ServerController server; //This creates a server object
//object objectLock = new object();
/* event EventHandler IFrameFetcher.FrameFetched
{
add
{
lock (objectLock)
{
FrameFetched += value;
}
}
remove
{
lock (objectLock)
{
FrameFetched -= value;
}
}
}
*/
NetworkFetcher()//we don't want it to start until we tell it to start,
//therefore, start() is outside the constructor
{
server = new ServerController();//Here the server object is initialized
}
static void Main(string[] args)
{
// stream = new FileStream("C:\\video.264", FileMode.Create);
//writ = new BinaryWriter(stream);
initFrameConverter(width, height);
models_names = new string[4];
models_names[0] = @"intel_cpu";
models_names[1] = @"asus_mobo";
models_names[2] = @"nvidia_gpu";
models_names[3] = @"cpu_fan";
ServerController server = new ServerController();
//for every delegate you want to function
server.registerDelegate(CAPIStreamCommon.PacketType.VIDEO_FRAME, new ImageWork(processFrame));
server.registerDelegate(CAPIStreamCommon.PacketType.GESTURE_DOWN, new ImageWork(handleGesture));
offload_client.registerDelegate(CAPIStreamCommon.PacketType.REGISTER_TASK_REPLY, new PacketProcess(configureOffload));
offload_client = new ConnectionControllerClient(ConnectionType.TCP, "192.168.82.9", 2275);
/* register for task with offload server */
if (offload_client.isConfigured())
{
String s = "intel_demo_task:raw:tcp";
//send register task
offload_client.sendDataPacket(new SocketData(PacketType.REGISTER_TASK, 1280, 720, 0, Encoding.ASCII.GetBytes(s)));
offload_client.recieveDataPacketAsync();
}
//Begin accepting connections
server.startServer(ConnectionType.TCP);
}
