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Kylee Honig | mgm technology partners <kylee_honig@mgmtp.recruiterbox.com>
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Wed, Oct 16, 3:21 PM (18 hours ago)
to allison.coopersmith

Dear Allison,

Thanks for taking the time to chat with me today about the Junior Software Developer (Java) role. Here's the Java code sample I mentioned on the phone. Please correct and streamline the information and send it back to me within the next three business days.

Feel free to reach out if you have any questions!

My best,
Kylee Honig





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Allison Coopersmith
Attachments8:47 AM (57 minutes ago)
Good morning Kylee, I was really excited by our conversation yesterday and want to get moving towards next steps, so I decided to do the coding assignment last

Kylee Honig | mgm technology partners
8:51 AM (53 minutes ago)
to allison.coopersmith

Hi Allison!

Thank you for getting this back to me. I will pass it along to one of our Senior Developers and get back to you within a week.

I look forward to speaking with you soon!

Best,
Kylee Honig

Sounds great, thank you!Great, thank you so much!Sounds great!

import java.util.Arrays;

//Your task is to:
//- fix the code
//- improve the poor quality of this code.
//
// (You can change anything you want
//
//The class should sort food instances and output the following lines:
//
//Potato 1
//Potato 9
//Potato 11
//Tomato 11
//Potato 12
//Potato 42
//Potato 46
//Potato 55
//Potato 77
//Tomato 121
//

public class MgmInterviewFoodSort {

	public FOOD[] potatoes = null;

	public abstract class FOOD {
		public int size = -1;

		public String whoAMI() {
			return this.getClass().getName()
					.substring(MgmInterviewFoodSort.class.getName().length() + 1);
		}
	}

	public class Potato extends FOOD {
		//
	}

	public class Tomato extends FOOD {
		// default size for tomato
		public int size = 121;
	}

	public void main() {


		// sort food
		final FOOD[] SORTEDFOOD = new FOOD[10];
		for (int i = 0; i < 10; i++) {
			final int index_of_the_smaller_food=i;
			for (int j = i; j < 10; j++) {
				if(potatoes[index_of_the_smaller_food].size > potatoes[j].size){
					index_of_the_smaller_food=j;
				}
				if(potatoes[index_of_the_smaller_food].size == potatoes[j].size && potatoes[index_of_the_smaller_food].whoAMI().contains("Tomato")){
					index_of_the_smaller_food=j;
				}
			}
			SORTEDFOOD[i]=potatoes[index_of_the_smaller_food];
			potatoes[index_of_the_smaller_food]=potatoes[i];
		}

		//print result
		for (final FOOD potato : Arrays.asList(SORTEDFOOD)) {
			System.out.println(potato.whoAMI() + " " + potato.size);
		}
	}

	public static void main(final String[] args) {

		MgmInterviewFoodSort fs=new MgmInterviewFoodSort();

		potatoes = new FOOD[10];
		final Tomato p0 = fs.new Tomato();
		p0.size = 11;
		potatoes[0] = p0;
		final Tomato p1 = fs.new Tomato();
		potatoes[1] = p1;

		final Potato p2 = fs.new Potato();
		p2.size = 1;
		potatoes[2] = p2;
		final Potato p3 = fs.new Potato();
		p3.size = 42;
		potatoes[3] = p3;
		final Potato p4 = fs.new Potato();
		p4.size = 77;
		potatoes[4] = p4;
		final Potato p5 = fs.new Potato();
		p5.size = 55;
		potatoes[5] = p5;
		final FOOD p6 = fs.new Potato();
		p6.size = 46;
		potatoes[6] = p6;
		final FOOD p7 = fs.new Potato();
		p7.size = 12;
		potatoes[7] = p7;
		final Potato p8 = fs.new Potato();
		p8.size = 11;
		potatoes[8] = p8;
		final Potato p9 = fs.new Potato();
		p9.size = 9;
		potatoes[9] = p9;

		fs.main();
	}

}