void
dirac::es_parser_c::handle_picture_unit(memory_cptr packet) {
flush_frame();
if (!m_seqhdr_found)
return;
m_current_frame = frame_cptr(new frame_t);
m_current_frame->data = packet;
m_current_frame->data->grab();
}
void
vc1::es_parser_c::flush_frame() {
if (!m_current_frame.is_set())
return;
if (!m_pre_frame_extra_data.empty() || !m_post_frame_extra_data.empty())
combine_extra_data_with_packet();
m_current_frame->timecode = get_next_timecode();
m_current_frame->duration = get_default_duration();
m_frames.push_back(m_current_frame);
m_current_frame = frame_cptr(NULL);
}
void
vc1::es_parser_c::handle_frame_packet(memory_cptr packet) {
flush_frame();
vc1::frame_header_t frame_header;
if (!m_seqhdr_found || !vc1::parse_frame_header(packet->get_buffer(), packet->get_size(), frame_header, m_seqhdr))
return;
m_current_frame = frame_cptr(new frame_t);
m_current_frame->data = packet;
m_current_frame->data->grab();
memcpy(&m_current_frame->header, &frame_header, sizeof(frame_header_t));
if (!m_timecodes.empty())
mxverb(2,
boost::format("vc1::es_parser_c::handle_frame_packet: next provided timecode %1% next calculated timecode %2%\n")
% format_timecode(m_timecodes.front()) % format_timecode(peek_next_calculated_timecode()));
}
