def test_parse_feature_collection():
feature_collection = geo.parse(FEATURE_COLLECTION)
assert len(feature_collection['features']) == 2
def test_parse_geometry_collection():
geometry_collection = geo.parse(GEOMETRY_COLLECTION)
assert len(geometry_collection['geometries']) == 3
def test_parse_feature():
feature = geo.parse(FEATURE_1)
assert feature['geometry'] == LINE_STRING
def test_parse_polygon_1_hole():
polygon = geo.parse(POLYGON_1)
assert polygon['coordinates'] == (EXTERIOR, [HOLE1])
def test_parse_polygon_2_holes():
polygon = geo.parse(POLYGON_2)
assert polygon['coordinates'] == (EXTERIOR, [HOLE1, HOLE2])
def test_parse_polygon_without_holes():
polygon = geo.parse(POLYGON_0)
assert polygon['coordinates'] == (EXTERIOR, []
)
def test_parsing_value_error(entity):
with pytest.raises(ValueError):
geo.parse(entity)
def test_parsing_type_error():
with pytest.raises(TypeError):
geo.parse({'type': 'XXX'})
def test_parse_types(entity):
# Parser does basic structure validation and converts all coordinates into
# Vec3 objects.
assert geo.parse(entity) == entity
def test_parsing_type_error():
with pytest.raises(TypeError):
geo.parse({"type": "XXX"})
