bool OnStepOutCompleted(StepCompleteEventArgs e, object tag)
{
engine.VerifyMonoDebugThread();
if (stepData == null || stepData.MonoStepper != e.StepEventRequest || stepData.Tag != tag)
{
return(false);
}
stepData = null;
RaiseStepComplete(thread, tag, GetErrorMessage(e), e.ForciblyCanceled);
return(true);
}
bool OnStepIntoOverCompleted(StepCompleteEventArgs e, object tag, StepIntoOverData stepIntoOverData)
{
engine.VerifyMonoDebugThread();
if (stepData == null || stepData.MonoStepper != e.StepEventRequest || stepData.Tag != tag)
{
return(false);
}
stepData = null;
var frame = GetFrame();
uint offset = (uint)(frame?.ILOffset ?? -1);
if (!e.ForciblyCanceled && stepIntoOverData.StepCounter < MAX_STEPS && frame?.Method == stepIntoOverData.Method && IsInCodeRange(stepIntoOverData.StatementRanges, offset))
{
StartStepIntoOver(tag, stepIntoOverData);
return(false);
}
else
{
RaiseStepComplete(thread, tag, GetErrorMessage(e), e.ForciblyCanceled);
return(true);
}
}
static string GetErrorMessage(StepCompleteEventArgs e) => e.ForciblyCanceled ? "Only one stepper can be active at a time" : null;
