Windows Phone 8: отправка данных на сервер remotes

Question

Я пытаюсь реализовать отслеживание gps для WP8. но я понятия не имею, какой код позволит мне получить доступ к сокету для отправки данных на сервер.

Я попытался это в веб-форме

udpClient.Connect(IP, Port) 

' Sends a message to the host to which you have connected. 
Dim sendBytes As [Byte]() = Encoding.ASCII.GetBytes(message) 
udpClient.Send(sendBytes, sendBytes.Length) 
udpClient.Close() 

, но и для Windows Phone. его немного сложно.

Просьба предоставить мне решение

Answer 1

Я дам вам небольшой пример, как вы можете отправить данные с сокет-соединением: Но я советую вам, чтобы пойти посмотреть полную действительно хорошую официальную документацию от Microsoft.

Использование TCP - сокет

How to create and use a TCP socket client app for Windows Phone

Использование UDP - разъем

How to create and use a UDP socket client app for Windows Phone

Простота внедрения в код

// Cached Socket object that will be used by each call for the lifetime of this class 
    Socket _socket = null; 
    // Signaling object used to notify when an asynchronous operation is completed 
    static ManualResetEvent _clientDone = new ManualResetEvent(false); 
    // Define a timeout in milliseconds for each asynchronous call. If a response is not received within this 
    // timeout period, the call is aborted. 
    const int TIMEOUT_MILLISECONDS = 5000; 
    // The maximum size of the data buffer to use with the asynchronous socket methods 
    const int MAX_BUFFER_SIZE = 2048; 

    /// <summary> 
    /// SocketClient Constructor 
    /// </summary> 
    public SocketClient() 
    { 
     // The following creates a socket with the following properties: 
     // AddressFamily.InterNetwork - the socket will use the IP version 4 addressing scheme to resolve an address 
     // SocketType.Dgram - a socket that supports datagram (message) packets 
     // PrototcolType.Udp - the User Datagram Protocol (UDP) 
     _socket = new Socket(AddressFamily.InterNetwork, SocketType.Dgram, ProtocolType.Udp); 
    } 


    /// <summary> 
    /// Send the given data to the server using the established connection 
    /// </summary> 
    /// <param name="serverName">The name of the server</param> 
    /// <param name="portNumber">The number of the port over which to send the data</param> 
    /// <param name="data">The data to send to the server</param> 
    /// <returns>The result of the Send request</returns> 
    public string Send(string serverName, int portNumber, string data) 
    { 
     string response = "Operation Timeout"; 
     // We are re-using the _socket object that was initialized in the Connect method 
     if (_socket != null) 
     { 
      // Create SocketAsyncEventArgs context object 
      SocketAsyncEventArgs socketEventArg = new SocketAsyncEventArgs(); 
      // Set properties on context object 
      socketEventArg.RemoteEndPoint = new DnsEndPoint(serverName, portNumber); 
      // Inline event handler for the Completed event. 
      // Note: This event handler was implemented inline in order to make this method self-contained. 
      socketEventArg.Completed += new EventHandler<SocketAsyncEventArgs>(delegate(object s, SocketAsyncEventArgs e) 
      { 
       response = e.SocketError.ToString(); 
       // Unblock the UI thread 
       _clientDone.Set(); 
      }); 
      // Add the data to be sent into the buffer 
      byte[] payload = Encoding.UTF8.GetBytes(data); 
      socketEventArg.SetBuffer(payload, 0, payload.Length); 
      // Sets the state of the event to nonsignaled, causing threads to block 
      _clientDone.Reset(); 
      // Make an asynchronous Send request over the socket 
      _socket.SendToAsync(socketEventArg); 
      // Block the UI thread for a maximum of TIMEOUT_MILLISECONDS milliseconds. 
      // If no response comes back within this time then proceed 
      _clientDone.WaitOne(TIMEOUT_MILLISECONDS); 
     } 
     else 
     { 
      response = "Socket is not initialized"; 
     } 
     return response; 
    }