Asp.net Socket instance

Public class Socketclient {TextBox txt; TextBox send_txt; public Socketclient (TextBox txt, TextBox send_txt) {this.txt = txt; this. send_txt = send_txt;} public void StartClient () {// Data buffer for incoming data. byte [] bytes = new byte [1024]; // Connect to a remote device. try {// Establish the remote endpoint for the socket. // This example uses port 11000 on the local computer. IPHostEntry ipHostInfo = Dns. resolve (Dns. getHostName (); IPAddress ipAddress = ipHostInfo. addressList [0]; IPEndPoint remoteEP = new IPEndPoint (ipAddress, 1234); // Create a TCP/IP socket. socket sender = new Socket (AddressFamily. interNetwork, SocketType. stream, ProtocolType. tcp); // Connect the socket to the remote endpoint. catch any errors. try {sender. connect (remoteEP); // Console. writeLine ("Socket connected to {0}", sender. remoteEndPoint. toString (); txt. text + = "\ r \ n" + sender. remoteEndPoint. toString () + "\ r \ n"; // Encode the data string into a byte array. byte [] msg = Encoding. ASCII. getBytes (send_txt.Text +"
 
  
"); // Send the data through the socket. int bytesSent = sender. send (msg); // Receive the response from the remote device. int bytesRec = sender. receive (bytes); // Console. writeLine ("Echoed test = {0}", Encoding. ASCII. getString (bytes, 0, bytesRec); txt. text + = "\ r \ n" + Encoding. ASCII. getString (bytes, 0, bytesRec) + "\ r \ n"; // receives Remote Server Information // Release the socket. sender. shutdown (SocketShutdown. both); sender. close ();} catch (ArgumentNullException ane) {// Console. writeLine ("ArgumentNullException: {0}", ane. toString (); txt. text + = "\ r \ n" + ane. toString () + "\ r \ n";} catch (SocketException se) {// Console. writeLine ("SocketException: {0}", se. toString (); txt. text + = "\ r \ n" + se. toString () + "\ r \ n";} catch (Exception e) {// Console. writeLine ("Unexpected exception: {0}", e. toString (); txt. text + = "\ r \ n" + e. toString () + "\ r \ n" ;}} catch (Exception e) {// Console. writeLine (e. toString (); txt. text + = "\ r \ n" + e. toString () + "\ r \ n" ;}} public class SocketServer {int port; // port string host; // ip address TextBox txt ;///
  /// Number of constructor Han //////
  Port NumberPublic SocketServer (int ports, string host, TextBox txt) {this. port = ports; this. host = host; this.txt = txt;} // start listening to public void beginListen () {try {IPAddress ip = IPAddress. parse (host); // convert the ip address string to IPAddress type instance IPEndPoint ipe = new IPEndPoint (ip, port ); // use the specified port and ip address to initialize a new instance of the IPEndPoint class. // create a socket and start listening for Socket s = new Socket (AddressFamily. interNetwork, SocketType. stream, ProtocolType. tcp); // create a socket image. If udp is used, use SocketType. dgram-type socket s. bind (ipe); // Bind the EndPoint to the image (port and IP address) s. listen (0); // start listening for txt. text + = "waiting for client connection"; // Console. writeLine ("waiting for client connection"); // defines the loop so that the resume can be connected multiple times while (true) {Socket temp = s. accept (); // create a new socket while (true) {string recvStr = ""; byte [] recvBytes = new byte [1024]; int bytes; bytes = temp. receive (recvBytes, recvBytes. length, 0); // receive information from the client recvStr + = Encoding. ASCII. getString (recvBytes, 0, bytes); txt. text + = "\ r \ n" + recvStr + "\ r \ n"; if (recvStr. indexOf ("
  
   
")>-1) {break ;}// return information to the client // Console. writeLine ("server get message: {0}", recvStr); // display the client information string sendStr = "jpeg upload OK"; byte [] bs = Encoding. ASCII. getBytes (sendStr); temp. send (bs, bs. length, 0); // return the information to the client temp. shutdown (SocketShutdown. both); temp. close () ;}} catch (Exception ex) {string str = ex. toString (); txt. text + = "\ r \ n" + str + "\ r \ n ";}}}}
  
 

Client button event

   protected void Button1_Click(object sender, EventArgs e)        {                Socketclient client = new Socketclient(TextBox2, TextBox3);                client.StartClient();                   }

// The server listens to the execution thread

Protected void Page_Load (object sender, EventArgs e) {if (! IsPostBack) {SocketServer socket = new SocketServer (1234, "192.168.88.196", TextBox1); // start Thread thread Thread = new Thread (new ThreadStart (socket. beginListen); thread. start (); // the code that runs when the application is started // (new System. threading. thread (new System. threading. threadStart (new Class1 (). creatSocket ))). start (); // open up a new thread }}

Aspx

<%@ Page Language="C#" AutoEventWireup="true" CodeBehind="JpegForSocketServer.aspx.cs" Inherits="WebForAndroid.JpegForSocketServer" %>
         

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