def start_wemo(): import kodinhenki.wemo.device_tracker as dt ip = None if is_cer: ip = '192.168.44.1' # The remote_ip based lookup does not really seem to work with v4. # Oh well. So hardcode here for the cer case with N addresses. updater.add(dt.get(ip=ip, remote_ip='192.168.44.254', discovery_port=54321, event_port=8989))
def probe(self, url): _debug('probing new url: %s', url) with _prdb_kh.lock: o = kodinhenki.wemo.device.from_url(url) if not o: return if self.event_receiver is not None: full_url = urljoin(url, o.services['basicevent'].event_sub_url) s = event.Subscription(full_url, self.event_receiver) updater.add(s) # Even if we reuse the object (and we should # have only one device per physical object), re-probing # should not duplicate subscriptions. So kill the subscription. if o._subscription: updater.remove(o._subscription) o._subscription = s self._devices[url] = {'o': o} return o
def probe(self, url): _debug('probing new url: %s', url) with _prdb_kh.lock: o = kodinhenki.wemo.device.from_url(url) if not o: return if self.event_receiver is not None: full_url = urljoin(url, o.services['basicevent'].event_sub_url) s = event.Subscription(full_url, self.event_receiver) updater.add(s) # Even if we reuse the object (and we should # have only one device per physical object), re-probing # should not duplicate subscriptions. So kill the subscription. if o._subscription: updater.remove(o._subscription) o._subscription = s self._devices[url] = {'o': o} return o
def test_updater(): m = Mock() class ShortWaiter(updater.Updated): def next_update_in_seconds(self): return DELAY def update(self): m() sw = ShortWaiter() updater.add(sw) assert not updater.is_empty() assert not m.called time.sleep(DELAY * 2) assert m.called updater.remove(sw) assert updater.is_empty() updater.add(sw) updater.remove_all() assert updater.is_empty()
def test_updater(): m = Mock() class ShortWaiter(updater.Updated): def next_update_in_seconds(self): return DELAY def update(self): m() sw = ShortWaiter() updater.add(sw) assert not updater.is_empty() assert not m.called time.sleep(DELAY * 2) assert m.called updater.remove(sw) assert updater.is_empty() updater.add(sw) updater.remove_all() assert updater.is_empty()
def start(): import kodinhenki.hue as hue import kodinhenki.mpower as mpower import kodinhenki.owrt_wifi as _owrt_wifi # Start database (implicitly on the hardcoded port + any ip) sync.start() # Start the devices updater.add(hue.get_updater('192.168.44.10')) updater.add(mpower.get_updater('192.168.44.21', 'pro')) updater.add(mpower.get_updater('192.168.44.20', 'mini')) # WeMo is dead, baby! # start_wemo() if is_cer: # We're CER => can check locally wifi state _owrt_wifi.start()
h.some_object_changed() if __name__ == '__main__': p = khserver.create_shared_argparser('start') args = khserver.parse_shared(p) _prdb_kh.Home.set_create_owner_instance_callback(Home) _debug('creating official database instance') db = kh.get_database() # Autorotate > megabyte sized ones if not os.path.exists(LOGDIR): os.mkdir(LOGDIR) logger = db.new_logger_to_directory(LOGDIR, autorotate=1000000) h = _prdb_kh.Home.new_named().get_owner() db.object_added.connect(_object_added) db.object_changed.connect(_object_changed) # Up to this point we do not have threads really running, so start # caring about locking only now.. _prdb_kh.set_lock_check_enabled(True) with _prdb_kh.lock: khserver.start() if socket.gethostname() == 'poro.lan': poroserver.start() updater.add(h) # threads will implicitly do their stuff ..
def start(name, **kw): u = LightSensor(name, **kw) _updater.add(u) return u
def start(d, **kw): _debug('starting process %s', repr(d)) m = ProcessMonitor(d, **kw) updater.add(m) return m
h.some_object_changed() if __name__ == '__main__': p = khserver.create_shared_argparser('start') args = khserver.parse_shared(p) _prdb_kh.Home.set_create_owner_instance_callback(Home) _debug('creating official database instance') db = kh.get_database() # Autorotate > megabyte sized ones if not os.path.exists(LOGDIR): os.mkdir(LOGDIR) logger = db.new_logger_to_directory(LOGDIR, autorotate=1000000) h = _prdb_kh.Home.new_named().get_owner() db.object_added.connect(_object_added) db.object_changed.connect(_object_changed) # Up to this point we do not have threads really running, so start # caring about locking only now.. _prdb_kh.set_lock_check_enabled(True) with _prdb_kh.lock: khserver.start() if socket.gethostname() == 'poro.lan': poroserver.start() updater.add(h) # threads will implicitly do their stuff ..
def start(**kwargs): u = OpenWrtWifiDeviceTracker(**kwargs) _updater.add(u) return u
def start(**kwargs): u = OpenWrtWifiDeviceTracker(**kwargs) _updater.add(u) return u