#include <hidef.h>         /* common macros and defines */
#include <mc9s12c128.h>     /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12c128"

#include <stdio.h>
#include "lcd_lib.h"
#include "modclock.h"

//globals
unsigned char ad0_in;         //store AD0 value
unsigned char ad1_in;         //store AD1 value
unsigned char chase_counter;  //keep track of lit LED


//defines
#define PAUSE_BUTTON_MASK 0x04
#define ATD_INTERRUPT_INDICATOR 0x80
#define TIMER_INTERRUPT_INDICATOR 0x40


void main(void) {

  //TODO declare main-loop local variables
  
  clockSetup();
  lcdSetup();  
   
  /************************************
   *       PWM CONGIFURATION          *
   ************************************/
  /*
  Configure Port P as follows:
    PTP0 as PWM0 output
    PTT1-7 as regular digital outputs
  Configure PWM0 as follows:
    Clock rate is 500 kHz  EDIT:  kHz not MHz
    No concatenation
    Left aligned PWM
    Period = 0xFF
    Default duty cycle = 0x80
  */


  //TODO Setup PWM and Port T
 

  /************************************
   *       A/D CONGIFURATION          *
   ************************************/
   
   /*
   Configure Port AD as follows:
     AD0, AD1 as analog inputs
     AD2-7 as digital inputs
   Configure A/D converter as follows:
     Enable interrupt on conversion completion
     Conversion sequence covers channels 0 and 1
     Freeze mode behavior:  freeze after current conversion
     ATDclock frequency = 666,666 Hz
     ATD conversion is 8 bits
     ATD phase 2 sample time is 2 ATD clock periods
     Multichannel, continuous conversion, non-FIFO 
     Store result in unsigned, left justified format
   */

  //TODO Setup ATD

   
  /************************************
   *       TIMER CONGIFURATION        *
   ************************************/
   /* 
   configure the timer for:
        clock rate = 0.5 MHz
        reset timer on successful timer 7 output compare
        stop in freeze and wait modes   
   configure Timer 7 for the following:
        output compare with a default compare value of 0xF000
        enable interrupt on successful compare
   */
 
  //TODO Setup Timer

  //TODO One-time initilization of locals and globals

  EnableInterrupts;
  
  
  /*
    Main Loop Task:  Display the current value of ad0_in and ad1_in on the LCD
    and then wait 100 ms.  Format of display shall be (numbers displayed in 
    Hexadecimal notation):
    --------
    0:  0x##
    1:  0x##
    --------
  */
  for(;;) {


    //TODO  Implement main loop task    
    
  } 
  /* wait forever */
  /* please make sure that you never leave this function */
}


/*
ATDInterrupt:
*/
void interrupt ?? ATDInterrupt( void ) {
  PTT |= ATD_INTERRUPT_INDICATOR;

  //TODO Implement ATD ISR

  PTT &= ~ATD_INTERRUPT_INDICATOR;
}

/*
timer7Interrupt
*/
void interrupt ?? timer7Interrupt(void) { 
  
  PTT |= TIMER_INTERRUPT_INDICATOR;

  //TODO Implement Timer ISR

  PTT &= ~TIMER_INTERRUPT_INDICATOR;  
}