private void btnSearchClicked(object sender, EventArgs e)
{
string searchText = search_view.FindViewById <TextView>(Resource.Id.txtSearch).Text;
GeocodeManager geocodeManager = new GeocodeManager(this);
geocodeManager.NearbySearch(CurrentPosition, searchText);
}
/// <summary>
/// Sample showing how to use the geocoder in as simple a manner as possible.
/// The sample demonstrates the 'round robin' approach to geocoder selection (first Bing will be used, then Google).
/// </summary>
/// <returns>A <see cref="Task"/> that should be awaited.</returns>
internal async Task ExecuteAsync()
{
// Define the API keys for the geocoders we'll be using.
var geocoderSettings = new List <GeocoderSettings>
{
new GeocoderSettings {
ApiKey = "Your Bing API key (best practice is to put this in a config file, not in source)", GeocoderName = Services.GeocoderNames.Bing
},
new GeocoderSettings {
ApiKey = "Your Google API key (best practice is to put this in a config file, not in source)", GeocoderName = Services.GeocoderNames.Google
},
};
// Instead of doing 'var g = new GeocodeManager' we use a factory method which initialises the library.
var geocodeManager = GeocodeManager.Create(geocoderSettings);
// This first lookup will be handled by Bing (unless it fails to resolve the address, which will then fail over to Google).
var firstResult = await geocodeManager.GeocodeAddressAsync("10 Downing St., London, UK");
Console.WriteLine($"Result of first lookup, used {firstResult.GeocoderId}, status of {firstResult.Status} with {firstResult.Locations.Count} results.");
foreach (var foundLocation in firstResult.Locations)
{
Console.WriteLine($"Address of {foundLocation.FormattedAddress} has a location of {foundLocation.Location.Latitude} / {foundLocation.Location.Longitude}");
}
// The following lookup then uses the other geocoder service.
var secondResult = await geocodeManager.GeocodeAddressAsync("The Acropolis, Greece");
Console.WriteLine($"Result of second lookup, used {secondResult.GeocoderId}, status of {secondResult.Status} with {secondResult.Locations.Count} results.");
foreach (var foundLocation in secondResult.Locations)
{
Console.WriteLine($"Address of {foundLocation.FormattedAddress} has a location of {foundLocation.Location.Latitude} / {foundLocation.Location.Longitude}");
}
}
public void Self_registration_succeeds_with_empty_list()
{
var geocoderSettings = new List <GeocoderSettings>();
var geocodeManager = GeocodeManager.Create(geocoderSettings);
Assert.NotNull(geocodeManager);
}
public GeocodeService(string key, GeocoderNames geocoder)
{
var geocoderSettings = new List <GeocoderSettings>
{
new GeocoderSettings {
ApiKey = key, GeocoderName = geocoder
},
};
geocodeManager = GeocodeManager.Create(geocoderSettings);
}
public StatusTests()
{
geocodeManager = ConfigureDi.Services.GetRequiredService <GeocodeManager>();
}
public FailoverTests()
{
geocodeManager = ConfigureDi.Services.GetRequiredService <GeocodeManager>();
}
public void Self_registration_does_not_succeed_with_null_list()
{
var geocodeManager = GeocodeManager.Create(null);
Assert.Null(geocodeManager);
}
