static void Main(string[] args)
{
//testing a list of int values and getting the minimum value
var list = new LinkedListLibrary.LinkedList <int>(); // create List container
// create data to store in List
// use List insert methods
list.InsertAtFront(11); // adding the first element or node
list.InsertAtFront(14); // adding the first element or node
list.InsertAtFront(1); // adding the first element or node
list.InsertAtFront(3); // adding the first element or node
list.Display();
Console.WriteLine($"Minimum: {list.Minimum()}");
// testing a list of double values and getting the last element on queue
var doubleList = new LinkedListLibrary.LinkedList <double>(); // create List container
// create data to store in List
// use List insert methods
doubleList.InsertAtFront(4.5); // adding the first element or node
doubleList.InsertAtFront(3); // adding the first element or node
doubleList.InsertAtFront(7.8); // adding the first element or node
doubleList.InsertAtFront(9.6); // adding the first element or node
Console.WriteLine("");
doubleList.Display();
Console.WriteLine($"Last Element: {doubleList.GetLast()}");
}
static void Main(string[] args)
{
LinkedListLibrary.LinkedList <string> list = new LinkedListLibrary.LinkedList <string>();
string newString;
for (int i = 0; i < 10; i++)
{
newString = new string(i.ToString().ToCharArray());
list.Append(newString);
}
Console.WriteLine("-------------Forwards----------");
list.Display();
Console.WriteLine("-------------Backwards---------");
list.DisplayBackwards();
list.Clear();
for (int i = 0; i < 10; i++)
{
newString = new string(i.ToString().ToCharArray());
list.Prepend(newString);
}
Console.WriteLine("--------------Forwards---------");
list.Display();
Console.WriteLine("--------------Backwards--------");
list.DisplayBackwards();
list.Clear();
}
