Socket_Impl::
Socket_Impl (Address const& a, bool loop, Parameters const& params)
: loop_ (loop),
params_ (params),
cond_ (mutex_)
{
fragment_.reset (new Fragment (params_));
reassemble_.reset (new Reassemble (params_));
acknowledge_.reset (new Acknowledge (params_));
retransmit_.reset (new Retransmit (params_));
flow_.reset (new Flow (params_));
link_.reset (new Link (a, params_));
// Start IN stack from top to bottom.
//
in_start (0);
fragment_->in_start (this);
reassemble_->in_start (fragment_.get ());
acknowledge_->in_start (reassemble_.get ());
retransmit_->in_start (acknowledge_.get ());
flow_->in_start (retransmit_.get ());
link_->in_start (flow_.get ());
// Start OUT stack from bottom up.
//
link_->out_start (0);
flow_->out_start (link_.get ());
retransmit_->out_start (flow_.get ());
acknowledge_->out_start (retransmit_.get ());
reassemble_->out_start (acknowledge_.get ());
fragment_->out_start (reassemble_.get ());
out_start (fragment_.get ());
}
status_t TimedTextASSSource::start()
{
if(mASSFlag == TextDescriptions::IN_BAND_TEXT_ASS)
{
return in_start();
}
else// if(mASSFlag == TextDescriptions::OUT_OF_BAND_TEXT_ASS)
{
return ex_start();
}
}
status_t TimedTextSSASource::start()
{
if(mSSAFlag == TextDescriptions::IN_BAND_TEXT_SSA)
{
return in_start();
}
else// if(mSSAFlag == TextDescriptions::OUT_OF_BAND_TEXT_SSA)
{
return ex_start();
}
}
