void ProxyDestinationMap::setResetTimer(std::chrono::milliseconds interval) {
assert(interval.count() > 0);
inactivityTimeout_ = static_cast<uint32_t>(interval.count());
resetTimer_ =
folly::AsyncTimeout::make(proxy_->eventBase(), [this]() noexcept {
resetAllInactive();
scheduleTimer(false /* initialAttempt */);
});
scheduleTimer(true /* initialAttempt */);
}
void MC6845::notify(OEComponent *sender, int notification, void *data)
{
if (sender == controlBus)
{
switch (notification)
{
case CONTROLBUS_POWERSTATE_DID_CHANGE:
powerState = *((ControlBusPowerState *)data);
updateVideoEnabled();
break;
case CONTROLBUS_TIMER_DID_FIRE:
scheduleTimer(((ControlBusTimer *)data)->cycles);
break;
case CONTROLBUS_RESET_DID_ASSERT:
inReset = true;
updateVideoEnabled();
break;
case CONTROLBUS_RESET_DID_CLEAR:
inReset = false;
updateVideoEnabled();
break;
}
}
}
void IncrementalSweeper::startSweeping(const HashSet<MarkedBlock*>& blockSnapshot)
{
m_blocksToSweep.resize(blockSnapshot.size());
CopyFunctor functor(m_blocksToSweep);
m_globalData->heap.objectSpace().forEachBlock(functor);
m_currentBlockToSweepIndex = 0;
m_structuresCanBeSwept = false;
scheduleTimer();
}
void DefaultGCActivityCallback::didAllocate(size_t bytes)
{
// The first byte allocated in an allocation cycle will report 0 bytes to didAllocate.
// We pretend it's one byte so that we don't ignore this allocation entirely.
if (!bytes)
bytes = 1;
Heap* heap = static_cast<Heap*>(&m_vm->heap);
double gcTimeSlice = std::min((static_cast<double>(bytes) / MB) * gcTimeSlicePerMB, maxGCTimeSlice);
double newDelay = heap->lastGCLength() / gcTimeSlice;
scheduleTimer(newDelay);
}
void GCActivityCallback::doWork()
{
Heap* heap = &m_vm->heap;
if (!isEnabled())
return;
JSLockHolder locker(m_vm);
if (heap->isDeferred()) {
scheduleTimer(0);
return;
}
doCollection();
}
void IncrementalSweeper::doSweep(double sweepBeginTime)
{
while (m_currentBlockToSweepIndex < m_blocksToSweep.size()) {
sweepNextBlock();
double elapsedTime = WTF::monotonicallyIncreasingTime() - sweepBeginTime;
if (elapsedTime < sweepTimeSlice)
continue;
scheduleTimer();
return;
}
m_blocksToSweep.clear();
cancelTimer();
}
void GCActivityCallback::didAllocate(size_t bytes)
{
#if PLATFORM(EFL)
if (!isEnabled())
return;
ASSERT(WTF::isMainThread());
#endif
// The first byte allocated in an allocation cycle will report 0 bytes to didAllocate.
// We pretend it's one byte so that we don't ignore this allocation entirely.
if (!bytes)
bytes = 1;
double bytesExpectedToReclaim = static_cast<double>(bytes) * deathRate();
double newDelay = lastGCLength() / gcTimeSlice(bytesExpectedToReclaim);
scheduleTimer(newDelay);
}
void MC6845::updateTiming()
{
float controlBusClockFrequency;
controlBus->postMessage(this, CONTROLBUS_GET_CLOCKFREQUENCY, &controlBusClockFrequency);
clockMultiplier = clockFrequency / controlBusClockFrequency;
vertTotal = vertTotalCell * scanline + vertTotalAdjust;
vertDisplayed = vertDisplayedCell * scanline;
vertSyncPosition = vertSyncPositionCell * scanline;
frameCycleNum = horizTotal * vertTotal;
controlBus->postMessage(this, CONTROLBUS_GET_CYCLES, &lastCycles);
OEInt id = 0;
controlBus->postMessage(this, CONTROLBUS_INVALIDATE_TIMERS, &id);
scheduleTimer(0);
refreshVideo();
}
void DefaultGCActivityCallback::doWork()
{
Heap* heap = &m_vm->heap;
if (!isEnabled())
return;
JSLockHolder locker(m_vm);
if (heap->isDeferred()) {
scheduleTimer(0);
return;
}
#if !PLATFORM(IOS)
double startTime = WTF::monotonicallyIncreasingTime();
if (heap->isPagedOut(startTime + pagingTimeOut)) {
heap->activityCallback()->cancel();
heap->increaseLastGCLength(pagingTimeOut);
return;
}
#endif
heap->gcTimerDidFire();
heap->collect();
}
void DefaultGCActivityCallback::didAbandonObjectGraph()
{
scheduleTimer(d.get());
}
void DefaultGCActivityCallback::didAllocate(size_t bytes)
{
if (bytes < minBytesBeforeCollect)
return;
scheduleTimer(d.get());
}
void IncrementalSweeper::startSweeping(Vector<MarkedBlock*>& blockSnapshot)
{
m_blocksToSweep = blockSnapshot;
m_currentBlockToSweepIndex = 0;
scheduleTimer();
}
/*
// repeating timer
long setInterval(Function handler, optional long timeout, any... args);
long setInterval([AllowAny] DOMString handler, optional long timeout, any... args);
void clearInterval(long handle);
*/
static v8::Handle<v8::Value> v8setInterval( const v8::Arguments& args ){
v8::HandleScope handlescope;
scheduleTimer( args, true );
}
/*
// one-shot timer
long setTimeout(Function handler, optional long timeout, any... args);
long setTimeout([AllowAny] DOMString handler, optional long timeout, any... args);
void clearTimeout(long handle);
TODO: arguments
*/
static v8::Handle<v8::Value> v8setTimeout( const v8::Arguments& args ){
v8::HandleScope handlescope;
return scheduleTimer( args, false );
}
