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Merge pull request #12278 from Homebrew/dependabot/bundler/Library/Homebrew/zeitwerk-2.5.0

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build(deps): bump zeitwerk from 2.4.2 to 2.5.0 in /Library/Homebrew
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Bo Anderson 2021-10-21 00:53:30 +01:00 committed by GitHub
commit 033c365b0d
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19 changed files with 1160 additions and 891 deletions
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2
Library/Homebrew/Gemfile.lock
View File

@ -189,7 +189,7 @@ GEM
warning (1.2.1) warning (1.2.1)
webrick (1.7.0) webrick (1.7.0)
webrobots (0.1.2) webrobots (0.1.2)
zeitwerk (2.4.2) zeitwerk (2.5.0)
PLATFORMS PLATFORMS
ruby ruby

138
Library/Homebrew/sorbet/rbi/gems/zeitwerk@2.4.2.rbi → Library/Homebrew/sorbet/rbi/gems/zeitwerk@2.5.0.rbi
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@ -16,7 +16,26 @@ module Kernel
end end
end end
module Zeitwerk; end module Zeitwerk
class << self
def with_loader; end
end
end
class Zeitwerk::Autoloads
def initialize; end
def a2c; end
def abspath_for(parent, cname); end
def c2a; end
def clear; end
def cref_for(abspath); end
def define(parent, cname, abspath); end
def delete(abspath); end
def each(&block); end
def empty?; end
end
class Zeitwerk::Error < ::StandardError; end class Zeitwerk::Error < ::StandardError; end
module Zeitwerk::ExplicitNamespace module Zeitwerk::ExplicitNamespace
@ -27,7 +46,7 @@ module Zeitwerk::ExplicitNamespace
def mutex; end def mutex; end
def register(cpath, loader); end def register(cpath, loader); end
def tracer; end def tracer; end
def unregister(loader); end def unregister_loader(loader); end
private private
@ -54,73 +73,35 @@ end
class Zeitwerk::Loader class Zeitwerk::Loader
include ::Zeitwerk::RealModName include ::Zeitwerk::RealModName
include ::Zeitwerk::Loader::Callbacks include ::Zeitwerk::Loader::Callbacks
include ::Zeitwerk::Loader::Helpers
include ::Zeitwerk::Loader::Config
def initialize; end def initialize; end
def autoloaded_dirs; end def autoloaded_dirs; end
def autoloads; end def autoloads; end
def collapse(*glob_patterns); end def eager_load(force: T.unsafe(nil)); end
def collapse_dirs; end
def collapse_glob_patterns; end
def dirs; end
def do_not_eager_load(*paths); end
def eager_load; end
def eager_load_exclusions; end
def enable_reloading; end
def ignore(*glob_patterns); end
def ignored_glob_patterns; end
def ignored_paths; end
def inflector; end
def inflector=(_arg0); end
def lazy_subdirs; end def lazy_subdirs; end
def log!; end
def logger; end
def logger=(_arg0); end
def manages?(dir); end
def mutex; end def mutex; end
def mutex2; end def mutex2; end
def on_load(cpath, &block); end
def on_load_callbacks; end
def preload(*paths); end
def preloads; end
def push_dir(path, namespace: T.unsafe(nil)); end
def reload; end def reload; end
def reloading_enabled?; end
def root_dirs; end
def setup; end def setup; end
def tag; end
def tag=(tag); end
def to_unload; end def to_unload; end
def unload; end def unload; end
def unloadable_cpath?(cpath); end def unloadable_cpath?(cpath); end
def unloadable_cpaths; end def unloadable_cpaths; end
def unregister; end
private private
def actual_root_dirs; end
def autoload_file(parent, cname, file); end def autoload_file(parent, cname, file); end
def autoload_for?(parent, cname); end
def autoload_subdir(parent, cname, subdir); end def autoload_subdir(parent, cname, subdir); end
def cdef?(parent, cname); end
def cpath(parent, cname); end
def dir?(path); end
def do_preload; end
def do_preload_abspath(abspath); end
def do_preload_dir(dir); end
def do_preload_file(file); end
def expand_glob_patterns(glob_patterns); end
def expand_paths(paths); end
def log(message); end
def ls(dir); end
def promote_namespace_from_implicit_to_explicit(dir:, file:, parent:, cname:); end def promote_namespace_from_implicit_to_explicit(dir:, file:, parent:, cname:); end
def raise_if_conflicting_directory(dir); end def raise_if_conflicting_directory(dir); end
def recompute_collapse_dirs; end
def recompute_ignored_paths; end
def register_explicit_namespace(cpath); end def register_explicit_namespace(cpath); end
def ruby?(path); end def run_on_unload_callbacks(cpath, value, abspath); end
def set_autoload(parent, cname, abspath); end def set_autoload(parent, cname, abspath); end
def set_autoloads_in_dir(dir, parent); end def set_autoloads_in_dir(dir, parent); end
def strict_autoload_path(parent, cname); end
def unload_autoload(parent, cname); end def unload_autoload(parent, cname); end
def unload_cref(parent, cname); end def unload_cref(parent, cname); end
@ -144,7 +125,64 @@ module Zeitwerk::Loader::Callbacks
private private
def run_on_load_callbacks(cpath); end def run_on_load_callbacks(cpath, value, abspath); end
end
module Zeitwerk::Loader::Config
def initialize; end
def collapse(*glob_patterns); end
def collapse_dirs; end
def collapse_glob_patterns; end
def dirs; end
def do_not_eager_load(*paths); end
def eager_load_exclusions; end
def enable_reloading; end
def ignore(*glob_patterns); end
def ignored_glob_patterns; end
def ignored_paths; end
def ignores?(abspath); end
def inflector; end
def inflector=(_arg0); end
def log!; end
def logger; end
def logger=(_arg0); end
def on_load(cpath = T.unsafe(nil), &block); end
def on_load_callbacks; end
def on_setup(&block); end
def on_setup_callbacks; end
def on_unload(cpath = T.unsafe(nil), &block); end
def on_unload_callbacks; end
def push_dir(path, namespace: T.unsafe(nil)); end
def reloading_enabled?; end
def root_dirs; end
def tag; end
def tag=(tag); end
private
def actual_root_dirs; end
def collapse?(dir); end
def excluded_from_eager_load?(abspath); end
def expand_glob_patterns(glob_patterns); end
def expand_paths(paths); end
def recompute_collapse_dirs; end
def recompute_ignored_paths; end
def root_dir?(dir); end
end
module Zeitwerk::Loader::Helpers
private
def cdef?(parent, cname); end
def cget(parent, cname); end
def cpath(parent, cname); end
def dir?(path); end
def hidden?(basename); end
def log(message); end
def ls(dir); end
def ruby?(path); end
def strict_autoload_path(parent, cname); end
end end
class Zeitwerk::NameError < ::NameError; end class Zeitwerk::NameError < ::NameError; end
@ -165,11 +203,13 @@ module Zeitwerk::Registry
def loaders; end def loaders; end
def loaders_managing_gems; end def loaders_managing_gems; end
def on_unload(loader); end def on_unload(loader); end
def register_autoload(loader, realpath); end def register_autoload(loader, abspath); end
def register_inception(cpath, realpath, loader); end def register_inception(cpath, abspath, loader); end
def register_loader(loader); end def register_loader(loader); end
def unregister_autoload(realpath); end def unregister_autoload(abspath); end
def unregister_loader(loader); end
end end
end end
class Zeitwerk::ReloadingDisabledError < ::Zeitwerk::Error; end class Zeitwerk::ReloadingDisabledError < ::Zeitwerk::Error; end
Zeitwerk::VERSION = T.let(T.unsafe(nil), String)

4
Library/Homebrew/sorbet/rbi/hidden-definitions/hidden.rbi
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@ -4510,6 +4510,8 @@ end
module Homebrew::EnvConfig module Homebrew::EnvConfig
extend ::T::Private::Methods::MethodHooks extend ::T::Private::Methods::MethodHooks
extend ::T::Private::Methods::SingletonMethodHooks extend ::T::Private::Methods::SingletonMethodHooks
def self.additional_google_analytics_id(); end
def self.all_proxy(); end def self.all_proxy(); end
def self.arch(); end def self.arch(); end
@ -4628,6 +4630,8 @@ module Homebrew::EnvConfig
def self.sorbet_runtime?(); end def self.sorbet_runtime?(); end
def self.ssh_config_path(); end
def self.sudo_askpass(); end def self.sudo_askpass(); end
def self.svn(); end def self.svn(); end

