private void FlattenCallTree(SamplingTreeElem rootElem, List <SamplingTreeElem> flattenedTreeList)
{
flattenedTreeList.AddRange(rootElem.Children);
foreach (SamplingTreeElem callTreeElem in rootElem.Children)
{
FlattenCallTree(callTreeElem, flattenedTreeList);
}
}
private void RecursiveTimeTreeWalk(SamplingTreeElem treeElem, ulong wallClockDurationHns, uint maxInStackOccurrence)
{
treeElem.WallClockTime = wallClockDurationHns * treeElem.InStackSnapshotOccurrence /
(double)maxInStackOccurrence;
foreach (var childTreeElem in treeElem.Children)
{
RecursiveTimeTreeWalk(childTreeElem, wallClockDurationHns, maxInStackOccurrence);
}
}
private void RecursiveTreeWalk(SamplingCallTreeElem callTreeElem, out SamplingTreeElem recomputedTreeElem)
{
recomputedTreeElem = new SamplingTreeElem();
recomputedTreeElem.CallTreeElem = callTreeElem;
recomputedTreeElem.TopStackSnapshotOccurrence = //callTreeElem.LastProfiledFrameInStackCount +
callTreeElem.StackTopOccurrenceCount;
recomputedTreeElem.InStackSnapshotOccurrence = recomputedTreeElem.TopStackSnapshotOccurrence;
bool leafReached = callTreeElem.ChildrenCount == 0;
if (!leafReached)
{
foreach (var childCallTreeElem in callTreeElem.Children)
{
SamplingTreeElem childTreeElem;
RecursiveTreeWalk(childCallTreeElem, out childTreeElem);
recomputedTreeElem.Children.Add(childTreeElem);
recomputedTreeElem.InStackSnapshotOccurrence += childTreeElem.InStackSnapshotOccurrence;
}
}
}
private void RecursiveTreeWalk(SamplingCallTreeElem callTreeElem, out SamplingTreeElem recomputedTreeElem)
{
recomputedTreeElem = new SamplingTreeElem();
recomputedTreeElem.CallTreeElem = callTreeElem;
recomputedTreeElem.TopStackSnapshotOccurrence = //callTreeElem.LastProfiledFrameInStackCount +
callTreeElem.StackTopOccurrenceCount;
recomputedTreeElem.InStackSnapshotOccurrence = recomputedTreeElem.TopStackSnapshotOccurrence;
bool leafReached = callTreeElem.ChildrenCount == 0;
if(!leafReached)
{
foreach (var childCallTreeElem in callTreeElem.Children)
{
SamplingTreeElem childTreeElem;
RecursiveTreeWalk(childCallTreeElem, out childTreeElem);
recomputedTreeElem.Children.Add(childTreeElem);
recomputedTreeElem.InStackSnapshotOccurrence += childTreeElem.InStackSnapshotOccurrence;
}
}
}
private void RecursiveTimeTreeWalk(SamplingTreeElem treeElem, ulong wallClockDurationHns, uint maxInStackOccurrence)
{
treeElem.WallClockTime = wallClockDurationHns*treeElem.InStackSnapshotOccurrence/
(double) maxInStackOccurrence;
foreach (var childTreeElem in treeElem.Children)
{
RecursiveTimeTreeWalk(childTreeElem, wallClockDurationHns, maxInStackOccurrence);
}
}
private void FlattenCallTree(SamplingTreeElem rootElem, List<SamplingTreeElem> flattenedTreeList)
{
flattenedTreeList.AddRange(rootElem.Children);
foreach (SamplingTreeElem callTreeElem in rootElem.Children)
{
FlattenCallTree(callTreeElem, flattenedTreeList);
}
}
public void Aggregate(SamplingTreeElem callTreeElem)
{
Contract.Requires(FunctionId == callTreeElem.CallTreeElem.FunctionId);
AggregateElemSpecificFields(callTreeElem);
}
protected void AggregateElemSpecificFields(SamplingTreeElem callTreeElem)
{
StackTopOccurrenceCount = callTreeElem.TopStackSnapshotOccurrence;
TimeWallClock = callTreeElem.WallClockTime;
}
protected void AggregateElemSpecificFields(SamplingTreeElem callTreeElem)
{
StackTopOccurrenceCount = callTreeElem.TopStackSnapshotOccurrence;
TimeWallClock = callTreeElem.WallClockTime;
}
public void Aggregate(SamplingTreeElem callTreeElem)
{
Contract.Requires(FunctionId == callTreeElem.CallTreeElem.FunctionId);
AggregateElemSpecificFields(callTreeElem);
}