/*  Copyright (c) MediaArea.net SARL. All Rights Reserved.
 *
 *  Use of this source code is governed by a BSD-style license that can
 *  be found in the License.html file in the root of the source tree.
 */

//---------------------------------------------------------------------------
#ifndef MediaInfo_File_Mpeg4H
#define MediaInfo_File_Mpeg4H
//---------------------------------------------------------------------------

//---------------------------------------------------------------------------
#include "MediaInfo/File__Analyze.h"
#include "MediaInfo/File__HasReferences.h"
#include "MediaInfo/MediaInfo_Internal.h"
#include "MediaInfo/Multiple/File_Mpeg4_Descriptors.h"
#include <memory>
class File_MpegPs;
//---------------------------------------------------------------------------

namespace MediaInfoLib
{

struct stts_struct
{
    int32u                      SampleCount;
    int32u                      SampleDuration;
};

struct sgpd_prol_struct
{
    int16s                      roll_distance;
};

struct sbgp_struct
{
    int64u                      FirstSample;
    int64u                      LastSample;
    int32u                      group_description_index;
};

//***************************************************************************
// Class File_Mpeg4
//***************************************************************************

class File_Mpeg4 : public File__Analyze, File__HasReferences
{
protected :
    //Streams management
    void Streams_Accept();
    void Streams_Accept_jp2(bool IsJp2=false);
    void Streams_Finish();
    void Streams_Finish_CommercialNames ();

public :
    File_Mpeg4();
    ~File_Mpeg4();

private :
    //Buffer - Global
    void Read_Buffer_Init();
    void Read_Buffer_Unsynched();
    #if MEDIAINFO_SEEK
    size_t Read_Buffer_Seek (size_t Method, int64u Value, int64u ID);
    #endif //MEDIAINFO_SEEK

    //Buffer
    bool Header_Begin();
    void Header_Parse();
    void Data_Parse();
    bool BookMark_Needed();

    #if MEDIAINFO_CONFORMANCE
        string CreateElementName();
    #endif //MEDIAINFO_CONFORMANCE

