def test_non_overridable_properties() -> None:
"""
Test to make sure properties that are private or marked as constant/readonly/NON OVERRIDABLE are not
configurable through the commandline.
"""
non_overridable = ["--" + k + "=" + str(v.default) for k, v in SegmentationModelBase.params().items()
if k not in SegmentationModelBase.get_overridable_parameters().keys()]
parser = SegmentationModelBase.create_argparser()
# try to parse the non overridable arguments
_, unknown = parser.parse_known_args(non_overridable)
assert all([x in unknown for x in non_overridable])
def test_overridable_properties() -> None:
"""
Test to make sure all valid types can be parsed by the config parser
"""
overridable = [
"--num_dataload_workers=100", "--local_dataset=hello_world",
"--norm_method=Simple Norm", "--l_rate=100.0",
"--test_crop_size=1,2,3", "--output_range=-100.0,100.0"
]
parser = SegmentationModelBase.create_argparser()
args = vars(parser.parse_args(overridable))
assert args["num_dataload_workers"] == 100
assert str(args["local_dataset"]) == "hello_world"
assert args["norm_method"] == PhotometricNormalizationMethod.SimpleNorm
assert args["test_crop_size"] == (1, 2, 3)
assert args["output_range"] == (-100.0, 100.0)
