def monitor_daemon():
f = open("/tmp/mkchromecast.pid", "rb")
pidnumber = int(pickle.load(f))
print(colors.options("PID of main process:") + " " + str(pidnumber))
localpid = getpid()
print(colors.options("PID of streaming process:") + " " + str(localpid))
while psutil.pid_exists(localpid) is True:
try:
time.sleep(0.5)
# With this I ensure that if the main app fails, everything# With
# this I ensure that if the main app fails, everything
# will get back to normal
if psutil.pid_exists(pidnumber) is False:
if platform == "Darwin":
inputint()
outputint()
else:
from mkchromecast.pulseaudio import remove_sink
remove_sink()
parent = psutil.Process(localpid)
for child in parent.children(recursive=True):
child.kill()
parent.kill()
except KeyboardInterrupt:
print("Ctrl-c was requested")
sys.exit(0)
except IOError:
print("I/O Error")
sys.exit(0)
except OSError:
print("OSError")
sys.exit(0)
def get_devices(self):
if self.debug is True:
print("def get_devices(self):")
if chromecast:
try:
if self.device_name is not None:
self.cast_to = self.device_name
self.cast = self._get_chromecast(self.cast_to)
# Wait for cast device to be ready
self.cast.wait()
print(" ")
print(
colors.important("Information about ")
+ " "
+ colors.success(self.cast_to)
)
print(" ")
print(self.cast.device)
print(" ")
print(
colors.important("Status of device ")
+ " "
+ colors.success(self.cast_to)
)
print(" ")
print(self.cast.status)
print(" ")
except pychromecast.error.NoChromecastFoundError:
print(
colors.error(
"No Chromecasts matching filter criteria" " were found!"
)
)
if self.platform == "Darwin":
inputint()
outputint()
elif self.platform == "Linux":
remove_sink()
# In the case that the tray is used, we don't kill the
# application
if self.tray is False:
print(colors.error("Finishing the application..."))
terminate()
exit()
else:
self.stop_cast()
except AttributeError:
pass
except KeyError:
pass
def get_cc(self):
if self.debug is True:
print('def get_cc(self):')
try:
if self.ccname is not None:
self.cast_to = self.ccname
self.cast = self._get_chromecast(self.cast_to)
# Wait for cast device to be ready
self.cast.wait()
print(' ')
print(
colors.important('Information about ') + ' ' +
colors.success(self.cast_to))
print(' ')
print(self.cast.device)
print(' ')
print(
colors.important('Status of device ') + ' ' +
colors.success(self.cast_to))
print(' ')
print(self.cast.status)
print(' ')
except pychromecast.error.NoChromecastFoundError:
print(
colors.error('No Chromecasts matching filter criteria'
' were found!'))
if self.platform == 'Darwin':
inputint()
outputint()
elif self.platform == 'Linux':
remove_sink()
# In the case that the tray is used, we don't kill the application
if self.tray is False:
print(colors.error('Finishing the application...'))
terminate()
exit()
else:
self.stop_cast()
except AttributeError:
pass
except KeyError:
pass
def hijack_cc(self):
"""Dummy method to call _hijack_cc_().
In the cast that the self.r thread is alive, we check that the
chromecast is connected. If it is connected, we check again in
5 seconds.
"""
try:
while self.r.is_alive():
self._hijack_cc_()
# FIXME: I think that this has to be set by users.
time.sleep(5)
except KeyboardInterrupt:
self.stop_cast()
if self.platform == "Darwin":
inputint()
outputint()
elif self.platform == "Linux" and self.adevice is None:
remove_sink()
terminate()
def hijack_cc(self):
"""Dummy method to call _hijack_cc_().
In the cast that the self.r thread is alive, we check that the
chromecast is connected. If it is connected, we check again in
5 seconds.
