public override IRFSystemContext Start()
{
var useMSMQ = RFSettings.GetAppSetting("UseMSMQ", true);
var manager = new RFDispatchQueueSink(_context, _workQueue);
_workQueueMonitor = useMSMQ ? (RFDispatchQueueMonitorBase) new RFDispatchQueueMonitorMSMQ(_context, manager, manager, _workQueue) : (RFDispatchQueueMonitorBase) new RFDispatchQueueMonitorInProc(_context, manager, manager, _workQueue);
_workQueueMonitor.StartThread();
_processingContext = _context.GetProcessingContext(null, manager, manager, _workQueueMonitor);
_context.Engine.Initialize(_processingContext);
return(_processingContext); // this is the root environment (time triggers) which doesn't have a tracker
}
public override IRFSystemContext Start()
{
var manager = new RFDispatchQueueSink(_context, _workQueue);
_queueMonitor = new RFDispatchQueueMonitorInProc(_context, manager, manager, _workQueue); // always use in-proc for console requests
_localContext = _context.GetProcessingContext("console_" + Process.GetCurrentProcess().Id, manager, manager, _queueMonitor);
_context.Engine.Initialize(_localContext);
_queueMonitor.StartThread();
return(_localContext);
}
public IRFReadingContext GetReadingContext()
{
return(RFProcessingContext.Create(this, null, null, null, null)); // could implement lightweight version
}
public RFProcessingContext GetProcessingContext(string processingKey, IRFInstructionSink instructionManager, IRFEventSink eventManager, RFDispatchQueueMonitorBase workQueueMonitor)
{
return(RFProcessingContext.Create(this, processingKey, instructionManager, eventManager, workQueueMonitor));
}