private void GetNewForecast(string stodvaNr)
{
Forecast textaInfo = ForecastService.GetForecast(stodvaNr);
forecastTextBox.Text = textaInfo.Content;
DateTime parsed;
if (DateTime.TryParse(textaInfo.Creation, out parsed))
{
parsed = DateTime.Parse(textaInfo.Creation);
DateTime now = DateTime.Now;
TimeSpan span = now.Subtract(parsed);
if (span.Hours > 0)
{
forecastInfoBox.Text = $"Spá skrifuð fyrir {span.Hours} klst";
}
else
{
forecastInfoBox.Text = $"Spá skrifuð fyrir {span.Minutes} min";
}
}
else
{
forecastInfoBox.Text = $"Reynið aftur síðar";
}
var validTo = textaInfo.Valid_to;
var validFrom = textaInfo.Valid_from;
}
public void TestFacebookService()
{
var forecast = ForecastService.GetForecast();
var sunriseSunset = SunriseSunsetService.GetSunriseSunset();
var report = ReportBuilder.Build(forecast, sunriseSunset);
FacebookService.PostText(report);
}
public void GetForecastTest()
{
ForecastService forecastService = new ForecastService();
string location = "Stuttgart";
ForecastModel forecastModel = new ForecastModel();
forecastModel = forecastService.GetForecast(location);
Assert.NotNull(forecastModel);
}
public static void Run([TimerTrigger("0 0 4 * * *")] TimerInfo myTimer, TraceWriter log)
{
log.Info($"Timer trigger function executed at: {DateTime.Now}");
var forecast = ForecastService.GetForecast();
var sunriseSunset = SunriseSunsetService.GetSunriseSunset();
var report = ReportBuilder.Build(forecast, sunriseSunset);
FacebookService.PostText(report);
}
public void GetForecastTest()
{
// TODO: IRL I would use mocking to bypass the communication to the server on the unit tests, and use integrations tests to validate the end to end, but due to the time limitations I will skip mocking in this code
var service = new ForecastService();
var result = service.GetForecast(LondonId).Result;
Assert.IsNotNull(result, "result != null");
Assert.IsNotNull(result.ForecastDay1, "result != null");
Assert.IsNotNull(result.ForecastDay2, "result.ForecastDay2 != null");
Assert.IsNotNull(result.ForecastDay3, "result.ForecastDay3 != null");
Assert.IsNotNull(result.ForecastDay4, "result.ForecastDay4 != null");
Assert.IsNotNull(result.ForecastDay5, "result.ForecastDay5 != null");
// Avoiding strong typing every single validation, reflection is a nifty tool to use in cirurgical spots
Assert.DoesNotThrow(() => ReadAllProperties(result, result.ForecastDay1, result.ForecastDay2, result.ForecastDay3, result.ForecastDay4, result.ForecastDay5));
}
public void TestReportBuilder()
{
var result = ReportBuilder.Build(ForecastService.GetForecast(), SunriseSunsetService.GetSunriseSunset());
}
/// <summary>
/// Diese Funktion schreibt alle Wetterdaten in die Properties für die Oberfläche.
/// Task läuft asynchron
/// </summary>
private async void ShowWeather()
{
//CurrentWeather
CurrentWeatherModel model = new CurrentWeatherModel();
//Await und LambdaExpression triggert den Service für das jetzige Wetter
model = await Task.Run(() => currentWeatherService.GetCurrentWeather(Location));
MainViewModel.city_name = model.name;
//Modelle werden ausgelesen
Temperature = model.main.temp + " C°";
Description = "Description: " + model.weather[0].description;
TempFeelsLike = "Feels Like: " + model.main.feels_like + "C°";
TempMin = "Min Temperature: " + model.main.temp_min + "C°";
TempMax = "Max Temperature: " + model.main.temp_max + "C°";
WindSpeed = "Wind Speed: " + model.wind.speed + "m/s";
City = model.name;
Sunrise = "sunrise: " + calcuteConverter.UnixTimeStampConverter(model.sys.sunrise);
Sunset = "sunset: " + calcuteConverter.UnixTimeStampConverter(model.sys.sunset);
WeatherIcon = iconPick.pickIcon(model.weather[0].icon);
//WeatherForecast
ForecastModel modelForecast = new ForecastModel();
//Await und LambdaExpression triggert den Service für den Forecast
modelForecast = await Task.Run(() => forecastService.GetForecast(Location));
//Modelle werden ausgelesen
DateTime thisDay = DateTime.Now;
string date = thisDay.GetDateTimeFormats('D')[0];
Day1 = "Heute";
Icon1 = iconPick.pickIcon(modelForecast.list[4].weather[0].icon);
Description1 = modelForecast.list[4].weather[0].description;
Degree1 = Convert.ToString(modelForecast.list[4].main.temp_min) + "C°";
TempMax1 = Convert.ToString(modelForecast.list[4].main.temp_max) + "C°";
string date2 = thisDay.AddDays(1).GetDateTimeFormats('D')[0];
Day2 = date2.Split(',')[0];
Icon2 = iconPick.pickIcon(modelForecast.list[12].weather[0].icon);
Description2 = modelForecast.list[12].weather[0].description;
Degree2 = Convert.ToString(modelForecast.list[12].main.temp_min) + "C°";
TempMax2 = Convert.ToString(modelForecast.list[12].main.temp_max) + "C°";
string date3 = thisDay.AddDays(2).GetDateTimeFormats('D')[0];
Day3 = date3.Split(',')[0];
Icon3 = iconPick.pickIcon(modelForecast.list[20].weather[0].icon);
Description3 = modelForecast.list[20].weather[0].description;
Degree3 = Convert.ToString(modelForecast.list[20].main.temp_min) + "C°";
TempMax3 = Convert.ToString(modelForecast.list[20].main.temp_max) + "C°";
string date4 = thisDay.AddDays(3).GetDateTimeFormats('D')[0];
Day4 = date4.Split(',')[0];
Icon4 = iconPick.pickIcon(modelForecast.list[28].weather[0].icon);
Description4 = modelForecast.list[28].weather[0].description;
Degree4 = Convert.ToString(modelForecast.list[28].main.temp_min) + "C°";
TempMax4 = Convert.ToString(modelForecast.list[28].main.temp_max) + "C°";
string date5 = thisDay.AddDays(4).GetDateTimeFormats('D')[0];
Day5 = date5.Split(',')[0];
Icon5 = iconPick.pickIcon(modelForecast.list[36].weather[0].icon);
Description5 = modelForecast.list[36].weather[0].description;
Degree5 = Convert.ToString(modelForecast.list[36].main.temp_min) + "C°";
TempMax5 = Convert.ToString(modelForecast.list[36].main.temp_max) + "C°";
}
