def create_elements(self):
self._create_initial_multiqueue()
pipeline_string = ''
if config.enable_video():
# format=RGB removes the alpha channel which can crash autovideosink
video_caps = 'video/x-raw,format=RGB,width=%d,height=%d,pixel-aspect-ratio=1/1' % \
(self.props['width'], self.props['height'])
pipeline_string += ('intervideosrc name=intervideosrc ! videoconvert ! videoscale ! ' +
video_caps + ' ! queue ! autovideosink')
if config.enable_audio():
pipeline_string += ' interaudiosrc name=interaudiosrc ! queue ! autoaudiosink'
if not self.create_pipeline_from_string(pipeline_string):
return False
if config.enable_video():
self.intervideosrc = self.pipeline.get_by_name('intervideosrc')
self.intervideosrc_src_pad = self.intervideosrc.get_static_pad('src')
self.create_intervideosink_and_connections()
if config.enable_audio():
self.interaudiosrc = self.pipeline.get_by_name('interaudiosrc')
self.interaudiosrc_src_pad = self.interaudiosrc.get_static_pad('src')
self.create_interaudiosink_and_connections()
def create_elements(self):
pipeline_string = 'mp4mux name=mux ! filesink name=sink'
if config.enable_video():
pipeline_string += ' ' + self._video_pipeline_start(
) + 'x264enc name=video_encoder ! queue ! mux.'
if config.enable_audio():
audio_pipeline_string = (
'interaudiosrc name=interaudiosrc ! '
'audioconvert ! audioresample ! avenc_aac name=audio_encoder')
# A larger queue size enables the video encoder to take longer
audio_pipeline_string += f' ! queue max-size-bytes={10*(3 ** 20)} ! mux.'
pipeline_string = pipeline_string + ' ' + audio_pipeline_string
self.create_pipeline_from_string(pipeline_string)
self.logger.debug('Writing to the file ' + self.props['location'])
sink = self.pipeline.get_by_name('sink')
sink.set_property('location', self.props['location'])
if config.enable_video():
self.video_encoder = self.pipeline.get_by_name('video_encoder')
if config.enable_audio():
self.audio_encoder = self.pipeline.get_by_name('audio_encoder')
def create_elements(self):
'''
Create the elements needed whether this is audio, video, or both
'''
mux_type = 'oggmux' if self.container == 'ogg' else 'mpegtsmux'
video_encoder_type = 'theoraenc' if self.container == 'ogg' else 'x264enc'
audio_encoder_type = 'vorbisenc' if self.container == 'ogg' else 'avenc_ac3'
pipeline_string = 'queue name=queue ! tcpserversink name=sink'
# We only want a mux if there's video:
has_mux = config.enable_video
if has_mux:
pipeline_string = f'{mux_type} name=mux ! {pipeline_string}'
if config.enable_video():
pipeline_string += ' ' + self._video_pipeline_start(
) + video_encoder_type + ' name=encoder ! queue ! mux.'
if config.enable_audio():
audio_bitrate = self.audio_bitrate
# Having default_audio_caps() in the pipeline stops them from changing and interrupting the encoder.
audio_pipeline_string = ('interaudiosrc name=interaudiosrc ! ' + config.default_audio_caps() +
' ! audioconvert ! audioresample ! %s name=audio_encoder bitrate=%d') % \
(audio_encoder_type, audio_bitrate)
if has_mux:
audio_pipeline_string += f' ! queue ! mux.'
else:
audio_pipeline_string += ' ! queue.'