    //Elements
    void bloc();
    void cdat();
    void cdt2() {cdat();}
    void free();
    void ftyp();
    void idat();
    void idsc();
    void jp2c();
    void jp2h();
    void jp2h_colr();
    void jp2h_ihdr();
    void jp2h_ricc() {jp2h_colr(); }
    void mdat();
    void mdat_xxxx();
    void mdat_StreamJump();
    void meta();
    void meta_grpl();
    void meta_grpl_xxxx();
    void meta_hdlr() {moov_meta_hdlr();}
    void meta_idat();
    void meta_iinf();
    void meta_iinf_infe();
    void meta_iloc();
    void meta_iprp();
    void meta_iprp_ipco();
    void meta_iprp_ipco_av1C();
    void meta_iprp_ipco_av2C();
    void meta_iprp_ipco_auxC();
    void meta_iprp_ipco_avcC();
    void meta_iprp_ipco_clap();
    void meta_iprp_ipco_clli();
    void meta_iprp_ipco_colr();
    void meta_iprp_ipco_hvcC();
    void meta_iprp_ipco_imir();
    void meta_iprp_ipco_irot();
    void meta_iprp_ipco_ispe();
    void meta_iprp_ipco_lsel();
    void meta_iprp_ipco_mdcv();
    void meta_iprp_ipco_pasp();
    void meta_iprp_ipco_pixi();
    void meta_iprp_ipco_rloc();
    void meta_iprp_ipma();
    void meta_iref();
    void meta_iref_xxxx();
    void meta_pitm();
    void mfra();
    void mfra_mfro();
    void mfra_tfra();
    void moof();
    void moof_mfhd();
    void moof_traf();
    void moof_traf_sbgp() { moov_trak_mdia_minf_stbl_sbgp(); }
    void moof_traf_sgpd() { moov_trak_mdia_minf_stbl_sgpd(); }
    void moof_traf_sdtp();
    void moof_traf_subs() { moov_trak_mdia_minf_stbl_subs(); }
    void moof_traf_tfdt();
    void moof_traf_tfhd();
    void moof_traf_trun();
    void moov();
    void moov_ainf();
    void moov_cmov();
    void moov_cmov_cmvd();
    void moov_cmov_cmvd_zlib();
    void moov_cmov_dcom();
    void moov_ctab();
    void moov_iods();
    void moov_meta();
    void moov_meta_hdlr();
    void moov_meta_bxml();
    void moov_meta_keys();
    void moov_meta_keys_mdta();
    void moov_meta_ilst();
    void moov_meta_ilst_xxxx();
    void moov_meta_ilst_xxxx_data();
    void moov_meta_ilst_xxxx_mean();
    void moov_meta_ilst_xxxx_name();
    void moov_meta_xml();
    void moov_mvex();
    void moov_mvex_mehd();
    void moov_mvex_trex();
    void moov_mvhd();
    void moov_trak();
    void moov_trak_edts();
    void moov_trak_edts_elst();
    void moov_trak_load();
    void moov_trak_mdia();
    void moov_trak_mdia_elng();
    void moov_trak_mdia_hdlr();
    void moov_trak_mdia_imap();
    void moov_trak_mdia_imap_sean();
    void moov_trak_mdia_imap_sean___in();
    void moov_trak_mdia_imap_sean___in___ty();
    void moov_trak_mdia_imap_sean___in_dtst();
    void moov_trak_mdia_imap_sean___in_obid();
    void moov_trak_mdia_mdhd();
    void moov_trak_mdia_minf();
    void moov_trak_mdia_minf_code();
    void moov_trak_mdia_minf_code_sean();
    void moov_trak_mdia_minf_code_sean_RU_A();
    void moov_trak_mdia_minf_dinf();
    void moov_trak_mdia_minf_dinf_url_();
    void moov_trak_mdia_minf_dinf_urn_();
    void moov_trak_mdia_minf_dinf_dref();
    void moov_trak_mdia_minf_dinf_dref_alis();
    void moov_trak_mdia_minf_dinf_dref_rsrc();
    void moov_trak_mdia_minf_gmhd();
    void moov_trak_mdia_minf_gmhd_gmin();
    void moov_trak_mdia_minf_gmhd_tmcd();
    void moov_trak_mdia_minf_gmhd_tmcd_tcmi();
    void moov_trak_mdia_minf_gmhd_tcmi();
    void moov_trak_mdia_minf_hint();
    void moov_trak_mdia_minf_hdlr();
    void moov_trak_mdia_minf_hmhd();
    void moov_trak_mdia_minf_nmhd();
    void moov_trak_mdia_minf_smhd();
    void moov_trak_mdia_minf_sthd();
    void moov_trak_mdia_minf_vmhd();
    void moov_trak_mdia_minf_stbl();
    void moov_trak_mdia_minf_stbl_cslg();
    void moov_trak_mdia_minf_stbl_co64();
    void moov_trak_mdia_minf_stbl_ctts();
    void moov_trak_mdia_minf_stbl_sbgp();
    void moov_trak_mdia_minf_stbl_sdtp();
    void moov_trak_mdia_minf_stbl_sgpd();
    void moov_trak_mdia_minf_stbl_stco();
    void moov_trak_mdia_minf_stbl_stdp();
    void moov_trak_mdia_minf_stbl_stps();
    void moov_trak_mdia_minf_stbl_stsc();
    void moov_trak_mdia_minf_stbl_stsd();
    void moov_trak_mdia_minf_stbl_stsd_mebx();
    void moov_trak_mdia_minf_stbl_stsd_mebx_keys();
    void moov_trak_mdia_minf_stbl_stsd_mebx_keys_PHDR();
    void moov_trak_mdia_minf_stbl_stsd_mebx_keys_PHDR_keyd();
    void moov_trak_mdia_minf_stbl_stsd_mebx_keys_xxxx();
    void moov_trak_mdia_minf_stbl_stsd_mebx_keys_xxxx_keyd();
    void moov_trak_mdia_minf_stbl_stsd_mebx_keys_xxxx_dtyp();
    void moov_trak_mdia_minf_stbl_stsd_stpp();
    void moov_trak_mdia_minf_stbl_stsd_stpp_btrt() {moov_trak_mdia_minf_stbl_stsd_xxxx_btrt();}
    void moov_trak_mdia_minf_stbl_stsd_text();
    void moov_trak_mdia_minf_stbl_stsd_tmcd();
    void moov_trak_mdia_minf_stbl_stsd_tmcd_name();
    void moov_trak_mdia_minf_stbl_stsd_tx3g();
    void moov_trak_mdia_minf_stbl_stsd_tx3g_ftab();
    void moov_trak_mdia_minf_stbl_stsd_xxxx();
    void moov_trak_mdia_minf_stbl_stsd_xxxxSound();
    void moov_trak_mdia_minf_stbl_stsd_xxxxText();
    void moov_trak_mdia_minf_stbl_stsd_xxxxVideo();
    void moov_trak_mdia_minf_stbl_stsd_xxxxOthers(const string& CodecIDAddition);
    void moov_trak_mdia_minf_stbl_stsd_xxxx_alac();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_amve();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_AALP();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_ACLR();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_APRG();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_apvC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_ARES();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_AORD();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_av1C();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_av2C();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_avcC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_avcE();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_bitr();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_btrt();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_ccst();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_chan();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_chnl();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_clap();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_clli();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_colr();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_colr_nclc(bool LittleEndian=false, bool HasFlags=false);
    void moov_trak_mdia_minf_stbl_stsd_xxxx_colr_prof();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_cuvv();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_d263();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dac3();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dac4();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_damr();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dec3();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_ddts();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dfLa();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dmlp();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dOps();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dvc1();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dvcC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dvvC() {moov_trak_mdia_minf_stbl_stsd_xxxx_dvcC();}
