Use the network capabilities provided by the Java.net package. Take a connection flow communication method,
The operation of the server is general:
(1) Create a ServerSocket object, in the specified port listening to the request.
(2) The accept () method will return a socket object when the request is received.
(3) Create an input and output stream object with the Socket object described above.
⑷ Interact with customers through input, output stream.
⑸ Intersection, turn off the input, output flow and socket.
⑹ The service program is running, and the ServerSocket is turned off.
Implement code code class such as:
Try {
Boolean flag = true; socket clientsocket = null;
Serversocket Serversocket = New Serversocket (0); System.out.Println ("Server Listen on:" ServerSocket.getlocalPort ());
while (flag) {clientSocket = serverSocket.accept (); DataInputStream is = new DataInputStream (new bufferedInputStream (client Socket.getInputStream ())); PrintStream os = new PrintStream (new bufferedOutputStream (clientSocket getOutputStream ()).); // Handling applet request os.close (); is.close (); clientsocket.close ();} serverSocket.close ();} catch (ooException e) {system.err.println ("Exception: e);}
The operation is:
(1) Creating a Socket object establishes a connection to the server.
(2) Enter, output flow with this Socket object.
(3) interacting with the server.
⑷ Intersection, turn off the input, output flow and socket.
Implement code classes such as:
try {Socket clientSocket = new Socket ( "serverName", 7); OutputStream os = clientSocket.getOutputStream (); DataInputStream is = new DataInputStream (clientSocket.getInputStream ()); // other operations os.close ();. is. Close (); clientsocket.close ();} catch (exception e) {system.err.println ("exception:" e);}
This approach relies only to standard Java network support, which does not require additional packages or tools, so it seems quite simple and flexible, easy to achieve certain special needs.
