def test_poly_to_json():
coords = [[(1.2, -3.2), (1.3, -3.1), (1.1, -3.4), (1.2, -3.2)]]
P = LocationCoordinates(type="Polygon", coordinates=coords)
pyjs = P.py_json()
print(pyjs)
assert pyjs['type'] == "Polygon"
assert pyjs['coordinates'] == coords
def test_point_json_round_trip():
coords = (1.3, -3.1)
P = LocationCoordinates(type="Point", coordinates=coords)
pyjs = P.py_json()
print(pyjs)
P2 = LocationCoordinates.from_py_json(pyjs)
assert P2 == P
def test_poly_json_round_trip():
coords = [[(1.2, -3.2), (1.3, -3.1), (1.1, -3.4), (1.2, -3.2)]]
P = LocationCoordinates(type="Polygon", coordinates=coords)
pyjs = P.py_json()
print(pyjs)
P2 = LocationCoordinates.from_py_json(pyjs)
assert P2 == P
def test_point_good():
P = LocationCoordinates(type="Point", coordinates=(1.2, -3.2))
assert P.type == "Point"
assert tuple(P.coordinates) == (1.2, -3.2)
def test_bad_geometry_type():
with pytest.raises(ValueError):
_P = LocationCoordinates(type="Something", coordinates=[])
def test_bad_polygon(coords):
with pytest.raises(ValueError):
_P = LocationCoordinates(type="Polygon", coordinates=coords)
def test_polygon_good():
coords = [[(1.2, -3.2), (1.3, -3.1), (1.1, -3.4), (1.2, -3.2)]]
P = LocationCoordinates(type="Polygon", coordinates=coords)
assert P.type == "Polygon"
assert P.coordinates == coords