private static void PowerManager_EnergySaverStatusChanged(object sender, object e)
{
EnergySaverStatus energyStatus = PowerManager.EnergySaverStatus;
OutputMessage($"Energy saver status changed: {energyStatus}");
DetermineWorkloads();
}
void showActualBatteryState(double chargeLevel,
BatteryPowerSource batteryPowerSource,
BatteryState batteryState,
EnergySaverStatus energySaverStatus)
{
labelCharge.Text = string.Format("{0}%", chargeLevel * 100);
switch (batteryPowerSource)
{
case BatteryPowerSource.Battery:
labelPowerSource.Text = "Batterie";
break;
case BatteryPowerSource.AC:
labelPowerSource.Text = "Stromnetz";
break;
case BatteryPowerSource.Usb:
labelPowerSource.Text = "USB-Anschluss";
break;
case BatteryPowerSource.Wireless:
labelPowerSource.Text = "drahtlos";
break;
case BatteryPowerSource.Unknown:
labelPowerSource.Text = "unbekannt";
break;
}
switch (batteryState)
{
case BatteryState.Full: // 5
labelBatteryState.Text = "voll geladen";
break;
case BatteryState.Discharging: // 3
labelBatteryState.Text = "wird entladen";
break;
case BatteryState.Charging: // 2
labelBatteryState.Text = "wird geladen";
break;
case BatteryState.NotCharging: // 4
labelBatteryState.Text = "wird NICHT geladen";
break;
case BatteryState.NotPresent:
labelBatteryState.Text = "keine Batterie vorhanden";
break;
case BatteryState.Unknown:
labelBatteryState.Text = "unbekannt";
break;
}
switch (energySaverStatus)
{
case EnergySaverStatus.Off:
labelEnergySaverStatus.Text = "aus";
break;
case EnergySaverStatus.On:
labelEnergySaverStatus.Text = "ein";
break;
case EnergySaverStatus.Unknown:
labelEnergySaverStatus.Text = "unbekannt";
break;
}
DependencyService.Get <IBatteryInfo>().GetAndroidBatteryExtendedData(out int health, out float temperature, out string technology, out long chargetimeremaining);
string sHealth;
switch (health)
{
case 1: // BATTERY_HEALTH_UNKNOWN
default:
sHealth = "unbekannt";
break;
case 2: // BATTERY_HEALTH_GOOD
sHealth = "gut";
break;
case 3: // BATTERY_HEALTH_OVERHEAT
sHealth = "schlecht (überhitzt)";
break;
case 4: // BATTERY_HEALTH_DEAD
sHealth = "schlecht";
break;
case 5: // BATTERY_HEALTH_OVER_VOLTAGE
sHealth = "schlecht (überladen)";
break;
case 6: // BATTERY_HEALTH_UNSPECIFIED_FAILURE
sHealth = "Fehler";
break;
case 7: // BATTERY_HEALTH_COLD
sHealth = "gut (kalt)";
break;
}
string sChargetimeremaining = "";
if (chargetimeremaining > 0)
{
sChargetimeremaining = ", verbleidende Ladezeit " + (chargetimeremaining / 60000).ToString() + " min";
}
labelExtendedData.Text = string.Format("„Batteriegesundheit“ {0}, Temperatur {1}°C{2}, {3}",
sHealth,
temperature / 10,
sChargetimeremaining,
technology);
}
public EnergySaverStatusChangedEventArgs(EnergySaverStatus saverStatus)
{
EnergySaverStatus = saverStatus;
}
static void OnEnergySaverChanged(EnergySaverStatus saverStatus) => OnEnergySaverChanged(new EnergySaverStatusChangedEventArgs(saverStatus));
internal EnergySaverStatusChangedEventArgs(EnergySaverStatus saverStatus)
{
EnergySaverStatus = saverStatus;
}
void showEnergySaverStatus(EnergySaverStatus energySaverStatus)
{
labelEnergySaverStatus.Text = string.Format("Energiesparmodus: {0}", energySaverStatus.ToString());
}