pipeline_string = pipeline_string + ' ' + audio_pipeline_string
self.create_pipeline_from_string(pipeline_string)
if config.enable_video():
# pass
if self.container == 'mpeg':
# Testing has shown 60 (i.e. once every 2s at 30 fps) works best
self.pipeline.get_by_name('encoder').set_property(
'key-int-max', 60)
# tune=zerolatency reduces the delay of TCP output
# self.pipeline.get_by_name('encoder').set_property('tune', 'zerolatency')
if not hasattr(self, 'host'):
self.host = socket.gethostbyname(socket.gethostname())
if not hasattr(self, 'port'):
self.port = self._get_next_available_port()
sink = self.pipeline.get_by_name('sink')
sink.set_property('port', int(self.port))
sink.set_property('host', self.host)
sink.set_property('recover-policy', 'keyframe')
sink.set_property('sync', False)
self.logger.info('TCP output created at tcp://%s:%s' %
(self.host, self.port))
def create_elements(self):
'''
Create the elements needed whether this is audio, video, or both
'''
mux_type = 'oggmux' if self.props['container'] == 'ogg' else 'mpegtsmux'
video_encoder_type = 'theoraenc' if self.props['container'] == 'ogg' else 'x264enc'
audio_encoder_type = 'vorbisenc' if self.props['container'] == 'ogg' else 'avenc_ac3'
pipeline_string = 'queue leaky=2 name=queue ! tcpserversink name=sink'
# We only want a mux if there's video:
has_mux = config.enable_video
if has_mux:
pipeline_string = f'{mux_type} name=mux ! {pipeline_string}'
if config.enable_video():
pipeline_string += ' ' + self._video_pipeline_start() + video_encoder_type + ' name=encoder ! queue ! mux.'
if config.enable_audio():
audio_bitrate = self.props['audio_bitrate']
audio_pipeline_string = ('interaudiosrc name=interaudiosrc ! audioconvert ! '
'audioresample ! %s name=audio_encoder bitrate=%d') % \
(audio_encoder_type, audio_bitrate)
if has_mux:
audio_pipeline_string += f' ! queue max-size-bytes={10*(2 ** 20)} ! mux.'
else:
audio_pipeline_string += ' ! queue.'
pipeline_string = pipeline_string + ' ' + audio_pipeline_string
self.create_pipeline_from_string(pipeline_string)
if config.enable_video():
if self.props['container'] == 'mpeg':
self.pipeline.get_by_name('encoder').set_property('key-int-max', 120) # 4x 30fps TODO not hard-code
# tune=zerolatency reduces the delay of TCP output
# encoder.set_property('tune', 'zerolatency')
if 'host' not in self.props:
self.props['host'] = socket.gethostbyname(socket.gethostname())
if 'port' not in self.props:
self.props['port'] = self._get_next_available_port()
sink = self.pipeline.get_by_name('sink')
sink.set_property('port', int(self.props['port']))
sink.set_property('host', self.props['host'])
sink.set_property('recover-policy', 'keyframe')
sink.set_property('sync', False)
self.logger.info('TCP output created at tcp://%s:%s' % (self.props['host'], self.props['port']))
def create_elements(self):
'''
Create the initial elements needed for this mixer.
'''
pipeline_string = ''
if config.enable_video():
