public void ProcessQueue_With_No_Processors_Increases_QueueSize()
{
var underTest = new ThrottlingScheduler <int>();
underTest.AddRequest(Null.Action <int>());
underTest.ProcessQueue();
underTest.QueueSize.Should().Be(1);
}
CanCurrentlyExecuteRequest_Is_True_After_Completion_Of_Request_If_No_Limit_Hit
()
{
LetTimeGiverUseRealTime();
mUnderTest.MaximumRequestCountPerDuration = int.MaxValue;
mUnderTest.Execute(Null.Action <int>());
mUnderTest.CanCurrentlyExecuteRequest.Should().BeTrue();
}
public void QueueSize_Increases_With_AddRequest()
{
var underTest = new ThrottlingScheduler <int>();
5.TimesExecute(i =>
{
underTest.QueueSize.Should().Be(i);
underTest.AddRequest(Null.Action <int>());
underTest.QueueSize.Should().Be(1 + i);
});
}
ProcessQueue_With_Single_Processor_And_Single_Request_Executes_Requests_And_Decreases_QueueSize
()
{
var underTest = new ThrottlingScheduler <int>();
var processor = AddProcessor(underTest);
var request = Null.Action <int>();
underTest.AddRequest(request);
processor.CanCurrentlyExecuteRequest.Returns(true);
underTest.ProcessQueue();
processor.Received().Execute(request);
underTest.QueueSize.Should().Be(0);
}
public void Action_With_Argument_Does_Nothing()
{
// actually, I don't see any way to prove that the following call does nothing ;)
Null.Action <int>()(3);
}
public void Action_Does_Nothing()
{
// actually, I don't see any way to prove that the following call does nothing ;)
Null.Action()();
}