public void Respond <T>(T obj)
{
//Serialize
string data = RSN_Tools.SerializeObject(obj);
//Create a response packet and send.
RSN_Server.SendDataToClient(client.stream, data, packet.id, packet.parseType, type: RSN_PacketType.EncodedMessage);
}
private void OnGotData(RSN_Server_Client client, RSN_Packet packet)
{
//Called on new data.
switch (packet.type)
{
case RSN_PacketType.EncodedMessage:
//Handle.
//Verify token. If the token is incorrect, ignore the packet.
if (!VerifyToken(packet.token))
{
//Incorrect. Send a packet telling the user this.
SendDataToClient(client.stream, "{}", packet.id, 0, " ", RSN_PacketType.AuthFail);
return;
}
//Get the callback and type.
RSN_Server_CallbackConfig conf = null;
try
{
conf = registeredDataTypes[packet.parseType];
}
catch
{
//Bad. Ignore!
return;
}
conf.OnEvent(packet.body, client, packet);
break;
case RSN_PacketType.Auth:
//Trying to auth. Check the password.
RSN_AuthPacketType auth = (RSN_AuthPacketType)RSN_Tools.DeserializeObject(packet.body, typeof(RSN_AuthPacketType));
string token = RSN_Tools.GenerateRandomString(16);
if (auth.password == password)
{
//Ok!
auth.wasAuthOkay = true;
registeredTokens.Add(token);
auth.token = token;
}
else
{
//Bad!
auth.wasAuthOkay = false;
auth.token = " ";
}
//Respond
string raw = RSN_Tools.SerializeObject(auth);
SendDataToClient(client.stream, raw, packet.id, 0, token, RSN_PacketType.Auth);
break;
}
}
public int SendData <T>(RSN_ClientResponse callback, T data)
{
try
{
int msgId = currentMessage;
currentMessage++;
//Add the callback to the dictonary
callbacks.Add(msgId, callback);
//serialize data
string dataString = RSN_Tools.SerializeObject(data);
int type = 0;
try
{
//Reverse lookup the dictonary so we know what type this is.
type = registeredDataTypes.FirstOrDefault(x => x.Value == data.GetType()).Key;
}
catch
{
//Bad type.
throw new Exception("Bad type when sending data! Make sure it is registered.");
}
if (type == 0)
{
throw new Exception("Bad type when sending data! Make sure it is registered.");
}
//Create a packet
RSN_Packet packet = new RSN_Packet(token, RSN_PacketType.EncodedMessage, msgId, dataString, type);
//Submit
RawWrite(packet.EncodePacket());
//return id
return(msgId);
} catch (Exception ex)
{
OnError(RSN_Exception_ErrorType.Exception, "", ex);
return(-1);
}
}
new Dictionary <int, Type>(); //Stores data parse types.
public static RSN_Client Connect(RSN_Client_CallbackConfig[] callbacks, string password, string ip, Int32 port, RSN_Error onError = null)
{
//Create client
TcpClient client = new TcpClient(ip, port);
//Create class
RSN_Client output = new RSN_Client();
output.client = client;
output.stream = client.GetStream();
output.networkReader = new BinaryReader(output.stream);
output.networkWriter = new BinaryWriter(output.stream);
output.errorCallback = onError;
//Add data parse types
foreach (RSN_Client_CallbackConfig c in callbacks)
{
if (c.id < 1)
{
throw new Exception("Bad id: Must be greater than zero.");
}
output.registeredDataTypes.Add(c.id, c.type);
}
//Begin thread
var getThread = new System.Threading.Thread(new System.Threading.ThreadStart(output.GetThread));
getThread.Start();
//Log into the server
//Create class
RSN_AuthPacketType authPacket = new RSN_AuthPacketType();
authPacket.password = password;
RSN_Packet packet = new RSN_Packet(output.token, RSN_PacketType.Auth, output.currentMessage, RSN_Tools.SerializeObject(authPacket), 0);
output.currentMessage++;
//Write
output.RawWrite(packet.EncodePacket());
//When we get a response for that, we'll set our token.
return(output);
}