public void SuccessRate(int iterations, double successRate)
{
var fickleTimes = MethodTimer.MeasureExecution(() => FickleFunc(successRate), iterations);
Asserter.Against(fickleTimes)
.And(Has.Property(nameof(fickleTimes.SuccessRate)).CloseTo(successRate, 0.005))
.And(Has.Property(nameof(fickleTimes.Iterations)).EqualTo(iterations))
.Invoke();
}
public void ListVsSet()
{
const int iterations = 1000;
var items = MakeHugeCollection(iterations).ToArray();
var toFind = items.Random();
// Using their respecting .Contains() methods
var list = items.ToList();
var set = items.ToHashSet();
var listTimes = MethodTimer.MeasureExecution(() => ListContains(list, toFind), iterations);
var setTimes = MethodTimer.MeasureExecution(() => SetContains(set, toFind), iterations);
Console.WriteLine($"list: {listTimes}");
Console.WriteLine($"set: {setTimes}");
// Using the extension Enumerable.Contains()
list.RandomizeEntries();
set.RandomizeEntries();
var listableTimes = MethodTimer.MeasureExecution(() => EnumerableContains(list, toFind), iterations);
var settableTimes = MethodTimer.MeasureExecution(() => EnumerableContains(set, toFind), iterations);
Console.WriteLine($"{nameof(listableTimes)}: {listableTimes}");
Console.WriteLine($"{nameof(settableTimes)}: {settableTimes}");
// Actually doing a comparison
var comparison = new AggregateExecutionComparison(listTimes, setTimes);
Console.WriteLine(comparison);
Asserter.Against(comparison)
.And(AssertComparison(comparison.Average, 1))
.And(AssertComparison(comparison.Total, 1))
.Invoke();
}
