bool IServerTransportLayer.Init(int channelId, OnClientConnect connectCallback, OnReceiveMessage messageCallback, OnClientDisconnect disconnectCallback)
{
_connection = new MiniUDP.NetCore(ConnectionToken, true);
_channelId = channelId;
_clients = new Dictionary <int, MiniUDP.NetPeer>();
_nextId = 0;
_connection.PeerConnected += (peer, token) =>
{
_clients.Add(_nextId, peer);
var id = new PerChannelID(channelId, _nextId++);
connectCallback.Invoke(peer.EndPoint.Address, id);
peer.PayloadReceived += (netPeer, data, length) =>
{
if (data.Length != length)
{
Array.Resize(ref data, length);
}
messageCallback.Invoke(data, id);
};
};
_connection.PeerClosed += (peer, reason, kickReason, error) =>
{
var id = _clients.FirstOrDefault(i => i.Value == peer).Key;
disconnectCallback.Invoke(new PerChannelID(_channelId, id));
_clients.Remove(id);
};
return(true);
}
bool IClientTransportLayer.Init(int channelId, OnConnected connectedCallback, Generic.Client.OnReceiveMessage messageCallback, OnDisconnected disconnectedCallback)
{
_connection = new MiniUDP.NetCore(ConnectionToken, false);
_channelId = channelId;
_connection.PeerConnected += (peer, token) =>
{
// Peer will be the server
connectedCallback.Invoke(_channelId);
peer.PayloadReceived += (netPeer, data, length) =>
{
if (data.Length != length)
{
Array.Resize(ref data, length);
}
messageCallback.Invoke(data);
};
};
_connection.PeerClosed += (peer, reason, kickReason, error) => disconnectedCallback.Invoke(_channelId);
return(true);
}
