// process a received datagram
private void processDatagram(byte[] payload, int size, EndPoint sender)
{
using (var reader = ByteArrayReaderWriter.Get(payload))
{
NetcodePacketHeader packetHeader = new NetcodePacketHeader();
packetHeader.Read(reader);
if (packetHeader.PacketType == NetcodePacketType.ConnectionRequest)
{
processConnectionRequest(reader, size, sender);
}
else
{
switch (packetHeader.PacketType)
{
case NetcodePacketType.ChallengeResponse:
processConnectionResponse(reader, packetHeader, size, sender);
break;
case NetcodePacketType.ConnectionKeepAlive:
processConnectionKeepAlive(reader, packetHeader, size, sender);
break;
case NetcodePacketType.ConnectionPayload:
processConnectionPayload(reader, packetHeader, size, sender);
break;
case NetcodePacketType.ConnectionDisconnect:
processConnectionDisconnect(reader, packetHeader, size, sender);
break;
}
}
}
}
private void processDatagram(Datagram datagram)
{
if (!MiscUtils.AddressEqual(datagram.sender, currentServerEndpoint))
{
return;
}
using (var reader = ByteArrayReaderWriter.Get(datagram.payload))
{
NetcodePacketHeader packetHeader = new NetcodePacketHeader();
packetHeader.Read(reader);
int length = datagram.payloadSize - (int)reader.ReadPosition;
switch (packetHeader.PacketType)
{
case NetcodePacketType.ConnectionChallenge:
processChallengePacket(packetHeader, length, reader);
break;
case NetcodePacketType.ConnectionDenied:
processConnectionDenied(packetHeader, length, reader);
break;
case NetcodePacketType.ConnectionKeepAlive:
processConnectionKeepAlive(packetHeader, length, reader);
break;
case NetcodePacketType.ConnectionPayload:
processConnectionPayload(packetHeader, length, reader);
break;
case NetcodePacketType.ConnectionDisconnect:
processConnectionDisconnect(packetHeader, length, reader);
break;
}
}
}
