def __init__(self, *args):
WindowSource.__init__(self, *args)
#client uses uses_swscale (has extra limits on sizes)
self.uses_swscale = self.encoding_options.get("uses_swscale", True)
self.uses_csc_atoms = self.encoding_options.get("csc_atoms", False)
self.video_scaling = self.encoding_options.get("video_scaling", False)
if not self.encoding_client_options:
#old clients can only use 420P:
def_csc_modes = ("YUV420P")
else:
#default for newer clients that don't specify "csc_modes":
def_csc_modes = ("YUV420P", "YUV422P", "YUV444P")
#0.10 onwards should have specified csc_modes:
self.csc_modes = self.encoding_options.get("csc_modes", def_csc_modes)
for x in ("vpx", "x264"):
if x in self.SERVER_CORE_ENCODINGS:
self._encoders[x] = self.video_encode
self.width_mask = 0xFFFF
self.height_mask = 0xFFFF
self.actual_scaling = None
self._csc_encoder = None
self._video_encoder = None
self._lock = Lock(
) #to ensure we serialize access to the encoder and its internals
self.last_pipeline_params = None
self.last_pipeline_scores = []
self._video_pipeline_helper.may_init()
def __init__(self, *args):
WindowSource.__init__(self, *args)
# client uses uses_swscale (has extra limits on sizes)
self.uses_swscale = self.encoding_options.get("uses_swscale", True)
self.uses_csc_atoms = self.encoding_options.get("csc_atoms", False)
self.video_scaling = self.encoding_options.get("video_scaling", False)
if not self.encoding_client_options:
# old clients can only use 420P:
def_csc_modes = "YUV420P"
else:
# default for newer clients that don't specify "csc_modes":
def_csc_modes = ("YUV420P", "YUV422P", "YUV444P")
# 0.10 onwards should have specified csc_modes:
self.csc_modes = self.encoding_options.get("csc_modes", def_csc_modes)
for x in ("vpx", "x264"):
if x in self.SERVER_CORE_ENCODINGS:
self._encoders[x] = self.video_encode
self.width_mask = 0xFFFF
self.height_mask = 0xFFFF
self.actual_scaling = None
self._csc_encoder = None
self._video_encoder = None
self._lock = Lock() # to ensure we serialize access to the encoder and its internals
self.last_pipeline_params = None
self.last_pipeline_scores = []
self._video_pipeline_helper.may_init()
def __init__(self, *args):
WindowSource.__init__(self, *args)
#client uses uses_swscale (has extra limits on sizes)
self.uses_swscale = self.encoding_options.get("uses_swscale", True)
self.uses_csc_atoms = self.encoding_options.get("csc_atoms", False)
self.video_scaling = self.encoding_options.get("video_scaling", False)
self.video_reinit = self.encoding_options.get("video_reinit", False)
if not self.encoding_client_options:
#old clients can only use 420P:
def_csc_modes = ("YUV420P")
else:
#default for newer clients that don't specify "csc_modes":
def_csc_modes = ("YUV420P", "YUV422P", "YUV444P")
#0.10 onwards should have specified csc_modes:
self.csc_modes = self.encoding_options.get("csc_modes", def_csc_modes)
self.video_encodings = ("vp8", "vp9", "h264")
for x in self.video_encodings:
if x in self.server_core_encodings:
self._encoders[x] = self.video_encode
#these constraints get updated with real values
#when we construct the video pipeline:
self.min_w = 1
self.min_h = 1
self.max_w = 16384
self.max_h = 16384
self.width_mask = 0xFFFF
self.height_mask = 0xFFFF
self.actual_scaling = (1, 1)
self._csc_encoder = None
self._video_encoder = None
self._lock = Lock(
) #to ensure we serialize access to the encoder and its internals
self.last_pipeline_params = None
self.last_pipeline_scores = []
self.video_helper = getVideoHelper()
if self.encoding_options.get("proxy.video", False):
#if we "proxy video", we will modify the video helper to add
#new encoders, so we must make a deep copy to preserve the original:
self.video_helper = getVideoHelper().clone(deep=True)
#enabling video proxy:
try:
self.parse_proxy_video()
except:
log.error("failed to parse proxy video", exc_info=True)
def __init__(self, *args):
WindowSource.__init__(self, *args)
#client uses uses_swscale (has extra limits on sizes)
self.uses_swscale = self.encoding_options.get("uses_swscale", True)
self.uses_csc_atoms = self.encoding_options.get("csc_atoms", False)
