private async void OnReverseGeoCodeLocation(object sender, EventArgs e)
{
if (CrossConnectivity.Current.IsConnected)
{
BindingContext = null;
var geoService = new GeoCodingService();
var reverseResults = await geoService.ReverseGeoCodePosition(vm.Latitude, vm.Longitude);
vm.Geolocation = reverseResults.FirstOrDefault();
if (vm.Name == $"{vm.Latitude} / {vm.Longitude}" || vm.Name == null)
{
vm.Name = vm.Geolocation;
}
BindingContext = vm;
// await _dataManager.SaveLocationAsync(vm);
}
}
private async void OnGetCurrentLocation(object sender, EventArgs e)
{
BindingContext = null;
//Get Current Location
var geoService = new GeoCodingService();
var results = await geoService.GetCurrentLocation();
vm.Latitude = results.Latitude;
vm.Longitude = results.Longitude;
vm.Altitude = results.Altitude;
if (CrossConnectivity.Current.IsConnected)
{
//Reverse GeoCode Results
var reverseResults = await geoService.ReverseGeoCodePosition(results.Latitude, results.Longitude);
vm.Geolocation = reverseResults.FirstOrDefault();
if (vm.Name == null)
{
vm.Name = vm.Geolocation;
}
}
if (vm.Name == null && vm.Geolocation != null)
{
vm.Name = vm.Geolocation;
}
else if (vm.Name == null)
{
vm.Name = $"{vm.Latitude} / {vm.Longitude}";
}
// await _dataManager.SaveLocationAsync(vm);
BindingContext = vm;
SetMap(vm.Latitude, vm.Longitude);
}