def __init__(self, media_file, itemid, generation, chunk, media_info,
request_path_func):
self.media_file = media_file
self.in_shutdown = False
if chunk is not None:
self.time_offset = chunk * TranscodeObject.segment_duration
else:
self.time_offset = 0
d, a, acodec, rate, v, vcodec, siz = media_info
self.generation = generation
self.duration = d
self.itemid = itemid
self.has_audio = a
self.audio_codec = acodec
self.audio_sample_rate = rate
self.has_video = v
self.video_codec = vcodec
self.video_size = siz
# This setting makes the environment global to the app instead of
# the subtask. But I guess that's okay.
setup_ffmpeg_presets()
self.ffmpeg_handle = self.segmenter_handle = None
self.transcode_handle = None
# NB: Explicitly IPv4, FFmpeg does not understand IPv6.
self.sink = TranscodeSinkServer(('127.0.0.1', 0),
TranscodeRequestHandler)
self.sink.obj = self
self.request_path_func = request_path_func
# note: nchunks is an estimate only. We don't know how many
# chunks there are until we do the actual segmentation.
self.nchunks = self.duration / TranscodeObject.segment_duration
self.trailer = self.duration % TranscodeObject.segment_duration
if self.trailer:
self.nchunks += 1
logging.debug('TRANSCODE INFO, duration %s' % self.duration)
logging.debug('TRANSCODE INFO, nchunks %s' % self.nchunks)
logging.debug('TRANSCODE INFO, trailer %s' % self.trailer)
if chunk is not None:
self.current_chunk = self.start_chunk = chunk
else:
self.current_chunk = self.start_chunk = 0
self.chunk_buffer = []
self.chunk_throttle = threading.Event()
self.chunk_throttle.set()
self.chunk_lock = threading.Lock()
self.chunk_sem = threading.Semaphore(0)
self.tmp_file = tempfile.TemporaryFile()
self.finished = False
self.transcode_gate = threading.Event()
self.create_playlist()
logging.debug('TranscodeObject created %s', self)
def __init__(self, media_file, itemid, generation, chunk, media_info,
request_path_func):
self.media_file = media_file
self.in_shutdown = False
if chunk is not None:
self.time_offset = chunk * TranscodeObject.segment_duration
else:
self.time_offset = 0
d, a, acodec, rate, v, vcodec, siz = media_info
self.generation = generation
self.duration = d
self.itemid = itemid
self.has_audio = a
self.audio_codec = acodec
self.audio_sample_rate = rate
self.has_video = v
self.video_codec = vcodec
self.video_size = siz
# This setting makes the environment global to the app instead of
# the subtask. But I guess that's okay.
setup_ffmpeg_presets()
self.ffmpeg_handle = self.segmenter_handle = None
self.transcode_handle = None
# NB: Explicitly IPv4, FFmpeg does not understand IPv6.
self.sink = TranscodeSinkServer(('127.0.0.1', 0),
TranscodeRequestHandler)
self.sink.obj = self
self.request_path_func = request_path_func
# note: nchunks is an estimate only. We don't know how many
# chunks there are until we do the actual segmentation.
self.nchunks = self.duration / TranscodeObject.segment_duration
self.trailer = self.duration % TranscodeObject.segment_duration
if self.trailer:
self.nchunks += 1
logging.debug('TRANSCODE INFO, duration %s' % self.duration)
logging.debug('TRANSCODE INFO, nchunks %s' % self.nchunks)
logging.debug('TRANSCODE INFO, trailer %s' % self.trailer)
if chunk is not None:
self.current_chunk = self.start_chunk = chunk
else:
self.current_chunk = self.start_chunk = 0
self.chunk_buffer = []
self.chunk_throttle = threading.Event()
self.chunk_throttle.set()
self.chunk_lock = threading.Lock()
self.chunk_sem = threading.Semaphore(0)
self.tmp_file = tempfile.TemporaryFile()
self.finished = False
self.transcode_gate = threading.Event()
self.create_playlist()
logging.debug('TranscodeObject created %s', self)
def convert(converter_id, item_info, update_last=False):
"""Given a converter and an item, this starts the conversion for
that item.
"""
conversion_manager.start_conversion(converter_id, item_info)
if update_last:
conversion_manager.set_last_conversion(converter_id)
@eventloop.as_idle
def _create_item_for_conversion(filename, source_info, conversion_name):
"""Make a new FileItem for a converted file."""
# Note: We are adding things to the database. This function
# should only get called in the event loop.
name = _('%(original_name)s (Converted to %(format)s)',
{'original_name': source_info.name, 'format': conversion_name})
fp_values = item.fp_values_for_file(filename, name,
source_info.description)
manual_feed = models.Feed.get_manual_feed()
models.FileItem(filename, feed_id=manual_feed.id,
fp_values=fp_values)
# FIXME - this should be in an init() and not module-level
utils.setup_ffmpeg_presets()
conversion_manager = ConversionManager()
def convert(converter_id, item_info, update_last=False):
"""Given a converter and an item, this starts the conversion for
that item.
"""
conversion_manager.start_conversion(converter_id, item_info)
if update_last:
conversion_manager.set_last_conversion(converter_id)
@eventloop.as_idle
def _create_item_for_conversion(filename, source_info, conversion_name):
"""Make a new FileItem for a converted file."""
# Note: We are adding things to the database. This function
# should only get called in the event loop.
name = _('%(original_name)s (Converted to %(format)s)', {
'original_name': source_info.title,
'format': conversion_name
})
fp_values = item.fp_values_for_file(filename, name,
source_info.description)
manual_feed = models.Feed.get_manual_feed()
models.FileItem(filename, feed_id=manual_feed.id, fp_values=fp_values)
# FIXME - this should be in an init() and not module-level
utils.setup_ffmpeg_presets()
conversion_manager = ConversionManager()