Linked List 88621159 Data Structures and Algorithms 22561
- Slides: 21
Linked List 88621159 Data Structures and Algorithms 2/2561
Array vs. Linked list
Node
Class Linked. List
Class Linked. List
Class Linked. List
Class Linked. List
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Linked. List in Java https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
Methods of Linked. List class https: //beginnersbook. com/2013/12/linkedlist-in-java-with-example/
How to iterate Linked. List
How to iterate Linked. List Output: **For loop ** Apple Orange Mango Output: **Advanced For loop ** Apple Orange Mango
How to iterate Linked. List Output: **Iterator ** Apple Orange Mango Output: **While loop ** Apple Orange Mango
import java. util. Linked. List; public class Ex { public static void main(String[] args) { // Creating object of class linked list Linked. List<String> object = new Linked. List<String>(); // Adding elements to the linked list object. add("A"); object. add("B"); object. add. Last("C"); object. add. First("D"); object. add(2, "E"); object. add("F"); object. add("G"); System. out. println("Linked list : " + object); // Removing elements from the linked list object. remove("B"); object. remove(3); object. remove. First(); object. remove. Last(); System. out. println("Linked list after deletion: " + object); // Finding elements in the linked list boolean status = object. contains("E"); if(status) System. out. println("List contains the element 'E' "); else System. out. println("List doesn't contain the element 'E'" ); // Number of elements in the linked list int size = object. size(); System. out. println("Size of linked list = " + size); } } // Get and set elements from linked list Object element = object. get(2); System. out. println("Element returned by get() : " + element); object. set(2, "Y"); System. out. println("Linked list after change : " + object); Exam ple
import java. util. Linked. List; public class Ex { public static void main(String[] args) { // Creating object of class linked list Linked. List<String> object = new Linked. List<String>(); // Adding elements to the linked list object. add("A"); object. add("B"); object. add. Last("C"); object. add. First("D"); object. add(2, "E"); object. add("F"); object. add("G"); System. out. println("Linked list : " + object); // Removing elements from the linked list object. remove("B"); object. remove(3); object. remove. First(); object. remove. Last(); System. out. println("Linked list after deletion: " + object); // Finding elements in the linked list boolean status = object. contains("E"); Exam Linked list : [D, A, E, B, ple C, F, G] Linked list after deletion: [A, E, F] List contains the element 'E' Size of linked list = 3 Element returned by get() : F Linked list after change : [A, E, Y] if(status) System. out. println("List contains the element 'E' "); else System. out. println("List doesn't contain the element 'E'" ); // Number of elements in the linked list int size = object. size(); System. out. println("Size of linked list = " + size); } } // Get and set elements from linked list Object element = object. get(2); System. out. println("Element returned by get() : " + element); object. set(2, "Y"); System. out. println("Linked list after change : " + object);
- Singly vs doubly linked list
- Singly vs doubly linked list
- List adalah
- Professor ajit diwan
- Cos 423 princeton
- Data structures and algorithms tutorial
- Information retrieval data structures and algorithms
- Data structures and algorithms bits pilani
- Data structures and algorithms iit bombay
- Data structures and algorithms
- Data structures and algorithms
- Waterloo data structures and algorithms
- Signature file structure in information retrieval system
- Data structures and algorithms
- Algorithms + data structures = programs
- Singly linked list in data structure
- Polynomial addition in data structure using linked list
- Polynomial linked list c
- Analogous structures
- Difference between linked list and queue
- Quick fit memory allocation
- Linked list pros and cons