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_lock():
device = XDevice(BLE, 1694, DID2, MAC)
assert device.info.name == "Aqara Door Lock N100 (Bluetooth)"
device.setup_converters()
p = device.decode("mibeacon", {'eid': 4106, 'edata': '3259f80362'})
assert p == {'battery': 50}
def test_light():
device = XDevice(ZIGBEE, 'ikea.light.led1650r5', ZDID, ZMAC, ZNWK)
assert device.info.name == 'IKEA Bulb GU10 400 lm'
device.setup_converters()
p = device.decode_lumi([{"res_name": "14.1.85", "value": 80}])
assert p == {'brightness': 204.0}
def test_mesh():
device = XDevice(MESH, 1771, "123", "112233aabbcc")
assert device.info.name == 'Xiaomi Mesh Bulb'
device.setup_converters()
p = device.decode_lumi([{
'did': '1234567890',
'siid': 2,
'piid': 1,
'value': True,
'code': 0
}, {
'did': '1234567890',
'siid': 2,
'piid': 2,
'value': 65535,
'code': 0
}, {
'did': '1234567890',
'siid': 2,
'piid': 3,
'value': 4000,
'code': 0
}])
assert p == {'light': True, 'brightness': 255.0, 'color_temp': 250}
def test_sensor_ht_heartbeat():
device = XDevice(ZIGBEE, 'lumi.sensor_ht', ZDID, ZMAC, ZNWK)
device.setup_converters()
assert device.info.name == 'Xiaomi TH Sensor'
p = device.decode_lumi([
{"res_name": "8.0.2008", "value": 2955},
{"res_name": "8.0.2001", "value": 59},
{"res_name": "8.0.2011", "value": 1},
{"res_name": "8.0.2010", "value": 3},
{"res_name": "8.0.2012", "value": 10},
{"res_name": "8.0.2013", "value": 1},
{"res_name": "8.0.2002", "value": 11651},
{"res_name": "8.0.2003", "value": 2},
{"res_name": "8.0.2004", "value": 0},
{"res_name": "8.0.2005", "value": 0},
{"res_name": "8.0.2033", "value": 0},
{"res_name": "0.1.85", "value": 2384},
{"res_name": "0.2.85", "value": 4509},
{"res_name": "8.0.2036", "value": ""},
{"res_name": "8.0.2022", "value": 0},
{"res_name": "8.0.2023", "value": 0},
{"res_name": "8.0.2007", "value": 216}
])
assert p == {
'battery': 51, "battery_voltage": 2955, 'resets': 11651,
'temperature': 23.84, 'humidity': 45.09, 'parent': "-", 'fw_ver': 0,
'battery_original': 59
}
def test_gateway_stats():
device = XDevice(GATEWAY, 'lumi.gateway.mgl03', DID, MAC)
device.setup_converters()
p = device.decode(GATEWAY, {'networkUp': False})
assert p == {
'network_pan_id': None,
'radio_channel': None,
'radio_tx_power': None
}
p = device.decode(
GATEWAY, {
'networkUp': True,
'networkPanId': '0x9180',
'radioTxPower': 7,
'radioChannel': 15
})
assert p == {
'network_pan_id': '0x9180',
'radio_tx_power': 7,
'radio_channel': 15
}
p = device.decode(
GATEWAY, {
'free_mem': 3488,
'ip': '192.168.1.123',
'load_avg': '1.92|2.00|2.25|5/91|21135',
'rssi': 58,
'run_time': 367357,
'setupcode': '123-45-678',
'ssid': 'WiFi',
'tz': 'GMT3'
})
assert p == {
'free_mem': 3488,
'load_avg': '1.92|2.00|2.25|5/91|21135',
'rssi': -42,
'uptime': '4 days, 06:02:37'
}
p = device.decode(
GATEWAY, {
'serial':
"""serinfo:1.0 driver revision:
0: uart:16550A mmio:0x18147000 irq:17 tx:6337952 rx:0 RTS|CTS|DTR
1: uart:16550A mmio:0x18147400 irq:46 tx:19370 rx:154557484 oe:1684 RTS|DTR
2: uart:16550A mmio:0x18147800 irq:47 tx:1846359 rx:3845724 oe:18 RTS|DTR"""
})
assert p == {
'bluetooth_tx': 19370,
'bluetooth_rx': 154557484,
'bluetooth_oe': 1684,
'zigbee_tx': 1846359,
'zigbee_rx': 3845724,
'zigbee_oe': 18
}
def test_kettle():
device = XDevice(BLE, 131, DID, MAC)
assert device.info.name == "Xiaomi Kettle"
device.setup_converters()
p = device.decode("mibeacon", {'eid': 4101, 'edata': '0063'})
assert p == {'power': False, 'state': 'idle', 'temperature': 99}
p = device.decode("mibeacon", {'eid': 4101, 'edata': '0154'})
