public int[] OptimizedVersion()
{
int[] randomNumbers = DataGenerator.GenerateRandomNumbers();
GenericArraySorter.IntrospectiveSort(randomNumbers, 0, randomNumbers.Length - 1, new ExperimentalComparer());
return(randomNumbers);
}
public void Sort_UnsortedList_BecomeSorted()
{
var arraySorter = new GenericArraySorter <string>(new FakeSurnameComparator());
string[] namesList = { "Phil Spencer", "Steve Jobs", "Aaron Jobs" };
string[] result = { "Aaron Jobs", "Phil Spencer", "Steve Jobs" };
arraySorter.Sort(namesList);
Assert.That(result, Is.EqualTo(namesList));
}
public void WhenNoRulesAreSpecifiedTheDefaultComparerShouldBeUsed()
{
var randomNumbers = GenerateRandomNumbers();
var sortedByArraySort = randomNumbers.ToArray();
Array.Sort(sortedByArraySort);
var sortedByOptimizedArraySort = randomNumbers.ToArray();
GenericArraySorter.IntrospectiveSort(sortedByOptimizedArraySort, 0, randomNumbers.Length - 1, new ExperimentalComparer());
CollectionAssert.AreEqual(sortedByArraySort, sortedByOptimizedArraySort);
}
public void Sort_NullList_ThrowsException()
{
var sorter = new GenericArraySorter <string>(new FakeSurnameComparator());
Assert.That(() => sorter.Sort(null), Throws.Exception);
}
public int[] Integers()
{
GenericArraySorter.IntrospectiveSort(_smallValueTypes, 0, _smallValueTypes.Length - 1, new ArraySortersBenchmarks.ExperimentalComparer());
return(_smallValueTypes);
}
