Java Very important: As a COMMENT IN CODE, please DO Test-Cases on how you would test your solution assumptions and hence your code explore a specific way to perform a Breadth First Search (BFS) of a given Graph [Ref : Figure 1].
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Very important: As a COMMENT IN CODE, please DO Test-Cases on how you would test your solution assumptions and hence your code
explore a specific way to perform a Breadth First Search (BFS) of a given Graph [Ref : Figure 1].
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- Implement class “LinkedList” which has two private data members head: A pointer to the Node class length: length of the linked listImplement the following private method:1. Node* GetNode(int index) const;A private function which is only accessible to the class methods. . For example, index 0 corresponds to the head and index length-1 corresponds to end node of the linked list. The function returns NULL if the index is out of bound.Implement the following public methods:2. LinkedList();Constructor that sets head to NULL and length equal to zero.3. bool InsertAt(int data, int index);Insert a new node at the index. Return true if successful, otherwise,return false. The new node should be at the position “index” in the linked list after inserting it. You might have to use GetNode private function. these 3 partsImplement a Single linked list to store a set of Integer numbers (no duplicate) • Instance variable• Constructor• Accessor and Update methods 2.) Define SLinkedList Classa. Instance Variables: # Node head # Node tail # int sizeb. Constructorc. Methods # int getSize() //Return the number of nodes of the list. # boolean isEmpty() //Return true if the list is empty, and false otherwise. # int getFirst() //Return the value of the first node of the list. # int getLast()/ /Return the value of the Last node of the list. # Node getHead()/ /Return the head # setHead(Node h)//Set the head # Node getTail()/ /Return the tail # setTail(Node t)//Set the tail # addFirst(E e) //add a new element to the front of the list # addLast(E e) // add new element to the end of the list # E removeFirst()//Return the value of the first node of the list # display()/ /print out values of all the nodes of the list # Node search(E key)//check if a given…Implement a Single linked list to store a set of Integer numbers (no duplicate) • Instance variable• Constructor• Accessor and Update methods 1. Define a Node Class.a. Instance Variables # E element- (generics framework) # Node Next (pointer) - refer to the next node (Self-referential)b. Constructorc. Methods # E getElement() //Return the value of this node. # setElement(E e) // Set value to this node. # Node getNext() //Return the pointer of this node. # setNext(Node n) //Set pointer to this node. # displayNode() //Display information of this node.
- Implement a Doubly linked list to store a set of Integer numbers (no duplicate) • Instance variable• Constructor• Accessor and Update methods2. Define DLinkedList Classa. Instance Variables: # Node header # Node trailer # int sizeb. Constructorc. Methods # int getSize() //Return the number of nodes of the list. # int getSize() //Return the number of elements of the list. # boolean isEmpty() //Return true if the list is empty, and false otherwise. # E getFirst() //Return the value of the first node of the list. # E getLast()/ /Return the value of the Last node of the list. # addFirst(E e) //Add a new node to the front of the list. # addLast(E e) //Add a new node to the end of the list. # Node remove(Node n) //remove a node which has the reference n from the list # Node removeFirst() //Remove the first node of the list, and return the removed node or null if failed. # Node removeLast() //Remove the last node of the list, and return the…Implement a Doubly linked list to store a set of Integer numbers (no duplicate) • Instance variable• Constructor• Accessor and Update methods1. Define a Node Class.a. Instance Variables # E element - (generics framework) # Node next (pointer) - refer to the next node (Self-referential) # Node prev (pointer) - refer to the previous node (Self-referential)b. Constructorc. Methods # E getElement() //Return the value of this node. # setElement(E e) // Set value to this node. # Node getNext() //Return the next pointer of this node. # setNext(Node n) //Set the next pointer to this node. # Node getPrev() //Return the pointer of this node. # setPrev(Node n) //Set the previous pointer to this node. # displayNode() //Display the value of this node.package circularlinkedlist;import java.util.Iterator; public class