class LinkedListMy {
private static int value_count;
private Node head;
// Default constructor
public LinkedListMy() {
}
// appends at last of the list.
public void add(Object your_values) {
// incase of 1st element initiliz
node
if (head == null) {
head = new
Node(your_values);
}
Node temp_variable = new
Node(your_values);
Node current_val = head;
if (current_val != null) {
// iterate and
then add element after last
while
(current_val.getnext_point() != null) {
current_val = current_val.getnext_point();
}
current_val.setnext_point(temp_variable);
}
//update number of element in the
list
incrementvalue_count();
}
private static int getvalue_count() {
return value_count;
}
private static void incrementvalue_count() {
value_count++;
}
public Object get(int index)
// to retreive element on the basis of position.
{
if (index < 0)
return
null;
Node current_val = null;
if (head != null) {
current_val =
head.getnext_point();
for (int i = 0;
i < index; i++) {
if (current_val.getnext_point() == null)
return null;
current_val = current_val.getnext_point();
}
return
current_val.getyour_values();
}
return current_val;
}
// total size of list.
public int size() {
return getvalue_count();
}
private class Node {
Object your_values;
Node next_point;
// Node constructor
public Node(Object
your_valuesValue) {
next_point =
null;
your_values =
your_valuesValue;
}
@SuppressWarnings("unused")
public Node(Object
your_valuesValue, Node next_pointValue) {
next_point =
next_pointValue;
your_values =
your_valuesValue;
}
public Node getnext_point() {
return
next_point;
}
public void setnext_point(Node
next_pointValue) {
next_point =
next_pointValue;
}
public Object getyour_values()
{
return
your_values;
}
@SuppressWarnings("unused")
public void setyour_values(Object
your_valuesValue) {
your_values =
your_valuesValue;
}
}
}
how to implement a linked list object using only singly linked list toolkit. Then implement a...
Given a singly-linked list interface and linked list node class, implement the singly-linked list which has the following methods in Java: 1. Implement 3 add() methods. One will add to the front (must be O(1)), one will add to the back (must be O(1)), and one will add anywhere in the list according to given index (must be O(1) for index 0 and O(n) for all other indices). They are: void addAtIndex(int index, T data), void addToFront(T data), void addToBack(T...
1. Create a class MLL, a singly linked, non-circular list where each node only has one link next and the list has a head and a tail link (think about implementation of node). The MLL class also implements the Iterable interface. The following should be implemented as well: 2. Add the methods to the MLL class: a. iterator() to implement the Iterable interface. This method returns an instance of MLLI initialized appropriately. b. addFirst( value) that adds a value to...
8.9 Coding lab #5: create a dynamic array ADT and a singly linked list ADT. Honor Code Your answers to this homework must be your own work.You are not allowed to share your solutions.You may not engage in any other activities that will dishonestly improve your results or dishonestly improve or damage the results of others. Plagiarism Plagiarism is when you copy words, ideas, or any other materials from another source without giving credit. Plagiarism is unacceptable in any academic environment....
Write a Python function to implement the quick sort algorithm over a singly linked list. The input of your function should be a reference pointing to the first node of a linked list, and the output of your function should also be a reference to the first node of a linked list, in which the data have been sorted into the ascending order. (You may use the LinkedQueue class we introduced in the lecture directly in your program.)
Implement an application based on a singly linked list that maintains a list of the top five performers in a video game. An entry on the list consists of a name and a score (you can make this into a blueprint class if you like), and the list must be maintained in descending order of scores. Here is an example of such a list when it only has three elements. Spike120 Whiz105 G-man 99 Use a class based on singly...
In C++ - Learn how to implement linked lists Part 1 Node and Linked List Class (50 pts): Create node with public properties: Block type block and block ptr next. Create a linked list class that uses the node you generated without an add or delete method with a head and optional tail and counter. Make a driver that generates a node to test your implementation. Part 2 Add Method (30 pts): Create an add method in your linked list...
In Java The following Java implementation of a class Node is given: private class Node<Object> { Node() { this(null, null); } Node(Object d) { this(d, null); } Node(Object d, Node n) { data = d; next = n; } Object data; Node next; } Assume that a singly linked list is implemented with a header node, but no tail node, and that it maintains only a reference to the header node. Using the class Node described above, write a MySingleLinkedList...
solving using C. Use a singly linked list to implement a priority queue with two operations: enqueue and dequeue. Each node contains an integer value, a priority, and a pointer to the next node. The priority is a value between 1- 10 (where 10 is the highest priority). When a value is added to the queue, it is added with a value and priority. When a value is removed from the priority queue, the first element with the highest priority...
Exercise-1:15 points Develop a node class and a singly list class. The node class should have two state variables namely data and nextNode. The singly list class should contain the following methods . Middlelnsert-insert a node somewhere in the middle of the list . Startinsert-insert a node at start of the Linked list Endinsert-insert a node at the end of the Linked list . Delete-delete a node Traverse-prints all the node's data Reverse -reverses the linked list Note: Choose appropriate...