by Fiddle::Importer.dlload def initialize(handlers) @handlers = handlers end # Array of the currently loaded libraries. def handlers() @handlers end # Returns the address as an Integer from any handlers with the function # named +symbol+. # # Raises a DLError if the handle is closed. def sym(symbol) @handlers.each{|handle| if( handle ) begin addr = handle.sym(symbol) return addr rescue DLError end end } return nil end # See Fiddle::CompositeHandler.sym def [](symbol) sym(symbol) end end # A DSL that provides the means to dynamically load libraries and build # modules around them including calling extern functions within the C # library that has been loaded. # # == Example # # require 'fiddle' # require 'fiddle/import' # # module LibSum # extend Fiddle::Importer # dlload './libsum.so' # extern 'double sum(double*, int)' # extern 'double split(double)' # end # module Importer include Fiddle include CParser extend Importer attr_reader :type_alias private :type_alias # Creates an array of handlers for the given +libs+, can be an instance of # Fiddle::Handle, Fiddle::Importer, or will create a new instance of # Fiddle::Handle using Fiddle.dlopen # # Raises a DLError if the library cannot be loaded. # # See Fiddle.dlopen def dlload(*libs) handles = libs.collect{|lib| case lib when nil nil when Handle lib when Importer lib.handlers else Fiddle.dlopen(lib) end }.flatten() @handler = CompositeHandler.new(handles) @func_map = {} @type_alias = {} end # Sets the type alias for +alias_type+ as +orig_type+ def typealias(alias_type, orig_type) @type_alias[alias_type] = orig_type end # Returns the sizeof +ty+, using Fiddle::Importer.parse_ctype to determine # the C type and the appropriate Fiddle constant. def sizeof(ty) case ty when String ty = parse_ctype(ty, type_alias).abs() case ty when TYPE_CHAR return SIZEOF_CHAR when TYPE_SHORT return SIZEOF_SHORT when TYPE_INT return SIZEOF_INT when TYPE_LONG return SIZEOF_LONG when TYPE_FLOAT return SIZEOF_FLOAT when TYPE_DOUBLE return SIZEOF_DOUBLE when TYPE_VOIDP return SIZEOF_VOIDP when TYPE_CONST_STRING return SIZEOF_CONST_STRING when TYPE_BOOL return SIZEOF_BOOL else if defined?(TYPE_LONG_LONG) and ty == TYPE_LONG_LONG return SIZEOF_LONG_LONG else raise(DLError, "unknown type: #{ty}") end end when Class if( ty.instance_methods().include?(:to_ptr) ) return ty.size() end end return Pointer[ty].size() end def parse_bind_options(opts) h = {} while( opt = opts.shift() ) case opt when :stdcall, :cdecl h[:call_type] = opt when :carried, :temp, :temporal, :bind h[:callback_type] = opt h[:carrier] = opts.shift() else h[opt] = true end end h end private :parse_bind_options # :stopdoc: CALL_TYPE_TO_ABI = Hash.new { |h, k| raise RuntimeError, "unsupported call type: #{k}" }.merge({ :stdcall => Function.const_defined?(:STDCALL) ? Function::STDCALL : Function::DEFAULT, :cdecl => Function::DEFAULT, nil => Function::DEFAULT }).freeze private_constant :CALL_TYPE_TO_ABI # :startdoc: # Creates a global method from the given C +signature+. def extern(signature, *opts) symname, ctype, argtype = parse_signature(signature, type_alias) opt = parse_bind_options(opts) f = import_function(symname, ctype, argtype, opt[:call_type]) name = symname.gsub(/@.+/,'') @func_map[name] = f # define_method(name){|*args,&block| f.call(*args,&block)} begin /^(.+?):(\d+)/ =~ caller.first file, line = $1, $2.to_i rescue file, line = __FILE__, __LINE__+3 end module_eval(<<-EOS, file, line) def #{name}(*args, &block) @func_map['#{name}'].call(*args,&block) end EOS module_function(name) f end # Creates a global method from the given C +signature+ using the given # +opts+ as bind parameters with the given block. def bind(signature, *opts, &blk) name, ctype, argtype = parse_signature(signature, type_alias) h = parse_bind_options(opts) case h[:callback_type] when :bind, nil f = bind_function(name, ctype, argtype, h[:call_type], &blk) else raise(RuntimeError, "unknown callback type: #{h[:callback_type]}") end @func_map[name] = f #define_method(name){|*args,&block| f.call(*args,&block)} begin /^(.+?):(\d+)/ =~ caller.first file, line = $1, $2.to_i rescue file, line = __FILE__, __LINE__+3 end module_eval(<<-EOS, file, line) def #{name}(*args,&block) @func_map['#{name}'].call(*args,&block) end EOS module_function(name) f end # Creates a class to wrap the C struct described by +signature+. # # MyStruct = struct ['int i', 'char c'] def struct(signature) tys, mems = parse_struct_signature(signature, type_alias) Fiddle::CStructBuilder.create(CStruct, tys, mems) end # Creates a class to wrap the C union described by +signature+. # # MyUnion = union ['int i', 'char c'] def union(signature) tys, mems = parse_struct_signature(signature, type_alias) Fiddle::CStructBuilder.create(CUnion, tys, mems) end # Returns the function mapped to +name+, that was created by either # Fiddle::Importer.extern or Fiddle::Importer.bind def [](name) @func_map[name] end # Creates a class to wrap the C struct with the value +ty+ # # See also Fiddle::Importer.struct def create_value(ty, val=nil) s = struct([ty + " value"]) ptr = s.malloc() if( val ) ptr.value = val end return ptr end alias value create_value # Returns a new instance of the C struct with the value +ty+ at the +addr+ # address. def import_value(ty, addr) s = struct([ty + " value"]) ptr = s.new(addr) return ptr end # The Fiddle::CompositeHandler instance # # Will raise an error if no handlers are open. def handler (@handler ||= nil) or raise "call dlload before importing symbols and functions" end # Returns a new Fiddle::Pointer instance at the memory address of the given # +name+ symbol. # # Raises a DLError if the +name+ doesn't exist. # # See Fiddle::CompositeHandler.sym and Fiddle::Handle.sym def import_symbol(name) addr = handler.sym(name) if( !addr ) raise(DLError, "cannot find the symbol: #{name}") end Pointer.new(addr) end # Returns a new Fiddle::Function instance at the memory address of the given # +name+ function. # # Raises a DLError if the +name+ doesn't exist. # # * +argtype+ is an Array of arguments, passed to the +name+ function. # * +ctype+ is the return type of the function # * +call_type+ is the ABI of the function # # See also Fiddle:Function.new # # See Fiddle::CompositeHandler.sym and Fiddle::Handler.sym def import_function(name, ctype, argtype, call_type = nil) addr = handler.sym(name) if( !addr ) raise(DLError, "cannot find the function: #{name}()") end Function.new(addr, argtype, ctype, CALL_TYPE_TO_ABI[call_type], name: name) end # Returns a new closure wrapper for the +name+ function. # # * +ctype+ is the return type of the function # * +argtype+ is an Array of arguments, passed to the callback function # * +call_type+ is the abi of the closure # * +block+ is passed to the callback # # See Fiddle::Closure def bind_function(name, ctype, argtype, call_type = nil, &block) abi = CALL_TYPE_TO_ABI[call_type] closure = Class.new(Fiddle::Closure) { define_method(:call, block) }.new(ctype, argtype, abi) Function.new(closure, argtype, ctype, abi, name: name) end end end PK *J [ڮ�R� � share/ruby/ripper/core.rbnu �[��� # frozen_string_literal: true # # $Id$ # # Copyright (c) 2003-2005 Minero Aoki # # This program is free software. # You can distribute and/or modify this program under the Ruby License. # For details of Ruby License, see ruby/COPYING. # require 'ripper.so' class Ripper # Parses the given Ruby program read from +src+. # +src+ must be a String or an IO or a object with a #gets method. def Ripper.parse(src, filename = '(ripper)', lineno = 1) new(src, filename, lineno).parse end # This array contains name of parser events. PARSER_EVENTS = PARSER_EVENT_TABLE.keys # This array contains name of scanner events. SCANNER_EVENTS = SCANNER_EVENT_TABLE.keys # This array contains name of all ripper events. EVENTS = PARSER_EVENTS + SCANNER_EVENTS private # :stopdoc: def _dispatch_0() nil end def _dispatch_1(a) a end def _dispatch_2(a, b) a end def _dispatch_3(a, b, c) a end def _dispatch_4(a, b, c, d) a end def _dispatch_5(a, b, c, d, e) a end def _dispatch_6(a, b, c, d, e, f) a end def _dispatch_7(a, b, c, d, e, f, g) a end # :startdoc: # # Parser Events # PARSER_EVENT_TABLE.each do |id, arity| alias_method "on_#{id}", "_dispatch_#{arity}" end # This method is called when weak warning is produced by the parser. # +fmt+ and +args+ is printf style. def warn(fmt, *args) end # This method is called when strong warning is produced by the parser. # +fmt+ and +args+ is printf style. def warning(fmt, *args) end # This method is called when the parser found syntax error. def compile_error(msg) end # # Scanner Events # SCANNER_EVENTS.each do |id| alias_method "on_#{id}", :_dispatch_1 end end PK *J [ ��Cp p share/ruby/ripper/filter.rbnu �[��� # frozen_string_literal: true # # $Id$ # # Copyright (c) 2004,2005 Minero Aoki # # This program is free software. # You can distribute and/or modify this program under the Ruby License. # For details of Ruby License, see ruby/COPYING. # require 'ripper/lexer' class Ripper # This class handles only scanner events, # which are dispatched in the 'right' order (same with input). class Filter # Creates a new Ripper::Filter instance, passes parameters +src+, # +filename+, and +lineno+ to Ripper::Lexer.new # # The lexer is for internal use only. def initialize(src, filename = '-', lineno = 1) @__lexer = Lexer.new(src, filename, lineno) @__line = nil @__col = nil @__state = nil end # The file name of the input. def filename @__lexer.filename end # The line number of the current token. # This value starts from 1. # This method is valid only in event handlers. def lineno @__line end # The column number of the current token. # This value starts from 0. # This method is valid only in event handlers. def column @__col end # The scanner's state of the current token. # This value is the bitwise OR of zero or more of the +Ripper::EXPR_*+ constants. def state @__state end # Starts the parser. # +init+ is a data accumulator and is passed to the next event handler (as # of Enumerable#inject). def parse(init = nil) data = init @__lexer.lex.each do |pos, event, tok, state| @__line, @__col = *pos @__state = state data = if respond_to?(event, true) then __send__(event, tok, data) else on_default(event, tok, data) end end data end private # This method is called when some event handler is undefined. # +event+ is :on_XXX, +token+ is the scanned token, and +data+ is a data # accumulator. # # The return value of this method is passed to the next event handler (as # of Enumerable#inject). def on_default(event, token, data) data end end end PK *J [ty��& �& share/ruby/ripper/lexer.rbnu �[��� # frozen_string_literal: true # # $Id$ # # Copyright (c) 2004,2005 Minero Aoki # # This program is free software. # You can distribute and/or modify this program under the Ruby License. # For details of Ruby License, see ruby/COPYING. # require 'ripper/core' class Ripper # Tokenizes the Ruby program and returns an array of strings. # The +filename+ and +lineno+ arguments are mostly ignored, since the # return value is just the tokenized input. # By default, this method does not handle syntax errors in +src+, # use the +raise_errors+ keyword to raise a SyntaxError for an error in +src+. # # p Ripper.tokenize("def m(a) nil end") # # => ["def", " ", "m", "(", "a", ")", " ", "nil", " ", "end"] # def Ripper.tokenize(src, filename = '-', lineno = 1, **kw) Lexer.new(src, filename, lineno).tokenize(**kw) end # Tokenizes the Ruby program and returns an array of an array, # which is formatted like # <code>[[lineno, column], type, token, state]</code>. # The +filename+ argument is mostly ignored. # By default, this method does not handle syntax errors in +src+, # use the +raise_errors+ keyword to raise a SyntaxError for an error in +src+. # # require 'ripper' # require 'pp' # # pp Ripper.lex("def m(a) nil end") # #=> [[[1, 0], :on_kw, "def", FNAME ], # [[1, 3], :on_sp, " ", FNAME ], # [[1, 4], :on_ident, "m", ENDFN ], # [[1, 5], :on_lparen, "(", BEG|LABEL], # [[1, 6], :on_ident, "a", ARG ], # [[1, 7], :on_rparen, ")", ENDFN ], # [[1, 8], :on_sp, " ", BEG ], # [[1, 9], :on_kw, "nil", END ], # [[1, 12], :on_sp, " ", END ], # [[1, 13], :on_kw, "end", END ]] # def Ripper.lex(src, filename = '-', lineno = 1, **kw) Lexer.new(src, filename, lineno).lex(**kw) end class Lexer < ::Ripper #:nodoc: internal use only # :stopdoc: class State attr_reader :to_int, :to_s def initialize(i) @to_int = i @to_s = Ripper.lex_state_name(i) freeze end def [](index) case index when 0, :to_int @to_int when 1, :to_s @event else nil end end alias to_i to_int alias inspect to_s def pretty_print(q) q.text(to_s) end def ==(i) super or to_int == i end def &(i) self.class.new(to_int & i) end def |(i) self.class.new(to_int | i) end def allbits?(i) to_int.allbits?(i) end def anybits?(i) to_int.anybits?(i) end def nobits?(i) to_int.nobits?(i) end end class Elem attr_accessor :pos, :event, :tok, :state, :message def initialize(pos, event, tok, state, message = nil) @pos = pos @event = event @tok = tok @state = State.new(state) @message = message end def [](index) case index when 0, :pos @pos when 1, :event @event when 2, :tok @tok when 3, :state @state when 4, :message @message else nil end end def inspect "#<#{self.class}: #{event}@#{pos[0]}:#{pos[1]}:#{state}: #{tok.inspect}#{": " if message}#{message}>" end alias to_s inspect def pretty_print(q) q.group(2, "#<#{self.class}:", ">") { q.breakable q.text("#{event}@#{pos[0]}:#{pos[1]}") q.breakable state.pretty_print(q) q.breakable q.text("token: ") tok.pretty_print(q) if message q.breakable q.text("message: ") q.text(message) end } end def to_a if @message [@pos, @event, @tok, @state, @message] else [@pos, @event, @tok, @state] end end end attr_reader :errors def tokenize(**kw) parse(**kw).sort_by(&:pos).map(&:tok) end def lex(**kw) parse(**kw).sort_by(&:pos).map(&:to_a) end # parse the code and returns elements including errors. def scan(**kw) result = (parse(**kw) + errors + @stack.flatten).uniq.sort_by {|e| [*e.pos, (e.message ? -1 : 0)]} result.each_with_index do |e, i| if e.event == :on_parse_error and e.tok.empty? and (pre = result[i-1]) and pre.pos[0] == e.pos[0] and (pre.pos[1] + pre.tok.size) == e.pos[1] e.tok = pre.tok e.pos[1] = pre.pos[1] result[i-1] = e result[i] = pre end end result end def parse(raise_errors: false) @errors = [] @buf = [] @stack = [] super() @buf = @stack.pop unless @stack.empty? if raise_errors and !@errors.empty? raise SyntaxError, @errors.map(&:message).join(' ;') end @buf.flatten! unless (result = @buf).empty? result.concat(@buf) until (@buf = []; super(); @buf.flatten!; @buf.empty?) end result end private unless SCANNER_EVENT_TABLE.key?(:ignored_sp) SCANNER_EVENT_TABLE[:ignored_sp] = 1 SCANNER_EVENTS << :ignored_sp EVENTS << :ignored_sp end def on_heredoc_dedent(v, w) ignored_sp = [] heredoc = @buf.last if Array === heredoc heredoc.each_with_index do |e, i| if Elem === e and e.event == :on_tstring_content and e.pos[1].zero? tok = e.tok.dup if w > 0 and /\A\s/ =~ e.tok if (n = dedent_string(e.tok, w)) > 0 if e.tok.empty? e.tok = tok[0, n] e.event = :on_ignored_sp next end ignored_sp << [i, Elem.new(e.pos.dup, :on_ignored_sp, tok[0, n], e.state)] e.pos[1] += n end end end end ignored_sp.reverse_each do |i, e| heredoc[i, 0] = [e] end v end def on_heredoc_beg(tok) @stack.push @buf buf = [] @buf.push buf @buf = buf @buf.push Elem.new([lineno(), column()], __callee__, tok, state()) end def on_heredoc_end(tok) @buf.push Elem.new([lineno(), column()], __callee__, tok, state()) @buf = @stack.pop unless @stack.empty? end def _push_token(tok) e = Elem.new([lineno(), column()], __callee__, tok, state()) @buf.push(e) e end def on_error1(mesg) @errors.push Elem.new([lineno(), column()], __callee__, token(), state(), mesg) end def on_error2(mesg, elem) if elem elem = Elem.new(elem.pos, __callee__, elem.tok, elem.state, mesg) else elem = Elem.new([lineno(), column()], __callee__, token(), state(), mesg) end @errors.push elem end PARSER_EVENTS.grep(/_error\z/) do |e| arity = PARSER_EVENT_TABLE.fetch(e) alias_method "on_#{e}", "on_error#{arity}" end alias compile_error on_error1 (SCANNER_EVENTS.map {|event|:"on_#{event}"} - private_instance_methods(false)).each do |event| alias_method event, :_push_token end # :startdoc: end # [EXPERIMENTAL] # Parses +src+ and return a string which was matched to +pattern+. # +pattern+ should be described as Regexp. # # require 'ripper' # # p Ripper.slice('def m(a) nil end', 'ident') #=> "m" # p Ripper.slice('def m(a) nil end', '[ident lparen rparen]+') #=> "m(a)" # p Ripper.slice("<<EOS\nstring\nEOS", # 'heredoc_beg nl $(tstring_content*) heredoc_end', 1) # #=> "string\n" # def Ripper.slice(src, pattern, n = 0) if m = token_match(src, pattern) then m.string(n) else nil end end def Ripper.token_match(src, pattern) #:nodoc: TokenPattern.compile(pattern).match(src) end class TokenPattern #:nodoc: class Error < ::StandardError # :nodoc: end class CompileError < Error # :nodoc: end class MatchError < Error # :nodoc: end class << self alias compile new end def initialize(pattern) @source = pattern @re = compile(pattern) end def match(str) match_list(::Ripper.lex(str)) end def match_list(tokens) if m = @re.match(map_tokens(tokens)) then MatchData.new(tokens, m) else nil end end private def compile(pattern) if m = /[^\w\s$()\[\]{}?*+\.]/.match(pattern) raise CompileError, "invalid char in pattern: #{m[0].inspect}" end buf = +'' pattern.scan(/(?:\w+|\$\(|[()\[\]\{\}?*+\.]+)/) do |tok| case tok when /\w/ buf.concat map_token(tok) when '$(' buf.concat '(' when '(' buf.concat '(?:' when /[?*\[\])\.]/ buf.concat tok else raise 'must not happen' end end Regexp.compile(buf) rescue RegexpError => err raise CompileError, err.message end def map_tokens(tokens) tokens.map {|pos,type,str| map_token(type.to_s.delete_prefix('on_')) }.join end MAP = {} seed = ('a'..'z').to_a + ('A'..'Z').to_a + ('0'..'9').to_a SCANNER_EVENT_TABLE.each do |ev, | raise CompileError, "[RIPPER FATAL] too many system token" if seed.empty? MAP[ev.to_s.delete_prefix('on_')] = seed.shift end def map_token(tok) MAP[tok] or raise CompileError, "unknown token: #{tok}" end class MatchData # :nodoc: def initialize(tokens, match) @tokens = tokens @match = match end def string(n = 0) return nil unless @match match(n).join end private def match(n = 0) return [] unless @match @tokens[@match.begin(n)...@match.end(n)].map {|pos,type,str| str } end end end end PK *J [u&E, , share/ruby/ripper/sexp.rbnu �[��� # frozen_string_literal: true # # $Id$ # # Copyright (c) 2004,2005 Minero Aoki # # This program is free software. # You can distribute and/or modify this program under the Ruby License. # For details of Ruby License, see ruby/COPYING. # require 'ripper/core' class Ripper # [EXPERIMENTAL] # Parses +src+ and create S-exp tree. # Returns more readable tree rather than Ripper.sexp_raw. # This method is mainly for developer use. # The +filename+ argument is mostly ignored. # By default, this method does not handle syntax errors in +src+, # returning +nil+ in such cases. Use the +raise_errors+ keyword # to raise a SyntaxError for an error in +src+. # # require 'ripper' # require 'pp' # # pp Ripper.sexp("def m(a) nil end") # #=> [:program, # [[:def, # [:@ident, "m", [1, 4]], # [:paren, [:params, [[:@ident, "a", [1, 6]]], nil, nil, nil, nil, nil, nil]], # [:bodystmt, [[:var_ref, [:@kw, "nil", [1, 9]]]], nil, nil, nil]]]] # def Ripper.sexp(src, filename = '-', lineno = 1, raise_errors: false) builder = SexpBuilderPP.new(src, filename, lineno) sexp = builder.parse if builder.error? if raise_errors raise SyntaxError, builder.error end else sexp end end # [EXPERIMENTAL] # Parses +src+ and create S-exp tree. # This method is mainly for developer use. # The +filename+ argument is mostly ignored. # By default, this method does not handle syntax errors in +src+, # returning +nil+ in such cases. Use the +raise_errors+ keyword # to raise a SyntaxError for an error in +src+. # # require 'ripper' # require 'pp' # # pp Ripper.sexp_raw("def m(a) nil end") # #=> [:program, # [:stmts_add, # [:stmts_new], # [:def, # [:@ident, "m", [1, 4]], # [:paren, [:params, [[:@ident, "a", [1, 6]]], nil, nil, nil]], # [:bodystmt, # [:stmts_add, [:stmts_new], [:var_ref, [:@kw, "nil", [1, 9]]]], # nil, # nil, # nil]]]] # def Ripper.sexp_raw(src, filename = '-', lineno = 1, raise_errors: false) builder = SexpBuilder.new(src, filename, lineno) sexp = builder.parse if builder.error? if raise_errors raise SyntaxError, builder.error end else sexp end end class SexpBuilder < ::Ripper #:nodoc: attr_reader :error private def dedent_element(e, width) if (n = dedent_string(e[1], width)) > 0 e[2][1] += n end e end def on_heredoc_dedent(val, width) sub = proc do |cont| cont.map! do |e| if Array === e case e[0] when :@tstring_content e = dedent_element(e, width) when /_add\z/ e[1] = sub[e[1]] end elsif String === e dedent_string(e, width) end e end end sub[val] val end events = private_instance_methods(false).grep(/\Aon_/) {$'.to_sym} (PARSER_EVENTS - events).each do |event| module_eval(<<-End, __FILE__, __LINE__ + 1) def on_#{event}(*args) args.unshift :#{event} args end End end SCANNER_EVENTS.each do |event| module_eval(<<-End, __FILE__, __LINE__ + 1) def on_#{event}(tok) [:@#{event}, tok, [lineno(), column()]] end End end def on_error(mesg) @error = mesg end remove_method :on_parse_error alias on_parse_error on_error alias compile_error on_error end class SexpBuilderPP < SexpBuilder #:nodoc: private def on_heredoc_dedent(val, width) val.map! do |e| next e if Symbol === e and /_content\z/ =~ e if Array === e and e[0] == :@tstring_content e = dedent_element(e, width) elsif String === e dedent_string(e, width) end e end val end def _dispatch_event_new [] end def _dispatch_event_push(list, item) list.push item list end def on_mlhs_paren(list) [:mlhs, *list] end def on_mlhs_add_star(list, star) list.push([:rest_param, star]) end def on_mlhs_add_post(list, post) list.concat(post) end PARSER_EVENT_TABLE.each do |event, arity| if /_new\z/ =~ event and arity == 0 alias_method "on_#{event}", :_dispatch_event_new elsif /_add\z/ =~ event alias_method "on_#{event}", :_dispatch_event_push end end end end PK *J [�w��p p share/ruby/coverage.rbnu �[��� require "coverage.so" module Coverage def self.line_stub(file) lines = File.foreach(file).map { nil } iseqs = [RubyVM::InstructionSequence.compile_file(file)] until iseqs.empty? iseq = iseqs.pop iseq.trace_points.each {|n, type| lines[n - 1] = 0 if type == :line } iseq.each_child {|child| iseqs << child } end lines end end PK *J [L��; ; share/ruby/optionparser.rbnu �[��� # frozen_string_literal: false require_relative 'optparse' PK *J [�^C�� �� share/ruby/socket.rbnu �[��� # frozen_string_literal: true require 'socket.so' unless IO.method_defined?(:wait_writable, false) # It's only required on older Rubies < v3.2: require 'io/wait' end class Addrinfo # creates an Addrinfo object from the arguments. # # The arguments are interpreted as similar to self. # # Addrinfo.tcp("0.0.0.0", 4649).family_addrinfo("www.ruby-lang.org", 80) # #=> #<Addrinfo: 221.186.184.68:80 TCP (www.ruby-lang.org:80)> # # Addrinfo.unix("/tmp/sock").family_addrinfo("/tmp/sock2") # #=> #<Addrinfo: /tmp/sock2 SOCK_STREAM> # def family_addrinfo(*args) if args.empty? raise ArgumentError, "no address specified" elsif Addrinfo === args.first raise ArgumentError, "too many arguments" if args.length != 1 addrinfo = args.first if (self.pfamily != addrinfo.pfamily) || (self.socktype != addrinfo.socktype) raise ArgumentError, "Addrinfo type mismatch" end addrinfo elsif self.ip? raise ArgumentError, "IP address needs host and port but #{args.length} arguments given" if args.length != 2 host, port = args Addrinfo.getaddrinfo(host, port, self.pfamily, self.socktype, self.protocol)[0] elsif self.unix? raise ArgumentError, "UNIX socket needs single path argument but #{args.length} arguments given" if args.length != 1 path, = args Addrinfo.unix(path) else raise ArgumentError, "unexpected family" end end # creates a new Socket connected to the address of +local_addrinfo+. # # If _local_addrinfo_ is nil, the address of the socket is not bound. # # The _timeout_ specify the seconds for timeout. # Errno::ETIMEDOUT is raised when timeout occur. # # If a block is given the created socket is yielded for each address. # def connect_internal(local_addrinfo, timeout=nil) # :yields: socket sock = Socket.new(self.pfamily, self.socktype, self.protocol) begin sock.ipv6only! if self.ipv6? sock.bind local_addrinfo if local_addrinfo if timeout case sock.connect_nonblock(self, exception: false) when 0 # success or EISCONN, other errors raise break when :wait_writable sock.wait_writable(timeout) or raise Errno::ETIMEDOUT, 'user specified timeout' end while true else sock.connect(self) end rescue Exception sock.close raise end if block_given? begin yield sock ensure sock.close end else sock end end protected :connect_internal # :call-seq: # addrinfo.connect_from([local_addr_args], [opts]) {|socket| ... } # addrinfo.connect_from([local_addr_args], [opts]) # # creates a socket connected to the address of self. # # If one or more arguments given as _local_addr_args_, # it is used as the local address of the socket. # _local_addr_args_ is given for family_addrinfo to obtain actual address. # # If _local_addr_args_ is not given, the local address of the socket is not bound. # # The optional last argument _opts_ is options represented by a hash. # _opts_ may have following options: # # [:timeout] specify the timeout in seconds. # # If a block is given, it is called with the socket and the value of the block is returned. # The socket is returned otherwise. # # Addrinfo.tcp("www.ruby-lang.org", 80).connect_from("0.0.0.0", 4649) {|s| # s.print "GET / HTTP/1.0\r\nHost: www.ruby-lang.org\r\n\r\n" # puts s.read # } # # # Addrinfo object can be taken for the argument. # Addrinfo.tcp("www.ruby-lang.org", 80).connect_from(Addrinfo.tcp("0.0.0.0", 4649)) {|s| # s.print "GET / HTTP/1.0\r\nHost: www.ruby-lang.org\r\n\r\n" # puts s.read # } # def connect_from(*args, timeout: nil, &block) connect_internal(family_addrinfo(*args), timeout, &block) end # :call-seq: # addrinfo.connect([opts]) {|socket| ... } # addrinfo.connect([opts]) # # creates a socket connected to the address of self. # # The optional argument _opts_ is options represented by a hash. # _opts_ may have following options: # # [:timeout] specify the timeout in seconds. # # If a block is given, it is called with the socket and the value of the block is returned. # The socket is returned otherwise. # # Addrinfo.tcp("www.ruby-lang.org", 80).connect {|s| # s.print "GET / HTTP/1.0\r\nHost: www.ruby-lang.org\r\n\r\n" # puts s.read # } # def connect(timeout: nil, &block) connect_internal(nil, timeout, &block) end # :call-seq: # addrinfo.connect_to([remote_addr_args], [opts]) {|socket| ... } # addrinfo.connect_to([remote_addr_args], [opts]) # # creates a socket connected to _remote_addr_args_ and bound to self. # # The optional last argument _opts_ is options represented by a hash. # _opts_ may have following options: # # [:timeout] specify the timeout in seconds. # # If a block is given, it is called with the socket and the value of the block is returned. # The socket is returned otherwise. # # Addrinfo.tcp("0.0.0.0", 4649).connect_to("www.ruby-lang.org", 80) {|s| # s.print "GET / HTTP/1.0\r\nHost: www.ruby-lang.org\r\n\r\n" # puts s.read # } # def connect_to(*args, timeout: nil, &block) remote_addrinfo = family_addrinfo(*args) remote_addrinfo.connect_internal(self, timeout, &block) end # creates a socket bound to self. # # If a block is given, it is called with the socket and the value of the block is returned. # The socket is returned otherwise. # # Addrinfo.udp("0.0.0.0", 9981).bind {|s| # s.local_address.connect {|s| s.send "hello", 0 } # p s.recv(10) #=> "hello" # } # def bind sock = Socket.new(self.pfamily, self.socktype, self.protocol) begin sock.ipv6only! if self.ipv6? sock.setsockopt(:SOCKET, :REUSEADDR, 1) sock.bind(self) rescue Exception sock.close raise end if block_given? begin yield sock ensure sock.close end else sock end end # creates a listening socket bound to self. def listen(backlog=Socket::SOMAXCONN) sock = Socket.new(self.pfamily, self.socktype, self.protocol) begin sock.ipv6only! if self.ipv6? sock.setsockopt(:SOCKET, :REUSEADDR, 1) unless self.pfamily == Socket::PF_UNIX sock.bind(self) sock.listen(backlog) rescue Exception sock.close raise end if block_given? begin yield sock ensure sock.close end else sock end end # iterates over the list of Addrinfo objects obtained by Addrinfo.getaddrinfo. # # Addrinfo.foreach(nil, 80) {|x| p x } # #=> #<Addrinfo: 127.0.0.1:80 TCP (:80)> # # #<Addrinfo: 127.0.0.1:80 UDP (:80)> # # #<Addrinfo: [::1]:80 TCP (:80)> # # #<Addrinfo: [::1]:80 UDP (:80)> # def self.foreach(nodename, service, family=nil, socktype=nil, protocol=nil, flags=nil, timeout: nil, &block) Addrinfo.getaddrinfo(nodename, service, family, socktype, protocol, flags, timeout: timeout).each(&block) end end class BasicSocket < IO # Returns an address of the socket suitable for connect in the local machine. # # This method returns _self_.local_address, except following condition. # # - IPv4 unspecified address (0.0.0.0) is replaced by IPv4 loopback address (127.0.0.1). # - IPv6 unspecified address (::) is replaced by IPv6 loopback address (::1). # # If the local address is not suitable for connect, SocketError is raised. # IPv4 and IPv6 address which port is 0 is not suitable for connect. # Unix domain socket which has no path is not suitable for connect. # # Addrinfo.tcp("0.0.0.0", 0).listen {|serv| # p serv.connect_address #=> #<Addrinfo: 127.0.0.1:53660 TCP> # serv.connect_address.connect {|c| # s, _ = serv.accept # p [c, s] #=> [#<Socket:fd 4>, #<Socket:fd 6>] # } # } # def connect_address addr = local_address afamily = addr.afamily if afamily == Socket::AF_INET raise SocketError, "unbound IPv4 socket" if addr.ip_port == 0 if addr.ip_address == "0.0.0.0" addr = Addrinfo.new(["AF_INET", addr.ip_port, nil, "127.0.0.1"], addr.pfamily, addr.socktype, addr.protocol) end elsif defined?(Socket::AF_INET6) && afamily == Socket::AF_INET6 raise SocketError, "unbound IPv6 socket" if addr.ip_port == 0 if addr.ip_address == "::" addr = Addrinfo.new(["AF_INET6", addr.ip_port, nil, "::1"], addr.pfamily, addr.socktype, addr.protocol) elsif addr.ip_address == "0.0.0.0" # MacOS X 10.4 returns "a.b.c.d" for IPv4-mapped IPv6 address. addr = Addrinfo.new(["AF_INET6", addr.ip_port, nil, "::1"], addr.pfamily, addr.socktype, addr.protocol) elsif addr.ip_address == "::ffff:0.0.0.0" # MacOS X 10.6 returns "::ffff:a.b.c.d" for IPv4-mapped IPv6 address. addr = Addrinfo.new(["AF_INET6", addr.ip_port, nil, "::1"], addr.pfamily, addr.socktype, addr.protocol) end elsif defined?(Socket::AF_UNIX) && afamily == Socket::AF_UNIX raise SocketError, "unbound Unix socket" if addr.unix_path == "" end addr end # call-seq: # basicsocket.sendmsg(mesg, flags=0, dest_sockaddr=nil, *controls) => numbytes_sent # # sendmsg sends a message using sendmsg(2) system call in blocking manner. # # _mesg_ is a string to send. # # _flags_ is bitwise OR of MSG_* constants such as Socket::MSG_OOB. # # _dest_sockaddr_ is a destination socket address for connection-less socket. # It should be a sockaddr such as a result of Socket.sockaddr_in. # An Addrinfo object can be used too. # # _controls_ is a list of ancillary data. # The element of _controls_ should be Socket::AncillaryData or # 3-elements array. # The 3-element array should contains cmsg_level, cmsg_type and data. # # The return value, _numbytes_sent_ is an integer which is the number of bytes sent. # # sendmsg can be used to implement send_io as follows: # # # use Socket::AncillaryData. # ancdata = Socket::AncillaryData.int(:UNIX, :SOCKET, :RIGHTS, io.fileno) # sock.sendmsg("a", 0, nil, ancdata) # # # use 3-element array. # ancdata = [:SOCKET, :RIGHTS, [io.fileno].pack("i!")] # sock.sendmsg("\0", 0, nil, ancdata) def sendmsg(mesg, flags = 0, dest_sockaddr = nil, *controls) __sendmsg(mesg, flags, dest_sockaddr, controls) end # call-seq: # basicsocket.sendmsg_nonblock(mesg, flags=0, dest_sockaddr=nil, *controls, opts={}) => numbytes_sent # # sendmsg_nonblock sends a message using sendmsg(2) system call in non-blocking manner. # # It is similar to BasicSocket#sendmsg # but the non-blocking flag is set before the system call # and it doesn't retry the system call. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that sendmsg_nonblock should not raise an IO::WaitWritable exception, but # return the symbol +:wait_writable+ instead. def sendmsg_nonblock(mesg, flags = 0, dest_sockaddr = nil, *controls, exception: true) __sendmsg_nonblock(mesg, flags, dest_sockaddr, controls, exception) end # call-seq: # basicsocket.recv_nonblock(maxlen [, flags [, buf [, options ]]]) => mesg # # Receives up to _maxlen_ bytes from +socket+ using recvfrom(2) after # O_NONBLOCK is set for the underlying file descriptor. # _flags_ is zero or more of the +MSG_+ options. # The result, _mesg_, is the data received. # # When recvfrom(2) returns 0, Socket#recv_nonblock returns nil. # In most cases it means the connection was closed, but for UDP connections # it may mean an empty packet was received, as the underlying API makes # it impossible to distinguish these two cases. # # === Parameters # * +maxlen+ - the number of bytes to receive from the socket # * +flags+ - zero or more of the +MSG_+ options # * +buf+ - destination String buffer # * +options+ - keyword hash, supporting `exception: false` # # === Example # serv = TCPServer.new("127.0.0.1", 0) # af, port, host, addr = serv.addr # c = TCPSocket.new(addr, port) # s = serv.accept # c.send "aaa", 0 # begin # emulate blocking recv. # p s.recv_nonblock(10) #=> "aaa" # rescue IO::WaitReadable # IO.select([s]) # retry # end # # Refer to Socket#recvfrom for the exceptions that may be thrown if the call # to _recv_nonblock_ fails. # # BasicSocket#recv_nonblock may raise any error corresponding to recvfrom(2) failure, # including Errno::EWOULDBLOCK. # # If the exception is Errno::EWOULDBLOCK or Errno::EAGAIN, # it is extended by IO::WaitReadable. # So IO::WaitReadable can be used to rescue the exceptions for retrying recv_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that recv_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. # # === See # * Socket#recvfrom def recv_nonblock(len, flag = 0, str = nil, exception: true) __recv_nonblock(len, flag, str, exception) end # call-seq: # basicsocket.recvmsg(maxmesglen=nil, flags=0, maxcontrollen=nil, opts={}) => [mesg, sender_addrinfo, rflags, *controls] # # recvmsg receives a message using recvmsg(2) system call in blocking manner. # # _maxmesglen_ is the maximum length of mesg to receive. # # _flags_ is bitwise OR of MSG_* constants such as Socket::MSG_PEEK. # # _maxcontrollen_ is the maximum length of controls (ancillary data) to receive. # # _opts_ is option hash. # Currently :scm_rights=>bool is the only option. # # :scm_rights option specifies that application expects SCM_RIGHTS control message. # If the value is nil or false, application don't expects SCM_RIGHTS control message. # In this case, recvmsg closes the passed file descriptors immediately. # This is the default behavior. # # If :scm_rights value is neither nil nor false, application expects SCM_RIGHTS control message. # In this case, recvmsg creates IO objects for each file descriptors for # Socket::AncillaryData#unix_rights method. # # The return value is 4-elements array. # # _mesg_ is a string of the received message. # # _sender_addrinfo_ is a sender socket address for connection-less socket. # It is an Addrinfo object. # For connection-oriented socket such as TCP, sender_addrinfo is platform dependent. # # _rflags_ is a flags on the received message which is bitwise OR of MSG_* constants such as Socket::MSG_TRUNC. # It will be nil if the system uses 4.3BSD style old recvmsg system call. # # _controls_ is ancillary data which is an array of Socket::AncillaryData objects such as: # # #<Socket::AncillaryData: AF_UNIX SOCKET RIGHTS 7> # # _maxmesglen_ and _maxcontrollen_ can be nil. # In that case, the buffer will be grown until the message is not truncated. # Internally, MSG_PEEK is used. # Buffer full and MSG_CTRUNC are checked for truncation. # # recvmsg can be used to implement recv_io as follows: # # mesg, sender_sockaddr, rflags, *controls = sock.recvmsg(:scm_rights=>true) # controls.each {|ancdata| # if ancdata.cmsg_is?(:SOCKET, :RIGHTS) # return ancdata.unix_rights[0] # end # } def recvmsg(dlen = nil, flags = 0, clen = nil, scm_rights: false) __recvmsg(dlen, flags, clen, scm_rights) end # call-seq: # basicsocket.recvmsg_nonblock(maxdatalen=nil, flags=0, maxcontrollen=nil, opts={}) => [data, sender_addrinfo, rflags, *controls] # # recvmsg receives a message using recvmsg(2) system call in non-blocking manner. # # It is similar to BasicSocket#recvmsg # but non-blocking flag is set before the system call # and it doesn't retry the system call. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that recvmsg_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. def recvmsg_nonblock(dlen = nil, flags = 0, clen = nil, scm_rights: false, exception: true) __recvmsg_nonblock(dlen, flags, clen, scm_rights, exception) end # Linux-specific optimizations to avoid fcntl for IO#read_nonblock # and IO#write_nonblock using MSG_DONTWAIT # Do other platforms support MSG_DONTWAIT reliably? if RUBY_PLATFORM =~ /linux/ && Socket.const_defined?(:MSG_DONTWAIT) def read_nonblock(len, str = nil, exception: true) # :nodoc: __read_nonblock(len, str, exception) end def write_nonblock(buf, exception: true) # :nodoc: __write_nonblock(buf, exception) end end end class Socket < BasicSocket # enable the socket option IPV6_V6ONLY if IPV6_V6ONLY is available. def ipv6only! if defined? Socket::IPV6_V6ONLY self.setsockopt(:IPV6, :V6ONLY, 1) end end # call-seq: # socket.recvfrom_nonblock(maxlen[, flags[, outbuf[, opts]]]) => [mesg, sender_addrinfo] # # Receives up to _maxlen_ bytes from +socket+ using recvfrom(2) after # O_NONBLOCK is set for the underlying file descriptor. # _flags_ is zero or more of the +MSG_+ options. # The first element of the results, _mesg_, is the data received. # The second element, _sender_addrinfo_, contains protocol-specific address # information of the sender. # # When recvfrom(2) returns 0, Socket#recv_nonblock returns nil. # In most cases it means the connection was closed, but for UDP connections # it may mean an empty packet was received, as the underlying API makes # it impossible to distinguish these two cases. # # === Parameters # * +maxlen+ - the maximum number of bytes to receive from the socket # * +flags+ - zero or more of the +MSG_+ options # * +outbuf+ - destination String buffer # * +opts+ - keyword hash, supporting `exception: false` # # === Example # # In one file, start this first # require 'socket' # include Socket::Constants # socket = Socket.new(AF_INET, SOCK_STREAM, 0) # sockaddr = Socket.sockaddr_in(2200, 'localhost') # socket.bind(sockaddr) # socket.listen(5) # client, client_addrinfo = socket.accept # begin # emulate blocking recvfrom # pair = client.recvfrom_nonblock(20) # rescue IO::WaitReadable # IO.select([client]) # retry # end # data = pair[0].chomp # puts "I only received 20 bytes '#{data}'" # sleep 1 # socket.close # # # In another file, start this second # require 'socket' # include Socket::Constants # socket = Socket.new(AF_INET, SOCK_STREAM, 0) # sockaddr = Socket.sockaddr_in(2200, 'localhost') # socket.connect(sockaddr) # socket.puts "Watch this get cut short!" # socket.close # # Refer to Socket#recvfrom for the exceptions that may be thrown if the call # to _recvfrom_nonblock_ fails. # # Socket#recvfrom_nonblock may raise any error corresponding to recvfrom(2) failure, # including Errno::EWOULDBLOCK. # # If the exception is Errno::EWOULDBLOCK or Errno::EAGAIN, # it is extended by IO::WaitReadable. # So IO::WaitReadable can be used to rescue the exceptions for retrying # recvfrom_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that recvfrom_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. # # === See # * Socket#recvfrom def recvfrom_nonblock(len, flag = 0, str = nil, exception: true) __recvfrom_nonblock(len, flag, str, exception) end # call-seq: # socket.accept_nonblock([options]) => [client_socket, client_addrinfo] # # Accepts an incoming connection using accept(2) after # O_NONBLOCK is set for the underlying file descriptor. # It returns an array containing the accepted socket # for the incoming connection, _client_socket_, # and an Addrinfo, _client_addrinfo_. # # === Example # # In one script, start this first # require 'socket' # include Socket::Constants # socket = Socket.new(AF_INET, SOCK_STREAM, 0) # sockaddr = Socket.sockaddr_in(2200, 'localhost') # socket.bind(sockaddr) # socket.listen(5) # begin # emulate blocking accept # client_socket, client_addrinfo = socket.accept_nonblock # rescue IO::WaitReadable, Errno::EINTR # IO.select([socket]) # retry # end # puts "The client said, '#{client_socket.readline.chomp}'" # client_socket.puts "Hello from script one!" # socket.close # # # In another script, start this second # require 'socket' # include Socket::Constants # socket = Socket.new(AF_INET, SOCK_STREAM, 0) # sockaddr = Socket.sockaddr_in(2200, 'localhost') # socket.connect(sockaddr) # socket.puts "Hello from script 2." # puts "The server said, '#{socket.readline.chomp}'" # socket.close # # Refer to Socket#accept for the exceptions that may be thrown if the call # to _accept_nonblock_ fails. # # Socket#accept_nonblock may raise any error corresponding to accept(2) failure, # including Errno::EWOULDBLOCK. # # If the exception is Errno::EWOULDBLOCK, Errno::EAGAIN, Errno::ECONNABORTED or Errno::EPROTO, # it is extended by IO::WaitReadable. # So IO::WaitReadable can be used to rescue the exceptions for retrying accept_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that accept_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. # # === See # * Socket#accept def accept_nonblock(exception: true) __accept_nonblock(exception) end RESOLUTION_DELAY = 0.05 private_constant :RESOLUTION_DELAY CONNECTION_ATTEMPT_DELAY = 0.25 private_constant :CONNECTION_ATTEMPT_DELAY ADDRESS_FAMILIES = { ipv6: Socket::AF_INET6, ipv4: Socket::AF_INET }.freeze private_constant :ADDRESS_FAMILIES HOSTNAME_RESOLUTION_QUEUE_UPDATED = 0 private_constant :HOSTNAME_RESOLUTION_QUEUE_UPDATED IPV6_ADRESS_FORMAT = /\A(?i:(?:(?:[0-9A-F]{1,4}:){7}(?:[0-9A-F]{1,4}|:)|(?:[0-9A-F]{1,4}:){6}(?:[0-9A-F]{1,4}|:(?:[0-9A-F]{1,4}:){1,5}[0-9A-F]{1,4}|:)|(?:[0-9A-F]{1,4}:){5}(?:(?::[0-9A-F]{1,4}){1,2}|:(?:[0-9A-F]{1,4}:){1,4}[0-9A-F]{1,4}|:)|(?:[0-9A-F]{1,4}:){4}(?:(?::[0-9A-F]{1,4}){1,3}|:(?:[0-9A-F]{1,4}:){1,3}[0-9A-F]{1,4}|:)|(?:[0-9A-F]{1,4}:){3}(?:(?::[0-9A-F]{1,4}){1,4}|:(?:[0-9A-F]{1,4}:){1,2}[0-9A-F]{1,4}|:)|(?:[0-9A-F]{1,4}:){2}(?:(?::[0-9A-F]{1,4}){1,5}|:(?:[0-9A-F]{1,4}:)[0-9A-F]{1,4}|:)|(?:[0-9A-F]{1,4}:){1}(?:(?::[0-9A-F]{1,4}){1,6}|:(?:[0-9A-F]{1,4}:){0,5}[0-9A-F]{1,4}|:)|(?:::(?:[0-9A-F]{1,4}:){0,7}[0-9A-F]{1,4}|::)))(?:%.+)?\z/ private_constant :IPV6_ADRESS_FORMAT # :call-seq: # Socket.tcp(host, port, local_host=nil, local_port=nil, [opts]) {|socket| ... } # Socket.tcp(host, port, local_host=nil, local_port=nil, [opts]) # # creates a new socket object connected to host:port using TCP/IP. # # Starting from Ruby 3.4, this method operates according to the # Happy Eyeballs Version 2 ({RFC 8305}[https://datatracker.ietf.org/doc/html/rfc8305]) # algorithm by default. # # For details on Happy Eyeballs Version 2, # see {Socket.tcp_fast_fallback=}[rdoc-ref:Socket.tcp_fast_fallback=]. # # To make it behave the same as in Ruby 3.3 and earlier, # explicitly specify the option fast_fallback:false. # Or, setting Socket.tcp_fast_fallback=false will disable # Happy Eyeballs Version 2 not only for this method but for all Socket globally. # # If local_host:local_port is given, # the socket is bound to it. # # The optional last argument _opts_ is options represented by a hash. # _opts_ may have following options: # # [:resolv_timeout] Specifies the timeout in seconds from when the hostname resolution starts. # [:connect_timeout] This method sequentially attempts connecting to all candidate destination addresses.<br>The +connect_timeout+ specifies the timeout in seconds from the start of the connection attempt to the last candidate.<br>By default, all connection attempts continue until the timeout occurs.<br>When +fast_fallback:false+ is explicitly specified,<br>a timeout is set for each connection attempt and any connection attempt that exceeds its timeout will be canceled. # [:fast_fallback] Enables the Happy Eyeballs Version 2 algorithm (enabled by default). # # If a block is given, the block is called with the socket. # The value of the block is returned. # The socket is closed when this method returns. # # If no block is given, the socket is returned. # # Socket.tcp("www.ruby-lang.org", 80) {|sock| # sock.print "GET / HTTP/1.0\r\nHost: www.ruby-lang.org\r\n\r\n" # sock.close_write # puts sock.read # } def self.tcp(host, port, local_host = nil, local_port = nil, connect_timeout: nil, resolv_timeout: nil, fast_fallback: tcp_fast_fallback, &) # :yield: socket sock = if fast_fallback && !(host && ip_address?(host)) tcp_with_fast_fallback(host, port, local_host, local_port, connect_timeout:, resolv_timeout:) else tcp_without_fast_fallback(host, port, local_host, local_port, connect_timeout:, resolv_timeout:) end if block_given? begin yield sock ensure sock.close end else sock end end def self.tcp_with_fast_fallback(host, port, local_host = nil, local_port = nil, connect_timeout: nil, resolv_timeout: nil) if local_host || local_port local_addrinfos = Addrinfo.getaddrinfo(local_host, local_port, nil, :STREAM, timeout: resolv_timeout) resolving_family_names = local_addrinfos.map { |lai| ADDRESS_FAMILIES.key(lai.afamily) }.uniq else local_addrinfos = [] resolving_family_names = ADDRESS_FAMILIES.keys end hostname_resolution_threads = [] resolution_store = HostnameResolutionStore.new(resolving_family_names) connecting_sockets = {} is_windows_environment ||= (RUBY_PLATFORM =~ /mswin|mingw|cygwin/) now = current_clock_time resolution_delay_expires_at = nil connection_attempt_delay_expires_at = nil user_specified_connect_timeout_at = nil last_error = nil last_error_from_thread = false if resolving_family_names.size == 1 family_name = resolving_family_names.first addrinfos = Addrinfo.getaddrinfo(host, port, family_name, :STREAM, timeout: resolv_timeout) resolution_store.add_resolved(family_name, addrinfos) hostname_resolution_result = nil hostname_resolution_notifier = nil user_specified_resolv_timeout_at = nil else hostname_resolution_result = HostnameResolutionResult.new(resolving_family_names.size) hostname_resolution_notifier = hostname_resolution_result.notifier hostname_resolution_threads.concat( resolving_family_names.map { |family| thread_args = [family, host, port, hostname_resolution_result] thread = Thread.new(*thread_args) { |*thread_args| resolve_hostname(*thread_args) } Thread.pass thread } ) user_specified_resolv_timeout_at = resolv_timeout ? now + resolv_timeout : Float::INFINITY end loop do if resolution_store.any_addrinfos? && !resolution_delay_expires_at && !connection_attempt_delay_expires_at while (addrinfo = resolution_store.get_addrinfo) if local_addrinfos.any? local_addrinfo = local_addrinfos.find { |lai| lai.afamily == addrinfo.afamily } if local_addrinfo.nil? # Connecting addrinfoと同じアドレスファミリのLocal addrinfoがない if resolution_store.any_addrinfos? # Try other Addrinfo in next "while" next elsif connecting_sockets.any? || resolution_store.any_unresolved_family? # Exit this "while" and wait for connections to be established or hostname resolution in next loop # Or exit this "while" and wait for hostname resolution in next loop break else raise SocketError.new 'no appropriate local address' end end end begin if resolution_store.any_addrinfos? || connecting_sockets.any? || resolution_store.any_unresolved_family? socket = Socket.new(addrinfo.pfamily, addrinfo.socktype, addrinfo.protocol) socket.bind(local_addrinfo) if local_addrinfo result = socket.connect_nonblock(addrinfo, exception: false) else result = socket = local_addrinfo ? addrinfo.connect_from(local_addrinfo, timeout: connect_timeout) : addrinfo.connect(timeout: connect_timeout) end if result == :wait_writable connection_attempt_delay_expires_at = now + CONNECTION_ATTEMPT_DELAY if resolution_store.empty_addrinfos? user_specified_connect_timeout_at = connect_timeout ? now + connect_timeout : Float::INFINITY end connecting_sockets[socket] = addrinfo break else return socket # connection established end rescue SystemCallError => e socket&.close last_error = e if resolution_store.any_addrinfos? # Try other Addrinfo in next "while" next elsif connecting_sockets.any? || resolution_store.any_unresolved_family? # Exit this "while" and wait for connections to be established or hostname resolution in next loop # Or exit this "while" and wait for hostname resolution in next loop break else raise last_error end end end end ends_at = if resolution_store.any_addrinfos? resolution_delay_expires_at || connection_attempt_delay_expires_at else [user_specified_resolv_timeout_at, user_specified_connect_timeout_at].compact.max end hostname_resolved, writable_sockets, except_sockets = IO.select( hostname_resolution_notifier, connecting_sockets.keys, # Use errorfds to wait for non-blocking connect failures on Windows is_windows_environment ? connecting_sockets.keys : nil, second_to_timeout(current_clock_time, ends_at), ) now = current_clock_time resolution_delay_expires_at = nil if expired?(now, resolution_delay_expires_at) connection_attempt_delay_expires_at = nil if expired?(now, connection_attempt_delay_expires_at) if writable_sockets&.any? while (writable_socket = writable_sockets.pop) is_connected = is_windows_environment || ( sockopt = writable_socket.getsockopt(Socket::SOL_SOCKET, Socket::SO_ERROR) sockopt.int.zero? ) if is_connected connecting_sockets.delete writable_socket return writable_socket else failed_ai = connecting_sockets.delete writable_socket writable_socket.close ip_address = failed_ai.ipv6? ? "[#{failed_ai.ip_address}]" : failed_ai.ip_address last_error = SystemCallError.new("connect(2) for #{ip_address}:#{failed_ai.ip_port}", sockopt.int) if writable_sockets.any? || connecting_sockets.any? # Try other writable socket in next "while" # Or exit this "while" and wait for connections to be established or hostname resolution in next loop elsif resolution_store.any_addrinfos? || resolution_store.any_unresolved_family? # Exit this "while" and try other connection attempt # Or exit this "while" and wait for hostname resolution in next loop connection_attempt_delay_expires_at = nil user_specified_connect_timeout_at = nil else raise last_error end end end end if except_sockets&.any? except_sockets.each do |except_socket| failed_ai = connecting_sockets.delete except_socket sockopt = except_socket.getsockopt(Socket::SOL_SOCKET, Socket::SO_ERROR) except_socket.close ip_address = failed_ai.ipv6? ? "[#{failed_ai.ip_address}]" : failed_ai.ip_address last_error = SystemCallError.new("connect(2) for #{ip_address}:#{failed_ai.ip_port}", sockopt.int) if except_sockets.any? || connecting_sockets.any? # Cleanup other except socket in next "each" # Or exit this "while" and wait for connections to be established or hostname resolution in next loop elsif resolution_store.any_addrinfos? || resolution_store.any_unresolved_family? # Exit this "while" and try other connection attempt # Or exit this "while" and wait for hostname resolution in next loop connection_attempt_delay_expires_at = nil user_specified_connect_timeout_at = nil else raise last_error end end end if hostname_resolved&.any? while (family_and_result = hostname_resolution_result.get) family_name, result = family_and_result if result.is_a? Exception resolution_store.add_error(family_name, result) unless (Socket.const_defined?(:EAI_ADDRFAMILY)) && (result.is_a?(Socket::ResolutionError)) && (result.error_code == Socket::EAI_ADDRFAMILY) other = family_name == :ipv6 ? :ipv4 : :ipv6 if !resolution_store.resolved?(other) || !resolution_store.resolved_successfully?(other) last_error = result last_error_from_thread = true end end else resolution_store.add_resolved(family_name, result) end end if resolution_store.resolved?(:ipv4) if resolution_store.resolved?(:ipv6) hostname_resolution_notifier = nil resolution_delay_expires_at = nil user_specified_resolv_timeout_at = nil elsif resolution_store.resolved_successfully?(:ipv4) resolution_delay_expires_at = now + RESOLUTION_DELAY end end end if resolution_store.empty_addrinfos? if connecting_sockets.empty? && resolution_store.resolved_all_families? if last_error_from_thread raise last_error.class, last_error.message, cause: last_error else raise last_error end end if (expired?(now, user_specified_resolv_timeout_at) || resolution_store.resolved_all_families?) && (expired?(now, user_specified_connect_timeout_at) || connecting_sockets.empty?) raise Errno::ETIMEDOUT, 'user specified timeout' end end end ensure hostname_resolution_threads.each do |thread| thread.exit end hostname_resolution_result&.close connecting_sockets.each_key do |connecting_socket| connecting_socket.close end end def self.tcp_without_fast_fallback(host, port, local_host, local_port, connect_timeout:, resolv_timeout:) last_error = nil ret = nil local_addr_list = nil if local_host != nil || local_port != nil local_addr_list = Addrinfo.getaddrinfo(local_host, local_port, nil, :STREAM, nil) end Addrinfo.foreach(host, port, nil, :STREAM, timeout: resolv_timeout) {|ai| if local_addr_list local_addr = local_addr_list.find {|local_ai| local_ai.afamily == ai.afamily } next unless local_addr else local_addr = nil end begin sock = local_addr ? ai.connect_from(local_addr, timeout: connect_timeout) : ai.connect(timeout: connect_timeout) rescue SystemCallError last_error = $! next end ret = sock break } unless ret if last_error raise last_error else raise SocketError, "no appropriate local address" end end ret end private_class_method :tcp_without_fast_fallback def self.ip_address?(hostname) hostname.match?(IPV6_ADRESS_FORMAT) || hostname.match?(/\A([0-9]{1,3}\.){3}[0-9]{1,3}\z/) end private_class_method :ip_address? def self.resolve_hostname(family, host, port, hostname_resolution_result) begin resolved_addrinfos = Addrinfo.getaddrinfo(host, port, ADDRESS_FAMILIES[family], :STREAM) hostname_resolution_result.add(family, resolved_addrinfos) rescue => e hostname_resolution_result.add(family, e) end end private_class_method :resolve_hostname def self.current_clock_time Process.clock_gettime(Process::CLOCK_MONOTONIC) end private_class_method :current_clock_time def self.second_to_timeout(started_at, ends_at) return nil if ends_at == Float::INFINITY || ends_at.nil? remaining = (ends_at - started_at) remaining.negative? ? 0 : remaining end private_class_method :second_to_timeout def self.expired?(started_at, ends_at) second_to_timeout(started_at, ends_at)&.zero? end private_class_method :expired? class HostnameResolutionResult def initialize(size) @size = size @taken_count = 0 @rpipe, @wpipe = IO.pipe @results = [] @mutex = Mutex.new end def notifier [@rpipe] end def add(family, result) @mutex.synchronize do @results.push [family, result] @wpipe.putc HOSTNAME_RESOLUTION_QUEUE_UPDATED end end def get return nil if @results.empty? res = nil @mutex.synchronize do @rpipe.getbyte res = @results.shift end @taken_count += 1 close if @taken_count == @size res end def close @rpipe.close @wpipe.close end end private_constant :HostnameResolutionResult class HostnameResolutionStore PRIORITY_ON_V6 = [:ipv6, :ipv4].freeze PRIORITY_ON_V4 = [:ipv4, :ipv6].freeze def initialize(family_names) @family_names = family_names @addrinfo_dict = {} @error_dict = {} @last_family = nil end def add_resolved(family_name, addrinfos) @addrinfo_dict[family_name] = addrinfos end def add_error(family_name, error) @addrinfo_dict[family_name] = [] @error_dict[family_name] = error end def get_addrinfo precedences = case @last_family when :ipv4, nil then PRIORITY_ON_V6 when :ipv6 then PRIORITY_ON_V4 end precedences.each do |family_name| addrinfo = @addrinfo_dict[family_name]&.shift next unless addrinfo @last_family = family_name return addrinfo end nil end def empty_addrinfos? @addrinfo_dict.all? { |_, addrinfos| addrinfos.empty? } end def any_addrinfos? !empty_addrinfos? end def resolved?(family) @addrinfo_dict.has_key? family end def resolved_successfully?(family) resolved?(family) && !@error_dict[family] end def resolved_all_families? (@family_names - @addrinfo_dict.keys).empty? end def any_unresolved_family? !resolved_all_families? end end private_constant :HostnameResolutionStore # :stopdoc: def self.ip_sockets_port0(ai_list, reuseaddr) sockets = [] begin sockets.clear port = nil ai_list.each {|ai| begin s = Socket.new(ai.pfamily, ai.socktype, ai.protocol) rescue SystemCallError next end sockets << s s.ipv6only! if ai.ipv6? if reuseaddr s.setsockopt(:SOCKET, :REUSEADDR, 1) end unless port s.bind(ai) port = s.local_address.ip_port else s.bind(ai.family_addrinfo(ai.ip_address, port)) end } rescue Errno::EADDRINUSE sockets.each(&:close) retry rescue Exception sockets.each(&:close) raise end sockets end class << self private :ip_sockets_port0 end def self.tcp_server_sockets_port0(host) ai_list = Addrinfo.getaddrinfo(host, 0, nil, :STREAM, nil, Socket::AI_PASSIVE) sockets = ip_sockets_port0(ai_list, true) begin sockets.each {|s| s.listen(Socket::SOMAXCONN) } rescue Exception sockets.each(&:close) raise end sockets end class << self private :tcp_server_sockets_port0 end # :startdoc: # creates TCP/IP server sockets for _host_ and _port_. # _host_ is optional. # # If no block given, # it returns an array of listening sockets. # # If a block is given, the block is called with the sockets. # The value of the block is returned. # The socket is closed when this method returns. # # If _port_ is 0, actual port number is chosen dynamically. # However all sockets in the result has same port number. # # # tcp_server_sockets returns two sockets. # sockets = Socket.tcp_server_sockets(1296) # p sockets #=> [#<Socket:fd 3>, #<Socket:fd 4>] # # # The sockets contains IPv6 and IPv4 sockets. # sockets.each {|s| p s.local_address } # #=> #<Addrinfo: [::]:1296 TCP> # # #<Addrinfo: 0.0.0.0:1296 TCP> # # # IPv6 and IPv4 socket has same port number, 53114, even if it is chosen dynamically. # sockets = Socket.tcp_server_sockets(0) # sockets.each {|s| p s.local_address } # #=> #<Addrinfo: [::]:53114 TCP> # # #<Addrinfo: 0.0.0.0:53114 TCP> # # # The block is called with the sockets. # Socket.tcp_server_sockets(0) {|sockets| # p sockets #=> [#<Socket:fd 3>, #<Socket:fd 4>] # } # def self.tcp_server_sockets(host=nil, port) if port == 0 sockets = tcp_server_sockets_port0(host) else last_error = nil sockets = [] begin Addrinfo.foreach(host, port, nil, :STREAM, nil, Socket::AI_PASSIVE) {|ai| begin s = ai.listen rescue SystemCallError last_error = $! next end sockets << s } if sockets.empty? raise last_error end rescue Exception sockets.each(&:close) raise end end if block_given? begin yield sockets ensure sockets.each(&:close) end else sockets end end # yield socket and client address for each a connection accepted via given sockets. # # The arguments are a list of sockets. # The individual argument should be a socket or an array of sockets. # # This method yields the block sequentially. # It means that the next connection is not accepted until the block returns. # So concurrent mechanism, thread for example, should be used to service multiple clients at a time. # def self.accept_loop(*sockets) # :yield: socket, client_addrinfo sockets.flatten!(1) if sockets.empty? raise ArgumentError, "no sockets" end loop { readable, _, _ = IO.select(sockets) readable.each {|r| sock, addr = r.accept_nonblock(exception: false) next if sock == :wait_readable yield sock, addr } } end # creates a TCP/IP server on _port_ and calls the block for each connection accepted. # The block is called with a socket and a client_address as an Addrinfo object. # # If _host_ is specified, it is used with _port_ to determine the server addresses. # # The socket is *not* closed when the block returns. # So application should close it explicitly. # # This method calls the block sequentially. # It means that the next connection is not accepted until the block returns. # So concurrent mechanism, thread for example, should be used to service multiple clients at a time. # # Note that Addrinfo.getaddrinfo is used to determine the server socket addresses. # When Addrinfo.getaddrinfo returns two or more addresses, # IPv4 and IPv6 address for example, # all of them are used. # Socket.tcp_server_loop succeeds if one socket can be used at least. # # # Sequential echo server. # # It services only one client at a time. # Socket.tcp_server_loop(16807) {|sock, client_addrinfo| # begin # IO.copy_stream(sock, sock) # ensure # sock.close # end # } # # # Threaded echo server # # It services multiple clients at a time. # # Note that it may accept connections too much. # Socket.tcp_server_loop(16807) {|sock, client_addrinfo| # Thread.new { # begin # IO.copy_stream(sock, sock) # ensure # sock.close # end # } # } # def self.tcp_server_loop(host=nil, port, &b) # :yield: socket, client_addrinfo tcp_server_sockets(host, port) {|sockets| accept_loop(sockets, &b) } end # :call-seq: # Socket.udp_server_sockets([host, ] port) # # Creates UDP/IP sockets for a UDP server. # # If no block given, it returns an array of sockets. # # If a block is given, the block is called with the sockets. # The value of the block is returned. # The sockets are closed when this method returns. # # If _port_ is zero, some port is chosen. # But the chosen port is used for the all sockets. # # # UDP/IP echo server # Socket.udp_server_sockets(0) {|sockets| # p sockets.first.local_address.ip_port #=> 32963 # Socket.udp_server_loop_on(sockets) {|msg, msg_src| # msg_src.reply msg # } # } # def self.udp_server_sockets(host=nil, port) last_error = nil sockets = [] ipv6_recvpktinfo = nil if defined? Socket::AncillaryData if defined? Socket::IPV6_RECVPKTINFO # RFC 3542 ipv6_recvpktinfo = Socket::IPV6_RECVPKTINFO elsif defined? Socket::IPV6_PKTINFO # RFC 2292 ipv6_recvpktinfo = Socket::IPV6_PKTINFO end end local_addrs = Socket.ip_address_list ip_list = [] Addrinfo.foreach(host, port, nil, :DGRAM, nil, Socket::AI_PASSIVE) {|ai| if ai.ipv4? && ai.ip_address == "0.0.0.0" local_addrs.each {|a| next unless a.ipv4? ip_list << Addrinfo.new(a.to_sockaddr, :INET, :DGRAM, 0); } elsif ai.ipv6? && ai.ip_address == "::" && !ipv6_recvpktinfo local_addrs.each {|a| next unless a.ipv6? ip_list << Addrinfo.new(a.to_sockaddr, :INET6, :DGRAM, 0); } else ip_list << ai end } ip_list.uniq!(&:to_sockaddr) if port == 0 sockets = ip_sockets_port0(ip_list, false) else ip_list.each {|ip| ai = Addrinfo.udp(ip.ip_address, port) begin s = ai.bind rescue SystemCallError last_error = $! next end sockets << s } if sockets.empty? raise last_error end end sockets.each {|s| ai = s.local_address if ipv6_recvpktinfo && ai.ipv6? && ai.ip_address == "::" s.setsockopt(:IPV6, ipv6_recvpktinfo, 1) end } if block_given? begin yield sockets ensure sockets.each(&:close) if sockets end else sockets end end # :call-seq: # Socket.udp_server_recv(sockets) {|msg, msg_src| ... } # # Receive UDP/IP packets from the given _sockets_. # For each packet received, the block is called. # # The block receives _msg_ and _msg_src_. # _msg_ is a string which is the payload of the received packet. # _msg_src_ is a Socket::UDPSource object which is used for reply. # # Socket.udp_server_loop can be implemented using this method as follows. # # udp_server_sockets(host, port) {|sockets| # loop { # readable, _, _ = IO.select(sockets) # udp_server_recv(readable) {|msg, msg_src| ... } # } # } # def self.udp_server_recv(sockets) sockets.each {|r| msg, sender_addrinfo, _, *controls = r.recvmsg_nonblock(exception: false) next if msg == :wait_readable ai = r.local_address if ai.ipv6? and pktinfo = controls.find {|c| c.cmsg_is?(:IPV6, :PKTINFO) } ai = Addrinfo.udp(pktinfo.ipv6_pktinfo_addr.ip_address, ai.ip_port) yield msg, UDPSource.new(sender_addrinfo, ai) {|reply_msg| r.sendmsg reply_msg, 0, sender_addrinfo, pktinfo } else yield msg, UDPSource.new(sender_addrinfo, ai) {|reply_msg| r.send reply_msg, 0, sender_addrinfo } end } end # :call-seq: # Socket.udp_server_loop_on(sockets) {|msg, msg_src| ... } # # Run UDP/IP server loop on the given sockets. # # The return value of Socket.udp_server_sockets is appropriate for the argument. # # It calls the block for each message received. # def self.udp_server_loop_on(sockets, &b) # :yield: msg, msg_src loop { readable, _, _ = IO.select(sockets) udp_server_recv(readable, &b) } end # :call-seq: # Socket.udp_server_loop(port) {|msg, msg_src| ... } # Socket.udp_server_loop(host, port) {|msg, msg_src| ... } # # creates a UDP/IP server on _port_ and calls the block for each message arrived. # The block is called with the message and its source information. # # This method allocates sockets internally using _port_. # If _host_ is specified, it is used conjunction with _port_ to determine the server addresses. # # The _msg_ is a string. # # The _msg_src_ is a Socket::UDPSource object. # It is used for reply. # # # UDP/IP echo server. # Socket.udp_server_loop(9261) {|msg, msg_src| # msg_src.reply msg # } # def self.udp_server_loop(host=nil, port, &b) # :yield: message, message_source udp_server_sockets(host, port) {|sockets| udp_server_loop_on(sockets, &b) } end # UDP/IP address information used by Socket.udp_server_loop. class UDPSource # +remote_address+ is an Addrinfo object. # # +local_address+ is an Addrinfo object. # # +reply_proc+ is a Proc used to send reply back to the source. def initialize(remote_address, local_address, &reply_proc) @remote_address = remote_address @local_address = local_address @reply_proc = reply_proc end # Address of the source attr_reader :remote_address # Local address attr_reader :local_address def inspect # :nodoc: "\#<#{self.class}: #{@remote_address.inspect_sockaddr} to #{@local_address.inspect_sockaddr}>".dup end # Sends the String +msg+ to the source def reply(msg) @reply_proc.call msg end end # creates a new socket connected to path using UNIX socket socket. # # If a block is given, the block is called with the socket. # The value of the block is returned. # The socket is closed when this method returns. # # If no block is given, the socket is returned. # # # talk to /tmp/sock socket. # Socket.unix("/tmp/sock") {|sock| # t = Thread.new { IO.copy_stream(sock, STDOUT) } # IO.copy_stream(STDIN, sock) # t.join # } # def self.unix(path) # :yield: socket addr = Addrinfo.unix(path) sock = addr.connect if block_given? begin yield sock ensure sock.close end else sock end end # creates a UNIX server socket on _path_ # # If no block given, it returns a listening socket. # # If a block is given, it is called with the socket and the block value is returned. # When the block exits, the socket is closed and the socket file is removed. # # socket = Socket.unix_server_socket("/tmp/s") # p socket #=> #<Socket:fd 3> # p socket.local_address #=> #<Addrinfo: /tmp/s SOCK_STREAM> # # Socket.unix_server_socket("/tmp/sock") {|s| # p s #=> #<Socket:fd 3> # p s.local_address #=> # #<Addrinfo: /tmp/sock SOCK_STREAM> # } # def self.unix_server_socket(path) unless unix_socket_abstract_name?(path) begin st = File.lstat(path) rescue Errno::ENOENT end if st&.socket? && st.owned? File.unlink path end end s = Addrinfo.unix(path).listen if block_given? begin yield s ensure s.close unless unix_socket_abstract_name?(path) File.unlink path end end else s end end class << self private def unix_socket_abstract_name?(path) /linux/ =~ RUBY_PLATFORM && /\A(\0|\z)/ =~ path end end # creates a UNIX socket server on _path_. # It calls the block for each socket accepted. # # If _host_ is specified, it is used with _port_ to determine the server ports. # # The socket is *not* closed when the block returns. # So application should close it. # # This method deletes the socket file pointed by _path_ at first if # the file is a socket file and it is owned by the user of the application. # This is safe only if the directory of _path_ is not changed by a malicious user. # So don't use /tmp/malicious-users-directory/socket. # Note that /tmp/socket and /tmp/your-private-directory/socket is safe assuming that /tmp has sticky bit. # # # Sequential echo server. # # It services only one client at a time. # Socket.unix_server_loop("/tmp/sock") {|sock, client_addrinfo| # begin # IO.copy_stream(sock, sock) # ensure # sock.close # end # } # def self.unix_server_loop(path, &b) # :yield: socket, client_addrinfo unix_server_socket(path) {|serv| accept_loop(serv, &b) } end # call-seq: # socket.connect_nonblock(remote_sockaddr, [options]) => 0 # # Requests a connection to be made on the given +remote_sockaddr+ after # O_NONBLOCK is set for the underlying file descriptor. # Returns 0 if successful, otherwise an exception is raised. # # === Parameter # * +remote_sockaddr+ - the +struct+ sockaddr contained in a string or Addrinfo object # # === Example: # # Pull down Google's web page # require 'socket' # include Socket::Constants # socket = Socket.new(AF_INET, SOCK_STREAM, 0) # sockaddr = Socket.sockaddr_in(80, 'www.google.com') # begin # emulate blocking connect # socket.connect_nonblock(sockaddr) # rescue IO::WaitWritable # IO.select(nil, [socket]) # wait 3-way handshake completion # begin # socket.connect_nonblock(sockaddr) # check connection failure # rescue Errno::EISCONN # end # end # socket.write("GET / HTTP/1.0\r\n\r\n") # results = socket.read # # Refer to Socket#connect for the exceptions that may be thrown if the call # to _connect_nonblock_ fails. # # Socket#connect_nonblock may raise any error corresponding to connect(2) failure, # including Errno::EINPROGRESS. # # If the exception is Errno::EINPROGRESS, # it is extended by IO::WaitWritable. # So IO::WaitWritable can be used to rescue the exceptions for retrying connect_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that connect_nonblock should not raise an IO::WaitWritable exception, but # return the symbol +:wait_writable+ instead. # # === See # * Socket#connect def connect_nonblock(addr, exception: true) __connect_nonblock(addr, exception) end end class UDPSocket < IPSocket # call-seq: # udpsocket.recvfrom_nonblock(maxlen [, flags[, outbuf [, options]]]) => [mesg, sender_inet_addr] # # Receives up to _maxlen_ bytes from +udpsocket+ using recvfrom(2) after # O_NONBLOCK is set for the underlying file descriptor. # _flags_ is zero or more of the +MSG_+ options. # The first element of the results, _mesg_, is the data received. # The second element, _sender_inet_addr_, is an array to represent the sender address. # # When recvfrom(2) returns 0, Socket#recv_nonblock returns nil. # In most cases it means the connection was closed, but it may also mean # an empty packet was received, as the underlying API makes # it impossible to distinguish these two cases. # # === Parameters # * +maxlen+ - the number of bytes to receive from the socket # * +flags+ - zero or more of the +MSG_+ options # * +outbuf+ - destination String buffer # * +options+ - keyword hash, supporting `exception: false` # # === Example # require 'socket' # s1 = UDPSocket.new # s1.bind("127.0.0.1", 0) # s2 = UDPSocket.new # s2.bind("127.0.0.1", 0) # s2.connect(*s1.addr.values_at(3,1)) # s1.connect(*s2.addr.values_at(3,1)) # s1.send "aaa", 0 # begin # emulate blocking recvfrom # p s2.recvfrom_nonblock(10) #=> ["aaa", ["AF_INET", 33302, "localhost.localdomain", "127.0.0.1"]] # rescue IO::WaitReadable # IO.select([s2]) # retry # end # # Refer to Socket#recvfrom for the exceptions that may be thrown if the call # to _recvfrom_nonblock_ fails. # # UDPSocket#recvfrom_nonblock may raise any error corresponding to recvfrom(2) failure, # including Errno::EWOULDBLOCK. # # If the exception is Errno::EWOULDBLOCK or Errno::EAGAIN, # it is extended by IO::WaitReadable. # So IO::WaitReadable can be used to rescue the exceptions for retrying recvfrom_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that recvfrom_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. # # === See # * Socket#recvfrom def recvfrom_nonblock(len, flag = 0, outbuf = nil, exception: true) __recvfrom_nonblock(len, flag, outbuf, exception) end end class TCPServer < TCPSocket # call-seq: # tcpserver.accept_nonblock([options]) => tcpsocket # # Accepts an incoming connection using accept(2) after # O_NONBLOCK is set for the underlying file descriptor. # It returns an accepted TCPSocket for the incoming connection. # # === Example # require 'socket' # serv = TCPServer.new(2202) # begin # emulate blocking accept # sock = serv.accept_nonblock # rescue IO::WaitReadable, Errno::EINTR # IO.select([serv]) # retry # end # # sock is an accepted socket. # # Refer to Socket#accept for the exceptions that may be thrown if the call # to TCPServer#accept_nonblock fails. # # TCPServer#accept_nonblock may raise any error corresponding to accept(2) failure, # including Errno::EWOULDBLOCK. # # If the exception is Errno::EWOULDBLOCK, Errno::EAGAIN, Errno::ECONNABORTED, Errno::EPROTO, # it is extended by IO::WaitReadable. # So IO::WaitReadable can be used to rescue the exceptions for retrying accept_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that accept_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. # # === See # * TCPServer#accept # * Socket#accept def accept_nonblock(exception: true) __accept_nonblock(exception) end end class UNIXServer < UNIXSocket # call-seq: # unixserver.accept_nonblock([options]) => unixsocket # # Accepts an incoming connection using accept(2) after # O_NONBLOCK is set for the underlying file descriptor. # It returns an accepted UNIXSocket for the incoming connection. # # === Example # require 'socket' # serv = UNIXServer.new("/tmp/sock") # begin # emulate blocking accept # sock = serv.accept_nonblock # rescue IO::WaitReadable, Errno::EINTR # IO.select([serv]) # retry # end # # sock is an accepted socket. # # Refer to Socket#accept for the exceptions that may be thrown if the call # to UNIXServer#accept_nonblock fails. # # UNIXServer#accept_nonblock may raise any error corresponding to accept(2) failure, # including Errno::EWOULDBLOCK. # # If the exception is Errno::EWOULDBLOCK, Errno::EAGAIN, Errno::ECONNABORTED or Errno::EPROTO, # it is extended by IO::WaitReadable. # So IO::WaitReadable can be used to rescue the exceptions for retrying accept_nonblock. # # By specifying a keyword argument _exception_ to +false+, you can indicate # that accept_nonblock should not raise an IO::WaitReadable exception, but # return the symbol +:wait_readable+ instead. # # === See # * UNIXServer#accept # * Socket#accept def accept_nonblock(exception: true) __accept_nonblock(exception) end end if defined?(UNIXSocket) PK *J [(�[D� � share/ruby/forwardable/impl.rbnu �[��� # :stopdoc: module Forwardable def self._valid_method?(method) iseq = RubyVM::InstructionSequence.compile("().#{method}", nil, nil, 0, false) rescue SyntaxError false else iseq.to_a.dig(-1, 1, 1, :mid) == method.to_sym end def self._compile_method(src, file, line) RubyVM::InstructionSequence.compile(src, file, file, line, trace_instruction: false) .eval end end PK *J [[�� � share/ruby/monitor.rbnu �[��� # frozen_string_literal: false # = monitor.rb # # Copyright (C) 2001 Shugo Maeda <shugo@ruby-lang.org> # # This library is distributed under the terms of the Ruby license. # You can freely distribute/modify this library. # require 'monitor.so' # # In concurrent programming, a monitor is an object or module intended to be # used safely by more than one thread. The defining characteristic of a # monitor is that its methods are executed with mutual exclusion. That is, at # each point in time, at most one thread may be executing any of its methods. # This mutual exclusion greatly simplifies reasoning about the implementation # of monitors compared to reasoning about parallel code that updates a data # structure. # # You can read more about the general principles on the Wikipedia page for # Monitors[https://en.wikipedia.org/wiki/Monitor_%28synchronization%29]. # # == Examples # # === Simple object.extend # # require 'monitor.rb' # # buf = [] # buf.extend(MonitorMixin) # empty_cond = buf.new_cond # # # consumer # Thread.start do # loop do # buf.synchronize do # empty_cond.wait_while { buf.empty? } # print buf.shift # end # end # end # # # producer # while line = ARGF.gets # buf.synchronize do # buf.push(line) # empty_cond.signal # end # end # # The consumer thread waits for the producer thread to push a line to buf # while <tt>buf.empty?</tt>. The producer thread (main thread) reads a # line from ARGF and pushes it into buf then calls <tt>empty_cond.signal</tt> # to notify the consumer thread of new data. # # === Simple Class include # # require 'monitor' # # class SynchronizedArray < Array # # include MonitorMixin # # def initialize(*args) # super(*args) # end # # alias :old_shift :shift # alias :old_unshift :unshift # # def shift(n=1) # self.synchronize do # self.old_shift(n) # end # end # # def unshift(item) # self.synchronize do # self.old_unshift(item) # end # end # # # other methods ... # end # # +SynchronizedArray+ implements an Array with synchronized access to items. # This Class is implemented as subclass of Array which includes the # MonitorMixin module. # module MonitorMixin # # FIXME: This isn't documented in Nutshell. # # Since MonitorMixin.new_cond returns a ConditionVariable, and the example # above calls while_wait and signal, this class should be documented. # class ConditionVariable # # Releases the lock held in the associated monitor and waits; reacquires the lock on wakeup. # # If +timeout+ is given, this method returns after +timeout+ seconds passed, # even if no other thread doesn't signal. # def wait(timeout = nil) @monitor.mon_check_owner @monitor.wait_for_cond(@cond, timeout) end # # Calls wait repeatedly while the given block yields a truthy value. # def wait_while while yield wait end end # # Calls wait repeatedly until the given block yields a truthy value. # def wait_until until yield wait end end # # Wakes up the first thread in line waiting for this lock. # def signal @monitor.mon_check_owner @cond.signal end # # Wakes up all threads waiting for this lock. # def broadcast @monitor.mon_check_owner @cond.broadcast end private def initialize(monitor) # :nodoc: @monitor = monitor @cond = Thread::ConditionVariable.new end end def self.extend_object(obj) # :nodoc: super(obj) obj.__send__(:mon_initialize) end # # Attempts to enter exclusive section. Returns +false+ if lock fails. # def mon_try_enter @mon_data.try_enter end # For backward compatibility alias try_mon_enter mon_try_enter # # Enters exclusive section. # def mon_enter @mon_data.enter end # # Leaves exclusive section. # def mon_exit mon_check_owner @mon_data.exit end # # Returns true if this monitor is locked by any thread # def mon_locked? @mon_data.mon_locked? end # # Returns true if this monitor is locked by current thread. # def mon_owned? @mon_data.mon_owned? end # # Enters exclusive section and executes the block. Leaves the exclusive # section automatically when the block exits. See example under # +MonitorMixin+. # def mon_synchronize(&b) @mon_data.synchronize(&b) end alias synchronize mon_synchronize # # Creates a new MonitorMixin::ConditionVariable associated with the # Monitor object. # def new_cond unless defined?(@mon_data) mon_initialize @mon_initialized_by_new_cond = true end return ConditionVariable.new(@mon_data) end private # Use <tt>extend MonitorMixin</tt> or <tt>include MonitorMixin</tt> instead # of this constructor. Have look at the examples above to understand how to # use this module. def initialize(...) super mon_initialize end # Initializes the MonitorMixin after being included in a class or when an # object has been extended with the MonitorMixin def mon_initialize if defined?(@mon_data) if defined?(@mon_initialized_by_new_cond) return # already initialized. elsif @mon_data_owner_object_id == self.object_id raise ThreadError, "already initialized" end end @mon_data = ::Monitor.new @mon_data_owner_object_id = self.object_id end # Ensures that the MonitorMixin is owned by the current thread, # otherwise raises an exception. def mon_check_owner @mon_data.mon_check_owner end end # Use the Monitor class when you want to have a lock object for blocks with # mutual exclusion. # # require 'monitor' # # lock = Monitor.new # lock.synchronize do # # exclusive access # end # class Monitor # # Creates a new MonitorMixin::ConditionVariable associated with the # Monitor object. # def new_cond ::MonitorMixin::ConditionVariable.new(self) end # for compatibility alias try_mon_enter try_enter alias mon_try_enter try_enter alias mon_enter enter alias mon_exit exit alias mon_synchronize synchronize end # Documentation comments: # - All documentation comes from Nutshell. # - MonitorMixin.new_cond appears in the example, but is not documented in # Nutshell. # - All the internals (internal modules Accessible and Initializable, class # ConditionVariable) appear in RDoc. It might be good to hide them, by # making them private, or marking them :nodoc:, etc. # - RDoc doesn't recognise aliases, so we have mon_synchronize documented, but # not synchronize. # - mon_owner is in Nutshell, but appears as an accessor in a separate module # here, so is hard/impossible to RDoc. Some other useful accessors # (mon_count and some queue stuff) are also in this module, and don't appear # directly in the RDoc output. # - in short, it may be worth changing the code layout in this file to make the # documentation easier PK *J [�[��� � share/ruby/date.rbnu �[��� # frozen_string_literal: true # date.rb: Written by Tadayoshi Funaba 1998-2011 require 'date_core' class Date VERSION = "3.4.1" # :nodoc: # call-seq: # infinite? -> false # # Returns +false+ def infinite? false end class Infinity < Numeric # :nodoc: def initialize(d=1) @d = d <=> 0 end def d() @d end protected :d def zero?() false end def finite?() false end def infinite?() d.nonzero? end def nan?() d.zero? end def abs() self.class.new end def -@() self.class.new(-d) end def +@() self.class.new(+d) end def <=>(other) case other when Infinity; return d <=> other.d when Float::INFINITY; return d <=> 1 when -Float::INFINITY; return d <=> -1 when Numeric; return d else begin l, r = other.coerce(self) return l <=> r rescue NoMethodError end end nil end def coerce(other) case other when Numeric; return -d, d else super end end def to_f return 0 if @d == 0 if @d > 0 Float::INFINITY else -Float::INFINITY end end end end PK *J [�5V^% % share/ruby/open3/version.rbnu �[��� module Open3 VERSION = "0.2.1" end PK *J [��T� share/ruby/shellwords.rbnu �[��� # frozen-string-literal: true ## # == Manipulates strings like the UNIX Bourne shell # # This module manipulates strings according to the word parsing rules # of the UNIX Bourne shell. # # The <tt>shellwords()</tt> function was originally a port of shellwords.pl, but # modified to conform to {the Shell & Utilities volume of the IEEE Std 1003.1-2008, 2016 # Edition}[http://pubs.opengroup.org/onlinepubs/9699919799/utilities/contents.html] # # === Usage # # You can use Shellwords to parse a string into a Bourne shell friendly Array. # # require 'shellwords' # # argv = Shellwords.split('three blind "mice"') # argv #=> ["three", "blind", "mice"] # # Once you've required Shellwords, you can use the #split alias # String#shellsplit. # # argv = "see how they run".shellsplit # argv #=> ["see", "how", "they", "run"] # # They treat quotes as special characters, so an unmatched quote will # cause an ArgumentError. # # argv = "they all ran after the farmer's wife".shellsplit # #=> ArgumentError: Unmatched quote: ... # # Shellwords also provides methods that do the opposite. # Shellwords.escape, or its alias, String#shellescape, escapes # shell metacharacters in a string for use in a command line. # # filename = "special's.txt" # # system("cat -- #{filename.shellescape}") # # runs "cat -- special\\'s.txt" # # Note the '--'. Without it, cat(1) will treat the following argument # as a command line option if it starts with '-'. It is guaranteed # that Shellwords.escape converts a string to a form that a Bourne # shell will parse back to the original string, but it is the # programmer's responsibility to make sure that passing an arbitrary # argument to a command does no harm. # # Shellwords also comes with a core extension for Array, Array#shelljoin. # # dir = "Funny GIFs" # argv = %W[ls -lta -- #{dir}] # system(argv.shelljoin + " | less") # # runs "ls -lta -- Funny\\ GIFs | less" # # You can use this method to build a complete command line out of an # array of arguments. # # === Authors # * Wakou Aoyama # * Akinori MUSHA <knu@iDaemons.org> # # === Contact # * Akinori MUSHA <knu@iDaemons.org> (current maintainer) module Shellwords # The version number string. VERSION = "0.2.2" # Splits a string into an array of tokens in the same way the UNIX # Bourne shell does. # # argv = Shellwords.split('here are "two words"') # argv #=> ["here", "are", "two words"] # # +line+ must not contain NUL characters because of nature of # +exec+ system call. # # Note, however, that this is not a command line parser. Shell # metacharacters except for the single and double quotes and # backslash are not treated as such. # # argv = Shellwords.split('ruby my_prog.rb | less') # argv #=> ["ruby", "my_prog.rb", "|", "less"] # # String#shellsplit is a shortcut for this function. # # argv = 'here are "two words"'.shellsplit # argv #=> ["here", "are", "two words"] def shellsplit(line) words = [] field = String.new line.scan(/\G\s*(?>([^\0\s\\\'\"]+)|'([^\0\']*)'|"((?:[^\0\"\\]|\\[^\0])*)"|(\\[^\0]?)|(\S))(\s|\z)?/m) do |word, sq, dq, esc, garbage, sep| if garbage b = $~.begin(0) line = $~[0] line = "..." + line if b > 0 raise ArgumentError, "#{garbage == "\0" ? 'Nul character' : 'Unmatched quote'} at #{b}: #{line}" end # 2.2.3 Double-Quotes: # # The <backslash> shall retain its special meaning as an # escape character only when followed by one of the following # characters when considered special: # # $ ` " \ <newline> field << (word || sq || (dq && dq.gsub(/\\([$`"\\\n])/, '\\1')) || esc.gsub(/\\(.)/, '\\1')) if sep words << field field = String.new end end words end alias shellwords shellsplit module_function :shellsplit, :shellwords class << self alias split shellsplit end # Escapes a string so that it can be safely used in a Bourne shell # command line. +str+ can be a non-string object that responds to # +to_s+. # # +str+ must not contain NUL characters because of nature of +exec+ # system call. # # Note that a resulted string should be used unquoted and is not # intended for use in double quotes nor in single quotes. # # argv = Shellwords.escape("It's better to give than to receive") # argv #=> "It\\'s\\ better\\ to\\ give\\ than\\ to\\ receive" # # String#shellescape is a shorthand for this function. # # argv = "It's better to give than to receive".shellescape # argv #=> "It\\'s\\ better\\ to\\ give\\ than\\ to\\ receive" # # # Search files in lib for method definitions # pattern = "^[ \t]*def " # open("| grep -Ern -e #{pattern.shellescape} lib") { |grep| # grep.each_line { |line| # file, lineno, matched_line = line.split(':', 3) # # ... # } # } # # It is the caller's responsibility to encode the string in the right # encoding for the shell environment where this string is used. # # Multibyte characters are treated as multibyte characters, not as bytes. # # Returns an empty quoted String if +str+ has a length of zero. def shellescape(str) str = str.to_s # An empty argument will be skipped, so return empty quotes. return "''".dup if str.empty? # Shellwords cannot contain NUL characters. raise ArgumentError, "NUL character" if str.index("\0") str = str.dup # Treat multibyte characters as is. It is the caller's responsibility # to encode the string in the right encoding for the shell # environment. str.gsub!(/[^A-Za-z0-9_\-.,:+\/@\n]/, "\\\\\\&") # A LF cannot be escaped with a backslash because a backslash + LF # combo is regarded as a line continuation and simply ignored. str.gsub!(/\n/, "'\n'") return str end module_function :shellescape class << self alias escape shellescape end # Builds a command line string from an argument list, +array+. # # All elements are joined into a single string with fields separated by a # space, where each element is escaped for the Bourne shell and stringified # using +to_s+. # See also Shellwords.shellescape. # # ary = ["There's", "a", "time", "and", "place", "for", "everything"] # argv = Shellwords.join(ary) # argv #=> "There\\'s a time and place for everything" # # Array#shelljoin is a shortcut for this function. # # ary = ["Don't", "rock", "the", "boat"] # argv = ary.shelljoin # argv #=> "Don\\'t rock the boat" # # You can also mix non-string objects in the elements as allowed in Array#join. # # output = `#{['ps', '-p', $$].shelljoin}` # def shelljoin(array) array.map { |arg| shellescape(arg) }.join(' ') end module_function :shelljoin class << self alias join shelljoin end end class String # call-seq: # str.shellsplit => array # # Splits +str+ into an array of tokens in the same way the UNIX # Bourne shell does. # # See Shellwords.shellsplit for details. def shellsplit Shellwords.split(self) end # call-seq: # str.shellescape => string # # Escapes +str+ so that it can be safely used in a Bourne shell # command line. # # See Shellwords.shellescape for details. def shellescape Shellwords.escape(self) end end class Array # call-seq: # array.shelljoin => string # # Builds a command line string from an argument list +array+ joining # all elements escaped for the Bourne shell and separated by a space. # # See Shellwords.shelljoin for details. def shelljoin Shellwords.join(self) end end PK *J [+� uQ uQ share/ruby/pstore.rbnu �[��� # frozen_string_literal: true # = PStore -- Transactional File Storage for Ruby Objects # # pstore.rb - # originally by matz # documentation by Kev Jackson and James Edward Gray II # improved by Hongli Lai # # See PStore for documentation. require "digest" # \PStore implements a file based persistence mechanism based on a Hash. # User code can store hierarchies of Ruby objects (values) # into the data store by name (keys). # An object hierarchy may be just a single object. # User code may later read values back from the data store # or even update data, as needed. # # The transactional behavior ensures that any changes succeed or fail together. # This can be used to ensure that the data store is not left in a transitory state, # where some values were updated but others were not. # # Behind the scenes, Ruby objects are stored to the data store file with Marshal. # That carries the usual limitations. Proc objects cannot be marshalled, # for example. # # There are three important concepts here (details at the links): # # - {Store}[rdoc-ref:PStore@The+Store]: a store is an instance of \PStore. # - {Entries}[rdoc-ref:PStore@Entries]: the store is hash-like; # each entry is the key for a stored object. # - {Transactions}[rdoc-ref:PStore@Transactions]: each transaction is a collection # of prospective changes to the store; # a transaction is defined in the block given with a call # to PStore#transaction. # # == About the Examples # # Examples on this page need a store that has known properties. # They can get a new (and populated) store by calling thus: # # example_store do |store| # # Example code using store goes here. # end # # All we really need to know about +example_store+ # is that it yields a fresh store with a known population of entries; # its implementation: # # require 'pstore' # require 'tempfile' # # Yield a pristine store for use in examples. # def example_store # # Create the store in a temporary file. # Tempfile.create do |file| # store = PStore.new(file) # # Populate the store. # store.transaction do # store[:foo] = 0 # store[:bar] = 1 # store[:baz] = 2 # end # yield store # end # end # # == The Store # # The contents of the store are maintained in a file whose path is specified # when the store is created (see PStore.new). # The objects are stored and retrieved using # module Marshal, which means that certain objects cannot be added to the store; # see {Marshal::dump}[rdoc-ref:Marshal.dump]. # # == Entries # # A store may have any number of entries. # Each entry has a key and a value, just as in a hash: # # - Key: as in a hash, the key can be (almost) any object; # see {Hash Keys}[rdoc-ref:Hash@Hash+Keys]. # You may find it convenient to keep it simple by using only # symbols or strings as keys. # - Value: the value may be any object that can be marshalled by \Marshal # (see {Marshal::dump}[rdoc-ref:Marshal.dump]) # and in fact may be a collection # (e.g., an array, a hash, a set, a range, etc). # That collection may in turn contain nested objects, # including collections, to any depth; # those objects must also be \Marshal-able. # See {Hierarchical Values}[rdoc-ref:PStore@Hierarchical+Values]. # # == Transactions # # === The Transaction Block # # The block given with a call to method #transaction# # contains a _transaction_, # which consists of calls to \PStore methods that # read from or write to the store # (that is, all \PStore methods except #transaction itself, # #path, and Pstore.new): # # example_store do |store| # store.transaction do # store.keys # => [:foo, :bar, :baz] # store[:bat] = 3 # store.keys # => [:foo, :bar, :baz, :bat] # end # end # # Execution of the transaction is deferred until the block exits, # and is executed _atomically_ (all-or-nothing): # either all transaction calls are executed, or none are. # This maintains the integrity of the store. # # Other code in the block (including even calls to #path and PStore.new) # is executed immediately, not deferred. # # The transaction block: # # - May not contain a nested call to #transaction. # - Is the only context where methods that read from or write to # the store are allowed. # # As seen above, changes in a transaction are made automatically # when the block exits. # The block may be exited early by calling method #commit or #abort. # # - Method #commit triggers the update to the store and exits the block: # # example_store do |store| # store.transaction do # store.keys # => [:foo, :bar, :baz] # store[:bat] = 3 # store.commit # fail 'Cannot get here' # end # store.transaction do # # Update was completed. # store.keys # => [:foo, :bar, :baz, :bat] # end # end # # - Method #abort discards the update to the store and exits the block: # # example_store do |store| # store.transaction do # store.keys # => [:foo, :bar, :baz] # store[:bat] = 3 # store.abort # fail 'Cannot get here' # end # store.transaction do # # Update was not completed. # store.keys # => [:foo, :bar, :baz] # end # end # # === Read-Only Transactions # # By default, a transaction allows both reading from and writing to # the store: # # store.transaction do # # Read-write transaction. # # Any code except a call to #transaction is allowed here. # end # # If argument +read_only+ is passed as +true+, # only reading is allowed: # # store.transaction(true) do # # Read-only transaction: # # Calls to #transaction, #[]=, and #delete are not allowed here. # end # # == Hierarchical Values # # The value for an entry may be a simple object (as seen above). # It may also be a hierarchy of objects nested to any depth: # # deep_store = PStore.new('deep.store') # deep_store.transaction do # array_of_hashes = [{}, {}, {}] # deep_store[:array_of_hashes] = array_of_hashes # deep_store[:array_of_hashes] # => [{}, {}, {}] # hash_of_arrays = {foo: [], bar: [], baz: []} # deep_store[:hash_of_arrays] = hash_of_arrays # deep_store[:hash_of_arrays] # => {:foo=>[], :bar=>[], :baz=>[]} # deep_store[:hash_of_arrays][:foo].push(:bat) # deep_store[:hash_of_arrays] # => {:foo=>[:bat], :bar=>[], :baz=>[]} # end # # And recall that you can use # {dig methods}[rdoc-ref:dig_methods.rdoc] # in a returned hierarchy of objects. # # == Working with the Store # # === Creating a Store # # Use method PStore.new to create a store. # The new store creates or opens its containing file: # # store = PStore.new('t.store') # # === Modifying the Store # # Use method #[]= to update or create an entry: # # example_store do |store| # store.transaction do # store[:foo] = 1 # Update. # store[:bam] = 1 # Create. # end # end # # Use method #delete to remove an entry: # # example_store do |store| # store.transaction do # store.delete(:foo) # store[:foo] # => nil # end # end # # === Retrieving Values # # Use method #fetch (allows default) or #[] (defaults to +nil+) # to retrieve an entry: # # example_store do |store| # store.transaction do # store[:foo] # => 0 # store[:nope] # => nil # store.fetch(:baz) # => 2 # store.fetch(:nope, nil) # => nil # store.fetch(:nope) # Raises exception. # end # end # # === Querying the Store # # Use method #key? to determine whether a given key exists: # # example_store do |store| # store.transaction do # store.key?(:foo) # => true # end # end # # Use method #keys to retrieve keys: # # example_store do |store| # store.transaction do # store.keys # => [:foo, :bar, :baz] # end # end # # Use method #path to retrieve the path to the store's underlying file; # this method may be called from outside a transaction block: # # store = PStore.new('t.store') # store.path # => "t.store" # # == Transaction Safety # # For transaction safety, see: # # - Optional argument +thread_safe+ at method PStore.new. # - Attribute #ultra_safe. # # Needless to say, if you're storing valuable data with \PStore, then you should # backup the \PStore file from time to time. # # == An Example Store # # require "pstore" # # # A mock wiki object. # class WikiPage # # attr_reader :page_name # # def initialize(page_name, author, contents) # @page_name = page_name # @revisions = Array.new # add_revision(author, contents) # end # # def add_revision(author, contents) # @revisions << {created: Time.now, # author: author, # contents: contents} # end # # def wiki_page_references # [@page_name] + @revisions.last[:contents].scan(/\b(?:[A-Z]+[a-z]+){2,}/) # end # # end # # # Create a new wiki page. # home_page = WikiPage.new("HomePage", "James Edward Gray II", # "A page about the JoysOfDocumentation..." ) # # wiki = PStore.new("wiki_pages.pstore") # # Update page data and the index together, or not at all. # wiki.transaction do # # Store page. # wiki[home_page.page_name] = home_page # # Create page index. # wiki[:wiki_index] ||= Array.new # # Update wiki index. # wiki[:wiki_index].push(*home_page.wiki_page_references) # end # # # Read wiki data, setting argument read_only to true. # wiki.transaction(true) do # wiki.keys.each do |key| # puts key # puts wiki[key] # end # end # class PStore VERSION = "0.1.4" RDWR_ACCESS = {mode: IO::RDWR | IO::CREAT | IO::BINARY, encoding: Encoding::ASCII_8BIT}.freeze RD_ACCESS = {mode: IO::RDONLY | IO::BINARY, encoding: Encoding::ASCII_8BIT}.freeze WR_ACCESS = {mode: IO::WRONLY | IO::CREAT | IO::TRUNC | IO::BINARY, encoding: Encoding::ASCII_8BIT}.freeze # The error type thrown by all PStore methods. class Error < StandardError end # Whether \PStore should do its best to prevent file corruptions, # even when an unlikely error (such as memory-error or filesystem error) occurs: # # - +true+: changes are posted by creating a temporary file, # writing the updated data to it, then renaming the file to the given #path. # File integrity is maintained. # Note: has effect only if the filesystem has atomic file rename # (as do POSIX platforms Linux, MacOS, FreeBSD and others). # # - +false+ (the default): changes are posted by rewinding the open file # and writing the updated data. # File integrity is maintained if the filesystem raises # no unexpected I/O error; # if such an error occurs during a write to the store, # the file may become corrupted. # attr_accessor :ultra_safe # Returns a new \PStore object. # # Argument +file+ is the path to the file in which objects are to be stored; # if the file exists, it should be one that was written by \PStore. # # path = 't.store' # store = PStore.new(path) # # A \PStore object is # {reentrant}[https://en.wikipedia.org/wiki/Reentrancy_(computing)]. # If argument +thread_safe+ is given as +true+, # the object is also thread-safe (at the cost of a small performance penalty): # # store = PStore.new(path, true) # def initialize(file, thread_safe = false) dir = File::dirname(file) unless File::directory? dir raise PStore::Error, format("directory %s does not exist", dir) end if File::exist? file and not File::readable? file raise PStore::Error, format("file %s not readable", file) end @filename = file @abort = false @ultra_safe = false @thread_safe = thread_safe @lock = Thread::Mutex.new end # Raises PStore::Error if the calling code is not in a PStore#transaction. def in_transaction raise PStore::Error, "not in transaction" unless @lock.locked? end # # Raises PStore::Error if the calling code is not in a PStore#transaction or # if the code is in a read-only PStore#transaction. # def in_transaction_wr in_transaction raise PStore::Error, "in read-only transaction" if @rdonly end private :in_transaction, :in_transaction_wr # Returns the value for the given +key+ if the key exists. # +nil+ otherwise; # if not +nil+, the returned value is an object or a hierarchy of objects: # # example_store do |store| # store.transaction do # store[:foo] # => 0 # store[:nope] # => nil # end # end # # Returns +nil+ if there is no such key. # # See also {Hierarchical Values}[rdoc-ref:PStore@Hierarchical+Values]. # # Raises an exception if called outside a transaction block. def [](key) in_transaction @table[key] end # Like #[], except that it accepts a default value for the store. # If the +key+ does not exist: # # - Raises an exception if +default+ is +PStore::Error+. # - Returns the value of +default+ otherwise: # # example_store do |store| # store.transaction do # store.fetch(:nope, nil) # => nil # store.fetch(:nope) # Raises an exception. # end # end # # Raises an exception if called outside a transaction block. def fetch(key, default=PStore::Error) in_transaction unless @table.key? key if default == PStore::Error raise PStore::Error, format("undefined key '%s'", key) else return default end end @table[key] end # Creates or replaces the value for the given +key+: # # example_store do |store| # temp.transaction do # temp[:bat] = 3 # end # end # # See also {Hierarchical Values}[rdoc-ref:PStore@Hierarchical+Values]. # # Raises an exception if called outside a transaction block. def []=(key, value) in_transaction_wr @table[key] = value end # Removes and returns the value at +key+ if it exists: # # example_store do |store| # store.transaction do # store[:bat] = 3 # store.delete(:bat) # end # end # # Returns +nil+ if there is no such key. # # Raises an exception if called outside a transaction block. def delete(key) in_transaction_wr @table.delete key end # Returns an array of the existing keys: # # example_store do |store| # store.transaction do # store.keys # => [:foo, :bar, :baz] # end # end # # Raises an exception if called outside a transaction block. def keys in_transaction @table.keys end alias roots keys # Returns +true+ if +key+ exists, +false+ otherwise: # # example_store do |store| # store.transaction do # store.key?(:foo) # => true # end # end # # Raises an exception if called outside a transaction block. def key?(key) in_transaction @table.key? key end alias root? key? # Returns the string file path used to create the store: # # store.path # => "flat.store" # def path @filename end # Exits the current transaction block, committing any changes # specified in the # {transaction block}[rdoc-ref:PStore@The+Transaction+Block]. # # Raises an exception if called outside a transaction block. def commit in_transaction @abort = false throw :pstore_abort_transaction end # Exits the current transaction block, discarding any changes # specified in the # {transaction block}[rdoc-ref:PStore@The+Transaction+Block]. # # Raises an exception if called outside a transaction block. def abort in_transaction @abort = true throw :pstore_abort_transaction end # Opens a transaction block for the store. # See {Transactions}[rdoc-ref:PStore@Transactions]. # # With argument +read_only+ as +false+, the block may both read from # and write to the store. # # With argument +read_only+ as +true+, the block may not include calls # to #transaction, #[]=, or #delete. # # Raises an exception if called within a transaction block. def transaction(read_only = false) # :yields: pstore value = nil if !@thread_safe raise PStore::Error, "nested transaction" unless @lock.try_lock else begin @lock.lock rescue ThreadError raise PStore::Error, "nested transaction" end end begin @rdonly = read_only @abort = false file = open_and_lock_file(@filename, read_only) if file begin @table, checksum, original_data_size = load_data(file, read_only) catch(:pstore_abort_transaction) do value = yield(self) end if !@abort && !read_only save_data(checksum, original_data_size, file) end ensure file.close end else # This can only occur if read_only == true. @table = {} catch(:pstore_abort_transaction) do value = yield(self) end end ensure @lock.unlock end value end private # Constant for relieving Ruby's garbage collector. CHECKSUM_ALGO = %w[SHA512 SHA384 SHA256 SHA1 RMD160 MD5].each do |algo| begin break Digest(algo) rescue LoadError end end EMPTY_STRING = "" EMPTY_MARSHAL_DATA = Marshal.dump({}) EMPTY_MARSHAL_CHECKSUM = CHECKSUM_ALGO.digest(EMPTY_MARSHAL_DATA) # # Open the specified filename (either in read-only mode or in # read-write mode) and lock it for reading or writing. # # The opened File object will be returned. If _read_only_ is true, # and the file does not exist, then nil will be returned. # # All exceptions are propagated. # def open_and_lock_file(filename, read_only) if read_only begin file = File.new(filename, **RD_ACCESS) begin file.flock(File::LOCK_SH) return file rescue file.close raise end rescue Errno::ENOENT return nil end else file = File.new(filename, **RDWR_ACCESS) file.flock(File::LOCK_EX) return file end end # Load the given PStore file. # If +read_only+ is true, the unmarshalled Hash will be returned. # If +read_only+ is false, a 3-tuple will be returned: the unmarshalled # Hash, a checksum of the data, and the size of the data. def load_data(file, read_only) if read_only begin table = load(file) raise Error, "PStore file seems to be corrupted." unless table.is_a?(Hash) rescue EOFError # This seems to be a newly-created file. table = {} end table else data = file.read if data.empty? # This seems to be a newly-created file. table = {} checksum = empty_marshal_checksum size = empty_marshal_data.bytesize else table = load(data) checksum = CHECKSUM_ALGO.digest(data) size = data.bytesize raise Error, "PStore file seems to be corrupted." unless table.is_a?(Hash) end data.replace(EMPTY_STRING) [table, checksum, size] end end def on_windows? is_windows = RUBY_PLATFORM =~ /mswin|mingw|bccwin|wince/ self.class.__send__(:define_method, :on_windows?) do is_windows end is_windows end def save_data(original_checksum, original_file_size, file) new_data = dump(@table) if new_data.bytesize != original_file_size || CHECKSUM_ALGO.digest(new_data) != original_checksum if @ultra_safe && !on_windows? # Windows doesn't support atomic file renames. save_data_with_atomic_file_rename_strategy(new_data, file) else save_data_with_fast_strategy(new_data, file) end end new_data.replace(EMPTY_STRING) end def save_data_with_atomic_file_rename_strategy(data, file) temp_filename = "#{@filename}.tmp.#{Process.pid}.#{rand 1000000}" temp_file = File.new(temp_filename, **WR_ACCESS) begin temp_file.flock(File::LOCK_EX) temp_file.write(data) temp_file.flush File.rename(temp_filename, @filename) rescue File.unlink(temp_file) rescue nil raise ensure temp_file.close end end def save_data_with_fast_strategy(data, file) file.rewind file.write(data) file.truncate(data.bytesize) end # This method is just a wrapped around Marshal.dump # to allow subclass overriding used in YAML::Store. def dump(table) # :nodoc: Marshal::dump(table) end # This method is just a wrapped around Marshal.load. # to allow subclass overriding used in YAML::Store. def load(content) # :nodoc: Marshal::load(content) end def empty_marshal_data EMPTY_MARSHAL_DATA end def empty_marshal_checksum EMPTY_MARSHAL_CHECKSUM end end PK *J [Q�R� � share/ruby/strscan/strscan.rbnu �[��� # frozen_string_literal: true class StringScanner # call-seq: # scan_integer(base: 10) # # If `base` isn't provided or is `10`, then it is equivalent to calling `#scan` with a `[+-]?\d+` pattern, # and returns an Integer or nil. # # If `base` is `16`, then it is equivalent to calling `#scan` with a `[+-]?(0x)?[0-9a-fA-F]+` pattern, # and returns an Integer or nil. # # The scanned string must be encoded with an ASCII compatible encoding, otherwise # Encoding::CompatibilityError will be raised. def scan_integer(base: 10) case base when 10 scan_base10_integer when 16 scan_base16_integer else raise ArgumentError, "Unsupported integer base: #{base.inspect}, expected 10 or 16" end end end PK *J [�'t��[ �[ share/ruby/resolv.rbnu �[��� # frozen_string_literal: true require 'socket' require 'timeout' require 'io/wait' require 'securerandom' # Resolv is a thread-aware DNS resolver library written in Ruby. Resolv can # handle multiple DNS requests concurrently without blocking the entire Ruby # interpreter. # # See also resolv-replace.rb to replace the libc resolver with Resolv. # # Resolv can look up various DNS resources using the DNS module directly. # # Examples: # # p Resolv.getaddress "www.ruby-lang.org" # p Resolv.getname "210.251.121.214" # # Resolv::DNS.open do |dns| # ress = dns.getresources "www.ruby-lang.org", Resolv::DNS::Resource::IN::A # p ress.map(&:address) # ress = dns.getresources "ruby-lang.org", Resolv::DNS::Resource::IN::MX # p ress.map { |r| [r.exchange.to_s, r.preference] } # end # # # == Bugs # # * NIS is not supported. # * /etc/nsswitch.conf is not supported. class Resolv VERSION = "0.6.0" ## # Looks up the first IP address for +name+. def self.getaddress(name) DefaultResolver.getaddress(name) end ## # Looks up all IP address for +name+. def self.getaddresses(name) DefaultResolver.getaddresses(name) end ## # Iterates over all IP addresses for +name+. def self.each_address(name, &block) DefaultResolver.each_address(name, &block) end ## # Looks up the hostname of +address+. def self.getname(address) DefaultResolver.getname(address) end ## # Looks up all hostnames for +address+. def self.getnames(address) DefaultResolver.getnames(address) end ## # Iterates over all hostnames for +address+. def self.each_name(address, &proc) DefaultResolver.each_name(address, &proc) end ## # Creates a new Resolv using +resolvers+. # # If +resolvers+ is not given, a hash, or +nil+, uses a Hosts resolver and # and a DNS resolver. If +resolvers+ is a hash, uses the hash as # configuration for the DNS resolver. def initialize(resolvers=(arg_not_set = true; nil), use_ipv6: (keyword_not_set = true; nil)) if !keyword_not_set && !arg_not_set warn "Support for separate use_ipv6 keyword is deprecated, as it is ignored if an argument is provided. Do not provide a positional argument if using the use_ipv6 keyword argument.", uplevel: 1 end @resolvers = case resolvers when Hash, nil [Hosts.new, DNS.new(DNS::Config.default_config_hash.merge(resolvers || {}))] else resolvers end end ## # Looks up the first IP address for +name+. def getaddress(name) each_address(name) {|address| return address} raise ResolvError.new("no address for #{name}") end ## # Looks up all IP address for +name+. def getaddresses(name) ret = [] each_address(name) {|address| ret << address} return ret end ## # Iterates over all IP addresses for +name+. def each_address(name) if AddressRegex =~ name yield name return end yielded = false @resolvers.each {|r| r.each_address(name) {|address| yield address.to_s yielded = true } return if yielded } end ## # Looks up the hostname of +address+. def getname(address) each_name(address) {|name| return name} raise ResolvError.new("no name for #{address}") end ## # Looks up all hostnames for +address+. def getnames(address) ret = [] each_name(address) {|name| ret << name} return ret end ## # Iterates over all hostnames for +address+. def each_name(address) yielded = false @resolvers.each {|r| r.each_name(address) {|name| yield name.to_s yielded = true } return if yielded } end ## # Indicates a failure to resolve a name or address. class ResolvError < StandardError; end ## # Indicates a timeout resolving a name or address. class ResolvTimeout < Timeout::Error; end ## # Resolv::Hosts is a hostname resolver that uses the system hosts file. class Hosts if /mswin|mingw|cygwin/ =~ RUBY_PLATFORM and begin require 'win32/resolv' DefaultFileName = Win32::Resolv.get_hosts_path || IO::NULL rescue LoadError end end DefaultFileName ||= '/etc/hosts' ## # Creates a new Resolv::Hosts, using +filename+ for its data source. def initialize(filename = DefaultFileName) @filename = filename @mutex = Thread::Mutex.new @initialized = nil end def lazy_initialize # :nodoc: @mutex.synchronize { unless @initialized @name2addr = {} @addr2name = {} File.open(@filename, 'rb') {|f| f.each {|line| line.sub!(/#.*/, '') addr, *hostnames = line.split(/\s+/) next unless addr (@addr2name[addr] ||= []).concat(hostnames) hostnames.each {|hostname| (@name2addr[hostname] ||= []) << addr} } } @name2addr.each {|name, arr| arr.reverse!} @initialized = true end } self end ## # Gets the IP address of +name+ from the hosts file. def getaddress(name) each_address(name) {|address| return address} raise ResolvError.new("#{@filename} has no name: #{name}") end ## # Gets all IP addresses for +name+ from the hosts file. def getaddresses(name) ret = [] each_address(name) {|address| ret << address} return ret end ## # Iterates over all IP addresses for +name+ retrieved from the hosts file. def each_address(name, &proc) lazy_initialize @name2addr[name]&.each(&proc) end ## # Gets the hostname of +address+ from the hosts file. def getname(address) each_name(address) {|name| return name} raise ResolvError.new("#{@filename} has no address: #{address}") end ## # Gets all hostnames for +address+ from the hosts file. def getnames(address) ret = [] each_name(address) {|name| ret << name} return ret end ## # Iterates over all hostnames for +address+ retrieved from the hosts file. def each_name(address, &proc) lazy_initialize @addr2name[address]&.each(&proc) end end ## # Resolv::DNS is a DNS stub resolver. # # Information taken from the following places: # # * STD0013 # * RFC 1035 # * ftp://ftp.isi.edu/in-notes/iana/assignments/dns-parameters # * etc. class DNS ## # Default DNS Port Port = 53 ## # Default DNS UDP packet size UDPSize = 512 ## # Creates a new DNS resolver. See Resolv::DNS.new for argument details. # # Yields the created DNS resolver to the block, if given, otherwise # returns it. def self.open(*args) dns = new(*args) return dns unless block_given? begin yield dns ensure dns.close end end ## # Creates a new DNS resolver. # # +config_info+ can be: # # nil:: Uses /etc/resolv.conf. # String:: Path to a file using /etc/resolv.conf's format. # Hash:: Must contain :nameserver, :search and :ndots keys. # :nameserver_port can be used to specify port number of nameserver address. # :raise_timeout_errors can be used to raise timeout errors # as exceptions instead of treating the same as an NXDOMAIN response. # # The value of :nameserver should be an address string or # an array of address strings. # - :nameserver => '8.8.8.8' # - :nameserver => ['8.8.8.8', '8.8.4.4'] # # The value of :nameserver_port should be an array of # pair of nameserver address and port number. # - :nameserver_port => [['8.8.8.8', 53], ['8.8.4.4', 53]] # # Example: # # Resolv::DNS.new(:nameserver => ['210.251.121.21'], # :search => ['ruby-lang.org'], # :ndots => 1) def initialize(config_info=nil) @mutex = Thread::Mutex.new @config = Config.new(config_info) @initialized = nil end # Sets the resolver timeouts. This may be a single positive number # or an array of positive numbers representing timeouts in seconds. # If an array is specified, a DNS request will retry and wait for # each successive interval in the array until a successful response # is received. Specifying +nil+ reverts to the default timeouts: # [ 5, second = 5 * 2 / nameserver_count, 2 * second, 4 * second ] # # Example: # # dns.timeouts = 3 # def timeouts=(values) @config.timeouts = values end def lazy_initialize # :nodoc: @mutex.synchronize { unless @initialized @config.lazy_initialize @initialized = true end } self end ## # Closes the DNS resolver. def close @mutex.synchronize { if @initialized @initialized = false end } end ## # Gets the IP address of +name+ from the DNS resolver. # # +name+ can be a Resolv::DNS::Name or a String. Retrieved address will # be a Resolv::IPv4 or Resolv::IPv6 def getaddress(name) each_address(name) {|address| return address} raise ResolvError.new("DNS result has no information for #{name}") end ## # Gets all IP addresses for +name+ from the DNS resolver. # # +name+ can be a Resolv::DNS::Name or a String. Retrieved addresses will # be a Resolv::IPv4 or Resolv::IPv6 def getaddresses(name) ret = [] each_address(name) {|address| ret << address} return ret end ## # Iterates over all IP addresses for +name+ retrieved from the DNS # resolver. # # +name+ can be a Resolv::DNS::Name or a String. Retrieved addresses will # be a Resolv::IPv4 or Resolv::IPv6 def each_address(name) if use_ipv6? each_resource(name, Resource::IN::AAAA) {|resource| yield resource.address} end each_resource(name, Resource::IN::A) {|resource| yield resource.address} end def use_ipv6? # :nodoc: @config.lazy_initialize unless @config.instance_variable_get(:@initialized) use_ipv6 = @config.use_ipv6? unless use_ipv6.nil? return use_ipv6 end begin list = Socket.ip_address_list rescue NotImplementedError return true end list.any? {|a| a.ipv6? && !a.ipv6_loopback? && !a.ipv6_linklocal? } end private :use_ipv6? ## # Gets the hostname for +address+ from the DNS resolver. # # +address+ must be a Resolv::IPv4, Resolv::IPv6 or a String. Retrieved # name will be a Resolv::DNS::Name. def getname(address) each_name(address) {|name| return name} raise ResolvError.new("DNS result has no information for #{address}") end ## # Gets all hostnames for +address+ from the DNS resolver. # # +address+ must be a Resolv::IPv4, Resolv::IPv6 or a String. Retrieved # names will be Resolv::DNS::Name instances. def getnames(address) ret = [] each_name(address) {|name| ret << name} return ret end ## # Iterates over all hostnames for +address+ retrieved from the DNS # resolver. # # +address+ must be a Resolv::IPv4, Resolv::IPv6 or a String. Retrieved # names will be Resolv::DNS::Name instances. def each_name(address) case address when Name ptr = address when IPv4, IPv6 ptr = address.to_name when IPv4::Regex ptr = IPv4.create(address).to_name when IPv6::Regex ptr = IPv6.create(address).to_name else raise ResolvError.new("cannot interpret as address: #{address}") end each_resource(ptr, Resource::IN::PTR) {|resource| yield resource.name} end ## # Look up the +typeclass+ DNS resource of +name+. # # +name+ must be a Resolv::DNS::Name or a String. # # +typeclass+ should be one of the following: # # * Resolv::DNS::Resource::IN::A # * Resolv::DNS::Resource::IN::AAAA # * Resolv::DNS::Resource::IN::ANY # * Resolv::DNS::Resource::IN::CNAME # * Resolv::DNS::Resource::IN::HINFO # * Resolv::DNS::Resource::IN::MINFO # * Resolv::DNS::Resource::IN::MX # * Resolv::DNS::Resource::IN::NS # * Resolv::DNS::Resource::IN::PTR # * Resolv::DNS::Resource::IN::SOA # * Resolv::DNS::Resource::IN::TXT # * Resolv::DNS::Resource::IN::WKS # # Returned resource is represented as a Resolv::DNS::Resource instance, # i.e. Resolv::DNS::Resource::IN::A. def getresource(name, typeclass) each_resource(name, typeclass) {|resource| return resource} raise ResolvError.new("DNS result has no information for #{name}") end ## # Looks up all +typeclass+ DNS resources for +name+. See #getresource for # argument details. def getresources(name, typeclass) ret = [] each_resource(name, typeclass) {|resource| ret << resource} return ret end ## # Iterates over all +typeclass+ DNS resources for +name+. See # #getresource for argument details. def each_resource(name, typeclass, &proc) fetch_resource(name, typeclass) {|reply, reply_name| extract_resources(reply, reply_name, typeclass, &proc) } end def fetch_resource(name, typeclass) lazy_initialize truncated = {} requesters = {} udp_requester = begin make_udp_requester rescue Errno::EACCES # fall back to TCP end senders = {} begin @config.resolv(name) do |candidate, tout, nameserver, port| msg = Message.new msg.rd = 1 msg.add_question(candidate, typeclass) requester = requesters.fetch([nameserver, port]) do if !truncated[candidate] && udp_requester udp_requester else requesters[[nameserver, port]] = make_tcp_requester(nameserver, port) end end unless sender = senders[[candidate, requester, nameserver, port]] sender = requester.sender(msg, candidate, nameserver, port) next if !sender senders[[candidate, requester, nameserver, port]] = sender end reply, reply_name = requester.request(sender, tout) case reply.rcode when RCode::NoError if reply.tc == 1 and not Requester::TCP === requester # Retry via TCP: truncated[candidate] = true redo else yield(reply, reply_name) end return when RCode::NXDomain raise Config::NXDomain.new(reply_name.to_s) else raise Config::OtherResolvError.new(reply_name.to_s) end end ensure udp_requester&.close requesters.each_value { |requester| requester&.close } end end def make_udp_requester # :nodoc: nameserver_port = @config.nameserver_port if nameserver_port.length == 1 Requester::ConnectedUDP.new(*nameserver_port[0]) else Requester::UnconnectedUDP.new(*nameserver_port) end end def make_tcp_requester(host, port) # :nodoc: return Requester::TCP.new(host, port) rescue Errno::ECONNREFUSED # Treat a refused TCP connection attempt to a nameserver like a timeout, # as Resolv::DNS::Config#resolv considers ResolvTimeout exceptions as a # hint to try the next nameserver: raise ResolvTimeout end def extract_resources(msg, name, typeclass) # :nodoc: if typeclass < Resource::ANY n0 = Name.create(name) msg.each_resource {|n, ttl, data| yield data if n0 == n } end yielded = false n0 = Name.create(name) msg.each_resource {|n, ttl, data| if n0 == n case data when typeclass yield data yielded = true when Resource::CNAME n0 = data.name end end } return if yielded msg.each_resource {|n, ttl, data| if n0 == n case data when typeclass yield data end end } end def self.random(arg) # :nodoc: begin SecureRandom.random_number(arg) rescue NotImplementedError rand(arg) end end RequestID = {} # :nodoc: RequestIDMutex = Thread::Mutex.new # :nodoc: def self.allocate_request_id(host, port) # :nodoc: id = nil RequestIDMutex.synchronize { h = (RequestID[[host, port]] ||= {}) begin id = random(0x0000..0xffff) end while h[id] h[id] = true } id end def self.free_request_id(host, port, id) # :nodoc: RequestIDMutex.synchronize { key = [host, port] if h = RequestID[key] h.delete id if h.empty? RequestID.delete key end end } end def self.bind_random_port(udpsock, bind_host="0.0.0.0") # :nodoc: begin port = random(1024..65535) udpsock.bind(bind_host, port) rescue Errno::EADDRINUSE, # POSIX Errno::EACCES, # SunOS: See PRIV_SYS_NFS in privileges(5) Errno::EPERM # FreeBSD: security.mac.portacl.port_high is configurable. See mac_portacl(4). retry end end class Requester # :nodoc: def initialize @senders = {} @socks = nil end def request(sender, tout) start = Process.clock_gettime(Process::CLOCK_MONOTONIC) timelimit = start + tout begin sender.send rescue Errno::EHOSTUNREACH, # multi-homed IPv6 may generate this Errno::ENETUNREACH raise ResolvTimeout end while true before_select = Process.clock_gettime(Process::CLOCK_MONOTONIC) timeout = timelimit - before_select if timeout <= 0 raise ResolvTimeout end if @socks.size == 1 select_result = @socks[0].wait_readable(timeout) ? [ @socks ] : nil else select_result = IO.select(@socks, nil, nil, timeout) end if !select_result after_select = Process.clock_gettime(Process::CLOCK_MONOTONIC) next if after_select < timelimit raise ResolvTimeout end begin reply, from = recv_reply(select_result[0]) rescue Errno::ECONNREFUSED, # GNU/Linux, FreeBSD Errno::ECONNRESET # Windows # No name server running on the server? # Don't wait anymore. raise ResolvTimeout end begin msg = Message.decode(reply) rescue DecodeError next # broken DNS message ignored end if sender == sender_for(from, msg) break else # unexpected DNS message ignored end end return msg, sender.data end def sender_for(addr, msg) @senders[[addr,msg.id]] end def close socks = @socks @socks = nil socks&.each(&:close) end class Sender # :nodoc: def initialize(msg, data, sock) @msg = msg @data = data @sock = sock end end class UnconnectedUDP < Requester # :nodoc: def initialize(*nameserver_port) super() @nameserver_port = nameserver_port @initialized = false @mutex = Thread::Mutex.new end def lazy_initialize @mutex.synchronize { next if @initialized @initialized = true @socks_hash = {} @socks = [] @nameserver_port.each {|host, port| if host.index(':') bind_host = "::" af = Socket::AF_INET6 else bind_host = "0.0.0.0" af = Socket::AF_INET end next if @socks_hash[bind_host] begin sock = UDPSocket.new(af) rescue Errno::EAFNOSUPPORT, Errno::EPROTONOSUPPORT next # The kernel doesn't support the address family. end @socks << sock @socks_hash[bind_host] = sock sock.do_not_reverse_lookup = true DNS.bind_random_port(sock, bind_host) } } self end def recv_reply(readable_socks) lazy_initialize reply, from = readable_socks[0].recvfrom(UDPSize) return reply, [from[3],from[1]] end def sender(msg, data, host, port=Port) host = Addrinfo.ip(host).ip_address lazy_initialize sock = @socks_hash[host.index(':') ? "::" : "0.0.0.0"] return nil if !sock service = [host, port] id = DNS.allocate_request_id(host, port) request = msg.encode request[0,2] = [id].pack('n') return @senders[[service, id]] = Sender.new(request, data, sock, host, port) end def close @mutex.synchronize { if @initialized super @senders.each_key {|service, id| DNS.free_request_id(service[0], service[1], id) } @initialized = false end } end class Sender < Requester::Sender # :nodoc: def initialize(msg, data, sock, host, port) super(msg, data, sock) @host = host @port = port end attr_reader :data def send raise "@sock is nil." if @sock.nil? @sock.send(@msg, 0, @host, @port) end end end class ConnectedUDP < Requester # :nodoc: def initialize(host, port=Port) super() @host = host @port = port @mutex = Thread::Mutex.new @initialized = false end def lazy_initialize @mutex.synchronize { next if @initialized @initialized = true is_ipv6 = @host.index(':') sock = UDPSocket.new(is_ipv6 ? Socket::AF_INET6 : Socket::AF_INET) @socks = [sock] sock.do_not_reverse_lookup = true DNS.bind_random_port(sock, is_ipv6 ? "::" : "0.0.0.0") sock.connect(@host, @port) } self end def recv_reply(readable_socks) lazy_initialize reply = readable_socks[0].recv(UDPSize) return reply, nil end def sender(msg, data, host=@host, port=@port) lazy_initialize unless host == @host && port == @port raise RequestError.new("host/port don't match: #{host}:#{port}") end id = DNS.allocate_request_id(@host, @port) request = msg.encode request[0,2] = [id].pack('n') return @senders[[nil,id]] = Sender.new(request, data, @socks[0]) end def close @mutex.synchronize do if @initialized super @senders.each_key {|from, id| DNS.free_request_id(@host, @port, id) } @initialized = false end end end class Sender < Requester::Sender # :nodoc: def send raise "@sock is nil." if @sock.nil? @sock.send(@msg, 0) end attr_reader :data end end class MDNSOneShot < UnconnectedUDP # :nodoc: def sender(msg, data, host, port=Port) lazy_initialize id = DNS.allocate_request_id(host, port) request = msg.encode request[0,2] = [id].pack('n') sock = @socks_hash[host.index(':') ? "::" : "0.0.0.0"] return @senders[id] = UnconnectedUDP::Sender.new(request, data, sock, host, port) end def sender_for(addr, msg) lazy_initialize @senders[msg.id] end end class TCP < Requester # :nodoc: def initialize(host, port=Port) super() @host = host @port = port sock = TCPSocket.new(@host, @port) @socks = [sock] @senders = {} end def recv_reply(readable_socks) len = readable_socks[0].read(2).unpack('n')[0] reply = @socks[0].read(len) return reply, nil end def sender(msg, data, host=@host, port=@port) unless host == @host && port == @port raise RequestError.new("host/port don't match: #{host}:#{port}") end id = DNS.allocate_request_id(@host, @port) request = msg.encode request[0,2] = [request.length, id].pack('nn') return @senders[[nil,id]] = Sender.new(request, data, @socks[0]) end class Sender < Requester::Sender # :nodoc: def send @sock.print(@msg) @sock.flush end attr_reader :data end def close super @senders.each_key {|from,id| DNS.free_request_id(@host, @port, id) } end end ## # Indicates a problem with the DNS request. class RequestError < StandardError end end class Config # :nodoc: def initialize(config_info=nil) @mutex = Thread::Mutex.new @config_info = config_info @initialized = nil @timeouts = nil end def timeouts=(values) if values values = Array(values) values.each do |t| Numeric === t or raise ArgumentError, "#{t.inspect} is not numeric" t > 0.0 or raise ArgumentError, "timeout=#{t} must be positive" end @timeouts = values else @timeouts = nil end end def Config.parse_resolv_conf(filename) nameserver = [] search = nil ndots = 1 File.open(filename, 'rb') {|f| f.each {|line| line.sub!(/[#;].*/, '') keyword, *args = line.split(/\s+/) next unless keyword case keyword when 'nameserver' nameserver.concat(args) when 'domain' next if args.empty? search = [args[0]] when 'search' next if args.empty? search = args when 'options' args.each {|arg| case arg when /\Andots:(\d+)\z/ ndots = $1.to_i end } end } } return { :nameserver => nameserver, :search => search, :ndots => ndots } end def Config.default_config_hash(filename="/etc/resolv.conf") if File.exist? filename config_hash = Config.parse_resolv_conf(filename) else if /mswin|cygwin|mingw|bccwin/ =~ RUBY_PLATFORM require 'win32/resolv' search, nameserver = Win32::Resolv.get_resolv_info config_hash = {} config_hash[:nameserver] = nameserver if nameserver config_hash[:search] = [search].flatten if search end end config_hash || {} end def lazy_initialize @mutex.synchronize { unless @initialized @nameserver_port = [] @use_ipv6 = nil @search = nil @ndots = 1 case @config_info when nil config_hash = Config.default_config_hash when String config_hash = Config.parse_resolv_conf(@config_info) when Hash config_hash = @config_info.dup if String === config_hash[:nameserver] config_hash[:nameserver] = [config_hash[:nameserver]] end if String === config_hash[:search] config_hash[:search] = [config_hash[:search]] end else raise ArgumentError.new("invalid resolv configuration: #{@config_info.inspect}") end if config_hash.include? :nameserver @nameserver_port = config_hash[:nameserver].map {|ns| [ns, Port] } end if config_hash.include? :nameserver_port @nameserver_port = config_hash[:nameserver_port].map {|ns, port| [ns, (port || Port)] } end if config_hash.include? :use_ipv6 @use_ipv6 = config_hash[:use_ipv6] end @search = config_hash[:search] if config_hash.include? :search @ndots = config_hash[:ndots] if config_hash.include? :ndots @raise_timeout_errors = config_hash[:raise_timeout_errors] if @nameserver_port.empty? @nameserver_port << ['0.0.0.0', Port] end if @search @search = @search.map {|arg| Label.split(arg) } else hostname = Socket.gethostname if /\./ =~ hostname @search = [Label.split($')] else @search = [[]] end end if !@nameserver_port.kind_of?(Array) || @nameserver_port.any? {|ns_port| !(Array === ns_port) || ns_port.length != 2 !(String === ns_port[0]) || !(Integer === ns_port[1]) } raise ArgumentError.new("invalid nameserver config: #{@nameserver_port.inspect}") end if !@search.kind_of?(Array) || !@search.all? {|ls| ls.all? {|l| Label::Str === l } } raise ArgumentError.new("invalid search config: #{@search.inspect}") end if !@ndots.kind_of?(Integer) raise ArgumentError.new("invalid ndots config: #{@ndots.inspect}") end @initialized = true end } self end def single? lazy_initialize if @nameserver_port.length == 1 return @nameserver_port[0] else return nil end end def nameserver_port @nameserver_port end def use_ipv6? @use_ipv6 end def generate_candidates(name) candidates = nil name = Name.create(name) if name.absolute? candidates = [name] else if @ndots <= name.length - 1 candidates = [Name.new(name.to_a)] else candidates = [] end candidates.concat(@search.map {|domain| Name.new(name.to_a + domain)}) fname = Name.create("#{name}.") if !candidates.include?(fname) candidates << fname end end return candidates end InitialTimeout = 5 def generate_timeouts ts = [InitialTimeout] ts << ts[-1] * 2 / @nameserver_port.length ts << ts[-1] * 2 ts << ts[-1] * 2 return ts end def resolv(name) candidates = generate_candidates(name) timeouts = @timeouts || generate_timeouts timeout_error = false begin candidates.each {|candidate| begin timeouts.each {|tout| @nameserver_port.each {|nameserver, port| begin yield candidate, tout, nameserver, port rescue ResolvTimeout end } } timeout_error = true raise ResolvError.new("DNS resolv timeout: #{name}") rescue NXDomain end } rescue ResolvError raise if @raise_timeout_errors && timeout_error end end ## # Indicates no such domain was found. class NXDomain < ResolvError end ## # Indicates some other unhandled resolver error was encountered. class OtherResolvError < ResolvError end end module OpCode # :nodoc: Query = 0 IQuery = 1 Status = 2 Notify = 4 Update = 5 end module RCode # :nodoc: NoError = 0 FormErr = 1 ServFail = 2 NXDomain = 3 NotImp = 4 Refused = 5 YXDomain = 6 YXRRSet = 7 NXRRSet = 8 NotAuth = 9 NotZone = 10 BADVERS = 16 BADSIG = 16 BADKEY = 17 BADTIME = 18 BADMODE = 19 BADNAME = 20 BADALG = 21 end ## # Indicates that the DNS response was unable to be decoded. class DecodeError < StandardError end ## # Indicates that the DNS request was unable to be encoded. class EncodeError < StandardError end module Label # :nodoc: def self.split(arg) labels = [] arg.scan(/[^\.]+/) {labels << Str.new($&)} return labels end class Str # :nodoc: def initialize(string) @string = string # case insensivity of DNS labels doesn't apply non-ASCII characters. [RFC 4343] # This assumes @string is given in ASCII compatible encoding. @downcase = string.b.downcase end attr_reader :string, :downcase def to_s return @string end def inspect return "#<#{self.class} #{self}>" end def ==(other) return self.class == other.class && @downcase == other.downcase end def eql?(other) return self == other end def hash return @downcase.hash end end end ## # A representation of a DNS name. class Name ## # Creates a new DNS name from +arg+. +arg+ can be: # # Name:: returns +arg+. # String:: Creates a new Name. def self.create(arg) case arg when Name return arg when String return Name.new(Label.split(arg), /\.\z/ =~ arg ? true : false) else raise ArgumentError.new("cannot interpret as DNS name: #{arg.inspect}") end end def initialize(labels, absolute=true) # :nodoc: labels = labels.map {|label| case label when String then Label::Str.new(label) when Label::Str then label else raise ArgumentError, "unexpected label: #{label.inspect}" end } @labels = labels @absolute = absolute end def inspect # :nodoc: "#<#{self.class}: #{self}#{@absolute ? '.' : ''}>" end ## # True if this name is absolute. def absolute? return @absolute end def ==(other) # :nodoc: return false unless Name === other return false unless @absolute == other.absolute? return @labels == other.to_a end alias eql? == # :nodoc: ## # Returns true if +other+ is a subdomain. # # Example: # # domain = Resolv::DNS::Name.create("y.z") # p Resolv::DNS::Name.create("w.x.y.z").subdomain_of?(domain) #=> true # p Resolv::DNS::Name.create("x.y.z").subdomain_of?(domain) #=> true # p Resolv::DNS::Name.create("y.z").subdomain_of?(domain) #=> false # p Resolv::DNS::Name.create("z").subdomain_of?(domain) #=> false # p Resolv::DNS::Name.create("x.y.z.").subdomain_of?(domain) #=> false # p Resolv::DNS::Name.create("w.z").subdomain_of?(domain) #=> false # def subdomain_of?(other) raise ArgumentError, "not a domain name: #{other.inspect}" unless Name === other return false if @absolute != other.absolute? other_len = other.length return false if @labels.length <= other_len return @labels[-other_len, other_len] == other.to_a end def hash # :nodoc: return @labels.hash ^ @absolute.hash end def to_a # :nodoc: return @labels end def length # :nodoc: return @labels.length end def [](i) # :nodoc: return @labels[i] end ## # returns the domain name as a string. # # The domain name doesn't have a trailing dot even if the name object is # absolute. # # Example: # # p Resolv::DNS::Name.create("x.y.z.").to_s #=> "x.y.z" # p Resolv::DNS::Name.create("x.y.z").to_s #=> "x.y.z" def to_s return @labels.join('.') end end class Message # :nodoc: @@identifier = -1 def initialize(id = (@@identifier += 1) & 0xffff) @id = id @qr = 0 @opcode = 0 @aa = 0 @tc = 0 @rd = 0 # recursion desired @ra = 0 # recursion available @rcode = 0 @question = [] @answer = [] @authority = [] @additional = [] end attr_accessor :id, :qr, :opcode, :aa, :tc, :rd, :ra, :rcode attr_reader :question, :answer, :authority, :additional def ==(other) return @id == other.id && @qr == other.qr && @opcode == other.opcode && @aa == other.aa && @tc == other.tc && @rd == other.rd && @ra == other.ra && @rcode == other.rcode && @question == other.question && @answer == other.answer && @authority == other.authority && @additional == other.additional end def add_question(name, typeclass) @question << [Name.create(name), typeclass] end def each_question @question.each {|name, typeclass| yield name, typeclass } end def add_answer(name, ttl, data) @answer << [Name.create(name), ttl, data] end def each_answer @answer.each {|name, ttl, data| yield name, ttl, data } end def add_authority(name, ttl, data) @authority << [Name.create(name), ttl, data] end def each_authority @authority.each {|name, ttl, data| yield name, ttl, data } end def add_additional(name, ttl, data) @additional << [Name.create(name), ttl, data] end def each_additional @additional.each {|name, ttl, data| yield name, ttl, data } end def each_resource each_answer {|name, ttl, data| yield name, ttl, data} each_authority {|name, ttl, data| yield name, ttl, data} each_additional {|name, ttl, data| yield name, ttl, data} end def encode return MessageEncoder.new {|msg| msg.put_pack('nnnnnn', @id, (@qr & 1) << 15 | (@opcode & 15) << 11 | (@aa & 1) << 10 | (@tc & 1) << 9 | (@rd & 1) << 8 | (@ra & 1) << 7 | (@rcode & 15), @question.length, @answer.length, @authority.length, @additional.length) @question.each {|q| name, typeclass = q msg.put_name(name) msg.put_pack('nn', typeclass::TypeValue, typeclass::ClassValue) } [@answer, @authority, @additional].each {|rr| rr.each {|r| name, ttl, data = r msg.put_name(name) msg.put_pack('nnN', data.class::TypeValue, data.class::ClassValue, ttl) msg.put_length16 {data.encode_rdata(msg)} } } }.to_s end class MessageEncoder # :nodoc: def initialize @data = ''.dup @names = {} yield self end def to_s return @data end def put_bytes(d) @data << d end def put_pack(template, *d) @data << d.pack(template) end def put_length16 length_index = @data.length @data << "\0\0" data_start = @data.length yield data_end = @data.length @data[length_index, 2] = [data_end - data_start].pack("n") end def put_string(d) self.put_pack("C", d.length) @data << d end def put_string_list(ds) ds.each {|d| self.put_string(d) } end def put_name(d, compress: true) put_labels(d.to_a, compress: compress) end def put_labels(d, compress: true) d.each_index {|i| domain = d[i..-1] if compress && idx = @names[domain] self.put_pack("n", 0xc000 | idx) return else if @data.length < 0x4000 @names[domain] = @data.length end self.put_label(d[i]) end } @data << "\0" end def put_label(d) self.put_string(d.to_s) end end def Message.decode(m) o = Message.new(0) MessageDecoder.new(m) {|msg| id, flag, qdcount, ancount, nscount, arcount = msg.get_unpack('nnnnnn') o.id = id o.tc = (flag >> 9) & 1 o.rcode = flag & 15 return o unless o.tc.zero? o.qr = (flag >> 15) & 1 o.opcode = (flag >> 11) & 15 o.aa = (flag >> 10) & 1 o.rd = (flag >> 8) & 1 o.ra = (flag >> 7) & 1 (1..qdcount).each { name, typeclass = msg.get_question o.add_question(name, typeclass) } (1..ancount).each { name, ttl, data = msg.get_rr o.add_answer(name, ttl, data) } (1..nscount).each { name, ttl, data = msg.get_rr o.add_authority(name, ttl, data) } (1..arcount).each { name, ttl, data = msg.get_rr o.add_additional(name, ttl, data) } } return o end class MessageDecoder # :nodoc: def initialize(data) @data = data @index = 0 @limit = data.bytesize yield self end def inspect "\#<#{self.class}: #{@data.byteslice(0, @index).inspect} #{@data.byteslice(@index..-1).inspect}>" end def get_length16 len, = self.get_unpack('n') save_limit = @limit @limit = @index + len d = yield(len) if @index < @limit raise DecodeError.new("junk exists") elsif @limit < @index raise DecodeError.new("limit exceeded") end @limit = save_limit return d end def get_bytes(len = @limit - @index) raise DecodeError.new("limit exceeded") if @limit < @index + len d = @data.byteslice(@index, len) @index += len return d end def get_unpack(template) len = 0 template.each_byte {|byte| byte = "%c" % byte case byte when ?c, ?C len += 1 when ?n len += 2 when ?N len += 4 else raise StandardError.new("unsupported template: '#{byte.chr}' in '#{template}'") end } raise DecodeError.new("limit exceeded") if @limit < @index + len arr = @data.unpack("@#{@index}#{template}") @index += len return arr end def get_string raise DecodeError.new("limit exceeded") if @limit <= @index len = @data.getbyte(@index) raise DecodeError.new("limit exceeded") if @limit < @index + 1 + len d = @data.byteslice(@index + 1, len) @index += 1 + len return d end def get_string_list strings = [] while @index < @limit strings << self.get_string end strings end def get_list [].tap do |values| while @index < @limit values << yield end end end def get_name return Name.new(self.get_labels) end def get_labels prev_index = @index save_index = nil d = [] while true raise DecodeError.new("limit exceeded") if @limit <= @index case @data.getbyte(@index) when 0 @index += 1 if save_index @index = save_index end return d when 192..255 idx = self.get_unpack('n')[0] & 0x3fff if prev_index <= idx raise DecodeError.new("non-backward name pointer") end prev_index = idx if !save_index save_index = @index end @index = idx else d << self.get_label end end end def get_label return Label::Str.new(self.get_string) end def get_question name = self.get_name type, klass = self.get_unpack("nn") return name, Resource.get_class(type, klass) end def get_rr name = self.get_name type, klass, ttl = self.get_unpack('nnN') typeclass = Resource.get_class(type, klass) res = self.get_length16 do begin typeclass.decode_rdata self rescue => e raise DecodeError, e.message, e.backtrace end end res.instance_variable_set :@ttl, ttl return name, ttl, res end end end ## # SvcParams for service binding RRs. [RFC9460] class SvcParams include Enumerable ## # Create a list of SvcParams with the given initial content. # # +params+ has to be an enumerable of +SvcParam+s. # If its content has +SvcParam+s with the duplicate key, # the one appears last takes precedence. def initialize(params = []) @params = {} params.each do |param| add param end end ## # Get SvcParam for the given +key+ in this list. def [](key) @params[canonical_key(key)] end ## # Get the number of SvcParams in this list. def count @params.count end ## # Get whether this list is empty. def empty? @params.empty? end ## # Add the SvcParam +param+ to this list, overwriting the existing one with the same key. def add(param) @params[param.class.key_number] = param end ## # Remove the +SvcParam+ with the given +key+ and return it. def delete(key) @params.delete(canonical_key(key)) end ## # Enumerate the +SvcParam+s in this list. def each(&block) return enum_for(:each) unless block @params.each_value(&block) end def encode(msg) # :nodoc: @params.keys.sort.each do |key| msg.put_pack('n', key) msg.put_length16 do @params.fetch(key).encode(msg) end end end def self.decode(msg) # :nodoc: params = msg.get_list do key, = msg.get_unpack('n') msg.get_length16 do SvcParam::ClassHash[key].decode(msg) end end return self.new(params) end private def canonical_key(key) # :nodoc: case key when Integer key when /\Akey(\d+)\z/ Integer($1) when Symbol SvcParam::ClassHash[key].key_number else raise TypeError, 'key must be either String or Symbol' end end end ## # Base class for SvcParam. [RFC9460] class SvcParam ## # Get the presentation name of the SvcParamKey. def self.key_name const_get(:KeyName) end ## # Get the registered number of the SvcParamKey. def self.key_number const_get(:KeyNumber) end ClassHash = Hash.new do |h, key| # :nodoc: case key when Integer Generic.create(key) when /\Akey(?<key>\d+)\z/ Generic.create(key.to_int) when Symbol raise KeyError, "unknown key #{key}" else raise TypeError, 'key must be either String or Symbol' end end ## # Generic SvcParam abstract class. class Generic < SvcParam ## # SvcParamValue in wire-format byte string. attr_reader :value ## # Create generic SvcParam def initialize(value) @value = value end def encode(msg) # :nodoc: msg.put_bytes(@value) end def self.decode(msg) # :nodoc: return self.new(msg.get_bytes) end def self.create(key_number) c = Class.new(Generic) key_name = :"key#{key_number}" c.const_set(:KeyName, key_name) c.const_set(:KeyNumber, key_number) self.const_set(:"Key#{key_number}", c) ClassHash[key_name] = ClassHash[key_number] = c return c end end ## # "mandatory" SvcParam -- Mandatory keys in service binding RR class Mandatory < SvcParam KeyName = :mandatory KeyNumber = 0 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Mandatory keys. attr_reader :keys ## # Initialize "mandatory" ScvParam. def initialize(keys) @keys = keys.map(&:to_int) end def encode(msg) # :nodoc: @keys.sort.each do |key| msg.put_pack('n', key) end end def self.decode(msg) # :nodoc: keys = msg.get_list { msg.get_unpack('n')[0] } return self.new(keys) end end ## # "alpn" SvcParam -- Additional supported protocols class ALPN < SvcParam KeyName = :alpn KeyNumber = 1 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Supported protocol IDs. attr_reader :protocol_ids ## # Initialize "alpn" ScvParam. def initialize(protocol_ids) @protocol_ids = protocol_ids.map(&:to_str) end def encode(msg) # :nodoc: msg.put_string_list(@protocol_ids) end def self.decode(msg) # :nodoc: return self.new(msg.get_string_list) end end ## # "no-default-alpn" SvcParam -- No support for default protocol class NoDefaultALPN < SvcParam KeyName = :'no-default-alpn' KeyNumber = 2 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: def encode(msg) # :nodoc: # no payload end def self.decode(msg) # :nodoc: return self.new end end ## # "port" SvcParam -- Port for alternative endpoint class Port < SvcParam KeyName = :port KeyNumber = 3 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Port number. attr_reader :port ## # Initialize "port" ScvParam. def initialize(port) @port = port.to_int end def encode(msg) # :nodoc: msg.put_pack('n', @port) end def self.decode(msg) # :nodoc: port, = msg.get_unpack('n') return self.new(port) end end ## # "ipv4hint" SvcParam -- IPv4 address hints class IPv4Hint < SvcParam KeyName = :ipv4hint KeyNumber = 4 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Set of IPv4 addresses. attr_reader :addresses ## # Initialize "ipv4hint" ScvParam. def initialize(addresses) @addresses = addresses.map {|address| IPv4.create(address) } end def encode(msg) # :nodoc: @addresses.each do |address| msg.put_bytes(address.address) end end def self.decode(msg) # :nodoc: addresses = msg.get_list { IPv4.new(msg.get_bytes(4)) } return self.new(addresses) end end ## # "ipv6hint" SvcParam -- IPv6 address hints class IPv6Hint < SvcParam KeyName = :ipv6hint KeyNumber = 6 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # Set of IPv6 addresses. attr_reader :addresses ## # Initialize "ipv6hint" ScvParam. def initialize(addresses) @addresses = addresses.map {|address| IPv6.create(address) } end def encode(msg) # :nodoc: @addresses.each do |address| msg.put_bytes(address.address) end end def self.decode(msg) # :nodoc: addresses = msg.get_list { IPv6.new(msg.get_bytes(16)) } return self.new(addresses) end end ## # "dohpath" SvcParam -- DNS over HTTPS path template [RFC9461] class DoHPath < SvcParam KeyName = :dohpath KeyNumber = 7 ClassHash[KeyName] = ClassHash[KeyNumber] = self # :nodoc: ## # URI template for DoH queries. attr_reader :template ## # Initialize "dohpath" ScvParam. def initialize(template) @template = template.encode('utf-8') end def encode(msg) # :nodoc: msg.put_bytes(@template) end def self.decode(msg) # :nodoc: template = msg.get_bytes.force_encoding('utf-8') return self.new(template) end end end ## # A DNS query abstract class. class Query def encode_rdata(msg) # :nodoc: raise EncodeError.new("#{self.class} is query.") end def self.decode_rdata(msg) # :nodoc: raise DecodeError.new("#{self.class} is query.") end end ## # A DNS resource abstract class. class Resource < Query ## # Remaining Time To Live for this Resource. attr_reader :ttl ClassHash = {} # :nodoc: def encode_rdata(msg) # :nodoc: raise NotImplementedError.new end def self.decode_rdata(msg) # :nodoc: raise NotImplementedError.new end def ==(other) # :nodoc: return false unless self.class == other.class s_ivars = self.instance_variables s_ivars.sort! s_ivars.delete :@ttl o_ivars = other.instance_variables o_ivars.sort! o_ivars.delete :@ttl return s_ivars == o_ivars && s_ivars.collect {|name| self.instance_variable_get name} == o_ivars.collect {|name| other.instance_variable_get name} end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: h = 0 vars = self.instance_variables vars.delete :@ttl vars.each {|name| h ^= self.instance_variable_get(name).hash } return h end def self.get_class(type_value, class_value) # :nodoc: return ClassHash[[type_value, class_value]] || Generic.create(type_value, class_value) end ## # A generic resource abstract class. class Generic < Resource ## # Creates a new generic resource. def initialize(data) @data = data end ## # Data for this generic resource. attr_reader :data def encode_rdata(msg) # :nodoc: msg.put_bytes(data) end def self.decode_rdata(msg) # :nodoc: return self.new(msg.get_bytes) end def self.create(type_value, class_value) # :nodoc: c = Class.new(Generic) c.const_set(:TypeValue, type_value) c.const_set(:ClassValue, class_value) Generic.const_set("Type#{type_value}_Class#{class_value}", c) ClassHash[[type_value, class_value]] = c return c end end ## # Domain Name resource abstract class. class DomainName < Resource ## # Creates a new DomainName from +name+. def initialize(name) @name = name end ## # The name of this DomainName. attr_reader :name def encode_rdata(msg) # :nodoc: msg.put_name(@name) end def self.decode_rdata(msg) # :nodoc: return self.new(msg.get_name) end end # Standard (class generic) RRs ClassValue = nil # :nodoc: ## # An authoritative name server. class NS < DomainName TypeValue = 2 # :nodoc: end ## # The canonical name for an alias. class CNAME < DomainName TypeValue = 5 # :nodoc: end ## # Start Of Authority resource. class SOA < Resource TypeValue = 6 # :nodoc: ## # Creates a new SOA record. See the attr documentation for the # details of each argument. def initialize(mname, rname, serial, refresh, retry_, expire, minimum) @mname = mname @rname = rname @serial = serial @refresh = refresh @retry = retry_ @expire = expire @minimum = minimum end ## # Name of the host where the master zone file for this zone resides. attr_reader :mname ## # The person responsible for this domain name. attr_reader :rname ## # The version number of the zone file. attr_reader :serial ## # How often, in seconds, a secondary name server is to check for # updates from the primary name server. attr_reader :refresh ## # How often, in seconds, a secondary name server is to retry after a # failure to check for a refresh. attr_reader :retry ## # Time in seconds that a secondary name server is to use the data # before refreshing from the primary name server. attr_reader :expire ## # The minimum number of seconds to be used for TTL values in RRs. attr_reader :minimum def encode_rdata(msg) # :nodoc: msg.put_name(@mname) msg.put_name(@rname) msg.put_pack('NNNNN', @serial, @refresh, @retry, @expire, @minimum) end def self.decode_rdata(msg) # :nodoc: mname = msg.get_name rname = msg.get_name serial, refresh, retry_, expire, minimum = msg.get_unpack('NNNNN') return self.new( mname, rname, serial, refresh, retry_, expire, minimum) end end ## # A Pointer to another DNS name. class PTR < DomainName TypeValue = 12 # :nodoc: end ## # Host Information resource. class HINFO < Resource TypeValue = 13 # :nodoc: ## # Creates a new HINFO running +os+ on +cpu+. def initialize(cpu, os) @cpu = cpu @os = os end ## # CPU architecture for this resource. attr_reader :cpu ## # Operating system for this resource. attr_reader :os def encode_rdata(msg) # :nodoc: msg.put_string(@cpu) msg.put_string(@os) end def self.decode_rdata(msg) # :nodoc: cpu = msg.get_string os = msg.get_string return self.new(cpu, os) end end ## # Mailing list or mailbox information. class MINFO < Resource TypeValue = 14 # :nodoc: def initialize(rmailbx, emailbx) @rmailbx = rmailbx @emailbx = emailbx end ## # Domain name responsible for this mail list or mailbox. attr_reader :rmailbx ## # Mailbox to use for error messages related to the mail list or mailbox. attr_reader :emailbx def encode_rdata(msg) # :nodoc: msg.put_name(@rmailbx) msg.put_name(@emailbx) end def self.decode_rdata(msg) # :nodoc: rmailbx = msg.get_string emailbx = msg.get_string return self.new(rmailbx, emailbx) end end ## # Mail Exchanger resource. class MX < Resource TypeValue= 15 # :nodoc: ## # Creates a new MX record with +preference+, accepting mail at # +exchange+. def initialize(preference, exchange) @preference = preference @exchange = exchange end ## # The preference for this MX. attr_reader :preference ## # The host of this MX. attr_reader :exchange def encode_rdata(msg) # :nodoc: msg.put_pack('n', @preference) msg.put_name(@exchange) end def self.decode_rdata(msg) # :nodoc: preference, = msg.get_unpack('n') exchange = msg.get_name return self.new(preference, exchange) end end ## # Unstructured text resource. class TXT < Resource TypeValue = 16 # :nodoc: def initialize(first_string, *rest_strings) @strings = [first_string, *rest_strings] end ## # Returns an Array of Strings for this TXT record. attr_reader :strings ## # Returns the concatenated string from +strings+. def data @strings.join("") end def encode_rdata(msg) # :nodoc: msg.put_string_list(@strings) end def self.decode_rdata(msg) # :nodoc: strings = msg.get_string_list return self.new(*strings) end end ## # Location resource class LOC < Resource TypeValue = 29 # :nodoc: def initialize(version, ssize, hprecision, vprecision, latitude, longitude, altitude) @version = version @ssize = Resolv::LOC::Size.create(ssize) @hprecision = Resolv::LOC::Size.create(hprecision) @vprecision = Resolv::LOC::Size.create(vprecision) @latitude = Resolv::LOC::Coord.create(latitude) @longitude = Resolv::LOC::Coord.create(longitude) @altitude = Resolv::LOC::Alt.create(altitude) end ## # Returns the version value for this LOC record which should always be 00 attr_reader :version ## # The spherical size of this LOC # in meters using scientific notation as 2 integers of XeY attr_reader :ssize ## # The horizontal precision using ssize type values # in meters using scientific notation as 2 integers of XeY # for precision use value/2 e.g. 2m = +/-1m attr_reader :hprecision ## # The vertical precision using ssize type values # in meters using scientific notation as 2 integers of XeY # for precision use value/2 e.g. 2m = +/-1m attr_reader :vprecision ## # The latitude for this LOC where 2**31 is the equator # in thousandths of an arc second as an unsigned 32bit integer attr_reader :latitude ## # The longitude for this LOC where 2**31 is the prime meridian # in thousandths of an arc second as an unsigned 32bit integer attr_reader :longitude ## # The altitude of the LOC above a reference sphere whose surface sits 100km below the WGS84 spheroid # in centimeters as an unsigned 32bit integer attr_reader :altitude def encode_rdata(msg) # :nodoc: msg.put_bytes(@version) msg.put_bytes(@ssize.scalar) msg.put_bytes(@hprecision.scalar) msg.put_bytes(@vprecision.scalar) msg.put_bytes(@latitude.coordinates) msg.put_bytes(@longitude.coordinates) msg.put_bytes(@altitude.altitude) end def self.decode_rdata(msg) # :nodoc: version = msg.get_bytes(1) ssize = msg.get_bytes(1) hprecision = msg.get_bytes(1) vprecision = msg.get_bytes(1) latitude = msg.get_bytes(4) longitude = msg.get_bytes(4) altitude = msg.get_bytes(4) return self.new( version, Resolv::LOC::Size.new(ssize), Resolv::LOC::Size.new(hprecision), Resolv::LOC::Size.new(vprecision), Resolv::LOC::Coord.new(latitude,"lat"), Resolv::LOC::Coord.new(longitude,"lon"), Resolv::LOC::Alt.new(altitude) ) end end ## # A Query type requesting any RR. class ANY < Query TypeValue = 255 # :nodoc: end ## # CAA resource record defined in RFC 8659 # # These records identify certificate authority allowed to issue # certificates for the given domain. class CAA < Resource TypeValue = 257 ## # Creates a new CAA for +flags+, +tag+ and +value+. def initialize(flags, tag, value) unless (0..255) === flags raise ArgumentError.new('flags must be an Integer between 0 and 255') end unless (1..15) === tag.bytesize raise ArgumentError.new('length of tag must be between 1 and 15') end @flags = flags @tag = tag @value = value end ## # Flags for this proprty: # - Bit 0 : 0 = not critical, 1 = critical attr_reader :flags ## # Property tag ("issue", "issuewild", "iodef"...). attr_reader :tag ## # Property value. attr_reader :value ## # Whether the critical flag is set on this property. def critical? flags & 0x80 != 0 end def encode_rdata(msg) # :nodoc: msg.put_pack('C', @flags) msg.put_string(@tag) msg.put_bytes(@value) end def self.decode_rdata(msg) # :nodoc: flags, = msg.get_unpack('C') tag = msg.get_string value = msg.get_bytes self.new flags, tag, value end end ClassInsensitiveTypes = [ # :nodoc: NS, CNAME, SOA, PTR, HINFO, MINFO, MX, TXT, LOC, ANY, CAA ] ## # module IN contains ARPA Internet specific RRs. module IN ClassValue = 1 # :nodoc: ClassInsensitiveTypes.each {|s| c = Class.new(s) c.const_set(:TypeValue, s::TypeValue) c.const_set(:ClassValue, ClassValue) ClassHash[[s::TypeValue, ClassValue]] = c self.const_set(s.name.sub(/.*::/, ''), c) } ## # IPv4 Address resource class A < Resource TypeValue = 1 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: ## # Creates a new A for +address+. def initialize(address) @address = IPv4.create(address) end ## # The Resolv::IPv4 address for this A. attr_reader :address def encode_rdata(msg) # :nodoc: msg.put_bytes(@address.address) end def self.decode_rdata(msg) # :nodoc: return self.new(IPv4.new(msg.get_bytes(4))) end end ## # Well Known Service resource. class WKS < Resource TypeValue = 11 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: def initialize(address, protocol, bitmap) @address = IPv4.create(address) @protocol = protocol @bitmap = bitmap end ## # The host these services run on. attr_reader :address ## # IP protocol number for these services. attr_reader :protocol ## # A bit map of enabled services on this host. # # If protocol is 6 (TCP) then the 26th bit corresponds to the SMTP # service (port 25). If this bit is set, then an SMTP server should # be listening on TCP port 25; if zero, SMTP service is not # supported. attr_reader :bitmap def encode_rdata(msg) # :nodoc: msg.put_bytes(@address.address) msg.put_pack("n", @protocol) msg.put_bytes(@bitmap) end def self.decode_rdata(msg) # :nodoc: address = IPv4.new(msg.get_bytes(4)) protocol, = msg.get_unpack("n") bitmap = msg.get_bytes return self.new(address, protocol, bitmap) end end ## # An IPv6 address record. class AAAA < Resource TypeValue = 28 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: ## # Creates a new AAAA for +address+. def initialize(address) @address = IPv6.create(address) end ## # The Resolv::IPv6 address for this AAAA. attr_reader :address def encode_rdata(msg) # :nodoc: msg.put_bytes(@address.address) end def self.decode_rdata(msg) # :nodoc: return self.new(IPv6.new(msg.get_bytes(16))) end end ## # SRV resource record defined in RFC 2782 # # These records identify the hostname and port that a service is # available at. class SRV < Resource TypeValue = 33 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: # Create a SRV resource record. # # See the documentation for #priority, #weight, #port and #target # for +priority+, +weight+, +port and +target+ respectively. def initialize(priority, weight, port, target) @priority = priority.to_int @weight = weight.to_int @port = port.to_int @target = Name.create(target) end # The priority of this target host. # # A client MUST attempt to contact the target host with the # lowest-numbered priority it can reach; target hosts with the same # priority SHOULD be tried in an order defined by the weight field. # The range is 0-65535. Note that it is not widely implemented and # should be set to zero. attr_reader :priority # A server selection mechanism. # # The weight field specifies a relative weight for entries with the # same priority. Larger weights SHOULD be given a proportionately # higher probability of being selected. The range of this number is # 0-65535. Domain administrators SHOULD use Weight 0 when there # isn't any server selection to do, to make the RR easier to read # for humans (less noisy). Note that it is not widely implemented # and should be set to zero. attr_reader :weight # The port on this target host of this service. # # The range is 0-65535. attr_reader :port # The domain name of the target host. # # A target of "." means that the service is decidedly not available # at this domain. attr_reader :target def encode_rdata(msg) # :nodoc: msg.put_pack("n", @priority) msg.put_pack("n", @weight) msg.put_pack("n", @port) msg.put_name(@target, compress: false) end def self.decode_rdata(msg) # :nodoc: priority, = msg.get_unpack("n") weight, = msg.get_unpack("n") port, = msg.get_unpack("n") target = msg.get_name return self.new(priority, weight, port, target) end end ## # Common implementation for SVCB-compatible resource records. class ServiceBinding ## # Create a service binding resource record. def initialize(priority, target, params = []) @priority = priority.to_int @target = Name.create(target) @params = SvcParams.new(params) end ## # The priority of this target host. # # The range is 0-65535. # If set to 0, this RR is in AliasMode. Otherwise, it is in ServiceMode. attr_reader :priority ## # The domain name of the target host. attr_reader :target ## # The service parameters for the target host. attr_reader :params ## # Whether this RR is in AliasMode. def alias_mode? self.priority == 0 end ## # Whether this RR is in ServiceMode. def service_mode? !alias_mode? end def encode_rdata(msg) # :nodoc: msg.put_pack("n", @priority) msg.put_name(@target, compress: false) @params.encode(msg) end def self.decode_rdata(msg) # :nodoc: priority, = msg.get_unpack("n") target = msg.get_name params = SvcParams.decode(msg) return self.new(priority, target, params) end end ## # SVCB resource record [RFC9460] class SVCB < ServiceBinding TypeValue = 64 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: end ## # HTTPS resource record [RFC9460] class HTTPS < ServiceBinding TypeValue = 65 ClassValue = IN::ClassValue ClassHash[[TypeValue, ClassValue]] = self # :nodoc: end end end end ## # A Resolv::DNS IPv4 address. class IPv4 ## # Regular expression IPv4 addresses must match. Regex256 = /0 |1(?:[0-9][0-9]?)? |2(?:[0-4][0-9]?|5[0-5]?|[6-9])? |[3-9][0-9]?/x Regex = /\A(#{Regex256})\.(#{Regex256})\.(#{Regex256})\.(#{Regex256})\z/ def self.create(arg) case arg when IPv4 return arg when Regex if (0..255) === (a = $1.to_i) && (0..255) === (b = $2.to_i) && (0..255) === (c = $3.to_i) && (0..255) === (d = $4.to_i) return self.new([a, b, c, d].pack("CCCC")) else raise ArgumentError.new("IPv4 address with invalid value: " + arg) end else raise ArgumentError.new("cannot interpret as IPv4 address: #{arg.inspect}") end end def initialize(address) # :nodoc: unless address.kind_of?(String) raise ArgumentError, 'IPv4 address must be a string' end unless address.length == 4 raise ArgumentError, "IPv4 address expects 4 bytes but #{address.length} bytes" end @address = address end ## # A String representation of this IPv4 address. ## # The raw IPv4 address as a String. attr_reader :address def to_s # :nodoc: return sprintf("%d.%d.%d.%d", *@address.unpack("CCCC")) end def inspect # :nodoc: return "#<#{self.class} #{self}>" end ## # Turns this IPv4 address into a Resolv::DNS::Name. def to_name return DNS::Name.create( '%d.%d.%d.%d.in-addr.arpa.' % @address.unpack('CCCC').reverse) end def ==(other) # :nodoc: return @address == other.address end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @address.hash end end ## # A Resolv::DNS IPv6 address. class IPv6 ## # IPv6 address format a:b:c:d:e:f:g:h Regex_8Hex = /\A (?:[0-9A-Fa-f]{1,4}:){7} [0-9A-Fa-f]{1,4} \z/x ## # Compressed IPv6 address format a::b Regex_CompressedHex = /\A ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) :: ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) \z/x ## # IPv4 mapped IPv6 address format a:b:c:d:e:f:w.x.y.z Regex_6Hex4Dec = /\A ((?:[0-9A-Fa-f]{1,4}:){6,6}) (\d+)\.(\d+)\.(\d+)\.(\d+) \z/x ## # Compressed IPv4 mapped IPv6 address format a::b:w.x.y.z Regex_CompressedHex4Dec = /\A ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) :: ((?:[0-9A-Fa-f]{1,4}:)*) (\d+)\.(\d+)\.(\d+)\.(\d+) \z/x ## # IPv6 link local address format fe80:b:c:d:e:f:g:h%em1 Regex_8HexLinkLocal = /\A [Ff][Ee]80 (?::[0-9A-Fa-f]{1,4}){7} %[-0-9A-Za-z._~]+ \z/x ## # Compressed IPv6 link local address format fe80::b%em1 Regex_CompressedHexLinkLocal = /\A [Ff][Ee]80: (?: ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) :: ((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) | :((?:[0-9A-Fa-f]{1,4}(?::[0-9A-Fa-f]{1,4})*)?) )? :[0-9A-Fa-f]{1,4}%[-0-9A-Za-z._~]+ \z/x ## # A composite IPv6 address Regexp. Regex = / (?:#{Regex_8Hex}) | (?:#{Regex_CompressedHex}) | (?:#{Regex_6Hex4Dec}) | (?:#{Regex_CompressedHex4Dec}) | (?:#{Regex_8HexLinkLocal}) | (?:#{Regex_CompressedHexLinkLocal}) /x ## # Creates a new IPv6 address from +arg+ which may be: # # IPv6:: returns +arg+. # String:: +arg+ must match one of the IPv6::Regex* constants def self.create(arg) case arg when IPv6 return arg when String address = ''.b if Regex_8Hex =~ arg arg.scan(/[0-9A-Fa-f]+/) {|hex| address << [hex.hex].pack('n')} elsif Regex_CompressedHex =~ arg prefix = $1 suffix = $2 a1 = ''.b a2 = ''.b prefix.scan(/[0-9A-Fa-f]+/) {|hex| a1 << [hex.hex].pack('n')} suffix.scan(/[0-9A-Fa-f]+/) {|hex| a2 << [hex.hex].pack('n')} omitlen = 16 - a1.length - a2.length address << a1 << "\0" * omitlen << a2 elsif Regex_6Hex4Dec =~ arg prefix, a, b, c, d = $1, $2.to_i, $3.to_i, $4.to_i, $5.to_i if (0..255) === a && (0..255) === b && (0..255) === c && (0..255) === d prefix.scan(/[0-9A-Fa-f]+/) {|hex| address << [hex.hex].pack('n')} address << [a, b, c, d].pack('CCCC') else raise ArgumentError.new("not numeric IPv6 address: " + arg) end elsif Regex_CompressedHex4Dec =~ arg prefix, suffix, a, b, c, d = $1, $2, $3.to_i, $4.to_i, $5.to_i, $6.to_i if (0..255) === a && (0..255) === b && (0..255) === c && (0..255) === d a1 = ''.b a2 = ''.b prefix.scan(/[0-9A-Fa-f]+/) {|hex| a1 << [hex.hex].pack('n')} suffix.scan(/[0-9A-Fa-f]+/) {|hex| a2 << [hex.hex].pack('n')} omitlen = 12 - a1.length - a2.length address << a1 << "\0" * omitlen << a2 << [a, b, c, d].pack('CCCC') else raise ArgumentError.new("not numeric IPv6 address: " + arg) end else raise ArgumentError.new("not numeric IPv6 address: " + arg) end return IPv6.new(address) else raise ArgumentError.new("cannot interpret as IPv6 address: #{arg.inspect}") end end def initialize(address) # :nodoc: unless address.kind_of?(String) && address.length == 16 raise ArgumentError.new('IPv6 address must be 16 bytes') end @address = address end ## # The raw IPv6 address as a String. attr_reader :address def to_s # :nodoc: sprintf("%x:%x:%x:%x:%x:%x:%x:%x", *@address.unpack("nnnnnnnn")).sub(/(^|:)0(:0)+(:|$)/, '::') end def inspect # :nodoc: return "#<#{self.class} #{self}>" end ## # Turns this IPv6 address into a Resolv::DNS::Name. #-- # ip6.arpa should be searched too. [RFC3152] def to_name return DNS::Name.new( @address.unpack("H32")[0].split(//).reverse + ['ip6', 'arpa']) end def ==(other) # :nodoc: return @address == other.address end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @address.hash end end ## # Resolv::MDNS is a one-shot Multicast DNS (mDNS) resolver. It blindly # makes queries to the mDNS addresses without understanding anything about # multicast ports. # # Information taken form the following places: # # * RFC 6762 class MDNS < DNS ## # Default mDNS Port Port = 5353 ## # Default IPv4 mDNS address AddressV4 = '224.0.0.251' ## # Default IPv6 mDNS address AddressV6 = 'ff02::fb' ## # Default mDNS addresses Addresses = [ [AddressV4, Port], [AddressV6, Port], ] ## # Creates a new one-shot Multicast DNS (mDNS) resolver. # # +config_info+ can be: # # nil:: # Uses the default mDNS addresses # # Hash:: # Must contain :nameserver or :nameserver_port like # Resolv::DNS#initialize. def initialize(config_info=nil) if config_info then super({ nameserver_port: Addresses }.merge(config_info)) else super(nameserver_port: Addresses) end end ## # Iterates over all IP addresses for +name+ retrieved from the mDNS # resolver, provided name ends with "local". If the name does not end in # "local" no records will be returned. # # +name+ can be a Resolv::DNS::Name or a String. Retrieved addresses will # be a Resolv::IPv4 or Resolv::IPv6 def each_address(name) name = Resolv::DNS::Name.create(name) return unless name[-1].to_s == 'local' super(name) end def make_udp_requester # :nodoc: nameserver_port = @config.nameserver_port Requester::MDNSOneShot.new(*nameserver_port) end end module LOC ## # A Resolv::LOC::Size class Size Regex = /^(\d+\.*\d*)[m]$/ ## # Creates a new LOC::Size from +arg+ which may be: # # LOC::Size:: returns +arg+. # String:: +arg+ must match the LOC::Size::Regex constant def self.create(arg) case arg when Size return arg when String scalar = '' if Regex =~ arg scalar = [(($1.to_f*(1e2)).to_i.to_s[0].to_i*(2**4)+(($1.to_f*(1e2)).to_i.to_s.length-1))].pack("C") else raise ArgumentError.new("not a properly formed Size string: " + arg) end return Size.new(scalar) else raise ArgumentError.new("cannot interpret as Size: #{arg.inspect}") end end def initialize(scalar) @scalar = scalar end ## # The raw size attr_reader :scalar def to_s # :nodoc: s = @scalar.unpack("H2").join.to_s return ((s[0].to_i)*(10**(s[1].to_i-2))).to_s << "m" end def inspect # :nodoc: return "#<#{self.class} #{self}>" end def ==(other) # :nodoc: return @scalar == other.scalar end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @scalar.hash end end ## # A Resolv::LOC::Coord class Coord Regex = /^(\d+)\s(\d+)\s(\d+\.\d+)\s([NESW])$/ ## # Creates a new LOC::Coord from +arg+ which may be: # # LOC::Coord:: returns +arg+. # String:: +arg+ must match the LOC::Coord::Regex constant def self.create(arg) case arg when Coord return arg when String coordinates = '' if Regex =~ arg && $1.to_f < 180 m = $~ hemi = (m[4][/[NE]/]) || (m[4][/[SW]/]) ? 1 : -1 coordinates = [ ((m[1].to_i*(36e5)) + (m[2].to_i*(6e4)) + (m[3].to_f*(1e3))) * hemi+(2**31) ].pack("N") orientation = m[4][/[NS]/] ? 'lat' : 'lon' else raise ArgumentError.new("not a properly formed Coord string: " + arg) end return Coord.new(coordinates,orientation) else raise ArgumentError.new("cannot interpret as Coord: #{arg.inspect}") end end def initialize(coordinates,orientation) unless coordinates.kind_of?(String) raise ArgumentError.new("Coord must be a 32bit unsigned integer in hex format: #{coordinates.inspect}") end unless orientation.kind_of?(String) && orientation[/^lon$|^lat$/] raise ArgumentError.new('Coord expects orientation to be a String argument of "lat" or "lon"') end @coordinates = coordinates @orientation = orientation end ## # The raw coordinates attr_reader :coordinates ## The orientation of the hemisphere as 'lat' or 'lon' attr_reader :orientation def to_s # :nodoc: c = @coordinates.unpack("N").join.to_i val = (c - (2**31)).abs fracsecs = (val % 1e3).to_i.to_s val = val / 1e3 secs = (val % 60).to_i.to_s val = val / 60 mins = (val % 60).to_i.to_s degs = (val / 60).to_i.to_s posi = (c >= 2**31) case posi when true hemi = @orientation[/^lat$/] ? "N" : "E" else hemi = @orientation[/^lon$/] ? "W" : "S" end return degs << " " << mins << " " << secs << "." << fracsecs << " " << hemi end def inspect # :nodoc: return "#<#{self.class} #{self}>" end def ==(other) # :nodoc: return @coordinates == other.coordinates end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @coordinates.hash end end ## # A Resolv::LOC::Alt class Alt Regex = /^([+-]*\d+\.*\d*)[m]$/ ## # Creates a new LOC::Alt from +arg+ which may be: # # LOC::Alt:: returns +arg+. # String:: +arg+ must match the LOC::Alt::Regex constant def self.create(arg) case arg when Alt return arg when String altitude = '' if Regex =~ arg altitude = [($1.to_f*(1e2))+(1e7)].pack("N") else raise ArgumentError.new("not a properly formed Alt string: " + arg) end return Alt.new(altitude) else raise ArgumentError.new("cannot interpret as Alt: #{arg.inspect}") end end def initialize(altitude) @altitude = altitude end ## # The raw altitude attr_reader :altitude def to_s # :nodoc: a = @altitude.unpack("N").join.to_i return ((a.to_f/1e2)-1e5).to_s + "m" end def inspect # :nodoc: return "#<#{self.class} #{self}>" end def ==(other) # :nodoc: return @altitude == other.altitude end def eql?(other) # :nodoc: return self == other end def hash # :nodoc: return @altitude.hash end end end ## # Default resolver to use for Resolv class methods. DefaultResolver = self.new ## # Replaces the resolvers in the default resolver with +new_resolvers+. This # allows resolvers to be changed for resolv-replace. def DefaultResolver.replace_resolvers new_resolvers @resolvers = new_resolvers end ## # Address Regexp to use for matching IP addresses. AddressRegex = /(?:#{IPv4::Regex})|(?:#{IPv6::Regex})/ end PK *J [h���_ �_ share/ruby/time.rbnu �[��� # frozen_string_literal: true # shareable_constant_value: literal require 'date' # :stopdoc: # = time.rb # # When 'time' is required, Time is extended with additional methods for parsing # and converting Times. # # == Features # # This library extends the Time class with the following conversions between # date strings and Time objects: # # * date-time defined by {RFC 2822}[http://www.ietf.org/rfc/rfc2822.txt] # * HTTP-date defined by {RFC 2616}[http://www.ietf.org/rfc/rfc2616.txt] # * dateTime defined by XML Schema Part 2: Datatypes ({ISO # 8601}[http://www.iso.org/iso/date_and_time_format]) # * various formats handled by Date._parse # * custom formats handled by Date._strptime # :startdoc: # # class Time VERSION = "0.4.1" # :nodoc: class << Time # # A hash of timezones mapped to hour differences from UTC. The # set of time zones corresponds to the ones specified by RFC 2822 # and ISO 8601. # ZoneOffset = { # :nodoc: 'UTC' => 0, # ISO 8601 'Z' => 0, # RFC 822 'UT' => 0, 'GMT' => 0, 'EST' => -5, 'EDT' => -4, 'CST' => -6, 'CDT' => -5, 'MST' => -7, 'MDT' => -6, 'PST' => -8, 'PDT' => -7, # Following definition of military zones is original one. # See RFC 1123 and RFC 2822 for the error in RFC 822. 'A' => +1, 'B' => +2, 'C' => +3, 'D' => +4, 'E' => +5, 'F' => +6, 'G' => +7, 'H' => +8, 'I' => +9, 'K' => +10, 'L' => +11, 'M' => +12, 'N' => -1, 'O' => -2, 'P' => -3, 'Q' => -4, 'R' => -5, 'S' => -6, 'T' => -7, 'U' => -8, 'V' => -9, 'W' => -10, 'X' => -11, 'Y' => -12, } # # Return the number of seconds the specified time zone differs # from UTC. # # Numeric time zones that include minutes, such as # <code>-10:00</code> or <code>+1330</code> will work, as will # simpler hour-only time zones like <code>-10</code> or # <code>+13</code>. # # Textual time zones listed in ZoneOffset are also supported. # # If the time zone does not match any of the above, +zone_offset+ # will check if the local time zone (both with and without # potential Daylight Saving \Time changes being in effect) matches # +zone+. Specifying a value for +year+ will change the year used # to find the local time zone. # # If +zone_offset+ is unable to determine the offset, nil will be # returned. # # require 'time' # # Time.zone_offset("EST") #=> -18000 # # You must require 'time' to use this method. # def zone_offset(zone, year=self.now.year) off = nil zone = zone.upcase if /\A([+-])(\d\d)(:?)(\d\d)(?:\3(\d\d))?\z/ =~ zone off = ($1 == '-' ? -1 : 1) * (($2.to_i * 60 + $4.to_i) * 60 + $5.to_i) elsif zone.match?(/\A[+-]\d\d\z/) off = zone.to_i * 3600 elsif ZoneOffset.include?(zone) off = ZoneOffset[zone] * 3600 elsif ((t = self.local(year, 1, 1)).zone.upcase == zone rescue false) off = t.utc_offset elsif ((t = self.local(year, 7, 1)).zone.upcase == zone rescue false) off = t.utc_offset end off end # :stopdoc: def zone_utc?(zone) # * +0000 # In RFC 2822, +0000 indicate a time zone at Universal Time. # Europe/Lisbon is "a time zone at Universal Time" in Winter. # Atlantic/Reykjavik is "a time zone at Universal Time". # Africa/Dakar is "a time zone at Universal Time". # So +0000 is a local time such as Europe/London, etc. # * GMT # GMT is used as a time zone abbreviation in Europe/London, # Africa/Dakar, etc. # So it is a local time. # # * -0000, -00:00 # In RFC 2822, -0000 the date-time contains no information about the # local time zone. # In RFC 3339, -00:00 is used for the time in UTC is known, # but the offset to local time is unknown. # They are not appropriate for specific time zone such as # Europe/London because time zone neutral, # So -00:00 and -0000 are treated as UTC. zone.match?(/\A(?:-00:00|-0000|-00|UTC|Z|UT)\z/i) end private :zone_utc? def force_zone!(t, zone, offset=nil) if zone_utc?(zone) t.utc elsif offset ||= zone_offset(zone) # Prefer the local timezone over the fixed offset timezone because # the former is a real timezone and latter is an artificial timezone. t.localtime if t.utc_offset != offset # Use the fixed offset timezone only if the local timezone cannot # represent the given offset. t.localtime(offset) end else t.localtime end end private :force_zone! LeapYearMonthDays = [31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31] # :nodoc: CommonYearMonthDays = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31] # :nodoc: def month_days(y, m) if ((y % 4 == 0) && (y % 100 != 0)) || (y % 400 == 0) LeapYearMonthDays[m-1] else CommonYearMonthDays[m-1] end end private :month_days def apply_offset(year, mon, day, hour, min, sec, off) if off < 0 off = -off off, o = off.divmod(60) if o != 0 then sec += o; o, sec = sec.divmod(60); off += o end off, o = off.divmod(60) if o != 0 then min += o; o, min = min.divmod(60); off += o end off, o = off.divmod(24) if o != 0 then hour += o; o, hour = hour.divmod(24); off += o end if off != 0 day += off days = month_days(year, mon) if days and days < day mon += 1 if 12 < mon mon = 1 year += 1 end day = 1 end end elsif 0 < off off, o = off.divmod(60) if o != 0 then sec -= o; o, sec = sec.divmod(60); off -= o end off, o = off.divmod(60) if o != 0 then min -= o; o, min = min.divmod(60); off -= o end off, o = off.divmod(24) if o != 0 then hour -= o; o, hour = hour.divmod(24); off -= o end if off != 0 then day -= off if day < 1 mon -= 1 if mon < 1 year -= 1 mon = 12 end day = month_days(year, mon) end end end return year, mon, day, hour, min, sec end private :apply_offset def make_time(date, year, yday, mon, day, hour, min, sec, sec_fraction, zone, now) if !year && !yday && !mon && !day && !hour && !min && !sec && !sec_fraction raise ArgumentError, "no time information in #{date.inspect}" end off = nil if year || now off_year = year || now.year off = zone_offset(zone, off_year) if zone end if yday unless (1..366) === yday raise ArgumentError, "yday #{yday} out of range" end mon, day = (yday-1).divmod(31) mon += 1 day += 1 t = make_time(date, year, nil, mon, day, hour, min, sec, sec_fraction, zone, now) diff = yday - t.yday return t if diff.zero? day += diff if day > 28 and day > (mday = month_days(off_year, mon)) if (mon += 1) > 12 raise ArgumentError, "yday #{yday} out of range" end day -= mday end return make_time(date, year, nil, mon, day, hour, min, sec, sec_fraction, zone, now) end if now and now.respond_to?(:getlocal) if off now = now.getlocal(off) if now.utc_offset != off else now = now.getlocal end end usec = nil usec = sec_fraction * 1000000 if sec_fraction if now begin break if year; year = now.year break if mon; mon = now.mon break if day; day = now.day break if hour; hour = now.hour break if min; min = now.min break if sec; sec = now.sec break if sec_fraction; usec = now.tv_usec end until true end year ||= 1970 mon ||= 1 day ||= 1 hour ||= 0 min ||= 0 sec ||= 0 usec ||= 0 if year != off_year off = nil off = zone_offset(zone, year) if zone end if off year, mon, day, hour, min, sec = apply_offset(year, mon, day, hour, min, sec, off) t = self.utc(year, mon, day, hour, min, sec, usec) force_zone!(t, zone, off) t else self.local(year, mon, day, hour, min, sec, usec) end end private :make_time # :startdoc: # # Takes a string representation of a Time and attempts to parse it # using a heuristic. # # This method **does not** function as a validator. If the input # string does not match valid formats strictly, you may get a # cryptic result. Should consider to use Time.strptime instead # of this method as possible. # # require 'time' # # Time.parse("2010-10-31") #=> 2010-10-31 00:00:00 -0500 # # Any missing pieces of the date are inferred based on the current date. # # require 'time' # # # assuming the current date is "2011-10-31" # Time.parse("12:00") #=> 2011-10-31 12:00:00 -0500 # # We can change the date used to infer our missing elements by passing a second # object that responds to #mon, #day and #year, such as Date, Time or DateTime. # We can also use our own object. # # require 'time' # # class MyDate # attr_reader :mon, :day, :year # # def initialize(mon, day, year) # @mon, @day, @year = mon, day, year # end # end # # d = Date.parse("2010-10-28") # t = Time.parse("2010-10-29") # dt = DateTime.parse("2010-10-30") # md = MyDate.new(10,31,2010) # # Time.parse("12:00", d) #=> 2010-10-28 12:00:00 -0500 # Time.parse("12:00", t) #=> 2010-10-29 12:00:00 -0500 # Time.parse("12:00", dt) #=> 2010-10-30 12:00:00 -0500 # Time.parse("12:00", md) #=> 2010-10-31 12:00:00 -0500 # # If a block is given, the year described in +date+ is converted # by the block. This is specifically designed for handling two # digit years. For example, if you wanted to treat all two digit # years prior to 70 as the year 2000+ you could write this: # # require 'time' # # Time.parse("01-10-31") {|year| year + (year < 70 ? 2000 : 1900)} # #=> 2001-10-31 00:00:00 -0500 # Time.parse("70-10-31") {|year| year + (year < 70 ? 2000 : 1900)} # #=> 1970-10-31 00:00:00 -0500 # # If the upper components of the given time are broken or missing, they are # supplied with those of +now+. For the lower components, the minimum # values (1 or 0) are assumed if broken or missing. For example: # # require 'time' # # # Suppose it is "Thu Nov 29 14:33:20 2001" now and # # your time zone is EST which is GMT-5. # now = Time.parse("Thu Nov 29 14:33:20 2001") # Time.parse("16:30", now) #=> 2001-11-29 16:30:00 -0500 # Time.parse("7/23", now) #=> 2001-07-23 00:00:00 -0500 # Time.parse("Aug 31", now) #=> 2001-08-31 00:00:00 -0500 # Time.parse("Aug 2000", now) #=> 2000-08-01 00:00:00 -0500 # # Since there are numerous conflicts among locally defined time zone # abbreviations all over the world, this method is not intended to # understand all of them. For example, the abbreviation "CST" is # used variously as: # # -06:00 in America/Chicago, # -05:00 in America/Havana, # +08:00 in Asia/Harbin, # +09:30 in Australia/Darwin, # +10:30 in Australia/Adelaide, # etc. # # Based on this fact, this method only understands the time zone # abbreviations described in RFC 822 and the system time zone, in the # order named. (i.e. a definition in RFC 822 overrides the system # time zone definition.) The system time zone is taken from # <tt>Time.local(year, 1, 1).zone</tt> and # <tt>Time.local(year, 7, 1).zone</tt>. # If the extracted time zone abbreviation does not match any of them, # it is ignored and the given time is regarded as a local time. # # ArgumentError is raised if Date._parse cannot extract information from # +date+ or if the Time class cannot represent specified date. # # This method can be used as a fail-safe for other parsing methods as: # # Time.rfc2822(date) rescue Time.parse(date) # Time.httpdate(date) rescue Time.parse(date) # Time.xmlschema(date) rescue Time.parse(date) # # A failure of Time.parse should be checked, though. # # You must require 'time' to use this method. # def parse(date, now=self.now) comp = !block_given? d = Date._parse(date, comp) year = d[:year] year = yield(year) if year && !comp make_time(date, year, d[:yday], d[:mon], d[:mday], d[:hour], d[:min], d[:sec], d[:sec_fraction], d[:zone], now) end # # Works similar to +parse+ except that instead of using a # heuristic to detect the format of the input string, you provide # a second argument that describes the format of the string. # # Raises ArgumentError if the date or format is invalid. # # If a block is given, the year described in +date+ is converted by the # block. For example: # # Time.strptime(...) {|y| y < 100 ? (y >= 69 ? y + 1900 : y + 2000) : y} # # Below is a list of the formatting options: # # %a :: The abbreviated weekday name ("Sun") # %A :: The full weekday name ("Sunday") # %b :: The abbreviated month name ("Jan") # %B :: The full month name ("January") # %c :: The preferred local date and time representation # %C :: Century (20 in 2009) # %d :: Day of the month (01..31) # %D :: \Date (%m/%d/%y) # %e :: Day of the month, blank-padded ( 1..31) # %F :: Equivalent to %Y-%m-%d (the ISO 8601 date format) # %g :: The last two digits of the commercial year # %G :: The week-based year according to ISO-8601 (week 1 starts on Monday # and includes January 4) # %h :: Equivalent to %b # %H :: Hour of the day, 24-hour clock (00..23) # %I :: Hour of the day, 12-hour clock (01..12) # %j :: Day of the year (001..366) # %k :: hour, 24-hour clock, blank-padded ( 0..23) # %l :: hour, 12-hour clock, blank-padded ( 0..12) # %L :: Millisecond of the second (000..999) # %m :: Month of the year (01..12) # %M :: Minute of the hour (00..59) # %n :: Newline (\n) # %N :: Fractional seconds digits # %p :: Meridian indicator ("AM" or "PM") # %P :: Meridian indicator ("am" or "pm") # %r :: time, 12-hour (same as %I:%M:%S %p) # %R :: time, 24-hour (%H:%M) # %s :: Number of seconds since 1970-01-01 00:00:00 UTC. # %S :: Second of the minute (00..60) # %t :: Tab character (\t) # %T :: time, 24-hour (%H:%M:%S) # %u :: Day of the week as a decimal, Monday being 1. (1..7) # %U :: Week number of the current year, starting with the first Sunday as # the first day of the first week (00..53) # %v :: VMS date (%e-%b-%Y) # %V :: Week number of year according to ISO 8601 (01..53) # %W :: Week number of the current year, starting with the first Monday # as the first day of the first week (00..53) # %w :: Day of the week (Sunday is 0, 0..6) # %x :: Preferred representation for the date alone, no time # %X :: Preferred representation for the time alone, no date # %y :: Year without a century (00..99) # %Y :: Year which may include century, if provided # %z :: \Time zone as hour offset from UTC (e.g. +0900) # %Z :: \Time zone name # %% :: Literal "%" character # %+ :: date(1) (%a %b %e %H:%M:%S %Z %Y) # # require 'time' # # Time.strptime("2000-10-31", "%Y-%m-%d") #=> 2000-10-31 00:00:00 -0500 # # You must require 'time' to use this method. # def strptime(date, format, now=self.now) d = Date._strptime(date, format) raise ArgumentError, "invalid date or strptime format - '#{date}' '#{format}'" unless d if seconds = d[:seconds] if sec_fraction = d[:sec_fraction] usec = sec_fraction * 1000000 usec *= -1 if seconds < 0 else usec = 0 end t = Time.at(seconds, usec) if zone = d[:zone] force_zone!(t, zone) end else year = d[:year] year = yield(year) if year && block_given? yday = d[:yday] if (d[:cwyear] && !year) || ((d[:cwday] || d[:cweek]) && !(d[:mon] && d[:mday])) # make_time doesn't deal with cwyear/cwday/cweek return Date.strptime(date, format).to_time end if (d[:wnum0] || d[:wnum1]) && !yday && !(d[:mon] && d[:mday]) yday = Date.strptime(date, format).yday end t = make_time(date, year, yday, d[:mon], d[:mday], d[:hour], d[:min], d[:sec], d[:sec_fraction], d[:zone], now) end t end MonthValue = { # :nodoc: 'JAN' => 1, 'FEB' => 2, 'MAR' => 3, 'APR' => 4, 'MAY' => 5, 'JUN' => 6, 'JUL' => 7, 'AUG' => 8, 'SEP' => 9, 'OCT' =>10, 'NOV' =>11, 'DEC' =>12 } # # Parses +date+ as date-time defined by RFC 2822 and converts it to a Time # object. The format is identical to the date format defined by RFC 822 and # updated by RFC 1123. # # ArgumentError is raised if +date+ is not compliant with RFC 2822 # or if the Time class cannot represent specified date. # # See #rfc2822 for more information on this format. # # require 'time' # # Time.rfc2822("Wed, 05 Oct 2011 22:26:12 -0400") # #=> 2010-10-05 22:26:12 -0400 # # You must require 'time' to use this method. # def rfc2822(date) if /\A\s* (?:(?:Mon|Tue|Wed|Thu|Fri|Sat|Sun)\s*,\s*)? (\d{1,2})\s+ (Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)\s+ (\d{2,})\s+ (\d{2})\s* :\s*(\d{2}) (?:\s*:\s*(\d\d))?\s+ ([+-]\d{4}| UT|GMT|EST|EDT|CST|CDT|MST|MDT|PST|PDT|[A-IK-Z])/ix =~ date # Since RFC 2822 permit comments, the regexp has no right anchor. day = $1.to_i mon = MonthValue[$2.upcase] year = $3.to_i short_year_p = $3.length <= 3 hour = $4.to_i min = $5.to_i sec = $6 ? $6.to_i : 0 zone = $7 if short_year_p # following year completion is compliant with RFC 2822. year = if year < 50 2000 + year else 1900 + year end end off = zone_offset(zone) year, mon, day, hour, min, sec = apply_offset(year, mon, day, hour, min, sec, off) t = self.utc(year, mon, day, hour, min, sec) force_zone!(t, zone, off) t else raise ArgumentError.new("not RFC 2822 compliant date: #{date.inspect}") end end alias rfc822 rfc2822 # # Parses +date+ as an HTTP-date defined by RFC 2616 and converts it to a # Time object. # # ArgumentError is raised if +date+ is not compliant with RFC 2616 or if # the Time class cannot represent specified date. # # See #httpdate for more information on this format. # # require 'time' # # Time.httpdate("Thu, 06 Oct 2011 02:26:12 GMT") # #=> 2011-10-06 02:26:12 UTC # # You must require 'time' to use this method. # def httpdate(date) if date.match?(/\A\s* (?:Mon|Tue|Wed|Thu|Fri|Sat|Sun),\x20 (\d{2})\x20 (Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)\x20 (\d{4})\x20 (\d{2}):(\d{2}):(\d{2})\x20 GMT \s*\z/ix) self.rfc2822(date).utc elsif /\A\s* (?:Monday|Tuesday|Wednesday|Thursday|Friday|Saturday|Sunday),\x20 (\d\d)-(Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)-(\d\d)\x20 (\d\d):(\d\d):(\d\d)\x20 GMT \s*\z/ix =~ date year = $3.to_i if year < 50 year += 2000 else year += 1900 end self.utc(year, $2, $1.to_i, $4.to_i, $5.to_i, $6.to_i) elsif /\A\s* (?:Mon|Tue|Wed|Thu|Fri|Sat|Sun)\x20 (Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)\x20 (\d\d|\x20\d)\x20 (\d\d):(\d\d):(\d\d)\x20 (\d{4}) \s*\z/ix =~ date self.utc($6.to_i, MonthValue[$1.upcase], $2.to_i, $3.to_i, $4.to_i, $5.to_i) else raise ArgumentError.new("not RFC 2616 compliant date: #{date.inspect}") end end # # Parses +time+ as a dateTime defined by the XML Schema and converts it to # a Time object. The format is a restricted version of the format defined # by ISO 8601. # # ArgumentError is raised if +time+ is not compliant with the format or if # the Time class cannot represent the specified time. # # See #xmlschema for more information on this format. # # require 'time' # # Time.xmlschema("2011-10-05T22:26:12-04:00") # #=> 2011-10-05 22:26:12-04:00 # # You must require 'time' to use this method. # def xmlschema(time) if /\A\s* (-?\d+)-(\d\d)-(\d\d) T (\d\d):(\d\d):(\d\d) (\.\d+)? (Z|[+-]\d\d(?::?\d\d)?)? \s*\z/ix =~ time year = $1.to_i mon = $2.to_i day = $3.to_i hour = $4.to_i min = $5.to_i sec = $6.to_i usec = 0 if $7 usec = Rational($7) * 1000000 end if $8 zone = $8 off = zone_offset(zone) year, mon, day, hour, min, sec = apply_offset(year, mon, day, hour, min, sec, off) t = self.utc(year, mon, day, hour, min, sec, usec) force_zone!(t, zone, off) t else self.local(year, mon, day, hour, min, sec, usec) end else raise ArgumentError.new("invalid xmlschema format: #{time.inspect}") end end alias iso8601 xmlschema end # class << self # # Returns a string which represents the time as date-time defined by RFC 2822: # # day-of-week, DD month-name CCYY hh:mm:ss zone # # where zone is [+-]hhmm. # # If +self+ is a UTC time, -0000 is used as zone. # # require 'time' # # t = Time.now # t.rfc2822 # => "Wed, 05 Oct 2011 22:26:12 -0400" # # You must require 'time' to use this method. # def rfc2822 strftime('%a, %d %b %Y %T ') << (utc? ? '-0000' : strftime('%z')) end alias rfc822 rfc2822 # # Returns a string which represents the time as RFC 1123 date of HTTP-date # defined by RFC 2616: # # day-of-week, DD month-name CCYY hh:mm:ss GMT # # Note that the result is always UTC (GMT). # # require 'time' # # t = Time.now # t.httpdate # => "Thu, 06 Oct 2011 02:26:12 GMT" # # You must require 'time' to use this method. # def httpdate getutc.strftime('%a, %d %b %Y %T GMT') end unless method_defined?(:xmlschema) # # Returns a string which represents the time as a dateTime defined by XML # Schema: # # CCYY-MM-DDThh:mm:ssTZD # CCYY-MM-DDThh:mm:ss.sssTZD # # where TZD is Z or [+-]hh:mm. # # If self is a UTC time, Z is used as TZD. [+-]hh:mm is used otherwise. # # +fraction_digits+ specifies a number of digits to use for fractional # seconds. Its default value is 0. # # require 'time' # # t = Time.now # t.iso8601 # => "2011-10-05T22:26:12-04:00" # # You must require 'time' to use this method. # def xmlschema(fraction_digits=0) fraction_digits = fraction_digits.to_i s = strftime("%FT%T") if fraction_digits > 0 s << strftime(".%#{fraction_digits}N") end s << (utc? ? 'Z' : strftime("%:z")) end end alias iso8601 xmlschema unless method_defined?(:iso8601) end PK *J [ % share/gems/gems/psych-5.2.2/lib/psychnu ȯ�� PK *J [N.��� � share/ruby/expect.rbnu �[��� # frozen_string_literal: true $expect_verbose = false class IO # call-seq: # IO#expect(pattern,timeout=9999999) -> Array # IO#expect(pattern,timeout=9999999) { |result| ... } -> nil # # The +expect+ library adds instance method IO#expect, # which is similar to the # {TCL expect extension}[https://www.tcl.tk/man/expect5.31/expect.1.html]. # # To use this method, you must require +expect+: # # require 'expect' # # Reads from the IO until the given +pattern+ matches or the +timeout+ is over. # # It returns an array with the read buffer, followed by the matches. # If a block is given, the result is yielded to the block and returns nil. # # When called without a block, it waits until the input that matches the # given +pattern+ is obtained from the IO or the time specified as the # timeout passes. An array is returned when the pattern is obtained from the # IO. The first element of the array is the entire string obtained from the # IO until the pattern matches, followed by elements indicating which the # pattern which matched to the anchor in the regular expression. # # The optional timeout parameter defines, in seconds, the total time to wait # for the pattern. If the timeout expires or eof is found, nil is returned # or yielded. However, the buffer in a timeout session is kept for the next # expect call. The default timeout is 9999999 seconds. def expect(pat,timeout=9999999) buf = ''.dup case pat when String e_pat = Regexp.new(Regexp.quote(pat)) when Regexp e_pat = pat else raise TypeError, "unsupported pattern class: #{pat.class}" end @unusedBuf ||= '' while true if not @unusedBuf.empty? c = @unusedBuf.slice!(0) elsif !IO.select([self],nil,nil,timeout) or eof? then result = nil @unusedBuf = buf break else c = getc end buf << c if $expect_verbose STDOUT.print c STDOUT.flush end if mat=e_pat.match(buf) then result = [buf,*mat.captures] break end end if block_given? then yield result else return result end nil end end PK *J [- i�#: #: share/ruby/erb.rbnu �[��� # -*- coding: us-ascii -*- # frozen_string_literal: true # = ERB -- Ruby Templating # # Author:: Masatoshi SEKI # Documentation:: James Edward Gray II, Gavin Sinclair, and Simon Chiang # # See ERB for primary documentation and ERB::Util for a couple of utility # routines. # # Copyright (c) 1999-2000,2002,2003 Masatoshi SEKI # # You can redistribute it and/or modify it under the same terms as Ruby. require 'cgi/util' require 'erb/version' require 'erb/compiler' require 'erb/def_method' require 'erb/util' # # = ERB -- Ruby Templating # # == Introduction # # ERB provides an easy to use but powerful templating system for Ruby. Using # ERB, actual Ruby code can be added to any plain text document for the # purposes of generating document information details and/or flow control. # # A very simple example is this: # # require 'erb' # # x = 42 # template = ERB.new <<-EOF # The value of x is: <%= x %> # EOF # puts template.result(binding) # # <em>Prints:</em> The value of x is: 42 # # More complex examples are given below. # # # == Recognized Tags # # ERB recognizes certain tags in the provided template and converts them based # on the rules below: # # <% Ruby code -- inline with output %> # <%= Ruby expression -- replace with result %> # <%# comment -- ignored -- useful in testing %> (`<% #` doesn't work. Don't use Ruby comments.) # % a line of Ruby code -- treated as <% line %> (optional -- see ERB.new) # %% replaced with % if first thing on a line and % processing is used # <%% or %%> -- replace with <% or %> respectively # # All other text is passed through ERB filtering unchanged. # # # == Options # # There are several settings you can change when you use ERB: # * the nature of the tags that are recognized; # * the binding used to resolve local variables in the template. # # See the ERB.new and ERB#result methods for more detail. # # == Character encodings # # ERB (or Ruby code generated by ERB) returns a string in the same # character encoding as the input string. When the input string has # a magic comment, however, it returns a string in the encoding specified # by the magic comment. # # # -*- coding: utf-8 -*- # require 'erb' # # template = ERB.new <<EOF # <%#-*- coding: Big5 -*-%> # \_\_ENCODING\_\_ is <%= \_\_ENCODING\_\_ %>. # EOF # puts template.result # # <em>Prints:</em> \_\_ENCODING\_\_ is Big5. # # # == Examples # # === Plain Text # # ERB is useful for any generic templating situation. Note that in this example, we use the # convenient "% at start of line" tag, and we quote the template literally with # <tt>%q{...}</tt> to avoid trouble with the backslash. # # require "erb" # # # Create template. # template = %q{ # From: James Edward Gray II <james@grayproductions.net> # To: <%= to %> # Subject: Addressing Needs # # <%= to[/\w+/] %>: # # Just wanted to send a quick note assuring that your needs are being # addressed. # # I want you to know that my team will keep working on the issues, # especially: # # <%# ignore numerous minor requests -- focus on priorities %> # % priorities.each do |priority| # * <%= priority %> # % end # # Thanks for your patience. # # James Edward Gray II # }.gsub(/^ /, '') # # message = ERB.new(template, trim_mode: "%<>") # # # Set up template data. # to = "Community Spokesman <spokesman@ruby_community.org>" # priorities = [ "Run Ruby Quiz", # "Document Modules", # "Answer Questions on Ruby Talk" ] # # # Produce result. # email = message.result # puts email # # <i>Generates:</i> # # From: James Edward Gray II <james@grayproductions.net> # To: Community Spokesman <spokesman@ruby_community.org> # Subject: Addressing Needs # # Community: # # Just wanted to send a quick note assuring that your needs are being addressed. # # I want you to know that my team will keep working on the issues, especially: # # * Run Ruby Quiz # * Document Modules # * Answer Questions on Ruby Talk # # Thanks for your patience. # # James Edward Gray II # # === Ruby in HTML # # ERB is often used in <tt>.rhtml</tt> files (HTML with embedded Ruby). Notice the need in # this example to provide a special binding when the template is run, so that the instance # variables in the Product object can be resolved. # # require "erb" # # # Build template data class. # class Product # def initialize( code, name, desc, cost ) # @code = code # @name = name # @desc = desc # @cost = cost # # @features = [ ] # end # # def add_feature( feature ) # @features << feature # end # # # Support templating of member data. # def get_binding # binding # end # # # ... # end # # # Create template. # template = %{ # <html> # <head><title>Ruby Toys -- <%= @name %></title></head> # <body> # # <h1><%= @name %> (<%= @code %>)</h1> # <p><%= @desc %></p> # # <ul> # <% @features.each do |f| %> # <li><b><%= f %></b></li> # <% end %> # </ul> # # <p> # <% if @cost < 10 %> # <b>Only <%= @cost %>!!!</b> # <% else %> # Call for a price, today! # <% end %> # </p> # # </body> # </html> # }.gsub(/^ /, '') # # rhtml = ERB.new(template) # # # Set up template data. # toy = Product.new( "TZ-1002", # "Rubysapien", # "Geek's Best Friend! Responds to Ruby commands...", # 999.95 ) # toy.add_feature("Listens for verbal commands in the Ruby language!") # toy.add_feature("Ignores Perl, Java, and all C variants.") # toy.add_feature("Karate-Chop Action!!!") # toy.add_feature("Matz signature on left leg.") # toy.add_feature("Gem studded eyes... Rubies, of course!") # # # Produce result. # rhtml.run(toy.get_binding) # # <i>Generates (some blank lines removed):</i> # # <html> # <head><title>Ruby Toys -- Rubysapien</title></head> # <body> # # <h1>Rubysapien (TZ-1002)</h1> # <p>Geek's Best Friend! Responds to Ruby commands...</p> # # <ul> # <li><b>Listens for verbal commands in the Ruby language!</b></li> # <li><b>Ignores Perl, Java, and all C variants.</b></li> # <li><b>Karate-Chop Action!!!</b></li> # <li><b>Matz signature on left leg.</b></li> # <li><b>Gem studded eyes... Rubies, of course!</b></li> # </ul> # # <p> # Call for a price, today! # </p> # # </body> # </html> # # # == Notes # # There are a variety of templating solutions available in various Ruby projects. # For example, RDoc, distributed with Ruby, uses its own template engine, which # can be reused elsewhere. # # Other popular engines could be found in the corresponding # {Category}[https://www.ruby-toolbox.com/categories/template_engines] of # The Ruby Toolbox. # class ERB Revision = '$Date:: $' # :nodoc: #' deprecate_constant :Revision # Returns revision information for the erb.rb module. def self.version VERSION end # # Constructs a new ERB object with the template specified in _str_. # # An ERB object works by building a chunk of Ruby code that will output # the completed template when run. # # If _trim_mode_ is passed a String containing one or more of the following # modifiers, ERB will adjust its code generation as listed: # # % enables Ruby code processing for lines beginning with % # <> omit newline for lines starting with <% and ending in %> # > omit newline for lines ending in %> # - omit blank lines ending in -%> # # _eoutvar_ can be used to set the name of the variable ERB will build up # its output in. This is useful when you need to run multiple ERB # templates through the same binding and/or when you want to control where # output ends up. Pass the name of the variable to be used inside a String. # # === Example # # require "erb" # # # build data class # class Listings # PRODUCT = { :name => "Chicken Fried Steak", # :desc => "A well messages pattie, breaded and fried.", # :cost => 9.95 } # # attr_reader :product, :price # # def initialize( product = "", price = "" ) # @product = product # @price = price # end # # def build # b = binding # # create and run templates, filling member data variables # ERB.new(<<~'END_PRODUCT', trim_mode: "", eoutvar: "@product").result b # <%= PRODUCT[:name] %> # <%= PRODUCT[:desc] %> # END_PRODUCT # ERB.new(<<~'END_PRICE', trim_mode: "", eoutvar: "@price").result b # <%= PRODUCT[:name] %> -- <%= PRODUCT[:cost] %> # <%= PRODUCT[:desc] %> # END_PRICE # end # end # # # setup template data # listings = Listings.new # listings.build # # puts listings.product + "\n" + listings.price # # _Generates_ # # Chicken Fried Steak # A well messages pattie, breaded and fried. # # Chicken Fried Steak -- 9.95 # A well messages pattie, breaded and fried. # def initialize(str, safe_level=NOT_GIVEN, legacy_trim_mode=NOT_GIVEN, legacy_eoutvar=NOT_GIVEN, trim_mode: nil, eoutvar: '_erbout') # Complex initializer for $SAFE deprecation at [Feature #14256]. Use keyword arguments to pass trim_mode or eoutvar. if safe_level != NOT_GIVEN warn 'Passing safe_level with the 2nd argument of ERB.new is deprecated. Do not use it, and specify other arguments as keyword arguments.', uplevel: 1 end if legacy_trim_mode != NOT_GIVEN warn 'Passing trim_mode with the 3rd argument of ERB.new is deprecated. Use keyword argument like ERB.new(str, trim_mode: ...) instead.', uplevel: 1 trim_mode = legacy_trim_mode end if legacy_eoutvar != NOT_GIVEN warn 'Passing eoutvar with the 4th argument of ERB.new is deprecated. Use keyword argument like ERB.new(str, eoutvar: ...) instead.', uplevel: 1 eoutvar = legacy_eoutvar end compiler = make_compiler(trim_mode) set_eoutvar(compiler, eoutvar) @src, @encoding, @frozen_string = *compiler.compile(str) @filename = nil @lineno = 0 @_init = self.class.singleton_class end NOT_GIVEN = Object.new private_constant :NOT_GIVEN ## # Creates a new compiler for ERB. See ERB::Compiler.new for details def make_compiler(trim_mode) ERB::Compiler.new(trim_mode) end # The Ruby code generated by ERB attr_reader :src # The encoding to eval attr_reader :encoding # The optional _filename_ argument passed to Kernel#eval when the ERB code # is run attr_accessor :filename # The optional _lineno_ argument passed to Kernel#eval when the ERB code # is run attr_accessor :lineno # # Sets optional filename and line number that will be used in ERB code # evaluation and error reporting. See also #filename= and #lineno= # # erb = ERB.new('<%= some_x %>') # erb.render # # undefined local variable or method `some_x' # # from (erb):1 # # erb.location = ['file.erb', 3] # # All subsequent error reporting would use new location # erb.render # # undefined local variable or method `some_x' # # from file.erb:4 # def location=((filename, lineno)) @filename = filename @lineno = lineno if lineno end # # Can be used to set _eoutvar_ as described in ERB::new. It's probably # easier to just use the constructor though, since calling this method # requires the setup of an ERB _compiler_ object. # def set_eoutvar(compiler, eoutvar = '_erbout') compiler.put_cmd = "#{eoutvar}.<<" compiler.insert_cmd = "#{eoutvar}.<<" compiler.pre_cmd = ["#{eoutvar} = +''"] compiler.post_cmd = [eoutvar] end # Generate results and print them. (see ERB#result) def run(b=new_toplevel) print self.result(b) end # # Executes the generated ERB code to produce a completed template, returning # the results of that code. (See ERB::new for details on how this process # can be affected by _safe_level_.) # # _b_ accepts a Binding object which is used to set the context of # code evaluation. # def result(b=new_toplevel) unless @_init.equal?(self.class.singleton_class) raise ArgumentError, "not initialized" end eval(@src, b, (@filename || '(erb)'), @lineno) end # Render a template on a new toplevel binding with local variables specified # by a Hash object. def result_with_hash(hash) b = new_toplevel(hash.keys) hash.each_pair do |key, value| b.local_variable_set(key, value) end result(b) end ## # Returns a new binding each time *near* TOPLEVEL_BINDING for runs that do # not specify a binding. def new_toplevel(vars = nil) b = TOPLEVEL_BINDING if vars vars = vars.select {|v| b.local_variable_defined?(v)} unless vars.empty? return b.eval("tap {|;#{vars.join(',')}| break binding}") end end b.dup end private :new_toplevel # Define _methodname_ as instance method of _mod_ from compiled Ruby source. # # example: # filename = 'example.rhtml' # 'arg1' and 'arg2' are used in example.rhtml # erb = ERB.new(File.read(filename)) # erb.def_method(MyClass, 'render(arg1, arg2)', filename) # print MyClass.new.render('foo', 123) def def_method(mod, methodname, fname='(ERB)') src = self.src.sub(/^(?!#|$)/) {"def #{methodname}\n"} << "\nend\n" mod.module_eval do eval(src, binding, fname, -1) end end # Create unnamed module, define _methodname_ as instance method of it, and return it. # # example: # filename = 'example.rhtml' # 'arg1' and 'arg2' are used in example.rhtml # erb = ERB.new(File.read(filename)) # erb.filename = filename # MyModule = erb.def_module('render(arg1, arg2)') # class MyClass # include MyModule # end def def_module(methodname='erb') mod = Module.new def_method(mod, methodname, @filename || '(ERB)') mod end # Define unnamed class which has _methodname_ as instance method, and return it. # # example: # class MyClass_ # def initialize(arg1, arg2) # @arg1 = arg1; @arg2 = arg2 # end # end # filename = 'example.rhtml' # @arg1 and @arg2 are used in example.rhtml # erb = ERB.new(File.read(filename)) # erb.filename = filename # MyClass = erb.def_class(MyClass_, 'render()') # print MyClass.new('foo', 123).render() def def_class(superklass=Object, methodname='result') cls = Class.new(superklass) def_method(cls, methodname, @filename || '(ERB)') cls end end PK *J [Wܢ��Y �Y share/ruby/ipaddr.rbnu �[��� # frozen_string_literal: true # # ipaddr.rb - A class to manipulate an IP address # # Copyright (c) 2002 Hajimu UMEMOTO <ume@mahoroba.org>. # Copyright (c) 2007, 2009, 2012 Akinori MUSHA <knu@iDaemons.org>. # All rights reserved. # # You can redistribute and/or modify it under the same terms as Ruby. # # $Id$ # # Contact: # - Akinori MUSHA <knu@iDaemons.org> (current maintainer) # # TODO: # - scope_id support # require 'socket' # IPAddr provides a set of methods to manipulate an IP address. Both IPv4 and # IPv6 are supported. # # == Example # # require 'ipaddr' # # ipaddr1 = IPAddr.new "3ffe:505:2::1" # # p ipaddr1 #=> #<IPAddr: IPv6:3ffe:0505:0002:0000:0000:0000:0000:0001/ffff:ffff:ffff:ffff:ffff:ffff:ffff:ffff> # # p ipaddr1.to_s #=> "3ffe:505:2::1" # # ipaddr2 = ipaddr1.mask(48) #=> #<IPAddr: IPv6:3ffe:0505:0002:0000:0000:0000:0000:0000/ffff:ffff:ffff:0000:0000:0000:0000:0000> # # p ipaddr2.to_s #=> "3ffe:505:2::" # # ipaddr3 = IPAddr.new "192.168.2.0/24" # # p ipaddr3 #=> #<IPAddr: IPv4:192.168.2.0/255.255.255.0> class IPAddr VERSION = "1.2.7" # 32 bit mask for IPv4 IN4MASK = 0xffffffff # 128 bit mask for IPv6 IN6MASK = 0xffffffffffffffffffffffffffffffff # Format string for IPv6 IN6FORMAT = (["%.4x"] * 8).join(':').freeze # Regexp _internally_ used for parsing IPv4 address. RE_IPV4ADDRLIKE = %r{ \A \d+ \. \d+ \. \d+ \. \d+ \z }x # Regexp _internally_ used for parsing IPv6 address. RE_IPV6ADDRLIKE_FULL = %r{ \A (?: (?: [\da-f]{1,4} : ){7} [\da-f]{1,4} | ( (?: [\da-f]{1,4} : ){6} ) (\d+) \. (\d+) \. (\d+) \. (\d+) ) \z }xi # Regexp _internally_ used for parsing IPv6 address. RE_IPV6ADDRLIKE_COMPRESSED = %r{ \A ( (?: (?: [\da-f]{1,4} : )* [\da-f]{1,4} )? ) :: ( (?: ( (?: [\da-f]{1,4} : )* ) (?: [\da-f]{1,4} | (\d+) \. (\d+) \. (\d+) \. (\d+) ) )? ) \z }xi # Generic IPAddr related error. Exceptions raised in this class should # inherit from Error. class Error < ArgumentError; end # Raised when the provided IP address is an invalid address. class InvalidAddressError < Error; end # Raised when the address family is invalid such as an address with an # unsupported family, an address with an inconsistent family, or an address # who's family cannot be determined. class AddressFamilyError < Error; end # Raised when the address is an invalid length. class InvalidPrefixError < InvalidAddressError; end # Returns the address family of this IP address. attr_reader :family # Creates a new ipaddr containing the given network byte ordered # string form of an IP address. def self.new_ntoh(addr) return new(ntop(addr)) end # Convert a network byte ordered string form of an IP address into # human readable form. # It expects the string to be encoded in Encoding::ASCII_8BIT (BINARY). def self.ntop(addr) if addr.is_a?(String) && addr.encoding != Encoding::BINARY raise InvalidAddressError, "invalid encoding (given #{addr.encoding}, expected BINARY)" end case addr.bytesize when 4 addr.unpack('C4').join('.') when 16 IN6FORMAT % addr.unpack('n8') else raise AddressFamilyError, "unsupported address family" end end # Returns a new ipaddr built by bitwise AND. def &(other) return self.clone.set(@addr & coerce_other(other).to_i) end # Returns a new ipaddr built by bitwise OR. def |(other) return self.clone.set(@addr | coerce_other(other).to_i) end # Returns a new ipaddr built by bitwise right-shift. def >>(num) return self.clone.set(@addr >> num) end # Returns a new ipaddr built by bitwise left shift. def <<(num) return self.clone.set(addr_mask(@addr << num)) end # Returns a new ipaddr built by bitwise negation. def ~ return self.clone.set(addr_mask(~@addr)) end # Returns true if two ipaddrs are equal. def ==(other) other = coerce_other(other) rescue false else @family == other.family && @addr == other.to_i end # Returns a new ipaddr built by masking IP address with the given # prefixlen/netmask. (e.g. 8, 64, "255.255.255.0", etc.) def mask(prefixlen) return self.clone.mask!(prefixlen) end # Returns true if the given ipaddr is in the range. # # e.g.: # require 'ipaddr' # net1 = IPAddr.new("192.168.2.0/24") # net2 = IPAddr.new("192.168.2.100") # net3 = IPAddr.new("192.168.3.0") # net4 = IPAddr.new("192.168.2.0/16") # p net1.include?(net2) #=> true # p net1.include?(net3) #=> false # p net1.include?(net4) #=> false # p net4.include?(net1) #=> true def include?(other) other = coerce_other(other) return false unless other.family == family begin_addr <= other.begin_addr && end_addr >= other.end_addr end alias === include? # Returns the integer representation of the ipaddr. def to_i return @addr end # Returns a string containing the IP address representation. def to_s str = to_string return str if ipv4? str.gsub!(/\b0{1,3}([\da-f]+)\b/i, '\1') loop do break if str.sub!(/\A0:0:0:0:0:0:0:0\z/, '::') break if str.sub!(/\b0:0:0:0:0:0:0\b/, ':') break if str.sub!(/\b0:0:0:0:0:0\b/, ':') break if str.sub!(/\b0:0:0:0:0\b/, ':') break if str.sub!(/\b0:0:0:0\b/, ':') break if str.sub!(/\b0:0:0\b/, ':') break if str.sub!(/\b0:0\b/, ':') break end str.sub!(/:{3,}/, '::') if /\A::(ffff:)?([\da-f]{1,4}):([\da-f]{1,4})\z/i =~ str str = sprintf('::%s%d.%d.%d.%d', $1, $2.hex / 256, $2.hex % 256, $3.hex / 256, $3.hex % 256) end str end # Returns a string containing the IP address representation in # canonical form. def to_string str = _to_string(@addr) if @family == Socket::AF_INET6 str << zone_id.to_s end return str end # Returns a string containing the IP address representation with prefix. def as_json(*) if ipv4? && prefix == 32 to_s elsif ipv6? && prefix == 128 to_s else cidr end end # Returns a json string containing the IP address representation. def to_json(*a) %Q{"#{as_json(*a)}"} end # Returns a string containing the IP address representation in # cidr notation def cidr "#{to_s}/#{prefix}" end # Returns a network byte ordered string form of the IP address. def hton case @family when Socket::AF_INET return [@addr].pack('N') when Socket::AF_INET6 return (0..7).map { |i| (@addr >> (112 - 16 * i)) & 0xffff }.pack('n8') else raise AddressFamilyError, "unsupported address family" end end # Returns true if the ipaddr is an IPv4 address. def ipv4? return @family == Socket::AF_INET end # Returns true if the ipaddr is an IPv6 address. def ipv6? return @family == Socket::AF_INET6 end # Returns true if the ipaddr is a loopback address. # Loopback IPv4 addresses in the IPv4-mapped IPv6 # address range are also considered as loopback addresses. def loopback? case @family when Socket::AF_INET @addr & 0xff000000 == 0x7f000000 # 127.0.0.1/8 when Socket::AF_INET6 @addr == 1 || # ::1 (@addr & 0xffff_0000_0000 == 0xffff_0000_0000 && ( @addr & 0xff000000 == 0x7f000000 # ::ffff:127.0.0.1/8 )) else raise AddressFamilyError, "unsupported address family" end end # Returns true if the ipaddr is a private address. IPv4 addresses # in 10.0.0.0/8, 172.16.0.0/12 and 192.168.0.0/16 as defined in RFC # 1918 and IPv6 Unique Local Addresses in fc00::/7 as defined in RFC # 4193 are considered private. Private IPv4 addresses in the # IPv4-mapped IPv6 address range are also considered private. def private? case @family when Socket::AF_INET @addr & 0xff000000 == 0x0a000000 || # 10.0.0.0/8 @addr & 0xfff00000 == 0xac100000 || # 172.16.0.0/12 @addr & 0xffff0000 == 0xc0a80000 # 192.168.0.0/16 when Socket::AF_INET6 @addr & 0xfe00_0000_0000_0000_0000_0000_0000_0000 == 0xfc00_0000_0000_0000_0000_0000_0000_0000 || (@addr & 0xffff_0000_0000 == 0xffff_0000_0000 && ( @addr & 0xff000000 == 0x0a000000 || # ::ffff:10.0.0.0/8 @addr & 0xfff00000 == 0xac100000 || # ::ffff::172.16.0.0/12 @addr & 0xffff0000 == 0xc0a80000 # ::ffff::192.168.0.0/16 )) else raise AddressFamilyError, "unsupported address family" end end # Returns true if the ipaddr is a link-local address. IPv4 # addresses in 169.254.0.0/16 reserved by RFC 3927 and link-local # IPv6 Unicast Addresses in fe80::/10 reserved by RFC 4291 are # considered link-local. Link-local IPv4 addresses in the # IPv4-mapped IPv6 address range are also considered link-local. def link_local? case @family when Socket::AF_INET @addr & 0xffff0000 == 0xa9fe0000 # 169.254.0.0/16 when Socket::AF_INET6 @addr & 0xffc0_0000_0000_0000_0000_0000_0000_0000 == 0xfe80_0000_0000_0000_0000_0000_0000_0000 || # fe80::/10 (@addr & 0xffff_0000_0000 == 0xffff_0000_0000 && ( @addr & 0xffff0000 == 0xa9fe0000 # ::ffff:169.254.0.0/16 )) else raise AddressFamilyError, "unsupported address family" end end # Returns true if the ipaddr is an IPv4-mapped IPv6 address. def ipv4_mapped? return ipv6? && (@addr >> 32) == 0xffff end # Returns true if the ipaddr is an IPv4-compatible IPv6 address. def ipv4_compat? warn "IPAddr\##{__callee__} is obsolete", uplevel: 1 if $VERBOSE _ipv4_compat? end def _ipv4_compat? if !ipv6? || (@addr >> 32) != 0 return false end a = (@addr & IN4MASK) return a != 0 && a != 1 end private :_ipv4_compat? # Returns a new ipaddr built by converting the native IPv4 address # into an IPv4-mapped IPv6 address. def ipv4_mapped if !ipv4? raise InvalidAddressError, "not an IPv4 address: #{@addr}" end clone = self.clone.set(@addr | 0xffff00000000, Socket::AF_INET6) clone.instance_variable_set(:@mask_addr, @mask_addr | 0xffffffffffffffffffffffff00000000) clone end # Returns a new ipaddr built by converting the native IPv4 address # into an IPv4-compatible IPv6 address. def ipv4_compat warn "IPAddr\##{__callee__} is obsolete", uplevel: 1 if $VERBOSE if !ipv4? raise InvalidAddressError, "not an IPv4 address: #{@addr}" end return self.clone.set(@addr, Socket::AF_INET6) end # Returns a new ipaddr built by converting the IPv6 address into a # native IPv4 address. If the IP address is not an IPv4-mapped or # IPv4-compatible IPv6 address, returns self. def native if !ipv4_mapped? && !_ipv4_compat? return self end return self.clone.set(@addr & IN4MASK, Socket::AF_INET) end # Returns a string for DNS reverse lookup. It returns a string in # RFC3172 form for an IPv6 address. def reverse case @family when Socket::AF_INET return _reverse + ".in-addr.arpa" when Socket::AF_INET6 return ip6_arpa else raise AddressFamilyError, "unsupported address family" end end # Returns a string for DNS reverse lookup compatible with RFC3172. def ip6_arpa if !ipv6? raise InvalidAddressError, "not an IPv6 address: #{@addr}" end return _reverse + ".ip6.arpa" end # Returns a string for DNS reverse lookup compatible with RFC1886. def ip6_int if !ipv6? raise InvalidAddressError, "not an IPv6 address: #{@addr}" end return _reverse + ".ip6.int" end # Returns the successor to the ipaddr. def succ return self.clone.set(@addr + 1, @family) end # Compares the ipaddr with another. def <=>(other) other = coerce_other(other) rescue nil else @addr <=> other.to_i if other.family == @family end include Comparable # Checks equality used by Hash. def eql?(other) return self.class == other.class && self.hash == other.hash && self == other end # Returns a hash value used by Hash, Set, and Array classes def hash return ([@addr, @mask_addr, @zone_id].hash << 1) | (ipv4? ? 0 : 1) end # Creates a Range object for the network address. def to_range self.class.new(begin_addr, @family)..self.class.new(end_addr, @family) end # Returns the prefix length in bits for the ipaddr. def prefix case @family when Socket::AF_INET n = IN4MASK ^ @mask_addr i = 32 when Socket::AF_INET6 n = IN6MASK ^ @mask_addr i = 128 else raise AddressFamilyError, "unsupported address family" end while n.positive? n >>= 1 i -= 1 end i end # Sets the prefix length in bits def prefix=(prefix) case prefix when Integer mask!(prefix) else raise InvalidPrefixError, "prefix must be an integer" end end # Returns a string containing a human-readable representation of the # ipaddr. ("#<IPAddr: family:address/mask>") def inspect case @family when Socket::AF_INET af = "IPv4" when Socket::AF_INET6 af = "IPv6" zone_id = @zone_id.to_s else raise AddressFamilyError, "unsupported address family" end return sprintf("#<%s: %s:%s%s/%s>", self.class.name, af, _to_string(@addr), zone_id, _to_string(@mask_addr)) end # Returns the netmask in string format e.g. 255.255.0.0 def netmask _to_string(@mask_addr) end # Returns the wildcard mask in string format e.g. 0.0.255.255 def wildcard_mask case @family when Socket::AF_INET mask = IN4MASK ^ @mask_addr when Socket::AF_INET6 mask = IN6MASK ^ @mask_addr else raise AddressFamilyError, "unsupported address family" end _to_string(mask) end # Returns the IPv6 zone identifier, if present. # Raises InvalidAddressError if not an IPv6 address. def zone_id if @family == Socket::AF_INET6 @zone_id else raise InvalidAddressError, "not an IPv6 address" end end # Returns the IPv6 zone identifier, if present. # Raises InvalidAddressError if not an IPv6 address. def zone_id=(zid) if @family == Socket::AF_INET6 case zid when nil, /\A%(\w+)\z/ @zone_id = zid else raise InvalidAddressError, "invalid zone identifier for address" end else raise InvalidAddressError, "not an IPv6 address" end end protected def begin_addr @addr & @mask_addr end def end_addr case @family when Socket::AF_INET @addr | (IN4MASK ^ @mask_addr) when Socket::AF_INET6 @addr | (IN6MASK ^ @mask_addr) else raise AddressFamilyError, "unsupported address family" end end # Set +@addr+, the internal stored ip address, to given +addr+. The # parameter +addr+ is validated using the first +family+ member, # which is +Socket::AF_INET+ or +Socket::AF_INET6+. def set(addr, *family) case family[0] ? family[0] : @family when Socket::AF_INET if addr < 0 || addr > IN4MASK raise InvalidAddressError, "invalid address: #{addr}" end when Socket::AF_INET6 if addr < 0 || addr > IN6MASK raise InvalidAddressError, "invalid address: #{addr}" end else raise AddressFamilyError, "unsupported address family" end @addr = addr if family[0] @family = family[0] if @family == Socket::AF_INET @mask_addr &= IN4MASK end end return self end # Set current netmask to given mask. def mask!(mask) case mask when String case mask when /\A(0|[1-9]+\d*)\z/ prefixlen = mask.to_i when /\A\d+\z/ raise InvalidPrefixError, "leading zeros in prefix" else m = IPAddr.new(mask) if m.family != @family raise InvalidPrefixError, "address family is not same" end @mask_addr = m.to_i n = @mask_addr ^ m.instance_variable_get(:@mask_addr) unless ((n + 1) & n).zero? raise InvalidPrefixError, "invalid mask #{mask}" end @addr &= @mask_addr return self end else prefixlen = mask end case @family when Socket::AF_INET if prefixlen < 0 || prefixlen > 32 raise InvalidPrefixError, "invalid length" end masklen = 32 - prefixlen @mask_addr = ((IN4MASK >> masklen) << masklen) when Socket::AF_INET6 if prefixlen < 0 || prefixlen > 128 raise InvalidPrefixError, "invalid length" end masklen = 128 - prefixlen @mask_addr = ((IN6MASK >> masklen) << masklen) else raise AddressFamilyError, "unsupported address family" end @addr = ((@addr >> masklen) << masklen) return self end private # Creates a new ipaddr object either from a human readable IP # address representation in string, or from a packed in_addr value # followed by an address family. # # In the former case, the following are the valid formats that will # be recognized: "address", "address/prefixlen" and "address/mask", # where IPv6 address may be enclosed in square brackets (`[' and # `]'). If a prefixlen or a mask is specified, it returns a masked # IP address. Although the address family is determined # automatically from a specified string, you can specify one # explicitly by the optional second argument. # # Otherwise an IP address is generated from a packed in_addr value # and an address family. # # The IPAddr class defines many methods and operators, and some of # those, such as &, |, include? and ==, accept a string, or a packed # in_addr value instead of an IPAddr object. def initialize(addr = '::', family = Socket::AF_UNSPEC) @mask_addr = nil if !addr.kind_of?(String) case family when Socket::AF_INET, Socket::AF_INET6 set(addr.to_i, family) @mask_addr = (family == Socket::AF_INET) ? IN4MASK : IN6MASK return when Socket::AF_UNSPEC raise AddressFamilyError, "address family must be specified" else raise AddressFamilyError, "unsupported address family: #{family}" end end prefix, prefixlen = addr.split('/', 2) if prefix =~ /\A\[(.*)\]\z/i prefix = $1 family = Socket::AF_INET6 end if prefix =~ /\A(.*)(%\w+)\z/ prefix = $1 zone_id = $2 family = Socket::AF_INET6 end # It seems AI_NUMERICHOST doesn't do the job. #Socket.getaddrinfo(left, nil, Socket::AF_INET6, Socket::SOCK_STREAM, nil, # Socket::AI_NUMERICHOST) @addr = @family = nil if family == Socket::AF_UNSPEC || family == Socket::AF_INET @addr = in_addr(prefix) if @addr @family = Socket::AF_INET end end if !@addr && (family == Socket::AF_UNSPEC || family == Socket::AF_INET6) @addr = in6_addr(prefix) @family = Socket::AF_INET6 end @zone_id = zone_id if family != Socket::AF_UNSPEC && @family != family raise AddressFamilyError, "address family mismatch" end if prefixlen mask!(prefixlen) else @mask_addr = (@family == Socket::AF_INET) ? IN4MASK : IN6MASK end end def coerce_other(other) case other when IPAddr other when String self.class.new(other) else self.class.new(other, @family) end end def in_addr(addr) case addr when Array octets = addr else RE_IPV4ADDRLIKE.match?(addr) or return nil octets = addr.split('.') end octets.inject(0) { |i, s| (n = s.to_i) < 256 or raise InvalidAddressError, "invalid address: #{@addr}" (s != '0') && s.start_with?('0') and raise InvalidAddressError, "zero-filled number in IPv4 address is ambiguous: #{@addr}" i << 8 | n } end def in6_addr(left) case left when RE_IPV6ADDRLIKE_FULL if $2 addr = in_addr($~[2,4]) left = $1 + ':' else addr = 0 end right = '' when RE_IPV6ADDRLIKE_COMPRESSED if $4 left.count(':') <= 6 or raise InvalidAddressError, "invalid address: #{@addr}" addr = in_addr($~[4,4]) left = $1 right = $3 + '0:0' else left.count(':') <= ($1.empty? || $2.empty? ? 8 : 7) or raise InvalidAddressError, "invalid address: #{@addr}" left = $1 right = $2 addr = 0 end else raise InvalidAddressError, "invalid address: #{@addr}" end l = left.split(':') r = right.split(':') rest = 8 - l.size - r.size if rest < 0 return nil end (l + Array.new(rest, '0') + r).inject(0) { |i, s| i << 16 | s.hex } | addr end def addr_mask(addr) case @family when Socket::AF_INET return addr & IN4MASK when Socket::AF_INET6 return addr & IN6MASK else raise AddressFamilyError, "unsupported address family" end end def _reverse case @family when Socket::AF_INET return (0..3).map { |i| (@addr >> (8 * i)) & 0xff }.join('.') when Socket::AF_INET6 return ("%.32x" % @addr).reverse!.gsub!(/.(?!$)/, '\&.') else raise AddressFamilyError, "unsupported address family" end end def _to_string(addr) case @family when Socket::AF_INET return (0..3).map { |i| (addr >> (24 - 8 * i)) & 0xff }.join('.') when Socket::AF_INET6 return (("%.32x" % addr).gsub!(/.{4}(?!$)/, '\&:')) else raise AddressFamilyError, "unsupported address family" end end end unless Socket.const_defined? :AF_INET6 class Socket < BasicSocket # IPv6 protocol family AF_INET6 = Object.new.freeze end class << IPSocket private def valid_v6?(addr) case addr when IPAddr::RE_IPV6ADDRLIKE_FULL if $2 $~[2,4].all? {|i| i.to_i < 256 } else true end when IPAddr::RE_IPV6ADDRLIKE_COMPRESSED if $4 addr.count(':') <= 6 && $~[4,4].all? {|i| i.to_i < 256} else addr.count(':') <= 7 end else false end end alias getaddress_orig getaddress public # Returns a +String+ based representation of a valid DNS hostname, # IPv4 or IPv6 address. # # IPSocket.getaddress 'localhost' #=> "::1" # IPSocket.getaddress 'broadcasthost' #=> "255.255.255.255" # IPSocket.getaddress 'www.ruby-lang.org' #=> "221.186.184.68" # IPSocket.getaddress 'www.ccc.de' #=> "2a00:1328:e102:ccc0::122" def getaddress(s) if valid_v6?(s) s else getaddress_orig(s) end end end end PK *J [��4+�r �r share/ruby/mkmf.rbnu �[��� # -*- coding: us-ascii -*- # frozen-string-literal: false # module to create Makefile for extension modules # invoke like: ruby -r mkmf extconf.rb require 'rbconfig' require 'fileutils' require 'shellwords' class String # :nodoc: # Wraps a string in escaped quotes if it contains whitespace. def quote /\s/ =~ self ? "\"#{self}\"" : "#{self}" end # Escape whitespaces for Makefile. def unspace gsub(/\s/, '\\\\\\&') end # Generates a string used as cpp macro name. def tr_cpp strip.upcase.tr_s("^A-Z0-9_*", "_").tr_s("*", "P") end def funcall_style /\)\z/ =~ self ? dup : "#{self}()" end def sans_arguments self[/\A[^()]+/] end end class Array # :nodoc: # Wraps all strings in escaped quotes if they contain whitespace. def quote map {|s| s.quote} end end ## # mkmf.rb is used by Ruby C extensions to generate a Makefile which will # correctly compile and link the C extension to Ruby and a third-party # library. module MakeMakefile target_rbconfig = nil ARGV.delete_if do |arg| opt = arg.delete_prefix("--target-rbconfig=") unless opt == arg target_rbconfig = opt end end if target_rbconfig # Load the RbConfig for the target platform into this module. # Cross-compiling needs the same version of Ruby. Kernel.load target_rbconfig, self else # The RbConfig for the target platform where the built extension runs. RbConfig = ::RbConfig end #### defer until this module become global-state free. # def self.extended(obj) # obj.init_mkmf # super # end # # def initialize(*args, rbconfig: RbConfig, **rest) # init_mkmf(rbconfig::MAKEFILE_CONFIG, rbconfig::CONFIG) # super(*args, **rest) # end ## # The makefile configuration using the defaults from when Ruby was built. CONFIG = RbConfig::MAKEFILE_CONFIG ## # The saved original value of +LIB+ environment variable ORIG_LIBPATH = ENV['LIB'] ## # Extensions for files compiled with a C compiler C_EXT = %w[c m] ## # Extensions for files compiled with a C++ compiler CXX_EXT = %w[cc mm cxx cpp] unless File.exist?(File.join(*File.split(__FILE__).tap {|d, b| b.swapcase})) CXX_EXT.concat(%w[C]) end ## # Extensions for source files SRC_EXT = C_EXT + CXX_EXT ## # Extensions for header files HDR_EXT = %w[h hpp] $static = nil $config_h = '$(arch_hdrdir)/ruby/config.h' $default_static = $static unless defined? $configure_args $configure_args = {} args = CONFIG["configure_args"].shellsplit if arg = ENV["CONFIGURE_ARGS"] args.push(*arg.shellsplit) end args.delete_if {|a| /\A--(?:top(?:src)?|src|cur)dir(?=\z|=)/ =~ a} for arg in args.concat(ARGV) arg, val = arg.split('=', 2) next unless arg arg.tr!('_', '-') if arg.sub!(/\A(?!--)/, '--') val or next arg.downcase! end $configure_args[arg] = val || true end end $libdir = CONFIG["libdir"] $rubylibdir = CONFIG["rubylibdir"] $archdir = CONFIG["archdir"] $sitedir = CONFIG["sitedir"] $sitelibdir = CONFIG["sitelibdir"] $sitearchdir = CONFIG["sitearchdir"] $vendordir = CONFIG["vendordir"] $vendorlibdir = CONFIG["vendorlibdir"] $vendorarchdir = CONFIG["vendorarchdir"] $mswin = /mswin/ =~ RUBY_PLATFORM $mingw = /mingw/ =~ RUBY_PLATFORM $cygwin = /cygwin/ =~ RUBY_PLATFORM $netbsd = /netbsd/ =~ RUBY_PLATFORM $haiku = /haiku/ =~ RUBY_PLATFORM $solaris = /solaris/ =~ RUBY_PLATFORM $universal = /universal/ =~ RUBY_PLATFORM $dest_prefix_pattern = (File::PATH_SEPARATOR == ';' ? /\A([[:alpha:]]:)?/ : /\A/) # :stopdoc: def config_string(key, config = CONFIG) s = config[key] and !s.empty? and block_given? ? yield(s) : s end module_function :config_string def dir_re(dir) Regexp.new('\$(?:\('+dir+'\)|\{'+dir+'\})(?:\$(?:\(target_prefix\)|\{target_prefix\}))?') end module_function :dir_re def relative_from(path, base) dir = File.join(path, "") if File.expand_path(dir) == File.expand_path(dir, base) path else File.join(base, path) end end INSTALL_DIRS = [ [dir_re('commondir'), "$(RUBYCOMMONDIR)"], [dir_re('sitedir'), "$(RUBYCOMMONDIR)"], [dir_re('vendordir'), "$(RUBYCOMMONDIR)"], [dir_re('rubylibdir'), "$(RUBYLIBDIR)"], [dir_re('archdir'), "$(RUBYARCHDIR)"], [dir_re('sitelibdir'), "$(RUBYLIBDIR)"], [dir_re('vendorlibdir'), "$(RUBYLIBDIR)"], [dir_re('sitearchdir'), "$(RUBYARCHDIR)"], [dir_re('vendorarchdir'), "$(RUBYARCHDIR)"], [dir_re('rubyhdrdir'), "$(RUBYHDRDIR)"], [dir_re('sitehdrdir'), "$(SITEHDRDIR)"], [dir_re('vendorhdrdir'), "$(VENDORHDRDIR)"], [dir_re('bindir'), "$(BINDIR)"], ] def install_dirs(target_prefix = nil) if $extout and $extmk dirs = [ ['BINDIR', '$(extout)/bin'], ['RUBYCOMMONDIR', '$(extout)/common'], ['RUBYLIBDIR', '$(RUBYCOMMONDIR)$(target_prefix)'], ['RUBYARCHDIR', '$(extout)/$(arch)$(target_prefix)'], ['HDRDIR', '$(extout)/include/ruby$(target_prefix)'], ['ARCHHDRDIR', '$(extout)/include/$(arch)/ruby$(target_prefix)'], ['extout', "#$extout"], ['extout_prefix', "#$extout_prefix"], ] elsif $extmk dirs = [ ['BINDIR', '$(bindir)'], ['RUBYCOMMONDIR', '$(rubylibdir)'], ['RUBYLIBDIR', '$(rubylibdir)$(target_prefix)'], ['RUBYARCHDIR', '$(archdir)$(target_prefix)'], ['HDRDIR', '$(rubyhdrdir)/ruby$(target_prefix)'], ['ARCHHDRDIR', '$(rubyhdrdir)/$(arch)/ruby$(target_prefix)'], ] elsif $configure_args.has_key?('--vendor') dirs = [ ['BINDIR', '$(bindir)'], ['RUBYCOMMONDIR', '$(vendordir)$(target_prefix)'], ['RUBYLIBDIR', '$(vendorlibdir)$(target_prefix)'], ['RUBYARCHDIR', '$(vendorarchdir)$(target_prefix)'], ['HDRDIR', '$(vendorhdrdir)$(target_prefix)'], ['ARCHHDRDIR', '$(vendorarchhdrdir)$(target_prefix)'], ] else dirs = [ ['BINDIR', '$(bindir)'], ['RUBYCOMMONDIR', '$(sitedir)$(target_prefix)'], ['RUBYLIBDIR', '$(sitelibdir)$(target_prefix)'], ['RUBYARCHDIR', '$(sitearchdir)$(target_prefix)'], ['HDRDIR', '$(sitehdrdir)$(target_prefix)'], ['ARCHHDRDIR', '$(sitearchhdrdir)$(target_prefix)'], ] end dirs << ['target_prefix', (target_prefix ? "/#{target_prefix}" : "")] dirs end def map_dir(dir, map = nil) map ||= INSTALL_DIRS map.inject(dir) {|d, (orig, new)| d.gsub(orig, new)} end topdir = File.dirname(File.dirname(__FILE__)) path = File.expand_path($0) until (dir = File.dirname(path)) == path if File.identical?(dir, topdir) $extmk = true if %r"\A(?:ext|enc|tool|test)\z" =~ File.basename(path) break end path = dir end $extmk ||= false if not $extmk and File.exist?(($hdrdir = RbConfig::CONFIG["rubyhdrdir"]) + "/ruby/ruby.h") $topdir = $hdrdir $top_srcdir = $hdrdir $arch_hdrdir = RbConfig::CONFIG["rubyarchhdrdir"] elsif File.exist?(($hdrdir = ($top_srcdir ||= topdir) + "/include") + "/ruby.h") $topdir ||= RbConfig::CONFIG["topdir"] $arch_hdrdir = "$(extout)/include/$(arch)" else abort <<MESSAGE mkmf.rb can't find header files for ruby at #{$hdrdir}/ruby.h You might have to install separate package for the ruby development environment, ruby-dev or ruby-devel for example. MESSAGE end CONFTEST = "conftest".freeze CONFTEST_C = "#{CONFTEST}.c" OUTFLAG = CONFIG['OUTFLAG'] COUTFLAG = CONFIG['COUTFLAG'] CSRCFLAG = CONFIG['CSRCFLAG'] CPPOUTFILE = config_string('CPPOUTFILE') {|str| str.sub(/\bconftest\b/, CONFTEST)} # :startdoc: # Removes _files_. def rm_f(*files) opt = (Hash === files.last ? [files.pop] : []) FileUtils.rm_f(Dir[*files.flatten], *opt) end module_function :rm_f # Removes _files_ recursively. def rm_rf(*files) opt = (Hash === files.last ? [files.pop] : []) FileUtils.rm_rf(Dir[*files.flatten], *opt) end module_function :rm_rf # Returns time stamp of the +target+ file if it exists and is newer than or # equal to all of +times+. def modified?(target, times) (t = File.mtime(target)) rescue return nil Array === times or times = [times] t if times.all? {|n| n <= t} end # :stopdoc: def split_libs(*strs) sep = $mswin ? /\s+/ : /\s+(?=-|\z)/ strs.flat_map {|s| s.lstrip.split(sep)} end def merge_libs(*libs) libs.inject([]) do |x, y| y = y.inject([]) {|ary, e| ary.last == e ? ary : ary << e} y.each_with_index do |v, yi| if xi = x.rindex(v) x[(xi+1)..-1] = merge_libs(y[(yi+1)..-1], x[(xi+1)..-1]) x[xi, 0] = y[0...yi] break end end and x.concat(y) x end end # This is a custom logging module. It generates an mkmf.log file when you # run your extconf.rb script. This can be useful for debugging unexpected # failures. # # This module and its associated methods are meant for internal use only. # module Logging @log = nil @logfile = 'mkmf.log' @orgerr = $stderr.dup @orgout = $stdout.dup @postpone = 0 @quiet = $extmk def self::log_open @log ||= File::open(@logfile, 'wb') @log.sync = true end def self::log_opened? @log and not @log.closed? end def self::open log_open $stderr.reopen(@log) $stdout.reopen(@log) yield ensure $stderr.reopen(@orgerr) $stdout.reopen(@orgout) end def self::message(*s) log_open @log.printf(*s) end def self::logfile file @logfile = file log_close end def self::log_close if @log and not @log.closed? @log.flush @log.close @log = nil end end def self::postpone tmplog = "mkmftmp#{@postpone += 1}.log" open do log, *save = @log, @logfile, @orgout, @orgerr @log, @logfile, @orgout, @orgerr = nil, tmplog, log, log begin log.print(open {yield @log}) ensure @log.close if @log and not @log.closed? File::open(tmplog) {|t| FileUtils.copy_stream(t, log)} if File.exist?(tmplog) @log, @logfile, @orgout, @orgerr = log, *save @postpone -= 1 MakeMakefile.rm_f tmplog end end end class << self attr_accessor :quiet end end def libpath_env # used only if native compiling if libpathenv = config_string("LIBPATHENV") pathenv = ENV[libpathenv] libpath = RbConfig.expand($DEFLIBPATH.join(File::PATH_SEPARATOR)) {libpathenv => [libpath, pathenv].compact.join(File::PATH_SEPARATOR)} else {} end end def expand_command(commands, envs = libpath_env) varpat = /\$\((\w+)\)|\$\{(\w+)\}/ vars = nil expand = proc do |command| case command when Array command.map(&expand) when String if varpat =~ command vars ||= Hash.new {|h, k| h[k] = ENV[k]} command = command.dup nil while command.gsub!(varpat) {vars[$1||$2]} end command else command end end if Array === commands env, *commands = commands if Hash === commands.first envs.merge!(env) if env end # disable ASAN leak reporting - conftest programs almost always don't bother # to free their memory. envs['ASAN_OPTIONS'] = "detect_leaks=0" unless ENV.key?('ASAN_OPTIONS') return envs, expand[commands] end def env_quote(envs) envs.map {|e, v| "#{e}=#{v.quote}"} end # :startdoc: # call-seq: # xsystem(command, werror: false) -> true or false # # Executes _command_ with expanding variables, and returns the exit # status like as Kernel#system. If _werror_ is true and the error # output is not empty, returns +false+. The output will logged. def xsystem(command, werror: false) env, command = expand_command(command) Logging::open do puts [env_quote(env), command.quote].join(' ') if werror result = nil Logging.postpone do |log| output = IO.popen(env, command, &:read) result = ($?.success? and File.zero?(log.path)) output end result else system(env, *command) end end end # Executes _command_ similarly to xsystem, but yields opened pipe. def xpopen command, *mode, &block env, commands = expand_command(command) command = [env_quote(env), command].join(' ') Logging::open do case mode[0] when nil, Hash, /^r/ puts "#{command} |" else puts "| #{command}" end IO.popen(env, commands, *mode, &block) end end # Logs _src_ def log_src(src, heading="checked program was") src = src.split(/^/) fmt = "%#{src.size.to_s.size}d: %s" Logging::message <<"EOM" #{heading}: /* begin */ EOM src.each_with_index {|line, no| Logging::message fmt, no+1, line} Logging::message <<"EOM" /* end */ EOM end # Returns the language-dependent source file name for configuration # checks. def conftest_source CONFTEST_C end # Creats temporary source file from +COMMON_HEADERS+ and _src_. # Yields the created source string and uses the returned string as # the source code, if the block is given. def create_tmpsrc(src) src = "#{COMMON_HEADERS}\n#{src}" src = yield(src) if block_given? src.gsub!(/[ \t]+$/, '') src.gsub!(/\A\n+|^\n+$/, '') src.sub!(/[^\n]\z/, "\\&\n") count = 0 begin File.open(conftest_source, "wb") do |cfile| cfile.print src end rescue Errno::EACCES if (count += 1) < 5 sleep 0.2 retry end end src end # :stopdoc: def have_devel? unless defined? $have_devel $have_devel = true $have_devel = try_link(MAIN_DOES_NOTHING) end $have_devel end def try_do(src, command, **opts, &b) unless have_devel? raise <<MSG The compiler failed to generate an executable file. You have to install development tools first. MSG end begin src = create_tmpsrc(src, &b) xsystem(command, **opts) ensure log_src(src) end end def link_config(ldflags, opt="", libpath=$DEFLIBPATH|$LIBPATH) librubyarg = $extmk ? $LIBRUBYARG_STATIC : "$(LIBRUBYARG)" conf = RbConfig::CONFIG.merge('hdrdir' => $hdrdir.quote, 'src' => "#{conftest_source}", 'arch_hdrdir' => $arch_hdrdir.quote, 'top_srcdir' => $top_srcdir.quote, 'INCFLAGS' => "#$INCFLAGS", 'CPPFLAGS' => "#$CPPFLAGS", 'CFLAGS' => "#$CFLAGS", 'ARCH_FLAG' => "#$ARCH_FLAG", 'LDFLAGS' => "#$LDFLAGS #{ldflags}", 'LOCAL_LIBS' => "#$LOCAL_LIBS #$libs", 'LIBS' => "#{librubyarg} #{opt} #$LIBS") conf['LIBPATH'] = libpathflag(libpath.map {|s| RbConfig::expand(s.dup, conf)}) conf end def link_command(ldflags, *opts) conf = link_config(ldflags, *opts) RbConfig::expand(TRY_LINK.dup, conf) end def cc_config(opt="") conf = RbConfig::CONFIG.merge('hdrdir' => $hdrdir.quote, 'srcdir' => $srcdir.quote, 'arch_hdrdir' => $arch_hdrdir.quote, 'top_srcdir' => $top_srcdir.quote) conf end def cc_command(opt="") conf = cc_config(opt) RbConfig::expand("$(CC) #$INCFLAGS #$CPPFLAGS #$CFLAGS #$ARCH_FLAG #{opt} -c #{CONFTEST_C}", conf) end def cpp_command(outfile, opt="") conf = cc_config(opt) if $universal and (arch_flag = conf['ARCH_FLAG']) and !arch_flag.empty? conf['ARCH_FLAG'] = arch_flag.gsub(/(?:\G|\s)-arch\s+\S+/, '') end RbConfig::expand("$(CPP) #$INCFLAGS #$CPPFLAGS #$CFLAGS #{opt} #{CONFTEST_C} #{outfile}", conf) end def libpathflag(libpath=$DEFLIBPATH|$LIBPATH) libpathflags = nil libpath.map{|x| case x when "$(topdir)", /\A\./ LIBPATHFLAG else libpathflags ||= [LIBPATHFLAG, RPATHFLAG].grep(/\S/).join(" ") end % x.quote }.join(" ") end def werror_flag(opt = nil) config_string("WERRORFLAG") {|flag| opt = opt && !opt.empty? ? "#{opt} #{flag}" : flag} opt end def with_werror(opt, opts = nil) opt = werror_flag(opt) if opts and (opts = opts.dup).delete(:werror) yield(opt, opts) end def try_link0(src, opt = "", ldflags: "", **opts, &b) # :nodoc: exe = CONFTEST+$EXEEXT cmd = link_command(ldflags, opt) if $universal require 'tmpdir' Dir.mktmpdir("mkmf_", oldtmpdir = ENV["TMPDIR"]) do |tmpdir| begin ENV["TMPDIR"] = tmpdir try_do(src, cmd, **opts, &b) ensure ENV["TMPDIR"] = oldtmpdir end end else try_do(src, cmd, **opts, &b) end and File.executable?(exe) or return nil exe ensure MakeMakefile.rm_rf(*Dir["#{CONFTEST}*"]-[exe]) end # Returns whether or not the +src+ can be compiled as a C source and linked # with its depending libraries successfully. +opt+ is passed to the linker # as options. Note that <tt>$CFLAGS</tt> and <tt>$LDFLAGS</tt> are also # passed to the linker. # # If a block given, it is called with the source before compilation. You can # modify the source in the block. # # [+src+] a String which contains a C source # [+opt+] a String which contains linker options def try_link(src, opt = "", **opts, &b) exe = try_link0(src, opt, **opts, &b) or return false MakeMakefile.rm_f exe true end # Returns whether or not the +src+ can be compiled as a C source. +opt+ is # passed to the C compiler as options. Note that <tt>$CFLAGS</tt> is also # passed to the compiler. # # If a block given, it is called with the source before compilation. You can # modify the source in the block. # # [+src+] a String which contains a C source # [+opt+] a String which contains compiler options def try_compile(src, opt = "", werror: nil, **opts, &b) opt = werror_flag(opt) if werror try_do(src, cc_command(opt), werror: werror, **opts, &b) and File.file?("#{CONFTEST}.#{$OBJEXT}") ensure MakeMakefile.rm_f "#{CONFTEST}*" end # Returns whether or not the +src+ can be preprocessed with the C # preprocessor. +opt+ is passed to the preprocessor as options. Note that # <tt>$CFLAGS</tt> is also passed to the preprocessor. # # If a block given, it is called with the source before preprocessing. You # can modify the source in the block. # # [+src+] a String which contains a C source # [+opt+] a String which contains preprocessor options def try_cpp(src, opt = "", **opts, &b) try_do(src, cpp_command(CPPOUTFILE, opt), **opts, &b) and File.file?("#{CONFTEST}.i") ensure MakeMakefile.rm_f "#{CONFTEST}*" end alias try_header try_compile def cpp_include(header) if header header = [header] unless header.kind_of? Array header.map {|h| String === h ? "#include <#{h}>\n" : h}.join else "" end end # :startdoc: # Sets <tt>$CPPFLAGS</tt> to _flags_ and yields. If the block returns a # falsy value, <tt>$CPPFLAGS</tt> is reset to its previous value, remains # set to _flags_ otherwise. # # [+flags+] a C preprocessor flag as a +String+ # def with_cppflags(flags) cppflags = $CPPFLAGS $CPPFLAGS = flags.dup ret = yield ensure $CPPFLAGS = cppflags unless ret end # :nodoc: def try_cppflags(flags, werror: true, **opts) try_header(MAIN_DOES_NOTHING, flags, werror: werror, **opts) end # Check whether each given C preprocessor flag is acceptable and append it # to <tt>$CPPFLAGS</tt> if so. # # [+flags+] a C preprocessor flag as a +String+ or an +Array+ of them # def append_cppflags(flags, **opts) Array(flags).each do |flag| if checking_for("whether #{flag} is accepted as CPPFLAGS") { try_cppflags(flag, **opts) } $CPPFLAGS << " " << flag end end end # Sets <tt>$CFLAGS</tt> to _flags_ and yields. If the block returns a falsy # value, <tt>$CFLAGS</tt> is reset to its previous value, remains set to # _flags_ otherwise. def with_cflags(flags) cflags = $CFLAGS $CFLAGS = flags.dup ret = yield ensure $CFLAGS = cflags unless ret end # :nodoc: def try_cflags(flags, werror: true, **opts) try_compile(MAIN_DOES_NOTHING, flags, werror: werror, **opts) end # Sets <tt>$LDFLAGS</tt> to _flags_ and yields. If the block returns a # falsy value, <tt>$LDFLAGS</tt> is reset to its previous value, remains set # to _flags_ otherwise. def with_ldflags(flags) ldflags = $LDFLAGS $LDFLAGS = flags.dup ret = yield ensure $LDFLAGS = ldflags unless ret end # :nodoc: def try_ldflags(flags, werror: $mswin, **opts) try_link(MAIN_DOES_NOTHING, "", ldflags: flags, werror: werror, **opts) end # :startdoc: # Check whether each given linker flag is acceptable and append it to # <tt>$LDFLAGS</tt> if so. # # [+flags+] a linker flag as a +String+ or an +Array+ of them # def append_ldflags(flags, **opts) Array(flags).each do |flag| if checking_for("whether #{flag} is accepted as LDFLAGS") { try_ldflags(flag, **opts) } $LDFLAGS << " " << flag end end end # :stopdoc: def try_static_assert(expr, headers = nil, opt = "", &b) headers = cpp_include(headers) try_compile(<<SRC, opt, &b) #{headers} /*top*/ int conftest_const[(#{expr}) ? 1 : -1]; SRC end def try_constant(const, headers = nil, opt = "", &b) includes = cpp_include(headers) neg = try_static_assert("#{const} < 0", headers, opt) if CROSS_COMPILING if neg const = "-(#{const})" elsif try_static_assert("#{const} > 0", headers, opt) # positive constant elsif try_static_assert("#{const} == 0", headers, opt) return 0 else # not a constant return nil end upper = 1 until try_static_assert("#{const} <= #{upper}", headers, opt) lower = upper upper <<= 1 end return nil unless lower while upper > lower + 1 mid = (upper + lower) / 2 if try_static_assert("#{const} > #{mid}", headers, opt) lower = mid else upper = mid end end upper = -upper if neg return upper else src = %{#{includes} #include <stdio.h> /*top*/ typedef#{neg ? '' : ' unsigned'} #ifdef PRI_LL_PREFIX #define PRI_CONFTEST_PREFIX PRI_LL_PREFIX LONG_LONG #else #define PRI_CONFTEST_PREFIX "l" long #endif conftest_type; conftest_type conftest_const = (conftest_type)(#{const}); int main() {printf("%"PRI_CONFTEST_PREFIX"#{neg ? 'd' : 'u'}\\n", conftest_const); return 0;} } begin if try_link0(src, opt, &b) xpopen("./#{CONFTEST}") do |f| return Integer(f.gets) end end ensure MakeMakefile.rm_f "#{CONFTEST}#{$EXEEXT}" end end nil end # You should use +have_func+ rather than +try_func+. # # [+func+] a String which contains a symbol name # [+libs+] a String which contains library names. # [+headers+] a String or an Array of strings which contains names of header # files. def try_func(func, libs, headers = nil, opt = "", &b) headers = cpp_include(headers) prepare = String.new case func when /^&/ decltype = proc {|x|"const volatile void *#{x}"} when /\)$/ strvars = [] call = func.gsub(/""/) { v = "s#{strvars.size + 1}" strvars << v v } unless strvars.empty? prepare << "char " << strvars.map {|v| "#{v}[1024]"}.join(", ") << "; " end when nil call = "" else call = "#{func}()" decltype = proc {|x| "void ((*#{x})())"} end if opt and !opt.empty? [[:to_str], [:join, " "], [:to_s]].each do |meth, *args| if opt.respond_to?(meth) break opt = opt.__send__(meth, *args) end end opt = "#{opt} #{libs}" else opt = libs end decltype && try_link(<<"SRC", opt, &b) or #{headers} /*top*/ extern int t(void); #{MAIN_DOES_NOTHING 't'} int t(void) { #{decltype["volatile p"]}; p = (#{decltype[]})#{func}; return !p; } SRC call && try_link(<<"SRC", opt, &b) #{headers} /*top*/ extern int t(void); #{MAIN_DOES_NOTHING 't'} #{"extern void #{call};" if decltype} int t(void) { #{prepare}#{call}; return 0; } SRC end # You should use +have_var+ rather than +try_var+. def try_var(var, headers = nil, opt = "", &b) headers = cpp_include(headers) try_compile(<<"SRC", opt, &b) #{headers} /*top*/ extern int t(void); #{MAIN_DOES_NOTHING 't'} int t(void) { const volatile void *volatile p; p = &(&#{var})[0]; return !p; } SRC end # :startdoc: # Returns whether or not the +src+ can be preprocessed with the C # preprocessor and matches with +pat+. # # If a block given, it is called with the source before compilation. You can # modify the source in the block. # # [+pat+] a Regexp or a String # [+src+] a String which contains a C source # [+opt+] a String which contains preprocessor options # # NOTE: When pat is a Regexp the matching will be checked in process, # otherwise egrep(1) will be invoked to check it. def egrep_cpp(pat, src, opt = "", &b) src = create_tmpsrc(src, &b) xpopen(cpp_command('', opt)) do |f| if Regexp === pat puts(" ruby -ne 'print if #{pat.inspect}'") f.grep(pat) {|l| puts "#{f.lineno}: #{l}" return true } false else puts(" egrep '#{pat}'") begin stdin = $stdin.dup $stdin.reopen(f) system("egrep", pat) ensure $stdin.reopen(stdin) end end end ensure MakeMakefile.rm_f "#{CONFTEST}*" log_src(src) end # :stopdoc: # This is used internally by the have_macro? method. def macro_defined?(macro, src, opt = "", &b) src = src.sub(/[^\n]\z/, "\\&\n") try_compile(src + <<"SRC", opt, &b) /*top*/ #ifndef #{macro} # error |:/ === #{macro} undefined === /:| #endif SRC end # Returns whether or not: # * the +src+ can be compiled as a C source, # * the result object can be linked with its depending libraries # successfully, # * the linked file can be invoked as an executable # * and the executable exits successfully # # +opt+ is passed to the linker as options. Note that <tt>$CFLAGS</tt> and # <tt>$LDFLAGS</tt> are also passed to the linker. # # If a block given, it is called with the source before compilation. You can # modify the source in the block. # # [+src+] a String which contains a C source # [+opt+] a String which contains linker options # # Returns true when the executable exits successfully, false when it fails, # or nil when preprocessing, compilation or link fails. def try_run(src, opt = "", &b) raise "cannot run test program while cross compiling" if CROSS_COMPILING if try_link0(src, opt, &b) xsystem("./#{CONFTEST}") else nil end ensure MakeMakefile.rm_f "#{CONFTEST}*" end def install_files(mfile, ifiles, map = nil, srcprefix = nil) ifiles or return ifiles.empty? and return srcprefix ||= "$(srcdir)/#{srcprefix}".chomp('/') RbConfig::expand(srcdir = srcprefix.dup) dirs = [] path = Hash.new {|h, i| h[i] = dirs.push([i])[-1]} ifiles.each do |files, dir, prefix| dir = map_dir(dir, map) prefix &&= %r|\A#{Regexp.quote(prefix)}/?| if /\A\.\// =~ files # install files which are in current working directory. files = files[2..-1] len = nil else # install files which are under the $(srcdir). files = File.join(srcdir, files) len = srcdir.size end f = nil Dir.glob(files) do |fx| f = fx f[0..len] = "" if len case File.basename(f) when *$NONINSTALLFILES next end d = File.dirname(f) d.sub!(prefix, "") if prefix d = (d.empty? || d == ".") ? dir : File.join(dir, d) f = File.join(srcprefix, f) if len path[d] << f end unless len or f d = File.dirname(files) d.sub!(prefix, "") if prefix d = (d.empty? || d == ".") ? dir : File.join(dir, d) path[d] << files end end dirs end def install_rb(mfile, dest, srcdir = nil) install_files(mfile, [["lib/**/*.rb", dest, "lib"]], nil, srcdir) end def append_library(libs, lib) # :no-doc: format(LIBARG, lib) + " " + libs end # Prints messages to $stdout, if verbose mode. # # Internal use only. # def message(*s) unless Logging.quiet and not $VERBOSE printf(*s) $stdout.flush end end # This emits a string to stdout that allows users to see the results of the # various have* and find* methods as they are tested. # # Internal use only. # def checking_for(m, fmt = nil) if f = caller_locations(1, 1).first.base_label and /\A\w/ =~ f f += ": " else f = "" end m = "checking #{/\Acheck/ =~ f ? '' : 'for '}#{m}... " message "%s", m a = r = nil Logging::postpone do r = yield a = (fmt ? "#{fmt % r}" : r ? "yes" : "no") "#{f}#{m}-------------------- #{a}\n\n" end message "%s\n", a Logging::message "--------------------\n\n" r end # Build a message for checking. # # Internal use only. # def checking_message(target, place = nil, opt = nil) [["in", place], ["with", opt]].inject("#{target}") do |msg, (pre, noun)| if noun [[:to_str], [:join, ","], [:to_s]].each do |meth, *args| if noun.respond_to?(meth) break noun = noun.__send__(meth, *args) end end unless noun.empty? msg << " #{pre} " unless msg.empty? msg << noun end end msg end end # :startdoc: # Check whether each given C compiler flag is acceptable and append it # to <tt>$CFLAGS</tt> if so. # # [+flags+] a C compiler flag as a +String+ or an +Array+ of them # def append_cflags(flags, **opts) Array(flags).each do |flag| if checking_for("whether #{flag} is accepted as CFLAGS") { try_cflags(flag, **opts) } $CFLAGS << " " << flag end end end # Returns whether or not +macro+ is defined either in the common header # files or within any +headers+ you provide. # # Any options you pass to +opt+ are passed along to the compiler. # def have_macro(macro, headers = nil, opt = "", &b) checking_for checking_message(macro, headers, opt) do macro_defined?(macro, cpp_include(headers), opt, &b) end end # Returns whether or not the given entry point +func+ can be found within # +lib+. If +func+ is +nil+, the <code>main()</code> entry point is used by # default. If found, it adds the library to list of libraries to be used # when linking your extension. # # If +headers+ are provided, it will include those header files as the # header files it looks in when searching for +func+. # # The real name of the library to be linked can be altered by # <code>--with-FOOlib</code> configuration option. # def have_library(lib, func = nil, headers = nil, opt = "", &b) dir_config(lib) lib = with_config(lib+'lib', lib) checking_for checking_message(func && func.funcall_style, LIBARG%lib, opt) do if COMMON_LIBS.include?(lib) true else libs = append_library($libs, lib) if try_func(func, libs, headers, opt, &b) $libs = libs true else false end end end end # Returns whether or not the entry point +func+ can be found within the # library +lib+ in one of the +paths+ specified, where +paths+ is an array # of strings. If +func+ is +nil+ , then the <code>main()</code> function is # used as the entry point. # # If +lib+ is found, then the path it was found on is added to the list of # library paths searched and linked against. # def find_library(lib, func, *paths, &b) dir_config(lib) lib = with_config(lib+'lib', lib) paths = paths.flat_map {|path| path.split(File::PATH_SEPARATOR)} checking_for checking_message(func && func.funcall_style, LIBARG%lib) do libpath = $LIBPATH libs = append_library($libs, lib) begin until r = try_func(func, libs, &b) or paths.empty? $LIBPATH = libpath | [paths.shift] end if r $libs = libs libpath = nil end ensure $LIBPATH = libpath if libpath end r end end # Returns whether or not the function +func+ can be found in the common # header files, or within any +headers+ that you provide. If found, a macro # is passed as a preprocessor constant to the compiler using the function # name, in uppercase, prepended with +HAVE_+. # # To check functions in an additional library, you need to check that # library first using <code>have_library()</code>. The +func+ shall be # either mere function name or function name with arguments. # # For example, if <code>have_func('foo')</code> returned +true+, then the # +HAVE_FOO+ preprocessor macro would be passed to the compiler. # def have_func(func, headers = nil, opt = "", &b) checking_for checking_message(func.funcall_style, headers, opt) do if try_func(func, $libs, headers, opt, &b) $defs << "-DHAVE_#{func.sans_arguments.tr_cpp}" true else false end end end # Returns whether or not the variable +var+ can be found in the common # header files, or within any +headers+ that you provide. If found, a macro # is passed as a preprocessor constant to the compiler using the variable # name, in uppercase, prepended with +HAVE_+. # # To check variables in an additional library, you need to check that # library first using <code>have_library()</code>. # # For example, if <code>have_var('foo')</code> returned true, then the # +HAVE_FOO+ preprocessor macro would be passed to the compiler. # def have_var(var, headers = nil, opt = "", &b) checking_for checking_message(var, headers, opt) do if try_var(var, headers, opt, &b) $defs.push(format("-DHAVE_%s", var.tr_cpp)) true else false end end end # Returns whether or not the given +header+ file can be found on your system. # If found, a macro is passed as a preprocessor constant to the compiler # using the header file name, in uppercase, prepended with +HAVE_+. # # For example, if <code>have_header('foo.h')</code> returned true, then the # +HAVE_FOO_H+ preprocessor macro would be passed to the compiler. # def have_header(header, preheaders = nil, opt = "", &b) dir_config(header[/.*?(?=\/)|.*?(?=\.)/]) checking_for header do if try_header(cpp_include(preheaders)+cpp_include(header), opt, &b) $defs.push(format("-DHAVE_%s", header.tr_cpp)) true else false end end end # Returns whether or not the given +framework+ can be found on your system. # If found, a macro is passed as a preprocessor constant to the compiler # using the framework name, in uppercase, prepended with +HAVE_FRAMEWORK_+. # # For example, if <code>have_framework('Ruby')</code> returned true, then # the +HAVE_FRAMEWORK_RUBY+ preprocessor macro would be passed to the # compiler. # # If +fw+ is a pair of the framework name and its header file name # that header file is checked, instead of the normally used header # file which is named same as the framework. def have_framework(fw, &b) if Array === fw fw, header = *fw else header = "#{fw}.h" end checking_for fw do src = cpp_include("#{fw}/#{header}") << "\n" "int main(void){return 0;}" opt = " -framework #{fw}" if try_link(src, opt, &b) or (objc = try_link(src, "-ObjC#{opt}", &b)) $defs.push(format("-DHAVE_FRAMEWORK_%s", fw.tr_cpp)) # TODO: non-worse way than this hack, to get rid of separating # option and its argument. $LDFLAGS << " -ObjC" if objc and /(\A|\s)-ObjC(\s|\z)/ !