void DataStore::_addScheduleRaw(const IncomingRadioMessage& aIncomingRadioMessage, uint8_t aDay, uint8_t aLocation) {
if (xSemaphoreTake(mScheduleSemaphore, portMAX_DELAY) == pdTRUE) {
mReader.setBuffer((unsigned char*)aIncomingRadioMessage.content(), aIncomingRadioMessage.length());
// get the length and create a new array of events
tp_integer_t eventCount = Utils::getInteger(mReader);
Event* events = new Event[eventCount];
for (int i = 0 ; i < eventCount ; ++i) {
events[i].locationId = (LocationId)Utils::getInteger(mReader);
events[i].typeId = (uint8_t)Utils::getInteger(mReader);
events[i].startTimestamp = (uint32_t)Utils::getInteger(mReader);
events[i].endTimestamp = (uint32_t)Utils::getInteger(mReader);
events[i].speaker = Utils::getString(mReader);
events[i].title = Utils::getString(mReader);
};
delete mSchedule[aDay][aLocation];
mSchedule[aDay][aLocation] = new Schedule(events, eventCount);
debug::log("DataStore: Got schedule: day: " + String(aDay) + " location: " + String(aLocation) + " events: " + String(mSchedule[aDay][aLocation]->getEventCount()));
xSemaphoreGive(mScheduleSemaphore);
}
}
void BadgeNotifications::handleMessage(const IncomingRadioMessage& aIncomingRadioMessage) {
// parse the radio message content into mBadgeNotification
// <3 bytes rgb1> <3 bytes rgb2> <1 byte sound> <text>
if (xSemaphoreTake(mNotificationMutex, portMAX_DELAY) == pdTRUE) {
mReader.setBuffer((unsigned char*)aIncomingRadioMessage.content(), aIncomingRadioMessage.length());
RGBColor rgb1 = getRGBColor(mReader);
RGBColor rgb2 = getRGBColor(mReader);
boolean sound = Utils::getBoolean(mReader);
uint8_t type = static_cast<uint8_t>(Utils::getInteger(mReader));
char* textChars = Utils::getString(mReader);
String text(textChars);
delete textChars;
debug::log("BADGER NOTIFICATION");
debug::log(text);
delete mBadgeNotification;
mBadgeNotification = new BadgeNotification(text, rgb1, rgb2, sound, type);
xSemaphoreGive(mNotificationMutex);
Tilda::openApp(NotificationApp::New);
}
// start the notification app to start it
//mAppManager->open(NotificationApp::New);
}
void DataStore::_addWeatherForecastRaw(const IncomingRadioMessage& aIncomingRadioMessage) {
if (xSemaphoreTake(mWeatherSemaphore, portMAX_DELAY) == pdTRUE) {
mWeatherForecast->mValid = true;
mReader.setBuffer((unsigned char*)aIncomingRadioMessage.content(), aIncomingRadioMessage.length());
_unpackWeatherForecastPeriod(mWeatherForecast->mWeatherForecastPeriods[WEATHER_CURRENT], mReader);
_unpackWeatherForecastPeriod(mWeatherForecast->mWeatherForecastPeriods[WEATHER_3_HOURS], mReader);
_unpackWeatherForecastPeriod(mWeatherForecast->mWeatherForecastPeriods[WEATHER_6_HOURS], mReader);
_unpackWeatherForecastPeriod(mWeatherForecast->mWeatherForecastPeriods[WEATHER_12_HOURS], mReader);
_unpackWeatherForecastPeriod(mWeatherForecast->mWeatherForecastPeriods[WEATHER_24_HOURS], mReader);
_unpackWeatherForecastPeriod(mWeatherForecast->mWeatherForecastPeriods[WEATHER_48_HOURS], mReader);
debug::log("DataStore: Stored weather forecast: " +
String(mWeatherForecast->mWeatherForecastPeriods[WEATHER_CURRENT].temperature) + "deg, Weather type: " + String((uint8_t) mWeatherForecast->mWeatherForecastPeriods[WEATHER_CURRENT].weatherType));
xSemaphoreGive(mWeatherSemaphore);
}
}
void BadgeNotifications::handleMessage(const IncomingRadioMessage& aIncomingRadioMessage) {
// parse the radio message content into mBadgeNotification
// <3 bytes rgb1> <3 bytes rgb2> <1 byte sound> <text>
mReader.setBuffer((unsigned char*)aIncomingRadioMessage.content(), aIncomingRadioMessage.length());
RGBColor rgb1 = getRGBColor(mReader);
RGBColor rgb2 = getRGBColor(mReader);
boolean sound = Utils::getBoolean(mReader);
uint8_t type = static_cast<uint8_t>(Utils::getInteger(mReader));
char* textChars = Utils::getString(mReader);
String text(textChars);
delete[] textChars;
debug::log("BADGER NOTIFICATION");
debug::log(text);
pushNotification(text, rgb1, rgb2, sound, type);
}