C # process synchronization pipeline Communication

Write

Using system;using system.io;using system.io.pipes;using system.security.principal;using System.Threading;namespace memorywrite{    class program    {        static void Main (string[] args)        {            try            {                Namedpipeclientstream Namedpipeclientstream = new Namedpipeclientstream (".", "Closepipe", Pipedirection.inout, Pipeoptions.none, tokenimpersonationlevel.impersonation);                Namedpipeclientstream.connect ();                StreamWriter SW = new StreamWriter (namedpipeclientstream);                Sw. WriteLine ("Exit");                Sw. Flush ();                Thread.Sleep (+);                Sw. Close ();            }            catch (Exception ex)            {            }        }    }}

Read

using system;using system.io;using system.io.pipes;using system.threading;            Namespace memoryread{class Program {static void Main (string[] args) {while (true) {try {namedpipeserverstream namedpipeserverstream = new Namedpipes                    Erverstream ("Closepipe", Pipedirection.inout, 2);                     Namedpipeserverstream.waitforconnection ();                    StreamReader sr = new StreamReader (namedpipeserverstream); String recdata = Sr.                    ReadLine ();                    if (Recdata = = "Exit") {Console.Write ("success");                    } thread.sleep (1000); Sr.                Close (); } catch (Exception ex) {}}}} 

One-way pipelines allow one end to write another, and a bidirectional pipeline allows a process to write data to and from the pipeline.
http://blog.sina.com.cn/s/blog_4b3485000101827p.html

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C # process synchronization pipeline Communication