    void moov_trak_mdia_minf_stbl_stsd_xxxx_dvwC() {moov_trak_mdia_minf_stbl_stsd_xxxx_dvcC();}
    void moov_trak_mdia_minf_stbl_stsd_xxxx_esds();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_fiel();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_gama();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_glbl();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_hvcC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_hvcE();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_idfm();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_jp2h() {jp2h();}
    void moov_trak_mdia_minf_stbl_stsd_xxxx_jp2h_colr() {jp2h_colr();}
    void moov_trak_mdia_minf_stbl_stsd_xxxx_jp2h_ihdr() {jp2h_ihdr();}
    void moov_trak_mdia_minf_stbl_stsd_xxxx_iacb();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_lhvC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_mdcv();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_mhaC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_pasp();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_pcmC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_SA3D();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sinf();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sinf_frma();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sinf_imif();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sinf_schm();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sinf_schi();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_st3d();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_svhd();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_proj();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_proj_prhd();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_proj_cbmp();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_proj_equi();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_proj_mshp();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_sv3d_proj_mshp_mesh();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_udts();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vexu();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vexu_eyes();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vexu_eyes_hero();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vexu_eyes_stri();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vexu_must();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vpcC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_vvcC();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_acbf();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_dec3() {moov_trak_mdia_minf_stbl_stsd_xxxx_dec3();}
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_enda();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_frma();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_samr();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_srcq();
    void moov_trak_mdia_minf_stbl_stsd_xxxx_wave_xxxx();
    void moov_trak_mdia_minf_stbl_stsh();
    void moov_trak_mdia_minf_stbl_stss();
    void moov_trak_mdia_minf_stbl_stsz();
    void moov_trak_mdia_minf_stbl_stts();
    void moov_trak_mdia_minf_stbl_subs();
    void moov_trak_mdia_minf_stbl_stz2() {moov_trak_mdia_minf_stbl_stsz();}
    void moov_trak_meta() {moov_meta();}
    void moov_trak_meta_hdlr() {moov_meta_hdlr();}
    void moov_trak_meta_bxml() {moov_meta_bxml();}
    void moov_trak_meta_keys() {moov_meta_keys();}
    void moov_trak_meta_keys_mdta() {moov_meta_keys_mdta();}
    void moov_trak_meta_ilst() {moov_meta_ilst();}
    void moov_trak_meta_ilst_xxxx() {moov_meta_ilst_xxxx();}
    void moov_trak_meta_ilst_xxxx_data() {moov_meta_ilst_xxxx_data();}
    void moov_trak_meta_ilst_xxxx_mean() {moov_meta_ilst_xxxx_mean();}
    void moov_trak_meta_ilst_xxxx_name() {moov_meta_ilst_xxxx_name();}
    void moov_trak_meta_xml() {moov_meta_xml();}
    void moov_trak_tapt();
    void moov_trak_tapt_clef();
    void moov_trak_tapt_prof();
    void moov_trak_tapt_enof();
    void moov_trak_tkhd();
    void moov_trak_txas();
    void moov_trak_tref();
    void moov_trak_tref_chap();
    void moov_trak_tref_cdsc();
    void moov_trak_tref_clcp();
    void moov_trak_tref_dpnd();
    void moov_trak_tref_fall();
    void moov_trak_tref_folw();
    void moov_trak_tref_forc();
    void moov_trak_tref_ipir();
    void moov_trak_tref_hint();
    void moov_trak_tref_mpod();
    void moov_trak_tref_scpt();
    void moov_trak_tref_ssrc();
    void moov_trak_tref_sync();
    void moov_trak_tref_thmb();
    void moov_trak_tref_tmcd();
    void moov_trak_tref_vdep();
    void moov_trak_udta();
    void moov_trak_udta_free() { moov_udta_free(); }
    void moov_trak_udta_Xtra() { moov_udta_Xtra(); }
    void moov_trak_udta_xxxx();
    void moov_trak_uuid();
    void moov_trak_uuid_SphericalVideo();
    void moov_udta();
    void moov_udta_AllF();
    void moov_udta_chpl();
    void moov_udta_clsf();
    void moov_udta_date();
    void moov_udta_DcMD();
    void moov_udta_DcMD_Cmbo();
    void moov_udta_DcMD_DcME();
    void moov_udta_DcMD_DcME_Keyw();
    void moov_udta_DcMD_DcME_Mtmd();
    void moov_udta_DcMD_DcME_Rate();
    void moov_udta_FIEL();
    void moov_udta_free() { free(); }
    void moov_udta_FXTC();
    void moov_udta_hinf();
    void moov_udta_hinv();
    void moov_udta_hnti();
    void moov_udta_hnti_rtp ();
    void moov_udta_ID32();
    void moov_udta_kywd();
    void moov_udta_loci();
    void moov_udta_LOOP();
    void moov_udta_MCPS();
    void moov_udta_meta();
    void moov_udta_meta_keys();
    void moov_udta_meta_keys_mdta();
    void moov_udta_meta_hdlr();
    void moov_udta_meta_ilst();
    void moov_udta_meta_ilst_xxxx();
    void moov_udta_meta_ilst_xxxx_data();
    void moov_udta_meta_ilst_xxxx_mean();
    void moov_udta_meta_ilst_xxxx_name();
    void moov_udta_meta_uuid();
    void moov_udta_ndrm();
    void moov_udta_nsav();
    void moov_udta_PANA();
    void moov_udta_rtng();
    void moov_udta_ptv ();
    void moov_udta_Sel0();
    void moov_udta_smta();
    void moov_udta_smta_mdln();
    void moov_udta_tags();
    void moov_udta_tags_meta();
    void moov_udta_tags_tseg();
    void moov_udta_tags_tseg_tshd();
    void moov_udta_thmb();
    void moov_udta_WLOC();
    void moov_udta_XMP_();
    void moov_udta_Xtra();
    void moov_udta_yrrc();
    void moov_udta_xxxx();
    void pdin();
    void PICT();
    void pckg();
    void pnot();
    void RDAO();
    void RDAS();
    void RDVO();
    void RDVS();
    void RED1();
    void RED2() {RED1();}
    void REDA();
    void REDV();
    void REOB();
    void skip();
    void sidx();
    void uuid();
    void uuid_C2PA();
    void wide();

