Programing C Just with #include Creating a Tree In this challenge, you will have to use pointers to create a tree. More specifically, the tree shown below: n1 n2 n3 n4 "end" "end" n5 "end" n6 "end" n7 "end" "end" "end" "end" "end" "end" "end" "end" "end" "end" "end" should be the same end we discussed in class for singly linked lists In other words, you will have to create structures that contain one value and three pointers. You will then have to declare your nodes and have their pointers (arrows), point to the nodes specified in the three. You will do this in the exact same way as we did with linked lists. The differences here are that you have more pointers and a different layout of the nodes. Your program should not print anything. It is merely meant to show your understanding of pointers and “nodes" (structures). Therefore, aside from the definitions of your structures, everything should be in main.

Programing C Just with #include Creating a Tree In this challenge, you will have to use pointers to create a tree. More specifically, the tree shown below: n1 n2 n3 n4 "end" "end" n5 "end" n6 "end" n7 "end" "end" "end" "end" "end" "end" "end" "end" "end" "end" "end" should be the same end we discussed in class for singly linked lists In other words, you will have to create structures that contain one value and three pointers. You will then have to declare your nodes and have their pointers (arrows), point to the nodes specified in the three. You will do this in the exact same way as we did with linked lists. The differences here are that you have more pointers and a different layout of the nodes. Your program should not print anything. It is merely meant to show your understanding of pointers and “nodes" (structures). Therefore, aside from the definitions of your structures, everything should be in main.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Create a Binary Search Tree Class with the following four Operations using a single C++ program: Operations: 1. Insert(int n) : Add a node the tree with value n. Its O(lgn) 2. Find(int n) : Find a node the tree with value n. Its O(lgn) 3. Delete (int n) : Delete a node the tree with value n. Its O(lgn) 4. Display(): Prints the entire tree in increasing order. O(n).
PLEASE WRITE IN C++ Implement a program that uses an array based binary tree (sequential tree) that has a menu with these options: 1.) insert (This option asks the user for a size and then creates the array based tree, filling the tree with characters or integers . Fill the sequential tree as a complete tree and insert keys as children to specific parents, It is also straightforward to insert children to specific parents due to the fixed nature of the parent child relationship, with a parent having children at indexes ( 2 * Parent index ) + 1, and + 2.). 2.) search (asks user for a character to search in the tree then prints if it is in the tree or not.) 3.) quit (exits program)
Please assist me in solving this: /////////////////////////////////////////////////////////////////////////////// Pro3110//// Write a program that creates a binary search tree of 8 or more // (25 max) random candy bar names from a datum list.//// Krackel// ..................../ \...........// / \// Godiva Mounds// ...../ \..... ...../ \.....// / \ / \// Almond Joy Heath Bar Milky Way Mr. Goodbar// \.....// \// Kit Kat//// Define the ancestors operation by writing the method that will // search for a target node and return the set of nodes that connect// the target node with the root. The set contains…
In c++ A company wants to store his Employees data but orderly. Because of that owner wants to use a binary search tree. Each Node must store the employee number, name, and salary double (class). Implement in java/C++ a binary search tree that stores the employees and implements the following methods: a) Include a new Employee (insert values) b) Search an employee given its number. c) Delete an employee. d) Get in-order, pre-order, post-order traversal of tree and display values.
This is the Java code that needs to be edited. import java.util.*;public class BTNode<T> {private T element;private BTNode<T> left;private BTNode<T> right;/**Constructs a binary tree node that stores the specified element. */public BTNode(T element) {this.element = element;left = right = null;}/** Returns the element stored in this node. */public T getElement() {return element;}/** Sets the element stored in this node.*/public void setElement (T element) {this.element = element;}/** Returns the left subtree of this node.*/public BTNode<T> getLeft() {return left;}/** Sets the left child of this node. */public void setLeft (BTNode<T> left) {this.left = left;}/** Returns the right subtree of this node. */public BTNode<T> getRight() {return right;}/**Sets the right child of this node. */public void setRight (BTNode<T> right) {this.right = right;}//...} // end of class
Write a program in C language to implement phone book dictionary using Binary Search Tree which provides following operations: (a) add new entry in phone book, (b) remove entry from phone book, (c) search phone number (d) list all entries in ascending order of name and (e) list all entries in descending order of name.
