// This program implements a random die on the E15 I/O board.
// When you push the button on the board, the LED's go off and
// a number is rapidly, and repeatedly, incremented from 1 to 6.
// When the button is released the current value of that number
// is displayed on the die face.
//
// Written by:  (fill in your names)

#include  <msp430x20x2.h>

//*******************************************************************
// This function, LED_Die(), takes an integer (val) as input.  
// If val=0, no LED's on the die face light.
// If val=1, the center one lights.
// If val=2, two diagonal corner LED's light.
// If val=3, three diagonal LED's light.
// If val=4, the four corner LED's light.
// if val=5, the four corner and the center LED's light.
// if val=6, the four corner and two side LED's light.
void LED_Die(int val) {
// &&&&&&&&&& Add your well commented and neatly indented code here
}
			
		
//*********************************************************************
void main(void) {
volatile int dieVal=1;
    WDTCTL = WDTPW + WDTHOLD; // Stop watchdog
    P1DIR = P1DIR | BIT0+BIT1+BIT2+BIT3+BIT4+BIT5+BIT6;   // P1.0-P1.6 are output
    //Note: we could also use : P1DIR |=0x7f;
    P2SEL = P2SEL & ~BIT6;      //Clear select bit (makes P2.6 an input)
   
    while (1) {                 //Do this forever
    // &&&&&&&&&& Add your well commented and neatly indented code here.
    // When the button is pushed it should increment dieVal (but not above 6)
    // and it should call LED_Die to turn off the LED's.
    // When the button is released, it should display the current dieVal on
    // the LED's.
    }
}