static void BubbleSort()
{
var List = new SortingList(10);
List.Randomise();
List.Print();
while (true) // loops forever until break is called
{
bool swapped = false; // init a boolean to track whether any swaps have been made
for (int i = 0; i < List.Length - 1; i++) // for the entirety of the list, minus one (so that the final element is not compared against nothing)
{
if (List.list[i] > List.list[i + 1]) // compare the current element to the element to it's right
{
swapped = true; // sets the swapped bool to true indicating that a swap has been made
var tempvar = List.list[i]; // store the current element in the array
List.list[i] = List.list[i + 1]; // overwrites the current element with the smaller value
List.list[i + 1] = tempvar; // move the larger value to i + 1
}
}
List.Print();
if (!swapped) // if swapped is false (indicating that no swaps have been made) the list is sorted
{
break; // break is called to end the loop
}
}
}
static void InsertionSort() {
var unsortedList = new SortingList(10);
var sortedList = new SortingList(unsortedList.Length);
/* Let's fill the unsorted list with all sorts of junk */
unsortedList.randimise(10);
unsortedList.Print();
/* This is where we do the insertion sort-- doesn't
* object oriented make this look easy? */
for (int i = 0; i < unsortedList.i; i++)
{
sortedList.Insert(unsortedList.Pop());
}
sortedList.print();
}
static void Main(string[] args)
{
var unsortedList = new SortingList(10);
var sortedList = new SortingList(unsortedList.Length);
var Bubblelist = new SortingList2(10);
/* Let's fill the unsorted list with all sorts of junk */
unsortedList.Randomise();
unsortedList.Print();
Bubblelist.Print();
Bubblelist.Sort();
/* This is where we do the insertion sort-- doesn't
* object oriented make this look easy? */
for (int i = 0; i < unsortedList.Length; i++)
{
sortedList.Insert(unsortedList.Pop());
}
sortedList.Print();
}