assert p == {'power': True, 'state': 'heat', 'temperature': 84}
def test_new_th():
device = XDevice(BLE, 4611, DID, MAC)
assert device.info.name == "Xiaomi TH Sensor"
device.setup_converters()
p = device.decode("mibeacon", {'eid': 19464, 'edata': 'cdcc3e42'})
assert p == {'humidity': 47.7}
p = device.decode("mibeacon", {'eid': 19457, 'edata': 'cdcca841'})
assert p == {'temperature': 21.1}
def test_resets():
device = XDevice(ZIGBEE, 'lumi.plug', ZDID, ZMAC, ZNWK)
device.setup_converters()
params = [{"res_name": "8.0.2002", "value": 24}]
assert device.decode_lumi(params) == {'resets': 24, 'new_resets': 0}
params = [{"res_name": "8.0.2002", "value": 27}]
assert device.decode_lumi(params) == {'resets': 27, 'new_resets': 3}
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_opple_buttons():
device = XDevice(ZIGBEE, 'lumi.remote.b686opcn01', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Opple Six Button CN'
device.setup_converters()
p = device.decode_lumi([{"res_name": "13.1.85", "value": 1}])
assert p == {'action': 'button_1_single', 'button_1': 1}
p = device.decode_lumi([{"res_name": "13.2.85", "value": 16}])
assert p == {'action': 'button_2_hold', 'button_2': 16}
def test_event():
device = XDevice(MESH, 1946, "123", "112233aabbcc")
device.setup_converters()
p = device.decode_miot([{
"did": "1234567890",
"siid": 8,
"eiid": 1,
"arguments": []
}])
assert p == {'button_1': 1, 'action': 'button_1_single'}
def test_sensor_motion():
device = XDevice(ZIGBEE, 'lumi.sensor_motion.aq2', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Motion Sensor'
device.setup_converters()
p = device.decode_lumi([
{"res_name": "0.3.85", "value": 6},
{"res_name": "0.4.85", "value": 6},
{"res_name": "3.1.85", "value": 1}
])
assert p == {'illuminance': 6, 'motion': True}
def test_aqara_cube():
device = XDevice(ZIGBEE, "lumi.sensor_cube", ZDID, ZMAC, ZNWK)
assert device.info.name == "Aqara Cube"
device.setup_converters()
p = silabs.decode({
"clusterId": "0x0012",
"sourceEndpoint": "0x02",
"APSPlayload": "0x18140A5500215900"
})
p = device.decode_zigbee(p)
assert p == {'action': 'flip90', 'from_side': 3, 'to_side': 1}
def test_night_light():
device = XDevice(BLE, 2038, DID, MAC)
assert device.info.name == "Xiaomi Night Light 2"
device.setup_converters()
p = device.decode("mibeacon", {"eid": 15, "edata": "640000"})
assert p == {'light': True, 'motion': True}
p = device.decode("mibeacon", {'eid': 4103, 'edata': '640000'})
assert p == {'light': True}
p = device.decode("mibeacon", {'eid': 4106, 'edata': '64'})
assert p == {'battery': 100}
p = device.decode("mibeacon", {'eid': 4119, 'edata': '78000000'})
assert p == {'idle_time': 120}
def test_lock_s2():
device = XDevice(ZIGBEE, 'lumi.lock.acn02', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Door Lock S2 CN'
device.setup_converters()
p = device.decode_lumi([{"res_name": "13.16.85", "value": 17}])
assert p == {'square': True, 'reverse': False, 'latch': True}
p = device.decode_lumi([
{"res_name": "13.1.85", "value": 65536},
{"res_name": "13.15.85", "value": 1}
])
assert p == {'action': 'lock', 'key_id': 65536}
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_lock_s2_pro():
device = XDevice(ZIGBEE, 'lumi.lock.acn03', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Door Lock S2 Pro CN'
device.setup_converters()
p = device.decode_lumi([
{"res_name": "13.16.85", "value": 81},
{"res_name": "3.1.85", "value": 0},
{"res_name": "13.28.85", "value": 3}
])
assert p == {
'lock': True, 'square': True, 'reverse': False, 'latch': True,
