// This program demonstrates the use of ArrayApps
// Xiannong Meng
import ArrayApps;
import java.util.Random;

public class ArrayAppsDemo 
{
    public static void main(String[] argv)
    {
	Random gen = new Random();
	int[] test;
	int size = (int)(10 + gen.nextDouble() * 30);

	test = new int[size];
	for (int i = 0; i < size; i ++)
	    test[i] = (int)(gen.nextDouble()*100);

	ArrayApps  a = new ArrayApps(test);

	int loc = a.findMinIndex();
	System.out.println("minimum is " + test[loc] +
                          " at location " + loc);

	loc = a.findMaxIndex();
	System.out.println("maximum is " + test[loc] +
                          " at location " + loc);

	System.out.println("test search");
	System.out.println(" generate a number to search : ");
	int s = (int)(gen.nextDouble() * 100);

	System.out.print(" the search result for " + s + " is : ");
	System.out.println(a.search(s));
        System.out.println("original array : ");
	a.print();

	a.sort();
	System.out.println("sorted array is : ");
	a.print();

	System.out.println("test search sorted array ");
	System.out.println(" search one that is in the array ");
	int k = 33;
	System.out.println(a.binSearch(k));

	System.out.println("test search sorted array ");
	System.out.println(" search a random number : ");
	k = (int)gen.nextDouble();
	System.out.println(a.binSearch(k));

    }  // end of main.
}