self.video_scaling = self.encoding_options.get("video_scaling", False)
self.video_reinit = self.encoding_options.get("video_reinit", False)
if not self.encoding_client_options:
#old clients can only use 420P:
def_csc_modes = ("YUV420P")
else:
#default for newer clients that don't specify "csc_modes":
def_csc_modes = ("YUV420P", "YUV422P", "YUV444P")
#0.10 onwards should have specified csc_modes:
self.csc_modes = self.encoding_options.get("csc_modes", def_csc_modes)
self.video_encodings = ("vp8", "vp9", "h264")
for x in self.video_encodings:
if x in self.server_core_encodings:
self._encoders[x] = self.video_encode
#these constraints get updated with real values
#when we construct the video pipeline:
self.min_w = 1
self.min_h = 1
self.max_w = 16384
self.max_h = 16384
self.width_mask = 0xFFFF
self.height_mask = 0xFFFF
self.actual_scaling = (1, 1)
self._csc_encoder = None
self._video_encoder = None
self._lock = Lock() #to ensure we serialize access to the encoder and its internals
self.last_pipeline_params = None
self.last_pipeline_scores = []
self.video_helper = getVideoHelper()
if self.encoding_options.get("proxy.video", False):
#if we "proxy video", we will modify the video helper to add
#new encoders, so we must make a deep copy to preserve the original:
self.video_helper = getVideoHelper().clone(deep=True)
#enabling video proxy:
try:
self.parse_proxy_video()
except:
log.error("failed to parse proxy video", exc_info=True)
def __init__(self, *args):
WindowSource.__init__(self, *args)
#client uses uses_swscale (has extra limits on sizes)
self.uses_swscale = self.encoding_options.get("uses_swscale", True)
self.uses_csc_atoms = self.encoding_options.get("csc_atoms", False)
self.video_scaling = self.encoding_options.get("video_scaling", False)
self.video_reinit = self.encoding_options.get("video_reinit", False)
if not self.encoding_client_options:
#old clients can only use 420P:
def_csc_modes = ("YUV420P", )
else:
#default for newer clients that don't specify "csc_modes":
def_csc_modes = ("YUV420P", "YUV422P", "YUV444P")
#0.10 onwards should have specified csc_modes:
self.csc_modes = self.encoding_options.get("csc_modes", def_csc_modes)
self.video_encodings = ("vp8", "vp9", "h264")
for x in self.video_encodings:
if x in self.server_core_encodings:
self._encoders[x] = self.video_encode
#these constraints get updated with real values
#when we construct the video pipeline:
self.min_w = 1
self.min_h = 1
self.max_w = 16384
self.max_h = 16384
self.width_mask = 0xFFFF
self.height_mask = 0xFFFF
self.actual_scaling = (1, 1)
self._csc_encoder = None
self._video_encoder = None
self._lock = Lock(
) #to ensure we serialize access to the encoder and its internals
self.last_pipeline_params = None
self.last_pipeline_scores = []
WindowVideoSource._video_helper.may_init()
def __init__(self, *args):
WindowSource.__init__(self, *args)
#client uses uses_swscale (has extra limits on sizes)
self.uses_swscale = self.encoding_options.get("uses_swscale", True)
self.uses_csc_atoms = self.encoding_options.get("csc_atoms", False)
self.video_scaling = self.encoding_options.get("video_scaling", False)
self.video_reinit = self.encoding_options.get("video_reinit", False)
if not self.encoding_client_options:
#old clients can only use 420P:
def_csc_modes = ("YUV420P", )
else:
#default for newer clients that don't specify "csc_modes":
def_csc_modes = ("YUV420P", "YUV422P", "YUV444P")
#0.10 onwards should have specified csc_modes:
self.csc_modes = self.encoding_options.get("csc_modes", def_csc_modes)
self.video_encodings = ("vp8", "vp9", "h264")
for x in self.video_encodings:
if x in self.server_core_encodings:
self._encoders[x] = self.video_encode
#these constraints get updated with real values
#when we construct the video pipeline:
self.min_w = 1
self.min_h = 1
self.max_w = 16384
self.max_h = 16384
self.width_mask = 0xFFFF
self.height_mask = 0xFFFF
self.actual_scaling = (1, 1)
self._csc_encoder = None
self._video_encoder = None
self._lock = Lock() #to ensure we serialize access to the encoder and its internals
self.last_pipeline_params = None
self.last_pipeline_scores = []
WindowVideoSource._video_helper.may_init()
