Consider the class specifications for the Binary Tree class and Binary Search Tree class below:Note: These are identical to the class specifications provided in Module 6 Assignment// BinaryTree.h#include using namespace std;//Definition of the Nodetemplate struct TreeNode {elemType data;TreeNode *left;TreeNode *right;};//Definition of class Binary Treetemplate class BinaryTree {protected:TreeNode *root;public:BinaryTree();BinaryTree(const BinaryTree& otherTree);~BinaryTree(0;bool isEmpty() const;virtual bool search(const elemType& searchItem) const = 0;virtual void insert(const elemType& insertItem) = 0;virtual void deleteNode(const elemType& deleteItem) = 0;privateint height(TreeNode *p) const;int nodeCount(TreeNode *p) const;int leafCount(TreeNode *p) const;};%3D%3D// BinarySearchTree.h#include "BinaryTree.h"using names pace std;template class BinarySearchTree: public BinaryTree {public:bool search(const elemTy pe& searchItem) const;void insert(const elemType& insertItem);void deleteNode(const elemType& deleteItem);privatevoid displayAscending(TreeNode *p) const;TreeNode * getTreeMax(TreeNode *p) const;TreeNode * getTreeMin(TreeNode *p) const;};#$% Write the definition of a (recursive) member function of the BinarySearchTree class namedhighNodeCount() that returns the number of nodes whose data field is higher (i.e. larger) than parameter datafield of the root node.Edit Format Table12pt v Paragraph v| BIU Av 2v T?v|WPO words:::

// C++ program to find number of nodes // greater than x #include <bits/stdc++.h> using…

Write the definition of a (recursive) member function of the BinarySearchTree class named highNodeCount() that returns the number of nodes whose data field is higher (i.e. larger) than parameter data field of the root node.

Write the definition of a (recursive) member function of the BinarySearchTree class named highNodeCount() that returns the number of nodes whose data field is higher (i.e. larger) than parameter data field of the root node.

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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public class HeapPriQ<T> implements PriQueueInterface<T>{ protected ArrayList<T> elements; // priority queue elements protected int lastIndex; // index of last element in priority queue protected int maxIndex; // index of last position in ArrayList protected Comparator<T> comp; public HeapPriQ(int maxSize) // Precondition: T implements Comparable { elements = new ArrayList<T>(maxSize); lastIndex = -1; maxIndex = maxSize - 1; comp = new Comparator<T>() { public int compare(T element1, T element2) { return ((Comparable)element1).compareTo(element2); } }; } public HeapPriQ(int maxSize, Comparator<T> comp) // Precondition: T implements Comparable { elements = new ArrayList<T>(maxSize); lastIndex = -1; maxIndex = maxSize - 1; this.comp = comp; } public boolean isEmpty() // Returns true if this priority queue is empty; otherwise, returns false. {…
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Tree.java: This is a simple binary tree class that should be used to represent the data in your Huffman tree. You only need to implement two of the methods (_printTree and compareTo). Huffman.java: This file contains all of the logic required to implement a Huffman tree. The code in this file relies on the Tree.java file. You must provide the implementation for all of the methods in this class. public class Main { /* * tree.txt should produce this tree: * 16 * / \ * 6 Z * / \ * A D * * A (1), D (5), Z (10) * * Codes: * A: 00 * D: 01 * Z: 1 * * Preorder Traversal: * 16, 6, 1 (A), 5 (D), 10 (Z) */ public static void main(String[] args) throws Exception { Huffman huff = new Huffman(); huff.buildTreeFromFile("tree.txt"); // Print the tree: System.out.println("printTree tests:"); huff.printTree(); // Expected output: [16: , 6: , 1:A, 5:D, 10:Z] // Get some codes:…
Create a function that uses Node * pointing to root of AVL Tree as an input and returns the height of the AVL tree in O(log(n)).