def validate(number):
"""Check if the number provided is a valid ISO 11649 structured creditor
reference number."""
number = compact(number)
if len(number) < 5 or len(number) > 25:
raise InvalidLength()
if not number.startswith('RF'):
raise InvalidFormat()
mod_97_10.validate(number[4:] + number[:4])
return number
def validate(number):
"""Check if the number provided is a valid AT-02."""
number = compact(number)
try:
test_number = _to_base10(number)
except Exception:
raise InvalidFormat()
# ensure that checksum is valid
mod_97_10.validate(test_number)
return number
def validate(number):
"""Checks to see if the number provided is a valid AT-02."""
number = compact(number)
try:
test_number = _to_base10(number)
except:
raise InvalidFormat()
# ensure that checksum is valid
mod_97_10.validate(test_number)
return number
def validate(number):
"""Checks to see if the number provided is a valid IBAN."""
number = compact(number)
try:
test_number = _to_base10(number)
except Exception:
raise InvalidFormat()
# ensure that checksum is valid
mod_97_10.validate(test_number)
# look up the number
info = _ibandb.info(number)
# check if the bban part of number has the correct structure
bban = number[4:]
if not _struct_to_re(info[0][1].get('bban', '')).match(bban):
raise InvalidFormat()
# return the compact representation
return number
def validate(number):
"""Checks to see if the number provided is a valid IBAN."""
number = compact(number)
try:
test_number = _to_base10(number)
except Exception:
raise InvalidFormat()
# ensure that checksum is valid
mod_97_10.validate(test_number)
# look up the number
info = _ibandb.info(number)
# check if the bban part of number has the correct structure
bban = number[4:]
if not _struct_to_re(info[0][1].get('bban', '')).match(bban):
raise InvalidFormat()
# return the compact representation
return number
def validate(number, check_country=True):
"""Check if the number provided is a valid IBAN. The country-specific
check can be disabled with the check_country argument."""
number = compact(number)
# ensure that checksum is valid
mod_97_10.validate(number[4:] + number[:4])
# look up the number
info = _ibandb.info(number)
# check if the bban part of number has the correct structure
bban = number[4:]
if not _struct_to_re(info[0][1].get('bban', '')).match(bban):
raise InvalidFormat()
# check the country-specific module if it exists
if check_country:
module = _get_cc_module(number[:2])
if module:
module.validate(number)
# return the compact representation
return number
def validate(number, check_country=True):
"""Checks to see if the number provided is a valid IBAN. The country-
specific check can be disabled with the check_country argument."""
number = compact(number)
# ensure that checksum is valid
mod_97_10.validate(_to_base10(number))
# look up the number
info = _ibandb.info(number)
# check if the bban part of number has the correct structure
bban = number[4:]
if not _struct_to_re(info[0][1].get('bban', '')).match(bban):
raise InvalidFormat()
# check the country-specific module if it exists
if check_country:
module = _get_cc_module(number[:2])
if module:
module.validate(number)
# return the compact representation
return number
def test_mod97_10(self):
sequence = self.get_sequence("ISO7064_97_10")
self.assertTrue(mod_97_10.validate(sequence.next_by_id()))
def validate(number):
"""Check if the number is valid. This checks the length, format and check
digits."""
number = compact(number)
mod_97_10.validate(number)
return number
