def get_timer(self, idx: int) -> Tuple[BaseTimer, int]:
"""Get all the configured timers of the Switchbot."""
LOG.info("get timer: %d", idx)
try:
self.adapter.start()
self._connect()
self._activate_notifications()
if self.password:
cmd = b'\x57\x18' + self.password
else:
cmd = b'\x57\x08'
timer_id = (idx * 16 + 3).to_bytes(1, byteorder='big')
cmd += timer_id
# trigger and wait for notification
value = self._write_cmd_and_wait_for_notification(handle=0x16,
cmd=cmd)
self._handle_switchbot_status_msg(value=value)
# parse result
timer, num_timer = parse_timer_cmd(value)
finally:
self.adapter.stop()
return timer, num_timer
def get_timers(self, n_timers: int = 5) -> List[BaseTimer]:
"""Get the configured Switchbot timers"""
LOG.info("get timers")
try:
self.adapter.start()
self._connect()
self._activate_notifications()
if self.password:
base_cmd = b'\x57\x18' + self.password
else:
base_cmd = b'\x57\x08'
timers = []
for i in range(0, n_timers):
timer_id = (i * 16 + 3).to_bytes(1, byteorder='big')
cmd = base_cmd + timer_id
# trigger and wait for notification
value = self._write_cmd_and_wait_for_notification(handle=0x16,
cmd=cmd)
self._handle_switchbot_status_msg(value=value)
# parse result
timer, _ = parse_timer_cmd(value)
if timer is None:
# timer not set => all later also not set
break
# add to timers
timers.append(timer)
finally:
self.adapter.stop()
return timers