public void UDPLoop()
{
Packet lastPacket;
int lastavail;
while (connected)
{
//Receive
if ((lastavail = udp.Available) > 0)
{
lastPacket = new Packet();
lastPacket.data = new byte[lastavail];
udp.Receive(lastPacket.data);
OnReceive(lastPacket.data);
}
if (cidinit)
{
//Send
while (UDPout.Count > 0)
{
if (UDPout.TryDequeue(out lastPacket))
{
udp.SendBufferSize = lastPacket.data.Length;
udp.SendTo(lastPacket.data, serverUDPep);
}
}
}
}
}
//Mostly useless since commands are important however the UDPINIT command relies on sending a datagram to expose remote endpoint to the server
public void SendCommandUDP(string cmd)
{
cmdtosend.command = cmd;
Packet pts = new Packet();
pts.data = PacketUtils.Pack(cmdtosend.EncodeRaw(), PacketUtils.GenerateHeader(cid, NetData.TYPE_CMD, 0, cmdtosend.GetLength()));
UDPout.Enqueue(pts);
}
public void SendTransform(Transform t, byte id)
{
ttosend = new NetTransform();
ttosend.position = t.localPosition;
ttosend.rotation = t.localRotation.eulerAngles;
ttosend.scale = t.localScale;
Packet pts = new Packet();
pts.data = PacketUtils.Pack(ttosend.EncodeRaw(), PacketUtils.GenerateHeader(cid, NetData.TYPE_NETTRANSFORM, id, ttosend.GetLength()));
UDPout.Enqueue(pts);
}
