def __init__(self, macAddress):
Nuimo.__init__(self, macAddress)
self.onkyo = Onkyo()
print("Onkyo Host: %s" % self.onkyo.Host)
print("Onkyo power state is %s" % self.onkyo.PowerState())
print("Onkyo volume level is %s" % self.onkyo.VolumeLevel())
def foundDevice(addr):
print 'found device: ' + addr
nuimo = Nuimo(addr)
nuimo.set_delegate(CustomNuimoDelegate(nuimo, app))
nuimo.connect()
showImagesOnNuimo(nuimo)
while True:
nuimo.waitForNotifications()
def __init__(self, bled_com, nuimo_mac):
NuimoDelegate.__init__(self)
self.nuimo = Nuimo(bled_com, nuimo_mac, self)
self.sonos = SonosAPI()
self.default_led_timeout = 3
self.max_volume = 42 # should be dividable by 7
self.volume_bucket_size = int(self.max_volume / 7)
self.last_vol_matrix = None
self.vol_reset_timer = None
self.stop_pending = False
class NuimoSonosController(NuimoDelegate):
def __init__(self, bled_com, nuimo_mac):
NuimoDelegate.__init__(self)
self.nuimo = Nuimo(bled_com, nuimo_mac, self)
self.sonos = SonosAPI()
self.default_led_timeout = 3
self.max_volume = 42 # should be dividable by 7
self.volume_bucket_size = int(self.max_volume / 7)
self.last_vol_matrix = None
self.vol_reset_timer = None
self.stop_pending = False
def start(self):
self.nuimo.connect()
while not self.stop_pending:
time.sleep(0.1)
self.sonos.disconnect()
self.nuimo.disconnect()
self.nuimo.terminate()
def stop(self):
self.stop_pending = True
def on_button(self):
if self.sonos.is_playing():
self.sonos.pause()
self.nuimo.display_led_matrix(led_configs.pause, self.default_led_timeout)
else:
self.sonos.play()
self.nuimo.display_led_matrix(led_configs.play, self.default_led_timeout)
def on_swipe_right(self):
self.sonos.next()
self.nuimo.display_led_matrix(led_configs.next, self.default_led_timeout)
def on_swipe_left(self):
self.sonos.prev()
self.nuimo.display_led_matrix(led_configs.previous, self.default_led_timeout)
def on_fly_right(self):
self.on_swipe_right()
def on_fly_left(self):
self.on_swipe_left()
def on_wheel_right(self, value):
self.sonos.vol_up(self._calculate_volume_delta(value))
self._show_volume()
def on_wheel_left(self, value):
self.sonos.vol_down(self._calculate_volume_delta(value))
self._show_volume()
def on_connect(self):
self.nuimo.display_led_matrix(led_configs.default, self.default_led_timeout)
def _calculate_volume_delta(self, value):
return min(value / 20 + 1, 5)
def _show_volume(self):
volume = self.sonos.get_volume()
if volume is None: volume = 0
bucket = min(int(math.ceil(volume / self.volume_bucket_size)), 7)
matrix = getattr(led_configs, 'vol' + str(bucket))
if matrix != self.last_vol_matrix:
self.last_vol_matrix = matrix
self.nuimo.display_led_matrix(matrix, self.default_led_timeout)
if self.vol_reset_timer is not None:
self.vol_reset_timer.cancel()
self.vol_reset_timer = Timer(self.default_led_timeout+1, self._reset_vol).start()
def _reset_vol(self):
self.last_vol_matrix = None
self.vol_reset_timer = None
def __init__(self, macAddress):
Nuimo.__init__(self, macAddress)
self.display = Display()
self.font = ValidFonts()
self.timerValue = 0
def connect(addr):
nuimo = Nuimo(addr)
nuimo.set_delegate(NuimoConsoleLoggerDelegate(nuimo))
# Connect to Nuimo
print("Trying to connect to %s. Press Ctrl+C to cancel." % addr)
try:
nuimo.connect()
except BTLEException:
print("Failed to connect to %s. Make sure to:\n 1. Disable the Bluetooth device: hciconfig hci0 down\n 2. Enable the Bluetooth device: hciconfig hci0 up\n 3. Enable BLE: btmgmt le on\n 4. Pass the right MAC address: hcitool lescan | grep Nuimo" % nuimo.macAddress)
sys.exit()
print("Connected. Waiting for input events...")
# Display some LEDs matrices and wait for notifications
nuimo.displayLedMatrix(
" " +
" *** " +
" * * * " +
" * * " +
" *** * " +
" * * " +
" * * " +
" * * " +
" ", 2.0)
time.sleep(2)
nuimo.displayLedMatrix(
" ** ** " +
" * * * * " +
" ***** " +
" * * " +
" * * * * " +
" * * * " +
" * * * * " +
" * * " +
" *** ", 20.0)
try:
while True:
nuimo.waitForNotifications()
except BTLEException as e:
print("Connection error:", e)
except KeyboardInterrupt:
print("Program aborted")