void CoreRecorder::recordAccess(uint64_t startCycle) {
assert(eventRecorder.hasRecord());
TimingRecord tr = eventRecorder.popRecord();
TimingEvent* origPrevResp = prevRespEvent;
assert(startCycle >= prevRespCycle);
assert(tr.reqCycle >= startCycle);
if (IsGet(tr.type)) {
uint64_t delay = tr.reqCycle - prevRespCycle;
TimingEvent* ev = new (eventRecorder) TimingCoreEvent(delay, prevRespCycle - gapCycles, this);
ev->setMinStartCycle(prevRespCycle);
prevRespEvent->addChild(ev, eventRecorder)->addChild(tr.startEvent, eventRecorder);
prevRespEvent = tr.endEvent;
prevRespCycle = tr.respCycle;
assert(prevRespEvent);
} else {
assert(IsPut(tr.type));
// Link previous response and this req directly (don't even create a new event)
DelayEvent* dr = new (eventRecorder) DelayEvent(tr.reqCycle - prevRespCycle);
dr->setMinStartCycle(prevRespCycle);
prevRespEvent->addChild(dr, eventRecorder)->addChild(tr.startEvent, eventRecorder);
//tr.endEvent not linked to anything, it's a PUT
}
origPrevResp->produceCrossings(&eventRecorder);
eventRecorder.getCrossingStack().clear();
}
bool
nsHttpRequestHead::IsSafeMethod() const
{
// This code will need to be extended for new safe methods, otherwise
// they'll default to "not safe".
if (IsGet() || IsHead() || IsOptions() || IsTrace()) {
return true;
}
if (mParsedMethod != kMethod_Custom) {
return false;
}
return (!strcmp(mMethod.get(), "PROPFIND") ||
!strcmp(mMethod.get(), "REPORT") ||
!strcmp(mMethod.get(), "SEARCH"));
}