"""
try:
while self.r.is_alive():
self._hijack_cc_()
# FIXME: I think that this has to be set by users.
time.sleep(5)
except KeyboardInterrupt:
self.stop_cast()
if self.platform == 'Darwin':
inputint()
outputint()
elif self.platform == 'Linux' and self.adevice is None:
remove_sink()
terminate()
def get_devices(self):
if self.debug is True:
print('def get_devices(self):')
if chromecast:
try:
if self.device_name is not None:
self.cast_to = self.device_name
self.cast = self._get_chromecast(self.cast_to)
# Wait for cast device to be ready
self.cast.wait()
print(' ')
print(colors.important('Information about ') + ' ' +
colors.success(self.cast_to))
print(' ')
print(self.cast.device)
print(' ')
print(colors.important('Status of device ') + ' ' +
colors.success(self.cast_to))
print(' ')
print(self.cast.status)
print(' ')
except pychromecast.error.NoChromecastFoundError:
print(colors.error('No Chromecasts matching filter criteria'
' were found!'))
if self.platform == 'Darwin':
inputint()
outputint()
elif self.platform == 'Linux':
remove_sink()
# In the case that the tray is used, we don't kill the
# application
if self.tray is False:
print(colors.error('Finishing the application...'))
terminate()
exit()
else:
self.stop_cast()
except AttributeError:
pass
except KeyError:
pass
def initialize_cast(self):
# This fixes the `No handlers could be found for logger
# "pychromecast.socket_client` warning"`.
# See commit 18005ebd4c96faccd69757bf3d126eb145687e0d.
if chromecast:
from pychromecast import socket_client
self.cclist = self._get_chromecasts()
self.cclist = [[i, _, "Gcast"] for i, _ in enumerate(self.cclist)]
else:
self.cclist = []
if sonos:
try:
# Checking groups
zone = soco.discovery.any_soco()
self.sonos_list = zone.all_groups
for self.index, group in enumerate(self.sonos_list):
add_sonos = [self.index, group.coordinator, "Sonos"]
self.cclist.append(add_sonos)
except (TypeError, AttributeError):
pass
if self.debug is True:
print("self.cclist", self.cclist)
if (len(self.cclist) != 0 and self.select_device is False
and self.device_name is None):
if self.debug is True:
print(
"if len(self.cclist) != 0 and self.select_device == False:"
)
print(" ")
print_available_devices(self.available_devices())
print(" ")
if self.discover is False:
print(colors.important("Casting to first device shown above!"))
print(colors.important("Select devices by using the -s flag."))
print(" ")
self.cast_to = self.cclist[0][1]
if self.cclist[0][2] == "Sonos":
print(colors.success(self.cast_to.coordinator.player_name))
else:
print(colors.success(self.cast_to))
print(" ")
elif (len(self.cclist) != 0 and self.select_device is True
and self.tray is False and self.device_name is None):
if self.debug is True:
print(
"elif len(self.cclist) != 0 and self.select_device == True"
" and self.tray == False:")
if os.path.exists("/tmp/mkchromecast.tmp") is False:
self.tf = open("/tmp/mkchromecast.tmp", "wb")
print(" ")
print_available_devices(self.available_devices())
else:
if self.debug is True:
print("else:")
self.tf = open("/tmp/mkchromecast.tmp", "rb")
self.index = pickle.load(self.tf)
self.cast_to = self.cclist[int(self.index)]
print(" ")
print(
colors.options("Casting to:") + " " +
colors.success(self.cast_to))
print(" ")
elif len(self.cclist
) != 0 and self.select_device is True and self.tray is True:
if self.debug is True:
print(
"elif len(self.cclist) != 0 and self.select_device == True"
" and self.tray == True:")
if os.path.exists("/tmp/mkchromecast.tmp") is False:
self.tf = open("/tmp/mkchromecast.tmp", "wb")
print(" ")
print_available_devices(self.available_devices())
else:
if self.debug is True:
print("else:")
self.tf = open("/tmp/mkchromecast.tmp", "rb")
self.cast_to = pickle.load(self.tf)
print_available_devices(self.available_devices())
print(" ")
print(
colors.options("Casting to:") + " " +
colors.success(self.cast_to))
print(" ")
elif len(self.cclist) == 0 and self.tray is False:
if self.debug is True:
print("elif len(self.cclist) == 0 and self.tray == False:")
print(colors.error("No devices found!"))
