Create a Java Eclipse project named lastfirstL01, replacing last and first with your name. Unless otherwise stated, each object should be alone in a file. Remember: You must use methods effectively to avoid duplicating code. Be sure to zip and submit the entire project.

• Do not use inheritance or polymorphism in this lab, except in the case of implementing interfaces
• Variables should be private
• Create a package to hold objects associated with vehicles
  • Vehicle objects have
    • Number of doors
    • Odometer for the number of miles driven
    • Registration object (see below)
    • Model Information object (see below)
    • Has only one constructor
      • Sets the doors to an argument passed into this constructor
      • Sets the miles driven to 0
      • Creates a random integer for a vehicle identification number (VIN)
        • Do not worry about duplicate numbers for this assignment
      • Instantiates the Model Information
        • Uses arguments passed into this constructor for make, model, and year
      • Instantiates the Registration
        • Passes the VIN to its constructor
    • Has an accessor for the number of doors
    • Has an accessor and mutator for miles driven
      • The mutator will add the miles passed-in by argument to the odometer
      • Miles can never be subtracted from the odometer
    • Has an accessor that returns the Model Information object
    • Has an accessor that returns the Registration object
    • Has a mutator that will change the Registration object using passed-in arguments for
      • License plate number
      • Current owner
      • Tax due
      • Tax due date
    • You should not need additional mutators for this object because once set, these values should never be changed:
      • Number of doors
      • VIN (except in the case of cloningsee below)
      • Make
      • Model
      • Year
    • Properly overridden toString() method to return Vehicle, Registration, and Model Information
      • I am not too worried about formatting it as long as it is easily readable
      • Odometers are limited to 1 decimal place
      • You should use the Registration and Model Information toString() methods
    • Properly overridden equals() method that checks for instance of Vehicle, object references, and the VIN number
    • Properly overridden compareTo() method using the VIN for comparison
      • This should result in Collections.sort sorting it in ascending order by VIN number
    • Properly overridden clone() method that performs a deep copy
      • The clone method should give the cloned object a different random VIN
      • Do not worry about duplicate numbers; generate and assign a new random number
    • Vehicles will implement the Vehicle Interface (see below)
  • Registration objects have
    • VIN an integer
    • License plate number a string of 7 uppercase letters and numbers
    • Current owner name holds string for a named formatted as last, first
    • Tax due - double
    • Tax due date holds a string formatted as YYYY-MM-DD
    • Has only one constructor
      • Sets VIN to a value passed in as an argument
      • Sets the plate number to null
      • Sets the owner name to null
      • Sets the tax due to 0.0
      • Sets the tax due date to null
    • Accessors and mutators for license plate number, owner, tax due, tax due date
    • Accessor only for VIN
    • You should not need additional accessors or mutators
    • Properly overridden toString() method to return Registration information
      • I am not too worried about formatting it as long as it is easily readable
    • Registration objects implement the Registration Interface (see below)
  • Model Information objects have
    • Make (e.g., Ford)
    • Model (e.g., Mustang)
    • Year (e.g., 2021)
    • Has only one constructor that sets class members to passed in arguments
    • Accessors only for Make, Model, and Year
    • You should not need additional accessors or mutators
    • Properly overridden toString() method to return Model Information
      • I am not too worried how you format it as long as it is easily readable
  • Interfaces
    • Vehicle Interface forces vehicles to have the described accessors and mutators
    • Registration Interface forces registration objects to have the described accessors and mutators
    • Model Interface forces model objects to have the described accessors
• Create a package for the driver program
  • Create a class with a main method
  • The main method
    • Instantiates a Vehicle object and place it into an array list
    • Create 9 clones of the Vehicle using a loop, placing all of them into the array list
    • Use Collections.sort to sort the vehicles
    • Print the sorted list by having System.out.println automatically use the toString() method