public ThreadParameters()
{
ModuleInitFailedEvent = new AutoResetEvent(false);
ModuleReadyEvent = new AutoResetEvent(false);
ModuleStartWorkEvent = DiReCTMainProgram.ModuleStartWorkEvent;
ModuleAbortEvent = DiReCTMainProgram.ModuleAbortEvent;
moduleThreadPool = new DiReCTThreadPool(THREADPOOL_SIZE);
}
public static void DMInit(object objectParameters)
{
moduleControlDataBlock
= (ModuleControlDataBlock)objectParameters;
threadParameters = moduleControlDataBlock.ThreadParameters;
try
{
// Initialize Ready/Abort Event and threadpool
ModuleReadyEvent = threadParameters.ModuleReadyEvent;
ModuleAbortEvent = threadParameters.ModuleAbortEvent;
moduleThreadPool = threadParameters.moduleThreadPool;
ModuleReadyEvent.Set();
Debug.WriteLine("DMInit complete Phase 1 Initialization");
// Wait for core StartWork Signal
ModuleStartWorkEvent = threadParameters.ModuleStartWorkEvent;
ModuleStartWorkEvent.WaitOne();
Debug.WriteLine("DMInit complete Phase 2 Initialization");
//
// Main Thread of DM module (begin)
//
// Initialize dictionary manager
recordDictionaryManager = new RecordDictionaryManager();
// Whenever the SaveRecord Event is called, DMSavingRecordWrapper
// will be called
RecordSavingTriggerd += new SaveRecordEventHanlder(
DMSavingRecordWrapper);
Debug.WriteLine("DM module is working...");
// Check ModuleAbortEvent periodically
while (!ModuleAbortEvent
.WaitOne((int)TimeInterval.VeryVeryShortTime))
{
// Does nothing and wait for abort event
}
Debug.WriteLine("DM module is aborting.");
CleanupExit();
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
Debug.WriteLine("DM module thread failed.");
threadParameters.ModuleInitFailedEvent.Set();
Debug.WriteLine("DM ModuleInitFailedEvent Set");
CleanupExit();
}
}
public static void RTQCInit(object objectParameters)
{
moduleControlDataBlock
= (ModuleControlDataBlock)objectParameters;
threadParameters = moduleControlDataBlock.ThreadParameters;
try
{
// Initialize ready/abort event and threadpool
ModuleReadyEvent = threadParameters.ModuleReadyEvent;
ModuleAbortEvent = threadParameters.ModuleAbortEvent;
moduleThreadPool = threadParameters.moduleThreadPool;
ModuleReadyEvent.Set();
Debug.WriteLine("RTQCInit complete Phase 1 Initialization");
// Wait for Core StartWorkEvent Signal
ModuleStartWorkEvent = threadParameters.ModuleStartWorkEvent;
ModuleStartWorkEvent.WaitOne();
Debug.WriteLine("RTQCInit complete Phase 2 Initialization");
//
// Main Thread of RTQC module (begin)
//
Debug.WriteLine("RTQC module is working...");
// Whenever ValidateEvent is raised, RTQCValidateWrapper will
// be called.
ValidateEventTriggerd += new ValidateEventHanlder(
RTQCValidateWrapper);
// Check ModuleAbortEvent periodically
while (!ModuleAbortEvent
.WaitOne((int)TimeInterval.VeryVeryShortTime))
{
}
Debug.WriteLine("RTQC module is aborting.");
CleanupExit();
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
Debug.WriteLine("RTQC module thread failed.");
threadParameters.ModuleInitFailedEvent.Set();
Debug.WriteLine("RTQC ModuleInitFailedEvent Set");
CleanupExit();
}
}
public static void DSInit(object objectParameters)
{
moduleControlDataBlock
= (ModuleControlDataBlock)objectParameters;
threadParameters = moduleControlDataBlock.ThreadParameters;
//moduleWorkQueue = moduleControlDataBlock.ModuleWorkQueue;
try
{
//Initialize ready/abort event
ModuleReadyEvent = threadParameters.ModuleReadyEvent;
ModuleAbortEvent = threadParameters.ModuleAbortEvent;
moduleThreadPool = threadParameters.moduleThreadPool;
ModuleReadyEvent.Set();
Debug.WriteLine("DSInit complete Phase 1 Initialization");
//Wait for startwork signal
ModuleStartWorkEvent = threadParameters.ModuleStartWorkEvent;
ModuleStartWorkEvent.WaitOne();
Debug.WriteLine("DSInit complete Phase 2 Initialization");
//
// Main Thread of DS module (begin)
//
Debug.WriteLine("DS module is working...");
Debug.WriteLine("DS Core: " + Thread.CurrentThread.ManagedThreadId);
// Check ModuleAbortEvent periodically
while (!ModuleAbortEvent
.WaitOne((int)TimeInterval.VeryVeryShortTime))
{
//Does nothing
}
Debug.WriteLine("DS module is aborting.");
CleanupExit();
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
Debug.WriteLine("DS module thread failed.");
threadParameters.ModuleInitFailedEvent.Set();
Debug.WriteLine("DS ModuleInitFailedEvent Set");
CleanupExit();
}
}
public static void MANInit(object objectParameters)
{
moduleControlDataBlock
= (ModuleControlDataBlock)objectParameters;
threadParameters = moduleControlDataBlock.ThreadParameters;
try
{
// Initialize ready/abort event
ModuleReadyEvent = threadParameters.ModuleReadyEvent;
ModuleAbortEvent = threadParameters.ModuleAbortEvent;
moduleThreadPool = threadParameters.moduleThreadPool;
builder = new Notification.Builder();
ModuleReadyEvent.Set();
Debug.WriteLine("MANInit complete Phase 1 Initialization");
// Wait for starwork signal
ModuleStartWorkEvent = threadParameters.ModuleStartWorkEvent;
ModuleStartWorkEvent.WaitOne();
Debug.WriteLine("MANInit complete Phase 2 Initialization");
//
// Main Thread of MAN module (begin)
//
Debug.WriteLine("MAN module is working...");
// Check ModuleAbortEvent periodically
while (!ModuleAbortEvent
.WaitOne((int)TimeInterval.VeryVeryShortTime))
{
}
Debug.WriteLine("MAN module is aborting.");
CleanupExit();
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
Debug.WriteLine("MAN module thread failed.");
threadParameters.ModuleInitFailedEvent.Set();
Debug.WriteLine("MAN ModuleInitFailedEvent Set");
CleanupExit();
}
}
