void
ScrobbleService::setConnection(PlayerConnection*c)
{
if( m_connection )
{
// disconnect from all the objects that we connect to below
disconnect( m_connection, 0, this, 0);
if(m_watch)
m_connection->setElapsed(m_watch->elapsed());
}
//
connect(c, SIGNAL(trackStarted(Track, Track)), SLOT(onTrackStarted(Track, Track)));
connect(c, SIGNAL(paused()), SLOT(onPaused()));
connect(c, SIGNAL(resumed()), SLOT(onResumed()));
connect(c, SIGNAL(stopped()), SLOT(onStopped()));
connect(c, SIGNAL(trackStarted(Track, Track)), SIGNAL(trackStarted(Track, Track)));
connect(c, SIGNAL(resumed()), SIGNAL(resumed()));
connect(c, SIGNAL(paused()), SIGNAL(paused()));
connect(c, SIGNAL(stopped()), SIGNAL(stopped()));
connect(c, SIGNAL(bootstrapReady(QString)), SIGNAL( bootstrapReady(QString)));
m_connection = c;
if(c->state() == Playing || c->state() == Paused)
c->forceTrackStarted(Track());
if( c->state() == Paused )
c->forcePaused();
}
void ForgettableWatcherBase::connectForwardedInterface()
{
Q_D(ForgettableWatcherBase);
connect(d, SIGNAL(started()), this, SIGNAL(started()));
connect(d, SIGNAL(finished()), this, SLOT(deleteObject()));
connect(d, SIGNAL(canceled()), this, SIGNAL(canceled()));
connect(d, SIGNAL(paused()), this, SIGNAL(paused()));
connect(d, SIGNAL(resumed()), this, SIGNAL(resumed()));
connect(d, SIGNAL(resultReadyAt(int)), this, SIGNAL(resultReadyAt(int)));
connect(d, SIGNAL(resultsReadyAt(int, int)), this, SIGNAL(resultsReadyAt(int, int)));
connect(d, SIGNAL(progressRangeChanged(int, int)), this, SIGNAL(progressRangeChanged(int, int)));
connect(d, SIGNAL(progressValueChanged(int)), this, SIGNAL(progressValueChanged(int)));
connect(d, SIGNAL(progressTextChanged(const QString&)), this, SIGNAL(progressTextChanged(const QString&)));
}
void emitCreateCont(IRGS& env) {
auto const resumeOffset = nextBcOff(env);
assertx(!resumed(env));
assertx(curFunc(env)->isGenerator());
if (curFunc(env)->isAsyncGenerator()) PUNT(CreateCont-AsyncGenerator);
// Create the Generator object. CreateCont takes care of copying local
// variables and iterators.
auto const func = curFunc(env);
auto const resumeSk = SrcKey(func, resumeOffset, true);
auto const bind_data = LdBindAddrData { resumeSk, invSPOff(env) + 1 };
auto const resumeAddr = gen(env, LdBindAddr, bind_data);
auto const cont =
gen(env,
CreateCont,
fp(env),
cns(env, func->numSlotsInFrame()),
resumeAddr,
cns(env, resumeOffset));
// The suspend hook will decref the newly created generator if it throws.
auto const contAR =
gen(env,
LdContActRec,
IsAsyncData(curFunc(env)->isAsync()),
cont);
suspendHookE(env, fp(env), contAR, cont);
// Grab caller info from ActRec, free ActRec, store the return value
// and return control to the caller.
gen(env, StRetVal, fp(env), cont);
auto const ret_data = RetCtrlData { offsetToReturnSlot(env), false };
gen(env, RetCtrl, ret_data, sp(env), fp(env));
}
void endInlinedCommon(IRGS& env) {
assertx(!curFunc(env)->isPseudoMain());
assertx(!resumed(env));
decRefLocalsInline(env);
decRefThis(env);
gen(env, InlineReturn, fp(env));
// Return to the caller function. Careful between here and the
// updateMarker() below, where the caller state isn't entirely set up.
env.inlineLevel--;
env.bcStateStack.pop_back();
always_assert(env.bcStateStack.size() > 0);
updateMarker(env);
/*
* After the end of inlining, we are restoring to a previously defined stack
* that we know is entirely materialized (i.e. in memory), so stackDeficit
* needs to be slammed to zero.
