8. Implement an extractLessThan operation on a singly-linked list with no tail pointer. Your code SHOULD NOT delete memory, only return a new LinkedList with the value less than parameter value. Your code must not call other LinkedList functions. Order of the extracted nodes does not matter. struct LinkNode { Data • data; // note that you can compare by calling data->compareTo(other) LinkNode • next; class LinkedList { LinkNode • head; • Returns a nev LinkedList that contains all of the LinkNodes from this • LinkedList that have node->data->compareTo (value) <0. • LinkedList •x- ... // x contains (5, 8, 1, 3] • Data • value - nev IntegerData (4); • LinkedList • y- x->extractLessThan (value); • // x nov contains [5, 8] and y now contains (3, 1] // You have access to head and to this LinkedList • extractLeseThan (Data • value) { LinkedList • nevList - nev LinkedListO: LinkNode • current - head; LinkNode • previous - NULL;
8. Implement an extractLessThan operation on a singly-linked list with no tail pointer. Your code SHOULD NOT delete memory, only return a new LinkedList with the value less than parameter value. Your code must not call other LinkedList functions. Order of the extracted nodes does not matter. struct LinkNode { Data • data; // note that you can compare by calling data->compareTo(other) LinkNode • next; class LinkedList { LinkNode • head; • Returns a nev LinkedList that contains all of the LinkNodes from this • LinkedList that have node->data->compareTo (value) <0. • LinkedList •x- ... // x contains (5, 8, 1, 3] • Data • value - nev IntegerData (4); • LinkedList • y- x->extractLessThan (value); • // x nov contains [5, 8] and y now contains (3, 1] // You have access to head and to this LinkedList • extractLeseThan (Data • value) { LinkedList • nevList - nev LinkedListO: LinkNode • current - head; LinkNode • previous - NULL;
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...
Related questions
Question
![8.
Implement an extractLessThan operation on a singly-linked list with no
tail pointer. Your code SHOULD NOT delete memory, only return a new LinkedList
with the value less than parameter value. Your code must not call other LinkedList
functions. Order of the extracted nodes does not matter.
struct LinkNode {
Data • data; // note that you can compare by calling data->compareTo(other)
LinkNode • next;
class LinkedList {
LinkNode • head;
• Returns a nev LinkedList that contains all of the LinkNodes from this
• LinkedList that have node->data->compareTo (value) <0.
• LinkedList •x- ... // x contains (5, 8, 1, 3]
• Data • value - nev IntegerData (4);
• LinkedList • y- x->extractLessThan (value);
• // x nov contains [5, 8] and y now contains (3, 1]
// You have access to head and to this
LinkedList • extractLeseThan (Data • value) {
LinkedList • nevList - nev LinkedListO:
LinkNode • current - head;
LinkNode • previous - NULL;](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9fd06d49-08c1-4c69-9a5c-c5b264d85373%2Fd2541964-0168-4cd2-9a98-ced755b877ac%2Fi8ae23s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8.
Implement an extractLessThan operation on a singly-linked list with no
tail pointer. Your code SHOULD NOT delete memory, only return a new LinkedList
with the value less than parameter value. Your code must not call other LinkedList
functions. Order of the extracted nodes does not matter.
struct LinkNode {
Data • data; // note that you can compare by calling data->compareTo(other)
LinkNode • next;
class LinkedList {
LinkNode • head;
• Returns a nev LinkedList that contains all of the LinkNodes from this
• LinkedList that have node->data->compareTo (value) <0.
• LinkedList •x- ... // x contains (5, 8, 1, 3]
• Data • value - nev IntegerData (4);
• LinkedList • y- x->extractLessThan (value);
• // x nov contains [5, 8] and y now contains (3, 1]
// You have access to head and to this
LinkedList • extractLeseThan (Data • value) {
LinkedList • nevList - nev LinkedListO:
LinkNode • current - head;
LinkNode • previous - NULL;
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