'action': 'lock', 'lock_state': 'door_locked'
}
p = device.decode_lumi([
{"res_name": "13.16.85", "value": 64},
{"res_name": "13.25.85", "value": 0},
{"res_name": "13.28.85", "value": 2}
])
assert p == {
'lock': True, 'square': False, 'reverse': False, 'latch': False,
'action': 'lock', 'lock_control': 'in_unlocked',
'lock_state': 'door_without_lift'
}
p = device.decode_lumi([{"res_name": "13.5.85", "value": 512}])
assert p == {'action': 'doorbell'}
p = device.decode_lumi([
{"res_name": "13.1.85", "value": 131072},
{"res_name": "13.15.85", "value": 2}
])
assert p == {'action': 'lock', 'key_id': 131072}
p = device.decode_lumi([{"res_name": "13.5.85", "value": 4}])
assert p == {'action': 'alarm', 'alarm': 'unlocked'}
p = device.decode_lumi([
{"res_name": "13.26.85", "value": 2},
{"res_name": "13.28.85", "value": 1}
])
assert p == {
'action': 'lock', 'door_state': 'ajar', 'lock_state': 'door_opened'
}
p = device.decode_lumi([{"res_name": "13.4.85", "value": 1}])
assert p == {'action': 'error', 'error': 'fing_wrong', 'fing_wrong': 1}
p = device.decode_lumi([{"res_name": "13.3.85", "value": 3}])
assert p == {'action': 'error', 'error': 'psw_wrong', 'psw_wrong': 3}
def test_error():
device = XDevice(ZIGBEE, 'lumi.motion.agl04', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Precision Motion Sensor EU'
device.setup_converters()
p = device.decode_lumi([{"siid": 10, "piid": 1, "code": -5020}])
assert p == {}
device = XDevice(ZIGBEE, 'lumi.sensor_magnet.aq2', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Door/Window Sensor'
device.setup_converters()
p = device.decode_lumi([{"res_name": "8.0.2102", "error_code": -5020}])
assert p == {}
def test_mi_spec():
device = XDevice(ZIGBEE, 'lumi.sen_ill.mgl01', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Xiaomi Light Sensor EU'
device.setup_converters()
p = device.decode_lumi([{'siid': 3, 'piid': 1, 'value': 3100}])
assert p == {'battery': 80, 'battery_voltage': 3100}
device = XDevice(ZIGBEE, 'lumi.motion.agl04', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Aqara Precision Motion Sensor EU'
device.setup_converters()
p = device.decode_lumi([{'siid': 4, 'eiid': 1, 'arguments': []}])
assert p == {'motion': True}
def test_gateway():
device = XDevice(GATEWAY, 'lumi.gateway.mgl03', "123456", "aabbccddeeff")
assert device.info.name == 'Xiaomi Gateway 3'
device.setup_converters()
p = device.decode_lumi([{
"res_name": "8.0.2082", "value": "lumi.1234567890"
}])
assert p == {"remove_did": "lumi.1234567890"}
p = device.decode_lumi([{
"res_name": "8.0.2082", "value": {"did": "lumi.1234567890"}
}])
assert p == {"remove_did": "lumi.1234567890"}
def test_tuya_button():
device = XDevice(ZIGBEE, "TS004F", ZDID, ZMAC, ZNWK)
device.setup_converters()
p0 = silabs.decode({
"clusterId": "0x0006",
"sourceEndpoint": "0x03",
"APSPlayload": "0x010AFD02",
})
p = device.decode_zigbee(p0)
assert p == {'button_3': 'hold', 'action': 'button_3_hold'}
# test processing same sequence
p = device.decode_zigbee(p0)
assert p == {}
def test_zigbee_stats():
stats.now = lambda: datetime(2021, 12, 31, 23, 59)
device = XDevice(ZIGBEE, 'lumi.plug', ZDID, ZMAC, ZNWK)
device.setup_converters({ZIGBEE: "sensor"})
p = device.decode(ZIGBEE, {
'sourceAddress': '0x9B43', 'eui64': '0x00158D0000AABBCC',
'destinationEndpoint': '0x01', 'clusterId': '0x000A',
'profileId': '0x0104', 'sourceEndpoint': '0x01', 'APSCounter': '0x71',
'APSPlayload': '0x1071000000', 'rssi': -61, 'linkQuality': 156
})
assert p == {
'zigbee': p['zigbee'],
