Please answer using the below driver code template

You are to code some simple music player application making appropriate use of doubly linked lists with head and tail, as described hereafter.

Create a doubly linked list for a music playlist. a. Provide a Song class that has a title and a singer as data members. b. Create a doubly linked list, with a head node (musicPlaylist) pointing to the first song on the list. c. Display a menu for the user to choose an option, as follows: 1. Add a song 2. Delete a song 3. Play a song 4. Skip forward 5. Skip backward 6. Exit Adding and deleting songs (#1-2) should update the playlist accordingly. Adding a song places it at the end of the list. Playing a song (#3) will prompt the user to enter the title of the song and print both the title and singer (e.g., Now playing by ) Skipping forward or backward (#4-5) will jump to the previous song or the next song, respectively, and display its title and singer (as per above). Skip forward on the last song takes you to the beginning of the list. Skip backward on the first song takes you to the last song of the list. Exit will quit the program. GIVEN THE C++ TEMPLATE

#include #include using namespace std; class Song { public: Song(string t = "", string s = "") : title{ t }, singer{ s }{ }

friend ostream &operator<<(ostream &out, const Song & s) { out << "Title: " << s.getTitle() << " Artist: " << s.getSinger() << endl<

bool operator==(const Song &rhs) { if ((rhs.title == title) && (rhs.singer == singer)) return true; else return false; } string getTitle() const { return title; } string getSinger() const { return singer; } void setTitle(string t) { title = t; } void setSinger(string s) { singer = s; } Song &operator=(const Song &s) { title = s.title; singer = s.singer; return *this; } private: string title; string singer; }; //Doubly Linked List structure template struct DoubleNode { Object data; DoubleNode *prev; DoubleNode *next;

DoubleNode(const Object & d = Object{}, DoubleNode * p = nullptr, DoubleNode * n = nullptr) : data{ d }, prev{ p }, next{ n } { } }; //function to create Doubly Linked List with values template void createDoublyLinkedList(Object ary[], int size,DoubleNode