public void Test_SelectShortTermEntry_SecondOne()
{
//Arrange
IWeatherUtils weatherUtils = new WeatherUtils(new SystemClock());
var forecast = new ForecastShortTerm();
var entry1 = new ForecastShortTermEntry();
entry1.UnixTimestamp = 978361200; //2001/01/01 15:00:00
var entry2 = new ForecastShortTermEntry();
entry2.UnixTimestamp = 978368400; //2001/01/01 17:00:00
forecast.Entries = new List <ForecastShortTermEntry>()
{
entry1, entry2
};
var locDetail = new LocationDetail();
locDetail.Time = new DateTime(2001, 01, 01, 16, 0, 1); //978364801
//Act
var entry = weatherUtils.SelectShortTermEntry(locDetail, forecast);
//Assert - entry2 should be selected
Assert.AreEqual(978368400, entry.UnixTimestamp);
}
public void Test_SelectLongTermEntry_SecondOne()
{
//Arrange
IWeatherUtils weatherUtils = new WeatherUtils(new SystemClock());
var forecast = new ForecastLongTerm();
var entry1 = new ForecastDailyEntry();
entry1.UnixTimestamp = 1335913200; //2012/05/01 23:00
var entry2 = new ForecastDailyEntry();
entry2.UnixTimestamp = 1335927600; //2012/05/02 03:00
forecast.Entries = new List <ForecastDailyEntry>()
{
entry1, entry2
};
var locDetail = new LocationDetail();
locDetail.Time = new DateTime(2012, 5, 1, 0, 0, 0);
//Act
var entry = weatherUtils.SelectLongTermEntry(locDetail, forecast);
//Assert - entry2 should be selected
Assert.AreEqual(1335913200, entry.UnixTimestamp);
}
public void Test_SelectLongTermEntry_Argument2Null()
{
IWeatherUtils weatherUtils = new WeatherUtils(new SystemClock());
var loc = new LocationDetail();
weatherUtils.SelectShortTermEntry(loc, null);
}
public void Test_SelectLongTermEntry_Argument1Null()
{
IWeatherUtils weatherUtils = new WeatherUtils(new SystemClock());
var fc = new ForecastLongTerm();
weatherUtils.SelectLongTermEntry(null, fc);
}
public void Test_AvailableForShortTermForecast_TripNull()
{
//Arrange
DateTime dtNow = new DateTime(2014, 12, 6, 18, 40, 0);
var weatherUtils = new WeatherUtils(new MockClock(dtNow));
//Act
weatherUtils.AvailableForShortTermForecast(null);
}
public override void FillModel(TileModel model, dynamic options)
{
model.title = "Weather";
model.url = "webapp/weather/forecast";
string strCityId = options.cityId;
if (string.IsNullOrWhiteSpace(strCityId))
{
model.content = "Missing cityId parameter";
return;
}
Guid cityId;
if (!Guid.TryParse(strCityId, out cityId))
{
model.content = "CityId parameter must contain GUID value";
return;
}
var data = Context.GetPlugin <WeatherPlugin>().GetWeatherData(DateTime.Now);
WeatherLocatioinModel location = data.FirstOrDefault(l => l.LocationId == cityId);
if (location == null)
{
model.content = string.Format("Location with id = {0} is not found", cityId);
return;
}
model.title = location.LocationName;
// текущая погода
if (location.Now == null)
{
model.content = "Current weather is undefined";
return;
}
string formattedNow = WeatherUtils.FormatTemperature(location.Now.Temperature);
model.content = string.Format("now: {0}°C", formattedNow);
model.className = "btn-primary th-tile-icon th-tile-icon-wa " + WeatherUtils.GetIconClass(location.Now.Code);
// погода на завтра
var tomorrow = location.Forecast.FirstOrDefault();
if (tomorrow != null)
{
string formattedTomorrow = WeatherUtils.FormatTemperatureRange(tomorrow.MinTemperature, tomorrow.MaxTemperature);
model.content += string.Format("\nnext: {0}°C", formattedTomorrow);
}
}
public void Test_SelectShortTermEntry_NoEntries()
{
IWeatherUtils weatherUtils = new WeatherUtils(new SystemClock());
