public virtual void SetUp()
{
_jobExecutor =
(ControllableJobExecutor)
((ProcessEngineConfigurationImpl)_engineRule.ProcessEngine.ProcessEngineConfiguration).JobExecutor;
_jobExecutor.MaxJobsPerAcquisition = 2;
_acquisitionThread = _jobExecutor.AcquisitionThreadControl;
executionThread = _jobExecutor.ExecutionThreadControl;
}
//private bool _syncAsSuspendEnabled;
public ControllableJobExecutor()
{
AcquireJobsRunnable = new RecordingAcquireJobsRunnable(this);
JobAcquisitionThread = new Thread(AcquireJobsRunnable.Run);
AcquisitionThreadControl = new ConcurrencyTestCase.ThreadControl(JobAcquisitionThread);
ExecutionThreadControl = new ConcurrencyTestCase.ThreadControl(JobAcquisitionThread);
// execution thread is same as acquisition thread
AcquireJobsCmdFactory = new ControllableJobAcquisitionCommandFactory(this);
}
public virtual void SetUp()
{
_jobExecutor1 = (_engineRule.ProcessEngine.ProcessEngineConfiguration as ProcessEngineConfigurationImpl)
?.JobExecutor as ControllableJobExecutor;
//(ControllableJobExecutor)
//((ProcessEngineConfigurationImpl)EngineRule.ProcessEngine.ProcessEngineConfiguration).JobExecutor;
_jobExecutor1.MaxJobsPerAcquisition = DefaultNumJobsToAcquire;
_jobExecutor1.BackoffTimeInMillis = BaseBackoffTime;
_jobExecutor1.MaxBackoff = MaxBackoffTime;
_jobExecutor1.BackoffDecreaseThreshold = BackoffDecreaseThreshold;
_acquisitionThread1 = _jobExecutor1.AcquisitionThreadControl;
_jobExecutor2 = new ControllableJobExecutor((ProcessEngineImpl)_engineRule.ProcessEngine);
_jobExecutor2.MaxJobsPerAcquisition = DefaultNumJobsToAcquire;
_jobExecutor2.BackoffTimeInMillis = BaseBackoffTime;
_jobExecutor2.MaxBackoff = MaxBackoffTime;
_jobExecutor2.BackoffDecreaseThreshold = BackoffDecreaseThreshold;
_acquisitionThread2 = _jobExecutor2.AcquisitionThreadControl;
}
public ControllableAcquisitionCommand(ControllableJobExecutor outerInstance, ConcurrencyTestCase.ThreadControl threadControl, int numJobsToAcquire) : base(threadControl)
{
_outerInstance = outerInstance;
_numJobsToAcquire = numJobsToAcquire;
}