# To work reliably we have a default source (videotestsrc)
# It has the lowest permitted zorder (0) so that other things will appear on top.
# After the compositor, the format is changed from RGBA to RGBx (i.e. remove the alpha chanel)
# This is done (a) for overlay effects to work, and (b) for all outputs to work.
pipeline_string += (
'videotestsrc is-live=true name=videotestsrc ! videoconvert ! videoscale ! '
'capsfilter name=capsfilter ! compositor name=video_mixer ! '
'video/x-raw,format=RGBA ! videoconvert ! queue name=video_mixer_output_queue ! '
'capsfilter name=end_capsfilter caps="video/x-raw,format=RGBx" ! videoconvert ! '
'tee name=final_video_tee allow-not-linked=true')
if config.enable_audio():
pipeline_string += \
f' audiotestsrc is-live=true volume=0 ! {config.default_audio_caps()} ! ' + \
'queue name=audio_queue ! audiomixer name=audio_mixer ! ' + \
'tee name=final_audio_tee allow-not-linked=true'
if not self.create_pipeline_from_string(pipeline_string):
return False
self.end_capsfilter = self.pipeline.get_by_name('end_capsfilter')
if config.enable_video():
self.videotestsrc = self.pipeline.get_by_name('videotestsrc')
self.mixer_element['video'] = self.pipeline.get_by_name(
'video_mixer')
self.video_mixer_output_queue = self.pipeline.get_by_name(
'video_mixer_output_queue')
self.final_video_tee = self.pipeline.get_by_name('final_video_tee')
self.capsfilter = self.pipeline.get_by_name('capsfilter')
self._set_dimensions()
self.handle_updated_props()
self.session().overlays.ensure_overlays_are_correctly_connected(
self)
if config.enable_audio():
self.mixer_element['audio'] = self.pipeline.get_by_name(
'audio_mixer')
self.audio_mixer_output_queue = self.pipeline.get_by_name(
'audio_mixer_output_queue')
self.final_audio_tee = self.pipeline.get_by_name('final_audio_tee')
return True
def create_elements(self):
if not config.enable_video():
return
access_key = os.environ['AWS_ACCESS_KEY_ID']
secret_key = os.environ['AWS_SECRET_ACCESS_KEY']
if not access_key:
raise brave.exceptions.InvalidConfiguration('Missing AWS_ACCESS_KEY_ID environemnt variable')
if not secret_key:
raise brave.exceptions.InvalidConfiguration('Missing AWS_SECRET_ACCESS_KEY environemnt variable')
self._create_initial_multiqueue()
video_caps = 'video/x-raw,format=I420,width=%d,height=%d,pixel-aspect-ratio=1/1,framerate=30/1' % \
(self.props['width'], self.props['height'])
pipeline_string = ('intervideosrc name=intervideosrc ! videoconvert ! videoscale ! ' +
video_caps +
' ! x264enc bframes=0 key-int-max=45 bitrate=500 ! '
'video/x-h264,stream-format=avc,alignment=au ! '
'kvssink name=kvssink')
if not self.create_pipeline_from_string(pipeline_string):
self.logger.error('TEMP cannot create pipeline from string:%s' % pipeline_string)
return False
kvssink = self.pipeline.get_by_name('kvssink')
kvssink.set_property('access-key', access_key)
kvssink.set_property('secret-key', secret_key)
kvssink.set_property('stream-name', self.props['stream_name'])
self.intervideosrc = self.pipeline.get_by_name('intervideosrc')
self.intervideosrc_src_pad = self.intervideosrc.get_static_pad('src')
self.create_intervideosink_and_connections()
def create_elements(self):
# Playbin or playbin3 does all the hard work.
# Playbin3 works better for continuous playback.
# But it does not handle RTMP inputs as well.
# See http://gstreamer-devel.966125.n4.nabble.com/Behavior-differences-between-
# decodebin3-and-decodebin-and-vtdec-hw-not-working-on-OSX-td4680895.html
# should do a check of the url by passing it through the stream link script
self.suri = ''
try:
streams = streamlink.streams(self.uri)
self.stream = self.uri
tstream = streams['best']
self.suri = tstream.url
except:
pass
is_rtmp = self.suri.startswith('rtmp')
playbin_element = 'playbin' if is_rtmp else 'playbin'
self.create_pipeline_from_string(playbin_element)
self.playsink = self.pipeline.get_by_name('playsink')
self.playbin = self.playsink.parent
self.playbin.set_property('uri', self.suri)
self.playbin.connect('about-to-finish', self.__on_about_to_finish)
if config.enable_video():
self.create_video_elements()
else:
self._create_fake_video()
if config.enable_audio():
self.create_audio_elements()
else:
self._create_fake_audio()
def _create_pipeline(self):
'''
Create the pipeline. This will not have the webrtcbin element in it.
That is added when a user tries to connect, via new_peer_request().
Instead, a 'fakesink' destination allows the pipeline to work even with 0 clients.
