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Make sure to include all necessary validations in the OPERATIONS of the SHELF. Include validations as well in your MAIN PROGRAM in order to ensure that valid data at forwarded to your CLASS. Create a library for this ADT. Create a separate program that will implement the SHELF ADT. The program will show all available options that your program can do. You can only EXIT in the MAIN MENU. In snipping images of your answers, make sure that the names of the files are visible. Properly label the images as follows and should be pasted in the order stated below as well: o Header File (.h file)

Make sure to include all necessary validations in the OPERATIONS of the SHELF. Include validations as well in your MAIN PROGRAM in order to ensure that valid data at forwarded to your CLASS. Create a library for this ADT. Create a separate program that will implement the SHELF ADT. The program will show all available options that your program can do. You can only EXIT in the MAIN MENU. In snipping images of your answers, make sure that the names of the files are visible. Properly label the images as follows and should be pasted in the order stated below as well: o Header File (.h file)

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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Consider the class definition of the ADT SHELF below: class Shelf { Operation (1) SHELF } (2) INSERT_BOOK (3) REMOVE_BOOK private: string book[100][100]; int row, col; public: Shelf(int x, int y); void Insert Book(string Book Title); void Remove_Book(string Book Title); void Display_Books() const; int Count Space() const; int Count Books() const; int Find Book(string Book Title) const; string View Book(int Book_Location) const, bool Shelf Empty() const; bool Shelf Full() const void Load Book(): -Shelf(); (4) DISPLAY_BOOKS (5) COUNT SPACE (6) COUNT_BOOK (7) PICK_BOOK (8) VIEW_BOOK (9) SHELF_EMPTY (10) SHELF FULL (11) LOAD BOOK Description Creates the two-dimensional array based on the size provided by the user. Insert a Book in the first available slot. Remove a Book in the shelf and empty the location. Display all the books in the shelf. Count all empty slots in the shelf. Count all books in the shelf. Required Choose only 1 among options (5)-(8) Choose only 1 among options (5)-(8) Display the location where a given book is Choose only 1 among options (5)-(8) allocated. Choose only 1 among options (5)-(8) Required Required Required Display the title of the book stored in a given location. Check if the shelf is empty. Check if the shelf is full. Required Required Required Load a pre-defined list of 5 books in a shelf that is empty. The list will be coming from a .txt file. Delete all the books in the shelf. Modules to Develop (12)-SHELF Requirements: • Define a class called SHELF. Follow the provided CLASS DEFINITION. Create and code OPERATIONS listed above for the data structure SHELF. • Use authentic book titles to store in your SHELF. Required
Transcribed Image Text:Consider the class definition of the ADT SHELF below: class Shelf { Operation (1) SHELF } (2) INSERT_BOOK (3) REMOVE_BOOK private: string book[100][100]; int row, col; public: Shelf(int x, int y); void Insert Book(string Book Title); void Remove_Book(string Book Title); void Display_Books() const; int Count Space() const; int Count Books() const; int Find Book(string Book Title) const; string View Book(int Book_Location) const, bool Shelf Empty() const; bool Shelf Full() const void Load Book(): -Shelf(); (4) DISPLAY_BOOKS (5) COUNT SPACE (6) COUNT_BOOK (7) PICK_BOOK (8) VIEW_BOOK (9) SHELF_EMPTY (10) SHELF FULL (11) LOAD BOOK Description Creates the two-dimensional array based on the size provided by the user. Insert a Book in the first available slot. Remove a Book in the shelf and empty the location. Display all the books in the shelf. Count all empty slots in the shelf. Count all books in the shelf. Required Choose only 1 among options (5)-(8) Choose only 1 among options (5)-(8) Display the location where a given book is Choose only 1 among options (5)-(8) allocated. Choose only 1 among options (5)-(8) Required Required Required Display the title of the book stored in a given location. Check if the shelf is empty. Check if the shelf is full. Required Required Required Load a pre-defined list of 5 books in a shelf that is empty. The list will be coming from a .txt file. Delete all the books in the shelf. Modules to Develop (12)-SHELF Requirements: • Define a class called SHELF. Follow the provided CLASS DEFINITION. Create and code OPERATIONS listed above for the data structure SHELF. • Use authentic book titles to store in your SHELF. Required
Make sure to include all necessary validations in the OPERATIONS of the SHELF. Include validations as well in your MAIN PROGRAM in order to ensure that valid data at forwarded to your CLASS. • Create a library for this ADT. Create a separate program that will implement the SHELF ADT. The program will show all available options that your program can do. You can only EXIT in the MAIN MENU. In snipping images of your answers, make sure that the names of the files are visible. Properly label the images as follows and should be pasted in the order stated below as well: o Header File (.h file) o Implementation File (.cpp) o Main Program (.cpp) Put necessary comments. Show sample output for each operation. You are required to use Microsoft Visual Studio.
Transcribed Image Text:Make sure to include all necessary validations in the OPERATIONS of the SHELF. Include validations as well in your MAIN PROGRAM in order to ensure that valid data at forwarded to your CLASS. • Create a library for this ADT. Create a separate program that will implement the SHELF ADT. The program will show all available options that your program can do. You can only EXIT in the MAIN MENU. In snipping images of your answers, make sure that the names of the files are visible. Properly label the images as follows and should be pasted in the order stated below as well: o Header File (.h file) o Implementation File (.cpp) o Main Program (.cpp) Put necessary comments. Show sample output for each operation. You are required to use Microsoft Visual Studio.
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