Given this c++ linked list header file called "llist.h", implement the function, void insertAt(int index, T newElement); , please Llist.h: #ifndef LLIST_H#define LLIST_H#include <string>#include <iostream> //a list node is defined here as a struct Node for nowtemplate <typename T>struct Node{ T elem; // elem is the element stored Node<T> *next; // next is the pointer to the next node};//--------------------------------------------------------- template<typename T>class llist {private: Node<T>* front; // pointer to the front node Node<T>* rear; // pointer to the rear node int count; // counter for the number of nodes public: void insertAt(int index, T newElement);
Given this c++ linked list header file called "llist.h", implement the function, void insertAt(int index, T newElement); , please Llist.h: #ifndef LLIST_H#define LLIST_H#include <string>#include <iostream> //a list node is defined here as a struct Node for nowtemplate <typename T>struct Node{ T elem; // elem is the element stored Node<T> *next; // next is the pointer to the next node};//--------------------------------------------------------- template<typename T>class llist {private: Node<T>* front; // pointer to the front node Node<T>* rear; // pointer to the rear node int count; // counter for the number of nodes public: void insertAt(int index, T newElement);
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter18: Stacks And Queues
Section: Chapter Questions
Problem 16SA
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Given this c++ linked list header file called "llist.h",
implement the function,
void insertAt(int index, T newElement);
, please
Llist.h:
#ifndef LLIST_H
#define LLIST_H
#include <string>
#include <iostream>
//a list node is defined here as a struct Node for now
template <typename T>
struct Node
{
T elem; // elem is the element stored
Node<T> *next; // next is the pointer to the next node
};
//---------------------------------------------------------
template<typename T>
class llist {
private:
Node<T>* front; // pointer to the front node
Node<T>* rear; // pointer to the rear node
int count; // counter for the number of nodes
public:
void insertAt(int index, T newElement);
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