static public void ProcessPositionEvent(IntPtr workItem)
{
Debug.WriteLine("Calling Geolocation ProcessPositionEvent, workItem is {0}", workItem);
UILocationWorkItem wItem = new UILocationWorkItem(workItem);
JSPosition position = new JSPosition(new IntPtr(0));
Debug.WriteLine("Calling UIWorkItem getPositionUpdate");
wItem.GetPositionUpdate(ref position.Data);
ContentWindow window = mdr.Runtime.Instance.GlobalContext as ContentWindow;
Debug.WriteLine("Position update: lat {0} long {1}", position.Data.latitude, position.Data.longitude);
Geolocation geo = window.Navigator.Geolocation;
if (geo != null)
{
geo.geoListeners.Dispatch(position);
geo.geoWatches.Dispatch(position);
if (GeoTrackingEnabled && geo.geoListeners.ListenerCount() == 0 && geo.geoWatches.ListenerCount() == 0)
{
//Disable Geotracking
Debug.WriteLine("Disabling Geo Tracking");
HTMLRuntime.Instance.StopLocationTracking();
GeoTrackingEnabled = false;
}
}
}
static public void ProcessPositionEvent(IntPtr workItem)
{
Debug.WriteLine("Calling Geolocation ProcessPositionEvent, workItem is {0}", workItem);
UILocationWorkItem wItem = new UILocationWorkItem(workItem);
JSPosition position = new JSPosition(new IntPtr(0));
Debug.WriteLine("Calling UIWorkItem getPositionUpdate");
wItem.GetPositionUpdate(ref position.Data);
ContentWindow window = mdr.Runtime.Instance.GlobalContext as ContentWindow;
Debug.WriteLine("Position update: lat {0} long {1}", position.Data.latitude, position.Data.longitude);
Geolocation geo = window.Navigator.Geolocation;
if (geo != null)
{
geo.geoListeners.Dispatch(position);
geo.geoWatches.Dispatch(position);
if (GeoTrackingEnabled && geo.geoListeners.ListenerCount() == 0 && geo.geoWatches.ListenerCount() == 0)
{
//Disable Geotracking
Debug.WriteLine("Disabling Geo Tracking");
HTMLRuntime.Instance.StopLocationTracking();
GeoTrackingEnabled = false;
}
}
}
