def test_union_str():
validator = Validator(Union[int, str])
assert validator.is_valid(1), validator.repr_errors()
assert validator.is_valid("1"), validator.repr_errors()
validator.is_valid([1])
assert validator.repr_errors() == ['[[1]]']
def test_optional_str():
validator = Validator(Optional[str])
validator.is_valid(None)
validator.is_valid("asd")
validator.is_valid([1])
assert validator.repr_errors() == ["[[1]]"]
validator = Validator({
'name': str,
'age': int,
'selected_skill': Optional[str]
})
assert validator.is_valid({
'name': 'Georgy',
'age': 29,
'selected_skill': 'Python'
}), validator.repr_errors()
assert validator.is_valid({
'name': 'Georgy',
'age': 29,
'selected_skill': None
}), validator.repr_errors()
validator.is_valid({'name': 'Georgy', 'age': 29, 'selected_skill': 1})
assert validator.repr_errors() == ["{'selected_skill'}->int(1)"]
def test_optional_list():
validator = Validator({'selected_skills': Optional[List[str]]})
assert validator.is_valid({'selected_skills':
['Python']}), validator.repr_errors()
assert validator.is_valid({'selected_skills':
None}), validator.repr_errors()
validator.is_valid({'selected_skills': 'Python'})
assert validator.repr_errors() == ["{'selected_skills'}->str('Python')"]
def test_dict():
validator = Validator(Dict[str, int])
assert validator.is_valid({"a": 1}), validator.repr_errors()
assert validator.is_valid({}), validator.repr_errors()
validator.is_valid({1: 1})
assert validator.repr_errors() == ['{1}']
validator.is_valid({"a": "a"})
assert validator.repr_errors() == ["{'a'}->str('a')"]
validator.is_valid(1)
assert validator.repr_errors() == ["int(1)"]
def test_list():
validator = Validator(List[str])
assert validator.is_valid(["asd"]), validator.repr_errors()
assert validator.is_valid([]), validator.repr_errors()
validator.is_valid([1])
assert validator.repr_errors() == ["[0]->int(1)"]
validator = Validator(List[List[str]])
assert validator.is_valid([["zxc"], ["qwe"], ["asd"],
[]]), validator.repr_errors()
validator = Validator(List[List[Optional[str]]])
assert validator.is_valid([[None], ["qwe"], ["asd"],
[]]), validator.repr_errors()
def test_repr_one():
validator = Validator(str)
validator.is_valid("asd")
validator.is_valid([1])
assert validator.repr_errors() == ["[[1]]"]
validator = validate({
'name': str,
'age': int,
'skills': [str]
}, {
'name': 'Georgy',
'age': None,
'skills': ['Python', 'Perl', 'C']
})
assert validator.repr_errors() == ["{'age'}->NoneType(None)"]
def test_object():
validator = Validator({"users": [User]})
assert validator.is_valid(DATA_SAMPLE)
assert not validator.is_valid(WRONG_DATA_SAMPLE)
assert set(validator.repr_errors()) == {
"{'users'}->[0]->{'id'}->str('1')",
"{'users'}->[1]->{'name'}",
"{'users'}->[0]->{'email'}->str('hello')",
}
def test_union_with_custom_validation():
validator = Validator(
{'format': Union[OperationsFileType, List[OperationsFileType]]})
assert validator.is_valid({'format': 'xml'})
assert validator.is_valid({'format': ['xml']})
validator.is_valid({'format': ['xlm']})
assert set(validator.repr_errors()) == {
"{'format'}->[0]->str('xlm')",
"{'format'}->[['xlm']]",
}
def test_composite():
validator = Validator({
'name': str,
'email': re.compile(r'^[\w_\-.+]+@[\w\-.+]+.\w+'),
'blog': re.compile(r'^https?://[\w\-.+]+.\w+'),
})
assert validator.is_valid({
'name': 'Georgy',
'email': '*****@*****.**',
'blog': 'https://900913.ru'
})
assert not validator.is_valid({
'name': 'Georgy',
'email': 'bugov[at]cpan.org',
'blog': '900913.ru'
})
assert set(validator.repr_errors()) == {
"{'email'}->str('bugov[at]cpan.org')",
"{'blog'}->str('900913.ru')",
}
validator = Validator(
{'media': {
'web': [re.compile(r'^https?://[\w\-.+]+.\w+')]
}})
assert validator.is_valid({'media': {'web': ['https://900913.ru']}})
assert not validator.is_valid(
{'media': {
'web': ['https://900913.ru', '900913.net']
}})
assert validator.repr_errors() == [
"{'media'}->{'web'}->[1]->str('900913.net')"
]
def test_union_complex():
validator = Validator({'value': Union[Optional[int], List[str]]})
assert validator.is_valid({'value': None}), validator.repr_errors()
assert validator.is_valid({'value': 1}), validator.repr_errors()
assert validator.is_valid({'value': ['1']}), validator.repr_errors()
