public static void SendConfiguration(StromPi3 ups)
{
if (ups != null)
{
StromPi3ConfigEditor.SendConfiguration(ups);
}
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// <para>MOD (Chapter 8.1): additional cable soldering required between Reset-Pin (Jumper ON) and chosen GPIO-Pin (40)</para>
/// <para>SERIALLESS ON: turns off the serial comm-port and sets a GPIO-pin (40) as alternative to read</para>
/// <para>SERIALLESS OFF: turns on the serial comm-port and resets a GPIO-pin (40)</para>
/// </summary>
/// <param name="ups"></param>
public static void Serialless(StromPi3 ups)
{
Console.WriteLine($"StromPi Serialless-Enable: {ups.Settings.SerialLessEnable}");
int serialLessEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True");
ups.Settings.SetSerialLessEnable(serialLessEnable.ToString());
if (ups.Settings.SerialLessEnable) // use serial port
{
Console.WriteLine($"Transfer Serial-Less Enable: {ups.Settings.SerialLessEnable}");
ups.Port.SendConfigElement(EConfigElement.SerialLessMode, ups.Settings.SerialLessEnable.ToNumber());
ups.Port.ReceiveConfiguration(ups.Settings);
}
else // reset to serial port
{
using (var gpioController = new GpioController(PinNumberingScheme.Board))
{
gpioController.OpenPin(GPIOShutdownPinBoardNumber);
gpioController.SetPinMode(GPIOShutdownPinBoardNumber, PinMode.Output);
gpioController.Write(GPIOShutdownPinBoardNumber, PinValue.High);
Console.WriteLine($"set pin {GPIOShutdownPinBoardNumber} to HIGH (3 secs)");
Thread.Sleep(3000);
gpioController.Write(GPIOShutdownPinBoardNumber, PinValue.Low);
Console.WriteLine($"set pin {GPIOShutdownPinBoardNumber} to LOW to Disable Serialless Mode.");
Console.WriteLine($"This will take approx. 10 seconds..");
Thread.Sleep(10000);
Console.WriteLine($"Serialless Mode is Disabled!");
}
}
}
public static void InitializeClient()
{
if (Strompi3Client == null)
{
Strompi3Client = new StromPi3();
}
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// <para>MOD (Chapter 8.2): additional cable soldering required</para>
/// <para>USAGE: start system by brigding the reset-pins, after the system was shutdown by "poweroff"command </para>
/// <para>Between poweroff and poweron !WAIT! min. 30 secs</para>
/// </summary>
/// <param name="ups"></param>
public static void PowerOnButton(StromPi3 ups)
{
int powerOnButtonSeconds = ups.Settings.StartStopSettings.PowerOnButtonSeconds;
Console.WriteLine($"Power-ON-Button Enabler: ({ups.Settings.StartStopSettings.PowerOnButtonEnable}) ");
bool powerOnButtonEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
if (powerOnButtonEnable)
{
Console.WriteLine($"Power-ON-Button-Timer (0..65535 secs): ({ups.Settings.StartStopSettings.PowerOnButtonSeconds}) ");
powerOnButtonSeconds = ConverterHelper.ReadInt(0, 65535, "timer (0..65535 secs)");
}
ups.Settings.StartStopSettings.SetPowerOnButton(powerOnButtonEnable, powerOnButtonSeconds);
if (powerOnButtonEnable && ups.Settings.ShutdownEnable)
{
Console.WriteLine($"Poweroff-Mode Enable: ({ups.Settings.StartStopSettings.PoweroffMode}) ");
bool powerOffMode = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
}
Console.WriteLine($"Transfer PowerOnButton: {ups.Settings.StartStopSettings.PowerOnButtonEnable}");
ups.Port.SendConfigElement(EConfigElement.PowerOnButtonEnable, ups.Settings.StartStopSettings.PowerOnButtonEnable.ToNumber());
Console.WriteLine($"Transfer PowerOnButton-Time: {ups.Settings.StartStopSettings.PowerOnButtonSeconds}");
ups.Port.SendConfigElement(EConfigElement.PowerOnButtonTime, ups.Settings.StartStopSettings.PowerOnButtonSeconds);
Console.WriteLine($"Transfer PowerOff Mode: {ups.Settings.StartStopSettings.PoweroffMode}");
ups.Port.SendConfigElement(EConfigElement.PowerOffMode, ups.Settings.StartStopSettings.PoweroffMode.ToNumber());
ups.Port.ReceiveConfiguration(ups.Settings);