~ $LDFLAGS $LIBS << opt true else false end end end # Instructs mkmf to search for the given +header+ in any of the +paths+ # provided, and returns whether or not it was found in those paths. # # If the header is found then the path it was found on is added to the list # of included directories that are sent to the compiler (via the # <code>-I</code> switch). # def find_header(header, *paths) message = checking_message(header, paths) header = cpp_include(header) checking_for message do if try_header(header) true else found = false paths.each do |dir| opt = "-I#{dir}".quote if try_header(header, opt) $INCFLAGS << " " << opt found = true break end end found end end end # Returns whether or not the struct of type +type+ contains +member+. If # it does not, or the struct type can't be found, then false is returned. # You may optionally specify additional +headers+ in which to look for the # struct (in addition to the common header files). # # If found, a macro is passed as a preprocessor constant to the compiler # using the type name and the member name, in uppercase, prepended with # +HAVE_+. # # For example, if <code>have_struct_member('struct foo', 'bar')</code> # returned true, then the +HAVE_STRUCT_FOO_BAR+ preprocessor macro would be # passed to the compiler. # # +HAVE_ST_BAR+ is also defined for backward compatibility. # def have_struct_member(type, member, headers = nil, opt = "", &b) checking_for checking_message("#{type}.#{member}", headers) do if try_compile(<<"SRC", opt, &b) #{cpp_include(headers)} /*top*/ int s = (char *)&((#{type}*)0)->#{member} - (char *)0; #{MAIN_DOES_NOTHING} SRC $defs.push(format("-DHAVE_%s_%s", type.tr_cpp, member.tr_cpp)) $defs.push(format("-DHAVE_ST_%s", member.tr_cpp)) # backward compatibility true else false end end end # :nodoc: # Returns whether or not the static type +type+ is defined. # # See also +have_type+ # def try_type(type, headers = nil, opt = "", &b) if try_compile(<<"SRC", opt, &b) #{cpp_include(headers)} /*top*/ typedef #{type} conftest_type; int conftestval[sizeof(conftest_type)?1:-1]; SRC $defs.push(format("-DHAVE_TYPE_%s", type.tr_cpp)) true else false end end # Returns whether or not the static type +type+ is defined. You may # optionally pass additional +headers+ to check against in addition to the # common header files. # # You may also pass additional flags to +opt+ which are then passed along to # the compiler. # # If found, a macro is passed as a preprocessor constant to the compiler # using the type name, in uppercase, prepended with +HAVE_TYPE_+. # # For example, if <code>have_type('foo')</code> returned true, then the # +HAVE_TYPE_FOO+ preprocessor macro would be passed to the compiler. # def have_type(type, headers = nil, opt = "", &b) checking_for checking_message(type, headers, opt) do try_type(type, headers, opt, &b) end end # Returns where the static type +type+ is defined. # # You may also pass additional flags to +opt+ which are then passed along to # the compiler. # # See also +have_type+. # def find_type(type, opt, *headers, &b) opt ||= "" fmt = "not found" def fmt.%(x) x ? x.respond_to?(:join) ? x.join(",") : x : self end checking_for checking_message(type, nil, opt), fmt do headers.find do |h| try_type(type, h, opt, &b) end end end # :nodoc: # Returns whether or not the constant +const+ is defined. # # See also +have_const+ # def try_const(const, headers = nil, opt = "", &b) const, type = *const if try_compile(<<"SRC", opt, &b) #{cpp_include(headers)} /*top*/ typedef #{type || 'int'} conftest_type; conftest_type conftestval = #{type ? '' : '(int)'}#{const}; SRC $defs.push(format("-DHAVE_CONST_%s", const.tr_cpp)) true else false end end # Returns whether or not the constant +const+ is defined. You may # optionally pass the +type+ of +const+ as <code>[const, type]</code>, # such as: # # have_const(%w[PTHREAD_MUTEX_INITIALIZER pthread_mutex_t], "pthread.h") # # You may also pass additional +headers+ to check against in addition to the # common header files, and additional flags to +opt+ which are then passed # along to the compiler. # # If found, a macro is passed as a preprocessor constant to the compiler # using the type name, in uppercase, prepended with +HAVE_CONST_+. # # For example, if <code>have_const('foo')</code> returned true, then the # +HAVE_CONST_FOO+ preprocessor macro would be passed to the compiler. # def have_const(const, headers = nil, opt = "", &b) checking_for checking_message([*const].compact.join(' '), headers, opt) do try_const(const, headers, opt, &b) end end # :stopdoc: STRING_OR_FAILED_FORMAT = "%s" class << STRING_OR_FAILED_FORMAT # :nodoc: def %(x) x ? super : "failed" end end def typedef_expr(type, headers) typename, member = type.split('.', 2) prelude = cpp_include(headers).split(/$/) prelude << "typedef #{typename} rbcv_typedef_;\n" return "rbcv_typedef_", member, prelude end def try_signedness(type, member, headers = nil, opts = nil) raise ArgumentError, "don't know how to tell signedness of members" if member if try_static_assert("(#{type})-1 < 0", headers, opts) return -1 elsif try_static_assert("(#{type})-1 > 0", headers, opts) return +1 end end # :startdoc: # Returns the size of the given +type+. You may optionally specify # additional +headers+ to search in for the +type+. # # If found, a macro is passed as a preprocessor constant to the compiler # using the type name, in uppercase, prepended with +SIZEOF_+, followed by # the type name, followed by <code>=X</code> where "X" is the actual size. # # For example, if <code>check_sizeof('mystruct')</code> returned 12, then # the <code>SIZEOF_MYSTRUCT=12</code> preprocessor macro would be passed to # the compiler. # def check_sizeof(type, headers = nil, opts = "", &b) typedef, member, prelude = typedef_expr(type, headers) prelude << "#{typedef} *rbcv_ptr_;\n" prelude = [prelude] expr = "sizeof((*rbcv_ptr_)#{"." << member if member})" fmt = STRING_OR_FAILED_FORMAT checking_for checking_message("size of #{type}", headers), fmt do if size = try_constant(expr, prelude, opts, &b) $defs.push(format("-DSIZEOF_%s=%s", type.tr_cpp, size)) size end end end # Returns the signedness of the given +type+. You may optionally specify # additional +headers+ to search in for the +type+. # # If the +type+ is found and is a numeric type, a macro is passed as a # preprocessor constant to the compiler using the +type+ name, in uppercase, # prepended with +SIGNEDNESS_OF_+, followed by the +type+ name, followed by # <code>=X</code> where "X" is positive integer if the +type+ is unsigned # and a negative integer if the +type+ is signed. # # For example, if +size_t+ is defined as unsigned, then # <code>check_signedness('size_t')</code> would return +1 and the # <code>SIGNEDNESS_OF_SIZE_T=+1</code> preprocessor macro would be passed to # the compiler. The <code>SIGNEDNESS_OF_INT=-1</code> macro would be set # for <code>check_signedness('int')</code> # def check_signedness(type, headers = nil, opts = nil, &b) typedef, member, prelude = typedef_expr(type, headers) signed = nil checking_for("signedness of #{type}", STRING_OR_FAILED_FORMAT) do signed = try_signedness(typedef, member, [prelude], opts, &b) or next nil $defs.push("-DSIGNEDNESS_OF_%s=%+d" % [type.tr_cpp, signed]) signed < 0 ? "signed" : "unsigned" end signed end # Returns the convertible integer type of the given +type+. You may # optionally specify additional +headers+ to search in for the +type+. # _convertible_ means actually the same type, or typedef'd from the same # type. # # If the +type+ is an integer type and the _convertible_ type is found, # the following macros are passed as preprocessor constants to the compiler # using the +type+ name, in uppercase. # # * +TYPEOF_+, followed by the +type+ name, followed by <code>=X</code> # where "X" is the found _convertible_ type name. # * +TYP2NUM+ and +NUM2TYP+, # where +TYP+ is the +type+ name in uppercase with replacing an +_t+ # suffix with "T", followed by <code>=X</code> where "X" is the macro name # to convert +type+ to an Integer object, and vice versa. # # For example, if +foobar_t+ is defined as unsigned long, then # <code>convertible_int("foobar_t")</code> would return "unsigned long", and # define these macros: # # #define TYPEOF_FOOBAR_T unsigned long # #define FOOBART2NUM ULONG2NUM # #define NUM2FOOBART NUM2ULONG # def convertible_int(type, headers = nil, opts = nil, &b) type, macname = *type checking_for("convertible type of #{type}", STRING_OR_FAILED_FORMAT) do if UNIVERSAL_INTS.include?(type) type else typedef, member, prelude = typedef_expr(type, headers, &b) if member prelude << "static rbcv_typedef_ rbcv_var;" compat = UNIVERSAL_INTS.find {|t| try_static_assert("sizeof(rbcv_var.#{member}) == sizeof(#{t})", [prelude], opts, &b) } else next unless signed = try_signedness(typedef, member, [prelude]) u = "unsigned " if signed > 0 prelude << "extern rbcv_typedef_ foo();" compat = UNIVERSAL_INTS.find {|t| try_compile([prelude, "extern #{u}#{t} foo();"].join("\n"), opts, werror: true, &b) } end if compat macname ||= type.sub(/_(?=t\z)/, '').tr_cpp conv = (compat == "long long" ? "LL" : compat.upcase) compat = "#{u}#{compat}" typename = type.tr_cpp $defs.push(format("-DSIZEOF_%s=SIZEOF_%s", typename, compat.tr_cpp)) $defs.push(format("-DTYPEOF_%s=%s", typename, compat.quote)) $defs.push(format("-DPRI_%s_PREFIX=PRI_%s_PREFIX", macname, conv)) conv = (u ? "U" : "") + conv $defs.push(format("-D%s2NUM=%s2NUM", macname, conv)) $defs.push(format("-DNUM2%s=NUM2%s", macname, conv)) compat end end end end # :stopdoc: # Used internally by the what_type? method to determine if +type+ is a scalar # pointer. def scalar_ptr_type?(type, member = nil, headers = nil, &b) try_compile(<<"SRC", &b) #{cpp_include(headers)} /*top*/ volatile #{type} conftestval; extern int t(void); #{MAIN_DOES_NOTHING 't'} int t(void) {return (int)(1-*(conftestval#{member ? ".#{member}" : ""}));} SRC end # Used internally by the what_type? method to determine if +type+ is a scalar # pointer. def scalar_type?(type, member = nil, headers = nil, &b) try_compile(<<"SRC", &b) #{cpp_include(headers)} /*top*/ volatile #{type} conftestval; extern int t(void); #{MAIN_DOES_NOTHING 't'} int t(void) {return (int)(1-(conftestval#{member ? ".#{member}" : ""}));} SRC end # Used internally by the what_type? method to check if the _typeof_ GCC # extension is available. def have_typeof? return $typeof if defined?($typeof) $typeof = %w[__typeof__ typeof].find do |t| try_compile(<<SRC) int rbcv_foo; #{t}(rbcv_foo) rbcv_bar; SRC end end # :startdoc: # Returns a string represents the type of _type_, or _member_ of # _type_ if _member_ is not +nil+. def what_type?(type, member = nil, headers = nil, &b) m = "#{type}" var = val = "*rbcv_var_" func = "rbcv_func_(void)" if member m << "." << member else type, member = type.split('.', 2) end if member val = "(#{var}).#{member}" end prelude = [cpp_include(headers).split(/^/)] prelude << ["typedef #{type} rbcv_typedef_;\n", "extern rbcv_typedef_ *#{func};\n", "rbcv_typedef_ #{var};\n", ] type = "rbcv_typedef_" fmt = member && !(typeof = have_typeof?) ? "seems %s" : "%s" if typeof var = "*rbcv_member_" func = "rbcv_mem_func_(void)" member = nil type = "rbcv_mem_typedef_" prelude[-1] << "typedef #{typeof}(#{val}) #{type};\n" prelude[-1] << "extern #{type} *#{func};\n" prelude[-1] << "#{type} #{var};\n" val = var end def fmt.%(x) x ? super : "unknown" end checking_for checking_message(m, headers), fmt do if scalar_ptr_type?(type, member, prelude, &b) if try_static_assert("sizeof(*#{var}) == 1", prelude) return "string" end ptr = "*" elsif scalar_type?(type, member, prelude, &b) unless member and !typeof or try_static_assert("(#{type})-1 < 0", prelude) unsigned = "unsigned" end ptr = "" else next end type = UNIVERSAL_INTS.find do |t| pre = prelude unless member pre += [["#{unsigned} #{t} #{ptr}#{var};\n", "extern #{unsigned} #{t} #{ptr}*#{func};\n"]] end try_static_assert("sizeof(#{ptr}#{val}) == sizeof(#{unsigned} #{t})", pre) end type or next [unsigned, type, ptr].join(" ").strip end end # :nodoc: # # This method is used internally by the find_executable method. # # Internal use only. # def find_executable0(bin, path = nil) executable_file = proc do |name| begin stat = File.stat(name) rescue SystemCallError else next name if stat.file? and stat.executable? end end exts = config_string('EXECUTABLE_EXTS') {|s| s.split} || config_string('EXEEXT') {|s| [s]} if File.expand_path(bin) == bin return bin if executable_file.call(bin) if exts exts.each {|ext| executable_file.call(file = bin + ext) and return file} end return nil end if path ||= ENV['PATH'] path = path.split(File::PATH_SEPARATOR) else path = %w[/usr/local/bin /usr/ucb /usr/bin /bin] end file = nil path.each do |dir| dir.sub!(/\A"(.*)"\z/m, '\1') if $mswin or $mingw return file if executable_file.call(file = File.join(dir, bin)) if exts exts.each {|ext| executable_file.call(ext = file + ext) and return ext} end end nil end # Searches for the executable +bin+ on +path+. The default path is your # +PATH+ environment variable. If that isn't defined, it will resort to # searching /usr/local/bin, /usr/ucb, /usr/bin and /bin. # # If found, it will return the full path, including the executable name, of # where it was found. # # Note that this method does not actually affect the generated Makefile. # def find_executable(bin, path = nil) checking_for checking_message(bin, path) do find_executable0(bin, path) end end # :stopdoc: def arg_config(config, default=nil, &block) $arg_config << [config, default] defaults = [] if default defaults << default elsif !block defaults << nil end $configure_args.fetch(config.tr('_', '-'), *defaults, &block) end # :startdoc: # Tests for the presence of a <tt>--with-</tt>_config_ or # <tt>--without-</tt>_config_ option. Returns +true+ if the with option is # given, +false+ if the without option is given, and the default value # otherwise. # # This can be useful for adding custom definitions, such as debug # information. # # Example: # # if with_config("debug") # $defs.push("-DOSSL_DEBUG") unless $defs.include? "-DOSSL_DEBUG" # end # def with_config(config, default=nil) config = config.sub(/^--with[-_]/, '') val = arg_config("--with-"+config) do if arg_config("--without-"+config) false elsif block_given? yield(config, default) else break default end end case val when "yes" true when "no" false else val end end # Tests for the presence of an <tt>--enable-</tt>_config_ or # <tt>--disable-</tt>_config_ option. Returns +true+ if the enable option is # given, +false+ if the disable option is given, and the default value # otherwise. # # This can be useful for adding custom definitions, such as debug # information. # # Example: # # if enable_config("debug") # $defs.push("-DOSSL_DEBUG") unless $defs.include? "-DOSSL_DEBUG" # end # def enable_config(config, default=nil) if arg_config("--enable-"+config) true elsif arg_config("--disable-"+config) false elsif block_given? yield(config, default) else return default end end # Generates a header file consisting of the various macro definitions # generated by other methods such as have_func and have_header. These are # then wrapped in a custom <code>#ifndef</code> based on the +header+ file # name, which defaults to "extconf.h". # # For example: # # # extconf.rb # require 'mkmf' # have_func('realpath') # have_header('sys/utime.h') # create_header # create_makefile('foo') # # The above script would generate the following extconf.h file: # # #ifndef EXTCONF_H # #define EXTCONF_H # #define HAVE_REALPATH 1 # #define HAVE_SYS_UTIME_H 1 # #endif # # Given that the create_header method generates a file based on definitions # set earlier in your extconf.rb file, you will probably want to make this # one of the last methods you call in your script. # def create_header(header = "extconf.h") message "creating %s\n", header sym = header.tr_cpp hdr = ["#ifndef #{sym}\n#define #{sym}\n"] for line in $defs case line when /^-D([^=]+)(?:=(.*))?/ hdr << "#define #$1 #{$2 ? Shellwords.shellwords($2)[0].gsub(/(?=\t+)/, "\\\n") : 1}\n" when /^-U(.*)/ hdr << "#undef #$1\n" end end hdr << "#endif\n" hdr = hdr.join("") log_src(hdr, "#{header} is") unless (File.read(header) == hdr rescue false) File.open(header, "wb") do |hfile| hfile.write(hdr) end end $extconf_h = header end # call-seq: # dir_config(target) # dir_config(target, prefix) # dir_config(target, idefault, ldefault) # # Sets a +target+ name that the user can then use to configure # various "with" options with on the command line by using that # name. For example, if the target is set to "foo", then the user # could use the <code>--with-foo-dir=prefix</code>, # <code>--with-foo-include=dir</code> and # <code>--with-foo-lib=dir</code> command line options to tell where # to search for header/library files. # # You may pass along additional parameters to specify default # values. If one is given it is taken as default +prefix+, and if # two are given they are taken as "include" and "lib" defaults in # that order. # # In any case, the return value will be an array of determined # "include" and "lib" directories, either of which can be nil if no # corresponding command line option is given when no default value # is specified. # # Note that dir_config only adds to the list of places to search for # libraries and include files. It does not link the libraries into your # application. # def dir_config(target, idefault=nil, ldefault=nil) key = [target, idefault, ldefault].compact.join("\0") if conf = $config_dirs[key] return conf end if dir = with_config(target + "-dir", (idefault unless ldefault)) defaults = Array === dir ? dir : dir.split(File::PATH_SEPARATOR) idefault = ldefault = nil end idir = with_config(target + "-include", idefault) if conf = $arg_config.assoc("--with-#{target}-include") conf[1] ||= "${#{target}-dir}/include" end ldir = with_config(target + "-lib", ldefault) if conf = $arg_config.assoc("--with-#{target}-lib") conf[1] ||= "${#{target}-dir}/#{_libdir_basename}" end idirs = idir ? Array === idir ? idir.dup : idir.split(File::PATH_SEPARATOR) : [] if defaults idirs.concat(defaults.collect {|d| d + "/include"}) idir = ([idir] + idirs).compact.join(File::PATH_SEPARATOR) end unless idirs.empty? idirs.collect! {|d| "-I" + d} idirs -= Shellwords.shellwords($CPPFLAGS) unless idirs.empty? $CPPFLAGS = (idirs.quote << $CPPFLAGS).join(" ") end end ldirs = ldir ? Array === ldir ? ldir.dup : ldir.split(File::PATH_SEPARATOR) : [] if defaults ldirs.concat(defaults.collect {|d| "#{d}/#{_libdir_basename}"}) ldir = ([ldir] + ldirs).compact.join(File::PATH_SEPARATOR) end $LIBPATH = ldirs | $LIBPATH $config_dirs[key] = [idir, ldir] end # Returns compile/link information about an installed library in a tuple of <code>[cflags, # ldflags, libs]</code>, by using the command found first in the following commands: # # 1. If <code>--with-{pkg}-config={command}</code> is given via # command line option: <code>{command} {options}</code> # # 2. <code>{pkg}-config {options}</code> # # 3. <code>pkg-config {options} {pkg}</code> # # Where +options+ is the option name without dashes, for instance <code>"cflags"</code> for the # <code>--cflags</code> flag. # # The values obtained are appended to <code>$INCFLAGS</code>, <code>$CFLAGS</code>, # <code>$LDFLAGS</code> and <code>$libs</code>. # # If one or more <code>options</code> argument is given, the config command is # invoked with the options and a stripped output string is returned without # modifying any of the global values mentioned above. def pkg_config(pkg, *options) fmt = "not found" def fmt.%(x) x ? x.inspect : self end checking_for "pkg-config for #{pkg}", fmt do _, ldir = dir_config(pkg) if ldir pkg_config_path = "#{ldir}/pkgconfig" if File.directory?(pkg_config_path) Logging.message("PKG_CONFIG_PATH = %s\n", pkg_config_path) envs = ["PKG_CONFIG_PATH"=>[pkg_config_path, ENV["PKG_CONFIG_PATH"]].compact.join(File::PATH_SEPARATOR)] end end if pkgconfig = with_config("#{pkg}-config") and find_executable0(pkgconfig) # if and only if package specific config command is given elsif ($PKGCONFIG ||= (pkgconfig = with_config("pkg-config") {config_string("PKG_CONFIG") || ENV["PKG_CONFIG"] || "pkg-config"}) && find_executable0(pkgconfig) && pkgconfig) and xsystem([*envs, $PKGCONFIG, "--exists", pkg]) # default to pkg-config command pkgconfig = $PKGCONFIG args = [pkg] elsif find_executable0(pkgconfig = "#{pkg}-config") # default to package specific config command, as a last resort. else pkgconfig = nil end if pkgconfig get = proc {|opts| opts = Array(opts).map { |o| "--#{o}" } opts = xpopen([*envs, pkgconfig, *opts, *args], err:[:child, :out], &:read) Logging.open {puts opts.each_line.map{|s|"=> #{s.inspect}"}} if $?.success? opts = opts.strip libarg, libpath = LIBARG, LIBPATHFLAG.strip opts = opts.shellsplit.map { |s| if s.start_with?('-l') libarg % s[2..] elsif s.start_with?('-L') libpath % s[2..] else s end }.quote.join(" ") opts end } end orig_ldflags = $LDFLAGS if get and !options.empty? get[options] elsif get and try_ldflags(ldflags = get['libs']) if incflags = get['cflags-only-I'] $INCFLAGS << " " << incflags cflags = get['cflags-only-other'] else cflags = get['cflags'] end libs = get['libs-only-l'] if cflags $CFLAGS += " " << cflags $CXXFLAGS += " " << cflags end if libs ldflags = (Shellwords.shellwords(ldflags) - Shellwords.shellwords(libs)).quote.join(" ") else libs, ldflags = Shellwords.shellwords(ldflags).partition {|s| s =~ /-l([^ ]+)/ }.map {|l|l.quote.join(" ")} end $libs += " " << libs $LDFLAGS = [orig_ldflags, ldflags].join(' ') Logging::message "package configuration for %s\n", pkg Logging::message "incflags: %s\ncflags: %s\nldflags: %s\nlibs: %s\n\n", incflags, cflags, ldflags, libs [[incflags, cflags].join(' '), ldflags, libs] else Logging::message "package configuration for %s is not found\n", pkg nil end end end # :stopdoc: def with_destdir(dir) dir = dir.sub($dest_prefix_pattern, '') /\A\$[\(\{]/ =~ dir ? dir : "$(DESTDIR)"+dir end # Converts forward slashes to backslashes. Aimed at MS Windows. # # Internal use only. # def winsep(s) s.tr('/', '\\') end # Converts native path to format acceptable in Makefile # # Internal use only. # if !CROSS_COMPILING case CONFIG['build_os'] when 'mingw32' def mkintpath(path) # mingw uses make from msys and it needs special care # converts from C:\some\path to /C/some/path path = path.dup path.tr!('\\', '/') path.sub!(/\A([A-Za-z]):(?=\/)/, '/\1') path end when 'cygwin', 'msys' if CONFIG['target_os'] != 'cygwin' def mkintpath(path) IO.popen(["cygpath", "-u", path], &:read).chomp end end end end unless method_defined?(:mkintpath) def mkintpath(path) path end end def configuration(srcdir) mk = [] verbose = with_config('verbose') ? "1" : (CONFIG['MKMF_VERBOSE'] || "0") vpath = $VPATH.dup CONFIG["hdrdir"] ||= $hdrdir mk << %{ SHELL = /bin/sh # V=0 quiet, V=1 verbose. other values don't work. V = 1 V0 = $(V:0=) Q1 = $(V:1=) Q = $(Q1:0=@) ECHO1 = $(V:1=@ #{CONFIG['NULLCMD']}) ECHO = $(ECHO1:0=@ echo) NULLCMD = #{CONFIG['NULLCMD']} #### Start of system configuration section. #### #{"top_srcdir = " + $top_srcdir.sub(%r"\A#{Regexp.quote($topdir)}/", "$(topdir)/") if $extmk} srcdir = #{srcdir.gsub(/\$\((srcdir)\)|\$\{(srcdir)\}/) {mkintpath(CONFIG[$1||$2]).unspace}} topdir = #{mkintpath(topdir = $extmk ? CONFIG["topdir"] : $topdir).unspace} hdrdir = #{(hdrdir = CONFIG["hdrdir"]) == topdir ? "$(topdir)" : mkintpath(hdrdir).unspace} arch_hdrdir = #{mkintpath($arch_hdrdir).unspace} PATH_SEPARATOR = #{CONFIG['PATH_SEPARATOR']} VPATH = #{vpath.join(CONFIG['PATH_SEPARATOR'])} } if $extmk mk << "RUBYLIB =\n""RUBYOPT = -\n" end prefix = mkintpath(CONFIG["prefix"]) if destdir = prefix[$dest_prefix_pattern, 1] mk << "\nDESTDIR = #{destdir}\n" prefix = prefix[destdir.size..-1] end mk << "prefix = #{with_destdir(prefix).unspace}\n" CONFIG.each do |key, var| mk << "#{key} = #{with_destdir(mkintpath(var)).unspace}\n" if /.prefix$/ =~ key end CONFIG.each do |key, var| next if /^abs_/ =~ key next if /^(?:src|top(?:_src)?|build|hdr)dir$/ =~ key next unless /dir$/ =~ key mk << "#{key} = #{with_destdir(var)}\n" end if !$extmk and !$configure_args.has_key?('--ruby') and sep = config_string('BUILD_FILE_SEPARATOR') sep = ":/=#{sep}" else sep = "" end possible_command = (proc {|s| s if /top_srcdir|tooldir/ !~ s} unless $extmk) extconf_h = $extconf_h ? "-DRUBY_EXTCONF_H=\\\"$(RUBY_EXTCONF_H)\\\" " : $defs.join(" ") << " " headers = %w[ $(hdrdir)/ruby.h $(hdrdir)/ruby/backward.h $(hdrdir)/ruby/ruby.h $(hdrdir)/ruby/defines.h $(hdrdir)/ruby/missing.h $(hdrdir)/ruby/intern.h $(hdrdir)/ruby/st.h $(hdrdir)/ruby/subst.h ] headers += $headers if RULE_SUBST headers.each {|h| h.sub!(/.*/, &RULE_SUBST.method(:%))} end headers << $config_h headers << '$(RUBY_EXTCONF_H)' if $extconf_h mk << %{ CC_WRAPPER = #{CONFIG['CC_WRAPPER']} CC = #{CONFIG['CC']} CXX = #{CONFIG['CXX']} LIBRUBY = #{CONFIG['LIBRUBY']} LIBRUBY_A = #{CONFIG['LIBRUBY_A']} LIBRUBYARG_SHARED = #$LIBRUBYARG_SHARED LIBRUBYARG_STATIC = #$LIBRUBYARG_STATIC empty = OUTFLAG = #{OUTFLAG}$(empty) COUTFLAG = #{COUTFLAG}$(empty) CSRCFLAG = #{CSRCFLAG}$(empty) RUBY_EXTCONF_H = #{$extconf_h} cflags = #{CONFIG['cflags']} cxxflags = #{CONFIG['cxxflags']} optflags = #{CONFIG['optflags']} debugflags = #{CONFIG['debugflags']} warnflags = #{$warnflags} cppflags = #{CONFIG['cppflags']} CCDLFLAGS = #{$static ? '' : CONFIG['CCDLFLAGS']} CFLAGS = $(CCDLFLAGS) #$CFLAGS $(ARCH_FLAG) INCFLAGS = -I. #$INCFLAGS DEFS = #{CONFIG['DEFS']} CPPFLAGS = #{extconf_h}#{$CPPFLAGS} CXXFLAGS = $(CCDLFLAGS) #$CXXFLAGS $(ARCH_FLAG) ldflags = #{$LDFLAGS} dldflags = #{$DLDFLAGS} #{CONFIG['EXTDLDFLAGS']} ARCH_FLAG = #{$ARCH_FLAG} DLDFLAGS = $(ldflags) $(dldflags) $(ARCH_FLAG) LDSHARED = #{CONFIG['LDSHARED']} LDSHAREDXX = #{config_string('LDSHAREDXX') || '$(LDSHARED)'} POSTLINK = #{config_string('POSTLINK', RbConfig::CONFIG)} AR = #{CONFIG['AR']} LD = #{CONFIG['LD']} EXEEXT = #{CONFIG['EXEEXT']} } CONFIG.each do |key, val| mk << "#{key} = #{val}\n" if /^RUBY.*NAME/ =~ key end mk << %{ arch = #{CONFIG['arch']} sitearch = #{CONFIG['sitearch']} ruby_version = #{RbConfig::CONFIG['ruby_version']} ruby = #{$ruby.sub(%r[\A#{Regexp.quote(RbConfig::CONFIG['bindir'])}(?=/|\z)]) {'$(bindir)'}} RUBY = $(ruby#{sep}) BUILTRUBY = #{if defined?($builtruby) && $builtruby $builtruby else File.join('$(bindir)', CONFIG["RUBY_INSTALL_NAME"] + CONFIG['EXEEXT']) end} ruby_headers = #{headers.join(' ')} RM = #{config_string('RM', &possible_command) || '$(RUBY) -run -e rm -- -f'} RM_RF = #{config_string('RMALL', &possible_command) || '$(RUBY) -run -e rm -- -rf'} RMDIRS = #{config_string('RMDIRS', &possible_command) || '$(RUBY) -run -e rmdir -- -p'} MAKEDIRS = #{config_string('MAKEDIRS', &possible_command) || '@$(RUBY) -run -e mkdir -- -p'} INSTALL = #{config_string('INSTALL', &possible_command) || '@$(RUBY) -run -e install -- -vp'} INSTALL_PROG = #{config_string('INSTALL_PROG') || '$(INSTALL) -m 0755'} INSTALL_DATA = #{config_string('INSTALL_DATA') || '$(INSTALL) -m 0644'} COPY = #{config_string('CP', &possible_command) || '@$(RUBY) -run -e cp -- -v'} TOUCH = exit > #### End of system configuration section. #### preload = #{defined?($preload) && $preload ? $preload.join(' ') : ''} } mk end def timestamp_file(name, target_prefix = nil) pat = {} name = '$(RUBYARCHDIR)' if name == '$(TARGET_SO_DIR)' install_dirs.each do |n, d| pat[n] = $` if /\$\(target_prefix\)\z/ =~ d end name = name.gsub(/\$\((#{pat.keys.join("|")})\)/) {pat[$1]+target_prefix} name.sub!(/(\$\((?:site)?arch\))\/*/, '') arch = $1 || '' name.chomp!('/') name = name.gsub(/(\$[({]|[})])|(\/+)|[^-.\w]+/) {$1 ? "" : $2 ? ".-." : "_"} File.join("$(TIMESTAMP_DIR)", arch, "#{name.sub(/\A(?=.)/, '.')}.time") end # :startdoc: # Creates a stub Makefile. # def dummy_makefile(srcdir) configuration(srcdir) << <<RULES << CLEANINGS CLEANFILES = #{$cleanfiles.join(' ')} DISTCLEANFILES = #{$distcleanfiles.join(' ')} all install static install-so install-rb: Makefile @$(NULLCMD) .PHONY: all install static install-so install-rb .PHONY: clean clean-so clean-static clean-rb RULES end def each_compile_rules # :nodoc: vpath_splat = /\$\(\*VPATH\*\)/ COMPILE_RULES.each do |rule| if vpath_splat =~ rule $VPATH.each do |path| yield rule.sub(vpath_splat) {path} end else yield rule end end end # Processes the data contents of the "depend" file. Each line of this file # is expected to be a file name. # # Returns the output of findings, in Makefile format. # def depend_rules(depend) suffixes = [] depout = [] cont = implicit = nil impconv = proc do each_compile_rules {|rule| depout << (rule % implicit[0]) << implicit[1]} implicit = nil end ruleconv = proc do |line| if implicit if /\A\t/ =~ line implicit[1] << line next else impconv[] end end if m = /\A\.(\w+)\.(\w+)(?:\s*:)/.match(line) suffixes << m[1] << m[2] implicit = [[m[1], m[2]], [m.post_match]] next elsif RULE_SUBST and /\A(?!\s*\w+\s*=)[$\w][^#]*:/ =~ line line.sub!(/\s*\#.*$/, '') comment = $& line.gsub!(%r"(\s)(?!\.)([^$(){}+=:\s\\,]+)(?=\s|\z)") {$1 + RULE_SUBST % $2} line = line.chomp + comment + "\n" if comment end depout << line end depend.each_line do |line| line.gsub!(/\.o\b/, ".#{$OBJEXT}") line.gsub!(/\{\$\(VPATH\)\}/, "") unless $nmake line.gsub!(/\$\((?:hdr|top)dir\)\/config.h/, $config_h) if $nmake && /\A\s*\$\(RM|COPY\)/ =~ line line.gsub!(%r"[-\w\./]{2,}"){$&.tr("/", "\\")} line.gsub!(/(\$\((?!RM|COPY)[^:)]+)(?=\))/, '\1:/=\\') end if /(?:^|[^\\])(?:\\\\)*\\$/ =~ line (cont ||= []) << line next elsif cont line = (cont << line).join cont = nil end ruleconv.call(line) end if cont ruleconv.call(cont.join) elsif implicit impconv.call end unless suffixes.empty? depout.unshift(".SUFFIXES: ." + suffixes.uniq.join(" .") + "\n\n") end if $extconf_h depout.unshift("$(OBJS): $(RUBY_EXTCONF_H)\n\n") depout.unshift("$(OBJS): $(hdrdir)/ruby/win32.h\n\n") if $mswin or $mingw end depout.flatten! depout end # Generates the Makefile for your extension, passing along any options and # preprocessor constants that you may have generated through other methods. # # The +target+ name should correspond the name of the global function name # defined within your C extension, minus the +Init_+. For example, if your # C extension is defined as +Init_foo+, then your target would simply be # "foo". # # If any "/" characters are present in the target name, only the last name # is interpreted as the target name, and the rest are considered toplevel # directory names, and the generated Makefile will be altered accordingly to # follow that directory structure. # # For example, if you pass "test/foo" as a target name, your extension will # be installed under the "test" directory. This means that in order to # load the file within a Ruby program later, that directory structure will # have to be followed, e.g. <code>require 'test/foo'</code>. # # The +srcprefix+ should be used when your source files are not in the same # directory as your build script. This will not only eliminate the need for # you to manually copy the source files into the same directory as your # build script, but it also sets the proper +target_prefix+ in the generated # Makefile. # # Setting the +target_prefix+ will, in turn, install the generated binary in # a directory under your <code>RbConfig::CONFIG['sitearchdir']</code> that # mimics your local filesystem when you run <code>make install</code>. # # For example, given the following file tree: # # ext/ # extconf.rb # test/ # foo.c # # And given the following code: # # create_makefile('test/foo', 'test') # # That will set the +target_prefix+ in the generated Makefile to "test". # That, in turn, will create the following file tree when installed via the # <code>make install</code> command: # # /path/to/ruby/sitearchdir/test/foo.so # # It is recommended that you use this approach to generate your makefiles, # instead of copying files around manually, because some third party # libraries may depend on the +target_prefix+ being set properly. # # The +srcprefix+ argument can be used to override the default source # directory, i.e. the current directory. It is included as part of the # +VPATH+ and added to the list of +INCFLAGS+. # def create_makefile(target, srcprefix = nil) $target = target libpath = $DEFLIBPATH|$LIBPATH message "creating Makefile\n" MakeMakefile.rm_f "#{CONFTEST}*" if CONFIG["DLEXT"] == $OBJEXT for lib in libs = $libs.split(' ') lib.sub!(/-l(.*)/, %%"lib\\1.#{$LIBEXT}"%) end $defs.push(format("-DEXTLIB='%s'", libs.join(","))) end if target.include?('/') target_prefix, target = File.split(target) target_prefix[0,0] = '/' else target_prefix = "" end srcprefix ||= "$(srcdir)/#{srcprefix}".chomp('/') RbConfig.expand(srcdir = srcprefix.dup) ext = ".#{$OBJEXT}" orig_srcs = Dir[File.join(srcdir, "*.{#{SRC_EXT.join(%q{,})}}")] if not $objs srcs = $srcs || orig_srcs $objs = [] objs = srcs.inject(Hash.new {[]}) {|h, f| h.key?(o = File.basename(f, ".*") << ext) or $objs << o h[o] <<= f h } unless objs.delete_if {|b, f| f.size == 1}.empty? dups = objs.map {|b, f| "#{b[/.*\./]}{#{f.collect {|n| n[/([^.]+)\z/]}.join(',')}}" } abort "source files duplication - #{dups.join(", ")}" end else $objs.collect! {|o| File.basename(o, ".*") << ext} unless $OBJEXT == "o" srcs = $srcs || $objs.collect {|o| o.chomp(ext) << ".c"} end $srcs = srcs hdrs = Dir[File.join(srcdir, "*.{#{HDR_EXT.join(%q{,})}}")] target = nil if $objs.empty? if target and EXPORT_PREFIX if File.exist?(File.join(srcdir, target + '.def')) deffile = "$(srcdir)/$(TARGET).def" unless EXPORT_PREFIX.empty? makedef = %{$(RUBY) -pe "$$_.sub!(/^(?=\\w)/,'#{EXPORT_PREFIX}') unless 1../^EXPORTS$/i" #{deffile}} end else makedef = %{(echo EXPORTS && echo $(TARGET_ENTRY))} end if makedef $cleanfiles << '$(DEFFILE)' origdef = deffile deffile = "$(TARGET)-$(arch).def" end end origdef ||= '' if $extout and $INSTALLFILES $cleanfiles.concat($INSTALLFILES.collect {|files, dir|File.join(dir, files.delete_prefix('./'))}) $distcleandirs.concat($INSTALLFILES.collect {|files, dir| dir}) end if $extmk and $static $defs << "-DRUBY_EXPORT=1" end if $extmk and not $extconf_h create_header end libpath = libpathflag(libpath) dllib = target ? "$(TARGET).#{CONFIG['DLEXT']}" : "" staticlib = target ? "$(TARGET).#$LIBEXT" : "" conf = configuration(srcprefix) conf << "\ libpath = #{($DEFLIBPATH|$LIBPATH).join(" ")} LIBPATH = #{libpath} DEFFILE = #{deffile} CLEANFILES = #{$cleanfiles.join(' ')} DISTCLEANFILES = #{$distcleanfiles.join(' ')} DISTCLEANDIRS = #{$distcleandirs.join(' ')} extout = #{$extout && $extout.quote} extout_prefix = #{$extout_prefix} target_prefix = #{target_prefix} LOCAL_LIBS = #{$LOCAL_LIBS} LIBS = #{$LIBRUBYARG} #{$libs} #{$LIBS} ORIG_SRCS = #{orig_srcs.collect(&File.method(:basename)).join(' ')} SRCS = $(ORIG_SRCS) #{(srcs - orig_srcs).collect(&File.method(:basename)).join(' ')} OBJS = #{$objs.join(" ")} HDRS = #{hdrs.map{|h| '$(srcdir)/' + File.basename(h)}.join(' ')} LOCAL_HDRS = #{$headers.join(' ')} TARGET = #{target} TARGET_NAME = #{target && target[/\A\w+/]} TARGET_ENTRY = #{EXPORT_PREFIX || ''}Init_$(TARGET_NAME) DLLIB = #{dllib} EXTSTATIC = #{$static || ""} STATIC_LIB = #{staticlib unless $static.nil?} #{!$extout && defined?($installed_list) ? %[INSTALLED_LIST = #{$installed_list}\n] : ""} TIMESTAMP_DIR = #{$extout && $extmk ? '$(extout)/.timestamp' : '.'} " #" # TODO: fixme install_dirs.each {|d| conf << ("%-14s= %s\n" % d) if /^[[:upper:]]/ =~ d[0]} sodir = $extout ? '$(TARGET_SO_DIR)' : '$(RUBYARCHDIR)' n = '$(TARGET_SO_DIR)$(TARGET)' cleanobjs = ["$(OBJS)"] if $extmk %w[bc i s].each {|ex| cleanobjs << "$(OBJS:.#{$OBJEXT}=.#{ex})"} end if target config_string('cleanobjs') {|t| cleanobjs << t.gsub(/\$\*/, "$(TARGET)#{deffile ? '-$(arch)': ''}")} end conf << "\ TARGET_SO_DIR =#{$extout ? " $(RUBYARCHDIR)/" : ''} TARGET_SO = $(TARGET_SO_DIR)$(DLLIB) CLEANLIBS = #{'$(TARGET_SO) ' if target}#{config_string('cleanlibs') {|t| t.gsub(/\$\*/) {n}}} CLEANOBJS = #{cleanobjs.join(' ')} *.bak TARGET_SO_DIR_TIMESTAMP = #{timestamp_file(sodir, target_prefix)} " #" conf = yield(conf) if block_given? mfile = File.open("Makefile", "wb") mfile.puts(conf) mfile.print " all: #{$extout ? "install" : target ? "$(DLLIB)" : "Makefile"} static: #{$extmk && !$static ? "all" : %[$(STATIC_LIB)#{$extout ? " install-rb" : ""}]} .PHONY: all install static install-so install-rb .PHONY: clean clean-so clean-static clean-rb " #" mfile.print CLEANINGS fsep = config_string('BUILD_FILE_SEPARATOR') {|s| s unless s == "/"} if fsep sep = ":/=#{fsep}" fseprepl = proc {|s| s = s.gsub("/", fsep) s = s.gsub(/(\$\(\w+)(\))/) {$1+sep+$2} s.gsub(/(\$\{\w+)(\})/) {$1+sep+$2} } rsep = ":#{fsep}=/" else fseprepl = proc {|s| s} sep = "" rsep = "" end dirs = [] mfile.print "install: install-so install-rb\n\n" dir = sodir.dup mfile.print("install-so: ") if target f = "$(DLLIB)" dest = "$(TARGET_SO)" stamp = '$(TARGET_SO_DIR_TIMESTAMP)' if $extout mfile.puts dest mfile.print "clean-so::\n" mfile.print "\t-$(Q)$(RM) #{fseprepl[dest]} #{fseprepl[stamp]}\n" mfile.print "\t-$(Q)$(RM_RF) #{fseprepl['$(CLEANLIBS)']}\n" mfile.print "\t-$(Q)$(RMDIRS) #{fseprepl[dir]}#{$ignore_error}\n" else mfile.print "#{f} #{stamp}\n" mfile.print "\t$(INSTALL_PROG) #{fseprepl[f]} #{dir}\n" if defined?($installed_list) mfile.print "\t@echo #{dir}/#{File.basename(f)}>>$(INSTALLED_LIST)\n" end end mfile.print "clean-static::\n" mfile.print "\t-$(Q)$(RM) $(STATIC_LIB)\n" else mfile.puts "Makefile" end mfile.print("install-rb: pre-install-rb do-install-rb install-rb-default\n") mfile.print("install-rb-default: pre-install-rb-default do-install-rb-default\n") mfile.print("pre-install-rb: Makefile\n") mfile.print("pre-install-rb-default: Makefile\n") mfile.print("do-install-rb:\n") mfile.print("do-install-rb-default:\n") for sfx, i in [["-default", [["lib/**/*.rb", "$(RUBYLIBDIR)", "lib"]]], ["", $INSTALLFILES]] files = install_files(mfile, i, nil, srcprefix) or next for dir, *files in files unless dirs.include?(dir) dirs << dir mfile.print "pre-install-rb#{sfx}: #{timestamp_file(dir, target_prefix)}\n" end for f in files dest = "#{dir}/#{File.basename(f)}" mfile.print("do-install-rb#{sfx}: #{dest}\n") mfile.print("#{dest}: #{f} #{timestamp_file(dir, target_prefix)}\n") mfile.print("\t$(Q) $(#{$extout ? 'COPY' : 'INSTALL_DATA'}) #{f} $@\n") if defined?($installed_list) and !$extout mfile.print("\t@echo #{dest}>>$(INSTALLED_LIST)\n") end if $extout mfile.print("clean-rb#{sfx}::\n") mfile.print("\t-$(Q)$(RM) #{fseprepl[dest]}\n") end end end mfile.print "pre-install-rb#{sfx}:\n" if files.empty? mfile.print("\t@$(NULLCMD)\n") else q = "$(MAKE) -q do-install-rb#{sfx}" if $nmake mfile.print "!if \"$(Q)\" == \"@\"\n\t@#{q} || \\\n!endif\n\t" else mfile.print "\t$(Q1:0=@#{q} || )" end mfile.print "$(ECHO1:0=echo) installing#{sfx.sub(/^-/, " ")} #{target} libraries\n" end if $extout dirs.uniq! unless dirs.empty? mfile.print("clean-rb#{sfx}::\n") for dir in dirs.sort_by {|d| -d.count('/')} stamp = timestamp_file(dir, target_prefix) mfile.print("\t-$(Q)$(RM) #{fseprepl[stamp]}\n") mfile.print("\t-$(Q)$(RMDIRS) #{fseprepl[dir]}#{$ignore_error}\n") end end end end if target and !dirs.include?(sodir) mfile.print "$(TARGET_SO_DIR_TIMESTAMP):\n\t$(Q) $(MAKEDIRS) $(@D) #{sodir}\n\t$(Q) $(TOUCH) $@\n" end dirs.each do |d| t = timestamp_file(d, target_prefix) mfile.print "#{t}:\n\t$(Q) $(MAKEDIRS) $(@D) #{d}\n\t$(Q) $(TOUCH) $@\n" end mfile.print <<-SITEINSTALL site-install: site-install-so site-install-rb site-install-so: install-so site-install-rb: install-rb SITEINSTALL return unless target mfile.print ".SUFFIXES: .#{(SRC_EXT + [$OBJEXT, $ASMEXT]).compact.join(' .')}\n" mfile.print "\n" compile_command = "\n\t$(ECHO) compiling $(<#{rsep})\n\t$(Q) %s\n\n" command = compile_command % COMPILE_CXX asm_command = compile_command.sub(/compiling/, 'translating') % ASSEMBLE_CXX CXX_EXT.each do |e| each_compile_rules do |rule| mfile.printf(rule, e, $OBJEXT) mfile.print(command) mfile.printf(rule, e, $ASMEXT) mfile.print(asm_command) end end command = compile_command % COMPILE_C asm_command = compile_command.sub(/compiling/, 'translating') % ASSEMBLE_C C_EXT.each do |e| each_compile_rules do |rule| mfile.printf(rule, e, $OBJEXT) mfile.print(command) mfile.printf(rule, e, $ASMEXT) mfile.print(asm_command) end end mfile.print "$(TARGET_SO): " mfile.print "$(DEFFILE) " if makedef mfile.print "$(OBJS) Makefile" mfile.print " $(TARGET_SO_DIR_TIMESTAMP)" if $extout mfile.print "\n" mfile.print "\t$(ECHO) linking shared-object #{target_prefix.sub(/\A\/(.*)/, '\1/')}$(DLLIB)\n" mfile.print "\t-$(Q)$(RM) $(@#{sep})\n" link_so = LINK_SO.gsub(/^/, "\t$(Q) ") if srcs.any?(&%r"\.(?:#{CXX_EXT.join('|')})\z".method(:===)) link_so = link_so.sub(/\bLDSHARED\b/, '\&XX') end mfile.print link_so, "\n\n" unless $static.nil? mfile.print "$(STATIC_LIB): $(OBJS)\n\t-$(Q)$(RM) $(@#{sep})\n\t" mfile.print "$(ECHO) linking static-library $(@#{rsep})\n\t$(Q) " mfile.print "$(AR) #{config_string('ARFLAGS') || 'cru '}$@ $(OBJS)" config_string('RANLIB') do |ranlib| mfile.print "\n\t-$(Q)#{ranlib} $(@)#{$ignore_error}" end end mfile.print "\n\n" if makedef mfile.print "$(DEFFILE): #{origdef}\n" mfile.print "\t$(ECHO) generating $(@#{rsep})\n" mfile.print "\t$(Q) #{makedef} > $@\n\n" end depend = File.join(srcdir, "depend") if File.exist?(depend) mfile.print("###\n", *depend_rules(File.read(depend))) else mfile.print "$(OBJS): $(HDRS) $(ruby_headers)\n" end $makefile_created = true ensure mfile.close if mfile end # :stopdoc: def init_mkmf(config = CONFIG, rbconfig = RbConfig::CONFIG) $makefile_created = false $arg_config = [] $enable_shared = config['ENABLE_SHARED'] == 'yes' $defs = [] $extconf_h = nil $config_dirs = {} if $warnflags = CONFIG['warnflags'] and CONFIG['GCC'] == 'yes' # turn warnings into errors only for bundled extensions. config['warnflags'] = $warnflags.gsub(/(?:\A|\s)-W\Kerror[-=](?!implicit-function-declaration)/, '') if /icc\z/ =~ config['CC'] config['warnflags'].gsub!(/(\A|\s)-W(?:division-by-zero|deprecated-declarations)/, '\1') end RbConfig.expand(rbconfig['warnflags'] = config['warnflags'].dup) config.each do |key, val| RbConfig.expand(rbconfig[key] = val.dup) if /warnflags/ =~ val end $warnflags = config['warnflags'] unless $extmk end if (w = rbconfig['CC_WRAPPER']) and !w.empty? and !File.executable?(w) rbconfig['CC_WRAPPER'] = config['CC_WRAPPER'] = '' end $CFLAGS = with_config("cflags", arg_config("CFLAGS", config["CFLAGS"])).dup $CXXFLAGS = (with_config("cxxflags", arg_config("CXXFLAGS", config["CXXFLAGS"]))||'').dup $ARCH_FLAG = with_config("arch_flag", arg_config("ARCH_FLAG", config["ARCH_FLAG"])).dup $CPPFLAGS = with_config("cppflags", arg_config("CPPFLAGS", config["CPPFLAGS"])).dup $LDFLAGS = with_config("ldflags", arg_config("LDFLAGS", config["LDFLAGS"])).dup $INCFLAGS = "-I$(arch_hdrdir)" $INCFLAGS << " -I$(hdrdir)/ruby/backward" unless $extmk $INCFLAGS << " -I$(hdrdir) -I$(srcdir)" $DLDFLAGS = with_config("dldflags", arg_config("DLDFLAGS", config["DLDFLAGS"])).dup config_string("ADDITIONAL_DLDFLAGS") {|flags| $DLDFLAGS << " " << flags} unless $extmk $LIBEXT = config['LIBEXT'].dup $OBJEXT = config["OBJEXT"].dup $EXEEXT = config["EXEEXT"].dup $ASMEXT = config_string('ASMEXT', &:dup) || 'S' $LIBS = "#{config['LIBS']} #{config['DLDLIBS']}" $LIBRUBYARG = "" $LIBRUBYARG_STATIC = config['LIBRUBYARG_STATIC'] $LIBRUBYARG_SHARED = config['LIBRUBYARG_SHARED'] $DEFLIBPATH = [$extmk ? "$(topdir)" : "$(#{config["libdirname"] || "libdir"})"] $DEFLIBPATH.unshift(".") $LIBPATH = [] $INSTALLFILES = [] $NONINSTALLFILES = [/~\z/, /\A#.*#\z/, /\A\.#/, /\.bak\z/i, /\.orig\z/, /\.rej\z/, /\.l[ao]\z/, /\.o\z/] $VPATH = %w[$(srcdir) $(arch_hdrdir)/ruby $(hdrdir)/ruby] $objs = nil $srcs = nil $headers = [] $libs = "" if $enable_shared or RbConfig.expand(config["LIBRUBY"].dup) != RbConfig.expand(config["LIBRUBY_A"].dup) $LIBRUBYARG = config['LIBRUBYARG'] end $LOCAL_LIBS = "" $cleanfiles = config_string('CLEANFILES') {|s| Shellwords.shellwords(s)} || [] $cleanfiles << "mkmf.log" $distcleanfiles = config_string('DISTCLEANFILES') {|s| Shellwords.shellwords(s)} || [] $distcleandirs = config_string('DISTCLEANDIRS') {|s| Shellwords.shellwords(s)} || [] $extout ||= nil $extout_prefix ||= nil $arg_config.clear $config_dirs.clear dir_config("opt") end FailedMessage = <<MESSAGE Could not create Makefile due to some reason, probably lack of necessary libraries and/or headers. Check the mkmf.log file for more details. You may need configuration options. Provided configuration options: MESSAGE # Returns whether or not the Makefile was successfully generated. If not, # the script will abort with an error message. # # Internal use only. # def mkmf_failed(path) unless $makefile_created or File.exist?("Makefile") opts = $arg_config.collect {|t, n| "\t#{t}#{n ? "=#{n}" : ""}\n"} abort "*** #{path} failed ***\n" + FailedMessage + opts.join end end private def _libdir_basename @libdir_basename ||= config_string("libdir") {|name| name[/\A\$\(exec_prefix\)\/(.*)/, 1]} || "lib" end def MAIN_DOES_NOTHING(*refs) src = MAIN_DOES_NOTHING unless refs.empty? src = src.sub(/\{/) do $& + "\n if (argc > 1000000) {\n" + refs.map {|n|" int (* volatile #{n}p)(void)=(int (*)(void))&#{n};\n"}.join("") + refs.map {|n|" printf(\"%d\", (*#{n}p)());\n"}.join("") + " }\n" end end src end extend self init_mkmf $make = with_config("make-prog", ENV["MAKE"] || "make") make, = Shellwords.shellwords($make) $nmake = nil case when $mswin $nmake = ?m if /nmake/i =~ make end $ignore_error = " 2> #{File::NULL} || #{$mswin ? 'exit /b0' : 'true'}" RbConfig::CONFIG["srcdir"] = CONFIG["srcdir"] = $srcdir = arg_config("--srcdir", File.dirname($0)) $configure_args["--topsrcdir"] ||= $srcdir if $curdir = arg_config("--curdir") RbConfig.expand(curdir = $curdir.dup) else curdir = $curdir = "." end unless File.expand_path(RbConfig::CONFIG["topdir"]) == File.expand_path(curdir) CONFIG["topdir"] = $curdir RbConfig::CONFIG["topdir"] = curdir end $configure_args["--topdir"] ||= $curdir $ruby = arg_config("--ruby", File.join(RbConfig::CONFIG["bindir"], CONFIG["ruby_install_name"])) RbConfig.expand(CONFIG["RUBY_SO_NAME"]) # :startdoc: split = Shellwords.method(:shellwords).to_proc ## # The prefix added to exported symbols automatically EXPORT_PREFIX = config_string('EXPORT_PREFIX') {|s| s.strip} hdr = ['#include "ruby.h"' "\n"] config_string('COMMON_MACROS') do |s| Shellwords.shellwords(s).each do |w| w, v = w.split(/=/, 2) hdr << "#ifndef #{w}" hdr << "#define #{[w, v].compact.join(" ")}" hdr << "#endif /* #{w} */" end end config_string('COMMON_HEADERS') do |s| Shellwords.shellwords(s).each {|w| hdr << "#include <#{w}>"} end ## # Common headers for Ruby C extensions COMMON_HEADERS = hdr.join("\n") ## # Common libraries for Ruby C extensions COMMON_LIBS = config_string('COMMON_LIBS', &split) || [] ## # make compile rules COMPILE_RULES = config_string('COMPILE_RULES', &split) || %w[.%s.%s:] ## # Substitution in rules for NMake RULE_SUBST = config_string('RULE_SUBST') ## # Command which will compile C files in the generated Makefile COMPILE_C = config_string('COMPILE_C') || '$(CC) $(INCFLAGS) $(CPPFLAGS) $(CFLAGS) $(COUTFLAG)$@ -c $(CSRCFLAG)$<' ## # Command which will compile C++ files in the generated Makefile COMPILE_CXX = config_string('COMPILE_CXX') || '$(CXX) $(INCFLAGS) $(CPPFLAGS) $(CXXFLAGS) $(COUTFLAG)$@ -c $(CSRCFLAG)$<' ## # Command which will translate C files to assembler sources in the generated Makefile ASSEMBLE_C = config_string('ASSEMBLE_C') || COMPILE_C.sub(/(?<=\s)-c(?=\s)/, '-S') ## # Command which will translate C++ files to assembler sources in the generated Makefile ASSEMBLE_CXX = config_string('ASSEMBLE_CXX') || COMPILE_CXX.sub(/(?<=\s)-c(?=\s)/, '-S') ## # Command which will compile a program in order to test linking a library TRY_LINK = config_string('TRY_LINK') || "$(CC) #{OUTFLAG}#{CONFTEST}#{$EXEEXT} $(INCFLAGS) $(CPPFLAGS) " \ "$(CFLAGS) $(src) $(LIBPATH) $(LDFLAGS) $(ARCH_FLAG) $(LOCAL_LIBS) $(LIBS)" ## # Command which will link a shared library LINK_SO = (config_string('LINK_SO') || "").sub(/^$/) do if CONFIG["DLEXT"] == $OBJEXT "ld $(DLDFLAGS) -r -o $@ $(OBJS)\n" else "$(LDSHARED) #{OUTFLAG}$@ $(OBJS) " \ "$(LIBPATH) $(DLDFLAGS) $(LOCAL_LIBS) $(LIBS)" end end ## # Argument which will add a library path to the linker LIBPATHFLAG = config_string('LIBPATHFLAG') || '-L%s' ## # Argument which will add a runtime library path to the linker RPATHFLAG = config_string('RPATHFLAG') || '' ## # Argument which will add a library to the linker LIBARG = config_string('LIBARG') || '-l%s' ## # A C main function which does no work MAIN_DOES_NOTHING = config_string('MAIN_DOES_NOTHING') || "int main(int argc, char **argv)\n{\n return !!argv[argc];\n}" ## # The type names for convertible_int UNIVERSAL_INTS = config_string('UNIVERSAL_INTS') {|s| Shellwords.shellwords(s)} || %w[int short long long\ long] sep = config_string('BUILD_FILE_SEPARATOR') {|s| ":/=#{s}" if s != "/"} || "" ## # Makefile rules that will clean the extension build directory CLEANINGS = " clean-static:: clean-rb-default:: clean-rb:: clean-so:: clean: clean-so clean-static clean-rb-default clean-rb \t\t-$(Q)$(RM_RF) $(CLEANLIBS#{sep}) $(CLEANOBJS#{sep}) $(CLEANFILES#{sep}) .*.time distclean-rb-default:: distclean-rb:: distclean-so:: distclean-static:: distclean: clean distclean-so distclean-static distclean-rb-default distclean-rb \t\t-$(Q)$(RM) Makefile $(RUBY_EXTCONF_H) #{CONFTEST}.* mkmf.log#{' exts.mk' if $extmk} \t\t-$(Q)$(RM) core ruby$(EXEEXT) *~ $(DISTCLEANFILES#{sep}) \t\t-$(Q)$(RMDIRS) $(DISTCLEANDIRS#{sep})#{$ignore_error} realclean: distclean " @lang = Hash.new(self) ## # Retrieves the module for _name_ language. def self.[](name) @lang.fetch(name) end ## # Defines the module for _name_ language. def self.[]=(name, mod) @lang[name] = mod end ## # The language that this module is for LANGUAGE = -"C" self[self::LANGUAGE] = self cxx = Module.new do # Module for C++ include MakeMakefile extend self # :stopdoc: CONFTEST_CXX = "#{CONFTEST}.#{config_string('CXX_EXT') || CXX_EXT[0]}" TRY_LINK_CXX = config_string('TRY_LINK_CXX') || ((cmd = TRY_LINK.gsub(/\$\(C(?:C|(FLAGS))\)/, '$(CXX\1)')) != TRY_LINK && cmd) || "$(CXX) #{OUTFLAG}#{CONFTEST}#{$EXEEXT} $(INCFLAGS) $(CPPFLAGS) " \ "$(CXXFLAGS) $(src) $(LIBPATH) $(LDFLAGS) $(ARCH_FLAG) $(LOCAL_LIBS) $(LIBS)" def have_devel? unless defined? @have_devel @have_devel = true @have_devel = try_link(MAIN_DOES_NOTHING) end @have_devel end def conftest_source CONFTEST_CXX end def cc_command(opt="") conf = cc_config(opt) RbConfig::expand("$(CXX) #$INCFLAGS #$CPPFLAGS #$CXXFLAGS #$ARCH_FLAG #{opt} -c #{CONFTEST_CXX}", conf) end def link_command(ldflags, *opts) conf = link_config(ldflags, *opts) RbConfig::expand(TRY_LINK_CXX.dup, conf) end # :startdoc: end cxx::LANGUAGE = -"C++" self[cxx::LANGUAGE] = cxx end # MakeMakefile::Global = # m = Module.new { include(MakeMakefile) private(*MakeMakefile.public_instance_methods(false)) } include m if not $extmk and /\A(extconf|makefile).rb\z/ =~ File.basename($0) END {mkmf_failed($0)} end PK *J [7�ɴR �R share/ruby/tempfile.rbnu �[��� # frozen_string_literal: true # # tempfile - manipulates temporary files # # $Id$ # require 'delegate' require 'tmpdir' # A utility class for managing temporary files. # # There are two kind of methods of creating a temporary file: # # - Tempfile.create (recommended) # - Tempfile.new and Tempfile.open (mostly for backward compatibility, not recommended) # # Tempfile.create creates a usual \File object. # The timing of file deletion is predictable. # Also, it supports open-and-unlink technique which # removes the temporary file immediately after creation. # # Tempfile.new and Tempfile.open creates a \Tempfile object. # The created file is removed by the GC (finalizer). # The timing of file deletion is not predictable. # # == Synopsis # # require 'tempfile' # # # Tempfile.create with a block # # The filename are choosen automatically. # # (You can specify the prefix and suffix of the filename by an optional argument.) # Tempfile.create {|f| # f.puts "foo" # f.rewind # f.read # => "foo\n" # } # The file is removed at block exit. # # # Tempfile.create without a block # # You need to unlink the file in non-block form. # f = Tempfile.create # f.puts "foo" # f.close # File.unlink(f.path) # You need to unlink the file. # # # Tempfile.create(anonymous: true) without a block # f = Tempfile.create(anonymous: true) # # The file is already removed because anonymous. # f.path # => "/tmp/" (no filename since no file) # f.puts "foo" # f.rewind # f.read # => "foo\n" # f.close # # # Tempfile.create(anonymous: true) with a block # Tempfile.create(anonymous: true) {|f| # # The file is already removed because anonymous. # f.path # => "/tmp/" (no filename since no file) # f.puts "foo" # f.rewind # f.read # => "foo\n" # } # # # Not recommended: Tempfile.new without a block # file = Tempfile.new('foo') # file.path # => A unique filename in the OS's temp directory, # # e.g.: "/tmp/foo.24722.0" # # This filename contains 'foo' in its basename. # file.write("hello world") # file.rewind # file.read # => "hello world" # file.close # file.unlink # deletes the temp file # # == About Tempfile.new and Tempfile.open # # This section does not apply to Tempfile.create because # it returns a File object (not a Tempfile object). # # When you create a Tempfile object, # it will create a temporary file with a unique filename. A Tempfile # objects behaves just like a File object, and you can perform all the usual # file operations on it: reading data, writing data, changing its permissions, # etc. So although this class does not explicitly document all instance methods # supported by File, you can in fact call any File instance method on a # Tempfile object. # # A Tempfile object has a finalizer to remove the temporary file. # This means that the temporary file is removed via GC. # This can cause several problems: # # - Long GC intervals and conservative GC can accumulate temporary files that are not removed. # - Temporary files are not removed if Ruby exits abnormally (such as SIGKILL, SEGV). # # There are legacy good practices for Tempfile.new and Tempfile.open as follows. # # === Explicit close # # When a Tempfile object is garbage collected, or when the Ruby interpreter # exits, its associated temporary file is automatically deleted. This means # that it's unnecessary to explicitly delete a Tempfile after use, though # it's a good practice to do so: not explicitly deleting unused Tempfiles can # potentially leave behind a large number of temp files on the filesystem # until they're garbage collected. The existence of these temp files can make # it harder to determine a new Tempfile filename. # # Therefore, one should always call #unlink or close in an ensure block, like # this: # # file = Tempfile.new('foo') # begin # # ...do something with file... # ensure # file.close # file.unlink # deletes the temp file # end # # Tempfile.create { ... } exists for this purpose and is more convenient to use. # Note that Tempfile.create returns a File instance instead of a Tempfile, which # also avoids the overhead and complications of delegation. # # Tempfile.create('foo') do |file| # # ...do something with file... # end # # === Unlink after creation # # On POSIX systems, it's possible to unlink a file right after creating it, # and before closing it. This removes the filesystem entry without closing # the file handle, so it ensures that only the processes that already had # the file handle open can access the file's contents. It's strongly # recommended that you do this if you do not want any other processes to # be able to read from or write to the Tempfile, and you do not need to # know the Tempfile's filename either. # # Also, this guarantees the temporary file is removed even if Ruby exits abnormally. # The OS reclaims the storage for the temporary file when the file is closed or # the Ruby process exits (normally or abnormally). # # For example, a practical use case for unlink-after-creation would be this: # you need a large byte buffer that's too large to comfortably fit in RAM, # e.g. when you're writing a web server and you want to buffer the client's # file upload data. # # `Tempfile.create(anonymous: true)` supports this behavior. # It also works on Windows. # # == Minor notes # # Tempfile's filename picking method is both thread-safe and inter-process-safe: # it guarantees that no other threads or processes will pick the same filename. # # Tempfile itself however may not be entirely thread-safe. If you access the # same Tempfile object from multiple threads then you should protect it with a # mutex. class Tempfile < DelegateClass(File) # The version VERSION = "0.3.1" # Creates a file in the underlying file system; # returns a new \Tempfile object based on that file. # # If possible, consider instead using Tempfile.create, which: # # - Avoids the performance cost of delegation, # incurred when Tempfile.new calls its superclass <tt>DelegateClass(File)</tt>. # - Does not rely on a finalizer to close and unlink the file, # which can be unreliable. # # Creates and returns file whose: # # - Class is \Tempfile (not \File, as in Tempfile.create). # - Directory is the system temporary directory (system-dependent). # - Generated filename is unique in that directory. # - Permissions are <tt>0600</tt>; # see {File Permissions}[rdoc-ref:File@File+Permissions]. # - Mode is <tt>'w+'</tt> (read/write mode, positioned at the end). # # The underlying file is removed when the \Tempfile object dies # and is reclaimed by the garbage collector. # # Example: # # f = Tempfile.new # => #<Tempfile:/tmp/20220505-17839-1s0kt30> # f.class # => Tempfile # f.path # => "/tmp/20220505-17839-1s0kt30" # f.stat.mode.to_s(8) # => "100600" # File.exist?(f.path) # => true # File.unlink(f.path) # # File.exist?(f.path) # => false # # Argument +basename+, if given, may be one of: # # - A string: the generated filename begins with +basename+: # # Tempfile.new('foo') # => #<Tempfile:/tmp/foo20220505-17839-1whk2f> # # - An array of two strings <tt>[prefix, suffix]</tt>: # the generated filename begins with +prefix+ and ends with +suffix+: # # Tempfile.new(%w/foo .jpg/) # => #<Tempfile:/tmp/foo20220505-17839-58xtfi.jpg> # # With arguments +basename+ and +tmpdir+, the file is created in directory +tmpdir+: # # Tempfile.new('foo', '.') # => #<Tempfile:./foo20220505-17839-xfstr8> # # Keyword arguments +mode+ and +options+ are passed directly to method # {File.open}[rdoc-ref:File.open]: # # - The value given with +mode+ must be an integer, # and may be expressed as the logical OR of constants defined in # {File::Constants}[rdoc-ref:File::Constants]. # - For +options+, see {Open Options}[rdoc-ref:IO@Open+Options]. # # Related: Tempfile.create. # def initialize(basename="", tmpdir=nil, mode: 0, **options) warn "Tempfile.new doesn't call the given block.", uplevel: 1 if block_given? @unlinked = false @mode = mode|File::RDWR|File::CREAT|File::EXCL tmpfile = nil ::Dir::Tmpname.create(basename, tmpdir, **options) do |tmpname, n, opts| opts[:perm] = 0600 tmpfile = File.open(tmpname, @mode, **opts) @opts = opts.freeze end super(tmpfile) @finalizer_manager = FinalizerManager.new(__getobj__.path) @finalizer_manager.register(self, __getobj__) end def initialize_dup(other) # :nodoc: initialize_copy_iv(other) super(other) @finalizer_manager.register(self, __getobj__) end def initialize_clone(other) # :nodoc: initialize_copy_iv(other) super(other) @finalizer_manager.register(self, __getobj__) end private def initialize_copy_iv(other) # :nodoc: @unlinked = other.unlinked @mode = other.mode @opts = other.opts @finalizer_manager = other.finalizer_manager end # Opens or reopens the file with mode "r+". def open _close mode = @mode & ~(File::CREAT|File::EXCL) __setobj__(File.open(__getobj__.path, mode, **@opts)) @finalizer_manager.register(self, __getobj__) __getobj__ end def _close # :nodoc: __getobj__.close end protected :_close # Closes the file. If +unlink_now+ is true, then the file will be unlinked # (deleted) after closing. Of course, you can choose to later call #unlink # if you do not unlink it now. # # If you don't explicitly unlink the temporary file, the removal # will be delayed until the object is finalized. def close(unlink_now=false) _close unlink if unlink_now end # Closes and unlinks (deletes) the file. Has the same effect as called # <tt>close(true)</tt>. def close! close(true) end # Unlinks (deletes) the file from the filesystem. One should always unlink # the file after using it, as is explained in the "Explicit close" good # practice section in the Tempfile overview: # # file = Tempfile.new('foo') # begin # # ...do something with file... # ensure # file.close # file.unlink # deletes the temp file # end # # === Unlink-before-close # # On POSIX systems it's possible to unlink a file before closing it. This # practice is explained in detail in the Tempfile overview (section # "Unlink after creation"); please refer there for more information. # # However, unlink-before-close may not be supported on non-POSIX operating # systems. Microsoft Windows is the most notable case: unlinking a non-closed # file will result in an error, which this method will silently ignore. If # you want to practice unlink-before-close whenever possible, then you should # write code like this: # # file = Tempfile.new('foo') # file.unlink # On Windows this silently fails. # begin # # ... do something with file ... # ensure # file.close! # Closes the file handle. If the file wasn't unlinked # # because #unlink failed, then this method will attempt # # to do so again. # end def unlink return if @unlinked begin File.unlink(__getobj__.path) rescue Errno::ENOENT rescue Errno::EACCES # may not be able to unlink on Windows; just ignore return end @finalizer_manager.unlinked = true @unlinked = true end alias delete unlink # Returns the full path name of the temporary file. # This will be nil if #unlink has been called. def path @unlinked ? nil : __getobj__.path end # Returns the size of the temporary file. As a side effect, the IO # buffer is flushed before determining the size. def size if !__getobj__.closed? __getobj__.size # File#size calls rb_io_flush_raw() else File.size(__getobj__.path) end end alias length size # :stopdoc: def inspect if __getobj__.closed? "#<#{self.class}:#{path} (closed)>" else "#<#{self.class}:#{path}>" end end alias to_s inspect protected attr_reader :unlinked, :mode, :opts, :finalizer_manager class FinalizerManager # :nodoc: attr_accessor :unlinked def initialize(path) @open_files = {} @path = path @pid = Process.pid @unlinked = false end def register(obj, file) ObjectSpace.undefine_finalizer(obj) ObjectSpace.define_finalizer(obj, self) @open_files[obj.object_id] = file end def call(object_id) @open_files.delete(object_id).close if @open_files.empty? && !@unlinked && Process.pid == @pid $stderr.puts "removing #{@path}..." if $DEBUG begin File.unlink(@path) rescue Errno::ENOENT end $stderr.puts "done" if $DEBUG end end end class << self # :startdoc: # Creates a new Tempfile. # # This method is not recommended and exists mostly for backward compatibility. # Please use Tempfile.create instead, which avoids the cost of delegation, # does not rely on a finalizer, and also unlinks the file when given a block. # # Tempfile.open is still appropriate if you need the Tempfile to be unlinked # by a finalizer and you cannot explicitly know where in the program the # Tempfile can be unlinked safely. # # If no block is given, this is a synonym for Tempfile.new. # # If a block is given, then a Tempfile object will be constructed, # and the block is run with the Tempfile object as argument. The Tempfile # object will be automatically closed after the block terminates. # However, the file will *not* be unlinked and needs to be manually unlinked # with Tempfile#close! or Tempfile#unlink. The finalizer will try to unlink # but should not be relied upon as it can keep the file on the disk much # longer than intended. For instance, on CRuby, finalizers can be delayed # due to conservative stack scanning and references left in unused memory. # # The call returns the value of the block. # # In any case, all arguments (<code>*args</code>) will be passed to Tempfile.new. # # Tempfile.open('foo', '/home/temp') do |f| # # ... do something with f ... # end # # # Equivalent: # f = Tempfile.open('foo', '/home/temp') # begin # # ... do something with f ... # ensure # f.close # end def open(*args, **kw) tempfile = new(*args, **kw) if block_given? begin yield(tempfile) ensure tempfile.close end else tempfile end end end end # Creates a file in the underlying file system; # returns a new \File object based on that file. # # With no block given and no arguments, creates and returns file whose: # # - Class is {File}[rdoc-ref:File] (not \Tempfile). # - Directory is the system temporary directory (system-dependent). # - Generated filename is unique in that directory. # - Permissions are <tt>0600</tt>; # see {File Permissions}[rdoc-ref:File@File+Permissions]. # - Mode is <tt>'w+'</tt> (read/write mode, positioned at the end). # # The temporary file removal depends on the keyword argument +anonymous+ and # whether a block is given or not. # See the description about the +anonymous+ keyword argument later. # # Example: # # f = Tempfile.create # => #<File:/tmp/20220505-9795-17ky6f6> # f.class # => File # f.path # => "/tmp/20220505-9795-17ky6f6" # f.stat.mode.to_s(8) # => "100600" # f.close # File.exist?(f.path) # => true # File.unlink(f.path) # File.exist?(f.path) # => false # # Tempfile.create {|f| # f.puts "foo" # f.rewind # f.read # => "foo\n" # f.path # => "/tmp/20240524-380207-oma0ny" # File.exist?(f.path) # => true # } # The file is removed at block exit. # # f = Tempfile.create(anonymous: true) # # The file is already removed because anonymous # f.path # => "/tmp/" (no filename since no file) # f.puts "foo" # f.rewind # f.read # => "foo\n" # f.close # # Tempfile.create(anonymous: true) {|f| # # The file is already removed because anonymous # f.path # => "/tmp/" (no filename since no file) # f.puts "foo" # f.rewind # f.read # => "foo\n" # } # # The argument +basename+, if given, may be one of the following: # # - A string: the generated filename begins with +basename+: # # Tempfile.create('foo') # => #<File:/tmp/foo20220505-9795-1gok8l9> # # - An array of two strings <tt>[prefix, suffix]</tt>: # the generated filename begins with +prefix+ and ends with +suffix+: # # Tempfile.create(%w/foo .jpg/) # => #<File:/tmp/foo20220505-17839-tnjchh.jpg> # # With arguments +basename+ and +tmpdir+, the file is created in the directory +tmpdir+: # # Tempfile.create('foo', '.') # => #<File:./foo20220505-9795-1emu6g8> # # Keyword arguments +mode+ and +options+ are passed directly to the method # {File.open}[rdoc-ref:File.open]: # # - The value given for +mode+ must be an integer # and may be expressed as the logical OR of constants defined in # {File::Constants}[rdoc-ref:File::Constants]. # - For +options+, see {Open Options}[rdoc-ref:IO@Open+Options]. # # The keyword argument +anonymous+ specifies when the file is removed. # # - <tt>anonymous=false</tt> (default) without a block: the file is not removed. # - <tt>anonymous=false</tt> (default) with a block: the file is removed after the block exits. # - <tt>anonymous=true</tt> without a block: the file is removed before returning. # - <tt>anonymous=true</tt> with a block: the file is removed before the block is called. # # In the first case (<tt>anonymous=false</tt> without a block), # the file is not removed automatically. # It should be explicitly closed. # It can be used to rename to the desired filename. # If the file is not needed, it should be explicitly removed. # # The File#path method of the created file object returns the temporary directory with a trailing slash # when +anonymous+ is true. # # When a block is given, it creates the file as described above, passes it to the block, # and returns the block's value. # Before the returning, the file object is closed and the underlying file is removed: # # Tempfile.create {|file| file.path } # => "/tmp/20220505-9795-rkists" # # Implementation note: # # The keyword argument +anonymous=true+ is implemented using FILE_SHARE_DELETE on Windows. # O_TMPFILE is used on Linux. # # Related: Tempfile.new. # def Tempfile.create(basename="", tmpdir=nil, mode: 0, anonymous: false, **options, &block) if anonymous create_anonymous(basename, tmpdir, mode: mode, **options, &block) else create_with_filename(basename, tmpdir, mode: mode, **options, &block) end end class << Tempfile private def create_with_filename(basename="", tmpdir=nil, mode: 0, **options) tmpfile = nil Dir::Tmpname.create(basename, tmpdir, **options) do |tmpname, n, opts| mode |= File::RDWR|File::CREAT|File::EXCL opts[:perm] = 0600 tmpfile = File.open(tmpname, mode, **opts) end if block_given? begin yield tmpfile ensure unless tmpfile.closed? if File.identical?(tmpfile, tmpfile.path) unlinked = File.unlink tmpfile.path rescue nil end tmpfile.close end unless unlinked begin File.unlink tmpfile.path rescue Errno::ENOENT end end end else tmpfile end end if RUBY_VERSION < "3.2" module PathAttr # :nodoc: attr_reader :path def self.set_path(file, path) file.extend(self).instance_variable_set(:@path, path) end end end private def create_anonymous(basename="", tmpdir=nil, mode: 0, **options, &block) tmpfile = nil tmpdir = Dir.tmpdir() if tmpdir.nil? if defined?(File::TMPFILE) # O_TMPFILE since Linux 3.11 begin tmpfile = File.open(tmpdir, File::RDWR | File::TMPFILE, 0600) rescue Errno::EISDIR, Errno::ENOENT, Errno::EOPNOTSUPP # kernel or the filesystem does not support O_TMPFILE # fallback to create-and-unlink end end if tmpfile.nil? mode |= File::SHARE_DELETE | File::BINARY # Windows needs them to unlink the opened file. tmpfile = create_with_filename(basename, tmpdir, mode: mode, **options) File.unlink(tmpfile.path) tmppath = tmpfile.path end path = File.join(tmpdir, '') unless tmppath == path # clear path. tmpfile.autoclose = false tmpfile = File.new(tmpfile.fileno, mode: File::RDWR, path: path) PathAttr.set_path(tmpfile, path) if defined?(PathAttr) end if block begin yield tmpfile ensure tmpfile.close end else tmpfile end end end PK *J [Q�hV' V' share/ruby/cgi.rbnu �[��� # frozen_string_literal: true # # cgi.rb - cgi support library # # Copyright (C) 2000 Network Applied Communication Laboratory, Inc. # # Copyright (C) 2000 Information-technology Promotion Agency, Japan # # Author: Wakou Aoyama <wakou@ruby-lang.org> # # Documentation: Wakou Aoyama (RDoc'd and embellished by William Webber) # # == Overview # # The Common Gateway Interface (CGI) is a simple protocol for passing an HTTP # request from a web server to a standalone program, and returning the output # to the web browser. Basically, a CGI program is called with the parameters # of the request passed in either in the environment (GET) or via $stdin # (POST), and everything it prints to $stdout is returned to the client. # # This file holds the CGI class. This class provides functionality for # retrieving HTTP request parameters, managing cookies, and generating HTML # output. # # The file CGI::Session provides session management functionality; see that # class for more details. # # See http://www.w3.org/CGI/ for more information on the CGI protocol. # # == Introduction # # CGI is a large class, providing several categories of methods, many of which # are mixed in from other modules. Some of the documentation is in this class, # some in the modules CGI::QueryExtension and CGI::HtmlExtension. See # CGI::Cookie for specific information on handling cookies, and cgi/session.rb # (CGI::Session) for information on sessions. # # For queries, CGI provides methods to get at environmental variables, # parameters, cookies, and multipart request data. For responses, CGI provides # methods for writing output and generating HTML. # # Read on for more details. Examples are provided at the bottom. # # == Queries # # The CGI class dynamically mixes in parameter and cookie-parsing # functionality, environmental variable access, and support for # parsing multipart requests (including uploaded files) from the # CGI::QueryExtension module. # # === Environmental Variables # # The standard CGI environmental variables are available as read-only # attributes of a CGI object. The following is a list of these variables: # # # AUTH_TYPE HTTP_HOST REMOTE_IDENT # CONTENT_LENGTH HTTP_NEGOTIATE REMOTE_USER # CONTENT_TYPE HTTP_PRAGMA REQUEST_METHOD # GATEWAY_INTERFACE HTTP_REFERER SCRIPT_NAME # HTTP_ACCEPT HTTP_USER_AGENT SERVER_NAME # HTTP_ACCEPT_CHARSET PATH_INFO SERVER_PORT # HTTP_ACCEPT_ENCODING PATH_TRANSLATED SERVER_PROTOCOL # HTTP_ACCEPT_LANGUAGE QUERY_STRING SERVER_SOFTWARE # HTTP_CACHE_CONTROL REMOTE_ADDR # HTTP_FROM REMOTE_HOST # # # For each of these variables, there is a corresponding attribute with the # same name, except all lower case and without a preceding HTTP_. # +content_length+ and +server_port+ are integers; the rest are strings. # # === Parameters # # The method #params() returns a hash of all parameters in the request as # name/value-list pairs, where the value-list is an Array of one or more # values. The CGI object itself also behaves as a hash of parameter names # to values, but only returns a single value (as a String) for each # parameter name. # # For instance, suppose the request contains the parameter # "favourite_colours" with the multiple values "blue" and "green". The # following behavior would occur: # # cgi.params["favourite_colours"] # => ["blue", "green"] # cgi["favourite_colours"] # => "blue" # # If a parameter does not exist, the former method will return an empty # array, the latter an empty string. The simplest way to test for existence # of a parameter is by the #has_key? method. # # === Cookies # # HTTP Cookies are automatically parsed from the request. They are available # from the #cookies() accessor, which returns a hash from cookie name to # CGI::Cookie object. # # === Multipart requests # # If a request's method is POST and its content type is multipart/form-data, # then it may contain uploaded files. These are stored by the QueryExtension # module in the parameters of the request. The parameter name is the name # attribute of the file input field, as usual. However, the value is not # a string, but an IO object, either an IOString for small files, or a # Tempfile for larger ones. This object also has the additional singleton # methods: # # #local_path():: the path of the uploaded file on the local filesystem # #original_filename():: the name of the file on the client computer # #content_type():: the content type of the file # # == Responses # # The CGI class provides methods for sending header and content output to # the HTTP client, and mixes in methods for programmatic HTML generation # from CGI::HtmlExtension and CGI::TagMaker modules. The precise version of HTML # to use for HTML generation is specified at object creation time. # # === Writing output # # The simplest way to send output to the HTTP client is using the #out() method. # This takes the HTTP headers as a hash parameter, and the body content # via a block. The headers can be generated as a string using the #http_header() # method. The output stream can be written directly to using the #print() # method. # # === Generating HTML # # Each HTML element has a corresponding method for generating that # element as a String. The name of this method is the same as that # of the element, all lowercase. The attributes of the element are # passed in as a hash, and the body as a no-argument block that evaluates # to a String. The HTML generation module knows which elements are # always empty, and silently drops any passed-in body. It also knows # which elements require matching closing tags and which don't. However, # it does not know what attributes are legal for which elements. # # There are also some additional HTML generation methods mixed in from # the CGI::HtmlExtension module. These include individual methods for the # different types of form inputs, and methods for elements that commonly # take particular attributes where the attributes can be directly specified # as arguments, rather than via a hash. # # === Utility HTML escape and other methods like a function. # # There are some utility tool defined in cgi/util.rb . # And when include, you can use utility methods like a function. # # == Examples of use # # === Get form values # # require "cgi" # cgi = CGI.new # value = cgi['field_name'] # <== value string for 'field_name' # # if not 'field_name' included, then return "". # fields = cgi.keys # <== array of field names # # # returns true if form has 'field_name' # cgi.has_key?('field_name') # cgi.has_key?('field_name') # cgi.include?('field_name') # # CAUTION! <code>cgi['field_name']</code> returned an Array with the old # cgi.rb(included in Ruby 1.6) # # === Get form values as hash # # require "cgi" # cgi = CGI.new # params = cgi.params # # cgi.params is a hash. # # cgi.params['new_field_name'] = ["value"] # add new param # cgi.params['field_name'] = ["new_value"] # change value # cgi.params.delete('field_name') # delete param # cgi.params.clear # delete all params # # # === Save form values to file # # require "pstore" # db = PStore.new("query.db") # db.transaction do # db["params"] = cgi.params # end # # # === Restore form values from file # # require "pstore" # db = PStore.new("query.db") # db.transaction do # cgi.params = db["params"] # end # # # === Get multipart form values # # require "cgi" # cgi = CGI.new # value = cgi['field_name'] # <== value string for 'field_name' # value.read # <== body of value # value.local_path # <== path to local file of value # value.original_filename # <== original filename of value # value.content_type # <== content_type of value # # and value has StringIO or Tempfile class methods. # # === Get cookie values # # require "cgi" # cgi = CGI.new # values = cgi.cookies['name'] # <== array of 'name' # # if not 'name' included, then return []. # names = cgi.cookies.keys # <== array of cookie names # # and cgi.cookies is a hash. # # === Get cookie objects # # require "cgi" # cgi = CGI.new # for name, cookie in cgi.cookies # cookie.expires = Time.now + 30 # end # cgi.out("cookie" => cgi.cookies) {"string"} # # cgi.cookies # { "name1" => cookie1, "name2" => cookie2, ... } # # require "cgi" # cgi = CGI.new # cgi.cookies['name'].expires = Time.now + 30 # cgi.out("cookie" => cgi.cookies['name']) {"string"} # # === Print http header and html string to $DEFAULT_OUTPUT ($>) # # require "cgi" # cgi = CGI.new("html4") # add HTML generation methods # cgi.out do # cgi.html do # cgi.head do # cgi.title { "TITLE" } # end + # cgi.body do # cgi.form("ACTION" => "uri") do # cgi.p do # cgi.textarea("get_text") + # cgi.br + # cgi.submit # end # end + # cgi.pre do # CGI.escapeHTML( # "params: #{cgi.params.inspect}\n" + # "cookies: #{cgi.cookies.inspect}\n" + # ENV.collect do |key, value| # "#{key} --> #{value}\n" # end.join("") # ) # end # end # end # end # # # add HTML generation methods # CGI.new("html3") # html3.2 # CGI.new("html4") # html4.01 (Strict) # CGI.new("html4Tr") # html4.01 Transitional # CGI.new("html4Fr") # html4.01 Frameset # CGI.new("html5") # html5 # # === Some utility methods # # require 'cgi/util' # CGI.escapeHTML('Usage: foo "bar" <baz>') # # # === Some utility methods like a function # # require 'cgi/util' # include CGI::Util # escapeHTML('Usage: foo "bar" <baz>') # h('Usage: foo "bar" <baz>') # alias # # class CGI VERSION = "0.4.2" end require 'cgi/core' require 'cgi/cookie' require 'cgi/util' CGI.autoload(:HtmlExtension, 'cgi/html') PK *J [X���? �? share/ruby/prettyprint.rbnu �[��� # frozen_string_literal: true # # This class implements a pretty printing algorithm. It finds line breaks and # nice indentations for grouped structure. # # By default, the class assumes that primitive elements are strings and each # byte in the strings have single column in width. But it can be used for # other situations by giving suitable arguments for some methods: # * newline object and space generation block for PrettyPrint.new # * optional width argument for PrettyPrint#text # * PrettyPrint#breakable # # There are several candidate uses: # * text formatting using proportional fonts # * multibyte characters which has columns different to number of bytes # * non-string formatting # # == Bugs # * Box based formatting? # * Other (better) model/algorithm? # # Report any bugs at http://bugs.ruby-lang.org # # == References # Christian Lindig, Strictly Pretty, March 2000, # https://lindig.github.io/papers/strictly-pretty-2000.pdf # # Philip Wadler, A prettier printer, March 1998, # https://homepages.inf.ed.ac.uk/wadler/topics/language-design.html#prettier # # == Author # Tanaka Akira <akr@fsij.org> # class PrettyPrint VERSION = "0.2.0" # This is a convenience method which is same as follows: # # begin # q = PrettyPrint.new(output, maxwidth, newline, &genspace) # ... # q.flush # output # end # def PrettyPrint.format(output=''.dup, maxwidth=79, newline="\n", genspace=lambda {|n| ' ' * n}) q = PrettyPrint.new(output, maxwidth, newline, &genspace) yield q q.flush output end # This is similar to PrettyPrint::format but the result has no breaks. # # +maxwidth+, +newline+ and +genspace+ are ignored. # # The invocation of +breakable+ in the block doesn't break a line and is # treated as just an invocation of +text+. # def PrettyPrint.singleline_format(output=''.dup, maxwidth=nil, newline=nil, genspace=nil) q = SingleLine.new(output) yield q output end # Creates a buffer for pretty printing. # # +output+ is an output target. If it is not specified, '' is assumed. It # should have a << method which accepts the first argument +obj+ of # PrettyPrint#text, the first argument +sep+ of PrettyPrint#breakable, the # first argument +newline+ of PrettyPrint.new, and the result of a given # block for PrettyPrint.new. # # +maxwidth+ specifies maximum line length. If it is not specified, 79 is # assumed. However actual outputs may overflow +maxwidth+ if long # non-breakable texts are provided. # # +newline+ is used for line breaks. "\n" is used if it is not specified. # # The block is used to generate spaces. {|width| ' ' * width} is used if it # is not given. # def initialize(output=''.dup, maxwidth=79, newline="\n", &genspace) @output = output @maxwidth = maxwidth @newline = newline @genspace = genspace || lambda {|n| ' ' * n} @output_width = 0 @buffer_width = 0 @buffer = [] root_group = Group.new(0) @group_stack = [root_group] @group_queue = GroupQueue.new(root_group) @indent = 0 end # The output object. # # This defaults to '', and should accept the << method attr_reader :output # The maximum width of a line, before it is separated in to a newline # # This defaults to 79, and should be an Integer attr_reader :maxwidth # The value that is appended to +output+ to add a new line. # # This defaults to "\n", and should be String attr_reader :newline # A lambda or Proc, that takes one argument, of an Integer, and returns # the corresponding number of spaces. # # By default this is: # lambda {|n| ' ' * n} attr_reader :genspace # The number of spaces to be indented attr_reader :indent # The PrettyPrint::GroupQueue of groups in stack to be pretty printed attr_reader :group_queue # Returns the group most recently added to the stack. # # Contrived example: # out = "" # => "" # q = PrettyPrint.new(out) # => #<PrettyPrint:0x82f85c0 @output="", @maxwidth=79, @newline="\n", @genspace=#<Proc:0x82f8368@/home/vbatts/.rvm/rubies/ruby-head/lib/ruby/2.0.0/prettyprint.rb:82 (lambda)>, @output_width=0, @buffer_width=0, @buffer=[], @group_stack=[#<PrettyPrint::Group:0x82f8138 @depth=0, @breakables=[], @break=false>], @group_queue=#<PrettyPrint::GroupQueue:0x82fb7c0 @queue=[[#<PrettyPrint::Group:0x82f8138 @depth=0, @breakables=[], @break=false>]]>, @indent=0> # q.group { # q.text q.current_group.inspect # q.text q.newline # q.group(q.current_group.depth + 1) { # q.text q.current_group.inspect # q.text q.newline # q.group(q.current_group.depth + 1) { # q.text q.current_group.inspect # q.text q.newline # q.group(q.current_group.depth + 1) { # q.text q.current_group.inspect # q.text q.newline # } # } # } # } # => 284 # puts out # #<PrettyPrint::Group:0x8354758 @depth=1, @breakables=[], @break=false> # #<PrettyPrint::Group:0x8354550 @depth=2, @breakables=[], @break=false> # #<PrettyPrint::Group:0x83541cc @depth=3, @breakables=[], @break=false> # #<PrettyPrint::Group:0x8347e54 @depth=4, @breakables=[], @break=false> def current_group @group_stack.last end # Breaks the buffer into lines that are shorter than #maxwidth def break_outmost_groups while @maxwidth < @output_width + @buffer_width return unless group = @group_queue.deq until group.breakables.empty? data = @buffer.shift @output_width = data.output(@output, @output_width) @buffer_width -= data.width end while !@buffer.empty? && Text === @buffer.first text = @buffer.shift @output_width = text.output(@output, @output_width) @buffer_width -= text.width end end end # This adds +obj+ as a text of +width+ columns in width. # # If +width+ is not specified, obj.length is used. # def text(obj, width=obj.length) if @buffer.empty? @output << obj @output_width += width else text = @buffer.last unless Text === text text = Text.new @buffer << text end text.add(obj, width) @buffer_width += width break_outmost_groups end end # This is similar to #breakable except # the decision to break or not is determined individually. # # Two #fill_breakable under a group may cause 4 results: # (break,break), (break,non-break), (non-break,break), (non-break,non-break). # This is different to #breakable because two #breakable under a group # may cause 2 results: # (break,break), (non-break,non-break). # # The text +sep+ is inserted if a line is not broken at this point. # # If +sep+ is not specified, " " is used. # # If +width+ is not specified, +sep.length+ is used. You will have to # specify this when +sep+ is a multibyte character, for example. # def fill_breakable(sep=' ', width=sep.length) group { breakable sep, width } end # This says "you can break a line here if necessary", and a +width+\-column # text +sep+ is inserted if a line is not broken at the point. # # If +sep+ is not specified, " " is used. # # If +width+ is not specified, +sep.length+ is used. You will have to # specify this when +sep+ is a multibyte character, for example. # def breakable(sep=' ', width=sep.length) group = @group_stack.last if group.break? flush @output << @newline @output << @genspace.call(@indent) @output_width = @indent @buffer_width = 0 else @buffer << Breakable.new(sep, width, self) @buffer_width += width break_outmost_groups end end # Groups line break hints added in the block. The line break hints are all # to be used or not. # # If +indent+ is specified, the method call is regarded as nested by # nest(indent) { ... }. # # If +open_obj+ is specified, <tt>text open_obj, open_width</tt> is called # before grouping. If +close_obj+ is specified, <tt>text close_obj, # close_width</tt> is called after grouping. # def group(indent=0, open_obj='', close_obj='', open_width=open_obj.length, close_width=close_obj.length) text open_obj, open_width group_sub { nest(indent) { yield } } text close_obj, close_width end # Takes a block and queues a new group that is indented 1 level further. def group_sub group = Group.new(@group_stack.last.depth + 1) @group_stack.push group @group_queue.enq group begin yield ensure @group_stack.pop if group.breakables.empty? @group_queue.delete group end end end # Increases left margin after newline with +indent+ for line breaks added in # the block. # def nest(indent) @indent += indent begin yield ensure @indent -= indent end end # outputs buffered data. # def flush @buffer.each {|data| @output_width = data.output(@output, @output_width) } @buffer.clear @buffer_width = 0 end # The Text class is the means by which to collect strings from objects. # # This class is intended for internal use of the PrettyPrint buffers. class Text # :nodoc: # Creates a new text object. # # This constructor takes no arguments. # # The workflow is to append a PrettyPrint::Text object to the buffer, and # being able to call the buffer.last() to reference it. # # As there are objects, use PrettyPrint::Text#add to include the objects # and the width to utilized by the String version of this object. def initialize @objs = [] @width = 0 end # The total width of the objects included in this Text object. attr_reader :width # Render the String text of the objects that have been added to this Text object. # # Output the text to +out+, and increment the width to +output_width+ def output(out, output_width) @objs.each {|obj| out << obj} output_width + @width end # Include +obj+ in the objects to be pretty printed, and increment # this Text object's total width by +width+ def add(obj, width) @objs << obj @width += width end end # The Breakable class is used for breaking up object information # # This class is intended for internal use of the PrettyPrint buffers. class Breakable # :nodoc: # Create a new Breakable object. # # Arguments: # * +sep+ String of the separator # * +width+ Integer width of the +sep+ # * +q+ parent PrettyPrint object, to base from def initialize(sep, width, q) @obj = sep @width = width @pp = q @indent = q.indent @group = q.current_group @group.breakables.push self end # Holds the separator String # # The +sep+ argument from ::new attr_reader :obj # The width of +obj+ / +sep+ attr_reader :width # The number of spaces to indent. # # This is inferred from +q+ within PrettyPrint, passed in ::new attr_reader :indent # Render the String text of the objects that have been added to this # Breakable object. # # Output the text to +out+, and increment the width to +output_width+ def output(out, output_width) @group.breakables.shift if @group.break? out << @pp.newline out << @pp.genspace.call(@indent) @indent else @pp.group_queue.delete @group if @group.breakables.empty? out << @obj output_width + @width end end end # The Group class is used for making indentation easier. # # While this class does neither the breaking into newlines nor indentation, # it is used in a stack (as well as a queue) within PrettyPrint, to group # objects. # # For information on using groups, see PrettyPrint#group # # This class is intended for internal use of the PrettyPrint buffers. class Group # :nodoc: # Create a Group object # # Arguments: # * +depth+ - this group's relation to previous groups def initialize(depth) @depth = depth @breakables = [] @break = false end # This group's relation to previous groups attr_reader :depth # Array to hold the Breakable objects for this Group attr_reader :breakables # Makes a break for this Group, and returns true def break @break = true end # Boolean of whether this Group has made a break def break? @break end # Boolean of whether this Group has been queried for being first # # This is used as a predicate, and ought to be called first. def first? if defined? @first false else @first = false true end end end # The GroupQueue class is used for managing the queue of Group to be pretty # printed. # # This queue groups the Group objects, based on their depth. # # This class is intended for internal use of the PrettyPrint buffers. class GroupQueue # :nodoc: # Create a GroupQueue object # # Arguments: # * +groups+ - one or more PrettyPrint::Group objects def initialize(*groups) @queue = [] groups.each {|g| enq g} end # Enqueue +group+ # # This does not strictly append the group to the end of the queue, # but instead adds it in line, base on the +group.depth+ def enq(group) depth = group.depth @queue << [] until depth < @queue.length @queue[depth] << group end # Returns the outer group of the queue def deq @queue.each {|gs| (gs.length-1).downto(0) {|i| unless gs[i].breakables.empty? group = gs.slice!(i, 1).first group.break return group end } gs.each {|group| group.break} gs.clear } return nil end # Remote +group+ from this queue def delete(group) @queue[group.depth].delete(group) end end # PrettyPrint::SingleLine is used by PrettyPrint.singleline_format # # It is passed to be similar to a PrettyPrint object itself, by responding to: # * #text # * #breakable # * #nest # * #group # * #flush # * #first? # # but instead, the output has no line breaks # class SingleLine # Create a PrettyPrint::SingleLine object # # Arguments: # * +output+ - String (or similar) to store rendered text. Needs to respond to '<<' # * +maxwidth+ - Argument position expected to be here for compatibility. # This argument is a noop. # * +newline+ - Argument position expected to be here for compatibility. # This argument is a noop. def initialize(output, maxwidth=nil, newline=nil) @output = output @first = [true] end # Add +obj+ to the text to be output. # # +width+ argument is here for compatibility. It is a noop argument. def text(obj, width=nil) @output << obj end # Appends +sep+ to the text to be output. By default +sep+ is ' ' # # +width+ argument is here for compatibility. It is a noop argument. def breakable(sep=' ', width=nil) @output << sep end # Takes +indent+ arg, but does nothing with it. # # Yields to a block. def nest(indent) # :nodoc: yield end # Opens a block for grouping objects to be pretty printed. # # Arguments: # * +indent+ - noop argument. Present for compatibility. # * +open_obj+ - text appended before the &blok. Default is '' # * +close_obj+ - text appended after the &blok. Default is '' # * +open_width+ - noop argument. Present for compatibility. # * +close_width+ - noop argument. Present for compatibility. def group(indent=nil, open_obj='', close_obj='', open_width=nil, close_width=nil) @first.push true @output << open_obj yield @output << close_obj @first.pop end # Method present for compatibility, but is a noop def flush # :nodoc: end # This is used as a predicate, and ought to be called first. def first? result = @first[-1] @first[-1] = false result end end end PK *J [Z���� � share/ruby/net/http/header.rbnu �[��� # frozen_string_literal: true # # The \HTTPHeader module provides access to \HTTP headers. # # The module is included in: # # - Net::HTTPGenericRequest (and therefore Net::HTTPRequest). # - Net::HTTPResponse. # # The headers are a hash-like collection of key/value pairs called _fields_. # # == Request and Response Fields # # Headers may be included in: # # - A Net::HTTPRequest object: # the object's headers will be sent with the request. # Any fields may be defined in the request; # see {Setters}[rdoc-ref:Net::HTTPHeader@Setters]. # - A Net::HTTPResponse object: # the objects headers are usually those returned from the host. # Fields may be retrieved from the object; # see {Getters}[rdoc-ref:Net::HTTPHeader@Getters] # and {Iterators}[rdoc-ref:Net::HTTPHeader@Iterators]. # # Exactly which fields should be sent or expected depends on the host; # see: # # - {Request fields}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Request_fields]. # - {Response fields}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Response_fields]. # # == About the Examples # # :include: doc/net-http/examples.rdoc # # == Fields # # A header field is a key/value pair. # # === Field Keys # # A field key may be: # # - A string: Key <tt>'Accept'</tt> is treated as if it were # <tt>'Accept'.downcase</tt>; i.e., <tt>'accept'</tt>. # - A symbol: Key <tt>:Accept</tt> is treated as if it were # <tt>:Accept.to_s.downcase</tt>; i.e., <tt>'accept'</tt>. # # Examples: # # req = Net::HTTP::Get.new(uri) # req[:accept] # => "*/*" # req['Accept'] # => "*/*" # req['ACCEPT'] # => "*/*" # # req['accept'] = 'text/html' # req[:accept] = 'text/html' # req['ACCEPT'] = 'text/html' # # === Field Values # # A field value may be returned as an array of strings or as a string: # # - These methods return field values as arrays: # # - #get_fields: Returns the array value for the given key, # or +nil+ if it does not exist. # - #to_hash: Returns a hash of all header fields: # each key is a field name; its value is the array value for the field. # # - These methods return field values as string; # the string value for a field is equivalent to # <tt>self[key.downcase.to_s].join(', '))</tt>: # # - #[]: Returns the string value for the given key, # or +nil+ if it does not exist. # - #fetch: Like #[], but accepts a default value # to be returned if the key does not exist. # # The field value may be set: # # - #[]=: Sets the value for the given key; # the given value may be a string, a symbol, an array, or a hash. # - #add_field: Adds a given value to a value for the given key # (not overwriting the existing value). # - #delete: Deletes the field for the given key. # # Example field values: # # - \String: # # req['Accept'] = 'text/html' # => "text/html" # req['Accept'] # => "text/html" # req.get_fields('Accept') # => ["text/html"] # # - \Symbol: # # req['Accept'] = :text # => :text # req['Accept'] # => "text" # req.get_fields('Accept') # => ["text"] # # - Simple array: # # req[:foo] = %w[bar baz bat] # req[:foo] # => "bar, baz, bat" # req.get_fields(:foo) # => ["bar", "baz", "bat"] # # - Simple hash: # # req[:foo] = {bar: 0, baz: 1, bat: 2} # req[:foo] # => "bar, 0, baz, 1, bat, 2" # req.get_fields(:foo) # => ["bar", "0", "baz", "1", "bat", "2"] # # - Nested: # # req[:foo] = [%w[bar baz], {bat: 0, bam: 1}] # req[:foo] # => "bar, baz, bat, 0, bam, 1" # req.get_fields(:foo) # => ["bar", "baz", "bat", "0", "bam", "1"] # # req[:foo] = {bar: %w[baz bat], bam: {bah: 0, bad: 1}} # req[:foo] # => "bar, baz, bat, bam, bah, 0, bad, 1" # req.get_fields(:foo) # => ["bar", "baz", "bat", "bam", "bah", "0", "bad", "1"] # # == Convenience Methods # # Various convenience methods retrieve values, set values, query values, # set form values, or iterate over fields. # # === Setters # # \Method #[]= can set any field, but does little to validate the new value; # some of the other setter methods provide some validation: # # - #[]=: Sets the string or array value for the given key. # - #add_field: Creates or adds to the array value for the given key. # - #basic_auth: Sets the string authorization header for <tt>'Authorization'</tt>. # - #content_length=: Sets the integer length for field <tt>'Content-Length</tt>. # - #content_type=: Sets the string value for field <tt>'Content-Type'</tt>. # - #proxy_basic_auth: Sets the string authorization header for <tt>'Proxy-Authorization'</tt>. # - #set_range: Sets the value for field <tt>'Range'</tt>. # # === Form Setters # # - #set_form: Sets an HTML form data set. # - #set_form_data: Sets header fields and a body from HTML form data. # # === Getters # # \Method #[] can retrieve the value of any field that exists, # but always as a string; # some of the other getter methods return something different # from the simple string value: # # - #[]: Returns the string field value for the given key. # - #content_length: Returns the integer value of field <tt>'Content-Length'</tt>. # - #content_range: Returns the Range value of field <tt>'Content-Range'</tt>. # - #content_type: Returns the string value of field <tt>'Content-Type'</tt>. # - #fetch: Returns the string field value for the given key. # - #get_fields: Returns the array field value for the given +key+. # - #main_type: Returns first part of the string value of field <tt>'Content-Type'</tt>. # - #sub_type: Returns second part of the string value of field <tt>'Content-Type'</tt>. # - #range: Returns an array of Range objects of field <tt>'Range'</tt>, or +nil+. # - #range_length: Returns the integer length of the range given in field <tt>'Content-Range'</tt>. # - #type_params: Returns the string parameters for <tt>'Content-Type'</tt>. # # === Queries # # - #chunked?: Returns whether field <tt>'Transfer-Encoding'</tt> is set to <tt>'chunked'</tt>. # - #connection_close?: Returns whether field <tt>'Connection'</tt> is set to <tt>'close'</tt>. # - #connection_keep_alive?: Returns whether field <tt>'Connection'</tt> is set to <tt>'keep-alive'</tt>. # - #key?: Returns whether a given key exists. # # === Iterators # # - #each_capitalized: Passes each field capitalized-name/value pair to the block. # - #each_capitalized_name: Passes each capitalized field name to the block. # - #each_header: Passes each field name/value pair to the block. # - #each_name: Passes each field name to the block. # - #each_value: Passes each string field value to the block. # module Net::HTTPHeader MAX_KEY_LENGTH = 1024 MAX_FIELD_LENGTH = 65536 def initialize_http_header(initheader) #:nodoc: @header = {} return unless initheader initheader.each do |key, value| warn "net/http: duplicated HTTP header: #{key}", uplevel: 3 if key?(key) and $VERBOSE if value.nil? warn "net/http: nil HTTP header: #{key}", uplevel: 3 if $VERBOSE else value = value.strip # raise error for invalid byte sequences if key.to_s.bytesize > MAX_KEY_LENGTH raise ArgumentError, "too long (#{key.bytesize} bytes) header: #{key[0, 30].inspect}..." end if value.to_s.bytesize > MAX_FIELD_LENGTH raise ArgumentError, "header #{key} has too long field value: #{value.bytesize}" end if value.count("\r\n") > 0 raise ArgumentError, "header #{key} has field value #{value.inspect}, this cannot include CR/LF" end @header[key.downcase.to_s] = [value] end end end def size #:nodoc: obsolete @header.size end alias length size #:nodoc: obsolete # Returns the string field value for the case-insensitive field +key+, # or +nil+ if there is no such key; # see {Fields}[rdoc-ref:Net::HTTPHeader@Fields]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['Connection'] # => "keep-alive" # res['Nosuch'] # => nil # # Note that some field values may be retrieved via convenience methods; # see {Getters}[rdoc-ref:Net::HTTPHeader@Getters]. def [](key) a = @header[key.downcase.to_s] or return nil a.join(', ') end # Sets the value for the case-insensitive +key+ to +val+, # overwriting the previous value if the field exists; # see {Fields}[rdoc-ref:Net::HTTPHeader@Fields]: # # req = Net::HTTP::Get.new(uri) # req['Accept'] # => "*/*" # req['Accept'] = 'text/html' # req['Accept'] # => "text/html" # # Note that some field values may be set via convenience methods; # see {Setters}[rdoc-ref:Net::HTTPHeader@Setters]. def []=(key, val) unless val @header.delete key.downcase.to_s return val end set_field(key, val) end # Adds value +val+ to the value array for field +key+ if the field exists; # creates the field with the given +key+ and +val+ if it does not exist. # see {Fields}[rdoc-ref:Net::HTTPHeader@Fields]: # # req = Net::HTTP::Get.new(uri) # req.add_field('Foo', 'bar') # req['Foo'] # => "bar" # req.add_field('Foo', 'baz') # req['Foo'] # => "bar, baz" # req.add_field('Foo', %w[baz bam]) # req['Foo'] # => "bar, baz, baz, bam" # req.get_fields('Foo') # => ["bar", "baz", "baz", "bam"] # def add_field(key, val) stringified_downcased_key = key.downcase.to_s if @header.key?(stringified_downcased_key) append_field_value(@header[stringified_downcased_key], val) else set_field(key, val) end end private def set_field(key, val) case val when Enumerable ary = [] append_field_value(ary, val) @header[key.downcase.to_s] = ary else val = val.to_s # for compatibility use to_s instead of to_str if val.b.count("\r\n") > 0 raise ArgumentError, 'header field value cannot include CR/LF' end @header[key.downcase.to_s] = [val] end end private def append_field_value(ary, val) case val when Enumerable val.each{|x| append_field_value(ary, x)} else val = val.to_s if /[\r\n]/n.match?(val.b) raise ArgumentError, 'header field value cannot include CR/LF' end ary.push val end end # Returns the array field value for the given +key+, # or +nil+ if there is no such field; # see {Fields}[rdoc-ref:Net::HTTPHeader@Fields]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res.get_fields('Connection') # => ["keep-alive"] # res.get_fields('Nosuch') # => nil # def get_fields(key) stringified_downcased_key = key.downcase.to_s return nil unless @header[stringified_downcased_key] @header[stringified_downcased_key].dup end # call-seq: # fetch(key, default_val = nil) {|key| ... } -> object # fetch(key, default_val = nil) -> value or default_val # # With a block, returns the string value for +key+ if it exists; # otherwise returns the value of the block; # ignores the +default_val+; # see {Fields}[rdoc-ref:Net::HTTPHeader@Fields]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # # # Field exists; block not called. # res.fetch('Connection') do |value| # fail 'Cannot happen' # end # => "keep-alive" # # # Field does not exist; block called. # res.fetch('Nosuch') do |value| # value.downcase # end # => "nosuch" # # With no block, returns the string value for +key+ if it exists; # otherwise, returns +default_val+ if it was given; # otherwise raises an exception: # # res.fetch('Connection', 'Foo') # => "keep-alive" # res.fetch('Nosuch', 'Foo') # => "Foo" # res.fetch('Nosuch') # Raises KeyError. # def fetch(key, *args, &block) #:yield: +key+ a = @header.fetch(key.downcase.to_s, *args, &block) a.kind_of?(Array) ? a.join(', ') : a end # Calls the block with each key/value pair: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res.each_header do |key, value| # p [key, value] if key.start_with?('c') # end # # Output: # # ["content-type", "application/json; charset=utf-8"] # ["connection", "keep-alive"] # ["cache-control", "max-age=43200"] # ["cf-cache-status", "HIT"] # ["cf-ray", "771d17e9bc542cf5-ORD"] # # Returns an enumerator if no block is given. # # Net::HTTPHeader#each is an alias for Net::HTTPHeader#each_header. def each_header #:yield: +key+, +value+ block_given? or return enum_for(__method__) { @header.size } @header.each do |k,va| yield k, va.join(', ') end end alias each each_header # Calls the block with each field key: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res.each_key do |key| # p key if key.start_with?('c') # end # # Output: # # "content-type" # "connection" # "cache-control" # "cf-cache-status" # "cf-ray" # # Returns an enumerator if no block is given. # # Net::HTTPHeader#each_name is an alias for Net::HTTPHeader#each_key. def each_name(&block) #:yield: +key+ block_given? or return enum_for(__method__) { @header.size } @header.each_key(&block) end alias each_key each_name # Calls the block with each capitalized field name: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res.each_capitalized_name do |key| # p key if key.start_with?('C') # end # # Output: # # "Content-Type" # "Connection" # "Cache-Control" # "Cf-Cache-Status" # "Cf-Ray" # # The capitalization is system-dependent; # see {Case Mapping}[rdoc-ref:case_mapping.rdoc]. # # Returns an enumerator if no block is given. def each_capitalized_name #:yield: +key+ block_given? or return enum_for(__method__) { @header.size } @header.each_key do |k| yield capitalize(k) end end # Calls the block with each string field value: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res.each_value do |value| # p value if value.start_with?('c') # end # # Output: # # "chunked" # "cf-q-config;dur=6.0000002122251e-06" # "cloudflare" # # Returns an enumerator if no block is given. def each_value #:yield: +value+ block_given? or return enum_for(__method__) { @header.size } @header.each_value do |va| yield va.join(', ') end end # Removes the header for the given case-insensitive +key+ # (see {Fields}[rdoc-ref:Net::HTTPHeader@Fields]); # returns the deleted value, or +nil+ if no such field exists: # # req = Net::HTTP::Get.new(uri) # req.delete('Accept') # => ["*/*"] # req.delete('Nosuch') # => nil # def delete(key) @header.delete(key.downcase.to_s) end # Returns +true+ if the field for the case-insensitive +key+ exists, +false+ otherwise: # # req = Net::HTTP::Get.new(uri) # req.key?('Accept') # => true # req.key?('Nosuch') # => false # def key?(key) @header.key?(key.downcase.to_s) end # Returns a hash of the key/value pairs: # # req = Net::HTTP::Get.new(uri) # req.to_hash # # => # {"accept-encoding"=>["gzip;q=1.0,deflate;q=0.6,identity;q=0.3"], # "accept"=>["*/*"], # "user-agent"=>["Ruby"], # "host"=>["jsonplaceholder.typicode.com"]} # def to_hash @header.dup end # Like #each_header, but the keys are returned in capitalized form. # # Net::HTTPHeader#canonical_each is an alias for Net::HTTPHeader#each_capitalized. def each_capitalized block_given? or return enum_for(__method__) { @header.size } @header.each do |k,v| yield capitalize(k), v.join(', ') end end alias canonical_each each_capitalized def capitalize(name) name.to_s.split('-'.freeze).map {|s| s.capitalize }.join('-'.freeze) end private :capitalize # Returns an array of Range objects that represent # the value of field <tt>'Range'</tt>, # or +nil+ if there is no such field; # see {Range request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#range-request-header]: # # req = Net::HTTP::Get.new(uri) # req['Range'] = 'bytes=0-99,200-299,400-499' # req.range # => [0..99, 200..299, 400..499] # req.delete('Range') # req.range # # => nil # def range return nil unless @header['range'] value = self['Range'] # byte-range-set = *( "," OWS ) ( byte-range-spec / suffix-byte-range-spec ) # *( OWS "," [ OWS ( byte-range-spec / suffix-byte-range-spec ) ] ) # corrected collected ABNF # http://tools.ietf.org/html/draft-ietf-httpbis-p5-range-19#section-5.4.1 # http://tools.ietf.org/html/draft-ietf-httpbis-p5-range-19#appendix-C # http://tools.ietf.org/html/draft-ietf-httpbis-p1-messaging-19#section-3.2.5 unless /\Abytes=((?:,[ \t]*)*(?:\d+-\d*|-\d+)(?:[ \t]*,(?:[ \t]*\d+-\d*|-\d+)?)*)\z/ =~ value raise Net::HTTPHeaderSyntaxError, "invalid syntax for byte-ranges-specifier: '#{value}'" end byte_range_set = $1 result = byte_range_set.split(/,/).map {|spec| m = /(\d+)?\s*-\s*(\d+)?/i.match(spec) or raise Net::HTTPHeaderSyntaxError, "invalid byte-range-spec: '#{spec}'" d1 = m[1].to_i d2 = m[2].to_i if m[1] and m[2] if d1 > d2 raise Net::HTTPHeaderSyntaxError, "last-byte-pos MUST greater than or equal to first-byte-pos but '#{spec}'" end d1..d2 elsif m[1] d1..-1 elsif m[2] -d2..-1 else raise Net::HTTPHeaderSyntaxError, 'range is not specified' end } # if result.empty? # byte-range-set must include at least one byte-range-spec or suffix-byte-range-spec # but above regexp already denies it. if result.size == 1 && result[0].begin == 0 && result[0].end == -1 raise Net::HTTPHeaderSyntaxError, 'only one suffix-byte-range-spec with zero suffix-length' end result end # call-seq: # set_range(length) -> length # set_range(offset, length) -> range # set_range(begin..length) -> range # # Sets the value for field <tt>'Range'</tt>; # see {Range request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#range-request-header]: # # With argument +length+: # # req = Net::HTTP::Get.new(uri) # req.set_range(100) # => 100 # req['Range'] # => "bytes=0-99" # # With arguments +offset+ and +length+: # # req.set_range(100, 100) # => 100...200 # req['Range'] # => "bytes=100-199" # # With argument +range+: # # req.set_range(100..199) # => 100..199 # req['Range'] # => "bytes=100-199" # # Net::HTTPHeader#range= is an alias for Net::HTTPHeader#set_range. def set_range(r, e = nil) unless r @header.delete 'range' return r end r = (r...r+e) if e case r when Numeric n = r.to_i rangestr = (n > 0 ? "0-#{n-1}" : "-#{-n}") when Range first = r.first last = r.end last -= 1 if r.exclude_end? if last == -1 rangestr = (first > 0 ? "#{first}-" : "-#{-first}") else raise Net::HTTPHeaderSyntaxError, 'range.first is negative' if first < 0 raise Net::HTTPHeaderSyntaxError, 'range.last is negative' if last < 0 raise Net::HTTPHeaderSyntaxError, 'must be .first < .last' if first > last rangestr = "#{first}-#{last}" end else raise TypeError, 'Range/Integer is required' end @header['range'] = ["bytes=#{rangestr}"] r end alias range= set_range # Returns the value of field <tt>'Content-Length'</tt> as an integer, # or +nil+ if there is no such field; # see {Content-Length request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-length-request-header]: # # res = Net::HTTP.get_response(hostname, '/nosuch/1') # res.content_length # => 2 # res = Net::HTTP.get_response(hostname, '/todos/1') # res.content_length # => nil # def content_length return nil unless key?('Content-Length') len = self['Content-Length'].slice(/\d+/) or raise Net::HTTPHeaderSyntaxError, 'wrong Content-Length format' len.to_i end # Sets the value of field <tt>'Content-Length'</tt> to the given numeric; # see {Content-Length response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-length-response-header]: # # _uri = uri.dup # hostname = _uri.hostname # => "jsonplaceholder.typicode.com" # _uri.path = '/posts' # => "/posts" # req = Net::HTTP::Post.new(_uri) # => #<Net::HTTP::Post POST> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_length = req.body.size # => 42 # req.content_type = 'application/json' # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # => #<Net::HTTPCreated 201 Created readbody=true> # def content_length=(len) unless len @header.delete 'content-length' return nil end @header['content-length'] = [len.to_i.to_s] end # Returns +true+ if field <tt>'Transfer-Encoding'</tt> # exists and has value <tt>'chunked'</tt>, # +false+ otherwise; # see {Transfer-Encoding response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#transfer-encoding-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['Transfer-Encoding'] # => "chunked" # res.chunked? # => true # def chunked? return false unless @header['transfer-encoding'] field = self['Transfer-Encoding'] (/(?:\A|[^\-\w])chunked(?![\-\w])/i =~ field) ? true : false end # Returns a Range object representing the value of field # <tt>'Content-Range'</tt>, or +nil+ if no such field exists; # see {Content-Range response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-range-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['Content-Range'] # => nil # res['Content-Range'] = 'bytes 0-499/1000' # res['Content-Range'] # => "bytes 0-499/1000" # res.content_range # => 0..499 # def content_range return nil unless @header['content-range'] m = %r<\A\s*(\w+)\s+(\d+)-(\d+)/(\d+|\*)>.match(self['Content-Range']) or raise Net::HTTPHeaderSyntaxError, 'wrong Content-Range format' return unless m[1] == 'bytes' m[2].to_i .. m[3].to_i end # Returns the integer representing length of the value of field # <tt>'Content-Range'</tt>, or +nil+ if no such field exists; # see {Content-Range response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-range-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['Content-Range'] # => nil # res['Content-Range'] = 'bytes 0-499/1000' # res.range_length # => 500 # def range_length r = content_range() or return nil r.end - r.begin + 1 end # Returns the {media type}[https://en.wikipedia.org/wiki/Media_type] # from the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.content_type # => "application/json" # def content_type main = main_type() return nil unless main sub = sub_type() if sub "#{main}/#{sub}" else main end end # Returns the leading ('type') part of the # {media type}[https://en.wikipedia.org/wiki/Media_type] # from the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.main_type # => "application" # def main_type return nil unless @header['content-type'] self['Content-Type'].split(';').first.to_s.split('/')[0].to_s.strip end # Returns the trailing ('subtype') part of the # {media type}[https://en.wikipedia.org/wiki/Media_type] # from the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.sub_type # => "json" # def sub_type return nil unless @header['content-type'] _, sub = *self['Content-Type'].split(';').first.to_s.split('/') return nil unless sub sub.strip end # Returns the trailing ('parameters') part of the value of field <tt>'Content-Type'</tt>, # or +nil+ if no such field exists; # see {Content-Type response header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-response-header]: # # res = Net::HTTP.get_response(hostname, '/todos/1') # res['content-type'] # => "application/json; charset=utf-8" # res.type_params # => {"charset"=>"utf-8"} # def type_params result = {} list = self['Content-Type'].to_s.split(';') list.shift list.each do |param| k, v = *param.split('=', 2) result[k.strip] = v.strip end result end # Sets the value of field <tt>'Content-Type'</tt>; # returns the new value; # see {Content-Type request header}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-type-request-header]: # # req = Net::HTTP::Get.new(uri) # req.set_content_type('application/json') # => ["application/json"] # # Net::HTTPHeader#content_type= is an alias for Net::HTTPHeader#set_content_type. def set_content_type(type, params = {}) @header['content-type'] = [type + params.map{|k,v|"; #{k}=#{v}"}.join('')] end alias content_type= set_content_type # Sets the request body to a URL-encoded string derived from argument +params+, # and sets request header field <tt>'Content-Type'</tt> # to <tt>'application/x-www-form-urlencoded'</tt>. # # The resulting request is suitable for HTTP request +POST+ or +PUT+. # # Argument +params+ must be suitable for use as argument +enum+ to # {URI.encode_www_form}[rdoc-ref:URI.encode_www_form]. # # With only argument +params+ given, # sets the body to a URL-encoded string with the default separator <tt>'&'</tt>: # # req = Net::HTTP::Post.new('example.com') # # req.set_form_data(q: 'ruby', lang: 'en') # req.body # => "q=ruby&lang=en" # req['Content-Type'] # => "application/x-www-form-urlencoded" # # req.set_form_data([['q', 'ruby'], ['lang', 'en']]) # req.body # => "q=ruby&lang=en" # # req.set_form_data(q: ['ruby', 'perl'], lang: 'en') # req.body # => "q=ruby&q=perl&lang=en" # # req.set_form_data([['q', 'ruby'], ['q', 'perl'], ['lang', 'en']]) # req.body # => "q=ruby&q=perl&lang=en" # # With string argument +sep+ also given, # uses that string as the separator: # # req.set_form_data({q: 'ruby', lang: 'en'}, '|') # req.body # => "q=ruby|lang=en" # # Net::HTTPHeader#form_data= is an alias for Net::HTTPHeader#set_form_data. def set_form_data(params, sep = '&') query = URI.encode_www_form(params) query.gsub!(/&/, sep) if sep != '&' self.body = query self.content_type = 'application/x-www-form-urlencoded' end alias form_data= set_form_data # Stores form data to be used in a +POST+ or +PUT+ request. # # The form data given in +params+ consists of zero or more fields; # each field is: # # - A scalar value. # - A name/value pair. # - An IO stream opened for reading. # # Argument +params+ should be an # {Enumerable}[rdoc-ref:Enumerable@Enumerable+in+Ruby+Classes] # (method <tt>params.map</tt> will be called), # and is often an array or hash. # # First, we set up a request: # # _uri = uri.dup # _uri.path ='/posts' # req = Net::HTTP::Post.new(_uri) # # <b>Argument +params+ As an Array</b> # # When +params+ is an array, # each of its elements is a subarray that defines a field; # the subarray may contain: # # - One string: # # req.set_form([['foo'], ['bar'], ['baz']]) # # - Two strings: # # req.set_form([%w[foo 0], %w[bar 1], %w[baz 2]]) # # - When argument +enctype+ (see below) is given as # <tt>'multipart/form-data'</tt>: # # - A string name and an IO stream opened for reading: # # require 'stringio' # req.set_form([['file', StringIO.new('Ruby is cool.')]]) # # - A string name, an IO stream opened for reading, # and an options hash, which may contain these entries: # # - +:filename+: The name of the file to use. # - +:content_type+: The content type of the uploaded file. # # Example: # # req.set_form([['file', file, {filename: "other-filename.foo"}]] # # The various forms may be mixed: # # req.set_form(['foo', %w[bar 1], ['file', file]]) # # <b>Argument +params+ As a Hash</b> # # When +params+ is a hash, # each of its entries is a name/value pair that defines a field: # # - The name is a string. # - The value may be: # # - +nil+. # - Another string. # - An IO stream opened for reading # (only when argument +enctype+ -- see below -- is given as # <tt>'multipart/form-data'</tt>). # # Examples: # # # Nil-valued fields. # req.set_form({'foo' => nil, 'bar' => nil, 'baz' => nil}) # # # String-valued fields. # req.set_form({'foo' => 0, 'bar' => 1, 'baz' => 2}) # # # IO-valued field. # require 'stringio' # req.set_form({'file' => StringIO.new('Ruby is cool.')}) # # # Mixture of fields. # req.set_form({'foo' => nil, 'bar' => 1, 'file' => file}) # # Optional argument +enctype+ specifies the value to be given # to field <tt>'Content-Type'</tt>, and must be one of: # # - <tt>'application/x-www-form-urlencoded'</tt> (the default). # - <tt>'multipart/form-data'</tt>; # see {RFC 7578}[https://www.rfc-editor.org/rfc/rfc7578]. # # Optional argument +formopt+ is a hash of options # (applicable only when argument +enctype+ # is <tt>'multipart/form-data'</tt>) # that may include the following entries: # # - +:boundary+: The value is the boundary string for the multipart message. # If not given, the boundary is a random string. # See {Boundary}[https://www.rfc-editor.org/rfc/rfc7578#section-4.1]. # - +:charset+: Value is the character set for the form submission. # Field names and values of non-file fields should be encoded with this charset. # def set_form(params, enctype='application/x-www-form-urlencoded', formopt={}) @body_data = params @body = nil @body_stream = nil @form_option = formopt case enctype when /\Aapplication\/x-www-form-urlencoded\z/i, /\Amultipart\/form-data\z/i self.content_type = enctype else raise ArgumentError, "invalid enctype: #{enctype}" end end # Sets header <tt>'Authorization'</tt> using the given # +account+ and +password+ strings: # # req.basic_auth('my_account', 'my_password') # req['Authorization'] # # => "Basic bXlfYWNjb3VudDpteV9wYXNzd29yZA==" # def basic_auth(account, password) @header['authorization'] = [basic_encode(account, password)] end # Sets header <tt>'Proxy-Authorization'</tt> using the given # +account+ and +password+ strings: # # req.proxy_basic_auth('my_account', 'my_password') # req['Proxy-Authorization'] # # => "Basic bXlfYWNjb3VudDpteV9wYXNzd29yZA==" # def proxy_basic_auth(account, password) @header['proxy-authorization'] = [basic_encode(account, password)] end def basic_encode(account, password) 'Basic ' + ["#{account}:#{password}"].pack('m0') end private :basic_encode # Returns whether the HTTP session is to be closed. def connection_close? token = /(?:\A|,)\s*close\s*(?:\z|,)/i @header['connection']&.grep(token) {return true} @header['proxy-connection']&.grep(token) {return true} false end # Returns whether the HTTP session is to be kept alive. def connection_keep_alive? token = /(?:\A|,)\s*keep-alive\s*(?:\z|,)/i @header['connection']&.grep(token) {return true} @header['proxy-connection']&.grep(token) {return true} false end end PK *J [Io�Dp0 p0 & share/ruby/net/http/generic_request.rbnu �[��� # frozen_string_literal: true # # \HTTPGenericRequest is the parent of the Net::HTTPRequest class. # # Do not use this directly; instead, use a subclass of Net::HTTPRequest. # # == About the Examples # # :include: doc/net-http/examples.rdoc # class Net::HTTPGenericRequest include Net::HTTPHeader def initialize(m, reqbody, resbody, uri_or_path, initheader = nil) # :nodoc: @method = m @request_has_body = reqbody @response_has_body = resbody if URI === uri_or_path then raise ArgumentError, "not an HTTP URI" unless URI::HTTP === uri_or_path hostname = uri_or_path.hostname raise ArgumentError, "no host component for URI" unless (hostname && hostname.length > 0) @uri = uri_or_path.dup host = @uri.hostname.dup host << ":" << @uri.port.to_s if @uri.port != @uri.default_port @path = uri_or_path.request_uri raise ArgumentError, "no HTTP request path given" unless @path else @uri = nil host = nil raise ArgumentError, "no HTTP request path given" unless uri_or_path raise ArgumentError, "HTTP request path is empty" if uri_or_path.empty? @path = uri_or_path.dup end @decode_content = false if Net::HTTP::HAVE_ZLIB then if !initheader || !initheader.keys.any? { |k| %w[accept-encoding range].include? k.downcase } then @decode_content = true if @response_has_body initheader = initheader ? initheader.dup : {} initheader["accept-encoding"] = "gzip;q=1.0,deflate;q=0.6,identity;q=0.3" end end initialize_http_header initheader self['Accept'] ||= '*/*' self['User-Agent'] ||= 'Ruby' self['Host'] ||= host if host @body = nil @body_stream = nil @body_data = nil end # Returns the string method name for the request: # # Net::HTTP::Get.new(uri).method # => "GET" # Net::HTTP::Post.new(uri).method # => "POST" # attr_reader :method # Returns the string path for the request: # # Net::HTTP::Get.new(uri).path # => "/" # Net::HTTP::Post.new('example.com').path # => "example.com" # attr_reader :path # Returns the URI object for the request, or +nil+ if none: # # Net::HTTP::Get.new(uri).uri # # => #<URI::HTTPS https://jsonplaceholder.typicode.com/> # Net::HTTP::Get.new('example.com').uri # => nil # attr_reader :uri # Returns +false+ if the request's header <tt>'Accept-Encoding'</tt> # has been set manually or deleted # (indicating that the user intends to handle encoding in the response), # +true+ otherwise: # # req = Net::HTTP::Get.new(uri) # => #<Net::HTTP::Get GET> # req['Accept-Encoding'] # => "gzip;q=1.0,deflate;q=0.6,identity;q=0.3" # req.decode_content # => true # req['Accept-Encoding'] = 'foo' # req.decode_content # => false # req.delete('Accept-Encoding') # req.decode_content # => false # attr_reader :decode_content # Returns a string representation of the request: # # Net::HTTP::Post.new(uri).inspect # => "#<Net::HTTP::Post POST>" # def inspect "\#<#{self.class} #{@method}>" end ## # Don't automatically decode response content-encoding if the user indicates # they want to handle it. def []=(key, val) # :nodoc: @decode_content = false if key.downcase == 'accept-encoding' super key, val end # Returns whether the request may have a body: # # Net::HTTP::Post.new(uri).request_body_permitted? # => true # Net::HTTP::Get.new(uri).request_body_permitted? # => false # def request_body_permitted? @request_has_body end # Returns whether the response may have a body: # # Net::HTTP::Post.new(uri).response_body_permitted? # => true # Net::HTTP::Head.new(uri).response_body_permitted? # => false # def response_body_permitted? @response_has_body end def body_exist? # :nodoc: warn "Net::HTTPRequest#body_exist? is obsolete; use response_body_permitted?", uplevel: 1 if $VERBOSE response_body_permitted? end # Returns the string body for the request, or +nil+ if there is none: # # req = Net::HTTP::Post.new(uri) # req.body # => nil # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.body # => "{\"title\": \"foo\",\"body\": \"bar\",\"userId\": 1}" # attr_reader :body # Sets the body for the request: # # req = Net::HTTP::Post.new(uri) # req.body # => nil # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.body # => "{\"title\": \"foo\",\"body\": \"bar\",\"userId\": 1}" # def body=(str) @body = str @body_stream = nil @body_data = nil str end # Returns the body stream object for the request, or +nil+ if there is none: # # req = Net::HTTP::Post.new(uri) # => #<Net::HTTP::Post POST> # req.body_stream # => nil # require 'stringio' # req.body_stream = StringIO.new('xyzzy') # => #<StringIO:0x0000027d1e5affa8> # req.body_stream # => #<StringIO:0x0000027d1e5affa8> # attr_reader :body_stream # Sets the body stream for the request: # # req = Net::HTTP::Post.new(uri) # => #<Net::HTTP::Post POST> # req.body_stream # => nil # require 'stringio' # req.body_stream = StringIO.new('xyzzy') # => #<StringIO:0x0000027d1e5affa8> # req.body_stream # => #<StringIO:0x0000027d1e5affa8> # def body_stream=(input) @body = nil @body_stream = input @body_data = nil input end def set_body_internal(str) #:nodoc: internal use only raise ArgumentError, "both of body argument and HTTPRequest#body set" if str and (@body or @body_stream) self.body = str if str if @body.nil? && @body_stream.nil? && @body_data.nil? && request_body_permitted? self.body = '' end end # # write # def exec(sock, ver, path) #:nodoc: internal use only if @body send_request_with_body sock, ver, path, @body elsif @body_stream send_request_with_body_stream sock, ver, path, @body_stream elsif @body_data send_request_with_body_data sock, ver, path, @body_data else write_header sock, ver, path end end def update_uri(addr, port, ssl) # :nodoc: internal use only # reflect the connection and @path to @uri return unless @uri if ssl scheme = 'https' klass = URI::HTTPS else scheme = 'http' klass = URI::HTTP end if host = self['host'] host.sub!(/:.*/m, '') elsif host = @uri.host else host = addr end # convert the class of the URI if @uri.is_a?(klass) @uri.host = host @uri.port = port else @uri = klass.new( scheme, @uri.userinfo, host, port, nil, @uri.path, nil, @uri.query, nil) end end private class Chunker #:nodoc: def initialize(sock) @sock = sock @prev = nil end def write(buf) # avoid memcpy() of buf, buf can huge and eat memory bandwidth rv = buf.bytesize @sock.write("#{rv.to_s(16)}\r\n", buf, "\r\n") rv end def finish @sock.write("0\r\n\r\n") end end def send_request_with_body(sock, ver, path, body) self.content_length = body.bytesize delete 'Transfer-Encoding' supply_default_content_type write_header sock, ver, path wait_for_continue sock, ver if sock.continue_timeout sock.write body end def send_request_with_body_stream(sock, ver, path, f) unless content_length() or chunked? raise ArgumentError, "Content-Length not given and Transfer-Encoding is not `chunked'" end supply_default_content_type write_header sock, ver, path wait_for_continue sock, ver if sock.continue_timeout if chunked? chunker = Chunker.new(sock) IO.copy_stream(f, chunker) chunker.finish else IO.copy_stream(f, sock) end end def send_request_with_body_data(sock, ver, path, params) if /\Amultipart\/form-data\z/i !~ self.content_type self.content_type = 'application/x-www-form-urlencoded' return send_request_with_body(sock, ver, path, URI.encode_www_form(params)) end opt = @form_option.dup require 'securerandom' unless defined?(SecureRandom) opt[:boundary] ||= SecureRandom.urlsafe_base64(40) self.set_content_type(self.content_type, boundary: opt[:boundary]) if chunked? write_header sock, ver, path encode_multipart_form_data(sock, params, opt) else require 'tempfile' file = Tempfile.new('multipart') file.binmode encode_multipart_form_data(file, params, opt) file.rewind self.content_length = file.size write_header sock, ver, path IO.copy_stream(file, sock) file.close(true) end end def encode_multipart_form_data(out, params, opt) charset = opt[:charset] boundary = opt[:boundary] require 'securerandom' unless defined?(SecureRandom) boundary ||= SecureRandom.urlsafe_base64(40) chunked_p = chunked? buf = +'' params.each do |key, value, h={}| key = quote_string(key, charset) filename = h.key?(:filename) ? h[:filename] : value.respond_to?(:to_path) ? File.basename(value.to_path) : nil buf << "--#{boundary}\r\n" if filename filename = quote_string(filename, charset) type = h[:content_type] || 'application/octet-stream' buf << "Content-Disposition: form-data; " \ "name=\"#{key}\"; filename=\"#{filename}\"\r\n" \ "Content-Type: #{type}\r\n\r\n" if !out.respond_to?(:write) || !value.respond_to?(:read) # if +out+ is not an IO or +value+ is not an IO buf << (value.respond_to?(:read) ? value.read : value) elsif value.respond_to?(:size) && chunked_p # if +out+ is an IO and +value+ is a File, use IO.copy_stream flush_buffer(out, buf, chunked_p) out << "%x\r\n" % value.size if chunked_p IO.copy_stream(value, out) out << "\r\n" if chunked_p else # +out+ is an IO, and +value+ is not a File but an IO flush_buffer(out, buf, chunked_p) 1 while flush_buffer(out, value.read(4096), chunked_p) end else # non-file field: # HTML5 says, "The parts of the generated multipart/form-data # resource that correspond to non-file fields must not have a # Content-Type header specified." buf << "Content-Disposition: form-data; name=\"#{key}\"\r\n\r\n" buf << (value.respond_to?(:read) ? value.read : value) end buf << "\r\n" end buf << "--#{boundary}--\r\n" flush_buffer(out, buf, chunked_p) out << "0\r\n\r\n" if chunked_p end def quote_string(str, charset) str = str.encode(charset, fallback:->(c){'&#%d;'%c.encode("UTF-8").ord}) if charset str.gsub(/[\\"]/, '\\\\\&') end def flush_buffer(out, buf, chunked_p) return unless buf out << "%x\r\n"%buf.bytesize if chunked_p out << buf out << "\r\n" if chunked_p buf.clear end def supply_default_content_type return if content_type() warn 'net/http: Content-Type did not set; using application/x-www-form-urlencoded', uplevel: 1 if $VERBOSE set_content_type 'application/x-www-form-urlencoded' end ## # Waits up to the continue timeout for a response from the server provided # we're speaking HTTP 1.1 and are expecting a 100-continue response. def wait_for_continue(sock, ver) if ver >= '1.1' and @header['expect'] and @header['expect'].include?('100-continue') if sock.io.to_io.wait_readable(sock.continue_timeout) res = Net::HTTPResponse.read_new(sock) unless res.kind_of?(Net::HTTPContinue) res.decode_content = @decode_content throw :response, res end end end end def write_header(sock, ver, path) reqline = "#{@method} #{path} HTTP/#{ver}" if /[\r\n]/ =~ reqline raise ArgumentError, "A Request-Line must not contain CR or LF" end buf = +'' buf << reqline << "\r\n" each_capitalized do |k,v| buf << "#{k}: #{v}\r\n" end buf << "\r\n" sock.write buf end end PK *J [���f{L {L share/ruby/net/http/response.rbnu �[��� # frozen_string_literal: true # This class is the base class for \Net::HTTP response classes. # # == About the Examples # # :include: doc/net-http/examples.rdoc # # == Returned Responses # # \Method Net::HTTP.get_response returns # an instance of one of the subclasses of \Net::HTTPResponse: # # Net::HTTP.get_response(uri) # # => #<Net::HTTPOK 200 OK readbody=true> # Net::HTTP.get_response(hostname, '/nosuch') # # => #<Net::HTTPNotFound 404 Not Found readbody=true> # # As does method Net::HTTP#request: # # req = Net::HTTP::Get.new(uri) # Net::HTTP.start(hostname) do |http| # http.request(req) # end # => #<Net::HTTPOK 200 OK readbody=true> # # \Class \Net::HTTPResponse includes module Net::HTTPHeader, # which provides access to response header values via (among others): # # - \Hash-like method <tt>[]</tt>. # - Specific reader methods, such as +content_type+. # # Examples: # # res = Net::HTTP.get_response(uri) # => #<Net::HTTPOK 200 OK readbody=true> # res['Content-Type'] # => "text/html; charset=UTF-8" # res.content_type # => "text/html" # # == Response Subclasses # # \Class \Net::HTTPResponse has a subclass for each # {HTTP status code}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes]. # You can look up the response class for a given code: # # Net::HTTPResponse::CODE_TO_OBJ['200'] # => Net::HTTPOK # Net::HTTPResponse::CODE_TO_OBJ['400'] # => Net::HTTPBadRequest # Net::HTTPResponse::CODE_TO_OBJ['404'] # => Net::HTTPNotFound # # And you can retrieve the status code for a response object: # # Net::HTTP.get_response(uri).code # => "200" # Net::HTTP.get_response(hostname, '/nosuch').code # => "404" # # The response subclasses (indentation shows class hierarchy): # # - Net::HTTPUnknownResponse (for unhandled \HTTP extensions). # # - Net::HTTPInformation: # # - Net::HTTPContinue (100) # - Net::HTTPSwitchProtocol (101) # - Net::HTTPProcessing (102) # - Net::HTTPEarlyHints (103) # # - Net::HTTPSuccess: # # - Net::HTTPOK (200) # - Net::HTTPCreated (201) # - Net::HTTPAccepted (202) # - Net::HTTPNonAuthoritativeInformation (203) # - Net::HTTPNoContent (204) # - Net::HTTPResetContent (205) # - Net::HTTPPartialContent (206) # - Net::HTTPMultiStatus (207) # - Net::HTTPAlreadyReported (208) # - Net::HTTPIMUsed (226) # # - Net::HTTPRedirection: # # - Net::HTTPMultipleChoices (300) # - Net::HTTPMovedPermanently (301) # - Net::HTTPFound (302) # - Net::HTTPSeeOther (303) # - Net::HTTPNotModified (304) # - Net::HTTPUseProxy (305) # - Net::HTTPTemporaryRedirect (307) # - Net::HTTPPermanentRedirect (308) # # - Net::HTTPClientError: # # - Net::HTTPBadRequest (400) # - Net::HTTPUnauthorized (401) # - Net::HTTPPaymentRequired (402) # - Net::HTTPForbidden (403) # - Net::HTTPNotFound (404) # - Net::HTTPMethodNotAllowed (405) # - Net::HTTPNotAcceptable (406) # - Net::HTTPProxyAuthenticationRequired (407) # - Net::HTTPRequestTimeOut (408) # - Net::HTTPConflict (409) # - Net::HTTPGone (410) # - Net::HTTPLengthRequired (411) # - Net::HTTPPreconditionFailed (412) # - Net::HTTPRequestEntityTooLarge (413) # - Net::HTTPRequestURITooLong (414) # - Net::HTTPUnsupportedMediaType (415) # - Net::HTTPRequestedRangeNotSatisfiable (416) # - Net::HTTPExpectationFailed (417) # - Net::HTTPMisdirectedRequest (421) # - Net::HTTPUnprocessableEntity (422) # - Net::HTTPLocked (423) # - Net::HTTPFailedDependency (424) # - Net::HTTPUpgradeRequired (426) # - Net::HTTPPreconditionRequired (428) # - Net::HTTPTooManyRequests (429) # - Net::HTTPRequestHeaderFieldsTooLarge (431) # - Net::HTTPUnavailableForLegalReasons (451) # # - Net::HTTPServerError: # # - Net::HTTPInternalServerError (500) # - Net::HTTPNotImplemented (501) # - Net::HTTPBadGateway (502) # - Net::HTTPServiceUnavailable (503) # - Net::HTTPGatewayTimeOut (504) # - Net::HTTPVersionNotSupported (505) # - Net::HTTPVariantAlsoNegotiates (506) # - Net::HTTPInsufficientStorage (507) # - Net::HTTPLoopDetected (508) # - Net::HTTPNotExtended (510) # - Net::HTTPNetworkAuthenticationRequired (511) # # There is also the Net::HTTPBadResponse exception which is raised when # there is a protocol error. # class Net::HTTPResponse class << self # true if the response has a body. def body_permitted? self::HAS_BODY end def exception_type # :nodoc: internal use only self::EXCEPTION_TYPE end def read_new(sock) #:nodoc: internal use only httpv, code, msg = read_status_line(sock) res = response_class(code).new(httpv, code, msg) each_response_header(sock) do |k,v| res.add_field k, v end res end private def read_status_line(sock) str = sock.readline m = /\AHTTP(?:\/(\d+\.\d+))?\s+(\d\d\d)(?:\s+(.*))?\z/in.match(str) or raise Net::HTTPBadResponse, "wrong status line: #{str.dump}" m.captures end def response_class(code) CODE_TO_OBJ[code] or CODE_CLASS_TO_OBJ[code[0,1]] or Net::HTTPUnknownResponse end def each_response_header(sock) key = value = nil while true line = sock.readuntil("\n", true).sub(/\s+\z/, '') break if line.empty? if line[0] == ?\s or line[0] == ?\t and value value << ' ' unless value.empty? value << line.strip else yield key, value if key key, value = line.strip.split(/\s*:\s*/, 2) raise Net::HTTPBadResponse, 'wrong header line format' if value.nil? end end yield key, value if key end end # next is to fix bug in RDoc, where the private inside class << self # spills out. public include Net::HTTPHeader def initialize(httpv, code, msg) #:nodoc: internal use only @http_version = httpv @code = code @message = msg initialize_http_header nil @body = nil @read = false @uri = nil @decode_content = false @body_encoding = false @ignore_eof = true end # The HTTP version supported by the server. attr_reader :http_version # The HTTP result code string. For example, '302'. You can also # determine the response type by examining which response subclass # the response object is an instance of. attr_reader :code # The HTTP result message sent by the server. For example, 'Not Found'. attr_reader :message alias msg message # :nodoc: obsolete # The URI used to fetch this response. The response URI is only available # if a URI was used to create the request. attr_reader :uri # Set to true automatically when the request did not contain an # Accept-Encoding header from the user. attr_accessor :decode_content # Returns the value set by body_encoding=, or +false+ if none; # see #body_encoding=. attr_reader :body_encoding # Sets the encoding that should be used when reading the body: # # - If the given value is an Encoding object, that encoding will be used. # - Otherwise if the value is a string, the value of # {Encoding#find(value)}[rdoc-ref:Encoding.find] # will be used. # - Otherwise an encoding will be deduced from the body itself. # # Examples: # # http = Net::HTTP.new(hostname) # req = Net::HTTP::Get.new('/') # # http.request(req) do |res| # p res.body.encoding # => #<Encoding:ASCII-8BIT> # end # # http.request(req) do |res| # res.body_encoding = "UTF-8" # p res.body.encoding # => #<Encoding:UTF-8> # end # def body_encoding=(value) value = Encoding.find(value) if value.is_a?(String) @body_encoding = value end # Whether to ignore EOF when reading bodies with a specified Content-Length # header. attr_accessor :ignore_eof def inspect "#<#{self.class} #{@code} #{@message} readbody=#{@read}>" end # # response <-> exception relationship # def code_type #:nodoc: self.class end def error! #:nodoc: message = @code message = "#{message} #{@message.dump}" if @message raise error_type().new(message, self) end def error_type #:nodoc: self.class::EXCEPTION_TYPE end # Raises an HTTP error if the response is not 2xx (success). def value error! unless self.kind_of?(Net::HTTPSuccess) end def uri= uri # :nodoc: @uri = uri.dup if uri end # # header (for backward compatibility only; DO NOT USE) # def response #:nodoc: warn "Net::HTTPResponse#response is obsolete", uplevel: 1 if $VERBOSE self end def header #:nodoc: warn "Net::HTTPResponse#header is obsolete", uplevel: 1 if $VERBOSE self end def read_header #:nodoc: warn "Net::HTTPResponse#read_header is obsolete", uplevel: 1 if $VERBOSE self end # # body # def reading_body(sock, reqmethodallowbody) #:nodoc: internal use only @socket = sock @body_exist = reqmethodallowbody && self.class.body_permitted? begin yield self.body # ensure to read body ensure @socket = nil end end # Gets the entity body returned by the remote HTTP server. # # If a block is given, the body is passed to the block, and # the body is provided in fragments, as it is read in from the socket. # # If +dest+ argument is given, response is read into that variable, # with <code>dest#<<</code> method (it could be String or IO, or any # other object responding to <code><<</code>). # # Calling this method a second or subsequent time for the same # HTTPResponse object will return the value already read. # # http.request_get('/index.html') {|res| # puts res.read_body # } # # http.request_get('/index.html') {|res| # p res.read_body.object_id # 538149362 # p res.read_body.object_id # 538149362 # } # # # using iterator # http.request_get('/index.html') {|res| # res.read_body do |segment| # print segment # end # } # def read_body(dest = nil, &block) if @read raise IOError, "#{self.class}\#read_body called twice" if dest or block return @body end to = procdest(dest, block) stream_check if @body_exist read_body_0 to @body = to else @body = nil end @read = true return if @body.nil? case enc = @body_encoding when Encoding, false, nil # Encoding: force given encoding # false/nil: do not force encoding else # other value: detect encoding from body enc = detect_encoding(@body) end @body.force_encoding(enc) if enc @body end # Returns the string response body; # note that repeated calls for the unmodified body return a cached string: # # path = '/todos/1' # Net::HTTP.start(hostname) do |http| # res = http.get(path) # p res.body # p http.head(path).body # No body. # end # # Output: # # "{\n \"userId\": 1,\n \"id\": 1,\n \"title\": \"delectus aut autem\",\n \"completed\": false\n}" # nil # def body read_body() end # Sets the body of the response to the given value. def body=(value) @body = value end alias entity body #:nodoc: obsolete private # :nodoc: def detect_encoding(str, encoding=nil) if encoding elsif encoding = type_params['charset'] elsif encoding = check_bom(str) else encoding = case content_type&.downcase when %r{text/x(?:ht)?ml|application/(?:[^+]+\+)?xml} /\A<xml[ \t\r\n]+ version[ \t\r\n]*=[ \t\r\n]*(?:"[0-9.]+"|'[0-9.]*')[ \t\r\n]+ encoding[ \t\r\n]*=[ \t\r\n]* (?:"([A-Za-z][\-A-Za-z0-9._]*)"|'([A-Za-z][\-A-Za-z0-9._]*)')/x =~ str encoding = $1 || $2 || Encoding::UTF_8 when %r{text/html.*} sniff_encoding(str) end end return encoding end # :nodoc: def sniff_encoding(str, encoding=nil) # the encoding sniffing algorithm # http://www.w3.org/TR/html5/parsing.html#determining-the-character-encoding if enc = scanning_meta(str) enc # 6. last visited page or something # 7. frequency elsif str.ascii_only? Encoding::US_ASCII elsif str.dup.force_encoding(Encoding::UTF_8).valid_encoding? Encoding::UTF_8 end # 8. implementation-defined or user-specified end # :nodoc: def check_bom(str) case str.byteslice(0, 2) when "\xFE\xFF" return Encoding::UTF_16BE when "\xFF\xFE" return Encoding::UTF_16LE end if "\xEF\xBB\xBF" == str.byteslice(0, 3) return Encoding::UTF_8 end nil end # :nodoc: def scanning_meta(str) require 'strscan' ss = StringScanner.new(str) if ss.scan_until(/<meta[\t\n\f\r ]*/) attrs = {} # attribute_list got_pragma = false need_pragma = nil charset = nil # step: Attributes while attr = get_attribute(ss) name, value = *attr next if attrs[name] attrs[name] = true case name when 'http-equiv' got_pragma = true if value == 'content-type' when 'content' encoding = extracting_encodings_from_meta_elements(value) unless charset charset = encoding end need_pragma = true when 'charset' need_pragma = false charset = value end end # step: Processing return if need_pragma.nil? return if need_pragma && !got_pragma charset = Encoding.find(charset) rescue nil return unless charset charset = Encoding::UTF_8 if charset == Encoding::UTF_16 return charset # tentative end nil end def get_attribute(ss) ss.scan(/[\t\n\f\r \/]*/) if ss.peek(1) == '>' ss.getch return nil end name = ss.scan(/[^=\t\n\f\r \/>]*/) name.downcase! raise if name.empty? ss.skip(/[\t\n\f\r ]*/) if ss.getch != '=' value = '' return [name, value] end ss.skip(/[\t\n\f\r ]*/) case ss.peek(1) when '"' ss.getch value = ss.scan(/[^"]+/) value.downcase! ss.getch when "'" ss.getch value = ss.scan(/[^']+/) value.downcase! ss.getch when '>' value = '' else value = ss.scan(/[^\t\n\f\r >]+/) value.downcase! end [name, value] end def extracting_encodings_from_meta_elements(value) # http://dev.w3.org/html5/spec/fetching-resources.html#algorithm-for-extracting-an-encoding-from-a-meta-element if /charset[\t\n\f\r ]*=(?:"([^"]*)"|'([^']*)'|["']|\z|([^\t\n\f\r ;]+))/i =~ value return $1 || $2 || $3 end return nil end ## # Checks for a supported Content-Encoding header and yields an Inflate # wrapper for this response's socket when zlib is present. If the # Content-Encoding is not supported or zlib is missing, the plain socket is # yielded. # # If a Content-Range header is present, a plain socket is yielded as the # bytes in the range may not be a complete deflate block. def inflater # :nodoc: return yield @socket unless Net::HTTP::HAVE_ZLIB return yield @socket unless @decode_content return yield @socket if self['content-range'] v = self['content-encoding'] case v&.downcase when 'deflate', 'gzip', 'x-gzip' then self.delete 'content-encoding' inflate_body_io = Inflater.new(@socket) begin yield inflate_body_io success = true ensure begin inflate_body_io.finish if self['content-length'] self['content-length'] = inflate_body_io.bytes_inflated.to_s end rescue => err # Ignore #finish's error if there is an exception from yield raise err if success end end when 'none', 'identity' then self.delete 'content-encoding' yield @socket else yield @socket end end def read_body_0(dest) inflater do |inflate_body_io| if chunked? read_chunked dest, inflate_body_io return end @socket = inflate_body_io clen = content_length() if clen @socket.read clen, dest, @ignore_eof return end clen = range_length() if clen @socket.read clen, dest return end @socket.read_all dest end end ## # read_chunked reads from +@socket+ for chunk-size, chunk-extension, CRLF, # etc. and +chunk_data_io+ for chunk-data which may be deflate or gzip # encoded. # # See RFC 2616 section 3.6.1 for definitions def read_chunked(dest, chunk_data_io) # :nodoc: total = 0 while true line = @socket.readline hexlen = line.slice(/[0-9a-fA-F]+/) or raise Net::HTTPBadResponse, "wrong chunk size line: #{line}" len = hexlen.hex break if len == 0 begin chunk_data_io.read len, dest ensure total += len @socket.read 2 # \r\n end end until @socket.readline.empty? # none end end def stream_check raise IOError, 'attempt to read body out of block' if @socket.nil? || @socket.closed? end def procdest(dest, block) raise ArgumentError, 'both arg and block given for HTTP method' if dest and block if block Net::ReadAdapter.new(block) else dest || +'' end end ## # Inflater is a wrapper around Net::BufferedIO that transparently inflates # zlib and gzip streams. class Inflater # :nodoc: ## # Creates a new Inflater wrapping +socket+ def initialize socket @socket = socket # zlib with automatic gzip detection @inflate = Zlib::Inflate.new(32 + Zlib::MAX_WBITS) end ## # Finishes the inflate stream. def finish return if @inflate.total_in == 0 @inflate.finish end ## # The number of bytes inflated, used to update the Content-Length of # the response. def bytes_inflated @inflate.total_out end ## # Returns a Net::ReadAdapter that inflates each read chunk into +dest+. # # This allows a large response body to be inflated without storing the # entire body in memory. def inflate_adapter(dest) if dest.respond_to?(:set_encoding) dest.set_encoding(Encoding::ASCII_8BIT) elsif dest.respond_to?(:force_encoding) dest.force_encoding(Encoding::ASCII_8BIT) end block = proc do |compressed_chunk| @inflate.inflate(compressed_chunk) do |chunk| compressed_chunk.clear dest << chunk end end Net::ReadAdapter.new(block) end ## # Reads +clen+ bytes from the socket, inflates them, then writes them to # +dest+. +ignore_eof+ is passed down to Net::BufferedIO#read # # Unlike Net::BufferedIO#read, this method returns more than +clen+ bytes. # At this time there is no way for a user of Net::HTTPResponse to read a # specific number of bytes from the HTTP response body, so this internal # API does not return the same number of bytes as were requested. # # See https://bugs.ruby-lang.org/issues/6492 for further discussion. def read clen, dest, ignore_eof = false temp_dest = inflate_adapter(dest) @socket.read clen, temp_dest, ignore_eof end ## # Reads the rest of the socket, inflates it, then writes it to +dest+. def read_all dest temp_dest = inflate_adapter(dest) @socket.read_all temp_dest end end end PK *J ["=S�3 �3 share/ruby/net/http/requests.rbnu �[��� # frozen_string_literal: true # HTTP/1.1 methods --- RFC2616 # \Class for representing # {HTTP method GET}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#GET_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Get.new(uri) # => #<Net::HTTP::Get GET> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: yes. # # Related: # # - Net::HTTP.get: sends +GET+ request, returns response body. # - Net::HTTP#get: sends +GET+ request, returns response object. # class Net::HTTP::Get < Net::HTTPRequest METHOD = 'GET' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method HEAD}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#HEAD_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Head.new(uri) # => #<Net::HTTP::Head HEAD> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: no. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: yes. # # Related: # # - Net::HTTP#head: sends +HEAD+ request, returns response object. # class Net::HTTP::Head < Net::HTTPRequest METHOD = 'HEAD' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = false end # \Class for representing # {HTTP method POST}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#POST_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts' # req = Net::HTTP::Post.new(uri) # => #<Net::HTTP::Post POST> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_type = 'application/json' # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: yes. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: no. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: yes. # # Related: # # - Net::HTTP.post: sends +POST+ request, returns response object. # - Net::HTTP#post: sends +POST+ request, returns response object. # class Net::HTTP::Post < Net::HTTPRequest METHOD = 'POST' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method PUT}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#PUT_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts' # req = Net::HTTP::Put.new(uri) # => #<Net::HTTP::Put PUT> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_type = 'application/json' # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: yes. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Net::HTTP.put: sends +PUT+ request, returns response object. # - Net::HTTP#put: sends +PUT+ request, returns response object. # class Net::HTTP::Put < Net::HTTPRequest METHOD = 'PUT' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method DELETE}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#DELETE_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts/1' # req = Net::HTTP::Delete.new(uri) # => #<Net::HTTP::Delete DELETE> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Net::HTTP#delete: sends +DELETE+ request, returns response object. # class Net::HTTP::Delete < Net::HTTPRequest METHOD = 'DELETE' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method OPTIONS}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#OPTIONS_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Options.new(uri) # => #<Net::HTTP::Options OPTIONS> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: optional. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Net::HTTP#options: sends +OPTIONS+ request, returns response object. # class Net::HTTP::Options < Net::HTTPRequest METHOD = 'OPTIONS' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method TRACE}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#TRACE_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Trace.new(uri) # => #<Net::HTTP::Trace TRACE> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: no. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: yes. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: yes. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Net::HTTP#trace: sends +TRACE+ request, returns response object. # class Net::HTTP::Trace < Net::HTTPRequest METHOD = 'TRACE' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {HTTP method PATCH}[https://en.wikipedia.org/w/index.php?title=Hypertext_Transfer_Protocol#PATCH_method]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # uri.path = '/posts' # req = Net::HTTP::Patch.new(uri) # => #<Net::HTTP::Patch PATCH> # req.body = '{"title": "foo","body": "bar","userId": 1}' # req.content_type = 'application/json' # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Properties: # # - Request body: yes. # - Response body: yes. # - {Safe}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Safe_methods]: no. # - {Idempotent}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Idempotent_methods]: no. # - {Cacheable}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Cacheable_methods]: no. # # Related: # # - Net::HTTP#patch: sends +PATCH+ request, returns response object. # class Net::HTTP::Patch < Net::HTTPRequest METHOD = 'PATCH' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # # WebDAV methods --- RFC2518 # # \Class for representing # {WebDAV method PROPFIND}[http://www.webdav.org/specs/rfc4918.html#METHOD_PROPFIND]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Propfind.new(uri) # => #<Net::HTTP::Propfind PROPFIND> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#propfind: sends +PROPFIND+ request, returns response object. # class Net::HTTP::Propfind < Net::HTTPRequest METHOD = 'PROPFIND' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method PROPPATCH}[http://www.webdav.org/specs/rfc4918.html#METHOD_PROPPATCH]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Proppatch.new(uri) # => #<Net::HTTP::Proppatch PROPPATCH> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#proppatch: sends +PROPPATCH+ request, returns response object. # class Net::HTTP::Proppatch < Net::HTTPRequest METHOD = 'PROPPATCH' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method MKCOL}[http://www.webdav.org/specs/rfc4918.html#METHOD_MKCOL]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Mkcol.new(uri) # => #<Net::HTTP::Mkcol MKCOL> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#mkcol: sends +MKCOL+ request, returns response object. # class Net::HTTP::Mkcol < Net::HTTPRequest METHOD = 'MKCOL' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method COPY}[http://www.webdav.org/specs/rfc4918.html#METHOD_COPY]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Copy.new(uri) # => #<Net::HTTP::Copy COPY> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#copy: sends +COPY+ request, returns response object. # class Net::HTTP::Copy < Net::HTTPRequest METHOD = 'COPY' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method MOVE}[http://www.webdav.org/specs/rfc4918.html#METHOD_MOVE]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Move.new(uri) # => #<Net::HTTP::Move MOVE> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#move: sends +MOVE+ request, returns response object. # class Net::HTTP::Move < Net::HTTPRequest METHOD = 'MOVE' REQUEST_HAS_BODY = false RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method LOCK}[http://www.webdav.org/specs/rfc4918.html#METHOD_LOCK]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Lock.new(uri) # => #<Net::HTTP::Lock LOCK> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#lock: sends +LOCK+ request, returns response object. # class Net::HTTP::Lock < Net::HTTPRequest METHOD = 'LOCK' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end # \Class for representing # {WebDAV method UNLOCK}[http://www.webdav.org/specs/rfc4918.html#METHOD_UNLOCK]: # # require 'net/http' # uri = URI('http://example.com') # hostname = uri.hostname # => "example.com" # req = Net::HTTP::Unlock.new(uri) # => #<Net::HTTP::Unlock UNLOCK> # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # See {Request Headers}[rdoc-ref:Net::HTTPRequest@Request+Headers]. # # Related: # # - Net::HTTP#unlock: sends +UNLOCK+ request, returns response object. # class Net::HTTP::Unlock < Net::HTTPRequest METHOD = 'UNLOCK' REQUEST_HAS_BODY = true RESPONSE_HAS_BODY = true end PK *J [ ���� �� share/ruby/net/http/responses.rbnu �[��� # frozen_string_literal: true #-- # https://www.iana.org/assignments/http-status-codes/http-status-codes.xhtml module Net class HTTPUnknownResponse < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPError # end # Parent class for informational (1xx) HTTP response classes. # # An informational response indicates that the request was received and understood. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.1xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#1xx_informational_response]. # class HTTPInformation < HTTPResponse HAS_BODY = false EXCEPTION_TYPE = HTTPError # end # Parent class for success (2xx) HTTP response classes. # # A success response indicates the action requested by the client # was received, understood, and accepted. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.2xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#2xx_success]. # class HTTPSuccess < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPError # end # Parent class for redirection (3xx) HTTP response classes. # # A redirection response indicates the client must take additional action # to complete the request. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.3xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#3xx_redirection]. # class HTTPRedirection < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPRetriableError # end # Parent class for client error (4xx) HTTP response classes. # # A client error response indicates that the client may have caused an error. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.4xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#4xx_client_errors]. # class HTTPClientError < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPClientException # end # Parent class for server error (5xx) HTTP response classes. # # A server error response indicates that the server failed to fulfill a request. # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#status.5xx]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#5xx_server_errors]. # class HTTPServerError < HTTPResponse HAS_BODY = true EXCEPTION_TYPE = HTTPFatalError # end # Response class for +Continue+ responses (status code 100). # # A +Continue+ response indicates that the server has received the request headers. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/100]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-100-continue]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#100]. # class HTTPContinue < HTTPInformation HAS_BODY = false end # Response class for <tt>Switching Protocol</tt> responses (status code 101). # # The <tt>Switching Protocol<tt> response indicates that the server has received # a request to switch protocols, and has agreed to do so. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/101]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-101-switching-protocols]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#101]. # class HTTPSwitchProtocol < HTTPInformation HAS_BODY = false end # Response class for +Processing+ responses (status code 102). # # The +Processing+ response indicates that the server has received # and is processing the request, but no response is available yet. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 2518}[https://www.rfc-editor.org/rfc/rfc2518#section-10.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#102]. # class HTTPProcessing < HTTPInformation HAS_BODY = false end # Response class for <tt>Early Hints</tt> responses (status code 103). # # The <tt>Early Hints</tt> indicates that the server has received # and is processing the request, and contains certain headers; # the final response is not available yet. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/103]. # - {RFC 8297}[https://www.rfc-editor.org/rfc/rfc8297.html#section-2]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#103]. # class HTTPEarlyHints < HTTPInformation HAS_BODY = false end # Response class for +OK+ responses (status code 200). # # The +OK+ response indicates that the server has received # a request and has responded successfully. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/200]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-200-ok]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#200]. # class HTTPOK < HTTPSuccess HAS_BODY = true end # Response class for +Created+ responses (status code 201). # # The +Created+ response indicates that the server has received # and has fulfilled a request to create a new resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/201]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-201-created]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#201]. # class HTTPCreated < HTTPSuccess HAS_BODY = true end # Response class for +Accepted+ responses (status code 202). # # The +Accepted+ response indicates that the server has received # and is processing a request, but the processing has not yet been completed. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/202]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-202-accepted]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#202]. # class HTTPAccepted < HTTPSuccess HAS_BODY = true end # Response class for <tt>Non-Authoritative Information</tt> responses (status code 203). # # The <tt>Non-Authoritative Information</tt> response indicates that the server # is a transforming proxy (such as a Web accelerator) # that received a 200 OK response from its origin, # and is returning a modified version of the origin's response. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/203]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-203-non-authoritative-infor]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#203]. # class HTTPNonAuthoritativeInformation < HTTPSuccess HAS_BODY = true end # Response class for <tt>No Content</tt> responses (status code 204). # # The <tt>No Content</tt> response indicates that the server # successfully processed the request, and is not returning any content. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/204]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-204-no-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#204]. # class HTTPNoContent < HTTPSuccess HAS_BODY = false end # Response class for <tt>Reset Content</tt> responses (status code 205). # # The <tt>Reset Content</tt> response indicates that the server # successfully processed the request, # asks that the client reset its document view, and is not returning any content. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/205]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-205-reset-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#205]. # class HTTPResetContent < HTTPSuccess HAS_BODY = false end # Response class for <tt>Partial Content</tt> responses (status code 206). # # The <tt>Partial Content</tt> response indicates that the server is delivering # only part of the resource (byte serving) # due to a Range header in the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/206]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-206-partial-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#206]. # class HTTPPartialContent < HTTPSuccess HAS_BODY = true end # Response class for <tt>Multi-Status (WebDAV)</tt> responses (status code 207). # # The <tt>Multi-Status (WebDAV)</tt> response indicates that the server # has received the request, # and that the message body can contain a number of separate response codes. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 4818}[https://www.rfc-editor.org/rfc/rfc4918#section-11.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#207]. # class HTTPMultiStatus < HTTPSuccess HAS_BODY = true end # Response class for <tt>Already Reported (WebDAV)</tt> responses (status code 208). # # The <tt>Already Reported (WebDAV)</tt> response indicates that the server # has received the request, # and that the members of a DAV binding have already been enumerated # in a preceding part of the (multi-status) response, # and are not being included again. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 5842}[https://www.rfc-editor.org/rfc/rfc5842.html#section-7.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#208]. # class HTTPAlreadyReported < HTTPSuccess HAS_BODY = true end # Response class for <tt>IM Used</tt> responses (status code 226). # # The <tt>IM Used</tt> response indicates that the server has fulfilled a request # for the resource, and the response is a representation of the result # of one or more instance-manipulations applied to the current instance. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 3229}[https://www.rfc-editor.org/rfc/rfc3229.html#section-10.4.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#226]. # class HTTPIMUsed < HTTPSuccess HAS_BODY = true end # Response class for <tt>Multiple Choices</tt> responses (status code 300). # # The <tt>Multiple Choices</tt> response indicates that the server # offers multiple options for the resource from which the client may choose. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/300]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-300-multiple-choices]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#300]. # class HTTPMultipleChoices < HTTPRedirection HAS_BODY = true end HTTPMultipleChoice = HTTPMultipleChoices # Response class for <tt>Moved Permanently</tt> responses (status code 301). # # The <tt>Moved Permanently</tt> response indicates that links or records # returning this response should be updated to use the given URL. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/301]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-301-moved-permanently]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#301]. # class HTTPMovedPermanently < HTTPRedirection HAS_BODY = true end # Response class for <tt>Found</tt> responses (status code 302). # # The <tt>Found</tt> response indicates that the client # should look at (browse to) another URL. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/302]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-302-found]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#302]. # class HTTPFound < HTTPRedirection HAS_BODY = true end HTTPMovedTemporarily = HTTPFound # Response class for <tt>See Other</tt> responses (status code 303). # # The response to the request can be found under another URI using the GET method. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/303]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-303-see-other]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#303]. # class HTTPSeeOther < HTTPRedirection HAS_BODY = true end # Response class for <tt>Not Modified</tt> responses (status code 304). # # Indicates that the resource has not been modified since the version # specified by the request headers. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/304]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-304-not-modified]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#304]. # class HTTPNotModified < HTTPRedirection HAS_BODY = false end # Response class for <tt>Use Proxy</tt> responses (status code 305). # # The requested resource is available only through a proxy, # whose address is provided in the response. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-305-use-proxy]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#305]. # class HTTPUseProxy < HTTPRedirection HAS_BODY = false end # Response class for <tt>Temporary Redirect</tt> responses (status code 307). # # The request should be repeated with another URI; # however, future requests should still use the original URI. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/307]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-307-temporary-redirect]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#307]. # class HTTPTemporaryRedirect < HTTPRedirection HAS_BODY = true end # Response class for <tt>Permanent Redirect</tt> responses (status code 308). # # This and all future requests should be directed to the given URI. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/308]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-308-permanent-redirect]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#308]. # class HTTPPermanentRedirect < HTTPRedirection HAS_BODY = true end # Response class for <tt>Bad Request</tt> responses (status code 400). # # The server cannot or will not process the request due to an apparent client error. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/400]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-400-bad-request]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#400]. # class HTTPBadRequest < HTTPClientError HAS_BODY = true end # Response class for <tt>Unauthorized</tt> responses (status code 401). # # Authentication is required, but either was not provided or failed. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/401]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-401-unauthorized]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#401]. # class HTTPUnauthorized < HTTPClientError HAS_BODY = true end # Response class for <tt>Payment Required</tt> responses (status code 402). # # Reserved for future use. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/402]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-402-payment-required]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#402]. # class HTTPPaymentRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Forbidden</tt> responses (status code 403). # # The request contained valid data and was understood by the server, # but the server is refusing action. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/403]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-403-forbidden]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#403]. # class HTTPForbidden < HTTPClientError HAS_BODY = true end # Response class for <tt>Not Found</tt> responses (status code 404). # # The requested resource could not be found but may be available in the future. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/404]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-404-not-found]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#404]. # class HTTPNotFound < HTTPClientError HAS_BODY = true end # Response class for <tt>Method Not Allowed</tt> responses (status code 405). # # The request method is not supported for the requested resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/405]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-405-method-not-allowed]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#405]. # class HTTPMethodNotAllowed < HTTPClientError HAS_BODY = true end # Response class for <tt>Not Acceptable</tt> responses (status code 406). # # The requested resource is capable of generating only content # that not acceptable according to the Accept headers sent in the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/406]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-406-not-acceptable]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#406]. # class HTTPNotAcceptable < HTTPClientError HAS_BODY = true end # Response class for <tt>Proxy Authentication Required</tt> responses (status code 407). # # The client must first authenticate itself with the proxy. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/407]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-407-proxy-authentication-re]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#407]. # class HTTPProxyAuthenticationRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Request Timeout</tt> responses (status code 408). # # The server timed out waiting for the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/408]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-408-request-timeout]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#408]. # class HTTPRequestTimeout < HTTPClientError HAS_BODY = true end HTTPRequestTimeOut = HTTPRequestTimeout # Response class for <tt>Conflict</tt> responses (status code 409). # # The request could not be processed because of conflict in the current state of the resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/409]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-409-conflict]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#409]. # class HTTPConflict < HTTPClientError HAS_BODY = true end # Response class for <tt>Gone</tt> responses (status code 410). # # The resource requested was previously in use but is no longer available # and will not be available again. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/410]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-410-gone]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#410]. # class HTTPGone < HTTPClientError HAS_BODY = true end # Response class for <tt>Length Required</tt> responses (status code 411). # # The request did not specify the length of its content, # which is required by the requested resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/411]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-411-length-required]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#411]. # class HTTPLengthRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Precondition Failed</tt> responses (status code 412). # # The server does not meet one of the preconditions # specified in the request headers. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/412]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-412-precondition-failed]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#412]. # class HTTPPreconditionFailed < HTTPClientError HAS_BODY = true end # Response class for <tt>Payload Too Large</tt> responses (status code 413). # # The request is larger than the server is willing or able to process. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/413]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-413-content-too-large]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#413]. # class HTTPPayloadTooLarge < HTTPClientError HAS_BODY = true end HTTPRequestEntityTooLarge = HTTPPayloadTooLarge # Response class for <tt>URI Too Long</tt> responses (status code 414). # # The URI provided was too long for the server to process. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/414]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-414-uri-too-long]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#414]. # class HTTPURITooLong < HTTPClientError HAS_BODY = true end HTTPRequestURITooLong = HTTPURITooLong HTTPRequestURITooLarge = HTTPRequestURITooLong # Response class for <tt>Unsupported Media Type</tt> responses (status code 415). # # The request entity has a media type which the server or resource does not support. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/415]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-415-unsupported-media-type]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#415]. # class HTTPUnsupportedMediaType < HTTPClientError HAS_BODY = true end # Response class for <tt>Range Not Satisfiable</tt> responses (status code 416). # # The request entity has a media type which the server or resource does not support. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/416]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-416-range-not-satisfiable]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#416]. # class HTTPRangeNotSatisfiable < HTTPClientError HAS_BODY = true end HTTPRequestedRangeNotSatisfiable = HTTPRangeNotSatisfiable # Response class for <tt>Expectation Failed</tt> responses (status code 417). # # The server cannot meet the requirements of the Expect request-header field. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/417]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-417-expectation-failed]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#417]. # class HTTPExpectationFailed < HTTPClientError HAS_BODY = true end # 418 I'm a teapot - RFC 2324; a joke RFC # See https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#418. # 420 Enhance Your Calm - Twitter # Response class for <tt>Misdirected Request</tt> responses (status code 421). # # The request was directed at a server that is not able to produce a response. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-421-misdirected-request]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#421]. # class HTTPMisdirectedRequest < HTTPClientError HAS_BODY = true end # Response class for <tt>Unprocessable Entity</tt> responses (status code 422). # # The request was well-formed but had semantic errors. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/422]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-422-unprocessable-content]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#422]. # class HTTPUnprocessableEntity < HTTPClientError HAS_BODY = true end # Response class for <tt>Locked (WebDAV)</tt> responses (status code 423). # # The requested resource is locked. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 4918}[https://www.rfc-editor.org/rfc/rfc4918#section-11.3]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#423]. # class HTTPLocked < HTTPClientError HAS_BODY = true end # Response class for <tt>Failed Dependency (WebDAV)</tt> responses (status code 424). # # The request failed because it depended on another request and that request failed. # See {424 Failed Dependency (WebDAV)}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#424]. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {RFC 4918}[https://www.rfc-editor.org/rfc/rfc4918#section-11.4]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#424]. # class HTTPFailedDependency < HTTPClientError HAS_BODY = true end # 425 Too Early # https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#425. # Response class for <tt>Upgrade Required</tt> responses (status code 426). # # The client should switch to the protocol given in the Upgrade header field. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/426]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-426-upgrade-required]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#426]. # class HTTPUpgradeRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Precondition Required</tt> responses (status code 428). # # The origin server requires the request to be conditional. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/428]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-3]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#428]. # class HTTPPreconditionRequired < HTTPClientError HAS_BODY = true end # Response class for <tt>Too Many Requests</tt> responses (status code 429). # # The user has sent too many requests in a given amount of time. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/429]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-4]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#429]. # class HTTPTooManyRequests < HTTPClientError HAS_BODY = true end # Response class for <tt>Request Header Fields Too Large</tt> responses (status code 431). # # An individual header field is too large, # or all the header fields collectively, are too large. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/431]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-5]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#431]. # class HTTPRequestHeaderFieldsTooLarge < HTTPClientError HAS_BODY = true end # Response class for <tt>Unavailable For Legal Reasons</tt> responses (status code 451). # # A server operator has received a legal demand to deny access to a resource or to a set of resources # that includes the requested resource. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/451]. # - {RFC 7725}[https://www.rfc-editor.org/rfc/rfc7725.html#section-3]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#451]. # class HTTPUnavailableForLegalReasons < HTTPClientError HAS_BODY = true end # 444 No Response - Nginx # 449 Retry With - Microsoft # 450 Blocked by Windows Parental Controls - Microsoft # 499 Client Closed Request - Nginx # Response class for <tt>Internal Server Error</tt> responses (status code 500). # # An unexpected condition was encountered and no more specific message is suitable. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/500]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-500-internal-server-error]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#500]. # class HTTPInternalServerError < HTTPServerError HAS_BODY = true end # Response class for <tt>Not Implemented</tt> responses (status code 501). # # The server either does not recognize the request method, # or it lacks the ability to fulfil the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/501]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-501-not-implemented]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#501]. # class HTTPNotImplemented < HTTPServerError HAS_BODY = true end # Response class for <tt>Bad Gateway</tt> responses (status code 502). # # The server was acting as a gateway or proxy # and received an invalid response from the upstream server. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/502]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-502-bad-gateway]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#502]. # class HTTPBadGateway < HTTPServerError HAS_BODY = true end # Response class for <tt>Service Unavailable</tt> responses (status code 503). # # The server cannot handle the request # (because it is overloaded or down for maintenance). # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/503]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-503-service-unavailable]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#503]. # class HTTPServiceUnavailable < HTTPServerError HAS_BODY = true end # Response class for <tt>Gateway Timeout</tt> responses (status code 504). # # The server was acting as a gateway or proxy # and did not receive a timely response from the upstream server. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/504]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-504-gateway-timeout]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#504]. # class HTTPGatewayTimeout < HTTPServerError HAS_BODY = true end HTTPGatewayTimeOut = HTTPGatewayTimeout # Response class for <tt>HTTP Version Not Supported</tt> responses (status code 505). # # The server does not support the HTTP version used in the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/505]. # - {RFC 9110}[https://www.rfc-editor.org/rfc/rfc9110.html#name-505-http-version-not-suppor]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#505]. # class HTTPVersionNotSupported < HTTPServerError HAS_BODY = true end # Response class for <tt>Variant Also Negotiates</tt> responses (status code 506). # # Transparent content negotiation for the request results in a circular reference. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/506]. # - {RFC 2295}[https://www.rfc-editor.org/rfc/rfc2295#section-8.1]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#506]. # class HTTPVariantAlsoNegotiates < HTTPServerError HAS_BODY = true end # Response class for <tt>Insufficient Storage (WebDAV)</tt> responses (status code 507). # # The server is unable to store the representation needed to complete the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/507]. # - {RFC 4918}[https://www.rfc-editor.org/rfc/rfc4918#section-11.5]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#507]. # class HTTPInsufficientStorage < HTTPServerError HAS_BODY = true end # Response class for <tt>Loop Detected (WebDAV)</tt> responses (status code 508). # # The server detected an infinite loop while processing the request. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/508]. # - {RFC 5942}[https://www.rfc-editor.org/rfc/rfc5842.html#section-7.2]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#508]. # class HTTPLoopDetected < HTTPServerError HAS_BODY = true end # 509 Bandwidth Limit Exceeded - Apache bw/limited extension # Response class for <tt>Not Extended</tt> responses (status code 510). # # Further extensions to the request are required for the server to fulfill it. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/510]. # - {RFC 2774}[https://www.rfc-editor.org/rfc/rfc2774.html#section-7]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#510]. # class HTTPNotExtended < HTTPServerError HAS_BODY = true end # Response class for <tt>Network Authentication Required</tt> responses (status code 511). # # The client needs to authenticate to gain network access. # # :include: doc/net-http/included_getters.rdoc # # References: # # - {Mozilla}[https://developer.mozilla.org/en-US/docs/Web/HTTP/Status/511]. # - {RFC 6585}[https://www.rfc-editor.org/rfc/rfc6585#section-6]. # - {Wikipedia}[https://en.wikipedia.org/wiki/List_of_HTTP_status_codes#511]. # class HTTPNetworkAuthenticationRequired < HTTPServerError HAS_BODY = true end end class Net::HTTPResponse CODE_CLASS_TO_OBJ = { '1' => Net::HTTPInformation, '2' => Net::HTTPSuccess, '3' => Net::HTTPRedirection, '4' => Net::HTTPClientError, '5' => Net::HTTPServerError } CODE_TO_OBJ = { '100' => Net::HTTPContinue, '101' => Net::HTTPSwitchProtocol, '102' => Net::HTTPProcessing, '103' => Net::HTTPEarlyHints, '200' => Net::HTTPOK, '201' => Net::HTTPCreated, '202' => Net::HTTPAccepted, '203' => Net::HTTPNonAuthoritativeInformation, '204' => Net::HTTPNoContent, '205' => Net::HTTPResetContent, '206' => Net::HTTPPartialContent, '207' => Net::HTTPMultiStatus, '208' => Net::HTTPAlreadyReported, '226' => Net::HTTPIMUsed, '300' => Net::HTTPMultipleChoices, '301' => Net::HTTPMovedPermanently, '302' => Net::HTTPFound, '303' => Net::HTTPSeeOther, '304' => Net::HTTPNotModified, '305' => Net::HTTPUseProxy, '307' => Net::HTTPTemporaryRedirect, '308' => Net::HTTPPermanentRedirect, '400' => Net::HTTPBadRequest, '401' => Net::HTTPUnauthorized, '402' => Net::HTTPPaymentRequired, '403' => Net::HTTPForbidden, '404' => Net::HTTPNotFound, '405' => Net::HTTPMethodNotAllowed, '406' => Net::HTTPNotAcceptable, '407' => Net::HTTPProxyAuthenticationRequired, '408' => Net::HTTPRequestTimeout, '409' => Net::HTTPConflict, '410' => Net::HTTPGone, '411' => Net::HTTPLengthRequired, '412' => Net::HTTPPreconditionFailed, '413' => Net::HTTPPayloadTooLarge, '414' => Net::HTTPURITooLong, '415' => Net::HTTPUnsupportedMediaType, '416' => Net::HTTPRangeNotSatisfiable, '417' => Net::HTTPExpectationFailed, '421' => Net::HTTPMisdirectedRequest, '422' => Net::HTTPUnprocessableEntity, '423' => Net::HTTPLocked, '424' => Net::HTTPFailedDependency, '426' => Net::HTTPUpgradeRequired, '428' => Net::HTTPPreconditionRequired, '429' => Net::HTTPTooManyRequests, '431' => Net::HTTPRequestHeaderFieldsTooLarge, '451' => Net::HTTPUnavailableForLegalReasons, '500' => Net::HTTPInternalServerError, '501' => Net::HTTPNotImplemented, '502' => Net::HTTPBadGateway, '503' => Net::HTTPServiceUnavailable, '504' => Net::HTTPGatewayTimeout, '505' => Net::HTTPVersionNotSupported, '506' => Net::HTTPVariantAlsoNegotiates, '507' => Net::HTTPInsufficientStorage, '508' => Net::HTTPLoopDetected, '510' => Net::HTTPNotExtended, '511' => Net::HTTPNetworkAuthenticationRequired, } end PK *J [ j�� " share/ruby/net/http/proxy_delta.rbnu �[��� # frozen_string_literal: true module Net::HTTP::ProxyDelta #:nodoc: internal use only private def conn_address proxy_address() end def conn_port proxy_port() end def edit_path(path) use_ssl? ? path : "http://#{addr_port()}#{path}" end end PK *J [�H�oE E ! share/ruby/net/http/exceptions.rbnu �[��� # frozen_string_literal: true module Net # Net::HTTP exception class. # You cannot use Net::HTTPExceptions directly; instead, you must use # its subclasses. module HTTPExceptions def initialize(msg, res) #:nodoc: super msg @response = res end attr_reader :response alias data response #:nodoc: obsolete end class HTTPError < ProtocolError include HTTPExceptions end class HTTPRetriableError < ProtoRetriableError include HTTPExceptions end class HTTPClientException < ProtoServerError include HTTPExceptions end class HTTPFatalError < ProtoFatalError include HTTPExceptions end # We cannot use the name "HTTPServerError", it is the name of the response. HTTPServerException = HTTPClientException # :nodoc: deprecate_constant(:HTTPServerException) end PK *J [:,�~� � share/ruby/net/http/status.rbnu �[��� # frozen_string_literal: true require_relative '../http' if $0 == __FILE__ require 'open-uri' File.foreach(__FILE__) do |line| puts line break if line.start_with?('end') end puts puts "Net::HTTP::STATUS_CODES = {" url = "https://www.iana.org/assignments/http-status-codes/http-status-codes-1.csv" URI(url).read.each_line do |line| code, mes, = line.split(',') next if ['(Unused)', 'Unassigned', 'Description'].include?(mes) puts " #{code} => '#{mes}'," end puts "} # :nodoc:" end Net::HTTP::STATUS_CODES = { 100 => 'Continue', 101 => 'Switching Protocols', 102 => 'Processing', 103 => 'Early Hints', 200 => 'OK', 201 => 'Created', 202 => 'Accepted', 203 => 'Non-Authoritative Information', 204 => 'No Content', 205 => 'Reset Content', 206 => 'Partial Content', 207 => 'Multi-Status', 208 => 'Already Reported', 226 => 'IM Used', 300 => 'Multiple Choices', 301 => 'Moved Permanently', 302 => 'Found', 303 => 'See Other', 304 => 'Not Modified', 305 => 'Use Proxy', 307 => 'Temporary Redirect', 308 => 'Permanent Redirect', 400 => 'Bad Request', 401 => 'Unauthorized', 402 => 'Payment Required', 403 => 'Forbidden', 404 => 'Not Found', 405 => 'Method Not Allowed', 406 => 'Not Acceptable', 407 => 'Proxy Authentication Required', 408 => 'Request Timeout', 409 => 'Conflict', 410 => 'Gone', 411 => 'Length Required', 412 => 'Precondition Failed', 413 => 'Content Too Large', 414 => 'URI Too Long', 415 => 'Unsupported Media Type', 416 => 'Range Not Satisfiable', 417 => 'Expectation Failed', 421 => 'Misdirected Request', 422 => 'Unprocessable Content', 423 => 'Locked', 424 => 'Failed Dependency', 425 => 'Too Early', 426 => 'Upgrade Required', 428 => 'Precondition Required', 429 => 'Too Many Requests', 431 => 'Request Header Fields Too Large', 451 => 'Unavailable For Legal Reasons', 500 => 'Internal Server Error', 501 => 'Not Implemented', 502 => 'Bad Gateway', 503 => 'Service Unavailable', 504 => 'Gateway Timeout', 505 => 'HTTP Version Not Supported', 506 => 'Variant Also Negotiates', 507 => 'Insufficient Storage', 508 => 'Loop Detected', 510 => 'Not Extended (OBSOLETED)', 511 => 'Network Authentication Required', } # :nodoc: PK *J [�Z,s5 5 share/ruby/net/http/request.rbnu �[��� # frozen_string_literal: true # This class is the base class for \Net::HTTP request classes. # The class should not be used directly; # instead you should use its subclasses, listed below. # # == Creating a Request # # An request object may be created with either a URI or a string hostname: # # require 'net/http' # uri = URI('https://jsonplaceholder.typicode.com/') # req = Net::HTTP::Get.new(uri) # => #<Net::HTTP::Get GET> # req = Net::HTTP::Get.new(uri.hostname) # => #<Net::HTTP::Get GET> # # And with any of the subclasses: # # req = Net::HTTP::Head.new(uri) # => #<Net::HTTP::Head HEAD> # req = Net::HTTP::Post.new(uri) # => #<Net::HTTP::Post POST> # req = Net::HTTP::Put.new(uri) # => #<Net::HTTP::Put PUT> # # ... # # The new instance is suitable for use as the argument to Net::HTTP#request. # # == Request Headers # # A new request object has these header fields by default: # # req.to_hash # # => # {"accept-encoding"=>["gzip;q=1.0,deflate;q=0.6,identity;q=0.3"], # "accept"=>["*/*"], # "user-agent"=>["Ruby"], # "host"=>["jsonplaceholder.typicode.com"]} # # See: # # - {Request header Accept-Encoding}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Accept-Encoding] # and {Compression and Decompression}[rdoc-ref:Net::HTTP@Compression+and+Decompression]. # - {Request header Accept}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#accept-request-header]. # - {Request header User-Agent}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#user-agent-request-header]. # - {Request header Host}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#host-request-header]. # # You can add headers or override default headers: # # # res = Net::HTTP::Get.new(uri, {'foo' => '0', 'bar' => '1'}) # # This class (and therefore its subclasses) also includes (indirectly) # module Net::HTTPHeader, which gives access to its # {methods for setting headers}[rdoc-ref:Net::HTTPHeader@Setters]. # # == Request Subclasses # # Subclasses for HTTP requests: # # - Net::HTTP::Get # - Net::HTTP::Head # - Net::HTTP::Post # - Net::HTTP::Put # - Net::HTTP::Delete # - Net::HTTP::Options # - Net::HTTP::Trace # - Net::HTTP::Patch # # Subclasses for WebDAV requests: # # - Net::HTTP::Propfind # - Net::HTTP::Proppatch # - Net::HTTP::Mkcol # - Net::HTTP::Copy # - Net::HTTP::Move # - Net::HTTP::Lock # - Net::HTTP::Unlock # class Net::HTTPRequest < Net::HTTPGenericRequest # Creates an HTTP request object for +path+. # # +initheader+ are the default headers to use. Net::HTTP adds # Accept-Encoding to enable compression of the response body unless # Accept-Encoding or Range are supplied in +initheader+. def initialize(path, initheader = nil) super self.class::METHOD, self.class::REQUEST_HAS_BODY, self.class::RESPONSE_HAS_BODY, path, initheader end end PK *J [y�!�- �- share/ruby/net/protocol.rbnu �[��� # frozen_string_literal: true # # = net/protocol.rb # #-- # Copyright (c) 1999-2004 Yukihiro Matsumoto # Copyright (c) 1999-2004 Minero Aoki # # written and maintained by Minero Aoki <aamine@loveruby.net> # # This program is free software. You can re-distribute and/or # modify this program under the same terms as Ruby itself, # Ruby Distribute License or GNU General Public License. # # $Id$ #++ # # WARNING: This file is going to remove. # Do not rely on the implementation written in this file. # require 'socket' require 'timeout' require 'io/wait' module Net # :nodoc: class Protocol #:nodoc: internal use only VERSION = "0.2.2" private def Protocol.protocol_param(name, val) module_eval(<<-End, __FILE__, __LINE__ + 1) def #{name} #{val} end End end def ssl_socket_connect(s, timeout) if timeout while true raise Net::OpenTimeout if timeout <= 0 start = Process.clock_gettime Process::CLOCK_MONOTONIC # to_io is required because SSLSocket doesn't have wait_readable yet case s.connect_nonblock(exception: false) when :wait_readable; s.to_io.wait_readable(timeout) when :wait_writable; s.to_io.wait_writable(timeout) else; break end timeout -= Process.clock_gettime(Process::CLOCK_MONOTONIC) - start end else s.connect end end end class ProtocolError < StandardError; end class ProtoSyntaxError < ProtocolError; end class ProtoFatalError < ProtocolError; end class ProtoUnknownError < ProtocolError; end class ProtoServerError < ProtocolError; end class ProtoAuthError < ProtocolError; end class ProtoCommandError < ProtocolError; end class ProtoRetriableError < ProtocolError; end ProtocRetryError = ProtoRetriableError ## # OpenTimeout, a subclass of Timeout::Error, is raised if a connection cannot # be created within the open_timeout. class OpenTimeout < Timeout::Error; end ## # ReadTimeout, a subclass of Timeout::Error, is raised if a chunk of the # response cannot be read within the read_timeout. class ReadTimeout < Timeout::Error def initialize(io = nil) @io = io end attr_reader :io def message msg = super if @io msg = "#{msg} with #{@io.inspect}" end msg end end ## # WriteTimeout, a subclass of Timeout::Error, is raised if a chunk of the # response cannot be written within the write_timeout. Not raised on Windows. class WriteTimeout < Timeout::Error def initialize(io = nil) @io = io end attr_reader :io def message msg = super if @io msg = "#{msg} with #{@io.inspect}" end msg end end class BufferedIO #:nodoc: internal use only def initialize(io, read_timeout: 60, write_timeout: 60, continue_timeout: nil, debug_output: nil) @io = io @read_timeout = read_timeout @write_timeout = write_timeout @continue_timeout = continue_timeout @debug_output = debug_output @rbuf = ''.b @rbuf_empty = true @rbuf_offset = 0 end attr_reader :io attr_accessor :read_timeout attr_accessor :write_timeout attr_accessor :continue_timeout attr_accessor :debug_output def inspect "#<#{self.class} io=#{@io}>" end def eof? @io.eof? end def closed? @io.closed? end def close @io.close end # # Read # public def read(len, dest = ''.b, ignore_eof = false) LOG "reading #{len} bytes..." read_bytes = 0 begin while read_bytes + rbuf_size < len if s = rbuf_consume_all read_bytes += s.bytesize dest << s end rbuf_fill end s = rbuf_consume(len - read_bytes) read_bytes += s.bytesize dest << s rescue EOFError raise unless ignore_eof end LOG "read #{read_bytes} bytes" dest end def read_all(dest = ''.b) LOG 'reading all...' read_bytes = 0 begin while true if s = rbuf_consume_all read_bytes += s.bytesize dest << s end rbuf_fill end rescue EOFError ; end LOG "read #{read_bytes} bytes" dest end def readuntil(terminator, ignore_eof = false) offset = @rbuf_offset begin until idx = @rbuf.index(terminator, offset) offset = @rbuf.bytesize rbuf_fill end return rbuf_consume(idx + terminator.bytesize - @rbuf_offset) rescue EOFError raise unless ignore_eof return rbuf_consume end end def readline readuntil("\n").chop end private BUFSIZE = 1024 * 16 def rbuf_fill tmp = @rbuf_empty ? @rbuf : nil case rv = @io.read_nonblock(BUFSIZE, tmp, exception: false) when String @rbuf_empty = false if rv.equal?(tmp) @rbuf_offset = 0 else @rbuf << rv rv.clear end return when :wait_readable (io = @io.to_io).wait_readable(@read_timeout) or raise Net::ReadTimeout.new(io) # continue looping when :wait_writable # OpenSSL::Buffering#read_nonblock may fail with IO::WaitWritable. # http://www.openssl.org/support/faq.html#PROG10 (io = @io.to_io).wait_writable(@read_timeout) or raise Net::ReadTimeout.new(io) # continue looping when nil raise EOFError, 'end of file reached' end while true end def rbuf_flush if @rbuf_empty @rbuf.clear @rbuf_offset = 0 end nil end def rbuf_size @rbuf.bytesize - @rbuf_offset end def rbuf_consume_all rbuf_consume if rbuf_size > 0 end def rbuf_consume(len = nil) if @rbuf_offset == 0 && (len.nil? || len == @rbuf.bytesize) s = @rbuf @rbuf = ''.b @rbuf_offset = 0 @rbuf_empty = true elsif len.nil? s = @rbuf.byteslice(@rbuf_offset..-1) @rbuf = ''.b @rbuf_offset = 0 @rbuf_empty = true else s = @rbuf.byteslice(@rbuf_offset, len) @rbuf_offset += len @rbuf_empty = @rbuf_offset == @rbuf.bytesize rbuf_flush end @debug_output << %Q[-> #{s.dump}\n] if @debug_output s end # # Write # public def write(*strs) writing { write0(*strs) } end alias << write def writeline(str) writing { write0 str + "\r\n" } end private def writing @written_bytes = 0 @debug_output << '<- ' if @debug_output yield @debug_output << "\n" if @debug_output bytes = @written_bytes @written_bytes = nil bytes end def write0(*strs) @debug_output << strs.map(&:dump).join if @debug_output orig_written_bytes = @written_bytes strs.each_with_index do |str, i| need_retry = true case len = @io.write_nonblock(str, exception: false) when Integer @written_bytes += len len -= str.bytesize if len == 0 if strs.size == i+1 return @written_bytes - orig_written_bytes else need_retry = false # next string end elsif len < 0 str = str.byteslice(len, -len) else # len > 0 need_retry = false # next string end # continue looping when :wait_writable (io = @io.to_io).wait_writable(@write_timeout) or raise Net::WriteTimeout.new(io) # continue looping end while need_retry end end # # Logging # private def LOG_off @save_debug_out = @debug_output @debug_output = nil end def LOG_on @debug_output = @save_debug_out end def LOG(msg) return unless @debug_output @debug_output << msg + "\n" end end class InternetMessageIO < BufferedIO #:nodoc: internal use only def initialize(*, **) super @wbuf = nil end # # Read # def each_message_chunk LOG 'reading message...' LOG_off() read_bytes = 0 while (line = readuntil("\r\n")) != ".\r\n" read_bytes += line.size yield line.delete_prefix('.') end LOG_on() LOG "read message (#{read_bytes} bytes)" end # *library private* (cannot handle 'break') def each_list_item while (str = readuntil("\r\n")) != ".\r\n" yield str.chop end end def write_message_0(src) prev = @written_bytes each_crlf_line(src) do |line| write0 dot_stuff(line) end @written_bytes - prev end # # Write # def write_message(src) LOG "writing message from #{src.class}" LOG_off() len = writing { using_each_crlf_line { write_message_0 src } } LOG_on() LOG "wrote #{len} bytes" len end def write_message_by_block(&block) LOG 'writing message from block' LOG_off() len = writing { using_each_crlf_line { begin block.call(WriteAdapter.new(self.method(:write_message_0))) rescue LocalJumpError # allow `break' from writer block end } } LOG_on() LOG "wrote #{len} bytes" len end private def dot_stuff(s) s.sub(/\A\./, '..') end def using_each_crlf_line @wbuf = ''.b yield if not @wbuf.empty? # unterminated last line write0 dot_stuff(@wbuf.chomp) + "\r\n" elsif @written_bytes == 0 # empty src write0 "\r\n" end write0 ".\r\n" @wbuf = nil end def each_crlf_line(src) buffer_filling(@wbuf, src) do while line = @wbuf.slice!(/\A[^\r\n]*(?:\n|\r(?:\n|(?!\z)))/) yield line.chomp("\n") + "\r\n" end end end def buffer_filling(buf, src) case src when String # for speeding up. 0.step(src.size - 1, 1024) do |i| buf << src[i, 1024] yield end when File # for speeding up. while s = src.read(1024) buf << s yield end else # generic reader src.each do |str| buf << str yield if buf.size > 1024 end yield unless buf.empty? end end end # # The writer adapter class # class WriteAdapter def initialize(writer) @writer = writer end def inspect "#<#{self.class} writer=#{@writer.inspect}>" end def write(str) @writer.call(str) end alias print write def <<(str) write str self end def puts(str = '') write str.chomp("\n") + "\n" end def printf(*args) write sprintf(*args) end end class ReadAdapter #:nodoc: internal use only def initialize(block) @block = block end def inspect "#<#{self.class}>" end def <<(str) call_block(str, &@block) if @block end private # This method is needed because @block must be called by yield, # not Proc#call. You can see difference when using `break' in # the block. def call_block(str) yield str end end module NetPrivate #:nodoc: obsolete Socket = ::Net::InternetMessageIO end end # module Net PK *J [=u�= share/ruby/net/https.rbnu �[��� # frozen_string_literal: true =begin = net/https -- SSL/TLS enhancement for Net::HTTP. This file has been merged with net/http. There is no longer any need to require 'net/https' to use HTTPS. See Net::HTTP for details on how to make HTTPS connections. == Info 'OpenSSL for Ruby 2' project Copyright (C) 2001 GOTOU Yuuzou <gotoyuzo@notwork.org> All rights reserved. == Licence This program is licensed under the same licence as Ruby. (See the file 'LICENCE'.) =end require_relative 'http' require 'openssl' PK *J [���c9V 9V share/ruby/net/http.rbnu �[��� # frozen_string_literal: true # # = net/http.rb # # Copyright (c) 1999-2007 Yukihiro Matsumoto # Copyright (c) 1999-2007 Minero Aoki # Copyright (c) 2001 GOTOU Yuuzou # # Written and maintained by Minero Aoki <aamine@loveruby.net>. # HTTPS support added by GOTOU Yuuzou <gotoyuzo@notwork.org>. # # This file is derived from "http-access.rb". # # Documented by Minero Aoki; converted to RDoc by William Webber. # # This program is free software. You can re-distribute and/or # modify this program under the same terms of ruby itself --- # Ruby Distribution License or GNU General Public License. # # See Net::HTTP for an overview and examples. # require 'net/protocol' require 'uri' require 'resolv' autoload :OpenSSL, 'openssl' module Net #:nodoc: # :stopdoc: class HTTPBadResponse < StandardError; end class HTTPHeaderSyntaxError < StandardError; end # :startdoc: # \Class \Net::HTTP provides a rich library that implements the client # in a client-server model that uses the \HTTP request-response protocol. # For information about \HTTP, see: # # - {Hypertext Transfer Protocol}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol]. # - {Technical overview}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Technical_overview]. # # == About the Examples # # :include: doc/net-http/examples.rdoc # # == Strategies # # - If you will make only a few GET requests, # consider using {OpenURI}[rdoc-ref:OpenURI]. # - If you will make only a few requests of all kinds, # consider using the various singleton convenience methods in this class. # Each of the following methods automatically starts and finishes # a {session}[rdoc-ref:Net::HTTP@Sessions] that sends a single request: # # # Return string response body. # Net::HTTP.get(hostname, path) # Net::HTTP.get(uri) # # # Write string response body to $stdout. # Net::HTTP.get_print(hostname, path) # Net::HTTP.get_print(uri) # # # Return response as Net::HTTPResponse object. # Net::HTTP.get_response(hostname, path) # Net::HTTP.get_response(uri) # data = '{"title": "foo", "body": "bar", "userId": 1}' # Net::HTTP.post(uri, data) # params = {title: 'foo', body: 'bar', userId: 1} # Net::HTTP.post_form(uri, params) # data = '{"title": "foo", "body": "bar", "userId": 1}' # Net::HTTP.put(uri, data) # # - If performance is important, consider using sessions, which lower request overhead. # This {session}[rdoc-ref:Net::HTTP@Sessions] has multiple requests for # {HTTP methods}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Request_methods] # and {WebDAV methods}[https://en.wikipedia.org/wiki/WebDAV#Implementation]: # # Net::HTTP.start(hostname) do |http| # # Session started automatically before block execution. # http.get(path) # http.head(path) # body = 'Some text' # http.post(path, body) # Can also have a block. # http.put(path, body) # http.delete(path) # http.options(path) # http.trace(path) # http.patch(path, body) # Can also have a block. # http.copy(path) # http.lock(path, body) # http.mkcol(path, body) # http.move(path) # http.propfind(path, body) # http.proppatch(path, body) # http.unlock(path, body) # # Session finished automatically at block exit. # end # # The methods cited above are convenience methods that, via their few arguments, # allow minimal control over the requests. # For greater control, consider using {request objects}[rdoc-ref:Net::HTTPRequest]. # # == URIs # # On the internet, a URI # ({Universal Resource Identifier}[https://en.wikipedia.org/wiki/Uniform_Resource_Identifier]) # is a string that identifies a particular resource. # It consists of some or all of: scheme, hostname, path, query, and fragment; # see {URI syntax}[https://en.wikipedia.org/wiki/Uniform_Resource_Identifier#Syntax]. # # A Ruby {URI::Generic}[rdoc-ref:URI::Generic] object # represents an internet URI. # It provides, among others, methods # +scheme+, +hostname+, +path+, +query+, and +fragment+. # # === Schemes # # An internet \URI has # a {scheme}[https://en.wikipedia.org/wiki/List_of_URI_schemes]. # # The two schemes supported in \Net::HTTP are <tt>'https'</tt> and <tt>'http'</tt>: # # uri.scheme # => "https" # URI('http://example.com').scheme # => "http" # # === Hostnames # # A hostname identifies a server (host) to which requests may be sent: # # hostname = uri.hostname # => "jsonplaceholder.typicode.com" # Net::HTTP.start(hostname) do |http| # # Some HTTP stuff. # end # # === Paths # # A host-specific path identifies a resource on the host: # # _uri = uri.dup # _uri.path = '/todos/1' # hostname = _uri.hostname # path = _uri.path # Net::HTTP.get(hostname, path) # # === Queries # # A host-specific query adds name/value pairs to the URI: # # _uri = uri.dup # params = {userId: 1, completed: false} # _uri.query = URI.encode_www_form(params) # _uri # => #<URI::HTTPS https://jsonplaceholder.typicode.com?userId=1&completed=false> # Net::HTTP.get(_uri) # # === Fragments # # A {URI fragment}[https://en.wikipedia.org/wiki/URI_fragment] has no effect # in \Net::HTTP; # the same data is returned, regardless of whether a fragment is included. # # == Request Headers # # Request headers may be used to pass additional information to the host, # similar to arguments passed in a method call; # each header is a name/value pair. # # Each of the \Net::HTTP methods that sends a request to the host # has optional argument +headers+, # where the headers are expressed as a hash of field-name/value pairs: # # headers = {Accept: 'application/json', Connection: 'Keep-Alive'} # Net::HTTP.get(uri, headers) # # See lists of both standard request fields and common request fields at # {Request Fields}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#Request_fields]. # A host may also accept other custom fields. # # == \HTTP Sessions # # A _session_ is a connection between a server (host) and a client that: # # - Is begun by instance method Net::HTTP#start. # - May contain any number of requests. # - Is ended by instance method Net::HTTP#finish. # # See example sessions at {Strategies}[rdoc-ref:Net::HTTP@Strategies]. # # === Session Using \Net::HTTP.start # # If you have many requests to make to a single host (and port), # consider using singleton method Net::HTTP.start with a block; # the method handles the session automatically by: # # - Calling #start before block execution. # - Executing the block. # - Calling #finish after block execution. # # In the block, you can use these instance methods, # each of which that sends a single request: # # - {HTTP methods}[https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol#Request_methods]: # # - #get, #request_get: GET. # - #head, #request_head: HEAD. # - #post, #request_post: POST. # - #delete: DELETE. # - #options: OPTIONS. # - #trace: TRACE. # - #patch: PATCH. # # - {WebDAV methods}[https://en.wikipedia.org/wiki/WebDAV#Implementation]: # # - #copy: COPY. # - #lock: LOCK. # - #mkcol: MKCOL. # - #move: MOVE. # - #propfind: PROPFIND. # - #proppatch: PROPPATCH. # - #unlock: UNLOCK. # # === Session Using \Net::HTTP.start and \Net::HTTP.finish # # You can manage a session manually using methods #start and #finish: # # http = Net::HTTP.new(hostname) # http.start # http.get('/todos/1') # http.get('/todos/2') # http.delete('/posts/1') # http.finish # Needed to free resources. # # === Single-Request Session # # Certain convenience methods automatically handle a session by: # # - Creating an \HTTP object # - Starting a session. # - Sending a single request. # - Finishing the session. # - Destroying the object. # # Such methods that send GET requests: # # - ::get: Returns the string response body. # - ::get_print: Writes the string response body to $stdout. # - ::get_response: Returns a Net::HTTPResponse object. # # Such methods that send POST requests: # # - ::post: Posts data to the host. # - ::post_form: Posts form data to the host. # # == \HTTP Requests and Responses # # Many of the methods above are convenience methods, # each of which sends a request and returns a string # without directly using \Net::HTTPRequest and \Net::HTTPResponse objects. # # You can, however, directly create a request object, send the request, # and retrieve the response object; see: # # - Net::HTTPRequest. # - Net::HTTPResponse. # # == Following Redirection # # Each returned response is an instance of a subclass of Net::HTTPResponse. # See the {response class hierarchy}[rdoc-ref:Net::HTTPResponse@Response+Subclasses]. # # In particular, class Net::HTTPRedirection is the parent # of all redirection classes. # This allows you to craft a case statement to handle redirections properly: # # def fetch(uri, limit = 10) # # You should choose a better exception. # raise ArgumentError, 'Too many HTTP redirects' if limit == 0 # # res = Net::HTTP.get_response(URI(uri)) # case res # when Net::HTTPSuccess # Any success class. # res # when Net::HTTPRedirection # Any redirection class. # location = res['Location'] # warn "Redirected to #{location}" # fetch(location, limit - 1) # else # Any other class. # res.value # end # end # # fetch(uri) # # == Basic Authentication # # Basic authentication is performed according to # {RFC2617}[http://www.ietf.org/rfc/rfc2617.txt]: # # req = Net::HTTP::Get.new(uri) # req.basic_auth('user', 'pass') # res = Net::HTTP.start(hostname) do |http| # http.request(req) # end # # == Streaming Response Bodies # # By default \Net::HTTP reads an entire response into memory. If you are # handling large files or wish to implement a progress bar you can instead # stream the body directly to an IO. # # Net::HTTP.start(hostname) do |http| # req = Net::HTTP::Get.new(uri) # http.request(req) do |res| # open('t.tmp', 'w') do |f| # res.read_body do |chunk| # f.write chunk # end # end # end # end # # == HTTPS # # HTTPS is enabled for an \HTTP connection by Net::HTTP#use_ssl=: # # Net::HTTP.start(hostname, :use_ssl => true) do |http| # req = Net::HTTP::Get.new(uri) # res = http.request(req) # end # # Or if you simply want to make a GET request, you may pass in a URI # object that has an \HTTPS URL. \Net::HTTP automatically turns on TLS # verification if the URI object has a 'https' URI scheme: # # uri # => #<URI::HTTPS https://jsonplaceholder.typicode.com/> # Net::HTTP.get(uri) # # == Proxy Server # # An \HTTP object can have # a {proxy server}[https://en.wikipedia.org/wiki/Proxy_server]. # # You can create an \HTTP object with a proxy server # using method Net::HTTP.new or method Net::HTTP.start. # # The proxy may be defined either by argument +p_addr+ # or by environment variable <tt>'http_proxy'</tt>. # # === Proxy Using Argument +p_addr+ as a \String # # When argument +p_addr+ is a string hostname, # the returned +http+ has the given host as its proxy: # # http = Net::HTTP.new(hostname, nil, 'proxy.example') # http.proxy? # => true # http.proxy_from_env? # => false # http.proxy_address # => "proxy.example" # # These use default values. # http.proxy_port # => 80 # http.proxy_user # => nil # http.proxy_pass # => nil # # The port, username, and password for the proxy may also be given: # # http = Net::HTTP.new(hostname, nil, 'proxy.example', 8000, 'pname', 'ppass') # # => #<Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.proxy? # => true # http.proxy_from_env? # => false # http.proxy_address # => "proxy.example" # http.proxy_port # => 8000 # http.proxy_user # => "pname" # http.proxy_pass # => "ppass" # # === Proxy Using '<tt>ENV['http_proxy']</tt>' # # When environment variable <tt>'http_proxy'</tt> # is set to a \URI string, # the returned +http+ will have the server at that URI as its proxy; # note that the \URI string must have a protocol # such as <tt>'http'</tt> or <tt>'https'</tt>: # # ENV['http_proxy'] = 'http://example.com' # http = Net::HTTP.new(hostname) # http.proxy? # => true # http.proxy_from_env? # => true # http.proxy_address # => "example.com" # # These use default values. # http.proxy_port # => 80 # http.proxy_user # => nil # http.proxy_pass # => nil # # The \URI string may include proxy username, password, and port number: # # ENV['http_proxy'] = 'http://pname:ppass@example.com:8000' # http = Net::HTTP.new(hostname) # http.proxy? # => true # http.proxy_from_env? # => true # http.proxy_address # => "example.com" # http.proxy_port # => 8000 # http.proxy_user # => "pname" # http.proxy_pass # => "ppass" # # === Filtering Proxies # # With method Net::HTTP.new (but not Net::HTTP.start), # you can use argument +p_no_proxy+ to filter proxies: # # - Reject a certain address: # # http = Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'proxy.example') # http.proxy_address # => nil # # - Reject certain domains or subdomains: # # http = Net::HTTP.new('example.com', nil, 'my.proxy.example', 8000, 'pname', 'ppass', 'proxy.example') # http.proxy_address # => nil # # - Reject certain addresses and port combinations: # # http = Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'proxy.example:1234') # http.proxy_address # => "proxy.example" # # http = Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'proxy.example:8000') # http.proxy_address # => nil # # - Reject a list of the types above delimited using a comma: # # http = Net::HTTP.new('example.com', nil, 'proxy.example', 8000, 'pname', 'ppass', 'my.proxy,proxy.example:8000') # http.proxy_address # => nil # # http = Net::HTTP.new('example.com', nil, 'my.proxy', 8000, 'pname', 'ppass', 'my.proxy,proxy.example:8000') # http.proxy_address # => nil # # == Compression and Decompression # # \Net::HTTP does not compress the body of a request before sending. # # By default, \Net::HTTP adds header <tt>'Accept-Encoding'</tt> # to a new {request object}[rdoc-ref:Net::HTTPRequest]: # # Net::HTTP::Get.new(uri)['Accept-Encoding'] # # => "gzip;q=1.0,deflate;q=0.6,identity;q=0.3" # # This requests the server to zip-encode the response body if there is one; # the server is not required to do so. # # \Net::HTTP does not automatically decompress a response body # if the response has header <tt>'Content-Range'</tt>. # # Otherwise decompression (or not) depends on the value of header # {Content-Encoding}[https://en.wikipedia.org/wiki/List_of_HTTP_header_fields#content-encoding-response-header]: # # - <tt>'deflate'</tt>, <tt>'gzip'</tt>, or <tt>'x-gzip'</tt>: # decompresses the body and deletes the header. # - <tt>'none'</tt> or <tt>'identity'</tt>: # does not decompress the body, but deletes the header. # - Any other value: # leaves the body and header unchanged. # # == What's Here # # First, what's elsewhere. Class Net::HTTP: # # - Inherits from {class Object}[rdoc-ref:Object@What-27s+Here]. # # This is a categorized summary of methods and attributes. # # === \Net::HTTP Objects # # - {::new}[rdoc-ref:Net::HTTP.new]: # Creates a new instance. # - {#inspect}[rdoc-ref:Net::HTTP#inspect]: # Returns a string representation of +self+. # # === Sessions # # - {::start}[rdoc-ref:Net::HTTP.start]: # Begins a new session in a new \Net::HTTP object. # - {#started?}[rdoc-ref:Net::HTTP#started?]: # Returns whether in a session. # - {#finish}[rdoc-ref:Net::HTTP#finish]: # Ends an active session. # - {#start}[rdoc-ref:Net::HTTP#start]: # Begins a new session in an existing \Net::HTTP object (+self+). # # === Connections # # - {:continue_timeout}[rdoc-ref:Net::HTTP#continue_timeout]: # Returns the continue timeout. # - {#continue_timeout=}[rdoc-ref:Net::HTTP#continue_timeout=]: # Sets the continue timeout seconds. # - {:keep_alive_timeout}[rdoc-ref:Net::HTTP#keep_alive_timeout]: # Returns the keep-alive timeout. # - {:keep_alive_timeout=}[rdoc-ref:Net::HTTP#keep_alive_timeout=]: # Sets the keep-alive timeout. # - {:max_retries}[rdoc-ref:Net::HTTP#max_retries]: # Returns the maximum retries. # - {#max_retries=}[rdoc-ref:Net::HTTP#max_retries=]: # Sets the maximum retries. # - {:open_timeout}[rdoc-ref:Net::HTTP#open_timeout]: # Returns the open timeout. # - {:open_timeout=}[rdoc-ref:Net::HTTP#open_timeout=]: # Sets the open timeout. # - {:read_timeout}[rdoc-ref:Net::HTTP#read_timeout]: # Returns the open timeout. # - {:read_timeout=}[rdoc-ref:Net::HTTP#read_timeout=]: # Sets the read timeout. # - {:ssl_timeout}[rdoc-ref:Net::HTTP#ssl_timeout]: # Returns the ssl timeout. # - {:ssl_timeout=}[rdoc-ref:Net::HTTP#ssl_timeout=]: # Sets the ssl timeout. # - {:write_timeout}[rdoc-ref:Net::HTTP#write_timeout]: # Returns the write timeout. # - {write_timeout=}[rdoc-ref:Net::HTTP#write_timeout=]: # Sets the write timeout. # # === Requests # # - {::get}[rdoc-ref:Net::HTTP.get]: # Sends a GET request and returns the string response body. # - {::get_print}[rdoc-ref:Net::HTTP.get_print]: # Sends a GET request and write the string response body to $stdout. # - {::get_response}[rdoc-ref:Net::HTTP.get_response]: # Sends a GET request and returns a response object. # - {::post_form}[rdoc-ref:Net::HTTP.post_form]: # Sends a POST request with form data and returns a response object. # - {::post}[rdoc-ref:Net::HTTP.post]: # Sends a POST request with data and returns a response object. # - {::put}[rdoc-ref:Net::HTTP.put]: # Sends a PUT request with data and returns a response object. # - {#copy}[rdoc-ref:Net::HTTP#copy]: # Sends a COPY request and returns a response object. # - {#delete}[rdoc-ref:Net::HTTP#delete]: # Sends a DELETE request and returns a response object. # - {#get}[rdoc-ref:Net::HTTP#get]: # Sends a GET request and returns a response object. # - {#head}[rdoc-ref:Net::HTTP#head]: # Sends a HEAD request and returns a response object. # - {#lock}[rdoc-ref:Net::HTTP#lock]: # Sends a LOCK request and returns a response object. # - {#mkcol}[rdoc-ref:Net::HTTP#mkcol]: # Sends a MKCOL request and returns a response object. # - {#move}[rdoc-ref:Net::HTTP#move]: # Sends a MOVE request and returns a response object. # - {#options}[rdoc-ref:Net::HTTP#options]: # Sends a OPTIONS request and returns a response object. # - {#patch}[rdoc-ref:Net::HTTP#patch]: # Sends a PATCH request and returns a response object. # - {#post}[rdoc-ref:Net::HTTP#post]: # Sends a POST request and returns a response object. # - {#propfind}[rdoc-ref:Net::HTTP#propfind]: # Sends a PROPFIND request and returns a response object. # - {#proppatch}[rdoc-ref:Net::HTTP#proppatch]: # Sends a PROPPATCH request and returns a response object. # - {#put}[rdoc-ref:Net::HTTP#put]: # Sends a PUT request and returns a response object. # - {#request}[rdoc-ref:Net::HTTP#request]: # Sends a request and returns a response object. # - {#request_get}[rdoc-ref:Net::HTTP#request_get]: # Sends a GET request and forms a response object; # if a block given, calls the block with the object, # otherwise returns the object. # - {#request_head}[rdoc-ref:Net::HTTP#request_head]: # Sends a HEAD request and forms a response object; # if a block given, calls the block with the object, # otherwise returns the object. # - {#request_post}[rdoc-ref:Net::HTTP#request_post]: # Sends a POST request and forms a response object; # if a block given, calls the block with the object, # otherwise returns the object. # - {#send_request}[rdoc-ref:Net::HTTP#send_request]: # Sends a request and returns a response object. # - {#trace}[rdoc-ref:Net::HTTP#trace]: # Sends a TRACE request and returns a response object. # - {#unlock}[rdoc-ref:Net::HTTP#unlock]: # Sends an UNLOCK request and returns a response object. # # === Responses # # - {:close_on_empty_response}[rdoc-ref:Net::HTTP#close_on_empty_response]: # Returns whether to close connection on empty response. # - {:close_on_empty_response=}[rdoc-ref:Net::HTTP#close_on_empty_response=]: # Sets whether to close connection on empty response. # - {:ignore_eof}[rdoc-ref:Net::HTTP#ignore_eof]: # Returns whether to ignore end-of-file when reading a response body # with <tt>Content-Length</tt> headers. # - {:ignore_eof=}[rdoc-ref:Net::HTTP#ignore_eof=]: # Sets whether to ignore end-of-file when reading a response body # with <tt>Content-Length</tt> headers. # - {:response_body_encoding}[rdoc-ref:Net::HTTP#response_body_encoding]: # Returns the encoding to use for the response body. # - {#response_body_encoding=}[rdoc-ref:Net::HTTP#response_body_encoding=]: # Sets the response body encoding. # # === Proxies # # - {:proxy_address}[rdoc-ref:Net::HTTP#proxy_address]: # Returns the proxy address. # - {:proxy_address=}[rdoc-ref:Net::HTTP#proxy_address=]: # Sets the proxy address. # - {::proxy_class?}[rdoc-ref:Net::HTTP.proxy_class?]: # Returns whether +self+ is a proxy class. # - {#proxy?}[rdoc-ref:Net::HTTP#proxy?]: # Returns whether +self+ has a proxy. # - {#proxy_address}[rdoc-ref:Net::HTTP#proxy_address]: # Returns the proxy address. # - {#proxy_from_env?}[rdoc-ref:Net::HTTP#proxy_from_env?]: # Returns whether the proxy is taken from an environment variable. # - {:proxy_from_env=}[rdoc-ref:Net::HTTP#proxy_from_env=]: # Sets whether the proxy is to be taken from an environment variable. # - {:proxy_pass}[rdoc-ref:Net::HTTP#proxy_pass]: # Returns the proxy password. # - {:proxy_pass=}[rdoc-ref:Net::HTTP#proxy_pass=]: # Sets the proxy password. # - {:proxy_port}[rdoc-ref:Net::HTTP#proxy_port]: # Returns the proxy port. # - {:proxy_port=}[rdoc-ref:Net::HTTP#proxy_port=]: # Sets the proxy port. # - {#proxy_user}[rdoc-ref:Net::HTTP#proxy_user]: # Returns the proxy user name. # - {:proxy_user=}[rdoc-ref:Net::HTTP#proxy_user=]: # Sets the proxy user. # # === Security # # - {:ca_file}[rdoc-ref:Net::HTTP#ca_file]: # Returns the path to a CA certification file. # - {:ca_file=}[rdoc-ref:Net::HTTP#ca_file=]: # Sets the path to a CA certification file. # - {:ca_path}[rdoc-ref:Net::HTTP#ca_path]: # Returns the path of to CA directory containing certification files. # - {:ca_path=}[rdoc-ref:Net::HTTP#ca_path=]: # Sets the path of to CA directory containing certification files. # - {:cert}[rdoc-ref:Net::HTTP#cert]: # Returns the OpenSSL::X509::Certificate object to be used for client certification. # - {:cert=}[rdoc-ref:Net::HTTP#cert=]: # Sets the OpenSSL::X509::Certificate object to be used for client certification. # - {:cert_store}[rdoc-ref:Net::HTTP#cert_store]: # Returns the X509::Store to be used for verifying peer certificate. # - {:cert_store=}[rdoc-ref:Net::HTTP#cert_store=]: # Sets the X509::Store to be used for verifying peer certificate. # - {:ciphers}[rdoc-ref:Net::HTTP#ciphers]: # Returns the available SSL ciphers. # - {:ciphers=}[rdoc-ref:Net::HTTP#ciphers=]: # Sets the available SSL ciphers. # - {:extra_chain_cert}[rdoc-ref:Net::HTTP#extra_chain_cert]: # Returns the extra X509 certificates to be added to the certificate chain. # - {:extra_chain_cert=}[rdoc-ref:Net::HTTP#extra_chain_cert=]: # Sets the extra X509 certificates to be added to the certificate chain. # - {:key}[rdoc-ref:Net::HTTP#key]: # Returns the OpenSSL::PKey::RSA or OpenSSL::PKey::DSA object. # - {:key=}[rdoc-ref:Net::HTTP#key=]: # Sets the OpenSSL::PKey::RSA or OpenSSL::PKey::DSA object. # - {:max_version}[rdoc-ref:Net::HTTP#max_version]: # Returns the maximum SSL version. # - {:max_version=}[rdoc-ref:Net::HTTP#max_version=]: # Sets the maximum SSL version. # - {:min_version}[rdoc-ref:Net::HTTP#min_version]: # Returns the minimum SSL version. # - {:min_version=}[rdoc-ref:Net::HTTP#min_version=]: # Sets the minimum SSL version. # - {#peer_cert}[rdoc-ref:Net::HTTP#peer_cert]: # Returns the X509 certificate chain for the session's socket peer. # - {:ssl_version}[rdoc-ref:Net::HTTP#ssl_version]: # Returns the SSL version. # - {:ssl_version=}[rdoc-ref:Net::HTTP#ssl_version=]: # Sets the SSL version. # - {#use_ssl=}[rdoc-ref:Net::HTTP#use_ssl=]: # Sets whether a new session is to use Transport Layer Security. # - {#use_ssl?}[rdoc-ref:Net::HTTP#use_ssl?]: # Returns whether +self+ uses SSL. # - {:verify_callback}[rdoc-ref:Net::HTTP#verify_callback]: # Returns the callback for the server certification verification. # - {:verify_callback=}[rdoc-ref:Net::HTTP#verify_callback=]: # Sets the callback for the server certification verification. # - {:verify_depth}[rdoc-ref:Net::HTTP#verify_depth]: # Returns the maximum depth for the certificate chain verification. # - {:verify_depth=}[rdoc-ref:Net::HTTP#verify_depth=]: # Sets the maximum depth for the certificate chain verification. # - {:verify_hostname}[rdoc-ref:Net::HTTP#verify_hostname]: # Returns the flags for server the certification verification at the beginning of the SSL/TLS session. # - {:verify_hostname=}[rdoc-ref:Net::HTTP#verify_hostname=]: # Sets he flags for server the certification verification at the beginning of the SSL/TLS session. # - {:verify_mode}[rdoc-ref:Net::HTTP#verify_mode]: # Returns the flags for server the certification verification at the beginning of the SSL/TLS session. # - {:verify_mode=}[rdoc-ref:Net::HTTP#verify_mode=]: # Sets the flags for server the certification verification at the beginning of the SSL/TLS session. # # === Addresses and Ports # # - {:address}[rdoc-ref:Net::HTTP#address]: # Returns the string host name or host IP. # - {::default_port}[rdoc-ref:Net::HTTP.default_port]: # Returns integer 80, the default port to use for HTTP requests. # - {::http_default_port}[rdoc-ref:Net::HTTP.http_default_port]: # Returns integer 80, the default port to use for HTTP requests. # - {::https_default_port}[rdoc-ref:Net::HTTP.https_default_port]: # Returns integer 443, the default port to use for HTTPS requests. # - {#ipaddr}[rdoc-ref:Net::HTTP#ipaddr]: # Returns the IP address for the connection. # - {#ipaddr=}[rdoc-ref:Net::HTTP#ipaddr=]: # Sets the IP address for the connection. # - {:local_host}[rdoc-ref:Net::HTTP#local_host]: # Returns the string local host used to establish the connection. # - {:local_host=}[rdoc-ref:Net::HTTP#local_host=]: # Sets the string local host used to establish the connection. # - {:local_port}[rdoc-ref:Net::HTTP#local_port]: # Returns the integer local port used to establish the connection. # - {:local_port=}[rdoc-ref:Net::HTTP#local_port=]: # Sets the integer local port used to establish the connection. # - {:port}[rdoc-ref:Net::HTTP#port]: # Returns the integer port number. # # === \HTTP Version # # - {::version_1_2?}[rdoc-ref:Net::HTTP.version_1_2?] # (aliased as {::version_1_2}[rdoc-ref:Net::HTTP.version_1_2]): # Returns true; retained for compatibility. # # === Debugging # # - {#set_debug_output}[rdoc-ref:Net::HTTP#set_debug_output]: # Sets the output stream for debugging. # class HTTP < Protocol # :stopdoc: VERSION = "0.6.0" HTTPVersion = '1.1' begin require 'zlib' HAVE_ZLIB=true rescue LoadError HAVE_ZLIB=false end # :startdoc: # Returns +true+; retained for compatibility. def HTTP.version_1_2 true end # Returns +true+; retained for compatibility. def HTTP.version_1_2? true end # Returns +false+; retained for compatibility. def HTTP.version_1_1? #:nodoc: false end class << HTTP alias is_version_1_1? version_1_1? #:nodoc: alias is_version_1_2? version_1_2? #:nodoc: end # :call-seq: # Net::HTTP.get_print(hostname, path, port = 80) -> nil # Net::HTTP:get_print(uri, headers = {}, port = uri.port) -> nil # # Like Net::HTTP.get, but writes the returned body to $stdout; # returns +nil+. def HTTP.get_print(uri_or_host, path_or_headers = nil, port = nil) get_response(uri_or_host, path_or_headers, port) {|res| res.read_body do |chunk| $stdout.print chunk end } nil end # :call-seq: # Net::HTTP.get(hostname, path, port = 80) -> body # Net::HTTP:get(uri, headers = {}, port = uri.port) -> body # # Sends a GET request and returns the \HTTP response body as a string. # # With string arguments +hostname+ and +path+: # # hostname = 'jsonplaceholder.typicode.com' # path = '/todos/1' # puts Net::HTTP.get(hostname, path) # # Output: # # { # "userId": 1, # "id": 1, # "title": "delectus aut autem", # "completed": false # } # # With URI object +uri+ and optional hash argument +headers+: # # uri = URI('https://jsonplaceholder.typicode.com/todos/1') # headers = {'Content-type' => 'application/json; charset=UTF-8'} # Net::HTTP.get(uri, headers) # # Related: # # - Net::HTTP::Get: request class for \HTTP method +GET+. # - Net::HTTP#get: convenience method for \HTTP method +GET+. # def HTTP.get(uri_or_host, path_or_headers = nil, port = nil) get_response(uri_or_host, path_or_headers, port).body end # :call-seq: # Net::HTTP.get_response(hostname, path, port = 80) -> http_response # Net::HTTP:get_response(uri, headers = {}, port = uri.port) -> http_response # # Like Net::HTTP.get, but returns a Net::HTTPResponse object # instead of the body string. def HTTP.get_response(uri_or_host, path_or_headers = nil, port = nil, &block) if path_or_headers && !path_or_headers.is_a?(Hash) host = uri_or_host path = path_or_headers new(host, port || HTTP.default_port).start {|http| return http.request_get(path, &block) } else uri = uri_or_host headers = path_or_headers start(uri.hostname, uri.port, :use_ssl => uri.scheme == 'https') {|http| return http.request_get(uri, headers, &block) } end end # Posts data to a host; returns a Net::HTTPResponse object. # # Argument +url+ must be a URL; # argument +data+ must be a string: # # _uri = uri.dup # _uri.path = '/posts' # data = '{"title": "foo", "body": "bar", "userId": 1}' # headers = {'content-type': 'application/json'} # res = Net::HTTP.post(_uri, data, headers) # => #<Net::HTTPCreated 201 Created readbody=true> # puts res.body # # Output: # # { # "title": "foo", # "body": "bar", # "userId": 1, # "id": 101 # } # # Related: # # - Net::HTTP::Post: request class for \HTTP method +POST+. # - Net::HTTP#post: convenience method for \HTTP method +POST+. # def HTTP.post(url, data, header = nil) start(url.hostname, url.port, :use_ssl => url.scheme == 'https' ) {|http| http.post(url, data, header) } end # Posts data to a host; returns a Net::HTTPResponse object. # # Argument +url+ must be a URI; # argument +data+ must be a hash: # # _uri = uri.dup # _uri.path = '/posts' # data = {title: 'foo', body: 'bar', userId: 1} # res = Net::HTTP.post_form(_uri, data) # => #<Net::HTTPCreated 201 Created readbody=true> # puts res.body # # Output: # # { # "title": "foo", # "body": "bar", # "userId": "1", # "id": 101 # } # def HTTP.post_form(url, params) req = Post.new(url) req.form_data = params req.basic_auth url.user, url.password if url.user start(url.hostname, url.port, :use_ssl => url.scheme == 'https' ) {|http| http.request(req) } end # Sends a PUT request to the server; returns a Net::HTTPResponse object. # # Argument +url+ must be a URL; # argument +data+ must be a string: # # _uri = uri.dup # _uri.path = '/posts' # data = '{"title": "foo", "body": "bar", "userId": 1}' # headers = {'content-type': 'application/json'} # res = Net::HTTP.put(_uri, data, headers) # => #<Net::HTTPCreated 201 Created readbody=true> # puts res.body # # Output: # # { # "title": "foo", # "body": "bar", # "userId": 1, # "id": 101 # } # # Related: # # - Net::HTTP::Put: request class for \HTTP method +PUT+. # - Net::HTTP#put: convenience method for \HTTP method +PUT+. # def HTTP.put(url, data, header = nil) start(url.hostname, url.port, :use_ssl => url.scheme == 'https' ) {|http| http.put(url, data, header) } end # # \HTTP session management # # Returns integer +80+, the default port to use for \HTTP requests: # # Net::HTTP.default_port # => 80 # def HTTP.default_port http_default_port() end # Returns integer +80+, the default port to use for \HTTP requests: # # Net::HTTP.http_default_port # => 80 # def HTTP.http_default_port 80 end # Returns integer +443+, the default port to use for HTTPS requests: # # Net::HTTP.https_default_port # => 443 # def HTTP.https_default_port 443 end def HTTP.socket_type #:nodoc: obsolete BufferedIO end # :call-seq: # HTTP.start(address, port = nil, p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, opts) -> http # HTTP.start(address, port = nil, p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, opts) {|http| ... } -> object # # Creates a new \Net::HTTP object, +http+, via \Net::HTTP.new: # # - For arguments +address+ and +port+, see Net::HTTP.new. # - For proxy-defining arguments +p_addr+ through +p_pass+, # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. # - For argument +opts+, see below. # # With no block given: # # - Calls <tt>http.start</tt> with no block (see #start), # which opens a TCP connection and \HTTP session. # - Returns +http+. # - The caller should call #finish to close the session: # # http = Net::HTTP.start(hostname) # http.started? # => true # http.finish # http.started? # => false # # With a block given: # # - Calls <tt>http.start</tt> with the block (see #start), which: # # - Opens a TCP connection and \HTTP session. # - Calls the block, # which may make any number of requests to the host. # - Closes the \HTTP session and TCP connection on block exit. # - Returns the block's value +object+. # # - Returns +object+. # # Example: # # hostname = 'jsonplaceholder.typicode.com' # Net::HTTP.start(hostname) do |http| # puts http.get('/todos/1').body # puts http.get('/todos/2').body # end # # Output: # # { # "userId": 1, # "id": 1, # "title": "delectus aut autem", # "completed": false # } # { # "userId": 1, # "id": 2, # "title": "quis ut nam facilis et officia qui", # "completed": false # } # # If the last argument given is a hash, it is the +opts+ hash, # where each key is a method or accessor to be called, # and its value is the value to be set. # # The keys may include: # # - #ca_file # - #ca_path # - #cert # - #cert_store # - #ciphers # - #close_on_empty_response # - +ipaddr+ (calls #ipaddr=) # - #keep_alive_timeout # - #key # - #open_timeout # - #read_timeout # - #ssl_timeout # - #ssl_version # - +use_ssl+ (calls #use_ssl=) # - #verify_callback # - #verify_depth # - #verify_mode # - #write_timeout # # Note: If +port+ is +nil+ and <tt>opts[:use_ssl]</tt> is a truthy value, # the value passed to +new+ is Net::HTTP.https_default_port, not +port+. # def HTTP.start(address, *arg, &block) # :yield: +http+ arg.pop if opt = Hash.try_convert(arg[-1]) port, p_addr, p_port, p_user, p_pass = *arg p_addr = :ENV if arg.size < 2 port = https_default_port if !port && opt && opt[:use_ssl] http = new(address, port, p_addr, p_port, p_user, p_pass) http.ipaddr = opt[:ipaddr] if opt && opt[:ipaddr] if opt if opt[:use_ssl] opt = {verify_mode: OpenSSL::SSL::VERIFY_PEER}.update(opt) end http.methods.grep(/\A(\w+)=\z/) do |meth| key = $1.to_sym opt.key?(key) or next http.__send__(meth, opt[key]) end end http.start(&block) end class << HTTP alias newobj new # :nodoc: end # Returns a new \Net::HTTP object +http+ # (but does not open a TCP connection or \HTTP session). # # With only string argument +address+ given # (and <tt>ENV['http_proxy']</tt> undefined or +nil+), # the returned +http+: # # - Has the given address. # - Has the default port number, Net::HTTP.default_port (80). # - Has no proxy. # # Example: # # http = Net::HTTP.new(hostname) # # => #<Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.address # => "jsonplaceholder.typicode.com" # http.port # => 80 # http.proxy? # => false # # With integer argument +port+ also given, # the returned +http+ has the given port: # # http = Net::HTTP.new(hostname, 8000) # # => #<Net::HTTP jsonplaceholder.typicode.com:8000 open=false> # http.port # => 8000 # # For proxy-defining arguments +p_addr+ through +p_no_proxy+, # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. # def HTTP.new(address, port = nil, p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, p_no_proxy = nil, p_use_ssl = nil) http = super address, port if proxy_class? then # from Net::HTTP::Proxy() http.proxy_from_env = @proxy_from_env http.proxy_address = @proxy_address http.proxy_port = @proxy_port http.proxy_user = @proxy_user http.proxy_pass = @proxy_pass http.proxy_use_ssl = @proxy_use_ssl elsif p_addr == :ENV then http.proxy_from_env = true else if p_addr && p_no_proxy && !URI::Generic.use_proxy?(address, address, port, p_no_proxy) p_addr = nil p_port = nil end http.proxy_address = p_addr http.proxy_port = p_port || default_port http.proxy_user = p_user http.proxy_pass = p_pass http.proxy_use_ssl = p_use_ssl end http end class << HTTP # Allows to set the default configuration that will be used # when creating a new connection. # # Example: # # Net::HTTP.default_configuration = { # read_timeout: 1, # write_timeout: 1 # } # http = Net::HTTP.new(hostname) # http.open_timeout # => 60 # http.read_timeout # => 1 # http.write_timeout # => 1 # attr_accessor :default_configuration end # Creates a new \Net::HTTP object for the specified server address, # without opening the TCP connection or initializing the \HTTP session. # The +address+ should be a DNS hostname or IP address. def initialize(address, port = nil) # :nodoc: defaults = { keep_alive_timeout: 2, close_on_empty_response: false, open_timeout: 60, read_timeout: 60, write_timeout: 60, continue_timeout: nil, max_retries: 1, debug_output: nil, response_body_encoding: false, ignore_eof: true } options = defaults.merge(self.class.default_configuration || {}) @address = address @port = (port || HTTP.default_port) @ipaddr = nil @local_host = nil @local_port = nil @curr_http_version = HTTPVersion @keep_alive_timeout = options[:keep_alive_timeout] @last_communicated = nil @close_on_empty_response = options[:close_on_empty_response] @socket = nil @started = false @open_timeout = options[:open_timeout] @read_timeout = options[:read_timeout] @write_timeout = options[:write_timeout] @continue_timeout = options[:continue_timeout] @max_retries = options[:max_retries] @debug_output = options[:debug_output] @response_body_encoding = options[:response_body_encoding] @ignore_eof = options[:ignore_eof] @proxy_from_env = false @proxy_uri = nil @proxy_address = nil @proxy_port = nil @proxy_user = nil @proxy_pass = nil @proxy_use_ssl = nil @use_ssl = false @ssl_context = nil @ssl_session = nil @sspi_enabled = false SSL_IVNAMES.each do |ivname| instance_variable_set ivname, nil end end # Returns a string representation of +self+: # # Net::HTTP.new(hostname).inspect # # => "#<Net::HTTP jsonplaceholder.typicode.com:80 open=false>" # def inspect "#<#{self.class} #{@address}:#{@port} open=#{started?}>" end # *WARNING* This method opens a serious security hole. # Never use this method in production code. # # Sets the output stream for debugging: # # http = Net::HTTP.new(hostname) # File.open('t.tmp', 'w') do |file| # http.set_debug_output(file) # http.start # http.get('/nosuch/1') # http.finish # end # puts File.read('t.tmp') # # Output: # # opening connection to jsonplaceholder.typicode.com:80... # opened # <- "GET /nosuch/1 HTTP/1.1\r\nAccept-Encoding: gzip;q=1.0,deflate;q=0.6,identity;q=0.3\r\nAccept: */*\r\nUser-Agent: Ruby\r\nHost: jsonplaceholder.typicode.com\r\n\r\n" # -> "HTTP/1.1 404 Not Found\r\n" # -> "Date: Mon, 12 Dec 2022 21:14:11 GMT\r\n" # -> "Content-Type: application/json; charset=utf-8\r\n" # -> "Content-Length: 2\r\n" # -> "Connection: keep-alive\r\n" # -> "X-Powered-By: Express\r\n" # -> "X-Ratelimit-Limit: 1000\r\n" # -> "X-Ratelimit-Remaining: 999\r\n" # -> "X-Ratelimit-Reset: 1670879660\r\n" # -> "Vary: Origin, Accept-Encoding\r\n" # -> "Access-Control-Allow-Credentials: true\r\n" # -> "Cache-Control: max-age=43200\r\n" # -> "Pragma: no-cache\r\n" # -> "Expires: -1\r\n" # -> "X-Content-Type-Options: nosniff\r\n" # -> "Etag: W/\"2-vyGp6PvFo4RvsFtPoIWeCReyIC8\"\r\n" # -> "Via: 1.1 vegur\r\n" # -> "CF-Cache-Status: MISS\r\n" # -> "Server-Timing: cf-q-config;dur=1.3000000762986e-05\r\n" # -> "Report-To: {\"endpoints\":[{\"url\":\"https:\\/\\/a.nel.cloudflare.com\\/report\\/v3?s=yOr40jo%2BwS1KHzhTlVpl54beJ5Wx2FcG4gGV0XVrh3X9OlR5q4drUn2dkt5DGO4GDcE%2BVXT7CNgJvGs%2BZleIyMu8CLieFiDIvOviOY3EhHg94m0ZNZgrEdpKD0S85S507l1vsEwEHkoTm%2Ff19SiO\"}],\"group\":\"cf-nel\",\"max_age\":604800}\r\n" # -> "NEL: {\"success_fraction\":0,\"report_to\":\"cf-nel\",\"max_age\":604800}\r\n" # -> "Server: cloudflare\r\n" # -> "CF-RAY: 778977dc484ce591-DFW\r\n" # -> "alt-svc: h3=\":443\"; ma=86400, h3-29=\":443\"; ma=86400\r\n" # -> "\r\n" # reading 2 bytes... # -> "{}" # read 2 bytes # Conn keep-alive # def set_debug_output(output) warn 'Net::HTTP#set_debug_output called after HTTP started', uplevel: 1 if started? @debug_output = output end # Returns the string host name or host IP given as argument +address+ in ::new. attr_reader :address # Returns the integer port number given as argument +port+ in ::new. attr_reader :port # Sets or returns the string local host used to establish the connection; # initially +nil+. attr_accessor :local_host # Sets or returns the integer local port used to establish the connection; # initially +nil+. attr_accessor :local_port # Returns the encoding to use for the response body; # see #response_body_encoding=. attr_reader :response_body_encoding # Sets the encoding to be used for the response body; # returns the encoding. # # The given +value+ may be: # # - An Encoding object. # - The name of an encoding. # - An alias for an encoding name. # # See {Encoding}[rdoc-ref:Encoding]. # # Examples: # # http = Net::HTTP.new(hostname) # http.response_body_encoding = Encoding::US_ASCII # => #<Encoding:US-ASCII> # http.response_body_encoding = 'US-ASCII' # => "US-ASCII" # http.response_body_encoding = 'ASCII' # => "ASCII" # def response_body_encoding=(value) value = Encoding.find(value) if value.is_a?(String) @response_body_encoding = value end # Sets whether to determine the proxy from environment variable # '<tt>ENV['http_proxy']</tt>'; # see {Proxy Using ENV['http_proxy']}[rdoc-ref:Net::HTTP@Proxy+Using+-27ENV-5B-27http_proxy-27-5D-27]. attr_writer :proxy_from_env # Sets the proxy address; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. attr_writer :proxy_address # Sets the proxy port; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. attr_writer :proxy_port # Sets the proxy user; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. attr_writer :proxy_user # Sets the proxy password; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. attr_writer :proxy_pass attr_writer :proxy_use_ssl # Returns the IP address for the connection. # # If the session has not been started, # returns the value set by #ipaddr=, # or +nil+ if it has not been set: # # http = Net::HTTP.new(hostname) # http.ipaddr # => nil # http.ipaddr = '172.67.155.76' # http.ipaddr # => "172.67.155.76" # # If the session has been started, # returns the IP address from the socket: # # http = Net::HTTP.new(hostname) # http.start # http.ipaddr # => "172.67.155.76" # http.finish # def ipaddr started? ? @socket.io.peeraddr[3] : @ipaddr end # Sets the IP address for the connection: # # http = Net::HTTP.new(hostname) # http.ipaddr # => nil # http.ipaddr = '172.67.155.76' # http.ipaddr # => "172.67.155.76" # # The IP address may not be set if the session has been started. def ipaddr=(addr) raise IOError, "ipaddr value changed, but session already started" if started? @ipaddr = addr end # Sets or returns the numeric (\Integer or \Float) number of seconds # to wait for a connection to open; # initially 60. # If the connection is not made in the given interval, # an exception is raised. attr_accessor :open_timeout # Returns the numeric (\Integer or \Float) number of seconds # to wait for one block to be read (via one read(2) call); # see #read_timeout=. attr_reader :read_timeout # Returns the numeric (\Integer or \Float) number of seconds # to wait for one block to be written (via one write(2) call); # see #write_timeout=. attr_reader :write_timeout # Sets the maximum number of times to retry an idempotent request in case of # \Net::ReadTimeout, IOError, EOFError, Errno::ECONNRESET, # Errno::ECONNABORTED, Errno::EPIPE, OpenSSL::SSL::SSLError, # Timeout::Error. # The initial value is 1. # # Argument +retries+ must be a non-negative numeric value: # # http = Net::HTTP.new(hostname) # http.max_retries = 2 # => 2 # http.max_retries # => 2 # def max_retries=(retries) retries = retries.to_int if retries < 0 raise ArgumentError, 'max_retries should be non-negative integer number' end @max_retries = retries end # Returns the maximum number of times to retry an idempotent request; # see #max_retries=. attr_reader :max_retries # Sets the read timeout, in seconds, for +self+ to integer +sec+; # the initial value is 60. # # Argument +sec+ must be a non-negative numeric value: # # http = Net::HTTP.new(hostname) # http.read_timeout # => 60 # http.get('/todos/1') # => #<Net::HTTPOK 200 OK readbody=true> # http.read_timeout = 0 # http.get('/todos/1') # Raises Net::ReadTimeout. # def read_timeout=(sec) @socket.read_timeout = sec if @socket @read_timeout = sec end # Sets the write timeout, in seconds, for +self+ to integer +sec+; # the initial value is 60. # # Argument +sec+ must be a non-negative numeric value: # # _uri = uri.dup # _uri.path = '/posts' # body = 'bar' * 200000 # data = <<EOF # {"title": "foo", "body": "#{body}", "userId": "1"} # EOF # headers = {'content-type': 'application/json'} # http = Net::HTTP.new(hostname) # http.write_timeout # => 60 # http.post(_uri.path, data, headers) # # => #<Net::HTTPCreated 201 Created readbody=true> # http.write_timeout = 0 # http.post(_uri.path, data, headers) # Raises Net::WriteTimeout. # def write_timeout=(sec) @socket.write_timeout = sec if @socket @write_timeout = sec end # Returns the continue timeout value; # see continue_timeout=. attr_reader :continue_timeout # Sets the continue timeout value, # which is the number of seconds to wait for an expected 100 Continue response. # If the \HTTP object does not receive a response in this many seconds # it sends the request body. def continue_timeout=(sec) @socket.continue_timeout = sec if @socket @continue_timeout = sec end # Sets or returns the numeric (\Integer or \Float) number of seconds # to keep the connection open after a request is sent; # initially 2. # If a new request is made during the given interval, # the still-open connection is used; # otherwise the connection will have been closed # and a new connection is opened. attr_accessor :keep_alive_timeout # Sets or returns whether to ignore end-of-file when reading a response body # with <tt>Content-Length</tt> headers; # initially +true+. attr_accessor :ignore_eof # Returns +true+ if the \HTTP session has been started: # # http = Net::HTTP.new(hostname) # http.started? # => false # http.start # http.started? # => true # http.finish # => nil # http.started? # => false # # Net::HTTP.start(hostname) do |http| # http.started? # end # => true # http.started? # => false # def started? @started end alias active? started? #:nodoc: obsolete # Sets or returns whether to close the connection when the response is empty; # initially +false+. attr_accessor :close_on_empty_response # Returns +true+ if +self+ uses SSL, +false+ otherwise. # See Net::HTTP#use_ssl=. def use_ssl? @use_ssl end # Sets whether a new session is to use # {Transport Layer Security}[https://en.wikipedia.org/wiki/Transport_Layer_Security]: # # Raises IOError if attempting to change during a session. # # Raises OpenSSL::SSL::SSLError if the port is not an HTTPS port. def use_ssl=(flag) flag = flag ? true : false if started? and @use_ssl != flag raise IOError, "use_ssl value changed, but session already started" end @use_ssl = flag end SSL_ATTRIBUTES = [ :ca_file, :ca_path, :cert, :cert_store, :ciphers, :extra_chain_cert, :key, :ssl_timeout, :ssl_version, :min_version, :max_version, :verify_callback, :verify_depth, :verify_mode, :verify_hostname, ] # :nodoc: SSL_IVNAMES = SSL_ATTRIBUTES.map { |a| "@#{a}".to_sym } # :nodoc: # Sets or returns the path to a CA certification file in PEM format. attr_accessor :ca_file # Sets or returns the path of to CA directory # containing certification files in PEM format. attr_accessor :ca_path # Sets or returns the OpenSSL::X509::Certificate object # to be used for client certification. attr_accessor :cert # Sets or returns the X509::Store to be used for verifying peer certificate. attr_accessor :cert_store # Sets or returns the available SSL ciphers. # See {OpenSSL::SSL::SSLContext#ciphers=}[OpenSSL::SSL::SSL::Context#ciphers=]. attr_accessor :ciphers # Sets or returns the extra X509 certificates to be added to the certificate chain. # See {OpenSSL::SSL::SSLContext#add_certificate}[OpenSSL::SSL::SSL::Context#add_certificate]. attr_accessor :extra_chain_cert # Sets or returns the OpenSSL::PKey::RSA or OpenSSL::PKey::DSA object. attr_accessor :key # Sets or returns the SSL timeout seconds. attr_accessor :ssl_timeout # Sets or returns the SSL version. # See {OpenSSL::SSL::SSLContext#ssl_version=}[OpenSSL::SSL::SSL::Context#ssl_version=]. attr_accessor :ssl_version # Sets or returns the minimum SSL version. # See {OpenSSL::SSL::SSLContext#min_version=}[OpenSSL::SSL::SSL::Context#min_version=]. attr_accessor :min_version # Sets or returns the maximum SSL version. # See {OpenSSL::SSL::SSLContext#max_version=}[OpenSSL::SSL::SSL::Context#max_version=]. attr_accessor :max_version # Sets or returns the callback for the server certification verification. attr_accessor :verify_callback # Sets or returns the maximum depth for the certificate chain verification. attr_accessor :verify_depth # Sets or returns the flags for server the certification verification # at the beginning of the SSL/TLS session. # OpenSSL::SSL::VERIFY_NONE or OpenSSL::SSL::VERIFY_PEER are acceptable. attr_accessor :verify_mode # Sets or returns whether to verify that the server certificate is valid # for the hostname. # See {OpenSSL::SSL::SSLContext#verify_hostname=}[OpenSSL::SSL::SSL::Context#verify_hostname=]. attr_accessor :verify_hostname # Returns the X509 certificate chain (an array of strings) # for the session's socket peer, # or +nil+ if none. def peer_cert if not use_ssl? or not @socket return nil end @socket.io.peer_cert end # Starts an \HTTP session. # # Without a block, returns +self+: # # http = Net::HTTP.new(hostname) # # => #<Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.start # # => #<Net::HTTP jsonplaceholder.typicode.com:80 open=true> # http.started? # => true # http.finish # # With a block, calls the block with +self+, # finishes the session when the block exits, # and returns the block's value: # # http.start do |http| # http # end # # => #<Net::HTTP jsonplaceholder.typicode.com:80 open=false> # http.started? # => false # def start # :yield: http raise IOError, 'HTTP session already opened' if @started if block_given? begin do_start return yield(self) ensure do_finish end end do_start self end def do_start connect @started = true end private :do_start def connect if use_ssl? # reference early to load OpenSSL before connecting, # as OpenSSL may take time to load. @ssl_context = OpenSSL::SSL::SSLContext.new end if proxy? then conn_addr = proxy_address conn_port = proxy_port else conn_addr = conn_address conn_port = port end debug "opening connection to #{conn_addr}:#{conn_port}..." s = Timeout.timeout(@open_timeout, Net::OpenTimeout) { begin TCPSocket.open(conn_addr, conn_port, @local_host, @local_port) rescue => e raise e, "Failed to open TCP connection to " + "#{conn_addr}:#{conn_port} (#{e.message})" end } s.setsockopt(Socket::IPPROTO_TCP, Socket::TCP_NODELAY, 1) debug "opened" if use_ssl? if proxy? if @proxy_use_ssl proxy_sock = OpenSSL::SSL::SSLSocket.new(s) ssl_socket_connect(proxy_sock, @open_timeout) else proxy_sock = s end proxy_sock = BufferedIO.new(proxy_sock, read_timeout: @read_timeout, write_timeout: @write_timeout, continue_timeout: @continue_timeout, debug_output: @debug_output) buf = +"CONNECT #{conn_address}:#{@port} HTTP/#{HTTPVersion}\r\n" \ "Host: #{@address}:#{@port}\r\n" if proxy_user credential = ["#{proxy_user}:#{proxy_pass}"].pack('m0') buf << "Proxy-Authorization: Basic #{credential}\r\n" end buf << "\r\n" proxy_sock.write(buf) HTTPResponse.read_new(proxy_sock).value # assuming nothing left in buffers after successful CONNECT response end ssl_parameters = Hash.new iv_list = instance_variables SSL_IVNAMES.each_with_index do |ivname, i| if iv_list.include?(ivname) value = instance_variable_get(ivname) unless value.nil? ssl_parameters[SSL_ATTRIBUTES[i]] = value end end end @ssl_context.set_params(ssl_parameters) unless @ssl_context.session_cache_mode.nil? # a dummy method on JRuby @ssl_context.session_cache_mode = OpenSSL::SSL::SSLContext::SESSION_CACHE_CLIENT | OpenSSL::SSL::SSLContext::SESSION_CACHE_NO_INTERNAL_STORE end if @ssl_context.respond_to?(:session_new_cb) # not implemented under JRuby @ssl_context.session_new_cb = proc {|sock, sess| @ssl_session = sess } end # Still do the post_connection_check below even if connecting # to IP address verify_hostname = @ssl_context.verify_hostname # Server Name Indication (SNI) RFC 3546/6066 case @address when Resolv::IPv4::Regex, Resolv::IPv6::Regex # don't set SNI, as IP addresses in SNI is not valid # per RFC 6066, section 3. # Avoid openssl warning @ssl_context.verify_hostname = false else ssl_host_address = @address end debug "starting SSL for #{conn_addr}:#{conn_port}..." s = OpenSSL::SSL::SSLSocket.new(s, @ssl_context) s.sync_close = true s.hostname = ssl_host_address if s.respond_to?(:hostname=) && ssl_host_address if @ssl_session and Process.clock_gettime(Process::CLOCK_REALTIME) < @ssl_session.time.to_f + @ssl_session.timeout s.session = @ssl_session end ssl_socket_connect(s, @open_timeout) if (@ssl_context.verify_mode != OpenSSL::SSL::VERIFY_NONE) && verify_hostname s.post_connection_check(@address) end debug "SSL established, protocol: #{s.ssl_version}, cipher: #{s.cipher[0]}" end @socket = BufferedIO.new(s, read_timeout: @read_timeout, write_timeout: @write_timeout, continue_timeout: @continue_timeout, debug_output: @debug_output) @last_communicated = nil on_connect rescue => exception if s debug "Conn close because of connect error #{exception}" s.close end raise end private :connect def on_connect end private :on_connect # Finishes the \HTTP session: # # http = Net::HTTP.new(hostname) # http.start # http.started? # => true # http.finish # => nil # http.started? # => false # # Raises IOError if not in a session. def finish raise IOError, 'HTTP session not yet started' unless started? do_finish end def do_finish @started = false @socket.close if @socket @socket = nil end private :do_finish # # proxy # public # no proxy @is_proxy_class = false @proxy_from_env = false @proxy_addr = nil @proxy_port = nil @proxy_user = nil @proxy_pass = nil @proxy_use_ssl = nil # Creates an \HTTP proxy class which behaves like \Net::HTTP, but # performs all access via the specified proxy. # # This class is obsolete. You may pass these same parameters directly to # \Net::HTTP.new. See Net::HTTP.new for details of the arguments. def HTTP.Proxy(p_addr = :ENV, p_port = nil, p_user = nil, p_pass = nil, p_use_ssl = nil) #:nodoc: return self unless p_addr Class.new(self) { @is_proxy_class = true if p_addr == :ENV then @proxy_from_env = true @proxy_address = nil @proxy_port = nil else @proxy_from_env = false @proxy_address = p_addr @proxy_port = p_port || default_port end @proxy_user = p_user @proxy_pass = p_pass @proxy_use_ssl = p_use_ssl } end class << HTTP # Returns true if self is a class which was created by HTTP::Proxy. def proxy_class? defined?(@is_proxy_class) ? @is_proxy_class : false end # Returns the address of the proxy host, or +nil+ if none; # see Net::HTTP@Proxy+Server. attr_reader :proxy_address # Returns the port number of the proxy host, or +nil+ if none; # see Net::HTTP@Proxy+Server. attr_reader :proxy_port # Returns the user name for accessing the proxy, or +nil+ if none; # see Net::HTTP@Proxy+Server. attr_reader :proxy_user # Returns the password for accessing the proxy, or +nil+ if none; # see Net::HTTP@Proxy+Server. attr_reader :proxy_pass # Use SSL when talking to the proxy. If Net::HTTP does not use a proxy, nil. attr_reader :proxy_use_ssl end # Returns +true+ if a proxy server is defined, +false+ otherwise; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. def proxy? !!(@proxy_from_env ? proxy_uri : @proxy_address) end # Returns +true+ if the proxy server is defined in the environment, # +false+ otherwise; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. def proxy_from_env? @proxy_from_env end # The proxy URI determined from the environment for this connection. def proxy_uri # :nodoc: return if @proxy_uri == false @proxy_uri ||= URI::HTTP.new( "http", nil, address, port, nil, nil, nil, nil, nil ).find_proxy || false @proxy_uri || nil end # Returns the address of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. def proxy_address if @proxy_from_env then proxy_uri&.hostname else @proxy_address end end # Returns the port number of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. def proxy_port if @proxy_from_env then proxy_uri&.port else @proxy_port end end # Returns the user name of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. def proxy_user if @proxy_from_env user = proxy_uri&.user unescape(user) if user else @proxy_user end end # Returns the password of the proxy server, if defined, +nil+ otherwise; # see {Proxy Server}[rdoc-ref:Net::HTTP@Proxy+Server]. def proxy_pass if @proxy_from_env pass = proxy_uri&.password unescape(pass) if pass else @proxy_pass end end alias proxyaddr proxy_address #:nodoc: obsolete alias proxyport proxy_port #:nodoc: obsolete private def unescape(value) require 'cgi/util' CGI.unescape(value) end # without proxy, obsolete def conn_address # :nodoc: @ipaddr || address() end def conn_port # :nodoc: port() end def edit_path(path) if proxy? if path.start_with?