public void FinalResults(IEditLocationResults res)
{
lock (Lock)
{
Log("Final Result:\n");
LogRes(res);
foreach (var loc in res.AppliedEditLocations)
{
_flatHistAll.Add(loc.Location, loc.Size);
_flatHistApplied.Add(loc.Location, loc.Size);
SortIn(loc);
}
foreach (var loc in res.OtherEditLocations)
{
_flatHistAll.Add(loc.Location, loc.Size);
_flatHistOther.Add(loc.Location, loc.Size);
SortIn(loc);
}
Print("histogram 2:", _histogram2);
Print("histogram 3:", _histogram3);
Print("histogram 4:", _histogram4);
Print("histogram 5:", _histogram5);
Print("histogram 6:", _histogram6);
Print("histogram 7:", _histogram7);
Print("histogram 8:", _histogram8);
Print("histogram 9:", _histogram9);
Print("histogram 10+:", _histogram10P);
Console.WriteLine(@"flat histogram (all):");
Console.WriteLine(_flatHistAll);
Console.WriteLine(@"flat histogram (applied):");
Console.WriteLine(_flatHistApplied);
Console.WriteLine(@"flat histogram (other):");
Console.WriteLine(_flatHistOther);
HistToCsv("all", _flatHistAll);
HistToCsv("applied", _flatHistApplied);
HistToCsv("other", _flatHistOther);
}
}
public void GetSizeLarge()
{
_sut = new FlatHistogram(10);
var r = new Random();
for (var i = 0; i < 1000; i++)
{
var methodSize = r.Next(30);
var bin = r.Next(methodSize);
// implementation is one-based
_sut.Add(bin + 1, methodSize + 1);
}
Assert.AreEqual(1000, _sut.GetSize());
}
public void C4()
{
_sut = new FlatHistogram(5);
_sut.Add(1, 2);
AssertBins(0.4, 0.4, 0.2, 0.0, 0.0);
}
public void A()
{
_sut.Add(1, 3);
AssertBins(1.0, 0.0, 0.0);
}