continue
if kind and d.kind:
if kind.partition('-')[0] != d.kind.partition('-')[0]:
continue
if ip == d.last_ip:
# very flimsy, especially when the request is port-forwarded through a router
logging.warn("matched device by ip: %s => %s", ip, d)
found = d
break
if found:
_update(found, ip = ip, cookie = cookie, kind = kind)
return found
# create new device, may be provisional
device = _Device(serial = serial, kind = kind, last_ip = ip, last_cookie = cookie[:64] if cookie else None)
if device.is_provisional():
if not serial or not device.load_context(serial):
return device
logging.warn("registered Kindle device %s", device)
_devices[device.serial] = device
_db.insert(device)
return device
def save_all():
_db.update_all(_devices.values())
### module initialization
_devices = { d.serial: d for d in _db.load_all() }
def _check_for_changes():
if _db.needs_reload():
logging.warn("Devices database changed on-disk, reloading")
global _devices
_devices = { d.serial: d for d in _db.load_all() }
if __name__ == '__main__':
logging.basicConfig(format="%(levelname)-8s %(message)s", level='INFO')
logging.getLogger()
logging.captureWarnings(True)
args = _args()
sys.path.append(abspath(args.etc_path))
import config
config.database_path = abspath(args.db_path)
# add the src/ folder to the import path
sys.path.append(abspath('src'))
import devices.db as _db
devices = {d.serial: d for d in _db.load_all()}
if args.device_id:
d = devices.get(args.device_id)
if not d:
for k, v in devices.items():
if k.startswith(args.device_id):
d = v
break
else:
d = None
if args.device_id and not d:
logging.warn("Device %s not found", args.device_id)
elif args.delete:
if not args.device_id:
def _check_for_changes():
if _db.needs_reload():
logging.warn("Devices database changed on-disk, reloading")
global _devices
_devices = {d.serial: d for d in _db.load_all()}
