diff options
Diffstat (limited to 'spec/rubyspec/library/conditionvariable')
3 files changed, 0 insertions, 161 deletions
diff --git a/spec/rubyspec/library/conditionvariable/broadcast_spec.rb b/spec/rubyspec/library/conditionvariable/broadcast_spec.rb deleted file mode 100644 index 129b124c1a..0000000000 --- a/spec/rubyspec/library/conditionvariable/broadcast_spec.rb +++ /dev/null @@ -1,67 +0,0 @@ -require File.expand_path('../../../spec_helper', __FILE__) -require 'thread' - -describe "ConditionVariable#broadcast" do - it "returns self if nothing to broadcast to" do - cv = ConditionVariable.new - cv.broadcast.should == cv - end - - it "returns self if something is waiting for a broadcast" do - m = Mutex.new - cv = ConditionVariable.new - in_synchronize = false - - th = Thread.new do - m.synchronize do - in_synchronize = true - cv.wait(m) - end - end - - # wait for m to acquire the mutex - Thread.pass until in_synchronize - # wait until th is sleeping (ie waiting) - Thread.pass while th.status and th.status != "sleep" - - m.synchronize { cv.broadcast }.should == cv - - th.join - end - - it "releases all threads waiting in line for this resource" do - m = Mutex.new - cv = ConditionVariable.new - threads = [] - r1 = [] - r2 = [] - - # large number to attempt to cause race conditions - 100.times do |i| - threads << Thread.new(i) do |tid| - m.synchronize do - r1 << tid - cv.wait(m) - r2 << tid - end - end - end - - # wait for all threads to acquire the mutex the first time - Thread.pass until m.synchronize { r1.size == threads.size } - # wait until all threads are sleeping (ie waiting) - Thread.pass until threads.all? {|th| th.status == "sleep" } - - r2.should be_empty - m.synchronize do - cv.broadcast - end - - threads.each {|t| t.join } - - # ensure that all threads that enter cv.wait are released - r2.sort.should == r1.sort - # note that order is not specified as broadcast results in a race - # condition on regaining the lock m - end -end diff --git a/spec/rubyspec/library/conditionvariable/signal_spec.rb b/spec/rubyspec/library/conditionvariable/signal_spec.rb deleted file mode 100644 index 38bee8984b..0000000000 --- a/spec/rubyspec/library/conditionvariable/signal_spec.rb +++ /dev/null @@ -1,69 +0,0 @@ -require File.expand_path('../../../spec_helper', __FILE__) -require 'thread' - -describe "ConditionVariable#signal" do - it "returns self if nothing to signal" do - cv = ConditionVariable.new - cv.signal.should == cv - end - - it "returns self if something is waiting for a signal" do - m = Mutex.new - cv = ConditionVariable.new - in_synchronize = false - - th = Thread.new do - m.synchronize do - in_synchronize = true - cv.wait(m) - end - end - - # wait for m to acquire the mutex - Thread.pass until in_synchronize - # wait until th is sleeping (ie waiting) - Thread.pass while th.status and th.status != "sleep" - - m.synchronize { cv.signal }.should == cv - - th.join - end - - it "releases the first thread waiting in line for this resource" do - m = Mutex.new - cv = ConditionVariable.new - threads = [] - r1 = [] - r2 = [] - - # large number to attempt to cause race conditions - 100.times do |i| - threads << Thread.new(i) do |tid| - m.synchronize do - r1 << tid - cv.wait(m) - r2 << tid - end - end - end - - # wait for all threads to acquire the mutex the first time - Thread.pass until m.synchronize { r1.size == threads.size } - # wait until all threads are sleeping (ie waiting) - Thread.pass until threads.all? {|th| th.status == "sleep" } - - r2.should be_empty - 100.times do |i| - m.synchronize do - cv.signal - end - Thread.pass until r2.size == i+1 - end - - threads.each {|t| t.join } - - # ensure that all the threads that went into the cv.wait are - # released in the same order - r2.should == r1 - end -end diff --git a/spec/rubyspec/library/conditionvariable/wait_spec.rb b/spec/rubyspec/library/conditionvariable/wait_spec.rb deleted file mode 100644 index ddf6474212..0000000000 --- a/spec/rubyspec/library/conditionvariable/wait_spec.rb +++ /dev/null @@ -1,25 +0,0 @@ -require File.expand_path('../../../spec_helper', __FILE__) -require 'thread' - -describe "ConditionVariable#wait" do - it "returns self" do - m = Mutex.new - cv = ConditionVariable.new - in_synchronize = false - - th = Thread.new do - m.synchronize do - in_synchronize = true - cv.wait(m).should == cv - end - end - - # wait for m to acquire the mutex - Thread.pass until in_synchronize - # wait until th is sleeping (ie waiting) - Thread.pass while th.status and th.status != "sleep" - - m.synchronize { cv.signal } - th.join - end -end |