2
Library/Homebrew/vendor/bundle/bundler/setup.rb vendored
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@ -7,7 +7,7 @@ $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/concurrent-ruby-1.1.9
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/i18n-1.8.10/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/i18n-1.8.10/lib"
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/minitest-5.14.4/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/minitest-5.14.4/lib"
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/tzinfo-2.0.4/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/tzinfo-2.0.4/lib"
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/zeitwerk-2.4.2/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/zeitwerk-2.5.0/lib"
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/activesupport-6.1.4.1/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/activesupport-6.1.4.1/lib"
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/public_suffix-4.0.6/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/public_suffix-4.0.6/lib"
$:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/addressable-2.8.0/lib" $:.unshift "#{path}/../#{ruby_engine}/#{ruby_version}/gems/addressable-2.8.0/lib"

812
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/loader.rb vendored
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@ -1,812 +0,0 @@
# frozen_string_literal: true
require "set"
require "securerandom"
module Zeitwerk
class Loader
require_relative "loader/callbacks"
include Callbacks
include RealModName
# @sig String
attr_reader :tag
# @sig #camelize
attr_accessor :inflector
# @sig #call | #debug | nil
attr_accessor :logger
# Absolute paths of the root directories. Stored in a hash to preserve
# order, easily handle duplicates, and also be able to have a fast lookup,
# needed for detecting nested paths.
#
# "/Users/fxn/blog/app/assets" => true,
# "/Users/fxn/blog/app/channels" => true,
# ...
#
# This is a private collection maintained by the loader. The public
# interface for it is `push_dir` and `dirs`.
#
# @private
# @sig Hash[String, true]
attr_reader :root_dirs
# Absolute paths of files or directories that have to be preloaded.
#
# @private
# @sig Array[String]
attr_reader :preloads
# Absolute paths of files, directories, or glob patterns to be totally
# ignored.
#
# @private
# @sig Set[String]
attr_reader :ignored_glob_patterns
# The actual collection of absolute file and directory names at the time the
# ignored glob patterns were expanded. Computed on setup, and recomputed on
# reload.
#
# @private
# @sig Set[String]
attr_reader :ignored_paths
# Absolute paths of directories or glob patterns to be collapsed.
#
# @private
# @sig Set[String]
attr_reader :collapse_glob_patterns
# The actual collection of absolute directory names at the time the collapse
# glob patterns were expanded. Computed on setup, and recomputed on reload.
#
# @private
# @sig Set[String]
attr_reader :collapse_dirs
# Maps real absolute paths for which an autoload has been set ---and not
# executed--- to their corresponding parent class or module and constant
# name.
#
# "/Users/fxn/blog/app/models/user.rb" => [Object, :User],
# "/Users/fxn/blog/app/models/hotel/pricing.rb" => [Hotel, :Pricing]
# ...
#
# @private
# @sig Hash[String, [Module, Symbol]]
attr_reader :autoloads
# We keep track of autoloaded directories to remove them from the registry
# at the end of eager loading.
#
# Files are removed as they are autoloaded, but directories need to wait due
# to concurrency (see why in Zeitwerk::Loader::Callbacks#on_dir_autoloaded).
#
# @private
# @sig Array[String]
attr_reader :autoloaded_dirs
# Stores metadata needed for unloading. Its entries look like this:
#
# "Admin::Role" => [".../admin/role.rb", [Admin, :Role]]
#
# The cpath as key helps implementing unloadable_cpath? The real file name
# is stored in order to be able to delete it from $LOADED_FEATURES, and the
# pair [Module, Symbol] is used to remove_const the constant from the class
# or module object.
#
# If reloading is enabled, this hash is filled as constants are autoloaded
# or eager loaded. Otherwise, the collection remains empty.
#
# @private
# @sig Hash[String, [String, [Module, Symbol]]]
attr_reader :to_unload
# Maps constant paths of namespaces to arrays of corresponding directories.
#
# For example, given this mapping:
#
# "Admin" => [
# "/Users/fxn/blog/app/controllers/admin",
# "/Users/fxn/blog/app/models/admin",
# ...
# ]
#
# when `Admin` gets defined we know that it plays the role of a namespace and
# that its children are spread over those directories. We'll visit them to set
# up the corresponding autoloads.
#
# @private
# @sig Hash[String, Array[String]]
attr_reader :lazy_subdirs
# Absolute paths of files or directories not to be eager loaded.
#
# @private
# @sig Set[String]
attr_reader :eager_load_exclusions
# User-oriented callbacks to be fired when a constant is loaded.
attr_reader :on_load_callbacks
# @private
# @sig Mutex
attr_reader :mutex
# @private
# @sig Mutex
attr_reader :mutex2
def initialize
@initialized_at = Time.now
@tag = SecureRandom.hex(3)
@inflector = Inflector.new
@logger = self.class.default_logger
@root_dirs = {}
@preloads = []
@ignored_glob_patterns = Set.new
@ignored_paths = Set.new
@collapse_glob_patterns = Set.new
@collapse_dirs = Set.new
@autoloads = {}
@autoloaded_dirs = []
@to_unload = {}
@lazy_subdirs = {}
@eager_load_exclusions = Set.new
@on_load_callbacks = {}
# TODO: find a better name for these mutexes.
@mutex = Mutex.new
@mutex2 = Mutex.new
@setup = false
@eager_loaded = false
@reloading_enabled = false
Registry.register_loader(self)
end
# Sets a tag for the loader, useful for logging.
#
# @param tag [#to_s]
# @sig (#to_s) -> void
def tag=(tag)
@tag = tag.to_s
end
# Absolute paths of the root directories. This is a read-only collection,
# please push here via `push_dir`.
#
# @sig () -> Array[String]
def dirs
root_dirs.keys.freeze
end
# Pushes `path` to the list of root directories.
#
# Raises `Zeitwerk::Error` if `path` does not exist, or if another loader in
# the same process already manages that directory or one of its ascendants
# or descendants.
#
# @raise [Zeitwerk::Error]
# @sig (String | Pathname, Module) -> void
def push_dir(path, namespace: Object)
# Note that Class < Module.
unless namespace.is_a?(Module)
raise Error, "#{namespace.inspect} is not a class or module object, should be"
end
abspath = File.expand_path(path)
if dir?(abspath)
raise_if_conflicting_directory(abspath)
root_dirs[abspath] = namespace
else
raise Error, "the root directory #{abspath} does not exist"
end
end
# You need to call this method before setup in order to be able to reload.
# There is no way to undo this, either you want to reload or you don't.
#
# @raise [Zeitwerk::Error]
# @sig () -> void
def enable_reloading
mutex.synchronize do
break if @reloading_enabled
if @setup
raise Error, "cannot enable reloading after setup"
else
@reloading_enabled = true
end
end
end
# @sig () -> bool
def reloading_enabled?
@reloading_enabled
end
# Files or directories to be preloaded instead of lazy loaded.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def preload(*paths)
mutex.synchronize do
expand_paths(paths).each do |abspath|
preloads << abspath
do_preload_abspath(abspath) if @setup
end
end
end
# Configure files, directories, or glob patterns to be totally ignored.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def ignore(*glob_patterns)
glob_patterns = expand_paths(glob_patterns)
mutex.synchronize do
ignored_glob_patterns.merge(glob_patterns)
ignored_paths.merge(expand_glob_patterns(glob_patterns))
end
end
# Configure directories or glob patterns to be collapsed.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def collapse(*glob_patterns)
glob_patterns = expand_paths(glob_patterns)
mutex.synchronize do
collapse_glob_patterns.merge(glob_patterns)
collapse_dirs.merge(expand_glob_patterns(glob_patterns))
end
end
# Configure a block to be invoked once a certain constant path is loaded.
# Supports multiple callbacks, and if there are many, they are executed in
# the order in which they were defined.
#
# loader.on_load("SomeApiClient") do
# SomeApiClient.endpoint = "https://api.dev"
# end
#
# @raise [TypeError]
# @sig (String) { () -> void } -> void
def on_load(cpath, &block)
raise TypeError, "on_load only accepts strings" unless cpath.is_a?(String)
mutex.synchronize do
(on_load_callbacks[cpath] ||= []) << block
end
end
# Sets autoloads in the root namespace and preloads files, if any.
#
# @sig () -> void
def setup
mutex.synchronize do
break if @setup
actual_root_dirs.each do |root_dir, namespace|
set_autoloads_in_dir(root_dir, namespace)
end
do_preload
@setup = true
end
end
# Removes loaded constants and configured autoloads.
#
# The objects the constants stored are no longer reachable through them. In
# addition, since said objects are normally not referenced from anywhere
# else, they are eligible for garbage collection, which would effectively
# unload them.
#
# @private
# @sig () -> void
def unload
mutex.synchronize do
# We are going to keep track of the files that were required by our
# autoloads to later remove them from $LOADED_FEATURES, thus making them
# loadable by Kernel#require again.
#
# Directories are not stored in $LOADED_FEATURES, keeping track of files
# is enough.
unloaded_files = Set.new
autoloads.each do |realpath, (parent, cname)|
if parent.autoload?(cname)
unload_autoload(parent, cname)
else
# Could happen if loaded with require_relative. That is unsupported,
# and the constant path would escape unloadable_cpath? This is just
# defensive code to clean things up as much as we are able to.
unload_cref(parent, cname) if cdef?(parent, cname)
unloaded_files.add(realpath) if ruby?(realpath)
end
end
to_unload.each_value do |(realpath, (parent, cname))|
unload_cref(parent, cname) if cdef?(parent, cname)
unloaded_files.add(realpath) if ruby?(realpath)
end
unless unloaded_files.empty?
# Bootsnap decorates Kernel#require to speed it up using a cache and
# this optimization does not check if $LOADED_FEATURES has the file.
#
# To make it aware of changes, the gem defines singleton methods in
# $LOADED_FEATURES:
#
# https://github.com/Shopify/bootsnap/blob/master/lib/bootsnap/load_path_cache/core_ext/loaded_features.rb
#
# Rails applications may depend on bootsnap, so for unloading to work
# in that setting it is preferable that we restrict our API choice to
# one of those methods.
$LOADED_FEATURES.reject! { |file| unloaded_files.member?(file) }
end
autoloads.clear
autoloaded_dirs.clear
to_unload.clear
lazy_subdirs.clear
Registry.on_unload(self)
ExplicitNamespace.unregister(self)
@setup = false
@eager_loaded = false
end
end
# Unloads all loaded code, and calls setup again so that the loader is able
# to pick any changes in the file system.
#
# This method is not thread-safe, please see how this can be achieved by
# client code in the README of the project.
#
# @raise [Zeitwerk::Error]
# @sig () -> void
def reload
if reloading_enabled?
unload
recompute_ignored_paths
recompute_collapse_dirs
setup
else
raise ReloadingDisabledError, "can't reload, please call loader.enable_reloading before setup"