*
* The push of the return value in the caller of this function is not yet
* materialized.
*/
assertx(env.irb->evalStack().empty());
env.irb->clearStackDeficit();
FTRACE(1, "]]] end inlining: {}\n", curFunc(env)->fullName()->data());
}
void tearDownEagerAsyncFrame(ActRec*& fp, Stack& stack, PC& pc, ObjectData* e) {
auto const func = fp->func();
auto const prevFp = fp->sfp();
auto const soff = fp->m_soff;
assert(!fp->resumed());
assert(func->isAsyncFunction());
assert(*reinterpret_cast<const Op*>(pc) != OpRetC);
FTRACE(1, "tearDownAsyncFrame: {} ({})\n fp {} prevFp {}\n",
func->fullName()->data(),
func->unit()->filepath()->data(),
implicit_cast<void*>(fp),
implicit_cast<void*>(prevFp));
try {
frame_free_locals_unwind(fp, func->numLocals());
} catch (...) {}
stack.ndiscard(func->numSlotsInFrame());
stack.ret();
assert(stack.topTV() == &fp->m_r);
tvWriteObject(c_StaticWaitHandle::CreateFailed(e), &fp->m_r);
e->decRefCount();
if (UNLIKELY(!prevFp)) {
pc = 0;
return;
}
assert(stack.isValidAddress(reinterpret_cast<uintptr_t>(prevFp)) ||
prevFp->resumed());
auto const prevOff = soff + prevFp->func()->base();
pc = prevFp->func()->unit()->at(prevOff);
fp = prevFp;
}
ScrobblesListWidget::ScrobblesListWidget( QWidget* parent )
:QListWidget( parent ), m_trackItem( 0 )
{
setVerticalScrollMode( QAbstractItemView::ScrollPerPixel );
#ifdef Q_OS_MAC
connect( verticalScrollBar(), SIGNAL(valueChanged(int)), SLOT(scroll()) );
#endif
setAttribute( Qt::WA_MacNoClickThrough );
setAttribute( Qt::WA_MacShowFocusRect, false );
setUniformItemSizes( false );
setSortingEnabled( false );
setSelectionMode( QAbstractItemView::NoSelection );
setHorizontalScrollBarPolicy( Qt::ScrollBarAlwaysOff );
connect( qApp, SIGNAL( sessionChanged(unicorn::Session)), SLOT(onSessionChanged(unicorn::Session)));
connect( &ScrobbleService::instance(), SIGNAL(scrobblesCached(QList<lastfm::Track>)), SLOT(onScrobblesSubmitted(QList<lastfm::Track>) ) );
connect( &ScrobbleService::instance(), SIGNAL(scrobblesSubmitted(QList<lastfm::Track>)), SLOT(onScrobblesSubmitted(QList<lastfm::Track>) ) );
connect( &ScrobbleService::instance(), SIGNAL(trackStarted(lastfm::Track,lastfm::Track)), SLOT(onTrackStarted(lastfm::Track,lastfm::Track)));
connect( &ScrobbleService::instance(), SIGNAL(paused()), SLOT(onPaused()));
connect( &ScrobbleService::instance(), SIGNAL(resumed()), SLOT(onResumed()));
connect( &ScrobbleService::instance(), SIGNAL(stopped()), SLOT(onStopped()));
onSessionChanged( aApp->currentSession() );
}
void emitCreateCont(HTS& env) {
auto const resumeOffset = nextBcOff(env);
assert(!resumed(env));
assert(curFunc(env)->isGenerator());
if (curFunc(env)->isAsyncGenerator()) PUNT(CreateCont-AsyncGenerator);
// Create the Generator object. CreateCont takes care of copying local
// variables and iterators.