'''
pipeline_string = ''
if config.enable_video():
# format=RGB is required to remove alpha channels which can upset the encoder
video_caps = 'application/x-rtp,format=RGB,media=video,encoding-name=VP8,payload=97,width=%d,height=%d' % \
(self.props['width'], self.props['height'])
# vp8enc has 'target-bitrate' which can be reduced from its default (256000)
# Setting keyframe-max-dist lower reduces impact of packet loss on dodgy networks
pipeline_string += (
'intervideosrc name=intervideosrc ! queue ! videoconvert ! videoscale ! '
'vp8enc deadline=1 keyframe-max-dist=30 ! rtpvp8pay ! ' +
video_caps +
' ! tee name=webrtc_video_tee webrtc_video_tee. ! fakesink')
if config.enable_audio():
# bandwidth=superwideband allows the encoder to focus a little more on the important audio
# (Basic testing showed 'wideband' to be quite poor poor)
pipeline_string += (
' interaudiosrc name=interaudiosrc ! audioconvert ! level message=true ! '
'audioresample name=webrtc-audioresample ! opusenc bandwidth=superwideband ! '
'rtpopuspay ! application/x-rtp,media=audio,encoding-name=OPUS,payload=96 ! '
'tee name=webrtc_audio_tee webrtc_audio_tee. ! fakesink')
return self.create_pipeline_from_string(pipeline_string)
def create_elements(self):
if not config.enable_video():
return
access_key = os.environ['AWS_ACCESS_KEY_ID']
secret_key = os.environ['AWS_SECRET_ACCESS_KEY']
if not access_key:
raise brave.exceptions.InvalidConfiguration(
'Missing AWS_ACCESS_KEY_ID environment variable')
if not secret_key:
raise brave.exceptions.InvalidConfiguration(
'Missing AWS_SECRET_ACCESS_KEY environment variable')
pipeline_string = (
self._video_pipeline_start() +
'x264enc bframes=0 key-int-max=45 bitrate=500 ! '
'video/x-h264,stream-format=avc,alignment=au ! kvssink name=kvssink'
)
self.create_pipeline_from_string(pipeline_string)
kvssink = self.pipeline.get_by_name('kvssink')
kvssink.set_property('access-key', access_key)
kvssink.set_property('secret-key', secret_key)
kvssink.set_property('stream-name', self.stream_name)
def _create_webrtc_element_for_new_connection(self, ws):
'''
We make a new webrtc element, and queue to feed into it, for every new peer (client).
That way, multiple clients can connect at once.
'''
self.peers[ws]['webrtcbin'] = Gst.ElementFactory.make('webrtcbin')
self.pipeline.add(self.peers[ws]['webrtcbin'])
self.peers[ws]['webrtcbin'].add_property_notify_watch(None, True)
if len(config.ice_servers()) > 0:
ice_server_url = config.ice_servers()[0]['urls']
self.peers[ws]['webrtcbin'].set_property('stun-server',
ice_server_url)
if config.enable_video():
self.peers[ws]['video_queue'] = Gst.ElementFactory.make('queue')
self.pipeline.add(self.peers[ws]['video_queue'])
self.webrtc_video_tee.link(self.peers[ws]['video_queue'])
self.peers[ws]['video_queue'].link(self.peers[ws]['webrtcbin'])
if config.enable_audio():
self.peers[ws]['audio_queue'] = Gst.ElementFactory.make('queue')
self.pipeline.add(self.peers[ws]['audio_queue'])
self.webrtc_audio_tee.link(self.peers[ws]['audio_queue'])
self.peers[ws]['audio_queue'].link(self.peers[ws]['webrtcbin'])
def create_elements(self):
'''
Create the elements needed whether this is audio, video, or both
'''
self._create_initial_multiqueue()
pipeline_string = 'flvmux name=mux streamable=true ! rtmpsink name=sink'
if config.enable_video():
# framerate=30/1 because Facebook Live and YouTube live want this framerate.
# profile=baseline may be superflous but some have recommended it for Facebook
video_caps = 'video/x-h264,framerate=30/1,profile=baseline,width=%d,height=%d,format=YUV' % \
(self.props['width'], self.props['height'])
# key-int-max=60 puts a keyframe every 2 seconds (60 as 2*framerate)
pipeline_string = (
pipeline_string +
' intervideosrc name=intervideosrc ! videorate ! videoconvert ! videoscale ! '
+ ' x264enc name=video_encoder key-int-max=60 ! ' +
video_caps + ' ! h264parse ! queue ! mux.')
