public void OnOperationEnd(object[] returnedQubitsTraceData)
{
double maxReturnedQubitsAvailableTime = 0;
if (returnedQubitsTraceData != null)
{
maxReturnedQubitsAvailableTime = MaxAvailableTime(returnedQubitsTraceData.Cast <QubitTimeMetrics>());
}
OperationCallRecord opRec = operationCallStack.Pop();
Debug.Assert(operationCallStack.Count != 0, "Operation call stack must never get empty");
double inputQubitsAvailableTime = MaxAvailableTime(opRec.InputQubitMetrics);
double operationEndTime =
Max(
Max(maxReturnedQubitsAvailableTime, opRec.ReturnedQubitsAvailableTime),
Max(opRec.ReleasedQubitsAvailableTime, inputQubitsAvailableTime));
OperationCallRecord caller = operationCallStack.Peek();
caller.ReleasedQubitsAvailableTime = Max(opRec.ReleasedQubitsAvailableTime, caller.ReleasedQubitsAvailableTime);
caller.ReturnedQubitsAvailableTime = Max(opRec.ReturnedQubitsAvailableTime, caller.ReturnedQubitsAvailableTime);
double[] metrics =
StatisticsRecord(
Depth: operationEndTime - opRec.MaxOperationStartTime,
StartTimeDifference: opRec.MaxOperationStartTime - opRec.MinOperationStartTime,
Width: maxQubitId - opRec.MaxQubitIdAtStart);
stats.AddSample(
new CallGraphEdge(opRec.OperationName, caller.OperationName, opRec.FunctorSpecialization, caller.FunctorSpecialization),
metrics);
}
public void OnOperationEnd(object[] returnedQubitsTraceData)
{
OperationCallRecord or = operationCallStack.Pop();
Debug.Assert(operationCallStack.Count != 0, "Operation call stack is empty. This likely caused by unbalanced OnOperationStart/End");
OperationCallRecord opCaller = operationCallStack.Peek();
opCaller.MaxAllocated = Max(opCaller.MaxAllocated, or.MaxAllocated);
double[] statRecord = StatisticsRecord(
InputWidth: or.InputWidth,
ExtraWidth: or.MaxAllocated - or.QubitsAllocatedAtStart,
ReturnWidth: returnedQubitsTraceData.Length,
BorrowedWidth: or.MaxBorrowed);
CallGraphEdge callGraphEdge = new CallGraphEdge(or.OperationName, opCaller.OperationName, or.Variant, opCaller.Variant);
statisticsCollector.AddSample(callGraphEdge, statRecord);
}