/*
 	File:		MoviesFormat.h
 
 	Contains:	QuickTime interfaces
 
 	Version:	Technology:	
 				Release:	QuickTime 4.0
 
 	Copyright:	(c) 1990-1998 by Apple Computer, Inc., all rights reserved
 
 	Bugs?:		For bug reports, consult the following page on
 				the World Wide Web:
 
 					http://developer.apple.com/bugreporter/
 
*/
#ifndef __MOVIESFORMAT__
#define __MOVIESFORMAT__

#ifndef __MACTYPES__
#include <MacTypes.h>
#endif
#ifndef __MOVIES__
#include <Movies.h>
#endif



#if PRAGMA_ONCE
#pragma once
#endif

#ifdef __cplusplus
extern "C" {
#endif

#if PRAGMA_IMPORT
#pragma import on
#endif

#if PRAGMA_STRUCT_ALIGN
	#pragma options align=mac68k
#elif PRAGMA_STRUCT_PACKPUSH
	#pragma pack(push, 2)
#elif PRAGMA_STRUCT_PACK
	#pragma pack(2)
#endif


enum {
	kMovieVersion				= 0								/* version number of the format here described */
};

/****************************************
*
*   General Types -
*		These types are used in more than one of the
*		directory types.
*
****************************************/

struct MoviesUserData {
	long 							size;						/* size of this user data */
	long 							udType;						/* type of user data */
	char 							data[1];					/* the user data */
};
typedef struct MoviesUserData			MoviesUserData;

struct UserDataAtom {
	long 							size;
	long 							atomType;
	MoviesUserData 					userData[1];
};
typedef struct UserDataAtom				UserDataAtom;
/* MoviesDataDescription tells us where the data for the movie or track lives.
   The data can follow the directory, be in the datafork of the same file as the directory resource,
   be in the resource fork of the same file as the directory resource, be in another file in the
   data fork or resource fork, or require a specific bottleneck to fetch the data. */
/****************************************
*
*   MediaDirectory information -
*		The MediaDirectory is tightly coupled to the data.
*
****************************************/


struct SampleDescriptionAtom {
	long 							size;
	long 							atomType;					/* = 'stsd' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							numEntries;
	SampleDescription 				sampleDescTable[1];
};
typedef struct SampleDescriptionAtom	SampleDescriptionAtom;
/* TimeToSampleNum maps physical sample time to physical sample number. */

struct TimeToSampleNum {
	long 							sampleCount;
	TimeValue 						sampleDuration;
};
typedef struct TimeToSampleNum			TimeToSampleNum;

struct TimeToSampleNumAtom {
	long 							size;
	long 							atomType;					/* = 'stts' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							numEntries;
	TimeToSampleNum 				timeToSampleNumTable[1];
};
typedef struct TimeToSampleNumAtom		TimeToSampleNumAtom;
/* SyncSamples is a list of the physical samples which are self contained. */

struct SyncSampleAtom {
	long 							size;
	long 							atomType;					/* = 'stss' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							numEntries;
	long 							syncSampleTable[1];
};
typedef struct SyncSampleAtom			SyncSampleAtom;
/* SampleToChunk maps physical sample number to chunk number. */
/* same as SampleToChunk, but redundant first sample is removed */

struct SampleToChunk {
	long 							firstChunk;
	long 							samplesPerChunk;
	long 							sampleDescriptionID;
};
typedef struct SampleToChunk			SampleToChunk;

struct SampleToChunkAtom {
	long 							size;
	long 							atomType;					/* = 'stsc' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							numEntries;
	SampleToChunk 					sampleToChunkTable[1];
};
typedef struct SampleToChunkAtom		SampleToChunkAtom;

struct ChunkOffsetAtom {
	long 							size;
	long 							atomType;					/* = 'stco' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							numEntries;
	long 							chunkOffsetTable[1];
};
typedef struct ChunkOffsetAtom			ChunkOffsetAtom;

struct SampleSizeAtom {
	long 							size;
	long 							atomType;					/* = 'stsz' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							sampleSize;
	long 							numEntries;
	long 							sampleSizeTable[1];
};
typedef struct SampleSizeAtom			SampleSizeAtom;

struct ShadowSync {
	long 							fdSampleNum;
	long 							syncSampleNum;
};
typedef struct ShadowSync				ShadowSync;

struct ShadowSyncAtom {
	long 							size;
	long 							atomType;					/* = 'stsz' */
	long 							flags;						/* 1 byte of version / 3 bytes of flags */
	long 							numEntries;
	ShadowSync 						shadowSyncTable[1];
};
typedef struct ShadowSyncAtom			ShadowSyncAtom;

struct SampleTableAtom {
	long 							size;
	long 							atomType;					/* = 'stbl' */

	SampleDescriptionAtom 			sampleDescription;
	TimeToSampleNumAtom 			timeToSampleNum;
	SampleToChunkAtom 				sampleToChunk;
	SyncSampleAtom 					syncSample;
	SampleSizeAtom 					sampleSize;
	ChunkOffsetAtom 				chunkOffset;
	ShadowSyncAtom 					shadowSync;
};
typedef struct SampleTableAtom			SampleTableAtom;

struct PublicHandlerInfo {
	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	long 							componentType;
	long 							componentSubType;
	long 							componentManufacturer;
	long 							componentFlags;
	long 							componentFlagsMask;
	char 							componentName[1];
};
typedef struct PublicHandlerInfo		PublicHandlerInfo;

struct HandlerAtom {
	long 							size;
	long 							atomType;					/* = 'hdlr' */