if self.platform == "Linux" and self.adevice is None:
remove_sink()
elif self.platform == "Darwin":
inputint()
outputint()
terminate()
exit()
elif len(self.cclist) == 0 and self.tray is True:
print(colors.error(":::Tray::: No devices found!"))
self.available_devices = []
sonos_device = args.sonos_device
port = args.port
if debug is True:
print("Google Cast name: %s." % device_name)
"""
Check that input file exists
"""
if input_file != None and os.path.isfile(input_file) is False:
if platform == "Darwin":
from mkchromecast.audio_devices import inputint, outputint
inputint()
outputint()
else:
from mkchromecast.pulseaudio import remove_sink
remove_sink()
print(colors.warning("File not found!"))
terminate()
"""
Media-Type
"""
mtype = args.mtype
if args.mtype is not None and args.video is False:
print(
hijack = args.hijack
device_name = args.name
port = args.port
if debug is True:
print('Google Cast name: %s.' % device_name)
"""
Check that input file exists
"""
if input_file != None and os.path.isfile(input_file) is False:
if platform == 'Darwin':
from mkchromecast.audio_devices import inputint, outputint
inputint()
outputint()
else:
from mkchromecast.pulseaudio import remove_sink
remove_sink()
print(colors.warning('File not found!'))
terminate()
"""
Media-Type
"""
mtype = args.mtype
if args.mtype is not None and args.video is False:
print(colors.warning('The media type is not supported for audio.')
% args.encoder_backend)
def initialize_cast(self):
# This fixes the `No handlers could be found for logger
# "pychromecast.socket_client` warning"`.
# See commit 18005ebd4c96faccd69757bf3d126eb145687e0d.
from pychromecast import socket_client
self.cclist = self._get_chromecasts()
self.cclist = [[i, _, 'Gcast'] for i, _ in enumerate(self.cclist)]
if sonos is True:
try:
self.sonos_list = list(soco.discover())
for self.index, device in enumerate(self.sonos_list):
add_sonos = [self.index, device, 'Sonos']
self.cclist.append(add_sonos)
except TypeError:
pass
if self.debug is True:
print('self.cclist', self.cclist)
if (len(self.cclist) != 0 and self.select_cc is False
and self.ccname is None):
if self.debug is True:
print('if len(self.cclist) != 0 and self.select_cc == False:')
print(' ')
print(colors.important('List of Devices Available in Network:'))
print(colors.important('-------------------------------------\n'))
print(colors.important('Index Types Friendly Name '))
print(colors.important('===== ===== ============= '))
self.availablecc()
print(' ')
if self.discover is False:
print(colors.important('Casting to first device shown above!'))
print(colors.important('Select devices by using the -s flag.'))
print(' ')
self.cast_to = self.cclist[0][1]
if self.cclist[0][2] == 'Sonos':
print(colors.success(self.cast_to.player_name))
else:
print(colors.success(self.cast_to))
print(' ')
elif (len(self.cclist) != 0 and self.select_cc is True
and self.tray is False and self.ccname is None):
if self.debug is True:
print('elif len(self.cclist) != 0 and self.select_cc == True'
' and self.tray == False:')
if os.path.exists('/tmp/mkchromecast.tmp') is False:
self.tf = open('/tmp/mkchromecast.tmp', 'wb')
print(' ')
print(
colors.important('List of Devices Available in Network:'))
print(
colors.important(
'-------------------------------------\n'))
print(colors.important('Index Types Friendly Name '))
print(colors.important('===== ===== ============= '))
self.availablecc()
else:
if self.debug is True:
print('else:')
self.tf = open('/tmp/mkchromecast.tmp', 'rb')
self.index = pickle.load(self.tf)
self.cast_to = self.cclist[int(self.index)]
print(' ')
print(
colors.options('Casting to:') + ' ' +
colors.success(self.cast_to))
print(' ')
elif (len(self.cclist) != 0 and self.select_cc is True
and self.tray is True):
if self.debug is True:
print('elif len(self.cclist) != 0 and self.select_cc == True'
' and self.tray == True:')
if os.path.exists('/tmp/mkchromecast.tmp') is False:
self.tf = open('/tmp/mkchromecast.tmp', 'wb')
print(' ')
print(
colors.important('List of Devices Available in Network:'))
print(
colors.important(
'-------------------------------------\n'))
print(colors.important('Index Types Friendly Name '))
print(colors.important('===== ===== ============= '))
self.availablecc()
else:
if self.debug is True:
print('else:')
self.tf = open('/tmp/mkchromecast.tmp', 'rb')
self.cast_to = pickle.load(self.tf)
self.availablecc()
print(' ')
print(
colors.options('Casting to:') + ' ' +
colors.success(self.cast_to))
print(' ')
elif len(self.cclist) == 0 and self.tray is False:
if self.debug is True:
print('elif len(self.cclist) == 0 and self.tray == False:')
print(colors.error('No devices found!'))
