void handl_i2c_message(void) {
if (stat.numr == 0)
return;
if(stat.is_tran == I2C_Direction_Transmitter) {
switch (stat.bufr[0]) {
case START_ADC:
start_ADC();
break;
case STOP_ADC:
orders_to_stop();
break;
case START_SPI0:
*spi3 = 5;
++spi3Start;
break;
case START_SPI1:
*spi1 = 3;
++spi1Start;
break;
case START_TEST:
start_test();
break;
case STOP_TEST:
orders_to_stop_test();
case ENABLE_MONITORING:
driver_stat.enable_monitoring = 1;
break;
case DISABLE_MONITORING:
driver_stat.enable_monitoring = 0;
break;
case SET_GAIN:
if(stat.numr == 5)
setGainOut(&stat.bufr[1]);
break;
case CLEAR_SET_OVERLOAD:
clear_set_debug();
break;
}
stat.numr = 0;
}
return;
}
int main(void)
{
init_ADC(); // Schalte ADC ein
// korrekte Parameterwerte
eADCRUNMODE runmode = SINGLESHOT; // Eine Messung
start_ADC(runmode); // Messung starten
eADCRES res = BIT8; // Auflösung des Digitalwertes
unsigned short result;
result = read_ADC(res); // 512 bei 50 % bei 10 Bit
// 128 bei 50 % bei 8 Bit
stop_ADC();
unsigned long a = 835;
unsigned long * p = &a;
unsigned char b;
b = ulong2bcd_unpk(p); // b=5 - richtig & a=83 - richtig
// Sonderfall Parameter = 0
unsigned long a2 = 0;
unsigned long * p2 = &a2;
unsigned char b2;
b2 = ulong2bcd_unpk(p2); // b2=0 - richtig & a2=0 - richtig
unsigned char c;
c = ulong2bcd_pk(89); // Wird 1000 1001 - richtig
// inkorrekter Parameterwert
unsigned char c2;
c2 = ulong2bcd_pk(5); // Wird 0 - richtig
unsigned char c3;
c3 = ulong2bcd_pk(100); // Wird 0 - richtig
while (1) {
}
}
