a program to view the value of bytes over RS232 from HCS12

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#include <hidef.h>               /* common defines and macros */
#include <MC9S12XEP100.h>        /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12xep100"
unsigned int iCounter;
unsigned char cChan10; 
unsigned char cStatus;

void main(void)
{
 
  DDRB   = 0xFF;    // PORTB all outputs  
  PORTB  = 0xAA;    // initialize PORTB 
  DDRA   = 0xFF;    // PORTA all outputs
  
  DDRC   = 0xFF;    // only for EVBS12XEP100
  DDRD   = 0xFF;
  PORTC  = 0;
  PORTD  = 0;  
  
  // SCI init
  SCI0BDH = 0;  	   	
	SCI0BDL = 13;    // 9600 Baud at 4Mhz E-clock
  SCI0CR1 = 0; 	   //Initialize for 8-bit Data Format
 	SCI0CR2 = 0x0C;	 //[TIE,TCIE,RIE,ILIE,TE,RE,RWU,SBK]  no interrupt
       
  
  // Configures the ATD peripheral
  ATD0CTL1 = 0x10;  // 0001 0000   8 Bit Data Resolution and discharge before convert 
  // 0000 1000   left justified data, 1 conversion sequence  and non-FIFO mode 
  ATD0CTL3 = 0x08;  
  // fBUS=2MHz, fATDCLK = 1 MHz (PRESCALER=0) Select 24 Sample Time
  ATD0CTL4 = 0xE0;   // 1110 0000
  
 	ATD0CTL5 = 0x0A; // start a conversion on channel 10
      
  for(;;) {
    
  iCounter = 30000;			  // delay time
	while(iCounter > 0) iCounter--;
	PORTB  ^= 0xFF;  // PORTB blinking
	
	cChan10     = ATD0DR0H;
	
	PORTA   = 0;
	
	if(cChan10 >= 0x10) PORTA=0x01;
	if(cChan10 >= 0x30) PORTA=0x03;
	if(cChan10 >= 0x50) PORTA=0x07;
	if(cChan10 >= 0x70) PORTA=0x0F;
	if(cChan10 >= 0x90) PORTA=0x1F;
	if(cChan10 >= 0xB0) PORTA=0x3F;
	if(cChan10 >= 0xD0) PORTA=0x7F;
	if(cChan10 >= 0xE0) PORTA=0xFF;
	
	ATD0CTL5 = 0x0A; // start a new conversion

 	cStatus = SCI0SR1; 	
 	SCI0DRL = cChan10;
	                 
  }// end loop
}

#include <hidef.h>               /* common defines and macros */
#include <MC9S12XEP100.h>        /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12xep100"


unsigned int iCounter;
unsigned char cChan10; 

void main(void)
{
 
  DDRB   = 0xFF;    // PORTB all outputs  
  PORTB  = 0xAA;    // initialize PORTB 
  DDRA   = 0xFF;    // PORTA all outputs
  
  DDRC   = 0xFF;    // only for EVBS12XEP100
  DDRD   = 0xFF;
  PORTC  = 0;
  PORTD  = 0;       
  
  // Configures the ATD peripheral
  ATD0CTL1 = 0x10;  // 0001 0000   8 Bit Data Resolution and discharge before convert 
  // 0000 1000   left justified data, 1 conversion sequence  and non-FIFO mode 
  ATD0CTL3 = 0x08;  
  // fBUS=2MHz, fATDCLK = 1 MHz (PRESCALER=0) Select 24 Sample Time
  ATD0CTL4 = 0xE0;   // 1110 0000
  
 	ATD0CTL5 = 0x0A; // start a conversion on channel 10
      
  for(;;) {
    
  iCounter = 30000;			  // delay time
	while(iCounter > 0) iCounter--;
	PORTB  ^= 0xFF;  // PORTB blinking
	
	cChan10     = ATD0DR0H;
	