    //Helpers
    Ztring Language_Get(int16u Language);
    bool IsQt();
    enum method
    {
        Method_None,
        Method_String,
        Method_String2,
        Method_String3,
        Method_Integer,
        Method_Binary
    };
    method Metadata_Get(std::string &Parameter, int64u Meta);
    method Metadata_Get(std::string &Parameter, const std::string &Meta);
    void Descriptors();
    void TimeCode_Associate(int32u TrackID);
    void AddCodecConfigurationBoxInfo();
    void Loop_CheckValue(int32u& Value, int64u RemainingSize, int8u MinBlockSize, const char* Name);
    void Loop_CheckValue(int32u& Value, int8u MinBlockSize, const char* Name);
    void Loop_CheckValue(int16u& Value, int8u MinBlockSize, const char* Name) { int32u Value2 = Value; Loop_CheckValue(Value2, MinBlockSize, Name); Value = Value2; }
    void Loop_CheckValue(int8u& Value, int8u MinBlockSize, const char* Name) { int32u Value2 = Value; Loop_CheckValue(Value2, MinBlockSize, Name); Value = Value2; }
    void Loop_CheckValue_BS(int32u& Value, int8u MinBlockSize, const char* Name);
    void Loop_CheckValue_BS(int16u& Value, int8u MinBlockSize, const char* Name) { int32u Value2 = Value; Loop_CheckValue_BS(Value2, MinBlockSize, Name); Value = Value2; }
    void Loop_CheckValue_BS(int8u& Value, int8u MinBlockSize, const char* Name) { int32u Value2 = Value; Loop_CheckValue_BS(Value2, MinBlockSize, Name); Value = Value2; }