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// <para>USAGE: intervals (in minutes) to turn the raspberry ON or OFF</para>
/// <para>On-Time: minutes, the raspberry is ON</para>
/// <para>Off-Time: minutes, the raspberry is OFF</para>
/// </summary>
/// <param name="ups"></param>
public static void AlarmInterval(StromPi3 ups)
{
Console.WriteLine($"Interval-Alarm Enable: {ups.Settings.AlarmSettings.IntervalAlarmEnable}");
bool intervalAlarmEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
int intervalAlarmOnMinutes = ups.Settings.AlarmSettings.IntervalAlarmOnMinutes;
int intervalAlarmOffMinutes = ups.Settings.AlarmSettings.IntervalAlarmOffMinutes;
if (intervalAlarmEnable)
{
Console.WriteLine($"Interval-On-Time (0..65535 mins): {intervalAlarmOnMinutes} minutes.");
intervalAlarmOnMinutes = ConverterHelper.ReadInt(0, 65535, "on-time (0..65535 mins)");
Console.WriteLine($"Interval-Off-Time (0..65535 mins): {intervalAlarmOffMinutes} minutes.");
intervalAlarmOffMinutes = ConverterHelper.ReadInt(0, 65535, "off-time (0..65535 mins)");
}
ups.Settings.AlarmSettings.GetAlarmIntervall(intervalAlarmEnable.ToNumber().ToString(), intervalAlarmOnMinutes.ToString(), intervalAlarmOffMinutes.ToString());
Console.WriteLine($"Transfer Interval-Alarm Enable: {ups.Settings.AlarmSettings.IntervalAlarmEnable}");
ups.Port.SendConfigElement(EConfigElement.IntervalAlarmEnable, ups.Settings.AlarmSettings.IntervalAlarmEnable.ToNumber());
Console.WriteLine($"Transfer Interval-On-Time: {ups.Settings.AlarmSettings.IntervalAlarmOnMinutes}");
ups.Port.SendConfigElement(EConfigElement.IntervalAlarmOnTime, ups.Settings.AlarmSettings.IntervalAlarmOnMinutes);
Console.WriteLine($"Transfer Interval-Off-Time: {ups.Settings.AlarmSettings.IntervalAlarmOffMinutes}");
ups.Port.SendConfigElement(EConfigElement.IntervalAlarmOffTime, ups.Settings.AlarmSettings.IntervalAlarmOffMinutes);
ups.Port.ReceiveConfiguration(ups.Settings);
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// <para>USAGE: turns ON or OFF a daily shutdown of the raspberry at given hour:minute </para>
/// </summary>
/// <param name="ups"></param>
public static void AlarmPowerOff(StromPi3 ups)
{
Console.WriteLine($"StromPi Power-Off Alarm Enable: {ups.Settings.AlarmSettings.PowerOffEnable}");
Console.WriteLine($"Set: 0 = False, 1 = True or ENTER to continue");
bool powerOffAlarmEnable = ConverterHelper.ReadInt(0, 1, "").ToBool();
int powerOffAlarmHour = ups.Settings.AlarmSettings.PowerOffHour;
int powerOffAlarmMinute = ups.Settings.AlarmSettings.PowerOffMinute;
if (powerOffAlarmEnable)
{
Console.WriteLine($"StromPi poweroff time: hour (0..23): {powerOffAlarmHour} hour.");
powerOffAlarmHour = ConverterHelper.ReadInt(0, 23, "hour (0..23)");
Console.WriteLine($"StromPi poweroff time: minute (0..59): {powerOffAlarmMinute} minute.");
powerOffAlarmMinute = ConverterHelper.ReadInt(0, 59, "minute (0..59)");
}
ups.Settings.AlarmSettings.GetAlarmPowerOffEnabled(powerOffAlarmEnable.ToNumber().ToString());
ups.Settings.AlarmSettings.GetAlarmPowerOffTimePeriod(powerOffAlarmHour.ToString(), powerOffAlarmMinute.ToString());
Console.WriteLine($"Transfer Power-Off Alarm Enable: {ups.Settings.AlarmSettings.PowerOffEnable}");
ups.Port.SendConfigElement(EConfigElement.AlarmPowerOff, ups.Settings.AlarmSettings.PowerOffEnable.ToNumber());
Console.WriteLine($"Transfer Power-Off Alarm Hour: {ups.Settings.AlarmSettings.PowerOffHour}");
ups.Port.SendConfigElement(EConfigElement.AlarmHoursOff, ups.Settings.AlarmSettings.PowerOffHour);
Console.WriteLine($"Transfer Power-Off Alarm Minute: {ups.Settings.AlarmSettings.PowerOffMinute}");
ups.Port.SendConfigElement(EConfigElement.AlarmMinutesOff, ups.Settings.AlarmSettings.PowerOffMinute);
ups.Port.ReceiveConfiguration(ups.Settings);
}
