void setup() {
configPins();
initDisplay();
detectInputMode();
menuInit();
i2cInit();
}
int main(void) {
WDTCTL = WDTPW | WDTHOLD; // Stop watchdog time
configClocks();
configPins();
configTimerA0();
configTimerA1();
configADC10();
initSPI();
initMessage();
_enable_interrupts(); // enable global interrupts
while (1) {
//pack our new message
GPIOUpdate();
currentUpdate();
messagePackServoValues(servoValue);
}
}
int16_t main(void)
{
//TODO discharge calculations
int i = LTC3;
int j;
char voltages[19];
int selfCheck = 0;
configPins();
configClock();
//Comment out next 5 lines if debugging
selfCheck += initLTC();
selfCheck += initADC();//initADC();
if(selfCheck == 2){
setRelay(RELAY_ON);
}
while(1)
{
//comment out next 4 lines if debugging
for(i = LTC1; i < LTC_ALL; i++){
LTC_readVoltages(i);
}
checkADC();
//uncomment next 0 lines if debugging RS-485
//unComment next 3 lines if debugging LTC
//LTC_writeConfig(LTC_ALL, 0);
//LTC_readVoltages(i);
//LTC_analyzeVolts(i);
//uncomment out next 3 lines if debugging ADC
// j = ADCReadRaw(TEMP1_CHANNEL);
// j++;
// j--;
}
}
int main()
{
uint32_t Counter=0;
initClockHSI16();
configPins();
initUART(9600);
initRTC();
initADC();
enable_interrupts();
while(1)
{
resume_from_low_power(); // Interrupt woke up CPU - restore systems to full wakefulness
// Awake now, do some control or other task.
GPIOB_ODR |= BIT3; // Turn on LED
testADC(); // read ADC channel 0 and output result to USART2
drain(); // wait for any pending serial transmissions to end otherwise will exit sleep prematurely
GPIOB_ODR &= ~BIT3; // Turn off LED
low_power_mode(); // off to sleep to save power
}
return 0;
}
