Given this c++ linked list header file called "llist.h", implement the function, std::string to_string(); should Return a string representation of the list. , 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: std::string to_string(); }; to_string : std::string Return a string representation of the list.

Given this c++ linked list header file called "llist.h", implement the function, std::string to_string(); should Return a string representation of the list. , 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: std::string to_string(); }; to_string : std::string Return a string representation of the list.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter17: Linked Lists

Section: Chapter Questions

Problem 18PE

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Given this c++ linked list header file called "llist.h", implement the function, std::string to_string(); , 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: std::string to_string(); };
Given this c++ linked list header file called "llist.h", implement the function, void prepend(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 prepend(T newElement);
Given this c++ linked list header file called "llist.h", implement the function, T deleteAt(int index); , 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: T deleteAt(int index);
In C++ Write the DLList member function bool DLLidt<T>::insert_before(int index, T& x) that is going to insert a node with the value of x before the node at position index in the list. Example: If the current list is [5, 6, 7, 8] insert_before(2,0); will change the current list to [5,6,0,7,8] **You need to use get_at function, and use it only one time to optimize the call of your code. ** Don’t forget to fix the next, and prev pointers for each node. ** for inserting before 0 index, you may use add_to_head function.
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C++ code Screenshot and output is must
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for c++ please thank you please type the code so i can copy and paste easily thanks. 4, List search Modify the linked listv class you created in the previous programming challange to include a member function named search that returns the position of a specific value, x, in the lined list. the first node in the list is at position 0, the second node is at position 1, and so on. if x is not found on the list, the search should return -1 test the new member function using an approprate driver program. here is my previous programming challange. #include <iostream> using namespace std; struct node { int data; node *next; }; class list { private: node *head,*tail; public: list() { head = NULL; tail = NULL; } ~list() { } void append() { int value; cout<<"Enter the value to append: "; cin>>value; node *temp=new node; node *s; temp->data = value; temp->next = NULL; s = head; if(head==NULL) head=temp; else { while (s->next != NULL) s = s->next; s->next =…