Exercise 1: Define a class based object called vehicleType in the VehicleTypeHeader.h file that contains the member variables listed below

Variable name	Description
make
model
year
price	Cost of the vehicle
color	Color of the vehicle
style	Coupe, sedan, SUV, truck, hatchback, etc.
licenseplate	Vehicle license plate number
type	New, used, certified

The class should have the following constructors:

A default constructor that assigns the term "NA" to all string variable and 0 to the numerical variables.

A constructor that accepts values as arguments and assigns them to the appropriate member variables.

Write the appropriate mutator functions (setters) that store values in these member variables and accessor functions (getters) that return the values of the private member variables.

Include the additional member functions listed below:

printVehicleInfo: the member function does not take a parameter. The function displays information about a vehicle as shown below.

Make: Toyota

Model: RAV_4

Year: 2019 (used)

Price: $32158.99

== Style: SUV

== Color: Midnight_blue

== License plate number: 1234560

generateLicensePlate: the function does not take a parameter. The function should randomly generate a number between 1111111 and 9999999 and assign it to the license plate member variable.

Exercise 2: Write the member function definitions for all member functions as described in Exercise 1 of the test to a file called VehicleTypeImp.cpp