auto const func = curFunc(env);
auto const resumeSk = SrcKey(func, resumeOffset, true);
auto const resumeAddr = gen(env, LdBindAddr, LdBindAddrData(resumeSk));
auto const cont =
gen(env,
CreateCont,
fp(env),
cns(env, func->numSlotsInFrame()),
resumeAddr,
cns(env, resumeOffset));
// The suspend hook will decref the newly created generator if it throws.
auto const contAR = gen(env, LdContActRec, cont);
suspendHookE(env, fp(env), contAR);
// Grab caller info from ActRec, free ActRec, store the return value
// and return control to the caller.
gen(env, StRetVal, fp(env), cont);
auto const retAddr = gen(env, LdRetAddr, fp(env));
auto const stack = gen(env, RetAdjustStack, fp(env));
auto const frame = gen(env, FreeActRec, fp(env));
gen(env, RetCtrl, RetCtrlData(false), stack, frame, retAddr);
}
Scrobbler::Scrobbler( QObject* parent )
: QObject( parent )
, m_reachedScrobblePoint( false )
{
connect( AudioEngine::instance(), SIGNAL( timerSeconds( unsigned int ) ),
SLOT( engineTick( unsigned int ) ), Qt::QueuedConnection );
connect( Tomahawk::InfoSystem::InfoSystem::instance(),
SIGNAL( info( Tomahawk::InfoSystem::InfoRequestData, QVariant ) ),
SLOT( infoSystemInfo( Tomahawk::InfoSystem::InfoRequestData, QVariant ) ) );
connect( AudioEngine::instance(), SIGNAL( started( const Tomahawk::result_ptr& ) ),
SLOT( trackStarted( const Tomahawk::result_ptr& ) ), Qt::QueuedConnection );
connect( AudioEngine::instance(), SIGNAL( paused() ),
SLOT( trackPaused() ), Qt::QueuedConnection );
connect( AudioEngine::instance(), SIGNAL( resumed() ),
SLOT( trackResumed() ), Qt::QueuedConnection );
connect( AudioEngine::instance(), SIGNAL( stopped() ),
SLOT( trackStopped() ), Qt::QueuedConnection );
connect( Tomahawk::InfoSystem::InfoSystem::instance(), SIGNAL( finished( QString ) ), SLOT( infoSystemFinished( QString ) ) );
}
void emitRetV(IRGS& env) {
assertx(!resumed(env));
assertx(!curFunc(env)->isResumable());
if (isInlining(env)) {
retFromInlined(env);
} else {
implRet(env);
}
}
void
workerService_t::onContinue(void)
{
m_log->info("Received resume request, resuming service service.");
setState(QSERVICE_RESUME);
reportStatus(SERVICE_RUNNING);
emit resumed();
return;
}
void emitRetV(HTS& env) {
assert(!resumed(env));
assert(!curFunc(env)->isResumable());
if (isInlining(env)) {
retFromInlined(env, Type::BoxedInitCell);
} else {
implRet(env, Type::BoxedInitCell);
}
}
bool SSTask::resume()
{
if(!m_isWaiting)
return false;
m_isWaiting = false;
waitCondition.wakeOne();
if(isRunning())
emit resumed();
return true;
}
void emitRetC(IRGS& env) {
if (curFunc(env)->isAsyncGenerator()) PUNT(RetC-AsyncGenerator);
if (isInlining(env)) {
assertx(!resumed(env));
retFromInlined(env);
} else {
implRet(env);
}
}
void
controllerService_t::onContinue(void)
{
m_log->info("Received resume request, resuming service service.");
reportStatus(SERVICE_START_PENDING);
setState(QSERVICE_STARTING);
reportStatus(SERVICE_RUNNING);
emit resumed();
return;
}
void Timer::
resume()
{
assert(m_state == TimerState::Suspended);
assert(!m_timer.isActive());
m_timer.start();
changeState(TimerState::Running);
Q_EMIT resumed();
}
VESPERSEnergyScanActionController::VESPERSEnergyScanActionController(VESPERSEnergyScanConfiguration *configuration, QObject *parent)
: AMStepScanActionController(configuration, parent), VESPERSScanController(configuration)
{
configuration_ = configuration;
