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1. Define a class called Player that implements Comparable with health and name attributes and has getter/setter methods to retrieve/access them. Define the appropriate constructors and give it a useful toString() method. 2. Define a class called LinkedList with an inner nested class Node. 3. The Node class has private attributes(Player player; Node next;). Define the appropriate constructor and toString() methods. 4. Class LinkedList has two attributes (Node head and int size). 5. Define the following LinkedList methods: • insert(Player p); remove(Player p); toString(); 1. NOTE: your insert() method must be ordered. This means that your newly added Node should be placed in an ordered fashion such that you resulting linked list is ALWAYS sorted by the players's health.

1. Define a class called Player that implements Comparable with health and name attributes and has getter/setter methods to retrieve/access them. Define the appropriate constructors and give it a useful toString() method. 2. Define a class called LinkedList with an inner nested class Node. 3. The Node class has private attributes(Player player; Node next;). Define the appropriate constructor and toString() methods. 4. Class LinkedList has two attributes (Node head and int size). 5. Define the following LinkedList methods: • insert(Player p); remove(Player p); toString(); 1. NOTE: your insert() method must be ordered. This means that your newly added Node should be placed in an ordered fashion such that you resulting linked list is ALWAYS sorted by the players's health.

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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1. Define a class called Player that implements Comparable <Player> with health and name attributes and has getter/setter methods to retrieve/access them. Define the appropriate constructors and give it a useful toString() method. 2. Define a class called Linked List with an inner nested class Node. 3. The Node class has private attributes(Player player; Node next;). Define the appropriate constructor and toString() methods. 4. Class LinkedList has two attributes (Node head and int size). 5. Define the following LinkedList methods: insert(Player p); remove(Player p); toString(); 1. NOTE: your insert() method must be ordered. This means that your newly added Node should be placed in an ordered fashion such that you resulting linked list is ALWAYS sorted by the players's health. For example: If Player p has health 2000, then insert() will produce the following linked list: p -> null If Player p2 has health 1000, then insert() will produce the following linked list: p2->p->null If Player p3 has health 500, then insert() will produce the following linked list: P3->p2->p->null If Player p4 has health 5000, then insert() will produce the following linked list: p3->p2->p->p4-> null 1. NOTE 2: YOU SHOULD ALWAYS MAINTAIN ENCAPSULATION! Do NOT insert the Player argument, insert a copy/clone of the Player. 2. Create a Driver program to test your application.
Transcribed Image Text:1. Define a class called Player that implements Comparable <Player> with health and name attributes and has getter/setter methods to retrieve/access them. Define the appropriate constructors and give it a useful toString() method. 2. Define a class called Linked List with an inner nested class Node. 3. The Node class has private attributes(Player player; Node next;). Define the appropriate constructor and toString() methods. 4. Class LinkedList has two attributes (Node head and int size). 5. Define the following LinkedList methods: insert(Player p); remove(Player p); toString(); 1. NOTE: your insert() method must be ordered. This means that your newly added Node should be placed in an ordered fashion such that you resulting linked list is ALWAYS sorted by the players's health. For example: If Player p has health 2000, then insert() will produce the following linked list: p -> null If Player p2 has health 1000, then insert() will produce the following linked list: p2->p->null If Player p3 has health 500, then insert() will produce the following linked list: P3->p2->p->null If Player p4 has health 5000, then insert() will produce the following linked list: p3->p2->p->p4-> null 1. NOTE 2: YOU SHOULD ALWAYS MAINTAIN ENCAPSULATION! Do NOT insert the Player argument, insert a copy/clone of the Player. 2. Create a Driver program to test your application.
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