private void Init()
{
// Create threads to handle the messages
_clientThread = new Thread(ProcessClientMessages);
_serverThread = new Thread(ProcessServerMessaages);
// Create the suspend/resume mutexes, initially lock them
_clientMutex = new Mutex();
_serverMutex = new Mutex();
_clientMutex.WaitOne();
_serverMutex.WaitOne();
// Start the running the threads
_serverThread.Start();
_clientThread.Start();
// The encoding class controls which thread runs next
// by inspecting the stream content
_enc = new TWSPlaybackPlayerEncoding(_logStream, _clientMutex, _serverMutex);
// The "local" loop-back server provides a "reversed engineered" view into
// what API the client was using and how exactly
_loopbackServer = new TWSLoopbackServer(_logStream, _enc);
_loopbackServer.Login += LoopbackServer_Login;
_loopbackServer.MarketDataRequest += LoopbackServer_MarketDataRequest;
_loopbackServer.MarketDepthCancel += LoopbackServer_MarketDepthCancel;
}
private void Init()
{
// Create threads to handle the messages
_clientThread = new Thread(ProcessClientMessages);
_serverThread = new Thread(ProcessServerMessaages);
// Create the suspend/resume mutexes, initially lock them
_clientMutex = new Mutex();
_serverMutex = new Mutex();
_clientMutex.WaitOne();
_serverMutex.WaitOne();
// Start the running the threads
_serverThread.Start();
_clientThread.Start();
// The encoding class controls which thread runs next
// by inspecting the stream content
_enc = new TWSPlaybackPlayerEncoding(_logStream, _clientMutex, _serverMutex);
// The "local" loop-back server provides a "reversed engineered" view into
// what API the client was using and how exactly
_loopbackServer = new TWSLoopbackServer(_logStream, _enc);
_loopbackServer.Login += LoopbackServer_Login;
_loopbackServer.MarketDataRequest += LoopbackServer_MarketDataRequest;
_loopbackServer.MarketDepthCancel += LoopbackServer_MarketDepthCancel;
}