def __init__(self, device, bus): ClassLogger.__init__(self) self._device = device self._bus = bus self._properties = Bluez5Utils.properties(device.object_path, self._bus)
def __init__(self, path, bus): ClassLogger.__init__(self) self._bus = bus self._path = path self._hfp = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.HFP_INTERFACE ) self._voice_call_manager = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.VOICE_CALL_MANAGER_INTERFACE ) self._voice_call_manager.connect_to_signal('CallAdded', self._call_added) self._voice_call_manager.connect_to_signal('CallRemoved', self._call_removed) self._bus.add_signal_receiver( self._call_properties_changed, dbus_interface = Ofono.VOICE_CALL_INTERFACE, signal_name = 'PropertyChanged', path_keyword = 'path' ) self._show_properties()
def __init__(self, hfp, audio_gateway): ClassLogger.__init__(self) self.__audio_gateway_path = audio_gateway.path() self.__sound_io_interface = dbus.Interface( hfp.bus().get_object( DbusPaths.HFPD_SERVICE_NAME, DbusPaths.HFPD_SOUNDIO_OBJECT ), dbus_interface = DbusPaths.HFPD_SOUNDIO_INTERFACE_NAME ) self.__sound_io_properties = dbus.Interface( hfp.bus().get_object( DbusPaths.HFPD_SERVICE_NAME, DbusPaths.HFPD_SOUNDIO_OBJECT ), dbus_interface = DbusPaths.DBUS_INTERFACE_PROPERTIES ) self.__sound_io_interface.connect_to_signal('StateChanged', self.__state_changed) self.__sound_io_interface.connect_to_signal('MuteChanged', self.__mute_changed) self.__sound_io_interface.connect_to_signal('SkewNotify', self.__skew_notify) self.__sound_io_interface.MinBufferFillHint = 320 * 2
def __init__(self, bus, path): ClassLogger.__init__(self) dbus.service.Object.__init__(self, bus, path) self._path = path self._capability = 'KeyboardDisplay' # # These profile modes appear to cause the agent to ignore # pin and passcode requests... # #self._capability = 'NoInputNoOutput' #self._capability = 'DisplayOnly' #self._capability = 'KeyboardOnly' # Other types that seem to work #self._capability = 'KeyboardDisplay' #self._capability = 'DisplayYesNo' manager = dbus.Interface( bus.get_object(Bluez5Utils.SERVICE_NAME, '/org/bluez'), Bluez5Utils.AGENT_MANAGER_INTERFACE ) manager.RegisterAgent(self._path, self._capability) manager.RequestDefaultAgent(self._path)
def __init__(self, path, bus): ClassLogger.__init__(self) self._bus = bus self._path = path self._hfp = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.HFP_INTERFACE) self._voice_call_manager = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.VOICE_CALL_MANAGER_INTERFACE) self._voice_call_manager.connect_to_signal('CallAdded', self._call_added) self._voice_call_manager.connect_to_signal('CallRemoved', self._call_removed) self._bus.add_signal_receiver( self._call_properties_changed, dbus_interface=Ofono.VOICE_CALL_INTERFACE, signal_name='PropertyChanged', path_keyword='path') self._show_properties()
def __init__(self, hfp, audio_gateway_path): ClassLogger.__init__(self) self.__path = audio_gateway_path self.__ag_interface = dbus.Interface( hfp.bus().get_object( DbusPaths.HFPD_SERVICE_NAME, audio_gateway_path ), dbus_interface = DbusPaths.HFPD_AUDIOGATEWAY_INTERFACE_NAME ) self.__ag_properties = dbus.Interface( hfp.bus().get_object( DbusPaths.HFPD_SERVICE_NAME, audio_gateway_path ), dbus_interface = DbusPaths.DBUS_INTERFACE_PROPERTIES ) self.__ag_interface.connect_to_signal('StateChanged', self.__gateway_state_changed) self.__ag_interface.connect_to_signal('CallStateChanged', self.__call_state_changed) self.__ag_interface.connect_to_signal('AudioStateChanged', self.__audio_state_changed) self.__ag_interface.connect_to_signal('AutoReconnectChanged', self.__auto_reconnect_changed) self.__ag_interface.connect_to_signal('VoiceRecognitionActiveChanged', self.__voice_recognition_changed) self.__ag_interface.connect_to_signal('Ring', self.__ringing) self.__soundio = HfpSoundIo(hfp, self)
