Write the implementation for the following classes specification:

RentedVehicle (15 points)

Attributes

Code: String to identify each vehicle. (max 4 letters)

Days: an integer to specify the number of rented days.

Renter: a string to store the data about the customer who rented the vehicle.

Count: count the instantiated objects

Methods

Constructor (default + all-arguments)

set and get methods.

toString(): returns the data about a rented vehicle.

finalize

MountainBike (is-a RentedVehicle ) (30 points)

Attributes

suspension: a String that has the value Front if the bike has a front shock absorber or Dual if the bike has a front and back shock absorber.

totaRentlFees: to store the renting fees of all Mountain bikes.

Methods

constructor (default + all-arguments)

Provide set and get methods.

RentFees: returns the renting fees by charging $7 if the bike has Front suspension and $12 if the bike has Dual suspension for each rented day.

Then a discount is applied as follows:

1- If rented days > 5, 3% discount

2- If rented days > 10, 7% discount

3- If rented days > 15, 10% discount

toString(): returns the data about a mountain bike.

Finalize

Write a program to input and store information about N mountain bikes; N is the first input by the user. (15 points)

The program should do the following information:

Output the count of the mountain bikes and the total rent fees of all mountain bikes (10 points - use the static attributes)

Output the data of the dual suspension mountain bikes who are rented for more than 10 days (15 points - Use one JOptionPane dialog box )

Ask the user to input the name of a person, then output a sorted list of all mountain bikes that were rented by this person. The list should be sorted, A-Z, according to the mountain bikes codes (15 points)