/////////////////////////////////////////////////////////////////////////////
// module MesaMicrocodeOps static functions
static void
CollectStats(CString & message)
{
// collect total time
u32 pulseCount = 0;
LARGE_INTEGER count;
if ((0 != s_nPulseFrequencyInCountsPerSecond) && ::QueryPerformanceCounter(&count))
{
u64 currentPulseCount = (u64)(count.QuadPart) - s_nPulseBase;
currentPulseCount *= 1000000;
currentPulseCount /= s_nPulseFrequencyInCountsPerSecond;
pulseCount = (u32)currentPulseCount;
}
u32 milliseconds = pulseCount / 1000;
u32 seconds = milliseconds / 1000;
u32 minutes = seconds / 60;
u32 minsec = seconds % 60;
milliseconds = milliseconds % 1000;
u32 numInstructions = MesaProcessor::GetNumExecutedInstructions();
message.Format("Mesa Processor Finished. "
"Total Runtime = %s microseconds, "
"%s.%03d seconds, "
"%d:%d.%03d minutes. "
"Instructions Dispatched = %s. ",
GetCommaString(pulseCount),
GetCommaString(seconds), milliseconds,
minutes, minsec, milliseconds,
GetCommaString(numInstructions));
// compute the microseconds per instruction or instructions per microsecond
CString additional;
if (pulseCount > numInstructions)
{
// microseconds per instruction
u64 microseconds = ((u64)pulseCount * 100) / numInstructions;
u32 msi1 = (u32)(microseconds / 100);
u32 msi2 = (u32)(microseconds % 100);
additional.Format("%s.%02d microseconds per instruction.", GetCommaString(msi1), msi2);
}
else
{
// instructions per microsecond
u64 instructions = ((u64)numInstructions * 100) / pulseCount;
u32 ims1 = (u32)(instructions / 100);
u32 ims2 = (u32)(instructions % 100);
additional.Format("%s.%02d instructions per microsecond.", GetCommaString(ims1), ims2);
}
message += additional;
}
std::string IObject::GetValue(int index)
{
MyStructMeta ** meta = this->GetMetaData();
if(index < 0 || index >= HeaderCount())
{
return "";
}
MyStructMeta * ameta = meta[index];
if(ameta->eType == type_is_bstr_t)
{
return ( (LPCSTR) *(bstr_t *) ((char *) this + ameta->oFieldOffset) );
}
// treat like a vector of bstr for now name=value(units)description,...
// Big problem is multiline descriptions - not handled
else if(ameta->eType == type_is_propertylist)
{
std::vector<bstr_t> * bstrs = (std::vector<bstr_t> *) ((char *) this + ameta->oFieldOffset);
bstr_t a = accumulate( (*bstrs).begin(), (*bstrs).end(), bstr_t("") );
return ((LPCSTR) a);
}
else if(ameta->eType == type_is_array) // comma delimited string
{
std::vector<bstr_t> * bstrs = (std::vector<bstr_t> *) ((char *) this + ameta->oFieldOffset);
bstr_t a = GetCommaString(bstrs,","); // accumulate( (*bstrs).begin(), (*bstrs).end(), bstr_t(",") );
return ((LPCSTR) a);
}
return "";
}
