public override void OnSerializeData(BitStream bitStream, ulong guid, int packet_size)
{
CustomIDs packet_id = (CustomIDs)bitStream.ReadByte();//the first byte of the packet is id, the rest is data
switch (packet_id)
{
case CustomIDs.CLIENT_DATA:
Debug.Log("[Server] Received client data from " + peer.GetAddress(guid, true) + " with guid " + guid);
//creating a client data structure and putting it in a dictionary
Clients.Add(guid, new ClientData(guid, bitStream.ReadString()));
/* we inform the client that his data is accepted, we send it via a reliable channel */
using (PooledBitStream bsIn = BitStreamPool.GetBitStream())
{
//be sure to reset the bitstream! If you do not do this the old recorded data will be sent
bsIn.Reset();
//Write the packet id as a byte so that the client knows how to process the packet
bsIn.Write((byte)CustomIDs.CLIENT_DATA_ACCEPTED);
//As an example, we will send the text to the client in the load
bsIn.Write("RakNet top... SosiPisos");
//we send data from bitstream to the client using its unique guid
SendToClient(bitStream, guid, PacketPriority.IMMEDIATE_PRIORITY, PacketReliability.RELIABLE, 0);
}
break;
}
}
public static PooledBitStream GetBitStream()
{
PooledBitStream writer = Take();
writer.Reset();
return(writer);
}
public override void OnConnected()
{
Debug.LogWarning("[Client] Connected to server");
//example using poolable bitStream
using (PooledBitStream bitStream = BitStreamPool.GetBitStream())
{
bitStream.Reset();
bitStream.Write((byte)CustomIDs.CLIENT_DATA);
bitStream.Write(username);
SendToServer(bitStream, PacketPriority.IMMEDIATE_PRIORITY, PacketReliability.RELIABLE, 0);
}
}