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English.rb
(5.54 KB)
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abbrev.rb
(3.47 KB)
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base64.rb
(13.22 KB)
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benchmark.rb
(18.42 KB)
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bigdecimal
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bigdecimal.rb
(130 B)
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bundled_gems.rb
(6.86 KB)
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cgi
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cgi.rb
(9.83 KB)
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coverage.rb
(368 B)
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csv
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csv.rb
(92.46 KB)
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date.rb
(1.17 KB)
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delegate.rb
(11.68 KB)
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did_you_mean
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did_you_mean.rb
(5.36 KB)
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digest
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digest.rb
(3.3 KB)
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drb
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drb.rb
(50 B)
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erb
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erb.rb
(14.53 KB)
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error_highlight
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error_highlight.rb
(84 B)
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expect.rb
(2.19 KB)
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fiddle
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fiddle.rb
(2.88 KB)
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fileutils.rb
(78.69 KB)
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find.rb
(2.52 KB)
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forwardable
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forwardable.rb
(9.03 KB)
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getoptlong.rb
(20.26 KB)
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io
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ipaddr.rb
(20.93 KB)
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json
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json.rb
(19.62 KB)
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kconv.rb
(5.72 KB)
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logger
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logger.rb
(22.03 KB)
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mkmf.rb
(88.69 KB)
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monitor.rb
(6.75 KB)
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mutex_m.rb
(2.36 KB)
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net
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objspace
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objspace.rb
(4.14 KB)
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observer.rb
(6.38 KB)
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open-uri.rb
(25.84 KB)
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open3
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open3.rb
(47.51 KB)
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openssl
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openssl.rb
(1.03 KB)
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optionparser.rb
(59 B)
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optparse
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optparse.rb
(61.82 KB)
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ostruct.rb
(14.22 KB)
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pathname.rb
(16.85 KB)
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pp.rb
(17.24 KB)
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prettyprint.rb
(15.93 KB)
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prism
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prism.rb
(3.17 KB)
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pstore.rb
(20.36 KB)
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psych
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psych.rb
(24.44 KB)
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random
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readline.rb
(215 B)
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reline
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reline.rb
(14.7 KB)
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resolv-replace.rb
(1.76 KB)
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resolv.rb
(85.03 KB)
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rinda
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ripper
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ripper.rb
(2.44 KB)
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ruby_vm
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securerandom.rb
(2.06 KB)
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set
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set.rb
(24.94 KB)
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shellwords.rb
(7.11 KB)
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singleton.rb
(3.94 KB)
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socket.rb
(44.04 KB)
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syntax_suggest
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syntax_suggest.rb
(74 B)
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syslog
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tempfile.rb
(14.73 KB)
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time.rb
(23.74 KB)
