I\'m building an app that has a separated front-end (Angular or some other JS library) and backend (Django). To ensure some security of requests being sent to the server, I
From python 3.6, there is a secret module which has a specific method for generating safe random urls. It is the token_urlsafe method.
Django provides the function get_random_string()
which will satisfy the alphanumeric string generation requirement. You don't need any extra package because it's in the django.utils.crypto
module.
>>> from django.utils.crypto import get_random_string
>>> unique_id = get_random_string(length=32)
>>> unique_id
u'rRXVe68NO7m3mHoBS488KdHaqQPD6Ofv'
You can also vary the set of characters with allowed_chars
:
>>> short_genome = get_random_string(length=32, allowed_chars='ACTG')
>>> short_genome
u'CCCAAAAGTACGTCCGGCATTTGTCCACCCCT'
There are many other ways to generate a unique id, though not necessarily an alphanumeric one:
The uuid module - generate a unique UUID using uuid1
or uuid4
, e.g.
>>> import uuid
>>> my_uuid = uuid.uuid4()
>>> my_uuid
UUID('8e6eee95-eae1-4fb4-a436-27f68dbcb6d7')
>>> str(my_uuid)
'8e6eee95-eae1-4fb4-a436-27f68dbcb6d7'
The random module:
>>> import random
>>> import string
>>> allowed_chars = ''.join((string.ascii_letters, string.digits))
>>> unique_id = ''.join(random.choice(allowed_chars) for _ in range(32))
>>> unique_id
'121CyaSHHzX8cqbgLnIg1C5qNrnv21uo'
Or, if you're not fussy about the alphabet:
>>> unique_id = '%32x' % random.getrandbits(16*8)
>>> unique_id
'5133d2d79ce518113474d8e9f3702638'