UdpSocket(UdpPlatform platform, UdpSerializerFactory serializerFactory, UdpConfig config)
{
this.platform = platform;
this.serializerFactory = serializerFactory;
this.Config = config.Duplicate();
this.configCopy = config;
state = UdpSocketState.Created;
random = new System.Random();
stats = new UdpStats();
availableEvent = new AutoResetEvent(false);
if (this.Config.NoiseFunction == null)
{
this.Config.NoiseFunction = delegate() { return((float)random.NextDouble()); };
}
readStream = new UdpStream(new byte[config.PacketSize * 2]);
writeStream = new UdpStream(new byte[config.PacketSize * 2]);
streamPool = new UdpStreamPool(this);
eventQueueIn = new Queue <UdpEvent>(config.InitialEventQueueSize);
eventQueueOut = new Queue <UdpEvent>(config.InitialEventQueueSize);
threadSocket = new Thread(NetworkLoop);
threadSocket.Name = "udpkit thread";
threadSocket.IsBackground = true;
threadSocket.Start();
}
UdpSocket(UdpPlatform platform, UdpSerializerFactory serializerFactory, UdpConfig config)
{
this.platform = platform;
this.serializerFactory = serializerFactory;
this.Config = config.Duplicate();
random = new Random(500);
state = udpSocketState.Created;
receiveBuffer = new byte[config.MtuMax * 2];
objectBuffer = new byte[config.MtuMax * 2];
eventQueueIn = new Queue <UdpEvent>(config.InitialEventQueueSize);
eventQueueOut = new Queue <UdpEvent>(config.InitialEventQueueSize);
threadSocket = new Thread(NetworkLoop);
threadSocket.Name = "udpkit thread";
threadSocket.IsBackground = true;
threadSocket.Start();
}
public static UdpSocketMultiplexer CreateMultiplexer <TPlatform, TSerializer> (UdpIPv4Address address, ushort portMin, ushort portMax, UdpConfig config)
where TPlatform : UdpPlatform, new()
where TSerializer : UdpSerializer, new()
{
if (portMin > portMax)
{
throw new ArgumentOutOfRangeException("portMin was larger then portMax");
}
List <UdpSocket> sockets = new List <UdpSocket>();
for (; portMin <= portMax; portMin += 1)
{
// create and start socket
UdpSocket s = Create <TPlatform, TSerializer>(config);
s.Start(new UdpEndPoint(address, portMin));
// add to list
sockets.Add(s);
}
return(CreateMultiplexer(sockets.ToArray()));
}
public static UdpSocket Create <TPlatform> (UdpConfig config)
where TPlatform : UdpPlatform, new()
{
return(Create(new TPlatform(), config));
}
public static UdpSocket Create(UdpPlatform platform, UdpConfig config)
{
return(Create(platform, () => new UdpStreamSerializer(), config));
}
public static UdpSocket Create <TPlatform, TSerializer> (UdpConfig config)
where TPlatform : UdpPlatform, new()
where TSerializer : UdpSerializer, new()
{
return(new UdpSocket(new TPlatform(), () => new TSerializer(), config));
}
/*
#region Partial Methods
* void DelayPacket (UdpEndPoint ep, byte[] data, int length);
* void RecvDelayedPackets ();
#endregion*/
public static UdpSocket Create(UdpPlatform platform, UdpSerializerFactory serializer, UdpConfig config)
{
return(new UdpSocket(platform, serializer, config));
}
static void Server()
{
#if DISABLE_AUTO_ACCEPT
UdpConfig config = new UdpConfig();
config.AutoAcceptIncommingConnections = false;
#else
UdpConfig config = new UdpConfig();
#endif
UdpSocket server = UdpSocket.Create<UdpPlatformManaged, DummySerializer>(config);
server.Start(new UdpEndPoint(UdpIPv4Address.Localhost, 14000));
while (true) {
UdpEvent ev = default(UdpEvent);
while (server.Poll(ref ev)) {
UdpLog.User("Event raised {0}", ev.EventType);
switch (ev.EventType) {
case UdpEventType.Connected:
UdpLog.User("Client connected from {0}, total clients connected: {1}", ev.Connection.RemoteEndPoint, server.ConnectionCount);
break;
#if ENABLE_MANUAL_ACCEPT
case UdpEventType.ConnectRequest:
UdpLog.User("Connection requested from {0}", ev.EndPoint);
server.Accept(ev.EndPoint);
break;
#endif
}
}
// Simulate ~60fps game loop
Thread.Sleep(16);
}
}