("ftp://") || use_ssl? path else "http://#{addr_port}#{path}" end else path end end # # HTTP operations # public # :call-seq: # get(path, initheader = nil) {|res| ... } # # Sends a GET request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Get object # created from string +path+ and initial headers hash +initheader+. # # With a block given, calls the block with the response body: # # http = Net::HTTP.new(hostname) # http.get('/todos/1') do |res| # p res # end # => #<Net::HTTPOK 200 OK readbody=true> # # Output: # # "{\n \"userId\": 1,\n \"id\": 1,\n \"title\": \"delectus aut autem\",\n \"completed\": false\n}" # # With no block given, simply returns the response object: # # http.get('/') # => #<Net::HTTPOK 200 OK readbody=true> # # Related: # # - Net::HTTP::Get: request class for \HTTP method GET. # - Net::HTTP.get: sends GET request, returns response body. # def get(path, initheader = nil, dest = nil, &block) # :yield: +body_segment+ res = nil request(Get.new(path, initheader)) {|r| r.read_body dest, &block res = r } res end # Sends a HEAD request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Head object # created from string +path+ and initial headers hash +initheader+: # # res = http.head('/todos/1') # => #<Net::HTTPOK 200 OK readbody=true> # res.body # => nil # res.to_hash.take(3) # # => # [["date", ["Wed, 15 Feb 2023 15:25:42 GMT"]], # ["content-type", ["application/json; charset=utf-8"]], # ["connection", ["close"]]] # def head(path, initheader = nil) request(Head.new(path, initheader)) end # :call-seq: # post(path, data, initheader = nil) {|res| ... } # # Sends a POST request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Post object # created from string +path+, string +data+, and initial headers hash +initheader+. # # With a block given, calls the block with the response body: # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.post('/todos', data) do |res| # p res # end # => #<Net::HTTPCreated 201 Created readbody=true> # # Output: # # "{\n \"{\\\"userId\\\": 1, \\\"id\\\": 1, \\\"title\\\": \\\"delectus aut autem\\\", \\\"completed\\\": false}\": \"\",\n \"id\": 201\n}" # # With no block given, simply returns the response object: # # http.post('/todos', data) # => #<Net::HTTPCreated 201 Created readbody=true> # # Related: # # - Net::HTTP::Post: request class for \HTTP method POST. # - Net::HTTP.post: sends POST request, returns response body. # def post(path, data, initheader = nil, dest = nil, &block) # :yield: +body_segment+ send_entity(path, data, initheader, dest, Post, &block) end # :call-seq: # patch(path, data, initheader = nil) {|res| ... } # # Sends a PATCH request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Patch object # created from string +path+, string +data+, and initial headers hash +initheader+. # # With a block given, calls the block with the response body: # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.patch('/todos/1', data) do |res| # p res # end # => #<Net::HTTPOK 200 OK readbody=true> # # Output: # # "{\n \"userId\": 1,\n \"id\": 1,\n \"title\": \"delectus aut autem\",\n \"completed\": false,\n \"{\\\"userId\\\": 1, \\\"id\\\": 1, \\\"title\\\": \\\"delectus aut autem\\\", \\\"completed\\\": false}\": \"\"\n}" # # With no block given, simply returns the response object: # # http.patch('/todos/1', data) # => #<Net::HTTPCreated 201 Created readbody=true> # def patch(path, data, initheader = nil, dest = nil, &block) # :yield: +body_segment+ send_entity(path, data, initheader, dest, Patch, &block) end # Sends a PUT request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Put object # created from string +path+, string +data+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.put('/todos/1', data) # => #<Net::HTTPOK 200 OK readbody=true> # # Related: # # - Net::HTTP::Put: request class for \HTTP method PUT. # - Net::HTTP.put: sends PUT request, returns response body. # def put(path, data, initheader = nil) request(Put.new(path, initheader), data) end # Sends a PROPPATCH request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Proppatch object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.proppatch('/todos/1', data) # def proppatch(path, body, initheader = nil) request(Proppatch.new(path, initheader), body) end # Sends a LOCK request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Lock object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.lock('/todos/1', data) # def lock(path, body, initheader = nil) request(Lock.new(path, initheader), body) end # Sends an UNLOCK request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Unlock object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.unlock('/todos/1', data) # def unlock(path, body, initheader = nil) request(Unlock.new(path, initheader), body) end # Sends an Options request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Options object # created from string +path+ and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.options('/') # def options(path, initheader = nil) request(Options.new(path, initheader)) end # Sends a PROPFIND request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Propfind object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http = Net::HTTP.new(hostname) # http.propfind('/todos/1', data) # def propfind(path, body = nil, initheader = {'Depth' => '0'}) request(Propfind.new(path, initheader), body) end # Sends a DELETE request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Delete object # created from string +path+ and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.delete('/todos/1') # def delete(path, initheader = {'Depth' => 'Infinity'}) request(Delete.new(path, initheader)) end # Sends a MOVE request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Move object # created from string +path+ and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.move('/todos/1') # def move(path, initheader = nil) request(Move.new(path, initheader)) end # Sends a COPY request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Copy object # created from string +path+ and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.copy('/todos/1') # def copy(path, initheader = nil) request(Copy.new(path, initheader)) end # Sends a MKCOL request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Mkcol object # created from string +path+, string +body+, and initial headers hash +initheader+. # # data = '{"userId": 1, "id": 1, "title": "delectus aut autem", "completed": false}' # http.mkcol('/todos/1', data) # http = Net::HTTP.new(hostname) # def mkcol(path, body = nil, initheader = nil) request(Mkcol.new(path, initheader), body) end # Sends a TRACE request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Trace object # created from string +path+ and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.trace('/todos/1') # def trace(path, initheader = nil) request(Trace.new(path, initheader)) end # Sends a GET request to the server; # forms the response into a Net::HTTPResponse object. # # The request is based on the Net::HTTP::Get object # created from string +path+ and initial headers hash +initheader+. # # With no block given, returns the response object: # # http = Net::HTTP.new(hostname) # http.request_get('/todos') # => #<Net::HTTPOK 200 OK readbody=true> # # With a block given, calls the block with the response object # and returns the response object: # # http.request_get('/todos') do |res| # p res # end # => #<Net::HTTPOK 200 OK readbody=true> # # Output: # # #<Net::HTTPOK 200 OK readbody=false> # def request_get(path, initheader = nil, &block) # :yield: +response+ request(Get.new(path, initheader), &block) end # Sends a HEAD request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Head object # created from string +path+ and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.head('/todos/1') # => #<Net::HTTPOK 200 OK readbody=true> # def request_head(path, initheader = nil, &block) request(Head.new(path, initheader), &block) end # Sends a POST request to the server; # forms the response into a Net::HTTPResponse object. # # The request is based on the Net::HTTP::Post object # created from string +path+, string +data+, and initial headers hash +initheader+. # # With no block given, returns the response object: # # http = Net::HTTP.new(hostname) # http.post('/todos', 'xyzzy') # # => #<Net::HTTPCreated 201 Created readbody=true> # # With a block given, calls the block with the response body # and returns the response object: # # http.post('/todos', 'xyzzy') do |res| # p res # end # => #<Net::HTTPCreated 201 Created readbody=true> # # Output: # # "{\n \"xyzzy\": \"\",\n \"id\": 201\n}" # def request_post(path, data, initheader = nil, &block) # :yield: +response+ request Post.new(path, initheader), data, &block end # Sends a PUT request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTP::Put object # created from string +path+, string +data+, and initial headers hash +initheader+. # # http = Net::HTTP.new(hostname) # http.put('/todos/1', 'xyzzy') # # => #<Net::HTTPOK 200 OK readbody=true> # def request_put(path, data, initheader = nil, &block) #:nodoc: request Put.new(path, initheader), data, &block end alias get2 request_get #:nodoc: obsolete alias head2 request_head #:nodoc: obsolete alias post2 request_post #:nodoc: obsolete alias put2 request_put #:nodoc: obsolete # Sends an \HTTP request to the server; # returns an instance of a subclass of Net::HTTPResponse. # # The request is based on the Net::HTTPRequest object # created from string +path+, string +data+, and initial headers hash +header+. # That object is an instance of the # {subclass of Net::HTTPRequest}[rdoc-ref:Net::HTTPRequest@Request+Subclasses], # that corresponds to the given uppercase string +name+, # which must be # an {HTTP request method}[https://en.wikipedia.org/wiki/HTTP#Request_methods] # or a {WebDAV request method}[https://en.wikipedia.org/wiki/WebDAV#Implementation]. # # Examples: # # http = Net::HTTP.new(hostname) # http.send_request('GET', '/todos/1') # # => #<Net::HTTPOK 200 OK readbody=true> # http.send_request('POST', '/todos', 'xyzzy') # # => #<Net::HTTPCreated 201 Created readbody=true> # def send_request(name, path, data = nil, header = nil) has_response_body = name != 'HEAD' r = HTTPGenericRequest.new(name,(data ? true : false),has_response_body,path,header) request r, data end # Sends the given request +req+ to the server; # forms the response into a Net::HTTPResponse object. # # The given +req+ must be an instance of a # {subclass of Net::HTTPRequest}[rdoc-ref:Net::HTTPRequest@Request+Subclasses]. # Argument +body+ should be given only if needed for the request. # # With no block given, returns the response object: # # http = Net::HTTP.new(hostname) # # req = Net::HTTP::Get.new('/todos/1') # http.request(req) # # => #<Net::HTTPOK 200 OK readbody=true> # # req = Net::HTTP::Post.new('/todos') # http.request(req, 'xyzzy') # # => #<Net::HTTPCreated 201 Created readbody=true> # # With a block given, calls the block with the response and returns the response: # # req = Net::HTTP::Get.new('/todos/1') # http.request(req) do |res| # p res # end # => #<Net::HTTPOK 200 OK readbody=true> # # Output: # # #<Net::HTTPOK 200 OK readbody=false> # def request(req, body = nil, &block) # :yield: +response+ unless started? start { req['connection'] ||= 'close' return request(req, body, &block) } end if proxy_user() req.proxy_basic_auth proxy_user(), proxy_pass() unless use_ssl? end req.set_body_internal body res = transport_request(req, &block) if sspi_auth?(res) sspi_auth(req) res = transport_request(req, &block) end res end private # Executes a request which uses a representation # and returns its body. def send_entity(path, data, initheader, dest, type, &block) res = nil request(type.new(path, initheader), data) {|r| r.read_body dest, &block res = r } res end IDEMPOTENT_METHODS_ = %w/GET HEAD PUT DELETE OPTIONS TRACE/ # :nodoc: def transport_request(req) count = 0 begin begin_transport req res = catch(:response) { begin req.exec @socket, @curr_http_version, edit_path(req.path) rescue Errno::EPIPE # Failure when writing full request, but we can probably # still read the received response. end begin res = HTTPResponse.read_new(@socket) res.decode_content = req.decode_content res.body_encoding = @response_body_encoding res.ignore_eof = @ignore_eof end while res.kind_of?(HTTPInformation) res.uri = req.uri res } res.reading_body(@socket, req.response_body_permitted?) { if block_given? count = max_retries # Don't restart in the middle of a download yield res end } rescue Net::OpenTimeout raise rescue Net::ReadTimeout, IOError, EOFError, Errno::ECONNRESET, Errno::ECONNABORTED, Errno::EPIPE, Errno::ETIMEDOUT, # avoid a dependency on OpenSSL defined?(OpenSSL::SSL) ? OpenSSL::SSL::SSLError : IOError, Timeout::Error => exception if count < max_retries && IDEMPOTENT_METHODS_.include?(req.method) count += 1 @socket.close if @socket debug "Conn close because of error #{exception}, and retry" retry end debug "Conn close because of error #{exception}" @socket.close if @socket raise end end_transport req, res res rescue => exception debug "Conn close because of error #{exception}" @socket.close if @socket raise exception end def begin_transport(req) if @socket.closed? connect elsif @last_communicated if @last_communicated + @keep_alive_timeout < Process.clock_gettime(Process::CLOCK_MONOTONIC) debug 'Conn close because of keep_alive_timeout' @socket.close connect elsif @socket.io.to_io.wait_readable(0) && @socket.eof? debug "Conn close because of EOF" @socket.close connect end end if not req.response_body_permitted? and @close_on_empty_response req['connection'] ||= 'close' end req.update_uri address, port, use_ssl? req['host'] ||= addr_port() end def end_transport(req, res) @curr_http_version = res.http_version @last_communicated = nil if @socket.closed? debug 'Conn socket closed' elsif not res.body and @close_on_empty_response debug 'Conn close' @socket.close elsif keep_alive?(req, res) debug 'Conn keep-alive' @last_communicated = Process.clock_gettime(Process::CLOCK_MONOTONIC) else debug 'Conn close' @socket.close end end def keep_alive?(req, res) return false if req.connection_close? if @curr_http_version <= '1.0' res.connection_keep_alive? else # HTTP/1.1 or later not res.connection_close? end end def sspi_auth?(res) return false unless @sspi_enabled if res.kind_of?(HTTPProxyAuthenticationRequired) and proxy? and res["Proxy-Authenticate"].include?("Negotiate") begin require 'win32/sspi' true rescue LoadError false end else false end end def sspi_auth(req) n = Win32::SSPI::NegotiateAuth.new req["Proxy-Authorization"] = "Negotiate #{n.get_initial_token}" # Some versions of ISA will close the connection if this isn't present. req["Connection"] = "Keep-Alive" req["Proxy-Connection"] = "Keep-Alive" res = transport_request(req) authphrase = res["Proxy-Authenticate"] or return res req["Proxy-Authorization"] = "Negotiate #{n.complete_authentication(authphrase)}" rescue => err raise HTTPAuthenticationError.new('HTTP authentication failed', err) end # # utils # private def addr_port addr = address addr = "[#{addr}]" if addr.include?(":") default_port = use_ssl? ? HTTP.https_default_port : HTTP.http_default_port default_port == port ? addr : "#{addr}:#{port}" end # Adds a message to debugging output def debug(msg) return unless @debug_output @debug_output << msg @debug_output << "\n" end alias_method :D, :debug end # for backward compatibility until Ruby 3.5 # https://bugs.ruby-lang.org/issues/20900 # https://github.com/bblimke/webmock/pull/1081 HTTPSession = HTTP deprecate_constant :HTTPSession end require_relative 'http/exceptions' require_relative 'http/header' require_relative 'http/generic_request' require_relative 'http/request' require_relative 'http/requests' require_relative 'http/response' require_relative 'http/responses' require_relative 'http/proxy_delta' PK *J [���� � share/ruby/ripper.rbnu �[��� # frozen_string_literal: true require 'ripper/core' require 'ripper/lexer' require 'ripper/filter' require 'ripper/sexp' # Ripper is a Ruby script parser. # # You can get information from the parser with event-based style. # Information such as abstract syntax trees or simple lexical analysis of the # Ruby program. # # == Usage # # Ripper provides an easy interface for parsing your program into a symbolic # expression tree (or S-expression). # # Understanding the output of the parser may come as a challenge, it's # recommended you use PP to format the output for legibility. # # require 'ripper' # require 'pp' # # pp Ripper.sexp('def hello(world) "Hello, #{world}!"; end') # #=> [:program, # [[:def, # [:@ident, "hello", [1, 4]], # [:paren, # [:params, [[:@ident, "world", [1, 10]]], nil, nil, nil, nil, nil, nil]], # [:bodystmt, # [[:string_literal, # [:string_content, # [:@tstring_content, "Hello, ", [1, 18]], # [:string_embexpr, [[:var_ref, [:@ident, "world", [1, 27]]]]], # [:@tstring_content, "!", [1, 33]]]]], # nil, # nil, # nil]]]] # # You can see in the example above, the expression starts with +:program+. # # From here, a method definition at +:def+, followed by the method's identifier # <code>:@ident</code>. After the method's identifier comes the parentheses # +:paren+ and the method parameters under +:params+. # # Next is the method body, starting at +:bodystmt+ (+stmt+ meaning statement), # which contains the full definition of the method. # # In our case, we're simply returning a String, so next we have the # +:string_literal+ expression. # # Within our +:string_literal+ you'll notice two <code>@tstring_content</code>, # this is the literal part for <code>Hello, </code> and <code>!</code>. Between # the two <code>@tstring_content</code> statements is a +:string_embexpr+, # where _embexpr_ is an embedded expression. Our expression consists of a local # variable, or +var_ref+, with the identifier (<code>@ident</code>) of +world+. # # == Resources # # * {Ruby Inside}[http://www.rubyinside.com/using-ripper-to-see-how-ruby-is-parsing-your-code-5270.html] # # == Requirements # # * ruby 1.9 (support CVS HEAD only) # * bison 1.28 or later (Other yaccs do not work) # # == License # # Ruby License. # # - Minero Aoki # - aamine@loveruby.net # - http://i.loveruby.net class Ripper; end PK *J [<� < < share/ruby/openssl.rbnu �[��� # frozen_string_literal: true =begin = Info 'OpenSSL for Ruby 2' project Copyright (C) 2002 Michal Rokos <m.rokos@sh.cvut.cz> All rights reserved. = Licence This program is licensed under the same licence as Ruby. (See the file 'COPYING'.) =end require 'openssl.so' require_relative 'openssl/bn' require_relative 'openssl/asn1' require_relative 'openssl/pkey' require_relative 'openssl/cipher' require_relative 'openssl/digest' require_relative 'openssl/hmac' require_relative 'openssl/x509' require_relative 'openssl/ssl' require_relative 'openssl/pkcs5' require_relative 'openssl/version' module OpenSSL # call-seq: # OpenSSL.secure_compare(string, string) -> boolean # # Constant time memory comparison. Inputs are hashed using SHA-256 to mask # the length of the secret. Returns +true+ if the strings are identical, # +false+ otherwise. def self.secure_compare(a, b) hashed_a = OpenSSL::Digest.digest('SHA256', a) hashed_b = OpenSSL::Digest.digest('SHA256', b) OpenSSL.fixed_length_secure_compare(hashed_a, hashed_b) && a == b end end PK *J [��J J share/ruby/syntax_suggest.rbnu �[��� # frozen_string_literal: true require_relative "syntax_suggest/core_ext" PK *J [�brp $ $ share/ruby/forwardable.rbnu �[��� # frozen_string_literal: false # # forwardable.rb - # $Release Version: 1.1$ # $Revision$ # by Keiju ISHITSUKA(keiju@ishitsuka.com) # original definition by delegator.rb # Revised by Daniel J. Berger with suggestions from Florian Gross. # # Documentation by James Edward Gray II and Gavin Sinclair # The Forwardable module provides delegation of specified # methods to a designated object, using the methods #def_delegator # and #def_delegators. # # For example, say you have a class RecordCollection which # contains an array <tt>@records</tt>. You could provide the lookup method # #record_number(), which simply calls #[] on the <tt>@records</tt> # array, like this: # # require 'forwardable' # # class RecordCollection # attr_accessor :records # extend Forwardable # def_delegator :@records, :[], :record_number # end # # We can use the lookup method like so: # # r = RecordCollection.new # r.records = [4,5,6] # r.record_number(0) # => 4 # # Further, if you wish to provide the methods #size, #<<, and #map, # all of which delegate to @records, this is how you can do it: # # class RecordCollection # re-open RecordCollection class # def_delegators :@records, :size, :<<, :map # end # # r = RecordCollection.new # r.records = [1,2,3] # r.record_number(0) # => 1 # r.size # => 3 # r << 4 # => [1, 2, 3, 4] # r.map { |x| x * 2 } # => [2, 4, 6, 8] # # You can even extend regular objects with Forwardable. # # my_hash = Hash.new # my_hash.extend Forwardable # prepare object for delegation # my_hash.def_delegator "STDOUT", "puts" # add delegation for STDOUT.puts() # my_hash.puts "Howdy!" # # == Another example # # You could use Forwardable as an alternative to inheritance, when you don't want # to inherit all methods from the superclass. For instance, here is how you might # add a range of +Array+ instance methods to a new class +Queue+: # # class Queue # extend Forwardable # # def initialize # @q = [ ] # prepare delegate object # end # # # setup preferred interface, enq() and deq()... # def_delegator :@q, :push, :enq # def_delegator :@q, :shift, :deq # # # support some general Array methods that fit Queues well # def_delegators :@q, :clear, :first, :push, :shift, :size # end # # q = Thread::Queue.new # q.enq 1, 2, 3, 4, 5 # q.push 6 # # q.shift # => 1 # while q.size > 0 # puts q.deq # end # # q.enq "Ruby", "Perl", "Python" # puts q.first # q.clear # puts q.first # # This should output: # # 2 # 3 # 4 # 5 # 6 # Ruby # nil # # == Notes # # Be advised, RDoc will not detect delegated methods. # # +forwardable.rb+ provides single-method delegation via the def_delegator and # def_delegators methods. For full-class delegation via DelegateClass, see # +delegate.rb+. # module Forwardable require 'forwardable/impl' # Version of +forwardable.rb+ VERSION = "1.3.3" VERSION.freeze FORWARDABLE_VERSION = VERSION FORWARDABLE_VERSION.freeze @debug = nil class << self # ignored attr_accessor :debug end # Takes a hash as its argument. The key is a symbol or an array of # symbols. These symbols correspond to method names, instance variable # names, or constant names (see def_delegator). The value is # the accessor to which the methods will be delegated. # # :call-seq: # delegate method => accessor # delegate [method, method, ...] => accessor # def instance_delegate(hash) hash.each do |methods, accessor| unless defined?(methods.each) def_instance_delegator(accessor, methods) else methods.each {|method| def_instance_delegator(accessor, method)} end end end # # Shortcut for defining multiple delegator methods, but with no # provision for using a different name. The following two code # samples have the same effect: # # def_delegators :@records, :size, :<<, :map # # def_delegator :@records, :size # def_delegator :@records, :<< # def_delegator :@records, :map # def def_instance_delegators(accessor, *methods) methods.each do |method| next if /\A__(?:send|id)__\z/ =~ method def_instance_delegator(accessor, method) end end # Define +method+ as delegator instance method with an optional # alias name +ali+. Method calls to +ali+ will be delegated to # +accessor.method+. +accessor+ should be a method name, instance # variable name, or constant name. Use the full path to the # constant if providing the constant name. # Returns the name of the method defined. # # class MyQueue # CONST = 1 # extend Forwardable # attr_reader :queue # def initialize # @queue = [] # end # # def_delegator :@queue, :push, :mypush # def_delegator 'MyQueue::CONST', :to_i # end # # q = MyQueue.new # q.mypush 42 # q.queue #=> [42] # q.push 23 #=> NoMethodError # q.to_i #=> 1 # def def_instance_delegator(accessor, method, ali = method) gen = Forwardable._delegator_method(self, accessor, method, ali) # If it's not a class or module, it's an instance mod = Module === self ? self : singleton_class ret = mod.module_eval(&gen) mod.__send__(:ruby2_keywords, ali) if RUBY_VERSION >= '2.7' ret end alias delegate instance_delegate alias def_delegators def_instance_delegators alias def_delegator def_instance_delegator # :nodoc: def self._delegator_method(obj, accessor, method, ali) accessor = accessor.to_s unless Symbol === accessor if Module === obj ? obj.method_defined?(accessor) || obj.private_method_defined?(accessor) : obj.respond_to?(accessor, true) accessor = "#{accessor}()" end method_call = ".__send__(:#{method}, *args, &block)" if _valid_method?(method) loc, = caller_locations(2,1) pre = "_ =" mesg = "#{Module === obj ? obj : obj.class}\##{ali} at #{loc.path}:#{loc.lineno} forwarding to private method " method_call = "#{<<-"begin;"}\n#{<<-"end;".chomp}" begin; unless defined? _.#{method} ::Kernel.warn #{mesg.dump}"\#{_.class}"'##{method}', uplevel: 1 _#{method_call} else _.#{method}(*args, &block) end end; end _compile_method("#{<<-"begin;"}\n#{<<-"end;"}", __FILE__, __LINE__+1) begin; proc do def #{ali}(*args, &block) #{pre} begin #{accessor} end#{method_call} end end end; end end # SingleForwardable can be used to setup delegation at the object level as well. # # printer = String.new # printer.extend SingleForwardable # prepare object for delegation # printer.def_delegator "STDOUT", "puts" # add delegation for STDOUT.puts() # printer.puts "Howdy!" # # Also, SingleForwardable can be used to set up delegation for a Class or Module. # # class Implementation # def self.service # puts "serviced!" # end # end # # module Facade # extend SingleForwardable # def_delegator :Implementation, :service # end # # Facade.service #=> serviced! # # If you want to use both Forwardable and SingleForwardable, you can # use methods def_instance_delegator and def_single_delegator, etc. module SingleForwardable # Takes a hash as its argument. The key is a symbol or an array of # symbols. These symbols correspond to method names. The value is # the accessor to which the methods will be delegated. # # :call-seq: # delegate method => accessor # delegate [method, method, ...] => accessor # def single_delegate(hash) hash.each do |methods, accessor| unless defined?(methods.each) def_single_delegator(accessor, methods) else methods.each {|method| def_single_delegator(accessor, method)} end end end # # Shortcut for defining multiple delegator methods, but with no # provision for using a different name. The following two code # samples have the same effect: # # def_delegators :@records, :size, :<<, :map # # def_delegator :@records, :size # def_delegator :@records, :<< # def_delegator :@records, :map # def def_single_delegators(accessor, *methods) methods.each do |method| next if /\A__(?:send|id)__\z/ =~ method def_single_delegator(accessor, method) end end # :call-seq: # def_single_delegator(accessor, method, new_name=method) # # Defines a method _method_ which delegates to _accessor_ (i.e. it calls # the method of the same name in _accessor_). If _new_name_ is # provided, it is used as the name for the delegate method. # Returns the name of the method defined. def def_single_delegator(accessor, method, ali = method) gen = Forwardable._delegator_method(self, accessor, method, ali) ret = instance_eval(&gen) singleton_class.__send__(:ruby2_keywords, ali) if RUBY_VERSION >= '2.7' ret end alias delegate single_delegate alias def_delegators def_single_delegators alias def_delegator def_single_delegator end PK *J [���߬, �, share/ruby/un.rbnu �[��� # frozen_string_literal: false # # = un.rb # # Copyright (c) 2003 WATANABE Hirofumi <eban@ruby-lang.org> # # This program is free software. # You can distribute/modify this program under the same terms of Ruby. # # == Utilities to replace common UNIX commands in Makefiles etc # # == SYNOPSIS # # ruby -run -e cp -- [OPTION] SOURCE DEST # ruby -run -e ln -- [OPTION] TARGET LINK_NAME # ruby -run -e mv -- [OPTION] SOURCE DEST # ruby -run -e rm -- [OPTION] FILE # ruby -run -e mkdir -- [OPTION] DIRS # ruby -run -e rmdir -- [OPTION] DIRS # ruby -run -e install -- [OPTION] SOURCE DEST # ruby -run -e chmod -- [OPTION] OCTAL-MODE FILE # ruby -run -e touch -- [OPTION] FILE # ruby -run -e wait_writable -- [OPTION] FILE # ruby -run -e mkmf -- [OPTION] EXTNAME [OPTION] # ruby -run -e httpd -- [OPTION] [DocumentRoot] # ruby -run -e colorize -- [FILE] # ruby -run -e help [COMMAND] require "fileutils" require "optparse" module FileUtils @fileutils_output = $stdout end # :nodoc: def setup(options = "", *long_options) caller = caller_locations(1, 1)[0].label opt_hash = {} argv = [] OptionParser.new do |o| options.scan(/.:?/) do |s| opt_name = s.delete(":").intern o.on("-" + s.tr(":", " ")) do |val| opt_hash[opt_name] = val end end long_options.each do |s| opt_name, arg_name = s.split(/(?=[\s=])/, 2) opt_name.delete_prefix!('--') s = "--#{opt_name.gsub(/([A-Z]+|[a-z])([A-Z])/, '\1-\2').downcase}#{arg_name}" puts "#{opt_name}=>#{s}" if $DEBUG opt_name = opt_name.intern o.on(s) do |val| opt_hash[opt_name] = val end end o.on("-v") do opt_hash[:verbose] = true end o.on("--help") do UN.help([caller]) exit end o.order!(ARGV) do |x| if /[*?\[{]/ =~ x argv.concat(Dir[x]) else argv << x end end end yield argv, opt_hash end ## # Copy SOURCE to DEST, or multiple SOURCE(s) to DIRECTORY # # ruby -run -e cp -- [OPTION] SOURCE DEST # # -p preserve file attributes if possible # -r copy recursively # -l make hard link instead of copying (implies -r) # -v verbose # def cp setup("prl") do |argv, options| cmd = "cp" cmd += "_r" if options.delete :r cmd = "cp_lr" if options.delete :l options[:preserve] = true if options.delete :p dest = argv.pop argv = argv[0] if argv.size == 1 FileUtils.__send__ cmd, argv, dest, **options end end ## # Create a link to the specified TARGET with LINK_NAME. # # ruby -run -e ln -- [OPTION] TARGET LINK_NAME # # -s make symbolic links instead of hard links # -f remove existing destination files # -v verbose # def ln setup("sf") do |argv, options| cmd = "ln" cmd += "_s" if options.delete :s options[:force] = true if options.delete :f dest = argv.pop argv = argv[0] if argv.size == 1 FileUtils.__send__ cmd, argv, dest, **options end end ## # Rename SOURCE to DEST, or move SOURCE(s) to DIRECTORY. # # ruby -run -e mv -- [OPTION] SOURCE DEST # # -v verbose # def mv setup do |argv, options| dest = argv.pop argv = argv[0] if argv.size == 1 FileUtils.mv argv, dest, **options end end ## # Remove the FILE # # ruby -run -e rm -- [OPTION] FILE # # -f ignore nonexistent files # -r remove the contents of directories recursively # -v verbose # def rm setup("fr") do |argv, options| cmd = "rm" cmd += "_r" if options.delete :r options[:force] = true if options.delete :f FileUtils.__send__ cmd, argv, **options end end ## # Create the DIR, if they do not already exist. # # ruby -run -e mkdir -- [OPTION] DIR # # -p no error if existing, make parent directories as needed # -v verbose # def mkdir setup("p") do |argv, options| cmd = "mkdir" cmd += "_p" if options.delete :p FileUtils.__send__ cmd, argv, **options end end ## # Remove the DIR. # # ruby -run -e rmdir -- [OPTION] DIR # # -p remove DIRECTORY and its ancestors. # -v verbose # def rmdir setup("p") do |argv, options| options[:parents] = true if options.delete :p FileUtils.rmdir argv, **options end end ## # Copy SOURCE to DEST. # # ruby -run -e install -- [OPTION] SOURCE DEST # # -p apply access/modification times of SOURCE files to # corresponding destination files # -m set permission mode (as in chmod), instead of 0755 # -o set owner user id, instead of the current owner # -g set owner group id, instead of the current group # -v verbose # def install setup("pm:o:g:") do |argv, options| (mode = options.delete :m) and options[:mode] = /\A\d/ =~ mode ? mode.oct : mode options[:preserve] = true if options.delete :p (owner = options.delete :o) and options[:owner] = owner (group = options.delete :g) and options[:group] = group dest = argv.pop argv = argv[0] if argv.size == 1 FileUtils.install argv, dest, **options end end ## # Change the mode of each FILE to OCTAL-MODE. # # ruby -run -e chmod -- [OPTION] OCTAL-MODE FILE # # -v verbose # def chmod setup do |argv, options| mode = argv.shift mode = /\A\d/ =~ mode ? mode.oct : mode FileUtils.chmod mode, argv, **options end end ## # Update the access and modification times of each FILE to the current time. # # ruby -run -e touch -- [OPTION] FILE # # -v verbose # def touch setup do |argv, options| FileUtils.touch argv, **options end end ## # Wait until the file becomes writable. # # ruby -run -e wait_writable -- [OPTION] FILE # # -n RETRY count to retry # -w SEC each wait time in seconds # -v verbose # def wait_writable setup("n:w:v") do |argv, options| verbose = options[:verbose] n = options[:n] and n = Integer(n) wait = (wait = options[:w]) ? Float(wait) : 0.2 argv.each do |file| begin File.open(file, "r+b") {} rescue Errno::ENOENT break rescue Errno::EACCES => e raise if n and (n -= 1) <= 0 if verbose puts e STDOUT.flush end sleep wait retry end end end end ## # Create makefile using mkmf. # # ruby -run -e mkmf -- [OPTION] EXTNAME [OPTION] # # -d ARGS run dir_config # -h ARGS run have_header # -l ARGS run have_library # -f ARGS run have_func # -v ARGS run have_var # -t ARGS run have_type # -m ARGS run have_macro # -c ARGS run have_const # --vendor install to vendor_ruby # def mkmf setup("d:h:l:f:v:t:m:c:", "vendor") do |argv, options| require 'mkmf' opt = options[:d] and opt.split(/:/).each {|n| dir_config(*n.split(/,/))} opt = options[:h] and opt.split(/:/).each {|n| have_header(*n.split(/,/))} opt = options[:l] and opt.split(/:/).each {|n| have_library(*n.split(/,/))} opt = options[:f] and opt.split(/:/).each {|n| have_func(*n.split(/,/))} opt = options[:v] and opt.split(/:/).each {|n| have_var(*n.split(/,/))} opt = options[:t] and opt.split(/:/).each {|n| have_type(*n.split(/,/))} opt = options[:m] and opt.split(/:/).each {|n| have_macro(*n.split(/,/))} opt = options[:c] and opt.split(/:/).each {|n| have_const(*n.split(/,/))} $configure_args["--vendor"] = true if options[:vendor] create_makefile(*argv) end end ## # Run WEBrick HTTP server. # # ruby -run -e httpd -- [OPTION] [DocumentRoot] # # --bind-address=ADDR address to bind # --port=NUM listening port number # --max-clients=MAX max number of simultaneous clients # --temp-dir=DIR temporary directory # --do-not-reverse-lookup disable reverse lookup # --request-timeout=SECOND request timeout in seconds # --http-version=VERSION HTTP version # --server-name=NAME name of the server host # --server-software=NAME name and version of the server # --ssl-certificate=CERT The SSL certificate file for the server # --ssl-private-key=KEY The SSL private key file for the server certificate # -v verbose # def httpd setup("", "BindAddress=ADDR", "Port=PORT", "MaxClients=NUM", "TempDir=DIR", "DoNotReverseLookup", "RequestTimeout=SECOND", "HTTPVersion=VERSION", "ServerName=NAME", "ServerSoftware=NAME", "SSLCertificate=CERT", "SSLPrivateKey=KEY") do |argv, options| begin require 'webrick' rescue LoadError abort "webrick is not found. You may need to `gem install webrick` to install webrick." end opt = options[:RequestTimeout] and options[:RequestTimeout] = opt.to_i [:Port, :MaxClients].each do |name| opt = options[name] and (options[name] = Integer(opt)) rescue nil end if cert = options[:SSLCertificate] key = options[:SSLPrivateKey] or raise "--ssl-private-key option must also be given" require 'webrick/https' options[:SSLEnable] = true options[:SSLCertificate] = OpenSSL::X509::Certificate.new(File.read(cert)) options[:SSLPrivateKey] = OpenSSL::PKey.read(File.read(key)) options[:Port] ||= 8443 # HTTPS Alternate end options[:Port] ||= 8080 # HTTP Alternate options[:DocumentRoot] = argv.shift || '.' s = nil options[:StartCallback] = proc { logger = s.logger logger.info("To access this server, open this URL in a browser:") s.listeners.each do |listener| if options[:SSLEnable] addr = listener.addr addr[3] = "127.0.0.1" if addr[3] == "0.0.0.0" addr[3] = "::1" if addr[3] == "::" logger.info(" https://#{Addrinfo.new(addr).inspect_sockaddr}") else logger.info(" http://#{listener.connect_address.inspect_sockaddr}") end end } s = WEBrick::HTTPServer.new(options) shut = proc {s.shutdown} siglist = %w"TERM QUIT" siglist.concat(%w"HUP INT") if STDIN.tty? siglist &= Signal.list.keys siglist.each do |sig| Signal.trap(sig, shut) end s.start end end ## # Colorize ruby code. # # ruby -run -e colorize -- [FILE] # def colorize begin require "irb/color" rescue LoadError raise "colorize requires irb 1.1.0 or later" end setup do |argv, | if argv.empty? puts IRB::Color.colorize_code STDIN.read return end argv.each do |file| puts IRB::Color.colorize_code File.read(file) end end end ## # Display help message. # # ruby -run -e help [COMMAND] # def help setup do |argv,| UN.help(argv) end end module UN # :nodoc: VERSION = "0.3.0" module_function def help(argv, output: $stdout) all = argv.empty? cmd = nil if all store = proc {|msg| output << msg} else messages = {} store = proc {|msg| messages[cmd] = msg} end File.open(__FILE__) do |me| while me.gets("##\n") if help = me.gets("\n\n") if all or argv.include?(cmd = help[/^#\s*ruby\s.*-e\s+(\w+)/, 1]) store[help.gsub(/^# ?/, "")] break unless all or argv.size > messages.size end end end end if messages argv.each {|arg| output << messages[arg]} end end end PK *J [KU���; �; share/ruby/reline.rbnu �[��� require 'io/console' require 'forwardable' require 'reline/version' require 'reline/config' require 'reline/key_actor' require 'reline/key_stroke' require 'reline/line_editor' require 'reline/history' require 'reline/io' require 'reline/face' require 'rbconfig' module Reline # NOTE: For making compatible with the rb-readline gem FILENAME_COMPLETION_PROC = nil USERNAME_COMPLETION_PROC = nil class ConfigEncodingConversionError < StandardError; end # EOF key: { char: nil, method_symbol: nil } # Other key: { char: String, method_symbol: Symbol } Key = Struct.new(:char, :method_symbol, :unused_boolean) do # For dialog_proc `key.match?(dialog.name)` def match?(sym) method_symbol && method_symbol == sym end end CursorPos = Struct.new(:x, :y) DialogRenderInfo = Struct.new( :pos, :contents, :face, :bg_color, # For the time being, this line should stay here for the compatibility with IRB. :width, :height, :scrollbar, keyword_init: true ) class Core ATTR_READER_NAMES = %i( completion_append_character basic_word_break_characters completer_word_break_characters basic_quote_characters completer_quote_characters filename_quote_characters special_prefixes completion_proc output_modifier_proc prompt_proc auto_indent_proc pre_input_hook dig_perfect_match_proc ).each(&method(:attr_reader)) attr_accessor :config attr_accessor :key_stroke attr_accessor :line_editor attr_accessor :last_incremental_search attr_reader :output extend Forwardable def_delegators :config, :autocompletion, :autocompletion= def initialize self.output = STDOUT @mutex = Mutex.new @dialog_proc_list = {} yield self @completion_quote_character = nil end def io_gate Reline::IOGate end def encoding io_gate.encoding end def completion_append_character=(val) if val.nil? @completion_append_character = nil elsif val.size == 1 @completion_append_character = val.encode(encoding) elsif val.size > 1 @completion_append_character = val[0].encode(encoding) else @completion_append_character = nil end end def basic_word_break_characters=(v) @basic_word_break_characters = v.encode(encoding) end def completer_word_break_characters=(v) @completer_word_break_characters = v.encode(encoding) end def basic_quote_characters=(v) @basic_quote_characters = v.encode(encoding) end def completer_quote_characters=(v) @completer_quote_characters = v.encode(encoding) end def filename_quote_characters=(v) @filename_quote_characters = v.encode(encoding) end def special_prefixes=(v) @special_prefixes = v.encode(encoding) end def completion_case_fold=(v) @config.completion_ignore_case = v end def completion_case_fold @config.completion_ignore_case end def completion_quote_character @completion_quote_character end def completion_proc=(p) raise ArgumentError unless p.respond_to?(:call) or p.nil? @completion_proc = p end def output_modifier_proc=(p) raise ArgumentError unless p.respond_to?(:call) or p.nil? @output_modifier_proc = p end def prompt_proc=(p) raise ArgumentError unless p.respond_to?(:call) or p.nil? @prompt_proc = p end def auto_indent_proc=(p) raise ArgumentError unless p.respond_to?(:call) or p.nil? @auto_indent_proc = p end def pre_input_hook=(p) @pre_input_hook = p end def dig_perfect_match_proc=(p) raise ArgumentError unless p.respond_to?(:call) or p.nil? @dig_perfect_match_proc = p end DialogProc = Struct.new(:dialog_proc, :context) def add_dialog_proc(name_sym, p, context = nil) raise ArgumentError unless name_sym.instance_of?(Symbol) if p.nil? @dialog_proc_list.delete(name_sym) else raise ArgumentError unless p.respond_to?(:call) @dialog_proc_list[name_sym] = DialogProc.new(p, context) end end def dialog_proc(name_sym) @dialog_proc_list[name_sym] end def input=(val) raise TypeError unless val.respond_to?(:getc) or val.nil? if val.respond_to?(:getc) && io_gate.respond_to?(:input=) io_gate.input = val end end def output=(val) raise TypeError unless val.respond_to?(:write) or val.nil? @output = val io_gate.output = val end def vi_editing_mode config.editing_mode = :vi_insert nil end def emacs_editing_mode config.editing_mode = :emacs nil end def vi_editing_mode? config.editing_mode_is?(:vi_insert, :vi_command) end def emacs_editing_mode? config.editing_mode_is?(:emacs) end def get_screen_size io_gate.get_screen_size end Reline::DEFAULT_DIALOG_PROC_AUTOCOMPLETE = ->() { # autocomplete return unless config.autocompletion journey_data = completion_journey_data return unless journey_data target = journey_data.list.first completed = journey_data.list[journey_data.pointer] result = journey_data.list.drop(1) pointer = journey_data.pointer - 1 return if completed.empty? || (result == [completed] && pointer < 0) target_width = Reline::Unicode.calculate_width(target) completed_width = Reline::Unicode.calculate_width(completed) if cursor_pos.x <= completed_width - target_width # When target is rendered on the line above cursor position x = screen_width - completed_width y = -1 else x = [cursor_pos.x - completed_width, 0].max y = 0 end cursor_pos_to_render = Reline::CursorPos.new(x, y) if context and context.is_a?(Array) context.clear context.push(cursor_pos_to_render, result, pointer, dialog) end dialog.pointer = pointer DialogRenderInfo.new( pos: cursor_pos_to_render, contents: result, scrollbar: true, height: [15, preferred_dialog_height].min, face: :completion_dialog ) } Reline::DEFAULT_DIALOG_CONTEXT = Array.new def readmultiline(prompt = '', add_hist = false, &confirm_multiline_termination) @mutex.synchronize do unless confirm_multiline_termination raise ArgumentError.new('#readmultiline needs block to confirm multiline termination') end io_gate.with_raw_input do inner_readline(prompt, add_hist, true, &confirm_multiline_termination) end whole_buffer = line_editor.whole_buffer.dup whole_buffer.taint if RUBY_VERSION < '2.7' if add_hist and whole_buffer and whole_buffer.chomp("\n").size > 0 Reline::HISTORY << whole_buffer end if line_editor.eof? line_editor.reset_line # Return nil if the input is aborted by C-d. nil else whole_buffer end end end def readline(prompt = '', add_hist = false) @mutex.synchronize do io_gate.with_raw_input do inner_readline(prompt, add_hist, false) end line = line_editor.line.dup line.taint if RUBY_VERSION < '2.7' if add_hist and line and line.chomp("\n").size > 0 Reline::HISTORY << line.chomp("\n") end line_editor.reset_line if line_editor.line.nil? line end end private def inner_readline(prompt, add_hist, multiline, &confirm_multiline_termination) if ENV['RELINE_STDERR_TTY'] if io_gate.win? $stderr = File.open(ENV['RELINE_STDERR_TTY'], 'a') else $stderr.reopen(ENV['RELINE_STDERR_TTY'], 'w') end $stderr.sync = true $stderr.puts "Reline is used by #{Process.pid}" end unless config.test_mode or config.loaded? config.read io_gate.set_default_key_bindings(config) end otio = io_gate.prep may_req_ambiguous_char_width key_stroke.encoding = encoding line_editor.reset(prompt) if multiline line_editor.multiline_on if block_given? line_editor.confirm_multiline_termination_proc = confirm_multiline_termination end else line_editor.multiline_off end line_editor.completion_proc = completion_proc line_editor.completion_append_character = completion_append_character line_editor.output_modifier_proc = output_modifier_proc line_editor.prompt_proc = prompt_proc line_editor.auto_indent_proc = auto_indent_proc line_editor.dig_perfect_match_proc = dig_perfect_match_proc # Readline calls pre_input_hook just after printing the first prompt. line_editor.print_nomultiline_prompt pre_input_hook&.call unless Reline::IOGate.dumb? @dialog_proc_list.each_pair do |name_sym, d| line_editor.add_dialog_proc(name_sym, d.dialog_proc, d.context) end end line_editor.update_dialogs line_editor.rerender begin line_editor.set_signal_handlers loop do read_io(config.keyseq_timeout) { |inputs| line_editor.set_pasting_state(io_gate.in_pasting?) inputs.each do |key| case key.method_symbol when :bracketed_paste_start # io_gate is Reline::ANSI because the key :bracketed_paste_start is only assigned in Reline::ANSI key = Reline::Key.new(io_gate.read_bracketed_paste, :insert_multiline_text) when :quoted_insert, :ed_quoted_insert key = Reline::Key.new(io_gate.read_single_char(config.keyseq_timeout), :insert_raw_char) end line_editor.update(key) end } if line_editor.finished? line_editor.render_finished break else line_editor.set_pasting_state(io_gate.in_pasting?) line_editor.rerender end end io_gate.move_cursor_column(0) rescue Errno::EIO # Maybe the I/O has been closed. ensure line_editor.finalize io_gate.deprep(otio) end end # GNU Readline watis for "keyseq-timeout" milliseconds when the input is # ambiguous whether it is matching or matched. # If the next character does not arrive within the specified timeout, input # is considered as matched. # `ESC` is ambiguous because it can be a standalone ESC (matched) or part of # `ESC char` or part of CSI sequence (matching). private def read_io(keyseq_timeout, &block) buffer = [] status = KeyStroke::MATCHING loop do timeout = status == KeyStroke::MATCHING_MATCHED ? keyseq_timeout.fdiv(1000) : Float::INFINITY c = io_gate.getc(timeout) if c.nil? || c == -1 if status == KeyStroke::MATCHING_MATCHED status = KeyStroke::MATCHED elsif buffer.empty? # io_gate is closed and reached EOF block.call([Key.new(nil, nil, false)]) return else status = KeyStroke::UNMATCHED end else buffer << c status = key_stroke.match_status(buffer) end if status == KeyStroke::MATCHED || status == KeyStroke::UNMATCHED expanded, rest_bytes = key_stroke.expand(buffer) rest_bytes.reverse_each { |c| io_gate.ungetc(c) } block.call(expanded) return end end end def ambiguous_width may_req_ambiguous_char_width unless defined? @ambiguous_width @ambiguous_width end private def may_req_ambiguous_char_width @ambiguous_width = 1 if io_gate.dumb? || !STDIN.tty? || !STDOUT.tty? return if defined? @ambiguous_width io_gate.move_cursor_column(0) begin output.write "\u{25bd}" rescue Encoding::UndefinedConversionError # LANG=C @ambiguous_width = 1 else @ambiguous_width = io_gate.cursor_pos.x == 2 ? 2 : 1 end io_gate.move_cursor_column(0) io_gate.erase_after_cursor end end extend Forwardable extend SingleForwardable #-------------------------------------------------------- # Documented API #-------------------------------------------------------- (Core::ATTR_READER_NAMES).each { |name| def_single_delegators :core, :"#{name}", :"#{name}=" } def_single_delegators :core, :input=, :output= def_single_delegators :core, :vi_editing_mode, :emacs_editing_mode def_single_delegators :core, :readline def_single_delegators :core, :completion_case_fold, :completion_case_fold= def_single_delegators :core, :completion_quote_character def_instance_delegators self, :readline private :readline #-------------------------------------------------------- # Undocumented API #-------------------------------------------------------- # Testable in original def_single_delegators :core, :get_screen_size def_single_delegators :line_editor, :eof? def_instance_delegators self, :eof? def_single_delegators :line_editor, :delete_text def_single_delegator :line_editor, :line, :line_buffer def_single_delegator :line_editor, :byte_pointer, :point def_single_delegator :line_editor, :byte_pointer=, :point= def self.insert_text(text) line_editor.insert_multiline_text(text) self end # Untestable in original def_single_delegator :line_editor, :rerender, :redisplay def_single_delegators :core, :vi_editing_mode?, :emacs_editing_mode? def_single_delegators :core, :ambiguous_width def_single_delegators :core, :last_incremental_search def_single_delegators :core, :last_incremental_search= def_single_delegators :core, :add_dialog_proc def_single_delegators :core, :dialog_proc def_single_delegators :core, :autocompletion, :autocompletion= def_single_delegators :core, :readmultiline def_instance_delegators self, :readmultiline private :readmultiline def self.encoding_system_needs self.core.encoding end def self.core @core ||= Core.new { |core| core.config = Reline::Config.new core.key_stroke = Reline::KeyStroke.new(core.config, core.encoding) core.line_editor = Reline::LineEditor.new(core.config) core.basic_word_break_characters = " \t\n`><=;|&{(" core.completer_word_break_characters = " \t\n`><=;|&{(" core.basic_quote_characters = '"\'' core.completer_quote_characters = '"\'' core.filename_quote_characters = "" core.special_prefixes = "" core.add_dialog_proc(:autocomplete, Reline::DEFAULT_DIALOG_PROC_AUTOCOMPLETE, Reline::DEFAULT_DIALOG_CONTEXT) } end def self.ungetc(c) core.io_gate.ungetc(c) end def self.line_editor core.line_editor end end Reline::IOGate = Reline::IO.decide_io_gate # Deprecated Reline::GeneralIO = Reline::Dumb.new Reline::Face.load_initial_configs Reline::HISTORY = Reline::History.new(Reline.core.config) PK *J [�� share/ruby/uri/ldap.rbnu �[��� # frozen_string_literal: false # = uri/ldap.rb # # Author:: # Takaaki Tateishi <ttate@jaist.ac.jp> # Akira Yamada <akira@ruby-lang.org> # License:: # URI::LDAP is copyrighted free software by Takaaki Tateishi and Akira Yamada. # You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'generic' module URI # # LDAP URI SCHEMA (described in RFC2255). #-- # ldap://<host>/<dn>[?<attrs>[?<scope>[?<filter>[?<extensions>]]]] #++ class LDAP < Generic # A Default port of 389 for URI::LDAP. DEFAULT_PORT = 389 # An Array of the available components for URI::LDAP. COMPONENT = [ :scheme, :host, :port, :dn, :attributes, :scope, :filter, :extensions, ].freeze # Scopes available for the starting point. # # * SCOPE_BASE - the Base DN # * SCOPE_ONE - one level under the Base DN, not including the base DN and # not including any entries under this # * SCOPE_SUB - subtrees, all entries at all levels # SCOPE = [ SCOPE_ONE = 'one', SCOPE_SUB = 'sub', SCOPE_BASE = 'base', ].freeze # # == Description # # Creates a new URI::LDAP object from components, with syntax checking. # # The components accepted are host, port, dn, attributes, # scope, filter, and extensions. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[host, port, dn, attributes, scope, filter, extensions]</code>. # # Example: # # uri = URI::LDAP.build({:host => 'ldap.example.com', # :dn => '/dc=example'}) # # uri = URI::LDAP.build(["ldap.example.com", nil, # "/dc=example;dc=com", "query", nil, nil, nil]) # def self.build(args) tmp = Util::make_components_hash(self, args) if tmp[:dn] tmp[:path] = tmp[:dn] end query = [] [:extensions, :filter, :scope, :attributes].collect do |x| next if !tmp[x] && query.size == 0 query.unshift(tmp[x]) end tmp[:query] = query.join('?') return super(tmp) end # # == Description # # Creates a new URI::LDAP object from generic URI components as per # RFC 2396. No LDAP-specific syntax checking is performed. # # Arguments are +scheme+, +userinfo+, +host+, +port+, +registry+, +path+, # +opaque+, +query+, and +fragment+, in that order. # # Example: # # uri = URI::LDAP.new("ldap", nil, "ldap.example.com", nil, nil, # "/dc=example;dc=com", nil, "query", nil) # # See also URI::Generic.new. # def initialize(*arg) super(*arg) if @fragment raise InvalidURIError, 'bad LDAP URL' end parse_dn parse_query end # Private method to cleanup +dn+ from using the +path+ component attribute. def parse_dn raise InvalidURIError, 'bad LDAP URL' unless @path @dn = @path[1..-1] end private :parse_dn # Private method to cleanup +attributes+, +scope+, +filter+, and +extensions+ # from using the +query+ component attribute. def parse_query @attributes = nil @scope = nil @filter = nil @extensions = nil if @query attrs, scope, filter, extensions = @query.split('?') @attributes = attrs if attrs && attrs.size > 0 @scope = scope if scope && scope.size > 0 @filter = filter if filter && filter.size > 0 @extensions = extensions if extensions && extensions.size > 0 end end private :parse_query # Private method to assemble +query+ from +attributes+, +scope+, +filter+, and +extensions+. def build_path_query @path = '/' + @dn query = [] [@extensions, @filter, @scope, @attributes].each do |x| next if !x && query.size == 0 query.unshift(x) end @query = query.join('?') end private :build_path_query # Returns dn. def dn @dn end # Private setter for dn +val+. def set_dn(val) @dn = val build_path_query @dn end protected :set_dn # Setter for dn +val+. def dn=(val) set_dn(val) val end # Returns attributes. def attributes @attributes end # Private setter for attributes +val+. def set_attributes(val) @attributes = val build_path_query @attributes end protected :set_attributes # Setter for attributes +val+. def attributes=(val) set_attributes(val) val end # Returns scope. def scope @scope end # Private setter for scope +val+. def set_scope(val) @scope = val build_path_query @scope end protected :set_scope # Setter for scope +val+. def scope=(val) set_scope(val) val end # Returns filter. def filter @filter end # Private setter for filter +val+. def set_filter(val) @filter = val build_path_query @filter end protected :set_filter # Setter for filter +val+. def filter=(val) set_filter(val) val end # Returns extensions. def extensions @extensions end # Private setter for extensions +val+. def set_extensions(val) @extensions = val build_path_query @extensions end protected :set_extensions # Setter for extensions +val+. def extensions=(val) set_extensions(val) val end # Checks if URI has a path. # For URI::LDAP this will return +false+. def hierarchical? false end end register_scheme 'LDAP', LDAP end PK *J [ җA� � share/ruby/uri/ldaps.rbnu �[��� # frozen_string_literal: false # = uri/ldap.rb # # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'ldap' module URI # The default port for LDAPS URIs is 636, and the scheme is 'ldaps:' rather # than 'ldap:'. Other than that, LDAPS URIs are identical to LDAP URIs; # see URI::LDAP. class LDAPS < LDAP # A Default port of 636 for URI::LDAPS DEFAULT_PORT = 636 end register_scheme 'LDAPS', LDAPS end PK *J [�B�4� 4� share/ruby/uri/generic.rbnu �[��� # frozen_string_literal: true # = uri/generic.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'common' autoload :IPSocket, 'socket' autoload :IPAddr, 'ipaddr' module URI # # Base class for all URI classes. # Implements generic URI syntax as per RFC 2396. # class Generic include URI # # A Default port of nil for URI::Generic. # DEFAULT_PORT = nil # # Returns default port. # def self.default_port self::DEFAULT_PORT end # # Returns default port. # def default_port self.class.default_port end # # An Array of the available components for URI::Generic. # COMPONENT = [ :scheme, :userinfo, :host, :port, :registry, :path, :opaque, :query, :fragment ].freeze # # Components of the URI in the order. # def self.component self::COMPONENT end USE_REGISTRY = false # :nodoc: def self.use_registry # :nodoc: self::USE_REGISTRY end # # == Synopsis # # See ::new. # # == Description # # At first, tries to create a new URI::Generic instance using # URI::Generic::build. But, if exception URI::InvalidComponentError is raised, # then it does URI::Escape.escape all URI components and tries again. # def self.build2(args) begin return self.build(args) rescue InvalidComponentError if args.kind_of?(Array) return self.build(args.collect{|x| if x.is_a?(String) URI::RFC2396_PARSER.escape(x) else x end }) elsif args.kind_of?(Hash) tmp = {} args.each do |key, value| tmp[key] = if value URI::RFC2396_PARSER.escape(value) else value end end return self.build(tmp) end end end # # == Synopsis # # See ::new. # # == Description # # Creates a new URI::Generic instance from components of URI::Generic # with check. Components are: scheme, userinfo, host, port, registry, path, # opaque, query, and fragment. You can provide arguments either by an Array or a Hash. # See ::new for hash keys to use or for order of array items. # def self.build(args) if args.kind_of?(Array) && args.size == ::URI::Generic::COMPONENT.size tmp = args.dup elsif args.kind_of?(Hash) tmp = ::URI::Generic::COMPONENT.collect do |c| if args.include?(c) args[c] else nil end end else component = self.class.component rescue ::URI::Generic::COMPONENT raise ArgumentError, "expected Array of or Hash of components of #{self.class} (#{component.join(', ')})" end tmp << nil tmp << true return self.new(*tmp) end # # == Args # # +scheme+:: # Protocol scheme, i.e. 'http','ftp','mailto' and so on. # +userinfo+:: # User name and password, i.e. 'sdmitry:bla'. # +host+:: # Server host name. # +port+:: # Server port. # +registry+:: # Registry of naming authorities. # +path+:: # Path on server. # +opaque+:: # Opaque part. # +query+:: # Query data. # +fragment+:: # Part of the URI after '#' character. # +parser+:: # Parser for internal use [URI::DEFAULT_PARSER by default]. # +arg_check+:: # Check arguments [false by default]. # # == Description # # Creates a new URI::Generic instance from ``generic'' components without check. # def initialize(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser = DEFAULT_PARSER, arg_check = false) @scheme = nil @user = nil @password = nil @host = nil @port = nil @path = nil @query = nil @opaque = nil @fragment = nil @parser = parser == DEFAULT_PARSER ? nil : parser if arg_check self.scheme = scheme self.userinfo = userinfo self.hostname = host self.port = port self.path = path self.query = query self.opaque = opaque self.fragment = fragment else self.set_scheme(scheme) self.set_userinfo(userinfo) self.set_host(host) self.set_port(port) self.set_path(path) self.query = query self.set_opaque(opaque) self.fragment=(fragment) end if registry raise InvalidURIError, "the scheme #{@scheme} does not accept registry part: #{registry} (or bad hostname?)" end @scheme&.freeze self.set_path('') if !@path && !@opaque # (see RFC2396 Section 5.2) self.set_port(self.default_port) if self.default_port && !@port end # # Returns the scheme component of the URI. # # URI("http://foo/bar/baz").scheme #=> "http" # attr_reader :scheme # Returns the host component of the URI. # # URI("http://foo/bar/baz").host #=> "foo" # # It returns nil if no host component exists. # # URI("mailto:foo@example.org").host #=> nil # # The component does not contain the port number. # # URI("http://foo:8080/bar/baz").host #=> "foo" # # Since IPv6 addresses are wrapped with brackets in URIs, # this method returns IPv6 addresses wrapped with brackets. # This form is not appropriate to pass to socket methods such as TCPSocket.open. # If unwrapped host names are required, use the #hostname method. # # URI("http://[::1]/bar/baz").host #=> "[::1]" # URI("http://[::1]/bar/baz").hostname #=> "::1" # attr_reader :host # Returns the port component of the URI. # # URI("http://foo/bar/baz").port #=> 80 # URI("http://foo:8080/bar/baz").port #=> 8080 # attr_reader :port def registry # :nodoc: nil end # Returns the path component of the URI. # # URI("http://foo/bar/baz").path #=> "/bar/baz" # attr_reader :path # Returns the query component of the URI. # # URI("http://foo/bar/baz?search=FooBar").query #=> "search=FooBar" # attr_reader :query # Returns the opaque part of the URI. # # URI("mailto:foo@example.org").opaque #=> "foo@example.org" # URI("http://foo/bar/baz").opaque #=> nil # # The portion of the path that does not make use of the slash '/'. # The path typically refers to an absolute path or an opaque part. # (See RFC2396 Section 3 and 5.2.) # attr_reader :opaque # Returns the fragment component of the URI. # # URI("http://foo/bar/baz?search=FooBar#ponies").fragment #=> "ponies" # attr_reader :fragment # Returns the parser to be used. # # Unless a URI::Parser is defined, DEFAULT_PARSER is used. # def parser if !defined?(@parser) || !@parser DEFAULT_PARSER else @parser || DEFAULT_PARSER end end # Replaces self by other URI object. # def replace!(oth) if self.class != oth.class raise ArgumentError, "expected #{self.class} object" end component.each do |c| self.__send__("#{c}=", oth.__send__(c)) end end private :replace! # # Components of the URI in the order. # def component self.class.component end # # Checks the scheme +v+ component against the URI::Parser Regexp for :SCHEME. # def check_scheme(v) if v && parser.regexp[:SCHEME] !~ v raise InvalidComponentError, "bad component(expected scheme component): #{v}" end return true end private :check_scheme # Protected setter for the scheme component +v+. # # See also URI::Generic.scheme=. # def set_scheme(v) @scheme = v&.downcase end protected :set_scheme # # == Args # # +v+:: # String # # == Description # # Public setter for the scheme component +v+ # (with validation). # # See also URI::Generic.check_scheme. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com") # uri.scheme = "https" # uri.to_s #=> "https://my.example.com" # def scheme=(v) check_scheme(v) set_scheme(v) v end # # Checks the +user+ and +password+. # # If +password+ is not provided, then +user+ is # split, using URI::Generic.split_userinfo, to # pull +user+ and +password. # # See also URI::Generic.check_user, URI::Generic.check_password. # def check_userinfo(user, password = nil) if !password user, password = split_userinfo(user) end check_user(user) check_password(password, user) return true end private :check_userinfo # # Checks the user +v+ component for RFC2396 compliance # and against the URI::Parser Regexp for :USERINFO. # # Can not have a registry or opaque component defined, # with a user component defined. # def check_user(v) if @opaque raise InvalidURIError, "cannot set user with opaque" end return v unless v if parser.regexp[:USERINFO] !~ v raise InvalidComponentError, "bad component(expected userinfo component or user component): #{v}" end return true end private :check_user # # Checks the password +v+ component for RFC2396 compliance # and against the URI::Parser Regexp for :USERINFO. # # Can not have a registry or opaque component defined, # with a user component defined. # def check_password(v, user = @user) if @opaque raise InvalidURIError, "cannot set password with opaque" end return v unless v if !user raise InvalidURIError, "password component depends user component" end if parser.regexp[:USERINFO] !~ v raise InvalidComponentError, "bad password component" end return true end private :check_password # # Sets userinfo, argument is string like 'name:pass'. # def userinfo=(userinfo) if userinfo.nil? return nil end check_userinfo(*userinfo) set_userinfo(*userinfo) # returns userinfo end # # == Args # # +v+:: # String # # == Description # # Public setter for the +user+ component # (with validation). # # See also URI::Generic.check_user. # # == Usage # # require 'uri' # # uri = URI.parse("http://john:S3nsit1ve@my.example.com") # uri.user = "sam" # uri.to_s #=> "http://sam:V3ry_S3nsit1ve@my.example.com" # def user=(user) check_user(user) set_user(user) # returns user end # # == Args # # +v+:: # String # # == Description # # Public setter for the +password+ component # (with validation). # # See also URI::Generic.check_password. # # == Usage # # require 'uri' # # uri = URI.parse("http://john:S3nsit1ve@my.example.com") # uri.password = "V3ry_S3nsit1ve" # uri.to_s #=> "http://john:V3ry_S3nsit1ve@my.example.com" # def password=(password) check_password(password) set_password(password) # returns password end # Protected setter for the +user+ component, and +password+ if available # (with validation). # # See also URI::Generic.userinfo=. # def set_userinfo(user, password = nil) unless password user, password = split_userinfo(user) end @user = user @password = password if password [@user, @password] end protected :set_userinfo # Protected setter for the user component +v+. # # See also URI::Generic.user=. # def set_user(v) set_userinfo(v, @password) v end protected :set_user # Protected setter for the password component +v+. # # See also URI::Generic.password=. # def set_password(v) @password = v # returns v end protected :set_password # Returns the userinfo +ui+ as <code>[user, password]</code> # if properly formatted as 'user:password'. def split_userinfo(ui) return nil, nil unless ui user, password = ui.split(':', 2) return user, password end private :split_userinfo # Escapes 'user:password' +v+ based on RFC 1738 section 3.1. def escape_userpass(v) parser.escape(v, /[@:\/]/o) # RFC 1738 section 3.1 #/ end private :escape_userpass # Returns the userinfo, either as 'user' or 'user:password'. def userinfo if @user.nil? nil elsif @password.nil? @user else @user + ':' + @password end end # Returns the user component (without URI decoding). def user @user end # Returns the password component (without URI decoding). def password @password end # Returns the user component after URI decoding. def decoded_user URI.decode_uri_component(@user) if @user end # Returns the password component after URI decoding. def decoded_password URI.decode_uri_component(@password) if @password end # # Checks the host +v+ component for RFC2396 compliance # and against the URI::Parser Regexp for :HOST. # # Can not have a registry or opaque component defined, # with a host component defined. # def check_host(v) return v unless v if @opaque raise InvalidURIError, "cannot set host with registry or opaque" elsif parser.regexp[:HOST] !~ v raise InvalidComponentError, "bad component(expected host component): #{v}" end return true end private :check_host # Protected setter for the host component +v+. # # See also URI::Generic.host=. # def set_host(v) @host = v end protected :set_host # # == Args # # +v+:: # String # # == Description # # Public setter for the host component +v+ # (with validation). # # See also URI::Generic.check_host. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com") # uri.host = "foo.com" # uri.to_s #=> "http://foo.com" # def host=(v) check_host(v) set_host(v) v end # Extract the host part of the URI and unwrap brackets for IPv6 addresses. # # This method is the same as URI::Generic#host except # brackets for IPv6 (and future IP) addresses are removed. # # uri = URI("http://[::1]/bar") # uri.hostname #=> "::1" # uri.host #=> "[::1]" # def hostname v = self.host v&.start_with?('[') && v.end_with?(']') ? v[1..-2] : v end # Sets the host part of the URI as the argument with brackets for IPv6 addresses. # # This method is the same as URI::Generic#host= except # the argument can be a bare IPv6 address. # # uri = URI("http://foo/bar") # uri.hostname = "::1" # uri.to_s #=> "http://[::1]/bar" # # If the argument seems to be an IPv6 address, # it is wrapped with brackets. # def hostname=(v) v = "[#{v}]" if !(v&.start_with?('[') && v&.end_with?(']')) && v&.index(':') self.host = v end # # Checks the port +v+ component for RFC2396 compliance # and against the URI::Parser Regexp for :PORT. # # Can not have a registry or opaque component defined, # with a port component defined. # def check_port(v) return v unless v if @opaque raise InvalidURIError, "cannot set port with registry or opaque" elsif !v.kind_of?(Integer) && parser.regexp[:PORT] !~ v raise InvalidComponentError, "bad component(expected port component): #{v.inspect}" end return true end private :check_port # Protected setter for the port component +v+. # # See also URI::Generic.port=. # def set_port(v) v = v.empty? ? nil : v.to_i unless !v || v.kind_of?(Integer) @port = v end protected :set_port # # == Args # # +v+:: # String # # == Description # # Public setter for the port component +v+ # (with validation). # # See also URI::Generic.check_port. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com") # uri.port = 8080 # uri.to_s #=> "http://my.example.com:8080" # def port=(v) check_port(v) set_port(v) port end def check_registry(v) # :nodoc: raise InvalidURIError, "cannot set registry" end private :check_registry def set_registry(v) # :nodoc: raise InvalidURIError, "cannot set registry" end protected :set_registry def registry=(v) # :nodoc: raise InvalidURIError, "cannot set registry" end # # Checks the path +v+ component for RFC2396 compliance # and against the URI::Parser Regexp # for :ABS_PATH and :REL_PATH. # # Can not have a opaque component defined, # with a path component defined. # def check_path(v) # raise if both hier and opaque are not nil, because: # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] if v && @opaque raise InvalidURIError, "path conflicts with opaque" end # If scheme is ftp, path may be relative. # See RFC 1738 section 3.2.2, and RFC 2396. if @scheme && @scheme != "ftp" if v && v != '' && parser.regexp[:ABS_PATH] !~ v raise InvalidComponentError, "bad component(expected absolute path component): #{v}" end else if v && v != '' && parser.regexp[:ABS_PATH] !~ v && parser.regexp[:REL_PATH] !~ v raise InvalidComponentError, "bad component(expected relative path component): #{v}" end end return true end private :check_path # Protected setter for the path component +v+. # # See also URI::Generic.path=. # def set_path(v) @path = v end protected :set_path # # == Args # # +v+:: # String # # == Description # # Public setter for the path component +v+ # (with validation). # # See also URI::Generic.check_path. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com/pub/files") # uri.path = "/faq/" # uri.to_s #=> "http://my.example.com/faq/" # def path=(v) check_path(v) set_path(v) v end # # == Args # # +v+:: # String # # == Description # # Public setter for the query component +v+. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com/?id=25") # uri.query = "id=1" # uri.to_s #=> "http://my.example.com/?id=1" # def query=(v) return @query = nil unless v raise InvalidURIError, "query conflicts with opaque" if @opaque x = v.to_str v = x.dup if x.equal? v v.encode!(Encoding::UTF_8) rescue nil v.delete!("\t\r\n") v.force_encoding(Encoding::ASCII_8BIT) raise InvalidURIError, "invalid percent escape: #{$1}" if /(%\H\H)/n.match(v) v.gsub!(/(?!%\h\h|[!$-&(-;=?-_a-~])./n.freeze){'%%%02X' % $&.ord} v.force_encoding(Encoding::US_ASCII) @query = v end # # Checks the opaque +v+ component for RFC2396 compliance and # against the URI::Parser Regexp for :OPAQUE. # # Can not have a host, port, user, or path component defined, # with an opaque component defined. # def check_opaque(v) return v unless v # raise if both hier and opaque are not nil, because: # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] if @host || @port || @user || @path # userinfo = @user + ':' + @password raise InvalidURIError, "cannot set opaque with host, port, userinfo or path" elsif v && parser.regexp[:OPAQUE] !~ v raise InvalidComponentError, "bad component(expected opaque component): #{v}" end return true end private :check_opaque # Protected setter for the opaque component +v+. # # See also URI::Generic.opaque=. # def set_opaque(v) @opaque = v end protected :set_opaque # # == Args # # +v+:: # String # # == Description # # Public setter for the opaque component +v+ # (with validation). # # See also URI::Generic.check_opaque. # def opaque=(v) check_opaque(v) set_opaque(v) v end # # Checks the fragment +v+ component against the URI::Parser Regexp for :FRAGMENT. # # # == Args # # +v+:: # String # # == Description # # Public setter for the fragment component +v+ # (with validation). # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com/?id=25#time=1305212049") # uri.fragment = "time=1305212086" # uri.to_s #=> "http://my.example.com/?id=25#time=1305212086" # def fragment=(v) return @fragment = nil unless v x = v.to_str v = x.dup if x.equal? v v.encode!(Encoding::UTF_8) rescue nil v.delete!("\t\r\n") v.force_encoding(Encoding::ASCII_8BIT) v.gsub!(/(?!%\h\h|[!-~])./n){'%%%02X' % $&.ord} v.force_encoding(Encoding::US_ASCII) @fragment = v end # # Returns true if URI is hierarchical. # # == Description # # URI has components listed in order of decreasing significance from left to right, # see RFC3986 https://www.rfc-editor.org/rfc/rfc3986 1.2.3. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com/") # uri.hierarchical? # #=> true # uri = URI.parse("mailto:joe@example.com") # uri.hierarchical? # #=> false # def hierarchical? if @path true else false end end # # Returns true if URI has a scheme (e.g. http:// or https://) specified. # def absolute? if @scheme true else false end end alias absolute absolute? # # Returns true if URI does not have a scheme (e.g. http:// or https://) specified. # def relative? !absolute? end # # Returns an Array of the path split on '/'. # def split_path(path) path.split("/", -1) end private :split_path # # Merges a base path +base+, with relative path +rel+, # returns a modified base path. # def merge_path(base, rel) # RFC2396, Section 5.2, 5) # RFC2396, Section 5.2, 6) base_path = split_path(base) rel_path = split_path(rel) # RFC2396, Section 5.2, 6), a) base_path << '' if base_path.last == '..' while i = base_path.index('..') base_path.slice!(i - 1, 2) end if (first = rel_path.first) and first.empty? base_path.clear rel_path.shift end # RFC2396, Section 5.2, 6), c) # RFC2396, Section 5.2, 6), d) rel_path.push('') if rel_path.last == '.' || rel_path.last == '..' rel_path.delete('.') # RFC2396, Section 5.2, 6), e) tmp = [] rel_path.each do |x| if x == '..' && !(tmp.empty? || tmp.last == '..') tmp.pop else tmp << x end end add_trailer_slash = !tmp.empty? if base_path.empty? base_path = [''] # keep '/' for root directory elsif add_trailer_slash base_path.pop end while x = tmp.shift if x == '..' # RFC2396, Section 4 # a .. or . in an absolute path has no special meaning base_path.pop if base_path.size > 1 else # if x == '..' # valid absolute (but abnormal) path "/../..." # else # valid absolute path # end base_path << x tmp.each {|t| base_path << t} add_trailer_slash = false break end end base_path.push('') if add_trailer_slash return base_path.join('/') end private :merge_path # # == Args # # +oth+:: # URI or String # # == Description # # Destructive form of #merge. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com") # uri.merge!("/main.rbx?page=1") # uri.to_s # => "http://my.example.com/main.rbx?page=1" # def merge!(oth) t = merge(oth) if self == t nil else replace!(t) self end end # # == Args # # +oth+:: # URI or String # # == Description # # Merges two URIs. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com") # uri.merge("/main.rbx?page=1") # # => "http://my.example.com/main.rbx?page=1" # def merge(oth) rel = parser.__send__(:convert_to_uri, oth) if rel.absolute? #raise BadURIError, "both URI are absolute" if absolute? # hmm... should return oth for usability? return rel end unless self.absolute? raise BadURIError, "both URI are relative" end base = self.dup authority = rel.userinfo || rel.host || rel.port # RFC2396, Section 5.2, 2) if (rel.path.nil? || rel.path.empty?) && !authority && !rel.query base.fragment=(rel.fragment) if rel.fragment return base end base.query = nil base.fragment=(nil) # RFC2396, Section 5.2, 4) if authority base.set_userinfo(rel.userinfo) base.set_host(rel.host) base.set_port(rel.port || base.default_port) base.set_path(rel.path) elsif base.path && rel.path base.set_path(merge_path(base.path, rel.path)) end # RFC2396, Section 5.2, 7) base.query = rel.query if rel.query base.fragment=(rel.fragment) if rel.fragment return base end # merge alias + merge # :stopdoc: def route_from_path(src, dst) case dst when src # RFC2396, Section 4.2 return '' when %r{(?:\A|/)\.\.?(?:/|\z)} # dst has abnormal absolute path, # like "/./", "/../", "/x/../", ... return dst.dup end src_path = src.scan(%r{[^/]*/}) dst_path = dst.scan(%r{[^/]*/?}) # discard same parts while !dst_path.empty? && dst_path.first == src_path.first src_path.shift dst_path.shift end tmp = dst_path.join # calculate if src_path.empty? if tmp.empty? return './' elsif dst_path.first.include?(':') # (see RFC2396 Section 5) return './' + tmp else return tmp end end return '../' * src_path.size + tmp end private :route_from_path # :startdoc: # :stopdoc: def route_from0(oth) oth = parser.__send__(:convert_to_uri, oth) if self.relative? raise BadURIError, "relative URI: #{self}" end if oth.relative? raise BadURIError, "relative URI: #{oth}" end if self.scheme != oth.scheme return self, self.dup end rel = URI::Generic.new(nil, # it is relative URI self.userinfo, self.host, self.port, nil, self.path, self.opaque, self.query, self.fragment, parser) if rel.userinfo != oth.userinfo || rel.host.to_s.downcase != oth.host.to_s.downcase || rel.port != oth.port if self.userinfo.nil? && self.host.nil? return self, self.dup end rel.set_port(nil) if rel.port == oth.default_port return rel, rel end rel.set_userinfo(nil) rel.set_host(nil) rel.set_port(nil) if rel.path && rel.path == oth.path rel.set_path('') rel.query = nil if rel.query == oth.query return rel, rel elsif rel.opaque && rel.opaque == oth.opaque rel.set_opaque('') rel.query = nil if rel.query == oth.query return rel, rel end # you can modify `rel', but cannot `oth'. return oth, rel end private :route_from0 # :startdoc: # # == Args # # +oth+:: # URI or String # # == Description # # Calculates relative path from oth to self. # # == Usage # # require 'uri' # # uri = URI.parse('http://my.example.com/main.rbx?page=1') # uri.route_from('http://my.example.com') # #=> #<URI::Generic /main.rbx?page=1> # def route_from(oth) # you can modify `rel', but cannot `oth'. begin oth, rel = route_from0(oth) rescue raise $!.class, $!.message end if oth == rel return rel end rel.set_path(route_from_path(oth.path, self.path)) if rel.path == './' && self.query # "./?foo" -> "?foo" rel.set_path('') end return rel end alias - route_from # # == Args # # +oth+:: # URI or String # # == Description # # Calculates relative path to oth from self. # # == Usage # # require 'uri' # # uri = URI.parse('http://my.example.com') # uri.route_to('http://my.example.com/main.rbx?page=1') # #=> #<URI::Generic /main.rbx?page=1> # def route_to(oth) parser.__send__(:convert_to_uri, oth).route_from(self) end # # Returns normalized URI. # # require 'uri' # # URI("HTTP://my.EXAMPLE.com").normalize # #=> #<URI::HTTP http://my.example.com/> # # Normalization here means: # # * scheme and host are converted to lowercase, # * an empty path component is set to "/". # def normalize uri = dup uri.normalize! uri end # # Destructive version of #normalize. # def normalize! if path&.empty? set_path('/') end if scheme && scheme != scheme.downcase set_scheme(self.scheme.downcase) end if host && host != host.downcase set_host(self.host.downcase) end end # # Constructs String from URI. # def to_s str = ''.dup if @scheme str << @scheme str << ':' end if @opaque str << @opaque else if @host || %w[file postgres].include?(@scheme) str << '//' end if self.userinfo str << self.userinfo str << '@' end if @host str << @host end if @port && @port != self.default_port str << ':' str << @port.to_s end if (@host || @port) && !@path.empty? && !@path.start_with?('/') str << '/' end str << @path if @query str << '?' str << @query end end if @fragment str << '#' str << @fragment end str end alias to_str to_s # # Compares two URIs. # def ==(oth) if self.class == oth.class self.normalize.component_ary == oth.normalize.component_ary else false end end # Returns the hash value. def hash self.component_ary.hash end # Compares with _oth_ for Hash. def eql?(oth) self.class == oth.class && parser == oth.parser && self.component_ary.eql?(oth.component_ary) end # Returns an Array of the components defined from the COMPONENT Array. def component_ary component.collect do |x| self.__send__(x) end end protected :component_ary # == Args # # +components+:: # Multiple Symbol arguments defined in URI::HTTP. # # == Description # # Selects specified components from URI. # # == Usage # # require 'uri' # # uri = URI.parse('http://myuser:mypass@my.example.com/test.rbx') # uri.select(:userinfo, :host, :path) # # => ["myuser:mypass", "my.example.com", "/test.rbx"] # def select(*components) components.collect do |c| if component.include?(c) self.__send__(c) else raise ArgumentError, "expected of components of #{self.class} (#{self.class.component.join(', ')})" end end end def inspect # :nodoc: "#<#{self.class} #{self}>" end # # == Args # # +v+:: # URI or String # # == Description # # Attempts to parse other URI +oth+, # returns [parsed_oth, self]. # # == Usage # # require 'uri' # # uri = URI.parse("http://my.example.com") # uri.coerce("http://foo.com") # #=> [#<URI::HTTP http://foo.com>, #<URI::HTTP http://my.example.com>] # def coerce(oth) case oth when String oth = parser.parse(oth) else super end return oth, self end # Returns a proxy URI. # The proxy URI is obtained from environment variables such as http_proxy, # ftp_proxy, no_proxy, etc. # If there is no proper proxy, nil is returned. # # If the optional parameter +env+ is specified, it is used instead of ENV. # # Note that capitalized variables (HTTP_PROXY, FTP_PROXY, NO_PROXY, etc.) # are examined, too. # # But http_proxy and HTTP_PROXY is treated specially under CGI environment. # It's because HTTP_PROXY may be set by Proxy: header. # So HTTP_PROXY is not used. # http_proxy is not used too if the variable is case insensitive. # CGI_HTTP_PROXY can be used instead. def find_proxy(env=ENV) raise BadURIError, "relative URI: #{self}" if self.relative? name = self.scheme.downcase + '_proxy' proxy_uri = nil if name == 'http_proxy' && env.include?('REQUEST_METHOD') # CGI? # HTTP_PROXY conflicts with *_proxy for proxy settings and # HTTP_* for header information in CGI. # So it should be careful to use it. pairs = env.reject {|k, v| /\Ahttp_proxy\z/i !~ k } case pairs.length when 0 # no proxy setting anyway. proxy_uri = nil when 1 k, _ = pairs.shift if k == 'http_proxy' && env[k.upcase] == nil # http_proxy is safe to use because ENV is case sensitive. proxy_uri = env[name] else proxy_uri = nil end else # http_proxy is safe to use because ENV is case sensitive. proxy_uri = env.to_hash[name] end if !proxy_uri # Use CGI_HTTP_PROXY. cf. libwww-perl. proxy_uri = env["CGI_#{name.upcase}"] end elsif name == 'http_proxy' if RUBY_ENGINE == 'jruby' && p_addr = ENV_JAVA['http.proxyHost'] p_port = ENV_JAVA['http.proxyPort'] if p_user = ENV_JAVA['http.proxyUser'] p_pass = ENV_JAVA['http.proxyPass'] proxy_uri = "http://#{p_user}:#{p_pass}@#{p_addr}:#{p_port}" else proxy_uri = "http://#{p_addr}:#{p_port}" end else unless proxy_uri = env[name] if proxy_uri = env[name.upcase] warn 'The environment variable HTTP_PROXY is discouraged. Use http_proxy.', uplevel: 1 end end end else proxy_uri = env[name] || env[name.upcase] end if proxy_uri.nil? || proxy_uri.empty? return nil end if self.hostname begin addr = IPSocket.getaddress(self.hostname) return nil if /\A127\.|\A::1\z/ =~ addr rescue SocketError end end name = 'no_proxy' if no_proxy = env[name] || env[name.upcase] return nil unless URI::Generic.use_proxy?(self.hostname, addr, self.port, no_proxy) end URI.parse(proxy_uri) end def self.use_proxy?(hostname, addr, port, no_proxy) # :nodoc: hostname = hostname.downcase dothostname = ".#{hostname}" no_proxy.scan(/([^:,\s]+)(?::(\d+))?/) {|p_host, p_port| if !p_port || port == p_port.to_i if p_host.start_with?('.') return false if hostname.end_with?(p_host.downcase) else return false if dothostname.end_with?(".#{p_host.downcase}") end if addr begin return false if IPAddr.new(p_host).include?(addr) rescue IPAddr::InvalidAddressError next end end end } true end end end PK *J [�N share/ruby/uri/rfc3986_parser.rbnu �[��� # frozen_string_literal: true module URI class RFC3986_Parser # :nodoc: # URI defined in RFC3986 HOST = %r[ (?<IP-literal>\[(?: (?<IPv6address> (?:\h{1,4}:){6} (?<ls32>\h{1,4}:\h{1,4} | (?<IPv4address>(?<dec-octet>[1-9]\d|1\d{2}|2[0-4]\d|25[0-5]|\d) \.\g<dec-octet>\.\g<dec-octet>\.\g<dec-octet>) ) | ::(?:\h{1,4}:){5}\g<ls32> | \h{1,4}?::(?:\h{1,4}:){4}\g<ls32> | (?:(?:\h{1,4}:)?\h{1,4})?::(?:\h{1,4}:){3}\g<ls32> | (?:(?:\h{1,4}:){,2}\h{1,4})?::(?:\h{1,4}:){2}\g<ls32> | (?:(?:\h{1,4}:){,3}\h{1,4})?::\h{1,4}:\g<ls32> | (?:(?:\h{1,4}:){,4}\h{1,4})?::\g<ls32> | (?:(?:\h{1,4}:){,5}\h{1,4})?::\h{1,4} | (?:(?:\h{1,4}:){,6}\h{1,4})?:: ) | (?<IPvFuture>v\h++\.[!$&-.0-9:;=A-Z_a-z~]++) )\]) | \g<IPv4address> | (?<reg-name>(?:%\h\h|[!$&-.0-9;=A-Z_a-z~])*+) ]x USERINFO = /(?:%\h\h|[!$&-.0-9:;=A-Z_a-z~])*+/ SCHEME = %r[[A-Za-z][+\-.0-9A-Za-z]*+].source SEG = %r[(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/])].source SEG_NC = %r[(?:%\h\h|[!$&-.0-9;=@A-Z_a-z~])].source FRAGMENT = %r[(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/?])*+].source RFC3986_URI = %r[\A (?<seg>#{SEG}){0} (?<URI> (?<scheme>#{SCHEME}): (?<hier-part>// (?<authority> (?:(?<userinfo>#{USERINFO.source})@)? (?<host>#{HOST.source.delete(" \n")}) (?::(?<port>\d*+))? ) (?<path-abempty>(?:/\g<seg>*+)?) | (?<path-absolute>/((?!/)\g<seg>++)?) | (?<path-rootless>(?!/)\g<seg>++) | (?<path-empty>) ) (?:\?(?<query>[^\#]*+))? (?:\#(?<fragment>#{FRAGMENT}))? )\z]x RFC3986_relative_ref = %r[\A (?<seg>#{SEG}){0} (?<relative-ref> (?<relative-part>// (?<authority> (?:(?<userinfo>#{USERINFO.source})@)? (?<host>#{HOST.source.delete(" \n")}(?<!/))? (?::(?<port>\d*+))? ) (?<path-abempty>(?:/\g<seg>*+)?) | (?<path-absolute>/\g<seg>*+) | (?<path-noscheme>#{SEG_NC}++(?:/\g<seg>*+)?) | (?<path-empty>) ) (?:\?(?<query>[^#]*+))? (?:\#(?<fragment>#{FRAGMENT}))? )\z]x attr_reader :regexp def initialize @regexp = default_regexp.each_value(&:freeze).freeze end def split(uri) #:nodoc: begin uri = uri.to_str rescue NoMethodError raise InvalidURIError, "bad URI (is not URI?): #{uri.inspect}" end uri.ascii_only? or raise InvalidURIError, "URI must be ascii only #{uri.dump}" if m = RFC3986_URI.match(uri) query = m["query"] scheme = m["scheme"] opaque = m["path-rootless"] if opaque opaque << "?#{query}" if query [ scheme, nil, # userinfo nil, # host nil, # port nil, # registry nil, # path opaque, nil, # query m["fragment"] ] else # normal [ scheme, m["userinfo"], m["host"], m["port"], nil, # registry (m["path-abempty"] || m["path-absolute"] || m["path-empty"]), nil, # opaque query, m["fragment"] ] end elsif m = RFC3986_relative_ref.match(uri) [ nil, # scheme m["userinfo"], m["host"], m["port"], nil, # registry, (m["path-abempty"] || m["path-absolute"] || m["path-noscheme"] || m["path-empty"]), nil, # opaque m["query"], m["fragment"] ] else raise InvalidURIError, "bad URI (is not URI?): #{uri.inspect}" end end def parse(uri) # :nodoc: URI.for(*self.split(uri), self) end def join(*uris) # :nodoc: uris[0] = convert_to_uri(uris[0]) uris.inject :merge end # Compatibility for RFC2396 parser def extract(str, schemes = nil, &block) # :nodoc: warn "URI::RFC3986_PARSER.extract is obsolete. Use URI::RFC2396_PARSER.extract explicitly.", uplevel: 1 if $VERBOSE RFC2396_PARSER.extract(str, schemes, &block) end # Compatibility for RFC2396 parser def make_regexp(schemes = nil) # :nodoc: warn "URI::RFC3986_PARSER.make_regexp is obsolete. Use URI::RFC2396_PARSER.make_regexp explicitly.", uplevel: 1 if $VERBOSE RFC2396_PARSER.make_regexp(schemes) end # Compatibility for RFC2396 parser def escape(str, unsafe = nil) # :nodoc: warn "URI::RFC3986_PARSER.escape is obsolete. Use URI::RFC2396_PARSER.escape explicitly.", uplevel: 1 if $VERBOSE unsafe ? RFC2396_PARSER.escape(str, unsafe) : RFC2396_PARSER.escape(str) end # Compatibility for RFC2396 parser def unescape(str, escaped = nil) # :nodoc: warn "URI::RFC3986_PARSER.unescape is obsolete. Use URI::RFC2396_PARSER.unescape explicitly.", uplevel: 1 if $VERBOSE escaped ? RFC2396_PARSER.unescape(str, escaped) : RFC2396_PARSER.unescape(str) end @@to_s = Kernel.instance_method(:to_s) if @@to_s.respond_to?(:bind_call) def inspect @@to_s.bind_call(self) end else def inspect @@to_s.bind(self).call end end private def default_regexp # :nodoc: { SCHEME: %r[\A#{SCHEME}\z]o, USERINFO: %r[\A#{USERINFO}\z]o, HOST: %r[\A#{HOST}\z]o, ABS_PATH: %r[\A/#{SEG}*+\z]o, REL_PATH: %r[\A(?!/)#{SEG}++\z]o, QUERY: %r[\A(?:%\h\h|[!$&-.0-9:;=@A-Z_a-z~/?])*+\z], FRAGMENT: %r[\A#{FRAGMENT}\z]o, OPAQUE: %r[\A(?:[^/].*)?\z], PORT: /\A[\x09\x0a\x0c\x0d ]*+\d*[\x09\x0a\x0c\x0d ]*\z/, } end def convert_to_uri(uri) if uri.is_a?(URI::Generic) uri elsif uri = String.try_convert(uri) parse(uri) else raise ArgumentError, "bad argument (expected URI object or URI string)" end end end # class Parser end # module URI PK *J [���. . share/ruby/uri/https.rbnu �[��� # frozen_string_literal: false # = uri/https.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'http' module URI # The default port for HTTPS URIs is 443, and the scheme is 'https:' rather # than 'http:'. Other than that, HTTPS URIs are identical to HTTP URIs; # see URI::HTTP. class HTTPS < HTTP # A Default port of 443 for URI::HTTPS DEFAULT_PORT = 443 end register_scheme 'HTTPS', HTTPS end PK *J [�(�g� � share/ruby/uri/version.rbnu �[��� module URI # :stopdoc: VERSION_CODE = '010003'.freeze VERSION = VERSION_CODE.scan(/../).collect{|n| n.to_i}.join('.').freeze # :startdoc: end PK *J [\\�& & share/ruby/uri/ftp.rbnu �[��� # frozen_string_literal: false # = uri/ftp.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'generic' module URI # # FTP URI syntax is defined by RFC1738 section 3.2. # # This class will be redesigned because of difference of implementations; # the structure of its path. draft-hoffman-ftp-uri-04 is a draft but it # is a good summary about the de facto spec. # https://datatracker.ietf.org/doc/html/draft-hoffman-ftp-uri-04 # class FTP < Generic # A Default port of 21 for URI::FTP. DEFAULT_PORT = 21 # # An Array of the available components for URI::FTP. # COMPONENT = [ :scheme, :userinfo, :host, :port, :path, :typecode ].freeze # # Typecode is "a", "i", or "d". # # * "a" indicates a text file (the FTP command was ASCII) # * "i" indicates a binary file (FTP command IMAGE) # * "d" indicates the contents of a directory should be displayed # TYPECODE = ['a', 'i', 'd'].freeze # Typecode prefix ";type=". TYPECODE_PREFIX = ';type='.freeze def self.new2(user, password, host, port, path, typecode = nil, arg_check = true) # :nodoc: # Do not use this method! Not tested. [Bug #7301] # This methods remains just for compatibility, # Keep it undocumented until the active maintainer is assigned. typecode = nil if typecode.size == 0 if typecode && !TYPECODE.include?(typecode) raise ArgumentError, "bad typecode is specified: #{typecode}" end # do escape self.new('ftp', [user, password], host, port, nil, typecode ? path + TYPECODE_PREFIX + typecode : path, nil, nil, nil, arg_check) end # # == Description # # Creates a new URI::FTP object from components, with syntax checking. # # The components accepted are +userinfo+, +host+, +port+, +path+, and # +typecode+. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, typecode]</code>. # # If the path supplied is absolute, it will be escaped in order to # make it absolute in the URI. # # Examples: # # require 'uri' # # uri1 = URI::FTP.build(['user:password', 'ftp.example.com', nil, # '/path/file.zip', 'i']) # uri1.to_s # => "ftp://user:password@ftp.example.com/%2Fpath/file.zip;type=i" # # uri2 = URI::FTP.build({:host => 'ftp.example.com', # :path => 'ruby/src'}) # uri2.to_s # => "ftp://ftp.example.com/ruby/src" # def self.build(args) # Fix the incoming path to be generic URL syntax # FTP path -> URL path # foo/bar /foo/bar # /foo/bar /%2Ffoo/bar # if args.kind_of?(Array) args[3] = '/' + args[3].sub(/^\//, '%2F') else args[:path] = '/' + args[:path].sub(/^\//, '%2F') end tmp = Util::make_components_hash(self, args) if tmp[:typecode] if tmp[:typecode].size == 1 tmp[:typecode] = TYPECODE_PREFIX + tmp[:typecode] end tmp[:path] << tmp[:typecode] end return super(tmp) end # # == Description # # Creates a new URI::FTP object from generic URL components with no # syntax checking. # # Unlike build(), this method does not escape the path component as # required by RFC1738; instead it is treated as per RFC2396. # # Arguments are +scheme+, +userinfo+, +host+, +port+, +registry+, +path+, # +opaque+, +query+, and +fragment+, in that order. # def initialize(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser = nil, arg_check = false) raise InvalidURIError unless path path = path.sub(/^\//,'') path.sub!(/^%2F/,'/') super(scheme, userinfo, host, port, registry, path, opaque, query, fragment, parser, arg_check) @typecode = nil if tmp = @path.index(TYPECODE_PREFIX) typecode = @path[tmp + TYPECODE_PREFIX.size..-1] @path = @path[0..tmp - 1] if arg_check self.typecode = typecode else self.set_typecode(typecode) end end end # typecode accessor. # # See URI::FTP::COMPONENT. attr_reader :typecode # Validates typecode +v+, # returns +true+ or +false+. # def check_typecode(v) if TYPECODE.include?(v) return true else raise InvalidComponentError, "bad typecode(expected #{TYPECODE.join(', ')}): #{v}" end end private :check_typecode # Private setter for the typecode +v+. # # See also URI::FTP.typecode=. # def set_typecode(v) @typecode = v end protected :set_typecode # # == Args # # +v+:: # String # # == Description # # Public setter for the typecode +v+ # (with validation). # # See also URI::FTP.check_typecode. # # == Usage # # require 'uri' # # uri = URI.parse("ftp://john@ftp.example.com/my_file.img") # #=> #<URI::FTP ftp://john@ftp.example.com/my_file.img> # uri.typecode = "i" # uri # #=> #<URI::FTP ftp://john@ftp.example.com/my_file.img;type=i> # def typecode=(typecode) check_typecode(typecode) set_typecode(typecode) typecode end def merge(oth) # :nodoc: tmp = super(oth) if self != tmp tmp.set_typecode(oth.typecode) end return tmp end # Returns the path from an FTP URI. # # RFC 1738 specifically states that the path for an FTP URI does not # include the / which separates the URI path from the URI host. Example: # # <code>ftp://ftp.example.com/pub/ruby</code> # # The above URI indicates that the client should connect to # ftp.example.com then cd to pub/ruby from the initial login directory. # # If you want to cd to an absolute directory, you must include an # escaped / (%2F) in the path. Example: # # <code>ftp://ftp.example.com/%2Fpub/ruby</code> # # This method will then return "/pub/ruby". # def path return @path.sub(/^\//,'').sub(/^%2F/,'/') end # Private setter for the path of the URI::FTP. def set_path(v) super("/" + v.sub(/^\//, "%2F")) end protected :set_path # Returns a String representation of the URI::FTP. def to_s save_path = nil if @typecode save_path = @path @path = @path + TYPECODE_PREFIX + @typecode end str = super if @typecode @path = save_path end return str end end register_scheme 'FTP', FTP end PK *J [J�*E *E share/ruby/uri/rfc2396_parser.rbnu �[��� # frozen_string_literal: false #-- # = uri/common.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: # You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # module URI # # Includes URI::REGEXP::PATTERN # module RFC2396_REGEXP # # Patterns used to parse URI's # module PATTERN # :stopdoc: # RFC 2396 (URI Generic Syntax) # RFC 2732 (IPv6 Literal Addresses in URL's) # RFC 2373 (IPv6 Addressing Architecture) # alpha = lowalpha | upalpha ALPHA = "a-zA-Z" # alphanum = alpha | digit ALNUM = "#{ALPHA}\\d" # hex = digit | "A" | "B" | "C" | "D" | "E" | "F" | # "a" | "b" | "c" | "d" | "e" | "f" HEX = "a-fA-F\\d" # escaped = "%" hex hex ESCAPED = "%[#{HEX}]{2}" # mark = "-" | "_" | "." | "!" | "~" | "*" | "'" | # "(" | ")" # unreserved = alphanum | mark UNRESERVED = "\\-_.!~*'()#{ALNUM}" # reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" | "+" | # "$" | "," # reserved = ";" | "/" | "?" | ":" | "@" | "&" | "=" | "+" | # "$" | "," | "[" | "]" (RFC 2732) RESERVED = ";/?:@&=+$,\\[\\]" # domainlabel = alphanum | alphanum *( alphanum | "-" ) alphanum DOMLABEL = "(?:[#{ALNUM}](?:[-#{ALNUM}]*[#{ALNUM}])?)" # toplabel = alpha | alpha *( alphanum | "-" ) alphanum TOPLABEL = "(?:[#{ALPHA}](?:[-#{ALNUM}]*[#{ALNUM}])?)" # hostname = *( domainlabel "." ) toplabel [ "." ] HOSTNAME = "(?:#{DOMLABEL}\\.)*#{TOPLABEL}\\.?" # :startdoc: end # PATTERN # :startdoc: end # REGEXP # Class that parses String's into URI's. # # It contains a Hash set of patterns and Regexp's that match and validate. # class RFC2396_Parser include RFC2396_REGEXP # # == Synopsis # # URI::Parser.new([opts]) # # == Args # # The constructor accepts a hash as options for parser. # Keys of options are pattern names of URI components # and values of options are pattern strings. # The constructor generates set of regexps for parsing URIs. # # You can use the following keys: # # * :ESCAPED (URI::PATTERN::ESCAPED in default) # * :UNRESERVED (URI::PATTERN::UNRESERVED in default) # * :DOMLABEL (URI::PATTERN::DOMLABEL in default) # * :TOPLABEL (URI::PATTERN::TOPLABEL in default) # * :HOSTNAME (URI::PATTERN::HOSTNAME in default) # # == Examples # # p = URI::Parser.new(:ESCAPED => "(?:%[a-fA-F0-9]{2}|%u[a-fA-F0-9]{4})") # u = p.parse("http://example.jp/%uABCD") #=> #<URI::HTTP http://example.jp/%uABCD> # URI.parse(u.to_s) #=> raises URI::InvalidURIError # # s = "http://example.com/ABCD" # u1 = p.parse(s) #=> #<URI::HTTP http://example.com/ABCD> # u2 = URI.parse(s) #=> #<URI::HTTP http://example.com/ABCD> # u1 == u2 #=> true # u1.eql?(u2) #=> false # def initialize(opts = {}) @pattern = initialize_pattern(opts) @pattern.each_value(&:freeze) @pattern.freeze @regexp = initialize_regexp(@pattern) @regexp.each_value(&:freeze) @regexp.freeze end # The Hash of patterns. # # See also URI::Parser.initialize_pattern. attr_reader :pattern # The Hash of Regexp. # # See also URI::Parser.initialize_regexp. attr_reader :regexp # Returns a split URI against +regexp[:ABS_URI]+. def split(uri) case uri when '' # null uri when @regexp[:ABS_URI] scheme, opaque, userinfo, host, port, registry, path, query, fragment = $~[1..-1] # URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] # absoluteURI = scheme ":" ( hier_part | opaque_part ) # hier_part = ( net_path | abs_path ) [ "?" query ] # opaque_part = uric_no_slash *uric # abs_path = "/" path_segments # net_path = "//" authority [ abs_path ] # authority = server | reg_name # server = [ [ userinfo "@" ] hostport ] if !scheme raise InvalidURIError, "bad URI (absolute but no scheme): #{uri}" end if !opaque && (!path && (!host && !registry)) raise InvalidURIError, "bad URI (absolute but no path): #{uri}" end when @regexp[:REL_URI] scheme = nil opaque = nil userinfo, host, port, registry, rel_segment, abs_path, query, fragment = $~[1..-1] if rel_segment && abs_path path = rel_segment + abs_path elsif rel_segment path = rel_segment elsif abs_path path = abs_path end # URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] # relativeURI = ( net_path | abs_path | rel_path ) [ "?" query ] # net_path = "//" authority [ abs_path ] # abs_path = "/" path_segments # rel_path = rel_segment [ abs_path ] # authority = server | reg_name # server = [ [ userinfo "@" ] hostport ] else raise InvalidURIError, "bad URI (is not URI?): #{uri}" end path = '' if !path && !opaque # (see RFC2396 Section 5.2) ret = [ scheme, userinfo, host, port, # X registry, # X path, # Y opaque, # Y query, fragment ] return ret end # # == Args # # +uri+:: # String # # == Description # # Parses +uri+ and constructs either matching URI scheme object # (File, FTP, HTTP, HTTPS, LDAP, LDAPS, or MailTo) or URI::Generic. # # == Usage # # p = URI::Parser.new # p.parse("ldap://ldap.example.com/dc=example?user=john") # #=> #<URI::LDAP ldap://ldap.example.com/dc=example?user=john> # def parse(uri) URI.for(*self.split(uri), self) end # # == Args # # +uris+:: # an Array of Strings # # == Description # # Attempts to parse and merge a set of URIs. # def join(*uris) uris[0] = convert_to_uri(uris[0]) uris.inject :merge end # # :call-seq: # extract( str ) # extract( str, schemes ) # extract( str, schemes ) {|item| block } # # == Args # # +str+:: # String to search # +schemes+:: # Patterns to apply to +str+ # # == Description # # Attempts to parse and merge a set of URIs. # If no +block+ given, then returns the result, # else it calls +block+ for each element in result. # # See also URI::Parser.make_regexp. # def extract(str, schemes = nil) if block_given? str.scan(make_regexp(schemes)) { yield $& } nil else result = [] str.scan(make_regexp(schemes)) { result.push $& } result end end # Returns Regexp that is default +self.regexp[:ABS_URI_REF]+, # unless +schemes+ is provided. Then it is a Regexp.union with +self.pattern[:X_ABS_URI]+. def make_regexp(schemes = nil) unless schemes @regexp[:ABS_URI_REF] else /(?=#{Regexp.union(*schemes)}:)#{@pattern[:X_ABS_URI]}/x end end # # :call-seq: # escape( str ) # escape( str, unsafe ) # # == Args # # +str+:: # String to make safe # +unsafe+:: # Regexp to apply. Defaults to +self.regexp[:UNSAFE]+ # # == Description # # Constructs a safe String from +str+, removing unsafe characters, # replacing them with codes. # def escape(str, unsafe = @regexp[:UNSAFE]) unless unsafe.kind_of?(Regexp) # perhaps unsafe is String object unsafe = Regexp.new("[#{Regexp.quote(unsafe)}]", false) end str.gsub(unsafe) do us = $& tmp = '' us.each_byte do |uc| tmp << sprintf('%%%02X', uc) end tmp end.force_encoding(Encoding::US_ASCII) end # # :call-seq: # unescape( str ) # unescape( str, escaped ) # # == Args # # +str+:: # String to remove escapes from # +escaped+:: # Regexp to apply. Defaults to +self.regexp[:ESCAPED]+ # # == Description # # Removes escapes from +str+. # def unescape(str, escaped = @regexp[:ESCAPED]) enc = str.encoding enc = Encoding::UTF_8 if enc == Encoding::US_ASCII str.gsub(escaped) { [$&[1, 2]].pack('H2').force_encoding(enc) } end TO_S = Kernel.instance_method(:to_s) # :nodoc: if TO_S.respond_to?(:bind_call) def inspect # :nodoc: TO_S.bind_call(self) end else def inspect # :nodoc: TO_S.bind(self).call end end private # Constructs the default Hash of patterns. def initialize_pattern(opts = {}) ret = {} ret[:ESCAPED] = escaped = (opts.delete(:ESCAPED) || PATTERN::ESCAPED) ret[:UNRESERVED] = unreserved = opts.delete(:UNRESERVED) || PATTERN::UNRESERVED ret[:RESERVED] = reserved = opts.delete(:RESERVED) || PATTERN::RESERVED ret[:DOMLABEL] = opts.delete(:DOMLABEL) || PATTERN::DOMLABEL ret[:TOPLABEL] = opts.delete(:TOPLABEL) || PATTERN::TOPLABEL ret[:HOSTNAME] = hostname = opts.delete(:HOSTNAME) # RFC 2396 (URI Generic Syntax) # RFC 2732 (IPv6 Literal Addresses in URL's) # RFC 2373 (IPv6 Addressing Architecture) # uric = reserved | unreserved | escaped ret[:URIC] = uric = "(?:[#{unreserved}#{reserved}]|#{escaped})" # uric_no_slash = unreserved | escaped | ";" | "?" | ":" | "@" | # "&" | "=" | "+" | "$" | "," ret[:URIC_NO_SLASH] = uric_no_slash = "(?:[#{unreserved};?:@&=+$,]|#{escaped})" # query = *uric ret[:QUERY] = query = "#{uric}*" # fragment = *uric ret[:FRAGMENT] = fragment = "#{uric}*" # hostname = *( domainlabel "." ) toplabel [ "." ] # reg-name = *( unreserved / pct-encoded / sub-delims ) # RFC3986 unless hostname ret[:HOSTNAME] = hostname = "(?:[a-zA-Z0-9\\-.]|%\\h\\h)+" end # RFC 2373, APPENDIX B: # IPv6address = hexpart [ ":" IPv4address ] # IPv4address = 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT # hexpart = hexseq | hexseq "::" [ hexseq ] | "::" [ hexseq ] # hexseq = hex4 *( ":" hex4) # hex4 = 1*4HEXDIG # # XXX: This definition has a flaw. "::" + IPv4address must be # allowed too. Here is a replacement. # # IPv4address = 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT "." 1*3DIGIT ret[:IPV4ADDR] = ipv4addr = "\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}\\.\\d{1,3}" # hex4 = 1*4HEXDIG hex4 = "[#{PATTERN::HEX}]{1,4}" # lastpart = hex4 | IPv4address lastpart = "(?:#{hex4}|#{ipv4addr})" # hexseq1 = *( hex4 ":" ) hex4 hexseq1 = "(?:#{hex4}:)*#{hex4}" # hexseq2 = *( hex4 ":" ) lastpart hexseq2 = "(?:#{hex4}:)*#{lastpart}" # IPv6address = hexseq2 | [ hexseq1 ] "::" [ hexseq2 ] ret[:IPV6ADDR] = ipv6addr = "(?:#{hexseq2}|(?:#{hexseq1})?::(?:#{hexseq2})?)" # IPv6prefix = ( hexseq1 | [ hexseq1 ] "::" [ hexseq1 ] ) "/" 1*2DIGIT # unused # ipv6reference = "[" IPv6address "]" (RFC 2732) ret[:IPV6REF] = ipv6ref = "\\[#{ipv6addr}\\]" # host = hostname | IPv4address # host = hostname | IPv4address | IPv6reference (RFC 2732) ret[:HOST] = host = "(?:#{hostname}|#{ipv4addr}|#{ipv6ref})" # port = *digit ret[:PORT] = port = '\d*' # hostport = host [ ":" port ] ret[:HOSTPORT] = hostport = "#{host}(?::#{port})?" # userinfo = *( unreserved | escaped | # ";" | ":" | "&" | "=" | "+" | "$" | "," ) ret[:USERINFO] = userinfo = "(?:[#{unreserved};:&=+$,]|#{escaped})*" # pchar = unreserved | escaped | # ":" | "@" | "&" | "=" | "+" | "$" | "," pchar = "(?:[#{unreserved}:@&=+$,]|#{escaped})" # param = *pchar param = "#{pchar}*" # segment = *pchar *( ";" param ) segment = "#{pchar}*(?:;#{param})*" # path_segments = segment *( "/" segment ) ret[:PATH_SEGMENTS] = path_segments = "#{segment}(?:/#{segment})*" # server = [ [ userinfo "@" ] hostport ] server = "(?:#{userinfo}@)?#{hostport}" # reg_name = 1*( unreserved | escaped | "$" | "," | # ";" | ":" | "@" | "&" | "=" | "+" ) ret[:REG_NAME] = reg_name = "(?:[#{unreserved}$,;:@&=+]|#{escaped})+" # authority = server | reg_name authority = "(?:#{server}|#{reg_name})" # rel_segment = 1*( unreserved | escaped | # ";" | "@" | "&" | "=" | "+" | "$" | "," ) ret[:REL_SEGMENT] = rel_segment = "(?:[#{unreserved};@&=+$,]|#{escaped})+" # scheme = alpha *( alpha | digit | "+" | "-" | "." ) ret[:SCHEME] = scheme = "[#{PATTERN::ALPHA}][\\-+.#{PATTERN::ALPHA}\\d]*" # abs_path = "/" path_segments ret[:ABS_PATH] = abs_path = "/#{path_segments}" # rel_path = rel_segment [ abs_path ] ret[:REL_PATH] = rel_path = "#{rel_segment}(?:#{abs_path})?" # net_path = "//" authority [ abs_path ] ret[:NET_PATH] = net_path = "//#{authority}(?:#{abs_path})?" # hier_part = ( net_path | abs_path ) [ "?" query ] ret[:HIER_PART] = hier_part = "(?:#{net_path}|#{abs_path})(?:\\?(?:#{query}))?" # opaque_part = uric_no_slash *uric ret[:OPAQUE_PART] = opaque_part = "#{uric_no_slash}#{uric}*" # absoluteURI = scheme ":" ( hier_part | opaque_part ) ret[:ABS_URI] = abs_uri = "#{scheme}:(?:#{hier_part}|#{opaque_part})" # relativeURI = ( net_path | abs_path | rel_path ) [ "?" query ] ret[:REL_URI] = rel_uri = "(?:#{net_path}|#{abs_path}|#{rel_path})(?:\\?#{query})?" # URI-reference = [ absoluteURI | relativeURI ] [ "#" fragment ] ret[:URI_REF] = "(?:#{abs_uri}|#{rel_uri})?(?:##{fragment})?" ret[:X_ABS_URI] = " (#{scheme}): (?# 1: scheme) (?: (#{opaque_part}) (?# 2: opaque) | (?:(?: //(?: (?:(?:(#{userinfo})@)? (?# 3: userinfo) (?:(#{host})(?::(\\d*))?))? (?# 4: host, 5: port) | (#{reg_name}) (?# 6: registry) ) | (?!//)) (?# XXX: '//' is the mark for hostport) (#{abs_path})? (?# 7: path) )(?:\\?(#{query}))? (?# 8: query) ) (?:\\#(#{fragment}))? (?# 9: fragment) " ret[:X_REL_URI] = " (?: (?: // (?: (?:(#{userinfo})@)? (?# 1: userinfo) (#{host})?(?::(\\d*))? (?# 2: host, 3: port) | (#{reg_name}) (?# 4: registry) ) ) | (#{rel_segment}) (?# 5: rel_segment) )? (#{abs_path})? (?# 6: abs_path) (?:\\?(#{query}))? (?# 7: query) (?:\\#(#{fragment}))? (?# 8: fragment) " ret end # Constructs the default Hash of Regexp's. def initialize_regexp(pattern) ret = {} # for URI::split ret[:ABS_URI] = Regexp.new('\A\s*+' + pattern[:X_ABS_URI] + '\s*\z', Regexp::EXTENDED) ret[:REL_URI] = Regexp.new('\A\s*+' + pattern[:X_REL_URI] + '\s*\z', Regexp::EXTENDED) # for URI::extract ret[:URI_REF] = Regexp.new(pattern[:URI_REF]) ret[:ABS_URI_REF] = Regexp.new(pattern[:X_ABS_URI], Regexp::EXTENDED) ret[:REL_URI_REF] = Regexp.new(pattern[:X_REL_URI], Regexp::EXTENDED) # for URI::escape/unescape ret[:ESCAPED] = Regexp.new(pattern[:ESCAPED]) ret[:UNSAFE] = Regexp.new("[^#{pattern[:UNRESERVED]}#{pattern[:RESERVED]}]") # for Generic#initialize ret[:SCHEME] = Regexp.new("\\A#{pattern[:SCHEME]}\\z") ret[:USERINFO] = Regexp.new("\\A#{pattern[:USERINFO]}\\z") ret[:HOST] = Regexp.new("\\A#{pattern[:HOST]}\\z") ret[:PORT] = Regexp.new("\\A#{pattern[:PORT]}\\z") ret[:OPAQUE] = Regexp.new("\\A#{pattern[:OPAQUE_PART]}\\z") ret[:REGISTRY] = Regexp.new("\\A#{pattern[:REG_NAME]}\\z") ret[:ABS_PATH] = Regexp.new("\\A#{pattern[:ABS_PATH]}\\z") ret[:REL_PATH] = Regexp.new("\\A#{pattern[:REL_PATH]}\\z") ret[:QUERY] = Regexp.new("\\A#{pattern[:QUERY]}\\z") ret[:FRAGMENT] = Regexp.new("\\A#{pattern[:FRAGMENT]}\\z") ret end def convert_to_uri(uri) if uri.is_a?(URI::Generic) uri elsif uri = String.try_convert(uri) parse(uri) else raise ArgumentError, "bad argument (expected URI object or URI string)" end end end # class Parser # Backward compatibility for URI::REGEXP::PATTERN::* RFC2396_Parser.new.pattern.each_pair do |sym, str| unless RFC2396_REGEXP::PATTERN.const_defined?(sym, false) RFC2396_REGEXP::PATTERN.const_set(sym, str) end end end # module URI PK *J [���Q Q share/ruby/uri/mailto.rbnu �[��� # frozen_string_literal: false # = uri/mailto.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'generic' module URI # # RFC6068, the mailto URL scheme. # class MailTo < Generic include RFC2396_REGEXP # A Default port of nil for URI::MailTo. DEFAULT_PORT = nil # An Array of the available components for URI::MailTo. COMPONENT = [ :scheme, :to, :headers ].freeze # :stopdoc: # "hname" and "hvalue" are encodings of an RFC 822 header name and # value, respectively. As with "to", all URL reserved characters must # be encoded. # # "#mailbox" is as specified in RFC 822 [RFC822]. This means that it # consists of zero or more comma-separated mail addresses, possibly # including "phrase" and "comment" components. Note that all URL # reserved characters in "to" must be encoded: in particular, # parentheses, commas, and the percent sign ("%"), which commonly occur # in the "mailbox" syntax. # # Within mailto URLs, the characters "?", "=", "&" are reserved. # ; RFC 6068 # hfields = "?" hfield *( "&" hfield ) # hfield = hfname "=" hfvalue # hfname = *qchar # hfvalue = *qchar # qchar = unreserved / pct-encoded / some-delims # some-delims = "!" / "$" / "'" / "(" / ")" / "*" # / "+" / "," / ";" / ":" / "@" # # ; RFC3986 # unreserved = ALPHA / DIGIT / "-" / "." / "_" / "~" # pct-encoded = "%" HEXDIG HEXDIG HEADER_REGEXP = /\A(?<hfield>(?:%\h\h|[!$'-.0-;@-Z_a-z~])*=(?:%\h\h|[!$'-.0-;@-Z_a-z~])*)(?:&\g<hfield>)*\z/ # practical regexp for email address # https://html.spec.whatwg.org/multipage/input.html#valid-e-mail-address EMAIL_REGEXP = /\A[a-zA-Z0-9.!\#$%&'*+\/=?^_`{|}~-]+@[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?(?:\.[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?)*\z/ # :startdoc: # # == Description # # Creates a new URI::MailTo object from components, with syntax checking. # # Components can be provided as an Array or Hash. If an Array is used, # the components must be supplied as <code>[to, headers]</code>. # # If a Hash is used, the keys are the component names preceded by colons. # # The headers can be supplied as a pre-encoded string, such as # <code>"subject=subscribe&cc=address"</code>, or as an Array of Arrays # like <code>[['subject', 'subscribe'], ['cc', 'address']]</code>. # # Examples: # # require 'uri' # # m1 = URI::MailTo.build(['joe@example.com', 'subject=Ruby']) # m1.to_s # => "mailto:joe@example.com?subject=Ruby" # # m2 = URI::MailTo.build(['john@example.com', [['Subject', 'Ruby'], ['Cc', 'jack@example.com']]]) # m2.to_s # => "mailto:john@example.com?Subject=Ruby&Cc=jack@example.com" # # m3 = URI::MailTo.build({:to => 'listman@example.com', :headers => [['subject', 'subscribe']]}) # m3.to_s # => "mailto:listman@example.com?subject=subscribe" # def self.build(args) tmp = Util.make_components_hash(self, args) case tmp[:to] when Array tmp[:opaque] = tmp[:to].join(',') when String tmp[:opaque] = tmp[:to].dup else tmp[:opaque] = '' end if tmp[:headers] query = case tmp[:headers] when Array tmp[:headers].collect { |x| if x.kind_of?(Array) x[0] + '=' + x[1..-1].join else x.to_s end }.join('&') when Hash tmp[:headers].collect { |h,v| h + '=' + v }.join('&') else tmp[:headers].to_s end unless query.empty? tmp[:opaque] << '?' << query end end super(tmp) end # # == Description # # Creates a new URI::MailTo object from generic URL components with # no syntax checking. # # This method is usually called from URI::parse, which checks # the validity of each component. # def initialize(*arg) super(*arg) @to = nil @headers = [] # The RFC3986 parser does not normally populate opaque @opaque = "?#{@query}" if @query && !@opaque unless @opaque raise InvalidComponentError, "missing opaque part for mailto URL" end to, header = @opaque.split('?', 2) # allow semicolon as a addr-spec separator # http://support.microsoft.com/kb/820868 unless /\A(?:[^@,;]+@[^@,;]+(?:\z|[,;]))*\z/ =~ to raise InvalidComponentError, "unrecognised opaque part for mailtoURL: #{@opaque}" end if arg[10] # arg_check self.to = to self.headers = header else set_to(to) set_headers(header) end end # The primary e-mail address of the URL, as a String. attr_reader :to # E-mail headers set by the URL, as an Array of Arrays. attr_reader :headers # Checks the to +v+ component. def check_to(v) return true unless v return true if v.size == 0 v.split(/[,;]/).each do |addr| # check url safety as path-rootless if /\A(?:%\h\h|[!$&-.0-;=@-Z_a-z~])*\z/ !~ addr raise InvalidComponentError, "an address in 'to' is invalid as URI #{addr.dump}" end # check addr-spec # don't s/\+/ /g addr.gsub!(/%\h\h/, URI::TBLDECWWWCOMP_) if EMAIL_REGEXP !~ addr raise InvalidComponentError, "an address in 'to' is invalid as uri-escaped addr-spec #{addr.dump}" end end true end private :check_to # Private setter for to +v+. def set_to(v) @to = v end protected :set_to # Setter for to +v+. def to=(v) check_to(v) set_to(v) v end # Checks the headers +v+ component against either # * HEADER_REGEXP def check_headers(v) return true unless v return true if v.size == 0 if HEADER_REGEXP !~ v raise InvalidComponentError, "bad component(expected opaque component): #{v}" end true end private :check_headers # Private setter for headers +v+. def set_headers(v) @headers = [] if v v.split('&').each do |x| @headers << x.split(/=/, 2) end end end protected :set_headers # Setter for headers +v+. def headers=(v) check_headers(v) set_headers(v) v end # Constructs String from URI. def to_s @scheme + ':' + if @to @to else '' end + if @headers.size > 0 '?' + @headers.collect{|x| x.join('=')}.join('&') else '' end + if @fragment '#' + @fragment else '' end end # Returns the RFC822 e-mail text equivalent of the URL, as a String. # # Example: # # require 'uri' # # uri = URI.parse("mailto:ruby-list@ruby-lang.org?Subject=subscribe&cc=myaddr") # uri.to_mailtext # # => "To: ruby-list@ruby-lang.org\nSubject: subscribe\nCc: myaddr\n\n\n" # def to_mailtext to = URI.decode_www_form_component(@to) head = '' body = '' @headers.each do |x| case x[0] when 'body' body = URI.decode_www_form_component(x[1]) when 'to' to << ', ' + URI.decode_www_form_component(x[1]) else head << URI.decode_www_form_component(x[0]).capitalize + ': ' + URI.decode_www_form_component(x[1]) + "\n" end end "To: #{to} #{head} #{body} " end alias to_rfc822text to_mailtext end register_scheme 'MAILTO', MailTo end PK *J [�R� share/ruby/uri/wss.rbnu �[��� # frozen_string_literal: false # = uri/wss.rb # # Author:: Matt Muller <mamuller@amazon.com> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'ws' module URI # The default port for WSS URIs is 443, and the scheme is 'wss:' rather # than 'ws:'. Other than that, WSS URIs are identical to WS URIs; # see URI::WS. class WSS < WS # A Default port of 443 for URI::WSS DEFAULT_PORT = 443 end register_scheme 'WSS', WSS end PK *J [�� q� � share/ruby/uri/file.rbnu �[��� # frozen_string_literal: true require_relative 'generic' module URI # # The "file" URI is defined by RFC8089. # class File < Generic # A Default port of nil for URI::File. DEFAULT_PORT = nil # # An Array of the available components for URI::File. # COMPONENT = [ :scheme, :host, :path ].freeze # # == Description # # Creates a new URI::File object from components, with syntax checking. # # The components accepted are +host+ and +path+. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[host, path]</code>. # # A path from e.g. the File class should be escaped before # being passed. # # Examples: # # require 'uri' # # uri1 = URI::File.build(['host.example.com', '/path/file.zip']) # uri1.to_s # => "file://host.example.com/path/file.zip" # # uri2 = URI::File.build({:host => 'host.example.com', # :path => '/ruby/src'}) # uri2.to_s # => "file://host.example.com/ruby/src" # # uri3 = URI::File.build({:path => URI::escape('/path/my file.txt')}) # uri3.to_s # => "file:///path/my%20file.txt" # def self.build(args) tmp = Util::make_components_hash(self, args) super(tmp) end # Protected setter for the host component +v+. # # See also URI::Generic.host=. # def set_host(v) v = "" if v.nil? || v == "localhost" @host = v end # do nothing def set_port(v) end # raise InvalidURIError def check_userinfo(user) raise URI::InvalidURIError, "cannot set userinfo for file URI" end # raise InvalidURIError def check_user(user) raise URI::InvalidURIError, "cannot set user for file URI" end # raise InvalidURIError def check_password(user) raise URI::InvalidURIError, "cannot set password for file URI" end # do nothing def set_userinfo(v) end # do nothing def set_user(v) end # do nothing def set_password(v) end end register_scheme 'FILE', File end PK *J [�K� � � share/ruby/uri/ws.rbnu �[��� # frozen_string_literal: false # = uri/ws.rb # # Author:: Matt Muller <mamuller@amazon.com> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'generic' module URI # # The syntax of WS URIs is defined in RFC6455 section 3. # # Note that the Ruby URI library allows WS URLs containing usernames and # passwords. This is not legal as per the RFC, but used to be # supported in Internet Explorer 5 and 6, before the MS04-004 security # update. See <URL:http://support.microsoft.com/kb/834489>. # class WS < Generic # A Default port of 80 for URI::WS. DEFAULT_PORT = 80 # An Array of the available components for URI::WS. COMPONENT = %i[ scheme userinfo host port path query ].freeze # # == Description # # Creates a new URI::WS object from components, with syntax checking. # # The components accepted are userinfo, host, port, path, and query. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, query]</code>. # # Example: # # uri = URI::WS.build(host: 'www.example.com', path: '/foo/bar') # # uri = URI::WS.build([nil, "www.example.com", nil, "/path", "query"]) # # Currently, if passed userinfo components this method generates # invalid WS URIs as per RFC 1738. # def self.build(args) tmp = Util.make_components_hash(self, args) super(tmp) end # # == Description # # Returns the full path for a WS URI, as required by Net::HTTP::Get. # # If the URI contains a query, the full path is URI#path + '?' + URI#query. # Otherwise, the path is simply URI#path. # # Example: # # uri = URI::WS.build(path: '/foo/bar', query: 'test=true') # uri.request_uri # => "/foo/bar?test=true" # def request_uri return unless @path url = @query ? "#@path?#@query" : @path.dup url.start_with?(?/.freeze) ? url : ?/ + url end end register_scheme 'WS', WS end PK *J [rR��Ai Ai share/ruby/uri/common.rbnu �[��� # frozen_string_literal: true #-- # = uri/common.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: # You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative "rfc2396_parser" require_relative "rfc3986_parser" module URI # The default parser instance for RFC 2396. RFC2396_PARSER = RFC2396_Parser.new Ractor.make_shareable(RFC2396_PARSER) if defined?(Ractor) # The default parser instance for RFC 3986. RFC3986_PARSER = RFC3986_Parser.new Ractor.make_shareable(RFC3986_PARSER) if defined?(Ractor) # The default parser instance. DEFAULT_PARSER = RFC3986_PARSER Ractor.make_shareable(DEFAULT_PARSER) if defined?(Ractor) # Set the default parser instance. def self.parser=(parser = RFC3986_PARSER) remove_const(:Parser) if defined?(::URI::Parser) const_set("Parser", parser.class) remove_const(:REGEXP) if defined?(::URI::REGEXP) remove_const(:PATTERN) if defined?(::URI::PATTERN) if Parser == RFC2396_Parser const_set("REGEXP", URI::RFC2396_REGEXP) const_set("PATTERN", URI::RFC2396_REGEXP::PATTERN) end Parser.new.regexp.each_pair do |sym, str| remove_const(sym) if const_defined?(sym, false) const_set(sym, str) end end self.parser = RFC3986_PARSER def self.const_missing(const) # :nodoc: if const == :REGEXP warn "URI::REGEXP is obsolete. Use URI::RFC2396_REGEXP explicitly.", uplevel: 1 if $VERBOSE URI::RFC2396_REGEXP elsif value = RFC2396_PARSER.regexp[const] warn "URI::#{const} is obsolete. Use RFC2396_PARSER.regexp[#{const.inspect}] explicitly.", uplevel: 1 if $VERBOSE value elsif value = RFC2396_Parser.const_get(const) warn "URI::#{const} is obsolete. Use RFC2396_Parser::#{const} explicitly.", uplevel: 1 if $VERBOSE value else super end end module Util # :nodoc: def make_components_hash(klass, array_hash) tmp = {} if array_hash.kind_of?(Array) && array_hash.size == klass.component.size - 1 klass.component[1..-1].each_index do |i| begin tmp[klass.component[i + 1]] = array_hash[i].clone rescue TypeError tmp[klass.component[i + 1]] = array_hash[i] end end elsif array_hash.kind_of?(Hash) array_hash.each do |key, value| begin tmp[key] = value.clone rescue TypeError tmp[key] = value end end else raise ArgumentError, "expected Array of or Hash of components of #{klass} (#{klass.component[1..-1].join(', ')})" end tmp[:scheme] = klass.to_s.sub(/\A.*::/, '').downcase return tmp end module_function :make_components_hash end module Schemes # :nodoc: end private_constant :Schemes # Registers the given +klass+ as the class to be instantiated # when parsing a \URI with the given +scheme+: # # URI.register_scheme('MS_SEARCH', URI::Generic) # => URI::Generic # URI.scheme_list['MS_SEARCH'] # => URI::Generic # # Note that after calling String#upcase on +scheme+, it must be a valid # constant name. def self.register_scheme(scheme, klass) Schemes.const_set(scheme.to_s.upcase, klass) end # Returns a hash of the defined schemes: # # URI.scheme_list # # => # {"MAILTO"=>URI::MailTo, # "LDAPS"=>URI::LDAPS, # "WS"=>URI::WS, # "HTTP"=>URI::HTTP, # "HTTPS"=>URI::HTTPS, # "LDAP"=>URI::LDAP, # "FILE"=>URI::File, # "FTP"=>URI::FTP} # # Related: URI.register_scheme. def self.scheme_list Schemes.constants.map { |name| [name.to_s.upcase, Schemes.const_get(name)] }.to_h end INITIAL_SCHEMES = scheme_list private_constant :INITIAL_SCHEMES Ractor.make_shareable(INITIAL_SCHEMES) if defined?(Ractor) # Returns a new object constructed from the given +scheme+, +arguments+, # and +default+: # # - The new object is an instance of <tt>URI.scheme_list[scheme.upcase]</tt>. # - The object is initialized by calling the class initializer # using +scheme+ and +arguments+. # See URI::Generic.new. # # Examples: # # values = ['john.doe', 'www.example.com', '123', nil, '/forum/questions/', nil, 'tag=networking&order=newest', 'top'] # URI.for('https', *values) # # => #<URI::HTTPS https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # URI.for('foo', *values, default: URI::HTTP) # # => #<URI::HTTP foo://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # def self.for(scheme, *arguments, default: Generic) const_name = scheme.to_s.upcase uri_class = INITIAL_SCHEMES[const_name] uri_class ||= if /\A[A-Z]\w*\z/.match?(const_name) && Schemes.const_defined?(const_name, false) Schemes.const_get(const_name, false) end uri_class ||= default return uri_class.new(scheme, *arguments) end # # Base class for all URI exceptions. # class Error < StandardError; end # # Not a URI. # class InvalidURIError < Error; end # # Not a URI component. # class InvalidComponentError < Error; end # # URI is valid, bad usage is not. # class BadURIError < Error; end # Returns a 9-element array representing the parts of the \URI # formed from the string +uri+; # each array element is a string or +nil+: # # names = %w[scheme userinfo host port registry path opaque query fragment] # values = URI.split('https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # names.zip(values) # # => # [["scheme", "https"], # ["userinfo", "john.doe"], # ["host", "www.example.com"], # ["port", "123"], # ["registry", nil], # ["path", "/forum/questions/"], # ["opaque", nil], # ["query", "tag=networking&order=newest"], # ["fragment", "top"]] # def self.split(uri) DEFAULT_PARSER.split(uri) end # Returns a new \URI object constructed from the given string +uri+: # # URI.parse('https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # # => #<URI::HTTPS https://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # URI.parse('http://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top') # # => #<URI::HTTP http://john.doe@www.example.com:123/forum/questions/?tag=networking&order=newest#top> # # It's recommended to first ::escape string +uri+ # if it may contain invalid URI characters. # def self.parse(uri) DEFAULT_PARSER.parse(uri) end # Merges the given URI strings +str+ # per {RFC 2396}[https://www.rfc-editor.org/rfc/rfc2396.html]. # # Each string in +str+ is converted to an # {RFC3986 URI}[https://www.rfc-editor.org/rfc/rfc3986.html] before being merged. # # Examples: # # URI.join("http://example.com/","main.rbx") # # => #<URI::HTTP http://example.com/main.rbx> # # URI.join('http://example.com', 'foo') # # => #<URI::HTTP http://example.com/foo> # # URI.join('http://example.com', '/foo', '/bar') # # => #<URI::HTTP http://example.com/bar> # # URI.join('http://example.com', '/foo', 'bar') # # => #<URI::HTTP http://example.com/bar> # # URI.join('http://example.com', '/foo/', 'bar') # # => #<URI::HTTP http://example.com/foo/bar> # def self.join(*str) DEFAULT_PARSER.join(*str) end # # == Synopsis # # URI::extract(str[, schemes][,&blk]) # # == Args # # +str+:: # String to extract URIs from. # +schemes+:: # Limit URI matching to specific schemes. # # == Description # # Extracts URIs from a string. If block given, iterates through all matched URIs. # Returns nil if block given or array with matches. # # == Usage # # require "uri" # # URI.extract("text here http://foo.example.org/bla and here mailto:test@example.com and here also.") # # => ["http://foo.example.com/bla", "mailto:test@example.com"] # def self.extract(str, schemes = nil, &block) # :nodoc: warn "URI.extract is obsolete", uplevel: 1 if $VERBOSE DEFAULT_PARSER.extract(str, schemes, &block) end # # == Synopsis # # URI::regexp([match_schemes]) # # == Args # # +match_schemes+:: # Array of schemes. If given, resulting regexp matches to URIs # whose scheme is one of the match_schemes. # # == Description # # Returns a Regexp object which matches to URI-like strings. # The Regexp object returned by this method includes arbitrary # number of capture group (parentheses). Never rely on its number. # # == Usage # # require 'uri' # # # extract first URI from html_string # html_string.slice(URI.regexp) # # # remove ftp URIs # html_string.sub(URI.regexp(['ftp']), '') # # # You should not rely on the number of parentheses # html_string.scan(URI.regexp) do |*matches| # p $& # end # def self.regexp(schemes = nil)# :nodoc: warn "URI.regexp is obsolete", uplevel: 1 if $VERBOSE DEFAULT_PARSER.make_regexp(schemes) end TBLENCWWWCOMP_ = {} # :nodoc: 256.times do |i| TBLENCWWWCOMP_[-i.chr] = -('%%%02X' % i) end TBLENCURICOMP_ = TBLENCWWWCOMP_.dup.freeze # :nodoc: TBLENCWWWCOMP_[' '] = '+' TBLENCWWWCOMP_.freeze TBLDECWWWCOMP_ = {} # :nodoc: 256.times do |i| h, l = i>>4, i&15 TBLDECWWWCOMP_[-('%%%X%X' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%x%X' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%X%x' % [h, l])] = -i.chr TBLDECWWWCOMP_[-('%%%x%x' % [h, l])] = -i.chr end TBLDECWWWCOMP_['+'] = ' ' TBLDECWWWCOMP_.freeze # Returns a URL-encoded string derived from the given string +str+. # # The returned string: # # - Preserves: # # - Characters <tt>'*'</tt>, <tt>'.'</tt>, <tt>'-'</tt>, and <tt>'_'</tt>. # - Character in ranges <tt>'a'..'z'</tt>, <tt>'A'..'Z'</tt>, # and <tt>'0'..'9'</tt>. # # Example: # # URI.encode_www_form_component('*.-_azAZ09') # # => "*.-_azAZ09" # # - Converts: # # - Character <tt>' '</tt> to character <tt>'+'</tt>. # - Any other character to "percent notation"; # the percent notation for character <i>c</i> is <tt>'%%%X' % c.ord</tt>. # # Example: # # URI.encode_www_form_component('Here are some punctuation characters: ,;?:') # # => "Here+are+some+punctuation+characters%3A+%2C%3B%3F%3A" # # Encoding: # # - If +str+ has encoding Encoding::ASCII_8BIT, argument +enc+ is ignored. # - Otherwise +str+ is converted first to Encoding::UTF_8 # (with suitable character replacements), # and then to encoding +enc+. # # In either case, the returned string has forced encoding Encoding::US_ASCII. # # Related: URI.encode_uri_component (encodes <tt>' '</tt> as <tt>'%20'</tt>). def self.encode_www_form_component(str, enc=nil) _encode_uri_component(/[^*\-.0-9A-Z_a-z]/, TBLENCWWWCOMP_, str, enc) end # Returns a string decoded from the given \URL-encoded string +str+. # # The given string is first encoded as Encoding::ASCII-8BIT (using String#b), # then decoded (as below), and finally force-encoded to the given encoding +enc+. # # The returned string: # # - Preserves: # # - Characters <tt>'*'</tt>, <tt>'.'</tt>, <tt>'-'</tt>, and <tt>'_'</tt>. # - Character in ranges <tt>'a'..'z'</tt>, <tt>'A'..'Z'</tt>, # and <tt>'0'..'9'</tt>. # # Example: # # URI.decode_www_form_component('*.-_azAZ09') # # => "*.-_azAZ09" # # - Converts: # # - Character <tt>'+'</tt> to character <tt>' '</tt>. # - Each "percent notation" to an ASCII character. # # Example: # # URI.decode_www_form_component('Here+are+some+punctuation+characters%3A+%2C%3B%3F%3A') # # => "Here are some punctuation characters: ,;?:" # # Related: URI.decode_uri_component (preserves <tt>'+'</tt>). def self.decode_www_form_component(str, enc=Encoding::UTF_8) _decode_uri_component(/\+|%\h\h/, str, enc) end # Like URI.encode_www_form_component, except that <tt>' '</tt> (space) # is encoded as <tt>'%20'</tt> (instead of <tt>'+'</tt>). def self.encode_uri_component(str, enc=nil) _encode_uri_component(/[^*\-.0-9A-Z_a-z]/, TBLENCURICOMP_, str, enc) end # Like URI.decode_www_form_component, except that <tt>'+'</tt> is preserved. def self.decode_uri_component(str, enc=Encoding::UTF_8) _decode_uri_component(/%\h\h/, str, enc) end def self._encode_uri_component(regexp, table, str, enc) str = str.to_s.dup if str.encoding != Encoding::ASCII_8BIT if enc && enc != Encoding::ASCII_8BIT str.encode!(Encoding::UTF_8, invalid: :replace, undef: :replace) str.encode!(enc, fallback: ->(x){"&##{x.ord};"}) end str.force_encoding(Encoding::ASCII_8BIT) end str.gsub!(regexp, table) str.force_encoding(Encoding::US_ASCII) end private_class_method :_encode_uri_component def self._decode_uri_component(regexp, str, enc) raise ArgumentError, "invalid %-encoding (#{str})" if /%(?!\h\h)/.match?(str) str.b.gsub(regexp, TBLDECWWWCOMP_).force_encoding(enc) end private_class_method :_decode_uri_component # Returns a URL-encoded string derived from the given # {Enumerable}[rdoc-ref:Enumerable@Enumerable+in+Ruby+Classes] # +enum+. # # The result is suitable for use as form data # for an \HTTP request whose <tt>Content-Type</tt> is # <tt>'application/x-www-form-urlencoded'</tt>. # # The returned string consists of the elements of +enum+, # each converted to one or more URL-encoded strings, # and all joined with character <tt>'&'</tt>. # # Simple examples: # # URI.encode_www_form([['foo', 0], ['bar', 1], ['baz', 2]]) # # => "foo=0&bar=1&baz=2" # URI.encode_www_form({foo: 0, bar: 1, baz: 2}) # # => "foo=0&bar=1&baz=2" # # The returned string is formed using method URI.encode_www_form_component, # which converts certain characters: # # URI.encode_www_form('f#o': '/', 'b-r': '$', 'b z': '@') # # => "f%23o=%2F&b-r=%24&b+z=%40" # # When +enum+ is Array-like, each element +ele+ is converted to a field: # # - If +ele+ is an array of two or more elements, # the field is formed from its first two elements # (and any additional elements are ignored): # # name = URI.encode_www_form_component(ele[0], enc) # value = URI.encode_www_form_component(ele[1], enc) # "#{name}=#{value}" # # Examples: # # URI.encode_www_form([%w[foo bar], %w[baz bat bah]]) # # => "foo=bar&baz=bat" # URI.encode_www_form([['foo', 0], ['bar', :baz, 'bat']]) # # => "foo=0&bar=baz" # # - If +ele+ is an array of one element, # the field is formed from <tt>ele[0]</tt>: # # URI.encode_www_form_component(ele[0]) # # Example: # # URI.encode_www_form([['foo'], [:bar], [0]]) # # => "foo&bar&0" # # - Otherwise the field is formed from +ele+: # # URI.encode_www_form_component(ele) # # Example: # # URI.encode_www_form(['foo', :bar, 0]) # # => "foo&bar&0" # # The elements of an Array-like +enum+ may be mixture: # # URI.encode_www_form([['foo', 0], ['bar', 1, 2], ['baz'], :bat]) # # => "foo=0&bar=1&baz&bat" # # When +enum+ is Hash-like, # each +key+/+value+ pair is converted to one or more fields: # # - If +value+ is # {Array-convertible}[rdoc-ref:implicit_conversion.rdoc@Array-Convertible+Objects], # each element +ele+ in +value+ is paired with +key+ to form a field: # # name = URI.encode_www_form_component(key, enc) # value = URI.encode_www_form_component(ele, enc) # "#{name}=#{value}" # # Example: # # URI.encode_www_form({foo: [:bar, 1], baz: [:bat, :bam, 2]}) # # => "foo=bar&foo=1&baz=bat&baz=bam&baz=2" # # - Otherwise, +key+ and +value+ are paired to form a field: # # name = URI.encode_www_form_component(key, enc) # value = URI.encode_www_form_component(value, enc) # "#{name}=#{value}" # # Example: # # URI.encode_www_form({foo: 0, bar: 1, baz: 2}) # # => "foo=0&bar=1&baz=2" # # The elements of a Hash-like +enum+ may be mixture: # # URI.encode_www_form({foo: [0, 1], bar: 2}) # # => "foo=0&foo=1&bar=2" # def self.encode_www_form(enum, enc=nil) enum.map do |k,v| if v.nil? encode_www_form_component(k, enc) elsif v.respond_to?(:to_ary) v.to_ary.map do |w| str = encode_www_form_component(k, enc) unless w.nil? str << '=' str << encode_www_form_component(w, enc) end end.join('&') else str = encode_www_form_component(k, enc) str << '=' str << encode_www_form_component(v, enc) end end.join('&') end # Returns name/value pairs derived from the given string +str+, # which must be an ASCII string. # # The method may be used to decode the body of Net::HTTPResponse object +res+ # for which <tt>res['Content-Type']</tt> is <tt>'application/x-www-form-urlencoded'</tt>. # # The returned data is an array of 2-element subarrays; # each subarray is a name/value pair (both are strings). # Each returned string has encoding +enc+, # and has had invalid characters removed via # {String#scrub}[rdoc-ref:String#scrub]. # # A simple example: # # URI.decode_www_form('foo=0&bar=1&baz') # # => [["foo", "0"], ["bar", "1"], ["baz", ""]] # # The returned strings have certain conversions, # similar to those performed in URI.decode_www_form_component: # # URI.decode_www_form('f%23o=%2F&b-r=%24&b+z=%40') # # => [["f#o", "/"], ["b-r", "$"], ["b z", "@"]] # # The given string may contain consecutive separators: # # URI.decode_www_form('foo=0&&bar=1&&baz=2') # # => [["foo", "0"], ["", ""], ["bar", "1"], ["", ""], ["baz", "2"]] # # A different separator may be specified: # # URI.decode_www_form('foo=0--bar=1--baz', separator: '--') # # => [["foo", "0"], ["bar", "1"], ["baz", ""]] # def self.decode_www_form(str, enc=Encoding::UTF_8, separator: '&', use__charset_: false, isindex: false) raise ArgumentError, "the input of #{self.name}.#{__method__} must be ASCII only string" unless str.ascii_only? ary = [] return ary if str.empty? enc = Encoding.find(enc) str.b.each_line(separator) do |string| string.chomp!(separator) key, sep, val = string.partition('=') if isindex if sep.empty? val = key key = +'' end isindex = false end if use__charset_ and key == '_charset_' and e = get_encoding(val) enc = e use__charset_ = false end key.gsub!(/\+|%\h\h/, TBLDECWWWCOMP_) if val val.gsub!(/\+|%\h\h/, TBLDECWWWCOMP_) else val = +'' end ary << [key, val] end ary.each do |k, v| k.force_encoding(enc) k.scrub! v.force_encoding(enc) v.scrub! end ary end private =begin command for WEB_ENCODINGS_ curl https://encoding.spec.whatwg.org/encodings.json| ruby -rjson -e 'H={} h={ "shift_jis"=>"Windows-31J", "euc-jp"=>"cp51932", "iso-2022-jp"=>"cp50221", "x-mac-cyrillic"=>"macCyrillic", } JSON($<.read).map{|x|x["encodings"]}.flatten.each{|x| Encoding.find(n=h.fetch(n=x["name"].downcase,n))rescue next x["labels"].each{|y|H[y]=n} } puts "{" H.each{|k,v|puts %[ #{k.dump}=>#{v.dump},]} puts "}" ' =end WEB_ENCODINGS_ = { "unicode-1-1-utf-8"=>"utf-8", "utf-8"=>"utf-8", "utf8"=>"utf-8", "866"=>"ibm866", "cp866"=>"ibm866", "csibm866"=>"ibm866", "ibm866"=>"ibm866", "csisolatin2"=>"iso-8859-2", "iso-8859-2"=>"iso-8859-2", "iso-ir-101"=>"iso-8859-2", "iso8859-2"=>"iso-8859-2", "iso88592"=>"iso-8859-2", "iso_8859-2"=>"iso-8859-2", "iso_8859-2:1987"=>"iso-8859-2", "l2"=>"iso-8859-2", "latin2"=>"iso-8859-2", "csisolatin3"=>"iso-8859-3", "iso-8859-3"=>"iso-8859-3", "iso-ir-109"=>"iso-8859-3", "iso8859-3"=>"iso-8859-3", "iso88593"=>"iso-8859-3", "iso_8859-3"=>"iso-8859-3", "iso_8859-3:1988"=>"iso-8859-3", "l3"=>"iso-8859-3", "latin3"=>"iso-8859-3", "csisolatin4"=>"iso-8859-4", "iso-8859-4"=>"iso-8859-4", "iso-ir-110"=>"iso-8859-4", "iso8859-4"=>"iso-8859-4", "iso88594"=>"iso-8859-4", "iso_8859-4"=>"iso-8859-4", "iso_8859-4:1988"=>"iso-8859-4", "l4"=>"iso-8859-4", "latin4"=>"iso-8859-4", "csisolatincyrillic"=>"iso-8859-5", "cyrillic"=>"iso-8859-5", "iso-8859-5"=>"iso-8859-5", "iso-ir-144"=>"iso-8859-5", "iso8859-5"=>"iso-8859-5", "iso88595"=>"iso-8859-5", "iso_8859-5"=>"iso-8859-5", "iso_8859-5:1988"=>"iso-8859-5", "arabic"=>"iso-8859-6", "asmo-708"=>"iso-8859-6", "csiso88596e"=>"iso-8859-6", "csiso88596i"=>"iso-8859-6", "csisolatinarabic"=>"iso-8859-6", "ecma-114"=>"iso-8859-6", "iso-8859-6"=>"iso-8859-6", "iso-8859-6-e"=>"iso-8859-6", "iso-8859-6-i"=>"iso-8859-6", "iso-ir-127"=>"iso-8859-6", "iso8859-6"=>"iso-8859-6", "iso88596"=>"iso-8859-6", "iso_8859-6"=>"iso-8859-6", "iso_8859-6:1987"=>"iso-8859-6", "csisolatingreek"=>"iso-8859-7", "ecma-118"=>"iso-8859-7", "elot_928"=>"iso-8859-7", "greek"=>"iso-8859-7", "greek8"=>"iso-8859-7", "iso-8859-7"=>"iso-8859-7", "iso-ir-126"=>"iso-8859-7", "iso8859-7"=>"iso-8859-7", "iso88597"=>"iso-8859-7", "iso_8859-7"=>"iso-8859-7", "iso_8859-7:1987"=>"iso-8859-7", "sun_eu_greek"=>"iso-8859-7", "csiso88598e"=>"iso-8859-8", "csisolatinhebrew"=>"iso-8859-8", "hebrew"=>"iso-8859-8", "iso-8859-8"=>"iso-8859-8", "iso-8859-8-e"=>"iso-8859-8", "iso-ir-138"=>"iso-8859-8", "iso8859-8"=>"iso-8859-8", "iso88598"=>"iso-8859-8", "iso_8859-8"=>"iso-8859-8", "iso_8859-8:1988"=>"iso-8859-8", "visual"=>"iso-8859-8", "csisolatin6"=>"iso-8859-10", "iso-8859-10"=>"iso-8859-10", "iso-ir-157"=>"iso-8859-10", "iso8859-10"=>"iso-8859-10", "iso885910"=>"iso-8859-10", "l6"=>"iso-8859-10", "latin6"=>"iso-8859-10", "iso-8859-13"=>"iso-8859-13", "iso8859-13"=>"iso-8859-13", "iso885913"=>"iso-8859-13", "iso-8859-14"=>"iso-8859-14", "iso8859-14"=>"iso-8859-14", "iso885914"=>"iso-8859-14", "csisolatin9"=>"iso-8859-15", "iso-8859-15"=>"iso-8859-15", "iso8859-15"=>"iso-8859-15", "iso885915"=>"iso-8859-15", "iso_8859-15"=>"iso-8859-15", "l9"=>"iso-8859-15", "iso-8859-16"=>"iso-8859-16", "cskoi8r"=>"koi8-r", "koi"=>"koi8-r", "koi8"=>"koi8-r", "koi8-r"=>"koi8-r", "koi8_r"=>"koi8-r", "koi8-ru"=>"koi8-u", "koi8-u"=>"koi8-u", "dos-874"=>"windows-874", "iso-8859-11"=>"windows-874", "iso8859-11"=>"windows-874", "iso885911"=>"windows-874", "tis-620"=>"windows-874", "windows-874"=>"windows-874", "cp1250"=>"windows-1250", "windows-1250"=>"windows-1250", "x-cp1250"=>"windows-1250", "cp1251"=>"windows-1251", "windows-1251"=>"windows-1251", "x-cp1251"=>"windows-1251", "ansi_x3.4-1968"=>"windows-1252", "ascii"=>"windows-1252", "cp1252"=>"windows-1252", "cp819"=>"windows-1252", "csisolatin1"=>"windows-1252", "ibm819"=>"windows-1252", "iso-8859-1"=>"windows-1252", "iso-ir-100"=>"windows-1252", "iso8859-1"=>"windows-1252", "iso88591"=>"windows-1252", "iso_8859-1"=>"windows-1252", "iso_8859-1:1987"=>"windows-1252", "l1"=>"windows-1252", "latin1"=>"windows-1252", "us-ascii"=>"windows-1252", "windows-1252"=>"windows-1252", "x-cp1252"=>"windows-1252", "cp1253"=>"windows-1253", "windows-1253"=>"windows-1253", "x-cp1253"=>"windows-1253", "cp1254"=>"windows-1254", "csisolatin5"=>"windows-1254", "iso-8859-9"=>"windows-1254", "iso-ir-148"=>"windows-1254", "iso8859-9"=>"windows-1254", "iso88599"=>"windows-1254", "iso_8859-9"=>"windows-1254", "iso_8859-9:1989"=>"windows-1254", "l5"=>"windows-1254", "latin5"=>"windows-1254", "windows-1254"=>"windows-1254", "x-cp1254"=>"windows-1254", "cp1255"=>"windows-1255", "windows-1255"=>"windows-1255", "x-cp1255"=>"windows-1255", "cp1256"=>"windows-1256", "windows-1256"=>"windows-1256", "x-cp1256"=>"windows-1256", "cp1257"=>"windows-1257", "windows-1257"=>"windows-1257", "x-cp1257"=>"windows-1257", "cp1258"=>"windows-1258", "windows-1258"=>"windows-1258", "x-cp1258"=>"windows-1258", "x-mac-cyrillic"=>"macCyrillic", "x-mac-ukrainian"=>"macCyrillic", "chinese"=>"gbk", "csgb2312"=>"gbk", "csiso58gb231280"=>"gbk", "gb2312"=>"gbk", "gb_2312"=>"gbk", "gb_2312-80"=>"gbk", "gbk"=>"gbk", "iso-ir-58"=>"gbk", "x-gbk"=>"gbk", "gb18030"=>"gb18030", "big5"=>"big5", "big5-hkscs"=>"big5", "cn-big5"=>"big5", "csbig5"=>"big5", "x-x-big5"=>"big5", "cseucpkdfmtjapanese"=>"cp51932", "euc-jp"=>"cp51932", "x-euc-jp"=>"cp51932", "csiso2022jp"=>"cp50221", "iso-2022-jp"=>"cp50221", "csshiftjis"=>"Windows-31J", "ms932"=>"Windows-31J", "ms_kanji"=>"Windows-31J", "shift-jis"=>"Windows-31J", "shift_jis"=>"Windows-31J", "sjis"=>"Windows-31J", "windows-31j"=>"Windows-31J", "x-sjis"=>"Windows-31J", "cseuckr"=>"euc-kr", "csksc56011987"=>"euc-kr", "euc-kr"=>"euc-kr", "iso-ir-149"=>"euc-kr", "korean"=>"euc-kr", "ks_c_5601-1987"=>"euc-kr", "ks_c_5601-1989"=>"euc-kr", "ksc5601"=>"euc-kr", "ksc_5601"=>"euc-kr", "windows-949"=>"euc-kr", "utf-16be"=>"utf-16be", "utf-16"=>"utf-16le", "utf-16le"=>"utf-16le", } # :nodoc: Ractor.make_shareable(WEB_ENCODINGS_) if defined?(Ractor) # :nodoc: # return encoding or nil # http://encoding.spec.whatwg.org/#concept-encoding-get def self.get_encoding(label) Encoding.find(WEB_ENCODINGS_[label.to_str.strip.downcase]) rescue nil end end # module URI module Kernel # # Returns a \URI object derived from the given +uri+, # which may be a \URI string or an existing \URI object: # # # Returns a new URI. # uri = URI('http://github.com/ruby/ruby') # # => #<URI::HTTP http://github.com/ruby/ruby> # # Returns the given URI. # URI(uri) # # => #<URI::HTTP http://github.com/ruby/ruby> # def URI(uri) if uri.is_a?(URI::Generic) uri elsif uri = String.try_convert(uri) URI.parse(uri) else raise ArgumentError, "bad argument (expected URI object or URI string)" end end module_function :URI end PK *J [��c~ ~ share/ruby/uri/http.rbnu �[��� # frozen_string_literal: false # = uri/http.rb # # Author:: Akira Yamada <akira@ruby-lang.org> # License:: You can redistribute it and/or modify it under the same term as Ruby. # # See URI for general documentation # require_relative 'generic' module URI # # The syntax of HTTP URIs is defined in RFC1738 section 3.3. # # Note that the Ruby URI library allows HTTP URLs containing usernames and # passwords. This is not legal as per the RFC, but used to be # supported in Internet Explorer 5 and 6, before the MS04-004 security # update. See <URL:http://support.microsoft.com/kb/834489>. # class HTTP < Generic # A Default port of 80 for URI::HTTP. DEFAULT_PORT = 80 # An Array of the available components for URI::HTTP. COMPONENT = %i[ scheme userinfo host port path query fragment ].freeze # # == Description # # Creates a new URI::HTTP object from components, with syntax checking. # # The components accepted are userinfo, host, port, path, query, and # fragment. # # The components should be provided either as an Array, or as a Hash # with keys formed by preceding the component names with a colon. # # If an Array is used, the components must be passed in the # order <code>[userinfo, host, port, path, query, fragment]</code>. # # Example: # # uri = URI::HTTP.build(host: 'www.example.com', path: '/foo/bar') # # uri = URI::HTTP.build([nil, "www.example.com", nil, "/path", # "query", 'fragment']) # # Currently, if passed userinfo components this method generates # invalid HTTP URIs as per RFC 1738. # def self.build(args) tmp = Util.make_components_hash(self, args) super(tmp) end # # == Description # # Returns the full path for an HTTP request, as required by Net::HTTP::Get. # # If the URI contains a query, the full path is URI#path + '?' + URI#query. # Otherwise, the path is simply URI#path. # # Example: # # uri = URI::HTTP.build(path: '/foo/bar', query: 'test=true') # uri.request_uri # => "/foo/bar?test=true" # def request_uri return unless @path url = @query ? "#@path?#@query" : @path.dup url.start_with?(?/.freeze) ? url : ?/ + url end # # == Description # # Returns the authority for an HTTP uri, as defined in # https://www.rfc-editor.org/rfc/rfc3986#section-3.2. # # # Example: # # URI::HTTP.build(host: 'www.example.com', path: '/foo/bar').authority #=> "www.example.com" # URI::HTTP.build(host: 'www.example.com', port: 8000, path: '/foo/bar').authority #=> "www.example.com:8000" # URI::HTTP.build(host: 'www.example.com', port: 80, path: '/foo/bar').authority #=> "www.example.com" # def authority if port == default_port host else "#{host}:#{port}" end end # # == Description # # Returns the origin for an HTTP uri, as defined in # https://www.rfc-editor.org/rfc/rfc6454. # # # Example: # # URI::HTTP.build(host: 'www.example.com', path: '/foo/bar').origin #=> "http://www.example.com" # URI::HTTP.build(host: 'www.example.com', port: 8000, path: '/foo/bar').origin #=> "http://www.example.com:8000" # URI::HTTP.build(host: 'www.example.com', port: 80, path: '/foo/bar').origin #=> "http://www.example.com" # URI::HTTPS.build(host: 'www.example.com', path: '/foo/bar').origin #=> "https://www.example.com" # def origin "#{scheme}://#{authority}" end end register_scheme 'HTTP', HTTP end PK *J [z�� share/ruby/bundled_gems.rbnu �[��� # -*- frozen-string-literal: true -*- module Gem::BUNDLED_GEMS # :nodoc: SINCE = { "matrix" => "3.1.0", "net-ftp" => "3.1.0", "net-imap" => "3.1.0", "net-pop" => "3.1.0", "net-smtp" => "3.1.0", "prime" => "3.1.0", "racc" => "3.3.0", "abbrev" => "3.4.0", "base64" => "3.4.0", "bigdecimal" => "3.4.0", "csv" => "3.4.0", "drb" => "3.4.0", "getoptlong" => "3.4.0", "mutex_m" => "3.4.0", "nkf" => "3.4.0", "observer" => "3.4.0", "resolv-replace" => "3.4.0", "rinda" => "3.4.0", "syslog" => "3.4.0", "ostruct" => "3.5.0", "pstore" => "3.5.0", "rdoc" => "3.5.0", "win32ole" => "3.5.0", "fiddle" => "3.5.0", "logger" => "3.5.0", "benchmark" => "3.5.0", "irb" => "3.5.0", "reline" => "3.5.0", # "readline" => "3.5.0", # This is wrapper for reline. We don't warn for this. }.freeze SINCE_FAST_PATH = SINCE.transform_keys { |g| g.sub(/\A.*\-/, "") }.freeze EXACT = { "kconv" => "nkf", }.freeze PREFIXED = { "bigdecimal" => true, "csv" => true, "drb" => true, "rinda" => true, "syslog" => true, "fiddle" => true, }.freeze WARNED = {} # unfrozen conf = ::RbConfig::CONFIG if ENV["TEST_BUNDLED_GEMS_FAKE_RBCONFIG"] LIBDIR = (File.expand_path(File.join(__dir__, "..", "lib")) + "/").freeze rubyarchdir = $LOAD_PATH.find{|path| path.include?(".ext/common") } ARCHDIR = (File.expand_path(rubyarchdir) + "/").freeze else LIBDIR = (conf["rubylibdir"] + "/").freeze ARCHDIR = (conf["rubyarchdir"] + "/").freeze end dlext = [conf["DLEXT"], "so"].uniq DLEXT = /\.#{Regexp.union(dlext)}\z/ LIBEXT = /\.#{Regexp.union("rb", *dlext)}\z/ def self.replace_require(specs) return if [::Kernel.singleton_class, ::Kernel].any? {|klass| klass.respond_to?(:no_warning_require) } spec_names = specs.to_a.each_with_object({}) {|spec, h| h[spec.name] = true } [::Kernel.singleton_class, ::Kernel].each do |kernel_class| kernel_class.send(:alias_method, :no_warning_require, :require) kernel_class.send(:define_method, :require) do |name| if message = ::Gem::BUNDLED_GEMS.warning?(name, specs: spec_names) uplevel = ::Gem::BUNDLED_GEMS.uplevel if uplevel > 0 Kernel.warn message, uplevel: uplevel else Kernel.warn message end end kernel_class.send(:no_warning_require, name) end if kernel_class == ::Kernel kernel_class.send(:private, :require) else kernel_class.send(:public, :require) end end end def self.uplevel frame_count = 0 require_labels = ["replace_require", "require"] uplevel = 0 require_found = false Thread.each_caller_location do |cl| frame_count += 1 if require_found unless require_labels.include?(cl.base_label) return uplevel end else if require_labels.include?(cl.base_label) require_found = true end end uplevel += 1 # Don't show script name when bundle exec and call ruby script directly. if cl.path.end_with?("bundle") frame_count = 0 break end end require_found ? 1 : frame_count - 1 end def self.find_gem(path) if !path return elsif path.start_with?(ARCHDIR) n = path.delete_prefix(ARCHDIR).sub(DLEXT, "").chomp(".rb") elsif path.start_with?(LIBDIR) n = path.delete_prefix(LIBDIR).chomp(".rb") else return end (EXACT[n] || !!SINCE[n]) or PREFIXED[n = n[%r[\A[^/]+(?=/)]]] && n end def self.warning?(name, specs: nil) # name can be a feature name or a file path with String or Pathname feature = File.path(name) # irb already has reline as a dependency on gemspec, so we don't want to warn about it. # We should update this with a more general solution when we have another case. # ex: Gem.loaded_specs[called_gem].dependencies.any? {|d| d.name == feature } return false if feature.start_with?("reline") && caller_locations(2, 1)[0].to_s.include?("irb") # The actual checks needed to properly identify the gem being required # are costly (see [Bug #20641]), so we first do a much cheaper check # to exclude the vast majority of candidates. if feature.include?("/") # bootsnap expands `require "csv"` to `require "#{LIBDIR}/csv.rb"`, # and `require "syslog"` to `require "#{ARCHDIR}/syslog.so"`. name = feature.delete_prefix(ARCHDIR).delete_prefix(LIBDIR).sub(LIBEXT, "") segments = name.split("/") name = segments.first if !SINCE[name] name = segments[0..1].join("-") return unless SINCE[name] end else name = feature.sub(LIBEXT, "") return unless SINCE_FAST_PATH[name] end return if specs.include?(name) _t, path = $:.resolve_feature_path(feature) if gem = find_gem(path) return if specs.include?(gem) elsif SINCE[name] && !path gem = true else return end return if WARNED[name] WARNED[name] = true if gem == true gem = name "#{feature} was loaded from the standard library, but" elsif gem "#{feature} is found in #{gem}, which" else return end + build_message(gem) end def self.build_message(gem) msg = " #{RUBY_VERSION < SINCE[gem] ? "will no longer be" : "is not"} part of the default gems starting from Ruby #{SINCE[gem]}." if defined?(Bundler) msg += "\nYou can add #{gem} to your Gemfile or gemspec to silence this warning." # We detect the gem name from caller_locations. First we walk until we find `require` # then take the first frame that's not from `require`. # # Additionally, we need to skip Bootsnap and Zeitwerk if present, these # gems decorate Kernel#require, so they are not really the ones issuing # the require call users should be warned about. Those are upwards. frames_to_skip = 3 location = nil require_found = false Thread.each_caller_location do |cl| if frames_to_skip >= 1 frames_to_skip -= 1 next end if require_found if cl.base_label != "require" location = cl.path break end else if cl.base_label == "require" require_found = true end end end if location && File.file?(location) && !location.start_with?(Gem::BUNDLED_GEMS::LIBDIR) caller_gem = nil Gem.path.each do |path| if location =~ %r{#{path}/gems/([\w\-\.]+)} caller_gem = $1 break end end if caller_gem msg += "\nAlso please contact the author of #{caller_gem} to request adding #{gem} into its gemspec." end end else msg += " Install #{gem} from RubyGems." end msg end freeze end # for RubyGems without Bundler environment. # If loading library is not part of the default gems and the bundled gems, warn it. class LoadError def message # :nodoc: return super unless path name = path.tr("/", "-") if !defined?(Bundler) && Gem::BUNDLED_GEMS::SINCE[name] && !Gem::BUNDLED_GEMS::WARNED[name] warn name + Gem::BUNDLED_GEMS.build_message(name), uplevel: Gem::BUNDLED_GEMS.uplevel end super end end PK *J [S�Q8�) �) share/ruby/openssl/buffering.rbnu �[��� # coding: binary # frozen_string_literal: true #-- #= Info # 'OpenSSL for Ruby 2' project # Copyright (C) 2001 GOTOU YUUZOU <gotoyuzo@notwork.org> # All rights reserved. # #= Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ ## # OpenSSL IO buffering mix-in module. # # This module allows an OpenSSL::SSL::SSLSocket to behave like an IO. # # You typically won't use this module directly, you can see it implemented in # OpenSSL::SSL::SSLSocket. module OpenSSL::Buffering include Enumerable # A buffer which will retain binary encoding. class Buffer < String BINARY = Encoding::BINARY def initialize super force_encoding(BINARY) end def << string if string.encoding == BINARY super(string) else super(string.b) end return self end alias concat << end ## # The "sync mode" of the SSLSocket. # # See IO#sync for full details. attr_accessor :sync ## # Default size to read from or write to the SSLSocket for buffer operations. BLOCK_SIZE = 1024*16 ## # Creates an instance of OpenSSL's buffering IO module. def initialize(*) super @eof = false @rbuffer = Buffer.new @sync = @io.sync end # # for reading. # private ## # Fills the buffer from the underlying SSLSocket def fill_rbuff begin @rbuffer << self.sysread(BLOCK_SIZE) rescue Errno::EAGAIN retry rescue EOFError @eof = true end end ## # Consumes _size_ bytes from the buffer def consume_rbuff(size=nil) if @rbuffer.empty? nil else size = @rbuffer.size unless size @rbuffer.slice!(0, size) end end public # call-seq: # ssl.getbyte => 81 # # Get the next 8bit byte from `ssl`. Returns `nil` on EOF def getbyte read(1)&.ord end # Get the next 8bit byte. Raises EOFError on EOF def readbyte raise EOFError if eof? getbyte end ## # Reads _size_ bytes from the stream. If _buf_ is provided it must # reference a string which will receive the data. # # See IO#read for full details. def read(size=nil, buf=nil) if size == 0 if buf buf.clear return buf else return "" end end until @eof break if size && size <= @rbuffer.size fill_rbuff end ret = consume_rbuff(size) || "" if buf buf.replace(ret) ret = buf end (size && ret.empty?) ? nil : ret end ## # Reads at most _maxlen_ bytes from the stream. If _buf_ is provided it # must reference a string which will receive the data. # # See IO#readpartial for full details. def readpartial(maxlen, buf=nil) if maxlen == 0 if buf buf.clear return buf else return "" end end if @rbuffer.empty? begin return sysread(maxlen, buf) rescue Errno::EAGAIN retry end end ret = consume_rbuff(maxlen) if buf buf.replace(ret) ret = buf end ret end ## # Reads at most _maxlen_ bytes in the non-blocking manner. # # When no data can be read without blocking it raises # OpenSSL::SSL::SSLError extended by IO::WaitReadable or IO::WaitWritable. # # IO::WaitReadable means SSL needs to read internally so read_nonblock # should be called again when the underlying IO is readable. # # IO::WaitWritable means SSL needs to write internally so read_nonblock # should be called again after the underlying IO is writable. # # OpenSSL::Buffering#read_nonblock needs two rescue clause as follows: # # # emulates blocking read (readpartial). # begin # result = ssl.read_nonblock(maxlen) # rescue IO::WaitReadable # IO.select([io]) # retry # rescue IO::WaitWritable # IO.select(nil, [io]) # retry # end # # Note that one reason that read_nonblock writes to the underlying IO is # when the peer requests a new TLS/SSL handshake. See openssl the FAQ for # more details. http://www.openssl.org/support/faq.html # # By specifying a keyword argument _exception_ to +false+, you can indicate # that read_nonblock should not raise an IO::Wait*able exception, but # return the symbol +:wait_writable+ or +:wait_readable+ instead. At EOF, # it will return +nil+ instead of raising EOFError. def read_nonblock(maxlen, buf=nil, exception: true) if maxlen == 0 if buf buf.clear return buf else return "" end end if @rbuffer.empty? return sysread_nonblock(maxlen, buf, exception: exception) end ret = consume_rbuff(maxlen) if buf buf.replace(ret) ret = buf end ret end ## # Reads the next "line" from the stream. Lines are separated by _eol_. If # _limit_ is provided the result will not be longer than the given number of # bytes. # # _eol_ may be a String or Regexp. # # Unlike IO#gets the line read will not be assigned to +$_+. # # Unlike IO#gets the separator must be provided if a limit is provided. def gets(eol=$/, limit=nil, chomp: false) idx = @rbuffer.index(eol) until @eof break if idx fill_rbuff idx = @rbuffer.index(eol) end if eol.is_a?(Regexp) size = idx ? idx+$&.size : nil else size = idx ? idx+eol.size : nil end if size && limit && limit >= 0 size = [size, limit].min end line = consume_rbuff(size) if chomp && line line.chomp!(eol) end line end ## # Executes the block for every line in the stream where lines are separated # by _eol_. # # See also #gets def each(eol=$/) while line = self.gets(eol) yield line end end alias each_line each ## # Reads lines from the stream which are separated by _eol_. # # See also #gets def readlines(eol=$/) ary = [] while line = self.gets(eol) ary << line end ary end ## # Reads a line from the stream which is separated by _eol_. # # Raises EOFError if at end of file. def readline(eol=$/) raise EOFError if eof? gets(eol) end ## # Reads one character from the stream. Returns nil if called at end of # file. def getc read(1) end ## # Calls the given block once for each byte in the stream. def each_byte # :yields: byte while c = getc yield(c.ord) end end ## # Reads a one-character string from the stream. Raises an EOFError at end # of file. def readchar raise EOFError if eof? getc end ## # Pushes character _c_ back onto the stream such that a subsequent buffered # character read will return it. # # Unlike IO#getc multiple bytes may be pushed back onto the stream. # # Has no effect on unbuffered reads (such as #sysread). def ungetc(c) @rbuffer[0,0] = c.chr end ## # Returns true if the stream is at file which means there is no more data to # be read. def eof? fill_rbuff if !@eof && @rbuffer.empty? @eof && @rbuffer.empty? end alias eof eof? # # for writing. # private ## # Writes _s_ to the buffer. When the buffer is full or #sync is true the # buffer is flushed to the underlying socket. def do_write(s) @wbuffer = Buffer.new unless defined? @wbuffer @wbuffer << s @wbuffer.force_encoding(Encoding::BINARY) @sync ||= false buffer_size = @wbuffer.size if @sync or buffer_size > BLOCK_SIZE nwrote = 0 begin while nwrote < buffer_size do begin nwrote += syswrite(@wbuffer[nwrote, buffer_size - nwrote]) rescue Errno::EAGAIN retry end end ensure @wbuffer[0, nwrote] = "" end end end public ## # Writes _s_ to the stream. If the argument is not a String it will be # converted using +.to_s+ method. Returns the number of bytes written. def write(*s) s.inject(0) do |written, str| do_write(str) written + str.bytesize end end ## # Writes _s_ in the non-blocking manner. # # If there is buffered data, it is flushed first. This may block. # # write_nonblock returns number of bytes written to the SSL connection. # # When no data can be written without blocking it raises # OpenSSL::SSL::SSLError extended by IO::WaitReadable or IO::WaitWritable. # # IO::WaitReadable means SSL needs to read internally so write_nonblock # should be called again after the underlying IO is readable. # # IO::WaitWritable means SSL needs to write internally so write_nonblock # should be called again after underlying IO is writable. # # So OpenSSL::Buffering#write_nonblock needs two rescue clause as follows. # # # emulates blocking write. # begin # result = ssl.write_nonblock(str) # rescue IO::WaitReadable # IO.select([io]) # retry # rescue IO::WaitWritable # IO.select(nil, [io]) # retry # end # # Note that one reason that write_nonblock reads from the underlying IO # is when the peer requests a new TLS/SSL handshake. See the openssl FAQ # for more details. http://www.openssl.org/support/faq.html # # By specifying a keyword argument _exception_ to +false+, you can indicate # that write_nonblock should not raise an IO::Wait*able exception, but # return the symbol +:wait_writable+ or +:wait_readable+ instead. def write_nonblock(s, exception: true) flush syswrite_nonblock(s, exception: exception) end ## # Writes _s_ to the stream. _s_ will be converted to a String using # +.to_s+ method. def <<(s) do_write(s) self end ## # Writes _args_ to the stream along with a record separator. # # See IO#puts for full details. def puts(*args) s = Buffer.new if args.empty? s << "\n" end args.each{|arg| s << arg.to_s s.sub!(/(?<!\n)\z/, "\n") } do_write(s) nil end ## # Writes _args_ to the stream. # # See IO#print for full details. def print(*args) s = Buffer.new args.each{ |arg| s << arg.to_s } do_write(s) nil end ## # Formats and writes to the stream converting parameters under control of # the format string. # # See Kernel#sprintf for format string details. def printf(s, *args) do_write(s % args) nil end ## # Flushes buffered data to the SSLSocket. def flush osync = @sync @sync = true do_write "" return self ensure @sync = osync end ## # Closes the SSLSocket and flushes any unwritten data. def close flush rescue nil sysclose end end PK *J [��?U�. �. share/ruby/openssl/x509.rbnu �[��� # frozen_string_literal: true #-- # = Ruby-space definitions that completes C-space funcs for X509 and subclasses # # = Info # 'OpenSSL for Ruby 2' project # Copyright (C) 2002 Michal Rokos <m.rokos@sh.cvut.cz> # All rights reserved. # # = Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ require_relative 'marshal' module OpenSSL module X509 class ExtensionFactory def create_extension(*arg) if arg.size > 1 create_ext(*arg) else send("create_ext_from_"+arg[0].class.name.downcase, arg[0]) end end def create_ext_from_array(ary) raise ExtensionError, "unexpected array form" if ary.size > 3 create_ext(ary[0], ary[1], ary[2]) end def create_ext_from_string(str) # "oid = critical, value" oid, value = str.split(/=/, 2) oid.strip! value.strip! create_ext(oid, value) end def create_ext_from_hash(hash) create_ext(hash["oid"], hash["value"], hash["critical"]) end end class Extension include OpenSSL::Marshal def ==(other) return false unless Extension === other to_der == other.to_der end def to_s # "oid = critical, value" str = self.oid str << " = " str << "critical, " if self.critical? str << self.value.gsub(/\n/, ", ") end def to_h # {"oid"=>sn|ln, "value"=>value, "critical"=>true|false} {"oid"=>self.oid,"value"=>self.value,"critical"=>self.critical?} end def to_a [ self.oid, self.value, self.critical? ] end module Helpers def find_extension(oid) extensions.find { |e| e.oid == oid } end end module SubjectKeyIdentifier include Helpers # Get the subject's key identifier from the subjectKeyIdentifier # exteension, as described in RFC5280 Section 4.2.1.2. # # Returns the binary String key identifier or nil or raises # ASN1::ASN1Error. def subject_key_identifier ext = find_extension("subjectKeyIdentifier") return nil if ext.nil? ski_asn1 = ASN1.decode(ext.value_der) if ext.critical? || ski_asn1.tag_class != :UNIVERSAL || ski_asn1.tag != ASN1::OCTET_STRING raise ASN1::ASN1Error, "invalid extension" end ski_asn1.value end end module AuthorityKeyIdentifier include Helpers # Get the issuing certificate's key identifier from the # authorityKeyIdentifier extension, as described in RFC5280 # Section 4.2.1.1 # # Returns the binary String keyIdentifier or nil or raises # ASN1::ASN1Error. def authority_key_identifier ext = find_extension("authorityKeyIdentifier") return nil if ext.nil? aki_asn1 = ASN1.decode(ext.value_der) if ext.critical? || aki_asn1.tag_class != :UNIVERSAL || aki_asn1.tag != ASN1::SEQUENCE raise ASN1::ASN1Error, "invalid extension" end key_id = aki_asn1.value.find do |v| v.tag_class == :CONTEXT_SPECIFIC && v.tag == 0 end key_id.nil? ? nil : key_id.value end end module CRLDistributionPoints include Helpers # Get the distributionPoint fullName URI from the certificate's CRL # distribution points extension, as described in RFC 5280 Section # 4.2.1.13. # # Returns an array of strings or nil or raises ASN1::ASN1Error. def crl_uris ext = find_extension("crlDistributionPoints") return nil if ext.nil? cdp_asn1 = ASN1.decode(ext.value_der) if cdp_asn1.tag_class != :UNIVERSAL || cdp_asn1.tag != ASN1::SEQUENCE raise ASN1::ASN1Error, "invalid extension" end crl_uris = cdp_asn1.flat_map do |crl_distribution_point| distribution_point = crl_distribution_point.value.find do |v| v.tag_class == :CONTEXT_SPECIFIC && v.tag == 0 end full_name = distribution_point&.value&.find do |v| v.tag_class == :CONTEXT_SPECIFIC && v.tag == 0 end full_name&.value&.select do |v| v.tag_class == :CONTEXT_SPECIFIC && v.tag == 6 # uniformResourceIdentifier end end crl_uris.empty? ? nil : crl_uris.map(&:value) end end module AuthorityInfoAccess include Helpers # Get the information and services for the issuer from the certificate's # authority information access extension exteension, as described in RFC5280 # Section 4.2.2.1. # # Returns an array of strings or nil or raises ASN1::ASN1Error. def ca_issuer_uris aia_asn1 = parse_aia_asn1 return nil if aia_asn1.nil? ca_issuer = aia_asn1.value.select do |authority_info_access| authority_info_access.value.first.value == "caIssuers" end ca_issuer&.map(&:value)&.map(&:last)&.map(&:value) end # Get the URIs for OCSP from the certificate's authority information access # extension exteension, as described in RFC5280 Section 4.2.2.1. # # Returns an array of strings or nil or raises ASN1::ASN1Error. def ocsp_uris aia_asn1 = parse_aia_asn1 return nil if aia_asn1.nil? ocsp = aia_asn1.value.select do |authority_info_access| authority_info_access.value.first.value == "OCSP" end ocsp&.map(&:value)&.map(&:last)&.map(&:value) end private def parse_aia_asn1 ext = find_extension("authorityInfoAccess") return nil if ext.nil? aia_asn1 = ASN1.decode(ext.value_der) if ext.critical? || aia_asn1.tag_class != :UNIVERSAL || aia_asn1.tag != ASN1::SEQUENCE raise ASN1::ASN1Error, "invalid extension" end aia_asn1 end end end class Name include OpenSSL::Marshal module RFC2253DN Special = ',=+<>#;' HexChar = /[0-9a-fA-F]/ HexPair = /#{HexChar}#{HexChar}/ HexString = /#{HexPair}+/ Pair = /\\(?:[#{Special}]|\\|"|#{HexPair})/ StringChar = /[^\\"#{Special}]/ QuoteChar = /[^\\"]/ AttributeType = /[a-zA-Z][0-9a-zA-Z]*|[0-9]+(?:\.[0-9]+)*/ AttributeValue = / (?!["#])((?:#{StringChar}|#{Pair})*)| \#(#{HexString})| "((?:#{QuoteChar}|#{Pair})*)" /x TypeAndValue = /\A(#{AttributeType})=#{AttributeValue}/ module_function def expand_pair(str) return nil unless str return str.gsub(Pair){ pair = $& case pair.size when 2 then pair[1,1] when 3 then Integer("0x#{pair[1,2]}").chr else raise OpenSSL::X509::NameError, "invalid pair: #{str}" end } end def expand_hexstring(str) return nil unless str der = str.gsub(HexPair){$&.to_i(16).chr } a1 = OpenSSL::ASN1.decode(der) return a1.value, a1.tag end def expand_value(str1, str2, str3) value = expand_pair(str1) value, tag = expand_hexstring(str2) unless value value = expand_pair(str3) unless value return value, tag end def scan(dn) str = dn ary = [] while true if md = TypeAndValue.match(str) remain = md.post_match type = md[1] value, tag = expand_value(md[2], md[3], md[4]) rescue nil if value type_and_value = [type, value] type_and_value.push(tag) if tag ary.unshift(type_and_value) if remain.length > 2 && remain[0] == ?, str = remain[1..-1] next elsif remain.length > 2 && remain[0] == ?+ raise OpenSSL::X509::NameError, "multi-valued RDN is not supported: #{dn}" elsif remain.empty? break end end end msg_dn = dn[0, dn.length - str.length] + " =>" + str raise OpenSSL::X509::NameError, "malformed RDN: #{msg_dn}" end return ary end end class << self # Parses the UTF-8 string representation of a distinguished name, # according to RFC 2253. # # See also #to_utf8 for the opposite operation. def parse_rfc2253(str, template=OBJECT_TYPE_TEMPLATE) ary = OpenSSL::X509::Name::RFC2253DN.scan(str) self.new(ary, template) end # Parses the string representation of a distinguished name. Two # different forms are supported: # # - \OpenSSL format (<tt>X509_NAME_oneline()</tt>) used by # <tt>#to_s</tt>. For example: <tt>/DC=com/DC=example/CN=nobody</tt> # - \OpenSSL format (<tt>X509_NAME_print()</tt>) # used by <tt>#to_s(OpenSSL::X509::Name::COMPAT)</tt>. For example: # <tt>DC=com, DC=example, CN=nobody</tt> # # Neither of them is standardized and has quirks and inconsistencies # in handling of escaped characters or multi-valued RDNs. # # Use of this method is discouraged in new applications. See # Name.parse_rfc2253 and #to_utf8 for the alternative. def parse_openssl(str, template=OBJECT_TYPE_TEMPLATE) if str.start_with?("/") # /A=B/C=D format ary = str[1..-1].split("/").map { |i| i.split("=", 2) } else # Comma-separated ary = str.split(",").map { |i| i.strip.split("=", 2) } end self.new(ary, template) end alias parse parse_openssl end def pretty_print(q) q.object_group(self) { q.text ' ' q.text to_s(OpenSSL::X509::Name::RFC2253) } end end class Attribute include OpenSSL::Marshal def ==(other) return false unless Attribute === other to_der == other.to_der end end class StoreContext def cleanup warn "(#{caller.first}) OpenSSL::X509::StoreContext#cleanup is deprecated with no replacement" if $VERBOSE end end class Certificate include OpenSSL::Marshal include Extension::SubjectKeyIdentifier include Extension::AuthorityKeyIdentifier include Extension::CRLDistributionPoints include Extension::AuthorityInfoAccess def pretty_print(q) q.object_group(self) { q.breakable q.text 'subject='; q.pp self.subject; q.text ','; q.breakable q.text 'issuer='; q.pp self.issuer; q.text ','; q.breakable q.text 'serial='; q.pp self.serial; q.text ','; q.breakable q.text 'not_before='; q.pp self.not_before; q.text ','; q.breakable q.text 'not_after='; q.pp self.not_after } end def self.load_file(path) load(File.binread(path)) end end class CRL include OpenSSL::Marshal include Extension::AuthorityKeyIdentifier def ==(other) return false unless CRL === other to_der == other.to_der end end class Revoked def ==(other) return false unless Revoked === other to_der == other.to_der end end class Request include OpenSSL::Marshal def ==(other) return false unless Request === other to_der == other.to_der end end end end PK *J [͒��� � share/ruby/openssl/bn.rbnu �[��� # frozen_string_literal: true #-- # # = Ruby-space definitions that completes C-space funcs for BN # # = Info # 'OpenSSL for Ruby 2' project # Copyright (C) 2002 Michal Rokos <m.rokos@sh.cvut.cz> # All rights reserved. # # = Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ module OpenSSL class BN include Comparable def pretty_print(q) q.object_group(self) { q.text ' ' q.text to_i.to_s } end end # BN end # OpenSSL ## #-- # Add double dispatch to Integer #++ class Integer # Casts an Integer as an OpenSSL::BN # # See `man bn` for more info. def to_bn OpenSSL::BN::new(self) end end # Integer PK *J [�*e e share/ruby/openssl/pkcs5.rbnu �[��� # frozen_string_literal: true #-- # Ruby/OpenSSL Project # Copyright (C) 2017 Ruby/OpenSSL Project Authors #++ module OpenSSL module PKCS5 module_function # OpenSSL::PKCS5.pbkdf2_hmac has been renamed to OpenSSL::KDF.pbkdf2_hmac. # This method is provided for backwards compatibility. def pbkdf2_hmac(pass, salt, iter, keylen, digest) OpenSSL::KDF.pbkdf2_hmac(pass, salt: salt, iterations: iter, length: keylen, hash: digest) end def pbkdf2_hmac_sha1(pass, salt, iter, keylen) pbkdf2_hmac(pass, salt, iter, keylen, "sha1") end end end PK *J [�a�� share/ruby/openssl/asn1.rbnu �[��� # frozen_string_literal: true #-- # # = Ruby-space definitions that completes C-space funcs for ASN.1 # # = Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ module OpenSSL module ASN1 class ASN1Data # # Carries the value of a ASN.1 type. # Please confer Constructive and Primitive for the mappings between # ASN.1 data types and Ruby classes. # attr_accessor :value # An Integer representing the tag number of this ASN1Data. Never +nil+. attr_accessor :tag # A Symbol representing the tag class of this ASN1Data. Never +nil+. # See ASN1Data for possible values. attr_accessor :tag_class # # Never +nil+. A boolean value indicating whether the encoding uses # indefinite length (in the case of parsing) or whether an indefinite # length form shall be used (in the encoding case). # In DER, every value uses definite length form. But in scenarios where # large amounts of data need to be transferred it might be desirable to # have some kind of streaming support available. # For example, huge OCTET STRINGs are preferably sent in smaller-sized # chunks, each at a time. # This is possible in BER by setting the length bytes of an encoding # to zero and by this indicating that the following value will be # sent in chunks. Indefinite length encodings are always constructed. # The end of such a stream of chunks is indicated by sending a EOC # (End of Content) tag. SETs and SEQUENCEs may use an indefinite length # encoding, but also primitive types such as e.g. OCTET STRINGS or # BIT STRINGS may leverage this functionality (cf. ITU-T X.690). # attr_accessor :indefinite_length alias infinite_length indefinite_length alias infinite_length= indefinite_length= # # :call-seq: # OpenSSL::ASN1::ASN1Data.new(value, tag, tag_class) => ASN1Data # # _value_: Please have a look at Constructive and Primitive to see how Ruby # types are mapped to ASN.1 types and vice versa. # # _tag_: An Integer indicating the tag number. # # _tag_class_: A Symbol indicating the tag class. Please cf. ASN1 for # possible values. # # == Example # asn1_int = OpenSSL::ASN1Data.new(42, 2, :UNIVERSAL) # => Same as OpenSSL::ASN1::Integer.new(42) # tagged_int = OpenSSL::ASN1Data.new(42, 0, :CONTEXT_SPECIFIC) # implicitly 0-tagged INTEGER # def initialize(value, tag, tag_class) raise ASN1Error, "invalid tag class" unless tag_class.is_a?(Symbol) @tag = tag @value = value @tag_class = tag_class @indefinite_length = false end end module TaggedASN1Data # # May be used as a hint for encoding a value either implicitly or # explicitly by setting it either to +:IMPLICIT+ or to +:EXPLICIT+. # _tagging_ is not set when a ASN.1 structure is parsed using # OpenSSL::ASN1.decode. # attr_accessor :tagging # :call-seq: # OpenSSL::ASN1::Primitive.new(value [, tag, tagging, tag_class ]) => Primitive # # _value_: is mandatory. # # _tag_: optional, may be specified for tagged values. If no _tag_ is # specified, the UNIVERSAL tag corresponding to the Primitive sub-class # is used by default. # # _tagging_: may be used as an encoding hint to encode a value either # explicitly or implicitly, see ASN1 for possible values. # # _tag_class_: if _tag_ and _tagging_ are +nil+ then this is set to # +:UNIVERSAL+ by default. If either _tag_ or _tagging_ are set then # +:CONTEXT_SPECIFIC+ is used as the default. For possible values please # cf. ASN1. # # == Example # int = OpenSSL::ASN1::Integer.new(42) # zero_tagged_int = OpenSSL::ASN1::Integer.new(42, 0, :IMPLICIT) # private_explicit_zero_tagged_int = OpenSSL::ASN1::Integer.new(42, 0, :EXPLICIT, :PRIVATE) # def initialize(value, tag = nil, tagging = nil, tag_class = nil) tag ||= ASN1.take_default_tag(self.class) raise ASN1Error, "must specify tag number" unless tag if tagging raise ASN1Error, "invalid tagging method" unless tagging.is_a?(Symbol) end tag_class ||= tagging ? :CONTEXT_SPECIFIC : :UNIVERSAL raise ASN1Error, "invalid tag class" unless tag_class.is_a?(Symbol) @tagging = tagging super(value ,tag, tag_class) end end class Primitive < ASN1Data include TaggedASN1Data undef_method :indefinite_length= undef_method :infinite_length= end class Constructive < ASN1Data include TaggedASN1Data include Enumerable # :call-seq: # asn1_ary.each { |asn1| block } => asn1_ary # # Calls the given block once for each element in self, passing that element # as parameter _asn1_. If no block is given, an enumerator is returned # instead. # # == Example # asn1_ary.each do |asn1| # puts asn1 # end # def each(&blk) @value.each(&blk) self end end class Boolean < Primitive ; end class Integer < Primitive ; end class Enumerated < Primitive ; end class BitString < Primitive attr_accessor :unused_bits def initialize(*) super @unused_bits = 0 end end class EndOfContent < ASN1Data def initialize super("", 0, :UNIVERSAL) end end # :nodoc: def self.take_default_tag(klass) tag = CLASS_TAG_MAP[klass] return tag if tag sklass = klass.superclass return unless sklass take_default_tag(sklass) end end end PK *J [�(*G; ; share/ruby/openssl/pkey.rbnu �[��� # frozen_string_literal: true #-- # Ruby/OpenSSL Project # Copyright (C) 2017 Ruby/OpenSSL Project Authors #++ require_relative 'marshal' module OpenSSL::PKey class DH include OpenSSL::Marshal # :call-seq: # dh.public_key -> dhnew # # Returns a new DH instance that carries just the \DH parameters. # # Contrary to the method name, the returned DH object contains only # parameters and not the public key. # # This method is provided for backwards compatibility. In most cases, there # is no need to call this method. # # For the purpose of re-generating the key pair while keeping the # parameters, check OpenSSL::PKey.generate_key. # # Example: # # OpenSSL::PKey::DH.generate by default generates a random key pair # dh1 = OpenSSL::PKey::DH.generate(2048) # p dh1.priv_key #=> #<OpenSSL::BN 1288347...> # dhcopy = dh1.public_key # p dhcopy.priv_key #=> nil def public_key DH.new(to_der) end # :call-seq: # dh.compute_key(pub_bn) -> string # # Returns a String containing a shared secret computed from the other # party's public value. # # This method is provided for backwards compatibility, and calls #derive # internally. # # === Parameters # * _pub_bn_ is a OpenSSL::BN, *not* the DH instance returned by # DH#public_key as that contains the DH parameters only. def compute_key(pub_bn) # FIXME: This is constructing an X.509 SubjectPublicKeyInfo and is very # inefficient obj = OpenSSL::ASN1.Sequence([ OpenSSL::ASN1.Sequence([ OpenSSL::ASN1.ObjectId("dhKeyAgreement"), OpenSSL::ASN1.Sequence([ OpenSSL::ASN1.Integer(p), OpenSSL::ASN1.Integer(g), ]), ]), OpenSSL::ASN1.BitString(OpenSSL::ASN1.Integer(pub_bn).to_der), ]) derive(OpenSSL::PKey.read(obj.to_der)) end # :call-seq: # dh.generate_key! -> self # # Generates a private and public key unless a private key already exists. # If this DH instance was generated from public \DH parameters (e.g. by # encoding the result of DH#public_key), then this method needs to be # called first in order to generate the per-session keys before performing # the actual key exchange. # # <b>Deprecated in version 3.0</b>. This method is incompatible with # OpenSSL 3.0.0 or later. # # See also OpenSSL::PKey.generate_key. # # Example: # # DEPRECATED USAGE: This will not work on OpenSSL 3.0 or later # dh0 = OpenSSL::PKey::DH.new(2048) # dh = dh0.public_key # #public_key only copies the DH parameters (contrary to the name) # dh.generate_key! # puts dh.private? # => true # puts dh0.pub_key == dh.pub_key #=> false # # # With OpenSSL::PKey.generate_key # dh0 = OpenSSL::PKey::DH.new(2048) # dh = OpenSSL::PKey.generate_key(dh0) # puts dh0.pub_key == dh.pub_key #=> false def generate_key! if OpenSSL::OPENSSL_VERSION_NUMBER >= 0x30000000 raise DHError, "OpenSSL::PKey::DH is immutable on OpenSSL 3.0; " \ "use OpenSSL::PKey.generate_key instead" end unless priv_key tmp = OpenSSL::PKey.generate_key(self) set_key(tmp.pub_key, tmp.priv_key) end self end class << self # :call-seq: # DH.generate(size, generator = 2) -> dh # # Creates a new DH instance from scratch by generating random parameters # and a key pair. # # See also OpenSSL::PKey.generate_parameters and # OpenSSL::PKey.generate_key. # # +size+:: # The desired key size in bits. # +generator+:: # The generator. def generate(size, generator = 2, &blk) dhparams = OpenSSL::PKey.generate_parameters("DH", { "dh_paramgen_prime_len" => size, "dh_paramgen_generator" => generator, }, &blk) OpenSSL::PKey.generate_key(dhparams) end # Handle DH.new(size, generator) form here; new(str) and new() forms # are handled by #initialize def new(*args, &blk) # :nodoc: if args[0].is_a?(Integer) generate(*args, &blk) else super end end end end class DSA include OpenSSL::Marshal # :call-seq: # dsa.public_key -> dsanew # # Returns a new DSA instance that carries just the \DSA parameters and the # public key. # # This method is provided for backwards compatibility. In most cases, there # is no need to call this method. # # For the purpose of serializing the public key, to PEM or DER encoding of # X.509 SubjectPublicKeyInfo format, check PKey#public_to_pem and # PKey#public_to_der. def public_key OpenSSL::PKey.read(public_to_der) end class << self # :call-seq: # DSA.generate(size) -> dsa # # Creates a new DSA instance by generating a private/public key pair # from scratch. # # See also OpenSSL::PKey.generate_parameters and # OpenSSL::PKey.generate_key. # # +size+:: # The desired key size in bits. def generate(size, &blk) # FIPS 186-4 specifies four (L,N) pairs: (1024,160), (2048,224), # (2048,256), and (3072,256). # # q size is derived here with compatibility with # DSA_generator_parameters_ex() which previous versions of ruby/openssl # used to call. qsize = size >= 2048 ? 256 : 160 dsaparams = OpenSSL::PKey.generate_parameters("DSA", { "dsa_paramgen_bits" => size, "dsa_paramgen_q_bits" => qsize, }, &blk) OpenSSL::PKey.generate_key(dsaparams) end # Handle DSA.new(size) form here; new(str) and new() forms # are handled by #initialize def new(*args, &blk) # :nodoc: if args[0].is_a?(Integer) generate(*args, &blk) else super end end end # :call-seq: # dsa.syssign(string) -> string # # Computes and returns the \DSA signature of +string+, where +string+ is # expected to be an already-computed message digest of the original input # data. The signature is issued using the private key of this DSA instance. # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#sign_raw and PKey::PKey#verify_raw instead. # # +string+:: # A message digest of the original input data to be signed. # # Example: # dsa = OpenSSL::PKey::DSA.new(2048) # doc = "Sign me" # digest = OpenSSL::Digest.digest('SHA1', doc) # # # With legacy #syssign and #sysverify: # sig = dsa.syssign(digest) # p dsa.sysverify(digest, sig) #=> true # # # With #sign_raw and #verify_raw: # sig = dsa.sign_raw(nil, digest) # p dsa.verify_raw(nil, sig, digest) #=> true def syssign(string) q or raise OpenSSL::PKey::DSAError, "incomplete DSA" private? or raise OpenSSL::PKey::DSAError, "Private DSA key needed!" begin sign_raw(nil, string) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::DSAError, $!.message end end # :call-seq: # dsa.sysverify(digest, sig) -> true | false # # Verifies whether the signature is valid given the message digest input. # It does so by validating +sig+ using the public key of this DSA instance. # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#sign_raw and PKey::PKey#verify_raw instead. # # +digest+:: # A message digest of the original input data to be signed. # +sig+:: # A \DSA signature value. def sysverify(digest, sig) verify_raw(nil, sig, digest) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::DSAError, $!.message end end if defined?(EC) class EC include OpenSSL::Marshal # :call-seq: # key.dsa_sign_asn1(data) -> String # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#sign_raw and PKey::PKey#verify_raw instead. def dsa_sign_asn1(data) sign_raw(nil, data) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::ECError, $!.message end # :call-seq: # key.dsa_verify_asn1(data, sig) -> true | false # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#sign_raw and PKey::PKey#verify_raw instead. def dsa_verify_asn1(data, sig) verify_raw(nil, sig, data) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::ECError, $!.message end # :call-seq: # ec.dh_compute_key(pubkey) -> string # # Derives a shared secret by ECDH. _pubkey_ must be an instance of # OpenSSL::PKey::EC::Point and must belong to the same group. # # This method is provided for backwards compatibility, and calls #derive # internally. def dh_compute_key(pubkey) obj = OpenSSL::ASN1.Sequence([ OpenSSL::ASN1.Sequence([ OpenSSL::ASN1.ObjectId("id-ecPublicKey"), group.to_der, ]), OpenSSL::ASN1.BitString(pubkey.to_octet_string(:uncompressed)), ]) derive(OpenSSL::PKey.read(obj.to_der)) end end class EC::Point # :call-seq: # point.to_bn([conversion_form]) -> OpenSSL::BN # # Returns the octet string representation of the EC point as an instance of # OpenSSL::BN. # # If _conversion_form_ is not given, the _point_conversion_form_ attribute # set to the group is used. # # See #to_octet_string for more information. def to_bn(conversion_form = group.point_conversion_form) OpenSSL::BN.new(to_octet_string(conversion_form), 2) end end end class RSA include OpenSSL::Marshal # :call-seq: # rsa.public_key -> rsanew # # Returns a new RSA instance that carries just the public key components. # # This method is provided for backwards compatibility. In most cases, there # is no need to call this method. # # For the purpose of serializing the public key, to PEM or DER encoding of # X.509 SubjectPublicKeyInfo format, check PKey#public_to_pem and # PKey#public_to_der. def public_key OpenSSL::PKey.read(public_to_der) end class << self # :call-seq: # RSA.generate(size, exponent = 65537) -> RSA # # Generates an \RSA keypair. # # See also OpenSSL::PKey.generate_key. # # +size+:: # The desired key size in bits. # +exponent+:: # An odd Integer, normally 3, 17, or 65537. def generate(size, exp = 0x10001, &blk) OpenSSL::PKey.generate_key("RSA", { "rsa_keygen_bits" => size, "rsa_keygen_pubexp" => exp, }, &blk) end # Handle RSA.new(size, exponent) form here; new(str) and new() forms # are handled by #initialize def new(*args, &blk) # :nodoc: if args[0].is_a?(Integer) generate(*args, &blk) else super end end end # :call-seq: # rsa.private_encrypt(string) -> String # rsa.private_encrypt(string, padding) -> String # # Encrypt +string+ with the private key. +padding+ defaults to # PKCS1_PADDING, which is known to be insecure but is kept for backwards # compatibility. The encrypted string output can be decrypted using # #public_decrypt. # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#sign_raw and PKey::PKey#verify_raw, and # PKey::PKey#verify_recover instead. def private_encrypt(string, padding = PKCS1_PADDING) n or raise OpenSSL::PKey::RSAError, "incomplete RSA" private? or raise OpenSSL::PKey::RSAError, "private key needed." begin sign_raw(nil, string, { "rsa_padding_mode" => translate_padding_mode(padding), }) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::RSAError, $!.message end end # :call-seq: # rsa.public_decrypt(string) -> String # rsa.public_decrypt(string, padding) -> String # # Decrypt +string+, which has been encrypted with the private key, with the # public key. +padding+ defaults to PKCS1_PADDING which is known to be # insecure but is kept for backwards compatibility. # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#sign_raw and PKey::PKey#verify_raw, and # PKey::PKey#verify_recover instead. def public_decrypt(string, padding = PKCS1_PADDING) n or raise OpenSSL::PKey::RSAError, "incomplete RSA" begin verify_recover(nil, string, { "rsa_padding_mode" => translate_padding_mode(padding), }) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::RSAError, $!.message end end # :call-seq: # rsa.public_encrypt(string) -> String # rsa.public_encrypt(string, padding) -> String # # Encrypt +string+ with the public key. +padding+ defaults to # PKCS1_PADDING, which is known to be insecure but is kept for backwards # compatibility. The encrypted string output can be decrypted using # #private_decrypt. # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#encrypt and PKey::PKey#decrypt instead. def public_encrypt(data, padding = PKCS1_PADDING) n or raise OpenSSL::PKey::RSAError, "incomplete RSA" begin encrypt(data, { "rsa_padding_mode" => translate_padding_mode(padding), }) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::RSAError, $!.message end end # :call-seq: # rsa.private_decrypt(string) -> String # rsa.private_decrypt(string, padding) -> String # # Decrypt +string+, which has been encrypted with the public key, with the # private key. +padding+ defaults to PKCS1_PADDING, which is known to be # insecure but is kept for backwards compatibility. # # <b>Deprecated in version 3.0</b>. # Consider using PKey::PKey#encrypt and PKey::PKey#decrypt instead. def private_decrypt(data, padding = PKCS1_PADDING) n or raise OpenSSL::PKey::RSAError, "incomplete RSA" private? or raise OpenSSL::PKey::RSAError, "private key needed." begin decrypt(data, { "rsa_padding_mode" => translate_padding_mode(padding), }) rescue OpenSSL::PKey::PKeyError raise OpenSSL::PKey::RSAError, $!.message end end PKCS1_PADDING = 1 SSLV23_PADDING = 2 NO_PADDING = 3 PKCS1_OAEP_PADDING = 4 private def translate_padding_mode(num) case num when PKCS1_PADDING "pkcs1" when SSLV23_PADDING "sslv23" when NO_PADDING "none" when PKCS1_OAEP_PADDING "oaep" else raise OpenSSL::PKey::PKeyError, "unsupported padding mode" end end end end PK *J [ �P� � share/ruby/openssl/hmac.rbnu �[��� # frozen_string_literal: true module OpenSSL class HMAC # Securely compare with another HMAC instance in constant time. def ==(other) return false unless HMAC === other return false unless self.digest.bytesize == other.digest.bytesize OpenSSL.fixed_length_secure_compare(self.digest, other.digest) end # :call-seq: # hmac.base64digest -> string # # Returns the authentication code an a Base64-encoded string. def base64digest [digest].pack("m0") end class << self # :call-seq: # HMAC.digest(digest, key, data) -> aString # # Returns the authentication code as a binary string. The _digest_ parameter # specifies the digest algorithm to use. This may be a String representing # the algorithm name or an instance of OpenSSL::Digest. # # === Example # key = 'key' # data = 'The quick brown fox jumps over the lazy dog' # # hmac = OpenSSL::HMAC.digest('SHA1', key, data) # #=> "\xDE|\x9B\x85\xB8\xB7\x8A\xA6\xBC\x8Az6\xF7\n\x90p\x1C\x9D\xB4\xD9" def digest(digest, key, data) hmac = new(key, digest) hmac << data hmac.digest end # :call-seq: # HMAC.hexdigest(digest, key, data) -> aString # # Returns the authentication code as a hex-encoded string. The _digest_ # parameter specifies the digest algorithm to use. This may be a String # representing the algorithm name or an instance of OpenSSL::Digest. # # === Example # key = 'key' # data = 'The quick brown fox jumps over the lazy dog' # # hmac = OpenSSL::HMAC.hexdigest('SHA1', key, data) # #=> "de7c9b85b8b78aa6bc8a7a36f70a90701c9db4d9" def hexdigest(digest, key, data) hmac = new(key, digest) hmac << data hmac.hexdigest end # :call-seq: # HMAC.base64digest(digest, key, data) -> aString # # Returns the authentication code as a Base64-encoded string. The _digest_ # parameter specifies the digest algorithm to use. This may be a String # representing the algorithm name or an instance of OpenSSL::Digest. # # === Example # key = 'key' # data = 'The quick brown fox jumps over the lazy dog' # # hmac = OpenSSL::HMAC.base64digest('SHA1', key, data) # #=> "3nybhbi3iqa8ino29wqQcBydtNk=" def base64digest(digest, key, data) [digest(digest, key, data)].pack("m0") end end end end PK *J [�ORF F share/ruby/openssl/version.rbnu �[��� # frozen_string_literal: true module OpenSSL VERSION = "3.3.0" end PK *J [�NRjL jL share/ruby/openssl/ssl.rbnu �[��� # frozen_string_literal: true =begin = Info 'OpenSSL for Ruby 2' project Copyright (C) 2001 GOTOU YUUZOU <gotoyuzo@notwork.org> All rights reserved. = Licence This program is licensed under the same licence as Ruby. (See the file 'COPYING'.) =end require "openssl/buffering" if defined?(OpenSSL::SSL) require "io/nonblock" require "ipaddr" require "socket" module OpenSSL module SSL class SSLContext DEFAULT_PARAMS = { # :nodoc: :verify_mode => OpenSSL::SSL::VERIFY_PEER, :verify_hostname => true, :options => -> { opts = OpenSSL::SSL::OP_ALL opts &= ~OpenSSL::SSL::OP_DONT_INSERT_EMPTY_FRAGMENTS opts |= OpenSSL::SSL::OP_NO_COMPRESSION opts }.call } if defined?(OpenSSL::PKey::DH) DH_ffdhe2048 = OpenSSL::PKey::DH.new <<-_end_of_pem_ -----BEGIN DH PARAMETERS----- MIIBCAKCAQEA//////////+t+FRYortKmq/cViAnPTzx2LnFg84tNpWp4TZBFGQz +8yTnc4kmz75fS/jY2MMddj2gbICrsRhetPfHtXV/WVhJDP1H18GbtCFY2VVPe0a 87VXE15/V8k1mE8McODmi3fipona8+/och3xWKE2rec1MKzKT0g6eXq8CrGCsyT7 YdEIqUuyyOP7uWrat2DX9GgdT0Kj3jlN9K5W7edjcrsZCwenyO4KbXCeAvzhzffi 7MA0BM0oNC9hkXL+nOmFg/+OTxIy7vKBg8P+OxtMb61zO7X8vC7CIAXFjvGDfRaD ssbzSibBsu/6iGtCOGEoXJf//////////wIBAg== -----END DH PARAMETERS----- _end_of_pem_ private_constant :DH_ffdhe2048 DEFAULT_TMP_DH_CALLBACK = lambda { |ctx, is_export, keylen| # :nodoc: warn "using default DH parameters." if $VERBOSE DH_ffdhe2048 } end if !(OpenSSL::OPENSSL_VERSION.start_with?("OpenSSL") && OpenSSL::OPENSSL_VERSION_NUMBER >= 0x10100000) DEFAULT_PARAMS.merge!( min_version: OpenSSL::SSL::TLS1_VERSION, ciphers: %w{ ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES128-GCM-SHA256 DHE-DSS-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384 DHE-DSS-AES256-GCM-SHA384 ECDHE-ECDSA-AES128-SHA256 ECDHE-RSA-AES128-SHA256 ECDHE-ECDSA-AES128-SHA ECDHE-RSA-AES128-SHA ECDHE-ECDSA-AES256-SHA384 ECDHE-RSA-AES256-SHA384 ECDHE-ECDSA-AES256-SHA ECDHE-RSA-AES256-SHA DHE-RSA-AES128-SHA256 DHE-RSA-AES256-SHA256 DHE-RSA-AES128-SHA DHE-RSA-AES256-SHA DHE-DSS-AES128-SHA256 DHE-DSS-AES256-SHA256 DHE-DSS-AES128-SHA DHE-DSS-AES256-SHA AES128-GCM-SHA256 AES256-GCM-SHA384 AES128-SHA256 AES256-SHA256 AES128-SHA AES256-SHA }.join(":"), ) end DEFAULT_CERT_STORE = OpenSSL::X509::Store.new # :nodoc: DEFAULT_CERT_STORE.set_default_paths DEFAULT_CERT_STORE.flags = OpenSSL::X509::V_FLAG_CRL_CHECK_ALL # A callback invoked when DH parameters are required for ephemeral DH key # exchange. # # The callback is invoked with the SSLSocket, a # flag indicating the use of an export cipher and the keylength # required. # # The callback must return an OpenSSL::PKey::DH instance of the correct # key length. # # <b>Deprecated in version 3.0.</b> Use #tmp_dh= instead. attr_accessor :tmp_dh_callback # A callback invoked at connect time to distinguish between multiple # server names. # # The callback is invoked with an SSLSocket and a server name. The # callback must return an SSLContext for the server name or nil. attr_accessor :servername_cb # call-seq: # SSLContext.new -> ctx # SSLContext.new(:TLSv1) -> ctx # SSLContext.new("SSLv23") -> ctx # # Creates a new SSL context. # # If an argument is given, #ssl_version= is called with the value. Note # that this form is deprecated. New applications should use #min_version= # and #max_version= as necessary. def initialize(version = nil) self.ssl_version = version if version self.verify_mode = OpenSSL::SSL::VERIFY_NONE self.verify_hostname = false end ## # call-seq: # ctx.set_params(params = {}) -> params # # Sets saner defaults optimized for the use with HTTP-like protocols. # # If a Hash _params_ is given, the parameters are overridden with it. # The keys in _params_ must be assignment methods on SSLContext. # # If the verify_mode is not VERIFY_NONE and ca_file, ca_path and # cert_store are not set then the system default certificate store is # used. def set_params(params={}) params = DEFAULT_PARAMS.merge(params) self.options |= params.delete(:options) # set before min_version/max_version params.each{|name, value| self.__send__("#{name}=", value) } if self.verify_mode != OpenSSL::SSL::VERIFY_NONE unless self.ca_file or self.ca_path or self.cert_store self.cert_store = DEFAULT_CERT_STORE end end return params end # call-seq: # ctx.min_version = OpenSSL::SSL::TLS1_2_VERSION # ctx.min_version = :TLS1_2 # ctx.min_version = nil # # Sets the lower bound on the supported SSL/TLS protocol version. The # version may be specified by an integer constant named # OpenSSL::SSL::*_VERSION, a Symbol, or +nil+ which means "any version". # # Be careful that you don't overwrite OpenSSL::SSL::OP_NO_{SSL,TLS}v* # options by #options= once you have called #min_version= or # #max_version=. # # === Example # ctx = OpenSSL::SSL::SSLContext.new # ctx.min_version = OpenSSL::SSL::TLS1_1_VERSION # ctx.max_version = OpenSSL::SSL::TLS1_2_VERSION # # sock = OpenSSL::SSL::SSLSocket.new(tcp_sock, ctx) # sock.connect # Initiates a connection using either TLS 1.1 or TLS 1.2 def min_version=(version) set_minmax_proto_version(version, @max_proto_version ||= nil) @min_proto_version = version end # call-seq: # ctx.max_version = OpenSSL::SSL::TLS1_2_VERSION # ctx.max_version = :TLS1_2 # ctx.max_version = nil # # Sets the upper bound of the supported SSL/TLS protocol version. See # #min_version= for the possible values. def max_version=(version) set_minmax_proto_version(@min_proto_version ||= nil, version) @max_proto_version = version end # call-seq: # ctx.ssl_version = :TLSv1 # ctx.ssl_version = "SSLv23" # # Sets the SSL/TLS protocol version for the context. This forces # connections to use only the specified protocol version. This is # deprecated and only provided for backwards compatibility. Use # #min_version= and #max_version= instead. # # === History # As the name hints, this used to call the SSL_CTX_set_ssl_version() # function which sets the SSL method used for connections created from # the context. As of Ruby/OpenSSL 2.1, this accessor method is # implemented to call #min_version= and #max_version= instead. def ssl_version=(meth) meth = meth.to_s if meth.is_a?(Symbol) if /(?<type>_client|_server)\z/ =~ meth meth = $` if $VERBOSE warn "#{caller(1, 1)[0]}: method type #{type.inspect} is ignored" end end version = METHODS_MAP[meth.intern] or raise ArgumentError, "unknown SSL method `%s'" % meth set_minmax_proto_version(version, version) @min_proto_version = @max_proto_version = version end METHODS_MAP = { SSLv23: 0, SSLv2: OpenSSL::SSL::SSL2_VERSION, SSLv3: OpenSSL::SSL::SSL3_VERSION, TLSv1: OpenSSL::SSL::TLS1_VERSION, TLSv1_1: OpenSSL::SSL::TLS1_1_VERSION, TLSv1_2: OpenSSL::SSL::TLS1_2_VERSION, }.freeze private_constant :METHODS_MAP # The list of available SSL/TLS methods. This constant is only provided # for backwards compatibility. METHODS = METHODS_MAP.flat_map { |name,| [name, :"#{name}_client", :"#{name}_server"] }.freeze deprecate_constant :METHODS end module SocketForwarder # The file descriptor for the socket. def fileno to_io.fileno end def addr to_io.addr end def peeraddr to_io.peeraddr end def local_address to_io.local_address end def remote_address to_io.remote_address end def setsockopt(level, optname, optval) to_io.setsockopt(level, optname, optval) end def getsockopt(level, optname) to_io.getsockopt(level, optname) end def fcntl(*args) to_io.fcntl(*args) end def closed? to_io.closed? end def do_not_reverse_lookup=(flag) to_io.do_not_reverse_lookup = flag end def close_on_exec=(value) to_io.close_on_exec = value end def close_on_exec? to_io.close_on_exec? end def wait(*args) to_io.wait(*args) end def wait_readable(*args) to_io.wait_readable(*args) end def wait_writable(*args) to_io.wait_writable(*args) end if IO.method_defined?(:timeout) def timeout to_io.timeout end def timeout=(value) to_io.timeout=(value) end end end def verify_certificate_identity(cert, hostname) should_verify_common_name = true cert.extensions.each{|ext| next if ext.oid != "subjectAltName" ostr = OpenSSL::ASN1.decode(ext.to_der).value.last sequence = OpenSSL::ASN1.decode(ostr.value) sequence.value.each{|san| case san.tag when 2 # dNSName in GeneralName (RFC5280) should_verify_common_name = false return true if verify_hostname(hostname, san.value) when 7 # iPAddress in GeneralName (RFC5280) should_verify_common_name = false if san.value.size == 4 || san.value.size == 16 begin return true if san.value == IPAddr.new(hostname).hton rescue IPAddr::InvalidAddressError end end end } } if should_verify_common_name cert.subject.to_a.each{|oid, value| if oid == "CN" return true if verify_hostname(hostname, value) end } end return false end module_function :verify_certificate_identity def verify_hostname(hostname, san) # :nodoc: # RFC 5280, IA5String is limited to the set of ASCII characters return false unless san.ascii_only? return false unless hostname.ascii_only? # See RFC 6125, section 6.4.1 # Matching is case-insensitive. san_parts = san.downcase.split(".") # TODO: this behavior should probably be more strict return san == hostname if san_parts.size < 2 # Matching is case-insensitive. host_parts = hostname.downcase.split(".") # RFC 6125, section 6.4.3, subitem 2. # If the wildcard character is the only character of the left-most # label in the presented identifier, the client SHOULD NOT compare # against anything but the left-most label of the reference # identifier (e.g., *.example.com would match foo.example.com but # not bar.foo.example.com or example.com). return false unless san_parts.size == host_parts.size # RFC 6125, section 6.4.3, subitem 1. # The client SHOULD NOT attempt to match a presented identifier in # which the wildcard character comprises a label other than the # left-most label (e.g., do not match bar.*.example.net). return false unless verify_wildcard(host_parts.shift, san_parts.shift) san_parts.join(".") == host_parts.join(".") end module_function :verify_hostname def verify_wildcard(domain_component, san_component) # :nodoc: parts = san_component.split("*", -1) return false if parts.size > 2 return san_component == domain_component if parts.size == 1 # RFC 6125, section 6.4.3, subitem 3. # The client SHOULD NOT attempt to match a presented identifier # where the wildcard character is embedded within an A-label or # U-label of an internationalized domain name. return false if domain_component.start_with?("xn--") && san_component != "*" parts[0].length + parts[1].length < domain_component.length && domain_component.start_with?(parts[0]) && domain_component.end_with?(parts[1]) end module_function :verify_wildcard class SSLSocket include Buffering include SocketForwarder attr_reader :hostname # The underlying IO object. attr_reader :io alias :to_io :io # The SSLContext object used in this connection. attr_reader :context # Whether to close the underlying socket as well, when the SSL/TLS # connection is shut down. This defaults to +false+. attr_accessor :sync_close # call-seq: # ssl.sysclose => nil # # Sends "close notify" to the peer and tries to shut down the SSL # connection gracefully. # # If sync_close is set to +true+, the underlying IO is also closed. def sysclose return if closed? stop io.close if sync_close end # call-seq: # ssl.post_connection_check(hostname) -> true # # Perform hostname verification following RFC 6125. # # This method MUST be called after calling #connect to ensure that the # hostname of a remote peer has been verified. def post_connection_check(hostname) if peer_cert.nil? msg = "Peer verification enabled, but no certificate received." if using_anon_cipher? msg += " Anonymous cipher suite #{cipher[0]} was negotiated. " \ "Anonymous suites must be disabled to use peer verification." end raise SSLError, msg end unless OpenSSL::SSL.verify_certificate_identity(peer_cert, hostname) raise SSLError, "hostname \"#{hostname}\" does not match the server certificate" end return true end # call-seq: # ssl.session -> aSession # # Returns the SSLSession object currently used, or nil if the session is # not established. def session SSL::Session.new(self) rescue SSL::Session::SessionError nil end # Close the stream for reading. # This method is ignored by OpenSSL as there is no reasonable way to # implement it, but exists for compatibility with IO. def close_read # Unsupported and ignored. # Just don't read any more. end # Closes the stream for writing. The behavior of this method depends on # the version of OpenSSL and the TLS protocol in use. # # - Sends a 'close_notify' alert to the peer. # - Does not wait for the peer's 'close_notify' alert in response. # # In TLS 1.2 and earlier: # - On receipt of a 'close_notify' alert, responds with a 'close_notify' # alert of its own and close down the connection immediately, # discarding any pending writes. # # Therefore, on TLS 1.2, this method will cause the connection to be # completely shut down. On TLS 1.3, the connection will remain open for # reading only. def close_write stop end private def using_anon_cipher? ctx = OpenSSL::SSL::SSLContext.new ctx.ciphers = "aNULL" ctx.ciphers.include?(cipher) end def client_cert_cb @context.client_cert_cb end def tmp_dh_callback @context.tmp_dh_callback || OpenSSL::SSL::SSLContext::DEFAULT_TMP_DH_CALLBACK end def session_new_cb @context.session_new_cb end def session_get_cb @context.session_get_cb end class << self # call-seq: # open(remote_host, remote_port, local_host=nil, local_port=nil, context: nil) # # Creates a new instance of SSLSocket. # _remote\_host_ and _remote\_port_ are used to open TCPSocket. # If _local\_host_ and _local\_port_ are specified, # then those parameters are used on the local end to establish the connection. # If _context_ is provided, # the SSL Sockets initial params will be taken from the context. # # === Examples # # sock = OpenSSL::SSL::SSLSocket.open('localhost', 443) # sock.connect # Initiates a connection to localhost:443 # # with SSLContext: # # ctx = OpenSSL::SSL::SSLContext.new # sock = OpenSSL::SSL::SSLSocket.open('localhost', 443, context: ctx) # sock.connect # Initiates a connection to localhost:443 with SSLContext def open(remote_host, remote_port, local_host=nil, local_port=nil, context: nil) sock = ::TCPSocket.open(remote_host, remote_port, local_host, local_port) if context.nil? return OpenSSL::SSL::SSLSocket.new(sock) else return OpenSSL::SSL::SSLSocket.new(sock, context) end end end end ## # SSLServer represents a TCP/IP server socket with Secure Sockets Layer. class SSLServer include SocketForwarder # When true then #accept works exactly the same as TCPServer#accept attr_accessor :start_immediately # Creates a new instance of SSLServer. # * _srv_ is an instance of TCPServer. # * _ctx_ is an instance of OpenSSL::SSL::SSLContext. def initialize(svr, ctx) @svr = svr @ctx = ctx unless ctx.session_id_context # see #6137 - session id may not exceed 32 bytes prng = ::Random.new($0.hash) session_id = prng.bytes(16).unpack1('H*') @ctx.session_id_context = session_id end @start_immediately = true end # Returns the TCPServer passed to the SSLServer when initialized. def to_io @svr end # See TCPServer#listen for details. def listen(backlog=Socket::SOMAXCONN) @svr.listen(backlog) end # See BasicSocket#shutdown for details. def shutdown(how=Socket::SHUT_RDWR) @svr.shutdown(how) end # Works similar to TCPServer#accept. def accept # Socket#accept returns [socket, addrinfo]. # TCPServer#accept returns a socket. # The following comma strips addrinfo. sock, = @svr.accept begin ssl = OpenSSL::SSL::SSLSocket.new(sock, @ctx) ssl.sync_close = true ssl.accept if @start_immediately ssl rescue Exception => ex if ssl ssl.close else sock.close end raise ex end end # See IO#close for details. def close @svr.close end end end end end PK *J [新�8 8 share/ruby/openssl/marshal.rbnu �[��� # frozen_string_literal: true #-- # = Ruby-space definitions to add DER (de)serialization to classes # # = Info # 'OpenSSL for Ruby 2' project # Copyright (C) 2002 Michal Rokos <m.rokos@sh.cvut.cz> # All rights reserved. # # = Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ module OpenSSL module Marshal def self.included(base) base.extend(ClassMethods) end module ClassMethods def _load(string) new(string) end end def _dump(_level) to_der end end end PK *J [Kk�, , share/ruby/openssl/digest.rbnu �[��� # frozen_string_literal: true #-- # = Ruby-space predefined Digest subclasses # # = Info # 'OpenSSL for Ruby 2' project # Copyright (C) 2002 Michal Rokos <m.rokos@sh.cvut.cz> # All rights reserved. # # = Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ module OpenSSL class Digest # Return the hash value computed with _name_ Digest. _name_ is either the # long name or short name of a supported digest algorithm. # # === Example # # OpenSSL::Digest.digest("SHA256", "abc") def self.digest(name, data) super(data, name) end %w(MD4 MD5 RIPEMD160 SHA1 SHA224 SHA256 SHA384 SHA512).each do |name| klass = Class.new(self) { define_method(:initialize, ->(data = nil) {super(name, data)}) } singleton = (class << klass; self; end) singleton.class_eval{ define_method(:digest) {|data| new.digest(data)} define_method(:hexdigest) {|data| new.hexdigest(data)} } const_set(name.tr('-', '_'), klass) end # Deprecated. # # This class is only provided for backwards compatibility. # Use OpenSSL::Digest instead. class Digest < Digest; end # :nodoc: deprecate_constant :Digest end # Digest # Returns a Digest subclass by _name_ # # require 'openssl' # # OpenSSL::Digest("MD5") # # => OpenSSL::Digest::MD5 # # Digest("Foo") # # => NameError: wrong constant name Foo def Digest(name) OpenSSL::Digest.const_get(name) end module_function :Digest end # OpenSSL PK *J [ ��� � share/ruby/openssl/cipher.rbnu �[��� # frozen_string_literal: true #-- # = Ruby-space predefined Cipher subclasses # # = Info # 'OpenSSL for Ruby 2' project # Copyright (C) 2002 Michal Rokos <m.rokos@sh.cvut.cz> # All rights reserved. # # = Licence # This program is licensed under the same licence as Ruby. # (See the file 'COPYING'.) #++ module OpenSSL class Cipher %w(AES CAST5 BF DES IDEA RC2 RC4 RC5).each{|name| klass = Class.new(Cipher){ define_method(:initialize){|*args| cipher_name = args.inject(name){|n, arg| "#{n}-#{arg}" } super(cipher_name.downcase) } } const_set(name, klass) } %w(128 192 256).each{|keylen| klass = Class.new(Cipher){ define_method(:initialize){|mode = "CBC"| super("aes-#{keylen}-#{mode}".downcase) } } const_set("AES#{keylen}", klass) } # call-seq: # cipher.random_key -> key # # Generate a random key with OpenSSL::Random.random_bytes and sets it to # the cipher, and returns it. # # You must call #encrypt or #decrypt before calling this method. def random_key str = OpenSSL::Random.random_bytes(self.key_len) self.key = str end # call-seq: # cipher.random_iv -> iv # # Generate a random IV with OpenSSL::Random.random_bytes and sets it to the # cipher, and returns it. # # You must call #encrypt or #decrypt before calling this method. def random_iv str = OpenSSL::Random.random_bytes(self.iv_len) self.iv = str end # Deprecated. # # This class is only provided for backwards compatibility. # Use OpenSSL::Cipher. class Cipher < Cipher; end deprecate_constant :Cipher end # Cipher end # OpenSSL PK *J [���p- p- share/ruby/erb/compiler.rbnu �[��� # frozen_string_literal: true #-- # ERB::Compiler # # Compiles ERB templates into Ruby code; the compiled code produces the # template result when evaluated. ERB::Compiler provides hooks to define how # generated output is handled. # # Internally ERB does something like this to generate the code returned by # ERB#src: # # compiler = ERB::Compiler.new('<>') # compiler.pre_cmd = ["_erbout=+''"] # compiler.put_cmd = "_erbout.<<" # compiler.insert_cmd = "_erbout.<<" # compiler.post_cmd = ["_erbout"] # # code, enc = compiler.compile("Got <%= obj %>!\n") # puts code # # <i>Generates</i>: # # #coding:UTF-8 # _erbout=+''; _erbout.<< "Got ".freeze; _erbout.<<(( obj ).to_s); _erbout.<< "!\n".freeze; _erbout # # By default the output is sent to the print method. For example: # # compiler = ERB::Compiler.new('<>') # code, enc = compiler.compile("Got <%= obj %>!\n") # puts code # # <i>Generates</i>: # # #coding:UTF-8 # print "Got ".freeze; print(( obj ).to_s); print "!\n".freeze # # == Evaluation # # The compiled code can be used in any context where the names in the code # correctly resolve. Using the last example, each of these print 'Got It!' # # Evaluate using a variable: # # obj = 'It' # eval code # # Evaluate using an input: # # mod = Module.new # mod.module_eval %{ # def get(obj) # #{code} # end # } # extend mod # get('It') # # Evaluate using an accessor: # # klass = Class.new Object # klass.class_eval %{ # attr_accessor :obj # def initialize(obj) # @obj = obj # end # def get_it # #{code} # end # } # klass.new('It').get_it # # Good! See also ERB#def_method, ERB#def_module, and ERB#def_class. class ERB::Compiler # :nodoc: class PercentLine # :nodoc: def initialize(str) @value = str end attr_reader :value alias :to_s :value end class Scanner # :nodoc: @scanner_map = {} class << self def register_scanner(klass, trim_mode, percent) @scanner_map[[trim_mode, percent]] = klass end alias :regist_scanner :register_scanner end def self.default_scanner=(klass) @default_scanner = klass end def self.make_scanner(src, trim_mode, percent) klass = @scanner_map.fetch([trim_mode, percent], @default_scanner) klass.new(src, trim_mode, percent) end DEFAULT_STAGS = %w(<%% <%= <%# <%).freeze DEFAULT_ETAGS = %w(%%> %>).freeze def initialize(src, trim_mode, percent) @src = src @stag = nil @stags = DEFAULT_STAGS @etags = DEFAULT_ETAGS end attr_accessor :stag attr_reader :stags, :etags def scan; end end class TrimScanner < Scanner # :nodoc: def initialize(src, trim_mode, percent) super @trim_mode = trim_mode @percent = percent if @trim_mode == '>' @scan_reg = /(.*?)(%>\r?\n|#{(stags + etags).join('|')}|\n|\z)/m @scan_line = self.method(:trim_line1) elsif @trim_mode == '<>' @scan_reg = /(.*?)(%>\r?\n|#{(stags + etags).join('|')}|\n|\z)/m @scan_line = self.method(:trim_line2) elsif @trim_mode == '-' @scan_reg = /(.*?)(^[ \t]*<%\-|<%\-|-%>\r?\n|-%>|#{(stags + etags).join('|')}|\z)/m @scan_line = self.method(:explicit_trim_line) else @scan_reg = /(.*?)(#{(stags + etags).join('|')}|\n|\z)/m @scan_line = self.method(:scan_line) end end def scan(&block) @stag = nil if @percent @src.each_line do |line| percent_line(line, &block) end else @scan_line.call(@src, &block) end nil end def percent_line(line, &block) if @stag || line[0] != ?% return @scan_line.call(line, &block) end line[0] = '' if line[0] == ?% @scan_line.call(line, &block) else yield(PercentLine.new(line.chomp)) end end def scan_line(line) line.scan(@scan_reg) do |tokens| tokens.each do |token| next if token.empty? yield(token) end end end def trim_line1(line) line.scan(@scan_reg) do |tokens| tokens.each do |token| next if token.empty? if token == "%>\n" || token == "%>\r\n" yield('%>') yield(:cr) else yield(token) end end end end def trim_line2(line) head = nil line.scan(@scan_reg) do |tokens| tokens.each do |token| next if token.empty? head = token unless head if token == "%>\n" || token == "%>\r\n" yield('%>') if is_erb_stag?(head) yield(:cr) else yield("\n") end head = nil else yield(token) head = nil if token == "\n" end end end end def explicit_trim_line(line) line.scan(@scan_reg) do |tokens| tokens.each do |token| next if token.empty? if @stag.nil? && /[ \t]*<%-/ =~ token yield('<%') elsif @stag && (token == "-%>\n" || token == "-%>\r\n") yield('%>') yield(:cr) elsif @stag && token == '-%>' yield('%>') else yield(token) end end end end ERB_STAG = %w(<%= <%# <%) def is_erb_stag?(s) ERB_STAG.member?(s) end end Scanner.default_scanner = TrimScanner begin require 'strscan' rescue LoadError else class SimpleScanner < Scanner # :nodoc: def scan stag_reg = (stags == DEFAULT_STAGS) ? /(.*?)(<%[%=#]?|\z)/m : /(.*?)(#{stags.join('|')}|\z)/m etag_reg = (etags == DEFAULT_ETAGS) ? /(.*?)(%%?>|\z)/m : /(.*?)(#{etags.join('|')}|\z)/m scanner = StringScanner.new(@src) while ! scanner.eos? scanner.scan(@stag ? etag_reg : stag_reg) yield(scanner[1]) yield(scanner[2]) end end end Scanner.register_scanner(SimpleScanner, nil, false) class ExplicitScanner < Scanner # :nodoc: def scan stag_reg = /(.*?)(^[ \t]*<%-|<%-|#{stags.join('|')}|\z)/m etag_reg = /(.*?)(-%>|#{etags.join('|')}|\z)/m scanner = StringScanner.new(@src) while ! scanner.eos? scanner.scan(@stag ? etag_reg : stag_reg) yield(scanner[1]) elem = scanner[2] if /[ \t]*<%-/ =~ elem yield('<%') elsif elem == '-%>' yield('%>') yield(:cr) if scanner.scan(/(\r?\n|\z)/) else yield(elem) end end end end Scanner.register_scanner(ExplicitScanner, '-', false) end class Buffer # :nodoc: def initialize(compiler, enc=nil, frozen=nil) @compiler = compiler @line = [] @script = +'' @script << "#coding:#{enc}\n" if enc @script << "#frozen-string-literal:#{frozen}\n" unless frozen.nil? @compiler.pre_cmd.each do |x| push(x) end end attr_reader :script def push(cmd) @line << cmd end def cr @script << (@line.join('; ')) @line = [] @script << "\n" end def close return unless @line @compiler.post_cmd.each do |x| push(x) end @script << (@line.join('; ')) @line = nil end end def add_put_cmd(out, content) out.push("#{@put_cmd} #{content.dump}.freeze#{"\n" * content.count("\n")}") end def add_insert_cmd(out, content) out.push("#{@insert_cmd}((#{content}).to_s)") end # Compiles an ERB template into Ruby code. Returns an array of the code # and encoding like ["code", Encoding]. def compile(s) enc = s.encoding raise ArgumentError, "#{enc} is not ASCII compatible" if enc.dummy? s = s.b # see String#b magic_comment = detect_magic_comment(s, enc) out = Buffer.new(self, *magic_comment) self.content = +'' scanner = make_scanner(s) scanner.scan do |token| next if token.nil? next if token == '' if scanner.stag.nil? compile_stag(token, out, scanner) else compile_etag(token, out, scanner) end end add_put_cmd(out, content) if content.size > 0 out.close return out.script, *magic_comment end def compile_stag(stag, out, scanner) case stag when PercentLine add_put_cmd(out, content) if content.size > 0 self.content = +'' out.push(stag.to_s) out.cr when :cr out.cr when '<%', '<%=', '<%#' scanner.stag = stag add_put_cmd(out, content) if content.size > 0 self.content = +'' when "\n" content << "\n" add_put_cmd(out, content) self.content = +'' when '<%%' content << '<%' else content << stag end end def compile_etag(etag, out, scanner) case etag when '%>' compile_content(scanner.stag, out) scanner.stag = nil self.content = +'' when '%%>' content << '%>' else content << etag end end def compile_content(stag, out) case stag when '<%' if content[-1] == ?\n content.chop! out.push(content) out.cr else out.push(content) end when '<%=' add_insert_cmd(out, content) when '<%#' out.push("\n" * content.count("\n")) # only adjust lineno end end def prepare_trim_mode(mode) # :nodoc: case mode when 1 return [false, '>'] when 2 return [false, '<>'] when 0, nil return [false, nil] when String unless mode.match?(/\A(%|-|>|<>){1,2}\z/) warn_invalid_trim_mode(mode, uplevel: 5) end perc = mode.include?('%') if mode.include?('-') return [perc, '-'] elsif mode.include?('<>') return [perc, '<>'] elsif mode.include?('>') return [perc, '>'] else [perc, nil] end else warn_invalid_trim_mode(mode, uplevel: 5) return [false, nil] end end def make_scanner(src) # :nodoc: Scanner.make_scanner(src, @trim_mode, @percent) end # Construct a new compiler using the trim_mode. See ERB::new for available # trim modes. def initialize(trim_mode) @percent, @trim_mode = prepare_trim_mode(trim_mode) @put_cmd = 'print' @insert_cmd = @put_cmd @pre_cmd = [] @post_cmd = [] end attr_reader :percent, :trim_mode # The command to handle text that ends with a newline attr_accessor :put_cmd # The command to handle text that is inserted prior to a newline attr_accessor :insert_cmd # An array of commands prepended to compiled code attr_accessor :pre_cmd # An array of commands appended to compiled code attr_accessor :post_cmd private # A buffered text in #compile attr_accessor :content def detect_magic_comment(s, enc = nil) re = @percent ? /\G(?:<%#(.*)%>|%#(.*)\n)/ : /\G<%#(.*)%>/ frozen = nil s.scan(re) do comment = $+ comment = $1 if comment[/-\*-\s*([^\s].*?)\s*-\*-$/] case comment when %r"coding\s*[=:]\s*([[:alnum:]\-_]+)" enc = Encoding.find($1.sub(/-(?:mac|dos|unix)/i, '')) when %r"frozen[-_]string[-_]literal\s*:\s*([[:alnum:]]+)" frozen = $1 end end return enc, frozen end def warn_invalid_trim_mode(mode, uplevel:) warn "Invalid ERB trim mode: #{mode.inspect} (trim_mode: nil, 0, 1, 2, or String composed of '%' and/or '-', '>', '<>')", uplevel: uplevel + 1 end end PK *J [�I�� � share/ruby/erb/def_method.rbnu �[��� # frozen_string_literal: true #-- # ERB::DefMethod # # Utility module to define eRuby script as instance method. # # === Example # # example.rhtml: # <% for item in @items %> # <b><%= item %></b> # <% end %> # # example.rb: # require 'erb' # class MyClass # extend ERB::DefMethod # def_erb_method('render()', 'example.rhtml') # def initialize(items) # @items = items # end # end # print MyClass.new([10,20,30]).render() # # result: # # <b>10</b> # # <b>20</b> # # <b>30</b> # module ERB::DefMethod # define _methodname_ as instance method of current module, using ERB # object or eRuby file def def_erb_method(methodname, erb_or_fname) if erb_or_fname.kind_of? String fname = erb_or_fname erb = ERB.new(File.read(fname)) erb.def_method(self, methodname, fname) else erb = erb_or_fname erb.def_method(self, methodname, erb.filename || '(ERB)') end end module_function :def_erb_method end PK *J [�� �\ \ share/ruby/erb/version.rbnu �[��� # frozen_string_literal: true class ERB VERSION = '4.0.4' private_constant :VERSION end PK *J [�H,ȧ � share/ruby/erb/util.rbnu �[��� # frozen_string_literal: true #-- # ERB::Escape # # A subset of ERB::Util. Unlike ERB::Util#html_escape, we expect/hope # Rails will not monkey-patch ERB::Escape#html_escape. begin # We don't build the C extension for JRuby, TruffleRuby, and WASM if $LOAD_PATH.resolve_feature_path('erb/escape') require 'erb/escape' end rescue LoadError # resolve_feature_path raises LoadError on TruffleRuby 22.3.0 end unless defined?(ERB::Escape) module ERB::Escape def html_escape(s) CGI.escapeHTML(s.to_s) end module_function :html_escape end end #-- # ERB::Util # # A utility module for conversion routines, often handy in HTML generation. module ERB::Util # # A utility method for escaping HTML tag characters in _s_. # # require "erb" # include ERB::Util # # puts html_escape("is a > 0 & a < 10?") # # _Generates_ # # is a > 0 & a < 10? # include ERB::Escape # html_escape module_function :html_escape alias h html_escape module_function :h # # A utility method for encoding the String _s_ as a URL. # # require "erb" # include ERB::Util # # puts url_encode("Programming Ruby: The Pragmatic Programmer's Guide") # # _Generates_ # # Programming%20Ruby%3A%20%20The%20Pragmatic%20Programmer%27s%20Guide # def url_encode(s) CGI.escapeURIComponent(s.to_s) end alias u url_encode module_function :u module_function :url_encode end PK *J [m��01 01 share/ruby/random/formatter.rbnu �[��� # -*- coding: us-ascii -*- # frozen_string_literal: true # == \Random number formatter. # # Formats generated random numbers in many manners. When <tt>'random/formatter'</tt> # is required, several methods are added to empty core module <tt>Random::Formatter</tt>, # making them available as Random's instance and module methods. # # Standard library SecureRandom is also extended with the module, and the methods # described below are available as a module methods in it. # # === Examples # # Generate random hexadecimal strings: # # require 'random/formatter' # # prng = Random.new # prng.hex(10) #=> "52750b30ffbc7de3b362" # prng.hex(10) #=> "92b15d6c8dc4beb5f559" # prng.hex(13) #=> "39b290146bea6ce975c37cfc23" # # or just # Random.hex #=> "1aed0c631e41be7f77365415541052ee" # # Generate random base64 strings: # # prng.base64(10) #=> "EcmTPZwWRAozdA==" # prng.base64(10) #=> "KO1nIU+p9DKxGg==" # prng.base64(12) #=> "7kJSM/MzBJI+75j8" # Random.base64(4) #=> "bsQ3fQ==" # # Generate random binary strings: # # prng.random_bytes(10) #=> "\016\t{\370g\310pbr\301" # prng.random_bytes(10) #=> "\323U\030TO\234\357\020\a\337" # Random.random_bytes(6) #=> "\xA1\xE6Lr\xC43" # # Generate alphanumeric strings: # # prng.alphanumeric(10) #=> "S8baxMJnPl" # prng.alphanumeric(10) #=> "aOxAg8BAJe" # Random.alphanumeric #=> "TmP9OsJHJLtaZYhP" # # Generate UUIDs: # # prng.uuid #=> "2d931510-d99f-494a-8c67-87feb05e1594" # prng.uuid #=> "bad85eb9-0713-4da7-8d36-07a8e4b00eab" # Random.uuid #=> "f14e0271-de96-45cc-8911-8910292a42cd" # # All methods are available in the standard library SecureRandom, too: # # SecureRandom.hex #=> "05b45376a30c67238eb93b16499e50cf" module Random::Formatter # Generate a random binary string. # # The argument _n_ specifies the length of the result string. # # If _n_ is not specified or is nil, 16 is assumed. # It may be larger in future. # # The result may contain any byte: "\x00" - "\xff". # # require 'random/formatter' # # Random.random_bytes #=> "\xD8\\\xE0\xF4\r\xB2\xFC*WM\xFF\x83\x18\xF45\xB6" # # or # prng = Random.new # prng.random_bytes #=> "m\xDC\xFC/\a\x00Uf\xB2\xB2P\xBD\xFF6S\x97" def random_bytes(n=nil) n = n ? n.to_int : 16 gen_random(n) end # Generate a random hexadecimal string. # # The argument _n_ specifies the length, in bytes, of the random number to be generated. # The length of the resulting hexadecimal string is twice of _n_. # # If _n_ is not specified or is nil, 16 is assumed. # It may be larger in the future. # # The result may contain 0-9 and a-f. # # require 'random/formatter' # # Random.hex #=> "eb693ec8252cd630102fd0d0fb7c3485" # # or # prng = Random.new # prng.hex #=> "91dc3bfb4de5b11d029d376634589b61" def hex(n=nil) random_bytes(n).unpack1("H*") end # Generate a random base64 string. # # The argument _n_ specifies the length, in bytes, of the random number # to be generated. The length of the result string is about 4/3 of _n_. # # If _n_ is not specified or is nil, 16 is assumed. # It may be larger in the future. # # The result may contain A-Z, a-z, 0-9, "+", "/" and "=". # # require 'random/formatter' # # Random.base64 #=> "/2BuBuLf3+WfSKyQbRcc/A==" # # or # prng = Random.new # prng.base64 #=> "6BbW0pxO0YENxn38HMUbcQ==" # # See RFC 3548 for the definition of base64. def base64(n=nil) [random_bytes(n)].pack("m0") end # Generate a random URL-safe base64 string. # # The argument _n_ specifies the length, in bytes, of the random number # to be generated. The length of the result string is about 4/3 of _n_. # # If _n_ is not specified or is nil, 16 is assumed. # It may be larger in the future. # # The boolean argument _padding_ specifies the padding. # If it is false or nil, padding is not generated. # Otherwise padding is generated. # By default, padding is not generated because "=" may be used as a URL delimiter. # # The result may contain A-Z, a-z, 0-9, "-" and "_". # "=" is also used if _padding_ is true. # # require 'random/formatter' # # Random.urlsafe_base64 #=> "b4GOKm4pOYU_-BOXcrUGDg" # # or # prng = Random.new # prng.urlsafe_base64 #=> "UZLdOkzop70Ddx-IJR0ABg" # # prng.urlsafe_base64(nil, true) #=> "i0XQ-7gglIsHGV2_BNPrdQ==" # prng.urlsafe_base64(nil, true) #=> "-M8rLhr7JEpJlqFGUMmOxg==" # # See RFC 3548 for the definition of URL-safe base64. def urlsafe_base64(n=nil, padding=false) s = [random_bytes(n)].pack("m0") s.tr!("+/", "-_") s.delete!("=") unless padding s end # Generate a random v4 UUID (Universally Unique IDentifier). # # require 'random/formatter' # # Random.uuid #=> "2d931510-d99f-494a-8c67-87feb05e1594" # Random.uuid #=> "bad85eb9-0713-4da7-8d36-07a8e4b00eab" # # or # prng = Random.new # prng.uuid #=> "62936e70-1815-439b-bf89-8492855a7e6b" # # The version 4 UUID is purely random (except the version). # It doesn't contain meaningful information such as MAC addresses, timestamps, etc. # # The result contains 122 random bits (15.25 random bytes). # # See RFC9562[https://www.rfc-editor.org/rfc/rfc9562] for details of UUIDv4. # def uuid ary = random_bytes(16) ary.setbyte(6, (ary.getbyte(6) & 0x0f) | 0x40) ary.setbyte(8, (ary.getbyte(8) & 0x3f) | 0x80) ary.unpack("H8H4H4H4H12").join(?-) end alias uuid_v4 uuid # Generate a random v7 UUID (Universally Unique IDentifier). # # require 'random/formatter' # # Random.uuid_v7 # => "0188d4c3-1311-7f96-85c7-242a7aa58f1e" # Random.uuid_v7 # => "0188d4c3-16fe-744f-86af-38fa04c62bb5" # Random.uuid_v7 # => "0188d4c3-1af8-764f-b049-c204ce0afa23" # Random.uuid_v7 # => "0188d4c3-1e74-7085-b14f-ef6415dc6f31" # # |<--sorted-->| |<----- random ---->| # # # or # prng = Random.new # prng.uuid_v7 # => "0188ca51-5e72-7950-a11d-def7ff977c98" # # The version 7 UUID starts with the least significant 48 bits of a 64 bit # Unix timestamp (milliseconds since the epoch) and fills the remaining bits # with random data, excluding the version and variant bits. # # This allows version 7 UUIDs to be sorted by creation time. Time ordered # UUIDs can be used for better database index locality of newly inserted # records, which may have a significant performance benefit compared to random # data inserts. # # The result contains 74 random bits (9.25 random bytes). # # Note that this method cannot be made reproducible because its output # includes not only random bits but also timestamp. # # See RFC9562[https://www.rfc-editor.org/rfc/rfc9562] for details of UUIDv7. # # ==== Monotonicity # # UUIDv7 has millisecond precision by default, so multiple UUIDs created # within the same millisecond are not issued in monotonically increasing # order. To create UUIDs that are time-ordered with sub-millisecond # precision, up to 12 bits of additional timestamp may added with # +extra_timestamp_bits+. The extra timestamp precision comes at the expense # of random bits. Setting <tt>extra_timestamp_bits: 12</tt> provides ~244ns # of precision, but only 62 random bits (7.75 random bytes). # # prng = Random.new # Array.new(4) { prng.uuid_v7(extra_timestamp_bits: 12) } # # => # ["0188d4c7-13da-74f9-8b53-22a786ffdd5a", # "0188d4c7-13da-753b-83a5-7fb9b2afaeea", # "0188d4c7-13da-754a-88ea-ac0baeedd8db", # "0188d4c7-13da-7557-83e1-7cad9cda0d8d"] # # |<--- sorted --->| |<-- random --->| # # Array.new(4) { prng.uuid_v7(extra_timestamp_bits: 8) } # # => # ["0188d4c7-3333-7a95-850a-de6edb858f7e", # "0188d4c7-3333-7ae8-842e-bc3a8b7d0cf9", # <- out of order # "0188d4c7-3333-7ae2-995a-9f135dc44ead", # <- out of order # "0188d4c7-3333-7af9-87c3-8f612edac82e"] # # |<--- sorted -->||<---- random --->| # # Any rollbacks of the system clock will break monotonicity. UUIDv7 is based # on UTC, which excludes leap seconds and can rollback the clock. To avoid # this, the system clock can synchronize with an NTP server configured to use # a "leap smear" approach. NTP or PTP will also be needed to synchronize # across distributed nodes. # # Counters and other mechanisms for stronger guarantees of monotonicity are # not implemented. Applications with stricter requirements should follow # {Section 6.2}[https://www.rfc-editor.org/rfc/rfc9562.html#name-monotonicity-and-counters] # of the specification. # def uuid_v7(extra_timestamp_bits: 0) case (extra_timestamp_bits = Integer(extra_timestamp_bits)) when 0 # min timestamp precision ms = Process.clock_gettime(Process::CLOCK_REALTIME, :millisecond) rand = random_bytes(10) rand.setbyte(0, rand.getbyte(0) & 0x0f | 0x70) # version rand.setbyte(2, rand.getbyte(2) & 0x3f | 0x80) # variant "%08x-%04x-%s" % [ (ms & 0x0000_ffff_ffff_0000) >> 16, (ms & 0x0000_0000_0000_ffff), rand.unpack("H4H4H12").join("-") ] when 12 # max timestamp precision ms, ns = Process.clock_gettime(Process::CLOCK_REALTIME, :nanosecond) .divmod(1_000_000) extra_bits = ns * 4096 / 1_000_000 rand = random_bytes(8) rand.setbyte(0, rand.getbyte(0) & 0x3f | 0x80) # variant "%08x-%04x-7%03x-%s" % [ (ms & 0x0000_ffff_ffff_0000) >> 16, (ms & 0x0000_0000_0000_ffff), extra_bits, rand.unpack("H4H12").join("-") ] when (0..12) # the generic version is slower than the special cases above rand_a, rand_b1, rand_b2, rand_b3 = random_bytes(10).unpack("nnnN") rand_mask_bits = 12 - extra_timestamp_bits ms, ns = Process.clock_gettime(Process::CLOCK_REALTIME, :nanosecond) .divmod(1_000_000) "%08x-%04x-%04x-%04x-%04x%08x" % [ (ms & 0x0000_ffff_ffff_0000) >> 16, (ms & 0x0000_0000_0000_ffff), 0x7000 | ((ns * (1 << extra_timestamp_bits) / 1_000_000) << rand_mask_bits) | rand_a & ((1 << rand_mask_bits) - 1), 0x8000 | (rand_b1 & 0x3fff), rand_b2, rand_b3 ] else raise ArgumentError, "extra_timestamp_bits must be in 0..12" end end # Internal interface to Random; Generate random data _n_ bytes. private def gen_random(n) self.bytes(n) end # Generate a string that randomly draws from a # source array of characters. # # The argument _source_ specifies the array of characters from which # to generate the string. # The argument _n_ specifies the length, in characters, of the string to be # generated. # # The result may contain whatever characters are in the source array. # # require 'random/formatter' # # prng.choose([*'l'..'r'], 16) #=> "lmrqpoonmmlqlron" # prng.choose([*'0'..'9'], 5) #=> "27309" private def choose(source, n) size = source.size m = 1 limit = size while limit * size <= 0x100000000 limit *= size m += 1 end result = ''.dup while m <= n rs = random_number(limit) is = rs.digits(size) (m-is.length).times { is << 0 } result << source.values_at(*is).join('') n -= m end if 0 < n rs = random_number(limit) is = rs.digits(size) if is.length < n (n-is.length).times { is << 0 } else is.pop while n < is.length end result.concat source.values_at(*is).join('') end result end # The default character list for #alphanumeric. ALPHANUMERIC = [*'A'..'Z', *'a'..'z', *'0'..'9'].map(&:freeze).freeze # Generate a random alphanumeric string. # # The argument _n_ specifies the length, in characters, of the alphanumeric # string to be generated. # The argument _chars_ specifies the character list which the result is # consist of. # # If _n_ is not specified or is nil, 16 is assumed. # It may be larger in the future. # # The result may contain A-Z, a-z and 0-9, unless _chars_ is specified. # # require 'random/formatter' # # Random.alphanumeric #=> "2BuBuLf3WfSKyQbR" # # or # prng = Random.new # prng.alphanumeric(10) #=> "i6K93NdqiH" # # Random.alphanumeric(4, chars: [*"0".."9"]) #=> "2952" # # or # prng = Random.new # prng.alphanumeric(10, chars: [*"!".."/"]) #=> ",.,++%/''." def alphanumeric(n = nil, chars: ALPHANUMERIC) n = 16 if n.nil? choose(chars, n) end end PK *J [ϰ��D �D share/ruby/pathname.rbnu �[��� # frozen_string_literal: true # # = pathname.rb # # Object-Oriented Pathname Class # # Author:: Tanaka Akira <akr@m17n.org> # Documentation:: Author and Gavin Sinclair # # For documentation, see class Pathname. # require 'pathname.so' class Pathname VERSION = "0.4.0" # :stopdoc: # to_path is implemented so Pathname objects are usable with File.open, etc. TO_PATH = :to_path SAME_PATHS = if File::FNM_SYSCASE.nonzero? # Avoid #zero? here because #casecmp can return nil. proc {|a, b| a.casecmp(b) == 0} else proc {|a, b| a == b} end if File::ALT_SEPARATOR SEPARATOR_LIST = "#{Regexp.quote File::ALT_SEPARATOR}#{Regexp.quote File::SEPARATOR}" SEPARATOR_PAT = /[#{SEPARATOR_LIST}]/ else SEPARATOR_LIST = "#{Regexp.quote File::SEPARATOR}" SEPARATOR_PAT = /#{Regexp.quote File::SEPARATOR}/ end if File.dirname('A:') == 'A:.' # DOSish drive letter ABSOLUTE_PATH = /\A(?:[A-Za-z]:|#{SEPARATOR_PAT})/o else ABSOLUTE_PATH = /\A#{SEPARATOR_PAT}/o end private_constant :ABSOLUTE_PATH # :startdoc: # chop_basename(path) -> [pre-basename, basename] or nil def chop_basename(path) # :nodoc: base = File.basename(path) if /\A#{SEPARATOR_PAT}?\z/o.match?(base) return nil else return path[0, path.rindex(base)], base end end private :chop_basename # split_names(path) -> prefix, [name, ...] def split_names(path) # :nodoc: names = [] while r = chop_basename(path) path, basename = r names.unshift basename end return path, names end private :split_names def prepend_prefix(prefix, relpath) # :nodoc: if relpath.empty? File.dirname(prefix) elsif /#{SEPARATOR_PAT}/o.match?(prefix) prefix = File.dirname(prefix) prefix = File.join(prefix, "") if File.basename(prefix + 'a') != 'a' prefix + relpath else prefix + relpath end end private :prepend_prefix # Returns clean pathname of +self+ with consecutive slashes and useless dots # removed. The filesystem is not accessed. # # If +consider_symlink+ is +true+, then a more conservative algorithm is used # to avoid breaking symbolic linkages. This may retain more +..+ # entries than absolutely necessary, but without accessing the filesystem, # this can't be avoided. # # See Pathname#realpath. # def cleanpath(consider_symlink=false) if consider_symlink cleanpath_conservative else cleanpath_aggressive end end # # Clean the path simply by resolving and removing excess +.+ and +..+ entries. # Nothing more, nothing less. # def cleanpath_aggressive # :nodoc: path = @path names = [] pre = path while r = chop_basename(pre) pre, base = r case base when '.' when '..' names.unshift base else if names[0] == '..' names.shift else names.unshift base end end end pre.tr!(File::ALT_SEPARATOR, File::SEPARATOR) if File::ALT_SEPARATOR if /#{SEPARATOR_PAT}/o.match?(File.basename(pre)) names.shift while names[0] == '..' end self.class.new(prepend_prefix(pre, File.join(*names))) end private :cleanpath_aggressive # has_trailing_separator?(path) -> bool def has_trailing_separator?(path) # :nodoc: if r = chop_basename(path) pre, basename = r pre.length + basename.length < path.length else false end end private :has_trailing_separator? # add_trailing_separator(path) -> path def add_trailing_separator(path) # :nodoc: if File.basename(path + 'a') == 'a' path else File.join(path, "") # xxx: Is File.join is appropriate to add separator? end end private :add_trailing_separator def del_trailing_separator(path) # :nodoc: if r = chop_basename(path) pre, basename = r pre + basename elsif /#{SEPARATOR_PAT}+\z/o =~ path $` + File.dirname(path)[/#{SEPARATOR_PAT}*\z/o] else path end end private :del_trailing_separator def cleanpath_conservative # :nodoc: path = @path names = [] pre = path while r = chop_basename(pre) pre, base = r names.unshift base if base != '.' end pre.tr!(File::ALT_SEPARATOR, File::SEPARATOR) if File::ALT_SEPARATOR if /#{SEPARATOR_PAT}/o.match?(File.basename(pre)) names.shift while names[0] == '..' end if names.empty? self.class.new(File.dirname(pre)) else if names.last != '..' && File.basename(path) == '.' names << '.' end result = prepend_prefix(pre, File.join(*names)) if /\A(?:\.|\.\.)\z/ !~ names.last && has_trailing_separator?(path) self.class.new(add_trailing_separator(result)) else self.class.new(result) end end end private :cleanpath_conservative # Returns the parent directory. # # This is same as <code>self + '..'</code>. def parent self + '..' end # Returns +true+ if +self+ points to a mountpoint. def mountpoint? begin stat1 = self.lstat stat2 = self.parent.lstat stat1.dev != stat2.dev || stat1.ino == stat2.ino rescue Errno::ENOENT false end end # # Predicate method for root directories. Returns +true+ if the # pathname consists of consecutive slashes. # # It doesn't access the filesystem. So it may return +false+ for some # pathnames which points to roots such as <tt>/usr/..</tt>. # def root? chop_basename(@path) == nil && /#{SEPARATOR_PAT}/o.match?(@path) end # Predicate method for testing whether a path is absolute. # # It returns +true+ if the pathname begins with a slash. # # p = Pathname.new('/im/sure') # p.absolute? # #=> true # # p = Pathname.new('not/so/sure') # p.absolute? # #=> false def absolute? ABSOLUTE_PATH.match? @path end # The opposite of Pathname#absolute? # # It returns +false+ if the pathname begins with a slash. # # p = Pathname.new('/im/sure') # p.relative? # #=> false # # p = Pathname.new('not/so/sure') # p.relative? # #=> true def relative? !absolute? end # # Iterates over each component of the path. # # Pathname.new("/usr/bin/ruby").each_filename {|filename| ... } # # yields "usr", "bin", and "ruby". # # Returns an Enumerator if no block was given. # # enum = Pathname.new("/usr/bin/ruby").each_filename # # ... do stuff ... # enum.each { |e| ... } # # yields "usr", "bin", and "ruby". # def each_filename # :yield: filename return to_enum(__method__) unless block_given? _, names = split_names(@path) names.each {|filename| yield filename } nil end # Iterates over and yields a new Pathname object # for each element in the given path in descending order. # # Pathname.new('/path/to/some/file.rb').descend {|v| p v} # #<Pathname:/> # #<Pathname:/path> # #<Pathname:/path/to> # #<Pathname:/path/to/some> # #<Pathname:/path/to/some/file.rb> # # Pathname.new('path/to/some/file.rb').descend {|v| p v} # #<Pathname:path> # #<Pathname:path/to> # #<Pathname:path/to/some> # #<Pathname:path/to/some/file.rb> # # Returns an Enumerator if no block was given. # # enum = Pathname.new("/usr/bin/ruby").descend # # ... do stuff ... # enum.each { |e| ... } # # yields Pathnames /, /usr, /usr/bin, and /usr/bin/ruby. # # It doesn't access the filesystem. # def descend return to_enum(__method__) unless block_given? vs = [] ascend {|v| vs << v } vs.reverse_each {|v| yield v } nil end # Iterates over and yields a new Pathname object # for each element in the given path in ascending order. # # Pathname.new('/path/to/some/file.rb').ascend {|v| p v} # #<Pathname:/path/to/some/file.rb> # #<Pathname:/path/to/some> # #<Pathname:/path/to> # #<Pathname:/path> # #<Pathname:/> # # Pathname.new('path/to/some/file.rb').ascend {|v| p v} # #<Pathname:path/to/some/file.rb> # #<Pathname:path/to/some> # #<Pathname:path/to> # #<Pathname:path> # # Returns an Enumerator if no block was given. # # enum = Pathname.new("/usr/bin/ruby").ascend # # ... do stuff ... # enum.each { |e| ... } # # yields Pathnames /usr/bin/ruby, /usr/bin, /usr, and /. # # It doesn't access the filesystem. # def ascend return to_enum(__method__) unless block_given? path = @path yield self while r = chop_basename(path) path, = r break if path.empty? yield self.class.new(del_trailing_separator(path)) end end # # Appends a pathname fragment to +self+ to produce a new Pathname object. # Since +other+ is considered as a path relative to +self+, if +other+ is # an absolute path, the new Pathname object is created from just +other+. # # p1 = Pathname.new("/usr") # Pathname:/usr # p2 = p1 + "bin/ruby" # Pathname:/usr/bin/ruby # p3 = p1 + "/etc/passwd" # Pathname:/etc/passwd # # # / is aliased to +. # p4 = p1 / "bin/ruby" # Pathname:/usr/bin/ruby # p5 = p1 / "/etc/passwd" # Pathname:/etc/passwd # # This method doesn't access the file system; it is pure string manipulation. # def +(other) other = Pathname.new(other) unless Pathname === other Pathname.new(plus(@path, other.to_s)) end alias / + def plus(path1, path2) # -> path # :nodoc: prefix2 = path2 index_list2 = [] basename_list2 = [] while r2 = chop_basename(prefix2) prefix2, basename2 = r2 index_list2.unshift prefix2.length basename_list2.unshift basename2 end return path2 if prefix2 != '' prefix1 = path1 while true while !basename_list2.empty? && basename_list2.first == '.' index_list2.shift basename_list2.shift end break unless r1 = chop_basename(prefix1) prefix1, basename1 = r1 next if basename1 == '.' if basename1 == '..' || basename_list2.empty? || basename_list2.first != '..' prefix1 = prefix1 + basename1 break end index_list2.shift basename_list2.shift end r1 = chop_basename(prefix1) if !r1 && (r1 = /#{SEPARATOR_PAT}/o.match?(File.basename(prefix1))) while !basename_list2.empty? && basename_list2.first == '..' index_list2.shift basename_list2.shift end end if !basename_list2.empty? suffix2 = path2[index_list2.first..-1] r1 ? File.join(prefix1, suffix2) : prefix1 + suffix2 else r1 ? prefix1 : File.dirname(prefix1) end end private :plus # # Joins the given pathnames onto +self+ to create a new Pathname object. # This is effectively the same as using Pathname#+ to append +self+ and # all arguments sequentially. # # path0 = Pathname.new("/usr") # Pathname:/usr # path0 = path0.join("bin/ruby") # Pathname:/usr/bin/ruby # # is the same as # path1 = Pathname.new("/usr") + "bin/ruby" # Pathname:/usr/bin/ruby # path0 == path1 # #=> true # def join(*args) return self if args.empty? result = args.pop result = Pathname.new(result) unless Pathname === result return result if result.absolute? args.reverse_each {|arg| arg = Pathname.new(arg) unless Pathname === arg result = arg + result return result if result.absolute? } self + result end # # Returns the children of the directory (files and subdirectories, not # recursive) as an array of Pathname objects. # # By default, the returned pathnames will have enough information to access # the files. If you set +with_directory+ to +false+, then the returned # pathnames will contain the filename only. # # For example: # pn = Pathname("/usr/lib/ruby/1.8") # pn.children # # -> [ Pathname:/usr/lib/ruby/1.8/English.rb, # Pathname:/usr/lib/ruby/1.8/Env.rb, # Pathname:/usr/lib/ruby/1.8/abbrev.rb, ... ] # pn.children(false) # # -> [ Pathname:English.rb, Pathname:Env.rb, Pathname:abbrev.rb, ... ] # # Note that the results never contain the entries +.+ and +..+ in # the directory because they are not children. # def children(with_directory=true) with_directory = false if @path == '.' result = [] Dir.foreach(@path) {|e| next if e == '.' || e == '..' if with_directory result << self.class.new(File.join(@path, e)) else result << self.class.new(e) end } result end # Iterates over the children of the directory # (files and subdirectories, not recursive). # # It yields Pathname object for each child. # # By default, the yielded pathnames will have enough information to access # the files. # # If you set +with_directory+ to +false+, then the returned pathnames will # contain the filename only. # # Pathname("/usr/local").each_child {|f| p f } # #=> #<Pathname:/usr/local/share> # # #<Pathname:/usr/local/bin> # # #<Pathname:/usr/local/games> # # #<Pathname:/usr/local/lib> # # #<Pathname:/usr/local/include> # # #<Pathname:/usr/local/sbin> # # #<Pathname:/usr/local/src> # # #<Pathname:/usr/local/man> # # Pathname("/usr/local").each_child(false) {|f| p f } # #=> #<Pathname:share> # # #<Pathname:bin> # # #<Pathname:games> # # #<Pathname:lib> # # #<Pathname:include> # # #<Pathname:sbin> # # #<Pathname:src> # # #<Pathname:man> # # Note that the results never contain the entries +.+ and +..+ in # the directory because they are not children. # # See Pathname#children # def each_child(with_directory=true, &b) children(with_directory).each(&b) end # # Returns a relative path from the given +base_directory+ to the receiver. # # If +self+ is absolute, then +base_directory+ must be absolute too. # # If +self+ is relative, then +base_directory+ must be relative too. # # This method doesn't access the filesystem. It assumes no symlinks. # # ArgumentError is raised when it cannot find a relative path. # # Note that this method does not handle situations where the case sensitivity # of the filesystem in use differs from the operating system default. # def relative_path_from(base_directory) base_directory = Pathname.new(base_directory) unless base_directory.is_a? Pathname dest_directory = self.cleanpath.to_s base_directory = base_directory.cleanpath.to_s dest_prefix = dest_directory dest_names = [] while r = chop_basename(dest_prefix) dest_prefix, basename = r dest_names.unshift basename if basename != '.' end base_prefix = base_directory base_names = [] while r = chop_basename(base_prefix) base_prefix, basename = r base_names.unshift basename if basename != '.' end unless SAME_PATHS[dest_prefix, base_prefix] raise ArgumentError, "different prefix: #{dest_prefix.inspect} and #{base_directory.inspect}" end while !dest_names.empty? && !base_names.empty? && SAME_PATHS[dest_names.first, base_names.first] dest_names.shift base_names.shift end if base_names.include? '..' raise ArgumentError, "base_directory has ..: #{base_directory.inspect}" end base_names.fill('..') relpath_names = base_names + dest_names if relpath_names.empty? Pathname.new('.') else Pathname.new(File.join(*relpath_names)) end end end class Pathname # * Find * # # Iterates over the directory tree in a depth first manner, yielding a # Pathname for each file under "this" directory. # # Returns an Enumerator if no block is given. # # Since it is implemented by the standard library module Find, Find.prune can # be used to control the traversal. # # If +self+ is +.+, yielded pathnames begin with a filename in the # current directory, not +./+. # # See Find.find # def find(ignore_error: true) # :yield: pathname return to_enum(__method__, ignore_error: ignore_error) unless block_given? require 'find' if @path == '.' Find.find(@path, ignore_error: ignore_error) {|f| yield self.class.new(f.delete_prefix('./')) } else Find.find(@path, ignore_error: ignore_error) {|f| yield self.class.new(f) } end end end class Pathname # * FileUtils * # Creates a full path, including any intermediate directories that don't yet # exist. # # See FileUtils.mkpath and FileUtils.mkdir_p def mkpath(mode: nil) require 'fileutils' FileUtils.mkpath(@path, mode: mode) self end # Recursively deletes a directory, including all directories beneath it. # # See FileUtils.rm_rf def rmtree(noop: nil, verbose: nil, secure: nil) # The name "rmtree" is borrowed from File::Path of Perl. # File::Path provides "mkpath" and "rmtree". require 'fileutils' FileUtils.rm_rf(@path, noop: noop, verbose: verbose, secure: secure) self end end class Pathname # * tmpdir * # Creates a tmp directory and wraps the returned path in a Pathname object. # # See Dir.mktmpdir def self.mktmpdir require 'tmpdir' unless defined?(Dir.mktmpdir) if block_given? Dir.mktmpdir do |dir| dir = self.new(dir) yield dir end else self.new(Dir.mktmpdir) end end end PK *J [���h share/ruby/find.rbnu �[��� # frozen_string_literal: true # # find.rb: the Find module for processing all files under a given directory. # # # The +Find+ module supports the top-down traversal of a set of file paths. # # For example, to total the size of all files under your home directory, # ignoring anything in a "dot" directory (e.g. $HOME/.ssh): # # require 'find' # # total_size = 0 # # Find.find(ENV["HOME"]) do |path| # if FileTest.directory?(path) # if File.basename(path).start_with?('.') # Find.prune # Don't look any further into this directory. # else # next # end # else # total_size += FileTest.size(path) # end # end # module Find VERSION = "0.2.0" # # Calls the associated block with the name of every file and directory listed # as arguments, then recursively on their subdirectories, and so on. # # Returns an enumerator if no block is given. # # See the +Find+ module documentation for an example. # def find(*paths, ignore_error: true) # :yield: path block_given? or return enum_for(__method__, *paths, ignore_error: ignore_error) fs_encoding = Encoding.find("filesystem") paths.collect!{|d| raise Errno::ENOENT, d unless File.exist?(d); d.dup}.each do |path| path = path.to_path if path.respond_to? :to_path enc = path.encoding == Encoding::US_ASCII ? fs_encoding : path.encoding ps = [path] while file = ps.shift catch(:prune) do yield file.dup begin s = File.lstat(file) rescue Errno::ENOENT, Errno::EACCES, Errno::ENOTDIR, Errno::ELOOP, Errno::ENAMETOOLONG, Errno::EINVAL raise unless ignore_error next end if s.directory? then begin fs = Dir.children(file, encoding: enc) rescue Errno::ENOENT, Errno::EACCES, Errno::ENOTDIR, Errno::ELOOP, Errno::ENAMETOOLONG, Errno::EINVAL raise unless ignore_error next end fs.sort! fs.reverse_each {|f| f = File.join(file, f) ps.unshift f } end end end end nil end # # Skips the current file or directory, restarting the loop with the next # entry. If the current file is a directory, that directory will not be # recursively entered. Meaningful only within the block associated with # Find::find. # # See the +Find+ module documentation for an example. # def prune throw :prune end module_function :find, :prune end PK *J [�6� share/ruby/securerandom.rbnu �[��� # -*- coding: us-ascii -*- # frozen_string_literal: true require 'random/formatter' # == Secure random number generator interface. # # This library is an interface to secure random number generators which are # suitable for generating session keys in HTTP cookies, etc. # # You can use this library in your application by requiring it: # # require 'securerandom' # # It supports the following secure random number generators: # # * openssl # * /dev/urandom # * Win32 # # SecureRandom is extended by the Random::Formatter module which # defines the following methods: # # * alphanumeric # * base64 # * choose # * gen_random # * hex # * rand # * random_bytes # * random_number # * urlsafe_base64 # * uuid # # These methods are usable as class methods of SecureRandom such as # +SecureRandom.hex+. # # If a secure random number generator is not available, # +NotImplementedError+ is raised. module SecureRandom # The version VERSION = "0.4.1" class << self # Returns a random binary string containing +size+ bytes. # # See Random.bytes def bytes(n) return gen_random(n) end # Compatibility methods for Ruby 3.2, we can remove this after dropping to support Ruby 3.2 def alphanumeric(n = nil, chars: ALPHANUMERIC) n = 16 if n.nil? choose(chars, n) end if RUBY_VERSION < '3.3' private # :stopdoc: # Implementation using OpenSSL def gen_random_openssl(n) return OpenSSL::Random.random_bytes(n) end # Implementation using system random device def gen_random_urandom(n) ret = Random.urandom(n) unless ret raise NotImplementedError, "No random device" end unless ret.length == n raise NotImplementedError, "Unexpected partial read from random device: only #{ret.length} for #{n} bytes" end ret end begin # Check if Random.urandom is available Random.urandom(1) alias gen_random gen_random_urandom rescue RuntimeError begin require 'openssl' rescue NoMethodError raise NotImplementedError, "No random device" else alias gen_random gen_random_openssl end end # :startdoc: # Generate random data bytes for Random::Formatter public :gen_random end end SecureRandom.extend(Random::Formatter) PK *J [ # share/gems/gems/json-2.9.1/lib/jsonnu ȯ�� PK *J [�<[�� � share/ruby/set/sorted_set.rbnu �[��� begin require 'sorted_set' rescue ::LoadError raise "The `SortedSet` class has been extracted from the `set` library. " \ "You must use the `sorted_set` gem or other alternatives." end PK *J [�:�D_ _ share/ruby/uri.rbnu �[��� # frozen_string_literal: false # URI is a module providing classes to handle Uniform Resource Identifiers # (RFC2396[https://www.rfc-editor.org/rfc/rfc2396]). # # == Features # # * Uniform way of handling URIs. # * Flexibility to introduce custom URI schemes. # * Flexibility to have an alternate URI::Parser (or just different patterns # and regexp's). # # == Basic example # # require 'uri' # # uri = URI("http://foo.com/posts?id=30&limit=5#time=1305298413") # #=> #<URI::HTTP http://foo.com/posts?id=30&limit=5#time=1305298413> # # uri.scheme #=> "http" # uri.host #=> "foo.com" # uri.path #=> "/posts" # uri.query #=> "id=30&limit=5" # uri.fragment #=> "time=1305298413" # # uri.to_s #=> "http://foo.com/posts?id=30&limit=5#time=1305298413" # # == Adding custom URIs # # module URI # class RSYNC < Generic # DEFAULT_PORT = 873 # end # register_scheme 'RSYNC', RSYNC # end # #=> URI::RSYNC # # URI.scheme_list # #=> {"FILE"=>URI::File, "FTP"=>URI::FTP, "HTTP"=>URI::HTTP, # # "HTTPS"=>URI::HTTPS, "LDAP"=>URI::LDAP, "LDAPS"=>URI::LDAPS, # # "MAILTO"=>URI::MailTo, "RSYNC"=>URI::RSYNC} # # uri = URI("rsync://rsync.foo.com") # #=> #<URI::RSYNC rsync://rsync.foo.com> # # == RFC References # # A good place to view an RFC spec is http://www.ietf.org/rfc.html. # # Here is a list of all related RFC's: # - RFC822[https://www.rfc-editor.org/rfc/rfc822] # - RFC1738[https://www.rfc-editor.org/rfc/rfc1738] # - RFC2255[https://www.rfc-editor.org/rfc/rfc2255] # - RFC2368[https://www.rfc-editor.org/rfc/rfc2368] # - RFC2373[https://www.rfc-editor.org/rfc/rfc2373] # - RFC2396[https://www.rfc-editor.org/rfc/rfc2396] # - RFC2732[https://www.rfc-editor.org/rfc/rfc2732] # - RFC3986[https://www.rfc-editor.org/rfc/rfc3986] # # == Class tree # # - URI::Generic (in uri/generic.rb) # - URI::File - (in uri/file.rb) # - URI::FTP - (in uri/ftp.rb) # - URI::HTTP - (in uri/http.rb) # - URI::HTTPS - (in uri/https.rb) # - URI::LDAP - (in uri/ldap.rb) # - URI::LDAPS - (in uri/ldaps.rb) # - URI::MailTo - (in uri/mailto.rb) # - URI::Parser - (in uri/common.rb) # - URI::REGEXP - (in uri/common.rb) # - URI::REGEXP::PATTERN - (in uri/common.rb) # - URI::Util - (in uri/common.rb) # - URI::Error - (in uri/common.rb) # - URI::InvalidURIError - (in uri/common.rb) # - URI::InvalidComponentError - (in uri/common.rb) # - URI::BadURIError - (in uri/common.rb) # # == Copyright Info # # Author:: Akira Yamada <akira@ruby-lang.org> # Documentation:: # Akira Yamada <akira@ruby-lang.org> # Dmitry V. Sabanin <sdmitry@lrn.ru> # Vincent Batts <vbatts@hashbangbash.com> # License:: # Copyright (c) 2001 akira yamada <akira@ruby-lang.org> # You can redistribute it and/or modify it under the same term as Ruby. # module URI end require_relative 'uri/version' require_relative 'uri/common' require_relative 'uri/generic' require_relative 'uri/file' require_relative 'uri/ftp' require_relative 'uri/http' require_relative 'uri/https' require_relative 'uri/ldap' require_relative 'uri/ldaps' require_relative 'uri/mailto' require_relative 'uri/ws' require_relative 'uri/wss' PK *J [�� R�J �J share/ruby/benchmark.rbnu �[��� # frozen_string_literal: true #-- # benchmark.rb - a performance benchmarking library # # $Id$ # # Created by Gotoken (gotoken@notwork.org). # # Documentation by Gotoken (original RD), Lyle Johnson (RDoc conversion), and # Gavin Sinclair (editing). #++ # # == Overview # # The Benchmark module provides methods for benchmarking Ruby code, giving # detailed reports on the time taken for each task. # # The Benchmark module provides methods to measure and report the time # used to execute Ruby code. # # * Measure the time to construct the string given by the expression # <code>"a"*1_000_000_000</code>: # # require 'benchmark' # # puts Benchmark.measure { "a"*1_000_000_000 } # # On my machine (OSX 10.8.3 on i5 1.7 GHz) this generates: # # 0.350000 0.400000 0.750000 ( 0.835234) # # This report shows the user CPU time, system CPU time, the sum of # the user and system CPU times, and the elapsed real time. The unit # of time is seconds. # # * Do some experiments sequentially using the #bm method: # # require 'benchmark' # # n = 5000000 # Benchmark.bm do |x| # x.report { for i in 1..n; a = "1"; end } # x.report { n.times do ; a = "1"; end } # x.report { 1.upto(n) do ; a = "1"; end } # end # # The result: # # user system total real # 1.010000 0.000000 1.010000 ( 1.014479) # 1.000000 0.000000 1.000000 ( 0.998261) # 0.980000 0.000000 0.980000 ( 0.981335) # # * Continuing the previous example, put a label in each report: # # require 'benchmark' # # n = 5000000 # Benchmark.bm(7) do |x| # x.report("for:") { for i in 1..n; a = "1"; end } # x.report("times:") { n.times do ; a = "1"; end } # x.report("upto:") { 1.upto(n) do ; a = "1"; end } # end # # The result: # # user system total real # for: 1.010000 0.000000 1.010000 ( 1.015688) # times: 1.000000 0.000000 1.000000 ( 1.003611) # upto: 1.030000 0.000000 1.030000 ( 1.028098) # # * The times for some benchmarks depend on the order in which items # are run. These differences are due to the cost of memory # allocation and garbage collection. To avoid these discrepancies, # the #bmbm method is provided. For example, to compare ways to # sort an array of floats: # # require 'benchmark' # # array = (1..1000000).map { rand } # # Benchmark.bmbm do |x| # x.report("sort!") { array.dup.sort! } # x.report("sort") { array.dup.sort } # end # # The result: # # Rehearsal ----------------------------------------- # sort! 1.490000 0.010000 1.500000 ( 1.490520) # sort 1.460000 0.000000 1.460000 ( 1.463025) # -------------------------------- total: 2.960000sec # # user system total real # sort! 1.460000 0.000000 1.460000 ( 1.460465) # sort 1.450000 0.010000 1.460000 ( 1.448327) # # * Report statistics of sequential experiments with unique labels, # using the #benchmark method: # # require 'benchmark' # include Benchmark # we need the CAPTION and FORMAT constants # # n = 5000000 # Benchmark.benchmark(CAPTION, 7, FORMAT, ">total:", ">avg:") do |x| # tf = x.report("for:") { for i in 1..n; a = "1"; end } # tt = x.report("times:") { n.times do ; a = "1"; end } # tu = x.report("upto:") { 1.upto(n) do ; a = "1"; end } # [tf+tt+tu, (tf+tt+tu)/3] # end # # The result: # # user system total real # for: 0.950000 0.000000 0.950000 ( 0.952039) # times: 0.980000 0.000000 0.980000 ( 0.984938) # upto: 0.950000 0.000000 0.950000 ( 0.946787) # >total: 2.880000 0.000000 2.880000 ( 2.883764) # >avg: 0.960000 0.000000 0.960000 ( 0.961255) module Benchmark VERSION = "0.4.0" BENCHMARK_VERSION = "2002-04-25" # :nodoc: # Invokes the block with a Benchmark::Report object, which # may be used to collect and report on the results of individual # benchmark tests. Reserves +label_width+ leading spaces for # labels on each line. Prints +caption+ at the top of the # report, and uses +format+ to format each line. # (Note: +caption+ must contain a terminating newline character, # see the default Benchmark::Tms::CAPTION for an example.) # # Returns an array of Benchmark::Tms objects. # # If the block returns an array of # Benchmark::Tms objects, these will be used to format # additional lines of output. If +labels+ parameter are # given, these are used to label these extra lines. # # _Note_: Other methods provide a simpler interface to this one, and are # suitable for nearly all benchmarking requirements. See the examples in # Benchmark, and the #bm and #bmbm methods. # # Example: # # require 'benchmark' # include Benchmark # we need the CAPTION and FORMAT constants # # n = 5000000 # Benchmark.benchmark(CAPTION, 7, FORMAT, ">total:", ">avg:") do |x| # tf = x.report("for:") { for i in 1..n; a = "1"; end } # tt = x.report("times:") { n.times do ; a = "1"; end } # tu = x.report("upto:") { 1.upto(n) do ; a = "1"; end } # [tf+tt+tu, (tf+tt+tu)/3] # end # # Generates: # # user system total real # for: 0.970000 0.000000 0.970000 ( 0.970493) # times: 0.990000 0.000000 0.990000 ( 0.989542) # upto: 0.970000 0.000000 0.970000 ( 0.972854) # >total: 2.930000 0.000000 2.930000 ( 2.932889) # >avg: 0.976667 0.000000 0.976667 ( 0.977630) # def benchmark(caption = "", label_width = nil, format = nil, *labels) # :yield: report sync = $stdout.sync $stdout.sync = true label_width ||= 0 label_width += 1 format ||= FORMAT report = Report.new(label_width, format) results = yield(report) print " " * report.width + caption unless caption.empty? report.list.each { |i| print i.label.to_s.ljust(report.width) print i.format(report.format, *format) } Array === results and results.grep(Tms).each {|t| print((labels.shift || t.label || "").ljust(label_width), t.format(format)) } report.list ensure $stdout.sync = sync unless sync.nil? end # A simple interface to the #benchmark method, #bm generates sequential # reports with labels. +label_width+ and +labels+ parameters have the same # meaning as for #benchmark. # # require 'benchmark' # # n = 5000000 # Benchmark.bm(7) do |x| # x.report("for:") { for i in 1..n; a = "1"; end } # x.report("times:") { n.times do ; a = "1"; end } # x.report("upto:") { 1.upto(n) do ; a = "1"; end } # end # # Generates: # # user system total real # for: 0.960000 0.000000 0.960000 ( 0.957966) # times: 0.960000 0.000000 0.960000 ( 0.960423) # upto: 0.950000 0.000000 0.950000 ( 0.954864) # def bm(label_width = 0, *labels, &blk) # :yield: report benchmark(CAPTION, label_width, FORMAT, *labels, &blk) end # Sometimes benchmark results are skewed because code executed # earlier encounters different garbage collection overheads than # that run later. #bmbm attempts to minimize this effect by running # the tests twice, the first time as a rehearsal in order to get the # runtime environment stable, the second time for # real. GC.start is executed before the start of each of # the real timings; the cost of this is not included in the # timings. In reality, though, there's only so much that #bmbm can # do, and the results are not guaranteed to be isolated from garbage # collection and other effects. # # Because #bmbm takes two passes through the tests, it can # calculate the required label width. # # require 'benchmark' # # array = (1..1000000).map { rand } # # Benchmark.bmbm do |x| # x.report("sort!") { array.dup.sort! } # x.report("sort") { array.dup.sort } # end # # Generates: # # Rehearsal ----------------------------------------- # sort! 1.440000 0.010000 1.450000 ( 1.446833) # sort 1.440000 0.000000 1.440000 ( 1.448257) # -------------------------------- total: 2.890000sec # # user system total real # sort! 1.460000 0.000000 1.460000 ( 1.458065) # sort 1.450000 0.000000 1.450000 ( 1.455963) # # #bmbm yields a Benchmark::Job object and returns an array of # Benchmark::Tms objects. # def bmbm(width = 0) # :yield: job job = Job.new(width) yield(job) width = job.width + 1 sync = $stdout.sync $stdout.sync = true # rehearsal puts 'Rehearsal '.ljust(width+CAPTION.length,'-') ets = job.list.inject(Tms.new) { |sum,(label,item)| print label.ljust(width) res = Benchmark.measure(&item) print res.format sum + res }.format("total: %tsec") print " #{ets}\n\n".rjust(width+CAPTION.length+2,'-') # take print ' '*width + CAPTION job.list.map { |label,item| GC.start print label.ljust(width) Benchmark.measure(label, &item).tap { |res| print res } } ensure $stdout.sync = sync unless sync.nil? end # # Returns the time used to execute the given block as a # Benchmark::Tms object. Takes +label+ option. # # require 'benchmark' # # n = 1000000 # # time = Benchmark.measure do # n.times { a = "1" } # end # puts time # # Generates: # # 0.220000 0.000000 0.220000 ( 0.227313) # def measure(label = "") # :yield: t0, r0 = Process.times, Process.clock_gettime(Process::CLOCK_MONOTONIC) yield t1, r1 = Process.times, Process.clock_gettime(Process::CLOCK_MONOTONIC) Benchmark::Tms.new(t1.utime - t0.utime, t1.stime - t0.stime, t1.cutime - t0.cutime, t1.cstime - t0.cstime, r1 - r0, label) end # # Returns the elapsed real time used to execute the given block. # The unit of time is seconds. # # Benchmark.realtime { "a" * 1_000_000_000 } # #=> 0.5098029999935534 # def realtime # :yield: r0 = Process.clock_gettime(Process::CLOCK_MONOTONIC) yield Process.clock_gettime(Process::CLOCK_MONOTONIC) - r0 end module_function :benchmark, :measure, :realtime, :bm, :bmbm # # A Job is a sequence of labelled blocks to be processed by the # Benchmark.bmbm method. It is of little direct interest to the user. # class Job # :nodoc: # # Returns an initialized Job instance. # Usually, one doesn't call this method directly, as new # Job objects are created by the #bmbm method. # +width+ is a initial value for the label offset used in formatting; # the #bmbm method passes its +width+ argument to this constructor. # def initialize(width) @width = width @list = [] end # # Registers the given label and block pair in the job list. # def item(label = "", &blk) # :yield: raise ArgumentError, "no block" unless block_given? label = label.to_s w = label.length @width = w if @width < w @list << [label, blk] self end alias report item # An array of 2-element arrays, consisting of label and block pairs. attr_reader :list # Length of the widest label in the #list. attr_reader :width end # # This class is used by the Benchmark.benchmark and Benchmark.bm methods. # It is of little direct interest to the user. # class Report # :nodoc: # # Returns an initialized Report instance. # Usually, one doesn't call this method directly, as new # Report objects are created by the #benchmark and #bm methods. # +width+ and +format+ are the label offset and # format string used by Tms#format. # def initialize(width = 0, format = nil) @width, @format, @list = width, format, [] end # # Prints the +label+ and measured time for the block, # formatted by +format+. See Tms#format for the # formatting rules. # def item(label = "", *format, &blk) # :yield: w = label.to_s.length @width = w if @width < w @list << res = Benchmark.measure(label, &blk) res end alias report item # An array of Benchmark::Tms objects representing each item. attr_reader :width, :format, :list end # # A data object, representing the times associated with a benchmark # measurement. # class Tms # Default caption, see also Benchmark::CAPTION CAPTION = " user system total real\n" # Default format string, see also Benchmark::FORMAT FORMAT = "%10.6u %10.6y %10.6t %10.6r\n" # User CPU time attr_reader :utime # System CPU time attr_reader :stime # User CPU time of children attr_reader :cutime # System CPU time of children attr_reader :cstime # Elapsed real time attr_reader :real # Total time, that is +utime+ + +stime+ + +cutime+ + +cstime+ attr_reader :total # Label attr_reader :label # # Returns an initialized Tms object which has # +utime+ as the user CPU time, +stime+ as the system CPU time, # +cutime+ as the children's user CPU time, +cstime+ as the children's # system CPU time, +real+ as the elapsed real time and +label+ as the label. # def initialize(utime = 0.0, stime = 0.0, cutime = 0.0, cstime = 0.0, real = 0.0, label = nil) @utime, @stime, @cutime, @cstime, @real, @label = utime, stime, cutime, cstime, real, label.to_s @total = @utime + @stime + @cutime + @cstime end # # Returns a new Tms object whose times are the sum of the times for this # Tms object, plus the time required to execute the code block (+blk+). # def add(&blk) # :yield: self + Benchmark.measure(&blk) end # # An in-place version of #add. # Changes the times of this Tms object by making it the sum of the times # for this Tms object, plus the time required to execute # the code block (+blk+). # def add!