	PORTA   = 0;
	
	if(cChan10 >= 0x10) PORTA=0x01;
	if(cChan10 >= 0x30) PORTA=0x03;
	if(cChan10 >= 0x50) PORTA=0x07;
	if(cChan10 >= 0x70) PORTA=0x0F;
	if(cChan10 >= 0x90) PORTA=0x1F;
	if(cChan10 >= 0xB0) PORTA=0x3F;
	if(cChan10 >= 0xD0) PORTA=0x7F;
	if(cChan10 >= 0xE0) PORTA=0xFF;
	
	ATD0CTL5 = 0x0A; // start a new conversion

  }// end loop
}

#include <hidef.h>               /* common defines and macros */
#include <MC9S12XEP100.h>        /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12xep100"



unsigned int iCounter; 


void main(void)
{
 
  DDRB   = 0xFF;    // PORTB all outputs  
  PORTB  = 0xAA;    // initialize PORTB 
  DDRA   = 0xFF;    // PORTA all outputs
  
  DDRC   = 0xFF;    // only for EVBS12XEP100
  DDRD   = 0xFF;
  PORTC  = 0;
  PORTD  = 0;       
  
  // Configures the ATD peripheral
  ATD0CTL1 = 0x10;  // 0001 0000   8 Bit Data Resolution and discharge before convert 
  // 0000 1000   left justified data, 1 conversion sequence  and non-FIFO mode 
  ATD0CTL3 = 0x08;  
  // fBUS=2MHz, fATDCLK = 1 MHz (PRESCALER=0) Select 24 Sample Time
  ATD0CTL4 = 0xE0;   // 1110 0000
  
 	ATD0CTL5 = 0x0A; // start a conversion on channel 10
      
  for(;;) {
    
  iCounter = 30000;			  // delay time
	while(iCounter > 0) iCounter--;
	PORTB  ^= 0xFF;  // PORTB blinking
	
	PORTA      = ATD0DR0H;
	
	ATD0CTL5 = 0x0A; // start a conversion

  }// end loop
}

#include <hidef.h>               /* common defines and macros */
#include <MC9S12XEP100.h>        /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12xep100"



unsigned int iCounter; 
int direction;



void main(void)
{
 
  DDRB      = 0xFF;   // PORTB all outputs  
  PORTB     = 0x01;   // initialize PORTB 
  direction = 1;
 
  for(;;) {
    
  iCounter = 60000;			  // delay time
	while(iCounter > 0) iCounter--;

  if(direction == 0) 
	  { PORTB = PORTB << 1;
	    if(PORTB == 0 ) {direction = 1; PORTB= 0x80;  }
	  }
	  else
	  { PORTB = PORTB >> 1;
	    if(PORTB == 0 ) {direction = 0; PORTB= 0x01;  }
	  }

  }// end loop
}

#include <hidef.h>               /* common defines and macros */
#include <MC9S12XEP100.h>        /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12xep100"



unsigned int iCounter; 


void main(void)
{
 
  DDRB   = 0xFF;   // PORTB all outputs  
  PORTB  = 0x01;   // initialize PORTB 
 
  for(;;) {
    
  iCounter = 60000;			  // delay time
	while(iCounter > 0) iCounter--;
	
	
	PORTB = PORTB << 1;      // shift left
	if(PORTB == 0) PORTB = 0x01;
   

  }// end loop
}

#include <hidef.h>               /* common defines and macros */
#include <MC9S12XEP100.h>        /* derivative information */
#pragma LINK_INFO DERIVATIVE "mc9s12xep100"



unsigned int iCounter; 


void main(void)
{
 
  DDRB   = 0xFF;   // PORTB all outputs  
  PORTB  = 0x01;   // initialize PORTB 
 
  for(;;) {
    
  iCounter = 60000;			  // delay time
	while(iCounter > 0) iCounter--;
	
	
	PORTB ^= 0xFF;    // invert all bits  

  }// end loop
}