public static void SendConfiguration(StromPi3 ups)
{
Console.WriteLine("Transfer new Configuration to the StromPi 3");
Console.WriteLine("###Please Wait###");
ups.Port.SendConfiguration(ups.Settings);
ups.Port.ReceiveConfiguration(ups.Settings);
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// <para>USAGE: Enabling or disabling the Powerfail-Warning (instead of a shutdown) through the serial interface</para>
/// </summary>
/// <param name="ups"></param>
public static void PowerFailWarning(StromPi3 ups)
{
Console.WriteLine($"StromPi Powerfail Warning Enable: {ups.Settings.PowerFailWarningEnable}");
int powerFailEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True");
ups.Settings.SetPowerFailWarningEnable(powerFailEnable.ToString());
Console.WriteLine($"Transfer power-fail warning Enable: {ups.Settings.PowerFailWarningEnable}");
ups.Port.SendConfigElement(EConfigElement.WarningEnable, ups.Settings.PowerFailWarningEnable.ToNumber());
ups.Port.ReceiveConfiguration(ups.Settings);
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// <para>when not-used WIDE power-input: turns off voltage-converter of WIDE-input to save power</para>
/// <para>JUMPER OFF required: s. Chapter 5.5 Power save mode</para>
/// </summary>
/// <param name="ups"></param>
public static void PowerSaveMode(StromPi3 ups)
{
Console.WriteLine($"StromPi Power-Save-Mode Enable: {ups.Settings.StartStopSettings.PowersaveEnable}");
int powerSaveEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True");
ups.Settings.SetPowerSaveEnable(powerSaveEnable.ToString());
Console.WriteLine($"Transfer power-save Enable: {ups.Settings.StartStopSettings.PowersaveEnable}");
ups.Port.SendConfigElement(EConfigElement.PowerSaveEnable, ups.Settings.StartStopSettings.PowersaveEnable.ToNumber());
ups.Port.ReceiveConfiguration(ups.Settings);
}
public static void AlarmConfiguration(StromPi3 ups)
{
if (ups.Settings.StartStopSettings.PoweroffTimeEnableMode)
{
// $" Alarm-Mode: Minute WakeUp-Timer-Alarm" + Environment.NewLine;
}
else
{
// Time, Date, Weekday - Alarm
string s = $"Alarm-Mode: {ups.Settings.AlarmSettings.Mode}" + Environment.NewLine;
}
StromPi3ConfigEditor.AlarmPowerOff(ups);
StromPi3ConfigEditor.AlarmWakeUp(ups);
StromPi3ConfigEditor.AlarmInterval(ups);
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// </summary>
/// <param name="ups"></param>
public static void InputPriorityMode(StromPi3 ups)
{
Console.WriteLine($"StromPi Input-Priority-Mode: ({(int)ups.Settings.PriorityMode}) = {ConverterHelper.GetEnumDescription(ups.Settings.PriorityMode)}");
foreach (EInputPriority priority in (EInputPriority[])Enum.GetValues(typeof(EInputPriority)))
{
Console.WriteLine($"Mode {(int)priority}: {ConverterHelper.GetEnumDescription(priority)}");
}
int priorityMode = ConverterHelper.ReadInt(1, 6, "Mode: 1 - 6");
ups.Settings.SetInputPriorityMode(priorityMode.ToString());
Console.WriteLine($"Transfer Input-Priority Mode: {(int)ups.Settings.PriorityMode} =" +
$" {ConverterHelper.GetEnumDescription(ups.Settings.PriorityMode)}");
ups.Port.SendConfigElement(EConfigElement.InputPriority, (int)ups.Settings.PriorityMode);
ups.Port.SendConfigElement(EConfigElement.ModusReset, 1);
ups.Port.ReceiveConfiguration(ups.Settings);
}
/// <summary>
/// reads the given setting from user input and sends it to the Strompi3-port
/// </summary>
public static void ShutdownMode(StromPi3 ups)
{
Console.WriteLine($"Raspberry Pi Shutdown: ({ups.Settings.ShutdownEnable}) ");
int shutdownEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True");
Console.WriteLine($"Shutdown-Timer (0..65535 secs): ({ups.Settings.ShutdownSeconds}) ");
int newShutdownSeconds = ConverterHelper.ReadInt(0, 65535, "Timer (0..65535 secs)");
Console.WriteLine($"Battery-Level Shutdown (0='Disabled', 1= '< 10%', 2='< 25%', 3='< 50%'): ({ups.Settings.BatteryHat.BatteryShutdownLevel}) ");
