public static void SendUpdate(ref UdpBitStream bitstream, ref UdpBitStream outstream)
{
// Send the bitstream to the UNET writer
writer.StartMessage(masterMsgTypeId);
writer.WriteUncountedByteArray(NSTMaster.bitstreamByteArray, bitstream.BytesUsed);
writer.FinishMessage();
// if this is the server - send to all.
if (NetworkServer.active)
{
writer.SendPayloadArrayToAllClients(masterMsgTypeId, Channels.DefaultUnreliable);
//NetworkServer.connections[0].FlushChannels();
// If this is the server as client, run the ReceiveUpdate since local won't get this run.
//if (NetworkClient.active)
NSTMaster.ReceiveUpdate(ref bitstream, ref outstream, false, 0);
}
// if this is a client send to server.
else
{
// TODO: find reliable way to cache this condition - Is here to eliminate some shut down warnings, and not critical
if (cachedNetworkClient != null && cachedNetworkClient.isConnected)
{
NetworkManager.singleton.client.SendWriter(writer, Channels.DefaultUnreliable);
}
//NetworkManager.singleton.client.connection.FlushChannels();
}
}
/// <summary>
/// Updates over the network arrive here - AFTER the Update() runs (not tested for all platforms... thanks unet for the great docs.)
/// The incoming bitstream is read
/// </summary>
/// <param name="msg"></param>
private static void ReceiveUpdate(NetworkMessage msg)
{
UdpBitStream bitstream = new UdpBitStream(msg.reader.ReadBytesNonAlloc(NSTMaster.bitstreamByteArray, msg.reader.Length), msg.reader.Length);
UdpBitStream outstream = new UdpBitStream(NSTMaster.outstreamByteArray);
NSTMaster.ReceiveUpdate(ref bitstream, ref outstream, NetworkServer.active, msg.conn.connectionId);
// Write a clone message and pass it to all the clients if this is the server receiving
if (NetworkServer.active) // && msg.conn == nst.NI.clientAuthorityOwner)
{
writer.StartMessage(msg.msgType);
writer.WriteUncountedByteArray(outstream.Data, outstream.BytesUsed);
writer.SendPayloadArrayToAllClients(msg.msgType);
if (NetworkServer.connections[0] != null)
{
NetworkServer.connections[0].FlushChannels();
}
}
}