/// <summary>
/// Submitting current interaction dialog
/// Обработчик подтверждения
/// </summary>
protected override async void OnSubmitting()
{
this.ResultedDeviceModel = new DeviceModel
{
Description = this.Description,
Name = this.DeviceName,
TcpAddress = this.TcpIpAddress,
TcpPort = int.Parse(this.TcpIpPort),
StarterDescriptions = StarterDescriptions.ToList(),
DeviceFactoryTypeName = DeviceType.ToString(),
DriverFactoryTypeName = "TCP_MB",
TransformKoefA = int.Parse(TransformKoefA),
TransformKoefB = int.Parse(TransformKoefB),
TransformKoefC = int.Parse(TransformKoefC),
ChannelNumberOfStarter1 = StarterDescriptionsViewModels[0].ChannelNumberOfStarter.ToString(),
ChannelNumberOfStarter2 = StarterDescriptionsViewModels[1].ChannelNumberOfStarter.ToString(),
ChannelNumberOfStarter3 = StarterDescriptionsViewModels[2].ChannelNumberOfStarter.ToString(),
};
if (IsFiderOrganization)
{
ResultedDeviceModel.CustomFidersOnDevice.AddRange(FiderDefinitionsViewModels.Select((model => model.FiderDefinitionModel)));
}
if (IsSignalsEnabled)
{
ResultedDeviceModel.CustomSignalsOnDevice.AddRange(SignalDefinitionsViewModels.Select((model => model.Model)));
}
if (IsIndicatorsEnabled)
{
ResultedDeviceModel.CustomIndicatorsOnDevice.AddRange(IndicatorDefinitionsViewModels.Select((model => model.Model)));
}
if (IsCascadeEnabled)
{
ResultedDeviceModel.CascadeIndicatorsOnDevice.AddRange(CascadeDefinitionsViewModels.Select((model => model.Model)));
}
if (
SelectedAnalogMeter.Equals(AnalogMetersEnum.Нет.ToString()))
{
ResultedDeviceModel.AnalogMeterTypeName = DeviceStringKeys.DeviceAnalogMetersTagKeys.NO;
}
if (
SelectedAnalogMeter.Equals(AnalogMetersEnum.Энергомера.ToString()))
{
ResultedDeviceModel.AnalogMeterTypeName = DeviceStringKeys.DeviceAnalogMetersTagKeys.ENERGOMERA_METER_TYPE;
}
if (
SelectedAnalogMeter.Equals(AnalogMetersEnum.МСА961.ToString()))
{
ResultedDeviceModel.AnalogMeterTypeName = DeviceStringKeys.DeviceAnalogMetersTagKeys.MSA_METER_TYPE;
}
base.OnSubmitting();
}
private void OnAddSignalExecute()
{
SignalDefinitionsViewModels.Add(_signalViewModelFactory.CreateSignalDefinitionsViewModel(_customSignalCreator.Invoke()));
}
/// <summary>
/// Sets a deviceViewModel for editing
/// Установка устройства для редактирования
/// </summary>
/// <param name="deviceModel">Device for editing.</param>
public async void SetEditingContext(DeviceModel deviceModel, IEnumerable <string> deviceNamesExisting)
{
_deviceNamesExisting = deviceNamesExisting.ToList();
_deviceNamesExisting.Remove(deviceModel.Name);
_existingIps = (await _driversService.GetAllDriversAsync()).Select((driver => driver.CreateMomento().State.GetTcpAddress())).ToList();
_existingIps.Remove(deviceModel.TcpAddress);
if (deviceModel == null)
{
throw new NullReferenceException("Editing deviceViewModel don't be a null");
}
DeviceType = deviceModel.DeviceFactoryTypeName;
this.DeviceName = deviceModel.Name;
this.Description = deviceModel.Description;
this.TcpIpAddress = deviceModel.TcpAddress;
this.TcpIpPort = deviceModel.TcpPort.ToString();
this.TransformKoefA = deviceModel.TransformKoefA.ToString();
this.TransformKoefB = deviceModel.TransformKoefB.ToString();
this.TransformKoefC = deviceModel.TransformKoefC.ToString();
if (!string.IsNullOrEmpty(deviceModel.AnalogMeterTypeName))
{
if (deviceModel.AnalogMeterTypeName.Equals(DeviceStringKeys.DeviceAnalogMetersTagKeys.NO))
{
SelectedAnalogMeter = AnalogMetersEnum.Нет.ToString();
}
if (deviceModel.AnalogMeterTypeName.Equals(DeviceStringKeys.DeviceAnalogMetersTagKeys.ENERGOMERA_METER_TYPE))
{
SelectedAnalogMeter = AnalogMetersEnum.Энергомера.ToString();
}
if (deviceModel.AnalogMeterTypeName.Equals(DeviceStringKeys.DeviceAnalogMetersTagKeys.MSA_METER_TYPE))
{
SelectedAnalogMeter = AnalogMetersEnum.МСА961.ToString();
}
}
if (deviceModel.CustomFidersOnDevice.Count != 0)
{
IsFiderOrganization = true;
deviceModel.CustomFidersOnDevice.ForEach((fider =>
{
FiderDefinitionsViewModels.Add(_fiderViewModelFactory.CreateFiderDefinitionsViewModel(fider));
}));
}
if (deviceModel.CustomIndicatorsOnDevice?.Count != 0)
{
IsIndicatorsEnabled = true;
deviceModel.CustomIndicatorsOnDevice.ForEach((ind =>
{
IndicatorDefinitionsViewModels.Add(_indicatorViewModelFactory.CreateIndicatorDefinitionsViewModel(ind));
}));
}
if (deviceModel.CustomSignalsOnDevice?.Count != 0)
{
IsSignalsEnabled = true;
deviceModel.CustomSignalsOnDevice.ForEach((signal =>
{
SignalDefinitionsViewModels.Add(_signalViewModelFactory.CreateSignalDefinitionsViewModel(signal));
}));
}
if (deviceModel.CascadeIndicatorsOnDevice.Count != 0)
{
IsCascadeEnabled = true;
deviceModel.CascadeIndicatorsOnDevice.ForEach((cascade =>
{
CascadeDefinitionsViewModels.Add(_cascadeViewModelFactory.CreateCascadeDefinitionsViewModel(cascade));
}));
}
StarterDescriptionsViewModels.Clear();
int index = 1;
for (int i = 1; i <= 3; i++)
{
if (deviceModel.StarterDescriptions.Count > i - 1)
{
StarterDescriptionsViewModels.Add(new StarterDescriptionViewModel()
{
Description = deviceModel.StarterDescriptions[i - 1],
IndexAndType = "Описание пускателя" + index
});
index++;
}
else
{
StarterDescriptionsViewModels.Add(new StarterDescriptionViewModel()
{
Description = String.Empty,
IndexAndType = "Описание пускателя" + index
});
index++;
}
}
StarterDescriptionsViewModels[0].SetChannelNumberOfStarter(uint.Parse(deviceModel.ChannelNumberOfStarter1));
StarterDescriptionsViewModels[1].SetChannelNumberOfStarter(uint.Parse(deviceModel.ChannelNumberOfStarter2));
StarterDescriptionsViewModels[2].SetChannelNumberOfStarter(uint.Parse(deviceModel.ChannelNumberOfStarter3));
_isEditing = true;
OkButtonTitle = "Сохранить";
ViewTitle = "Редактирование виртуального устройства";
}
private void OnDeleteSignalExecute(object obj)
{
SignalDefinitionsViewModels.Remove(obj as ISignalDefinitionsViewModel);
}
