def test_compare_3(car_plate_object_from_scratch):
# Compare car plates from class
benchmark = CarPlate.compare(car_plate_object_from_scratch,
car_plate_object_from_scratch)
for key in benchmark.keys():
if "__acc__" in key:
assert benchmark[key] is True
def test_compare_4(car_plate_object_from_scratch):
# Compare car plates from class with empty taxes
car_plate_object_from_scratch.license_plates = []
benchmark = CarPlate.compare(car_plate_object_from_scratch,
car_plate_object_from_scratch)
for key in benchmark.keys():
if "__acc__" in key:
assert benchmark[key] is True
elif "__pre__" in key:
assert benchmark[key] in [True, None]
def car_plate_object():
json_repsonse = json.load(
open("./tests/data/license_plates/v1/plate.json"))
return CarPlate(json_repsonse["predictions"][0])
def test_empty_object_works():
car_plate = CarPlate()
assert len(car_plate.license_plates) == 0
def test_compare_2(car_plate_object, car_plate_object_all_na):
# Compare full object and empty object
benchmark = CarPlate.compare(car_plate_object, car_plate_object_all_na)
for value in benchmark.values():
assert value is False
def test_compare_1(car_plate_object):
# Compare same object must return all True
benchmark = CarPlate.compare(car_plate_object, car_plate_object)
for value in benchmark.values():
assert value is True
def car_plate_object_from_scratch():
return CarPlate(license_plates=["abcdef", "klimopo"])