end
end
# Eager loads all files in the root directories, recursively. Files do not
# need to be in `$LOAD_PATH`, absolute file names are used. Ignored files
# are not eager loaded. You can opt-out specifically in specific files and
# directories with `do_not_eager_load`.
#
# @sig () -> void
def eager_load
mutex.synchronize do
break if @eager_loaded
queue = []
actual_root_dirs.each do |root_dir, namespace|
queue << [namespace, root_dir] unless eager_load_exclusions.member?(root_dir)
end
while to_eager_load = queue.shift
namespace, dir = to_eager_load
ls(dir) do |basename, abspath|
next if eager_load_exclusions.member?(abspath)
if ruby?(abspath)
if cref = autoloads[File.realpath(abspath)]
cref[0].const_get(cref[1], false)
end
elsif dir?(abspath) && !root_dirs.key?(abspath)
if collapse_dirs.member?(abspath)
queue << [namespace, abspath]
else
cname = inflector.camelize(basename, abspath)
queue << [namespace.const_get(cname, false), abspath]
end
end
end
end
autoloaded_dirs.each do |autoloaded_dir|
Registry.unregister_autoload(autoloaded_dir)
end
autoloaded_dirs.clear
@eager_loaded = true
end
end
# Let eager load ignore the given files or directories. The constants
# defined in those files are still autoloadable.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def do_not_eager_load(*paths)
mutex.synchronize { eager_load_exclusions.merge(expand_paths(paths)) }
end
# Says if the given constant path would be unloaded on reload. This
# predicate returns `false` if reloading is disabled.
#
# @sig (String) -> bool
def unloadable_cpath?(cpath)
to_unload.key?(cpath)
end
# Returns an array with the constant paths that would be unloaded on reload.
# This predicate returns an empty array if reloading is disabled.
#
# @sig () -> Array[String]
def unloadable_cpaths
to_unload.keys.freeze
end
# Logs to `$stdout`, handy shortcut for debugging.
#
# @sig () -> void
def log!
@logger = ->(msg) { puts msg }
end
# @private
# @sig (String) -> bool
def manages?(dir)
dir = dir + "/"
ignored_paths.each do |ignored_path|
return false if dir.start_with?(ignored_path + "/")
end
root_dirs.each_key do |root_dir|
return true if root_dir.start_with?(dir) || dir.start_with?(root_dir + "/")
end
false
end
# --- Class methods ---------------------------------------------------------------------------
class << self
# @sig #call | #debug | nil
attr_accessor :default_logger
# @private
# @sig Mutex
attr_accessor :mutex
# This is a shortcut for
#
# require "zeitwerk"
# loader = Zeitwerk::Loader.new
# loader.tag = File.basename(__FILE__, ".rb")
# loader.inflector = Zeitwerk::GemInflector.new(__FILE__)
# loader.push_dir(__dir__)
#
# except that this method returns the same object in subsequent calls from
# the same file, in the unlikely case the gem wants to be able to reload.
#
# @sig () -> Zeitwerk::Loader
def for_gem
called_from = caller_locations(1, 1).first.path
Registry.loader_for_gem(called_from)
end
# Broadcasts `eager_load` to all loaders.
#
# @sig () -> void
def eager_load_all
Registry.loaders.each(&:eager_load)
end
# Returns an array with the absolute paths of the root directories of all
# registered loaders. This is a read-only collection.
#
# @sig () -> Array[String]
def all_dirs
Registry.loaders.flat_map(&:dirs).freeze
end
end
self.mutex = Mutex.new
private # -------------------------------------------------------------------------------------
# @sig () -> Array[String]
def actual_root_dirs
root_dirs.reject do |root_dir, _namespace|
!dir?(root_dir) || ignored_paths.member?(root_dir)
end
end
# @sig (String, Module) -> void
def set_autoloads_in_dir(dir, parent)
ls(dir) do |basename, abspath|
begin
if ruby?(basename)
basename[-3..-1] = ''
cname = inflector.camelize(basename, abspath).to_sym
autoload_file(parent, cname, abspath)
elsif dir?(abspath)
# In a Rails application, `app/models/concerns` is a subdirectory of
# `app/models`, but both of them are root directories.
#
# To resolve the ambiguity file name -> constant path this introduces,
# the `app/models/concerns` directory is totally ignored as a namespace,
# it counts only as root. The guard checks that.
unless root_dirs.key?(abspath)
cname = inflector.camelize(basename, abspath).to_sym
if collapse_dirs.member?(abspath)
set_autoloads_in_dir(abspath, parent)
else
autoload_subdir(parent, cname, abspath)
end
end
end
rescue ::NameError => error
path_type = ruby?(abspath) ? "file" : "directory"
raise NameError.new(<<~MESSAGE, error.name)
#{error.message} inferred by #{inflector.class} from #{path_type}
#{abspath}
Possible ways to address this:
* Tell Zeitwerk to ignore this particular #{path_type}.
* Tell Zeitwerk to ignore one of its parent directories.
* Rename the #{path_type} to comply with the naming conventions.
* Modify the inflector to handle this case.
MESSAGE
end
end
end
# @sig (Module, Symbol, String) -> void
def autoload_subdir(parent, cname, subdir)
if autoload_path = autoload_for?(parent, cname)
cpath = cpath(parent, cname)
register_explicit_namespace(cpath) if ruby?(autoload_path)
# We do not need to issue another autoload, the existing one is enough
# no matter if it is for a file or a directory. Just remember the
# subdirectory has to be visited if the namespace is used.
(lazy_subdirs[cpath] ||= []) << subdir
elsif !cdef?(parent, cname)
# First time we find this namespace, set an autoload for it.
(lazy_subdirs[cpath(parent, cname)] ||= []) << subdir
set_autoload(parent, cname, subdir)
else
# For whatever reason the constant that corresponds to this namespace has
# already been defined, we have to recurse.
set_autoloads_in_dir(subdir, parent.const_get(cname))
end
end
# @sig (Module, Symbol, String) -> void
def autoload_file(parent, cname, file)
if autoload_path = autoload_for?(parent, cname)
# First autoload for a Ruby file wins, just ignore subsequent ones.
if ruby?(autoload_path)
log("file #{file} is ignored because #{autoload_path} has precedence") if logger
else
promote_namespace_from_implicit_to_explicit(
dir: autoload_path,
file: file,
parent: parent,
cname: cname
)
end
elsif cdef?(parent, cname)
log("file #{file} is ignored because #{cpath(parent, cname)} is already defined") if logger
else
set_autoload(parent, cname, file)
end
end
# `dir` is the directory that would have autovivified a namespace. `file` is
# the file where we've found the namespace is explicitly defined.
#
# @sig (dir: String, file: String, parent: Module, cname: Symbol) -> void
def promote_namespace_from_implicit_to_explicit(dir:, file:, parent:, cname:)
autoloads.delete(dir)
Registry.unregister_autoload(dir)
set_autoload(parent, cname, file)
register_explicit_namespace(cpath(parent, cname))
end
# @sig (Module, Symbol, String) -> void
def set_autoload(parent, cname, abspath)
# $LOADED_FEATURES stores real paths since Ruby 2.4.4. We set and save the
# real path to be able to delete it from $LOADED_FEATURES on unload, and to
# be able to do a lookup later in Kernel#require for manual require calls.
#
# We freeze realpath because that saves allocations in Module#autoload.
# See #125.
realpath = File.realpath(abspath).freeze
parent.autoload(cname, realpath)
if logger
if ruby?(realpath)
log("autoload set for #{cpath(parent, cname)}, to be loaded from #{realpath}")
else
log("autoload set for #{cpath(parent, cname)}, to be autovivified from #{realpath}")
end
end
autoloads[realpath] = [parent, cname]
Registry.register_autoload(self, realpath)
# See why in the documentation of Zeitwerk::Registry.inceptions.
unless parent.autoload?(cname)
Registry.register_inception(cpath(parent, cname), realpath, self)
end
end
# @sig (Module, Symbol) -> String?
def autoload_for?(parent, cname)
strict_autoload_path(parent, cname) || Registry.inception?(cpath(parent, cname))
end
# The autoload? predicate takes into account the ancestor chain of the
# receiver, like const_defined? and other methods in the constants API do.
#
# For example, given
#
# class A
# autoload :X, "x.rb"
# end
#
# class B < A
# end
#
# B.autoload?(:X) returns "x.rb".
#
# We need a way to strictly check in parent ignoring ancestors.
#
# @sig (Module, Symbol) -> String?
if method(:autoload?).arity == 1
def strict_autoload_path(parent, cname)
parent.autoload?(cname) if cdef?(parent, cname)
end
else
def strict_autoload_path(parent, cname)
parent.autoload?(cname, false)
end
end
# This method is called this way because I prefer `preload` to be the method
# name to configure preloads in the public interface.
#
# @sig () -> void
def do_preload
preloads.each do |abspath|
do_preload_abspath(abspath)
end
end
# @sig (String) -> void
def do_preload_abspath(abspath)
if ruby?(abspath)
do_preload_file(abspath)
elsif dir?(abspath)
do_preload_dir(abspath)
end
end
# @sig (String) -> void
def do_preload_dir(dir)
ls(dir) do |_basename, abspath|
do_preload_abspath(abspath)
end
end
# @sig (String) -> bool
def do_preload_file(file)
log("preloading #{file}") if logger
require file
end
# @sig (Module, Symbol) -> String
def cpath(parent, cname)
parent.equal?(Object) ? cname.to_s : "#{real_mod_name(parent)}::#{cname}"
end
# @sig (String) { (String, String) -> void } -> void
def ls(dir)
Dir.foreach(dir) do |basename|
next if basename.start_with?(".")
abspath = File.join(dir, basename)
next if ignored_paths.member?(abspath)
# We freeze abspath because that saves allocations when passed later to
# File methods. See #125.
yield basename, abspath.freeze
end
end
# @sig (String) -> bool
def ruby?(path)
path.end_with?(".rb")
end
# @sig (String) -> bool
def dir?(path)
File.directory?(path)
end
# @sig (String | Pathname | Array[String | Pathname]) -> Array[String]
def expand_paths(paths)
paths.flatten.map! { |path| File.expand_path(path) }
end
# @sig (Array[String]) -> Array[String]
def expand_glob_patterns(glob_patterns)
# Note that Dir.glob works with regular file names just fine. That is,
# glob patterns technically need no wildcards.
glob_patterns.flat_map { |glob_pattern| Dir.glob(glob_pattern) }
end
# @sig () -> void
def recompute_ignored_paths
ignored_paths.replace(expand_glob_patterns(ignored_glob_patterns))
end
# @sig () -> void
def recompute_collapse_dirs
collapse_dirs.replace(expand_glob_patterns(collapse_glob_patterns))
end
# @sig (String) -> void
def log(message)
method_name = logger.respond_to?(:debug) ? :debug : :call
logger.send(method_name, "Zeitwerk@#{tag}: #{message}")
end
# @sig (Module, Symbol) -> bool
def cdef?(parent, cname)
parent.const_defined?(cname, false)
end
# @sig (String) -> void
def register_explicit_namespace(cpath)
ExplicitNamespace.register(cpath, self)
end
# @sig (String) -> void
def raise_if_conflicting_directory(dir)
self.class.mutex.synchronize do
Registry.loaders.each do |loader|
if loader != self && loader.manages?(dir)
require "pp"
raise Error,
"loader\n\n#{pretty_inspect}\n\nwants to manage directory #{dir}," \
" which is already managed by\n\n#{loader.pretty_inspect}\n"
EOS
end
end
end
end
# @sig (Module, Symbol) -> void
def unload_autoload(parent, cname)
parent.__send__(:remove_const, cname)
log("autoload for #{cpath(parent, cname)} removed") if logger
end
# @sig (Module, Symbol) -> void
def unload_cref(parent, cname)
parent.__send__(:remove_const, cname)
log("#{cpath(parent, cname)} unloaded") if logger
end
end
end

