public void TestWithClassHumanImplementsIComparableByAge()
{
// Test with class Human implements IComparable (by Age):
var priorityQueueHumans = new PriorityQueue<Human>();
priorityQueueHumans.Add(new Human("Ivan", 25));
priorityQueueHumans.Add(new Human("Georgi", 13));
priorityQueueHumans.Add(new Human("Cvetelina", 18));
priorityQueueHumans.Add(new Human("Plamena", 22));
priorityQueueHumans.Add(new Human("Gergana", 23));
priorityQueueHumans.Add(new Human("Qna", 21));
var numbersActualOrder = new List<string>();
while (priorityQueueHumans.Count > 0)
{
numbersActualOrder.Add(priorityQueueHumans.RemoveFirst().Name);
}
var numbersExpectedOrder = new List<string>() { "Georgi", "Cvetelina", "Qna", "Plamena", "Gergana", "Ivan" };
CollectionAssert.AreEqual(numbersExpectedOrder, numbersActualOrder);
}
public void TestWithPrimitiveType()
{
var priorityQueueInts = new PriorityQueue<int>();
priorityQueueInts.Add(5);
priorityQueueInts.Add(10);
priorityQueueInts.Add(-5);
priorityQueueInts.Add(1);
priorityQueueInts.Add(13);
priorityQueueInts.Add(13);
priorityQueueInts.Add(0);
priorityQueueInts.Add(25);
var numbersActualOrder = new List<int>();
while (priorityQueueInts.Count > 0)
{
numbersActualOrder.Add(priorityQueueInts.RemoveFirst());
}
var numbersExpectedOrder = new List<int>() { -5, 0, 1, 5, 10, 13, 13, 25 };
CollectionAssert.AreEqual(numbersExpectedOrder, numbersActualOrder);
}