int batteryLevelShutdown = ConverterHelper.ReadInt(0, 3, "Battery-Level Shutdown (0='Disabled', 1= '< 10%', 2='< 25%', 3='< 50%')");
ups.Settings.SetShutDown(shutdownEnable.ToString(), newShutdownSeconds, batteryLevelShutdown);
Console.WriteLine($"Transfer Shutdown {ups.Settings.ShutdownEnable.ToNumber()} in {ups.Settings.ShutdownSeconds} secs");
ups.Port.SendConfigElement(EConfigElement.ShutdownEnable, ups.Settings.ShutdownEnable.ToNumber());
ups.Port.SendConfigElement(EConfigElement.ShutdownTimer, ups.Settings.ShutdownSeconds);
ups.Port.SendConfigElement(EConfigElement.ShutdownBatteryLevel, (int)ups.Settings.BatteryHat.BatteryShutdownLevel);
ups.Port.ReceiveConfiguration(ups.Settings);
}
public UpsMonitor(StromPi3 ups)
{
_ups = ups;
Port = _ups.Port;
State = EUpsState.PowerOk;
}
public static void AlarmWakeUp(StromPi3 ups)
{
int wakeUpAlarmHour = ups.Settings.AlarmSettings.WakeUpHour;
int wakeUpAlarmMinute = ups.Settings.AlarmSettings.WakeUpMinute;
int wakeUpAlarmDay = ups.Settings.AlarmSettings.WakeUpDay;
int wakeUpAlarmMonth = ups.Settings.AlarmSettings.WakeUpMonth;
int wakeUpWeekday = (int)ups.Settings.AlarmSettings.WakeUpWeekday;
int wakeUpTimerMinutes = Convert.ToInt32(ups.Settings.AlarmSettings.WakeupTimerMinutes);
bool wakeUpWeekendEnable = ups.Settings.AlarmSettings.WakeUpWeekendEnable;
Console.WriteLine($"StromPi Wake-up Alarm Enable: {ups.Settings.AlarmSettings.WakeupEnable}");
bool wakeUpAlarmEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
if (wakeUpAlarmEnable)
{
Console.WriteLine($"StromPi Wake-up Alarm Mode: {ups.Settings.AlarmSettings.Mode}");
int wakeUpAlarmmode = ConverterHelper.ReadInt(1, 4, "alarm mode (1 = Time-Alarm , 2 = Date-Alarm, 3 = Weekday-Alarm, 4 = Wakeup Timer)");
ups.Settings.AlarmSettings.GetAlarmMode(wakeUpAlarmmode.ToString());
if (ups.Settings.AlarmSettings.Mode == EAlarmMode.WakeupTimer)
{
Console.WriteLine(
$"Wake-up Alarm Timer (minutes: {ups.Settings.AlarmSettings.WakeupTimerMinutes}");
wakeUpTimerMinutes = ConverterHelper.ReadInt(1, 65535, "timer (1-65535 mins)");
}
if (ups.Settings.AlarmSettings.Mode == EAlarmMode.TimeAlarm)
{
Console.WriteLine($"Wakeup-Alarm Hour (0..23): {ups.Settings.AlarmSettings.WakeUpHour}");
wakeUpAlarmHour = ConverterHelper.ReadInt(0, 23, "hour (0..23)");
Console.WriteLine($"Wakeup-Alarm Minute (0..59): {ups.Settings.AlarmSettings.WakeUpMinute}");
wakeUpAlarmMinute = ConverterHelper.ReadInt(0, 59, "minute (0..59)");
Console.WriteLine(
$"Wake-up Weekend Enable: {ups.Settings.AlarmSettings.WakeUpWeekendEnable}");
wakeUpWeekendEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
}
else if (ups.Settings.AlarmSettings.Mode == EAlarmMode.DateAlarm)
{
Console.WriteLine($"Wakeup-Alarm Day (1..31): {ups.Settings.AlarmSettings.WakeUpDay}");
wakeUpAlarmDay = ConverterHelper.ReadInt(1, 31, "day (1..31)");
Console.WriteLine($" Wakeup-Alarm Month (1..12): {ups.Settings.AlarmSettings.WakeUpMonth}");
wakeUpAlarmMonth = ConverterHelper.ReadInt(1, 12, "month (1..12)");
}
else
{
Console.WriteLine($"Wakeup-Alarm Weekday (1..7): {ups.Settings.AlarmSettings.WakeUpWeekday}");
wakeUpWeekday = ConverterHelper.ReadInt(1, 7, "weekday (1 = Monday, 2 = Tuesday, 3 = Wednesday, 4 = Thursday, 5 = Friday, 6 = Saturday, 7 = Sunday)");
}
ups.Settings.AlarmSettings.GetAlarmDateTime(wakeUpAlarmHour.ToString(), wakeUpAlarmMinute.ToString(),
wakeUpAlarmDay.ToString(), wakeUpAlarmMonth.ToString(), wakeUpWeekday.ToString());
ups.Settings.AlarmSettings.GetAlarmWakeupTimerAndWeekend(wakeUpTimerMinutes.ToString(), wakeUpWeekendEnable.ToNumber().ToString());
Console.WriteLine($"Transfer Wake-up Alarm Mode: {ups.Settings.AlarmSettings.Mode}");
switch (ups.Settings.AlarmSettings.Mode)
{
case EAlarmMode.TimeAlarm:
