/**
 *
 *	The class models a Stock object
 *	
 *	Name:
 *	Course:
 *	Section: 
 *  Last Modified:
 *  Known Bugs:
 */

import java.io.*;

public class Stock {
    // identify Stock instance variables
    double [] A = new double[365];
    int size;
    // Default constructor set up an empty Stock object
   
    // Second constructor (with parameters)accepts a File of stock prices as input and read the file into the array.
     public Stock(String filename){
       FileInput myFile = new FileInput(fileName);
	   size = 0;
	   while (!myFile.eof())
	     { String temp = myFile.getString();
	       int k = temp.indexOf(" ");	
	       String date = temp.substring(0,k-1);
	       
	       String next = temp.substring(k);
	       next = next.trim();
	       k = next.indexOf(" ");	
	       String hi = next.substring(0,k-1);
	       
	       next = next.substring(k);
	       next = next.trim();
	       k = next.indexOf(" ");	
	       String lo = next.substring(0,k-1);
	       
	       next = next.substring(k);
	       next = next.trim();
	       k = next.indexOf(" ");	
	       String closingPrice = next.substring(0,k-1);
	       
	       double price = Double.parseDouble(closingPrice);
	       A[size++] = price;
	     }
	     
     }
    // sort Sorts the array of numbers in ascending order (code given)
    public void sort(){
       for (int i=0; i<size-1; i++)
         for (j=0; j<size-i-1; j++)
            if (A[j] > A[j+1])
              { double temp = A[j];
                A[j] = A[j+1];
                A[j+1] = temp;
              }    
    }
    // max  Returns the maximum closing stock price for the year

    // min  Returns the minimum closing stock price for the year

    // mean Returns the mean closing stock price for the year

    // median Returns the median closing stock price for the year

    // ROI compute the return on investment return a percentage as a double (+ or -)

    // print the list
}