scan_ = new AMXASScan();
scan_->setName(configuration_->name());
scan_->setScanConfiguration(configuration_);
scan_->setFileFormat("amCDFv1");
scan_->setIndexType("fileSystem");
scan_->setNotes(buildNotes());
scan_->rawData()->addScanAxis(AMAxisInfo("eV", 0, "Incident Energy", "eV"));
useFeedback_ = true;
originalEnergy_ = VESPERSBeamline::vespers()->mono()->energy();
AMControlInfoList list;
list.append(VESPERSBeamline::vespers()->energy()->toInfo());
configuration_->setAxisControlInfos(list);
AMDetectorInfoSet detectors;
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("SplitIonChamber")->toInfo());
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("PreKBIonChamber")->toInfo());
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("MiniIonChamber")->toInfo());
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("PostIonChamber")->toInfo());
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("EnergySetpoint")->toInfo());
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("MasterDwellTime")->toInfo());
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("RingCurrent")->toInfo());
VESPERS::CCDDetectors ccdDetector = configuration_->ccdDetector();
if (ccdDetector.testFlag(VESPERS::Roper))
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("RoperFileNumber")->toInfo());
if (ccdDetector.testFlag(VESPERS::Mar))
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("MarFileNumber")->toInfo());
if (ccdDetector.testFlag(VESPERS::Pilatus))
detectors.addDetectorInfo(VESPERSBeamline::vespers()->exposedDetectorByName("PilatusFileNumber")->toInfo());
configuration_->setDetectorConfigurations(detectors);
secondsElapsed_ = 0;
secondsTotal_ = configuration_->totalTime();
elapsedTime_.setInterval(1000);
connect(this, SIGNAL(started()), &elapsedTime_, SLOT(start()));
connect(this, SIGNAL(cancelled()), &elapsedTime_, SLOT(stop()));
connect(this, SIGNAL(paused()), &elapsedTime_, SLOT(stop()));
connect(this, SIGNAL(resumed()), &elapsedTime_, SLOT(start()));
connect(this, SIGNAL(failed()), &elapsedTime_, SLOT(stop()));
connect(this, SIGNAL(finished()), &elapsedTime_, SLOT(stop()));
connect(&elapsedTime_, SIGNAL(timeout()), this, SLOT(onScanTimerUpdate()));
}
void SimplyControllable::setSuspended(bool suspended)
{
if(m_suspended != suspended) {
m_suspended = suspended;
if(m_suspended) {
emit this->suspended();
}
else {
emit resumed();
}
}
}
//----------------------------------------------------------------------------
ctkExampleDicomHost::ctkExampleDicomHost(ctkHostedAppPlaceholderWidget* placeholderWidget, int hostPort, int appPort) :
ctkDicomAbstractHost(hostPort, appPort),
PlaceholderWidget(placeholderWidget),
exitingApplication(false)
{
connect(this,SIGNAL(appReady()),SLOT(onAppReady()));
connect(this,SIGNAL(startProgress()),this,SLOT(onStartProgress()));
connect(this,SIGNAL(releaseAvailableResources()),this,SLOT(onReleaseAvailableResources()));
connect(this,SIGNAL(resumed()),this,SLOT(onResumed()));
connect(this,SIGNAL(completed()),this,SLOT(onCompleted()));
connect(this,SIGNAL(suspended()),this,SLOT(onSuspended()));
connect(this,SIGNAL(canceled()),this,SLOT(onCanceled()));
connect(this,SIGNAL(exited()),this,SLOT(onExited()));
}
bool KJob::resume()
{
Q_D(KJob);
if ( d->suspended )
{
if ( doResume() )
{
d->suspended = false;
emit resumed(this);
return true;
}
}
return false;
}