if self.platform == 'Linux' and self.adevice is None:
remove_sink()
elif self.platform == 'Darwin':
inputint()
outputint()
terminate()
exit()
elif len(self.cclist) == 0 and self.tray is True:
print(colors.error(':::Tray::: No devices found!'))
self.availablecc = []
def reset_audio(self):
if platform == 'Darwin':
inputint()
outputint()
else:
remove_sink()
def streaming():
"""
Configuration files
"""
platform = mkchromecast.__init__.platform
tray = mkchromecast.__init__.tray
debug = mkchromecast.__init__.debug
config = ConfigParser.RawConfigParser()
# Class from mkchromecast.config
configurations = config_manager()
configf = configurations.configf
if os.path.exists(configf) and tray is True:
configurations.chk_config()
print(colors.warning('Configuration file exists'))
print(colors.warning('Using defaults set there'))
config.read(configf)
backend = ConfigSectionMap('settings')['backend']
rcodec = ConfigSectionMap('settings')['codec']
bitrate = ConfigSectionMap('settings')['bitrate']
samplerate = ConfigSectionMap('settings')['samplerate']
notifications = ConfigSectionMap('settings')['notifications']
else:
backend = mkchromecast.__init__.backend
rcodec = mkchromecast.__init__.rcodec
codec = mkchromecast.__init__.codec
bitrate = str(mkchromecast.__init__.bitrate)
samplerate = str(mkchromecast.__init__.samplerate)
notifications = mkchromecast.__init__.notifications
print(colors.options('Selected backend:') + ' ' + backend)
if debug is True:
print(':::node::: variables %s, %s, %s, %s, %s' %
(backend, rcodec, bitrate, samplerate, notifications))
try:
youtube_url = mkchromecast.__init__.youtube_url
except AttributeError:
youtube_url = None
if youtube_url is None:
if backend == 'node' and rcodec != 'mp3':
print(
colors.warning('Codec ' + rcodec +
' is not supported by the node server!'))
print('Using ' + codec + ' as default.')
if backend == 'node':
if int(bitrate) == 192:
print(
colors.options('Default bitrate used:') + ' ' + bitrate +
'k.')
elif int(bitrate) > 500:
print(
colors.warning('Maximum bitrate supported by ' + codec +
' is:') + ' ' + str(500) + 'k.')
bitrate = '500'
print(colors.warning('Bitrate has been set to maximum!'))
else:
print(colors.options('Selected bitrate: ') + bitrate + 'k.')
if samplerate == '44100':
print(
colors.options('Default sample rate used:') + ' ' +
samplerate + 'Hz.')
else:
codecs_sr = ['mp3', 'ogg', 'aac', 'wav', 'flac']
'''
The codecs below do not support 96000Hz
'''
no96k = ['mp3', 'ogg']
if (codec in codecs_sr and int(samplerate) > 22000
and int(samplerate) <= 27050):
samplerate = '22050'
msg.samplerate_no96(codec)
if (codec in codecs_sr and int(samplerate) > 27050
and int(samplerate) <= 32000):
samplerate = '32000'
msg.samplerate_no96(codec)
elif (codec in codecs_sr and int(samplerate) > 32000
and int(samplerate) <= 36000):
samplerate = '32000'
msg.samplerate_no96(codec)
elif (codec in codecs_sr and int(samplerate) > 36000
and int(samplerate) <= 43000):
samplerate = '44100'
msg.samplerate_no96(codec)
print(
colors.warning('Sample rate has been set to \
default!'))
