1. Create a folder called Assessment.
2. Create an interface named Product.
a. Add a method called getName() that returns a string.
b. Add a method called getCost() that returns a double.
3. Create abstract class Vehicle that implements Product.
a. It should have string variable name and double cost, that are initialized in the constructor.
b. Add appropriate getName() and get Cost() methods
4. Create classes Car and Truck that extend Vehicle.
a. No other methods are needed.
5. Create class Tool that implements Product and comparable< T >
a. It should have string variable name and double cost that are initialized in the constructor.
b. Add appropriate getName() and getCost() methods.
c. Add a compareTo() method that compares tools based upon cost.
6. Create class InventoryDemo.
a. Test your classes by using ArrayList products of following products (Remember to declare it properly using List):
| Name | Cost |
| Jaguar | 1000000.00 |
| Neon | 17000.00 |
| JigSaw | 149.18 |
| Jaguar | 110000.00 |
| Neon | 17500.00 |
| Neon | 17875.32 |
| RAM | 35700.00 |
| CircularSaw | 200.00 |
| CircualrSaw | 150.00 |
b. Create a static method takelnventory that, when passed the name of a product, will go through the list and print out < item name>: Quantity = < quantity>, Total cost = < totalcost>. < item name> is the name of the product, < quantity> and < totalcost> are the values you calculate by going through the list for the product with name that was passed to take Inventory.
c. To test the compare To() method, create two Tools, sawl, and saw2. Give them different prices and then test the compareTo() method you made, by displaying which one is more expensive.
Your output should be similar to: see image.