void AVClock::pause(bool p)
{
if (clock_type != ExternalClock)
return;
if (p) {
#if QT_VERSION >= QT_VERSION_CHECK(4, 7, 0)
timer.invalidate();
#else
timer.stop();
#endif //QT_VERSION >= QT_VERSION_CHECK(4, 7, 0)
emit paused();
} else {
timer.start();
emit resumed();
}
emit paused(p);
}
TomahawkTrayIcon::TomahawkTrayIcon( QObject* parent )
: QSystemTrayIcon( parent )
, m_currentAnimationFrame( 0 )
, m_showWindowAction( 0 )
{
QIcon icon( RESPATH "icons/tomahawk-icon-128x128.png" );
setIcon( icon );
refreshToolTip();
m_contextMenu = new QMenu();
setContextMenu( m_contextMenu );
ActionCollection *ac = ActionCollection::instance();
m_contextMenu->addAction( ac->getAction( "playPause" ) );
m_contextMenu->addAction( ac->getAction( "stop" ) );
m_contextMenu->addSeparator();
m_contextMenu->addAction( ac->getAction( "previousTrack" ) );
m_contextMenu->addAction( ac->getAction( "nextTrack" ) );
m_contextMenu->addSeparator();
m_contextMenu->addAction( ActionCollection::instance()->getAction( "togglePrivacy" ) );
#ifdef Q_WS_MAC
// On mac you can close the windows while leaving the app open. We then need a way to show the main window again
m_contextMenu->addSeparator();
m_showWindowAction = m_contextMenu->addAction( tr( "Hide Tomahawk Window" ) );
m_showWindowAction->setData( true );
connect( m_showWindowAction, SIGNAL( triggered() ), this, SLOT( showWindow() ) );
#endif
m_contextMenu->addSeparator();
m_contextMenu->addAction( ac->getAction( "quit" ) );
connect( AudioEngine::instance(), SIGNAL( loading( Tomahawk::result_ptr ) ), SLOT( setResult( Tomahawk::result_ptr ) ) );
connect( AudioEngine::instance(), SIGNAL( started( Tomahawk::result_ptr ) ), SLOT( enablePause() ) );
connect( AudioEngine::instance(), SIGNAL( resumed() ), this, SLOT( enablePause() ) );
connect( AudioEngine::instance(), SIGNAL( stopped() ), this, SLOT( enablePlay() ) );
connect( AudioEngine::instance(), SIGNAL( paused() ), this, SLOT( enablePlay() ) );
connect( &m_animationTimer, SIGNAL( timeout() ), SLOT( onAnimationTimer() ) );
connect( this, SIGNAL( activated( QSystemTrayIcon::ActivationReason ) ), SLOT( onActivated( QSystemTrayIcon::ActivationReason ) ) );
show();
}
void
ScrobbleService::onResumed()
{
// We can sometimes get a stopped before a play when the
// media player is playing before the scrobbler is started
if ( state == Unknown ) return;
state = Playing;
Q_ASSERT(m_watch);
Q_ASSERT(m_connection);
//m_currentTrack.updateNowPlaying( m_currentTrack.duration() - (m_watch->elapsed()/1000) );
if (m_watch)
m_watch->resume();
emit resumed();
}
VESPERSEnergyDacqScanController::VESPERSEnergyDacqScanController(VESPERSEnergyScanConfiguration *cfg, QObject *parent)
: AMDacqScanController(cfg, parent), VESPERSScanController(cfg)
{
config_ = cfg;
secondsElapsed_ = 0;
secondsTotal_ = config_->totalTime();
elapsedTime_.setInterval(1000);
connect(this, SIGNAL(started()), &elapsedTime_, SLOT(start()));
connect(this, SIGNAL(cancelled()), &elapsedTime_, SLOT(stop()));
connect(this, SIGNAL(paused()), &elapsedTime_, SLOT(stop()));
connect(this, SIGNAL(resumed()), &elapsedTime_, SLOT(start()));
connect(this, SIGNAL(failed()), &elapsedTime_, SLOT(stop()));
connect(this, SIGNAL(finished()), &elapsedTime_, SLOT(stop()));
connect(&elapsedTime_, SIGNAL(timeout()), this, SLOT(onScanTimerUpdate()));
scan_ = new AMXASScan(); // MB: Moved from line 363 in startImplementation.
