import java.util.Scanner;

interface Food { public String getType(); }

class Pizza implements Food { public String getType() { return "Someone ordered a Fast Food!"; } }

class Cake implements Food { public String getType() { return "Someone ordered a Dessert!"; } }

class FoodFactory { public Food getFood(String order) { if (order.equalsIgnoreCase("pizza")) { return new Pizza(); } else { return new Cake(); } } }

public class Solution { public static void main(String args[]) { Scanner sc = new Scanner(System.in); // Read user input String order = sc.nextLine();

    FoodFactory foodFactory = new FoodFactory();
    Food food = foodFactory.getFood(order);

    System.out.println("The factory returned class " + food.getClass().getSimpleName());
    System.out.println(food.getType());

    sc.close();
}

}

This looks like a good example of the factory design pattern. Instead of creating objects directly, the factory handles the logic of returning the right type based on input. cbtfturbo

This FoodFactory problem is a cool way to see polymorphism in action! Just like how Pizza and Cake implement the Food interface, real-life food spots like Wheelock Place offer a mix of options—whether you're craving fast food (pizza, anyone?) or something sweet (dessert time!).

Speaking of which, Wheelock Place isn’t just another mall—it’s a go-to for quick bites, healthy meals, and everything in between. Maybe the FoodFactory should add a 'Wheelock Place food' option next—instant access to all those delicious choices!

Here is Java factory pattern solution - https://programmingoneonone.com/hackerrank-java-factory-pattern-problem-solution.html

//write your code here if(order.equals("cake")){ return new Cake(); }else if(order.equals("pizza")){ return new Pizza(); } return null;

Just by adding above it'll work with Java8