void interrupt far PAS_ServiceInterrupt
(
void
)
{
#ifdef USESTACK
// save stack
GetStack( &oldStackSelector, &oldStackPointer );
// set our stack
SetStack( StackSelector, StackPointer );
#endif
irqstatus = PAS_Read( InterruptStatus );
if ( ( irqstatus & SampleBufferInterruptFlag ) == 0 )
{
#ifdef USESTACK
// restore stack
SetStack( oldStackSelector, oldStackPointer );
#endif
_chain_intr( PAS_OldInt );
}
// Clear the interrupt
irqstatus &= ~SampleBufferInterruptFlag;
PAS_Write( InterruptStatus, irqstatus );
// send EOI to Interrupt Controller
if ( PAS_Irq > 7 )
{
outp( 0xA0, 0x20 );
}
outp( 0x20, 0x20 );
// Keep track of current buffer
PAS_CurrentDMABuffer += PAS_TransferLength;
if ( PAS_CurrentDMABuffer >= PAS_DMABufferEnd )
{
PAS_CurrentDMABuffer = PAS_DMABuffer;
}
// Call the caller's callback function
if ( PAS_CallBack != NULL )
{
PAS_CallBack();
}
#ifdef USESTACK
// restore stack
SetStack( oldStackSelector, oldStackPointer );
#endif
}
static void __interrupt __far TS_ServiceSchedule
(
void
)
{
task *ptr;
task *next;
TS_InInterrupt = TRUE;
#ifdef USESTACK
// save stack
GetStack( &oldStackSelector, &oldStackPointer );
// set our stack
SetStack( StackSelector, StackPointer );
#endif
ptr = TaskList->next;
while( ptr != TaskList )
{
next = ptr->next;
if ( ptr->active )
{
ptr->count += TaskServiceRate;
//JIM
// if ( ptr->count >= ptr->rate )
while( ptr->count >= ptr->rate )
{
ptr->count -= ptr->rate;
ptr->TaskService( ptr );
}
}
ptr = next;
}
#ifdef USESTACK
// restore stack
SetStack( oldStackSelector, oldStackPointer );
#endif
TaskServiceCount += TaskServiceRate;
if ( TaskServiceCount > 0xffffL )
{
TaskServiceCount &= 0xffff;
_chain_intr( OldInt8 );
}
outp( 0x20,0x20 );
TS_InInterrupt = FALSE;
}
static void __interrupt __far SOUNDSCAPE_ServiceInterrupt
(
void
)
{
// save stack
GetStack( &oldStackSelector, &oldStackPointer );
// set our stack
SetStack( StackSelector, StackPointer );
if ( !( inp( SOUNDSCAPE_Config.WavePort + AD_STATUS ) & 0x01 ) )
{
// restore stack
SetStack( oldStackSelector, oldStackPointer );
// Wasn't our interrupt. Call the old one.
_chain_intr( SOUNDSCAPE_OldInt );
}
// clear the AD-1848 interrupt
outp( SOUNDSCAPE_Config.WavePort + AD_STATUS, 0x00 );
// Keep track of current buffer
SOUNDSCAPE_CurrentDMABuffer += SOUNDSCAPE_TransferLength;
if ( SOUNDSCAPE_CurrentDMABuffer >= SOUNDSCAPE_DMABufferEnd )
{
SOUNDSCAPE_CurrentDMABuffer = SOUNDSCAPE_DMABuffer;
}
// Call the caller's callback function
if ( SOUNDSCAPE_CallBack != NULL )
{
SOUNDSCAPE_CallBack();
}
// restore stack
SetStack( oldStackSelector, oldStackPointer );
// send EOI to Interrupt Controller
if ( SOUNDSCAPE_Config.WaveIRQ > 7 )
{
outp( 0xA0, 0x20 );
}
outp( 0x20, 0x20 );
}
ProfilerMarkerTracing::ProfilerMarkerTracing(const char* aCategory, TracingMetadata aMetaData)
: mCategory(aCategory)
, mMetaData(aMetaData)
{
if (aMetaData == TRACING_EVENT_BACKTRACE) {
SetStack(profiler_get_backtrace());
}
}
ProfilerMarkerTracing::ProfilerMarkerTracing(const char* aCategory, TracingMetadata aMetaData,
ProfilerBacktrace* aCause)
: mCategory(aCategory)
, mMetaData(aMetaData)
{
if (aCause) {
SetStack(aCause);
}
}
void
LDemonstrator::EliminateDoubles(void){
list<AttachedClauses*> __stack;
for(list<AttachedClauses*>::iterator it=GetStack()->begin(); it != GetStack()->end(); ++it){
bool found=false;
for(list<AttachedClauses*>::iterator it2=__stack.begin(); it2 != __stack.end(); ++it2){
if((*it)->Print_str() == (*it2)->Print_str()){
found=true;
break;
}
}
if(!found)
__stack.push_back(*it);
}
SetStack(&__stack);
}
void nraApplicationModel::MessageDispatcher(nraWeakPointer<CReconItem> ReconItem)
{
nraSharedPointer<CUIMessage> UIMessage;
CUIAddMark* pAddMark;
CUIDestroyMark* pDestroyMark;
CUIMoveMark* pMoveMark;
CUISetLabel* pSetLabel;
CUISetSlice* pSetSlice;
CUISetSlider* pSetSlider;
CUISetStack* pSetStack;
CUIDisable* pDisable;
//queue< nraSharedPointer<CUIMessage> > MessageQueue;
m_boolSemaphore = false;
while(!(*ReconItem).MessageQueue.empty())
{
UIMessage = (*ReconItem).MessageQueue.front();
(*ReconItem).MessageQueue.pop();
pAddMark = dynamic_cast<CUIAddMark*>(UIMessage.GetPointer());
if(pAddMark)
{
emit AddMark(pAddMark->GetTag(), pAddMark->GetType(), pAddMark->GetAccLabel(), pAddMark->GetX(), pAddMark->GetY());
continue;
}
pDestroyMark = dynamic_cast<CUIDestroyMark*>(UIMessage.GetPointer());
if(pDestroyMark)
{
emit DestroyMark(pDestroyMark->GetTag());
continue;
}
pMoveMark = dynamic_cast<CUIMoveMark*>(UIMessage.GetPointer());
if(pMoveMark)
{
emit MoveMark(pMoveMark->GetTag(), pMoveMark->GetX(), pMoveMark->GetY());
continue;
}
pSetLabel = dynamic_cast<CUISetLabel*>(UIMessage.GetPointer());
if(pSetLabel)
{
emit SetLabel(pSetLabel->GetTag(), pSetLabel->GetLabel());
continue;
}
pSetSlice = dynamic_cast<CUISetSlice*>(UIMessage.GetPointer());
if(pSetSlice)
{
emit SetSlice(pSetSlice->GetSlice());
continue;
}
pSetSlider = dynamic_cast<CUISetSlider*>(UIMessage.GetPointer());
if(pSetSlider)
{
emit SetSlider(pSetSlider->GetMin(),pSetSlider->GetMax(),pSetSlider->GetVal());
continue;
}
pSetStack = dynamic_cast<CUISetStack*>(UIMessage.GetPointer());
if(pSetStack)
{
emit SetStack(pSetStack->GetStack());
continue;
}
pDisable = dynamic_cast<CUIDisable*>(UIMessage.GetPointer());
if(pDisable)
{
emit Disable();
continue;
}
}
m_boolSemaphore = true;
}
