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For a more nuclear # option (not recommended) you can uncomment the following to ignore the entire idea folder. #.idea/Z-Wave-Me-zwave-me-ws-e719abd/README.md000066400000000000000000000031651441422144200173220ustar00rootroot00000000000000ZWave-Me-WS is a websocket connection library for [Z-Wave.Me Z-Way](https://z-wave.me/z-way/) controllers **Installing** To install this package use: `pip install zwave-me-ws` **Usage** To use the connector initialize the API using: ``` from zwave_me_ws import ZWaveMe, ZWaveMeData zwave_api = ZWaveMe( on_device_create=on_device_func on_device_update=on_device_update_func, on_new_device=on_device_add_func, token="....", # Z-Way access token in the form .../... (remote) of /... (local) url="...", # wss://find.z-wave.me or ws://IP:8083 platforms=[...] ) def on_device_add_func(self, device: ZWaveMeData) def on_device_create_func(self, devices: list[ZWaveMeData]) def on_device_update_func(self, new_info: ZWaveMeData) ``` Here `platforms` is the list of deviceType fields to handle. Used to filter only types supported by your application. For example, `["sensorBinary", "lightMultilevel", "toggleButton", "thermostat", "motor", "fan", "doorlock", "switchMultilevel", "switchBinary", "sensorMultilevel", "siren", "switchRGBW", "switchRGB"]`. 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Z-Wave-Me-zwave-me-ws-e719abd/zwave_me_ws/000077500000000000000000000000001441422144200203645ustar00rootroot00000000000000Z-Wave-Me-zwave-me-ws-e719abd/zwave_me_ws/WebsocketListener.py000066400000000000000000000031171441422144200243740ustar00rootroot00000000000000import asyncio import json import threading import time import websocket class WebsocketListener(threading.Thread, websocket.WebSocketApp): def __init__( self, ZWaveMe, on_message=None, on_error=None, on_close=None, token=None, url=None, ): self._ZWaveMe = ZWaveMe threading.Thread.__init__(self) websocket.WebSocketApp.__init__( self, url, header={"Authorization": "Bearer " + token if token else ""}, on_open=self.on_open, on_error=on_error, on_message=on_message, on_close=on_close, ) self.connected = False self.last_update = time.time() async def connect(self): while not self.connected: await asyncio.sleep(0.1) return self.connected def on_open(self, *args): self.connected = True self.last_update = time.time() self.send( json.dumps( { "event": "httpEncapsulatedRequest", "responseEvent": "get_devices", "data": {"method": "GET", "url": "/ZAutomation/api/v1/devices"}, } ) ) def run_forever( self, sockopt=None, sslopt=None, ping_interval=0, ping_timeout=None, **kwargs ): websocket.WebSocketApp.run_forever( self, sockopt=sockopt, sslopt=sslopt, ping_interval=ping_interval, ping_timeout=ping_timeout, **kwargs ) Z-Wave-Me-zwave-me-ws-e719abd/zwave_me_ws/ZWaveMe.py000066400000000000000000000172371441422144200222660ustar00rootroot00000000000000import asyncio import json import threading import time from .helpers import prepare_devices from .WebsocketListener import WebsocketListener class ZWaveMe: """Main controller class""" def __init__( self, url, token=None, on_device_create=None, on_device_update=None, on_device_remove=None, on_device_destroy=None, on_new_device=None, platforms=None, ): self.on_device_create = on_device_create self.on_device_update = on_device_update self.on_device_remove = on_device_remove self.on_device_destroy = on_device_destroy self.on_new_device = on_new_device self.url = url self.token = token self.platforms = platforms self._ws = None self._wshost = None self.thread = None self.devices = [] self.uuid = None self.is_closed = False def start_ws(self): """Launch thread.""" self.thread = threading.Thread(target=self.init_websocket) self.thread.daemon = True self.thread.start() async def get_connection(self): """verify connection""" loop = asyncio.get_event_loop() await loop.run_in_executor(None, self.start_ws) try: await asyncio.wait_for(self._ws.connect(), timeout=10.0) return True except asyncio.TimeoutError: await self.close_ws() return False async def wait_for_info(self): while not self.uuid: await asyncio.sleep(0.1) return self.uuid async def close_ws(self): loop = asyncio.get_event_loop() self.is_closed = True blocking_tasks = [ loop.run_in_executor(None, self.thread.join), loop.run_in_executor(None, self._ws.close), ] await asyncio.wait(blocking_tasks) async def get_uuid(self): """Get uuid info""" loop = asyncio.get_event_loop() loop.run_in_executor(None, self.get_info) try: await asyncio.wait_for(self.wait_for_info(), timeout=5.0) return self.uuid except asyncio.TimeoutError: return def send_command(self, device_id, command): self._ws.send( json.dumps( { "event": "httpEncapsulatedRequest", "data": { "method": "GET", "url": "/ZAutomation/api/v1/devices/{}/command/{}".format( device_id, command ), }, } ) ) def get_devices(self): self._ws.send( json.dumps( { "event": "httpEncapsulatedRequest", "responseEvent": "get_devices", "data": {"method": "GET", "url": "/ZAutomation/api/v1/devices"}, } ) ) def get_device_info(self, device_id): self._ws.send( json.dumps( { "event": "httpEncapsulatedRequest", "responseEvent": "get_device_info", "data": { "method": "GET", "url": "/ZAutomation/api/v1/devices/{}".format(device_id), }, } ) ) def get_info(self): self._ws.send( json.dumps( { "event": "httpEncapsulatedRequest", "responseEvent": "get_info", "data": { "method": "GET", "url": "/ZAutomation/api/v1/system/first-access", }, } ) ) def init_websocket(self): # keep websocket open indefinitely while True: if self.is_closed: return self._ws = WebsocketListener( ZWaveMe=self, on_message=self.on_message, on_error=self.on_error, on_close=self.on_close, token=self.token, url=self.url, ) try: self._ws.run_forever(ping_interval=5) finally: self._ws.close() time.sleep(5) def on_message(self, _, utf): if utf: dict_data = json.loads(utf) if "type" not in dict_data.keys(): return try: if dict_data["type"] == "get_devices": if "data" not in dict_data or "body" not in dict_data["data"]: return body = json.loads(dict_data["data"]["body"]) if "devices" in body["data"]: self.devices = prepare_devices([ device for device in body["data"]["devices"] if device["deviceType"] in self.platforms ]) if self.on_device_create: self.on_device_create(self.devices) elif dict_data["type"] == "get_device_info": if "data" not in dict_data or "body" not in dict_data["data"]: return body = json.loads(dict_data["data"]["body"]) if "id" in body["data"]: new_device = prepare_devices( [ body["data"], ] )[0] if self.on_new_device: self.on_new_device(new_device) elif dict_data["type"] == "me.z-wave.devices.level": device = prepare_devices( [ dict_data["data"], ] )[0] if device.deviceType == "sensorMultilevel": device.level = str( round(float(dict_data["data"]["metrics"]["level"]), 1) ) if self.on_device_update: self.on_device_update(device) elif dict_data["type"] == "me.z-wave.namespaces.update": for data in dict_data["data"]: if data["id"] == "devices_all": new_devices = [x["deviceId"] for x in data["params"]] devices_to_install = set(new_devices) - set( [x["id"] for x in self.devices] ) for device in devices_to_install: self.get_device_info(device) elif dict_data["type"] == "get_info": uuid = json.loads(dict_data["data"]["body"])["data"]["uuid"] if uuid and uuid is not None: self.uuid = uuid elif dict_data["type"] == "me.z-wave.devices.remove": if self.on_device_remove: self.on_device_remove(dict_data["data"]) elif dict_data["type"] == "me.z-wave.devices.wipe": if self.on_device_destroy: