def test_update_reservation(sample_shared_resource: Resource):
old_timestamp = datetime(year=200, month=1, day=1, tzinfo=utc)
sample_shared_resource.last_check_in = old_timestamp
sample_shared_resource.save()
allocator.update_reservation(sample_shared_resource)
sample_shared_resource.refresh_from_db(fields=['last_check_in'])
assert sample_shared_resource.last_check_in != old_timestamp
def make_reservation(resource: Resource, user: settings.AUTH_USER_MODEL,
used_for: str):
# If we are multi threaded there could be a race condition here between when grab and when used
logger.info(
f"Reservation being made user={user.username} used_for={used_for} resource={resource}"
)
with transaction.atomic():
resource.user = user
resource.used_for = used_for
resource.use_password = token_urlsafe(nbytes=10)
resource.last_check_in = now()
resource.last_reserved = now()
resource.save()
for_all_devices(resource.device_set.all(), 'share')
def refresh_reservation(resource: Resource):
logger.info(f"Reservation device shares being refresh resource={resource}")
resource.last_check_in = now()
for_all_devices(resource.device_set.all(), 'refresh')
resource.save()
def update_reservation(resource: Resource):
logger.info(
f"Reservation being being updated user={resource.user.username} resource={resource}"
)
resource.last_check_in = now()
resource.save()