public void IntTest()
{
_awaitingMessage = new CountdownEvent(2);
const string peerAName = "PeerA";
const int peerAPort = 4000;
const string peerBName = "PeerB";
const int peerBPort = 5000;
IPeerIdentification peerAIdentification = new StringPeerIdentification(peerAName);
IPeerIdentification peerBIdentification = new StringPeerIdentification(peerBName);
IPeerManager peerApeerManager = new PeerManager();
peerApeerManager.AddOrUpdatePeer(peerBIdentification, new IPEndPoint(IPAddress.Loopback, peerBPort));
IPeerManager peerBpeerManager = new PeerManager();
peerBpeerManager.AddOrUpdatePeer(peerAIdentification, new IPEndPoint(IPAddress.Loopback, peerAPort));
ISerializer serializer = new JSONSerialiser();
IUDPNetworking peerA = new UDPNetworking(
peerAIdentification,
peerApeerManager,
serializer,
new IPEndPoint(IPAddress.Loopback, peerAPort)
);
IUDPNetworking peerB = new UDPNetworking(
peerBIdentification,
peerBpeerManager,
serializer,
new IPEndPoint(IPAddress.Loopback, peerBPort)
);
peerA.OnMessageReceived += OnMessageReceived;
peerB.OnMessageReceived += OnMessageReceived;
peerA.SendMessageAsync(new StringMessage()
{
To = peerBIdentification,
From = peerAIdentification,
Data = "Hello B!"
});
peerB.SendMessageAsync(new StringMessage()
{
To = peerAIdentification,
From = peerBIdentification,
Data = "Hello A!"
});
_awaitingMessage.Wait();
peerA.Dispose();
peerB.Dispose();
}
private void PrepareListenner()
{
var middlewares = new List <IMiddleware <MainMessage> >();
middlewares.Add(new MsgIdIncrement());
middlewares.Add(new ServerIdFiller());
udpListenner = new UDPNetworking <MainMessage>(_config.Listen, (int)_config.UdpPort, this.MsgRouter, middlewares);
}
public void Init(Config config)
{
this._config = config;
this._log = new LoggerWrapper(this.GetType().Name, this._config.Loggers);
this._log.Debug("Logger initialized.");
var middlewares = new List <IMiddleware <MainMessage> >();
middlewares.Add(new MsgIdIncrement());
middlewares.Add(_serverIdFiller);
udpListenner = new UDPNetworking <MainMessage>(_config.Listen, (int)_config.UdpPort, this.MsgRouter, middlewares);
}
public void SendButtonPress(string button)
{
UDPNetworking.log += "Button Pressed: " + button + "\n";
switch (button)
{
case "Forward":
UDPNetworking.Socket_SendMessage(MOVE_FORWARD_MESSAGE);
break;
case "Backward":
UDPNetworking.Socket_SendMessage(MOVE_BACKWARD_MESSAGE);
break;
case "Move Right":
UDPNetworking.Socket_SendMessage(MOVE_RIGHT_MESSAGE);
break;
case "Move Left":
UDPNetworking.Socket_SendMessage(MOVE_LEFT_MESSAGE);
break;
case "Up":
UDPNetworking.Socket_SendMessage(MOVE_UP_MESSAGE);
break;
case "Down":
UDPNetworking.Socket_SendMessage(MOVE_DOWN_MESSAGE);
break;
case "Lean Left":
UDPNetworking.Socket_SendMessage(LEAN_LEFT_MESSAGE);
break;
case "Lean Right":
UDPNetworking.Socket_SendMessage(LEAN_RIGHT_MESSAGE);
break;
case "Lean Forward":
UDPNetworking.Socket_SendMessage(LEAN_FORWARD_MESSAGE);
break;
case "Lean Backward":
UDPNetworking.Socket_SendMessage(LEAN_BACKWARD_MESSAGE);
break;
case "Turn Right":
UDPNetworking.Socket_SendMessage(TURN_RIGHT_MESSAGE);
break;
case "Turn Left":
UDPNetworking.Socket_SendMessage(TURN_LEFT_MESSAGE);
break;
case "A":
UDPNetworking.Socket_SendMessage(BUTTON_A);
break;
case "B":
UDPNetworking.log += "Action not defined\n";
break;
case "X":
UDPNetworking.log += "Action not defined\n";
break;
case "Y":
UDPNetworking.log += "Action not defined\n";
break;
case "Stop":
UDPNetworking.Socket_SendMessage(STOP_MESSAGE);
break;
case "Connection":
UDPNetworking.Connection();
break;
case "Disconnection":
UDPNetworking.Disconnection();
break;
default: // Aucun bouton correspondant : on n'envoi rien
UDPNetworking.log += "Button not recognized\n";
break;
}
}