(&blk) t = Benchmark.measure(&blk) @utime = utime + t.utime @stime = stime + t.stime @cutime = cutime + t.cutime @cstime = cstime + t.cstime @real = real + t.real self end # # Returns a new Tms object obtained by memberwise summation # of the individual times for this Tms object with those of the +other+ # Tms object. # This method and #/() are useful for taking statistics. # def +(other); memberwise(:+, other) end # # Returns a new Tms object obtained by memberwise subtraction # of the individual times for the +other+ Tms object from those of this # Tms object. # def -(other); memberwise(:-, other) end # # Returns a new Tms object obtained by memberwise multiplication # of the individual times for this Tms object by +x+. # def *(x); memberwise(:*, x) end # # Returns a new Tms object obtained by memberwise division # of the individual times for this Tms object by +x+. # This method and #+() are useful for taking statistics. # def /(x); memberwise(:/, x) end # # Returns the contents of this Tms object as # a formatted string, according to a +format+ string # like that passed to Kernel.format. In addition, #format # accepts the following extensions: # # <tt>%u</tt>:: Replaced by the user CPU time, as reported by Tms#utime. # <tt>%y</tt>:: Replaced by the system CPU time, as reported by #stime (Mnemonic: y of "s*y*stem") # <tt>%U</tt>:: Replaced by the children's user CPU time, as reported by Tms#cutime # <tt>%Y</tt>:: Replaced by the children's system CPU time, as reported by Tms#cstime # <tt>%t</tt>:: Replaced by the total CPU time, as reported by Tms#total # <tt>%r</tt>:: Replaced by the elapsed real time, as reported by Tms#real # <tt>%n</tt>:: Replaced by the label string, as reported by Tms#label (Mnemonic: n of "*n*ame") # # If +format+ is not given, FORMAT is used as default value, detailing the # user, system and real elapsed time. # def format(format = nil, *args) str = (format || FORMAT).dup str.gsub!(/(%[-+.\d]*)n/) { "#{$1}s" % label } str.gsub!(/(%[-+.\d]*)u/) { "#{$1}f" % utime } str.gsub!(/(%[-+.\d]*)y/) { "#{$1}f" % stime } str.gsub!(/(%[-+.\d]*)U/) { "#{$1}f" % cutime } str.gsub!(/(%[-+.\d]*)Y/) { "#{$1}f" % cstime } str.gsub!(/(%[-+.\d]*)t/) { "#{$1}f" % total } str.gsub!(/(%[-+.\d]*)r/) { "(#{$1}f)" % real } format ? str % args : str end # # Same as #format. # def to_s format end # # Returns a new 6-element array, consisting of the # label, user CPU time, system CPU time, children's # user CPU time, children's system CPU time and elapsed # real time. # def to_a [@label, @utime, @stime, @cutime, @cstime, @real] end # # Returns a hash containing the same data as `to_a`. # def to_h { label: @label, utime: @utime, stime: @stime, cutime: @cutime, cstime: @cstime, real: @real } end protected # # Returns a new Tms object obtained by memberwise operation +op+ # of the individual times for this Tms object with those of the other # Tms object (+x+). # # +op+ can be a mathematical operation such as <tt>+</tt>, <tt>-</tt>, # <tt>*</tt>, <tt>/</tt> # def memberwise(op, x) case x when Benchmark::Tms Benchmark::Tms.new(utime.__send__(op, x.utime), stime.__send__(op, x.stime), cutime.__send__(op, x.cutime), cstime.__send__(op, x.cstime), real.__send__(op, x.real) ) else Benchmark::Tms.new(utime.__send__(op, x), stime.__send__(op, x), cutime.__send__(op, x), cstime.__send__(op, x), real.__send__(op, x) ) end end end # The default caption string (heading above the output times). CAPTION = Benchmark::Tms::CAPTION # The default format string used to display times. See also Benchmark::Tms#format. FORMAT = Benchmark::Tms::FORMAT end PK *J [�@|�d d share/ruby/set.rbnu �[��� # frozen_string_literal: true # :markup: markdown # # set.rb - defines the Set class # # Copyright (c) 2002-2024 Akinori MUSHA <knu@iDaemons.org> # # Documentation by Akinori MUSHA and Gavin Sinclair. # # All rights reserved. You can redistribute and/or modify it under the same # terms as Ruby. ## # This library provides the Set class, which implements a collection # of unordered values with no duplicates. It is a hybrid of Array's # intuitive inter-operation facilities and Hash's fast lookup. # # The method `to_set` is added to Enumerable for convenience. # # Set is easy to use with Enumerable objects (implementing `each`). # Most of the initializer methods and binary operators accept generic # Enumerable objects besides sets and arrays. An Enumerable object # can be converted to Set using the `to_set` method. # # Set uses Hash as storage, so you must note the following points: # # * Equality of elements is determined according to Object#eql? and # Object#hash. Use Set#compare_by_identity to make a set compare # its elements by their identity. # * Set assumes that the identity of each element does not change # while it is stored. Modifying an element of a set will render the # set to an unreliable state. # * When a string is to be stored, a frozen copy of the string is # stored instead unless the original string is already frozen. # # ## Comparison # # The comparison operators `<`, `>`, `<=`, and `>=` are implemented as # shorthand for the {proper_,}{subset?,superset?} methods. The `<=>` # operator reflects this order, or return `nil` for sets that both # have distinct elements (`{x, y}` vs. `{x, z}` for example). # # ## Example # # ```ruby # require 'set' # s1 = Set[1, 2] #=> #<Set: {1, 2}> # s2 = [1, 2].to_set #=> #<Set: {1, 2}> # s1 == s2 #=> true # s1.add("foo") #=> #<Set: {1, 2, "foo"}> # s1.merge([2, 6]) #=> #<Set: {1, 2, "foo", 6}> # s1.subset?(s2) #=> false # s2.subset?(s1) #=> true # ``` # # ## Contact # # - Akinori MUSHA <<knu@iDaemons.org>> (current maintainer) # # ## What's Here # # First, what's elsewhere. \Class \Set: # # - Inherits from {class Object}[rdoc-ref:Object@What-27s+Here]. # - Includes {module Enumerable}[rdoc-ref:Enumerable@What-27s+Here], # which provides dozens of additional methods. # # In particular, class \Set does not have many methods of its own # for fetching or for iterating. # Instead, it relies on those in \Enumerable. # # Here, class \Set provides methods that are useful for: # # - [Creating a Set](#class-Set-label-Methods+for+Creating+a+Set) # - [Set Operations](#class-Set-label-Methods+for+Set+Operations) # - [Comparing](#class-Set-label-Methods+for+Comparing) # - [Querying](#class-Set-label-Methods+for+Querying) # - [Assigning](#class-Set-label-Methods+for+Assigning) # - [Deleting](#class-Set-label-Methods+for+Deleting) # - [Converting](#class-Set-label-Methods+for+Converting) # - [Iterating](#class-Set-label-Methods+for+Iterating) # - [And more....](#class-Set-label-Other+Methods) # # ### Methods for Creating a \Set # # - ::[]: # Returns a new set containing the given objects. # - ::new: # Returns a new set containing either the given objects # (if no block given) or the return values from the called block # (if a block given). # # ### Methods for \Set Operations # # - [|](#method-i-7C) (aliased as #union and #+): # Returns a new set containing all elements from +self+ # and all elements from a given enumerable (no duplicates). # - [&](#method-i-26) (aliased as #intersection): # Returns a new set containing all elements common to +self+ # and a given enumerable. # - [-](#method-i-2D) (aliased as #difference): # Returns a copy of +self+ with all elements # in a given enumerable removed. # - [\^](#method-i-5E): # Returns a new set containing all elements from +self+ # and a given enumerable except those common to both. # # ### Methods for Comparing # # - [<=>](#method-i-3C-3D-3E): # Returns -1, 0, or 1 as +self+ is less than, equal to, # or greater than a given object. # - [==](#method-i-3D-3D): # Returns whether +self+ and a given enumerable are equal, # as determined by Object#eql?. # - \#compare_by_identity?: # Returns whether the set considers only identity # when comparing elements. # # ### Methods for Querying # # - \#length (aliased as #size): # Returns the count of elements. # - \#empty?: # Returns whether the set has no elements. # - \#include? (aliased as #member? and #===): # Returns whether a given object is an element in the set. # - \#subset? (aliased as [<=](#method-i-3C-3D)): # Returns whether a given object is a subset of the set. # - \#proper_subset? (aliased as [<](#method-i-3C)): # Returns whether a given enumerable is a proper subset of the set. # - \#superset? (aliased as [>=](#method-i-3E-3D])): # Returns whether a given enumerable is a superset of the set. # - \#proper_superset? (aliased as [>](#method-i-3E)): # Returns whether a given enumerable is a proper superset of the set. # - \#disjoint?: # Returns +true+ if the set and a given enumerable # have no common elements, +false+ otherwise. # - \#intersect?: # Returns +true+ if the set and a given enumerable: # have any common elements, +false+ otherwise. # - \#compare_by_identity?: # Returns whether the set considers only identity # when comparing elements. # # ### Methods for Assigning # # - \#add (aliased as #<<): # Adds a given object to the set; returns +self+. # - \#add?: # If the given object is not an element in the set, # adds it and returns +self+; otherwise, returns +nil+. # - \#merge: # Merges the elements of each given enumerable object to the set; returns +self+. # - \#replace: # Replaces the contents of the set with the contents # of a given enumerable. # # ### Methods for Deleting # # - \#clear: # Removes all elements in the set; returns +self+. # - \#delete: # Removes a given object from the set; returns +self+. # - \#delete?: # If the given object is an element in the set, # removes it and returns +self+; otherwise, returns +nil+. # - \#subtract: # Removes each given object from the set; returns +self+. # - \#delete_if - Removes elements specified by a given block. # - \#select! (aliased as #filter!): # Removes elements not specified by a given block. # - \#keep_if: # Removes elements not specified by a given block. # - \#reject! # Removes elements specified by a given block. # # ### Methods for Converting # # - \#classify: # Returns a hash that classifies the elements, # as determined by the given block. # - \#collect! (aliased as #map!): # Replaces each element with a block return-value. # - \#divide: # Returns a hash that classifies the elements, # as determined by the given block; # differs from #classify in that the block may accept # either one or two arguments. # - \#flatten: # Returns a new set that is a recursive flattening of +self+. # \#flatten!: # Replaces each nested set in +self+ with the elements from that set. # - \#inspect (aliased as #to_s): # Returns a string displaying the elements. # - \#join: # Returns a string containing all elements, converted to strings # as needed, and joined by the given record separator. # - \#to_a: # Returns an array containing all set elements. # - \#to_set: # Returns +self+ if given no arguments and no block; # with a block given, returns a new set consisting of block # return values. # # ### Methods for Iterating # # - \#each: # Calls the block with each successive element; returns +self+. # # ### Other Methods # # - \#reset: # Resets the internal state; useful if an object # has been modified while an element in the set. # class Set VERSION = "1.1.1" include Enumerable # Creates a new set containing the given objects. # # Set[1, 2] # => #<Set: {1, 2}> # Set[1, 2, 1] # => #<Set: {1, 2}> # Set[1, 'c', :s] # => #<Set: {1, "c", :s}> def self.[](*ary) new(ary) end # Creates a new set containing the elements of the given enumerable # object. # # If a block is given, the elements of enum are preprocessed by the # given block. # # Set.new([1, 2]) #=> #<Set: {1, 2}> # Set.new([1, 2, 1]) #=> #<Set: {1, 2}> # Set.new([1, 'c', :s]) #=> #<Set: {1, "c", :s}> # Set.new(1..5) #=> #<Set: {1, 2, 3, 4, 5}> # Set.new([1, 2, 3]) { |x| x * x } #=> #<Set: {1, 4, 9}> def initialize(enum = nil, &block) # :yields: o @hash ||= Hash.new(false) enum.nil? and return if block do_with_enum(enum) { |o| add(block[o]) } else merge(enum) end end # Makes the set compare its elements by their identity and returns # self. This method may not be supported by all subclasses of Set. def compare_by_identity if @hash.respond_to?(:compare_by_identity) @hash.compare_by_identity self else raise NotImplementedError, "#{self.class.name}\##{__method__} is not implemented" end end # Returns true if the set will compare its elements by their # identity. Also see Set#compare_by_identity. def compare_by_identity? @hash.respond_to?(:compare_by_identity?) && @hash.compare_by_identity? end def do_with_enum(enum, &block) # :nodoc: if enum.respond_to?(:each_entry) enum.each_entry(&block) if block elsif enum.respond_to?(:each) enum.each(&block) if block else raise ArgumentError, "value must be enumerable" end end private :do_with_enum # Dup internal hash. def initialize_dup(orig) super @hash = orig.instance_variable_get(:@hash).dup end # Clone internal hash. def initialize_clone(orig, **options) super @hash = orig.instance_variable_get(:@hash).clone(**options) end def freeze # :nodoc: @hash.freeze super end # Returns the number of elements. def size @hash.size end alias length size # Returns true if the set contains no elements. def empty? @hash.empty? end # Removes all elements and returns self. # # set = Set[1, 'c', :s] #=> #<Set: {1, "c", :s}> # set.clear #=> #<Set: {}> # set #=> #<Set: {}> def clear @hash.clear self end # Replaces the contents of the set with the contents of the given # enumerable object and returns self. # # set = Set[1, 'c', :s] #=> #<Set: {1, "c", :s}> # set.replace([1, 2]) #=> #<Set: {1, 2}> # set #=> #<Set: {1, 2}> def replace(enum) if enum.instance_of?(self.class) @hash.replace(enum.instance_variable_get(:@hash)) self else do_with_enum(enum) # make sure enum is enumerable before calling clear clear merge(enum) end end # Returns an array containing all elements in the set. # # Set[1, 2].to_a #=> [1, 2] # Set[1, 'c', :s].to_a #=> [1, "c", :s] def to_a @hash.keys end # Returns self if no arguments are given. Otherwise, converts the # set to another with `klass.new(self, *args, &block)`. # # In subclasses, returns `klass.new(self, *args, &block)` unless # overridden. def to_set(klass = Set, *args, &block) return self if instance_of?(Set) && klass == Set && block.nil? && args.empty? klass.new(self, *args, &block) end def flatten_merge(set, seen = {}) # :nodoc: set.each { |e| if e.is_a?(Set) case seen[e_id = e.object_id] when true raise ArgumentError, "tried to flatten recursive Set" when false next end seen[e_id] = true flatten_merge(e, seen) seen[e_id] = false else add(e) end } self end protected :flatten_merge # Returns a new set that is a copy of the set, flattening each # containing set recursively. def flatten self.class.new.flatten_merge(self) end # Equivalent to Set#flatten, but replaces the receiver with the # result in place. Returns nil if no modifications were made. def flatten! replace(flatten()) if any?(Set) end # Returns true if the set contains the given object. # # Note that <code>include?</code> and <code>member?</code> do not test member # equality using <code>==</code> as do other Enumerables. # # See also Enumerable#include? def include?(o) @hash[o] end alias member? include? # Returns true if the set is a superset of the given set. def superset?(set) case when set.instance_of?(self.class) && @hash.respond_to?(:>=) @hash >= set.instance_variable_get(:@hash) when set.is_a?(Set) size >= set.size && set.all?(self) else raise ArgumentError, "value must be a set" end end alias >= superset? # Returns true if the set is a proper superset of the given set. def proper_superset?(set) case when set.instance_of?(self.class) && @hash.respond_to?(:>) @hash > set.instance_variable_get(:@hash) when set.is_a?(Set) size > set.size && set.all?(self) else raise ArgumentError, "value must be a set" end end alias > proper_superset? # Returns true if the set is a subset of the given set. def subset?(set) case when set.instance_of?(self.class) && @hash.respond_to?(:<=) @hash <= set.instance_variable_get(:@hash) when set.is_a?(Set) size <= set.size && all?(set) else raise ArgumentError, "value must be a set" end end alias <= subset? # Returns true if the set is a proper subset of the given set. def proper_subset?(set) case when set.instance_of?(self.class) && @hash.respond_to?(:<) @hash < set.instance_variable_get(:@hash) when set.is_a?(Set) size < set.size && all?(set) else raise ArgumentError, "value must be a set" end end alias < proper_subset? # Returns 0 if the set are equal, # -1 / +1 if the set is a proper subset / superset of the given set, # or nil if they both have unique elements. def <=>(set) return unless set.is_a?(Set) case size <=> set.size when -1 then -1 if proper_subset?(set) when +1 then +1 if proper_superset?(set) else 0 if self.==(set) end end # Returns true if the set and the given enumerable have at least one # element in common. # # Set[1, 2, 3].intersect? Set[4, 5] #=> false # Set[1, 2, 3].intersect? Set[3, 4] #=> true # Set[1, 2, 3].intersect? 4..5 #=> false # Set[1, 2, 3].intersect? [3, 4] #=> true def intersect?(set) case set when Set if size < set.size any?(set) else set.any?(self) end when Enumerable set.any?(self) else raise ArgumentError, "value must be enumerable" end end # Returns true if the set and the given enumerable have # no element in common. This method is the opposite of `intersect?`. # # Set[1, 2, 3].disjoint? Set[3, 4] #=> false # Set[1, 2, 3].disjoint? Set[4, 5] #=> true # Set[1, 2, 3].disjoint? [3, 4] #=> false # Set[1, 2, 3].disjoint? 4..5 #=> true def disjoint?(set) !intersect?(set) end # Calls the given block once for each element in the set, passing # the element as parameter. Returns an enumerator if no block is # given. def each(&block) block_given? or return enum_for(__method__) { size } @hash.each_key(&block) self end # Adds the given object to the set and returns self. Use `merge` to # add many elements at once. # # Set[1, 2].add(3) #=> #<Set: {1, 2, 3}> # Set[1, 2].add([3, 4]) #=> #<Set: {1, 2, [3, 4]}> # Set[1, 2].add(2) #=> #<Set: {1, 2}> def add(o) @hash[o] = true self end alias << add # Adds the given object to the set and returns self. If the # object is already in the set, returns nil. # # Set[1, 2].add?(3) #=> #<Set: {1, 2, 3}> # Set[1, 2].add?([3, 4]) #=> #<Set: {1, 2, [3, 4]}> # Set[1, 2].add?(2) #=> nil def add?(o) add(o) unless include?(o) end # Deletes the given object from the set and returns self. Use # `subtract` to delete many items at once. def delete(o) @hash.delete(o) self end # Deletes the given object from the set and returns self. If the # object is not in the set, returns nil. def delete?(o) delete(o) if include?(o) end # Deletes every element of the set for which block evaluates to # true, and returns self. Returns an enumerator if no block is # given. def delete_if(&block) block_given? or return enum_for(__method__) { size } # Instead of directly using @hash.delete_if, perform enumeration # using self.each that subclasses may override. select(&block).each { |o| @hash.delete(o) } self end # Deletes every element of the set for which block evaluates to # false, and returns self. Returns an enumerator if no block is # given. def keep_if(&block) block_given? or return enum_for(__method__) { size } # Instead of directly using @hash.keep_if, perform enumeration # using self.each that subclasses may override. reject(&block).each { |o| @hash.delete(o) } self end # Replaces the elements with ones returned by `collect()`. # Returns an enumerator if no block is given. def collect! block_given? or return enum_for(__method__) { size } set = self.class.new each { |o| set << yield(o) } replace(set) end alias map! collect! # Equivalent to Set#delete_if, but returns nil if no changes were # made. Returns an enumerator if no block is given. def reject!(&block) block_given? or return enum_for(__method__) { size } n = size delete_if(&block) self if size != n end # Equivalent to Set#keep_if, but returns nil if no changes were # made. Returns an enumerator if no block is given. def select!(&block) block_given? or return enum_for(__method__) { size } n = size keep_if(&block) self if size != n end # Equivalent to Set#select! alias filter! select! # Merges the elements of the given enumerable objects to the set and # returns self. def merge(*enums, **nil) enums.each do |enum| if enum.instance_of?(self.class) @hash.update(enum.instance_variable_get(:@hash)) else do_with_enum(enum) { |o| add(o) } end end self end # Deletes every element that appears in the given enumerable object # and returns self. def subtract(enum) do_with_enum(enum) { |o| delete(o) } self end # Returns a new set built by merging the set and the elements of the # given enumerable object. # # Set[1, 2, 3] | Set[2, 4, 5] #=> #<Set: {1, 2, 3, 4, 5}> # Set[1, 5, 'z'] | (1..6) #=> #<Set: {1, 5, "z", 2, 3, 4, 6}> def |(enum) dup.merge(enum) end alias + | alias union | # Returns a new set built by duplicating the set, removing every # element that appears in the given enumerable object. # # Set[1, 3, 5] - Set[1, 5] #=> #<Set: {3}> # Set['a', 'b', 'z'] - ['a', 'c'] #=> #<Set: {"b", "z"}> def -(enum) dup.subtract(enum) end alias difference - # Returns a new set containing elements common to the set and the # given enumerable object. # # Set[1, 3, 5] & Set[3, 2, 1] #=> #<Set: {3, 1}> # Set['a', 'b', 'z'] & ['a', 'b', 'c'] #=> #<Set: {"a", "b"}> def &(enum) n = self.class.new if enum.is_a?(Set) if enum.size > size each { |o| n.add(o) if enum.include?(o) } else enum.each { |o| n.add(o) if include?(o) } end else do_with_enum(enum) { |o| n.add(o) if include?(o) } end n end alias intersection & # Returns a new set containing elements exclusive between the set # and the given enumerable object. `(set ^ enum)` is equivalent to # `((set | enum) - (set & enum))`. # # Set[1, 2] ^ Set[2, 3] #=> #<Set: {3, 1}> # Set[1, 'b', 'c'] ^ ['b', 'd'] #=> #<Set: {"d", 1, "c"}> def ^(enum) n = self.class.new(enum) each { |o| n.add(o) unless n.delete?(o) } n end # Returns true if two sets are equal. The equality of each couple # of elements is defined according to Object#eql?. # # Set[1, 2] == Set[2, 1] #=> true # Set[1, 3, 5] == Set[1, 5] #=> false # Set['a', 'b', 'c'] == Set['a', 'c', 'b'] #=> true # Set['a', 'b', 'c'] == ['a', 'c', 'b'] #=> false def ==(other) if self.equal?(other) true elsif other.instance_of?(self.class) @hash == other.instance_variable_get(:@hash) elsif other.is_a?(Set) && self.size == other.size other.all? { |o| @hash.include?(o) } else false end end def hash # :nodoc: @hash.hash end def eql?(o) # :nodoc: return false unless o.is_a?(Set) @hash.eql?(o.instance_variable_get(:@hash)) end # Resets the internal state after modification to existing elements # and returns self. # # Elements will be reindexed and deduplicated. def reset if @hash.respond_to?(:rehash) @hash.rehash # This should perform frozenness check. else raise FrozenError, "can't modify frozen #{self.class.name}" if frozen? end self end # Returns true if the given object is a member of the set, # and false otherwise. # # Used in case statements: # # require 'set' # # case :apple # when Set[:potato, :carrot] # "vegetable" # when Set[:apple, :banana] # "fruit" # end # # => "fruit" # # Or by itself: # # Set[1, 2, 3] === 2 #=> true # Set[1, 2, 3] === 4 #=> false # alias === include? # Classifies the set by the return value of the given block and # returns a hash of {value => set of elements} pairs. The block is # called once for each element of the set, passing the element as # parameter. # # require 'set' # files = Set.new(Dir.glob("*.rb")) # hash = files.classify { |f| File.mtime(f).year } # hash #=> {2000=>#<Set: {"a.rb", "b.rb"}>, # # 2001=>#<Set: {"c.rb", "d.rb", "e.rb"}>, # # 2002=>#<Set: {"f.rb"}>} # # Returns an enumerator if no block is given. def classify # :yields: o block_given? or return enum_for(__method__) { size } h = {} each { |i| (h[yield(i)] ||= self.class.new).add(i) } h end # Divides the set into a set of subsets according to the commonality # defined by the given block. # # If the arity of the block is 2, elements o1 and o2 are in common # if block.call(o1, o2) is true. Otherwise, elements o1 and o2 are # in common if block.call(o1) == block.call(o2). # # require 'set' # numbers = Set[1, 3, 4, 6, 9, 10, 11] # set = numbers.divide { |i,j| (i - j).abs == 1 } # set #=> #<Set: {#<Set: {1}>, # # #<Set: {11, 9, 10}>, # # #<Set: {3, 4}>, # # #<Set: {6}>}> # # Returns an enumerator if no block is given. def divide(&func) func or return enum_for(__method__) { size } if func.arity == 2 require 'tsort' class << dig = {} # :nodoc: include TSort alias tsort_each_node each_key def tsort_each_child(node, &block) fetch(node).each(&block) end end each { |u| dig[u] = a = [] each{ |v| func.call(u, v) and a << v } } set = Set.new() dig.each_strongly_connected_component { |css| set.add(self.class.new(css)) } set else Set.new(classify(&func).values) end end # Returns a string created by converting each element of the set to a string # See also: Array#join def join(separator=nil) to_a.join(separator) end InspectKey = :__inspect_key__ # :nodoc: # Returns a string containing a human-readable representation of the # set ("#<Set: {element1, element2, ...}>"). def inspect ids = (Thread.current[InspectKey] ||= []) if ids.include?(object_id) return sprintf('#<%s: {...}>', self.class.name) end ids << object_id begin return sprintf('#<%s: {%s}>', self.class, to_a.inspect[1..-2]) ensure ids.pop end end alias to_s inspect def pretty_print(pp) # :nodoc: pp.group(1, sprintf('#<%s:', self.class.name), '>') { pp.breakable pp.group(1, '{', '}') { pp.seplist(self) { |o| pp.pp o } } } end def pretty_print_cycle(pp) # :nodoc: pp.text sprintf('#<%s: {%s}>', self.class.name, empty? ? '' : '...') end end module Enumerable # Makes a set from the enumerable object with given arguments. # Needs to `require "set"` to use this method. def to_set(klass = Set, *args, &block) klass.new(self, *args, &block) end unless method_defined?(:to_set) end autoload :SortedSet, "#{__dir__}/set/sorted_set" PK *J [m�gD%9 %9 share/ruby/tsort.rbnu �[��� # frozen_string_literal: true #-- # tsort.rb - provides a module for topological sorting and strongly connected components. #++ # # # TSort implements topological sorting using Tarjan's algorithm for # strongly connected components. # # TSort is designed to be able to be used with any object which can be # interpreted as a directed graph. # # TSort requires two methods to interpret an object as a graph, # tsort_each_node and tsort_each_child. # # * tsort_each_node is used to iterate for all nodes over a graph. # * tsort_each_child is used to iterate for child nodes of a given node. # # The equality of nodes are defined by eql? and hash since # TSort uses Hash internally. # # == A Simple Example # # The following example demonstrates how to mix the TSort module into an # existing class (in this case, Hash). Here, we're treating each key in # the hash as a node in the graph, and so we simply alias the required # #tsort_each_node method to Hash's #each_key method. For each key in the # hash, the associated value is an array of the node's child nodes. This # choice in turn leads to our implementation of the required #tsort_each_child # method, which fetches the array of child nodes and then iterates over that # array using the user-supplied block. # # require 'tsort' # # class Hash # include TSort # alias tsort_each_node each_key # def tsort_each_child(node, &block) # fetch(node).each(&block) # end # end # # {1=>[2, 3], 2=>[3], 3=>[], 4=>[]}.tsort # #=> [3, 2, 1, 4] # # {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}.strongly_connected_components # #=> [[4], [2, 3], [1]] # # == A More Realistic Example # # A very simple `make' like tool can be implemented as follows: # # require 'tsort' # # class Make # def initialize # @dep = {} # @dep.default = [] # end # # def rule(outputs, inputs=[], &block) # triple = [outputs, inputs, block] # outputs.each {|f| @dep[f] = [triple]} # @dep[triple] = inputs # end # # def build(target) # each_strongly_connected_component_from(target) {|ns| # if ns.length != 1 # fs = ns.delete_if {|n| Array === n} # raise TSort::Cyclic.new("cyclic dependencies: #{fs.join ', '}") # end # n = ns.first # if Array === n # outputs, inputs, block = n # inputs_time = inputs.map {|f| File.mtime f}.max # begin # outputs_time = outputs.map {|f| File.mtime f}.min # rescue Errno::ENOENT # outputs_time = nil # end # if outputs_time == nil || # inputs_time != nil && outputs_time <= inputs_time # sleep 1 if inputs_time != nil && inputs_time.to_i == Time.now.to_i # block.call # end # end # } # end # # def tsort_each_child(node, &block) # @dep[node].each(&block) # end # include TSort # end # # def command(arg) # print arg, "\n" # system arg # end # # m = Make.new # m.rule(%w[t1]) { command 'date > t1' } # m.rule(%w[t2]) { command 'date > t2' } # m.rule(%w[t3]) { command 'date > t3' } # m.rule(%w[t4], %w[t1 t3]) { command 'cat t1 t3 > t4' } # m.rule(%w[t5], %w[t4 t2]) { command 'cat t4 t2 > t5' } # m.build('t5') # # == Bugs # # * 'tsort.rb' is wrong name because this library uses # Tarjan's algorithm for strongly connected components. # Although 'strongly_connected_components.rb' is correct but too long. # # == References # # R. E. Tarjan, "Depth First Search and Linear Graph Algorithms", # <em>SIAM Journal on Computing</em>, Vol. 1, No. 2, pp. 146-160, June 1972. # module TSort VERSION = "0.2.0" class Cyclic < StandardError end # Returns a topologically sorted array of nodes. # The array is sorted from children to parents, i.e. # the first element has no child and the last node has no parent. # # If there is a cycle, TSort::Cyclic is raised. # # class G # include TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # p graph.tsort #=> [4, 2, 3, 1] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # p graph.tsort # raises TSort::Cyclic # def tsort each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) TSort.tsort(each_node, each_child) end # Returns a topologically sorted array of nodes. # The array is sorted from children to parents, i.e. # the first element has no child and the last node has no parent. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # If there is a cycle, TSort::Cyclic is raised. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p TSort.tsort(each_node, each_child) #=> [4, 2, 3, 1] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p TSort.tsort(each_node, each_child) # raises TSort::Cyclic # def self.tsort(each_node, each_child) tsort_each(each_node, each_child).to_a end # The iterator version of the #tsort method. # <tt><em>obj</em>.tsort_each</tt> is similar to <tt><em>obj</em>.tsort.each</tt>, but # modification of _obj_ during the iteration may lead to unexpected results. # # #tsort_each returns +nil+. # If there is a cycle, TSort::Cyclic is raised. # # class G # include TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.tsort_each {|n| p n } # #=> 4 # # 2 # # 3 # # 1 # def tsort_each(&block) # :yields: node each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) TSort.tsort_each(each_node, each_child, &block) end # The iterator version of the TSort.tsort method. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # TSort.tsort_each(each_node, each_child) {|n| p n } # #=> 4 # # 2 # # 3 # # 1 # def self.tsort_each(each_node, each_child) # :yields: node return to_enum(__method__, each_node, each_child) unless block_given? each_strongly_connected_component(each_node, each_child) {|component| if component.size == 1 yield component.first else raise Cyclic.new("topological sort failed: #{component.inspect}") end } end # Returns strongly connected components as an array of arrays of nodes. # The array is sorted from children to parents. # Each elements of the array represents a strongly connected component. # # class G # include TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # p graph.strongly_connected_components #=> [[4], [2], [3], [1]] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # p graph.strongly_connected_components #=> [[4], [2, 3], [1]] # def strongly_connected_components each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) TSort.strongly_connected_components(each_node, each_child) end # Returns strongly connected components as an array of arrays of nodes. # The array is sorted from children to parents. # Each elements of the array represents a strongly connected component. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p TSort.strongly_connected_components(each_node, each_child) # #=> [[4], [2], [3], [1]] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # p TSort.strongly_connected_components(each_node, each_child) # #=> [[4], [2, 3], [1]] # def self.strongly_connected_components(each_node, each_child) each_strongly_connected_component(each_node, each_child).to_a end # The iterator version of the #strongly_connected_components method. # <tt><em>obj</em>.each_strongly_connected_component</tt> is similar to # <tt><em>obj</em>.strongly_connected_components.each</tt>, but # modification of _obj_ during the iteration may lead to unexpected results. # # #each_strongly_connected_component returns +nil+. # # class G # include TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.each_strongly_connected_component {|scc| p scc } # #=> [4] # # [2] # # [3] # # [1] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # graph.each_strongly_connected_component {|scc| p scc } # #=> [4] # # [2, 3] # # [1] # def each_strongly_connected_component(&block) # :yields: nodes each_node = method(:tsort_each_node) each_child = method(:tsort_each_child) TSort.each_strongly_connected_component(each_node, each_child, &block) end # The iterator version of the TSort.strongly_connected_components method. # # The graph is represented by _each_node_ and _each_child_. # _each_node_ should have +call+ method which yields for each node in the graph. # _each_child_ should have +call+ method which takes a node argument and yields for each child node. # # g = {1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # TSort.each_strongly_connected_component(each_node, each_child) {|scc| p scc } # #=> [4] # # [2] # # [3] # # [1] # # g = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_node = lambda {|&b| g.each_key(&b) } # each_child = lambda {|n, &b| g[n].each(&b) } # TSort.each_strongly_connected_component(each_node, each_child) {|scc| p scc } # #=> [4] # # [2, 3] # # [1] # def self.each_strongly_connected_component(each_node, each_child) # :yields: nodes return to_enum(__method__, each_node, each_child) unless block_given? id_map = {} stack = [] each_node.call {|node| unless id_map.include? node each_strongly_connected_component_from(node, each_child, id_map, stack) {|c| yield c } end } nil end # Iterates over strongly connected component in the subgraph reachable from # _node_. # # Return value is unspecified. # # #each_strongly_connected_component_from doesn't call #tsort_each_node. # # class G # include TSort # def initialize(g) # @g = g # end # def tsort_each_child(n, &b) @g[n].each(&b) end # def tsort_each_node(&b) @g.each_key(&b) end # end # # graph = G.new({1=>[2, 3], 2=>[4], 3=>[2, 4], 4=>[]}) # graph.each_strongly_connected_component_from(2) {|scc| p scc } # #=> [4] # # [2] # # graph = G.new({1=>[2], 2=>[3, 4], 3=>[2], 4=>[]}) # graph.each_strongly_connected_component_from(2) {|scc| p scc } # #=> [4] # # [2, 3] # def each_strongly_connected_component_from(node, id_map={}, stack=[], &block) # :yields: nodes TSort.each_strongly_connected_component_from(node, method(:tsort_each_child), id_map, stack, &block) end # Iterates over strongly connected components in a graph. # The graph is represented by _node_ and _each_child_. # # _node_ is the first node. # _each_child_ should have +call+ method which takes a node argument # and yields for each child node. # # Return value is unspecified. # # #TSort.each_strongly_connected_component_from is a class method and # it doesn't need a class to represent a graph which includes TSort. # # graph = {1=>[2], 2=>[3, 4], 3=>[2], 4=>[]} # each_child = lambda {|n, &b| graph[n].each(&b) } # TSort.each_strongly_connected_component_from(1, each_child) {|scc| # p scc # } # #=> [4] # # [2, 3] # # [1] # def self.each_strongly_connected_component_from(node, each_child, id_map={}, stack=[]) # :yields: nodes return to_enum(__method__, node, each_child, id_map, stack) unless block_given? minimum_id = node_id = id_map[node] = id_map.size stack_length = stack.length stack << node each_child.call(node) {|child| if id_map.include? child child_id = id_map[child] minimum_id = child_id if child_id && child_id < minimum_id else sub_minimum_id = each_strongly_connected_component_from(child, each_child, id_map, stack) {|c| yield c } minimum_id = sub_minimum_id if sub_minimum_id < minimum_id end } if node_id == minimum_id component = stack.slice!(stack_length .. -1) component.each {|n| id_map[n] = nil} yield component end minimum_id end # Should be implemented by a extended class. # # #tsort_each_node is used to iterate for all nodes over a graph. # def tsort_each_node # :yields: node raise NotImplementedError.new end # Should be implemented by a extended class. # # #tsort_each_child is used to iterate for child nodes of _node_. # def tsort_each_child(node) # :yields: child raise NotImplementedError.new end end PK *J [�:i7 share/ruby/digest/sha2.rbnu �[��� # frozen_string_literal: false #-- # sha2.rb - defines Digest::SHA2 class which wraps up the SHA256, # SHA384, and SHA512 classes. #++ # Copyright (c) 2006 Akinori MUSHA <knu@iDaemons.org> # # All rights reserved. You can redistribute and/or modify it under the same # terms as Ruby. # # $Id$ require 'digest' require 'digest/sha2/loader' module Digest # # A meta digest provider class for SHA256, SHA384 and SHA512. # # FIPS 180-2 describes SHA2 family of digest algorithms. It defines # three algorithms: # * one which works on chunks of 512 bits and returns a 256-bit # digest (SHA256), # * one which works on chunks of 1024 bits and returns a 384-bit # digest (SHA384), # * and one which works on chunks of 1024 bits and returns a 512-bit # digest (SHA512). # # ==Examples # require 'digest' # # # Compute a complete digest # Digest::SHA2.hexdigest 'abc' # => "ba7816bf8..." # Digest::SHA2.new(256).hexdigest 'abc' # => "ba7816bf8..." # Digest::SHA256.hexdigest 'abc' # => "ba7816bf8..." # # Digest::SHA2.new(384).hexdigest 'abc' # => "cb00753f4..." # Digest::SHA384.hexdigest 'abc' # => "cb00753f4..." # # Digest::SHA2.new(512).hexdigest 'abc' # => "ddaf35a19..." # Digest::SHA512.hexdigest 'abc' # => "ddaf35a19..." # # # Compute digest by chunks # sha2 = Digest::SHA2.new # =>#<Digest::SHA2:256> # sha2.update "ab" # sha2 << "c" # alias for #update # sha2.hexdigest # => "ba7816bf8..." # # # Use the same object to compute another digest # sha2.reset # sha2 << "message" # sha2.hexdigest # => "ab530a13e..." # class SHA2 < Digest::Class # call-seq: # Digest::SHA2.new(bitlen = 256) -> digest_obj # # Create a new SHA2 hash object with a given bit length. # # Valid bit lengths are 256, 384 and 512. def initialize(bitlen = 256) case bitlen when 256 @sha2 = Digest::SHA256.new when 384 @sha2 = Digest::SHA384.new when 512 @sha2 = Digest::SHA512.new else raise ArgumentError, "unsupported bit length: %s" % bitlen.inspect end @bitlen = bitlen end # call-seq: # digest_obj.reset -> digest_obj # # Reset the digest to the initial state and return self. def reset @sha2.reset self end # call-seq: # digest_obj.update(string) -> digest_obj # digest_obj << string -> digest_obj # # Update the digest using a given _string_ and return self. def update(str) @sha2.update(str) self end alias << update def finish # :nodoc: @sha2.digest! end private :finish # call-seq: # digest_obj.block_length -> Integer # # Return the block length of the digest in bytes. # # Digest::SHA256.new.block_length * 8 # # => 512 # Digest::SHA384.new.block_length * 8 # # => 1024 # Digest::SHA512.new.block_length * 8 # # => 1024 def block_length @sha2.block_length end # call-seq: # digest_obj.digest_length -> Integer # # Return the length of the hash value (the digest) in bytes. # # Digest::SHA256.new.digest_length * 8 # # => 256 # Digest::SHA384.new.digest_length * 8 # # => 384 # Digest::SHA512.new.digest_length * 8 # # => 512 # # For example, digests produced by Digest::SHA256 will always be 32 bytes # (256 bits) in size. def digest_length @sha2.digest_length end def initialize_copy(other) # :nodoc: @sha2 = other.instance_eval { @sha2.clone } end def inspect # :nodoc: "#<%s:%d %s>" % [self.class.name, @bitlen, hexdigest] end end end PK *J [24�Z8 8 share/ruby/digest/sha2/loader.rbnu �[��� # frozen_string_literal: true require 'digest/sha2.so' PK *J [�JF�E E share/ruby/digest/version.rbnu �[��� # frozen_string_literal: true module Digest VERSION = "3.2.0" end PK *J [�6�3 3 share/ruby/digest/loader.rbnu �[��� # frozen_string_literal: true require 'digest.so' PK *J [�v8 8 share/ruby/ruby_vm/rjit/block.rbnu �[��� class RubyVM::RJIT::Block < Struct.new( :iseq, # @param `` :pc, # @param [Integer] Starting PC :ctx, # @param [RubyVM::RJIT::Context] **Starting** Context (TODO: freeze?) :start_addr, # @param [Integer] Starting address of this block's JIT code :entry_exit, # @param [Integer] Address of entry exit (optional) :incoming, # @param [Array<RubyVM::RJIT::BranchStub>] Incoming branches :invalidated, # @param [TrueClass,FalseClass] true if already invalidated ) def initialize(incoming: [], invalidated: false, **) = super end PK *J [�x2.�, �, " share/ruby/ruby_vm/rjit/context.rbnu �[��� module RubyVM::RJIT # Maximum number of temp value types we keep track of MAX_TEMP_TYPES = 8 # Maximum number of local variable types we keep track of MAX_LOCAL_TYPES = 8 # Operand to a YARV bytecode instruction SelfOpnd = :SelfOpnd # The value is self StackOpnd = Data.define(:index) # Temporary stack operand with stack index # Potential mapping of a value on the temporary stack to self, # a local variable, or constant so that we can track its type MapToStack = :MapToStack # Normal stack value MapToSelf = :MapToSelf # Temp maps to the self operand MapToLocal = Data.define(:local_index) # Temp maps to a local variable with index class Context < Struct.new( :stack_size, # @param [Integer] The number of values on the stack :sp_offset, # @param [Integer] JIT sp offset relative to the interpreter's sp :chain_depth, # @param [Integer] jit_chain_guard depth :local_types, # @param [Array<RubyVM::RJIT::Type>] Local variable types we keep track of :temp_types, # @param [Array<RubyVM::RJIT::Type>] Temporary variable types we keep track of :self_type, # @param [RubyVM::RJIT::Type] Type we track for self :temp_mapping, # @param [Array<Symbol>] Mapping of temp stack entries to types we track ) def initialize( stack_size: 0, sp_offset: 0, chain_depth: 0, local_types: [Type::Unknown] * MAX_LOCAL_TYPES, temp_types: [Type::Unknown] * MAX_TEMP_TYPES, self_type: Type::Unknown, temp_mapping: [MapToStack] * MAX_TEMP_TYPES ) = super # Deep dup by default for safety def dup ctx = super ctx.local_types = ctx.local_types.dup ctx.temp_types = ctx.temp_types.dup ctx.temp_mapping = ctx.temp_mapping.dup ctx end # Create a new Context instance with a given stack_size and sp_offset adjusted # accordingly. This is useful when you want to virtually rewind a stack_size for # generating a side exit while considering past sp_offset changes on gen_save_sp. def with_stack_size(stack_size) ctx = self.dup ctx.sp_offset -= ctx.stack_size - stack_size ctx.stack_size = stack_size ctx end def stack_opnd(depth_from_top) [SP, C.VALUE.size * (self.sp_offset - 1 - depth_from_top)] end def sp_opnd(offset_bytes = 0) [SP, (C.VALUE.size * self.sp_offset) + offset_bytes] end # Push one new value on the temp stack with an explicit mapping # Return a pointer to the new stack top def stack_push_mapping(mapping_temp_type) stack_size = self.stack_size # Keep track of the type and mapping of the value if stack_size < MAX_TEMP_TYPES mapping, temp_type = mapping_temp_type self.temp_mapping[stack_size] = mapping self.temp_types[stack_size] = temp_type case mapping in MapToLocal[idx] assert(idx < MAX_LOCAL_TYPES) else end end self.stack_size += 1 self.sp_offset += 1 return self.stack_opnd(0) end # Push one new value on the temp stack # Return a pointer to the new stack top def stack_push(val_type) return self.stack_push_mapping([MapToStack, val_type]) end # Push the self value on the stack def stack_push_self return self.stack_push_mapping([MapToStack, Type::Unknown]) end # Push a local variable on the stack def stack_push_local(local_idx) if local_idx >= MAX_LOCAL_TYPES return self.stack_push(Type::Unknown) end return self.stack_push_mapping([MapToLocal[local_idx], Type::Unknown]) end # Pop N values off the stack # Return a pointer to the stack top before the pop operation def stack_pop(n = 1) assert(n <= self.stack_size) top = self.stack_opnd(0) # Clear the types of the popped values n.times do |i| idx = self.stack_size - i - 1 if idx < MAX_TEMP_TYPES self.temp_types[idx] = Type::Unknown self.temp_mapping[idx] = MapToStack end end self.stack_size -= n self.sp_offset -= n return top end def shift_stack(argc) assert(argc < self.stack_size) method_name_index = self.stack_size - argc - 1 (method_name_index...(self.stack_size - 1)).each do |i| if i + 1 < MAX_TEMP_TYPES self.temp_types[i] = self.temp_types[i + 1] self.temp_mapping[i] = self.temp_mapping[i + 1] end end self.stack_pop(1) end # Get the type of an instruction operand def get_opnd_type(opnd) case opnd in SelfOpnd self.self_type in StackOpnd[idx] assert(idx < self.stack_size) stack_idx = self.stack_size - 1 - idx # If outside of tracked range, do nothing if stack_idx >= MAX_TEMP_TYPES return Type::Unknown end mapping = self.temp_mapping[stack_idx] case mapping in MapToSelf self.self_type in MapToStack self.temp_types[self.stack_size - 1 - idx] in MapToLocal[idx] assert(idx < MAX_LOCAL_TYPES) self.local_types[idx] end end end # Get the currently tracked type for a local variable def get_local_type(idx) self.local_types[idx] || Type::Unknown end # Upgrade (or "learn") the type of an instruction operand # This value must be compatible and at least as specific as the previously known type. # If this value originated from self, or an lvar, the learned type will be # propagated back to its source. def upgrade_opnd_type(opnd, opnd_type) case opnd in SelfOpnd self.self_type = self.self_type.upgrade(opnd_type) in StackOpnd[idx] assert(idx < self.stack_size) stack_idx = self.stack_size - 1 - idx # If outside of tracked range, do nothing if stack_idx >= MAX_TEMP_TYPES return end mapping = self.temp_mapping[stack_idx] case mapping in MapToSelf self.self_type = self.self_type.upgrade(opnd_type) in MapToStack self.temp_types[stack_idx] = self.temp_types[stack_idx].upgrade(opnd_type) in MapToLocal[idx] assert(idx < MAX_LOCAL_TYPES) self.local_types[idx] = self.local_types[idx].upgrade(opnd_type) end end end # Get both the type and mapping (where the value originates) of an operand. # This is can be used with stack_push_mapping or set_opnd_mapping to copy # a stack value's type while maintaining the mapping. def get_opnd_mapping(opnd) opnd_type = self.get_opnd_type(opnd) case opnd in SelfOpnd return [MapToSelf, opnd_type] in StackOpnd[idx] assert(idx < self.stack_size) stack_idx = self.stack_size - 1 - idx if stack_idx < MAX_TEMP_TYPES return [self.temp_mapping[stack_idx], opnd_type] else # We can't know the source of this stack operand, so we assume it is # a stack-only temporary. type will be UNKNOWN assert(opnd_type == Type::Unknown) return [MapToStack, opnd_type] end end end # Overwrite both the type and mapping of a stack operand. def set_opnd_mapping(opnd, mapping_opnd_type) case opnd in SelfOpnd raise 'self always maps to self' in StackOpnd[idx] assert(idx < self.stack_size) stack_idx = self.stack_size - 1 - idx # If outside of tracked range, do nothing if stack_idx >= MAX_TEMP_TYPES return end mapping, opnd_type = mapping_opnd_type self.temp_mapping[stack_idx] = mapping # Only used when mapping == MAP_STACK self.temp_types[stack_idx] = opnd_type end end # Set the type of a local variable def set_local_type(local_idx, local_type) if local_idx >= MAX_LOCAL_TYPES return end # If any values on the stack map to this local we must detach them MAX_TEMP_TYPES.times do |stack_idx| case self.temp_mapping[stack_idx] in MapToStack # noop in MapToSelf # noop in MapToLocal[idx] if idx == local_idx self.temp_types[stack_idx] = self.local_types[idx] self.temp_mapping[stack_idx] = MapToStack else # noop end end end self.local_types[local_idx] = local_type end # Erase local variable type information # eg: because of a call we can't track def clear_local_types # When clearing local types we must detach any stack mappings to those # locals. Even if local values may have changed, stack values will not. MAX_TEMP_TYPES.times do |stack_idx| case self.temp_mapping[stack_idx] in MapToStack # noop in MapToSelf # noop in MapToLocal[local_idx] self.temp_types[stack_idx] = self.local_types[local_idx] self.temp_mapping[stack_idx] = MapToStack end end # Clear the local types self.local_types = [Type::Unknown] * MAX_LOCAL_TYPES end # Compute a difference score for two context objects def diff(dst) # Self is the source context (at the end of the predecessor) src = self # Can only lookup the first version in the chain if dst.chain_depth != 0 return TypeDiff::Incompatible end # Blocks with depth > 0 always produce new versions # Sidechains cannot overlap if src.chain_depth != 0 return TypeDiff::Incompatible end if dst.stack_size != src.stack_size return TypeDiff::Incompatible end if dst.sp_offset != src.sp_offset return TypeDiff::Incompatible end # Difference sum diff = 0 # Check the type of self diff += case src.self_type.diff(dst.self_type) in TypeDiff::Compatible[diff] then diff in TypeDiff::Incompatible then return TypeDiff::Incompatible end # For each local type we track src.local_types.size.times do |i| t_src = src.local_types[i] t_dst = dst.local_types[i] diff += case t_src.diff(t_dst) in TypeDiff::Compatible[diff] then diff in TypeDiff::Incompatible then return TypeDiff::Incompatible end end # For each value on the temp stack src.stack_size.times do |i| src_mapping, src_type = src.get_opnd_mapping(StackOpnd[i]) dst_mapping, dst_type = dst.get_opnd_mapping(StackOpnd[i]) # If the two mappings aren't the same if src_mapping != dst_mapping if dst_mapping == MapToStack # We can safely drop information about the source of the temp # stack operand. diff += 1 else return TypeDiff::Incompatible end end diff += case src_type.diff(dst_type) in TypeDiff::Compatible[diff] then diff in TypeDiff::Incompatible then return TypeDiff::Incompatible end end return TypeDiff::Compatible[diff] end private def assert(cond) unless cond raise "'#{cond.inspect}' was not true" end end end end PK *J [�� % share/ruby/ruby_vm/rjit/code_block.rbnu �[��� module RubyVM::RJIT class CodeBlock # @param mem_block [Integer] JIT buffer address # @param mem_size [Integer] JIT buffer size # @param outliend [TrueClass,FalseClass] true for outlined CodeBlock def initialize(mem_block:, mem_size:, outlined: false) @comments = Hash.new { |h, k| h[k] = [] } if dump_disasm? @mem_block = mem_block @mem_size = mem_size @write_pos = 0 @outlined = outlined end # @param asm [RubyVM::RJIT::Assembler] def write(asm) return 0 if @write_pos + asm.size >= @mem_size start_addr = write_addr # Write machine code C.mprotect_write(@mem_block, @mem_size) @write_pos += asm.assemble(start_addr) C.mprotect_exec(@mem_block, @mem_size) end_addr = write_addr # Convert comment indexes to addresses asm.comments.each do |index, comments| @comments[start_addr + index] += comments if dump_disasm? end asm.comments.clear # Dump disasm if --rjit-dump-disasm if C.rjit_opts.dump_disasm && start_addr < end_addr dump_disasm(start_addr, end_addr) end start_addr end def set_write_addr(addr) @write_pos = addr - @mem_block @comments.delete(addr) if dump_disasm? end def with_write_addr(addr) old_write_pos = @write_pos set_write_addr(addr) yield ensure @write_pos = old_write_pos end def write_addr @mem_block + @write_pos end def include?(addr) (@mem_block...(@mem_block + @mem_size)).include?(addr) end def dump_disasm(from, to, io: STDOUT, color: true, test: false) C.dump_disasm(from, to, test:).each do |address, mnemonic, op_str| @comments.fetch(address, []).each do |comment| io.puts colorize(" # #{comment}", bold: true, color:) end io.puts colorize(" 0x#{format("%x", address)}: #{mnemonic} #{op_str}", color:) end io.puts end private def colorize(text, bold: false, color:) return text unless color buf = +'' buf << "\e[1m" if bold buf << "\e[34m" if @outlined buf << text buf << "\e[0m" buf end def bold(text) "\e[1m#{text}\e[0m" end def dump_disasm? C.rjit_opts.dump_disasm end end end PK *J [���� � % share/ruby/ruby_vm/rjit/invariants.rbnu �[��� require 'set' module RubyVM::RJIT class Invariants class << self # Called by RubyVM::RJIT::Compiler to lazily initialize this # @param cb [CodeBlock] # @param ocb [CodeBlock] # @param compiler [RubyVM::RJIT::Compiler] # @param exit_compiler [RubyVM::RJIT::ExitCompiler] def initialize(cb, ocb, compiler, exit_compiler) @cb = cb @ocb = ocb @compiler = compiler @exit_compiler = exit_compiler @bop_blocks = Set.new # TODO: actually invalidate this @cme_blocks = Hash.new { |h, k| h[k] = Set.new } @const_blocks = Hash.new { |h, k| h[k] = Set.new } @patches = {} # freeze # workaround a binding.irb issue. TODO: resurrect this end # @param jit [RubyVM::RJIT::JITState] # @param klass [Integer] # @param op [Integer] def assume_bop_not_redefined(jit, klass, op) return false unless C.BASIC_OP_UNREDEFINED_P(klass, op) ensure_block_entry_exit(jit, cause: 'assume_bop_not_redefined') @bop_blocks << jit.block true end # @param jit [RubyVM::RJIT::JITState] def assume_method_lookup_stable(jit, cme) ensure_block_entry_exit(jit, cause: 'assume_method_lookup_stable') @cme_blocks[cme.to_i] << jit.block end # @param jit [RubyVM::RJIT::JITState] def assume_method_basic_definition(jit, klass, mid) if C.rb_method_basic_definition_p(klass, mid) cme = C.rb_callable_method_entry(klass, mid) assume_method_lookup_stable(jit, cme) true else false end end def assume_stable_constant_names(jit, idlist) (0..).each do |i| break if (id = idlist[i]) == 0 @const_blocks[id] << jit.block end end # @param asm [RubyVM::RJIT::Assembler] def record_global_inval_patch(asm, target) asm.pos_marker do |address| if @patches.key?(address) raise 'multiple patches in the same address' end @patches[address] = target end end def on_cme_invalidate(cme) @cme_blocks.fetch(cme.to_i, []).each do |block| @cb.with_write_addr(block.start_addr) do asm = Assembler.new asm.comment('on_cme_invalidate') asm.jmp(block.entry_exit) @cb.write(asm) end # TODO: re-generate branches that refer to this block end @cme_blocks.delete(cme.to_i) end def on_constant_ic_update(iseq, ic, insn_idx) # TODO: check multi ractor as well if ic.entry.ic_cref # No need to recompile the slowpath return end pc = iseq.body.iseq_encoded + insn_idx insn_name = Compiler.decode_insn(pc.*).name if insn_name != :opt_getconstant_path && insn_name != :trace_opt_getconstant_path raise 'insn_idx was not at opt_getconstant_path' end if ic.to_i != pc[1] raise 'insn_idx + 1 was not at the updated IC' end @compiler.invalidate_blocks(iseq, pc.to_i) end def on_constant_state_changed(id) @const_blocks.fetch(id, []).each do |block| @compiler.invalidate_block(block) end end def on_tracing_invalidate_all invalidate_all end def on_update_references # Give up. In order to support GC.compact, you'd have to update ISEQ # addresses in BranchStub, etc. Ideally, we'd need to update moved # pointers in JITed code here, but we just invalidate all for now. invalidate_all end # @param jit [RubyVM::RJIT::JITState] # @param block [RubyVM::RJIT::Block] def ensure_block_entry_exit(jit, cause:) block = jit.block if block.entry_exit.nil? block.entry_exit = Assembler.new.then do |asm| @exit_compiler.compile_entry_exit(block.pc, block.ctx, asm, cause:) @ocb.write(asm) end end end private def invalidate_all # On-Stack Replacement @patches.each do |address, target| # TODO: assert patches don't overlap each other @cb.with_write_addr(address) do asm = Assembler.new asm.comment('on_tracing_invalidate_all') asm.jmp(target) @cb.write(asm) end end @patches.clear C.rjit_for_each_iseq do |iseq| # Avoid entering past code iseq.body.jit_entry = 0 # Avoid reusing past code iseq.body.rjit_blocks.clear if iseq.body.rjit_blocks # Compile this again if not converted to trace_* insns iseq.body.jit_entry_calls = 0 end end end end end PK *J [ȍ�ҧ� �� & share/ruby/ruby_vm/rjit/instruction.rbnu �[��� module RubyVM::RJIT # :nodoc: all Instruction = Data.define(:name, :bin, :len, :operands) INSNS = { 0 => Instruction.new( name: :nop, bin: 0, # BIN(nop) len: 1, # insn_len operands: [], ), 1 => Instruction.new( name: :getlocal, bin: 1, # BIN(getlocal) len: 3, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}, {:decl=>"rb_num_t level", :type=>"rb_num_t", :name=>"level"}], ), 2 => Instruction.new( name: :setlocal, bin: 2, # BIN(setlocal) len: 3, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}, {:decl=>"rb_num_t level", :type=>"rb_num_t", :name=>"level"}], ), 3 => Instruction.new( name: :getblockparam, bin: 3, # BIN(getblockparam) len: 3, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}, {:decl=>"rb_num_t level", :type=>"rb_num_t", :name=>"level"}], ), 4 => Instruction.new( name: :setblockparam, bin: 4, # BIN(setblockparam) len: 3, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}, {:decl=>"rb_num_t level", :type=>"rb_num_t", :name=>"level"}], ), 5 => Instruction.new( name: :getblockparamproxy, bin: 5, # BIN(getblockparamproxy) len: 3, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}, {:decl=>"rb_num_t level", :type=>"rb_num_t", :name=>"level"}], ), 6 => Instruction.new( name: :getspecial, bin: 6, # BIN(getspecial) len: 3, # insn_len operands: [{:decl=>"rb_num_t key", :type=>"rb_num_t", :name=>"key"}, {:decl=>"rb_num_t type", :type=>"rb_num_t", :name=>"type"}], ), 7 => Instruction.new( name: :setspecial, bin: 7, # BIN(setspecial) len: 2, # insn_len operands: [{:decl=>"rb_num_t key", :type=>"rb_num_t", :name=>"key"}], ), 8 => Instruction.new( name: :getinstancevariable, bin: 8, # BIN(getinstancevariable) len: 3, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"IVC ic", :type=>"IVC", :name=>"ic"}], ), 9 => Instruction.new( name: :setinstancevariable, bin: 9, # BIN(setinstancevariable) len: 3, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"IVC ic", :type=>"IVC", :name=>"ic"}], ), 10 => Instruction.new( name: :getclassvariable, bin: 10, # BIN(getclassvariable) len: 3, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"ICVARC ic", :type=>"ICVARC", :name=>"ic"}], ), 11 => Instruction.new( name: :setclassvariable, bin: 11, # BIN(setclassvariable) len: 3, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"ICVARC ic", :type=>"ICVARC", :name=>"ic"}], ), 12 => Instruction.new( name: :opt_getconstant_path, bin: 12, # BIN(opt_getconstant_path) len: 2, # insn_len operands: [{:decl=>"IC ic", :type=>"IC", :name=>"ic"}], ), 13 => Instruction.new( name: :getconstant, bin: 13, # BIN(getconstant) len: 2, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}], ), 14 => Instruction.new( name: :setconstant, bin: 14, # BIN(setconstant) len: 2, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}], ), 15 => Instruction.new( name: :getglobal, bin: 15, # BIN(getglobal) len: 2, # insn_len operands: [{:decl=>"ID gid", :type=>"ID", :name=>"gid"}], ), 16 => Instruction.new( name: :setglobal, bin: 16, # BIN(setglobal) len: 2, # insn_len operands: [{:decl=>"ID gid", :type=>"ID", :name=>"gid"}], ), 17 => Instruction.new( name: :putnil, bin: 17, # BIN(putnil) len: 1, # insn_len operands: [], ), 18 => Instruction.new( name: :putself, bin: 18, # BIN(putself) len: 1, # insn_len operands: [], ), 19 => Instruction.new( name: :putobject, bin: 19, # BIN(putobject) len: 2, # insn_len operands: [{:decl=>"VALUE val", :type=>"VALUE", :name=>"val"}], ), 20 => Instruction.new( name: :putspecialobject, bin: 20, # BIN(putspecialobject) len: 2, # insn_len operands: [{:decl=>"rb_num_t value_type", :type=>"rb_num_t", :name=>"value_type"}], ), 21 => Instruction.new( name: :putstring, bin: 21, # BIN(putstring) len: 2, # insn_len operands: [{:decl=>"VALUE str", :type=>"VALUE", :name=>"str"}], ), 22 => Instruction.new( name: :putchilledstring, bin: 22, # BIN(putchilledstring) len: 2, # insn_len operands: [{:decl=>"VALUE str", :type=>"VALUE", :name=>"str"}], ), 23 => Instruction.new( name: :concatstrings, bin: 23, # BIN(concatstrings) len: 2, # insn_len operands: [{:decl=>"rb_num_t num", :type=>"rb_num_t", :name=>"num"}], ), 24 => Instruction.new( name: :anytostring, bin: 24, # BIN(anytostring) len: 1, # insn_len operands: [], ), 25 => Instruction.new( name: :toregexp, bin: 25, # BIN(toregexp) len: 3, # insn_len operands: [{:decl=>"rb_num_t opt", :type=>"rb_num_t", :name=>"opt"}, {:decl=>"rb_num_t cnt", :type=>"rb_num_t", :name=>"cnt"}], ), 26 => Instruction.new( name: :intern, bin: 26, # BIN(intern) len: 1, # insn_len operands: [], ), 27 => Instruction.new( name: :newarray, bin: 27, # BIN(newarray) len: 2, # insn_len operands: [{:decl=>"rb_num_t num", :type=>"rb_num_t", :name=>"num"}], ), 28 => Instruction.new( name: :pushtoarraykwsplat, bin: 28, # BIN(pushtoarraykwsplat) len: 1, # insn_len operands: [], ), 29 => Instruction.new( name: :duparray, bin: 29, # BIN(duparray) len: 2, # insn_len operands: [{:decl=>"VALUE ary", :type=>"VALUE", :name=>"ary"}], ), 30 => Instruction.new( name: :duphash, bin: 30, # BIN(duphash) len: 2, # insn_len operands: [{:decl=>"VALUE hash", :type=>"VALUE", :name=>"hash"}], ), 31 => Instruction.new( name: :expandarray, bin: 31, # BIN(expandarray) len: 3, # insn_len operands: [{:decl=>"rb_num_t num", :type=>"rb_num_t", :name=>"num"}, {:decl=>"rb_num_t flag", :type=>"rb_num_t", :name=>"flag"}], ), 32 => Instruction.new( name: :concatarray, bin: 32, # BIN(concatarray) len: 1, # insn_len operands: [], ), 33 => Instruction.new( name: :concattoarray, bin: 33, # BIN(concattoarray) len: 1, # insn_len operands: [], ), 34 => Instruction.new( name: :pushtoarray, bin: 34, # BIN(pushtoarray) len: 2, # insn_len operands: [{:decl=>"rb_num_t num", :type=>"rb_num_t", :name=>"num"}], ), 35 => Instruction.new( name: :splatarray, bin: 35, # BIN(splatarray) len: 2, # insn_len operands: [{:decl=>"VALUE flag", :type=>"VALUE", :name=>"flag"}], ), 36 => Instruction.new( name: :splatkw, bin: 36, # BIN(splatkw) len: 1, # insn_len operands: [], ), 37 => Instruction.new( name: :newhash, bin: 37, # BIN(newhash) len: 2, # insn_len operands: [{:decl=>"rb_num_t num", :type=>"rb_num_t", :name=>"num"}], ), 38 => Instruction.new( name: :newrange, bin: 38, # BIN(newrange) len: 2, # insn_len operands: [{:decl=>"rb_num_t flag", :type=>"rb_num_t", :name=>"flag"}], ), 39 => Instruction.new( name: :pop, bin: 39, # BIN(pop) len: 1, # insn_len operands: [], ), 40 => Instruction.new( name: :dup, bin: 40, # BIN(dup) len: 1, # insn_len operands: [], ), 41 => Instruction.new( name: :dupn, bin: 41, # BIN(dupn) len: 2, # insn_len operands: [{:decl=>"rb_num_t n", :type=>"rb_num_t", :name=>"n"}], ), 42 => Instruction.new( name: :swap, bin: 42, # BIN(swap) len: 1, # insn_len operands: [], ), 43 => Instruction.new( name: :opt_reverse, bin: 43, # BIN(opt_reverse) len: 2, # insn_len operands: [{:decl=>"rb_num_t n", :type=>"rb_num_t", :name=>"n"}], ), 44 => Instruction.new( name: :topn, bin: 44, # BIN(topn) len: 2, # insn_len operands: [{:decl=>"rb_num_t n", :type=>"rb_num_t", :name=>"n"}], ), 45 => Instruction.new( name: :setn, bin: 45, # BIN(setn) len: 2, # insn_len operands: [{:decl=>"rb_num_t n", :type=>"rb_num_t", :name=>"n"}], ), 46 => Instruction.new( name: :adjuststack, bin: 46, # BIN(adjuststack) len: 2, # insn_len operands: [{:decl=>"rb_num_t n", :type=>"rb_num_t", :name=>"n"}], ), 47 => Instruction.new( name: :defined, bin: 47, # BIN(defined) len: 4, # insn_len operands: [{:decl=>"rb_num_t op_type", :type=>"rb_num_t", :name=>"op_type"}, {:decl=>"VALUE obj", :type=>"VALUE", :name=>"obj"}, {:decl=>"VALUE pushval", :type=>"VALUE", :name=>"pushval"}], ), 48 => Instruction.new( name: :definedivar, bin: 48, # BIN(definedivar) len: 4, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"IVC ic", :type=>"IVC", :name=>"ic"}, {:decl=>"VALUE pushval", :type=>"VALUE", :name=>"pushval"}], ), 49 => Instruction.new( name: :checkmatch, bin: 49, # BIN(checkmatch) len: 2, # insn_len operands: [{:decl=>"rb_num_t flag", :type=>"rb_num_t", :name=>"flag"}], ), 50 => Instruction.new( name: :checkkeyword, bin: 50, # BIN(checkkeyword) len: 3, # insn_len operands: [{:decl=>"lindex_t kw_bits_index", :type=>"lindex_t", :name=>"kw_bits_index"}, {:decl=>"lindex_t keyword_index", :type=>"lindex_t", :name=>"keyword_index"}], ), 51 => Instruction.new( name: :checktype, bin: 51, # BIN(checktype) len: 2, # insn_len operands: [{:decl=>"rb_num_t type", :type=>"rb_num_t", :name=>"type"}], ), 52 => Instruction.new( name: :defineclass, bin: 52, # BIN(defineclass) len: 4, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"ISEQ class_iseq", :type=>"ISEQ", :name=>"class_iseq"}, {:decl=>"rb_num_t flags", :type=>"rb_num_t", :name=>"flags"}], ), 53 => Instruction.new( name: :definemethod, bin: 53, # BIN(definemethod) len: 3, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"ISEQ iseq", :type=>"ISEQ", :name=>"iseq"}], ), 54 => Instruction.new( name: :definesmethod, bin: 54, # BIN(definesmethod) len: 3, # insn_len operands: [{:decl=>"ID id", :type=>"ID", :name=>"id"}, {:decl=>"ISEQ iseq", :type=>"ISEQ", :name=>"iseq"}], ), 55 => Instruction.new( name: :send, bin: 55, # BIN(send) len: 3, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}, {:decl=>"ISEQ blockiseq", :type=>"ISEQ", :name=>"blockiseq"}], ), 56 => Instruction.new( name: :sendforward, bin: 56, # BIN(sendforward) len: 3, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}, {:decl=>"ISEQ blockiseq", :type=>"ISEQ", :name=>"blockiseq"}], ), 57 => Instruction.new( name: :opt_send_without_block, bin: 57, # BIN(opt_send_without_block) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 58 => Instruction.new( name: :objtostring, bin: 58, # BIN(objtostring) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 59 => Instruction.new( name: :opt_ary_freeze, bin: 59, # BIN(opt_ary_freeze) len: 3, # insn_len operands: [{:decl=>"VALUE ary", :type=>"VALUE", :name=>"ary"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 60 => Instruction.new( name: :opt_hash_freeze, bin: 60, # BIN(opt_hash_freeze) len: 3, # insn_len operands: [{:decl=>"VALUE hash", :type=>"VALUE", :name=>"hash"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 61 => Instruction.new( name: :opt_str_freeze, bin: 61, # BIN(opt_str_freeze) len: 3, # insn_len operands: [{:decl=>"VALUE str", :type=>"VALUE", :name=>"str"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 62 => Instruction.new( name: :opt_nil_p, bin: 62, # BIN(opt_nil_p) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 63 => Instruction.new( name: :opt_str_uminus, bin: 63, # BIN(opt_str_uminus) len: 3, # insn_len operands: [{:decl=>"VALUE str", :type=>"VALUE", :name=>"str"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 64 => Instruction.new( name: :opt_duparray_send, bin: 64, # BIN(opt_duparray_send) len: 4, # insn_len operands: [{:decl=>"VALUE ary", :type=>"VALUE", :name=>"ary"}, {:decl=>"ID method", :type=>"ID", :name=>"method"}, {:decl=>"rb_num_t argc", :type=>"rb_num_t", :name=>"argc"}], ), 65 => Instruction.new( name: :opt_newarray_send, bin: 65, # BIN(opt_newarray_send) len: 3, # insn_len operands: [{:decl=>"rb_num_t num", :type=>"rb_num_t", :name=>"num"}, {:decl=>"rb_num_t method", :type=>"rb_num_t", :name=>"method"}], ), 66 => Instruction.new( name: :invokesuper, bin: 66, # BIN(invokesuper) len: 3, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}, {:decl=>"ISEQ blockiseq", :type=>"ISEQ", :name=>"blockiseq"}], ), 67 => Instruction.new( name: :invokesuperforward, bin: 67, # BIN(invokesuperforward) len: 3, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}, {:decl=>"ISEQ blockiseq", :type=>"ISEQ", :name=>"blockiseq"}], ), 68 => Instruction.new( name: :invokeblock, bin: 68, # BIN(invokeblock) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 69 => Instruction.new( name: :leave, bin: 69, # BIN(leave) len: 1, # insn_len operands: [], ), 70 => Instruction.new( name: :throw, bin: 70, # BIN(throw) len: 2, # insn_len operands: [{:decl=>"rb_num_t throw_state", :type=>"rb_num_t", :name=>"throw_state"}], ), 71 => Instruction.new( name: :jump, bin: 71, # BIN(jump) len: 2, # insn_len operands: [{:decl=>"OFFSET dst", :type=>"OFFSET", :name=>"dst"}], ), 72 => Instruction.new( name: :branchif, bin: 72, # BIN(branchif) len: 2, # insn_len operands: [{:decl=>"OFFSET dst", :type=>"OFFSET", :name=>"dst"}], ), 73 => Instruction.new( name: :branchunless, bin: 73, # BIN(branchunless) len: 2, # insn_len operands: [{:decl=>"OFFSET dst", :type=>"OFFSET", :name=>"dst"}], ), 74 => Instruction.new( name: :branchnil, bin: 74, # BIN(branchnil) len: 2, # insn_len operands: [{:decl=>"OFFSET dst", :type=>"OFFSET", :name=>"dst"}], ), 75 => Instruction.new( name: :once, bin: 75, # BIN(once) len: 3, # insn_len operands: [{:decl=>"ISEQ iseq", :type=>"ISEQ", :name=>"iseq"}, {:decl=>"ISE ise", :type=>"ISE", :name=>"ise"}], ), 76 => Instruction.new( name: :opt_case_dispatch, bin: 76, # BIN(opt_case_dispatch) len: 3, # insn_len operands: [{:decl=>"CDHASH hash", :type=>"CDHASH", :name=>"hash"}, {:decl=>"OFFSET else_offset", :type=>"OFFSET", :name=>"else_offset"}], ), 77 => Instruction.new( name: :opt_plus, bin: 77, # BIN(opt_plus) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 78 => Instruction.new( name: :opt_minus, bin: 78, # BIN(opt_minus) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 79 => Instruction.new( name: :opt_mult, bin: 79, # BIN(opt_mult) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 80 => Instruction.new( name: :opt_div, bin: 80, # BIN(opt_div) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 81 => Instruction.new( name: :opt_mod, bin: 81, # BIN(opt_mod) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 82 => Instruction.new( name: :opt_eq, bin: 82, # BIN(opt_eq) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 83 => Instruction.new( name: :opt_neq, bin: 83, # BIN(opt_neq) len: 3, # insn_len operands: [{:decl=>"CALL_DATA cd_eq", :type=>"CALL_DATA", :name=>"cd_eq"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 84 => Instruction.new( name: :opt_lt, bin: 84, # BIN(opt_lt) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 85 => Instruction.new( name: :opt_le, bin: 85, # BIN(opt_le) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 86 => Instruction.new( name: :opt_gt, bin: 86, # BIN(opt_gt) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 87 => Instruction.new( name: :opt_ge, bin: 87, # BIN(opt_ge) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 88 => Instruction.new( name: :opt_ltlt, bin: 88, # BIN(opt_ltlt) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 89 => Instruction.new( name: :opt_and, bin: 89, # BIN(opt_and) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 90 => Instruction.new( name: :opt_or, bin: 90, # BIN(opt_or) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 91 => Instruction.new( name: :opt_aref, bin: 91, # BIN(opt_aref) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 92 => Instruction.new( name: :opt_aset, bin: 92, # BIN(opt_aset) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 93 => Instruction.new( name: :opt_aset_with, bin: 93, # BIN(opt_aset_with) len: 3, # insn_len operands: [{:decl=>"VALUE key", :type=>"VALUE", :name=>"key"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 94 => Instruction.new( name: :opt_aref_with, bin: 94, # BIN(opt_aref_with) len: 3, # insn_len operands: [{:decl=>"VALUE key", :type=>"VALUE", :name=>"key"}, {:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 95 => Instruction.new( name: :opt_length, bin: 95, # BIN(opt_length) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 96 => Instruction.new( name: :opt_size, bin: 96, # BIN(opt_size) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 97 => Instruction.new( name: :opt_empty_p, bin: 97, # BIN(opt_empty_p) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 98 => Instruction.new( name: :opt_succ, bin: 98, # BIN(opt_succ) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 99 => Instruction.new( name: :opt_not, bin: 99, # BIN(opt_not) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 100 => Instruction.new( name: :opt_regexpmatch2, bin: 100, # BIN(opt_regexpmatch2) len: 2, # insn_len operands: [{:decl=>"CALL_DATA cd", :type=>"CALL_DATA", :name=>"cd"}], ), 101 => Instruction.new( name: :invokebuiltin, bin: 101, # BIN(invokebuiltin) len: 2, # insn_len operands: [{:decl=>"RB_BUILTIN bf", :type=>"RB_BUILTIN", :name=>"bf"}], ), 102 => Instruction.new( name: :opt_invokebuiltin_delegate, bin: 102, # BIN(opt_invokebuiltin_delegate) len: 3, # insn_len operands: [{:decl=>"RB_BUILTIN bf", :type=>"RB_BUILTIN", :name=>"bf"}, {:decl=>"rb_num_t index", :type=>"rb_num_t", :name=>"index"}], ), 103 => Instruction.new( name: :opt_invokebuiltin_delegate_leave, bin: 103, # BIN(opt_invokebuiltin_delegate_leave) len: 3, # insn_len operands: [{:decl=>"RB_BUILTIN bf", :type=>"RB_BUILTIN", :name=>"bf"}, {:decl=>"rb_num_t index", :type=>"rb_num_t", :name=>"index"}], ), 104 => Instruction.new( name: :getlocal_WC_0, bin: 104, # BIN(getlocal_WC_0) len: 2, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}], ), 105 => Instruction.new( name: :getlocal_WC_1, bin: 105, # BIN(getlocal_WC_1) len: 2, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}], ), 106 => Instruction.new( name: :setlocal_WC_0, bin: 106, # BIN(setlocal_WC_0) len: 2, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}], ), 107 => Instruction.new( name: :setlocal_WC_1, bin: 107, # BIN(setlocal_WC_1) len: 2, # insn_len operands: [{:decl=>"lindex_t idx", :type=>"lindex_t", :name=>"idx"}], ), 108 => Instruction.new( name: :putobject_INT2FIX_0_, bin: 108, # BIN(putobject_INT2FIX_0_) len: 1, # insn_len operands: [], ), 109 => Instruction.new( name: :putobject_INT2FIX_1_, bin: 109, # BIN(putobject_INT2FIX_1_) len: 1, # insn_len operands: [], ), 110 => Instruction.new( name: :trace_nop, bin: 110, # BIN(trace_nop) len: 1, # insn_len operands: nil, ), 111 => Instruction.new( name: :trace_getlocal, bin: 111, # BIN(trace_getlocal) len: 3, # insn_len operands: nil, ), 112 => Instruction.new( name: :trace_setlocal, bin: 112, # BIN(trace_setlocal) len: 3, # insn_len operands: nil, ), 113 => Instruction.new( name: :trace_getblockparam, bin: 113, # BIN(trace_getblockparam) len: 3, # insn_len operands: nil, ), 114 => Instruction.new( name: :trace_setblockparam, bin: 114, # BIN(trace_setblockparam) len: 3, # insn_len operands: nil, ), 115 => Instruction.new( name: :trace_getblockparamproxy, bin: 115, # BIN(trace_getblockparamproxy) len: 3, # insn_len operands: nil, ), 116 => Instruction.new( name: :trace_getspecial, bin: 116, # BIN(trace_getspecial) len: 3, # insn_len operands: nil, ), 117 => Instruction.new( name: :trace_setspecial, bin: 117, # BIN(trace_setspecial) len: 2, # insn_len operands: nil, ), 118 => Instruction.new( name: :trace_getinstancevariable, bin: 118, # BIN(trace_getinstancevariable) len: 3, # insn_len operands: nil, ), 119 => Instruction.new( name: :trace_setinstancevariable, bin: 119, # BIN(trace_setinstancevariable) len: 3, # insn_len operands: nil, ), 120 => Instruction.new( name: :trace_getclassvariable, bin: 120, # BIN(trace_getclassvariable) len: 3, # insn_len operands: nil, ), 121 => Instruction.new( name: :trace_setclassvariable, bin: 121, # BIN(trace_setclassvariable) len: 3, # insn_len operands: nil, ), 122 => Instruction.new( name: :trace_opt_getconstant_path, bin: 122, # BIN(trace_opt_getconstant_path) len: 2, # insn_len operands: nil, ), 123 => Instruction.new( name: :trace_getconstant, bin: 123, # BIN(trace_getconstant) len: 2, # insn_len operands: nil, ), 124 => Instruction.new( name: :trace_setconstant, bin: 124, # BIN(trace_setconstant) len: 2, # insn_len operands: nil, ), 125 => Instruction.new( name: :trace_getglobal, bin: 125, # BIN(trace_getglobal) len: 2, # insn_len operands: nil, ), 126 => Instruction.new( name: :trace_setglobal, bin: 126, # BIN(trace_setglobal) len: 2, # insn_len operands: nil, ), 127 => Instruction.new( name: :trace_putnil, bin: 127, # BIN(trace_putnil) len: 1, # insn_len operands: nil, ), 128 => Instruction.new( name: :trace_putself, bin: 128, # BIN(trace_putself) len: 1, # insn_len operands: nil, ), 129 => Instruction.new( name: :trace_putobject, bin: 129, # BIN(trace_putobject) len: 2, # insn_len operands: nil, ), 130 => Instruction.new( name: :trace_putspecialobject, bin: 130, # BIN(trace_putspecialobject) len: 2, # insn_len operands: nil, ), 131 => Instruction.new( name: :trace_putstring, bin: 131, # BIN(trace_putstring) len: 2, # insn_len operands: nil, ), 132 => Instruction.new( name: :trace_putchilledstring, bin: 132, # BIN(trace_putchilledstring) len: 2, # insn_len operands: nil, ), 133 => Instruction.new( name: :trace_concatstrings, bin: 133, # BIN(trace_concatstrings) len: 2, # insn_len operands: nil, ), 134 => Instruction.new( name: :trace_anytostring, bin: 134, # BIN(trace_anytostring) len: 1, # insn_len operands: nil, ), 135 => Instruction.new( name: :trace_toregexp, bin: 135, # BIN(trace_toregexp) len: 3, # insn_len operands: nil, ), 136 => Instruction.new( name: :trace_intern, bin: 136, # BIN(trace_intern) len: 1, # insn_len operands: nil, ), 137 => Instruction.new( name: :trace_newarray, bin: 137, # BIN(trace_newarray) len: 2, # insn_len operands: nil, ), 138 => Instruction.new( name: :trace_pushtoarraykwsplat, bin: 138, # BIN(trace_pushtoarraykwsplat) len: 1, # insn_len operands: nil, ), 139 => Instruction.new( name: :trace_duparray, bin: 139, # BIN(trace_duparray) len: 2, # insn_len operands: nil, ), 140 => Instruction.new( name: :trace_duphash, bin: 140, # BIN(trace_duphash) len: 2, # insn_len operands: nil, ), 141 => Instruction.new( name: :trace_expandarray, bin: 141, # BIN(trace_expandarray) len: 3, # insn_len operands: nil, ), 142 => Instruction.new( name: :trace_concatarray, bin: 142, # BIN(trace_concatarray) len: 1, # insn_len operands: nil, ), 143 => Instruction.new( name: :trace_concattoarray, bin: 143, # BIN(trace_concattoarray) len: 1, # insn_len operands: nil, ), 144 => Instruction.new( name: :trace_pushtoarray, bin: 144, # BIN(trace_pushtoarray) len: 2, # insn_len operands: nil, ), 145 => Instruction.new( name: :trace_splatarray, bin: 145, # BIN(trace_splatarray) len: 2, # insn_len operands: nil, ), 146 => Instruction.new( name: :trace_splatkw, bin: 146, # BIN(trace_splatkw) len: 1, # insn_len operands: nil, ), 147 => Instruction.new( name: :trace_newhash, bin: 147, # BIN(trace_newhash) len: 2, # insn_len operands: nil, ), 148 => Instruction.new( name: :trace_newrange, bin: 148, # BIN(trace_newrange) len: 2, # insn_len operands: nil, ), 149 => Instruction.new( name: :trace_pop, bin: 149, # BIN(trace_pop) len: 1, # insn_len operands: nil, ), 150 => Instruction.new( name: :trace_dup, bin: 150, # BIN(trace_dup) len: 1, # insn_len operands: nil, ), 151 => Instruction.new( name: :trace_dupn, bin: 151, # BIN(trace_dupn) len: 2, # insn_len operands: nil, ), 152 => Instruction.new( name: :trace_swap, bin: 152, # BIN(trace_swap) len: 1, # insn_len operands: nil, ), 153 => Instruction.new( name: :trace_opt_reverse, bin: 153, # BIN(trace_opt_reverse) len: 2, # insn_len operands: nil, ), 154 => Instruction.new( name: :trace_topn, bin: 154, # BIN(trace_topn) len: 2, # insn_len operands: nil, ), 155 => Instruction.new( name: :trace_setn, bin: 155, # BIN(trace_setn) len: 2, # insn_len operands: nil, ), 156 => Instruction.new( name: :trace_adjuststack, bin: 156, # BIN(trace_adjuststack) len: 2, # insn_len operands: nil, ), 157 => Instruction.new( name: :trace_defined, bin: 157, # BIN(trace_defined) len: 4, # insn_len operands: nil, ), 158 => Instruction.new( name: :trace_definedivar, bin: 158, # BIN(trace_definedivar) len: 4, # insn_len operands: nil, ), 159 => Instruction.new( name: :trace_checkmatch, bin: 159, # BIN(trace_checkmatch) len: 2, # insn_len operands: nil, ), 160 => Instruction.new( name: :trace_checkkeyword, bin: 160, # BIN(trace_checkkeyword) len: 3, # insn_len operands: nil, ), 161 => Instruction.new( name: :trace_checktype, bin: 161, # BIN(trace_checktype) len: 2, # insn_len operands: nil, ), 162 => Instruction.new( name: :trace_defineclass, bin: 162, # BIN(trace_defineclass) len: 4, # insn_len operands: nil, ), 163 => Instruction.new( name: :trace_definemethod, bin: 163, # BIN(trace_definemethod) len: 3, # insn_len operands: nil, ), 164 => Instruction.new( name: :trace_definesmethod, bin: 164, # BIN(trace_definesmethod) len: 3, # insn_len operands: nil, ), 165 => Instruction.new( name: :trace_send, bin: 165, # BIN(trace_send) len: 3, # insn_len operands: nil, ), 166 => Instruction.new( name: :trace_sendforward, bin: 166, # BIN(trace_sendforward) len: 3, # insn_len operands: nil, ), 167 => Instruction.new( name: :trace_opt_send_without_block, bin: 167, # BIN(trace_opt_send_without_block) len: 2, # insn_len operands: nil, ), 168 => Instruction.new( name: :trace_objtostring, bin: 168, # BIN(trace_objtostring) len: 2, # insn_len operands: nil, ), 169 => Instruction.new( name: :trace_opt_ary_freeze, bin: 169, # BIN(trace_opt_ary_freeze) len: 3, # insn_len operands: nil, ), 170 => Instruction.new( name: :trace_opt_hash_freeze, bin: 170, # BIN(trace_opt_hash_freeze) len: 3, # insn_len operands: nil, ), 171 => Instruction.new( name: :trace_opt_str_freeze, bin: 171, # BIN(trace_opt_str_freeze) len: 3, # insn_len operands: nil, ), 172 => Instruction.new( name: :trace_opt_nil_p, bin: 172, # BIN(trace_opt_nil_p) len: 2, # insn_len operands: nil, ), 173 => Instruction.new( name: :trace_opt_str_uminus, bin: 173, # BIN(trace_opt_str_uminus) len: 3, # insn_len operands: nil, ), 174 => Instruction.new( name: :trace_opt_duparray_send, bin: 174, # BIN(trace_opt_duparray_send) len: 4, # insn_len operands: nil, ), 175 => Instruction.new( name: :trace_opt_newarray_send, bin: 175, # BIN(trace_opt_newarray_send) len: 3, # insn_len operands: nil, ), 176 => Instruction.new( name: :trace_invokesuper, bin: 176, # BIN(trace_invokesuper) len: 3, # insn_len operands: nil, ), 177 => Instruction.new( name: :trace_invokesuperforward, bin: 177, # BIN(trace_invokesuperforward) len: 3, # insn_len operands: nil, ), 178 => Instruction.new( name: :trace_invokeblock, bin: 178, # BIN(trace_invokeblock) len: 2, # insn_len operands: nil, ), 179 => Instruction.new( name: :trace_leave, bin: 179, # BIN(trace_leave) len: 1, # insn_len operands: nil, ), 180 => Instruction.new( name: :trace_throw, bin: 180, # BIN(trace_throw) len: 2, # insn_len operands: nil, ), 181 => Instruction.new( name: :trace_jump, bin: 181, # BIN(trace_jump) len: 2, # insn_len operands: nil, ), 182 => Instruction.new( name: :trace_branchif, bin: 182, # BIN(trace_branchif) len: 2, # insn_len operands: nil, ), 183 => Instruction.new( name: :trace_branchunless, bin: 183, # BIN(trace_branchunless) len: 2, # insn_len operands: nil, ), 184 => Instruction.new( name: :trace_branchnil, bin: 184, # BIN(trace_branchnil) len: 2, # insn_len operands: nil, ), 185 => Instruction.new( name: :trace_once, bin: 185, # BIN(trace_once) len: 3, # insn_len operands: nil, ), 186 => Instruction.new( name: :trace_opt_case_dispatch, bin: 186, # BIN(trace_opt_case_dispatch) len: 3, # insn_len operands: nil, ), 187 => Instruction.new( name: :trace_opt_plus, bin: 187, # BIN(trace_opt_plus) len: 2, # insn_len operands: nil, ), 188 => Instruction.new( name: :trace_opt_minus, bin: 188, # BIN(trace_opt_minus) len: 2, # insn_len operands: nil, ), 189 => Instruction.new( name: :trace_opt_mult, bin: 189, # BIN(trace_opt_mult) len: 2, # insn_len operands: nil, ), 190 => Instruction.new( name: :trace_opt_div, bin: 190, # BIN(trace_opt_div) len: 2, # insn_len operands: nil, ), 191 => Instruction.new( name: :trace_opt_mod, bin: 191, # BIN(trace_opt_mod) len: 2, # insn_len operands: nil, ), 192 => Instruction.new( name: :trace_opt_eq, bin: 192, # BIN(trace_opt_eq) len: 2, # insn_len operands: nil, ), 193 => Instruction.new( name: :trace_opt_neq, bin: 193, # BIN(trace_opt_neq) len: 3, # insn_len operands: nil, ), 194 => Instruction.new( name: :trace_opt_lt, bin: 194, # BIN(trace_opt_lt) len: 2, # insn_len operands: nil, ), 195 => Instruction.new( name: :trace_opt_le, bin: 195, # BIN(trace_opt_le) len: 2, # insn_len operands: nil, ), 196 => Instruction.new( name: :trace_opt_gt, bin: 196, # BIN(trace_opt_gt) len: 2, # insn_len operands: nil, ), 197 => Instruction.new( name: :trace_opt_ge, bin: 197, # BIN(trace_opt_ge) len: 2, # insn_len operands: nil, ), 198 => Instruction.new( name: :trace_opt_ltlt, bin: 198, # BIN(trace_opt_ltlt) len: 2, # insn_len operands: nil, ), 199 => Instruction.new( name: :trace_opt_and, bin: 199, # BIN(trace_opt_and) len: 2, # insn_len operands: nil, ), 200 => Instruction.new( name: :trace_opt_or, bin: 200, # BIN(trace_opt_or) len: 2, # insn_len operands: nil, ), 201 => Instruction.new( name: :trace_opt_aref, bin: 201, # BIN(trace_opt_aref) len: 2, # insn_len operands: nil, ), 202 => Instruction.new( name: :trace_opt_aset, bin: 202, # BIN(trace_opt_aset) len: 2, # insn_len operands: nil, ), 203 => Instruction.new( name: :trace_opt_aset_with, bin: 203, # BIN(trace_opt_aset_with) len: 3, # insn_len operands: nil, ), 204 => Instruction.new( name: :trace_opt_aref_with, bin: 204, # BIN(trace_opt_aref_with) len: 3, # insn_len operands: nil, ), 205 => Instruction.new( name: :trace_opt_length, bin: 205, # BIN(trace_opt_length) len: 2, # insn_len operands: nil, ), 206 => Instruction.new( name: :trace_opt_size, bin: 206, # BIN(trace_opt_size) len: 2, # insn_len operands: nil, ), 207 => Instruction.new( name: :trace_opt_empty_p, bin: 207, # BIN(trace_opt_empty_p) len: 2, # insn_len operands: nil, ), 208 => Instruction.new( name: :trace_opt_succ, bin: 208, # BIN(trace_opt_succ) len: 2, # insn_len operands: nil, ), 209 => Instruction.new( name: :trace_opt_not, bin: 209, # BIN(trace_opt_not) len: 2, # insn_len operands: nil, ), 210 => Instruction.new( name: :trace_opt_regexpmatch2, bin: 210, # BIN(trace_opt_regexpmatch2) len: 2, # insn_len operands: nil, ), 211 => Instruction.new( name: :trace_invokebuiltin, bin: 211, # BIN(trace_invokebuiltin) len: 2, # insn_len operands: nil, ), 212 => Instruction.new( name: :trace_opt_invokebuiltin_delegate, bin: 212, # BIN(trace_opt_invokebuiltin_delegate) len: 3, # insn_len operands: nil, ), 213 => Instruction.new( name: :trace_opt_invokebuiltin_delegate_leave, bin: 213, # BIN(trace_opt_invokebuiltin_delegate_leave) len: 3, # insn_len operands: nil, ), 214 => Instruction.new( name: :trace_getlocal_WC_0, bin: 214, # BIN(trace_getlocal_WC_0) len: 2, # insn_len operands: nil, ), 215 => Instruction.new( name: :trace_getlocal_WC_1, bin: 215, # BIN(trace_getlocal_WC_1) len: 2, # insn_len operands: nil, ), 216 => Instruction.new( name: :trace_setlocal_WC_0, bin: 216, # BIN(trace_setlocal_WC_0) len: 2, # insn_len operands: nil, ), 217 => Instruction.new( name: :trace_setlocal_WC_1, bin: 217, # BIN(trace_setlocal_WC_1) len: 2, # insn_len operands: nil, ), 218 => Instruction.new( name: :trace_putobject_INT2FIX_0_, bin: 218, # BIN(trace_putobject_INT2FIX_0_) len: 1, # insn_len operands: nil, ), 219 => Instruction.new( name: :trace_putobject_INT2FIX_1_, bin: 219, # BIN(trace_putobject_INT2FIX_1_) len: 1, # insn_len operands: nil, ), } end PK *J [��f� � share/ruby/ruby_vm/rjit/stats.rbnu �[��� # frozen_string_literal: true module RubyVM::RJIT # Return a Hash for \RJIT statistics. \--rjit-stats makes more information available. def self.runtime_stats stats = {} # Insn exits INSNS.each_value do |insn| exits = C.rjit_insn_exits[insn.bin] if exits > 0 stats[:"exit_#{insn.name}"] = exits end end # Runtime stats C.rb_rjit_runtime_counters.members.each do |member| stats[member] = C.rb_rjit_counters.public_send(member) end stats[:vm_insns_count] = C.rb_vm_insns_count # Other stats are calculated here stats[:side_exit_count] = stats.select { |name, _count| name.start_with?('exit_') }.sum(&:last) if stats[:vm_insns_count] > 0 retired_in_rjit = stats[:rjit_insns_count] - stats[:side_exit_count] stats[:total_insns_count] = retired_in_rjit + stats[:vm_insns_count] stats[:ratio_in_rjit] = 100.0 * retired_in_rjit / stats[:total_insns_count] else stats.delete(:vm_insns_count) end stats end # :nodoc: all class << self private # --yjit-stats at_exit def print_stats stats = runtime_stats $stderr.puts("***RJIT: Printing RJIT statistics on exit***") print_counters(stats, prefix: 'send_', prompt: 'method call exit reasons') print_counters(stats, prefix: 'invokeblock_', prompt: 'invokeblock exit reasons') print_counters(stats, prefix: 'invokesuper_', prompt: 'invokesuper exit reasons') print_counters(stats, prefix: 'getblockpp_', prompt: 'getblockparamproxy exit reasons') print_counters(stats, prefix: 'getivar_', prompt: 'getinstancevariable exit reasons') print_counters(stats, prefix: 'setivar_', prompt: 'setinstancevariable exit reasons') print_counters(stats, prefix: 'optaref_', prompt: 'opt_aref exit reasons') print_counters(stats, prefix: 'optgetconst_', prompt: 'opt_getconstant_path exit reasons') print_counters(stats, prefix: 'expandarray_', prompt: 'expandarray exit reasons') $stderr.puts "compiled_block_count: #{format_number(13, stats[:compiled_block_count])}" $stderr.puts "side_exit_count: #{format_number(13, stats[:side_exit_count])}" $stderr.puts "total_insns_count: #{format_number(13, stats[:total_insns_count])}" if stats.key?(:total_insns_count) $stderr.puts "vm_insns_count: #{format_number(13, stats[:vm_insns_count])}" if stats.key?(:vm_insns_count) $stderr.puts "rjit_insns_count: #{format_number(13, stats[:rjit_insns_count])}" $stderr.puts "ratio_in_rjit: #{format('%12.1f', stats[:ratio_in_rjit])}%" if stats.key?(:ratio_in_rjit) print_exit_counts(stats) end def print_counters(stats, prefix:, prompt:) $stderr.puts("#{prompt}: ") counters = stats.filter { |key, _| key.start_with?(prefix) } counters.filter! { |_, value| value != 0 } counters.transform_keys! { |key| key.to_s.delete_prefix(prefix) } if counters.empty? $stderr.puts(" (all relevant counters are zero)") return end counters = counters.to_a counters.sort_by! { |(_, counter_value)| counter_value } longest_name_length = counters.max_by { |(name, _)| name.length }.first.length total = counters.sum { |(_, counter_value)| counter_value } counters.reverse_each do |(name, value)| percentage = value.fdiv(total) * 100 $stderr.printf(" %*s %s (%4.1f%%)\n", longest_name_length, name, format_number(10, value), percentage) end end def print_exit_counts(stats, how_many: 20, padding: 2) exits = stats.filter_map { |name, count| [name.to_s.delete_prefix('exit_'), count] if name.start_with?('exit_') }.to_h return if exits.empty? top_exits = exits.sort_by { |_name, count| -count }.first(how_many).to_h total_exits = exits.values.sum $stderr.puts "Top-#{top_exits.size} most frequent exit ops (#{format("%.1f", 100.0 * top_exits.values.sum / total_exits)}% of exits):" name_width = top_exits.map { |name, _count| name.length }.max + padding count_width = top_exits.map { |_name, count| format_number(10, count).length }.max + padding top_exits.each do |name, count| ratio = 100.0 * count / total_exits $stderr.puts "#{format("%#{name_width}s", name)}: #{format_number(count_width, count)} (#{format('%4.1f', ratio)}%)" end end # Format large numbers with comma separators for readability def format_number(pad, number) integer, decimal = number.to_s.split('.') d_groups = integer.chars.reverse.each_slice(3) with_commas = d_groups.map(&:join).join(',').reverse [with_commas, decimal].compact.join('.').rjust(pad, ' ') end # --yjit-trace-exits at_exit def dump_trace_exits filename = "#{Dir.pwd}/rjit_exit_locations.dump" File.binwrite(filename, Marshal.dump(exit_traces)) $stderr.puts("RJIT exit locations dumped to:\n#{filename}") end # Convert rb_rjit_raw_samples and rb_rjit_line_samples into a StackProf format. def exit_traces results = C.rjit_exit_traces raw_samples = results[:raw].dup line_samples = results[:lines].dup frames = results[:frames].dup samples_count = 0 # Loop through the instructions and set the frame hash with the data. # We use nonexistent.def for the file name, otherwise insns.def will be displayed # and that information isn't useful in this context. RubyVM::INSTRUCTION_NAMES.each_with_index do |name, frame_id| frame_hash = { samples: 0, total_samples: 0, edges: {}, name: name, file: "nonexistent.def", line: nil, lines: {} } results[:frames][frame_id] = frame_hash frames[frame_id] = frame_hash end # Loop through the raw_samples and build the hashes for StackProf. # The loop is based off an example in the StackProf documentation and therefore # this functionality can only work with that library. # # Raw Samples: # [ length, frame1, frame2, frameN, ..., instruction, count # # Line Samples # [ length, line_1, line_2, line_n, ..., dummy value, count i = 0 while i < raw_samples.length stack_length = raw_samples[i] + 1 i += 1 # consume the stack length prev_frame_id = nil stack_length.times do |idx| idx += i frame_id = raw_samples[idx] if prev_frame_id prev_frame = frames[prev_frame_id] prev_frame[:edges][frame_id] ||= 0 prev_frame[:edges][frame_id] += 1 end frame_info = frames[frame_id] frame_info[:total_samples] += 1 frame_info[:lines][line_samples[idx]] ||= [0, 0] frame_info[:lines][line_samples[idx]][0] += 1 prev_frame_id = frame_id end i += stack_length # consume the stack top_frame_id = prev_frame_id top_frame_line = 1 sample_count = raw_samples[i] frames[top_frame_id][:samples] += sample_count frames[top_frame_id][:lines] ||= {} frames[top_frame_id][:lines][top_frame_line] ||= [0, 0] frames[top_frame_id][:lines][top_frame_line][1] += sample_count samples_count += sample_count i += 1 end results[:samples] = samples_count # Set missed_samples and gc_samples to 0 as their values # don't matter to us in this context. results[:missed_samples] = 0 results[:gc_samples] = 0 results end end end PK *J [�nD?� � share/ruby/ruby_vm/rjit/hooks.rbnu �[��� module RubyVM::RJIT module Hooks # :nodoc: all def self.on_bop_redefined(_redefined_flag, _bop) # C.rjit_cancel_all("BOP is redefined") end def self.on_cme_invalidate(cme) cme = C.rb_callable_method_entry_struct.new(cme) Invariants.on_cme_invalidate(cme) end def self.on_ractor_spawn # C.rjit_cancel_all("Ractor is spawned") end # Global constant changes like const_set def self.on_constant_state_changed(id) Invariants.on_constant_state_changed(id) end # ISEQ-specific constant invalidation def self.on_constant_ic_update(iseq, ic, insn_idx) iseq = C.rb_iseq_t.new(iseq) ic = C.IC.new(ic) Invariants.on_constant_ic_update(iseq, ic, insn_idx) end def self.on_tracing_invalidate_all(_new_iseq_events) Invariants.on_tracing_invalidate_all end def self.on_update_references Invariants.on_update_references end end end PK *J [ �M��B �B # share/ruby/ruby_vm/rjit/compiler.rbnu �[��� require 'ruby_vm/rjit/assembler' require 'ruby_vm/rjit/block' require 'ruby_vm/rjit/branch_stub' require 'ruby_vm/rjit/code_block' require 'ruby_vm/rjit/context' require 'ruby_vm/rjit/entry_stub' require 'ruby_vm/rjit/exit_compiler' require 'ruby_vm/rjit/insn_compiler' require 'ruby_vm/rjit/instruction' require 'ruby_vm/rjit/invariants' require 'ruby_vm/rjit/jit_state' require 'ruby_vm/rjit/type' module RubyVM::RJIT # Compilation status KeepCompiling = :KeepCompiling CantCompile = :CantCompile EndBlock = :EndBlock # Ruby constants Qtrue = Fiddle::Qtrue Qfalse = Fiddle::Qfalse Qnil = Fiddle::Qnil Qundef = Fiddle::Qundef # Callee-saved registers # TODO: support using r12/r13 here EC = :r14 CFP = :r15 SP = :rbx # Scratch registers: rax, rcx, rdx # Mark objects in this Array during GC GC_REFS = [] # Maximum number of versions per block # 1 means always create generic versions MAX_VERSIONS = 4 class Compiler attr_accessor :write_pos def self.decode_insn(encoded) INSNS.fetch(C.rb_vm_insn_decode(encoded)) end def initialize mem_size = C.rjit_opts.exec_mem_size * 1024 * 1024 mem_block = C.mmap(mem_size) @cb = CodeBlock.new(mem_block: mem_block, mem_size: mem_size / 2) @ocb = CodeBlock.new(mem_block: mem_block + mem_size / 2, mem_size: mem_size / 2, outlined: true) @exit_compiler = ExitCompiler.new @insn_compiler = InsnCompiler.new(@cb, @ocb, @exit_compiler) Invariants.initialize(@cb, @ocb, self, @exit_compiler) end # Compile an ISEQ from its entry point. # @param iseq `RubyVM::RJIT::CPointer::Struct_rb_iseq_t` # @param cfp `RubyVM::RJIT::CPointer::Struct_rb_control_frame_t` def compile(iseq, cfp) return unless supported_platform? pc = cfp.pc.to_i jit = JITState.new(iseq:, cfp:) asm = Assembler.new compile_prologue(asm, iseq, pc) compile_block(asm, jit:, pc:) iseq.body.jit_entry = @cb.write(asm) rescue Exception => e STDERR.puts "#{e.class}: #{e.message}" STDERR.puts e.backtrace exit 1 end # Compile an entry. # @param entry [RubyVM::RJIT::EntryStub] def entry_stub_hit(entry_stub, cfp) # Compile a new entry guard as a next entry pc = cfp.pc.to_i next_entry = Assembler.new.then do |asm| compile_entry_chain_guard(asm, cfp.iseq, pc) @cb.write(asm) end # Try to find an existing compiled version of this block ctx = Context.new block = find_block(cfp.iseq, pc, ctx) if block # If an existing block is found, generate a jump to the block. asm = Assembler.new asm.jmp(block.start_addr) @cb.write(asm) else # If this block hasn't yet been compiled, generate blocks after the entry guard. asm = Assembler.new jit = JITState.new(iseq: cfp.iseq, cfp:) compile_block(asm, jit:, pc:, ctx:) @cb.write(asm) block = jit.block end # Regenerate the previous entry @cb.with_write_addr(entry_stub.start_addr) do # The last instruction of compile_entry_chain_guard is jne asm = Assembler.new asm.jne(next_entry) @cb.write(asm) end return block.start_addr rescue Exception => e STDERR.puts e.full_message exit 1 end # Compile a branch stub. # @param branch_stub [RubyVM::RJIT::BranchStub] # @param cfp `RubyVM::RJIT::CPointer::Struct_rb_control_frame_t` # @param target0_p [TrueClass,FalseClass] # @return [Integer] The starting address of the compiled branch stub def branch_stub_hit(branch_stub, cfp, target0_p) # Update cfp->pc for `jit.at_current_insn?` target = target0_p ? branch_stub.target0 : branch_stub.target1 cfp.pc = target.pc # Reuse an existing block if it already exists block = find_block(branch_stub.iseq, target.pc, target.ctx) # If the branch stub's jump is the last code, allow overwriting part of # the old branch code with the new block code. fallthrough = block.nil? && @cb.write_addr == branch_stub.end_addr if fallthrough # If the branch stub's jump is the last code, allow overwriting part of # the old branch code with the new block code. @cb.set_write_addr(branch_stub.start_addr) branch_stub.shape = target0_p ? Next0 : Next1 Assembler.new.tap do |branch_asm| branch_stub.compile.call(branch_asm) @cb.write(branch_asm) end end # Reuse or generate a block if block target.address = block.start_addr else jit = JITState.new(iseq: branch_stub.iseq, cfp:) target.address = Assembler.new.then do |asm| compile_block(asm, jit:, pc: target.pc, ctx: target.ctx.dup) @cb.write(asm) end block = jit.block end block.incoming << branch_stub # prepare for invalidate_block # Re-generate the branch code for non-fallthrough cases unless fallthrough @cb.with_write_addr(branch_stub.start_addr) do branch_asm = Assembler.new branch_stub.compile.call(branch_asm) @cb.write(branch_asm) end end return target.address rescue Exception => e STDERR.puts e.full_message exit 1 end # @param iseq `RubyVM::RJIT::CPointer::Struct_rb_iseq_t` # @param pc [Integer] def invalidate_blocks(iseq, pc) list_blocks(iseq, pc).each do |block| invalidate_block(block) end # If they were the ISEQ's first blocks, re-compile RJIT entry as well if iseq.body.iseq_encoded.to_i == pc iseq.body.jit_entry = 0 iseq.body.jit_entry_calls = 0 end end def invalidate_block(block) iseq = block.iseq # Avoid touching GCed ISEQs. We assume it won't be re-entered. return unless C.imemo_type_p(iseq, C.imemo_iseq) # Remove this block from the version array remove_block(iseq, block) # Invalidate the block with entry exit unless block.invalidated @cb.with_write_addr(block.start_addr) do asm = Assembler.new asm.comment('invalidate_block') asm.jmp(block.entry_exit) @cb.write(asm) end block.invalidated = true end # Re-stub incoming branches block.incoming.each do |branch_stub| target = [branch_stub.target0, branch_stub.target1].compact.find do |target| target.pc == block.pc && target.ctx == block.ctx end next if target.nil? # TODO: Could target.address be a stub address? Is invalidation not needed in that case? # If the target being re-generated is currently a fallthrough block, # the fallthrough code must be rewritten with a jump to the stub. if target.address == branch_stub.end_addr branch_stub.shape = Default end target.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(block.ctx, ocb_asm, branch_stub, target == branch_stub.target0) @ocb.write(ocb_asm) end @cb.with_write_addr(branch_stub.start_addr) do branch_asm = Assembler.new branch_stub.compile.call(branch_asm) @cb.write(branch_asm) end end end private # Callee-saved: rbx, rsp, rbp, r12, r13, r14, r15 # Caller-saved: rax, rdi, rsi, rdx, rcx, r8, r9, r10, r11 # # @param asm [RubyVM::RJIT::Assembler] def compile_prologue(asm, iseq, pc) asm.comment('RJIT entry point') # Save callee-saved registers used by JITed code asm.push(CFP) asm.push(EC) asm.push(SP) # Move arguments EC and CFP to dedicated registers asm.mov(EC, :rdi) asm.mov(CFP, :rsi) # Load sp to a dedicated register asm.mov(SP, [CFP, C.rb_control_frame_t.offsetof(:sp)]) # rbx = cfp->sp # Setup cfp->jit_return asm.mov(:rax, leave_exit) asm.mov([CFP, C.rb_control_frame_t.offsetof(:jit_return)], :rax) # We're compiling iseqs that we *expect* to start at `insn_idx`. But in # the case of optional parameters, the interpreter can set the pc to a # different location depending on the optional parameters. If an iseq # has optional parameters, we'll add a runtime check that the PC we've # compiled for is the same PC that the interpreter wants us to run with. # If they don't match, then we'll take a side exit. if iseq.body.param.flags.has_opt compile_entry_chain_guard(asm, iseq, pc) end end def compile_entry_chain_guard(asm, iseq, pc) entry_stub = EntryStub.new stub_addr = Assembler.new.then do |ocb_asm| @exit_compiler.compile_entry_stub(ocb_asm, entry_stub) @ocb.write(ocb_asm) end asm.comment('guard expected PC') asm.mov(:rax, pc) asm.cmp([CFP, C.rb_control_frame_t.offsetof(:pc)], :rax) asm.stub(entry_stub) do asm.jne(stub_addr) end end # @param asm [RubyVM::RJIT::Assembler] # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] def compile_block(asm, jit:, pc:, ctx: Context.new) # Mark the block start address and prepare an exit code storage ctx = limit_block_versions(jit.iseq, pc, ctx) block = Block.new(iseq: jit.iseq, pc:, ctx: ctx.dup) jit.block = block asm.block(block) iseq = jit.iseq asm.comment("Block: #{iseq.body.location.label}@#{C.rb_iseq_path(iseq)}:#{iseq_lineno(iseq, pc)}") # Compile each insn index = (pc - iseq.body.iseq_encoded.to_i) / C.VALUE.size while index < iseq.body.iseq_size # Set the current instruction insn = self.class.decode_insn(iseq.body.iseq_encoded[index]) jit.pc = (iseq.body.iseq_encoded + index).to_i jit.stack_size_for_pc = ctx.stack_size jit.side_exit_for_pc.clear # If previous instruction requested to record the boundary if jit.record_boundary_patch_point # Generate an exit to this instruction and record it exit_pos = Assembler.new.then do |ocb_asm| @exit_compiler.compile_side_exit(jit.pc, ctx, ocb_asm) @ocb.write(ocb_asm) end Invariants.record_global_inval_patch(asm, exit_pos) jit.record_boundary_patch_point = false end # In debug mode, verify our existing assumption if C.rjit_opts.verify_ctx && jit.at_current_insn? verify_ctx(jit, ctx) end case status = @insn_compiler.compile(jit, ctx, asm, insn) when KeepCompiling # For now, reset the chain depth after each instruction as only the # first instruction in the block can concern itself with the depth. ctx.chain_depth = 0 index += insn.len when EndBlock # TODO: pad nops if entry exit exists (not needed for x86_64?) break when CantCompile # Rewind stack_size using ctx.with_stack_size to allow stack_size changes # before you return CantCompile. @exit_compiler.compile_side_exit(jit.pc, ctx.with_stack_size(jit.stack_size_for_pc), asm) # If this is the first instruction, this block never needs to be invalidated. if block.pc == iseq.body.iseq_encoded.to_i + index * C.VALUE.size block.invalidated = true end break else raise "compiling #{insn.name} returned unexpected status: #{status.inspect}" end end incr_counter(:compiled_block_count) add_block(iseq, block) end def leave_exit @leave_exit ||= Assembler.new.then do |asm| @exit_compiler.compile_leave_exit(asm) @ocb.write(asm) end end def incr_counter(name) if C.rjit_opts.stats C.rb_rjit_counters[name][0] += 1 end end # Produce a generic context when the block version limit is hit for the block def limit_block_versions(iseq, pc, ctx) # Guard chains implement limits separately, do nothing if ctx.chain_depth > 0 return ctx.dup end # If this block version we're about to add will hit the version limit if list_blocks(iseq, pc).size + 1 >= MAX_VERSIONS # Produce a generic context that stores no type information, # but still respects the stack_size and sp_offset constraints. # This new context will then match all future requests. generic_ctx = Context.new generic_ctx.stack_size = ctx.stack_size generic_ctx.sp_offset = ctx.sp_offset if ctx.diff(generic_ctx) == TypeDiff::Incompatible raise 'should substitute a compatible context' end return generic_ctx end return ctx.dup end def list_blocks(iseq, pc) rjit_blocks(iseq)[pc] end # @param [Integer] pc # @param [RubyVM::RJIT::Context] ctx # @return [RubyVM::RJIT::Block,NilClass] def find_block(iseq, pc, ctx) versions = rjit_blocks(iseq)[pc] best_version = nil best_diff = Float::INFINITY versions.each do |block| # Note that we always prefer the first matching # version found because of inline-cache chains case ctx.diff(block.ctx) in TypeDiff::Compatible[diff] if diff < best_diff best_version = block best_diff = diff else end end return best_version end # @param [RubyVM::RJIT::Block] block def add_block(iseq, block) rjit_blocks(iseq)[block.pc] << block end # @param [RubyVM::RJIT::Block] block def remove_block(iseq, block) rjit_blocks(iseq)[block.pc].delete(block) end def rjit_blocks(iseq) # Guard against ISEQ GC at random moments unless C.imemo_type_p(iseq, C.imemo_iseq) return Hash.new { |h, k| h[k] = [] } end unless iseq.body.rjit_blocks iseq.body.rjit_blocks = Hash.new { |blocks, pc| blocks[pc] = [] } # For some reason, rb_rjit_iseq_mark didn't protect this Hash # from being freed. So we rely on GC_REFS to keep the Hash. GC_REFS << iseq.body.rjit_blocks end iseq.body.rjit_blocks end def iseq_lineno(iseq, pc) C.rb_iseq_line_no(iseq, (pc - iseq.body.iseq_encoded.to_i) / C.VALUE.size) rescue RangeError # bignum too big to convert into `unsigned long long' (RangeError) -1 end # Verify the ctx's types and mappings against the compile-time stack, self, and locals. # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] def verify_ctx(jit, ctx) # Only able to check types when at current insn assert(jit.at_current_insn?) self_val = jit.peek_at_self self_val_type = Type.from(self_val) # Verify self operand type assert_compatible(self_val_type, ctx.get_opnd_type(SelfOpnd)) # Verify stack operand types [ctx.stack_size, MAX_TEMP_TYPES].min.times do |i| learned_mapping, learned_type = ctx.get_opnd_mapping(StackOpnd[i]) stack_val = jit.peek_at_stack(i) val_type = Type.from(stack_val) case learned_mapping in MapToSelf if C.to_value(self_val) != C.to_value(stack_val) raise "verify_ctx: stack value was mapped to self, but values did not match:\n"\ "stack: #{stack_val.inspect}, self: #{self_val.inspect}" end in MapToLocal[local_idx] local_val = jit.peek_at_local(local_idx) if C.to_value(local_val) != C.to_value(stack_val) raise "verify_ctx: stack value was mapped to local, but values did not match:\n"\ "stack: #{stack_val.inspect}, local: #{local_val.inspect}" end in MapToStack # noop end # If the actual type differs from the learned type assert_compatible(val_type, learned_type) end # Verify local variable types local_table_size = jit.iseq.body.local_table_size [local_table_size, MAX_TEMP_TYPES].min.times do |i| learned_type = ctx.get_local_type(i) local_val = jit.peek_at_local(i) local_type = Type.from(local_val) assert_compatible(local_type, learned_type) end end def assert_compatible(actual_type, ctx_type) if actual_type.diff(ctx_type) == TypeDiff::Incompatible raise "verify_ctx: ctx type (#{ctx_type.type.inspect}) is incompatible with actual type (#{actual_type.type.inspect})" end end def assert(cond) unless cond raise "'#{cond.inspect}' was not true" end end def supported_platform? return @supported_platform if defined?(@supported_platform) @supported_platform = RUBY_PLATFORM.match?(/x86_64/).tap do |supported| warn "warning: RJIT does not support #{RUBY_PLATFORM} yet" unless supported end end end end PK *J [gI��� � $ share/ruby/ruby_vm/rjit/jit_state.rbnu �[��� module RubyVM::RJIT class JITState < Struct.new( :iseq, # @param `RubyVM::RJIT::CPointer::Struct_rb_iseq_t` :pc, # @param [Integer] The JIT target PC :cfp, # @param `RubyVM::RJIT::CPointer::Struct_rb_control_frame_t` The JIT source CFP (before RJIT is called) :block, # @param [RubyVM::RJIT::Block] :stack_size_for_pc, # @param [Integer] :side_exit_for_pc, # @param [Hash{ Integer => Integer }] { sp_offset => address } :record_boundary_patch_point, # @param [TrueClass,FalseClass] ) def initialize(side_exit_for_pc: {}, record_boundary_patch_point: false, **) = super def insn Compiler.decode_insn(C.VALUE.new(pc).*) end def operand(index, signed: false, ruby: false) addr = pc + (index + 1) * Fiddle::SIZEOF_VOIDP value = Fiddle::Pointer.new(addr)[0, Fiddle::SIZEOF_VOIDP].unpack(signed ? 'q' : 'Q')[0] if ruby value = C.to_ruby(value) end value end def at_current_insn? pc == cfp.pc.to_i end def peek_at_local(n) local_table_size = iseq.body.local_table_size offset = -C::VM_ENV_DATA_SIZE - local_table_size + n + 1 value = (cfp.ep + offset).* C.to_ruby(value) end def peek_at_stack(depth_from_top) raise 'not at current insn' unless at_current_insn? offset = -(1 + depth_from_top) # rb_rjit_branch_stub_hit updates SP, so you don't need to worry about sp_offset value = (cfp.sp + offset).* C.to_ruby(value) end def peek_at_self C.to_ruby(cfp.self) end def peek_at_block_handler(level) ep = ep_at_level(cfp, level:) ep[C::VM_ENV_DATA_INDEX_SPECVAL] end private def ep_at_level(cfp, level:) ep = cfp.ep level.times do # VM_ENV_PREV_EP ep = C.VALUE.new(ep[C::VM_ENV_DATA_INDEX_SPECVAL] & ~0x03) end ep end end end PK *J ["�F�o o & share/ruby/ruby_vm/rjit/branch_stub.rbnu �[��� module RubyVM::RJIT # Branch shapes Next0 = :Next0 # target0 is a fallthrough Next1 = :Next1 # target1 is a fallthrough Default = :Default # neither targets is a fallthrough class BranchStub < Struct.new( :iseq, # @param [RubyVM::RJIT::CPointer::Struct_rb_iseq_struct] Branch target ISEQ :shape, # @param [Symbol] Next0, Next1, or Default :target0, # @param [RubyVM::RJIT::BranchTarget] First branch target :target1, # @param [RubyVM::RJIT::BranchTarget,NilClass] Second branch target (optional) :compile, # @param [Proc] A callback to (re-)generate this branch stub :start_addr, # @param [Integer] Stub source start address to be re-generated :end_addr, # @param [Integer] Stub source end address to be re-generated ) end class BranchTarget < Struct.new( :pc, :ctx, :address, ) end end PK *J [��kO� � % share/ruby/ruby_vm/rjit/entry_stub.rbnu �[��� module RubyVM::RJIT class EntryStub < Struct.new( :start_addr, # @param [Integer] Stub source start address to be re-generated :end_addr, # @param [Integer] Stub source end address to be re-generated ) end end PK *J [nI�� � share/ruby/ruby_vm/rjit/type.rbnu �[��� module RubyVM::RJIT # Represent the type of a value (local/stack/self) in RJIT Type = Data.define(:type) do # Check if the type is an immediate def imm? case self in Type::UnknownImm then true in Type::Nil then true in Type::True then true in Type::False then true in Type::Fixnum then true in Type::Flonum then true in Type::ImmSymbol then true else false end end # Returns true when the type is not specific. def unknown? case self in Type::Unknown | Type::UnknownImm | Type::UnknownHeap then true else false end end # Returns true when we know the VALUE is a specific handle type, # such as a static symbol ([Type::ImmSymbol], i.e. true from RB_STATIC_SYM_P()). # Opposite of [Self::is_unknown]. def specific? !self.unknown? end # Check if the type is a heap object def heap? case self in Type::UnknownHeap then true in Type::TArray then true in Type::Hash then true in Type::HeapSymbol then true in Type::TString then true in Type::CString then true in Type::BlockParamProxy then true else false end end # Check if it's a T_ARRAY object def array? case self in Type::TArray then true else false end end # Check if it's a T_STRING object (both TString and CString are T_STRING) def string? case self in Type::TString then true in Type::CString then true else false end end # Returns the class if it is known, otherwise nil def known_class case self in Type::Nil then C.rb_cNilClass in Type::True then C.rb_cTrueClass in Type::False then C.rb_cFalseClass in Type::Fixnum then C.rb_cInteger in Type::Flonum then C.rb_cFloat in Type::ImmSymbol | Type::HeapSymbol then C.rb_cSymbol in Type::CString then C.rb_cString else nil end end # Returns a boolean representing whether the value is truthy if known, otherwise nil def known_truthy case self in Type::Nil then false in Type::False then false in Type::UnknownHeap then false in Type::Unknown | Type::UnknownImm then nil else true end end # Returns a boolean representing whether the value is equal to nil if known, otherwise nil def known_nil case [self, self.known_truthy] in Type::Nil, _ then true in Type::False, _ then false # Qfalse is not nil in _, true then false # if truthy, can't be nil in _, _ then nil # otherwise unknown end end def diff(dst) # Perfect match, difference is zero if self == dst return TypeDiff::Compatible[0] end # Any type can flow into an unknown type if dst == Type::Unknown return TypeDiff::Compatible[1] end # A CString is also a TString. if self == Type::CString && dst == Type::TString return TypeDiff::Compatible[1] end # Specific heap type into unknown heap type is imperfect but valid if self.heap? && dst == Type::UnknownHeap return TypeDiff::Compatible[1] end # Specific immediate type into unknown immediate type is imperfect but valid if self.imm? && dst == Type::UnknownImm return TypeDiff::Compatible[1] end # Incompatible types return TypeDiff::Incompatible end def upgrade(new_type) assert(new_type.diff(self) != TypeDiff::Incompatible) new_type end private def assert(cond) unless cond raise "'#{cond.inspect}' was not true" end end end # This returns an appropriate Type based on a known value class << Type def from(val) if C::SPECIAL_CONST_P(val) if fixnum?(val) Type::Fixnum elsif val.nil? Type::Nil elsif val == true Type::True elsif val == false Type::False elsif static_symbol?(val) Type::ImmSymbol elsif flonum?(val) Type::Flonum else raise "Illegal value: #{val.inspect}" end else val_class = C.to_value(C.rb_class_of(val)) if val_class == C.rb_cString && C.rb_obj_frozen_p(val) return Type::CString end if C.to_value(val) == C.rb_block_param_proxy return Type::BlockParamProxy end case C::BUILTIN_TYPE(val) in C::RUBY_T_ARRAY Type::TArray in C::RUBY_T_HASH Type::Hash in C::RUBY_T_STRING Type::TString else Type::UnknownHeap end end end private def fixnum?(obj) (C.to_value(obj) & C::RUBY_FIXNUM_FLAG) == C::RUBY_FIXNUM_FLAG end def flonum?(obj) (C.to_value(obj) & C::RUBY_FLONUM_MASK) == C::RUBY_FLONUM_FLAG end def static_symbol?(obj) (C.to_value(obj) & 0xff) == C::RUBY_SYMBOL_FLAG end end # List of types Type::Unknown = Type[:Unknown] Type::UnknownImm = Type[:UnknownImm] Type::UnknownHeap = Type[:UnknownHeap] Type::Nil = Type[:Nil] Type::True = Type[:True] Type::False = Type[:False] Type::Fixnum = Type[:Fixnum] Type::Flonum = Type[:Flonum] Type::Hash = Type[:Hash] Type::ImmSymbol = Type[:ImmSymbol] Type::HeapSymbol = Type[:HeapSymbol] Type::TString = Type[:TString] # An object with the T_STRING flag set, possibly an rb_cString Type::CString = Type[:CString] # An un-subclassed string of type rb_cString (can have instance vars in some cases) Type::TArray = Type[:TArray] # An object with the T_ARRAY flag set, possibly an rb_cArray Type::BlockParamProxy = Type[:BlockParamProxy] # A special sentinel value indicating the block parameter should be read from module TypeDiff Compatible = Data.define(:diversion) # The smaller, the more compatible. Incompatible = :Incompatible end end PK *J [|���* �* $ share/ruby/ruby_vm/rjit/c_pointer.rbnu �[��� module RubyVM::RJIT # Every class under this namespace is a pointer. Even if the type is # immediate, it shouldn't be dereferenced until `*` is called. module CPointer # Note: We'd like to avoid alphabetic method names to avoid a conflict # with member methods. to_i and to_s are considered an exception. class Struct # @param name [String] # @param sizeof [Integer] # @param members [Hash{ Symbol => [RubyVM::RJIT::CType::*, Integer, TrueClass] }] def initialize(addr, sizeof, members) @addr = addr @sizeof = sizeof @members = members end # Get a raw address def to_i @addr end # Serialized address for generated code def to_s "0x#{@addr.to_s(16)}" end # Pointer diff def -(struct) raise ArgumentError if self.class != struct.class (@addr - struct.to_i) / @sizeof end # Primitive API that does no automatic dereference # TODO: remove this? # @param member [Symbol] def [](member) type, offset = @members.fetch(member) type.new(@addr + offset / 8) end private # @param member [Symbol] # @param value [Object] def []=(member, value) type, offset = @members.fetch(member) type[@addr + offset / 8] = value end # @param size [Integer] # @param members [Hash{ Symbol => [Integer, RubyVM::RJIT::CType::*] }] def self.define(size, members) Class.new(self) do # Return the size of this type define_singleton_method(:size) { size } # Return the offset to a field define_singleton_method(:offsetof) do |field, *fields| member, offset = members.fetch(field) offset /= 8 unless fields.empty? offset += member.offsetof(*fields) end offset end # Return member names define_singleton_method(:members) { members.keys } define_method(:initialize) do |addr = nil| if addr.nil? # TODO: get rid of this feature later addr = Fiddle.malloc(size) end super(addr, size, members) end members.each do |member, (type, offset, to_ruby)| # Intelligent API that does automatic dereference define_method(member) do value = self[member] if value.respond_to?(:*) value = value.* end if to_ruby value = C.to_ruby(value) end value end define_method("#{member}=") do |value| if to_ruby value = C.to_value(value) end self[member] = value end end end end end # Note: We'd like to avoid alphabetic method names to avoid a conflict # with member methods. to_i is considered an exception. class Union # @param _name [String] To be used when it starts defining a union pointer class # @param sizeof [Integer] # @param members [Hash{ Symbol => RubyVM::RJIT::CType::* }] def initialize(addr, sizeof, members) @addr = addr @sizeof = sizeof @members = members end # Get a raw address def to_i @addr end # Move addr to access this pointer like an array def +(index) raise ArgumentError unless index.is_a?(Integer) self.class.new(@addr + index * @sizeof) end # Pointer diff def -(union) raise ArgumentError if self.class != union.class (@addr - union.instance_variable_get(:@addr)) / @sizeof end # @param sizeof [Integer] # @param members [Hash{ Symbol => RubyVM::RJIT::CType::* }] def self.define(sizeof, members) Class.new(self) do # Return the size of this type define_singleton_method(:sizeof) { sizeof } # Part of Struct's offsetof implementation define_singleton_method(:offsetof) do |field, *fields| member = members.fetch(field) offset = 0 unless fields.empty? offset += member.offsetof(*fields) end offset end define_method(:initialize) do |addr| super(addr, sizeof, members) end members.each do |member, type| # Intelligent API that does automatic dereference define_method(member) do value = type.new(@addr) if value.respond_to?(:*) value = value.* end value end end end end end class Immediate # @param addr [Integer] # @param size [Integer] # @param pack [String] def initialize(addr, size, pack) @addr = addr @size = size @pack = pack end # Get a raw address def to_i @addr end # Move addr to addess this pointer like an array def +(index) Immediate.new(@addr + index * @size, @size, @pack) end # Dereference def * self[0] end # Array access def [](index) return nil if @addr == 0 Fiddle::Pointer.new(@addr + index * @size)[0, @size].unpack1(@pack) end # Array set def []=(index, value) Fiddle::Pointer.new(@addr + index * @size)[0, @size] = [value].pack(@pack) end # Serialized address for generated code. Used for embedding things like body->iseq_encoded. def to_s "0x#{Integer(@addr).to_s(16)}" end # @param fiddle_type [Integer] Fiddle::TYPE_* def self.define(fiddle_type) size = Fiddle::PackInfo::SIZE_MAP.fetch(fiddle_type) pack = Fiddle::PackInfo::PACK_MAP.fetch(fiddle_type) Class.new(self) do define_method(:initialize) do |addr| super(addr, size, pack) end define_singleton_method(:size) do size end # Type-level []=: Used by struct fields define_singleton_method(:[]=) do |addr, value| Fiddle::Pointer.new(addr)[0, size] = [value].pack(pack) end end end end # -Fiddle::TYPE_CHAR Immediate with special handling of true/false class Bool < Immediate.define(-Fiddle::TYPE_CHAR) # Dereference def * return nil if @addr == 0 super != 0 end def self.[]=(addr, value) super(addr, value ? 1 : 0) end end # Basically Immediate but without #* to skip auto-dereference of structs. class Array attr_reader :type # @param addr [Integer] # @param type [Class] RubyVM::RJIT::CType::* def initialize(addr, type) @addr = addr @type = type end # Array access def [](index) @type.new(@addr)[index] end # Array set # @param index [Integer] # @param value [Integer, RubyVM::RJIT::CPointer::Struct] an address itself or an object that return an address with to_i def []=(index, value) @type.new(@addr)[index] = value end private def self.define(block) Class.new(self) do define_method(:initialize) do |addr| super(addr, block.call) end end end end class Pointer attr_reader :type # @param addr [Integer] # @param type [Class] RubyVM::RJIT::CType::* def initialize(addr, type) @addr = addr @type = type end # Move addr to addess this pointer like an array def +(index) raise ArgumentError unless index.is_a?(Integer) Pointer.new(@addr + index * Fiddle::SIZEOF_VOIDP, @type) end # Dereference def * return nil if dest_addr == 0 @type.new(dest_addr) end # Array access def [](index) (self + index).* end # Array set # @param index [Integer] # @param value [Integer, RubyVM::RJIT::CPointer::Struct] an address itself or an object that return an address with to_i def []=(index, value) Fiddle::Pointer.new(@addr + index * Fiddle::SIZEOF_VOIDP)[0, Fiddle::SIZEOF_VOIDP] = [value.to_i].pack(Fiddle::PackInfo::PACK_MAP[Fiddle::TYPE_VOIDP]) end # Get a raw address def to_i @addr end private def dest_addr Fiddle::Pointer.new(@addr)[0, Fiddle::SIZEOF_VOIDP].unpack1(Fiddle::PackInfo::PACK_MAP[Fiddle::TYPE_VOIDP]) end def self.define(block) Class.new(self) do define_method(:initialize) do |addr| super(addr, block.call) end # Type-level []=: Used by struct fields # @param addr [Integer] # @param value [Integer, RubyVM::RJIT::CPointer::Struct] an address itself, or an object that return an address with to_i define_singleton_method(:[]=) do |addr, value| value = value.to_i Fiddle::Pointer.new(addr)[0, Fiddle::SIZEOF_VOIDP] = [value].pack(Fiddle::PackInfo::PACK_MAP[Fiddle::TYPE_VOIDP]) end end end end class BitField # @param addr [Integer] # @param width [Integer] # @param offset [Integer] def initialize(addr, width, offset) @addr = addr @width = width @offset = offset end # Dereference def * byte = Fiddle::Pointer.new(@addr)[0, Fiddle::SIZEOF_CHAR].unpack('c').first if @width == 1 bit = (1 & (byte >> @offset)) bit == 1 elsif @width <= 8 && @offset == 0 bitmask = @width.times.map { |i| 1 << i }.sum byte & bitmask else raise NotImplementedError.new("not-implemented bit field access: width=#{@width} offset=#{@offset}") end end # @param width [Integer] # @param offset [Integer] def self.define(width, offset) Class.new(self) do define_method(:initialize) do |addr| super(addr, width, offset) end end end end # Give a name to a dynamic CPointer class to see it on inspect def self.with_class_name(prefix, name, cache: false, &block) return block.call if !name.nil? && name.empty? # Use a cached result only if cache: true class_name = "#{prefix}_#{name}" klass = if cache && self.const_defined?(class_name) self.const_get(class_name) else block.call end # Give it a name unless it's already defined unless self.const_defined?(class_name) self.const_set(class_name, klass) end klass end end end PK *J [�.�=� � ! share/ruby/ruby_vm/rjit/c_type.rbnu �[��� require 'fiddle' require 'fiddle/pack' require_relative 'c_pointer' module RubyVM::RJIT module CType module Struct # @param name [String] # @param members [Hash{ Symbol => [Integer, RubyVM::RJIT::CType::*] }] def self.new(name, sizeof, **members) name = members.keys.join('_') if name.empty? CPointer.with_class_name('Struct', name) do CPointer::Struct.define(sizeof, members) end end end module Union # @param name [String] # @param members [Hash{ Symbol => RubyVM::RJIT::CType::* }] def self.new(name, sizeof, **members) name = members.keys.join('_') if name.empty? CPointer.with_class_name('Union', name) do CPointer::Union.define(sizeof, members) end end end module Immediate # @param fiddle_type [Integer] def self.new(fiddle_type) name = Fiddle.constants.find do |const| const.start_with?('TYPE_') && Fiddle.const_get(const) == fiddle_type.abs end&.name name = name.delete_prefix('TYPE_') if fiddle_type.negative? name.prepend('U') end CPointer.with_class_name('Immediate', name, cache: true) do CPointer::Immediate.define(fiddle_type) end end # @param type [String] def self.parse(ctype) new(Fiddle::Importer.parse_ctype(ctype)) end def self.find(size, signed) fiddle_type = TYPE_MAP.fetch(size) fiddle_type = -fiddle_type unless signed new(fiddle_type) end TYPE_MAP = Fiddle::PackInfo::SIZE_MAP.map { |type, size| [size, type.abs] }.to_h private_constant :TYPE_MAP end module Bool def self.new CPointer::Bool end end class Array def self.new(&block) CPointer.with_class_name('Array', block.object_id.to_s) do CPointer::Array.define(block) end end end class Pointer # This takes a block to avoid "stack level too deep" on a cyclic reference # @param block [Proc] def self.new(&block) CPointer.with_class_name('Pointer', block.object_id.to_s) do CPointer::Pointer.define(block) end end end module BitField # @param width [Integer] # @param offset [Integer] def self.new(width, offset) CPointer.with_class_name('BitField', "#{offset}_#{width}") do CPointer::BitField.define(width, offset) end end end # Types that are referenced but not part of code generation targets Stub = ::Struct.new(:name) # Types that it failed to figure out from the header Unknown = Module.new end end PK *J [ ��XN N ( share/ruby/ruby_vm/rjit/exit_compiler.rbnu �[��� module RubyVM::RJIT class ExitCompiler def initialize = freeze # Used for invalidating a block on entry. # @param pc [Integer] # @param asm [RubyVM::RJIT::Assembler] def compile_entry_exit(pc, ctx, asm, cause:) # Fix pc/sp offsets for the interpreter save_pc_and_sp(pc, ctx, asm, reset_sp_offset: false) # Increment per-insn exit counter count_insn_exit(pc, asm) # Restore callee-saved registers asm.comment("#{cause}: entry exit") asm.pop(SP) asm.pop(EC) asm.pop(CFP) asm.mov(C_RET, Qundef) asm.ret end # Set to cfp->jit_return by default for leave insn # @param asm [RubyVM::RJIT::Assembler] def compile_leave_exit(asm) asm.comment('default cfp->jit_return') # Restore callee-saved registers asm.pop(SP) asm.pop(EC) asm.pop(CFP) # :rax is written by #leave asm.ret end # Fire cfunc events on invalidation by TracePoint # @param asm [RubyVM::RJIT::Assembler] def compile_full_cfunc_return(asm) # This chunk of code expects REG_EC to be filled properly and # RAX to contain the return value of the C method. asm.comment('full cfunc return') asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], :rax) asm.call(C.rjit_full_cfunc_return) # TODO: count the exit # Restore callee-saved registers asm.pop(SP) asm.pop(EC) asm.pop(CFP) asm.mov(C_RET, Qundef) asm.ret end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def compile_side_exit(pc, ctx, asm) # Fix pc/sp offsets for the interpreter save_pc_and_sp(pc, ctx.dup, asm) # dup to avoid sp_offset update # Increment per-insn exit counter count_insn_exit(pc, asm) # Restore callee-saved registers asm.comment("exit to interpreter on #{pc_to_insn(pc).name}") asm.pop(SP) asm.pop(EC) asm.pop(CFP) asm.mov(C_RET, Qundef) asm.ret end # @param asm [RubyVM::RJIT::Assembler] # @param entry_stub [RubyVM::RJIT::EntryStub] def compile_entry_stub(asm, entry_stub) # Call rb_rjit_entry_stub_hit asm.comment('entry stub hit') asm.mov(C_ARGS[0], to_value(entry_stub)) asm.call(C.rb_rjit_entry_stub_hit) # Jump to the address returned by rb_rjit_entry_stub_hit asm.jmp(:rax) end # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] # @param branch_stub [RubyVM::RJIT::BranchStub] # @param target0_p [TrueClass,FalseClass] def compile_branch_stub(ctx, asm, branch_stub, target0_p) # Call rb_rjit_branch_stub_hit iseq = branch_stub.iseq if C.rjit_opts.dump_disasm && C.imemo_type_p(iseq, C.imemo_iseq) # Guard against ISEQ GC at random moments asm.comment("branch stub hit: #{iseq.body.location.label}@#{C.rb_iseq_path(iseq)}:#{iseq_lineno(iseq, target0_p ? branch_stub.target0.pc : branch_stub.target1.pc)}") end asm.mov(:rdi, to_value(branch_stub)) asm.mov(:esi, ctx.sp_offset) asm.mov(:edx, target0_p ? 1 : 0) asm.call(C.rb_rjit_branch_stub_hit) # Jump to the address returned by rb_rjit_branch_stub_hit asm.jmp(:rax) end private def pc_to_insn(pc) Compiler.decode_insn(C.VALUE.new(pc).*) end # @param pc [Integer] # @param asm [RubyVM::RJIT::Assembler] def count_insn_exit(pc, asm) if C.rjit_opts.stats insn = Compiler.decode_insn(C.VALUE.new(pc).*) asm.comment("increment insn exit: #{insn.name}") asm.mov(:rax, (C.rjit_insn_exits + insn.bin).to_i) asm.add([:rax], 1) # TODO: lock end if C.rjit_opts.trace_exits asm.comment('rjit_record_exit_stack') asm.mov(C_ARGS[0], pc) asm.call(C.rjit_record_exit_stack) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def save_pc_and_sp(pc, ctx, asm, reset_sp_offset: true) # Update pc (TODO: manage PC offset?) asm.comment("save PC#{' and SP' if ctx.sp_offset != 0} to CFP") asm.mov(:rax, pc) # rax = jit.pc asm.mov([CFP, C.rb_control_frame_t.offsetof(:pc)], :rax) # cfp->pc = rax # Update sp if ctx.sp_offset != 0 asm.add(SP, C.VALUE.size * ctx.sp_offset) # sp += stack_size asm.mov([CFP, C.rb_control_frame_t.offsetof(:sp)], SP) # cfp->sp = sp if reset_sp_offset ctx.sp_offset = 0 end end end def to_value(obj) GC_REFS << obj C.to_value(obj) end def iseq_lineno(iseq, pc) C.rb_iseq_line_no(iseq, (pc - iseq.body.iseq_encoded.to_i) / C.VALUE.size) rescue RangeError # bignum too big to convert into `unsigned long long' (RangeError) -1 end end end PK *J [�<o@� @� $ share/ruby/ruby_vm/rjit/assembler.rbnu �[��� # frozen_string_literal: true module RubyVM::RJIT # 8-bit memory access class BytePtr < Data.define(:reg, :disp); end # 32-bit memory access class DwordPtr < Data.define(:reg, :disp); end # 64-bit memory access QwordPtr = Array # SystemV x64 calling convention C_ARGS = [:rdi, :rsi, :rdx, :rcx, :r8, :r9] C_RET = :rax # https://cdrdv2.intel.com/v1/dl/getContent/671110 # Mostly an x86_64 assembler, but this also has some stuff that is useful for any architecture. class Assembler # rel8 jumps are made with labels class Label < Data.define(:id, :name); end # rel32 is inserted as [Rel32, Rel32Pad..] and converted on #resolve_rel32 class Rel32 < Data.define(:addr); end Rel32Pad = Object.new # A set of ModR/M values encoded on #insn class ModRM < Data.define(:mod, :reg, :rm); end Mod00 = 0b00 # Mod 00: [reg] Mod01 = 0b01 # Mod 01: [reg]+disp8 Mod10 = 0b10 # Mod 10: [reg]+disp32 Mod11 = 0b11 # Mod 11: reg # REX = 0100WR0B REX_B = 0b01000001 REX_R = 0b01000100 REX_W = 0b01001000 # Operand matchers R32 = -> (op) { op.is_a?(Symbol) && r32?(op) } R64 = -> (op) { op.is_a?(Symbol) && r64?(op) } IMM8 = -> (op) { op.is_a?(Integer) && imm8?(op) } IMM32 = -> (op) { op.is_a?(Integer) && imm32?(op) } IMM64 = -> (op) { op.is_a?(Integer) && imm64?(op) } def initialize @bytes = [] @labels = {} @label_id = 0 @comments = Hash.new { |h, k| h[k] = [] } @blocks = Hash.new { |h, k| h[k] = [] } @stub_starts = Hash.new { |h, k| h[k] = [] } @stub_ends = Hash.new { |h, k| h[k] = [] } @pos_markers = Hash.new { |h, k| h[k] = [] } end def assemble(addr) set_code_addrs(addr) resolve_rel32(addr) resolve_labels write_bytes(addr) @pos_markers.each do |write_pos, markers| markers.each { |marker| marker.call(addr + write_pos) } end @bytes.size ensure @bytes.clear end def size @bytes.size end # # Instructions # def add(dst, src) case [dst, src] # ADD r/m64, imm8 (Mod 00: [reg]) in [QwordPtr[R64 => dst_reg], IMM8 => src_imm] # REX.W + 83 /0 ib # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod00, reg: 0, rm: dst_reg], imm: imm8(src_imm), ) # ADD r/m64, imm8 (Mod 11: reg) in [R64 => dst_reg, IMM8 => src_imm] # REX.W + 83 /0 ib # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod11, reg: 0, rm: dst_reg], imm: imm8(src_imm), ) # ADD r/m64 imm32 (Mod 11: reg) in [R64 => dst_reg, IMM32 => src_imm] # REX.W + 81 /0 id # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x81, mod_rm: ModRM[mod: Mod11, reg: 0, rm: dst_reg], imm: imm32(src_imm), ) # ADD r/m64, r64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 01 /r # MR: Operand 1: ModRM:r/m (r, w), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x01, mod_rm: ModRM[mod: Mod11, reg: src_reg, rm: dst_reg], ) end end def and(dst, src) case [dst, src] # AND r/m64, imm8 (Mod 11: reg) in [R64 => dst_reg, IMM8 => src_imm] # REX.W + 83 /4 ib # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod11, reg: 4, rm: dst_reg], imm: imm8(src_imm), ) # AND r/m64, imm32 (Mod 11: reg) in [R64 => dst_reg, IMM32 => src_imm] # REX.W + 81 /4 id # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x81, mod_rm: ModRM[mod: Mod11, reg: 4, rm: dst_reg], imm: imm32(src_imm), ) # AND r64, r/m64 (Mod 01: [reg]+disp8) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM8 => src_disp]] # REX.W + 23 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x23, mod_rm: ModRM[mod: Mod01, reg: dst_reg, rm: src_reg], disp: imm8(src_disp), ) # AND r64, r/m64 (Mod 10: [reg]+disp32) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM32 => src_disp]] # REX.W + 23 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x23, mod_rm: ModRM[mod: Mod10, reg: dst_reg, rm: src_reg], disp: imm32(src_disp), ) end end def call(dst) case dst # CALL rel32 in Integer => dst_addr # E8 cd # D: Operand 1: Offset insn(opcode: 0xe8, imm: rel32(dst_addr)) # CALL r/m64 (Mod 11: reg) in R64 => dst_reg # FF /2 # M: Operand 1: ModRM:r/m (r) insn( opcode: 0xff, mod_rm: ModRM[mod: Mod11, reg: 2, rm: dst_reg], ) end end def cmove(dst, src) case [dst, src] # CMOVE r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 44 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x44], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovg(dst, src) case [dst, src] # CMOVG r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 4F /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x4f], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovge(dst, src) case [dst, src] # CMOVGE r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 4D /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x4d], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovl(dst, src) case [dst, src] # CMOVL r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 4C /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x4c], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovle(dst, src) case [dst, src] # CMOVLE r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 4E /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x4e], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovne(dst, src) case [dst, src] # CMOVNE r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 45 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x45], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovnz(dst, src) case [dst, src] # CMOVNZ r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 45 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x45], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) end end def cmovz(dst, src) case [dst, src] # CMOVZ r64, r/m64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 0F 44 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x44], mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) # CMOVZ r64, r/m64 (Mod 01: [reg]+disp8) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM8 => src_disp]] # REX.W + 0F 44 /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: [0x0f, 0x44], mod_rm: ModRM[mod: Mod01, reg: dst_reg, rm: src_reg], disp: imm8(src_disp), ) end end def cmp(left, right) case [left, right] # CMP r/m8, imm8 (Mod 01: [reg]+disp8) in [BytePtr[R64 => left_reg, IMM8 => left_disp], IMM8 => right_imm] # 80 /7 ib # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( opcode: 0x80, mod_rm: ModRM[mod: Mod01, reg: 7, rm: left_reg], disp: left_disp, imm: imm8(right_imm), ) # CMP r/m32, imm32 (Mod 01: [reg]+disp8) in [DwordPtr[R64 => left_reg, IMM8 => left_disp], IMM32 => right_imm] # 81 /7 id # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( opcode: 0x81, mod_rm: ModRM[mod: Mod01, reg: 7, rm: left_reg], disp: left_disp, imm: imm32(right_imm), ) # CMP r/m64, imm8 (Mod 01: [reg]+disp8) in [QwordPtr[R64 => left_reg, IMM8 => left_disp], IMM8 => right_imm] # REX.W + 83 /7 ib # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod01, reg: 7, rm: left_reg], disp: left_disp, imm: imm8(right_imm), ) # CMP r/m64, imm32 (Mod 01: [reg]+disp8) in [QwordPtr[R64 => left_reg, IMM8 => left_disp], IMM32 => right_imm] # REX.W + 81 /7 id # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x81, mod_rm: ModRM[mod: Mod01, reg: 7, rm: left_reg], disp: left_disp, imm: imm32(right_imm), ) # CMP r/m64, imm8 (Mod 10: [reg]+disp32) in [QwordPtr[R64 => left_reg, IMM32 => left_disp], IMM8 => right_imm] # REX.W + 83 /7 ib # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod10, reg: 7, rm: left_reg], disp: imm32(left_disp), imm: imm8(right_imm), ) # CMP r/m64, imm8 (Mod 11: reg) in [R64 => left_reg, IMM8 => right_imm] # REX.W + 83 /7 ib # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod11, reg: 7, rm: left_reg], imm: imm8(right_imm), ) # CMP r/m64, imm32 (Mod 11: reg) in [R64 => left_reg, IMM32 => right_imm] # REX.W + 81 /7 id # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x81, mod_rm: ModRM[mod: Mod11, reg: 7, rm: left_reg], imm: imm32(right_imm), ) # CMP r/m64, r64 (Mod 01: [reg]+disp8) in [QwordPtr[R64 => left_reg, IMM8 => left_disp], R64 => right_reg] # REX.W + 39 /r # MR: Operand 1: ModRM:r/m (r), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x39, mod_rm: ModRM[mod: Mod01, reg: right_reg, rm: left_reg], disp: left_disp, ) # CMP r/m64, r64 (Mod 10: [reg]+disp32) in [QwordPtr[R64 => left_reg, IMM32 => left_disp], R64 => right_reg] # REX.W + 39 /r # MR: Operand 1: ModRM:r/m (r), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x39, mod_rm: ModRM[mod: Mod10, reg: right_reg, rm: left_reg], disp: imm32(left_disp), ) # CMP r/m64, r64 (Mod 11: reg) in [R64 => left_reg, R64 => right_reg] # REX.W + 39 /r # MR: Operand 1: ModRM:r/m (r), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x39, mod_rm: ModRM[mod: Mod11, reg: right_reg, rm: left_reg], ) end end def jbe(dst) case dst # JBE rel8 in Label => dst_label # 76 cb insn(opcode: 0x76, imm: dst_label) # JBE rel32 in Integer => dst_addr # 0F 86 cd insn(opcode: [0x0f, 0x86], imm: rel32(dst_addr)) end end def je(dst) case dst # JE rel8 in Label => dst_label # 74 cb insn(opcode: 0x74, imm: dst_label) # JE rel32 in Integer => dst_addr # 0F 84 cd insn(opcode: [0x0f, 0x84], imm: rel32(dst_addr)) end end def jl(dst) case dst # JL rel32 in Integer => dst_addr # 0F 8C cd insn(opcode: [0x0f, 0x8c], imm: rel32(dst_addr)) end end def jmp(dst) case dst # JZ rel8 in Label => dst_label # EB cb insn(opcode: 0xeb, imm: dst_label) # JMP rel32 in Integer => dst_addr # E9 cd insn(opcode: 0xe9, imm: rel32(dst_addr)) # JMP r/m64 (Mod 01: [reg]+disp8) in QwordPtr[R64 => dst_reg, IMM8 => dst_disp] # FF /4 insn(opcode: 0xff, mod_rm: ModRM[mod: Mod01, reg: 4, rm: dst_reg], disp: dst_disp) # JMP r/m64 (Mod 11: reg) in R64 => dst_reg # FF /4 insn(opcode: 0xff, mod_rm: ModRM[mod: Mod11, reg: 4, rm: dst_reg]) end end def jne(dst) case dst # JNE rel8 in Label => dst_label # 75 cb insn(opcode: 0x75, imm: dst_label) # JNE rel32 in Integer => dst_addr # 0F 85 cd insn(opcode: [0x0f, 0x85], imm: rel32(dst_addr)) end end def jnz(dst) case dst # JE rel8 in Label => dst_label # 75 cb insn(opcode: 0x75, imm: dst_label) # JNZ rel32 in Integer => dst_addr # 0F 85 cd insn(opcode: [0x0f, 0x85], imm: rel32(dst_addr)) end end def jo(dst) case dst # JO rel32 in Integer => dst_addr # 0F 80 cd insn(opcode: [0x0f, 0x80], imm: rel32(dst_addr)) end end def jz(dst) case dst # JZ rel8 in Label => dst_label # 74 cb insn(opcode: 0x74, imm: dst_label) # JZ rel32 in Integer => dst_addr # 0F 84 cd insn(opcode: [0x0f, 0x84], imm: rel32(dst_addr)) end end def lea(dst, src) case [dst, src] # LEA r64,m (Mod 01: [reg]+disp8) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM8 => src_disp]] # REX.W + 8D /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x8d, mod_rm: ModRM[mod: Mod01, reg: dst_reg, rm: src_reg], disp: imm8(src_disp), ) # LEA r64,m (Mod 10: [reg]+disp32) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM32 => src_disp]] # REX.W + 8D /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x8d, mod_rm: ModRM[mod: Mod10, reg: dst_reg, rm: src_reg], disp: imm32(src_disp), ) end end def mov(dst, src) case dst in R32 => dst_reg case src # MOV r32 r/m32 (Mod 01: [reg]+disp8) in DwordPtr[R64 => src_reg, IMM8 => src_disp] # 8B /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( opcode: 0x8b, mod_rm: ModRM[mod: Mod01, reg: dst_reg, rm: src_reg], disp: src_disp, ) # MOV r32, imm32 (Mod 11: reg) in IMM32 => src_imm # B8+ rd id # OI: Operand 1: opcode + rd (w), Operand 2: imm8/16/32/64 insn( opcode: 0xb8, rd: dst_reg, imm: imm32(src_imm), ) end in R64 => dst_reg case src # MOV r64, r/m64 (Mod 00: [reg]) in QwordPtr[R64 => src_reg] # REX.W + 8B /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x8b, mod_rm: ModRM[mod: Mod00, reg: dst_reg, rm: src_reg], ) # MOV r64, r/m64 (Mod 01: [reg]+disp8) in QwordPtr[R64 => src_reg, IMM8 => src_disp] # REX.W + 8B /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x8b, mod_rm: ModRM[mod: Mod01, reg: dst_reg, rm: src_reg], disp: src_disp, ) # MOV r64, r/m64 (Mod 10: [reg]+disp32) in QwordPtr[R64 => src_reg, IMM32 => src_disp] # REX.W + 8B /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x8b, mod_rm: ModRM[mod: Mod10, reg: dst_reg, rm: src_reg], disp: imm32(src_disp), ) # MOV r64, r/m64 (Mod 11: reg) in R64 => src_reg # REX.W + 8B /r # RM: Operand 1: ModRM:reg (w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x8b, mod_rm: ModRM[mod: Mod11, reg: dst_reg, rm: src_reg], ) # MOV r/m64, imm32 (Mod 11: reg) in IMM32 => src_imm # REX.W + C7 /0 id # MI: Operand 1: ModRM:r/m (w), Operand 2: imm8/16/32/64 insn( prefix: REX_W, opcode: 0xc7, mod_rm: ModRM[mod: Mod11, reg: 0, rm: dst_reg], imm: imm32(src_imm), ) # MOV r64, imm64 in IMM64 => src_imm # REX.W + B8+ rd io # OI: Operand 1: opcode + rd (w), Operand 2: imm8/16/32/64 insn( prefix: REX_W, opcode: 0xb8, rd: dst_reg, imm: imm64(src_imm), ) end in DwordPtr[R64 => dst_reg, IMM8 => dst_disp] case src # MOV r/m32, imm32 (Mod 01: [reg]+disp8) in IMM32 => src_imm # C7 /0 id # MI: Operand 1: ModRM:r/m (w), Operand 2: imm8/16/32/64 insn( opcode: 0xc7, mod_rm: ModRM[mod: Mod01, reg: 0, rm: dst_reg], disp: dst_disp, imm: imm32(src_imm), ) end in QwordPtr[R64 => dst_reg] case src # MOV r/m64, imm32 (Mod 00: [reg]) in IMM32 => src_imm # REX.W + C7 /0 id # MI: Operand 1: ModRM:r/m (w), Operand 2: imm8/16/32/64 insn( prefix: REX_W, opcode: 0xc7, mod_rm: ModRM[mod: Mod00, reg: 0, rm: dst_reg], imm: imm32(src_imm), ) # MOV r/m64, r64 (Mod 00: [reg]) in R64 => src_reg # REX.W + 89 /r # MR: Operand 1: ModRM:r/m (w), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x89, mod_rm: ModRM[mod: Mod00, reg: src_reg, rm: dst_reg], ) end in QwordPtr[R64 => dst_reg, IMM8 => dst_disp] # Optimize encoding when disp is 0 return mov([dst_reg], src) if dst_disp == 0 case src # MOV r/m64, imm32 (Mod 01: [reg]+disp8) in IMM32 => src_imm # REX.W + C7 /0 id # MI: Operand 1: ModRM:r/m (w), Operand 2: imm8/16/32/64 insn( prefix: REX_W, opcode: 0xc7, mod_rm: ModRM[mod: Mod01, reg: 0, rm: dst_reg], disp: dst_disp, imm: imm32(src_imm), ) # MOV r/m64, r64 (Mod 01: [reg]+disp8) in R64 => src_reg # REX.W + 89 /r # MR: Operand 1: ModRM:r/m (w), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x89, mod_rm: ModRM[mod: Mod01, reg: src_reg, rm: dst_reg], disp: dst_disp, ) end in QwordPtr[R64 => dst_reg, IMM32 => dst_disp] case src # MOV r/m64, imm32 (Mod 10: [reg]+disp32) in IMM32 => src_imm # REX.W + C7 /0 id # MI: Operand 1: ModRM:r/m (w), Operand 2: imm8/16/32/64 insn( prefix: REX_W, opcode: 0xc7, mod_rm: ModRM[mod: Mod10, reg: 0, rm: dst_reg], disp: imm32(dst_disp), imm: imm32(src_imm), ) # MOV r/m64, r64 (Mod 10: [reg]+disp32) in R64 => src_reg # REX.W + 89 /r # MR: Operand 1: ModRM:r/m (w), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x89, mod_rm: ModRM[mod: Mod10, reg: src_reg, rm: dst_reg], disp: imm32(dst_disp), ) end end end def or(dst, src) case [dst, src] # OR r/m64, imm8 (Mod 11: reg) in [R64 => dst_reg, IMM8 => src_imm] # REX.W + 83 /1 ib # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod11, reg: 1, rm: dst_reg], imm: imm8(src_imm), ) # OR r/m64, imm32 (Mod 11: reg) in [R64 => dst_reg, IMM32 => src_imm] # REX.W + 81 /1 id # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x81, mod_rm: ModRM[mod: Mod11, reg: 1, rm: dst_reg], imm: imm32(src_imm), ) # OR r64, r/m64 (Mod 01: [reg]+disp8) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM8 => src_disp]] # REX.W + 0B /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x0b, mod_rm: ModRM[mod: Mod01, reg: dst_reg, rm: src_reg], disp: imm8(src_disp), ) # OR r64, r/m64 (Mod 10: [reg]+disp32) in [R64 => dst_reg, QwordPtr[R64 => src_reg, IMM32 => src_disp]] # REX.W + 0B /r # RM: Operand 1: ModRM:reg (r, w), Operand 2: ModRM:r/m (r) insn( prefix: REX_W, opcode: 0x0b, mod_rm: ModRM[mod: Mod10, reg: dst_reg, rm: src_reg], disp: imm32(src_disp), ) end end def push(src) case src # PUSH r64 in R64 => src_reg # 50+rd # O: Operand 1: opcode + rd (r) insn(opcode: 0x50, rd: src_reg) end end def pop(dst) case dst # POP r64 in R64 => dst_reg # 58+ rd # O: Operand 1: opcode + rd (r) insn(opcode: 0x58, rd: dst_reg) end end def ret # RET # Near return: A return to a procedure within the current code segment insn(opcode: 0xc3) end def sar(dst, src) case [dst, src] in [R64 => dst_reg, IMM8 => src_imm] # REX.W + C1 /7 ib # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8 insn( prefix: REX_W, opcode: 0xc1, mod_rm: ModRM[mod: Mod11, reg: 7, rm: dst_reg], imm: imm8(src_imm), ) end end def sub(dst, src) case [dst, src] # SUB r/m64, imm8 (Mod 11: reg) in [R64 => dst_reg, IMM8 => src_imm] # REX.W + 83 /5 ib # MI: Operand 1: ModRM:r/m (r, w), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0x83, mod_rm: ModRM[mod: Mod11, reg: 5, rm: dst_reg], imm: imm8(src_imm), ) # SUB r/m64, r64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 29 /r # MR: Operand 1: ModRM:r/m (r, w), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x29, mod_rm: ModRM[mod: Mod11, reg: src_reg, rm: dst_reg], ) end end def test(left, right) case [left, right] # TEST r/m8*, imm8 (Mod 01: [reg]+disp8) in [BytePtr[R64 => left_reg, IMM8 => left_disp], IMM8 => right_imm] # REX + F6 /0 ib # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( opcode: 0xf6, mod_rm: ModRM[mod: Mod01, reg: 0, rm: left_reg], disp: left_disp, imm: imm8(right_imm), ) # TEST r/m64, imm32 (Mod 01: [reg]+disp8) in [QwordPtr[R64 => left_reg, IMM8 => left_disp], IMM32 => right_imm] # REX.W + F7 /0 id # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0xf7, mod_rm: ModRM[mod: Mod01, reg: 0, rm: left_reg], disp: left_disp, imm: imm32(right_imm), ) # TEST r/m64, imm32 (Mod 10: [reg]+disp32) in [QwordPtr[R64 => left_reg, IMM32 => left_disp], IMM32 => right_imm] # REX.W + F7 /0 id # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0xf7, mod_rm: ModRM[mod: Mod10, reg: 0, rm: left_reg], disp: imm32(left_disp), imm: imm32(right_imm), ) # TEST r/m64, imm32 (Mod 11: reg) in [R64 => left_reg, IMM32 => right_imm] # REX.W + F7 /0 id # MI: Operand 1: ModRM:r/m (r), Operand 2: imm8/16/32 insn( prefix: REX_W, opcode: 0xf7, mod_rm: ModRM[mod: Mod11, reg: 0, rm: left_reg], imm: imm32(right_imm), ) # TEST r/m32, r32 (Mod 11: reg) in [R32 => left_reg, R32 => right_reg] # 85 /r # MR: Operand 1: ModRM:r/m (r), Operand 2: ModRM:reg (r) insn( opcode: 0x85, mod_rm: ModRM[mod: Mod11, reg: right_reg, rm: left_reg], ) # TEST r/m64, r64 (Mod 11: reg) in [R64 => left_reg, R64 => right_reg] # REX.W + 85 /r # MR: Operand 1: ModRM:r/m (r), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x85, mod_rm: ModRM[mod: Mod11, reg: right_reg, rm: left_reg], ) end end def xor(dst, src) case [dst, src] # XOR r/m64, r64 (Mod 11: reg) in [R64 => dst_reg, R64 => src_reg] # REX.W + 31 /r # MR: Operand 1: ModRM:r/m (r, w), Operand 2: ModRM:reg (r) insn( prefix: REX_W, opcode: 0x31, mod_rm: ModRM[mod: Mod11, reg: src_reg, rm: dst_reg], ) end end # # Utilities # attr_reader :comments def comment(message) @comments[@bytes.size] << message end # Mark the starting address of a block def block(block) @blocks[@bytes.size] << block end # Mark the starting/ending addresses of a stub def stub(stub) @stub_starts[@bytes.size] << stub yield ensure @stub_ends[@bytes.size] << stub end def pos_marker(&block) @pos_markers[@bytes.size] << block end def new_label(name) Label.new(id: @label_id += 1, name:) end # @param [RubyVM::RJIT::Assembler::Label] label def write_label(label) @labels[label] = @bytes.size end def incr_counter(name) if C.rjit_opts.stats comment("increment counter #{name}") mov(:rax, C.rb_rjit_counters[name].to_i) add([:rax], 1) # TODO: lock end end private def insn(prefix: 0, opcode:, rd: nil, mod_rm: nil, disp: nil, imm: nil) # Determine prefix if rd prefix |= REX_B if extended_reg?(rd) opcode += reg_code(rd) end if mod_rm prefix |= REX_R if mod_rm.reg.is_a?(Symbol) && extended_reg?(mod_rm.reg) prefix |= REX_B if mod_rm.rm.is_a?(Symbol) && extended_reg?(mod_rm.rm) end # Encode insn if prefix > 0 @bytes.push(prefix) end @bytes.push(*Array(opcode)) if mod_rm mod_rm_byte = encode_mod_rm( mod: mod_rm.mod, reg: mod_rm.reg.is_a?(Symbol) ? reg_code(mod_rm.reg) : mod_rm.reg, rm: mod_rm.rm.is_a?(Symbol) ? reg_code(mod_rm.rm) : mod_rm.rm, ) @bytes.push(mod_rm_byte) end if disp @bytes.push(*Array(disp)) end if imm @bytes.push(*imm) end end def reg_code(reg) reg_code_extended(reg).first end # Table 2-2. 32-Bit Addressing Forms with the ModR/M Byte # # 7 6 5 4 3 2 1 0 # +--+--+--+--+--+--+--+--+ # | Mod | Reg/ | R/M | # | | Opcode | | # +--+--+--+--+--+--+--+--+ # # The r/m field can specify a register as an operand or it can be combined # with the mod field to encode an addressing mode. # # /0: R/M is 0 (not used) # /r: R/M is a register def encode_mod_rm(mod:, reg: 0, rm: 0) if mod > 0b11 raise ArgumentError, "too large Mod: #{mod}" end if reg > 0b111 raise ArgumentError, "too large Reg/Opcode: #{reg}" end if rm > 0b111 raise ArgumentError, "too large R/M: #{rm}" end (mod << 6) + (reg << 3) + rm end # ib: 1 byte def imm8(imm) unless imm8?(imm) raise ArgumentError, "unexpected imm8: #{imm}" end [imm].pack('c').unpack('c*') # TODO: consider uimm end # id: 4 bytes def imm32(imm) unless imm32?(imm) raise ArgumentError, "unexpected imm32: #{imm}" end [imm].pack('l').unpack('c*') # TODO: consider uimm end # io: 8 bytes def imm64(imm) unless imm64?(imm) raise ArgumentError, "unexpected imm64: #{imm}" end imm_bytes(imm, 8) end def imm_bytes(imm, num_bytes) bytes = [] bits = imm num_bytes.times do bytes << (bits & 0xff) bits >>= 8 end if bits != 0 raise ArgumentError, "unexpected imm with #{num_bytes} bytes: #{imm}" end bytes end def rel32(addr) [Rel32.new(addr), Rel32Pad, Rel32Pad, Rel32Pad] end def set_code_addrs(write_addr) (@bytes.size + 1).times do |index| @blocks.fetch(index, []).each do |block| block.start_addr = write_addr + index end @stub_starts.fetch(index, []).each do |stub| stub.start_addr = write_addr + index end @stub_ends.fetch(index, []).each do |stub| stub.end_addr = write_addr + index end end end def resolve_rel32(write_addr) @bytes.each_with_index do |byte, index| if byte.is_a?(Rel32) src_addr = write_addr + index + 4 # offset 4 bytes for rel32 itself dst_addr = byte.addr rel32 = dst_addr - src_addr raise "unexpected offset: #{rel32}" unless imm32?(rel32) imm32(rel32).each_with_index do |rel_byte, rel_index| @bytes[index + rel_index] = rel_byte end end end end def resolve_labels @bytes.each_with_index do |byte, index| if byte.is_a?(Label) src_index = index + 1 # offset 1 byte for rel8 itself dst_index = @labels.fetch(byte) rel8 = dst_index - src_index raise "unexpected offset: #{rel8}" unless imm8?(rel8) @bytes[index] = rel8 end end end def write_bytes(addr) Fiddle::Pointer.new(addr)[0, @bytes.size] = @bytes.pack('c*') end end module OperandMatcher def imm8?(imm) (-0x80..0x7f).include?(imm) end def imm32?(imm) (-0x8000_0000..0x7fff_ffff).include?(imm) # TODO: consider uimm end def imm64?(imm) (-0x8000_0000_0000_0000..0xffff_ffff_ffff_ffff).include?(imm) end def r32?(reg) if extended_reg?(reg) reg.end_with?('d') else reg.start_with?('e') end end def r64?(reg) if extended_reg?(reg) reg.match?(/\Ar\d+\z/) else reg.start_with?('r') end end def extended_reg?(reg) reg_code_extended(reg).last end def reg_code_extended(reg) case reg # Not extended when :al, :ax, :eax, :rax then [0, false] when :cl, :cx, :ecx, :rcx then [1, false] when :dl, :dx, :edx, :rdx then [2, false] when :bl, :bx, :ebx, :rbx then [3, false] when :ah, :sp, :esp, :rsp then [4, false] when :ch, :bp, :ebp, :rbp then [5, false] when :dh, :si, :esi, :rsi then [6, false] when :bh, :di, :edi, :rdi then [7, false] # Extended when :r8b, :r8w, :r8d, :r8 then [0, true] when :r9b, :r9w, :r9d, :r9 then [1, true] when :r10b, :r10w, :r10d, :r10 then [2, true] when :r11b, :r11w, :r11d, :r11 then [3, true] when :r12b, :r12w, :r12d, :r12 then [4, true] when :r13b, :r13w, :r13d, :r13 then [5, true] when :r14b, :r14w, :r14d, :r14 then [6, true] when :r15b, :r15w, :r15d, :r15 then [7, true] else raise ArgumentError, "unexpected reg: #{reg.inspect}" end end end class Assembler include OperandMatcher extend OperandMatcher end end PK *J [��:3 :3 ( share/ruby/ruby_vm/rjit/insn_compiler.rbnu �[��� # frozen_string_literal: true module RubyVM::RJIT class InsnCompiler # struct rb_calling_info. Storing flags instead of ci. CallingInfo = Struct.new(:argc, :flags, :kwarg, :ci_addr, :send_shift, :block_handler) do def kw_splat = flags & C::VM_CALL_KW_SPLAT != 0 end # @param ocb [CodeBlock] # @param exit_compiler [RubyVM::RJIT::ExitCompiler] def initialize(cb, ocb, exit_compiler) @ocb = ocb @exit_compiler = exit_compiler @cfunc_codegen_table = {} register_cfunc_codegen_funcs end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] # @param insn `RubyVM::RJIT::Instruction` def compile(jit, ctx, asm, insn) asm.incr_counter(:rjit_insns_count) stack = ctx.stack_size.times.map do |stack_idx| ctx.get_opnd_type(StackOpnd[ctx.stack_size - stack_idx - 1]).type end locals = jit.iseq.body.local_table_size.times.map do |local_idx| (ctx.local_types[local_idx] || Type::Unknown).type end insn_idx = format('%04d', (jit.pc.to_i - jit.iseq.body.iseq_encoded.to_i) / C.VALUE.size) asm.comment("Insn: #{insn_idx} #{insn.name} (stack: [#{stack.join(', ')}], locals: [#{locals.join(', ')}])") # 83/102 case insn.name when :nop then nop(jit, ctx, asm) when :getlocal then getlocal(jit, ctx, asm) when :setlocal then setlocal(jit, ctx, asm) when :getblockparam then getblockparam(jit, ctx, asm) # setblockparam when :getblockparamproxy then getblockparamproxy(jit, ctx, asm) when :getspecial then getspecial(jit, ctx, asm) # setspecial when :getinstancevariable then getinstancevariable(jit, ctx, asm) when :setinstancevariable then setinstancevariable(jit, ctx, asm) when :getclassvariable then getclassvariable(jit, ctx, asm) when :setclassvariable then setclassvariable(jit, ctx, asm) when :opt_getconstant_path then opt_getconstant_path(jit, ctx, asm) when :getconstant then getconstant(jit, ctx, asm) # setconstant when :getglobal then getglobal(jit, ctx, asm) # setglobal when :putnil then putnil(jit, ctx, asm) when :putself then putself(jit, ctx, asm) when :putobject then putobject(jit, ctx, asm) when :putspecialobject then putspecialobject(jit, ctx, asm) when :putstring then putstring(jit, ctx, asm) when :putchilledstring then putchilledstring(jit, ctx, asm) when :concatstrings then concatstrings(jit, ctx, asm) when :anytostring then anytostring(jit, ctx, asm) when :toregexp then toregexp(jit, ctx, asm) when :intern then intern(jit, ctx, asm) when :newarray then newarray(jit, ctx, asm) when :duparray then duparray(jit, ctx, asm) # duphash when :expandarray then expandarray(jit, ctx, asm) when :concatarray then concatarray(jit, ctx, asm) when :splatarray then splatarray(jit, ctx, asm) when :newhash then newhash(jit, ctx, asm) when :newrange then newrange(jit, ctx, asm) when :pop then pop(jit, ctx, asm) when :dup then dup(jit, ctx, asm) when :dupn then dupn(jit, ctx, asm) when :swap then swap(jit, ctx, asm) # opt_reverse when :topn then topn(jit, ctx, asm) when :setn then setn(jit, ctx, asm) when :adjuststack then adjuststack(jit, ctx, asm) when :defined then defined(jit, ctx, asm) when :definedivar then definedivar(jit, ctx, asm) # checkmatch when :checkkeyword then checkkeyword(jit, ctx, asm) # checktype # defineclass # definemethod # definesmethod when :send then send(jit, ctx, asm) when :opt_send_without_block then opt_send_without_block(jit, ctx, asm) when :objtostring then objtostring(jit, ctx, asm) when :opt_str_freeze then opt_str_freeze(jit, ctx, asm) when :opt_ary_freeze then opt_ary_freeze(jit, ctx, asm) when :opt_hash_freeze then opt_hash_freeze(jit, ctx, asm) when :opt_nil_p then opt_nil_p(jit, ctx, asm) # opt_str_uminus when :opt_newarray_send then opt_newarray_send(jit, ctx, asm) when :invokesuper then invokesuper(jit, ctx, asm) when :invokeblock then invokeblock(jit, ctx, asm) when :leave then leave(jit, ctx, asm) when :throw then throw(jit, ctx, asm) when :jump then jump(jit, ctx, asm) when :branchif then branchif(jit, ctx, asm) when :branchunless then branchunless(jit, ctx, asm) when :branchnil then branchnil(jit, ctx, asm) # once when :opt_case_dispatch then opt_case_dispatch(jit, ctx, asm) when :opt_plus then opt_plus(jit, ctx, asm) when :opt_minus then opt_minus(jit, ctx, asm) when :opt_mult then opt_mult(jit, ctx, asm) when :opt_div then opt_div(jit, ctx, asm) when :opt_mod then opt_mod(jit, ctx, asm) when :opt_eq then opt_eq(jit, ctx, asm) when :opt_neq then opt_neq(jit, ctx, asm) when :opt_lt then opt_lt(jit, ctx, asm) when :opt_le then opt_le(jit, ctx, asm) when :opt_gt then opt_gt(jit, ctx, asm) when :opt_ge then opt_ge(jit, ctx, asm) when :opt_ltlt then opt_ltlt(jit, ctx, asm) when :opt_and then opt_and(jit, ctx, asm) when :opt_or then opt_or(jit, ctx, asm) when :opt_aref then opt_aref(jit, ctx, asm) when :opt_aset then opt_aset(jit, ctx, asm) # opt_aset_with # opt_aref_with when :opt_length then opt_length(jit, ctx, asm) when :opt_size then opt_size(jit, ctx, asm) when :opt_empty_p then opt_empty_p(jit, ctx, asm) when :opt_succ then opt_succ(jit, ctx, asm) when :opt_not then opt_not(jit, ctx, asm) when :opt_regexpmatch2 then opt_regexpmatch2(jit, ctx, asm) # invokebuiltin when :opt_invokebuiltin_delegate then opt_invokebuiltin_delegate(jit, ctx, asm) when :opt_invokebuiltin_delegate_leave then opt_invokebuiltin_delegate_leave(jit, ctx, asm) when :getlocal_WC_0 then getlocal_WC_0(jit, ctx, asm) when :getlocal_WC_1 then getlocal_WC_1(jit, ctx, asm) when :setlocal_WC_0 then setlocal_WC_0(jit, ctx, asm) when :setlocal_WC_1 then setlocal_WC_1(jit, ctx, asm) when :putobject_INT2FIX_0_ then putobject_INT2FIX_0_(jit, ctx, asm) when :putobject_INT2FIX_1_ then putobject_INT2FIX_1_(jit, ctx, asm) else CantCompile end end private # # Insns # # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def nop(jit, ctx, asm) # Do nothing KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getlocal(jit, ctx, asm) idx = jit.operand(0) level = jit.operand(1) jit_getlocal_generic(jit, ctx, asm, idx:, level:) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getlocal_WC_0(jit, ctx, asm) idx = jit.operand(0) jit_getlocal_generic(jit, ctx, asm, idx:, level: 0) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getlocal_WC_1(jit, ctx, asm) idx = jit.operand(0) jit_getlocal_generic(jit, ctx, asm, idx:, level: 1) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def setlocal(jit, ctx, asm) idx = jit.operand(0) level = jit.operand(1) jit_setlocal_generic(jit, ctx, asm, idx:, level:) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def setlocal_WC_0(jit, ctx, asm) idx = jit.operand(0) jit_setlocal_generic(jit, ctx, asm, idx:, level: 0) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def setlocal_WC_1(jit, ctx, asm) idx = jit.operand(0) jit_setlocal_generic(jit, ctx, asm, idx:, level: 1) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getblockparam(jit, ctx, asm) # EP level level = jit.operand(1) # Save the PC and SP because we might allocate jit_prepare_routine_call(jit, ctx, asm) # A mirror of the interpreter code. Checking for the case # where it's pushing rb_block_param_proxy. side_exit = side_exit(jit, ctx) # Load environment pointer EP from CFP ep_reg = :rax jit_get_ep(asm, level, reg: ep_reg) # Bail when VM_ENV_FLAGS(ep, VM_FRAME_FLAG_MODIFIED_BLOCK_PARAM) is non zero # FIXME: This is testing bits in the same place that the WB check is testing. # We should combine these at some point asm.test([ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_FLAGS], C::VM_FRAME_FLAG_MODIFIED_BLOCK_PARAM) # If the frame flag has been modified, then the actual proc value is # already in the EP and we should just use the value. frame_flag_modified = asm.new_label('frame_flag_modified') asm.jnz(frame_flag_modified) # This instruction writes the block handler to the EP. If we need to # fire a write barrier for the write, then exit (we'll let the # interpreter handle it so it can fire the write barrier). # flags & VM_ENV_FLAG_WB_REQUIRED asm.test([ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_FLAGS], C::VM_ENV_FLAG_WB_REQUIRED) # if (flags & VM_ENV_FLAG_WB_REQUIRED) != 0 asm.jnz(side_exit) # Convert the block handler in to a proc # call rb_vm_bh_to_procval(const rb_execution_context_t *ec, VALUE block_handler) asm.mov(C_ARGS[0], EC) # The block handler for the current frame # note, VM_ASSERT(VM_ENV_LOCAL_P(ep)) asm.mov(C_ARGS[1], [ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) asm.call(C.rb_vm_bh_to_procval) # Load environment pointer EP from CFP (again) ep_reg = :rcx jit_get_ep(asm, level, reg: ep_reg) # Write the value at the environment pointer idx = jit.operand(0) offs = -(C.VALUE.size * idx) asm.mov([ep_reg, offs], C_RET); # Set the frame modified flag asm.mov(:rax, [ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_FLAGS]) # flag_check asm.or(:rax, C::VM_FRAME_FLAG_MODIFIED_BLOCK_PARAM) # modified_flag asm.mov([ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_FLAGS], :rax) asm.write_label(frame_flag_modified) # Push the proc on the stack stack_ret = ctx.stack_push(Type::Unknown) ep_reg = :rax jit_get_ep(asm, level, reg: ep_reg) asm.mov(:rax, [ep_reg, offs]) asm.mov(stack_ret, :rax) KeepCompiling end # setblockparam # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getblockparamproxy(jit, ctx, asm) # To get block_handler unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end starting_context = ctx.dup # make a copy for use with jit_chain_guard # A mirror of the interpreter code. Checking for the case # where it's pushing rb_block_param_proxy. side_exit = side_exit(jit, ctx) # EP level level = jit.operand(1) # Peek at the block handler so we can check whether it's nil comptime_handler = jit.peek_at_block_handler(level) # When a block handler is present, it should always be a GC-guarded # pointer (VM_BH_ISEQ_BLOCK_P) if comptime_handler != 0 && comptime_handler & 0x3 != 0x1 asm.incr_counter(:getblockpp_not_gc_guarded) return CantCompile end # Load environment pointer EP from CFP ep_reg = :rax jit_get_ep(asm, level, reg: ep_reg) # Bail when VM_ENV_FLAGS(ep, VM_FRAME_FLAG_MODIFIED_BLOCK_PARAM) is non zero asm.test([ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_FLAGS], C::VM_FRAME_FLAG_MODIFIED_BLOCK_PARAM) asm.jnz(counted_exit(side_exit, :getblockpp_block_param_modified)) # Load the block handler for the current frame # note, VM_ASSERT(VM_ENV_LOCAL_P(ep)) block_handler = :rax asm.mov(block_handler, [ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) # Specialize compilation for the case where no block handler is present if comptime_handler == 0 # Bail if there is a block handler asm.cmp(block_handler, 0) jit_chain_guard(:jnz, jit, starting_context, asm, counted_exit(side_exit, :getblockpp_block_handler_none)) putobject(jit, ctx, asm, val: Qnil) else # Block handler is a tagged pointer. Look at the tag. 0x03 is from VM_BH_ISEQ_BLOCK_P(). asm.and(block_handler, 0x3) # Bail unless VM_BH_ISEQ_BLOCK_P(bh). This also checks for null. asm.cmp(block_handler, 0x1) jit_chain_guard(:jnz, jit, starting_context, asm, counted_exit(side_exit, :getblockpp_not_iseq_block)) # Push rb_block_param_proxy. It's a root, so no need to use jit_mov_gc_ptr. top = ctx.stack_push(Type::BlockParamProxy) asm.mov(:rax, C.rb_block_param_proxy) asm.mov(top, :rax) end jump_to_next_insn(jit, ctx, asm) EndBlock end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getspecial(jit, ctx, asm) # This takes two arguments, key and type # key is only used when type == 0 # A non-zero type determines which type of backref to fetch #rb_num_t key = jit.jit_get_arg(0); rtype = jit.operand(1) if rtype == 0 # not yet implemented return CantCompile; elsif rtype & 0x01 != 0 # Fetch a "special" backref based on a char encoded by shifting by 1 # Can raise if matchdata uninitialized jit_prepare_routine_call(jit, ctx, asm) # call rb_backref_get() asm.comment('rb_backref_get') asm.call(C.rb_backref_get) asm.mov(C_ARGS[0], C_RET) # backref case [rtype >> 1].pack('c') in ?& asm.comment("rb_reg_last_match") asm.call(C.rb_reg_last_match) in ?` asm.comment("rb_reg_match_pre") asm.call(C.rb_reg_match_pre) in ?' asm.comment("rb_reg_match_post") asm.call(C.rb_reg_match_post) in ?+ asm.comment("rb_reg_match_last") asm.call(C.rb_reg_match_last) end stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling else # Fetch the N-th match from the last backref based on type shifted by 1 # Can raise if matchdata uninitialized jit_prepare_routine_call(jit, ctx, asm) # call rb_backref_get() asm.comment('rb_backref_get') asm.call(C.rb_backref_get) # rb_reg_nth_match((int)(type >> 1), backref); asm.comment('rb_reg_nth_match') asm.mov(C_ARGS[0], rtype >> 1) asm.mov(C_ARGS[1], C_RET) # backref asm.call(C.rb_reg_nth_match) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling end end # setspecial # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getinstancevariable(jit, ctx, asm) # Specialize on a compile-time receiver, and split a block for chain guards unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end id = jit.operand(0) comptime_obj = jit.peek_at_self jit_getivar(jit, ctx, asm, comptime_obj, id, nil, SelfOpnd) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def setinstancevariable(jit, ctx, asm) starting_context = ctx.dup # make a copy for use with jit_chain_guard # Defer compilation so we can specialize on a runtime `self` unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end ivar_name = jit.operand(0) comptime_receiver = jit.peek_at_self # If the comptime receiver is frozen, writing an IV will raise an exception # and we don't want to JIT code to deal with that situation. if C.rb_obj_frozen_p(comptime_receiver) asm.incr_counter(:setivar_frozen) return CantCompile end # Check if the comptime receiver is a T_OBJECT receiver_t_object = C::BUILTIN_TYPE(comptime_receiver) == C::T_OBJECT # If the receiver isn't a T_OBJECT, or uses a custom allocator, # then just write out the IV write as a function call. # too-complex shapes can't use index access, so we use rb_ivar_get for them too. if !receiver_t_object || shape_too_complex?(comptime_receiver) || ctx.chain_depth >= 10 asm.comment('call rb_vm_setinstancevariable') ic = jit.operand(1) # The function could raise exceptions. # Note that this modifies REG_SP, which is why we do it first jit_prepare_routine_call(jit, ctx, asm) # Get the operands from the stack val_opnd = ctx.stack_pop(1) # Call rb_vm_setinstancevariable(iseq, obj, id, val, ic); asm.mov(:rdi, jit.iseq.to_i) asm.mov(:rsi, [CFP, C.rb_control_frame_t.offsetof(:self)]) asm.mov(:rdx, ivar_name) asm.mov(:rcx, val_opnd) asm.mov(:r8, ic) asm.call(C.rb_vm_setinstancevariable) else # Get the iv index shape_id = C.rb_shape_get_shape_id(comptime_receiver) ivar_index = C.rb_shape_get_iv_index(shape_id, ivar_name) # Get the receiver asm.mov(:rax, [CFP, C.rb_control_frame_t.offsetof(:self)]) # Generate a side exit side_exit = side_exit(jit, ctx) # Upgrade type guard_object_is_heap(jit, ctx, asm, :rax, SelfOpnd, :setivar_not_heap) asm.comment('guard shape') asm.cmp(DwordPtr[:rax, C.rb_shape_id_offset], shape_id) megamorphic_side_exit = counted_exit(side_exit, :setivar_megamorphic) jit_chain_guard(:jne, jit, starting_context, asm, megamorphic_side_exit) # If we don't have an instance variable index, then we need to # transition out of the current shape. if ivar_index.nil? shape = C.rb_shape_get_shape_by_id(shape_id) current_capacity = shape.capacity dest_shape = C.rb_shape_get_next_no_warnings(shape, comptime_receiver, ivar_name) new_shape_id = C.rb_shape_id(dest_shape) if new_shape_id == C::OBJ_TOO_COMPLEX_SHAPE_ID asm.incr_counter(:setivar_too_complex) return CantCompile end ivar_index = shape.next_iv_index # If the new shape has a different capacity, we need to # reallocate the object. needs_extension = dest_shape.capacity != shape.capacity if needs_extension # Generate the C call so that runtime code will increase # the capacity and set the buffer. asm.mov(C_ARGS[0], :rax) asm.mov(C_ARGS[1], current_capacity) asm.mov(C_ARGS[2], dest_shape.capacity) asm.call(C.rb_ensure_iv_list_size) # Load the receiver again after the function call asm.mov(:rax, [CFP, C.rb_control_frame_t.offsetof(:self)]) end write_val = ctx.stack_pop(1) jit_write_iv(asm, comptime_receiver, :rax, :rcx, ivar_index, write_val, needs_extension) # Store the new shape asm.comment('write shape') asm.mov(:rax, [CFP, C.rb_control_frame_t.offsetof(:self)]) # reload after jit_write_iv asm.mov(DwordPtr[:rax, C.rb_shape_id_offset], new_shape_id) else # If the iv index already exists, then we don't need to # transition to a new shape. The reason is because we find # the iv index by searching up the shape tree. If we've # made the transition already, then there's no reason to # update the shape on the object. Just set the IV. write_val = ctx.stack_pop(1) jit_write_iv(asm, comptime_receiver, :rax, :rcx, ivar_index, write_val, false) end skip_wb = asm.new_label('skip_wb') # If the value we're writing is an immediate, we don't need to WB asm.test(write_val, C::RUBY_IMMEDIATE_MASK) asm.jnz(skip_wb) # If the value we're writing is nil or false, we don't need to WB asm.cmp(write_val, Qnil) asm.jbe(skip_wb) asm.comment('write barrier') asm.mov(C_ARGS[0], [CFP, C.rb_control_frame_t.offsetof(:self)]) # reload after jit_write_iv asm.mov(C_ARGS[1], write_val) asm.call(C.rb_gc_writebarrier) asm.write_label(skip_wb) end KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getclassvariable(jit, ctx, asm) # rb_vm_getclassvariable can raise exceptions. jit_prepare_routine_call(jit, ctx, asm) asm.mov(C_ARGS[0], [CFP, C.rb_control_frame_t.offsetof(:iseq)]) asm.mov(C_ARGS[1], CFP) asm.mov(C_ARGS[2], jit.operand(0)) asm.mov(C_ARGS[3], jit.operand(1)) asm.call(C.rb_vm_getclassvariable) top = ctx.stack_push(Type::Unknown) asm.mov(top, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def setclassvariable(jit, ctx, asm) # rb_vm_setclassvariable can raise exceptions. jit_prepare_routine_call(jit, ctx, asm) asm.mov(C_ARGS[0], [CFP, C.rb_control_frame_t.offsetof(:iseq)]) asm.mov(C_ARGS[1], CFP) asm.mov(C_ARGS[2], jit.operand(0)) asm.mov(C_ARGS[3], ctx.stack_pop(1)) asm.mov(C_ARGS[4], jit.operand(1)) asm.call(C.rb_vm_setclassvariable) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_getconstant_path(jit, ctx, asm) # Cut the block for invalidation unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end ic = C.iseq_inline_constant_cache.new(jit.operand(0)) idlist = ic.segments # Make sure there is an exit for this block as the interpreter might want # to invalidate this block from rb_rjit_constant_ic_update(). # For now, we always take an entry exit even if it was a side exit. Invariants.ensure_block_entry_exit(jit, cause: 'opt_getconstant_path') # See vm_ic_hit_p(). The same conditions are checked in yjit_constant_ic_update(). ice = ic.entry if ice.nil? # In this case, leave a block that unconditionally side exits # for the interpreter to invalidate. asm.incr_counter(:optgetconst_not_cached) return CantCompile end if ice.ic_cref # with cref # Cache is keyed on a certain lexical scope. Use the interpreter's cache. side_exit = side_exit(jit, ctx) # Call function to verify the cache. It doesn't allocate or call methods. asm.mov(C_ARGS[0], ic.to_i) asm.mov(C_ARGS[1], [CFP, C.rb_control_frame_t.offsetof(:ep)]) asm.call(C.rb_vm_ic_hit_p) # Check the result. SysV only specifies one byte for _Bool return values, # so it's important we only check one bit to ignore the higher bits in the register. asm.test(C_RET, 1) asm.jz(counted_exit(side_exit, :optgetconst_cache_miss)) asm.mov(:rax, ic.to_i) # inline_cache asm.mov(:rax, [:rax, C.iseq_inline_constant_cache.offsetof(:entry)]) # ic_entry asm.mov(:rax, [:rax, C.iseq_inline_constant_cache_entry.offsetof(:value)]) # ic_entry_val # Push ic->entry->value stack_top = ctx.stack_push(Type::Unknown) asm.mov(stack_top, :rax) else # without cref # TODO: implement this # Optimize for single ractor mode. # if !assume_single_ractor_mode(jit, ocb) # return CantCompile # end # Invalidate output code on any constant writes associated with # constants referenced within the current block. Invariants.assume_stable_constant_names(jit, idlist) putobject(jit, ctx, asm, val: ice.value) end jump_to_next_insn(jit, ctx, asm) EndBlock end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getconstant(jit, ctx, asm) id = jit.operand(0) # vm_get_ev_const can raise exceptions. jit_prepare_routine_call(jit, ctx, asm) allow_nil_opnd = ctx.stack_pop(1) klass_opnd = ctx.stack_pop(1) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], klass_opnd) asm.mov(C_ARGS[2], id) asm.mov(C_ARGS[3], allow_nil_opnd) asm.call(C.rb_vm_get_ev_const) top = ctx.stack_push(Type::Unknown) asm.mov(top, C_RET) KeepCompiling end # setconstant # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def getglobal(jit, ctx, asm) gid = jit.operand(0) # Save the PC and SP because we might make a Ruby call for warning jit_prepare_routine_call(jit, ctx, asm) asm.mov(C_ARGS[0], gid) asm.call(C.rb_gvar_get) top = ctx.stack_push(Type::Unknown) asm.mov(top, C_RET) KeepCompiling end # setglobal # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putnil(jit, ctx, asm) putobject(jit, ctx, asm, val: Qnil) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putself(jit, ctx, asm) stack_top = ctx.stack_push_self asm.mov(:rax, [CFP, C.rb_control_frame_t.offsetof(:self)]) asm.mov(stack_top, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putobject(jit, ctx, asm, val: jit.operand(0)) # Push it to the stack val_type = Type.from(C.to_ruby(val)) stack_top = ctx.stack_push(val_type) if asm.imm32?(val) asm.mov(stack_top, val) else # 64-bit immediates can't be directly written to memory asm.mov(:rax, val) asm.mov(stack_top, :rax) end KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putspecialobject(jit, ctx, asm) object_type = jit.operand(0) if object_type == C::VM_SPECIAL_OBJECT_VMCORE stack_top = ctx.stack_push(Type::UnknownHeap) asm.mov(:rax, C.rb_mRubyVMFrozenCore) asm.mov(stack_top, :rax) KeepCompiling else # TODO: implement for VM_SPECIAL_OBJECT_CBASE and # VM_SPECIAL_OBJECT_CONST_BASE CantCompile end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putstring(jit, ctx, asm) put_val = jit.operand(0, ruby: true) # Save the PC and SP because the callee will allocate jit_prepare_routine_call(jit, ctx, asm) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], to_value(put_val)) asm.mov(C_ARGS[2], 0) asm.call(C.rb_ec_str_resurrect) stack_top = ctx.stack_push(Type::TString) asm.mov(stack_top, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putchilledstring(jit, ctx, asm) put_val = jit.operand(0, ruby: true) # Save the PC and SP because the callee will allocate jit_prepare_routine_call(jit, ctx, asm) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], to_value(put_val)) asm.mov(C_ARGS[2], 1) asm.call(C.rb_ec_str_resurrect) stack_top = ctx.stack_push(Type::TString) asm.mov(stack_top, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def concatstrings(jit, ctx, asm) n = jit.operand(0) # Save the PC and SP because we are allocating jit_prepare_routine_call(jit, ctx, asm) asm.lea(:rax, ctx.sp_opnd(-C.VALUE.size * n)) # call rb_str_concat_literals(size_t n, const VALUE *strings); asm.mov(C_ARGS[0], n) asm.mov(C_ARGS[1], :rax) asm.call(C.rb_str_concat_literals) ctx.stack_pop(n) stack_ret = ctx.stack_push(Type::TString) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def anytostring(jit, ctx, asm) # Save the PC and SP since we might call #to_s jit_prepare_routine_call(jit, ctx, asm) str = ctx.stack_pop(1) val = ctx.stack_pop(1) asm.mov(C_ARGS[0], str) asm.mov(C_ARGS[1], val) asm.call(C.rb_obj_as_string_result) # Push the return value stack_ret = ctx.stack_push(Type::TString) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def toregexp(jit, ctx, asm) opt = jit.operand(0, signed: true) cnt = jit.operand(1) # Save the PC and SP because this allocates an object and could # raise an exception. jit_prepare_routine_call(jit, ctx, asm) asm.lea(:rax, ctx.sp_opnd(-C.VALUE.size * cnt)) # values_ptr ctx.stack_pop(cnt) asm.mov(C_ARGS[0], 0) asm.mov(C_ARGS[1], cnt) asm.mov(C_ARGS[2], :rax) # values_ptr asm.call(C.rb_ary_tmp_new_from_values) # Save the array so we can clear it later asm.push(C_RET) asm.push(C_RET) # Alignment asm.mov(C_ARGS[0], C_RET) asm.mov(C_ARGS[1], opt) asm.call(C.rb_reg_new_ary) # The actual regex is in RAX now. Pop the temp array from # rb_ary_tmp_new_from_values into C arg regs so we can clear it asm.pop(:rcx) # Alignment asm.pop(:rcx) # ary # The value we want to push on the stack is in RAX right now stack_ret = ctx.stack_push(Type::UnknownHeap) asm.mov(stack_ret, C_RET) # Clear the temp array. asm.mov(C_ARGS[0], :rcx) # ary asm.call(C.rb_ary_clear) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def intern(jit, ctx, asm) # Save the PC and SP because we might allocate jit_prepare_routine_call(jit, ctx, asm); str = ctx.stack_pop(1) asm.mov(C_ARGS[0], str) asm.call(C.rb_str_intern) # Push the return value stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def newarray(jit, ctx, asm) n = jit.operand(0) # Save the PC and SP because we are allocating jit_prepare_routine_call(jit, ctx, asm) # If n is 0, then elts is never going to be read, so we can just pass null if n == 0 values_ptr = 0 else asm.comment('load pointer to array elts') offset_magnitude = C.VALUE.size * n values_opnd = ctx.sp_opnd(-(offset_magnitude)) asm.lea(:rax, values_opnd) values_ptr = :rax end # call rb_ec_ary_new_from_values(struct rb_execution_context_struct *ec, long n, const VALUE *elts); asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], n) asm.mov(C_ARGS[2], values_ptr) asm.call(C.rb_ec_ary_new_from_values) ctx.stack_pop(n) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def duparray(jit, ctx, asm) ary = jit.operand(0) # Save the PC and SP because we are allocating jit_prepare_routine_call(jit, ctx, asm) # call rb_ary_resurrect(VALUE ary); asm.comment('call rb_ary_resurrect') asm.mov(C_ARGS[0], ary) asm.call(C.rb_ary_resurrect) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) KeepCompiling end # duphash # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def expandarray(jit, ctx, asm) # Both arguments are rb_num_t which is unsigned num = jit.operand(0) flag = jit.operand(1) # If this instruction has the splat flag, then bail out. if flag & 0x01 != 0 asm.incr_counter(:expandarray_splat) return CantCompile end # If this instruction has the postarg flag, then bail out. if flag & 0x02 != 0 asm.incr_counter(:expandarray_postarg) return CantCompile end side_exit = side_exit(jit, ctx) array_opnd = ctx.stack_opnd(0) array_stack_opnd = StackOpnd[0] # num is the number of requested values. If there aren't enough in the # array then we're going to push on nils. if ctx.get_opnd_type(array_stack_opnd) == Type::Nil ctx.stack_pop(1) # pop after using the type info # special case for a, b = nil pattern # push N nils onto the stack num.times do push_opnd = ctx.stack_push(Type::Nil) asm.mov(push_opnd, Qnil) end return KeepCompiling end # Move the array from the stack and check that it's an array. asm.mov(:rax, array_opnd) guard_object_is_array(jit, ctx, asm, :rax, :rcx, array_stack_opnd, :expandarray_not_array) ctx.stack_pop(1) # pop after using the type info # If we don't actually want any values, then just return. if num == 0 return KeepCompiling end jit_array_len(asm, :rax, :rcx) # Only handle the case where the number of values in the array is greater # than or equal to the number of values requested. asm.cmp(:rcx, num) asm.jl(counted_exit(side_exit, :expandarray_rhs_too_small)) # Conditionally load the address of the heap array into REG1. # (struct RArray *)(obj)->as.heap.ptr #asm.mov(:rax, array_opnd) asm.mov(:rcx, [:rax, C.RBasic.offsetof(:flags)]) asm.test(:rcx, C::RARRAY_EMBED_FLAG); asm.mov(:rcx, [:rax, C.RArray.offsetof(:as, :heap, :ptr)]) # Load the address of the embedded array into REG1. # (struct RArray *)(obj)->as.ary asm.lea(:rax, [:rax, C.RArray.offsetof(:as, :ary)]) asm.cmovnz(:rcx, :rax) # Loop backward through the array and push each element onto the stack. (num - 1).downto(0).each do |i| top = ctx.stack_push(Type::Unknown) asm.mov(:rax, [:rcx, i * C.VALUE.size]) asm.mov(top, :rax) end KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def concatarray(jit, ctx, asm) # Save the PC and SP because the callee may allocate # Note that this modifies REG_SP, which is why we do it first jit_prepare_routine_call(jit, ctx, asm) # Get the operands from the stack ary2st_opnd = ctx.stack_pop(1) ary1_opnd = ctx.stack_pop(1) # Call rb_vm_concat_array(ary1, ary2st) asm.mov(C_ARGS[0], ary1_opnd) asm.mov(C_ARGS[1], ary2st_opnd) asm.call(C.rb_vm_concat_array) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def splatarray(jit, ctx, asm) flag = jit.operand(0) # Save the PC and SP because the callee may allocate # Note that this modifies REG_SP, which is why we do it first jit_prepare_routine_call(jit, ctx, asm) # Get the operands from the stack ary_opnd = ctx.stack_pop(1) # Call rb_vm_splat_array(flag, ary) asm.mov(C_ARGS[0], flag) asm.mov(C_ARGS[1], ary_opnd) asm.call(C.rb_vm_splat_array) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def newhash(jit, ctx, asm) num = jit.operand(0) # Save the PC and SP because we are allocating jit_prepare_routine_call(jit, ctx, asm) if num != 0 # val = rb_hash_new_with_size(num / 2); asm.mov(C_ARGS[0], num / 2) asm.call(C.rb_hash_new_with_size) # Save the allocated hash as we want to push it after insertion asm.push(C_RET) asm.push(C_RET) # x86 alignment # Get a pointer to the values to insert into the hash asm.lea(:rcx, ctx.stack_opnd(num - 1)) # rb_hash_bulk_insert(num, STACK_ADDR_FROM_TOP(num), val); asm.mov(C_ARGS[0], num) asm.mov(C_ARGS[1], :rcx) asm.mov(C_ARGS[2], C_RET) asm.call(C.rb_hash_bulk_insert) asm.pop(:rax) asm.pop(:rax) ctx.stack_pop(num) stack_ret = ctx.stack_push(Type::Hash) asm.mov(stack_ret, :rax) else # val = rb_hash_new(); asm.call(C.rb_hash_new) stack_ret = ctx.stack_push(Type::Hash) asm.mov(stack_ret, C_RET) end KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def newrange(jit, ctx, asm) flag = jit.operand(0) # rb_range_new() allocates and can raise jit_prepare_routine_call(jit, ctx, asm) # val = rb_range_new(low, high, (int)flag); asm.mov(C_ARGS[0], ctx.stack_opnd(1)) asm.mov(C_ARGS[1], ctx.stack_opnd(0)) asm.mov(C_ARGS[2], flag) asm.call(C.rb_range_new) ctx.stack_pop(2) stack_ret = ctx.stack_push(Type::UnknownHeap) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def pop(jit, ctx, asm) ctx.stack_pop KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def dup(jit, ctx, asm) dup_val = ctx.stack_opnd(0) mapping, tmp_type = ctx.get_opnd_mapping(StackOpnd[0]) loc0 = ctx.stack_push_mapping([mapping, tmp_type]) asm.mov(:rax, dup_val) asm.mov(loc0, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def dupn(jit, ctx, asm) n = jit.operand(0) # In practice, seems to be only used for n==2 if n != 2 return CantCompile end opnd1 = ctx.stack_opnd(1) opnd0 = ctx.stack_opnd(0) mapping1 = ctx.get_opnd_mapping(StackOpnd[1]) mapping0 = ctx.get_opnd_mapping(StackOpnd[0]) dst1 = ctx.stack_push_mapping(mapping1) asm.mov(:rax, opnd1) asm.mov(dst1, :rax) dst0 = ctx.stack_push_mapping(mapping0) asm.mov(:rax, opnd0) asm.mov(dst0, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def swap(jit, ctx, asm) stack_swap(jit, ctx, asm, 0, 1) KeepCompiling end # opt_reverse # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def topn(jit, ctx, asm) n = jit.operand(0) top_n_val = ctx.stack_opnd(n) mapping = ctx.get_opnd_mapping(StackOpnd[n]) loc0 = ctx.stack_push_mapping(mapping) asm.mov(:rax, top_n_val) asm.mov(loc0, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def setn(jit, ctx, asm) n = jit.operand(0) top_val = ctx.stack_pop(0) dst_opnd = ctx.stack_opnd(n) asm.mov(:rax, top_val) asm.mov(dst_opnd, :rax) mapping = ctx.get_opnd_mapping(StackOpnd[0]) ctx.set_opnd_mapping(StackOpnd[n], mapping) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def adjuststack(jit, ctx, asm) n = jit.operand(0) ctx.stack_pop(n) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def defined(jit, ctx, asm) op_type = jit.operand(0) obj = jit.operand(1, ruby: true) pushval = jit.operand(2, ruby: true) # Save the PC and SP because the callee may allocate # Note that this modifies REG_SP, which is why we do it first jit_prepare_routine_call(jit, ctx, asm) # Get the operands from the stack v_opnd = ctx.stack_pop(1) # Call vm_defined(ec, reg_cfp, op_type, obj, v) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], CFP) asm.mov(C_ARGS[2], op_type) asm.mov(C_ARGS[3], to_value(obj)) asm.mov(C_ARGS[4], v_opnd) asm.call(C.rb_vm_defined) asm.test(C_RET, 255) asm.mov(:rax, Qnil) asm.mov(:rcx, to_value(pushval)) asm.cmovnz(:rax, :rcx) # Push the return value onto the stack out_type = if C::SPECIAL_CONST_P(pushval) Type::UnknownImm else Type::Unknown end stack_ret = ctx.stack_push(out_type) asm.mov(stack_ret, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def definedivar(jit, ctx, asm) # Defer compilation so we can specialize base on a runtime receiver unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end ivar_name = jit.operand(0) # Value that will be pushed on the stack if the ivar is defined. In practice this is always the # string "instance-variable". If the ivar is not defined, nil will be pushed instead. pushval = jit.operand(2, ruby: true) # Get the receiver recv = :rcx asm.mov(recv, [CFP, C.rb_control_frame_t.offsetof(:self)]) # Specialize base on compile time values comptime_receiver = jit.peek_at_self if shape_too_complex?(comptime_receiver) # Fall back to calling rb_ivar_defined # Save the PC and SP because the callee may allocate # Note that this modifies REG_SP, which is why we do it first jit_prepare_routine_call(jit, ctx, asm) # clobbers :rax # Call rb_ivar_defined(recv, ivar_name) asm.mov(C_ARGS[0], recv) asm.mov(C_ARGS[1], ivar_name) asm.call(C.rb_ivar_defined) # if (rb_ivar_defined(recv, ivar_name)) { # val = pushval; # } asm.test(C_RET, 255) asm.mov(:rax, Qnil) asm.mov(:rcx, to_value(pushval)) asm.cmovnz(:rax, :rcx) # Push the return value onto the stack out_type = C::SPECIAL_CONST_P(pushval) ? Type::UnknownImm : Type::Unknown stack_ret = ctx.stack_push(out_type) asm.mov(stack_ret, :rax) return KeepCompiling end shape_id = C.rb_shape_get_shape_id(comptime_receiver) ivar_exists = C.rb_shape_get_iv_index(shape_id, ivar_name) side_exit = side_exit(jit, ctx) # Guard heap object (recv_opnd must be used before stack_pop) guard_object_is_heap(jit, ctx, asm, recv, SelfOpnd) shape_opnd = DwordPtr[recv, C.rb_shape_id_offset] asm.comment('guard shape') asm.cmp(shape_opnd, shape_id) jit_chain_guard(:jne, jit, ctx, asm, side_exit) result = ivar_exists ? C.to_value(pushval) : Qnil putobject(jit, ctx, asm, val: result) # Jump to next instruction. This allows guard chains to share the same successor. jump_to_next_insn(jit, ctx, asm) return EndBlock end # checkmatch # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def checkkeyword(jit, ctx, asm) # When a keyword is unspecified past index 32, a hash will be used # instead. This can only happen in iseqs taking more than 32 keywords. if jit.iseq.body.param.keyword.num >= 32 return CantCompile end # The EP offset to the undefined bits local bits_offset = jit.operand(0) # The index of the keyword we want to check index = jit.operand(1, signed: true) # Load environment pointer EP ep_reg = :rax jit_get_ep(asm, 0, reg: ep_reg) # VALUE kw_bits = *(ep - bits) bits_opnd = [ep_reg, C.VALUE.size * -bits_offset] # unsigned int b = (unsigned int)FIX2ULONG(kw_bits); # if ((b & (0x01 << idx))) { # # We can skip the FIX2ULONG conversion by shifting the bit we test bit_test = 0x01 << (index + 1) asm.test(bits_opnd, bit_test) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmovz(:rax, :rcx) stack_ret = ctx.stack_push(Type::UnknownImm) asm.mov(stack_ret, :rax) KeepCompiling end # checktype # defineclass # definemethod # definesmethod # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def send(jit, ctx, asm) # Specialize on a compile-time receiver, and split a block for chain guards unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end cd = C.rb_call_data.new(jit.operand(0)) blockiseq = jit.operand(1) # calling->ci mid = C.vm_ci_mid(cd.ci) calling = build_calling(ci: cd.ci, block_handler: blockiseq) if calling.flags & C::VM_CALL_FORWARDING != 0 return CantCompile end # vm_sendish cme, comptime_recv_klass = jit_search_method(jit, ctx, asm, mid, calling) if cme == CantCompile return CantCompile end jit_call_general(jit, ctx, asm, mid, calling, cme, comptime_recv_klass) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_send_without_block(jit, ctx, asm, cd: C.rb_call_data.new(jit.operand(0))) # Specialize on a compile-time receiver, and split a block for chain guards unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end # calling->ci mid = C.vm_ci_mid(cd.ci) calling = build_calling(ci: cd.ci, block_handler: C::VM_BLOCK_HANDLER_NONE) # vm_sendish cme, comptime_recv_klass = jit_search_method(jit, ctx, asm, mid, calling) if cme == CantCompile return CantCompile end jit_call_general(jit, ctx, asm, mid, calling, cme, comptime_recv_klass) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def objtostring(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end recv = ctx.stack_opnd(0) comptime_recv = jit.peek_at_stack(0) if C.RB_TYPE_P(comptime_recv, C::RUBY_T_STRING) side_exit = side_exit(jit, ctx) jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_recv), recv, StackOpnd[0], comptime_recv, side_exit) # No work needed. The string value is already on the top of the stack. KeepCompiling else cd = C.rb_call_data.new(jit.operand(0)) opt_send_without_block(jit, ctx, asm, cd:) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_ary_freeze(jit, ctx, asm) unless Invariants.assume_bop_not_redefined(jit, C::ARRAY_REDEFINED_OP_FLAG, C::BOP_FREEZE) return CantCompile; end ary = jit.operand(0, ruby: true) # Push the return value onto the stack stack_ret = ctx.stack_push(Type::CArray) asm.mov(:rax, to_value(ary)) asm.mov(stack_ret, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_hash_freeze(jit, ctx, asm) unless Invariants.assume_bop_not_redefined(jit, C::HASH_REDEFINED_OP_FLAG, C::BOP_FREEZE) return CantCompile; end hash = jit.operand(0, ruby: true) # Push the return value onto the stack stack_ret = ctx.stack_push(Type::CHash) asm.mov(:rax, to_value(hash)) asm.mov(stack_ret, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_str_freeze(jit, ctx, asm) unless Invariants.assume_bop_not_redefined(jit, C::STRING_REDEFINED_OP_FLAG, C::BOP_FREEZE) return CantCompile; end str = jit.operand(0, ruby: true) # Push the return value onto the stack stack_ret = ctx.stack_push(Type::CString) asm.mov(:rax, to_value(str)) asm.mov(stack_ret, :rax) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_nil_p(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # opt_str_uminus # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_newarray_send(jit, ctx, asm) type = C.ID2SYM jit.operand(1) case type when :min then opt_newarray_min(jit, ctx, asm) when :max then opt_newarray_max(jit, ctx, asm) when :hash then opt_newarray_hash(jit, ctx, asm) else return CantCompile end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_newarray_min(jit, ctx, asm) num = jit.operand(0) # Save the PC and SP because we may allocate jit_prepare_routine_call(jit, ctx, asm) offset_magnitude = C.VALUE.size * num values_opnd = ctx.sp_opnd(-offset_magnitude) asm.lea(:rax, values_opnd) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], num) asm.mov(C_ARGS[2], :rax) asm.call(C.rb_vm_opt_newarray_min) ctx.stack_pop(num) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_newarray_max(jit, ctx, asm) num = jit.operand(0) # Save the PC and SP because we may allocate jit_prepare_routine_call(jit, ctx, asm) offset_magnitude = C.VALUE.size * num values_opnd = ctx.sp_opnd(-offset_magnitude) asm.lea(:rax, values_opnd) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], num) asm.mov(C_ARGS[2], :rax) asm.call(C.rb_vm_opt_newarray_max) ctx.stack_pop(num) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_newarray_hash(jit, ctx, asm) num = jit.operand(0) # Save the PC and SP because we may allocate jit_prepare_routine_call(jit, ctx, asm) offset_magnitude = C.VALUE.size * num values_opnd = ctx.sp_opnd(-offset_magnitude) asm.lea(:rax, values_opnd) asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], num) asm.mov(C_ARGS[2], :rax) asm.call(C.rb_vm_opt_newarray_hash) ctx.stack_pop(num) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def invokesuper(jit, ctx, asm) cd = C.rb_call_data.new(jit.operand(0)) block = jit.operand(1) # Defer compilation so we can specialize on class of receiver unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end me = C.rb_vm_frame_method_entry(jit.cfp) if me.nil? return CantCompile end # FIXME: We should track and invalidate this block when this cme is invalidated current_defined_class = me.defined_class mid = me.def.original_id if me.to_i != C.rb_callable_method_entry(current_defined_class, me.called_id).to_i # Though we likely could generate this call, as we are only concerned # with the method entry remaining valid, assume_method_lookup_stable # below requires that the method lookup matches as well return CantCompile end # vm_search_normal_superclass rbasic_klass = C.to_ruby(C.RBasic.new(C.to_value(current_defined_class)).klass) if C::BUILTIN_TYPE(current_defined_class) == C::RUBY_T_ICLASS && C::BUILTIN_TYPE(rbasic_klass) == C::RUBY_T_MODULE && \ C::FL_TEST_RAW(rbasic_klass, C::RMODULE_IS_REFINEMENT) return CantCompile end comptime_superclass = C.rb_class_get_superclass(C.RCLASS_ORIGIN(current_defined_class)) ci = cd.ci argc = C.vm_ci_argc(ci) ci_flags = C.vm_ci_flag(ci) # Don't JIT calls that aren't simple # Note, not using VM_CALL_ARGS_SIMPLE because sometimes we pass a block. if ci_flags & C::VM_CALL_KWARG != 0 asm.incr_counter(:send_keywords) return CantCompile end if ci_flags & C::VM_CALL_KW_SPLAT != 0 asm.incr_counter(:send_kw_splat) return CantCompile end if ci_flags & C::VM_CALL_ARGS_BLOCKARG != 0 asm.incr_counter(:send_block_arg) return CantCompile end # Ensure we haven't rebound this method onto an incompatible class. # In the interpreter we try to avoid making this check by performing some # cheaper calculations first, but since we specialize on the method entry # and so only have to do this once at compile time this is fine to always # check and side exit. comptime_recv = jit.peek_at_stack(argc) unless C.obj_is_kind_of(comptime_recv, current_defined_class) return CantCompile end # Do method lookup cme = C.rb_callable_method_entry(comptime_superclass, mid) if cme.nil? return CantCompile end # Check that we'll be able to write this method dispatch before generating checks cme_def_type = cme.def.type if cme_def_type != C::VM_METHOD_TYPE_ISEQ && cme_def_type != C::VM_METHOD_TYPE_CFUNC # others unimplemented return CantCompile end asm.comment('guard known me') lep_opnd = :rax jit_get_lep(jit, asm, reg: lep_opnd) ep_me_opnd = [lep_opnd, C.VALUE.size * C::VM_ENV_DATA_INDEX_ME_CREF] asm.mov(:rcx, me.to_i) asm.cmp(ep_me_opnd, :rcx) asm.jne(counted_exit(side_exit(jit, ctx), :invokesuper_me_changed)) if block == C::VM_BLOCK_HANDLER_NONE # Guard no block passed # rb_vm_frame_block_handler(GET_EC()->cfp) == VM_BLOCK_HANDLER_NONE # note, we assume VM_ASSERT(VM_ENV_LOCAL_P(ep)) # # TODO: this could properly forward the current block handler, but # would require changes to gen_send_* asm.comment('guard no block given') ep_specval_opnd = [lep_opnd, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL] asm.cmp(ep_specval_opnd, C::VM_BLOCK_HANDLER_NONE) asm.jne(counted_exit(side_exit(jit, ctx), :invokesuper_block)) end # We need to assume that both our current method entry and the super # method entry we invoke remain stable Invariants.assume_method_lookup_stable(jit, me) Invariants.assume_method_lookup_stable(jit, cme) # Method calls may corrupt types ctx.clear_local_types calling = build_calling(ci:, block_handler: block) case cme_def_type in C::VM_METHOD_TYPE_ISEQ iseq = def_iseq_ptr(cme.def) frame_type = C::VM_FRAME_MAGIC_METHOD | C::VM_ENV_FLAG_LOCAL jit_call_iseq(jit, ctx, asm, cme, calling, iseq, frame_type:) in C::VM_METHOD_TYPE_CFUNC jit_call_cfunc(jit, ctx, asm, cme, calling) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def invokeblock(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end # Get call info cd = C.rb_call_data.new(jit.operand(0)) calling = build_calling(ci: cd.ci, block_handler: :captured) # Get block_handler cfp = jit.cfp lep = C.rb_vm_ep_local_ep(cfp.ep) comptime_handler = lep[C::VM_ENV_DATA_INDEX_SPECVAL] # Handle each block_handler type if comptime_handler == C::VM_BLOCK_HANDLER_NONE # no block given asm.incr_counter(:invokeblock_none) CantCompile elsif comptime_handler & 0x3 == 0x1 # VM_BH_ISEQ_BLOCK_P asm.comment('get local EP') ep_reg = :rax jit_get_lep(jit, asm, reg: ep_reg) asm.mov(:rax, [ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) # block_handler_opnd asm.comment('guard block_handler type') side_exit = side_exit(jit, ctx) asm.mov(:rcx, :rax) asm.and(:rcx, 0x3) # block_handler is a tagged pointer asm.cmp(:rcx, 0x1) # VM_BH_ISEQ_BLOCK_P tag_changed_exit = counted_exit(side_exit, :invokeblock_tag_changed) jit_chain_guard(:jne, jit, ctx, asm, tag_changed_exit) comptime_captured = C.rb_captured_block.new(comptime_handler & ~0x3) comptime_iseq = comptime_captured.code.iseq asm.comment('guard known ISEQ') asm.and(:rax, ~0x3) # captured asm.mov(:rax, [:rax, C.VALUE.size * 2]) # captured->iseq asm.mov(:rcx, comptime_iseq.to_i) asm.cmp(:rax, :rcx) block_changed_exit = counted_exit(side_exit, :invokeblock_iseq_block_changed) jit_chain_guard(:jne, jit, ctx, asm, block_changed_exit) jit_call_iseq(jit, ctx, asm, nil, calling, comptime_iseq, frame_type: C::VM_FRAME_MAGIC_BLOCK) elsif comptime_handler & 0x3 == 0x3 # VM_BH_IFUNC_P # We aren't handling CALLER_SETUP_ARG and CALLER_REMOVE_EMPTY_KW_SPLAT yet. if calling.flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:invokeblock_ifunc_args_splat) return CantCompile end if calling.flags & C::VM_CALL_KW_SPLAT != 0 asm.incr_counter(:invokeblock_ifunc_kw_splat) return CantCompile end asm.comment('get local EP') jit_get_lep(jit, asm, reg: :rax) asm.mov(:rcx, [:rax, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) # block_handler_opnd asm.comment('guard block_handler type'); side_exit = side_exit(jit, ctx) asm.mov(:rax, :rcx) # block_handler_opnd asm.and(:rax, 0x3) # tag_opnd: block_handler is a tagged pointer asm.cmp(:rax, 0x3) # VM_BH_IFUNC_P tag_changed_exit = counted_exit(side_exit, :invokeblock_tag_changed) jit_chain_guard(:jne, jit, ctx, asm, tag_changed_exit) # The cfunc may not be leaf jit_prepare_routine_call(jit, ctx, asm) # clobbers :rax asm.comment('call ifunc') asm.and(:rcx, ~0x3) # captured_opnd asm.lea(:rax, ctx.sp_opnd(-calling.argc * C.VALUE.size)) # argv asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], :rcx) # captured_opnd asm.mov(C_ARGS[2], calling.argc) asm.mov(C_ARGS[3], :rax) # argv asm.call(C.rb_vm_yield_with_cfunc) ctx.stack_pop(calling.argc) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) # cfunc calls may corrupt types ctx.clear_local_types # Share the successor with other chains jump_to_next_insn(jit, ctx, asm) EndBlock elsif symbol?(comptime_handler) asm.incr_counter(:invokeblock_symbol) CantCompile else # Proc asm.incr_counter(:invokeblock_proc) CantCompile end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def leave(jit, ctx, asm) assert_equal(ctx.stack_size, 1) jit_check_ints(jit, ctx, asm) asm.comment('pop stack frame') asm.lea(:rax, [CFP, C.rb_control_frame_t.size]) asm.mov(CFP, :rax) asm.mov([EC, C.rb_execution_context_t.offsetof(:cfp)], :rax) # Return a value (for compile_leave_exit) ret_opnd = ctx.stack_pop asm.mov(:rax, ret_opnd) # Set caller's SP and push a value to its stack (for JIT) asm.mov(SP, [CFP, C.rb_control_frame_t.offsetof(:sp)]) # Note: SP is in the position after popping a receiver and arguments asm.mov([SP], :rax) # Jump to cfp->jit_return asm.jmp([CFP, -C.rb_control_frame_t.size + C.rb_control_frame_t.offsetof(:jit_return)]) EndBlock end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def throw(jit, ctx, asm) throw_state = jit.operand(0) asm.mov(:rcx, ctx.stack_pop(1)) # throwobj # THROW_DATA_NEW allocates. Save SP for GC and PC for allocation tracing as # well as handling the catch table. However, not using jit_prepare_routine_call # since we don't need a patch point for this implementation. jit_save_pc(jit, asm) # clobbers rax jit_save_sp(ctx, asm) # rb_vm_throw verifies it's a valid throw, sets ec->tag->state, and returns throw # data, which is throwobj or a vm_throw_data wrapping it. When ec->tag->state is # set, JIT code callers will handle the throw with vm_exec_handle_exception. asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], CFP) asm.mov(C_ARGS[2], throw_state) # asm.mov(C_ARGS[3], :rcx) # same reg asm.call(C.rb_vm_throw) asm.comment('exit from throw') asm.pop(SP) asm.pop(EC) asm.pop(CFP) # return C_RET as C_RET asm.ret EndBlock end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jump(jit, ctx, asm) # Check for interrupts, but only on backward branches that may create loops jump_offset = jit.operand(0, signed: true) if jump_offset < 0 jit_check_ints(jit, ctx, asm) end pc = jit.pc + C.VALUE.size * (jit.insn.len + jump_offset) jit_direct_jump(jit.iseq, pc, ctx, asm) EndBlock end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def branchif(jit, ctx, asm) # Check for interrupts, but only on backward branches that may create loops jump_offset = jit.operand(0, signed: true) if jump_offset < 0 jit_check_ints(jit, ctx, asm) end # Get the branch target instruction offsets next_pc = jit.pc + C.VALUE.size * jit.insn.len jump_pc = jit.pc + C.VALUE.size * (jit.insn.len + jump_offset) val_type = ctx.get_opnd_type(StackOpnd[0]) val_opnd = ctx.stack_pop(1) if (result = val_type.known_truthy) != nil target_pc = result ? jump_pc : next_pc jit_direct_jump(jit.iseq, target_pc, ctx, asm) else # This `test` sets ZF only for Qnil and Qfalse, which let jz jump. asm.test(val_opnd, ~Qnil) # Set stubs branch_stub = BranchStub.new( iseq: jit.iseq, shape: Default, target0: BranchTarget.new(ctx:, pc: jump_pc), # branch target target1: BranchTarget.new(ctx:, pc: next_pc), # fallthrough ) branch_stub.target0.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, true) @ocb.write(ocb_asm) end branch_stub.target1.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, false) @ocb.write(ocb_asm) end # Jump to target0 on jnz branch_stub.compile = compile_branchif(branch_stub) branch_stub.compile.call(asm) end EndBlock end def compile_branchif(branch_stub) # Proc escapes arguments in memory proc do |branch_asm| branch_asm.comment("branchif #{branch_stub.shape}") branch_asm.stub(branch_stub) do case branch_stub.shape in Default branch_asm.jnz(branch_stub.target0.address) branch_asm.jmp(branch_stub.target1.address) in Next0 branch_asm.jz(branch_stub.target1.address) in Next1 branch_asm.jnz(branch_stub.target0.address) end end end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def branchunless(jit, ctx, asm) # Check for interrupts, but only on backward branches that may create loops jump_offset = jit.operand(0, signed: true) if jump_offset < 0 jit_check_ints(jit, ctx, asm) end # Get the branch target instruction offsets next_pc = jit.pc + C.VALUE.size * jit.insn.len jump_pc = jit.pc + C.VALUE.size * (jit.insn.len + jump_offset) val_type = ctx.get_opnd_type(StackOpnd[0]) val_opnd = ctx.stack_pop(1) if (result = val_type.known_truthy) != nil target_pc = result ? next_pc : jump_pc jit_direct_jump(jit.iseq, target_pc, ctx, asm) else # This `test` sets ZF only for Qnil and Qfalse, which let jz jump. asm.test(val_opnd, ~Qnil) # Set stubs branch_stub = BranchStub.new( iseq: jit.iseq, shape: Default, target0: BranchTarget.new(ctx:, pc: jump_pc), # branch target target1: BranchTarget.new(ctx:, pc: next_pc), # fallthrough ) branch_stub.target0.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, true) @ocb.write(ocb_asm) end branch_stub.target1.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, false) @ocb.write(ocb_asm) end # Jump to target0 on jz branch_stub.compile = compile_branchunless(branch_stub) branch_stub.compile.call(asm) end EndBlock end def compile_branchunless(branch_stub) # Proc escapes arguments in memory proc do |branch_asm| branch_asm.comment("branchunless #{branch_stub.shape}") branch_asm.stub(branch_stub) do case branch_stub.shape in Default branch_asm.jz(branch_stub.target0.address) branch_asm.jmp(branch_stub.target1.address) in Next0 branch_asm.jnz(branch_stub.target1.address) in Next1 branch_asm.jz(branch_stub.target0.address) end end end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def branchnil(jit, ctx, asm) # Check for interrupts, but only on backward branches that may create loops jump_offset = jit.operand(0, signed: true) if jump_offset < 0 jit_check_ints(jit, ctx, asm) end # Get the branch target instruction offsets next_pc = jit.pc + C.VALUE.size * jit.insn.len jump_pc = jit.pc + C.VALUE.size * (jit.insn.len + jump_offset) val_type = ctx.get_opnd_type(StackOpnd[0]) val_opnd = ctx.stack_pop(1) if (result = val_type.known_nil) != nil target_pc = result ? jump_pc : next_pc jit_direct_jump(jit.iseq, target_pc, ctx, asm) else asm.cmp(val_opnd, Qnil) # Set stubs branch_stub = BranchStub.new( iseq: jit.iseq, shape: Default, target0: BranchTarget.new(ctx:, pc: jump_pc), # branch target target1: BranchTarget.new(ctx:, pc: next_pc), # fallthrough ) branch_stub.target0.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, true) @ocb.write(ocb_asm) end branch_stub.target1.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, false) @ocb.write(ocb_asm) end # Jump to target0 on je branch_stub.compile = compile_branchnil(branch_stub) branch_stub.compile.call(asm) end EndBlock end def compile_branchnil(branch_stub) # Proc escapes arguments in memory proc do |branch_asm| branch_asm.comment("branchnil #{branch_stub.shape}") branch_asm.stub(branch_stub) do case branch_stub.shape in Default branch_asm.je(branch_stub.target0.address) branch_asm.jmp(branch_stub.target1.address) in Next0 branch_asm.jne(branch_stub.target1.address) in Next1 branch_asm.je(branch_stub.target0.address) end end end end # once # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_case_dispatch(jit, ctx, asm) # Normally this instruction would lookup the key in a hash and jump to an # offset based on that. # Instead we can take the fallback case and continue with the next # instruction. # We'd hope that our jitted code will be sufficiently fast without the # hash lookup, at least for small hashes, but it's worth revisiting this # assumption in the future. unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end starting_context = ctx.dup case_hash = jit.operand(0, ruby: true) else_offset = jit.operand(1) # Try to reorder case/else branches so that ones that are actually used come first. # Supporting only Fixnum for now so that the implementation can be an equality check. key_opnd = ctx.stack_pop(1) comptime_key = jit.peek_at_stack(0) # Check that all cases are fixnums to avoid having to register BOP assumptions on # all the types that case hashes support. This spends compile time to save memory. if fixnum?(comptime_key) && comptime_key <= 2**32 && C.rb_hash_keys(case_hash).all? { |key| fixnum?(key) } unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_EQQ) return CantCompile end # Check if the key is the same value asm.cmp(key_opnd, to_value(comptime_key)) side_exit = side_exit(jit, starting_context) jit_chain_guard(:jne, jit, starting_context, asm, side_exit) # Get the offset for the compile-time key offset = C.rb_hash_stlike_lookup(case_hash, comptime_key) # NOTE: If we hit the else branch with various values, it could negatively impact the performance. jump_offset = offset || else_offset # Jump to the offset of case or else target_pc = jit.pc + (jit.insn.len + jump_offset) * C.VALUE.size jit_direct_jump(jit.iseq, target_pc, ctx, asm) EndBlock else KeepCompiling # continue with === branches end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_plus(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end comptime_recv = jit.peek_at_stack(1) comptime_obj = jit.peek_at_stack(0) if fixnum?(comptime_recv) && fixnum?(comptime_obj) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_PLUS) return CantCompile end # Check that both operands are fixnums guard_two_fixnums(jit, ctx, asm) obj_opnd = ctx.stack_pop recv_opnd = ctx.stack_pop asm.mov(:rax, recv_opnd) asm.sub(:rax, 1) # untag asm.mov(:rcx, obj_opnd) asm.add(:rax, :rcx) asm.jo(side_exit(jit, ctx)) dst_opnd = ctx.stack_push(Type::Fixnum) asm.mov(dst_opnd, :rax) KeepCompiling else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_minus(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end comptime_recv = jit.peek_at_stack(1) comptime_obj = jit.peek_at_stack(0) if fixnum?(comptime_recv) && fixnum?(comptime_obj) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_MINUS) return CantCompile end # Check that both operands are fixnums guard_two_fixnums(jit, ctx, asm) obj_opnd = ctx.stack_pop recv_opnd = ctx.stack_pop asm.mov(:rax, recv_opnd) asm.mov(:rcx, obj_opnd) asm.sub(:rax, :rcx) asm.jo(side_exit(jit, ctx)) asm.add(:rax, 1) # re-tag dst_opnd = ctx.stack_push(Type::Fixnum) asm.mov(dst_opnd, :rax) KeepCompiling else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_mult(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_div(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_mod(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end if two_fixnums_on_stack?(jit) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_MOD) return CantCompile end # Check that both operands are fixnums guard_two_fixnums(jit, ctx, asm) # Get the operands and destination from the stack arg1 = ctx.stack_pop(1) arg0 = ctx.stack_pop(1) # Check for arg0 % 0 asm.cmp(arg1, 0) asm.je(side_exit(jit, ctx)) # Call rb_fix_mod_fix(VALUE recv, VALUE obj) asm.mov(C_ARGS[0], arg0) asm.mov(C_ARGS[1], arg1) asm.call(C.rb_fix_mod_fix) # Push the return value onto the stack stack_ret = ctx.stack_push(Type::Fixnum) asm.mov(stack_ret, C_RET) KeepCompiling else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_eq(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end if jit_equality_specialized(jit, ctx, asm, true) jump_to_next_insn(jit, ctx, asm) EndBlock else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_neq(jit, ctx, asm) # opt_neq is passed two rb_call_data as arguments: # first for ==, second for != neq_cd = C.rb_call_data.new(jit.operand(1)) opt_send_without_block(jit, ctx, asm, cd: neq_cd) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_lt(jit, ctx, asm) jit_fixnum_cmp(jit, ctx, asm, opcode: :cmovl, bop: C::BOP_LT) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_le(jit, ctx, asm) jit_fixnum_cmp(jit, ctx, asm, opcode: :cmovle, bop: C::BOP_LE) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_gt(jit, ctx, asm) jit_fixnum_cmp(jit, ctx, asm, opcode: :cmovg, bop: C::BOP_GT) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_ge(jit, ctx, asm) jit_fixnum_cmp(jit, ctx, asm, opcode: :cmovge, bop: C::BOP_GE) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_ltlt(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_and(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end if two_fixnums_on_stack?(jit) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_AND) return CantCompile end # Check that both operands are fixnums guard_two_fixnums(jit, ctx, asm) # Get the operands and destination from the stack arg1 = ctx.stack_pop(1) arg0 = ctx.stack_pop(1) asm.comment('bitwise and') asm.mov(:rax, arg0) asm.and(:rax, arg1) # Push the return value onto the stack dst = ctx.stack_push(Type::Fixnum) asm.mov(dst, :rax) KeepCompiling else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_or(jit, ctx, asm) unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end if two_fixnums_on_stack?(jit) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_OR) return CantCompile end # Check that both operands are fixnums guard_two_fixnums(jit, ctx, asm) # Get the operands and destination from the stack asm.comment('bitwise or') arg1 = ctx.stack_pop(1) arg0 = ctx.stack_pop(1) # Do the bitwise or arg0 | arg1 asm.mov(:rax, arg0) asm.or(:rax, arg1) # Push the return value onto the stack dst = ctx.stack_push(Type::Fixnum) asm.mov(dst, :rax) KeepCompiling else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_aref(jit, ctx, asm) cd = C.rb_call_data.new(jit.operand(0)) argc = C.vm_ci_argc(cd.ci) if argc != 1 asm.incr_counter(:optaref_argc_not_one) return CantCompile end unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end comptime_recv = jit.peek_at_stack(1) comptime_obj = jit.peek_at_stack(0) side_exit = side_exit(jit, ctx) if C.rb_class_of(comptime_recv) == Array && fixnum?(comptime_obj) unless Invariants.assume_bop_not_redefined(jit, C::ARRAY_REDEFINED_OP_FLAG, C::BOP_AREF) return CantCompile end idx_opnd = ctx.stack_opnd(0) recv_opnd = ctx.stack_opnd(1) not_array_exit = counted_exit(side_exit, :optaref_recv_not_array) jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_recv), recv_opnd, StackOpnd[1], comptime_recv, not_array_exit) # Bail if idx is not a FIXNUM asm.mov(:rax, idx_opnd) asm.test(:rax, C::RUBY_FIXNUM_FLAG) asm.jz(counted_exit(side_exit, :optaref_arg_not_fixnum)) # Call VALUE rb_ary_entry_internal(VALUE ary, long offset). # It never raises or allocates, so we don't need to write to cfp->pc. asm.sar(:rax, 1) # Convert fixnum to int asm.mov(C_ARGS[0], recv_opnd) asm.mov(C_ARGS[1], :rax) asm.call(C.rb_ary_entry_internal) # Pop the argument and the receiver ctx.stack_pop(2) # Push the return value onto the stack stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) # Let guard chains share the same successor jump_to_next_insn(jit, ctx, asm) EndBlock elsif C.rb_class_of(comptime_recv) == Hash unless Invariants.assume_bop_not_redefined(jit, C::HASH_REDEFINED_OP_FLAG, C::BOP_AREF) return CantCompile end recv_opnd = ctx.stack_opnd(1) # Guard that the receiver is a Hash not_hash_exit = counted_exit(side_exit, :optaref_recv_not_hash) jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_recv), recv_opnd, StackOpnd[1], comptime_recv, not_hash_exit) # Prepare to call rb_hash_aref(). It might call #hash on the key. jit_prepare_routine_call(jit, ctx, asm) asm.comment('call rb_hash_aref') key_opnd = ctx.stack_opnd(0) recv_opnd = ctx.stack_opnd(1) asm.mov(:rdi, recv_opnd) asm.mov(:rsi, key_opnd) asm.call(C.rb_hash_aref) # Pop the key and the receiver ctx.stack_pop(2) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) # Let guard chains share the same successor jump_to_next_insn(jit, ctx, asm) EndBlock else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_aset(jit, ctx, asm) # Defer compilation so we can specialize on a runtime `self` unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end comptime_recv = jit.peek_at_stack(2) comptime_key = jit.peek_at_stack(1) # Get the operands from the stack recv = ctx.stack_opnd(2) key = ctx.stack_opnd(1) _val = ctx.stack_opnd(0) if C.rb_class_of(comptime_recv) == Array && fixnum?(comptime_key) side_exit = side_exit(jit, ctx) # Guard receiver is an Array jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_recv), recv, StackOpnd[2], comptime_recv, side_exit) # Guard key is a fixnum jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_key), key, StackOpnd[1], comptime_key, side_exit) # We might allocate or raise jit_prepare_routine_call(jit, ctx, asm) asm.comment('call rb_ary_store') recv = ctx.stack_opnd(2) key = ctx.stack_opnd(1) val = ctx.stack_opnd(0) asm.mov(:rax, key) asm.sar(:rax, 1) # FIX2LONG(key) asm.mov(C_ARGS[0], recv) asm.mov(C_ARGS[1], :rax) asm.mov(C_ARGS[2], val) asm.call(C.rb_ary_store) # rb_ary_store returns void # stored value should still be on stack val = ctx.stack_opnd(0) # Push the return value onto the stack ctx.stack_pop(3) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(:rax, val) asm.mov(stack_ret, :rax) jump_to_next_insn(jit, ctx, asm) EndBlock elsif C.rb_class_of(comptime_recv) == Hash side_exit = side_exit(jit, ctx) # Guard receiver is a Hash jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_recv), recv, StackOpnd[2], comptime_recv, side_exit) # We might allocate or raise jit_prepare_routine_call(jit, ctx, asm) # Call rb_hash_aset recv = ctx.stack_opnd(2) key = ctx.stack_opnd(1) val = ctx.stack_opnd(0) asm.mov(C_ARGS[0], recv) asm.mov(C_ARGS[1], key) asm.mov(C_ARGS[2], val) asm.call(C.rb_hash_aset) # Push the return value onto the stack ctx.stack_pop(3) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) jump_to_next_insn(jit, ctx, asm) EndBlock else opt_send_without_block(jit, ctx, asm) end end # opt_aset_with # opt_aref_with # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_length(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_size(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_empty_p(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_succ(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_not(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_regexpmatch2(jit, ctx, asm) opt_send_without_block(jit, ctx, asm) end # invokebuiltin # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_invokebuiltin_delegate(jit, ctx, asm) bf = C.rb_builtin_function.new(jit.operand(0)) bf_argc = bf.argc start_index = jit.operand(1) # ec, self, and arguments if bf_argc + 2 > C_ARGS.size return CantCompile end # If the calls don't allocate, do they need up to date PC, SP? jit_prepare_routine_call(jit, ctx, asm) # Call the builtin func (ec, recv, arg1, arg2, ...) asm.comment('call builtin func') asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], [CFP, C.rb_control_frame_t.offsetof(:self)]) # Copy arguments from locals if bf_argc > 0 # Load environment pointer EP from CFP asm.mov(:rax, [CFP, C.rb_control_frame_t.offsetof(:ep)]) bf_argc.times do |i| table_size = jit.iseq.body.local_table_size offs = -table_size - C::VM_ENV_DATA_SIZE + 1 + start_index + i asm.mov(C_ARGS[2 + i], [:rax, offs * C.VALUE.size]) end end asm.call(bf.func_ptr) # Push the return value stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) KeepCompiling end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def opt_invokebuiltin_delegate_leave(jit, ctx, asm) opt_invokebuiltin_delegate(jit, ctx, asm) # opt_invokebuiltin_delegate is always followed by leave insn end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putobject_INT2FIX_0_(jit, ctx, asm) putobject(jit, ctx, asm, val: C.to_value(0)) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def putobject_INT2FIX_1_(jit, ctx, asm) putobject(jit, ctx, asm, val: C.to_value(1)) end # # C func # # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_true(jit, ctx, asm, argc, _known_recv_class) return false if argc != 0 asm.comment('nil? == true') ctx.stack_pop(1) stack_ret = ctx.stack_push(Type::True) asm.mov(stack_ret, Qtrue) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_false(jit, ctx, asm, argc, _known_recv_class) return false if argc != 0 asm.comment('nil? == false') ctx.stack_pop(1) stack_ret = ctx.stack_push(Type::False) asm.mov(stack_ret, Qfalse) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_kernel_is_a(jit, ctx, asm, argc, known_recv_class) if argc != 1 return false end # If this is a super call we might not know the class if known_recv_class.nil? return false end # Important note: The output code will simply `return true/false`. # Correctness follows from: # - `known_recv_class` implies there is a guard scheduled before here # for a particular `CLASS_OF(lhs)`. # - We guard that rhs is identical to the compile-time sample # - In general, for any two Class instances A, B, `A < B` does not change at runtime. # Class#superclass is stable. sample_rhs = jit.peek_at_stack(0) sample_lhs = jit.peek_at_stack(1) # We are not allowing module here because the module hierarchy can change at runtime. if C.RB_TYPE_P(sample_rhs, C::RUBY_T_CLASS) return false end sample_is_a = C.obj_is_kind_of(sample_lhs, sample_rhs) side_exit = side_exit(jit, ctx) asm.comment('Kernel#is_a?') asm.mov(:rax, to_value(sample_rhs)) asm.cmp(ctx.stack_opnd(0), :rax) asm.jne(counted_exit(side_exit, :send_is_a_class_mismatch)) ctx.stack_pop(2) if sample_is_a stack_ret = ctx.stack_push(Type::True) asm.mov(stack_ret, Qtrue) else stack_ret = ctx.stack_push(Type::False) asm.mov(stack_ret, Qfalse) end return true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_kernel_instance_of(jit, ctx, asm, argc, known_recv_class) if argc != 1 return false end # If this is a super call we might not know the class if known_recv_class.nil? return false end # Important note: The output code will simply `return true/false`. # Correctness follows from: # - `known_recv_class` implies there is a guard scheduled before here # for a particular `CLASS_OF(lhs)`. # - We guard that rhs is identical to the compile-time sample # - For a particular `CLASS_OF(lhs)`, `rb_obj_class(lhs)` does not change. # (because for any singleton class `s`, `s.superclass.equal?(s.attached_object.class)`) sample_rhs = jit.peek_at_stack(0) sample_lhs = jit.peek_at_stack(1) # Filters out cases where the C implementation raises unless C.RB_TYPE_P(sample_rhs, C::RUBY_T_CLASS) || C.RB_TYPE_P(sample_rhs, C::RUBY_T_MODULE) return false end # We need to grab the class here to deal with singleton classes. # Instance of grabs the "real class" of the object rather than the # singleton class. sample_lhs_real_class = C.rb_obj_class(sample_lhs) sample_instance_of = (sample_lhs_real_class == sample_rhs) side_exit = side_exit(jit, ctx) asm.comment('Kernel#instance_of?') asm.mov(:rax, to_value(sample_rhs)) asm.cmp(ctx.stack_opnd(0), :rax) asm.jne(counted_exit(side_exit, :send_instance_of_class_mismatch)) ctx.stack_pop(2) if sample_instance_of stack_ret = ctx.stack_push(Type::True) asm.mov(stack_ret, Qtrue) else stack_ret = ctx.stack_push(Type::False) asm.mov(stack_ret, Qfalse) end return true; end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_obj_not(jit, ctx, asm, argc, _known_recv_class) return false if argc != 0 recv_type = ctx.get_opnd_type(StackOpnd[0]) case recv_type.known_truthy in false asm.comment('rb_obj_not(nil_or_false)') ctx.stack_pop(1) out_opnd = ctx.stack_push(Type::True) asm.mov(out_opnd, Qtrue) in true # Note: recv_type != Type::Nil && recv_type != Type::False. asm.comment('rb_obj_not(truthy)') ctx.stack_pop(1) out_opnd = ctx.stack_push(Type::False) asm.mov(out_opnd, Qfalse) in nil asm.comment('rb_obj_not') recv = ctx.stack_pop # This `test` sets ZF only for Qnil and Qfalse, which let cmovz set. asm.test(recv, ~Qnil) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmovz(:rax, :rcx) stack_ret = ctx.stack_push(Type::UnknownImm) asm.mov(stack_ret, :rax) end true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_obj_equal(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 asm.comment('equal?') obj1 = ctx.stack_pop(1) obj2 = ctx.stack_pop(1) asm.mov(:rax, obj1) asm.mov(:rcx, obj2) asm.cmp(:rax, :rcx) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmove(:rax, :rcx) stack_ret = ctx.stack_push(Type::UnknownImm) asm.mov(stack_ret, :rax) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_obj_not_equal(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 jit_equality_specialized(jit, ctx, asm, false) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_mod_eqq(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 asm.comment('Module#===') # By being here, we know that the receiver is a T_MODULE or a T_CLASS, because Module#=== can # only live on these objects. With that, we can call rb_obj_is_kind_of() without # jit_prepare_routine_call() or a control frame push because it can't raise, allocate, or call # Ruby methods with these inputs. # Note the difference in approach from Kernel#is_a? because we don't get a free guard for the # right hand side. lhs = ctx.stack_opnd(1) # the module rhs = ctx.stack_opnd(0) asm.mov(C_ARGS[0], rhs); asm.mov(C_ARGS[1], lhs); asm.call(C.rb_obj_is_kind_of) # Return the result ctx.stack_pop(2) stack_ret = ctx.stack_push(Type::UnknownImm) asm.mov(stack_ret, C_RET) return true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_int_equal(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 return false unless two_fixnums_on_stack?(jit) guard_two_fixnums(jit, ctx, asm) # Compare the arguments asm.comment('rb_int_equal') arg1 = ctx.stack_pop(1) arg0 = ctx.stack_pop(1) asm.mov(:rax, arg1) asm.cmp(arg0, :rax) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmove(:rax, :rcx) stack_ret = ctx.stack_push(Type::UnknownImm) asm.mov(stack_ret, :rax) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_int_mul(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 return false unless two_fixnums_on_stack?(jit) guard_two_fixnums(jit, ctx, asm) asm.comment('rb_int_mul') y_opnd = ctx.stack_pop x_opnd = ctx.stack_pop asm.mov(C_ARGS[0], x_opnd) asm.mov(C_ARGS[1], y_opnd) asm.call(C.rb_fix_mul_fix) ret_opnd = ctx.stack_push(Type::Unknown) asm.mov(ret_opnd, C_RET) true end def jit_rb_int_div(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 return false unless two_fixnums_on_stack?(jit) guard_two_fixnums(jit, ctx, asm) asm.comment('rb_int_div') y_opnd = ctx.stack_pop x_opnd = ctx.stack_pop asm.mov(:rax, y_opnd) asm.cmp(:rax, C.to_value(0)) asm.je(side_exit(jit, ctx)) asm.mov(C_ARGS[0], x_opnd) asm.mov(C_ARGS[1], :rax) asm.call(C.rb_fix_div_fix) ret_opnd = ctx.stack_push(Type::Unknown) asm.mov(ret_opnd, C_RET) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_int_aref(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 return false unless two_fixnums_on_stack?(jit) guard_two_fixnums(jit, ctx, asm) asm.comment('rb_int_aref') y_opnd = ctx.stack_pop x_opnd = ctx.stack_pop asm.mov(C_ARGS[0], x_opnd) asm.mov(C_ARGS[1], y_opnd) asm.call(C.rb_fix_aref) ret_opnd = ctx.stack_push(Type::UnknownImm) asm.mov(ret_opnd, C_RET) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_str_empty_p(jit, ctx, asm, argc, known_recv_class) recv_opnd = ctx.stack_pop(1) out_opnd = ctx.stack_push(Type::UnknownImm) asm.comment('get string length') asm.mov(:rax, recv_opnd) str_len_opnd = [:rax, C.RString.offsetof(:len)] asm.cmp(str_len_opnd, 0) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmove(:rax, :rcx) asm.mov(out_opnd, :rax) return true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_str_to_s(jit, ctx, asm, argc, known_recv_class) return false if argc != 0 if known_recv_class == String asm.comment('to_s on plain string') # The method returns the receiver, which is already on the stack. # No stack movement. return true end false end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_str_bytesize(jit, ctx, asm, argc, known_recv_class) asm.comment('String#bytesize') recv = ctx.stack_pop(1) asm.mov(C_ARGS[0], recv) asm.call(C.rb_str_bytesize) out_opnd = ctx.stack_push(Type::Fixnum) asm.mov(out_opnd, C_RET) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_str_concat(jit, ctx, asm, argc, known_recv_class) # The << operator can accept integer codepoints for characters # as the argument. We only specially optimise string arguments. # If the peeked-at compile time argument is something other than # a string, assume it won't be a string later either. comptime_arg = jit.peek_at_stack(0) unless C.RB_TYPE_P(comptime_arg, C::RUBY_T_STRING) return false end # Guard that the concat argument is a string asm.mov(:rax, ctx.stack_opnd(0)) guard_object_is_string(jit, ctx, asm, :rax, :rcx, StackOpnd[0]) # Guard buffers from GC since rb_str_buf_append may allocate. During the VM lock on GC, # other Ractors may trigger global invalidation, so we need ctx.clear_local_types. # PC is used on errors like Encoding::CompatibilityError raised by rb_str_buf_append. jit_prepare_routine_call(jit, ctx, asm) concat_arg = ctx.stack_pop(1) recv = ctx.stack_pop(1) # Test if string encodings differ. If different, use rb_str_append. If the same, # use rb_yjit_str_simple_append, which calls rb_str_cat. asm.comment('<< on strings') # Take receiver's object flags XOR arg's flags. If any # string-encoding flags are different between the two, # the encodings don't match. recv_reg = :rax asm.mov(recv_reg, recv) concat_arg_reg = :rcx asm.mov(concat_arg_reg, concat_arg) asm.mov(recv_reg, [recv_reg, C.RBasic.offsetof(:flags)]) asm.mov(concat_arg_reg, [concat_arg_reg, C.RBasic.offsetof(:flags)]) asm.xor(recv_reg, concat_arg_reg) asm.test(recv_reg, C::RUBY_ENCODING_MASK) # Push once, use the resulting operand in both branches below. stack_ret = ctx.stack_push(Type::TString) enc_mismatch = asm.new_label('enc_mismatch') asm.jnz(enc_mismatch) # If encodings match, call the simple append function and jump to return asm.mov(C_ARGS[0], recv) asm.mov(C_ARGS[1], concat_arg) asm.call(C.rjit_str_simple_append) ret_label = asm.new_label('func_return') asm.mov(stack_ret, C_RET) asm.jmp(ret_label) # If encodings are different, use a slower encoding-aware concatenate asm.write_label(enc_mismatch) asm.mov(C_ARGS[0], recv) asm.mov(C_ARGS[1], concat_arg) asm.call(C.rb_str_buf_append) asm.mov(stack_ret, C_RET) # Drop through to return asm.write_label(ret_label) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_str_uplus(jit, ctx, asm, argc, _known_recv_class) if argc != 0 return false end # We allocate when we dup the string jit_prepare_routine_call(jit, ctx, asm) asm.comment('Unary plus on string') asm.mov(:rax, ctx.stack_pop(1)) # recv_opnd asm.mov(:rcx, [:rax, C.RBasic.offsetof(:flags)]) # flags_opnd asm.test(:rcx, C::RUBY_FL_FREEZE) ret_label = asm.new_label('stack_ret') # String#+@ can only exist on T_STRING stack_ret = ctx.stack_push(Type::TString) # If the string isn't frozen, we just return it. asm.mov(stack_ret, :rax) # recv_opnd asm.jz(ret_label) # Str is frozen - duplicate it asm.mov(C_ARGS[0], :rax) # recv_opnd asm.call(C.rb_str_dup) asm.mov(stack_ret, C_RET) asm.write_label(ret_label) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_str_getbyte(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 asm.comment('rb_str_getbyte') index_opnd = ctx.stack_pop str_opnd = ctx.stack_pop asm.mov(C_ARGS[0], str_opnd) asm.mov(C_ARGS[1], index_opnd) asm.call(C.rb_str_getbyte) ret_opnd = ctx.stack_push(Type::Fixnum) asm.mov(ret_opnd, C_RET) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_ary_empty_p(jit, ctx, asm, argc, _known_recv_class) array_reg = :rax asm.mov(array_reg, ctx.stack_pop(1)) jit_array_len(asm, array_reg, :rcx) asm.test(:rcx, :rcx) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmovz(:rax, :rcx) out_opnd = ctx.stack_push(Type::UnknownImm) asm.mov(out_opnd, :rax) return true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_ary_push(jit, ctx, asm, argc, _known_recv_class) return false if argc != 1 asm.comment('rb_ary_push') jit_prepare_routine_call(jit, ctx, asm) item_opnd = ctx.stack_pop ary_opnd = ctx.stack_pop asm.mov(C_ARGS[0], ary_opnd) asm.mov(C_ARGS[1], item_opnd) asm.call(C.rb_ary_push) ret_opnd = ctx.stack_push(Type::TArray) asm.mov(ret_opnd, C_RET) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_obj_respond_to(jit, ctx, asm, argc, known_recv_class) # respond_to(:sym) or respond_to(:sym, true) if argc != 1 && argc != 2 return false end if known_recv_class.nil? return false end recv_class = known_recv_class # Get the method_id from compile time. We will later add a guard against it. mid_sym = jit.peek_at_stack(argc - 1) unless static_symbol?(mid_sym) return false end mid = C.rb_sym2id(mid_sym) # This represents the value of the "include_all" argument and whether it's known allow_priv = if argc == 1 # Default is false false else # Get value from type information (may or may not be known) ctx.get_opnd_type(StackOpnd[0]).known_truthy end target_cme = C.rb_callable_method_entry_or_negative(recv_class, mid) # Should never be null, as in that case we will be returned a "negative CME" assert_equal(false, target_cme.nil?) cme_def_type = C.UNDEFINED_METHOD_ENTRY_P(target_cme) ? C::VM_METHOD_TYPE_UNDEF : target_cme.def.type if cme_def_type == C::VM_METHOD_TYPE_REFINED return false end visibility = if cme_def_type == C::VM_METHOD_TYPE_UNDEF C::METHOD_VISI_UNDEF else C.METHOD_ENTRY_VISI(target_cme) end result = case [visibility, allow_priv] in C::METHOD_VISI_UNDEF, _ then Qfalse # No method => false in C::METHOD_VISI_PUBLIC, _ then Qtrue # Public method => true regardless of include_all in _, true then Qtrue # include_all => always true else return false # not public and include_all not known, can't compile end if result != Qtrue # Only if respond_to_missing? hasn't been overridden # In the future, we might want to jit the call to respond_to_missing? unless Invariants.assume_method_basic_definition(jit, recv_class, C.idRespond_to_missing) return false end end # Invalidate this block if method lookup changes for the method being queried. This works # both for the case where a method does or does not exist, as for the latter we asked for a # "negative CME" earlier. Invariants.assume_method_lookup_stable(jit, target_cme) # Generate a side exit side_exit = side_exit(jit, ctx) if argc == 2 # pop include_all argument (we only use its type info) ctx.stack_pop(1) end sym_opnd = ctx.stack_pop(1) _recv_opnd = ctx.stack_pop(1) # This is necessary because we have no guarantee that sym_opnd is a constant asm.comment('guard known mid') asm.mov(:rax, to_value(mid_sym)) asm.cmp(sym_opnd, :rax) asm.jne(side_exit) putobject(jit, ctx, asm, val: result) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_rb_f_block_given_p(jit, ctx, asm, argc, _known_recv_class) asm.comment('block_given?') # Same as rb_vm_frame_block_handler jit_get_lep(jit, asm, reg: :rax) asm.mov(:rax, [:rax, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) # block_handler ctx.stack_pop(1) out_opnd = ctx.stack_push(Type::UnknownImm) # Return `block_handler != VM_BLOCK_HANDLER_NONE` asm.cmp(:rax, C::VM_BLOCK_HANDLER_NONE) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.cmovne(:rax, :rcx) # block_given asm.mov(out_opnd, :rax) true end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_thread_s_current(jit, ctx, asm, argc, _known_recv_class) return false if argc != 0 asm.comment('Thread.current') ctx.stack_pop(1) # ec->thread_ptr asm.mov(:rax, [EC, C.rb_execution_context_t.offsetof(:thread_ptr)]) # thread->self asm.mov(:rax, [:rax, C.rb_thread_struct.offsetof(:self)]) stack_ret = ctx.stack_push(Type::UnknownHeap) asm.mov(stack_ret, :rax) true end # # Helpers # def register_cfunc_codegen_funcs # Specialization for C methods. See register_cfunc_method for details. register_cfunc_method(BasicObject, :!, :jit_rb_obj_not) register_cfunc_method(NilClass, :nil?, :jit_rb_true) register_cfunc_method(Kernel, :nil?, :jit_rb_false) register_cfunc_method(Kernel, :is_a?, :jit_rb_kernel_is_a) register_cfunc_method(Kernel, :kind_of?, :jit_rb_kernel_is_a) register_cfunc_method(Kernel, :instance_of?, :jit_rb_kernel_instance_of) register_cfunc_method(BasicObject, :==, :jit_rb_obj_equal) register_cfunc_method(BasicObject, :equal?, :jit_rb_obj_equal) register_cfunc_method(BasicObject, :!=, :jit_rb_obj_not_equal) register_cfunc_method(Kernel, :eql?, :jit_rb_obj_equal) register_cfunc_method(Module, :==, :jit_rb_obj_equal) register_cfunc_method(Module, :===, :jit_rb_mod_eqq) register_cfunc_method(Symbol, :==, :jit_rb_obj_equal) register_cfunc_method(Symbol, :===, :jit_rb_obj_equal) register_cfunc_method(Integer, :==, :jit_rb_int_equal) register_cfunc_method(Integer, :===, :jit_rb_int_equal) # rb_str_to_s() methods in string.c register_cfunc_method(String, :empty?, :jit_rb_str_empty_p) register_cfunc_method(String, :to_s, :jit_rb_str_to_s) register_cfunc_method(String, :to_str, :jit_rb_str_to_s) register_cfunc_method(String, :bytesize, :jit_rb_str_bytesize) register_cfunc_method(String, :<<, :jit_rb_str_concat) register_cfunc_method(String, :+@, :jit_rb_str_uplus) # rb_ary_empty_p() method in array.c register_cfunc_method(Array, :empty?, :jit_rb_ary_empty_p) register_cfunc_method(Kernel, :respond_to?, :jit_obj_respond_to) register_cfunc_method(Kernel, :block_given?, :jit_rb_f_block_given_p) # Thread.current register_cfunc_method(C.rb_singleton_class(Thread), :current, :jit_thread_s_current) #--- register_cfunc_method(Array, :<<, :jit_rb_ary_push) register_cfunc_method(Integer, :*, :jit_rb_int_mul) register_cfunc_method(Integer, :/, :jit_rb_int_div) register_cfunc_method(Integer, :[], :jit_rb_int_aref) register_cfunc_method(String, :getbyte, :jit_rb_str_getbyte) end def register_cfunc_method(klass, mid_sym, func) mid = C.rb_intern(mid_sym.to_s) me = C.rb_method_entry_at(klass, mid) assert_equal(false, me.nil?) # Only cfuncs are supported method_serial = me.def.method_serial @cfunc_codegen_table[method_serial] = method(func) end def lookup_cfunc_codegen(cme_def) @cfunc_codegen_table[cme_def.method_serial] end def stack_swap(_jit, ctx, asm, offset0, offset1) stack0_mem = ctx.stack_opnd(offset0) stack1_mem = ctx.stack_opnd(offset1) mapping0 = ctx.get_opnd_mapping(StackOpnd[offset0]) mapping1 = ctx.get_opnd_mapping(StackOpnd[offset1]) asm.mov(:rax, stack0_mem) asm.mov(:rcx, stack1_mem) asm.mov(stack0_mem, :rcx) asm.mov(stack1_mem, :rax) ctx.set_opnd_mapping(StackOpnd[offset0], mapping1) ctx.set_opnd_mapping(StackOpnd[offset1], mapping0) end def jit_getlocal_generic(jit, ctx, asm, idx:, level:) # Load environment pointer EP (level 0) from CFP ep_reg = :rax jit_get_ep(asm, level, reg: ep_reg) # Load the local from the block # val = *(vm_get_ep(GET_EP(), level) - idx); asm.mov(:rax, [ep_reg, -idx * C.VALUE.size]) # Write the local at SP stack_top = if level == 0 local_idx = ep_offset_to_local_idx(jit.iseq, idx) ctx.stack_push_local(local_idx) else ctx.stack_push(Type::Unknown) end asm.mov(stack_top, :rax) KeepCompiling end def jit_setlocal_generic(jit, ctx, asm, idx:, level:) value_type = ctx.get_opnd_type(StackOpnd[0]) # Load environment pointer EP at level ep_reg = :rax jit_get_ep(asm, level, reg: ep_reg) # Write barriers may be required when VM_ENV_FLAG_WB_REQUIRED is set, however write barriers # only affect heap objects being written. If we know an immediate value is being written we # can skip this check. unless value_type.imm? # flags & VM_ENV_FLAG_WB_REQUIRED flags_opnd = [ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_FLAGS] asm.test(flags_opnd, C::VM_ENV_FLAG_WB_REQUIRED) # if (flags & VM_ENV_FLAG_WB_REQUIRED) != 0 asm.jnz(side_exit(jit, ctx)) end if level == 0 local_idx = ep_offset_to_local_idx(jit.iseq, idx) ctx.set_local_type(local_idx, value_type) end # Pop the value to write from the stack stack_top = ctx.stack_pop(1) # Write the value at the environment pointer asm.mov(:rcx, stack_top) asm.mov([ep_reg, -(C.VALUE.size * idx)], :rcx) KeepCompiling end # Compute the index of a local variable from its slot index def ep_offset_to_local_idx(iseq, ep_offset) # Layout illustration # This is an array of VALUE # | VM_ENV_DATA_SIZE | # v v # low addr <+-------+-------+-------+-------+------------------+ # |local 0|local 1| ... |local n| .... | # +-------+-------+-------+-------+------------------+ # ^ ^ ^ ^ # +-------+---local_table_size----+ cfp->ep--+ # | | # +------------------ep_offset---------------+ # # See usages of local_var_name() from iseq.c for similar calculation. # Equivalent of iseq->body->local_table_size local_table_size = iseq.body.local_table_size op = ep_offset - C::VM_ENV_DATA_SIZE local_idx = local_table_size - op - 1 assert_equal(true, local_idx >= 0 && local_idx < local_table_size) local_idx end # Compute the index of a local variable from its slot index def slot_to_local_idx(iseq, slot_idx) # Layout illustration # This is an array of VALUE # | VM_ENV_DATA_SIZE | # v v # low addr <+-------+-------+-------+-------+------------------+ # |local 0|local 1| ... |local n| .... | # +-------+-------+-------+-------+------------------+ # ^ ^ ^ ^ # +-------+---local_table_size----+ cfp->ep--+ # | | # +------------------slot_idx----------------+ # # See usages of local_var_name() from iseq.c for similar calculation. local_table_size = iseq.body.local_table_size op = slot_idx - C::VM_ENV_DATA_SIZE local_table_size - op - 1 end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def guard_object_is_heap(jit, ctx, asm, object, object_opnd, counter = nil) object_type = ctx.get_opnd_type(object_opnd) if object_type.heap? return end side_exit = side_exit(jit, ctx) side_exit = counted_exit(side_exit, counter) if counter asm.comment('guard object is heap') # Test that the object is not an immediate asm.test(object, C::RUBY_IMMEDIATE_MASK) asm.jnz(side_exit) # Test that the object is not false asm.cmp(object, Qfalse) asm.je(side_exit) if object_type.diff(Type::UnknownHeap) != TypeDiff::Incompatible ctx.upgrade_opnd_type(object_opnd, Type::UnknownHeap) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def guard_object_is_array(jit, ctx, asm, object_reg, flags_reg, object_opnd, counter = nil) object_type = ctx.get_opnd_type(object_opnd) if object_type.array? return end guard_object_is_heap(jit, ctx, asm, object_reg, object_opnd, counter) side_exit = side_exit(jit, ctx) side_exit = counted_exit(side_exit, counter) if counter asm.comment('guard object is array') # Pull out the type mask asm.mov(flags_reg, [object_reg, C.RBasic.offsetof(:flags)]) asm.and(flags_reg, C::RUBY_T_MASK) # Compare the result with T_ARRAY asm.cmp(flags_reg, C::RUBY_T_ARRAY) asm.jne(side_exit) if object_type.diff(Type::TArray) != TypeDiff::Incompatible ctx.upgrade_opnd_type(object_opnd, Type::TArray) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def guard_object_is_string(jit, ctx, asm, object_reg, flags_reg, object_opnd, counter = nil) object_type = ctx.get_opnd_type(object_opnd) if object_type.string? return end guard_object_is_heap(jit, ctx, asm, object_reg, object_opnd, counter) side_exit = side_exit(jit, ctx) side_exit = counted_exit(side_exit, counter) if counter asm.comment('guard object is string') # Pull out the type mask asm.mov(flags_reg, [object_reg, C.RBasic.offsetof(:flags)]) asm.and(flags_reg, C::RUBY_T_MASK) # Compare the result with T_STRING asm.cmp(flags_reg, C::RUBY_T_STRING) asm.jne(side_exit) if object_type.diff(Type::TString) != TypeDiff::Incompatible ctx.upgrade_opnd_type(object_opnd, Type::TString) end end # clobbers object_reg def guard_object_is_not_ruby2_keyword_hash(asm, object_reg, flags_reg, side_exit) asm.comment('guard object is not ruby2 keyword hash') not_ruby2_keyword = asm.new_label('not_ruby2_keyword') asm.test(object_reg, C::RUBY_IMMEDIATE_MASK) asm.jnz(not_ruby2_keyword) asm.cmp(object_reg, Qfalse) asm.je(not_ruby2_keyword) asm.mov(flags_reg, [object_reg, C.RBasic.offsetof(:flags)]) type_reg = object_reg asm.mov(type_reg, flags_reg) asm.and(type_reg, C::RUBY_T_MASK) asm.cmp(type_reg, C::RUBY_T_HASH) asm.jne(not_ruby2_keyword) asm.test(flags_reg, C::RHASH_PASS_AS_KEYWORDS) asm.jnz(side_exit) asm.write_label(not_ruby2_keyword) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_chain_guard(opcode, jit, ctx, asm, side_exit, limit: 20) opcode => :je | :jne | :jnz | :jz if ctx.chain_depth < limit deeper = ctx.dup deeper.chain_depth += 1 branch_stub = BranchStub.new( iseq: jit.iseq, shape: Default, target0: BranchTarget.new(ctx: deeper, pc: jit.pc), ) branch_stub.target0.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(deeper, ocb_asm, branch_stub, true) @ocb.write(ocb_asm) end branch_stub.compile = compile_jit_chain_guard(branch_stub, opcode:) branch_stub.compile.call(asm) else asm.public_send(opcode, side_exit) end end def compile_jit_chain_guard(branch_stub, opcode:) # Proc escapes arguments in memory proc do |branch_asm| # Not using `asm.comment` here since it's usually put before cmp/test before this. branch_asm.stub(branch_stub) do case branch_stub.shape in Default branch_asm.public_send(opcode, branch_stub.target0.address) end end end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_guard_known_klass(jit, ctx, asm, known_klass, obj_opnd, insn_opnd, comptime_obj, side_exit, limit: 10) # Only memory operand is supported for now assert_equal(true, obj_opnd.is_a?(Array)) known_klass = C.to_value(known_klass) val_type = ctx.get_opnd_type(insn_opnd) if val_type.known_class == known_klass # We already know from type information that this is a match return end # Touching this as Ruby could crash for FrozenCore if known_klass == C.rb_cNilClass assert(!val_type.heap?) assert(val_type.unknown?) asm.comment('guard object is nil') asm.cmp(obj_opnd, Qnil) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) ctx.upgrade_opnd_type(insn_opnd, Type::Nil) elsif known_klass == C.rb_cTrueClass assert(!val_type.heap?) assert(val_type.unknown?) asm.comment('guard object is true') asm.cmp(obj_opnd, Qtrue) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) ctx.upgrade_opnd_type(insn_opnd, Type::True) elsif known_klass == C.rb_cFalseClass assert(!val_type.heap?) assert(val_type.unknown?) asm.comment('guard object is false') asm.cmp(obj_opnd, Qfalse) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) ctx.upgrade_opnd_type(insn_opnd, Type::False) elsif known_klass == C.rb_cInteger && fixnum?(comptime_obj) # We will guard fixnum and bignum as though they were separate classes # BIGNUM can be handled by the general else case below assert(val_type.unknown?) asm.comment('guard object is fixnum') asm.test(obj_opnd, C::RUBY_FIXNUM_FLAG) jit_chain_guard(:jz, jit, ctx, asm, side_exit, limit:) ctx.upgrade_opnd_type(insn_opnd, Type::Fixnum) elsif known_klass == C.rb_cSymbol && static_symbol?(comptime_obj) assert(!val_type.heap?) # We will guard STATIC vs DYNAMIC as though they were separate classes # DYNAMIC symbols can be handled by the general else case below if val_type != Type::ImmSymbol || !val_type.imm? assert(val_type.unknown?) asm.comment('guard object is static symbol') assert_equal(8, C::RUBY_SPECIAL_SHIFT) asm.cmp(BytePtr[*obj_opnd], C::RUBY_SYMBOL_FLAG) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) ctx.upgrade_opnd_type(insn_opnd, Type::ImmSymbol) end elsif known_klass == C.rb_cFloat && flonum?(comptime_obj) assert(!val_type.heap?) if val_type != Type::Flonum || !val_type.imm? assert(val_type.unknown?) # We will guard flonum vs heap float as though they were separate classes asm.comment('guard object is flonum') asm.mov(:rax, obj_opnd) asm.and(:rax, C::RUBY_FLONUM_MASK) asm.cmp(:rax, C::RUBY_FLONUM_FLAG) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) ctx.upgrade_opnd_type(insn_opnd, Type::Flonum) end elsif C.RCLASS_SINGLETON_P(known_klass) && comptime_obj == C.rb_class_attached_object(known_klass) # Singleton classes are attached to one specific object, so we can # avoid one memory access (and potentially the is_heap check) by # looking for the expected object directly. # Note that in case the sample instance has a singleton class that # doesn't attach to the sample instance, it means the sample instance # has an empty singleton class that hasn't been materialized yet. In # this case, comparing against the sample instance doesn't guarantee # that its singleton class is empty, so we can't avoid the memory # access. As an example, `Object.new.singleton_class` is an object in # this situation. asm.comment('guard known object with singleton class') asm.mov(:rax, to_value(comptime_obj)) asm.cmp(obj_opnd, :rax) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) elsif val_type == Type::CString && known_klass == C.rb_cString # guard elided because the context says we've already checked assert_equal(C.to_value(C.rb_class_of(comptime_obj)), C.rb_cString) else assert(!val_type.imm?) # Load memory to a register asm.mov(:rax, obj_opnd) obj_opnd = :rax # Check that the receiver is a heap object # Note: if we get here, the class doesn't have immediate instances. unless val_type.heap? asm.comment('guard not immediate') asm.test(obj_opnd, C::RUBY_IMMEDIATE_MASK) jit_chain_guard(:jnz, jit, ctx, asm, side_exit, limit:) asm.cmp(obj_opnd, Qfalse) jit_chain_guard(:je, jit, ctx, asm, side_exit, limit:) end # Bail if receiver class is different from known_klass klass_opnd = [obj_opnd, C.RBasic.offsetof(:klass)] asm.comment("guard known class #{known_klass}") asm.mov(:rcx, known_klass) asm.cmp(klass_opnd, :rcx) jit_chain_guard(:jne, jit, ctx, asm, side_exit, limit:) if known_klass == C.rb_cString # Upgrading to Type::CString here is incorrect. # The guard we put only checks RBASIC_CLASS(obj), # which adding a singleton class can change. We # additionally need to know the string is frozen # to claim Type::CString. ctx.upgrade_opnd_type(insn_opnd, Type::TString) elsif known_klass == C.rb_cArray ctx.upgrade_opnd_type(insn_opnd, Type::TArray) end end end # @param jit [RubyVM::RJIT::JITState] def two_fixnums_on_stack?(jit) comptime_recv = jit.peek_at_stack(1) comptime_arg = jit.peek_at_stack(0) return fixnum?(comptime_recv) && fixnum?(comptime_arg) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def guard_two_fixnums(jit, ctx, asm) # Get stack operands without popping them arg1 = ctx.stack_opnd(0) arg0 = ctx.stack_opnd(1) # Get the stack operand types arg1_type = ctx.get_opnd_type(StackOpnd[0]) arg0_type = ctx.get_opnd_type(StackOpnd[1]) if arg0_type.heap? || arg1_type.heap? asm.comment('arg is heap object') asm.jmp(side_exit(jit, ctx)) return end if arg0_type != Type::Fixnum && arg0_type.specific? asm.comment('arg0 not fixnum') asm.jmp(side_exit(jit, ctx)) return end if arg1_type != Type::Fixnum && arg1_type.specific? asm.comment('arg1 not fixnum') asm.jmp(side_exit(jit, ctx)) return end assert(!arg0_type.heap?) assert(!arg1_type.heap?) assert(arg0_type == Type::Fixnum || arg0_type.unknown?) assert(arg1_type == Type::Fixnum || arg1_type.unknown?) # If not fixnums at run-time, fall back if arg0_type != Type::Fixnum asm.comment('guard arg0 fixnum') asm.test(arg0, C::RUBY_FIXNUM_FLAG) jit_chain_guard(:jz, jit, ctx, asm, side_exit(jit, ctx)) end if arg1_type != Type::Fixnum asm.comment('guard arg1 fixnum') asm.test(arg1, C::RUBY_FIXNUM_FLAG) jit_chain_guard(:jz, jit, ctx, asm, side_exit(jit, ctx)) end # Set stack types in context ctx.upgrade_opnd_type(StackOpnd[0], Type::Fixnum) ctx.upgrade_opnd_type(StackOpnd[1], Type::Fixnum) end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_fixnum_cmp(jit, ctx, asm, opcode:, bop:) opcode => :cmovl | :cmovle | :cmovg | :cmovge unless jit.at_current_insn? defer_compilation(jit, ctx, asm) return EndBlock end comptime_recv = jit.peek_at_stack(1) comptime_obj = jit.peek_at_stack(0) if fixnum?(comptime_recv) && fixnum?(comptime_obj) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, bop) return CantCompile end # Check that both operands are fixnums guard_two_fixnums(jit, ctx, asm) obj_opnd = ctx.stack_pop recv_opnd = ctx.stack_pop asm.mov(:rax, obj_opnd) asm.cmp(recv_opnd, :rax) asm.mov(:rax, Qfalse) asm.mov(:rcx, Qtrue) asm.public_send(opcode, :rax, :rcx) dst_opnd = ctx.stack_push(Type::UnknownImm) asm.mov(dst_opnd, :rax) KeepCompiling else opt_send_without_block(jit, ctx, asm) end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_equality_specialized(jit, ctx, asm, gen_eq) # Create a side-exit to fall back to the interpreter side_exit = side_exit(jit, ctx) a_opnd = ctx.stack_opnd(1) b_opnd = ctx.stack_opnd(0) comptime_a = jit.peek_at_stack(1) comptime_b = jit.peek_at_stack(0) if two_fixnums_on_stack?