if config.enable_audio():
pipeline_string = pipeline_string + \
' interaudiosrc name=interaudiosrc ! audioconvert ! audioresample ! avenc_aac name=audio_encoder ! ' + \
'aacparse ! audio/mpeg, mpegversion=4 ! queue ! mux.'
self.logger.debug('Creating RTMP output with this pipeline: ' +
pipeline_string)
if not self.create_pipeline_from_string(pipeline_string):
return False
self.pipeline.get_by_name('sink').set_property(
'location', self.props['uri'] + ' live=1')
if config.enable_video():
self.intervideosrc = self.pipeline.get_by_name('intervideosrc')
self.intervideosrc_src_pad = self.intervideosrc.get_static_pad(
'src')
self.create_intervideosink_and_connections()
if config.enable_audio():
self.interaudiosrc = self.pipeline.get_by_name('interaudiosrc')
self.interaudiosrc_src_pad = self.interaudiosrc.get_static_pad(
'src')
self.create_interaudiosink_and_connections()
self.logger.info('RTMP output now configured to send to ' +
self.props['uri'])
def create_elements(self):
self._create_pipeline()
if config.enable_video():
self.webrtc_video_tee = self.pipeline.get_by_name('webrtc_video_tee')
if config.enable_audio():
self.webrtc_audio_tee = self.pipeline.get_by_name('webrtc_audio_tee')
def create_elements(self):
pipeline_string = ''
if config.enable_video():
pipeline_string += self._video_pipeline_start() + 'queue ! glimagesink'
if config.enable_audio():
pipeline_string += ' interaudiosrc name=interaudiosrc ! queue ! autoaudiosink'
self.create_pipeline_from_string(pipeline_string)
def create_elements(self):
if not config.enable_video():
return
self.__delete_file_if_exists()
pipeline_string = self._video_pipeline_start(
) + 'jpegenc ! multifilesink name=sink'
self.create_pipeline_from_string(pipeline_string)
sink = self.pipeline.get_by_name('sink')
sink.set_property('location', self.location)
def _create_webrtc_element_for_new_connection(self, ws):
'''
We make a new webrtc element, and queue to feed into it, for every new peer (client).
That way, multiple clients can connect at once.
'''
self.peers[ws]['webrtcbin'] = Gst.ElementFactory.make('webrtcbin')
self.pipeline.add(self.peers[ws]['webrtcbin'])
self.peers[ws]['webrtcbin'].set_property('bundle-policy', 'max-bundle')
self.peers[ws]['webrtcbin'].add_property_notify_watch(None, True)
self.peers[ws]['webrtcbin'].set_state(Gst.State.READY)
if config.stun_server():
self.peers[ws]['webrtcbin'].set_property('stun-server', 'stun://' + config.stun_server())
if config.turn_server():
self.peers[ws]['webrtcbin'].set_property('turn-server', 'turn://' + config.turn_server())
if config.enable_video():
self.peers[ws]['video_queue'] = Gst.ElementFactory.make('queue')
self.peers[ws]['video_queue'].set_property('leaky', 'upstream')
self.pipeline.add(self.peers[ws]['video_queue'])
self.webrtc_video_tee.link(self.peers[ws]['video_queue'])
self.peers[ws]['video_queue'].link(self.peers[ws]['webrtcbin'])
self.peers[ws]['video_queue'].set_state(Gst.State.READY)
if config.enable_audio():
self.peers[ws]['audio_queue'] = Gst.ElementFactory.make('queue')
self.peers[ws]['audio_queue'].set_property('leaky', 'upstream')
self.pipeline.add(self.peers[ws]['audio_queue'])
self.webrtc_audio_tee.link(self.peers[ws]['audio_queue'])
self.peers[ws]['audio_queue'].link(self.peers[ws]['webrtcbin'])
self.peers[ws]['audio_queue'].set_state(Gst.State.READY)