scan_->setName(config_->name());
scan_->setScanConfiguration(config_);
scan_->setRunId(AMUser::user()->currentRunId());
scan_->setIndexType("fileSystem");
scan_->setFilePath(AMUserSettings::defaultRelativePathForScan(QDateTime::currentDateTime())+".cdf");
scan_->setFileFormat("amCDFv1");
scan_->replaceRawDataStore(new AMCDFDataStore(AMUserSettings::userDataFolder % scan_->filePath(), false));
scan_->rawData()->addScanAxis(AMAxisInfo("eV", 0, "Incident Energy", "eV"));
scan_->setNotes(buildNotes());
AMOldDetectorSet *ionChambers = VESPERSBeamline::vespers()->ionChambers();
AMMeasurementInfo temp = AMMeasurementInfo("", "");
for (int i = 0; i < ionChambers->count(); i++) {
temp = AMMeasurementInfo(*(ionChambers->detectorAt(i)->toInfo()));
temp.name = ionChambers->detectorAt(i)->detectorName();
scan_->rawData()->addMeasurement(temp);
scan_->addRawDataSource(new AMRawDataSource(scan_->rawData(), scan_->rawData()->measurementCount() - 1), true, false);
}
addExtraDatasources();
useDwellTimes(VESPERSBeamline::vespers()->dwellTimeTrigger(), VESPERSBeamline::vespers()->dwellTimeConfirmed());
}
void emitAwait(HTS& env, int32_t numIters) {
auto const resumeOffset = nextBcOff(env);
assert(curFunc(env)->isAsync());
if (curFunc(env)->isAsyncGenerator()) PUNT(Await-AsyncGenerator);
auto const exitSlow = makeExitSlow(env);
if (!topC(env)->isA(Type::Obj)) PUNT(Await-NonObject);
auto const child = popC(env);
gen(env, JmpZero, exitSlow, gen(env, IsWaitHandle, child));
// cns() would ODR-use these
auto const kSucceeded = c_WaitHandle::STATE_SUCCEEDED;
auto const kFailed = c_WaitHandle::STATE_FAILED;
auto const state = gen(env, LdWHState, child);
auto const failed = gen(env, EqInt, state, cns(env, kFailed));
gen(env, JmpNZero, exitSlow, failed);
env.irb->ifThenElse(
[&] (Block* taken) {
auto const succeeded = gen(env, EqInt, state, cns(env, kSucceeded));
gen(env, JmpNZero, taken, succeeded);
},
[&] { // Next: the wait handle is not finished, we need to suspend
if (resumed(env)) {
implAwaitR(env, child, resumeOffset);
} else {
implAwaitE(env, child, resumeOffset, numIters);
}
},
[&] { // Taken: retrieve the result from the wait handle
auto const res = gen(env, LdWHResult, child);
gen(env, IncRef, res);
gen(env, DecRef, child);
push(env, res);
}
);
}
void emitYieldK(IRGS& env) {
auto const resumeOffset = nextBcOff(env);
assertx(resumed(env));
assertx(curFunc(env)->isGenerator());
if (curFunc(env)->isAsyncGenerator()) PUNT(YieldK-AsyncGenerator);
yieldImpl(env, resumeOffset);
auto const newKey = popC(env);
auto const oldKey = gen(env, LdContArKey, TCell, fp(env));
gen(env, StContArKey, fp(env), newKey);
gen(env, DecRef, oldKey);
auto const keyType = newKey->type();
if (keyType <= TInt) {
gen(env, ContArUpdateIdx, fp(env), newKey);
}
yieldReturnControl(env);
}
void emitYield(IRGS& env) {
auto const resumeOffset = nextBcOff(env);
assertx(resumed(env));
assertx(curFunc(env)->isGenerator());
if (curFunc(env)->isAsyncGenerator()) PUNT(Yield-AsyncGenerator);
yieldImpl(env, resumeOffset);
// take a fast path if this generator has no yield k => v;
if (curFunc(env)->isPairGenerator()) {
auto const newIdx = gen(env, ContArIncIdx, fp(env));
auto const oldKey = gen(env, LdContArKey, TCell, fp(env));
gen(env, StContArKey, fp(env), newIdx);
gen(env, DecRef, oldKey);
} else {
// we're guaranteed that the key is an int
gen(env, ContArIncKey, fp(env));
}
yieldReturnControl(env);
}
void endInlinedCommon(HTS& env) {
assert(!env.fpiActiveStack.empty());
assert(!curFunc(env)->isPseudoMain());
assert(!resumed(env));
decRefLocalsInline(env);
if (curFunc(env)->mayHaveThis()) {
gen(env, DecRefThis, fp(env));
}
/*
* Pop the ActRec and restore the stack and frame pointers. It's
* important that this does endInlining before pushing the return
* value so stack offsets are properly tracked.
