void ts_pmt_Del( demux_t *p_demux, ts_pmt_t *pmt )
{
if( dvbpsi_decoder_present( pmt->handle ) )
dvbpsi_pmt_detach( pmt->handle );
dvbpsi_delete( pmt->handle );
for( int i=0; i<pmt->e_streams.i_size; i++ )
PIDRelease( p_demux, pmt->e_streams.p_elems[i] );
ARRAY_RESET( pmt->e_streams );
if( pmt->p_mgt )
PIDRelease( p_demux, pmt->p_mgt );
if( pmt->iod )
ODFree( pmt->iod );
for( int i=0; i<pmt->od.objects.i_size; i++ )
ODFree( pmt->od.objects.p_elems[i] );
ARRAY_RESET( pmt->od.objects );
if( pmt->i_number > -1 )
es_out_Control( p_demux->out, ES_OUT_DEL_GROUP, pmt->i_number );
free( pmt );
}
void parse::process_pat(const decoded_pat_t *decoded_pat)
{
dprintf("()");
for (map_decoded_pat_programs::const_iterator iter = decoded_pat->programs.begin();
iter != decoded_pat->programs.end(); ++iter)
if (iter->first > 0) {// FIXME: > 0 ???
if ((!service_ids.size()) || (service_ids.count(iter->first))) {
#if USING_DVBPSI_VERSION_0
h_pmt[iter->second] = dvbpsi_AttachPMT(iter->first, take_pmt, this);
#else
if (h_pmt.count(iter->second)) {
if (dvbpsi_decoder_present(h_pmt[iter->second].get_handle()))
dvbpsi_pmt_detach(h_pmt[iter->second].get_handle());
h_pmt.erase(iter->second);
}
if (!dvbpsi_decoder_present(h_pmt[iter->second].get_handle()))
dvbpsi_pmt_attach(h_pmt[iter->second].get_handle(), iter->first, take_pmt, this);
#endif
add_filter(iter->second);
rcvd_pmt[iter->first] = false;
}
}
}