public virtual void testCompetingJobAcquisitions()
{
runtimeService.StartProcessInstanceByKey("CompetingJobAcquisitionProcess");
Debug.WriteLine("test thread starts thread one");
JobAcquisitionThread threadOne = new JobAcquisitionThread(this);
threadOne.startAndWaitUntilControlIsReturned();
Debug.WriteLine("test thread continues to start thread two");
JobAcquisitionThread threadTwo = new JobAcquisitionThread(this);
threadTwo.startAndWaitUntilControlIsReturned();
Debug.WriteLine("test thread notifies thread 1");
threadOne.proceedAndWaitTillDone();
Assert.IsNull(threadOne.exception);
// the job was acquired
Assert.AreEqual(1, threadOne.jobs.Size());
Debug.WriteLine("test thread notifies thread 2");
threadTwo.proceedAndWaitTillDone();
// the acquisition did NOT Assert.Fail
Assert.IsNull(threadTwo.exception);
// but the job was not acquired
Assert.AreEqual(0, threadTwo.jobs.Size());
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Deployment public void testCompetingJobAcquisitions() throws Exception
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
public virtual void testCompetingJobAcquisitions()
{
runtimeService.startProcessInstanceByKey("CompetingJobAcquisitionProcess");
LOG.debug("test thread starts thread one");
JobAcquisitionThread threadOne = new JobAcquisitionThread(this);
threadOne.startAndWaitUntilControlIsReturned();
LOG.debug("test thread continues to start thread two");
JobAcquisitionThread threadTwo = new JobAcquisitionThread(this);
threadTwo.startAndWaitUntilControlIsReturned();
LOG.debug("test thread notifies thread 1");
threadOne.proceedAndWaitTillDone();
assertNull(threadOne.exception);
// the job was acquired
assertEquals(1, threadOne.jobs.size());
LOG.debug("test thread notifies thread 2");
threadTwo.proceedAndWaitTillDone();
// the acquisition did NOT fail
assertNull(threadTwo.exception);
// but the job was not acquired
assertEquals(0, threadTwo.jobs.size());
}
public virtual void testCompletingSuspendJobDuringAcquisition()
{
testRule.Deploy(SIMPLE_ASYNC_PROCESS);
runtimeService.StartProcessInstanceByKey("simpleAsyncProcess");
// given a waiting acquisition and a waiting suspension
JobAcquisitionThread acquisitionThread = new JobAcquisitionThread(this);
acquisitionThread.startAndWaitUntilControlIsReturned();
JobSuspensionThread jobSuspensionThread = new JobSuspensionThread(this, "simpleAsyncProcess");
jobSuspensionThread.startAndWaitUntilControlIsReturned();
// first complete suspension:
jobSuspensionThread.proceedAndWaitTillDone();
acquisitionThread.proceedAndWaitTillDone();
// then the acquisition will not Assert.Fail with optimistic locking
Assert.IsNull(jobSuspensionThread.exception);
Assert.IsNull(acquisitionThread.exception);
// but the job will also not be acquired
Assert.AreEqual(0, acquisitionThread.acquiredJobs.Size());
//--------------------------------------------
// given a waiting acquisition and a waiting suspension
acquisitionThread = new JobAcquisitionThread(this);
acquisitionThread.startAndWaitUntilControlIsReturned();
jobSuspensionThread = new JobSuspensionThread(this, "simpleAsyncProcess");
jobSuspensionThread.startAndWaitUntilControlIsReturned();
// first complete acquisition:
acquisitionThread.proceedAndWaitTillDone();
jobSuspensionThread.proceedAndWaitTillDone();
// then there are no optimistic locking exceptions
Assert.IsNull(jobSuspensionThread.exception);
Assert.IsNull(acquisitionThread.exception);
}
protected override void StartExecutingJobs()
{
JobAcquisitionThread.Start();
}