    //Temp
    int128u                                 Name_UUID;
    bool List;
    bool                                    mdat_MustParse;
    int32u                                  moov_cmov_dcom_Compressor;
    int32u                                  moov_meta_hdlr_Type;
    std::string                             moov_meta_ilst_xxxx_name_Name;
    size_t                                  moov_trak_mdia_minf_stbl_stsd_Pos;
    size_t                                  moov_trak_mdia_minf_stbl_stsz_Pos;
    int32u                                  moov_trak_tkhd_TrackID;
    float32                                 moov_trak_tkhd_Width;
    float32                                 moov_trak_tkhd_Height;
    float32                                 moov_trak_tkhd_DisplayAspectRatio;
    float32                                 moov_trak_tkhd_Rotation;
    std::vector<std::string>                moov_udta_meta_keys_List;
    size_t                                  moov_udta_meta_keys_ilst_Pos;
    int32u                                  moov_mvhd_TimeScale;
    int32u                                  Vendor;
    Ztring                                  Vendor_Version;
    Ztring                                  DisplayAspectRatio;
    Ztring                                  FrameRate_Real;
    int64u                                  FirstMdatPos;
    int64u                                  LastMdatPos; //This is the position of the byte after the last byte of mdat
    int64u                                  FirstMoovPos;
    int64u                                  moof_base_data_offset;
    int32u                                  FrameCount_MaxPerStream;
    bool                                    data_offset_present;
    int64u                                  moof_traf_base_data_offset;
    int32u                                  moof_traf_default_sample_duration;
    int32u                                  moof_traf_default_sample_size;
    int32u                                  MajorBrand;
    bool                                    IsSecondPass;
    bool                                    IsParsing_mdat;
    bool                                    IsFragmented;
    size_t                                  StreamOrder;
    int32u                                  meta_pitm_item_ID;
    std::vector<std::vector<int32u> >       meta_iprp_ipma_Entries;
    #if MEDIAINFO_TRACE
    int64u                                  meta_iprp_ipco_File_Offset;
    #endif
    int8u*                                  meta_iprp_ipco_Buffer;
    size_t                                  meta_iprp_ipco_Buffer_Size; //Used as property_index if no buffer
    int16u                                  channelcount;
    int8u                                   Version_Temp; //Used when box version must be provided to nested boxes

