private async void TakePhotoButton_Click(object sender, RoutedEventArgs e)
{
BitmapImage bitmapSource = await PhotoHelper.GetPhotoFromCameraLaunch();
if (bitmapSource == null)
{
return;
}
// Specify a random location
// var currentLocation = await LocationHelper.GetRandomGeoposition();
//Geopoint geopoint = new Geopoint(currentLocation);
var currentLocation = await LocationHelper.GetCurrentLocationAsync();
LocationData location = new LocationData
{
Position = currentLocation.Geopoint.Position,
ImageSource = bitmapSource
};
this.Locations.Add(location);
this.LocationsView.UpdateLayout();
LocationsView.SelectedItem = location;
await LocationHelper.TryUpdateMissingLocationInfoAsync(location, null);
}
/// <summary>
/// Gets the current location if the geolocator is available,
/// and updates the Geolocator status message depending on the results.
/// </summary>
/// <returns>The current location.</returns>
private async Task <LocationData> GetCurrentLocationAsync()
{
var currentLocation = await LocationHelper.GetCurrentLocationAsync();
this.UpdateLocationStatus(currentLocation != null);
return(currentLocation);
}
public async Task RefreshForecastAsync()
{
IsBusy = true;
NeedsRefresh = false;
WeatherInformation.Forecast results = null;
Forecast.Clear();
switch (LocationType)
{
case LocationType.Location:
if (Location == null)
{
Location = await LocationHelper.GetCurrentLocationAsync();
}
results = await WeatherHelper.GetForecastAsync(Location.Latitude, Location.Longitude);
break;
case LocationType.City:
results = await WeatherHelper.GetForecastAsync(CityName, CountryCode);
break;
}
IsBusy = false;
}
/// <summary>
/// Gets the current location if the geolocator is available,
/// and updates the Geolocator status message depending on the results.
/// </summary>
/// <returns>The current location.</returns>
private async Task <LocationPin> GetCurrentLocationAsync()
{
var currentLocation = await LocationHelper.GetCurrentLocationAsync();
App.currentLocation = currentLocation;
return(currentLocation);
}
public async Task RefreshCurrentConditionsAsync()
{
IsBusy = true;
NeedsRefresh = false;
WeatherInformation.ResponseWeather resultsResponse = null;
switch (LocationType)
{
case LocationType.Location:
if (Location == null)
{
Location = await LocationHelper.GetCurrentLocationAsync();
}
resultsResponse = await WeatherHelper.GetCurrentConditionsAsync(Location.Latitude, Location.Longitude);
break;
case LocationType.City:
resultsResponse = await WeatherHelper.GetCurrentConditionsAsync(CityName, CountryCode);
break;
}
CurrentConditionsWeather.main = resultsResponse.weather[0].main;
CurrentConditionsWeather.description = resultsResponse.weather[0].description;
//CurrentConditionsWeather[0].icon = resultsResponse.weather[0].icon;
CurrentConditionsWeather.icon = resultsResponse.weather[0].icon;
CurrentConditionsResponse.name = resultsResponse.name;
//CurrentConditionsResponse.weather.Contains() = resultsWeather;
CurrentConditionsResponse.id = resultsResponse.id;
CurrentConditionsMain.temp_max = resultsResponse.main.temp_max;
CurrentConditionsMain.temp_min = resultsResponse.main.temp_min;
CurrentConditionsMain.temp = resultsResponse.main.temp;
//CurrentConditions.Humidity = results.Humidity;
CurrentConditionsResponse.dt = resultsResponse.dt;
ChangedConditions.temp_max = Convert.ToInt32(CurrentConditionsMain.temp_max - 273.15);
ChangedConditions.temp_min = Convert.ToInt32(CurrentConditionsMain.temp_min - 273.15);
ChangedConditions.temp = Convert.ToInt32(CurrentConditionsMain.temp - 273.15);
ChangedConditions.grades = "C";
IsBusy = false;
}
