void setup() {
transport.setup(&io, &controller);
controller.setup(&network, &transport);
io.setup(&transport);
loadFromEEPROM(&controller); // TEMP
}
void setup()
{
transport.setup(&io, &controller);
controller.setup(&network, &transport);
#ifdef MICROFLO_EMBED_GRAPH
loadFromEEPROM(&controller);
#endif
}
/**
* Konstruktor.
*/
Settings::Settings() {
// um 3 Uhr Display abschalten (Minuten, Stunden, -, -, -, -)
_nightModeTime[0] = new TimeStamp(0, 3, 0, 0, 0, 0);
// um 4:30 Uhr Display wieder anschalten (Minuten, Stunden, -, -, -, -)
_nightModeTime[1] = new TimeStamp(30, 4, 0, 0, 0, 0);
resetToDefault();
// Versuche alte Einstellungen zu laden...
loadFromEEPROM();
}
/**
* Konstruktor.
*/
Settings::Settings() {
_language = LANGUAGE_CH;
_renderCornersCw = true;
_use_ldr = false;
_brightness = 100;
_enableAlarm = true;
_dcfSignalIsInverted = false;
_timeShift = 0;
// Versuche alte Einstellungen zu laden...
loadFromEEPROM();
}
void FaultHandler::setup()
{
TickHandler::getInstance()->detach(this);
Logger::info("Initializing Fault Handler", FAULTSYS, this);
loadFromEEPROM();
//Use the heartbeat interval because it's slow and already exists so we can piggyback on the interrupt
//so as to not create more timers than necessary.
TickHandler::getInstance()->attach(this, CFG_TICK_INTERVAL_HEARTBEAT);
}
void loadConfig(void) {
EEPROM.begin(sizeof(eepromSavedParametersStorage));
loadFromEEPROM(EEPROM_SAVED_PARAMETERS_ADDRESS,
(void *)&eepromSavedParametersStorage,
sizeof(eepromSavedParametersStorage));
EEPROM.end();
DiagLogLegacy.print(F("["));
DiagLogLegacy.print(millis());
DiagLogLegacy.println(F("] Config loaded from EEPROM."));
DiagLogLegacy.print(F("Config saved with firmware version "));
DiagLogLegacy.print(eepromSavedParametersStorage.versionMajor);
DiagLogLegacy.print(F("."));
DiagLogLegacy.println(eepromSavedParametersStorage.versionMinor);
if ((eepromSavedParametersStorage.versionMajor != FIRMWARE_VERSION_MAJOR) ||
(eepromSavedParametersStorage.versionMinor != FIRMWARE_VERSION_MINOR))
DiagLogLegacy.println(F("CONFIG SAVED WITH DIFFERENT FIRMWARE VERSION, PLEASE ACTIVATE CONFIG MODE AND REVIEW DATA"));
DiagLogLegacy.print(F("Checksum: 0x"));
DiagLogLegacy.println(eepromSavedParametersStorage.checkSum, HEX);
if (calculateCheckSum() != eepromSavedParametersStorage.checkSum) DiagLogLegacy.print(F("CONFIG CHECKSUM WRONG, PLEASE ACTIVATE CONFIG MODE AND REVIEW DATA"));
DiagLogLegacy.print(F("WIFI network: "));
DiagLogLegacy.println(eepromSavedParametersStorage.wifiSsid);
if (EEPROM_DEBUG_PRINT_INSECURE) {
DiagLogLegacy.print(F("WIFI password: "******"Auth token: "));
DiagLogLegacy.println(eepromSavedParametersStorage.authToken);
}
DiagLogLegacy.print(F("MG811 cal points: "));
DiagLogLegacy.print(F("Raw="));
DiagLogLegacy.print(eepromSavedParametersStorage.MG811CalPoint0Raw);
DiagLogLegacy.print(F(" Calibrated="));
DiagLogLegacy.print(eepromSavedParametersStorage.MG811CalPoint0Calibrated);
DiagLogLegacy.print(F("ppm / Raw="));
DiagLogLegacy.print(eepromSavedParametersStorage.MG811CalPoint1Raw);
DiagLogLegacy.print(F(" Calibrated="));
DiagLogLegacy.print(eepromSavedParametersStorage.MG811CalPoint1Calibrated);
DiagLogLegacy.println(F("ppm"));
DiagLogLegacy.print(F("MG811 filter: "));
switch (eepromSavedParametersStorage.filterMG811) {
case ADCFilter::OFF:
DiagLogLegacy.println(F("off"));
break;
case ADCFilter::AVERAGE:
DiagLogLegacy.println(F("moving average"));
break;
case ADCFilter::LOWPASS:
DiagLogLegacy.print(F("low-pass, limit frequency: "));
DiagLogLegacy.print(eepromSavedParametersStorage.filterMG811LowPassFrequency);
DiagLogLegacy.println(F(" x 0.01 Hz"));
break;
default:
DiagLogLegacy.print(F("unknown ("));
DiagLogLegacy.print((int)eepromSavedParametersStorage.filterMG811, DEC);
DiagLogLegacy.println(F(")"));
break;
}
DiagLogLegacy.print(F("MG811 calibration mode: "));
if (!eepromSavedParametersStorage.rejectCalibrationMG811)
DiagLogLegacy.println(F("use calibration data"));
else
DiagLogLegacy.println(F("use uncalibrated value"));
DiagLogLegacy.print(F("Sensor readings' serial output: "));
if (!eepromSavedParametersStorage.sensorSerialOutput)
DiagLogLegacy.println(F("off"));
else
DiagLogLegacy.println(F("on"));
}
