void InspectorTimelineAgent::pushCurrentRecord(PassRefPtr<InspectorObject> data, const String& type, bool captureCallStack)
{
pushGCEventRecords();
commitCancelableRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(timestamp(), captureCallStack ? m_maxCallStackDepth : 0);
m_recordStack.append(TimelineRecordEntry(record.release(), data, InspectorArray::create(), type));
}
void InspectorTimelineAgent::didMarkTimeline(const String& message)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS());
record->setObject("data", TimelineRecordFactory::createMarkTimelineData(message));
addRecordToTimeline(record.release(), MarkTimelineRecordType);
}
void InspectorTimelineAgent::didRemoveTimer(int timerId)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS());
record->setObject("data", TimelineRecordFactory::createGenericTimerData(timerId));
addRecordToTimeline(record.release(), TimerRemoveTimelineRecordType);
}
void InspectorTimelineAgent::didInstallTimer(int timerId, int timeout, bool singleShot)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS());
record->setObject("data", TimelineRecordFactory::createTimerInstallData(timerId, timeout, singleShot));
addRecordToTimeline(record.release(), TimerInstallTimelineRecordType);
}
void InspectorTimelineAgent::pushCurrentRecord(PassRefPtr<InspectorObject> data, TimelineRecordType type, bool captureCallStack, Frame* frame)
{
pushGCEventRecords();
commitFrameRecord();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(timestamp(), captureCallStack ? m_maxCallStackDepth : 0);
setFrameIdentifier(record.get(), frame);
m_recordStack.append(TimelineRecordEntry(record.release(), data, InspectorArray::create(), type, getUsedHeapSize()));
}
void InspectorTimelineAgent::appendRecord(PassRefPtr<InspectorObject> data, const String& type, bool captureCallStack, Frame* frame)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(timestamp(), captureCallStack ? m_maxCallStackDepth : 0);
record->setObject("data", data);
setFrameIdentifier(record.get(), frame);
addRecordToTimeline(record.release(), type);
}
void InspectorTimelineAgent::didScheduleResourceRequest(const String& url)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS());
record->setObject("data", TimelineRecordFactory::createScheduleResourceRequestData(url));
record->setNumber("type", ScheduleResourceRequestTimelineRecordType);
addRecordToTimeline(record.release(), ScheduleResourceRequestTimelineRecordType);
}
void InspectorTimelineAgent::appendRecord(PassRefPtr<InspectorObject> data, const String& type)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS(), m_maxCallStackDepth);
record->setObject("data", data);
record->setString("type", type);
addRecordToTimeline(record.release(), type);
}
void InspectorTimelineAgent::didFinishLoadingResource(unsigned long identifier, bool didFail, double finishTime)
{
pushGCEventRecords();
// Sometimes network stack can provide for us exact finish loading time. In the other case we will use currentTime.
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(finishTime ? finishTime * 1000 : WTF::currentTimeMS());
record->setObject("data", TimelineRecordFactory::createResourceFinishData(identifier, didFail));
record->setNumber("type", ResourceFinishTimelineRecordType);
setHeapSizeStatistic(record.get());
m_frontend->addRecordToTimeline(record.release());
}
void InspectorTimelineAgent::willSendResourceRequest(unsigned long identifier, bool isMainResource,
const ResourceRequest& request)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS());
record->setObject("data", TimelineRecordFactory::createResourceSendRequestData(identifier, isMainResource, request));
record->setNumber("type", ResourceSendRequestTimelineRecordType);
setHeapSizeStatistic(record.get());
m_frontend->addRecordToTimeline(record.release());
}
void InspectorTimelineAgent::willSendResourceRequest(unsigned long identifier, const ResourceRequest& request)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS(), m_maxCallStackDepth);
String requestId = IdentifiersFactory::requestId(identifier);
record->setObject("data", TimelineRecordFactory::createResourceSendRequestData(requestId, request));
record->setString("type", TimelineRecordType::ResourceSendRequest);
setHeapSizeStatistic(record.get());
m_frontend->eventRecorded(record.release());
}
void InspectorTimelineAgent::appendRecord(PassRefPtr<InspectorObject> data, const String& type, bool captureCallStack, Frame* frame)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(timestamp(), captureCallStack ? m_maxCallStackDepth : 0);
record->setObject("data", data);
record->setString("type", type);
String frameId;
if (frame && m_pageAgent)
frameId = m_pageAgent->frameId(frame);
addRecordToTimeline(record.release(), type, frameId);
}
void InspectorTimelineAgent::pushCurrentRecord(PassRefPtr<InspectorObject> data, const String& type, bool captureCallStack, Frame* frame, bool hasLowLevelDetails)
{
pushGCEventRecords();
commitFrameRecord();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(timestamp(), captureCallStack ? m_maxCallStackDepth : 0);
setFrameIdentifier(record.get(), frame);
m_recordStack.append(TimelineRecordEntry(record.release(), data, InspectorArray::create(), type, getUsedHeapSize()));
if (hasLowLevelDetails && !m_platformInstrumentationClientInstalledAtStackDepth && !PlatformInstrumentation::hasClient()) {
m_platformInstrumentationClientInstalledAtStackDepth = m_recordStack.size();
PlatformInstrumentation::setClient(this);
}
}
void InspectorTimelineAgent::willSendResourceRequest(unsigned long identifier, const ResourceRequest& request)
{
pushGCEventRecords();
RefPtr<InspectorObject> recordRaw = TimelineRecordFactory::createGenericRecord(timestamp(), m_maxCallStackDepth);
String requestId = IdentifiersFactory::requestId(identifier);
recordRaw->setObject("data", TimelineRecordFactory::createResourceSendRequestData(requestId, request));
recordRaw->setString("type", TimelineRecordType::ResourceSendRequest);
setHeapSizeStatistic(recordRaw.get());
// FIXME: runtimeCast is a hack. We do it because we can't build TimelineEvent directly now.
