def validate_type_for_max_length(type_, maxLength, **kwargs):
types = pluralize(type_)
if not set(types).intersection((STRING,)):
raise ValidationError(
MESSAGES['type']['invalid_type_for_max_length'],
)
def validate_type_for_min_properties(type_, minProperties, **kwargs):
types = pluralize(type_)
if not set(types).intersection((OBJECT,)):
raise ValidationError(
MESSAGES['type']['invalid_type_for_min_properties'],
)
def validate_type_for_multiple_of(type_, multipleOf, **kwargs):
types = pluralize(type_)
if not set(types).intersection((INTEGER, NUMBER)):
raise ValidationError(
MESSAGES['type']['invalid_type_for_multiple_of'],
)
def validate_type_for_min_length(type_, minLength, **kwargs):
types = pluralize(type_)
if not set(types).intersection((STRING,)):
raise ValidationError(
MESSAGES['type']['invalid_type_for_min_length'],
)
def validate_type_for_unique_items(type_, uniqueItems, **kwargs):
types = pluralize(type_)
if not uniqueItems:
return
if not set(types).intersection((ARRAY,)):
raise ValidationError(MESSAGES["type"]["invalid_type_for_unique_items"])
def validate_types(type_, **kwargs):
types = pluralize(type_)
with ErrorList() as errors:
for value in types:
try:
single_type_validator(value)
except ValidationError as err:
errors.add_error(err.detail)
def validate_types(type_, **kwargs):
types = pluralize(type_)
with ErrorList() as errors:
for value in types:
try:
single_type_validator(value)
except ValidationError as err:
errors.add_error(err.detail)
def validate_type_for_unique_items(type_, uniqueItems, **kwargs):
types = pluralize(type_)
if not uniqueItems:
return
if not set(types).intersection((ARRAY,)):
raise ValidationError(
MESSAGES['type']['invalid_type_for_unique_items'],
)
def validate_type_for_multiple_of(type_, multipleOf, **kwargs):
types = pluralize(type_)
if not set(types).intersection((INTEGER, NUMBER)):
raise ValidationError(
MESSAGES['type']['invalid_type_for_multiple_of'], )
def test_with_tuple():
actual = pluralize(('a', ))
assert actual == ('a', )
def test_with_null():
actual = pluralize(None)
assert actual == [None]
def test_with_list():
actual = pluralize(['a'])
assert actual == ['a']
def test_with_float():
actual = pluralize(1.1)
assert actual == [1.1]
def test_with_string():
actual = pluralize('abc')
assert actual == ['abc']
def test_with_dict():
actual = pluralize({'a': 1})
assert actual == [{'a': 1}]
def test_with_tuple():
actual = pluralize(('a',))
assert actual == ('a',)
def test_with_null():
actual = pluralize(None)
assert actual == [None]
def test_with_list():
actual = pluralize(['a'])
assert actual == ['a']
def validate_items_required_if_array_type(type_, items, **kwargs):
types = pluralize(type_)
if ARRAY in types and items is EMPTY:
raise ValidationError(MESSAGES['items']['items_required_for_type_array'])
def test_with_dict():
actual = pluralize({'a': 1})
assert actual == [{'a': 1}]
def test_with_string():
actual = pluralize('abc')
assert actual == ['abc']
def test_with_integer():
actual = pluralize(1)
assert actual == [1]
def validate_items_required_if_type_arraw(type_, items, **kwargs):
types = pluralize(type_)
if ARRAY in types and items is EMPTY:
raise ValidationError(MESSAGES['required']['required'])
def test_with_integer():
actual = pluralize(1)
assert actual == [1]
def validate_type_for_minimum(type_, minimum, **kwargs):
types = pluralize(type_)
if not set(types).intersection((INTEGER, NUMBER)):
raise ValidationError(MESSAGES["type"]["invalid_type_for_minimum"])
def test_with_float():
actual = pluralize(1.1)
assert actual == [1.1]