ups.Port.SendConfigElement(EConfigElement.AlarmModeA, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeB, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeC, 1);
ups.Port.SendConfigElement(EConfigElement.AlarmModeD, 0);
break;
case EAlarmMode.DateAlarm:
ups.Port.SendConfigElement(EConfigElement.AlarmModeA, 1);
ups.Port.SendConfigElement(EConfigElement.AlarmModeB, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeC, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeD, 0);
break;
case EAlarmMode.WeekdayAlarm:
ups.Port.SendConfigElement(EConfigElement.AlarmModeA, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeB, 1);
ups.Port.SendConfigElement(EConfigElement.AlarmModeC, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeD, 0);
break;
case EAlarmMode.WakeupTimer:
ups.Port.SendConfigElement(EConfigElement.AlarmModeA, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeB, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeC, 0);
ups.Port.SendConfigElement(EConfigElement.AlarmModeD, 1);
break;
default:
throw new NotImplementedException($"Unknown EAlarmMode {ups.Settings.AlarmSettings.Mode}");
}
ups.Port.SendConfigElement(EConfigElement.AlarmMinutes, ups.Settings.AlarmSettings.WakeUpMinute);
ups.Port.SendConfigElement(EConfigElement.AlarmHours, ups.Settings.AlarmSettings.WakeUpHour);
ups.Port.SendConfigElement(EConfigElement.AlarmDay, ups.Settings.AlarmSettings.WakeUpDay);
ups.Port.SendConfigElement(EConfigElement.AlarmMonth, ups.Settings.AlarmSettings.WakeUpMonth);
ups.Port.SendConfigElement(EConfigElement.AlarmWeekday, (int)ups.Settings.AlarmSettings.WakeUpWeekday);
ups.Port.SendConfigElement(EConfigElement.AlarmEnable, ups.Settings.AlarmSettings.WakeupEnable.ToNumber());
// weekend enable and wakeUpTimerMinutes
Console.WriteLine($"Transfer Wake-up Weekend {ups.Settings.AlarmSettings.WakeUpWeekendEnable} " +
$"and Wakeup Timer: {ups.Settings.AlarmSettings.WakeupTimerMinutes}");
ups.Port.SendConfigElement(EConfigElement.WakeupWeekendEnable, ups.Settings.AlarmSettings.WakeUpWeekendEnable.ToNumber());
ups.Port.SendConfigElement(EConfigElement.PowerOffTimer, ups.Settings.AlarmSettings.WakeupTimerMinutes);
ups.Port.ReceiveConfiguration(ups.Settings);
}
}
public static StromPi3 CompleteConfiguration()
{
var ups = new StromPi3(true);
Console.WriteLine("Main Configuration");
// strompi-mode
Console.WriteLine("1. ----------------------------");
Console.WriteLine(
$"Input-Priority-Mode: ({(int)ups.Settings.PriorityMode}) = {ConverterHelper.GetEnumDescription(ups.Settings.PriorityMode)}");
foreach (EInputPriority priority in (EInputPriority[])Enum.GetValues(typeof(EInputPriority)))
{
Console.WriteLine($"Mode {(int)priority}: {ConverterHelper.GetEnumDescription(priority)}");
}
ups.Settings.SetInputPriorityMode(ConverterHelper.ReadInt(1, 6, "Mode: 1 - 6").ToString());
Console.WriteLine(
$"Set Input Priority to {(int)ups.Settings.PriorityMode}) = {ConverterHelper.GetEnumDescription(ups.Settings.PriorityMode)}");
Console.WriteLine("-------------------------------");
//#Shutdown-enable & set-timer
Console.WriteLine("2. ----------------------------");
Console.WriteLine($"Raspberry Pi Shutdown Timer Mode: ({ups.Settings.ShutdownEnable}) ");
bool shutdownEnable = ConverterHelper.ReadInt(0, 1, "Set: 0 = False, 1 = True").ToBool();
int newShutdownSeconds = ups.Settings.ShutdownSeconds;
if (shutdownEnable)
{
Console.WriteLine("Values above 255 won't work with firmware 1.72, see FAQ https://strompi.joy-it.net/questions/question/rpi4-strompi3-shutdown-funktioniert-nicht-korrekt-strompi-schaltet-zu-frueh-ab/page/3/");
// Der Bug war, dass der Wert des Shutdowntimers in einer 16 bit Variable abgelegt wurde, aber in der weiteren Verarbeitung noch eine 8 bit Variable war.
// Dies führte dazu, dass Werte über 255 Sekunden nicht korrekt funktionierten.
