Using simple Java (Do not use ArrayList):

1. Define a class named Book that represents a book about Java Programming Language, and it contains:

An int data field named pages that stores the number of pages in the book.

A String data field named title that represents the title of the book.

A constructor with parameters for initializing pages and title.

The getter and setter methods for all data fields.

A toString method that returns book information, including the books title and pages.

The equals method that returns true if two books have the same title and false otherwise.

The compareTo method that compares two books and returns -1 if the first book has less pages than the second one, 1 if the first book has more pages than the second one, and 0 if both books have same number of pages.

2. Write an application TestBooks that prompts the user for the number of Java books in their library, called numBooks. For each of the numBooks books, the program prompts the user for its title and pages, creates a Book object and maintains two statistics about the books:

the average number of pages of all the Book objects created

the biggest book, i.e. the Book object with the largest number of pages.

The program will lastly print these two statistics on the screen.

HINT: This program MUST make use of the compareTo method in order to find the biggest book.

Below is a sample program run:

Number of java books in your library: 4

Enter book title: Intro to Java 1 Enter number of pages: 200 Enter book title: Intro to Java 2 Enter number of pages: 150 Enter book title: Java programming Enter number of pages: 300 Enter book title: Data Structures in Java Enter number of pages: 320

Average number of pages: 242.5 Biggest book -> Title: Data Structures in Java, Pages: 320