def test_encode_eternal_jwt_token(self, app, user_class):
"""
This test verifies that the encode_eternal_jwt_token correctly encodes
jwt data based on a user instance. Also verifies that the lifespan is
set to the constant VITAM_AETERNUM
"""
guard = Praetorian(app, user_class)
the_dude = user_class(
username='******',
password=guard.encrypt_password('abides'),
roles='admin,operator',
)
moment = pendulum.parse('2017-05-21 18:39:55')
with freezegun.freeze_time(moment):
token = guard.encode_eternal_jwt_token(the_dude)
token_data = jwt.decode(
token,
guard.encode_key,
algorithms=guard.allowed_algorithms,
)
assert token_data['iat'] == moment.int_timestamp
assert token_data['exp'] == (moment + VITAM_AETERNUM).int_timestamp
assert token_data['rf_exp'] == (moment +
VITAM_AETERNUM).int_timestamp
assert token_data['id'] == the_dude.id
def test_encode_eternal_jwt_token(self, app, user_class):
"""
This test verifies that the encode_eternal_jwt_token correctly encodes
jwt data based on a user instance. Also verifies that the lifespan is
set to the constant VITAM_AETERNUM
"""
guard = Praetorian(app, user_class)
the_dude = user_class(
username="******",
password=guard.hash_password("abides"),
roles="admin,operator",
)
moment = plummet.momentize('2017-05-21 18:39:55')
with plummet.frozen_time(moment):
token = guard.encode_eternal_jwt_token(the_dude)
token_data = jwt.decode(
token,
guard.encode_key,
algorithms=guard.allowed_algorithms,
)
assert token_data["iat"] == moment.int_timestamp
assert token_data["exp"] == (moment + VITAM_AETERNUM).int_timestamp
assert (token_data[REFRESH_EXPIRATION_CLAIM] == (
moment + VITAM_AETERNUM).int_timestamp)
assert token_data["id"] == the_dude.id
