/**
DONT_TRANSLATE
*/
void
resetTimer(void)
{
timer->tisr = TISR_OVF_FLAG;
ackInterrupt(GPT9_IRQ);
}
/**
DONT_TRANSLATE
*/
void
resetTimer(void)
{
timer->tisr = TISR_OVF_FLAG;
ackInterrupt(DMTIMER0_IRQ);
}
void
handleInterrupt(irq_t irq)
{
if (unlikely(irq > maxIRQ)) {
/* mask, ack and pretend it didn't happen. We assume that because
* the interrupt controller for the platform returned this IRQ that
* it is safe to use in mask and ack operations, even though it is
* above the claimed maxIRQ. i.e. we're assuming maxIRQ is wrong */
printf("Received IRQ %d, which is above the platforms maxIRQ of %d\n", (int)irq, (int)maxIRQ);
maskInterrupt(true, irq);
ackInterrupt(irq);
return;
}
switch (intStateIRQTable[irq]) {
case IRQSignal: {
cap_t cap;
cap = intStateIRQNode[irq].cap;
if (cap_get_capType(cap) == cap_notification_cap &&
cap_notification_cap_get_capNtfnCanSend(cap)) {
sendSignal(NTFN_PTR(cap_notification_cap_get_capNtfnPtr(cap)),
cap_notification_cap_get_capNtfnBadge(cap));
} else {
#ifdef CONFIG_IRQ_REPORTING
printf("Undelivered IRQ: %d\n", (int)irq);
#endif
}
maskInterrupt(true, irq);
break;
}
case IRQTimer:
timerTick();
resetTimer();
break;
case IRQReserved:
#ifdef CONFIG_IRQ_REPORTING
printf("Received reserved IRQ: %d", (int)irq);
#endif
handleReservedIRQ(irq);
break;
case IRQInactive:
/*
* This case shouldn't happen anyway unless the hardware or
* platform code is broken. Hopefully masking it again should make
* the interrupt go away.
*/
maskInterrupt(true, irq);
#ifdef CONFIG_IRQ_REPORTING
printf("Received disabled IRQ: %d\n", (int)irq);
#endif
break;
default:
/* No corresponding haskell error */
fail("Invalid IRQ state");
}
ackInterrupt(irq);
}
