def test_check_value_choice_of_one_with_none(self):
subname = "testArg"
subtypes = check.ChoiceOfOne([int, type(None)])
subvalues = {"int": ">0", "NoneType": None}
subarg = None
check.check_value(subname, subtypes, subvalues, subarg)
def test_check_value_choice_of_one_with_object(self):
subname = "testArg"
subtypes = check.ChoiceOfOne([int, TestObj])
subvalues = {"int": ">0", "test_check.TestObj": None}
subarg = TestObj()
check.check_value(subname, subtypes, subvalues, subarg)
def test_check_value_choice_of_one(self):
subname = "testArg"
subtypes = check.ChoiceOfOne([int, float])
subvalues = {"int": ">0", "float": "<0"}
subarg = 1
check.check_value(subname, subtypes, subvalues, subarg)
def test_type_choice_of_one_fail(self):
try:
check.check_subtype("testArg", check.ChoiceOfOne([int, float]),
"string")
except AssertionError:
pass
else:
self.fail("should have thrown AssertionError")
def test_check_value_choice_of_one_fail(self):
subname = "testArg"
subtypes = check.ChoiceOfOne([int, float])
subvalues = {"int": ">0", "float": "<0"}
subarg = 50.3 # is float, but >0
try:
check.check_value(subname, subtypes, subvalues, subarg)
except AssertionError:
pass
else:
self.fail("should have thrown AssertionError")
def test_type_choice_of_one_with_none(self):
check.check_subtype("testArg",
check.ChoiceOfOne([int, float,
type(None)]), None)
def test_type_choice_of_one_object(self):
obj = TestObj()
self.assertEqual(
check.check_subtype("testArg", check.ChoiceOfOne([int, TestObj]),
obj), obj)
def test_type_choice_of_one(self):
self.assertEqual(
check.check_subtype("testArg", check.ChoiceOfOne([int, float]),
58.1), 58.1)
def test_choice_of_one_with_object(self):
self.assertEqual(
check.eval_subtype("one([int, cls('test_check.TestObj')])"),
check.ChoiceOfOne([int, TestObj]))
def test_type_choice(self):
self.assertEqual(check.eval_subtype("one([int, float])"),
check.ChoiceOfOne([int, float]))
