def make_result(directions_result, departure_time, departure_day):
"""Builds the initial result dictionary for jsonification."""
result = {}
# Prepare the directions result.
directions_prepped = prep_directions(directions_result)
# Instantiate route object.
timed_route = Route(directions_prepped, departure_time, departure_day)
# Make list of coordinates and datetimes.
coords_time = timed_route.make_coords_time()
# Get weather info for coords and times.
marker_info = make_marker_info(coords_time)
# Make weather report for trip.
weather_report = make_weather_report(marker_info)
# Convert datetimes to strings.
formatted_ct = format_coords_time(coords_time)
result["markerInfo"] = marker_info
result["weatherReport"] = weather_report
result["coordsTime"] = formatted_ct
result["routeName"] = None
return result
def test_Route_pick_middle(self):
result = Route(prep_directions(DIRECTIONS_RESULT_899), "03:01", "tomorrow")
coords_time = result.make_coords_time()
# Check that it has the correct number of coords.
self.assertEqual(len(coords_time), 3)
# Check that the correct middle coord was picked.
self.assertIn((1, 115), coords_time[1])
# Check that the correct time was paired with the middle coord.
self.assertEqual(coords_time[0][1].add(seconds=550), coords_time[1][1])
def test_Route_get_next_coords_time(self):
result = Route(prep_directions(DIRECTIONS_RESULT_1999), "03:01", "tomorrow")
coords_time = result.make_coords_time()
# Check that it has the correct number of coords.
self.assertEqual(len(coords_time), 4)
# Check that the correct middle coords were picked.
self.assertIn((1, 111), coords_time[1])
self.assertIn((1, 120), coords_time[2])
# Check that the second datetime is fifteen minutes past the first datetime.
self.assertEqual(coords_time[0][1].add(minutes=15), coords_time[1][1])
# Check that that third datetime is fifteen minutes past the second datetime.
self.assertEqual(coords_time[1][1].add(minutes=15), coords_time[2][1])
def test_Route_make_coords_time(self):
result = Route(prep_directions(DIRECTIONS_RESULT_899), "03:01", "tomorrow")
coords_time = result.make_coords_time()
# Check that the ending location coords are in coords_time.
self.assertIn((1, 129), coords_time[-1])