private void Kernel_ThreadCSwitch(Microsoft.Diagnostics.Tracing.Parsers.Kernel.CSwitchTraceData obj)
{
if (SwitchContextEvent != null)
{
SwitchContextData sc = new SwitchContextData()
{
CPUID = (byte)obj.ProcessorNumber,
NewThreadID = (ulong)obj.NewThreadID,
OldThreadID = (ulong)obj.OldThreadID,
Timestamp = obj.TimeStamp,
};
SwitchContextEvent.Invoke(sc);
}
//ProcessData newProcess = null;
//if (ProcessDataMap.TryGetValue(obj.NewProcessID, out newProcess))
//{
// ThreadData thread = newProcess.Threads[obj.NewThreadID];
// thread.WorkIntervals.Add(new WorkIntervalData()
// {
// Start = obj.TimeStamp,
// CpuID = obj.ProcessorNumber,
// Finish = DateTime.MinValue,
// });
// ActiveCoresMap[obj.ProcessorNumber] = thread;
//}
//else
//{
// ActiveCoresMap[obj.ProcessorNumber] = null;
//}
//ProcessData oldProcess = null;
//if (ProcessDataMap.TryGetValue(obj.OldProcessID, out oldProcess))
//{
// ThreadData thread = oldProcess.Threads[obj.OldThreadID];
// if (thread.WorkIntervals.Count > 0)
// {
// WorkIntervalData interval = thread.WorkIntervals[thread.WorkIntervals.Count - 1];
// interval.Finish = obj.TimeStamp;
// interval.WaitReason = (int)obj.OldThreadWaitReason;
// }
//}
}
public void Add(SwitchContextData sc)
{
Events.Add(sc);
}
private void ETWCollector_SwitchContextEvent(SwitchContextData sc)
{
SwitchContexts.Add(sc);
}