elif (codec in codecs_sr and int(samplerate) > 43000
and int(samplerate) <= 72000):
samplerate = '48000'
msg.samplerate_no96(codec)
elif codec in codecs_sr and int(samplerate) > 72000:
if codec in no96k:
msg.samplerate_no96(codec)
samplerate = '48000'
print(
colors.warning('Sample rate has been set to \
maximum!'))
print(
colors.options('Sample rate set to:') + ' ' + samplerate +
'Hz.')
"""
Node section
"""
paths = ['/usr/local/bin/node', './bin/node', './nodejs/bin/node']
for path in paths:
if os.path.exists(path) is True:
webcast = [
path, './nodejs/node_modules/webcast-osx-audio/bin/webcast.js',
'-b', bitrate, '-s', samplerate, '-p', '5000', '-u', 'stream'
]
break
else:
webcast = None
print(colors.warning('Node is not installed...'))
print(
colors.warning('Use your package manager or their official '
'installer...'))
pass
if webcast is not None:
p = subprocess.Popen(webcast)
if debug is True:
print(':::node::: node command: %s.' % webcast)
f = open('/tmp/mkchromecast.pid', 'rb')
pidnumber = int(pickle.load(f))
print(colors.options('PID of main process:') + ' ' + str(pidnumber))
localpid = getpid()
print(colors.options('PID of streaming process: ') + str(localpid))
while p.poll() is None:
try:
time.sleep(0.5)
# With this I ensure that if the main app fails, everything
# will get back to normal
if psutil.pid_exists(pidnumber) is False:
inputint()
outputint()
parent = psutil.Process(localpid)
# or parent.children() for recursive=False
for child in parent.children(recursive=True):
child.kill()
parent.kill()
except KeyboardInterrupt:
print('Ctrl-c was requested')
sys.exit(0)
except IOError:
print('I/O Error')
sys.exit(0)
except OSError:
print('OSError')
sys.exit(0)
else:
print(colors.warning('Reconnecting node streaming...'))
if platform == 'Darwin' and notifications == 'enabled':
if os.path.exists('images/google.icns') is True:
noticon = 'images/google.icns'
else:
noticon = 'google.icns'
if debug is True:
print(':::node::: platform, tray, notifications: %s, %s, %s.' %
(platform, tray, notifications))
if (platform == 'Darwin' and tray is True
and notifications == 'enabled'):
reconnecting = [
'./notifier/terminal-notifier.app/Contents/MacOS/terminal-notifier',
'-group', 'cast', '-contentImage', noticon, '-title',
'mkchromecast', '-subtitle', 'node server failed',
'-message', 'Reconnecting...'
]
subprocess.Popen(reconnecting)
if debug is True:
print(':::node::: reconnecting notifier command: %s.' %
reconnecting)
relaunch(stream, recasting, kill)
return
def streaming():
"""
Configuration files
"""
platform = mkchromecast.__init__.platform
tray = mkchromecast.__init__.tray
debug = mkchromecast.__init__.debug
config = ConfigParser.RawConfigParser()
# Class from mkchromecast.config
configurations = config_manager()
configf = configurations.configf
if os.path.exists(configf) and tray is True:
configurations.chk_config()
print(colors.warning("Configuration file exists"))
print(colors.warning("Using defaults set there"))
config.read(configf)
backend = ConfigSectionMap("settings")["backend"]
rcodec = ConfigSectionMap("settings")["codec"]
bitrate = ConfigSectionMap("settings")["bitrate"]
samplerate = ConfigSectionMap("settings")["samplerate"]
notifications = ConfigSectionMap("settings")["notifications"]
else:
backend = mkchromecast.__init__.backend
rcodec = mkchromecast.__init__.rcodec
codec = mkchromecast.__init__.codec
bitrate = str(mkchromecast.__init__.bitrate)
samplerate = str(mkchromecast.__init__.samplerate)
notifications = mkchromecast.__init__.notifications
print(colors.options("Selected backend:") + " " + backend)
if debug is True:
print(
":::node::: variables %s, %s, %s, %s, %s"
% (backend, rcodec, bitrate, samplerate, notifications)
)
try:
youtube_url = mkchromecast.__init__.youtube_url
except AttributeError:
youtube_url = None
if youtube_url is None:
if backend == "node" and rcodec != "mp3":
print(
colors.warning(
"Codec " + rcodec + " is not supported by the node server!"
