If you have any doubts, please give me comment...
public void replace(int index, int item){
if(index<0)
return;
Node temp = head;
while(index>0 && temp!=null){
temp = temp.getNext();
index--;
}
if(index==0 && temp!=null)
temp.setItem(item);
}
Complete the implementation of the method replace: public class SinglyLinkedList private Node head, public SinglyLinkedListo this(null) public SinglyLinkedList(Node head) [ this.head -head public Nod...
Java Programming: The following is my code: public class KWSingleLinkedList<E> { public void setSize(int size) { this.size = size; } /** Reference to list head. */ private Node<E> head = null; /** The number of items in the list */ private int size = 0; /** Add an item to the front of the list. @param item The item to be added */ public void addFirst(E...
public class myLinkedList<E extends Comparable<E>>{ private Node<E> head = null; private Node<E> tail = null; public myLinkedList() { head = null; } public void concatenateList (myLinkedList<E> M) {//attach another linkedList refered by M to the end of this linkedList } public int searchElement (E targetElement){//test if a target element can be found on the list, return the occurrences of the target element ...
I need help with todo line please public class LinkedList { private Node head; public LinkedList() { head = null; } public boolean isEmpty() { return head == null; } public int size() { int count = 0; Node current = head; while (current != null) { count++; current = current.getNext(); } return count; } public void add(int data) { Node newNode = new Node(data); newNode.setNext(head); head = newNode; } public void append(int data) { Node newNode = new Node(data);...
Here is the IntegerLinkedList_incomplete class: public class IntegerLinkedList { static class Node { /** The element stored at this node */ private int element; // reference to the element stored at this node /** A reference to the subsequent node in the list */ private Node next; // reference to the subsequent node in the list /** * Creates a node with the given element and next node. * * @param e the element to be stored * @param n...
could somone please help me to complete this ! public class MyLinkedList<AnyType> { private Node<AnyType> head, tail; private int size; public MyLinkedList() { this.head = null; this.tail = null; this.size = 0; } //1.Insert a node at the end of the list public void insert(AnyType data) { Node<AnyType> newNode = new Node(); newNode.data = data; if (head == null) { head = newNode; tail = newNode; head.next = null; tail.next = null; } else { tail.next = newNode; tail =...
Complete two of the List methods: SinglyLinkedList::size() and SinglyLinkedList::get(). import java.util.AbstractList; public class SinglyLinkedList<E> extends AbstractList<E> { /** Reference to the first node in our linked list. This will be null if the list is empty. */ private Entry head; /** * Creates an empty list. */ public SinglyLinkedList() { reset(); } /** * This method, which is only used within the SinglyLinkedList class, returns the instance to its initial state. This * call will reset the head to be...
// Node.h #ifndef NODE_H #define NODE_H class Node { private: int m_entry; Node *m_next; public: Node(); Node(int entry); int getEntry() const; void setEntry(int entry); Node *getNext(); void setNext(Node *next); }; #endif // Node.cpp #include "Node.h" Node::Node() { m_entry = 0; m_next = nullptr; } Node::Node(int entry) { m_entry = entry; } int Node::getEntry() const { return m_entry; } void Node::setEntry(int entry) { m_entry = entry; } Node *Node::getNext() { return m_next; } void Node::setNext(Node *next) { m_next = next; }...
1. private Node head; private Node tail; public class Node { String name; Node next; Node prev; } public void displayInReverse(){ //write your code here to display names in reverse } 2. public class NodeOne { String name; NodeOne next; public NodeOne(String name) { this.name = name; } } // Complete the code snippet below so that the delete method works properly public void delete(String name) { NodeOne temp = head, prev = head; while (temp != null) { if...
Data Structures - Singly Linked Lists You will add a method swapNodes to SinglyLinkedList class (below). This method should swap two nodes node1 and node2 (and not just their contents) given references only to node1 and node2. The new method should check if node1 and node2 are the same node, etc. Write the main method to test the swapNodes method. You may need to traverse the list. package linkedlists; public class SinglyLinkedList<E> implements Cloneable { // ---------------- nested Node class...
Problem 3 (List Implementation) (35 points): Write a method in the DoublyLList class that deletes the first item containing a given value from a doubly linked list. The header of the method is as follows: public boolean removeValue(T aValue) where T is the general type of the objects in the list and the methods returns true if such an item is found and deleted. Include testing of the method in a main method of the DoublyLList class. ------------------------------------------------------------------------------------- /** A...