13
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk.rb vendored
View File

@ -3,10 +3,23 @@
module Zeitwerk module Zeitwerk
require_relative "zeitwerk/real_mod_name" require_relative "zeitwerk/real_mod_name"
require_relative "zeitwerk/loader" require_relative "zeitwerk/loader"
require_relative "zeitwerk/autoloads"
require_relative "zeitwerk/registry" require_relative "zeitwerk/registry"
require_relative "zeitwerk/explicit_namespace" require_relative "zeitwerk/explicit_namespace"
require_relative "zeitwerk/inflector" require_relative "zeitwerk/inflector"
require_relative "zeitwerk/gem_inflector" require_relative "zeitwerk/gem_inflector"
require_relative "zeitwerk/kernel" require_relative "zeitwerk/kernel"
require_relative "zeitwerk/error" require_relative "zeitwerk/error"
require_relative "zeitwerk/version"
# This is a dangerous method.
#
# @experimental
# @sig () -> void
def self.with_loader
loader = Zeitwerk::Loader.new
yield loader
ensure
loader.unregister
end
end end

71
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/autoloads.rb vendored Normal file
View File

@ -0,0 +1,71 @@
# frozen_string_literal: true
module Zeitwerk
# @private
class Autoloads
# Maps crefs for which an autoload has been defined to the corresponding
# absolute path.
#
# [Object, :User] => "/Users/fxn/blog/app/models/user.rb"
# [Object, :Hotel] => "/Users/fxn/blog/app/models/hotel"
# ...
#
# This colection is transient, callbacks delete its entries as autoloads get
# executed.
#
# @sig Hash[[Module, Symbol], String]
attr_reader :c2a
# This is the inverse of c2a, for inverse lookups.
#
# @sig Hash[String, [Module, Symbol]]
attr_reader :a2c
# @sig () -> void
def initialize
@c2a = {}
@a2c = {}
end
# @sig (Module, Symbol, String) -> void
def define(parent, cname, abspath)
parent.autoload(cname, abspath)
cref = [parent, cname]
c2a[cref] = abspath
a2c[abspath] = cref
end
# @sig () { () -> [[Module, Symbol], String] } -> void
def each(&block)
c2a.each(&block)
end
# @sig (Module, Symbol) -> String?
def abspath_for(parent, cname)
c2a[[parent, cname]]
end
# @sig (String) -> [Module, Symbol]?
def cref_for(abspath)
a2c[abspath]
end
# @sig (String) -> [Module, Symbol]?
def delete(abspath)
cref = a2c.delete(abspath)
c2a.delete(cref)
cref
end
# @sig () -> void
def clear
c2a.clear
a2c.clear
end
# @sig () -> bool
def empty?
c2a.empty? && a2c.empty?
end
end
end

2
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/error.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/error.rb vendored
View File

@ -1,3 +1,5 @@
# frozen_string_literal: true
module Zeitwerk module Zeitwerk
class Error < StandardError class Error < StandardError
end end

14
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/explicit_namespace.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/explicit_namespace.rb vendored
View File