CircularLinkedList<E> implements Iterable<E> { // Your variablesNode<E> head;Node<E> tail;int size; // BE SURE TO KEEP TRACK OF THE SIZE // implement this constructorpublic CircularLinkedList() {} // I highly recommend using this helper method// Return Node<E> found at the specified index// be sure to handle out of bounds casesprivate Node<E> getNode(int index ) { return null;} // attach a node to the end of the listpublic boolean add(E item) {this.add(size,item);return false; } // Cases to handle// out of bounds// adding to empty list// adding to front// adding to "end"// adding anywhere else// REMEMBER TO INCREMENT THE SIZEpublic void add(int index, E item){ } // remove must handle the following cases// out of bounds// removing the only thing in the list// removing the first thing in the list (need to adjust the last thing in the list to point to the beginning)// removing the last…
- Implement a LinkedList class that stores integers using dynamic memory and a proper main program to test it. The following member functions need to be properly implemented and tested: 1. Default constructor. 2. Parmetrized Constructor. 3. Sum. 4. Average. 5. InsertAtHead. 6. InsertAtTail. 7. Delete. 8. Pop. 9. Circular. 10. Display. Sample answer is also provided.Computer Science Java Programming ******* Write a Java application that will, given an appropriate data structure, will be able to track the following module and its dependencies as well as implement an appropriate search algorithm to create the correct graph for any given module. The graph will show all the corresponding dependent modules in their correct order of dependency. Must use Stack, either Double ArrayList or Linked List, and simple search to implement this. Module A: Dependencies: B D E K L Module B: Dependencies: F G M Module C: Dependencies: F Module D: Dependencies: G Module E: Dependencies: B A Module F: Dependencies: B Module G: Dependencies: NONE Module K: Dependencies: M Module L: Dependencies: Q Module M: Dependencies: A Module Q: Dependencies: NONE Ensure that dependencies are only visited only once. To test: Input A Your Output: Module A. Dependencies: B F G M D E K M L QA) 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.
- Implement class “LinkedList” which has two private data members head: A pointer to the Node class length: length of the linked list // Node* GetNode(int index) const;A private function which is only accessible to the class methods. This function takes an array-like index and returns the address of the node at that index. For example, index 0 corresponds to the head and index length-1 corresponds to end node of the linked list. The function returns NULL if the index is out of bound.// Implement the following public method: 1. bool RemoveHead();// Use RemoveAt FunctionRemove first node. Return true if successful, otherwise, false.2. bool RemoveEnd();// Use RemoveAt FunctionRemove last node. Return true if successful, otherwise, false.3 . void DisplayList() const;Display data of the whole linked list this in c++.Complete the method to perform breadth first traversal (search) here is the method: private static void breadthFirst() { //Todo System.out.println("test"); }here is the complete source code: Graph.java---------------------------------package finlab;import java.util.*;public class Graph { List<Edge>[] list; public Graph(int n){ list = new LinkedList[n]; for(int i=0; i<list.length;i++){ list[i] = new LinkedList<>(); } } void addEdge(int u, int v, int w){ list[u].add(0,new Edge(v,w)); } boolean isConnected(int u, int v){ for(Edge e: list[u]) { if (e.v == v) return true; } return false; } @Override public String toString(){ String result= ""; for(int i=0; i<list.length; i++){ result+= i+": "+list[i]+"\n"; } return result; }}Edge.java--------------------------------------------------------package…Create a class Queue and a Main class. This queue will be implemented using the LinkedList class that has been provided. This queue will hold values of a generic type (<T>). Your Queue should have the following public methods: public void enqueue(T data) public T dequeue() public T peek() public int size() public boolean isEmpty() public class LinkedList<T> { private Node<T> head; private Node<T> tail; private int size; @Override public boolean isEmpty() { return size == 0; } @Override public void append(T data) { Node<T> node = new Node<>(data); if (tail == null) { head = tail = node; } else { tail.next = node; node.prev = tail; tail = node; } size++; } @Override public void prepend(T data) { Node<T> node = new Node<>(data); if (head == null) { head = tail = node; } else {…