public void BuildStatisticsRaw(ISelectedTimeFrame timeFrame)
{
ApplicationStatistics = new ApplicationStatistics();
ThreadsStatisticsRaw = new Dictionary <ulong, IThreadStatisticsRaw>();
_applicationData = new StatisticsData();
foreach (var thread in _sessionThreads.Values)
{
if (thread.InternalId == Thread.FakeThreadId)
{
continue;
}
var threadStatistics = new ThreadStatisticsData
{
CpuUtilization = thread.CpuUtilization
};
foreach (var s in PDataContainer.Samples[thread.InternalId])
{
if (s.TimeMilliseconds >= timeFrame.Start)
{
if (s.TimeMilliseconds > timeFrame.End)
{
break;
}
ProcessSample(threadStatistics, s);
}
}
ThreadsStatisticsRaw.Add(thread.InternalId, BuildThreadStatisticsRaw(threadStatistics));
}
ApplicationStatistics = BuildApplicationStatistics();
}
private void UpdateStatisticsData(StatisticsData data, Sample sample)
{
data.SamplesTotal += sample.Samples;
data.TimeTotal += sample.Time;
data.MemoryTotal += sample.AllocatedMemory;
for (int i = 0, e = sample.StackItems.Count; i < e; i++)
{
var si = sample.StackItems[i];
var function = PDataContainer.GetFunction(si.FunctionIntId);
if (function != null)
{
IMethodStatistics ms;
if (!data.Methods.TryGetValue(function.InternalId, out ms))
{
ms = new MethodStatistics
{
Name = function.Name,
Signature = function.Signature
};
data.Methods.Add(function.InternalId, ms);
}
ms.SamplesInclusive += sample.Samples;
ms.TimeInclusive += sample.Time;
ms.AllocatedMemoryInclusive += sample.AllocatedMemory;
if (i == 0)
{
ms.SamplesExclusive += sample.Samples;
ms.TimeExclusive += sample.Time;
ms.AllocatedMemoryExclusive += sample.AllocatedMemory;
}
}
if (si.SourceLineId.HasValue && si.SourceLineId.Value != 0)
{
var line = PDataContainer.GetSourceLine(si.SourceLineId.Value);
if (line != null)
{
ISourceLineStatistics ls;
if (!data.Lines.TryGetValue(line.InternalId, out ls))
{
ls = new SourceLineStatistics
{
StartLine = line.StartLine,
EndLine = line.EndLine,
StartColumn = line.StartColumn,
EndColumn = line.EndColumn,
FunctionName = line.FunctionName,
SourceFileId = line.SourceFileIntId
};
data.Lines.Add(line.InternalId, ls);
}
ls.SamplesInclusive += sample.Samples;
ls.TimeInclusive += sample.Time;
ls.AllocatedMemoryInclusive += sample.AllocatedMemory;
if (i == 0)
{
ls.SamplesExclusive += sample.Samples;
ls.TimeExclusive += sample.Time;
ls.AllocatedMemoryExclusive += sample.AllocatedMemory;
}
}
}
}
foreach (var ai in sample.AllocationItems)
{
if (ai.SourceLineId.HasValue && ai.SourceLineId.Value != 0)
{
var line = PDataContainer.GetSourceLine(ai.SourceLineId.Value);
if (line != null)
{
ISourceLineStatistics ls;
if (!data.Lines.TryGetValue(line.InternalId, out ls))
{
ls = new SourceLineStatistics
{
StartLine = line.StartLine,
EndLine = line.EndLine,
StartColumn = line.StartColumn,
EndColumn = line.EndColumn,
FunctionName = line.FunctionName,
SourceFileId = line.SourceFileIntId
};
data.Lines.Add(line.InternalId, ls);
}
ls.AllocatedMemoryExclusive += ai.MemorySize;
}
}
}
}
