public void Print()
{
DynArrayQueue Queue = new DynArrayQueue();
Queue.Enqueue(Current);
while (Queue.Count != 0)
{
TreeNode CurrentNode = (TreeNode)Queue.Dequeue();
Console.WriteLine(CurrentNode.Value);
Queue.Enqueue(CurrentNode.LeftChildren);
Queue.Enqueue(CurrentNode.RightChildren);
}
}
public MainWindow()
{
//************************************CODE RELATED TO VISUALIZATION************************************//
//Here you'll see an example where we visualize a stack
//Your as far as the visualization is concerned, is to splice in your Deque as a queue
//Note: make the visualization for the queue a horizontal drawing (mentally, we picture stacks as vertical, and queues as
//Horizontal. When you do that, also change the button from saying Push and Pop, to Enqueue and Dequeue.
//Remove this sample code for the stack before submitting.
//Inserting values for stack
d.AddFront("Start");
d.AddFront(400);
d.AddFront(500);
InitializeComponent();
//This is where we register a "callback". Callbacks are basically functions that take executable
//code as input. Well, if that sounds like hocus pocus, don't worry about it.
//All you need to understand is that there are these things called eventHandlers i.e. functions
//that are called when an event happens. Such as when you click your mouse, when you drag your mouse etc.
//Here we are referring to the "click" event on the push and pop buttons
//So where are the popBtn and PushBtn names defined?
RemoveFrontBtn.Click += popBtn_Click; //Look in the MainWindow.xaml file, you'll see a attribute called x:name inside a Button tag
AddFrontBtn.Click += pushBtn_Click;
AddEndBtn.Click += AddEnd_Click;
RemoveEndBtn.Click += RemoveEnd_Click;
drawStructure();
//************************************CODE RELATED TO Dynamic Array Based Queue************************************//
//Declare a dynamic array based queue and do a few Enqueue and Dequeue operations
var myQueue = new DynArrayQueue();
myQueue.Enqueue(1);
myQueue.Print();
myQueue.Enqueue(3);
myQueue.Print();
myQueue.Enqueue(5);
myQueue.Print();
myQueue.Enqueue(7);
myQueue.Print();
myQueue.Enqueue(9);
myQueue.Print();
myQueue.Enqueue(11);
myQueue.Print();
myQueue.Enqueue(9);
myQueue.Print();
myQueue.Enqueue(7);
myQueue.Print();
myQueue.Enqueue(5);
myQueue.Print();
myQueue.Enqueue(3);
myQueue.Print();
myQueue.Enqueue(1);
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Enqueue(2);
myQueue.Print();
myQueue.Enqueue(4);
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Enqueue(6);
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Enqueue(8);
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
myQueue.Dequeue();
myQueue.Print();
//************************************CODE RELATED TO TREE************************************//
//Create a tree with at least 5 nodes. Ensure that the tree has at least 3 levels (say 0 1 and 2)
//Print out a breadth first traversal of the tree
//If you can hook into the visualizer, that'd be awesome and worth 2% extra credit
var t = new Tree();
t.Add(3);
t.Print();
t.Add(1);
t.Print();
t.Add(4);
t.Print();
t.Add(5);
t.Print();
t.Add(9);
t.Print();
t.Add(8);
t.Print();
t.Add(7);
t.Print();
t.Add(2);
t.Print();
t.Add(9);
t.Print();
}