// Get the current property values from PowerManager.
// This method is called on startup.
private void GetPowerSettings()
{
settings.PowerPersonality = PowerManager.PowerPersonality.ToString();
settings.PowerSource = PowerManager.PowerSource.ToString();
settings.BatteryPresent = PowerManager.IsBatteryPresent;
settings.UpsPresent = PowerManager.IsUpsPresent;
settings.MonitorOn = PowerManager.IsMonitorOn;
settings.MonitorRequired = PowerManager.MonitorRequired;
if (PowerManager.IsBatteryPresent)
{
settings.BatteryShortTerm = PowerManager.IsBatteryShortTerm;
settings.BatteryLifePercent = PowerManager.BatteryLifePercent;
BatteryState batteryState = PowerManager.GetCurrentBatteryState();
string batteryStateStr = string.Format(
"ACOnline: {1}{0}Max Charge: {2} mWh{0}Current Charge: {3} mWh{0}Charge Rate: {4} {0}Estimated Time Remaining: {5}{0}Suggested Critical Battery Charge: {6} mWh{0}Suggested Battery Warning Charge: {7} mWh{0}",
Environment.NewLine,
batteryState.ACOnline,
batteryState.MaxCharge,
batteryState.CurrentCharge,
batteryState.ACOnline == true ? "N/A" : batteryState.ChargeRate.ToString() + " mWh",
batteryState.ACOnline == true ? "N/A" : batteryState.EstimatedTimeRemaining.ToString(),
batteryState.SuggestedCriticalBatteryCharge,
batteryState.SuggestedBatteryWarningCharge
);
settings.BatteryState = batteryStateStr;
}
}
public void DischargeRateIsNegativeIfNotPluggedIn()
{
BatteryState s = PowerManager.GetCurrentBatteryState();
if (!s.ACOnline)
{
Assert.True(s.ChargeRate < 0);
}
}
private void btnBatarya_Click(object sender, EventArgs e)
{
lblBesleme.Text = PowerManager.PowerSource.ToString();
BatteryState batteryState = PowerManager.GetCurrentBatteryState();
progressBar1.Value = PowerManager.BatteryLifePercent;
lblSarjYuzde.Text = PowerManager.BatteryLifePercent.ToString() + "%";
lblMaksimumSarj.Text = batteryState.MaxCharge + " mWh";
lblGecerliSarj.Text = batteryState.CurrentCharge + " mWh";
}
public void ConfirmBatteryState()
{
BatteryState s = PowerManager.GetCurrentBatteryState();
Assert.InRange(s.CurrentCharge, 0, int.MaxValue);
// TODO: add more tests with heuristics here (i.e. when not plugged in, est time remaining < a reasonable number, etc.)
Assert.InRange(s.EstimatedTimeRemaining, TimeSpan.MinValue, TimeSpan.MaxValue);
Assert.InRange(s.MaxCharge, 0, int.MaxValue);
// The max values below are just numbers we picked.
Assert.InRange(s.SuggestedBatteryWarningCharge, 0, 10000);
Assert.InRange(s.SuggestedCriticalBatteryCharge, 0, 10000);
}
// Get the current property values from PowerManager.
// This method is called on startup.
private void GetPowerSettings()
{
settings.PowerPersonality = PowerManager.PowerPersonality.ToString();
settings.PowerSource = PowerManager.PowerSource.ToString();
settings.BatteryPresent = PowerManager.IsBatteryPresent;
settings.UpsPresent = PowerManager.IsUpsPresent;
settings.MonitorOn = PowerManager.IsMonitorOn;
settings.MonitorRequired = PowerManager.MonitorRequired;
if (PowerManager.IsBatteryPresent)
{
settings.BatteryShortTerm = PowerManager.IsBatteryShortTerm;
settings.BatteryLifePercent = PowerManager.BatteryLifePercent;
settings.BatteryState = PowerManager.GetCurrentBatteryState().ToString();
}
}
static void PowerManager_BatteryLifePercentChanged(object sender, EventArgs e)
{
BatteryLifePercent = PowerManager.BatteryLifePercent;
Log.Write("BatteryLifePercent changed to: " + BatteryLifePercent);
BatteryState state = PowerManager.GetCurrentBatteryState();
if (state.CurrentCharge <= state.SuggestedCriticalBatteryCharge)
{
if (Engine.Instance.IsRunning())
{
Engine.Instance.Stop();
}
}
else
{
if (!Engine.Instance.IsRunning())
{
Engine.Instance.Start();
}
}
}
public void PowerSourceCorrespondsToAcOnlineProperty(bool acOnlineState, PowerSource powerSourceState) => Assert.Equal <bool>(
acOnlineState == PowerManager.GetCurrentBatteryState().ACOnline,
powerSourceState == PowerManager.PowerSource);
public static void GetBatteryRemaining()
{
BatteryState batteryState = PowerManager.GetCurrentBatteryState();
bool isInternet = NetworkListManager.IsConnectedToInternet;
}