4. (7 points) Define abstract classes Vehicle and LandVehicle, a concrete class Auto and Interface Drivable according to the following UML diagram. Create a driver in which the following lines code will be realized without errors System.out.println("All kinds of cars: "); Auto myAuto - new Auto ("Kia"); System.out.println(" myAuto = " + myAuto); Vehicle myCar = new Auto ("sedan"); Drivable drive = myCar; System.out.println(" myCar = " + drive); Landvehicle mySedan = new Auto ("Honda"); drive - mySedan; System.out.println(" mySedan = " + drive); Output: All kinds of cars: Vehicle #type: String + Vehicle +Vehicletype : String) + getType: String +toStringo String myAuto - Auto Completed Safe Driving School Has insurance: true Has registration: true Has valid Lisence: false Land Vehicle Type of vehicle: Kia > cestereotype>> Drivable interface) Land vehicle + DRIVER String = "Niko + SafeDrivingo : String + hasinsurance : boolean + isRegistered): boolean + hasValid License: boolean +Landvehicle +LandVehicletype : String) +toString: String myCar - Auto Completed Safe Driving School Has insurance: true Has registration: true Has valid Lisence: false Land Vehicle Type of vehicle: sedan Auto Auto(type: String) + to Stringo: String + safeDriving: String + hasinsurance, boolean + hasValid License:boolean + is Registered:boolean mySedan = Auto Completed Safe Driving School Has insurance: true Has registration: true Has valid Lisence: false Land Vehicle Type of vehicle: Honda