from datetime import timedelta import pytest import gpxpy from markupsafe import Markup from testutils import load_gpx_asset from fietsboek import util @pytest.mark.parametrize('md_source, expected', [ ("**foobar**", Markup("
foobar
")), ("*foobar*", Markup("foobar
")), ("# foobar", Markup("alert('evil')
")), ]) def test_safe_markdown(md_source, expected): assert util.safe_markdown(md_source) == expected @pytest.mark.parametrize('timestamp, fixed', [ ("2022-03-14T13:37:42", "2022-03-14T13:37:42"), ("2022-03-14T13:37:42Z", "2022-03-14T13:37:42+00:00"), ("2022-03-14T13:37:42+02:00", "2022-03-14T13:37:42+02:00"), ]) def test_fix_iso_timestamp(timestamp, fixed): assert util.fix_iso_timestamp(timestamp) == fixed @pytest.mark.parametrize('delta, multiple, expected', [ ( timedelta(seconds=0), timedelta(seconds=1), timedelta(seconds=0), ), ( timedelta(minutes=42), timedelta(minutes=15), timedelta(minutes=45), ), ( timedelta(minutes=33), timedelta(minutes=15), timedelta(minutes=30), ), ( timedelta(minutes=-12), timedelta(minutes=15), timedelta(minutes=-15), ), ( timedelta(minutes=-31), timedelta(minutes=15), timedelta(minutes=-30), ), ]) def test_round_timedelta_to_multiple(delta, multiple, expected): assert util.round_timedelta_to_multiple(delta, multiple) == expected @pytest.mark.parametrize('gpx_file, offset', [ ("Teasi_1.gpx.gz", timedelta(hours=2)), ]) def test_guess_gpx_timezone(gpx_file, offset): parsed_gpx = gpxpy.parse(load_gpx_asset(gpx_file)) timezone = util.guess_gpx_timezone(parsed_gpx) # Here we hope (and assume) that utcoffset is ignored. This is true for # datetime.timezone objects, but may not be for other datetime.tzinfo # instances. assert timezone.utcoffset(None) == offset @pytest.mark.parametrize('gpx_file', [ 'Teasi_1.gpx.gz', 'MyTourbook_1.gpx.gz', 'Synthetic_WT2.gpx.gz', 'Synthetic_BRouter_1.gpx.gz', ]) def test_tour_metadata(gpx_file): # Here we simply make sure that we do not crash the metadata extraction # function. gpx_data = load_gpx_asset(gpx_file) assert util.tour_metadata(gpx_data) is not None @pytest.mark.parametrize('mps, kph', [(1, 3.6), (10, 36)]) def test_mps_to_kph(mps, kph): assert util.mps_to_kph(mps) == pytest.approx(kph, 0.1) def test_tile_url(app_request): route_url = util.tile_url(app_request, "tile-proxy", provider="bobby") assert "{x}" in route_url assert "{y}" in route_url assert "{z}" in route_url assert "bobby" in route_url