void NoradAlphaFillingStation::showIntakeInProgress(uint16 numSeconds) {
if (numSeconds == 0) {
setSegmentState(kFSIntakeInProgressStart, kFSIntakeInProgressStop, kFSIntakeWarningFinishedFlag, kNoState);
Item *item = ((NoradAlpha *)getOwner())->getFillingItem();
if (item->getObjectID() == kGasCanister) {
GameState.setNoradGassed(true);
((NoradAlpha *)getOwner())->loadAmbientLoops();
getOwner()->restoreStriding(kNorad03, kEast, kAltNoradAlphaNormal);
}
} else {
setSegmentState(kFSIntakeInProgressStart, kFSIntakeInProgressStart + _rightSideMovie.getScale() * numSeconds,
kFSIntakeWarningFinishedFlag, kNoState);
}
}
void ReplayController::pausePlayback()
{
ASSERT(m_sessionState == SessionState::Replaying);
ASSERT(m_segmentState == SegmentState::Dispatching);
if (dispatcher().isRunning())
dispatcher().pause();
setSegmentState(SegmentState::Loaded);
LOG(WebReplay, "%-20s Pausing playback at position (segment: %d, input: %d).\n", "ReplayController", m_currentPosition.segmentOffset, m_currentPosition.inputOffset);
InspectorInstrumentation::playbackPaused(m_page, m_currentPosition);
}
void ReplayController::startPlayback()
{
ASSERT(m_sessionState == SessionState::Replaying);
ASSERT(m_segmentState == SegmentState::Loaded);
setSegmentState(SegmentState::Dispatching);
LOG(WebReplay, "%-20s Starting playback to position (segment: %d, input: %d).\n", "ReplayController", m_targetPosition.segmentOffset, m_targetPosition.inputOffset);
InspectorInstrumentation::playbackStarted(m_page);
dispatcher().setDispatchSpeed(m_dispatchSpeed);
dispatcher().run();
}
void ReplayController::loadSegmentAtIndex(size_t segmentIndex)
{
ASSERT_ARG(segmentIndex, segmentIndex >= 0 && segmentIndex < m_loadedSession->size());
RefPtr<ReplaySessionSegment> segment = m_loadedSession->at(segmentIndex);
ASSERT(m_sessionState == SessionState::Replaying);
ASSERT(m_segmentState == SegmentState::Unloaded);
ASSERT(segment);
ASSERT(!m_loadedSegment);
m_loadedSegment = segment;
setSegmentState(SegmentState::Loaded);
m_currentPosition.segmentOffset = segmentIndex;
m_currentPosition.inputOffset = 0;
m_activeCursor = ReplayingInputCursor::create(m_loadedSegment.copyRef(), m_page, this);
LOG(WebReplay, "%-20sLoading segment: %p.\n", "ReplayController", segment.get());
InspectorInstrumentation::segmentLoaded(m_page, segment.copyRef());
}
void ReplayController::unloadSegment(bool suppressNotifications)
{
ASSERT(m_sessionState != SessionState::Inactive);
ASSERT(m_segmentState == SegmentState::Loaded || m_segmentState == SegmentState::Appending);
setSegmentState(SegmentState::Unloaded);
LOG(WebReplay, "%-20s Clearing input cursors for page: %p\n", "ReplayController", &m_page);
m_activeCursor = nullptr;
RefPtr<ReplaySessionSegment> unloadedSegment = m_loadedSegment.release();
for (Frame* frame = &m_page.mainFrame(); frame; frame = frame->tree().traverseNext()) {
frame->script().globalObject(mainThreadNormalWorld())->setInputCursor(m_emptyCursor.copyRef());
frame->document()->setInputCursor(m_emptyCursor.copyRef());
}
// When we stop capturing, don't send out segment unloaded events since we
// didn't send out the corresponding segmentLoaded event at the start of capture.
if (!suppressNotifications) {
LOG(WebReplay, "%-20sUnloading segment: %p.\n", "ReplayController", unloadedSegment.get());
InspectorInstrumentation::segmentUnloaded(m_page);
}
}
void ReplayController::createSegment()
{
ASSERT(m_sessionState == SessionState::Capturing);
ASSERT(m_segmentState == SegmentState::Unloaded);
setSegmentState(SegmentState::Appending);
// Create a new segment but don't associate it with the current session
// until we stop appending to it. This preserves the invariant that
// segments associated with a replay session have immutable data.
