%PDF-
%PDF-
Mini Shell
Mini Shell
# -*- coding: utf-8 -*-
from cerberus import Validator, errors
from cerberus.tests import assert_fail
ValidationError = errors.ValidationError
def test__error_1():
v = Validator(schema={'foo': {'type': 'string'}})
v.document = {'foo': 42}
v._error('foo', errors.BAD_TYPE, 'string')
error = v._errors[0]
assert error.document_path == ('foo',)
assert error.schema_path == ('foo', 'type')
assert error.code == 0x24
assert error.rule == 'type'
assert error.constraint == 'string'
assert error.value == 42
assert error.info == ('string',)
assert not error.is_group_error
assert not error.is_logic_error
def test__error_2():
v = Validator(schema={'foo': {'keysrules': {'type': 'integer'}}})
v.document = {'foo': {'0': 'bar'}}
v._error('foo', errors.KEYSRULES, ())
error = v._errors[0]
assert error.document_path == ('foo',)
assert error.schema_path == ('foo', 'keysrules')
assert error.code == 0x83
assert error.rule == 'keysrules'
assert error.constraint == {'type': 'integer'}
assert error.value == {'0': 'bar'}
assert error.info == ((),)
assert error.is_group_error
assert not error.is_logic_error
def test__error_3():
valids = [
{'type': 'string', 'regex': '0x[0-9a-f]{2}'},
{'type': 'integer', 'min': 0, 'max': 255},
]
v = Validator(schema={'foo': {'oneof': valids}})
v.document = {'foo': '0x100'}
v._error('foo', errors.ONEOF, (), 0, 2)
error = v._errors[0]
assert error.document_path == ('foo',)
assert error.schema_path == ('foo', 'oneof')
assert error.code == 0x92
assert error.rule == 'oneof'
assert error.constraint == valids
assert error.value == '0x100'
assert error.info == ((), 0, 2)
assert error.is_group_error
assert error.is_logic_error
def test_error_tree_from_subschema(validator):
schema = {'foo': {'schema': {'bar': {'type': 'string'}}}}
document = {'foo': {'bar': 0}}
assert_fail(document, schema, validator=validator)
d_error_tree = validator.document_error_tree
s_error_tree = validator.schema_error_tree
assert 'foo' in d_error_tree
assert len(d_error_tree['foo'].errors) == 1, d_error_tree['foo']
assert d_error_tree['foo'].errors[0].code == errors.MAPPING_SCHEMA.code
assert 'bar' in d_error_tree['foo']
assert d_error_tree['foo']['bar'].errors[0].value == 0
assert d_error_tree.fetch_errors_from(('foo', 'bar'))[0].value == 0
assert 'foo' in s_error_tree
assert 'schema' in s_error_tree['foo']
assert 'bar' in s_error_tree['foo']['schema']
assert 'type' in s_error_tree['foo']['schema']['bar']
assert s_error_tree['foo']['schema']['bar']['type'].errors[0].value == 0
assert (
s_error_tree.fetch_errors_from(('foo', 'schema', 'bar', 'type'))[0].value == 0
)
def test_error_tree_from_anyof(validator):
schema = {'foo': {'anyof': [{'type': 'string'}, {'type': 'integer'}]}}
document = {'foo': []}
assert_fail(document, schema, validator=validator)
d_error_tree = validator.document_error_tree
s_error_tree = validator.schema_error_tree
assert 'foo' in d_error_tree
assert d_error_tree['foo'].errors[0].value == []
assert 'foo' in s_error_tree
assert 'anyof' in s_error_tree['foo']
assert 0 in s_error_tree['foo']['anyof']
assert 1 in s_error_tree['foo']['anyof']
assert 'type' in s_error_tree['foo']['anyof'][0]
assert s_error_tree['foo']['anyof'][0]['type'].errors[0].value == []
def test_nested_error_paths(validator):
