PerformanceEntryVector Performance::getEntries() const
{
PerformanceEntryVector entries;
entries.appendVector(m_resourceTimingBuffer);
if (m_userTiming) {
entries.appendVector(m_userTiming->getMarks());
entries.appendVector(m_userTiming->getMeasures());
}
std::sort(entries.begin(), entries.end(), PerformanceEntry::startTimeCompareLessThan);
return entries;
}
PerformanceEntryVector Performance::getEntriesByType(const String& entryType)
{
PerformanceEntryVector entries;
if (equalIgnoringCase(entryType, "resource"))
for (PerformanceEntryVector::const_iterator resource = m_resourceTimingBuffer.begin(); resource != m_resourceTimingBuffer.end(); ++resource)
entries.append(*resource);
if (m_userTiming) {
if (equalIgnoringCase(entryType, "mark"))
entries.appendVector(m_userTiming->getMarks());
else if (equalIgnoringCase(entryType, "measure"))
entries.appendVector(m_userTiming->getMeasures());
}
std::sort(entries.begin(), entries.end(), PerformanceEntry::startTimeCompareLessThan);
return entries;
}
PerformanceEntryVector PerformanceObserverEntryList::getEntries() const {
PerformanceEntryVector entries;
entries.appendVector(m_performanceEntries);
std::sort(entries.begin(), entries.end(),
PerformanceEntry::startTimeCompareLessThan);
return entries;
}
PerformanceEntryVector PerformanceBase::getEntriesByType(
const String& entryType) {
PerformanceEntryVector entries;
PerformanceEntry::EntryType type =
PerformanceEntry::toEntryTypeEnum(entryType);
switch (type) {
case PerformanceEntry::Invalid:
return entries;
case PerformanceEntry::LongTask:
// Unsupported for LongTask. Per the spec, Long task entries can only be
// accessed via Performance Observer. No separate buffer is maintained.
return entries;
case PerformanceEntry::Resource:
for (const auto& resource : m_resourceTimingBuffer)
entries.append(resource);
break;
case PerformanceEntry::Navigation:
if (m_navigationTiming)
entries.append(m_navigationTiming);
break;
case PerformanceEntry::Composite:
case PerformanceEntry::Render:
for (const auto& frame : m_frameTimingBuffer) {
if (type == frame->entryTypeEnum()) {
entries.append(frame);
}
}
break;
case PerformanceEntry::Mark:
if (m_userTiming)
entries.appendVector(m_userTiming->getMarks());
break;
case PerformanceEntry::Measure:
if (m_userTiming)
entries.appendVector(m_userTiming->getMeasures());
break;
}
std::sort(entries.begin(), entries.end(),
PerformanceEntry::startTimeCompareLessThan);
return entries;
}
PerformanceEntryVector PerformanceBase::getEntriesByName(
const String& name,
const String& entryType) {
PerformanceEntryVector entries;
PerformanceEntry::EntryType type =
PerformanceEntry::toEntryTypeEnum(entryType);
if (!entryType.isNull() && type == PerformanceEntry::Invalid)
return entries;
if (entryType.isNull() || type == PerformanceEntry::Resource) {
for (const auto& resource : m_resourceTimingBuffer) {
if (resource->name() == name)
entries.append(resource);
}
}
if (entryType.isNull() || type == PerformanceEntry::Navigation) {
if (m_navigationTiming && m_navigationTiming->name() == name)
entries.append(m_navigationTiming);
}
if (entryType.isNull() || type == PerformanceEntry::Composite ||
type == PerformanceEntry::Render) {
for (const auto& frame : m_frameTimingBuffer) {
if (frame->name() == name &&
(entryType.isNull() || entryType == frame->entryType()))
entries.append(frame);
}
}
if (m_userTiming) {
if (entryType.isNull() || type == PerformanceEntry::Mark)
entries.appendVector(m_userTiming->getMarks(name));
if (entryType.isNull() || type == PerformanceEntry::Measure)
entries.appendVector(m_userTiming->getMeasures(name));
}
std::sort(entries.begin(), entries.end(),
PerformanceEntry::startTimeCompareLessThan);
return entries;
}