def test_mi_curtain():
device = XDevice(ZIGBEE, 'lumi.curtain.acn002', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Roller Shade E1 CN'
device.setup_converters()
p = device.decode_lumi([
{"siid": 2, "piid": 1, "value": 0},
{"siid": 2, "piid": 3, "value": 0},
{"siid": 2, "piid": 4, "value": 60},
{"siid": 2, "piid": 5, "value": 60}
])
assert p == {'position': 60, 'target_position': 60}
p = device.decode_lumi([
{"siid": 3, "piid": 1, "value": 1},
{"siid": 3, "piid": 2, "value": 7317},
{"siid": 3, "piid": 3, "value": 0},
{"siid": 3, "piid": 4, "value": 48}
])
assert p == {
'battery': 48, 'battery_charging': False, 'battery_low': False,
'battery_voltage': 7317
}
p = device.decode_lumi([{"siid": 2, "piid": 6, "value": 0}])
assert p == {'run_state': 'closing'}
p = device.decode_lumi([{"siid": 2, "piid": 2, "value": 1}])
assert p == {'motor': 'close'}
p = device.encode({'motor': 'open'})
assert p == {"mi_spec": [{'siid': 2, 'piid': 2, 'value': 2}]}
p = device.encode({"position": 60})
assert p == {'mi_spec': [{'siid': 2, 'piid': 4, 'value': 60}]}
def test_lumi_encode():
device = XDevice(ZIGBEE, 'lumi.plug', ZDID, ZMAC, ZNWK)
device.setup_converters()
p = device.encode({'plug': True})
assert p == {"params": [{'res_name': '4.1.85', 'value': 1}]}
device = XDevice(ZIGBEE, 'lumi.switch.l0agl1', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Relay T1 EU (no N)'
device.setup_converters()
p = device.encode({'switch': True})
assert p == {'mi_spec': [{'siid': 2, 'piid': 1, 'value': True}]}
def test_lumi_curtain():
device = XDevice(ZIGBEE, 'lumi.curtain', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Curtain'
device.setup_converters()
p = device.decode_lumi([{'res_name': '14.2.85', 'value': 1}])
assert p == {'motor': 'open'}
p = device.decode_lumi([{"res_name": "1.1.85", "value": 100}])
assert p == {'position': 100}
p = device.encode({"motor": "stop"})
assert p == {"params": [{'res_name': '14.2.85', 'value': 2}]}
p = device.encode({"position": 48})
assert p == {"params": [{'res_name': '1.1.85', 'value': 48}]}
def test_gateway():
device = XDevice(GATEWAY, "lumi.gateway.mgl03", DID, MAC)
assert device.info.name == "Xiaomi Gateway 3"
device.setup_converters()
p = device.decode_lumi([{"res_name": "8.0.2109", "value": 60}])
assert p == {'pair': True}
p = device.encode({'pair': False})
assert p == {"params": [{"res_name": "8.0.2109", "value": 0}]}
# old zigbee pairing
p = device.decode_lumi([{
"res_name": "8.0.2111",
"value": {
"code": 0,
"install_code": "",
"mac": "",
"message": "no data"
},
"error_code": 0
}])
assert p
# _sync.zigbee3_get_install_code error
p = device.decode_lumi([{
"res_name": "8.0.2111",
"value": {
"code": -4001002,
"install_code": "",
"mac": "",
"message": "no data"
},
"error_code": 0
}])
assert p
# zigbee3 pairing
p = device.decode_lumi([{
"res_name": "8.0.2111",
"value": {
"code": 0,
"install_code": "<36 hex>",
"mac": "<16 hex>"
},
"error_code": 0
}])
assert p
p = device.decode_lumi([{
"res_name":
"8.0.2155",
"value":
"{\"cloud_link\":1,\"tz_updated\":\"GMT3\"}"
}])
assert p == {'cloud_link': True}
def test_climate():
device = XDevice(ZIGBEE, "lumi.airrtc.tcpecn02", ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Thermostat S2 CN'
device.setup_converters()
p = device.decode_lumi([
{"res_name": "14.2.85", "value": 268435455},
{"res_name": "14.8.85", "value": 15},
{"res_name": "14.9.85", "value": 255},
{"res_name": "14.10.85", "value": 15},
{"res_name": "3.2.85", "value": 63},
{"res_name": "3.1.85", "value": 0}
])
assert p == {
'climate': 268435455, 'hvac_mode': 'off', 'target_temp': 0,
'fan_mode': None, 'current_temp': 63
}
params = [
{"res_name": "14.2.85", "value": 288366197},
{"res_name": "14.8.85", "value": 1},
{"res_name": "14.9.85", "value": 30},
{"res_name": "14.10.85", "value": 3},
{"res_name": "3.2.85", "value": 29},
{"res_name": "3.1.85", "value": 1}
]
p = device.decode_lumi(params)
assert p == {
'climate': 288366197, 'hvac_mode': 'cool', 'target_temp': 30,
'fan_mode': 'auto', 'current_temp': 29
}
x = params[0]["value"]
p = device.encode({"climate": {"climate": x, "fan_mode": "low"}})
y = p["params"][0]["value"]
assert x != y
p = device.encode({"climate": {"climate": y, "fan_mode": "auto"}})
y = p["params"][0]["value"]
assert x == y
def test_brightness():
device = XDevice(MESH, 3164, "123", "112233aabbcc")
device.setup_converters()
p = device.encode({'light': True, 'brightness': 15.0, 'color_temp': 300})
assert p['mi_spec'] == [{
'siid': 2,
'piid': 1,
'value': True
}, {
'siid': 2,
'piid': 2,
'value': 6
}, {
'siid': 2,
'piid': 3,
'value': 3333
}]