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new file: 2015/android/Geofence/app/src/main/java/com/esrlabs/geofence/CircleGeofence.java new file: 2015/android/Geofence/app/src/main/java/com/esrlabs/geofence/Geofence.java modified: 2015/android/Geofence/app/src/main/java/com/esrlabs/geofence/GeofenceApp.java new file: 2015/android/Geofence/app/src/main/java/com/esrlabs/geofence/PolygonGeofence.java renamed: 2015/android/Geofence/app/src/test/java/com/esrlabs/geofence/Utils.java -> 2015/android/Geofence/app/src/main/java/com/esrlabs/geofence/Utils.java |
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| Geofence | ||
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| README.md | ||
Display a notification on the headunit
In this task you have to create an android application which will use a geofence and the current location data in order to open/close a popup on the headunit.
Receive the current location
Use the android location manager to request location updates. If the location is retrieved correctly, then the following test will pass.
GeofenceAppTest.shouldReceiveTheLatestLocation()
Bind to a remote service to be able to display notifications
Use the AIDL to allow interprocess communication between your app and another service which will allow you to display notifications. The AIDL you will use is HeadUnit.aidl. You are on the client side. You will need to bind to the service using an intent and a ServiceConnection object (see here).
Intent headUnitServiceIntent = new Intent(HeadUnit.class.getName());
headUnitServiceIntent.setPackage("com.esrlabs.headunitinterface");
bindService(headUnitServiceIntent, serviceConnection_object, BIND_AUTO_CREATE);
Implement a circle geofence object to tell if the current is inside a designated area or not
The first step is to implement a circle geofence. You cannot use the google API because that is part of the play API, and it is not supported by our android controller. You have included in the test suite a test class for the circle geofence to help you.
The second step is to display a popup if the current location is outside of a given geofence (alternatively to close if the location is inside). If this is correctly implemented than all the tests should be green (Note that unless you are going for the bonus you should disable the test in the PolygonGeofenceTest class).
Bonus Implement a polygon geofence instead
You can use the Ray-casting algorithm.
HINT
Use the slope of a straight line in order to tell if the ray starting from the given point and going in a fixed direction, intersects an edge of the polygon. Take care that Math.atan() return radians, and you will have to correct a negative angle:
90 + (90 - Math.abs(angle))