def __init__(self, bus_provider, server_address = None, microphone_source_hint = None, primary_audio_sink_hint = None): ClassLogger.__init__(self) self._bus = bus_provider.session_bus() self._server_address = server_address self._microphone_source_hint = microphone_source_hint self._primary_audio_sink_hint = primary_audio_sink_hint
def __init__(self, card_index = -1): ClassLogger.__init__(self) self._card_index = card_index self._speaker_mixer, self._microphone_mixer = \ self._find_suitable_mixers(self._card_index) if not self._speaker_mixer or not self._microphone_mixer: raise Exception('An audio device with a speaker and a microphone mixer is required, but could not be found. card_index = "%s"' % self._card_index)
def __init__(self, card_index = -1): ClassLogger.__init__(self) self._card_index = card_index self._speaker_mixer, self._microphone_mixer = \ self._find_suitable_mixers(self._card_index) if not self._speaker_mixer or not self._microphone_mixer: raise Exception('An audio device with a speaker and a microphone mixer is required, but could not be found. card_index = "%s"' % self._card_index)
def __init__(self, adapter): ClassLogger.__init__(self) self.__adapter = adapter adapter_obj = adapter.adapter() adapter_obj.connect_to_signal('PropertyChanged', self.property_changed) adapter_obj.connect_to_signal('DeviceFound', self.device_found) adapter_obj.connect_to_signal('DeviceDisappeared', self.device_disappeared) adapter_obj.connect_to_signal('DeviceCreated', self.device_created) adapter_obj.connect_to_signal('DeviceRemoved', self.device_removed)
def __init__(self, bus_provider, adapter, hfp, audio): ClassLogger.__init__(self) self._bus = bus_provider.session_bus() self._adapter = adapter self._hfp = hfp self._audio = audio adapter.on_device_connected(self._device_connected) adapter.on_device_disconnected(self._device_disconnected)
def __init__(self, bus_provider, adapter, hfp, audio): ClassLogger.__init__(self) self._bus = bus_provider.session_bus() self._adapter = adapter self._hfp = hfp self._audio = audio adapter.on_device_connected(self._device_connected) adapter.on_device_disconnected(self._device_disconnected)
def __init__(self, bus_provider, server_address=None, microphone_source_hint=None, primary_audio_sink_hint=None): ClassLogger.__init__(self) self._bus = bus_provider.session_bus() self._server_address = server_address self._microphone_source_hint = microphone_source_hint self._primary_audio_sink_hint = primary_audio_sink_hint
def __init__(self, bus_provider, headset, ringer, hmi): ClassLogger.__init__(self) self._headset = headset self._ringer = ringer self._hmi = hmi self._bus = bus_provider.session_bus() self._bus.request_name(self.SERVICE_NAME) bus_name = dbus.service.BusName(self.SERVICE_NAME, bus = self._bus) dbus.service.Object.__init__(self, bus_name, self.OBJECT_PATH)
def __init__(self, io_outputs): ClassLogger.__init__(self) self._ring_source = RingSourceSelector(io_outputs) self._ring_source.select_external(force=True) self._stop = threading.Event() self._outputs = io_outputs # De-energize hbridge self._outputs.ringer_enable(0) self._outputs.ringer_1(0) self._outputs.ringer_2(0)
def __init__(self, adapter, path): ClassLogger.__init__(self) dbus.service.Object.__init__(self, adapter.bus(), path) self.__path = path self.__capability = 'DisplayYesNo' # # These profile modes appear to cause the agent to ignore # pin and passcode requests... # #self.__capability = 'NoInputNoOutput' #self.__capability = 'DisplayOnly' #self.__capability = 'KeyboardOnly' adapter.adapter().RegisterAgent(path, self.__capability)
def __init__(self, layout): ClassLogger.__init__(self) # IO event callbacks occur in another thread, dbus/gdk need # to be made aware of this. gobject.threads_init() GPIO.setwarnings(False) GPIO.setmode(GPIO.BCM) self._layout = layout for name, config in layout.iteritems(): for point in ['pin', 'default']: Outputs._raise_if_not_in(point, config) self._conigure_output(name, config)
