;Set up the assembler options (Chip type, clock source, other bits and pieces)
 LIST p=10F206, r=DEC
#include <P10F206.inc>
 __CONFIG _MCLRE_OFF & _WDTE_OFF & _OSC_INTRC

;********************************************************************************

;Set aside memory locations for variables
DELAYTEMP	EQU	8
DELAYTEMP2	EQU	9
SysWaitTempMS	EQU	10
SysWaitTempMS_H	EQU	11

;********************************************************************************

;Vectors
;Start of program memory page 0
	ORG	0
BASPROGRAMSTART
;Call initialisation routines
	call	INITSYS

;Start of the main program
;''A demonstration program for GCGB and GCB.
;''--------------------------------------------------------------------------------------------------------------------------------
;''This program blink one LED on GPIO.0 (bit 1)  using the Toggle command.
;''The LED must be attached via appropiate resistors.
;''@author EvanV plus works of HughC
;''@licence GPL
;''@version 1.0a
;''***************************************************************************
;Chip Settings
;dir GPIO out
	clrw
	tris	GPIO
;none specified in the example. All byte variables are defined upon use.
;Do Forever
SysDoLoop_S1
;set GPIO.1 on
	bsf	GPIO,1
;Wait 500 ms
	movlw	244
	movwf	SysWaitTempMS
	movlw	1
	movwf	SysWaitTempMS_H
	call	Delay_MS
;set GPIO.1 off
	bcf	GPIO,1
;wait 500 ms
	movlw	244
	movwf	SysWaitTempMS
	movlw	1
	movwf	SysWaitTempMS_H
	call	Delay_MS
;Loop
	goto	SysDoLoop_S1
SysDoLoop_E1
;You can toggle any number of pins by addressing the bits using this method
;Toggle PORT, BIT
BASPROGRAMEND
	sleep
	goto	BASPROGRAMEND

;********************************************************************************

Delay_MS
	incf	SysWaitTempMS_H, F
DMS_START
	movlw	142
	movwf	DELAYTEMP2
DMS_OUTER
	movlw	1
	movwf	DELAYTEMP
DMS_INNER
	decfsz	DELAYTEMP, F
	goto	DMS_INNER
	decfsz	DELAYTEMP2, F
	goto	DMS_OUTER
	decfsz	SysWaitTempMS, F
	goto	DMS_START
	decfsz	SysWaitTempMS_H, F
	goto	DMS_START
	retlw	0

;********************************************************************************

INITSYS
;CMCON0 = 7
	movlw	7
	movwf	CMCON0
;movlw b'11001111'
	movlw	B'11001111'
;option
	option
;GPIO = 0
	clrf	GPIO
	retlw	0

;********************************************************************************


 END

#include <xc.h>
#pragma config WDTE = OFF       // Watchdog Timer (WDT disabled)
#pragma config CP = OFF         // Code Protect (Code protection off)
#pragma config MCLRE = OFF      // Master Clear Enable (GP3/MCLR pin fuction is digital I/O, MCLR internally tied to VDD)


#define RA0 GPIObits.GP0 // INPUT AUXON
#define RA1 GPIObits.GP1 // INPUT CARON
#define RA2 GPIObits.GP2 // OUTPUT RELPWM

void main(void) {
    OPTION = 0b10010000;	// DIESES REGISTER MUSS INITIALISIERT WERDEN SONST RUINIERT ES DEINE WOCHE
    CMCON0 = 0b00000000;	// Komparator Register ebenfalls mit 0 initialisieren(muss nicht unbedingt sein)
    TRIS = 0b11111011;          //GP2 als Output
  
    while(1){
        
        if(RA0 == 1 || RA1 == 1)
        {
            RA2 = 1;
            _delay(500);   //~500us delay
        }
        else
        {
            RA2 = 0;
        }
    } 
        
    return;
}

#include <xc.h>
 
void main()
{
    TRIS = 0x0d;  //Bit 1 Ausgang
    
    GPIO = 0x02;  //Bit 1 setzen
            
    while(1);  //Endlosschleife
}

#include <xc.h>

void main()
{
    TRIS = 0b111101;
    
    GPIO = 0b000010;
            
       for(;;)
       {
           ;
       } 

}