/*
* Initialize the application.
*/
void setup()
{
#if DBG_RTC
rtc.Ds3231Init(); // Initialize Ds3231
// WriteInitTime(); // Comment in, if you want setup the RTC TIME/Calendar
// SetRTCAlarm(); // Comment in, if you want to set the Alarm1|2
#endif
#if DBG_LUX
bh.BH1750Init(); // Initialize BH1750
#endif
#if DBG_DHT
dht.DHTInit(PIO2_2, DHT22); // Use the DHT22 sensor on PIN
#endif
/*
if(I2C::Instance()->bI2CIsInitialized) { // I2CScan
I2C::Instance()->I2CScan(); // check .I2CScan_State ans .I2CScan_uAdress
}
*/
// LED Initialize
pinMode(PIO2_6, OUTPUT); // Info LED (yellow)
pinMode(PIO3_3, OUTPUT); // Run LED (green)
pinMode(PIO2_0, OUTPUT); // Prog LED (red)
// LED Set Initial Value (ON|OFF)
digitalWrite(PIO3_3, 0); // Info LED (yellow) // Will be toggled with dht function (blink on read success)
digitalWrite(PIO2_6, 0); // Run LED (green) // Will be toggled with LUX function (off if Lux == 0)
digitalWrite(PIO2_0, 1); // Prog LED (red) // Will be toggled with rtc function
enableInterrupt(TIMER_32_0_IRQn); // Enable the timer interrupt
timer32_0.begin(); // Begin using the timer
timer32_0.prescaler((SystemCoreClock / 1000) - 1); // Let the timer count milliseconds
timer32_0.matchMode(MAT1, RESET | INTERRUPT); // On match of MAT1, generate an interrupt and reset the timer
timer32_0.match(MAT1, READ_TIMER); // Match MAT1 when the timer reaches this value (in milliseconds)
timer32_0.start(); // Start now the timer
}
/*
* Initialize the application.
*/
void setup()
{
dht.DHTInit(PIO2_2, DHT22); // Use the DHT22 sensor on PIN
//dht1.DHTInit(PIO0_7, DHT22); // Use the DHT22 sensor on PIN
// LED Initialize
pinMode(PIO2_6, OUTPUT); // Info LED (yellow)
pinMode(PIO3_3, OUTPUT); // Run LED (green)
pinMode(PIO2_0, OUTPUT); // Prog LED (red)
// LED Set Initial Value (ON|OFF)
digitalWrite(PIO3_3, 0); // Info LED (yellow)
digitalWrite(PIO2_6, 0); // Run LED (green) // Will be toggled with dht function (blink on read success)
digitalWrite(PIO2_0, 1); // Prog LED (red)
enableInterrupt(TIMER_32_0_IRQn); // Enable the timer interrupt
timer32_0.begin(); // Begin using the timer
timer32_0.prescaler((SystemCoreClock / 1000) - 1); // Let the timer count milliseconds
timer32_0.matchMode(MAT1, RESET | INTERRUPT); // On match of MAT1, generate an interrupt and reset the timer
timer32_0.match(MAT1, READ_TIMER); // Match MAT1 when the timer reaches this value (in milliseconds)
timer32_0.start(); // Start now the timer
}
