private void UpdateListener(StationLib.StationSocketListener updateplistener)
{
if (updateplistener != null)
{
StationLib.StationSocketListener plistener = m_StationListeners.getSelectedItem();
if (plistener == updateplistener)
{
if (updateplistener.WaterInletActive != m_WaterInletActivate)
{
this.m_WaterInletActivate = updateplistener.WaterInletActive;
OnPropertyChanged("WaterInletActivate");
}
if (updateplistener.PumpDryProtectionActive != m_PumpDryProtectionActive)
{
this.m_PumpDryProtectionActive = updateplistener.PumpDryProtectionActive;
OnPropertyChanged("PumpDryProtectionActive");
}
WaterInletActivateEnable = !updateplistener.ListenerMode && updateplistener.OutPutWellFillingLevelMinActiv;// && !updateplistener.WaterInletState; ;
PumpDryProtectionActiveEnable = !updateplistener.ListenerMode && updateplistener.OutPutFillingLevelMinActiv;// && !updateplistener.PumpDryProtectionState;
}
}
}
protected override void OnNavigatedTo(NavigationEventArgs e)
{
if (e.Parameter is FillingLevelApp.App)
{
FillingLevelApp.App AppEnvironment = e.Parameter as FillingLevelApp.App;
if (AppEnvironment != null)
{
m_Environment = AppEnvironment.Environment;
if (m_Environment != null)
{
this.m_SocketStationListeners = m_Environment.StationSocketListeners;
for (int i = 0; i < this.m_SocketStationListeners.SocketListeners.Count; i++)
{
StationLib.StationSocketListener plistener = this.m_SocketStationListeners.SocketListeners[i];
plistener.StationSensors.SensorValues.VectorChanged += SensorValues_VectorChanged;
}
if (m_SocketStationListeners.SelectedIndex == -1)
{
m_SocketStationListeners.SelectedIndex = 0;
}
}
this.startProcessing();
}
}
base.OnNavigatedTo(e);
}
private void Chart_Loaded(object sender, Windows.UI.Xaml.RoutedEventArgs e)
{
Telerik.UI.Xaml.Controls.Chart.RadCartesianChart chart = sender as RadCartesianChart;
if (chart != null)
{
StationLib.StationSocketListener plistener = chart.DataContext as StationLib.StationSocketListener;
if (plistener != null)
{
StationLib.StationSensors SennsorValue = plistener.StationSensors;
if (SennsorValue != null)
{
for (int i = 0; i < chart.Series.Count; i++)
{
// ScatterLineSeries lineseries = chart.Series[i] as ScatterLineSeries;
LineSeries lineseries = chart.Series[i] as LineSeries;
if (lineseries != null)
{
Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding Ybinding = lineseries.ValueBinding as Telerik.UI.Xaml.Controls.Chart.PropertyNameDataPointBinding;
ChartViewType viewType = (ChartViewType)ChartViewCombo.SelectedItem;
Ybinding.PropertyName = viewType.ViewPropertyName;
//m_MapTemperatureChart.Add(SennsorValue.SensorValues, lineseries);
fillChart(SennsorValue.SensorValues, lineseries);
m_SensorMaps.Add(new SensorMapToScatterLine(lineseries, SennsorValue.SensorValues));
}
}
}
}
}
}
protected override void OnNavigatedTo(NavigationEventArgs e)
{
if (e.Parameter is FillingLevelApp.App)
{
FillingLevelApp.App AppEnvironment = e.Parameter as FillingLevelApp.App;
if (AppEnvironment != null)
{
m_Environment = AppEnvironment.Environment;
this.StationListeners = m_Environment.getWeatherStationListeners();
for (int i = 0; i < StationListeners.SocketListeners.Count; i++)
{
StationLib.StationSocketListener plistener = m_StationListeners.SocketListeners[i];
plistener.MainFrame = this.Frame;
plistener.Update += Plistener_Update;
}
if (m_StationListeners.SelectedIndex == -1)
{
m_StationListeners.SelectedIndex = 0;
}
}
this.startProcessing();
}
base.OnNavigatedTo(e);
}
private void SocketListener_stopStreaming(object sender, string args)
{
StationLib.StationSocketListener SocketListener = sender as StationLib.StationSocketListener;
if (args.Length > 0)
{
if (SocketListener != null)
{
ThreadPoolTimer timer = ThreadPoolTimer.CreateTimer((t) =>
{
SocketListener.stopProcessingPackagesAsync();// Restart Processing Packages
SocketListener.startProcessingPackagesAsync();
//do some work \ dispatch to UI thread as needed
}, TimeSpan.FromSeconds(20));
}
if (SocketListener.FailedConnectionCount <= 1)
{
ShowMessage(args);
notificationEmail(SocketListener, args);
}
}
ReleaseDisplay(SocketListener);
}
public void SelectSensorView()
{
SensorViewType viewType = (SensorViewType)SensorViewCombo.SelectedItem;
if (viewType == null)
{
return;
}
StationLib.StationSocketListener plistener = m_StationListeners.getSelectedItem();
if (plistener != null)
{
StationLib.StationSensors sensorValoues = plistener.StationSensors;
