public static KcpSocket CreateSvr(IPEndPoint iPEndPoint, RawReceiveHandler rawReceiveHandler)
{
var ks = new KcpSocket(SocketHelper.GetUdpSvrSocket(iPEndPoint), rawReceiveHandler);
ks.IPPortLocal = iPEndPoint;
return(ks);
}
public static KcpSocket CreateClient(IPEndPoint remote, RawReceiveHandler rawReceiveHandler)
{
var ks = new KcpSocket(SocketHelper.GetUdpClientSocket(), rawReceiveHandler);
ks.IPPortLocal = (IPEndPoint)ks._socket.LocalEndPoint;
ks.IPPortRemote = remote;
return(ks);
}
private KcpSvr(IPEndPoint svrIpPort, bool autoOnService = true)
{
SessionMgr = new KcpSessionManager();
_sock = KcpSocket.CreateSvr(svrIpPort, OnRawReceive);
SessionMgr.OnNew = this.OnNew; //SessionMgr_OnNew;
SessionMgr.OnKick = this.OnKick; //SessionMgr_OnKick;
AutoOnService = autoOnService;
_sock.OnUpdate += _sock_OnUpdate;
_ = _sock.ReceiveAsyncLoop();
_sock.RunKcpLoop();
}
private KcpClient(IPEndPoint svrIpPort)
{
KcpSession = KcpSession.CreateClientSession(svrIpPort);
_sock = KcpSocket.CreateClient(svrIpPort, OnRawReceive);
KcpSession.kcp.SetOutput((data, user) => {
if (!KcpSession.Closed)
{
_ = _sock.UdpSendToAsync(new Memory <byte>(data, 0, size), KcpSession.Peer);
}
});
_sock.OnUpdate += _sock_OnUpdate;
}