virtual void
run (Arg)
{
checkDefaultAdvice();
blockOnAdvice();
checkSignals();
}
void controlLoop(void) {
static uint8_t i = 0;
uint8_t ch; // The currently selected channel
// Keep quite the dog at each iteration
WATCHDOG_RESET();
// Set device status led
if (CalibrationDone())
LED_ON();
else
LED_SWITCH();
// Schedule timer activities (SMS and Console checking)
synctimer_poll(&timers_lst);
// Checking for pending signals to serve
checkSignals();
// Select Channel to sample and get P measure
ch = sampleChannel();
if (ch==MAX_CHANNELS) {
// No channels enabled... avoid calibration/monitoring
if (chCalib) {
DB(LOG_INFO("Idle (%s, Fault: 0x%04X, Cal: 0x%04X) %c\r",
controlMonitoringEnabled() ? "Mon" : "Dis",
chSpoiled,
chCalib, progress[i++%4]));
} else {
DB(LOG_INFO("Idle (%s, Fault: 0x%04X) %c\r",
controlMonitoringEnabled() ? "Mon" : "Dis",
chSpoiled,
progress[i++%4]));
}
DELAY(500);
return;
}
if (needCalibration(ch)) {
calibrate(ch);
// Check if all channels has been calibrated
// So that we can notify calibration completion (just one time)
if (!CalibrationDone())
return;
// Notify calibration completion
LOG_INFO("\n\nCALIBRATION COMPLETED\r\n\n");
LED_ON();
notifyCalibrationCompleted();
return;
}
// Monitor the current channel
if (controlMonitoringEnabled())
monitor(ch);
}
bool PlaceManagerUtils::doSavePlace(QPlaceManager *manager,
const QPlace &place,
QPlaceReply::Error expectedError,
QString *placeId)
{
Q_ASSERT(manager);
QPlaceIdReply *saveReply = manager->savePlace(place);
bool isSuccessful = checkSignals(saveReply, expectedError, manager);
if (placeId != 0) {
*placeId = saveReply->id();
}
if (saveReply->id().isEmpty() && expectedError == QPlaceReply::NoError) {
qWarning("ID is empty in reply for save operation");
qWarning() << "Error string = " << saveReply->errorString();
isSuccessful = false;
}
if (!isSuccessful)
qWarning() << "Error string = " << saveReply->errorString();
return isSuccessful;
}