m_loadedSegment = ReplaySessionSegment::create();
LOG(WebReplay, "%-20s Created segment: %p.\n", "ReplayController", m_loadedSegment.get());
InspectorInstrumentation::segmentCreated(m_page, m_loadedSegment.copyRef());
m_activeCursor = CapturingInputCursor::create(m_loadedSegment.copyRef());
m_activeCursor->appendInput<BeginSegmentSentinel>();
std::unique_ptr<InitialNavigation> navigationInput = InitialNavigation::createFromPage(m_page);
// Dispatching this input schedules navigation of the main frame, causing a refresh.
navigationInput->dispatch(*this);
m_activeCursor->storeInput(WTF::move(navigationInput));
}
void NoradAlphaFillingStation::clickInN() {
setSegmentState(kFSNHiliteStart, kFSNHiliteStop, kFSNHiliteFinishedFlag, kNoState);
}
void NoradAlphaFillingStation::dispenseGas() {
Item *item = ((NoradAlpha *)getOwner())->getFillingItem();
if (item) {
if (item->getObjectID() != _dispenseItemID)
switch (_dispenseItemID) {
case kArgonCanister:
setSegmentState(kFSArIncompatibleStart, kFSArIncompatibleStop,
kFSIntakeWarningFinishedFlag, kNoState);
break;
case kCO2Item:
setSegmentState(kFSCO2IncompatibleStart, kFSCO2IncompatibleStop,
kFSIntakeWarningFinishedFlag, kNoState);
break;
case kHeItem:
setSegmentState(kFSHeIncompatibleStart, kFSHeIncompatibleStop,
kFSIntakeWarningFinishedFlag, kNoState);
break;
case kAirMask:
setSegmentState(kFSOIncompatibleStart, kFSOIncompatibleStop,
kFSIntakeWarningFinishedFlag, kNoState);
break;
case kNitrogenCanister:
setSegmentState(kFSNIncompatibleStart, kFSNIncompatibleStop,
kFSIntakeWarningFinishedFlag, kNoState);
break;
}
else {
if (_dispenseItemID == kArgonCanister) {
setSegmentState(kFSArFilledStart, kFSArFilledStop, kFSIntakeWarningFinishedFlag, kNoState);
item->setItemState(kArgonFull);
GameState.setScoringFilledArgonCanister(true);
} else if (_dispenseItemID == kAirMask) {
setSegmentState(kFSOFilledStart, kFSOFilledStop, kFSIntakeWarningFinishedFlag, kNoState);
((AirMask *)item)->refillAirMask();
GameState.setScoringFilledOxygenCanister(true);
} else if (_dispenseItemID == kNitrogenCanister) {
setSegmentState(kFSNFilledStart, kFSNFilledStop, kFSIntakeWarningFinishedFlag, kNoState);
item->setItemState(kNitrogenFull);
}
}
} else {
switch (_dispenseItemID) {
case kArgonCanister:
setStaticState(kFSArAttach, kWaitingForDispense);
break;
case kCO2Item:
setStaticState(kFSCO2Attach, kWaitingForDispense);
break;
case kHeItem:
setStaticState(kFSHeAttach, kWaitingForDispense);
break;
case kAirMask:
setStaticState(kFSOAttach, kWaitingForDispense);
break;
case kNitrogenCanister:
setStaticState(kFSNAttach, kWaitingForDispense);
break;
}
}
}
void NoradAlphaFillingStation::splashFinished() {
if (GameState.getNoradGassed())
setSegmentState(kFSSplashIntakeStart, kFSSplashIntakeStop, kFSIntakeWarningFinishedFlag, kNoState);
else
intakeWarningFinished();
}
void NoradAlphaFillingStation::powerUpFinished() {
((NoradAlpha *)getOwner())->turnOnFillingStation();
setSegmentState(kFSSplashStart, kFSSplashStop, kFSSplashFinishedFlag, kNoState);
}
