private void Init()
{
WS.OnRecv += new Wo1fSocket.PacketReceivedEventHandler(WS_ReceivedEvent);
WS.OnConnectFail += new Wo1fSocket.OnConnectFailEventHandler(WS_OnConnectFail);
WS.OnDisconnect += new Wo1fSocket.OnDisconnectEventHandler(WS_OnDisconnect);
if (Automate)
{
Cmd.Register("Ping", new CommandDelegate(OnPing));
Cmd.Register("Pong", new CommandDelegate(OnPong));
Thread T = new Thread(PingThread);
T.IsBackground = true;
T.Start();
CS.AddThread(T);
}
}
private void DoThreadSettings()
{
CS.SysLog("WS::DoThreadSettings(" + Settings.ThreadMode + ");");
switch (Settings.ThreadMode)
{
case Wo1fSocketThreadMode.Async:
CS.SysLog("Enabling Async socket mode");
BeginReceive();
break;
case Wo1fSocketThreadMode.SingleThreaded:
/*
* if (TickThread != null)
* TickThread.Abort();
* TickTimer.Interval = netrate;
* TickTimer.OnTick += new Timer.OnTickEventHandler(TickTimer_OnTick);*/
break;
case Wo1fSocketThreadMode.MultiThreadedEach:
if (!Connected)
{
CS.SysLog("Socket not connected - threads not prepared.");
return;
}
CS.SysLog("Socket thread prepared");
TickThread = new Thread(new ThreadStart(TickT));
TickThread.IsBackground = true;
TickThread.Start(); //sending
CS.AddThread(TickThread);
BeginReceive();
//CS.AddThread(TickThread);
break;
case Wo1fSocketThreadMode.MultiThreadCount:
if (TickThread != null)
{
TickThread.Abort();
}
break;
}
}