// Frame frame = null;
FrameToPageType frameToPageType;
m_SensorToFrame.TryGetValue(sensorValoues, out frameToPageType);
if (frameToPageType != null)
{
// Check if active Type !=
if (frameToPageType.PageType != viewType.PageType)
{
frameToPageType.PageFrame.Navigate(viewType.PageType, sensorValoues);
frameToPageType.PageType = viewType.PageType;
OnPropertyChanged("SelectedSensorValues");
}
}
}
}
async void stopRecording_Click(Object sender, Windows.UI.Xaml.RoutedEventArgs e)
{
StationLib.StationSocketListener plistener = m_SocketStationListeners.getSelectedItem();
if (plistener != null)
{
await plistener.stopProcessingPackagesAsync();
}
}
void DeleteDataSensors_Click(Object sender, Windows.UI.Xaml.RoutedEventArgs e)
{
StationLib.StationSocketListener plistener = m_SocketStationListeners.getSelectedItem();
if (plistener != null)
{
plistener.StationSensors.deleteSensorValues();
}
}
private void Plistener_Update(object sender, ulong args)
{
StationLib.StationSocketListener plistener = sender as StationLib.StationSocketListener;
if (plistener != null)
{
UpdateListener(plistener);
}
}
public void setToDefault(object sender, RoutedEventArgs e)
{
StationLib.StationSocketListener listener = StationListeners.getSelectedItem();
if (listener != null)
{
setListenerToDefaultValues(listener);
}
}
public void ButtonDeleteListener(object sender, RoutedEventArgs e)
{
StationLib.StationSocketListener listener = StationListeners.getSelectedItem();
if (listener != null)
{
StationListeners.deleteListener(listener);
}
}
protected override void OnNavigatingFrom(NavigatingCancelEventArgs e)
{
for (int i = 0; i < StationListeners.SocketListeners.Count; i++)
{
StationLib.StationSocketListener plistener = m_StationListeners.SocketListeners[i];
plistener.Update -= Plistener_Update;
}
base.OnNavigatingFrom(e);
}
private async void ActivateDisplay(StationLib.StationSocketListener SocketListener)
{
await CoreApplication.MainView.CoreWindow.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, () =>
{ // your code should be here
SocketListener.FailedConnectionCount = SocketListener.FailedConnectionCount;
m_displayRequest.RequestActive();
m_displayRequestCnt++;
});
}
private void StationSocketListeners_NotificationLevel(object sender, int args)
{
StationLib.StationSocketListener SocketListener = sender as StationLib.StationSocketListener;
if (SocketListener != null)
{// email to
notificationEmail(SocketListener, args);
}
}
private async void notificationEmail(StationLib.StationSocketListener SocketListener, string message)
{
await CoreApplication.MainView.CoreWindow.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, async() =>
{ // your code should be here
// FailedConnection in UI-Thread NotifyPropertyChanged("FailedConnectionCount"); setzen , sonst Absturz
string subject = String.Format("FillingLevelApp: {0} Date: {1} Connection Error", SocketListener.VisibleKeyName, SocketListener.StationSensors.ActSensorValue.ActSensorPackageDateTime);
await m_eMailing.SendMailAsync(subject, message);
});
}
public void ListenerSelectionChanged(object sender, SelectionChangedEventArgs e)
{
GridView gridView = sender as GridView;
if (gridView != null)
{
if (gridView.ItemsSource == this.StationListeners.SocketListeners)
{
StationLib.StationSocketListener listener = StationListeners.getSelectedItem();
if (listener != null)
{
}
}
}
}
private void ListenerGridViewTapped(object sender, TappedRoutedEventArgs e) // selection for GridView
{
GridView gridView = sender as GridView;
if (gridView != null)
{
if (gridView.ItemsSource == this.StationListeners.SocketListeners)
{
// StationSocketListener Listener = gridView.ItemsSource as StationSocketListener;
StationLib.StationSocketListener listener = StationListeners.getSelectedItem();
if (listener != null && (gridView.SelectedItem != listener)) // already selected
{
gridView.SelectedItem = listener;
}
}
}
}
protected override void OnNavigatingFrom(NavigatingCancelEventArgs e)
{
if (m_Environment != null)
{
for (int i = 0; i < this.m_SocketStationListeners.SocketListeners.Count; i++)
{
StationLib.StationSocketListener plistener = this.m_SocketStationListeners.SocketListeners[i];
for (int j = 0; j < plistener.StationSensors.SensorValues.Count; j++)
{
plistener.StationSensors.SensorValues.VectorChanged -= SensorValues_VectorChanged;
}
}
}
base.OnNavigatingFrom(e);
}
private void SocketListener_Failed(object sender, string args)