Console.WriteLine($"Shutdown-Timer (0..65535 secs): ({ups.Settings.ShutdownSeconds}) ");
newShutdownSeconds = ConverterHelper.ReadInt(0, 65535, "timer (0..65535 secs)");
}
Console.WriteLine(
$"Battery-Level Shutdown (0='Disabled', 1= '< 10%', 2='< 25%', 3='< 50%'): ({ups.Settings.BatteryHat.BatteryShutdownLevel}) ");
int batteryLevelShutdown = ConverterHelper.ReadInt(0, 3, "Set Battery-Level Shutdown (0-3)");
ups.Settings.SetShutDown(shutdownEnable.ToNumber().ToString(), newShutdownSeconds, batteryLevelShutdown);
Console.WriteLine(
$"Set Shutdown Timer Mode to ({ups.Settings.ShutdownEnable}), Timer = {ups.Settings.ShutdownSeconds} secs.");
Console.WriteLine(
$"Set Battery-Level Shutdown to {ConverterHelper.GetEnumDescription(ups.Settings.BatteryHat.BatteryShutdownLevel)}");
Console.WriteLine("-------------------------------");
Console.WriteLine();
// # serialless-mode
Console.WriteLine("3. ----------------------------");
Console.WriteLine($"Serialless-Mode: {ups.Settings.SerialLessEnable}");
ups.Settings.SetSerialLessEnable(ConverterHelper.ReadInt(0, 1, "Set: 0 = False, 1 = True").ToString());
Console.WriteLine($"Set Serialless-Mode to ({ups.Settings.SerialLessEnable})");
Console.WriteLine("-------------------------------");
Console.WriteLine();
// # powersave
Console.WriteLine("4. ----------------------------");
Console.WriteLine($"Power-Save-Mode Enable: {ups.Settings.StartStopSettings.PowersaveEnable}");
ups.Settings.SetPowerSaveEnable(ConverterHelper.ReadInt(0, 1, "Set: 0 = False, 1 = True").ToString());
Console.WriteLine($"Set Power-Save-Mode to ({ups.Settings.StartStopSettings.PowersaveEnable})");
Console.WriteLine("-------------------------------");
Console.WriteLine();
//#warning-enable
Console.WriteLine("5. ----------------------------");
Console.WriteLine($"Powerfail Warning Enable: {ups.Settings.PowerFailWarningEnable}");
ups.Settings.SetPowerFailWarningEnable(ConverterHelper.ReadInt(0, 1, "Set: 0 = False, 1 = True").ToString());
Console.WriteLine($"Set Powerfail Warning to ({ups.Settings.PowerFailWarningEnable})");
Console.WriteLine("-------------------------------");
Console.WriteLine();
// # PowerOn-Button Enable & PowerOn-Button Timer
Console.WriteLine("6. ----------------------------");
Console.WriteLine($"Power-ON-Button Enable: ({ups.Settings.StartStopSettings.PowerOnButtonEnable}) ");
bool powerOnButtonEnable = ConverterHelper.ReadInt(0, 1, "Set: 0 = False, 1 = True").ToBool();
int powerOnButtonSeconds = ups.Settings.StartStopSettings.PowerOnButtonSeconds;
if (powerOnButtonEnable && ups.Settings.ShutdownEnable)
{
Console.WriteLine($"Poweroff-Mode Enable: ({ups.Settings.StartStopSettings.PoweroffMode}) ");
ups.Settings.StartStopSettings.SetPowerOffMode(ConverterHelper.ReadInt(0, 1, "Set: 0 = False, 1 = True").ToBool());
}
if (powerOnButtonEnable)
{
Console.WriteLine($"Power-ON-Button-Timer (0..65535 secs): ({ups.Settings.StartStopSettings.PowerOnButtonSeconds}) ");
powerOnButtonSeconds = ConverterHelper.ReadInt(0, 65535, "timer (0..65535 secs)");
}
ups.Settings.StartStopSettings.SetPowerOnButton(powerOnButtonEnable, powerOnButtonSeconds);
Console.WriteLine($"Set Power-ON-Button to ({ups.Settings.StartStopSettings.PowerOnButtonEnable})");
Console.WriteLine($"Set Power-ON-Button-Timer to ({ups.Settings.StartStopSettings.PowerOnButtonSeconds})");
Console.WriteLine($"Set Poweroff-Mode to ({ups.Settings.StartStopSettings.PoweroffMode})");
Console.WriteLine("-------------------------------");
Console.WriteLine();
// Time&Date-Configuration
// #set-clock (skipped)
//Alarm-Configuration
//
if (ups.Settings.StartStopSettings.PoweroffTimeEnableMode)
{