(jit) unless Invariants.assume_bop_not_redefined(jit, C::INTEGER_REDEFINED_OP_FLAG, C::BOP_EQ) return false end guard_two_fixnums(jit, ctx, asm) asm.comment('check fixnum equality') asm.mov(:rax, a_opnd) asm.mov(:rcx, b_opnd) asm.cmp(:rax, :rcx) asm.mov(:rax, gen_eq ? Qfalse : Qtrue) asm.mov(:rcx, gen_eq ? Qtrue : Qfalse) asm.cmove(:rax, :rcx) # Push the output on the stack ctx.stack_pop(2) dst = ctx.stack_push(Type::UnknownImm) asm.mov(dst, :rax) true elsif C.rb_class_of(comptime_a) == String && C.rb_class_of(comptime_b) == String unless Invariants.assume_bop_not_redefined(jit, C::STRING_REDEFINED_OP_FLAG, C::BOP_EQ) # if overridden, emit the generic version return false end # Guard that a is a String jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_a), a_opnd, StackOpnd[1], comptime_a, side_exit) equal_label = asm.new_label(:equal) ret_label = asm.new_label(:ret) # If they are equal by identity, return true asm.mov(:rax, a_opnd) asm.mov(:rcx, b_opnd) asm.cmp(:rax, :rcx) asm.je(equal_label) # Otherwise guard that b is a T_STRING (from type info) or String (from runtime guard) btype = ctx.get_opnd_type(StackOpnd[0]) unless btype.string? # Note: any T_STRING is valid here, but we check for a ::String for simplicity # To pass a mutable static variable (rb_cString) requires an unsafe block jit_guard_known_klass(jit, ctx, asm, C.rb_class_of(comptime_b), b_opnd, StackOpnd[0], comptime_b, side_exit) end asm.comment('call rb_str_eql_internal') asm.mov(C_ARGS[0], a_opnd) asm.mov(C_ARGS[1], b_opnd) asm.call(gen_eq ? C.rb_str_eql_internal : C.rjit_str_neq_internal) # Push the output on the stack ctx.stack_pop(2) dst = ctx.stack_push(Type::UnknownImm) asm.mov(dst, C_RET) asm.jmp(ret_label) asm.write_label(equal_label) asm.mov(dst, gen_eq ? Qtrue : Qfalse) asm.write_label(ret_label) true else false end end # NOTE: This clobbers :rax # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_prepare_routine_call(jit, ctx, asm) jit.record_boundary_patch_point = true jit_save_pc(jit, asm) jit_save_sp(ctx, asm) # In case the routine calls Ruby methods, it can set local variables # through Kernel#binding and other means. ctx.clear_local_types end # NOTE: This clobbers :rax # @param jit [RubyVM::RJIT::JITState] # @param asm [RubyVM::RJIT::Assembler] def jit_save_pc(jit, asm, comment: 'save PC to CFP') next_pc = jit.pc + jit.insn.len * C.VALUE.size # Use the next one for backtrace and side exits asm.comment(comment) asm.mov(:rax, next_pc) asm.mov([CFP, C.rb_control_frame_t.offsetof(:pc)], :rax) end # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_save_sp(ctx, asm) if ctx.sp_offset != 0 asm.comment('save SP to CFP') asm.lea(SP, ctx.sp_opnd) asm.mov([CFP, C.rb_control_frame_t.offsetof(:sp)], SP) ctx.sp_offset = 0 end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jump_to_next_insn(jit, ctx, asm) reset_depth = ctx.dup reset_depth.chain_depth = 0 next_pc = jit.pc + jit.insn.len * C.VALUE.size # We are at the end of the current instruction. Record the boundary. if jit.record_boundary_patch_point exit_pos = Assembler.new.then do |ocb_asm| @exit_compiler.compile_side_exit(next_pc, ctx, ocb_asm) @ocb.write(ocb_asm) end Invariants.record_global_inval_patch(asm, exit_pos) jit.record_boundary_patch_point = false end jit_direct_jump(jit.iseq, next_pc, reset_depth, asm, comment: 'jump_to_next_insn') end # rb_vm_check_ints # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_check_ints(jit, ctx, asm) asm.comment('RUBY_VM_CHECK_INTS(ec)') asm.mov(:eax, DwordPtr[EC, C.rb_execution_context_t.offsetof(:interrupt_flag)]) asm.test(:eax, :eax) asm.jnz(side_exit(jit, ctx)) end # See get_lvar_level in compile.c def get_lvar_level(iseq) level = 0 while iseq.to_i != iseq.body.local_iseq.to_i level += 1 iseq = iseq.body.parent_iseq end return level end # GET_LEP # @param jit [RubyVM::RJIT::JITState] # @param asm [RubyVM::RJIT::Assembler] def jit_get_lep(jit, asm, reg:) level = get_lvar_level(jit.iseq) jit_get_ep(asm, level, reg:) end # vm_get_ep # @param asm [RubyVM::RJIT::Assembler] def jit_get_ep(asm, level, reg:) asm.mov(reg, [CFP, C.rb_control_frame_t.offsetof(:ep)]) level.times do # GET_PREV_EP: ep[VM_ENV_DATA_INDEX_SPECVAL] & ~0x03 asm.mov(reg, [reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) asm.and(reg, ~0x03) end end # vm_getivar # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_getivar(jit, ctx, asm, comptime_obj, ivar_id, obj_opnd, obj_yarv_opnd) side_exit = side_exit(jit, ctx) starting_ctx = ctx.dup # copy for jit_chain_guard # Guard not special const if C::SPECIAL_CONST_P(comptime_obj) asm.incr_counter(:getivar_special_const) return CantCompile end case C::BUILTIN_TYPE(comptime_obj) when C::T_OBJECT # This is the only supported case for now (ROBJECT_IVPTR) else # General case. Call rb_ivar_get(). # VALUE rb_ivar_get(VALUE obj, ID id) asm.comment('call rb_ivar_get()') asm.mov(C_ARGS[0], obj_opnd ? obj_opnd : [CFP, C.rb_control_frame_t.offsetof(:self)]) asm.mov(C_ARGS[1], ivar_id) # The function could raise exceptions. jit_prepare_routine_call(jit, ctx, asm) # clobbers obj_opnd and :rax asm.call(C.rb_ivar_get) if obj_opnd # attr_reader ctx.stack_pop end # Push the ivar on the stack out_opnd = ctx.stack_push(Type::Unknown) asm.mov(out_opnd, C_RET) # Jump to next instruction. This allows guard chains to share the same successor. jump_to_next_insn(jit, ctx, asm) return EndBlock end asm.mov(:rax, obj_opnd ? obj_opnd : [CFP, C.rb_control_frame_t.offsetof(:self)]) guard_object_is_heap(jit, ctx, asm, :rax, obj_yarv_opnd, :getivar_not_heap) shape_id = C.rb_shape_get_shape_id(comptime_obj) if shape_id == C::OBJ_TOO_COMPLEX_SHAPE_ID asm.incr_counter(:getivar_too_complex) return CantCompile end asm.comment('guard shape') asm.cmp(DwordPtr[:rax, C.rb_shape_id_offset], shape_id) jit_chain_guard(:jne, jit, starting_ctx, asm, counted_exit(side_exit, :getivar_megamorphic)) if obj_opnd ctx.stack_pop # pop receiver for attr_reader end index = C.rb_shape_get_iv_index(shape_id, ivar_id) # If there is no IVAR index, then the ivar was undefined # when we entered the compiler. That means we can just return # nil for this shape + iv name if index.nil? stack_opnd = ctx.stack_push(Type::Nil) val_opnd = Qnil else asm.comment('ROBJECT_IVPTR') if C::FL_TEST_RAW(comptime_obj, C::ROBJECT_EMBED) # Access embedded array asm.mov(:rax, [:rax, C.RObject.offsetof(:as, :ary) + (index * C.VALUE.size)]) else # Pull out an ivar table on heap asm.mov(:rax, [:rax, C.RObject.offsetof(:as, :heap, :ivptr)]) # Read the table asm.mov(:rax, [:rax, index * C.VALUE.size]) end stack_opnd = ctx.stack_push(Type::Unknown) val_opnd = :rax end asm.mov(stack_opnd, val_opnd) # Let guard chains share the same successor jump_to_next_insn(jit, ctx, asm) EndBlock end def jit_write_iv(asm, comptime_receiver, recv_reg, temp_reg, ivar_index, set_value, needs_extension) # Compile time self is embedded and the ivar index lands within the object embed_test_result = C::FL_TEST_RAW(comptime_receiver, C::ROBJECT_EMBED) && !needs_extension if embed_test_result # Find the IV offset offs = C.RObject.offsetof(:as, :ary) + ivar_index * C.VALUE.size # Write the IV asm.comment('write IV') asm.mov(temp_reg, set_value) asm.mov([recv_reg, offs], temp_reg) else # Compile time value is *not* embedded. # Get a pointer to the extended table asm.mov(recv_reg, [recv_reg, C.RObject.offsetof(:as, :heap, :ivptr)]) # Write the ivar in to the extended table asm.comment("write IV"); asm.mov(temp_reg, set_value) asm.mov([recv_reg, C.VALUE.size * ivar_index], temp_reg) end end # vm_caller_setup_arg_block: Handle VM_CALL_ARGS_BLOCKARG cases. # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def guard_block_arg(jit, ctx, asm, calling) if calling.flags & C::VM_CALL_ARGS_BLOCKARG != 0 block_arg_type = ctx.get_opnd_type(StackOpnd[0]) case block_arg_type in Type::Nil calling.block_handler = C::VM_BLOCK_HANDLER_NONE in Type::BlockParamProxy calling.block_handler = C.rb_block_param_proxy else asm.incr_counter(:send_block_arg) return CantCompile end end end # vm_search_method # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_search_method(jit, ctx, asm, mid, calling) assert_equal(true, jit.at_current_insn?) # Generate a side exit side_exit = side_exit(jit, ctx) # kw_splat is not supported yet if calling.flags & C::VM_CALL_KW_SPLAT != 0 asm.incr_counter(:send_kw_splat) return CantCompile end # Get a compile-time receiver and its class recv_idx = calling.argc + (calling.flags & C::VM_CALL_ARGS_BLOCKARG != 0 ? 1 : 0) # blockarg is not popped yet recv_idx += calling.send_shift comptime_recv = jit.peek_at_stack(recv_idx) comptime_recv_klass = C.rb_class_of(comptime_recv) # Guard the receiver class (part of vm_search_method_fastpath) recv_opnd = ctx.stack_opnd(recv_idx) megamorphic_exit = counted_exit(side_exit, :send_klass_megamorphic) jit_guard_known_klass(jit, ctx, asm, comptime_recv_klass, recv_opnd, StackOpnd[recv_idx], comptime_recv, megamorphic_exit) # Do method lookup (vm_cc_cme(cc) != NULL) cme = C.rb_callable_method_entry(comptime_recv_klass, mid) if cme.nil? asm.incr_counter(:send_missing_cme) return CantCompile # We don't support vm_call_method_name end # Invalidate on redefinition (part of vm_search_method_fastpath) Invariants.assume_method_lookup_stable(jit, cme) return cme, comptime_recv_klass end # vm_call_general # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_general(jit, ctx, asm, mid, calling, cme, known_recv_class) jit_call_method(jit, ctx, asm, mid, calling, cme, known_recv_class) end # vm_call_method # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] # @param send_shift [Integer] The number of shifts needed for VM_CALL_OPT_SEND def jit_call_method(jit, ctx, asm, mid, calling, cme, known_recv_class) # The main check of vm_call_method before vm_call_method_each_type case C::METHOD_ENTRY_VISI(cme) in C::METHOD_VISI_PUBLIC # You can always call public methods in C::METHOD_VISI_PRIVATE # Allow only callsites without a receiver if calling.flags & C::VM_CALL_FCALL == 0 asm.incr_counter(:send_private) return CantCompile end in C::METHOD_VISI_PROTECTED # If the method call is an FCALL, it is always valid if calling.flags & C::VM_CALL_FCALL == 0 # otherwise we need an ancestry check to ensure the receiver is valid to be called as protected jit_protected_callee_ancestry_guard(asm, cme, side_exit(jit, ctx)) end end # Get a compile-time receiver recv_idx = calling.argc + (calling.flags & C::VM_CALL_ARGS_BLOCKARG != 0 ? 1 : 0) # blockarg is not popped yet recv_idx += calling.send_shift comptime_recv = jit.peek_at_stack(recv_idx) recv_opnd = ctx.stack_opnd(recv_idx) jit_call_method_each_type(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) end # Generate ancestry guard for protected callee. # Calls to protected callees only go through when self.is_a?(klass_that_defines_the_callee). def jit_protected_callee_ancestry_guard(asm, cme, side_exit) # See vm_call_method(). def_class = cme.defined_class # Note: PC isn't written to current control frame as rb_is_kind_of() shouldn't raise. # VALUE rb_obj_is_kind_of(VALUE obj, VALUE klass); asm.mov(C_ARGS[0], [CFP, C.rb_control_frame_t.offsetof(:self)]) asm.mov(C_ARGS[1], to_value(def_class)) asm.call(C.rb_obj_is_kind_of) asm.test(C_RET, C_RET) asm.jz(counted_exit(side_exit, :send_protected_check_failed)) end # vm_call_method_each_type # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_method_each_type(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) case cme.def.type in C::VM_METHOD_TYPE_ISEQ iseq = def_iseq_ptr(cme.def) jit_call_iseq(jit, ctx, asm, cme, calling, iseq) in C::VM_METHOD_TYPE_NOTIMPLEMENTED asm.incr_counter(:send_notimplemented) return CantCompile in C::VM_METHOD_TYPE_CFUNC jit_call_cfunc(jit, ctx, asm, cme, calling, known_recv_class:) in C::VM_METHOD_TYPE_ATTRSET jit_call_attrset(jit, ctx, asm, cme, calling, comptime_recv, recv_opnd) in C::VM_METHOD_TYPE_IVAR jit_call_ivar(jit, ctx, asm, cme, calling, comptime_recv, recv_opnd) in C::VM_METHOD_TYPE_MISSING asm.incr_counter(:send_missing) return CantCompile in C::VM_METHOD_TYPE_BMETHOD jit_call_bmethod(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) in C::VM_METHOD_TYPE_ALIAS jit_call_alias(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) in C::VM_METHOD_TYPE_OPTIMIZED jit_call_optimized(jit, ctx, asm, cme, calling, known_recv_class) in C::VM_METHOD_TYPE_UNDEF asm.incr_counter(:send_undef) return CantCompile in C::VM_METHOD_TYPE_ZSUPER asm.incr_counter(:send_zsuper) return CantCompile in C::VM_METHOD_TYPE_REFINED asm.incr_counter(:send_refined) return CantCompile end end # vm_call_iseq_setup # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_iseq(jit, ctx, asm, cme, calling, iseq, frame_type: nil, prev_ep: nil) argc = calling.argc flags = calling.flags send_shift = calling.send_shift # When you have keyword arguments, there is an extra object that gets # placed on the stack the represents a bitmap of the keywords that were not # specified at the call site. We need to keep track of the fact that this # value is present on the stack in order to properly set up the callee's # stack pointer. doing_kw_call = iseq.body.param.flags.has_kw supplying_kws = flags & C::VM_CALL_KWARG != 0 if flags & C::VM_CALL_TAILCALL != 0 # We can't handle tailcalls asm.incr_counter(:send_tailcall) return CantCompile end # No support for callees with these parameters yet as they require allocation # or complex handling. if iseq.body.param.flags.has_post asm.incr_counter(:send_iseq_has_opt) return CantCompile end if iseq.body.param.flags.has_kwrest asm.incr_counter(:send_iseq_has_kwrest) return CantCompile end # In order to handle backwards compatibility between ruby 3 and 2 # ruby2_keywords was introduced. It is called only on methods # with splat and changes they way they handle them. # We are just going to not compile these. # https://www.rubydoc.info/stdlib/core/Proc:ruby2_keywords if iseq.body.param.flags.ruby2_keywords && flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_iseq_ruby2_keywords) return CantCompile end iseq_has_rest = iseq.body.param.flags.has_rest if iseq_has_rest && calling.block_handler == :captured asm.incr_counter(:send_iseq_has_rest_and_captured) return CantCompile end if iseq_has_rest && iseq.body.param.flags.has_kw && supplying_kws asm.incr_counter(:send_iseq_has_rest_and_kw_supplied) return CantCompile end # If we have keyword arguments being passed to a callee that only takes # positionals, then we need to allocate a hash. For now we're going to # call that too complex and bail. if supplying_kws && !iseq.body.param.flags.has_kw asm.incr_counter(:send_iseq_has_no_kw) return CantCompile end # If we have a method accepting no kwargs (**nil), exit if we have passed # it any kwargs. if supplying_kws && iseq.body.param.flags.accepts_no_kwarg asm.incr_counter(:send_iseq_accepts_no_kwarg) return CantCompile end # For computing number of locals to set up for the callee num_params = iseq.body.param.size # Block parameter handling. This mirrors setup_parameters_complex(). if iseq.body.param.flags.has_block if iseq.body.local_iseq.to_i == iseq.to_i num_params -= 1 else # In this case (param.flags.has_block && local_iseq != iseq), # the block argument is setup as a local variable and requires # materialization (allocation). Bail. asm.incr_counter(:send_iseq_materialized_block) return CantCompile end end if flags & C::VM_CALL_ARGS_SPLAT != 0 && flags & C::VM_CALL_ZSUPER != 0 # zsuper methods are super calls without any arguments. # They are also marked as splat, but don't actually have an array # they pull arguments from, instead we need to change to call # a different method with the current stack. asm.incr_counter(:send_iseq_zsuper) return CantCompile end start_pc_offset = 0 required_num = iseq.body.param.lead_num # This struct represents the metadata about the caller-specified # keyword arguments. kw_arg = calling.kwarg kw_arg_num = if kw_arg.nil? 0 else kw_arg.keyword_len end # Arity handling and optional parameter setup opts_filled = argc - required_num - kw_arg_num opt_num = iseq.body.param.opt_num opts_missing = opt_num - opts_filled if doing_kw_call && flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_iseq_splat_with_kw) return CantCompile end if flags & C::VM_CALL_KW_SPLAT != 0 asm.incr_counter(:send_iseq_kw_splat) return CantCompile end if iseq_has_rest && opt_num != 0 asm.incr_counter(:send_iseq_has_rest_and_optional) return CantCompile end if opts_filled < 0 && flags & C::VM_CALL_ARGS_SPLAT == 0 # Too few arguments and no splat to make up for it asm.incr_counter(:send_iseq_arity_error) return CantCompile end if opts_filled > opt_num && !iseq_has_rest # Too many arguments and no place to put them (i.e. rest arg) asm.incr_counter(:send_iseq_arity_error) return CantCompile end block_arg = flags & C::VM_CALL_ARGS_BLOCKARG != 0 # Guard block_arg_type if guard_block_arg(jit, ctx, asm, calling) == CantCompile return CantCompile end # If we have unfilled optional arguments and keyword arguments then we # would need to adjust the arguments location to account for that. # For now we aren't handling this case. if doing_kw_call && opts_missing > 0 asm.incr_counter(:send_iseq_missing_optional_kw) return CantCompile end # We will handle splat case later if opt_num > 0 && flags & C::VM_CALL_ARGS_SPLAT == 0 num_params -= opts_missing start_pc_offset = iseq.body.param.opt_table[opts_filled] end if doing_kw_call # Here we're calling a method with keyword arguments and specifying # keyword arguments at this call site. # This struct represents the metadata about the callee-specified # keyword parameters. keyword = iseq.body.param.keyword keyword_num = keyword.num keyword_required_num = keyword.required_num required_kwargs_filled = 0 if keyword_num > 30 # We have so many keywords that (1 << num) encoded as a FIXNUM # (which shifts it left one more) no longer fits inside a 32-bit # immediate. asm.incr_counter(:send_iseq_too_many_kwargs) return CantCompile end # Check that the kwargs being passed are valid if supplying_kws # This is the list of keyword arguments that the callee specified # in its initial declaration. # SAFETY: see compile.c for sizing of this slice. callee_kwargs = keyword_num.times.map { |i| keyword.table[i] } # Here we're going to build up a list of the IDs that correspond to # the caller-specified keyword arguments. If they're not in the # same order as the order specified in the callee declaration, then # we're going to need to generate some code to swap values around # on the stack. caller_kwargs = [] kw_arg.keyword_len.times do |kwarg_idx| sym = C.to_ruby(kw_arg[:keywords][kwarg_idx]) caller_kwargs << C.rb_sym2id(sym) end # First, we're going to be sure that the names of every # caller-specified keyword argument correspond to a name in the # list of callee-specified keyword parameters. caller_kwargs.each do |caller_kwarg| search_result = callee_kwargs.map.with_index.find { |kwarg, _| kwarg == caller_kwarg } case search_result in nil # If the keyword was never found, then we know we have a # mismatch in the names of the keyword arguments, so we need to # bail. asm.incr_counter(:send_iseq_kwargs_mismatch) return CantCompile in _, callee_idx if callee_idx < keyword_required_num # Keep a count to ensure all required kwargs are specified required_kwargs_filled += 1 else end end end assert_equal(true, required_kwargs_filled <= keyword_required_num) if required_kwargs_filled != keyword_required_num asm.incr_counter(:send_iseq_kwargs_mismatch) return CantCompile end end # Check if we need the arg0 splat handling of vm_callee_setup_block_arg arg_setup_block = (calling.block_handler == :captured) # arg_setup_type: arg_setup_block (invokeblock) block_arg0_splat = arg_setup_block && argc == 1 && (iseq.body.param.flags.has_lead || opt_num > 1) && !iseq.body.param.flags.ambiguous_param0 if block_arg0_splat # If block_arg0_splat, we still need side exits after splat, but # doing push_splat_args here disallows it. So bail out. if flags & C::VM_CALL_ARGS_SPLAT != 0 && !iseq_has_rest asm.incr_counter(:invokeblock_iseq_arg0_args_splat) return CantCompile end # The block_arg0_splat implementation is for the rb_simple_iseq_p case, # but doing_kw_call means it's not a simple ISEQ. if doing_kw_call asm.incr_counter(:invokeblock_iseq_arg0_has_kw) return CantCompile end # The block_arg0_splat implementation cannot deal with optional parameters. # This is a setup_parameters_complex() situation and interacts with the # starting position of the callee. if opt_num > 1 asm.incr_counter(:invokeblock_iseq_arg0_optional) return CantCompile end end if flags & C::VM_CALL_ARGS_SPLAT != 0 && !iseq_has_rest array = jit.peek_at_stack(block_arg ? 1 : 0) splat_array_length = if array.nil? 0 else array.length end if opt_num == 0 && required_num != splat_array_length + argc - 1 asm.incr_counter(:send_iseq_splat_arity_error) return CantCompile end end # Don't compile forwardable iseqs if iseq.body.param.flags.forwardable return CantCompile end # We will not have CantCompile from here. if block_arg ctx.stack_pop(1) end if calling.block_handler == C::VM_BLOCK_HANDLER_NONE && iseq.body.builtin_attrs & C::BUILTIN_ATTR_LEAF != 0 if jit_leaf_builtin_func(jit, ctx, asm, flags, iseq) return KeepCompiling end end # Number of locals that are not parameters num_locals = iseq.body.local_table_size - num_params # Stack overflow check # Note that vm_push_frame checks it against a decremented cfp, hence the multiply by 2. # #define CHECK_VM_STACK_OVERFLOW0(cfp, sp, margin) asm.comment('stack overflow check') locals_offs = C.VALUE.size * (num_locals + iseq.body.stack_max) + 2 * C.rb_control_frame_t.size asm.lea(:rax, ctx.sp_opnd(locals_offs)) asm.cmp(CFP, :rax) asm.jbe(counted_exit(side_exit(jit, ctx), :send_stackoverflow)) # push_splat_args does stack manipulation so we can no longer side exit if splat_array_length remaining_opt = (opt_num + required_num) - (splat_array_length + (argc - 1)) if opt_num > 0 # We are going to jump to the correct offset based on how many optional # params are remaining. offset = opt_num - remaining_opt start_pc_offset = iseq.body.param.opt_table[offset] end # We are going to assume that the splat fills # all the remaining arguments. In the generated code # we test if this is true and if not side exit. argc = argc - 1 + splat_array_length + remaining_opt push_splat_args(splat_array_length, jit, ctx, asm) remaining_opt.times do # We need to push nil for the optional arguments stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, Qnil) end end # This is a .send call and we need to adjust the stack if flags & C::VM_CALL_OPT_SEND != 0 handle_opt_send_shift_stack(asm, argc, ctx, send_shift:) end if iseq_has_rest # We are going to allocate so setting pc and sp. jit_save_pc(jit, asm) # clobbers rax jit_save_sp(ctx, asm) if flags & C::VM_CALL_ARGS_SPLAT != 0 non_rest_arg_count = argc - 1 # We start by dupping the array because someone else might have # a reference to it. array = ctx.stack_pop(1) asm.mov(C_ARGS[0], array) asm.call(C.rb_ary_dup) array = C_RET if non_rest_arg_count > required_num # If we have more arguments than required, we need to prepend # the items from the stack onto the array. diff = (non_rest_arg_count - required_num) # diff is >0 so no need to worry about null pointer asm.comment('load pointer to array elements') offset_magnitude = C.VALUE.size * diff values_opnd = ctx.sp_opnd(-offset_magnitude) values_ptr = :rcx asm.lea(values_ptr, values_opnd) asm.comment('prepend stack values to rest array') asm.mov(C_ARGS[0], diff) asm.mov(C_ARGS[1], values_ptr) asm.mov(C_ARGS[2], array) asm.call(C.rb_ary_unshift_m) ctx.stack_pop(diff) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) # We now should have the required arguments # and an array of all the rest arguments argc = required_num + 1 elsif non_rest_arg_count < required_num # If we have fewer arguments than required, we need to take some # from the array and move them to the stack. diff = (required_num - non_rest_arg_count) # This moves the arguments onto the stack. But it doesn't modify the array. move_rest_args_to_stack(array, diff, jit, ctx, asm) # We will now slice the array to give us a new array of the correct size asm.mov(C_ARGS[0], array) asm.mov(C_ARGS[1], diff) asm.call(C.rjit_rb_ary_subseq_length) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) # We now should have the required arguments # and an array of all the rest arguments argc = required_num + 1 else # The arguments are equal so we can just push to the stack assert_equal(non_rest_arg_count, required_num) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, array) end else assert_equal(true, argc >= required_num) n = (argc - required_num) argc = required_num + 1 # If n is 0, then elts is never going to be read, so we can just pass null if n == 0 values_ptr = 0 else asm.comment('load pointer to array elements') offset_magnitude = C.VALUE.size * n values_opnd = ctx.sp_opnd(-offset_magnitude) values_ptr = :rcx asm.lea(values_ptr, values_opnd) end asm.mov(C_ARGS[0], EC) asm.mov(C_ARGS[1], n) asm.mov(C_ARGS[2], values_ptr) asm.call(C.rb_ec_ary_new_from_values) ctx.stack_pop(n) stack_ret = ctx.stack_push(Type::TArray) asm.mov(stack_ret, C_RET) end end if doing_kw_call # Here we're calling a method with keyword arguments and specifying # keyword arguments at this call site. # Number of positional arguments the callee expects before the first # keyword argument args_before_kw = required_num + opt_num # This struct represents the metadata about the caller-specified # keyword arguments. ci_kwarg = calling.kwarg caller_keyword_len = if ci_kwarg.nil? 0 else ci_kwarg.keyword_len end # This struct represents the metadata about the callee-specified # keyword parameters. keyword = iseq.body.param.keyword asm.comment('keyword args') # This is the list of keyword arguments that the callee specified # in its initial declaration. callee_kwargs = keyword.table total_kwargs = keyword.num # Here we're going to build up a list of the IDs that correspond to # the caller-specified keyword arguments. If they're not in the # same order as the order specified in the callee declaration, then # we're going to need to generate some code to swap values around # on the stack. caller_kwargs = [] caller_keyword_len.times do |kwarg_idx| sym = C.to_ruby(ci_kwarg[:keywords][kwarg_idx]) caller_kwargs << C.rb_sym2id(sym) end kwarg_idx = caller_keyword_len unspecified_bits = 0 keyword_required_num = keyword.required_num (keyword_required_num...total_kwargs).each do |callee_idx| already_passed = false callee_kwarg = callee_kwargs[callee_idx] caller_keyword_len.times do |caller_idx| if caller_kwargs[caller_idx] == callee_kwarg already_passed = true break end end unless already_passed # Reserve space on the stack for each default value we'll be # filling in (which is done in the next loop). Also increments # argc so that the callee's SP is recorded correctly. argc += 1 default_arg = ctx.stack_push(Type::Unknown) # callee_idx - keyword->required_num is used in a couple of places below. req_num = keyword.required_num extra_args = callee_idx - req_num # VALUE default_value = keyword->default_values[callee_idx - keyword->required_num]; default_value = keyword.default_values[extra_args] if default_value == Qundef # Qundef means that this value is not constant and must be # recalculated at runtime, so we record it in unspecified_bits # (Qnil is then used as a placeholder instead of Qundef). unspecified_bits |= 0x01 << extra_args default_value = Qnil end asm.mov(:rax, default_value) asm.mov(default_arg, :rax) caller_kwargs[kwarg_idx] = callee_kwarg kwarg_idx += 1 end end assert_equal(kwarg_idx, total_kwargs) # Next, we're going to loop through every keyword that was # specified by the caller and make sure that it's in the correct # place. If it's not we're going to swap it around with another one. total_kwargs.times do |kwarg_idx| callee_kwarg = callee_kwargs[kwarg_idx] # If the argument is already in the right order, then we don't # need to generate any code since the expected value is already # in the right place on the stack. if callee_kwarg == caller_kwargs[kwarg_idx] next end # In this case the argument is not in the right place, so we # need to find its position where it _should_ be and swap with # that location. ((kwarg_idx + 1)...total_kwargs).each do |swap_idx| if callee_kwarg == caller_kwargs[swap_idx] # First we're going to generate the code that is going # to perform the actual swapping at runtime. offset0 = argc - 1 - swap_idx - args_before_kw offset1 = argc - 1 - kwarg_idx - args_before_kw stack_swap(jit, ctx, asm, offset0, offset1) # Next we're going to do some bookkeeping on our end so # that we know the order that the arguments are # actually in now. caller_kwargs[kwarg_idx], caller_kwargs[swap_idx] = caller_kwargs[swap_idx], caller_kwargs[kwarg_idx] break end end end # Keyword arguments cause a special extra local variable to be # pushed onto the stack that represents the parameters that weren't # explicitly given a value and have a non-constant default. asm.mov(ctx.stack_opnd(-1), C.to_value(unspecified_bits)) end # Same as vm_callee_setup_block_arg_arg0_check and vm_callee_setup_block_arg_arg0_splat # on vm_callee_setup_block_arg for arg_setup_block. This is done after CALLER_SETUP_ARG # and CALLER_REMOVE_EMPTY_KW_SPLAT, so this implementation is put here. This may need # side exits, so you still need to allow side exits here if block_arg0_splat is true. # Note that you can't have side exits after this arg0 splat. if block_arg0_splat asm.incr_counter(:send_iseq_block_arg0_splat) return CantCompile end # Create a context for the callee callee_ctx = Context.new # Set the argument types in the callee's context argc.times do |arg_idx| stack_offs = argc - arg_idx - 1 arg_type = ctx.get_opnd_type(StackOpnd[stack_offs]) callee_ctx.set_local_type(arg_idx, arg_type) end recv_type = if calling.block_handler == :captured Type::Unknown # we don't track the type information of captured->self for now else ctx.get_opnd_type(StackOpnd[argc]) end callee_ctx.upgrade_opnd_type(SelfOpnd, recv_type) # Setup the new frame frame_type ||= C::VM_FRAME_MAGIC_METHOD | C::VM_ENV_FLAG_LOCAL jit_push_frame( jit, ctx, asm, cme, flags, argc, frame_type, calling.block_handler, iseq: iseq, local_size: num_locals, stack_max: iseq.body.stack_max, prev_ep:, doing_kw_call:, ) # Directly jump to the entry point of the callee pc = (iseq.body.iseq_encoded + start_pc_offset).to_i jit_direct_jump(iseq, pc, callee_ctx, asm) EndBlock end def jit_leaf_builtin_func(jit, ctx, asm, flags, iseq) builtin_func = builtin_function(iseq) if builtin_func.nil? return false end # this is a .send call not currently supported for builtins if flags & C::VM_CALL_OPT_SEND != 0 return false end builtin_argc = builtin_func.argc if builtin_argc + 1 >= C_ARGS.size return false end asm.comment('inlined leaf builtin') # The callee may allocate, e.g. Integer#abs on a Bignum. # Save SP for GC, save PC for allocation tracing, and prepare # for global invalidation after GC's VM lock contention. jit_prepare_routine_call(jit, ctx, asm) # Call the builtin func (ec, recv, arg1, arg2, ...) asm.mov(C_ARGS[0], EC) # Copy self and arguments (0..builtin_argc).each do |i| stack_opnd = ctx.stack_opnd(builtin_argc - i) asm.mov(C_ARGS[i + 1], stack_opnd) end ctx.stack_pop(builtin_argc + 1) asm.call(builtin_func.func_ptr) # Push the return value stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) return true end # vm_call_cfunc # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_cfunc(jit, ctx, asm, cme, calling, known_recv_class: nil) argc = calling.argc flags = calling.flags cfunc = cme.def.body.cfunc cfunc_argc = cfunc.argc # If the function expects a Ruby array of arguments if cfunc_argc < 0 && cfunc_argc != -1 asm.incr_counter(:send_cfunc_ruby_array_varg) return CantCompile end # We aren't handling a vararg cfuncs with splat currently. if flags & C::VM_CALL_ARGS_SPLAT != 0 && cfunc_argc == -1 asm.incr_counter(:send_args_splat_cfunc_var_args) return CantCompile end if flags & C::VM_CALL_ARGS_SPLAT != 0 && flags & C::VM_CALL_ZSUPER != 0 # zsuper methods are super calls without any arguments. # They are also marked as splat, but don't actually have an array # they pull arguments from, instead we need to change to call # a different method with the current stack. asm.incr_counter(:send_args_splat_cfunc_zuper) return CantCompile; end # In order to handle backwards compatibility between ruby 3 and 2 # ruby2_keywords was introduced. It is called only on methods # with splat and changes they way they handle them. # We are just going to not compile these. # https://docs.ruby-lang.org/en/3.2/Module.html#method-i-ruby2_keywords if jit.iseq.body.param.flags.ruby2_keywords && flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_args_splat_cfunc_ruby2_keywords) return CantCompile; end kw_arg = calling.kwarg kw_arg_num = if kw_arg.nil? 0 else kw_arg.keyword_len end if kw_arg_num != 0 && flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_cfunc_splat_with_kw) return CantCompile end if c_method_tracing_currently_enabled? # Don't JIT if tracing c_call or c_return asm.incr_counter(:send_cfunc_tracing) return CantCompile end # Delegate to codegen for C methods if we have it. if kw_arg.nil? && flags & C::VM_CALL_OPT_SEND == 0 && flags & C::VM_CALL_ARGS_SPLAT == 0 && (cfunc_argc == -1 || argc == cfunc_argc) known_cfunc_codegen = lookup_cfunc_codegen(cme.def) if known_cfunc_codegen&.call(jit, ctx, asm, argc, known_recv_class) # cfunc codegen generated code. Terminate the block so # there isn't multiple calls in the same block. jump_to_next_insn(jit, ctx, asm) return EndBlock end end # Check for interrupts jit_check_ints(jit, ctx, asm) # Stack overflow check # #define CHECK_VM_STACK_OVERFLOW0(cfp, sp, margin) # REG_CFP <= REG_SP + 4 * SIZEOF_VALUE + sizeof(rb_control_frame_t) asm.comment('stack overflow check') asm.lea(:rax, ctx.sp_opnd(C.VALUE.size * 4 + 2 * C.rb_control_frame_t.size)) asm.cmp(CFP, :rax) asm.jbe(counted_exit(side_exit(jit, ctx), :send_stackoverflow)) # Number of args which will be passed through to the callee # This is adjusted by the kwargs being combined into a hash. passed_argc = if kw_arg.nil? argc else argc - kw_arg_num + 1 end # If the argument count doesn't match if cfunc_argc >= 0 && cfunc_argc != passed_argc && flags & C::VM_CALL_ARGS_SPLAT == 0 asm.incr_counter(:send_cfunc_argc_mismatch) return CantCompile end # Don't JIT functions that need C stack arguments for now if cfunc_argc >= 0 && passed_argc + 1 > C_ARGS.size asm.incr_counter(:send_cfunc_toomany_args) return CantCompile end block_arg = flags & C::VM_CALL_ARGS_BLOCKARG != 0 # Guard block_arg_type if guard_block_arg(jit, ctx, asm, calling) == CantCompile return CantCompile end if block_arg ctx.stack_pop(1) end # push_splat_args does stack manipulation so we can no longer side exit if flags & C::VM_CALL_ARGS_SPLAT != 0 assert_equal(true, cfunc_argc >= 0) required_args = cfunc_argc - (argc - 1) # + 1 because we pass self if required_args + 1 >= C_ARGS.size asm.incr_counter(:send_cfunc_toomany_args) return CantCompile end # We are going to assume that the splat fills # all the remaining arguments. So the number of args # should just equal the number of args the cfunc takes. # In the generated code we test if this is true # and if not side exit. argc = cfunc_argc passed_argc = argc push_splat_args(required_args, jit, ctx, asm) end # This is a .send call and we need to adjust the stack if flags & C::VM_CALL_OPT_SEND != 0 handle_opt_send_shift_stack(asm, argc, ctx, send_shift: calling.send_shift) end # Points to the receiver operand on the stack # Store incremented PC into current control frame in case callee raises. jit_save_pc(jit, asm) # Increment the stack pointer by 3 (in the callee) # sp += 3 frame_type = C::VM_FRAME_MAGIC_CFUNC | C::VM_FRAME_FLAG_CFRAME | C::VM_ENV_FLAG_LOCAL if kw_arg frame_type |= C::VM_FRAME_FLAG_CFRAME_KW end jit_push_frame(jit, ctx, asm, cme, flags, argc, frame_type, calling.block_handler) if kw_arg # Build a hash from all kwargs passed asm.comment('build_kwhash') imemo_ci = calling.ci_addr # we assume all callinfos with kwargs are on the GC heap assert_equal(true, C.imemo_type_p(imemo_ci, C.imemo_callinfo)) asm.mov(C_ARGS[0], imemo_ci) asm.lea(C_ARGS[1], ctx.sp_opnd(0)) asm.call(C.rjit_build_kwhash) # Replace the stack location at the start of kwargs with the new hash stack_opnd = ctx.stack_opnd(argc - passed_argc) asm.mov(stack_opnd, C_RET) end # Copy SP because REG_SP will get overwritten sp = :rax asm.lea(sp, ctx.sp_opnd(0)) # Pop the C function arguments from the stack (in the caller) ctx.stack_pop(argc + 1) # Write interpreter SP into CFP. # Needed in case the callee yields to the block. jit_save_sp(ctx, asm) # Non-variadic method case cfunc_argc in (0..) # Non-variadic method # Copy the arguments from the stack to the C argument registers # self is the 0th argument and is at index argc from the stack top (0..passed_argc).each do |i| asm.mov(C_ARGS[i], [sp, -(argc + 1 - i) * C.VALUE.size]) end in -1 # Variadic method: rb_f_puts(int argc, VALUE *argv, VALUE recv) # The method gets a pointer to the first argument # rb_f_puts(int argc, VALUE *argv, VALUE recv) asm.mov(C_ARGS[0], passed_argc) asm.lea(C_ARGS[1], [sp, -argc * C.VALUE.size]) # argv asm.mov(C_ARGS[2], [sp, -(argc + 1) * C.VALUE.size]) # recv end # Call the C function # VALUE ret = (cfunc->func)(recv, argv[0], argv[1]); # cfunc comes from compile-time cme->def, which we assume to be stable. # Invalidation logic is in yjit_method_lookup_change() asm.comment('call C function') asm.mov(:rax, cfunc.func) asm.call(:rax) # TODO: use rel32 if close enough # Record code position for TracePoint patching. See full_cfunc_return(). Invariants.record_global_inval_patch(asm, full_cfunc_return) # Push the return value on the Ruby stack stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) # Pop the stack frame (ec->cfp++) # Instead of recalculating, we can reuse the previous CFP, which is stored in a callee-saved # register asm.mov([EC, C.rb_execution_context_t.offsetof(:cfp)], CFP) # cfunc calls may corrupt types ctx.clear_local_types # Note: the return block of jit_call_iseq has ctx->sp_offset == 1 # which allows for sharing the same successor. # Jump (fall through) to the call continuation block # We do this to end the current block after the call assert_equal(1, ctx.sp_offset) jump_to_next_insn(jit, ctx, asm) EndBlock end # vm_call_attrset # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_attrset(jit, ctx, asm, cme, calling, comptime_recv, recv_opnd) argc = calling.argc flags = calling.flags send_shift = calling.send_shift if flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_attrset_splat) return CantCompile end if flags & C::VM_CALL_KWARG != 0 asm.incr_counter(:send_attrset_kwarg) return CantCompile elsif argc != 1 || !C.RB_TYPE_P(comptime_recv, C::RUBY_T_OBJECT) asm.incr_counter(:send_attrset_method) return CantCompile elsif c_method_tracing_currently_enabled? # Can't generate code for firing c_call and c_return events # See :attr-tracing: asm.incr_counter(:send_c_tracingg) return CantCompile elsif flags & C::VM_CALL_ARGS_BLOCKARG != 0 asm.incr_counter(:send_block_arg) return CantCompile end ivar_name = cme.def.body.attr.id # This is a .send call and we need to adjust the stack if flags & C::VM_CALL_OPT_SEND != 0 handle_opt_send_shift_stack(asm, argc, ctx, send_shift:) end # Save the PC and SP because the callee may allocate # Note that this modifies REG_SP, which is why we do it first jit_prepare_routine_call(jit, ctx, asm) # Get the operands from the stack val_opnd = ctx.stack_pop(1) recv_opnd = ctx.stack_pop(1) # Call rb_vm_set_ivar_id with the receiver, the ivar name, and the value asm.mov(C_ARGS[0], recv_opnd) asm.mov(C_ARGS[1], ivar_name) asm.mov(C_ARGS[2], val_opnd) asm.call(C.rb_vm_set_ivar_id) out_opnd = ctx.stack_push(Type::Unknown) asm.mov(out_opnd, C_RET) KeepCompiling end # vm_call_ivar (+ part of vm_call_method_each_type) # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_ivar(jit, ctx, asm, cme, calling, comptime_recv, recv_opnd) argc = calling.argc flags = calling.flags if flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_ivar_splat) return CantCompile end if argc != 0 asm.incr_counter(:send_arity) return CantCompile end # We don't support handle_opt_send_shift_stack for this yet. if flags & C::VM_CALL_OPT_SEND != 0 asm.incr_counter(:send_ivar_opt_send) return CantCompile end ivar_id = cme.def.body.attr.id # Not handling block_handler if flags & C::VM_CALL_ARGS_BLOCKARG != 0 asm.incr_counter(:send_block_arg) return CantCompile end jit_getivar(jit, ctx, asm, comptime_recv, ivar_id, recv_opnd, StackOpnd[0]) end # vm_call_bmethod # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_bmethod(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) proc_addr = cme.def.body.bmethod.proc proc_t = C.rb_yjit_get_proc_ptr(proc_addr) proc_block = proc_t.block if proc_block.type != C.block_type_iseq asm.incr_counter(:send_bmethod_not_iseq) return CantCompile end capture = proc_block.as.captured iseq = capture.code.iseq # TODO: implement this # Optimize for single ractor mode and avoid runtime check for # "defined with an un-shareable Proc in a different Ractor" # if !assume_single_ractor_mode(jit, ocb) # return CantCompile; # end # Passing a block to a block needs logic different from passing # a block to a method and sometimes requires allocation. Bail for now. if calling.block_handler != C::VM_BLOCK_HANDLER_NONE asm.incr_counter(:send_bmethod_blockarg) return CantCompile end jit_call_iseq( jit, ctx, asm, cme, calling, iseq, frame_type: C::VM_FRAME_MAGIC_BLOCK | C::VM_FRAME_FLAG_BMETHOD | C::VM_FRAME_FLAG_LAMBDA, prev_ep: capture.ep, ) end # vm_call_alias # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_alias(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) cme = C.rb_aliased_callable_method_entry(cme) jit_call_method_each_type(jit, ctx, asm, calling, cme, comptime_recv, recv_opnd, known_recv_class) end # vm_call_optimized # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_optimized(jit, ctx, asm, cme, calling, known_recv_class) if calling.flags & C::VM_CALL_ARGS_BLOCKARG != 0 # Not working yet asm.incr_counter(:send_block_arg) return CantCompile end case cme.def.body.optimized.type in C::OPTIMIZED_METHOD_TYPE_SEND jit_call_opt_send(jit, ctx, asm, cme, calling, known_recv_class) in C::OPTIMIZED_METHOD_TYPE_CALL jit_call_opt_call(jit, ctx, asm, cme, calling.flags, calling.argc, calling.block_handler, known_recv_class, send_shift: calling.send_shift) in C::OPTIMIZED_METHOD_TYPE_BLOCK_CALL asm.incr_counter(:send_optimized_block_call) return CantCompile in C::OPTIMIZED_METHOD_TYPE_STRUCT_AREF jit_call_opt_struct_aref(jit, ctx, asm, cme, calling.flags, calling.argc, calling.block_handler, known_recv_class, send_shift: calling.send_shift) in C::OPTIMIZED_METHOD_TYPE_STRUCT_ASET asm.incr_counter(:send_optimized_struct_aset) return CantCompile end end # vm_call_opt_send # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_opt_send(jit, ctx, asm, cme, calling, known_recv_class) if jit_caller_setup_arg(jit, ctx, asm, calling.flags) == CantCompile return CantCompile end if calling.argc == 0 asm.incr_counter(:send_optimized_send_no_args) return CantCompile end calling.argc -= 1 # We aren't handling `send(:send, ...)` yet. This might work, but not tested yet. if calling.send_shift > 0 asm.incr_counter(:send_optimized_send_send) return CantCompile end # Lazily handle stack shift in handle_opt_send_shift_stack calling.send_shift += 1 jit_call_symbol(jit, ctx, asm, cme, calling, known_recv_class, C::VM_CALL_FCALL) end # vm_call_opt_call # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_opt_call(jit, ctx, asm, cme, flags, argc, block_handler, known_recv_class, send_shift:) if block_handler != C::VM_BLOCK_HANDLER_NONE asm.incr_counter(:send_optimized_call_block) return CantCompile end if flags & C::VM_CALL_KWARG != 0 asm.incr_counter(:send_optimized_call_kwarg) return CantCompile end if flags & C::VM_CALL_ARGS_SPLAT != 0 asm.incr_counter(:send_optimized_call_splat) return CantCompile end # TODO: implement this # Optimize for single ractor mode and avoid runtime check for # "defined with an un-shareable Proc in a different Ractor" # if !assume_single_ractor_mode(jit, ocb) # return CantCompile # end # If this is a .send call we need to adjust the stack if flags & C::VM_CALL_OPT_SEND != 0 handle_opt_send_shift_stack(asm, argc, ctx, send_shift:) end # About to reset the SP, need to load this here recv_idx = argc # blockarg is not supported. send_shift is already handled. asm.mov(:rcx, ctx.stack_opnd(recv_idx)) # recv # Save the PC and SP because the callee can make Ruby calls jit_prepare_routine_call(jit, ctx, asm) # NOTE: clobbers rax asm.lea(:rax, ctx.sp_opnd(0)) # sp kw_splat = flags & C::VM_CALL_KW_SPLAT asm.mov(C_ARGS[0], :rcx) asm.mov(C_ARGS[1], EC) asm.mov(C_ARGS[2], argc) asm.lea(C_ARGS[3], [:rax, -argc * C.VALUE.size]) # stack_argument_pointer. NOTE: C_ARGS[3] is rcx asm.mov(C_ARGS[4], kw_splat) asm.mov(C_ARGS[5], C::VM_BLOCK_HANDLER_NONE) asm.call(C.rjit_optimized_call) ctx.stack_pop(argc + 1) stack_ret = ctx.stack_push(Type::Unknown) asm.mov(stack_ret, C_RET) return KeepCompiling end # vm_call_opt_struct_aref # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_opt_struct_aref(jit, ctx, asm, cme, flags, argc, block_handler, known_recv_class, send_shift:) if argc != 0 asm.incr_counter(:send_optimized_struct_aref_error) return CantCompile end if c_method_tracing_currently_enabled? # Don't JIT if tracing c_call or c_return asm.incr_counter(:send_cfunc_tracing) return CantCompile end off = cme.def.body.optimized.index recv_idx = argc # blockarg is not supported recv_idx += send_shift comptime_recv = jit.peek_at_stack(recv_idx) # This is a .send call and we need to adjust the stack if flags & C::VM_CALL_OPT_SEND != 0 handle_opt_send_shift_stack(asm, argc, ctx, send_shift:) end # All structs from the same Struct class should have the same # length. So if our comptime_recv is embedded all runtime # structs of the same class should be as well, and the same is # true of the converse. embedded = C::FL_TEST_RAW(comptime_recv, C::RSTRUCT_EMBED_LEN_MASK) asm.comment('struct aref') asm.mov(:rax, ctx.stack_pop(1)) # recv if embedded asm.mov(:rax, [:rax, C.RStruct.offsetof(:as, :ary) + (C.VALUE.size * off)]) else asm.mov(:rax, [:rax, C.RStruct.offsetof(:as, :heap, :ptr)]) asm.mov(:rax, [:rax, C.VALUE.size * off]) end ret = ctx.stack_push(Type::Unknown) asm.mov(ret, :rax) jump_to_next_insn(jit, ctx, asm) EndBlock end # vm_call_opt_send (lazy part) # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def handle_opt_send_shift_stack(asm, argc, ctx, send_shift:) # We don't support `send(:send, ...)` for now. assert_equal(1, send_shift) asm.comment('shift stack') (0...argc).reverse_each do |i| opnd = ctx.stack_opnd(i) opnd2 = ctx.stack_opnd(i + 1) asm.mov(:rax, opnd) asm.mov(opnd2, :rax) end ctx.shift_stack(argc) end # vm_call_symbol # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_call_symbol(jit, ctx, asm, cme, calling, known_recv_class, flags) flags |= C::VM_CALL_OPT_SEND | (calling.kw_splat ? C::VM_CALL_KW_SPLAT : 0) comptime_symbol = jit.peek_at_stack(calling.argc) if comptime_symbol.class != String && !static_symbol?(comptime_symbol) asm.incr_counter(:send_optimized_send_not_sym_or_str) return CantCompile end mid = C.get_symbol_id(comptime_symbol) if mid == 0 asm.incr_counter(:send_optimized_send_null_mid) return CantCompile end asm.comment("Guard #{comptime_symbol.inspect} is on stack") class_changed_exit = counted_exit(side_exit(jit, ctx), :send_optimized_send_mid_class_changed) jit_guard_known_klass( jit, ctx, asm, C.rb_class_of(comptime_symbol), ctx.stack_opnd(calling.argc), StackOpnd[calling.argc], comptime_symbol, class_changed_exit, ) asm.mov(C_ARGS[0], ctx.stack_opnd(calling.argc)) asm.call(C.rb_get_symbol_id) asm.cmp(C_RET, mid) id_changed_exit = counted_exit(side_exit(jit, ctx), :send_optimized_send_mid_id_changed) jit_chain_guard(:jne, jit, ctx, asm, id_changed_exit) # rb_callable_method_entry_with_refinements calling.flags = flags cme, _ = jit_search_method(jit, ctx, asm, mid, calling) if cme == CantCompile return CantCompile end if flags & C::VM_CALL_FCALL != 0 return jit_call_method(jit, ctx, asm, mid, calling, cme, known_recv_class) end raise NotImplementedError # unreachable for now end # vm_push_frame # # Frame structure: # | args | locals | cme/cref | block_handler/prev EP | frame type (EP here) | stack bottom (SP here) # # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_push_frame(jit, ctx, asm, cme, flags, argc, frame_type, block_handler, iseq: nil, local_size: 0, stack_max: 0, prev_ep: nil, doing_kw_call: nil) # Save caller SP and PC before pushing a callee frame for backtrace and side exits asm.comment('save SP to caller CFP') recv_idx = argc # blockarg is already popped recv_idx += (block_handler == :captured) ? 0 : 1 # receiver is not on stack when captured->self is used if iseq # Skip setting this to SP register. This cfp->sp will be copied to SP on leave insn. asm.lea(:rax, ctx.sp_opnd(C.VALUE.size * -recv_idx)) # Pop receiver and arguments to prepare for side exits asm.mov([CFP, C.rb_control_frame_t.offsetof(:sp)], :rax) else asm.lea(SP, ctx.sp_opnd(C.VALUE.size * -recv_idx)) asm.mov([CFP, C.rb_control_frame_t.offsetof(:sp)], SP) ctx.sp_offset = recv_idx end jit_save_pc(jit, asm, comment: 'save PC to caller CFP') sp_offset = ctx.sp_offset + 3 + local_size + (doing_kw_call ? 1 : 0) # callee_sp local_size.times do |i| asm.comment('set local variables') if i == 0 local_index = sp_offset + i - local_size - 3 asm.mov([SP, C.VALUE.size * local_index], Qnil) end asm.comment('set up EP with managing data') ep_offset = sp_offset - 1 # ep[-2]: cref_or_me asm.mov(:rax, cme.to_i) asm.mov([SP, C.VALUE.size * (ep_offset - 2)], :rax) # ep[-1]: block handler or prev env ptr (specval) if prev_ep asm.mov(:rax, prev_ep.to_i | 1) # tagged prev ep asm.mov([SP, C.VALUE.size * (ep_offset - 1)], :rax) elsif block_handler == :captured # Set captured->ep, saving captured in :rcx for captured->self ep_reg = :rcx jit_get_lep(jit, asm, reg: ep_reg) asm.mov(:rcx, [ep_reg, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) # block_handler asm.and(:rcx, ~0x3) # captured asm.mov(:rax, [:rcx, C.VALUE.size]) # captured->ep asm.or(:rax, 0x1) # GC_GUARDED_PTR asm.mov([SP, C.VALUE.size * (ep_offset - 1)], :rax) elsif block_handler == C::VM_BLOCK_HANDLER_NONE asm.mov([SP, C.VALUE.size * (ep_offset - 1)], C::VM_BLOCK_HANDLER_NONE) elsif block_handler == C.rb_block_param_proxy # vm_caller_setup_arg_block: block_code == rb_block_param_proxy jit_get_lep(jit, asm, reg: :rax) # VM_CF_BLOCK_HANDLER: VM_CF_LEP asm.mov(:rax, [:rax, C.VALUE.size * C::VM_ENV_DATA_INDEX_SPECVAL]) # VM_CF_BLOCK_HANDLER: VM_ENV_BLOCK_HANDLER asm.mov([CFP, C.rb_control_frame_t.offsetof(:block_code)], :rax) # reg_cfp->block_code = handler asm.mov([SP, C.VALUE.size * (ep_offset - 1)], :rax) # return handler; else # assume blockiseq asm.mov(:rax, block_handler) asm.mov([CFP, C.rb_control_frame_t.offsetof(:block_code)], :rax) asm.lea(:rax, [CFP, C.rb_control_frame_t.offsetof(:self)]) # VM_CFP_TO_CAPTURED_BLOCK asm.or(:rax, 1) # VM_BH_FROM_ISEQ_BLOCK asm.mov([SP, C.VALUE.size * (ep_offset - 1)], :rax) end # ep[-0]: ENV_FLAGS asm.mov([SP, C.VALUE.size * (ep_offset - 0)], frame_type) asm.comment('set up new frame') cfp_offset = -C.rb_control_frame_t.size # callee CFP # For ISEQ, JIT code will set it as needed. However, C func needs 0 there for svar frame detection. if iseq.nil? asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:pc)], 0) end asm.mov(:rax, iseq.to_i) asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:iseq)], :rax) if block_handler == :captured asm.mov(:rax, [:rcx]) # captured->self else self_index = ctx.sp_offset - (1 + argc) # blockarg has been popped asm.mov(:rax, [SP, C.VALUE.size * self_index]) end asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:self)], :rax) asm.lea(:rax, [SP, C.VALUE.size * ep_offset]) asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:ep)], :rax) asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:block_code)], 0) # Update SP register only for ISEQ calls. SP-relative operations should be done above this. sp_reg = iseq ? SP : :rax asm.lea(sp_reg, [SP, C.VALUE.size * sp_offset]) asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:sp)], sp_reg) # cfp->jit_return is used only for ISEQs if iseq # The callee might change locals through Kernel#binding and other means. ctx.clear_local_types # Stub cfp->jit_return return_ctx = ctx.dup return_ctx.stack_pop(argc + ((block_handler == :captured) ? 0 : 1)) # Pop args and receiver. blockarg has been popped return_ctx.stack_push(Type::Unknown) # push callee's return value return_ctx.sp_offset = 1 # SP is in the position after popping a receiver and arguments return_ctx.chain_depth = 0 branch_stub = BranchStub.new( iseq: jit.iseq, shape: Default, target0: BranchTarget.new(ctx: return_ctx, pc: jit.pc + jit.insn.len * C.VALUE.size), ) branch_stub.target0.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(return_ctx, ocb_asm, branch_stub, true) @ocb.write(ocb_asm) end branch_stub.compile = compile_jit_return(branch_stub, cfp_offset:) branch_stub.compile.call(asm) end asm.comment('switch to callee CFP') # Update CFP register only for ISEQ calls cfp_reg = iseq ? CFP : :rax asm.lea(cfp_reg, [CFP, cfp_offset]) asm.mov([EC, C.rb_execution_context_t.offsetof(:cfp)], cfp_reg) end def compile_jit_return(branch_stub, cfp_offset:) # Proc escapes arguments in memory proc do |branch_asm| branch_asm.comment('set jit_return to callee CFP') branch_asm.stub(branch_stub) do case branch_stub.shape in Default branch_asm.mov(:rax, branch_stub.target0.address) branch_asm.mov([CFP, cfp_offset + C.rb_control_frame_t.offsetof(:jit_return)], :rax) end end end end # CALLER_SETUP_ARG: Return CantCompile if not supported # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def jit_caller_setup_arg(jit, ctx, asm, flags) if flags & C::VM_CALL_ARGS_SPLAT != 0 && flags & C::VM_CALL_KW_SPLAT != 0 asm.incr_counter(:send_args_splat_kw_splat) return CantCompile elsif flags & C::VM_CALL_ARGS_SPLAT != 0 # splat is not supported in this path asm.incr_counter(:send_args_splat) return CantCompile elsif flags & C::VM_CALL_KW_SPLAT != 0 asm.incr_counter(:send_args_kw_splat) return CantCompile elsif flags & C::VM_CALL_KWARG != 0 asm.incr_counter(:send_kwarg) return CantCompile end end # Pushes arguments from an array to the stack. Differs from push splat because # the array can have items left over. # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def move_rest_args_to_stack(array, num_args, jit, ctx, asm) side_exit = side_exit(jit, ctx) asm.comment('move_rest_args_to_stack') # array is :rax array_len_opnd = :rcx jit_array_len(asm, array, array_len_opnd) asm.comment('Side exit if length is less than required') asm.cmp(array_len_opnd, num_args) asm.jl(counted_exit(side_exit, :send_iseq_has_rest_and_splat_not_equal)) asm.comment('Push arguments from array') # Load the address of the embedded array # (struct RArray *)(obj)->as.ary array_reg = array # Conditionally load the address of the heap array # (struct RArray *)(obj)->as.heap.ptr flags_opnd = [array_reg, C.RBasic.offsetof(:flags)] asm.test(flags_opnd, C::RARRAY_EMBED_FLAG) heap_ptr_opnd = [array_reg, C.RArray.offsetof(:as, :heap, :ptr)] # Load the address of the embedded array # (struct RArray *)(obj)->as.ary ary_opnd = :rdx # NOTE: array :rax is used after move_rest_args_to_stack too asm.lea(:rcx, [array_reg, C.RArray.offsetof(:as, :ary)]) asm.mov(ary_opnd, heap_ptr_opnd) asm.cmovnz(ary_opnd, :rcx) num_args.times do |i| top = ctx.stack_push(Type::Unknown) asm.mov(:rcx, [ary_opnd, i * C.VALUE.size]) asm.mov(top, :rcx) end end # vm_caller_setup_arg_splat (+ CALLER_SETUP_ARG): # Pushes arguments from an array to the stack that are passed with a splat (i.e. *args). # It optimistically compiles to a static size that is the exact number of arguments needed for the function. # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def push_splat_args(required_args, jit, ctx, asm) side_exit = side_exit(jit, ctx) asm.comment('push_splat_args') array_opnd = ctx.stack_opnd(0) array_stack_opnd = StackOpnd[0] array_reg = :rax asm.mov(array_reg, array_opnd) guard_object_is_array(jit, ctx, asm, array_reg, :rcx, array_stack_opnd, :send_args_splat_not_array) array_len_opnd = :rcx jit_array_len(asm, array_reg, array_len_opnd) asm.comment('Side exit if length is not equal to remaining args') asm.cmp(array_len_opnd, required_args) asm.jne(counted_exit(side_exit, :send_args_splat_length_not_equal)) asm.comment('Check last argument is not ruby2keyword hash') ary_opnd = :rcx jit_array_ptr(asm, array_reg, ary_opnd) # clobbers array_reg last_array_value = :rax asm.mov(last_array_value, [ary_opnd, (required_args - 1) * C.VALUE.size]) ruby2_exit = counted_exit(side_exit, :send_args_splat_ruby2_hash); guard_object_is_not_ruby2_keyword_hash(asm, last_array_value, :rcx, ruby2_exit) # clobbers :rax asm.comment('Push arguments from array') array_opnd = ctx.stack_pop(1) if required_args > 0 # Load the address of the embedded array # (struct RArray *)(obj)->as.ary array_reg = :rax asm.mov(array_reg, array_opnd) # Conditionally load the address of the heap array # (struct RArray *)(obj)->as.heap.ptr flags_opnd = [array_reg, C.RBasic.offsetof(:flags)] asm.test(flags_opnd, C::RARRAY_EMBED_FLAG) heap_ptr_opnd = [array_reg, C.RArray.offsetof(:as, :heap, :ptr)] # Load the address of the embedded array # (struct RArray *)(obj)->as.ary asm.lea(:rcx, [array_reg, C.RArray.offsetof(:as, :ary)]) asm.mov(:rax, heap_ptr_opnd) asm.cmovnz(:rax, :rcx) ary_opnd = :rax (0...required_args).each do |i| top = ctx.stack_push(Type::Unknown) asm.mov(:rcx, [ary_opnd, i * C.VALUE.size]) asm.mov(top, :rcx) end asm.comment('end push_each') end end # Generate RARRAY_LEN. For array_opnd, use Opnd::Reg to reduce memory access, # and use Opnd::Mem to save registers. def jit_array_len(asm, array_reg, len_reg) asm.comment('get array length for embedded or heap') # Pull out the embed flag to check if it's an embedded array. asm.mov(len_reg, [array_reg, C.RBasic.offsetof(:flags)]) # Get the length of the array asm.and(len_reg, C::RARRAY_EMBED_LEN_MASK) asm.sar(len_reg, C::RARRAY_EMBED_LEN_SHIFT) # Conditionally move the length of the heap array asm.test([array_reg, C.RBasic.offsetof(:flags)], C::RARRAY_EMBED_FLAG) # Select the array length value asm.cmovz(len_reg, [array_reg, C.RArray.offsetof(:as, :heap, :len)]) end # Generate RARRAY_CONST_PTR (part of RARRAY_AREF) def jit_array_ptr(asm, array_reg, ary_opnd) # clobbers array_reg asm.comment('get array pointer for embedded or heap') flags_opnd = [array_reg, C.RBasic.offsetof(:flags)] asm.test(flags_opnd, C::RARRAY_EMBED_FLAG) # Load the address of the embedded array # (struct RArray *)(obj)->as.ary asm.mov(ary_opnd, [array_reg, C.RArray.offsetof(:as, :heap, :ptr)]) asm.lea(array_reg, [array_reg, C.RArray.offsetof(:as, :ary)]) # clobbers array_reg asm.cmovnz(ary_opnd, array_reg) end def assert(cond) assert_equal(cond, true) end def assert_equal(left, right) if left != right raise "'#{left.inspect}' was not '#{right.inspect}'" end end def fixnum?(obj) (C.to_value(obj) & C::RUBY_FIXNUM_FLAG) == C::RUBY_FIXNUM_FLAG end def flonum?(obj) (C.to_value(obj) & C::RUBY_FLONUM_MASK) == C::RUBY_FLONUM_FLAG end def symbol?(obj) static_symbol?(obj) || dynamic_symbol?(obj) end def static_symbol?(obj) (C.to_value(obj) & 0xff) == C::RUBY_SYMBOL_FLAG end def dynamic_symbol?(obj) return false if C::SPECIAL_CONST_P(obj) C.RB_TYPE_P(obj, C::RUBY_T_SYMBOL) end def shape_too_complex?(obj) C.rb_shape_get_shape_id(obj) == C::OBJ_TOO_COMPLEX_SHAPE_ID end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] # @param asm [RubyVM::RJIT::Assembler] def defer_compilation(jit, ctx, asm) # Make a stub to compile the current insn if ctx.chain_depth != 0 raise "double defer!" end ctx.chain_depth += 1 jit_direct_jump(jit.iseq, jit.pc, ctx, asm, comment: 'defer_compilation') end def jit_direct_jump(iseq, pc, ctx, asm, comment: 'jit_direct_jump') branch_stub = BranchStub.new( iseq:, shape: Default, target0: BranchTarget.new(ctx:, pc:), ) branch_stub.target0.address = Assembler.new.then do |ocb_asm| @exit_compiler.compile_branch_stub(ctx, ocb_asm, branch_stub, true) @ocb.write(ocb_asm) end branch_stub.compile = compile_jit_direct_jump(branch_stub, comment:) branch_stub.compile.call(asm) end def compile_jit_direct_jump(branch_stub, comment:) # Proc escapes arguments in memory proc do |branch_asm| branch_asm.comment(comment) branch_asm.stub(branch_stub) do case branch_stub.shape in Default branch_asm.jmp(branch_stub.target0.address) in Next0 # Just write the block without a jump end end end end # @param jit [RubyVM::RJIT::JITState] # @param ctx [RubyVM::RJIT::Context] def side_exit(jit, ctx) # We use the latest ctx.sp_offset to generate a side exit to tolerate sp_offset changes by jit_save_sp. # However, we want to simulate an old stack_size when we take a side exit. We do that by adjusting the # sp_offset because gen_outlined_exit uses ctx.sp_offset to move SP. ctx = ctx.with_stack_size(jit.stack_size_for_pc) jit.side_exit_for_pc[ctx.sp_offset] ||= Assembler.new.then do |asm| @exit_compiler.compile_side_exit(jit.pc, ctx, asm) @ocb.write(asm) end end def counted_exit(side_exit, name) asm = Assembler.new asm.incr_counter(name) asm.jmp(side_exit) @ocb.write(asm) end def def_iseq_ptr(cme_def) C.rb_iseq_check(cme_def.body.iseq.iseqptr) end def to_value(obj) GC_REFS << obj C.to_value(obj) end def full_cfunc_return @full_cfunc_return ||= Assembler.new.then do |asm| @exit_compiler.compile_full_cfunc_return(asm) @ocb.write(asm) end end def c_method_tracing_currently_enabled? C.rb_rjit_global_events & (C::RUBY_EVENT_C_CALL | C::RUBY_EVENT_C_RETURN) != 0 end # Return a builtin function if a given iseq consists of only that builtin function def builtin_function(iseq) opt_invokebuiltin_delegate_leave = INSNS.values.find { |i| i.name == :opt_invokebuiltin_delegate_leave } leave = INSNS.values.find { |i| i.name == :leave } if iseq.body.iseq_size == opt_invokebuiltin_delegate_leave.len + leave.len && C.rb_vm_insn_decode(iseq.body.iseq_encoded[0]) == opt_invokebuiltin_delegate_leave.bin && C.rb_vm_insn_decode(iseq.body.iseq_encoded[opt_invokebuiltin_delegate_leave.len]) == leave.bin C.rb_builtin_function.new(iseq.body.iseq_encoded[1]) end end def build_calling(ci:, block_handler:) CallingInfo.new( argc: C.vm_ci_argc(ci), flags: C.vm_ci_flag(ci), kwarg: C.vm_ci_kwarg(ci), ci_addr: ci.to_i, send_shift: 0, block_handler:, ) end end end PK *J [)�1� � share/ruby/objspace.rbnu �[��� # frozen_string_literal: true require 'objspace.so' module ObjectSpace class << self private :_dump private :_dump_all private :_dump_shapes end module_function # Dump the contents of a ruby object as JSON. # # _output_ can be one of: +:stdout+, +:file+, +:string+, or IO object. # # * +:file+ means dumping to a tempfile and returning corresponding File object; # * +:stdout+ means printing the dump and returning +nil+; # * +:string+ means returning a string with the dump; # * if an instance of IO object is provided, the output goes there, and the object # is returned. # # This method is only expected to work with C Ruby. # This is an experimental method and is subject to change. # In particular, the function signature and output format are # not guaranteed to be compatible in future versions of ruby. def dump(obj, output: :string) out = case output when :file, nil require 'tempfile' Tempfile.create(%w(rubyobj .json)) when :stdout STDOUT when :string +'' when IO output else raise ArgumentError, "wrong output option: #{output.inspect}" end ret = _dump(obj, out) return nil if output == :stdout ret end # Dump the contents of the ruby heap as JSON. # # _output_ argument is the same as for #dump. # # _full_ must be a boolean. If true, all heap slots are dumped including the empty ones (+T_NONE+). # # _since_ must be a non-negative integer or +nil+. # # If _since_ is a positive integer, only objects of that generation and # newer generations are dumped. The current generation can be accessed using # GC::count. Objects that were allocated without object allocation tracing enabled # are ignored. See ::trace_object_allocations for more information and # examples. # # If _since_ is omitted or is +nil+, all objects are dumped. # # _shapes_ must be a boolean or a non-negative integer. # # If _shapes_ is a positive integer, only shapes newer than the provided # shape id are dumped. The current shape_id can be accessed using <tt>RubyVM.stat(:next_shape_id)</tt>. # # If _shapes_ is +false+, no shapes are dumped. # # To only dump objects allocated past a certain point you can combine _since_ and _shapes_: # ObjectSpace.trace_object_allocations # GC.start # gc_generation = GC.count # shape_generation = RubyVM.stat(:next_shape_id) # call_method_to_instrument # ObjectSpace.dump_all(since: gc_generation, shapes: shape_generation) # # This method is only expected to work with C Ruby. # This is an experimental method and is subject to change. # In particular, the function signature and output format are # not guaranteed to be compatible in future versions of ruby. def dump_all(output: :file, full: false, since: nil, shapes: true) out = case output when :file, nil require 'tempfile' Tempfile.create(%w(rubyheap .json)) when :stdout STDOUT when :string +'' when IO output else raise ArgumentError, "wrong output option: #{output.inspect}" end shapes = 0 if shapes == true ret = _dump_all(out, full, since, shapes) return nil if output == :stdout ret end # Dump the contents of the ruby shape tree as JSON. # # _output_ argument is the same as for #dump. # # If _since_ is a positive integer, only shapes newer than the provided # shape id are dumped. The current shape_id can be accessed using <tt>RubyVM.stat(:next_shape_id)</tt>. # # This method is only expected to work with C Ruby. # This is an experimental method and is subject to change. # In particular, the function signature and output format are # not guaranteed to be compatible in future versions of ruby. def dump_shapes(output: :file, since: 0) out = case output when :file, nil require 'tempfile' Tempfile.create(%w(rubyshapes .json)) when :stdout STDOUT when :string +'' when IO output else raise ArgumentError, "wrong output option: #{output.inspect}" end ret = _dump_shapes(out, since) return nil if output == :stdout ret end end PK *J [ P�� � share/ruby/prism.rbnu �[��� # frozen_string_literal: true # The Prism Ruby parser. # # "Parsing Ruby is suddenly manageable!" # - You, hopefully # module Prism # There are many files in prism that are templated to handle every node type, # which means the files can end up being quite large. We autoload them to make # our require speed faster since consuming libraries are unlikely to use all # of these features. autoload :BasicVisitor, "prism/visitor" autoload :Compiler, "prism/compiler" autoload :DesugarCompiler, "prism/desugar_compiler" autoload :Dispatcher, "prism/dispatcher" autoload :DotVisitor, "prism/dot_visitor" autoload :DSL, "prism/dsl" autoload :InspectVisitor, "prism/inspect_visitor" autoload :LexCompat, "prism/lex_compat" autoload :LexRipper, "prism/lex_compat" autoload :MutationCompiler, "prism/mutation_compiler" autoload :Pack, "prism/pack" autoload :Pattern, "prism/pattern" autoload :Reflection, "prism/reflection" autoload :Relocation, "prism/relocation" autoload :Serialize, "prism/serialize" autoload :StringQuery, "prism/string_query" autoload :Translation, "prism/translation" autoload :Visitor, "prism/visitor" # Some of these constants are not meant to be exposed, so marking them as # private here. private_constant :LexCompat private_constant :LexRipper # :call-seq: # Prism::lex_compat(source, **options) -> LexCompat::Result # # Returns a parse result whose value is an array of tokens that closely # resembles the return value of Ripper::lex. The main difference is that the # `:on_sp` token is not emitted. # # For supported options, see Prism::parse. def self.lex_compat(source, **options) LexCompat.new(source, **options).result # steep:ignore end # :call-seq: # Prism::lex_ripper(source) -> Array # # This lexes with the Ripper lex. It drops any space events but otherwise # returns the same tokens. Raises SyntaxError if the syntax in source is # invalid. def self.lex_ripper(source) LexRipper.new(source).result # steep:ignore end # :call-seq: # Prism::load(source, serialized) -> ParseResult # # Load the serialized AST using the source as a reference into a tree. def self.load(source, serialized) Serialize.load(source, serialized) end end require_relative "prism/polyfill/byteindex" require_relative "prism/node" require_relative "prism/node_ext" require_relative "prism/parse_result" # This is a Ruby implementation of the prism parser. If we're running on CRuby # and we haven't explicitly set the PRISM_FFI_BACKEND environment variable, then # it's going to require the built library. Otherwise, it's going to require a # module that uses FFI to call into the library. if RUBY_ENGINE == "ruby" and !ENV["PRISM_FFI_BACKEND"] # The C extension is the default backend on CRuby. Prism::BACKEND = :CEXT require "prism/prism" else # The FFI backend is used on other Ruby implementations. Prism::BACKEND = :FFI require_relative "prism/ffi" end PK *J [p뢞 ' share/ruby/did_you_mean/jaro_winkler.rbnu �[��� module DidYouMean module Jaro module_function def distance(str1, str2) str1, str2 = str2, str1 if str1.length > str2.length length1, length2 = str1.length, str2.length m = 0.0 t = 0.0 range = length2 > 3 ? length2 / 2 - 1 : 0 flags1 = 0 flags2 = 0 # Avoid duplicating enumerable objects str1_codepoints = str1.codepoints str2_codepoints = str2.codepoints i = 0 while i < length1 last = i + range j = (i >= range) ? i - range : 0 while j <= last if flags2[j] == 0 && str1_codepoints[i] == str2_codepoints[j] flags2 |= (1 << j) flags1 |= (1 << i) m += 1 break end j += 1 end i += 1 end k = i = 0 while i < length1 if flags1[i] != 0 j = index = k k = while j < length2 index = j break(j + 1) if flags2[j] != 0 j += 1 end t += 1 if str1_codepoints[i] != str2_codepoints[index] end i += 1 end t = (t / 2).floor m == 0 ? 0 : (m / length1 + m / length2 + (m - t) / m) / 3 end end module JaroWinkler WEIGHT = 0.1 THRESHOLD = 0.7 module_function def distance(str1, str2) jaro_distance = Jaro.distance(str1, str2) if jaro_distance > THRESHOLD codepoints2 = str2.codepoints prefix_bonus = 0 str1.each_codepoint do |char1| char1 == codepoints2[prefix_bonus] && prefix_bonus < 4 ? prefix_bonus += 1 : break end jaro_distance + (prefix_bonus * WEIGHT * (1 - jaro_distance)) else jaro_distance end end end end PK *J [ >� ( share/ruby/did_you_mean/spell_checker.rbnu �[��� # frozen-string-literal: true require_relative "levenshtein" require_relative "jaro_winkler" module DidYouMean class SpellChecker def initialize(dictionary:) @dictionary = dictionary end def correct(input) normalized_input = normalize(input) threshold = normalized_input.length > 3 ? 0.834 : 0.77 words = @dictionary.select { |word| JaroWinkler.distance(normalize(word), normalized_input) >= threshold } words.reject! { |word| input.to_s == word.to_s } words.sort_by! { |word| JaroWinkler.distance(word.to_s, normalized_input) } words.reverse! # Correct mistypes threshold = (normalized_input.length * 0.25).ceil corrections = words.select { |c| Levenshtein.distance(normalize(c), normalized_input) <= threshold } # Correct misspells if corrections.empty? corrections = words.select do |word| word = normalize(word) length = normalized_input.length < word.length ? normalized_input.length : word.length Levenshtein.distance(word, normalized_input) < length end.first(1) end corrections end private def normalize(str_or_symbol) #:nodoc: str = str_or_symbol.to_s.downcase str.tr!("@", "") str end end end PK *J [ +*�7 7 = share/ruby/did_you_mean/spell_checkers/name_error_checkers.rbnu �[��� require_relative 'name_error_checkers/class_name_checker' require_relative 'name_error_checkers/variable_name_checker' module DidYouMean class << (NameErrorCheckers = Object.new) def new(exception) case exception.original_message when /uninitialized constant/ ClassNameChecker when /undefined local variable or method/, /undefined method/, /uninitialized class variable/, /no member '.*' in struct/ VariableNameChecker else NullChecker end.new(exception) end end end PK *J [ ���h h 6 share/ruby/did_you_mean/spell_checkers/null_checker.rbnu �[��� module DidYouMean class NullChecker def initialize(*); end def corrections; [] end end end PK *J [���M M S share/ruby/did_you_mean/spell_checkers/name_error_checkers/variable_name_checker.rbnu �[��� # frozen-string-literal: true require_relative "../../spell_checker" module DidYouMean class VariableNameChecker attr_reader :name, :method_names, :lvar_names, :ivar_names, :cvar_names NAMES_TO_EXCLUDE = { 'foo' => [:fork, :for] } NAMES_TO_EXCLUDE.default = [] Ractor.make_shareable(NAMES_TO_EXCLUDE) if defined?(Ractor) # +VariableNameChecker::RB_RESERVED_WORDS+ is the list of all reserved # words in Ruby. They could be declared like methods are, and a typo would # cause Ruby to raise a +NameError+ because of the way they are declared. # # The +:VariableNameChecker+ will use this list to suggest a reversed word # if a +NameError+ is raised and found closest matches, excluding: # # * +do+ # * +if+ # * +in+ # * +or+ # # Also see +MethodNameChecker::RB_RESERVED_WORDS+. RB_RESERVED_WORDS = %i( BEGIN END alias and begin break case class def defined? else elsif end ensure false for module next nil not redo rescue retry return self super then true undef unless until when while yield __LINE__ __FILE__ __ENCODING__ ) Ractor.make_shareable(RB_RESERVED_WORDS) if defined?(Ractor) def initialize(exception) @name = exception.name.to_s.tr("@", "") @lvar_names = exception.respond_to?(:local_variables) ? exception.local_variables : [] receiver = exception.receiver @method_names = receiver.methods + receiver.private_methods @ivar_names = receiver.instance_variables @cvar_names = receiver.class.class_variables @cvar_names += receiver.class_variables if receiver.kind_of?(Module) end def corrections @corrections ||= SpellChecker .new(dictionary: (RB_RESERVED_WORDS + lvar_names + method_names + ivar_names + cvar_names)) .correct(name).uniq - NAMES_TO_EXCLUDE[@name] end end end PK *J [�l'� � P share/ruby/did_you_mean/spell_checkers/name_error_checkers/class_name_checker.rbnu �[��� # frozen-string-literal: true require_relative "../../spell_checker" module DidYouMean class ClassNameChecker attr_reader :class_name def initialize(exception) @class_name, @receiver, @original_message = exception.name, exception.receiver, exception.original_message end def corrections @corrections ||= SpellChecker.new(dictionary: class_names) .correct(class_name) .map(&:full_name) .reject {|qualified_name| @original_message.include?(qualified_name) } end def class_names scopes.flat_map do |scope| scope.constants.map do |c| ClassName.new(c, scope == Object ? "" : "#{scope}::") end end end def scopes @scopes ||= @receiver.to_s.split("::").inject([Object]) do |_scopes, scope| _scopes << _scopes.last.const_get(scope) end.uniq end class ClassName < String attr :namespace def initialize(name, namespace = '') super(name.to_s) @namespace = namespace end def full_name self.class.new("#{namespace}#{self}") end end private_constant :ClassName end end PK *J [,�� � � = share/ruby/did_you_mean/spell_checkers/method_name_checker.rbnu �[��� require_relative "../spell_checker" module DidYouMean class MethodNameChecker attr_reader :method_name, :receiver NAMES_TO_EXCLUDE = { NilClass => nil.methods } NAMES_TO_EXCLUDE.default = [] Ractor.make_shareable(NAMES_TO_EXCLUDE) if defined?(Ractor) # +MethodNameChecker::RB_RESERVED_WORDS+ is the list of reserved words in # Ruby that take an argument. Unlike # +VariableNameChecker::RB_RESERVED_WORDS+, these reserved words require # an argument, and a +NoMethodError+ is raised due to the presence of the # argument. # # The +MethodNameChecker+ will use this list to suggest a reversed word if # a +NoMethodError+ is raised and found closest matches. # # Also see +VariableNameChecker::RB_RESERVED_WORDS+. RB_RESERVED_WORDS = %i( alias case def defined? elsif end ensure for rescue super undef unless until when while yield ) Ractor.make_shareable(RB_RESERVED_WORDS) if defined?(Ractor) def initialize(exception) @method_name = exception.name @receiver = exception.receiver @private_call = exception.respond_to?(:private_call?) ? exception.private_call? : false end def corrections @corrections ||= begin dictionary = method_names dictionary = RB_RESERVED_WORDS + dictionary if @private_call SpellChecker.new(dictionary: dictionary).correct(method_name) - names_to_exclude end end def method_names if Object === receiver method_names = receiver.methods + receiver.singleton_methods method_names += receiver.private_methods if @private_call method_names.uniq! # Assume that people trying to use a writer are not interested in a reader # and vice versa if method_name.match?(/=\Z/) method_names.select! { |name| name.match?(/=\Z/) } else method_names.reject! { |name| name.match?(/=\Z/) } end method_names else [] end end def names_to_exclude Object === receiver ? NAMES_TO_EXCLUDE[receiver.class] : [] end end end PK *J [:mG�� � B share/ruby/did_you_mean/spell_checkers/pattern_key_name_checker.rbnu �[��� require_relative "../spell_checker" module DidYouMean class PatternKeyNameChecker def initialize(no_matching_pattern_key_error) @key = no_matching_pattern_key_error.key @keys = no_matching_pattern_key_error.matchee.keys end def corrections @corrections ||= exact_matches.empty? ? SpellChecker.new(dictionary: @keys).correct(@key).map(&:inspect) : exact_matches end private def exact_matches @exact_matches ||= @keys.select { |word| @key == word.to_s }.map { |obj| format_object(obj) } end def format_object(symbol_or_object) if symbol_or_object.is_a?(Symbol) ":#{symbol_or_object}" else symbol_or_object.to_s end end end end PK *J [ 5�ė � ; share/ruby/did_you_mean/spell_checkers/key_error_checker.rbnu �[��� require_relative "../spell_checker" module DidYouMean class KeyErrorChecker def initialize(key_error) @key = key_error.key @keys = key_error.receiver.keys end def corrections @corrections ||= exact_matches.empty? ? SpellChecker.new(dictionary: @keys).correct(@key).map(&:inspect) : exact_matches end private def exact_matches @exact_matches ||= @keys.select { |word| @key == word.to_s }.map { |obj| format_object(obj) } end def format_object(symbol_or_object) if symbol_or_object.is_a?(Symbol) ":#{symbol_or_object}" else symbol_or_object.to_s end end end end PK *J [!s��� � > share/ruby/did_you_mean/spell_checkers/require_path_checker.rbnu �[��� # frozen-string-literal: true require_relative "../spell_checker" require_relative "../tree_spell_checker" require "rbconfig" module DidYouMean class RequirePathChecker attr_reader :path INITIAL_LOAD_PATH = $LOAD_PATH.dup.freeze Ractor.make_shareable(INITIAL_LOAD_PATH) if defined?(Ractor) ENV_SPECIFIC_EXT = ".#{RbConfig::CONFIG["DLEXT"]}" Ractor.make_shareable(ENV_SPECIFIC_EXT) if defined?(Ractor) private_constant :INITIAL_LOAD_PATH, :ENV_SPECIFIC_EXT def self.requireables @requireables ||= INITIAL_LOAD_PATH .flat_map {|path| Dir.glob("**/???*{.rb,#{ENV_SPECIFIC_EXT}}", base: path) } .map {|path| path.chomp!(".rb") || path.chomp!(ENV_SPECIFIC_EXT) } end def initialize(exception) @path = exception.path end def corrections @corrections ||= begin threshold = path.size * 2 dictionary = self.class.requireables.reject {|str| str.size >= threshold } spell_checker = path.include?("/") ? TreeSpellChecker : SpellChecker spell_checker.new(dictionary: dictionary).correct(path).uniq end end end end PK *J [(�9�9 9 - share/ruby/did_you_mean/tree_spell_checker.rbnu �[��� # frozen_string_literal: true module DidYouMean # spell checker for a dictionary that has a tree # structure, see doc/tree_spell_checker_api.md class TreeSpellChecker attr_reader :dictionary, :separator, :augment def initialize(dictionary:, separator: '/', augment: nil) @dictionary = dictionary @separator = separator @augment = augment end def correct(input) plausibles = plausible_dimensions(input) return fall_back_to_normal_spell_check(input) if plausibles.empty? suggestions = find_suggestions(input, plausibles) return fall_back_to_normal_spell_check(input) if suggestions.empty? suggestions end def dictionary_without_leaves @dictionary_without_leaves ||= dictionary.map { |word| word.split(separator)[0..-2] }.uniq end def tree_depth @tree_depth ||= dictionary_without_leaves.max { |a, b| a.size <=> b.size }.size end def dimensions @dimensions ||= tree_depth.times.map do |index| dictionary_without_leaves.map { |element| element[index] }.compact.uniq end end def find_leaves(path) path_with_separator = "#{path}#{separator}" dictionary .select {|str| str.include?(path_with_separator) } .map {|str| str.gsub(path_with_separator, '') } end def plausible_dimensions(input) input.split(separator)[0..-2] .map .with_index { |element, index| correct_element(dimensions[index], element) if dimensions[index] } .compact end def possible_paths(states) states.map { |state| state.join(separator) } end private def find_suggestions(input, plausibles) states = plausibles[0].product(*plausibles[1..-1]) paths = possible_paths(states) leaf = input.split(separator).last find_ideas(paths, leaf) end def fall_back_to_normal_spell_check(input) return [] unless augment ::DidYouMean::SpellChecker.new(dictionary: dictionary).correct(input) end def find_ideas(paths, leaf) paths.flat_map do |path| names = find_leaves(path) ideas = correct_element(names, leaf) ideas_to_paths(ideas, leaf, names, path) end.compact end def ideas_to_paths(ideas, leaf, names, path) if ideas.empty? nil elsif names.include?(leaf) ["#{path}#{separator}#{leaf}"] else ideas.map {|str| "#{path}#{separator}#{str}" } end end def correct_element(names, element) return names if names.size == 1 str = normalize(element) return [str] if names.include?(str) ::DidYouMean::SpellChecker.new(dictionary: names).correct(str) end def normalize(str) str.downcase! str.tr!('@', ' ') if str.include?('@') str end end end PK *J [��YV1 1 " share/ruby/did_you_mean/version.rbnu �[��� module DidYouMean VERSION = "2.0.0".freeze end PK *J [a�~� � 5 share/ruby/did_you_mean/formatters/plain_formatter.rbnu �[��� require_relative '../formatter' warn "`require 'did_you_mean/formatters/plain_formatter'` is deprecated. Please `require 'did_you_mean/formatter'` " \ "instead." PK *J [�z[a 7 share/ruby/did_you_mean/formatters/verbose_formatter.rbnu �[��� # frozen-string-literal: true warn "`require 'did_you_mean/formatters/verbose_formatter'` is deprecated and falls back to the default formatter. " require_relative '../formatter' module DidYouMean # For compatibility: VerboseFormatter = Formatter end PK *J [B�H� $ share/ruby/did_you_mean/formatter.rbnu �[��� # frozen-string-literal: true module DidYouMean # The +DidYouMean::Formatter+ is the basic, default formatter for the # gem. The formatter responds to the +message_for+ method and it returns a # human readable string. class Formatter # Returns a human readable string that contains +corrections+. This # formatter is designed to be less verbose to not take too much screen # space while being helpful enough to the user. # # @example # # formatter = DidYouMean::Formatter.new # # # displays suggestions in two lines with the leading empty line # puts formatter.message_for(["methods", "method"]) # # Did you mean? methods # method # # => nil # # # displays an empty line # puts formatter.message_for([]) # # # => nil # def self.message_for(corrections) corrections.empty? ? "" : "\nDid you mean? #{corrections.join("\n ")}" end def message_for(corrections) warn "The instance method #message_for has been deprecated. Please use the class method " \ "DidYouMean::Formatter.message_for(...) instead." self.class.message_for(corrections) end end PlainFormatter = Formatter deprecate_constant :PlainFormatter end PK *J [\Ն0� � ' share/ruby/did_you_mean/experimental.rbnu �[��� warn "Experimental features in the did_you_mean gem has been removed " \ "and `require \"did_you_mean/experimental\"' has no effect." PK *J [��&� . share/ruby/did_you_mean/core_ext/name_error.rbnu �[��� module DidYouMean module Correctable if Exception.method_defined?(:detailed_message) # just for compatibility def original_message # we cannot use alias here because to_s end def detailed_message(highlight: true, did_you_mean: true, **) msg = super.dup return msg unless did_you_mean suggestion = DidYouMean.formatter.message_for(corrections) if highlight suggestion = suggestion.gsub(/.+/) { "\e[1m" + $& + "\e[m" } end msg << suggestion msg rescue super end else SKIP_TO_S_FOR_SUPER_LOOKUP = true private_constant :SKIP_TO_S_FOR_SUPER_LOOKUP def original_message meth = method(:to_s) while meth.owner.const_defined?(:SKIP_TO_S_FOR_SUPER_LOOKUP) meth = meth.super_method end meth.call end def to_s msg = super.dup suggestion = DidYouMean.formatter.message_for(corrections) msg << suggestion if !msg.include?(suggestion) msg rescue super end end def corrections @corrections ||= spell_checker.corrections end def spell_checker DidYouMean.spell_checkers[self.class.to_s].new(self) end end end PK *J [�x�J� � " share/ruby/did_you_mean/verbose.rbnu �[��� warn "The verbose formatter has been removed and now `require 'did_you_mean/verbose'` has no effect. Please " \ "remove this call." PK *J [U1i_ _ & share/ruby/did_you_mean/levenshtein.rbnu �[��� module DidYouMean module Levenshtein # :nodoc: # This code is based directly on the Text gem implementation # Copyright (c) 2006-2013 Paul Battley, Michael Neumann, Tim Fletcher. # # Returns a value representing the "cost" of transforming str1 into str2 def distance(str1, str2) n = str1.length m = str2.length return m if n.zero? return n if m.zero? d = (0..m).to_a x = nil # to avoid duplicating an enumerable object, create it outside of the loop str2_codepoints = str2.codepoints str1.each_codepoint.with_index(1) do |char1, i| j = 0 while j < m cost = (char1 == str2_codepoints[j]) ? 0 : 1 x = min3( d[j+1] + 1, # insertion i + 1, # deletion d[j] + cost # substitution ) d[j] = i i = x j += 1 end d[m] = x end x end module_function :distance private # detects the minimum value out of three arguments. This method is # faster than `[a, b, c].min` and puts less GC pressure. # See https://github.com/ruby/did_you_mean/pull/1 for a performance # benchmark. def min3(a, b, c) if a < b && a < c a elsif b < c b else c end end module_function :min3 end end PK *J [n߷� � share/ruby/yaml.rbnu �[��� # frozen_string_literal: false begin require 'psych' rescue LoadError case RUBY_ENGINE when 'jruby' warn "The Psych YAML extension failed to load.\n" \ "Check your env for conflicting versions of SnakeYAML\n" \ "See https://github.com/jruby/jruby/wiki/FAQs#why-does-the-psych-yaml-extension-fail-to-load-in-my-environment", uplevel: 1 else warn "It seems your ruby installation is missing psych (for YAML output).\n" \ "To eliminate this warning, please install libyaml and reinstall your ruby.\n", uplevel: 1 end raise end YAML = Psych # :nodoc: # YAML Ain't Markup Language # # This module provides a Ruby interface for data serialization in YAML format. # # The YAML module is an alias of Psych, the YAML engine for Ruby. # # == Usage # # Working with YAML can be very simple, for example: # # require 'yaml' # # Parse a YAML string # YAML.load("--- foo") #=> "foo" # # # Emit some YAML # YAML.dump("foo") # => "--- foo\n...\n" # { :a => 'b'}.to_yaml # => "---\n:a: b\n" # # As the implementation is provided by the Psych library, detailed documentation # can be found in that library's docs (also part of standard library). # # == Security # # Do not use YAML to load untrusted data. Doing so is unsafe and could allow # malicious input to execute arbitrary code inside your application. Please see # doc/security.rdoc for more information. # # == History # # Syck was the original YAML implementation in Ruby's standard library # developed by why the lucky stiff. # # You can still use Syck, if you prefer, for parsing and emitting YAML, but you # must install the 'syck' gem now in order to use it. # # In older Ruby versions, ie. <= 1.9, Syck is still provided, however it was # completely removed with the release of Ruby 2.0.0. # # == More info # # For more advanced details on the implementation see Psych, and also check out # http://yaml.org for spec details and other helpful information. # # Psych is maintained by Aaron Patterson on github: https://github.com/ruby/psych # # Syck can also be found on github: https://github.com/ruby/syck module YAML LOADER_VERSION = "0.4.0" end PK *J [JU�\3; 3; share/ruby/fileutils.rbnu �[��� # frozen_string_literal: true begin require 'rbconfig' rescue LoadError # for make rjit-headers end # Namespace for file utility methods for copying, moving, removing, etc. # # == What's Here # # First, what’s elsewhere. \Module \FileUtils: # # - Inherits from {class Object}[rdoc-ref:Object]. # - Supplements {class File}[rdoc-ref:File] # (but is not included or extended there). # # Here, module \FileUtils provides methods that are useful for: # # - {Creating}[rdoc-ref:FileUtils@Creating]. # - {Deleting}[rdoc-ref:FileUtils@Deleting]. # - {Querying}[rdoc-ref:FileUtils@Querying]. # - {Setting}[rdoc-ref:FileUtils@Setting]. # - {Comparing}[rdoc-ref:FileUtils@Comparing]. # - {Copying}[rdoc-ref:FileUtils@Copying]. # - {Moving}[rdoc-ref:FileUtils@Moving]. # - {Options}[rdoc-ref:FileUtils@Options]. # # === Creating # # - ::mkdir: Creates directories. # - ::mkdir_p, ::makedirs, ::mkpath: Creates directories, # also creating ancestor directories as needed. # - ::link_entry: Creates a hard link. # - ::ln, ::link: Creates hard links. # - ::ln_s, ::symlink: Creates symbolic links. # - ::ln_sf: Creates symbolic links, overwriting if necessary. # - ::ln_sr: Creates symbolic links relative to targets # # === Deleting # # - ::remove_dir: Removes a directory and its descendants. # - ::remove_entry: Removes an entry, including its descendants if it is a directory. # - ::remove_entry_secure: Like ::remove_entry, but removes securely. # - ::remove_file: Removes a file entry. # - ::rm, ::remove: Removes entries. # - ::rm_f, ::safe_unlink: Like ::rm, but removes forcibly. # - ::rm_r: Removes entries and their descendants. # - ::rm_rf, ::rmtree: Like ::rm_r, but removes forcibly. # - ::rmdir: Removes directories. # # === Querying # # - ::pwd, ::getwd: Returns the path to the working directory. # - ::uptodate?: Returns whether a given entry is newer than given other entries. # # === Setting # # - ::cd, ::chdir: Sets the working directory. # - ::chmod: Sets permissions for an entry. # - ::chmod_R: Sets permissions for an entry and its descendants. # - ::chown: Sets the owner and group for entries. # - ::chown_R: Sets the owner and group for entries and their descendants. # - ::touch: Sets modification and access times for entries, # creating if necessary. # # === Comparing # # - ::compare_file, ::cmp, ::identical?: Returns whether two entries are identical. # - ::compare_stream: Returns whether two streams are identical. # # === Copying # # - ::copy_entry: Recursively copies an entry. # - ::copy_file: Copies an entry. # - ::copy_stream: Copies a stream. # - ::cp, ::copy: Copies files. # - ::cp_lr: Recursively creates hard links. # - ::cp_r: Recursively copies files, retaining mode, owner, and group. # - ::install: Recursively copies files, optionally setting mode, # owner, and group. # # === Moving # # - ::mv, ::move: Moves entries. # # === Options # # - ::collect_method: Returns the names of methods that accept a given option. # - ::commands: Returns the names of methods that accept options. # - ::have_option?: Returns whether a given method accepts a given option. # - ::options: Returns all option names. # - ::options_of: Returns the names of the options for a given method. # # == Path Arguments # # Some methods in \FileUtils accept _path_ arguments, # which are interpreted as paths to filesystem entries: # # - If the argument is a string, that value is the path. # - If the argument has method +:to_path+, it is converted via that method. # - If the argument has method +:to_str+, it is converted via that method. # # == About the Examples # # Some examples here involve trees of file entries. # For these, we sometimes display trees using the # {tree command-line utility}[https://en.wikipedia.org/wiki/Tree_(command)], # which is a recursive directory-listing utility that produces # a depth-indented listing of files and directories. # # We use a helper method to launch the command and control the format: # # def tree(dirpath = '.') # command = "tree --noreport --charset=ascii #{dirpath}" # system(command) # end # # To illustrate: # # tree('src0') # # => src0 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # == Avoiding the TOCTTOU Vulnerability # # For certain methods that recursively remove entries, # there is a potential vulnerability called the # {Time-of-check to time-of-use}[https://en.wikipedia.org/wiki/Time-of-check_to_time-of-use], # or TOCTTOU, vulnerability that can exist when: # # - An ancestor directory of the entry at the target path is world writable; # such directories include <tt>/tmp</tt>. # - The directory tree at the target path includes: # # - A world-writable descendant directory. # - A symbolic link. # # To avoid that vulnerability, you can use this method to remove entries: # # - FileUtils.remove_entry_secure: removes recursively # if the target path points to a directory. # # Also available are these methods, # each of which calls \FileUtils.remove_entry_secure: # # - FileUtils.rm_r with keyword argument <tt>secure: true</tt>. # - FileUtils.rm_rf with keyword argument <tt>secure: true</tt>. # # Finally, this method for moving entries calls \FileUtils.remove_entry_secure # if the source and destination are on different file systems # (which means that the "move" is really a copy and remove): # # - FileUtils.mv with keyword argument <tt>secure: true</tt>. # # \Method \FileUtils.remove_entry_secure removes securely # by applying a special pre-process: # # - If the target path points to a directory, this method uses methods # {File#chown}[rdoc-ref:File#chown] # and {File#chmod}[rdoc-ref:File#chmod] # in removing directories. # - The owner of the target directory should be either the current process # or the super user (root). # # WARNING: You must ensure that *ALL* parent directories cannot be # moved by other untrusted users. For example, parent directories # should not be owned by untrusted users, and should not be world # writable except when the sticky bit is set. # # For details of this security vulnerability, see Perl cases: # # - {CVE-2005-0448}[https://cve.mitre.org/cgi-bin/cvename.cgi?name=CAN-2005-0448]. # - {CVE-2004-0452}[https://cve.mitre.org/cgi-bin/cvename.cgi?name=CAN-2004-0452]. # module FileUtils # The version number. VERSION = "1.7.3" def self.private_module_function(name) #:nodoc: module_function name private_class_method name end # # Returns a string containing the path to the current directory: # # FileUtils.pwd # => "/rdoc/fileutils" # # Related: FileUtils.cd. # def pwd Dir.pwd end module_function :pwd alias getwd pwd module_function :getwd # Changes the working directory to the given +dir+, which # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]: # # With no block given, # changes the current directory to the directory at +dir+; returns zero: # # FileUtils.pwd # => "/rdoc/fileutils" # FileUtils.cd('..') # FileUtils.pwd # => "/rdoc" # FileUtils.cd('fileutils') # # With a block given, changes the current directory to the directory # at +dir+, calls the block with argument +dir+, # and restores the original current directory; returns the block's value: # # FileUtils.pwd # => "/rdoc/fileutils" # FileUtils.cd('..') { |arg| [arg, FileUtils.pwd] } # => ["..", "/rdoc"] # FileUtils.pwd # => "/rdoc/fileutils" # # Keyword arguments: # # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.cd('..') # FileUtils.cd('fileutils') # # Output: # # cd .. # cd fileutils # # Related: FileUtils.pwd. # def cd(dir, verbose: nil, &block) # :yield: dir fu_output_message "cd #{dir}" if verbose result = Dir.chdir(dir, &block) fu_output_message 'cd -' if verbose and block result end module_function :cd alias chdir cd module_function :chdir # # Returns +true+ if the file at path +new+ # is newer than all the files at paths in array +old_list+; # +false+ otherwise. # # Argument +new+ and the elements of +old_list+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]: # # FileUtils.uptodate?('Rakefile', ['Gemfile', 'README.md']) # => true # FileUtils.uptodate?('Gemfile', ['Rakefile', 'README.md']) # => false # # A non-existent file is considered to be infinitely old. # # Related: FileUtils.touch. # def uptodate?(new, old_list) return false unless File.exist?(new) new_time = File.mtime(new) old_list.each do |old| if File.exist?(old) return false unless new_time > File.mtime(old) end end true end module_function :uptodate? def remove_trailing_slash(dir) #:nodoc: dir == '/' ? dir : dir.chomp(?/) end private_module_function :remove_trailing_slash # # Creates directories at the paths in the given +list+ # (a single path or an array of paths); # returns +list+ if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, creates a directory at each +path+ in +list+ # by calling: <tt>Dir.mkdir(path, mode)</tt>; # see {Dir.mkdir}[rdoc-ref:Dir.mkdir]: # # FileUtils.mkdir(%w[tmp0 tmp1]) # => ["tmp0", "tmp1"] # FileUtils.mkdir('tmp4') # => ["tmp4"] # # Keyword arguments: # # - <tt>mode: <i>mode</i></tt> - also calls <tt>File.chmod(mode, path)</tt>; # see {File.chmod}[rdoc-ref:File.chmod]. # - <tt>noop: true</tt> - does not create directories. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.mkdir(%w[tmp0 tmp1], verbose: true) # FileUtils.mkdir(%w[tmp2 tmp3], mode: 0700, verbose: true) # # Output: # # mkdir tmp0 tmp1 # mkdir -m 700 tmp2 tmp3 # # Raises an exception if any path points to an existing # file or directory, or if for any reason a directory cannot be created. # # Related: FileUtils.mkdir_p. # def mkdir(list, mode: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "mkdir #{mode ? ('-m %03o ' % mode) : ''}#{list.join ' '}" if verbose return if noop list.each do |dir| fu_mkdir dir, mode end end module_function :mkdir # # Creates directories at the paths in the given +list+ # (a single path or an array of paths), # also creating ancestor directories as needed; # returns +list+ if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, creates a directory at each +path+ in +list+, # along with any needed ancestor directories, # by calling: <tt>Dir.mkdir(path, mode)</tt>; # see {Dir.mkdir}[rdoc-ref:Dir.mkdir]: # # FileUtils.mkdir_p(%w[tmp0/tmp1 tmp2/tmp3]) # => ["tmp0/tmp1", "tmp2/tmp3"] # FileUtils.mkdir_p('tmp4/tmp5') # => ["tmp4/tmp5"] # # Keyword arguments: # # - <tt>mode: <i>mode</i></tt> - also calls <tt>File.chmod(mode, path)</tt>; # see {File.chmod}[rdoc-ref:File.chmod]. # - <tt>noop: true</tt> - does not create directories. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.mkdir_p(%w[tmp0 tmp1], verbose: true) # FileUtils.mkdir_p(%w[tmp2 tmp3], mode: 0700, verbose: true) # # Output: # # mkdir -p tmp0 tmp1 # mkdir -p -m 700 tmp2 tmp3 # # Raises an exception if for any reason a directory cannot be created. # # FileUtils.mkpath and FileUtils.makedirs are aliases for FileUtils.mkdir_p. # # Related: FileUtils.mkdir. # def mkdir_p(list, mode: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "mkdir -p #{mode ? ('-m %03o ' % mode) : ''}#{list.join ' '}" if verbose return *list if noop list.each do |item| path = remove_trailing_slash(item) stack = [] until File.directory?(path) || File.dirname(path) == path stack.push path path = File.dirname(path) end stack.reverse_each do |dir| begin fu_mkdir dir, mode rescue SystemCallError raise unless File.directory?(dir) end end end return *list end module_function :mkdir_p alias mkpath mkdir_p alias makedirs mkdir_p module_function :mkpath module_function :makedirs def fu_mkdir(path, mode) #:nodoc: path = remove_trailing_slash(path) if mode Dir.mkdir path, mode File.chmod mode, path else Dir.mkdir path end end private_module_function :fu_mkdir # # Removes directories at the paths in the given +list+ # (a single path or an array of paths); # returns +list+, if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, removes the directory at each +path+ in +list+, # by calling: <tt>Dir.rmdir(path)</tt>; # see {Dir.rmdir}[rdoc-ref:Dir.rmdir]: # # FileUtils.rmdir(%w[tmp0/tmp1 tmp2/tmp3]) # => ["tmp0/tmp1", "tmp2/tmp3"] # FileUtils.rmdir('tmp4/tmp5') # => ["tmp4/tmp5"] # # Keyword arguments: # # - <tt>parents: true</tt> - removes successive ancestor directories # if empty. # - <tt>noop: true</tt> - does not remove directories. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.rmdir(%w[tmp0/tmp1 tmp2/tmp3], parents: true, verbose: true) # FileUtils.rmdir('tmp4/tmp5', parents: true, verbose: true) # # Output: # # rmdir -p tmp0/tmp1 tmp2/tmp3 # rmdir -p tmp4/tmp5 # # Raises an exception if a directory does not exist # or if for any reason a directory cannot be removed. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rmdir(list, parents: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "rmdir #{parents ? '-p ' : ''}#{list.join ' '}" if verbose return if noop list.each do |dir| Dir.rmdir(dir = remove_trailing_slash(dir)) if parents begin until (parent = File.dirname(dir)) == '.' or parent == dir dir = parent Dir.rmdir(dir) end rescue Errno::ENOTEMPTY, Errno::EEXIST, Errno::ENOENT end end end end module_function :rmdir # Creates {hard links}[https://en.wikipedia.org/wiki/Hard_link]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # When +src+ is the path to an existing file # and +dest+ is the path to a non-existent file, # creates a hard link at +dest+ pointing to +src+; returns zero: # # Dir.children('tmp0/') # => ["t.txt"] # Dir.children('tmp1/') # => [] # FileUtils.ln('tmp0/t.txt', 'tmp1/t.lnk') # => 0 # Dir.children('tmp1/') # => ["t.lnk"] # # When +src+ is the path to an existing file # and +dest+ is the path to an existing directory, # creates a hard link at <tt>dest/src</tt> pointing to +src+; returns zero: # # Dir.children('tmp2') # => ["t.dat"] # Dir.children('tmp3') # => [] # FileUtils.ln('tmp2/t.dat', 'tmp3') # => 0 # Dir.children('tmp3') # => ["t.dat"] # # When +src+ is an array of paths to existing files # and +dest+ is the path to an existing directory, # then for each path +target+ in +src+, # creates a hard link at <tt>dest/target</tt> pointing to +target+; # returns +src+: # # Dir.children('tmp4/') # => [] # FileUtils.ln(['tmp0/t.txt', 'tmp2/t.dat'], 'tmp4/') # => ["tmp0/t.txt", "tmp2/t.dat"] # Dir.children('tmp4/') # => ["t.dat", "t.txt"] # # Keyword arguments: # # - <tt>force: true</tt> - overwrites +dest+ if it exists. # - <tt>noop: true</tt> - does not create links. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.ln('tmp0/t.txt', 'tmp1/t.lnk', verbose: true) # FileUtils.ln('tmp2/t.dat', 'tmp3', verbose: true) # FileUtils.ln(['tmp0/t.txt', 'tmp2/t.dat'], 'tmp4/', verbose: true) # # Output: # # ln tmp0/t.txt tmp1/t.lnk # ln tmp2/t.dat tmp3 # ln tmp0/t.txt tmp2/t.dat tmp4/ # # Raises an exception if +dest+ is the path to an existing file # and keyword argument +force+ is not +true+. # # Related: FileUtils.link_entry (has different options). # def ln(src, dest, force: nil, noop: nil, verbose: nil) fu_output_message "ln#{force ? ' -f' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest0(src, dest) do |s,d| remove_file d, true if force File.link s, d end end module_function :ln alias link ln module_function :link # Creates {hard links}[https://en.wikipedia.org/wiki/Hard_link]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a directory and +dest+ does not exist, # creates links +dest+ and descendents pointing to +src+ and its descendents: # # tree('src0') # # => src0 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # File.exist?('dest0') # => false # FileUtils.cp_lr('src0', 'dest0') # tree('dest0') # # => dest0 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # If +src+ and +dest+ are both paths to directories, # creates links <tt>dest/src</tt> and descendents # pointing to +src+ and its descendents: # # tree('src1') # # => src1 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # FileUtils.mkdir('dest1') # FileUtils.cp_lr('src1', 'dest1') # tree('dest1') # # => dest1 # # `-- src1 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # If +src+ is an array of paths to entries and +dest+ is the path to a directory, # for each path +filepath+ in +src+, creates a link at <tt>dest/filepath</tt> # pointing to that path: # # tree('src2') # # => src2 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # FileUtils.mkdir('dest2') # FileUtils.cp_lr(['src2/sub0', 'src2/sub1'], 'dest2') # tree('dest2') # # => dest2 # # |-- sub0 # # | |-- src0.txt # # | `-- src1.txt # # `-- sub1 # # |-- src2.txt # # `-- src3.txt # # Keyword arguments: # # - <tt>dereference_root: false</tt> - if +src+ is a symbolic link, # does not dereference it. # - <tt>noop: true</tt> - does not create links. # - <tt>remove_destination: true</tt> - removes +dest+ before creating links. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.cp_lr('src0', 'dest0', noop: true, verbose: true) # FileUtils.cp_lr('src1', 'dest1', noop: true, verbose: true) # FileUtils.cp_lr(['src2/sub0', 'src2/sub1'], 'dest2', noop: true, verbose: true) # # Output: # # cp -lr src0 dest0 # cp -lr src1 dest1 # cp -lr src2/sub0 src2/sub1 dest2 # # Raises an exception if +dest+ is the path to an existing file or directory # and keyword argument <tt>remove_destination: true</tt> is not given. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def cp_lr(src, dest, noop: nil, verbose: nil, dereference_root: true, remove_destination: false) fu_output_message "cp -lr#{remove_destination ? ' --remove-destination' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| link_entry s, d, dereference_root, remove_destination end end module_function :cp_lr # Creates {symbolic links}[https://en.wikipedia.org/wiki/Symbolic_link]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to an existing file: # # - When +dest+ is the path to a non-existent file, # creates a symbolic link at +dest+ pointing to +src+: # # FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # FileUtils.ln_s('src0.txt', 'dest0.txt') # File.symlink?('dest0.txt') # => true # # - When +dest+ is the path to an existing file, # creates a symbolic link at +dest+ pointing to +src+ # if and only if keyword argument <tt>force: true</tt> is given # (raises an exception otherwise): # # FileUtils.touch('src1.txt') # FileUtils.touch('dest1.txt') # FileUtils.ln_s('src1.txt', 'dest1.txt', force: true) # FileTest.symlink?('dest1.txt') # => true # # FileUtils.ln_s('src1.txt', 'dest1.txt') # Raises Errno::EEXIST. # # If +dest+ is the path to a directory, # creates a symbolic link at <tt>dest/src</tt> pointing to +src+: # # FileUtils.touch('src2.txt') # FileUtils.mkdir('destdir2') # FileUtils.ln_s('src2.txt', 'destdir2') # File.symlink?('destdir2/src2.txt') # => true # # If +src+ is an array of paths to existing files and +dest+ is a directory, # for each child +child+ in +src+ creates a symbolic link <tt>dest/child</tt> # pointing to +child+: # # FileUtils.mkdir('srcdir3') # FileUtils.touch('srcdir3/src0.txt') # FileUtils.touch('srcdir3/src1.txt') # FileUtils.mkdir('destdir3') # FileUtils.ln_s(['srcdir3/src0.txt', 'srcdir3/src1.txt'], 'destdir3') # File.symlink?('destdir3/src0.txt') # => true # File.symlink?('destdir3/src1.txt') # => true # # Keyword arguments: # # - <tt>force: true</tt> - overwrites +dest+ if it exists. # - <tt>relative: false</tt> - create links relative to +dest+. # - <tt>noop: true</tt> - does not create links. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.ln_s('src0.txt', 'dest0.txt', noop: true, verbose: true) # FileUtils.ln_s('src1.txt', 'destdir1', noop: true, verbose: true) # FileUtils.ln_s('src2.txt', 'dest2.txt', force: true, noop: true, verbose: true) # FileUtils.ln_s(['srcdir3/src0.txt', 'srcdir3/src1.txt'], 'destdir3', noop: true, verbose: true) # # Output: # # ln -s src0.txt dest0.txt # ln -s src1.txt destdir1 # ln -sf src2.txt dest2.txt # ln -s srcdir3/src0.txt srcdir3/src1.txt destdir3 # # Related: FileUtils.ln_sf. # def ln_s(src, dest, force: nil, relative: false, target_directory: true, noop: nil, verbose: nil) if relative return ln_sr(src, dest, force: force, noop: noop, verbose: verbose) end fu_output_message "ln -s#{force ? 'f' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest0(src, dest) do |s,d| remove_file d, true if force File.symlink s, d end end module_function :ln_s alias symlink ln_s module_function :symlink # Like FileUtils.ln_s, but always with keyword argument <tt>force: true</tt> given. # def ln_sf(src, dest, noop: nil, verbose: nil) ln_s src, dest, force: true, noop: noop, verbose: verbose end module_function :ln_sf # Like FileUtils.ln_s, but create links relative to +dest+. # def ln_sr(src, dest, target_directory: true, force: nil, noop: nil, verbose: nil) options = "#{force ? 'f' : ''}#{target_directory ? '' : 'T'}" dest = File.path(dest) srcs = Array(src) link = proc do |s, target_dir_p = true| s = File.path(s) if target_dir_p d = File.join(destdirs = dest, File.basename(s)) else destdirs = File.dirname(d = dest) end destdirs = fu_split_path(File.realpath(destdirs)) if fu_starting_path?(s) srcdirs = fu_split_path((File.realdirpath(s) rescue File.expand_path(s))) base = fu_relative_components_from(srcdirs, destdirs) s = File.join(*base) else srcdirs = fu_clean_components(*fu_split_path(s)) base = fu_relative_components_from(fu_split_path(Dir.pwd), destdirs) while srcdirs.first&. == ".." and base.last&.!=("..") and !fu_starting_path?(base.last) srcdirs.shift base.pop end s = File.join(*base, *srcdirs) end fu_output_message "ln -s#{options} #{s} #{d}" if verbose next if noop remove_file d, true if force File.symlink s, d end case srcs.size when 0 when 1 link[srcs[0], target_directory && File.directory?(dest)] else srcs.each(&link) end end module_function :ln_sr # Creates {hard links}[https://en.wikipedia.org/wiki/Hard_link]; returns +nil+. # # Arguments +src+ and +dest+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a file and +dest+ does not exist, # creates a hard link at +dest+ pointing to +src+: # # FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # FileUtils.link_entry('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is the path to a directory and +dest+ does not exist, # recursively creates hard links at +dest+ pointing to paths in +src+: # # FileUtils.mkdir_p(['src1/dir0', 'src1/dir1']) # src_file_paths = [ # 'src1/dir0/t0.txt', # 'src1/dir0/t1.txt', # 'src1/dir1/t2.txt', # 'src1/dir1/t3.txt', # ] # FileUtils.touch(src_file_paths) # File.directory?('dest1') # => true # FileUtils.link_entry('src1', 'dest1') # File.file?('dest1/dir0/t0.txt') # => true # File.file?('dest1/dir0/t1.txt') # => true # File.file?('dest1/dir1/t2.txt') # => true # File.file?('dest1/dir1/t3.txt') # => true # # Keyword arguments: # # - <tt>dereference_root: true</tt> - dereferences +src+ if it is a symbolic link. # - <tt>remove_destination: true</tt> - removes +dest+ before creating links. # # Raises an exception if +dest+ is the path to an existing file or directory # and keyword argument <tt>remove_destination: true</tt> is not given. # # Related: FileUtils.ln (has different options). # def link_entry(src, dest, dereference_root = false, remove_destination = false) Entry_.new(src, nil, dereference_root).traverse do |ent| destent = Entry_.new(dest, ent.rel, false) File.unlink destent.path if remove_destination && File.file?(destent.path) ent.link destent.path end end module_function :link_entry # Copies files. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a file and +dest+ is not the path to a directory, # copies +src+ to +dest+: # # FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # FileUtils.cp('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is the path to a file and +dest+ is the path to a directory, # copies +src+ to <tt>dest/src</tt>: # # FileUtils.touch('src1.txt') # FileUtils.mkdir('dest1') # FileUtils.cp('src1.txt', 'dest1') # File.file?('dest1/src1.txt') # => true # # If +src+ is an array of paths to files and +dest+ is the path to a directory, # copies from each +src+ to +dest+: # # src_file_paths = ['src2.txt', 'src2.dat'] # FileUtils.touch(src_file_paths) # FileUtils.mkdir('dest2') # FileUtils.cp(src_file_paths, 'dest2') # File.file?('dest2/src2.txt') # => true # File.file?('dest2/src2.dat') # => true # # Keyword arguments: # # - <tt>preserve: true</tt> - preserves file times. # - <tt>noop: true</tt> - does not copy files. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.cp('src0.txt', 'dest0.txt', noop: true, verbose: true) # FileUtils.cp('src1.txt', 'dest1', noop: true, verbose: true) # FileUtils.cp(src_file_paths, 'dest2', noop: true, verbose: true) # # Output: # # cp src0.txt dest0.txt # cp src1.txt dest1 # cp src2.txt src2.dat dest2 # # Raises an exception if +src+ is a directory. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def cp(src, dest, preserve: nil, noop: nil, verbose: nil) fu_output_message "cp#{preserve ? ' -p' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| copy_file s, d, preserve end end module_function :cp alias copy cp module_function :copy # Recursively copies files. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # The mode, owner, and group are retained in the copy; # to change those, use FileUtils.install instead. # # If +src+ is the path to a file and +dest+ is not the path to a directory, # copies +src+ to +dest+: # # FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # FileUtils.cp_r('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is the path to a file and +dest+ is the path to a directory, # copies +src+ to <tt>dest/src</tt>: # # FileUtils.touch('src1.txt') # FileUtils.mkdir('dest1') # FileUtils.cp_r('src1.txt', 'dest1') # File.file?('dest1/src1.txt') # => true # # If +src+ is the path to a directory and +dest+ does not exist, # recursively copies +src+ to +dest+: # # tree('src2') # # => src2 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # FileUtils.exist?('dest2') # => false # FileUtils.cp_r('src2', 'dest2') # tree('dest2') # # => dest2 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # # If +src+ and +dest+ are paths to directories, # recursively copies +src+ to <tt>dest/src</tt>: # # tree('src3') # # => src3 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # FileUtils.mkdir('dest3') # FileUtils.cp_r('src3', 'dest3') # tree('dest3') # # => dest3 # # `-- src3 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # # If +src+ is an array of paths and +dest+ is a directory, # recursively copies from each path in +src+ to +dest+; # the paths in +src+ may point to files and/or directories. # # Keyword arguments: # # - <tt>dereference_root: false</tt> - if +src+ is a symbolic link, # does not dereference it. # - <tt>noop: true</tt> - does not copy files. # - <tt>preserve: true</tt> - preserves file times. # - <tt>remove_destination: true</tt> - removes +dest+ before copying files. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.cp_r('src0.txt', 'dest0.txt', noop: true, verbose: true) # FileUtils.cp_r('src1.txt', 'dest1', noop: true, verbose: true) # FileUtils.cp_r('src2', 'dest2', noop: true, verbose: true) # FileUtils.cp_r('src3', 'dest3', noop: true, verbose: true) # # Output: # # cp -r src0.txt dest0.txt # cp -r src1.txt dest1 # cp -r src2 dest2 # cp -r src3 dest3 # # Raises an exception of +src+ is the path to a directory # and +dest+ is the path to a file. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def cp_r(src, dest, preserve: nil, noop: nil, verbose: nil, dereference_root: true, remove_destination: nil) fu_output_message "cp -r#{preserve ? 'p' : ''}#{remove_destination ? ' --remove-destination' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| copy_entry s, d, preserve, dereference_root, remove_destination end end module_function :cp_r # Recursively copies files from +src+ to +dest+. # # Arguments +src+ and +dest+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ is the path to a file, copies +src+ to +dest+: # # FileUtils.touch('src0.txt') # File.exist?('dest0.txt') # => false # FileUtils.copy_entry('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # If +src+ is a directory, recursively copies +src+ to +dest+: # # tree('src1') # # => src1 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # FileUtils.copy_entry('src1', 'dest1') # tree('dest1') # # => dest1 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # # The recursive copying preserves file types for regular files, # directories, and symbolic links; # other file types (FIFO streams, device files, etc.) are not supported. # # Keyword arguments: # # - <tt>dereference_root: true</tt> - if +src+ is a symbolic link, # follows the link. # - <tt>preserve: true</tt> - preserves file times. # - <tt>remove_destination: true</tt> - removes +dest+ before copying files. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def copy_entry(src, dest, preserve = false, dereference_root = false, remove_destination = false) if dereference_root src = File.realpath(src) end Entry_.new(src, nil, false).wrap_traverse(proc do |ent| destent = Entry_.new(dest, ent.rel, false) File.unlink destent.path if remove_destination && (File.file?(destent.path) || File.symlink?(destent.path)) ent.copy destent.path end, proc do |ent| destent = Entry_.new(dest, ent.rel, false) ent.copy_metadata destent.path if preserve end) end module_function :copy_entry # Copies file from +src+ to +dest+, which should not be directories. # # Arguments +src+ and +dest+ # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # Examples: # # FileUtils.touch('src0.txt') # FileUtils.copy_file('src0.txt', 'dest0.txt') # File.file?('dest0.txt') # => true # # Keyword arguments: # # - <tt>dereference: false</tt> - if +src+ is a symbolic link, # does not follow the link. # - <tt>preserve: true</tt> - preserves file times. # - <tt>remove_destination: true</tt> - removes +dest+ before copying files. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def copy_file(src, dest, preserve = false, dereference = true) ent = Entry_.new(src, nil, dereference) ent.copy_file dest ent.copy_metadata dest if preserve end module_function :copy_file # Copies \IO stream +src+ to \IO stream +dest+ via # {IO.copy_stream}[rdoc-ref:IO.copy_stream]. # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def copy_stream(src, dest) IO.copy_stream(src, dest) end module_function :copy_stream # Moves entries. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # If +src+ and +dest+ are on different file systems, # first copies, then removes +src+. # # May cause a local vulnerability if not called with keyword argument # <tt>secure: true</tt>; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # If +src+ is the path to a single file or directory and +dest+ does not exist, # moves +src+ to +dest+: # # tree('src0') # # => src0 # # |-- src0.txt # # `-- src1.txt # File.exist?('dest0') # => false # FileUtils.mv('src0', 'dest0') # File.exist?('src0') # => false # tree('dest0') # # => dest0 # # |-- src0.txt # # `-- src1.txt # # If +src+ is an array of paths to files and directories # and +dest+ is the path to a directory, # copies from each path in the array to +dest+: # # File.file?('src1.txt') # => true # tree('src1') # # => src1 # # |-- src.dat # # `-- src.txt # Dir.empty?('dest1') # => true # FileUtils.mv(['src1.txt', 'src1'], 'dest1') # tree('dest1') # # => dest1 # # |-- src1 # # | |-- src.dat # # | `-- src.txt # # `-- src1.txt # # Keyword arguments: # # - <tt>force: true</tt> - if the move includes removing +src+ # (that is, if +src+ and +dest+ are on different file systems), # ignores raised exceptions of StandardError and its descendants. # - <tt>noop: true</tt> - does not move files. # - <tt>secure: true</tt> - removes +src+ securely; # see details at FileUtils.remove_entry_secure. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.mv('src0', 'dest0', noop: true, verbose: true) # FileUtils.mv(['src1.txt', 'src1'], 'dest1', noop: true, verbose: true) # # Output: # # mv src0 dest0 # mv src1.txt src1 dest1 # def mv(src, dest, force: nil, noop: nil, verbose: nil, secure: nil) fu_output_message "mv#{force ? ' -f' : ''} #{[src,dest].flatten.join ' '}" if verbose return if noop fu_each_src_dest(src, dest) do |s, d| destent = Entry_.new(d, nil, true) begin if destent.exist? if destent.directory? raise Errno::EEXIST, d end end begin File.rename s, d rescue Errno::EXDEV, Errno::EPERM # move from unencrypted to encrypted dir (ext4) copy_entry s, d, true if secure remove_entry_secure s, force else remove_entry s, force end end rescue SystemCallError raise unless force end end end module_function :mv alias move mv module_function :move # Removes entries at the paths in the given +list+ # (a single path or an array of paths) # returns +list+, if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # With no keyword arguments, removes files at the paths given in +list+: # # FileUtils.touch(['src0.txt', 'src0.dat']) # FileUtils.rm(['src0.dat', 'src0.txt']) # => ["src0.dat", "src0.txt"] # # Keyword arguments: # # - <tt>force: true</tt> - ignores raised exceptions of StandardError # and its descendants. # - <tt>noop: true</tt> - does not remove files; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.rm(['src0.dat', 'src0.txt'], noop: true, verbose: true) # # Output: # # rm src0.dat src0.txt # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm(list, force: nil, noop: nil, verbose: nil) list = fu_list(list) fu_output_message "rm#{force ? ' -f' : ''} #{list.join ' '}" if verbose return if noop list.each do |path| remove_file path, force end end module_function :rm alias remove rm module_function :remove # Equivalent to: # # FileUtils.rm(list, force: true, **kwargs) # # Argument +list+ (a single path or an array of paths) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # See FileUtils.rm for keyword arguments. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm_f(list, noop: nil, verbose: nil) rm list, force: true, noop: noop, verbose: verbose end module_function :rm_f alias safe_unlink rm_f module_function :safe_unlink # Removes entries at the paths in the given +list+ # (a single path or an array of paths); # returns +list+, if it is an array, <tt>[list]</tt> otherwise. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # May cause a local vulnerability if not called with keyword argument # <tt>secure: true</tt>; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # For each file path, removes the file at that path: # # FileUtils.touch(['src0.txt', 'src0.dat']) # FileUtils.rm_r(['src0.dat', 'src0.txt']) # File.exist?('src0.txt') # => false # File.exist?('src0.dat') # => false # # For each directory path, recursively removes files and directories: # # tree('src1') # # => src1 # # |-- dir0 # # | |-- src0.txt # # | `-- src1.txt # # `-- dir1 # # |-- src2.txt # # `-- src3.txt # FileUtils.rm_r('src1') # File.exist?('src1') # => false # # Keyword arguments: # # - <tt>force: true</tt> - ignores raised exceptions of StandardError # and its descendants. # - <tt>noop: true</tt> - does not remove entries; returns +nil+. # - <tt>secure: true</tt> - removes +src+ securely; # see details at FileUtils.remove_entry_secure. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.rm_r(['src0.dat', 'src0.txt'], noop: true, verbose: true) # FileUtils.rm_r('src1', noop: true, verbose: true) # # Output: # # rm -r src0.dat src0.txt # rm -r src1 # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm_r(list, force: nil, noop: nil, verbose: nil, secure: nil) list = fu_list(list) fu_output_message "rm -r#{force ? 'f' : ''} #{list.join ' '}" if verbose return if noop list.each do |path| if secure remove_entry_secure path, force else remove_entry path, force end end end module_function :rm_r # Equivalent to: # # FileUtils.rm_r(list, force: true, **kwargs) # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # May cause a local vulnerability if not called with keyword argument # <tt>secure: true</tt>; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # See FileUtils.rm_r for keyword arguments. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def rm_rf(list, noop: nil, verbose: nil, secure: nil) rm_r list, force: true, noop: noop, verbose: verbose, secure: secure end module_function :rm_rf alias rmtree rm_rf module_function :rmtree # Securely removes the entry given by +path+, # which should be the entry for a regular file, a symbolic link, # or a directory. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Avoids a local vulnerability that can exist in certain circumstances; # see {Avoiding the TOCTTOU Vulnerability}[rdoc-ref:FileUtils@Avoiding+the+TOCTTOU+Vulnerability]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def remove_entry_secure(path, force = false) unless fu_have_symlink? remove_entry path, force return end fullpath = File.expand_path(path) st = File.lstat(fullpath) unless st.directory? File.unlink fullpath return end # is a directory. parent_st = File.stat(File.dirname(fullpath)) unless parent_st.world_writable? remove_entry path, force return end unless parent_st.sticky? raise ArgumentError, "parent directory is world writable, FileUtils#remove_entry_secure does not work; abort: #{path.inspect} (parent directory mode #{'%o' % parent_st.mode})" end # freeze tree root euid = Process.euid dot_file = fullpath + "/." begin File.open(dot_file) {|f| unless fu_stat_identical_entry?(st, f.stat) # symlink (TOC-to-TOU attack?) File.unlink fullpath return end f.chown euid, -1 f.chmod 0700 } rescue Errno::EISDIR # JRuby in non-native mode can't open files as dirs File.lstat(dot_file).tap {|fstat| unless fu_stat_identical_entry?(st, fstat) # symlink (TOC-to-TOU attack?) File.unlink fullpath return end File.chown euid, -1, dot_file File.chmod 0700, dot_file } end unless fu_stat_identical_entry?(st, File.lstat(fullpath)) # TOC-to-TOU attack? File.unlink fullpath return end # ---- tree root is frozen ---- root = Entry_.new(path) root.preorder_traverse do |ent| if ent.directory? ent.chown euid, -1 ent.chmod 0700 end end root.postorder_traverse do |ent| begin ent.remove rescue raise unless force end end rescue raise unless force end module_function :remove_entry_secure def fu_have_symlink? #:nodoc: File.symlink nil, nil rescue NotImplementedError return false rescue TypeError return true end private_module_function :fu_have_symlink? def fu_stat_identical_entry?(a, b) #:nodoc: a.dev == b.dev and a.ino == b.ino end private_module_function :fu_stat_identical_entry? # Removes the entry given by +path+, # which should be the entry for a regular file, a symbolic link, # or a directory. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: FileUtils.remove_entry_secure. # def remove_entry(path, force = false) Entry_.new(path).postorder_traverse do |ent| begin ent.remove rescue raise unless force end end rescue raise unless force end module_function :remove_entry # Removes the file entry given by +path+, # which should be the entry for a regular file or a symbolic link. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def remove_file(path, force = false) Entry_.new(path).remove_file rescue raise unless force end module_function :remove_file # Recursively removes the directory entry given by +path+, # which should be the entry for a regular file, a symbolic link, # or a directory. # # Argument +path+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Optional argument +force+ specifies whether to ignore # raised exceptions of StandardError and its descendants. # # Related: {methods for deleting}[rdoc-ref:FileUtils@Deleting]. # def remove_dir(path, force = false) remove_entry path, force # FIXME?? check if it is a directory end module_function :remove_dir # Returns +true+ if the contents of files +a+ and +b+ are identical, # +false+ otherwise. # # Arguments +a+ and +b+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # FileUtils.identical? and FileUtils.cmp are aliases for FileUtils.compare_file. # # Related: FileUtils.compare_stream. # def compare_file(a, b) return false unless File.size(a) == File.size(b) File.open(a, 'rb') {|fa| File.open(b, 'rb') {|fb| return compare_stream(fa, fb) } } end module_function :compare_file alias identical? compare_file alias cmp compare_file module_function :identical? module_function :cmp # Returns +true+ if the contents of streams +a+ and +b+ are identical, # +false+ otherwise. # # Arguments +a+ and +b+ # should be {interpretable as a path}[rdoc-ref:FileUtils@Path+Arguments]. # # Related: FileUtils.compare_file. # def compare_stream(a, b) bsize = fu_stream_blksize(a, b) sa = String.new(capacity: bsize) sb = String.new(capacity: bsize) begin a.read(bsize, sa) b.read(bsize, sb) return true if sa.empty? && sb.empty? end while sa == sb false end module_function :compare_stream # Copies a file entry. # See {install(1)}[https://man7.org/linux/man-pages/man1/install.1.html]. # # Arguments +src+ (a single path or an array of paths) # and +dest+ (a single path) # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]; # # If the entry at +dest+ does not exist, copies from +src+ to +dest+: # # File.read('src0.txt') # => "aaa\n" # File.exist?('dest0.txt') # => false # FileUtils.install('src0.txt', 'dest0.txt') # File.read('dest0.txt') # => "aaa\n" # # If +dest+ is a file entry, copies from +src+ to +dest+, overwriting: # # File.read('src1.txt') # => "aaa\n" # File.read('dest1.txt') # => "bbb\n" # FileUtils.install('src1.txt', 'dest1.txt') # File.read('dest1.txt') # => "aaa\n" # # If +dest+ is a directory entry, copies from +src+ to <tt>dest/src</tt>, # overwriting if necessary: # # File.read('src2.txt') # => "aaa\n" # File.read('dest2/src2.txt') # => "bbb\n" # FileUtils.install('src2.txt', 'dest2') # File.read('dest2/src2.txt') # => "aaa\n" # # If +src+ is an array of paths and +dest+ points to a directory, # copies each path +path+ in +src+ to <tt>dest/path</tt>: # # File.file?('src3.txt') # => true # File.file?('src3.dat') # => true # FileUtils.mkdir('dest3') # FileUtils.install(['src3.txt', 'src3.dat'], 'dest3') # File.file?('dest3/src3.txt') # => true # File.file?('dest3/src3.dat') # => true # # Keyword arguments: # # - <tt>group: <i>group</i></tt> - changes the group if not +nil+, # using {File.chown}[rdoc-ref:File.chown]. # - <tt>mode: <i>permissions</i></tt> - changes the permissions. # using {File.chmod}[rdoc-ref:File.chmod]. # - <tt>noop: true</tt> - does not copy entries; returns +nil+. # - <tt>owner: <i>owner</i></tt> - changes the owner if not +nil+, # using {File.chown}[rdoc-ref:File.chown]. # - <tt>preserve: true</tt> - preserve timestamps # using {File.utime}[rdoc-ref:File.utime]. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.install('src0.txt', 'dest0.txt', noop: true, verbose: true) # FileUtils.install('src1.txt', 'dest1.txt', noop: true, verbose: true) # FileUtils.install('src2.txt', 'dest2', noop: true, verbose: true) # # Output: # # install -c src0.txt dest0.txt # install -c src1.txt dest1.txt # install -c src2.txt dest2 # # Related: {methods for copying}[rdoc-ref:FileUtils@Copying]. # def install(src, dest, mode: nil, owner: nil, group: nil, preserve: nil, noop: nil, verbose: nil) if verbose msg = +"install -c" msg << ' -p' if preserve msg << ' -m ' << mode_to_s(mode) if mode msg << " -o #{owner}" if owner msg << " -g #{group}" if group msg << ' ' << [src,dest].flatten.join(' ') fu_output_message msg end return if noop uid = fu_get_uid(owner) gid = fu_get_gid(group) fu_each_src_dest(src, dest) do |s, d| st = File.stat(s) unless File.exist?(d) and compare_file(s, d) remove_file d, true if d.end_with?('/') mkdir_p d copy_file s, d + File.basename(s) else mkdir_p File.expand_path('..', d) copy_file s, d end File.utime st.atime, st.mtime, d if preserve File.chmod fu_mode(mode, st), d if mode File.chown uid, gid, d if uid or gid end end end module_function :install def user_mask(target) #:nodoc: target.each_char.inject(0) do |mask, chr| case chr when "u" mask | 04700 when "g" mask | 02070 when "o" mask | 01007 when "a" mask | 07777 else raise ArgumentError, "invalid 'who' symbol in file mode: #{chr}" end end end private_module_function :user_mask def apply_mask(mode, user_mask, op, mode_mask) #:nodoc: case op when '=' (mode & ~user_mask) | (user_mask & mode_mask) when '+' mode | (user_mask & mode_mask) when '-' mode & ~(user_mask & mode_mask) end end private_module_function :apply_mask def symbolic_modes_to_i(mode_sym, path) #:nodoc: path = File.stat(path) unless File::Stat === path mode = path.mode mode_sym.split(/,/).inject(mode & 07777) do |current_mode, clause| target, *actions = clause.split(/([=+-])/) raise ArgumentError, "invalid file mode: #{mode_sym}" if actions.empty? target = 'a' if target.empty? user_mask = user_mask(target) actions.each_slice(2) do |op, perm| need_apply = op == '=' mode_mask = (perm || '').each_char.inject(0) do |mask, chr| case chr when "r" mask | 0444 when "w" mask | 0222 when "x" mask | 0111 when "X" if path.directory? mask | 0111 else mask end when "s" mask | 06000 when "t" mask | 01000 when "u", "g", "o" if mask.nonzero? current_mode = apply_mask(current_mode, user_mask, op, mask) end need_apply = false copy_mask = user_mask(chr) (current_mode & copy_mask) / (copy_mask & 0111) * (user_mask & 0111) else raise ArgumentError, "invalid 'perm' symbol in file mode: #{chr}" end end if mode_mask.nonzero? || need_apply current_mode = apply_mask(current_mode, user_mask, op, mode_mask) end end current_mode end end private_module_function :symbolic_modes_to_i def fu_mode(mode, path) #:nodoc: mode.is_a?(String) ? symbolic_modes_to_i(mode, path) : mode end private_module_function :fu_mode def mode_to_s(mode) #:nodoc: mode.is_a?(String) ? mode : "%o" % mode end private_module_function :mode_to_s # Changes permissions on the entries at the paths given in +list+ # (a single path or an array of paths) # to the permissions given by +mode+; # returns +list+ if it is an array, <tt>[list]</tt> otherwise: # # - Modifies each entry that is a regular file using # {File.chmod}[rdoc-ref:File.chmod]. # - Modifies each entry that is a symbolic link using # {File.lchmod}[rdoc-ref:File.lchmod]. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # Argument +mode+ may be either an integer or a string: # # - \Integer +mode+: represents the permission bits to be set: # # FileUtils.chmod(0755, 'src0.txt') # FileUtils.chmod(0644, ['src0.txt', 'src0.dat']) # # - \String +mode+: represents the permissions to be set: # # The string is of the form <tt>[targets][[operator][perms[,perms]]</tt>, where: # # - +targets+ may be any combination of these letters: # # - <tt>'u'</tt>: permissions apply to the file's owner. # - <tt>'g'</tt>: permissions apply to users in the file's group. # - <tt>'o'</tt>: permissions apply to other users not in the file's group. # - <tt>'a'</tt> (the default): permissions apply to all users. # # - +operator+ may be one of these letters: # # - <tt>'+'</tt>: adds permissions. # - <tt>'-'</tt>: removes permissions. # - <tt>'='</tt>: sets (replaces) permissions. # # - +perms+ (may be repeated, with separating commas) # may be any combination of these letters: # # - <tt>'r'</tt>: Read. # - <tt>'w'</tt>: Write. # - <tt>'x'</tt>: Execute (search, for a directory). # - <tt>'X'</tt>: Search (for a directories only; # must be used with <tt>'+'</tt>) # - <tt>'s'</tt>: Uid or gid. # - <tt>'t'</tt>: Sticky bit. # # Examples: # # FileUtils.chmod('u=wrx,go=rx', 'src1.txt') # FileUtils.chmod('u=wrx,go=rx', '/usr/bin/ruby') # # Keyword arguments: # # - <tt>noop: true</tt> - does not change permissions; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.chmod(0755, 'src0.txt', noop: true, verbose: true) # FileUtils.chmod(0644, ['src0.txt', 'src0.dat'], noop: true, verbose: true) # FileUtils.chmod('u=wrx,go=rx', 'src1.txt', noop: true, verbose: true) # FileUtils.chmod('u=wrx,go=rx', '/usr/bin/ruby', noop: true, verbose: true) # # Output: # # chmod 755 src0.txt # chmod 644 src0.txt src0.dat # chmod u=wrx,go=rx src1.txt # chmod u=wrx,go=rx /usr/bin/ruby # # Related: FileUtils.chmod_R. # def chmod(mode, list, noop: nil, verbose: nil) list = fu_list(list) fu_output_message sprintf('chmod %s %s', mode_to_s(mode), list.join(' ')) if verbose return if noop list.each do |path| Entry_.new(path).chmod(fu_mode(mode, path)) end end module_function :chmod # Like FileUtils.chmod, but changes permissions recursively. # def chmod_R(mode, list, noop: nil, verbose: nil, force: nil) list = fu_list(list) fu_output_message sprintf('chmod -R%s %s %s', (force ? 'f' : ''), mode_to_s(mode), list.join(' ')) if verbose return if noop list.each do |root| Entry_.new(root).traverse do |ent| begin ent.chmod(fu_mode(mode, ent.path)) rescue raise unless force end end end end module_function :chmod_R # Changes the owner and group on the entries at the paths given in +list+ # (a single path or an array of paths) # to the given +user+ and +group+; # returns +list+ if it is an array, <tt>[list]</tt> otherwise: # # - Modifies each entry that is a regular file using # {File.chown}[rdoc-ref:File.chown]. # - Modifies each entry that is a symbolic link using # {File.lchown}[rdoc-ref:File.lchown]. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # User and group: # # - Argument +user+ may be a user name or a user id; # if +nil+ or +-1+, the user is not changed. # - Argument +group+ may be a group name or a group id; # if +nil+ or +-1+, the group is not changed. # - The user must be a member of the group. # # Examples: # # # One path. # # User and group as string names. # File.stat('src0.txt').uid # => 1004 # File.stat('src0.txt').gid # => 1004 # FileUtils.chown('user2', 'group1', 'src0.txt') # File.stat('src0.txt').uid # => 1006 # File.stat('src0.txt').gid # => 1005 # # # User and group as uid and gid. # FileUtils.chown(1004, 1004, 'src0.txt') # File.stat('src0.txt').uid # => 1004 # File.stat('src0.txt').gid # => 1004 # # # Array of paths. # FileUtils.chown(1006, 1005, ['src0.txt', 'src0.dat']) # # # Directory (not recursive). # FileUtils.chown('user2', 'group1', '.') # # Keyword arguments: # # - <tt>noop: true</tt> - does not change permissions; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.chown('user2', 'group1', 'src0.txt', noop: true, verbose: true) # FileUtils.chown(1004, 1004, 'src0.txt', noop: true, verbose: true) # FileUtils.chown(1006, 1005, ['src0.txt', 'src0.dat'], noop: true, verbose: true) # FileUtils.chown('user2', 'group1', path, noop: true, verbose: true) # FileUtils.chown('user2', 'group1', '.', noop: true, verbose: true) # # Output: # # chown user2:group1 src0.txt # chown 1004:1004 src0.txt # chown 1006:1005 src0.txt src0.dat # chown user2:group1 src0.txt # chown user2:group1 . # # Related: FileUtils.chown_R. # def chown(user, group, list, noop: nil, verbose: nil) list = fu_list(list) fu_output_message sprintf('chown %s %s', (group ? "#{user}:#{group}" : user || ':'), list.join(' ')) if verbose return if noop uid = fu_get_uid(user) gid = fu_get_gid(group) list.each do |path| Entry_.new(path).chown uid, gid end end module_function :chown # Like FileUtils.chown, but changes owner and group recursively. # def chown_R(user, group, list, noop: nil, verbose: nil, force: nil) list = fu_list(list) fu_output_message sprintf('chown -R%s %s %s', (force ? 'f' : ''), (group ? "#{user}:#{group}" : user || ':'), list.join(' ')) if verbose return if noop uid = fu_get_uid(user) gid = fu_get_gid(group) list.each do |root| Entry_.new(root).traverse do |ent| begin ent.chown uid, gid rescue raise unless force end end end end module_function :chown_R def fu_get_uid(user) #:nodoc: return nil unless user case user when Integer user when /\A\d+\z/ user.to_i else require 'etc' Etc.getpwnam(user) ? Etc.getpwnam(user).uid : nil end end private_module_function :fu_get_uid def fu_get_gid(group) #:nodoc: return nil unless group case group when Integer group when /\A\d+\z/ group.to_i else require 'etc' Etc.getgrnam(group) ? Etc.getgrnam(group).gid : nil end end private_module_function :fu_get_gid # Updates modification times (mtime) and access times (atime) # of the entries given by the paths in +list+ # (a single path or an array of paths); # returns +list+ if it is an array, <tt>[list]</tt> otherwise. # # By default, creates an empty file for any path to a non-existent entry; # use keyword argument +nocreate+ to raise an exception instead. # # Argument +list+ or its elements # should be {interpretable as paths}[rdoc-ref:FileUtils@Path+Arguments]. # # Examples: # # # Single path. # f = File.new('src0.txt') # Existing file. # f.atime # => 2022-06-10 11:11:21.200277 -0700 # f.mtime # => 2022-06-10 11:11:21.200277 -0700 # FileUtils.touch('src0.txt') # f = File.new('src0.txt') # f.atime # => 2022-06-11 08:28:09.8185343 -0700 # f.mtime # => 2022-06-11 08:28:09.8185343 -0700 # # # Array of paths. # FileUtils.touch(['src0.txt', 'src0.dat']) # # Keyword arguments: # # - <tt>mtime: <i>time</i></tt> - sets the entry's mtime to the given time, # instead of the current time. # - <tt>nocreate: true</tt> - raises an exception if the entry does not exist. # - <tt>noop: true</tt> - does not touch entries; returns +nil+. # - <tt>verbose: true</tt> - prints an equivalent command: # # FileUtils.touch('src0.txt', noop: true, verbose: true) # FileUtils.touch(['src0.txt', 'src0.dat'], noop: true, verbose: true) # FileUtils.touch(path, noop: true, verbose: true) # # Output: # # touch src0.txt # touch src0.txt src0.dat # touch src0.txt # # Related: FileUtils.uptodate?. # def touch(list, noop: nil, verbose: nil, mtime: nil, nocreate: nil) list = fu_list(list) t = mtime if verbose fu_output_message "touch #{nocreate ? '-c ' : ''}#{t ? t.strftime('-t %Y%m%d%H%M.%S ') : ''}#{list.join ' '}" end return if noop list.each do |path| created = nocreate begin File.utime(t, t, path) rescue Errno::ENOENT raise if created File.open(path, 'a') { ; } created = true retry if t end end end module_function :touch private module StreamUtils_ # :nodoc: private case (defined?(::RbConfig) ? ::RbConfig::CONFIG['host_os'] : ::RUBY_PLATFORM) when /mswin|mingw/ def fu_windows?; true end #:nodoc: else def fu_windows?; false end #:nodoc: end def fu_copy_stream0(src, dest, blksize = nil) #:nodoc: IO.copy_stream(src, dest) end def fu_stream_blksize(*streams) #:nodoc: streams.each do |s| next unless s.respond_to?(:stat) size = fu_blksize(s.stat) return size if size end fu_default_blksize() end def fu_blksize(st) #:nodoc: s = st.blksize return nil unless s return nil if s == 0 s end def fu_default_blksize #:nodoc: 1024 end end include StreamUtils_ extend StreamUtils_ class Entry_ #:nodoc: internal use only include StreamUtils_ def initialize(a, b = nil, deref = false) @prefix = @rel = @path = nil if b @prefix = a @rel = b else @path = a end @deref = deref @stat = nil @lstat = nil end def inspect "\#<#{self.class} #{path()}>" end def path if @path File.path(@path) else join(@prefix, @rel) end end def prefix @prefix || @path end def rel @rel end def dereference? @deref end def exist? begin lstat true rescue Errno::ENOENT false end end def file? s = lstat! s and s.file? end def directory? s = lstat! s and s.directory? end def symlink? s = lstat! s and s.symlink? end def chardev? s = lstat! s and s.chardev? end def blockdev? s = lstat! s and s.blockdev? end def socket? s = lstat! s and s.socket? end def pipe? s = lstat! s and s.pipe? end S_IF_DOOR = 0xD000 def door? s = lstat! s and (s.mode & 0xF000 == S_IF_DOOR) end def entries opts = {} opts[:encoding] = fu_windows? ? ::Encoding::UTF_8 : path.encoding files = Dir.children(path, **opts) untaint = RUBY_VERSION < '2.7' files.map {|n| Entry_.new(prefix(), join(rel(), untaint ? n.untaint : n)) } end def stat return @stat if @stat if lstat() and lstat().symlink? @stat = File.stat(path()) else @stat = lstat() end @stat end def stat! return @stat if @stat if lstat! and lstat!.symlink? @stat = File.stat(path()) else @stat = lstat! end @stat rescue SystemCallError nil end def lstat if dereference? @lstat ||= File.stat(path()) else @lstat ||= File.lstat(path()) end end def lstat! lstat() rescue SystemCallError nil end def chmod(mode) if symlink? File.lchmod mode, path() if have_lchmod? else File.chmod mode, path() end rescue Errno::EOPNOTSUPP end def chown(uid, gid) if symlink? File.lchown uid, gid, path() if have_lchown? else File.chown uid, gid, path() end end def link(dest) case when directory? if !File.exist?(dest) and descendant_directory?(dest, path) raise ArgumentError, "cannot link directory %s to itself %s" % [path, dest] end begin Dir.mkdir dest rescue raise unless File.directory?(dest) end else File.link path(), dest end end def copy(dest) lstat case when file? copy_file dest when directory? if !File.exist?(dest) and descendant_directory?(dest, path) raise ArgumentError, "cannot copy directory %s to itself %s" % [path, dest] end begin Dir.mkdir dest rescue raise unless File.directory?(dest) end when symlink? File.symlink File.readlink(path()), dest when chardev?, blockdev? raise "cannot handle device file" when socket? begin require 'socket' rescue LoadError raise "cannot handle socket" else raise "cannot handle socket" unless defined?(UNIXServer) end UNIXServer.new(dest).close File.chmod lstat().mode, dest when pipe? raise "cannot handle FIFO" unless File.respond_to?(:mkfifo) File.mkfifo dest, lstat().mode when door? raise "cannot handle door: #{path()}" else raise "unknown file type: #{path()}" end end def copy_file(dest) File.open(path()) do |s| File.open(dest, 'wb', s.stat.mode) do |f| IO.copy_stream(s, f) end end end def copy_metadata(path) st = lstat() if !st.symlink? File.utime st.atime, st.mtime, path end mode = st.mode begin if st.symlink? begin File.lchown st.uid, st.gid, path rescue NotImplementedError end else File.chown st.uid, st.gid, path end rescue Errno::EPERM, Errno::EACCES # clear setuid/setgid mode &= 01777 end if st.symlink? begin File.lchmod mode, path rescue NotImplementedError, Errno::EOPNOTSUPP end else File.chmod mode, path end end def remove if directory? remove_dir1 else remove_file end end def remove_dir1 platform_support { Dir.rmdir path().chomp(?/) } end def remove_file platform_support { File.unlink path } end def platform_support return yield unless fu_windows? first_time_p = true begin yield rescue Errno::ENOENT raise rescue => err if first_time_p first_time_p = false begin File.chmod 0700, path() # Windows does not have symlink retry rescue SystemCallError end end raise err end end def preorder_traverse stack = [self] while ent = stack.pop yield ent stack.concat ent.entries.reverse if ent.directory? end end alias traverse preorder_traverse def postorder_traverse if directory? begin children = entries() rescue Errno::EACCES # Failed to get the list of children. # Assuming there is no children, try to process the parent directory. yield self return end children.each do |ent| ent.postorder_traverse do |e| yield e end end end yield self end def wrap_traverse(pre, post) pre.call self if directory? entries.each do |ent| ent.wrap_traverse pre, post end end post.call self end private @@fileutils_rb_have_lchmod = nil def have_lchmod? # This is not MT-safe, but it does not matter. if @@fileutils_rb_have_lchmod == nil @@fileutils_rb_have_lchmod = check_have_lchmod? end @@fileutils_rb_have_lchmod end def check_have_lchmod? return false unless File.respond_to?(:lchmod) File.lchmod 0 return true rescue NotImplementedError return false end @@fileutils_rb_have_lchown = nil def have_lchown? # This is not MT-safe, but it does not matter. if @@fileutils_rb_have_lchown == nil @@fileutils_rb_have_lchown = check_have_lchown? end @@fileutils_rb_have_lchown end def check_have_lchown? return false unless File.respond_to?(:lchown) File.lchown nil, nil return true rescue NotImplementedError return false end def join(dir, base) return File.path(dir) if not base or base == '.' return File.path(base) if not dir or dir == '.' begin File.join(dir, base) rescue EncodingError if fu_windows? File.join(dir.encode(::Encoding::UTF_8), base.encode(::Encoding::UTF_8)) else raise end end end if File::ALT_SEPARATOR DIRECTORY_TERM = "(?=[/#{Regexp.quote(File::ALT_SEPARATOR)}]|\\z)" else DIRECTORY_TERM = "(?=/|\\z)" end def descendant_directory?(descendant, ascendant) if File::FNM_SYSCASE.nonzero? File.expand_path(File.dirname(descendant)).casecmp(File.expand_path(ascendant)) == 0 else File.expand_path(File.dirname(descendant)) == File.expand_path(ascendant) end end end # class Entry_ def fu_list(arg) #:nodoc: [arg].flatten.map {|path| File.path(path) } end private_module_function :fu_list def fu_each_src_dest(src, dest) #:nodoc: fu_each_src_dest0(src, dest) do |s, d| raise ArgumentError, "same file: #{s} and #{d}" if fu_same?(s, d) yield s, d end end private_module_function :fu_each_src_dest def fu_each_src_dest0(src, dest, target_directory = true) #:nodoc: if tmp = Array.try_convert(src) tmp.each do |s| s = File.path(s) yield s, (target_directory ? File.join(dest, File.basename(s)) : dest) end else src = File.path(src) if target_directory and File.directory?(dest) yield src, File.join(dest, File.basename(src)) else yield src, File.path(dest) end end end private_module_function :fu_each_src_dest0 def fu_same?(a, b) #:nodoc: File.identical?(a, b) end private_module_function :fu_same? def fu_output_message(msg) #:nodoc: output = @fileutils_output if defined?(@fileutils_output) output ||= $stdout if defined?(@fileutils_label) msg = @fileutils_label + msg end output.puts msg end private_module_function :fu_output_message def fu_split_path(path) #:nodoc: path = File.path(path) list = [] until (parent, base = File.split(path); parent == path or parent == ".") list << base path = parent end list << path list.reverse! end private_module_function :fu_split_path def fu_relative_components_from(target, base) #:nodoc: i = 0 while target[i]&.== base[i] i += 1 end Array.new(base.size-i, '..').concat(target[i..-1]) end private_module_function :fu_relative_components_from def fu_clean_components(*comp) #:nodoc: comp.shift while comp.first == "." return comp if comp.empty? clean = [comp.shift] path = File.join(*clean, "") # ending with File::SEPARATOR while c = comp.shift if c == ".." and clean.last != ".." and !(fu_have_symlink? && File.symlink?(path)) clean.pop path.chomp!(%r((?<=\A|/)[^/]+/\z), "") else clean << c path << c << "/" end end clean end private_module_function :fu_clean_components if fu_windows? def fu_starting_path?(path) #:nodoc: path&.start_with?(%r(\w:|/)) end else def fu_starting_path?(path) #:nodoc: path&.start_with?("/") end end private_module_function :fu_starting_path? # This hash table holds command options. OPT_TABLE = {} #:nodoc: internal use only (private_instance_methods & methods(false)).inject(OPT_TABLE) {|tbl, name| (tbl[name.to_s] = instance_method(name).parameters).map! {|t, n| n if t == :key}.compact! tbl } public # Returns an array of the string names of \FileUtils methods # that accept one or more keyword arguments: # # FileUtils.commands.sort.take(3) # => ["cd", "chdir", "chmod"] # def self.commands OPT_TABLE.keys end # Returns an array of the string keyword names: # # FileUtils.options.take(3) # => ["noop", "verbose", "force"] # def self.options OPT_TABLE.values.flatten.uniq.map {|sym| sym.to_s } end # Returns +true+ if method +mid+ accepts the given option +opt+, +false+ otherwise; # the arguments may be strings or symbols: # # FileUtils.have_option?(:chmod, :noop) # => true # FileUtils.have_option?('chmod', 'secure') # => false # def self.have_option?(mid, opt) li = OPT_TABLE[mid.to_s] or raise ArgumentError, "no such method: #{mid}" li.include?(opt) end # Returns an array of the string keyword name for method +mid+; # the argument may be a string or a symbol: # # FileUtils.options_of(:rm) # => ["force", "noop", "verbose"] # FileUtils.options_of('mv') # => ["force", "noop", "verbose", "secure"] # def self.options_of(mid) OPT_TABLE[mid.to_s].map {|sym| sym.to_s } end # Returns an array of the string method names of the methods # that accept the given keyword option +opt+; # the argument must be a symbol: # # FileUtils.collect_method(:preserve) # => ["cp", "copy", "cp_r", "install"] # def self.collect_method(opt) OPT_TABLE.keys.select {|m| OPT_TABLE[m].include?(opt) } end private LOW_METHODS = singleton_methods(false) - collect_method(:noop).map(&:intern) # :nodoc: module LowMethods # :nodoc: internal use only private def _do_nothing(*)end ::FileUtils::LOW_METHODS.map {|name| alias_method name, :_do_nothing} end METHODS = singleton_methods() - [:private_module_function, # :nodoc: :commands, :options, :have_option?, :options_of, :collect_method] # # This module has all methods of FileUtils module, but it outputs messages # before acting. This equates to passing the <tt>:verbose</tt> flag to # methods in FileUtils. # module Verbose include FileUtils names = ::FileUtils.collect_method(:verbose) names.each do |name| module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options) super(*args, **options, verbose: true) end EOS end private(*names) extend self class << self public(*::FileUtils::METHODS) end end # # This module has all methods of FileUtils module, but never changes # files/directories. This equates to passing the <tt>:noop</tt> flag # to methods in FileUtils. # module NoWrite include FileUtils include LowMethods names = ::FileUtils.collect_method(:noop) names.each do |name| module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options) super(*args, **options, noop: true) end EOS end private(*names) extend self class << self public(*::FileUtils::METHODS) end end # # This module has all methods of FileUtils module, but never changes # files/directories, with printing message before acting. # This equates to passing the <tt>:noop</tt> and <tt>:verbose</tt> flag # to methods in FileUtils. # module DryRun include FileUtils include LowMethods names = ::FileUtils.collect_method(:noop) names.each do |name| module_eval(<<-EOS, __FILE__, __LINE__ + 1) def #{name}(*args, **options) super(*args, **options, noop: true, verbose: true) end EOS end private(*names) extend self class << self public(*::FileUtils::METHODS) end end end PK *J [��\l l share/ruby/weakref.rbnu �[��� # frozen_string_literal: true require "delegate" # Weak Reference class that allows a referenced object to be # garbage-collected. # # A WeakRef may be used exactly like the object it references. # # Usage: # # foo = Object.new # create a new object instance # p foo.to_s # original's class # foo = WeakRef.new(foo) # reassign foo with WeakRef instance # p foo.to_s # should be same class # GC.start # start the garbage collector # p foo.to_s # should raise exception (recycled) # class WeakRef < Delegator VERSION = "0.1.3" ## # RefError is raised when a referenced object has been recycled by the # garbage collector class RefError < StandardError end @@__map = ::ObjectSpace::WeakMap.new ## # Creates a weak reference to +orig+ def initialize(orig) case orig when true, false, nil @delegate_sd_obj = orig else @@__map[self] = orig end super end def __getobj__ # :nodoc: @@__map[self] or defined?(@delegate_sd_obj) ? @delegate_sd_obj : Kernel::raise(RefError, "Invalid Reference - probably recycled", Kernel::caller(2)) end def __setobj__(obj) # :nodoc: end ## # Returns true if the referenced object is still alive. def weakref_alive? @@__map.key?(self) or defined?(@delegate_sd_obj) end end PK *J [�QӴ. �. share/ruby/delegate.rbnu �[��� # frozen_string_literal: true # = delegate -- Support for the Delegation Pattern # # Documentation by James Edward Gray II and Gavin Sinclair ## # This library provides three different ways to delegate method calls to an # object. The easiest to use is SimpleDelegator. Pass an object to the # constructor and all methods supported by the object will be delegated. This # object can be changed later. # # Going a step further, the top level DelegateClass method allows you to easily # setup delegation through class inheritance. This is considerably more # flexible and thus probably the most common use for this library. # # Finally, if you need full control over the delegation scheme, you can inherit # from the abstract class Delegator and customize as needed. (If you find # yourself needing this control, have a look at Forwardable which is also in # the standard library. It may suit your needs better.) # # SimpleDelegator's implementation serves as a nice example of the use of # Delegator: # # require 'delegate' # # class SimpleDelegator < Delegator # def __getobj__ # @delegate_sd_obj # return object we are delegating to, required # end # # def __setobj__(obj) # @delegate_sd_obj = obj # change delegation object, # # a feature we're providing # end # end # # == Notes # # Be advised, RDoc will not detect delegated methods. # class Delegator < BasicObject VERSION = "0.4.0" kernel = ::Kernel.dup kernel.class_eval do alias __raise__ raise [:to_s, :inspect, :!~, :===, :<=>, :hash].each do |m| undef_method m end private_instance_methods.each do |m| if /\Ablock_given\?\z|\Aiterator\?\z|\A__.*__\z/ =~ m next end undef_method m end end include kernel # :stopdoc: def self.const_missing(n) ::Object.const_get(n) end # :startdoc: ## # :method: raise # Use #__raise__ if your Delegator does not have a object to delegate the # #raise method call. # # # Pass in the _obj_ to delegate method calls to. All methods supported by # _obj_ will be delegated to. # def initialize(obj) __setobj__(obj) end # # Handles the magic of delegation through \_\_getobj\_\_. # ruby2_keywords def method_missing(m, *args, &block) r = true target = self.__getobj__ {r = false} if r && target_respond_to?(target, m, false) target.__send__(m, *args, &block) elsif ::Kernel.method_defined?(m) || ::Kernel.private_method_defined?(m) ::Kernel.instance_method(m).bind_call(self, *args, &block) else super(m, *args, &block) end end # # Checks for a method provided by this the delegate object by forwarding the # call through \_\_getobj\_\_. # def respond_to_missing?(m, include_private) r = true target = self.__getobj__ {r = false} r &&= target_respond_to?(target, m, include_private) if r && include_private && !target_respond_to?(target, m, false) warn "delegator does not forward private method \##{m}", uplevel: 3 return false end r end KERNEL_RESPOND_TO = ::Kernel.instance_method(:respond_to?) private_constant :KERNEL_RESPOND_TO # Handle BasicObject instances private def target_respond_to?(target, m, include_private) case target when Object target.respond_to?(m, include_private) else if KERNEL_RESPOND_TO.bind_call(target, :respond_to?) target.respond_to?(m, include_private) else KERNEL_RESPOND_TO.bind_call(target, m, include_private) end end end # # Returns the methods available to this delegate object as the union # of this object's and \_\_getobj\_\_ methods. # def methods(all=true) __getobj__.methods(all) | super end # # Returns the methods available to this delegate object as the union # of this object's and \_\_getobj\_\_ public methods. # def public_methods(all=true) __getobj__.public_methods(all) | super end # # Returns the methods available to this delegate object as the union # of this object's and \_\_getobj\_\_ protected methods. # def protected_methods(all=true) __getobj__.protected_methods(all) | super end # Note: no need to specialize private_methods, since they are not forwarded # # Returns true if two objects are considered of equal value. # def ==(obj) return true if obj.equal?(self) self.__getobj__ == obj end # # Returns true if two objects are not considered of equal value. # def !=(obj) return false if obj.equal?(self) __getobj__ != obj end # # Returns true if two objects are considered of equal value. # def eql?(obj) return true if obj.equal?(self) obj.eql?(__getobj__) end # # Delegates ! to the \_\_getobj\_\_ # def ! !__getobj__ end # # This method must be overridden by subclasses and should return the object # method calls are being delegated to. # def __getobj__ __raise__ ::NotImplementedError, "need to define '__getobj__'" end # # This method must be overridden by subclasses and change the object delegate # to _obj_. # def __setobj__(obj) __raise__ ::NotImplementedError, "need to define '__setobj__'" end # # Serialization support for the object returned by \_\_getobj\_\_. # def marshal_dump ivars = instance_variables.reject {|var| /\A@delegate_/ =~ var} [ :__v2__, ivars, ivars.map {|var| instance_variable_get(var)}, __getobj__ ] end # # Reinitializes delegation from a serialized object. # def marshal_load(data) version, vars, values, obj = data if version == :__v2__ vars.each_with_index {|var, i| instance_variable_set(var, values[i])} __setobj__(obj) else __setobj__(data) end end def initialize_clone(obj, freeze: nil) # :nodoc: self.__setobj__(obj.__getobj__.clone(freeze: freeze)) end def initialize_dup(obj) # :nodoc: self.__setobj__(obj.__getobj__.dup) end private :initialize_clone, :initialize_dup ## # :method: freeze # Freeze both the object returned by \_\_getobj\_\_ and self. # def freeze __getobj__.freeze super() end @delegator_api = self.public_instance_methods def self.public_api # :nodoc: @delegator_api end end ## # A concrete implementation of Delegator, this class provides the means to # delegate all supported method calls to the object passed into the constructor # and even to change the object being delegated to at a later time with # #__setobj__. # # class User # def born_on # Date.new(1989, 9, 10) # end # end # # require 'delegate' # # class UserDecorator < SimpleDelegator # def birth_year # born_on.year # end # end # # decorated_user = UserDecorator.new(User.new) # decorated_user.birth_year #=> 1989 # decorated_user.__getobj__ #=> #<User: ...> # # A SimpleDelegator instance can take advantage of the fact that SimpleDelegator # is a subclass of +Delegator+ to call <tt>super</tt> to have methods called on # the object being delegated to. # # class SuperArray < SimpleDelegator # def [](*args) # super + 1 # end # end # # SuperArray.new([1])[0] #=> 2 # # Here's a simple example that takes advantage of the fact that # SimpleDelegator's delegation object can be changed at any time. # # class Stats # def initialize # @source = SimpleDelegator.new([]) # end # # def stats(records) # @source.__setobj__(records) # # "Elements: #{@source.size}\n" + # " Non-Nil: #{@source.compact.size}\n" + # " Unique: #{@source.uniq.size}\n" # end # end # # s = Stats.new # puts s.stats(%w{James Edward Gray II}) # puts # puts s.stats([1, 2, 3, nil, 4, 5, 1, 2]) # # Prints: # # Elements: 4 # Non-Nil: 4 # Unique: 4 # # Elements: 8 # Non-Nil: 7 # Unique: 6 # class SimpleDelegator < Delegator # Returns the current object method calls are being delegated to. def __getobj__ unless defined?(@delegate_sd_obj) return yield if block_given? __raise__ ::ArgumentError, "not delegated" end @delegate_sd_obj end # # Changes the delegate object to _obj_. # # It's important to note that this does *not* cause SimpleDelegator's methods # to change. Because of this, you probably only want to change delegation # to objects of the same type as the original delegate. # # Here's an example of changing the delegation object. # # names = SimpleDelegator.new(%w{James Edward Gray II}) # puts names[1] # => Edward # names.__setobj__(%w{Gavin Sinclair}) # puts names[1] # => Sinclair # def __setobj__(obj) __raise__ ::ArgumentError, "cannot delegate to self" if self.equal?(obj) @delegate_sd_obj = obj end end def Delegator.delegating_block(mid) # :nodoc: lambda do |*args, &block| target = self.__getobj__ target.__send__(mid, *args, &block) end.ruby2_keywords end # # The primary interface to this library. Use to setup delegation when defining # your class. # # class MyClass < DelegateClass(ClassToDelegateTo) # Step 1 # def initialize # super(obj_of_ClassToDelegateTo) # Step 2 # end # end # # or: # # MyClass = DelegateClass(ClassToDelegateTo) do # Step 1 # def initialize # super(obj_of_ClassToDelegateTo) # Step 2 # end # end # # Here's a sample of use from Tempfile which is really a File object with a # few special rules about storage location and when the File should be # deleted. That makes for an almost textbook perfect example of how to use # delegation. # # class Tempfile < DelegateClass(File) # # constant and class member data initialization... # # def initialize(basename, tmpdir=Dir::tmpdir) # # build up file path/name in var tmpname... # # @tmpfile = File.open(tmpname, File::RDWR|File::CREAT|File::EXCL, 0600) # # # ... # # super(@tmpfile) # # # below this point, all methods of File are supported... # end # # # ... # end # def DelegateClass(superclass, &block) klass = Class.new(Delegator) ignores = [*::Delegator.public_api, :to_s, :inspect, :=~, :!~, :===] protected_instance_methods = superclass.protected_instance_methods protected_instance_methods -= ignores public_instance_methods = superclass.public_instance_methods public_instance_methods -= ignores klass.module_eval do def __getobj__ # :nodoc: unless defined?(@delegate_dc_obj) return yield if block_given? __raise__ ::ArgumentError, "not delegated" end @delegate_dc_obj end def __setobj__(obj) # :nodoc: __raise__ ::ArgumentError, "cannot delegate to self" if self.equal?(obj) @delegate_dc_obj = obj end protected_instance_methods.each do |method| define_method(method, Delegator.delegating_block(method)) protected method end public_instance_methods.each do |method| define_method(method, Delegator.delegating_block(method)) end end klass.define_singleton_method :public_instance_methods do |all=true| super(all) | superclass.public_instance_methods end klass.define_singleton_method :protected_instance_methods do |all=true| super(all) | superclass.protected_instance_methods end klass.define_singleton_method :instance_methods do |all=true| super(all) | superclass.instance_methods end klass.define_singleton_method :public_instance_method do |name| super(name) rescue NameError raise unless self.public_instance_methods.include?(name) superclass.public_instance_method(name) end klass.define_singleton_method :instance_method do |name| super(name) rescue NameError raise unless self.instance_methods.include?(name) superclass.instance_method(name) end klass.module_eval(&block) if block return klass end PK *J [6B�( ( share/ruby/English.rbnu �[��� # frozen_string_literal: true # Include the English library file in a Ruby script, and you can # reference the global variables such as <code>$_</code> using less # cryptic names, listed below. # # Without 'English': # # $\ = ' -- ' # "waterbuffalo" =~ /buff/ # print $', $$, "\n" # # With English: # # require "English" # # $OUTPUT_FIELD_SEPARATOR = ' -- ' # "waterbuffalo" =~ /buff/ # print $POSTMATCH, $PID, "\n" # # Below is a full list of descriptive aliases and their associated global # variable: # # $ERROR_INFO:: $! # $ERROR_POSITION:: $@ # $FS:: $; # $FIELD_SEPARATOR:: $; # $OFS:: $, # $OUTPUT_FIELD_SEPARATOR:: $, # $RS:: $/ # $INPUT_RECORD_SEPARATOR:: $/ # $ORS:: $\ # $OUTPUT_RECORD_SEPARATOR:: $\ # $INPUT_LINE_NUMBER:: $. # $NR:: $. # $LAST_READ_LINE:: $_ # $DEFAULT_OUTPUT:: $> # $DEFAULT_INPUT:: $< # $PID:: $$ # $PROCESS_ID:: $$ # $CHILD_STATUS:: $? # $LAST_MATCH_INFO:: $~ # $ARGV:: $* # $MATCH:: $& # $PREMATCH:: $` # $POSTMATCH:: $' # $LAST_PAREN_MATCH:: $+ # module English end if false # The exception object passed to +raise+. alias $ERROR_INFO $! # The stack backtrace generated by the last # exception. See Kernel#caller for details. Thread local. alias $ERROR_POSITION $@ # The default separator pattern used by String#split. May be set from # the command line using the <code>-F</code> flag. alias $FS $; alias $FIELD_SEPARATOR $; # The separator string output between the parameters to methods such # as Kernel#print and Array#join. Defaults to +nil+, which adds no # text. # The separator string output between the parameters to methods such # as Kernel#print and Array#join. Defaults to +nil+, which adds no # text. alias $OFS $, alias $OUTPUT_FIELD_SEPARATOR $, # The input record separator (newline by default). This is the value # that routines such as Kernel#gets use to determine record # boundaries. If set to +nil+, +gets+ will read the entire file. alias $RS $/ alias $INPUT_RECORD_SEPARATOR $/ # The string appended to the output of every call to methods such as # Kernel#print and IO#write. The default value is +nil+. alias $ORS $\ alias $OUTPUT_RECORD_SEPARATOR $\ # The number of the last line read from the current input file. alias $NR $. alias $INPUT_LINE_NUMBER $. # The last line read by Kernel#gets or # Kernel#readline. Many string-related functions in the # Kernel module operate on <code>$_</code> by default. The variable is # local to the current scope. Thread local. alias $LAST_READ_LINE $_ # The destination of output for Kernel#print # and Kernel#printf. The default value is # <code>$stdout</code>. alias $DEFAULT_OUTPUT $> # An object that provides access to the concatenation # of the contents of all the files # given as command-line arguments, or <code>$stdin</code> # (in the case where there are no # arguments). <code>$<</code> supports methods similar to a # File object: # +inmode+, +close+, # <code>closed?</code>, +each+, # <code>each_byte</code>, <code>each_line</code>, # +eof+, <code>eof?</code>, +file+, # +filename+, +fileno+, # +getc+, +gets+, +lineno+, # <code>lineno=</code>, +path+, # +pos+, <code>pos=</code>, # +read+, +readchar+, # +readline+, +readlines+, # +rewind+, +seek+, +skip+, # +tell+, <code>to_a</code>, <code>to_i</code>, # <code>to_io</code>, <code>to_s</code>, along with the # methods in Enumerable. The method +file+ # returns a File object for the file currently # being read. This may change as <code>$<</code> reads # through the files on the command line. Read only. alias $DEFAULT_INPUT $< # The process number of the program being executed. Read only. alias $PID $$ alias $PROCESS_ID $$ # The exit status of the last child process to terminate. Read # only. Thread local. alias $CHILD_STATUS $? # A +MatchData+ object that encapsulates the results of a successful # pattern match. The variables <code>$&</code>, <code>$`</code>, <code>$'</code>, # and <code>$1</code> to <code>$9</code> are all derived from # <code>$~</code>. Assigning to <code>$~</code> changes the values of these # derived variables. This variable is local to the current # scope. alias $LAST_MATCH_INFO $~ # An array of strings containing the command-line # options from the invocation of the program. Options # used by the Ruby interpreter will have been # removed. Read only. Also known simply as +ARGV+. alias $ARGV $* # The string matched by the last successful pattern # match. This variable is local to the current # scope. Read only. alias $MATCH $& # The string preceding the match in the last # successful pattern match. This variable is local to # the current scope. Read only. alias $PREMATCH $` # The string following the match in the last # successful pattern match. This variable is local to # the current scope. Read only. alias $POSTMATCH $' # The contents of the highest-numbered group matched in the last # successful pattern match. Thus, in <code>"cat" =~ /(c|a)(t|z)/</code>, # <code>$+</code> will be set to "t". This variable is local to the # current scope. Read only. alias $LAST_PAREN_MATCH $+ PK *J [��!vm vm & share/ruby/unicode_normalize/tables.rbnu �[��� # coding: us-ascii # frozen_string_literal: true # automatically generated by template/unicode_norm_gen.tmpl module UnicodeNormalize # :nodoc: accents = "" \ "[\u0300-\u034E" \ "\u0350-\u036F" \ "\u0483-\u0487" \ "\u0591-\u05BD" \ "\u05BF" \ "\u05C1\u05C2" \ "\u05C4\u05C5" \ "\u05C7" \ "\u0610-\u061A" \ "\u064B-\u065F" \ "\u0670" \ "\u06D6-\u06DC" \ "\u06DF-\u06E4" \ "\u06E7\u06E8" \ "\u06EA-\u06ED" \ "\u0711" \ "\u0730-\u074A" \ "\u07EB-\u07F3" \ "\u07FD" \ "\u0816-\u0819" \ "\u081B-\u0823" \ "\u0825-\u0827" \ "\u0829-\u082D" \ "\u0859-\u085B" \ "\u0898-\u089F" \ "\u08CA-\u08E1" \ "\u08E3-\u08FF" \ "\u093C" \ "\u094D" \ "\u0951-\u0954" \ "\u09BC" \ "\u09BE" \ "\u09CD" \ "\u09D7" \ "\u09FE" \ "\u0A3C" \ "\u0A4D" \ "\u0ABC" \ "\u0ACD" \ "\u0B3C" \ "\u0B3E" \ "\u0B4D" \ "\u0B56\u0B57" \ "\u0BBE" \ "\u0BCD" \ "\u0BD7" \ "\u0C3C" \ "\u0C4D" \ "\u0C55\u0C56" \ "\u0CBC" \ "\u0CC2" \ "\u0CCD" \ "\u0CD5\u0CD6" \ "\u0D3B\u0D3C" \ "\u0D3E" \ "\u0D4D" \ "\u0D57" \ "\u0DCA" \ "\u0DCF" \ "\u0DDF" \ "\u0E38-\u0E3A" \ "\u0E48-\u0E4B" \ "\u0EB8-\u0EBA" \ "\u0EC8-\u0ECB" \ "\u0F18\u0F19" \ "\u0F35" \ "\u0F37" \ "\u0F39" \ "\u0F71\u0F72" \ "\u0F74" \ "\u0F7A-\u0F7D" \ "\u0F80" \ "\u0F82-\u0F84" \ "\u0F86\u0F87" \ "\u0FC6" \ "\u102E" \ "\u1037" \ "\u1039\u103A" \ "\u108D" \ "\u135D-\u135F" \ "\u1714\u1715" \ "\u1734" \ "\u17D2" \ "\u17DD" \ "\u18A9" \ "\u1939-\u193B" \ "\u1A17\u1A18" \ "\u1A60" \ "\u1A75-\u1A7C" \ "\u1A7F" \ "\u1AB0-\u1ABD" \ "\u1ABF-\u1ACE" \ "\u1B34\u1B35" \ "\u1B44" \ "\u1B6B-\u1B73" \ "\u1BAA\u1BAB" \ "\u1BE6" \ "\u1BF2\u1BF3" \ "\u1C37" \ "\u1CD0-\u1CD2" \ "\u1CD4-\u1CE0" \ "\u1CE2-\u1CE8" \ "\u1CED" \ "\u1CF4" \ "\u1CF8\u1CF9" \ "\u1DC0-\u1DFF" \ "\u20D0-\u20DC" \ "\u20E1" \ "\u20E5-\u20F0" \ "\u2CEF-\u2CF1" \ "\u2D7F" \ "\u2DE0-\u2DFF" \ "\u302A-\u302F" \ "\u3099\u309A" \ "\uA66F" \ "\uA674-\uA67D" \ "\uA69E\uA69F" \ "\uA6F0\uA6F1" \ "\uA806" \ "\uA82C" \ "\uA8C4" \ "\uA8E0-\uA8F1" \ "\uA92B-\uA92D" \ "\uA953" \ "\uA9B3" \ "\uA9C0" \ "\uAAB0" \ "\uAAB2-\uAAB4" \ "\uAAB7\uAAB8" \ "\uAABE\uAABF" \ "\uAAC1" \ "\uAAF6" \ "\uABED" \ "\uFB1E" \ "\uFE20-\uFE2F" \ "\u{101FD}" \ "\u{102E0}" \ "\u{10376}-\u{1037A}" \ "\u{10A0D}" \ "\u{10A0F}" \ "\u{10A38}-\u{10A3A}" \ "\u{10A3F}" \ "\u{10AE5}\u{10AE6}" \ "\u{10D24}-\u{10D27}" \ "\u{10EAB}\u{10EAC}" \ "\u{10EFD}-\u{10EFF}" \ "\u{10F46}-\u{10F50}" \ "\u{10F82}-\u{10F85}" \ "\u{11046}" \ "\u{11070}" \ "\u{1107F}" \ "\u{110B9}\u{110BA}" \ "\u{11100}-\u{11102}" \ "\u{11127}" \ "\u{11133}\u{11134}" \ "\u{11173}" \ "\u{111C0}" \ "\u{111CA}" \ "\u{11235}\u{11236}" \ "\u{112E9}\u{112EA}" \ "\u{1133B}\u{1133C}" \ "\u{1133E}" \ "\u{1134D}" \ "\u{11357}" \ "\u{11366}-\u{1136C}" \ "\u{11370}-\u{11374}" \ "\u{11442}" \ "\u{11446}" \ "\u{1145E}" \ "\u{114B0}" \ "\u{114BA}" \ "\u{114BD}" \ "\u{114C2}\u{114C3}" \ "\u{115AF}" \ "\u{115BF}\u{115C0}" \ "\u{1163F}" \ "\u{116B6}\u{116B7}" \ "\u{1172B}" \ "\u{11839}\u{1183A}" \ "\u{11930}" \ "\u{1193D}\u{1193E}" \ "\u{11943}" \ "\u{119E0}" \ "\u{11A34}" \ "\u{11A47}" \ "\u{11A99}" \ "\u{11C3F}" \ "\u{11D42}" \ "\u{11D44}\u{11D45}" \ "\u{11D97}" \ "\u{11F41}\u{11F42}" \ "\u{16AF0}-\u{16AF4}" \ "\u{16B30}-\u{16B36}" \ "\u{16FF0}\u{16FF1}" \ "\u{1BC9E}" \ "\u{1D165}-\u{1D169}" \ "\u{1D16D}-\u{1D172}" \ "\u{1D17B}-\u{1D182}" \ "\u{1D185}-\u{1D18B}" \ "\u{1D1AA}-\u{1D1AD}" \ "\u{1D242}-\u{1D244}" \ "\u{1E000}-\u{1E006}" \ "\u{1E008}-\u{1E018}" \ "\u{1E01B}-\u{1E021}" \ "\u{1E023}\u{1E024}" \ "\u{1E026}-\u{1E02A}" \ "\u{1E08F}" \ "\u{1E130}-\u{1E136}" \ "\u{1E2AE}" \ "\u{1E2EC}-\u{1E2EF}" \ "\u{1E4EC}-\u{1E4EF}" \ "\u{1E8D0}-\u{1E8D6}" \ "\u{1E944}-\u{1E94A}" \ "]" ACCENTS = accents REGEXP_D_STRING = "#{'' # composition starters and composition exclusions }" \ "[\u00C0-\u00C5" \ "\u00C7-\u00CF" \ "\u00D1-\u00D6" \ "\u00D9-\u00DD" \ "\u00E0-\u00E5" \ "\u00E7-\u00EF" \ "\u00F1-\u00F6" \ "\u00F9-\u00FD" \ "\u00FF-\u010F" \ "\u0112-\u0125" \ "\u0128-\u0130" \ "\u0134-\u0137" \ "\u0139-\u013E" \ "\u0143-\u0148" \ "\u014C-\u0151" \ "\u0154-\u0165" \ "\u0168-\u017E" \ "\u01A0\u01A1" \ "\u01AF\u01B0" \ "\u01CD-\u01DC" \ "\u01DE-\u01E3" \ "\u01E6-\u01F0" \ "\u01F4\u01F5" \ "\u01F8-\u021B" \ "\u021E\u021F" \ "\u0226-\u0233" \ "\u0340\u0341" \ "\u0343\u0344" \ "\u0374" \ "\u037E" \ "\u0385-\u038A" \ "\u038C" \ "\u038E-\u0390" \ "\u03AA-\u03B0" \ "\u03CA-\u03CE" \ "\u03D3\u03D4" \ "\u0400\u0401" \ "\u0403" \ "\u0407" \ "\u040C-\u040E" \ "\u0419" \ "\u0439" \ "\u0450\u0451" \ "\u0453" \ "\u0457" \ "\u045C-\u045E" \ "\u0476\u0477" \ "\u04C1\u04C2" \ "\u04D0-\u04D3" \ "\u04D6\u04D7" \ "\u04DA-\u04DF" \ "\u04E2-\u04E7" \ "\u04EA-\u04F5" \ "\u04F8\u04F9" \ "\u0622-\u0626" \ "\u06C0" \ "\u06C2" \ "\u06D3" \ "\u0929" \ "\u0931" \ "\u0934" \ "\u0958-\u095F" \ "\u09CB\u09CC" \ "\u09DC\u09DD" \ "\u09DF" \ "\u0A33" \ "\u0A36" \ "\u0A59-\u0A5B" \ "\u0A5E" \ "\u0B48" \ "\u0B4B\u0B4C" \ "\u0B5C\u0B5D" \ "\u0B94" \ "\u0BCA-\u0BCC" \ "\u0C48" \ "\u0CC0" \ "\u0CC7\u0CC8" \ "\u0CCA\u0CCB" \ "\u0D4A-\u0D4C" \ "\u0DDA" \ "\u0DDC-\u0DDE" \ "\u0F43" \ "\u0F4D" \ "\u0F52" \ "\u0F57" \ "\u0F5C" \ "\u0F69" \ "\u0F73" \ "\u0F75\u0F76" \ "\u0F78" \ "\u0F81" \ "\u0F93" \ "\u0F9D" \ "\u0FA2" \ "\u0FA7" \ "\u0FAC" \ "\u0FB9" \ "\u1026" \ "\u1B06" \ "\u1B08" \ "\u1B0A" \ "\u1B0C" \ "\u1B0E" \ "\u1B12" \ "\u1B3B" \ "\u1B3D" \ "\u1B40\u1B41" \ "\u1B43" \ "\u1E00-\u1E99" \ "\u1E9B" \ "\u1EA0-\u1EF9" \ "\u1F00-\u1F15" \ "\u1F18-\u1F1D" \ "\u1F20-\u1F45" \ "\u1F48-\u1F4D" \ "\u1F50-\u1F57" \ "\u1F59" \ "\u1F5B" \ "\u1F5D" \ "\u1F5F-\u1F7D" \ "\u1F80-\u1FB4" \ "\u1FB6-\u1FBC" \ "\u1FBE" \ "\u1FC1-\u1FC4" \ "\u1FC6-\u1FD3" \ "\u1FD6-\u1FDB" \ "\u1FDD-\u1FEF" \ "\u1FF2-\u1FF4" \ "\u1FF6-\u1FFD" \ "\u2000\u2001" \ "\u2126" \ "\u212A\u212B" \ "\u219A\u219B" \ "\u21AE" \ "\u21CD-\u21CF" \ "\u2204" \ "\u2209" \ "\u220C" \ "\u2224" \ "\u2226" \ "\u2241" \ "\u2244" \ "\u2247" \ "\u2249" \ "\u2260" \ "\u2262" \ "\u226D-\u2271" \ "\u2274\u2275" \ "\u2278\u2279" \ "\u2280\u2281" \ "\u2284\u2285" \ "\u2288\u2289" \ "\u22AC-\u22AF" \ "\u22E0-\u22E3" \ "\u22EA-\u22ED" \ "\u2329\u232A" \ "\u2ADC" \ "\u304C" \ "\u304E" \ "\u3050" \ "\u3052" \ "\u3054" \ "\u3056" \ "\u3058" \ "\u305A" \ "\u305C" \ "\u305E" \ "\u3060" \ "\u3062" \ "\u3065" \ "\u3067" \ "\u3069" \ "\u3070\u3071" \ "\u3073\u3074" \ "\u3076\u3077" \ "\u3079\u307A" \ "\u307C\u307D" \ "\u3094" \ "\u309E" \ "\u30AC" \ "\u30AE" \ "\u30B0" \ "\u30B2" \ "\u30B4" \ "\u30B6" \ "\u30B8" \ "\u30BA" \ "\u30BC" \ "\u30BE" \ "\u30C0" \ "\u30C2" \ "\u30C5" \ "\u30C7" \ "\u30C9" \ "\u30D0\u30D1" \ "\u30D3\u30D4" \ "\u30D6\u30D7" \ "\u30D9\u30DA" \ "\u30DC\u30DD" \ "\u30F4" \ "\u30F7-\u30FA" \ "\u30FE" \ "\uF900-\uFA0D" \ "\uFA10" \ "\uFA12" \ "\uFA15-\uFA1E" \ "\uFA20" \ "\uFA22" \ "\uFA25\uFA26" \ "\uFA2A-\uFA6D" \ "\uFA70-\uFAD9" \ "\uFB1D" \ "\uFB1F" \ "\uFB2A-\uFB36" \ "\uFB38-\uFB3C" \ "\uFB3E" \ "\uFB40\uFB41" \ "\uFB43\uFB44" \ "\uFB46-\uFB4E" \ "\u{1109A}" \ "\u{1109C}" \ "\u{110AB}" \ "\u{1112E}\u{1112F}" \ "\u{1134B}\u{1134C}" \ "\u{114BB}\u{114BC}" \ "\u{114BE}" \ "\u{115BA}\u{115BB}" \ "\u{11938}" \ "\u{1D15E}-\u{1D164}" \ "\u{1D1BB}-\u{1D1C0}" \ "\u{2F800}-\u{2FA1D}" \ "]#{accents}*" \ "|#{'' # characters that can be the result of a composition, except composition starters }" \ "[<->" \ "A-P" \ "R-Z" \ "a-p" \ "r-z" \ "\u00A8" \ "\u00C6" \ "\u00D8" \ "\u00E6" \ "\u00F8" \ "\u017F" \ "\u01B7" \ "\u0292" \ "\u0391" \ "\u0395" \ "\u0397" \ "\u0399" \ "\u039F" \ "\u03A1" \ "\u03A5" \ "\u03A9" \ "\u03B1" \ "\u03B5" \ "\u03B7" \ "\u03B9" \ "\u03BF" \ "\u03C1" \ "\u03C5" \ "\u03C9" \ "\u03D2" \ "\u0406" \ "\u0410" \ "\u0413" \ "\u0415-\u0418" \ "\u041A" \ "\u041E" \ "\u0423" \ "\u0427" \ "\u042B" \ "\u042D" \ "\u0430" \ "\u0433" \ "\u0435-\u0438" \ "\u043A" \ "\u043E" \ "\u0443" \ "\u0447" \ "\u044B" \ "\u044D" \ "\u0456" \ "\u0474\u0475" \ "\u04D8\u04D9" \ "\u04E8\u04E9" \ "\u0627" \ "\u0648" \ "\u064A" \ "\u06C1" \ "\u06D2" \ "\u06D5" \ "\u0928" \ "\u0930" \ "\u0933" \ "\u09C7" \ "\u0B47" \ "\u0B92" \ "\u0BC6\u0BC7" \ "\u0C46" \ "\u0CBF" \ "\u0CC6" \ "\u0D46\u0D47" \ "\u0DD9" \ "\u1025" \ "\u1B05" \ "\u1B07" \ "\u1B09" \ "\u1B0B" \ "\u1B0D" \ "\u1B11" \ "\u1B3A" \ "\u1B3C" \ "\u1B3E\u1B3F" \ "\u1B42" \ "\u1FBF" \ "\u1FFE" \ "\u2190" \ "\u2192" \ "\u2194" \ "\u21D0" \ "\u21D2" \ "\u21D4" \ "\u2203" \ "\u2208" \ "\u220B" \ "\u2223" \ "\u2225" \ "\u223C" \ "\u2243" \ "\u2245" \ "\u2248" \ "\u224D" \ "\u2261" \ "\u2264\u2265" \ "\u2272\u2273" \ "\u2276\u2277" \ "\u227A-\u227D" \ "\u2282\u2283" \ "\u2286\u2287" \ "\u2291\u2292" \ "\u22A2" \ "\u22A8\u22A9" \ "\u22AB" \ "\u22B2-\u22B5" \ "\u3046" \ "\u304B" \ "\u304D" \ "\u304F" \ "\u3051" \ "\u3053" \ "\u3055" \ "\u3057" \ "\u3059" \ "\u305B" \ "\u305D" \ "\u305F" \ "\u3061" \ "\u3064" \ "\u3066" \ "\u3068" \ "\u306F" \ "\u3072" \ "\u3075" \ "\u3078" \ "\u307B" \ "\u309D" \ "\u30A6" \ "\u30AB" \ "\u30AD" \ "\u30AF" \ "\u30B1" \ "\u30B3" \ "\u30B5" \ "\u30B7" \ "\u30B9" \ "\u30BB" \ "\u30BD" \ "\u30BF" \ "\u30C1" \ "\u30C4" \ "\u30C6" \ "\u30C8" \ "\u30CF" \ "\u30D2" \ "\u30D5" \ "\u30D8" \ "\u30DB" \ "\u30EF-\u30F2" \ "\u30FD" \ "\u{11099}" \ "\u{1109B}" \ "\u{110A5}" \ "\u{11131}\u{11132}" \ "\u{11347}" \ "\u{114B9}" \ "\u{115B8}\u{115B9}" \ "\u{11935}" \ "]?#{accents}+" \ "|#{'' # precomposed Hangul syllables }" \ "[\u{AC00}-\u{D7A4}]" REGEXP_C_STRING = "#{'' # composition exclusions }" \ "[\u0340\u0341" \ "\u0343\u0344" \ "\u0374" \ "\u037E" \ "\u0387" \ "\u0958-\u095F" \ "\u09DC\u09DD" \ "\u09DF" \ "\u0A33" \ "\u0A36" \ "\u0A59-\u0A5B" \ "\u0A5E" \ "\u0B5C\u0B5D" \ "\u0F43" \ "\u0F4D" \ "\u0F52" \ "\u0F57" \ "\u0F5C" \ "\u0F69" \ "\u0F73" \ "\u0F75\u0F76" \ "\u0F78" \ "\u0F81" \ "\u0F93" \ "\u0F9D" \ "\u0FA2" \ "\u0FA7" \ "\u0FAC" \ "\u0FB9" \ "\u1F71" \ "\u1F73" \ "\u1F75" \ "\u1F77" \ "\u1F79" \ "\u1F7B" \ "\u1F7D" \ "\u1FBB" \ "\u1FBE" \ "\u1FC9" \ "\u1FCB" \ "\u1FD3" \ "\u1FDB" \ "\u1FE3" \ "\u1FEB" \ "\u1FEE\u1FEF" \ "\u1FF9" \ "\u1FFB" \ "\u1FFD" \ "\u2000\u2001" \ "\u2126" \ "\u212A\u212B" \ "\u2329\u232A" \ "\u2ADC" \ "\uF900-\uFA0D" \ "\uFA10" \ "\uFA12" \ "\uFA15-\uFA1E" \ "\uFA20" \ "\uFA22" \ "\uFA25\uFA26" \ "\uFA2A-\uFA6D" \ "\uFA70-\uFAD9" \ "\uFB1D" \ "\uFB1F" \ "\uFB2A-\uFB36" \ "\uFB38-\uFB3C" \ "\uFB3E" \ "\uFB40\uFB41" \ "\uFB43\uFB44" \ "\uFB46-\uFB4E" \ "\u{1D15E}-\u{1D164}" \ "\u{1D1BB}-\u{1D1C0}" \ "\u{2F800}-\u{2FA1D}" \ "]#{accents}*" \ "|#{'' # composition starters and characters that can be the result of a composition }" \ "[<->" \ "A-P" \ "R-Z" \ "a-p" \ "r-z" \ "\u00A8" \ "\u00C0-\u00CF" \ "\u00D1-\u00D6" \ "\u00D8-\u00DD" \ "\u00E0-\u00EF" \ "\u00F1-\u00F6" \ "\u00F8-\u00FD" \ "\u00FF-\u010F" \ "\u0112-\u0125" \ "\u0128-\u0130" \ "\u0134-\u0137" \ "\u0139-\u013E" \ "\u0143-\u0148" \ "\u014C-\u0151" \ "\u0154-\u0165" \ "\u0168-\u017F" \ "\u01A0\u01A1" \ "\u01AF\u01B0" \ "\u01B7" \ "\u01CD-\u01DC" \ "\u01DE-\u01E3" \ "\u01E6-\u01F0" \ "\u01F4\u01F5" \ "\u01F8-\u021B" \ "\u021E\u021F" \ "\u0226-\u0233" \ "\u0292" \ "\u0385\u0386" \ "\u0388-\u038A" \ "\u038C" \ "\u038E-\u0391" \ "\u0395" \ "\u0397" \ "\u0399" \ "\u039F" \ "\u03A1" \ "\u03A5" \ "\u03A9-\u03B1" \ "\u03B5" \ "\u03B7" \ "\u03B9" \ "\u03BF" \ "\u03C1" \ "\u03C5" \ "\u03C9-\u03CE" \ "\u03D2-\u03D4" \ "\u0400\u0401" \ "\u0403" \ "\u0406\u0407" \ "\u040C-\u040E" \ "\u0410" \ "\u0413" \ "\u0415-\u041A" \ "\u041E" \ "\u0423" \ "\u0427" \ "\u042B" \ "\u042D" \ "\u0430" \ "\u0433" \ "\u0435-\u043A" \ "\u043E" \ "\u0443" \ "\u0447" \ "\u044B" \ "\u044D" \ "\u0450\u0451" \ "\u0453" \ "\u0456\u0457" \ "\u045C-\u045E" \ "\u0474-\u0477" \ "\u04C1\u04C2" \ "\u04D0-\u04D3" \ "\u04D6-\u04DF" \ "\u04E2-\u04F5" \ "\u04F8\u04F9" \ "\u0622-\u0627" \ "\u0648" \ "\u064A" \ "\u06C0-\u06C2" \ "\u06D2\u06D3" \ "\u06D5" \ "\u0928\u0929" \ "\u0930\u0931" \ "\u0933\u0934" \ "\u09C7" \ "\u09CB\u09CC" \ "\u0B47\u0B48" \ "\u0B4B\u0B4C" \ "\u0B92" \ "\u0B94" \ "\u0BC6\u0BC7" \ "\u0BCA-\u0BCC" \ "\u0C46" \ "\u0C48" \ "\u0CBF\u0CC0" \ "\u0CC6-\u0CC8" \ "\u0CCA\u0CCB" \ "\u0D46\u0D47" \ "\u0D4A-\u0D4C" \ "\u0DD9\u0DDA" \ "\u0DDC-\u0DDE" \ "\u1025\u1026" \ "\u1B05-\u1B0E" \ "\u1B11\u1B12" \ "\u1B3A-\u1B43" \ "\u1E00-\u1E99" \ "\u1E9B" \ "\u1EA0-\u1EF9" \ "\u1F00-\u1F15" \ "\u1F18-\u1F1D" \ "\u1F20-\u1F45" \ "\u1F48-\u1F4D" \ "\u1F50-\u1F57" \ "\u1F59" \ "\u1F5B" \ "\u1F5D" \ "\u1F5F-\u1F70" \ "\u1F72" \ "\u1F74" \ "\u1F76" \ "\u1F78" \ "\u1F7A" \ "\u1F7C" \ "\u1F80-\u1FB4" \ "\u1FB6-\u1FBA" \ "\u1FBC" \ "\u1FBF" \ "\u1FC1-\u1FC4" \ "\u1FC6-\u1FC8" \ "\u1FCA" \ "\u1FCC-\u1FD2" \ "\u1FD6-\u1FDA" \ "\u1FDD-\u1FE2" \ "\u1FE4-\u1FEA" \ "\u1FEC\u1FED" \ "\u1FF2-\u1FF4" \ "\u1FF6-\u1FF8" \ "\u1FFA" \ "\u1FFC" \ "\u1FFE" \ "\u2190" \ "\u2192" \ "\u2194" \ "\u219A\u219B" \ "\u21AE" \ "\u21CD-\u21D0" \ "\u21D2" \ "\u21D4" \ "\u2203\u2204" \ "\u2208\u2209" \ "\u220B\u220C" \ "\u2223-\u2226" \ "\u223C" \ "\u2241" \ "\u2243-\u2245" \ "\u2247-\u2249" \ "\u224D" \ "\u2260-\u2262" \ "\u2264\u2265" \ "\u226D-\u227D" \ "\u2280-\u2289" \ "\u2291\u2292" \ "\u22A2" \ "\u22A8\u22A9" \ "\u22AB-\u22AF" \ "\u22B2-\u22B5" \ "\u22E0-\u22E3" \ "\u22EA-\u22ED" \ "\u3046" \ "\u304B-\u3062" \ "\u3064-\u3069" \ "\u306F-\u307D" \ "\u3094" \ "\u309D\u309E" \ "\u30A6" \ "\u30AB-\u30C2" \ "\u30C4-\u30C9" \ "\u30CF-\u30DD" \ "\u30EF-\u30F2" \ "\u30F4" \ "\u30F7-\u30FA" \ "\u30FD\u30FE" \ "\u{11099}-\u{1109C}" \ "\u{110A5}" \ "\u{110AB}" \ "\u{1112E}\u{1112F}" \ "\u{11131}\u{11132}" \ "\u{11347}" \ "\u{1134B}\u{1134C}" \ "\u{114B9}" \ "\u{114BB}\u{114BC}" \ "\u{114BE}" \ "\u{115B8}-\u{115BB}" \ "\u{11935}" \ "\u{11938}" \ "]?#{accents}+" \ "|#{'' # Hangul syllables with separate trailer }" \ "[\uAC00" \ "\uAC1C" \ "\uAC38" \ "\uAC54" \ "\uAC70" \ "\uAC8C" \ "\uACA8" \ "\uACC4" \ "\uACE0" \ "\uACFC" \ "\uAD18" \ "\uAD34" \ "\uAD50" \ "\uAD6C" \ "\uAD88" \ "\uADA4" \ "\uADC0" \ "\uADDC" \ "\uADF8" \ "\uAE14" \ "\uAE30" \ "\uAE4C" \ "\uAE68" \ "\uAE84" \ "\uAEA0" \ "\uAEBC" \ "\uAED8" \ "\uAEF4" \ "\uAF10" \ "\uAF2C" \ "\uAF48" \ "\uAF64" \ "\uAF80" \ "\uAF9C" \ "\uAFB8" \ "\uAFD4" \ "\uAFF0" \ "\uB00C" \ "\uB028" \ "\uB044" \ "\uB060" \ "\uB07C" \ "\uB098" \ "\uB0B4" \ "\uB0D0" \ "\uB0EC" \ "\uB108" \ "\uB124" \ "\uB140" \ "\uB15C" \ "\uB178" \ "\uB194" \ "\uB1B0" \ "\uB1CC" \ "\uB1E8" \ "\uB204" \ "\uB220" \ "\uB23C" \ "\uB258" \ "\uB274" \ "\uB290" \ "\uB2AC" \ "\uB2C8" \ "\uB2E4" \ "\uB300" \ "\uB31C" \ "\uB338" \ "\uB354" \ "\uB370" \ "\uB38C" \ "\uB3A8" \ "\uB3C4" \ "\uB3E0" \ "\uB3FC" \ "\uB418" \ "\uB434" \ "\uB450" \ "\uB46C" \ "\uB488" \ "\uB4A4" \ "\uB4C0" \ "\uB4DC" \ "\uB4F8" \ "\uB514" \ "\uB530" \ "\uB54C" \ "\uB568" \ "\uB584" \ "\uB5A0" \ "\uB5BC" \ "\uB5D8" \ "\uB5F4" \ "\uB610" \ "\uB62C" \ "\uB648" \ "\uB664" \ "\uB680" \ "\uB69C" \ "\uB6B8" \ "\uB6D4" \ "\uB6F0" \ "\uB70C" \ "\uB728" \ "\uB744" \ "\uB760" \ "\uB77C" \ "\uB798" \ "\uB7B4" \ "\uB7D0" \ "\uB7EC" \ "\uB808" \ "\uB824" \ "\uB840" \ "\uB85C" \ "\uB878" \ "\uB894" \ "\uB8B0" \ "\uB8CC" \ "\uB8E8" \ "\uB904" \ "\uB920" \ "\uB93C" \ "\uB958" \ "\uB974" \ "\uB990" \ "\uB9AC" \ "\uB9C8" \ "\uB9E4" \ "\uBA00" \ "\uBA1C" \ "\uBA38" \ "\uBA54" \ "\uBA70" \ "\uBA8C" \ "\uBAA8" \ "\uBAC4" \ "\uBAE0" \ "\uBAFC" \ "\uBB18" \ "\uBB34" \ "\uBB50" \ "\uBB6C" \ "\uBB88" \ "\uBBA4" \ "\uBBC0" \ "\uBBDC" \ "\uBBF8" \ "\uBC14" \ "\uBC30" \ "\uBC4C" \ "\uBC68" \ "\uBC84" \ "\uBCA0" \ "\uBCBC" \ "\uBCD8" \ "\uBCF4" \ "\uBD10" \ "\uBD2C" \ "\uBD48" \ "\uBD64" \ "\uBD80" \ "\uBD9C" \ "\uBDB8" \ "\uBDD4" \ "\uBDF0" \ "\uBE0C" \ "\uBE28" \ "\uBE44" \ "\uBE60" \ "\uBE7C" \ "\uBE98" \ "\uBEB4" \ "\uBED0" \ "\uBEEC" \ "\uBF08" \ "\uBF24" \ "\uBF40" \ "\uBF5C" \ "\uBF78" \ "\uBF94" \ "\uBFB0" \ "\uBFCC" \ "\uBFE8" \ "\uC004" \ "\uC020" \ "\uC03C" \ "\uC058" \ "\uC074" \ "\uC090" \ "\uC0AC" \ "\uC0C8" \ "\uC0E4" \ "\uC100" \ "\uC11C" \ "\uC138" \ "\uC154" \ "\uC170" \ "\uC18C" \ "\uC1A8" \ "\uC1C4" \ "\uC1E0" \ "\uC1FC" \ "\uC218" \ "\uC234" \ "\uC250" \ "\uC26C" \ "\uC288" \ "\uC2A4" \ "\uC2C0" \ "\uC2DC" \ "\uC2F8" \ "\uC314" \ "\uC330" \ "\uC34C" \ "\uC368" \ "\uC384" \ "\uC3A0" \ "\uC3BC" \ "\uC3D8" \ "\uC3F4" \ "\uC410" \ "\uC42C" \ "\uC448" \ "\uC464" \ "\uC480" \ "\uC49C" \ "\uC4B8" \ "\uC4D4" \ "\uC4F0" \ "\uC50C" \ "\uC528" \ "\uC544" \ "\uC560" \ "\uC57C" \ "\uC598" \ "\uC5B4" \ "\uC5D0" \ "\uC5EC" \ "\uC608" \ "\uC624" \ "\uC640" \ "\uC65C" \ "\uC678" \ "\uC694" \ "\uC6B0" \ "\uC6CC" \ "\uC6E8" \ "\uC704" \ "\uC720" \ "\uC73C" \ "\uC758" \ "\uC774" \ "\uC790" \ "\uC7AC" \ "\uC7C8" \ "\uC7E4" \ "\uC800" \ "\uC81C" \ "\uC838" \ "\uC854" \ "\uC870" \ "\uC88C" \ "\uC8A8" \ "\uC8C4" \ "\uC8E0" \ "\uC8FC" \ "\uC918" \ "\uC934" \ "\uC950" \ "\uC96C" \ "\uC988" \ "\uC9A4" \ "\uC9C0" \ "\uC9DC" \ "\uC9F8" \ "\uCA14" \ "\uCA30" \ "\uCA4C" \ "\uCA68" \ "\uCA84" \ "\uCAA0" \ "\uCABC" \ "\uCAD8" \ "\uCAF4" \ "\uCB10" \ "\uCB2C" \ "\uCB48" \ "\uCB64" \ "\uCB80" \ "\uCB9C" \ "\uCBB8" \ "\uCBD4" \ "\uCBF0" \ "\uCC0C" \ "\uCC28" \ "\uCC44" \ "\uCC60" \ "\uCC7C" \ "\uCC98" \ "\uCCB4" \ "\uCCD0" \ "\uCCEC" \ "\uCD08" \ "\uCD24" \ "\uCD40" \ "\uCD5C" \ "\uCD78" \ "\uCD94" \ "\uCDB0" \ "\uCDCC" \ "\uCDE8" \ "\uCE04" \ "\uCE20" \ "\uCE3C" \ "\uCE58" \ "\uCE74" \ "\uCE90" \ "\uCEAC" \ "\uCEC8" \ "\uCEE4" \ "\uCF00" \ "\uCF1C" \ "\uCF38" \ "\uCF54" \ "\uCF70" \ "\uCF8C" \ "\uCFA8" \ "\uCFC4" \ "\uCFE0" \ "\uCFFC" \ "\uD018" \ "\uD034" \ "\uD050" \ "\uD06C" \ "\uD088" \ "\uD0A4" \ "\uD0C0" \ "\uD0DC" \ "\uD0F8" \ "\uD114" \ "\uD130" \ "\uD14C" \ "\uD168" \ "\uD184" \ "\uD1A0" \ "\uD1BC" \ "\uD1D8" \ "\uD1F4" \ "\uD210" \ "\uD22C" \ "\uD248" \ "\uD264" \ "\uD280" \ "\uD29C" \ "\uD2B8" \ "\uD2D4" \ "\uD2F0" \ "\uD30C" \ "\uD328" \ "\uD344" \ "\uD360" \ "\uD37C" \ "\uD398" \ "\uD3B4" \ "\uD3D0" \ "\uD3EC" \ "\uD408" \ "\uD424" \ "\uD440" \ "\uD45C" \ "\uD478" \ "\uD494" \ "\uD4B0" \ "\uD4CC" \ "\uD4E8" \ "\uD504" \ "\uD520" \ "\uD53C" \ "\uD558" \ "\uD574" \ "\uD590" \ "\uD5AC" \ "\uD5C8" \ "\uD5E4" \ "\uD600" \ "\uD61C" \ "\uD638" \ "\uD654" \ "\uD670" \ "\uD68C" \ "\uD6A8" \ "\uD6C4" \ "\uD6E0" \ "\uD6FC" \ "\uD718" \ "\uD734" \ "\uD750" \ "\uD76C" \ "\uD788" \ "][\u11A8-\u11C2]" \ "|#{'' # decomposed Hangul syllables }" \ "[\u1100-\u1112][\u1161-\u1175][\u11A8-\u11C2]?" REGEXP_K_STRING = "" \ "[\u00A0" \ "\u00A8" \ "\u00AA" \ "\u00AF" \ "\u00B2-\u00B5" \ "\u00B8-\u00BA" \ "\u00BC-\u00BE" \ "\u0132\u0133" \ "\u013F\u0140" \ "\u0149" \ "\u017F" \ "\u01C4-\u01CC" \ "\u01F1-\u01F3" \ "\u02B0-\u02B8" \ "\u02D8-\u02DD" \ "\u02E0-\u02E4" \ "\u037A" \ "\u0384\u0385" \ "\u03D0-\u03D6" \ "\u03F0-\u03F2" \ "\u03F4\u03F5" \ "\u03F9" \ "\u0587" \ "\u0675-\u0678" \ "\u0E33" \ "\u0EB3" \ "\u0EDC\u0EDD" \ "\u0F0C" \ "\u0F77" \ "\u0F79" \ "\u10FC" \ "\u1D2C-\u1D2E" \ "\u1D30-\u1D3A" \ "\u1D3C-\u1D4D" \ "\u1D4F-\u1D6A" \ "\u1D78" \ "\u1D9B-\u1DBF" \ "\u1E9A\u1E9B" \ "\u1FBD" \ "\u1FBF-\u1FC1" \ "\u1FCD-\u1FCF" \ "\u1FDD-\u1FDF" \ "\u1FED\u1FEE" \ "\u1FFD\u1FFE" \ "\u2000-\u200A" \ "\u2011" \ "\u2017" \ "\u2024-\u2026" \ "\u202F" \ "\u2033\u2034" \ "\u2036\u2037" \ "\u203C" \ "\u203E" \ "\u2047-\u2049" \ "\u2057" \ "\u205F" \ "\u2070\u2071" \ "\u2074-\u208E" \ "\u2090-\u209C" \ "\u20A8" \ "\u2100-\u2103" \ "\u2105-\u2107" \ "\u2109-\u2113" \ "\u2115\u2116" \ "\u2119-\u211D" \ "\u2120-\u2122" \ "\u2124" \ "\u2128" \ "\u212C\u212D" \ "\u212F-\u2131" \ "\u2133-\u2139" \ "\u213B-\u2140" \ "\u2145-\u2149" \ "\u2150-\u217F" \ "\u2189" \ "\u222C\u222D" \ "\u222F\u2230" \ "\u2460-\u24EA" \ "\u2A0C" \ "\u2A74-\u2A76" \ "\u2C7C\u2C7D" \ "\u2D6F" \ "\u2E9F" \ "\u2EF3" \ "\u2F00-\u2FD5" \ "\u3000" \ "\u3036" \ "\u3038-\u303A" \ "\u309B\u309C" \ "\u309F" \ "\u30FF" \ "\u3131-\u318E" \ "\u3192-\u319F" \ "\u3200-\u321E" \ "\u3220-\u3247" \ "\u3250-\u327E" \ "\u3280-\u33FF" \ "\uA69C\uA69D" \ "\uA770" \ "\uA7F2-\uA7F4" \ "\uA7F8\uA7F9" \ "\uAB5C-\uAB5F" \ "\uAB69" \ "\uFB00-\uFB06" \ "\uFB13-\uFB17" \ "\uFB20-\uFB29" \ "\uFB4F-\uFBB1" \ "\uFBD3-\uFD3D" \ "\uFD50-\uFD8F" \ "\uFD92-\uFDC7" \ "\uFDF0-\uFDFC" \ "\uFE10-\uFE19" \ "\uFE30-\uFE44" \ "\uFE47-\uFE52" \ "\uFE54-\uFE66" \ "\uFE68-\uFE6B" \ "\uFE70-\uFE72" \ "\uFE74" \ "\uFE76-\uFEFC" \ "\uFF01-\uFFBE" \ "\uFFC2-\uFFC7" \ "\uFFCA-\uFFCF" \ "\uFFD2-\uFFD7" \ "\uFFDA-\uFFDC" \ "\uFFE0-\uFFE6" \ "\uFFE8-\uFFEE" \ "\u{10781}-\u{10785}" \ "\u{10787}-\u{107B0}" \ "\u{107B2}-\u{107BA}" \ "\u{1D400}-\u{1D454}" \ "\u{1D456}-\u{1D49C}" \ "\u{1D49E}\u{1D49F}" \ "\u{1D4A2}" \ "\u{1D4A5}\u{1D4A6}" \ "\u{1D4A9}-\u{1D4AC}" \ "\u{1D4AE}-\u{1D4B9}" \ "\u{1D4BB}" \ "\u{1D4BD}-\u{1D4C3}" \ "\u{1D4C5}-\u{1D505}" \ "\u{1D507}-\u{1D50A}" \ "\u{1D50D}-\u{1D514}" \ "\u{1D516}-\u{1D51C}" \ "\u{1D51E}-\u{1D539}" \ "\u{1D53B}-\u{1D53E}" \ "\u{1D540}-\u{1D544}" \ "\u{1D546}" \ "\u{1D54A}-\u{1D550}" \ "\u{1D552}-\u{1D6A5}" \ "\u{1D6A8}-\u{1D7CB}" \ "\u{1D7CE}-\u{1D7FF}" \ "\u{1E030}-\u{1E06D}" \ "\u{1EE00}-\u{1EE03}" \ "\u{1EE05}-\u{1EE1F}" \ "\u{1EE21}\u{1EE22}" \ "\u{1EE24}" \ "\u{1EE27}" \ "\u{1EE29}-\u{1EE32}" \ "\u{1EE34}-\u{1EE37}" \ "\u{1EE39}" \ "\u{1EE3B}" \ "\u{1EE42}" \ "\u{1EE47}" \ "\u{1EE49}" \ "\u{1EE4B}" \ "\u{1EE4D}-\u{1EE4F}" \ "\u{1EE51}\u{1EE52}" \ "\u{1EE54}" \ "\u{1EE57}" \ "\u{1EE59}" \ "\u{1EE5B}" \ "\u{1EE5D}" \ "\u{1EE5F}" \ "\u{1EE61}\u{1EE62}" \ "\u{1EE64}" \ "\u{1EE67}-\u{1EE6A}" \ "\u{1EE6C}-\u{1EE72}" \ "\u{1EE74}-\u{1EE77}" \ "\u{1EE79}-\u{1EE7C}" \ "\u{1EE7E}" \ "\u{1EE80}-\u{1EE89}" \ "\u{1EE8B}-\u{1EE9B}" \ "\u{1EEA1}-\u{1EEA3}" \ "\u{1EEA5}-\u{1EEA9}" \ "\u{1EEAB}-\u{1EEBB}" \ "\u{1F100}-\u{1F10A}" \ "\u{1F110}-\u{1F12E}" \ "\u{1F130}-\u{1F14F}" \ "\u{1F16A}-\u{1F16C}" \ "\u{1F190}" \ "\u{1F200}-\u{1F202}" \ "\u{1F210}-\u{1F23B}" \ "\u{1F240}-\u{1F248}" \ "\u{1F250}\u{1F251}" \ "\u{1FBF0}-\u{1FBF9}" \ "]" class_table = { "\u0300"=>230, "\u0301"=>230, "\u0302"=>230, "\u0303"=>230, "\u0304"=>230, "\u0305"=>230, "\u0306"=>230, "\u0307"=>230, "\u0308"=>230, "\u0309"=>230, "\u030A"=>230, "\u030B"=>230, "\u030C"=>230, "\u030D"=>230, "\u030E"=>230, "\u030F"=>230, "\u0310"=>230, "\u0311"=>230, "\u0312"=>230, "\u0313"=>230, "\u0314"=>230, "\u0315"=>232, "\u0316"=>220, "\u0317"=>220, "\u0318"=>220, "\u0319"=>220, "\u031A"=>232, "\u031B"=>216, "\u031C"=>220, "\u031D"=>220, "\u031E"=>220, "\u031F"=>220, "\u0320"=>220, "\u0321"=>202, "\u0322"=>202, "\u0323"=>220, "\u0324"=>220, "\u0325"=>220, "\u0326"=>220, "\u0327"=>202, "\u0328"=>202, "\u0329"=>220, "\u032A"=>220, "\u032B"=>220, "\u032C"=>220, "\u032D"=>220, "\u032E"=>220, "\u032F"=>220, "\u0330"=>220, "\u0331"=>220, "\u0332"=>220, "\u0333"=>220, "\u0334"=>1, "\u0335"=>1, "\u0336"=>1, "\u0337"=>1, "\u0338"=>1, "\u0339"=>220, "\u033A"=>220, "\u033B"=>220, "\u033C"=>220, "\u033D"=>230, "\u033E"=>230, "\u033F"=>230, "\u0340"=>230, "\u0341"=>230, "\u0342"=>230, "\u0343"=>230, "\u0344"=>230, "\u0345"=>240, "\u0346"=>230, "\u0347"=>220, "\u0348"=>220, "\u0349"=>220, "\u034A"=>230, "\u034B"=>230, "\u034C"=>230, "\u034D"=>220, "\u034E"=>220, "\u0350"=>230, "\u0351"=>230, "\u0352"=>230, "\u0353"=>220, "\u0354"=>220, "\u0355"=>220, "\u0356"=>220, "\u0357"=>230, "\u0358"=>232, "\u0359"=>220, "\u035A"=>220, "\u035B"=>230, "\u035C"=>233, "\u035D"=>234, "\u035E"=>234, "\u035F"=>233, "\u0360"=>234, "\u0361"=>234, "\u0362"=>233, "\u0363"=>230, "\u0364"=>230, "\u0365"=>230, "\u0366"=>230, "\u0367"=>230, "\u0368"=>230, "\u0369"=>230, "\u036A"=>230, "\u036B"=>230, "\u036C"=>230, "\u036D"=>230, "\u036E"=>230, "\u036F"=>230, "\u0483"=>230, "\u0484"=>230, "\u0485"=>230, "\u0486"=>230, "\u0487"=>230, "\u0591"=>220, "\u0592"=>230, "\u0593"=>230, "\u0594"=>230, "\u0595"=>230, "\u0596"=>220, "\u0597"=>230, "\u0598"=>230, "\u0599"=>230, "\u059A"=>222, "\u059B"=>220, "\u059C"=>230, "\u059D"=>230, "\u059E"=>230, "\u059F"=>230, "\u05A0"=>230, "\u05A1"=>230, "\u05A2"=>220, "\u05A3"=>220, "\u05A4"=>220, "\u05A5"=>220, "\u05A6"=>220, "\u05A7"=>220, "\u05A8"=>230, "\u05A9"=>230, "\u05AA"=>220, "\u05AB"=>230, "\u05AC"=>230, "\u05AD"=>222, "\u05AE"=>228, "\u05AF"=>230, "\u05B0"=>10, "\u05B1"=>11, "\u05B2"=>12, "\u05B3"=>13, "\u05B4"=>14, "\u05B5"=>15, "\u05B6"=>16, "\u05B7"=>17, "\u05B8"=>18, "\u05B9"=>19, "\u05BA"=>19, "\u05BB"=>20, "\u05BC"=>21, "\u05BD"=>22, "\u05BF"=>23, "\u05C1"=>24, "\u05C2"=>25, "\u05C4"=>230, "\u05C5"=>220, "\u05C7"=>18, "\u0610"=>230, "\u0611"=>230, "\u0612"=>230, "\u0613"=>230, "\u0614"=>230, "\u0615"=>230, "\u0616"=>230, "\u0617"=>230, "\u0618"=>30, "\u0619"=>31, "\u061A"=>32, "\u064B"=>27, "\u064C"=>28, "\u064D"=>29, "\u064E"=>30, "\u064F"=>31, "\u0650"=>32, "\u0651"=>33, "\u0652"=>34, "\u0653"=>230, "\u0654"=>230, "\u0655"=>220, "\u0656"=>220, "\u0657"=>230, "\u0658"=>230, "\u0659"=>230, "\u065A"=>230, "\u065B"=>230, "\u065C"=>220, "\u065D"=>230, "\u065E"=>230, "\u065F"=>220, "\u0670"=>35, "\u06D6"=>230, "\u06D7"=>230, "\u06D8"=>230, "\u06D9"=>230, "\u06DA"=>230, "\u06DB"=>230, "\u06DC"=>230, "\u06DF"=>230, "\u06E0"=>230, "\u06E1"=>230, "\u06E2"=>230, "\u06E3"=>220, "\u06E4"=>230, "\u06E7"=>230, "\u06E8"=>230, "\u06EA"=>220, "\u06EB"=>230, "\u06EC"=>230, "\u06ED"=>220, "\u0711"=>36, "\u0730"=>230, "\u0731"=>220, "\u0732"=>230, "\u0733"=>230, "\u0734"=>220, "\u0735"=>230, "\u0736"=>230, "\u0737"=>220, "\u0738"=>220, "\u0739"=>220, "\u073A"=>230, "\u073B"=>220, "\u073C"=>220, "\u073D"=>230, "\u073E"=>220, "\u073F"=>230, "\u0740"=>230, "\u0741"=>230, "\u0742"=>220, "\u0743"=>230, "\u0744"=>220, "\u0745"=>230, "\u0746"=>220, "\u0747"=>230, "\u0748"=>220, "\u0749"=>230, "\u074A"=>230, "\u07EB"=>230, "\u07EC"=>230, "\u07ED"=>230, "\u07EE"=>230, "\u07EF"=>230, "\u07F0"=>230, "\u07F1"=>230, "\u07F2"=>220, "\u07F3"=>230, "\u07FD"=>220, "\u0816"=>230, "\u0817"=>230, "\u0818"=>230, "\u0819"=>230, "\u081B"=>230, "\u081C"=>230, "\u081D"=>230, "\u081E"=>230, "\u081F"=>230, "\u0820"=>230, "\u0821"=>230, "\u0822"=>230, "\u0823"=>230, "\u0825"=>230, "\u0826"=>230, "\u0827"=>230, "\u0829"=>230, "\u082A"=>230, "\u082B"=>230, "\u082C"=>230, "\u082D"=>230, "\u0859"=>220, "\u085A"=>220, "\u085B"=>220, "\u0898"=>230, "\u0899"=>220, "\u089A"=>220, "\u089B"=>220, "\u089C"=>230, "\u089D"=>230, "\u089E"=>230, "\u089F"=>230, "\u08CA"=>230, "\u08CB"=>230, "\u08CC"=>230, "\u08CD"=>230, "\u08CE"=>230, "\u08CF"=>220, "\u08D0"=>220, "\u08D1"=>220, "\u08D2"=>220, "\u08D3"=>220, "\u08D4"=>230, "\u08D5"=>230, "\u08D6"=>230, "\u08D7"=>230, "\u08D8"=>230, "\u08D9"=>230, "\u08DA"=>230, "\u08DB"=>230, "\u08DC"=>230, "\u08DD"=>230, "\u08DE"=>230, "\u08DF"=>230, "\u08E0"=>230, "\u08E1"=>230, "\u08E3"=>220, "\u08E4"=>230, "\u08E5"=>230, "\u08E6"=>220, "\u08E7"=>230, "\u08E8"=>230, "\u08E9"=>220, "\u08EA"=>230, "\u08EB"=>230, "\u08EC"=>230, "\u08ED"=>220, "\u08EE"=>220, "\u08EF"=>220, "\u08F0"=>27, "\u08F1"=>28, "\u08F2"=>29, "\u08F3"=>230, "\u08F4"=>230, "\u08F5"=>230, "\u08F6"=>220, "\u08F7"=>230, "\u08F8"=>230, "\u08F9"=>220, "\u08FA"=>220, "\u08FB"=>230, "\u08FC"=>230, "\u08FD"=>230, "\u08FE"=>230, "\u08FF"=>230, "\u093C"=>7, "\u094D"=>9, "\u0951"=>230, "\u0952"=>220, "\u0953"=>230, "\u0954"=>230, "\u09BC"=>7, "\u09CD"=>9, "\u09FE"=>230, "\u0A3C"=>7, "\u0A4D"=>9, "\u0ABC"=>7, "\u0ACD"=>9, "\u0B3C"=>7, "\u0B4D"=>9, "\u0BCD"=>9, "\u0C3C"=>7, "\u0C4D"=>9, "\u0C55"=>84, "\u0C56"=>91, "\u0CBC"=>7, "\u0CCD"=>9, "\u0D3B"=>9, "\u0D3C"=>9, "\u0D4D"=>9, "\u0DCA"=>9, "\u0E38"=>103, "\u0E39"=>103, "\u0E3A"=>9, "\u0E48"=>107, "\u0E49"=>107, "\u0E4A"=>107, "\u0E4B"=>107, "\u0EB8"=>118, "\u0EB9"=>118, "\u0EBA"=>9, "\u0EC8"=>122, "\u0EC9"=>122, "\u0ECA"=>122, "\u0ECB"=>122, "\u0F18"=>220, "\u0F19"=>220, "\u0F35"=>220, "\u0F37"=>220, "\u0F39"=>216, "\u0F71"=>129, "\u0F72"=>130, "\u0F74"=>132, "\u0F7A"=>130, "\u0F7B"=>130, "\u0F7C"=>130, "\u0F7D"=>130, "\u0F80"=>130, "\u0F82"=>230, "\u0F83"=>230, "\u0F84"=>9, "\u0F86"=>230, "\u0F87"=>230, "\u0FC6"=>220, "\u1037"=>7, "\u1039"=>9, "\u103A"=>9, "\u108D"=>220, "\u135D"=>230, "\u135E"=>230, "\u135F"=>230, "\u1714"=>9, "\u1715"=>9, "\u1734"=>9, "\u17D2"=>9, "\u17DD"=>230, "\u18A9"=>228, "\u1939"=>222, "\u193A"=>230, "\u193B"=>220, "\u1A17"=>230, "\u1A18"=>220, "\u1A60"=>9, "\u1A75"=>230, "\u1A76"=>230, "\u1A77"=>230, "\u1A78"=>230, "\u1A79"=>230, "\u1A7A"=>230, "\u1A7B"=>230, "\u1A7C"=>230, "\u1A7F"=>220, "\u1AB0"=>230, "\u1AB1"=>230, "\u1AB2"=>230, "\u1AB3"=>230, "\u1AB4"=>230, "\u1AB5"=>220, "\u1AB6"=>220, "\u1AB7"=>220, "\u1AB8"=>220, "\u1AB9"=>220, "\u1ABA"=>220, "\u1ABB"=>230, "\u1ABC"=>230, "\u1ABD"=>220, "\u1ABF"=>220, "\u1AC0"=>220, "\u1AC1"=>230, "\u1AC2"=>230, "\u1AC3"=>220, "\u1AC4"=>220, "\u1AC5"=>230, "\u1AC6"=>230, "\u1AC7"=>230, "\u1AC8"=>230, "\u1AC9"=>230, "\u1ACA"=>220, "\u1ACB"=>230, "\u1ACC"=>230, "\u1ACD"=>230, "\u1ACE"=>230, "\u1B34"=>7, "\u1B44"=>9, "\u1B6B"=>230, "\u1B6C"=>220, "\u1B6D"=>230, "\u1B6E"=>230, "\u1B6F"=>230, "\u1B70"=>230, "\u1B71"=>230, "\u1B72"=>230, "\u1B73"=>230, "\u1BAA"=>9, "\u1BAB"=>9, "\u1BE6"=>7, "\u1BF2"=>9, "\u1BF3"=>9, "\u1C37"=>7, "\u1CD0"=>230, "\u1CD1"=>230, "\u1CD2"=>230, "\u1CD4"=>1, "\u1CD5"=>220, "\u1CD6"=>220, "\u1CD7"=>220, "\u1CD8"=>220, "\u1CD9"=>220, "\u1CDA"=>230, "\u1CDB"=>230, "\u1CDC"=>220, "\u1CDD"=>220, "\u1CDE"=>220, "\u1CDF"=>220, "\u1CE0"=>230, "\u1CE2"=>1, "\u1CE3"=>1, "\u1CE4"=>1, "\u1CE5"=>1, "\u1CE6"=>1, "\u1CE7"=>1, "\u1CE8"=>1, "\u1CED"=>220, "\u1CF4"=>230, "\u1CF8"=>230, "\u1CF9"=>230, "\u1DC0"=>230, "\u1DC1"=>230, "\u1DC2"=>220, "\u1DC3"=>230, "\u1DC4"=>230, "\u1DC5"=>230, "\u1DC6"=>230, "\u1DC7"=>230, "\u1DC8"=>230, "\u1DC9"=>230, "\u1DCA"=>220, "\u1DCB"=>230, "\u1DCC"=>230, "\u1DCD"=>234, "\u1DCE"=>214, "\u1DCF"=>220, "\u1DD0"=>202, "\u1DD1"=>230, "\u1DD2"=>230, "\u1DD3"=>230, "\u1DD4"=>230, "\u1DD5"=>230, "\u1DD6"=>230, "\u1DD7"=>230, "\u1DD8"=>230, "\u1DD9"=>230, "\u1DDA"=>230, "\u1DDB"=>230, "\u1DDC"=>230, "\u1DDD"=>230, "\u1DDE"=>230, "\u1DDF"=>230, "\u1DE0"=>230, "\u1DE1"=>230, "\u1DE2"=>230, "\u1DE3"=>230, "\u1DE4"=>230, "\u1DE5"=>230, "\u1DE6"=>230, "\u1DE7"=>230, "\u1DE8"=>230, "\u1DE9"=>230, "\u1DEA"=>230, "\u1DEB"=>230, "\u1DEC"=>230, "\u1DED"=>230, "\u1DEE"=>230, "\u1DEF"=>230, "\u1DF0"=>230, "\u1DF1"=>230, "\u1DF2"=>230, "\u1DF3"=>230, "\u1DF4"=>230, "\u1DF5"=>230, "\u1DF6"=>232, "\u1DF7"=>228, "\u1DF8"=>228, "\u1DF9"=>220, "\u1DFA"=>218, "\u1DFB"=>230, "\u1DFC"=>233, "\u1DFD"=>220, "\u1DFE"=>230, "\u1DFF"=>220, "\u20D0"=>230, "\u20D1"=>230, "\u20D2"=>1, "\u20D3"=>1, "\u20D4"=>230, "\u20D5"=>230, "\u20D6"=>230, "\u20D7"=>230, "\u20D8"=>1, "\u20D9"=>1, "\u20DA"=>1, "\u20DB"=>230, "\u20DC"=>230, "\u20E1"=>230, "\u20E5"=>1, "\u20E6"=>1, "\u20E7"=>230, "\u20E8"=>220, "\u20E9"=>230, "\u20EA"=>1, "\u20EB"=>1, "\u20EC"=>220, "\u20ED"=>220, "\u20EE"=>220, "\u20EF"=>220, "\u20F0"=>230, "\u2CEF"=>230, "\u2CF0"=>230, "\u2CF1"=>230, "\u2D7F"=>9, "\u2DE0"=>230, "\u2DE1"=>230, "\u2DE2"=>230, "\u2DE3"=>230, "\u2DE4"=>230, "\u2DE5"=>230, "\u2DE6"=>230, "\u2DE7"=>230, "\u2DE8"=>230, "\u2DE9"=>230, "\u2DEA"=>230, "\u2DEB"=>230, "\u2DEC"=>230, "\u2DED"=>230, "\u2DEE"=>230, "\u2DEF"=>230, "\u2DF0"=>230, "\u2DF1"=>230, "\u2DF2"=>230, "\u2DF3"=>230, "\u2DF4"=>230, "\u2DF5"=>230, "\u2DF6"=>230, "\u2DF7"=>230, "\u2DF8"=>230, "\u2DF9"=>230, "\u2DFA"=>230, "\u2DFB"=>230, "\u2DFC"=>230, "\u2DFD"=>230, "\u2DFE"=>230, "\u2DFF"=>230, "\u302A"=>218, "\u302B"=>228, "\u302C"=>232, "\u302D"=>222, "\u302E"=>224, "\u302F"=>224, "\u3099"=>8, "\u309A"=>8, "\uA66F"=>230, "\uA674"=>230, "\uA675"=>230, "\uA676"=>230, "\uA677"=>230, "\uA678"=>230, "\uA679"=>230, "\uA67A"=>230, "\uA67B"=>230, "\uA67C"=>230, "\uA67D"=>230, "\uA69E"=>230, "\uA69F"=>230, "\uA6F0"=>230, "\uA6F1"=>230, "\uA806"=>9, "\uA82C"=>9, "\uA8C4"=>9, "\uA8E0"=>230, "\uA8E1"=>230, "\uA8E2"=>230, "\uA8E3"=>230, "\uA8E4"=>230, "\uA8E5"=>230, "\uA8E6"=>230, "\uA8E7"=>230, "\uA8E8"=>230, "\uA8E9"=>230, "\uA8EA"=>230, "\uA8EB"=>230, "\uA8EC"=>230, "\uA8ED"=>230, "\uA8EE"=>230, "\uA8EF"=>230, "\uA8F0"=>230, "\uA8F1"=>230, "\uA92B"=>220, "\uA92C"=>220, "\uA92D"=>220, "\uA953"=>9, "\uA9B3"=>7, "\uA9C0"=>9, "\uAAB0"=>230, "\uAAB2"=>230, "\uAAB3"=>230, "\uAAB4"=>220, "\uAAB7"=>230, "\uAAB8"=>230, "\uAABE"=>230, "\uAABF"=>230, "\uAAC1"=>230, "\uAAF6"=>9, "\uABED"=>9, "\uFB1E"=>26, "\uFE20"=>230, "\uFE21"=>230, "\uFE22"=>230, "\uFE23"=>230, "\uFE24"=>230, "\uFE25"=>230, "\uFE26"=>230, "\uFE27"=>220, "\uFE28"=>220, "\uFE29"=>220, "\uFE2A"=>220, "\uFE2B"=>220, "\uFE2C"=>220, "\uFE2D"=>220, "\uFE2E"=>230, "\uFE2F"=>230, "\u{101FD}"=>220, "\u{102E0}"=>220, "\u{10376}"=>230, "\u{10377}"=>230, "\u{10378}"=>230, "\u{10379}"=>230, "\u{1037A}"=>230, "\u{10A0D}"=>220, "\u{10A0F}"=>230, "\u{10A38}"=>230, "\u{10A39}"=>1, "\u{10A3A}"=>220, "\u{10A3F}"=>9, "\u{10AE5}"=>230, "\u{10AE6}"=>220, "\u{10D24}"=>230, "\u{10D25}"=>230, "\u{10D26}"=>230, "\u{10D27}"=>230, "\u{10EAB}"=>230, "\u{10EAC}"=>230, "\u{10EFD}"=>220, "\u{10EFE}"=>220, "\u{10EFF}"=>220, "\u{10F46}"=>220, "\u{10F47}"=>220, "\u{10F48}"=>230, "\u{10F49}"=>230, "\u{10F4A}"=>230, "\u{10F4B}"=>220, "\u{10F4C}"=>230, "\u{10F4D}"=>220, "\u{10F4E}"=>220, "\u{10F4F}"=>220, "\u{10F50}"=>220, "\u{10F82}"=>230, "\u{10F83}"=>220, "\u{10F84}"=>230, "\u{10F85}"=>220, "\u{11046}"=>9, "\u{11070}"=>9, "\u{1107F}"=>9, "\u{110B9}"=>9, "\u{110BA}"=>7, "\u{11100}"=>230, "\u{11101}"=>230, "\u{11102}"=>230, "\u{11133}"=>9, "\u{11134}"=>9, "\u{11173}"=>7, "\u{111C0}"=>9, "\u{111CA}"=>7, "\u{11235}"=>9, "\u{11236}"=>7, "\u{112E9}"=>7, "\u{112EA}"=>9, "\u{1133B}"=>7, "\u{1133C}"=>7, "\u{1134D}"=>9, "\u{11366}"=>230, "\u{11367}"=>230, "\u{11368}"=>230, "\u{11369}"=>230, "\u{1136A}"=>230, "\u{1136B}"=>230, "\u{1136C}"=>230, "\u{11370}"=>230, "\u{11371}"=>230, "\u{11372}"=>230, "\u{11373}"=>230, "\u{11374}"=>230, "\u{11442}"=>9, "\u{11446}"=>7, "\u{1145E}"=>230, "\u{114C2}"=>9, "\u{114C3}"=>7, "\u{115BF}"=>9, "\u{115C0}"=>7, "\u{1163F}"=>9, "\u{116B6}"=>9, "\u{116B7}"=>7, "\u{1172B}"=>9, "\u{11839}"=>9, "\u{1183A}"=>7, "\u{1193D}"=>9, "\u{1193E}"=>9, "\u{11943}"=>7, "\u{119E0}"=>9, "\u{11A34}"=>9, "\u{11A47}"=>9, "\u{11A99}"=>9, "\u{11C3F}"=>9, "\u{11D42}"=>7, "\u{11D44}"=>9, "\u{11D45}"=>9, "\u{11D97}"=>9, "\u{11F41}"=>9, "\u{11F42}"=>9, "\u{16AF0}"=>1, "\u{16AF1}"=>1, "\u{16AF2}"=>1, "\u{16AF3}"=>1, "\u{16AF4}"=>1, "\u{16B30}"=>230, "\u{16B31}"=>230, "\u{16B32}"=>230, "\u{16B33}"=>230, "\u{16B34}"=>230, "\u{16B35}"=>230, "\u{16B36}"=>230, "\u{16FF0}"=>6, "\u{16FF1}"=>6, "\u{1BC9E}"=>1, "\u{1D165}"=>216, "\u{1D166}"=>216, "\u{1D167}"=>1, "\u{1D168}"=>1, "\u{1D169}"=>1, "\u{1D16D}"=>226, "\u{1D16E}"=>216, "\u{1D16F}"=>216, "\u{1D170}"=>216, "\u{1D171}"=>216, "\u{1D172}"=>216, "\u{1D17B}"=>220, "\u{1D17C}"=>220, "\u{1D17D}"=>220, "\u{1D17E}"=>220, "\u{1D17F}"=>220, "\u{1D180}"=>220, "\u{1D181}"=>220, "\u{1D182}"=>220, "\u{1D185}"=>230, "\u{1D186}"=>230, "\u{1D187}"=>230, "\u{1D188}"=>230, "\u{1D189}"=>230, "\u{1D18A}"=>220, "\u{1D18B}"=>220, "\u{1D1AA}"=>230, "\u{1D1AB}"=>230, "\u{1D1AC}"=>230, "\u{1D1AD}"=>230, "\u{1D242}"=>230, "\u{1D243}"=>230, "\u{1D244}"=>230, "\u{1E000}"=>230, "\u{1E001}"=>230, "\u{1E002}"=>230, "\u{1E003}"=>230, "\u{1E004}"=>230, "\u{1E005}"=>230, "\u{1E006}"=>230, "\u{1E008}"=>230, "\u{1E009}"=>230, "\u{1E00A}"=>230, "\u{1E00B}"=>230, "\u{1E00C}"=>230, "\u{1E00D}"=>230, "\u{1E00E}"=>230, "\u{1E00F}"=>230, "\u{1E010}"=>230, "\u{1E011}"=>230, "\u{1E012}"=>230, "\u{1E013}"=>230, "\u{1E014}"=>230, "\u{1E015}"=>230, "\u{1E016}"=>230, "\u{1E017}"=>230, "\u{1E018}"=>230, "\u{1E01B}"=>230, "\u{1E01C}"=>230, "\u{1E01D}"=>230, "\u{1E01E}"=>230, "\u{1E01F}"=>230, "\u{1E020}"=>230, "\u{1E021}"=>230, "\u{1E023}"=>230, "\u{1E024}"=>230, "\u{1E026}"=>230, "\u{1E027}"=>230, "\u{1E028}"=>230, "\u{1E029}"=>230, "\u{1E02A}"=>230, "\u{1E08F}"=>230, "\u{1E130}"=>230, "\u{1E131}"=>230, "\u{1E132}"=>230, "\u{1E133}"=>230, "\u{1E134}"=>230, "\u{1E135}"=>230, "\u{1E136}"=>230, "\u{1E2AE}"=>230, "\u{1E2EC}"=>230, "\u{1E2ED}"=>230, "\u{1E2EE}"=>230, "\u{1E2EF}"=>230, "\u{1E4EC}"=>232, "\u{1E4ED}"=>232, "\u{1E4EE}"=>220, "\u{1E4EF}"=>230, "\u{1E8D0}"=>220, "\u{1E8D1}"=>220, "\u{1E8D2}"=>220, "\u{1E8D3}"=>220, "\u{1E8D4}"=>220, "\u{1E8D5}"=>220, "\u{1E8D6}"=>220, "\u{1E944}"=>230, "\u{1E945}"=>230, "\u{1E946}"=>230, "\u{1E947}"=>230, "\u{1E948}"=>230, "\u{1E949}"=>230, "\u{1E94A}"=>7, } class_table.default = 0 CLASS_TABLE = class_table.freeze DECOMPOSITION_TABLE = { "\u00C0"=>"A\u0300", "\u00C1"=>"A\u0301", "\u00C2"=>"A\u0302", "\u00C3"=>"A\u0303", "\u00C4"=>"A\u0308", "\u00C5"=>"A\u030A", "\u00C7"=>"C\u0327", "\u00C8"=>"E\u0300", "\u00C9"=>"E\u0301", "\u00CA"=>"E\u0302", "\u00CB"=>"E\u0308", "\u00CC"=>"I\u0300", "\u00CD"=>"I\u0301", "\u00CE"=>"I\u0302", "\u00CF"=>"I\u0308", "\u00D1"=>"N\u0303", "\u00D2"=>"O\u0300", "\u00D3"=>"O\u0301", "\u00D4"=>"O\u0302", "\u00D5"=>"O\u0303", "\u00D6"=>"O\u0308", "\u00D9"=>"U\u0300", "\u00DA"=>"U\u0301", "\u00DB"=>"U\u0302", "\u00DC"=>"U\u0308", "\u00DD"=>"Y\u0301", "\u00E0"=>"a\u0300", "\u00E1"=>"a\u0301", "\u00E2"=>"a\u0302", "\u00E3"=>"a\u0303", "\u00E4"=>"a\u0308", "\u00E5"=>"a\u030A", "\u00E7"=>"c\u0327", "\u00E8"=>"e\u0300", "\u00E9"=>"e\u0301", "\u00EA"=>"e\u0302", "\u00EB"=>"e\u0308", "\u00EC"=>"i\u0300", "\u00ED"=>"i\u0301", "\u00EE"=>"i\u0302", "\u00EF"=>"i\u0308", "\u00F1"=>"n\u0303", "\u00F2"=>"o\u0300", "\u00F3"=>"o\u0301", "\u00F4"=>"o\u0302", "\u00F5"=>"o\u0303", "\u00F6"=>"o\u0308", "\u00F9"=>"u\u0300", "\u00FA"=>"u\u0301", "\u00FB"=>"u\u0302", "\u00FC"=>"u\u0308", "\u00FD"=>"y\u0301", "\u00FF"=>"y\u0308", "\u0100"=>"A\u0304", "\u0101"=>"a\u0304", "\u0102"=>"A\u0306", "\u0103"=>"a\u0306", "\u0104"=>"A\u0328", "\u0105"=>"a\u0328", "\u0106"=>"C\u0301", "\u0107"=>"c\u0301", "\u0108"=>"C\u0302", "\u0109"=>"c\u0302", "\u010A"=>"C\u0307", "\u010B"=>"c\u0307", "\u010C"=>"C\u030C", "\u010D"=>"c\u030C", "\u010E"=>"D\u030C", "\u010F"=>"d\u030C", "\u0112"=>"E\u0304", "\u0113"=>"e\u0304", "\u0114"=>"E\u0306", "\u0115"=>"e\u0306", "\u0116"=>"E\u0307", "\u0117"=>"e\u0307", "\u0118"=>"E\u0328", "\u0119"=>"e\u0328", "\u011A"=>"E\u030C", "\u011B"=>"e\u030C", "\u011C"=>"G\u0302", "\u011D"=>"g\u0302", "\u011E"=>"G\u0306", "\u011F"=>"g\u0306", "\u0120"=>"G\u0307", "\u0121"=>"g\u0307", "\u0122"=>"G\u0327", "\u0123"=>"g\u0327", "\u0124"=>"H\u0302", "\u0125"=>"h\u0302", "\u0128"=>"I\u0303", "\u0129"=>"i\u0303", "\u012A"=>"I\u0304", "\u012B"=>"i\u0304", "\u012C"=>"I\u0306", "\u012D"=>"i\u0306", "\u012E"=>"I\u0328", "\u012F"=>"i\u0328", "\u0130"=>"I\u0307", "\u0134"=>"J\u0302", "\u0135"=>"j\u0302", "\u0136"=>"K\u0327", "\u0137"=>"k\u0327", "\u0139"=>"L\u0301", "\u013A"=>"l\u0301", "\u013B"=>"L\u0327", "\u013C"=>"l\u0327", "\u013D"=>"L\u030C", "\u013E"=>"l\u030C", "\u0143"=>"N\u0301", "\u0144"=>"n\u0301", "\u0145"=>"N\u0327", "\u0146"=>"n\u0327", "\u0147"=>"N\u030C", "\u0148"=>"n\u030C", "\u014C"=>"O\u0304", "\u014D"=>"o\u0304", "\u014E"=>"O\u0306", "\u014F"=>"o\u0306", "\u0150"=>"O\u030B", "\u0151"=>"o\u030B", "\u0154"=>"R\u0301", "\u0155"=>"r\u0301", "\u0156"=>"R\u0327", "\u0157"=>"r\u0327", "\u0158"=>"R\u030C", "\u0159"=>"r\u030C", "\u015A"=>"S\u0301", "\u015B"=>"s\u0301", "\u015C"=>"S\u0302", "\u015D"=>"s\u0302", "\u015E"=>"S\u0327", "\u015F"=>"s\u0327", "\u0160"=>"S\u030C", "\u0161"=>"s\u030C", "\u0162"=>"T\u0327", "\u0163"=>"t\u0327", "\u0164"=>"T\u030C", "\u0165"=>"t\u030C", "\u0168"=>"U\u0303", "\u0169"=>"u\u0303", "\u016A"=>"U\u0304", "\u016B"=>"u\u0304", "\u016C"=>"U\u0306", "\u016D"=>"u\u0306", "\u016E"=>"U\u030A", "\u016F"=>"u\u030A", "\u0170"=>"U\u030B", "\u0171"=>"u\u030B", "\u0172"=>"U\u0328", "\u0173"=>"u\u0328", "\u0174"=>"W\u0302", "\u0175"=>"w\u0302", "\u0176"=>"Y\u0302", "\u0177"=>"y\u0302", "\u0178"=>"Y\u0308", "\u0179"=>"Z\u0301", "\u017A"=>"z\u0301", "\u017B"=>"Z\u0307", "\u017C"=>"z\u0307", "\u017D"=>"Z\u030C", "\u017E"=>"z\u030C", "\u01A0"=>"O\u031B", "\u01A1"=>"o\u031B", "\u01AF"=>"U\u031B", "\u01B0"=>"u\u031B", "\u01CD"=>"A\u030C", "\u01CE"=>"a\u030C", "\u01CF"=>"I\u030C", "\u01D0"=>"i\u030C", "\u01D1"=>"O\u030C", "\u01D2"=>"o\u030C", "\u01D3"=>"U\u030C", "\u01D4"=>"u\u030C", "\u01D5"=>"U\u0308\u0304", "\u01D6"=>"u\u0308\u0304", "\u01D7"=>"U\u0308\u0301", "\u01D8"=>"u\u0308\u0301", "\u01D9"=>"U\u0308\u030C", "\u01DA"=>"u\u0308\u030C", "\u01DB"=>"U\u0308\u0300", "\u01DC"=>"u\u0308\u0300", "\u01DE"=>"A\u0308\u0304", "\u01DF"=>"a\u0308\u0304", "\u01E0"=>"A\u0307\u0304", "\u01E1"=>"a\u0307\u0304", "\u01E2"=>"\u00C6\u0304", "\u01E3"=>"\u00E6\u0304", "\u01E6"=>"G\u030C", "\u01E7"=>"g\u030C", "\u01E8"=>"K\u030C", "\u01E9"=>"k\u030C", "\u01EA"=>"O\u0328", "\u01EB"=>"o\u0328", "\u01EC"=>"O\u0328\u0304", "\u01ED"=>"o\u0328\u0304", "\u01EE"=>"\u01B7\u030C", "\u01EF"=>"\u0292\u030C", "\u01F0"=>"j\u030C", "\u01F4"=>"G\u0301", "\u01F5"=>"g\u0301", "\u01F8"=>"N\u0300", "\u01F9"=>"n\u0300", "\u01FA"=>"A\u030A\u0301", "\u01FB"=>"a\u030A\u0301", "\u01FC"=>"\u00C6\u0301", "\u01FD"=>"\u00E6\u0301", "\u01FE"=>"\u00D8\u0301", "\u01FF"=>"\u00F8\u0301", "\u0200"=>"A\u030F", "\u0201"=>"a\u030F", "\u0202"=>"A\u0311", "\u0203"=>"a\u0311", "\u0204"=>"E\u030F", "\u0205"=>"e\u030F", "\u0206"=>"E\u0311", "\u0207"=>"e\u0311", "\u0208"=>"I\u030F", "\u0209"=>"i\u030F", "\u020A"=>"I\u0311", "\u020B"=>"i\u0311", "\u020C"=>"O\u030F", "\u020D"=>"o\u030F", "\u020E"=>"O\u0311", "\u020F"=>"o\u0311", "\u0210"=>"R\u030F", "\u0211"=>"r\u030F", "\u0212"=>"R\u0311", "\u0213"=>"r\u0311", "\u0214"=>"U\u030F", "\u0215"=>"u\u030F", "\u0216"=>"U\u0311", "\u0217"=>"u\u0311", "\u0218"=>"S\u0326", "\u0219"=>"s\u0326", "\u021A"=>"T\u0326", "\u021B"=>"t\u0326", "\u021E"=>"H\u030C", "\u021F"=>"h\u030C", "\u0226"=>"A\u0307", "\u0227"=>"a\u0307", "\u0228"=>"E\u0327", "\u0229"=>"e\u0327", "\u022A"=>"O\u0308\u0304", "\u022B"=>"o\u0308\u0304", "\u022C"=>"O\u0303\u0304", "\u022D"=>"o\u0303\u0304", "\u022E"=>"O\u0307", "\u022F"=>"o\u0307", "\u0230"=>"O\u0307\u0304", "\u0231"=>"o\u0307\u0304", "\u0232"=>"Y\u0304", "\u0233"=>"y\u0304", "\u0340"=>"\u0300", "\u0341"=>"\u0301", "\u0343"=>"\u0313", "\u0344"=>"\u0308\u0301", "\u0374"=>"\u02B9", "\u037E"=>";", "\u0385"=>"\u00A8\u0301", "\u0386"=>"\u0391\u0301", "\u0387"=>"\u00B7", "\u0388"=>"\u0395\u0301", "\u0389"=>"\u0397\u0301", "\u038A"=>"\u0399\u0301", "\u038C"=>"\u039F\u0301", "\u038E"=>"\u03A5\u0301", "\u038F"=>"\u03A9\u0301", "\u0390"=>"\u03B9\u0308\u0301", "\u03AA"=>"\u0399\u0308", "\u03AB"=>"\u03A5\u0308", "\u03AC"=>"\u03B1\u0301", "\u03AD"=>"\u03B5\u0301", "\u03AE"=>"\u03B7\u0301", "\u03AF"=>"\u03B9\u0301", "\u03B0"=>"\u03C5\u0308\u0301", "\u03CA"=>"\u03B9\u0308", "\u03CB"=>"\u03C5\u0308", "\u03CC"=>"\u03BF\u0301", "\u03CD"=>"\u03C5\u0301", "\u03CE"=>"\u03C9\u0301", "\u03D3"=>"\u03D2\u0301", "\u03D4"=>"\u03D2\u0308", "\u0400"=>"\u0415\u0300", "\u0401"=>"\u0415\u0308", "\u0403"=>"\u0413\u0301", "\u0407"=>"\u0406\u0308", "\u040C"=>"\u041A\u0301", "\u040D"=>"\u0418\u0300", "\u040E"=>"\u0423\u0306", "\u0419"=>"\u0418\u0306", "\u0439"=>"\u0438\u0306", "\u0450"=>"\u0435\u0300", "\u0451"=>"\u0435\u0308", "\u0453"=>"\u0433\u0301", "\u0457"=>"\u0456\u0308", "\u045C"=>"\u043A\u0301", "\u045D"=>"\u0438\u0300", "\u045E"=>"\u0443\u0306", "\u0476"=>"\u0474\u030F", "\u0477"=>"\u0475\u030F", "\u04C1"=>"\u0416\u0306", "\u04C2"=>"\u0436\u0306", "\u04D0"=>"\u0410\u0306", "\u04D1"=>"\u0430\u0306", "\u04D2"=>"\u0410\u0308", "\u04D3"=>"\u0430\u0308", "\u04D6"=>"\u0415\u0306", "\u04D7"=>"\u0435\u0306", "\u04DA"=>"\u04D8\u0308", "\u04DB"=>"\u04D9\u0308", "\u04DC"=>"\u0416\u0308", "\u04DD"=>"\u0436\u0308", "\u04DE"=>"\u0417\u0308", "\u04DF"=>"\u0437\u0308", "\u04E2"=>"\u0418\u0304", "\u04E3"=>"\u0438\u0304", "\u04E4"=>"\u0418\u0308", "\u04E5"=>"\u0438\u0308", "\u04E6"=>"\u041E\u0308", "\u04E7"=>"\u043E\u0308", "\u04EA"=>"\u04E8\u0308", "\u04EB"=>"\u04E9\u0308", "\u04EC"=>"\u042D\u0308", "\u04ED"=>"\u044D\u0308", "\u04EE"=>"\u0423\u0304", "\u04EF"=>"\u0443\u0304", "\u04F0"=>"\u0423\u0308", "\u04F1"=>"\u0443\u0308", "\u04F2"=>"\u0423\u030B", "\u04F3"=>"\u0443\u030B", "\u04F4"=>"\u0427\u0308", "\u04F5"=>"\u0447\u0308", "\u04F8"=>"\u042B\u0308", "\u04F9"=>"\u044B\u0308", "\u0622"=>"\u0627\u0653", "\u0623"=>"\u0627\u0654", "\u0624"=>"\u0648\u0654", "\u0625"=>"\u0627\u0655", "\u0626"=>"\u064A\u0654", "\u06C0"=>"\u06D5\u0654", "\u06C2"=>"\u06C1\u0654", "\u06D3"=>"\u06D2\u0654", "\u0929"=>"\u0928\u093C", "\u0931"=>"\u0930\u093C", "\u0934"=>"\u0933\u093C", "\u0958"=>"\u0915\u093C", "\u0959"=>"\u0916\u093C", "\u095A"=>"\u0917\u093C", "\u095B"=>"\u091C\u093C", "\u095C"=>"\u0921\u093C", "\u095D"=>"\u0922\u093C", "\u095E"=>"\u092B\u093C", "\u095F"=>"\u092F\u093C", "\u09CB"=>"\u09C7\u09BE", "\u09CC"=>"\u09C7\u09D7", "\u09DC"=>"\u09A1\u09BC", "\u09DD"=>"\u09A2\u09BC", "\u09DF"=>"\u09AF\u09BC", "\u0A33"=>"\u0A32\u0A3C", "\u0A36"=>"\u0A38\u0A3C", "\u0A59"=>"\u0A16\u0A3C", "\u0A5A"=>"\u0A17\u0A3C", "\u0A5B"=>"\u0A1C\u0A3C", "\u0A5E"=>"\u0A2B\u0A3C", "\u0B48"=>"\u0B47\u0B56", "\u0B4B"=>"\u0B47\u0B3E", "\u0B4C"=>"\u0B47\u0B57", "\u0B5C"=>"\u0B21\u0B3C", "\u0B5D"=>"\u0B22\u0B3C", "\u0B94"=>"\u0B92\u0BD7", "\u0BCA"=>"\u0BC6\u0BBE", "\u0BCB"=>"\u0BC7\u0BBE", "\u0BCC"=>"\u0BC6\u0BD7", "\u0C48"=>"\u0C46\u0C56", "\u0CC0"=>"\u0CBF\u0CD5", "\u0CC7"=>"\u0CC6\u0CD5", "\u0CC8"=>"\u0CC6\u0CD6", "\u0CCA"=>"\u0CC6\u0CC2", "\u0CCB"=>"\u0CC6\u0CC2\u0CD5", "\u0D4A"=>"\u0D46\u0D3E", "\u0D4B"=>"\u0D47\u0D3E", "\u0D4C"=>"\u0D46\u0D57", "\u0DDA"=>"\u0DD9\u0DCA", "\u0DDC"=>"\u0DD9\u0DCF", "\u0DDD"=>"\u0DD9\u0DCF\u0DCA", "\u0DDE"=>"\u0DD9\u0DDF", "\u0F43"=>"\u0F42\u0FB7", "\u0F4D"=>"\u0F4C\u0FB7", "\u0F52"=>"\u0F51\u0FB7", "\u0F57"=>"\u0F56\u0FB7", "\u0F5C"=>"\u0F5B\u0FB7", "\u0F69"=>"\u0F40\u0FB5", "\u0F73"=>"\u0F71\u0F72", "\u0F75"=>"\u0F71\u0F74", "\u0F76"=>"\u0FB2\u0F80", "\u0F78"=>"\u0FB3\u0F80", "\u0F81"=>"\u0F71\u0F80", "\u0F93"=>"\u0F92\u0FB7", "\u0F9D"=>"\u0F9C\u0FB7", "\u0FA2"=>"\u0FA1\u0FB7", "\u0FA7"=>"\u0FA6\u0FB7", "\u0FAC"=>"\u0FAB\u0FB7", "\u0FB9"=>"\u0F90\u0FB5", "\u1026"=>"\u1025\u102E", "\u1B06"=>"\u1B05\u1B35", "\u1B08"=>"\u1B07\u1B35", "\u1B0A"=>"\u1B09\u1B35", "\u1B0C"=>"\u1B0B\u1B35", "\u1B0E"=>"\u1B0D\u1B35", "\u1B12"=>"\u1B11\u1B35", "\u1B3B"=>"\u1B3A\u1B35", "\u1B3D"=>"\u1B3C\u1B35", "\u1B40"=>"\u1B3E\u1B35", "\u1B41"=>"\u1B3F\u1B35", "\u1B43"=>"\u1B42\u1B35", "\u1E00"=>"A\u0325", "\u1E01"=>"a\u0325", "\u1E02"=>"B\u0307", "\u1E03"=>"b\u0307", "\u1E04"=>"B\u0323", "\u1E05"=>"b\u0323", "\u1E06"=>"B\u0331", "\u1E07"=>"b\u0331", "\u1E08"=>"C\u0327\u0301", "\u1E09"=>"c\u0327\u0301", "\u1E0A"=>"D\u0307", "\u1E0B"=>"d\u0307", "\u1E0C"=>"D\u0323", "\u1E0D"=>"d\u0323", "\u1E0E"=>"D\u0331", "\u1E0F"=>"d\u0331", "\u1E10"=>"D\u0327", "\u1E11"=>"d\u0327", "\u1E12"=>"D\u032D", "\u1E13"=>"d\u032D", "\u1E14"=>"E\u0304\u0300", "\u1E15"=>"e\u0304\u0300", "\u1E16"=>"E\u0304\u0301", "\u1E17"=>"e\u0304\u0301", "\u1E18"=>"E\u032D", "\u1E19"=>"e\u032D", "\u1E1A"=>"E\u0330", "\u1E1B"=>"e\u0330", "\u1E1C"=>"E\u0327\u0306", "\u1E1D"=>"e\u0327\u0306", "\u1E1E"=>"F\u0307", "\u1E1F"=>"f\u0307", "\u1E20"=>"G\u0304", "\u1E21"=>"g\u0304", "\u1E22"=>"H\u0307", "\u1E23"=>"h\u0307", "\u1E24"=>"H\u0323", "\u1E25"=>"h\u0323", "\u1E26"=>"H\u0308", "\u1E27"=>"h\u0308", "\u1E28"=>"H\u0327", "\u1E29"=>"h\u0327", "\u1E2A"=>"H\u032E", "\u1E2B"=>"h\u032E", "\u1E2C"=>"I\u0330", "\u1E2D"=>"i\u0330", "\u1E2E"=>"I\u0308\u0301", "\u1E2F"=>"i\u0308\u0301", "\u1E30"=>"K\u0301", "\u1E31"=>"k\u0301", "\u1E32"=>"K\u0323", "\u1E33"=>"k\u0323", "\u1E34"=>"K\u0331", "\u1E35"=>"k\u0331", "\u1E36"=>"L\u0323", "\u1E37"=>"l\u0323", "\u1E38"=>"L\u0323\u0304", "\u1E39"=>"l\u0323\u0304", "\u1E3A"=>"L\u0331", "\u1E3B"=>"l\u0331", "\u1E3C"=>"L\u032D", "\u1E3D"=>"l\u032D", "\u1E3E"=>"M\u0301", "\u1E3F"=>"m\u0301", "\u1E40"=>"M\u0307", "\u1E41"=>"m\u0307", "\u1E42"=>"M\u0323", "\u1E43"=>"m\u0323", "\u1E44"=>"N\u0307", "\u1E45"=>"n\u0307", "\u1E46"=>"N\u0323", "\u1E47"=>"n\u0323", "\u1E48"=>"N\u0331", "\u1E49"=>"n\u0331", "\u1E4A"=>"N\u032D", "\u1E4B"=>"n\u032D", "\u1E4C"=>"O\u0303\u0301", "\u1E4D"=>"o\u0303\u0301", "\u1E4E"=>"O\u0303\u0308", "\u1E4F"=>"o\u0303\u0308", "\u1E50"=>"O\u0304\u0300", "\u1E51"=>"o\u0304\u0300", "\u1E52"=>"O\u0304\u0301", "\u1E53"=>"o\u0304\u0301", "\u1E54"=>"P\u0301", "\u1E55"=>"p\u0301", "\u1E56"=>"P\u0307", "\u1E57"=>"p\u0307", "\u1E58"=>"R\u0307", "\u1E59"=>"r\u0307", "\u1E5A"=>"R\u0323", "\u1E5B"=>"r\u0323", "\u1E5C"=>"R\u0323\u0304", "\u1E5D"=>"r\u0323\u0304", "\u1E5E"=>"R\u0331", "\u1E5F"=>"r\u0331", "\u1E60"=>"S\u0307", "\u1E61"=>"s\u0307", "\u1E62"=>"S\u0323", "\u1E63"=>"s\u0323", "\u1E64"=>"S\u0301\u0307", "\u1E65"=>"s\u0301\u0307", "\u1E66"=>"S\u030C\u0307", "\u1E67"=>"s\u030C\u0307", "\u1E68"=>"S\u0323\u0307", "\u1E69"=>"s\u0323\u0307", "\u1E6A"=>"T\u0307", "\u1E6B"=>"t\u0307", "\u1E6C"=>"T\u0323", "\u1E6D"=>"t\u0323", "\u1E6E"=>"T\u0331", "\u1E6F"=>"t\u0331", "\u1E70"=>"T\u032D", "\u1E71"=>"t\u032D", "\u1E72"=>"U\u0324", "\u1E73"=>"u\u0324", "\u1E74"=>"U\u0330", "\u1E75"=>"u\u0330", "\u1E76"=>"U\u032D", "\u1E77"=>"u\u032D", "\u1E78"=>"U\u0303\u0301", "\u1E79"=>"u\u0303\u0301", "\u1E7A"=>"U\u0304\u0308", "\u1E7B"=>"u\u0304\u0308", "\u1E7C"=>"V\u0303", "\u1E7D"=>"v\u0303", "\u1E7E"=>"V\u0323", "\u1E7F"=>"v\u0323", "\u1E80"=>"W\u0300", "\u1E81"=>"w\u0300", "\u1E82"=>"W\u0301", "\u1E83"=>"w\u0301", "\u1E84"=>"W\u0308", "\u1E85"=>"w\u0308", "\u1E86"=>"W\u0307", "\u1E87"=>"w\u0307", "\u1E88"=>"W\u0323", "\u1E89"=>"w\u0323", "\u1E8A"=>"X\u0307", "\u1E8B"=>"x\u0307", "\u1E8C"=>"X\u0308", "\u1E8D"=>"x\u0308", "\u1E8E"=>"Y\u0307", "\u1E8F"=>"y\u0307", "\u1E90"=>"Z\u0302", "\u1E91"=>"z\u0302", "\u1E92"=>"Z\u0323", "\u1E93"=>"z\u0323", "\u1E94"=>"Z\u0331", "\u1E95"=>"z\u0331", "\u1E96"=>"h\u0331", "\u1E97"=>"t\u0308", "\u1E98"=>"w\u030A", "\u1E99"=>"y\u030A", "\u1E9B"=>"\u017F\u0307", "\u1EA0"=>"A\u0323", "\u1EA1"=>"a\u0323", "\u1EA2"=>"A\u0309", "\u1EA3"=>"a\u0309", "\u1EA4"=>"A\u0302\u0301", "\u1EA5"=>"a\u0302\u0301", "\u1EA6"=>"A\u0302\u0300", "\u1EA7"=>"a\u0302\u0300", "\u1EA8"=>"A\u0302\u0309", "\u1EA9"=>"a\u0302\u0309", "\u1EAA"=>"A\u0302\u0303", "\u1EAB"=>"a\u0302\u0303", "\u1EAC"=>"A\u0323\u0302", "\u1EAD"=>"a\u0323\u0302", "\u1EAE"=>"A\u0306\u0301", "\u1EAF"=>"a\u0306\u0301", "\u1EB0"=>"A\u0306\u0300", "\u1EB1"=>"a\u0306\u0300", "\u1EB2"=>"A\u0306\u0309", "\u1EB3"=>"a\u0306\u0309", "\u1EB4"=>"A\u0306\u0303", "\u1EB5"=>"a\u0306\u0303", "\u1EB6"=>"A\u0323\u0306", "\u1EB7"=>"a\u0323\u0306", "\u1EB8"=>"E\u0323", "\u1EB9"=>"e\u0323", "\u1EBA"=>"E\u0309", "\u1EBB"=>"e\u0309", "\u1EBC"=>"E\u0303", "\u1EBD"=>"e\u0303", "\u1EBE"=>"E\u0302\u0301", "\u1EBF"=>"e\u0302\u0301", "\u1EC0"=>"E\u0302\u0300", "\u1EC1"=>"e\u0302\u0300", "\u1EC2"=>"E\u0302\u0309", "\u1EC3"=>"e\u0302\u0309", "\u1EC4"=>"E\u0302\u0303", "\u1EC5"=>"e\u0302\u0303", "\u1EC6"=>"E\u0323\u0302", "\u1EC7"=>"e\u0323\u0302", "\u1EC8"=>"I\u0309", "\u1EC9"=>"i\u0309", "\u1ECA"=>"I\u0323", "\u1ECB"=>"i\u0323", "\u1ECC"=>"O\u0323", "\u1ECD"=>"o\u0323", "\u1ECE"=>"O\u0309", "\u1ECF"=>"o\u0309", "\u1ED0"=>"O\u0302\u0301", "\u1ED1"=>"o\u0302\u0301", "\u1ED2"=>"O\u0302\u0300", "\u1ED3"=>"o\u0302\u0300", "\u1ED4"=>"O\u0302\u0309", "\u1ED5"=>"o\u0302\u0309", "\u1ED6"=>"O\u0302\u0303", "\u1ED7"=>"o\u0302\u0303", "\u1ED8"=>"O\u0323\u0302", "\u1ED9"=>"o\u0323\u0302", "\u1EDA"=>"O\u031B\u0301", "\u1EDB"=>"o\u031B\u0301", "\u1EDC"=>"O\u031B\u0300", "\u1EDD"=>"o\u031B\u0300", "\u1EDE"=>"O\u031B\u0309", "\u1EDF"=>"o\u031B\u0309", "\u1EE0"=>"O\u031B\u0303", "\u1EE1"=>"o\u031B\u0303", "\u1EE2"=>"O\u031B\u0323", "\u1EE3"=>"o\u031B\u0323", "\u1EE4"=>"U\u0323", "\u1EE5"=>"u\u0323", "\u1EE6"=>"U\u0309", "\u1EE7"=>"u\u0309", "\u1EE8"=>"U\u031B\u0301", "\u1EE9"=>"u\u031B\u0301", "\u1EEA"=>"U\u031B\u0300", "\u1EEB"=>"u\u031B\u0300", "\u1EEC"=>"U\u031B\u0309", "\u1EED"=>"u\u031B\u0309", "\u1EEE"=>"U\u031B\u0303", "\u1EEF"=>"u\u031B\u0303", "\u1EF0"=>"U\u031B\u0323", "\u1EF1"=>"u\u031B\u0323", "\u1EF2"=>"Y\u0300", "\u1EF3"=>"y\u0300", "\u1EF4"=>"Y\u0323", "\u1EF5"=>"y\u0323", "\u1EF6"=>"Y\u0309", "\u1EF7"=>"y\u0309", "\u1EF8"=>"Y\u0303", "\u1EF9"=>"y\u0303", "\u1F00"=>"\u03B1\u0313", "\u1F01"=>"\u03B1\u0314", "\u1F02"=>"\u03B1\u0313\u0300", "\u1F03"=>"\u03B1\u0314\u0300", "\u1F04"=>"\u03B1\u0313\u0301", "\u1F05"=>"\u03B1\u0314\u0301", "\u1F06"=>"\u03B1\u0313\u0342", "\u1F07"=>"\u03B1\u0314\u0342", "\u1F08"=>"\u0391\u0313", "\u1F09"=>"\u0391\u0314", "\u1F0A"=>"\u0391\u0313\u0300", "\u1F0B"=>"\u0391\u0314\u0300", "\u1F0C"=>"\u0391\u0313\u0301", "\u1F0D"=>"\u0391\u0314\u0301", "\u1F0E"=>"\u0391\u0313\u0342", "\u1F0F"=>"\u0391\u0314\u0342", "\u1F10"=>"\u03B5\u0313", "\u1F11"=>"\u03B5\u0314", "\u1F12"=>"\u03B5\u0313\u0300", "\u1F13"=>"\u03B5\u0314\u0300", "\u1F14"=>"\u03B5\u0313\u0301", "\u1F15"=>"\u03B5\u0314\u0301", "\u1F18"=>"\u0395\u0313", "\u1F19"=>"\u0395\u0314", "\u1F1A"=>"\u0395\u0313\u0300", "\u1F1B"=>"\u0395\u0314\u0300", "\u1F1C"=>"\u0395\u0313\u0301", "\u1F1D"=>"\u0395\u0314\u0301", "\u1F20"=>"\u03B7\u0313", "\u1F21"=>"\u03B7\u0314", "\u1F22"=>"\u03B7\u0313\u0300", "\u1F23"=>"\u03B7\u0314\u0300", "\u1F24"=>"\u03B7\u0313\u0301", "\u1F25"=>"\u03B7\u0314\u0301", "\u1F26"=>"\u03B7\u0313\u0342", "\u1F27"=>"\u03B7\u0314\u0342", "\u1F28"=>"\u0397\u0313", "\u1F29"=>"\u0397\u0314", "\u1F2A"=>"\u0397\u0313\u0300", "\u1F2B"=>"\u0397\u0314\u0300", "\u1F2C"=>"\u0397\u0313\u0301", "\u1F2D"=>"\u0397\u0314\u0301", "\u1F2E"=>"\u0397\u0313\u0342", "\u1F2F"=>"\u0397\u0314\u0342", "\u1F30"=>"\u03B9\u0313", "\u1F31"=>"\u03B9\u0314", "\u1F32"=>"\u03B9\u0313\u0300", "\u1F33"=>"\u03B9\u0314\u0300", "\u1F34"=>"\u03B9\u0313\u0301", "\u1F35"=>"\u03B9\u0314\u0301", "\u1F36"=>"\u03B9\u0313\u0342", "\u1F37"=>"\u03B9\u0314\u0342", "\u1F38"=>"\u0399\u0313", "\u1F39"=>"\u0399\u0314", "\u1F3A"=>"\u0399\u0313\u0300", "\u1F3B"=>"\u0399\u0314\u0300", "\u1F3C"=>"\u0399\u0313\u0301", "\u1F3D"=>"\u0399\u0314\u0301", "\u1F3E"=>"\u0399\u0313\u0342", "\u1F3F"=>"\u0399\u0314\u0342", "\u1F40"=>"\u03BF\u0313", "\u1F41"=>"\u03BF\u0314", "\u1F42"=>"\u03BF\u0313\u0300", "\u1F43"=>"\u03BF\u0314\u0300", "\u1F44"=>"\u03BF\u0313\u0301", "\u1F45"=>"\u03BF\u0314\u0301", "\u1F48"=>"\u039F\u0313", "\u1F49"=>"\u039F\u0314", "\u1F4A"=>"\u039F\u0313\u0300", "\u1F4B"=>"\u039F\u0314\u0300", "\u1F4C"=>"\u039F\u0313\u0301", "\u1F4D"=>"\u039F\u0314\u0301", "\u1F50"=>"\u03C5\u0313", "\u1F51"=>"\u03C5\u0314", "\u1F52"=>"\u03C5\u0313\u0300", "\u1F53"=>"\u03C5\u0314\u0300", "\u1F54"=>"\u03C5\u0313\u0301", "\u1F55"=>"\u03C5\u0314\u0301", "\u1F56"=>"\u03C5\u0313\u0342", "\u1F57"=>"\u03C5\u0314\u0342", "\u1F59"=>"\u03A5\u0314", "\u1F5B"=>"\u03A5\u0314\u0300", "\u1F5D"=>"\u03A5\u0314\u0301", "\u1F5F"=>"\u03A5\u0314\u0342", "\u1F60"=>"\u03C9\u0313", "\u1F61"=>"\u03C9\u0314", "\u1F62"=>"\u03C9\u0313\u0300", "\u1F63"=>"\u03C9\u0314\u0300", "\u1F64"=>"\u03C9\u0313\u0301", "\u1F65"=>"\u03C9\u0314\u0301", "\u1F66"=>"\u03C9\u0313\u0342", "\u1F67"=>"\u03C9\u0314\u0342", "\u1F68"=>"\u03A9\u0313", "\u1F69"=>"\u03A9\u0314", "\u1F6A"=>"\u03A9\u0313\u0300", "\u1F6B"=>"\u03A9\u0314\u0300", "\u1F6C"=>"\u03A9\u0313\u0301", "\u1F6D"=>"\u03A9\u0314\u0301", "\u1F6E"=>"\u03A9\u0313\u0342", "\u1F6F"=>"\u03A9\u0314\u0342", "\u1F70"=>"\u03B1\u0300", "\u1F71"=>"\u03B1\u0301", "\u1F72"=>"\u03B5\u0300", "\u1F73"=>"\u03B5\u0301", "\u1F74"=>"\u03B7\u0300", "\u1F75"=>"\u03B7\u0301", "\u1F76"=>"\u03B9\u0300", "\u1F77"=>"\u03B9\u0301", "\u1F78"=>"\u03BF\u0300", "\u1F79"=>"\u03BF\u0301", "\u1F7A"=>"\u03C5\u0300", "\u1F7B"=>"\u03C5\u0301", "\u1F7C"=>"\u03C9\u0300", "\u1F7D"=>"\u03C9\u0301", "\u1F80"=>"\u03B1\u0313\u0345", "\u1F81"=>"\u03B1\u0314\u0345", "\u1F82"=>"\u03B1\u0313\u0300\u0345", "\u1F83"=>"\u03B1\u0314\u0300\u0345", "\u1F84"=>"\u03B1\u0313\u0301\u0345", "\u1F85"=>"\u03B1\u0314\u0301\u0345", "\u1F86"=>"\u03B1\u0313\u0342\u0345", "\u1F87"=>"\u03B1\u0314\u0342\u0345", "\u1F88"=>"\u0391\u0313\u0345", "\u1F89"=>"\u0391\u0314\u0345", "\u1F8A"=>"\u0391\u0313\u0300\u0345", "\u1F8B"=>"\u0391\u0314\u0300\u0345", "\u1F8C"=>"\u0391\u0313\u0301\u0345", "\u1F8D"=>"\u0391\u0314\u0301\u0345", "\u1F8E"=>"\u0391\u0313\u0342\u0345", "\u1F8F"=>"\u0391\u0314\u0342\u0345", "\u1F90"=>"\u03B7\u0313\u0345", "\u1F91"=>"\u03B7\u0314\u0345", "\u1F92"=>"\u03B7\u0313\u0300\u0345", "\u1F93"=>"\u03B7\u0314\u0300\u0345", "\u1F94"=>"\u03B7\u0313\u0301\u0345", "\u1F95"=>"\u03B7\u0314\u0301\u0345", "\u1F96"=>"\u03B7\u0313\u0342\u0345", "\u1F97"=>"\u03B7\u0314\u0342\u0345", "\u1F98"=>"\u0397\u0313\u0345", "\u1F99"=>"\u0397\u0314\u0345", "\u1F9A"=>"\u0397\u0313\u0300\u0345", "\u1F9B"=>"\u0397\u0314\u0300\u0345", "\u1F9C"=>"\u0397\u0313\u0301\u0345", "\u1F9D"=>"\u0397\u0314\u0301\u0345", "\u1F9E"=>"\u0397\u0313\u0342\u0345", "\u1F9F"=>"\u0397\u0314\u0342\u0345", "\u1FA0"=>"\u03C9\u0313\u0345", "\u1FA1"=>"\u03C9\u0314\u0345", "\u1FA2"=>"\u03C9\u0313\u0300\u0345", "\u1FA3"=>"\u03C9\u0314\u0300\u0345", "\u1FA4"=>"\u03C9\u0313\u0301\u0345", "\u1FA5"=>"\u03C9\u0314\u0301\u0345", "\u1FA6"=>"\u03C9\u0313\u0342\u0345", "\u1FA7"=>"\u03C9\u0314\u0342\u0345", "\u1FA8"=>"\u03A9\u0313\u0345", "\u1FA9"=>"\u03A9\u0314\u0345", "\u1FAA"=>"\u03A9\u0313\u0300\u0345", "\u1FAB"=>"\u03A9\u0314\u0300\u0345", "\u1FAC"=>"\u03A9\u0313\u0301\u0345", "\u1FAD"=>"\u03A9\u0314\u0301\u0345", "\u1FAE"=>"\u03A9\u0313\u0342\u0345", "\u1FAF"=>"\u03A9\u0314\u0342\u0345", "\u1FB0"=>"\u03B1\u0306", "\u1FB1"=>"\u03B1\u0304", "\u1FB2"=>"\u03B1\u0300\u0345", "\u1FB3"=>"\u03B1\u0345", "\u1FB4"=>"\u03B1\u0301\u0345", "\u1FB6"=>"\u03B1\u0342", "\u1FB7"=>"\u03B1\u0342\u0345", "\u1FB8"=>"\u0391\u0306", "\u1FB9"=>"\u0391\u0304", "\u1FBA"=>"\u0391\u0300", "\u1FBB"=>"\u0391\u0301", "\u1FBC"=>"\u0391\u0345", "\u1FBE"=>"\u03B9", "\u1FC1"=>"\u00A8\u0342", "\u1FC2"=>"\u03B7\u0300\u0345", "\u1FC3"=>"\u03B7\u0345", "\u1FC4"=>"\u03B7\u0301\u0345", "\u1FC6"=>"\u03B7\u0342", "\u1FC7"=>"\u03B7\u0342\u0345", "\u1FC8"=>"\u0395\u0300", "\u1FC9"=>"\u0395\u0301", "\u1FCA"=>"\u0397\u0300", "\u1FCB"=>"\u0397\u0301", "\u1FCC"=>"\u0397\u0345", "\u1FCD"=>"\u1FBF\u0300", "\u1FCE"=>"\u1FBF\u0301", "\u1FCF"=>"\u1FBF\u0342", "\u1FD0"=>"\u03B9\u0306", "\u1FD1"=>"\u03B9\u0304", "\u1FD2"=>"\u03B9\u0308\u0300", "\u1FD3"=>"\u03B9\u0308\u0301", "\u1FD6"=>"\u03B9\u0342", "\u1FD7"=>"\u03B9\u0308\u0342", "\u1FD8"=>"\u0399\u0306", "\u1FD9"=>"\u0399\u0304", "\u1FDA"=>"\u0399\u0300", "\u1FDB"=>"\u0399\u0301", "\u1FDD"=>"\u1FFE\u0300", "\u1FDE"=>"\u1FFE\u0301", "\u1FDF"=>"\u1FFE\u0342", "\u1FE0"=>"\u03C5\u0306", "\u1FE1"=>"\u03C5\u0304", "\u1FE2"=>"\u03C5\u0308\u0300", "\u1FE3"=>"\u03C5\u0308\u0301", "\u1FE4"=>"\u03C1\u0313", "\u1FE5"=>"\u03C1\u0314", "\u1FE6"=>"\u03C5\u0342", "\u1FE7"=>"\u03C5\u0308\u0342", "\u1FE8"=>"\u03A5\u0306", "\u1FE9"=>"\u03A5\u0304", "\u1FEA"=>"\u03A5\u0300", "\u1FEB"=>"\u03A5\u0301", "\u1FEC"=>"\u03A1\u0314", "\u1FED"=>"\u00A8\u0300", "\u1FEE"=>"\u00A8\u0301", "\u1FEF"=>"`", "\u1FF2"=>"\u03C9\u0300\u0345", "\u1FF3"=>"\u03C9\u0345", "\u1FF4"=>"\u03C9\u0301\u0345", "\u1FF6"=>"\u03C9\u0342", "\u1FF7"=>"\u03C9\u0342\u0345", "\u1FF8"=>"\u039F\u0300", "\u1FF9"=>"\u039F\u0301", "\u1FFA"=>"\u03A9\u0300", "\u1FFB"=>"\u03A9\u0301", "\u1FFC"=>"\u03A9\u0345", "\u1FFD"=>"\u00B4", "\u2000"=>"\u2002", "\u2001"=>"\u2003", "\u2126"=>"\u03A9", "\u212A"=>"K", "\u212B"=>"A\u030A", "\u219A"=>"\u2190\u0338", "\u219B"=>"\u2192\u0338", "\u21AE"=>"\u2194\u0338", "\u21CD"=>"\u21D0\u0338", "\u21CE"=>"\u21D4\u0338", "\u21CF"=>"\u21D2\u0338", "\u2204"=>"\u2203\u0338", "\u2209"=>"\u2208\u0338", "\u220C"=>"\u220B\u0338", "\u2224"=>"\u2223\u0338", "\u2226"=>"\u2225\u0338", "\u2241"=>"\u223C\u0338", "\u2244"=>"\u2243\u0338", "\u2247"=>"\u2245\u0338", "\u2249"=>"\u2248\u0338", "\u2260"=>"=\u0338", "\u2262"=>"\u2261\u0338", "\u226D"=>"\u224D\u0338", "\u226E"=>"<\u0338", "\u226F"=>">\u0338", "\u2270"=>"\u2264\u0338", "\u2271"=>"\u2265\u0338", "\u2274"=>"\u2272\u0338", "\u2275"=>"\u2273\u0338", "\u2278"=>"\u2276\u0338", "\u2279"=>"\u2277\u0338", "\u2280"=>"\u227A\u0338", "\u2281"=>"\u227B\u0338", "\u2284"=>"\u2282\u0338", "\u2285"=>"\u2283\u0338", "\u2288"=>"\u2286\u0338", "\u2289"=>"\u2287\u0338", "\u22AC"=>"\u22A2\u0338", "\u22AD"=>"\u22A8\u0338", "\u22AE"=>"\u22A9\u0338", "\u22AF"=>"\u22AB\u0338", "\u22E0"=>"\u227C\u0338", "\u22E1"=>"\u227D\u0338", "\u22E2"=>"\u2291\u0338", "\u22E3"=>"\u2292\u0338", "\u22EA"=>"\u22B2\u0338", "\u22EB"=>"\u22B3\u0338", "\u22EC"=>"\u22B4\u0338", "\u22ED"=>"\u22B5\u0338", "\u2329"=>"\u3008", "\u232A"=>"\u3009", "\u2ADC"=>"\u2ADD\u0338", "\u304C"=>"\u304B\u3099", "\u304E"=>"\u304D\u3099", "\u3050"=>"\u304F\u3099", "\u3052"=>"\u3051\u3099", "\u3054"=>"\u3053\u3099", "\u3056"=>"\u3055\u3099", "\u3058"=>"\u3057\u3099", "\u305A"=>"\u3059\u3099", "\u305C"=>"\u305B\u3099", "\u305E"=>"\u305D\u3099", "\u3060"=>"\u305F\u3099", "\u3062"=>"\u3061\u3099", "\u3065"=>"\u3064\u3099", "\u3067"=>"\u3066\u3099", "\u3069"=>"\u3068\u3099", "\u3070"=>"\u306F\u3099", "\u3071"=>"\u306F\u309A", "\u3073"=>"\u3072\u3099", "\u3074"=>"\u3072\u309A", "\u3076"=>"\u3075\u3099", "\u3077"=>"\u3075\u309A", "\u3079"=>"\u3078\u3099", "\u307A"=>"\u3078\u309A", "\u307C"=>"\u307B\u3099", "\u307D"=>"\u307B\u309A", "\u3094"=>"\u3046\u3099", "\u309E"=>"\u309D\u3099", "\u30AC"=>"\u30AB\u3099", "\u30AE"=>"\u30AD\u3099", "\u30B0"=>"\u30AF\u3099", "\u30B2"=>"\u30B1\u3099", "\u30B4"=>"\u30B3\u3099", "\u30B6"=>"\u30B5\u3099", "\u30B8"=>"\u30B7\u3099", "\u30BA"=>"\u30B9\u3099", "\u30BC"=>"\u30BB\u3099", "\u30BE"=>"\u30BD\u3099", "\u30C0"=>"\u30BF\u3099", "\u30C2"=>"\u30C1\u3099", "\u30C5"=>"\u30C4\u3099", "\u30C7"=>"\u30C6\u3099", "\u30C9"=>"\u30C8\u3099", "\u30D0"=>"\u30CF\u3099", "\u30D1"=>"\u30CF\u309A", "\u30D3"=>"\u30D2\u3099", "\u30D4"=>"\u30D2\u309A", "\u30D6"=>"\u30D5\u3099", "\u30D7"=>"\u30D5\u309A", "\u30D9"=>"\u30D8\u3099", "\u30DA"=>"\u30D8\u309A", "\u30DC"=>"\u30DB\u3099", "\u30DD"=>"\u30DB\u309A", "\u30F4"=>"\u30A6\u3099", "\u30F7"=>"\u30EF\u3099", "\u30F8"=>"\u30F0\u3099", "\u30F9"=>"\u30F1\u3099", "\u30FA"=>"\u30F2\u3099", "\u30FE"=>"\u30FD\u3099", "\uF900"=>"\u8C48", "\uF901"=>"\u66F4", "\uF902"=>"\u8ECA", "\uF903"=>"\u8CC8", "\uF904"=>"\u6ED1", "\uF905"=>"\u4E32", "\uF906"=>"\u53E5", "\uF907"=>"\u9F9C", "\uF908"=>"\u9F9C", "\uF909"=>"\u5951", "\uF90A"=>"\u91D1", "\uF90B"=>"\u5587", "\uF90C"=>"\u5948", "\uF90D"=>"\u61F6", "\uF90E"=>"\u7669", "\uF90F"=>"\u7F85", "\uF910"=>"\u863F", "\uF911"=>"\u87BA", "\uF912"=>"\u88F8", "\uF913"=>"\u908F", "\uF914"=>"\u6A02", "\uF915"=>"\u6D1B", "\uF916"=>"\u70D9", "\uF917"=>"\u73DE", "\uF918"=>"\u843D", "\uF919"=>"\u916A", "\uF91A"=>"\u99F1", "\uF91B"=>"\u4E82", "\uF91C"=>"\u5375", "\uF91D"=>"\u6B04", "\uF91E"=>"\u721B", "\uF91F"=>"\u862D", "\uF920"=>"\u9E1E", "\uF921"=>"\u5D50", "\uF922"=>"\u6FEB", "\uF923"=>"\u85CD", "\uF924"=>"\u8964", "\uF925"=>"\u62C9", "\uF926"=>"\u81D8", "\uF927"=>"\u881F", "\uF928"=>"\u5ECA", "\uF929"=>"\u6717", "\uF92A"=>"\u6D6A", "\uF92B"=>"\u72FC", "\uF92C"=>"\u90CE", "\uF92D"=>"\u4F86", "\uF92E"=>"\u51B7", "\uF92F"=>"\u52DE", "\uF930"=>"\u64C4", "\uF931"=>"\u6AD3", "\uF932"=>"\u7210", "\uF933"=>"\u76E7", "\uF934"=>"\u8001", "\uF935"=>"\u8606", "\uF936"=>"\u865C", "\uF937"=>"\u8DEF", "\uF938"=>"\u9732", "\uF939"=>"\u9B6F", "\uF93A"=>"\u9DFA", "\uF93B"=>"\u788C", "\uF93C"=>"\u797F", "\uF93D"=>"\u7DA0", "\uF93E"=>"\u83C9", "\uF93F"=>"\u9304", "\uF940"=>"\u9E7F", "\uF941"=>"\u8AD6", "\uF942"=>"\u58DF", "\uF943"=>"\u5F04", "\uF944"=>"\u7C60", "\uF945"=>"\u807E", "\uF946"=>"\u7262", "\uF947"=>"\u78CA", "\uF948"=>"\u8CC2", "\uF949"=>"\u96F7", "\uF94A"=>"\u58D8", "\uF94B"=>"\u5C62", "\uF94C"=>"\u6A13", "\uF94D"=>"\u6DDA", "\uF94E"=>"\u6F0F", "\uF94F"=>"\u7D2F", "\uF950"=>"\u7E37", "\uF951"=>"\u964B", "\uF952"=>"\u52D2", "\uF953"=>"\u808B", "\uF954"=>"\u51DC", "\uF955"=>"\u51CC", "\uF956"=>"\u7A1C", "\uF957"=>"\u7DBE", "\uF958"=>"\u83F1", "\uF959"=>"\u9675", "\uF95A"=>"\u8B80", "\uF95B"=>"\u62CF", "\uF95C"=>"\u6A02", "\uF95D"=>"\u8AFE", "\uF95E"=>"\u4E39", "\uF95F"=>"\u5BE7", "\uF960"=>"\u6012", "\uF961"=>"\u7387", "\uF962"=>"\u7570", "\uF963"=>"\u5317", "\uF964"=>"\u78FB", "\uF965"=>"\u4FBF", "\uF966"=>"\u5FA9", "\uF967"=>"\u4E0D", "\uF968"=>"\u6CCC", "\uF969"=>"\u6578", "\uF96A"=>"\u7D22", "\uF96B"=>"\u53C3", "\uF96C"=>"\u585E", "\uF96D"=>"\u7701", "\uF96E"=>"\u8449", "\uF96F"=>"\u8AAA", "\uF970"=>"\u6BBA", "\uF971"=>"\u8FB0", "\uF972"=>"\u6C88", "\uF973"=>"\u62FE", "\uF974"=>"\u82E5", "\uF975"=>"\u63A0", "\uF976"=>"\u7565", "\uF977"=>"\u4EAE", "\uF978"=>"\u5169", "\uF979"=>"\u51C9", "\uF97A"=>"\u6881", "\uF97B"=>"\u7CE7", "\uF97C"=>"\u826F", "\uF97D"=>"\u8AD2", "\uF97E"=>"\u91CF", "\uF97F"=>"\u52F5", "\uF980"=>"\u5442", "\uF981"=>"\u5973", "\uF982"=>"\u5EEC", "\uF983"=>"\u65C5", "\uF984"=>"\u6FFE", "\uF985"=>"\u792A", "\uF986"=>"\u95AD", "\uF987"=>"\u9A6A", "\uF988"=>"\u9E97", "\uF989"=>"\u9ECE", "\uF98A"=>"\u529B", "\uF98B"=>"\u66C6", "\uF98C"=>"\u6B77", "\uF98D"=>"\u8F62", "\uF98E"=>"\u5E74", "\uF98F"=>"\u6190", "\uF990"=>"\u6200", "\uF991"=>"\u649A", "\uF992"=>"\u6F23", "\uF993"=>"\u7149", "\uF994"=>"\u7489", "\uF995"=>"\u79CA", "\uF996"=>"\u7DF4", "\uF997"=>"\u806F", "\uF998"=>"\u8F26", "\uF999"=>"\u84EE", "\uF99A"=>"\u9023", "\uF99B"=>"\u934A", "\uF99C"=>"\u5217", "\uF99D"=>"\u52A3", "\uF99E"=>"\u54BD", "\uF99F"=>"\u70C8", "\uF9A0"=>"\u88C2", "\uF9A1"=>"\u8AAA", "\uF9A2"=>"\u5EC9", "\uF9A3"=>"\u5FF5", "\uF9A4"=>"\u637B", "\uF9A5"=>"\u6BAE", "\uF9A6"=>"\u7C3E", "\uF9A7"=>"\u7375", "\uF9A8"=>"\u4EE4", "\uF9A9"=>"\u56F9", "\uF9AA"=>"\u5BE7", "\uF9AB"=>"\u5DBA", "\uF9AC"=>"\u601C", "\uF9AD"=>"\u73B2", "\uF9AE"=>"\u7469", "\uF9AF"=>"\u7F9A", "\uF9B0"=>"\u8046", "\uF9B1"=>"\u9234", "\uF9B2"=>"\u96F6", "\uF9B3"=>"\u9748", "\uF9B4"=>"\u9818", "\uF9B5"=>"\u4F8B", "\uF9B6"=>"\u79AE", "\uF9B7"=>"\u91B4", "\uF9B8"=>"\u96B8", "\uF9B9"=>"\u60E1", "\uF9BA"=>"\u4E86", "\uF9BB"=>"\u50DA", "\uF9BC"=>"\u5BEE", "\uF9BD"=>"\u5C3F", "\uF9BE"=>"\u6599", "\uF9BF"=>"\u6A02", "\uF9C0"=>"\u71CE", "\uF9C1"=>"\u7642", "\uF9C2"=>"\u84FC", "\uF9C3"=>"\u907C", "\uF9C4"=>"\u9F8D", "\uF9C5"=>"\u6688", "\uF9C6"=>"\u962E", "\uF9C7"=>"\u5289", "\uF9C8"=>"\u677B", "\uF9C9"=>"\u67F3", "\uF9CA"=>"\u6D41", "\uF9CB"=>"\u6E9C", "\uF9CC"=>"\u7409", "\uF9CD"=>"\u7559", "\uF9CE"=>"\u786B", "\uF9CF"=>"\u7D10", "\uF9D0"=>"\u985E", "\uF9D1"=>"\u516D", "\uF9D2"=>"\u622E", "\uF9D3"=>"\u9678", "\uF9D4"=>"\u502B", "\uF9D5"=>"\u5D19", "\uF9D6"=>"\u6DEA", "\uF9D7"=>"\u8F2A", "\uF9D8"=>"\u5F8B", "\uF9D9"=>"\u6144", "\uF9DA"=>"\u6817", "\uF9DB"=>"\u7387", "\uF9DC"=>"\u9686", "\uF9DD"=>"\u5229", "\uF9DE"=>"\u540F", "\uF9DF"=>"\u5C65", "\uF9E0"=>"\u6613", "\uF9E1"=>"\u674E", "\uF9E2"=>"\u68A8", "\uF9E3"=>"\u6CE5", "\uF9E4"=>"\u7406", "\uF9E5"=>"\u75E2", "\uF9E6"=>"\u7F79", "\uF9E7"=>"\u88CF", "\uF9E8"=>"\u88E1", "\uF9E9"=>"\u91CC", "\uF9EA"=>"\u96E2", "\uF9EB"=>"\u533F", "\uF9EC"=>"\u6EBA", "\uF9ED"=>"\u541D", "\uF9EE"=>"\u71D0", "\uF9EF"=>"\u7498", "\uF9F0"=>"\u85FA", "\uF9F1"=>"\u96A3", "\uF9F2"=>"\u9C57", "\uF9F3"=>"\u9E9F", "\uF9F4"=>"\u6797", "\uF9F5"=>"\u6DCB", "\uF9F6"=>"\u81E8", "\uF9F7"=>"\u7ACB", "\uF9F8"=>"\u7B20", "\uF9F9"=>"\u7C92", "\uF9FA"=>"\u72C0", "\uF9FB"=>"\u7099", "\uF9FC"=>"\u8B58", "\uF9FD"=>"\u4EC0", "\uF9FE"=>"\u8336", "\uF9FF"=>"\u523A", "\uFA00"=>"\u5207", "\uFA01"=>"\u5EA6", "\uFA02"=>"\u62D3", "\uFA03"=>"\u7CD6", "\uFA04"=>"\u5B85", "\uFA05"=>"\u6D1E", "\uFA06"=>"\u66B4", "\uFA07"=>"\u8F3B", "\uFA08"=>"\u884C", "\uFA09"=>"\u964D", "\uFA0A"=>"\u898B", "\uFA0B"=>"\u5ED3", "\uFA0C"=>"\u5140", "\uFA0D"=>"\u55C0", "\uFA10"=>"\u585A", "\uFA12"=>"\u6674", "\uFA15"=>"\u51DE", "\uFA16"=>"\u732A", "\uFA17"=>"\u76CA", "\uFA18"=>"\u793C", "\uFA19"=>"\u795E", "\uFA1A"=>"\u7965", "\uFA1B"=>"\u798F", "\uFA1C"=>"\u9756", "\uFA1D"=>"\u7CBE", "\uFA1E"=>"\u7FBD", "\uFA20"=>"\u8612", "\uFA22"=>"\u8AF8", "\uFA25"=>"\u9038", "\uFA26"=>"\u90FD", "\uFA2A"=>"\u98EF", "\uFA2B"=>"\u98FC", "\uFA2C"=>"\u9928", "\uFA2D"=>"\u9DB4", "\uFA2E"=>"\u90DE", "\uFA2F"=>"\u96B7", "\uFA30"=>"\u4FAE", "\uFA31"=>"\u50E7", "\uFA32"=>"\u514D", "\uFA33"=>"\u52C9", "\uFA34"=>"\u52E4", "\uFA35"=>"\u5351", "\uFA36"=>"\u559D", "\uFA37"=>"\u5606", "\uFA38"=>"\u5668", "\uFA39"=>"\u5840", "\uFA3A"=>"\u58A8", "\uFA3B"=>"\u5C64", "\uFA3C"=>"\u5C6E", "\uFA3D"=>"\u6094", "\uFA3E"=>"\u6168", "\uFA3F"=>"\u618E", "\uFA40"=>"\u61F2", "\uFA41"=>"\u654F", "\uFA42"=>"\u65E2", "\uFA43"=>"\u6691", "\uFA44"=>"\u6885", "\uFA45"=>"\u6D77", "\uFA46"=>"\u6E1A", "\uFA47"=>"\u6F22", "\uFA48"=>"\u716E", "\uFA49"=>"\u722B", "\uFA4A"=>"\u7422", "\uFA4B"=>"\u7891", "\uFA4C"=>"\u793E", "\uFA4D"=>"\u7949", "\uFA4E"=>"\u7948", "\uFA4F"=>"\u7950", "\uFA50"=>"\u7956", "\uFA51"=>"\u795D", "\uFA52"=>"\u798D", "\uFA53"=>"\u798E", "\uFA54"=>"\u7A40", "\uFA55"=>"\u7A81", "\uFA56"=>"\u7BC0", "\uFA57"=>"\u7DF4", "\uFA58"=>"\u7E09", "\uFA59"=>"\u7E41", "\uFA5A"=>"\u7F72", "\uFA5B"=>"\u8005", "\uFA5C"=>"\u81ED", "\uFA5D"=>"\u8279", "\uFA5E"=>"\u8279", "\uFA5F"=>"\u8457", "\uFA60"=>"\u8910", "\uFA61"=>"\u8996", "\uFA62"=>"\u8B01", "\uFA63"=>"\u8B39", "\uFA64"=>"\u8CD3", "\uFA65"=>"\u8D08", "\uFA66"=>"\u8FB6", "\uFA67"=>"\u9038", "\uFA68"=>"\u96E3", "\uFA69"=>"\u97FF", "\uFA6A"=>"\u983B", "\uFA6B"=>"\u6075", "\uFA6C"=>"\u{242EE}", "\uFA6D"=>"\u8218", "\uFA70"=>"\u4E26", "\uFA71"=>"\u51B5", "\uFA72"=>"\u5168", "\uFA73"=>"\u4F80", "\uFA74"=>"\u5145", "\uFA75"=>"\u5180", "\uFA76"=>"\u52C7", "\uFA77"=>"\u52FA", "\uFA78"=>"\u559D", "\uFA79"=>"\u5555", "\uFA7A"=>"\u5599", "\uFA7B"=>"\u55E2", "\uFA7C"=>"\u585A", "\uFA7D"=>"\u58B3", "\uFA7E"=>"\u5944", "\uFA7F"=>"\u5954", "\uFA80"=>"\u5A62", "\uFA81"=>"\u5B28", "\uFA82"=>"\u5ED2", "\uFA83"=>"\u5ED9", "\uFA84"=>"\u5F69", "\uFA85"=>"\u5FAD", "\uFA86"=>"\u60D8", "\uFA87"=>"\u614E", "\uFA88"=>"\u6108", "\uFA89"=>"\u618E", "\uFA8A"=>"\u6160", "\uFA8B"=>"\u61F2", "\uFA8C"=>"\u6234", "\uFA8D"=>"\u63C4", "\uFA8E"=>"\u641C", "\uFA8F"=>"\u6452", "\uFA90"=>"\u6556", "\uFA91"=>"\u6674", "\uFA92"=>"\u6717", "\uFA93"=>"\u671B", "\uFA94"=>"\u6756", "\uFA95"=>"\u6B79", "\uFA96"=>"\u6BBA", "\uFA97"=>"\u6D41", "\uFA98"=>"\u6EDB", "\uFA99"=>"\u6ECB", "\uFA9A"=>"\u6F22", "\uFA9B"=>"\u701E", "\uFA9C"=>"\u716E", "\uFA9D"=>"\u77A7", "\uFA9E"=>"\u7235", "\uFA9F"=>"\u72AF", "\uFAA0"=>"\u732A", "\uFAA1"=>"\u7471", "\uFAA2"=>"\u7506", "\uFAA3"=>"\u753B", "\uFAA4"=>"\u761D", "\uFAA5"=>"\u761F", "\uFAA6"=>"\u76CA", "\uFAA7"=>"\u76DB", "\uFAA8"=>"\u76F4", "\uFAA9"=>"\u774A", "\uFAAA"=>"\u7740", "\uFAAB"=>"\u78CC", "\uFAAC"=>"\u7AB1", "\uFAAD"=>"\u7BC0", "\uFAAE"=>"\u7C7B", "\uFAAF"=>"\u7D5B", "\uFAB0"=>"\u7DF4", "\uFAB1"=>"\u7F3E", "\uFAB2"=>"\u8005", "\uFAB3"=>"\u8352", "\uFAB4"=>"\u83EF", "\uFAB5"=>"\u8779", "\uFAB6"=>"\u8941", "\uFAB7"=>"\u8986", "\uFAB8"=>"\u8996", "\uFAB9"=>"\u8ABF", "\uFABA"=>"\u8AF8", "\uFABB"=>"\u8ACB", "\uFABC"=>"\u8B01", "\uFABD"=>"\u8AFE", "\uFABE"=>"\u8AED", "\uFABF"=>"\u8B39", "\uFAC0"=>"\u8B8A", "\uFAC1"=>"\u8D08", "\uFAC2"=>"\u8F38", "\uFAC3"=>"\u9072", "\uFAC4"=>"\u9199", "\uFAC5"=>"\u9276", "\uFAC6"=>"\u967C", "\uFAC7"=>"\u96E3", "\uFAC8"=>"\u9756", "\uFAC9"=>"\u97DB", "\uFACA"=>"\u97FF", "\uFACB"=>"\u980B", "\uFACC"=>"\u983B", "\uFACD"=>"\u9B12", "\uFACE"=>"\u9F9C", "\uFACF"=>"\u{2284A}", "\uFAD0"=>"\u{22844}", "\uFAD1"=>"\u{233D5}", "\uFAD2"=>"\u3B9D", "\uFAD3"=>"\u4018", "\uFAD4"=>"\u4039", "\uFAD5"=>"\u{25249}", "\uFAD6"=>"\u{25CD0}", "\uFAD7"=>"\u{27ED3}", "\uFAD8"=>"\u9F43", "\uFAD9"=>"\u9F8E", "\uFB1D"=>"\u05D9\u05B4", "\uFB1F"=>"\u05F2\u05B7", "\uFB2A"=>"\u05E9\u05C1", "\uFB2B"=>"\u05E9\u05C2", "\uFB2C"=>"\u05E9\u05BC\u05C1", "\uFB2D"=>"\u05E9\u05BC\u05C2", "\uFB2E"=>"\u05D0\u05B7", "\uFB2F"=>"\u05D0\u05B8", "\uFB30"=>"\u05D0\u05BC", "\uFB31"=>"\u05D1\u05BC", "\uFB32"=>"\u05D2\u05BC", "\uFB33"=>"\u05D3\u05BC", "\uFB34"=>"\u05D4\u05BC", "\uFB35"=>"\u05D5\u05BC", "\uFB36"=>"\u05D6\u05BC", "\uFB38"=>"\u05D8\u05BC", "\uFB39"=>"\u05D9\u05BC", "\uFB3A"=>"\u05DA\u05BC", "\uFB3B"=>"\u05DB\u05BC", "\uFB3C"=>"\u05DC\u05BC", "\uFB3E"=>"\u05DE\u05BC", "\uFB40"=>"\u05E0\u05BC", "\uFB41"=>"\u05E1\u05BC", "\uFB43"=>"\u05E3\u05BC", "\uFB44"=>"\u05E4\u05BC", "\uFB46"=>"\u05E6\u05BC", "\uFB47"=>"\u05E7\u05BC", "\uFB48"=>"\u05E8\u05BC", "\uFB49"=>"\u05E9\u05BC", "\uFB4A"=>"\u05EA\u05BC", "\uFB4B"=>"\u05D5\u05B9", "\uFB4C"=>"\u05D1\u05BF", "\uFB4D"=>"\u05DB\u05BF", "\uFB4E"=>"\u05E4\u05BF", "\u{1109A}"=>"\u{11099}\u{110BA}", "\u{1109C}"=>"\u{1109B}\u{110BA}", "\u{110AB}"=>"\u{110A5}\u{110BA}", "\u{1112E}"=>"\u{11131}\u{11127}", "\u{1112F}"=>"\u{11132}\u{11127}", "\u{1134B}"=>"\u{11347}\u{1133E}", "\u{1134C}"=>"\u{11347}\u{11357}", "\u{114BB}"=>"\u{114B9}\u{114BA}", "\u{114BC}"=>"\u{114B9}\u{114B0}", "\u{114BE}"=>"\u{114B9}\u{114BD}", "\u{115BA}"=>"\u{115B8}\u{115AF}", "\u{115BB}"=>"\u{115B9}\u{115AF}", "\u{11938}"=>"\u{11935}\u{11930}", "\u{1D15E}"=>"\u{1D157}\u{1D165}", "\u{1D15F}"=>"\u{1D158}\u{1D165}", "\u{1D160}"=>"\u{1D158}\u{1D165}\u{1D16E}", "\u{1D161}"=>"\u{1D158}\u{1D165}\u{1D16F}", "\u{1D162}"=>"\u{1D158}\u{1D165}\u{1D170}", "\u{1D163}"=>"\u{1D158}\u{1D165}\u{1D171}", "\u{1D164}"=>"\u{1D158}\u{1D165}\u{1D172}", "\u{1D1BB}"=>"\u{1D1B9}\u{1D165}", "\u{1D1BC}"=>"\u{1D1BA}\u{1D165}", "\u{1D1BD}"=>"\u{1D1B9}\u{1D165}\u{1D16E}", "\u{1D1BE}"=>"\u{1D1BA}\u{1D165}\u{1D16E}", "\u{1D1BF}"=>"\u{1D1B9}\u{1D165}\u{1D16F}", "\u{1D1C0}"=>"\u{1D1BA}\u{1D165}\u{1D16F}", "\u{2F800}"=>"\u4E3D", "\u{2F801}"=>"\u4E38", "\u{2F802}"=>"\u4E41", "\u{2F803}"=>"\u{20122}", "\u{2F804}"=>"\u4F60", "\u{2F805}"=>"\u4FAE", "\u{2F806}"=>"\u4FBB", "\u{2F807}"=>"\u5002", "\u{2F808}"=>"\u507A", "\u{2F809}"=>"\u5099", "\u{2F80A}"=>"\u50E7", "\u{2F80B}"=>"\u50CF", "\u{2F80C}"=>"\u349E", "\u{2F80D}"=>"\u{2063A}", "\u{2F80E}"=>"\u514D", "\u{2F80F}"=>"\u5154", "\u{2F810}"=>"\u5164", "\u{2F811}"=>"\u5177", "\u{2F812}"=>"\u{2051C}", "\u{2F813}"=>"\u34B9", "\u{2F814}"=>"\u5167", "\u{2F815}"=>"\u518D", "\u{2F816}"=>"\u{2054B}", "\u{2F817}"=>"\u5197", "\u{2F818}"=>"\u51A4", "\u{2F819}"=>"\u4ECC", "\u{2F81A}"=>"\u51AC", "\u{2F81B}"=>"\u51B5", "\u{2F81C}"=>"\u{291DF}", "\u{2F81D}"=>"\u51F5", "\u{2F81E}"=>"\u5203", "\u{2F81F}"=>"\u34DF", "\u{2F820}"=>"\u523B", "\u{2F821}"=>"\u5246", "\u{2F822}"=>"\u5272", "\u{2F823}"=>"\u5277", "\u{2F824}"=>"\u3515", "\u{2F825}"=>"\u52C7", "\u{2F826}"=>"\u52C9", "\u{2F827}"=>"\u52E4", "\u{2F828}"=>"\u52FA", "\u{2F829}"=>"\u5305", "\u{2F82A}"=>"\u5306", "\u{2F82B}"=>"\u5317", "\u{2F82C}"=>"\u5349", "\u{2F82D}"=>"\u5351", "\u{2F82E}"=>"\u535A", "\u{2F82F}"=>"\u5373", "\u{2F830}"=>"\u537D", "\u{2F831}"=>"\u537F", "\u{2F832}"=>"\u537F", "\u{2F833}"=>"\u537F", "\u{2F834}"=>"\u{20A2C}", "\u{2F835}"=>"\u7070", "\u{2F836}"=>"\u53CA", "\u{2F837}"=>"\u53DF", "\u{2F838}"=>"\u{20B63}", "\u{2F839}"=>"\u53EB", "\u{2F83A}"=>"\u53F1", "\u{2F83B}"=>"\u5406", "\u{2F83C}"=>"\u549E", "\u{2F83D}"=>"\u5438", "\u{2F83E}"=>"\u5448", "\u{2F83F}"=>"\u5468", "\u{2F840}"=>"\u54A2", "\u{2F841}"=>"\u54F6", "\u{2F842}"=>"\u5510", "\u{2F843}"=>"\u5553", "\u{2F844}"=>"\u5563", "\u{2F845}"=>"\u5584", "\u{2F846}"=>"\u5584", "\u{2F847}"=>"\u5599", "\u{2F848}"=>"\u55AB", "\u{2F849}"=>"\u55B3", "\u{2F84A}"=>"\u55C2", "\u{2F84B}"=>"\u5716", "\u{2F84C}"=>"\u5606", "\u{2F84D}"=>"\u5717", "\u{2F84E}"=>"\u5651", "\u{2F84F}"=>"\u5674", "\u{2F850}"=>"\u5207", "\u{2F851}"=>"\u58EE", "\u{2F852}"=>"\u57CE", "\u{2F853}"=>"\u57F4", "\u{2F854}"=>"\u580D", "\u{2F855}"=>"\u578B", "\u{2F856}"=>"\u5832", "\u{2F857}"=>"\u5831", "\u{2F858}"=>"\u58AC", "\u{2F859}"=>"\u{214E4}", "\u{2F85A}"=>"\u58F2", "\u{2F85B}"=>"\u58F7", "\u{2F85C}"=>"\u5906", "\u{2F85D}"=>"\u591A", "\u{2F85E}"=>"\u5922", "\u{2F85F}"=>"\u5962", "\u{2F860}"=>"\u{216A8}", "\u{2F861}"=>"\u{216EA}", "\u{2F862}"=>"\u59EC", "\u{2F863}"=>"\u5A1B", "\u{2F864}"=>"\u5A27", "\u{2F865}"=>"\u59D8", "\u{2F866}"=>"\u5A66", "\u{2F867}"=>"\u36EE", "\u{2F868}"=>"\u36FC", "\u{2F869}"=>"\u5B08", "\u{2F86A}"=>"\u5B3E", "\u{2F86B}"=>"\u5B3E", "\u{2F86C}"=>"\u{219C8}", "\u{2F86D}"=>"\u5BC3", "\u{2F86E}"=>"\u5BD8", "\u{2F86F}"=>"\u5BE7", "\u{2F870}"=>"\u5BF3", "\u{2F871}"=>"\u{21B18}", "\u{2F872}"=>"\u5BFF", "\u{2F873}"=>"\u5C06", "\u{2F874}"=>"\u5F53", "\u{2F875}"=>"\u5C22", "\u{2F876}"=>"\u3781", "\u{2F877}"=>"\u5C60", "\u{2F878}"=>"\u5C6E", "\u{2F879}"=>"\u5CC0", "\u{2F87A}"=>"\u5C8D", "\u{2F87B}"=>"\u{21DE4}", "\u{2F87C}"=>"\u5D43", "\u{2F87D}"=>"\u{21DE6}", "\u{2F87E}"=>"\u5D6E", "\u{2F87F}"=>"\u5D6B", "\u{2F880}"=>"\u5D7C", "\u{2F881}"=>"\u5DE1", "\u{2F882}"=>"\u5DE2", "\u{2F883}"=>"\u382F", "\u{2F884}"=>"\u5DFD", "\u{2F885}"=>"\u5E28", "\u{2F886}"=>"\u5E3D", "\u{2F887}"=>"\u5E69", "\u{2F888}"=>"\u3862", "\u{2F889}"=>"\u{22183}", "\u{2F88A}"=>"\u387C", "\u{2F88B}"=>"\u5EB0", "\u{2F88C}"=>"\u5EB3", "\u{2F88D}"=>"\u5EB6", "\u{2F88E}"=>"\u5ECA", "\u{2F88F}"=>"\u{2A392}", "\u{2F890}"=>"\u5EFE", "\u{2F891}"=>"\u{22331}", "\u{2F892}"=>"\u{22331}", "\u{2F893}"=>"\u8201", "\u{2F894}"=>"\u5F22", "\u{2F895}"=>"\u5F22", "\u{2F896}"=>"\u38C7", "\u{2F897}"=>"\u{232B8}", "\u{2F898}"=>"\u{261DA}", "\u{2F899}"=>"\u5F62", "\u{2F89A}"=>"\u5F6B", "\u{2F89B}"=>"\u38E3", "\u{2F89C}"=>"\u5F9A", "\u{2F89D}"=>"\u5FCD", "\u{2F89E}"=>"\u5FD7", "\u{2F89F}"=>"\u5FF9", "\u{2F8A0}"=>"\u6081", "\u{2F8A1}"=>"\u393A", "\u{2F8A2}"=>"\u391C", "\u{2F8A3}"=>"\u6094", "\u{2F8A4}"=>"\u{226D4}", "\u{2F8A5}"=>"\u60C7", "\u{2F8A6}"=>"\u6148", "\u{2F8A7}"=>"\u614C", "\u{2F8A8}"=>"\u614E", "\u{2F8A9}"=>"\u614C", "\u{2F8AA}"=>"\u617A", "\u{2F8AB}"=>"\u618E", "\u{2F8AC}"=>"\u61B2", "\u{2F8AD}"=>"\u61A4", "\u{2F8AE}"=>"\u61AF", "\u{2F8AF}"=>"\u61DE", "\u{2F8B0}"=>"\u61F2", "\u{2F8B1}"=>"\u61F6", "\u{2F8B2}"=>"\u6210", "\u{2F8B3}"=>"\u621B", "\u{2F8B4}"=>"\u625D", "\u{2F8B5}"=>"\u62B1", "\u{2F8B6}"=>"\u62D4", "\u{2F8B7}"=>"\u6350", "\u{2F8B8}"=>"\u{22B0C}", "\u{2F8B9}"=>"\u633D", "\u{2F8BA}"=>"\u62FC", "\u{2F8BB}"=>"\u6368", "\u{2F8BC}"=>"\u6383", "\u{2F8BD}"=>"\u63E4", "\u{2F8BE}"=>"\u{22BF1}", "\u{2F8BF}"=>"\u6422", "\u{2F8C0}"=>"\u63C5", "\u{2F8C1}"=>"\u63A9", "\u{2F8C2}"=>"\u3A2E", "\u{2F8C3}"=>"\u6469", "\u{2F8C4}"=>"\u647E", "\u{2F8C5}"=>"\u649D", "\u{2F8C6}"=>"\u6477", "\u{2F8C7}"=>"\u3A6C", "\u{2F8C8}"=>"\u654F", "\u{2F8C9}"=>"\u656C", "\u{2F8CA}"=>"\u{2300A}", "\u{2F8CB}"=>"\u65E3", "\u{2F8CC}"=>"\u66F8", "\u{2F8CD}"=>"\u6649", "\u{2F8CE}"=>"\u3B19", "\u{2F8CF}"=>"\u6691", "\u{2F8D0}"=>"\u3B08", "\u{2F8D1}"=>"\u3AE4", "\u{2F8D2}"=>"\u5192", "\u{2F8D3}"=>"\u5195", "\u{2F8D4}"=>"\u6700", "\u{2F8D5}"=>"\u669C", "\u{2F8D6}"=>"\u80AD", "\u{2F8D7}"=>"\u43D9", "\u{2F8D8}"=>"\u6717", "\u{2F8D9}"=>"\u671B", "\u{2F8DA}"=>"\u6721", "\u{2F8DB}"=>"\u675E", "\u{2F8DC}"=>"\u6753", "\u{2F8DD}"=>"\u{233C3}", "\u{2F8DE}"=>"\u3B49", "\u{2F8DF}"=>"\u67FA", "\u{2F8E0}"=>"\u6785", "\u{2F8E1}"=>"\u6852", "\u{2F8E2}"=>"\u6885", "\u{2F8E3}"=>"\u{2346D}", "\u{2F8E4}"=>"\u688E", "\u{2F8E5}"=>"\u681F", "\u{2F8E6}"=>"\u6914", "\u{2F8E7}"=>"\u3B9D", "\u{2F8E8}"=>"\u6942", "\u{2F8E9}"=>"\u69A3", "\u{2F8EA}"=>"\u69EA", "\u{2F8EB}"=>"\u6AA8", "\u{2F8EC}"=>"\u{236A3}", "\u{2F8ED}"=>"\u6ADB", "\u{2F8EE}"=>"\u3C18", "\u{2F8EF}"=>"\u6B21", "\u{2F8F0}"=>"\u{238A7}", "\u{2F8F1}"=>"\u6B54", "\u{2F8F2}"=>"\u3C4E", "\u{2F8F3}"=>"\u6B72", "\u{2F8F4}"=>"\u6B9F", "\u{2F8F5}"=>"\u6BBA", "\u{2F8F6}"=>"\u6BBB", "\u{2F8F7}"=>"\u{23A8D}", "\u{2F8F8}"=>"\u{21D0B}", "\u{2F8F9}"=>"\u{23AFA}", "\u{2F8FA}"=>"\u6C4E", "\u{2F8FB}"=>"\u{23CBC}", "\u{2F8FC}"=>"\u6CBF", "\u{2F8FD}"=>"\u6CCD", "\u{2F8FE}"=>"\u6C67", "\u{2F8FF}"=>"\u6D16", "\u{2F900}"=>"\u6D3E", "\u{2F901}"=>"\u6D77", "\u{2F902}"=>"\u6D41", "\u{2F903}"=>"\u6D69", "\u{2F904}"=>"\u6D78", "\u{2F905}"=>"\u6D85", "\u{2F906}"=>"\u{23D1E}", "\u{2F907}"=>"\u6D34", "\u{2F908}"=>"\u6E2F", "\u{2F909}"=>"\u6E6E", "\u{2F90A}"=>"\u3D33", "\u{2F90B}"=>"\u6ECB", "\u{2F90C}"=>"\u6EC7", "\u{2F90D}"=>"\u{23ED1}", "\u{2F90E}"=>"\u6DF9", "\u{2F90F}"=>"\u6F6E", "\u{2F910}"=>"\u{23F5E}", "\u{2F911}"=>"\u{23F8E}", "\u{2F912}"=>"\u6FC6", "\u{2F913}"=>"\u7039", "\u{2F914}"=>"\u701E", "\u{2F915}"=>"\u701B", "\u{2F916}"=>"\u3D96", "\u{2F917}"=>"\u704A", "\u{2F918}"=>"\u707D", "\u{2F919}"=>"\u7077", "\u{2F91A}"=>"\u70AD", "\u{2F91B}"=>"\u{20525}", "\u{2F91C}"=>"\u7145", "\u{2F91D}"=>"\u{24263}", "\u{2F91E}"=>"\u719C", "\u{2F91F}"=>"\u{243AB}", "\u{2F920}"=>"\u7228", "\u{2F921}"=>"\u7235", "\u{2F922}"=>"\u7250", "\u{2F923}"=>"\u{24608}", "\u{2F924}"=>"\u7280", "\u{2F925}"=>"\u7295", "\u{2F926}"=>"\u{24735}", "\u{2F927}"=>"\u{24814}", "\u{2F928}"=>"\u737A", "\u{2F929}"=>"\u738B", "\u{2F92A}"=>"\u3EAC", "\u{2F92B}"=>"\u73A5", "\u{2F92C}"=>"\u3EB8", "\u{2F92D}"=>"\u3EB8", "\u{2F92E}"=>"\u7447", "\u{2F92F}"=>"\u745C", "\u{2F930}"=>"\u7471", "\u{2F931}"=>"\u7485", "\u{2F932}"=>"\u74CA", "\u{2F933}"=>"\u3F1B", "\u{2F934}"=>"\u7524", "\u{2F935}"=>"\u{24C36}", "\u{2F936}"=>"\u753E", "\u{2F937}"=>"\u{24C92}", "\u{2F938}"=>"\u7570", "\u{2F939}"=>"\u{2219F}", "\u{2F93A}"=>"\u7610", "\u{2F93B}"=>"\u{24FA1}", "\u{2F93C}"=>"\u{24FB8}", "\u{2F93D}"=>"\u{25044}", "\u{2F93E}"=>"\u3FFC", "\u{2F93F}"=>"\u4008", "\u{2F940}"=>"\u76F4", "\u{2F941}"=>"\u{250F3}", "\u{2F942}"=>"\u{250F2}", "\u{2F943}"=>"\u{25119}", "\u{2F944}"=>"\u{25133}", "\u{2F945}"=>"\u771E", "\u{2F946}"=>"\u771F", "\u{2F947}"=>"\u771F", "\u{2F948}"=>"\u774A", "\u{2F949}"=>"\u4039", "\u{2F94A}"=>"\u778B", "\u{2F94B}"=>"\u4046", "\u{2F94C}"=>"\u4096", "\u{2F94D}"=>"\u{2541D}", "\u{2F94E}"=>"\u784E", "\u{2F94F}"=>"\u788C", "\u{2F950}"=>"\u78CC", "\u{2F951}"=>"\u40E3", "\u{2F952}"=>"\u{25626}", "\u{2F953}"=>"\u7956", "\u{2F954}"=>"\u{2569A}", "\u{2F955}"=>"\u{256C5}", "\u{2F956}"=>"\u798F", "\u{2F957}"=>"\u79EB", "\u{2F958}"=>"\u412F", "\u{2F959}"=>"\u7A40", "\u{2F95A}"=>"\u7A4A", "\u{2F95B}"=>"\u7A4F", "\u{2F95C}"=>"\u{2597C}", "\u{2F95D}"=>"\u{25AA7}", "\u{2F95E}"=>"\u{25AA7}", "\u{2F95F}"=>"\u7AEE", "\u{2F960}"=>"\u4202", "\u{2F961}"=>"\u{25BAB}", "\u{2F962}"=>"\u7BC6", "\u{2F963}"=>"\u7BC9", "\u{2F964}"=>"\u4227", "\u{2F965}"=>"\u{25C80}", "\u{2F966}"=>"\u7CD2", "\u{2F967}"=>"\u42A0", "\u{2F968}"=>"\u7CE8", "\u{2F969}"=>"\u7CE3", "\u{2F96A}"=>"\u7D00", "\u{2F96B}"=>"\u{25F86}", "\u{2F96C}"=>"\u7D63", "\u{2F96D}"=>"\u4301", "\u{2F96E}"=>"\u7DC7", "\u{2F96F}"=>"\u7E02", "\u{2F970}"=>"\u7E45", "\u{2F971}"=>"\u4334", "\u{2F972}"=>"\u{26228}", "\u{2F973}"=>"\u{26247}", "\u{2F974}"=>"\u4359", "\u{2F975}"=>"\u{262D9}", "\u{2F976}"=>"\u7F7A", "\u{2F977}"=>"\u{2633E}", "\u{2F978}"=>"\u7F95", "\u{2F979}"=>"\u7FFA", "\u{2F97A}"=>"\u8005", "\u{2F97B}"=>"\u{264DA}", "\u{2F97C}"=>"\u{26523}", "\u{2F97D}"=>"\u8060", "\u{2F97E}"=>"\u{265A8}", "\u{2F97F}"=>"\u8070", "\u{2F980}"=>"\u{2335F}", "\u{2F981}"=>"\u43D5", "\u{2F982}"=>"\u80B2", "\u{2F983}"=>"\u8103", "\u{2F984}"=>"\u440B", "\u{2F985}"=>"\u813E", "\u{2F986}"=>"\u5AB5", "\u{2F987}"=>"\u{267A7}", "\u{2F988}"=>"\u{267B5}", "\u{2F989}"=>"\u{23393}", "\u{2F98A}"=>"\u{2339C}", "\u{2F98B}"=>"\u8201", "\u{2F98C}"=>"\u8204", "\u{2F98D}"=>"\u8F9E", "\u{2F98E}"=>"\u446B", "\u{2F98F}"=>"\u8291", "\u{2F990}"=>"\u828B", "\u{2F991}"=>"\u829D", "\u{2F992}"=>"\u52B3", "\u{2F993}"=>"\u82B1", "\u{2F994}"=>"\u82B3", "\u{2F995}"=>"\u82BD", "\u{2F996}"=>"\u82E6", "\u{2F997}"=>"\u{26B3C}", "\u{2F998}"=>"\u82E5", "\u{2F999}"=>"\u831D", "\u{2F99A}"=>"\u8363", "\u{2F99B}"=>"\u83AD", "\u{2F99C}"=>"\u8323", "\u{2F99D}"=>"\u83BD", "\u{2F99E}"=>"\u83E7", "\u{2F99F}"=>"\u8457", "\u{2F9A0}"=>"\u8353", "\u{2F9A1}"=>"\u83CA", "\u{2F9A2}"=>"\u83CC", "\u{2F9A3}"=>"\u83DC", "\u{2F9A4}"=>"\u{26C36}", "\u{2F9A5}"=>"\u{26D6B}", "\u{2F9A6}"=>"\u{26CD5}", "\u{2F9A7}"=>"\u452B", "\u{2F9A8}"=>"\u84F1", "\u{2F9A9}"=>"\u84F3", "\u{2F9AA}"=>"\u8516", "\u{2F9AB}"=>"\u{273CA}", "\u{2F9AC}"=>"\u8564", "\u{2F9AD}"=>"\u{26F2C}", "\u{2F9AE}"=>"\u455D", "\u{2F9AF}"=>"\u4561", "\u{2F9B0}"=>"\u{26FB1}", "\u{2F9B1}"=>"\u{270D2}", "\u{2F9B2}"=>"\u456B", "\u{2F9B3}"=>"\u8650", "\u{2F9B4}"=>"\u865C", "\u{2F9B5}"=>"\u8667", "\u{2F9B6}"=>"\u8669", "\u{2F9B7}"=>"\u86A9", "\u{2F9B8}"=>"\u8688", "\u{2F9B9}"=>"\u870E", "\u{2F9BA}"=>"\u86E2", "\u{2F9BB}"=>"\u8779", "\u{2F9BC}"=>"\u8728", "\u{2F9BD}"=>"\u876B", "\u{2F9BE}"=>"\u8786", "\u{2F9BF}"=>"\u45D7", "\u{2F9C0}"=>"\u87E1", "\u{2F9C1}"=>"\u8801", "\u{2F9C2}"=>"\u45F9", "\u{2F9C3}"=>"\u8860", "\u{2F9C4}"=>"\u8863", "\u{2F9C5}"=>"\u{27667}", "\u{2F9C6}"=>"\u88D7", "\u{2F9C7}"=>"\u88DE", "\u{2F9C8}"=>"\u4635", "\u{2F9C9}"=>"\u88FA", "\u{2F9CA}"=>"\u34BB", "\u{2F9CB}"=>"\u{278AE}", "\u{2F9CC}"=>"\u{27966}", "\u{2F9CD}"=>"\u46BE", "\u{2F9CE}"=>"\u46C7", "\u{2F9CF}"=>"\u8AA0", "\u{2F9D0}"=>"\u8AED", "\u{2F9D1}"=>"\u8B8A", "\u{2F9D2}"=>"\u8C55", "\u{2F9D3}"=>"\u{27CA8}", "\u{2F9D4}"=>"\u8CAB", "\u{2F9D5}"=>"\u8CC1", "\u{2F9D6}"=>"\u8D1B", "\u{2F9D7}"=>"\u8D77", "\u{2F9D8}"=>"\u{27F2F}", "\u{2F9D9}"=>"\u{20804}", "\u{2F9DA}"=>"\u8DCB", "\u{2F9DB}"=>"\u8DBC", "\u{2F9DC}"=>"\u8DF0", "\u{2F9DD}"=>"\u{208DE}", "\u{2F9DE}"=>"\u8ED4", "\u{2F9DF}"=>"\u8F38", "\u{2F9E0}"=>"\u{285D2}", "\u{2F9E1}"=>"\u{285ED}", "\u{2F9E2}"=>"\u9094", "\u{2F9E3}"=>"\u90F1", "\u{2F9E4}"=>"\u9111", "\u{2F9E5}"=>"\u{2872E}", "\u{2F9E6}"=>"\u911B", "\u{2F9E7}"=>"\u9238", "\u{2F9E8}"=>"\u92D7", "\u{2F9E9}"=>"\u92D8", "\u{2F9EA}"=>"\u927C", "\u{2F9EB}"=>"\u93F9", "\u{2F9EC}"=>"\u9415", "\u{2F9ED}"=>"\u{28BFA}", "\u{2F9EE}"=>"\u958B", "\u{2F9EF}"=>"\u4995", "\u{2F9F0}"=>"\u95B7", "\u{2F9F1}"=>"\u{28D77}", "\u{2F9F2}"=>"\u49E6", "\u{2F9F3}"=>"\u96C3", "\u{2F9F4}"=>"\u5DB2", "\u{2F9F5}"=>"\u9723", "\u{2F9F6}"=>"\u{29145}", "\u{2F9F7}"=>"\u{2921A}", "\u{2F9F8}"=>"\u4A6E", "\u{2F9F9}"=>"\u4A76", "\u{2F9FA}"=>"\u97E0", "\u{2F9FB}"=>"\u{2940A}", "\u{2F9FC}"=>"\u4AB2", "\u{2F9FD}"=>"\u{29496}", "\u{2F9FE}"=>"\u980B", "\u{2F9FF}"=>"\u980B", "\u{2FA00}"=>"\u9829", "\u{2FA01}"=>"\u{295B6}", "\u{2FA02}"=>"\u98E2", "\u{2FA03}"=>"\u4B33", "\u{2FA04}"=>"\u9929", "\u{2FA05}"=>"\u99A7", "\u{2FA06}"=>"\u99C2", "\u{2FA07}"=>"\u99FE", "\u{2FA08}"=>"\u4BCE", "\u{2FA09}"=>"\u{29B30}", "\u{2FA0A}"=>"\u9B12", "\u{2FA0B}"=>"\u9C40", "\u{2FA0C}"=>"\u9CFD", "\u{2FA0D}"=>"\u4CCE", "\u{2FA0E}"=>"\u4CED", "\u{2FA0F}"=>"\u9D67", "\u{2FA10}"=>"\u{2A0CE}", "\u{2FA11}"=>"\u4CF8", "\u{2FA12}"=>"\u{2A105}", "\u{2FA13}"=>"\u{2A20E}", "\u{2FA14}"=>"\u{2A291}", "\u{2FA15}"=>"\u9EBB", "\u{2FA16}"=>"\u4D56", "\u{2FA17}"=>"\u9EF9", "\u{2FA18}"=>"\u9EFE", "\u{2FA19}"=>"\u9F05", "\u{2FA1A}"=>"\u9F0F", "\u{2FA1B}"=>"\u9F16", "\u{2FA1C}"=>"\u9F3B", "\u{2FA1D}"=>"\u{2A600}", }.freeze KOMPATIBLE_TABLE = { "\u00A0"=>" ", "\u00A8"=>" \u0308", "\u00AA"=>"a", "\u00AF"=>" \u0304", "\u00B2"=>"2", "\u00B3"=>"3", "\u00B4"=>" \u0301", "\u00B5"=>"\u03BC", "\u00B8"=>" \u0327", "\u00B9"=>"1", "\u00BA"=>"o", "\u00BC"=>"1\u20444", "\u00BD"=>"1\u20442", "\u00BE"=>"3\u20444", "\u0132"=>"IJ", "\u0133"=>"ij", "\u013F"=>"L\u00B7", "\u0140"=>"l\u00B7", "\u0149"=>"\u02BCn", "\u017F"=>"s", "\u01C4"=>"D\u017D", "\u01C5"=>"D\u017E", "\u01C6"=>"d\u017E", "\u01C7"=>"LJ", "\u01C8"=>"Lj", "\u01C9"=>"lj", "\u01CA"=>"NJ", "\u01CB"=>"Nj", "\u01CC"=>"nj", "\u01F1"=>"DZ", "\u01F2"=>"Dz", "\u01F3"=>"dz", "\u02B0"=>"h", "\u02B1"=>"\u0266", "\u02B2"=>"j", "\u02B3"=>"r", "\u02B4"=>"\u0279", "\u02B5"=>"\u027B", "\u02B6"=>"\u0281", "\u02B7"=>"w", "\u02B8"=>"y", "\u02D8"=>" \u0306", "\u02D9"=>" \u0307", "\u02DA"=>" \u030A", "\u02DB"=>" \u0328", "\u02DC"=>" \u0303", "\u02DD"=>" \u030B", "\u02E0"=>"\u0263", "\u02E1"=>"l", "\u02E2"=>"s", "\u02E3"=>"x", "\u02E4"=>"\u0295", "\u037A"=>" \u0345", "\u0384"=>" \u0301", "\u03D0"=>"\u03B2", "\u03D1"=>"\u03B8", "\u03D2"=>"\u03A5", "\u03D5"=>"\u03C6", "\u03D6"=>"\u03C0", "\u03F0"=>"\u03BA", "\u03F1"=>"\u03C1", "\u03F2"=>"\u03C2", "\u03F4"=>"\u0398", "\u03F5"=>"\u03B5", "\u03F9"=>"\u03A3", "\u0587"=>"\u0565\u0582", "\u0675"=>"\u0627\u0674", "\u0676"=>"\u0648\u0674", "\u0677"=>"\u06C7\u0674", "\u0678"=>"\u064A\u0674", "\u0E33"=>"\u0E4D\u0E32", "\u0EB3"=>"\u0ECD\u0EB2", "\u0EDC"=>"\u0EAB\u0E99", "\u0EDD"=>"\u0EAB\u0EA1", "\u0F0C"=>"\u0F0B", "\u0F77"=>"\u0FB2\u0F81", "\u0F79"=>"\u0FB3\u0F81", "\u10FC"=>"\u10DC", "\u1D2C"=>"A", "\u1D2D"=>"\u00C6", "\u1D2E"=>"B", "\u1D30"=>"D", "\u1D31"=>"E", "\u1D32"=>"\u018E", "\u1D33"=>"G", "\u1D34"=>"H", "\u1D35"=>"I", "\u1D36"=>"J", "\u1D37"=>"K", "\u1D38"=>"L", "\u1D39"=>"M", "\u1D3A"=>"N", "\u1D3C"=>"O", "\u1D3D"=>"\u0222", "\u1D3E"=>"P", "\u1D3F"=>"R", "\u1D40"=>"T", "\u1D41"=>"U", "\u1D42"=>"W", "\u1D43"=>"a", "\u1D44"=>"\u0250", "\u1D45"=>"\u0251", "\u1D46"=>"\u1D02", "\u1D47"=>"b", "\u1D48"=>"d", "\u1D49"=>"e", "\u1D4A"=>"\u0259", "\u1D4B"=>"\u025B", "\u1D4C"=>"\u025C", "\u1D4D"=>"g", "\u1D4F"=>"k", "\u1D50"=>"m", "\u1D51"=>"\u014B", "\u1D52"=>"o", "\u1D53"=>"\u0254", "\u1D54"=>"\u1D16", "\u1D55"=>"\u1D17", "\u1D56"=>"p", "\u1D57"=>"t", "\u1D58"=>"u", "\u1D59"=>"\u1D1D", "\u1D5A"=>"\u026F", "\u1D5B"=>"v", "\u1D5C"=>"\u1D25", "\u1D5D"=>"\u03B2", "\u1D5E"=>"\u03B3", "\u1D5F"=>"\u03B4", "\u1D60"=>"\u03C6", "\u1D61"=>"\u03C7", "\u1D62"=>"i", "\u1D63"=>"r", "\u1D64"=>"u", "\u1D65"=>"v", "\u1D66"=>"\u03B2", "\u1D67"=>"\u03B3", "\u1D68"=>"\u03C1", "\u1D69"=>"\u03C6", "\u1D6A"=>"\u03C7", "\u1D78"=>"\u043D", "\u1D9B"=>"\u0252", "\u1D9C"=>"c", "\u1D9D"=>"\u0255", "\u1D9E"=>"\u00F0", "\u1D9F"=>"\u025C", "\u1DA0"=>"f", "\u1DA1"=>"\u025F", "\u1DA2"=>"\u0261", "\u1DA3"=>"\u0265", "\u1DA4"=>"\u0268", "\u1DA5"=>"\u0269", "\u1DA6"=>"\u026A", "\u1DA7"=>"\u1D7B", "\u1DA8"=>"\u029D", "\u1DA9"=>"\u026D", "\u1DAA"=>"\u1D85", "\u1DAB"=>"\u029F", "\u1DAC"=>"\u0271", "\u1DAD"=>"\u0270", "\u1DAE"=>"\u0272", "\u1DAF"=>"\u0273", "\u1DB0"=>"\u0274", "\u1DB1"=>"\u0275", "\u1DB2"=>"\u0278", "\u1DB3"=>"\u0282", "\u1DB4"=>"\u0283", "\u1DB5"=>"\u01AB", "\u1DB6"=>"\u0289", "\u1DB7"=>"\u028A", "\u1DB8"=>"\u1D1C", "\u1DB9"=>"\u028B", "\u1DBA"=>"\u028C", "\u1DBB"=>"z", "\u1DBC"=>"\u0290", "\u1DBD"=>"\u0291", "\u1DBE"=>"\u0292", "\u1DBF"=>"\u03B8", "\u1E9A"=>"a\u02BE", "\u1FBD"=>" \u0313", "\u1FBF"=>" \u0313", "\u1FC0"=>" \u0342", "\u1FFE"=>" \u0314", "\u2002"=>" ", "\u2003"=>" ", "\u2004"=>" ", "\u2005"=>" ", "\u2006"=>" ", "\u2007"=>" ", "\u2008"=>" ", "\u2009"=>" ", "\u200A"=>" ", "\u2011"=>"\u2010", "\u2017"=>" \u0333", "\u2024"=>".", "\u2025"=>"..", "\u2026"=>"...", "\u202F"=>" ", "\u2033"=>"\u2032\u2032", "\u2034"=>"\u2032\u2032\u2032", "\u2036"=>"\u2035\u2035", "\u2037"=>"\u2035\u2035\u2035", "\u203C"=>"!!", "\u203E"=>" \u0305", "\u2047"=>"??", "\u2048"=>"?!", "\u2049"=>"!?", "\u2057"=>"\u2032\u2032\u2032\u2032", "\u205F"=>" ", "\u2070"=>"0", "\u2071"=>"i", "\u2074"=>"4", "\u2075"=>"5", "\u2076"=>"6", "\u2077"=>"7", "\u2078"=>"8", "\u2079"=>"9", "\u207A"=>"+", "\u207B"=>"\u2212", "\u207C"=>"=", "\u207D"=>"(", "\u207E"=>")", "\u207F"=>"n", "\u2080"=>"0", "\u2081"=>"1", "\u2082"=>"2", "\u2083"=>"3", "\u2084"=>"4", "\u2085"=>"5", "\u2086"=>"6", "\u2087"=>"7", "\u2088"=>"8", "\u2089"=>"9", "\u208A"=>"+", "\u208B"=>"\u2212", "\u208C"=>"=", "\u208D"=>"(", "\u208E"=>")", "\u2090"=>"a", "\u2091"=>"e", "\u2092"=>"o", "\u2093"=>"x", "\u2094"=>"\u0259", "\u2095"=>"h", "\u2096"=>"k", "\u2097"=>"l", "\u2098"=>"m", "\u2099"=>"n", "\u209A"=>"p", "\u209B"=>"s", "\u209C"=>"t", "\u20A8"=>"Rs", "\u2100"=>"a/c", "\u2101"=>"a/s", "\u2102"=>"C", "\u2103"=>"\u00B0C", "\u2105"=>"c/o", "\u2106"=>"c/u", "\u2107"=>"\u0190", "\u2109"=>"\u00B0F", "\u210A"=>"g", "\u210B"=>"H", "\u210C"=>"H", "\u210D"=>"H", "\u210E"=>"h", "\u210F"=>"\u0127", "\u2110"=>"I", "\u2111"=>"I", "\u2112"=>"L", "\u2113"=>"l", "\u2115"=>"N", "\u2116"=>"No", "\u2119"=>"P", "\u211A"=>"Q", "\u211B"=>"R", "\u211C"=>"R", "\u211D"=>"R", "\u2120"=>"SM", "\u2121"=>"TEL", "\u2122"=>"TM", "\u2124"=>"Z", "\u2128"=>"Z", "\u212C"=>"B", "\u212D"=>"C", "\u212F"=>"e", "\u2130"=>"E", "\u2131"=>"F", "\u2133"=>"M", "\u2134"=>"o", "\u2135"=>"\u05D0", "\u2136"=>"\u05D1", "\u2137"=>"\u05D2", "\u2138"=>"\u05D3", "\u2139"=>"i", "\u213B"=>"FAX", "\u213C"=>"\u03C0", "\u213D"=>"\u03B3", "\u213E"=>"\u0393", "\u213F"=>"\u03A0", "\u2140"=>"\u2211", "\u2145"=>"D", "\u2146"=>"d", "\u2147"=>"e", "\u2148"=>"i", "\u2149"=>"j", "\u2150"=>"1\u20447", "\u2151"=>"1\u20449", "\u2152"=>"1\u204410", "\u2153"=>"1\u20443", "\u2154"=>"2\u20443", "\u2155"=>"1\u20445", "\u2156"=>"2\u20445", "\u2157"=>"3\u20445", "\u2158"=>"4\u20445", "\u2159"=>"1\u20446", "\u215A"=>"5\u20446", "\u215B"=>"1\u20448", "\u215C"=>"3\u20448", "\u215D"=>"5\u20448", "\u215E"=>"7\u20448", "\u215F"=>"1\u2044", "\u2160"=>"I", "\u2161"=>"II", "\u2162"=>"III", "\u2163"=>"IV", "\u2164"=>"V", "\u2165"=>"VI", "\u2166"=>"VII", "\u2167"=>"VIII", "\u2168"=>"IX", "\u2169"=>"X", "\u216A"=>"XI", "\u216B"=>"XII", "\u216C"=>"L", "\u216D"=>"C", "\u216E"=>"D", "\u216F"=>"M", "\u2170"=>"i", "\u2171"=>"ii", "\u2172"=>"iii", "\u2173"=>"iv", "\u2174"=>"v", "\u2175"=>"vi", "\u2176"=>"vii", "\u2177"=>"viii", "\u2178"=>"ix", "\u2179"=>"x", "\u217A"=>"xi", "\u217B"=>"xii", "\u217C"=>"l", "\u217D"=>"c", "\u217E"=>"d", "\u217F"=>"m", "\u2189"=>"0\u20443", "\u222C"=>"\u222B\u222B", "\u222D"=>"\u222B\u222B\u222B", "\u222F"=>"\u222E\u222E", "\u2230"=>"\u222E\u222E\u222E", "\u2460"=>"1", "\u2461"=>"2", "\u2462"=>"3", "\u2463"=>"4", "\u2464"=>"5", "\u2465"=>"6", "\u2466"=>"7", "\u2467"=>"8", "\u2468"=>"9", "\u2469"=>"10", "\u246A"=>"11", "\u246B"=>"12", "\u246C"=>"13", "\u246D"=>"14", "\u246E"=>"15", "\u246F"=>"16", "\u2470"=>"17", "\u2471"=>"18", "\u2472"=>"19", "\u2473"=>"20", "\u2474"=>"(1)", "\u2475"=>"(2)", "\u2476"=>"(3)", "\u2477"=>"(4)", "\u2478"=>"(5)", "\u2479"=>"(6)", "\u247A"=>"(7)", "\u247B"=>"(8)", "\u247C"=>"(9)", "\u247D"=>"(10)", "\u247E"=>"(11)", "\u247F"=>"(12)", "\u2480"=>"(13)", "\u2481"=>"(14)", "\u2482"=>"(15)", "\u2483"=>"(16)", "\u2484"=>"(17)", "\u2485"=>"(18)", "\u2486"=>"(19)", "\u2487"=>"(20)", "\u2488"=>"1.", "\u2489"=>"2.", "\u248A"=>"3.", "\u248B"=>"4.", "\u248C"=>"5.", "\u248D"=>"6.", "\u248E"=>"7.", "\u248F"=>"8.", "\u2490"=>"9.", "\u2491"=>"10.", "\u2492"=>"11.", "\u2493"=>"12.", "\u2494"=>"13.", "\u2495"=>"14.", "\u2496"=>"15.", "\u2497"=>"16.", "\u2498"=>"17.", "\u2499"=>"18.", "\u249A"=>"19.", "\u249B"=>"20.", "\u249C"=>"(a)", "\u249D"=>"(b)", "\u249E"=>"(c)", "\u249F"=>"(d)", "\u24A0"=>"(e)", "\u24A1"=>"(f)", "\u24A2"=>"(g)", "\u24A3"=>"(h)", "\u24A4"=>"(i)", "\u24A5"=>"(j)", "\u24A6"=>"(k)", "\u24A7"=>"(l)", "\u24A8"=>"(m)", "\u24A9"=>"(n)", "\u24AA"=>"(o)", "\u24AB"=>"(p)", "\u24AC"=>"(q)", "\u24AD"=>"(r)", "\u24AE"=>"(s)", "\u24AF"=>"(t)", "\u24B0"=>"(u)", "\u24B1"=>"(v)", "\u24B2"=>"(w)", "\u24B3"=>"(x)", "\u24B4"=>"(y)", "\u24B5"=>"(z)", "\u24B6"=>"A", "\u24B7"=>"B", "\u24B8"=>"C", "\u24B9"=>"D", "\u24BA"=>"E", "\u24BB"=>"F", "\u24BC"=>"G", "\u24BD"=>"H", "\u24BE"=>"I", "\u24BF"=>"J", "\u24C0"=>"K", "\u24C1"=>"L", "\u24C2"=>"M", "\u24C3"=>"N", "\u24C4"=>"O", "\u24C5"=>"P", "\u24C6"=>"Q", "\u24C7"=>"R", "\u24C8"=>"S", "\u24C9"=>"T", "\u24CA"=>"U", "\u24CB"=>"V", "\u24CC"=>"W", "\u24CD"=>"X", "\u24CE"=>"Y", "\u24CF"=>"Z", "\u24D0"=>"a", "\u24D1"=>"b", "\u24D2"=>"c", "\u24D3"=>"d", "\u24D4"=>"e", "\u24D5"=>"f", "\u24D6"=>"g", "\u24D7"=>"h", "\u24D8"=>"i", "\u24D9"=>"j", "\u24DA"=>"k", "\u24DB"=>"l", "\u24DC"=>"m", "\u24DD"=>"n", "\u24DE"=>"o", "\u24DF"=>"p", "\u24E0"=>"q", "\u24E1"=>"r", "\u24E2"=>"s", "\u24E3"=>"t", "\u24E4"=>"u", "\u24E5"=>"v", "\u24E6"=>"w", "\u24E7"=>"x", "\u24E8"=>"y", "\u24E9"=>"z", "\u24EA"=>"0", "\u2A0C"=>"\u222B\u222B\u222B\u222B", "\u2A74"=>"::=", "\u2A75"=>"==", "\u2A76"=>"===", "\u2C7C"=>"j", "\u2C7D"=>"V", "\u2D6F"=>"\u2D61", "\u2E9F"=>"\u6BCD", "\u2EF3"=>"\u9F9F", "\u2F00"=>"\u4E00", "\u2F01"=>"\u4E28", "\u2F02"=>"\u4E36", "\u2F03"=>"\u4E3F", "\u2F04"=>"\u4E59", "\u2F05"=>"\u4E85", "\u2F06"=>"\u4E8C", "\u2F07"=>"\u4EA0", "\u2F08"=>"\u4EBA", "\u2F09"=>"\u513F", "\u2F0A"=>"\u5165", "\u2F0B"=>"\u516B", "\u2F0C"=>"\u5182", "\u2F0D"=>"\u5196", "\u2F0E"=>"\u51AB", "\u2F0F"=>"\u51E0", "\u2F10"=>"\u51F5", "\u2F11"=>"\u5200", "\u2F12"=>"\u529B", "\u2F13"=>"\u52F9", "\u2F14"=>"\u5315", "\u2F15"=>"\u531A", "\u2F16"=>"\u5338", "\u2F17"=>"\u5341", "\u2F18"=>"\u535C", "\u2F19"=>"\u5369", "\u2F1A"=>"\u5382", "\u2F1B"=>"\u53B6", "\u2F1C"=>"\u53C8", "\u2F1D"=>"\u53E3", "\u2F1E"=>"\u56D7", "\u2F1F"=>"\u571F", "\u2F20"=>"\u58EB", "\u2F21"=>"\u5902", "\u2F22"=>"\u590A", "\u2F23"=>"\u5915", "\u2F24"=>"\u5927", "\u2F25"=>"\u5973", "\u2F26"=>"\u5B50", "\u2F27"=>"\u5B80", "\u2F28"=>"\u5BF8", "\u2F29"=>"\u5C0F", "\u2F2A"=>"\u5C22", "\u2F2B"=>"\u5C38", "\u2F2C"=>"\u5C6E", "\u2F2D"=>"\u5C71", "\u2F2E"=>"\u5DDB", "\u2F2F"=>"\u5DE5", "\u2F30"=>"\u5DF1", "\u2F31"=>"\u5DFE", "\u2F32"=>"\u5E72", "\u2F33"=>"\u5E7A", "\u2F34"=>"\u5E7F", "\u2F35"=>"\u5EF4", "\u2F36"=>"\u5EFE", "\u2F37"=>"\u5F0B", "\u2F38"=>"\u5F13", "\u2F39"=>"\u5F50", "\u2F3A"=>"\u5F61", "\u2F3B"=>"\u5F73", "\u2F3C"=>"\u5FC3", "\u2F3D"=>"\u6208", "\u2F3E"=>"\u6236", "\u2F3F"=>"\u624B", "\u2F40"=>"\u652F", "\u2F41"=>"\u6534", "\u2F42"=>"\u6587", "\u2F43"=>"\u6597", "\u2F44"=>"\u65A4", "\u2F45"=>"\u65B9", "\u2F46"=>"\u65E0", "\u2F47"=>"\u65E5", "\u2F48"=>"\u66F0", "\u2F49"=>"\u6708", "\u2F4A"=>"\u6728", "\u2F4B"=>"\u6B20", "\u2F4C"=>"\u6B62", "\u2F4D"=>"\u6B79", "\u2F4E"=>"\u6BB3", "\u2F4F"=>"\u6BCB", "\u2F50"=>"\u6BD4", "\u2F51"=>"\u6BDB", "\u2F52"=>"\u6C0F", "\u2F53"=>"\u6C14", "\u2F54"=>"\u6C34", "\u2F55"=>"\u706B", "\u2F56"=>"\u722A", "\u2F57"=>"\u7236", "\u2F58"=>"\u723B", "\u2F59"=>"\u723F", "\u2F5A"=>"\u7247", "\u2F5B"=>"\u7259", "\u2F5C"=>"\u725B", "\u2F5D"=>"\u72AC", "\u2F5E"=>"\u7384", "\u2F5F"=>"\u7389", "\u2F60"=>"\u74DC", "\u2F61"=>"\u74E6", "\u2F62"=>"\u7518", "\u2F63"=>"\u751F", "\u2F64"=>"\u7528", "\u2F65"=>"\u7530", "\u2F66"=>"\u758B", "\u2F67"=>"\u7592", "\u2F68"=>"\u7676", "\u2F69"=>"\u767D", "\u2F6A"=>"\u76AE", "\u2F6B"=>"\u76BF", "\u2F6C"=>"\u76EE", "\u2F6D"=>"\u77DB", "\u2F6E"=>"\u77E2", "\u2F6F"=>"\u77F3", "\u2F70"=>"\u793A", "\u2F71"=>"\u79B8", "\u2F72"=>"\u79BE", "\u2F73"=>"\u7A74", "\u2F74"=>"\u7ACB", "\u2F75"=>"\u7AF9", "\u2F76"=>"\u7C73", "\u2F77"=>"\u7CF8", "\u2F78"=>"\u7F36", "\u2F79"=>"\u7F51", "\u2F7A"=>"\u7F8A", "\u2F7B"=>"\u7FBD", "\u2F7C"=>"\u8001", "\u2F7D"=>"\u800C", "\u2F7E"=>"\u8012", "\u2F7F"=>"\u8033", "\u2F80"=>"\u807F", "\u2F81"=>"\u8089", "\u2F82"=>"\u81E3", "\u2F83"=>"\u81EA", "\u2F84"=>"\u81F3", "\u2F85"=>"\u81FC", "\u2F86"=>"\u820C", "\u2F87"=>"\u821B", "\u2F88"=>"\u821F", "\u2F89"=>"\u826E", "\u2F8A"=>"\u8272", "\u2F8B"=>"\u8278", "\u2F8C"=>"\u864D", "\u2F8D"=>"\u866B", "\u2F8E"=>"\u8840", "\u2F8F"=>"\u884C", "\u2F90"=>"\u8863", "\u2F91"=>"\u897E", "\u2F92"=>"\u898B", "\u2F93"=>"\u89D2", "\u2F94"=>"\u8A00", "\u2F95"=>"\u8C37", "\u2F96"=>"\u8C46", "\u2F97"=>"\u8C55", "\u2F98"=>"\u8C78", "\u2F99"=>"\u8C9D", "\u2F9A"=>"\u8D64", "\u2F9B"=>"\u8D70", "\u2F9C"=>"\u8DB3", "\u2F9D"=>"\u8EAB", "\u2F9E"=>"\u8ECA", "\u2F9F"=>"\u8F9B", "\u2FA0"=>"\u8FB0", "\u2FA1"=>"\u8FB5", "\u2FA2"=>"\u9091", "\u2FA3"=>"\u9149", "\u2FA4"=>"\u91C6", "\u2FA5"=>"\u91CC", "\u2FA6"=>"\u91D1", "\u2FA7"=>"\u9577", "\u2FA8"=>"\u9580", "\u2FA9"=>"\u961C", "\u2FAA"=>"\u96B6", "\u2FAB"=>"\u96B9", "\u2FAC"=>"\u96E8", "\u2FAD"=>"\u9751", "\u2FAE"=>"\u975E", "\u2FAF"=>"\u9762", "\u2FB0"=>"\u9769", "\u2FB1"=>"\u97CB", "\u2FB2"=>"\u97ED", "\u2FB3"=>"\u97F3", "\u2FB4"=>"\u9801", "\u2FB5"=>"\u98A8", "\u2FB6"=>"\u98DB", "\u2FB7"=>"\u98DF", "\u2FB8"=>"\u9996", "\u2FB9"=>"\u9999", "\u2FBA"=>"\u99AC", "\u2FBB"=>"\u9AA8", "\u2FBC"=>"\u9AD8", "\u2FBD"=>"\u9ADF", "\u2FBE"=>"\u9B25", "\u2FBF"=>"\u9B2F", "\u2FC0"=>"\u9B32", "\u2FC1"=>"\u9B3C", "\u2FC2"=>"\u9B5A", "\u2FC3"=>"\u9CE5", "\u2FC4"=>"\u9E75", "\u2FC5"=>"\u9E7F", "\u2FC6"=>"\u9EA5", "\u2FC7"=>"\u9EBB", "\u2FC8"=>"\u9EC3", "\u2FC9"=>"\u9ECD", "\u2FCA"=>"\u9ED1", "\u2FCB"=>"\u9EF9", "\u2FCC"=>"\u9EFD", "\u2FCD"=>"\u9F0E", "\u2FCE"=>"\u9F13", "\u2FCF"=>"\u9F20", "\u2FD0"=>"\u9F3B", "\u2FD1"=>"\u9F4A", "\u2FD2"=>"\u9F52", "\u2FD3"=>"\u9F8D", "\u2FD4"=>"\u9F9C", "\u2FD5"=>"\u9FA0", "\u3000"=>" ", "\u3036"=>"\u3012", "\u3038"=>"\u5341", "\u3039"=>"\u5344", "\u303A"=>"\u5345", "\u309B"=>" \u3099", "\u309C"=>" \u309A", "\u309F"=>"\u3088\u308A", "\u30FF"=>"\u30B3\u30C8", "\u3131"=>"\u1100", "\u3132"=>"\u1101", "\u3133"=>"\u11AA", "\u3134"=>"\u1102", "\u3135"=>"\u11AC", "\u3136"=>"\u11AD", "\u3137"=>"\u1103", "\u3138"=>"\u1104", "\u3139"=>"\u1105", "\u313A"=>"\u11B0", "\u313B"=>"\u11B1", "\u313C"=>"\u11B2", "\u313D"=>"\u11B3", "\u313E"=>"\u11B4", "\u313F"=>"\u11B5", "\u3140"=>"\u111A", "\u3141"=>"\u1106", "\u3142"=>"\u1107", "\u3143"=>"\u1108", "\u3144"=>"\u1121", "\u3145"=>"\u1109", "\u3146"=>"\u110A", "\u3147"=>"\u110B", "\u3148"=>"\u110C", "\u3149"=>"\u110D", "\u314A"=>"\u110E", "\u314B"=>"\u110F", "\u314C"=>"\u1110", "\u314D"=>"\u1111", "\u314E"=>"\u1112", "\u314F"=>"\u1161", "\u3150"=>"\u1162", "\u3151"=>"\u1163", "\u3152"=>"\u1164", "\u3153"=>"\u1165", "\u3154"=>"\u1166", "\u3155"=>"\u1167", "\u3156"=>"\u1168", "\u3157"=>"\u1169", "\u3158"=>"\u116A", "\u3159"=>"\u116B", "\u315A"=>"\u116C", "\u315B"=>"\u116D", "\u315C"=>"\u116E", "\u315D"=>"\u116F", "\u315E"=>"\u1170", "\u315F"=>"\u1171", "\u3160"=>"\u1172", "\u3161"=>"\u1173", "\u3162"=>"\u1174", "\u3163"=>"\u1175", "\u3164"=>"\u1160", "\u3165"=>"\u1114", "\u3166"=>"\u1115", "\u3167"=>"\u11C7", "\u3168"=>"\u11C8", "\u3169"=>"\u11CC", "\u316A"=>"\u11CE", "\u316B"=>"\u11D3", "\u316C"=>"\u11D7", "\u316D"=>"\u11D9", "\u316E"=>"\u111C", "\u316F"=>"\u11DD", "\u3170"=>"\u11DF", "\u3171"=>"\u111D", "\u3172"=>"\u111E", "\u3173"=>"\u1120", "\u3174"=>"\u1122", "\u3175"=>"\u1123", "\u3176"=>"\u1127", "\u3177"=>"\u1129", "\u3178"=>"\u112B", "\u3179"=>"\u112C", "\u317A"=>"\u112D", "\u317B"=>"\u112E", "\u317C"=>"\u112F", "\u317D"=>"\u1132", "\u317E"=>"\u1136", "\u317F"=>"\u1140", "\u3180"=>"\u1147", "\u3181"=>"\u114C", "\u3182"=>"\u11F1", "\u3183"=>"\u11F2", "\u3184"=>"\u1157", "\u3185"=>"\u1158", "\u3186"=>"\u1159", "\u3187"=>"\u1184", "\u3188"=>"\u1185", "\u3189"=>"\u1188", "\u318A"=>"\u1191", "\u318B"=>"\u1192", "\u318C"=>"\u1194", "\u318D"=>"\u119E", "\u318E"=>"\u11A1", "\u3192"=>"\u4E00", "\u3193"=>"\u4E8C", "\u3194"=>"\u4E09", "\u3195"=>"\u56DB", "\u3196"=>"\u4E0A", "\u3197"=>"\u4E2D", "\u3198"=>"\u4E0B", "\u3199"=>"\u7532", "\u319A"=>"\u4E59", "\u319B"=>"\u4E19", "\u319C"=>"\u4E01", "\u319D"=>"\u5929", "\u319E"=>"\u5730", "\u319F"=>"\u4EBA", "\u3200"=>"(\u1100)", "\u3201"=>"(\u1102)", "\u3202"=>"(\u1103)", "\u3203"=>"(\u1105)", "\u3204"=>"(\u1106)", "\u3205"=>"(\u1107)", "\u3206"=>"(\u1109)", "\u3207"=>"(\u110B)", "\u3208"=>"(\u110C)", "\u3209"=>"(\u110E)", "\u320A"=>"(\u110F)", "\u320B"=>"(\u1110)", "\u320C"=>"(\u1111)", "\u320D"=>"(\u1112)", "\u320E"=>"(\u1100\u1161)", "\u320F"=>"(\u1102\u1161)", "\u3210"=>"(\u1103\u1161)", "\u3211"=>"(\u1105\u1161)", "\u3212"=>"(\u1106\u1161)", "\u3213"=>"(\u1107\u1161)", "\u3214"=>"(\u1109\u1161)", "\u3215"=>"(\u110B\u1161)", "\u3216"=>"(\u110C\u1161)", "\u3217"=>"(\u110E\u1161)", "\u3218"=>"(\u110F\u1161)", "\u3219"=>"(\u1110\u1161)", "\u321A"=>"(\u1111\u1161)", "\u321B"=>"(\u1112\u1161)", "\u321C"=>"(\u110C\u116E)", "\u321D"=>"(\u110B\u1169\u110C\u1165\u11AB)", "\u321E"=>"(\u110B\u1169\u1112\u116E)", "\u3220"=>"(\u4E00)", "\u3221"=>"(\u4E8C)", "\u3222"=>"(\u4E09)", "\u3223"=>"(\u56DB)", "\u3224"=>"(\u4E94)", "\u3225"=>"(\u516D)", "\u3226"=>"(\u4E03)", "\u3227"=>"(\u516B)", "\u3228"=>"(\u4E5D)", "\u3229"=>"(\u5341)", "\u322A"=>"(\u6708)", "\u322B"=>"(\u706B)", "\u322C"=>"(\u6C34)", "\u322D"=>"(\u6728)", "\u322E"=>"(\u91D1)", "\u322F"=>"(\u571F)", "\u3230"=>"(\u65E5)", "\u3231"=>"(\u682A)", "\u3232"=>"(\u6709)", "\u3233"=>"(\u793E)", "\u3234"=>"(\u540D)", "\u3235"=>"(\u7279)", "\u3236"=>"(\u8CA1)", "\u3237"=>"(\u795D)", "\u3238"=>"(\u52B4)", "\u3239"=>"(\u4EE3)", "\u323A"=>"(\u547C)", "\u323B"=>"(\u5B66)", "\u323C"=>"(\u76E3)", "\u323D"=>"(\u4F01)", "\u323E"=>"(\u8CC7)", "\u323F"=>"(\u5354)", "\u3240"=>"(\u796D)", "\u3241"=>"(\u4F11)", "\u3242"=>"(\u81EA)", "\u3243"=>"(\u81F3)", "\u3244"=>"\u554F", "\u3245"=>"\u5E7C", "\u3246"=>"\u6587", "\u3247"=>"\u7B8F", "\u3250"=>"PTE", "\u3251"=>"21", "\u3252"=>"22", "\u3253"=>"23", "\u3254"=>"24", "\u3255"=>"25", "\u3256"=>"26", "\u3257"=>"27", "\u3258"=>"28", "\u3259"=>"29", "\u325A"=>"30", "\u325B"=>"31", "\u325C"=>"32", "\u325D"=>"33", "\u325E"=>"34", "\u325F"=>"35", "\u3260"=>"\u1100", "\u3261"=>"\u1102", "\u3262"=>"\u1103", "\u3263"=>"\u1105", "\u3264"=>"\u1106", "\u3265"=>"\u1107", "\u3266"=>"\u1109", "\u3267"=>"\u110B", "\u3268"=>"\u110C", "\u3269"=>"\u110E", "\u326A"=>"\u110F", "\u326B"=>"\u1110", "\u326C"=>"\u1111", "\u326D"=>"\u1112", "\u326E"=>"\u1100\u1161", "\u326F"=>"\u1102\u1161", "\u3270"=>"\u1103\u1161", "\u3271"=>"\u1105\u1161", "\u3272"=>"\u1106\u1161", "\u3273"=>"\u1107\u1161", "\u3274"=>"\u1109\u1161", "\u3275"=>"\u110B\u1161", "\u3276"=>"\u110C\u1161", "\u3277"=>"\u110E\u1161", "\u3278"=>"\u110F\u1161", "\u3279"=>"\u1110\u1161", "\u327A"=>"\u1111\u1161", "\u327B"=>"\u1112\u1161", "\u327C"=>"\u110E\u1161\u11B7\u1100\u1169", "\u327D"=>"\u110C\u116E\u110B\u1174", "\u327E"=>"\u110B\u116E", "\u3280"=>"\u4E00", "\u3281"=>"\u4E8C", "\u3282"=>"\u4E09", "\u3283"=>"\u56DB", "\u3284"=>"\u4E94", "\u3285"=>"\u516D", "\u3286"=>"\u4E03", "\u3287"=>"\u516B", "\u3288"=>"\u4E5D", "\u3289"=>"\u5341", "\u328A"=>"\u6708", "\u328B"=>"\u706B", "\u328C"=>"\u6C34", "\u328D"=>"\u6728", "\u328E"=>"\u91D1", "\u328F"=>"\u571F", "\u3290"=>"\u65E5", "\u3291"=>"\u682A", "\u3292"=>"\u6709", "\u3293"=>"\u793E", "\u3294"=>"\u540D", "\u3295"=>"\u7279", "\u3296"=>"\u8CA1", "\u3297"=>"\u795D", "\u3298"=>"\u52B4", "\u3299"=>"\u79D8", "\u329A"=>"\u7537", "\u329B"=>"\u5973", "\u329C"=>"\u9069", "\u329D"=>"\u512A", "\u329E"=>"\u5370", "\u329F"=>"\u6CE8", "\u32A0"=>"\u9805", "\u32A1"=>"\u4F11", "\u32A2"=>"\u5199", "\u32A3"=>"\u6B63", "\u32A4"=>"\u4E0A", "\u32A5"=>"\u4E2D", "\u32A6"=>"\u4E0B", "\u32A7"=>"\u5DE6", "\u32A8"=>"\u53F3", "\u32A9"=>"\u533B", "\u32AA"=>"\u5B97", "\u32AB"=>"\u5B66", "\u32AC"=>"\u76E3", "\u32AD"=>"\u4F01", "\u32AE"=>"\u8CC7", "\u32AF"=>"\u5354", "\u32B0"=>"\u591C", "\u32B1"=>"36", "\u32B2"=>"37", "\u32B3"=>"38", "\u32B4"=>"39", "\u32B5"=>"40", "\u32B6"=>"41", "\u32B7"=>"42", "\u32B8"=>"43", "\u32B9"=>"44", "\u32BA"=>"45", "\u32BB"=>"46", "\u32BC"=>"47", "\u32BD"=>"48", "\u32BE"=>"49", "\u32BF"=>"50", "\u32C0"=>"1\u6708", "\u32C1"=>"2\u6708", "\u32C2"=>"3\u6708", "\u32C3"=>"4\u6708", "\u32C4"=>"5\u6708", "\u32C5"=>"6\u6708", "\u32C6"=>"7\u6708", "\u32C7"=>"8\u6708", "\u32C8"=>"9\u6708", "\u32C9"=>"10\u6708", "\u32CA"=>"11\u6708", "\u32CB"=>"12\u6708", "\u32CC"=>"Hg", "\u32CD"=>"erg", "\u32CE"=>"eV", "\u32CF"=>"LTD", "\u32D0"=>"\u30A2", "\u32D1"=>"\u30A4", "\u32D2"=>"\u30A6", "\u32D3"=>"\u30A8", "\u32D4"=>"\u30AA", "\u32D5"=>"\u30AB", "\u32D6"=>"\u30AD", "\u32D7"=>"\u30AF", "\u32D8"=>"\u30B1", "\u32D9"=>"\u30B3", "\u32DA"=>"\u30B5", "\u32DB"=>"\u30B7", "\u32DC"=>"\u30B9", "\u32DD"=>"\u30BB", "\u32DE"=>"\u30BD", "\u32DF"=>"\u30BF", "\u32E0"=>"\u30C1", "\u32E1"=>"\u30C4", "\u32E2"=>"\u30C6", "\u32E3"=>"\u30C8", "\u32E4"=>"\u30CA", "\u32E5"=>"\u30CB", "\u32E6"=>"\u30CC", "\u32E7"=>"\u30CD", "\u32E8"=>"\u30CE", "\u32E9"=>"\u30CF", "\u32EA"=>"\u30D2", "\u32EB"=>"\u30D5", "\u32EC"=>"\u30D8", "\u32ED"=>"\u30DB", "\u32EE"=>"\u30DE", "\u32EF"=>"\u30DF", "\u32F0"=>"\u30E0", "\u32F1"=>"\u30E1", "\u32F2"=>"\u30E2", "\u32F3"=>"\u30E4", "\u32F4"=>"\u30E6", "\u32F5"=>"\u30E8", "\u32F6"=>"\u30E9", "\u32F7"=>"\u30EA", "\u32F8"=>"\u30EB", "\u32F9"=>"\u30EC", "\u32FA"=>"\u30ED", "\u32FB"=>"\u30EF", "\u32FC"=>"\u30F0", "\u32FD"=>"\u30F1", "\u32FE"=>"\u30F2", "\u32FF"=>"\u4EE4\u548C", "\u3300"=>"\u30A2\u30D1\u30FC\u30C8", "\u3301"=>"\u30A2\u30EB\u30D5\u30A1", "\u3302"=>"\u30A2\u30F3\u30DA\u30A2", "\u3303"=>"\u30A2\u30FC\u30EB", "\u3304"=>"\u30A4\u30CB\u30F3\u30B0", "\u3305"=>"\u30A4\u30F3\u30C1", "\u3306"=>"\u30A6\u30A9\u30F3", "\u3307"=>"\u30A8\u30B9\u30AF\u30FC\u30C9", "\u3308"=>"\u30A8\u30FC\u30AB\u30FC", "\u3309"=>"\u30AA\u30F3\u30B9", "\u330A"=>"\u30AA\u30FC\u30E0", "\u330B"=>"\u30AB\u30A4\u30EA", "\u330C"=>"\u30AB\u30E9\u30C3\u30C8", "\u330D"=>"\u30AB\u30ED\u30EA\u30FC", "\u330E"=>"\u30AC\u30ED\u30F3", "\u330F"=>"\u30AC\u30F3\u30DE", "\u3310"=>"\u30AE\u30AC", "\u3311"=>"\u30AE\u30CB\u30FC", "\u3312"=>"\u30AD\u30E5\u30EA\u30FC", "\u3313"=>"\u30AE\u30EB\u30C0\u30FC", "\u3314"=>"\u30AD\u30ED", "\u3315"=>"\u30AD\u30ED\u30B0\u30E9\u30E0", "\u3316"=>"\u30AD\u30ED\u30E1\u30FC\u30C8\u30EB", "\u3317"=>"\u30AD\u30ED\u30EF\u30C3\u30C8", "\u3318"=>"\u30B0\u30E9\u30E0", "\u3319"=>"\u30B0\u30E9\u30E0\u30C8\u30F3", "\u331A"=>"\u30AF\u30EB\u30BC\u30A4\u30ED", "\u331B"=>"\u30AF\u30ED\u30FC\u30CD", "\u331C"=>"\u30B1\u30FC\u30B9", "\u331D"=>"\u30B3\u30EB\u30CA", "\u331E"=>"\u30B3\u30FC\u30DD", "\u331F"=>"\u30B5\u30A4\u30AF\u30EB", "\u3320"=>"\u30B5\u30F3\u30C1\u30FC\u30E0", "\u3321"=>"\u30B7\u30EA\u30F3\u30B0", "\u3322"=>"\u30BB\u30F3\u30C1", "\u3323"=>"\u30BB\u30F3\u30C8", "\u3324"=>"\u30C0\u30FC\u30B9", "\u3325"=>"\u30C7\u30B7", "\u3326"=>"\u30C9\u30EB", "\u3327"=>"\u30C8\u30F3", "\u3328"=>"\u30CA\u30CE", "\u3329"=>"\u30CE\u30C3\u30C8", "\u332A"=>"\u30CF\u30A4\u30C4", "\u332B"=>"\u30D1\u30FC\u30BB\u30F3\u30C8", "\u332C"=>"\u30D1\u30FC\u30C4", "\u332D"=>"\u30D0\u30FC\u30EC\u30EB", "\u332E"=>"\u30D4\u30A2\u30B9\u30C8\u30EB", "\u332F"=>"\u30D4\u30AF\u30EB", "\u3330"=>"\u30D4\u30B3", "\u3331"=>"\u30D3\u30EB", "\u3332"=>"\u30D5\u30A1\u30E9\u30C3\u30C9", "\u3333"=>"\u30D5\u30A3\u30FC\u30C8", "\u3334"=>"\u30D6\u30C3\u30B7\u30A7\u30EB", "\u3335"=>"\u30D5\u30E9\u30F3", "\u3336"=>"\u30D8\u30AF\u30BF\u30FC\u30EB", "\u3337"=>"\u30DA\u30BD", "\u3338"=>"\u30DA\u30CB\u30D2", "\u3339"=>"\u30D8\u30EB\u30C4", "\u333A"=>"\u30DA\u30F3\u30B9", "\u333B"=>"\u30DA\u30FC\u30B8", "\u333C"=>"\u30D9\u30FC\u30BF", "\u333D"=>"\u30DD\u30A4\u30F3\u30C8", "\u333E"=>"\u30DC\u30EB\u30C8", "\u333F"=>"\u30DB\u30F3", "\u3340"=>"\u30DD\u30F3\u30C9", "\u3341"=>"\u30DB\u30FC\u30EB", "\u3342"=>"\u30DB\u30FC\u30F3", "\u3343"=>"\u30DE\u30A4\u30AF\u30ED", "\u3344"=>"\u30DE\u30A4\u30EB", "\u3345"=>"\u30DE\u30C3\u30CF", "\u3346"=>"\u30DE\u30EB\u30AF", "\u3347"=>"\u30DE\u30F3\u30B7\u30E7\u30F3", "\u3348"=>"\u30DF\u30AF\u30ED\u30F3", "\u3349"=>"\u30DF\u30EA", "\u334A"=>"\u30DF\u30EA\u30D0\u30FC\u30EB", "\u334B"=>"\u30E1\u30AC", "\u334C"=>"\u30E1\u30AC\u30C8\u30F3", "\u334D"=>"\u30E1\u30FC\u30C8\u30EB", "\u334E"=>"\u30E4\u30FC\u30C9", "\u334F"=>"\u30E4\u30FC\u30EB", "\u3350"=>"\u30E6\u30A2\u30F3", "\u3351"=>"\u30EA\u30C3\u30C8\u30EB", "\u3352"=>"\u30EA\u30E9", "\u3353"=>"\u30EB\u30D4\u30FC", "\u3354"=>"\u30EB\u30FC\u30D6\u30EB", "\u3355"=>"\u30EC\u30E0", "\u3356"=>"\u30EC\u30F3\u30C8\u30B2\u30F3", "\u3357"=>"\u30EF\u30C3\u30C8", "\u3358"=>"0\u70B9", "\u3359"=>"1\u70B9", "\u335A"=>"2\u70B9", "\u335B"=>"3\u70B9", "\u335C"=>"4\u70B9", "\u335D"=>"5\u70B9", "\u335E"=>"6\u70B9", "\u335F"=>"7\u70B9", "\u3360"=>"8\u70B9", "\u3361"=>"9\u70B9", "\u3362"=>"10\u70B9", "\u3363"=>"11\u70B9", "\u3364"=>"12\u70B9", "\u3365"=>"13\u70B9", "\u3366"=>"14\u70B9", "\u3367"=>"15\u70B9", "\u3368"=>"16\u70B9", "\u3369"=>"17\u70B9", "\u336A"=>"18\u70B9", "\u336B"=>"19\u70B9", "\u336C"=>"20\u70B9", "\u336D"=>"21\u70B9", "\u336E"=>"22\u70B9", "\u336F"=>"23\u70B9", "\u3370"=>"24\u70B9", "\u3371"=>"hPa", "\u3372"=>"da", "\u3373"=>"AU", "\u3374"=>"bar", "\u3375"=>"oV", "\u3376"=>"pc", "\u3377"=>"dm", "\u3378"=>"dm2", "\u3379"=>"dm3", "\u337A"=>"IU", "\u337B"=>"\u5E73\u6210", "\u337C"=>"\u662D\u548C", "\u337D"=>"\u5927\u6B63", "\u337E"=>"\u660E\u6CBB", "\u337F"=>"\u682A\u5F0F\u4F1A\u793E", "\u3380"=>"pA", "\u3381"=>"nA", "\u3382"=>"\u03BCA", "\u3383"=>"mA", "\u3384"=>"kA", "\u3385"=>"KB", "\u3386"=>"MB", "\u3387"=>"GB", "\u3388"=>"cal", "\u3389"=>"kcal", "\u338A"=>"pF", "\u338B"=>"nF", "\u338C"=>"\u03BCF", "\u338D"=>"\u03BCg", "\u338E"=>"mg", "\u338F"=>"kg", "\u3390"=>"Hz", "\u3391"=>"kHz", "\u3392"=>"MHz", "\u3393"=>"GHz", "\u3394"=>"THz", "\u3395"=>"\u03BCl", "\u3396"=>"ml", "\u3397"=>"dl", "\u3398"=>"kl", "\u3399"=>"fm", "\u339A"=>"nm", "\u339B"=>"\u03BCm", "\u339C"=>"mm", "\u339D"=>"cm", "\u339E"=>"km", "\u339F"=>"mm2", "\u33A0"=>"cm2", "\u33A1"=>"m2", "\u33A2"=>"km2", "\u33A3"=>"mm3", "\u33A4"=>"cm3", "\u33A5"=>"m3", "\u33A6"=>"km3", "\u33A7"=>"m\u2215s", "\u33A8"=>"m\u2215s2", "\u33A9"=>"Pa", "\u33AA"=>"kPa", "\u33AB"=>"MPa", "\u33AC"=>"GPa", "\u33AD"=>"rad", "\u33AE"=>"rad\u2215s", "\u33AF"=>"rad\u2215s2", "\u33B0"=>"ps", "\u33B1"=>"ns", "\u33B2"=>"\u03BCs", "\u33B3"=>"ms", "\u33B4"=>"pV", "\u33B5"=>"nV", "\u33B6"=>"\u03BCV", "\u33B7"=>"mV", "\u33B8"=>"kV", "\u33B9"=>"MV", "\u33BA"=>"pW", "\u33BB"=>"nW", "\u33BC"=>"\u03BCW", "\u33BD"=>"mW", "\u33BE"=>"kW", "\u33BF"=>"MW", "\u33C0"=>"k\u03A9", "\u33C1"=>"M\u03A9", "\u33C2"=>"a.m.", "\u33C3"=>"Bq", "\u33C4"=>"cc", "\u33C5"=>"cd", "\u33C6"=>"C\u2215kg", "\u33C7"=>"Co.", "\u33C8"=>"dB", "\u33C9"=>"Gy", "\u33CA"=>"ha", "\u33CB"=>"HP", "\u33CC"=>"in", "\u33CD"=>"KK", "\u33CE"=>"KM", "\u33CF"=>"kt", "\u33D0"=>"lm", "\u33D1"=>"ln", "\u33D2"=>"log", "\u33D3"=>"lx", "\u33D4"=>"mb", "\u33D5"=>"mil", "\u33D6"=>"mol", "\u33D7"=>"PH", "\u33D8"=>"p.m.", "\u33D9"=>"PPM", "\u33DA"=>"PR", "\u33DB"=>"sr", "\u33DC"=>"Sv", "\u33DD"=>"Wb", "\u33DE"=>"V\u2215m", "\u33DF"=>"A\u2215m", "\u33E0"=>"1\u65E5", "\u33E1"=>"2\u65E5", "\u33E2"=>"3\u65E5", "\u33E3"=>"4\u65E5", "\u33E4"=>"5\u65E5", "\u33E5"=>"6\u65E5", "\u33E6"=>"7\u65E5", "\u33E7"=>"8\u65E5", "\u33E8"=>"9\u65E5", "\u33E9"=>"10\u65E5", "\u33EA"=>"11\u65E5", "\u33EB"=>"12\u65E5", "\u33EC"=>"13\u65E5", "\u33ED"=>"14\u65E5", "\u33EE"=>"15\u65E5", "\u33EF"=>"16\u65E5", "\u33F0"=>"17\u65E5", "\u33F1"=>"18\u65E5", "\u33F2"=>"19\u65E5", "\u33F3"=>"20\u65E5", "\u33F4"=>"21\u65E5", "\u33F5"=>"22\u65E5", "\u33F6"=>"23\u65E5", "\u33F7"=>"24\u65E5", "\u33F8"=>"25\u65E5", "\u33F9"=>"26\u65E5", "\u33FA"=>"27\u65E5", "\u33FB"=>"28\u65E5", "\u33FC"=>"29\u65E5", "\u33FD"=>"30\u65E5", "\u33FE"=>"31\u65E5", "\u33FF"=>"gal", "\uA69C"=>"\u044A", "\uA69D"=>"\u044C", "\uA770"=>"\uA76F", "\uA7F2"=>"C", "\uA7F3"=>"F", "\uA7F4"=>"Q", "\uA7F8"=>"\u0126", "\uA7F9"=>"\u0153", "\uAB5C"=>"\uA727", "\uAB5D"=>"\uAB37", "\uAB5E"=>"\u026B", "\uAB5F"=>"\uAB52", "\uAB69"=>"\u028D", "\uFB00"=>"ff", "\uFB01"=>"fi", "\uFB02"=>"fl", "\uFB03"=>"ffi", "\uFB04"=>"ffl", "\uFB05"=>"st", "\uFB06"=>"st", "\uFB13"=>"\u0574\u0576", "\uFB14"=>"\u0574\u0565", "\uFB15"=>"\u0574\u056B", "\uFB16"=>"\u057E\u0576", "\uFB17"=>"\u0574\u056D", "\uFB20"=>"\u05E2", "\uFB21"=>"\u05D0", "\uFB22"=>"\u05D3", "\uFB23"=>"\u05D4", "\uFB24"=>"\u05DB", "\uFB25"=>"\u05DC", "\uFB26"=>"\u05DD", "\uFB27"=>"\u05E8", "\uFB28"=>"\u05EA", "\uFB29"=>"+", "\uFB4F"=>"\u05D0\u05DC", "\uFB50"=>"\u0671", "\uFB51"=>"\u0671", "\uFB52"=>"\u067B", "\uFB53"=>"\u067B", "\uFB54"=>"\u067B", "\uFB55"=>"\u067B", "\uFB56"=>"\u067E", "\uFB57"=>"\u067E", "\uFB58"=>"\u067E", "\uFB59"=>"\u067E", "\uFB5A"=>"\u0680", "\uFB5B"=>"\u0680", "\uFB5C"=>"\u0680", "\uFB5D"=>"\u0680", "\uFB5E"=>"\u067A", "\uFB5F"=>"\u067A", "\uFB60"=>"\u067A", "\uFB61"=>"\u067A", "\uFB62"=>"\u067F", "\uFB63"=>"\u067F", "\uFB64"=>"\u067F", "\uFB65"=>"\u067F", "\uFB66"=>"\u0679", "\uFB67"=>"\u0679", "\uFB68"=>"\u0679", "\uFB69"=>"\u0679", "\uFB6A"=>"\u06A4", "\uFB6B"=>"\u06A4", "\uFB6C"=>"\u06A4", "\uFB6D"=>"\u06A4", "\uFB6E"=>"\u06A6", "\uFB6F"=>"\u06A6", "\uFB70"=>"\u06A6", "\uFB71"=>"\u06A6", "\uFB72"=>"\u0684", "\uFB73"=>"\u0684", "\uFB74"=>"\u0684", "\uFB75"=>"\u0684", "\uFB76"=>"\u0683", "\uFB77"=>"\u0683", "\uFB78"=>"\u0683", "\uFB79"=>"\u0683", "\uFB7A"=>"\u0686", "\uFB7B"=>"\u0686", "\uFB7C"=>"\u0686", "\uFB7D"=>"\u0686", "\uFB7E"=>"\u0687", "\uFB7F"=>"\u0687", "\uFB80"=>"\u0687", "\uFB81"=>"\u0687", "\uFB82"=>"\u068D", "\uFB83"=>"\u068D", "\uFB84"=>"\u068C", "\uFB85"=>"\u068C", "\uFB86"=>"\u068E", "\uFB87"=>"\u068E", "\uFB88"=>"\u0688", "\uFB89"=>"\u0688", "\uFB8A"=>"\u0698", "\uFB8B"=>"\u0698", "\uFB8C"=>"\u0691", "\uFB8D"=>"\u0691", "\uFB8E"=>"\u06A9", "\uFB8F"=>"\u06A9", "\uFB90"=>"\u06A9", "\uFB91"=>"\u06A9", "\uFB92"=>"\u06AF", "\uFB93"=>"\u06AF", "\uFB94"=>"\u06AF", "\uFB95"=>"\u06AF", "\uFB96"=>"\u06B3", "\uFB97"=>"\u06B3", "\uFB98"=>"\u06B3", "\uFB99"=>"\u06B3", "\uFB9A"=>"\u06B1", "\uFB9B"=>"\u06B1", "\uFB9C"=>"\u06B1", "\uFB9D"=>"\u06B1", "\uFB9E"=>"\u06BA", "\uFB9F"=>"\u06BA", "\uFBA0"=>"\u06BB", "\uFBA1"=>"\u06BB", "\uFBA2"=>"\u06BB", "\uFBA3"=>"\u06BB", "\uFBA4"=>"\u06C0", "\uFBA5"=>"\u06C0", "\uFBA6"=>"\u06C1", "\uFBA7"=>"\u06C1", "\uFBA8"=>"\u06C1", "\uFBA9"=>"\u06C1", "\uFBAA"=>"\u06BE", "\uFBAB"=>"\u06BE", "\uFBAC"=>"\u06BE", "\uFBAD"=>"\u06BE", "\uFBAE"=>"\u06D2", "\uFBAF"=>"\u06D2", "\uFBB0"=>"\u06D3", "\uFBB1"=>"\u06D3", "\uFBD3"=>"\u06AD", "\uFBD4"=>"\u06AD", "\uFBD5"=>"\u06AD", "\uFBD6"=>"\u06AD", "\uFBD7"=>"\u06C7", "\uFBD8"=>"\u06C7", "\uFBD9"=>"\u06C6", "\uFBDA"=>"\u06C6", "\uFBDB"=>"\u06C8", "\uFBDC"=>"\u06C8", "\uFBDD"=>"\u06C7\u0674", "\uFBDE"=>"\u06CB", "\uFBDF"=>"\u06CB", "\uFBE0"=>"\u06C5", "\uFBE1"=>"\u06C5", "\uFBE2"=>"\u06C9", "\uFBE3"=>"\u06C9", "\uFBE4"=>"\u06D0", "\uFBE5"=>"\u06D0", "\uFBE6"=>"\u06D0", "\uFBE7"=>"\u06D0", "\uFBE8"=>"\u0649", "\uFBE9"=>"\u0649", "\uFBEA"=>"\u0626\u0627", "\uFBEB"=>"\u0626\u0627", "\uFBEC"=>"\u0626\u06D5", "\uFBED"=>"\u0626\u06D5", "\uFBEE"=>"\u0626\u0648", "\uFBEF"=>"\u0626\u0648", "\uFBF0"=>"\u0626\u06C7", "\uFBF1"=>"\u0626\u06C7", "\uFBF2"=>"\u0626\u06C6", "\uFBF3"=>"\u0626\u06C6", "\uFBF4"=>"\u0626\u06C8", "\uFBF5"=>"\u0626\u06C8", "\uFBF6"=>"\u0626\u06D0", "\uFBF7"=>"\u0626\u06D0", "\uFBF8"=>"\u0626\u06D0", "\uFBF9"=>"\u0626\u0649", "\uFBFA"=>"\u0626\u0649", "\uFBFB"=>"\u0626\u0649", "\uFBFC"=>"\u06CC", "\uFBFD"=>"\u06CC", "\uFBFE"=>"\u06CC", "\uFBFF"=>"\u06CC", "\uFC00"=>"\u0626\u062C", "\uFC01"=>"\u0626\u062D", "\uFC02"=>"\u0626\u0645", "\uFC03"=>"\u0626\u0649", "\uFC04"=>"\u0626\u064A", "\uFC05"=>"\u0628\u062C", "\uFC06"=>"\u0628\u062D", "\uFC07"=>"\u0628\u062E", "\uFC08"=>"\u0628\u0645", "\uFC09"=>"\u0628\u0649", "\uFC0A"=>"\u0628\u064A", "\uFC0B"=>"\u062A\u062C", "\uFC0C"=>"\u062A\u062D", "\uFC0D"=>"\u062A\u062E", "\uFC0E"=>"\u062A\u0645", "\uFC0F"=>"\u062A\u0649", "\uFC10"=>"\u062A\u064A", "\uFC11"=>"\u062B\u062C", "\uFC12"=>"\u062B\u0645", "\uFC13"=>"\u062B\u0649", "\uFC14"=>"\u062B\u064A", "\uFC15"=>"\u062C\u062D", "\uFC16"=>"\u062C\u0645", "\uFC17"=>"\u062D\u062C", "\uFC18"=>"\u062D\u0645", "\uFC19"=>"\u062E\u062C", "\uFC1A"=>"\u062E\u062D", "\uFC1B"=>"\u062E\u0645", "\uFC1C"=>"\u0633\u062C", "\uFC1D"=>"\u0633\u062D", "\uFC1E"=>"\u0633\u062E", "\uFC1F"=>"\u0633\u0645", "\uFC20"=>"\u0635\u062D", "\uFC21"=>"\u0635\u0645", "\uFC22"=>"\u0636\u062C", "\uFC23"=>"\u0636\u062D", "\uFC24"=>"\u0636\u062E", "\uFC25"=>"\u0636\u0645", "\uFC26"=>"\u0637\u062D", "\uFC27"=>"\u0637\u0645", "\uFC28"=>"\u0638\u0645", "\uFC29"=>"\u0639\u062C", "\uFC2A"=>"\u0639\u0645", "\uFC2B"=>"\u063A\u062C", "\uFC2C"=>"\u063A\u0645", "\uFC2D"=>"\u0641\u062C", "\uFC2E"=>"\u0641\u062D", "\uFC2F"=>"\u0641\u062E", "\uFC30"=>"\u0641\u0645", "\uFC31"=>"\u0641\u0649", "\uFC32"=>"\u0641\u064A", "\uFC33"=>"\u0642\u062D", "\uFC34"=>"\u0642\u0645", "\uFC35"=>"\u0642\u0649", "\uFC36"=>"\u0642\u064A", "\uFC37"=>"\u0643\u0627", "\uFC38"=>"\u0643\u062C", "\uFC39"=>"\u0643\u062D", "\uFC3A"=>"\u0643\u062E", "\uFC3B"=>"\u0643\u0644", "\uFC3C"=>"\u0643\u0645", "\uFC3D"=>"\u0643\u0649", "\uFC3E"=>"\u0643\u064A", "\uFC3F"=>"\u0644\u062C", "\uFC40"=>"\u0644\u062D", "\uFC41"=>"\u0644\u062E", "\uFC42"=>"\u0644\u0645", "\uFC43"=>"\u0644\u0649", "\uFC44"=>"\u0644\u064A", "\uFC45"=>"\u0645\u062C", "\uFC46"=>"\u0645\u062D", "\uFC47"=>"\u0645\u062E", "\uFC48"=>"\u0645\u0645", "\uFC49"=>"\u0645\u0649", "\uFC4A"=>"\u0645\u064A", "\uFC4B"=>"\u0646\u062C", "\uFC4C"=>"\u0646\u062D", "\uFC4D"=>"\u0646\u062E", "\uFC4E"=>"\u0646\u0645", "\uFC4F"=>"\u0646\u0649", "\uFC50"=>"\u0646\u064A", "\uFC51"=>"\u0647\u062C", "\uFC52"=>"\u0647\u0645", "\uFC53"=>"\u0647\u0649", "\uFC54"=>"\u0647\u064A", "\uFC55"=>"\u064A\u062C", "\uFC56"=>"\u064A\u062D", "\uFC57"=>"\u064A\u062E", "\uFC58"=>"\u064A\u0645", "\uFC59"=>"\u064A\u0649", "\uFC5A"=>"\u064A\u064A", "\uFC5B"=>"\u0630\u0670", "\uFC5C"=>"\u0631\u0670", "\uFC5D"=>"\u0649\u0670", "\uFC5E"=>" \u064C\u0651", "\uFC5F"=>" \u064D\u0651", "\uFC60"=>" \u064E\u0651", "\uFC61"=>" \u064F\u0651", "\uFC62"=>" \u0650\u0651", "\uFC63"=>" \u0651\u0670", "\uFC64"=>"\u0626\u0631", "\uFC65"=>"\u0626\u0632", "\uFC66"=>"\u0626\u0645", "\uFC67"=>"\u0626\u0646", "\uFC68"=>"\u0626\u0649", "\uFC69"=>"\u0626\u064A", "\uFC6A"=>"\u0628\u0631", "\uFC6B"=>"\u0628\u0632", "\uFC6C"=>"\u0628\u0645", "\uFC6D"=>"\u0628\u0646", "\uFC6E"=>"\u0628\u0649", "\uFC6F"=>"\u0628\u064A", "\uFC70"=>"\u062A\u0631", "\uFC71"=>"\u062A\u0632", "\uFC72"=>"\u062A\u0645", "\uFC73"=>"\u062A\u0646", "\uFC74"=>"\u062A\u0649", "\uFC75"=>"\u062A\u064A", "\uFC76"=>"\u062B\u0631", "\uFC77"=>"\u062B\u0632", "\uFC78"=>"\u062B\u0645", "\uFC79"=>"\u062B\u0646", "\uFC7A"=>"\u062B\u0649", "\uFC7B"=>"\u062B\u064A", "\uFC7C"=>"\u0641\u0649", "\uFC7D"=>"\u0641\u064A", "\uFC7E"=>"\u0642\u0649", "\uFC7F"=>"\u0642\u064A", "\uFC80"=>"\u0643\u0627", "\uFC81"=>"\u0643\u0644", "\uFC82"=>"\u0643\u0645", "\uFC83"=>"\u0643\u0649", "\uFC84"=>"\u0643\u064A", "\uFC85"=>"\u0644\u0645", "\uFC86"=>"\u0644\u0649", "\uFC87"=>"\u0644\u064A", "\uFC88"=>"\u0645\u0627", "\uFC89"=>"\u0645\u0645", "\uFC8A"=>"\u0646\u0631", "\uFC8B"=>"\u0646\u0632", "\uFC8C"=>"\u0646\u0645", "\uFC8D"=>"\u0646\u0646", "\uFC8E"=>"\u0646\u0649", "\uFC8F"=>"\u0646\u064A", "\uFC90"=>"\u0649\u0670", "\uFC91"=>"\u064A\u0631", "\uFC92"=>"\u064A\u0632", "\uFC93"=>"\u064A\u0645", "\uFC94"=>"\u064A\u0646", "\uFC95"=>"\u064A\u0649", "\uFC96"=>"\u064A\u064A", "\uFC97"=>"\u0626\u062C", "\uFC98"=>"\u0626\u062D", "\uFC99"=>"\u0626\u062E", "\uFC9A"=>"\u0626\u0645", "\uFC9B"=>"\u0626\u0647", "\uFC9C"=>"\u0628\u062C", "\uFC9D"=>"\u0628\u062D", "\uFC9E"=>"\u0628\u062E", "\uFC9F"=>"\u0628\u0645", "\uFCA0"=>"\u0628\u0647", "\uFCA1"=>"\u062A\u062C", "\uFCA2"=>"\u062A\u062D", "\uFCA3"=>"\u062A\u062E", "\uFCA4"=>"\u062A\u0645", "\uFCA5"=>"\u062A\u0647", "\uFCA6"=>"\u062B\u0645", "\uFCA7"=>"\u062C\u062D", "\uFCA8"=>"\u062C\u0645", "\uFCA9"=>"\u062D\u062C", "\uFCAA"=>"\u062D\u0645", "\uFCAB"=>"\u062E\u062C", "\uFCAC"=>"\u062E\u0645", "\uFCAD"=>"\u0633\u062C", "\uFCAE"=>"\u0633\u062D", "\uFCAF"=>"\u0633\u062E", "\uFCB0"=>"\u0633\u0645", "\uFCB1"=>"\u0635\u062D", "\uFCB2"=>"\u0635\u062E", "\uFCB3"=>"\u0635\u0645", "\uFCB4"=>"\u0636\u062C", "\uFCB5"=>"\u0636\u062D", "\uFCB6"=>"\u0636\u062E", "\uFCB7"=>"\u0636\u0645", "\uFCB8"=>"\u0637\u062D", "\uFCB9"=>"\u0638\u0645", "\uFCBA"=>"\u0639\u062C", "\uFCBB"=>"\u0639\u0645", "\uFCBC"=>"\u063A\u062C", "\uFCBD"=>"\u063A\u0645", "\uFCBE"=>"\u0641\u062C", "\uFCBF"=>"\u0641\u062D", "\uFCC0"=>"\u0641\u062E", "\uFCC1"=>"\u0641\u0645", "\uFCC2"=>"\u0642\u062D", "\uFCC3"=>"\u0642\u0645", "\uFCC4"=>"\u0643\u062C", "\uFCC5"=>"\u0643\u062D", "\uFCC6"=>"\u0643\u062E", "\uFCC7"=>"\u0643\u0644", "\uFCC8"=>"\u0643\u0645", "\uFCC9"=>"\u0644\u062C", "\uFCCA"=>"\u0644\u062D", "\uFCCB"=>"\u0644\u062E", "\uFCCC"=>"\u0644\u0645", "\uFCCD"=>"\u0644\u0647", "\uFCCE"=>"\u0645\u062C", "\uFCCF"=>"\u0645\u062D", "\uFCD0"=>"\u0645\u062E", "\uFCD1"=>"\u0645\u0645", "\uFCD2"=>"\u0646\u062C", "\uFCD3"=>"\u0646\u062D", "\uFCD4"=>"\u0646\u062E", "\uFCD5"=>"\u0646\u0645", "\uFCD6"=>"\u0646\u0647", "\uFCD7"=>"\u0647\u062C", "\uFCD8"=>"\u0647\u0645", "\uFCD9"=>"\u0647\u0670", "\uFCDA"=>"\u064A\u062C", "\uFCDB"=>"\u064A\u062D", "\uFCDC"=>"\u064A\u062E", "\uFCDD"=>"\u064A\u0645", "\uFCDE"=>"\u064A\u0647", "\uFCDF"=>"\u0626\u0645", "\uFCE0"=>"\u0626\u0647", "\uFCE1"=>"\u0628\u0645", "\uFCE2"=>"\u0628\u0647", "\uFCE3"=>"\u062A\u0645", "\uFCE4"=>"\u062A\u0647", "\uFCE5"=>"\u062B\u0645", "\uFCE6"=>"\u062B\u0647", "\uFCE7"=>"\u0633\u0645", "\uFCE8"=>"\u0633\u0647", "\uFCE9"=>"\u0634\u0645", "\uFCEA"=>"\u0634\u0647", "\uFCEB"=>"\u0643\u0644", "\uFCEC"=>"\u0643\u0645", "\uFCED"=>"\u0644\u0645", "\uFCEE"=>"\u0646\u0645", "\uFCEF"=>"\u0646\u0647", "\uFCF0"=>"\u064A\u0645", "\uFCF1"=>"\u064A\u0647", "\uFCF2"=>"\u0640\u064E\u0651", "\uFCF3"=>"\u0640\u064F\u0651", "\uFCF4"=>"\u0640\u0650\u0651", "\uFCF5"=>"\u0637\u0649", "\uFCF6"=>"\u0637\u064A", "\uFCF7"=>"\u0639\u0649", "\uFCF8"=>"\u0639\u064A", "\uFCF9"=>"\u063A\u0649", "\uFCFA"=>"\u063A\u064A", "\uFCFB"=>"\u0633\u0649", "\uFCFC"=>"\u0633\u064A", "\uFCFD"=>"\u0634\u0649", "\uFCFE"=>"\u0634\u064A", "\uFCFF"=>"\u062D\u0649", "\uFD00"=>"\u062D\u064A", "\uFD01"=>"\u062C\u0649", "\uFD02"=>"\u062C\u064A", "\uFD03"=>"\u062E\u0649", "\uFD04"=>"\u062E\u064A", "\uFD05"=>"\u0635\u0649", "\uFD06"=>"\u0635\u064A", "\uFD07"=>"\u0636\u0649", "\uFD08"=>"\u0636\u064A", "\uFD09"=>"\u0634\u062C", "\uFD0A"=>"\u0634\u062D", "\uFD0B"=>"\u0634\u062E", "\uFD0C"=>"\u0634\u0645", "\uFD0D"=>"\u0634\u0631", "\uFD0E"=>"\u0633\u0631", "\uFD0F"=>"\u0635\u0631", "\uFD10"=>"\u0636\u0631", "\uFD11"=>"\u0637\u0649", "\uFD12"=>"\u0637\u064A", "\uFD13"=>"\u0639\u0649", "\uFD14"=>"\u0639\u064A", "\uFD15"=>"\u063A\u0649", "\uFD16"=>"\u063A\u064A", "\uFD17"=>"\u0633\u0649", "\uFD18"=>"\u0633\u064A", "\uFD19"=>"\u0634\u0649", "\uFD1A"=>"\u0634\u064A", "\uFD1B"=>"\u062D\u0649", "\uFD1C"=>"\u062D\u064A", "\uFD1D"=>"\u062C\u0649", "\uFD1E"=>"\u062C\u064A", "\uFD1F"=>"\u062E\u0649", "\uFD20"=>"\u062E\u064A", "\uFD21"=>"\u0635\u0649", "\uFD22"=>"\u0635\u064A", "\uFD23"=>"\u0636\u0649", "\uFD24"=>"\u0636\u064A", "\uFD25"=>"\u0634\u062C", "\uFD26"=>"\u0634\u062D", "\uFD27"=>"\u0634\u062E", "\uFD28"=>"\u0634\u0645", "\uFD29"=>"\u0634\u0631", "\uFD2A"=>"\u0633\u0631", "\uFD2B"=>"\u0635\u0631", "\uFD2C"=>"\u0636\u0631", "\uFD2D"=>"\u0634\u062C", "\uFD2E"=>"\u0634\u062D", "\uFD2F"=>"\u0634\u062E", "\uFD30"=>"\u0634\u0645", "\uFD31"=>"\u0633\u0647", "\uFD32"=>"\u0634\u0647", "\uFD33"=>"\u0637\u0645", "\uFD34"=>"\u0633\u062C", "\uFD35"=>"\u0633\u062D", "\uFD36"=>"\u0633\u062E", "\uFD37"=>"\u0634\u062C", "\uFD38"=>"\u0634\u062D", "\uFD39"=>"\u0634\u062E", "\uFD3A"=>"\u0637\u0645", "\uFD3B"=>"\u0638\u0645", "\uFD3C"=>"\u0627\u064B", "\uFD3D"=>"\u0627\u064B", "\uFD50"=>"\u062A\u062C\u0645", "\uFD51"=>"\u062A\u062D\u062C", "\uFD52"=>"\u062A\u062D\u062C", "\uFD53"=>"\u062A\u062D\u0645", "\uFD54"=>"\u062A\u062E\u0645", "\uFD55"=>"\u062A\u0645\u062C", "\uFD56"=>"\u062A\u0645\u062D", "\uFD57"=>"\u062A\u0645\u062E", "\uFD58"=>"\u062C\u0645\u062D", "\uFD59"=>"\u062C\u0645\u062D", "\uFD5A"=>"\u062D\u0645\u064A", "\uFD5B"=>"\u062D\u0645\u0649", "\uFD5C"=>"\u0633\u062D\u062C", "\uFD5D"=>"\u0633\u062C\u062D", "\uFD5E"=>"\u0633\u062C\u0649", "\uFD5F"=>"\u0633\u0645\u062D", "\uFD60"=>"\u0633\u0645\u062D", "\uFD61"=>"\u0633\u0645\u062C", "\uFD62"=>"\u0633\u0645\u0645", "\uFD63"=>"\u0633\u0645\u0645", "\uFD64"=>"\u0635\u062D\u062D", "\uFD65"=>"\u0635\u062D\u062D", "\uFD66"=>"\u0635\u0645\u0645", "\uFD67"=>"\u0634\u062D\u0645", "\uFD68"=>"\u0634\u062D\u0645", "\uFD69"=>"\u0634\u062C\u064A", "\uFD6A"=>"\u0634\u0645\u062E", "\uFD6B"=>"\u0634\u0645\u062E", "\uFD6C"=>"\u0634\u0645\u0645", "\uFD6D"=>"\u0634\u0645\u0645", "\uFD6E"=>"\u0636\u062D\u0649", "\uFD6F"=>"\u0636\u062E\u0645", "\uFD70"=>"\u0636\u062E\u0645", "\uFD71"=>"\u0637\u0645\u062D", "\uFD72"=>"\u0637\u0645\u062D", "\uFD73"=>"\u0637\u0645\u0645", "\uFD74"=>"\u0637\u0645\u064A", "\uFD75"=>"\u0639\u062C\u0645", "\uFD76"=>"\u0639\u0645\u0645", "\uFD77"=>"\u0639\u0645\u0645", "\uFD78"=>"\u0639\u0645\u0649", "\uFD79"=>"\u063A\u0645\u0645", "\uFD7A"=>"\u063A\u0645\u064A", "\uFD7B"=>"\u063A\u0645\u0649", "\uFD7C"=>"\u0641\u062E\u0645", "\uFD7D"=>"\u0641\u062E\u0645", "\uFD7E"=>"\u0642\u0645\u062D", "\uFD7F"=>"\u0642\u0645\u0645", "\uFD80"=>"\u0644\u062D\u0645", "\uFD81"=>"\u0644\u062D\u064A", "\uFD82"=>"\u0644\u062D\u0649", "\uFD83"=>"\u0644\u062C\u062C", "\uFD84"=>"\u0644\u062C\u062C", "\uFD85"=>"\u0644\u062E\u0645", "\uFD86"=>"\u0644\u062E\u0645", "\uFD87"=>"\u0644\u0645\u062D", "\uFD88"=>"\u0644\u0645\u062D", "\uFD89"=>"\u0645\u062D\u062C", "\uFD8A"=>"\u0645\u062D\u0645", "\uFD8B"=>"\u0645\u062D\u064A", "\uFD8C"=>"\u0645\u062C\u062D", "\uFD8D"=>"\u0645\u062C\u0645", "\uFD8E"=>"\u0645\u062E\u062C", "\uFD8F"=>"\u0645\u062E\u0645", "\uFD92"=>"\u0645\u062C\u062E", "\uFD93"=>"\u0647\u0645\u062C", "\uFD94"=>"\u0647\u0645\u0645", "\uFD95"=>"\u0646\u062D\u0645", "\uFD96"=>"\u0646\u062D\u0649", "\uFD97"=>"\u0646\u062C\u0645", "\uFD98"=>"\u0646\u062C\u0645", "\uFD99"=>"\u0646\u062C\u0649", "\uFD9A"=>"\u0646\u0645\u064A", "\uFD9B"=>"\u0646\u0645\u0649", "\uFD9C"=>"\u064A\u0645\u0645", "\uFD9D"=>"\u064A\u0645\u0645", "\uFD9E"=>"\u0628\u062E\u064A", "\uFD9F"=>"\u062A\u062C\u064A", "\uFDA0"=>"\u062A\u062C\u0649", "\uFDA1"=>"\u062A\u062E\u064A", "\uFDA2"=>"\u062A\u062E\u0649", "\uFDA3"=>"\u062A\u0645\u064A", "\uFDA4"=>"\u062A\u0645\u0649", "\uFDA5"=>"\u062C\u0645\u064A", "\uFDA6"=>"\u062C\u062D\u0649", "\uFDA7"=>"\u062C\u0645\u0649", "\uFDA8"=>"\u0633\u062E\u0649", "\uFDA9"=>"\u0635\u062D\u064A", "\uFDAA"=>"\u0634\u062D\u064A", "\uFDAB"=>"\u0636\u062D\u064A", "\uFDAC"=>"\u0644\u062C\u064A", "\uFDAD"=>"\u0644\u0645\u064A", "\uFDAE"=>"\u064A\u062D\u064A", "\uFDAF"=>"\u064A\u062C\u064A", "\uFDB0"=>"\u064A\u0645\u064A", "\uFDB1"=>"\u0645\u0645\u064A", "\uFDB2"=>"\u0642\u0645\u064A", "\uFDB3"=>"\u0646\u062D\u064A", "\uFDB4"=>"\u0642\u0645\u062D", "\uFDB5"=>"\u0644\u062D\u0645", "\uFDB6"=>"\u0639\u0645\u064A", "\uFDB7"=>"\u0643\u0645\u064A", "\uFDB8"=>"\u0646\u062C\u062D", "\uFDB9"=>"\u0645\u062E\u064A", "\uFDBA"=>"\u0644\u062C\u0645", "\uFDBB"=>"\u0643\u0645\u0645", "\uFDBC"=>"\u0644\u062C\u0645", "\uFDBD"=>"\u0646\u062C\u062D", "\uFDBE"=>"\u062C\u062D\u064A", "\uFDBF"=>"\u062D\u062C\u064A", "\uFDC0"=>"\u0645\u062C\u064A", "\uFDC1"=>"\u0641\u0645\u064A", "\uFDC2"=>"\u0628\u062D\u064A", "\uFDC3"=>"\u0643\u0645\u0645", "\uFDC4"=>"\u0639\u062C\u0645", "\uFDC5"=>"\u0635\u0645\u0645", "\uFDC6"=>"\u0633\u062E\u064A", "\uFDC7"=>"\u0646\u062C\u064A", "\uFDF0"=>"\u0635\u0644\u06D2", "\uFDF1"=>"\u0642\u0644\u06D2", "\uFDF2"=>"\u0627\u0644\u0644\u0647", "\uFDF3"=>"\u0627\u0643\u0628\u0631", "\uFDF4"=>"\u0645\u062D\u0645\u062F", "\uFDF5"=>"\u0635\u0644\u0639\u0645", "\uFDF6"=>"\u0631\u0633\u0648\u0644", "\uFDF7"=>"\u0639\u0644\u064A\u0647", "\uFDF8"=>"\u0648\u0633\u0644\u0645", "\uFDF9"=>"\u0635\u0644\u0649", "\uFDFA"=>"\u0635\u0644\u0649 \u0627\u0644\u0644\u0647 \u0639\u0644\u064A\u0647 \u0648\u0633\u0644\u0645", "\uFDFB"=>"\u062C\u0644 \u062C\u0644\u0627\u0644\u0647", "\uFDFC"=>"\u0631\u06CC\u0627\u0644", "\uFE10"=>",", "\uFE11"=>"\u3001", "\uFE12"=>"\u3002", "\uFE13"=>":", "\uFE14"=>";", "\uFE15"=>"!", "\uFE16"=>"?", "\uFE17"=>"\u3016", "\uFE18"=>"\u3017", "\uFE19"=>"...", "\uFE30"=>"..", "\uFE31"=>"\u2014", "\uFE32"=>"\u2013", "\uFE33"=>"_", "\uFE34"=>"_", "\uFE35"=>"(", "\uFE36"=>")", "\uFE37"=>"{", "\uFE38"=>"}", "\uFE39"=>"\u3014", "\uFE3A"=>"\u3015", "\uFE3B"=>"\u3010", "\uFE3C"=>"\u3011", "\uFE3D"=>"\u300A", "\uFE3E"=>"\u300B", "\uFE3F"=>"\u3008", "\uFE40"=>"\u3009", "\uFE41"=>"\u300C", "\uFE42"=>"\u300D", "\uFE43"=>"\u300E", "\uFE44"=>"\u300F", "\uFE47"=>"[", "\uFE48"=>"]", "\uFE49"=>" \u0305", "\uFE4A"=>" \u0305", "\uFE4B"=>" \u0305", "\uFE4C"=>" \u0305", "\uFE4D"=>"_", "\uFE4E"=>"_", "\uFE4F"=>"_", "\uFE50"=>",", "\uFE51"=>"\u3001", "\uFE52"=>".", "\uFE54"=>";", "\uFE55"=>":", "\uFE56"=>"?", "\uFE57"=>"!", "\uFE58"=>"\u2014", "\uFE59"=>"(", "\uFE5A"=>")", "\uFE5B"=>"{", "\uFE5C"=>"}", "\uFE5D"=>"\u3014", "\uFE5E"=>"\u3015", "\uFE5F"=>"#", "\uFE60"=>"&", "\uFE61"=>"*", "\uFE62"=>"+", "\uFE63"=>"-", "\uFE64"=>"<", "\uFE65"=>">", "\uFE66"=>"=", "\uFE68"=>"\\", "\uFE69"=>"$", "\uFE6A"=>"%", "\uFE6B"=>"@", "\uFE70"=>" \u064B", "\uFE71"=>"\u0640\u064B", "\uFE72"=>" \u064C", "\uFE74"=>" \u064D", "\uFE76"=>" \u064E", "\uFE77"=>"\u0640\u064E", "\uFE78"=>" \u064F", "\uFE79"=>"\u0640\u064F", "\uFE7A"=>" \u0650", "\uFE7B"=>"\u0640\u0650", "\uFE7C"=>" \u0651", "\uFE7D"=>"\u0640\u0651", "\uFE7E"=>" \u0652", "\uFE7F"=>"\u0640\u0652", "\uFE80"=>"\u0621", "\uFE81"=>"\u0622", "\uFE82"=>"\u0622", "\uFE83"=>"\u0623", "\uFE84"=>"\u0623", "\uFE85"=>"\u0624", "\uFE86"=>"\u0624", "\uFE87"=>"\u0625", "\uFE88"=>"\u0625", "\uFE89"=>"\u0626", "\uFE8A"=>"\u0626", "\uFE8B"=>"\u0626", "\uFE8C"=>"\u0626", "\uFE8D"=>"\u0627", "\uFE8E"=>"\u0627", "\uFE8F"=>"\u0628", "\uFE90"=>"\u0628", "\uFE91"=>"\u0628", "\uFE92"=>"\u0628", "\uFE93"=>"\u0629", "\uFE94"=>"\u0629", "\uFE95"=>"\u062A", "\uFE96"=>"\u062A", "\uFE97"=>"\u062A", "\uFE98"=>"\u062A", "\uFE99"=>"\u062B", "\uFE9A"=>"\u062B", "\uFE9B"=>"\u062B", "\uFE9C"=>"\u062B", "\uFE9D"=>"\u062C", "\uFE9E"=>"\u062C", "\uFE9F"=>"\u062C", "\uFEA0"=>"\u062C", "\uFEA1"=>"\u062D", "\uFEA2"=>"\u062D", "\uFEA3"=>"\u062D", "\uFEA4"=>"\u062D", "\uFEA5"=>"\u062E", "\uFEA6"=>"\u062E", "\uFEA7"=>"\u062E", "\uFEA8"=>"\u062E", "\uFEA9"=>"\u062F", "\uFEAA"=>"\u062F", "\uFEAB"=>"\u0630", "\uFEAC"=>"\u0630", "\uFEAD"=>"\u0631", "\uFEAE"=>"\u0631", "\uFEAF"=>"\u0632", "\uFEB0"=>"\u0632", "\uFEB1"=>"\u0633", "\uFEB2"=>"\u0633", "\uFEB3"=>"\u0633", "\uFEB4"=>"\u0633", "\uFEB5"=>"\u0634", "\uFEB6"=>"\u0634", "\uFEB7"=>"\u0634", "\uFEB8"=>"\u0634", "\uFEB9"=>"\u0635", "\uFEBA"=>"\u0635", "\uFEBB"=>"\u0635", "\uFEBC"=>"\u0635", "\uFEBD"=>"\u0636", "\uFEBE"=>"\u0636", "\uFEBF"=>"\u0636", "\uFEC0"=>"\u0636", "\uFEC1"=>"\u0637", "\uFEC2"=>"\u0637", "\uFEC3"=>"\u0637", "\uFEC4"=>"\u0637", "\uFEC5"=>"\u0638", "\uFEC6"=>"\u0638", "\uFEC7"=>"\u0638", "\uFEC8"=>"\u0638", "\uFEC9"=>"\u0639", "\uFECA"=>"\u0639", "\uFECB"=>"\u0639", "\uFECC"=>"\u0639", "\uFECD"=>"\u063A", "\uFECE"=>"\u063A", "\uFECF"=>"\u063A", "\uFED0"=>"\u063A", "\uFED1"=>"\u0641", "\uFED2"=>"\u0641", "\uFED3"=>"\u0641", "\uFED4"=>"\u0641", "\uFED5"=>"\u0642", "\uFED6"=>"\u0642", "\uFED7"=>"\u0642", "\uFED8"=>"\u0642", "\uFED9"=>"\u0643", "\uFEDA"=>"\u0643", "\uFEDB"=>"\u0643", "\uFEDC"=>"\u0643", "\uFEDD"=>"\u0644", "\uFEDE"=>"\u0644", "\uFEDF"=>"\u0644", "\uFEE0"=>"\u0644", "\uFEE1"=>"\u0645", "\uFEE2"=>"\u0645", "\uFEE3"=>"\u0645", "\uFEE4"=>"\u0645", "\uFEE5"=>"\u0646", "\uFEE6"=>"\u0646", "\uFEE7"=>"\u0646", "\uFEE8"=>"\u0646", "\uFEE9"=>"\u0647", "\uFEEA"=>"\u0647", "\uFEEB"=>"\u0647", "\uFEEC"=>"\u0647", "\uFEED"=>"\u0648", "\uFEEE"=>"\u0648", "\uFEEF"=>"\u0649", "\uFEF0"=>"\u0649", "\uFEF1"=>"\u064A", "\uFEF2"=>"\u064A", "\uFEF3"=>"\u064A", "\uFEF4"=>"\u064A", "\uFEF5"=>"\u0644\u0622", "\uFEF6"=>"\u0644\u0622", "\uFEF7"=>"\u0644\u0623", "\uFEF8"=>"\u0644\u0623", "\uFEF9"=>"\u0644\u0625", "\uFEFA"=>"\u0644\u0625", "\uFEFB"=>"\u0644\u0627", "\uFEFC"=>"\u0644\u0627", "\uFF01"=>"!", "\uFF02"=>"\"", "\uFF03"=>"#", "\uFF04"=>"$", "\uFF05"=>"%", "\uFF06"=>"&", "\uFF07"=>"'", "\uFF08"=>"(", "\uFF09"=>")", "\uFF0A"=>"*", "\uFF0B"=>"+", "\uFF0C"=>",", "\uFF0D"=>"-", "\uFF0E"=>".", "\uFF0F"=>"/", "\uFF10"=>"0", "\uFF11"=>"1", "\uFF12"=>"2", "\uFF13"=>"3", "\uFF14"=>"4", "\uFF15"=>"5", "\uFF16"=>"6", "\uFF17"=>"7", "\uFF18"=>"8", "\uFF19"=>"9", "\uFF1A"=>":", "\uFF1B"=>";", "\uFF1C"=>"<", "\uFF1D"=>"=", "\uFF1E"=>">", "\uFF1F"=>"?", "\uFF20"=>"@", "\uFF21"=>"A", "\uFF22"=>"B", "\uFF23"=>"C", "\uFF24"=>"D", "\uFF25"=>"E", "\uFF26"=>"F", "\uFF27"=>"G", "\uFF28"=>"H", "\uFF29"=>"I", "\uFF2A"=>"J", "\uFF2B"=>"K", "\uFF2C"=>"L", "\uFF2D"=>"M", "\uFF2E"=>"N", "\uFF2F"=>"O", "\uFF30"=>"P", "\uFF31"=>"Q", "\uFF32"=>"R", "\uFF33"=>"S", "\uFF34"=>"T", "\uFF35"=>"U", "\uFF36"=>"V", "\uFF37"=>"W", "\uFF38"=>"X", "\uFF39"=>"Y", "\uFF3A"=>"Z", "\uFF3B"=>"[", "\uFF3C"=>"\\", "\uFF3D"=>"]", "\uFF3E"=>"^", "\uFF3F"=>"_", "\uFF40"=>"`", "\uFF41"=>"a", "\uFF42"=>"b", "\uFF43"=>"c", "\uFF44"=>"d", "\uFF45"=>"e", "\uFF46"=>"f", "\uFF47"=>"g", "\uFF48"=>"h", "\uFF49"=>"i", "\uFF4A"=>"j", "\uFF4B"=>"k", "\uFF4C"=>"l", "\uFF4D"=>"m", "\uFF4E"=>"n", "\uFF4F"=>"o", "\uFF50"=>"p", "\uFF51"=>"q", "\uFF52"=>"r", "\uFF53"=>"s", "\uFF54"=>"t", "\uFF55"=>"u", "\uFF56"=>"v", "\uFF57"=>"w", "\uFF58"=>"x", "\uFF59"=>"y", "\uFF5A"=>"z", "\uFF5B"=>"{", "\uFF5C"=>"|", "\uFF5D"=>"}", "\uFF5E"=>"~", "\uFF5F"=>"\u2985", "\uFF60"=>"\u2986", "\uFF61"=>"\u3002", "\uFF62"=>"\u300C", "\uFF63"=>"\u300D", "\uFF64"=>"\u3001", "\uFF65"=>"\u30FB", "\uFF66"=>"\u30F2", "\uFF67"=>"\u30A1", "\uFF68"=>"\u30A3", "\uFF69"=>"\u30A5", "\uFF6A"=>"\u30A7", "\uFF6B"=>"\u30A9", "\uFF6C"=>"\u30E3", "\uFF6D"=>"\u30E5", "\uFF6E"=>"\u30E7", "\uFF6F"=>"\u30C3", "\uFF70"=>"\u30FC", "\uFF71"=>"\u30A2", "\uFF72"=>"\u30A4", "\uFF73"=>"\u30A6", "\uFF74"=>"\u30A8", "\uFF75"=>"\u30AA", "\uFF76"=>"\u30AB", "\uFF77"=>"\u30AD", "\uFF78"=>"\u30AF", "\uFF79"=>"\u30B1", "\uFF7A"=>"\u30B3", "\uFF7B"=>"\u30B5", "\uFF7C"=>"\u30B7", "\uFF7D"=>"\u30B9", "\uFF7E"=>"\u30BB", "\uFF7F"=>"\u30BD", "\uFF80"=>"\u30BF", "\uFF81"=>"\u30C1", "\uFF82"=>"\u30C4", "\uFF83"=>"\u30C6", "\uFF84"=>"\u30C8", "\uFF85"=>"\u30CA", "\uFF86"=>"\u30CB", "\uFF87"=>"\u30CC", "\uFF88"=>"\u30CD", "\uFF89"=>"\u30CE", "\uFF8A"=>"\u30CF", "\uFF8B"=>"\u30D2", "\uFF8C"=>"\u30D5", "\uFF8D"=>"\u30D8", "\uFF8E"=>"\u30DB", "\uFF8F"=>"\u30DE", "\uFF90"=>"\u30DF", "\uFF91"=>"\u30E0", "\uFF92"=>"\u30E1", "\uFF93"=>"\u30E2", "\uFF94"=>"\u30E4", "\uFF95"=>"\u30E6", "\uFF96"=>"\u30E8", "\uFF97"=>"\u30E9", "\uFF98"=>"\u30EA", "\uFF99"=>"\u30EB", "\uFF9A"=>"\u30EC", "\uFF9B"=>"\u30ED", "\uFF9C"=>"\u30EF", "\uFF9D"=>"\u30F3", "\uFF9E"=>"\u3099", "\uFF9F"=>"\u309A", "\uFFA0"=>"\u1160", "\uFFA1"=>"\u1100", "\uFFA2"=>"\u1101", "\uFFA3"=>"\u11AA", "\uFFA4"=>"\u1102", "\uFFA5"=>"\u11AC", "\uFFA6"=>"\u11AD", "\uFFA7"=>"\u1103", "\uFFA8"=>"\u1104", "\uFFA9"=>"\u1105", "\uFFAA"=>"\u11B0", "\uFFAB"=>"\u11B1", "\uFFAC"=>"\u11B2", "\uFFAD"=>"\u11B3", "\uFFAE"=>"\u11B4", "\uFFAF"=>"\u11B5", "\uFFB0"=>"\u111A", "\uFFB1"=>"\u1106", "\uFFB2"=>"\u1107", "\uFFB3"=>"\u1108", "\uFFB4"=>"\u1121", "\uFFB5"=>"\u1109", "\uFFB6"=>"\u110A", "\uFFB7"=>"\u110B", "\uFFB8"=>"\u110C", "\uFFB9"=>"\u110D", "\uFFBA"=>"\u110E", "\uFFBB"=>"\u110F", "\uFFBC"=>"\u1110", "\uFFBD"=>"\u1111", "\uFFBE"=>"\u1112", "\uFFC2"=>"\u1161", "\uFFC3"=>"\u1162", "\uFFC4"=>"\u1163", "\uFFC5"=>"\u1164", "\uFFC6"=>"\u1165", "\uFFC7"=>"\u1166", "\uFFCA"=>"\u1167", "\uFFCB"=>"\u1168", "\uFFCC"=>"\u1169", "\uFFCD"=>"\u116A", "\uFFCE"=>"\u116B", "\uFFCF"=>"\u116C", "\uFFD2"=>"\u116D", "\uFFD3"=>"\u116E", "\uFFD4"=>"\u116F", "\uFFD5"=>"\u1170", "\uFFD6"=>"\u1171", "\uFFD7"=>"\u1172", "\uFFDA"=>"\u1173", "\uFFDB"=>"\u1174", "\uFFDC"=>"\u1175", "\uFFE0"=>"\u00A2", "\uFFE1"=>"\u00A3", "\uFFE2"=>"\u00AC", "\uFFE3"=>" \u0304", "\uFFE4"=>"\u00A6", "\uFFE5"=>"\u00A5", "\uFFE6"=>"\u20A9", "\uFFE8"=>"\u2502", "\uFFE9"=>"\u2190", "\uFFEA"=>"\u2191", "\uFFEB"=>"\u2192", "\uFFEC"=>"\u2193", "\uFFED"=>"\u25A0", "\uFFEE"=>"\u25CB", "\u{10781}"=>"\u02D0", "\u{10782}"=>"\u02D1", "\u{10783}"=>"\u00E6", "\u{10784}"=>"\u0299", "\u{10785}"=>"\u0253", "\u{10787}"=>"\u02A3", "\u{10788}"=>"\uAB66", "\u{10789}"=>"\u02A5", "\u{1078A}"=>"\u02A4", "\u{1078B}"=>"\u0256", "\u{1078C}"=>"\u0257", "\u{1078D}"=>"\u1D91", "\u{1078E}"=>"\u0258", "\u{1078F}"=>"\u025E", "\u{10790}"=>"\u02A9", "\u{10791}"=>"\u0264", "\u{10792}"=>"\u0262", "\u{10793}"=>"\u0260", "\u{10794}"=>"\u029B", "\u{10795}"=>"\u0127", "\u{10796}"=>"\u029C", "\u{10797}"=>"\u0267", "\u{10798}"=>"\u0284", "\u{10799}"=>"\u02AA", "\u{1079A}"=>"\u02AB", "\u{1079B}"=>"\u026C", "\u{1079C}"=>"\u{1DF04}", "\u{1079D}"=>"\uA78E", "\u{1079E}"=>"\u026E", "\u{1079F}"=>"\u{1DF05}", "\u{107A0}"=>"\u028E", "\u{107A1}"=>"\u{1DF06}", "\u{107A2}"=>"\u00F8", "\u{107A3}"=>"\u0276", "\u{107A4}"=>"\u0277", "\u{107A5}"=>"q", 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"\u{1D624}"=>"c", "\u{1D625}"=>"d", "\u{1D626}"=>"e", "\u{1D627}"=>"f", "\u{1D628}"=>"g", "\u{1D629}"=>"h", "\u{1D62A}"=>"i", "\u{1D62B}"=>"j", "\u{1D62C}"=>"k", "\u{1D62D}"=>"l", "\u{1D62E}"=>"m", "\u{1D62F}"=>"n", "\u{1D630}"=>"o", "\u{1D631}"=>"p", "\u{1D632}"=>"q", "\u{1D633}"=>"r", "\u{1D634}"=>"s", "\u{1D635}"=>"t", "\u{1D636}"=>"u", "\u{1D637}"=>"v", "\u{1D638}"=>"w", "\u{1D639}"=>"x", "\u{1D63A}"=>"y", "\u{1D63B}"=>"z", "\u{1D63C}"=>"A", "\u{1D63D}"=>"B", "\u{1D63E}"=>"C", "\u{1D63F}"=>"D", "\u{1D640}"=>"E", "\u{1D641}"=>"F", "\u{1D642}"=>"G", "\u{1D643}"=>"H", "\u{1D644}"=>"I", "\u{1D645}"=>"J", "\u{1D646}"=>"K", "\u{1D647}"=>"L", "\u{1D648}"=>"M", "\u{1D649}"=>"N", "\u{1D64A}"=>"O", "\u{1D64B}"=>"P", "\u{1D64C}"=>"Q", "\u{1D64D}"=>"R", "\u{1D64E}"=>"S", "\u{1D64F}"=>"T", "\u{1D650}"=>"U", "\u{1D651}"=>"V", "\u{1D652}"=>"W", "\u{1D653}"=>"X", "\u{1D654}"=>"Y", "\u{1D655}"=>"Z", "\u{1D656}"=>"a", "\u{1D657}"=>"b", "\u{1D658}"=>"c", "\u{1D659}"=>"d", "\u{1D65A}"=>"e", "\u{1D65B}"=>"f", "\u{1D65C}"=>"g", "\u{1D65D}"=>"h", "\u{1D65E}"=>"i", "\u{1D65F}"=>"j", "\u{1D660}"=>"k", "\u{1D661}"=>"l", "\u{1D662}"=>"m", "\u{1D663}"=>"n", "\u{1D664}"=>"o", "\u{1D665}"=>"p", "\u{1D666}"=>"q", "\u{1D667}"=>"r", "\u{1D668}"=>"s", "\u{1D669}"=>"t", "\u{1D66A}"=>"u", "\u{1D66B}"=>"v", "\u{1D66C}"=>"w", "\u{1D66D}"=>"x", "\u{1D66E}"=>"y", "\u{1D66F}"=>"z", "\u{1D670}"=>"A", "\u{1D671}"=>"B", "\u{1D672}"=>"C", "\u{1D673}"=>"D", "\u{1D674}"=>"E", "\u{1D675}"=>"F", "\u{1D676}"=>"G", "\u{1D677}"=>"H", "\u{1D678}"=>"I", "\u{1D679}"=>"J", "\u{1D67A}"=>"K", "\u{1D67B}"=>"L", "\u{1D67C}"=>"M", "\u{1D67D}"=>"N", "\u{1D67E}"=>"O", "\u{1D67F}"=>"P", "\u{1D680}"=>"Q", "\u{1D681}"=>"R", "\u{1D682}"=>"S", "\u{1D683}"=>"T", "\u{1D684}"=>"U", "\u{1D685}"=>"V", "\u{1D686}"=>"W", "\u{1D687}"=>"X", "\u{1D688}"=>"Y", "\u{1D689}"=>"Z", "\u{1D68A}"=>"a", "\u{1D68B}"=>"b", "\u{1D68C}"=>"c", "\u{1D68D}"=>"d", "\u{1D68E}"=>"e", "\u{1D68F}"=>"f", "\u{1D690}"=>"g", "\u{1D691}"=>"h", "\u{1D692}"=>"i", "\u{1D693}"=>"j", "\u{1D694}"=>"k", "\u{1D695}"=>"l", "\u{1D696}"=>"m", "\u{1D697}"=>"n", "\u{1D698}"=>"o", "\u{1D699}"=>"p", "\u{1D69A}"=>"q", "\u{1D69B}"=>"r", "\u{1D69C}"=>"s", "\u{1D69D}"=>"t", "\u{1D69E}"=>"u", "\u{1D69F}"=>"v", "\u{1D6A0}"=>"w", "\u{1D6A1}"=>"x", "\u{1D6A2}"=>"y", "\u{1D6A3}"=>"z", "\u{1D6A4}"=>"\u0131", "\u{1D6A5}"=>"\u0237", "\u{1D6A8}"=>"\u0391", "\u{1D6A9}"=>"\u0392", "\u{1D6AA}"=>"\u0393", "\u{1D6AB}"=>"\u0394", "\u{1D6AC}"=>"\u0395", "\u{1D6AD}"=>"\u0396", "\u{1D6AE}"=>"\u0397", "\u{1D6AF}"=>"\u0398", "\u{1D6B0}"=>"\u0399", "\u{1D6B1}"=>"\u039A", "\u{1D6B2}"=>"\u039B", "\u{1D6B3}"=>"\u039C", "\u{1D6B4}"=>"\u039D", "\u{1D6B5}"=>"\u039E", "\u{1D6B6}"=>"\u039F", "\u{1D6B7}"=>"\u03A0", "\u{1D6B8}"=>"\u03A1", "\u{1D6B9}"=>"\u0398", "\u{1D6BA}"=>"\u03A3", "\u{1D6BB}"=>"\u03A4", "\u{1D6BC}"=>"\u03A5", "\u{1D6BD}"=>"\u03A6", "\u{1D6BE}"=>"\u03A7", "\u{1D6BF}"=>"\u03A8", "\u{1D6C0}"=>"\u03A9", "\u{1D6C1}"=>"\u2207", "\u{1D6C2}"=>"\u03B1", "\u{1D6C3}"=>"\u03B2", "\u{1D6C4}"=>"\u03B3", "\u{1D6C5}"=>"\u03B4", "\u{1D6C6}"=>"\u03B5", "\u{1D6C7}"=>"\u03B6", "\u{1D6C8}"=>"\u03B7", "\u{1D6C9}"=>"\u03B8", "\u{1D6CA}"=>"\u03B9", "\u{1D6CB}"=>"\u03BA", "\u{1D6CC}"=>"\u03BB", "\u{1D6CD}"=>"\u03BC", "\u{1D6CE}"=>"\u03BD", "\u{1D6CF}"=>"\u03BE", "\u{1D6D0}"=>"\u03BF", "\u{1D6D1}"=>"\u03C0", "\u{1D6D2}"=>"\u03C1", "\u{1D6D3}"=>"\u03C2", "\u{1D6D4}"=>"\u03C3", "\u{1D6D5}"=>"\u03C4", "\u{1D6D6}"=>"\u03C5", "\u{1D6D7}"=>"\u03C6", "\u{1D6D8}"=>"\u03C7", "\u{1D6D9}"=>"\u03C8", "\u{1D6DA}"=>"\u03C9", "\u{1D6DB}"=>"\u2202", "\u{1D6DC}"=>"\u03B5", "\u{1D6DD}"=>"\u03B8", "\u{1D6DE}"=>"\u03BA", "\u{1D6DF}"=>"\u03C6", "\u{1D6E0}"=>"\u03C1", "\u{1D6E1}"=>"\u03C0", "\u{1D6E2}"=>"\u0391", "\u{1D6E3}"=>"\u0392", "\u{1D6E4}"=>"\u0393", "\u{1D6E5}"=>"\u0394", "\u{1D6E6}"=>"\u0395", "\u{1D6E7}"=>"\u0396", "\u{1D6E8}"=>"\u0397", "\u{1D6E9}"=>"\u0398", "\u{1D6EA}"=>"\u0399", "\u{1D6EB}"=>"\u039A", "\u{1D6EC}"=>"\u039B", "\u{1D6ED}"=>"\u039C", "\u{1D6EE}"=>"\u039D", "\u{1D6EF}"=>"\u039E", "\u{1D6F0}"=>"\u039F", "\u{1D6F1}"=>"\u03A0", "\u{1D6F2}"=>"\u03A1", "\u{1D6F3}"=>"\u0398", "\u{1D6F4}"=>"\u03A3", "\u{1D6F5}"=>"\u03A4", "\u{1D6F6}"=>"\u03A5", "\u{1D6F7}"=>"\u03A6", "\u{1D6F8}"=>"\u03A7", "\u{1D6F9}"=>"\u03A8", "\u{1D6FA}"=>"\u03A9", "\u{1D6FB}"=>"\u2207", "\u{1D6FC}"=>"\u03B1", "\u{1D6FD}"=>"\u03B2", "\u{1D6FE}"=>"\u03B3", "\u{1D6FF}"=>"\u03B4", "\u{1D700}"=>"\u03B5", "\u{1D701}"=>"\u03B6", "\u{1D702}"=>"\u03B7", "\u{1D703}"=>"\u03B8", "\u{1D704}"=>"\u03B9", "\u{1D705}"=>"\u03BA", "\u{1D706}"=>"\u03BB", "\u{1D707}"=>"\u03BC", "\u{1D708}"=>"\u03BD", "\u{1D709}"=>"\u03BE", "\u{1D70A}"=>"\u03BF", "\u{1D70B}"=>"\u03C0", "\u{1D70C}"=>"\u03C1", "\u{1D70D}"=>"\u03C2", "\u{1D70E}"=>"\u03C3", "\u{1D70F}"=>"\u03C4", "\u{1D710}"=>"\u03C5", "\u{1D711}"=>"\u03C6", "\u{1D712}"=>"\u03C7", "\u{1D713}"=>"\u03C8", "\u{1D714}"=>"\u03C9", "\u{1D715}"=>"\u2202", "\u{1D716}"=>"\u03B5", "\u{1D717}"=>"\u03B8", "\u{1D718}"=>"\u03BA", "\u{1D719}"=>"\u03C6", "\u{1D71A}"=>"\u03C1", "\u{1D71B}"=>"\u03C0", "\u{1D71C}"=>"\u0391", "\u{1D71D}"=>"\u0392", "\u{1D71E}"=>"\u0393", "\u{1D71F}"=>"\u0394", "\u{1D720}"=>"\u0395", "\u{1D721}"=>"\u0396", "\u{1D722}"=>"\u0397", "\u{1D723}"=>"\u0398", "\u{1D724}"=>"\u0399", "\u{1D725}"=>"\u039A", "\u{1D726}"=>"\u039B", "\u{1D727}"=>"\u039C", "\u{1D728}"=>"\u039D", "\u{1D729}"=>"\u039E", "\u{1D72A}"=>"\u039F", "\u{1D72B}"=>"\u03A0", "\u{1D72C}"=>"\u03A1", "\u{1D72D}"=>"\u0398", "\u{1D72E}"=>"\u03A3", "\u{1D72F}"=>"\u03A4", "\u{1D730}"=>"\u03A5", "\u{1D731}"=>"\u03A6", "\u{1D732}"=>"\u03A7", "\u{1D733}"=>"\u03A8", "\u{1D734}"=>"\u03A9", "\u{1D735}"=>"\u2207", "\u{1D736}"=>"\u03B1", "\u{1D737}"=>"\u03B2", "\u{1D738}"=>"\u03B3", "\u{1D739}"=>"\u03B4", "\u{1D73A}"=>"\u03B5", "\u{1D73B}"=>"\u03B6", "\u{1D73C}"=>"\u03B7", "\u{1D73D}"=>"\u03B8", "\u{1D73E}"=>"\u03B9", "\u{1D73F}"=>"\u03BA", "\u{1D740}"=>"\u03BB", "\u{1D741}"=>"\u03BC", "\u{1D742}"=>"\u03BD", "\u{1D743}"=>"\u03BE", "\u{1D744}"=>"\u03BF", "\u{1D745}"=>"\u03C0", "\u{1D746}"=>"\u03C1", "\u{1D747}"=>"\u03C2", "\u{1D748}"=>"\u03C3", "\u{1D749}"=>"\u03C4", "\u{1D74A}"=>"\u03C5", "\u{1D74B}"=>"\u03C6", "\u{1D74C}"=>"\u03C7", "\u{1D74D}"=>"\u03C8", "\u{1D74E}"=>"\u03C9", "\u{1D74F}"=>"\u2202", "\u{1D750}"=>"\u03B5", "\u{1D751}"=>"\u03B8", "\u{1D752}"=>"\u03BA", "\u{1D753}"=>"\u03C6", "\u{1D754}"=>"\u03C1", "\u{1D755}"=>"\u03C0", "\u{1D756}"=>"\u0391", "\u{1D757}"=>"\u0392", "\u{1D758}"=>"\u0393", "\u{1D759}"=>"\u0394", "\u{1D75A}"=>"\u0395", "\u{1D75B}"=>"\u0396", "\u{1D75C}"=>"\u0397", "\u{1D75D}"=>"\u0398", "\u{1D75E}"=>"\u0399", "\u{1D75F}"=>"\u039A", "\u{1D760}"=>"\u039B", "\u{1D761}"=>"\u039C", "\u{1D762}"=>"\u039D", "\u{1D763}"=>"\u039E", "\u{1D764}"=>"\u039F", "\u{1D765}"=>"\u03A0", "\u{1D766}"=>"\u03A1", "\u{1D767}"=>"\u0398", "\u{1D768}"=>"\u03A3", "\u{1D769}"=>"\u03A4", "\u{1D76A}"=>"\u03A5", "\u{1D76B}"=>"\u03A6", "\u{1D76C}"=>"\u03A7", "\u{1D76D}"=>"\u03A8", "\u{1D76E}"=>"\u03A9", "\u{1D76F}"=>"\u2207", "\u{1D770}"=>"\u03B1", "\u{1D771}"=>"\u03B2", "\u{1D772}"=>"\u03B3", "\u{1D773}"=>"\u03B4", "\u{1D774}"=>"\u03B5", "\u{1D775}"=>"\u03B6", "\u{1D776}"=>"\u03B7", "\u{1D777}"=>"\u03B8", "\u{1D778}"=>"\u03B9", "\u{1D779}"=>"\u03BA", "\u{1D77A}"=>"\u03BB", "\u{1D77B}"=>"\u03BC", "\u{1D77C}"=>"\u03BD", "\u{1D77D}"=>"\u03BE", "\u{1D77E}"=>"\u03BF", "\u{1D77F}"=>"\u03C0", "\u{1D780}"=>"\u03C1", "\u{1D781}"=>"\u03C2", "\u{1D782}"=>"\u03C3", "\u{1D783}"=>"\u03C4", "\u{1D784}"=>"\u03C5", "\u{1D785}"=>"\u03C6", "\u{1D786}"=>"\u03C7", "\u{1D787}"=>"\u03C8", "\u{1D788}"=>"\u03C9", "\u{1D789}"=>"\u2202", "\u{1D78A}"=>"\u03B5", "\u{1D78B}"=>"\u03B8", "\u{1D78C}"=>"\u03BA", "\u{1D78D}"=>"\u03C6", "\u{1D78E}"=>"\u03C1", "\u{1D78F}"=>"\u03C0", "\u{1D790}"=>"\u0391", "\u{1D791}"=>"\u0392", "\u{1D792}"=>"\u0393", "\u{1D793}"=>"\u0394", "\u{1D794}"=>"\u0395", "\u{1D795}"=>"\u0396", "\u{1D796}"=>"\u0397", "\u{1D797}"=>"\u0398", "\u{1D798}"=>"\u0399", "\u{1D799}"=>"\u039A", "\u{1D79A}"=>"\u039B", "\u{1D79B}"=>"\u039C", "\u{1D79C}"=>"\u039D", "\u{1D79D}"=>"\u039E", "\u{1D79E}"=>"\u039F", "\u{1D79F}"=>"\u03A0", "\u{1D7A0}"=>"\u03A1", "\u{1D7A1}"=>"\u0398", "\u{1D7A2}"=>"\u03A3", "\u{1D7A3}"=>"\u03A4", "\u{1D7A4}"=>"\u03A5", "\u{1D7A5}"=>"\u03A6", "\u{1D7A6}"=>"\u03A7", "\u{1D7A7}"=>"\u03A8", "\u{1D7A8}"=>"\u03A9", "\u{1D7A9}"=>"\u2207", "\u{1D7AA}"=>"\u03B1", "\u{1D7AB}"=>"\u03B2", "\u{1D7AC}"=>"\u03B3", "\u{1D7AD}"=>"\u03B4", "\u{1D7AE}"=>"\u03B5", "\u{1D7AF}"=>"\u03B6", "\u{1D7B0}"=>"\u03B7", "\u{1D7B1}"=>"\u03B8", "\u{1D7B2}"=>"\u03B9", "\u{1D7B3}"=>"\u03BA", "\u{1D7B4}"=>"\u03BB", "\u{1D7B5}"=>"\u03BC", "\u{1D7B6}"=>"\u03BD", "\u{1D7B7}"=>"\u03BE", "\u{1D7B8}"=>"\u03BF", "\u{1D7B9}"=>"\u03C0", "\u{1D7BA}"=>"\u03C1", "\u{1D7BB}"=>"\u03C2", "\u{1D7BC}"=>"\u03C3", "\u{1D7BD}"=>"\u03C4", "\u{1D7BE}"=>"\u03C5", "\u{1D7BF}"=>"\u03C6", "\u{1D7C0}"=>"\u03C7", "\u{1D7C1}"=>"\u03C8", "\u{1D7C2}"=>"\u03C9", "\u{1D7C3}"=>"\u2202", "\u{1D7C4}"=>"\u03B5", "\u{1D7C5}"=>"\u03B8", "\u{1D7C6}"=>"\u03BA", "\u{1D7C7}"=>"\u03C6", "\u{1D7C8}"=>"\u03C1", "\u{1D7C9}"=>"\u03C0", "\u{1D7CA}"=>"\u03DC", "\u{1D7CB}"=>"\u03DD", "\u{1D7CE}"=>"0", "\u{1D7CF}"=>"1", "\u{1D7D0}"=>"2", "\u{1D7D1}"=>"3", "\u{1D7D2}"=>"4", "\u{1D7D3}"=>"5", "\u{1D7D4}"=>"6", "\u{1D7D5}"=>"7", "\u{1D7D6}"=>"8", "\u{1D7D7}"=>"9", "\u{1D7D8}"=>"0", "\u{1D7D9}"=>"1", "\u{1D7DA}"=>"2", "\u{1D7DB}"=>"3", "\u{1D7DC}"=>"4", "\u{1D7DD}"=>"5", "\u{1D7DE}"=>"6", "\u{1D7DF}"=>"7", "\u{1D7E0}"=>"8", "\u{1D7E1}"=>"9", "\u{1D7E2}"=>"0", "\u{1D7E3}"=>"1", "\u{1D7E4}"=>"2", "\u{1D7E5}"=>"3", "\u{1D7E6}"=>"4", "\u{1D7E7}"=>"5", "\u{1D7E8}"=>"6", "\u{1D7E9}"=>"7", "\u{1D7EA}"=>"8", "\u{1D7EB}"=>"9", "\u{1D7EC}"=>"0", "\u{1D7ED}"=>"1", "\u{1D7EE}"=>"2", "\u{1D7EF}"=>"3", "\u{1D7F0}"=>"4", "\u{1D7F1}"=>"5", "\u{1D7F2}"=>"6", "\u{1D7F3}"=>"7", "\u{1D7F4}"=>"8", "\u{1D7F5}"=>"9", "\u{1D7F6}"=>"0", "\u{1D7F7}"=>"1", "\u{1D7F8}"=>"2", "\u{1D7F9}"=>"3", "\u{1D7FA}"=>"4", "\u{1D7FB}"=>"5", "\u{1D7FC}"=>"6", "\u{1D7FD}"=>"7", "\u{1D7FE}"=>"8", "\u{1D7FF}"=>"9", "\u{1E030}"=>"\u0430", "\u{1E031}"=>"\u0431", "\u{1E032}"=>"\u0432", "\u{1E033}"=>"\u0433", "\u{1E034}"=>"\u0434", "\u{1E035}"=>"\u0435", "\u{1E036}"=>"\u0436", "\u{1E037}"=>"\u0437", "\u{1E038}"=>"\u0438", "\u{1E039}"=>"\u043A", "\u{1E03A}"=>"\u043B", "\u{1E03B}"=>"\u043C", "\u{1E03C}"=>"\u043E", "\u{1E03D}"=>"\u043F", "\u{1E03E}"=>"\u0440", "\u{1E03F}"=>"\u0441", "\u{1E040}"=>"\u0442", "\u{1E041}"=>"\u0443", "\u{1E042}"=>"\u0444", "\u{1E043}"=>"\u0445", "\u{1E044}"=>"\u0446", "\u{1E045}"=>"\u0447", "\u{1E046}"=>"\u0448", "\u{1E047}"=>"\u044B", "\u{1E048}"=>"\u044D", "\u{1E049}"=>"\u044E", "\u{1E04A}"=>"\uA689", "\u{1E04B}"=>"\u04D9", "\u{1E04C}"=>"\u0456", "\u{1E04D}"=>"\u0458", "\u{1E04E}"=>"\u04E9", "\u{1E04F}"=>"\u04AF", "\u{1E050}"=>"\u04CF", "\u{1E051}"=>"\u0430", "\u{1E052}"=>"\u0431", "\u{1E053}"=>"\u0432", "\u{1E054}"=>"\u0433", "\u{1E055}"=>"\u0434", "\u{1E056}"=>"\u0435", "\u{1E057}"=>"\u0436", "\u{1E058}"=>"\u0437", "\u{1E059}"=>"\u0438", "\u{1E05A}"=>"\u043A", "\u{1E05B}"=>"\u043B", "\u{1E05C}"=>"\u043E", "\u{1E05D}"=>"\u043F", "\u{1E05E}"=>"\u0441", "\u{1E05F}"=>"\u0443", "\u{1E060}"=>"\u0444", "\u{1E061}"=>"\u0445", "\u{1E062}"=>"\u0446", "\u{1E063}"=>"\u0447", "\u{1E064}"=>"\u0448", "\u{1E065}"=>"\u044A", "\u{1E066}"=>"\u044B", "\u{1E067}"=>"\u0491", "\u{1E068}"=>"\u0456", "\u{1E069}"=>"\u0455", "\u{1E06A}"=>"\u045F", "\u{1E06B}"=>"\u04AB", "\u{1E06C}"=>"\uA651", "\u{1E06D}"=>"\u04B1", "\u{1EE00}"=>"\u0627", "\u{1EE01}"=>"\u0628", "\u{1EE02}"=>"\u062C", "\u{1EE03}"=>"\u062F", "\u{1EE05}"=>"\u0648", "\u{1EE06}"=>"\u0632", "\u{1EE07}"=>"\u062D", "\u{1EE08}"=>"\u0637", "\u{1EE09}"=>"\u064A", "\u{1EE0A}"=>"\u0643", "\u{1EE0B}"=>"\u0644", "\u{1EE0C}"=>"\u0645", "\u{1EE0D}"=>"\u0646", "\u{1EE0E}"=>"\u0633", "\u{1EE0F}"=>"\u0639", "\u{1EE10}"=>"\u0641", "\u{1EE11}"=>"\u0635", "\u{1EE12}"=>"\u0642", "\u{1EE13}"=>"\u0631", "\u{1EE14}"=>"\u0634", "\u{1EE15}"=>"\u062A", "\u{1EE16}"=>"\u062B", "\u{1EE17}"=>"\u062E", "\u{1EE18}"=>"\u0630", "\u{1EE19}"=>"\u0636", "\u{1EE1A}"=>"\u0638", "\u{1EE1B}"=>"\u063A", "\u{1EE1C}"=>"\u066E", "\u{1EE1D}"=>"\u06BA", "\u{1EE1E}"=>"\u06A1", "\u{1EE1F}"=>"\u066F", "\u{1EE21}"=>"\u0628", "\u{1EE22}"=>"\u062C", "\u{1EE24}"=>"\u0647", "\u{1EE27}"=>"\u062D", "\u{1EE29}"=>"\u064A", "\u{1EE2A}"=>"\u0643", "\u{1EE2B}"=>"\u0644", "\u{1EE2C}"=>"\u0645", "\u{1EE2D}"=>"\u0646", "\u{1EE2E}"=>"\u0633", "\u{1EE2F}"=>"\u0639", "\u{1EE30}"=>"\u0641", "\u{1EE31}"=>"\u0635", "\u{1EE32}"=>"\u0642", "\u{1EE34}"=>"\u0634", "\u{1EE35}"=>"\u062A", "\u{1EE36}"=>"\u062B", "\u{1EE37}"=>"\u062E", "\u{1EE39}"=>"\u0636", "\u{1EE3B}"=>"\u063A", "\u{1EE42}"=>"\u062C", "\u{1EE47}"=>"\u062D", "\u{1EE49}"=>"\u064A", "\u{1EE4B}"=>"\u0644", "\u{1EE4D}"=>"\u0646", "\u{1EE4E}"=>"\u0633", "\u{1EE4F}"=>"\u0639", "\u{1EE51}"=>"\u0635", "\u{1EE52}"=>"\u0642", "\u{1EE54}"=>"\u0634", "\u{1EE57}"=>"\u062E", "\u{1EE59}"=>"\u0636", "\u{1EE5B}"=>"\u063A", "\u{1EE5D}"=>"\u06BA", "\u{1EE5F}"=>"\u066F", "\u{1EE61}"=>"\u0628", "\u{1EE62}"=>"\u062C", "\u{1EE64}"=>"\u0647", "\u{1EE67}"=>"\u062D", "\u{1EE68}"=>"\u0637", "\u{1EE69}"=>"\u064A", "\u{1EE6A}"=>"\u0643", "\u{1EE6C}"=>"\u0645", "\u{1EE6D}"=>"\u0646", "\u{1EE6E}"=>"\u0633", "\u{1EE6F}"=>"\u0639", "\u{1EE70}"=>"\u0641", "\u{1EE71}"=>"\u0635", "\u{1EE72}"=>"\u0642", "\u{1EE74}"=>"\u0634", "\u{1EE75}"=>"\u062A", "\u{1EE76}"=>"\u062B", "\u{1EE77}"=>"\u062E", "\u{1EE79}"=>"\u0636", "\u{1EE7A}"=>"\u0638", "\u{1EE7B}"=>"\u063A", "\u{1EE7C}"=>"\u066E", "\u{1EE7E}"=>"\u06A1", "\u{1EE80}"=>"\u0627", "\u{1EE81}"=>"\u0628", "\u{1EE82}"=>"\u062C", "\u{1EE83}"=>"\u062F", "\u{1EE84}"=>"\u0647", "\u{1EE85}"=>"\u0648", "\u{1EE86}"=>"\u0632", "\u{1EE87}"=>"\u062D", "\u{1EE88}"=>"\u0637", "\u{1EE89}"=>"\u064A", "\u{1EE8B}"=>"\u0644", "\u{1EE8C}"=>"\u0645", "\u{1EE8D}"=>"\u0646", "\u{1EE8E}"=>"\u0633", "\u{1EE8F}"=>"\u0639", "\u{1EE90}"=>"\u0641", "\u{1EE91}"=>"\u0635", "\u{1EE92}"=>"\u0642", "\u{1EE93}"=>"\u0631", "\u{1EE94}"=>"\u0634", "\u{1EE95}"=>"\u062A", "\u{1EE96}"=>"\u062B", "\u{1EE97}"=>"\u062E", "\u{1EE98}"=>"\u0630", "\u{1EE99}"=>"\u0636", "\u{1EE9A}"=>"\u0638", "\u{1EE9B}"=>"\u063A", "\u{1EEA1}"=>"\u0628", "\u{1EEA2}"=>"\u062C", "\u{1EEA3}"=>"\u062F", "\u{1EEA5}"=>"\u0648", "\u{1EEA6}"=>"\u0632", "\u{1EEA7}"=>"\u062D", "\u{1EEA8}"=>"\u0637", "\u{1EEA9}"=>"\u064A", "\u{1EEAB}"=>"\u0644", "\u{1EEAC}"=>"\u0645", "\u{1EEAD}"=>"\u0646", "\u{1EEAE}"=>"\u0633", "\u{1EEAF}"=>"\u0639", "\u{1EEB0}"=>"\u0641", "\u{1EEB1}"=>"\u0635", "\u{1EEB2}"=>"\u0642", "\u{1EEB3}"=>"\u0631", "\u{1EEB4}"=>"\u0634", "\u{1EEB5}"=>"\u062A", "\u{1EEB6}"=>"\u062B", "\u{1EEB7}"=>"\u062E", "\u{1EEB8}"=>"\u0630", "\u{1EEB9}"=>"\u0636", "\u{1EEBA}"=>"\u0638", "\u{1EEBB}"=>"\u063A", "\u{1F100}"=>"0.", "\u{1F101}"=>"0,", "\u{1F102}"=>"1,", "\u{1F103}"=>"2,", "\u{1F104}"=>"3,", "\u{1F105}"=>"4,", "\u{1F106}"=>"5,", "\u{1F107}"=>"6,", "\u{1F108}"=>"7,", "\u{1F109}"=>"8,", "\u{1F10A}"=>"9,", "\u{1F110}"=>"(A)", "\u{1F111}"=>"(B)", "\u{1F112}"=>"(C)", "\u{1F113}"=>"(D)", "\u{1F114}"=>"(E)", "\u{1F115}"=>"(F)", "\u{1F116}"=>"(G)", "\u{1F117}"=>"(H)", "\u{1F118}"=>"(I)", "\u{1F119}"=>"(J)", "\u{1F11A}"=>"(K)", "\u{1F11B}"=>"(L)", "\u{1F11C}"=>"(M)", "\u{1F11D}"=>"(N)", "\u{1F11E}"=>"(O)", "\u{1F11F}"=>"(P)", "\u{1F120}"=>"(Q)", "\u{1F121}"=>"(R)", "\u{1F122}"=>"(S)", "\u{1F123}"=>"(T)", "\u{1F124}"=>"(U)", "\u{1F125}"=>"(V)", "\u{1F126}"=>"(W)", "\u{1F127}"=>"(X)", "\u{1F128}"=>"(Y)", "\u{1F129}"=>"(Z)", "\u{1F12A}"=>"\u3014S\u3015", "\u{1F12B}"=>"C", "\u{1F12C}"=>"R", "\u{1F12D}"=>"CD", "\u{1F12E}"=>"WZ", "\u{1F130}"=>"A", "\u{1F131}"=>"B", "\u{1F132}"=>"C", "\u{1F133}"=>"D", "\u{1F134}"=>"E", "\u{1F135}"=>"F", "\u{1F136}"=>"G", "\u{1F137}"=>"H", "\u{1F138}"=>"I", "\u{1F139}"=>"J", "\u{1F13A}"=>"K", "\u{1F13B}"=>"L", "\u{1F13C}"=>"M", "\u{1F13D}"=>"N", "\u{1F13E}"=>"O", "\u{1F13F}"=>"P", "\u{1F140}"=>"Q", "\u{1F141}"=>"R", "\u{1F142}"=>"S", "\u{1F143}"=>"T", "\u{1F144}"=>"U", "\u{1F145}"=>"V", "\u{1F146}"=>"W", "\u{1F147}"=>"X", "\u{1F148}"=>"Y", "\u{1F149}"=>"Z", "\u{1F14A}"=>"HV", "\u{1F14B}"=>"MV", "\u{1F14C}"=>"SD", "\u{1F14D}"=>"SS", "\u{1F14E}"=>"PPV", "\u{1F14F}"=>"WC", "\u{1F16A}"=>"MC", "\u{1F16B}"=>"MD", "\u{1F16C}"=>"MR", "\u{1F190}"=>"DJ", "\u{1F200}"=>"\u307B\u304B", "\u{1F201}"=>"\u30B3\u30B3", "\u{1F202}"=>"\u30B5", "\u{1F210}"=>"\u624B", "\u{1F211}"=>"\u5B57", "\u{1F212}"=>"\u53CC", "\u{1F213}"=>"\u30C7", "\u{1F214}"=>"\u4E8C", "\u{1F215}"=>"\u591A", "\u{1F216}"=>"\u89E3", "\u{1F217}"=>"\u5929", "\u{1F218}"=>"\u4EA4", "\u{1F219}"=>"\u6620", "\u{1F21A}"=>"\u7121", "\u{1F21B}"=>"\u6599", "\u{1F21C}"=>"\u524D", "\u{1F21D}"=>"\u5F8C", "\u{1F21E}"=>"\u518D", "\u{1F21F}"=>"\u65B0", "\u{1F220}"=>"\u521D", "\u{1F221}"=>"\u7D42", "\u{1F222}"=>"\u751F", "\u{1F223}"=>"\u8CA9", "\u{1F224}"=>"\u58F0", "\u{1F225}"=>"\u5439", "\u{1F226}"=>"\u6F14", "\u{1F227}"=>"\u6295", "\u{1F228}"=>"\u6355", "\u{1F229}"=>"\u4E00", "\u{1F22A}"=>"\u4E09", "\u{1F22B}"=>"\u904A", "\u{1F22C}"=>"\u5DE6", "\u{1F22D}"=>"\u4E2D", "\u{1F22E}"=>"\u53F3", "\u{1F22F}"=>"\u6307", "\u{1F230}"=>"\u8D70", "\u{1F231}"=>"\u6253", "\u{1F232}"=>"\u7981", "\u{1F233}"=>"\u7A7A", "\u{1F234}"=>"\u5408", "\u{1F235}"=>"\u6E80", "\u{1F236}"=>"\u6709", "\u{1F237}"=>"\u6708", "\u{1F238}"=>"\u7533", "\u{1F239}"=>"\u5272", "\u{1F23A}"=>"\u55B6", "\u{1F23B}"=>"\u914D", "\u{1F240}"=>"\u3014\u672C\u3015", "\u{1F241}"=>"\u3014\u4E09\u3015", "\u{1F242}"=>"\u3014\u4E8C\u3015", "\u{1F243}"=>"\u3014\u5B89\u3015", "\u{1F244}"=>"\u3014\u70B9\u3015", "\u{1F245}"=>"\u3014\u6253\u3015", "\u{1F246}"=>"\u3014\u76D7\u3015", "\u{1F247}"=>"\u3014\u52DD\u3015", "\u{1F248}"=>"\u3014\u6557\u3015", "\u{1F250}"=>"\u5F97", "\u{1F251}"=>"\u53EF", "\u{1FBF0}"=>"0", "\u{1FBF1}"=>"1", "\u{1FBF2}"=>"2", "\u{1FBF3}"=>"3", "\u{1FBF4}"=>"4", "\u{1FBF5}"=>"5", "\u{1FBF6}"=>"6", "\u{1FBF7}"=>"7", "\u{1FBF8}"=>"8", "\u{1FBF9}"=>"9", "\u0385"=>" \u0308\u0301", "\u03D3"=>"\u03A5\u0301", "\u03D4"=>"\u03A5\u0308", "\u1E9B"=>"s\u0307", "\u1FC1"=>" \u0308\u0342", "\u1FCD"=>" \u0313\u0300", "\u1FCE"=>" \u0313\u0301", "\u1FCF"=>" \u0313\u0342", "\u1FDD"=>" \u0314\u0300", "\u1FDE"=>" \u0314\u0301", "\u1FDF"=>" \u0314\u0342", "\u1FED"=>" \u0308\u0300", "\u1FEE"=>" \u0308\u0301", "\u1FFD"=>" \u0301", "\u2000"=>" ", "\u2001"=>" ", }.freeze COMPOSITION_TABLE = { "A\u0300"=>"\u00C0", "A\u0301"=>"\u00C1", "A\u0302"=>"\u00C2", "A\u0303"=>"\u00C3", "A\u0308"=>"\u00C4", "A\u030A"=>"\u00C5", "C\u0327"=>"\u00C7", "E\u0300"=>"\u00C8", "E\u0301"=>"\u00C9", "E\u0302"=>"\u00CA", "E\u0308"=>"\u00CB", "I\u0300"=>"\u00CC", "I\u0301"=>"\u00CD", "I\u0302"=>"\u00CE", "I\u0308"=>"\u00CF", "N\u0303"=>"\u00D1", "O\u0300"=>"\u00D2", "O\u0301"=>"\u00D3", "O\u0302"=>"\u00D4", "O\u0303"=>"\u00D5", "O\u0308"=>"\u00D6", "U\u0300"=>"\u00D9", "U\u0301"=>"\u00DA", "U\u0302"=>"\u00DB", "U\u0308"=>"\u00DC", "Y\u0301"=>"\u00DD", "a\u0300"=>"\u00E0", "a\u0301"=>"\u00E1", "a\u0302"=>"\u00E2", "a\u0303"=>"\u00E3", "a\u0308"=>"\u00E4", "a\u030A"=>"\u00E5", "c\u0327"=>"\u00E7", "e\u0300"=>"\u00E8", "e\u0301"=>"\u00E9", "e\u0302"=>"\u00EA", "e\u0308"=>"\u00EB", "i\u0300"=>"\u00EC", "i\u0301"=>"\u00ED", "i\u0302"=>"\u00EE", "i\u0308"=>"\u00EF", "n\u0303"=>"\u00F1", "o\u0300"=>"\u00F2", "o\u0301"=>"\u00F3", "o\u0302"=>"\u00F4", "o\u0303"=>"\u00F5", "o\u0308"=>"\u00F6", "u\u0300"=>"\u00F9", "u\u0301"=>"\u00FA", "u\u0302"=>"\u00FB", "u\u0308"=>"\u00FC", "y\u0301"=>"\u00FD", "y\u0308"=>"\u00FF", "A\u0304"=>"\u0100", "a\u0304"=>"\u0101", "A\u0306"=>"\u0102", "a\u0306"=>"\u0103", "A\u0328"=>"\u0104", "a\u0328"=>"\u0105", "C\u0301"=>"\u0106", "c\u0301"=>"\u0107", "C\u0302"=>"\u0108", "c\u0302"=>"\u0109", "C\u0307"=>"\u010A", "c\u0307"=>"\u010B", "C\u030C"=>"\u010C", "c\u030C"=>"\u010D", "D\u030C"=>"\u010E", "d\u030C"=>"\u010F", "E\u0304"=>"\u0112", "e\u0304"=>"\u0113", "E\u0306"=>"\u0114", "e\u0306"=>"\u0115", "E\u0307"=>"\u0116", "e\u0307"=>"\u0117", "E\u0328"=>"\u0118", "e\u0328"=>"\u0119", "E\u030C"=>"\u011A", "e\u030C"=>"\u011B", "G\u0302"=>"\u011C", "g\u0302"=>"\u011D", "G\u0306"=>"\u011E", "g\u0306"=>"\u011F", "G\u0307"=>"\u0120", "g\u0307"=>"\u0121", "G\u0327"=>"\u0122", "g\u0327"=>"\u0123", "H\u0302"=>"\u0124", "h\u0302"=>"\u0125", "I\u0303"=>"\u0128", "i\u0303"=>"\u0129", "I\u0304"=>"\u012A", "i\u0304"=>"\u012B", "I\u0306"=>"\u012C", "i\u0306"=>"\u012D", "I\u0328"=>"\u012E", "i\u0328"=>"\u012F", "I\u0307"=>"\u0130", "J\u0302"=>"\u0134", "j\u0302"=>"\u0135", "K\u0327"=>"\u0136", "k\u0327"=>"\u0137", "L\u0301"=>"\u0139", "l\u0301"=>"\u013A", "L\u0327"=>"\u013B", "l\u0327"=>"\u013C", "L\u030C"=>"\u013D", "l\u030C"=>"\u013E", "N\u0301"=>"\u0143", "n\u0301"=>"\u0144", "N\u0327"=>"\u0145", "n\u0327"=>"\u0146", "N\u030C"=>"\u0147", "n\u030C"=>"\u0148", "O\u0304"=>"\u014C", "o\u0304"=>"\u014D", "O\u0306"=>"\u014E", "o\u0306"=>"\u014F", "O\u030B"=>"\u0150", "o\u030B"=>"\u0151", "R\u0301"=>"\u0154", "r\u0301"=>"\u0155", "R\u0327"=>"\u0156", "r\u0327"=>"\u0157", "R\u030C"=>"\u0158", "r\u030C"=>"\u0159", "S\u0301"=>"\u015A", "s\u0301"=>"\u015B", "S\u0302"=>"\u015C", "s\u0302"=>"\u015D", "S\u0327"=>"\u015E", "s\u0327"=>"\u015F", "S\u030C"=>"\u0160", "s\u030C"=>"\u0161", "T\u0327"=>"\u0162", "t\u0327"=>"\u0163", "T\u030C"=>"\u0164", "t\u030C"=>"\u0165", "U\u0303"=>"\u0168", "u\u0303"=>"\u0169", "U\u0304"=>"\u016A", "u\u0304"=>"\u016B", "U\u0306"=>"\u016C", "u\u0306"=>"\u016D", "U\u030A"=>"\u016E", "u\u030A"=>"\u016F", "U\u030B"=>"\u0170", "u\u030B"=>"\u0171", "U\u0328"=>"\u0172", "u\u0328"=>"\u0173", "W\u0302"=>"\u0174", "w\u0302"=>"\u0175", "Y\u0302"=>"\u0176", "y\u0302"=>"\u0177", "Y\u0308"=>"\u0178", "Z\u0301"=>"\u0179", "z\u0301"=>"\u017A", "Z\u0307"=>"\u017B", "z\u0307"=>"\u017C", "Z\u030C"=>"\u017D", "z\u030C"=>"\u017E", "O\u031B"=>"\u01A0", "o\u031B"=>"\u01A1", "U\u031B"=>"\u01AF", "u\u031B"=>"\u01B0", "A\u030C"=>"\u01CD", "a\u030C"=>"\u01CE", "I\u030C"=>"\u01CF", "i\u030C"=>"\u01D0", "O\u030C"=>"\u01D1", "o\u030C"=>"\u01D2", "U\u030C"=>"\u01D3", "u\u030C"=>"\u01D4", "\u00DC\u0304"=>"\u01D5", "\u00FC\u0304"=>"\u01D6", "\u00DC\u0301"=>"\u01D7", "\u00FC\u0301"=>"\u01D8", "\u00DC\u030C"=>"\u01D9", "\u00FC\u030C"=>"\u01DA", "\u00DC\u0300"=>"\u01DB", "\u00FC\u0300"=>"\u01DC", "\u00C4\u0304"=>"\u01DE", "\u00E4\u0304"=>"\u01DF", "\u0226\u0304"=>"\u01E0", "\u0227\u0304"=>"\u01E1", "\u00C6\u0304"=>"\u01E2", "\u00E6\u0304"=>"\u01E3", "G\u030C"=>"\u01E6", "g\u030C"=>"\u01E7", "K\u030C"=>"\u01E8", "k\u030C"=>"\u01E9", "O\u0328"=>"\u01EA", "o\u0328"=>"\u01EB", "\u01EA\u0304"=>"\u01EC", "\u01EB\u0304"=>"\u01ED", "\u01B7\u030C"=>"\u01EE", "\u0292\u030C"=>"\u01EF", "j\u030C"=>"\u01F0", "G\u0301"=>"\u01F4", "g\u0301"=>"\u01F5", "N\u0300"=>"\u01F8", "n\u0300"=>"\u01F9", "\u00C5\u0301"=>"\u01FA", "\u00E5\u0301"=>"\u01FB", "\u00C6\u0301"=>"\u01FC", "\u00E6\u0301"=>"\u01FD", "\u00D8\u0301"=>"\u01FE", "\u00F8\u0301"=>"\u01FF", "A\u030F"=>"\u0200", "a\u030F"=>"\u0201", "A\u0311"=>"\u0202", "a\u0311"=>"\u0203", "E\u030F"=>"\u0204", "e\u030F"=>"\u0205", "E\u0311"=>"\u0206", "e\u0311"=>"\u0207", "I\u030F"=>"\u0208", "i\u030F"=>"\u0209", "I\u0311"=>"\u020A", "i\u0311"=>"\u020B", "O\u030F"=>"\u020C", "o\u030F"=>"\u020D", "O\u0311"=>"\u020E", "o\u0311"=>"\u020F", "R\u030F"=>"\u0210", "r\u030F"=>"\u0211", "R\u0311"=>"\u0212", "r\u0311"=>"\u0213", "U\u030F"=>"\u0214", "u\u030F"=>"\u0215", "U\u0311"=>"\u0216", "u\u0311"=>"\u0217", "S\u0326"=>"\u0218", "s\u0326"=>"\u0219", "T\u0326"=>"\u021A", "t\u0326"=>"\u021B", "H\u030C"=>"\u021E", "h\u030C"=>"\u021F", "A\u0307"=>"\u0226", "a\u0307"=>"\u0227", "E\u0327"=>"\u0228", "e\u0327"=>"\u0229", "\u00D6\u0304"=>"\u022A", "\u00F6\u0304"=>"\u022B", "\u00D5\u0304"=>"\u022C", "\u00F5\u0304"=>"\u022D", "O\u0307"=>"\u022E", "o\u0307"=>"\u022F", "\u022E\u0304"=>"\u0230", "\u022F\u0304"=>"\u0231", "Y\u0304"=>"\u0232", "y\u0304"=>"\u0233", "\u00A8\u0301"=>"\u0385", "\u0391\u0301"=>"\u0386", "\u0395\u0301"=>"\u0388", "\u0397\u0301"=>"\u0389", "\u0399\u0301"=>"\u038A", "\u039F\u0301"=>"\u038C", "\u03A5\u0301"=>"\u038E", "\u03A9\u0301"=>"\u038F", "\u03CA\u0301"=>"\u0390", "\u0399\u0308"=>"\u03AA", "\u03A5\u0308"=>"\u03AB", "\u03B1\u0301"=>"\u03AC", "\u03B5\u0301"=>"\u03AD", "\u03B7\u0301"=>"\u03AE", "\u03B9\u0301"=>"\u03AF", "\u03CB\u0301"=>"\u03B0", "\u03B9\u0308"=>"\u03CA", "\u03C5\u0308"=>"\u03CB", "\u03BF\u0301"=>"\u03CC", "\u03C5\u0301"=>"\u03CD", "\u03C9\u0301"=>"\u03CE", "\u03D2\u0301"=>"\u03D3", "\u03D2\u0308"=>"\u03D4", "\u0415\u0300"=>"\u0400", "\u0415\u0308"=>"\u0401", "\u0413\u0301"=>"\u0403", "\u0406\u0308"=>"\u0407", "\u041A\u0301"=>"\u040C", "\u0418\u0300"=>"\u040D", "\u0423\u0306"=>"\u040E", "\u0418\u0306"=>"\u0419", "\u0438\u0306"=>"\u0439", "\u0435\u0300"=>"\u0450", "\u0435\u0308"=>"\u0451", "\u0433\u0301"=>"\u0453", "\u0456\u0308"=>"\u0457", "\u043A\u0301"=>"\u045C", "\u0438\u0300"=>"\u045D", "\u0443\u0306"=>"\u045E", "\u0474\u030F"=>"\u0476", "\u0475\u030F"=>"\u0477", "\u0416\u0306"=>"\u04C1", "\u0436\u0306"=>"\u04C2", "\u0410\u0306"=>"\u04D0", "\u0430\u0306"=>"\u04D1", "\u0410\u0308"=>"\u04D2", "\u0430\u0308"=>"\u04D3", "\u0415\u0306"=>"\u04D6", "\u0435\u0306"=>"\u04D7", "\u04D8\u0308"=>"\u04DA", "\u04D9\u0308"=>"\u04DB", "\u0416\u0308"=>"\u04DC", "\u0436\u0308"=>"\u04DD", "\u0417\u0308"=>"\u04DE", "\u0437\u0308"=>"\u04DF", "\u0418\u0304"=>"\u04E2", "\u0438\u0304"=>"\u04E3", "\u0418\u0308"=>"\u04E4", "\u0438\u0308"=>"\u04E5", "\u041E\u0308"=>"\u04E6", "\u043E\u0308"=>"\u04E7", "\u04E8\u0308"=>"\u04EA", "\u04E9\u0308"=>"\u04EB", "\u042D\u0308"=>"\u04EC", "\u044D\u0308"=>"\u04ED", "\u0423\u0304"=>"\u04EE", "\u0443\u0304"=>"\u04EF", "\u0423\u0308"=>"\u04F0", "\u0443\u0308"=>"\u04F1", "\u0423\u030B"=>"\u04F2", "\u0443\u030B"=>"\u04F3", "\u0427\u0308"=>"\u04F4", "\u0447\u0308"=>"\u04F5", "\u042B\u0308"=>"\u04F8", "\u044B\u0308"=>"\u04F9", "\u0627\u0653"=>"\u0622", "\u0627\u0654"=>"\u0623", "\u0648\u0654"=>"\u0624", "\u0627\u0655"=>"\u0625", "\u064A\u0654"=>"\u0626", "\u06D5\u0654"=>"\u06C0", "\u06C1\u0654"=>"\u06C2", "\u06D2\u0654"=>"\u06D3", "\u0928\u093C"=>"\u0929", "\u0930\u093C"=>"\u0931", "\u0933\u093C"=>"\u0934", "\u09C7\u09BE"=>"\u09CB", "\u09C7\u09D7"=>"\u09CC", "\u0B47\u0B56"=>"\u0B48", "\u0B47\u0B3E"=>"\u0B4B", "\u0B47\u0B57"=>"\u0B4C", "\u0B92\u0BD7"=>"\u0B94", "\u0BC6\u0BBE"=>"\u0BCA", "\u0BC7\u0BBE"=>"\u0BCB", "\u0BC6\u0BD7"=>"\u0BCC", "\u0C46\u0C56"=>"\u0C48", "\u0CBF\u0CD5"=>"\u0CC0", "\u0CC6\u0CD5"=>"\u0CC7", "\u0CC6\u0CD6"=>"\u0CC8", "\u0CC6\u0CC2"=>"\u0CCA", "\u0CCA\u0CD5"=>"\u0CCB", "\u0D46\u0D3E"=>"\u0D4A", "\u0D47\u0D3E"=>"\u0D4B", "\u0D46\u0D57"=>"\u0D4C", "\u0DD9\u0DCA"=>"\u0DDA", "\u0DD9\u0DCF"=>"\u0DDC", "\u0DDC\u0DCA"=>"\u0DDD", "\u0DD9\u0DDF"=>"\u0DDE", "\u1025\u102E"=>"\u1026", "\u1B05\u1B35"=>"\u1B06", "\u1B07\u1B35"=>"\u1B08", "\u1B09\u1B35"=>"\u1B0A", "\u1B0B\u1B35"=>"\u1B0C", "\u1B0D\u1B35"=>"\u1B0E", "\u1B11\u1B35"=>"\u1B12", "\u1B3A\u1B35"=>"\u1B3B", "\u1B3C\u1B35"=>"\u1B3D", "\u1B3E\u1B35"=>"\u1B40", "\u1B3F\u1B35"=>"\u1B41", "\u1B42\u1B35"=>"\u1B43", "A\u0325"=>"\u1E00", "a\u0325"=>"\u1E01", "B\u0307"=>"\u1E02", "b\u0307"=>"\u1E03", "B\u0323"=>"\u1E04", "b\u0323"=>"\u1E05", "B\u0331"=>"\u1E06", "b\u0331"=>"\u1E07", "\u00C7\u0301"=>"\u1E08", "\u00E7\u0301"=>"\u1E09", "D\u0307"=>"\u1E0A", "d\u0307"=>"\u1E0B", "D\u0323"=>"\u1E0C", "d\u0323"=>"\u1E0D", "D\u0331"=>"\u1E0E", "d\u0331"=>"\u1E0F", "D\u0327"=>"\u1E10", "d\u0327"=>"\u1E11", "D\u032D"=>"\u1E12", "d\u032D"=>"\u1E13", "\u0112\u0300"=>"\u1E14", "\u0113\u0300"=>"\u1E15", "\u0112\u0301"=>"\u1E16", "\u0113\u0301"=>"\u1E17", "E\u032D"=>"\u1E18", "e\u032D"=>"\u1E19", "E\u0330"=>"\u1E1A", "e\u0330"=>"\u1E1B", "\u0228\u0306"=>"\u1E1C", "\u0229\u0306"=>"\u1E1D", "F\u0307"=>"\u1E1E", "f\u0307"=>"\u1E1F", "G\u0304"=>"\u1E20", "g\u0304"=>"\u1E21", "H\u0307"=>"\u1E22", "h\u0307"=>"\u1E23", "H\u0323"=>"\u1E24", "h\u0323"=>"\u1E25", "H\u0308"=>"\u1E26", "h\u0308"=>"\u1E27", "H\u0327"=>"\u1E28", "h\u0327"=>"\u1E29", "H\u032E"=>"\u1E2A", "h\u032E"=>"\u1E2B", "I\u0330"=>"\u1E2C", "i\u0330"=>"\u1E2D", "\u00CF\u0301"=>"\u1E2E", "\u00EF\u0301"=>"\u1E2F", "K\u0301"=>"\u1E30", "k\u0301"=>"\u1E31", "K\u0323"=>"\u1E32", "k\u0323"=>"\u1E33", "K\u0331"=>"\u1E34", "k\u0331"=>"\u1E35", "L\u0323"=>"\u1E36", "l\u0323"=>"\u1E37", "\u1E36\u0304"=>"\u1E38", "\u1E37\u0304"=>"\u1E39", "L\u0331"=>"\u1E3A", "l\u0331"=>"\u1E3B", "L\u032D"=>"\u1E3C", "l\u032D"=>"\u1E3D", "M\u0301"=>"\u1E3E", "m\u0301"=>"\u1E3F", "M\u0307"=>"\u1E40", "m\u0307"=>"\u1E41", "M\u0323"=>"\u1E42", "m\u0323"=>"\u1E43", "N\u0307"=>"\u1E44", "n\u0307"=>"\u1E45", "N\u0323"=>"\u1E46", "n\u0323"=>"\u1E47", "N\u0331"=>"\u1E48", "n\u0331"=>"\u1E49", "N\u032D"=>"\u1E4A", "n\u032D"=>"\u1E4B", "\u00D5\u0301"=>"\u1E4C", "\u00F5\u0301"=>"\u1E4D", "\u00D5\u0308"=>"\u1E4E", "\u00F5\u0308"=>"\u1E4F", "\u014C\u0300"=>"\u1E50", "\u014D\u0300"=>"\u1E51", "\u014C\u0301"=>"\u1E52", "\u014D\u0301"=>"\u1E53", "P\u0301"=>"\u1E54", "p\u0301"=>"\u1E55", "P\u0307"=>"\u1E56", "p\u0307"=>"\u1E57", "R\u0307"=>"\u1E58", "r\u0307"=>"\u1E59", "R\u0323"=>"\u1E5A", "r\u0323"=>"\u1E5B", "\u1E5A\u0304"=>"\u1E5C", "\u1E5B\u0304"=>"\u1E5D", "R\u0331"=>"\u1E5E", "r\u0331"=>"\u1E5F", "S\u0307"=>"\u1E60", "s\u0307"=>"\u1E61", "S\u0323"=>"\u1E62", "s\u0323"=>"\u1E63", "\u015A\u0307"=>"\u1E64", "\u015B\u0307"=>"\u1E65", "\u0160\u0307"=>"\u1E66", "\u0161\u0307"=>"\u1E67", "\u1E62\u0307"=>"\u1E68", "\u1E63\u0307"=>"\u1E69", "T\u0307"=>"\u1E6A", "t\u0307"=>"\u1E6B", "T\u0323"=>"\u1E6C", "t\u0323"=>"\u1E6D", "T\u0331"=>"\u1E6E", "t\u0331"=>"\u1E6F", "T\u032D"=>"\u1E70", "t\u032D"=>"\u1E71", "U\u0324"=>"\u1E72", "u\u0324"=>"\u1E73", "U\u0330"=>"\u1E74", "u\u0330"=>"\u1E75", "U\u032D"=>"\u1E76", "u\u032D"=>"\u1E77", "\u0168\u0301"=>"\u1E78", "\u0169\u0301"=>"\u1E79", "\u016A\u0308"=>"\u1E7A", "\u016B\u0308"=>"\u1E7B", "V\u0303"=>"\u1E7C", "v\u0303"=>"\u1E7D", "V\u0323"=>"\u1E7E", "v\u0323"=>"\u1E7F", "W\u0300"=>"\u1E80", "w\u0300"=>"\u1E81", "W\u0301"=>"\u1E82", "w\u0301"=>"\u1E83", "W\u0308"=>"\u1E84", "w\u0308"=>"\u1E85", "W\u0307"=>"\u1E86", "w\u0307"=>"\u1E87", "W\u0323"=>"\u1E88", "w\u0323"=>"\u1E89", "X\u0307"=>"\u1E8A", "x\u0307"=>"\u1E8B", "X\u0308"=>"\u1E8C", "x\u0308"=>"\u1E8D", "Y\u0307"=>"\u1E8E", "y\u0307"=>"\u1E8F", "Z\u0302"=>"\u1E90", "z\u0302"=>"\u1E91", "Z\u0323"=>"\u1E92", "z\u0323"=>"\u1E93", "Z\u0331"=>"\u1E94", "z\u0331"=>"\u1E95", "h\u0331"=>"\u1E96", "t\u0308"=>"\u1E97", "w\u030A"=>"\u1E98", "y\u030A"=>"\u1E99", "\u017F\u0307"=>"\u1E9B", "A\u0323"=>"\u1EA0", "a\u0323"=>"\u1EA1", "A\u0309"=>"\u1EA2", "a\u0309"=>"\u1EA3", "\u00C2\u0301"=>"\u1EA4", "\u00E2\u0301"=>"\u1EA5", "\u00C2\u0300"=>"\u1EA6", "\u00E2\u0300"=>"\u1EA7", "\u00C2\u0309"=>"\u1EA8", "\u00E2\u0309"=>"\u1EA9", "\u00C2\u0303"=>"\u1EAA", "\u00E2\u0303"=>"\u1EAB", "\u1EA0\u0302"=>"\u1EAC", "\u1EA1\u0302"=>"\u1EAD", "\u0102\u0301"=>"\u1EAE", "\u0103\u0301"=>"\u1EAF", "\u0102\u0300"=>"\u1EB0", "\u0103\u0300"=>"\u1EB1", "\u0102\u0309"=>"\u1EB2", "\u0103\u0309"=>"\u1EB3", "\u0102\u0303"=>"\u1EB4", "\u0103\u0303"=>"\u1EB5", "\u1EA0\u0306"=>"\u1EB6", "\u1EA1\u0306"=>"\u1EB7", "E\u0323"=>"\u1EB8", "e\u0323"=>"\u1EB9", "E\u0309"=>"\u1EBA", "e\u0309"=>"\u1EBB", "E\u0303"=>"\u1EBC", "e\u0303"=>"\u1EBD", "\u00CA\u0301"=>"\u1EBE", "\u00EA\u0301"=>"\u1EBF", "\u00CA\u0300"=>"\u1EC0", "\u00EA\u0300"=>"\u1EC1", "\u00CA\u0309"=>"\u1EC2", "\u00EA\u0309"=>"\u1EC3", "\u00CA\u0303"=>"\u1EC4", "\u00EA\u0303"=>"\u1EC5", "\u1EB8\u0302"=>"\u1EC6", "\u1EB9\u0302"=>"\u1EC7", "I\u0309"=>"\u1EC8", "i\u0309"=>"\u1EC9", "I\u0323"=>"\u1ECA", "i\u0323"=>"\u1ECB", "O\u0323"=>"\u1ECC", "o\u0323"=>"\u1ECD", "O\u0309"=>"\u1ECE", "o\u0309"=>"\u1ECF", "\u00D4\u0301"=>"\u1ED0", "\u00F4\u0301"=>"\u1ED1", "\u00D4\u0300"=>"\u1ED2", "\u00F4\u0300"=>"\u1ED3", "\u00D4\u0309"=>"\u1ED4", "\u00F4\u0309"=>"\u1ED5", "\u00D4\u0303"=>"\u1ED6", "\u00F4\u0303"=>"\u1ED7", "\u1ECC\u0302"=>"\u1ED8", "\u1ECD\u0302"=>"\u1ED9", "\u01A0\u0301"=>"\u1EDA", "\u01A1\u0301"=>"\u1EDB", "\u01A0\u0300"=>"\u1EDC", "\u01A1\u0300"=>"\u1EDD", "\u01A0\u0309"=>"\u1EDE", "\u01A1\u0309"=>"\u1EDF", "\u01A0\u0303"=>"\u1EE0", "\u01A1\u0303"=>"\u1EE1", "\u01A0\u0323"=>"\u1EE2", "\u01A1\u0323"=>"\u1EE3", "U\u0323"=>"\u1EE4", "u\u0323"=>"\u1EE5", "U\u0309"=>"\u1EE6", "u\u0309"=>"\u1EE7", "\u01AF\u0301"=>"\u1EE8", "\u01B0\u0301"=>"\u1EE9", "\u01AF\u0300"=>"\u1EEA", "\u01B0\u0300"=>"\u1EEB", "\u01AF\u0309"=>"\u1EEC", "\u01B0\u0309"=>"\u1EED", "\u01AF\u0303"=>"\u1EEE", "\u01B0\u0303"=>"\u1EEF", "\u01AF\u0323"=>"\u1EF0", "\u01B0\u0323"=>"\u1EF1", "Y\u0300"=>"\u1EF2", "y\u0300"=>"\u1EF3", "Y\u0323"=>"\u1EF4", "y\u0323"=>"\u1EF5", "Y\u0309"=>"\u1EF6", "y\u0309"=>"\u1EF7", "Y\u0303"=>"\u1EF8", "y\u0303"=>"\u1EF9", "\u03B1\u0313"=>"\u1F00", "\u03B1\u0314"=>"\u1F01", "\u1F00\u0300"=>"\u1F02", "\u1F01\u0300"=>"\u1F03", "\u1F00\u0301"=>"\u1F04", "\u1F01\u0301"=>"\u1F05", "\u1F00\u0342"=>"\u1F06", "\u1F01\u0342"=>"\u1F07", "\u0391\u0313"=>"\u1F08", "\u0391\u0314"=>"\u1F09", "\u1F08\u0300"=>"\u1F0A", "\u1F09\u0300"=>"\u1F0B", "\u1F08\u0301"=>"\u1F0C", "\u1F09\u0301"=>"\u1F0D", "\u1F08\u0342"=>"\u1F0E", "\u1F09\u0342"=>"\u1F0F", "\u03B5\u0313"=>"\u1F10", "\u03B5\u0314"=>"\u1F11", "\u1F10\u0300"=>"\u1F12", "\u1F11\u0300"=>"\u1F13", "\u1F10\u0301"=>"\u1F14", "\u1F11\u0301"=>"\u1F15", "\u0395\u0313"=>"\u1F18", "\u0395\u0314"=>"\u1F19", "\u1F18\u0300"=>"\u1F1A", "\u1F19\u0300"=>"\u1F1B", "\u1F18\u0301"=>"\u1F1C", "\u1F19\u0301"=>"\u1F1D", "\u03B7\u0313"=>"\u1F20", "\u03B7\u0314"=>"\u1F21", "\u1F20\u0300"=>"\u1F22", "\u1F21\u0300"=>"\u1F23", "\u1F20\u0301"=>"\u1F24", "\u1F21\u0301"=>"\u1F25", "\u1F20\u0342"=>"\u1F26", "\u1F21\u0342"=>"\u1F27", "\u0397\u0313"=>"\u1F28", "\u0397\u0314"=>"\u1F29", "\u1F28\u0300"=>"\u1F2A", "\u1F29\u0300"=>"\u1F2B", "\u1F28\u0301"=>"\u1F2C", "\u1F29\u0301"=>"\u1F2D", "\u1F28\u0342"=>"\u1F2E", "\u1F29\u0342"=>"\u1F2F", "\u03B9\u0313"=>"\u1F30", "\u03B9\u0314"=>"\u1F31", "\u1F30\u0300"=>"\u1F32", "\u1F31\u0300"=>"\u1F33", "\u1F30\u0301"=>"\u1F34", "\u1F31\u0301"=>"\u1F35", "\u1F30\u0342"=>"\u1F36", "\u1F31\u0342"=>"\u1F37", "\u0399\u0313"=>"\u1F38", "\u0399\u0314"=>"\u1F39", "\u1F38\u0300"=>"\u1F3A", "\u1F39\u0300"=>"\u1F3B", "\u1F38\u0301"=>"\u1F3C", "\u1F39\u0301"=>"\u1F3D", "\u1F38\u0342"=>"\u1F3E", "\u1F39\u0342"=>"\u1F3F", "\u03BF\u0313"=>"\u1F40", "\u03BF\u0314"=>"\u1F41", "\u1F40\u0300"=>"\u1F42", "\u1F41\u0300"=>"\u1F43", "\u1F40\u0301"=>"\u1F44", "\u1F41\u0301"=>"\u1F45", "\u039F\u0313"=>"\u1F48", "\u039F\u0314"=>"\u1F49", "\u1F48\u0300"=>"\u1F4A", "\u1F49\u0300"=>"\u1F4B", "\u1F48\u0301"=>"\u1F4C", "\u1F49\u0301"=>"\u1F4D", "\u03C5\u0313"=>"\u1F50", "\u03C5\u0314"=>"\u1F51", "\u1F50\u0300"=>"\u1F52", "\u1F51\u0300"=>"\u1F53", "\u1F50\u0301"=>"\u1F54", "\u1F51\u0301"=>"\u1F55", "\u1F50\u0342"=>"\u1F56", "\u1F51\u0342"=>"\u1F57", "\u03A5\u0314"=>"\u1F59", "\u1F59\u0300"=>"\u1F5B", "\u1F59\u0301"=>"\u1F5D", "\u1F59\u0342"=>"\u1F5F", "\u03C9\u0313"=>"\u1F60", "\u03C9\u0314"=>"\u1F61", "\u1F60\u0300"=>"\u1F62", "\u1F61\u0300"=>"\u1F63", "\u1F60\u0301"=>"\u1F64", "\u1F61\u0301"=>"\u1F65", "\u1F60\u0342"=>"\u1F66", "\u1F61\u0342"=>"\u1F67", "\u03A9\u0313"=>"\u1F68", "\u03A9\u0314"=>"\u1F69", "\u1F68\u0300"=>"\u1F6A", "\u1F69\u0300"=>"\u1F6B", "\u1F68\u0301"=>"\u1F6C", "\u1F69\u0301"=>"\u1F6D", "\u1F68\u0342"=>"\u1F6E", "\u1F69\u0342"=>"\u1F6F", "\u03B1\u0300"=>"\u1F70", "\u03B5\u0300"=>"\u1F72", "\u03B7\u0300"=>"\u1F74", "\u03B9\u0300"=>"\u1F76", "\u03BF\u0300"=>"\u1F78", "\u03C5\u0300"=>"\u1F7A", "\u03C9\u0300"=>"\u1F7C", "\u1F00\u0345"=>"\u1F80", "\u1F01\u0345"=>"\u1F81", "\u1F02\u0345"=>"\u1F82", "\u1F03\u0345"=>"\u1F83", "\u1F04\u0345"=>"\u1F84", "\u1F05\u0345"=>"\u1F85", "\u1F06\u0345"=>"\u1F86", "\u1F07\u0345"=>"\u1F87", "\u1F08\u0345"=>"\u1F88", "\u1F09\u0345"=>"\u1F89", "\u1F0A\u0345"=>"\u1F8A", "\u1F0B\u0345"=>"\u1F8B", "\u1F0C\u0345"=>"\u1F8C", "\u1F0D\u0345"=>"\u1F8D", "\u1F0E\u0345"=>"\u1F8E", "\u1F0F\u0345"=>"\u1F8F", "\u1F20\u0345"=>"\u1F90", "\u1F21\u0345"=>"\u1F91", "\u1F22\u0345"=>"\u1F92", "\u1F23\u0345"=>"\u1F93", "\u1F24\u0345"=>"\u1F94", "\u1F25\u0345"=>"\u1F95", "\u1F26\u0345"=>"\u1F96", "\u1F27\u0345"=>"\u1F97", "\u1F28\u0345"=>"\u1F98", "\u1F29\u0345"=>"\u1F99", "\u1F2A\u0345"=>"\u1F9A", "\u1F2B\u0345"=>"\u1F9B", "\u1F2C\u0345"=>"\u1F9C", "\u1F2D\u0345"=>"\u1F9D", "\u1F2E\u0345"=>"\u1F9E", "\u1F2F\u0345"=>"\u1F9F", "\u1F60\u0345"=>"\u1FA0", "\u1F61\u0345"=>"\u1FA1", "\u1F62\u0345"=>"\u1FA2", "\u1F63\u0345"=>"\u1FA3", "\u1F64\u0345"=>"\u1FA4", "\u1F65\u0345"=>"\u1FA5", "\u1F66\u0345"=>"\u1FA6", "\u1F67\u0345"=>"\u1FA7", "\u1F68\u0345"=>"\u1FA8", "\u1F69\u0345"=>"\u1FA9", "\u1F6A\u0345"=>"\u1FAA", "\u1F6B\u0345"=>"\u1FAB", "\u1F6C\u0345"=>"\u1FAC", "\u1F6D\u0345"=>"\u1FAD", "\u1F6E\u0345"=>"\u1FAE", "\u1F6F\u0345"=>"\u1FAF", "\u03B1\u0306"=>"\u1FB0", "\u03B1\u0304"=>"\u1FB1", "\u1F70\u0345"=>"\u1FB2", "\u03B1\u0345"=>"\u1FB3", "\u03AC\u0345"=>"\u1FB4", "\u03B1\u0342"=>"\u1FB6", "\u1FB6\u0345"=>"\u1FB7", "\u0391\u0306"=>"\u1FB8", "\u0391\u0304"=>"\u1FB9", "\u0391\u0300"=>"\u1FBA", "\u0391\u0345"=>"\u1FBC", "\u00A8\u0342"=>"\u1FC1", "\u1F74\u0345"=>"\u1FC2", "\u03B7\u0345"=>"\u1FC3", "\u03AE\u0345"=>"\u1FC4", "\u03B7\u0342"=>"\u1FC6", "\u1FC6\u0345"=>"\u1FC7", "\u0395\u0300"=>"\u1FC8", "\u0397\u0300"=>"\u1FCA", "\u0397\u0345"=>"\u1FCC", "\u1FBF\u0300"=>"\u1FCD", "\u1FBF\u0301"=>"\u1FCE", "\u1FBF\u0342"=>"\u1FCF", "\u03B9\u0306"=>"\u1FD0", "\u03B9\u0304"=>"\u1FD1", "\u03CA\u0300"=>"\u1FD2", "\u03B9\u0342"=>"\u1FD6", "\u03CA\u0342"=>"\u1FD7", "\u0399\u0306"=>"\u1FD8", "\u0399\u0304"=>"\u1FD9", "\u0399\u0300"=>"\u1FDA", "\u1FFE\u0300"=>"\u1FDD", "\u1FFE\u0301"=>"\u1FDE", "\u1FFE\u0342"=>"\u1FDF", "\u03C5\u0306"=>"\u1FE0", "\u03C5\u0304"=>"\u1FE1", "\u03CB\u0300"=>"\u1FE2", "\u03C1\u0313"=>"\u1FE4", "\u03C1\u0314"=>"\u1FE5", "\u03C5\u0342"=>"\u1FE6", "\u03CB\u0342"=>"\u1FE7", "\u03A5\u0306"=>"\u1FE8", "\u03A5\u0304"=>"\u1FE9", "\u03A5\u0300"=>"\u1FEA", "\u03A1\u0314"=>"\u1FEC", "\u00A8\u0300"=>"\u1FED", "\u1F7C\u0345"=>"\u1FF2", "\u03C9\u0345"=>"\u1FF3", "\u03CE\u0345"=>"\u1FF4", "\u03C9\u0342"=>"\u1FF6", "\u1FF6\u0345"=>"\u1FF7", "\u039F\u0300"=>"\u1FF8", "\u03A9\u0300"=>"\u1FFA", "\u03A9\u0345"=>"\u1FFC", "\u2190\u0338"=>"\u219A", "\u2192\u0338"=>"\u219B", "\u2194\u0338"=>"\u21AE", "\u21D0\u0338"=>"\u21CD", "\u21D4\u0338"=>"\u21CE", "\u21D2\u0338"=>"\u21CF", "\u2203\u0338"=>"\u2204", "\u2208\u0338"=>"\u2209", "\u220B\u0338"=>"\u220C", "\u2223\u0338"=>"\u2224", "\u2225\u0338"=>"\u2226", "\u223C\u0338"=>"\u2241", "\u2243\u0338"=>"\u2244", "\u2245\u0338"=>"\u2247", "\u2248\u0338"=>"\u2249", "=\u0338"=>"\u2260", "\u2261\u0338"=>"\u2262", "\u224D\u0338"=>"\u226D", "<\u0338"=>"\u226E", ">\u0338"=>"\u226F", "\u2264\u0338"=>"\u2270", "\u2265\u0338"=>"\u2271", "\u2272\u0338"=>"\u2274", "\u2273\u0338"=>"\u2275", "\u2276\u0338"=>"\u2278", "\u2277\u0338"=>"\u2279", "\u227A\u0338"=>"\u2280", "\u227B\u0338"=>"\u2281", "\u2282\u0338"=>"\u2284", "\u2283\u0338"=>"\u2285", "\u2286\u0338"=>"\u2288", "\u2287\u0338"=>"\u2289", "\u22A2\u0338"=>"\u22AC", "\u22A8\u0338"=>"\u22AD", "\u22A9\u0338"=>"\u22AE", "\u22AB\u0338"=>"\u22AF", "\u227C\u0338"=>"\u22E0", "\u227D\u0338"=>"\u22E1", "\u2291\u0338"=>"\u22E2", "\u2292\u0338"=>"\u22E3", "\u22B2\u0338"=>"\u22EA", "\u22B3\u0338"=>"\u22EB", "\u22B4\u0338"=>"\u22EC", "\u22B5\u0338"=>"\u22ED", "\u304B\u3099"=>"\u304C", "\u304D\u3099"=>"\u304E", "\u304F\u3099"=>"\u3050", "\u3051\u3099"=>"\u3052", "\u3053\u3099"=>"\u3054", "\u3055\u3099"=>"\u3056", "\u3057\u3099"=>"\u3058", "\u3059\u3099"=>"\u305A", "\u305B\u3099"=>"\u305C", "\u305D\u3099"=>"\u305E", "\u305F\u3099"=>"\u3060", "\u3061\u3099"=>"\u3062", "\u3064\u3099"=>"\u3065", "\u3066\u3099"=>"\u3067", "\u3068\u3099"=>"\u3069", "\u306F\u3099"=>"\u3070", "\u306F\u309A"=>"\u3071", "\u3072\u3099"=>"\u3073", "\u3072\u309A"=>"\u3074", "\u3075\u3099"=>"\u3076", "\u3075\u309A"=>"\u3077", "\u3078\u3099"=>"\u3079", "\u3078\u309A"=>"\u307A", "\u307B\u3099"=>"\u307C", "\u307B\u309A"=>"\u307D", "\u3046\u3099"=>"\u3094", "\u309D\u3099"=>"\u309E", "\u30AB\u3099"=>"\u30AC", "\u30AD\u3099"=>"\u30AE", "\u30AF\u3099"=>"\u30B0", "\u30B1\u3099"=>"\u30B2", "\u30B3\u3099"=>"\u30B4", "\u30B5\u3099"=>"\u30B6", "\u30B7\u3099"=>"\u30B8", "\u30B9\u3099"=>"\u30BA", "\u30BB\u3099"=>"\u30BC", "\u30BD\u3099"=>"\u30BE", "\u30BF\u3099"=>"\u30C0", "\u30C1\u3099"=>"\u30C2", "\u30C4\u3099"=>"\u30C5", "\u30C6\u3099"=>"\u30C7", "\u30C8\u3099"=>"\u30C9", "\u30CF\u3099"=>"\u30D0", "\u30CF\u309A"=>"\u30D1", "\u30D2\u3099"=>"\u30D3", "\u30D2\u309A"=>"\u30D4", "\u30D5\u3099"=>"\u30D6", "\u30D5\u309A"=>"\u30D7", "\u30D8\u3099"=>"\u30D9", "\u30D8\u309A"=>"\u30DA", "\u30DB\u3099"=>"\u30DC", "\u30DB\u309A"=>"\u30DD", "\u30A6\u3099"=>"\u30F4", "\u30EF\u3099"=>"\u30F7", "\u30F0\u3099"=>"\u30F8", "\u30F1\u3099"=>"\u30F9", "\u30F2\u3099"=>"\u30FA", "\u30FD\u3099"=>"\u30FE", "\u{11099}\u{110BA}"=>"\u{1109A}", "\u{1109B}\u{110BA}"=>"\u{1109C}", "\u{110A5}\u{110BA}"=>"\u{110AB}", "\u{11131}\u{11127}"=>"\u{1112E}", "\u{11132}\u{11127}"=>"\u{1112F}", "\u{11347}\u{1133E}"=>"\u{1134B}", "\u{11347}\u{11357}"=>"\u{1134C}", "\u{114B9}\u{114BA}"=>"\u{114BB}", "\u{114B9}\u{114B0}"=>"\u{114BC}", "\u{114B9}\u{114BD}"=>"\u{114BE}", "\u{115B8}\u{115AF}"=>"\u{115BA}", "\u{115B9}\u{115AF}"=>"\u{115BB}", "\u{11935}\u{11930}"=>"\u{11938}", }.freeze end PK *J [��� ) share/ruby/unicode_normalize/normalize.rbnu �[��� # coding: utf-8 # frozen_string_literal: false # Copyright Ayumu Nojima (野島 歩) and Martin J. Dürst (duerst@it.aoyama.ac.jp) # This file, the companion file tables.rb (autogenerated), and the module, # constants, and method defined herein are part of the implementation of the # built-in String class, not part of the standard library. They should # therefore never be gemified. They implement the methods # String#unicode_normalize, String#unicode_normalize!, and String#unicode_normalized?. # # They are placed here because they are written in Ruby. They are loaded on # demand when any of the three methods mentioned above is executed for the # first time. This reduces the memory footprint and startup time for scripts # and applications that do not use those methods. # # The name and even the existence of the module UnicodeNormalize and all of its # content are purely an implementation detail, and should not be exposed in # any test or spec or otherwise. require_relative 'tables' # :stopdoc: module UnicodeNormalize # :nodoc: ## Constant for max hash capacity to avoid DoS attack MAX_HASH_LENGTH = 18000 # enough for all test cases, otherwise tests get slow ## Regular Expressions and Hash Constants REGEXP_D = Regexp.compile(REGEXP_D_STRING, Regexp::EXTENDED) REGEXP_C = Regexp.compile(REGEXP_C_STRING, Regexp::EXTENDED) REGEXP_K = Regexp.compile(REGEXP_K_STRING, Regexp::EXTENDED) NF_HASH_D = Hash.new do |hash, key| hash.shift if hash.length>MAX_HASH_LENGTH # prevent DoS attack hash[key] = nfd_one(key) end NF_HASH_C = Hash.new do |hash, key| hash.shift if hash.length>MAX_HASH_LENGTH # prevent DoS attack hash[key] = nfc_one(key) end ## Constants For Hangul # for details such as the meaning of the identifiers below, please see # http://www.unicode.org/versions/Unicode7.0.0/ch03.pdf, pp. 144/145 SBASE = 0xAC00 LBASE = 0x1100 VBASE = 0x1161 TBASE = 0x11A7 LCOUNT = 19 VCOUNT = 21 TCOUNT = 28 NCOUNT = VCOUNT * TCOUNT SCOUNT = LCOUNT * NCOUNT # Unicode-based encodings (except UTF-8) UNICODE_ENCODINGS = [Encoding::UTF_16BE, Encoding::UTF_16LE, Encoding::UTF_32BE, Encoding::UTF_32LE, Encoding::GB18030, Encoding::UCS_2BE, Encoding::UCS_4BE] ## Hangul Algorithm def self.hangul_decomp_one(target) syllable_index = target.ord - SBASE return target if syllable_index < 0 || syllable_index >= SCOUNT l = LBASE + syllable_index / NCOUNT v = VBASE + (syllable_index % NCOUNT) / TCOUNT t = TBASE + syllable_index % TCOUNT (t==TBASE ? [l, v] : [l, v, t]).pack('U*') + target[1..-1] end def self.hangul_comp_one(string) length = string.length if length>1 and 0 <= (lead =string[0].ord-LBASE) and lead < LCOUNT and 0 <= (vowel=string[1].ord-VBASE) and vowel < VCOUNT lead_vowel = SBASE + (lead * VCOUNT + vowel) * TCOUNT if length>2 and 0 < (trail=string[2].ord-TBASE) and trail < TCOUNT (lead_vowel + trail).chr(Encoding::UTF_8) + string[3..-1] else lead_vowel.chr(Encoding::UTF_8) + string[2..-1] end else string end end ## Canonical Ordering def self.canonical_ordering_one(string) sorting = string.each_char.collect { |c| [c, CLASS_TABLE[c]] } (sorting.length-2).downto(0) do |i| # almost, but not exactly bubble sort (0..i).each do |j| later_class = sorting[j+1].last if 0<later_class and later_class<sorting[j].last sorting[j], sorting[j+1] = sorting[j+1], sorting[j] end end end return sorting.collect(&:first).join('') end ## Normalization Forms for Patterns (not whole Strings) def self.nfd_one(string) string = string.chars.map! {|c| DECOMPOSITION_TABLE[c] || c}.join('') canonical_ordering_one(hangul_decomp_one(string)) end def self.nfc_one(string) nfd_string = nfd_one string start = nfd_string[0] last_class = CLASS_TABLE[start]-1 accents = '' nfd_string[1..-1].each_char do |accent| accent_class = CLASS_TABLE[accent] if last_class<accent_class and composite = COMPOSITION_TABLE[start+accent] start = composite else accents << accent last_class = accent_class end end hangul_comp_one(start+accents) end def self.normalize(string, form = :nfc) encoding = string.encoding case encoding when Encoding::UTF_8 case form when :nfc then string.gsub REGEXP_C, NF_HASH_C when :nfd then string.gsub REGEXP_D, NF_HASH_D when :nfkc then string.gsub(REGEXP_K, KOMPATIBLE_TABLE).gsub(REGEXP_C, NF_HASH_C) when :nfkd then string.gsub(REGEXP_K, KOMPATIBLE_TABLE).gsub(REGEXP_D, NF_HASH_D) else raise ArgumentError, "Invalid normalization form #{form}." end when Encoding::US_ASCII string when *UNICODE_ENCODINGS normalize(string.encode(Encoding::UTF_8), form).encode(encoding) else raise Encoding::CompatibilityError, "Unicode Normalization not appropriate for #{encoding}" end end def self.normalized?(string, form = :nfc) encoding = string.encoding case encoding when Encoding::UTF_8 case form when :nfc then string.scan REGEXP_C do |match| return false if NF_HASH_C[match] != match end true when :nfd then string.scan REGEXP_D do |match| return false if NF_HASH_D[match] != match end true when :nfkc then normalized?(string, :nfc) and string !~ REGEXP_K when :nfkd then normalized?(string, :nfd) and string !~ REGEXP_K else raise ArgumentError, "Invalid normalization form #{form}." end when Encoding::US_ASCII true when *UNICODE_ENCODINGS normalized? string.encode(Encoding::UTF_8), form else raise Encoding::CompatibilityError, "Unicode Normalization not appropriate for #{encoding}" end end end # module PK *J [ / share/gems/gems/bigdecimal-3.1.8/lib/bigdecimalnu ȯ�� PK *J [��� � share/ruby/fiddle.rbnu �[��� # frozen_string_literal: true if RUBY_ENGINE == 'ruby' require 'fiddle.so' else require 'fiddle/ffi_backend' end require 'fiddle/closure' require 'fiddle/function' require 'fiddle/version' module Fiddle if WINDOWS # Returns the last win32 +Error+ of the current executing +Thread+ or nil # if none def self.win32_last_error if RUBY_ENGINE == 'jruby' errno = FFI.errno errno == 0 ? nil : errno else Thread.current[:__FIDDLE_WIN32_LAST_ERROR__] end end # Sets the last win32 +Error+ of the current executing +Thread+ to +error+ def self.win32_last_error= error if RUBY_ENGINE == 'jruby' FFI.errno = error || 0 else Thread.current[:__FIDDLE_WIN32_LAST_ERROR__] = error end end # Returns the last win32 socket +Error+ of the current executing # +Thread+ or nil if none def self.win32_last_socket_error if RUBY_ENGINE == 'jruby' errno = FFI.errno errno == 0 ? nil : errno else Thread.current[:__FIDDLE_WIN32_LAST_SOCKET_ERROR__] end end # Sets the last win32 socket +Error+ of the current executing # +Thread+ to +error+ def self.win32_last_socket_error= error if RUBY_ENGINE == 'jruby' FFI.errno = error || 0 else Thread.current[:__FIDDLE_WIN32_LAST_SOCKET_ERROR__] = error end end end # Returns the last +Error+ of the current executing +Thread+ or nil if none def self.last_error if RUBY_ENGINE == 'jruby' errno = FFI.errno errno == 0 ? nil : errno else Thread.current[:__FIDDLE_LAST_ERROR__] end end # Sets the last +Error+ of the current executing +Thread+ to +error+ def self.last_error= error if RUBY_ENGINE == 'jruby' FFI.errno = error || 0 else Thread.current[:__DL2_LAST_ERROR__] = error Thread.current[:__FIDDLE_LAST_ERROR__] = error end end # call-seq: dlopen(library) => Fiddle::Handle # # Creates a new handler that opens +library+, and returns an instance of # Fiddle::Handle. # # If +nil+ is given for the +library+, Fiddle::Handle::DEFAULT is used, which # is the equivalent to RTLD_DEFAULT. See <code>man 3 dlopen</code> for more. # # lib = Fiddle.dlopen(nil) # # The default is dependent on OS, and provide a handle for all libraries # already loaded. For example, in most cases you can use this to access # +libc+ functions, or ruby functions like +rb_str_new+. # # See Fiddle::Handle.new for more. def dlopen library begin Fiddle::Handle.new(library) rescue DLError => error case RUBY_PLATFORM when /linux/ case error.message when /\A(\/.+?): (?:invalid ELF header|file too short)/ # This may be a linker script: # https://sourceware.org/binutils/docs/ld.html#Scripts path = $1 else raise end else raise end File.open(path) do |input| input.each_line do |line| case line when /\A\s*(?:INPUT|GROUP)\s*\(\s*([^\s,\)]+)/ # TODO: Should we support multiple files? first_input = $1 if first_input.start_with?("-l") first_input = "lib#{first_input[2..-1]}.so" end return dlopen(first_input) end end end # Not found raise end end module_function :dlopen # Add constants for backwards compat RTLD_GLOBAL = Handle::RTLD_GLOBAL # :nodoc: RTLD_LAZY = Handle::RTLD_LAZY # :nodoc: RTLD_NOW = Handle::RTLD_NOW # :nodoc: Fiddle::Types.constants.each do |type| const_set "TYPE_#{type}", Fiddle::Types.const_get(type) end end PK *J [��2]+o +o share/ruby/prism/parse_result.rbnu �[��� # frozen_string_literal: true module Prism # This represents a source of Ruby code that has been parsed. It is used in # conjunction with locations to allow them to resolve line numbers and source # ranges. class Source # Create a new source object with the given source code. This method should # be used instead of `new` and it will return either a `Source` or a # specialized and more performant `ASCIISource` if no multibyte characters # are present in the source code. def self.for(source, start_line = 1, offsets = []) if source.ascii_only? ASCIISource.new(source, start_line, offsets) elsif source.encoding == Encoding::BINARY source.force_encoding(Encoding::UTF_8) if source.valid_encoding? new(source, start_line, offsets) else # This is an extremely niche use case where the file is marked as # binary, contains multi-byte characters, and those characters are not # valid UTF-8. In this case we'll mark it as binary and fall back to # treating everything as a single-byte character. This _may_ cause # problems when asking for code units, but it appears to be the # cleanest solution at the moment. source.force_encoding(Encoding::BINARY) ASCIISource.new(source, start_line, offsets) end else new(source, start_line, offsets) end end # The source code that this source object represents. attr_reader :source # The line number where this source starts. attr_reader :start_line # The list of newline byte offsets in the source code. attr_reader :offsets # Create a new source object with the given source code. def initialize(source, start_line = 1, offsets = []) @source = source @start_line = start_line # set after parsing is done @offsets = offsets # set after parsing is done end # Returns the encoding of the source code, which is set by parameters to the # parser or by the encoding magic comment. def encoding source.encoding end # Returns the lines of the source code as an array of strings. def lines source.lines end # Perform a byteslice on the source code using the given byte offset and # byte length. def slice(byte_offset, length) source.byteslice(byte_offset, length) or raise end # Binary search through the offsets to find the line number for the given # byte offset. def line(byte_offset) start_line + find_line(byte_offset) end # Return the byte offset of the start of the line corresponding to the given # byte offset. def line_start(byte_offset) offsets[find_line(byte_offset)] end # Returns the byte offset of the end of the line corresponding to the given # byte offset. def line_end(byte_offset) offsets[find_line(byte_offset) + 1] || source.bytesize end # Return the column number for the given byte offset. def column(byte_offset) byte_offset - line_start(byte_offset) end # Return the character offset for the given byte offset. def character_offset(byte_offset) (source.byteslice(0, byte_offset) or raise).length end # Return the column number in characters for the given byte offset. def character_column(byte_offset) character_offset(byte_offset) - character_offset(line_start(byte_offset)) end # Returns the offset from the start of the file for the given byte offset # counting in code units for the given encoding. # # This method is tested with UTF-8, UTF-16, and UTF-32. If there is the # concept of code units that differs from the number of characters in other # encodings, it is not captured here. # # We purposefully replace invalid and undefined characters with replacement # characters in this conversion. This happens for two reasons. First, it's # possible that the given byte offset will not occur on a character # boundary. Second, it's possible that the source code will contain a # character that has no equivalent in the given encoding. def code_units_offset(byte_offset, encoding) byteslice = (source.byteslice(0, byte_offset) or raise).encode(encoding, invalid: :replace, undef: :replace) if encoding == Encoding::UTF_16LE || encoding == Encoding::UTF_16BE byteslice.bytesize / 2 else byteslice.length end end # Generate a cache that targets a specific encoding for calculating code # unit offsets. def code_units_cache(encoding) CodeUnitsCache.new(source, encoding) end # Returns the column number in code units for the given encoding for the # given byte offset. def code_units_column(byte_offset, encoding) code_units_offset(byte_offset, encoding) - code_units_offset(line_start(byte_offset), encoding) end private # Binary search through the offsets to find the line number for the given # byte offset. def find_line(byte_offset) left = 0 right = offsets.length - 1 while left <= right mid = left + (right - left) / 2 return mid if (offset = offsets[mid]) == byte_offset if offset < byte_offset left = mid + 1 else right = mid - 1 end end left - 1 end end # A cache that can be used to quickly compute code unit offsets from byte # offsets. It purposefully provides only a single #[] method to access the # cache in order to minimize surface area. # # Note that there are some known issues here that may or may not be addressed # in the future: # # * The first is that there are issues when the cache computes values that are # not on character boundaries. This can result in subsequent computations # being off by one or more code units. # * The second is that this cache is currently unbounded. In theory we could # introduce some kind of LRU cache to limit the number of entries, but this # has not yet been implemented. # class CodeUnitsCache class UTF16Counter # :nodoc: def initialize(source, encoding) @source = source @encoding = encoding end def count(byte_offset, byte_length) @source.byteslice(byte_offset, byte_length).encode(@encoding, invalid: :replace, undef: :replace).bytesize / 2 end end class LengthCounter # :nodoc: def initialize(source, encoding) @source = source @encoding = encoding end def count(byte_offset, byte_length) @source.byteslice(byte_offset, byte_length).encode(@encoding, invalid: :replace, undef: :replace).length end end private_constant :UTF16Counter, :LengthCounter # Initialize a new cache with the given source and encoding. def initialize(source, encoding) @source = source @counter = if encoding == Encoding::UTF_16LE || encoding == Encoding::UTF_16BE UTF16Counter.new(source, encoding) else LengthCounter.new(source, encoding) end @cache = {} #: Hash[Integer, Integer] @offsets = [] #: Array[Integer] end # Retrieve the code units offset from the given byte offset. def [](byte_offset) @cache[byte_offset] ||= if (index = @offsets.bsearch_index { |offset| offset > byte_offset }).nil? @offsets << byte_offset @counter.count(0, byte_offset) elsif index == 0 @offsets.unshift(byte_offset) @counter.count(0, byte_offset) else @offsets.insert(index, byte_offset) offset = @offsets[index - 1] @cache[offset] + @counter.count(offset, byte_offset - offset) end end end # Specialized version of Prism::Source for source code that includes ASCII # characters only. This class is used to apply performance optimizations that # cannot be applied to sources that include multibyte characters. # # In the extremely rare case that a source includes multi-byte characters but # is marked as binary because of a magic encoding comment and it cannot be # eagerly converted to UTF-8, this class will be used as well. This is because # at that point we will treat everything as single-byte characters. class ASCIISource < Source # Return the character offset for the given byte offset. def character_offset(byte_offset) byte_offset end # Return the column number in characters for the given byte offset. def character_column(byte_offset) byte_offset - line_start(byte_offset) end # Returns the offset from the start of the file for the given byte offset # counting in code units for the given encoding. # # This method is tested with UTF-8, UTF-16, and UTF-32. If there is the # concept of code units that differs from the number of characters in other # encodings, it is not captured here. def code_units_offset(byte_offset, encoding) byte_offset end # Returns a cache that is the identity function in order to maintain the # same interface. We can do this because code units are always equivalent to # byte offsets for ASCII-only sources. def code_units_cache(encoding) ->(byte_offset) { byte_offset } end # Specialized version of `code_units_column` that does not depend on # `code_units_offset`, which is a more expensive operation. This is # essentially the same as `Prism::Source#column`. def code_units_column(byte_offset, encoding) byte_offset - line_start(byte_offset) end end # This represents a location in the source. class Location # A Source object that is used to determine more information from the given # offset and length. attr_reader :source protected :source # The byte offset from the beginning of the source where this location # starts. attr_reader :start_offset # The length of this location in bytes. attr_reader :length # Create a new location object with the given source, start byte offset, and # byte length. def initialize(source, start_offset, length) @source = source @start_offset = start_offset @length = length # These are used to store comments that are associated with this location. # They are initialized to `nil` to save on memory when there are no # comments to be attached and/or the comment-related APIs are not used. @leading_comments = nil @trailing_comments = nil end # These are the comments that are associated with this location that exist # before the start of this location. def leading_comments @leading_comments ||= [] end # Attach a comment to the leading comments of this location. def leading_comment(comment) leading_comments << comment end # These are the comments that are associated with this location that exist # after the end of this location. def trailing_comments @trailing_comments ||= [] end # Attach a comment to the trailing comments of this location. def trailing_comment(comment) trailing_comments << comment end # Returns all comments that are associated with this location (both leading # and trailing comments). def comments [*@leading_comments, *@trailing_comments] end # Create a new location object with the given options. def copy(source: self.source, start_offset: self.start_offset, length: self.length) Location.new(source, start_offset, length) end # Returns a new location that is the result of chopping off the last byte. def chop copy(length: length == 0 ? length : length - 1) end # Returns a string representation of this location. def inspect "#<Prism::Location @start_offset=#{@start_offset} @length=#{@length} start_line=#{start_line}>" end # Returns all of the lines of the source code associated with this location. def source_lines source.lines end # The source code that this location represents. def slice source.slice(start_offset, length) end # The source code that this location represents starting from the beginning # of the line that this location starts on to the end of the line that this # location ends on. def slice_lines line_start = source.line_start(start_offset) line_end = source.line_end(end_offset) source.slice(line_start, line_end - line_start) end # The character offset from the beginning of the source where this location # starts. def start_character_offset source.character_offset(start_offset) end # The offset from the start of the file in code units of the given encoding. def start_code_units_offset(encoding = Encoding::UTF_16LE) source.code_units_offset(start_offset, encoding) end # The start offset from the start of the file in code units using the given # cache to fetch or calculate the value. def cached_start_code_units_offset(cache) cache[start_offset] end # The byte offset from the beginning of the source where this location ends. def end_offset start_offset + length end # The character offset from the beginning of the source where this location # ends. def end_character_offset source.character_offset(end_offset) end # The offset from the start of the file in code units of the given encoding. def end_code_units_offset(encoding = Encoding::UTF_16LE) source.code_units_offset(end_offset, encoding) end # The end offset from the start of the file in code units using the given # cache to fetch or calculate the value. def cached_end_code_units_offset(cache) cache[end_offset] end # The line number where this location starts. def start_line source.line(start_offset) end # The content of the line where this location starts before this location. def start_line_slice offset = source.line_start(start_offset) source.slice(offset, start_offset - offset) end # The line number where this location ends. def end_line source.line(end_offset) end # The column number in bytes where this location starts from the start of # the line. def start_column source.column(start_offset) end # The column number in characters where this location ends from the start of # the line. def start_character_column source.character_column(start_offset) end # The column number in code units of the given encoding where this location # starts from the start of the line. def start_code_units_column(encoding = Encoding::UTF_16LE) source.code_units_column(start_offset, encoding) end # The start column in code units using the given cache to fetch or calculate # the value. def cached_start_code_units_column(cache) cache[start_offset] - cache[source.line_start(start_offset)] end # The column number in bytes where this location ends from the start of the # line. def end_column source.column(end_offset) end # The column number in characters where this location ends from the start of # the line. def end_character_column source.character_column(end_offset) end # The column number in code units of the given encoding where this location # ends from the start of the line. def end_code_units_column(encoding = Encoding::UTF_16LE) source.code_units_column(end_offset, encoding) end # The end column in code units using the given cache to fetch or calculate # the value. def cached_end_code_units_column(cache) cache[end_offset] - cache[source.line_start(end_offset)] end # Implement the hash pattern matching interface for Location. def deconstruct_keys(keys) { start_offset: start_offset, end_offset: end_offset } end # Implement the pretty print interface for Location. def pretty_print(q) q.text("(#{start_line},#{start_column})-(#{end_line},#{end_column})") end # Returns true if the given other location is equal to this location. def ==(other) Location === other && other.start_offset == start_offset && other.end_offset == end_offset end # Returns a new location that stretches from this location to the given # other location. Raises an error if this location is not before the other # location or if they don't share the same source. def join(other) raise "Incompatible sources" if source != other.source raise "Incompatible locations" if start_offset > other.start_offset Location.new(source, start_offset, other.end_offset - start_offset) end # Join this location with the first occurrence of the string in the source # that occurs after this location on the same line, and return the new # location. This will raise an error if the string does not exist. def adjoin(string) line_suffix = source.slice(end_offset, source.line_end(end_offset) - end_offset) line_suffix_index = line_suffix.byteindex(string) raise "Could not find #{string}" if line_suffix_index.nil? Location.new(source, start_offset, length + line_suffix_index + string.bytesize) end end # This represents a comment that was encountered during parsing. It is the # base class for all comment types. class Comment # The location of this comment in the source. attr_reader :location # Create a new comment object with the given location. def initialize(location) @location = location end # Implement the hash pattern matching interface for Comment. def deconstruct_keys(keys) { location: location } end # Returns the content of the comment by slicing it from the source code. def slice location.slice end end # InlineComment objects are the most common. They correspond to comments in # the source file like this one that start with #. class InlineComment < Comment # Returns true if this comment happens on the same line as other code and # false if the comment is by itself. def trailing? !location.start_line_slice.strip.empty? end # Returns a string representation of this comment. def inspect "#<Prism::InlineComment @location=#{location.inspect}>" end end # EmbDocComment objects correspond to comments that are surrounded by =begin # and =end. class EmbDocComment < Comment # This can only be true for inline comments. def trailing? false end # Returns a string representation of this comment. def inspect "#<Prism::EmbDocComment @location=#{location.inspect}>" end end # This represents a magic comment that was encountered during parsing. class MagicComment # A Location object representing the location of the key in the source. attr_reader :key_loc # A Location object representing the location of the value in the source. attr_reader :value_loc # Create a new magic comment object with the given key and value locations. def initialize(key_loc, value_loc) @key_loc = key_loc @value_loc = value_loc end # Returns the key of the magic comment by slicing it from the source code. def key key_loc.slice end # Returns the value of the magic comment by slicing it from the source code. def value value_loc.slice end # Implement the hash pattern matching interface for MagicComment. def deconstruct_keys(keys) { key_loc: key_loc, value_loc: value_loc } end # Returns a string representation of this magic comment. def inspect "#<Prism::MagicComment @key=#{key.inspect} @value=#{value.inspect}>" end end # This represents an error that was encountered during parsing. class ParseError # The type of error. This is an _internal_ symbol that is used for # communicating with translation layers. It is not meant to be public API. attr_reader :type # The message associated with this error. attr_reader :message # A Location object representing the location of this error in the source. attr_reader :location # The level of this error. attr_reader :level # Create a new error object with the given message and location. def initialize(type, message, location, level) @type = type @message = message @location = location @level = level end # Implement the hash pattern matching interface for ParseError. def deconstruct_keys(keys) { type: type, message: message, location: location, level: level } end # Returns a string representation of this error. def inspect "#<Prism::ParseError @type=#{@type.inspect} @message=#{@message.inspect} @location=#{@location.inspect} @level=#{@level.inspect}>" end end # This represents a warning that was encountered during parsing. class ParseWarning # The type of warning. This is an _internal_ symbol that is used for # communicating with translation layers. It is not meant to be public API. attr_reader :type # The message associated with this warning. attr_reader :message # A Location object representing the location of this warning in the source. attr_reader :location # The level of this warning. attr_reader :level # Create a new warning object with the given message and location. def initialize(type, message, location, level) @type = type @message = message @location = location @level = level end # Implement the hash pattern matching interface for ParseWarning. def deconstruct_keys(keys) { type: type, message: message, location: location, level: level } end # Returns a string representation of this warning. def inspect "#<Prism::ParseWarning @type=#{@type.inspect} @message=#{@message.inspect} @location=#{@location.inspect} @level=#{@level.inspect}>" end end # This represents the result of a call to ::parse or ::parse_file. It contains # the requested structure, any comments that were encounters, and any errors # that were encountered. class Result # The list of comments that were encountered during parsing. attr_reader :comments # The list of magic comments that were encountered during parsing. attr_reader :magic_comments # An optional location that represents the location of the __END__ marker # and the rest of the content of the file. This content is loaded into the # DATA constant when the file being parsed is the main file being executed. attr_reader :data_loc # The list of errors that were generated during parsing. attr_reader :errors # The list of warnings that were generated during parsing. attr_reader :warnings # A Source instance that represents the source code that was parsed. attr_reader :source # Create a new result object with the given values. def initialize(comments, magic_comments, data_loc, errors, warnings, source) @comments = comments @magic_comments = magic_comments @data_loc = data_loc @errors = errors @warnings = warnings @source = source end # Implement the hash pattern matching interface for Result. def deconstruct_keys(keys) { comments: comments, magic_comments: magic_comments, data_loc: data_loc, errors: errors, warnings: warnings } end # Returns the encoding of the source code that was parsed. def encoding source.encoding end # Returns true if there were no errors during parsing and false if there # were. def success? errors.empty? end # Returns true if there were errors during parsing and false if there were # not. def failure? !success? end # Create a code units cache for the given encoding. def code_units_cache(encoding) source.code_units_cache(encoding) end end # This is a result specific to the `parse` and `parse_file` methods. class ParseResult < Result autoload :Comments, "prism/parse_result/comments" autoload :Errors, "prism/parse_result/errors" autoload :Newlines, "prism/parse_result/newlines" private_constant :Comments private_constant :Errors private_constant :Newlines # The syntax tree that was parsed from the source code. attr_reader :value # Create a new parse result object with the given values. def initialize(value, comments, magic_comments, data_loc, errors, warnings, source) @value = value super(comments, magic_comments, data_loc, errors, warnings, source) end # Implement the hash pattern matching interface for ParseResult. def deconstruct_keys(keys) super.merge!(value: value) end # Attach the list of comments to their respective locations in the tree. def attach_comments! Comments.new(self).attach! # steep:ignore end # Walk the tree and mark nodes that are on a new line, loosely emulating # the behavior of CRuby's `:line` tracepoint event. def mark_newlines! value.accept(Newlines.new(source.offsets.size)) # steep:ignore end # Returns a string representation of the syntax tree with the errors # displayed inline. def errors_format Errors.new(self).format end end # This is a result specific to the `lex` and `lex_file` methods. class LexResult < Result # The list of tokens that were parsed from the source code. attr_reader :value # Create a new lex result object with the given values. def initialize(value, comments, magic_comments, data_loc, errors, warnings, source) @value = value super(comments, magic_comments, data_loc, errors, warnings, source) end # Implement the hash pattern matching interface for LexResult. def deconstruct_keys(keys) super.merge!(value: value) end end # This is a result specific to the `parse_lex` and `parse_lex_file` methods. class ParseLexResult < Result # A tuple of the syntax tree and the list of tokens that were parsed from # the source code. attr_reader :value # Create a new parse lex result object with the given values. def initialize(value, comments, magic_comments, data_loc, errors, warnings, source) @value = value super(comments, magic_comments, data_loc, errors, warnings, source) end # Implement the hash pattern matching interface for ParseLexResult. def deconstruct_keys(keys) super.merge!(value: value) end end # This represents a token from the Ruby source. class Token # The Source object that represents the source this token came from. attr_reader :source private :source # The type of token that this token is. attr_reader :type # A byteslice of the source that this token represents. attr_reader :value # Create a new token object with the given type, value, and location. def initialize(source, type, value, location) @source = source @type = type @value = value @location = location end # Implement the hash pattern matching interface for Token. def deconstruct_keys(keys) { type: type, value: value, location: location } end # A Location object representing the location of this token in the source. def location location = @location return location if location.is_a?(Location) @location = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Implement the pretty print interface for Token. def pretty_print(q) q.group do q.text(type.to_s) self.location.pretty_print(q) q.text("(") q.nest(2) do q.breakable("") q.pp(value) end q.breakable("") q.text(")") end end # Returns true if the given other token is equal to this token. def ==(other) Token === other && other.type == type && other.value == value end # Returns a string representation of this token. def inspect location super end end end PK *J [W��9�I �I share/ruby/prism/ffi.rbnu �[��� # frozen_string_literal: true # typed: ignore # This file is responsible for mirroring the API provided by the C extension by # using FFI to call into the shared library. require "rbconfig" require "ffi" module Prism module LibRubyParser # :nodoc: extend FFI::Library # Define the library that we will be pulling functions from. Note that this # must align with the build shared library from make/rake. libprism_in_build = File.expand_path("../../build/libprism.#{RbConfig::CONFIG["SOEXT"]}", __dir__) libprism_in_libdir = "#{RbConfig::CONFIG["libdir"]}/prism/libprism.#{RbConfig::CONFIG["SOEXT"]}" if File.exist? libprism_in_build INCLUDE_DIR = File.expand_path("../../include", __dir__) ffi_lib libprism_in_build else INCLUDE_DIR = "#{RbConfig::CONFIG["libdir"]}/prism/include" ffi_lib libprism_in_libdir end # Convert a native C type declaration into a symbol that FFI understands. # For example: # # const char * -> :pointer # bool -> :bool # size_t -> :size_t # void -> :void # def self.resolve_type(type, callbacks) type = type.strip if !type.end_with?("*") type.delete_prefix("const ").to_sym else type = type.delete_suffix("*").rstrip callbacks.include?(type.to_sym) ? type.to_sym : :pointer end end # Read through the given header file and find the declaration of each of the # given functions. For each one, define a function with the same name and # signature as the C function. def self.load_exported_functions_from(header, *functions, callbacks) File.foreach("#{INCLUDE_DIR}/#{header}") do |line| # We only want to attempt to load exported functions. next unless line.start_with?("PRISM_EXPORTED_FUNCTION ") # We only want to load the functions that we are interested in. next unless functions.any? { |function| line.include?(function) } # Parse the function declaration. unless /^PRISM_EXPORTED_FUNCTION (?<return_type>.+) (?<name>\w+)\((?<arg_types>.+)\);$/ =~ line raise "Could not parse #{line}" end # Delete the function from the list of functions we are looking for to # mark it as having been found. functions.delete(name) # Split up the argument types into an array, ensure we handle the case # where there are no arguments (by explicit void). arg_types = arg_types.split(",").map(&:strip) arg_types = [] if arg_types == %w[void] # Resolve the type of the argument by dropping the name of the argument # first if it is present. arg_types.map! { |type| resolve_type(type.sub(/\w+$/, ""), callbacks) } # Attach the function using the FFI library. attach_function name, arg_types, resolve_type(return_type, []) end # If we didn't find all of the functions, raise an error. raise "Could not find functions #{functions.inspect}" unless functions.empty? end callback :pm_parse_stream_fgets_t, [:pointer, :int, :pointer], :pointer enum :pm_string_init_result_t, %i[PM_STRING_INIT_SUCCESS PM_STRING_INIT_ERROR_GENERIC PM_STRING_INIT_ERROR_DIRECTORY] enum :pm_string_query_t, [:PM_STRING_QUERY_ERROR, -1, :PM_STRING_QUERY_FALSE, :PM_STRING_QUERY_TRUE] load_exported_functions_from( "prism.h", "pm_version", "pm_serialize_parse", "pm_serialize_parse_stream", "pm_serialize_parse_comments", "pm_serialize_lex", "pm_serialize_parse_lex", "pm_parse_success_p", "pm_string_query_local", "pm_string_query_constant", "pm_string_query_method_name", [:pm_parse_stream_fgets_t] ) load_exported_functions_from( "prism/util/pm_buffer.h", "pm_buffer_sizeof", "pm_buffer_init", "pm_buffer_value", "pm_buffer_length", "pm_buffer_free", [] ) load_exported_functions_from( "prism/util/pm_string.h", "pm_string_mapped_init", "pm_string_free", "pm_string_source", "pm_string_length", "pm_string_sizeof", [] ) # This object represents a pm_buffer_t. We only use it as an opaque pointer, # so it doesn't need to know the fields of pm_buffer_t. class PrismBuffer # :nodoc: SIZEOF = LibRubyParser.pm_buffer_sizeof attr_reader :pointer def initialize(pointer) @pointer = pointer end def value LibRubyParser.pm_buffer_value(pointer) end def length LibRubyParser.pm_buffer_length(pointer) end def read value.read_string(length) end # Initialize a new buffer and yield it to the block. The buffer will be # automatically freed when the block returns. def self.with FFI::MemoryPointer.new(SIZEOF) do |pointer| raise unless LibRubyParser.pm_buffer_init(pointer) return yield new(pointer) ensure LibRubyParser.pm_buffer_free(pointer) end end end # This object represents a pm_string_t. We only use it as an opaque pointer, # so it doesn't have to be an FFI::Struct. class PrismString # :nodoc: SIZEOF = LibRubyParser.pm_string_sizeof attr_reader :pointer, :length def initialize(pointer, length, from_string) @pointer = pointer @length = length @from_string = from_string end def read raise "should use the original String instead" if @from_string @pointer.read_string(@length) end # Yields a pm_string_t pointer to the given block. def self.with_string(string) raise TypeError unless string.is_a?(String) length = string.bytesize # + 1 to never get an address of 0, which pm_parser_init() asserts FFI::MemoryPointer.new(:char, length + 1, false) do |pointer| pointer.write_string(string) # since we have the extra byte we might as well \0-terminate pointer.put_char(length, 0) return yield new(pointer, length, true) end end # Yields a pm_string_t pointer to the given block. def self.with_file(filepath) raise TypeError unless filepath.is_a?(String) # On Windows and Mac, it's expected that filepaths will be encoded in # UTF-8. If they are not, we need to convert them to UTF-8 before # passing them into pm_string_mapped_init. if RbConfig::CONFIG["host_os"].match?(/bccwin|cygwin|djgpp|mingw|mswin|wince|darwin/i) && (encoding = filepath.encoding) != Encoding::ASCII_8BIT && encoding != Encoding::UTF_8 filepath = filepath.encode(Encoding::UTF_8) end FFI::MemoryPointer.new(SIZEOF) do |pm_string| case (result = LibRubyParser.pm_string_mapped_init(pm_string, filepath)) when :PM_STRING_INIT_SUCCESS pointer = LibRubyParser.pm_string_source(pm_string) length = LibRubyParser.pm_string_length(pm_string) return yield new(pointer, length, false) when :PM_STRING_INIT_ERROR_GENERIC raise SystemCallError.new(filepath, FFI.errno) when :PM_STRING_INIT_ERROR_DIRECTORY raise Errno::EISDIR.new(filepath) else raise "Unknown error initializing pm_string_t: #{result.inspect}" end ensure LibRubyParser.pm_string_free(pm_string) end end end end # Mark the LibRubyParser module as private as it should only be called through # the prism module. private_constant :LibRubyParser # The version constant is set by reading the result of calling pm_version. VERSION = LibRubyParser.pm_version.read_string class << self # Mirror the Prism.dump API by using the serialization API. def dump(source, **options) LibRubyParser::PrismString.with_string(source) { |string| dump_common(string, options) } end # Mirror the Prism.dump_file API by using the serialization API. def dump_file(filepath, **options) options[:filepath] = filepath LibRubyParser::PrismString.with_file(filepath) { |string| dump_common(string, options) } end # Mirror the Prism.lex API by using the serialization API. def lex(code, **options) LibRubyParser::PrismString.with_string(code) { |string| lex_common(string, code, options) } end # Mirror the Prism.lex_file API by using the serialization API. def lex_file(filepath, **options) options[:filepath] = filepath LibRubyParser::PrismString.with_file(filepath) { |string| lex_common(string, string.read, options) } end # Mirror the Prism.parse API by using the serialization API. def parse(code, **options) LibRubyParser::PrismString.with_string(code) { |string| parse_common(string, code, options) } end # Mirror the Prism.parse_file API by using the serialization API. This uses # native strings instead of Ruby strings because it allows us to use mmap # when it is available. def parse_file(filepath, **options) options[:filepath] = filepath LibRubyParser::PrismString.with_file(filepath) { |string| parse_common(string, string.read, options) } end # Mirror the Prism.parse_stream API by using the serialization API. def parse_stream(stream, **options) LibRubyParser::PrismBuffer.with do |buffer| source = +"" callback = -> (string, size, _) { raise "Expected size to be >= 0, got: #{size}" if size <= 0 if !(line = stream.gets(size - 1)).nil? source << line string.write_string("#{line}\x00", line.bytesize + 1) end } # In the pm_serialize_parse_stream function it accepts a pointer to the # IO object as a void* and then passes it through to the callback as the # third argument, but it never touches it itself. As such, since we have # access to the IO object already through the closure of the lambda, we # can pass a null pointer here and not worry. LibRubyParser.pm_serialize_parse_stream(buffer.pointer, nil, callback, dump_options(options)) Prism.load(source, buffer.read) end end # Mirror the Prism.parse_comments API by using the serialization API. def parse_comments(code, **options) LibRubyParser::PrismString.with_string(code) { |string| parse_comments_common(string, code, options) } end # Mirror the Prism.parse_file_comments API by using the serialization # API. This uses native strings instead of Ruby strings because it allows us # to use mmap when it is available. def parse_file_comments(filepath, **options) options[:filepath] = filepath LibRubyParser::PrismString.with_file(filepath) { |string| parse_comments_common(string, string.read, options) } end # Mirror the Prism.parse_lex API by using the serialization API. def parse_lex(code, **options) LibRubyParser::PrismString.with_string(code) { |string| parse_lex_common(string, code, options) } end # Mirror the Prism.parse_lex_file API by using the serialization API. def parse_lex_file(filepath, **options) options[:filepath] = filepath LibRubyParser::PrismString.with_file(filepath) { |string| parse_lex_common(string, string.read, options) } end # Mirror the Prism.parse_success? API by using the serialization API. def parse_success?(code, **options) LibRubyParser::PrismString.with_string(code) { |string| parse_file_success_common(string, options) } end # Mirror the Prism.parse_failure? API by using the serialization API. def parse_failure?(code, **options) !parse_success?(code, **options) end # Mirror the Prism.parse_file_success? API by using the serialization API. def parse_file_success?(filepath, **options) options[:filepath] = filepath LibRubyParser::PrismString.with_file(filepath) { |string| parse_file_success_common(string, options) } end # Mirror the Prism.parse_file_failure? API by using the serialization API. def parse_file_failure?(filepath, **options) !parse_file_success?(filepath, **options) end # Mirror the Prism.profile API by using the serialization API. def profile(source, **options) LibRubyParser::PrismString.with_string(source) do |string| LibRubyParser::PrismBuffer.with do |buffer| LibRubyParser.pm_serialize_parse(buffer.pointer, string.pointer, string.length, dump_options(options)) nil end end end # Mirror the Prism.profile_file API by using the serialization API. def profile_file(filepath, **options) LibRubyParser::PrismString.with_file(filepath) do |string| LibRubyParser::PrismBuffer.with do |buffer| options[:filepath] = filepath LibRubyParser.pm_serialize_parse(buffer.pointer, string.pointer, string.length, dump_options(options)) nil end end end private def dump_common(string, options) # :nodoc: LibRubyParser::PrismBuffer.with do |buffer| LibRubyParser.pm_serialize_parse(buffer.pointer, string.pointer, string.length, dump_options(options)) buffer.read end end def lex_common(string, code, options) # :nodoc: serialized = LibRubyParser::PrismBuffer.with do |buffer| LibRubyParser.pm_serialize_lex(buffer.pointer, string.pointer, string.length, dump_options(options)) buffer.read end Serialize.load_tokens(Source.for(code), serialized) end def parse_common(string, code, options) # :nodoc: serialized = dump_common(string, options) Prism.load(code, serialized) end def parse_comments_common(string, code, options) # :nodoc: LibRubyParser::PrismBuffer.with do |buffer| LibRubyParser.pm_serialize_parse_comments(buffer.pointer, string.pointer, string.length, dump_options(options)) source = Source.for(code) loader = Serialize::Loader.new(source, buffer.read) loader.load_header loader.load_encoding loader.load_start_line loader.load_comments end end def parse_lex_common(string, code, options) # :nodoc: LibRubyParser::PrismBuffer.with do |buffer| LibRubyParser.pm_serialize_parse_lex(buffer.pointer, string.pointer, string.length, dump_options(options)) source = Source.for(code) loader = Serialize::Loader.new(source, buffer.read) tokens = loader.load_tokens node, comments, magic_comments, data_loc, errors, warnings = loader.load_nodes tokens.each { |token,| token.value.force_encoding(loader.encoding) } ParseLexResult.new([node, tokens], comments, magic_comments, data_loc, errors, warnings, source) end end def parse_file_success_common(string, options) # :nodoc: LibRubyParser.pm_parse_success_p(string.pointer, string.length, dump_options(options)) end # Return the value that should be dumped for the command_line option. def dump_options_command_line(options) command_line = options.fetch(:command_line, "") raise ArgumentError, "command_line must be a string" unless command_line.is_a?(String) command_line.each_char.inject(0) do |value, char| case char when "a" then value | 0b000001 when "e" then value | 0b000010 when "l" then value | 0b000100 when "n" then value | 0b001000 when "p" then value | 0b010000 when "x" then value | 0b100000 else raise ArgumentError, "invalid command_line option: #{char}" end end end # Return the value that should be dumped for the version option. def dump_options_version(version) case version when nil, "latest" 0 when /\A3\.3(\.\d+)?\z/ 1 when /\A3\.4(\.\d+)?\z/ 0 else raise ArgumentError, "invalid version: #{version}" end end # Convert the given options into a serialized options string. def dump_options(options) template = +"" values = [] template << "L" if (filepath = options[:filepath]) values.push(filepath.bytesize, filepath.b) template << "A*" else values << 0 end template << "l" values << options.fetch(:line, 1) template << "L" if (encoding = options[:encoding]) name = encoding.is_a?(Encoding) ? encoding.name : encoding values.push(name.bytesize, name.b) template << "A*" else values << 0 end template << "C" values << (options.fetch(:frozen_string_literal, false) ? 1 : 0) template << "C" values << dump_options_command_line(options) template << "C" values << dump_options_version(options[:version]) template << "C" values << (options[:encoding] == false ? 1 : 0) template << "C" values << (options.fetch(:main_script, false) ? 1 : 0) template << "C" values << (options.fetch(:partial_script, false) ? 1 : 0) template << "L" if (scopes = options[:scopes]) values << scopes.length scopes.each do |scope| template << "L" values << scope.length scope.each do |local| name = local.name template << "L" values << name.bytesize template << "A*" values << name.b end end else values << 0 end values.pack(template) end end # Here we are going to patch StringQuery to put in the class-level methods so # that it can maintain a consistent interface class StringQuery class << self # Mirrors the C extension's StringQuery::local? method. def local?(string) query(LibRubyParser.pm_string_query_local(string, string.bytesize, string.encoding.name)) end # Mirrors the C extension's StringQuery::constant? method. def constant?(string) query(LibRubyParser.pm_string_query_constant(string, string.bytesize, string.encoding.name)) end # Mirrors the C extension's StringQuery::method_name? method. def method_name?(string) query(LibRubyParser.pm_string_query_method_name(string, string.bytesize, string.encoding.name)) end private # Parse the enum result and return an appropriate boolean. def query(result) case result when :PM_STRING_QUERY_ERROR raise ArgumentError, "Invalid or non ascii-compatible encoding" when :PM_STRING_QUERY_FALSE false when :PM_STRING_QUERY_TRUE true end end end end end PK *J [���W� � ' share/ruby/prism/parse_result/errors.rbnu �[��� # frozen_string_literal: true require "stringio" module Prism class ParseResult < Result # An object to represent the set of errors on a parse result. This object # can be used to format the errors in a human-readable way. class Errors # The parse result that contains the errors. attr_reader :parse_result # Initialize a new set of errors from the given parse result. def initialize(parse_result) @parse_result = parse_result end # Formats the errors in a human-readable way and return them as a string. def format error_lines = {} #: Hash[Integer, Array[ParseError]] parse_result.errors.each do |error| location = error.location (location.start_line..location.end_line).each do |line| error_lines[line] ||= [] error_lines[line] << error end end source_lines = parse_result.source.source.lines source_lines << "" if error_lines.key?(source_lines.size + 1) io = StringIO.new source_lines.each.with_index(1) do |line, line_number| io.puts(line) (error_lines.delete(line_number) || []).each do |error| location = error.location case line_number when location.start_line io.print(" " * location.start_column + "^") if location.start_line == location.end_line if location.start_column != location.end_column io.print("~" * (location.end_column - location.start_column - 1)) end io.puts(" " + error.message) else io.puts("~" * (line.bytesize - location.start_column)) end when location.end_line io.puts("~" * location.end_column + " " + error.message) else io.puts("~" * line.bytesize) end end end io.puts io.string end end end end PK *J [<_�� � ) share/ruby/prism/parse_result/newlines.rbnu �[��� # frozen_string_literal: true module Prism class ParseResult < Result # The :line tracepoint event gets fired whenever the Ruby VM encounters an # expression on a new line. The types of expressions that can trigger this # event are: # # * if statements # * unless statements # * nodes that are children of statements lists # # In order to keep track of the newlines, we have a list of offsets that # come back from the parser. We assign these offsets to the first nodes that # we find in the tree that are on those lines. # # Note that the logic in this file should be kept in sync with the Java # MarkNewlinesVisitor, since that visitor is responsible for marking the # newlines for JRuby/TruffleRuby. # # This file is autoloaded only when `mark_newlines!` is called, so the # re-opening of the various nodes in this file will only be performed in # that case. We do that to avoid storing the extra `@newline` instance # variable on every node if we don't need it. class Newlines < Visitor # Create a new Newlines visitor with the given newline offsets. def initialize(lines) # @type var lines: Integer @lines = Array.new(1 + lines, false) end # Permit block/lambda nodes to mark newlines within themselves. def visit_block_node(node) old_lines = @lines @lines = Array.new(old_lines.size, false) begin super(node) ensure @lines = old_lines end end alias_method :visit_lambda_node, :visit_block_node # Mark if/unless nodes as newlines. def visit_if_node(node) node.newline_flag!(@lines) super(node) end alias_method :visit_unless_node, :visit_if_node # Permit statements lists to mark newlines within themselves. def visit_statements_node(node) node.body.each do |child| child.newline_flag!(@lines) end super(node) end end end class Node def newline_flag? # :nodoc: !!defined?(@newline_flag) end def newline_flag!(lines) # :nodoc: line = location.start_line unless lines[line] lines[line] = true @newline_flag = true end end end class BeginNode < Node def newline_flag!(lines) # :nodoc: # Never mark BeginNode with a newline flag, mark children instead. end end class ParenthesesNode < Node def newline_flag!(lines) # :nodoc: # Never mark ParenthesesNode with a newline flag, mark children instead. end end class IfNode < Node def newline_flag!(lines) # :nodoc: predicate.newline_flag!(lines) end end class UnlessNode < Node def newline_flag!(lines) # :nodoc: predicate.newline_flag!(lines) end end class UntilNode < Node def newline_flag!(lines) # :nodoc: predicate.newline_flag!(lines) end end class WhileNode < Node def newline_flag!(lines) # :nodoc: predicate.newline_flag!(lines) end end class RescueModifierNode < Node def newline_flag!(lines) # :nodoc: expression.newline_flag!(lines) end end class InterpolatedMatchLastLineNode < Node def newline_flag!(lines) # :nodoc: first = parts.first first.newline_flag!(lines) if first end end class InterpolatedRegularExpressionNode < Node def newline_flag!(lines) # :nodoc: first = parts.first first.newline_flag!(lines) if first end end class InterpolatedStringNode < Node def newline_flag!(lines) # :nodoc: first = parts.first first.newline_flag!(lines) if first end end class InterpolatedSymbolNode < Node def newline_flag!(lines) # :nodoc: first = parts.first first.newline_flag!(lines) if first end end class InterpolatedXStringNode < Node def newline_flag!(lines) # :nodoc: first = parts.first first.newline_flag!(lines) if first end end end PK *J [d_֨� � ) share/ruby/prism/parse_result/comments.rbnu �[��� # frozen_string_literal: true module Prism class ParseResult < Result # When we've parsed the source, we have both the syntax tree and the list of # comments that we found in the source. This class is responsible for # walking the tree and finding the nearest location to attach each comment. # # It does this by first finding the nearest locations to each comment. # Locations can either come from nodes directly or from location fields on # nodes. For example, a `ClassNode` has an overall location encompassing the # entire class, but it also has a location for the `class` keyword. # # Once the nearest locations are found, it determines which one to attach # to. If it's a trailing comment (a comment on the same line as other source # code), it will favor attaching to the nearest location that occurs before # the comment. Otherwise it will favor attaching to the nearest location # that is after the comment. class Comments # A target for attaching comments that is based on a specific node's # location. class NodeTarget # :nodoc: attr_reader :node def initialize(node) @node = node end def start_offset node.start_offset end def end_offset node.end_offset end def encloses?(comment) start_offset <= comment.location.start_offset && comment.location.end_offset <= end_offset end def leading_comment(comment) node.location.leading_comment(comment) end def trailing_comment(comment) node.location.trailing_comment(comment) end end # A target for attaching comments that is based on a location field on a # node. For example, the `end` token of a ClassNode. class LocationTarget # :nodoc: attr_reader :location def initialize(location) @location = location end def start_offset location.start_offset end def end_offset location.end_offset end def encloses?(comment) false end def leading_comment(comment) location.leading_comment(comment) end def trailing_comment(comment) location.trailing_comment(comment) end end # The parse result that we are attaching comments to. attr_reader :parse_result # Create a new Comments object that will attach comments to the given # parse result. def initialize(parse_result) @parse_result = parse_result end # Attach the comments to their respective locations in the tree by # mutating the parse result. def attach! parse_result.comments.each do |comment| preceding, enclosing, following = nearest_targets(parse_result.value, comment) if comment.trailing? if preceding preceding.trailing_comment(comment) else (following || enclosing || NodeTarget.new(parse_result.value)).leading_comment(comment) end else # If a comment exists on its own line, prefer a leading comment. if following following.leading_comment(comment) elsif preceding preceding.trailing_comment(comment) else (enclosing || NodeTarget.new(parse_result.value)).leading_comment(comment) end end end end private # Responsible for finding the nearest targets to the given comment within # the context of the given encapsulating node. def nearest_targets(node, comment) comment_start = comment.location.start_offset comment_end = comment.location.end_offset targets = [] #: Array[_Target] node.comment_targets.map do |value| case value when StatementsNode targets.concat(value.body.map { |node| NodeTarget.new(node) }) when Node targets << NodeTarget.new(value) when Location targets << LocationTarget.new(value) end end targets.sort_by!(&:start_offset) preceding = nil #: _Target? following = nil #: _Target? left = 0 right = targets.length # This is a custom binary search that finds the nearest nodes to the # given comment. When it finds a node that completely encapsulates the # comment, it recurses downward into the tree. while left < right middle = (left + right) / 2 target = targets[middle] target_start = target.start_offset target_end = target.end_offset if target.encloses?(comment) # @type var target: NodeTarget # The comment is completely contained by this target. Abandon the # binary search at this level. return nearest_targets(target.node, comment) end if target_end <= comment_start # This target falls completely before the comment. Because we will # never consider this target or any targets before it again, this # target must be the closest preceding target we have encountered so # far. preceding = target left = middle + 1 next end if comment_end <= target_start # This target falls completely after the comment. Because we will # never consider this target or any targets after it again, this # target must be the closest following target we have encountered so # far. following = target right = middle next end # This should only happen if there is a bug in this parser. raise "Comment location overlaps with a target location" end [preceding, NodeTarget.new(node), following] end end end end PK *J [ �3�y' y' $ share/ruby/prism/desugar_compiler.rbnu �[��� # frozen_string_literal: true module Prism class DesugarAndWriteNode # :nodoc: include DSL attr_reader :node, :default_source, :read_class, :write_class, :arguments def initialize(node, default_source, read_class, write_class, **arguments) @node = node @default_source = default_source @read_class = read_class @write_class = write_class @arguments = arguments end # Desugar `x &&= y` to `x && x = y` def compile and_node( location: node.location, left: public_send(read_class, location: node.name_loc, **arguments), right: public_send( write_class, location: node.location, **arguments, name_loc: node.name_loc, value: node.value, operator_loc: node.operator_loc ), operator_loc: node.operator_loc ) end end class DesugarOrWriteDefinedNode # :nodoc: include DSL attr_reader :node, :default_source, :read_class, :write_class, :arguments def initialize(node, default_source, read_class, write_class, **arguments) @node = node @default_source = default_source @read_class = read_class @write_class = write_class @arguments = arguments end # Desugar `x ||= y` to `defined?(x) ? x : x = y` def compile if_node( location: node.location, if_keyword_loc: node.operator_loc, predicate: defined_node( location: node.name_loc, value: public_send(read_class, location: node.name_loc, **arguments), keyword_loc: node.operator_loc ), then_keyword_loc: node.operator_loc, statements: statements_node( location: node.location, body: [public_send(read_class, location: node.name_loc, **arguments)] ), subsequent: else_node( location: node.location, else_keyword_loc: node.operator_loc, statements: statements_node( location: node.location, body: [ public_send( write_class, location: node.location, **arguments, name_loc: node.name_loc, value: node.value, operator_loc: node.operator_loc ) ] ), end_keyword_loc: node.operator_loc ), end_keyword_loc: node.operator_loc ) end end class DesugarOperatorWriteNode # :nodoc: include DSL attr_reader :node, :default_source, :read_class, :write_class, :arguments def initialize(node, default_source, read_class, write_class, **arguments) @node = node @default_source = default_source @read_class = read_class @write_class = write_class @arguments = arguments end # Desugar `x += y` to `x = x + y` def compile binary_operator_loc = node.binary_operator_loc.chop public_send( write_class, location: node.location, **arguments, name_loc: node.name_loc, value: call_node( location: node.location, receiver: public_send( read_class, location: node.name_loc, **arguments ), name: binary_operator_loc.slice.to_sym, message_loc: binary_operator_loc, arguments: arguments_node( location: node.value.location, arguments: [node.value] ) ), operator_loc: node.binary_operator_loc.copy( start_offset: node.binary_operator_loc.end_offset - 1, length: 1 ) ) end end class DesugarOrWriteNode # :nodoc: include DSL attr_reader :node, :default_source, :read_class, :write_class, :arguments def initialize(node, default_source, read_class, write_class, **arguments) @node = node @default_source = default_source @read_class = read_class @write_class = write_class @arguments = arguments end # Desugar `x ||= y` to `x || x = y` def compile or_node( location: node.location, left: public_send(read_class, location: node.name_loc, **arguments), right: public_send( write_class, location: node.location, **arguments, name_loc: node.name_loc, value: node.value, operator_loc: node.operator_loc ), operator_loc: node.operator_loc ) end end private_constant :DesugarAndWriteNode, :DesugarOrWriteNode, :DesugarOrWriteDefinedNode, :DesugarOperatorWriteNode class ClassVariableAndWriteNode def desugar # :nodoc: DesugarAndWriteNode.new(self, source, :class_variable_read_node, :class_variable_write_node, name: name).compile end end class ClassVariableOrWriteNode def desugar # :nodoc: DesugarOrWriteDefinedNode.new(self, source, :class_variable_read_node, :class_variable_write_node, name: name).compile end end class ClassVariableOperatorWriteNode def desugar # :nodoc: DesugarOperatorWriteNode.new(self, source, :class_variable_read_node, :class_variable_write_node, name: name).compile end end class ConstantAndWriteNode def desugar # :nodoc: DesugarAndWriteNode.new(self, source, :constant_read_node, :constant_write_node, name: name).compile end end class ConstantOrWriteNode def desugar # :nodoc: DesugarOrWriteDefinedNode.new(self, source, :constant_read_node, :constant_write_node, name: name).compile end end class ConstantOperatorWriteNode def desugar # :nodoc: DesugarOperatorWriteNode.new(self, source, :constant_read_node, :constant_write_node, name: name).compile end end class GlobalVariableAndWriteNode def desugar # :nodoc: DesugarAndWriteNode.new(self, source, :global_variable_read_node, :global_variable_write_node, name: name).compile end end class GlobalVariableOrWriteNode def desugar # :nodoc: DesugarOrWriteDefinedNode.new(self, source, :global_variable_read_node, :global_variable_write_node, name: name).compile end end class GlobalVariableOperatorWriteNode def desugar # :nodoc: DesugarOperatorWriteNode.new(self, source, :global_variable_read_node, :global_variable_write_node, name: name).compile end end class InstanceVariableAndWriteNode def desugar # :nodoc: DesugarAndWriteNode.new(self, source, :instance_variable_read_node, :instance_variable_write_node, name: name).compile end end class InstanceVariableOrWriteNode def desugar # :nodoc: DesugarOrWriteNode.new(self, source, :instance_variable_read_node, :instance_variable_write_node, name: name).compile end end class InstanceVariableOperatorWriteNode def desugar # :nodoc: DesugarOperatorWriteNode.new(self, source, :instance_variable_read_node, :instance_variable_write_node, name: name).compile end end class LocalVariableAndWriteNode def desugar # :nodoc: DesugarAndWriteNode.new(self, source, :local_variable_read_node, :local_variable_write_node, name: name, depth: depth).compile end end class LocalVariableOrWriteNode def desugar # :nodoc: DesugarOrWriteNode.new(self, source, :local_variable_read_node, :local_variable_write_node, name: name, depth: depth).compile end end class LocalVariableOperatorWriteNode def desugar # :nodoc: DesugarOperatorWriteNode.new(self, source, :local_variable_read_node, :local_variable_write_node, name: name, depth: depth).compile end end # DesugarCompiler is a compiler that desugars Ruby code into a more primitive # form. This is useful for consumers that want to deal with fewer node types. class DesugarCompiler < MutationCompiler # @@foo &&= bar # # becomes # # @@foo && @@foo = bar def visit_class_variable_and_write_node(node) node.desugar end # @@foo ||= bar # # becomes # # defined?(@@foo) ? @@foo : @@foo = bar def visit_class_variable_or_write_node(node) node.desugar end # @@foo += bar # # becomes # # @@foo = @@foo + bar def visit_class_variable_operator_write_node(node) node.desugar end # Foo &&= bar # # becomes # # Foo && Foo = bar def visit_constant_and_write_node(node) node.desugar end # Foo ||= bar # # becomes # # defined?(Foo) ? Foo : Foo = bar def visit_constant_or_write_node(node) node.desugar end # Foo += bar # # becomes # # Foo = Foo + bar def visit_constant_operator_write_node(node) node.desugar end # $foo &&= bar # # becomes # # $foo && $foo = bar def visit_global_variable_and_write_node(node) node.desugar end # $foo ||= bar # # becomes # # defined?($foo) ? $foo : $foo = bar def visit_global_variable_or_write_node(node) node.desugar end # $foo += bar # # becomes # # $foo = $foo + bar def visit_global_variable_operator_write_node(node) node.desugar end # @foo &&= bar # # becomes # # @foo && @foo = bar def visit_instance_variable_and_write_node(node) node.desugar end # @foo ||= bar # # becomes # # @foo || @foo = bar def visit_instance_variable_or_write_node(node) node.desugar end # @foo += bar # # becomes # # @foo = @foo + bar def visit_instance_variable_operator_write_node(node) node.desugar end # foo &&= bar # # becomes # # foo && foo = bar def visit_local_variable_and_write_node(node) node.desugar end # foo ||= bar # # becomes # # foo || foo = bar def visit_local_variable_or_write_node(node) node.desugar end # foo += bar # # becomes # # foo = foo + bar def visit_local_variable_operator_write_node(node) node.desugar end end end PK *J [���9�< �< share/ruby/prism/compiler.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/compiler.rb.erb if you are looking to modify the template =end module Prism # A compiler is a visitor that returns the value of each node as it visits. # This is as opposed to a visitor which will only walk the tree. This can be # useful when you are trying to compile a tree into a different format. # # For example, to build a representation of the tree as s-expressions, you # could write: # # class SExpressions < Prism::Compiler # def visit_arguments_node(node) = [:arguments, super] # def visit_call_node(node) = [:call, super] # def visit_integer_node(node) = [:integer] # def visit_program_node(node) = [:program, super] # end # # Prism.parse("1 + 2").value.accept(SExpressions.new) # # => [:program, [[[:call, [[:integer], [:arguments, [[:integer]]]]]]]] # class Compiler < Visitor # Visit an individual node. def visit(node) node&.accept(self) end # Visit a list of nodes. def visit_all(nodes) nodes.map { |node| node&.accept(self) } end # Visit the child nodes of the given node. def visit_child_nodes(node) node.compact_child_nodes.map { |node| node.accept(self) } end # Compile a AliasGlobalVariableNode node alias visit_alias_global_variable_node visit_child_nodes # Compile a AliasMethodNode node alias visit_alias_method_node visit_child_nodes # Compile a AlternationPatternNode node alias visit_alternation_pattern_node visit_child_nodes # Compile a AndNode node alias visit_and_node visit_child_nodes # Compile a ArgumentsNode node alias visit_arguments_node visit_child_nodes # Compile a ArrayNode node alias visit_array_node visit_child_nodes # Compile a ArrayPatternNode node alias visit_array_pattern_node visit_child_nodes # Compile a AssocNode node alias visit_assoc_node visit_child_nodes # Compile a AssocSplatNode node alias visit_assoc_splat_node visit_child_nodes # Compile a BackReferenceReadNode node alias visit_back_reference_read_node visit_child_nodes # Compile a BeginNode node alias visit_begin_node visit_child_nodes # Compile a BlockArgumentNode node alias visit_block_argument_node visit_child_nodes # Compile a BlockLocalVariableNode node alias visit_block_local_variable_node visit_child_nodes # Compile a BlockNode node alias visit_block_node visit_child_nodes # Compile a BlockParameterNode node alias visit_block_parameter_node visit_child_nodes # Compile a BlockParametersNode node alias visit_block_parameters_node visit_child_nodes # Compile a BreakNode node alias visit_break_node visit_child_nodes # Compile a CallAndWriteNode node alias visit_call_and_write_node visit_child_nodes # Compile a CallNode node alias visit_call_node visit_child_nodes # Compile a CallOperatorWriteNode node alias visit_call_operator_write_node visit_child_nodes # Compile a CallOrWriteNode node alias visit_call_or_write_node visit_child_nodes # Compile a CallTargetNode node alias visit_call_target_node visit_child_nodes # Compile a CapturePatternNode node alias visit_capture_pattern_node visit_child_nodes # Compile a CaseMatchNode node alias visit_case_match_node visit_child_nodes # Compile a CaseNode node alias visit_case_node visit_child_nodes # Compile a ClassNode node alias visit_class_node visit_child_nodes # Compile a ClassVariableAndWriteNode node alias visit_class_variable_and_write_node visit_child_nodes # Compile a ClassVariableOperatorWriteNode node alias visit_class_variable_operator_write_node visit_child_nodes # Compile a ClassVariableOrWriteNode node alias visit_class_variable_or_write_node visit_child_nodes # Compile a ClassVariableReadNode node alias visit_class_variable_read_node visit_child_nodes # Compile a ClassVariableTargetNode node alias visit_class_variable_target_node visit_child_nodes # Compile a ClassVariableWriteNode node alias visit_class_variable_write_node visit_child_nodes # Compile a ConstantAndWriteNode node alias visit_constant_and_write_node visit_child_nodes # Compile a ConstantOperatorWriteNode node alias visit_constant_operator_write_node visit_child_nodes # Compile a ConstantOrWriteNode node alias visit_constant_or_write_node visit_child_nodes # Compile a ConstantPathAndWriteNode node alias visit_constant_path_and_write_node visit_child_nodes # Compile a ConstantPathNode node alias visit_constant_path_node visit_child_nodes # Compile a ConstantPathOperatorWriteNode node alias visit_constant_path_operator_write_node visit_child_nodes # Compile a ConstantPathOrWriteNode node alias visit_constant_path_or_write_node visit_child_nodes # Compile a ConstantPathTargetNode node alias visit_constant_path_target_node visit_child_nodes # Compile a ConstantPathWriteNode node alias visit_constant_path_write_node visit_child_nodes # Compile a ConstantReadNode node alias visit_constant_read_node visit_child_nodes # Compile a ConstantTargetNode node alias visit_constant_target_node visit_child_nodes # Compile a ConstantWriteNode node alias visit_constant_write_node visit_child_nodes # Compile a DefNode node alias visit_def_node visit_child_nodes # Compile a DefinedNode node alias visit_defined_node visit_child_nodes # Compile a ElseNode node alias visit_else_node visit_child_nodes # Compile a EmbeddedStatementsNode node alias visit_embedded_statements_node visit_child_nodes # Compile a EmbeddedVariableNode node alias visit_embedded_variable_node visit_child_nodes # Compile a EnsureNode node alias visit_ensure_node visit_child_nodes # Compile a FalseNode node alias visit_false_node visit_child_nodes # Compile a FindPatternNode node alias visit_find_pattern_node visit_child_nodes # Compile a FlipFlopNode node alias visit_flip_flop_node visit_child_nodes # Compile a FloatNode node alias visit_float_node visit_child_nodes # Compile a ForNode node alias visit_for_node visit_child_nodes # Compile a ForwardingArgumentsNode node alias visit_forwarding_arguments_node visit_child_nodes # Compile a ForwardingParameterNode node alias visit_forwarding_parameter_node visit_child_nodes # Compile a ForwardingSuperNode node alias visit_forwarding_super_node visit_child_nodes # Compile a GlobalVariableAndWriteNode node alias visit_global_variable_and_write_node visit_child_nodes # Compile a GlobalVariableOperatorWriteNode node alias visit_global_variable_operator_write_node visit_child_nodes # Compile a GlobalVariableOrWriteNode node alias visit_global_variable_or_write_node visit_child_nodes # Compile a GlobalVariableReadNode node alias visit_global_variable_read_node visit_child_nodes # Compile a GlobalVariableTargetNode node alias visit_global_variable_target_node visit_child_nodes # Compile a GlobalVariableWriteNode node alias visit_global_variable_write_node visit_child_nodes # Compile a HashNode node alias visit_hash_node visit_child_nodes # Compile a HashPatternNode node alias visit_hash_pattern_node visit_child_nodes # Compile a IfNode node alias visit_if_node visit_child_nodes # Compile a ImaginaryNode node alias visit_imaginary_node visit_child_nodes # Compile a ImplicitNode node alias visit_implicit_node visit_child_nodes # Compile a ImplicitRestNode node alias visit_implicit_rest_node visit_child_nodes # Compile a InNode node alias visit_in_node visit_child_nodes # Compile a IndexAndWriteNode node alias visit_index_and_write_node visit_child_nodes # Compile a IndexOperatorWriteNode node alias visit_index_operator_write_node visit_child_nodes # Compile a IndexOrWriteNode node alias visit_index_or_write_node visit_child_nodes # Compile a IndexTargetNode node alias visit_index_target_node visit_child_nodes # Compile a InstanceVariableAndWriteNode node alias visit_instance_variable_and_write_node visit_child_nodes # Compile a InstanceVariableOperatorWriteNode node alias visit_instance_variable_operator_write_node visit_child_nodes # Compile a InstanceVariableOrWriteNode node alias visit_instance_variable_or_write_node visit_child_nodes # Compile a InstanceVariableReadNode node alias visit_instance_variable_read_node visit_child_nodes # Compile a InstanceVariableTargetNode node alias visit_instance_variable_target_node visit_child_nodes # Compile a InstanceVariableWriteNode node alias visit_instance_variable_write_node visit_child_nodes # Compile a IntegerNode node alias visit_integer_node visit_child_nodes # Compile a InterpolatedMatchLastLineNode node alias visit_interpolated_match_last_line_node visit_child_nodes # Compile a InterpolatedRegularExpressionNode node alias visit_interpolated_regular_expression_node visit_child_nodes # Compile a InterpolatedStringNode node alias visit_interpolated_string_node visit_child_nodes # Compile a InterpolatedSymbolNode node alias visit_interpolated_symbol_node visit_child_nodes # Compile a InterpolatedXStringNode node alias visit_interpolated_x_string_node visit_child_nodes # Compile a ItLocalVariableReadNode node alias visit_it_local_variable_read_node visit_child_nodes # Compile a ItParametersNode node alias visit_it_parameters_node visit_child_nodes # Compile a KeywordHashNode node alias visit_keyword_hash_node visit_child_nodes # Compile a KeywordRestParameterNode node alias visit_keyword_rest_parameter_node visit_child_nodes # Compile a LambdaNode node alias visit_lambda_node visit_child_nodes # Compile a LocalVariableAndWriteNode node alias visit_local_variable_and_write_node visit_child_nodes # Compile a LocalVariableOperatorWriteNode node alias visit_local_variable_operator_write_node visit_child_nodes # Compile a LocalVariableOrWriteNode node alias visit_local_variable_or_write_node visit_child_nodes # Compile a LocalVariableReadNode node alias visit_local_variable_read_node visit_child_nodes # Compile a LocalVariableTargetNode node alias visit_local_variable_target_node visit_child_nodes # Compile a LocalVariableWriteNode node alias visit_local_variable_write_node visit_child_nodes # Compile a MatchLastLineNode node alias visit_match_last_line_node visit_child_nodes # Compile a MatchPredicateNode node alias visit_match_predicate_node visit_child_nodes # Compile a MatchRequiredNode node alias visit_match_required_node visit_child_nodes # Compile a MatchWriteNode node alias visit_match_write_node visit_child_nodes # Compile a MissingNode node alias visit_missing_node visit_child_nodes # Compile a ModuleNode node alias visit_module_node visit_child_nodes # Compile a MultiTargetNode node alias visit_multi_target_node visit_child_nodes # Compile a MultiWriteNode node alias visit_multi_write_node visit_child_nodes # Compile a NextNode node alias visit_next_node visit_child_nodes # Compile a NilNode node alias visit_nil_node visit_child_nodes # Compile a NoKeywordsParameterNode node alias visit_no_keywords_parameter_node visit_child_nodes # Compile a NumberedParametersNode node alias visit_numbered_parameters_node visit_child_nodes # Compile a NumberedReferenceReadNode node alias visit_numbered_reference_read_node visit_child_nodes # Compile a OptionalKeywordParameterNode node alias visit_optional_keyword_parameter_node visit_child_nodes # Compile a OptionalParameterNode node alias visit_optional_parameter_node visit_child_nodes # Compile a OrNode node alias visit_or_node visit_child_nodes # Compile a ParametersNode node alias visit_parameters_node visit_child_nodes # Compile a ParenthesesNode node alias visit_parentheses_node visit_child_nodes # Compile a PinnedExpressionNode node alias visit_pinned_expression_node visit_child_nodes # Compile a PinnedVariableNode node alias visit_pinned_variable_node visit_child_nodes # Compile a PostExecutionNode node alias visit_post_execution_node visit_child_nodes # Compile a PreExecutionNode node alias visit_pre_execution_node visit_child_nodes # Compile a ProgramNode node alias visit_program_node visit_child_nodes # Compile a RangeNode node alias visit_range_node visit_child_nodes # Compile a RationalNode node alias visit_rational_node visit_child_nodes # Compile a RedoNode node alias visit_redo_node visit_child_nodes # Compile a RegularExpressionNode node alias visit_regular_expression_node visit_child_nodes # Compile a RequiredKeywordParameterNode node alias visit_required_keyword_parameter_node visit_child_nodes # Compile a RequiredParameterNode node alias visit_required_parameter_node visit_child_nodes # Compile a RescueModifierNode node alias visit_rescue_modifier_node visit_child_nodes # Compile a RescueNode node alias visit_rescue_node visit_child_nodes # Compile a RestParameterNode node alias visit_rest_parameter_node visit_child_nodes # Compile a RetryNode node alias visit_retry_node visit_child_nodes # Compile a ReturnNode node alias visit_return_node visit_child_nodes # Compile a SelfNode node alias visit_self_node visit_child_nodes # Compile a ShareableConstantNode node alias visit_shareable_constant_node visit_child_nodes # Compile a SingletonClassNode node alias visit_singleton_class_node visit_child_nodes # Compile a SourceEncodingNode node alias visit_source_encoding_node visit_child_nodes # Compile a SourceFileNode node alias visit_source_file_node visit_child_nodes # Compile a SourceLineNode node alias visit_source_line_node visit_child_nodes # Compile a SplatNode node alias visit_splat_node visit_child_nodes # Compile a StatementsNode node alias visit_statements_node visit_child_nodes # Compile a StringNode node alias visit_string_node visit_child_nodes # Compile a SuperNode node alias visit_super_node visit_child_nodes # Compile a SymbolNode node alias visit_symbol_node visit_child_nodes # Compile a TrueNode node alias visit_true_node visit_child_nodes # Compile a UndefNode node alias visit_undef_node visit_child_nodes # Compile a UnlessNode node alias visit_unless_node visit_child_nodes # Compile a UntilNode node alias visit_until_node visit_child_nodes # Compile a WhenNode node alias visit_when_node visit_child_nodes # Compile a WhileNode node alias visit_while_node visit_child_nodes # Compile a XStringNode node alias visit_x_string_node visit_child_nodes # Compile a YieldNode node alias visit_yield_node visit_child_nodes end end PK *J [�wkD D & share/ruby/prism/polyfill/byteindex.rbnu �[��� # frozen_string_literal: true # Polyfill for String#byteindex, which didn't exist until Ruby 3.2. if !("".respond_to?(:byteindex)) String.include( Module.new { def byteindex(needle, offset = 0) charindex = index(needle, offset) slice(0...charindex).bytesize if charindex end } ) end PK *J [<b{ $ share/ruby/prism/polyfill/unpack1.rbnu �[��� # frozen_string_literal: true # Polyfill for String#unpack1 with the offset parameter. Not all Ruby engines # have Method#parameters implemented, so we check the arity instead if # necessary. if (unpack1 = String.instance_method(:unpack1)).respond_to?(:parameters) ? unpack1.parameters.none? { |_, name| name == :offset } : (unpack1.arity == 1) String.prepend( Module.new { def unpack1(format, offset: 0) # :nodoc: offset == 0 ? super(format) : self[offset..].unpack1(format) # steep:ignore end } ) end PK *J [��.�; �; share/ruby/prism/node_ext.rbnu �[��� # frozen_string_literal: true # Here we are reopening the prism module to provide methods on nodes that aren't # templated and are meant as convenience methods. module Prism class Node def deprecated(*replacements) # :nodoc: location = caller_locations(1, 1) location = location[0].label if location suggest = replacements.map { |replacement| "#{self.class}##{replacement}" } warn(<<~MSG, category: :deprecated) [deprecation]: #{self.class}##{location} is deprecated and will be \ removed in the next major version. Use #{suggest.join("/")} instead. #{(caller(1, 3) || []).join("\n")} MSG end end module RegularExpressionOptions # :nodoc: # Returns a numeric value that represents the flags that were used to create # the regular expression. def options o = 0 o |= Regexp::IGNORECASE if flags.anybits?(RegularExpressionFlags::IGNORE_CASE) o |= Regexp::EXTENDED if flags.anybits?(RegularExpressionFlags::EXTENDED) o |= Regexp::MULTILINE if flags.anybits?(RegularExpressionFlags::MULTI_LINE) o |= Regexp::FIXEDENCODING if flags.anybits?(RegularExpressionFlags::EUC_JP | RegularExpressionFlags::WINDOWS_31J | RegularExpressionFlags::UTF_8) o |= Regexp::NOENCODING if flags.anybits?(RegularExpressionFlags::ASCII_8BIT) o end end class InterpolatedMatchLastLineNode < Node include RegularExpressionOptions end class InterpolatedRegularExpressionNode < Node include RegularExpressionOptions end class MatchLastLineNode < Node include RegularExpressionOptions end class RegularExpressionNode < Node include RegularExpressionOptions end private_constant :RegularExpressionOptions module HeredocQuery # :nodoc: # Returns true if this node was represented as a heredoc in the source code. def heredoc? opening&.start_with?("<<") end end class InterpolatedStringNode < Node include HeredocQuery end class InterpolatedXStringNode < Node include HeredocQuery end class StringNode < Node include HeredocQuery # Occasionally it's helpful to treat a string as if it were interpolated so # that there's a consistent interface for working with strings. def to_interpolated InterpolatedStringNode.new( source, -1, location, frozen? ? InterpolatedStringNodeFlags::FROZEN : 0, opening_loc, [copy(location: content_loc, opening_loc: nil, closing_loc: nil)], closing_loc ) end end class XStringNode < Node include HeredocQuery # Occasionally it's helpful to treat a string as if it were interpolated so # that there's a consistent interface for working with strings. def to_interpolated InterpolatedXStringNode.new( source, -1, location, flags, opening_loc, [StringNode.new(source, node_id, content_loc, 0, nil, content_loc, nil, unescaped)], closing_loc ) end end private_constant :HeredocQuery class ImaginaryNode < Node # Returns the value of the node as a Ruby Complex. def value Complex(0, numeric.value) end end class RationalNode < Node # Returns the value of the node as a Ruby Rational. def value Rational(numerator, denominator) end # Returns the value of the node as an IntegerNode or a FloatNode. This # method is deprecated in favor of #value or #numerator/#denominator. def numeric deprecated("value", "numerator", "denominator") if denominator == 1 IntegerNode.new(source, -1, location.chop, flags, numerator) else FloatNode.new(source, -1, location.chop, 0, numerator.to_f / denominator) end end end class ConstantReadNode < Node # Returns the list of parts for the full name of this constant. # For example: [:Foo] def full_name_parts [name] end # Returns the full name of this constant. For example: "Foo" def full_name name.to_s end end class ConstantWriteNode < Node # Returns the list of parts for the full name of this constant. # For example: [:Foo] def full_name_parts [name] end # Returns the full name of this constant. For example: "Foo" def full_name name.to_s end end class ConstantPathNode < Node # An error class raised when dynamic parts are found while computing a # constant path's full name. For example: # Foo::Bar::Baz -> does not raise because all parts of the constant path are # simple constants # var::Bar::Baz -> raises because the first part of the constant path is a # local variable class DynamicPartsInConstantPathError < StandardError; end # An error class raised when missing nodes are found while computing a # constant path's full name. For example: # Foo:: -> raises because the constant path is missing the last part class MissingNodesInConstantPathError < StandardError; end # Returns the list of parts for the full name of this constant path. # For example: [:Foo, :Bar] def full_name_parts parts = [] #: Array[Symbol] current = self #: node? while current.is_a?(ConstantPathNode) name = current.name if name.nil? raise MissingNodesInConstantPathError, "Constant path contains missing nodes. Cannot compute full name" end parts.unshift(name) current = current.parent end if !current.is_a?(ConstantReadNode) && !current.nil? raise DynamicPartsInConstantPathError, "Constant path contains dynamic parts. Cannot compute full name" end parts.unshift(current&.name || :"") end # Returns the full name of this constant path. For example: "Foo::Bar" def full_name full_name_parts.join("::") end # Previously, we had a child node on this class that contained either a # constant read or a missing node. To not cause a breaking change, we # continue to supply that API. def child deprecated("name", "name_loc") if name ConstantReadNode.new(source, -1, name_loc, 0, name) else MissingNode.new(source, -1, location, 0) end end end class ConstantPathTargetNode < Node # Returns the list of parts for the full name of this constant path. # For example: [:Foo, :Bar] def full_name_parts parts = case parent when ConstantPathNode, ConstantReadNode parent.full_name_parts when nil [:""] else # e.g. self::Foo, (var)::Bar = baz raise ConstantPathNode::DynamicPartsInConstantPathError, "Constant target path contains dynamic parts. Cannot compute full name" end if name.nil? raise ConstantPathNode::MissingNodesInConstantPathError, "Constant target path contains missing nodes. Cannot compute full name" end parts.push(name) end # Returns the full name of this constant path. For example: "Foo::Bar" def full_name full_name_parts.join("::") end # Previously, we had a child node on this class that contained either a # constant read or a missing node. To not cause a breaking change, we # continue to supply that API. def child deprecated("name", "name_loc") if name ConstantReadNode.new(source, -1, name_loc, 0, name) else MissingNode.new(source, -1, location, 0) end end end class ConstantTargetNode < Node # Returns the list of parts for the full name of this constant. # For example: [:Foo] def full_name_parts [name] end # Returns the full name of this constant. For example: "Foo" def full_name name.to_s end end class ParametersNode < Node # Mirrors the Method#parameters method. def signature names = [] #: Array[[Symbol, Symbol] | [Symbol]] requireds.each do |param| names << (param.is_a?(MultiTargetNode) ? [:req] : [:req, param.name]) end optionals.each { |param| names << [:opt, param.name] } if rest && rest.is_a?(RestParameterNode) names << [:rest, rest.name || :*] end posts.each do |param| case param when MultiTargetNode names << [:req] when NoKeywordsParameterNode, KeywordRestParameterNode, ForwardingParameterNode # Invalid syntax, e.g. "def f(**nil, ...)" moves the NoKeywordsParameterNode to posts raise "Invalid syntax" else names << [:req, param.name] end end # Regardless of the order in which the keywords were defined, the required # keywords always come first followed by the optional keywords. keyopt = [] #: Array[OptionalKeywordParameterNode] keywords.each do |param| if param.is_a?(OptionalKeywordParameterNode) keyopt << param else names << [:keyreq, param.name] end end keyopt.each { |param| names << [:key, param.name] } case keyword_rest when ForwardingParameterNode names.concat([[:rest, :*], [:keyrest, :**], [:block, :&]]) when KeywordRestParameterNode names << [:keyrest, keyword_rest.name || :**] when NoKeywordsParameterNode names << [:nokey] end names << [:block, block.name || :&] if block names end end class CallNode < Node # When a call node has the attribute_write flag set, it means that the call # is using the attribute write syntax. This is either a method call to []= # or a method call to a method that ends with =. Either way, the = sign is # present in the source. # # Prism returns the message_loc _without_ the = sign attached, because there # can be any amount of space between the message and the = sign. However, # sometimes you want the location of the full message including the inner # space and the = sign. This method provides that. def full_message_loc attribute_write? ? message_loc&.adjoin("=") : message_loc end end class CallOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class ClassVariableOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class ConstantOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class ConstantPathOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class GlobalVariableOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class IndexOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class InstanceVariableOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class LocalVariableOperatorWriteNode < Node # Returns the binary operator used to modify the receiver. This method is # deprecated in favor of #binary_operator. def operator deprecated("binary_operator") binary_operator end # Returns the location of the binary operator used to modify the receiver. # This method is deprecated in favor of #binary_operator_loc. def operator_loc deprecated("binary_operator_loc") binary_operator_loc end end class CaseMatchNode < Node # Returns the else clause of the case match node. This method is deprecated # in favor of #else_clause. def consequent deprecated("else_clause") else_clause end end class CaseNode < Node # Returns the else clause of the case node. This method is deprecated in # favor of #else_clause. def consequent deprecated("else_clause") else_clause end end class IfNode < Node # Returns the subsequent if/elsif/else clause of the if node. This method is # deprecated in favor of #subsequent. def consequent deprecated("subsequent") subsequent end end class RescueNode < Node # Returns the subsequent rescue clause of the rescue node. This method is # deprecated in favor of #subsequent. def consequent deprecated("subsequent") subsequent end end class UnlessNode < Node # Returns the else clause of the unless node. This method is deprecated in # favor of #else_clause. def consequent deprecated("else_clause") else_clause end end end PK *J [�4�m m share/ruby/prism/pack.rbnu �[��� # frozen_string_literal: true # typed: ignore module Prism # A parser for the pack template language. module Pack %i[ SPACE COMMENT INTEGER UTF8 BER FLOAT STRING_SPACE_PADDED STRING_NULL_PADDED STRING_NULL_TERMINATED STRING_MSB STRING_LSB STRING_HEX_HIGH STRING_HEX_LOW STRING_UU STRING_MIME STRING_BASE64 STRING_FIXED STRING_POINTER MOVE BACK NULL UNSIGNED SIGNED SIGNED_NA AGNOSTIC_ENDIAN LITTLE_ENDIAN BIG_ENDIAN NATIVE_ENDIAN ENDIAN_NA SIZE_SHORT SIZE_INT SIZE_LONG SIZE_LONG_LONG SIZE_8 SIZE_16 SIZE_32 SIZE_64 SIZE_P SIZE_NA LENGTH_FIXED LENGTH_MAX LENGTH_RELATIVE LENGTH_NA ].each do |const| const_set(const, const) end # A directive in the pack template language. class Directive # A symbol representing the version of Ruby. attr_reader :version # A symbol representing whether or not we are packing or unpacking. attr_reader :variant # A byteslice of the source string that this directive represents. attr_reader :source # The type of the directive. attr_reader :type # The type of signedness of the directive. attr_reader :signed # The type of endianness of the directive. attr_reader :endian # The size of the directive. attr_reader :size # The length type of this directive (used for integers). attr_reader :length_type # The length of this directive (used for integers). attr_reader :length # Initialize a new directive with the given values. def initialize(version, variant, source, type, signed, endian, size, length_type, length) @version = version @variant = variant @source = source @type = type @signed = signed @endian = endian @size = size @length_type = length_type @length = length end # The descriptions of the various types of endianness. ENDIAN_DESCRIPTIONS = { AGNOSTIC_ENDIAN: "agnostic", LITTLE_ENDIAN: "little-endian (VAX)", BIG_ENDIAN: "big-endian (network)", NATIVE_ENDIAN: "native-endian", ENDIAN_NA: "n/a" } # The descriptions of the various types of signedness. SIGNED_DESCRIPTIONS = { UNSIGNED: "unsigned", SIGNED: "signed", SIGNED_NA: "n/a" } # The descriptions of the various types of sizes. SIZE_DESCRIPTIONS = { SIZE_SHORT: "short", SIZE_INT: "int-width", SIZE_LONG: "long", SIZE_LONG_LONG: "long long", SIZE_8: "8-bit", SIZE_16: "16-bit", SIZE_32: "32-bit", SIZE_64: "64-bit", SIZE_P: "pointer-width" } # Provide a human-readable description of the directive. def describe case type when SPACE "whitespace" when COMMENT "comment" when INTEGER if size == SIZE_8 base = "#{SIGNED_DESCRIPTIONS[signed]} #{SIZE_DESCRIPTIONS[size]} integer" else base = "#{SIGNED_DESCRIPTIONS[signed]} #{SIZE_DESCRIPTIONS[size]} #{ENDIAN_DESCRIPTIONS[endian]} integer" end case length_type when LENGTH_FIXED if length > 1 base + ", x#{length}" else base end when LENGTH_MAX base + ", as many as possible" else raise end when UTF8 "UTF-8 character" when BER "BER-compressed integer" when FLOAT "#{SIZE_DESCRIPTIONS[size]} #{ENDIAN_DESCRIPTIONS[endian]} float" when STRING_SPACE_PADDED "arbitrary binary string (space padded)" when STRING_NULL_PADDED "arbitrary binary string (null padded, count is width)" when STRING_NULL_TERMINATED "arbitrary binary string (null padded, count is width), except that null is added with *" when STRING_MSB "bit string (MSB first)" when STRING_LSB "bit string (LSB first)" when STRING_HEX_HIGH "hex string (high nibble first)" when STRING_HEX_LOW "hex string (low nibble first)" when STRING_UU "UU-encoded string" when STRING_MIME "quoted printable, MIME encoding" when STRING_BASE64 "base64 encoded string" when STRING_FIXED "pointer to a structure (fixed-length string)" when STRING_POINTER "pointer to a null-terminated string" when MOVE "move to absolute position" when BACK "back up a byte" when NULL "null byte" else raise end end end # The result of parsing a pack template. class Format # A list of the directives in the template. attr_reader :directives # The encoding of the template. attr_reader :encoding # Create a new Format with the given directives and encoding. def initialize(directives, encoding) @directives = directives @encoding = encoding end # Provide a human-readable description of the format. def describe source_width = directives.map { |d| d.source.inspect.length }.max directive_lines = directives.map do |directive| if directive.type == SPACE source = directive.source.inspect else source = directive.source end # @type var source_width: Integer " #{source.ljust(source_width)} #{directive.describe}" end (["Directives:"] + directive_lines + ["Encoding:", " #{encoding}"]).join("\n") end end end end PK *J [!m��� �� share/ruby/prism/dsl.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/dsl.rb.erb if you are looking to modify the template =end module Prism # The DSL module provides a set of methods that can be used to create prism # nodes in a more concise manner. For example, instead of writing: # # source = Prism::Source.for("[1]") # # Prism::ArrayNode.new( # source, # 0, # Prism::Location.new(source, 0, 3), # 0, # [ # Prism::IntegerNode.new( # source, # 0, # Prism::Location.new(source, 1, 1), # Prism::IntegerBaseFlags::DECIMAL, # 1 # ) # ], # Prism::Location.new(source, 0, 1), # Prism::Location.new(source, 2, 1) # ) # # you could instead write: # # class Builder # include Prism::DSL # # attr_reader :default_source # # def initialize # @default_source = source("[1]") # end # # def build # array_node( # location: location(start_offset: 0, length: 3), # elements: [ # integer_node( # location: location(start_offset: 1, length: 1), # flags: integer_base_flag(:decimal), # value: 1 # ) # ], # opening_loc: location(start_offset: 0, length: 1), # closing_loc: location(start_offset: 2, length: 1) # ) # end # end # # This is mostly helpful in the context of generating trees programmatically. module DSL # Provide all of these methods as module methods as well, to allow for # building nodes like Prism::DSL.nil_node. extend self # Create a new Source object. def source(string) Source.for(string) end # Create a new Location object. def location(source: default_source, start_offset: 0, length: 0) Location.new(source, start_offset, length) end # Create a new AliasGlobalVariableNode node. def alias_global_variable_node(source: default_source, node_id: 0, location: default_location, flags: 0, new_name: global_variable_read_node(source: source), old_name: global_variable_read_node(source: source), keyword_loc: location) AliasGlobalVariableNode.new(source, node_id, location, flags, new_name, old_name, keyword_loc) end # Create a new AliasMethodNode node. def alias_method_node(source: default_source, node_id: 0, location: default_location, flags: 0, new_name: symbol_node(source: source), old_name: symbol_node(source: source), keyword_loc: location) AliasMethodNode.new(source, node_id, location, flags, new_name, old_name, keyword_loc) end # Create a new AlternationPatternNode node. def alternation_pattern_node(source: default_source, node_id: 0, location: default_location, flags: 0, left: default_node(source, location), right: default_node(source, location), operator_loc: location) AlternationPatternNode.new(source, node_id, location, flags, left, right, operator_loc) end # Create a new AndNode node. def and_node(source: default_source, node_id: 0, location: default_location, flags: 0, left: default_node(source, location), right: default_node(source, location), operator_loc: location) AndNode.new(source, node_id, location, flags, left, right, operator_loc) end # Create a new ArgumentsNode node. def arguments_node(source: default_source, node_id: 0, location: default_location, flags: 0, arguments: []) ArgumentsNode.new(source, node_id, location, flags, arguments) end # Create a new ArrayNode node. def array_node(source: default_source, node_id: 0, location: default_location, flags: 0, elements: [], opening_loc: nil, closing_loc: nil) ArrayNode.new(source, node_id, location, flags, elements, opening_loc, closing_loc) end # Create a new ArrayPatternNode node. def array_pattern_node(source: default_source, node_id: 0, location: default_location, flags: 0, constant: nil, requireds: [], rest: nil, posts: [], opening_loc: nil, closing_loc: nil) ArrayPatternNode.new(source, node_id, location, flags, constant, requireds, rest, posts, opening_loc, closing_loc) end # Create a new AssocNode node. def assoc_node(source: default_source, node_id: 0, location: default_location, flags: 0, key: default_node(source, location), value: default_node(source, location), operator_loc: nil) AssocNode.new(source, node_id, location, flags, key, value, operator_loc) end # Create a new AssocSplatNode node. def assoc_splat_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: nil, operator_loc: location) AssocSplatNode.new(source, node_id, location, flags, value, operator_loc) end # Create a new BackReferenceReadNode node. def back_reference_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") BackReferenceReadNode.new(source, node_id, location, flags, name) end # Create a new BeginNode node. def begin_node(source: default_source, node_id: 0, location: default_location, flags: 0, begin_keyword_loc: nil, statements: nil, rescue_clause: nil, else_clause: nil, ensure_clause: nil, end_keyword_loc: nil) BeginNode.new(source, node_id, location, flags, begin_keyword_loc, statements, rescue_clause, else_clause, ensure_clause, end_keyword_loc) end # Create a new BlockArgumentNode node. def block_argument_node(source: default_source, node_id: 0, location: default_location, flags: 0, expression: nil, operator_loc: location) BlockArgumentNode.new(source, node_id, location, flags, expression, operator_loc) end # Create a new BlockLocalVariableNode node. def block_local_variable_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") BlockLocalVariableNode.new(source, node_id, location, flags, name) end # Create a new BlockNode node. def block_node(source: default_source, node_id: 0, location: default_location, flags: 0, locals: [], parameters: nil, body: nil, opening_loc: location, closing_loc: location) BlockNode.new(source, node_id, location, flags, locals, parameters, body, opening_loc, closing_loc) end # Create a new BlockParameterNode node. def block_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: nil, name_loc: nil, operator_loc: location) BlockParameterNode.new(source, node_id, location, flags, name, name_loc, operator_loc) end # Create a new BlockParametersNode node. def block_parameters_node(source: default_source, node_id: 0, location: default_location, flags: 0, parameters: nil, locals: [], opening_loc: nil, closing_loc: nil) BlockParametersNode.new(source, node_id, location, flags, parameters, locals, opening_loc, closing_loc) end # Create a new BreakNode node. def break_node(source: default_source, node_id: 0, location: default_location, flags: 0, arguments: nil, keyword_loc: location) BreakNode.new(source, node_id, location, flags, arguments, keyword_loc) end # Create a new CallAndWriteNode node. def call_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, message_loc: nil, read_name: :"", write_name: :"", operator_loc: location, value: default_node(source, location)) CallAndWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, operator_loc, value) end # Create a new CallNode node. def call_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, name: :"", message_loc: nil, opening_loc: nil, arguments: nil, closing_loc: nil, block: nil) CallNode.new(source, node_id, location, flags, receiver, call_operator_loc, name, message_loc, opening_loc, arguments, closing_loc, block) end # Create a new CallOperatorWriteNode node. def call_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, message_loc: nil, read_name: :"", write_name: :"", binary_operator: :"", binary_operator_loc: location, value: default_node(source, location)) CallOperatorWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, binary_operator, binary_operator_loc, value) end # Create a new CallOrWriteNode node. def call_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, message_loc: nil, read_name: :"", write_name: :"", operator_loc: location, value: default_node(source, location)) CallOrWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, operator_loc, value) end # Create a new CallTargetNode node. def call_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: default_node(source, location), call_operator_loc: location, name: :"", message_loc: location) CallTargetNode.new(source, node_id, location, flags, receiver, call_operator_loc, name, message_loc) end # Create a new CapturePatternNode node. def capture_pattern_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: default_node(source, location), target: local_variable_target_node(source: source), operator_loc: location) CapturePatternNode.new(source, node_id, location, flags, value, target, operator_loc) end # Create a new CaseMatchNode node. def case_match_node(source: default_source, node_id: 0, location: default_location, flags: 0, predicate: nil, conditions: [], else_clause: nil, case_keyword_loc: location, end_keyword_loc: location) CaseMatchNode.new(source, node_id, location, flags, predicate, conditions, else_clause, case_keyword_loc, end_keyword_loc) end # Create a new CaseNode node. def case_node(source: default_source, node_id: 0, location: default_location, flags: 0, predicate: nil, conditions: [], else_clause: nil, case_keyword_loc: location, end_keyword_loc: location) CaseNode.new(source, node_id, location, flags, predicate, conditions, else_clause, case_keyword_loc, end_keyword_loc) end # Create a new ClassNode node. def class_node(source: default_source, node_id: 0, location: default_location, flags: 0, locals: [], class_keyword_loc: location, constant_path: constant_read_node(source: source), inheritance_operator_loc: nil, superclass: nil, body: nil, end_keyword_loc: location, name: :"") ClassNode.new(source, node_id, location, flags, locals, class_keyword_loc, constant_path, inheritance_operator_loc, superclass, body, end_keyword_loc, name) end # Create a new ClassVariableAndWriteNode node. def class_variable_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) ClassVariableAndWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new ClassVariableOperatorWriteNode node. def class_variable_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, binary_operator_loc: location, value: default_node(source, location), binary_operator: :"") ClassVariableOperatorWriteNode.new(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) end # Create a new ClassVariableOrWriteNode node. def class_variable_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) ClassVariableOrWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new ClassVariableReadNode node. def class_variable_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") ClassVariableReadNode.new(source, node_id, location, flags, name) end # Create a new ClassVariableTargetNode node. def class_variable_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") ClassVariableTargetNode.new(source, node_id, location, flags, name) end # Create a new ClassVariableWriteNode node. def class_variable_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, value: default_node(source, location), operator_loc: location) ClassVariableWriteNode.new(source, node_id, location, flags, name, name_loc, value, operator_loc) end # Create a new ConstantAndWriteNode node. def constant_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) ConstantAndWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new ConstantOperatorWriteNode node. def constant_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, binary_operator_loc: location, value: default_node(source, location), binary_operator: :"") ConstantOperatorWriteNode.new(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) end # Create a new ConstantOrWriteNode node. def constant_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) ConstantOrWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new ConstantPathAndWriteNode node. def constant_path_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, target: constant_path_node(source: source), operator_loc: location, value: default_node(source, location)) ConstantPathAndWriteNode.new(source, node_id, location, flags, target, operator_loc, value) end # Create a new ConstantPathNode node. def constant_path_node(source: default_source, node_id: 0, location: default_location, flags: 0, parent: nil, name: nil, delimiter_loc: location, name_loc: location) ConstantPathNode.new(source, node_id, location, flags, parent, name, delimiter_loc, name_loc) end # Create a new ConstantPathOperatorWriteNode node. def constant_path_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, target: constant_path_node(source: source), binary_operator_loc: location, value: default_node(source, location), binary_operator: :"") ConstantPathOperatorWriteNode.new(source, node_id, location, flags, target, binary_operator_loc, value, binary_operator) end # Create a new ConstantPathOrWriteNode node. def constant_path_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, target: constant_path_node(source: source), operator_loc: location, value: default_node(source, location)) ConstantPathOrWriteNode.new(source, node_id, location, flags, target, operator_loc, value) end # Create a new ConstantPathTargetNode node. def constant_path_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, parent: nil, name: nil, delimiter_loc: location, name_loc: location) ConstantPathTargetNode.new(source, node_id, location, flags, parent, name, delimiter_loc, name_loc) end # Create a new ConstantPathWriteNode node. def constant_path_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, target: constant_path_node(source: source), operator_loc: location, value: default_node(source, location)) ConstantPathWriteNode.new(source, node_id, location, flags, target, operator_loc, value) end # Create a new ConstantReadNode node. def constant_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") ConstantReadNode.new(source, node_id, location, flags, name) end # Create a new ConstantTargetNode node. def constant_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") ConstantTargetNode.new(source, node_id, location, flags, name) end # Create a new ConstantWriteNode node. def constant_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, value: default_node(source, location), operator_loc: location) ConstantWriteNode.new(source, node_id, location, flags, name, name_loc, value, operator_loc) end # Create a new DefNode node. def def_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, receiver: nil, parameters: nil, body: nil, locals: [], def_keyword_loc: location, operator_loc: nil, lparen_loc: nil, rparen_loc: nil, equal_loc: nil, end_keyword_loc: nil) DefNode.new(source, node_id, location, flags, name, name_loc, receiver, parameters, body, locals, def_keyword_loc, operator_loc, lparen_loc, rparen_loc, equal_loc, end_keyword_loc) end # Create a new DefinedNode node. def defined_node(source: default_source, node_id: 0, location: default_location, flags: 0, lparen_loc: nil, value: default_node(source, location), rparen_loc: nil, keyword_loc: location) DefinedNode.new(source, node_id, location, flags, lparen_loc, value, rparen_loc, keyword_loc) end # Create a new ElseNode node. def else_node(source: default_source, node_id: 0, location: default_location, flags: 0, else_keyword_loc: location, statements: nil, end_keyword_loc: nil) ElseNode.new(source, node_id, location, flags, else_keyword_loc, statements, end_keyword_loc) end # Create a new EmbeddedStatementsNode node. def embedded_statements_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, statements: nil, closing_loc: location) EmbeddedStatementsNode.new(source, node_id, location, flags, opening_loc, statements, closing_loc) end # Create a new EmbeddedVariableNode node. def embedded_variable_node(source: default_source, node_id: 0, location: default_location, flags: 0, operator_loc: location, variable: instance_variable_read_node(source: source)) EmbeddedVariableNode.new(source, node_id, location, flags, operator_loc, variable) end # Create a new EnsureNode node. def ensure_node(source: default_source, node_id: 0, location: default_location, flags: 0, ensure_keyword_loc: location, statements: nil, end_keyword_loc: location) EnsureNode.new(source, node_id, location, flags, ensure_keyword_loc, statements, end_keyword_loc) end # Create a new FalseNode node. def false_node(source: default_source, node_id: 0, location: default_location, flags: 0) FalseNode.new(source, node_id, location, flags) end # Create a new FindPatternNode node. def find_pattern_node(source: default_source, node_id: 0, location: default_location, flags: 0, constant: nil, left: splat_node(source: source), requireds: [], right: splat_node(source: source), opening_loc: nil, closing_loc: nil) FindPatternNode.new(source, node_id, location, flags, constant, left, requireds, right, opening_loc, closing_loc) end # Create a new FlipFlopNode node. def flip_flop_node(source: default_source, node_id: 0, location: default_location, flags: 0, left: nil, right: nil, operator_loc: location) FlipFlopNode.new(source, node_id, location, flags, left, right, operator_loc) end # Create a new FloatNode node. def float_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: 0.0) FloatNode.new(source, node_id, location, flags, value) end # Create a new ForNode node. def for_node(source: default_source, node_id: 0, location: default_location, flags: 0, index: local_variable_target_node(source: source), collection: default_node(source, location), statements: nil, for_keyword_loc: location, in_keyword_loc: location, do_keyword_loc: nil, end_keyword_loc: location) ForNode.new(source, node_id, location, flags, index, collection, statements, for_keyword_loc, in_keyword_loc, do_keyword_loc, end_keyword_loc) end # Create a new ForwardingArgumentsNode node. def forwarding_arguments_node(source: default_source, node_id: 0, location: default_location, flags: 0) ForwardingArgumentsNode.new(source, node_id, location, flags) end # Create a new ForwardingParameterNode node. def forwarding_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0) ForwardingParameterNode.new(source, node_id, location, flags) end # Create a new ForwardingSuperNode node. def forwarding_super_node(source: default_source, node_id: 0, location: default_location, flags: 0, block: nil) ForwardingSuperNode.new(source, node_id, location, flags, block) end # Create a new GlobalVariableAndWriteNode node. def global_variable_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) GlobalVariableAndWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new GlobalVariableOperatorWriteNode node. def global_variable_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, binary_operator_loc: location, value: default_node(source, location), binary_operator: :"") GlobalVariableOperatorWriteNode.new(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) end # Create a new GlobalVariableOrWriteNode node. def global_variable_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) GlobalVariableOrWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new GlobalVariableReadNode node. def global_variable_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") GlobalVariableReadNode.new(source, node_id, location, flags, name) end # Create a new GlobalVariableTargetNode node. def global_variable_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") GlobalVariableTargetNode.new(source, node_id, location, flags, name) end # Create a new GlobalVariableWriteNode node. def global_variable_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, value: default_node(source, location), operator_loc: location) GlobalVariableWriteNode.new(source, node_id, location, flags, name, name_loc, value, operator_loc) end # Create a new HashNode node. def hash_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, elements: [], closing_loc: location) HashNode.new(source, node_id, location, flags, opening_loc, elements, closing_loc) end # Create a new HashPatternNode node. def hash_pattern_node(source: default_source, node_id: 0, location: default_location, flags: 0, constant: nil, elements: [], rest: nil, opening_loc: nil, closing_loc: nil) HashPatternNode.new(source, node_id, location, flags, constant, elements, rest, opening_loc, closing_loc) end # Create a new IfNode node. def if_node(source: default_source, node_id: 0, location: default_location, flags: 0, if_keyword_loc: nil, predicate: default_node(source, location), then_keyword_loc: nil, statements: nil, subsequent: nil, end_keyword_loc: nil) IfNode.new(source, node_id, location, flags, if_keyword_loc, predicate, then_keyword_loc, statements, subsequent, end_keyword_loc) end # Create a new ImaginaryNode node. def imaginary_node(source: default_source, node_id: 0, location: default_location, flags: 0, numeric: float_node(source: source)) ImaginaryNode.new(source, node_id, location, flags, numeric) end # Create a new ImplicitNode node. def implicit_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: local_variable_read_node(source: source)) ImplicitNode.new(source, node_id, location, flags, value) end # Create a new ImplicitRestNode node. def implicit_rest_node(source: default_source, node_id: 0, location: default_location, flags: 0) ImplicitRestNode.new(source, node_id, location, flags) end # Create a new InNode node. def in_node(source: default_source, node_id: 0, location: default_location, flags: 0, pattern: default_node(source, location), statements: nil, in_loc: location, then_loc: nil) InNode.new(source, node_id, location, flags, pattern, statements, in_loc, then_loc) end # Create a new IndexAndWriteNode node. def index_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, opening_loc: location, arguments: nil, closing_loc: location, block: nil, operator_loc: location, value: default_node(source, location)) IndexAndWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, opening_loc, arguments, closing_loc, block, operator_loc, value) end # Create a new IndexOperatorWriteNode node. def index_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, opening_loc: location, arguments: nil, closing_loc: location, block: nil, binary_operator: :"", binary_operator_loc: location, value: default_node(source, location)) IndexOperatorWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, opening_loc, arguments, closing_loc, block, binary_operator, binary_operator_loc, value) end # Create a new IndexOrWriteNode node. def index_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: nil, call_operator_loc: nil, opening_loc: location, arguments: nil, closing_loc: location, block: nil, operator_loc: location, value: default_node(source, location)) IndexOrWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, opening_loc, arguments, closing_loc, block, operator_loc, value) end # Create a new IndexTargetNode node. def index_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, receiver: default_node(source, location), opening_loc: location, arguments: nil, closing_loc: location, block: nil) IndexTargetNode.new(source, node_id, location, flags, receiver, opening_loc, arguments, closing_loc, block) end # Create a new InstanceVariableAndWriteNode node. def instance_variable_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) InstanceVariableAndWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new InstanceVariableOperatorWriteNode node. def instance_variable_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, binary_operator_loc: location, value: default_node(source, location), binary_operator: :"") InstanceVariableOperatorWriteNode.new(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) end # Create a new InstanceVariableOrWriteNode node. def instance_variable_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) InstanceVariableOrWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new InstanceVariableReadNode node. def instance_variable_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") InstanceVariableReadNode.new(source, node_id, location, flags, name) end # Create a new InstanceVariableTargetNode node. def instance_variable_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") InstanceVariableTargetNode.new(source, node_id, location, flags, name) end # Create a new InstanceVariableWriteNode node. def instance_variable_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, value: default_node(source, location), operator_loc: location) InstanceVariableWriteNode.new(source, node_id, location, flags, name, name_loc, value, operator_loc) end # Create a new IntegerNode node. def integer_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: 0) IntegerNode.new(source, node_id, location, flags, value) end # Create a new InterpolatedMatchLastLineNode node. def interpolated_match_last_line_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, parts: [], closing_loc: location) InterpolatedMatchLastLineNode.new(source, node_id, location, flags, opening_loc, parts, closing_loc) end # Create a new InterpolatedRegularExpressionNode node. def interpolated_regular_expression_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, parts: [], closing_loc: location) InterpolatedRegularExpressionNode.new(source, node_id, location, flags, opening_loc, parts, closing_loc) end # Create a new InterpolatedStringNode node. def interpolated_string_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: nil, parts: [], closing_loc: nil) InterpolatedStringNode.new(source, node_id, location, flags, opening_loc, parts, closing_loc) end # Create a new InterpolatedSymbolNode node. def interpolated_symbol_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: nil, parts: [], closing_loc: nil) InterpolatedSymbolNode.new(source, node_id, location, flags, opening_loc, parts, closing_loc) end # Create a new InterpolatedXStringNode node. def interpolated_x_string_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, parts: [], closing_loc: location) InterpolatedXStringNode.new(source, node_id, location, flags, opening_loc, parts, closing_loc) end # Create a new ItLocalVariableReadNode node. def it_local_variable_read_node(source: default_source, node_id: 0, location: default_location, flags: 0) ItLocalVariableReadNode.new(source, node_id, location, flags) end # Create a new ItParametersNode node. def it_parameters_node(source: default_source, node_id: 0, location: default_location, flags: 0) ItParametersNode.new(source, node_id, location, flags) end # Create a new KeywordHashNode node. def keyword_hash_node(source: default_source, node_id: 0, location: default_location, flags: 0, elements: []) KeywordHashNode.new(source, node_id, location, flags, elements) end # Create a new KeywordRestParameterNode node. def keyword_rest_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: nil, name_loc: nil, operator_loc: location) KeywordRestParameterNode.new(source, node_id, location, flags, name, name_loc, operator_loc) end # Create a new LambdaNode node. def lambda_node(source: default_source, node_id: 0, location: default_location, flags: 0, locals: [], operator_loc: location, opening_loc: location, closing_loc: location, parameters: nil, body: nil) LambdaNode.new(source, node_id, location, flags, locals, operator_loc, opening_loc, closing_loc, parameters, body) end # Create a new LocalVariableAndWriteNode node. def local_variable_and_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name_loc: location, operator_loc: location, value: default_node(source, location), name: :"", depth: 0) LocalVariableAndWriteNode.new(source, node_id, location, flags, name_loc, operator_loc, value, name, depth) end # Create a new LocalVariableOperatorWriteNode node. def local_variable_operator_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name_loc: location, binary_operator_loc: location, value: default_node(source, location), name: :"", binary_operator: :"", depth: 0) LocalVariableOperatorWriteNode.new(source, node_id, location, flags, name_loc, binary_operator_loc, value, name, binary_operator, depth) end # Create a new LocalVariableOrWriteNode node. def local_variable_or_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name_loc: location, operator_loc: location, value: default_node(source, location), name: :"", depth: 0) LocalVariableOrWriteNode.new(source, node_id, location, flags, name_loc, operator_loc, value, name, depth) end # Create a new LocalVariableReadNode node. def local_variable_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", depth: 0) LocalVariableReadNode.new(source, node_id, location, flags, name, depth) end # Create a new LocalVariableTargetNode node. def local_variable_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", depth: 0) LocalVariableTargetNode.new(source, node_id, location, flags, name, depth) end # Create a new LocalVariableWriteNode node. def local_variable_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", depth: 0, name_loc: location, value: default_node(source, location), operator_loc: location) LocalVariableWriteNode.new(source, node_id, location, flags, name, depth, name_loc, value, operator_loc) end # Create a new MatchLastLineNode node. def match_last_line_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, content_loc: location, closing_loc: location, unescaped: "") MatchLastLineNode.new(source, node_id, location, flags, opening_loc, content_loc, closing_loc, unescaped) end # Create a new MatchPredicateNode node. def match_predicate_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: default_node(source, location), pattern: default_node(source, location), operator_loc: location) MatchPredicateNode.new(source, node_id, location, flags, value, pattern, operator_loc) end # Create a new MatchRequiredNode node. def match_required_node(source: default_source, node_id: 0, location: default_location, flags: 0, value: default_node(source, location), pattern: default_node(source, location), operator_loc: location) MatchRequiredNode.new(source, node_id, location, flags, value, pattern, operator_loc) end # Create a new MatchWriteNode node. def match_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, call: call_node(source: source), targets: []) MatchWriteNode.new(source, node_id, location, flags, call, targets) end # Create a new MissingNode node. def missing_node(source: default_source, node_id: 0, location: default_location, flags: 0) MissingNode.new(source, node_id, location, flags) end # Create a new ModuleNode node. def module_node(source: default_source, node_id: 0, location: default_location, flags: 0, locals: [], module_keyword_loc: location, constant_path: constant_read_node(source: source), body: nil, end_keyword_loc: location, name: :"") ModuleNode.new(source, node_id, location, flags, locals, module_keyword_loc, constant_path, body, end_keyword_loc, name) end # Create a new MultiTargetNode node. def multi_target_node(source: default_source, node_id: 0, location: default_location, flags: 0, lefts: [], rest: nil, rights: [], lparen_loc: nil, rparen_loc: nil) MultiTargetNode.new(source, node_id, location, flags, lefts, rest, rights, lparen_loc, rparen_loc) end # Create a new MultiWriteNode node. def multi_write_node(source: default_source, node_id: 0, location: default_location, flags: 0, lefts: [], rest: nil, rights: [], lparen_loc: nil, rparen_loc: nil, operator_loc: location, value: default_node(source, location)) MultiWriteNode.new(source, node_id, location, flags, lefts, rest, rights, lparen_loc, rparen_loc, operator_loc, value) end # Create a new NextNode node. def next_node(source: default_source, node_id: 0, location: default_location, flags: 0, arguments: nil, keyword_loc: location) NextNode.new(source, node_id, location, flags, arguments, keyword_loc) end # Create a new NilNode node. def nil_node(source: default_source, node_id: 0, location: default_location, flags: 0) NilNode.new(source, node_id, location, flags) end # Create a new NoKeywordsParameterNode node. def no_keywords_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, operator_loc: location, keyword_loc: location) NoKeywordsParameterNode.new(source, node_id, location, flags, operator_loc, keyword_loc) end # Create a new NumberedParametersNode node. def numbered_parameters_node(source: default_source, node_id: 0, location: default_location, flags: 0, maximum: 0) NumberedParametersNode.new(source, node_id, location, flags, maximum) end # Create a new NumberedReferenceReadNode node. def numbered_reference_read_node(source: default_source, node_id: 0, location: default_location, flags: 0, number: 0) NumberedReferenceReadNode.new(source, node_id, location, flags, number) end # Create a new OptionalKeywordParameterNode node. def optional_keyword_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, value: default_node(source, location)) OptionalKeywordParameterNode.new(source, node_id, location, flags, name, name_loc, value) end # Create a new OptionalParameterNode node. def optional_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location, operator_loc: location, value: default_node(source, location)) OptionalParameterNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # Create a new OrNode node. def or_node(source: default_source, node_id: 0, location: default_location, flags: 0, left: default_node(source, location), right: default_node(source, location), operator_loc: location) OrNode.new(source, node_id, location, flags, left, right, operator_loc) end # Create a new ParametersNode node. def parameters_node(source: default_source, node_id: 0, location: default_location, flags: 0, requireds: [], optionals: [], rest: nil, posts: [], keywords: [], keyword_rest: nil, block: nil) ParametersNode.new(source, node_id, location, flags, requireds, optionals, rest, posts, keywords, keyword_rest, block) end # Create a new ParenthesesNode node. def parentheses_node(source: default_source, node_id: 0, location: default_location, flags: 0, body: nil, opening_loc: location, closing_loc: location) ParenthesesNode.new(source, node_id, location, flags, body, opening_loc, closing_loc) end # Create a new PinnedExpressionNode node. def pinned_expression_node(source: default_source, node_id: 0, location: default_location, flags: 0, expression: default_node(source, location), operator_loc: location, lparen_loc: location, rparen_loc: location) PinnedExpressionNode.new(source, node_id, location, flags, expression, operator_loc, lparen_loc, rparen_loc) end # Create a new PinnedVariableNode node. def pinned_variable_node(source: default_source, node_id: 0, location: default_location, flags: 0, variable: local_variable_read_node(source: source), operator_loc: location) PinnedVariableNode.new(source, node_id, location, flags, variable, operator_loc) end # Create a new PostExecutionNode node. def post_execution_node(source: default_source, node_id: 0, location: default_location, flags: 0, statements: nil, keyword_loc: location, opening_loc: location, closing_loc: location) PostExecutionNode.new(source, node_id, location, flags, statements, keyword_loc, opening_loc, closing_loc) end # Create a new PreExecutionNode node. def pre_execution_node(source: default_source, node_id: 0, location: default_location, flags: 0, statements: nil, keyword_loc: location, opening_loc: location, closing_loc: location) PreExecutionNode.new(source, node_id, location, flags, statements, keyword_loc, opening_loc, closing_loc) end # Create a new ProgramNode node. def program_node(source: default_source, node_id: 0, location: default_location, flags: 0, locals: [], statements: statements_node(source: source)) ProgramNode.new(source, node_id, location, flags, locals, statements) end # Create a new RangeNode node. def range_node(source: default_source, node_id: 0, location: default_location, flags: 0, left: nil, right: nil, operator_loc: location) RangeNode.new(source, node_id, location, flags, left, right, operator_loc) end # Create a new RationalNode node. def rational_node(source: default_source, node_id: 0, location: default_location, flags: 0, numerator: 0, denominator: 0) RationalNode.new(source, node_id, location, flags, numerator, denominator) end # Create a new RedoNode node. def redo_node(source: default_source, node_id: 0, location: default_location, flags: 0) RedoNode.new(source, node_id, location, flags) end # Create a new RegularExpressionNode node. def regular_expression_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, content_loc: location, closing_loc: location, unescaped: "") RegularExpressionNode.new(source, node_id, location, flags, opening_loc, content_loc, closing_loc, unescaped) end # Create a new RequiredKeywordParameterNode node. def required_keyword_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"", name_loc: location) RequiredKeywordParameterNode.new(source, node_id, location, flags, name, name_loc) end # Create a new RequiredParameterNode node. def required_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: :"") RequiredParameterNode.new(source, node_id, location, flags, name) end # Create a new RescueModifierNode node. def rescue_modifier_node(source: default_source, node_id: 0, location: default_location, flags: 0, expression: default_node(source, location), keyword_loc: location, rescue_expression: default_node(source, location)) RescueModifierNode.new(source, node_id, location, flags, expression, keyword_loc, rescue_expression) end # Create a new RescueNode node. def rescue_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, exceptions: [], operator_loc: nil, reference: nil, statements: nil, subsequent: nil) RescueNode.new(source, node_id, location, flags, keyword_loc, exceptions, operator_loc, reference, statements, subsequent) end # Create a new RestParameterNode node. def rest_parameter_node(source: default_source, node_id: 0, location: default_location, flags: 0, name: nil, name_loc: nil, operator_loc: location) RestParameterNode.new(source, node_id, location, flags, name, name_loc, operator_loc) end # Create a new RetryNode node. def retry_node(source: default_source, node_id: 0, location: default_location, flags: 0) RetryNode.new(source, node_id, location, flags) end # Create a new ReturnNode node. def return_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, arguments: nil) ReturnNode.new(source, node_id, location, flags, keyword_loc, arguments) end # Create a new SelfNode node. def self_node(source: default_source, node_id: 0, location: default_location, flags: 0) SelfNode.new(source, node_id, location, flags) end # Create a new ShareableConstantNode node. def shareable_constant_node(source: default_source, node_id: 0, location: default_location, flags: 0, write: constant_write_node(source: source)) ShareableConstantNode.new(source, node_id, location, flags, write) end # Create a new SingletonClassNode node. def singleton_class_node(source: default_source, node_id: 0, location: default_location, flags: 0, locals: [], class_keyword_loc: location, operator_loc: location, expression: default_node(source, location), body: nil, end_keyword_loc: location) SingletonClassNode.new(source, node_id, location, flags, locals, class_keyword_loc, operator_loc, expression, body, end_keyword_loc) end # Create a new SourceEncodingNode node. def source_encoding_node(source: default_source, node_id: 0, location: default_location, flags: 0) SourceEncodingNode.new(source, node_id, location, flags) end # Create a new SourceFileNode node. def source_file_node(source: default_source, node_id: 0, location: default_location, flags: 0, filepath: "") SourceFileNode.new(source, node_id, location, flags, filepath) end # Create a new SourceLineNode node. def source_line_node(source: default_source, node_id: 0, location: default_location, flags: 0) SourceLineNode.new(source, node_id, location, flags) end # Create a new SplatNode node. def splat_node(source: default_source, node_id: 0, location: default_location, flags: 0, operator_loc: location, expression: nil) SplatNode.new(source, node_id, location, flags, operator_loc, expression) end # Create a new StatementsNode node. def statements_node(source: default_source, node_id: 0, location: default_location, flags: 0, body: []) StatementsNode.new(source, node_id, location, flags, body) end # Create a new StringNode node. def string_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: nil, content_loc: location, closing_loc: nil, unescaped: "") StringNode.new(source, node_id, location, flags, opening_loc, content_loc, closing_loc, unescaped) end # Create a new SuperNode node. def super_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, lparen_loc: nil, arguments: nil, rparen_loc: nil, block: nil) SuperNode.new(source, node_id, location, flags, keyword_loc, lparen_loc, arguments, rparen_loc, block) end # Create a new SymbolNode node. def symbol_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: nil, value_loc: nil, closing_loc: nil, unescaped: "") SymbolNode.new(source, node_id, location, flags, opening_loc, value_loc, closing_loc, unescaped) end # Create a new TrueNode node. def true_node(source: default_source, node_id: 0, location: default_location, flags: 0) TrueNode.new(source, node_id, location, flags) end # Create a new UndefNode node. def undef_node(source: default_source, node_id: 0, location: default_location, flags: 0, names: [], keyword_loc: location) UndefNode.new(source, node_id, location, flags, names, keyword_loc) end # Create a new UnlessNode node. def unless_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, predicate: default_node(source, location), then_keyword_loc: nil, statements: nil, else_clause: nil, end_keyword_loc: nil) UnlessNode.new(source, node_id, location, flags, keyword_loc, predicate, then_keyword_loc, statements, else_clause, end_keyword_loc) end # Create a new UntilNode node. def until_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, do_keyword_loc: nil, closing_loc: nil, predicate: default_node(source, location), statements: nil) UntilNode.new(source, node_id, location, flags, keyword_loc, do_keyword_loc, closing_loc, predicate, statements) end # Create a new WhenNode node. def when_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, conditions: [], then_keyword_loc: nil, statements: nil) WhenNode.new(source, node_id, location, flags, keyword_loc, conditions, then_keyword_loc, statements) end # Create a new WhileNode node. def while_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, do_keyword_loc: nil, closing_loc: nil, predicate: default_node(source, location), statements: nil) WhileNode.new(source, node_id, location, flags, keyword_loc, do_keyword_loc, closing_loc, predicate, statements) end # Create a new XStringNode node. def x_string_node(source: default_source, node_id: 0, location: default_location, flags: 0, opening_loc: location, content_loc: location, closing_loc: location, unescaped: "") XStringNode.new(source, node_id, location, flags, opening_loc, content_loc, closing_loc, unescaped) end # Create a new YieldNode node. def yield_node(source: default_source, node_id: 0, location: default_location, flags: 0, keyword_loc: location, lparen_loc: nil, arguments: nil, rparen_loc: nil) YieldNode.new(source, node_id, location, flags, keyword_loc, lparen_loc, arguments, rparen_loc) end # Retrieve the value of one of the ArgumentsNodeFlags flags. def arguments_node_flag(name) case name when :contains_forwarding then ArgumentsNodeFlags::CONTAINS_FORWARDING when :contains_keywords then ArgumentsNodeFlags::CONTAINS_KEYWORDS when :contains_keyword_splat then ArgumentsNodeFlags::CONTAINS_KEYWORD_SPLAT when :contains_splat then ArgumentsNodeFlags::CONTAINS_SPLAT when :contains_multiple_splats then ArgumentsNodeFlags::CONTAINS_MULTIPLE_SPLATS else Kernel.raise ArgumentError, "invalid ArgumentsNodeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the ArrayNodeFlags flags. def array_node_flag(name) case name when :contains_splat then ArrayNodeFlags::CONTAINS_SPLAT else Kernel.raise ArgumentError, "invalid ArrayNodeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the CallNodeFlags flags. def call_node_flag(name) case name when :safe_navigation then CallNodeFlags::SAFE_NAVIGATION when :variable_call then CallNodeFlags::VARIABLE_CALL when :attribute_write then CallNodeFlags::ATTRIBUTE_WRITE when :ignore_visibility then CallNodeFlags::IGNORE_VISIBILITY else Kernel.raise ArgumentError, "invalid CallNodeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the EncodingFlags flags. def encoding_flag(name) case name when :forced_utf8_encoding then EncodingFlags::FORCED_UTF8_ENCODING when :forced_binary_encoding then EncodingFlags::FORCED_BINARY_ENCODING else Kernel.raise ArgumentError, "invalid EncodingFlags flag: #{name.inspect}" end end # Retrieve the value of one of the IntegerBaseFlags flags. def integer_base_flag(name) case name when :binary then IntegerBaseFlags::BINARY when :decimal then IntegerBaseFlags::DECIMAL when :octal then IntegerBaseFlags::OCTAL when :hexadecimal then IntegerBaseFlags::HEXADECIMAL else Kernel.raise ArgumentError, "invalid IntegerBaseFlags flag: #{name.inspect}" end end # Retrieve the value of one of the InterpolatedStringNodeFlags flags. def interpolated_string_node_flag(name) case name when :frozen then InterpolatedStringNodeFlags::FROZEN when :mutable then InterpolatedStringNodeFlags::MUTABLE else Kernel.raise ArgumentError, "invalid InterpolatedStringNodeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the KeywordHashNodeFlags flags. def keyword_hash_node_flag(name) case name when :symbol_keys then KeywordHashNodeFlags::SYMBOL_KEYS else Kernel.raise ArgumentError, "invalid KeywordHashNodeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the LoopFlags flags. def loop_flag(name) case name when :begin_modifier then LoopFlags::BEGIN_MODIFIER else Kernel.raise ArgumentError, "invalid LoopFlags flag: #{name.inspect}" end end # Retrieve the value of one of the ParameterFlags flags. def parameter_flag(name) case name when :repeated_parameter then ParameterFlags::REPEATED_PARAMETER else Kernel.raise ArgumentError, "invalid ParameterFlags flag: #{name.inspect}" end end # Retrieve the value of one of the RangeFlags flags. def range_flag(name) case name when :exclude_end then RangeFlags::EXCLUDE_END else Kernel.raise ArgumentError, "invalid RangeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the RegularExpressionFlags flags. def regular_expression_flag(name) case name when :ignore_case then RegularExpressionFlags::IGNORE_CASE when :extended then RegularExpressionFlags::EXTENDED when :multi_line then RegularExpressionFlags::MULTI_LINE when :once then RegularExpressionFlags::ONCE when :euc_jp then RegularExpressionFlags::EUC_JP when :ascii_8bit then RegularExpressionFlags::ASCII_8BIT when :windows_31j then RegularExpressionFlags::WINDOWS_31J when :utf_8 then RegularExpressionFlags::UTF_8 when :forced_utf8_encoding then RegularExpressionFlags::FORCED_UTF8_ENCODING when :forced_binary_encoding then RegularExpressionFlags::FORCED_BINARY_ENCODING when :forced_us_ascii_encoding then RegularExpressionFlags::FORCED_US_ASCII_ENCODING else Kernel.raise ArgumentError, "invalid RegularExpressionFlags flag: #{name.inspect}" end end # Retrieve the value of one of the ShareableConstantNodeFlags flags. def shareable_constant_node_flag(name) case name when :literal then ShareableConstantNodeFlags::LITERAL when :experimental_everything then ShareableConstantNodeFlags::EXPERIMENTAL_EVERYTHING when :experimental_copy then ShareableConstantNodeFlags::EXPERIMENTAL_COPY else Kernel.raise ArgumentError, "invalid ShareableConstantNodeFlags flag: #{name.inspect}" end end # Retrieve the value of one of the StringFlags flags. def string_flag(name) case name when :forced_utf8_encoding then StringFlags::FORCED_UTF8_ENCODING when :forced_binary_encoding then StringFlags::FORCED_BINARY_ENCODING when :frozen then StringFlags::FROZEN when :mutable then StringFlags::MUTABLE else Kernel.raise ArgumentError, "invalid StringFlags flag: #{name.inspect}" end end # Retrieve the value of one of the SymbolFlags flags. def symbol_flag(name) case name when :forced_utf8_encoding then SymbolFlags::FORCED_UTF8_ENCODING when :forced_binary_encoding then SymbolFlags::FORCED_BINARY_ENCODING when :forced_us_ascii_encoding then SymbolFlags::FORCED_US_ASCII_ENCODING else Kernel.raise ArgumentError, "invalid SymbolFlags flag: #{name.inspect}" end end private # The default source object that gets attached to nodes and locations if no # source is specified. def default_source Source.for("") end # The default location object that gets attached to nodes if no location is # specified, which uses the given source. def default_location Location.new(default_source, 0, 0) end # The default node that gets attached to nodes if no node is specified for a # required node field. def default_node(source, location) MissingNode.new(source, -1, location, 0) end end end PK *J [T��� � share/ruby/prism/translation.rbnu �[��� # frozen_string_literal: true module Prism # This module is responsible for converting the prism syntax tree into other # syntax trees. module Translation # steep:ignore autoload :Parser, "prism/translation/parser" autoload :Parser33, "prism/translation/parser33" autoload :Parser34, "prism/translation/parser34" autoload :Ripper, "prism/translation/ripper" autoload :RubyParser, "prism/translation/ruby_parser" end end PK *J [��W�f< f< share/ruby/prism/relocation.rbnu �[��� # frozen_string_literal: true module Prism # Prism parses deterministically for the same input. This provides a nice # property that is exposed through the #node_id API on nodes. Effectively this # means that for the same input, these values will remain consistent every # time the source is parsed. This means we can reparse the source same with a # #node_id value and find the exact same node again. # # The Relocation module provides an API around this property. It allows you to # "save" nodes and locations using a minimal amount of memory (just the # node_id and a field identifier) and then reify them later. module Relocation # An entry in a repository that will lazily reify its values when they are # first accessed. class Entry # Raised if a value that could potentially be on an entry is missing # because it was either not configured on the repository or it has not yet # been fetched. class MissingValueError < StandardError end # Initialize a new entry with the given repository. def initialize(repository) @repository = repository @values = nil end # Fetch the filepath of the value. def filepath fetch_value(:filepath) end # Fetch the start line of the value. def start_line fetch_value(:start_line) end # Fetch the end line of the value. def end_line fetch_value(:end_line) end # Fetch the start byte offset of the value. def start_offset fetch_value(:start_offset) end # Fetch the end byte offset of the value. def end_offset fetch_value(:end_offset) end # Fetch the start character offset of the value. def start_character_offset fetch_value(:start_character_offset) end # Fetch the end character offset of the value. def end_character_offset fetch_value(:end_character_offset) end # Fetch the start code units offset of the value, for the encoding that # was configured on the repository. def start_code_units_offset fetch_value(:start_code_units_offset) end # Fetch the end code units offset of the value, for the encoding that was # configured on the repository. def end_code_units_offset fetch_value(:end_code_units_offset) end # Fetch the start byte column of the value. def start_column fetch_value(:start_column) end # Fetch the end byte column of the value. def end_column fetch_value(:end_column) end # Fetch the start character column of the value. def start_character_column fetch_value(:start_character_column) end # Fetch the end character column of the value. def end_character_column fetch_value(:end_character_column) end # Fetch the start code units column of the value, for the encoding that # was configured on the repository. def start_code_units_column fetch_value(:start_code_units_column) end # Fetch the end code units column of the value, for the encoding that was # configured on the repository. def end_code_units_column fetch_value(:end_code_units_column) end # Fetch the leading comments of the value. def leading_comments fetch_value(:leading_comments) end # Fetch the trailing comments of the value. def trailing_comments fetch_value(:trailing_comments) end # Fetch the leading and trailing comments of the value. def comments leading_comments.concat(trailing_comments) end # Reify the values on this entry with the given values. This is an # internal-only API that is called from the repository when it is time to # reify the values. def reify!(values) # :nodoc: @repository = nil @values = values end private # Fetch a value from the entry, raising an error if it is missing. def fetch_value(name) values.fetch(name) do raise MissingValueError, "No value for #{name}, make sure the " \ "repository has been properly configured" end end # Return the values from the repository, reifying them if necessary. def values @values || (@repository.reify!; @values) end end # Represents the source of a repository that will be reparsed. class Source # The value that will need to be reparsed. attr_reader :value # Initialize the source with the given value. def initialize(value) @value = value end # Reparse the value and return the parse result. def result raise NotImplementedError, "Subclasses must implement #result" end # Create a code units cache for the given encoding. def code_units_cache(encoding) result.code_units_cache(encoding) end end # A source that is represented by a file path. class SourceFilepath < Source # Reparse the file and return the parse result. def result Prism.parse_file(value) end end # A source that is represented by a string. class SourceString < Source # Reparse the string and return the parse result. def result Prism.parse(value) end end # A field that represents the file path. class FilepathField # The file path that this field represents. attr_reader :value # Initialize a new field with the given file path. def initialize(value) @value = value end # Fetch the file path. def fields(_value) { filepath: value } end end # A field representing the start and end lines. class LinesField # Fetches the start and end line of a value. def fields(value) { start_line: value.start_line, end_line: value.end_line } end end # A field representing the start and end byte offsets. class OffsetsField # Fetches the start and end byte offset of a value. def fields(value) { start_offset: value.start_offset, end_offset: value.end_offset } end end # A field representing the start and end character offsets. class CharacterOffsetsField # Fetches the start and end character offset of a value. def fields(value) { start_character_offset: value.start_character_offset, end_character_offset: value.end_character_offset } end end # A field representing the start and end code unit offsets. class CodeUnitOffsetsField # A pointer to the repository object that is used for lazily creating a # code units cache. attr_reader :repository # The associated encoding for the code units. attr_reader :encoding # Initialize a new field with the associated repository and encoding. def initialize(repository, encoding) @repository = repository @encoding = encoding @cache = nil end # Fetches the start and end code units offset of a value for a particular # encoding. def fields(value) { start_code_units_offset: value.cached_start_code_units_offset(cache), end_code_units_offset: value.cached_end_code_units_offset(cache) } end private # Lazily create a code units cache for the associated encoding. def cache @cache ||= repository.code_units_cache(encoding) end end # A field representing the start and end byte columns. class ColumnsField # Fetches the start and end byte column of a value. def fields(value) { start_column: value.start_column, end_column: value.end_column } end end # A field representing the start and end character columns. class CharacterColumnsField # Fetches the start and end character column of a value. def fields(value) { start_character_column: value.start_character_column, end_character_column: value.end_character_column } end end # A field representing the start and end code unit columns for a specific # encoding. class CodeUnitColumnsField # The repository object that is used for lazily creating a code units # cache. attr_reader :repository # The associated encoding for the code units. attr_reader :encoding # Initialize a new field with the associated repository and encoding. def initialize(repository, encoding) @repository = repository @encoding = encoding @cache = nil end # Fetches the start and end code units column of a value for a particular # encoding. def fields(value) { start_code_units_column: value.cached_start_code_units_column(cache), end_code_units_column: value.cached_end_code_units_column(cache) } end private # Lazily create a code units cache for the associated encoding. def cache @cache ||= repository.code_units_cache(encoding) end end # An abstract field used as the parent class of the two comments fields. class CommentsField # An object that represents a slice of a comment. class Comment # The slice of the comment. attr_reader :slice # Initialize a new comment with the given slice. def initialize(slice) @slice = slice end end private # Create comment objects from the given values. def comments(values) values.map { |value| Comment.new(value.slice) } end end # A field representing the leading comments. class LeadingCommentsField < CommentsField # Fetches the leading comments of a value. def fields(value) { leading_comments: comments(value.leading_comments) } end end # A field representing the trailing comments. class TrailingCommentsField < CommentsField # Fetches the trailing comments of a value. def fields(value) { trailing_comments: comments(value.trailing_comments) } end end # A repository is a configured collection of fields and a set of entries # that knows how to reparse a source and reify the values. class Repository # Raised when multiple fields of the same type are configured on the same # repository. class ConfigurationError < StandardError end # The source associated with this repository. This will be either a # SourceFilepath (the most common use case) or a SourceString. attr_reader :source # The fields that have been configured on this repository. attr_reader :fields # The entries that have been saved on this repository. attr_reader :entries # Initialize a new repository with the given source. def initialize(source) @source = source @fields = {} @entries = Hash.new { |hash, node_id| hash[node_id] = {} } end # Create a code units cache for the given encoding from the source. def code_units_cache(encoding) source.code_units_cache(encoding) end # Configure the filepath field for this repository and return self. def filepath raise ConfigurationError, "Can only specify filepath for a filepath source" unless source.is_a?(SourceFilepath) field(:filepath, FilepathField.new(source.value)) end # Configure the lines field for this repository and return self. def lines field(:lines, LinesField.new) end # Configure the offsets field for this repository and return self. def offsets field(:offsets, OffsetsField.new) end # Configure the character offsets field for this repository and return # self. def character_offsets field(:character_offsets, CharacterOffsetsField.new) end # Configure the code unit offsets field for this repository for a specific # encoding and return self. def code_unit_offsets(encoding) field(:code_unit_offsets, CodeUnitOffsetsField.new(self, encoding)) end # Configure the columns field for this repository and return self. def columns field(:columns, ColumnsField.new) end # Configure the character columns field for this repository and return # self. def character_columns field(:character_columns, CharacterColumnsField.new) end # Configure the code unit columns field for this repository for a specific # encoding and return self. def code_unit_columns(encoding) field(:code_unit_columns, CodeUnitColumnsField.new(self, encoding)) end # Configure the leading comments field for this repository and return # self. def leading_comments field(:leading_comments, LeadingCommentsField.new) end # Configure the trailing comments field for this repository and return # self. def trailing_comments field(:trailing_comments, TrailingCommentsField.new) end # Configure both the leading and trailing comment fields for this # repository and return self. def comments leading_comments.trailing_comments end # This method is called from nodes and locations when they want to enter # themselves into the repository. It it internal-only and meant to be # called from the #save* APIs. def enter(node_id, field_name) # :nodoc: entry = Entry.new(self) @entries[node_id][field_name] = entry entry end # This method is called from the entries in the repository when they need # to reify their values. It is internal-only and meant to be called from # the various value APIs. def reify! # :nodoc: result = source.result # Attach the comments if they have been requested as part of the # configuration of this repository. if fields.key?(:leading_comments) || fields.key?(:trailing_comments) result.attach_comments! end queue = [result.value] #: Array[Prism::node] while (node = queue.shift) @entries[node.node_id].each do |field_name, entry| value = node.public_send(field_name) values = {} #: Hash[Symbol, untyped] fields.each_value do |field| values.merge!(field.fields(value)) end entry.reify!(values) end queue.concat(node.compact_child_nodes) end @entries.clear end private # Append the given field to the repository and return the repository so # that these calls can be chained. def field(name, value) raise ConfigurationError, "Cannot specify multiple #{name} fields" if @fields.key?(name) @fields[name] = value self end end # Create a new repository for the given filepath. def self.filepath(value) Repository.new(SourceFilepath.new(value)) end # Create a new repository for the given string. def self.string(value) Repository.new(SourceString.new(value)) end end end PK *J [��N� � share/ruby/prism/pattern.rbnu �[��� # frozen_string_literal: true module Prism # A pattern is an object that wraps a Ruby pattern matching expression. The # expression would normally be passed to an `in` clause within a `case` # expression or a rightward assignment expression. For example, in the # following snippet: # # case node # in ConstantPathNode[ConstantReadNode[name: :Prism], ConstantReadNode[name: :Pattern]] # end # # the pattern is the <tt>ConstantPathNode[...]</tt> expression. # # The pattern gets compiled into an object that responds to #call by running # the #compile method. This method itself will run back through Prism to # parse the expression into a tree, then walk the tree to generate the # necessary callable objects. For example, if you wanted to compile the # expression above into a callable, you would: # # callable = Prism::Pattern.new("ConstantPathNode[ConstantReadNode[name: :Prism], ConstantReadNode[name: :Pattern]]").compile # callable.call(node) # # The callable object returned by #compile is guaranteed to respond to #call # with a single argument, which is the node to match against. It also is # guaranteed to respond to #===, which means it itself can be used in a `case` # expression, as in: # # case node # when callable # end # # If the query given to the initializer cannot be compiled into a valid # matcher (either because of a syntax error or because it is using syntax we # do not yet support) then a Prism::Pattern::CompilationError will be # raised. class Pattern # Raised when the query given to a pattern is either invalid Ruby syntax or # is using syntax that we don't yet support. class CompilationError < StandardError # Create a new CompilationError with the given representation of the node # that caused the error. def initialize(repr) super(<<~ERROR) prism was unable to compile the pattern you provided into a usable expression. It failed on to understand the node represented by: #{repr} Note that not all syntax supported by Ruby's pattern matching syntax is also supported by prism's patterns. If you're using some syntax that you believe should be supported, please open an issue on GitHub at https://github.com/ruby/prism/issues/new. ERROR end end # The query that this pattern was initialized with. attr_reader :query # Create a new pattern with the given query. The query should be a string # containing a Ruby pattern matching expression. def initialize(query) @query = query @compiled = nil end # Compile the query into a callable object that can be used to match against # nodes. def compile result = Prism.parse("case nil\nin #{query}\nend") case_match_node = result.value.statements.body.last raise CompilationError, case_match_node.inspect unless case_match_node.is_a?(CaseMatchNode) in_node = case_match_node.conditions.last raise CompilationError, in_node.inspect unless in_node.is_a?(InNode) compile_node(in_node.pattern) end # Scan the given node and all of its children for nodes that match the # pattern. If a block is given, it will be called with each node that # matches the pattern. If no block is given, an enumerator will be returned # that will yield each node that matches the pattern. def scan(root) return to_enum(:scan, root) unless block_given? @compiled ||= compile queue = [root] while (node = queue.shift) yield node if @compiled.call(node) # steep:ignore queue.concat(node.compact_child_nodes) end end private # Shortcut for combining two procs into one that returns true if both return # true. def combine_and(left, right) ->(other) { left.call(other) && right.call(other) } end # Shortcut for combining two procs into one that returns true if either # returns true. def combine_or(left, right) ->(other) { left.call(other) || right.call(other) } end # Raise an error because the given node is not supported. def compile_error(node) raise CompilationError, node.inspect end # in [foo, bar, baz] def compile_array_pattern_node(node) compile_error(node) if !node.rest.nil? || node.posts.any? constant = node.constant compiled_constant = compile_node(constant) if constant preprocessed = node.requireds.map { |required| compile_node(required) } compiled_requireds = ->(other) do deconstructed = other.deconstruct deconstructed.length == preprocessed.length && preprocessed .zip(deconstructed) .all? { |(matcher, value)| matcher.call(value) } end if compiled_constant combine_and(compiled_constant, compiled_requireds) else compiled_requireds end end # in foo | bar def compile_alternation_pattern_node(node) combine_or(compile_node(node.left), compile_node(node.right)) end # in Prism::ConstantReadNode def compile_constant_path_node(node) parent = node.parent if parent.is_a?(ConstantReadNode) && parent.slice == "Prism" name = node.name raise CompilationError, node.inspect if name.nil? compile_constant_name(node, name) else compile_error(node) end end # in ConstantReadNode # in String def compile_constant_read_node(node) compile_constant_name(node, node.name) end # Compile a name associated with a constant. def compile_constant_name(node, name) if Prism.const_defined?(name, false) clazz = Prism.const_get(name) ->(other) { clazz === other } elsif Object.const_defined?(name, false) clazz = Object.const_get(name) ->(other) { clazz === other } else compile_error(node) end end # in InstanceVariableReadNode[name: Symbol] # in { name: Symbol } def compile_hash_pattern_node(node) compile_error(node) if node.rest compiled_constant = compile_node(node.constant) if node.constant preprocessed = node.elements.to_h do |element| key = element.key if key.is_a?(SymbolNode) [key.unescaped.to_sym, compile_node(element.value)] else raise CompilationError, element.inspect end end compiled_keywords = ->(other) do deconstructed = other.deconstruct_keys(preprocessed.keys) preprocessed.all? do |keyword, matcher| deconstructed.key?(keyword) && matcher.call(deconstructed[keyword]) end end if compiled_constant combine_and(compiled_constant, compiled_keywords) else compiled_keywords end end # in nil def compile_nil_node(node) ->(attribute) { attribute.nil? } end # in /foo/ def compile_regular_expression_node(node) regexp = Regexp.new(node.unescaped, node.closing[1..]) ->(attribute) { regexp === attribute } end # in "" # in "foo" def compile_string_node(node) string = node.unescaped ->(attribute) { string === attribute } end # in :+ # in :foo def compile_symbol_node(node) symbol = node.unescaped.to_sym ->(attribute) { symbol === attribute } end # Compile any kind of node. Dispatch out to the individual compilation # methods based on the type of node. def compile_node(node) case node when AlternationPatternNode compile_alternation_pattern_node(node) when ArrayPatternNode compile_array_pattern_node(node) when ConstantPathNode compile_constant_path_node(node) when ConstantReadNode compile_constant_read_node(node) when HashPatternNode compile_hash_pattern_node(node) when NilNode compile_nil_node(node) when RegularExpressionNode compile_regular_expression_node(node) when StringNode compile_string_node(node) when SymbolNode compile_symbol_node(node) else compile_error(node) end end end end PK *J [i�l�OT OT % share/ruby/prism/mutation_compiler.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/mutation_compiler.rb.erb if you are looking to modify the template =end module Prism # This visitor walks through the tree and copies each node as it is being # visited. This is useful for consumers that want to mutate the tree, as you # can change subtrees in place without effecting the rest of the tree. class MutationCompiler < Compiler # Copy a AliasGlobalVariableNode node def visit_alias_global_variable_node(node) node.copy(new_name: visit(node.new_name), old_name: visit(node.old_name)) end # Copy a AliasMethodNode node def visit_alias_method_node(node) node.copy(new_name: visit(node.new_name), old_name: visit(node.old_name)) end # Copy a AlternationPatternNode node def visit_alternation_pattern_node(node) node.copy(left: visit(node.left), right: visit(node.right)) end # Copy a AndNode node def visit_and_node(node) node.copy(left: visit(node.left), right: visit(node.right)) end # Copy a ArgumentsNode node def visit_arguments_node(node) node.copy(arguments: visit_all(node.arguments)) end # Copy a ArrayNode node def visit_array_node(node) node.copy(elements: visit_all(node.elements)) end # Copy a ArrayPatternNode node def visit_array_pattern_node(node) node.copy(constant: visit(node.constant), requireds: visit_all(node.requireds), rest: visit(node.rest), posts: visit_all(node.posts)) end # Copy a AssocNode node def visit_assoc_node(node) node.copy(key: visit(node.key), value: visit(node.value)) end # Copy a AssocSplatNode node def visit_assoc_splat_node(node) node.copy(value: visit(node.value)) end # Copy a BackReferenceReadNode node def visit_back_reference_read_node(node) node.copy end # Copy a BeginNode node def visit_begin_node(node) node.copy(statements: visit(node.statements), rescue_clause: visit(node.rescue_clause), else_clause: visit(node.else_clause), ensure_clause: visit(node.ensure_clause)) end # Copy a BlockArgumentNode node def visit_block_argument_node(node) node.copy(expression: visit(node.expression)) end # Copy a BlockLocalVariableNode node def visit_block_local_variable_node(node) node.copy end # Copy a BlockNode node def visit_block_node(node) node.copy(parameters: visit(node.parameters), body: visit(node.body)) end # Copy a BlockParameterNode node def visit_block_parameter_node(node) node.copy end # Copy a BlockParametersNode node def visit_block_parameters_node(node) node.copy(parameters: visit(node.parameters), locals: visit_all(node.locals)) end # Copy a BreakNode node def visit_break_node(node) node.copy(arguments: visit(node.arguments)) end # Copy a CallAndWriteNode node def visit_call_and_write_node(node) node.copy(receiver: visit(node.receiver), value: visit(node.value)) end # Copy a CallNode node def visit_call_node(node) node.copy(receiver: visit(node.receiver), arguments: visit(node.arguments), block: visit(node.block)) end # Copy a CallOperatorWriteNode node def visit_call_operator_write_node(node) node.copy(receiver: visit(node.receiver), value: visit(node.value)) end # Copy a CallOrWriteNode node def visit_call_or_write_node(node) node.copy(receiver: visit(node.receiver), value: visit(node.value)) end # Copy a CallTargetNode node def visit_call_target_node(node) node.copy(receiver: visit(node.receiver)) end # Copy a CapturePatternNode node def visit_capture_pattern_node(node) node.copy(value: visit(node.value), target: visit(node.target)) end # Copy a CaseMatchNode node def visit_case_match_node(node) node.copy(predicate: visit(node.predicate), conditions: visit_all(node.conditions), else_clause: visit(node.else_clause)) end # Copy a CaseNode node def visit_case_node(node) node.copy(predicate: visit(node.predicate), conditions: visit_all(node.conditions), else_clause: visit(node.else_clause)) end # Copy a ClassNode node def visit_class_node(node) node.copy(constant_path: visit(node.constant_path), superclass: visit(node.superclass), body: visit(node.body)) end # Copy a ClassVariableAndWriteNode node def visit_class_variable_and_write_node(node) node.copy(value: visit(node.value)) end # Copy a ClassVariableOperatorWriteNode node def visit_class_variable_operator_write_node(node) node.copy(value: visit(node.value)) end # Copy a ClassVariableOrWriteNode node def visit_class_variable_or_write_node(node) node.copy(value: visit(node.value)) end # Copy a ClassVariableReadNode node def visit_class_variable_read_node(node) node.copy end # Copy a ClassVariableTargetNode node def visit_class_variable_target_node(node) node.copy end # Copy a ClassVariableWriteNode node def visit_class_variable_write_node(node) node.copy(value: visit(node.value)) end # Copy a ConstantAndWriteNode node def visit_constant_and_write_node(node) node.copy(value: visit(node.value)) end # Copy a ConstantOperatorWriteNode node def visit_constant_operator_write_node(node) node.copy(value: visit(node.value)) end # Copy a ConstantOrWriteNode node def visit_constant_or_write_node(node) node.copy(value: visit(node.value)) end # Copy a ConstantPathAndWriteNode node def visit_constant_path_and_write_node(node) node.copy(target: visit(node.target), value: visit(node.value)) end # Copy a ConstantPathNode node def visit_constant_path_node(node) node.copy(parent: visit(node.parent)) end # Copy a ConstantPathOperatorWriteNode node def visit_constant_path_operator_write_node(node) node.copy(target: visit(node.target), value: visit(node.value)) end # Copy a ConstantPathOrWriteNode node def visit_constant_path_or_write_node(node) node.copy(target: visit(node.target), value: visit(node.value)) end # Copy a ConstantPathTargetNode node def visit_constant_path_target_node(node) node.copy(parent: visit(node.parent)) end # Copy a ConstantPathWriteNode node def visit_constant_path_write_node(node) node.copy(target: visit(node.target), value: visit(node.value)) end # Copy a ConstantReadNode node def visit_constant_read_node(node) node.copy end # Copy a ConstantTargetNode node def visit_constant_target_node(node) node.copy end # Copy a ConstantWriteNode node def visit_constant_write_node(node) node.copy(value: visit(node.value)) end # Copy a DefNode node def visit_def_node(node) node.copy(receiver: visit(node.receiver), parameters: visit(node.parameters), body: visit(node.body)) end # Copy a DefinedNode node def visit_defined_node(node) node.copy(value: visit(node.value)) end # Copy a ElseNode node def visit_else_node(node) node.copy(statements: visit(node.statements)) end # Copy a EmbeddedStatementsNode node def visit_embedded_statements_node(node) node.copy(statements: visit(node.statements)) end # Copy a EmbeddedVariableNode node def visit_embedded_variable_node(node) node.copy(variable: visit(node.variable)) end # Copy a EnsureNode node def visit_ensure_node(node) node.copy(statements: visit(node.statements)) end # Copy a FalseNode node def visit_false_node(node) node.copy end # Copy a FindPatternNode node def visit_find_pattern_node(node) node.copy(constant: visit(node.constant), left: visit(node.left), requireds: visit_all(node.requireds), right: visit(node.right)) end # Copy a FlipFlopNode node def visit_flip_flop_node(node) node.copy(left: visit(node.left), right: visit(node.right)) end # Copy a FloatNode node def visit_float_node(node) node.copy end # Copy a ForNode node def visit_for_node(node) node.copy(index: visit(node.index), collection: visit(node.collection), statements: visit(node.statements)) end # Copy a ForwardingArgumentsNode node def visit_forwarding_arguments_node(node) node.copy end # Copy a ForwardingParameterNode node def visit_forwarding_parameter_node(node) node.copy end # Copy a ForwardingSuperNode node def visit_forwarding_super_node(node) node.copy(block: visit(node.block)) end # Copy a GlobalVariableAndWriteNode node def visit_global_variable_and_write_node(node) node.copy(value: visit(node.value)) end # Copy a GlobalVariableOperatorWriteNode node def visit_global_variable_operator_write_node(node) node.copy(value: visit(node.value)) end # Copy a GlobalVariableOrWriteNode node def visit_global_variable_or_write_node(node) node.copy(value: visit(node.value)) end # Copy a GlobalVariableReadNode node def visit_global_variable_read_node(node) node.copy end # Copy a GlobalVariableTargetNode node def visit_global_variable_target_node(node) node.copy end # Copy a GlobalVariableWriteNode node def visit_global_variable_write_node(node) node.copy(value: visit(node.value)) end # Copy a HashNode node def visit_hash_node(node) node.copy(elements: visit_all(node.elements)) end # Copy a HashPatternNode node def visit_hash_pattern_node(node) node.copy(constant: visit(node.constant), elements: visit_all(node.elements), rest: visit(node.rest)) end # Copy a IfNode node def visit_if_node(node) node.copy(predicate: visit(node.predicate), statements: visit(node.statements), subsequent: visit(node.subsequent)) end # Copy a ImaginaryNode node def visit_imaginary_node(node) node.copy(numeric: visit(node.numeric)) end # Copy a ImplicitNode node def visit_implicit_node(node) node.copy(value: visit(node.value)) end # Copy a ImplicitRestNode node def visit_implicit_rest_node(node) node.copy end # Copy a InNode node def visit_in_node(node) node.copy(pattern: visit(node.pattern), statements: visit(node.statements)) end # Copy a IndexAndWriteNode node def visit_index_and_write_node(node) node.copy(receiver: visit(node.receiver), arguments: visit(node.arguments), block: visit(node.block), value: visit(node.value)) end # Copy a IndexOperatorWriteNode node def visit_index_operator_write_node(node) node.copy(receiver: visit(node.receiver), arguments: visit(node.arguments), block: visit(node.block), value: visit(node.value)) end # Copy a IndexOrWriteNode node def visit_index_or_write_node(node) node.copy(receiver: visit(node.receiver), arguments: visit(node.arguments), block: visit(node.block), value: visit(node.value)) end # Copy a IndexTargetNode node def visit_index_target_node(node) node.copy(receiver: visit(node.receiver), arguments: visit(node.arguments), block: visit(node.block)) end # Copy a InstanceVariableAndWriteNode node def visit_instance_variable_and_write_node(node) node.copy(value: visit(node.value)) end # Copy a InstanceVariableOperatorWriteNode node def visit_instance_variable_operator_write_node(node) node.copy(value: visit(node.value)) end # Copy a InstanceVariableOrWriteNode node def visit_instance_variable_or_write_node(node) node.copy(value: visit(node.value)) end # Copy a InstanceVariableReadNode node def visit_instance_variable_read_node(node) node.copy end # Copy a InstanceVariableTargetNode node def visit_instance_variable_target_node(node) node.copy end # Copy a InstanceVariableWriteNode node def visit_instance_variable_write_node(node) node.copy(value: visit(node.value)) end # Copy a IntegerNode node def visit_integer_node(node) node.copy end # Copy a InterpolatedMatchLastLineNode node def visit_interpolated_match_last_line_node(node) node.copy(parts: visit_all(node.parts)) end # Copy a InterpolatedRegularExpressionNode node def visit_interpolated_regular_expression_node(node) node.copy(parts: visit_all(node.parts)) end # Copy a InterpolatedStringNode node def visit_interpolated_string_node(node) node.copy(parts: visit_all(node.parts)) end # Copy a InterpolatedSymbolNode node def visit_interpolated_symbol_node(node) node.copy(parts: visit_all(node.parts)) end # Copy a InterpolatedXStringNode node def visit_interpolated_x_string_node(node) node.copy(parts: visit_all(node.parts)) end # Copy a ItLocalVariableReadNode node def visit_it_local_variable_read_node(node) node.copy end # Copy a ItParametersNode node def visit_it_parameters_node(node) node.copy end # Copy a KeywordHashNode node def visit_keyword_hash_node(node) node.copy(elements: visit_all(node.elements)) end # Copy a KeywordRestParameterNode node def visit_keyword_rest_parameter_node(node) node.copy end # Copy a LambdaNode node def visit_lambda_node(node) node.copy(parameters: visit(node.parameters), body: visit(node.body)) end # Copy a LocalVariableAndWriteNode node def visit_local_variable_and_write_node(node) node.copy(value: visit(node.value)) end # Copy a LocalVariableOperatorWriteNode node def visit_local_variable_operator_write_node(node) node.copy(value: visit(node.value)) end # Copy a LocalVariableOrWriteNode node def visit_local_variable_or_write_node(node) node.copy(value: visit(node.value)) end # Copy a LocalVariableReadNode node def visit_local_variable_read_node(node) node.copy end # Copy a LocalVariableTargetNode node def visit_local_variable_target_node(node) node.copy end # Copy a LocalVariableWriteNode node def visit_local_variable_write_node(node) node.copy(value: visit(node.value)) end # Copy a MatchLastLineNode node def visit_match_last_line_node(node) node.copy end # Copy a MatchPredicateNode node def visit_match_predicate_node(node) node.copy(value: visit(node.value), pattern: visit(node.pattern)) end # Copy a MatchRequiredNode node def visit_match_required_node(node) node.copy(value: visit(node.value), pattern: visit(node.pattern)) end # Copy a MatchWriteNode node def visit_match_write_node(node) node.copy(call: visit(node.call), targets: visit_all(node.targets)) end # Copy a MissingNode node def visit_missing_node(node) node.copy end # Copy a ModuleNode node def visit_module_node(node) node.copy(constant_path: visit(node.constant_path), body: visit(node.body)) end # Copy a MultiTargetNode node def visit_multi_target_node(node) node.copy(lefts: visit_all(node.lefts), rest: visit(node.rest), rights: visit_all(node.rights)) end # Copy a MultiWriteNode node def visit_multi_write_node(node) node.copy(lefts: visit_all(node.lefts), rest: visit(node.rest), rights: visit_all(node.rights), value: visit(node.value)) end # Copy a NextNode node def visit_next_node(node) node.copy(arguments: visit(node.arguments)) end # Copy a NilNode node def visit_nil_node(node) node.copy end # Copy a NoKeywordsParameterNode node def visit_no_keywords_parameter_node(node) node.copy end # Copy a NumberedParametersNode node def visit_numbered_parameters_node(node) node.copy end # Copy a NumberedReferenceReadNode node def visit_numbered_reference_read_node(node) node.copy end # Copy a OptionalKeywordParameterNode node def visit_optional_keyword_parameter_node(node) node.copy(value: visit(node.value)) end # Copy a OptionalParameterNode node def visit_optional_parameter_node(node) node.copy(value: visit(node.value)) end # Copy a OrNode node def visit_or_node(node) node.copy(left: visit(node.left), right: visit(node.right)) end # Copy a ParametersNode node def visit_parameters_node(node) node.copy(requireds: visit_all(node.requireds), optionals: visit_all(node.optionals), rest: visit(node.rest), posts: visit_all(node.posts), keywords: visit_all(node.keywords), keyword_rest: visit(node.keyword_rest), block: visit(node.block)) end # Copy a ParenthesesNode node def visit_parentheses_node(node) node.copy(body: visit(node.body)) end # Copy a PinnedExpressionNode node def visit_pinned_expression_node(node) node.copy(expression: visit(node.expression)) end # Copy a PinnedVariableNode node def visit_pinned_variable_node(node) node.copy(variable: visit(node.variable)) end # Copy a PostExecutionNode node def visit_post_execution_node(node) node.copy(statements: visit(node.statements)) end # Copy a PreExecutionNode node def visit_pre_execution_node(node) node.copy(statements: visit(node.statements)) end # Copy a ProgramNode node def visit_program_node(node) node.copy(statements: visit(node.statements)) end # Copy a RangeNode node def visit_range_node(node) node.copy(left: visit(node.left), right: visit(node.right)) end # Copy a RationalNode node def visit_rational_node(node) node.copy end # Copy a RedoNode node def visit_redo_node(node) node.copy end # Copy a RegularExpressionNode node def visit_regular_expression_node(node) node.copy end # Copy a RequiredKeywordParameterNode node def visit_required_keyword_parameter_node(node) node.copy end # Copy a RequiredParameterNode node def visit_required_parameter_node(node) node.copy end # Copy a RescueModifierNode node def visit_rescue_modifier_node(node) node.copy(expression: visit(node.expression), rescue_expression: visit(node.rescue_expression)) end # Copy a RescueNode node def visit_rescue_node(node) node.copy(exceptions: visit_all(node.exceptions), reference: visit(node.reference), statements: visit(node.statements), subsequent: visit(node.subsequent)) end # Copy a RestParameterNode node def visit_rest_parameter_node(node) node.copy end # Copy a RetryNode node def visit_retry_node(node) node.copy end # Copy a ReturnNode node def visit_return_node(node) node.copy(arguments: visit(node.arguments)) end # Copy a SelfNode node def visit_self_node(node) node.copy end # Copy a ShareableConstantNode node def visit_shareable_constant_node(node) node.copy(write: visit(node.write)) end # Copy a SingletonClassNode node def visit_singleton_class_node(node) node.copy(expression: visit(node.expression), body: visit(node.body)) end # Copy a SourceEncodingNode node def visit_source_encoding_node(node) node.copy end # Copy a SourceFileNode node def visit_source_file_node(node) node.copy end # Copy a SourceLineNode node def visit_source_line_node(node) node.copy end # Copy a SplatNode node def visit_splat_node(node) node.copy(expression: visit(node.expression)) end # Copy a StatementsNode node def visit_statements_node(node) node.copy(body: visit_all(node.body)) end # Copy a StringNode node def visit_string_node(node) node.copy end # Copy a SuperNode node def visit_super_node(node) node.copy(arguments: visit(node.arguments), block: visit(node.block)) end # Copy a SymbolNode node def visit_symbol_node(node) node.copy end # Copy a TrueNode node def visit_true_node(node) node.copy end # Copy a UndefNode node def visit_undef_node(node) node.copy(names: visit_all(node.names)) end # Copy a UnlessNode node def visit_unless_node(node) node.copy(predicate: visit(node.predicate), statements: visit(node.statements), else_clause: visit(node.else_clause)) end # Copy a UntilNode node def visit_until_node(node) node.copy(predicate: visit(node.predicate), statements: visit(node.statements)) end # Copy a WhenNode node def visit_when_node(node) node.copy(conditions: visit_all(node.conditions), statements: visit(node.statements)) end # Copy a WhileNode node def visit_while_node(node) node.copy(predicate: visit(node.predicate), statements: visit(node.statements)) end # Copy a XStringNode node def visit_x_string_node(node) node.copy end # Copy a YieldNode node def visit_yield_node(node) node.copy(arguments: visit(node.arguments)) end end end PK *J [!