def get_validator(overwrite=False, normalizers=None, **kwargs):
r"""Return the validator that includes ygg expansion types.
Args:
overwrite (bool, optional): If True, the existing validator will be
overwritten. Defaults to False.
normalizers (dict, optional): Additional normalizers to add.
**kwargs: Additional keyword arguments are passed to normalizer.create.
Returns:
jsonschema.IValidator: JSON schema validator.
"""
from yggdrasil.metaschema import normalizer
global _validator
if (_validator is None) or overwrite:
metaschema = get_metaschema()
# Get set of validators
all_validators = copy.deepcopy(_base_validator.VALIDATORS)
for k, v in get_registered_properties().items():
if (not v._replaces_existing):
assert (k not in all_validators)
all_validators[k] = v.wrapped_validate
# Get set of datatypes
# TODO: This will need to be changed if back-ported in jsonschema
if _jsonschema_ver_maj < 3:
all_datatypes = copy.deepcopy(_base_validator.DEFAULT_TYPES)
for k, v in get_registered_types().items():
if (not v._replaces_existing):
# Error raised on registration
assert (k not in all_datatypes)
all_datatypes[k] = v.python_types
kwargs['default_types'] = all_datatypes
else:
type_checker = copy.deepcopy(_base_validator.TYPE_CHECKER)
new_type_checkers = {}
for k, v in get_registered_types().items():
if (not v._replaces_existing):
# Error raised on registration
assert (k not in type_checker._type_checkers)
new_type_checkers[k] = v.jsonschema_type_checker
kwargs['type_checker'] = type_checker.redefine_many(
new_type_checkers)
# Get set of normalizers
if normalizers is None:
normalizers = {}
# Use default base and update validators
_validator = normalizer.create(meta_schema=metaschema,
validators=all_validators,
normalizers=normalizers,
**kwargs)
_validator._base_validator = _base_validator
return _validator
def test_create_normalizer():
r"""Test create normalizer with default types."""
cls = normalizer.create(get_metaschema())
assert_equal(cls({'type': 'int'}).normalize('1'), '1')
def test_normalize_schema():
r"""Test normalize_schema method on Normalizer."""
kwargs = dict(normalizer_validators={'invalid': None})
cls = normalizer.create(get_metaschema())
cls.normalize_schema({'type': 'int'}, **kwargs)
