private void Interprete(FunctionMap map, bool reverse, Run run)
{
int currentWalk = 0;
foreach (List <FunctionID> original in stackWalks)
{
currentWalk++;
List <FunctionID> stackWalk;
if (reverse)
{
stackWalk = new List <FunctionID>(original);
stackWalk.Reverse();
}
else
{
stackWalk = original;
}
for (int i = 0; i < stackWalk.Count; i++)
{
Function function = Run.GetFunctionInfo(map, stackWalk[stackWalk.Count - i - 1], run, reverse);
if (function.lastWalk != currentWalk)
{
function.Samples++;
function.stackWalks.Add(new StackWalk(currentWalk, stackWalk.Count - i - 1, stackWalk));
}
function.lastWalk = currentWalk;
}
}
//foreach (List<FunctionID> stackWalk in stackWalks)
//{
// Function f = Run.GetFunctionInfo(map, stackWalk[0], run);
// f.ExclusiveSamples++;
//}
}
private void InterpreteData()
{
int currentWalk = 0;
foreach (List <int> stackWalk in stackWalks)
{
currentWalk++;
for (int i = 0; i < stackWalk.Count; i++)
{
FunctionInfo function = Run.GetFunctionInfo(functions, stackWalk[stackWalk.Count - i - 1]);
if (function.lastWalk != currentWalk)
{
function.Samples++;
function.stackWalks.Add(new StackWalk(currentWalk, stackWalk.Count - i - 1, stackWalk)); //.GetRange(0, ));
}
function.lastWalk = currentWalk;
}
}
// combine with above
foreach (List <int> reversedWalk in stackWalks)
{
List <int> stackWalk = new List <int>(reversedWalk);
stackWalk.Reverse();
currentWalk++;
for (int i = 0; i < stackWalk.Count; i++)
{
FunctionInfo function = Run.GetFunctionInfo(callers, stackWalk[stackWalk.Count - i - 1]);
if (function.lastWalk != currentWalk)
{
function.Samples++;
function.stackWalks.Add(new StackWalk(currentWalk, stackWalk.Count - i - 1, stackWalk));
}
function.lastWalk = currentWalk;
}
}
maxSamples = 0;
foreach (FunctionInfo function in functions.Values)
{
if (function.Samples > maxSamples)
{
maxSamples = function.Samples;
}
}
}
