static void RunProgram(ref bool programRunning)
{
int arrLen = InputHandling.ReadCollectionLength();
int[] arr = new int[arrLen];
int lastFailIndex = 0;
InputHandling.ReadCollectionElements(ref arr, arrLen, ref lastFailIndex);
int pivot = InputHandling.ReadCollectionIndex(arrLen, "Set pivot point: ");
int[] arrRotated = ArrayManipulation.RotateArray(arr, arrLen, pivot);
OutputHandling.PrintArray(arrRotated, arrRotated.Length, "Rotated array: ");
OutputHandling.Question("Do you want to rotate another array? Y / N");
programRunning = InputHandling.QuestionOptions();
}
static void RunProgram(ref bool programRunning)
{
int listLength = InputHandling.ReadCollectionLength("Length of linked list: ");
SingleLinkedList myList = new SingleLinkedList();
int lastFailIndex = 0;
InputHandling.ReadCollectionElements(ref myList, listLength, ref lastFailIndex);
// create cycle
OutputHandling.Question("Do you want to add a cycle to the linked list? Y / N");
bool AddCycles = InputHandling.QuestionOptions(false);
if (AddCycles)
{
int bindPoint = InputHandling.ReadCollectionIndex(listLength, "Point to form a cycle to: ");
Cycle.CreateCycle(ref myList, ref listLength, bindPoint);
}
// cycle exists?
bool hasCycles = DetectCycles.CycleExists(myList);
if (hasCycles)
{
OutputHandling.Message("The Single Linked List has a cycle", ConsoleColor.Green);
}
else
{
OutputHandling.Message("The Single Linked List does not contain cycles", ConsoleColor.DarkMagenta);
}
OutputHandling.PrintSingleLinkedList(myList, listLength);
OutputHandling.Question("Do you want to detect cycles in another linked list?");
programRunning = InputHandling.QuestionOptions();
}