JavaImplement Stack using Deque (doubly linked list)You must create an array and the user can insert elements intothis array and can only access or remove the newly insertedelement from the array. The array is executed using a doublylinked list.The following Project should have these classes:1. Class Book: The main Node for the deque array where it should havethe following attributes besides (next, prev nodes):a) Book Idb) Book Namec) Book Author2. Class Booklists: Where all the main operations are done.You need to apply these following operations:1) AddBook() [push(0) : The method Inserts the book object intodeque Stack (form the last).2) RemoveBook() [pop()] : This method extracts an object from thelast of the Deque stack and it removes it. If such object does notexist, the method returns null.(from the last)3) isEmpty() : Return True if deque stack is Empty else return False.4) DisplayAlIBooks() : Print all the books in the deque stack.5) getlistsize(): Return the Size of the Stack.6) findByBookName: search for the book according to the bookname.

Deque or Double Ended Queue is a generalized version of Queue data structure that allows insert and…

Java Implement Stack using Deque (doubly linked list) You must create an array and the user can insert elements into this array and can only access or remove the newly inserted element from the array. The array is executed using a doubly linked list. The following Project should have these classes: 1. Class Book: The main Node for the deque array where it should have the following attributes besides (next, prev nodes): a) Book Id b) Book Name c) Book Author 2. Class BookLists: Where all the main operations are done.

Java Implement Stack using Deque (doubly linked list) You must create an array and the user can insert elements into this array and can only access or remove the newly inserted element from the array. The array is executed using a doubly linked list. The following Project should have these classes: 1. Class Book: The main Node for the deque array where it should have the following attributes besides (next, prev nodes): a) Book Id b) Book Name c) Book Author 2. Class BookLists: Where all the main operations are done.

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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QueueArray.java This file implements QueueInterface.java This file has * attributes of an array holding queue elements. An integer represents front * index, an integer for rear index, and an integer to keep track number of * elements in the queue. An overloaded constructor accepts an integer for * initializing the queue size, e.g. array size. An enqueue method receives an * object and place the object into the queue. The enqueue method will throw * exception with message "Overflow" when the queue is full. A dequeue method * returns and removes an object from front of the queue. The dequeue method * will throw exception with message "Underflow" when the queue is empty. A size * method returns number of elements in the queue. A toString method returns a * String showing size and all elements in the queue.
/** * This class will use Nodes to form a linked list. It implements the LIFO * (Last In First Out) methodology to reverse the input string. * **/ public class LLStack { private Node head; // Constructor with no parameters for outer class public LLStack( ) { // to do } // This is an inner class specifically utilized for LLStack class, // thus no setter or getters are needed private class Node { private Object data; private Node next; // Constructor with no parameters for inner class public Node(){ // to do // to do } // Parametrized constructor for inner class public Node (Object newData, Node nextLink) { // to do: Data part of Node is an Object // to do: Link to next node is a type Node } } // Adds a node as the first node element at the start of the list with the specified…
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