public bool TestConnection(uint clientID) { IonTcpConnection connection = GetConnection(clientID); if (connection != null) { return(connection.TestConnection()); // Try to send data } return(false); // Connection not here! }
/// <summary> /// Creates an IonTcpConnection instance for a given socket and assigns it an unique ID. /// </summary> /// <param name="pSocket">The System.Net.Socket.Sockets object to base the connection on.</param> /// <returns>IonTcpConnection</returns> public IonTcpConnection CreateConnection(Socket pSocket) { if (pSocket == null) return null; IonTcpConnection connection = new IonTcpConnection(++mConnectionCounter, pSocket); Core.GetStandardOut().PrintNotice(string.Format("Created Connection for {1}.", connection.ipAddress)); return connection; }
public void DropConnection(uint clientID) { IonTcpConnection connection = GetConnection(clientID); if (connection != null) { Core.GetStandardOut().PrintNotice("Dropped Connection => " + connection.ipAddress); connection.Stop(); mConnections.Remove(clientID); } }
public void DropConnection(uint clientID) { IonTcpConnection connection = GetConnection(clientID); if (connection != null) { IonEnvironment.GetLog().WriteInformation("Dropped IonTcpConnection [" + clientID + "] of " + connection.ipAddress); connection.Stop(); mConnections.Remove(clientID); } }
/// <summary> /// Creates an IonTcpConnection instance for a given socket and assigns it an unique ID. /// </summary> /// <param name="pSocket">The System.Net.Socket.Sockets object to base the connection on.</param> /// <returns>IonTcpConnection</returns> public IonTcpConnection CreateConnection(Socket pSocket) { if (pSocket == null) { return(null); } IonTcpConnection connection = new IonTcpConnection(++mConnectionCounter, pSocket); Core.GetStandardOut().PrintNotice(string.Format("Created Connection for {1}.", connection.ipAddress)); return(connection); }
/// <summary> /// Creates an IonTcpConnection instance for a given socket and assigns it an unique ID. /// </summary> /// <param name="pSocket">The System.Net.Socket.Sockets object to base the connection on.</param> /// <returns>IonTcpConnection</returns> public IonTcpConnection CreateConnection(Socket pSocket) { if (pSocket == null) { return(null); } IonTcpConnection connection = new IonTcpConnection(++mConnectionCounter, pSocket); IonEnvironment.GetLog().WriteInformation(string.Format("Created IonTcpConnection [{0}] for {1}.", connection.ID, connection.ipAddress)); return(connection); }
/// <summary> /// Handles a newly created IonTcpConnection and performs some checks, before adding it to the connection collection and starting the client session. /// </summary> /// <param name="connection">The IonTcpConnection instance representing the new connection to handle.</param> public void HandleNewConnection(IonTcpConnection connection) { // TODO: check max simultaneous connections // TODO: check max simultaneous connections per IP // TODO: check project specific actions // INFO: client ID = connection ID, client ID = session ID // Add connection to collection mConnections.Add(connection.ID, connection); // Create session for new client IonEnvironment.GetHabboHotel().GetClients().StartClient(connection.ID); }
/// <summary> /// Invoked when the listener asynchronously accepts a new connection request. /// </summary> /// <param name="iAr">The IAsyncResult object holding the results of the asynchronous BeginAcceptSocket operation.</param> private void ConnectionRequest(IAsyncResult iAr) { try { Socket pSocket = mListener.EndAcceptSocket(iAr); // TODO: IP blacklist IonTcpConnection connection = mFactory.CreateConnection(pSocket); if (connection != null) { mManager.HandleNewConnection(connection); } } catch { } // TODO: handle exceptions finally { if (mIsListening) { WaitForNextConnection(); // Re-start the process for next connection } } }
/// <summary> /// Handles a newly created IonTcpConnection and performs some checks, before adding it to the connection collection and starting the client session. /// </summary> /// <param name="connection">The IonTcpConnection instance representing the new connection to handle.</param> public void HandleNewConnection(IonTcpConnection connection) { // TODO: check max simultaneous connections // TODO: check max simultaneous connections per IP // TODO: check project specific actions // INFO: client ID = connection ID, client ID = session ID // Add connection to collection mConnections.Add(connection.ID, connection); // Create session for new client IonEnvironment.GetHabboHotel().GetClients().StartClient(connection.ID); }
/// <summary> /// Cleans up the online values when nobody is using them. /// </summary> public void StopLoggedInValues() { OnlineValueCounter--; if (OnlineValueCounter == 0) { this.fConnection = null; this.fPacketSender = null; this.fPacketProcessor = null; this.fSessionValues = null; this.fFuseRights = null; } }
/// <summary> /// Ensure that the online values are present. /// ALWAYS CALL StopLoggedInValues() WHEN YOU ARE FINISHED! /// </summary> public void StartLoggedInValues(IonTcpConnection Connection) { OnlineValueCounter++; if (OnlineValueCounter == 1) { this.fPonged = true; this.fFuseRights = Core.GetFuseManager().GetUserRights(this.fID); this.fSessionValues = new Dictionary<object, object>(); } }
/// <summary> /// Construct a prelogin User object. /// DO NOT USE THIS FOR GETTING A USER - USE THE USER DISTRIBUTOR /// </summary> internal User(IonTcpConnection Connection) { this.fConnection = Connection; this.fPacketSender = new PacketSender(this); this.fPacketProcessor = new PacketProcessor(this); }
/// <summary> /// Constructs a GameClient instance for a given client ID. /// </summary> /// <param name="clientID">The ID of this client.</param> public GameClient(uint clientID) { mID = clientID; mConnection = IonEnvironment.GetTcpConnections().GetConnection(clientID); mMessageHandler = new ClientMessageHandler(this); }
/// <summary> /// Stops the client, removes this user from room, updates last online values etc. /// </summary> public void Stop() { // Leave room // Update last online mHabbo = null; mConnection = null; mMessageHandler.Destroy(); mMessageHandler = null; }