)
)
print("Using " + codec + " as default.")
if backend == "node":
if int(bitrate) == 192:
print(colors.options("Default bitrate used:") + " " + bitrate + "k.")
elif int(bitrate) > 500:
print(
colors.warning("Maximum bitrate supported by " + codec + " is:")
+ " "
+ str(500)
+ "k."
)
bitrate = "500"
print(colors.warning("Bitrate has been set to maximum!"))
else:
print(colors.options("Selected bitrate: ") + bitrate + "k.")
if samplerate == "44100":
print(
colors.options("Default sample rate used:")
+ " "
+ samplerate
+ "Hz."
)
else:
codecs_sr = ["mp3", "ogg", "aac", "wav", "flac"]
"""
The codecs below do not support 96000Hz
"""
no96k = ["mp3", "ogg"]
if (
codec in codecs_sr
and int(samplerate) > 22000
and int(samplerate) <= 27050
):
samplerate = "22050"
msg.samplerate_no96(codec)
if (
codec in codecs_sr
and int(samplerate) > 27050
and int(samplerate) <= 32000
):
samplerate = "32000"
msg.samplerate_no96(codec)
elif (
codec in codecs_sr
and int(samplerate) > 32000
and int(samplerate) <= 36000
):
samplerate = "32000"
msg.samplerate_no96(codec)
elif (
codec in codecs_sr
and int(samplerate) > 36000
and int(samplerate) <= 43000
):
samplerate = "44100"
msg.samplerate_no96(codec)
print(
colors.warning(
"Sample rate has been set to \
default!"
)
)
elif (
codec in codecs_sr
and int(samplerate) > 43000
and int(samplerate) <= 72000
):
samplerate = "48000"
msg.samplerate_no96(codec)
elif codec in codecs_sr and int(samplerate) > 72000:
if codec in no96k:
msg.samplerate_no96(codec)
samplerate = "48000"
print(
colors.warning(
"Sample rate has been set to \
maximum!"
)
)
print(colors.options("Sample rate set to:") + " " + samplerate + "Hz.")
"""
Node section
"""
paths = ["/usr/local/bin/node", "./bin/node", "./nodejs/bin/node"]
for path in paths:
if os.path.exists(path) is True:
webcast = [
path,
"./nodejs/node_modules/webcast-osx-audio/bin/webcast.js",
"-b",
bitrate,
"-s",
samplerate,
"-p",
"5000",
"-u",
"stream",
]
break
else:
webcast = None
print(colors.warning("Node is not installed..."))
print(
colors.warning("Use your package manager or their official " "installer...")
)
pass
if webcast is not None:
p = subprocess.Popen(webcast)
if debug is True:
print(":::node::: node command: %s." % webcast)
f = open("/tmp/mkchromecast.pid", "rb")
pidnumber = int(pickle.load(f))
print(colors.options("PID of main process:") + " " + str(pidnumber))
localpid = getpid()
print(colors.options("PID of streaming process: ") + str(localpid))
while p.poll() is None:
try:
time.sleep(0.5)
# With this I ensure that if the main app fails, everything
# will get back to normal
if psutil.pid_exists(pidnumber) is False:
inputint()
outputint()
parent = psutil.Process(localpid)
# or parent.children() for recursive=False
for child in parent.children(recursive=True):
child.kill()
parent.kill()
except KeyboardInterrupt:
print("Ctrl-c was requested")
sys.exit(0)
except IOError:
print("I/O Error")
sys.exit(0)
except OSError:
print("OSError")
sys.exit(0)
else:
print(colors.warning("Reconnecting node streaming..."))
if platform == "Darwin" and notifications == "enabled":
if os.path.exists("images/google.icns") is True:
noticon = "images/google.icns"
else:
noticon = "google.icns"
if debug is True:
print(
":::node::: platform, tray, notifications: %s, %s, %s."
