Route arrived without covering route, if source and destination coordinates are nearby.

Nobody has claimed this yet.

Scenario: Get a UTurn route on same straight street.

User starts from point A ( left side point of a street), moved towards end of street, Point B, make a right UTurn on same street, towards Point C, reaches the start of street but on right side, at point D

Route is - A->B->C->D

Preview
A -------------------------------------------B
(Same street - UTurn)
D--------------------------------------------C

**API Request**

**https://api.mapbox.com/directions/v5/mapbox/walking/-87.632965,41.903986;-87.632965,41.905703;-87.633065,41.905703;-87.633065,41.903986?access_token=""&geometries=polyline6&overview=full&steps=true&voice_instructions=true&banner_instructions=true&waypoints=0%3B3**

**Android API:**
**Mapbox Navigation SDK version:**

### Steps to trigger behavior

1. User starts from point A ( left side point of a street)
2. Moved towards end of street, Point B
3. Make a right UTurn on same street, towards Point C
4. Reaches the start of street but on right side, at point D

### Expected behavior

Route should stay on map till user cover the whole route, from start to destination.

### Actual behavior

As soon as user reaches source coordinate, Route Rrived event fires. Mapbox navigation assumes route arrived as source and destination are nearby on same street. Without covering route (covering whole street), route arrived event fires without covering route.

**Is there a way to tell mapbox that until user navigates on whole route, mapbox should not fire route arrive event, even if user arrives at destination without navigating on direction route???**

Start by reproducing the supplied walking directions request and the A-to-D U-turn scenario in the Android SDK. Review the route-arrival behavior involved in this flow and the existing comments for context. Done means arrival is not reported before the full route has been navigated, or the supported way to configure that behavior is documented.

Written by the indexing model from the issue text.