UdpSocket(UdpPlatform platform, UdpSerializerFactory serializerFactory, UdpConfig config)
{
this.platform = platform;
this.serializerFactory = serializerFactory;
this.Config = config.Duplicate();
this.configCopy = config;
serializer = CreateSerializer();
state = UdpSocketState.Created;
random = new 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();
}
internal UdpConnection(UdpSocket sock, UdpConnectionMode m, UdpEndPoint ep)
{
socket = sock;
mode = m;
endpoint = ep;
networkRtt = socket.Config.DefaultNetworkPing;
aliasedRtt = socket.Config.DefaultAliasedPing;
mtu = sock.Config.DefaultMtu;
alwaysSendMtu = sock.Config.DefaultAlwaysSendMtu;
serializer = sock.CreateSerializer();
state = UdpConnectionState.Connecting;
recvTime = socket.GetCurrentTime();
sendTime = recvTime;
stats = new UdpConnectionStats();
sendWindow = new UdpRingBuffer <UdpHandle>(sock.Config.PacketWindow);
}
internal UdpConnection(UdpSocket sock, UdpConnectionMode m, UdpEndPoint ep)
{
socket = sock;
mode = m;
endpoint = ep;
networkRtt = socket.Config.DefaultNetworkPing;
aliasedRtt = socket.Config.DefaultAliasedPing;
mtu = sock.Config.DefaultMtu;
alwaysSendMtu = sock.Config.DefaultAlwaysSendMtu;
serializer = sock.CreateSerializer();
state = UdpConnectionState.Connecting;
recvTime = socket.GetCurrentTime();
sendTime = recvTime;
stats = new UdpConnectionStats();
sendWindow = new UdpRingBuffer<UdpHandle>(sock.Config.PacketWindow);
}
