Create the classes depicted in the UML. Ensure all methods and altributes are implemented and have the same spelling. The cost of the car is calculated as follows:

Cost of car $=$ ccRating $*$ numDoors $*100$

Create a Driver to test the implementation of your classes as follows:

$2.$ Create two cars with the following information: cart $-4$ doors, Toyota, Camry, engine#: $104657$ and $1300$cc$.$ car$2-5$ doors, Mitsubishi, Highlander, engine#: $34567$ and $4000$ cc $.$ Display the info for the two cars

$3.$ Create a third car car$3$ using your own data. Display the info for car$3.$

$4.$ Create a car$4$ using the default constructor.

$5.$ Update the information of car$4$ as follows: $3$ doors, Bird, Canary, engine #$.123455$ and $30000.$

$6.$ What is the cost for car$3?$ Modify your Car class by providing an accessor called getCost$()$ to allow you to retrieve the cost of the car and display it$.$ You should only introduce an accessor to solve this problem.

Car

$-$numDoors: int

$-$make: string

$-$model string

$-$engine: Engine

$-$calCost$0$: int

$+$CarO

$+$Car$($int$,$ string, string. int, int$)$

Car$($Car$)$

$+$sethfo$($int$,$ string, string$)$

$*$updateCar$($int$,$ string, string$)$

tupdateEngine $($int$,$ im$)$

displayCar!

Engine

anginturimint

$-$eerating:int

$+$Engme $0$

tengine$($hin $($m$)$

tgetecratingo int

$*$showligine $0$