async Task DisplayWeather(IDialogContext context, GeoLocatorService.CoordinateInfo coord)
{
using (var scope = WebApiApplication.Container.BeginLifetimeScope())
{
var _weatherService = scope.Resolve <IWeatherService>();
var forecast = await _weatherService.GetCurrentConditions(coord.Latitude, coord.Longitude);
await context.PostAsync($"The current conditions for {coord.CityState} are {forecast.Summary} and {forecast.CurrentTemp}.");
}
}
public async Task <List <CoordinateInfo> > FindCoordinates(string locationName)
{
var locationResults = new List <CoordinateInfo>();
var client = new GeocodeClient(new OldGoogleForwarderProxy(), "");
// we only want US addresses
var countryFilter = new ComponentFilter()
{
Country = "US"
};
// Let Google figure out the geocoded address
var geocodedResults = await client.GeocodeAddress(locationName, null, countryFilter);
// Only do something if Google says we're OK
if (geocodedResults.Status == GeocodeStatus.Ok)
{
// Make sure the results are based on a city name
var allCityResults = geocodedResults.Results.Where(gr => gr.PartialMatch == false && gr.Types.Any(t => t.Equals("locality")));
// Build up the locationResults list
foreach (var city in allCityResults)
{
// Grab the lat & long
var coordInfo = new CoordinateInfo()
{
Latitude = city.Geometry.Location.Latitude, Longitude = city.Geometry.Location.Longitude
};
// Grab the city & state name out from the address component of the results
coordInfo.CityName = city.AddressComponents.First(ac => ac.Types.Any(t => t.Equals("locality"))).ShortName;
coordInfo.State = city.AddressComponents.First(ac => ac.Types.Any(t => t.Equals("administrative_area_level_1"))).ShortName;
locationResults.Add(coordInfo);
}
}
return(locationResults);
}
