def audio_linux(self):
"""This method manages all related to casting audio in Linux"""
if self.youtubeurl == None and self.source_url == None:
if adevice == None:
print('Creating Pulseaudio Sink...')
print(
colors.warning(
'Open Pavucontrol and Select the Mkchromecast Sink.'))
create_sink()
print(colors.important('Starting Local Streaming Server'))
print(colors.success('[Done]'))
self.start_backend(self.encoder_backend)
self.cc.initialize_cast()
self.get_cc(self.select_cc)
self.cc.play_cast()
self.show_control(self.control)
elif self.youtubeurl == None and self.source_url != None:
self.start_backend(self.encoder_backend)
self.cc.initialize_cast()
self.get_cc(self.select_cc)
self.cc.play_cast()
self.show_control(self.control)
elif youtubeurl != None and self.videoarg == False: # When casting youtube url, we do it through the audio module
import mkchromecast.audio
mkchromecast.audio.main()
self.cc.initialize_cast()
self.get_cc(self.select_cc)
self.cc.play_cast()
self.show_control(self.control)
def _play_cast_(self):
if os.path.exists(configf):
print(colors.warning(":::Threading::: Configuration file exists."))
print(colors.warning(":::Threading::: Using defaults set there."))
config.read(configf)
backend = ConfigSectionMap("settings")["backend"]
print(":::Threading backend::: %s." % backend)
else:
backend = mkchromecast.__init__.backend
global cast
if backend == "node":
stream()
else:
try:
reload(mkchromecast.audio)
except NameError:
from imp import reload
reload(mkchromecast.audio)
mkchromecast.audio.main()
if platform == "Linux":
# We create the sink only if it is not available
if check_sink() is False and adevice is None:
create_sink()
start = Casting()
start.initialize_cast()
try:
start.get_devices()
start.play_cast()
cast = start.cast
# Let's change inputs at the end to avoid muting sound too early.
# For Linux it does not matter given that user has to select sink
# in pulse audio. Therefore the sooner it is available, the
# better.
if platform == "Darwin":
inputdev()
outputdev()
self.pcastready.emit("_play_cast_ success")
except AttributeError:
self.pcastready.emit("_play_cast_ failed")
self.pcastfinished.emit()
def _play_cast_(self):
if os.path.exists(configf):
print(colors.warning(':::Threading::: Configuration file exists.'))
print(colors.warning(':::Threading::: Using defaults set there.'))
config.read(configf)
backend = ConfigSectionMap('settings')['backend']
print(':::Threading backend::: %s.' % backend)
else:
backend = mkchromecast.__init__.backend
global cast
if backend == 'node':
stream()
else:
try:
reload(mkchromecast.audio)
except NameError:
from imp import reload
reload(mkchromecast.audio)
mkchromecast.audio.main()
if platform == 'Linux':
# We create the sink only if it is not available
if check_sink() is False and adevice is None:
create_sink()
start = Casting()
start.initialize_cast()
try:
start.get_devices()
start.play_cast()
cast = start.cast
# Let's change inputs at the end to avoid muting sound too early.
# For Linux it does not matter given that user has to select sink
# in pulse audio. Therefore the sooner it is available, the
# better.
if platform == 'Darwin':
inputdev()
outputdev()
self.pcastready.emit('_play_cast_ success')
except AttributeError:
self.pcastready.emit('_play_cast_ failed')
self.pcastfinished.emit()