/**
* \fn void Timer_CallTimers()
*/
void Timer_CallTimers()
{
// Tick the random number generator every time timers are checked
rand();
SHORTLOCK(&gTimers_ListLock);
LOG("gTimers = %p (%lli ms)", gTimers, (gTimers ? gTimers->FiresAfter : 0));
while( gTimers && gTimers->FiresAfter < now() )
{
ASSERT( gTimers != gTimers->Next );
// Get timer from list
tTimer *timer = gTimers;
gTimers = gTimers->Next;
// Perform event
if( timer->Callback ) {
LOG("Callback schedule %p", timer);
Workqueue_AddWork(&gTimers_CallbackQueue, timer);
}
else {
LOG("Event fire %p", timer);
ASSERT( timer->Argument );
Threads_PostEvent(timer->Argument, THREAD_EVENT_TIMER);
timer->bActive = 0;
}
}
SHORTREL(&gTimers_ListLock);
}
void USB_PortCtl_BeginReset(tUSBHub *Hub, int Port)
{
LOG("Starting %p %i", Hub, Port);
// Set status field in hub structure
Hub->Ports[Port].Status = 1;
Hub->Ports[Port].PortNum = Port;
// Add to the work queue
Workqueue_AddWork(&gUSB_PortCtl_WorkQueue, &Hub->Ports[Port]);
}