# interpreters of the same version on some platforms showed different sort results
# over various runs:
def assert_has_all_errors(errors, *ref_errs):
for ref_err in ref_errs:
for error in errors:
if error == ref_err:
break
else:
raise AssertionError
schema = {
'a_dict': {
'keysrules': {'type': 'integer'},
'valuesrules': {'regex': '[a-z]*'},
},
'a_list': {'schema': {'type': 'string', 'oneof_regex': ['[a-z]*$', '[A-Z]*']}},
}
document = {
'a_dict': {0: 'abc', 'one': 'abc', 2: 'aBc', 'three': 'abC'},
'a_list': [0, 'abc', 'abC'],
}
assert_fail(document, schema, validator=validator)
det = validator.document_error_tree
set = validator.schema_error_tree
assert len(det.errors) == 0
assert len(set.errors) == 0
assert len(det['a_dict'].errors) == 2
assert len(set['a_dict'].errors) == 0
assert det['a_dict'][0] is None
assert len(det['a_dict']['one'].errors) == 1
assert len(det['a_dict'][2].errors) == 1
assert len(det['a_dict']['three'].errors) == 2
assert len(set['a_dict']['keysrules'].errors) == 1
assert len(set['a_dict']['valuesrules'].errors) == 1
assert len(set['a_dict']['keysrules']['type'].errors) == 2
assert len(set['a_dict']['valuesrules']['regex'].errors) == 2
ref_err1 = ValidationError(
('a_dict', 'one'),
('a_dict', 'keysrules', 'type'),
errors.BAD_TYPE.code,
'type',
'integer',
'one',
(),
)
ref_err2 = ValidationError(
('a_dict', 2),
('a_dict', 'valuesrules', 'regex'),
errors.REGEX_MISMATCH.code,
'regex',
'[a-z]*$',
'aBc',
(),
)
ref_err3 = ValidationError(
('a_dict', 'three'),
('a_dict', 'keysrules', 'type'),
errors.BAD_TYPE.code,
'type',
'integer',
'three',
(),
)
ref_err4 = ValidationError(
('a_dict', 'three'),
('a_dict', 'valuesrules', 'regex'),
errors.REGEX_MISMATCH.code,
'regex',
'[a-z]*$',
'abC',
(),
)
assert det['a_dict'][2].errors[0] == ref_err2
assert det['a_dict']['one'].errors[0] == ref_err1
assert_has_all_errors(det['a_dict']['three'].errors, ref_err3, ref_err4)
assert_has_all_errors(set['a_dict']['keysrules']['type'].errors, ref_err1, ref_err3)
assert_has_all_errors(
set['a_dict']['valuesrules']['regex'].errors, ref_err2, ref_err4
)
assert len(det['a_list'].errors) == 1
assert len(det['a_list'][0].errors) == 1
assert det['a_list'][1] is None
assert len(det['a_list'][2].errors) == 3
assert len(set['a_list'].errors) == 0
assert len(set['a_list']['schema'].errors) == 1
assert len(set['a_list']['schema']['type'].errors) == 1
assert len(set['a_list']['schema']['oneof'][0]['regex'].errors) == 1
assert len(set['a_list']['schema']['oneof'][1]['regex'].errors) == 1
ref_err5 = ValidationError(
('a_list', 0),
('a_list', 'schema', 'type'),
errors.BAD_TYPE.code,
'type',
'string',
0,
(),
)
ref_err6 = ValidationError(
('a_list', 2),
('a_list', 'schema', 'oneof'),
errors.ONEOF.code,
'oneof',
'irrelevant_at_this_point',
'abC',
(),
)
ref_err7 = ValidationError(
('a_list', 2),
('a_list', 'schema', 'oneof', 0, 'regex'),
errors.REGEX_MISMATCH.code,
'regex',
'[a-z]*$',
'abC',
(),
)
ref_err8 = ValidationError(
('a_list', 2),
('a_list', 'schema', 'oneof', 1, 'regex'),
errors.REGEX_MISMATCH.code,
'regex',
'[a-z]*$',
'abC',
(),
)
assert det['a_list'][0].errors[0] == ref_err5
assert_has_all_errors(det['a_list'][2].errors, ref_err6, ref_err7, ref_err8)
assert set['a_list']['schema']['oneof'].errors[0] == ref_err6
assert set['a_list']['schema']['oneof'][0]['regex'].errors[0] == ref_err7
assert set['a_list']['schema']['oneof'][1]['regex'].errors[0] == ref_err8