ۘ�� � + share/ruby/prism/translation/ripper/shim.rbnu �[��� # frozen_string_literal: true # This writes the prism ripper translation into the Ripper constant so that # users can transparently use Ripper without any changes. Ripper = Prism::Translation::Ripper PK *J [<���/ / + share/ruby/prism/translation/ripper/sexp.rbnu �[��� # frozen_string_literal: true require_relative "../ripper" module Prism module Translation class Ripper # This class mirrors the ::Ripper::SexpBuilder subclass of ::Ripper that # returns the arrays of [type, *children]. class SexpBuilder < Ripper # :stopdoc: attr_reader :error private def dedent_element(e, width) if (n = dedent_string(e[1], width)) > 0 e[2][1] += n end e end def on_heredoc_dedent(val, width) sub = proc do |cont| cont.map! do |e| if Array === e case e[0] when :@tstring_content e = dedent_element(e, width) when /_add\z/ e[1] = sub[e[1]] end elsif String === e dedent_string(e, width) end e end end sub[val] val end events = private_instance_methods(false).grep(/\Aon_/) {$'.to_sym} (PARSER_EVENTS - events).each do |event| module_eval(<<-End, __FILE__, __LINE__ + 1) def on_#{event}(*args) args.unshift :#{event} end End end SCANNER_EVENTS.each do |event| module_eval(<<-End, __FILE__, __LINE__ + 1) def on_#{event}(tok) [:@#{event}, tok, [lineno(), column()]] end End end def on_error(mesg) @error = mesg end remove_method :on_parse_error alias on_parse_error on_error alias compile_error on_error # :startdoc: end # This class mirrors the ::Ripper::SexpBuilderPP subclass of ::Ripper that # returns the same values as ::Ripper::SexpBuilder except with a couple of # niceties that flatten linked lists into arrays. class SexpBuilderPP < SexpBuilder # :stopdoc: private def on_heredoc_dedent(val, width) val.map! do |e| next e if Symbol === e and /_content\z/ =~ e if Array === e and e[0] == :@tstring_content e = dedent_element(e, width) elsif String === e dedent_string(e, width) end e end val end def _dispatch_event_new [] end def _dispatch_event_push(list, item) list.push item list end def on_mlhs_paren(list) [:mlhs, *list] end def on_mlhs_add_star(list, star) list.push([:rest_param, star]) end def on_mlhs_add_post(list, post) list.concat(post) end PARSER_EVENT_TABLE.each do |event, arity| if /_new\z/ =~ event and arity == 0 alias_method "on_#{event}", :_dispatch_event_new elsif /_add\z/ =~ event alias_method "on_#{event}", :_dispatch_event_push end end # :startdoc: end end end end PK *J [}��}G/ G/ & share/ruby/prism/translation/parser.rbnu �[��� # frozen_string_literal: true begin require "parser" rescue LoadError warn(%q{Error: Unable to load parser. Add `gem "parser"` to your Gemfile.}) exit(1) end module Prism module Translation # This class is the entry-point for converting a prism syntax tree into the # whitequark/parser gem's syntax tree. It inherits from the base parser for # the parser gem, and overrides the parse* methods to parse with prism and # then translate. class Parser < ::Parser::Base Diagnostic = ::Parser::Diagnostic # :nodoc: private_constant :Diagnostic # The parser gem has a list of diagnostics with a hard-coded set of error # messages. We create our own diagnostic class in order to set our own # error messages. class PrismDiagnostic < Diagnostic # This is the cached message coming from prism. attr_reader :message # Initialize a new diagnostic with the given message and location. def initialize(message, level, reason, location) @message = message super(level, reason, {}, location, []) end end Racc_debug_parser = false # :nodoc: def version # :nodoc: 34 end # The default encoding for Ruby files is UTF-8. def default_encoding Encoding::UTF_8 end def yyerror # :nodoc: end # Parses a source buffer and returns the AST. def parse(source_buffer) @source_buffer = source_buffer source = source_buffer.source offset_cache = build_offset_cache(source) result = unwrap(Prism.parse(source, filepath: source_buffer.name, version: convert_for_prism(version), partial_script: true, encoding: false), offset_cache) build_ast(result.value, offset_cache) ensure @source_buffer = nil end # Parses a source buffer and returns the AST and the source code comments. def parse_with_comments(source_buffer) @source_buffer = source_buffer source = source_buffer.source offset_cache = build_offset_cache(source) result = unwrap(Prism.parse(source, filepath: source_buffer.name, version: convert_for_prism(version), partial_script: true, encoding: false), offset_cache) [ build_ast(result.value, offset_cache), build_comments(result.comments, offset_cache) ] ensure @source_buffer = nil end # Parses a source buffer and returns the AST, the source code comments, # and the tokens emitted by the lexer. def tokenize(source_buffer, recover = false) @source_buffer = source_buffer source = source_buffer.source offset_cache = build_offset_cache(source) result = begin unwrap(Prism.parse_lex(source, filepath: source_buffer.name, version: convert_for_prism(version), partial_script: true, encoding: false), offset_cache) rescue ::Parser::SyntaxError raise if !recover end program, tokens = result.value ast = build_ast(program, offset_cache) if result.success? [ ast, build_comments(result.comments, offset_cache), build_tokens(tokens, offset_cache) ] ensure @source_buffer = nil end # Since prism resolves num params for us, we don't need to support this # kind of logic here. def try_declare_numparam(node) node.children[0].match?(/\A_[1-9]\z/) end private # This is a hook to allow consumers to disable some errors if they don't # want them to block creating the syntax tree. def valid_error?(error) true end # This is a hook to allow consumers to disable some warnings if they don't # want them to block creating the syntax tree. def valid_warning?(warning) true end # Build a diagnostic from the given prism parse error. def error_diagnostic(error, offset_cache) location = error.location diagnostic_location = build_range(location, offset_cache) case error.type when :argument_block_multi Diagnostic.new(:error, :block_and_blockarg, {}, diagnostic_location, []) when :argument_formal_constant Diagnostic.new(:error, :argument_const, {}, diagnostic_location, []) when :argument_formal_class Diagnostic.new(:error, :argument_cvar, {}, diagnostic_location, []) when :argument_formal_global Diagnostic.new(:error, :argument_gvar, {}, diagnostic_location, []) when :argument_formal_ivar Diagnostic.new(:error, :argument_ivar, {}, diagnostic_location, []) when :argument_no_forwarding_amp Diagnostic.new(:error, :no_anonymous_blockarg, {}, diagnostic_location, []) when :argument_no_forwarding_star Diagnostic.new(:error, :no_anonymous_restarg, {}, diagnostic_location, []) when :argument_no_forwarding_star_star Diagnostic.new(:error, :no_anonymous_kwrestarg, {}, diagnostic_location, []) when :begin_lonely_else location = location.copy(length: 4) diagnostic_location = build_range(location, offset_cache) Diagnostic.new(:error, :useless_else, {}, diagnostic_location, []) when :class_name, :module_name Diagnostic.new(:error, :module_name_const, {}, diagnostic_location, []) when :class_in_method Diagnostic.new(:error, :class_in_def, {}, diagnostic_location, []) when :def_endless_setter Diagnostic.new(:error, :endless_setter, {}, diagnostic_location, []) when :embdoc_term Diagnostic.new(:error, :embedded_document, {}, diagnostic_location, []) when :incomplete_variable_class, :incomplete_variable_class_3_3 location = location.copy(length: location.length + 1) diagnostic_location = build_range(location, offset_cache) Diagnostic.new(:error, :cvar_name, { name: location.slice }, diagnostic_location, []) when :incomplete_variable_instance, :incomplete_variable_instance_3_3 location = location.copy(length: location.length + 1) diagnostic_location = build_range(location, offset_cache) Diagnostic.new(:error, :ivar_name, { name: location.slice }, diagnostic_location, []) when :invalid_variable_global, :invalid_variable_global_3_3 Diagnostic.new(:error, :gvar_name, { name: location.slice }, diagnostic_location, []) when :module_in_method Diagnostic.new(:error, :module_in_def, {}, diagnostic_location, []) when :numbered_parameter_ordinary Diagnostic.new(:error, :ordinary_param_defined, {}, diagnostic_location, []) when :numbered_parameter_outer_scope Diagnostic.new(:error, :numparam_used_in_outer_scope, {}, diagnostic_location, []) when :parameter_circular Diagnostic.new(:error, :circular_argument_reference, { var_name: location.slice }, diagnostic_location, []) when :parameter_name_repeat Diagnostic.new(:error, :duplicate_argument, {}, diagnostic_location, []) when :parameter_numbered_reserved Diagnostic.new(:error, :reserved_for_numparam, { name: location.slice }, diagnostic_location, []) when :regexp_unknown_options Diagnostic.new(:error, :regexp_options, { options: location.slice[1..] }, diagnostic_location, []) when :singleton_for_literals Diagnostic.new(:error, :singleton_literal, {}, diagnostic_location, []) when :string_literal_eof Diagnostic.new(:error, :string_eof, {}, diagnostic_location, []) when :unexpected_token_ignore Diagnostic.new(:error, :unexpected_token, { token: location.slice }, diagnostic_location, []) when :write_target_in_method Diagnostic.new(:error, :dynamic_const, {}, diagnostic_location, []) else PrismDiagnostic.new(error.message, :error, error.type, diagnostic_location) end end # Build a diagnostic from the given prism parse warning. def warning_diagnostic(warning, offset_cache) diagnostic_location = build_range(warning.location, offset_cache) case warning.type when :ambiguous_first_argument_plus Diagnostic.new(:warning, :ambiguous_prefix, { prefix: "+" }, diagnostic_location, []) when :ambiguous_first_argument_minus Diagnostic.new(:warning, :ambiguous_prefix, { prefix: "-" }, diagnostic_location, []) when :ambiguous_prefix_ampersand Diagnostic.new(:warning, :ambiguous_prefix, { prefix: "&" }, diagnostic_location, []) when :ambiguous_prefix_star Diagnostic.new(:warning, :ambiguous_prefix, { prefix: "*" }, diagnostic_location, []) when :ambiguous_prefix_star_star Diagnostic.new(:warning, :ambiguous_prefix, { prefix: "**" }, diagnostic_location, []) when :ambiguous_slash Diagnostic.new(:warning, :ambiguous_regexp, {}, diagnostic_location, []) when :dot_dot_dot_eol Diagnostic.new(:warning, :triple_dot_at_eol, {}, diagnostic_location, []) when :duplicated_hash_key # skip, parser does this on its own else PrismDiagnostic.new(warning.message, :warning, warning.type, diagnostic_location) end end # If there was a error generated during the parse, then raise an # appropriate syntax error. Otherwise return the result. def unwrap(result, offset_cache) result.errors.each do |error| next unless valid_error?(error) diagnostics.process(error_diagnostic(error, offset_cache)) end result.warnings.each do |warning| next unless valid_warning?(warning) diagnostic = warning_diagnostic(warning, offset_cache) diagnostics.process(diagnostic) if diagnostic end result end # Prism deals with offsets in bytes, while the parser gem deals with # offsets in characters. We need to handle this conversion in order to # build the parser gem AST. # # If the bytesize of the source is the same as the length, then we can # just use the offset directly. Otherwise, we build an array where the # index is the byte offset and the value is the character offset. def build_offset_cache(source) if source.bytesize == source.length -> (offset) { offset } else offset_cache = [] offset = 0 source.each_char do |char| char.bytesize.times { offset_cache << offset } offset += 1 end offset_cache << offset end end # Build the parser gem AST from the prism AST. def build_ast(program, offset_cache) program.accept(Compiler.new(self, offset_cache)) end # Build the parser gem comments from the prism comments. def build_comments(comments, offset_cache) comments.map do |comment| ::Parser::Source::Comment.new(build_range(comment.location, offset_cache)) end end # Build the parser gem tokens from the prism tokens. def build_tokens(tokens, offset_cache) Lexer.new(source_buffer, tokens, offset_cache).to_a end # Build a range from a prism location. def build_range(location, offset_cache) ::Parser::Source::Range.new( source_buffer, offset_cache[location.start_offset], offset_cache[location.end_offset] ) end # Converts the version format handled by Parser to the format handled by Prism. def convert_for_prism(version) case version when 33 "3.3.1" when 34 "3.4.0" else "latest" end end require_relative "parser/compiler" require_relative "parser/lexer" private_constant :Compiler private_constant :Lexer end end end PK *J [���,� � / share/ruby/prism/translation/parser/compiler.rbnu �[��� # frozen_string_literal: true module Prism module Translation class Parser # A visitor that knows how to convert a prism syntax tree into the # whitequark/parser gem's syntax tree. class Compiler < ::Prism::Compiler # Raised when the tree is malformed or there is a bug in the compiler. class CompilationError < StandardError end # The Parser::Base instance that is being used to build the AST. attr_reader :parser # The Parser::Builders::Default instance that is being used to build the # AST. attr_reader :builder # The Parser::Source::Buffer instance that is holding a reference to the # source code. attr_reader :source_buffer # The offset cache that is used to map between byte and character # offsets in the file. attr_reader :offset_cache # The types of values that can be forwarded in the current scope. attr_reader :forwarding # Whether or not the current node is in a destructure. attr_reader :in_destructure # Whether or not the current node is in a pattern. attr_reader :in_pattern # Initialize a new compiler with the given parser, offset cache, and # options. def initialize(parser, offset_cache, forwarding: [], in_destructure: false, in_pattern: false) @parser = parser @builder = parser.builder @source_buffer = parser.source_buffer @offset_cache = offset_cache @forwarding = forwarding @in_destructure = in_destructure @in_pattern = in_pattern end # alias foo bar # ^^^^^^^^^^^^^ def visit_alias_method_node(node) builder.alias(token(node.keyword_loc), visit(node.new_name), visit(node.old_name)) end # alias $foo $bar # ^^^^^^^^^^^^^^^ def visit_alias_global_variable_node(node) builder.alias(token(node.keyword_loc), visit(node.new_name), visit(node.old_name)) end # foo => bar | baz # ^^^^^^^^^ def visit_alternation_pattern_node(node) builder.match_alt(visit(node.left), token(node.operator_loc), visit(node.right)) end # a and b # ^^^^^^^ def visit_and_node(node) builder.logical_op(:and, visit(node.left), token(node.operator_loc), visit(node.right)) end # [] # ^^ def visit_array_node(node) builder.array(token(node.opening_loc), visit_all(node.elements), token(node.closing_loc)) end # foo => [bar] # ^^^^^ def visit_array_pattern_node(node) elements = [*node.requireds] elements << node.rest if !node.rest.nil? && !node.rest.is_a?(ImplicitRestNode) elements.concat(node.posts) visited = visit_all(elements) if node.rest.is_a?(ImplicitRestNode) visited[-1] = builder.match_with_trailing_comma(visited[-1], token(node.rest.location)) end if node.constant if visited.empty? builder.const_pattern(visit(node.constant), token(node.opening_loc), builder.array_pattern(token(node.opening_loc), visited, token(node.closing_loc)), token(node.closing_loc)) else builder.const_pattern(visit(node.constant), token(node.opening_loc), builder.array_pattern(nil, visited, nil), token(node.closing_loc)) end else builder.array_pattern(token(node.opening_loc), visited, token(node.closing_loc)) end end # foo(bar) # ^^^ def visit_arguments_node(node) visit_all(node.arguments) end # { a: 1 } # ^^^^ def visit_assoc_node(node) key = node.key if in_pattern if node.value.is_a?(ImplicitNode) if key.is_a?(SymbolNode) if key.opening.nil? builder.match_hash_var([key.unescaped, srange(key.location)]) else builder.match_hash_var_from_str(token(key.opening_loc), [builder.string_internal([key.unescaped, srange(key.value_loc)])], token(key.closing_loc)) end else builder.match_hash_var_from_str(token(key.opening_loc), visit_all(key.parts), token(key.closing_loc)) end elsif key.opening.nil? builder.pair_keyword([key.unescaped, srange(key.location)], visit(node.value)) else builder.pair_quoted(token(key.opening_loc), [builder.string_internal([key.unescaped, srange(key.value_loc)])], token(key.closing_loc), visit(node.value)) end elsif node.value.is_a?(ImplicitNode) if (value = node.value.value).is_a?(LocalVariableReadNode) builder.pair_keyword( [key.unescaped, srange(key)], builder.ident([value.name, srange(key.value_loc)]).updated(:lvar) ) else builder.pair_label([key.unescaped, srange(key.location)]) end elsif node.operator_loc builder.pair(visit(key), token(node.operator_loc), visit(node.value)) elsif key.is_a?(SymbolNode) && key.opening_loc.nil? builder.pair_keyword([key.unescaped, srange(key.location)], visit(node.value)) else parts = if key.is_a?(SymbolNode) [builder.string_internal([key.unescaped, srange(key.value_loc)])] else visit_all(key.parts) end builder.pair_quoted(token(key.opening_loc), parts, token(key.closing_loc), visit(node.value)) end end # def foo(**); bar(**); end # ^^ # # { **foo } # ^^^^^ def visit_assoc_splat_node(node) if in_pattern builder.match_rest(token(node.operator_loc), token(node.value&.location)) elsif node.value.nil? && forwarding.include?(:**) builder.forwarded_kwrestarg(token(node.operator_loc)) else builder.kwsplat(token(node.operator_loc), visit(node.value)) end end # $+ # ^^ def visit_back_reference_read_node(node) builder.back_ref(token(node.location)) end # begin end # ^^^^^^^^^ def visit_begin_node(node) rescue_bodies = [] if (rescue_clause = node.rescue_clause) begin find_start_offset = (rescue_clause.reference&.location || rescue_clause.exceptions.last&.location || rescue_clause.keyword_loc).end_offset find_end_offset = (rescue_clause.statements&.location&.start_offset || rescue_clause.subsequent&.location&.start_offset || (find_start_offset + 1)) rescue_bodies << builder.rescue_body( token(rescue_clause.keyword_loc), rescue_clause.exceptions.any? ? builder.array(nil, visit_all(rescue_clause.exceptions), nil) : nil, token(rescue_clause.operator_loc), visit(rescue_clause.reference), srange_find(find_start_offset, find_end_offset, ";"), visit(rescue_clause.statements) ) end until (rescue_clause = rescue_clause.subsequent).nil? end begin_body = builder.begin_body( visit(node.statements), rescue_bodies, token(node.else_clause&.else_keyword_loc), visit(node.else_clause), token(node.ensure_clause&.ensure_keyword_loc), visit(node.ensure_clause&.statements) ) if node.begin_keyword_loc builder.begin_keyword(token(node.begin_keyword_loc), begin_body, token(node.end_keyword_loc)) else begin_body end end # foo(&bar) # ^^^^ def visit_block_argument_node(node) builder.block_pass(token(node.operator_loc), visit(node.expression)) end # foo { |; bar| } # ^^^ def visit_block_local_variable_node(node) builder.shadowarg(token(node.location)) end # A block on a keyword or method call. def visit_block_node(node) raise CompilationError, "Cannot directly compile block nodes" end # def foo(&bar); end # ^^^^ def visit_block_parameter_node(node) builder.blockarg(token(node.operator_loc), token(node.name_loc)) end # A block's parameters. def visit_block_parameters_node(node) [*visit(node.parameters)].concat(visit_all(node.locals)) end # break # ^^^^^ # # break foo # ^^^^^^^^^ def visit_break_node(node) builder.keyword_cmd(:break, token(node.keyword_loc), nil, visit(node.arguments) || [], nil) end # foo # ^^^ # # foo.bar # ^^^^^^^ # # foo.bar() {} # ^^^^^^^^^^^^ def visit_call_node(node) name = node.name arguments = node.arguments&.arguments || [] block = node.block if block.is_a?(BlockArgumentNode) arguments = [*arguments, block] block = nil end if node.call_operator_loc.nil? case name when :-@ case (receiver = node.receiver).type when :integer_node, :float_node, :rational_node, :imaginary_node return visit(numeric_negate(node.message_loc, receiver)) end when :! return visit_block(builder.not_op(token(node.message_loc), token(node.opening_loc), visit(node.receiver), token(node.closing_loc)), block) when :=~ if (receiver = node.receiver).is_a?(RegularExpressionNode) return builder.match_op(visit(receiver), token(node.message_loc), visit(node.arguments.arguments.first)) end when :[] return visit_block(builder.index(visit(node.receiver), token(node.opening_loc), visit_all(arguments), token(node.closing_loc)), block) when :[]= if node.message != "[]=" && node.arguments && block.nil? && !node.safe_navigation? arguments = node.arguments.arguments[...-1] arguments << node.block if node.block return visit_block( builder.assign( builder.index_asgn( visit(node.receiver), token(node.opening_loc), visit_all(arguments), token(node.closing_loc), ), srange_find(node.message_loc.end_offset, node.arguments.arguments.last.location.start_offset, "="), visit(node.arguments.arguments.last) ), block ) end end end message_loc = node.message_loc call_operator_loc = node.call_operator_loc call_operator = [{ "." => :dot, "&." => :anddot, "::" => "::" }.fetch(call_operator_loc.slice), srange(call_operator_loc)] if call_operator_loc visit_block( if name.end_with?("=") && !message_loc.slice.end_with?("=") && node.arguments && block.nil? builder.assign( builder.attr_asgn(visit(node.receiver), call_operator, token(message_loc)), srange_find(message_loc.end_offset, node.arguments.location.start_offset, "="), visit(node.arguments.arguments.last) ) else builder.call_method( visit(node.receiver), call_operator, message_loc ? [node.name, srange(message_loc)] : nil, token(node.opening_loc), visit_all(arguments), token(node.closing_loc) ) end, block ) end # foo.bar += baz # ^^^^^^^^^^^^^^^ def visit_call_operator_write_node(node) call_operator_loc = node.call_operator_loc builder.op_assign( builder.call_method( visit(node.receiver), call_operator_loc.nil? ? nil : [{ "." => :dot, "&." => :anddot, "::" => "::" }.fetch(call_operator_loc.slice), srange(call_operator_loc)], node.message_loc ? [node.read_name, srange(node.message_loc)] : nil, nil, [], nil ), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # foo.bar &&= baz # ^^^^^^^^^^^^^^^ def visit_call_and_write_node(node) call_operator_loc = node.call_operator_loc builder.op_assign( builder.call_method( visit(node.receiver), call_operator_loc.nil? ? nil : [{ "." => :dot, "&." => :anddot, "::" => "::" }.fetch(call_operator_loc.slice), srange(call_operator_loc)], node.message_loc ? [node.read_name, srange(node.message_loc)] : nil, nil, [], nil ), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # foo.bar ||= baz # ^^^^^^^^^^^^^^^ def visit_call_or_write_node(node) call_operator_loc = node.call_operator_loc builder.op_assign( builder.call_method( visit(node.receiver), call_operator_loc.nil? ? nil : [{ "." => :dot, "&." => :anddot, "::" => "::" }.fetch(call_operator_loc.slice), srange(call_operator_loc)], node.message_loc ? [node.read_name, srange(node.message_loc)] : nil, nil, [], nil ), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # foo.bar, = 1 # ^^^^^^^ def visit_call_target_node(node) call_operator_loc = node.call_operator_loc builder.attr_asgn( visit(node.receiver), call_operator_loc.nil? ? nil : [{ "." => :dot, "&." => :anddot, "::" => "::" }.fetch(call_operator_loc.slice), srange(call_operator_loc)], token(node.message_loc) ) end # foo => bar => baz # ^^^^^^^^^^ def visit_capture_pattern_node(node) builder.match_as(visit(node.value), token(node.operator_loc), visit(node.target)) end # case foo; when bar; end # ^^^^^^^^^^^^^^^^^^^^^^^ def visit_case_node(node) builder.case( token(node.case_keyword_loc), visit(node.predicate), visit_all(node.conditions), token(node.else_clause&.else_keyword_loc), visit(node.else_clause), token(node.end_keyword_loc) ) end # case foo; in bar; end # ^^^^^^^^^^^^^^^^^^^^^ def visit_case_match_node(node) builder.case_match( token(node.case_keyword_loc), visit(node.predicate), visit_all(node.conditions), token(node.else_clause&.else_keyword_loc), visit(node.else_clause), token(node.end_keyword_loc) ) end # class Foo; end # ^^^^^^^^^^^^^^ def visit_class_node(node) builder.def_class( token(node.class_keyword_loc), visit(node.constant_path), token(node.inheritance_operator_loc), visit(node.superclass), node.body&.accept(copy_compiler(forwarding: [])), token(node.end_keyword_loc) ) end # @@foo # ^^^^^ def visit_class_variable_read_node(node) builder.cvar(token(node.location)) end # @@foo = 1 # ^^^^^^^^^ def visit_class_variable_write_node(node) builder.assign( builder.assignable(builder.cvar(token(node.name_loc))), token(node.operator_loc), visit(node.value) ) end # @@foo += bar # ^^^^^^^^^^^^ def visit_class_variable_operator_write_node(node) builder.op_assign( builder.assignable(builder.cvar(token(node.name_loc))), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # @@foo &&= bar # ^^^^^^^^^^^^^ def visit_class_variable_and_write_node(node) builder.op_assign( builder.assignable(builder.cvar(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # @@foo ||= bar # ^^^^^^^^^^^^^ def visit_class_variable_or_write_node(node) builder.op_assign( builder.assignable(builder.cvar(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # @@foo, = bar # ^^^^^ def visit_class_variable_target_node(node) builder.assignable(builder.cvar(token(node.location))) end # Foo # ^^^ def visit_constant_read_node(node) builder.const([node.name, srange(node.location)]) end # Foo = 1 # ^^^^^^^ # # Foo, Bar = 1 # ^^^ ^^^ def visit_constant_write_node(node) builder.assign(builder.assignable(builder.const([node.name, srange(node.name_loc)])), token(node.operator_loc), visit(node.value)) end # Foo += bar # ^^^^^^^^^^^ def visit_constant_operator_write_node(node) builder.op_assign( builder.assignable(builder.const([node.name, srange(node.name_loc)])), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # Foo &&= bar # ^^^^^^^^^^^^ def visit_constant_and_write_node(node) builder.op_assign( builder.assignable(builder.const([node.name, srange(node.name_loc)])), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # Foo ||= bar # ^^^^^^^^^^^^ def visit_constant_or_write_node(node) builder.op_assign( builder.assignable(builder.const([node.name, srange(node.name_loc)])), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # Foo, = bar # ^^^ def visit_constant_target_node(node) builder.assignable(builder.const([node.name, srange(node.location)])) end # Foo::Bar # ^^^^^^^^ def visit_constant_path_node(node) if node.parent.nil? builder.const_global( token(node.delimiter_loc), [node.name, srange(node.name_loc)] ) else builder.const_fetch( visit(node.parent), token(node.delimiter_loc), [node.name, srange(node.name_loc)] ) end end # Foo::Bar = 1 # ^^^^^^^^^^^^ # # Foo::Foo, Bar::Bar = 1 # ^^^^^^^^ ^^^^^^^^ def visit_constant_path_write_node(node) builder.assign( builder.assignable(visit(node.target)), token(node.operator_loc), visit(node.value) ) end # Foo::Bar += baz # ^^^^^^^^^^^^^^^ def visit_constant_path_operator_write_node(node) builder.op_assign( builder.assignable(visit(node.target)), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # Foo::Bar &&= baz # ^^^^^^^^^^^^^^^^ def visit_constant_path_and_write_node(node) builder.op_assign( builder.assignable(visit(node.target)), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # Foo::Bar ||= baz # ^^^^^^^^^^^^^^^^ def visit_constant_path_or_write_node(node) builder.op_assign( builder.assignable(visit(node.target)), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # Foo::Bar, = baz # ^^^^^^^^ def visit_constant_path_target_node(node) builder.assignable(visit_constant_path_node(node)) end # def foo; end # ^^^^^^^^^^^^ # # def self.foo; end # ^^^^^^^^^^^^^^^^^ def visit_def_node(node) if node.equal_loc if node.receiver builder.def_endless_singleton( token(node.def_keyword_loc), visit(node.receiver.is_a?(ParenthesesNode) ? node.receiver.body : node.receiver), token(node.operator_loc), token(node.name_loc), builder.args(token(node.lparen_loc), visit(node.parameters) || [], token(node.rparen_loc), false), token(node.equal_loc), node.body&.accept(copy_compiler(forwarding: find_forwarding(node.parameters))) ) else builder.def_endless_method( token(node.def_keyword_loc), token(node.name_loc), builder.args(token(node.lparen_loc), visit(node.parameters) || [], token(node.rparen_loc), false), token(node.equal_loc), node.body&.accept(copy_compiler(forwarding: find_forwarding(node.parameters))) ) end elsif node.receiver builder.def_singleton( token(node.def_keyword_loc), visit(node.receiver.is_a?(ParenthesesNode) ? node.receiver.body : node.receiver), token(node.operator_loc), token(node.name_loc), builder.args(token(node.lparen_loc), visit(node.parameters) || [], token(node.rparen_loc), false), node.body&.accept(copy_compiler(forwarding: find_forwarding(node.parameters))), token(node.end_keyword_loc) ) else builder.def_method( token(node.def_keyword_loc), token(node.name_loc), builder.args(token(node.lparen_loc), visit(node.parameters) || [], token(node.rparen_loc), false), node.body&.accept(copy_compiler(forwarding: find_forwarding(node.parameters))), token(node.end_keyword_loc) ) end end # defined? a # ^^^^^^^^^^ # # defined?(a) # ^^^^^^^^^^^ def visit_defined_node(node) builder.keyword_cmd( :defined?, token(node.keyword_loc), token(node.lparen_loc), [visit(node.value)], token(node.rparen_loc) ) end # if foo then bar else baz end # ^^^^^^^^^^^^ def visit_else_node(node) visit(node.statements) end # "foo #{bar}" # ^^^^^^ def visit_embedded_statements_node(node) builder.begin( token(node.opening_loc), visit(node.statements), token(node.closing_loc) ) end # "foo #@bar" # ^^^^^ def visit_embedded_variable_node(node) visit(node.variable) end # begin; foo; ensure; bar; end # ^^^^^^^^^^^^ def visit_ensure_node(node) raise CompilationError, "Cannot directly compile ensure nodes" end # false # ^^^^^ def visit_false_node(node) builder.false(token(node.location)) end # foo => [*, bar, *] # ^^^^^^^^^^^ def visit_find_pattern_node(node) elements = [node.left, *node.requireds, node.right] if node.constant builder.const_pattern(visit(node.constant), token(node.opening_loc), builder.find_pattern(nil, visit_all(elements), nil), token(node.closing_loc)) else builder.find_pattern(token(node.opening_loc), visit_all(elements), token(node.closing_loc)) end end # 1.0 # ^^^ def visit_float_node(node) visit_numeric(node, builder.float([node.value, srange(node.location)])) end # for foo in bar do end # ^^^^^^^^^^^^^^^^^^^^^ def visit_for_node(node) builder.for( token(node.for_keyword_loc), visit(node.index), token(node.in_keyword_loc), visit(node.collection), if (do_keyword_loc = node.do_keyword_loc) token(do_keyword_loc) else srange_find(node.collection.location.end_offset, (node.statements&.location || node.end_keyword_loc).start_offset, ";") end, visit(node.statements), token(node.end_keyword_loc) ) end # def foo(...); bar(...); end # ^^^ def visit_forwarding_arguments_node(node) builder.forwarded_args(token(node.location)) end # def foo(...); end # ^^^ def visit_forwarding_parameter_node(node) builder.forward_arg(token(node.location)) end # super # ^^^^^ # # super {} # ^^^^^^^^ def visit_forwarding_super_node(node) visit_block( builder.keyword_cmd( :zsuper, ["super", srange_offsets(node.location.start_offset, node.location.start_offset + 5)] ), node.block ) end # $foo # ^^^^ def visit_global_variable_read_node(node) builder.gvar(token(node.location)) end # $foo = 1 # ^^^^^^^^ def visit_global_variable_write_node(node) builder.assign( builder.assignable(builder.gvar(token(node.name_loc))), token(node.operator_loc), visit(node.value) ) end # $foo += bar # ^^^^^^^^^^^ def visit_global_variable_operator_write_node(node) builder.op_assign( builder.assignable(builder.gvar(token(node.name_loc))), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # $foo &&= bar # ^^^^^^^^^^^^ def visit_global_variable_and_write_node(node) builder.op_assign( builder.assignable(builder.gvar(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # $foo ||= bar # ^^^^^^^^^^^^ def visit_global_variable_or_write_node(node) builder.op_assign( builder.assignable(builder.gvar(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # $foo, = bar # ^^^^ def visit_global_variable_target_node(node) builder.assignable(builder.gvar([node.slice, srange(node.location)])) end # {} # ^^ def visit_hash_node(node) builder.associate( token(node.opening_loc), visit_all(node.elements), token(node.closing_loc) ) end # foo => {} # ^^ def visit_hash_pattern_node(node) elements = [*node.elements, *node.rest] if node.constant builder.const_pattern(visit(node.constant), token(node.opening_loc), builder.hash_pattern(nil, visit_all(elements), nil), token(node.closing_loc)) else builder.hash_pattern(token(node.opening_loc), visit_all(elements), token(node.closing_loc)) end end # if foo then bar end # ^^^^^^^^^^^^^^^^^^^ # # bar if foo # ^^^^^^^^^^ # # foo ? bar : baz # ^^^^^^^^^^^^^^^ def visit_if_node(node) if !node.if_keyword_loc builder.ternary( visit(node.predicate), token(node.then_keyword_loc), visit(node.statements), token(node.subsequent.else_keyword_loc), visit(node.subsequent) ) elsif node.if_keyword_loc.start_offset == node.location.start_offset builder.condition( token(node.if_keyword_loc), visit(node.predicate), if (then_keyword_loc = node.then_keyword_loc) token(then_keyword_loc) else srange_find(node.predicate.location.end_offset, (node.statements&.location || node.subsequent&.location || node.end_keyword_loc).start_offset, ";") end, visit(node.statements), case node.subsequent when IfNode token(node.subsequent.if_keyword_loc) when ElseNode token(node.subsequent.else_keyword_loc) end, visit(node.subsequent), if node.if_keyword != "elsif" token(node.end_keyword_loc) end ) else builder.condition_mod( visit(node.statements), visit(node.subsequent), token(node.if_keyword_loc), visit(node.predicate) ) end end # 1i # ^^ def visit_imaginary_node(node) visit_numeric(node, builder.complex([Complex(0, node.numeric.value), srange(node.location)])) end # { foo: } # ^^^^ def visit_implicit_node(node) raise CompilationError, "Cannot directly compile implicit nodes" end # foo { |bar,| } # ^ def visit_implicit_rest_node(node) raise CompilationError, "Cannot compile implicit rest nodes" end # case foo; in bar; end # ^^^^^^^^^^^^^^^^^^^^^ def visit_in_node(node) pattern = nil guard = nil case node.pattern when IfNode pattern = within_pattern { |compiler| node.pattern.statements.accept(compiler) } guard = builder.if_guard(token(node.pattern.if_keyword_loc), visit(node.pattern.predicate)) when UnlessNode pattern = within_pattern { |compiler| node.pattern.statements.accept(compiler) } guard = builder.unless_guard(token(node.pattern.keyword_loc), visit(node.pattern.predicate)) else pattern = within_pattern { |compiler| node.pattern.accept(compiler) } end builder.in_pattern( token(node.in_loc), pattern, guard, if (then_loc = node.then_loc) token(then_loc) else srange_find(node.pattern.location.end_offset, node.statements&.location&.start_offset, ";") end, visit(node.statements) ) end # foo[bar] += baz # ^^^^^^^^^^^^^^^ def visit_index_operator_write_node(node) arguments = node.arguments&.arguments || [] arguments << node.block if node.block builder.op_assign( builder.index( visit(node.receiver), token(node.opening_loc), visit_all(arguments), token(node.closing_loc) ), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # foo[bar] &&= baz # ^^^^^^^^^^^^^^^^ def visit_index_and_write_node(node) arguments = node.arguments&.arguments || [] arguments << node.block if node.block builder.op_assign( builder.index( visit(node.receiver), token(node.opening_loc), visit_all(arguments), token(node.closing_loc) ), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # foo[bar] ||= baz # ^^^^^^^^^^^^^^^^ def visit_index_or_write_node(node) arguments = node.arguments&.arguments || [] arguments << node.block if node.block builder.op_assign( builder.index( visit(node.receiver), token(node.opening_loc), visit_all(arguments), token(node.closing_loc) ), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # foo[bar], = 1 # ^^^^^^^^ def visit_index_target_node(node) builder.index_asgn( visit(node.receiver), token(node.opening_loc), visit_all(node.arguments.arguments), token(node.closing_loc), ) end # @foo # ^^^^ def visit_instance_variable_read_node(node) builder.ivar(token(node.location)) end # @foo = 1 # ^^^^^^^^ def visit_instance_variable_write_node(node) builder.assign( builder.assignable(builder.ivar(token(node.name_loc))), token(node.operator_loc), visit(node.value) ) end # @foo += bar # ^^^^^^^^^^^ def visit_instance_variable_operator_write_node(node) builder.op_assign( builder.assignable(builder.ivar(token(node.name_loc))), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # @foo &&= bar # ^^^^^^^^^^^^ def visit_instance_variable_and_write_node(node) builder.op_assign( builder.assignable(builder.ivar(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # @foo ||= bar # ^^^^^^^^^^^^ def visit_instance_variable_or_write_node(node) builder.op_assign( builder.assignable(builder.ivar(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # @foo, = bar # ^^^^ def visit_instance_variable_target_node(node) builder.assignable(builder.ivar(token(node.location))) end # 1 # ^ def visit_integer_node(node) visit_numeric(node, builder.integer([node.value, srange(node.location)])) end # /foo #{bar}/ # ^^^^^^^^^^^^ def visit_interpolated_regular_expression_node(node) builder.regexp_compose( token(node.opening_loc), visit_all(node.parts), [node.closing[0], srange_offsets(node.closing_loc.start_offset, node.closing_loc.start_offset + 1)], builder.regexp_options([node.closing[1..], srange_offsets(node.closing_loc.start_offset + 1, node.closing_loc.end_offset)]) ) end # if /foo #{bar}/ then end # ^^^^^^^^^^^^ alias visit_interpolated_match_last_line_node visit_interpolated_regular_expression_node # "foo #{bar}" # ^^^^^^^^^^^^ def visit_interpolated_string_node(node) if node.heredoc? return visit_heredoc(node) { |children, closing| builder.string_compose(token(node.opening_loc), children, closing) } end parts = if node.parts.one? { |part| part.type == :string_node } node.parts.flat_map do |node| if node.type == :string_node && node.unescaped.lines.count >= 2 start_offset = node.content_loc.start_offset node.unescaped.lines.map do |line| end_offset = start_offset + line.length offsets = srange_offsets(start_offset, end_offset) start_offset = end_offset builder.string_internal([line, offsets]) end else visit(node) end end else visit_all(node.parts) end builder.string_compose( token(node.opening_loc), parts, token(node.closing_loc) ) end # :"foo #{bar}" # ^^^^^^^^^^^^^ def visit_interpolated_symbol_node(node) builder.symbol_compose( token(node.opening_loc), visit_all(node.parts), token(node.closing_loc) ) end # `foo #{bar}` # ^^^^^^^^^^^^ def visit_interpolated_x_string_node(node) if node.heredoc? visit_heredoc(node) { |children, closing| builder.xstring_compose(token(node.opening_loc), children, closing) } else builder.xstring_compose( token(node.opening_loc), visit_all(node.parts), token(node.closing_loc) ) end end # -> { it } # ^^ def visit_it_local_variable_read_node(node) builder.ident([:it, srange(node.location)]).updated(:lvar) end # -> { it } # ^^^^^^^^^ def visit_it_parameters_node(node) builder.args(nil, [], nil, false) end # foo(bar: baz) # ^^^^^^^^ def visit_keyword_hash_node(node) builder.associate(nil, visit_all(node.elements), nil) end # def foo(**bar); end # ^^^^^ # # def foo(**); end # ^^ def visit_keyword_rest_parameter_node(node) builder.kwrestarg( token(node.operator_loc), node.name ? [node.name, srange(node.name_loc)] : nil ) end # -> {} # ^^^^^ def visit_lambda_node(node) parameters = node.parameters implicit_parameters = parameters.is_a?(NumberedParametersNode) || parameters.is_a?(ItParametersNode) builder.block( builder.call_lambda(token(node.operator_loc)), [node.opening, srange(node.opening_loc)], if parameters.nil? builder.args(nil, [], nil, false) elsif implicit_parameters visit(node.parameters) else builder.args( token(node.parameters.opening_loc), visit(node.parameters), token(node.parameters.closing_loc), false ) end, node.body&.accept(copy_compiler(forwarding: implicit_parameters ? [] : find_forwarding(parameters&.parameters))), [node.closing, srange(node.closing_loc)] ) end # foo # ^^^ def visit_local_variable_read_node(node) builder.ident([node.name, srange(node.location)]).updated(:lvar) end # foo = 1 # ^^^^^^^ def visit_local_variable_write_node(node) builder.assign( builder.assignable(builder.ident(token(node.name_loc))), token(node.operator_loc), visit(node.value) ) end # foo += bar # ^^^^^^^^^^ def visit_local_variable_operator_write_node(node) builder.op_assign( builder.assignable(builder.ident(token(node.name_loc))), [node.binary_operator_loc.slice.chomp("="), srange(node.binary_operator_loc)], visit(node.value) ) end # foo &&= bar # ^^^^^^^^^^^ def visit_local_variable_and_write_node(node) builder.op_assign( builder.assignable(builder.ident(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # foo ||= bar # ^^^^^^^^^^^ def visit_local_variable_or_write_node(node) builder.op_assign( builder.assignable(builder.ident(token(node.name_loc))), [node.operator_loc.slice.chomp("="), srange(node.operator_loc)], visit(node.value) ) end # foo, = bar # ^^^ def visit_local_variable_target_node(node) if in_pattern builder.assignable(builder.match_var([node.name, srange(node.location)])) else builder.assignable(builder.ident(token(node.location))) end end # foo in bar # ^^^^^^^^^^ def visit_match_predicate_node(node) builder.match_pattern_p( visit(node.value), token(node.operator_loc), within_pattern { |compiler| node.pattern.accept(compiler) } ) end # foo => bar # ^^^^^^^^^^ def visit_match_required_node(node) builder.match_pattern( visit(node.value), token(node.operator_loc), within_pattern { |compiler| node.pattern.accept(compiler) } ) end # /(?<foo>foo)/ =~ bar # ^^^^^^^^^^^^^^^^^^^^ def visit_match_write_node(node) builder.match_op( visit(node.call.receiver), token(node.call.message_loc), visit(node.call.arguments.arguments.first) ) end # A node that is missing from the syntax tree. This is only used in the # case of a syntax error. The parser gem doesn't have such a concept, so # we invent our own here. def visit_missing_node(node) ::AST::Node.new(:missing, [], location: ::Parser::Source::Map.new(srange(node.location))) end # module Foo; end # ^^^^^^^^^^^^^^^ def visit_module_node(node) builder.def_module( token(node.module_keyword_loc), visit(node.constant_path), node.body&.accept(copy_compiler(forwarding: [])), token(node.end_keyword_loc) ) end # foo, bar = baz # ^^^^^^^^ def visit_multi_target_node(node) builder.multi_lhs( token(node.lparen_loc), visit_all(multi_target_elements(node)), token(node.rparen_loc) ) end # foo, bar = baz # ^^^^^^^^^^^^^^ def visit_multi_write_node(node) elements = multi_target_elements(node) if elements.length == 1 && elements.first.is_a?(MultiTargetNode) elements = multi_target_elements(elements.first) end builder.multi_assign( builder.multi_lhs( token(node.lparen_loc), visit_all(elements), token(node.rparen_loc) ), token(node.operator_loc), visit(node.value) ) end # next # ^^^^ # # next foo # ^^^^^^^^ def visit_next_node(node) builder.keyword_cmd( :next, token(node.keyword_loc), nil, visit(node.arguments) || [], nil ) end # nil # ^^^ def visit_nil_node(node) builder.nil(token(node.location)) end # def foo(**nil); end # ^^^^^ def visit_no_keywords_parameter_node(node) if in_pattern builder.match_nil_pattern(token(node.operator_loc), token(node.keyword_loc)) else builder.kwnilarg(token(node.operator_loc), token(node.keyword_loc)) end end # -> { _1 + _2 } # ^^^^^^^^^^^^^^ def visit_numbered_parameters_node(node) builder.numargs(node.maximum) end # $1 # ^^ def visit_numbered_reference_read_node(node) builder.nth_ref([node.number, srange(node.location)]) end # def foo(bar: baz); end # ^^^^^^^^ def visit_optional_keyword_parameter_node(node) builder.kwoptarg([node.name, srange(node.name_loc)], visit(node.value)) end # def foo(bar = 1); end # ^^^^^^^ def visit_optional_parameter_node(node) builder.optarg(token(node.name_loc), token(node.operator_loc), visit(node.value)) end # a or b # ^^^^^^ def visit_or_node(node) builder.logical_op(:or, visit(node.left), token(node.operator_loc), visit(node.right)) end # def foo(bar, *baz); end # ^^^^^^^^^ def visit_parameters_node(node) params = [] if node.requireds.any? node.requireds.each do |required| params << if required.is_a?(RequiredParameterNode) visit(required) else required.accept(copy_compiler(in_destructure: true)) end end end params.concat(visit_all(node.optionals)) if node.optionals.any? params << visit(node.rest) if !node.rest.nil? && !node.rest.is_a?(ImplicitRestNode) if node.posts.any? node.posts.each do |post| params << if post.is_a?(RequiredParameterNode) visit(post) else post.accept(copy_compiler(in_destructure: true)) end end end params.concat(visit_all(node.keywords)) if node.keywords.any? params << visit(node.keyword_rest) if !node.keyword_rest.nil? params << visit(node.block) if !node.block.nil? params end # () # ^^ # # (1) # ^^^ def visit_parentheses_node(node) builder.begin( token(node.opening_loc), visit(node.body), token(node.closing_loc) ) end # foo => ^(bar) # ^^^^^^ def visit_pinned_expression_node(node) expression = builder.begin(token(node.lparen_loc), visit(node.expression), token(node.rparen_loc)) builder.pin(token(node.operator_loc), expression) end # foo = 1 and bar => ^foo # ^^^^ def visit_pinned_variable_node(node) builder.pin(token(node.operator_loc), visit(node.variable)) end # END {} def visit_post_execution_node(node) builder.postexe( token(node.keyword_loc), token(node.opening_loc), visit(node.statements), token(node.closing_loc) ) end # BEGIN {} def visit_pre_execution_node(node) builder.preexe( token(node.keyword_loc), token(node.opening_loc), visit(node.statements), token(node.closing_loc) ) end # The top-level program node. def visit_program_node(node) visit(node.statements) end # 0..5 # ^^^^ def visit_range_node(node) if node.exclude_end? builder.range_exclusive( visit(node.left), token(node.operator_loc), visit(node.right) ) else builder.range_inclusive( visit(node.left), token(node.operator_loc), visit(node.right) ) end end # if foo .. bar; end # ^^^^^^^^^^ alias visit_flip_flop_node visit_range_node # 1r # ^^ def visit_rational_node(node) visit_numeric(node, builder.rational([node.value, srange(node.location)])) end # redo # ^^^^ def visit_redo_node(node) builder.keyword_cmd(:redo, token(node.location)) end # /foo/ # ^^^^^ def visit_regular_expression_node(node) content = node.content parts = if content.include?("\n") offset = node.content_loc.start_offset content.lines.map do |line| builder.string_internal([line, srange_offsets(offset, offset += line.bytesize)]) end else [builder.string_internal(token(node.content_loc))] end builder.regexp_compose( token(node.opening_loc), parts, [node.closing[0], srange_offsets(node.closing_loc.start_offset, node.closing_loc.start_offset + 1)], builder.regexp_options([node.closing[1..], srange_offsets(node.closing_loc.start_offset + 1, node.closing_loc.end_offset)]) ) end # if /foo/ then end # ^^^^^ alias visit_match_last_line_node visit_regular_expression_node # def foo(bar:); end # ^^^^ def visit_required_keyword_parameter_node(node) builder.kwarg([node.name, srange(node.name_loc)]) end # def foo(bar); end # ^^^ def visit_required_parameter_node(node) builder.arg(token(node.location)) end # foo rescue bar # ^^^^^^^^^^^^^^ def visit_rescue_modifier_node(node) builder.begin_body( visit(node.expression), [ builder.rescue_body( token(node.keyword_loc), nil, nil, nil, nil, visit(node.rescue_expression) ) ] ) end # begin; rescue; end # ^^^^^^^ def visit_rescue_node(node) raise CompilationError, "Cannot directly compile rescue nodes" end # def foo(*bar); end # ^^^^ # # def foo(*); end # ^ def visit_rest_parameter_node(node) builder.restarg(token(node.operator_loc), token(node.name_loc)) end # retry # ^^^^^ def visit_retry_node(node) builder.keyword_cmd(:retry, token(node.location)) end # return # ^^^^^^ # # return 1 # ^^^^^^^^ def visit_return_node(node) builder.keyword_cmd( :return, token(node.keyword_loc), nil, visit(node.arguments) || [], nil ) end # self # ^^^^ def visit_self_node(node) builder.self(token(node.location)) end # A shareable constant. def visit_shareable_constant_node(node) visit(node.write) end # class << self; end # ^^^^^^^^^^^^^^^^^^ def visit_singleton_class_node(node) builder.def_sclass( token(node.class_keyword_loc), token(node.operator_loc), visit(node.expression), node.body&.accept(copy_compiler(forwarding: [])), token(node.end_keyword_loc) ) end # __ENCODING__ # ^^^^^^^^^^^^ def visit_source_encoding_node(node) builder.accessible(builder.__ENCODING__(token(node.location))) end # __FILE__ # ^^^^^^^^ def visit_source_file_node(node) builder.accessible(builder.__FILE__(token(node.location))) end # __LINE__ # ^^^^^^^^ def visit_source_line_node(node) builder.accessible(builder.__LINE__(token(node.location))) end # foo(*bar) # ^^^^ # # def foo((bar, *baz)); end # ^^^^ # # def foo(*); bar(*); end # ^ def visit_splat_node(node) if node.expression.nil? && forwarding.include?(:*) builder.forwarded_restarg(token(node.operator_loc)) elsif in_destructure builder.restarg(token(node.operator_loc), token(node.expression&.location)) elsif in_pattern builder.match_rest(token(node.operator_loc), token(node.expression&.location)) else builder.splat(token(node.operator_loc), visit(node.expression)) end end # A list of statements. def visit_statements_node(node) builder.compstmt(visit_all(node.body)) end # "foo" # ^^^^^ def visit_string_node(node) if node.heredoc? visit_heredoc(node.to_interpolated) { |children, closing| builder.string_compose(token(node.opening_loc), children, closing) } elsif node.opening == "?" builder.character([node.unescaped, srange(node.location)]) elsif node.opening&.start_with?("%") && node.unescaped.empty? builder.string_compose(token(node.opening_loc), [], token(node.closing_loc)) else content_lines = node.content.lines unescaped_lines = node.unescaped.lines parts = if content_lines.length <= 1 || unescaped_lines.length <= 1 [builder.string_internal([node.unescaped, srange(node.content_loc)])] elsif content_lines.length != unescaped_lines.length # This occurs when we have line continuations in the string. We # need to come back and fix this, but for now this stops the # code from breaking when we encounter it because of trying to # transpose arrays of different lengths. [builder.string_internal([node.unescaped, srange(node.content_loc)])] else start_offset = node.content_loc.start_offset [content_lines, unescaped_lines].transpose.map do |content_line, unescaped_line| end_offset = start_offset + content_line.length offsets = srange_offsets(start_offset, end_offset) start_offset = end_offset builder.string_internal([unescaped_line, offsets]) end end builder.string_compose( token(node.opening_loc), parts, token(node.closing_loc) ) end end # super(foo) # ^^^^^^^^^^ def visit_super_node(node) arguments = node.arguments&.arguments || [] block = node.block if block.is_a?(BlockArgumentNode) arguments = [*arguments, block] block = nil end visit_block( builder.keyword_cmd( :super, token(node.keyword_loc), token(node.lparen_loc), visit_all(arguments), token(node.rparen_loc) ), block ) end # :foo # ^^^^ def visit_symbol_node(node) if node.closing_loc.nil? if node.opening_loc.nil? builder.symbol_internal([node.unescaped, srange(node.location)]) else builder.symbol([node.unescaped, srange(node.location)]) end else parts = if node.value.lines.one? [builder.string_internal([node.unescaped, srange(node.value_loc)])] else start_offset = node.value_loc.start_offset node.value.lines.map do |line| end_offset = start_offset + line.length offsets = srange_offsets(start_offset, end_offset) start_offset = end_offset builder.string_internal([line, offsets]) end end builder.symbol_compose( token(node.opening_loc), parts, token(node.closing_loc) ) end end # true # ^^^^ def visit_true_node(node) builder.true(token(node.location)) end # undef foo # ^^^^^^^^^ def visit_undef_node(node) builder.undef_method(token(node.keyword_loc), visit_all(node.names)) end # unless foo; bar end # ^^^^^^^^^^^^^^^^^^^ # # bar unless foo # ^^^^^^^^^^^^^^ def visit_unless_node(node) if node.keyword_loc.start_offset == node.location.start_offset builder.condition( token(node.keyword_loc), visit(node.predicate), if (then_keyword_loc = node.then_keyword_loc) token(then_keyword_loc) else srange_find(node.predicate.location.end_offset, (node.statements&.location || node.else_clause&.location || node.end_keyword_loc).start_offset, ";") end, visit(node.else_clause), token(node.else_clause&.else_keyword_loc), visit(node.statements), token(node.end_keyword_loc) ) else builder.condition_mod( visit(node.else_clause), visit(node.statements), token(node.keyword_loc), visit(node.predicate) ) end end # until foo; bar end # ^^^^^^^^^^^^^^^^^^ # # bar until foo # ^^^^^^^^^^^^^ def visit_until_node(node) if node.location.start_offset == node.keyword_loc.start_offset builder.loop( :until, token(node.keyword_loc), visit(node.predicate), if (do_keyword_loc = node.do_keyword_loc) token(do_keyword_loc) else srange_find(node.predicate.location.end_offset, (node.statements&.location || node.closing_loc).start_offset, ";") end, visit(node.statements), token(node.closing_loc) ) else builder.loop_mod( :until, visit(node.statements), token(node.keyword_loc), visit(node.predicate) ) end end # case foo; when bar; end # ^^^^^^^^^^^^^ def visit_when_node(node) builder.when( token(node.keyword_loc), visit_all(node.conditions), if (then_keyword_loc = node.then_keyword_loc) token(then_keyword_loc) else srange_find(node.conditions.last.location.end_offset, node.statements&.location&.start_offset, ";") end, visit(node.statements) ) end # while foo; bar end # ^^^^^^^^^^^^^^^^^^ # # bar while foo # ^^^^^^^^^^^^^ def visit_while_node(node) if node.location.start_offset == node.keyword_loc.start_offset builder.loop( :while, token(node.keyword_loc), visit(node.predicate), if (do_keyword_loc = node.do_keyword_loc) token(do_keyword_loc) else srange_find(node.predicate.location.end_offset, (node.statements&.location || node.closing_loc).start_offset, ";") end, visit(node.statements), token(node.closing_loc) ) else builder.loop_mod( :while, visit(node.statements), token(node.keyword_loc), visit(node.predicate) ) end end # `foo` # ^^^^^ def visit_x_string_node(node) if node.heredoc? visit_heredoc(node.to_interpolated) { |children, closing| builder.xstring_compose(token(node.opening_loc), children, closing) } else parts = if node.unescaped.lines.one? [builder.string_internal([node.unescaped, srange(node.content_loc)])] else start_offset = node.content_loc.start_offset node.unescaped.lines.map do |line| end_offset = start_offset + line.length offsets = srange_offsets(start_offset, end_offset) start_offset = end_offset builder.string_internal([line, offsets]) end end builder.xstring_compose( token(node.opening_loc), parts, token(node.closing_loc) ) end end # yield # ^^^^^ # # yield 1 # ^^^^^^^ def visit_yield_node(node) builder.keyword_cmd( :yield, token(node.keyword_loc), token(node.lparen_loc), visit(node.arguments) || [], token(node.rparen_loc) ) end private # Initialize a new compiler with the given option overrides, used to # visit a subtree with the given options. def copy_compiler(forwarding: self.forwarding, in_destructure: self.in_destructure, in_pattern: self.in_pattern) Compiler.new(parser, offset_cache, forwarding: forwarding, in_destructure: in_destructure, in_pattern: in_pattern) end # When *, **, &, or ... are used as an argument in a method call, we # check if they were allowed by the current context. To determine that # we build this lookup table. def find_forwarding(node) return [] if node.nil? forwarding = [] forwarding << :* if node.rest.is_a?(RestParameterNode) && node.rest.name.nil? forwarding << :** if node.keyword_rest.is_a?(KeywordRestParameterNode) && node.keyword_rest.name.nil? forwarding << :& if !node.block.nil? && node.block.name.nil? forwarding |= [:&, :"..."] if node.keyword_rest.is_a?(ForwardingParameterNode) forwarding end # Returns the set of targets for a MultiTargetNode or a MultiWriteNode. def multi_target_elements(node) elements = [*node.lefts] elements << node.rest if !node.rest.nil? && !node.rest.is_a?(ImplicitRestNode) elements.concat(node.rights) elements end # Negate the value of a numeric node. This is a special case where you # have a negative sign on one line and then a number on the next line. # In normal Ruby, this will always be a method call. The parser gem, # however, marks this as a numeric literal. We have to massage the tree # here to get it into the correct form. def numeric_negate(message_loc, receiver) case receiver.type when :integer_node, :float_node receiver.copy(value: -receiver.value, location: message_loc.join(receiver.location)) when :rational_node receiver.copy(numerator: -receiver.numerator, location: message_loc.join(receiver.location)) when :imaginary_node receiver.copy(numeric: numeric_negate(message_loc, receiver.numeric), location: message_loc.join(receiver.location)) end end # Blocks can have a special set of parameters that automatically expand # when given arrays if they have a single required parameter and no # other parameters. def procarg0?(parameters) parameters && parameters.requireds.length == 1 && parameters.optionals.empty? && parameters.rest.nil? && parameters.posts.empty? && parameters.keywords.empty? && parameters.keyword_rest.nil? && parameters.block.nil? end # Locations in the parser gem AST are generated using this class. We # store a reference to its constant to make it slightly faster to look # up. Range = ::Parser::Source::Range # Constructs a new source range from the given start and end offsets. def srange(location) Range.new(source_buffer, offset_cache[location.start_offset], offset_cache[location.end_offset]) if location end # Constructs a new source range from the given start and end offsets. def srange_offsets(start_offset, end_offset) Range.new(source_buffer, offset_cache[start_offset], offset_cache[end_offset]) end # Constructs a new source range by finding the given character between # the given start offset and end offset. If the needle is not found, it # returns nil. Importantly it does not search past newlines or comments. # # Note that end_offset is allowed to be nil, in which case this will # search until the end of the string. def srange_find(start_offset, end_offset, character) if (match = source_buffer.source.byteslice(start_offset...end_offset)[/\A\s*#{character}/]) final_offset = start_offset + match.bytesize [character, Range.new(source_buffer, offset_cache[final_offset - character.bytesize], offset_cache[final_offset])] end end # Transform a location into a token that the parser gem expects. def token(location) [location.slice, Range.new(source_buffer, offset_cache[location.start_offset], offset_cache[location.end_offset])] if location end # Visit a block node on a call. def visit_block(call, block) if block parameters = block.parameters implicit_parameters = parameters.is_a?(NumberedParametersNode) || parameters.is_a?(ItParametersNode) builder.block( call, token(block.opening_loc), if parameters.nil? builder.args(nil, [], nil, false) elsif implicit_parameters visit(parameters) else builder.args( token(parameters.opening_loc), if procarg0?(parameters.parameters) parameter = parameters.parameters.requireds.first visited = parameter.is_a?(RequiredParameterNode) ? visit(parameter) : parameter.accept(copy_compiler(in_destructure: true)) [builder.procarg0(visited)].concat(visit_all(parameters.locals)) else visit(parameters) end, token(parameters.closing_loc), false ) end, block.body&.accept(copy_compiler(forwarding: implicit_parameters ? [] : find_forwarding(parameters&.parameters))), token(block.closing_loc) ) else call end end # The parser gem automatically converts \r\n to \n, meaning our offsets # need to be adjusted to always subtract 1 from the length. def chomped_bytesize(line) chomped = line.chomp chomped.bytesize + (chomped == line ? 0 : 1) end # Visit a heredoc that can be either a string or an xstring. def visit_heredoc(node) children = Array.new indented = false # If this is a dedenting heredoc, then we need to insert the opening # content into the children as well. if node.opening.start_with?("<<~") && node.parts.length > 0 && !node.parts.first.is_a?(StringNode) location = node.parts.first.location location = location.copy(start_offset: location.start_offset - location.start_line_slice.bytesize) children << builder.string_internal(token(location)) indented = true end node.parts.each do |part| pushing = if part.is_a?(StringNode) && part.unescaped.include?("\n") unescaped = part.unescaped.lines escaped = part.content.lines escaped_lengths = [] normalized_lengths = [] if node.opening.end_with?("'") escaped.each do |line| escaped_lengths << line.bytesize normalized_lengths << chomped_bytesize(line) end else escaped .chunk_while { |before, after| before.match?(/(?<!\\)\\\r?\n$/) } .each do |lines| escaped_lengths << lines.sum(&:bytesize) normalized_lengths << lines.sum { |line| chomped_bytesize(line) } end end start_offset = part.location.start_offset unescaped.map.with_index do |unescaped_line, index| inner_part = builder.string_internal([unescaped_line, srange_offsets(start_offset, start_offset + normalized_lengths.fetch(index, 0))]) start_offset += escaped_lengths.fetch(index, 0) inner_part end else [visit(part)] end pushing.each do |child| if child.type == :str && child.children.last == "" # nothing elsif child.type == :str && children.last && children.last.type == :str && !children.last.children.first.end_with?("\n") appendee = children[-1] location = appendee.loc location = location.with_expression(location.expression.join(child.loc.expression)) children[-1] = appendee.updated(:str, [appendee.children.first << child.children.first], location: location) else children << child end end end closing = node.closing closing_t = [closing.chomp, srange_offsets(node.closing_loc.start_offset, node.closing_loc.end_offset - (closing[/\s+$/]&.length || 0))] composed = yield children, closing_t composed = composed.updated(nil, children[1..-1]) if indented composed end # Visit a numeric node and account for the optional sign. def visit_numeric(node, value) if (slice = node.slice).match?(/^[+-]/) builder.unary_num( [slice[0].to_sym, srange_offsets(node.location.start_offset, node.location.start_offset + 1)], value ) else value end end # Within the given block, track that we're within a pattern. def within_pattern begin parser.pattern_variables.push yield copy_compiler(in_pattern: true) ensure parser.pattern_variables.pop end end end end end end PK *J [����B �B , share/ruby/prism/translation/parser/lexer.rbnu �[��� # frozen_string_literal: true module Prism module Translation class Parser # Accepts a list of prism tokens and converts them into the expected # format for the parser gem. class Lexer # The direct translating of types between the two lexers. TYPES = { # These tokens should never appear in the output of the lexer. EOF: nil, MISSING: nil, NOT_PROVIDED: nil, IGNORED_NEWLINE: nil, EMBDOC_END: nil, EMBDOC_LINE: nil, __END__: nil, # These tokens have more or less direct mappings. AMPERSAND: :tAMPER2, AMPERSAND_AMPERSAND: :tANDOP, AMPERSAND_AMPERSAND_EQUAL: :tOP_ASGN, AMPERSAND_DOT: :tANDDOT, AMPERSAND_EQUAL: :tOP_ASGN, BACK_REFERENCE: :tBACK_REF, BACKTICK: :tXSTRING_BEG, BANG: :tBANG, BANG_EQUAL: :tNEQ, BANG_TILDE: :tNMATCH, BRACE_LEFT: :tLCURLY, BRACE_RIGHT: :tRCURLY, BRACKET_LEFT: :tLBRACK2, BRACKET_LEFT_ARRAY: :tLBRACK, BRACKET_LEFT_RIGHT: :tAREF, BRACKET_LEFT_RIGHT_EQUAL: :tASET, BRACKET_RIGHT: :tRBRACK, CARET: :tCARET, CARET_EQUAL: :tOP_ASGN, CHARACTER_LITERAL: :tCHARACTER, CLASS_VARIABLE: :tCVAR, COLON: :tCOLON, COLON_COLON: :tCOLON2, COMMA: :tCOMMA, COMMENT: :tCOMMENT, CONSTANT: :tCONSTANT, DOT: :tDOT, DOT_DOT: :tDOT2, DOT_DOT_DOT: :tDOT3, EMBDOC_BEGIN: :tCOMMENT, EMBEXPR_BEGIN: :tSTRING_DBEG, EMBEXPR_END: :tSTRING_DEND, EMBVAR: :tSTRING_DVAR, EQUAL: :tEQL, EQUAL_EQUAL: :tEQ, EQUAL_EQUAL_EQUAL: :tEQQ, EQUAL_GREATER: :tASSOC, EQUAL_TILDE: :tMATCH, FLOAT: :tFLOAT, FLOAT_IMAGINARY: :tIMAGINARY, FLOAT_RATIONAL: :tRATIONAL, FLOAT_RATIONAL_IMAGINARY: :tIMAGINARY, GLOBAL_VARIABLE: :tGVAR, GREATER: :tGT, GREATER_EQUAL: :tGEQ, GREATER_GREATER: :tRSHFT, GREATER_GREATER_EQUAL: :tOP_ASGN, HEREDOC_START: :tSTRING_BEG, HEREDOC_END: :tSTRING_END, IDENTIFIER: :tIDENTIFIER, INSTANCE_VARIABLE: :tIVAR, INTEGER: :tINTEGER, INTEGER_IMAGINARY: :tIMAGINARY, INTEGER_RATIONAL: :tRATIONAL, INTEGER_RATIONAL_IMAGINARY: :tIMAGINARY, KEYWORD_ALIAS: :kALIAS, KEYWORD_AND: :kAND, KEYWORD_BEGIN: :kBEGIN, KEYWORD_BEGIN_UPCASE: :klBEGIN, KEYWORD_BREAK: :kBREAK, KEYWORD_CASE: :kCASE, KEYWORD_CLASS: :kCLASS, KEYWORD_DEF: :kDEF, KEYWORD_DEFINED: :kDEFINED, KEYWORD_DO: :kDO, KEYWORD_DO_LOOP: :kDO_COND, KEYWORD_END: :kEND, KEYWORD_END_UPCASE: :klEND, KEYWORD_ENSURE: :kENSURE, KEYWORD_ELSE: :kELSE, KEYWORD_ELSIF: :kELSIF, KEYWORD_FALSE: :kFALSE, KEYWORD_FOR: :kFOR, KEYWORD_IF: :kIF, KEYWORD_IF_MODIFIER: :kIF_MOD, KEYWORD_IN: :kIN, KEYWORD_MODULE: :kMODULE, KEYWORD_NEXT: :kNEXT, KEYWORD_NIL: :kNIL, KEYWORD_NOT: :kNOT, KEYWORD_OR: :kOR, KEYWORD_REDO: :kREDO, KEYWORD_RESCUE: :kRESCUE, KEYWORD_RESCUE_MODIFIER: :kRESCUE_MOD, KEYWORD_RETRY: :kRETRY, KEYWORD_RETURN: :kRETURN, KEYWORD_SELF: :kSELF, KEYWORD_SUPER: :kSUPER, KEYWORD_THEN: :kTHEN, KEYWORD_TRUE: :kTRUE, KEYWORD_UNDEF: :kUNDEF, KEYWORD_UNLESS: :kUNLESS, KEYWORD_UNLESS_MODIFIER: :kUNLESS_MOD, KEYWORD_UNTIL: :kUNTIL, KEYWORD_UNTIL_MODIFIER: :kUNTIL_MOD, KEYWORD_WHEN: :kWHEN, KEYWORD_WHILE: :kWHILE, KEYWORD_WHILE_MODIFIER: :kWHILE_MOD, KEYWORD_YIELD: :kYIELD, KEYWORD___ENCODING__: :k__ENCODING__, KEYWORD___FILE__: :k__FILE__, KEYWORD___LINE__: :k__LINE__, LABEL: :tLABEL, LABEL_END: :tLABEL_END, LAMBDA_BEGIN: :tLAMBEG, LESS: :tLT, LESS_EQUAL: :tLEQ, LESS_EQUAL_GREATER: :tCMP, LESS_LESS: :tLSHFT, LESS_LESS_EQUAL: :tOP_ASGN, METHOD_NAME: :tFID, MINUS: :tMINUS, MINUS_EQUAL: :tOP_ASGN, MINUS_GREATER: :tLAMBDA, NEWLINE: :tNL, NUMBERED_REFERENCE: :tNTH_REF, PARENTHESIS_LEFT: :tLPAREN2, PARENTHESIS_LEFT_PARENTHESES: :tLPAREN_ARG, PARENTHESIS_RIGHT: :tRPAREN, PERCENT: :tPERCENT, PERCENT_EQUAL: :tOP_ASGN, PERCENT_LOWER_I: :tQSYMBOLS_BEG, PERCENT_LOWER_W: :tQWORDS_BEG, PERCENT_UPPER_I: :tSYMBOLS_BEG, PERCENT_UPPER_W: :tWORDS_BEG, PERCENT_LOWER_X: :tXSTRING_BEG, PLUS: :tPLUS, PLUS_EQUAL: :tOP_ASGN, PIPE_EQUAL: :tOP_ASGN, PIPE: :tPIPE, PIPE_PIPE: :tOROP, PIPE_PIPE_EQUAL: :tOP_ASGN, QUESTION_MARK: :tEH, REGEXP_BEGIN: :tREGEXP_BEG, REGEXP_END: :tSTRING_END, SEMICOLON: :tSEMI, SLASH: :tDIVIDE, SLASH_EQUAL: :tOP_ASGN, STAR: :tSTAR2, STAR_EQUAL: :tOP_ASGN, STAR_STAR: :tPOW, STAR_STAR_EQUAL: :tOP_ASGN, STRING_BEGIN: :tSTRING_BEG, STRING_CONTENT: :tSTRING_CONTENT, STRING_END: :tSTRING_END, SYMBOL_BEGIN: :tSYMBEG, TILDE: :tTILDE, UAMPERSAND: :tAMPER, UCOLON_COLON: :tCOLON3, UDOT_DOT: :tBDOT2, UDOT_DOT_DOT: :tBDOT3, UMINUS: :tUMINUS, UMINUS_NUM: :tUNARY_NUM, UPLUS: :tUPLUS, USTAR: :tSTAR, USTAR_STAR: :tDSTAR, WORDS_SEP: :tSPACE } # These constants represent flags in our lex state. We really, really # don't want to be using them and we really, really don't want to be # exposing them as part of our public API. Unfortunately, we don't have # another way of matching the exact tokens that the parser gem expects # without them. We should find another way to do this, but in the # meantime we'll hide them from the documentation and mark them as # private constants. EXPR_BEG = 0x1 # :nodoc: EXPR_LABEL = 0x400 # :nodoc: # It is used to determine whether `do` is of the token type `kDO` or `kDO_LAMBDA`. # # NOTE: In edge cases like `-> (foo = -> (bar) {}) do end`, please note that `kDO` is still returned # instead of `kDO_LAMBDA`, which is expected: https://github.com/ruby/prism/pull/3046 LAMBDA_TOKEN_TYPES = [:kDO_LAMBDA, :tLAMBDA, :tLAMBEG] # The `PARENTHESIS_LEFT` token in Prism is classified as either `tLPAREN` or `tLPAREN2` in the Parser gem. # The following token types are listed as those classified as `tLPAREN`. LPAREN_CONVERSION_TOKEN_TYPES = [ :kBREAK, :kCASE, :tDIVIDE, :kFOR, :kIF, :kNEXT, :kRETURN, :kUNTIL, :kWHILE, :tAMPER, :tANDOP, :tBANG, :tCOMMA, :tDOT2, :tDOT3, :tEQL, :tLPAREN, :tLPAREN2, :tLSHFT, :tNL, :tOP_ASGN, :tOROP, :tPIPE, :tSEMI, :tSTRING_DBEG, :tUMINUS, :tUPLUS ] private_constant :TYPES, :EXPR_BEG, :EXPR_LABEL, :LAMBDA_TOKEN_TYPES, :LPAREN_CONVERSION_TOKEN_TYPES # The Parser::Source::Buffer that the tokens were lexed from. attr_reader :source_buffer # An array of tuples that contain prism tokens and their associated lex # state when they were lexed. attr_reader :lexed # A hash that maps offsets in bytes to offsets in characters. attr_reader :offset_cache # Initialize the lexer with the given source buffer, prism tokens, and # offset cache. def initialize(source_buffer, lexed, offset_cache) @source_buffer = source_buffer @lexed = lexed @offset_cache = offset_cache end Range = ::Parser::Source::Range # :nodoc: private_constant :Range # Convert the prism tokens into the expected format for the parser gem. def to_a tokens = [] index = 0 length = lexed.length heredoc_identifier_stack = [] while index < length token, state = lexed[index] index += 1 next if %i[IGNORED_NEWLINE __END__ EOF].include?(token.type) type = TYPES.fetch(token.type) value = token.value location = Range.new(source_buffer, offset_cache[token.location.start_offset], offset_cache[token.location.end_offset]) case type when :kDO types = tokens.map(&:first) nearest_lambda_token_type = types.reverse.find { |type| LAMBDA_TOKEN_TYPES.include?(type) } if nearest_lambda_token_type == :tLAMBDA type = :kDO_LAMBDA end when :tCHARACTER value.delete_prefix!("?") when :tCOMMENT if token.type == :EMBDOC_BEGIN start_index = index while !((next_token = lexed[index][0]) && next_token.type == :EMBDOC_END) && (index < length - 1) value += next_token.value index += 1 end if start_index != index value += next_token.value location = Range.new(source_buffer, offset_cache[token.location.start_offset], offset_cache[lexed[index][0].location.end_offset]) index += 1 end else value.chomp! location = Range.new(source_buffer, offset_cache[token.location.start_offset], offset_cache[token.location.end_offset - 1]) end when :tNL value = nil when :tFLOAT value = parse_float(value) when :tIMAGINARY value = parse_complex(value) when :tINTEGER if value.start_with?("+") tokens << [:tUNARY_NUM, ["+", Range.new(source_buffer, offset_cache[token.location.start_offset], offset_cache[token.location.start_offset + 1])]] location = Range.new(source_buffer, offset_cache[token.location.start_offset + 1], offset_cache[token.location.end_offset]) end value = parse_integer(value) when :tLABEL value.chomp!(":") when :tLABEL_END value.chomp!(":") when :tLCURLY type = :tLBRACE if state == EXPR_BEG | EXPR_LABEL when :tLPAREN2 type = :tLPAREN if tokens.empty? || LPAREN_CONVERSION_TOKEN_TYPES.include?(tokens.dig(-1, 0)) when :tNTH_REF value = parse_integer(value.delete_prefix("$")) when :tOP_ASGN value.chomp!("=") when :tRATIONAL value = parse_rational(value) when :tSPACE value = nil when :tSTRING_BEG if token.type == :HEREDOC_START heredoc_identifier_stack.push(value.match(/<<[-~]?["'`]?(?<heredoc_identifier>.*?)["'`]?\z/)[:heredoc_identifier]) end if ["\"", "'"].include?(value) && (next_token = lexed[index][0]) && next_token.type == :STRING_END next_location = token.location.join(next_token.location) type = :tSTRING value = "" location = Range.new(source_buffer, offset_cache[next_location.start_offset], offset_cache[next_location.end_offset]) index += 1 elsif ["\"", "'"].include?(value) && (next_token = lexed[index][0]) && next_token.type == :STRING_CONTENT && next_token.value.lines.count <= 1 && (next_next_token = lexed[index + 1][0]) && next_next_token.type == :STRING_END next_location = token.location.join(next_next_token.location) type = :tSTRING value = next_token.value.gsub("\\\\", "\\") location = Range.new(source_buffer, offset_cache[next_location.start_offset], offset_cache[next_location.end_offset]) index += 2 elsif value.start_with?("<<") quote = value[2] == "-" || value[2] == "~" ? value[3] : value[2] if quote == "`" type = :tXSTRING_BEG value = "<<`" else value = "<<#{quote == "'" || quote == "\"" ? quote : "\""}" end end when :tSTRING_CONTENT unless (lines = token.value.lines).one? start_offset = offset_cache[token.location.start_offset] lines.map do |line| newline = line.end_with?("\r\n") ? "\r\n" : "\n" chomped_line = line.chomp if match = chomped_line.match(/(?<backslashes>\\+)\z/) adjustment = match[:backslashes].size / 2 adjusted_line = chomped_line.delete_suffix("\\" * adjustment) if match[:backslashes].size.odd? adjusted_line.delete_suffix!("\\") adjustment += 2 else adjusted_line << newline end else adjusted_line = line adjustment = 0 end end_offset = start_offset + adjusted_line.length + adjustment tokens << [:tSTRING_CONTENT, [adjusted_line, Range.new(source_buffer, offset_cache[start_offset], offset_cache[end_offset])]] start_offset = end_offset end next end when :tSTRING_DVAR value = nil when :tSTRING_END if token.type == :HEREDOC_END && value.end_with?("\n") newline_length = value.end_with?("\r\n") ? 2 : 1 value = heredoc_identifier_stack.pop location = Range.new(source_buffer, offset_cache[token.location.start_offset], offset_cache[token.location.end_offset - newline_length]) elsif token.type == :REGEXP_END value = value[0] location = Range.new(source_buffer, offset_cache[token.location.start_offset], offset_cache[token.location.start_offset + 1]) end when :tSYMBEG if (next_token = lexed[index][0]) && next_token.type != :STRING_CONTENT && next_token.type != :EMBEXPR_BEGIN && next_token.type != :EMBVAR && next_token.type != :STRING_END next_location = token.location.join(next_token.location) type = :tSYMBOL value = next_token.value value = { "~@" => "~", "!@" => "!" }.fetch(value, value) location = Range.new(source_buffer, offset_cache[next_location.start_offset], offset_cache[next_location.end_offset]) index += 1 end when :tFID if !tokens.empty? && tokens.dig(-1, 0) == :kDEF type = :tIDENTIFIER end when :tXSTRING_BEG if (next_token = lexed[index][0]) && next_token.type != :STRING_CONTENT && next_token.type != :STRING_END type = :tBACK_REF2 end end tokens << [type, [value, location]] if token.type == :REGEXP_END tokens << [:tREGEXP_OPT, [token.value[1..], Range.new(source_buffer, offset_cache[token.location.start_offset + 1], offset_cache[token.location.end_offset])]] end end tokens end private # Parse an integer from the string representation. def parse_integer(value) Integer(value) rescue ArgumentError 0 end # Parse a float from the string representation. def parse_float(value) Float(value) rescue ArgumentError 0.0 end # Parse a complex from the string representation. def parse_complex(value) value.chomp!("i") if value.end_with?("r") Complex(0, parse_rational(value)) elsif value.start_with?(/0[BbOoDdXx]/) Complex(0, parse_integer(value)) else Complex(0, value) end rescue ArgumentError 0i end # Parse a rational from the string representation. def parse_rational(value) value.chomp!("r") if value.start_with?(/0[BbOoDdXx]/) Rational(parse_integer(value)) else Rational(value) end rescue ArgumentError 0r end end end end end PK *J [O���Vy Vy & share/ruby/prism/translation/ripper.rbnu �[��� # frozen_string_literal: true require "ripper" module Prism module Translation # This class provides a compatibility layer between prism and Ripper. It # functions by parsing the entire tree first and then walking it and # executing each of the Ripper callbacks as it goes. To use this class, you # treat `Prism::Translation::Ripper` effectively as you would treat the # `Ripper` class. # # Note that this class will serve the most common use cases, but Ripper's # API is extensive and undocumented. It relies on reporting the state of the # parser at any given time. We do our best to replicate that here, but # because it is a different architecture it is not possible to perfectly # replicate the behavior of Ripper. # # The main known difference is that we may omit dispatching some events in # some cases. This impacts the following events: # # - on_assign_error # - on_comma # - on_ignored_nl # - on_ignored_sp # - on_kw # - on_label_end # - on_lbrace # - on_lbracket # - on_lparen # - on_nl # - on_op # - on_operator_ambiguous # - on_rbrace # - on_rbracket # - on_rparen # - on_semicolon # - on_sp # - on_symbeg # - on_tstring_beg # - on_tstring_end # class Ripper < Compiler # Parses the given Ruby program read from +src+. # +src+ must be a String or an IO or a object with a #gets method. def self.parse(src, filename = "(ripper)", lineno = 1) new(src, filename, lineno).parse end # Tokenizes the Ruby program and returns an array of an array, # which is formatted like # <code>[[lineno, column], type, token, state]</code>. # The +filename+ argument is mostly ignored. # By default, this method does not handle syntax errors in +src+, # use the +raise_errors+ keyword to raise a SyntaxError for an error in +src+. # # require "ripper" # require "pp" # # pp Ripper.lex("def m(a) nil end") # #=> [[[1, 0], :on_kw, "def", FNAME ], # [[1, 3], :on_sp, " ", FNAME ], # [[1, 4], :on_ident, "m", ENDFN ], # [[1, 5], :on_lparen, "(", BEG|LABEL], # [[1, 6], :on_ident, "a", ARG ], # [[1, 7], :on_rparen, ")", ENDFN ], # [[1, 8], :on_sp, " ", BEG ], # [[1, 9], :on_kw, "nil", END ], # [[1, 12], :on_sp, " ", END ], # [[1, 13], :on_kw, "end", END ]] # def self.lex(src, filename = "-", lineno = 1, raise_errors: false) result = Prism.lex_compat(src, filepath: filename, line: lineno) if result.failure? && raise_errors raise SyntaxError, result.errors.first.message else result.value end end # This contains a table of all of the parser events and their # corresponding arity. PARSER_EVENT_TABLE = { BEGIN: 1, END: 1, alias: 2, alias_error: 2, aref: 2, aref_field: 2, arg_ambiguous: 1, arg_paren: 1, args_add: 2, args_add_block: 2, args_add_star: 2, args_forward: 0, args_new: 0, array: 1, aryptn: 4, assign: 2, assign_error: 2, assoc_new: 2, assoc_splat: 1, assoclist_from_args: 1, bare_assoc_hash: 1, begin: 1, binary: 3, block_var: 2, blockarg: 1, bodystmt: 4, brace_block: 2, break: 1, call: 3, case: 2, class: 3, class_name_error: 2, command: 2, command_call: 4, const_path_field: 2, const_path_ref: 2, const_ref: 1, def: 3, defined: 1, defs: 5, do_block: 2, dot2: 2, dot3: 2, dyna_symbol: 1, else: 1, elsif: 3, ensure: 1, excessed_comma: 0, fcall: 1, field: 3, fndptn: 4, for: 3, hash: 1, heredoc_dedent: 2, hshptn: 3, if: 3, if_mod: 2, ifop: 3, in: 3, kwrest_param: 1, lambda: 2, magic_comment: 2, massign: 2, method_add_arg: 2, method_add_block: 2, mlhs_add: 2, mlhs_add_post: 2, mlhs_add_star: 2, mlhs_new: 0, mlhs_paren: 1, module: 2, mrhs_add: 2, mrhs_add_star: 2, mrhs_new: 0, mrhs_new_from_args: 1, next: 1, nokw_param: 1, opassign: 3, operator_ambiguous: 2, param_error: 2, params: 7, paren: 1, parse_error: 1, program: 1, qsymbols_add: 2, qsymbols_new: 0, qwords_add: 2, qwords_new: 0, redo: 0, regexp_add: 2, regexp_literal: 2, regexp_new: 0, rescue: 4, rescue_mod: 2, rest_param: 1, retry: 0, return: 1, return0: 0, sclass: 2, stmts_add: 2, stmts_new: 0, string_add: 2, string_concat: 2, string_content: 0, string_dvar: 1, string_embexpr: 1, string_literal: 1, super: 1, symbol: 1, symbol_literal: 1, symbols_add: 2, symbols_new: 0, top_const_field: 1, top_const_ref: 1, unary: 2, undef: 1, unless: 3, unless_mod: 2, until: 2, until_mod: 2, var_alias: 2, var_field: 1, var_ref: 1, vcall: 1, void_stmt: 0, when: 3, while: 2, while_mod: 2, word_add: 2, word_new: 0, words_add: 2, words_new: 0, xstring_add: 2, xstring_literal: 1, xstring_new: 0, yield: 1, yield0: 0, zsuper: 0 } # This contains a table of all of the scanner events and their # corresponding arity. SCANNER_EVENT_TABLE = { CHAR: 1, __end__: 1, backref: 1, backtick: 1, comma: 1, comment: 1, const: 1, cvar: 1, embdoc: 1, embdoc_beg: 1, embdoc_end: 1, embexpr_beg: 1, embexpr_end: 1, embvar: 1, float: 1, gvar: 1, heredoc_beg: 1, heredoc_end: 1, ident: 1, ignored_nl: 1, imaginary: 1, int: 1, ivar: 1, kw: 1, label: 1, label_end: 1, lbrace: 1, lbracket: 1, lparen: 1, nl: 1, op: 1, period: 1, qsymbols_beg: 1, qwords_beg: 1, rational: 1, rbrace: 1, rbracket: 1, regexp_beg: 1, regexp_end: 1, rparen: 1, semicolon: 1, sp: 1, symbeg: 1, symbols_beg: 1, tlambda: 1, tlambeg: 1, tstring_beg: 1, tstring_content: 1, tstring_end: 1, words_beg: 1, words_sep: 1, ignored_sp: 1 } # This array contains name of parser events. PARSER_EVENTS = PARSER_EVENT_TABLE.keys # This array contains name of scanner events. SCANNER_EVENTS = SCANNER_EVENT_TABLE.keys # This array contains name of all ripper events. EVENTS = PARSER_EVENTS + SCANNER_EVENTS # A list of all of the Ruby keywords. KEYWORDS = [ "alias", "and", "begin", "BEGIN", "break", "case", "class", "def", "defined?", "do", "else", "elsif", "end", "END", "ensure", "false", "for", "if", "in", "module", "next", "nil", "not", "or", "redo", "rescue", "retry", "return", "self", "super", "then", "true", "undef", "unless", "until", "when", "while", "yield", "__ENCODING__", "__FILE__", "__LINE__" ] # A list of all of the Ruby binary operators. BINARY_OPERATORS = [ :!=, :!~, :=~, :==, :===, :<=>, :>, :>=, :<, :<=, :&, :|, :^, :>>, :<<, :-, :+, :%, :/, :*, :** ] private_constant :KEYWORDS, :BINARY_OPERATORS # Parses +src+ and create S-exp tree. # Returns more readable tree rather than Ripper.sexp_raw. # This method is mainly for developer use. # The +filename+ argument is mostly ignored. # By default, this method does not handle syntax errors in +src+, # returning +nil+ in such cases. Use the +raise_errors+ keyword # to raise a SyntaxError for an error in +src+. # # require "ripper" # require "pp" # # pp Ripper.sexp("def m(a) nil end") # #=> [:program, # [[:def, # [:@ident, "m", [1, 4]], # [:paren, [:params, [[:@ident, "a", [1, 6]]], nil, nil, nil, nil, nil, nil]], # [:bodystmt, [[:var_ref, [:@kw, "nil", [1, 9]]]], nil, nil, nil]]]] # def self.sexp(src, filename = "-", lineno = 1, raise_errors: false) builder = SexpBuilderPP.new(src, filename, lineno) sexp = builder.parse if builder.error? if raise_errors raise SyntaxError, builder.error end else sexp end end # Parses +src+ and create S-exp tree. # This method is mainly for developer use. # The +filename+ argument is mostly ignored. # By default, this method does not handle syntax errors in +src+, # returning +nil+ in such cases. Use the +raise_errors+ keyword # to raise a SyntaxError for an error in +src+. # # require "ripper" # require "pp" # # pp Ripper.sexp_raw("def m(a) nil end") # #=> [:program, # [:stmts_add, # [:stmts_new], # [:def, # [:@ident, "m", [1, 4]], # [:paren, [:params, [[:@ident, "a", [1, 6]]], nil, nil, nil]], # [:bodystmt, # [:stmts_add, [:stmts_new], [:var_ref, [:@kw, "nil", [1, 9]]]], # nil, # nil, # nil]]]] # def self.sexp_raw(src, filename = "-", lineno = 1, raise_errors: false) builder = SexpBuilder.new(src, filename, lineno) sexp = builder.parse if builder.error? if raise_errors raise SyntaxError, builder.error end else sexp end end autoload :SexpBuilder, "prism/translation/ripper/sexp" autoload :SexpBuilderPP, "prism/translation/ripper/sexp" # The source that is being parsed. attr_reader :source # The filename of the source being parsed. attr_reader :filename # The current line number of the parser. attr_reader :lineno # The current column number of the parser. attr_reader :column # Create a new Translation::Ripper object with the given source. def initialize(source, filename = "(ripper)", lineno = 1) @source = source @filename = filename @lineno = lineno @column = 0 @result = nil end ########################################################################## # Public interface ########################################################################## # True if the parser encountered an error during parsing. def error? result.failure? end # Parse the source and return the result. def parse result.comments.each do |comment| location = comment.location bounds(location) if comment.is_a?(InlineComment) on_comment(comment.slice) else offset = location.start_offset lines = comment.slice.lines lines.each_with_index do |line, index| bounds(location.copy(start_offset: offset)) if index == 0 on_embdoc_beg(line) elsif index == lines.size - 1 on_embdoc_end(line) else on_embdoc(line) end offset += line.bytesize end end end result.magic_comments.each do |magic_comment| on_magic_comment(magic_comment.key, magic_comment.value) end unless result.data_loc.nil? on___end__(result.data_loc.slice.each_line.first) end result.warnings.each do |warning| bounds(warning.location) if warning.level == :default warning(warning.message) else case warning.type when :ambiguous_first_argument_plus on_arg_ambiguous("+") when :ambiguous_first_argument_minus on_arg_ambiguous("-") when :ambiguous_slash on_arg_ambiguous("/") else warn(warning.message) end end end if error? result.errors.each do |error| location = error.location bounds(location) case error.type when :alias_argument on_alias_error("can't make alias for the number variables", location.slice) when :argument_formal_class on_param_error("formal argument cannot be a class variable", location.slice) when :argument_format_constant on_param_error("formal argument cannot be a constant", location.slice) when :argument_formal_global on_param_error("formal argument cannot be a global variable", location.slice) when :argument_formal_ivar on_param_error("formal argument cannot be an instance variable", location.slice) when :class_name, :module_name on_class_name_error("class/module name must be CONSTANT", location.slice) else on_parse_error(error.message) end end nil else result.value.accept(self) end end ########################################################################## # Visitor methods ########################################################################## # alias foo bar # ^^^^^^^^^^^^^ def visit_alias_method_node(node) new_name = visit(node.new_name) old_name = visit(node.old_name) bounds(node.location) on_alias(new_name, old_name) end # alias $foo $bar # ^^^^^^^^^^^^^^^ def visit_alias_global_variable_node(node) new_name = visit_alias_global_variable_node_value(node.new_name) old_name = visit_alias_global_variable_node_value(node.old_name) bounds(node.location) on_var_alias(new_name, old_name) end # Visit one side of an alias global variable node. private def visit_alias_global_variable_node_value(node) bounds(node.location) case node when BackReferenceReadNode on_backref(node.slice) when GlobalVariableReadNode on_gvar(node.name.to_s) else raise end end # foo => bar | baz # ^^^^^^^^^ def visit_alternation_pattern_node(node) left = visit_pattern_node(node.left) right = visit_pattern_node(node.right) bounds(node.location) on_binary(left, :|, right) end # Visit a pattern within a pattern match. This is used to bypass the # parenthesis node that can be used to wrap patterns. private def visit_pattern_node(node) if node.is_a?(ParenthesesNode) visit(node.body) else visit(node) end end # a and b # ^^^^^^^ def visit_and_node(node) left = visit(node.left) right = visit(node.right) bounds(node.location) on_binary(left, node.operator.to_sym, right) end # [] # ^^ def visit_array_node(node) case (opening = node.opening) when /^%w/ opening_loc = node.opening_loc bounds(opening_loc) on_qwords_beg(opening) elements = on_qwords_new previous = nil node.elements.each do |element| visit_words_sep(opening_loc, previous, element) bounds(element.location) elements = on_qwords_add(elements, on_tstring_content(element.content)) previous = element end bounds(node.closing_loc) on_tstring_end(node.closing) when /^%i/ opening_loc = node.opening_loc bounds(opening_loc) on_qsymbols_beg(opening) elements = on_qsymbols_new previous = nil node.elements.each do |element| visit_words_sep(opening_loc, previous, element) bounds(element.location) elements = on_qsymbols_add(elements, on_tstring_content(element.value)) previous = element end bounds(node.closing_loc) on_tstring_end(node.closing) when /^%W/ opening_loc = node.opening_loc bounds(opening_loc) on_words_beg(opening) elements = on_words_new previous = nil node.elements.each do |element| visit_words_sep(opening_loc, previous, element) bounds(element.location) elements = on_words_add( elements, if element.is_a?(StringNode) on_word_add(on_word_new, on_tstring_content(element.content)) else element.parts.inject(on_word_new) do |word, part| word_part = if part.is_a?(StringNode) bounds(part.location) on_tstring_content(part.content) else visit(part) end on_word_add(word, word_part) end end ) previous = element end bounds(node.closing_loc) on_tstring_end(node.closing) when /^%I/ opening_loc = node.opening_loc bounds(opening_loc) on_symbols_beg(opening) elements = on_symbols_new previous = nil node.elements.each do |element| visit_words_sep(opening_loc, previous, element) bounds(element.location) elements = on_symbols_add( elements, if element.is_a?(SymbolNode) on_word_add(on_word_new, on_tstring_content(element.value)) else element.parts.inject(on_word_new) do |word, part| word_part = if part.is_a?(StringNode) bounds(part.location) on_tstring_content(part.content) else visit(part) end on_word_add(word, word_part) end end ) previous = element end bounds(node.closing_loc) on_tstring_end(node.closing) else bounds(node.opening_loc) on_lbracket(opening) elements = visit_arguments(node.elements) unless node.elements.empty? bounds(node.closing_loc) on_rbracket(node.closing) end bounds(node.location) on_array(elements) end # Dispatch a words_sep event that contains the space between the elements # of list literals. private def visit_words_sep(opening_loc, previous, current) end_offset = (previous.nil? ? opening_loc : previous.location).end_offset start_offset = current.location.start_offset if end_offset != start_offset bounds(current.location.copy(start_offset: end_offset)) on_words_sep(source.byteslice(end_offset...start_offset)) end end # Visit a list of elements, like the elements of an array or arguments. private def visit_arguments(elements) bounds(elements.first.location) elements.inject(on_args_new) do |args, element| arg = visit(element) bounds(element.location) case element when BlockArgumentNode on_args_add_block(args, arg) when SplatNode on_args_add_star(args, arg) else on_args_add(args, arg) end end end # foo => [bar] # ^^^^^ def visit_array_pattern_node(node) constant = visit(node.constant) requireds = visit_all(node.requireds) if node.requireds.any? rest = if (rest_node = node.rest).is_a?(SplatNode) if rest_node.expression.nil? bounds(rest_node.location) on_var_field(nil) else visit(rest_node.expression) end end posts = visit_all(node.posts) if node.posts.any? bounds(node.location) on_aryptn(constant, requireds, rest, posts) end # foo(bar) # ^^^ def visit_arguments_node(node) arguments, _ = visit_call_node_arguments(node, nil, false) arguments end # { a: 1 } # ^^^^ def visit_assoc_node(node) key = visit(node.key) value = visit(node.value) bounds(node.location) on_assoc_new(key, value) end # def foo(**); bar(**); end # ^^ # # { **foo } # ^^^^^ def visit_assoc_splat_node(node) value = visit(node.value) bounds(node.location) on_assoc_splat(value) end # $+ # ^^ def visit_back_reference_read_node(node) bounds(node.location) on_backref(node.slice) end # begin end # ^^^^^^^^^ def visit_begin_node(node) clauses = visit_begin_node_clauses(node.begin_keyword_loc, node, false) bounds(node.location) on_begin(clauses) end # Visit the clauses of a begin node to form an on_bodystmt call. private def visit_begin_node_clauses(location, node, allow_newline) statements = if node.statements.nil? on_stmts_add(on_stmts_new, on_void_stmt) else body = node.statements.body body.unshift(nil) if void_stmt?(location, node.statements.body[0].location, allow_newline) bounds(node.statements.location) visit_statements_node_body(body) end rescue_clause = visit(node.rescue_clause) else_clause = unless (else_clause_node = node.else_clause).nil? else_statements = if else_clause_node.statements.nil? [nil] else body = else_clause_node.statements.body body.unshift(nil) if void_stmt?(else_clause_node.else_keyword_loc, else_clause_node.statements.body[0].location, allow_newline) body end bounds(else_clause_node.location) visit_statements_node_body(else_statements) end ensure_clause = visit(node.ensure_clause) bounds(node.location) on_bodystmt(statements, rescue_clause, else_clause, ensure_clause) end # Visit the body of a structure that can have either a set of statements # or statements wrapped in rescue/else/ensure. private def visit_body_node(location, node, allow_newline = false) case node when nil bounds(location) on_bodystmt(visit_statements_node_body([nil]), nil, nil, nil) when StatementsNode body = [*node.body] body.unshift(nil) if void_stmt?(location, body[0].location, allow_newline) stmts = visit_statements_node_body(body) bounds(node.body.first.location) on_bodystmt(stmts, nil, nil, nil) when BeginNode visit_begin_node_clauses(location, node, allow_newline) else raise end end # foo(&bar) # ^^^^ def visit_block_argument_node(node) visit(node.expression) end # foo { |; bar| } # ^^^ def visit_block_local_variable_node(node) bounds(node.location) on_ident(node.name.to_s) end # Visit a BlockNode. def visit_block_node(node) braces = node.opening == "{" parameters = visit(node.parameters) body = case node.body when nil bounds(node.location) stmts = on_stmts_add(on_stmts_new, on_void_stmt) bounds(node.location) braces ? stmts : on_bodystmt(stmts, nil, nil, nil) when StatementsNode stmts = node.body.body stmts.unshift(nil) if void_stmt?(node.parameters&.location || node.opening_loc, node.body.location, false) stmts = visit_statements_node_body(stmts) bounds(node.body.location) braces ? stmts : on_bodystmt(stmts, nil, nil, nil) when BeginNode visit_body_node(node.parameters&.location || node.opening_loc, node.body) else raise end if braces bounds(node.location) on_brace_block(parameters, body) else bounds(node.location) on_do_block(parameters, body) end end # def foo(&bar); end # ^^^^ def visit_block_parameter_node(node) if node.name_loc.nil? bounds(node.location) on_blockarg(nil) else bounds(node.name_loc) name = visit_token(node.name.to_s) bounds(node.location) on_blockarg(name) end end # A block's parameters. def visit_block_parameters_node(node) parameters = if node.parameters.nil? on_params(nil, nil, nil, nil, nil, nil, nil) else visit(node.parameters) end locals = if node.locals.any? visit_all(node.locals) else false end bounds(node.location) on_block_var(parameters, locals) end # break # ^^^^^ # # break foo # ^^^^^^^^^ def visit_break_node(node) if node.arguments.nil? bounds(node.location) on_break(on_args_new) else arguments = visit(node.arguments) bounds(node.location) on_break(arguments) end end # foo # ^^^ # # foo.bar # ^^^^^^^ # # foo.bar() {} # ^^^^^^^^^^^^ def visit_call_node(node) if node.call_operator_loc.nil? case node.name when :[] receiver = visit(node.receiver) arguments, block = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc)) bounds(node.location) call = on_aref(receiver, arguments) if block.nil? call else bounds(node.location) on_method_add_block(call, block) end when :[]= receiver = visit(node.receiver) *arguments, last_argument = node.arguments.arguments arguments << node.block if !node.block.nil? arguments = if arguments.any? args = visit_arguments(arguments) if !node.block.nil? args else bounds(arguments.first.location) on_args_add_block(args, false) end end bounds(node.location) call = on_aref_field(receiver, arguments) value = visit_write_value(last_argument) bounds(last_argument.location) on_assign(call, value) when :-@, :+@, :~ receiver = visit(node.receiver) bounds(node.location) on_unary(node.name, receiver) when :! if node.message == "not" receiver = if !node.receiver.is_a?(ParenthesesNode) || !node.receiver.body.nil? visit(node.receiver) end bounds(node.location) on_unary(:not, receiver) else receiver = visit(node.receiver) bounds(node.location) on_unary(:!, receiver) end when *BINARY_OPERATORS receiver = visit(node.receiver) value = visit(node.arguments.arguments.first) bounds(node.location) on_binary(receiver, node.name, value) else bounds(node.message_loc) message = visit_token(node.message, false) if node.variable_call? on_vcall(message) else arguments, block = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc || node.location)) call = if node.opening_loc.nil? && arguments&.any? bounds(node.location) on_command(message, arguments) elsif !node.opening_loc.nil? bounds(node.location) on_method_add_arg(on_fcall(message), on_arg_paren(arguments)) else bounds(node.location) on_method_add_arg(on_fcall(message), on_args_new) end if block.nil? call else bounds(node.block.location) on_method_add_block(call, block) end end end else receiver = visit(node.receiver) bounds(node.call_operator_loc) call_operator = visit_token(node.call_operator) message = if node.message_loc.nil? :call else bounds(node.message_loc) visit_token(node.message, false) end if node.name.end_with?("=") && !node.message.end_with?("=") && !node.arguments.nil? && node.block.nil? value = visit_write_value(node.arguments.arguments.first) bounds(node.location) on_assign(on_field(receiver, call_operator, message), value) else arguments, block = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc || node.location)) call = if node.opening_loc.nil? bounds(node.location) if node.arguments.nil? && !node.block.is_a?(BlockArgumentNode) on_call(receiver, call_operator, message) else on_command_call(receiver, call_operator, message, arguments) end else bounds(node.opening_loc) arguments = on_arg_paren(arguments) bounds(node.location) on_method_add_arg(on_call(receiver, call_operator, message), arguments) end if block.nil? call else bounds(node.block.location) on_method_add_block(call, block) end end end end # Visit the arguments and block of a call node and return the arguments # and block as they should be used. private def visit_call_node_arguments(arguments_node, block_node, trailing_comma) arguments = arguments_node&.arguments || [] block = block_node if block.is_a?(BlockArgumentNode) arguments << block block = nil end [ if arguments.length == 1 && arguments.first.is_a?(ForwardingArgumentsNode) visit(arguments.first) elsif arguments.any? args = visit_arguments(arguments) if block_node.is_a?(BlockArgumentNode) || arguments.last.is_a?(ForwardingArgumentsNode) || command?(arguments.last) || trailing_comma args else bounds(arguments.first.location) on_args_add_block(args, false) end end, visit(block) ] end # Returns true if the given node is a command node. private def command?(node) node.is_a?(CallNode) && node.opening_loc.nil? && (!node.arguments.nil? || node.block.is_a?(BlockArgumentNode)) && !BINARY_OPERATORS.include?(node.name) end # foo.bar += baz # ^^^^^^^^^^^^^^^ def visit_call_operator_write_node(node) receiver = visit(node.receiver) bounds(node.call_operator_loc) call_operator = visit_token(node.call_operator) bounds(node.message_loc) message = visit_token(node.message) bounds(node.location) target = on_field(receiver, call_operator, message) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo.bar &&= baz # ^^^^^^^^^^^^^^^ def visit_call_and_write_node(node) receiver = visit(node.receiver) bounds(node.call_operator_loc) call_operator = visit_token(node.call_operator) bounds(node.message_loc) message = visit_token(node.message) bounds(node.location) target = on_field(receiver, call_operator, message) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo.bar ||= baz # ^^^^^^^^^^^^^^^ def visit_call_or_write_node(node) receiver = visit(node.receiver) bounds(node.call_operator_loc) call_operator = visit_token(node.call_operator) bounds(node.message_loc) message = visit_token(node.message) bounds(node.location) target = on_field(receiver, call_operator, message) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo.bar, = 1 # ^^^^^^^ def visit_call_target_node(node) if node.call_operator == "::" receiver = visit(node.receiver) bounds(node.message_loc) message = visit_token(node.message) bounds(node.location) on_const_path_field(receiver, message) else receiver = visit(node.receiver) bounds(node.call_operator_loc) call_operator = visit_token(node.call_operator) bounds(node.message_loc) message = visit_token(node.message) bounds(node.location) on_field(receiver, call_operator, message) end end # foo => bar => baz # ^^^^^^^^^^ def visit_capture_pattern_node(node) value = visit(node.value) target = visit(node.target) bounds(node.location) on_binary(value, :"=>", target) end # case foo; when bar; end # ^^^^^^^^^^^^^^^^^^^^^^^ def visit_case_node(node) predicate = visit(node.predicate) clauses = node.conditions.reverse_each.inject(visit(node.else_clause)) do |current, condition| on_when(*visit(condition), current) end bounds(node.location) on_case(predicate, clauses) end # case foo; in bar; end # ^^^^^^^^^^^^^^^^^^^^^ def visit_case_match_node(node) predicate = visit(node.predicate) clauses = node.conditions.reverse_each.inject(visit(node.else_clause)) do |current, condition| on_in(*visit(condition), current) end bounds(node.location) on_case(predicate, clauses) end # class Foo; end # ^^^^^^^^^^^^^^ def visit_class_node(node) constant_path = if node.constant_path.is_a?(ConstantReadNode) bounds(node.constant_path.location) on_const_ref(on_const(node.constant_path.name.to_s)) else visit(node.constant_path) end superclass = visit(node.superclass) bodystmt = visit_body_node(node.superclass&.location || node.constant_path.location, node.body, node.superclass.nil?) bounds(node.location) on_class(constant_path, superclass, bodystmt) end # @@foo # ^^^^^ def visit_class_variable_read_node(node) bounds(node.location) on_var_ref(on_cvar(node.slice)) end # @@foo = 1 # ^^^^^^^^^ # # @@foo, @@bar = 1 # ^^^^^ ^^^^^ def visit_class_variable_write_node(node) bounds(node.name_loc) target = on_var_field(on_cvar(node.name.to_s)) value = visit_write_value(node.value) bounds(node.location) on_assign(target, value) end # @@foo += bar # ^^^^^^^^^^^^ def visit_class_variable_operator_write_node(node) bounds(node.name_loc) target = on_var_field(on_cvar(node.name.to_s)) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # @@foo &&= bar # ^^^^^^^^^^^^^ def visit_class_variable_and_write_node(node) bounds(node.name_loc) target = on_var_field(on_cvar(node.name.to_s)) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # @@foo ||= bar # ^^^^^^^^^^^^^ def visit_class_variable_or_write_node(node) bounds(node.name_loc) target = on_var_field(on_cvar(node.name.to_s)) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # @@foo, = bar # ^^^^^ def visit_class_variable_target_node(node) bounds(node.location) on_var_field(on_cvar(node.name.to_s)) end # Foo # ^^^ def visit_constant_read_node(node) bounds(node.location) on_var_ref(on_const(node.name.to_s)) end # Foo = 1 # ^^^^^^^ # # Foo, Bar = 1 # ^^^ ^^^ def visit_constant_write_node(node) bounds(node.name_loc) target = on_var_field(on_const(node.name.to_s)) value = visit_write_value(node.value) bounds(node.location) on_assign(target, value) end # Foo += bar # ^^^^^^^^^^^ def visit_constant_operator_write_node(node) bounds(node.name_loc) target = on_var_field(on_const(node.name.to_s)) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # Foo &&= bar # ^^^^^^^^^^^^ def visit_constant_and_write_node(node) bounds(node.name_loc) target = on_var_field(on_const(node.name.to_s)) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # Foo ||= bar # ^^^^^^^^^^^^ def visit_constant_or_write_node(node) bounds(node.name_loc) target = on_var_field(on_const(node.name.to_s)) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # Foo, = bar # ^^^ def visit_constant_target_node(node) bounds(node.location) on_var_field(on_const(node.name.to_s)) end # Foo::Bar # ^^^^^^^^ def visit_constant_path_node(node) if node.parent.nil? bounds(node.name_loc) child = on_const(node.name.to_s) bounds(node.location) on_top_const_ref(child) else parent = visit(node.parent) bounds(node.name_loc) child = on_const(node.name.to_s) bounds(node.location) on_const_path_ref(parent, child) end end # Foo::Bar = 1 # ^^^^^^^^^^^^ # # Foo::Foo, Bar::Bar = 1 # ^^^^^^^^ ^^^^^^^^ def visit_constant_path_write_node(node) target = visit_constant_path_write_node_target(node.target) value = visit_write_value(node.value) bounds(node.location) on_assign(target, value) end # Visit a constant path that is part of a write node. private def visit_constant_path_write_node_target(node) if node.parent.nil? bounds(node.name_loc) child = on_const(node.name.to_s) bounds(node.location) on_top_const_field(child) else parent = visit(node.parent) bounds(node.name_loc) child = on_const(node.name.to_s) bounds(node.location) on_const_path_field(parent, child) end end # Foo::Bar += baz # ^^^^^^^^^^^^^^^ def visit_constant_path_operator_write_node(node) target = visit_constant_path_write_node_target(node.target) value = visit(node.value) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # Foo::Bar &&= baz # ^^^^^^^^^^^^^^^^ def visit_constant_path_and_write_node(node) target = visit_constant_path_write_node_target(node.target) value = visit(node.value) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # Foo::Bar ||= baz # ^^^^^^^^^^^^^^^^ def visit_constant_path_or_write_node(node) target = visit_constant_path_write_node_target(node.target) value = visit(node.value) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # Foo::Bar, = baz # ^^^^^^^^ def visit_constant_path_target_node(node) visit_constant_path_write_node_target(node) end # def foo; end # ^^^^^^^^^^^^ # # def self.foo; end # ^^^^^^^^^^^^^^^^^ def visit_def_node(node) receiver = visit(node.receiver) operator = if !node.operator_loc.nil? bounds(node.operator_loc) visit_token(node.operator) end bounds(node.name_loc) name = visit_token(node.name_loc.slice) parameters = if node.parameters.nil? bounds(node.location) on_params(nil, nil, nil, nil, nil, nil, nil) else visit(node.parameters) end if !node.lparen_loc.nil? bounds(node.lparen_loc) parameters = on_paren(parameters) end bodystmt = if node.equal_loc.nil? visit_body_node(node.rparen_loc || node.end_keyword_loc, node.body) else body = visit(node.body.body.first) bounds(node.body.location) on_bodystmt(body, nil, nil, nil) end bounds(node.location) if receiver.nil? on_def(name, parameters, bodystmt) else on_defs(receiver, operator, name, parameters, bodystmt) end end # defined? a # ^^^^^^^^^^ # # defined?(a) # ^^^^^^^^^^^ def visit_defined_node(node) bounds(node.location) on_defined(visit(node.value)) end # if foo then bar else baz end # ^^^^^^^^^^^^ def visit_else_node(node) statements = if node.statements.nil? [nil] else body = node.statements.body body.unshift(nil) if void_stmt?(node.else_keyword_loc, node.statements.body[0].location, false) body end bounds(node.location) on_else(visit_statements_node_body(statements)) end # "foo #{bar}" # ^^^^^^ def visit_embedded_statements_node(node) bounds(node.opening_loc) on_embexpr_beg(node.opening) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end bounds(node.closing_loc) on_embexpr_end(node.closing) bounds(node.location) on_string_embexpr(statements) end # "foo #@bar" # ^^^^^ def visit_embedded_variable_node(node) bounds(node.operator_loc) on_embvar(node.operator) variable = visit(node.variable) bounds(node.location) on_string_dvar(variable) end # Visit an EnsureNode node. def visit_ensure_node(node) statements = if node.statements.nil? [nil] else body = node.statements.body body.unshift(nil) if void_stmt?(node.ensure_keyword_loc, body[0].location, false) body end statements = visit_statements_node_body(statements) bounds(node.location) on_ensure(statements) end # false # ^^^^^ def visit_false_node(node) bounds(node.location) on_var_ref(on_kw("false")) end # foo => [*, bar, *] # ^^^^^^^^^^^ def visit_find_pattern_node(node) constant = visit(node.constant) left = if node.left.expression.nil? bounds(node.left.location) on_var_field(nil) else visit(node.left.expression) end requireds = visit_all(node.requireds) if node.requireds.any? right = if node.right.expression.nil? bounds(node.right.location) on_var_field(nil) else visit(node.right.expression) end bounds(node.location) on_fndptn(constant, left, requireds, right) end # if foo .. bar; end # ^^^^^^^^^^ def visit_flip_flop_node(node) left = visit(node.left) right = visit(node.right) bounds(node.location) if node.exclude_end? on_dot3(left, right) else on_dot2(left, right) end end # 1.0 # ^^^ def visit_float_node(node) visit_number_node(node) { |text| on_float(text) } end # for foo in bar do end # ^^^^^^^^^^^^^^^^^^^^^ def visit_for_node(node) index = visit(node.index) collection = visit(node.collection) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end bounds(node.location) on_for(index, collection, statements) end # def foo(...); bar(...); end # ^^^ def visit_forwarding_arguments_node(node) bounds(node.location) on_args_forward end # def foo(...); end # ^^^ def visit_forwarding_parameter_node(node) bounds(node.location) on_args_forward end # super # ^^^^^ # # super {} # ^^^^^^^^ def visit_forwarding_super_node(node) if node.block.nil? bounds(node.location) on_zsuper else block = visit(node.block) bounds(node.location) on_method_add_block(on_zsuper, block) end end # $foo # ^^^^ def visit_global_variable_read_node(node) bounds(node.location) on_var_ref(on_gvar(node.name.to_s)) end # $foo = 1 # ^^^^^^^^ # # $foo, $bar = 1 # ^^^^ ^^^^ def visit_global_variable_write_node(node) bounds(node.name_loc) target = on_var_field(on_gvar(node.name.to_s)) value = visit_write_value(node.value) bounds(node.location) on_assign(target, value) end # $foo += bar # ^^^^^^^^^^^ def visit_global_variable_operator_write_node(node) bounds(node.name_loc) target = on_var_field(on_gvar(node.name.to_s)) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # $foo &&= bar # ^^^^^^^^^^^^ def visit_global_variable_and_write_node(node) bounds(node.name_loc) target = on_var_field(on_gvar(node.name.to_s)) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # $foo ||= bar # ^^^^^^^^^^^^ def visit_global_variable_or_write_node(node) bounds(node.name_loc) target = on_var_field(on_gvar(node.name.to_s)) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # $foo, = bar # ^^^^ def visit_global_variable_target_node(node) bounds(node.location) on_var_field(on_gvar(node.name.to_s)) end # {} # ^^ def visit_hash_node(node) elements = if node.elements.any? args = visit_all(node.elements) bounds(node.elements.first.location) on_assoclist_from_args(args) end bounds(node.location) on_hash(elements) end # foo => {} # ^^ def visit_hash_pattern_node(node) constant = visit(node.constant) elements = if node.elements.any? || !node.rest.nil? node.elements.map do |element| [ if (key = element.key).opening_loc.nil? visit(key) else bounds(key.value_loc) if (value = key.value).empty? on_string_content else on_string_add(on_string_content, on_tstring_content(value)) end end, visit(element.value) ] end end rest = case node.rest when AssocSplatNode visit(node.rest.value) when NoKeywordsParameterNode bounds(node.rest.location) on_var_field(visit(node.rest)) end bounds(node.location) on_hshptn(constant, elements, rest) end # if foo then bar end # ^^^^^^^^^^^^^^^^^^^ # # bar if foo # ^^^^^^^^^^ # # foo ? bar : baz # ^^^^^^^^^^^^^^^ def visit_if_node(node) if node.then_keyword == "?" predicate = visit(node.predicate) truthy = visit(node.statements.body.first) falsy = visit(node.subsequent.statements.body.first) bounds(node.location) on_ifop(predicate, truthy, falsy) elsif node.statements.nil? || (node.predicate.location.start_offset < node.statements.location.start_offset) predicate = visit(node.predicate) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end subsequent = visit(node.subsequent) bounds(node.location) if node.if_keyword == "if" on_if(predicate, statements, subsequent) else on_elsif(predicate, statements, subsequent) end else statements = visit(node.statements.body.first) predicate = visit(node.predicate) bounds(node.location) on_if_mod(predicate, statements) end end # 1i # ^^ def visit_imaginary_node(node) visit_number_node(node) { |text| on_imaginary(text) } end # { foo: } # ^^^^ def visit_implicit_node(node) end # foo { |bar,| } # ^ def visit_implicit_rest_node(node) bounds(node.location) on_excessed_comma end # case foo; in bar; end # ^^^^^^^^^^^^^^^^^^^^^ def visit_in_node(node) # This is a special case where we're not going to call on_in directly # because we don't have access to the subsequent. Instead, we'll return # the component parts and let the parent node handle it. pattern = visit_pattern_node(node.pattern) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end [pattern, statements] end # foo[bar] += baz # ^^^^^^^^^^^^^^^ def visit_index_operator_write_node(node) receiver = visit(node.receiver) arguments, _ = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc)) bounds(node.location) target = on_aref_field(receiver, arguments) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo[bar] &&= baz # ^^^^^^^^^^^^^^^^ def visit_index_and_write_node(node) receiver = visit(node.receiver) arguments, _ = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc)) bounds(node.location) target = on_aref_field(receiver, arguments) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo[bar] ||= baz # ^^^^^^^^^^^^^^^^ def visit_index_or_write_node(node) receiver = visit(node.receiver) arguments, _ = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc)) bounds(node.location) target = on_aref_field(receiver, arguments) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo[bar], = 1 # ^^^^^^^^ def visit_index_target_node(node) receiver = visit(node.receiver) arguments, _ = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.closing_loc)) bounds(node.location) on_aref_field(receiver, arguments) end # @foo # ^^^^ def visit_instance_variable_read_node(node) bounds(node.location) on_var_ref(on_ivar(node.name.to_s)) end # @foo = 1 # ^^^^^^^^ def visit_instance_variable_write_node(node) bounds(node.name_loc) target = on_var_field(on_ivar(node.name.to_s)) value = visit_write_value(node.value) bounds(node.location) on_assign(target, value) end # @foo += bar # ^^^^^^^^^^^ def visit_instance_variable_operator_write_node(node) bounds(node.name_loc) target = on_var_field(on_ivar(node.name.to_s)) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # @foo &&= bar # ^^^^^^^^^^^^ def visit_instance_variable_and_write_node(node) bounds(node.name_loc) target = on_var_field(on_ivar(node.name.to_s)) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # @foo ||= bar # ^^^^^^^^^^^^ def visit_instance_variable_or_write_node(node) bounds(node.name_loc) target = on_var_field(on_ivar(node.name.to_s)) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # @foo, = bar # ^^^^ def visit_instance_variable_target_node(node) bounds(node.location) on_var_field(on_ivar(node.name.to_s)) end # 1 # ^ def visit_integer_node(node) visit_number_node(node) { |text| on_int(text) } end # if /foo #{bar}/ then end # ^^^^^^^^^^^^ def visit_interpolated_match_last_line_node(node) bounds(node.opening_loc) on_regexp_beg(node.opening) bounds(node.parts.first.location) parts = node.parts.inject(on_regexp_new) do |content, part| on_regexp_add(content, visit_string_content(part)) end bounds(node.closing_loc) closing = on_regexp_end(node.closing) bounds(node.location) on_regexp_literal(parts, closing) end # /foo #{bar}/ # ^^^^^^^^^^^^ def visit_interpolated_regular_expression_node(node) bounds(node.opening_loc) on_regexp_beg(node.opening) bounds(node.parts.first.location) parts = node.parts.inject(on_regexp_new) do |content, part| on_regexp_add(content, visit_string_content(part)) end bounds(node.closing_loc) closing = on_regexp_end(node.closing) bounds(node.location) on_regexp_literal(parts, closing) end # "foo #{bar}" # ^^^^^^^^^^^^ def visit_interpolated_string_node(node) if node.opening&.start_with?("<<~") heredoc = visit_heredoc_string_node(node) bounds(node.location) on_string_literal(heredoc) elsif !node.heredoc? && node.parts.length > 1 && node.parts.any? { |part| (part.is_a?(StringNode) || part.is_a?(InterpolatedStringNode)) && !part.opening_loc.nil? } first, *rest = node.parts rest.inject(visit(first)) do |content, part| concat = visit(part) bounds(part.location) on_string_concat(content, concat) end else bounds(node.parts.first.location) parts = node.parts.inject(on_string_content) do |content, part| on_string_add(content, visit_string_content(part)) end bounds(node.location) on_string_literal(parts) end end # :"foo #{bar}" # ^^^^^^^^^^^^^ def visit_interpolated_symbol_node(node) bounds(node.parts.first.location) parts = node.parts.inject(on_string_content) do |content, part| on_string_add(content, visit_string_content(part)) end bounds(node.location) on_dyna_symbol(parts) end # `foo #{bar}` # ^^^^^^^^^^^^ def visit_interpolated_x_string_node(node) if node.opening.start_with?("<<~") heredoc = visit_heredoc_x_string_node(node) bounds(node.location) on_xstring_literal(heredoc) else bounds(node.parts.first.location) parts = node.parts.inject(on_xstring_new) do |content, part| on_xstring_add(content, visit_string_content(part)) end bounds(node.location) on_xstring_literal(parts) end end # Visit an individual part of a string-like node. private def visit_string_content(part) if part.is_a?(StringNode) bounds(part.content_loc) on_tstring_content(part.content) else visit(part) end end # -> { it } # ^^ def visit_it_local_variable_read_node(node) bounds(node.location) on_vcall(on_ident(node.slice)) end # -> { it } # ^^^^^^^^^ def visit_it_parameters_node(node) end # foo(bar: baz) # ^^^^^^^^ def visit_keyword_hash_node(node) elements = visit_all(node.elements) bounds(node.location) on_bare_assoc_hash(elements) end # def foo(**bar); end # ^^^^^ # # def foo(**); end # ^^ def visit_keyword_rest_parameter_node(node) if node.name_loc.nil? bounds(node.location) on_kwrest_param(nil) else bounds(node.name_loc) name = on_ident(node.name.to_s) bounds(node.location) on_kwrest_param(name) end end # -> {} def visit_lambda_node(node) bounds(node.operator_loc) on_tlambda(node.operator) parameters = if node.parameters.is_a?(BlockParametersNode) # Ripper does not track block-locals within lambdas, so we skip # directly to the parameters here. params = if node.parameters.parameters.nil? bounds(node.location) on_params(nil, nil, nil, nil, nil, nil, nil) else visit(node.parameters.parameters) end if node.parameters.opening_loc.nil? params else bounds(node.parameters.opening_loc) on_paren(params) end else bounds(node.location) on_params(nil, nil, nil, nil, nil, nil, nil) end braces = node.opening == "{" if braces bounds(node.opening_loc) on_tlambeg(node.opening) end body = case node.body when nil bounds(node.location) stmts = on_stmts_add(on_stmts_new, on_void_stmt) bounds(node.location) braces ? stmts : on_bodystmt(stmts, nil, nil, nil) when StatementsNode stmts = node.body.body stmts.unshift(nil) if void_stmt?(node.parameters&.location || node.opening_loc, node.body.location, false) stmts = visit_statements_node_body(stmts) bounds(node.body.location) braces ? stmts : on_bodystmt(stmts, nil, nil, nil) when BeginNode visit_body_node(node.opening_loc, node.body) else raise end bounds(node.location) on_lambda(parameters, body) end # foo # ^^^ def visit_local_variable_read_node(node) bounds(node.location) on_var_ref(on_ident(node.slice)) end # foo = 1 # ^^^^^^^ def visit_local_variable_write_node(node) bounds(node.name_loc) target = on_var_field(on_ident(node.name_loc.slice)) value = visit_write_value(node.value) bounds(node.location) on_assign(target, value) end # foo += bar # ^^^^^^^^^^ def visit_local_variable_operator_write_node(node) bounds(node.name_loc) target = on_var_field(on_ident(node.name_loc.slice)) bounds(node.binary_operator_loc) operator = on_op("#{node.binary_operator}=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo &&= bar # ^^^^^^^^^^^ def visit_local_variable_and_write_node(node) bounds(node.name_loc) target = on_var_field(on_ident(node.name_loc.slice)) bounds(node.operator_loc) operator = on_op("&&=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo ||= bar # ^^^^^^^^^^^ def visit_local_variable_or_write_node(node) bounds(node.name_loc) target = on_var_field(on_ident(node.name_loc.slice)) bounds(node.operator_loc) operator = on_op("||=") value = visit_write_value(node.value) bounds(node.location) on_opassign(target, operator, value) end # foo, = bar # ^^^ def visit_local_variable_target_node(node) bounds(node.location) on_var_field(on_ident(node.name.to_s)) end # if /foo/ then end # ^^^^^ def visit_match_last_line_node(node) bounds(node.opening_loc) on_regexp_beg(node.opening) bounds(node.content_loc) tstring_content = on_tstring_content(node.content) bounds(node.closing_loc) closing = on_regexp_end(node.closing) on_regexp_literal(on_regexp_add(on_regexp_new, tstring_content), closing) end # foo in bar # ^^^^^^^^^^ def visit_match_predicate_node(node) value = visit(node.value) pattern = on_in(visit_pattern_node(node.pattern), nil, nil) on_case(value, pattern) end # foo => bar # ^^^^^^^^^^ def visit_match_required_node(node) value = visit(node.value) pattern = on_in(visit_pattern_node(node.pattern), nil, nil) on_case(value, pattern) end # /(?<foo>foo)/ =~ bar # ^^^^^^^^^^^^^^^^^^^^ def visit_match_write_node(node) visit(node.call) end # A node that is missing from the syntax tree. This is only used in the # case of a syntax error. def visit_missing_node(node) raise "Cannot visit missing nodes directly." end # module Foo; end # ^^^^^^^^^^^^^^^ def visit_module_node(node) constant_path = if node.constant_path.is_a?(ConstantReadNode) bounds(node.constant_path.location) on_const_ref(on_const(node.constant_path.name.to_s)) else visit(node.constant_path) end bodystmt = visit_body_node(node.constant_path.location, node.body, true) bounds(node.location) on_module(constant_path, bodystmt) end # (foo, bar), bar = qux # ^^^^^^^^^^ def visit_multi_target_node(node) bounds(node.location) targets = visit_multi_target_node_targets(node.lefts, node.rest, node.rights, true) if node.lparen_loc.nil? targets else bounds(node.lparen_loc) on_mlhs_paren(targets) end end # Visit the targets of a multi-target node. private def visit_multi_target_node_targets(lefts, rest, rights, skippable) if skippable && lefts.length == 1 && lefts.first.is_a?(MultiTargetNode) && rest.nil? && rights.empty? return visit(lefts.first) end mlhs = on_mlhs_new lefts.each do |left| bounds(left.location) mlhs = on_mlhs_add(mlhs, visit(left)) end case rest when nil # do nothing when ImplicitRestNode # these do not get put into the generated tree bounds(rest.location) on_excessed_comma else bounds(rest.location) mlhs = on_mlhs_add_star(mlhs, visit(rest)) end if rights.any? bounds(rights.first.location) post = on_mlhs_new rights.each do |right| bounds(right.location) post = on_mlhs_add(post, visit(right)) end mlhs = on_mlhs_add_post(mlhs, post) end mlhs end # foo, bar = baz # ^^^^^^^^^^^^^^ def visit_multi_write_node(node) bounds(node.location) targets = visit_multi_target_node_targets(node.lefts, node.rest, node.rights, true) unless node.lparen_loc.nil? bounds(node.lparen_loc) targets = on_mlhs_paren(targets) end value = visit_write_value(node.value) bounds(node.location) on_massign(targets, value) end # next # ^^^^ # # next foo # ^^^^^^^^ def visit_next_node(node) if node.arguments.nil? bounds(node.location) on_next(on_args_new) else arguments = visit(node.arguments) bounds(node.location) on_next(arguments) end end # nil # ^^^ def visit_nil_node(node) bounds(node.location) on_var_ref(on_kw("nil")) end # def foo(**nil); end # ^^^^^ def visit_no_keywords_parameter_node(node) bounds(node.location) on_nokw_param(nil) :nil end # -> { _1 + _2 } # ^^^^^^^^^^^^^^ def visit_numbered_parameters_node(node) end # $1 # ^^ def visit_numbered_reference_read_node(node) bounds(node.location) on_backref(node.slice) end # def foo(bar: baz); end # ^^^^^^^^ def visit_optional_keyword_parameter_node(node) bounds(node.name_loc) name = on_label("#{node.name}:") value = visit(node.value) [name, value] end # def foo(bar = 1); end # ^^^^^^^ def visit_optional_parameter_node(node) bounds(node.name_loc) name = visit_token(node.name.to_s) value = visit(node.value) [name, value] end # a or b # ^^^^^^ def visit_or_node(node) left = visit(node.left) right = visit(node.right) bounds(node.location) on_binary(left, node.operator.to_sym, right) end # def foo(bar, *baz); end # ^^^^^^^^^ def visit_parameters_node(node) requireds = node.requireds.map { |required| required.is_a?(MultiTargetNode) ? visit_destructured_parameter_node(required) : visit(required) } if node.requireds.any? optionals = visit_all(node.optionals) if node.optionals.any? rest = visit(node.rest) posts = node.posts.map { |post| post.is_a?(MultiTargetNode) ? visit_destructured_parameter_node(post) : visit(post) } if node.posts.any? keywords = visit_all(node.keywords) if node.keywords.any? keyword_rest = visit(node.keyword_rest) block = visit(node.block) bounds(node.location) on_params(requireds, optionals, rest, posts, keywords, keyword_rest, block) end # Visit a destructured positional parameter node. private def visit_destructured_parameter_node(node) bounds(node.location) targets = visit_multi_target_node_targets(node.lefts, node.rest, node.rights, false) bounds(node.lparen_loc) on_mlhs_paren(targets) end # () # ^^ # # (1) # ^^^ def visit_parentheses_node(node) body = if node.body.nil? on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.body) end bounds(node.location) on_paren(body) end # foo => ^(bar) # ^^^^^^ def visit_pinned_expression_node(node) expression = visit(node.expression) bounds(node.location) on_begin(expression) end # foo = 1 and bar => ^foo # ^^^^ def visit_pinned_variable_node(node) visit(node.variable) end # END {} # ^^^^^^ def visit_post_execution_node(node) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end bounds(node.location) on_END(statements) end # BEGIN {} # ^^^^^^^^ def visit_pre_execution_node(node) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end bounds(node.location) on_BEGIN(statements) end # The top-level program node. def visit_program_node(node) body = node.statements.body body << nil if body.empty? statements = visit_statements_node_body(body) bounds(node.location) on_program(statements) end # 0..5 # ^^^^ def visit_range_node(node) left = visit(node.left) right = visit(node.right) bounds(node.location) if node.exclude_end? on_dot3(left, right) else on_dot2(left, right) end end # 1r # ^^ def visit_rational_node(node) visit_number_node(node) { |text| on_rational(text) } end # redo # ^^^^ def visit_redo_node(node) bounds(node.location) on_redo end # /foo/ # ^^^^^ def visit_regular_expression_node(node) bounds(node.opening_loc) on_regexp_beg(node.opening) if node.content.empty? bounds(node.closing_loc) closing = on_regexp_end(node.closing) on_regexp_literal(on_regexp_new, closing) else bounds(node.content_loc) tstring_content = on_tstring_content(node.content) bounds(node.closing_loc) closing = on_regexp_end(node.closing) on_regexp_literal(on_regexp_add(on_regexp_new, tstring_content), closing) end end # def foo(bar:); end # ^^^^ def visit_required_keyword_parameter_node(node) bounds(node.name_loc) [on_label("#{node.name}:"), false] end # def foo(bar); end # ^^^ def visit_required_parameter_node(node) bounds(node.location) on_ident(node.name.to_s) end # foo rescue bar # ^^^^^^^^^^^^^^ def visit_rescue_modifier_node(node) expression = visit_write_value(node.expression) rescue_expression = visit(node.rescue_expression) bounds(node.location) on_rescue_mod(expression, rescue_expression) end # begin; rescue; end # ^^^^^^^ def visit_rescue_node(node) exceptions = case node.exceptions.length when 0 nil when 1 if (exception = node.exceptions.first).is_a?(SplatNode) bounds(exception.location) on_mrhs_add_star(on_mrhs_new, visit(exception)) else [visit(node.exceptions.first)] end else bounds(node.location) length = node.exceptions.length node.exceptions.each_with_index.inject(on_args_new) do |mrhs, (exception, index)| arg = visit(exception) bounds(exception.location) mrhs = on_mrhs_new_from_args(mrhs) if index == length - 1 if exception.is_a?(SplatNode) if index == length - 1 on_mrhs_add_star(mrhs, arg) else on_args_add_star(mrhs, arg) end else if index == length - 1 on_mrhs_add(mrhs, arg) else on_args_add(mrhs, arg) end end end end reference = visit(node.reference) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end subsequent = visit(node.subsequent) bounds(node.location) on_rescue(exceptions, reference, statements, subsequent) end # def foo(*bar); end # ^^^^ # # def foo(*); end # ^ def visit_rest_parameter_node(node) if node.name_loc.nil? bounds(node.location) on_rest_param(nil) else bounds(node.name_loc) on_rest_param(visit_token(node.name.to_s)) end end # retry # ^^^^^ def visit_retry_node(node) bounds(node.location) on_retry end # return # ^^^^^^ # # return 1 # ^^^^^^^^ def visit_return_node(node) if node.arguments.nil? bounds(node.location) on_return0 else arguments = visit(node.arguments) bounds(node.location) on_return(arguments) end end # self # ^^^^ def visit_self_node(node) bounds(node.location) on_var_ref(on_kw("self")) end # A shareable constant. def visit_shareable_constant_node(node) visit(node.write) end # class << self; end # ^^^^^^^^^^^^^^^^^^ def visit_singleton_class_node(node) expression = visit(node.expression) bodystmt = visit_body_node(node.body&.location || node.end_keyword_loc, node.body) bounds(node.location) on_sclass(expression, bodystmt) end # __ENCODING__ # ^^^^^^^^^^^^ def visit_source_encoding_node(node) bounds(node.location) on_var_ref(on_kw("__ENCODING__")) end # __FILE__ # ^^^^^^^^ def visit_source_file_node(node) bounds(node.location) on_var_ref(on_kw("__FILE__")) end # __LINE__ # ^^^^^^^^ def visit_source_line_node(node) bounds(node.location) on_var_ref(on_kw("__LINE__")) end # foo(*bar) # ^^^^ # # def foo((bar, *baz)); end # ^^^^ # # def foo(*); bar(*); end # ^ def visit_splat_node(node) visit(node.expression) end # A list of statements. def visit_statements_node(node) bounds(node.location) visit_statements_node_body(node.body) end # Visit the list of statements of a statements node. We support nil # statements in the list. This would normally not be allowed by the # structure of the prism parse tree, but we manually add them here so that # we can mirror Ripper's void stmt. private def visit_statements_node_body(body) body.inject(on_stmts_new) do |stmts, stmt| on_stmts_add(stmts, stmt.nil? ? on_void_stmt : visit(stmt)) end end # "foo" # ^^^^^ def visit_string_node(node) if (content = node.content).empty? bounds(node.location) on_string_literal(on_string_content) elsif (opening = node.opening) == "?" bounds(node.location) on_CHAR("?#{node.content}") elsif opening.start_with?("<<~") heredoc = visit_heredoc_string_node(node.to_interpolated) bounds(node.location) on_string_literal(heredoc) else bounds(node.content_loc) tstring_content = on_tstring_content(content) bounds(node.location) on_string_literal(on_string_add(on_string_content, tstring_content)) end end # Ripper gives back the escaped string content but strips out the common # leading whitespace. Prism gives back the unescaped string content and # a location for the escaped string content. Unfortunately these don't # work well together, so here we need to re-derive the common leading # whitespace. private def visit_heredoc_node_whitespace(parts) common_whitespace = nil dedent_next = true parts.each do |part| if part.is_a?(StringNode) if dedent_next && !(content = part.content).chomp.empty? common_whitespace = [ common_whitespace || Float::INFINITY, content[/\A\s*/].each_char.inject(0) do |part_whitespace, char| char == "\t" ? ((part_whitespace / 8 + 1) * 8) : (part_whitespace + 1) end ].min end dedent_next = true else dedent_next = false end end common_whitespace || 0 end # Visit a string that is expressed using a <<~ heredoc. private def visit_heredoc_node(parts, base) common_whitespace = visit_heredoc_node_whitespace(parts) if common_whitespace == 0 bounds(parts.first.location) string = [] result = base parts.each do |part| if part.is_a?(StringNode) if string.empty? string = [part] else string << part end else unless string.empty? bounds(string[0].location) result = yield result, on_tstring_content(string.map(&:content).join) string = [] end result = yield result, visit(part) end end unless string.empty? bounds(string[0].location) result = yield result, on_tstring_content(string.map(&:content).join) end result else bounds(parts.first.location) result = parts.inject(base) do |string_content, part| yield string_content, visit_string_content(part) end bounds(parts.first.location) on_heredoc_dedent(result, common_whitespace) end end # Visit a heredoc node that is representing a string. private def visit_heredoc_string_node(node) bounds(node.opening_loc) on_heredoc_beg(node.opening) bounds(node.location) result = visit_heredoc_node(node.parts, on_string_content) do |parts, part| on_string_add(parts, part) end bounds(node.closing_loc) on_heredoc_end(node.closing) result end # Visit a heredoc node that is representing an xstring. private def visit_heredoc_x_string_node(node) bounds(node.opening_loc) on_heredoc_beg(node.opening) bounds(node.location) result = visit_heredoc_node(node.parts, on_xstring_new) do |parts, part| on_xstring_add(parts, part) end bounds(node.closing_loc) on_heredoc_end(node.closing) result end # super(foo) # ^^^^^^^^^^ def visit_super_node(node) arguments, block = visit_call_node_arguments(node.arguments, node.block, trailing_comma?(node.arguments&.location || node.location, node.rparen_loc || node.location)) if !node.lparen_loc.nil? bounds(node.lparen_loc) arguments = on_arg_paren(arguments) end bounds(node.location) call = on_super(arguments) if block.nil? call else bounds(node.block.location) on_method_add_block(call, block) end end # :foo # ^^^^ def visit_symbol_node(node) if (opening = node.opening)&.match?(/^%s|['"]:?$/) bounds(node.value_loc) content = on_string_content if !(value = node.value).empty? content = on_string_add(content, on_tstring_content(value)) end on_dyna_symbol(content) elsif (closing = node.closing) == ":" bounds(node.location) on_label("#{node.value}:") elsif opening.nil? && node.closing_loc.nil? bounds(node.value_loc) on_symbol_literal(visit_token(node.value)) else bounds(node.value_loc) on_symbol_literal(on_symbol(visit_token(node.value))) end end # true # ^^^^ def visit_true_node(node) bounds(node.location) on_var_ref(on_kw("true")) end # undef foo # ^^^^^^^^^ def visit_undef_node(node) names = visit_all(node.names) bounds(node.location) on_undef(names) end # unless foo; bar end # ^^^^^^^^^^^^^^^^^^^ # # bar unless foo # ^^^^^^^^^^^^^^ def visit_unless_node(node) if node.statements.nil? || (node.predicate.location.start_offset < node.statements.location.start_offset) predicate = visit(node.predicate) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end else_clause = visit(node.else_clause) bounds(node.location) on_unless(predicate, statements, else_clause) else statements = visit(node.statements.body.first) predicate = visit(node.predicate) bounds(node.location) on_unless_mod(predicate, statements) end end # until foo; bar end # ^^^^^^^^^^^^^^^^^ # # bar until foo # ^^^^^^^^^^^^^ def visit_until_node(node) if node.statements.nil? || (node.predicate.location.start_offset < node.statements.location.start_offset) predicate = visit(node.predicate) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end bounds(node.location) on_until(predicate, statements) else statements = visit(node.statements.body.first) predicate = visit(node.predicate) bounds(node.location) on_until_mod(predicate, statements) end end # case foo; when bar; end # ^^^^^^^^^^^^^ def visit_when_node(node) # This is a special case where we're not going to call on_when directly # because we don't have access to the subsequent. Instead, we'll return # the component parts and let the parent node handle it. conditions = visit_arguments(node.conditions) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end [conditions, statements] end # while foo; bar end # ^^^^^^^^^^^^^^^^^^ # # bar while foo # ^^^^^^^^^^^^^ def visit_while_node(node) if node.statements.nil? || (node.predicate.location.start_offset < node.statements.location.start_offset) predicate = visit(node.predicate) statements = if node.statements.nil? bounds(node.location) on_stmts_add(on_stmts_new, on_void_stmt) else visit(node.statements) end bounds(node.location) on_while(predicate, statements) else statements = visit(node.statements.body.first) predicate = visit(node.predicate) bounds(node.location) on_while_mod(predicate, statements) end end # `foo` # ^^^^^ def visit_x_string_node(node) if node.unescaped.empty? bounds(node.location) on_xstring_literal(on_xstring_new) elsif node.opening.start_with?("<<~") heredoc = visit_heredoc_x_string_node(node.to_interpolated) bounds(node.location) on_xstring_literal(heredoc) else bounds(node.content_loc) content = on_tstring_content(node.content) bounds(node.location) on_xstring_literal(on_xstring_add(on_xstring_new, content)) end end # yield # ^^^^^ # # yield 1 # ^^^^^^^ def visit_yield_node(node) if node.arguments.nil? && node.lparen_loc.nil? bounds(node.location) on_yield0 else arguments = if node.arguments.nil? bounds(node.location) on_args_new else visit(node.arguments) end unless node.lparen_loc.nil? bounds(node.lparen_loc) arguments = on_paren(arguments) end bounds(node.location) on_yield(arguments) end end private # Lazily initialize the parse result. def result @result ||= Prism.parse(source, partial_script: true) end ########################################################################## # Helpers ########################################################################## # Returns true if there is a comma between the two locations. def trailing_comma?(left, right) source.byteslice(left.end_offset...right.start_offset).include?(",") end # Returns true if there is a semicolon between the two locations. def void_stmt?(left, right, allow_newline) pattern = allow_newline ? /[;\n]/ : /;/ source.byteslice(left.end_offset...right.start_offset).match?(pattern) end # Visit the string content of a particular node. This method is used to # split into the various token types. def visit_token(token, allow_keywords = true) case token when "." on_period(token) when "`" on_backtick(token) when *(allow_keywords ? KEYWORDS : []) on_kw(token) when /^_/ on_ident(token) when /^[[:upper:]]\w*$/ on_const(token) when /^@@/ on_cvar(token) when /^@/ on_ivar(token) when /^\$/ on_gvar(token) when /^[[:punct:]]/ on_op(token) else on_ident(token) end end # Visit a node that represents a number. We need to explicitly handle the # unary - operator. def visit_number_node(node) slice = node.slice location = node.location if slice[0] == "-" bounds(location.copy(start_offset: location.start_offset + 1)) value = yield slice[1..-1] bounds(node.location) on_unary(:-@, value) else bounds(location) yield slice end end # Visit a node that represents a write value. This is used to handle the # special case of an implicit array that is generated without brackets. def visit_write_value(node) if node.is_a?(ArrayNode) && node.opening_loc.nil? elements = node.elements length = elements.length bounds(elements.first.location) elements.each_with_index.inject((elements.first.is_a?(SplatNode) && length == 1) ? on_mrhs_new : on_args_new) do |args, (element, index)| arg = visit(element) bounds(element.location) if index == length - 1 if element.is_a?(SplatNode) mrhs = index == 0 ? args : on_mrhs_new_from_args(args) on_mrhs_add_star(mrhs, arg) else on_mrhs_add(on_mrhs_new_from_args(args), arg) end else case element when BlockArgumentNode on_args_add_block(args, arg) when SplatNode on_args_add_star(args, arg) else on_args_add(args, arg) end end end else visit(node) end end # This method is responsible for updating lineno and column information # to reflect the current node. # # This method could be drastically improved with some caching on the start # of every line, but for now it's good enough. def bounds(location) @lineno = location.start_line @column = location.start_column end ########################################################################## # Ripper interface ########################################################################## # :stopdoc: def _dispatch_0; end def _dispatch_1(_); end def _dispatch_2(_, _); end def _dispatch_3(_, _, _); end def _dispatch_4(_, _, _, _); end def _dispatch_5(_, _, _, _, _); end def _dispatch_7(_, _, _, _, _, _, _); end # :startdoc: # # Parser Events # PARSER_EVENT_TABLE.each do |id, arity| alias_method "on_#{id}", "_dispatch_#{arity}" end # This method is called when weak warning is produced by the parser. # +fmt+ and +args+ is printf style. def warn(fmt, *args) end # This method is called when strong warning is produced by the parser. # +fmt+ and +args+ is printf style. def warning(fmt, *args) end # This method is called when the parser found syntax error. def compile_error(msg) end # # Scanner Events # SCANNER_EVENTS.each do |id| alias_method "on_#{id}", :_dispatch_1 end # This method is provided by the Ripper C extension. It is called when a # string needs to be dedented because of a tilde heredoc. It is expected # that it will modify the string in place and return the number of bytes # that were removed. def dedent_string(string, width) whitespace = 0 cursor = 0 while cursor < string.length && string[cursor].match?(/\s/) && whitespace < width if string[cursor] == "\t" whitespace = ((whitespace / 8 + 1) * 8) break if whitespace > width else whitespace += 1 end cursor += 1 end string.replace(string[cursor..]) cursor end end end end PK *J [��v� � ( share/ruby/prism/translation/parser34.rbnu �[��� # frozen_string_literal: true module Prism module Translation # This class is the entry-point for Ruby 3.4 of `Prism::Translation::Parser`. class Parser34 < Parser def version # :nodoc: 34 end end end end PK *J [ �(� � + share/ruby/prism/translation/ruby_parser.rbnu �[��� # frozen_string_literal: true begin require "ruby_parser" rescue LoadError warn(%q{Error: Unable to load ruby_parser. Add `gem "ruby_parser"` to your Gemfile.}) exit(1) end module Prism module Translation # This module is the entry-point for converting a prism syntax tree into the # seattlerb/ruby_parser gem's syntax tree. class RubyParser # A prism visitor that builds Sexp objects. class Compiler < ::Prism::Compiler # This is the name of the file that we are compiling. We set it on every # Sexp object that is generated, and also use it to compile __FILE__ # nodes. attr_reader :file # Class variables will change their type based on if they are inside of # a method definition or not, so we need to track that state. attr_reader :in_def # Some nodes will change their representation if they are inside of a # pattern, so we need to track that state. attr_reader :in_pattern # Initialize a new compiler with the given file name. def initialize(file, in_def: false, in_pattern: false) @file = file @in_def = in_def @in_pattern = in_pattern end # alias foo bar # ^^^^^^^^^^^^^ def visit_alias_method_node(node) s(node, :alias, visit(node.new_name), visit(node.old_name)) end # alias $foo $bar # ^^^^^^^^^^^^^^^ def visit_alias_global_variable_node(node) s(node, :valias, node.new_name.name, node.old_name.name) end # foo => bar | baz # ^^^^^^^^^ def visit_alternation_pattern_node(node) s(node, :or, visit(node.left), visit(node.right)) end # a and b # ^^^^^^^ def visit_and_node(node) left = visit(node.left) if left[0] == :and # ruby_parser has the and keyword as right-associative as opposed to # prism which has it as left-associative. We reverse that # associativity here. nest = left nest = nest[2] while nest[2][0] == :and nest[2] = s(node, :and, nest[2], visit(node.right)) left else s(node, :and, left, visit(node.right)) end end # [] # ^^ def visit_array_node(node) if in_pattern s(node, :array_pat, nil).concat(visit_all(node.elements)) else s(node, :array).concat(visit_all(node.elements)) end end # foo => [bar] # ^^^^^ def visit_array_pattern_node(node) if node.constant.nil? && node.requireds.empty? && node.rest.nil? && node.posts.empty? s(node, :array_pat) else result = s(node, :array_pat, visit_pattern_constant(node.constant)).concat(visit_all(node.requireds)) case node.rest when SplatNode result << :"*#{node.rest.expression&.name}" when ImplicitRestNode result << :* # This doesn't make any sense at all, but since we're trying to # replicate the behavior directly, we'll copy it. result.line(666) end result.concat(visit_all(node.posts)) end end # foo(bar) # ^^^ def visit_arguments_node(node) raise "Cannot visit arguments directly" end # { a: 1 } # ^^^^ def visit_assoc_node(node) [visit(node.key), visit(node.value)] end # def foo(**); bar(**); end # ^^ # # { **foo } # ^^^^^ def visit_assoc_splat_node(node) if node.value.nil? [s(node, :kwsplat)] else [s(node, :kwsplat, visit(node.value))] end end # $+ # ^^ def visit_back_reference_read_node(node) s(node, :back_ref, node.name.name.delete_prefix("$").to_sym) end # begin end # ^^^^^^^^^ def visit_begin_node(node) result = node.statements.nil? ? s(node, :nil) : visit(node.statements) if !node.rescue_clause.nil? if !node.statements.nil? result = s(node.statements, :rescue, result, visit(node.rescue_clause)) else result = s(node.rescue_clause, :rescue, visit(node.rescue_clause)) end current = node.rescue_clause until (current = current.subsequent).nil? result << visit(current) end end if !node.else_clause&.statements.nil? result << visit(node.else_clause) end if !node.ensure_clause.nil? if !node.statements.nil? || !node.rescue_clause.nil? || !node.else_clause.nil? result = s(node.statements || node.rescue_clause || node.else_clause || node.ensure_clause, :ensure, result, visit(node.ensure_clause)) else result = s(node.ensure_clause, :ensure, visit(node.ensure_clause)) end end result end # foo(&bar) # ^^^^ def visit_block_argument_node(node) s(node, :block_pass).tap do |result| result << visit(node.expression) unless node.expression.nil? end end # foo { |; bar| } # ^^^ def visit_block_local_variable_node(node) node.name end # A block on a keyword or method call. def visit_block_node(node) s(node, :block_pass, visit(node.expression)) end # def foo(&bar); end # ^^^^ def visit_block_parameter_node(node) :"&#{node.name}" end # A block's parameters. def visit_block_parameters_node(node) # If this block parameters has no parameters and is using pipes, then # it inherits its location from its shadow locals, even if they're not # on the same lines as the pipes. shadow_loc = true result = if node.parameters.nil? s(node, :args) else shadow_loc = false visit(node.parameters) end if node.opening == "(" result.line = node.opening_loc.start_line result.line_max = node.closing_loc.end_line shadow_loc = false end if node.locals.any? shadow = s(node, :shadow).concat(visit_all(node.locals)) shadow.line = node.locals.first.location.start_line shadow.line_max = node.locals.last.location.end_line result << shadow if shadow_loc result.line = shadow.line result.line_max = shadow.line_max end end result end # break # ^^^^^ # # break foo # ^^^^^^^^^ def visit_break_node(node) if node.arguments.nil? s(node, :break) elsif node.arguments.arguments.length == 1 s(node, :break, visit(node.arguments.arguments.first)) else s(node, :break, s(node.arguments, :array).concat(visit_all(node.arguments.arguments))) end end # foo # ^^^ # # foo.bar # ^^^^^^^ # # foo.bar() {} # ^^^^^^^^^^^^ def visit_call_node(node) case node.name when :!~ return s(node, :not, visit(node.copy(name: :"=~"))) when :=~ if node.arguments&.arguments&.length == 1 && node.block.nil? case node.receiver when StringNode return s(node, :match3, visit(node.arguments.arguments.first), visit(node.receiver)) when RegularExpressionNode, InterpolatedRegularExpressionNode return s(node, :match2, visit(node.receiver), visit(node.arguments.arguments.first)) end case node.arguments.arguments.first when RegularExpressionNode, InterpolatedRegularExpressionNode return s(node, :match3, visit(node.arguments.arguments.first), visit(node.receiver)) end end end type = node.attribute_write? ? :attrasgn : :call type = :"safe_#{type}" if node.safe_navigation? arguments = node.arguments&.arguments || [] write_value = arguments.pop if type == :attrasgn block = node.block if block.is_a?(BlockArgumentNode) arguments << block block = nil end result = s(node, type, visit(node.receiver), node.name).concat(visit_all(arguments)) result << visit_write_value(write_value) unless write_value.nil? visit_block(node, result, block) end # foo.bar += baz # ^^^^^^^^^^^^^^^ def visit_call_operator_write_node(node) if op_asgn?(node) s(node, op_asgn_type(node, :op_asgn), visit(node.receiver), visit_write_value(node.value), node.read_name, node.binary_operator) else s(node, op_asgn_type(node, :op_asgn2), visit(node.receiver), node.write_name, node.binary_operator, visit_write_value(node.value)) end end # foo.bar &&= baz # ^^^^^^^^^^^^^^^ def visit_call_and_write_node(node) if op_asgn?(node) s(node, op_asgn_type(node, :op_asgn), visit(node.receiver), visit_write_value(node.value), node.read_name, :"&&") else s(node, op_asgn_type(node, :op_asgn2), visit(node.receiver), node.write_name, :"&&", visit_write_value(node.value)) end end # foo.bar ||= baz # ^^^^^^^^^^^^^^^ def visit_call_or_write_node(node) if op_asgn?(node) s(node, op_asgn_type(node, :op_asgn), visit(node.receiver), visit_write_value(node.value), node.read_name, :"||") else s(node, op_asgn_type(node, :op_asgn2), visit(node.receiver), node.write_name, :"||", visit_write_value(node.value)) end end # Call nodes with operators following them will either be op_asgn or # op_asgn2 nodes. That is determined by their call operator and their # right-hand side. private def op_asgn?(node) node.call_operator == "::" || (node.value.is_a?(CallNode) && node.value.opening_loc.nil? && !node.value.arguments.nil?) end # Call nodes with operators following them can use &. as an operator, # which changes their type by prefixing "safe_". private def op_asgn_type(node, type) node.safe_navigation? ? :"safe_#{type}" : type end # foo.bar, = 1 # ^^^^^^^ def visit_call_target_node(node) s(node, :attrasgn, visit(node.receiver), node.name) end # foo => bar => baz # ^^^^^^^^^^ def visit_capture_pattern_node(node) visit(node.target) << visit(node.value) end # case foo; when bar; end # ^^^^^^^^^^^^^^^^^^^^^^^ def visit_case_node(node) s(node, :case, visit(node.predicate)).concat(visit_all(node.conditions)) << visit(node.else_clause) end # case foo; in bar; end # ^^^^^^^^^^^^^^^^^^^^^ def visit_case_match_node(node) s(node, :case, visit(node.predicate)).concat(visit_all(node.conditions)) << visit(node.else_clause) end # class Foo; end # ^^^^^^^^^^^^^^ def visit_class_node(node) name = if node.constant_path.is_a?(ConstantReadNode) node.name else visit(node.constant_path) end if node.body.nil? s(node, :class, name, visit(node.superclass)) elsif node.body.is_a?(StatementsNode) compiler = copy_compiler(in_def: false) s(node, :class, name, visit(node.superclass)).concat(node.body.body.map { |child| child.accept(compiler) }) else s(node, :class, name, visit(node.superclass), node.body.accept(copy_compiler(in_def: false))) end end # @@foo # ^^^^^ def visit_class_variable_read_node(node) s(node, :cvar, node.name) end # @@foo = 1 # ^^^^^^^^^ # # @@foo, @@bar = 1 # ^^^^^ ^^^^^ def visit_class_variable_write_node(node) s(node, class_variable_write_type, node.name, visit_write_value(node.value)) end # @@foo += bar # ^^^^^^^^^^^^ def visit_class_variable_operator_write_node(node) s(node, class_variable_write_type, node.name, s(node, :call, s(node, :cvar, node.name), node.binary_operator, visit_write_value(node.value))) end # @@foo &&= bar # ^^^^^^^^^^^^^ def visit_class_variable_and_write_node(node) s(node, :op_asgn_and, s(node, :cvar, node.name), s(node, class_variable_write_type, node.name, visit_write_value(node.value))) end # @@foo ||= bar # ^^^^^^^^^^^^^ def visit_class_variable_or_write_node(node) s(node, :op_asgn_or, s(node, :cvar, node.name), s(node, class_variable_write_type, node.name, visit_write_value(node.value))) end # @@foo, = bar # ^^^^^ def visit_class_variable_target_node(node) s(node, class_variable_write_type, node.name) end # If a class variable is written within a method definition, it has a # different type than everywhere else. private def class_variable_write_type in_def ? :cvasgn : :cvdecl end # Foo # ^^^ def visit_constant_read_node(node) s(node, :const, node.name) end # Foo = 1 # ^^^^^^^ # # Foo, Bar = 1 # ^^^ ^^^ def visit_constant_write_node(node) s(node, :cdecl, node.name, visit_write_value(node.value)) end # Foo += bar # ^^^^^^^^^^^ def visit_constant_operator_write_node(node) s(node, :cdecl, node.name, s(node, :call, s(node, :const, node.name), node.binary_operator, visit_write_value(node.value))) end # Foo &&= bar # ^^^^^^^^^^^^ def visit_constant_and_write_node(node) s(node, :op_asgn_and, s(node, :const, node.name), s(node, :cdecl, node.name, visit(node.value))) end # Foo ||= bar # ^^^^^^^^^^^^ def visit_constant_or_write_node(node) s(node, :op_asgn_or, s(node, :const, node.name), s(node, :cdecl, node.name, visit(node.value))) end # Foo, = bar # ^^^ def visit_constant_target_node(node) s(node, :cdecl, node.name) end # Foo::Bar # ^^^^^^^^ def visit_constant_path_node(node) if node.parent.nil? s(node, :colon3, node.name) else s(node, :colon2, visit(node.parent), node.name) end end # Foo::Bar = 1 # ^^^^^^^^^^^^ # # Foo::Foo, Bar::Bar = 1 # ^^^^^^^^ ^^^^^^^^ def visit_constant_path_write_node(node) s(node, :cdecl, visit(node.target), visit_write_value(node.value)) end # Foo::Bar += baz # ^^^^^^^^^^^^^^^ def visit_constant_path_operator_write_node(node) s(node, :op_asgn, visit(node.target), node.binary_operator, visit_write_value(node.value)) end # Foo::Bar &&= baz # ^^^^^^^^^^^^^^^^ def visit_constant_path_and_write_node(node) s(node, :op_asgn_and, visit(node.target), visit_write_value(node.value)) end # Foo::Bar ||= baz # ^^^^^^^^^^^^^^^^ def visit_constant_path_or_write_node(node) s(node, :op_asgn_or, visit(node.target), visit_write_value(node.value)) end # Foo::Bar, = baz # ^^^^^^^^ def visit_constant_path_target_node(node) inner = if node.parent.nil? s(node, :colon3, node.name) else s(node, :colon2, visit(node.parent), node.name) end s(node, :const, inner) end # def foo; end # ^^^^^^^^^^^^ # # def self.foo; end # ^^^^^^^^^^^^^^^^^ def visit_def_node(node) name = node.name_loc.slice.to_sym result = if node.receiver.nil? s(node, :defn, name) else s(node, :defs, visit(node.receiver), name) end result.line(node.name_loc.start_line) if node.parameters.nil? result << s(node, :args).line(node.name_loc.start_line) else result << visit(node.parameters) end if node.body.nil? result << s(node, :nil) elsif node.body.is_a?(StatementsNode) compiler = copy_compiler(in_def: true) result.concat(node.body.body.map { |child| child.accept(compiler) }) else result << node.body.accept(copy_compiler(in_def: true)) end end # defined? a # ^^^^^^^^^^ # # defined?(a) # ^^^^^^^^^^^ def visit_defined_node(node) s(node, :defined, visit(node.value)) end # if foo then bar else baz end # ^^^^^^^^^^^^ def visit_else_node(node) visit(node.statements) end # "foo #{bar}" # ^^^^^^ def visit_embedded_statements_node(node) result = s(node, :evstr) result << visit(node.statements) unless node.statements.nil? result end # "foo #@bar" # ^^^^^ def visit_embedded_variable_node(node) s(node, :evstr, visit(node.variable)) end # begin; foo; ensure; bar; end # ^^^^^^^^^^^^ def visit_ensure_node(node) node.statements.nil? ? s(node, :nil) : visit(node.statements) end # false # ^^^^^ def visit_false_node(node) s(node, :false) end # foo => [*, bar, *] # ^^^^^^^^^^^ def visit_find_pattern_node(node) s(node, :find_pat, visit_pattern_constant(node.constant), :"*#{node.left.expression&.name}", *visit_all(node.requireds), :"*#{node.right.expression&.name}") end # if foo .. bar; end # ^^^^^^^^^^ def visit_flip_flop_node(node) if node.left.is_a?(IntegerNode) && node.right.is_a?(IntegerNode) s(node, :lit, Range.new(node.left.value, node.right.value, node.exclude_end?)) else s(node, node.exclude_end? ? :flip3 : :flip2, visit(node.left), visit(node.right)) end end # 1.0 # ^^^ def visit_float_node(node) s(node, :lit, node.value) end # for foo in bar do end # ^^^^^^^^^^^^^^^^^^^^^ def visit_for_node(node) s(node, :for, visit(node.collection), visit(node.index), visit(node.statements)) end # def foo(...); bar(...); end # ^^^ def visit_forwarding_arguments_node(node) s(node, :forward_args) end # def foo(...); end # ^^^ def visit_forwarding_parameter_node(node) s(node, :forward_args) end # super # ^^^^^ # # super {} # ^^^^^^^^ def visit_forwarding_super_node(node) visit_block(node, s(node, :zsuper), node.block) end # $foo # ^^^^ def visit_global_variable_read_node(node) s(node, :gvar, node.name) end # $foo = 1 # ^^^^^^^^ # # $foo, $bar = 1 # ^^^^ ^^^^ def visit_global_variable_write_node(node) s(node, :gasgn, node.name, visit_write_value(node.value)) end # $foo += bar # ^^^^^^^^^^^ def visit_global_variable_operator_write_node(node) s(node, :gasgn, node.name, s(node, :call, s(node, :gvar, node.name), node.binary_operator, visit(node.value))) end # $foo &&= bar # ^^^^^^^^^^^^ def visit_global_variable_and_write_node(node) s(node, :op_asgn_and, s(node, :gvar, node.name), s(node, :gasgn, node.name, visit_write_value(node.value))) end # $foo ||= bar # ^^^^^^^^^^^^ def visit_global_variable_or_write_node(node) s(node, :op_asgn_or, s(node, :gvar, node.name), s(node, :gasgn, node.name, visit_write_value(node.value))) end # $foo, = bar # ^^^^ def visit_global_variable_target_node(node) s(node, :gasgn, node.name) end # {} # ^^ def visit_hash_node(node) s(node, :hash).concat(node.elements.flat_map { |element| visit(element) }) end # foo => {} # ^^ def visit_hash_pattern_node(node) result = s(node, :hash_pat, visit_pattern_constant(node.constant)).concat(node.elements.flat_map { |element| visit(element) }) case node.rest when AssocSplatNode result << s(node.rest, :kwrest, :"**#{node.rest.value&.name}") when NoKeywordsParameterNode result << visit(node.rest) end result end # if foo then bar end # ^^^^^^^^^^^^^^^^^^^ # # bar if foo # ^^^^^^^^^^ # # foo ? bar : baz # ^^^^^^^^^^^^^^^ def visit_if_node(node) s(node, :if, visit(node.predicate), visit(node.statements), visit(node.subsequent)) end # 1i def visit_imaginary_node(node) s(node, :lit, node.value) end # { foo: } # ^^^^ def visit_implicit_node(node) end # foo { |bar,| } # ^ def visit_implicit_rest_node(node) end # case foo; in bar; end # ^^^^^^^^^^^^^^^^^^^^^ def visit_in_node(node) pattern = if node.pattern.is_a?(ConstantPathNode) s(node.pattern, :const, visit(node.pattern)) else node.pattern.accept(copy_compiler(in_pattern: true)) end s(node, :in, pattern).concat(node.statements.nil? ? [nil] : visit_all(node.statements.body)) end # foo[bar] += baz # ^^^^^^^^^^^^^^^ def visit_index_operator_write_node(node) arglist = nil if !node.arguments.nil? || !node.block.nil? arglist = s(node, :arglist).concat(visit_all(node.arguments&.arguments || [])) arglist << visit(node.block) if !node.block.nil? end s(node, :op_asgn1, visit(node.receiver), arglist, node.binary_operator, visit_write_value(node.value)) end # foo[bar] &&= baz # ^^^^^^^^^^^^^^^^ def visit_index_and_write_node(node) arglist = nil if !node.arguments.nil? || !node.block.nil? arglist = s(node, :arglist).concat(visit_all(node.arguments&.arguments || [])) arglist << visit(node.block) if !node.block.nil? end s(node, :op_asgn1, visit(node.receiver), arglist, :"&&", visit_write_value(node.value)) end # foo[bar] ||= baz # ^^^^^^^^^^^^^^^^ def visit_index_or_write_node(node) arglist = nil if !node.arguments.nil? || !node.block.nil? arglist = s(node, :arglist).concat(visit_all(node.arguments&.arguments || [])) arglist << visit(node.block) if !node.block.nil? end s(node, :op_asgn1, visit(node.receiver), arglist, :"||", visit_write_value(node.value)) end # foo[bar], = 1 # ^^^^^^^^ def visit_index_target_node(node) arguments = visit_all(node.arguments&.arguments || []) arguments << visit(node.block) unless node.block.nil? s(node, :attrasgn, visit(node.receiver), :[]=).concat(arguments) end # @foo # ^^^^ def visit_instance_variable_read_node(node) s(node, :ivar, node.name) end # @foo = 1 # ^^^^^^^^ # # @foo, @bar = 1 # ^^^^ ^^^^ def visit_instance_variable_write_node(node) s(node, :iasgn, node.name, visit_write_value(node.value)) end # @foo += bar # ^^^^^^^^^^^ def visit_instance_variable_operator_write_node(node) s(node, :iasgn, node.name, s(node, :call, s(node, :ivar, node.name), node.binary_operator, visit_write_value(node.value))) end # @foo &&= bar # ^^^^^^^^^^^^ def visit_instance_variable_and_write_node(node) s(node, :op_asgn_and, s(node, :ivar, node.name), s(node, :iasgn, node.name, visit(node.value))) end # @foo ||= bar # ^^^^^^^^^^^^ def visit_instance_variable_or_write_node(node) s(node, :op_asgn_or, s(node, :ivar, node.name), s(node, :iasgn, node.name, visit(node.value))) end # @foo, = bar # ^^^^ def visit_instance_variable_target_node(node) s(node, :iasgn, node.name) end # 1 # ^ def visit_integer_node(node) s(node, :lit, node.value) end # if /foo #{bar}/ then end # ^^^^^^^^^^^^ def visit_interpolated_match_last_line_node(node) parts = visit_interpolated_parts(node.parts) regexp = if parts.length == 1 s(node, :lit, Regexp.new(parts.first, node.options)) else s(node, :dregx).concat(parts).tap do |result| options = node.options result << options if options != 0 end end s(node, :match, regexp) end # /foo #{bar}/ # ^^^^^^^^^^^^ def visit_interpolated_regular_expression_node(node) parts = visit_interpolated_parts(node.parts) if parts.length == 1 s(node, :lit, Regexp.new(parts.first, node.options)) else s(node, :dregx).concat(parts).tap do |result| options = node.options result << options if options != 0 end end end # "foo #{bar}" # ^^^^^^^^^^^^ def visit_interpolated_string_node(node) parts = visit_interpolated_parts(node.parts) parts.length == 1 ? s(node, :str, parts.first) : s(node, :dstr).concat(parts) end # :"foo #{bar}" # ^^^^^^^^^^^^^ def visit_interpolated_symbol_node(node) parts = visit_interpolated_parts(node.parts) parts.length == 1 ? s(node, :lit, parts.first.to_sym) : s(node, :dsym).concat(parts) end # `foo #{bar}` # ^^^^^^^^^^^^ def visit_interpolated_x_string_node(node) source = node.heredoc? ? node.parts.first : node parts = visit_interpolated_parts(node.parts) parts.length == 1 ? s(source, :xstr, parts.first) : s(source, :dxstr).concat(parts) end # Visit the interpolated content of the string-like node. private def visit_interpolated_parts(parts) visited = [] parts.each do |part| result = visit(part) if result[0] == :evstr && result[1] if result[1][0] == :str visited << result[1] elsif result[1][0] == :dstr visited.concat(result[1][1..-1]) else visited << result end visited << :space elsif result[0] == :dstr if !visited.empty? && part.parts[0].is_a?(StringNode) # If we are in the middle of an implicitly concatenated string, # we should not have a bare string as the first part. In this # case we need to visit just that first part and then we can # push the rest of the parts onto the visited array. result[1] = visit(part.parts[0]) end visited.concat(result[1..-1]) else visited << result end end state = :beginning #: :beginning | :string_content | :interpolated_content results = [] visited.each_with_index do |result, index| case state when :beginning if result.is_a?(String) results << result state = :string_content elsif result.is_a?(Array) && result[0] == :str results << result[1] state = :string_content else results << "" results << result state = :interpolated_content end when :string_content if result == :space # continue elsif result.is_a?(String) results[0] << result elsif result.is_a?(Array) && result[0] == :str results[0] << result[1] else results << result state = :interpolated_content end when :interpolated_content if result == :space # continue elsif visited[index - 1] != :space && result.is_a?(Array) && result[0] == :str && results[-1][0] == :str && (results[-1].line_max == result.line) results[-1][1] << result[1] results[-1].line_max = result.line_max else results << result end end end results end # -> { it } # ^^ def visit_it_local_variable_read_node(node) s(node, :call, nil, :it) end # foo(bar: baz) # ^^^^^^^^ def visit_keyword_hash_node(node) s(node, :hash).concat(node.elements.flat_map { |element| visit(element) }) end # def foo(**bar); end # ^^^^^ # # def foo(**); end # ^^ def visit_keyword_rest_parameter_node(node) :"**#{node.name}" end # -> {} def visit_lambda_node(node) parameters = case node.parameters when nil, NumberedParametersNode s(node, :args) else visit(node.parameters) end if node.body.nil? s(node, :iter, s(node, :lambda), parameters) else s(node, :iter, s(node, :lambda), parameters, visit(node.body)) end end # foo # ^^^ def visit_local_variable_read_node(node) if node.name.match?(/^_\d$/) s(node, :call, nil, node.name) else s(node, :lvar, node.name) end end # foo = 1 # ^^^^^^^ # # foo, bar = 1 # ^^^ ^^^ def visit_local_variable_write_node(node) s(node, :lasgn, node.name, visit_write_value(node.value)) end # foo += bar # ^^^^^^^^^^ def visit_local_variable_operator_write_node(node) s(node, :lasgn, node.name, s(node, :call, s(node, :lvar, node.name), node.binary_operator, visit_write_value(node.value))) end # foo &&= bar # ^^^^^^^^^^^ def visit_local_variable_and_write_node(node) s(node, :op_asgn_and, s(node, :lvar, node.name), s(node, :lasgn, node.name, visit_write_value(node.value))) end # foo ||= bar # ^^^^^^^^^^^ def visit_local_variable_or_write_node(node) s(node, :op_asgn_or, s(node, :lvar, node.name), s(node, :lasgn, node.name, visit_write_value(node.value))) end # foo, = bar # ^^^ def visit_local_variable_target_node(node) s(node, :lasgn, node.name) end # if /foo/ then end # ^^^^^ def visit_match_last_line_node(node) s(node, :match, s(node, :lit, Regexp.new(node.unescaped, node.options))) end # foo in bar # ^^^^^^^^^^ def visit_match_predicate_node(node) s(node, :case, visit(node.value), s(node, :in, node.pattern.accept(copy_compiler(in_pattern: true)), nil), nil) end # foo => bar # ^^^^^^^^^^ def visit_match_required_node(node) s(node, :case, visit(node.value), s(node, :in, node.pattern.accept(copy_compiler(in_pattern: true)), nil), nil) end # /(?<foo>foo)/ =~ bar # ^^^^^^^^^^^^^^^^^^^^ def visit_match_write_node(node) s(node, :match2, visit(node.call.receiver), visit(node.call.arguments.arguments.first)) end # A node that is missing from the syntax tree. This is only used in the # case of a syntax error. The parser gem doesn't have such a concept, so # we invent our own here. def visit_missing_node(node) raise "Cannot visit missing node directly" end # module Foo; end # ^^^^^^^^^^^^^^^ def visit_module_node(node) name = if node.constant_path.is_a?(ConstantReadNode) node.name else visit(node.constant_path) end if node.body.nil? s(node, :module, name) elsif node.body.is_a?(StatementsNode) compiler = copy_compiler(in_def: false) s(node, :module, name).concat(node.body.body.map { |child| child.accept(compiler) }) else s(node, :module, name, node.body.accept(copy_compiler(in_def: false))) end end # foo, bar = baz # ^^^^^^^^ def visit_multi_target_node(node) targets = [*node.lefts] targets << node.rest if !node.rest.nil? && !node.rest.is_a?(ImplicitRestNode) targets.concat(node.rights) s(node, :masgn, s(node, :array).concat(visit_all(targets))) end # foo, bar = baz # ^^^^^^^^^^^^^^ def visit_multi_write_node(node) targets = [*node.lefts] targets << node.rest if !node.rest.nil? && !node.rest.is_a?(ImplicitRestNode) targets.concat(node.rights) value = if node.value.is_a?(ArrayNode) && node.value.opening_loc.nil? if node.value.elements.length == 1 && node.value.elements.first.is_a?(SplatNode) visit(node.value.elements.first) else visit(node.value) end else s(node.value, :to_ary, visit(node.value)) end s(node, :masgn, s(node, :array).concat(visit_all(targets)), value) end # next # ^^^^ # # next foo # ^^^^^^^^ def visit_next_node(node) if node.arguments.nil? s(node, :next) elsif node.arguments.arguments.length == 1 argument = node.arguments.arguments.first s(node, :next, argument.is_a?(SplatNode) ? s(node, :svalue, visit(argument)) : visit(argument)) else s(node, :next, s(node, :array).concat(visit_all(node.arguments.arguments))) end end # nil # ^^^ def visit_nil_node(node) s(node, :nil) end # def foo(**nil); end # ^^^^^ def visit_no_keywords_parameter_node(node) in_pattern ? s(node, :kwrest, :"**nil") : :"**nil" end # -> { _1 + _2 } # ^^^^^^^^^^^^^^ def visit_numbered_parameters_node(node) raise "Cannot visit numbered parameters directly" end # $1 # ^^ def visit_numbered_reference_read_node(node) s(node, :nth_ref, node.number) end # def foo(bar: baz); end # ^^^^^^^^ def visit_optional_keyword_parameter_node(node) s(node, :kwarg, node.name, visit(node.value)) end # def foo(bar = 1); end # ^^^^^^^ def visit_optional_parameter_node(node) s(node, :lasgn, node.name, visit(node.value)) end # a or b # ^^^^^^ def visit_or_node(node) left = visit(node.left) if left[0] == :or # ruby_parser has the or keyword as right-associative as opposed to # prism which has it as left-associative. We reverse that # associativity here. nest = left nest = nest[2] while nest[2][0] == :or nest[2] = s(node, :or, nest[2], visit(node.right)) left else s(node, :or, left, visit(node.right)) end end # def foo(bar, *baz); end # ^^^^^^^^^ def visit_parameters_node(node) children = node.compact_child_nodes.map do |element| if element.is_a?(MultiTargetNode) visit_destructured_parameter(element) else visit(element) end end s(node, :args).concat(children) end # def foo((bar, baz)); end # ^^^^^^^^^^ private def visit_destructured_parameter(node) children = [*node.lefts, *node.rest, *node.rights].map do |child| case child when RequiredParameterNode visit(child) when MultiTargetNode visit_destructured_parameter(child) when SplatNode :"*#{child.expression&.name}" else raise end end s(node, :masgn).concat(children) end # () # ^^ # # (1) # ^^^ def visit_parentheses_node(node) if node.body.nil? s(node, :nil) else visit(node.body) end end # foo => ^(bar) # ^^^^^^ def visit_pinned_expression_node(node) node.expression.accept(copy_compiler(in_pattern: false)) end # foo = 1 and bar => ^foo # ^^^^ def visit_pinned_variable_node(node) if node.variable.is_a?(LocalVariableReadNode) && node.variable.name.match?(/^_\d$/) s(node, :lvar, node.variable.name) else visit(node.variable) end end # END {} def visit_post_execution_node(node) s(node, :iter, s(node, :postexe), 0, visit(node.statements)) end # BEGIN {} def visit_pre_execution_node(node) s(node, :iter, s(node, :preexe), 0, visit(node.statements)) end # The top-level program node. def visit_program_node(node) visit(node.statements) end # 0..5 # ^^^^ def visit_range_node(node) if !in_pattern && !node.left.nil? && !node.right.nil? && ([node.left.type, node.right.type] - %i[nil_node integer_node]).empty? left = node.left.value if node.left.is_a?(IntegerNode) right = node.right.value if node.right.is_a?(IntegerNode) s(node, :lit, Range.new(left, right, node.exclude_end?)) else s(node, node.exclude_end? ? :dot3 : :dot2, visit_range_bounds_node(node.left), visit_range_bounds_node(node.right)) end end # If the bounds of a range node are empty parentheses, then they do not # get replaced by their usual s(:nil), but instead are s(:begin). private def visit_range_bounds_node(node) if node.is_a?(ParenthesesNode) && node.body.nil? s(node, :begin) else visit(node) end end # 1r # ^^ def visit_rational_node(node) s(node, :lit, node.value) end # redo # ^^^^ def visit_redo_node(node) s(node, :redo) end # /foo/ # ^^^^^ def visit_regular_expression_node(node) s(node, :lit, Regexp.new(node.unescaped, node.options)) end # def foo(bar:); end # ^^^^ def visit_required_keyword_parameter_node(node) s(node, :kwarg, node.name) end # def foo(bar); end # ^^^ def visit_required_parameter_node(node) node.name end # foo rescue bar # ^^^^^^^^^^^^^^ def visit_rescue_modifier_node(node) s(node, :rescue, visit(node.expression), s(node.rescue_expression, :resbody, s(node.rescue_expression, :array), visit(node.rescue_expression))) end # begin; rescue; end # ^^^^^^^ def visit_rescue_node(node) exceptions = if node.exceptions.length == 1 && node.exceptions.first.is_a?(SplatNode) visit(node.exceptions.first) else s(node, :array).concat(visit_all(node.exceptions)) end if !node.reference.nil? exceptions << (visit(node.reference) << s(node.reference, :gvar, :"$!")) end s(node, :resbody, exceptions).concat(node.statements.nil? ? [nil] : visit_all(node.statements.body)) end # def foo(*bar); end # ^^^^ # # def foo(*); end # ^ def visit_rest_parameter_node(node) :"*#{node.name}" end # retry # ^^^^^ def visit_retry_node(node) s(node, :retry) end # return # ^^^^^^ # # return 1 # ^^^^^^^^ def visit_return_node(node) if node.arguments.nil? s(node, :return) elsif node.arguments.arguments.length == 1 argument = node.arguments.arguments.first s(node, :return, argument.is_a?(SplatNode) ? s(node, :svalue, visit(argument)) : visit(argument)) else s(node, :return, s(node, :array).concat(visit_all(node.arguments.arguments))) end end # self # ^^^^ def visit_self_node(node) s(node, :self) end # A shareable constant. def visit_shareable_constant_node(node) visit(node.write) end # class << self; end # ^^^^^^^^^^^^^^^^^^ def visit_singleton_class_node(node) s(node, :sclass, visit(node.expression)).tap do |sexp| sexp << node.body.accept(copy_compiler(in_def: false)) unless node.body.nil? end end # __ENCODING__ # ^^^^^^^^^^^^ def visit_source_encoding_node(node) # TODO s(node, :colon2, s(node, :const, :Encoding), :UTF_8) end # __FILE__ # ^^^^^^^^ def visit_source_file_node(node) s(node, :str, node.filepath) end # __LINE__ # ^^^^^^^^ def visit_source_line_node(node) s(node, :lit, node.location.start_line) end # foo(*bar) # ^^^^ # # def foo((bar, *baz)); end # ^^^^ # # def foo(*); bar(*); end # ^ def visit_splat_node(node) if node.expression.nil? s(node, :splat) else s(node, :splat, visit(node.expression)) end end # A list of statements. def visit_statements_node(node) first, *rest = node.body if rest.empty? visit(first) else s(node, :block).concat(visit_all(node.body)) end end # "foo" # ^^^^^ def visit_string_node(node) unescaped = node.unescaped if node.forced_binary_encoding? unescaped.force_encoding(Encoding::BINARY) end s(node, :str, unescaped) end # super(foo) # ^^^^^^^^^^ def visit_super_node(node) arguments = node.arguments&.arguments || [] block = node.block if block.is_a?(BlockArgumentNode) arguments << block block = nil end visit_block(node, s(node, :super).concat(visit_all(arguments)), block) end # :foo # ^^^^ def visit_symbol_node(node) node.value == "!@" ? s(node, :lit, :"!@") : s(node, :lit, node.unescaped.to_sym) end # true # ^^^^ def visit_true_node(node) s(node, :true) end # undef foo # ^^^^^^^^^ def visit_undef_node(node) names = node.names.map { |name| s(node, :undef, visit(name)) } names.length == 1 ? names.first : s(node, :block).concat(names) end # unless foo; bar end # ^^^^^^^^^^^^^^^^^^^ # # bar unless foo # ^^^^^^^^^^^^^^ def visit_unless_node(node) s(node, :if, visit(node.predicate), visit(node.else_clause), visit(node.statements)) end # until foo; bar end # ^^^^^^^^^^^^^^^^^ # # bar until foo # ^^^^^^^^^^^^^ def visit_until_node(node) s(node, :until, visit(node.predicate), visit(node.statements), !node.begin_modifier?) end # case foo; when bar; end # ^^^^^^^^^^^^^ def visit_when_node(node) s(node, :when, s(node, :array).concat(visit_all(node.conditions))).concat(node.statements.nil? ? [nil] : visit_all(node.statements.body)) end # while foo; bar end # ^^^^^^^^^^^^^^^^^^ # # bar while foo # ^^^^^^^^^^^^^ def visit_while_node(node) s(node, :while, visit(node.predicate), visit(node.statements), !node.begin_modifier?) end # `foo` # ^^^^^ def visit_x_string_node(node) result = s(node, :xstr, node.unescaped) if node.heredoc? result.line = node.content_loc.start_line result.line_max = node.content_loc.end_line end result end # yield # ^^^^^ # # yield 1 # ^^^^^^^ def visit_yield_node(node) s(node, :yield).concat(visit_all(node.arguments&.arguments || [])) end private # Create a new compiler with the given options. def copy_compiler(in_def: self.in_def, in_pattern: self.in_pattern) Compiler.new(file, in_def: in_def, in_pattern: in_pattern) end # Create a new Sexp object from the given prism node and arguments. def s(node, *arguments) result = Sexp.new(*arguments) result.file = file result.line = node.location.start_line result.line_max = node.location.end_line result end # Visit a block node, which will modify the AST by wrapping the given # visited node in an iter node. def visit_block(node, sexp, block) if block.nil? sexp else parameters = case block.parameters when nil, NumberedParametersNode 0 else visit(block.parameters) end if block.body.nil? s(node, :iter, sexp, parameters) else s(node, :iter, sexp, parameters, visit(block.body)) end end end # Pattern constants get wrapped in another layer of :const. def visit_pattern_constant(node) case node when nil # nothing when ConstantReadNode visit(node) else s(node, :const, visit(node)) end end # Visit the value of a write, which will be on the right-hand side of # a write operator. Because implicit arrays can have splats, those could # potentially be wrapped in an svalue node. def visit_write_value(node) if node.is_a?(ArrayNode) && node.opening_loc.nil? if node.elements.length == 1 && node.elements.first.is_a?(SplatNode) s(node, :svalue, visit(node.elements.first)) else s(node, :svalue, visit(node)) end else visit(node) end end end private_constant :Compiler # Parse the given source and translate it into the seattlerb/ruby_parser # gem's Sexp format. def parse(source, filepath = "(string)") translate(Prism.parse(source, filepath: filepath, partial_script: true), filepath) end # Parse the given file and translate it into the seattlerb/ruby_parser # gem's Sexp format. def parse_file(filepath) translate(Prism.parse_file(filepath, partial_script: true), filepath) end class << self # Parse the given source and translate it into the seattlerb/ruby_parser # gem's Sexp format. def parse(source, filepath = "(string)") new.parse(source, filepath) end # Parse the given file and translate it into the seattlerb/ruby_parser # gem's Sexp format. def parse_file(filepath) new.parse_file(filepath) end end private # Translate the given parse result and filepath into the # seattlerb/ruby_parser gem's Sexp format. def translate(result, filepath) if result.failure? error = result.errors.first raise ::RubyParser::SyntaxError, "#{filepath}:#{error.location.start_line} :: #{error.message}" end result.value.accept(Compiler.new(filepath)) end end end end PK *J [��.�� � ( share/ruby/prism/translation/parser33.rbnu �[��� # frozen_string_literal: true module Prism module Translation # This class is the entry-point for Ruby 3.3 of `Prism::Translation::Parser`. class Parser33 < Parser def version # :nodoc: 33 end end end end PK *J [�b�r �r share/ruby/prism/reflection.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/reflection.rb.erb if you are looking to modify the template =end module Prism # The Reflection module provides the ability to reflect on the structure of # the syntax tree itself, as opposed to looking at a single syntax tree. This # is useful in metaprogramming contexts. module Reflection # A field represents a single piece of data on a node. It is the base class # for all other field types. class Field # The name of the field. attr_reader :name # Initializes the field with the given name. def initialize(name) @name = name end end # A node field represents a single child node in the syntax tree. It # resolves to a Prism::Node in Ruby. class NodeField < Field end # An optional node field represents a single child node in the syntax tree # that may or may not be present. It resolves to either a Prism::Node or nil # in Ruby. class OptionalNodeField < Field end # A node list field represents a list of child nodes in the syntax tree. It # resolves to an array of Prism::Node instances in Ruby. class NodeListField < Field end # A constant field represents a constant value on a node. Effectively, it # represents an identifier found within the source. It resolves to a symbol # in Ruby. class ConstantField < Field end # An optional constant field represents a constant value on a node that may # or may not be present. It resolves to either a symbol or nil in Ruby. class OptionalConstantField < Field end # A constant list field represents a list of constant values on a node. It # resolves to an array of symbols in Ruby. class ConstantListField < Field end # A string field represents a string value on a node. It almost always # represents the unescaped value of a string-like literal. It resolves to a # string in Ruby. class StringField < Field end # A location field represents the location of some part of the node in the # source code. For example, the location of a keyword or an operator. It # resolves to a Prism::Location in Ruby. class LocationField < Field end # An optional location field represents the location of some part of the # node in the source code that may or may not be present. It resolves to # either a Prism::Location or nil in Ruby. class OptionalLocationField < Field end # An integer field represents an integer value. It is used to represent the # value of an integer literal, the depth of local variables, and the number # of a numbered reference. It resolves to an Integer in Ruby. class IntegerField < Field end # A float field represents a double-precision floating point value. It is # used exclusively to represent the value of a floating point literal. It # resolves to a Float in Ruby. class FloatField < Field end # A flags field represents a bitset of flags on a node. It resolves to an # integer in Ruby. Note that the flags cannot be accessed directly on the # node because the integer is kept private. Instead, the various flags in # the bitset should be accessed through their query methods. class FlagsField < Field # The names of the flags in the bitset. attr_reader :flags # Initializes the flags field with the given name and flags. def initialize(name, flags) super(name) @flags = flags end end # Returns the fields for the given node. def self.fields_for(node) case node.type when :alias_global_variable_node [NodeField.new(:new_name), NodeField.new(:old_name), LocationField.new(:keyword_loc)] when :alias_method_node [NodeField.new(:new_name), NodeField.new(:old_name), LocationField.new(:keyword_loc)] when :alternation_pattern_node [NodeField.new(:left), NodeField.new(:right), LocationField.new(:operator_loc)] when :and_node [NodeField.new(:left), NodeField.new(:right), LocationField.new(:operator_loc)] when :arguments_node [FlagsField.new(:flags, [:contains_forwarding?, :contains_keywords?, :contains_keyword_splat?, :contains_splat?, :contains_multiple_splats?]), NodeListField.new(:arguments)] when :array_node [FlagsField.new(:flags, [:contains_splat?]), NodeListField.new(:elements), OptionalLocationField.new(:opening_loc), OptionalLocationField.new(:closing_loc)] when :array_pattern_node [OptionalNodeField.new(:constant), NodeListField.new(:requireds), OptionalNodeField.new(:rest), NodeListField.new(:posts), OptionalLocationField.new(:opening_loc), OptionalLocationField.new(:closing_loc)] when :assoc_node [NodeField.new(:key), NodeField.new(:value), OptionalLocationField.new(:operator_loc)] when :assoc_splat_node [OptionalNodeField.new(:value), LocationField.new(:operator_loc)] when :back_reference_read_node [ConstantField.new(:name)] when :begin_node [OptionalLocationField.new(:begin_keyword_loc), OptionalNodeField.new(:statements), OptionalNodeField.new(:rescue_clause), OptionalNodeField.new(:else_clause), OptionalNodeField.new(:ensure_clause), OptionalLocationField.new(:end_keyword_loc)] when :block_argument_node [OptionalNodeField.new(:expression), LocationField.new(:operator_loc)] when :block_local_variable_node [FlagsField.new(:flags, [:repeated_parameter?]), ConstantField.new(:name)] when :block_node [ConstantListField.new(:locals), OptionalNodeField.new(:parameters), OptionalNodeField.new(:body), LocationField.new(:opening_loc), LocationField.new(:closing_loc)] when :block_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), OptionalConstantField.new(:name), OptionalLocationField.new(:name_loc), LocationField.new(:operator_loc)] when :block_parameters_node [OptionalNodeField.new(:parameters), NodeListField.new(:locals), OptionalLocationField.new(:opening_loc), OptionalLocationField.new(:closing_loc)] when :break_node [OptionalNodeField.new(:arguments), LocationField.new(:keyword_loc)] when :call_and_write_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), OptionalLocationField.new(:message_loc), ConstantField.new(:read_name), ConstantField.new(:write_name), LocationField.new(:operator_loc), NodeField.new(:value)] when :call_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), ConstantField.new(:name), OptionalLocationField.new(:message_loc), OptionalLocationField.new(:opening_loc), OptionalNodeField.new(:arguments), OptionalLocationField.new(:closing_loc), OptionalNodeField.new(:block)] when :call_operator_write_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), OptionalLocationField.new(:message_loc), ConstantField.new(:read_name), ConstantField.new(:write_name), ConstantField.new(:binary_operator), LocationField.new(:binary_operator_loc), NodeField.new(:value)] when :call_or_write_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), OptionalLocationField.new(:message_loc), ConstantField.new(:read_name), ConstantField.new(:write_name), LocationField.new(:operator_loc), NodeField.new(:value)] when :call_target_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), NodeField.new(:receiver), LocationField.new(:call_operator_loc), ConstantField.new(:name), LocationField.new(:message_loc)] when :capture_pattern_node [NodeField.new(:value), NodeField.new(:target), LocationField.new(:operator_loc)] when :case_match_node [OptionalNodeField.new(:predicate), NodeListField.new(:conditions), OptionalNodeField.new(:else_clause), LocationField.new(:case_keyword_loc), LocationField.new(:end_keyword_loc)] when :case_node [OptionalNodeField.new(:predicate), NodeListField.new(:conditions), OptionalNodeField.new(:else_clause), LocationField.new(:case_keyword_loc), LocationField.new(:end_keyword_loc)] when :class_node [ConstantListField.new(:locals), LocationField.new(:class_keyword_loc), NodeField.new(:constant_path), OptionalLocationField.new(:inheritance_operator_loc), OptionalNodeField.new(:superclass), OptionalNodeField.new(:body), LocationField.new(:end_keyword_loc), ConstantField.new(:name)] when :class_variable_and_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :class_variable_operator_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:binary_operator_loc), NodeField.new(:value), ConstantField.new(:binary_operator)] when :class_variable_or_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :class_variable_read_node [ConstantField.new(:name)] when :class_variable_target_node [ConstantField.new(:name)] when :class_variable_write_node [ConstantField.new(:name), LocationField.new(:name_loc), NodeField.new(:value), LocationField.new(:operator_loc)] when :constant_and_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :constant_operator_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:binary_operator_loc), NodeField.new(:value), ConstantField.new(:binary_operator)] when :constant_or_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :constant_path_and_write_node [NodeField.new(:target), LocationField.new(:operator_loc), NodeField.new(:value)] when :constant_path_node [OptionalNodeField.new(:parent), OptionalConstantField.new(:name), LocationField.new(:delimiter_loc), LocationField.new(:name_loc)] when :constant_path_operator_write_node [NodeField.new(:target), LocationField.new(:binary_operator_loc), NodeField.new(:value), ConstantField.new(:binary_operator)] when :constant_path_or_write_node [NodeField.new(:target), LocationField.new(:operator_loc), NodeField.new(:value)] when :constant_path_target_node [OptionalNodeField.new(:parent), OptionalConstantField.new(:name), LocationField.new(:delimiter_loc), LocationField.new(:name_loc)] when :constant_path_write_node [NodeField.new(:target), LocationField.new(:operator_loc), NodeField.new(:value)] when :constant_read_node [ConstantField.new(:name)] when :constant_target_node [ConstantField.new(:name)] when :constant_write_node [ConstantField.new(:name), LocationField.new(:name_loc), NodeField.new(:value), LocationField.new(:operator_loc)] when :def_node [ConstantField.new(:name), LocationField.new(:name_loc), OptionalNodeField.new(:receiver), OptionalNodeField.new(:parameters), OptionalNodeField.new(:body), ConstantListField.new(:locals), LocationField.new(:def_keyword_loc), OptionalLocationField.new(:operator_loc), OptionalLocationField.new(:lparen_loc), OptionalLocationField.new(:rparen_loc), OptionalLocationField.new(:equal_loc), OptionalLocationField.new(:end_keyword_loc)] when :defined_node [OptionalLocationField.new(:lparen_loc), NodeField.new(:value), OptionalLocationField.new(:rparen_loc), LocationField.new(:keyword_loc)] when :else_node [LocationField.new(:else_keyword_loc), OptionalNodeField.new(:statements), OptionalLocationField.new(:end_keyword_loc)] when :embedded_statements_node [LocationField.new(:opening_loc), OptionalNodeField.new(:statements), LocationField.new(:closing_loc)] when :embedded_variable_node [LocationField.new(:operator_loc), NodeField.new(:variable)] when :ensure_node [LocationField.new(:ensure_keyword_loc), OptionalNodeField.new(:statements), LocationField.new(:end_keyword_loc)] when :false_node [] when :find_pattern_node [OptionalNodeField.new(:constant), NodeField.new(:left), NodeListField.new(:requireds), NodeField.new(:right), OptionalLocationField.new(:opening_loc), OptionalLocationField.new(:closing_loc)] when :flip_flop_node [FlagsField.new(:flags, [:exclude_end?]), OptionalNodeField.new(:left), OptionalNodeField.new(:right), LocationField.new(:operator_loc)] when :float_node [FloatField.new(:value)] when :for_node [NodeField.new(:index), NodeField.new(:collection), OptionalNodeField.new(:statements), LocationField.new(:for_keyword_loc), LocationField.new(:in_keyword_loc), OptionalLocationField.new(:do_keyword_loc), LocationField.new(:end_keyword_loc)] when :forwarding_arguments_node [] when :forwarding_parameter_node [] when :forwarding_super_node [OptionalNodeField.new(:block)] when :global_variable_and_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :global_variable_operator_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:binary_operator_loc), NodeField.new(:value), ConstantField.new(:binary_operator)] when :global_variable_or_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :global_variable_read_node [ConstantField.new(:name)] when :global_variable_target_node [ConstantField.new(:name)] when :global_variable_write_node [ConstantField.new(:name), LocationField.new(:name_loc), NodeField.new(:value), LocationField.new(:operator_loc)] when :hash_node [LocationField.new(:opening_loc), NodeListField.new(:elements), LocationField.new(:closing_loc)] when :hash_pattern_node [OptionalNodeField.new(:constant), NodeListField.new(:elements), OptionalNodeField.new(:rest), OptionalLocationField.new(:opening_loc), OptionalLocationField.new(:closing_loc)] when :if_node [OptionalLocationField.new(:if_keyword_loc), NodeField.new(:predicate), OptionalLocationField.new(:then_keyword_loc), OptionalNodeField.new(:statements), OptionalNodeField.new(:subsequent), OptionalLocationField.new(:end_keyword_loc)] when :imaginary_node [NodeField.new(:numeric)] when :implicit_node [NodeField.new(:value)] when :implicit_rest_node [] when :in_node [NodeField.new(:pattern), OptionalNodeField.new(:statements), LocationField.new(:in_loc), OptionalLocationField.new(:then_loc)] when :index_and_write_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), LocationField.new(:opening_loc), OptionalNodeField.new(:arguments), LocationField.new(:closing_loc), OptionalNodeField.new(:block), LocationField.new(:operator_loc), NodeField.new(:value)] when :index_operator_write_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), LocationField.new(:opening_loc), OptionalNodeField.new(:arguments), LocationField.new(:closing_loc), OptionalNodeField.new(:block), ConstantField.new(:binary_operator), LocationField.new(:binary_operator_loc), NodeField.new(:value)] when :index_or_write_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), OptionalNodeField.new(:receiver), OptionalLocationField.new(:call_operator_loc), LocationField.new(:opening_loc), OptionalNodeField.new(:arguments), LocationField.new(:closing_loc), OptionalNodeField.new(:block), LocationField.new(:operator_loc), NodeField.new(:value)] when :index_target_node [FlagsField.new(:flags, [:safe_navigation?, :variable_call?, :attribute_write?, :ignore_visibility?]), NodeField.new(:receiver), LocationField.new(:opening_loc), OptionalNodeField.new(:arguments), LocationField.new(:closing_loc), OptionalNodeField.new(:block)] when :instance_variable_and_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :instance_variable_operator_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:binary_operator_loc), NodeField.new(:value), ConstantField.new(:binary_operator)] when :instance_variable_or_write_node [ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :instance_variable_read_node [ConstantField.new(:name)] when :instance_variable_target_node [ConstantField.new(:name)] when :instance_variable_write_node [ConstantField.new(:name), LocationField.new(:name_loc), NodeField.new(:value), LocationField.new(:operator_loc)] when :integer_node [FlagsField.new(:flags, [:binary?, :decimal?, :octal?, :hexadecimal?]), IntegerField.new(:value)] when :interpolated_match_last_line_node [FlagsField.new(:flags, [:ignore_case?, :extended?, :multi_line?, :once?, :euc_jp?, :ascii_8bit?, :windows_31j?, :utf_8?, :forced_utf8_encoding?, :forced_binary_encoding?, :forced_us_ascii_encoding?]), LocationField.new(:opening_loc), NodeListField.new(:parts), LocationField.new(:closing_loc)] when :interpolated_regular_expression_node [FlagsField.new(:flags, [:ignore_case?, :extended?, :multi_line?, :once?, :euc_jp?, :ascii_8bit?, :windows_31j?, :utf_8?, :forced_utf8_encoding?, :forced_binary_encoding?, :forced_us_ascii_encoding?]), LocationField.new(:opening_loc), NodeListField.new(:parts), LocationField.new(:closing_loc)] when :interpolated_string_node [FlagsField.new(:flags, [:frozen?, :mutable?]), OptionalLocationField.new(:opening_loc), NodeListField.new(:parts), OptionalLocationField.new(:closing_loc)] when :interpolated_symbol_node [OptionalLocationField.new(:opening_loc), NodeListField.new(:parts), OptionalLocationField.new(:closing_loc)] when :interpolated_x_string_node [LocationField.new(:opening_loc), NodeListField.new(:parts), LocationField.new(:closing_loc)] when :it_local_variable_read_node [] when :it_parameters_node [] when :keyword_hash_node [FlagsField.new(:flags, [:symbol_keys?]), NodeListField.new(:elements)] when :keyword_rest_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), OptionalConstantField.new(:name), OptionalLocationField.new(:name_loc), LocationField.new(:operator_loc)] when :lambda_node [ConstantListField.new(:locals), LocationField.new(:operator_loc), LocationField.new(:opening_loc), LocationField.new(:closing_loc), OptionalNodeField.new(:parameters), OptionalNodeField.new(:body)] when :local_variable_and_write_node [LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value), ConstantField.new(:name), IntegerField.new(:depth)] when :local_variable_operator_write_node [LocationField.new(:name_loc), LocationField.new(:binary_operator_loc), NodeField.new(:value), ConstantField.new(:name), ConstantField.new(:binary_operator), IntegerField.new(:depth)] when :local_variable_or_write_node [LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value), ConstantField.new(:name), IntegerField.new(:depth)] when :local_variable_read_node [ConstantField.new(:name), IntegerField.new(:depth)] when :local_variable_target_node [ConstantField.new(:name), IntegerField.new(:depth)] when :local_variable_write_node [ConstantField.new(:name), IntegerField.new(:depth), LocationField.new(:name_loc), NodeField.new(:value), LocationField.new(:operator_loc)] when :match_last_line_node [FlagsField.new(:flags, [:ignore_case?, :extended?, :multi_line?, :once?, :euc_jp?, :ascii_8bit?, :windows_31j?, :utf_8?, :forced_utf8_encoding?, :forced_binary_encoding?, :forced_us_ascii_encoding?]), LocationField.new(:opening_loc), LocationField.new(:content_loc), LocationField.new(:closing_loc), StringField.new(:unescaped)] when :match_predicate_node [NodeField.new(:value), NodeField.new(:pattern), LocationField.new(:operator_loc)] when :match_required_node [NodeField.new(:value), NodeField.new(:pattern), LocationField.new(:operator_loc)] when :match_write_node [NodeField.new(:call), NodeListField.new(:targets)] when :missing_node [] when :module_node [ConstantListField.new(:locals), LocationField.new(:module_keyword_loc), NodeField.new(:constant_path), OptionalNodeField.new(:body), LocationField.new(:end_keyword_loc), ConstantField.new(:name)] when :multi_target_node [NodeListField.new(:lefts), OptionalNodeField.new(:rest), NodeListField.new(:rights), OptionalLocationField.new(:lparen_loc), OptionalLocationField.new(:rparen_loc)] when :multi_write_node [NodeListField.new(:lefts), OptionalNodeField.new(:rest), NodeListField.new(:rights), OptionalLocationField.new(:lparen_loc), OptionalLocationField.new(:rparen_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :next_node [OptionalNodeField.new(:arguments), LocationField.new(:keyword_loc)] when :nil_node [] when :no_keywords_parameter_node [LocationField.new(:operator_loc), LocationField.new(:keyword_loc)] when :numbered_parameters_node [IntegerField.new(:maximum)] when :numbered_reference_read_node [IntegerField.new(:number)] when :optional_keyword_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), ConstantField.new(:name), LocationField.new(:name_loc), NodeField.new(:value)] when :optional_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), ConstantField.new(:name), LocationField.new(:name_loc), LocationField.new(:operator_loc), NodeField.new(:value)] when :or_node [NodeField.new(:left), NodeField.new(:right), LocationField.new(:operator_loc)] when :parameters_node [NodeListField.new(:requireds), NodeListField.new(:optionals), OptionalNodeField.new(:rest), NodeListField.new(:posts), NodeListField.new(:keywords), OptionalNodeField.new(:keyword_rest), OptionalNodeField.new(:block)] when :parentheses_node [OptionalNodeField.new(:body), LocationField.new(:opening_loc), LocationField.new(:closing_loc)] when :pinned_expression_node [NodeField.new(:expression), LocationField.new(:operator_loc), LocationField.new(:lparen_loc), LocationField.new(:rparen_loc)] when :pinned_variable_node [NodeField.new(:variable), LocationField.new(:operator_loc)] when :post_execution_node [OptionalNodeField.new(:statements), LocationField.new(:keyword_loc), LocationField.new(:opening_loc), LocationField.new(:closing_loc)] when :pre_execution_node [OptionalNodeField.new(:statements), LocationField.new(:keyword_loc), LocationField.new(:opening_loc), LocationField.new(:closing_loc)] when :program_node [ConstantListField.new(:locals), NodeField.new(:statements)] when :range_node [FlagsField.new(:flags, [:exclude_end?]), OptionalNodeField.new(:left), OptionalNodeField.new(:right), LocationField.new(:operator_loc)] when :rational_node [FlagsField.new(:flags, [:binary?, :decimal?, :octal?, :hexadecimal?]), IntegerField.new(:numerator), IntegerField.new(:denominator)] when :redo_node [] when :regular_expression_node [FlagsField.new(:flags, [:ignore_case?, :extended?, :multi_line?, :once?, :euc_jp?, :ascii_8bit?, :windows_31j?, :utf_8?, :forced_utf8_encoding?, :forced_binary_encoding?, :forced_us_ascii_encoding?]), LocationField.new(:opening_loc), LocationField.new(:content_loc), LocationField.new(:closing_loc), StringField.new(:unescaped)] when :required_keyword_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), ConstantField.new(:name), LocationField.new(:name_loc)] when :required_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), ConstantField.new(:name)] when :rescue_modifier_node [NodeField.new(:expression), LocationField.new(:keyword_loc), NodeField.new(:rescue_expression)] when :rescue_node [LocationField.new(:keyword_loc), NodeListField.new(:exceptions), OptionalLocationField.new(:operator_loc), OptionalNodeField.new(:reference), OptionalNodeField.new(:statements), OptionalNodeField.new(:subsequent)] when :rest_parameter_node [FlagsField.new(:flags, [:repeated_parameter?]), OptionalConstantField.new(:name), OptionalLocationField.new(:name_loc), LocationField.new(:operator_loc)] when :retry_node [] when :return_node [LocationField.new(:keyword_loc), OptionalNodeField.new(:arguments)] when :self_node [] when :shareable_constant_node [FlagsField.new(:flags, [:literal?, :experimental_everything?, :experimental_copy?]), NodeField.new(:write)] when :singleton_class_node [ConstantListField.new(:locals), LocationField.new(:class_keyword_loc), LocationField.new(:operator_loc), NodeField.new(:expression), OptionalNodeField.new(:body), LocationField.new(:end_keyword_loc)] when :source_encoding_node [] when :source_file_node [FlagsField.new(:flags, [:forced_utf8_encoding?, :forced_binary_encoding?, :frozen?, :mutable?]), StringField.new(:filepath)] when :source_line_node [] when :splat_node [LocationField.new(:operator_loc), OptionalNodeField.new(:expression)] when :statements_node [NodeListField.new(:body)] when :string_node [FlagsField.new(:flags, [:forced_utf8_encoding?, :forced_binary_encoding?, :frozen?, :mutable?]), OptionalLocationField.new(:opening_loc), LocationField.new(:content_loc), OptionalLocationField.new(:closing_loc), StringField.new(:unescaped)] when :super_node [LocationField.new(:keyword_loc), OptionalLocationField.new(:lparen_loc), OptionalNodeField.new(:arguments), OptionalLocationField.new(:rparen_loc), OptionalNodeField.new(:block)] when :symbol_node [FlagsField.new(:flags, [:forced_utf8_encoding?, :forced_binary_encoding?, :forced_us_ascii_encoding?]), OptionalLocationField.new(:opening_loc), OptionalLocationField.new(:value_loc), OptionalLocationField.new(:closing_loc), StringField.new(:unescaped)] when :true_node [] when :undef_node [NodeListField.new(:names), LocationField.new(:keyword_loc)] when :unless_node [LocationField.new(:keyword_loc), NodeField.new(:predicate), OptionalLocationField.new(:then_keyword_loc), OptionalNodeField.new(:statements), OptionalNodeField.new(:else_clause), OptionalLocationField.new(:end_keyword_loc)] when :until_node [FlagsField.new(:flags, [:begin_modifier?]), LocationField.new(:keyword_loc), OptionalLocationField.new(:do_keyword_loc), OptionalLocationField.new(:closing_loc), NodeField.new(:predicate), OptionalNodeField.new(:statements)] when :when_node [LocationField.new(:keyword_loc), NodeListField.new(:conditions), OptionalLocationField.new(:then_keyword_loc), OptionalNodeField.new(:statements)] when :while_node [FlagsField.new(:flags, [:begin_modifier?]), LocationField.new(:keyword_loc), OptionalLocationField.new(:do_keyword_loc), OptionalLocationField.new(:closing_loc), NodeField.new(:predicate), OptionalNodeField.new(:statements)] when :x_string_node [FlagsField.new(:flags, [:forced_utf8_encoding?, :forced_binary_encoding?]), LocationField.new(:opening_loc), LocationField.new(:content_loc), LocationField.new(:closing_loc), StringField.new(:unescaped)] when :yield_node [LocationField.new(:keyword_loc), OptionalLocationField.new(:lparen_loc), OptionalNodeField.new(:arguments), OptionalLocationField.new(:rparen_loc)] else raise "Unknown node type: #{node.type.inspect}" end end end end PK *J [ @c�� � share/ruby/prism/dispatcher.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/dispatcher.rb.erb if you are looking to modify the template =end module Prism # The dispatcher class fires events for nodes that are found while walking an # AST to all registered listeners. It's useful for performing different types # of analysis on the AST while only having to walk the tree once. # # To use the dispatcher, you would first instantiate it and register listeners # for the events you're interested in: # # class OctalListener # def on_integer_node_enter(node) # if node.octal? && !node.slice.start_with?("0o") # warn("Octal integers should be written with the 0o prefix") # end # end # end # # listener = OctalListener.new # dispatcher = Prism::Dispatcher.new # dispatcher.register(listener, :on_integer_node_enter) # # Then, you can walk any number of trees and dispatch events to the listeners: # # result = Prism.parse("001 + 002 + 003") # dispatcher.dispatch(result.value) # # Optionally, you can also use `#dispatch_once` to dispatch enter and leave # events for a single node without recursing further down the tree. This can # be useful in circumstances where you want to reuse the listeners you already # have registers but want to stop walking the tree at a certain point. # # integer = result.value.statements.body.first.receiver.receiver # dispatcher.dispatch_once(integer) # class Dispatcher < Visitor # attr_reader listeners: Hash[Symbol, Array[Listener]] attr_reader :listeners # Initialize a new dispatcher. def initialize @listeners = {} end # Register a listener for one or more events. # # def register: (Listener, *Symbol) -> void def register(listener, *events) events.each { |event| (listeners[event] ||= []) << listener } end # Walks `root` dispatching events to all registered listeners. # # def dispatch: (Node) -> void alias dispatch visit # Dispatches a single event for `node` to all registered listeners. # # def dispatch_once: (Node) -> void def dispatch_once(node) node.accept(DispatchOnce.new(listeners)) end # Dispatch enter and leave events for AliasGlobalVariableNode nodes and continue # walking the tree. def visit_alias_global_variable_node(node) listeners[:on_alias_global_variable_node_enter]&.each { |listener| listener.on_alias_global_variable_node_enter(node) } super listeners[:on_alias_global_variable_node_leave]&.each { |listener| listener.on_alias_global_variable_node_leave(node) } end # Dispatch enter and leave events for AliasMethodNode nodes and continue # walking the tree. def visit_alias_method_node(node) listeners[:on_alias_method_node_enter]&.each { |listener| listener.on_alias_method_node_enter(node) } super listeners[:on_alias_method_node_leave]&.each { |listener| listener.on_alias_method_node_leave(node) } end # Dispatch enter and leave events for AlternationPatternNode nodes and continue # walking the tree. def visit_alternation_pattern_node(node) listeners[:on_alternation_pattern_node_enter]&.each { |listener| listener.on_alternation_pattern_node_enter(node) } super listeners[:on_alternation_pattern_node_leave]&.each { |listener| listener.on_alternation_pattern_node_leave(node) } end # Dispatch enter and leave events for AndNode nodes and continue # walking the tree. def visit_and_node(node) listeners[:on_and_node_enter]&.each { |listener| listener.on_and_node_enter(node) } super listeners[:on_and_node_leave]&.each { |listener| listener.on_and_node_leave(node) } end # Dispatch enter and leave events for ArgumentsNode nodes and continue # walking the tree. def visit_arguments_node(node) listeners[:on_arguments_node_enter]&.each { |listener| listener.on_arguments_node_enter(node) } super listeners[:on_arguments_node_leave]&.each { |listener| listener.on_arguments_node_leave(node) } end # Dispatch enter and leave events for ArrayNode nodes and continue # walking the tree. def visit_array_node(node) listeners[:on_array_node_enter]&.each { |listener| listener.on_array_node_enter(node) } super listeners[:on_array_node_leave]&.each { |listener| listener.on_array_node_leave(node) } end # Dispatch enter and leave events for ArrayPatternNode nodes and continue # walking the tree. def visit_array_pattern_node(node) listeners[:on_array_pattern_node_enter]&.each { |listener| listener.on_array_pattern_node_enter(node) } super listeners[:on_array_pattern_node_leave]&.each { |listener| listener.on_array_pattern_node_leave(node) } end # Dispatch enter and leave events for AssocNode nodes and continue # walking the tree. def visit_assoc_node(node) listeners[:on_assoc_node_enter]&.each { |listener| listener.on_assoc_node_enter(node) } super listeners[:on_assoc_node_leave]&.each { |listener| listener.on_assoc_node_leave(node) } end # Dispatch enter and leave events for AssocSplatNode nodes and continue # walking the tree. def visit_assoc_splat_node(node) listeners[:on_assoc_splat_node_enter]&.each { |listener| listener.on_assoc_splat_node_enter(node) } super listeners[:on_assoc_splat_node_leave]&.each { |listener| listener.on_assoc_splat_node_leave(node) } end # Dispatch enter and leave events for BackReferenceReadNode nodes and continue # walking the tree. def visit_back_reference_read_node(node) listeners[:on_back_reference_read_node_enter]&.each { |listener| listener.on_back_reference_read_node_enter(node) } super listeners[:on_back_reference_read_node_leave]&.each { |listener| listener.on_back_reference_read_node_leave(node) } end # Dispatch enter and leave events for BeginNode nodes and continue # walking the tree. def visit_begin_node(node) listeners[:on_begin_node_enter]&.each { |listener| listener.on_begin_node_enter(node) } super listeners[:on_begin_node_leave]&.each { |listener| listener.on_begin_node_leave(node) } end # Dispatch enter and leave events for BlockArgumentNode nodes and continue # walking the tree. def visit_block_argument_node(node) listeners[:on_block_argument_node_enter]&.each { |listener| listener.on_block_argument_node_enter(node) } super listeners[:on_block_argument_node_leave]&.each { |listener| listener.on_block_argument_node_leave(node) } end # Dispatch enter and leave events for BlockLocalVariableNode nodes and continue # walking the tree. def visit_block_local_variable_node(node) listeners[:on_block_local_variable_node_enter]&.each { |listener| listener.on_block_local_variable_node_enter(node) } super listeners[:on_block_local_variable_node_leave]&.each { |listener| listener.on_block_local_variable_node_leave(node) } end # Dispatch enter and leave events for BlockNode nodes and continue # walking the tree. def visit_block_node(node) listeners[:on_block_node_enter]&.each { |listener| listener.on_block_node_enter(node) } super listeners[:on_block_node_leave]&.each { |listener| listener.on_block_node_leave(node) } end # Dispatch enter and leave events for BlockParameterNode nodes and continue # walking the tree. def visit_block_parameter_node(node) listeners[:on_block_parameter_node_enter]&.each { |listener| listener.on_block_parameter_node_enter(node) } super listeners[:on_block_parameter_node_leave]&.each { |listener| listener.on_block_parameter_node_leave(node) } end # Dispatch enter and leave events for BlockParametersNode nodes and continue # walking the tree. def visit_block_parameters_node(node) listeners[:on_block_parameters_node_enter]&.each { |listener| listener.on_block_parameters_node_enter(node) } super listeners[:on_block_parameters_node_leave]&.each { |listener| listener.on_block_parameters_node_leave(node) } end # Dispatch enter and leave events for BreakNode nodes and continue # walking the tree. def visit_break_node(node) listeners[:on_break_node_enter]&.each { |listener| listener.on_break_node_enter(node) } super listeners[:on_break_node_leave]&.each { |listener| listener.on_break_node_leave(node) } end # Dispatch enter and leave events for CallAndWriteNode nodes and continue # walking the tree. def visit_call_and_write_node(node) listeners[:on_call_and_write_node_enter]&.each { |listener| listener.on_call_and_write_node_enter(node) } super listeners[:on_call_and_write_node_leave]&.each { |listener| listener.on_call_and_write_node_leave(node) } end # Dispatch enter and leave events for CallNode nodes and continue # walking the tree. def visit_call_node(node) listeners[:on_call_node_enter]&.each { |listener| listener.on_call_node_enter(node) } super listeners[:on_call_node_leave]&.each { |listener| listener.on_call_node_leave(node) } end # Dispatch enter and leave events for CallOperatorWriteNode nodes and continue # walking the tree. def visit_call_operator_write_node(node) listeners[:on_call_operator_write_node_enter]&.each { |listener| listener.on_call_operator_write_node_enter(node) } super listeners[:on_call_operator_write_node_leave]&.each { |listener| listener.on_call_operator_write_node_leave(node) } end # Dispatch enter and leave events for CallOrWriteNode nodes and continue # walking the tree. def visit_call_or_write_node(node) listeners[:on_call_or_write_node_enter]&.each { |listener| listener.on_call_or_write_node_enter(node) } super listeners[:on_call_or_write_node_leave]&.each { |listener| listener.on_call_or_write_node_leave(node) } end # Dispatch enter and leave events for CallTargetNode nodes and continue # walking the tree. def visit_call_target_node(node) listeners[:on_call_target_node_enter]&.each { |listener| listener.on_call_target_node_enter(node) } super listeners[:on_call_target_node_leave]&.each { |listener| listener.on_call_target_node_leave(node) } end # Dispatch enter and leave events for CapturePatternNode nodes and continue # walking the tree. def visit_capture_pattern_node(node) listeners[:on_capture_pattern_node_enter]&.each { |listener| listener.on_capture_pattern_node_enter(node) } super listeners[:on_capture_pattern_node_leave]&.each { |listener| listener.on_capture_pattern_node_leave(node) } end # Dispatch enter and leave events for CaseMatchNode nodes and continue # walking the tree. def visit_case_match_node(node) listeners[:on_case_match_node_enter]&.each { |listener| listener.on_case_match_node_enter(node) } super listeners[:on_case_match_node_leave]&.each { |listener| listener.on_case_match_node_leave(node) } end # Dispatch enter and leave events for CaseNode nodes and continue # walking the tree. def visit_case_node(node) listeners[:on_case_node_enter]&.each { |listener| listener.on_case_node_enter(node) } super listeners[:on_case_node_leave]&.each { |listener| listener.on_case_node_leave(node) } end # Dispatch enter and leave events for ClassNode nodes and continue # walking the tree. def visit_class_node(node) listeners[:on_class_node_enter]&.each { |listener| listener.on_class_node_enter(node) } super listeners[:on_class_node_leave]&.each { |listener| listener.on_class_node_leave(node) } end # Dispatch enter and leave events for ClassVariableAndWriteNode nodes and continue # walking the tree. def visit_class_variable_and_write_node(node) listeners[:on_class_variable_and_write_node_enter]&.each { |listener| listener.on_class_variable_and_write_node_enter(node) } super listeners[:on_class_variable_and_write_node_leave]&.each { |listener| listener.on_class_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for ClassVariableOperatorWriteNode nodes and continue # walking the tree. def visit_class_variable_operator_write_node(node) listeners[:on_class_variable_operator_write_node_enter]&.each { |listener| listener.on_class_variable_operator_write_node_enter(node) } super listeners[:on_class_variable_operator_write_node_leave]&.each { |listener| listener.on_class_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for ClassVariableOrWriteNode nodes and continue # walking the tree. def visit_class_variable_or_write_node(node) listeners[:on_class_variable_or_write_node_enter]&.each { |listener| listener.on_class_variable_or_write_node_enter(node) } super listeners[:on_class_variable_or_write_node_leave]&.each { |listener| listener.on_class_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for ClassVariableReadNode nodes and continue # walking the tree. def visit_class_variable_read_node(node) listeners[:on_class_variable_read_node_enter]&.each { |listener| listener.on_class_variable_read_node_enter(node) } super listeners[:on_class_variable_read_node_leave]&.each { |listener| listener.on_class_variable_read_node_leave(node) } end # Dispatch enter and leave events for ClassVariableTargetNode nodes and continue # walking the tree. def visit_class_variable_target_node(node) listeners[:on_class_variable_target_node_enter]&.each { |listener| listener.on_class_variable_target_node_enter(node) } super listeners[:on_class_variable_target_node_leave]&.each { |listener| listener.on_class_variable_target_node_leave(node) } end # Dispatch enter and leave events for ClassVariableWriteNode nodes and continue # walking the tree. def visit_class_variable_write_node(node) listeners[:on_class_variable_write_node_enter]&.each { |listener| listener.on_class_variable_write_node_enter(node) } super listeners[:on_class_variable_write_node_leave]&.each { |listener| listener.on_class_variable_write_node_leave(node) } end # Dispatch enter and leave events for ConstantAndWriteNode nodes and continue # walking the tree. def visit_constant_and_write_node(node) listeners[:on_constant_and_write_node_enter]&.each { |listener| listener.on_constant_and_write_node_enter(node) } super listeners[:on_constant_and_write_node_leave]&.each { |listener| listener.on_constant_and_write_node_leave(node) } end # Dispatch enter and leave events for ConstantOperatorWriteNode nodes and continue # walking the tree. def visit_constant_operator_write_node(node) listeners[:on_constant_operator_write_node_enter]&.each { |listener| listener.on_constant_operator_write_node_enter(node) } super listeners[:on_constant_operator_write_node_leave]&.each { |listener| listener.on_constant_operator_write_node_leave(node) } end # Dispatch enter and leave events for ConstantOrWriteNode nodes and continue # walking the tree. def visit_constant_or_write_node(node) listeners[:on_constant_or_write_node_enter]&.each { |listener| listener.on_constant_or_write_node_enter(node) } super listeners[:on_constant_or_write_node_leave]&.each { |listener| listener.on_constant_or_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathAndWriteNode nodes and continue # walking the tree. def visit_constant_path_and_write_node(node) listeners[:on_constant_path_and_write_node_enter]&.each { |listener| listener.on_constant_path_and_write_node_enter(node) } super listeners[:on_constant_path_and_write_node_leave]&.each { |listener| listener.on_constant_path_and_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathNode nodes and continue # walking the tree. def visit_constant_path_node(node) listeners[:on_constant_path_node_enter]&.each { |listener| listener.on_constant_path_node_enter(node) } super listeners[:on_constant_path_node_leave]&.each { |listener| listener.on_constant_path_node_leave(node) } end # Dispatch enter and leave events for ConstantPathOperatorWriteNode nodes and continue # walking the tree. def visit_constant_path_operator_write_node(node) listeners[:on_constant_path_operator_write_node_enter]&.each { |listener| listener.on_constant_path_operator_write_node_enter(node) } super listeners[:on_constant_path_operator_write_node_leave]&.each { |listener| listener.on_constant_path_operator_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathOrWriteNode nodes and continue # walking the tree. def visit_constant_path_or_write_node(node) listeners[:on_constant_path_or_write_node_enter]&.each { |listener| listener.on_constant_path_or_write_node_enter(node) } super listeners[:on_constant_path_or_write_node_leave]&.each { |listener| listener.on_constant_path_or_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathTargetNode nodes and continue # walking the tree. def visit_constant_path_target_node(node) listeners[:on_constant_path_target_node_enter]&.each { |listener| listener.on_constant_path_target_node_enter(node) } super listeners[:on_constant_path_target_node_leave]&.each { |listener| listener.on_constant_path_target_node_leave(node) } end # Dispatch enter and leave events for ConstantPathWriteNode nodes and continue # walking the tree. def visit_constant_path_write_node(node) listeners[:on_constant_path_write_node_enter]&.each { |listener| listener.on_constant_path_write_node_enter(node) } super listeners[:on_constant_path_write_node_leave]&.each { |listener| listener.on_constant_path_write_node_leave(node) } end # Dispatch enter and leave events for ConstantReadNode nodes and continue # walking the tree. def visit_constant_read_node(node) listeners[:on_constant_read_node_enter]&.each { |listener| listener.on_constant_read_node_enter(node) } super listeners[:on_constant_read_node_leave]&.each { |listener| listener.on_constant_read_node_leave(node) } end # Dispatch enter and leave events for ConstantTargetNode nodes and continue # walking the tree. def visit_constant_target_node(node) listeners[:on_constant_target_node_enter]&.each { |listener| listener.on_constant_target_node_enter(node) } super listeners[:on_constant_target_node_leave]&.each { |listener| listener.on_constant_target_node_leave(node) } end # Dispatch enter and leave events for ConstantWriteNode nodes and continue # walking the tree. def visit_constant_write_node(node) listeners[:on_constant_write_node_enter]&.each { |listener| listener.on_constant_write_node_enter(node) } super listeners[:on_constant_write_node_leave]&.each { |listener| listener.on_constant_write_node_leave(node) } end # Dispatch enter and leave events for DefNode nodes and continue # walking the tree. def visit_def_node(node) listeners[:on_def_node_enter]&.each { |listener| listener.on_def_node_enter(node) } super listeners[:on_def_node_leave]&.each { |listener| listener.on_def_node_leave(node) } end # Dispatch enter and leave events for DefinedNode nodes and continue # walking the tree. def visit_defined_node(node) listeners[:on_defined_node_enter]&.each { |listener| listener.on_defined_node_enter(node) } super listeners[:on_defined_node_leave]&.each { |listener| listener.on_defined_node_leave(node) } end # Dispatch enter and leave events for ElseNode nodes and continue # walking the tree. def visit_else_node(node) listeners[:on_else_node_enter]&.each { |listener| listener.on_else_node_enter(node) } super listeners[:on_else_node_leave]&.each { |listener| listener.on_else_node_leave(node) } end # Dispatch enter and leave events for EmbeddedStatementsNode nodes and continue # walking the tree. def visit_embedded_statements_node(node) listeners[:on_embedded_statements_node_enter]&.each { |listener| listener.on_embedded_statements_node_enter(node) } super listeners[:on_embedded_statements_node_leave]&.each { |listener| listener.on_embedded_statements_node_leave(node) } end # Dispatch enter and leave events for EmbeddedVariableNode nodes and continue # walking the tree. def visit_embedded_variable_node(node) listeners[:on_embedded_variable_node_enter]&.each { |listener| listener.on_embedded_variable_node_enter(node) } super listeners[:on_embedded_variable_node_leave]&.each { |listener| listener.on_embedded_variable_node_leave(node) } end # Dispatch enter and leave events for EnsureNode nodes and continue # walking the tree. def visit_ensure_node(node) listeners[:on_ensure_node_enter]&.each { |listener| listener.on_ensure_node_enter(node) } super listeners[:on_ensure_node_leave]&.each { |listener| listener.on_ensure_node_leave(node) } end # Dispatch enter and leave events for FalseNode nodes and continue # walking the tree. def visit_false_node(node) listeners[:on_false_node_enter]&.each { |listener| listener.on_false_node_enter(node) } super listeners[:on_false_node_leave]&.each { |listener| listener.on_false_node_leave(node) } end # Dispatch enter and leave events for FindPatternNode nodes and continue # walking the tree. def visit_find_pattern_node(node) listeners[:on_find_pattern_node_enter]&.each { |listener| listener.on_find_pattern_node_enter(node) } super listeners[:on_find_pattern_node_leave]&.each { |listener| listener.on_find_pattern_node_leave(node) } end # Dispatch enter and leave events for FlipFlopNode nodes and continue # walking the tree. def visit_flip_flop_node(node) listeners[:on_flip_flop_node_enter]&.each { |listener| listener.on_flip_flop_node_enter(node) } super listeners[:on_flip_flop_node_leave]&.each { |listener| listener.on_flip_flop_node_leave(node) } end # Dispatch enter and leave events for FloatNode nodes and continue # walking the tree. def visit_float_node(node) listeners[:on_float_node_enter]&.each { |listener| listener.on_float_node_enter(node) } super listeners[:on_float_node_leave]&.each { |listener| listener.on_float_node_leave(node) } end # Dispatch enter and leave events for ForNode nodes and continue # walking the tree. def visit_for_node(node) listeners[:on_for_node_enter]&.each { |listener| listener.on_for_node_enter(node) } super listeners[:on_for_node_leave]&.each { |listener| listener.on_for_node_leave(node) } end # Dispatch enter and leave events for ForwardingArgumentsNode nodes and continue # walking the tree. def visit_forwarding_arguments_node(node) listeners[:on_forwarding_arguments_node_enter]&.each { |listener| listener.on_forwarding_arguments_node_enter(node) } super listeners[:on_forwarding_arguments_node_leave]&.each { |listener| listener.on_forwarding_arguments_node_leave(node) } end # Dispatch enter and leave events for ForwardingParameterNode nodes and continue # walking the tree. def visit_forwarding_parameter_node(node) listeners[:on_forwarding_parameter_node_enter]&.each { |listener| listener.on_forwarding_parameter_node_enter(node) } super listeners[:on_forwarding_parameter_node_leave]&.each { |listener| listener.on_forwarding_parameter_node_leave(node) } end # Dispatch enter and leave events for ForwardingSuperNode nodes and continue # walking the tree. def visit_forwarding_super_node(node) listeners[:on_forwarding_super_node_enter]&.each { |listener| listener.on_forwarding_super_node_enter(node) } super listeners[:on_forwarding_super_node_leave]&.each { |listener| listener.on_forwarding_super_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableAndWriteNode nodes and continue # walking the tree. def visit_global_variable_and_write_node(node) listeners[:on_global_variable_and_write_node_enter]&.each { |listener| listener.on_global_variable_and_write_node_enter(node) } super listeners[:on_global_variable_and_write_node_leave]&.each { |listener| listener.on_global_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableOperatorWriteNode nodes and continue # walking the tree. def visit_global_variable_operator_write_node(node) listeners[:on_global_variable_operator_write_node_enter]&.each { |listener| listener.on_global_variable_operator_write_node_enter(node) } super listeners[:on_global_variable_operator_write_node_leave]&.each { |listener| listener.on_global_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableOrWriteNode nodes and continue # walking the tree. def visit_global_variable_or_write_node(node) listeners[:on_global_variable_or_write_node_enter]&.each { |listener| listener.on_global_variable_or_write_node_enter(node) } super listeners[:on_global_variable_or_write_node_leave]&.each { |listener| listener.on_global_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableReadNode nodes and continue # walking the tree. def visit_global_variable_read_node(node) listeners[:on_global_variable_read_node_enter]&.each { |listener| listener.on_global_variable_read_node_enter(node) } super listeners[:on_global_variable_read_node_leave]&.each { |listener| listener.on_global_variable_read_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableTargetNode nodes and continue # walking the tree. def visit_global_variable_target_node(node) listeners[:on_global_variable_target_node_enter]&.each { |listener| listener.on_global_variable_target_node_enter(node) } super listeners[:on_global_variable_target_node_leave]&.each { |listener| listener.on_global_variable_target_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableWriteNode nodes and continue # walking the tree. def visit_global_variable_write_node(node) listeners[:on_global_variable_write_node_enter]&.each { |listener| listener.on_global_variable_write_node_enter(node) } super listeners[:on_global_variable_write_node_leave]&.each { |listener| listener.on_global_variable_write_node_leave(node) } end # Dispatch enter and leave events for HashNode nodes and continue # walking the tree. def visit_hash_node(node) listeners[:on_hash_node_enter]&.each { |listener| listener.on_hash_node_enter(node) } super listeners[:on_hash_node_leave]&.each { |listener| listener.on_hash_node_leave(node) } end # Dispatch enter and leave events for HashPatternNode nodes and continue # walking the tree. def visit_hash_pattern_node(node) listeners[:on_hash_pattern_node_enter]&.each { |listener| listener.on_hash_pattern_node_enter(node) } super listeners[:on_hash_pattern_node_leave]&.each { |listener| listener.on_hash_pattern_node_leave(node) } end # Dispatch enter and leave events for IfNode nodes and continue # walking the tree. def visit_if_node(node) listeners[:on_if_node_enter]&.each { |listener| listener.on_if_node_enter(node) } super listeners[:on_if_node_leave]&.each { |listener| listener.on_if_node_leave(node) } end # Dispatch enter and leave events for ImaginaryNode nodes and continue # walking the tree. def visit_imaginary_node(node) listeners[:on_imaginary_node_enter]&.each { |listener| listener.on_imaginary_node_enter(node) } super listeners[:on_imaginary_node_leave]&.each { |listener| listener.on_imaginary_node_leave(node) } end # Dispatch enter and leave events for ImplicitNode nodes and continue # walking the tree. def visit_implicit_node(node) listeners[:on_implicit_node_enter]&.each { |listener| listener.on_implicit_node_enter(node) } super listeners[:on_implicit_node_leave]&.each { |listener| listener.on_implicit_node_leave(node) } end # Dispatch enter and leave events for ImplicitRestNode nodes and continue # walking the tree. def visit_implicit_rest_node(node) listeners[:on_implicit_rest_node_enter]&.each { |listener| listener.on_implicit_rest_node_enter(node) } super listeners[:on_implicit_rest_node_leave]&.each { |listener| listener.on_implicit_rest_node_leave(node) } end # Dispatch enter and leave events for InNode nodes and continue # walking the tree. def visit_in_node(node) listeners[:on_in_node_enter]&.each { |listener| listener.on_in_node_enter(node) } super listeners[:on_in_node_leave]&.each { |listener| listener.on_in_node_leave(node) } end # Dispatch enter and leave events for IndexAndWriteNode nodes and continue # walking the tree. def visit_index_and_write_node(node) listeners[:on_index_and_write_node_enter]&.each { |listener| listener.on_index_and_write_node_enter(node) } super listeners[:on_index_and_write_node_leave]&.each { |listener| listener.on_index_and_write_node_leave(node) } end # Dispatch enter and leave events for IndexOperatorWriteNode nodes and continue # walking the tree. def visit_index_operator_write_node(node) listeners[:on_index_operator_write_node_enter]&.each { |listener| listener.on_index_operator_write_node_enter(node) } super listeners[:on_index_operator_write_node_leave]&.each { |listener| listener.on_index_operator_write_node_leave(node) } end # Dispatch enter and leave events for IndexOrWriteNode nodes and continue # walking the tree. def visit_index_or_write_node(node) listeners[:on_index_or_write_node_enter]&.each { |listener| listener.on_index_or_write_node_enter(node) } super listeners[:on_index_or_write_node_leave]&.each { |listener| listener.on_index_or_write_node_leave(node) } end # Dispatch enter and leave events for IndexTargetNode nodes and continue # walking the tree. def visit_index_target_node(node) listeners[:on_index_target_node_enter]&.each { |listener| listener.on_index_target_node_enter(node) } super listeners[:on_index_target_node_leave]&.each { |listener| listener.on_index_target_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableAndWriteNode nodes and continue # walking the tree. def visit_instance_variable_and_write_node(node) listeners[:on_instance_variable_and_write_node_enter]&.each { |listener| listener.on_instance_variable_and_write_node_enter(node) } super listeners[:on_instance_variable_and_write_node_leave]&.each { |listener| listener.on_instance_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableOperatorWriteNode nodes and continue # walking the tree. def visit_instance_variable_operator_write_node(node) listeners[:on_instance_variable_operator_write_node_enter]&.each { |listener| listener.on_instance_variable_operator_write_node_enter(node) } super listeners[:on_instance_variable_operator_write_node_leave]&.each { |listener| listener.on_instance_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableOrWriteNode nodes and continue # walking the tree. def visit_instance_variable_or_write_node(node) listeners[:on_instance_variable_or_write_node_enter]&.each { |listener| listener.on_instance_variable_or_write_node_enter(node) } super listeners[:on_instance_variable_or_write_node_leave]&.each { |listener| listener.on_instance_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableReadNode nodes and continue # walking the tree. def visit_instance_variable_read_node(node) listeners[:on_instance_variable_read_node_enter]&.each { |listener| listener.on_instance_variable_read_node_enter(node) } super listeners[:on_instance_variable_read_node_leave]&.each { |listener| listener.on_instance_variable_read_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableTargetNode nodes and continue # walking the tree. def visit_instance_variable_target_node(node) listeners[:on_instance_variable_target_node_enter]&.each { |listener| listener.on_instance_variable_target_node_enter(node) } super listeners[:on_instance_variable_target_node_leave]&.each { |listener| listener.on_instance_variable_target_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableWriteNode nodes and continue # walking the tree. def visit_instance_variable_write_node(node) listeners[:on_instance_variable_write_node_enter]&.each { |listener| listener.on_instance_variable_write_node_enter(node) } super listeners[:on_instance_variable_write_node_leave]&.each { |listener| listener.on_instance_variable_write_node_leave(node) } end # Dispatch enter and leave events for IntegerNode nodes and continue # walking the tree. def visit_integer_node(node) listeners[:on_integer_node_enter]&.each { |listener| listener.on_integer_node_enter(node) } super listeners[:on_integer_node_leave]&.each { |listener| listener.on_integer_node_leave(node) } end # Dispatch enter and leave events for InterpolatedMatchLastLineNode nodes and continue # walking the tree. def visit_interpolated_match_last_line_node(node) listeners[:on_interpolated_match_last_line_node_enter]&.each { |listener| listener.on_interpolated_match_last_line_node_enter(node) } super listeners[:on_interpolated_match_last_line_node_leave]&.each { |listener| listener.on_interpolated_match_last_line_node_leave(node) } end # Dispatch enter and leave events for InterpolatedRegularExpressionNode nodes and continue # walking the tree. def visit_interpolated_regular_expression_node(node) listeners[:on_interpolated_regular_expression_node_enter]&.each { |listener| listener.on_interpolated_regular_expression_node_enter(node) } super listeners[:on_interpolated_regular_expression_node_leave]&.each { |listener| listener.on_interpolated_regular_expression_node_leave(node) } end # Dispatch enter and leave events for InterpolatedStringNode nodes and continue # walking the tree. def visit_interpolated_string_node(node) listeners[:on_interpolated_string_node_enter]&.each { |listener| listener.on_interpolated_string_node_enter(node) } super listeners[:on_interpolated_string_node_leave]&.each { |listener| listener.on_interpolated_string_node_leave(node) } end # Dispatch enter and leave events for InterpolatedSymbolNode nodes and continue # walking the tree. def visit_interpolated_symbol_node(node) listeners[:on_interpolated_symbol_node_enter]&.each { |listener| listener.on_interpolated_symbol_node_enter(node) } super listeners[:on_interpolated_symbol_node_leave]&.each { |listener| listener.on_interpolated_symbol_node_leave(node) } end # Dispatch enter and leave events for InterpolatedXStringNode nodes and continue # walking the tree. def visit_interpolated_x_string_node(node) listeners[:on_interpolated_x_string_node_enter]&.each { |listener| listener.on_interpolated_x_string_node_enter(node) } super listeners[:on_interpolated_x_string_node_leave]&.each { |listener| listener.on_interpolated_x_string_node_leave(node) } end # Dispatch enter and leave events for ItLocalVariableReadNode nodes and continue # walking the tree. def visit_it_local_variable_read_node(node) listeners[:on_it_local_variable_read_node_enter]&.each { |listener| listener.on_it_local_variable_read_node_enter(node) } super listeners[:on_it_local_variable_read_node_leave]&.each { |listener| listener.on_it_local_variable_read_node_leave(node) } end # Dispatch enter and leave events for ItParametersNode nodes and continue # walking the tree. def visit_it_parameters_node(node) listeners[:on_it_parameters_node_enter]&.each { |listener| listener.on_it_parameters_node_enter(node) } super listeners[:on_it_parameters_node_leave]&.each { |listener| listener.on_it_parameters_node_leave(node) } end # Dispatch enter and leave events for KeywordHashNode nodes and continue # walking the tree. def visit_keyword_hash_node(node) listeners[:on_keyword_hash_node_enter]&.each { |listener| listener.on_keyword_hash_node_enter(node) } super listeners[:on_keyword_hash_node_leave]&.each { |listener| listener.on_keyword_hash_node_leave(node) } end # Dispatch enter and leave events for KeywordRestParameterNode nodes and continue # walking the tree. def visit_keyword_rest_parameter_node(node) listeners[:on_keyword_rest_parameter_node_enter]&.each { |listener| listener.on_keyword_rest_parameter_node_enter(node) } super listeners[:on_keyword_rest_parameter_node_leave]&.each { |listener| listener.on_keyword_rest_parameter_node_leave(node) } end # Dispatch enter and leave events for LambdaNode nodes and continue # walking the tree. def visit_lambda_node(node) listeners[:on_lambda_node_enter]&.each { |listener| listener.on_lambda_node_enter(node) } super listeners[:on_lambda_node_leave]&.each { |listener| listener.on_lambda_node_leave(node) } end # Dispatch enter and leave events for LocalVariableAndWriteNode nodes and continue # walking the tree. def visit_local_variable_and_write_node(node) listeners[:on_local_variable_and_write_node_enter]&.each { |listener| listener.on_local_variable_and_write_node_enter(node) } super listeners[:on_local_variable_and_write_node_leave]&.each { |listener| listener.on_local_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for LocalVariableOperatorWriteNode nodes and continue # walking the tree. def visit_local_variable_operator_write_node(node) listeners[:on_local_variable_operator_write_node_enter]&.each { |listener| listener.on_local_variable_operator_write_node_enter(node) } super listeners[:on_local_variable_operator_write_node_leave]&.each { |listener| listener.on_local_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for LocalVariableOrWriteNode nodes and continue # walking the tree. def visit_local_variable_or_write_node(node) listeners[:on_local_variable_or_write_node_enter]&.each { |listener| listener.on_local_variable_or_write_node_enter(node) } super listeners[:on_local_variable_or_write_node_leave]&.each { |listener| listener.on_local_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for LocalVariableReadNode nodes and continue # walking the tree. def visit_local_variable_read_node(node) listeners[:on_local_variable_read_node_enter]&.each { |listener| listener.on_local_variable_read_node_enter(node) } super listeners[:on_local_variable_read_node_leave]&.each { |listener| listener.on_local_variable_read_node_leave(node) } end # Dispatch enter and leave events for LocalVariableTargetNode nodes and continue # walking the tree. def visit_local_variable_target_node(node) listeners[:on_local_variable_target_node_enter]&.each { |listener| listener.on_local_variable_target_node_enter(node) } super listeners[:on_local_variable_target_node_leave]&.each { |listener| listener.on_local_variable_target_node_leave(node) } end # Dispatch enter and leave events for LocalVariableWriteNode nodes and continue # walking the tree. def visit_local_variable_write_node(node) listeners[:on_local_variable_write_node_enter]&.each { |listener| listener.on_local_variable_write_node_enter(node) } super listeners[:on_local_variable_write_node_leave]&.each { |listener| listener.on_local_variable_write_node_leave(node) } end # Dispatch enter and leave events for MatchLastLineNode nodes and continue # walking the tree. def visit_match_last_line_node(node) listeners[:on_match_last_line_node_enter]&.each { |listener| listener.on_match_last_line_node_enter(node) } super listeners[:on_match_last_line_node_leave]&.each { |listener| listener.on_match_last_line_node_leave(node) } end # Dispatch enter and leave events for MatchPredicateNode nodes and continue # walking the tree. def visit_match_predicate_node(node) listeners[:on_match_predicate_node_enter]&.each { |listener| listener.on_match_predicate_node_enter(node) } super listeners[:on_match_predicate_node_leave]&.each { |listener| listener.on_match_predicate_node_leave(node) } end # Dispatch enter and leave events for MatchRequiredNode nodes and continue # walking the tree. def visit_match_required_node(node) listeners[:on_match_required_node_enter]&.each { |listener| listener.on_match_required_node_enter(node) } super listeners[:on_match_required_node_leave]&.each { |listener| listener.on_match_required_node_leave(node) } end # Dispatch enter and leave events for MatchWriteNode nodes and continue # walking the tree. def visit_match_write_node(node) listeners[:on_match_write_node_enter]&.each { |listener| listener.on_match_write_node_enter(node) } super listeners[:on_match_write_node_leave]&.each { |listener| listener.on_match_write_node_leave(node) } end # Dispatch enter and leave events for MissingNode nodes and continue # walking the tree. def visit_missing_node(node) listeners[:on_missing_node_enter]&.each { |listener| listener.on_missing_node_enter(node) } super listeners[:on_missing_node_leave]&.each { |listener| listener.on_missing_node_leave(node) } end # Dispatch enter and leave events for ModuleNode nodes and continue # walking the tree. def visit_module_node(node) listeners[:on_module_node_enter]&.each { |listener| listener.on_module_node_enter(node) } super listeners[:on_module_node_leave]&.each { |listener| listener.on_module_node_leave(node) } end # Dispatch enter and leave events for MultiTargetNode nodes and continue # walking the tree. def visit_multi_target_node(node) listeners[:on_multi_target_node_enter]&.each { |listener| listener.on_multi_target_node_enter(node) } super listeners[:on_multi_target_node_leave]&.each { |listener| listener.on_multi_target_node_leave(node) } end # Dispatch enter and leave events for MultiWriteNode nodes and continue # walking the tree. def visit_multi_write_node(node) listeners[:on_multi_write_node_enter]&.each { |listener| listener.on_multi_write_node_enter(node) } super listeners[:on_multi_write_node_leave]&.each { |listener| listener.on_multi_write_node_leave(node) } end # Dispatch enter and leave events for NextNode nodes and continue # walking the tree. def visit_next_node(node) listeners[:on_next_node_enter]&.each { |listener| listener.on_next_node_enter(node) } super listeners[:on_next_node_leave]&.each { |listener| listener.on_next_node_leave(node) } end # Dispatch enter and leave events for NilNode nodes and continue # walking the tree. def visit_nil_node(node) listeners[:on_nil_node_enter]&.each { |listener| listener.on_nil_node_enter(node) } super listeners[:on_nil_node_leave]&.each { |listener| listener.on_nil_node_leave(node) } end # Dispatch enter and leave events for NoKeywordsParameterNode nodes and continue # walking the tree. def visit_no_keywords_parameter_node(node) listeners[:on_no_keywords_parameter_node_enter]&.each { |listener| listener.on_no_keywords_parameter_node_enter(node) } super listeners[:on_no_keywords_parameter_node_leave]&.each { |listener| listener.on_no_keywords_parameter_node_leave(node) } end # Dispatch enter and leave events for NumberedParametersNode nodes and continue # walking the tree. def visit_numbered_parameters_node(node) listeners[:on_numbered_parameters_node_enter]&.each { |listener| listener.on_numbered_parameters_node_enter(node) } super listeners[:on_numbered_parameters_node_leave]&.each { |listener| listener.on_numbered_parameters_node_leave(node) } end # Dispatch enter and leave events for NumberedReferenceReadNode nodes and continue # walking the tree. def visit_numbered_reference_read_node(node) listeners[:on_numbered_reference_read_node_enter]&.each { |listener| listener.on_numbered_reference_read_node_enter(node) } super listeners[:on_numbered_reference_read_node_leave]&.each { |listener| listener.on_numbered_reference_read_node_leave(node) } end # Dispatch enter and leave events for OptionalKeywordParameterNode nodes and continue # walking the tree. def visit_optional_keyword_parameter_node(node) listeners[:on_optional_keyword_parameter_node_enter]&.each { |listener| listener.on_optional_keyword_parameter_node_enter(node) } super listeners[:on_optional_keyword_parameter_node_leave]&.each { |listener| listener.on_optional_keyword_parameter_node_leave(node) } end # Dispatch enter and leave events for OptionalParameterNode nodes and continue # walking the tree. def visit_optional_parameter_node(node) listeners[:on_optional_parameter_node_enter]&.each { |listener| listener.on_optional_parameter_node_enter(node) } super listeners[:on_optional_parameter_node_leave]&.each { |listener| listener.on_optional_parameter_node_leave(node) } end # Dispatch enter and leave events for OrNode nodes and continue # walking the tree. def visit_or_node(node) listeners[:on_or_node_enter]&.each { |listener| listener.on_or_node_enter(node) } super listeners[:on_or_node_leave]&.each { |listener| listener.on_or_node_leave(node) } end # Dispatch enter and leave events for ParametersNode nodes and continue # walking the tree. def visit_parameters_node(node) listeners[:on_parameters_node_enter]&.each { |listener| listener.on_parameters_node_enter(node) } super listeners[:on_parameters_node_leave]&.each { |listener| listener.on_parameters_node_leave(node) } end # Dispatch enter and leave events for ParenthesesNode nodes and continue # walking the tree. def visit_parentheses_node(node) listeners[:on_parentheses_node_enter]&.each { |listener| listener.on_parentheses_node_enter(node) } super listeners[:on_parentheses_node_leave]&.each { |listener| listener.on_parentheses_node_leave(node) } end # Dispatch enter and leave events for PinnedExpressionNode nodes and continue # walking the tree. def visit_pinned_expression_node(node) listeners[:on_pinned_expression_node_enter]&.each { |listener| listener.on_pinned_expression_node_enter(node) } super listeners[:on_pinned_expression_node_leave]&.each { |listener| listener.on_pinned_expression_node_leave(node) } end # Dispatch enter and leave events for PinnedVariableNode nodes and continue # walking the tree. def visit_pinned_variable_node(node) listeners[:on_pinned_variable_node_enter]&.each { |listener| listener.on_pinned_variable_node_enter(node) } super listeners[:on_pinned_variable_node_leave]&.each { |listener| listener.on_pinned_variable_node_leave(node) } end # Dispatch enter and leave events for PostExecutionNode nodes and continue # walking the tree. def visit_post_execution_node(node) listeners[:on_post_execution_node_enter]&.each { |listener| listener.on_post_execution_node_enter(node) } super listeners[:on_post_execution_node_leave]&.each { |listener| listener.on_post_execution_node_leave(node) } end # Dispatch enter and leave events for PreExecutionNode nodes and continue # walking the tree. def visit_pre_execution_node(node) listeners[:on_pre_execution_node_enter]&.each { |listener| listener.on_pre_execution_node_enter(node) } super listeners[:on_pre_execution_node_leave]&.each { |listener| listener.on_pre_execution_node_leave(node) } end # Dispatch enter and leave events for ProgramNode nodes and continue # walking the tree. def visit_program_node(node) listeners[:on_program_node_enter]&.each { |listener| listener.on_program_node_enter(node) } super listeners[:on_program_node_leave]&.each { |listener| listener.on_program_node_leave(node) } end # Dispatch enter and leave events for RangeNode nodes and continue # walking the tree. def visit_range_node(node) listeners[:on_range_node_enter]&.each { |listener| listener.on_range_node_enter(node) } super listeners[:on_range_node_leave]&.each { |listener| listener.on_range_node_leave(node) } end # Dispatch enter and leave events for RationalNode nodes and continue # walking the tree. def visit_rational_node(node) listeners[:on_rational_node_enter]&.each { |listener| listener.on_rational_node_enter(node) } super listeners[:on_rational_node_leave]&.each { |listener| listener.on_rational_node_leave(node) } end # Dispatch enter and leave events for RedoNode nodes and continue # walking the tree. def visit_redo_node(node) listeners[:on_redo_node_enter]&.each { |listener| listener.on_redo_node_enter(node) } super listeners[:on_redo_node_leave]&.each { |listener| listener.on_redo_node_leave(node) } end # Dispatch enter and leave events for RegularExpressionNode nodes and continue # walking the tree. def visit_regular_expression_node(node) listeners[:on_regular_expression_node_enter]&.each { |listener| listener.on_regular_expression_node_enter(node) } super listeners[:on_regular_expression_node_leave]&.each { |listener| listener.on_regular_expression_node_leave(node) } end # Dispatch enter and leave events for RequiredKeywordParameterNode nodes and continue # walking the tree. def visit_required_keyword_parameter_node(node) listeners[:on_required_keyword_parameter_node_enter]&.each { |listener| listener.on_required_keyword_parameter_node_enter(node) } super listeners[:on_required_keyword_parameter_node_leave]&.each { |listener| listener.on_required_keyword_parameter_node_leave(node) } end # Dispatch enter and leave events for RequiredParameterNode nodes and continue # walking the tree. def visit_required_parameter_node(node) listeners[:on_required_parameter_node_enter]&.each { |listener| listener.on_required_parameter_node_enter(node) } super listeners[:on_required_parameter_node_leave]&.each { |listener| listener.on_required_parameter_node_leave(node) } end # Dispatch enter and leave events for RescueModifierNode nodes and continue # walking the tree. def visit_rescue_modifier_node(node) listeners[:on_rescue_modifier_node_enter]&.each { |listener| listener.on_rescue_modifier_node_enter(node) } super listeners[:on_rescue_modifier_node_leave]&.each { |listener| listener.on_rescue_modifier_node_leave(node) } end # Dispatch enter and leave events for RescueNode nodes and continue # walking the tree. def visit_rescue_node(node) listeners[:on_rescue_node_enter]&.each { |listener| listener.on_rescue_node_enter(node) } super listeners[:on_rescue_node_leave]&.each { |listener| listener.on_rescue_node_leave(node) } end # Dispatch enter and leave events for RestParameterNode nodes and continue # walking the tree. def visit_rest_parameter_node(node) listeners[:on_rest_parameter_node_enter]&.each { |listener| listener.on_rest_parameter_node_enter(node) } super listeners[:on_rest_parameter_node_leave]&.each { |listener| listener.on_rest_parameter_node_leave(node) } end # Dispatch enter and leave events for RetryNode nodes and continue # walking the tree. def visit_retry_node(node) listeners[:on_retry_node_enter]&.each { |listener| listener.on_retry_node_enter(node) } super listeners[:on_retry_node_leave]&.each { |listener| listener.on_retry_node_leave(node) } end # Dispatch enter and leave events for ReturnNode nodes and continue # walking the tree. def visit_return_node(node) listeners[:on_return_node_enter]&.each { |listener| listener.on_return_node_enter(node) } super listeners[:on_return_node_leave]&.each { |listener| listener.on_return_node_leave(node) } end # Dispatch enter and leave events for SelfNode nodes and continue # walking the tree. def visit_self_node(node) listeners[:on_self_node_enter]&.each { |listener| listener.on_self_node_enter(node) } super listeners[:on_self_node_leave]&.each { |listener| listener.on_self_node_leave(node) } end # Dispatch enter and leave events for ShareableConstantNode nodes and continue # walking the tree. def visit_shareable_constant_node(node) listeners[:on_shareable_constant_node_enter]&.each { |listener| listener.on_shareable_constant_node_enter(node) } super listeners[:on_shareable_constant_node_leave]&.each { |listener| listener.on_shareable_constant_node_leave(node) } end # Dispatch enter and leave events for SingletonClassNode nodes and continue # walking the tree. def visit_singleton_class_node(node) listeners[:on_singleton_class_node_enter]&.each { |listener| listener.on_singleton_class_node_enter(node) } super listeners[:on_singleton_class_node_leave]&.each { |listener| listener.on_singleton_class_node_leave(node) } end # Dispatch enter and leave events for SourceEncodingNode nodes and continue # walking the tree. def visit_source_encoding_node(node) listeners[:on_source_encoding_node_enter]&.each { |listener| listener.on_source_encoding_node_enter(node) } super listeners[:on_source_encoding_node_leave]&.each { |listener| listener.on_source_encoding_node_leave(node) } end # Dispatch enter and leave events for SourceFileNode nodes and continue # walking the tree. def visit_source_file_node(node) listeners[:on_source_file_node_enter]&.each { |listener| listener.on_source_file_node_enter(node) } super listeners[:on_source_file_node_leave]&.each { |listener| listener.on_source_file_node_leave(node) } end # Dispatch enter and leave events for SourceLineNode nodes and continue # walking the tree. def visit_source_line_node(node) listeners[:on_source_line_node_enter]&.each { |listener| listener.on_source_line_node_enter(node) } super