public class ArrayListPractice extends ArrayListPracticeBase {

    //All of these methods should reference a variable named carList
    //which is defined in the base class for this practice class.
    //
    //Do not define carList, just use it as an ArrayList<Auto>

    // ***** 1.  This method has been coded as an example
    /** Fills the carList with hard-coded Auto objects
     *    The instance variable carList is the ArrayList
     *    to be filled with Auto objects
     */
    public void fillWithCars() {
        // clear carList before adding cars
        carList.clear();
        // Reset the number of Autos to 0
        // This is needed so that the animation feedback works correctly
        Auto.clearNumberAutos();

        Random rand = new Random();
        //Generate number between MIN and MAX.
        int nCars = rand.nextInt(MAX_CARS - MIN_CARS + 1) + MIN_CARS;

        for (int i = 0; i < nCars; i++) {
            int nCarName = rand.nextInt(3);
            int nMiles = rand.nextInt(41) * 10;
            int nMilesPerGallon = rand.nextInt(25 - 6 + 1) + 6;
            Auto car = new Auto(CAR_NAMES[nCarName], nMiles, (double) nMiles / nMilesPerGallon);
            carList.add(car);
            car = null;
        }

        animate();
    }
    // end of fillWithcars method
    //Start of student code
    //////////////////////////////////////////////
    //////////////////////////////////////////////

    // ***** 2.  Student writes this method
    /**  Prints carList to console, elements are separated by a space
     *    The instance variable carList is the ArrayList to be printed
     */
    public void printAutoList() {
        // Note:  To animate the algorithm, put this method call as the
        // last element in your for loop
        //    animate( car );
        //  where car is the variable name for the current Auto object
        //  as you loop through the ArrayList object
        // Write your code here:

    }
    // end of printAutoList method

    // ***** 3.  Student writes this method
    /** Sets the model of all the elements in carList to parameter value
     *    The instance variable carList is the ArrayList to be modified
     *  @param model the model to assign to all Auto objects in carList
     */
    public void setModelValues(String model) {
    // Note:  To animate the algorithm, put this method call as the
    // last statement in your for loop
    //    animate( car );
    //  where car is the variable name for the current Auto object
    //  as you loop through the ArrayList object
    // Write your code here:

    }
    // end of setModelValues method

    // ***** 4.  Student writes this method
    /** Finds maximum number of miles driven
     *   Instance variable carList is the ArrayList to search
     *  @return the maximum miles driven by all the Auto objects
     */
    public int findMaximumMilesDriven() {
        // Note:  To animate the algorithm, put this method call as the
        // last statement in your for loop
        //    animate( car, maximum );
        //  where car is the variable name for the current Auto object
        //  and maximum is the int variable storing the current maximum
        //  number of miles for all Auto elements you have already tested
        //  as you loop through the ArrayList object
        // Write your code here:


        return 0; // replace this statement with your return statement
    }
    // end of findMaximumMilesDriven method
    // ***** 5.  Student writes this method
    /** Finds number of times parameter model is found in the carList
     *   Instance variable carList is the ArrayList in which we search
     *  @param model  the model to count
     *  @return   the number of times model was found
     */
    public int countFound(String model) {
        // Note:  To animate the algorithm, put this method call as the
        // last statement in your for loop
        //    animate( car, num );
        //  where car is the variable name for the current Auto object
        //  and num is the int variable storing the current number of
        //  Auto elements whose model is equal to the method's parameter
        //  as you loop through the ArrayList object
        // Write your code here:

        return 0; // replace this statement with your return statement
    }
    // end of countFound method

    // ***** 6.  Student writes this method
    /** Clears the list
     *   Instance variable carList is the ArrayList to clear
     */
    public void clearList() {
        // Note:  To animate the algorithm, put this method call as the
        // last statement in the method
        //    animate( );
        // Write your code here:

    }
    // end of clearList method

    // ***** 7.  Student writes this method
    /** Remove last car from the list
     *   Instance variable carList is the ArrayList to clear
     *   Be sure to handle the case when the list is empty
     */
    public void removeLast() {
        // Note:  To animate the algorithm, put this method call as the
        // last statement in the method
        //    animate( );
        // Write your code here:

    }
    // end of clearList method

    //End of student code
    //////////////////////////////////////////

}