public TrackedRegion(double latitude, double longitude, float radius, string description, LocationManagerService parentService)
{
Landmarks = new List <Android.Locations.Location>();
Latitude = latitude;
Longitude = longitude;
Radius = radius;
GeofenceBuilder geoBuilder = new Android.Gms.Location.GeofenceBuilder();
// Set the request ID of the geofence. This is a string to identify this
// geofence.
geoBuilder.SetRequestId(description);
// Set the circular region of this geofence.
geoBuilder.SetCircularRegion(latitude, longitude, radius);
// Set the expiration duration of the geofence. This geofence gets automatically
// removed after this period of time.
geoBuilder.SetExpirationDuration(Geofence.NeverExpire);
// Set the transition types of interest. Alerts are only generated for these
// transition. We track entry and exit transitions in this sample.
geoBuilder.SetTransitionTypes(Geofence.GeofenceTransitionEnter | Geofence.GeofenceTransitionExit);
Region = geoBuilder.Build( );
InRegion = false;
ParentService = parentService;
// Monitor the geofence events, and wait 90 seconds to handle it, incase we get a false
// positive (exit/enter when we're still in the region). This can happen due to cell-tower swapping,
// wifi proximity, etc.
GeofenceEventTimer = new System.Timers.Timer();
GeofenceEventTimer.AutoReset = false;
GeofenceEventTimer.Interval = LocationManagerService.GeofenceFilterTimer;
GeofenceEventTimer.Elapsed += (object sender, System.Timers.ElapsedEventArgs e) =>
{
Rock.Mobile.Util.Debug.WriteToLog(string.Format("Timer for region {0} TICK", Region.RequestId));
Handler mainHandler = new Handler(ParentService.BaseContext.MainLooper);
Action action = new Action(delegate
{
ParentService.HandlePendingGeofencingEvent(PendingGeofenceEvent, this);
});
mainHandler.Post(action);
};
}
public LocationManagerBinder(LocationManagerService service)
{
Service = service;
}