@ -1,3 +1,5 @@
# frozen_string_literal: true
module Zeitwerk module Zeitwerk
# Centralizes the logic for the trace point used to detect the creation of # Centralizes the logic for the trace point used to detect the creation of
# explicit namespaces, needed to descend into matching subdirectories right # explicit namespaces, needed to descend into matching subdirectories right
@ -41,7 +43,7 @@ module Zeitwerk
# @private # @private
# @sig (Zeitwerk::Loader) -> void # @sig (Zeitwerk::Loader) -> void
def unregister(loader) def unregister_loader(loader)
cpaths.delete_if { |_cpath, l| l == loader } cpaths.delete_if { |_cpath, l| l == loader }
disable_tracer_if_unneeded disable_tracer_if_unneeded
end end
@ -62,8 +64,14 @@ module Zeitwerk
# than accessing its name. # than accessing its name.
return if event.self.singleton_class? return if event.self.singleton_class?
# Note that it makes sense to compute the hash code unconditionally, # It might be tempting to return if name.nil?, to avoid the computation
# because the trace point is disabled if cpaths is empty. # of a hash code and delete call. But Ruby does not trigger the :class
# event on Class.new or Module.new, so that would incur in an extra call
# for nothing.
#
# On the other hand, if we were called, cpaths is not empty. Otherwise
# the tracer is disabled. So we do need to go ahead with the hash code
# computation and delete call.
if loader = cpaths.delete(real_mod_name(event.self)) if loader = cpaths.delete(real_mod_name(event.self))
loader.on_namespace_loaded(event.self) loader.on_namespace_loaded(event.self)
disable_tracer_if_unneeded disable_tracer_if_unneeded

0
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/gem_inflector.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/gem_inflector.rb vendored
View File

0
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/inflector.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/inflector.rb vendored
View File

11
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/kernel.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/kernel.rb vendored
View File

@ -3,7 +3,7 @@
module Kernel module Kernel
module_function module_function
# We are going to decorate Kerner#require with two goals. # We are going to decorate Kernel#require with two goals.
# #
# First, by intercepting Kernel#require calls, we are able to autovivify # First, by intercepting Kernel#require calls, we are able to autovivify
# modules on required directories, and also do internal housekeeping when # modules on required directories, and also do internal housekeeping when
@ -12,7 +12,8 @@ module Kernel
# On the other hand, if you publish a new version of a gem that is now managed # On the other hand, if you publish a new version of a gem that is now managed
# by Zeitwerk, client code can reference directly your classes and modules and # by Zeitwerk, client code can reference directly your classes and modules and
# should not require anything. But if someone has legacy require calls around, # should not require anything. But if someone has legacy require calls around,
# they will work as expected, and in a compatible way. # they will work as expected, and in a compatible way. This feature is by now
# EXPERIMENTAL and UNDOCUMENTED.
# #
# We cannot decorate with prepend + super because Kernel has already been # We cannot decorate with prepend + super because Kernel has already been
# included in Object, and changes in ancestors don't get propagated into # included in Object, and changes in ancestors don't get propagated into
@ -33,9 +34,9 @@ module Kernel
else else
zeitwerk_original_require(path).tap do |required| zeitwerk_original_require(path).tap do |required|
if required if required
realpath = $LOADED_FEATURES.last abspath = $LOADED_FEATURES.last
if loader = Zeitwerk::Registry.loader_for(realpath) if loader = Zeitwerk::Registry.loader_for(abspath)
loader.on_file_autoloaded(realpath) loader.on_file_autoloaded(abspath)
end end
end end
end end

507
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/loader.rb vendored Normal file
View File