# We set the three elements above to READY first.
# We now move them to PLAYING
# This appears to prevent a race-condition that can
# intermittently cause _on_negotiation_needed to not be called.
self.peers[ws]['webrtcbin'].set_state(Gst.State.PLAYING)
if config.enable_video():
self.peers[ws]['video_queue'].set_state(Gst.State.PLAYING)
if config.enable_audio():
self.peers[ws]['audio_queue'].set_state(Gst.State.PLAYING)
def create_elements(self):
self._create_initial_multiqueue()
pipeline_string = 'mp4mux name=mux ! filesink name=sink'
if config.enable_video():
video_pipeline_string = (
'intervideosrc name=intervideosrc ! videoconvert ! '
'videoscale ! videorate ! '
f'{self.create_caps_string()} ! '
'x264enc name=video_encoder ! queue ! mux.')
pipeline_string = pipeline_string + ' ' + video_pipeline_string
if config.enable_audio():
audio_pipeline_string = (
'interaudiosrc name=interaudiosrc ! '
'audioconvert ! audioresample ! avenc_aac name=audio_encoder')
# A larger queue size enables the video encoder to take longer
audio_pipeline_string += f' ! queue max-size-bytes={10*(3 ** 20)} ! mux.'
pipeline_string = pipeline_string + ' ' + audio_pipeline_string
if not self.create_pipeline_from_string(pipeline_string):
return
self.logger.debug('Writing to the file ' + self.props['location'])
sink = self.pipeline.get_by_name('sink')
sink.set_property('location', self.props['location'])
if config.enable_video():
self.video_encoder = self.pipeline.get_by_name('video_encoder')
self.intervideosrc = self.pipeline.get_by_name('intervideosrc')
self.intervideosrc_src_pad = self.intervideosrc.get_static_pad(
'src')
self.create_intervideosink_and_connections()
if config.enable_audio():
self.audio_encoder = self.pipeline.get_by_name('audio_encoder')
self.interaudiosrc = self.pipeline.get_by_name('interaudiosrc')
self.interaudiosrc_src_pad = self.interaudiosrc.get_static_pad(
'src')
self.create_interaudiosink_and_connections()
def create_elements(self):
if not config.enable_video():
return
# To crop (not resize): videobox autocrop=true border-alpha=0
pipeline_string = ('uridecodebin name=uridecodebin uri="' + self.props['uri'] +
'" ! imagefreeze ! videoconvert ! video/x-raw,pixel-aspect-ratio=1/1,framerate=30/1' +
self.default_video_pipeline_string_end())
self.create_pipeline_from_string(pipeline_string)
self.final_video_tee = self.pipeline.get_by_name('final_video_tee')
self.uridecodebin = self.pipeline.get_by_name('uridecodebin')
def create_elements(self):
if not config.enable_video():
return
if not self.create_pipeline_from_string('cef url="' + self.props['uri'] + '" ! '
' videoconvert ! video/x-raw,format=ARGB ! '
'queue' + self.default_video_pipeline_string_end()):
return False
self.intervideosink = self.pipeline.get_by_name('intervideosink')
self.final_video_tee = self.pipeline.get_by_name('final_video_tee')
self.handle_updated_props()
def create_elements(self):
if not config.enable_video():
return
self.create_pipeline_from_string(
'cef url="' + self.uri + '" ! '
' videoconvert ! video/x-raw,format=ARGB ! '
'queue ! ' + self.default_video_pipeline_string_end())
self.intervideosink = self.pipeline.get_by_name('intervideosink')
self.final_video_tee = self.pipeline.get_by_name('final_video_tee')
self.video_output_queue = self.pipeline.get_by_name(
'video_output_queue')
def create_elements(self):
