Source code for platypush.plugins.switch.switchbot

import enum
import time

from platypush.message.response.bluetooth import BluetoothScanResponse
from platypush.plugins import action
from platypush.plugins.bluetooth.ble import BluetoothBlePlugin
from platypush.plugins.switch import SwitchPlugin

[docs]class SwitchSwitchbotPlugin(SwitchPlugin, BluetoothBlePlugin): """ Plugin to interact with a Switchbot ( device and programmatically control buttons. See :class:`platypush.plugins.bluetooth.ble.BluetoothBlePlugin` for how to enable BLE permissions for the platypush user (a simple solution may be to run it as root, but that's usually NOT a good idea). Requires: * **pybluez** (``pip install pybluez``) * **gattlib** (``pip install gattlib``) * **libboost** (on Debian ```apt-get install libboost-python-dev libboost-thread-dev``) """ uuid = 'cba20002-224d-11e6-9fb8-0002a5d5c51b' handle = 0x16
[docs] class Command(enum.Enum): """ Base64 encoded commands """ # \x57\x01\x00 PRESS = 'VwEA' # # \x57\x01\x01 ON = 'VwEB' # # \x57\x01\x02 OFF = 'VwEC'
[docs] def __init__(self, interface=None, connect_timeout=None, scan_timeout=2, devices=None, **kwargs): """ :param interface: Bluetooth interface to use (e.g. hci0) default: first available one :type interface: str :param connect_timeout: Timeout for the connection to the Switchbot device - default: None :type connect_timeout: float :param scan_timeout: Timeout for the scan operations :type scan_timeout: float :param devices: Devices to control, as a MAC address -> name map :type devices: dict """ SwitchPlugin.__init__(self, **kwargs) BluetoothBlePlugin.__init__(self, interface=interface) self.connect_timeout = connect_timeout if connect_timeout else 5 self.scan_timeout = scan_timeout if scan_timeout else 2 self.configured_devices = devices or {} self.configured_devices_by_name = { name: addr for addr, name in self.configured_devices.items() }
def _run(self, device: str, command: Command): if device in self.configured_devices_by_name: device = self.configured_devices_by_name[device] n_tries = 1 try: self.write(device, command.value, handle=self.handle, channel_type='random', binary=True) except Exception as e: self.logger.exception(e) n_tries -= 1 if n_tries == 0: raise e time.sleep(5) return self.status(device)
[docs] @action def press(self, device): """ Send a press button command to a device :param device: Device name or address :type device: str """ return self._run(device, self.Command.PRESS)
[docs] @action def toggle(self, device, **kwargs): return
[docs] @action def on(self, device, **kwargs): """ Send a press-on button command to a device :param device: Device name or address :type device: str """ return self._run(device, self.Command.ON)
[docs] @action def off(self, device, **kwargs): """ Send a press-off button command to a device :param device: Device name or address :type device: str """ return self._run(device, self.Command.OFF)
[docs] @action def scan(self, interface: str = None, duration: int = 10) -> BluetoothScanResponse: """ Scan for available Switchbot devices nearby. :param interface: Bluetooth interface to scan (default: default configured interface) :param duration: Scan duration in seconds """ devices = super().scan(interface=interface, duration=duration).devices compatible_devices = {} for dev in devices: # noinspection PyBroadException try: characteristics = [ chrc for chrc in self.discover_characteristics( dev['addr'], channel_type='random', wait=False, timeout=self.scan_timeout).characteristics if chrc.get('uuid') == self.uuid ] if characteristics: compatible_devices[dev['addr']] = None except: pass return BluetoothScanResponse(devices=compatible_devices)
@property def devices(self): return [ { 'address': addr, 'id': addr, 'name': name, 'on': False, } for addr, name in self.configured_devices.items() ]
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