func onCliPacket(peerConn *zzcommon.PeerConn_t) (ret int) {
gLock.Lock()
defer gLock.Unlock()
fmt.Println("onCliPacket")
peerConn.ParseProtoHead()
ret = onRecv(peerConn)
return ret
}
func onCliGetPacketLen(peerConn *zzcommon.PeerConn_t, packetLength int) (ret int) {
//fmt.Println("onCliGetPacketLen")
if uint32(packetLength) < zzcommon.ProtoHeadLength { //长度不足一个包头中的长度大小
return 0
}
peerConn.ParseProtoHeadPacketLength()
if uint32(peerConn.RecvProtoHead.PacketLength) < zzcommon.ProtoHeadLength {
return zzcommon.ERROR_DISCONNECT_PEER
}
if gTcpServer.PacketLengthMax <= uint32(peerConn.RecvProtoHead.PacketLength) {
return zzcommon.ERROR_DISCONNECT_PEER
}
if packetLength < int(peerConn.RecvProtoHead.PacketLength) {
return 0
}
fmt.Println("onCliGetPacketLen:", peerConn.RecvProtoHead.PacketLength)
return int(peerConn.RecvProtoHead.PacketLength)
}
//获取消息的长度,0表示消息还未接受完成,
//ERROR_DISCONNECT_PEER表示长度有误,服务端断开
func onSerGetPacketLen(peerConn *zzcommon.PeerConn_t, packetLength int) (ret int) {
if (uint32)(packetLength) < zzcommon.ProtoHeadLength { //长度不足一个包头中的长度大小
return 0
}
peerConn.ParseProtoHead()
if (uint32)(peerConn.RecvProtoHead.PacketLength) < zzcommon.ProtoHeadLength {
return zzcommon.ERROR_DISCONNECT_PEER
}
fmt.Print(peerConn.RecvProtoHead)
if gTcpServer.PacketLengthMax <= (uint32)(peerConn.RecvProtoHead.PacketLength) {
return zzcommon.ERROR_DISCONNECT_PEER
}
if packetLength < int(peerConn.RecvProtoHead.PacketLength) {
return 0
}
fmt.Println(peerConn)
return int(peerConn.RecvProtoHead.PacketLength)
}