self.on_device_destroy(dict_data["data"]) except Exception as e: pass def on_error(self, *args, **kwargs): error = args[-1] def on_close(self, _, *args): self._ws.connected = False def get_ws(self): return self._ws def get_wshost(self): return self._wshost Z-Wave-Me-zwave-me-ws-e719abd/zwave_me_ws/__init__.py000066400000000000000000000001241441422144200224720ustar00rootroot00000000000000__version__ = "0.4.2" from .helpers import ZWaveMeData from .ZWaveMe import ZWaveMe Z-Wave-Me-zwave-me-ws-e719abd/zwave_me_ws/helpers.py000066400000000000000000000205601441422144200224030ustar00rootroot00000000000000from dataclasses import dataclass, field from typing import Union FIELDS = [ "id", "deviceType", "probeType", "locationName", "manufacturer", "firmware", "tags", "creatorId", "nodeId", ] METRICS_SCALE = ["title", "level", "scaleTitle", "min", "max", "color", "isFailed"] TYPE_TAGS = { 'type-sensor-binary': "sensorBinary", 'type-light': "lightMultilevel", 'type-button': "toggleButton", 'type-thermostat': "thermostat", 'type-motor': "motor", 'type-fan': "fan", 'type-doorlock': "doorlock", 'type-number': "switchMultilevel", 'type-switch': "switchBinary", 'type-sensor': "sensorMultilevel", 'type-siren': "siren", } @dataclass class ZWaveMeData: id: str deviceType: str title: str level: Union[str, int, float] deviceIdentifier: str probeType: str = "" scaleTitle: str = "" min: str = "" max: str = "" color: dict = field(default_factory=dict) isFailed: bool = False locationName: str = "" manufacturer: str = "" firmware: str = "" tags: list[str] = field(default_factory=list) nodeId: str = "" creatorId: str = "" def prepare_devices(devices: list[dict]) -> list[ZWaveMeData]: prepared_devices = [] for device in devices: if device['permanently_hidden']: continue prepared_device = { **{key: device[key] for key in FIELDS if key in device}, **{ key: device["metrics"][key] for key in METRICS_SCALE if key in device["metrics"] }, } prepared_device = set_device_type(prepared_device) if prepared_device["deviceType"] == "motor": if prepared_device["level"] == "off": prepared_device["level"] = 0 if prepared_device["level"] == "on": prepared_device["level"] = 99.0 prepared_device["level"] = float(prepared_device["level"]) if "creatorId" in prepared_device and "nodeId" in prepared_device: prepared_device[ "deviceIdentifier" ] = f"{prepared_device['creatorId']}_{prepared_device['nodeId']}" else: prepared_device["deviceIdentifier"] = prepared_device["id"] prepared_devices.append(prepared_device) return [ZWaveMeData(**d) for d in prepared_devices] def set_device_type(prepared_device): if prepared_device["probeType"] == "siren": prepared_device["deviceType"] = "siren" if prepared_device["tags"]: for tag in prepared_device["tags"]: if tag in TYPE_TAGS: prepared_device["deviceType"] = TYPE_TAGS[tag] prepared_device = set_value_by_device_type(prepared_device) return prepared_device if prepared_device["probeType"] == "motor": prepared_device["deviceType"] = "motor" elif prepared_device["probeType"] == "fan": prepared_device["deviceType"] = "fan" elif prepared_device['deviceType'] == 'sensorMultilevel': prepared_device['deviceType'] = 'lightMultilivel' prepared_device = set_light_level(prepared_device) return prepared_device def set_value_by_device_type(prepared_device) -> dict: if prepared_device['deviceType'] == "sensorBinary": if prepared_device['level'] in ('on', 'off'): return prepared_device elif prepared_device['level'] in ('open', 'close'): prepared_device['level'] = {'open': 'off', 'close': 'on'}[prepared_device['level']] else: prepared_device['level'] = 'on' if bool(prepared_device['level']) else 'off' elif prepared_device['deviceType'] == 'lightMultilevel': prepared_device = set_light_level(prepared_device) elif