public void GitMaintenanceQueueStopSuceedsWhenQueueIsEmpty()
{
this.TestSetup();
GitMaintenanceQueue queue = new GitMaintenanceQueue(this.context);
queue.Stop();
TestGitMaintenanceStep step = new TestGitMaintenanceStep(this.context, this.gitObjects);
queue.TryEnqueue(step).ShouldEqual(false);
}
public void GitMaintenanceQueueHandlesTwoJobs()
{
this.TestSetup();
TestGitMaintenanceStep step1 = new TestGitMaintenanceStep(this.context);
TestGitMaintenanceStep step2 = new TestGitMaintenanceStep(this.context);
GitMaintenanceQueue queue = new GitMaintenanceQueue(this.context);
queue.TryEnqueue(step1);
queue.TryEnqueue(step2);
step1.EventTriggered.WaitOne(this.maxWaitTime).ShouldBeTrue();
step2.EventTriggered.WaitOne(this.maxWaitTime).ShouldBeTrue();
queue.Stop();
step1.NumberOfExecutions.ShouldEqual(1);
step2.NumberOfExecutions.ShouldEqual(1);
}
public void GitMaintenanceQueueStopsJob()
{
this.TestSetup();
GitMaintenanceQueue queue = new GitMaintenanceQueue(this.context);
// This step stops the queue after the step is started,
// then checks if Stop() was called.
WatchForStopStep watchForStop = new WatchForStopStep(queue, this.context, this.gitObjects);
queue.TryEnqueue(watchForStop);
Assert.IsTrue(watchForStop.EventTriggered.WaitOne(this.maxWaitTime));
watchForStop.SawStopping.ShouldBeTrue();
// Ensure we don't start a job after the Stop() call
TestGitMaintenanceStep watchForStart = new TestGitMaintenanceStep(this.context, this.gitObjects);
queue.TryEnqueue(watchForStart).ShouldBeFalse();
// This only ensures the event didn't happen within maxWaitTime
Assert.IsFalse(watchForStart.EventTriggered.WaitOne(this.maxWaitTime));
queue.Stop();
}
