using System;

using System.Collections.Generic;

using System.Linq;

using System.Text;

using System.Threading.Tasks;

​

namespace ConsoleApp1

{

    public class Program

    {

​

        public static void Main()

        {

            Program p = new Program();

            p.printCollection();

        }

​

        public void printCollection()

        {

            Console.Out.WriteLine("Hello printCollection");

            Car ford = new Car("Ford");

            Car audi = new Car("Audi");

            Car chevy = new Car("Chevy");

            Car volvo = new Car("Volvo");

            List<Car> myCars = new List<Car>();

            myCars.Add(ford);

            myCars.Add(audi);

            myCars.Add(chevy);

            myCars.Add(volvo);

            // Print out the names in order (2)

            Console.Out.WriteLine("\nPrinting the cars in the order in which they were inserted");

            foreach(Car c in myCars) {

                Console.Out.WriteLine(c.getModel());

            }

​

            // Print out the car names by increasing coolness

            myCars.Sort();

            Console.Out.WriteLine("\nPrinting the cars in the order of coolness");

            foreach(Car c in myCars) {

                Console.Out.WriteLine(c.getModel());

            }

            // The task: We are going to do some basic operations to demonstrate a few fundamental concepts.

​

            // TODO: (1) Create some classes representing cars that have a getModel method returning string: Chevy, Audi, Volvo, Ford.

            // TODO: (2) Construct instances of your cars, put them in a collection, and iterate over them to print out the names.

            // TODO: (3) Give your solution some organization by ceating a base class called Car that your objects extend and requires that they implement the getModel method.

            // TODO: (4) Print out the cars by increasing coolness.  This is subjective, but let's say the desired order is: Ford, Chevy, Audi, Volvo

​

        }

​

        // Interface + Car Class with getModel() (1)(3)

        interface Automobile {

            string getModel();

        }

        class Car : Automobile, IComparable<Car> {

            private string model;

            // Implicit interface implementation

            public string getModel() {

                return model;

            }

            // Constructor

            public Car(string m) {

                model = m;

            }

            // Operator Overloading to define < > behavior

            public int CompareTo(Car other) { 

                int car1 = -1, car2 = -1;

                string[] coolness = new string[] {"Volvo", "Audi", "Chevy", "Ford"};

                for(int i = 0; i < coolness.Length; i++) {

                    if(getModel() == coolness[i]) {

                        car1 = i;

                    }

                    if(other.getModel() == coolness[i]) {

                        car2 = i;

                    }

                }

                if(car1 < car2) {

                    return 1;

                }

                else if(car1 > car2) {

                    return -1;

                }

                else {

                    return 0;

            }

            }

        }

    }

}

​

​