// $" Alarm-Mode: Minute WakeUp-Timer-Alarm" + Environment.NewLine;
Console.WriteLine($"TODO: Alarm-Mode: Wakeup Timer");
Console.WriteLine($"Alarm-Mode: {ups.Settings.AlarmSettings.Mode}");
}
else
{
// Time, Date, Weekday - Alarm
Console.WriteLine("7. ----------------------------");
Console.WriteLine($"Alarm-Mode: {ups.Settings.AlarmSettings.Mode}");
}
Console.WriteLine(
$"Alarm-Time: {ups.Settings.AlarmSettings.WakeUpHour}:{ups.Settings.AlarmSettings.WakeUpMinute} hh:mm");
Console.WriteLine($"Alarm-Date: {ups.Settings.AlarmSettings.WakeUpDay}.{ups.Settings.AlarmSettings.WakeUpMonth} dd:mm");
Console.WriteLine(
$"Alarm-Weekday: {ConverterHelper.GetEnumDescription(ups.Settings.AlarmSettings.WakeUpWeekday)}");
Console.WriteLine($"PowerOff-Alarm: {ups.Settings.AlarmSettings.PowerOffEnable}");
Console.WriteLine(
$"PowerOff-Alarm-Time: {ups.Settings.AlarmSettings.PowerOffHour}:{ups.Settings.AlarmSettings.PowerOffMinute} hh:mm");
Console.WriteLine($"Interval-Alarm: {ups.Settings.AlarmSettings.IntervalAlarmEnable}");
Console.WriteLine($"Interval-On-Time: {ups.Settings.AlarmSettings.IntervalAlarmOnMinutes} minutes");
Console.WriteLine($"Interval-Off-Time: {ups.Settings.AlarmSettings.IntervalAlarmOffMinutes} minutes");
Console.WriteLine("-------------------------------");
Console.WriteLine();
// Power-Off Alarm Configuration
Console.WriteLine("8. ----------------------------");
Console.WriteLine($" Power-Off Alarm Enable: {ups.Settings.AlarmSettings.PowerOffEnable}");
bool powerOffAlarmEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
int powerOffAlarmHour = ups.Settings.AlarmSettings.PowerOffHour;
int powerOffAlarmMinute = ups.Settings.AlarmSettings.PowerOffMinute;
if (powerOffAlarmEnable)
{
Console.WriteLine($"Poweroff time: hour (0..23): {powerOffAlarmHour} hour.");
powerOffAlarmHour = ConverterHelper.ReadInt(0, 23, "hour (0..23)");
Console.WriteLine($"Poweroff time: minute (0..59): {powerOffAlarmMinute} minute.");
powerOffAlarmMinute = ConverterHelper.ReadInt(0, 59, "minute (0..59)");
}
ups.Settings.AlarmSettings.GetAlarmPowerOffEnabled(powerOffAlarmEnable.ToNumber().ToString());
ups.Settings.AlarmSettings.GetAlarmPowerOffTimePeriod(powerOffAlarmHour.ToString(),
powerOffAlarmMinute.ToString());
Console.WriteLine($"PowerOff-Alarm: {ups.Settings.AlarmSettings.PowerOffEnable}");
Console.WriteLine(
$"PowerOff-Alarm-Time: {ups.Settings.AlarmSettings.PowerOffHour}:{ups.Settings.AlarmSettings.PowerOffMinute} hh:mm");
Console.WriteLine("-------------------------------");
Console.WriteLine();
// Wake-Up Alarm-Configuration
Console.WriteLine("9. ----------------------------");
int wakeUpAlarmHour = ups.Settings.AlarmSettings.WakeUpHour;
int wakeUpAlarmMinute = ups.Settings.AlarmSettings.WakeUpMinute;
int wakeUpAlarmDay = ups.Settings.AlarmSettings.WakeUpDay;
int wakeUpAlarmMonth = ups.Settings.AlarmSettings.WakeUpMonth;
int wakeUpWeekday = (int)ups.Settings.AlarmSettings.WakeUpWeekday;
int wakeUpTimerMinutes = Convert.ToInt32(ups.Settings.AlarmSettings.WakeupTimerMinutes);
bool wakeUpWeekendEnable = ups.Settings.AlarmSettings.WakeUpWeekendEnable;
Console.WriteLine($"Wake-up Alarm Enable: {ups.Settings.AlarmSettings.WakeupEnable}");
bool wakeUpAlarmEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
if (wakeUpAlarmEnable)
{
Console.WriteLine($"Wake-up Alarm Mode: {ups.Settings.AlarmSettings.Mode}");
int wakeUpAlarmmode = ConverterHelper.ReadInt(1, 4, "alarm mode (1 = Time-Alarm , 2 = Date-Alarm, 3 = Weekday-Alarm, 4 = Wakeup Timer)");
ups.Settings.AlarmSettings.GetAlarmMode(wakeUpAlarmmode.ToString());
if (ups.Settings.AlarmSettings.Mode == EAlarmMode.WakeupTimer)
{
