public QTTime(long timeValue, nint timeScale, TimeFlags flags)
{
#if XAMCORE_2_0
this.timeValue = timeValue;
this.timeScale = timeScale;
this.flags = (nint)(long)flags;
#else
TimeValue = timeValue;
TimeScale = timeScale;
Flags = flags;
#endif
}
protected override void PostProcess(DemoParsingInfo infoObj, TimeFlags arg, bool isDefault)
{
bool showTotal = _sdt.ValidFlags.HasFlag(SimpleDemoTimer.Flags.TotalTimeValid);
bool showAdjusted = _sdt.ValidFlags.HasFlag(SimpleDemoTimer.Flags.AdjustedTimeValid);
bool overwrite = (arg & TimeFlags.AlwaysShowTotalTime) != 0;
if (!overwrite && infoObj.NumDemos == 1)
{
return;
}
// show message if only one is invalid, or if we're overwriting and either is invalid
if ((showTotal ^ showAdjusted) || (overwrite && (!showTotal || !showAdjusted)))
{
string which;
if (!showTotal && !showAdjusted)
{
which = "Total and adjusted";
}
else if (!showTotal)
{
which = "Total";
}
else
{
which = "Adjusted";
}
Utils.Warning($"{which} time may not be valid.\n\n");
}
Utils.PushForegroundColor(ConsoleColor.Green);
if (showTotal || overwrite)
{
Console.WriteLine($"{"Total measured time", FmtIdt}: {Utils.FormatTime(_sdt.TotalTime)}");
Console.WriteLine($"{"Total measured ticks", FmtIdt}: {_sdt.TotalTicks}");
showAdjusted &= _sdt.TotalTicks != _sdt.AdjustedTicks;
}
if (showAdjusted || overwrite)
{
Console.WriteLine($"{"Total adjusted time", FmtIdt}: {Utils.FormatTime(_sdt.AdjustedTime)}");
Console.WriteLine($"{"Total adjusted ticks", FmtIdt}: {_sdt.AdjustedTicks}");
}
Utils.PopForegroundColor();
if (!showTotal && !showAdjusted && !overwrite)
{
Console.WriteLine($"Not showing total time from {DefaultAliases[0]} since it may not be valid. Use '{DefaultAliases[0]} {TimeFlags.AlwaysShowTotalTime}' to show it regardless.");
}
}
protected override void Process(DemoParsingInfo infoObj, TimeFlags arg, bool isDefault)
{
infoObj.PrintOptionMessage("timing demo");
try {
if ((arg & TimeFlags.NoHeader) == 0)
{
WriteHeader(infoObj.CurrentDemo, Console.Out, infoObj.SetupInfo.ExecutableOptions != 1);
}
_sdt.Consume(infoObj.CurrentDemo);
if (!infoObj.FailedLastParse)
{
WriteAdjustedTime(infoObj.CurrentDemo, Console.Out, (arg & TimeFlags.TimeFirstTick) != 0);
Console.WriteLine();
}
} catch (Exception) {
Utils.Warning("Timing demo failed.\n");
}
}
public QTTime(long timeValue, int timeScale)
{
TimeValue = timeValue;
TimeScale = timeScale;
Flags = 0;
}
public QTTime(long timeValue, int timeScale, TimeFlags flags)
{
TimeValue = timeValue;
TimeScale = timeScale;
Flags = flags;
}
public QTTime(long timeValue, int timeScale)
{
TimeValue = timeValue;
TimeScale = timeScale;
Flags = 0;
}
public QTTime(long timeValue, int timeScale, TimeFlags flags)
{
TimeValue = timeValue;
TimeScale = timeScale;
Flags = flags;
}
public QTTime(long timeValue, nint timeScale, TimeFlags flags)
{
this.timeValue = timeValue;
this.timeScale = timeScale;
this.flags = (nint)(long)flags;
}
protected override void AfterParse(DemoParsingSetupInfo setupObj, TimeFlags arg, bool isDefault)
{
setupObj.ExecutableOptions++;
_sdt = new SimpleDemoTimer((arg & TimeFlags.TimeFirstTick) != 0);
}
