public String GenerateTemperatureEventData(int deviceNumber, int roomNumber)
{
var modifier = 1.0F;
if (DeviceSendingDetails.FailureConditions.Any(
device => device.FailedDeviceId == deviceNumber && device.SensorType == SensorTypes.Energy))
{
var deviceDetails =
DeviceSendingDetails.FailureConditions.First(device => device.FailedDeviceId == deviceNumber);
modifier += deviceDetails.FailedDeviceGradient;
}
var temperature = _rand.Next((int)((DeviceSendingDetails.TemperatureMin * modifier) * 100),
(int)((DeviceSendingDetails.TemperatureMax * modifier) * 100)) / 100F;
var temperatureData = new TemperatureData()
{
Deviceid = "temperature" + deviceNumber,
Temperature = (temperature),
Timestamp = DateTime.UtcNow,
RoomNumber = roomNumber
};
return(JsonConvert.SerializeObject(temperatureData));
}
public String GenerateTemperatureEventData(int deviceNumber, int roomNumber)
{
var modifier = 1.0F;
if (DeviceSendingDetails.FailureConditions.Any(
device => device.FailedDeviceId == deviceNumber && device.SensorType == SensorTypes.Energy))
{
var deviceDetails =
DeviceSendingDetails.FailureConditions.First(device => device.FailedDeviceId == deviceNumber);
modifier += deviceDetails.FailedDeviceGradient;
}
var temperature = _rand.Next((int)((DeviceSendingDetails.TemperatureMin * modifier) * 100),
(int)((DeviceSendingDetails.TemperatureMax * modifier) * 100)) / 100F;
var temperatureData = new TemperatureData()
{
Deviceid = "temperature" + deviceNumber,
Temperature = (temperature),
Timestamp = DateTime.UtcNow,
RoomNumber = roomNumber
};
return JsonConvert.SerializeObject(temperatureData);
}
