Asyncio version of https://github.com/Danielhiversen/PyXiaomiGateway
The API only includes a thin layer with out proper handling of devices or sensors with seprate
Library consist of two classes
-
Service
Manage the multisocket interface to the xiaomi bridge and connecting to a gateway. Includes service for discovery of gateways -
Gateway
Handles the connection to the gateway
The bridge needs to be i local mode and key needs to be provided to communicate with the gateway
Create a new service object. The gateway config key is required to be able to communicate with the gateway. If discovery is used and only one gateway exist only key is needed, if several provide sid or host.
See example folder for runnable code.
gateways_config = [
{
"host": "10.0.4.104",
"sid": "7811dcb07917",
"port": 9898,
"key": key
}
]
service = XiaomiService(gateways_config=gateways_config)
# Start the mulitcast socket listner
await service.listen()
# Run the auto discover
gateways = await service.discover()
print("Number of gateways found: {}".format(len(gateways)))
# Get first gateway
gateway = gateways[0]
service = XiaomiService()
# Start the mulitcast socket listner
await service.listen()
# Create a gatewate connetion
gateway = await service.add_gateway("10.0.4.104", 9898, "7811dcb07917", key)
await service.close()
async def heartbeat_callback(data):
print("HEARTBEAT RECIVED", data)
async def device_callback(data):
print("Device data RECIVED", data)
gateway.heartbeat_callback = heartbeat_callback
gateway.device_callback = device_callback
print("Turn on light")
for device_type, devices in gateway.devices.items():
print(device_type, len(devices))
for device in devices:
print(" ", device['model'])
print(device)
for value_key, value in device['data'].items():
print(" ", value_key, value)
# Red
await gateway.set_color(255, 0, 0)
await asyncio.sleep(1)
# Green
await gateway.set_color(0, 255, 0)
await asyncio.sleep(1)
# Blue
await gateway.set_color(0, 0, 255)
await asyncio.sleep(1)
# Off
await gateway.turn_off_light()