def handle_n_line(line):
devices.flush()
commands.send_sync_package(line)
for device in devices.devices.values():
mqtt.publish_stats(device)
mqtt.publish_availability(device)
ws.send_device_stats(device)
def handle_success(self, line):
print('')
if line[2] != '!' and line[1] != ' ':
pending = commands.remove_from_buffer(self.device)
if pending == 0 and self.data[0] in ['A', 'M', 'D']:
self.update_device_stats(Stats.create(self.device, self.data))
else:
if pending == 0:
mqtt.publish_stats(self.device)
ws.send_device_stats(self.device)
def cancel_commands(addr):
try:
if devices.is_remote_device(addr):
RemoteController.redirect_command(request, addr)
else:
device = devices.get_device(addr)
device.cancel_commands()
mqtt.publish_availability(device)
ws.send_device_stats(device)
except KeyError:
pass
print(' < HTTP: {} cancel_commands'.format(addr))
sys.stdout.flush()
def set_settings(addr):
try:
if devices.is_remote_device(addr):
RemoteController.redirect_command(request, addr)
else:
device = devices.get_device(addr)
for idx, value in device.settings.items():
new = request.json.get(idx)
if new != value:
device.send_setting(idx, new)
mqtt.publish_availability(device)
ws.send_device_stats(device)
except KeyError:
pass
print(' < HTTP: {} set_settings'.format(addr))
sys.stdout.flush()
def set_timers(addr):
try:
if devices.is_remote_device(addr):
RemoteController.redirect_command(request, addr)
else:
device = devices.get_device(addr)
timers = device.timers
for day, value in request.json['timers'].items():
if timers[int(day[0])][int(day[1])] != value:
device.send_timer(day, value)
new_mode = int(request.json['mode'])
if new_mode != (0
if int(device.settings['22'], 16) == 0 else 1):
device.send_setting('22', '{:02x}'.format(new_mode))
mqtt.publish_availability(device)
ws.send_device_stats(device)
except KeyError:
pass
print(' < HTTP: {} set_timers'.format(addr))
sys.stdout.flush()
def set_mode(addr):
mode = request.json.get('mode')
try:
if devices.is_remote_device(addr):
RemoteController.redirect_command(request, addr)
else:
device = devices.get_device(addr)
device.set_mode(mode)
if device.group is not None:
for dev in device.group.devices:
mqtt.publish_availability(dev)
ws.send_device_stats(dev)
else:
mqtt.publish_availability(device)
ws.send_device_stats(device)
except KeyError:
pass
except ValueError:
pass
print(' < HTTP: {} mode {}'.format(addr, mode))
sys.stdout.flush()
def set_temp(addr):
temp = float(request.json.get('temp'))
try:
if devices.is_remote_device(addr):
RemoteController.redirect_command(request, addr)
else:
device = devices.get_device(addr)
device.set_temperature(temp)
if device.group is not None:
for dev in device.group.devices:
mqtt.publish_availability(dev)
ws.send_device_stats(dev)
else:
mqtt.publish_availability(device)
ws.send_device_stats(device)
except KeyError:
pass
except ValueError:
pass
print(' < HTTP: {} temp {}'.format(addr, temp))
sys.stdout.flush()
def update_device_stats(self, stats):
self.device.set_stats(stats)
mqtt.publish_stats(self.device)
mqtt.publish_availability(self.device)
ws.send_device_stats(self.device)
def publish_availability(self, device):
topic = self.availability_topic.strip('/') + '/{}'.format(device.addr)
payload = 'offline' if device.available == device.AVAILABLE_OFFLINE or device.synced is False else 'online'
mqtt.publish(topic, payload)
ws.send_device_stats(device)
