// Unit 3 IP - Two Dimension Array Code Segment Cassandra Beyer
// American Intercontinental University , October 24, 2010

using System;
using Systems.Collections;
using Systems.Collections.Generic;


// Benefits Class

public class Benefits {
private int profit;
private int years;
private string name;

Benefits ( string n, int y, int p) {
    name = n;
    years = y;
    profit = p;
//Constructor, which provides initialization of the data

    }
}

// Now we choose the data structure you would use
// internally for the class. For the purposes
// of this assignment, a list would be best.



list <Benefits> newlist = new list <Benefits> ();

// creates the list of objects in the Benefits class titled "newlist"




Public static void insert()

{
newlist.Add (new Benefits ("Roth", 12, 7);
newlist.Add (new Benefits ("Pension", 9, 3);
newlist.Add (new Benefits ("SocialSecurity", 5, 1);

}

//Inserts new elements to the list in the "n,y,p" format



Public static void sort()
{

Console.WriteLine("Unsorted list");
newlist.ForEach(delegate(Benefits q) { Console.WriteLine(String.Format("{0} {1}", q.n, q.y, q.p)); });

//Different sorting possibilities below

List<Benefits> data = newlist.FindAll(delegate(Benefits q) { return q.p < 5; });

Console.WriteLine("Profit is less than 5 percent");
data.ForEach(delegate(Benefits q) { Console.WriteLine(String.Format("{0} {1}", q.n, q.y, q.p)); });

Console.WriteLine("Sorted list, by name");
newlist.Sort(delegate(Benefits q1, Benefits q2) { return q1.n.CompareTo(q2.n); });


newlist.ForEach(delegate(Benefits q) { Console.WriteLine(String.Format("{0} {1}", q.n, q.y, q.p)); });

newlist.Sort(delegate(Benefits q1, Benefits q2) { return q1.y.CompareTo(p2.y); });

Console.WriteLine("Sorted list, by years");
newlist.ForEach(delegate(Benefits q) { Console.WriteLine(String.Format("{0} {1}", q.n, q.y, q.p)); });
}

// OK the above code is somewhat complicated but basically it
// sorts in three different ways, one being by outputing all
// benefits whose profits are less than 5 percent. The seocnd
// returns a sorted list by name, and the third returns the
// sorted list by years. These utlize the ForEach and FindAll
// commands, which is the basic bubble sort. Because there are
// not many retirement plans (maybe thirty at the most?),
// Bubble sort will be more than efficient to be effectual.