var loc = new LocationDetail();
var fc = new ForecastShortTerm();
fc.Entries = new List <ForecastShortTermEntry>();
weatherUtils.SelectShortTermEntry(loc, fc);
}
public void Test_SelectLongTermEntry_NoEntries()
{
IWeatherUtils weatherUtils = new WeatherUtils(new SystemClock());
LocationDetail loc = new LocationDetail();
var fc = new ForecastLongTerm();
fc.Entries = new List <ForecastDailyEntry>();
var result = weatherUtils.SelectLongTermEntry(loc, fc);
Assert.AreEqual("N/A", result.WeatherDescription[0].Description);
}
public async Task Test_GetForecastForTrip_TripNull()
{
//Arrange
IClock iClock = new SystemClock();
IWeatherProvider weatherProvider = new WeatherProvider();
IWeatherUtils weatherUtils = new WeatherUtils(iClock);
ILocationWeatherManager locationWeatherManager = new LocationWeatherManager(weatherProvider, weatherUtils);
ITripIntervalManager tripIntervalManager = new TripIntervalManager();
ITripWeatherManager tripWeatherManager = new TripWeatherManager(locationWeatherManager, weatherUtils, tripIntervalManager);
//Act and Assert
var result = await tripWeatherManager.GetForecastForTrip(null);
}
private object BuildModel(DailyWeatherDataModel data)
{
return(data == null
? null
: new
{
when = data.DateTime.ToString("M"),
t = WeatherUtils.FormatTemperatureRange(data.MinTemperature, data.MaxTemperature),
p = string.Format("{0} .. {1}", data.MinPressure, data.MaxPressure),
h = string.Format("{0} .. {1}", data.MinHumidity, data.MaxHumidity),
icon = WeatherUtils.GetIconClass(data.Code),
description = data.Description
});
}
private object BuildModel(WeatherDataModel data)
{
return(data == null
? null
: new
{
when = data.DateTime.ToShortTimeString(),
t = WeatherUtils.FormatTemperature(data.Temperature),
p = data.Pressure,
h = data.Humidity,
icon = WeatherUtils.GetIconClass(data.Code),
description = data.Description
});
}
public void Test_AvailableForShortTermForecast_UnderBy_15Minutes()
{
//Arrange
var dtNow = new DateTime(2014, 10, 1, 15, 0, 0);
var dtStart = new DateTime(2014, 10, 5, 23, 30, 0);
var trip = new Trip();
trip.StartDateTime = dtStart;
trip.Duration = 900; // 15 minutes
IClock staticClock = new MockClock(dtNow);
IWeatherUtils weatherUtils = new WeatherUtils(staticClock);
//Act
bool available = weatherUtils.AvailableForShortTermForecast(trip);
//Assert
Assert.IsTrue(available);
}
public void Test_AvailableForShortTermForecast_True()
{
//Arrange
var dtNow = new DateTime(2014, 10, 1, 15, 0, 0);
var dtStart = new DateTime(2014, 10, 4, 17, 0, 0);
var trip = new Trip();
trip.StartDateTime = dtStart;
trip.Duration = 3600; // one hour
IClock staticClock = new MockClock(dtNow);
IWeatherUtils weatherUtils = new WeatherUtils(staticClock);
//Act
bool available = weatherUtils.AvailableForShortTermForecast(trip);
//Assert
Assert.IsTrue(available);
}
public void UpdateView(Weather weather)
{
#if WINDOWS_UWP
var userlang = Windows.System.UserProfile.GlobalizationPreferences.Languages[0];
var culture = new CultureInfo(userlang);
#else
var culture = CultureInfo.CurrentCulture;
#endif
// Update backgrounds
#if WINDOWS_UWP
wm.SetBackground(Background, weather);
PendingBackgroundColor = wm.GetWeatherBackgroundColor(weather);
#elif __ANDROID__
Background = wm.GetBackgroundURI(weather);
PendingBackground = wm.GetWeatherBackgroundColor(weather);
#endif
// Location
Location = weather.location.name;
// Date Updated
UpdateDate = WeatherUtils.GetLastBuildDate(weather);
// Update Current Condition
CurTemp = Settings.IsFahrenheit ?