only c here is "BinaryNode.java" // BinaryNode class; stores a node in a tree. // // CONSTRUCTION: with (a) no parameters, or (b) an Object, // or (c) an Object, left child, and right child. // // *******************PUBLIC OPERATIONS********************** // int size( ) --> Return size of subtree at node // int height( ) --> Return height of subtree at node // void printPostOrder( ) --> Print a postorder tree traversal // void printInOrder( ) --> Print an inorder tree traversal // void printPreOrder( ) --> Print a preorder tree traversal // BinaryNode duplicate( )--> Return a duplicate tree /** * Binary node class with recursive routines to * compute size and height. */ class BinaryNode { public BinaryNode( ) { this( 0, null, null ); } public BinaryNode( int theElement, BinaryNode lt, BinaryNode rt ) { element = theElement; left = lt; right = rt; } /** * Return the size of the binary tree rooted at t. */ public static int size( BinaryNode t ) { if( t == null ) return…
Modify the following intBinaryTree class to store the data of Persons provided in a text file. The same information was used in the Assig01 to create a link list. Now with BST, all the operations especially searching gets quite efficient, as trees are good at this as compared to the link list. The person’s data provided in the text file contains the following information  First Name (string)  Last Name (string)  Telephone (string)  email (string) Either make a structure or a class to store the information of a person. The provided text file contains the information for 500 persons. One line contains information of a single person and every information in the line is separated with a tab from the other information. Your program should read the provided data file at the start containing Persons data, store the data in the BST and then present the following menu. The menu shown should be:  Find and show person’s data given its email (10 marks)  Append new Person entered…
Write a program using c++ to implement a character-based Binary Search Tree (BST). Each node in the BST should be store student name (string) as follows: class Node{// node prototype public: char ch;// this letter is taken from student first letter string studentName; Node *leftChild; Node *rightChild; }; For example, if a student’s name is Adam then ch will be equals to A. If the student’s name is Lee then ch will be equal to L. The insertion of a node to the BST is based on the first letter of the student name. Your program should display the following: 1. Insert a node (base on ch) 2. Find a node (base on student name) 3. Delete a node (consider all three cases of delete) 4. Exit and Output/results provided and explain the algorithm with a given input.
Write a program using c++ to implement a character-based Binary Search Tree (BST). Each node in the BST should be store student name (string) as follows: class Node{// node prototype public: char ch;// this letter is taken from student first letter string studentName; Node *leftChild; Node *rightChild; }; For example, if a student’s name is Adam then ch will be equals to A. If the student’s name is Lee then ch will be equal to L. The insertion of a node to the BST is based on the first letter of the student name. Your program should display the following: 1. Insert a node (base on ch) 2. Find a node (base on student name) 3. Delete a node (consider all three cases of delete) 4. Exit Step by step output: ------------------------------------------------------------------------------------------------------------ Insert a node (base on ch) Find a node (base on student name) Delete a node (consider all three cases of…
Python: Written without libraries method find_ansestors , that takes in an index i and returns all ancestors of node located at index i. What is the time complexity of your function? class ArrayBinaryTree: def __init__(self): self._heap = [] def find_ancestors(self, i: int): if(i==0): return;
The Binary Search Tree(BST) provided below:{# Class to represent Tree nodeclass Node:# A function to create a new nodedef __init__(self, key):self.data = keyself.left = Noneself.right = Noneroot = Node(4)root.left = Node(2)root.right = Node(6)root.left.left = Node(1)root.left.right = Node(3)root.right.left = Node(5)root.right.right = Node(7)}Write a complete Python program to only return the third smallest element in the Binary Search Tree. The value of the third smallest elementis ”3”. You may choose either a recursive or an iterative solution. Youare NOT allowed to actively maintain an extra data-structure for storageof values of the tree elements to perform a linear scan later to return therequired value.HINT: A certain BST Traversal is ordered.