void DThread_TestCancel( DThread *self )
{
if( self->thdSpecData->state & DTHREAD_CANCELED ){
self->thdSpecData->state = 0;
DThread_Exit( self );
}
}
void DThread_Wrapper( void *object )
{
DThread *self = (DThread*)object;
self->running = 1;
if( self->thdSpecData == NULL ){
self->thdSpecData = (DThreadData*)GlobalAlloc( GPTR, sizeof(DThreadData) );
self->thdSpecData->thdObject = self;
}
self->thdSpecData->state = 0;
TlsSetValue( thdSpecKey, self->thdSpecData );
if( self->taskFunc ) self->taskFunc( self->taskArg );
DThread_Exit( self );
}
void DCondVar_Wait( DCondVar *self, DMutex *mtx )
{
DThreadData *p = (DThreadData*)TlsGetValue( thdSpecKey );
DMutex_Lock( & self->thdMutex );
DArray_PushBack( self->thdWaiting, (void*) p->thdObject );
DMutex_Unlock( & self->thdMutex );
if( mtx ) DMutex_Unlock( mtx );
WaitForSingleObject( p->thdObject->condv.myCondVar, INFINITE );
ResetEvent( p->thdObject->condv.myCondVar );
if( mtx ) DMutex_Lock( mtx );
if( p->state & DTHREAD_CANCELED ) DThread_Exit( p->thdObject );
}
int DCondVar_TimedWait( DCondVar *self, DMutex *mtx, double seconds )
{
DWORD retc;
DThreadData *p = (DThreadData*)TlsGetValue( thdSpecKey );
DMutex_Lock( & self->thdMutex );
DArray_PushBack( self->thdWaiting, (void*) p->thdObject );
DMutex_Unlock( & self->thdMutex );
if( mtx ) DMutex_Unlock( mtx );
retc = WaitForSingleObject( p->thdObject->condv.myCondVar, (DWORD)( seconds * 1000 ) );
ResetEvent( p->thdObject->condv.myCondVar );
if( mtx ) DMutex_Lock( mtx );
if( p->state & DTHREAD_CANCELED ) DThread_Exit( p->thdObject );
return ( retc == WAIT_TIMEOUT );
}
void DThread_Wrapper( void *object )
{
DThread *self = (DThread*)object;
self->running = 1;
if( self->thdSpecData == NULL ){
self->thdSpecData = DThreadData_New();
self->thdSpecData->thdObject = self;
}
self->state = 0;
self->vmpause = 0;
self->vmpaused = 0;
self->vmstop = 0;
self->vmstopped = 0;
if( self->taskFunc ) self->taskFunc( self->taskArg );
DThread_Exit( self );
}
