private void Update()
{
UpdateMotor();
WindForce = force.GetWindForce();
WindDirection = direction.GetWindDirection();
}
public async Task LoadWeatherForModels(ObservableCollection <CityTableCellViewModel> citiesModels)
{
using (var httpClient = new HttpClient())
{
foreach (var cityModel in citiesModels)
{
try
{
string url = UrlResolver.ResolveWeatherApiUrl(cityModel.WeatherId);
string json = await httpClient.GetStringAsync(url);
var data = JObject.Parse(json);
int temp = data["main"]["temp"].Value <int>();
var selectedCity = Cities.First((item) => item.WeatherId == cityModel.WeatherId);
selectedCity.CurrentWeather = Convert.ToString(temp) + " °C";
selectedCity.WindDegree = data["wind"]["deg"].Value <int>();
cityModel.Weather = selectedCity.CurrentWeather;
var wind = WindDirection.GetWindDirection(selectedCity.WindDegree);
cityModel.WindDirectionImageSource = WindDirection.GetWindImageDirection(wind);
cityModel.UpdateWeather();
}
catch
{
if (cityModel.WindDirectionImageSource == null)
{
cityModel.WindDirectionImageSource = WindDirection.GetNotLoadedImageDirection();
cityModel.UpdateWeather();
}
}
}
}
WeatherUpdated(this, new EventArgs());
}
public void TestNorth()
{
string isNorth = WindDirection.GetWindDirection(0);
Assert.IsTrue(isNorth == "N");
string isN = WindDirection.GetWindDirection(360);
Assert.IsTrue(isN == "N");
}
// Uses the API class to get the current weather data
private async void GetCurrentWeather()
{
try
{
WeatherAPI weatherApi = new WeatherAPI();
await weatherApi.GetCurrentWeatherAPI(cityName, unit);
var data = JsonConvert.DeserializeObject <WeatherData>(weatherApi.responseString);
int curTemp = (int)data.Main.Temp;
int curMax = (int)data.Main.Temp_Max;
int curMin = (int)data.Main.Temp_Min;
int curHum = data.Main.Humidity;
int windDeg = data.Wind.Deg;
double speed = data.Wind.Speed;
temp.Text = curTemp.ToString() + "°";
maxTemp.Text = curMax.ToString() + "°";
minTemp.Text = curMin.ToString() + "°";
humidity.Text = curHum.ToString() + "%";
windSpeed.Text = speed.ToString();
windDirection.Text = WindDirection.GetWindDirection(windDeg);
desc.Text = data.Weather[0].Description.ToUpper();
UpdateWeatherIcon();
now = DateTime.Now;
LoggingService.Instance.LogSuccess(now, "Connected to API");
}
catch
{
now = DateTime.Now;
LoggingService.Instance.LogCatastrophicError(now, "Can't connect to API!");
ContentDialog noConnection = new ContentDialog
{
Title = "Can't Connect to API",
Content = "Check your connection and try again.",
CloseButtonText = "Ok"
};
ContentDialogResult result = await noConnection.ShowAsync();
}
}
public void TestWNW()
{
string isWNW = WindDirection.GetWindDirection(314);
Assert.IsTrue(isWNW == "WNW");
}
public void TestWSW()
{
string isWSW = WindDirection.GetWindDirection(269);
Assert.IsTrue(isWSW == "WSW");
}
public void TestWest()
{
string isWest = WindDirection.GetWindDirection(270);
Assert.IsTrue(isWest == "W");
}
public void TestSSW()
{
string isSSW = WindDirection.GetWindDirection(181);
Assert.IsTrue(isSSW == "SSW");
}
public void TestSouth()
{
string isSouth = WindDirection.GetWindDirection(180);
Assert.IsTrue(isSouth == "S");
}
public void TestSSE()
{
string isSSE = WindDirection.GetWindDirection(136);
Assert.IsTrue(isSSE == "SSE");
}
public void TestNE()
{
string isNE = WindDirection.GetWindDirection(45);
Assert.IsTrue(isNE == "NE");
}