def __init__(self, layout): ClassLogger.__init__(self) # IO event callbacks occur in another thread, dbus/gdk need # to be made aware of this. gobject.threads_init() GPIO.setwarnings(False) GPIO.setmode(GPIO.BCM) self._layout = layout for name, config in layout.iteritems(): for point in ['pin', 'default']: Outputs._raise_if_not_in(point, config) self._conigure_output(name, config)
def __init__(self, layout): ClassLogger.__init__(self) # IO event callbacks occur in another thread, dbus/gdk need # to be made aware of this. gobject.threads_init() GPIO.setmode(GPIO.BCM) self._layout = layout for name, config in layout.iteritems(): for point in ['pin', 'pull_up_down']: Inputs._raise_if_not_in(point, config) config = copy.deepcopy(config) config['name'] = name self._inputs_by_channel[config['pin']] = config self._configure_input(name, config)
def __init__(self, layout): ClassLogger.__init__(self) # IO event callbacks occur in another thread, dbus/gdk need # to be made aware of this. gobject.threads_init() GPIO.setmode(GPIO.BCM) self._layout = layout for name, config in layout.iteritems(): for point in ['pin', 'pull_up_down']: Inputs._raise_if_not_in(point, config) config = copy.deepcopy(config) config['name'] = name self._inputs_by_channel[config['pin']] = config self._configure_input(name, config)
def __init__(self, path, bus): ClassLogger.__init__(self) self._bus = bus self._path = path self._hfp = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.HFP_INTERFACE) self._voice_call_manager = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.VOICE_CALL_MANAGER_INTERFACE) self._voice_call_manager.connect_to_signal('CallAdded', self._call_added) self._voice_call_manager.connect_to_signal('CallRemoved', self._call_removed) self._show_properties()
def __init__(self, path, bus): ClassLogger.__init__(self) self._bus = bus self._path = path self._hfp = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.HFP_INTERFACE ) self._voice_call_manager = dbus.Interface( self._bus.get_object(Ofono.SERVICE_NAME, self._path), Ofono.VOICE_CALL_MANAGER_INTERFACE ) self._voice_call_manager.connect_to_signal('CallAdded', self._call_added) self._voice_call_manager.connect_to_signal('CallRemoved', self._call_removed) self._show_properties()
def __init__(self, bus): ClassLogger.__init__(self) self._bus = bus.system_bus()
def __init__(self): ClassLogger.__init__(self)
def __init__(self, bus): ClassLogger.__init__(self) self._bus = bus.system_bus()
def __init__(self, io_inputs, bell_ringer, headset): ClassLogger.__init__(self) self._state = Fysom({ 'initial': 'idle', 'events': [ # # Defines an event that makes a state transition: # # {'name': 'event_name', 'src': 'source_state_name', 'dst': 'destination_state_name'} # # # Ingress calling state transitions # {'name': 'incoming_call', 'src': 'idle', 'dst': 'ringing'}, {'name': 'call_ended', 'src': 'ringing', 'dst': 'idle'}, {'name': 'off_hook', 'src': 'ringing', 'dst': 'in_call'}, # This might happen if the call was answered on the cell phone {'name': 'call_began', 'src': 'ringing', 'dst': 'in_call'}, # # Egress calling state transitions # {'name': 'off_hook', 'src': 'idle', 'dst': 'waiting_for_hand_crank'}, {'name': 'hand_crank_turned', 'src': 'waiting_for_hand_crank', 'dst': '='}, {'name': 'initiate_call', 'src': 'waiting_for_hand_crank', 'dst': 'initiating_call'}, {'name': 'call_began', 'src': 'initiating_call', 'dst': 'in_call'}, # # In-call state transitions # {'name': 'on_hook', 'src': '*', 'dst': 'idle'}, # # Ignore these transitions: # # We don't care about call's ending in any other state except while ringing {'name': 'call_ended', 'src': '*', 'dst': '='}, # Incoming calls in any state other than idle, do not cause a transition {'name': 'incoming_call', 'src': '*', 'dst': '='}, # Ignore off-hook switch bouncing {'name': 'off_hook', 'src': '*', 'dst': '='}, # Ignore magneto pulses unless waiting to initiate a call {'name': 'hand_crank_turned', 'src': '*', 'dst': '='}, ], 'callbacks': { 