public void CopyTo(MeasurableParameterMapping measurableParameterMapping)
{
measurableParameterMapping.Id = Id;
measurableParameterMapping.Optimal = Optimal;
measurableParameterMapping.Min = Min;
measurableParameterMapping.Max = Max;
measurableParameterMapping.Type = Type;
}
public MeasurableParameter RestoreMeasurableParameter(MeasurableParameterMapping measurableParameterMapping)
{
try
{
ParameterEnum parameter;
bool parsed = Enum.TryParse(measurableParameterMapping.Type, out parameter);
if (parsed)
{
switch (parameter)
{
case ParameterEnum.Nutrient:
return new Nutrient(measurableParameterMapping.Id, measurableParameterMapping.Optimal,
measurableParameterMapping.Min, measurableParameterMapping.Max);
case ParameterEnum.SoilPh:
return new SoilPh(measurableParameterMapping.Id, measurableParameterMapping.Optimal,
measurableParameterMapping.Min, measurableParameterMapping.Max);
case ParameterEnum.Humidity:
return new Humidity(measurableParameterMapping.Id, measurableParameterMapping.Optimal,
measurableParameterMapping.Min, measurableParameterMapping.Max);
case ParameterEnum.Temperature:
return new Temperature(measurableParameterMapping.Id, measurableParameterMapping.Optimal,
measurableParameterMapping.Min, measurableParameterMapping.Max);
}
}
//if custom sensor
return new CustomParameter(measurableParameterMapping.Id, measurableParameterMapping.Optimal,
measurableParameterMapping.Min, measurableParameterMapping.Max, measurableParameterMapping.Type);
}
catch (Exception e)
{
MessageBox.Show(e.StackTrace, $"MeasurableParameter Id: {measurableParameterMapping.Id}");
return null;
}
}