{ // Failed after Trying Connection
StationLib.StationSocketListener SocketListener = sender as StationLib.StationSocketListener;
if (SocketListener.FailedConnectionCount <= 1)
{
ShowMessage(args);
notificationEmail(SocketListener, args);
}
if (SocketListener != null)
{
ThreadPoolTimer timer = ThreadPoolTimer.CreateTimer((t) =>
{
SocketListener.stopProcessingPackagesAsync();// Restart Processing Packages
SocketListener.startProcessingPackagesAsync();
//do some work \ dispatch to UI thread as needed
}, TimeSpan.FromSeconds(5));
}
}
private async void ReleaseDisplay(StationLib.StationSocketListener SocketListener)
{
await CoreApplication.MainView.CoreWindow.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, () =>
{ // your code should be here
SocketListener.FailedConnectionCount = SocketListener.FailedConnectionCount;
if (m_displayRequest == null)
{
return;
}
if (SocketListener.FailedConnectionCount <= 1) // noch keinen FailedCount
{
if (m_displayRequestCnt > 0)
{
//undo the request
m_displayRequest.RequestRelease();
m_displayRequestCnt--;
}
}
});
}
public bool writeSocketListenerDatatoLocalStorage(StationLib.StationSocketListener listener, Windows.Storage.ApplicationDataCompositeValue composite, int ListenerIdx)
{
if (m_localStorage == null)
{
return(false);
}
m_localStorage.SetSourceIDName("StationSocketListener", ListenerIdx);
int Idx = -1;
bool bok = m_localStorage.writeSettingsToLocalStorage(composite, Idx);
bok = m_localStorage.writeStringSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.HostName", Idx), listener.HostName);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.Port", Idx), listener.Port);
bok = m_localStorage.writeStringSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ViewName", Idx), listener.ViewName);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.SensorViewSelection", Idx), listener.SensorViewSelection);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ChartViewSelection", Idx), listener.ChartViewSelection);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.BME280SensorId", Idx), listener.BME280SensorId);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.GPIOHCSR04EchoPin", Idx), listener.GPIOHCSR04EchoPin);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.GPIOHCSR04TriggPin", Idx), listener.GPIOHCSR04TriggPin);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLedPin", Idx), listener.OutPutLedPin);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel1Pin", Idx), listener.OutPutLevel1Pin);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel2Pin", Idx), listener.OutPutLevel2Pin);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.RefreshRateinSec", Idx), listener.RefreshRateinSec);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.MaxLevelMillimeterProSec", Idx), listener.MaxLevelMillimeterProSec);
bok = m_localStorage.writeBoolSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.eMailWellFillingLevelMinActiv", Idx), listener.eMailWellFillingLevelMinActiv);
bok = m_localStorage.writeBoolSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.eMailWellFillingLevelMaxActiv", Idx), listener.eMailWellFillingLevelMaxActiv);
bok = m_localStorage.writeBoolSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.eMailFillingLevelMinActiv", Idx), listener.eMailFillingLevelMinActiv);
bok = m_localStorage.writeBoolSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutWellFillingLevelMinActiv", Idx), listener.OutPutWellFillingLevelMinActiv);
bok = m_localStorage.writeBoolSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutFillingLevelMinActiv", Idx), listener.OutPutFillingLevelMinActiv);
bok = m_localStorage.writeBoolSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ListenerMode", Idx), listener.ListenerMode);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel1PinActivValue", Idx), listener.OutPutLevel1PinActivValue);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel2PinActivValue", Idx), listener.OutPutLevel2PinActivValue);
bok = m_localStorage.writeIntegerSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ShutDownPin", Idx), listener.ShutDownPin);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletFillLevelInPercent", Idx), listener.InletFillLevelInPercent);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletMaxActiveTime", Idx), listener.InletMaxActiveTime);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletCycleFlushingTime", Idx), listener.InletCycleFlushingTime);
