//public void RunTasks()
//{
// WorkerTaskInfo objThreadTaskInfo = null;
// WorkerTask workerTask = null;
// Thread processingThread = null;
// ArrayList colWorkerThreads = new ArrayList();
// int intNoOfBatchesPerThread = 0;
// int intEstimatedNoOfItemsPerThread = 0;
// if (mobjTaskInfo.BatchInformation.ItemCount <= mobjTaskInfo.BatchSize)
// {
// mobjTaskInfo.NoOfThreadsToUse = 1;
// }
// else
// {
// mobjTaskInfo.NoOfBatchesRequired = (mobjTaskInfo.BatchInformation.ItemCount / mobjTaskInfo.BatchSize) + 1;
// intNoOfBatchesPerThread = (mobjTaskInfo.NoOfBatchesRequired / mobjTaskInfo.NoOfThreadsToUse) + 1;
// intEstimatedNoOfItemsPerThread = intNoOfBatchesPerThread * mobjTaskInfo.BatchSize;
// }
// for (int intIndex = 0; intIndex < mobjTaskInfo.NoOfThreadsToUse; intIndex++)
// {
// // Create TaskInfo for individual Thread to process
// objThreadTaskInfo = new WorkerTaskInfo();
// // Common to all Threads
// objThreadTaskInfo.MethodInformation = mobjTaskInfo.MethodInformation;
// objThreadTaskInfo.BatchSize = mobjTaskInfo.BatchSize;
// objThreadTaskInfo.NoOfBatchesRequired = intNoOfBatchesPerThread;
// // Thread specific
// objThreadTaskInfo.BatchInformation.ItemCount = intEstimatedNoOfItemsPerThread;
// objThreadTaskInfo.BatchInformation.StartOfRange = mobjTaskInfo.BatchInformation.StartOfRange;
// objThreadTaskInfo.BatchInformation.EndOfRange = mobjTaskInfo.BatchInformation.StartOfRange + intEstimatedNoOfItemsPerThread;
// // Create new Task on own Thread to perform the process
// workerTask = new WorkerTask(objThreadTaskInfo);
// WireEvents(workerTask);
// mcolTasks.Add(workerTask);
// processingThread = new Thread(new ThreadStart(workerTask.DoWork));
// colWorkerThreads.Add(processingThread);
// // Increment Range Information that will be used for next Task required (if NoThreadsToUse > 1)
// mobjTaskInfo.BatchInformation.StartOfRange += (intEstimatedNoOfItemsPerThread + 1); // + 1 allows for BETWEEN query in SQL
// }
// // Start the Tasks
// int intThreadCounter = 1;
// foreach (Thread workerThread in colWorkerThreads)
// {
// workerThread.Start();
// // Logging (Optional)
// if (ConfigurationManager.AppSettings.Get("LoggingMode") == "verbose")
// {
// Logging.WriteToLog(this, "Worker Process started on Thread{" + intThreadCounter.ToString() + "}" + " " + "Batches Per Thread=" + intNoOfBatchesPerThread.ToString() + " " + "Batch Size " + mobjTaskInfo.BatchSize.ToString());
// intThreadCounter += 1;
// }
// IsBusy = true; // Must be set as soon as one Task has been started
// }
//}
private void WireEvents(WorkerTask workerTask)
{
// Wire Server instance to call Service copy of method for OnCallback
workerTask.OnCallback -= new WorkerTask.ParentCallback(workerTask.InvokeParentCallback);
workerTask.OnCallback += new WorkerTask.ParentCallback(this.InvokeParentCallback);
// Wire child Server class to Pass Exceptions up to Service instance
workerTask.OnException -= new WorkerTask.HandleException(workerTask.InvokeHandleException);
workerTask.OnException += new WorkerTask.HandleException(this.InvokeHandleException);
}
public void RunTasks()
{
WorkerTaskInfo objThreadTaskInfo = null;
WorkerTask workerTask = null;
int intNoOfBatchesPerThread = 1; // 1 - If no Range Info is single call
int intEstimatedNoOfItemsPerThread = 1; // 1 - If no Range Info is single call
if (mobjTaskInfo.BatchInformation.ItemCount <= mobjTaskInfo.BatchSize)
{
mobjTaskInfo.NoOfThreadsToUse = 1;
}
else
{
mobjTaskInfo.NoOfBatchesRequired = (mobjTaskInfo.BatchInformation.ItemCount / mobjTaskInfo.BatchSize) + 1;
intNoOfBatchesPerThread = (mobjTaskInfo.NoOfBatchesRequired / mobjTaskInfo.NoOfThreadsToUse) + 1;
intEstimatedNoOfItemsPerThread = intNoOfBatchesPerThread * mobjTaskInfo.BatchSize;
}
for (int intIndex = 0; intIndex < mobjTaskInfo.NoOfThreadsToUse; intIndex++)
{
try
{
//lock (lockingObject)
//{
// Create TaskInfo for individual Thread to process
objThreadTaskInfo = new WorkerTaskInfo();
// Common to all Threads
objThreadTaskInfo.MethodInformation = mobjTaskInfo.MethodInformation;
objThreadTaskInfo.BatchSize = mobjTaskInfo.BatchSize;
objThreadTaskInfo.NoOfBatchesRequired = intNoOfBatchesPerThread;
// Thread specific
objThreadTaskInfo.BatchInformation.ItemCount = intEstimatedNoOfItemsPerThread;
objThreadTaskInfo.BatchInformation.StartOfRange = mobjTaskInfo.BatchInformation.StartOfRange;
objThreadTaskInfo.BatchInformation.EndOfRange = mobjTaskInfo.BatchInformation.StartOfRange + intEstimatedNoOfItemsPerThread;
// Create new Task on own Asynch Thread to perform the process
workerTask = new WorkerTask(objThreadTaskInfo);
WireEvents(workerTask);
mcolTasks.Add(workerTask);
WorkerTask.DoWorkPointer objMethodPointer = new WorkerTask.DoWorkPointer(workerTask.DoWork);
// Start Task
objMethodPointer.BeginInvoke(null, null);
//}
}
catch (Exception excE)
{
OnException(this, excE);
}
finally
{
//// Unlock the main TaskInfo instances
//Monitor.Exit(mobjTaskInfo);
}
// Logging (Optional)
if (ConfigurationManager.AppSettings.Get("LoggingMode") == "verbose")
{
Logging.WriteToLog(this, "Worker Process started on Thread{" + intIndex.ToString() + "}" + " " + "Batches Per Thread=" + intNoOfBatchesPerThread.ToString() + " " + "Batch Size " + mobjTaskInfo.BatchSize.ToString());
}
// Increment Range Information that will be used for next Task required (if NoThreadsToUse > 1)
mobjTaskInfo.BatchInformation.StartOfRange += (intEstimatedNoOfItemsPerThread + 1); // + 1 allows for BETWEEN query in SQL
}
}