/// <summary>
/// Returns a anonymous timing string for the given set of nodes (non-recursive)
/// </summary>
/// <param name="runs"></param>
/// <returns></returns>
public string GetTimingInfo(IConcurrencyResults r)
{
var sincl = r.SequentialRuns.InclusiveMs();
var sexcl = r.SequentialRuns.ExclusiveMs();
var pincl = r.ParallelRuns.InclusiveMs();
var pexcl = r.ParallelRuns.ExclusiveMs();
var suffix = string.Format(" {0:F}%||", r.GetStats().ParallelConcurrencyPercent);
if (r.Invocations().Max > 1)
{
suffix += string.Format(" calls: {0}", r.Invocations().ToString(0));
}
if (sexcl.DeltaRatio > DeltaAbnormalRatio)
{
var runTimes = r.AllRuns().Select(n => n.TicksExclusiveTotal).ToMilliseconds().Select(m => Math.Round(m));
return(string.Format("runs exclusive: {1} {0}", suffix, String.Join(" ", runTimes)));
}
else if (r.SequentialRuns.First().HasChildren)
{
return(string.Format("exclusive: {0} ||{1}|| inclusive: {2} ||{3} {4}",
sexcl.ToString(DeltaSignificantRatio),
pexcl.ToString(DeltaSignificantRatio),
sincl.ToString(DeltaSignificantRatio),
pincl.ToString(DeltaSignificantRatio), suffix));
}
else
{
return(string.Format("{0} ||{1} {2}", sincl.ToString(DeltaSignificantRatio), pincl.ToString(DeltaSignificantRatio), suffix));;
}
}
public static double ParallelRealMs(this IConcurrencyResults r)
{
return(r.GetStats().ParallelRealMs);
}
public static double FastestSequentialMs(this IConcurrencyResults r)
{
return(r.GetStats().SequentialMs.Min);
}
