void FScriptExecutionNode::UpdateHeatDisplayStats(FScriptExecutionHottestPathParams& HotPathParams)
{
// Grab local perf data by tracepath.
FTracePath& TracePath = HotPathParams.GetTracePath();
TSharedPtr<FScriptPerfData> LocalPerfData = GetOrAddPerfDataByInstanceAndTracePath(HotPathParams.GetInstanceName(), TracePath);
// Calculate hottest path value
const float PathHeatLevel = HotPathParams.CalculateHeatLevel();
LocalPerfData->SetHottestPathHeatLevel(PathHeatLevel);
// Update the heat thresholds
LocalPerfData->SetHeatLevels(HotPathParams.GetHeatThresholds());
NodePerfData.SetHeatLevels(HotPathParams.GetHeatThresholds());
// Update the time taken so far
if (!IsEvent() && !HasFlags(EScriptExecutionNodeFlags::ExecPin))
{
HotPathParams.AddPathTiming(LocalPerfData->GetAverageTiming(), LocalPerfData->GetSampleCount());
}
// Update children and linked nodes
if (!IsPureNode())
{
for (auto ChildIter : ChildNodes)
{
ChildIter->UpdateHeatDisplayStats(HotPathParams);
}
if (HasFlags(EScriptExecutionNodeFlags::ConditionalBranch))
{
for (auto LinkIter : LinkedNodes)
{
FScriptExecutionHottestPathParams LinkedHotPathParams(HotPathParams);
if (!LinkIter.Value->HasFlags(EScriptExecutionNodeFlags::InvalidTrace))
{
LinkedHotPathParams.GetTracePath().AddExitPin(LinkIter.Key);
}
LinkIter.Value->UpdateHeatDisplayStats(LinkedHotPathParams);
}
}
else
{
FTracePath RootTracePath(TracePath);
for (auto LinkIter : LinkedNodes)
{
TracePath = RootTracePath;
if (!LinkIter.Value->HasFlags(EScriptExecutionNodeFlags::InvalidTrace))
{
TracePath.AddExitPin(LinkIter.Key);
}
LinkIter.Value->UpdateHeatDisplayStats(HotPathParams);
}
}
}
}
void Time::AddDuration(TMinutes const duration)
{
if (IsEvent())
{
m_event.AddDurationToOffset(duration);
}
else if (IsHoursMinutes())
{
m_hourMinutes.AddDuration(duration);
}
else
{
// Undefined behaviour.
}
}
void TEventEntry::ToStr(TDes& aStr)
{
if (IsEvent()) // Event or Action
{
aStr.Append(KLitEvent);
}
else
{
aStr.Append(KLitAction);
}
if (iSequenceNumber>=0)
{
aStr.AppendFormat(KLit02D, iSequenceNumber);
}
aStr.Append(KLitColon);
if (iType!=EActionUserWait)
{
aStr.AppendFormat(KLitA02D, iAlarmIdx); // Alarm idx
}
aStr.AppendFormat(KLitS, &TypeToStr()); // Event name
if (iType==EEventVisible) // Visibility
{
aStr.AppendFormat(KLitS, &BoolToStr(iVisible));
}
if (iType==EEventSetState) // State flags
{
aStr.AppendFormat(KLitFlags, iAltSFlags);
}
if (iType==EActionUserWait)
{
aStr.AppendFormat(KLitDSec, iPeriod);
if (iAlarmIdx==KBogusAlarmIdx) aStr.AppendFormat(KLitCompleted);
}
if (iType==EActionSnooze || iType==EActionPauseSound)
{
aStr.AppendFormat(KLitForDMinutes, iPeriod/60);
}
}
void handling_events()
{
if (IsEvent(TIMEMODE))
Btime=1;
else
Btime=0;
if (IsEvent(TIMERMODE))
Btimer=1;
else
Btimer=0;
if (IsEvent(ALARMMODE))
Balarm=1;
else
Balarm=0;
if (IsEvent(SWATCHMODE))
Bswatch=1;
else
Bswatch=0;
if (IsEvent(PLUS))
Bplus=1;
else
Bplus=0;
if (IsEvent(MINUS))
Bminus=1;
else
Bminus=0;
if (IsEvent(START))
Bstart=1;
else
Bstart=0;
if (IsEvent(STOP))
Bstop=1;
else
Bstop=0;
}
Time::TMinutes Time::GetMinutes() const
{
if (IsEvent())
return GetEvent().GetEventTime().GetMinutes();
return GetHourMinutes().GetMinutes();
}
const EScriptPerfDataType FScriptExecutionNode::GetPerfDataType() const
{
return IsEvent() ? EScriptPerfDataType::Event : EScriptPerfDataType::Node;
}
