Another synchronization policy is hand-controlled technology, some of the SYSTEM.THREADING namespace can be used for hand-controlled classes. The ManualReveTevent class is used to make the thread in the waiting state, which has 2 states: True or No Signal (FALSE). There are also two important methods: reset () and set ().
The following code shows the usage of the reset () method:
Using system; using system.threading;
namespace ManualReset {class Reset {[STAThread] static void Main () {ManualResetEvent manRE; manRE = new ManualResetEvent (true); // assigns semaphore bool state = manRE.WaitOne (1000, true); Console.WriteLine ( "ManualResetEvent After first waitone " state);
ManRe.Reset (); // Set the ManualReveTevent status is no semaphore (5000, true); console.writeline ("ManualRestEventAfter Second Waitone" State);}}}
operation result:
The following code shows the usage of the SET () method:
using System; using System.Threading; namespace ManualSet {class Set {[STAThread] static void Main (string [] args) {ManualResetEvent manRE; manRE = new ManualResetEvent (false); Console.WriteLine ( "Before waitone"); bool state = Manre.waitone (5000, true); Console.Writeline ("ManualRestEvent After First Waitone State);
ManRe.set (); // set its status to have signal volume thread.sleep (3000); state = manre.waitone (5000, true); console.writeline ("ManualRestEventAfter Second Waitone State);}} }
operation result:
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