public PlantMapping GetPlantMapping(Plant plant)
{
//if custom sensor
StringBuilder builder = new StringBuilder();
List<MeasurableParameter> customParameters = plant.MeasurableParameters.Where(m => m is CustomParameter).ToList();
if (customParameters.Count != 0)
{
customParameters.ForEach(c => builder.Append(c.Id.ToString() + ','));
builder.Remove(builder.Length - 1, 1);
}
return new PlantMapping(plant.Id, plant.Temperature.Id, plant.Humidity.Id,
plant.SoilPh.Id, plant.Nutrient.Id, plant.Name.ToString(),
builder.ToString());
}
public PlantsArea(Guid id, Guid userId, Plant plant, int number)
{
Id = id;
UserId = userId;
Plant = plant;
Number = number;
ServicesSchedulesStates = new ServicesSchedulesStates();
PlantServicesStates = new PlantServicesStates();
ParameterServicesInfo.ParametersServices
.SelectMany(l => l.ServiceStates)
.Distinct(new ServiceStateEqualityComparer())
.Where(s => !s.IsCustom)
.ToList()
.ForEach(s => PlantServicesStates.AddServiceState(s.Clone() as ServiceState));
Sensors = new List<Sensor>();
}
public Plant RestorePlant(PlantMapping plantMapping)
{
try
{
MeasurableParameterMapping temperatureMapping =
_sqlMeasurableParameterMappingRepository.Get(plantMapping.TemperatureId);
MeasurableParameterMapping soilPhMapping =
_sqlMeasurableParameterMappingRepository.Get(plantMapping.SoilPhId);
MeasurableParameterMapping humidityMapping =
_sqlMeasurableParameterMappingRepository.Get(plantMapping.HumidityId);
MeasurableParameterMapping nutrientMapping =
_sqlMeasurableParameterMappingRepository.Get(plantMapping.NutrientId);
Temperature temperature = RestoreMeasurableParameter(temperatureMapping) as Temperature;
Humidity humidity = RestoreMeasurableParameter(humidityMapping) as Humidity;
SoilPh soilPh = RestoreMeasurableParameter(soilPhMapping) as SoilPh;
Nutrient nutrient = RestoreMeasurableParameter(nutrientMapping) as Nutrient;
PlantNameEnum name = (PlantNameEnum)Enum.Parse(typeof(PlantNameEnum), plantMapping.Name);
Plant plant = new Plant(plantMapping.Id, temperature, humidity, soilPh, nutrient, name);
//if custom sensor
if (!string.IsNullOrEmpty(plantMapping.CustomParametersIds))
{
string[] ids = plantMapping.CustomParametersIds.Split(',');
List<MeasurableParameterMapping> measurableParameterMappings =
ids.Select(id => _sqlMeasurableParameterMappingRepository.Get(Guid.Parse(id))).ToList();
List<MeasurableParameter> measurableParameters =
measurableParameterMappings.Select(RestoreMeasurableParameter)
.ToList();
plant.AddMeasurableParameters(measurableParameters);
}
return plant;
}
catch (Exception e)
{
MessageBox.Show(e.StackTrace, $"Plant Id: {plantMapping.Id}");
return null;
}
}
private PlantsArea GetPlantsArea()
{
try
{
PlantNameEnum plantName = (PlantNameEnum) Enum.Parse(typeof (PlantNameEnum),
PlantNameBox.SelectionBoxItem.ToString());
int number = Convert.ToInt32(Number.Text);
int optimalT = Convert.ToInt32(OptimalTemperature.Text);
int minT = Convert.ToInt32(MinTemperature.Text);
int maxT = Convert.ToInt32(MaxTemperature.Text);
Temperature temperature = new Temperature(Guid.NewGuid(), optimalT, minT, maxT);
if (!temperature.HasValidParameters())
{
