/***********************
 *   Loopy - practice with loops
 *
 *   @author   Shawn Brenneman (modified by ibarland to use methods and less I/O)
 *   @date     2019-Sep 25
 ***********************/
 import java.util.*;
 public class LoopyBefore extends Object120 {

     
     /** Return the number of rolls of 2d6 until we rolled (1,1).
      */
     static int rollsTilSnakeEyes() {
        int die1;
        int die2;
        
        // two loop vars:
        //boolean __________ = ______;  // a loop-control variable
        //int __________ = ______;    // accumulator var (the pertinent info accumulated from all previous iterations)
        
        //while (_________) {
            die1 = randomInt(6) + 1;
            die2 = randomInt(6) + 1;
            //System.out.println("Debug: rolled " + die1 + "," + die2);

            //____________________________    // update accumulator var
            if (die1 == 1 && die2 == 1) {   // update loop-control var
                //    _______________________
        //    }
        }
        return -999;
     }
    
     
     /** Have a human play the hi-lo guessing game.
      *  @return the number of guesses the human took.
      */
     static int hiloHumanIO() {
        int target = randomInt(100);
        int guess;             // We'll read input from the keyboard ("System.in").
        //int _________________  // accumulator
        
        //System.out.println( "debug: target is " + target );
        System.out.print( "Guess a number in [0,100): " );
        guess = nextInt();            // the function's full name: Object120.nextInt

        while (guess != target) {     // (no explicit loop-control var)
            // inform the user: guess is too high, or too low.

            guess = nextInt();            // update the loop-condition var
            //________________________    // update the accumulator
        }
        System.out.println( "You got it after some guesses." );
        return -99;
    }
    
    
    /* Not actually unit-tests -- we can't use `assertEquals`, because the expected-outcome isn't known. */
    public static void testAll() {
        System.out.println( "==== testing all" );
        System.out.println( "#1: It took " + toString(rollsTilSnakeEyes()) + " rolls to get snakeeyes." );
        System.out.println( "#2: It took " + toString(rollsTilSnakeEyes()) + " rolls to get snakeeyes." );
        System.out.println( "#3: It took " + toString(rollsTilSnakeEyes()) + " rolls to get snakeeyes." );
        System.out.println( "#4: It took " + toString(rollsTilSnakeEyes()) + " rolls to get snakeeyes." );
        
        hiloHumanIO();
        return;
    }
    
    public static void main( String[] args ) { testAll(); }
}