Re: Listings e linguaggio C

::

Ecco il codice completo:

`

#define PRESSED 1
#define UNPRESSED 0

#byte xxxxCONH = 0xFB3
#byte xxxxCONL = 0xFB2
#byte xxxxICON = 0xFB1
#byte ANCON0 = 0xF48
#byte ANCON1 = 0xF49
#BYTE ADCON1 = 0xFC1
#BYTE ADCON0 = 0xFC2
#BYTE PIR1 = 0xF9E
#BYTE ADRESH = 0xFC4
#BYTE ADRESL = 0xFC3

void setup(void)
{ //xxxxCON – xxxx Control register
xxxxCONH = 0x00; //make sure xxxx is disabled
xxxxCONL = 0x90;
//xxxx continues to run when emulator is stopped,xxxx continues
//to run in idle mode,Time Generation mode disabled, Edges are blocked
//No edge sequence order, Analog current source not grounded, trigger
//output disabled, Edge2 polarity = positive level, Edge2 source =
//source 0, Edge1 polarity = positive level, Edge1 source = source 0,
//xxxxICON – xxxx Current Control Register
xxxxICON = 0x01; //0.55uA, Nominal – No Adjustment
//bit_set (ANCON1, 7);
/**************************************************************************/
//Setup AD converter;
/**************************************************************************/

setup_adc_ports (NO_ANALOGS);

bit_clear (ADCON1, 5);
bit_clear (ADCON1, 4);
bit_set (ADCON1, 3);
setup_adc (ADC_CLOCK_DIV_32);

setup_adc_ports(sAN11 | VSS_VDD);
set_adc_channel(11);
bit_set (ADCON0, 0);

}

//#use delay(clock=48000000)
void xxxx_startup(void)
{
unsigned int16 OPENSW = 0;
unsigned int16 Vread = 0;
int1 switchState;
int pressed_count, unpressed_count;

while (TMR1_ov < 69) // FOSC = 48 MHz / 4 3 secondi { setup(); bit_set (xxxxCONH,7); //xxxxCONHbits.xxxxEN = 1; // Enable the xxxx bit_clear (xxxxCONL,0); //xxxxCONLbits.EDG1STAT = 0; // Set Edge status bits to zero bit_clear (xxxxCONL,1); //xxxxCONLbits.EDG2STAT = 0; bit_set (xxxxCONH,1); //xxxxCONHbits.IDISSEN = 1; //drain charge on the circuit delay_us (125); //wait 125us bit_clear (xxxxCONH,1); //xxxxCONHbits.IDISSEN = 0; //end drain of circuit bit_set (xxxxCONL,0); //xxxxCONLbits.EDG1STAT = 1; //Begin charging the circuit //using xxxx current source delay_us (125); //wait for 125us bit_clear (xxxxCONL,0); //xxxxCONLbits.EDG1STAT = 0; //Stop charging circuit //bit_clear (PIR1,6); //PIR1bits.ADIF = 0; //make sure A/D Int not set bit_set (ADCON0,1); //ADCON0bits.GO=1; //and begin A/D conv. while (bit_test(ADCON0,1)); //(!PIR1bits.ADIF); //Wait for A/D convert complete Vread = ADRESH; //Vread = ADRES; //Get the value from the A/D Vread = Vread << 8; Vread = Vread + ADRESL; //printf( "Vread %Lu\n\r",Vread); //Vread = read_adc (); if(!xxxx_once) { OPENSW = 0xC0; output_high (pin_D2); xxxx_once = 1; //fprintf(debug, "Vread %Lu\r\n",Vread); } if(xxxx_once) { if(Vread < (OPENSW - 110)) { switchState = PRESSED; } else if(Vread > OPENSW – 110 + 10)
{
switchState = UNPRESSED;
}

if (switchState)
{
unpressed_count = 0;

if (pressed_count >= 10)
{
output_low (pin_D2);
prog = 1;
TMR1_ov = 69;

}
else
pressed_count++;
}
else if (!switchState)
{
pressed_count = 0;

if (unpressed_count >= 10)
{
output_high (pin_D2);
}
else
unpressed_count++;
}

}

}
output_low (pin_D2);
disable_interrupts(INT_TIMER1);
}

`