def test_normalisation_with_single_existent_channel_with_order_as_float(self):
# This will just raise a warning:
self.assertTrue(v._validate_normalisation(
{"normalise": {"k": {"order": 3.14}}}, ["k", "yep"]))
# These are no good:
self.assertRaises(TypeError, v._validate_normalisation,
*[{"normalise": {"k": {"order": None}}}, ["k", "yep"]])
self.assertRaises(TypeError, v._validate_normalisation,
*[{"normalise": {"k": {"order": True}}}, ["k", "yep"]])
self.assertRaises(TypeError, v._validate_normalisation,
*[{"normalise": {"k": {"order": []}}}, ["k", "yep"]])
self.assertRaises(TypeError, v._validate_normalisation,
*[{"normalise": {"k": {"order": {}}}}, ["k", "yep"]])
self.assertRaises(TypeError, v._validate_normalisation,
*[{"normalise": {"k": {"order": ()}}}, ["k", "yep"]])
# And positive
self.assertRaises(ValueError, v._validate_normalisation,
*[{"normalise": {"k": {"order": -1}}}, ["k", "yep"]])
def test_normalisation_with_single_existent_channel_with_order_as_int(self):
# Like the order, which must be an integer-like
self.assertTrue(v._validate_normalisation(
{"normalise": {"k": {"order": 0}}}, ["k", "yep"]))
def test_normalisation_as_false(self):
self.assertTrue(v._validate_normalisation({"normalise": False}, []))
def test_normalisation_with_non_existent_channel(self):
self.assertTrue(v._validate_normalisation(
{"normalise": {"what": True}}, ["k", "yep"]))
def test_normalisation_no_configuration_provided(self):
self.assertTrue(v._validate_normalisation({}, []))