assert set['a_list']['schema']['type'].errors[0] == ref_err5
def test_path_resolution_for_registry_references():
class CustomValidator(Validator):
def _normalize_coerce_custom(self, value):
raise Exception("Failed coerce")
validator = CustomValidator()
validator.schema_registry.add(
"schema1", {"child": {"type": "boolean", "coerce": "custom"}}
)
validator.schema = {"parent": {"schema": "schema1"}}
validator.validate({"parent": {"child": "["}})
expected = {
'parent': [
{
'child': [
"must be of boolean type",
"field 'child' cannot be coerced: Failed coerce",
]
}
]
}
assert validator.errors == expected
def test_queries():
schema = {'foo': {'type': 'dict', 'schema': {'bar': {'type': 'number'}}}}
document = {'foo': {'bar': 'zero'}}
validator = Validator(schema)
validator(document)
assert 'foo' in validator.document_error_tree
assert 'bar' in validator.document_error_tree['foo']
assert 'foo' in validator.schema_error_tree
assert 'schema' in validator.schema_error_tree['foo']
assert errors.MAPPING_SCHEMA in validator.document_error_tree['foo'].errors
assert errors.MAPPING_SCHEMA in validator.document_error_tree['foo']
assert errors.BAD_TYPE in validator.document_error_tree['foo']['bar']
assert errors.MAPPING_SCHEMA in validator.schema_error_tree['foo']['schema']
assert (
errors.BAD_TYPE in validator.schema_error_tree['foo']['schema']['bar']['type']
)
assert (
validator.document_error_tree['foo'][errors.MAPPING_SCHEMA].child_errors[0].code
== errors.BAD_TYPE.code
)
def test_basic_error_handler():
handler = errors.BasicErrorHandler()
_errors, ref = [], {}
_errors.append(ValidationError(['foo'], ['foo'], 0x63, 'readonly', True, None, ()))
ref.update({'foo': [handler.messages[0x63]]})
assert handler(_errors) == ref
_errors.append(ValidationError(['bar'], ['foo'], 0x42, 'min', 1, 2, ()))
ref.update({'bar': [handler.messages[0x42].format(constraint=1)]})
assert handler(_errors) == ref
_errors.append(
ValidationError(
['zap', 'foo'], ['zap', 'schema', 'foo'], 0x24, 'type', 'string', True, ()
)
)
ref.update({'zap': [{'foo': [handler.messages[0x24].format(constraint='string')]}]})
assert handler(_errors) == ref
_errors.append(
ValidationError(
['zap', 'foo'],
['zap', 'schema', 'foo'],
0x41,
'regex',
'^p[äe]ng$',
'boom',
(),
)
)
ref['zap'][0]['foo'].append(handler.messages[0x41].format(constraint='^p[äe]ng$'))
assert handler(_errors) == ref
def test_basic_error_of_errors(validator):
schema = {'foo': {'oneof': [{'type': 'integer'}, {'type': 'string'}]}}
document = {'foo': 23.42}
error = ('foo', ('foo', 'oneof'), errors.ONEOF, schema['foo']['oneof'], ())
child_errors = [
(error[0], error[1] + (0, 'type'), errors.BAD_TYPE, 'integer'),
(error[0], error[1] + (1, 'type'), errors.BAD_TYPE, 'string'),
]
assert_fail(
document, schema, validator=validator, error=error, child_errors=child_errors
)
assert validator.errors == {
'foo': [
errors.BasicErrorHandler.messages[0x92],
{
'oneof definition 0': ['must be of integer type'],
'oneof definition 1': ['must be of string type'],
},
]
}
def test_wrong_amount_of_items(validator):
# https://github.com/pyeve/cerberus/issues/505
validator.schema = {
'test_list': {
'type': 'list',
'required': True,
'items': [{'type': 'string'}, {'type': 'string'}],
}
}
validator({'test_list': ['test']})
assert validator.errors == {'test_list': ["length of list should be 2, it is 1"]}
Zerion Mini Shell 1.0