code of the class Linkedlist is provided. Test your method from the main. Constraints. For full credit, your solution must meet the following restrictions. A violating solution will be penalized accordingly. points if violated. Your code must run in no worse than O(n), where n is the length of the linked list. B)ts if violated. Do not leak memory

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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The code of the class Linkedlist is provided. Test your method from the main. Constraints. For full credit, your solution must meet the following restrictions. A violating solution will be penalized accordingly. points if violated. Your code must run in no worse than O(n), where n is the length of the linked list. B)ts if violated. Do not leak memory

Problem. In an unsorted linked list, delete duplicate nodes by traversing
the list only once.
Add a method removeDuplicates() to the class LinkedList, see the next
page. The code of the class LinkedList is provided.
Test your method from the main.
Constraints. For full credit, your solution must meet the following
restrictions. A violating solution will be penalized accordingly.
A) -20 points if violated. Your code must run in no worse than 0(n), where
n is the length of the linked list.
B) -30 points if violated. Do not leak memory; if you remove nodes from
the list, free their associated memory.
C) -10 points if violated. Your code must solve the problem by making only
a single traversal over the list, not multiple passes.
Suggested realization of the LinkedList class.
public class LinkedList {private Node
head;
private class Node { private int
value; private Node
next;
public Node(int value) { this.value = value;
www w
}
}
@Override
public String toString() {
Node current = head;
Transcribed Image Text:Problem. In an unsorted linked list, delete duplicate nodes by traversing the list only once. Add a method removeDuplicates() to the class LinkedList, see the next page. The code of the class LinkedList is provided. Test your method from the main. Constraints. For full credit, your solution must meet the following restrictions. A violating solution will be penalized accordingly. A) -20 points if violated. Your code must run in no worse than 0(n), where n is the length of the linked list. B) -30 points if violated. Do not leak memory; if you remove nodes from the list, free their associated memory. C) -10 points if violated. Your code must solve the problem by making only a single traversal over the list, not multiple passes. Suggested realization of the LinkedList class. public class LinkedList {private Node head; private class Node { private int value; private Node next; public Node(int value) { this.value = value; www w } } @Override public String toString() { Node current = head;
StringBuffer toPrint = new StringBuffer(); toPrint.append("[");
while (current != null) { if (current.next != null) {
toPrint.append(current.value + ", ");
} else {
ww. ww
toPrint.append(current.value);
} current = current.next;
w w w m
}
toPrint.append("]"); return
toPrint.toString();
}
public void addFirst(int value) { Node node =
new Node(value);
if (head == null) { head =
node;
} else {node.next = head; head
= node;
}
}
Transcribed Image Text:StringBuffer toPrint = new StringBuffer(); toPrint.append("["); while (current != null) { if (current.next != null) { toPrint.append(current.value + ", "); } else { ww. ww toPrint.append(current.value); } current = current.next; w w w m } toPrint.append("]"); return toPrint.toString(); } public void addFirst(int value) { Node node = new Node(value); if (head == null) { head = node; } else {node.next = head; head = node; } }
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