public IEnumerable <AirQualitySensor> GetAirQualitySensors()
{
return(null);
IList <AirQualitySensor> sensors = new List <AirQualitySensor>();
foreach (AIR_QUALITY airQuality in _blockChainEntities.AIR_QUALITY)
{
sensors.Add(AirQualitySensor.Mapper(airQuality));
}
return(sensors.AsEnumerable());
}
public void AirQualitySensor_FromDynamic_ShouldReturnExpectedResult(InstalledAppInstance installedApp)
{
var expectedResult = new AirQualitySensor()
{
Id = Guid.NewGuid().ToString(),
Label = "MyDevice",
CurrentValue = 1
};
var deviceJson = $@"{{
""deviceId"": ""{expectedResult.Id}"",
""name"": ""NAME"",
""label"": ""{expectedResult.Label}"",
""locationId"": ""{installedApp.InstalledLocation.Id}""
}}";
var statusJson = $@"{{
""deviceId"": ""{expectedResult.Id}"",
""name"": ""NAME"",
""label"": ""{expectedResult.Label}"",
""locationId"": ""{installedApp.InstalledLocation.Id}"",
""components"" : {{
""main"": {{
""airQualitySensor"": {{
""airQuality"": {{
""value"": ""1""
}}
}}
}}
}}
}}";
dynamic device = JObject.Parse(deviceJson);
dynamic status = JObject.Parse(statusJson);
var result = AirQualitySensor.AirQualitySensorFromDynamic(device,
status);
Assert.Equal(expectedResult, result);
_ = expectedResult.GetHashCode();
_ = expectedResult.ToJson();
}
void LoadConfiguration()
{
_data = new DataAccessor();
if (_data.LoadConfiguration() == "good")
{
// load general config values
RecipientEmailAddress = _data.RecipientEmailAddress;
SenderEmailAddress = _data.SenderEmailAddress;
SenderEmailPassword = _data.SenderEmailPassword;
SenderEmailSmtpAddress = _data.SenderEmailSmtpAddress;
SenderEmailSmtpPort = _data.SenderEmailSmtpPort.ToString();
DataCollectionIntervalTime = _data.DataCollectionIntervalTime.ToString();
GpsEnabled = _data.GpsEnabled;
MinSoilTemperature = _data.MinSoilTemperature;
MaxSoilTemperature = _data.MaxSoilTemperature;
MinAirTemperature = _data.MinAirTemperature;
MaxAirTemperature = _data.MaxAirTemperature;
MinHumidity = _data.MinHumidity;
MaxHumidity = _data.MaxHumidity;
MinMoisture = _data.MinMoisture;
MaxMoisture = _data.MaxMoisture;
MinOxygen = _data.MinOxygen;
MaxOxygen = _data.MaxOxygen;
MinVOC = _data.MinVOC;
MaxVOC = _data.MaxVOC;
MinCO2 = _data.MinCO2;
MaxCO2 = _data.MaxCO2;
// load saved vint hubs
SavedVintHubs = _data.VintHubs;
UnsavedVintHubs = SavedVintHubs;
SelectedConfigHub = _unsavedVintHubs[0];
HubPort0 = SelectedConfigHub.Sensor0.SensorType;
HubPort1 = SelectedConfigHub.Sensor1.SensorType;
HubPort2 = SelectedConfigHub.Sensor2.SensorType;
HubPort3 = SelectedConfigHub.Sensor3.SensorType;
HubPort4 = SelectedConfigHub.Sensor4.SensorType;
HubPort5 = SelectedConfigHub.Sensor5.SensorType;
// Instantiates the data collection timer, sets the timer interval
_dataCollectionTimer = new System.Timers.Timer();
_dataCollectionTimer.Interval = Convert.ToInt32(DataCollectionIntervalTime);
_dataCollectionTimer.Elapsed += Tmr_Elapsed;
// Build GPS and VOC Sensors
if (GpsEnabled)
{
_gps = new MyGpsSensor(-1, "GPS", 5000);
_gps.thresholdBroken += SendEmailAlert;
// _gps.checkReplies += RetrieveEmailReply;
}
AQS = new AirQualitySensor(_minVOC, _maxVOC, _minCO2, _minCO2);
AQS.thresholdBroken += SendEmailAlert;
// AQS.checkReplies += RetrieveEmailReply;
}
else
{
// make sure database is built
_data.BuildDataStores();
// create new hub and add it to unsaved vint hubs
UnsavedVintHubs = new ItemsChangeObservableCollection <VintHub>();
VintHub newHub = _data.CreateNewHub();
UnsavedVintHubs.Add(newHub);
SelectedConfigHub = newHub;
// set hubports to default
HubPort0 = _sensorTypes[5];
HubPort1 = _sensorTypes[5];
HubPort2 = _sensorTypes[5];
HubPort3 = _sensorTypes[5];
HubPort4 = _sensorTypes[5];
HubPort5 = _sensorTypes[5];
MessageBox.Show(_mainWindow, "No valid configuration profile was detected. Default values will be displayed in this form", "No Configuration Found", MessageBox.MessageBoxButtons.YesNoCancel);
}
}
