public void RotateArrayTest_Load()
{
var primeNumbers = Prime.PrimeNumber(200000);
int[] input = primeNumbers.ToArray();
int[] actual = input.RotateLeft(primeNumbers.Count - 10);
int[] expected = primeNumbers.Skip(primeNumbers.Count - 10).Union(primeNumbers.Take(primeNumbers.Count - 10)).ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void LinearSearch_Test_Match()
{
int[] input = Prime.PrimeNumber(100).ToArray();
int itemToBeSearched = 97;
Algorithm.Search.LinearSearch search = new Algorithm.Search.LinearSearch(input);
int expectedIndex = 24;
int actualIndex = search.Search(itemToBeSearched);
Assert.AreEqual(expectedIndex, actualIndex);
}
public void BinarySearch_Test_Match_Found()
{
int[] input = Prime.PrimeNumber(100).ToArray();
int itemToBeSearched = 11;
Algorithm.Search.BinarySearch search = new Algorithm.Search.BinarySearch(input);
int expectedIndex = 4;
int actualIndex = search.Search(itemToBeSearched);
Assert.AreEqual(expectedIndex, actualIndex);
}
public void Sort_BubbleSortDesc_WhenArraySizeBig_Test()
{
var primeNumbers = Prime.PrimeNumber(200000);
int[] arr = primeNumbers.ToArray();
BubbleSort sort = new BubbleSort();
int[] accual = sort.SortDesc(arr);
primeNumbers.Reverse();
var expected = primeNumbers.ToArray();
CollectionAssert.AreEqual(expected, accual);
}