% (platform, tray, notifications)
)
if platform == "Darwin" and tray is True and notifications == "enabled":
reconnecting = [
"./notifier/terminal-notifier.app/Contents/MacOS/terminal-notifier",
"-group",
"cast",
"-contentImage",
noticon,
"-title",
"mkchromecast",
"-subtitle",
"node server failed",
"-message",
"Reconnecting...",
]
subprocess.Popen(reconnecting)
if debug is True:
print(
":::node::: reconnecting notifier command: %s." % reconnecting
)
relaunch(stream, recasting, kill)
return
def initialize_cast(self):
# This fixes the `No handlers could be found for logger
# "pychromecast.socket_client` warning"`.
# See commit 18005ebd4c96faccd69757bf3d126eb145687e0d.
if chromecast:
from pychromecast import socket_client
self.cclist = self._get_chromecasts()
self.cclist = [[i, _, 'Gcast'] for i, _ in enumerate(self.cclist)]
else:
self.cclist = []
if sonos:
try:
self.sonos_list = list(soco.discover())
for self.index, device in enumerate(self.sonos_list):
add_sonos = [self.index, device, 'Sonos']
self.cclist.append(add_sonos)
except TypeError:
pass
if self.debug is True:
print('self.cclist', self.cclist)
if (len(self.cclist) != 0 and self.select_device is False and
self.device_name is None):
if self.debug is True:
print('if len(self.cclist) != 0 and self.select_device == False:')
print(' ')
print_available_devices(self.available_devices())
print(' ')
if self.discover is False:
print(colors.important('Casting to first device shown above!'))
print(colors.important('Select devices by using the -s flag.'))
print(' ')
self.cast_to = self.cclist[0][1]
if self.cclist[0][2] == 'Sonos':
print(colors.success(self.cast_to.player_name))
else:
print(colors.success(self.cast_to))
print(' ')
elif (len(self.cclist) != 0 and self.select_device is True and
self.tray is False and self.device_name is None):
if self.debug is True:
print('elif len(self.cclist) != 0 and self.select_device == True'
' and self.tray == False:')
if os.path.exists('/tmp/mkchromecast.tmp') is False:
self.tf = open('/tmp/mkchromecast.tmp', 'wb')
print(' ')
print_available_devices(self.available_devices())
else:
if self.debug is True:
print('else:')
self.tf = open('/tmp/mkchromecast.tmp', 'rb')
self.index = pickle.load(self.tf)
self.cast_to = self.cclist[int(self.index)]
print(' ')
print(colors.options('Casting to:') + ' ' +
colors.success(self.cast_to))
print(' ')
elif (len(self.cclist) != 0 and self.select_device is True and
self.tray is True):
if self.debug is True:
print('elif len(self.cclist) != 0 and self.select_device == True'
' and self.tray == True:')
if os.path.exists('/tmp/mkchromecast.tmp') is False:
self.tf = open('/tmp/mkchromecast.tmp', 'wb')
print(' ')
print_available_devices(self.available_devices())
else:
if self.debug is True:
print('else:')
self.tf = open('/tmp/mkchromecast.tmp', 'rb')
self.cast_to = pickle.load(self.tf)
print_available_devices(self.available_devices())
print(' ')
print(colors.options('Casting to:') + ' ' +
colors.success(self.cast_to))
print(' ')
elif len(self.cclist) == 0 and self.tray is False:
if self.debug is True:
print('elif len(self.cclist) == 0 and self.tray == False:')
print(colors.error('No devices found!'))
if self.platform == 'Linux' and self.adevice is None:
remove_sink()
elif self.platform == 'Darwin':
inputint()
outputint()
terminate()
exit()
elif len(self.cclist) == 0 and self.tray is True:
print(colors.error(':::Tray::: No devices found!'))
self.available_devices = []
def reset_audio(self):
if platform == 'Darwin':
inputint()
outputint()
else:
remove_sink()
