public void Close()
{
UdpClient client = this._udpClient;
lock (this._receivedDatas)
{
if (this._udpClient == null)
{
return;
}
this._udpClient = null;
this._receivedDatas.Clear();
}
this._state = State.Disconnect;
if (this._kcpProxy != null)
{
this._kcpProxy.Dispose();
this._kcpProxy = null;
}
this._pingScheduler.Stop();
client.Close();
client.Dispose();
this._rpcManager.Clear();
}
private void ProcessReceiveDatas()
{
this._receivedDatas.Switch();
while (!this._receivedDatas.isEmpty)
{
ReceivedData receivedData = this._receivedDatas.Pop();
byte[] data = receivedData.data;
int offset = 0;
int size = data.Length;
if (!this.VerifyConnKey(data, ref offset, ref size))
{
continue;
}
switch (this._state)
{
case State.Connecting:
if (!this.VerifyHandshakeAck(data, ref offset, ref size))
{
continue;
}
ushort peerId = 0;
if (!this.VerifyPeerId(data, ref offset, ref size, ref peerId))
{
continue;
}
this.id = peerId;
this._kcpProxy = new KCPProxy(this.id, this.OnKCPOutput, (log, user) => /*Logger.Net( $"KCP log:{log}" )*/ { });
this._state = State.Connected;
this._pingScheduler.Start(NetworkConfig.PING_INTERVAL, this.SendPing);
this._activeTime = TimeUtils.utcTime;
this.OnSocketEvent?.Invoke(new SocketEvent(SocketEvent.Type.Connect, string.Empty, SocketError.Success, null));
break;
case State.Connected:
this._activeTime = TimeUtils.utcTime;
this._kcpProxy.ProcessData(data, offset, size, this.OnKCPRecv);
break;
}
}
}
internal KCPUserToken(ushort id)
{
this.id = id;
this._kcpProxy = new KCPProxy(this.id, this.OnKCPOutout, (log, user) => /* Logger.Net( $"KCP log:{log}" )*/ { });
}
