Write a small program that implements a parking lot manager. Your program should implement the

following classes:

$$ Car:

$$ Contains two strings for $$make$$ and $$manufacturer$.$ It also contains a boolean representing

whether this car has handicap accessible parking.

$$ Implements a constructor that takes the aforementioned five instance variables.

$$ ParkingSpot:

$$ Contains an instance of Car describing the car currently parked in this spot.

$$ Contains a boolean variable $$handicap$,$ set to true if the spot is handicap accessible.

$$ Implements a constructor that takes the aforementioned boolean.

$$ ParkingLot:

$$ Contains an array of ten ParkingSpots, two of which must be handicap accessible.

$$ Implements a constructor that creates the aforementioned array.

$$ Implements a method that takes a Car and parks it in an appropriate available parking spot.

This method should return an int representing the chosen index of the chosen parking spot in

the array.

$$ Implements a method that takes an int and removes and returns the specified Car from the

given Parking Spot.

$$ Implement toString$()$ to return a string containing the number of handicap accessible and

standard parking spots available separated by a single space $($X Y$)$

$$ ParkingTester:

$$ Contains only a main class that performs the following operations:

$$ Instantiate a ParkingLot

$$Print$$ the ParkingLot by calling its ToString$()$ method

$$ Instantiate a Car that represents a $$Infiniti A$,$ with handicap accessible tags

$$ Park this Car in the ParkingLot

$$Print$$ the ParkingLot by calling its ToString$()$ method

$$ Instantiate a Car entirely that represents a $$Cadiliac B$,$ non$-$handicap

$$ Park this Car in the ParkingLot

$$Print$$ the ParkingLot by calling its ToString$()$ method

$$ Remove the first Car $($the $$Infiniti A$)$ from the ParkingLot

$$Print$$ the ParkingLot by calling its ToString$()$ method

Your output should appear in the console, and look like the following:

$28$

$18$

$17$

$27$