throw new ApplicationException("Fields for Temperature are not valid - numeric values >= 0 and <= 100!");
}
int optimalH = Convert.ToInt32(OptimalHumidity.Text);
int minH = Convert.ToInt32(MinHumidity.Text);
int maxH = Convert.ToInt32(MaxHumidity.Text);
Humidity humidity = new Humidity(Guid.NewGuid(), optimalH, minH, maxH);
if (!humidity.HasValidParameters())
{
throw new ApplicationException("Fields for Humidity are not valid - numeric values >= 0 and <= 100!");
}
int optimalS = Convert.ToInt32(OptimalSoilPh.Text);
int minS = Convert.ToInt32(MinSoilPh.Text);
int maxS = Convert.ToInt32(MaxSoilPh.Text);
SoilPh soilPh = new SoilPh(Guid.NewGuid(), optimalS, minS, maxS);
if (!soilPh.HasValidParameters())
{
throw new ApplicationException("Fields for SoilPh are not valid - numeric values >= 0 and <= 100!");
}
int optimalN = Convert.ToInt32(OptimalNutrient.Text);
int minN = Convert.ToInt32(MinNutrient.Text);
int maxN = Convert.ToInt32(MaxNutrient.Text);
Nutrient nutrient = new Nutrient(Guid.NewGuid(), optimalN, minN, maxN);
if (!nutrient.HasValidParameters())
{
throw new ApplicationException("Fields for Nutrient are not valid - numeric values >= 0 and <= 100!");
}
Plant plant = new Plant(Guid.NewGuid(), temperature, humidity, soilPh, nutrient, plantName);
PlantsArea plantsArea = new PlantsArea(Guid.NewGuid(), default(Guid), plant, number);
try
{
TimeSpan temperatureTimeout = TimeSpan.Parse(TemperatureTimeout.Text);
TimeSpan humidityTimeout = TimeSpan.Parse(HumidityTimeout.Text);
TimeSpan soilPhTimeout = TimeSpan.Parse(SoilPhTimeout.Text);
TimeSpan nutrientTimeout = TimeSpan.Parse(NutrientTimeout.Text);
Sensor ts = new TemperatureSensor(Guid.NewGuid(), plantsArea, temperatureTimeout, temperature);
if (TemperatureCheckBox.IsChecked != null && !(bool) TemperatureCheckBox.IsChecked){ts.IsOffByUser = true;}
Sensor hs = new HumiditySensor(Guid.NewGuid(), plantsArea, humidityTimeout, humidity);
if (HumidityCheckBox.IsChecked != null && !(bool) HumidityCheckBox.IsChecked){hs.IsOffByUser = true;}
Sensor ss = new SoilPhSensor(Guid.NewGuid(), plantsArea, soilPhTimeout, soilPh);
if (SoilPhCheckBox.IsChecked != null && !(bool) SoilPhCheckBox.IsChecked){ss.IsOffByUser = true;}
Sensor ns = new NutrientSensor(Guid.NewGuid(), plantsArea, nutrientTimeout, nutrient);
if (NutrientCheckBox.IsChecked != null && !(bool) NutrientCheckBox.IsChecked){ns.IsOffByUser = true;}
}
catch (Exception)
{
MessageBox.Show(@"Please, fill in all timeouts with TimeSpan values >= 0!");
return null;
}
plantsArea.ServicesSchedulesStates.AddServiceSchedule(new ServiceSchedule(Guid.NewGuid(), plantsArea.Id,
ServiceStateEnum.Nutrienting.ToString(), new TimeSpan(0, 0, 10), new TimeSpan(0, 1, 0),
new List<MeasurableParameter> {plantsArea.Plant.Nutrient, plantsArea.Plant.SoilPh}));
plantsArea.ServicesSchedulesStates.AddServiceSchedule(new ServiceSchedule(Guid.NewGuid(), plantsArea.Id,
ServiceStateEnum.Watering.ToString(), new TimeSpan(0, 0, 10), new TimeSpan(0, 1, 0),
new List<MeasurableParameter> { plantsArea.Plant.Humidity, plantsArea.Plant.Temperature }));
return plantsArea;
}
catch (ApplicationException e)
{
MessageBox.Show(e.Message);
return null;
}
catch (FormatException e)
{
MessageBox.Show(e.Message);
return null;
}
}