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Computer Engineering
Apply concepts of Advanced Data Structures to implement a template class for singly linked list with following attributes and functionalities: template celass T> struct Node ( Data; Node *nextPer; class Linkedlisti private: int Length; Node headPtr; public: LinkedList (); -Linkedlist (); int getlength (); troid inserelNode (T); void removellode (I); void Movetolast (int index); void Movetostart (int index); roid DisplayList (); Page 2 of 3 insertNode(T) will insert a new node at the start of the list - Function removeNode( T) will search a node and if found, delete it from the list. Copy Constructor: Copy Constructor will make a copy of an existing Linked List MovetoLast (int index) will move a node from an index to the end of the list. MovetoStart (int index ) will move a node from an index to the start of the list. In main(), create a linked lists of type float and ask the user to add 10 values to the list. Move the first two elements in the list to last, move the element from the middle to the start and display the linked list.

Apply concepts of Advanced Data Structures to implement a template class for singly linked list with following attributes and functionalities: template celass T> struct Node ( Data; Node *nextPer; class Linkedlisti private: int Length; Node headPtr; public: LinkedList (); -Linkedlist (); int getlength (); troid inserelNode (T); void removellode (I); void Movetolast (int index); void Movetostart (int index); roid DisplayList (); Page 2 of 3 insertNode(T) will insert a new node at the start of the list - Function removeNode( T) will search a node and if found, delete it from the list. Copy Constructor: Copy Constructor will make a copy of an existing Linked List MovetoLast (int index) will move a node from an index to the end of the list. MovetoStart (int index ) will move a node from an index to the start of the list. In main(), create a linked lists of type float and ask the user to add 10 values to the list. Move the first two elements in the list to last, move the element from the middle to the start and display the linked list.

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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Question

write c++ program in the attacment below

class pf the program is given below

template <class T>
struct Node{
T Data;
Node <T> *nextPtr;
};
class LinkedList{
private:
int Length;
Node <T> *headPtr;
public:
LinkedList();
~LinkedList();
int getLength();
void insertNode(T);
void removeNode(T);
void MovetoLast(int index);
void MovetoStart(int index);
void DisplayList();
};

Apply concepts of Advanced Data Structures to implement a template class for singly linked list with following attributes and functionalities: template <class T> struct Node ( Data; Node <T> *next Ptr; }; class LinkedList { private: int Length; Node <T> *headPtr; public: LinkedList (); LinkedList (); int getLength (); void insertNode (T); void removeNode (T); void Movetolast (int index); void Movetostart (int index); void DisplayList (); }; Page 2 of 3 insertNode(T) will insert a new node at the start of the list Function removeNode( T) will search a node and if found, delete it from the list. Copy Constructor: Copy Constructor will make a copy of an existing Linked List MovetoLast (int index ) will move a node from an index to the end of the list. MovetoStart (int index ) will move a node from an index to the start of the list. In main(), create a linked lists of type float and ask the user to add 10 values to the list. Move the first two elements in the list to last, move the element from the middle to the start and display the linked list.
Transcribed Image Text:Apply concepts of Advanced Data Structures to implement a template class for singly linked list with following attributes and functionalities: template <class T> struct Node ( Data; Node <T> *next Ptr; }; class LinkedList { private: int Length; Node <T> *headPtr; public: LinkedList (); LinkedList (); int getLength (); void insertNode (T); void removeNode (T); void Movetolast (int index); void Movetostart (int index); void DisplayList (); }; Page 2 of 3 insertNode(T) will insert a new node at the start of the list Function removeNode( T) will search a node and if found, delete it from the list. Copy Constructor: Copy Constructor will make a copy of an existing Linked List MovetoLast (int index ) will move a node from an index to the end of the list. MovetoStart (int index ) will move a node from an index to the start of the list. In main(), create a linked lists of type float and ask the user to add 10 values to the list. Move the first two elements in the list to last, move the element from the middle to the start and display the linked list.
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