    struct mdat_Pos_Type
    {
        int64u Offset;
        int64u Size;
        int32u StreamID;
        int32u Reserved1;
        int64u Reserved2;
        bool operator<(const mdat_Pos_Type& r) const
        {
            return Offset<r.Offset;
        }
    };

    //Data
    struct stream
    {
        Ztring                  File_Name;
        std::vector<int32u>     CodecConfigurationBoxInfo;
        std::vector<File__Analyze*> Parsers;
        std::map<string, Ztring> Infos;
        MediaInfo_Internal*     MI;
        struct timecode
        {
            int32u TimeScale;
            int32u FrameDuration;
            int8u  NumberOfFrames;
            bool   DropFrame;
            bool   H24;
            bool   NegativeTimes;
        };
        timecode* TimeCode;
        struct nclc
        {
            int8u  colour_primaries;
            int8u  transfer_characteristics;
            int8u  matrix_coefficients;
            bool   HasFlags;
            bool   full_range_flag;
        };
        nclc* Nclc;
        stream_t                StreamKind;
        size_t                  StreamPos;
        int32u                  hdlr_Type;
        int32u                  hdlr_SubType;
        int32u                  hdlr_Manufacturer;
        struct edts_struct
        {
            int64u  Duration;
            int64u  Delay;
            int32u  Rate;
        };
        std::vector<edts_struct> edts;
        std::vector<int64u>     stco;
        struct stsc_struct
        {
            int32u FirstChunk;
            int32u SamplesPerChunk;
        };
        std::vector<stsc_struct> stsc;
        std::vector<int64u>     stsz;
        std::vector<int32u>     stsz_FirstSubSampleSize;
        std::vector<int64u>     stsz_Total; //TODO: merge with stsz
        int64u                  stsz_StreamSize; //TODO: merge with stsz
        int64u                  stsz_MoreThan2_Count;
        std::vector<int64u>     stss; //Sync Sample, base=0
        int64u                  FramePos_Offset;
        std::vector<stts_struct> stts;
        int64u                  stsz_Sample_Size;
        int64u                  stsz_Sample_Multiplier;
        int64u                  stsz_Sample_Count;
        int64u                  tkhd_Duration;
        int32u                  mdhd_TimeScale;
        int64u                  mdhd_Duration;
        int32u                  stts_Min;
        int32u                  stts_Max;
        int64u                  stts_FrameCount;
        int64u                  stts_Duration;
        int64u                  stts_Duration_FirstFrame;
        int64u                  stts_Duration_LastFrame;
        int64u                  stts_SampleDuration;
        int64u                  FirstUsedOffset;
        int64u                  LastUsedOffset;
        int32u                  mvex_trex_default_sample_duration;
        int32u                  mvex_trex_default_sample_size;
        int32u                  TimeCode_TrackID;
        int32u                  HasAtomStyle;
        bool                    TimeCode_IsVisual;
        bool                    IsPcm;
        bool                    IsPcmMono;
        #ifdef MEDIAINFO_DVDIF_ANALYZE_YES
            bool                IsDvDif;
        #endif //MEDIAINFO_DVDIF_ANALYZE_YES
        bool                    IsPriorityStream;
        bool                    IsFilled;
        bool                    IsChapter;
        bool                    IsEnabled;
        bool                    IsExcluded;
        bool                    HasForcedSamples;
        bool                    AllForcedSamples;
        bool                    IsImage;
        bool                    IsCaption;
        bool                    MayHaveCaption;
        bool                    tkhd_Found;
        int32u                  TrackID;
        std::vector<mdat_Pos_Type> mdat_Pos;
        std::vector<int32u>     CC;
        std::vector<int32u>     CCFor;
        std::vector<int32u>     FallBackTo;
        std::vector<int32u>     FallBackFrom;
        std::vector<int32u>     Subtitle;
        std::vector<int32u>     SubtitleFor;
        std::map<std::string, std::vector<int32u> > Infos_List;
        std::vector<int32u>     Forced;
        std::vector<int32u>     ForcedFor;
        std::vector<int32u>     Chapters;
        std::vector<int32u>     ChaptersFor;
        std::vector<int32u>     Meta;
        std::vector<int32u>     MetaFor;
        float32                 CleanAperture_Width;
        float32                 CleanAperture_Height;
        float32                 CleanAperture_PixelAspectRatio;
        #if MEDIAINFO_DEMUX || MEDIAINFO_SEEK
            int8u               Demux_Level;
            int64u              Demux_Offset;