*/
gen(env, InlineReturn, fp(env));
// Return to the caller function. Careful between here and the
// updateMarker() below, where the caller state isn't entirely set up.
env.bcStateStack.pop_back();
env.fpiActiveStack.pop();
updateMarker(env);
gen(env, ResetSP, StackOffset{env.irb->spOffset()}, fp(env));
/*
* After the end of inlining, we are restoring to a previously defined stack
* that we know is entirely materialized (i.e. in memory), so stackDeficit
* needs to be slammed to zero.
*
* The push of the return value in the caller of this function is not yet
* materialized.
*/
assert(env.irb->evalStack().empty());
env.irb->clearStackDeficit();
FTRACE(1, "]]] end inlining: {}\n", curFunc(env)->fullName()->data());
}
void Stopwatch::clientMessage(QJsonObject msg, int id)
{
if(msg.contains("start")){
start(false);
emit started();
sendMsgButNotTo(msg,id,true);
}
if(msg.contains("stop")){
stop(false);
emit stoped();
sendMsgButNotTo(msg,id,true);
}
if(msg.contains("resume")){
resume(false);
emit resumed();
sendMsgButNotTo(msg,id,true);
}
if(msg.contains("set")){
setTo((long)msg.value("set").toDouble(),false);
emit timeSet();
sendMsgButNotTo(msg,id,true);
}
}
//remember last value because we don't reset pts_, pts_v, delay_
void AVClock::pause(bool p)
{
if (isPaused() == p)
return;
if (clock_type == AudioClock)
return;
m_state = p ? kPaused : kRunning;
if (p) {
QTimer::singleShot(0, this, SLOT(stopCorrectionTimer()));
#if QT_VERSION >= QT_VERSION_CHECK(4, 7, 0)
timer.invalidate();
#else
timer.stop();
#endif //QT_VERSION >= QT_VERSION_CHECK(4, 7, 0)
emit paused();
} else {
timer.start();
QTimer::singleShot(0, this, SLOT(restartCorrectionTimer()));
emit resumed();
}
t = QDateTime::currentMSecsSinceEpoch();
emit paused(p);
}
DownloadManager::DownloadManager(const QString &url, QString const & filename,
QString const & title, QWidget *parent):
QWidget( parent ), m_downloadManager( new Download ),
m_buttonCancel( new QPushButton("Cancel")), m_buttonPause( new QPushButton( "Pause") ),
m_buttonResume( new QPushButton("Resume") ), m_progressBar( new QProgressBar ),
m_gLayout( new QGridLayout )
{
m_progressBar->setRange( 1, 100 );
m_gLayout->addWidget( new QLabel(title), 0, 0 );
m_gLayout->addWidget( m_progressBar, 1, 0 );
m_gLayout->addWidget( m_buttonPause, 1, 1 );
m_gLayout->addWidget( m_buttonResume, 1, 2 );
m_gLayout->addWidget( m_buttonCancel, 1, 3 );
m_downloadManager->download( url, filename );
QObject::connect( m_downloadManager , SIGNAL(downloadProgress(int)),
m_progressBar, SLOT(setValue(int)) );
QObject::connect( m_buttonPause, SIGNAL(clicked()), this, SLOT( paused()) );
QObject::connect( m_buttonCancel, SIGNAL(clicked()), this, SLOT(cancelled()) );
QObject::connect( m_buttonResume, SIGNAL(clicked()), this, SLOT(resumed()) );
QObject::connect( m_downloadManager, SIGNAL(downloadComplete()), this, SLOT(downloadCompleted()) );
setLayout( m_gLayout );
}