Console.WriteLine($"Wake-up Alarm Timer (minutes: {ups.Settings.AlarmSettings.WakeupTimerMinutes}");
wakeUpTimerMinutes = ConverterHelper.ReadInt(1, 65535, "wake up timer (1-65535 mins)");
}
if (ups.Settings.AlarmSettings.Mode == EAlarmMode.TimeAlarm)
{
Console.WriteLine($"Wakeup-Alarm Hour (0..23): {ups.Settings.AlarmSettings.WakeUpHour}");
wakeUpAlarmHour = ConverterHelper.ReadInt(0, 23, "hour (0..23)");
Console.WriteLine($"Wakeup-Alarm Minute (0..59): {ups.Settings.AlarmSettings.WakeUpMinute}");
wakeUpAlarmMinute = ConverterHelper.ReadInt(0, 59, "minute (0..59)");
Console.WriteLine(
$"Wake-up Weekend Enable: {ups.Settings.AlarmSettings.WakeUpWeekendEnable}");
wakeUpWeekendEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
}
else if (ups.Settings.AlarmSettings.Mode == EAlarmMode.DateAlarm)
{
Console.WriteLine($"Wakeup-Alarm Day (1..31): {ups.Settings.AlarmSettings.WakeUpDay}");
wakeUpAlarmDay = ConverterHelper.ReadInt(1, 31, "day (1..31)");
Console.WriteLine($"Wakeup-Alarm Month (1..12): {ups.Settings.AlarmSettings.WakeUpMonth}");
wakeUpAlarmMonth = ConverterHelper.ReadInt(1, 12, "month (1..12)");
}
else
{
Console.WriteLine($"StromPi Wakeup-Alarm Weekday (1..7): {ups.Settings.AlarmSettings.WakeUpWeekday}");
wakeUpWeekday = ConverterHelper.ReadInt(1, 7, " weekday (1 = Monday, 2 = Tuesday, 3 = Wednesday, 4 = Thursday, 5 = Friday, 6 = Saturday, 7 = Sunday)");
}
ups.Settings.AlarmSettings.GetAlarmDateTime(wakeUpAlarmHour.ToString(), wakeUpAlarmMinute.ToString(),
wakeUpAlarmDay.ToString(), wakeUpAlarmMonth.ToString(), wakeUpWeekday.ToString());
ups.Settings.AlarmSettings.GetAlarmWakeupTimerAndWeekend(wakeUpTimerMinutes.ToString(),
wakeUpWeekendEnable.ToNumber().ToString());
Console.WriteLine(
$"Alarm-Time: {ups.Settings.AlarmSettings.WakeUpHour}:{ups.Settings.AlarmSettings.WakeUpMinute} hh:mm");
Console.WriteLine(
$"Alarm-Date: {ups.Settings.AlarmSettings.WakeUpDay}.{ups.Settings.AlarmSettings.WakeUpMonth} dd:mm");
Console.WriteLine(
$"Alarm-Weekday: {ConverterHelper.GetEnumDescription(ups.Settings.AlarmSettings.WakeUpWeekday)}");
Console.WriteLine($"Alarm-Weekend: {ups.Settings.AlarmSettings.WakeUpWeekendEnable}");
Console.WriteLine($"Alarm-Timer (minutes): {ups.Settings.AlarmSettings.WakeupTimerMinutes}");
Console.WriteLine($"Alarm-Mode: {ups.Settings.AlarmSettings.Mode}");
// Interval-Alarm Configuration
Console.WriteLine($"StromPi Interval-Alarm Enable: {ups.Settings.AlarmSettings.IntervalAlarmEnable}");
Console.WriteLine($"Set: 0 = False, 1 = True or ENTER to continue");
bool intervalAlarmEnable = ConverterHelper.ReadInt(0, 1, "0 = False, 1 = True").ToBool();
int intervalAlarmOnMinutes = ups.Settings.AlarmSettings.IntervalAlarmOnMinutes;
int intervalAlarmOffMinutes = ups.Settings.AlarmSettings.IntervalAlarmOffMinutes;
if (intervalAlarmEnable)
{
Console.WriteLine($"StromPi Interval-On-Time (0..65535 mins): {intervalAlarmOnMinutes} minutes.");
intervalAlarmOnMinutes = ConverterHelper.ReadInt(0, 65535, "on-time (0..65535 mins)");
Console.WriteLine($"StromPi Interval-Off-Time (0..65535 mins): {intervalAlarmOffMinutes} minutes.");
intervalAlarmOffMinutes = ConverterHelper.ReadInt(0, 65535, "off-time (0..65535 mins)");
}
ups.Settings.AlarmSettings.GetAlarmIntervall(intervalAlarmEnable.ToNumber().ToString(),
intervalAlarmOnMinutes.ToString(), intervalAlarmOffMinutes.ToString());
Console.WriteLine($"Set Interval-Alarm Enable to: {ups.Settings.AlarmSettings.IntervalAlarmEnable}");
Console.WriteLine(
$"Set Interval-Alarm On / Off Minutes to: {ups.Settings.AlarmSettings.IntervalAlarmOnMinutes} / {ups.Settings.AlarmSettings.IntervalAlarmOffMinutes}");
}
return(ups);
}