            struct stts_duration
            {
                int64u Pos_Begin;
                int64u Pos_End;
                int64u DTS_Begin;
                int64u DTS_End;
                int32u SampleDuration;
            };
            typedef std::vector<stts_duration> stts_durations;
            stts_durations  stts_Durations;
            size_t          stts_Durations_Pos;
            int64u          stts_FramePos;
        #endif //MEDIAINFO_DEMUX || MEDIAINFO_SEEK
        void                moov_trak_mdia_minf_stbl_stts_Common(int32u SampleCount, int32u SampleDuration, int32u Pos=0, int32u NumberOfEntries=1);
        #if MEDIAINFO_DEMUX
            bool            PtsDtsAreSame;
            bool            Demux_EventWasSent;
            int32u          CodecID;
            void            SplitAudio(File_Mpeg4::stream& Video, int32u moov_mvhd_TimeScale);
        #endif //MEDIAINFO_DEMUX
        #if MEDIAINFO_CONFORMANCE
            bool                stss_IsPresent;
            bool                sbgp_IsPresent;
            std::vector<sgpd_prol_struct> sgpd_prol;
            std::vector<sbgp_struct> sbgp;
            int8u               default_sample_is_non_sync_sample_PresenceAndValue;
            size_t              FirstOutputtedDecodedSample;
        #endif

        stream()
        {
            MI=NULL;
            TimeCode=NULL;
            Nclc=NULL;
            StreamKind=Stream_Max;
            StreamPos=(size_t)-1;
            hdlr_Type=0x00000000;
            hdlr_SubType=0x00000000;
            hdlr_Manufacturer=0x00000000;
            FramePos_Offset=0;
            stsz_StreamSize=0;
            stsz_MoreThan2_Count=0;
            stsz_Sample_Size=0;
            stsz_Sample_Multiplier=1;
            stsz_Sample_Count=0;
            tkhd_Duration=0;
            mdhd_TimeScale=0;
            mdhd_Duration=0;
            stts_Min=(int32u)-1;
            stts_Max=0;
            stts_FrameCount=0;
            stts_Duration=0;
            stts_Duration_FirstFrame=0;
            stts_Duration_LastFrame=0;
            stts_SampleDuration = 0;
            FirstUsedOffset=(int64u)-1;
            LastUsedOffset=(int64u)-1;
            mvex_trex_default_sample_duration=0;
            mvex_trex_default_sample_size=0;
            TimeCode_TrackID=(int32u)-1;
            HasAtomStyle=0;
            TimeCode_IsVisual=false;
            IsPcm=false;
            IsPcmMono=false;
            #ifdef MEDIAINFO_DVDIF_ANALYZE_YES
                IsDvDif=false;
            #endif //MEDIAINFO_DVDIF_ANALYZE_YES
            IsPriorityStream=false;
            IsFilled=false;
            IsChapter=false;
            IsEnabled=false;
            IsExcluded=false;
            HasForcedSamples=false;
            AllForcedSamples=false;
            IsImage=false;
            IsCaption=false;
            MayHaveCaption=false;
            tkhd_Found=false;
            TrackID = 0;
            CleanAperture_Width=0;
            CleanAperture_Height=0;
            CleanAperture_PixelAspectRatio=0;
            #if MEDIAINFO_DEMUX
                Demux_Level=2; //Container
                Demux_Offset=0;
                stts_Durations_Pos=0;
                stts_FramePos=0;
            #endif //MEDIAINFO_DEMUX
            #if MEDIAINFO_DEMUX
                PtsDtsAreSame=false;
                Demux_EventWasSent=false;
                CodecID=0x00000000;
            #endif //MEDIAINFO_DEMUX
            #if MEDIAINFO_CONFORMANCE
                stss_IsPresent=false;
                sbgp_IsPresent=false;
                default_sample_is_non_sync_sample_PresenceAndValue=0;
                FirstOutputtedDecodedSample=0;
            #endif
        }