# Playbin or playbin3 does all the hard work.
# Playbin3 works better for continuous playback.
# But it does not handle RTMP inputs as well.
# See http://gstreamer-devel.966125.n4.nabble.com/Behavior-differences-between-
# decodebin3-and-decodebin-and-vtdec-hw-not-working-on-OSX-td4680895.html
# should do a check of the url by passing it through the stream link script
# https://github.com/ytdl-org/youtube-dl/blob/master/README.md#embedding-youtube-dl
self.suri = ''
try:
ydl_opts = {
'simulate': True,
'noplaylist': True,
'forceurl': True,
'logger': MyLogger(),
}
with youtube_dl.YoutubeDL(ydl_opts) as ydl:
ydl.download([self.uri])
global channel_val
meta = ydl.extract_info(self.uri, download=False)
channel_val = meta['uploader']
self.channel = channel_val
# should then try to get the meta data out that we want like channel and description
#self.playbin.set_property('channel', 'test channel')
#streams = streamlink.streams(self.uri)
global purl
self.stream = purl
#tstream = streams['best']
self.suri = purl
except:
pass
is_rtmp = self.suri.startswith('rtmp')
playbin_element = 'playbin' if is_rtmp else 'playbin'
self.create_pipeline_from_string(playbin_element)
self.playsink = self.pipeline.get_by_name('playsink')
self.playbin = self.playsink.parent
self.playbin.set_property('uri', self.suri)
self.playbin.connect('about-to-finish', self.__on_about_to_finish)
if config.enable_video():
self.create_video_elements()
else:
self._create_fake_video()
if config.enable_audio():
self.create_audio_elements()
else:
self._create_fake_audio()
def create_elements(self):
if not config.enable_video():
return
self.__delete_file_if_exists()
self._create_initial_multiqueue()
pipeline_string = 'intervideosrc name=src ! videoconvert ! videoscale ! videorate ! ' + \
self.create_caps_string() + ' ! jpegenc ! multifilesink name=sink'
if not self.create_pipeline_from_string(pipeline_string):
return False
self.intervideosrc = self.pipeline.get_by_name('src')
self.intervideosrc_src_pad = self.intervideosrc.get_static_pad('src')
sink = self.pipeline.get_by_name('sink')
sink.set_property('location', self.props['location'])
self.create_intervideosink_and_connections()
def create_elements(self):
# Playbin does all the hard work
self.create_pipeline_from_string("playbin uri=\"" + self.props['uri'] +
"\"")
# playbin appears as 'playsink' (because it's a bin with elements inside)
self.playsink = self.pipeline.get_by_name('playsink')
if config.enable_video():
self.create_video_elements()
else:
self._create_fake_video()
if config.enable_audio():
self.create_audio_elements()
else:
self._create_fake_audio()
def create_elements(self):
if not config.enable_video():
return
if not self.create_pipeline_from_string(
'cef url="' + self.props['uri'] + '" ! '
' videoconvert ! video/x-raw,format=ARGB ! '
'queue ! intervideosink sync=true name=intervideosink'):
return False
self.intervideosink = self.pipeline.get_by_name('intervideosink')
if self.intervideosink is None:
raise Exception(
'Unable to make image input - cannot find intervideosink')
self.create_intervideosrc_and_connections()
self.handle_updated_props()
def create_elements(self):
if not config.enable_video():
return
# To crop (not resize): videobox autocrop=true border-alpha=0
pipeline_string = (
'uridecodebin name=uridecodebin uri="' + self.props['uri'] +
'" ! imagefreeze ! videoconvert ! video/x-raw,pixel-aspect-ratio=1/1,framerate=30/1 ! '
'intervideosink sync=true name=intervideosink')
if not self.create_pipeline_from_string(pipeline_string):
return False
self.intervideosink = self.pipeline.get_by_name('intervideosink')
self.uridecodebin = self.pipeline.get_by_name('uridecodebin')
if self.intervideosink is None:
raise Exception(
'Unable to make image input - cannot find intervideosink')
self.create_intervideosrc_and_connections()
self.handle_updated_props()
def create_elements(self):
'''
Create the elements needed whether this is audio, video, or both
'''
pipeline_string = 'flvmux name=mux streamable=true ! rtmpsink name=sink'
if config.enable_video():
# key-int-max=60 puts a keyframe every 2 seconds (60 as 2*framerate)
pipeline_string += ' ' + self._video_pipeline_start() + \
'x264enc name=video_encoder key-int-max=60 ! h264parse ! queue ! mux.'
