public void Pareto_OneDimension_SmallerIsBetter()
{
var benchmark = new MockedBenchmark(
time: n => 10.0 * n + 30,
memory: n => 20.0 * n + 10);
var pareto = new ParetoFilter<string>(new Dictionary<string, DimensionRating>()
{
{ "Time", DimensionRating.SmallerIsBetter }
});
var result = pareto.Filter(benchmark.CreateMeasurements(20)).ToList();
Assert.AreEqual(1, result.Count);
Assert.AreEqual(30.0, result.Single().Measurements["Time"]);
}
public void Pareto_TwoDimension_NotCorrelated()
{
var benchmark = new MockedBenchmark(
time: n => n < 25 ? 10.0 * n + 30
: 10.0 * (n-25) + 10,
memory: n => n < 25 ? 20.0 * n + 10
: 30.0 * (n-25) + 20);
var pareto = new ParetoFilter<string>(new Dictionary<string, DimensionRating>()
{
{ "Time", DimensionRating.SmallerIsBetter },
{ "Memory", DimensionRating.BiggerIsBetter }
});
var result = pareto.Filter(benchmark.CreateMeasurements(50)).ToList();
Assert.AreEqual(25, result.Count);
}
public void LoadInnerBenchmark()
{
inner = new MockedBenchmark(
time: n => 10.0 * n + 10,
memory: n => 20.0 * n + 30);
}
