def handle(self, *args, **kwargs):
r = get_redis_connection('default')
for card_hash, rawdata in rfid_api.cards_read():
card = rfid_api.card_validate(card_hash)
if not card:
continue
if not card.user_id:
r.set('rfid_last_unpaired', card.id)
notification_api.notify_subject(
b'door_event',
json.dumps({
'event': 'CARD_UNPAIRED',
'card_id': card.id,
'rawdata': rawdata.hex(),
}))
continue
# TODO:
# - lookup user_name and send it to the door open
hackman_api.door_open_if_paid(
card.user_id,
source="CARD",
rawdata=rawdata,
)
def test_card_validate_no_user(random_card):
"""Check access attempt without a user"""
card = api.card_validate(random_card.rfid_hash)
assert card.user_id is None
c = models.RFIDCard.objects.get(rfid_hash=random_card.rfid_hash)
assert c.id == random_card.id
def handle(self, *args, **kwargs):
r = get_redis_connection('default')
for card_hash in rfid_api.cards_read():
card = rfid_api.card_validate(card_hash)
if not card:
continue
if not card.user_id:
r.set('rfid_last_unpaired', card.id)
notification_api.notify_subject(b'door_event', json.dumps({
'event': 'CARD_UNPAIRED',
'card_id': card.id
}))
continue
hackman_api.door_open_if_paid(card.user_id)
def test_card_validate_user(paired_card, card_user):
"""Check that validate returns correct user if user is associated"""
user = api.card_validate(paired_card.rfid_hash)
assert user.id == card_user.id
def test_card_validate_db_entry_created():
"""Is a new card entry created on validation"""
card_hash = hashlib.sha256(os.urandom(10)).hexdigest()
api.card_validate(card_hash)
assert len(models.RFIDCard.objects.all()) == 1
