public Measurement(string actionLabel, string actionDetails, long previousPrivateBytesKb)
{
_actionLabel = actionLabel;
_actionDetails = actionDetails;
_previousPrivateBytesKb = previousPrivateBytesKb;
_start = new PerfPoint();
}
public void Compare_3()
{
ppA = new PerfPoint(10, 5, false);
ppB = new PerfPoint(3, 2, false);
Assert.AreEqual(1, ppA.Compare(ppA, ppB));
}
public void Compare_1()
{
ppA = new PerfPoint((2 * Math.Sqrt(2)) / 2, 6, false);
ppB = new PerfPoint((Math.Sqrt(2) / 2) * 2, 7, true);
Assert.AreEqual(0, ppA.Compare(ppA, ppB));
}
public void areColocated_2()
{
ppA = new PerfPoint((2 * Math.Sqrt(2)) / 2, 6, false);
ppB = new PerfPoint((Math.Sqrt(2) / 2) * 2, 7, true);
Assert.IsTrue(PerfPoint.areColocated(ppA, ppB));
}
public void areColocated_1()
{
ppA = new PerfPoint(1, 5, false);
ppB = new PerfPoint(3, 2, false);
Assert.IsFalse(PerfPoint.areColocated(ppA, ppB));
}
public void Finish()
{
try
{
_end = new PerfPoint();
}
catch (Exception e)
{
// The OS can get into a state where we can't load performance counters (BL-10689).
// If we're in such a state, just don't report performance.
Logger.WriteError("Failed to create Measurement", e);
// Reporting on the measurement will indicate failure if _end stays null
}
}
public Measurement(string actionLabel, string actionDetails, long previousPrivateBytesKb)
{
_actionLabel = actionLabel;
_actionDetails = actionDetails;
_previousPrivateBytesKb = previousPrivateBytesKb;
try
{
_start = new PerfPoint();
}
catch (Exception e)
{
// The OS can get into a state where we can't load performance counters (BL-10689).
// If we're in such a state, just don't report performance.
Logger.WriteError("Failed to create PerfPoint", e);
// Reporting will do the right thing if _start is null
}
}
public void getIndexOf_1()
{
PerfSerie ps = new PerfSerie();
PerfPoint pp1 = new PerfPoint(1, 5, true);
PerfPoint pp2 = new PerfPoint(-5, 1, true);
PerfPoint pp3 = new PerfPoint(-1, 15, false);
PerfPoint pp4 = new PerfPoint(8, 6, false);
ps.add(pp1);
ps.add(pp2);
ps.add(pp3);
ps.add(pp4);
Assert.AreEqual(0, ps.getIndexOf(pp2));
Assert.AreEqual(1, ps.getIndexOf(pp3));
Assert.AreEqual(2, ps.getIndexOf(pp1));
Assert.AreEqual(3, ps.getIndexOf(pp4));
}
public void selectedCount_1()
{
PerfSerie ps = new PerfSerie();
PerfPoint pp1 = new PerfPoint(1, 5, true);
PerfPoint pp2 = new PerfPoint(-5, 1, true);
PerfPoint pp3 = new PerfPoint(-1, 15, false);
PerfPoint pp4 = new PerfPoint(8, 6, false);
PerfPoint pp5 = new PerfPoint(3, 10, false);
ps.add(pp1);
ps.add(pp2);
ps.add(pp3);
ps.add(pp4);
ps.add(pp5);
pp3.selected = true;
pp4.selected = true;
Assert.AreEqual(2, ps.selectedCount());
}
public void Finish()
{
_end = new PerfPoint();
}
