def test_convert_raw_status(mocker):
mocker.patch('paradox.lib.ps')
p = Paradox()
status = convert_raw_status(message_parser_output)
assert status["zone"] == {
1: dict(open=False, tamper=False, low_battery=False, generated_alarm=False, presently_in_alarm=False,
activated_entry_delay=False,
activated_intellizone_delay=False, bypassed=False, shutted_down=False,
tx_delay=False, supervision_trouble=False),
2: dict(open=False, tamper=False, low_battery=False, generated_alarm=False,
presently_in_alarm=False,
activated_entry_delay=False,
activated_intellizone_delay=False,
bypassed=False,
shutted_down=False,
tx_delay=False,
supervision_trouble=False)
}
assert status["partition"] == message_parser_output["partition_status"]
assert status["door"] == {1: dict(open=False), 2: dict(open=False)}
assert status["bus-module"] == {1: dict(trouble=False), 2: dict(trouble=False)}
assert status["system"]["troubles"] == message_parser_output["system"]["troubles"]
a = json.dumps(converted_status, sort_keys=True, indent=2, default=str)
b = json.dumps(status, sort_keys=True, indent=2, default=str)
assert a == b
def test_convert_raw_status(mocker):
mocker.patch.object(ps, 'sendChange')
mocker.patch.object(ps, 'sendEvent')
connection = mocker.stub(name='Connection_stub')
p = Paradox(connection)
status = convert_raw_status(evo_status)
assert status["zone"] == {
1:
dict(open=False,
tamper=False,
low_battery=False,
generated_alarm=False,
presently_in_alarm=False,
activated_entry_delay=False,
activated_intellizone_delay=False,
bypassed=False,
shutted_down=False,
tx_delay=False,
supervision_trouble=False),
2:
dict(open=False,
tamper=False,
low_battery=False,
generated_alarm=False,
presently_in_alarm=False,
activated_entry_delay=False,
activated_intellizone_delay=False,
bypassed=False,
shutted_down=False,
tx_delay=False,
supervision_trouble=False)
}
assert status["partition"] == evo_status["partition_status"]
assert status["door"] == {1: dict(open=False), 2: dict(open=False)}
assert status["bus-module"] == {
1: dict(trouble=False),
2: dict(trouble=False)
}
assert status["system"]["power"] == {
"vdc": 16.5,
"battery": 13.4,
"dc": 13.5
}
assert status["system"]["date"] == {
'time': datetime.datetime(2019, 10, 11, 21, 12, 2),
'weekday': 6
}
assert status["system"]["troubles"] == evo_status["system"]["troubles"]
def _process_status(raw_status: Container) -> None:
status = convert_raw_status(raw_status)
for limit_key, limit_arr in cfg.LIMITS.items():
if limit_key not in status:
continue
status[limit_key].filter(limit_arr)
# # TODO: throttle power update messages
# if time.time() - self.last_power_update >= cfg.POWER_UPDATE_INTERVAL:
# force = PublishPropertyChange.YES if cfg.PUSH_POWER_UPDATE_WITHOUT_CHANGE else PublishPropertyChange.NO
if cfg.LOGGING_DUMP_STATUS:
logger.debug("properties: %s", status)
ps.sendMessage('status_update', status=status)