java

Create three classes: Customer, Video, and Invoice that might be used in a video rental store application. The Customer class represents a customer. It should have 6 attributes: customer name (String), customer street address (String), city (String), state (String), zip code (String), and telephone number (String). For the Customer class provide a parameterized constructor that receives the customer name, street address, city, state, zip code, and telephone number as parameters, Provide getter methods as needed for the assignment. The Video class represents a video being rented. It should have 4 attributes: video name (String), year (integer), copy number (integer), and daily rental rate (double). For the Video class, provide a parameterized constructor that receives the video name, year, copy number and daily rate. Provide getter methods as needed for the assignment. An Invoice object represents a rental of a video to a given customer. It includes 4 attributes: the customer renting the video, the video being rented, date rented (String), and the number of days rented (integer). For the Invoice class, provide a parameterized constructor that receives a customer, video, date rented, and days rented as parameters. Provide getter methods for all instance variables. Provide 3 methods: 1. subtotal that returns the calculated value that is the number of days rented times the daily rate of the video 2. tax which returns the tax calculated by multiplying the subtotal by 6% 3. total which returns the subtotal plus tax Lastly, provide a public printInvoice method that prints a complete invoice (i.e. all customer information, video being rented, and calculated subtotal, tax and total) in a well formatted report using the 3 methods list above, Develop a test application named Prog4 that tests your three classes. The test application must print at least three invoices for at least two different customers and two different videos. Your source code should be documented using Javadoc style according to the course standards. Abide by good programming practices