public void Should_SortArray_When_OnlyOneSwapIsRequired(int[] asc, int[] desc)
{
var question = new Question_ModifiedBubbleSort();
DoTest(question, asc, desc);
Assert.Equal(1, question.LastSwapCount);
}
public void Should_NotSortArray_When_IsSortedAlready(int[] asc, int[] desc)
{
var question = new Question_ModifiedBubbleSort();
DoTest(question, asc, desc);
Assert.Equal(0, question.LastSwapCount);
}
private void DoTest <T>(Question_ModifiedBubbleSort question, T[] ascArray, T[] descArray) where T : IComparable
{
Output.WriteLine("Ascending Before: " + String.Join(", ", ascArray));
Output.WriteLine("Descending Before: " + String.Join(", ", descArray));
question.BubbleSort(ascArray, false);
question.BubbleSort(descArray, true);
Output.WriteLine("Ascending After: " + String.Join(", ", ascArray));
Output.WriteLine("Descending After: " + String.Join(", ", descArray));
Assert.True(IsSorted(ascArray));
Assert.True(IsSorted(descArray, true));
}
public void Should_Sort_When_ElementsAreOutOfOrder(int[] asc, int[] desc)
{
var question = new Question_ModifiedBubbleSort();
DoTest(question, asc, desc);
}
