def __init__(self,
node_id,
media_time_zero,
default_ns=False,
producer_carriage=None,
consumer_carriage=None,
**kwargs):
super(EBUTTDEncoder,
self).__init__(producer_carriage=producer_carriage,
consumer_carriage=consumer_carriage,
node_id=node_id,
**kwargs)
self._default_ns = default_ns
media_clock = MediaClock()
media_clock.adjust_time(timedelta(), media_time_zero)
self._ebuttd_converter = EBUTT3EBUTTDConverter(media_clock=media_clock)
self._default_ebuttd_doc = EBUTTDDocument(lang='en-GB')
self._default_ebuttd_doc.set_implicit_ns(self._default_ns)
self._default_ebuttd_doc.validate()
def __init__(self, node_id, carriage_impl, outbound_carriage_impl, reference_clock,
segment_length, media_time_zero, segment_timer, discard):
super(EBUTTDEncoder, self).__init__(
node_id=node_id,
carriage_impl=carriage_impl,
reference_clock=reference_clock
)
self._outbound_carriage_impl = outbound_carriage_impl
# We need clock factory to figure the timesync out
self._last_segment_end = reference_clock.get_time()
self._segment_length = timedelta(seconds=segment_length)
media_clock = MediaClock()
media_clock.adjust_time(timedelta(), media_time_zero)
self._ebuttd_converter = EBUTT3EBUTTDConverter(
media_clock=media_clock
)
self._default_ebuttd_doc = EBUTTDDocument(lang='en-GB')
self._default_ebuttd_doc.validate()
self._segment_timer = segment_timer
self._discard = discard