# 'ieee': '0x00158D0000AABBCC', 'nwk': '0x9B43',
'msg_received': 1, 'msg_missed': 0,
'linkquality': 156,
'rssi': -61, 'last_msg': 'Time'
}
p = device.decode(ZIGBEE, {
'sourceAddress': '0x9B43', 'eui64': '0x00158D0000AABBCC',
'destinationEndpoint': '0x01', 'clusterId': '0x000A',
'profileId': '0x0104', 'sourceEndpoint': '0x01', 'APSCounter': '0x73',
'APSPlayload': '0x1075000000', 'rssi': -61, 'linkQuality': 156
})
assert p == {
'zigbee': p['zigbee'],
# 'ieee': '0x00158D0000AABBCC', 'nwk': '0x9B43',
'msg_received': 2, 'msg_missed': 1,
'linkquality': 156,
'rssi': -61, 'last_msg': 'Time'
}
p = device.decode(ZIGBEE, {
'eui64': '', 'nwk': '0x9B43', 'ago': 60, 'type': 'device',
'parent': '0xABCD'
})
assert p == {'parent': '0xABCD'}
p = device.decode(ZIGBEE, {'parent': '0xABCD'})
assert p == {'parent': '0xABCD'}
p = device.decode(ZIGBEE, {'resets': 10})
assert p == {'new_resets': 0}
p = device.decode(ZIGBEE, {'resets': 15})
assert p == {'new_resets': 5}
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_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
}]
def test_plug_heartbeat():
device = XDevice(ZIGBEE, 'lumi.plug', ZDID, ZMAC, ZNWK)
assert device.info.name == 'Xiaomi Plug CN'
device.setup_converters()
params = [{
"res_name": "4.1.85",
"value": 1
}, {
"res_name": "8.0.2006",
"value": 39
}, {
"res_name": "0.12.85",
"value": 14.56
}, {
"res_name": "0.13.85",
"value": 357696.31
}, {
"res_name": "8.0.2002",
"value": 24
}, {
"res_name": "8.0.2231",
"value": 0
}, {
"res_name": "8.0.2022",
"value": 90
}, {
"res_name": "8.0.2023",
"value": 19
}, {
"res_name": "8.0.2228",
"value": 4367
}, {
"res_name": "8.0.2007",
"value": 160
}]
assert device.decode_lumi(params) == {
'plug': True,
'power': 14.56,
'energy': 357.7,
'resets': 24,
'fw_ver': 90,
'chip_temperature': 39,
'new_resets': 0,
}
def test_config():
device = XDevice(ZIGBEE, "TS004F", ZDID, ZMAC, ZNWK)
device.setup_converters()
gw = type("", (), {"ieee": "0xAABBCC"})
p = {}
for conv in device.converters:
if isinstance(conv, ZConverter):
conv.config(device, p, gw)
assert p['commands'] == [{
'commandcli':
'raw 6 {10000004000000010005000700feff}'
}, {
'commandcli': 'send 0x12ab 1 1'
}, {
'commandcli': 'zcl global read 57345 53265'
}, {
'commandcli': 'send 0x12ab 1 1'
}, {
'commandcli':
'zdo bind 0x12ab 1 1 6 {0000112233aabbcc} {0xAABBCC}'
}, {
'commandcli':
'zdo bind 0x12ab 2 1 6 {0000112233aabbcc} {0xAABBCC}'
}, {
'commandcli':
'zdo bind 0x12ab 3 1 6 {0000112233aabbcc} {0xAABBCC}'
}, {
'commandcli':
'zdo bind 0x12ab 4 1 6 {0000112233aabbcc} {0xAABBCC}'
}, {
'commandcli':
'zdo bind 0x12ab 1 1 1 {0000112233aabbcc} {0xAABBCC}'
}, {
'commandcli': 'zcl global write 6 32772 48 {01}'
}, {
'commandcli': 'send 0x12ab 1 1'
}]
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_():
device = XDevice(ZIGBEE, "MS01", ZDID, ZMAC, ZNWK)
assert device.info.name == "Sonoff Motion Sensor"
device.setup_converters()
p = silabs.decode({
"clusterId": "0x0001",
"sourceEndpoint": "0x01",
"APSPlayload": "0x18AC0A2000201E"
})
p = device.decode_zigbee(p)
assert p == {'battery_voltage': 3000}
p = silabs.decode({
"clusterId": "0x0001",
"sourceEndpoint": "0x01",
"APSPlayload": "0x18AD0A210020C8"
})
p = device.decode_zigbee(p)
assert p == {'battery': 100}
p = silabs.decode({
"clusterId": "0x0500",
"sourceEndpoint": "0x01",
"APSPlayload": "0x190300000000000000",
})
p = device.decode_zigbee(p)
assert p == {'occupancy': False}
p = silabs.decode({
"clusterId": "0x0500",
"sourceEndpoint": "0x01",
"APSPlayload": "0x190400010000000000"
})
p = device.decode_zigbee(p)
assert p == {'occupancy': True}