public void Set(SHeader2 Obj_)
{
PacketType = Obj_.PacketType;
RecvPacketSeq = Obj_.RecvPacketSeq;
}
public ERecvState RecvedBegin()
{
// For Header /////////////////////
if (_RecvHeader == null)
{
if (StreamRcv.Size < _HeaderSize)
{
return(ERecvState.NoData);
}
_RecvHeader = new SHeader();
_RecvHeader.Push(StreamRcv);
}
// For Body /////////////////////
if (StreamRcv.Size < _RecvHeader.Size)
{
return(ERecvState.NoData);
}
if (_RecvHeader.SendPacketSeq != (_RecvPacketSeq + 1))
{
throw new Exception("PacketSeq Error " + _RecvHeader.SendPacketSeq.ToString() + ", " + (_RecvPacketSeq + 1).ToString());
}
_RecvPacketSeq = _RecvHeader.SendPacketSeq;
_Crypto.Decode(StreamRcv.Data, StreamRcv.Head, _RecvHeader.Size, (0x1f3a49b72c8d5ef6 ^ (UInt64)_RecvHeader.Size ^ _RecvHeader.CheckSum ^ _RecvHeader.SendPacketSeq));
if (_RecvHeader.CheckSum != core.CBase.GetCheckSum(StreamRcv.Data, StreamRcv.Head, _RecvHeader.Size))
{
throw new Exception("CheckSum Error");
}
var OldStreamSize = StreamRcv.Size;
var Header2 = new SHeader2();
Header2.Push(StreamRcv);
_RecvHeader.Size -= (OldStreamSize - StreamRcv.Size);
StreamRcv.SaveState();
switch (Header2.PacketType)
{
case EPacketType.Ping:
if (!_SendPong())
{
throw new Exception("_SendPong Fail");
}
return(ERecvState.PingPong);
case EPacketType.Pong:
if (Header2.RecvPacketSeq == _PingPacketSeq)
{
_Latency = DateTime.Now - _PingTime.Value;
_PingTime = null;
}
return(ERecvState.PingPong);
case EPacketType.User:
break;
default:
throw new Exception("Invalid Packet Type");
}
return(ERecvState.UserData);
}
public SHeader2(SHeader2 Obj_)
{
PacketType = Obj_.PacketType;
RecvPacketSeq = Obj_.RecvPacketSeq;
}
