//---------------------------------------------------------------------------
static void Semaphore_Flyback( Semaphore_t *pstSe )
{
ProfileTimer_Start( &stSemaphoreFlyback );
Semaphore_Pend( pstSe );
ProfileTimer_Stop( &stSemaphoreFlyback );
Thread_Exit( Scheduler_GetCurrentThread() );
}
//---------------------------------------------------------------------------
static void Thread_ProfilingThread()
{
// Stop the "Thread_t start" profiling timer, which was started from the
// main app Thread_t
ProfileTimer_Stop( &stThreadStartTimer );
// Start the "Thread_t exit" profiling timer, which will be stopped after
// returning back to the main app Thread_t
ProfileTimer_Start( &stThreadExitTimer );
Thread_Exit( Scheduler_GetCurrentThread() );
}
TEST_END
//===========================================================================
TEST(ut_thread_exit)
{
// Test point - force a Thread_t exit; ensure it doesn't respond once
// it's un-scheduled.
Thread_Exit( &stThread1 );
Semaphore_Post( &stSem2 );
Semaphore_TimedPend( &stSem1, 100 );
EXPECT_TRUE( Thread_GetExpired( Scheduler_GetCurrentThread() ) );
}
int test( char szBaseDatos[])
{
int id=0;
Conexion[id].dbconn=OpenDatabaseMSSQL(id);
if (Conexion[id].dbconn==NULL)
{
printf("(%02i) Falla Conexion a BD",id);
exit(1);
}
//GetOneRecordMSSQL(id,Conexion[id].nSocket,"SELECT * FROM mc_giro_actividad_economica",Conexion[id].dbconn);//Descomentar cuando este implementado
GetCamposMSSQL(id,Conexion[id].nSocket,"LISTADO_RPT",Conexion[id].dbconn);//(int id,int nSocket,char szTabla[],DBPROCESS *dbconn)
Thread_Exit(id);
}
static void Thread_tSleepEntryPoint(void *unused_)
{
unused_ = unused_;
// Thread_t will sleep for various intervals, synchronized
// to Semaphore_t-based IPC.
Semaphore_Pend( &stSem1 );
Thread_Sleep(5);
Semaphore_Post( &stSem2 );
Semaphore_Pend( &stSem1 );
Thread_Sleep(50);
Semaphore_Post( &stSem2 );
Semaphore_Pend( &stSem1 );
Thread_Sleep(500);
Semaphore_Post( &stSem2 );
// Exit this Thread_t.
Thread_Exit( Scheduler_GetCurrentThread() );
}