@ -0,0 +1,507 @@
# frozen_string_literal: true
require "set"
require "securerandom"
module Zeitwerk
class Loader
require_relative "loader/helpers"
require_relative "loader/callbacks"
require_relative "loader/config"
include RealModName
include Callbacks
include Helpers
include Config
# Keeps track of autoloads defined by the loader which have not been
# executed so far.
#
# This metadata helps us implement a few things:
#
# 1. When autoloads are triggered, ensure they define the expected constant
# and invoke user callbacks. If reloading is enabled, remember cref and
# abspath for later unloading logic.
#
# 2. When unloading, remove autoloads that have not been executed.
#
# 3. Eager load with a recursive const_get, rather than a recursive require,
# for consistency with lazy loading.
#
# @private
# @sig Zeitwerk::Autoloads
attr_reader :autoloads
# We keep track of autoloaded directories to remove them from the registry
# at the end of eager loading.
#
# Files are removed as they are autoloaded, but directories need to wait due
# to concurrency (see why in Zeitwerk::Loader::Callbacks#on_dir_autoloaded).
#
# @private
# @sig Array[String]
attr_reader :autoloaded_dirs
# Stores metadata needed for unloading. Its entries look like this:
#
# "Admin::Role" => [".../admin/role.rb", [Admin, :Role]]
#
# The cpath as key helps implementing unloadable_cpath? The file name is
# stored in order to be able to delete it from $LOADED_FEATURES, and the
# pair [Module, Symbol] is used to remove_const the constant from the class
# or module object.
#
# If reloading is enabled, this hash is filled as constants are autoloaded
# or eager loaded. Otherwise, the collection remains empty.
#
# @private
# @sig Hash[String, [String, [Module, Symbol]]]
attr_reader :to_unload
# Maps constant paths of namespaces to arrays of corresponding directories.
#
# For example, given this mapping:
#
# "Admin" => [
# "/Users/fxn/blog/app/controllers/admin",
# "/Users/fxn/blog/app/models/admin",
# ...
# ]
#
# when `Admin` gets defined we know that it plays the role of a namespace and
# that its children are spread over those directories. We'll visit them to set
# up the corresponding autoloads.
#
# @private
# @sig Hash[String, Array[String]]
attr_reader :lazy_subdirs
# @private
# @sig Mutex
attr_reader :mutex
# @private
# @sig Mutex
attr_reader :mutex2
def initialize
super
@autoloads = Autoloads.new
@autoloaded_dirs = []
@to_unload = {}
@lazy_subdirs = Hash.new { |h, cpath| h[cpath] = [] }
@mutex = Mutex.new
@mutex2 = Mutex.new
@setup = false
@eager_loaded = false
Registry.register_loader(self)
end
# Sets autoloads in the root namespace.
#
# @sig () -> void
def setup
mutex.synchronize do
break if @setup
actual_root_dirs.each do |root_dir, namespace|
set_autoloads_in_dir(root_dir, namespace)
end
on_setup_callbacks.each(&:call)
@setup = true
end
end
# Removes loaded constants and configured autoloads.
#
# The objects the constants stored are no longer reachable through them. In
# addition, since said objects are normally not referenced from anywhere
# else, they are eligible for garbage collection, which would effectively
# unload them.
#
# This method is public but undocumented. Main interface is `reload`, which
# means `unload` + `setup`. This one is avaiable to be used together with
# `unregister`, which is undocumented too.
#
# @sig () -> void
def unload
mutex.synchronize do
# We are going to keep track of the files that were required by our
# autoloads to later remove them from $LOADED_FEATURES, thus making them
# loadable by Kernel#require again.
#
# Directories are not stored in $LOADED_FEATURES, keeping track of files
# is enough.
unloaded_files = Set.new
autoloads.each do |(parent, cname), abspath|
if parent.autoload?(cname)
unload_autoload(parent, cname)
else
# Could happen if loaded with require_relative. That is unsupported,
# and the constant path would escape unloadable_cpath? This is just
# defensive code to clean things up as much as we are able to.
unload_cref(parent, cname)
unloaded_files.add(abspath) if ruby?(abspath)
end
end
to_unload.each do |cpath, (abspath, (parent, cname))|
unless on_unload_callbacks.empty?
value = parent.const_get(cname)
run_on_unload_callbacks(cpath, value, abspath)
end
unload_cref(parent, cname)
unloaded_files.add(abspath) if ruby?(abspath)
end
unless unloaded_files.empty?
# Bootsnap decorates Kernel#require to speed it up using a cache and
# this optimization does not check if $LOADED_FEATURES has the file.
#
# To make it aware of changes, the gem defines singleton methods in
# $LOADED_FEATURES:
#
# https://github.com/Shopify/bootsnap/blob/master/lib/bootsnap/load_path_cache/core_ext/loaded_features.rb
#
# Rails applications may depend on bootsnap, so for unloading to work
# in that setting it is preferable that we restrict our API choice to
# one of those methods.
$LOADED_FEATURES.reject! { |file| unloaded_files.member?(file) }
end
autoloads.clear
autoloaded_dirs.clear
to_unload.clear
lazy_subdirs.clear
Registry.on_unload(self)
ExplicitNamespace.unregister_loader(self)
@setup = false
@eager_loaded = false
end
end
# Unloads all loaded code, and calls setup again so that the loader is able
# to pick any changes in the file system.
#
# This method is not thread-safe, please see how this can be achieved by
# client code in the README of the project.
#
# @raise [Zeitwerk::Error]
# @sig () -> void
def reload
if reloading_enabled?
unload
recompute_ignored_paths
recompute_collapse_dirs
setup
else
raise ReloadingDisabledError, "can't reload, please call loader.enable_reloading before setup"
end
end
# Eager loads all files in the root directories, recursively. Files do not
# need to be in `$LOAD_PATH`, absolute file names are used. Ignored files
# are not eager loaded. You can opt-out specifically in specific files and
# directories with `do_not_eager_load`, and that can be overridden passing
# `force: true`.
#
# @sig (true | false) -> void
def eager_load(force: false)
mutex.synchronize do
break if @eager_loaded
log("eager load start") if logger
honour_exclusions = !force
queue = []
actual_root_dirs.each do |root_dir, namespace|
queue << [namespace, root_dir] unless honour_exclusions && excluded_from_eager_load?(root_dir)
end
while to_eager_load = queue.shift
namespace, dir = to_eager_load
ls(dir) do |basename, abspath|
next if honour_exclusions && excluded_from_eager_load?(abspath)
if ruby?(abspath)
if cref = autoloads.cref_for(abspath)
cget(*cref)
end
elsif dir?(abspath) && !root_dirs.key?(abspath)
if collapse?(abspath)
queue << [namespace, abspath]
else
cname = inflector.camelize(basename, abspath)
queue << [cget(namespace, cname), abspath]
end
end
end
end
autoloaded_dirs.each do |autoloaded_dir|
Registry.unregister_autoload(autoloaded_dir)
end
autoloaded_dirs.clear
@eager_loaded = true
log("eager load end") if logger
end
end
# Says if the given constant path would be unloaded on reload. This
# predicate returns `false` if reloading is disabled.
#
# @sig (String) -> bool
def unloadable_cpath?(cpath)
to_unload.key?(cpath)
end
# Returns an array with the constant paths that would be unloaded on reload.
# This predicate returns an empty array if reloading is disabled.
#
# @sig () -> Array[String]
def unloadable_cpaths
to_unload.keys.freeze
end
# This is a dangerous method.
#
# @experimental
# @sig () -> void
def unregister
Registry.unregister_loader(self)
ExplicitNamespace.unregister_loader(self)
end
# --- Class methods ---------------------------------------------------------------------------
class << self
# @sig #call | #debug | nil
attr_accessor :default_logger
# @private
# @sig Mutex
attr_accessor :mutex
# This is a shortcut for
#
# require "zeitwerk"
# loader = Zeitwerk::Loader.new
# loader.tag = File.basename(__FILE__, ".rb")
# loader.inflector = Zeitwerk::GemInflector.new(__FILE__)
# loader.push_dir(__dir__)
#
# except that this method returns the same object in subsequent calls from
# the same file, in the unlikely case the gem wants to be able to reload.
#
# @sig () -> Zeitwerk::Loader
def for_gem
called_from = caller_locations(1, 1).first.path
Registry.loader_for_gem(called_from)
end
# Broadcasts `eager_load` to all loaders.
#
# @sig () -> void
def eager_load_all
Registry.loaders.each(&:eager_load)
end
# Returns an array with the absolute paths of the root directories of all
# registered loaders. This is a read-only collection.
#
# @sig () -> Array[String]
def all_dirs
Registry.loaders.flat_map(&:dirs).freeze
end
end
self.mutex = Mutex.new
private # -------------------------------------------------------------------------------------
# @sig (String, Module) -> void
def set_autoloads_in_dir(dir, parent)
ls(dir) do |basename, abspath|
begin
if ruby?(basename)
basename.delete_suffix!(".rb")
cname = inflector.camelize(basename, abspath).to_sym
autoload_file(parent, cname, abspath)
elsif dir?(abspath)
# In a Rails application, `app/models/concerns` is a subdirectory of
# `app/models`, but both of them are root directories.
#
# To resolve the ambiguity file name -> constant path this introduces,
# the `app/models/concerns` directory is totally ignored as a namespace,
# it counts only as root. The guard checks that.
unless root_dir?(abspath)
cname = inflector.camelize(basename, abspath).to_sym
if collapse?(abspath)
set_autoloads_in_dir(abspath, parent)
else
autoload_subdir(parent, cname, abspath)
end
end
end
rescue ::NameError => error
path_type = ruby?(abspath) ? "file" : "directory"
raise NameError.new(<<~MESSAGE, error.name)
#{error.message} inferred by #{inflector.class} from #{path_type}
#{abspath}
Possible ways to address this:
* Tell Zeitwerk to ignore this particular #{path_type}.
* Tell Zeitwerk to ignore one of its parent directories.
* Rename the #{path_type} to comply with the naming conventions.
* Modify the inflector to handle this case.
MESSAGE
end
end
end
# @sig (Module, Symbol, String) -> void
def autoload_subdir(parent, cname, subdir)
if autoload_path = autoloads.abspath_for(parent, cname)
cpath = cpath(parent, cname)
register_explicit_namespace(cpath) if ruby?(autoload_path)
# We do not need to issue another autoload, the existing one is enough
# no matter if it is for a file or a directory. Just remember the
# subdirectory has to be visited if the namespace is used.
lazy_subdirs[cpath] << subdir
elsif !cdef?(parent, cname)
# First time we find this namespace, set an autoload for it.
lazy_subdirs[cpath(parent, cname)] << subdir
set_autoload(parent, cname, subdir)
else
# For whatever reason the constant that corresponds to this namespace has
# already been defined, we have to recurse.
log("the namespace #{cpath(parent, cname)} already exists, descending into #{subdir}") if logger
set_autoloads_in_dir(subdir, cget(parent, cname))
end
end
# @sig (Module, Symbol, String) -> void
def autoload_file(parent, cname, file)
if autoload_path = strict_autoload_path(parent, cname) || Registry.inception?(cpath(parent, cname))
# First autoload for a Ruby file wins, just ignore subsequent ones.
if ruby?(autoload_path)
log("file #{file} is ignored because #{autoload_path} has precedence") if logger
else
promote_namespace_from_implicit_to_explicit(
dir: autoload_path,
file: file,
parent: parent,
cname: cname
)
end
elsif cdef?(parent, cname)
log("file #{file} is ignored because #{cpath(parent, cname)} is already defined") if logger
else
set_autoload(parent, cname, file)
end
end
# `dir` is the directory that would have autovivified a namespace. `file` is
# the file where we've found the namespace is explicitly defined.
#
# @sig (dir: String, file: String, parent: Module, cname: Symbol) -> void
def promote_namespace_from_implicit_to_explicit(dir:, file:, parent:, cname:)
autoloads.delete(dir)
Registry.unregister_autoload(dir)
log("earlier autoload for #{cpath(parent, cname)} discarded, it is actually an explicit namespace defined in #{file}") if logger
set_autoload(parent, cname, file)
register_explicit_namespace(cpath(parent, cname))
end
# @sig (Module, Symbol, String) -> void
def set_autoload(parent, cname, abspath)
autoloads.define(parent, cname, abspath)
if logger
if ruby?(abspath)
log("autoload set for #{cpath(parent, cname)}, to be loaded from #{abspath}")
else
log("autoload set for #{cpath(parent, cname)}, to be autovivified from #{abspath}")
end
end
Registry.register_autoload(self, abspath)
# See why in the documentation of Zeitwerk::Registry.inceptions.
unless parent.autoload?(cname)
Registry.register_inception(cpath(parent, cname), abspath, self)
end
end
# @sig (String) -> void
def register_explicit_namespace(cpath)
ExplicitNamespace.register(cpath, self)
end
# @sig (String) -> void
def raise_if_conflicting_directory(dir)
self.class.mutex.synchronize do
Registry.loaders.each do |loader|
next if loader == self
next if loader.ignores?(dir)
dir = dir + "/"
loader.root_dirs.each do |root_dir, _namespace|
next if ignores?(root_dir)
root_dir = root_dir + "/"
if dir.start_with?(root_dir) || root_dir.start_with?(dir)
require "pp" # Needed for pretty_inspect, even in Ruby 2.5.
raise Error,
"loader\n\n#{pretty_inspect}\n\nwants to manage directory #{dir.chop}," \
" which is already managed by\n\n#{loader.pretty_inspect}\n"
EOS
end
end
end
end
end
# @sig (String, Object, String) -> void
def run_on_unload_callbacks(cpath, value, abspath)
# Order matters. If present, run the most specific one.
on_unload_callbacks[cpath]&.each { |c| c.call(value, abspath) }
on_unload_callbacks[:ANY]&.each { |c| c.call(cpath, value, abspath) }
end
# @sig (Module, Symbol) -> void
def unload_autoload(parent, cname)
parent.__send__(:remove_const, cname)
log("autoload for #{cpath(parent, cname)} removed") if logger
end
# @sig (Module, Symbol) -> void
def unload_cref(parent, cname)
# Let's optimistically remove_const. The way we use it, this is going to
# succeed always if all is good.
parent.__send__(:remove_const, cname)
rescue ::NameError
# There are a few edge scenarios in which this may happen. If the constant
# is gone, that is OK, anyway.
else
log("#{cpath(parent, cname)} unloaded") if logger
end
end
end