if config.enable_audio():
pipeline_string += ' ' + self._audio_pipeline_start() + \
'avenc_aac name=audio_encoder ! aacparse ! audio/mpeg, mpegversion=4 ! queue ! mux.'
self.create_pipeline_from_string(pipeline_string)
self.pipeline.get_by_name('sink').set_property('location',
self.uri + ' live=1')
self.logger.info('RTMP output now configured to send to ' + self.uri)
def create_elements(self):
self._create_initial_multiqueue()
if not self._create_pipeline():
return False
if config.enable_video():
self.intervideosrc = self.pipeline.get_by_name('intervideosrc')
self.intervideosrc_src_pad = self.intervideosrc.get_static_pad('src')
self.create_intervideosink_and_connections()
if config.enable_audio():
self.interaudiosrc = self.pipeline.get_by_name('interaudiosrc')
self.interaudiosrc_src_pad = self.interaudiosrc.get_static_pad('src')
self.create_interaudiosink_and_connections()
self.webrtc_video_tee = self.pipeline.get_by_name('webrtc_video_tee')
self.webrtc_audio_tee = self.pipeline.get_by_name('webrtc_audio_tee')
return True
def _setup_initial_inputs_outputs_mixers_and_overlays(self):
'''
Create the inputs/outputs/mixers/overlays declared in the config file.
'''
for mixer_config in config.mixers():
self.mixers.add(**mixer_config)
for input_config in config.inputs():
input = self.inputs.add(**input_config)
input.setup()
for output_config in config.outputs():
self.outputs.add(**output_config)
for id, mixer in self.mixers.items():
mixer.setup_initial_sources()
if config.enable_video():
for overlay_config in config.overlays():
self.overlays.add(**overlay_config)
def _setup_initial_inputs_outputs_mixers_and_overlays(self):
'''
Create the inputs/outputs/mixers/overlays declared in the config file.
'''
for mixer_config in config.default_mixers():
self.mixers.add(**mixer_config)
for output_config in config.default_outputs():
output = self.outputs.add(**output_config)
for name, output in self.outputs.items():
output.link_from_source()
if config.enable_video():
for overlay_config in config.default_overlays():
self.overlays.add(**overlay_config)
for input_config in config.default_inputs():
input = self.inputs.add(**input_config)
for source in input.sources():
source.add_to_mix()
def _setup_initial_inputs_outputs_mixers_and_overlays(self):
'''
Create the inputs/outputs/mixers/overlays declared in the config file.
'''
for mixer_config in config.default_mixers():
self.mixers.add(**mixer_config)
for output_config in config.default_outputs():
self.outputs.add(**output_config)
if config.enable_video():
for overlay_config in config.default_overlays():
self.overlays.add(**overlay_config)
for name, mixer in self.mixers.items():
mixer.set_state(Gst.State.PLAYING)
for input_config in config.default_inputs():
input = self.inputs.add(**input_config)
for id, mixer in self.mixers.items():
source = mixer.sources.get_or_create(input)
source.add_to_mix()
def has_video(self):
return config.enable_video()
