public void MaxHashNodePullFuncTests()
{
// Arrange
MaxIntHeap maxIntHeap = new MaxIntHeap();
// 10 15 20 17
int[] arrayAnswer = { 15, 17, 20 };
int[] myArray = new int[4];
maxIntHeap.add(10);
maxIntHeap.add(15);
maxIntHeap.add(20);
maxIntHeap.add(17);
// Act
maxIntHeap.pull();
// Assert
Assert.Equal(17, maxIntHeap.pull());
}
public void MaxIntHeap_Test()
{
// Test for MinHash Creation, add, and pull
// Arrange
MaxIntHeap maxIntHeap = new MaxIntHeap();
int[] arrayAnswer = { 10, 15, 20, 17 };
int[] myArray = new int[4];
// Act
maxIntHeap.add(10);
maxIntHeap.add(15);
maxIntHeap.add(20);
maxIntHeap.add(17);
// Assert
Assert.Equal(20, maxIntHeap.pull());
Assert.Equal(17, maxIntHeap.pull());
Assert.Equal(15, maxIntHeap.pull());
Assert.Equal(10, maxIntHeap.pull());
}
public void Pull_ZeroSizeTree_ThrowsArgumentOutofRangeException()
{
// Arrange
MinIntHeap minIntHeap = new MinIntHeap(0);
MaxIntHeap maxIntHeap = new MaxIntHeap(0);
// Assert
var ex = Assert.Throws <ArgumentOutOfRangeException>(() => minIntHeap.pull());
Assert.Contains("Tree size is zero", ex.Message);
var ex2 = Assert.Throws <ArgumentOutOfRangeException>(() => maxIntHeap.pull());
Assert.Contains("Tree size is zero", ex2.Message);
}