prepared_device['deviceType'] == 'toggleButton': return prepared_device elif prepared_device['deviceType'] == 'thermostat': if str(prepared_device['level']).replace('.', '', 1).isdigit(): return prepared_device elif prepared_device['level'] == 'on': prepared_device['level'] = 99 elif prepared_device['level'] == 'off': prepared_device['level'] = 0 else: prepared_device['level'] = 99 if bool(prepared_device['level']) else 0 elif prepared_device['deviceType'] == 'motor': if str(prepared_device['level']).replace('.', '', 1).isdigit(): return prepared_device elif prepared_device['level'] == 'on': prepared_device['level'] = 99 elif prepared_device['level'] == 'off': prepared_device['level'] = 0 else: prepared_device['level'] = 99 if bool(prepared_device['level']) else 0 elif prepared_device['deviceType'] == 'fan': if str(prepared_device['level']).replace('.', '', 1).isdigit(): return prepared_device elif prepared_device['level'] == 'on': prepared_device['level'] = 99 elif prepared_device['level'] == 'off': prepared_device['level'] = 0 else: prepared_device['level'] = 99 if bool(prepared_device['level']) else 0 elif prepared_device['deviceType'] == 'doorlock': if prepared_device['level'] in ('open', 'close'): return prepared_device elif prepared_device['level'] in ('on', 'off'): prepared_device['level'] = {'off': 'open', 'on': 'close'}[prepared_device['level']] else: prepared_device['level'] = 'close' if bool(prepared_device['level']) else 'on' elif prepared_device['deviceType'] == 'switchMultilevel': if str(prepared_device['level']).replace('.', '', 1).isdigit(): return prepared_device elif prepared_device['level'] == 'on': prepared_device['level'] = 99 elif prepared_device['level'] == 'off': prepared_device['level'] = 0 else: prepared_device['level'] = 99 if bool(prepared_device['level']) else 0 elif prepared_device['deviceType'] == 'switchBinary': if prepared_device['level'] in ('on', 'off'): return prepared_device elif prepared_device['level'] in ('open', 'close'): prepared_device['level'] = {'open': 'off', 'close': 'on'}[prepared_device['level']] else: prepared_device['level'] = 'on' if bool(prepared_device['level']) else 'off' elif prepared_device['deviceType'] == 'sensorMultilevel': if str(prepared_device['level']).replace('.', '', 1).isdigit(): return prepared_device elif prepared_device['level'] == 'on': prepared_device['level'] = 99 elif prepared_device['level'] == 'off': prepared_device['level'] = 0 else: prepared_device['level'] = 99 if bool(prepared_device['level']) else 0 elif prepared_device['deviceType'] == 'siren': if prepared_device['level'] in ('on', 'off'): return prepared_device elif prepared_device['level'] in ('open', 'close'): prepared_device['level'] = {'open': 'off', 'close': 'on'}[prepared_device['level']] else: prepared_device['level'] = 'on' if bool(prepared_device['level']) else 'off' return prepared_device def set_light_level(prepared_device): if str(prepared_device['level']).replace('.', '', 1).isdigit(): prepared_device["color"] = { "r": round(2.55 * float(prepared_device["level"])), "g": round(2.55 * float(prepared_device["level"])), "b": round(2.55 * float(prepared_device["level"])), } prepared_device["level"] = ( "on" if float(prepared_device["level"]) > 0 else "off" ) elif prepared_device['level'] == 'on': prepared_device["color"] = { "r": 255, "g": 255, "b": 255, } elif prepared_device['level'] == 'off': prepared_device["color"] = { "r": 0, "g": 0, "b": 0, } else: prepared_device['level'] = 'on' if bool(prepared_device['level']) else 'off' if prepared_device['level'] == 'on': prepared_device["color"] = { "r": 255, "g": 255, "b": 255, } elif prepared_device['level'] == 'off': prepared_device["color"] = { "r": 0, "g": 0, "b": 0, } return prepared_device