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timeout.rb
(5.69 KB)
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tmpdir.rb
(4.93 KB)
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tsort.rb
(14.29 KB)
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un.rb
(11.17 KB)
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unicode_normalize
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uri
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uri.rb
(3.06 KB)
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vendor_ruby
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weakref.rb
(1.36 KB)
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yaml
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yaml.rb
(2.13 KB)
Editing: timeout.rb
# frozen_string_literal: true # Timeout long-running blocks # # == Synopsis # # require 'timeout' # status = Timeout::timeout(5) { # # Something that should be interrupted if it takes more than 5 seconds... # } # # == Description # # Timeout provides a way to auto-terminate a potentially long-running # operation if it hasn't finished in a fixed amount of time. # # Previous versions didn't use a module for namespacing, however # #timeout is provided for backwards compatibility. You # should prefer Timeout.timeout instead. # # == Copyright # # Copyright:: (C) 2000 Network Applied Communication Laboratory, Inc. # Copyright:: (C) 2000 Information-technology Promotion Agency, Japan module Timeout VERSION = "0.4.1" # Internal error raised to when a timeout is triggered. class ExitException < Exception def exception(*) self end end # Raised by Timeout.timeout when the block times out. class Error < RuntimeError def self.handle_timeout(message) exc = ExitException.new(message) begin yield exc rescue ExitException => e raise new(message) if exc.equal?(e) raise end end end # :stopdoc: CONDVAR = ConditionVariable.new QUEUE = Queue.new QUEUE_MUTEX = Mutex.new TIMEOUT_THREAD_MUTEX = Mutex.new @timeout_thread = nil private_constant :CONDVAR, :QUEUE, :QUEUE_MUTEX, :TIMEOUT_THREAD_MUTEX class Request attr_reader :deadline def initialize(thread, timeout, exception_class, message) @thread = thread @deadline = GET_TIME.call(Process::CLOCK_MONOTONIC) + timeout @exception_class = exception_class @message = message @mutex = Mutex.new @done = false # protected by @mutex end def done? @mutex.synchronize do @done end end def expired?(now) now >= @deadline end def interrupt @mutex.synchronize do unless @done @thread.raise @exception_class, @message @done = true end end end def finished @mutex.synchronize do @done = true end end end private_constant :Request def self.create_timeout_thread watcher = Thread.new do requests = [] while true until QUEUE.empty? and !requests.empty? # wait to have at least one request req = QUEUE.pop requests << req unless req.done? end closest_deadline = requests.min_by(&:deadline).deadline now = 0.0 QUEUE_MUTEX.synchronize do while (now = GET_TIME.call(Process::CLOCK_MONOTONIC)) < closest_deadline and QUEUE.empty? CONDVAR.wait(QUEUE_MUTEX, closest_deadline - now) end end requests.each do |req| req.interrupt if req.expired?(now) end requests.reject!(&:done?) end end ThreadGroup::Default.add(watcher) unless watcher.group.enclosed? watcher.name = "Timeout stdlib thread" watcher.thread_variable_set(:"\0__detached_thread__", true) watcher end private_class_method :create_timeout_thread def self.ensure_timeout_thread_created unless @timeout_thread and @timeout_thread.alive? TIMEOUT_THREAD_MUTEX.synchronize do unless @timeout_thread and @timeout_thread.alive? @timeout_thread = create_timeout_thread end end end end # We keep a private reference so that time mocking libraries won't break # Timeout. GET_TIME = Process.method(:clock_gettime) private_constant :GET_TIME # :startdoc: # Perform an operation in a block, raising an error if it takes longer than # +sec+ seconds to complete. # # +sec+:: Number of seconds to wait for the block to terminate. Any number # may be used, including Floats to specify fractional seconds. A # value of 0 or +nil+ will execute the block without any timeout. # +klass+:: Exception Class to raise if the block fails to terminate # in +sec+ seconds. Omitting will use the default, Timeout::Error # +message+:: Error message to raise with Exception Class. # Omitting will use the default, "execution expired" # # Returns the result of the block *if* the block completed before # +sec+ seconds, otherwise throws an exception, based on the value of +klass+. # # The exception thrown to terminate the given block cannot be rescued inside # the block unless +klass+ is given explicitly. However, the block can use # ensure to prevent the handling of the exception. For that reason, this # method cannot be relied on to enforce timeouts for untrusted blocks. # # If a scheduler is defined, it will be used to handle the timeout by invoking # Scheduler#timeout_after. # # Note that this is both a method of module Timeout, so you can <tt>include # Timeout</tt> into your classes so they have a #timeout method, as well as # a module method, so you can call it directly as Timeout.timeout(). def timeout(sec, klass = nil, message = nil, &block) #:yield: +sec+ return yield(sec) if sec == nil or sec.zero? message ||= "execution expired" if Fiber.respond_to?(:current_scheduler) && (scheduler = Fiber.current_scheduler)&.respond_to?(:timeout_after) return scheduler.timeout_after(sec, klass || Error, message, &block) end Timeout.ensure_timeout_thread_created perform = Proc.new do |exc| request = Request.new(Thread.current, sec, exc, message) QUEUE_MUTEX.synchronize do QUEUE << request CONDVAR.signal end begin return yield(sec) ensure request.finished end end if klass perform.call(klass) else Error.handle_timeout(message, &perform) end end module_function :timeout end
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