#pragma chip PIC16F873
#define CP_off  |= 0x3F30   // 16C62X and similar
#pragma config CP_off, WDTE=off, FOSC=HS, BODEN=off
#pragma config |= 0x800 // set bit 11 This turns off Background debugging


/* global variables */
char a;
char t;
bit b1, b2;

/* assign names to port pins */
#pragma bit led @ PORTC.0


#pragma origin 4
interrupt serverX(void)
{
}


void delay(char x)
{
    char i;
    do {	
       i =255; 
       do
           i =i -1;
       while (i > 0);	
    } while (--x > 0); /* 3 is */
}

#include "picuart.c"
#include "encoder.c"


void main( void)
{
    char i;

    // if (TO == 1 && PD == 1 /* power up */)  {
    //   WARM_RESET:
    //     clearRAM(); // clear all RAM
    // }

 /* first decide the initial output level
    on the output port pins, and then
    define the input/output configuration.
    This avoids spikes at the output pins. */

    PORTA = 0b.1111;  /* out = 1 */
    TRISA = 0b.0000.0000;  /* xxxx 0001 */
 
    PORTB = 0b.1111.1111;  /* out = 1 */
    TRISB = 0b.0000.0000;  /* xxxx 0001 */
 
    PORTC = 0b.1111.1111;  /* out = 1 */
    TRISC = 0b.0000.0000;  /* xxxx 0001 */
 
    delay(250);
    led = 1;
    delay(250);
    led = 0;
    delay(250);
    led = 1;
    delay(250);
    led = 0;
    uart_init(B9600);

  for (;;) {

//    uart_putb(12);
//    uart_putb('T');
//    uart_putb('e');
//    uart_putb('s');
//    uart_putb('t');

    for (i = ' '; i <= 'z'; i++) {
       uart_putb(i);
    }
 
    led = !led;
  }
    for (;;) ;		// end of main - loop forever
}