float Photoresistor::read(Photoresistor::Unit unit) {
switch (unit)
{
case Photoresistor::VOLT:
return getVoltage();
break;
case Photoresistor::LUX:
return getLightLevel();
break;
}
}
void meegoals::start(){
Unsigned data(((ALSSensorChannelInterface*)m_sensorInterface)->lux());
m_reading.setLightLevel(getLightLevel(data.x()));
m_reading.setTimestamp(data.UnsignedData().timestamp_);
newReadingAvailable();
meegosensorbase::start();
}
void meegoals::slotDataAvailable(const Unsigned& data)
{
QAmbientLightReading::LightLevel level = getLightLevel(data.x());
if (level != m_reading.lightLevel()) {
m_reading.setLightLevel(level);
m_reading.setTimestamp(data.UnsignedData().timestamp_);
newReadingAvailable();
}
}
void DimmableLight::handleDimming(QString actionName, void *serviceToken, const QHash<QString, QString> &arguments)
{
if (actionName == "SetLoadLevelTarget") {
QString raw = QString();
if (arguments.contains("newLoadlevelTarget"))
raw = arguments.value("newLoadlevelTarget");
if (raw.isEmpty() == false) {
bool parseResult;
int parsed = raw.toInt(&parseResult);
if (parseResult) {
if(parseResult < 0 || parseResult > 100){
_outArgs["__errorCode"] = QString::number(601);
_outArgs["__errorMessage"] = "Argument Value Out of range";
}else{
_dimming->setDimmingLevel(parsed);
lightLoadLevelChanged(getLightLoadLevel());
lightLevelChanged(getLightLevel());
QString serviceId(DIMMING_SERV_ID);
if (_udaStack != NULL)
_udaStack->sendEvent(serviceId, serviceToken, "LoadLevelStatus", raw);
if (_ucaStack != NULL)
_ucaStack->sendEvent(serviceId, NULL, "LoadLevelStatus", raw);
}
} else {
_outArgs["__errorCode"] = QString::number(402);
_outArgs["__errorMessage"] = "Wrong value, expected number.";
}
}else{
_outArgs["__errorCode"] = QString::number(402);
_outArgs["__errorMessage"] = "Missing argument newLoadlevelTarget";
}
} else if (actionName == "GetLoadLevelTarget") {
_outArgs["retLoadlevelTarget"] = QString::number(getLightLoadLevel());
} else if (actionName == "GetLoadLevelStatus") {
_outArgs["retLoadlevelStatus"] = QString::number(getLightLoadLevel());
} else{
_outArgs["__errorCode"] = QString::number(401);
_outArgs["__errorMessage"] = "Invalid action";
}
}
void DimmableLight::handleSwitchPower(QString actionName, void *serviceToken, const QHash<QString, QString> &arguments)
{
if (actionName == "SetTarget") {
QString raw = QString();
if (arguments.contains("NewTargetValue"))
raw = arguments.value("NewTargetValue");
if (raw.isEmpty() == false) {
bool parseResult;
int parsed = raw.toInt(&parseResult);
if (parseResult) {
_switch->setEnabled(parsed);
lightEnabledChanged(_switch->getEnabled() > 0);
lightLevelChanged(getLightLevel());
QString serviceId(SWITCHPOWER_SERV_ID);
if (_udaStack != NULL)
_udaStack->sendEvent(serviceId, serviceToken, "Status", raw);
if (_ucaStack != NULL)
_ucaStack->sendEvent(serviceId, NULL, "Status", raw);
} else {
_outArgs["__errorCode"] = QString::number(402);
_outArgs["__errorMessage"] = "Wrong value, expected boolean.";
}
}else{
_outArgs["__errorCode"] = QString::number(402);
_outArgs["__errorMessage"] = "Missing argument NewTargetValue";
}
} else if (actionName == "GetTarget") {
_outArgs["RetTargetValue"] = QString::number(getLightEnabled());
} else if (actionName == "GetStatus") {
_outArgs["ResultStatus"] = QString::number(getLightEnabled());
} else{
_outArgs["__errorCode"] = QString::number(401);
_outArgs["__errorMessage"] = "Invalid action";
}
}
// Update function to be called from main loop() method
void PetduinoSerial::update() {
// Update Petduino
Petduino::update();
// Process incoming serial data, and perform callbacks
cmdMessenger.feedinSerialData();
// Check for btn1 state change
bool btn1StateChanged = Petduino::debounce(BTN1, serialBtn1State, serialBtn1LastState, serialBtn1DebounceTimestamp);
if(btn1StateChanged) {
cmdMessenger.sendCmd(BTN1_EVENT, serialBtn1State == LOW);
}
// Check for btn2 state change
bool btn2StateChanged = Petduino::debounce(BTN2, serialBtn2State, serialBtn2LastState, serialBtn2DebounceTimestamp);
if(btn2StateChanged) {
cmdMessenger.sendCmd(BTN2_EVENT, serialBtn2State == LOW);
}
// Check for temperature state changed
if(tempBroadcastThreshold > 0){
float reading = getTemperature();
int readingInt = (int)floor(reading + 0.5);
int readingDir = (lastTempReading - reading)/abs(lastTempReading - reading);
if(abs(lastTempReading - reading) >= tempBroadcastThreshold) {
if(tempReadingDir == 0 || tempReadingDir == readingDir) {
if(tempReadingCount >= tempConsecutiveReadings){
tempReadingCount = 0;
tempReadingDir = 0;
lastTempReading = reading;
cmdMessenger.sendCmd(TEMPERATURE_EVENT, reading);
} else {
tempReadingCount++;
tempReadingDir = readingDir;
}
} else {
tempReadingCount = 0;
tempReadingDir = readingDir;
}
} else {
tempReadingCount = 0;
tempReadingDir = 0;
}
}
// Check for light level state changes
if(ldrBroadcastThreshold > 0) {
int reading = getLightLevel();
int readingDir = (lastLdrReading - reading)/abs(lastLdrReading - reading);
if(abs(lastLdrReading - reading) >= ldrBroadcastThreshold) {
if(ldrReadingDir == 0 || ldrReadingDir == readingDir) {
if(ldrReadingCount >= ldrConsecutiveReadings) {
ldrReadingCount = 0;
ldrReadingDir = 0;
lastLdrReading = reading;
cmdMessenger.sendCmd(LIGHT_LEVEL_EVENT, reading);
} else {
ldrReadingCount++;
ldrReadingDir = readingDir;
}
} else {
ldrReadingCount = 0;
ldrReadingDir = readingDir;
}
} else {
ldrReadingCount = 0;
ldrReadingDir = 0;
}
}
}
// Get temperature command handler
void PetduinoSerial::onGetLightLevel()
{
// Send status that describes the led state manually
cmdMessenger.sendCmd(LIGHT_LEVEL_EVENT, getLightLevel());
}