'onchangestate': self._on_change_state, # State transition callbacks 'onidle': self._on_idle, 'onringing': self._on_ringing, 'onin_call': self._on_in_call, 'onhand_crank_turned': self._on_hand_crank_turned, 'oninitiating_call': self._on_initiating_call, # Event callbacks 'onincoming_call': self._on_incoming_call } }) self._ringer = bell_ringer self._headset = headset self._headset.on_incoming_call(self._incoming_call) self._headset.on_call_began(self._call_began) self._headset.on_call_ended(self._call_ended) self._headset.on_device_connected(self._device_connected) self._inputs = io_inputs self._inputs.on_rising_edge('hook_switch', self._swich_hook_high) self._inputs.on_falling_edge('hook_switch', self._switch_hook_low) self._inputs.on_pulse('magneto_sense', self._magneto_pulsed)
def __init__(self, bus): ClassLogger.__init__(self) self.__bus = bus.session_bus()
def __init__(self, bus_provider, adapter_address = None): ClassLogger.__init__(self) self._adapter_address = adapter_address self._bus = bus_provider.system_bus()
def __init__(self, io_outputs): ClassLogger.__init__(self) self._outputs = io_outputs self._de_energize()
def __init__(self, bus_provider): ClassLogger.__init__(self) self._bus = bus_provider.system_bus()
def __init__(self): ClassLogger.__init__(self)
def __init__(self, bus_provider): ClassLogger.__init__(self) self._bus = bus_provider.system_bus()
def __init__(self): ClassLogger.__init__(self) self.cleanup_handlers = []
def __init__(self, bus_constructor, hci_device): ClassLogger.__init__(self) self.__hci_device = hci_device self.__bus_constructor = bus_constructor
def __init__(self, io_inputs, bell_ringer, headset): ClassLogger.__init__(self) self._state = Fysom({ 'initial': 'idle', 'events': [ # # Defines an event that makes a state transition: # # {'name': 'event_name', 'src': 'source_state_name', 'dst': 'destination_state_name'} # # # Ingress calling state transitions # { 'name': 'incoming_call', 'src': 'idle', 'dst': 'ringing' }, { 'name': 'call_ended', 'src': 'ringing', 'dst': 'idle' }, { 'name': 'off_hook', 'src': 'ringing', 'dst': 'in_call' }, # This might happen if the call was answered on the cell phone { 'name': 'call_began', 'src': 'ringing', 'dst': 'in_call' }, # # Egress calling state transitions # { 'name': 'off_hook', 'src': 'idle', 'dst': 'waiting_for_hand_crank' }, { 'name': 'hand_crank_turned', 'src': 'waiting_for_hand_crank', 'dst': '=' }, { 'name': 'initiate_call', 'src': 'waiting_for_hand_crank', 'dst': 'initiating_call' }, { 'name': 'call_began', 'src': 'initiating_call', 'dst': 'in_call' }, # # In-call state transitions # { 'name': 'on_hook', 'src': '*', 'dst': 'idle' }, # # Ignore these transitions: # # We don't care about call's ending in any other state except while ringing { 'name': 'call_ended', 'src': '*', 'dst': '=' }, # Incoming calls in any state other than idle, do not cause a transition { 'name': 'incoming_call', 'src': '*', 'dst': '=' }, # Ignore off-hook switch bouncing { 'name': 'off_hook', 'src': '*', 'dst': '=' }, # Ignore magneto pulses unless waiting to initiate a call { 'name': 'hand_crank_turned', 'src': '*', 'dst': '=' }, ], 'callbacks': { 'onchangestate': self._on_change_state, # State transition callbacks 'onidle': self._on_idle, 'onringing': self._on_ringing, 'onin_call': self._on_in_call, 'onhand_crank_turned': self._on_hand_crank_turned, 'oninitiating_call': self._on_initiating_call, # Event callbacks 'onincoming_call': self._on_incoming_call } }) self._ringer = bell_ringer self._headset = headset self._headset.on_incoming_call(self._incoming_call) self._headset.on_call_began(self._call_began) self._headset.on_call_ended(self._call_ended) self._headset.on_device_connected(self._device_connected) self._inputs = io_inputs self._inputs.on_rising_edge('hook_switch', self._swich_hook_high) self._inputs.on_falling_edge('hook_switch', self._switch_hook_low) self._inputs.on_pulse('magneto_sense', self._magneto_pulsed)