public class CircularlyLinkedListTest {

	public static void main(String[] args) {
		System.out.println("B. Marquez's CircularlyLinkedList");

		/* Create new CLL containing Strings*/
		CircularlyLinkedList<String> list1 = new CircularlyLinkedList<>();
		/* Create new array to insert into the CLL */
		String[] add1 = {"hello", "new", "world", "I'm", "bob"};

		System.out.println("\nAdding a string array with 5 items to list1...");

		for (int i = 0; i < add1.length; i++) {		// adds all the items in the array into the list
			list1.add(add1[i]);
		}
		/* Print the length and items of the list to verify that all items have been added */
		System.out.print("list1 now contains " + list1.length() + " items.\nPrint list1: ");
		list1.print();
		/* Remove from the list one by one until there's nothing in the list, each time printing the list again to verify */
		System.out.print("\nRemoving from the list until it's empty...\n");

		while (list1.length() != 0) {	// while there's something in the list
			list1.remove();
			System.out.print("list1 now contains " + list1.length() + " items.\nPrint list1: ");
			list1.print();
		}

		/* New CLL containing Integers */
		CircularlyLinkedList<Integer> list2 = new CircularlyLinkedList<Integer>();
		/* New Integer array to insert into the CLL */
		Integer[] add2 = {1, 2, 3, 4, 5, 6};

		System.out.println("\n\nAdding an integer array with 6 items to list2...");

		for (int i = 0; i < add2.length; i++)
			list2.add(add2[i]);
		/* Check where the cursor is currently pointing at [testing .getData() and .advance()] */
		System.out.println("Currently, the cursor of list2 is pointing to " + list2.getData());

		list2.advance();	// moves the cursor to the next item

		System.out.println("After using list2.advance(), list2's cursor is now pointing to " + list2.getData());
		System.out.println("list2 contains: ");
		list2.print();

		System.out.println("--End of program--");

	}
}