RefPtr<TypeBuilder::Timeline::TimelineEvent> record = TypeBuilder::Timeline::TimelineEvent::runtimeCast(recordRaw.release());
m_frontend->eventRecorded(record.release());
}
void InspectorTimelineAgent::didCompleteCurrentRecord(const String& type)
{
// An empty stack could merely mean that the timeline agent was turned on in the middle of
// an event. Don't treat as an error.
if (!m_recordStack.isEmpty()) {
pushGCEventRecords();
TimelineRecordEntry entry = m_recordStack.last();
m_recordStack.removeLast();
ASSERT(entry.type == type);
entry.record->setObject("data", entry.data);
entry.record->setArray("children", entry.children);
entry.record->setNumber("endTime", WTF::currentTimeMS());
addRecordToTimeline(entry.record, type);
}
}
void InspectorTimelineAgent::didCompleteCurrentRecord(TimelineRecordType type)
{
// An empty stack could merely mean that the timeline agent was turned on in the middle of
// an event. Don't treat as an error.
if (!m_recordStack.isEmpty()) {
pushGCEventRecords();
TimelineRecordEntry entry = m_recordStack.last();
m_recordStack.removeLast();
ASSERT(entry.type == type);
entry.record->setObject("data", entry.data);
entry.record->setArray("children", entry.children);
entry.record->setNumber("endTime", timestamp());
size_t usedHeapSizeDelta = getUsedHeapSize() - entry.usedHeapSizeAtStart;
if (usedHeapSizeDelta)
entry.record->setNumber("usedHeapSizeDelta", usedHeapSizeDelta);
addRecordToTimeline(entry.record, type);
}
}
void InspectorTimelineAgent::didCompleteCurrentRecord(const String& type)
{
// An empty stack could merely mean that the timeline agent was turned on in the middle of
// an event. Don't treat as an error.
if (!m_recordStack.isEmpty()) {
if (m_platformInstrumentationClientInstalledAtStackDepth == m_recordStack.size()) {
m_platformInstrumentationClientInstalledAtStackDepth = 0;
PlatformInstrumentation::setClient(0);
}
pushGCEventRecords();
TimelineRecordEntry entry = m_recordStack.last();
m_recordStack.removeLast();
ASSERT(entry.type == type);
entry.record->setObject("data", entry.data);
entry.record->setArray("children", entry.children);
entry.record->setNumber("endTime", timestamp());
size_t usedHeapSizeDelta = getUsedHeapSize() - entry.usedHeapSizeAtStart;
if (usedHeapSizeDelta)
entry.record->setNumber("usedHeapSizeDelta", usedHeapSizeDelta);
addRecordToTimeline(entry.record, type, entry.frameId);
}
}
void InspectorTimelineAgent::didMarkLoadEvent()
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS());
addRecordToTimeline(record.release(), MarkLoadEventType);
}
void InspectorTimelineAgent::pushCurrentRecord(PassRefPtr<InspectorObject> data, const String& type)
{
pushGCEventRecords();
RefPtr<InspectorObject> record = TimelineRecordFactory::createGenericRecord(WTF::currentTimeMS(), m_maxCallStackDepth);
m_recordStack.append(TimelineRecordEntry(record.release(), data, InspectorArray::create(), type));
}