        ~stream()
        {
            for (size_t Pos=0; Pos<Parsers.size(); Pos++)
                delete Parsers[Pos];
            delete MI; //MI=NULL;
            delete TimeCode; //TimeCode=NULL;
            delete Nclc; //Nclc=NULL;
        }

        void Parsers_Clear()
        {
            Parsers.clear();
            #ifdef MEDIAINFO_DVDIF_ANALYZE_YES
                IsDvDif=false;
            #endif //MEDIAINFO_DVDIF_ANALYZE_YES
        }
    };
    typedef std::map<int32u, stream> streams;
    streams             Streams;
    streams::iterator   Stream;
    File_Mpeg4_Descriptors::es_id_infos ES_ID_Infos;
    #if MEDIAINFO_NEXTPACKET
        bool                    ReferenceFiles_IsParsing;
    #endif //MEDIAINFO_NEXTPACKET

    //Hints
    size_t* File_Buffer_Size_Hint_Pointer;

    //Positions
    typedef std::vector<mdat_Pos_Type> mdat_pos;
    static bool mdat_pos_sort (const File_Mpeg4::mdat_Pos_Type &i,const File_Mpeg4::mdat_Pos_Type &j) { return (i.Offset<j.Offset); }
    void IsParsing_mdat_Set();
    #if MEDIAINFO_DEMUX
    void TimeCodeTrack_Check(stream &Stream_Temp, size_t Pos, int32u StreamID);
    #endif //MEDIAINFO_DEMUX
    mdat_pos mdat_Pos;
    mdat_pos mdat_Pos_Caption;
    mdat_Pos_Type* mdat_Pos_Temp;
    mdat_Pos_Type* mdat_Pos_Temp_ToJump;
    mdat_Pos_Type* mdat_Pos_Max;
    std::vector<int32u> mdat_Pos_ToParseInPriority_StreamIDs;
    std::vector<int32u> mdat_Pos_ToParseInPriority_StreamIDs_ToRemove;
    bool                mdat_Pos_NormalParsing;
    void Skip_NulString(const char* Name);

    #if MEDIAINFO_DEMUX
        int64u          TimeCode_FrameOffset;
        int64u          TimeCode_DtsOffset;
        std::map<int64u, int64u> StreamOffset_Jump; //Key is the current position, value is the jump position
    #endif //MEDIAINFO_DEMUX
    #if MEDIAINFO_CONFORMANCE
        bool            IsCmaf;
    #endif

    //meta_idat parsing
    struct idat_item {
        int64u offset{};
        int64u length{};
        std::unique_ptr<File__Analyze> parser;
    };
    std::map<int16u, idat_item> idat_items;

    //Gain map
    std::shared_ptr<void> GainMap_metadata_ISO;
};

} //NameSpace

#endif
