public string WeatherDataListing()
{
//Forms the weather data into a string separated by line feeds
string wsList = "";
if (weaList.Count > 0)
{
{
wsList += "WriteDate:\t" + ReportDate.ToString("hh:mm:ss");
wsList += "\r\n" + "TempScale:\t" + TempScale.ToString();
wsList += "\r\n" + "WindScale:\t" + WindScale.ToString();
wsList += "\r\n" + "SkyTemp:\t" + SkyTemp.ToString();
wsList += "\r\n" + "AmbTemp:\t" + AmbTemp.ToString();
wsList += "\r\n" + "SenTemp:\t" + SenTemp.ToString();
wsList += "\r\n" + "WindSpeed:\t" + WindSpeed.ToString();
wsList += "\r\n" + "Humidity:\t\t" + Humidity.ToString();
wsList += "\r\n" + "DewPoint:\t" + DewPoint.ToString();
wsList += "\r\n" + "DewHeat:\t" + DewHeat.ToString();
wsList += "\r\n" + "RainFlag:\t\t" + RainFlag.ToString();
wsList += "\r\n" + "WetFlag:\t\t" + WetFlag.ToString();
wsList += "\r\n" + "ElapsedTime:\t" + ElapsedSeconds.ToString();
wsList += "\r\n" + "LastDataWrite:\t" + LastDataWrite.ToString("hh:mm:ss");
wsList += "\r\n" + "Cloudiness:\t" + Cloudiness.ToString();
wsList += "\r\n" + "Windiness:\t" + Windiness.ToString();
wsList += "\r\n" + "Raininess:\t" + Raininess.ToString();
wsList += "\r\n" + "Darkness:\t" + Darkness.ToString();
wsList += "\r\n" + "RoofCloseFlag:\t" + RoofCloseFlag.ToString();
wsList += "\r\n" + "AlertFlag:\t\t" + AlertFlag.ToString();
}
}
return(wsList);
}
public async Task <IActionResult> GetSecondaryDataAsync()
{
var temperatureSensor = new TemperatureSensor(_temperatureStorage);
var pressureSensor = new PressureSensor(_pressureStorage);
var humiditySensor = new HumiditySensor(_humidityStorage);
var windDirectionSensor = new WindDirectionSensor(_windStorage);
var windSpeedSensor = new WindSpeedSensor(_windStorage);
var windChill = new WindChill(temperatureSensor, windSpeedSensor);
var dewPoint = new DewPoint(temperatureSensor, humiditySensor);
var timeSpan = new TimeSpan(3, 0, 0);
var result = new SecondaryDataDTO()
{
WindChill = (int)windChill.CalculateWindChill(),
DewPoint = (int)dewPoint.CalculateDewPoint(),
MaximalTemperature = (int)temperatureSensor.HighValue().Value,
MinimalTemperature = (int)temperatureSensor.LowValue().Value,
MaximalHumidity = (int)humiditySensor.HighValue().Value,
MinimalHumidity = (int)humiditySensor.LowValue().Value,
MinimalPressure = (int)pressureSensor.LowValue().Value,
MaximalPressure = (int)pressureSensor.HighValue().Value,
MinimalTemperatureTime = temperatureSensor.TimeOfLowValue().TimeOfDay.Add(timeSpan).ToString().Substring(0, 5),
MaximalTemperatureTime = temperatureSensor.TimeOfHighValue().TimeOfDay.Add(timeSpan).ToString().Substring(0, 5),
MinimalHumidityTime = humiditySensor.TimeOfLowValue().TimeOfDay.Add(timeSpan).ToString().Substring(0, 5),
MaximalHumidityTime = humiditySensor.TimeOfHighValue().TimeOfDay.Add(timeSpan).ToString().Substring(0, 5),
MinimalPressureTime = pressureSensor.TimeOfLowValue().TimeOfDay.Add(timeSpan).ToString().Substring(0, 5),
MaximalPressureTime = pressureSensor.TimeOfHighValue().TimeOfDay.Add(timeSpan).ToString().Substring(0, 5),
};
return(Ok(result));
}
public DensityAltitudeApplicationTester(String browser, String application, Elevation elevation, Temperature temperature, Altimeter altimeter, DewPoint dewPoint)
{
this.browser = browser;
this.application = application;
this.elevation = elevation;
this.temperature = temperature;
this.altimeter = altimeter;
this.dewPoint = dewPoint;
}
public void setDewPoint(DewPoint dewPoint)
{
webDriver.FindElement(By.Name("dewpoint")).SendKeys(dewPoint.getDewPoint());
if (dewPoint.isUsingStandardUnits())
{
webDriver.FindElements(By.Name("in_dp"))[0].Click();
}
else
{
webDriver.FindElements(By.Name("in_dp"))[1].Click();
}
}
public void WhenTheDewPointIs(String dewPoint, String dewPointUnits)
{
this.dewPoint = new DewPoint(dewPoint, dewPointUnits);
}
