def setup_bt():
# register sink and media endpoint
sink = PipedSBCAudioSinkWithAlsaVolumeControl()
media = BTMedia(config.get('bluez', 'device_path'))
media.register_endpoint(sink._path, sink.get_properties())
def startup():
subprocess.Popen(config.get('bt_speaker', 'startup_command'),
shell=True).communicate()
def connect():
subprocess.Popen(config.get('bt_speaker', 'connect_command'),
shell=True).communicate()
def disconnect():
sink.close_transport()
subprocess.Popen(config.get('bt_speaker', 'disconnect_command'),
shell=True).communicate()
# setup bluetooth agent (that manages connections of devices)
agent = AutoAcceptSingleAudioAgent(connect, disconnect)
manager = BTAgentManager()
manager.register_agent(agent._path, "NoInputNoOutput")
manager.request_default_agent(agent._path)
startup()
def setup_bt():
# setup bluetooth agent (that manages connections of devices)
agent = AutoAcceptSingleAudioAgent()
manager = BTAgentManager()
manager.register_agent(agent._path, "NoInputNoOutput")
manager.request_default_agent(agent._path)
# register sink and media endpoint
sink = PipedSBCAudioSinkWithAlsaVolumeControl()
media = BTMedia(config.get('bluez', 'device_path'))
media.register_endpoint(sink._path, sink.get_properties())
def setup_bt():
# register sink and media endpoint
sink = PipedSBCAudioSinkWithAlsaVolumeControl()
media = BTMedia(config.get('bluez', 'device_path'))
media.register_endpoint(sink._path, sink.get_properties())
def startup():
command = config.get('bt_speaker', 'startup_command')
if not command: return
subprocess.Popen(command, shell=True).communicate()
def connect():
command = config.get('bt_speaker', 'connect_command')
if not command: return
subprocess.Popen(command, shell=True).communicate()
def disconnect():
sink.close_transport()
command = config.get('bt_speaker', 'disconnect_command')
if not command: return
subprocess.Popen(command, shell=True).communicate()
def track(data):
command = config.get('bt_speaker', 'track_command')
if not command: return
env = dict()
for key in data:
if type(data[key]) == dbus.String:
env[key.upper()] = data[key].encode("utf-8")
# dirty hack to prevent unnecessary double execution
if str(env) == track.last: return
track.last = str(env)
subprocess.Popen(command, shell=True, env=env).communicate()
track.last = None
# setup bluetooth agent (that manages connections of devices)
agent = AutoAcceptSingleAudioAgent(connect, disconnect, track)
manager = BTAgentManager()
manager.register_agent(agent._path, "NoInputNoOutput")
manager.request_default_agent(agent._path)
startup()
def setup_bt():
# register media endpoint
media = BTMedia(config.get('bluez', 'device_path'))
# start pulseaudio daemonize
subprocess.Popen(config.get('pulseaudio', 'start_command'),
shell=True).communicate()
def connect():
subprocess.Popen(config.get('bt_speaker', 'connect_command'),
shell=True).communicate()
def disconnect():
subprocess.Popen(config.get('bt_speaker', 'disconnect_command'),
shell=True).communicate()
# setup bluetooth agent (that manages connections of devices)
agent = AutoAcceptSingleAudioAgent(connect, disconnect)
manager = BTAgentManager()
manager.register_agent(agent._path, "NoInputNoOutput")
manager.request_default_agent(agent._path)
disconnect()
def setup_bt():
# register sink and media endpoint
sink = PipedSBCAudioSinkWithAlsaVolumeControl()
media = BTMedia(config.get('bluez', 'device_path'))
media.register_endpoint(sink._path, sink.get_properties())
def startup():
print("startup")
command = config.get('bt_speaker', 'startup_command')
if not command: return
subprocess.Popen(command, shell=True).communicate()
sound = config.get('default', 'hello')
if sound:
playrawsound(sound)
def playrawsound(sound):
try:
with open(SCRIPT_PATH + "/sounds/" + sound, "rb") as audio:
buf = audio.read(4096)
while len(buf) > 0:
sink.process.stdin.write(buf)
buf = audio.read(4096)
except:
pass
def connect(device):
print("connect")
command = config.get('bt_speaker', 'connect_command')
if command:
env = dict()
env['device'] = device
try:
name = config.get(device, 'name')
except:
name = config.get('default', 'name')
if name:
env['name'] = name
subprocess.Popen(command, shell=True, env=env).communicate()
print("play custom message")
try:
sound = config.get(device, 'hello')
except:
sound = config.get('default', 'hello')
if sound:
playrawsound(sound)
def disconnect(device):
sink.close_transport()
command = config.get('bt_speaker', 'disconnect_command')
if command:
env = dict()
env['device'] = device
try:
name = config.get(device, 'name')
except:
name = config.get('default', 'name')
if name:
env['name'] = name
subprocess.Popen(command, shell=True, env=env).communicate()
try:
sound = config.get(device, 'bye')
except:
sound = config.get('default', 'bye')
if sound:
playrawsound(sound)
def track(data):
command = config.get('bt_speaker', 'track_command')
if not command: return
env = dict()
for key in data:
if type(data[key]) == dbus.String:
env[key.upper()] = data[key].encode("utf-8")
# dirty hack to prevent unnecessary double execution
if str(env) == track.last: return
track.last = str(env)
subprocess.Popen(command, shell=True, env=env).communicate()
track.last = None
# setup bluetooth agent (that manages connections of devices)
agent = AutoAcceptSingleAudioAgent(connect, disconnect, track)
manager = BTAgentManager()
manager.register_agent(agent._path, "NoInputNoOutput")
manager.request_default_agent(agent._path)
startup()