Use event objects for Thread Synchronization

//  The event object also belongs to the kernel object and contains a usage count,  //  A boolean value that indicates whether the event is an automatically reset event or a manually reset event,  //  Another Boolean value used to indicate whether the event is in the notified or not notified status.  //  There are two different types of event objects. One is a manual reset event, and the other is an automatic reset event.  //  When a manually reset event is notified, all threads waiting for the event change to schedulable threads.  //  When an automatically reset event is notified, only one thread in the thread waiting for the event changes to a schedulable thread.  # Include <Windows. h> # Include <Iostream>Using   Namespace  STD; DWORD winapi fun1proc (lpvoid lpparameter); DWORD winapi fun2proc (lpvoid lpparameter );  Int Tickets = 100  ; Handle g_hevent;  Void  Main () {handle hthread1; handle hthread2; g_hevent = Createevent (null, false, true, null ); //  Set to auto reset  //  Setevent (g_hevent ); Hthread1 = createthread (null,0 , Fun1proc, null, 0  , Null); hthread2 = Createthread (null, 0 , Fun2proc, null, 0  , Null); closehandle (hthread1); closehandle (hthread2); sleep (  4000  );} DWORD winapi fun1proc (lpvoid lpparameter ){  While  (True) {waitforsingleobject (g_hevent, infinite );  If (Tickets> 0 ) {Sleep (  1  ); Cout < "  Thread1 javasticket:  " <Tickets -- < Endl ;}  Else              Break  ; Setevent (g_hevent );}  Return   0  ;} DWORD winapi fun2proc (lpvoid lpparameter ){  While (True) {waitforsingleobject (g_hevent, infinite );  If (Tickets> 0  ) {Sleep (  1  ); Cout < "  Thread2 javasticket:  " <Tickets -- < Endl ;}  Else              Break  ; Setevent (g_hevent );} Return   0  ;}