from .fi import fi_business_id, fi_ssn

from .fr import fr_department, fr_ssn

from .ind import ind_aadhar, ind_pan

from .ru_inn import ru_inn

from .ru import ru_inn

__all__ = (

"fi_business_id",

"fr_ssn",

"ind_aadhar",

"ind_pan",

# Russian Individual Tax Number

"ru_inn"

)

"""Inn."""

"""Russia INN."""

from src.validators.utils import validator

from validators.utils import validator

@validator

def ru_inn(value: str, /):

"""Return whether or not given value is a valid russian individual tax number.

def ru_inn(value: str):

"""Validate a Russian INN (Taxpayer Identification Number).

This validator is algorithm [1].

[1]: https://ru.wikipedia.org/wiki/Идентификационный_номер_налогоплательщика

The INN can be either 10 digits (for companies) or 12 digits (for individuals).

The function checks both the length and the control digits according to Russian tax rules.

Examples:

>>> inn('7736050003')

# Output: True

>>> inn('781100086042')

# Output: True

>>> ru_inn('500100732259') # Valid 12-digit INN

True

>>> ru_inn('7830002293') # Valid 10-digit INN

True

>>> ru_inn('1234567890') # Invalid INN

ValidationFailure(func=ru_inn, args={'value': '1234567890'})

Args:

value:

Individual tax number string to validate

Returns:

(Literal[True]): If `value` is a valid russian individual tax number.

(ValidationError): If `value` is an invalid russian individual tax number.

value: Russian INN string to validate. Can contain only digits.

Returns:

(Literal[True]): If `value` is a valid Russian INN.

(ValidationError): If `value` is an invalid Russian INN.

Note:

The validation follows the official algorithm:

- For 10-digit INN: checks 10th control digit

- For 12-digit INN: checks both 11th and 12th control digits

"""

if not value:

return False

import pytest

# local

from src.validators import ValidationError

from src.validators.i18n import ru_inn

from validators import ValidationError

from validators.i18n.ru import ru_inn

@pytest.mark.parametrize(