void BatteryNotifier::applyChargingState(QtMobility::QSystemBatteryInfo::ChargingState state)
{
switch(state) {
case QtMobility::QSystemBatteryInfo::Charging:
if (batteryInfo->chargerType() == QtMobility::QSystemBatteryInfo::USB_100mACharger) {
sendNotification(NotificationNoEnoughPower);
} else {
// The low battery notifications should not be sent when the battery is charging
stopLowBatteryNotifier();
removeNotification(QStringList() << "x-nemo.battery.removecharger" << "x-nemo.battery.chargingcomplete" << "x-nemo.battery.lowbattery");
sendNotification(NotificationCharging);
}
break;
case QtMobility::QSystemBatteryInfo::NotCharging:
removeNotification(QStringList() << "x-nemo.battery");
utiliseLED(false, QString("PatternBatteryCharging"));
break;
case QtMobility::QSystemBatteryInfo::ChargingError:
sendNotification(NotificationChargingNotStarted);
break;
}
}
void BatteryNotifier::chargingStateChanged(MeeGo::QmBattery::ChargingState state)
{
switch(state) {
case MeeGo::QmBattery::StateCharging:
if (qmBattery->getChargerType() == MeeGo::QmBattery::USB_100mA) {
sendNotification(NotificationNoEnoughPower);
} else {
// The low battery notifications should not be sent when the battery is charging
stopLowBatteryNotifier();
removeNotification(QStringList() << "x-nemo.battery.removecharger" << "x-nemo.battery.chargingcomplete" << "x-nemo.battery.lowbattery");
sendNotification(NotificationCharging);
}
break;
case MeeGo::QmBattery::StateNotCharging:
removeNotification(QStringList() << "x-nemo.battery");
utiliseLED(false, QString("PatternBatteryCharging"));
break;
case MeeGo::QmBattery::StateChargingFailed:
sendNotification(NotificationChargingNotStarted);
break;
}
}
void BatteryNotifier::applyChargingState(int, QBatteryInfo::ChargingState state)
{
switch(state) {
case QBatteryInfo::Charging:
if (batteryInfo->chargerType() == QBatteryInfo::USBCharger && batteryInfo->currentFlow(0) <= 100) {
sendNotification(NotificationNoEnoughPower);
} else {
// The low battery notifications should not be sent when the battery is charging
stopLowBatteryNotifier();
removeNotification(QStringList() << "x-nemo.battery.removecharger" << "x-nemo.battery.chargingcomplete" << "x-nemo.battery.lowbattery");
sendNotification(NotificationCharging);
}
break;
case QBatteryInfo::NotCharging:
sendNotification(NotificationChargingNotStarted);
break;
default:
removeNotification(QStringList() << "x-nemo.battery");
utiliseLED(false, QString("PatternBatteryCharging"));
break;
}
}
void BatteryNotifier::sendNotification(BatteryNotifier::NotificationID id)
{
switch(id) {
case NotificationCharging:
utiliseLED(true, QString("PatternBatteryCharging"));
sendNotification("x-nemo.battery",
//% "Charging"
qtTrId("qtn_ener_charging"), chargingImageId());
break;
case NotificationChargingComplete:
utiliseLED(true, QString("PatternBatteryFull"));
sendNotification("x-nemo.battery.chargingcomplete",
//% "Charging complete"
qtTrId("qtn_ener_charcomp"));
break;
case NotificationRemoveCharger:
sendNotification("x-nemo.battery.removecharger",
//% "Disconnect charger from power supply to save energy"
qtTrId("qtn_ener_remcha"));
break;
case NotificationChargingNotStarted:
utiliseLED(false, QString("PatternBatteryCharging"));
sendNotification("x-nemo.battery.chargingnotstarted",
//% "Charging not started. Replace charger."
qtTrId("qtn_ener_repcharger"));
break;
case NotificationRechargeBattery:
sendNotification("x-nemo.battery.recharge",
//% "Recharge battery"
qtTrId("qtn_ener_rebatt"));
break;
case NotificationEnteringPSM:
sendNotification("x-nemo.battery.enterpsm",
//% "Entering power save mode"
qtTrId("qtn_ener_ent_psnote"), chargingImageId());
break;
case NotificationExitingPSM:
sendNotification("x-nemo.battery.exitpsm",
//% "Exiting power save mode"
qtTrId("qtn_ener_exit_psnote"), chargingImageId());
break;
case NotificationLowBattery:
sendNotification("x-nemo.battery.lowbattery",
//% "Low battery"
qtTrId("qtn_ener_lowbatt"));
break;
case NotificationNoEnoughPower:
sendNotification("x-nemo.battery.notenoughpower",
//% "Not enough power to charge"
qtTrId("qtn_ener_nopowcharge"), "icon-m-energy-management-insufficient-power");
break;
}
}
