public static void PrintProps <T>([NotNull] this ArrayBinaryTree <T> thisValue)
{
Console.WriteLine();
Console.WriteLine($"{Yellow("Dimensions:")} {Underline(thisValue.Count.ToString())} x {Underline(thisValue.GetHeight().ToString())}.");
Console.WriteLine($"{Yellow("Valid:")} {thisValue.Validate().ToYesNo()}");
Console.WriteLine($"{Yellow("LeftMost:")} {thisValue.LeftMost()} {Yellow("RightMost:")} {thisValue.RightMost()}");
}
public void AddNodes_Array()
{
int[] output;
var binaryTree = new ArrayBinaryTree();
binaryTree.AddNode(50);
binaryTree.AddNode(30);
binaryTree.AddNode(70);
binaryTree.AddNode(20);
binaryTree.AddNode(40);
binaryTree.AddNode(60);
binaryTree.AddNode(80);
//binaryTree.AddNode(52);
//binaryTree.AddNode(70);
void print() =>
output = binaryTree.Read(TreeTraversalTypes.Preorder);
print();
binaryTree.DeleteNode(20);
print();
binaryTree.DeleteNode(30);
print();
binaryTree.DeleteNode(50);
print();
}
public void ArrayTreeIsExpandedOnDemand()
{
var sut = new ArrayBinaryTree <int>(1);
sut.Root(1);
sut.SetLeft(1, 2);
sut.SetRight(1, 3);
sut.SetLeft(2, 4);
sut.SetRight(2, 5);
Assert.Equal(2, sut.GetTree()[2]);
Assert.Equal(3, sut.GetTree()[3]);
Assert.Equal(4, sut.GetTree()[4]);
Assert.Equal(5, sut.GetTree()[5]);
}
public static void Print <T>([NotNull] this ArrayBinaryTree <T> thisValue)
{
Console.WriteLine();
thisValue.WriteTo(Console.Out);
}
public static void PrintWithProps <T>([NotNull] this ArrayBinaryTree <T> thisValue)
{
PrintProps(thisValue);
thisValue.Print();
}