void main()
{
HW_INIT();
RF_Init();
RF_ListenOff();
for (;;)
{
HW_SLEEP_MS(g_sysConfig.timeToWakeup);
OnWakeup();
HW_SLEEP_MS(100);
RF_ListenOn();
HW_SLEEP_MS(g_sysConfig.timeToTurnOffRF);
RF_ListenOff();
if (HW_NRF_HAS_INTERRUPT())
{
OnRfPacket();
HW_NRF_CLEAR_INTERRUPT();
}
}
}
void Win32SyncManager::ScheduleTask(Task next, bool atTermination){
Task currTid = (Task)TlsGetValue(tlsCurrentTaskId);
if(!atTermination)
assert(runningTid == currTid);
if(runningTid == next){
if(atTermination){
assert("Schedule running_tid at termination");
}
return;
}
Semaphore* currSem = 0;
Semaphore* nextSem = syncVarIdManager->GetTaskSemaphore(next);
//if(atTermination){
// assert(currSem->IsNull());
//}
if(!atTermination){
currSem = syncVarIdManager->GetTaskSemaphore(runningTid);
}
runningTid = next;
nextSem->AtomicUpDown(currSem);
if(!atTermination){
OnWakeup();
}
//nextSem->Up();
//if(!atTermination){
// currSem->Down();
// OnWakeup();
//}
}
void Win32SyncManager::ThreadBegin(Semaphore sem){
sem.Down();
OnWakeup();
TlsSetValue(tlsCurrentTaskId, (LPVOID)runningTid);
Chess::TaskBegin();
#ifndef UNDER_CE
//A thread starts in an alertable state (i.e. Executes APCs that are queued before starting)
WrappersOnAlertableState(runningTid);
#endif
}
