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Q2) Our implementation of a Doubly List relies on two sentinel nodes, header and trailer. Re-implement the DoublyLinkedList without using these extra nodes. Use only head that points to the first node and tail that points to the last node (similar to the implementation of singly linked list in the slides), "waht'solve

Q2) Our implementation of a Doubly List relies on two sentinel nodes, header and trailer. Re-implement the DoublyLinkedList without using these extra nodes. Use only head that points to the first node and tail that points to the last node (similar to the implementation of singly linked list in the slides), "waht'solve

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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HW1 Q1) Re-implement Singly List structure without using "tail" that points to the last node in the list ( using only head), and without using variable "size" that keeps track of how many elements in the list. What is the complexity of each of the following methods in your implementation: addFirst, addLast, size, removeFirst, removeLast, isEmpty. Q2) Our implementation of a Doubly List relies on two sentinel nodes, header and trailer. Re-implement the DoublyLinkedList without using these extra nodes. Use only head that points to the first node and tail that points to the last node (similar to the implementation of singly linked list in the slides). PWaht solve only question Instructions: Create a project on Eclipse, and create a package for each one of the two questions. After you finish implementing Singly linked list and Doubly linked list, test each operation in each type of the lists (addFirst, addFirst, addLast, size, removeFirst, removeLast, isEmpty and take screenshots. You need to submit the following 1. The project (using export utility). 2. A PDF file contains: the code, a table shows the complexity of the operations in your implementation of singly linked list (requested in QI), and screenshots of the output when testing the operations in each type.
Transcribed Image Text:HW1 Q1) Re-implement Singly List structure without using "tail" that points to the last node in the list ( using only head), and without using variable "size" that keeps track of how many elements in the list. What is the complexity of each of the following methods in your implementation: addFirst, addLast, size, removeFirst, removeLast, isEmpty. Q2) Our implementation of a Doubly List relies on two sentinel nodes, header and trailer. Re-implement the DoublyLinkedList without using these extra nodes. Use only head that points to the first node and tail that points to the last node (similar to the implementation of singly linked list in the slides). PWaht solve only question Instructions: Create a project on Eclipse, and create a package for each one of the two questions. After you finish implementing Singly linked list and Doubly linked list, test each operation in each type of the lists (addFirst, addFirst, addLast, size, removeFirst, removeLast, isEmpty and take screenshots. You need to submit the following 1. The project (using export utility). 2. A PDF file contains: the code, a table shows the complexity of the operations in your implementation of singly linked list (requested in QI), and screenshots of the output when testing the operations in each type.
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