bok = m_localStorage.writeDoubleSettingsToLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletMaxCycleFlushingActiveTime", Idx), listener.InletMaxCycleFlushingActiveTime);
StationSensors sensorValue = listener.StationSensors;
m_localStorage.ResetCompositeName();
m_localStorage.DataCompositeIDName = m_localStorage.getCompositePropertyIDName("StationSensorValues", -1);
int SensorsIdx = 0;
bok = writeSensorDatatoLocalStorage(sensorValue, composite, SensorsIdx);
return(bok);
}
private async void notificationEmail(StationLib.StationSocketListener SocketListener, int message)
{
await CoreApplication.MainView.CoreWindow.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, async() =>
{ // your code should be here
string errorLevel = "";
string body = "";
switch (message)
{
case 0:
{
body = String.Format("Level Min overstepped {0} > : {1} ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.StationSensors.FillingLevelMin);
errorLevel = "warning";
break;
}
case 1:
{
body = String.Format("Pump dry protection understepped {0} < : {1} ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.StationSensors.FillingLevelMin);
errorLevel = "error";
break;
}
case 2:
{
body = String.Format("Well Level Min overstepped {0} > : {1} ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.StationSensors.WellFillingLevelMin);
errorLevel = "info";
break;
}
case 3:
{
body = String.Format("Water Inlet Level understepped {0} < : {1} ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.StationSensors.WellFillingLevelMin);
errorLevel = "info";
break;
}
case 4:
{
body = String.Format("Well Level Max overstepped {0} > : {1} ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.StationSensors.WellFillingLevelMax);
errorLevel = "info";
break;
}
case 5:
{
body = String.Format("Well Level Max understepped {0} < : {1} ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.StationSensors.WellFillingLevelMax);
errorLevel = "info";
break;
}
case 6: // Water Inlet Filling Time Over
{
body = String.Format("Water Inlet Time Out Monitoring occured:{1} -> Restart Recording ", SocketListener.StationSensors.ActSensorValue.FillingLevel, SocketListener.InletMaxActiveTime);
errorLevel = "error";
ShowMessage(body);
break;
}
case 100: // Shutdown: Filling Level Station
{
body = String.Format("Filling Level Station: Shutdown");
errorLevel = "error";
break;
}
case 101: // Restart: Filling Level Station
{
body = String.Format("Filling Level Station: Restart");
errorLevel = "error";
break;
}
default:
{
body = String.Format("no Level Min Assoziated {0} ", SocketListener.StationSensors.ActSensorValue.FillingLevel);
break;
}
}
string subject = String.Format("FillingLevelApp: {0} Date: {1} Notifation : {2}", SocketListener.VisibleKeyName, SocketListener.StationSensors.ActSensorValue.ActSensorPackageDateTime, errorLevel);
await m_eMailing.SendMailAsync(subject, body);
});
}
public bool readSocketListenerDatafromLocalStorage(StationLib.StationSocketListener listener, Windows.Storage.ApplicationDataCompositeValue composite, int ListenerIdx)
{
if (m_localStorage == null)
{
return(false);
}
m_localStorage.SetSourceIDName("StationSocketListener", ListenerIdx);
int Idx = -1;
bool bStoreOk = m_localStorage.readSettingsfromLocalStorage(composite, Idx);
if (bStoreOk)
{
string StringValue;
int IntValue;
double dblValue;
bool boolValue;
bool bok = m_localStorage.readStringSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.HostName", Idx), out StringValue);
listener.HostName = StringValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.Port", Idx), out IntValue);
listener.Port = IntValue;
bok = m_localStorage.readStringSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ViewName", Idx), out StringValue);
listener.ViewName = StringValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.SensorViewSelection", Idx), out IntValue);
listener.SensorViewSelection = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ChartViewSelection", Idx), out IntValue);
listener.ChartViewSelection = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.BME280SensorId", Idx), out IntValue);
listener.BME280SensorId = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.GPIOHCSR04EchoPin", Idx), out IntValue);
listener.GPIOHCSR04EchoPin = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.GPIOHCSR04TriggPin", Idx), out IntValue);
