C # Multithreading Management code

    /// <summary>    ///multithreaded Execution/// </summary>     Public classMultithreadingworker {/// <summary>        ///make sure that all threads are complete/// </summary>        PrivateDone M_done =NULL; Private LongM_starttime =0; PrivateQueue m_workload =NULL;  PublicMultithreadingworker () {M_done=NewDone (); M_workload=NewQueue (); }        /// <summary>        ///content Delegation for thread work/// </summary>         PublicWorkcontent Workcontent {Get;Set; } /// <summary>        ///Number of Threads/// </summary>         Public intThreadCount {Get;Set; } Private BOOLM_quit;  Public BOOLQuit {Get{returnM_quit;} Set{M_quit =value;} }        /// <summary>        ///increase the working object to the queue/// </summary>        /// <param name= "work" ></param>         Public voidaddwork (Object work) {Monitor.Enter ( This); M_workload.            Enqueue (work); Monitor.pulse ( This); Monitor.Exit ( This); }        /// <summary>        ///fetching objects from the queue/// </summary>        /// <returns></returns>        PrivateObject obtainwork () {Monitor.Enter ( This);  while(M_workload. Count <1) {monitor.wait ( This); } Object Next=M_workload.            Dequeue (); Monitor.Exit ( This); returnNext; }        /// <summary>        ///Start Execution/// </summary>         Public voidStart () {m_starttime=System.DateTime.Now.Ticks; M_done.            Reset (); M_quit=false;  for(inti =1; I <= threadcount; i++) {ThreadStart TS=NewThreadStart ( This.                Process); Thread M_thread=NewThread (TS); M_thread.            Start (); } m_done.            Waitbegin (); M_done.        Waitdone (); }        /// <summary>        ///Stop Execution/// </summary>         Public voidStop () {m_quit=true; }        Private voidProcess () { while(m_quit==false) {Object workobj=obtainwork (); M_done.                Workerbegin (); Try{workcontent (workobj); }                Catch(Exception e) {System.Console.WriteLine ("Error:"+e.message); }                finally{M_done.                Workerend (); }            }        }    }    /// <summary>    ///execute content applicable delegate/// </summary>    /// <param name= "work" ></param>     Public Delegate voidworkcontent (Object work);  Public classDone {Private intM_activethreads =0; Private BOOLm_started =false;  Public voidWaitdone () {Monitor.Enter ( This);  while(m_activethreads>0) {monitor.wait ( This); } monitor.exit ( This); }         Public voidWaitbegin () {Monitor.Enter ( This);  while( !m_started) {monitor.wait ( This); } monitor.exit ( This); }        /// <summary>        ///Execution Start/// </summary>         Public voidWorkerbegin () {Monitor.Enter ( This); M_activethreads++; M_started=true; Monitor.pulse ( This); Monitor.Exit ( This); }        /// <summary>        ///execution Complete/// </summary>         Public voidWorkerend () {Monitor.Enter ( This); M_activethreads--; Monitor.pulse ( This); Monitor.Exit ( This); }        /// <summary>        ///re-initialize/// </summary>         Public voidReset () {Monitor.Enter ( This); M_activethreads=0; Monitor.Exit ( This); }    }

Calling code:

 Public classtestmultithreading { Public Static voidTest () {Multithreadingworker thwork=NewMultithreadingworker (); Thwork.threadcount= -; Thwork.workcontent=Newworkcontent (Workfun);  for(inti =0; I < -; i++) thwork.addwork (i);        Thwork.start (); }        Private Static voidWorkfun (Objectobj) {Console.WriteLine ("What to do:"+obj.        ToString ()); }    }

C # Multithreading Management code