Math.Round(weather.condition.temp_f) + "\uf045" : Math.Round(weather.condition.temp_c) + "\uf03c";
CurCondition = (String.IsNullOrWhiteSpace(weather.condition.weather)) ? "---" : weather.condition.weather;
WeatherIcon = weather.condition.icon;
// WeatherDetails
// Astronomy
#if WINDOWS_UWP
Sunrise = weather.astronomy.sunrise.ToString("t", culture);
Sunset = weather.astronomy.sunset.ToString("t", culture);
#elif __ANDROID__
if (Android.Text.Format.DateFormat.Is24HourFormat(Application.Context))
{
Sunrise = weather.astronomy.sunrise.ToString("HH:mm");
Sunset = weather.astronomy.sunset.ToString("HH:mm");
}
else
{
Sunrise = weather.astronomy.sunrise.ToString("h:mm tt");
Sunset = weather.astronomy.sunset.ToString("h:mm tt");
}
#endif
// Wind
WindChill = Settings.IsFahrenheit ?
Math.Round(weather.condition.feelslike_f) + "º" : Math.Round(weather.condition.feelslike_c) + "º";
WindSpeed = Settings.IsFahrenheit ?
Math.Round(weather.condition.wind_mph) + " mph" : Math.Round(weather.condition.wind_kph) + " kph";
UpdateWindDirection(weather.condition.wind_degrees);
// Atmosphere
Humidity = weather.atmosphere.humidity;
if (!Humidity.EndsWith("%", StringComparison.Ordinal))
{
Humidity += "%";
}
var pressureVal = Settings.IsFahrenheit ? weather.atmosphere.pressure_in : weather.atmosphere.pressure_mb;
var pressureUnit = Settings.IsFahrenheit ? "in" : "mb";
if (float.TryParse(pressureVal, NumberStyles.Float, CultureInfo.InvariantCulture, out float pressure))
{
Pressure = string.Format("{0} {1}", pressure.ToString(culture), pressureUnit);
}
else
{
Pressure = string.Format("-- {0}", pressureUnit);
}
UpdatePressureState(weather.atmosphere.pressure_trend);
var visibilityVal = Settings.IsFahrenheit ? weather.atmosphere.visibility_mi : weather.atmosphere.visibility_km;
var visibilityUnit = Settings.IsFahrenheit ? "mi" : "km";
if (float.TryParse(visibilityVal, NumberStyles.Float, CultureInfo.InvariantCulture, out float visibility))
{
_Visibility = string.Format("{0} {1}", visibility.ToString(culture), visibilityUnit);
}
else
{
_Visibility = string.Format("-- {0}", visibilityUnit);
}
// Add UI elements
Forecasts.Clear();
foreach (Forecast forecast in weather.forecast)
{
ForecastItemViewModel forecastView = new ForecastItemViewModel(forecast);
Forecasts.Add(forecastView);
}
// Additional Details
WeatherSource = weather.source;
string creditPrefix = "Data from";
#if WINDOWS_UWP
creditPrefix = App.ResLoader.GetString("Credit_Prefix");
#elif __ANDROID__
creditPrefix = Application.Context.GetString(Resource.String.credit_prefix);
#endif
if (weather.source == WeatherAPI.WeatherUnderground)
{
WeatherCredit = string.Format("{0} WeatherUnderground", creditPrefix);
}
else if (weather.source == WeatherAPI.Yahoo)
{
WeatherCredit = string.Format("{0} Yahoo!", creditPrefix);
}
else if (weather.source == WeatherAPI.OpenWeatherMap)
{
WeatherCredit = string.Format("{0} OpenWeatherMap", creditPrefix);
}
else if (weather.source == WeatherAPI.MetNo)
{
WeatherCredit = string.Format("{0} MET Norway", creditPrefix);
}
else if (weather.source == WeatherAPI.Here)
{
WeatherCredit = string.Format("{0} HERE Weather", creditPrefix);
}
Extras.UpdateView(weather);
// Language
WeatherLocale = weather.locale;
}