30
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/loader/callbacks.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/loader/callbacks.rb vendored
View File

@ -1,3 +1,5 @@
# frozen_string_literal: true
module Zeitwerk::Loader::Callbacks module Zeitwerk::Loader::Callbacks
include Zeitwerk::RealModName include Zeitwerk::RealModName
@ -9,16 +11,19 @@ module Zeitwerk::Loader::Callbacks
cref = autoloads.delete(file) cref = autoloads.delete(file)
cpath = cpath(*cref) cpath = cpath(*cref)
# If reloading is enabled, we need to put this constant for unloading
# regardless of what cdef? says. In Ruby < 3.1 the internal state is not
# fully cleared. Module#constants still includes it, and you need to
# remove_const. See https://github.com/ruby/ruby/pull/4715.
to_unload[cpath] = [file, cref] if reloading_enabled? to_unload[cpath] = [file, cref] if reloading_enabled?
Zeitwerk::Registry.unregister_autoload(file) Zeitwerk::Registry.unregister_autoload(file)
if logger && cdef?(*cref) if cdef?(*cref)
log("constant #{cpath} loaded from file #{file}") log("constant #{cpath} loaded from file #{file}") if logger
elsif !cdef?(*cref) run_on_load_callbacks(cpath, cget(*cref), file) unless on_load_callbacks.empty?
else
raise Zeitwerk::NameError.new("expected file #{file} to define constant #{cpath}, but didn't", cref.last) raise Zeitwerk::NameError.new("expected file #{file} to define constant #{cpath}, but didn't", cref.last)
end end
run_on_load_callbacks(cpath)
end end
# Invoked from our decorated Kernel#require when a managed directory is # Invoked from our decorated Kernel#require when a managed directory is
@ -54,7 +59,7 @@ module Zeitwerk::Loader::Callbacks
on_namespace_loaded(autovivified_module) on_namespace_loaded(autovivified_module)
run_on_load_callbacks(cpath) run_on_load_callbacks(cpath, autovivified_module, dir) unless on_load_callbacks.empty?
end end
end end
end end
@ -75,12 +80,13 @@ module Zeitwerk::Loader::Callbacks
private private
# @sig (String) -> void # @sig (String, Object) -> void
def run_on_load_callbacks(cpath) def run_on_load_callbacks(cpath, value, abspath)
# Very common, do not even compute a hash code. # Order matters. If present, run the most specific one.
return if on_load_callbacks.empty?
callbacks = reloading_enabled? ? on_load_callbacks[cpath] : on_load_callbacks.delete(cpath) callbacks = reloading_enabled? ? on_load_callbacks[cpath] : on_load_callbacks.delete(cpath)
callbacks.each(&:call) if callbacks callbacks&.each { |c| c.call(value, abspath) }
callbacks = on_load_callbacks[:ANY]
callbacks&.each { |c| c.call(cpath, value, abspath) }
end end
end end

321
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/loader/config.rb vendored Normal file
View File

@ -0,0 +1,321 @@
# frozen_string_literal: true
require "set"
require "securerandom"
module Zeitwerk::Loader::Config
# Absolute paths of the root directories. Stored in a hash to preserve
# order, easily handle duplicates, and also be able to have a fast lookup,
# needed for detecting nested paths.
#
# "/Users/fxn/blog/app/assets" => true,
# "/Users/fxn/blog/app/channels" => true,
# ...
#
# This is a private collection maintained by the loader. The public
# interface for it is `push_dir` and `dirs`.
#
# @private
# @sig Hash[String, true]
attr_reader :root_dirs
# @sig #camelize
attr_accessor :inflector
# Absolute paths of files, directories, or glob patterns to be totally
# ignored.
#
# @private
# @sig Set[String]
attr_reader :ignored_glob_patterns
# The actual collection of absolute file and directory names at the time the
# ignored glob patterns were expanded. Computed on setup, and recomputed on
# reload.
#
# @private
# @sig Set[String]
attr_reader :ignored_paths
# Absolute paths of directories or glob patterns to be collapsed.
#
# @private
# @sig Set[String]
attr_reader :collapse_glob_patterns
# The actual collection of absolute directory names at the time the collapse
# glob patterns were expanded. Computed on setup, and recomputed on reload.
#
# @private
# @sig Set[String]
attr_reader :collapse_dirs
# Absolute paths of files or directories not to be eager loaded.
#
# @private
# @sig Set[String]
attr_reader :eager_load_exclusions
# User-oriented callbacks to be fired on setup and on reload.
#
# @private
# @sig Array[{ () -> void }]
attr_reader :on_setup_callbacks
# User-oriented callbacks to be fired when a constant is loaded.
#
# @private
# @sig Hash[String, Array[{ (Object, String) -> void }]]
# Hash[Symbol, Array[{ (String, Object, String) -> void }]]
attr_reader :on_load_callbacks
# User-oriented callbacks to be fired before constants are removed.
#
# @private
# @sig Hash[String, Array[{ (Object, String) -> void }]]
# Hash[Symbol, Array[{ (String, Object, String) -> void }]]
attr_reader :on_unload_callbacks
# @sig #call | #debug | nil
attr_accessor :logger
def initialize
@initialized_at = Time.now
@root_dirs = {}
@inflector = Zeitwerk::Inflector.new
@ignored_glob_patterns = Set.new
@ignored_paths = Set.new
@collapse_glob_patterns = Set.new
@collapse_dirs = Set.new
@eager_load_exclusions = Set.new
@reloading_enabled = false
@on_setup_callbacks = []
@on_load_callbacks = {}
@on_unload_callbacks = {}
@logger = self.class.default_logger
@tag = SecureRandom.hex(3)
end
# Pushes `path` to the list of root directories.
#
# Raises `Zeitwerk::Error` if `path` does not exist, or if another loader in
# the same process already manages that directory or one of its ascendants or
# descendants.
#
# @raise [Zeitwerk::Error]
# @sig (String | Pathname, Module) -> void
def push_dir(path, namespace: Object)
# Note that Class < Module.
unless namespace.is_a?(Module)
raise Zeitwerk::Error, "#{namespace.inspect} is not a class or module object, should be"
end
abspath = File.expand_path(path)
if dir?(abspath)
raise_if_conflicting_directory(abspath)
root_dirs[abspath] = namespace
else
raise Zeitwerk::Error, "the root directory #{abspath} does not exist"
end
end
# Returns the loader's tag.
#
# Implemented as a method instead of via attr_reader for symmetry with the
# writer below.
#
# @sig () -> String
def tag
@tag
end
# Sets a tag for the loader, useful for logging.
#
# @param tag [#to_s]
# @sig (#to_s) -> void
def tag=(tag)
@tag = tag.to_s
end
# Absolute paths of the root directories. This is a read-only collection,
# please push here via `push_dir`.
#
# @sig () -> Array[String]
def dirs
root_dirs.keys.freeze
end
# You need to call this method before setup in order to be able to reload.
# There is no way to undo this, either you want to reload or you don't.
#
# @raise [Zeitwerk::Error]
# @sig () -> void
def enable_reloading
mutex.synchronize do
break if @reloading_enabled
if @setup
raise Zeitwerk::Error, "cannot enable reloading after setup"
else
@reloading_enabled = true
end
end
end
# @sig () -> bool
def reloading_enabled?
@reloading_enabled
end
# Let eager load ignore the given files or directories. The constants defined
# in those files are still autoloadable.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def do_not_eager_load(*paths)
mutex.synchronize { eager_load_exclusions.merge(expand_paths(paths)) }
end
# Configure files, directories, or glob patterns to be totally ignored.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def ignore(*glob_patterns)
glob_patterns = expand_paths(glob_patterns)
mutex.synchronize do
ignored_glob_patterns.merge(glob_patterns)
ignored_paths.merge(expand_glob_patterns(glob_patterns))
end
end
# Configure directories or glob patterns to be collapsed.
#
# @sig (*(String | Pathname | Array[String | Pathname])) -> void
def collapse(*glob_patterns)
glob_patterns = expand_paths(glob_patterns)
mutex.synchronize do
collapse_glob_patterns.merge(glob_patterns)
collapse_dirs.merge(expand_glob_patterns(glob_patterns))
end
end
# Configure a block to be called after setup and on each reload.
# If setup was already done, the block runs immediately.
#
# @sig () { () -> void } -> void
def on_setup(&block)
mutex.synchronize do
on_setup_callbacks << block
block.call if @setup
end
end
# Configure a block to be invoked once a certain constant path is loaded.
# Supports multiple callbacks, and if there are many, they are executed in
# the order in which they were defined.
#
# loader.on_load("SomeApiClient") do |klass, _abspath|
# klass.endpoint = "https://api.dev"
# end
#
# Can also be configured for any constant loaded:
#
# loader.on_load do |cpath, value, abspath|
# # ...
# end
#
# @raise [TypeError]
# @sig (String) { (Object, String) -> void } -> void
# (:ANY) { (String, Object, String) -> void } -> void
def on_load(cpath = :ANY, &block)
raise TypeError, "on_load only accepts strings" unless cpath.is_a?(String) || cpath == :ANY
mutex.synchronize do
(on_load_callbacks[cpath] ||= []) << block
end
end
# Configure a block to be invoked right before a certain constant is removed.
# Supports multiple callbacks, and if there are many, they are executed in the
# order in which they were defined.
#
# loader.on_unload("Country") do |klass, _abspath|
# klass.clear_cache
# end
#
# Can also be configured for any removed constant:
#
# loader.on_unload do |cpath, value, abspath|
# # ...
# end
#
# @raise [TypeError]
# @sig (String) { (Object) -> void } -> void
# (:ANY) { (String, Object) -> void } -> void
def on_unload(cpath = :ANY, &block)
raise TypeError, "on_unload only accepts strings" unless cpath.is_a?(String) || cpath == :ANY
mutex.synchronize do
(on_unload_callbacks[cpath] ||= []) << block
end
end
# Logs to `$stdout`, handy shortcut for debugging.
#
# @sig () -> void
def log!
@logger = ->(msg) { puts msg }
end
# @private
# @sig (String) -> bool
def ignores?(abspath)
ignored_paths.any? do |ignored_path|
ignored_path == abspath || (dir?(ignored_path) && abspath.start_with?(ignored_path + "/"))
end
end
private
# @sig () -> Array[String]
def actual_root_dirs
root_dirs.reject do |root_dir, _namespace|
!dir?(root_dir) || ignored_paths.member?(root_dir)
end
end
# @sig (String) -> bool
def root_dir?(dir)
root_dirs.key?(dir)
end
# @sig (String) -> bool
def excluded_from_eager_load?(abspath)
eager_load_exclusions.member?(abspath)
end
# @sig (String) -> bool
def collapse?(dir)
collapse_dirs.member?(dir)
end
# @sig (String | Pathname | Array[String | Pathname]) -> Array[String]
def expand_paths(paths)
paths.flatten.map! { |path| File.expand_path(path) }
end
# @sig (Array[String]) -> Array[String]
def expand_glob_patterns(glob_patterns)
# Note that Dir.glob works with regular file names just fine. That is,
# glob patterns technically need no wildcards.
glob_patterns.flat_map { |glob_pattern| Dir.glob(glob_pattern) }
end
# @sig () -> void
def recompute_ignored_paths
ignored_paths.replace(expand_glob_patterns(ignored_glob_patterns))
end
# @sig () -> void
def recompute_collapse_dirs
collapse_dirs.replace(expand_glob_patterns(collapse_glob_patterns))
end
end

