public MsgProcessor(IMsgProcessor msgProcessor)
{
_msgProcessor = msgProcessor;
_queue = new ProcessQueue();
_worker = new Task(() => { ReadingPushedMsgs(); });
_id = _worker.Id;
_worker.Start();
}
public MsgProcessor(IMsgProcessor msgProcessor, IEventLogger eventLogger)
{
lock (_lockObj)
{
_msgProcessor = msgProcessor;
_msgProcessor.Initialize();
_queue = new ProcessQueue();
_worker = new Task(() => { ReadingPushedMsgs(); });
_logger = eventLogger;
_id = _worker.Id;
_worker.Start();
}
}
public CommsController(SupportedChannels channel)
{
switch (channel)
{
case SupportedChannels.Comm:
{
commsChannel = NinjectIoC.Kernel.Get <ICommsChannel>();
commChannel = NinjectIoC.Kernel.Get <ICommsController>();
msgProcessor = NinjectIoC.Kernel.Get <IMsgProcessor>();
this.signalRMgr = NinjectIoC.Kernel.Get <ISignalRClientProxyMgr>();
break;
}
case SupportedChannels.Tcpip:
{
commChannel = null;
break;
}
}
}
public Router(IMsgProcessor msgProcessor, int processorNum = 10)
{
_lockObj = new object();
if (processorNum <= 0)
{
processorNum = 10;
}
_key_processorID = new Dictionary <object, int>();
_processorID_processorObj = new Dictionary <int, MsgProcessor>();
_processorID_HandledKeysCount = new Dictionary <int, int>();
_routerQueue = new CustomizedQueue();
_processors = new List <MsgProcessor>();
_incomingMsgsReader = new Task(() => { RecievingMsgs(); });
_incomingMsgsReader.Start();
for (int i = 0; i < processorNum; i++)
{
MsgProcessor q = new MsgProcessor((IMsgProcessor)Activator.CreateInstance(msgProcessor.GetType()));
_processorID_processorObj.Add(q.ID, q);
_processorID_HandledKeysCount.Add(q.ID, 0);
_processors.Add(q);
}
_nextprocessorID = _processors[0].ID;
}
