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Implement the stack ADT in a fully generic manner using the STL
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- Create an implementation of each LinkedList, Queue Stack interface provided For each implementation create a tester to verify the implementation of thatdata structure performs as expected Your task is to: Implement the LinkedList interface ( fill out the implementation shell). Put your implementation through its paces by exercising each of the methods in the test harness Create a client ( a class with a main ) ‘StagBusClient’ which builds a bus route by performing the following operations on your linked list: Create (insert) 4 stations List the stations Check if a station is in the list (print result) Check for a station that exists, and one that doesn’t Remove a station List the stations Add a station before another station. List the stations Add a station after another station. Print the stations StagBusClient.java package app; import linkedList.LinkedList; import linkedList.LinkedListImpl; public class StagBusClient { public static void main(String[] args) { // create…Implement a CircularArray class that supports an array-like data structure whichcan be efficiently rotated. If possible, the class should use a generic type (also called a template), andshould support iteration via the standard for (Obj o : circularArray) notation.Draw a class diagram that shows how to use JCF class ArrayList, LinkedList, and Iterator using a UML drawing tool.
- Suppose you are tasked with implementing a reverse queue in which elements are enqueued at the front and dequeued at the rear The umplementation is dynamic, and your queue class has Node pointers called front and rear, which point to the front and rear nodes in the queue respectively. The Node struct is given below: struct Node char element; Node * next ; }; Implement the dequeue function of the reverse queue which should return the dequeued value. The function prototype is T dequeue () For the toolbar (PCLor ALT+FN+F10 (Mac).Given the linked list data structure, implement a sub-class TSortedList that makes sure that elements are inserted and maintained in an ascending order in the list. So, given the input sequence {1,7,3,11,5}, when printing the list after inserting the last element it should print like 1, 3, 5, 7, 11. Note that with inheritance, you have to only care about the insertion situation as deletion should still be handled by the parent class.29The Java interface construct is used to create a formal specification of our Queue ADT. T OR F
- Implement basic functions of queue, i.e., enqueue, dequeue, front and rare by considering:enqueue 1, enqueue 2, enqueue 3, dequeue, dequeue. Subject : C++Implement STAQUE, an abstract data type that combines a linked stack with a linked queue. Create methods that conduct insert and delete operations on a non-empty STAQUE, referred to as PUSHINS and POPDEL, respectively.POPDEL deletes entries from the top/front of the list, whereas PUSHINS inserts an element at the front or back of the STAQUE based on an indication supplied to the operation.This assignment will require you to implement a generic interface (Queue<T>) with an array based queue implementation class QueueArray<T>. floating front design. Once you have implemented the class, the test program will run a client test program on the enqueue, dequeue, display and full methods. The test program will create queues of Integers as well as String objects. Enjoying the power of your generic implementation both will work with no additional changes. There are TODO based comments in the implementation file. Create a project and demonstrate that you can successfully create the required output file, shown below. Thr file includes: Queue.java package queueHw; public interface Queue <T> { public boolean empty(); public boolean full(); public boolean enqueue(T data); public T dequeue(); public void display(); } ... TestQueue.java package queueHw; public class TestQueue { public static void main(String[] args) { //TEST QueueArray with…
- Make a program in C++ to demonstrate implementation of a circular queue. It should have the following functionalities, Implementation using Array ADT: Enqueue Dequeue Crate Empty Queue Exception ( By Function Overloading) Queue Is Full Exception ( By Function Overloading) Note: solve as soon as possibleA) Write a generic Java queue class (a plain queue, not a priority queue). Then, call it GenericQueue, because the JDK already has an interface called Queue. This class must be able to create a queue of objects of any reference type. Consider the GenericStack class shown below for some hints. Like the Stack class below, the GenericQueue should use an underlying ArrayList<E>. Write these methods and any others you find useful: enqueue() adds an E to the queue peek() returns a reference to the object that has been in the queue the longest, without removing it from the queue dequeue() returns the E that has been in the queue the longest, and removes it from the queue contains(T t) returns true if the queue contains at least one object that is equal to t *in the sense that calling .equals() on the object with t the parameter returns true.* Otherwise contains returns false. size() and isEmpty() are obvious.Your crazy boss has assigned you to write a linear array-based implementation of the IQueue interface for use in all the company's software. You've tried explaining why that's a bad idea with logic and math, but to no avail. So - suppress your inner turmoil and complete the add() and remove() methods of the AQueue class and identify the runtime order of each of your methods. /** A minimal queue interface */ public interface IQueue { /** Add element to the end of the queue */ public void add(E element); /** Remove and return element from the front of the queue * @returns fırst element * @throws NoSuchElementException if queue is empty */ public E remove(); /** Not an ideal Queue */ public class AQueue implements IQueue{ private El) array: private int rear; public AQueue(){ array = (E[)(new Object[10]): rear = 0: private void expandCapacity) { if (rear == array.length) { array = Arrays.copyOf(array, array.length 2): @Override public void add(E element) { / TODO @Override public E…