src/h265_rtp_parser.cc
std::unique_ptr<H265RtpParser::RtpState> H265RtpParser::ParseRtp(
    const uint8_t* data, size_t length,
    struct H265BitstreamParserState* bitstream_parser_state) noexcept {
  std::vector<uint8_t> unpacked_buffer = UnescapeRbsp(data, length);
  rtc::BitBuffer bit_buffer(unpacked_buffer.data(), unpacked_buffer.size());
  return ParseRtp(&bit_buffer, bitstream_parser_state);
}
// Unpack RBSP and parse RTP NAL Unit state from the supplied buffer.
Unpack RBSP and parse RTP NAL Unit state from the supplied buffer.
Unpack RBSP and parse RTP NAL Unit state from the supplied buffer .
std::unique_ptr<H265RtpParser::RtpState> H265RtpParser::ParseRtp(
    const uint8_t* data, size_t length,
    struct H265BitstreamParserState* bitstream_parser_state) noexcept {
  std::vector<uint8_t> unpacked_buffer = UnescapeRbsp(data, length);
  rtc::BitBuffer bit_buffer(unpacked_buffer.data(), unpacked_buffer.size());
  return ParseRtp(&bit_buffer, bitstream_parser_state);
}
std :: unique_ptr < H265RtpParser :: RtpState > H265RtpParser :: ParseRtp ( const uint8_t * data , size_t length , struct H265BitstreamParserState * bitstream_parser_state ) noexcept { std :: vector < uint8_t > unpacked_buffer = UnescapeRbsp ( data , length ) ; rtc :: BitBuffer bit_buffer ( unpacked_buffer . data ( ) , unpacked_buffer . size ( ) ) ; return ParseRtp ( & bit_buffer , bitstream_parser_state ) ; }
Unpack RBSP and parse RTP NAL Unit state from the supplied buffer.
Unpack RBSP and parse RTP NAL Unit state from the supplied buffer .