listener.GPIOHCSR04TriggPin = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLedPin", Idx), out IntValue);
listener.OutPutLedPin = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel1Pin", Idx), out IntValue);
listener.OutPutLevel1Pin = IntValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel2Pin", Idx), out IntValue);
listener.OutPutLevel2Pin = IntValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.RefreshRateinSec", Idx), out dblValue);
listener.RefreshRateinSec = dblValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.MaxLevelMillimeterProSec", Idx), out dblValue);
listener.MaxLevelMillimeterProSec = dblValue;
bok = m_localStorage.readBoolSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.eMailWellFillingLevelMinActiv", Idx), out boolValue);
listener.eMailWellFillingLevelMinActiv = boolValue;
bok = m_localStorage.readBoolSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.eMailWellFillingLevelMaxActiv", Idx), out boolValue);
listener.eMailWellFillingLevelMaxActiv = boolValue;
bok = m_localStorage.readBoolSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.eMailFillingLevelMinActiv", Idx), out boolValue);
listener.eMailFillingLevelMinActiv = boolValue;
bok = m_localStorage.readBoolSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutWellFillingLevelMinActiv", Idx), out boolValue);
listener.OutPutWellFillingLevelMinActiv = boolValue;
bok = m_localStorage.readBoolSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutFillingLevelMinActiv", Idx), out boolValue);
listener.OutPutFillingLevelMinActiv = boolValue;
bok = m_localStorage.readBoolSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ListenerMode", Idx), out boolValue);
listener.ListenerMode = boolValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel1PinActivValue", Idx), out dblValue);
listener.OutPutLevel1PinActivValue = dblValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.OutPutLevel2PinActivValue", Idx), out dblValue);
listener.OutPutLevel2PinActivValue = dblValue;
bok = m_localStorage.readIntegerSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.ShutDownPin", Idx), out IntValue);
listener.ShutDownPin = IntValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletFillLevelInPercent", Idx), out dblValue);
listener.InletFillLevelInPercent = dblValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletMaxActiveTime", Idx), out dblValue);
listener.InletMaxActiveTime = dblValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletCycleFlushingTime", Idx), out dblValue);
listener.InletCycleFlushingTime = dblValue;
bok = m_localStorage.readDoubleSettingsfromLocalStorage(composite, m_localStorage.getCompositePropertyIDName("listener.InletMaxCycleFlushingActiveTime", Idx), out dblValue);
listener.InletMaxCycleFlushingActiveTime = dblValue;
StationSensors sensorValue = listener.StationSensors;
int SensorsIdx = 0;
m_localStorage.ResetCompositeName();
m_localStorage.DataCompositeIDName = m_localStorage.getCompositePropertyIDName("StationSensorValues", -1);
bool bfound = readSensorDatafromLocalStorage(sensorValue, composite, SensorsIdx);
/*
* int SensorsIdx = 0;
* while (true) // vorhandene Profiles aus den Settings lesen
* {
* StationLib.StationSensors SensorValues = new StationSensors();
* listener.StationSensors.AddSensorValues(SensorValues);
* m_localStorage.ResetCompositeName();
* m_localStorage.DataCompositeIDName = m_localStorage.getCompositePropertyIDName("StationSensorValues", -1);
*
* bool bfound = readSensorDatafromLocalStorage(SensorValues, composite, SensorsIdx);
* if (!bfound)
* {// wiede loeschen, wenn nicht gefunden
* listener.BME280SensorsValues.deleteSensorValues(SensorValues);
* break;
* }
*
*
* SensorsIdx++;
* }
*/
}
return(bStoreOk);
}
private void SocketListener_startStreaming(object sender, Windows.Networking.Sockets.StreamSocket args)
{
StationLib.StationSocketListener SocketListener = sender as StationLib.StationSocketListener;
ActivateDisplay(SocketListener);
}
public void setListenerToDefaultValues(StationLib.StationSocketListener listener)
{
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.ListenerMode = false;
listener.OutPutLevel1PinActivValue = 0; // Ausgang ist low aktiv
listener.OutPutLevel2PinActivValue = 0; // Ausgang ist low aktiv
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 = 20; // in cm
sensorValue.SensorDistanceMax = 180;
sensorValue.CysternDiameter = 230; // Cysterne Durchmesser in cm
sensorValue.CysternVolumeProCm = 0;
}