97
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/loader/helpers.rb vendored Normal file
View File

@ -0,0 +1,97 @@
# frozen_string_literal: true
module Zeitwerk::Loader::Helpers
private
# --- Logging -----------------------------------------------------------------------------------
# @sig (String) -> void
def log(message)
method_name = logger.respond_to?(:debug) ? :debug : :call
logger.send(method_name, "Zeitwerk@#{tag}: #{message}")
end
# --- Files and directories ---------------------------------------------------------------------
# @sig (String) { (String, String) -> void } -> void
def ls(dir)
Dir.each_child(dir) do |basename|
next if hidden?(basename)
abspath = File.join(dir, basename)
next if ignored_paths.member?(abspath)
# We freeze abspath because that saves allocations when passed later to
# File methods. See #125.
yield basename, abspath.freeze
end
end
# @sig (String) -> bool
def ruby?(path)
path.end_with?(".rb")
end
# @sig (String) -> bool
def dir?(path)
File.directory?(path)
end
# @sig String -> bool
def hidden?(basename)
basename.start_with?(".")
end
# --- Constants ---------------------------------------------------------------------------------
# The autoload? predicate takes into account the ancestor chain of the
# receiver, like const_defined? and other methods in the constants API do.
#
# For example, given
#
# class A
# autoload :X, "x.rb"
# end
#
# class B < A
# end
#
# B.autoload?(:X) returns "x.rb".
#
# We need a way to strictly check in parent ignoring ancestors.
#
# @sig (Module, Symbol) -> String?
if method(:autoload?).arity == 1
def strict_autoload_path(parent, cname)
parent.autoload?(cname) if cdef?(parent, cname)
end
else
def strict_autoload_path(parent, cname)
parent.autoload?(cname, false)
end
end
# @sig (Module, Symbol) -> String
if Symbol.method_defined?(:name)
# Symbol#name was introduced in Ruby 3.0. It returns always the same
# frozen object, so we may save a few string allocations.
def cpath(parent, cname)
Object == parent ? cname.name : "#{real_mod_name(parent)}::#{cname.name}"
end
else
def cpath(parent, cname)
Object == parent ? cname.to_s : "#{real_mod_name(parent)}::#{cname}"
end
end
# @sig (Module, Symbol) -> bool
def cdef?(parent, cname)
parent.const_defined?(cname, false)
end
# @raise [NameError]
# @sig (Module, Symbol) -> Object
def cget(parent, cname)
parent.const_get(cname, false)
end
end

2
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/real_mod_name.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/real_mod_name.rb vendored
View File

@ -1,3 +1,5 @@
# frozen_string_literal: true
module Zeitwerk::RealModName module Zeitwerk::RealModName
UNBOUND_METHOD_MODULE_NAME = Module.instance_method(:name) UNBOUND_METHOD_MODULE_NAME = Module.instance_method(:name)
private_constant :UNBOUND_METHOD_MODULE_NAME private_constant :UNBOUND_METHOD_MODULE_NAME

23
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/registry.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/registry.rb vendored
View File

@ -17,7 +17,7 @@ module Zeitwerk
# @sig Hash[String, Zeitwerk::Loader] # @sig Hash[String, Zeitwerk::Loader]
attr_reader :loaders_managing_gems attr_reader :loaders_managing_gems
# Maps real paths to the loaders responsible for them. # Maps absolute paths to the loaders responsible for them.
# #
# This information is used by our decorated `Kernel#require` to be able to # This information is used by our decorated `Kernel#require` to be able to
# invoke callbacks and autovivify modules. # invoke callbacks and autovivify modules.
@ -73,6 +73,15 @@ module Zeitwerk
loaders << loader loaders << loader
end end
# @private
# @sig (Zeitwerk::Loader) -> void
def unregister_loader(loader)
loaders.delete(loader)
loaders_managing_gems.delete_if { |_, l| l == loader }
autoloads.delete_if { |_, l| l == loader }
inceptions.delete_if { |_, (_, l)| l == loader }
end
# This method returns always a loader, the same instance for the same root # This method returns always a loader, the same instance for the same root
# file. That is how Zeitwerk::Loader.for_gem is idempotent. # file. That is how Zeitwerk::Loader.for_gem is idempotent.
# #
@ -90,20 +99,20 @@ module Zeitwerk
# @private # @private
# @sig (Zeitwerk::Loader, String) -> String # @sig (Zeitwerk::Loader, String) -> String
def register_autoload(loader, realpath) def register_autoload(loader, abspath)
autoloads[realpath] = loader autoloads[abspath] = loader
end end
# @private # @private
# @sig (String) -> void # @sig (String) -> void
def unregister_autoload(realpath) def unregister_autoload(abspath)
autoloads.delete(realpath) autoloads.delete(abspath)
end end
# @private # @private
# @sig (String, String, Zeitwerk::Loader) -> void # @sig (String, String, Zeitwerk::Loader) -> void
def register_inception(cpath, realpath, loader) def register_inception(cpath, abspath, loader)
inceptions[cpath] = [realpath, loader] inceptions[cpath] = [abspath, loader]
end end
# @private # @private

2
Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.4.2/lib/zeitwerk/version.rb → Library/Homebrew/vendor/bundle/ruby/2.6.0/gems/zeitwerk-2.5.0/lib/zeitwerk/version.rb vendored
View File

@ -1,5 +1,5 @@
# frozen_string_literal: true # frozen_string_literal: true
module Zeitwerk module Zeitwerk
VERSION = "2.4.2" VERSION = "2.5.0"
end end