public bool writeListenerDatatoLocalStorage()
{
m_LocalStorageSettings.SetSourceIDName("WeatherStationData");
m_LocalStorageSettings.deleteCompositeValue(); // vor jedem Schreiben alles löschen
Windows.Storage.ApplicationDataCompositeValue composite = m_LocalStorageSettings.getCompositeValue();
SocketStationListeners listeners = m_StationEnvironment.StationSocketListeners;
for (int i = 0; i < listeners.SocketListeners.Count; i++)
{
StationSocketListener listener = listeners.SocketListeners[i];
writeSocketListenerDatatoLocalStorage(listener, composite, i);
}
if (composite.ContainsKey("SelectedIndex"))
{
composite["SelectedIndex"] = listeners.SelectedIndex;
}
else
{
composite.Add("SelectedIndex", listeners.SelectedIndex);
}
m_LocalStorageSettings.writeCompositeValuetoLocalStorage();
return(true);
}
public void ButtonAddListener(object sender, RoutedEventArgs e)
{
if (this.StationListeners == null)
{
return;
}
StationLib.StationSocketListener listener = new StationSocketListener();
setListenerToDefaultValues(listener);
this.StationListeners.AddListener(listener);
}
public bool readListenerDatafromLocalStorage()
{
SocketStationListeners listeners = m_StationEnvironment.StationSocketListeners;
listeners.clearallListeners();
m_LocalStorageSettings.SetSourceIDName("WeatherStationData");
Windows.Storage.ApplicationDataCompositeValue composite = m_LocalStorageSettings.getCompositeValue();
int Idx = 0;
while (true)
{
StationSocketListener listener = new StationSocketListener();
listeners.AddListener(listener);
bool bdata = readSocketListenerDatafromLocalStorage(listener, composite, Idx);
if (!bdata)
{
// listener wieder aus Queue löshen, wenn nicht benötigt
listeners.deleteListener(listener);
// delete listener;
break;
}
Idx++;
}
if (listeners.SocketListeners.Count == 0) // Add Dummy
{
StationSocketListener listener = createDummyListener();
listeners.SocketListeners.Add(listener);
listeners.SelectedIndex = 0;
}
else
{
Object outvalue;
bool bKey = composite.TryGetValue("SelectedIndex", out outvalue);
if (bKey)
{
listeners.SelectedIndex = (int)outvalue;
}
}
return(listeners.SocketListeners.Count > 0);
}
protected StationSocketListener createDummyListener()
{
StationSocketListener listener = new StationSocketListener();
listener.HostName = "localhost";
listener.Port = 3005;
listener.ViewName = "Cysterne";
listener.GPIOHCSR04EchoPin = 12;
listener.GPIOHCSR04TriggPin = 23;
listener.BME280SensorId = 0x76;
listener.OutPutLedPin = 21;
listener.OutPutLevel1Pin = 17;
listener.OutPutLevel2Pin = 27;
listener.ShutDownPin = 24;
listener.MaxLevelMillimeterProSec = 3;
listener.eMailWellFillingLevelMinActiv = false;
listener.eMailWellFillingLevelMaxActiv = false;
listener.eMailFillingLevelMinActiv = false;
listener.OutPutWellFillingLevelMinActiv = false;
listener.OutPutFillingLevelMinActiv = false;
listener.OutPutLevel2PinActivValue = 0; // Output ist low aktiv
listener.OutPutLevel1PinActivValue = 0;
listener.ListenerMode = false;
listener.InletFillLevelInPercent = 2;
listener.InletMaxActiveTime = 1;
listener.InletMaxCycleFlushingActiveTime = 1;
listener.InletCycleFlushingTime = 2; // alle 2 Tage
StationSensors sensorValue = listener.StationSensors;
sensorValue.DevId = 118;
sensorValue.SensorViewName = "";
sensorValue.RecordingHours = 24;
sensorValue.RecordingSamplePerHour = 50;
sensorValue.HumidityMax = 100;
sensorValue.HumidityMin = 0;
sensorValue.WellHumidityMax = 90;
sensorValue.WellHumidityMin = 40;
sensorValue.TemperatureMax = 45;
sensorValue.TemperatureMin = 0;
sensorValue.WellTemperatureMax = 25;
sensorValue.WellTemperatureMin = 20;
sensorValue.PressureMax = 1500;
sensorValue.PressureMin = 500;
sensorValue.WellPressureMax = 1100;
sensorValue.WellPressureMin = 900;
sensorValue.FillingLevelMin = 0;
sensorValue.FillingLevelMax = 100;
sensorValue.WellFillingLevelMax = 40;
sensorValue.WellFillingLevelMin = 10;
sensorValue.SensorDistanceMin = 30; // in cm
sensorValue.SensorDistanceMax = 180;
sensorValue.CysternDiameter = 230; // Cysterne Durchmesser in cm
sensorValue.CysternVolumeProCm = 0;
return(listener);
}