listeners[:on_source_line_node_leave]&.each { |listener| listener.on_source_line_node_leave(node) } end # Dispatch enter and leave events for SplatNode nodes and continue # walking the tree. def visit_splat_node(node) listeners[:on_splat_node_enter]&.each { |listener| listener.on_splat_node_enter(node) } super listeners[:on_splat_node_leave]&.each { |listener| listener.on_splat_node_leave(node) } end # Dispatch enter and leave events for StatementsNode nodes and continue # walking the tree. def visit_statements_node(node) listeners[:on_statements_node_enter]&.each { |listener| listener.on_statements_node_enter(node) } super listeners[:on_statements_node_leave]&.each { |listener| listener.on_statements_node_leave(node) } end # Dispatch enter and leave events for StringNode nodes and continue # walking the tree. def visit_string_node(node) listeners[:on_string_node_enter]&.each { |listener| listener.on_string_node_enter(node) } super listeners[:on_string_node_leave]&.each { |listener| listener.on_string_node_leave(node) } end # Dispatch enter and leave events for SuperNode nodes and continue # walking the tree. def visit_super_node(node) listeners[:on_super_node_enter]&.each { |listener| listener.on_super_node_enter(node) } super listeners[:on_super_node_leave]&.each { |listener| listener.on_super_node_leave(node) } end # Dispatch enter and leave events for SymbolNode nodes and continue # walking the tree. def visit_symbol_node(node) listeners[:on_symbol_node_enter]&.each { |listener| listener.on_symbol_node_enter(node) } super listeners[:on_symbol_node_leave]&.each { |listener| listener.on_symbol_node_leave(node) } end # Dispatch enter and leave events for TrueNode nodes and continue # walking the tree. def visit_true_node(node) listeners[:on_true_node_enter]&.each { |listener| listener.on_true_node_enter(node) } super listeners[:on_true_node_leave]&.each { |listener| listener.on_true_node_leave(node) } end # Dispatch enter and leave events for UndefNode nodes and continue # walking the tree. def visit_undef_node(node) listeners[:on_undef_node_enter]&.each { |listener| listener.on_undef_node_enter(node) } super listeners[:on_undef_node_leave]&.each { |listener| listener.on_undef_node_leave(node) } end # Dispatch enter and leave events for UnlessNode nodes and continue # walking the tree. def visit_unless_node(node) listeners[:on_unless_node_enter]&.each { |listener| listener.on_unless_node_enter(node) } super listeners[:on_unless_node_leave]&.each { |listener| listener.on_unless_node_leave(node) } end # Dispatch enter and leave events for UntilNode nodes and continue # walking the tree. def visit_until_node(node) listeners[:on_until_node_enter]&.each { |listener| listener.on_until_node_enter(node) } super listeners[:on_until_node_leave]&.each { |listener| listener.on_until_node_leave(node) } end # Dispatch enter and leave events for WhenNode nodes and continue # walking the tree. def visit_when_node(node) listeners[:on_when_node_enter]&.each { |listener| listener.on_when_node_enter(node) } super listeners[:on_when_node_leave]&.each { |listener| listener.on_when_node_leave(node) } end # Dispatch enter and leave events for WhileNode nodes and continue # walking the tree. def visit_while_node(node) listeners[:on_while_node_enter]&.each { |listener| listener.on_while_node_enter(node) } super listeners[:on_while_node_leave]&.each { |listener| listener.on_while_node_leave(node) } end # Dispatch enter and leave events for XStringNode nodes and continue # walking the tree. def visit_x_string_node(node) listeners[:on_x_string_node_enter]&.each { |listener| listener.on_x_string_node_enter(node) } super listeners[:on_x_string_node_leave]&.each { |listener| listener.on_x_string_node_leave(node) } end # Dispatch enter and leave events for YieldNode nodes and continue # walking the tree. def visit_yield_node(node) listeners[:on_yield_node_enter]&.each { |listener| listener.on_yield_node_enter(node) } super listeners[:on_yield_node_leave]&.each { |listener| listener.on_yield_node_leave(node) } end class DispatchOnce < Visitor # :nodoc: attr_reader :listeners def initialize(listeners) @listeners = listeners end # Dispatch enter and leave events for AliasGlobalVariableNode nodes. def visit_alias_global_variable_node(node) listeners[:on_alias_global_variable_node_enter]&.each { |listener| listener.on_alias_global_variable_node_enter(node) } listeners[:on_alias_global_variable_node_leave]&.each { |listener| listener.on_alias_global_variable_node_leave(node) } end # Dispatch enter and leave events for AliasMethodNode nodes. def visit_alias_method_node(node) listeners[:on_alias_method_node_enter]&.each { |listener| listener.on_alias_method_node_enter(node) } listeners[:on_alias_method_node_leave]&.each { |listener| listener.on_alias_method_node_leave(node) } end # Dispatch enter and leave events for AlternationPatternNode nodes. def visit_alternation_pattern_node(node) listeners[:on_alternation_pattern_node_enter]&.each { |listener| listener.on_alternation_pattern_node_enter(node) } listeners[:on_alternation_pattern_node_leave]&.each { |listener| listener.on_alternation_pattern_node_leave(node) } end # Dispatch enter and leave events for AndNode nodes. def visit_and_node(node) listeners[:on_and_node_enter]&.each { |listener| listener.on_and_node_enter(node) } listeners[:on_and_node_leave]&.each { |listener| listener.on_and_node_leave(node) } end # Dispatch enter and leave events for ArgumentsNode nodes. def visit_arguments_node(node) listeners[:on_arguments_node_enter]&.each { |listener| listener.on_arguments_node_enter(node) } listeners[:on_arguments_node_leave]&.each { |listener| listener.on_arguments_node_leave(node) } end # Dispatch enter and leave events for ArrayNode nodes. def visit_array_node(node) listeners[:on_array_node_enter]&.each { |listener| listener.on_array_node_enter(node) } listeners[:on_array_node_leave]&.each { |listener| listener.on_array_node_leave(node) } end # Dispatch enter and leave events for ArrayPatternNode nodes. def visit_array_pattern_node(node) listeners[:on_array_pattern_node_enter]&.each { |listener| listener.on_array_pattern_node_enter(node) } listeners[:on_array_pattern_node_leave]&.each { |listener| listener.on_array_pattern_node_leave(node) } end # Dispatch enter and leave events for AssocNode nodes. def visit_assoc_node(node) listeners[:on_assoc_node_enter]&.each { |listener| listener.on_assoc_node_enter(node) } listeners[:on_assoc_node_leave]&.each { |listener| listener.on_assoc_node_leave(node) } end # Dispatch enter and leave events for AssocSplatNode nodes. def visit_assoc_splat_node(node) listeners[:on_assoc_splat_node_enter]&.each { |listener| listener.on_assoc_splat_node_enter(node) } listeners[:on_assoc_splat_node_leave]&.each { |listener| listener.on_assoc_splat_node_leave(node) } end # Dispatch enter and leave events for BackReferenceReadNode nodes. def visit_back_reference_read_node(node) listeners[:on_back_reference_read_node_enter]&.each { |listener| listener.on_back_reference_read_node_enter(node) } listeners[:on_back_reference_read_node_leave]&.each { |listener| listener.on_back_reference_read_node_leave(node) } end # Dispatch enter and leave events for BeginNode nodes. def visit_begin_node(node) listeners[:on_begin_node_enter]&.each { |listener| listener.on_begin_node_enter(node) } listeners[:on_begin_node_leave]&.each { |listener| listener.on_begin_node_leave(node) } end # Dispatch enter and leave events for BlockArgumentNode nodes. def visit_block_argument_node(node) listeners[:on_block_argument_node_enter]&.each { |listener| listener.on_block_argument_node_enter(node) } listeners[:on_block_argument_node_leave]&.each { |listener| listener.on_block_argument_node_leave(node) } end # Dispatch enter and leave events for BlockLocalVariableNode nodes. def visit_block_local_variable_node(node) listeners[:on_block_local_variable_node_enter]&.each { |listener| listener.on_block_local_variable_node_enter(node) } listeners[:on_block_local_variable_node_leave]&.each { |listener| listener.on_block_local_variable_node_leave(node) } end # Dispatch enter and leave events for BlockNode nodes. def visit_block_node(node) listeners[:on_block_node_enter]&.each { |listener| listener.on_block_node_enter(node) } listeners[:on_block_node_leave]&.each { |listener| listener.on_block_node_leave(node) } end # Dispatch enter and leave events for BlockParameterNode nodes. def visit_block_parameter_node(node) listeners[:on_block_parameter_node_enter]&.each { |listener| listener.on_block_parameter_node_enter(node) } listeners[:on_block_parameter_node_leave]&.each { |listener| listener.on_block_parameter_node_leave(node) } end # Dispatch enter and leave events for BlockParametersNode nodes. def visit_block_parameters_node(node) listeners[:on_block_parameters_node_enter]&.each { |listener| listener.on_block_parameters_node_enter(node) } listeners[:on_block_parameters_node_leave]&.each { |listener| listener.on_block_parameters_node_leave(node) } end # Dispatch enter and leave events for BreakNode nodes. def visit_break_node(node) listeners[:on_break_node_enter]&.each { |listener| listener.on_break_node_enter(node) } listeners[:on_break_node_leave]&.each { |listener| listener.on_break_node_leave(node) } end # Dispatch enter and leave events for CallAndWriteNode nodes. def visit_call_and_write_node(node) listeners[:on_call_and_write_node_enter]&.each { |listener| listener.on_call_and_write_node_enter(node) } listeners[:on_call_and_write_node_leave]&.each { |listener| listener.on_call_and_write_node_leave(node) } end # Dispatch enter and leave events for CallNode nodes. def visit_call_node(node) listeners[:on_call_node_enter]&.each { |listener| listener.on_call_node_enter(node) } listeners[:on_call_node_leave]&.each { |listener| listener.on_call_node_leave(node) } end # Dispatch enter and leave events for CallOperatorWriteNode nodes. def visit_call_operator_write_node(node) listeners[:on_call_operator_write_node_enter]&.each { |listener| listener.on_call_operator_write_node_enter(node) } listeners[:on_call_operator_write_node_leave]&.each { |listener| listener.on_call_operator_write_node_leave(node) } end # Dispatch enter and leave events for CallOrWriteNode nodes. def visit_call_or_write_node(node) listeners[:on_call_or_write_node_enter]&.each { |listener| listener.on_call_or_write_node_enter(node) } listeners[:on_call_or_write_node_leave]&.each { |listener| listener.on_call_or_write_node_leave(node) } end # Dispatch enter and leave events for CallTargetNode nodes. def visit_call_target_node(node) listeners[:on_call_target_node_enter]&.each { |listener| listener.on_call_target_node_enter(node) } listeners[:on_call_target_node_leave]&.each { |listener| listener.on_call_target_node_leave(node) } end # Dispatch enter and leave events for CapturePatternNode nodes. def visit_capture_pattern_node(node) listeners[:on_capture_pattern_node_enter]&.each { |listener| listener.on_capture_pattern_node_enter(node) } listeners[:on_capture_pattern_node_leave]&.each { |listener| listener.on_capture_pattern_node_leave(node) } end # Dispatch enter and leave events for CaseMatchNode nodes. def visit_case_match_node(node) listeners[:on_case_match_node_enter]&.each { |listener| listener.on_case_match_node_enter(node) } listeners[:on_case_match_node_leave]&.each { |listener| listener.on_case_match_node_leave(node) } end # Dispatch enter and leave events for CaseNode nodes. def visit_case_node(node) listeners[:on_case_node_enter]&.each { |listener| listener.on_case_node_enter(node) } listeners[:on_case_node_leave]&.each { |listener| listener.on_case_node_leave(node) } end # Dispatch enter and leave events for ClassNode nodes. def visit_class_node(node) listeners[:on_class_node_enter]&.each { |listener| listener.on_class_node_enter(node) } listeners[:on_class_node_leave]&.each { |listener| listener.on_class_node_leave(node) } end # Dispatch enter and leave events for ClassVariableAndWriteNode nodes. def visit_class_variable_and_write_node(node) listeners[:on_class_variable_and_write_node_enter]&.each { |listener| listener.on_class_variable_and_write_node_enter(node) } listeners[:on_class_variable_and_write_node_leave]&.each { |listener| listener.on_class_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for ClassVariableOperatorWriteNode nodes. def visit_class_variable_operator_write_node(node) listeners[:on_class_variable_operator_write_node_enter]&.each { |listener| listener.on_class_variable_operator_write_node_enter(node) } listeners[:on_class_variable_operator_write_node_leave]&.each { |listener| listener.on_class_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for ClassVariableOrWriteNode nodes. def visit_class_variable_or_write_node(node) listeners[:on_class_variable_or_write_node_enter]&.each { |listener| listener.on_class_variable_or_write_node_enter(node) } listeners[:on_class_variable_or_write_node_leave]&.each { |listener| listener.on_class_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for ClassVariableReadNode nodes. def visit_class_variable_read_node(node) listeners[:on_class_variable_read_node_enter]&.each { |listener| listener.on_class_variable_read_node_enter(node) } listeners[:on_class_variable_read_node_leave]&.each { |listener| listener.on_class_variable_read_node_leave(node) } end # Dispatch enter and leave events for ClassVariableTargetNode nodes. def visit_class_variable_target_node(node) listeners[:on_class_variable_target_node_enter]&.each { |listener| listener.on_class_variable_target_node_enter(node) } listeners[:on_class_variable_target_node_leave]&.each { |listener| listener.on_class_variable_target_node_leave(node) } end # Dispatch enter and leave events for ClassVariableWriteNode nodes. def visit_class_variable_write_node(node) listeners[:on_class_variable_write_node_enter]&.each { |listener| listener.on_class_variable_write_node_enter(node) } listeners[:on_class_variable_write_node_leave]&.each { |listener| listener.on_class_variable_write_node_leave(node) } end # Dispatch enter and leave events for ConstantAndWriteNode nodes. def visit_constant_and_write_node(node) listeners[:on_constant_and_write_node_enter]&.each { |listener| listener.on_constant_and_write_node_enter(node) } listeners[:on_constant_and_write_node_leave]&.each { |listener| listener.on_constant_and_write_node_leave(node) } end # Dispatch enter and leave events for ConstantOperatorWriteNode nodes. def visit_constant_operator_write_node(node) listeners[:on_constant_operator_write_node_enter]&.each { |listener| listener.on_constant_operator_write_node_enter(node) } listeners[:on_constant_operator_write_node_leave]&.each { |listener| listener.on_constant_operator_write_node_leave(node) } end # Dispatch enter and leave events for ConstantOrWriteNode nodes. def visit_constant_or_write_node(node) listeners[:on_constant_or_write_node_enter]&.each { |listener| listener.on_constant_or_write_node_enter(node) } listeners[:on_constant_or_write_node_leave]&.each { |listener| listener.on_constant_or_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathAndWriteNode nodes. def visit_constant_path_and_write_node(node) listeners[:on_constant_path_and_write_node_enter]&.each { |listener| listener.on_constant_path_and_write_node_enter(node) } listeners[:on_constant_path_and_write_node_leave]&.each { |listener| listener.on_constant_path_and_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathNode nodes. def visit_constant_path_node(node) listeners[:on_constant_path_node_enter]&.each { |listener| listener.on_constant_path_node_enter(node) } listeners[:on_constant_path_node_leave]&.each { |listener| listener.on_constant_path_node_leave(node) } end # Dispatch enter and leave events for ConstantPathOperatorWriteNode nodes. def visit_constant_path_operator_write_node(node) listeners[:on_constant_path_operator_write_node_enter]&.each { |listener| listener.on_constant_path_operator_write_node_enter(node) } listeners[:on_constant_path_operator_write_node_leave]&.each { |listener| listener.on_constant_path_operator_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathOrWriteNode nodes. def visit_constant_path_or_write_node(node) listeners[:on_constant_path_or_write_node_enter]&.each { |listener| listener.on_constant_path_or_write_node_enter(node) } listeners[:on_constant_path_or_write_node_leave]&.each { |listener| listener.on_constant_path_or_write_node_leave(node) } end # Dispatch enter and leave events for ConstantPathTargetNode nodes. def visit_constant_path_target_node(node) listeners[:on_constant_path_target_node_enter]&.each { |listener| listener.on_constant_path_target_node_enter(node) } listeners[:on_constant_path_target_node_leave]&.each { |listener| listener.on_constant_path_target_node_leave(node) } end # Dispatch enter and leave events for ConstantPathWriteNode nodes. def visit_constant_path_write_node(node) listeners[:on_constant_path_write_node_enter]&.each { |listener| listener.on_constant_path_write_node_enter(node) } listeners[:on_constant_path_write_node_leave]&.each { |listener| listener.on_constant_path_write_node_leave(node) } end # Dispatch enter and leave events for ConstantReadNode nodes. def visit_constant_read_node(node) listeners[:on_constant_read_node_enter]&.each { |listener| listener.on_constant_read_node_enter(node) } listeners[:on_constant_read_node_leave]&.each { |listener| listener.on_constant_read_node_leave(node) } end # Dispatch enter and leave events for ConstantTargetNode nodes. def visit_constant_target_node(node) listeners[:on_constant_target_node_enter]&.each { |listener| listener.on_constant_target_node_enter(node) } listeners[:on_constant_target_node_leave]&.each { |listener| listener.on_constant_target_node_leave(node) } end # Dispatch enter and leave events for ConstantWriteNode nodes. def visit_constant_write_node(node) listeners[:on_constant_write_node_enter]&.each { |listener| listener.on_constant_write_node_enter(node) } listeners[:on_constant_write_node_leave]&.each { |listener| listener.on_constant_write_node_leave(node) } end # Dispatch enter and leave events for DefNode nodes. def visit_def_node(node) listeners[:on_def_node_enter]&.each { |listener| listener.on_def_node_enter(node) } listeners[:on_def_node_leave]&.each { |listener| listener.on_def_node_leave(node) } end # Dispatch enter and leave events for DefinedNode nodes. def visit_defined_node(node) listeners[:on_defined_node_enter]&.each { |listener| listener.on_defined_node_enter(node) } listeners[:on_defined_node_leave]&.each { |listener| listener.on_defined_node_leave(node) } end # Dispatch enter and leave events for ElseNode nodes. def visit_else_node(node) listeners[:on_else_node_enter]&.each { |listener| listener.on_else_node_enter(node) } listeners[:on_else_node_leave]&.each { |listener| listener.on_else_node_leave(node) } end # Dispatch enter and leave events for EmbeddedStatementsNode nodes. def visit_embedded_statements_node(node) listeners[:on_embedded_statements_node_enter]&.each { |listener| listener.on_embedded_statements_node_enter(node) } listeners[:on_embedded_statements_node_leave]&.each { |listener| listener.on_embedded_statements_node_leave(node) } end # Dispatch enter and leave events for EmbeddedVariableNode nodes. def visit_embedded_variable_node(node) listeners[:on_embedded_variable_node_enter]&.each { |listener| listener.on_embedded_variable_node_enter(node) } listeners[:on_embedded_variable_node_leave]&.each { |listener| listener.on_embedded_variable_node_leave(node) } end # Dispatch enter and leave events for EnsureNode nodes. def visit_ensure_node(node) listeners[:on_ensure_node_enter]&.each { |listener| listener.on_ensure_node_enter(node) } listeners[:on_ensure_node_leave]&.each { |listener| listener.on_ensure_node_leave(node) } end # Dispatch enter and leave events for FalseNode nodes. def visit_false_node(node) listeners[:on_false_node_enter]&.each { |listener| listener.on_false_node_enter(node) } listeners[:on_false_node_leave]&.each { |listener| listener.on_false_node_leave(node) } end # Dispatch enter and leave events for FindPatternNode nodes. def visit_find_pattern_node(node) listeners[:on_find_pattern_node_enter]&.each { |listener| listener.on_find_pattern_node_enter(node) } listeners[:on_find_pattern_node_leave]&.each { |listener| listener.on_find_pattern_node_leave(node) } end # Dispatch enter and leave events for FlipFlopNode nodes. def visit_flip_flop_node(node) listeners[:on_flip_flop_node_enter]&.each { |listener| listener.on_flip_flop_node_enter(node) } listeners[:on_flip_flop_node_leave]&.each { |listener| listener.on_flip_flop_node_leave(node) } end # Dispatch enter and leave events for FloatNode nodes. def visit_float_node(node) listeners[:on_float_node_enter]&.each { |listener| listener.on_float_node_enter(node) } listeners[:on_float_node_leave]&.each { |listener| listener.on_float_node_leave(node) } end # Dispatch enter and leave events for ForNode nodes. def visit_for_node(node) listeners[:on_for_node_enter]&.each { |listener| listener.on_for_node_enter(node) } listeners[:on_for_node_leave]&.each { |listener| listener.on_for_node_leave(node) } end # Dispatch enter and leave events for ForwardingArgumentsNode nodes. def visit_forwarding_arguments_node(node) listeners[:on_forwarding_arguments_node_enter]&.each { |listener| listener.on_forwarding_arguments_node_enter(node) } listeners[:on_forwarding_arguments_node_leave]&.each { |listener| listener.on_forwarding_arguments_node_leave(node) } end # Dispatch enter and leave events for ForwardingParameterNode nodes. def visit_forwarding_parameter_node(node) listeners[:on_forwarding_parameter_node_enter]&.each { |listener| listener.on_forwarding_parameter_node_enter(node) } listeners[:on_forwarding_parameter_node_leave]&.each { |listener| listener.on_forwarding_parameter_node_leave(node) } end # Dispatch enter and leave events for ForwardingSuperNode nodes. def visit_forwarding_super_node(node) listeners[:on_forwarding_super_node_enter]&.each { |listener| listener.on_forwarding_super_node_enter(node) } listeners[:on_forwarding_super_node_leave]&.each { |listener| listener.on_forwarding_super_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableAndWriteNode nodes. def visit_global_variable_and_write_node(node) listeners[:on_global_variable_and_write_node_enter]&.each { |listener| listener.on_global_variable_and_write_node_enter(node) } listeners[:on_global_variable_and_write_node_leave]&.each { |listener| listener.on_global_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableOperatorWriteNode nodes. def visit_global_variable_operator_write_node(node) listeners[:on_global_variable_operator_write_node_enter]&.each { |listener| listener.on_global_variable_operator_write_node_enter(node) } listeners[:on_global_variable_operator_write_node_leave]&.each { |listener| listener.on_global_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableOrWriteNode nodes. def visit_global_variable_or_write_node(node) listeners[:on_global_variable_or_write_node_enter]&.each { |listener| listener.on_global_variable_or_write_node_enter(node) } listeners[:on_global_variable_or_write_node_leave]&.each { |listener| listener.on_global_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableReadNode nodes. def visit_global_variable_read_node(node) listeners[:on_global_variable_read_node_enter]&.each { |listener| listener.on_global_variable_read_node_enter(node) } listeners[:on_global_variable_read_node_leave]&.each { |listener| listener.on_global_variable_read_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableTargetNode nodes. def visit_global_variable_target_node(node) listeners[:on_global_variable_target_node_enter]&.each { |listener| listener.on_global_variable_target_node_enter(node) } listeners[:on_global_variable_target_node_leave]&.each { |listener| listener.on_global_variable_target_node_leave(node) } end # Dispatch enter and leave events for GlobalVariableWriteNode nodes. def visit_global_variable_write_node(node) listeners[:on_global_variable_write_node_enter]&.each { |listener| listener.on_global_variable_write_node_enter(node) } listeners[:on_global_variable_write_node_leave]&.each { |listener| listener.on_global_variable_write_node_leave(node) } end # Dispatch enter and leave events for HashNode nodes. def visit_hash_node(node) listeners[:on_hash_node_enter]&.each { |listener| listener.on_hash_node_enter(node) } listeners[:on_hash_node_leave]&.each { |listener| listener.on_hash_node_leave(node) } end # Dispatch enter and leave events for HashPatternNode nodes. def visit_hash_pattern_node(node) listeners[:on_hash_pattern_node_enter]&.each { |listener| listener.on_hash_pattern_node_enter(node) } listeners[:on_hash_pattern_node_leave]&.each { |listener| listener.on_hash_pattern_node_leave(node) } end # Dispatch enter and leave events for IfNode nodes. def visit_if_node(node) listeners[:on_if_node_enter]&.each { |listener| listener.on_if_node_enter(node) } listeners[:on_if_node_leave]&.each { |listener| listener.on_if_node_leave(node) } end # Dispatch enter and leave events for ImaginaryNode nodes. def visit_imaginary_node(node) listeners[:on_imaginary_node_enter]&.each { |listener| listener.on_imaginary_node_enter(node) } listeners[:on_imaginary_node_leave]&.each { |listener| listener.on_imaginary_node_leave(node) } end # Dispatch enter and leave events for ImplicitNode nodes. def visit_implicit_node(node) listeners[:on_implicit_node_enter]&.each { |listener| listener.on_implicit_node_enter(node) } listeners[:on_implicit_node_leave]&.each { |listener| listener.on_implicit_node_leave(node) } end # Dispatch enter and leave events for ImplicitRestNode nodes. def visit_implicit_rest_node(node) listeners[:on_implicit_rest_node_enter]&.each { |listener| listener.on_implicit_rest_node_enter(node) } listeners[:on_implicit_rest_node_leave]&.each { |listener| listener.on_implicit_rest_node_leave(node) } end # Dispatch enter and leave events for InNode nodes. def visit_in_node(node) listeners[:on_in_node_enter]&.each { |listener| listener.on_in_node_enter(node) } listeners[:on_in_node_leave]&.each { |listener| listener.on_in_node_leave(node) } end # Dispatch enter and leave events for IndexAndWriteNode nodes. def visit_index_and_write_node(node) listeners[:on_index_and_write_node_enter]&.each { |listener| listener.on_index_and_write_node_enter(node) } listeners[:on_index_and_write_node_leave]&.each { |listener| listener.on_index_and_write_node_leave(node) } end # Dispatch enter and leave events for IndexOperatorWriteNode nodes. def visit_index_operator_write_node(node) listeners[:on_index_operator_write_node_enter]&.each { |listener| listener.on_index_operator_write_node_enter(node) } listeners[:on_index_operator_write_node_leave]&.each { |listener| listener.on_index_operator_write_node_leave(node) } end # Dispatch enter and leave events for IndexOrWriteNode nodes. def visit_index_or_write_node(node) listeners[:on_index_or_write_node_enter]&.each { |listener| listener.on_index_or_write_node_enter(node) } listeners[:on_index_or_write_node_leave]&.each { |listener| listener.on_index_or_write_node_leave(node) } end # Dispatch enter and leave events for IndexTargetNode nodes. def visit_index_target_node(node) listeners[:on_index_target_node_enter]&.each { |listener| listener.on_index_target_node_enter(node) } listeners[:on_index_target_node_leave]&.each { |listener| listener.on_index_target_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableAndWriteNode nodes. def visit_instance_variable_and_write_node(node) listeners[:on_instance_variable_and_write_node_enter]&.each { |listener| listener.on_instance_variable_and_write_node_enter(node) } listeners[:on_instance_variable_and_write_node_leave]&.each { |listener| listener.on_instance_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableOperatorWriteNode nodes. def visit_instance_variable_operator_write_node(node) listeners[:on_instance_variable_operator_write_node_enter]&.each { |listener| listener.on_instance_variable_operator_write_node_enter(node) } listeners[:on_instance_variable_operator_write_node_leave]&.each { |listener| listener.on_instance_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableOrWriteNode nodes. def visit_instance_variable_or_write_node(node) listeners[:on_instance_variable_or_write_node_enter]&.each { |listener| listener.on_instance_variable_or_write_node_enter(node) } listeners[:on_instance_variable_or_write_node_leave]&.each { |listener| listener.on_instance_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableReadNode nodes. def visit_instance_variable_read_node(node) listeners[:on_instance_variable_read_node_enter]&.each { |listener| listener.on_instance_variable_read_node_enter(node) } listeners[:on_instance_variable_read_node_leave]&.each { |listener| listener.on_instance_variable_read_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableTargetNode nodes. def visit_instance_variable_target_node(node) listeners[:on_instance_variable_target_node_enter]&.each { |listener| listener.on_instance_variable_target_node_enter(node) } listeners[:on_instance_variable_target_node_leave]&.each { |listener| listener.on_instance_variable_target_node_leave(node) } end # Dispatch enter and leave events for InstanceVariableWriteNode nodes. def visit_instance_variable_write_node(node) listeners[:on_instance_variable_write_node_enter]&.each { |listener| listener.on_instance_variable_write_node_enter(node) } listeners[:on_instance_variable_write_node_leave]&.each { |listener| listener.on_instance_variable_write_node_leave(node) } end # Dispatch enter and leave events for IntegerNode nodes. def visit_integer_node(node) listeners[:on_integer_node_enter]&.each { |listener| listener.on_integer_node_enter(node) } listeners[:on_integer_node_leave]&.each { |listener| listener.on_integer_node_leave(node) } end # Dispatch enter and leave events for InterpolatedMatchLastLineNode nodes. def visit_interpolated_match_last_line_node(node) listeners[:on_interpolated_match_last_line_node_enter]&.each { |listener| listener.on_interpolated_match_last_line_node_enter(node) } listeners[:on_interpolated_match_last_line_node_leave]&.each { |listener| listener.on_interpolated_match_last_line_node_leave(node) } end # Dispatch enter and leave events for InterpolatedRegularExpressionNode nodes. def visit_interpolated_regular_expression_node(node) listeners[:on_interpolated_regular_expression_node_enter]&.each { |listener| listener.on_interpolated_regular_expression_node_enter(node) } listeners[:on_interpolated_regular_expression_node_leave]&.each { |listener| listener.on_interpolated_regular_expression_node_leave(node) } end # Dispatch enter and leave events for InterpolatedStringNode nodes. def visit_interpolated_string_node(node) listeners[:on_interpolated_string_node_enter]&.each { |listener| listener.on_interpolated_string_node_enter(node) } listeners[:on_interpolated_string_node_leave]&.each { |listener| listener.on_interpolated_string_node_leave(node) } end # Dispatch enter and leave events for InterpolatedSymbolNode nodes. def visit_interpolated_symbol_node(node) listeners[:on_interpolated_symbol_node_enter]&.each { |listener| listener.on_interpolated_symbol_node_enter(node) } listeners[:on_interpolated_symbol_node_leave]&.each { |listener| listener.on_interpolated_symbol_node_leave(node) } end # Dispatch enter and leave events for InterpolatedXStringNode nodes. def visit_interpolated_x_string_node(node) listeners[:on_interpolated_x_string_node_enter]&.each { |listener| listener.on_interpolated_x_string_node_enter(node) } listeners[:on_interpolated_x_string_node_leave]&.each { |listener| listener.on_interpolated_x_string_node_leave(node) } end # Dispatch enter and leave events for ItLocalVariableReadNode nodes. def visit_it_local_variable_read_node(node) listeners[:on_it_local_variable_read_node_enter]&.each { |listener| listener.on_it_local_variable_read_node_enter(node) } listeners[:on_it_local_variable_read_node_leave]&.each { |listener| listener.on_it_local_variable_read_node_leave(node) } end # Dispatch enter and leave events for ItParametersNode nodes. def visit_it_parameters_node(node) listeners[:on_it_parameters_node_enter]&.each { |listener| listener.on_it_parameters_node_enter(node) } listeners[:on_it_parameters_node_leave]&.each { |listener| listener.on_it_parameters_node_leave(node) } end # Dispatch enter and leave events for KeywordHashNode nodes. def visit_keyword_hash_node(node) listeners[:on_keyword_hash_node_enter]&.each { |listener| listener.on_keyword_hash_node_enter(node) } listeners[:on_keyword_hash_node_leave]&.each { |listener| listener.on_keyword_hash_node_leave(node) } end # Dispatch enter and leave events for KeywordRestParameterNode nodes. def visit_keyword_rest_parameter_node(node) listeners[:on_keyword_rest_parameter_node_enter]&.each { |listener| listener.on_keyword_rest_parameter_node_enter(node) } listeners[:on_keyword_rest_parameter_node_leave]&.each { |listener| listener.on_keyword_rest_parameter_node_leave(node) } end # Dispatch enter and leave events for LambdaNode nodes. def visit_lambda_node(node) listeners[:on_lambda_node_enter]&.each { |listener| listener.on_lambda_node_enter(node) } listeners[:on_lambda_node_leave]&.each { |listener| listener.on_lambda_node_leave(node) } end # Dispatch enter and leave events for LocalVariableAndWriteNode nodes. def visit_local_variable_and_write_node(node) listeners[:on_local_variable_and_write_node_enter]&.each { |listener| listener.on_local_variable_and_write_node_enter(node) } listeners[:on_local_variable_and_write_node_leave]&.each { |listener| listener.on_local_variable_and_write_node_leave(node) } end # Dispatch enter and leave events for LocalVariableOperatorWriteNode nodes. def visit_local_variable_operator_write_node(node) listeners[:on_local_variable_operator_write_node_enter]&.each { |listener| listener.on_local_variable_operator_write_node_enter(node) } listeners[:on_local_variable_operator_write_node_leave]&.each { |listener| listener.on_local_variable_operator_write_node_leave(node) } end # Dispatch enter and leave events for LocalVariableOrWriteNode nodes. def visit_local_variable_or_write_node(node) listeners[:on_local_variable_or_write_node_enter]&.each { |listener| listener.on_local_variable_or_write_node_enter(node) } listeners[:on_local_variable_or_write_node_leave]&.each { |listener| listener.on_local_variable_or_write_node_leave(node) } end # Dispatch enter and leave events for LocalVariableReadNode nodes. def visit_local_variable_read_node(node) listeners[:on_local_variable_read_node_enter]&.each { |listener| listener.on_local_variable_read_node_enter(node) } listeners[:on_local_variable_read_node_leave]&.each { |listener| listener.on_local_variable_read_node_leave(node) } end # Dispatch enter and leave events for LocalVariableTargetNode nodes. def visit_local_variable_target_node(node) listeners[:on_local_variable_target_node_enter]&.each { |listener| listener.on_local_variable_target_node_enter(node) } listeners[:on_local_variable_target_node_leave]&.each { |listener| listener.on_local_variable_target_node_leave(node) } end # Dispatch enter and leave events for LocalVariableWriteNode nodes. def visit_local_variable_write_node(node) listeners[:on_local_variable_write_node_enter]&.each { |listener| listener.on_local_variable_write_node_enter(node) } listeners[:on_local_variable_write_node_leave]&.each { |listener| listener.on_local_variable_write_node_leave(node) } end # Dispatch enter and leave events for MatchLastLineNode nodes. def visit_match_last_line_node(node) listeners[:on_match_last_line_node_enter]&.each { |listener| listener.on_match_last_line_node_enter(node) } listeners[:on_match_last_line_node_leave]&.each { |listener| listener.on_match_last_line_node_leave(node) } end # Dispatch enter and leave events for MatchPredicateNode nodes. def visit_match_predicate_node(node) listeners[:on_match_predicate_node_enter]&.each { |listener| listener.on_match_predicate_node_enter(node) } listeners[:on_match_predicate_node_leave]&.each { |listener| listener.on_match_predicate_node_leave(node) } end # Dispatch enter and leave events for MatchRequiredNode nodes. def visit_match_required_node(node) listeners[:on_match_required_node_enter]&.each { |listener| listener.on_match_required_node_enter(node) } listeners[:on_match_required_node_leave]&.each { |listener| listener.on_match_required_node_leave(node) } end # Dispatch enter and leave events for MatchWriteNode nodes. def visit_match_write_node(node) listeners[:on_match_write_node_enter]&.each { |listener| listener.on_match_write_node_enter(node) } listeners[:on_match_write_node_leave]&.each { |listener| listener.on_match_write_node_leave(node) } end # Dispatch enter and leave events for MissingNode nodes. def visit_missing_node(node) listeners[:on_missing_node_enter]&.each { |listener| listener.on_missing_node_enter(node) } listeners[:on_missing_node_leave]&.each { |listener| listener.on_missing_node_leave(node) } end # Dispatch enter and leave events for ModuleNode nodes. def visit_module_node(node) listeners[:on_module_node_enter]&.each { |listener| listener.on_module_node_enter(node) } listeners[:on_module_node_leave]&.each { |listener| listener.on_module_node_leave(node) } end # Dispatch enter and leave events for MultiTargetNode nodes. def visit_multi_target_node(node) listeners[:on_multi_target_node_enter]&.each { |listener| listener.on_multi_target_node_enter(node) } listeners[:on_multi_target_node_leave]&.each { |listener| listener.on_multi_target_node_leave(node) } end # Dispatch enter and leave events for MultiWriteNode nodes. def visit_multi_write_node(node) listeners[:on_multi_write_node_enter]&.each { |listener| listener.on_multi_write_node_enter(node) } listeners[:on_multi_write_node_leave]&.each { |listener| listener.on_multi_write_node_leave(node) } end # Dispatch enter and leave events for NextNode nodes. def visit_next_node(node) listeners[:on_next_node_enter]&.each { |listener| listener.on_next_node_enter(node) } listeners[:on_next_node_leave]&.each { |listener| listener.on_next_node_leave(node) } end # Dispatch enter and leave events for NilNode nodes. def visit_nil_node(node) listeners[:on_nil_node_enter]&.each { |listener| listener.on_nil_node_enter(node) } listeners[:on_nil_node_leave]&.each { |listener| listener.on_nil_node_leave(node) } end # Dispatch enter and leave events for NoKeywordsParameterNode nodes. def visit_no_keywords_parameter_node(node) listeners[:on_no_keywords_parameter_node_enter]&.each { |listener| listener.on_no_keywords_parameter_node_enter(node) } listeners[:on_no_keywords_parameter_node_leave]&.each { |listener| listener.on_no_keywords_parameter_node_leave(node) } end # Dispatch enter and leave events for NumberedParametersNode nodes. def visit_numbered_parameters_node(node) listeners[:on_numbered_parameters_node_enter]&.each { |listener| listener.on_numbered_parameters_node_enter(node) } listeners[:on_numbered_parameters_node_leave]&.each { |listener| listener.on_numbered_parameters_node_leave(node) } end # Dispatch enter and leave events for NumberedReferenceReadNode nodes. def visit_numbered_reference_read_node(node) listeners[:on_numbered_reference_read_node_enter]&.each { |listener| listener.on_numbered_reference_read_node_enter(node) } listeners[:on_numbered_reference_read_node_leave]&.each { |listener| listener.on_numbered_reference_read_node_leave(node) } end # Dispatch enter and leave events for OptionalKeywordParameterNode nodes. def visit_optional_keyword_parameter_node(node) listeners[:on_optional_keyword_parameter_node_enter]&.each { |listener| listener.on_optional_keyword_parameter_node_enter(node) } listeners[:on_optional_keyword_parameter_node_leave]&.each { |listener| listener.on_optional_keyword_parameter_node_leave(node) } end # Dispatch enter and leave events for OptionalParameterNode nodes. def visit_optional_parameter_node(node) listeners[:on_optional_parameter_node_enter]&.each { |listener| listener.on_optional_parameter_node_enter(node) } listeners[:on_optional_parameter_node_leave]&.each { |listener| listener.on_optional_parameter_node_leave(node) } end # Dispatch enter and leave events for OrNode nodes. def visit_or_node(node) listeners[:on_or_node_enter]&.each { |listener| listener.on_or_node_enter(node) } listeners[:on_or_node_leave]&.each { |listener| listener.on_or_node_leave(node) } end # Dispatch enter and leave events for ParametersNode nodes. def visit_parameters_node(node) listeners[:on_parameters_node_enter]&.each { |listener| listener.on_parameters_node_enter(node) } listeners[:on_parameters_node_leave]&.each { |listener| listener.on_parameters_node_leave(node) } end # Dispatch enter and leave events for ParenthesesNode nodes. def visit_parentheses_node(node) listeners[:on_parentheses_node_enter]&.each { |listener| listener.on_parentheses_node_enter(node) } listeners[:on_parentheses_node_leave]&.each { |listener| listener.on_parentheses_node_leave(node) } end # Dispatch enter and leave events for PinnedExpressionNode nodes. def visit_pinned_expression_node(node) listeners[:on_pinned_expression_node_enter]&.each { |listener| listener.on_pinned_expression_node_enter(node) } listeners[:on_pinned_expression_node_leave]&.each { |listener| listener.on_pinned_expression_node_leave(node) } end # Dispatch enter and leave events for PinnedVariableNode nodes. def visit_pinned_variable_node(node) listeners[:on_pinned_variable_node_enter]&.each { |listener| listener.on_pinned_variable_node_enter(node) } listeners[:on_pinned_variable_node_leave]&.each { |listener| listener.on_pinned_variable_node_leave(node) } end # Dispatch enter and leave events for PostExecutionNode nodes. def visit_post_execution_node(node) listeners[:on_post_execution_node_enter]&.each { |listener| listener.on_post_execution_node_enter(node) } listeners[:on_post_execution_node_leave]&.each { |listener| listener.on_post_execution_node_leave(node) } end # Dispatch enter and leave events for PreExecutionNode nodes. def visit_pre_execution_node(node) listeners[:on_pre_execution_node_enter]&.each { |listener| listener.on_pre_execution_node_enter(node) } listeners[:on_pre_execution_node_leave]&.each { |listener| listener.on_pre_execution_node_leave(node) } end # Dispatch enter and leave events for ProgramNode nodes. def visit_program_node(node) listeners[:on_program_node_enter]&.each { |listener| listener.on_program_node_enter(node) } listeners[:on_program_node_leave]&.each { |listener| listener.on_program_node_leave(node) } end # Dispatch enter and leave events for RangeNode nodes. def visit_range_node(node) listeners[:on_range_node_enter]&.each { |listener| listener.on_range_node_enter(node) } listeners[:on_range_node_leave]&.each { |listener| listener.on_range_node_leave(node) } end # Dispatch enter and leave events for RationalNode nodes. def visit_rational_node(node) listeners[:on_rational_node_enter]&.each { |listener| listener.on_rational_node_enter(node) } listeners[:on_rational_node_leave]&.each { |listener| listener.on_rational_node_leave(node) } end # Dispatch enter and leave events for RedoNode nodes. def visit_redo_node(node) listeners[:on_redo_node_enter]&.each { |listener| listener.on_redo_node_enter(node) } listeners[:on_redo_node_leave]&.each { |listener| listener.on_redo_node_leave(node) } end # Dispatch enter and leave events for RegularExpressionNode nodes. def visit_regular_expression_node(node) listeners[:on_regular_expression_node_enter]&.each { |listener| listener.on_regular_expression_node_enter(node) } listeners[:on_regular_expression_node_leave]&.each { |listener| listener.on_regular_expression_node_leave(node) } end # Dispatch enter and leave events for RequiredKeywordParameterNode nodes. def visit_required_keyword_parameter_node(node) listeners[:on_required_keyword_parameter_node_enter]&.each { |listener| listener.on_required_keyword_parameter_node_enter(node) } listeners[:on_required_keyword_parameter_node_leave]&.each { |listener| listener.on_required_keyword_parameter_node_leave(node) } end # Dispatch enter and leave events for RequiredParameterNode nodes. def visit_required_parameter_node(node) listeners[:on_required_parameter_node_enter]&.each { |listener| listener.on_required_parameter_node_enter(node) } listeners[:on_required_parameter_node_leave]&.each { |listener| listener.on_required_parameter_node_leave(node) } end # Dispatch enter and leave events for RescueModifierNode nodes. def visit_rescue_modifier_node(node) listeners[:on_rescue_modifier_node_enter]&.each { |listener| listener.on_rescue_modifier_node_enter(node) } listeners[:on_rescue_modifier_node_leave]&.each { |listener| listener.on_rescue_modifier_node_leave(node) } end # Dispatch enter and leave events for RescueNode nodes. def visit_rescue_node(node) listeners[:on_rescue_node_enter]&.each { |listener| listener.on_rescue_node_enter(node) } listeners[:on_rescue_node_leave]&.each { |listener| listener.on_rescue_node_leave(node) } end # Dispatch enter and leave events for RestParameterNode nodes. def visit_rest_parameter_node(node) listeners[:on_rest_parameter_node_enter]&.each { |listener| listener.on_rest_parameter_node_enter(node) } listeners[:on_rest_parameter_node_leave]&.each { |listener| listener.on_rest_parameter_node_leave(node) } end # Dispatch enter and leave events for RetryNode nodes. def visit_retry_node(node) listeners[:on_retry_node_enter]&.each { |listener| listener.on_retry_node_enter(node) } listeners[:on_retry_node_leave]&.each { |listener| listener.on_retry_node_leave(node) } end # Dispatch enter and leave events for ReturnNode nodes. def visit_return_node(node) listeners[:on_return_node_enter]&.each { |listener| listener.on_return_node_enter(node) } listeners[:on_return_node_leave]&.each { |listener| listener.on_return_node_leave(node) } end # Dispatch enter and leave events for SelfNode nodes. def visit_self_node(node) listeners[:on_self_node_enter]&.each { |listener| listener.on_self_node_enter(node) } listeners[:on_self_node_leave]&.each { |listener| listener.on_self_node_leave(node) } end # Dispatch enter and leave events for ShareableConstantNode nodes. def visit_shareable_constant_node(node) listeners[:on_shareable_constant_node_enter]&.each { |listener| listener.on_shareable_constant_node_enter(node) } listeners[:on_shareable_constant_node_leave]&.each { |listener| listener.on_shareable_constant_node_leave(node) } end # Dispatch enter and leave events for SingletonClassNode nodes. def visit_singleton_class_node(node) listeners[:on_singleton_class_node_enter]&.each { |listener| listener.on_singleton_class_node_enter(node) } listeners[:on_singleton_class_node_leave]&.each { |listener| listener.on_singleton_class_node_leave(node) } end # Dispatch enter and leave events for SourceEncodingNode nodes. def visit_source_encoding_node(node) listeners[:on_source_encoding_node_enter]&.each { |listener| listener.on_source_encoding_node_enter(node) } listeners[:on_source_encoding_node_leave]&.each { |listener| listener.on_source_encoding_node_leave(node) } end # Dispatch enter and leave events for SourceFileNode nodes. def visit_source_file_node(node) listeners[:on_source_file_node_enter]&.each { |listener| listener.on_source_file_node_enter(node) } listeners[:on_source_file_node_leave]&.each { |listener| listener.on_source_file_node_leave(node) } end # Dispatch enter and leave events for SourceLineNode nodes. def visit_source_line_node(node) listeners[:on_source_line_node_enter]&.each { |listener| listener.on_source_line_node_enter(node) } listeners[:on_source_line_node_leave]&.each { |listener| listener.on_source_line_node_leave(node) } end # Dispatch enter and leave events for SplatNode nodes. def visit_splat_node(node) listeners[:on_splat_node_enter]&.each { |listener| listener.on_splat_node_enter(node) } listeners[:on_splat_node_leave]&.each { |listener| listener.on_splat_node_leave(node) } end # Dispatch enter and leave events for StatementsNode nodes. def visit_statements_node(node) listeners[:on_statements_node_enter]&.each { |listener| listener.on_statements_node_enter(node) } listeners[:on_statements_node_leave]&.each { |listener| listener.on_statements_node_leave(node) } end # Dispatch enter and leave events for StringNode nodes. def visit_string_node(node) listeners[:on_string_node_enter]&.each { |listener| listener.on_string_node_enter(node) } listeners[:on_string_node_leave]&.each { |listener| listener.on_string_node_leave(node) } end # Dispatch enter and leave events for SuperNode nodes. def visit_super_node(node) listeners[:on_super_node_enter]&.each { |listener| listener.on_super_node_enter(node) } listeners[:on_super_node_leave]&.each { |listener| listener.on_super_node_leave(node) } end # Dispatch enter and leave events for SymbolNode nodes. def visit_symbol_node(node) listeners[:on_symbol_node_enter]&.each { |listener| listener.on_symbol_node_enter(node) } listeners[:on_symbol_node_leave]&.each { |listener| listener.on_symbol_node_leave(node) } end # Dispatch enter and leave events for TrueNode nodes. def visit_true_node(node) listeners[:on_true_node_enter]&.each { |listener| listener.on_true_node_enter(node) } listeners[:on_true_node_leave]&.each { |listener| listener.on_true_node_leave(node) } end # Dispatch enter and leave events for UndefNode nodes. def visit_undef_node(node) listeners[:on_undef_node_enter]&.each { |listener| listener.on_undef_node_enter(node) } listeners[:on_undef_node_leave]&.each { |listener| listener.on_undef_node_leave(node) } end # Dispatch enter and leave events for UnlessNode nodes. def visit_unless_node(node) listeners[:on_unless_node_enter]&.each { |listener| listener.on_unless_node_enter(node) } listeners[:on_unless_node_leave]&.each { |listener| listener.on_unless_node_leave(node) } end # Dispatch enter and leave events for UntilNode nodes. def visit_until_node(node) listeners[:on_until_node_enter]&.each { |listener| listener.on_until_node_enter(node) } listeners[:on_until_node_leave]&.each { |listener| listener.on_until_node_leave(node) } end # Dispatch enter and leave events for WhenNode nodes. def visit_when_node(node) listeners[:on_when_node_enter]&.each { |listener| listener.on_when_node_enter(node) } listeners[:on_when_node_leave]&.each { |listener| listener.on_when_node_leave(node) } end # Dispatch enter and leave events for WhileNode nodes. def visit_while_node(node) listeners[:on_while_node_enter]&.each { |listener| listener.on_while_node_enter(node) } listeners[:on_while_node_leave]&.each { |listener| listener.on_while_node_leave(node) } end # Dispatch enter and leave events for XStringNode nodes. def visit_x_string_node(node) listeners[:on_x_string_node_enter]&.each { |listener| listener.on_x_string_node_enter(node) } listeners[:on_x_string_node_leave]&.each { |listener| listener.on_x_string_node_leave(node) } end # Dispatch enter and leave events for YieldNode nodes. def visit_yield_node(node) listeners[:on_yield_node_enter]&.each { |listener| listener.on_yield_node_enter(node) } listeners[:on_yield_node_leave]&.each { |listener| listener.on_yield_node_leave(node) } end end private_constant :DispatchOnce end end PK *J [���(�O �O share/ruby/prism/serialize.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/serialize.rb.erb if you are looking to modify the template =end require "stringio" require_relative "polyfill/unpack1" module Prism # A module responsible for deserializing parse results. module Serialize # The major version of prism that we are expecting to find in the serialized # strings. MAJOR_VERSION = 1 # The minor version of prism that we are expecting to find in the serialized # strings. MINOR_VERSION = 2 # The patch version of prism that we are expecting to find in the serialized # strings. PATCH_VERSION = 0 # Deserialize the AST represented by the given string into a parse result. def self.load(input, serialized) input = input.dup source = Source.for(input) loader = Loader.new(source, serialized) result = loader.load_result input.force_encoding(loader.encoding) # This is an extremely niche use-case where the file was marked as binary # but it contained UTF-8-encoded characters. In that case we will actually # put it back to UTF-8 to give the location APIs the best chance of being # correct. if !input.ascii_only? && input.encoding == Encoding::BINARY input.force_encoding(Encoding::UTF_8) input.force_encoding(Encoding::BINARY) unless input.valid_encoding? end result end # Deserialize the tokens represented by the given string into a parse # result. def self.load_tokens(source, serialized) Loader.new(source, serialized).load_tokens_result end class Loader # :nodoc: if RUBY_ENGINE == "truffleruby" # StringIO is synchronized and that adds a high overhead on TruffleRuby. class FastStringIO # :nodoc: attr_accessor :pos def initialize(string) @string = string @pos = 0 end def getbyte byte = @string.getbyte(@pos) @pos += 1 byte end def read(n) slice = @string.byteslice(@pos, n) @pos += n slice end def eof? @pos >= @string.bytesize end end else FastStringIO = ::StringIO end private_constant :FastStringIO attr_reader :encoding, :input, :serialized, :io attr_reader :constant_pool_offset, :constant_pool, :source attr_reader :start_line def initialize(source, serialized) @encoding = Encoding::UTF_8 @input = source.source.dup raise unless serialized.encoding == Encoding::BINARY @serialized = serialized @io = FastStringIO.new(serialized) @constant_pool_offset = nil @constant_pool = nil @source = source define_load_node_lambdas unless RUBY_ENGINE == "ruby" end def load_header raise "Invalid serialization" if io.read(5) != "PRISM" raise "Invalid serialization" if io.read(3).unpack("C3") != [MAJOR_VERSION, MINOR_VERSION, PATCH_VERSION] only_semantic_fields = io.getbyte unless only_semantic_fields == 0 raise "Invalid serialization (location fields must be included but are not)" end end def load_encoding @encoding = Encoding.find(io.read(load_varuint)) @input = input.force_encoding(@encoding).freeze @encoding end def load_start_line source.instance_variable_set :@start_line, load_varsint end def load_line_offsets source.instance_variable_set :@offsets, Array.new(load_varuint) { load_varuint } end def load_comments Array.new(load_varuint) do case load_varuint when 0 then InlineComment.new(load_location_object) when 1 then EmbDocComment.new(load_location_object) end end end DIAGNOSTIC_TYPES = [ :alias_argument, :alias_argument_numbered_reference, :ampampeq_multi_assign, :argument_after_block, :argument_after_forwarding_ellipses, :argument_bare_hash, :argument_block_forwarding, :argument_block_multi, :argument_conflict_ampersand, :argument_conflict_star, :argument_conflict_star_star, :argument_formal_class, :argument_formal_constant, :argument_formal_global, :argument_formal_ivar, :argument_forwarding_unbound, :argument_no_forwarding_ampersand, :argument_no_forwarding_ellipses, :argument_no_forwarding_star, :argument_no_forwarding_star_star, :argument_splat_after_assoc_splat, :argument_splat_after_splat, :argument_term_paren, :argument_unexpected_block, :array_element, :array_expression, :array_expression_after_star, :array_separator, :array_term, :begin_lonely_else, :begin_term, :begin_upcase_brace, :begin_upcase_term, :begin_upcase_toplevel, :block_param_local_variable, :block_param_pipe_term, :block_term_brace, :block_term_end, :cannot_parse_expression, :cannot_parse_string_part, :case_expression_after_case, :case_expression_after_when, :case_match_missing_predicate, :case_missing_conditions, :case_term, :class_in_method, :class_name, :class_superclass, :class_term, :class_unexpected_end, :class_variable_bare, :conditional_elsif_predicate, :conditional_if_predicate, :conditional_predicate_term, :conditional_term, :conditional_term_else, :conditional_unless_predicate, :conditional_until_predicate, :conditional_while_predicate, :constant_path_colon_colon_constant, :def_endless, :def_endless_setter, :def_name, :def_params_term, :def_params_term_paren, :def_receiver, :def_receiver_term, :def_term, :defined_expression, :embdoc_term, :embexpr_end, :embvar_invalid, :end_upcase_brace, :end_upcase_term, :escape_invalid_control, :escape_invalid_control_repeat, :escape_invalid_hexadecimal, :escape_invalid_meta, :escape_invalid_meta_repeat, :escape_invalid_unicode, :escape_invalid_unicode_cm_flags, :escape_invalid_unicode_list, :escape_invalid_unicode_literal, :escape_invalid_unicode_long, :escape_invalid_unicode_short, :escape_invalid_unicode_term, :expect_argument, :expect_eol_after_statement, :expect_expression_after_ampampeq, :expect_expression_after_comma, :expect_expression_after_equal, :expect_expression_after_less_less, :expect_expression_after_lparen, :expect_expression_after_operator, :expect_expression_after_pipepipeeq, :expect_expression_after_question, :expect_expression_after_splat, :expect_expression_after_splat_hash, :expect_expression_after_star, :expect_for_delimiter, :expect_ident_req_parameter, :expect_in_delimiter, :expect_lparen_req_parameter, :expect_message, :expect_rbracket, :expect_rparen, :expect_rparen_after_multi, :expect_rparen_req_parameter, :expect_singleton_class_delimiter, :expect_string_content, :expect_when_delimiter, :expression_bare_hash, :expression_not_writable, :expression_not_writable_encoding, :expression_not_writable_false, :expression_not_writable_file, :expression_not_writable_line, :expression_not_writable_nil, :expression_not_writable_numbered, :expression_not_writable_self, :expression_not_writable_true, :float_parse, :for_collection, :for_in, :for_index, :for_term, :global_variable_bare, :hash_expression_after_label, :hash_key, :hash_rocket, :hash_term, :hash_value, :heredoc_identifier, :heredoc_term, :incomplete_question_mark, :incomplete_variable_class, :incomplete_variable_class_3_3, :incomplete_variable_instance, :incomplete_variable_instance_3_3, :instance_variable_bare, :invalid_block_exit, :invalid_character, :invalid_comma, :invalid_encoding_magic_comment, :invalid_escape_character, :invalid_float_exponent, :invalid_local_variable_read, :invalid_local_variable_write, :invalid_multibyte_char, :invalid_multibyte_character, :invalid_multibyte_escape, :invalid_number_binary, :invalid_number_decimal, :invalid_number_fraction, :invalid_number_hexadecimal, :invalid_number_octal, :invalid_number_underscore_inner, :invalid_number_underscore_trailing, :invalid_percent, :invalid_percent_eof, :invalid_printable_character, :invalid_retry_after_else, :invalid_retry_after_ensure, :invalid_retry_without_rescue, :invalid_symbol, :invalid_variable_global, :invalid_variable_global_3_3, :invalid_yield, :it_not_allowed_numbered, :it_not_allowed_ordinary, :lambda_open, :lambda_term_brace, :lambda_term_end, :list_i_lower_element, :list_i_lower_term, :list_i_upper_element, :list_i_upper_term, :list_w_lower_element, :list_w_lower_term, :list_w_upper_element, :list_w_upper_term, :malloc_failed, :mixed_encoding, :module_in_method, :module_name, :module_term, :multi_assign_multi_splats, :multi_assign_unexpected_rest, :nesting_too_deep, :no_local_variable, :non_associative_operator, :not_expression, :number_literal_underscore, :numbered_parameter_inner_block, :numbered_parameter_it, :numbered_parameter_ordinary, :numbered_parameter_outer_block, :operator_multi_assign, :operator_write_arguments, :operator_write_block, :parameter_assoc_splat_multi, :parameter_block_multi, :parameter_circular, :parameter_forwarding_after_rest, :parameter_method_name, :parameter_name_duplicated, :parameter_no_default, :parameter_no_default_kw, :parameter_numbered_reserved, :parameter_order, :parameter_splat_multi, :parameter_star, :parameter_unexpected_fwd, :parameter_unexpected_no_kw, :parameter_wild_loose_comma, :pattern_array_multiple_rests, :pattern_capture_duplicate, :pattern_expression_after_bracket, :pattern_expression_after_comma, :pattern_expression_after_hrocket, :pattern_expression_after_in, :pattern_expression_after_key, :pattern_expression_after_paren, :pattern_expression_after_pin, :pattern_expression_after_pipe, :pattern_expression_after_range, :pattern_expression_after_rest, :pattern_find_missing_inner, :pattern_hash_implicit, :pattern_hash_key, :pattern_hash_key_duplicate, :pattern_hash_key_interpolated, :pattern_hash_key_label, :pattern_hash_key_locals, :pattern_ident_after_hrocket, :pattern_label_after_comma, :pattern_rest, :pattern_term_brace, :pattern_term_bracket, :pattern_term_paren, :pipepipeeq_multi_assign, :regexp_encoding_option_mismatch, :regexp_incompat_char_encoding, :regexp_invalid_unicode_range, :regexp_non_escaped_mbc, :regexp_parse_error, :regexp_term, :regexp_unknown_options, :regexp_utf8_char_non_utf8_regexp, :rescue_expression, :rescue_modifier_value, :rescue_term, :rescue_variable, :return_invalid, :script_not_found, :singleton_for_literals, :statement_alias, :statement_postexe_end, :statement_preexe_begin, :statement_undef, :string_concatenation, :string_interpolated_term, :string_literal_eof, :string_literal_term, :symbol_invalid, :symbol_term_dynamic, :symbol_term_interpolated, :ternary_colon, :ternary_expression_false, :ternary_expression_true, :unary_disallowed, :unary_receiver, :undef_argument, :unexpected_block_argument, :unexpected_index_block, :unexpected_index_keywords, :unexpected_label, :unexpected_multi_write, :unexpected_range_operator, :unexpected_safe_navigation, :unexpected_token_close_context, :unexpected_token_ignore, :until_term, :void_expression, :while_term, :write_target_in_method, :write_target_readonly, :write_target_unexpected, :xstring_term, :ambiguous_binary_operator, :ambiguous_first_argument_minus, :ambiguous_first_argument_plus, :ambiguous_prefix_ampersand, :ambiguous_prefix_star, :ambiguous_prefix_star_star, :ambiguous_slash, :comparison_after_comparison, :dot_dot_dot_eol, :equal_in_conditional, :equal_in_conditional_3_3, :end_in_method, :duplicated_hash_key, :duplicated_when_clause, :float_out_of_range, :ignored_frozen_string_literal, :indentation_mismatch, :integer_in_flip_flop, :invalid_character, :invalid_magic_comment_value, :invalid_numbered_reference, :keyword_eol, :literal_in_condition_default, :literal_in_condition_verbose, :shareable_constant_value_line, :shebang_carriage_return, :unexpected_carriage_return, :unreachable_statement, :unused_local_variable, :void_statement, ].freeze private_constant :DIAGNOSTIC_TYPES def load_metadata comments = load_comments magic_comments = Array.new(load_varuint) { MagicComment.new(load_location_object, load_location_object) } data_loc = load_optional_location_object errors = Array.new(load_varuint) { ParseError.new(DIAGNOSTIC_TYPES.fetch(load_varuint), load_embedded_string, load_location_object, load_error_level) } warnings = Array.new(load_varuint) { ParseWarning.new(DIAGNOSTIC_TYPES.fetch(load_varuint), load_embedded_string, load_location_object, load_warning_level) } [comments, magic_comments, data_loc, errors, warnings] end def load_tokens tokens = [] while type = TOKEN_TYPES.fetch(load_varuint) start = load_varuint length = load_varuint lex_state = load_varuint location = Location.new(@source, start, length) tokens << [Token.new(source, type, location.slice, location), lex_state] end tokens end def load_tokens_result tokens = load_tokens encoding = load_encoding load_start_line load_line_offsets comments, magic_comments, data_loc, errors, warnings = load_metadata tokens.each { |token,| token.value.force_encoding(encoding) } raise "Expected to consume all bytes while deserializing" unless @io.eof? LexResult.new(tokens, comments, magic_comments, data_loc, errors, warnings, @source) end def load_nodes load_header load_encoding load_start_line load_line_offsets comments, magic_comments, data_loc, errors, warnings = load_metadata @constant_pool_offset = load_uint32 @constant_pool = Array.new(load_varuint, nil) [load_node, comments, magic_comments, data_loc, errors, warnings] end def load_result node, comments, magic_comments, data_loc, errors, warnings = load_nodes ParseResult.new(node, comments, magic_comments, data_loc, errors, warnings, @source) end private # variable-length integer using https://en.wikipedia.org/wiki/LEB128 # This is also what protobuf uses: https://protobuf.dev/programming-guides/encoding/#varints def load_varuint n = io.getbyte if n < 128 n else n -= 128 shift = 0 while (b = io.getbyte) >= 128 n += (b - 128) << (shift += 7) end n + (b << (shift + 7)) end end def load_varsint n = load_varuint (n >> 1) ^ (-(n & 1)) end def load_integer negative = io.getbyte != 0 length = load_varuint value = 0 length.times { |index| value |= (load_varuint << (index * 32)) } value = -value if negative value end def load_double io.read(8).unpack1("D") end def load_uint32 io.read(4).unpack1("L") end def load_optional_node if io.getbyte != 0 io.pos -= 1 load_node end end def load_embedded_string io.read(load_varuint).force_encoding(encoding) end def load_string type = io.getbyte case type when 1 input.byteslice(load_varuint, load_varuint).force_encoding(encoding) when 2 load_embedded_string else raise "Unknown serialized string type: #{type}" end end def load_location (load_varuint << 32) | load_varuint end def load_location_object Location.new(source, load_varuint, load_varuint) end def load_optional_location load_location if io.getbyte != 0 end def load_optional_location_object load_location_object if io.getbyte != 0 end def load_constant(index) constant = constant_pool[index] unless constant offset = constant_pool_offset + index * 8 start = @serialized.unpack1("L", offset: offset) length = @serialized.unpack1("L", offset: offset + 4) constant = if start.nobits?(1 << 31) input.byteslice(start, length).force_encoding(@encoding).to_sym else @serialized.byteslice(start & ((1 << 31) - 1), length).force_encoding(@encoding).to_sym end constant_pool[index] = constant end constant end def load_required_constant load_constant(load_varuint - 1) end def load_optional_constant index = load_varuint load_constant(index - 1) if index != 0 end def load_error_level level = io.getbyte case level when 0 :syntax when 1 :argument when 2 :load else raise "Unknown level: #{level}" end end def load_warning_level level = io.getbyte case level when 0 :default when 1 :verbose else raise "Unknown level: #{level}" end end if RUBY_ENGINE == "ruby" def load_node type = io.getbyte node_id = load_varuint location = load_location case type when 1 then AliasGlobalVariableNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 2 then AliasMethodNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 3 then AlternationPatternNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 4 then AndNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 5 then ArgumentsNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }) when 6 then ArrayNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) when 7 then ArrayPatternNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) when 8 then AssocNode.new(source, node_id, location, load_varuint, load_node, load_node, load_optional_location) when 9 then AssocSplatNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) when 10 then BackReferenceReadNode.new(source, node_id, location, load_varuint, load_required_constant) when 11 then BeginNode.new(source, node_id, location, load_varuint, load_optional_location, load_optional_node, load_optional_node, load_optional_node, load_optional_node, load_optional_location) when 12 then BlockArgumentNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) when 13 then BlockLocalVariableNode.new(source, node_id, location, load_varuint, load_required_constant) when 14 then BlockNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_optional_node, load_optional_node, load_location, load_location) when 15 then BlockParameterNode.new(source, node_id, location, load_varuint, load_optional_constant, load_optional_location, load_location) when 16 then BlockParametersNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) when 17 then BreakNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) when 18 then CallAndWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_optional_location, load_required_constant, load_required_constant, load_location, load_node) when 19 then CallNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_required_constant, load_optional_location, load_optional_location, load_optional_node, load_optional_location, load_optional_node) when 20 then CallOperatorWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_optional_location, load_required_constant, load_required_constant, load_required_constant, load_location, load_node) when 21 then CallOrWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_optional_location, load_required_constant, load_required_constant, load_location, load_node) when 22 then CallTargetNode.new(source, node_id, location, load_varuint, load_node, load_location, load_required_constant, load_location) when 23 then CapturePatternNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 24 then CaseMatchNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, load_location, load_location) when 25 then CaseNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, load_location, load_location) when 26 then ClassNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_node, load_optional_location, load_optional_node, load_optional_node, load_location, load_required_constant) when 27 then ClassVariableAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 28 then ClassVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) when 29 then ClassVariableOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 30 then ClassVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant) when 31 then ClassVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant) when 32 then ClassVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) when 33 then ConstantAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 34 then ConstantOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) when 35 then ConstantOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 36 then ConstantPathAndWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) when 37 then ConstantPathNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_constant, load_location, load_location) when 38 then ConstantPathOperatorWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node, load_required_constant) when 39 then ConstantPathOrWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) when 40 then ConstantPathTargetNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_constant, load_location, load_location) when 41 then ConstantPathWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) when 42 then ConstantReadNode.new(source, node_id, location, load_varuint, load_required_constant) when 43 then ConstantTargetNode.new(source, node_id, location, load_varuint, load_required_constant) when 44 then ConstantWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) when 45 then load_uint32 DefNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_optional_node, load_optional_node, load_optional_node, Array.new(load_varuint) { load_required_constant }, load_location, load_optional_location, load_optional_location, load_optional_location, load_optional_location, load_optional_location) when 46 then DefinedNode.new(source, node_id, location, load_varuint, load_optional_location, load_node, load_optional_location, load_location) when 47 then ElseNode.new(source, node_id, location, load_varuint, load_location, load_optional_node, load_optional_location) when 48 then EmbeddedStatementsNode.new(source, node_id, location, load_varuint, load_location, load_optional_node, load_location) when 49 then EmbeddedVariableNode.new(source, node_id, location, load_varuint, load_location, load_node) when 50 then EnsureNode.new(source, node_id, location, load_varuint, load_location, load_optional_node, load_location) when 51 then FalseNode.new(source, node_id, location, load_varuint) when 52 then FindPatternNode.new(source, node_id, location, load_varuint, load_optional_node, load_node, Array.new(load_varuint) { load_node }, load_node, load_optional_location, load_optional_location) when 53 then FlipFlopNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_node, load_location) when 54 then FloatNode.new(source, node_id, location, load_varuint, load_double) when 55 then ForNode.new(source, node_id, location, load_varuint, load_node, load_node, load_optional_node, load_location, load_location, load_optional_location, load_location) when 56 then ForwardingArgumentsNode.new(source, node_id, location, load_varuint) when 57 then ForwardingParameterNode.new(source, node_id, location, load_varuint) when 58 then ForwardingSuperNode.new(source, node_id, location, load_varuint, load_optional_node) when 59 then GlobalVariableAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 60 then GlobalVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) when 61 then GlobalVariableOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 62 then GlobalVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant) when 63 then GlobalVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant) when 64 then GlobalVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) when 65 then HashNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) when 66 then HashPatternNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, load_optional_location, load_optional_location) when 67 then IfNode.new(source, node_id, location, load_varuint, load_optional_location, load_node, load_optional_location, load_optional_node, load_optional_node, load_optional_location) when 68 then ImaginaryNode.new(source, node_id, location, load_varuint, load_node) when 69 then ImplicitNode.new(source, node_id, location, load_varuint, load_node) when 70 then ImplicitRestNode.new(source, node_id, location, load_varuint) when 71 then InNode.new(source, node_id, location, load_varuint, load_node, load_optional_node, load_location, load_optional_location) when 72 then IndexAndWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_location, load_optional_node, load_location, load_optional_node, load_location, load_node) when 73 then IndexOperatorWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_location, load_optional_node, load_location, load_optional_node, load_required_constant, load_location, load_node) when 74 then IndexOrWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_location, load_optional_node, load_location, load_optional_node, load_location, load_node) when 75 then IndexTargetNode.new(source, node_id, location, load_varuint, load_node, load_location, load_optional_node, load_location, load_optional_node) when 76 then InstanceVariableAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 77 then InstanceVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) when 78 then InstanceVariableOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 79 then InstanceVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant) when 80 then InstanceVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant) when 81 then InstanceVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) when 82 then IntegerNode.new(source, node_id, location, load_varuint, load_integer) when 83 then InterpolatedMatchLastLineNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) when 84 then InterpolatedRegularExpressionNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) when 85 then InterpolatedStringNode.new(source, node_id, location, load_varuint, load_optional_location, Array.new(load_varuint) { load_node }, load_optional_location) when 86 then InterpolatedSymbolNode.new(source, node_id, location, load_varuint, load_optional_location, Array.new(load_varuint) { load_node }, load_optional_location) when 87 then InterpolatedXStringNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) when 88 then ItLocalVariableReadNode.new(source, node_id, location, load_varuint) when 89 then ItParametersNode.new(source, node_id, location, load_varuint) when 90 then KeywordHashNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }) when 91 then KeywordRestParameterNode.new(source, node_id, location, load_varuint, load_optional_constant, load_optional_location, load_location) when 92 then LambdaNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_location, load_location, load_optional_node, load_optional_node) when 93 then LocalVariableAndWriteNode.new(source, node_id, location, load_varuint, load_location, load_location, load_node, load_required_constant, load_varuint) when 94 then LocalVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_location, load_location, load_node, load_required_constant, load_required_constant, load_varuint) when 95 then LocalVariableOrWriteNode.new(source, node_id, location, load_varuint, load_location, load_location, load_node, load_required_constant, load_varuint) when 96 then LocalVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant, load_varuint) when 97 then LocalVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant, load_varuint) when 98 then LocalVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_varuint, load_location, load_node, load_location) when 99 then MatchLastLineNode.new(source, node_id, location, load_varuint, load_location, load_location, load_location, load_string) when 100 then MatchPredicateNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 101 then MatchRequiredNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 102 then MatchWriteNode.new(source, node_id, location, load_varuint, load_node, Array.new(load_varuint) { load_node }) when 103 then MissingNode.new(source, node_id, location, load_varuint) when 104 then ModuleNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_node, load_optional_node, load_location, load_required_constant) when 105 then MultiTargetNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) when 106 then MultiWriteNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location, load_location, load_node) when 107 then NextNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) when 108 then NilNode.new(source, node_id, location, load_varuint) when 109 then NoKeywordsParameterNode.new(source, node_id, location, load_varuint, load_location, load_location) when 110 then NumberedParametersNode.new(source, node_id, location, load_varuint, io.getbyte) when 111 then NumberedReferenceReadNode.new(source, node_id, location, load_varuint, load_varuint) when 112 then OptionalKeywordParameterNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node) when 113 then OptionalParameterNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) when 114 then OrNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) when 115 then ParametersNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, Array.new(load_varuint) { load_node }, load_optional_node, load_optional_node) when 116 then ParenthesesNode.new(source, node_id, location, load_varuint, load_optional_node, load_location, load_location) when 117 then PinnedExpressionNode.new(source, node_id, location, load_varuint, load_node, load_location, load_location, load_location) when 118 then PinnedVariableNode.new(source, node_id, location, load_varuint, load_node, load_location) when 119 then PostExecutionNode.new(source, node_id, location, load_varuint, load_optional_node, load_location, load_location, load_location) when 120 then PreExecutionNode.new(source, node_id, location, load_varuint, load_optional_node, load_location, load_location, load_location) when 121 then ProgramNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_node) when 122 then RangeNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_node, load_location) when 123 then RationalNode.new(source, node_id, location, load_varuint, load_integer, load_integer) when 124 then RedoNode.new(source, node_id, location, load_varuint) when 125 then RegularExpressionNode.new(source, node_id, location, load_varuint, load_location, load_location, load_location, load_string) when 126 then RequiredKeywordParameterNode.new(source, node_id, location, load_varuint, load_required_constant, load_location) when 127 then RequiredParameterNode.new(source, node_id, location, load_varuint, load_required_constant) when 128 then RescueModifierNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) when 129 then RescueNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_node, load_optional_node, load_optional_node) when 130 then RestParameterNode.new(source, node_id, location, load_varuint, load_optional_constant, load_optional_location, load_location) when 131 then RetryNode.new(source, node_id, location, load_varuint) when 132 then ReturnNode.new(source, node_id, location, load_varuint, load_location, load_optional_node) when 133 then SelfNode.new(source, node_id, location, load_varuint) when 134 then ShareableConstantNode.new(source, node_id, location, load_varuint, load_node) when 135 then SingletonClassNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_location, load_node, load_optional_node, load_location) when 136 then SourceEncodingNode.new(source, node_id, location, load_varuint) when 137 then SourceFileNode.new(source, node_id, location, load_varuint, load_string) when 138 then SourceLineNode.new(source, node_id, location, load_varuint) when 139 then SplatNode.new(source, node_id, location, load_varuint, load_location, load_optional_node) when 140 then StatementsNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }) when 141 then StringNode.new(source, node_id, location, load_varuint, load_optional_location, load_location, load_optional_location, load_string) when 142 then SuperNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_node, load_optional_location, load_optional_node) when 143 then SymbolNode.new(source, node_id, location, load_varuint, load_optional_location, load_optional_location, load_optional_location, load_string) when 144 then TrueNode.new(source, node_id, location, load_varuint) when 145 then UndefNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_location) when 146 then UnlessNode.new(source, node_id, location, load_varuint, load_location, load_node, load_optional_location, load_optional_node, load_optional_node, load_optional_location) when 147 then UntilNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_location, load_node, load_optional_node) when 148 then WhenNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_node) when 149 then WhileNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_location, load_node, load_optional_node) when 150 then XStringNode.new(source, node_id, location, load_varuint, load_location, load_location, load_location, load_string) when 151 then YieldNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_node, load_optional_location) end end else def load_node type = io.getbyte @load_node_lambdas[type].call end def define_load_node_lambdas @load_node_lambdas = [ nil, -> { node_id = load_varuint location = load_location AliasGlobalVariableNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location AliasMethodNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location AlternationPatternNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location AndNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location ArgumentsNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }) }, -> { node_id = load_varuint location = load_location ArrayNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location ArrayPatternNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location AssocNode.new(source, node_id, location, load_varuint, load_node, load_node, load_optional_location) }, -> { node_id = load_varuint location = load_location AssocSplatNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location BackReferenceReadNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location BeginNode.new(source, node_id, location, load_varuint, load_optional_location, load_optional_node, load_optional_node, load_optional_node, load_optional_node, load_optional_location) }, -> { node_id = load_varuint location = load_location BlockArgumentNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location BlockLocalVariableNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location BlockNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_optional_node, load_optional_node, load_location, load_location) }, -> { node_id = load_varuint location = load_location BlockParameterNode.new(source, node_id, location, load_varuint, load_optional_constant, load_optional_location, load_location) }, -> { node_id = load_varuint location = load_location BlockParametersNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location BreakNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location CallAndWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_optional_location, load_required_constant, load_required_constant, load_location, load_node) }, -> { node_id = load_varuint location = load_location CallNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_required_constant, load_optional_location, load_optional_location, load_optional_node, load_optional_location, load_optional_node) }, -> { node_id = load_varuint location = load_location CallOperatorWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_optional_location, load_required_constant, load_required_constant, load_required_constant, load_location, load_node) }, -> { node_id = load_varuint location = load_location CallOrWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_optional_location, load_required_constant, load_required_constant, load_location, load_node) }, -> { node_id = load_varuint location = load_location CallTargetNode.new(source, node_id, location, load_varuint, load_node, load_location, load_required_constant, load_location) }, -> { node_id = load_varuint location = load_location CapturePatternNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location CaseMatchNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, load_location, load_location) }, -> { node_id = load_varuint location = load_location CaseNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, load_location, load_location) }, -> { node_id = load_varuint location = load_location ClassNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_node, load_optional_location, load_optional_node, load_optional_node, load_location, load_required_constant) }, -> { node_id = load_varuint location = load_location ClassVariableAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location ClassVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) }, -> { node_id = load_varuint location = load_location ClassVariableOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location ClassVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location ClassVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location ClassVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) }, -> { node_id = load_varuint location = load_location ConstantAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location ConstantOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) }, -> { node_id = load_varuint location = load_location ConstantOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location ConstantPathAndWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) }, -> { node_id = load_varuint location = load_location ConstantPathNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_constant, load_location, load_location) }, -> { node_id = load_varuint location = load_location ConstantPathOperatorWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node, load_required_constant) }, -> { node_id = load_varuint location = load_location ConstantPathOrWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) }, -> { node_id = load_varuint location = load_location ConstantPathTargetNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_constant, load_location, load_location) }, -> { node_id = load_varuint location = load_location ConstantPathWriteNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) }, -> { node_id = load_varuint location = load_location ConstantReadNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location ConstantTargetNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location ConstantWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) }, -> { node_id = load_varuint location = load_location load_uint32 DefNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_optional_node, load_optional_node, load_optional_node, Array.new(load_varuint) { load_required_constant }, load_location, load_optional_location, load_optional_location, load_optional_location, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location DefinedNode.new(source, node_id, location, load_varuint, load_optional_location, load_node, load_optional_location, load_location) }, -> { node_id = load_varuint location = load_location ElseNode.new(source, node_id, location, load_varuint, load_location, load_optional_node, load_optional_location) }, -> { node_id = load_varuint location = load_location EmbeddedStatementsNode.new(source, node_id, location, load_varuint, load_location, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location EmbeddedVariableNode.new(source, node_id, location, load_varuint, load_location, load_node) }, -> { node_id = load_varuint location = load_location EnsureNode.new(source, node_id, location, load_varuint, load_location, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location FalseNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location FindPatternNode.new(source, node_id, location, load_varuint, load_optional_node, load_node, Array.new(load_varuint) { load_node }, load_node, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location FlipFlopNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location FloatNode.new(source, node_id, location, load_varuint, load_double) }, -> { node_id = load_varuint location = load_location ForNode.new(source, node_id, location, load_varuint, load_node, load_node, load_optional_node, load_location, load_location, load_optional_location, load_location) }, -> { node_id = load_varuint location = load_location ForwardingArgumentsNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location ForwardingParameterNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location ForwardingSuperNode.new(source, node_id, location, load_varuint, load_optional_node) }, -> { node_id = load_varuint location = load_location GlobalVariableAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location GlobalVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) }, -> { node_id = load_varuint location = load_location GlobalVariableOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location GlobalVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location GlobalVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location GlobalVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) }, -> { node_id = load_varuint location = load_location HashNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) }, -> { node_id = load_varuint location = load_location HashPatternNode.new(source, node_id, location, load_varuint, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_node, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location IfNode.new(source, node_id, location, load_varuint, load_optional_location, load_node, load_optional_location, load_optional_node, load_optional_node, load_optional_location) }, -> { node_id = load_varuint location = load_location ImaginaryNode.new(source, node_id, location, load_varuint, load_node) }, -> { node_id = load_varuint location = load_location ImplicitNode.new(source, node_id, location, load_varuint, load_node) }, -> { node_id = load_varuint location = load_location ImplicitRestNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location InNode.new(source, node_id, location, load_varuint, load_node, load_optional_node, load_location, load_optional_location) }, -> { node_id = load_varuint location = load_location IndexAndWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_location, load_optional_node, load_location, load_optional_node, load_location, load_node) }, -> { node_id = load_varuint location = load_location IndexOperatorWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_location, load_optional_node, load_location, load_optional_node, load_required_constant, load_location, load_node) }, -> { node_id = load_varuint location = load_location IndexOrWriteNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_location, load_location, load_optional_node, load_location, load_optional_node, load_location, load_node) }, -> { node_id = load_varuint location = load_location IndexTargetNode.new(source, node_id, location, load_varuint, load_node, load_location, load_optional_node, load_location, load_optional_node) }, -> { node_id = load_varuint location = load_location InstanceVariableAndWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location InstanceVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node, load_required_constant) }, -> { node_id = load_varuint location = load_location InstanceVariableOrWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location InstanceVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location InstanceVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location InstanceVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node, load_location) }, -> { node_id = load_varuint location = load_location IntegerNode.new(source, node_id, location, load_varuint, load_integer) }, -> { node_id = load_varuint location = load_location InterpolatedMatchLastLineNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) }, -> { node_id = load_varuint location = load_location InterpolatedRegularExpressionNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) }, -> { node_id = load_varuint location = load_location InterpolatedStringNode.new(source, node_id, location, load_varuint, load_optional_location, Array.new(load_varuint) { load_node }, load_optional_location) }, -> { node_id = load_varuint location = load_location InterpolatedSymbolNode.new(source, node_id, location, load_varuint, load_optional_location, Array.new(load_varuint) { load_node }, load_optional_location) }, -> { node_id = load_varuint location = load_location InterpolatedXStringNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_location) }, -> { node_id = load_varuint location = load_location ItLocalVariableReadNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location ItParametersNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location KeywordHashNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }) }, -> { node_id = load_varuint location = load_location KeywordRestParameterNode.new(source, node_id, location, load_varuint, load_optional_constant, load_optional_location, load_location) }, -> { node_id = load_varuint location = load_location LambdaNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_location, load_location, load_optional_node, load_optional_node) }, -> { node_id = load_varuint location = load_location LocalVariableAndWriteNode.new(source, node_id, location, load_varuint, load_location, load_location, load_node, load_required_constant, load_varuint) }, -> { node_id = load_varuint location = load_location LocalVariableOperatorWriteNode.new(source, node_id, location, load_varuint, load_location, load_location, load_node, load_required_constant, load_required_constant, load_varuint) }, -> { node_id = load_varuint location = load_location LocalVariableOrWriteNode.new(source, node_id, location, load_varuint, load_location, load_location, load_node, load_required_constant, load_varuint) }, -> { node_id = load_varuint location = load_location LocalVariableReadNode.new(source, node_id, location, load_varuint, load_required_constant, load_varuint) }, -> { node_id = load_varuint location = load_location LocalVariableTargetNode.new(source, node_id, location, load_varuint, load_required_constant, load_varuint) }, -> { node_id = load_varuint location = load_location LocalVariableWriteNode.new(source, node_id, location, load_varuint, load_required_constant, load_varuint, load_location, load_node, load_location) }, -> { node_id = load_varuint location = load_location MatchLastLineNode.new(source, node_id, location, load_varuint, load_location, load_location, load_location, load_string) }, -> { node_id = load_varuint location = load_location MatchPredicateNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location MatchRequiredNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location MatchWriteNode.new(source, node_id, location, load_varuint, load_node, Array.new(load_varuint) { load_node }) }, -> { node_id = load_varuint location = load_location MissingNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location ModuleNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_node, load_optional_node, load_location, load_required_constant) }, -> { node_id = load_varuint location = load_location MultiTargetNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location) }, -> { node_id = load_varuint location = load_location MultiWriteNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location NextNode.new(source, node_id, location, load_varuint, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location NilNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location NoKeywordsParameterNode.new(source, node_id, location, load_varuint, load_location, load_location) }, -> { node_id = load_varuint location = load_location NumberedParametersNode.new(source, node_id, location, load_varuint, io.getbyte) }, -> { node_id = load_varuint location = load_location NumberedReferenceReadNode.new(source, node_id, location, load_varuint, load_varuint) }, -> { node_id = load_varuint location = load_location OptionalKeywordParameterNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_node) }, -> { node_id = load_varuint location = load_location OptionalParameterNode.new(source, node_id, location, load_varuint, load_required_constant, load_location, load_location, load_node) }, -> { node_id = load_varuint location = load_location OrNode.new(source, node_id, location, load_varuint, load_node, load_node, load_location) }, -> { node_id = load_varuint location = load_location ParametersNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, Array.new(load_varuint) { load_node }, load_optional_node, Array.new(load_varuint) { load_node }, Array.new(load_varuint) { load_node }, load_optional_node, load_optional_node) }, -> { node_id = load_varuint location = load_location ParenthesesNode.new(source, node_id, location, load_varuint, load_optional_node, load_location, load_location) }, -> { node_id = load_varuint location = load_location PinnedExpressionNode.new(source, node_id, location, load_varuint, load_node, load_location, load_location, load_location) }, -> { node_id = load_varuint location = load_location PinnedVariableNode.new(source, node_id, location, load_varuint, load_node, load_location) }, -> { node_id = load_varuint location = load_location PostExecutionNode.new(source, node_id, location, load_varuint, load_optional_node, load_location, load_location, load_location) }, -> { node_id = load_varuint location = load_location PreExecutionNode.new(source, node_id, location, load_varuint, load_optional_node, load_location, load_location, load_location) }, -> { node_id = load_varuint location = load_location ProgramNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_node) }, -> { node_id = load_varuint location = load_location RangeNode.new(source, node_id, location, load_varuint, load_optional_node, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location RationalNode.new(source, node_id, location, load_varuint, load_integer, load_integer) }, -> { node_id = load_varuint location = load_location RedoNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location RegularExpressionNode.new(source, node_id, location, load_varuint, load_location, load_location, load_location, load_string) }, -> { node_id = load_varuint location = load_location RequiredKeywordParameterNode.new(source, node_id, location, load_varuint, load_required_constant, load_location) }, -> { node_id = load_varuint location = load_location RequiredParameterNode.new(source, node_id, location, load_varuint, load_required_constant) }, -> { node_id = load_varuint location = load_location RescueModifierNode.new(source, node_id, location, load_varuint, load_node, load_location, load_node) }, -> { node_id = load_varuint location = load_location RescueNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_node, load_optional_node, load_optional_node) }, -> { node_id = load_varuint location = load_location RestParameterNode.new(source, node_id, location, load_varuint, load_optional_constant, load_optional_location, load_location) }, -> { node_id = load_varuint location = load_location RetryNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location ReturnNode.new(source, node_id, location, load_varuint, load_location, load_optional_node) }, -> { node_id = load_varuint location = load_location SelfNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location ShareableConstantNode.new(source, node_id, location, load_varuint, load_node) }, -> { node_id = load_varuint location = load_location SingletonClassNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_required_constant }, load_location, load_location, load_node, load_optional_node, load_location) }, -> { node_id = load_varuint location = load_location SourceEncodingNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location SourceFileNode.new(source, node_id, location, load_varuint, load_string) }, -> { node_id = load_varuint location = load_location SourceLineNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location SplatNode.new(source, node_id, location, load_varuint, load_location, load_optional_node) }, -> { node_id = load_varuint location = load_location StatementsNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }) }, -> { node_id = load_varuint location = load_location StringNode.new(source, node_id, location, load_varuint, load_optional_location, load_location, load_optional_location, load_string) }, -> { node_id = load_varuint location = load_location SuperNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_node, load_optional_location, load_optional_node) }, -> { node_id = load_varuint location = load_location SymbolNode.new(source, node_id, location, load_varuint, load_optional_location, load_optional_location, load_optional_location, load_string) }, -> { node_id = load_varuint location = load_location TrueNode.new(source, node_id, location, load_varuint) }, -> { node_id = load_varuint location = load_location UndefNode.new(source, node_id, location, load_varuint, Array.new(load_varuint) { load_node }, load_location) }, -> { node_id = load_varuint location = load_location UnlessNode.new(source, node_id, location, load_varuint, load_location, load_node, load_optional_location, load_optional_node, load_optional_node, load_optional_location) }, -> { node_id = load_varuint location = load_location UntilNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_location, load_node, load_optional_node) }, -> { node_id = load_varuint location = load_location WhenNode.new(source, node_id, location, load_varuint, load_location, Array.new(load_varuint) { load_node }, load_optional_location, load_optional_node) }, -> { node_id = load_varuint location = load_location WhileNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_location, load_node, load_optional_node) }, -> { node_id = load_varuint location = load_location XStringNode.new(source, node_id, location, load_varuint, load_location, load_location, load_location, load_string) }, -> { node_id = load_varuint location = load_location YieldNode.new(source, node_id, location, load_varuint, load_location, load_optional_location, load_optional_node, load_optional_location) }, ] end end end # The token types that can be indexed by their enum values. TOKEN_TYPES = [ nil, :EOF, :MISSING, :NOT_PROVIDED, :AMPERSAND, :AMPERSAND_AMPERSAND, :AMPERSAND_AMPERSAND_EQUAL, :AMPERSAND_DOT, :AMPERSAND_EQUAL, :BACKTICK, :BACK_REFERENCE, :BANG, :BANG_EQUAL, :BANG_TILDE, :BRACE_LEFT, :BRACE_RIGHT, :BRACKET_LEFT, :BRACKET_LEFT_ARRAY, :BRACKET_LEFT_RIGHT, :BRACKET_LEFT_RIGHT_EQUAL, :BRACKET_RIGHT, :CARET, :CARET_EQUAL, :CHARACTER_LITERAL, :CLASS_VARIABLE, :COLON, :COLON_COLON, :COMMA, :COMMENT, :CONSTANT, :DOT, :DOT_DOT, :DOT_DOT_DOT, :EMBDOC_BEGIN, :EMBDOC_END, :EMBDOC_LINE, :EMBEXPR_BEGIN, :EMBEXPR_END, :EMBVAR, :EQUAL, :EQUAL_EQUAL, :EQUAL_EQUAL_EQUAL, :EQUAL_GREATER, :EQUAL_TILDE, :FLOAT, :FLOAT_IMAGINARY, :FLOAT_RATIONAL, :FLOAT_RATIONAL_IMAGINARY, :GLOBAL_VARIABLE, :GREATER, :GREATER_EQUAL, :GREATER_GREATER, :GREATER_GREATER_EQUAL, :HEREDOC_END, :HEREDOC_START, :IDENTIFIER, :IGNORED_NEWLINE, :INSTANCE_VARIABLE, :INTEGER, :INTEGER_IMAGINARY, :INTEGER_RATIONAL, :INTEGER_RATIONAL_IMAGINARY, :KEYWORD_ALIAS, :KEYWORD_AND, :KEYWORD_BEGIN, :KEYWORD_BEGIN_UPCASE, :KEYWORD_BREAK, :KEYWORD_CASE, :KEYWORD_CLASS, :KEYWORD_DEF, :KEYWORD_DEFINED, :KEYWORD_DO, :KEYWORD_DO_LOOP, :KEYWORD_ELSE, :KEYWORD_ELSIF, :KEYWORD_END, :KEYWORD_END_UPCASE, :KEYWORD_ENSURE, :KEYWORD_FALSE, :KEYWORD_FOR, :KEYWORD_IF, :KEYWORD_IF_MODIFIER, :KEYWORD_IN, :KEYWORD_MODULE, :KEYWORD_NEXT, :KEYWORD_NIL, :KEYWORD_NOT, :KEYWORD_OR, :KEYWORD_REDO, :KEYWORD_RESCUE, :KEYWORD_RESCUE_MODIFIER, :KEYWORD_RETRY, :KEYWORD_RETURN, :KEYWORD_SELF, :KEYWORD_SUPER, :KEYWORD_THEN, :KEYWORD_TRUE, :KEYWORD_UNDEF, :KEYWORD_UNLESS, :KEYWORD_UNLESS_MODIFIER, :KEYWORD_UNTIL, :KEYWORD_UNTIL_MODIFIER, :KEYWORD_WHEN, :KEYWORD_WHILE, :KEYWORD_WHILE_MODIFIER, :KEYWORD_YIELD, :KEYWORD___ENCODING__, :KEYWORD___FILE__, :KEYWORD___LINE__, :LABEL, :LABEL_END, :LAMBDA_BEGIN, :LESS, :LESS_EQUAL, :LESS_EQUAL_GREATER, :LESS_LESS, :LESS_LESS_EQUAL, :METHOD_NAME, :MINUS, :MINUS_EQUAL, :MINUS_GREATER, :NEWLINE, :NUMBERED_REFERENCE, :PARENTHESIS_LEFT, :PARENTHESIS_LEFT_PARENTHESES, :PARENTHESIS_RIGHT, :PERCENT, :PERCENT_EQUAL, :PERCENT_LOWER_I, :PERCENT_LOWER_W, :PERCENT_LOWER_X, :PERCENT_UPPER_I, :PERCENT_UPPER_W, :PIPE, :PIPE_EQUAL, :PIPE_PIPE, :PIPE_PIPE_EQUAL, :PLUS, :PLUS_EQUAL, :QUESTION_MARK, :REGEXP_BEGIN, :REGEXP_END, :SEMICOLON, :SLASH, :SLASH_EQUAL, :STAR, :STAR_EQUAL, :STAR_STAR, :STAR_STAR_EQUAL, :STRING_BEGIN, :STRING_CONTENT, :STRING_END, :SYMBOL_BEGIN, :TILDE, :UAMPERSAND, :UCOLON_COLON, :UDOT_DOT, :UDOT_DOT_DOT, :UMINUS, :UMINUS_NUM, :UPLUS, :USTAR, :USTAR_STAR, :WORDS_SEP, :__END__, ] end end PK *J [`�ո�� �� share/ruby/prism/lex_compat.rbnu �[��� # frozen_string_literal: true require "delegate" require "ripper" module Prism # This class is responsible for lexing the source using prism and then # converting those tokens to be compatible with Ripper. In the vast majority # of cases, this is a one-to-one mapping of the token type. Everything else # generally lines up. However, there are a few cases that require special # handling. class LexCompat # :nodoc: # A result class specialized for holding tokens produced by the lexer. class Result < Prism::Result # The list of tokens that were produced by the lexer. attr_reader :value # Create a new lex compat result object with the given values. def initialize(value, comments, magic_comments, data_loc, errors, warnings, source) @value = value super(comments, magic_comments, data_loc, errors, warnings, source) end # Implement the hash pattern matching interface for Result. def deconstruct_keys(keys) super.merge!(value: value) end end # This is a mapping of prism token types to Ripper token types. This is a # many-to-one mapping because we split up our token types, whereas Ripper # tends to group them. RIPPER = { AMPERSAND: :on_op, AMPERSAND_AMPERSAND: :on_op, AMPERSAND_AMPERSAND_EQUAL: :on_op, AMPERSAND_DOT: :on_op, AMPERSAND_EQUAL: :on_op, BACK_REFERENCE: :on_backref, BACKTICK: :on_backtick, BANG: :on_op, BANG_EQUAL: :on_op, BANG_TILDE: :on_op, BRACE_LEFT: :on_lbrace, BRACE_RIGHT: :on_rbrace, BRACKET_LEFT: :on_lbracket, BRACKET_LEFT_ARRAY: :on_lbracket, BRACKET_LEFT_RIGHT: :on_op, BRACKET_LEFT_RIGHT_EQUAL: :on_op, BRACKET_RIGHT: :on_rbracket, CARET: :on_op, CARET_EQUAL: :on_op, CHARACTER_LITERAL: :on_CHAR, CLASS_VARIABLE: :on_cvar, COLON: :on_op, COLON_COLON: :on_op, COMMA: :on_comma, COMMENT: :on_comment, CONSTANT: :on_const, DOT: :on_period, DOT_DOT: :on_op, DOT_DOT_DOT: :on_op, EMBDOC_BEGIN: :on_embdoc_beg, EMBDOC_END: :on_embdoc_end, EMBDOC_LINE: :on_embdoc, EMBEXPR_BEGIN: :on_embexpr_beg, EMBEXPR_END: :on_embexpr_end, EMBVAR: :on_embvar, EOF: :on_eof, EQUAL: :on_op, EQUAL_EQUAL: :on_op, EQUAL_EQUAL_EQUAL: :on_op, EQUAL_GREATER: :on_op, EQUAL_TILDE: :on_op, FLOAT: :on_float, FLOAT_IMAGINARY: :on_imaginary, FLOAT_RATIONAL: :on_rational, FLOAT_RATIONAL_IMAGINARY: :on_imaginary, GREATER: :on_op, GREATER_EQUAL: :on_op, GREATER_GREATER: :on_op, GREATER_GREATER_EQUAL: :on_op, GLOBAL_VARIABLE: :on_gvar, HEREDOC_END: :on_heredoc_end, HEREDOC_START: :on_heredoc_beg, IDENTIFIER: :on_ident, IGNORED_NEWLINE: :on_ignored_nl, INTEGER: :on_int, INTEGER_IMAGINARY: :on_imaginary, INTEGER_RATIONAL: :on_rational, INTEGER_RATIONAL_IMAGINARY: :on_imaginary, INSTANCE_VARIABLE: :on_ivar, INVALID: :INVALID, KEYWORD___ENCODING__: :on_kw, KEYWORD___LINE__: :on_kw, KEYWORD___FILE__: :on_kw, KEYWORD_ALIAS: :on_kw, KEYWORD_AND: :on_kw, KEYWORD_BEGIN: :on_kw, KEYWORD_BEGIN_UPCASE: :on_kw, KEYWORD_BREAK: :on_kw, KEYWORD_CASE: :on_kw, KEYWORD_CLASS: :on_kw, KEYWORD_DEF: :on_kw, KEYWORD_DEFINED: :on_kw, KEYWORD_DO: :on_kw, KEYWORD_DO_LOOP: :on_kw, KEYWORD_ELSE: :on_kw, KEYWORD_ELSIF: :on_kw, KEYWORD_END: :on_kw, KEYWORD_END_UPCASE: :on_kw, KEYWORD_ENSURE: :on_kw, KEYWORD_FALSE: :on_kw, KEYWORD_FOR: :on_kw, KEYWORD_IF: :on_kw, KEYWORD_IF_MODIFIER: :on_kw, KEYWORD_IN: :on_kw, KEYWORD_MODULE: :on_kw, KEYWORD_NEXT: :on_kw, KEYWORD_NIL: :on_kw, KEYWORD_NOT: :on_kw, KEYWORD_OR: :on_kw, KEYWORD_REDO: :on_kw, KEYWORD_RESCUE: :on_kw, KEYWORD_RESCUE_MODIFIER: :on_kw, KEYWORD_RETRY: :on_kw, KEYWORD_RETURN: :on_kw, KEYWORD_SELF: :on_kw, KEYWORD_SUPER: :on_kw, KEYWORD_THEN: :on_kw, KEYWORD_TRUE: :on_kw, KEYWORD_UNDEF: :on_kw, KEYWORD_UNLESS: :on_kw, KEYWORD_UNLESS_MODIFIER: :on_kw, KEYWORD_UNTIL: :on_kw, KEYWORD_UNTIL_MODIFIER: :on_kw, KEYWORD_WHEN: :on_kw, KEYWORD_WHILE: :on_kw, KEYWORD_WHILE_MODIFIER: :on_kw, KEYWORD_YIELD: :on_kw, LABEL: :on_label, LABEL_END: :on_label_end, LAMBDA_BEGIN: :on_tlambeg, LESS: :on_op, LESS_EQUAL: :on_op, LESS_EQUAL_GREATER: :on_op, LESS_LESS: :on_op, LESS_LESS_EQUAL: :on_op, METHOD_NAME: :on_ident, MINUS: :on_op, MINUS_EQUAL: :on_op, MINUS_GREATER: :on_tlambda, NEWLINE: :on_nl, NUMBERED_REFERENCE: :on_backref, PARENTHESIS_LEFT: :on_lparen, PARENTHESIS_LEFT_PARENTHESES: :on_lparen, PARENTHESIS_RIGHT: :on_rparen, PERCENT: :on_op, PERCENT_EQUAL: :on_op, PERCENT_LOWER_I: :on_qsymbols_beg, PERCENT_LOWER_W: :on_qwords_beg, PERCENT_LOWER_X: :on_backtick, PERCENT_UPPER_I: :on_symbols_beg, PERCENT_UPPER_W: :on_words_beg, PIPE: :on_op, PIPE_EQUAL: :on_op, PIPE_PIPE: :on_op, PIPE_PIPE_EQUAL: :on_op, PLUS: :on_op, PLUS_EQUAL: :on_op, QUESTION_MARK: :on_op, RATIONAL_FLOAT: :on_rational, RATIONAL_INTEGER: :on_rational, REGEXP_BEGIN: :on_regexp_beg, REGEXP_END: :on_regexp_end, SEMICOLON: :on_semicolon, SLASH: :on_op, SLASH_EQUAL: :on_op, STAR: :on_op, STAR_EQUAL: :on_op, STAR_STAR: :on_op, STAR_STAR_EQUAL: :on_op, STRING_BEGIN: :on_tstring_beg, STRING_CONTENT: :on_tstring_content, STRING_END: :on_tstring_end, SYMBOL_BEGIN: :on_symbeg, TILDE: :on_op, UAMPERSAND: :on_op, UCOLON_COLON: :on_op, UDOT_DOT: :on_op, UDOT_DOT_DOT: :on_op, UMINUS: :on_op, UMINUS_NUM: :on_op, UPLUS: :on_op, USTAR: :on_op, USTAR_STAR: :on_op, WORDS_SEP: :on_words_sep, "__END__": :on___end__ }.freeze # When we produce tokens, we produce the same arrays that Ripper does. # However, we add a couple of convenience methods onto them to make them a # little easier to work with. We delegate all other methods to the array. class Token < SimpleDelegator # @dynamic initialize, each, [] # The location of the token in the source. def location self[0] end # The type of the token. def event self[1] end # The slice of the source that this token represents. def value self[2] end # The state of the lexer when this token was produced. def state self[3] end end # Ripper doesn't include the rest of the token in the event, so we need to # trim it down to just the content on the first line when comparing. class EndContentToken < Token def ==(other) # :nodoc: [self[0], self[1], self[2][0..self[2].index("\n")], self[3]] == other end end # Tokens where state should be ignored # used for :on_comment, :on_heredoc_end, :on_embexpr_end class IgnoreStateToken < Token def ==(other) # :nodoc: self[0...-1] == other[0...-1] end end # Ident tokens for the most part are exactly the same, except sometimes we # know an ident is a local when ripper doesn't (when they are introduced # through named captures in regular expressions). In that case we don't # compare the state. class IdentToken < Token def ==(other) # :nodoc: (self[0...-1] == other[0...-1]) && ( (other[3] == Ripper::EXPR_LABEL | Ripper::EXPR_END) || (other[3] & Ripper::EXPR_ARG_ANY != 0) ) end end # Ignored newlines can occasionally have a LABEL state attached to them, so # we compare the state differently here. class IgnoredNewlineToken < Token def ==(other) # :nodoc: return false unless self[0...-1] == other[0...-1] if self[3] == Ripper::EXPR_ARG | Ripper::EXPR_LABELED other[3] & Ripper::EXPR_ARG | Ripper::EXPR_LABELED != 0 else self[3] == other[3] end end end # If we have an identifier that follows a method name like: # # def foo bar # # then Ripper will mark bar as END|LABEL if there is a local in a parent # scope named bar because it hasn't pushed the local table yet. We do this # more accurately, so we need to allow comparing against both END and # END|LABEL. class ParamToken < Token def ==(other) # :nodoc: (self[0...-1] == other[0...-1]) && ( (other[3] == Ripper::EXPR_END) || (other[3] == Ripper::EXPR_END | Ripper::EXPR_LABEL) ) end end # A heredoc in this case is a list of tokens that belong to the body of the # heredoc that should be appended onto the list of tokens when the heredoc # closes. module Heredoc # :nodoc: # Heredocs that are no dash or tilde heredocs are just a list of tokens. # We need to keep them around so that we can insert them in the correct # order back into the token stream and set the state of the last token to # the state that the heredoc was opened in. class PlainHeredoc # :nodoc: attr_reader :tokens def initialize @tokens = [] end def <<(token) tokens << token end def to_a tokens end end # Dash heredocs are a little more complicated. They are a list of tokens # that need to be split on "\\\n" to mimic Ripper's behavior. We also need # to keep track of the state that the heredoc was opened in. class DashHeredoc # :nodoc: attr_reader :split, :tokens def initialize(split) @split = split @tokens = [] end def <<(token) tokens << token end def to_a embexpr_balance = 0 tokens.each_with_object([]) do |token, results| #$ Array[Token] case token.event when :on_embexpr_beg embexpr_balance += 1 results << token when :on_embexpr_end embexpr_balance -= 1 results << token when :on_tstring_content if embexpr_balance == 0 lineno = token[0][0] column = token[0][1] if split # Split on "\\\n" to mimic Ripper's behavior. Use a lookbehind # to keep the delimiter in the result. token.value.split(/(?<=[^\\]\\\n)|(?<=[^\\]\\\r\n)/).each_with_index do |value, index| column = 0 if index > 0 results << Token.new([[lineno, column], :on_tstring_content, value, token.state]) lineno += value.count("\n") end else results << token end else results << token end else results << token end end end end # Heredocs that are dedenting heredocs are a little more complicated. # Ripper outputs on_ignored_sp tokens for the whitespace that is being # removed from the output. prism only modifies the node itself and keeps # the token the same. This simplifies prism, but makes comparing against # Ripper much harder because there is a length mismatch. # # Fortunately, we already have to pull out the heredoc tokens in order to # insert them into the stream in the correct order. As such, we can do # some extra manipulation on the tokens to make them match Ripper's # output by mirroring the dedent logic that Ripper uses. class DedentingHeredoc # :nodoc: TAB_WIDTH = 8 attr_reader :tokens, :dedent_next, :dedent, :embexpr_balance def initialize @tokens = [] @dedent_next = true @dedent = nil @embexpr_balance = 0 @ended_on_newline = false end # As tokens are coming in, we track the minimum amount of common leading # whitespace on plain string content tokens. This allows us to later # remove that amount of whitespace from the beginning of each line. def <<(token) case token.event when :on_embexpr_beg, :on_heredoc_beg @embexpr_balance += 1 @dedent = 0 if @dedent_next && @ended_on_newline when :on_embexpr_end, :on_heredoc_end @embexpr_balance -= 1 when :on_tstring_content if embexpr_balance == 0 line = token.value if dedent_next && !(line.strip.empty? && line.end_with?("\n")) leading = line[/\A(\s*)\n?/, 1] next_dedent = 0 leading.each_char do |char| if char == "\t" next_dedent = next_dedent - (next_dedent % TAB_WIDTH) + TAB_WIDTH else next_dedent += 1 end end @dedent = [dedent, next_dedent].compact.min @dedent_next = true @ended_on_newline = line.end_with?("\n") tokens << token return end end end @dedent_next = token.event == :on_tstring_content && embexpr_balance == 0 @ended_on_newline = false tokens << token end def to_a # If every line in the heredoc is blank, we still need to split up the # string content token into multiple tokens. if dedent.nil? results = [] #: Array[Token] embexpr_balance = 0 tokens.each do |token| case token.event when :on_embexpr_beg, :on_heredoc_beg embexpr_balance += 1 results << token when :on_embexpr_end, :on_heredoc_end embexpr_balance -= 1 results << token when :on_tstring_content if embexpr_balance == 0 lineno = token[0][0] column = token[0][1] token.value.split(/(?<=\n)/).each_with_index do |value, index| column = 0 if index > 0 results << Token.new([[lineno, column], :on_tstring_content, value, token.state]) lineno += 1 end else results << token end else results << token end end return results end # If the minimum common whitespace is 0, then we need to concatenate # string nodes together that are immediately adjacent. if dedent == 0 results = [] #: Array[Token] embexpr_balance = 0 index = 0 max_index = tokens.length while index < max_index token = tokens[index] results << token index += 1 case token.event when :on_embexpr_beg, :on_heredoc_beg embexpr_balance += 1 when :on_embexpr_end, :on_heredoc_end embexpr_balance -= 1 when :on_tstring_content if embexpr_balance == 0 while index < max_index && tokens[index].event == :on_tstring_content && !token.value.match?(/\\\r?\n\z/) token.value << tokens[index].value index += 1 end end end end return results end # Otherwise, we're going to run through each token in the list and # insert on_ignored_sp tokens for the amount of dedent that we need to # perform. We also need to remove the dedent from the beginning of # each line of plain string content tokens. results = [] #: Array[Token] dedent_next = true embexpr_balance = 0 tokens.each do |token| # Notice that the structure of this conditional largely matches the # whitespace calculation we performed above. This is because # checking if the subsequent token needs to be dedented is common to # both the dedent calculation and the ignored_sp insertion. case token.event when :on_embexpr_beg embexpr_balance += 1 results << token when :on_embexpr_end embexpr_balance -= 1 results << token when :on_tstring_content if embexpr_balance == 0 # Here we're going to split the string on newlines, but maintain # the newlines in the resulting array. We'll do that with a look # behind assertion. splits = token.value.split(/(?<=\n)/) index = 0 while index < splits.length line = splits[index] lineno = token[0][0] + index column = token[0][1] # Blank lines do not count toward common leading whitespace # calculation and do not need to be dedented. if dedent_next || index > 0 column = 0 end # If the dedent is 0 and we're not supposed to dedent the next # line or this line doesn't start with whitespace, then we # should concatenate the rest of the string to match ripper. if dedent == 0 && (!dedent_next || !line.start_with?(/\s/)) line = splits[index..].join index = splits.length end # If we are supposed to dedent this line or if this is not the # first line of the string and this line isn't entirely blank, # then we need to insert an on_ignored_sp token and remove the # dedent from the beginning of the line. if (dedent > 0) && (dedent_next || index > 0) deleting = 0 deleted_chars = [] #: Array[String] # Gather up all of the characters that we're going to # delete, stopping when you hit a character that would put # you over the dedent amount. line.each_char.with_index do |char, i| case char when "\r" if line[i + 1] == "\n" break end when "\n" break when "\t" deleting = deleting - (deleting % TAB_WIDTH) + TAB_WIDTH else deleting += 1 end break if deleting > dedent deleted_chars << char end # If we have something to delete, then delete it from the # string and insert an on_ignored_sp token. if deleted_chars.any? ignored = deleted_chars.join line.delete_prefix!(ignored) results << Token.new([[lineno, 0], :on_ignored_sp, ignored, token[3]]) column = ignored.length end end results << Token.new([[lineno, column], token[1], line, token[3]]) unless line.empty? index += 1 end else results << token end else results << token end dedent_next = ((token.event == :on_tstring_content) || (token.event == :on_heredoc_end)) && embexpr_balance == 0 end results end end # Here we will split between the two types of heredocs and return the # object that will store their tokens. def self.build(opening) case opening.value[2] when "~" DedentingHeredoc.new when "-" DashHeredoc.new(opening.value[3] != "'") else PlainHeredoc.new end end end private_constant :Heredoc attr_reader :source, :options def initialize(source, **options) @source = source @options = options end def result tokens = [] #: Array[LexCompat::Token] state = :default heredoc_stack = [[]] #: Array[Array[Heredoc::PlainHeredoc | Heredoc::DashHeredoc | Heredoc::DedentingHeredoc]] result = Prism.lex(source, **options) result_value = result.value previous_state = nil #: Ripper::Lexer::State? last_heredoc_end = nil #: Integer? # In previous versions of Ruby, Ripper wouldn't flush the bom before the # first token, so we had to have a hack in place to account for that. This # checks for that behavior. bom_flushed = Ripper.lex("\xEF\xBB\xBF# test")[0][0][1] == 0 bom = source.byteslice(0..2) == "\xEF\xBB\xBF" result_value.each_with_index do |(token, lex_state), index| lineno = token.location.start_line column = token.location.start_column # If there's a UTF-8 byte-order mark as the start of the file, then for # certain tokens ripper sets the first token back by 3 bytes. It also # keeps the byte order mark in the first token's value. This is weird, # and I don't want to mirror that in our parser. So instead, we'll match # up the columns and values here. if bom && lineno == 1 column -= 3 if index == 0 && column == 0 && !bom_flushed flushed = case token.type when :BACK_REFERENCE, :INSTANCE_VARIABLE, :CLASS_VARIABLE, :GLOBAL_VARIABLE, :NUMBERED_REFERENCE, :PERCENT_LOWER_I, :PERCENT_LOWER_X, :PERCENT_LOWER_W, :PERCENT_UPPER_I, :PERCENT_UPPER_W, :STRING_BEGIN true when :REGEXP_BEGIN, :SYMBOL_BEGIN token.value.start_with?("%") else false end unless flushed column -= 3 value = token.value value.prepend(String.new("\xEF\xBB\xBF", encoding: value.encoding)) end end end event = RIPPER.fetch(token.type) value = token.value lex_state = Ripper::Lexer::State.new(lex_state) token = case event when :on___end__ EndContentToken.new([[lineno, column], event, value, lex_state]) when :on_comment IgnoreStateToken.new([[lineno, column], event, value, lex_state]) when :on_heredoc_end # Heredoc end tokens can be emitted in an odd order, so we don't # want to bother comparing the state on them. last_heredoc_end = token.location.end_offset IgnoreStateToken.new([[lineno, column], event, value, lex_state]) when :on_ident if lex_state == Ripper::EXPR_END # If we have an identifier that follows a method name like: # # def foo bar # # then Ripper will mark bar as END|LABEL if there is a local in a # parent scope named bar because it hasn't pushed the local table # yet. We do this more accurately, so we need to allow comparing # against both END and END|LABEL. ParamToken.new([[lineno, column], event, value, lex_state]) elsif lex_state == Ripper::EXPR_END | Ripper::EXPR_LABEL # In the event that we're comparing identifiers, we're going to # allow a little divergence. Ripper doesn't account for local # variables introduced through named captures in regexes, and we # do, which accounts for this difference. IdentToken.new([[lineno, column], event, value, lex_state]) else Token.new([[lineno, column], event, value, lex_state]) end when :on_embexpr_end IgnoreStateToken.new([[lineno, column], event, value, lex_state]) when :on_ignored_nl # Ignored newlines can occasionally have a LABEL state attached to # them which doesn't actually impact anything. We don't mirror that # state so we ignored it. IgnoredNewlineToken.new([[lineno, column], event, value, lex_state]) when :on_regexp_end # On regex end, Ripper scans and then sets end state, so the ripper # lexed output is begin, when it should be end. prism sets lex state # correctly to end state, but we want to be able to compare against # Ripper's lexed state. So here, if it's a regexp end token, we # output the state as the previous state, solely for the sake of # comparison. previous_token = result_value[index - 1][0] lex_state = if RIPPER.fetch(previous_token.type) == :on_embexpr_end # If the previous token is embexpr_end, then we have to do even # more processing. The end of an embedded expression sets the # state to the state that it had at the beginning of the # embedded expression. So we have to go and find that state and # set it here. counter = 1 current_index = index - 1 until counter == 0 current_index -= 1 current_event = RIPPER.fetch(result_value[current_index][0].type) counter += { on_embexpr_beg: -1, on_embexpr_end: 1 }[current_event] || 0 end Ripper::Lexer::State.new(result_value[current_index][1]) else previous_state end Token.new([[lineno, column], event, value, lex_state]) when :on_eof previous_token = result_value[index - 1][0] # If we're at the end of the file and the previous token was a # comment and there is still whitespace after the comment, then # Ripper will append a on_nl token (even though there isn't # necessarily a newline). We mirror that here. if previous_token.type == :COMMENT # If the comment is at the start of a heredoc: <<HEREDOC # comment # then the comment's end_offset is up near the heredoc_beg. # This is not the correct offset to use for figuring out if # there is trailing whitespace after the last token. # Use the greater offset of the two to determine the start of # the trailing whitespace. start_offset = [previous_token.location.end_offset, last_heredoc_end].compact.max end_offset = token.location.start_offset if start_offset < end_offset if bom start_offset += 3 end_offset += 3 end tokens << Token.new([[lineno, 0], :on_nl, source.byteslice(start_offset...end_offset), lex_state]) end end Token.new([[lineno, column], event, value, lex_state]) else Token.new([[lineno, column], event, value, lex_state]) end previous_state = lex_state # The order in which tokens appear in our lexer is different from the # order that they appear in Ripper. When we hit the declaration of a # heredoc in prism, we skip forward and lex the rest of the content of # the heredoc before going back and lexing at the end of the heredoc # identifier. # # To match up to ripper, we keep a small state variable around here to # track whether we're in the middle of a heredoc or not. In this way we # can shuffle around the token to match Ripper's output. case state when :default # The default state is when there are no heredocs at all. In this # state we can append the token to the list of tokens and move on. tokens << token # If we get the declaration of a heredoc, then we open a new heredoc # and move into the heredoc_opened state. if event == :on_heredoc_beg state = :heredoc_opened heredoc_stack.last << Heredoc.build(token) end when :heredoc_opened # The heredoc_opened state is when we've seen the declaration of a # heredoc and are now lexing the body of the heredoc. In this state we # push tokens onto the most recently created heredoc. heredoc_stack.last.last << token case event when :on_heredoc_beg # If we receive a heredoc declaration while lexing the body of a # heredoc, this means we have nested heredocs. In this case we'll # push a new heredoc onto the stack and stay in the heredoc_opened # state since we're now lexing the body of the new heredoc. heredoc_stack << [Heredoc.build(token)] when :on_heredoc_end # If we receive the end of a heredoc, then we're done lexing the # body of the heredoc. In this case we now have a completed heredoc # but need to wait for the next newline to push it into the token # stream. state = :heredoc_closed end when :heredoc_closed if %i[on_nl on_ignored_nl on_comment].include?(event) || (event == :on_tstring_content && value.end_with?("\n")) if heredoc_stack.size > 1 flushing = heredoc_stack.pop heredoc_stack.last.last << token flushing.each do |heredoc| heredoc.to_a.each do |flushed_token| heredoc_stack.last.last << flushed_token end end state = :heredoc_opened next end elsif event == :on_heredoc_beg tokens << token state = :heredoc_opened heredoc_stack.last << Heredoc.build(token) next elsif heredoc_stack.size > 1 heredoc_stack[-2].last << token next end heredoc_stack.last.each do |heredoc| tokens.concat(heredoc.to_a) end heredoc_stack.last.clear state = :default tokens << token end end # Drop the EOF token from the list tokens = tokens[0...-1] # We sort by location to compare against Ripper's output tokens.sort_by!(&:location) Result.new(tokens, result.comments, result.magic_comments, result.data_loc, result.errors, result.warnings, Source.for(source)) end end private_constant :LexCompat # This is a class that wraps the Ripper lexer to produce almost exactly the # same tokens. class LexRipper # :nodoc: attr_reader :source def initialize(source) @source = source end def result previous = [] #: [[Integer, Integer], Symbol, String, untyped] | [] results = [] #: Array[[[Integer, Integer], Symbol, String, untyped]] lex(source).each do |token| case token[1] when :on_sp # skip when :on_tstring_content if previous[1] == :on_tstring_content && (token[2].start_with?("\#$") || token[2].start_with?("\#@")) previous[2] << token[2] else results << token previous = token end when :on_words_sep if previous[1] == :on_words_sep previous[2] << token[2] else results << token previous = token end else results << token previous = token end end results end private if Ripper.method(:lex).parameters.assoc(:keyrest) def lex(source) Ripper.lex(source, raise_errors: true) end else def lex(source) ripper = Ripper::Lexer.new(source) ripper.lex.tap do |result| raise SyntaxError, ripper.errors.map(&:message).join(' ;') if ripper.errors.any? end end end end private_constant :LexRipper end PK *J [V �B� � share/ruby/prism/string_query.rbnu �[��� # frozen_string_literal: true module Prism # Query methods that allow categorizing strings based on their context for # where they could be valid in a Ruby syntax tree. class StringQuery # The string that this query is wrapping. attr_reader :string # Initialize a new query with the given string. def initialize(string) @string = string end # Whether or not this string is a valid local variable name. def local? StringQuery.local?(string) end # Whether or not this string is a valid constant name. def constant? StringQuery.constant?(string) end # Whether or not this string is a valid method name. def method_name? StringQuery.method_name?(string) end end end PK *J [c!� �= �= share/ruby/prism/visitor.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/visitor.rb.erb if you are looking to modify the template =end module Prism # A class that knows how to walk down the tree. None of the individual visit # methods are implemented on this visitor, so it forces the consumer to # implement each one that they need. For a default implementation that # continues walking the tree, see the Visitor class. class BasicVisitor # Calls `accept` on the given node if it is not `nil`, which in turn should # call back into this visitor by calling the appropriate `visit_*` method. def visit(node) # @type self: _Visitor node&.accept(self) end # Visits each node in `nodes` by calling `accept` on each one. def visit_all(nodes) # @type self: _Visitor nodes.each { |node| node&.accept(self) } end # Visits the child nodes of `node` by calling `accept` on each one. def visit_child_nodes(node) # @type self: _Visitor node.compact_child_nodes.each { |node| node.accept(self) } end end # A visitor is a class that provides a default implementation for every accept # method defined on the nodes. This means it can walk a tree without the # caller needing to define any special handling. This allows you to handle a # subset of the tree, while still walking the whole tree. # # For example, to find all of the method calls that call the `foo` method, you # could write: # # class FooCalls < Prism::Visitor # def visit_call_node(node) # if node.name == "foo" # # Do something with the node # end # # # Call super so that the visitor continues walking the tree # super # end # end # class Visitor < BasicVisitor # Visit a AliasGlobalVariableNode node alias visit_alias_global_variable_node visit_child_nodes # Visit a AliasMethodNode node alias visit_alias_method_node visit_child_nodes # Visit a AlternationPatternNode node alias visit_alternation_pattern_node visit_child_nodes # Visit a AndNode node alias visit_and_node visit_child_nodes # Visit a ArgumentsNode node alias visit_arguments_node visit_child_nodes # Visit a ArrayNode node alias visit_array_node visit_child_nodes # Visit a ArrayPatternNode node alias visit_array_pattern_node visit_child_nodes # Visit a AssocNode node alias visit_assoc_node visit_child_nodes # Visit a AssocSplatNode node alias visit_assoc_splat_node visit_child_nodes # Visit a BackReferenceReadNode node alias visit_back_reference_read_node visit_child_nodes # Visit a BeginNode node alias visit_begin_node visit_child_nodes # Visit a BlockArgumentNode node alias visit_block_argument_node visit_child_nodes # Visit a BlockLocalVariableNode node alias visit_block_local_variable_node visit_child_nodes # Visit a BlockNode node alias visit_block_node visit_child_nodes # Visit a BlockParameterNode node alias visit_block_parameter_node visit_child_nodes # Visit a BlockParametersNode node alias visit_block_parameters_node visit_child_nodes # Visit a BreakNode node alias visit_break_node visit_child_nodes # Visit a CallAndWriteNode node alias visit_call_and_write_node visit_child_nodes # Visit a CallNode node alias visit_call_node visit_child_nodes # Visit a CallOperatorWriteNode node alias visit_call_operator_write_node visit_child_nodes # Visit a CallOrWriteNode node alias visit_call_or_write_node visit_child_nodes # Visit a CallTargetNode node alias visit_call_target_node visit_child_nodes # Visit a CapturePatternNode node alias visit_capture_pattern_node visit_child_nodes # Visit a CaseMatchNode node alias visit_case_match_node visit_child_nodes # Visit a CaseNode node alias visit_case_node visit_child_nodes # Visit a ClassNode node alias visit_class_node visit_child_nodes # Visit a ClassVariableAndWriteNode node alias visit_class_variable_and_write_node visit_child_nodes # Visit a ClassVariableOperatorWriteNode node alias visit_class_variable_operator_write_node visit_child_nodes # Visit a ClassVariableOrWriteNode node alias visit_class_variable_or_write_node visit_child_nodes # Visit a ClassVariableReadNode node alias visit_class_variable_read_node visit_child_nodes # Visit a ClassVariableTargetNode node alias visit_class_variable_target_node visit_child_nodes # Visit a ClassVariableWriteNode node alias visit_class_variable_write_node visit_child_nodes # Visit a ConstantAndWriteNode node alias visit_constant_and_write_node visit_child_nodes # Visit a ConstantOperatorWriteNode node alias visit_constant_operator_write_node visit_child_nodes # Visit a ConstantOrWriteNode node alias visit_constant_or_write_node visit_child_nodes # Visit a ConstantPathAndWriteNode node alias visit_constant_path_and_write_node visit_child_nodes # Visit a ConstantPathNode node alias visit_constant_path_node visit_child_nodes # Visit a ConstantPathOperatorWriteNode node alias visit_constant_path_operator_write_node visit_child_nodes # Visit a ConstantPathOrWriteNode node alias visit_constant_path_or_write_node visit_child_nodes # Visit a ConstantPathTargetNode node alias visit_constant_path_target_node visit_child_nodes # Visit a ConstantPathWriteNode node alias visit_constant_path_write_node visit_child_nodes # Visit a ConstantReadNode node alias visit_constant_read_node visit_child_nodes # Visit a ConstantTargetNode node alias visit_constant_target_node visit_child_nodes # Visit a ConstantWriteNode node alias visit_constant_write_node visit_child_nodes # Visit a DefNode node alias visit_def_node visit_child_nodes # Visit a DefinedNode node alias visit_defined_node visit_child_nodes # Visit a ElseNode node alias visit_else_node visit_child_nodes # Visit a EmbeddedStatementsNode node alias visit_embedded_statements_node visit_child_nodes # Visit a EmbeddedVariableNode node alias visit_embedded_variable_node visit_child_nodes # Visit a EnsureNode node alias visit_ensure_node visit_child_nodes # Visit a FalseNode node alias visit_false_node visit_child_nodes # Visit a FindPatternNode node alias visit_find_pattern_node visit_child_nodes # Visit a FlipFlopNode node alias visit_flip_flop_node visit_child_nodes # Visit a FloatNode node alias visit_float_node visit_child_nodes # Visit a ForNode node alias visit_for_node visit_child_nodes # Visit a ForwardingArgumentsNode node alias visit_forwarding_arguments_node visit_child_nodes # Visit a ForwardingParameterNode node alias visit_forwarding_parameter_node visit_child_nodes # Visit a ForwardingSuperNode node alias visit_forwarding_super_node visit_child_nodes # Visit a GlobalVariableAndWriteNode node alias visit_global_variable_and_write_node visit_child_nodes # Visit a GlobalVariableOperatorWriteNode node alias visit_global_variable_operator_write_node visit_child_nodes # Visit a GlobalVariableOrWriteNode node alias visit_global_variable_or_write_node visit_child_nodes # Visit a GlobalVariableReadNode node alias visit_global_variable_read_node visit_child_nodes # Visit a GlobalVariableTargetNode node alias visit_global_variable_target_node visit_child_nodes # Visit a GlobalVariableWriteNode node alias visit_global_variable_write_node visit_child_nodes # Visit a HashNode node alias visit_hash_node visit_child_nodes # Visit a HashPatternNode node alias visit_hash_pattern_node visit_child_nodes # Visit a IfNode node alias visit_if_node visit_child_nodes # Visit a ImaginaryNode node alias visit_imaginary_node visit_child_nodes # Visit a ImplicitNode node alias visit_implicit_node visit_child_nodes # Visit a ImplicitRestNode node alias visit_implicit_rest_node visit_child_nodes # Visit a InNode node alias visit_in_node visit_child_nodes # Visit a IndexAndWriteNode node alias visit_index_and_write_node visit_child_nodes # Visit a IndexOperatorWriteNode node alias visit_index_operator_write_node visit_child_nodes # Visit a IndexOrWriteNode node alias visit_index_or_write_node visit_child_nodes # Visit a IndexTargetNode node alias visit_index_target_node visit_child_nodes # Visit a InstanceVariableAndWriteNode node alias visit_instance_variable_and_write_node visit_child_nodes # Visit a InstanceVariableOperatorWriteNode node alias visit_instance_variable_operator_write_node visit_child_nodes # Visit a InstanceVariableOrWriteNode node alias visit_instance_variable_or_write_node visit_child_nodes # Visit a InstanceVariableReadNode node alias visit_instance_variable_read_node visit_child_nodes # Visit a InstanceVariableTargetNode node alias visit_instance_variable_target_node visit_child_nodes # Visit a InstanceVariableWriteNode node alias visit_instance_variable_write_node visit_child_nodes # Visit a IntegerNode node alias visit_integer_node visit_child_nodes # Visit a InterpolatedMatchLastLineNode node alias visit_interpolated_match_last_line_node visit_child_nodes # Visit a InterpolatedRegularExpressionNode node alias visit_interpolated_regular_expression_node visit_child_nodes # Visit a InterpolatedStringNode node alias visit_interpolated_string_node visit_child_nodes # Visit a InterpolatedSymbolNode node alias visit_interpolated_symbol_node visit_child_nodes # Visit a InterpolatedXStringNode node alias visit_interpolated_x_string_node visit_child_nodes # Visit a ItLocalVariableReadNode node alias visit_it_local_variable_read_node visit_child_nodes # Visit a ItParametersNode node alias visit_it_parameters_node visit_child_nodes # Visit a KeywordHashNode node alias visit_keyword_hash_node visit_child_nodes # Visit a KeywordRestParameterNode node alias visit_keyword_rest_parameter_node visit_child_nodes # Visit a LambdaNode node alias visit_lambda_node visit_child_nodes # Visit a LocalVariableAndWriteNode node alias visit_local_variable_and_write_node visit_child_nodes # Visit a LocalVariableOperatorWriteNode node alias visit_local_variable_operator_write_node visit_child_nodes # Visit a LocalVariableOrWriteNode node alias visit_local_variable_or_write_node visit_child_nodes # Visit a LocalVariableReadNode node alias visit_local_variable_read_node visit_child_nodes # Visit a LocalVariableTargetNode node alias visit_local_variable_target_node visit_child_nodes # Visit a LocalVariableWriteNode node alias visit_local_variable_write_node visit_child_nodes # Visit a MatchLastLineNode node alias visit_match_last_line_node visit_child_nodes # Visit a MatchPredicateNode node alias visit_match_predicate_node visit_child_nodes # Visit a MatchRequiredNode node alias visit_match_required_node visit_child_nodes # Visit a MatchWriteNode node alias visit_match_write_node visit_child_nodes # Visit a MissingNode node alias visit_missing_node visit_child_nodes # Visit a ModuleNode node alias visit_module_node visit_child_nodes # Visit a MultiTargetNode node alias visit_multi_target_node visit_child_nodes # Visit a MultiWriteNode node alias visit_multi_write_node visit_child_nodes # Visit a NextNode node alias visit_next_node visit_child_nodes # Visit a NilNode node alias visit_nil_node visit_child_nodes # Visit a NoKeywordsParameterNode node alias visit_no_keywords_parameter_node visit_child_nodes # Visit a NumberedParametersNode node alias visit_numbered_parameters_node visit_child_nodes # Visit a NumberedReferenceReadNode node alias visit_numbered_reference_read_node visit_child_nodes # Visit a OptionalKeywordParameterNode node alias visit_optional_keyword_parameter_node visit_child_nodes # Visit a OptionalParameterNode node alias visit_optional_parameter_node visit_child_nodes # Visit a OrNode node alias visit_or_node visit_child_nodes # Visit a ParametersNode node alias visit_parameters_node visit_child_nodes # Visit a ParenthesesNode node alias visit_parentheses_node visit_child_nodes # Visit a PinnedExpressionNode node alias visit_pinned_expression_node visit_child_nodes # Visit a PinnedVariableNode node alias visit_pinned_variable_node visit_child_nodes # Visit a PostExecutionNode node alias visit_post_execution_node visit_child_nodes # Visit a PreExecutionNode node alias visit_pre_execution_node visit_child_nodes # Visit a ProgramNode node alias visit_program_node visit_child_nodes # Visit a RangeNode node alias visit_range_node visit_child_nodes # Visit a RationalNode node alias visit_rational_node visit_child_nodes # Visit a RedoNode node alias visit_redo_node visit_child_nodes # Visit a RegularExpressionNode node alias visit_regular_expression_node visit_child_nodes # Visit a RequiredKeywordParameterNode node alias visit_required_keyword_parameter_node visit_child_nodes # Visit a RequiredParameterNode node alias visit_required_parameter_node visit_child_nodes # Visit a RescueModifierNode node alias visit_rescue_modifier_node visit_child_nodes # Visit a RescueNode node alias visit_rescue_node visit_child_nodes # Visit a RestParameterNode node alias visit_rest_parameter_node visit_child_nodes # Visit a RetryNode node alias visit_retry_node visit_child_nodes # Visit a ReturnNode node alias visit_return_node visit_child_nodes # Visit a SelfNode node alias visit_self_node visit_child_nodes # Visit a ShareableConstantNode node alias visit_shareable_constant_node visit_child_nodes # Visit a SingletonClassNode node alias visit_singleton_class_node visit_child_nodes # Visit a SourceEncodingNode node alias visit_source_encoding_node visit_child_nodes # Visit a SourceFileNode node alias visit_source_file_node visit_child_nodes # Visit a SourceLineNode node alias visit_source_line_node visit_child_nodes # Visit a SplatNode node alias visit_splat_node visit_child_nodes # Visit a StatementsNode node alias visit_statements_node visit_child_nodes # Visit a StringNode node alias visit_string_node visit_child_nodes # Visit a SuperNode node alias visit_super_node visit_child_nodes # Visit a SymbolNode node alias visit_symbol_node visit_child_nodes # Visit a TrueNode node alias visit_true_node visit_child_nodes # Visit a UndefNode node alias visit_undef_node visit_child_nodes # Visit a UnlessNode node alias visit_unless_node visit_child_nodes # Visit a UntilNode node alias visit_until_node visit_child_nodes # Visit a WhenNode node alias visit_when_node visit_child_nodes # Visit a WhileNode node alias visit_while_node visit_child_nodes # Visit a XStringNode node alias visit_x_string_node visit_child_nodes # Visit a YieldNode node alias visit_yield_node visit_child_nodes end end PK *J [�2��$ �$ share/ruby/prism/node.rbnu �[��� # frozen_string_literal: true =begin This file is generated by the templates/template.rb script and should not be modified manually. See templates/lib/prism/node.rb.erb if you are looking to modify the template =end module Prism # This represents a node in the tree. It is the parent class of all of the # various node types. class Node # A pointer to the source that this node was created from. attr_reader :source private :source # A unique identifier for this node. This is used in a very specific # use case where you want to keep around a reference to a node without # having to keep around the syntax tree in memory. This unique identifier # will be consistent across multiple parses of the same source code. attr_reader :node_id # Save this node using a saved source so that it can be retrieved later. def save(repository) repository.enter(node_id, :itself) end # A Location instance that represents the location of this node in the # source. def location location = @location return location if location.is_a?(Location) @location = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the location using a saved source so that it can be retrieved later. def save_location(repository) repository.enter(node_id, :location) end # Delegates to the start_line of the associated location object. def start_line location.start_line end # Delegates to the end_line of the associated location object. def end_line location.end_line end # The start offset of the node in the source. This method is effectively a # delegate method to the location object. def start_offset location = @location location.is_a?(Location) ? location.start_offset : location >> 32 end # The end offset of the node in the source. This method is effectively a # delegate method to the location object. def end_offset location = @location location.is_a?(Location) ? location.end_offset : ((location >> 32) + (location & 0xFFFFFFFF)) end # Delegates to the start_character_offset of the associated location object. def start_character_offset location.start_character_offset end # Delegates to the end_character_offset of the associated location object. def end_character_offset location.end_character_offset end # Delegates to the cached_start_code_units_offset of the associated location # object. def cached_start_code_units_offset(cache) location.cached_start_code_units_offset(cache) end # Delegates to the cached_end_code_units_offset of the associated location # object. def cached_end_code_units_offset(cache) location.cached_end_code_units_offset(cache) end # Delegates to the start_column of the associated location object. def start_column location.start_column end # Delegates to the end_column of the associated location object. def end_column location.end_column end # Delegates to the start_character_column of the associated location object. def start_character_column location.start_character_column end # Delegates to the end_character_column of the associated location object. def end_character_column location.end_character_column end # Delegates to the cached_start_code_units_column of the associated location # object. def cached_start_code_units_column(cache) location.cached_start_code_units_column(cache) end # Delegates to the cached_end_code_units_column of the associated location # object. def cached_end_code_units_column(cache) location.cached_end_code_units_column(cache) end # Delegates to the leading_comments of the associated location object. def leading_comments location.leading_comments end # Delegates to the trailing_comments of the associated location object. def trailing_comments location.trailing_comments end # Delegates to the comments of the associated location object. def comments location.comments end # Returns all of the lines of the source code associated with this node. def source_lines location.source_lines end # An alias for source_lines, used to mimic the API from # RubyVM::AbstractSyntaxTree to make it easier to migrate. alias script_lines source_lines # Slice the location of the node from the source. def slice location.slice end # Slice the location of the node from the source, starting at the beginning # of the line that the location starts on, ending at the end of the line # that the location ends on. def slice_lines location.slice_lines end # An bitset of flags for this node. There are certain flags that are common # for all nodes, and then some nodes have specific flags. attr_reader :flags protected :flags # Returns true if the node has the newline flag set. def newline? flags.anybits?(NodeFlags::NEWLINE) end # Returns true if the node has the static literal flag set. def static_literal? flags.anybits?(NodeFlags::STATIC_LITERAL) end # Similar to inspect, but respects the current level of indentation given by # the pretty print object. def pretty_print(q) q.seplist(inspect.chomp.each_line, -> { q.breakable }) do |line| q.text(line.chomp) end q.current_group.break end # Convert this node into a graphviz dot graph string. def to_dot # @type self: node DotVisitor.new.tap { |visitor| accept(visitor) }.to_dot end # Returns a list of nodes that are descendants of this node that contain the # given line and column. This is useful for locating a node that is selected # based on the line and column of the source code. # # Important to note is that the column given to this method should be in # bytes, as opposed to characters or code units. def tunnel(line, column) queue = [self] #: Array[Prism::node] result = [] #: Array[Prism::node] while (node = queue.shift) result << node node.compact_child_nodes.each do |child_node| child_location = child_node.location start_line = child_location.start_line end_line = child_location.end_line if start_line == end_line if line == start_line && column >= child_location.start_column && column < child_location.end_column queue << child_node break end elsif (line == start_line && column >= child_location.start_column) || (line == end_line && column < child_location.end_column) queue << child_node break elsif line > start_line && line < end_line queue << child_node break end end end result end # Returns the first node that matches the given block when visited in a # depth-first search. This is useful for finding a node that matches a # particular condition. # # node.breadth_first_search { |node| node.node_id == node_id } # def breadth_first_search(&block) queue = [self] #: Array[Prism::node] while (node = queue.shift) return node if yield node queue.concat(node.compact_child_nodes) end nil end # Returns a list of the fields that exist for this node class. Fields # describe the structure of the node. This kind of reflection is useful for # things like recursively visiting each node _and_ field in the tree. def self.fields # This method should only be called on subclasses of Node, not Node # itself. raise NoMethodError, "undefined method `fields' for #{inspect}" if self == Node Reflection.fields_for(self) end # -------------------------------------------------------------------------- # :section: Node interface # These methods are effectively abstract methods that must be implemented by # the various subclasses of Node. They are here to make it easier to work # with typecheckers. # -------------------------------------------------------------------------- # Accepts a visitor and calls back into the specialized visit function. def accept(visitor) raise NoMethodError, "undefined method `accept' for #{inspect}" end # Returns an array of child nodes, including `nil`s in the place of optional # nodes that were not present. def child_nodes raise NoMethodError, "undefined method `child_nodes' for #{inspect}" end alias deconstruct child_nodes # Returns an array of child nodes, excluding any `nil`s in the place of # optional nodes that were not present. def compact_child_nodes raise NoMethodError, "undefined method `compact_child_nodes' for #{inspect}" end # Returns an array of child nodes and locations that could potentially have # comments attached to them. def comment_targets raise NoMethodError, "undefined method `comment_targets' for #{inspect}" end # Returns a string representation of the node. def inspect raise NoMethodError, "undefined method `inspect' for #{inspect}" end # Sometimes you want to check an instance of a node against a list of # classes to see what kind of behavior to perform. Usually this is done by # calling `[cls1, cls2].include?(node.class)` or putting the node into a # case statement and doing `case node; when cls1; when cls2; end`. Both of # these approaches are relatively slow because of the constant lookups, # method calls, and/or array allocations. # # Instead, you can call #type, which will return to you a symbol that you # can use for comparison. This is faster than the other approaches because # it uses a single integer comparison, but also because if you're on CRuby # you can take advantage of the fact that case statements with all symbol # keys will use a jump table. def type raise NoMethodError, "undefined method `type' for #{inspect}" end # Similar to #type, this method returns a symbol that you can use for # splitting on the type of the node without having to do a long === chain. # Note that like #type, it will still be slower than using == for a single # class, but should be faster in a case statement or an array comparison. def self.type raise NoMethodError, "undefined method `type' for #{inspect}" end end # Represents the use of the `alias` keyword to alias a global variable. # # alias $foo $bar # ^^^^^^^^^^^^^^^ class AliasGlobalVariableNode < Node # Initialize a new AliasGlobalVariableNode node. def initialize(source, node_id, location, flags, new_name, old_name, keyword_loc) @source = source @node_id = node_id @location = location @flags = flags @new_name = new_name @old_name = old_name @keyword_loc = keyword_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_alias_global_variable_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [new_name, old_name] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [new_name, old_name] end # def comment_targets: () -> Array[Node | Location] def comment_targets [new_name, old_name, keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?new_name: GlobalVariableReadNode | BackReferenceReadNode | NumberedReferenceReadNode, ?old_name: GlobalVariableReadNode | BackReferenceReadNode | NumberedReferenceReadNode | SymbolNode | MissingNode, ?keyword_loc: Location) -> AliasGlobalVariableNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, new_name: self.new_name, old_name: self.old_name, keyword_loc: self.keyword_loc) AliasGlobalVariableNode.new(source, node_id, location, flags, new_name, old_name, keyword_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, new_name: GlobalVariableReadNode | BackReferenceReadNode | NumberedReferenceReadNode, old_name: GlobalVariableReadNode | BackReferenceReadNode | NumberedReferenceReadNode | SymbolNode | MissingNode, keyword_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, new_name: new_name, old_name: old_name, keyword_loc: keyword_loc } end # Represents the new name of the global variable that can be used after aliasing. # # alias $foo $bar # ^^^^ attr_reader :new_name # Represents the old name of the global variable that can be used before aliasing. # # alias $foo $bar # ^^^^ attr_reader :old_name # The location of the `alias` keyword. # # alias $foo $bar # ^^^^^ def keyword_loc location = @keyword_loc return location if location.is_a?(Location) @keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the keyword_loc location using the given saved source so that # it can be retrieved later. def save_keyword_loc(repository) repository.enter(node_id, :keyword_loc) end # def keyword: () -> String def keyword keyword_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :alias_global_variable_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :alias_global_variable_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(AliasGlobalVariableNode) && (new_name === other.new_name) && (old_name === other.old_name) && (keyword_loc.nil? == other.keyword_loc.nil?) end end # Represents the use of the `alias` keyword to alias a method. # # alias foo bar # ^^^^^^^^^^^^^ class AliasMethodNode < Node # Initialize a new AliasMethodNode node. def initialize(source, node_id, location, flags, new_name, old_name, keyword_loc) @source = source @node_id = node_id @location = location @flags = flags @new_name = new_name @old_name = old_name @keyword_loc = keyword_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_alias_method_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [new_name, old_name] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [new_name, old_name] end # def comment_targets: () -> Array[Node | Location] def comment_targets [new_name, old_name, keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?new_name: SymbolNode | InterpolatedSymbolNode, ?old_name: SymbolNode | InterpolatedSymbolNode | GlobalVariableReadNode | MissingNode, ?keyword_loc: Location) -> AliasMethodNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, new_name: self.new_name, old_name: self.old_name, keyword_loc: self.keyword_loc) AliasMethodNode.new(source, node_id, location, flags, new_name, old_name, keyword_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, new_name: SymbolNode | InterpolatedSymbolNode, old_name: SymbolNode | InterpolatedSymbolNode | GlobalVariableReadNode | MissingNode, keyword_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, new_name: new_name, old_name: old_name, keyword_loc: keyword_loc } end # Represents the new name of the method that will be aliased. # # alias foo bar # ^^^ # # alias :foo :bar # ^^^^ # # alias :"#{foo}" :"#{bar}" # ^^^^^^^^^ attr_reader :new_name # Represents the old name of the method that will be aliased. # # alias foo bar # ^^^ # # alias :foo :bar # ^^^^ # # alias :"#{foo}" :"#{bar}" # ^^^^^^^^^ attr_reader :old_name # Represents the location of the `alias` keyword. # # alias foo bar # ^^^^^ def keyword_loc location = @keyword_loc return location if location.is_a?(Location) @keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the keyword_loc location using the given saved source so that # it can be retrieved later. def save_keyword_loc(repository) repository.enter(node_id, :keyword_loc) end # def keyword: () -> String def keyword keyword_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :alias_method_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :alias_method_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(AliasMethodNode) && (new_name === other.new_name) && (old_name === other.old_name) && (keyword_loc.nil? == other.keyword_loc.nil?) end end # Represents an alternation pattern in pattern matching. # # foo => bar | baz # ^^^^^^^^^ class AlternationPatternNode < Node # Initialize a new AlternationPatternNode node. def initialize(source, node_id, location, flags, left, right, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @left = left @right = right @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_alternation_pattern_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [left, right] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [left, right] end # def comment_targets: () -> Array[Node | Location] def comment_targets [left, right, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?left: Prism::node, ?right: Prism::node, ?operator_loc: Location) -> AlternationPatternNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, left: self.left, right: self.right, operator_loc: self.operator_loc) AlternationPatternNode.new(source, node_id, location, flags, left, right, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, left: Prism::node, right: Prism::node, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, left: left, right: right, operator_loc: operator_loc } end # Represents the left side of the expression. # # foo => bar | baz # ^^^ attr_reader :left # Represents the right side of the expression. # # foo => bar | baz # ^^^ attr_reader :right # Represents the alternation operator location. # # foo => bar | baz # ^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :alternation_pattern_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :alternation_pattern_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(AlternationPatternNode) && (left === other.left) && (right === other.right) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents the use of the `&&` operator or the `and` keyword. # # left and right # ^^^^^^^^^^^^^^ class AndNode < Node # Initialize a new AndNode node. def initialize(source, node_id, location, flags, left, right, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @left = left @right = right @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_and_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [left, right] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [left, right] end # def comment_targets: () -> Array[Node | Location] def comment_targets [left, right, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?left: Prism::node, ?right: Prism::node, ?operator_loc: Location) -> AndNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, left: self.left, right: self.right, operator_loc: self.operator_loc) AndNode.new(source, node_id, location, flags, left, right, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, left: Prism::node, right: Prism::node, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, left: left, right: right, operator_loc: operator_loc } end # Represents the left side of the expression. It can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # left and right # ^^^^ # # 1 && 2 # ^ attr_reader :left # Represents the right side of the expression. # # left && right # ^^^^^ # # 1 and 2 # ^ attr_reader :right # The location of the `and` keyword or the `&&` operator. # # left and right # ^^^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :and_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :and_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(AndNode) && (left === other.left) && (right === other.right) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents a set of arguments to a method or a keyword. # # return foo, bar, baz # ^^^^^^^^^^^^^ class ArgumentsNode < Node # Initialize a new ArgumentsNode node. def initialize(source, node_id, location, flags, arguments) @source = source @node_id = node_id @location = location @flags = flags @arguments = arguments end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_arguments_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [*arguments] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [*arguments] end # def comment_targets: () -> Array[Node | Location] def comment_targets [*arguments] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?arguments: Array[Prism::node]) -> ArgumentsNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, arguments: self.arguments) ArgumentsNode.new(source, node_id, location, flags, arguments) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, arguments: Array[Prism::node] } def deconstruct_keys(keys) { node_id: node_id, location: location, arguments: arguments } end # def contains_forwarding?: () -> bool def contains_forwarding? flags.anybits?(ArgumentsNodeFlags::CONTAINS_FORWARDING) end # def contains_keywords?: () -> bool def contains_keywords? flags.anybits?(ArgumentsNodeFlags::CONTAINS_KEYWORDS) end # def contains_keyword_splat?: () -> bool def contains_keyword_splat? flags.anybits?(ArgumentsNodeFlags::CONTAINS_KEYWORD_SPLAT) end # def contains_splat?: () -> bool def contains_splat? flags.anybits?(ArgumentsNodeFlags::CONTAINS_SPLAT) end # def contains_multiple_splats?: () -> bool def contains_multiple_splats? flags.anybits?(ArgumentsNodeFlags::CONTAINS_MULTIPLE_SPLATS) end # The list of arguments, if present. These can be any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo(bar, baz) # ^^^^^^^^ attr_reader :arguments # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :arguments_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :arguments_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ArgumentsNode) && (flags === other.flags) && (arguments.length == other.arguments.length) && arguments.zip(other.arguments).all? { |left, right| left === right } end end # Represents an array literal. This can be a regular array using brackets or a special array using % like %w or %i. # # [1, 2, 3] # ^^^^^^^^^ class ArrayNode < Node # Initialize a new ArrayNode node. def initialize(source, node_id, location, flags, elements, opening_loc, closing_loc) @source = source @node_id = node_id @location = location @flags = flags @elements = elements @opening_loc = opening_loc @closing_loc = closing_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_array_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [*elements] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [*elements] end # def comment_targets: () -> Array[Node | Location] def comment_targets [*elements, *opening_loc, *closing_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?elements: Array[Prism::node], ?opening_loc: Location?, ?closing_loc: Location?) -> ArrayNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, elements: self.elements, opening_loc: self.opening_loc, closing_loc: self.closing_loc) ArrayNode.new(source, node_id, location, flags, elements, opening_loc, closing_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, elements: Array[Prism::node], opening_loc: Location?, closing_loc: Location? } def deconstruct_keys(keys) { node_id: node_id, location: location, elements: elements, opening_loc: opening_loc, closing_loc: closing_loc } end # def contains_splat?: () -> bool def contains_splat? flags.anybits?(ArrayNodeFlags::CONTAINS_SPLAT) end # Represent the list of zero or more [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression) within the array. attr_reader :elements # Represents the optional source location for the opening token. # # [1,2,3] # "[" # %w[foo bar baz] # "%w[" # %I(apple orange banana) # "%I(" # foo = 1, 2, 3 # nil def opening_loc location = @opening_loc case location when nil nil when Location location else @opening_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the opening_loc location using the given saved source so that # it can be retrieved later. def save_opening_loc(repository) repository.enter(node_id, :opening_loc) unless @opening_loc.nil? end # Represents the optional source location for the closing token. # # [1,2,3] # "]" # %w[foo bar baz] # "]" # %I(apple orange banana) # ")" # foo = 1, 2, 3 # nil def closing_loc location = @closing_loc case location when nil nil when Location location else @closing_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the closing_loc location using the given saved source so that # it can be retrieved later. def save_closing_loc(repository) repository.enter(node_id, :closing_loc) unless @closing_loc.nil? end # def opening: () -> String? def opening opening_loc&.slice end # def closing: () -> String? def closing closing_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :array_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :array_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ArrayNode) && (flags === other.flags) && (elements.length == other.elements.length) && elements.zip(other.elements).all? { |left, right| left === right } && (opening_loc.nil? == other.opening_loc.nil?) && (closing_loc.nil? == other.closing_loc.nil?) end end # Represents an array pattern in pattern matching. # # foo in 1, 2 # ^^^^^^^^^^^ # # foo in [1, 2] # ^^^^^^^^^^^^^ # # foo in *bar # ^^^^^^^^^^^ # # foo in Bar[] # ^^^^^^^^^^^^ # # foo in Bar[1, 2, 3] # ^^^^^^^^^^^^^^^^^^^ class ArrayPatternNode < Node # Initialize a new ArrayPatternNode node. def initialize(source, node_id, location, flags, constant, requireds, rest, posts, opening_loc, closing_loc) @source = source @node_id = node_id @location = location @flags = flags @constant = constant @requireds = requireds @rest = rest @posts = posts @opening_loc = opening_loc @closing_loc = closing_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_array_pattern_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [constant, *requireds, rest, *posts] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << constant if constant compact.concat(requireds) compact << rest if rest compact.concat(posts) compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*constant, *requireds, *rest, *posts, *opening_loc, *closing_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?constant: ConstantReadNode | ConstantPathNode | nil, ?requireds: Array[Prism::node], ?rest: Prism::node?, ?posts: Array[Prism::node], ?opening_loc: Location?, ?closing_loc: Location?) -> ArrayPatternNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, constant: self.constant, requireds: self.requireds, rest: self.rest, posts: self.posts, opening_loc: self.opening_loc, closing_loc: self.closing_loc) ArrayPatternNode.new(source, node_id, location, flags, constant, requireds, rest, posts, opening_loc, closing_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, constant: ConstantReadNode | ConstantPathNode | nil, requireds: Array[Prism::node], rest: Prism::node?, posts: Array[Prism::node], opening_loc: Location?, closing_loc: Location? } def deconstruct_keys(keys) { node_id: node_id, location: location, constant: constant, requireds: requireds, rest: rest, posts: posts, opening_loc: opening_loc, closing_loc: closing_loc } end # attr_reader constant: ConstantReadNode | ConstantPathNode | nil attr_reader :constant # Represents the required elements of the array pattern. # # foo in [1, 2] # ^ ^ attr_reader :requireds # Represents the rest element of the array pattern. # # foo in *bar # ^^^^ attr_reader :rest # Represents the elements after the rest element of the array pattern. # # foo in *bar, baz # ^^^ attr_reader :posts # Represents the opening location of the array pattern. # # foo in [1, 2] # ^ def opening_loc location = @opening_loc case location when nil nil when Location location else @opening_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the opening_loc location using the given saved source so that # it can be retrieved later. def save_opening_loc(repository) repository.enter(node_id, :opening_loc) unless @opening_loc.nil? end # Represents the closing location of the array pattern. # # foo in [1, 2] # ^ def closing_loc location = @closing_loc case location when nil nil when Location location else @closing_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the closing_loc location using the given saved source so that # it can be retrieved later. def save_closing_loc(repository) repository.enter(node_id, :closing_loc) unless @closing_loc.nil? end # def opening: () -> String? def opening opening_loc&.slice end # def closing: () -> String? def closing closing_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :array_pattern_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :array_pattern_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ArrayPatternNode) && (constant === other.constant) && (requireds.length == other.requireds.length) && requireds.zip(other.requireds).all? { |left, right| left === right } && (rest === other.rest) && (posts.length == other.posts.length) && posts.zip(other.posts).all? { |left, right| left === right } && (opening_loc.nil? == other.opening_loc.nil?) && (closing_loc.nil? == other.closing_loc.nil?) end end # Represents a hash key/value pair. # # { a => b } # ^^^^^^ class AssocNode < Node # Initialize a new AssocNode node. def initialize(source, node_id, location, flags, key, value, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @key = key @value = value @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_assoc_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [key, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [key, value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [key, value, *operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?key: Prism::node, ?value: Prism::node, ?operator_loc: Location?) -> AssocNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, key: self.key, value: self.value, operator_loc: self.operator_loc) AssocNode.new(source, node_id, location, flags, key, value, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, key: Prism::node, value: Prism::node, operator_loc: Location? } def deconstruct_keys(keys) { node_id: node_id, location: location, key: key, value: value, operator_loc: operator_loc } end # The key of the association. This can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # { a: b } # ^ # # { foo => bar } # ^^^ # # { def a; end => 1 } # ^^^^^^^^^^ attr_reader :key # The value of the association, if present. This can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # { foo => bar } # ^^^ # # { x: 1 } # ^ attr_reader :value # The location of the `=>` operator, if present. # # { foo => bar } # ^^ def operator_loc location = @operator_loc case location when nil nil when Location location else @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) unless @operator_loc.nil? end # def operator: () -> String? def operator operator_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :assoc_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :assoc_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(AssocNode) && (key === other.key) && (value === other.value) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents a splat in a hash literal. # # { **foo } # ^^^^^ class AssocSplatNode < Node # Initialize a new AssocSplatNode node. def initialize(source, node_id, location, flags, value, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @value = value @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_assoc_splat_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << value if value compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*value, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?value: Prism::node?, ?operator_loc: Location) -> AssocSplatNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, value: self.value, operator_loc: self.operator_loc) AssocSplatNode.new(source, node_id, location, flags, value, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, value: Prism::node?, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, value: value, operator_loc: operator_loc } end # The value to be splatted, if present. Will be missing when keyword rest argument forwarding is used. # # { **foo } # ^^^ attr_reader :value # The location of the `**` operator. # # { **x } # ^^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :assoc_splat_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :assoc_splat_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(AssocSplatNode) && (value === other.value) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents reading a reference to a field in the previous match. # # $' # ^^ class BackReferenceReadNode < Node # Initialize a new BackReferenceReadNode node. def initialize(source, node_id, location, flags, name) @source = source @node_id = node_id @location = location @flags = flags @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_back_reference_read_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol) -> BackReferenceReadNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name) BackReferenceReadNode.new(source, node_id, location, flags, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name } end # The name of the back-reference variable, including the leading `$`. # # $& # name `:$&` # # $+ # name `:$+` attr_reader :name # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :back_reference_read_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :back_reference_read_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BackReferenceReadNode) && (name === other.name) end end # Represents a begin statement. # # begin # foo # end # ^^^^^ class BeginNode < Node # Initialize a new BeginNode node. def initialize(source, node_id, location, flags, begin_keyword_loc, statements, rescue_clause, else_clause, ensure_clause, end_keyword_loc) @source = source @node_id = node_id @location = location @flags = flags @begin_keyword_loc = begin_keyword_loc @statements = statements @rescue_clause = rescue_clause @else_clause = else_clause @ensure_clause = ensure_clause @end_keyword_loc = end_keyword_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_begin_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [statements, rescue_clause, else_clause, ensure_clause] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << statements if statements compact << rescue_clause if rescue_clause compact << else_clause if else_clause compact << ensure_clause if ensure_clause compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*begin_keyword_loc, *statements, *rescue_clause, *else_clause, *ensure_clause, *end_keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?begin_keyword_loc: Location?, ?statements: StatementsNode?, ?rescue_clause: RescueNode?, ?else_clause: ElseNode?, ?ensure_clause: EnsureNode?, ?end_keyword_loc: Location?) -> BeginNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, begin_keyword_loc: self.begin_keyword_loc, statements: self.statements, rescue_clause: self.rescue_clause, else_clause: self.else_clause, ensure_clause: self.ensure_clause, end_keyword_loc: self.end_keyword_loc) BeginNode.new(source, node_id, location, flags, begin_keyword_loc, statements, rescue_clause, else_clause, ensure_clause, end_keyword_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, begin_keyword_loc: Location?, statements: StatementsNode?, rescue_clause: RescueNode?, else_clause: ElseNode?, ensure_clause: EnsureNode?, end_keyword_loc: Location? } def deconstruct_keys(keys) { node_id: node_id, location: location, begin_keyword_loc: begin_keyword_loc, statements: statements, rescue_clause: rescue_clause, else_clause: else_clause, ensure_clause: ensure_clause, end_keyword_loc: end_keyword_loc } end # Represents the location of the `begin` keyword. # # begin x end # ^^^^^ def begin_keyword_loc location = @begin_keyword_loc case location when nil nil when Location location else @begin_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the begin_keyword_loc location using the given saved source so that # it can be retrieved later. def save_begin_keyword_loc(repository) repository.enter(node_id, :begin_keyword_loc) unless @begin_keyword_loc.nil? end # Represents the statements within the begin block. # # begin x end # ^ attr_reader :statements # Represents the rescue clause within the begin block. # # begin x; rescue y; end # ^^^^^^^^ attr_reader :rescue_clause # Represents the else clause within the begin block. # # begin x; rescue y; else z; end # ^^^^^^ attr_reader :else_clause # Represents the ensure clause within the begin block. # # begin x; ensure y; end # ^^^^^^^^ attr_reader :ensure_clause # Represents the location of the `end` keyword. # # begin x end # ^^^ def end_keyword_loc location = @end_keyword_loc case location when nil nil when Location location else @end_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the end_keyword_loc location using the given saved source so that # it can be retrieved later. def save_end_keyword_loc(repository) repository.enter(node_id, :end_keyword_loc) unless @end_keyword_loc.nil? end # def begin_keyword: () -> String? def begin_keyword begin_keyword_loc&.slice end # def end_keyword: () -> String? def end_keyword end_keyword_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :begin_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :begin_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BeginNode) && (begin_keyword_loc.nil? == other.begin_keyword_loc.nil?) && (statements === other.statements) && (rescue_clause === other.rescue_clause) && (else_clause === other.else_clause) && (ensure_clause === other.ensure_clause) && (end_keyword_loc.nil? == other.end_keyword_loc.nil?) end end # Represents a block argument using `&`. # # bar(&args) # ^^^^^^^^^^ class BlockArgumentNode < Node # Initialize a new BlockArgumentNode node. def initialize(source, node_id, location, flags, expression, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @expression = expression @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_block_argument_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [expression] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << expression if expression compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*expression, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?expression: Prism::node?, ?operator_loc: Location) -> BlockArgumentNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, expression: self.expression, operator_loc: self.operator_loc) BlockArgumentNode.new(source, node_id, location, flags, expression, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, expression: Prism::node?, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, expression: expression, operator_loc: operator_loc } end # The expression that is being passed as a block argument. This can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo(&args) # ^^^^^ attr_reader :expression # Represents the location of the `&` operator. # # foo(&args) # ^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :block_argument_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :block_argument_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BlockArgumentNode) && (expression === other.expression) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents a block local variable. # # a { |; b| } # ^ class BlockLocalVariableNode < Node # Initialize a new BlockLocalVariableNode node. def initialize(source, node_id, location, flags, name) @source = source @node_id = node_id @location = location @flags = flags @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_block_local_variable_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol) -> BlockLocalVariableNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name) BlockLocalVariableNode.new(source, node_id, location, flags, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name } end # def repeated_parameter?: () -> bool def repeated_parameter? flags.anybits?(ParameterFlags::REPEATED_PARAMETER) end # The name of the block local variable. # # a { |; b| } # name `:b` # ^ attr_reader :name # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :block_local_variable_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :block_local_variable_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BlockLocalVariableNode) && (flags === other.flags) && (name === other.name) end end # Represents a block of ruby code. # # [1, 2, 3].each { |i| puts x } # ^^^^^^^^^^^^^^ class BlockNode < Node # Initialize a new BlockNode node. def initialize(source, node_id, location, flags, locals, parameters, body, opening_loc, closing_loc) @source = source @node_id = node_id @location = location @flags = flags @locals = locals @parameters = parameters @body = body @opening_loc = opening_loc @closing_loc = closing_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_block_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [parameters, body] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << parameters if parameters compact << body if body compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*parameters, *body, opening_loc, closing_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?locals: Array[Symbol], ?parameters: BlockParametersNode | NumberedParametersNode | ItParametersNode | nil, ?body: StatementsNode | BeginNode | nil, ?opening_loc: Location, ?closing_loc: Location) -> BlockNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, locals: self.locals, parameters: self.parameters, body: self.body, opening_loc: self.opening_loc, closing_loc: self.closing_loc) BlockNode.new(source, node_id, location, flags, locals, parameters, body, opening_loc, closing_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, locals: Array[Symbol], parameters: BlockParametersNode | NumberedParametersNode | ItParametersNode | nil, body: StatementsNode | BeginNode | nil, opening_loc: Location, closing_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, locals: locals, parameters: parameters, body: body, opening_loc: opening_loc, closing_loc: closing_loc } end # The local variables declared in the block. # # [1, 2, 3].each { |i| puts x } # locals: [:i] # ^ attr_reader :locals # The parameters of the block. # # [1, 2, 3].each { |i| puts x } # ^^^ # [1, 2, 3].each { puts _1 } # ^^^^^^^^^^^ # [1, 2, 3].each { puts it } # ^^^^^^^^^^^ attr_reader :parameters # The body of the block. # # [1, 2, 3].each { |i| puts x } # ^^^^^^ attr_reader :body # Represents the location of the opening `|`. # # [1, 2, 3].each { |i| puts x } # ^ def opening_loc location = @opening_loc return location if location.is_a?(Location) @opening_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the opening_loc location using the given saved source so that # it can be retrieved later. def save_opening_loc(repository) repository.enter(node_id, :opening_loc) end # Represents the location of the closing `|`. # # [1, 2, 3].each { |i| puts x } # ^ def closing_loc location = @closing_loc return location if location.is_a?(Location) @closing_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the closing_loc location using the given saved source so that # it can be retrieved later. def save_closing_loc(repository) repository.enter(node_id, :closing_loc) end # def opening: () -> String def opening opening_loc.slice end # def closing: () -> String def closing closing_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :block_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :block_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BlockNode) && (locals.length == other.locals.length) && locals.zip(other.locals).all? { |left, right| left === right } && (parameters === other.parameters) && (body === other.body) && (opening_loc.nil? == other.opening_loc.nil?) && (closing_loc.nil? == other.closing_loc.nil?) end end # Represents a block parameter of a method, block, or lambda definition. # # def a(&b) # ^^ # end class BlockParameterNode < Node # Initialize a new BlockParameterNode node. def initialize(source, node_id, location, flags, name, name_loc, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_block_parameter_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [*name_loc, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol?, ?name_loc: Location?, ?operator_loc: Location) -> BlockParameterNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, operator_loc: self.operator_loc) BlockParameterNode.new(source, node_id, location, flags, name, name_loc, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol?, name_loc: Location?, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, operator_loc: operator_loc } end # def repeated_parameter?: () -> bool def repeated_parameter? flags.anybits?(ParameterFlags::REPEATED_PARAMETER) end # The name of the block parameter. # # def a(&b) # name `:b` # ^ # end attr_reader :name # Represents the location of the block parameter name. # # def a(&b) # ^ def name_loc location = @name_loc case location when nil nil when Location location else @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) unless @name_loc.nil? end # Represents the location of the `&` operator. # # def a(&b) # ^ # end def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :block_parameter_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :block_parameter_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BlockParameterNode) && (flags === other.flags) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents a block's parameters declaration. # # -> (a, b = 1; local) { } # ^^^^^^^^^^^^^^^^^ # # foo do |a, b = 1; local| # ^^^^^^^^^^^^^^^^^ # end class BlockParametersNode < Node # Initialize a new BlockParametersNode node. def initialize(source, node_id, location, flags, parameters, locals, opening_loc, closing_loc) @source = source @node_id = node_id @location = location @flags = flags @parameters = parameters @locals = locals @opening_loc = opening_loc @closing_loc = closing_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_block_parameters_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [parameters, *locals] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << parameters if parameters compact.concat(locals) compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*parameters, *locals, *opening_loc, *closing_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?parameters: ParametersNode?, ?locals: Array[BlockLocalVariableNode], ?opening_loc: Location?, ?closing_loc: Location?) -> BlockParametersNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, parameters: self.parameters, locals: self.locals, opening_loc: self.opening_loc, closing_loc: self.closing_loc) BlockParametersNode.new(source, node_id, location, flags, parameters, locals, opening_loc, closing_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, parameters: ParametersNode?, locals: Array[BlockLocalVariableNode], opening_loc: Location?, closing_loc: Location? } def deconstruct_keys(keys) { node_id: node_id, location: location, parameters: parameters, locals: locals, opening_loc: opening_loc, closing_loc: closing_loc } end # Represents the parameters of the block. # # -> (a, b = 1; local) { } # ^^^^^^^^ # # foo do |a, b = 1; local| # ^^^^^^^^ # end attr_reader :parameters # Represents the local variables of the block. # # -> (a, b = 1; local) { } # ^^^^^ # # foo do |a, b = 1; local| # ^^^^^ # end attr_reader :locals # Represents the opening location of the block parameters. # # -> (a, b = 1; local) { } # ^ # # foo do |a, b = 1; local| # ^ # end def opening_loc location = @opening_loc case location when nil nil when Location location else @opening_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the opening_loc location using the given saved source so that # it can be retrieved later. def save_opening_loc(repository) repository.enter(node_id, :opening_loc) unless @opening_loc.nil? end # Represents the closing location of the block parameters. # # -> (a, b = 1; local) { } # ^ # # foo do |a, b = 1; local| # ^ # end def closing_loc location = @closing_loc case location when nil nil when Location location else @closing_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the closing_loc location using the given saved source so that # it can be retrieved later. def save_closing_loc(repository) repository.enter(node_id, :closing_loc) unless @closing_loc.nil? end # def opening: () -> String? def opening opening_loc&.slice end # def closing: () -> String? def closing closing_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :block_parameters_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :block_parameters_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BlockParametersNode) && (parameters === other.parameters) && (locals.length == other.locals.length) && locals.zip(other.locals).all? { |left, right| left === right } && (opening_loc.nil? == other.opening_loc.nil?) && (closing_loc.nil? == other.closing_loc.nil?) end end # Represents the use of the `break` keyword. # # break foo # ^^^^^^^^^ class BreakNode < Node # Initialize a new BreakNode node. def initialize(source, node_id, location, flags, arguments, keyword_loc) @source = source @node_id = node_id @location = location @flags = flags @arguments = arguments @keyword_loc = keyword_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_break_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [arguments] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << arguments if arguments compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*arguments, keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?arguments: ArgumentsNode?, ?keyword_loc: Location) -> BreakNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, arguments: self.arguments, keyword_loc: self.keyword_loc) BreakNode.new(source, node_id, location, flags, arguments, keyword_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, arguments: ArgumentsNode?, keyword_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, arguments: arguments, keyword_loc: keyword_loc } end # The arguments to the break statement, if present. These can be any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # break foo # ^^^ attr_reader :arguments # The location of the `break` keyword. # # break foo # ^^^^^ def keyword_loc location = @keyword_loc return location if location.is_a?(Location) @keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the keyword_loc location using the given saved source so that # it can be retrieved later. def save_keyword_loc(repository) repository.enter(node_id, :keyword_loc) end # def keyword: () -> String def keyword keyword_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :break_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :break_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(BreakNode) && (arguments === other.arguments) && (keyword_loc.nil? == other.keyword_loc.nil?) end end # Represents the use of the `&&=` operator on a call. # # foo.bar &&= value # ^^^^^^^^^^^^^^^^^ class CallAndWriteNode < Node # Initialize a new CallAndWriteNode node. def initialize(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @receiver = receiver @call_operator_loc = call_operator_loc @message_loc = message_loc @read_name = read_name @write_name = write_name @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_call_and_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [receiver, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << receiver if receiver compact << value compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*receiver, *call_operator_loc, *message_loc, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?receiver: Prism::node?, ?call_operator_loc: Location?, ?message_loc: Location?, ?read_name: Symbol, ?write_name: Symbol, ?operator_loc: Location, ?value: Prism::node) -> CallAndWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, receiver: self.receiver, call_operator_loc: self.call_operator_loc, message_loc: self.message_loc, read_name: self.read_name, write_name: self.write_name, operator_loc: self.operator_loc, value: self.value) CallAndWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, receiver: Prism::node?, call_operator_loc: Location?, message_loc: Location?, read_name: Symbol, write_name: Symbol, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, receiver: receiver, call_operator_loc: call_operator_loc, message_loc: message_loc, read_name: read_name, write_name: write_name, operator_loc: operator_loc, value: value } end # def safe_navigation?: () -> bool def safe_navigation? flags.anybits?(CallNodeFlags::SAFE_NAVIGATION) end # def variable_call?: () -> bool def variable_call? flags.anybits?(CallNodeFlags::VARIABLE_CALL) end # def attribute_write?: () -> bool def attribute_write? flags.anybits?(CallNodeFlags::ATTRIBUTE_WRITE) end # def ignore_visibility?: () -> bool def ignore_visibility? flags.anybits?(CallNodeFlags::IGNORE_VISIBILITY) end # The object that the method is being called on. This can be either `nil` or any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo.bar &&= value # ^^^ attr_reader :receiver # Represents the location of the call operator. # # foo.bar &&= value # ^ def call_operator_loc location = @call_operator_loc case location when nil nil when Location location else @call_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the call_operator_loc location using the given saved source so that # it can be retrieved later. def save_call_operator_loc(repository) repository.enter(node_id, :call_operator_loc) unless @call_operator_loc.nil? end # Represents the location of the message. # # foo.bar &&= value # ^^^ def message_loc location = @message_loc case location when nil nil when Location location else @message_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the message_loc location using the given saved source so that # it can be retrieved later. def save_message_loc(repository) repository.enter(node_id, :message_loc) unless @message_loc.nil? end # Represents the name of the method being called. # # foo.bar &&= value # read_name `:bar` # ^^^ attr_reader :read_name # Represents the name of the method being written to. # # foo.bar &&= value # write_name `:bar=` # ^^^ attr_reader :write_name # Represents the location of the operator. # # foo.bar &&= value # ^^^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # Represents the value being assigned. # # foo.bar &&= value # ^^^^^ attr_reader :value # def call_operator: () -> String? def call_operator call_operator_loc&.slice end # def message: () -> String? def message message_loc&.slice end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :call_and_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :call_and_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CallAndWriteNode) && (flags === other.flags) && (receiver === other.receiver) && (call_operator_loc.nil? == other.call_operator_loc.nil?) && (message_loc.nil? == other.message_loc.nil?) && (read_name === other.read_name) && (write_name === other.write_name) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents a method call, in all of the various forms that can take. # # foo # ^^^ # # foo() # ^^^^^ # # +foo # ^^^^ # # foo + bar # ^^^^^^^^^ # # foo.bar # ^^^^^^^ # # foo&.bar # ^^^^^^^^ class CallNode < Node # Initialize a new CallNode node. def initialize(source, node_id, location, flags, receiver, call_operator_loc, name, message_loc, opening_loc, arguments, closing_loc, block) @source = source @node_id = node_id @location = location @flags = flags @receiver = receiver @call_operator_loc = call_operator_loc @name = name @message_loc = message_loc @opening_loc = opening_loc @arguments = arguments @closing_loc = closing_loc @block = block end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_call_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [receiver, arguments, block] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << receiver if receiver compact << arguments if arguments compact << block if block compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*receiver, *call_operator_loc, *message_loc, *opening_loc, *arguments, *closing_loc, *block] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?receiver: Prism::node?, ?call_operator_loc: Location?, ?name: Symbol, ?message_loc: Location?, ?opening_loc: Location?, ?arguments: ArgumentsNode?, ?closing_loc: Location?, ?block: BlockNode | BlockArgumentNode | nil) -> CallNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, receiver: self.receiver, call_operator_loc: self.call_operator_loc, name: self.name, message_loc: self.message_loc, opening_loc: self.opening_loc, arguments: self.arguments, closing_loc: self.closing_loc, block: self.block) CallNode.new(source, node_id, location, flags, receiver, call_operator_loc, name, message_loc, opening_loc, arguments, closing_loc, block) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, receiver: Prism::node?, call_operator_loc: Location?, name: Symbol, message_loc: Location?, opening_loc: Location?, arguments: ArgumentsNode?, closing_loc: Location?, block: BlockNode | BlockArgumentNode | nil } def deconstruct_keys(keys) { node_id: node_id, location: location, receiver: receiver, call_operator_loc: call_operator_loc, name: name, message_loc: message_loc, opening_loc: opening_loc, arguments: arguments, closing_loc: closing_loc, block: block } end # def safe_navigation?: () -> bool def safe_navigation? flags.anybits?(CallNodeFlags::SAFE_NAVIGATION) end # def variable_call?: () -> bool def variable_call? flags.anybits?(CallNodeFlags::VARIABLE_CALL) end # def attribute_write?: () -> bool def attribute_write? flags.anybits?(CallNodeFlags::ATTRIBUTE_WRITE) end # def ignore_visibility?: () -> bool def ignore_visibility? flags.anybits?(CallNodeFlags::IGNORE_VISIBILITY) end # The object that the method is being called on. This can be either `nil` or any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo.bar # ^^^ # # +foo # ^^^ # # foo + bar # ^^^ attr_reader :receiver # Represents the location of the call operator. # # foo.bar # ^ # # foo&.bar # ^^ def call_operator_loc location = @call_operator_loc case location when nil nil when Location location else @call_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the call_operator_loc location using the given saved source so that # it can be retrieved later. def save_call_operator_loc(repository) repository.enter(node_id, :call_operator_loc) unless @call_operator_loc.nil? end # Represents the name of the method being called. # # foo.bar # name `:foo` # ^^^ attr_reader :name # Represents the location of the message. # # foo.bar # ^^^ def message_loc location = @message_loc case location when nil nil when Location location else @message_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the message_loc location using the given saved source so that # it can be retrieved later. def save_message_loc(repository) repository.enter(node_id, :message_loc) unless @message_loc.nil? end # Represents the location of the left parenthesis. # foo(bar) # ^ def opening_loc location = @opening_loc case location when nil nil when Location location else @opening_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the opening_loc location using the given saved source so that # it can be retrieved later. def save_opening_loc(repository) repository.enter(node_id, :opening_loc) unless @opening_loc.nil? end # Represents the arguments to the method call. These can be any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo(bar) # ^^^ attr_reader :arguments # Represents the location of the right parenthesis. # # foo(bar) # ^ def closing_loc location = @closing_loc case location when nil nil when Location location else @closing_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the closing_loc location using the given saved source so that # it can be retrieved later. def save_closing_loc(repository) repository.enter(node_id, :closing_loc) unless @closing_loc.nil? end # Represents the block that is being passed to the method. # # foo { |a| a } # ^^^^^^^^^ attr_reader :block # def call_operator: () -> String? def call_operator call_operator_loc&.slice end # def message: () -> String? def message message_loc&.slice end # def opening: () -> String? def opening opening_loc&.slice end # def closing: () -> String? def closing closing_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :call_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :call_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CallNode) && (flags === other.flags) && (receiver === other.receiver) && (call_operator_loc.nil? == other.call_operator_loc.nil?) && (name === other.name) && (message_loc.nil? == other.message_loc.nil?) && (opening_loc.nil? == other.opening_loc.nil?) && (arguments === other.arguments) && (closing_loc.nil? == other.closing_loc.nil?) && (block === other.block) end end # Represents the use of an assignment operator on a call. # # foo.bar += baz # ^^^^^^^^^^^^^^ class CallOperatorWriteNode < Node # Initialize a new CallOperatorWriteNode node. def initialize(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, binary_operator, binary_operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @receiver = receiver @call_operator_loc = call_operator_loc @message_loc = message_loc @read_name = read_name @write_name = write_name @binary_operator = binary_operator @binary_operator_loc = binary_operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_call_operator_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [receiver, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << receiver if receiver compact << value compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*receiver, *call_operator_loc, *message_loc, binary_operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?receiver: Prism::node?, ?call_operator_loc: Location?, ?message_loc: Location?, ?read_name: Symbol, ?write_name: Symbol, ?binary_operator: Symbol, ?binary_operator_loc: Location, ?value: Prism::node) -> CallOperatorWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, receiver: self.receiver, call_operator_loc: self.call_operator_loc, message_loc: self.message_loc, read_name: self.read_name, write_name: self.write_name, binary_operator: self.binary_operator, binary_operator_loc: self.binary_operator_loc, value: self.value) CallOperatorWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, binary_operator, binary_operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, receiver: Prism::node?, call_operator_loc: Location?, message_loc: Location?, read_name: Symbol, write_name: Symbol, binary_operator: Symbol, binary_operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, receiver: receiver, call_operator_loc: call_operator_loc, message_loc: message_loc, read_name: read_name, write_name: write_name, binary_operator: binary_operator, binary_operator_loc: binary_operator_loc, value: value } end # def safe_navigation?: () -> bool def safe_navigation? flags.anybits?(CallNodeFlags::SAFE_NAVIGATION) end # def variable_call?: () -> bool def variable_call? flags.anybits?(CallNodeFlags::VARIABLE_CALL) end # def attribute_write?: () -> bool def attribute_write? flags.anybits?(CallNodeFlags::ATTRIBUTE_WRITE) end # def ignore_visibility?: () -> bool def ignore_visibility? flags.anybits?(CallNodeFlags::IGNORE_VISIBILITY) end # The object that the method is being called on. This can be either `nil` or any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo.bar += value # ^^^ attr_reader :receiver # Represents the location of the call operator. # # foo.bar += value # ^ def call_operator_loc location = @call_operator_loc case location when nil nil when Location location else @call_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the call_operator_loc location using the given saved source so that # it can be retrieved later. def save_call_operator_loc(repository) repository.enter(node_id, :call_operator_loc) unless @call_operator_loc.nil? end # Represents the location of the message. # # foo.bar += value # ^^^ def message_loc location = @message_loc case location when nil nil when Location location else @message_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the message_loc location using the given saved source so that # it can be retrieved later. def save_message_loc(repository) repository.enter(node_id, :message_loc) unless @message_loc.nil? end # Represents the name of the method being called. # # foo.bar += value # read_name `:bar` # ^^^ attr_reader :read_name # Represents the name of the method being written to. # # foo.bar += value # write_name `:bar=` # ^^^ attr_reader :write_name # Represents the binary operator being used. # # foo.bar += value # binary_operator `:+` # ^ attr_reader :binary_operator # Represents the location of the binary operator. # # foo.bar += value # ^^ def binary_operator_loc location = @binary_operator_loc return location if location.is_a?(Location) @binary_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the binary_operator_loc location using the given saved source so that # it can be retrieved later. def save_binary_operator_loc(repository) repository.enter(node_id, :binary_operator_loc) end # Represents the value being assigned. # # foo.bar += value # ^^^^^ attr_reader :value # def call_operator: () -> String? def call_operator call_operator_loc&.slice end # def message: () -> String? def message message_loc&.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :call_operator_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :call_operator_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CallOperatorWriteNode) && (flags === other.flags) && (receiver === other.receiver) && (call_operator_loc.nil? == other.call_operator_loc.nil?) && (message_loc.nil? == other.message_loc.nil?) && (read_name === other.read_name) && (write_name === other.write_name) && (binary_operator === other.binary_operator) && (binary_operator_loc.nil? == other.binary_operator_loc.nil?) && (value === other.value) end end # Represents the use of the `||=` operator on a call. # # foo.bar ||= value # ^^^^^^^^^^^^^^^^^ class CallOrWriteNode < Node # Initialize a new CallOrWriteNode node. def initialize(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @receiver = receiver @call_operator_loc = call_operator_loc @message_loc = message_loc @read_name = read_name @write_name = write_name @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_call_or_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [receiver, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << receiver if receiver compact << value compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*receiver, *call_operator_loc, *message_loc, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?receiver: Prism::node?, ?call_operator_loc: Location?, ?message_loc: Location?, ?read_name: Symbol, ?write_name: Symbol, ?operator_loc: Location, ?value: Prism::node) -> CallOrWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, receiver: self.receiver, call_operator_loc: self.call_operator_loc, message_loc: self.message_loc, read_name: self.read_name, write_name: self.write_name, operator_loc: self.operator_loc, value: self.value) CallOrWriteNode.new(source, node_id, location, flags, receiver, call_operator_loc, message_loc, read_name, write_name, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, receiver: Prism::node?, call_operator_loc: Location?, message_loc: Location?, read_name: Symbol, write_name: Symbol, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, receiver: receiver, call_operator_loc: call_operator_loc, message_loc: message_loc, read_name: read_name, write_name: write_name, operator_loc: operator_loc, value: value } end # def safe_navigation?: () -> bool def safe_navigation? flags.anybits?(CallNodeFlags::SAFE_NAVIGATION) end # def variable_call?: () -> bool def variable_call? flags.anybits?(CallNodeFlags::VARIABLE_CALL) end # def attribute_write?: () -> bool def attribute_write? flags.anybits?(CallNodeFlags::ATTRIBUTE_WRITE) end # def ignore_visibility?: () -> bool def ignore_visibility? flags.anybits?(CallNodeFlags::IGNORE_VISIBILITY) end # The object that the method is being called on. This can be either `nil` or any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo.bar ||= value # ^^^ attr_reader :receiver # Represents the location of the call operator. # # foo.bar ||= value # ^ def call_operator_loc location = @call_operator_loc case location when nil nil when Location location else @call_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the call_operator_loc location using the given saved source so that # it can be retrieved later. def save_call_operator_loc(repository) repository.enter(node_id, :call_operator_loc) unless @call_operator_loc.nil? end # Represents the location of the message. # # foo.bar ||= value # ^^^ def message_loc location = @message_loc case location when nil nil when Location location else @message_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the message_loc location using the given saved source so that # it can be retrieved later. def save_message_loc(repository) repository.enter(node_id, :message_loc) unless @message_loc.nil? end # Represents the name of the method being called. # # foo.bar ||= value # read_name `:bar` # ^^^ attr_reader :read_name # Represents the name of the method being written to. # # foo.bar ||= value # write_name `:bar=` # ^^^ attr_reader :write_name # Represents the location of the operator. # # foo.bar ||= value # ^^^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # Represents the value being assigned. # # foo.bar ||= value # ^^^^^ attr_reader :value # def call_operator: () -> String? def call_operator call_operator_loc&.slice end # def message: () -> String? def message message_loc&.slice end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :call_or_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :call_or_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CallOrWriteNode) && (flags === other.flags) && (receiver === other.receiver) && (call_operator_loc.nil? == other.call_operator_loc.nil?) && (message_loc.nil? == other.message_loc.nil?) && (read_name === other.read_name) && (write_name === other.write_name) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents assigning to a method call. # # foo.bar, = 1 # ^^^^^^^ # # begin # rescue => foo.bar # ^^^^^^^ # end # # for foo.bar in baz do end # ^^^^^^^ class CallTargetNode < Node # Initialize a new CallTargetNode node. def initialize(source, node_id, location, flags, receiver, call_operator_loc, name, message_loc) @source = source @node_id = node_id @location = location @flags = flags @receiver = receiver @call_operator_loc = call_operator_loc @name = name @message_loc = message_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_call_target_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [receiver] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [receiver] end # def comment_targets: () -> Array[Node | Location] def comment_targets [receiver, call_operator_loc, message_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?receiver: Prism::node, ?call_operator_loc: Location, ?name: Symbol, ?message_loc: Location) -> CallTargetNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, receiver: self.receiver, call_operator_loc: self.call_operator_loc, name: self.name, message_loc: self.message_loc) CallTargetNode.new(source, node_id, location, flags, receiver, call_operator_loc, name, message_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, receiver: Prism::node, call_operator_loc: Location, name: Symbol, message_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, receiver: receiver, call_operator_loc: call_operator_loc, name: name, message_loc: message_loc } end # def safe_navigation?: () -> bool def safe_navigation? flags.anybits?(CallNodeFlags::SAFE_NAVIGATION) end # def variable_call?: () -> bool def variable_call? flags.anybits?(CallNodeFlags::VARIABLE_CALL) end # def attribute_write?: () -> bool def attribute_write? flags.anybits?(CallNodeFlags::ATTRIBUTE_WRITE) end # def ignore_visibility?: () -> bool def ignore_visibility? flags.anybits?(CallNodeFlags::IGNORE_VISIBILITY) end # The object that the method is being called on. This can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # foo.bar = 1 # ^^^ attr_reader :receiver # Represents the location of the call operator. # # foo.bar = 1 # ^ def call_operator_loc location = @call_operator_loc return location if location.is_a?(Location) @call_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the call_operator_loc location using the given saved source so that # it can be retrieved later. def save_call_operator_loc(repository) repository.enter(node_id, :call_operator_loc) end # Represents the name of the method being called. # # foo.bar = 1 # name `:foo` # ^^^ attr_reader :name # Represents the location of the message. # # foo.bar = 1 # ^^^ def message_loc location = @message_loc return location if location.is_a?(Location) @message_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the message_loc location using the given saved source so that # it can be retrieved later. def save_message_loc(repository) repository.enter(node_id, :message_loc) end # def call_operator: () -> String def call_operator call_operator_loc.slice end # def message: () -> String def message message_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :call_target_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :call_target_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CallTargetNode) && (flags === other.flags) && (receiver === other.receiver) && (call_operator_loc.nil? == other.call_operator_loc.nil?) && (name === other.name) && (message_loc.nil? == other.message_loc.nil?) end end # Represents assigning to a local variable in pattern matching. # # foo => [bar => baz] # ^^^^^^^^^^^^ class CapturePatternNode < Node # Initialize a new CapturePatternNode node. def initialize(source, node_id, location, flags, value, target, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @value = value @target = target @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_capture_pattern_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value, target] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value, target] end # def comment_targets: () -> Array[Node | Location] def comment_targets [value, target, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?value: Prism::node, ?target: LocalVariableTargetNode, ?operator_loc: Location) -> CapturePatternNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, value: self.value, target: self.target, operator_loc: self.operator_loc) CapturePatternNode.new(source, node_id, location, flags, value, target, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, value: Prism::node, target: LocalVariableTargetNode, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, value: value, target: target, operator_loc: operator_loc } end # Represents the value to capture. # # foo => bar # ^^^ attr_reader :value # Represents the target of the capture. # # foo => bar # ^^^ attr_reader :target # Represents the location of the `=>` operator. # # foo => bar # ^^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :capture_pattern_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :capture_pattern_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CapturePatternNode) && (value === other.value) && (target === other.target) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents the use of a case statement for pattern matching. # # case true # in false # end # ^^^^^^^^^ class CaseMatchNode < Node # Initialize a new CaseMatchNode node. def initialize(source, node_id, location, flags, predicate, conditions, else_clause, case_keyword_loc, end_keyword_loc) @source = source @node_id = node_id @location = location @flags = flags @predicate = predicate @conditions = conditions @else_clause = else_clause @case_keyword_loc = case_keyword_loc @end_keyword_loc = end_keyword_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_case_match_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [predicate, *conditions, else_clause] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << predicate if predicate compact.concat(conditions) compact << else_clause if else_clause compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*predicate, *conditions, *else_clause, case_keyword_loc, end_keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?predicate: Prism::node?, ?conditions: Array[InNode], ?else_clause: ElseNode?, ?case_keyword_loc: Location, ?end_keyword_loc: Location) -> CaseMatchNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, predicate: self.predicate, conditions: self.conditions, else_clause: self.else_clause, case_keyword_loc: self.case_keyword_loc, end_keyword_loc: self.end_keyword_loc) CaseMatchNode.new(source, node_id, location, flags, predicate, conditions, else_clause, case_keyword_loc, end_keyword_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, predicate: Prism::node?, conditions: Array[InNode], else_clause: ElseNode?, case_keyword_loc: Location, end_keyword_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, predicate: predicate, conditions: conditions, else_clause: else_clause, case_keyword_loc: case_keyword_loc, end_keyword_loc: end_keyword_loc } end # Represents the predicate of the case match. This can be either `nil` or any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # case true; in false; end # ^^^^ attr_reader :predicate # Represents the conditions of the case match. # # case true; in false; end # ^^^^^^^^ attr_reader :conditions # Represents the else clause of the case match. # # case true; in false; else; end # ^^^^ attr_reader :else_clause # Represents the location of the `case` keyword. # # case true; in false; end # ^^^^ def case_keyword_loc location = @case_keyword_loc return location if location.is_a?(Location) @case_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the case_keyword_loc location using the given saved source so that # it can be retrieved later. def save_case_keyword_loc(repository) repository.enter(node_id, :case_keyword_loc) end # Represents the location of the `end` keyword. # # case true; in false; end # ^^^ def end_keyword_loc location = @end_keyword_loc return location if location.is_a?(Location) @end_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the end_keyword_loc location using the given saved source so that # it can be retrieved later. def save_end_keyword_loc(repository) repository.enter(node_id, :end_keyword_loc) end # def case_keyword: () -> String def case_keyword case_keyword_loc.slice end # def end_keyword: () -> String def end_keyword end_keyword_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :case_match_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :case_match_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CaseMatchNode) && (predicate === other.predicate) && (conditions.length == other.conditions.length) && conditions.zip(other.conditions).all? { |left, right| left === right } && (else_clause === other.else_clause) && (case_keyword_loc.nil? == other.case_keyword_loc.nil?) && (end_keyword_loc.nil? == other.end_keyword_loc.nil?) end end # Represents the use of a case statement. # # case true # when false # end # ^^^^^^^^^^ class CaseNode < Node # Initialize a new CaseNode node. def initialize(source, node_id, location, flags, predicate, conditions, else_clause, case_keyword_loc, end_keyword_loc) @source = source @node_id = node_id @location = location @flags = flags @predicate = predicate @conditions = conditions @else_clause = else_clause @case_keyword_loc = case_keyword_loc @end_keyword_loc = end_keyword_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_case_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [predicate, *conditions, else_clause] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << predicate if predicate compact.concat(conditions) compact << else_clause if else_clause compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*predicate, *conditions, *else_clause, case_keyword_loc, end_keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?predicate: Prism::node?, ?conditions: Array[WhenNode], ?else_clause: ElseNode?, ?case_keyword_loc: Location, ?end_keyword_loc: Location) -> CaseNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, predicate: self.predicate, conditions: self.conditions, else_clause: self.else_clause, case_keyword_loc: self.case_keyword_loc, end_keyword_loc: self.end_keyword_loc) CaseNode.new(source, node_id, location, flags, predicate, conditions, else_clause, case_keyword_loc, end_keyword_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, predicate: Prism::node?, conditions: Array[WhenNode], else_clause: ElseNode?, case_keyword_loc: Location, end_keyword_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, predicate: predicate, conditions: conditions, else_clause: else_clause, case_keyword_loc: case_keyword_loc, end_keyword_loc: end_keyword_loc } end # Represents the predicate of the case statement. This can be either `nil` or any [non-void expressions](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # case true; when false; end # ^^^^ attr_reader :predicate # Represents the conditions of the case statement. # # case true; when false; end # ^^^^^^^^^^ attr_reader :conditions # Represents the else clause of the case statement. # # case true; when false; else; end # ^^^^ attr_reader :else_clause # Represents the location of the `case` keyword. # # case true; when false; end # ^^^^ def case_keyword_loc location = @case_keyword_loc return location if location.is_a?(Location) @case_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the case_keyword_loc location using the given saved source so that # it can be retrieved later. def save_case_keyword_loc(repository) repository.enter(node_id, :case_keyword_loc) end # Represents the location of the `end` keyword. # # case true; when false; end # ^^^ def end_keyword_loc location = @end_keyword_loc return location if location.is_a?(Location) @end_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the end_keyword_loc location using the given saved source so that # it can be retrieved later. def save_end_keyword_loc(repository) repository.enter(node_id, :end_keyword_loc) end # def case_keyword: () -> String def case_keyword case_keyword_loc.slice end # def end_keyword: () -> String def end_keyword end_keyword_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :case_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :case_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(CaseNode) && (predicate === other.predicate) && (conditions.length == other.conditions.length) && conditions.zip(other.conditions).all? { |left, right| left === right } && (else_clause === other.else_clause) && (case_keyword_loc.nil? == other.case_keyword_loc.nil?) && (end_keyword_loc.nil? == other.end_keyword_loc.nil?) end end # Represents a class declaration involving the `class` keyword. # # class Foo end # ^^^^^^^^^^^^^ class ClassNode < Node # Initialize a new ClassNode node. def initialize(source, node_id, location, flags, locals, class_keyword_loc, constant_path, inheritance_operator_loc, superclass, body, end_keyword_loc, name) @source = source @node_id = node_id @location = location @flags = flags @locals = locals @class_keyword_loc = class_keyword_loc @constant_path = constant_path @inheritance_operator_loc = inheritance_operator_loc @superclass = superclass @body = body @end_keyword_loc = end_keyword_loc @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [constant_path, superclass, body] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << constant_path compact << superclass if superclass compact << body if body compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [class_keyword_loc, constant_path, *inheritance_operator_loc, *superclass, *body, end_keyword_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?locals: Array[Symbol], ?class_keyword_loc: Location, ?constant_path: ConstantReadNode | ConstantPathNode | CallNode, ?inheritance_operator_loc: Location?, ?superclass: Prism::node?, ?body: StatementsNode | BeginNode | nil, ?end_keyword_loc: Location, ?name: Symbol) -> ClassNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, locals: self.locals, class_keyword_loc: self.class_keyword_loc, constant_path: self.constant_path, inheritance_operator_loc: self.inheritance_operator_loc, superclass: self.superclass, body: self.body, end_keyword_loc: self.end_keyword_loc, name: self.name) ClassNode.new(source, node_id, location, flags, locals, class_keyword_loc, constant_path, inheritance_operator_loc, superclass, body, end_keyword_loc, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, locals: Array[Symbol], class_keyword_loc: Location, constant_path: ConstantReadNode | ConstantPathNode | CallNode, inheritance_operator_loc: Location?, superclass: Prism::node?, body: StatementsNode | BeginNode | nil, end_keyword_loc: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, locals: locals, class_keyword_loc: class_keyword_loc, constant_path: constant_path, inheritance_operator_loc: inheritance_operator_loc, superclass: superclass, body: body, end_keyword_loc: end_keyword_loc, name: name } end # attr_reader locals: Array[Symbol] attr_reader :locals # attr_reader class_keyword_loc: Location def class_keyword_loc location = @class_keyword_loc return location if location.is_a?(Location) @class_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the class_keyword_loc location using the given saved source so that # it can be retrieved later. def save_class_keyword_loc(repository) repository.enter(node_id, :class_keyword_loc) end # attr_reader constant_path: ConstantReadNode | ConstantPathNode | CallNode attr_reader :constant_path # attr_reader inheritance_operator_loc: Location? def inheritance_operator_loc location = @inheritance_operator_loc case location when nil nil when Location location else @inheritance_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end end # Save the inheritance_operator_loc location using the given saved source so that # it can be retrieved later. def save_inheritance_operator_loc(repository) repository.enter(node_id, :inheritance_operator_loc) unless @inheritance_operator_loc.nil? end # attr_reader superclass: Prism::node? attr_reader :superclass # attr_reader body: StatementsNode | BeginNode | nil attr_reader :body # attr_reader end_keyword_loc: Location def end_keyword_loc location = @end_keyword_loc return location if location.is_a?(Location) @end_keyword_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the end_keyword_loc location using the given saved source so that # it can be retrieved later. def save_end_keyword_loc(repository) repository.enter(node_id, :end_keyword_loc) end # attr_reader name: Symbol attr_reader :name # def class_keyword: () -> String def class_keyword class_keyword_loc.slice end # def inheritance_operator: () -> String? def inheritance_operator inheritance_operator_loc&.slice end # def end_keyword: () -> String def end_keyword end_keyword_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassNode) && (locals.length == other.locals.length) && locals.zip(other.locals).all? { |left, right| left === right } && (class_keyword_loc.nil? == other.class_keyword_loc.nil?) && (constant_path === other.constant_path) && (inheritance_operator_loc.nil? == other.inheritance_operator_loc.nil?) && (superclass === other.superclass) && (body === other.body) && (end_keyword_loc.nil? == other.end_keyword_loc.nil?) && (name === other.name) end end # Represents the use of the `&&=` operator for assignment to a class variable. # # @@target &&= value # ^^^^^^^^^^^^^^^^^^ class ClassVariableAndWriteNode < Node # Initialize a new ClassVariableAndWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_variable_and_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?operator_loc: Location, ?value: Prism::node) -> ClassVariableAndWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, operator_loc: self.operator_loc, value: self.value) ClassVariableAndWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, operator_loc: operator_loc, value: value } end # The name of the class variable, which is a `@@` followed by an [identifier](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#identifiers). # # @@target &&= value # name `:@@target` # ^^^^^^^^ attr_reader :name # Represents the location of the variable name. # # @@target &&= value # ^^^^^^^^ def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # Represents the location of the `&&=` operator. # # @@target &&= value # ^^^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # Represents the value being assigned. This can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # @@target &&= value # ^^^^^ attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_variable_and_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_variable_and_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassVariableAndWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents assigning to a class variable using an operator that isn't `=`. # # @@target += value # ^^^^^^^^^^^^^^^^^ class ClassVariableOperatorWriteNode < Node # Initialize a new ClassVariableOperatorWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @binary_operator_loc = binary_operator_loc @value = value @binary_operator = binary_operator end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_variable_operator_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, binary_operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?binary_operator_loc: Location, ?value: Prism::node, ?binary_operator: Symbol) -> ClassVariableOperatorWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, binary_operator_loc: self.binary_operator_loc, value: self.value, binary_operator: self.binary_operator) ClassVariableOperatorWriteNode.new(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, binary_operator_loc: Location, value: Prism::node, binary_operator: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, binary_operator_loc: binary_operator_loc, value: value, binary_operator: binary_operator } end # attr_reader name: Symbol attr_reader :name # attr_reader name_loc: Location def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # attr_reader binary_operator_loc: Location def binary_operator_loc location = @binary_operator_loc return location if location.is_a?(Location) @binary_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the binary_operator_loc location using the given saved source so that # it can be retrieved later. def save_binary_operator_loc(repository) repository.enter(node_id, :binary_operator_loc) end # attr_reader value: Prism::node attr_reader :value # attr_reader binary_operator: Symbol attr_reader :binary_operator # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_variable_operator_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_variable_operator_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassVariableOperatorWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (binary_operator_loc.nil? == other.binary_operator_loc.nil?) && (value === other.value) && (binary_operator === other.binary_operator) end end # Represents the use of the `||=` operator for assignment to a class variable. # # @@target ||= value # ^^^^^^^^^^^^^^^^^^ class ClassVariableOrWriteNode < Node # Initialize a new ClassVariableOrWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_variable_or_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?operator_loc: Location, ?value: Prism::node) -> ClassVariableOrWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, operator_loc: self.operator_loc, value: self.value) ClassVariableOrWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, operator_loc: operator_loc, value: value } end # attr_reader name: Symbol attr_reader :name # attr_reader name_loc: Location def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # attr_reader operator_loc: Location def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # attr_reader value: Prism::node attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_variable_or_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_variable_or_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassVariableOrWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents referencing a class variable. # # @@foo # ^^^^^ class ClassVariableReadNode < Node # Initialize a new ClassVariableReadNode node. def initialize(source, node_id, location, flags, name) @source = source @node_id = node_id @location = location @flags = flags @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_variable_read_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol) -> ClassVariableReadNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name) ClassVariableReadNode.new(source, node_id, location, flags, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name } end # The name of the class variable, which is a `@@` followed by an [identifier](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#identifiers). # # @@abc # name `:@@abc` # # @@_test # name `:@@_test` attr_reader :name # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_variable_read_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_variable_read_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassVariableReadNode) && (name === other.name) end end # Represents writing to a class variable in a context that doesn't have an explicit value. # # @@foo, @@bar = baz # ^^^^^ ^^^^^ class ClassVariableTargetNode < Node # Initialize a new ClassVariableTargetNode node. def initialize(source, node_id, location, flags, name) @source = source @node_id = node_id @location = location @flags = flags @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_variable_target_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol) -> ClassVariableTargetNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name) ClassVariableTargetNode.new(source, node_id, location, flags, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name } end # attr_reader name: Symbol attr_reader :name # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_variable_target_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_variable_target_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassVariableTargetNode) && (name === other.name) end end # Represents writing to a class variable. # # @@foo = 1 # ^^^^^^^^^ class ClassVariableWriteNode < Node # Initialize a new ClassVariableWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, value, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @value = value @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_class_variable_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, value, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?value: Prism::node, ?operator_loc: Location) -> ClassVariableWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, value: self.value, operator_loc: self.operator_loc) ClassVariableWriteNode.new(source, node_id, location, flags, name, name_loc, value, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, value: Prism::node, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, value: value, operator_loc: operator_loc } end # The name of the class variable, which is a `@@` followed by an [identifier](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#identifiers). # # @@abc = 123 # name `@@abc` # # @@_test = :test # name `@@_test` attr_reader :name # The location of the variable name. # # @@foo = :bar # ^^^^^ def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # The value to write to the class variable. This can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # @@foo = :bar # ^^^^ # # @@_xyz = 123 # ^^^ attr_reader :value # The location of the `=` operator. # # @@foo = :bar # ^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :class_variable_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :class_variable_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ClassVariableWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (value === other.value) && (operator_loc.nil? == other.operator_loc.nil?) end end # Represents the use of the `&&=` operator for assignment to a constant. # # Target &&= value # ^^^^^^^^^^^^^^^^ class ConstantAndWriteNode < Node # Initialize a new ConstantAndWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_and_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?operator_loc: Location, ?value: Prism::node) -> ConstantAndWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, operator_loc: self.operator_loc, value: self.value) ConstantAndWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, operator_loc: operator_loc, value: value } end # attr_reader name: Symbol attr_reader :name # attr_reader name_loc: Location def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # attr_reader operator_loc: Location def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # attr_reader value: Prism::node attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_and_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_and_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantAndWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents assigning to a constant using an operator that isn't `=`. # # Target += value # ^^^^^^^^^^^^^^^ class ConstantOperatorWriteNode < Node # Initialize a new ConstantOperatorWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @binary_operator_loc = binary_operator_loc @value = value @binary_operator = binary_operator end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_operator_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, binary_operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?binary_operator_loc: Location, ?value: Prism::node, ?binary_operator: Symbol) -> ConstantOperatorWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, binary_operator_loc: self.binary_operator_loc, value: self.value, binary_operator: self.binary_operator) ConstantOperatorWriteNode.new(source, node_id, location, flags, name, name_loc, binary_operator_loc, value, binary_operator) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, binary_operator_loc: Location, value: Prism::node, binary_operator: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, binary_operator_loc: binary_operator_loc, value: value, binary_operator: binary_operator } end # attr_reader name: Symbol attr_reader :name # attr_reader name_loc: Location def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # attr_reader binary_operator_loc: Location def binary_operator_loc location = @binary_operator_loc return location if location.is_a?(Location) @binary_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the binary_operator_loc location using the given saved source so that # it can be retrieved later. def save_binary_operator_loc(repository) repository.enter(node_id, :binary_operator_loc) end # attr_reader value: Prism::node attr_reader :value # attr_reader binary_operator: Symbol attr_reader :binary_operator # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_operator_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_operator_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantOperatorWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (binary_operator_loc.nil? == other.binary_operator_loc.nil?) && (value === other.value) && (binary_operator === other.binary_operator) end end # Represents the use of the `||=` operator for assignment to a constant. # # Target ||= value # ^^^^^^^^^^^^^^^^ class ConstantOrWriteNode < Node # Initialize a new ConstantOrWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_or_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?operator_loc: Location, ?value: Prism::node) -> ConstantOrWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, operator_loc: self.operator_loc, value: self.value) ConstantOrWriteNode.new(source, node_id, location, flags, name, name_loc, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, operator_loc: operator_loc, value: value } end # attr_reader name: Symbol attr_reader :name # attr_reader name_loc: Location def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # attr_reader operator_loc: Location def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # attr_reader value: Prism::node attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_or_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_or_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantOrWriteNode) && (name === other.name) && (name_loc.nil? == other.name_loc.nil?) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents the use of the `&&=` operator for assignment to a constant path. # # Parent::Child &&= value # ^^^^^^^^^^^^^^^^^^^^^^^ class ConstantPathAndWriteNode < Node # Initialize a new ConstantPathAndWriteNode node. def initialize(source, node_id, location, flags, target, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @target = target @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_path_and_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [target, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [target, value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [target, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?target: ConstantPathNode, ?operator_loc: Location, ?value: Prism::node) -> ConstantPathAndWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, target: self.target, operator_loc: self.operator_loc, value: self.value) ConstantPathAndWriteNode.new(source, node_id, location, flags, target, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, target: ConstantPathNode, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, target: target, operator_loc: operator_loc, value: value } end # attr_reader target: ConstantPathNode attr_reader :target # attr_reader operator_loc: Location def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # attr_reader value: Prism::node attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_path_and_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_path_and_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantPathAndWriteNode) && (target === other.target) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents accessing a constant through a path of `::` operators. # # Foo::Bar # ^^^^^^^^ class ConstantPathNode < Node # Initialize a new ConstantPathNode node. def initialize(source, node_id, location, flags, parent, name, delimiter_loc, name_loc) @source = source @node_id = node_id @location = location @flags = flags @parent = parent @name = name @delimiter_loc = delimiter_loc @name_loc = name_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_path_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [parent] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << parent if parent compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*parent, delimiter_loc, name_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?parent: Prism::node?, ?name: Symbol?, ?delimiter_loc: Location, ?name_loc: Location) -> ConstantPathNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, parent: self.parent, name: self.name, delimiter_loc: self.delimiter_loc, name_loc: self.name_loc) ConstantPathNode.new(source, node_id, location, flags, parent, name, delimiter_loc, name_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, parent: Prism::node?, name: Symbol?, delimiter_loc: Location, name_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, parent: parent, name: name, delimiter_loc: delimiter_loc, name_loc: name_loc } end # The left-hand node of the path, if present. It can be `nil` or any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). It will be `nil` when the constant lookup is at the root of the module tree. # # Foo::Bar # ^^^ # # self::Test # ^^^^ # # a.b::C # ^^^ attr_reader :parent # The name of the constant being accessed. This could be `nil` in the event of a syntax error. attr_reader :name # The location of the `::` delimiter. # # ::Foo # ^^ # # One::Two # ^^ def delimiter_loc location = @delimiter_loc return location if location.is_a?(Location) @delimiter_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the delimiter_loc location using the given saved source so that # it can be retrieved later. def save_delimiter_loc(repository) repository.enter(node_id, :delimiter_loc) end # The location of the name of the constant. # # ::Foo # ^^^ # # One::Two # ^^^ def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # def delimiter: () -> String def delimiter delimiter_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_path_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_path_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantPathNode) && (parent === other.parent) && (name === other.name) && (delimiter_loc.nil? == other.delimiter_loc.nil?) && (name_loc.nil? == other.name_loc.nil?) end end # Represents assigning to a constant path using an operator that isn't `=`. # # Parent::Child += value # ^^^^^^^^^^^^^^^^^^^^^^ class ConstantPathOperatorWriteNode < Node # Initialize a new ConstantPathOperatorWriteNode node. def initialize(source, node_id, location, flags, target, binary_operator_loc, value, binary_operator) @source = source @node_id = node_id @location = location @flags = flags @target = target @binary_operator_loc = binary_operator_loc @value = value @binary_operator = binary_operator end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_path_operator_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [target, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [target, value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [target, binary_operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?target: ConstantPathNode, ?binary_operator_loc: Location, ?value: Prism::node, ?binary_operator: Symbol) -> ConstantPathOperatorWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, target: self.target, binary_operator_loc: self.binary_operator_loc, value: self.value, binary_operator: self.binary_operator) ConstantPathOperatorWriteNode.new(source, node_id, location, flags, target, binary_operator_loc, value, binary_operator) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, target: ConstantPathNode, binary_operator_loc: Location, value: Prism::node, binary_operator: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, target: target, binary_operator_loc: binary_operator_loc, value: value, binary_operator: binary_operator } end # attr_reader target: ConstantPathNode attr_reader :target # attr_reader binary_operator_loc: Location def binary_operator_loc location = @binary_operator_loc return location if location.is_a?(Location) @binary_operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the binary_operator_loc location using the given saved source so that # it can be retrieved later. def save_binary_operator_loc(repository) repository.enter(node_id, :binary_operator_loc) end # attr_reader value: Prism::node attr_reader :value # attr_reader binary_operator: Symbol attr_reader :binary_operator # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_path_operator_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_path_operator_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantPathOperatorWriteNode) && (target === other.target) && (binary_operator_loc.nil? == other.binary_operator_loc.nil?) && (value === other.value) && (binary_operator === other.binary_operator) end end # Represents the use of the `||=` operator for assignment to a constant path. # # Parent::Child ||= value # ^^^^^^^^^^^^^^^^^^^^^^^ class ConstantPathOrWriteNode < Node # Initialize a new ConstantPathOrWriteNode node. def initialize(source, node_id, location, flags, target, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @target = target @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_path_or_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [target, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [target, value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [target, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?target: ConstantPathNode, ?operator_loc: Location, ?value: Prism::node) -> ConstantPathOrWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, target: self.target, operator_loc: self.operator_loc, value: self.value) ConstantPathOrWriteNode.new(source, node_id, location, flags, target, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, target: ConstantPathNode, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, target: target, operator_loc: operator_loc, value: value } end # attr_reader target: ConstantPathNode attr_reader :target # attr_reader operator_loc: Location def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # attr_reader value: Prism::node attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_path_or_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_path_or_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantPathOrWriteNode) && (target === other.target) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents writing to a constant path in a context that doesn't have an explicit value. # # Foo::Foo, Bar::Bar = baz # ^^^^^^^^ ^^^^^^^^ class ConstantPathTargetNode < Node # Initialize a new ConstantPathTargetNode node. def initialize(source, node_id, location, flags, parent, name, delimiter_loc, name_loc) @source = source @node_id = node_id @location = location @flags = flags @parent = parent @name = name @delimiter_loc = delimiter_loc @name_loc = name_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_path_target_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [parent] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes compact = [] #: Array[Prism::node] compact << parent if parent compact end # def comment_targets: () -> Array[Node | Location] def comment_targets [*parent, delimiter_loc, name_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?parent: Prism::node?, ?name: Symbol?, ?delimiter_loc: Location, ?name_loc: Location) -> ConstantPathTargetNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, parent: self.parent, name: self.name, delimiter_loc: self.delimiter_loc, name_loc: self.name_loc) ConstantPathTargetNode.new(source, node_id, location, flags, parent, name, delimiter_loc, name_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, parent: Prism::node?, name: Symbol?, delimiter_loc: Location, name_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, parent: parent, name: name, delimiter_loc: delimiter_loc, name_loc: name_loc } end # attr_reader parent: Prism::node? attr_reader :parent # attr_reader name: Symbol? attr_reader :name # attr_reader delimiter_loc: Location def delimiter_loc location = @delimiter_loc return location if location.is_a?(Location) @delimiter_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the delimiter_loc location using the given saved source so that # it can be retrieved later. def save_delimiter_loc(repository) repository.enter(node_id, :delimiter_loc) end # attr_reader name_loc: Location def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the name_loc location using the given saved source so that # it can be retrieved later. def save_name_loc(repository) repository.enter(node_id, :name_loc) end # def delimiter: () -> String def delimiter delimiter_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_path_target_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_path_target_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantPathTargetNode) && (parent === other.parent) && (name === other.name) && (delimiter_loc.nil? == other.delimiter_loc.nil?) && (name_loc.nil? == other.name_loc.nil?) end end # Represents writing to a constant path. # # ::Foo = 1 # ^^^^^^^^^ # # Foo::Bar = 1 # ^^^^^^^^^^^^ # # ::Foo::Bar = 1 # ^^^^^^^^^^^^^^ class ConstantPathWriteNode < Node # Initialize a new ConstantPathWriteNode node. def initialize(source, node_id, location, flags, target, operator_loc, value) @source = source @node_id = node_id @location = location @flags = flags @target = target @operator_loc = operator_loc @value = value end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_path_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [target, value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [target, value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [target, operator_loc, value] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?target: ConstantPathNode, ?operator_loc: Location, ?value: Prism::node) -> ConstantPathWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, target: self.target, operator_loc: self.operator_loc, value: self.value) ConstantPathWriteNode.new(source, node_id, location, flags, target, operator_loc, value) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, target: ConstantPathNode, operator_loc: Location, value: Prism::node } def deconstruct_keys(keys) { node_id: node_id, location: location, target: target, operator_loc: operator_loc, value: value } end # A node representing the constant path being written to. # # Foo::Bar = 1 # ^^^^^^^^ # # ::Foo = :abc # ^^^^^ attr_reader :target # The location of the `=` operator. # # ::ABC = 123 # ^ def operator_loc location = @operator_loc return location if location.is_a?(Location) @operator_loc = Location.new(source, location >> 32, location & 0xFFFFFFFF) end # Save the operator_loc location using the given saved source so that # it can be retrieved later. def save_operator_loc(repository) repository.enter(node_id, :operator_loc) end # The value to write to the constant path. It can be any [non-void expression](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#non-void-expression). # # FOO::BAR = :abc # ^^^^ attr_reader :value # def operator: () -> String def operator operator_loc.slice end # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_path_write_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_path_write_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantPathWriteNode) && (target === other.target) && (operator_loc.nil? == other.operator_loc.nil?) && (value === other.value) end end # Represents referencing a constant. # # Foo # ^^^ class ConstantReadNode < Node # Initialize a new ConstantReadNode node. def initialize(source, node_id, location, flags, name) @source = source @node_id = node_id @location = location @flags = flags @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_read_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol) -> ConstantReadNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name) ConstantReadNode.new(source, node_id, location, flags, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name } end # The name of the [constant](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#constants). # # X # name `:X` # # SOME_CONSTANT # name `:SOME_CONSTANT` attr_reader :name # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_read_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_read_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantReadNode) && (name === other.name) end end # Represents writing to a constant in a context that doesn't have an explicit value. # # Foo, Bar = baz # ^^^ ^^^ class ConstantTargetNode < Node # Initialize a new ConstantTargetNode node. def initialize(source, node_id, location, flags, name) @source = source @node_id = node_id @location = location @flags = flags @name = name end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_target_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [] end # def comment_targets: () -> Array[Node | Location] def comment_targets [] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol) -> ConstantTargetNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name) ConstantTargetNode.new(source, node_id, location, flags, name) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name } end # attr_reader name: Symbol attr_reader :name # def inspect -> String def inspect InspectVisitor.compose(self) end # Return a symbol representation of this node type. See `Node#type`. def type :constant_target_node end # Return a symbol representation of this node type. See `Node::type`. def self.type :constant_target_node end # Implements case-equality for the node. This is effectively == but without # comparing the value of locations. Locations are checked only for presence. def ===(other) other.is_a?(ConstantTargetNode) && (name === other.name) end end # Represents writing to a constant. # # Foo = 1 # ^^^^^^^ class ConstantWriteNode < Node # Initialize a new ConstantWriteNode node. def initialize(source, node_id, location, flags, name, name_loc, value, operator_loc) @source = source @node_id = node_id @location = location @flags = flags @name = name @name_loc = name_loc @value = value @operator_loc = operator_loc end # def accept: (Visitor visitor) -> void def accept(visitor) visitor.visit_constant_write_node(self) end # def child_nodes: () -> Array[nil | Node] def child_nodes [value] end # def compact_child_nodes: () -> Array[Node] def compact_child_nodes [value] end # def comment_targets: () -> Array[Node | Location] def comment_targets [name_loc, value, operator_loc] #: Array[Prism::node | Location] end # def copy: (?node_id: Integer, ?location: Location, ?flags: Integer, ?name: Symbol, ?name_loc: Location, ?value: Prism::node, ?operator_loc: Location) -> ConstantWriteNode def copy(node_id: self.node_id, location: self.location, flags: self.flags, name: self.name, name_loc: self.name_loc, value: self.value, operator_loc: self.operator_loc) ConstantWriteNode.new(source, node_id, location, flags, name, name_loc, value, operator_loc) end # def deconstruct: () -> Array[nil | Node] alias deconstruct child_nodes # def deconstruct_keys: (Array[Symbol] keys) -> { node_id: Integer, location: Location, name: Symbol, name_loc: Location, value: Prism::node, operator_loc: Location } def deconstruct_keys(keys) { node_id: node_id, location: location, name: name, name_loc: name_loc, value: value, operator_loc: operator_loc } end # The name of the [constant](https://github.com/ruby/prism/blob/main/docs/parsing_rules.md#constants). # # Foo = :bar # name `:Foo` # # XYZ = 1 # name `:XYZ` attr_reader :name # The location of the constant name. # # FOO = 1 # ^^^ def name_loc location = @name_loc return location if location.is_a?(Location) @name_loc = Location.new(source, location >> 32, location &