IEnumerator <ThreadIndexIterator> GetNextThreadIndexFittingThreadFilters(int frameIndex, List <string> threadFilters)
{
ProfilerFrameDataIterator frameData = new ProfilerFrameDataIterator();
int threadCount = frameData.GetThreadCount(frameIndex);
Dictionary <string, int> threadNameCount = new Dictionary <string, int>();
for (int threadIndex = 0; threadIndex < threadCount; ++threadIndex)
{
frameData.SetRoot(frameIndex, threadIndex);
var threadName = frameData.GetThreadName();
// Name here could be "Worker Thread 1"
var groupName = frameData.GetGroupName();
threadName = ProfileData.GetThreadNameWithGroup(threadName, groupName);
int nameCount = 0;
threadNameCount.TryGetValue(threadName, out nameCount);
threadNameCount[threadName] = nameCount + 1;
var threadNameWithIndex = ProfileData.ThreadNameWithIndex(threadNameCount[threadName], threadName);
// To compare on the filter we need to remove the postfix on the thread name
// "3:Worker Thread 0" -> "1:Worker Thread"
// The index of the thread (0) is used +1 as a prefix
// The preceding number (3) is the count of number of threads with this name
// Unfortunately multiple threads can have the same name
threadNameWithIndex = ProfileData.CorrectThreadName(threadNameWithIndex);
if (threadFilters.Contains(threadNameWithIndex))
{
yield return(new ThreadIndexIterator {
frameData = frameData, threadIndex = threadIndex
});
}
}
frameData.Dispose();
}
public void QuickScan()
{
var frameData = new ProfilerFrameDataIterator();
m_threadNames.Clear();
int frameIndex = 0;
int threadCount = frameData.GetThreadCount(0);
frameData.SetRoot(frameIndex, 0);
Dictionary <string, int> threadNameCount = new Dictionary <string, int>();
for (int threadIndex = 0; threadIndex < threadCount; ++threadIndex)
{
frameData.SetRoot(frameIndex, threadIndex);
var threadName = frameData.GetThreadName();
var groupName = frameData.GetGroupName();
threadName = ProfileData.GetThreadNameWithGroup(threadName, groupName);
if (!threadNameCount.ContainsKey(threadName))
{
threadNameCount.Add(threadName, 1);
}
else
{
threadNameCount[threadName] += 1;
}
string threadNameWithIndex = ProfileData.ThreadNameWithIndex(threadNameCount[threadName], threadName);
threadNameWithIndex = ProfileData.CorrectThreadName(threadNameWithIndex);
m_threadNames.Add(threadNameWithIndex);
}
frameData.Dispose();
}
bool GetMarkerInfo(string markerName, int frameIndex, List <string> threadFilters, out int outThreadIndex, out float time, out float duration, out int instanceId)
{
ProfilerFrameDataIterator frameData = new ProfilerFrameDataIterator();
outThreadIndex = 0;
time = 0.0f;
duration = 0.0f;
instanceId = 0;
bool found = false;
int threadCount = frameData.GetThreadCount(frameIndex);
Dictionary <string, int> threadNameCount = new Dictionary <string, int>();
for (int threadIndex = 0; threadIndex < threadCount; ++threadIndex)
{
frameData.SetRoot(frameIndex, threadIndex);
var threadName = frameData.GetThreadName();
// Name here could be "Worker Thread 1"
var groupName = frameData.GetGroupName();
threadName = ProfileData.GetThreadNameWithGroup(threadName, groupName);
int nameCount = 0;
threadNameCount.TryGetValue(threadName, out nameCount);
threadNameCount[threadName] = nameCount + 1;
var threadNameWithIndex = ProfileData.ThreadNameWithIndex(threadNameCount[threadName], threadName);
// To compare on the filter we need to remove the postfix on the thread name
// "3:Worker Thread 0" -> "1:Worker Thread"
// The index of the thread (0) is used +1 as a prefix
// The preceding number (3) is the count of number of threads with this name
// Unfortunately multiple threads can have the same name
threadNameWithIndex = ProfileData.CorrectThreadName(threadNameWithIndex);
if (threadFilters.Contains(threadNameWithIndex))
{
const bool enterChildren = true;
while (frameData.Next(enterChildren))
{
if (frameData.name == markerName)
{
time = frameData.startTimeMS;
duration = frameData.durationMS;
instanceId = frameData.instanceId;
outThreadIndex = threadIndex;
found = true;
break;
}
}
}
if (found)
{
break;
}
}
frameData.Dispose();
return(found);
}