	PublicHandlerInfo 				hInfo;
};
typedef struct HandlerAtom				HandlerAtom;
/* a data reference is a private structure */

typedef long 							DataRefAtom;

struct DataInfoAtom {
	long 							size;
	long 							atomType;					/* = 'dinf' */

	DataRefAtom 					dataRef;
};
typedef struct DataInfoAtom				DataInfoAtom;

struct RgnAtom {
	long 							size;
	long 							atomType;

	short 							rgnSize;
	Rect 							rgnBBox;
	char 							data[1];
};
typedef struct RgnAtom					RgnAtom;

struct MatteCompressedAtom {
	long 							size;
	long 							atomType;

	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	ImageDescription 				matteImageDescription;

	char 							matteData[1];
};
typedef struct MatteCompressedAtom		MatteCompressedAtom;

struct MatteAtom {
	long 							size;
	long 							atomType;

	MatteCompressedAtom 			aCompressedMatte;
};
typedef struct MatteAtom				MatteAtom;

struct ClippingAtom {
	long 							size;
	long 							atomType;

	RgnAtom 						aRgnClip;
};
typedef struct ClippingAtom				ClippingAtom;
/***********************
* Media Info Example Structures
***********************/


struct VideoMediaInfoHeader {
	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	short 							graphicsMode;				/* for QD - transfer mode */
	short 							opColorRed;					/* opcolor for transfer mode */
	short 							opColorGreen;
	short 							opColorBlue;
};
typedef struct VideoMediaInfoHeader		VideoMediaInfoHeader;

struct VideoMediaInfoHeaderAtom {
	long 							size;						/* size of Media info */
	long 							atomType;					/* = 'vmhd' */
	VideoMediaInfoHeader 			vmiHeader;
};
typedef struct VideoMediaInfoHeaderAtom	VideoMediaInfoHeaderAtom;

struct VideoMediaInfo {
	long 							size;						/* size of Media info */
	long 							atomType;					/* = 'minf' */

	VideoMediaInfoHeaderAtom 		header;

	HandlerAtom 					dataHandler;

	DataInfoAtom 					dataInfo;

	SampleTableAtom 				sampleTable;
};
typedef struct VideoMediaInfo			VideoMediaInfo;

struct SoundMediaInfoHeader {
	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	short 							balance;
	short 							rsrvd;
};
typedef struct SoundMediaInfoHeader		SoundMediaInfoHeader;

struct SoundMediaInfoHeaderAtom {
	long 							size;						/* size of Media info */
	long 							atomType;					/* = 'vmhd' */

	SoundMediaInfoHeader 			smiHeader;
};
typedef struct SoundMediaInfoHeaderAtom	SoundMediaInfoHeaderAtom;

struct SoundMediaInfo {
	long 							size;						/* size of Media info */
	long 							atomType;					/* = 'minf' */

	SoundMediaInfoHeaderAtom 		header;

	HandlerAtom 					dataHandler;

	DataRefAtom 					dataReference;

	SampleTableAtom 				sampleTable;
};
typedef struct SoundMediaInfo			SoundMediaInfo;
/* whatever data the media handler needs goes after the atomType */

struct MediaInfo {
	long 							size;
	long 							atomType;
};
typedef struct MediaInfo				MediaInfo;
/***********************
* Media Directory Structures
***********************/

struct MediaHeader {
	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	long 							creationTime;				/* seconds since Jan 1904 when directory was created */
	long 							modificationTime;			/* seconds since Jan 1904 when directory was appended */

	TimeValue 						timeScale;					/* start time for Media (Media time) */
	TimeValue 						duration;					/* length of Media (Media time) */

	short 							language;
	short 							quality;
};
typedef struct MediaHeader				MediaHeader;

struct MediaHeaderAtom {
	long 							size;
	long 							atomType;

	MediaHeader 					header;
};
typedef struct MediaHeaderAtom			MediaHeaderAtom;

struct MediaDirectory {
	long 							size;
	long 							atomType;					/* = 'mdia' */

	MediaHeaderAtom 				mediaHeader;				/* standard Media information */

	HandlerAtom 					mediaHandler;

	MediaInfo 						mediaInfo;
};
typedef struct MediaDirectory			MediaDirectory;
/***********************
* Track Structures
***********************/

enum {
	TrackEnable					= 1 << 0,
	TrackInMovie				= 1 << 1,
	TrackInPreview				= 1 << 2,
	TrackInPoster				= 1 << 3
};


struct TrackHeader {
	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	long 							creationTime;				/* seconds since Jan 1904 when directory was created */
	long 							modificationTime;			/* seconds since Jan 1904 when directory was appended */

	long 							trackID;

	long 							reserved1;

	TimeValue 						duration;					/* length of track (track time) */

	long 							reserved2;
	long 							reserved3;

	short 							layer;
	short 							alternateGroup;

	short 							volume;
	short 							reserved4;

	MatrixRecord 					matrix;
	Fixed 							trackWidth;
	Fixed 							trackHeight;
};
typedef struct TrackHeader				TrackHeader;

struct TrackHeaderAtom {
	long 							size;						/* size of track header */
	long 							atomType;					/* = 'tkhd' */

	TrackHeader 					header;
};
typedef struct TrackHeaderAtom			TrackHeaderAtom;

struct EditListType {
	TimeValue 						trackDuration;
	TimeValue 						mediaTime;
	Fixed 							mediaRate;
};
typedef struct EditListType				EditListType;

struct EditListAtom {
	long 							size;
	long 							atomType;					/* = elst */

	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	long 							numEntries;
	EditListType 					editListTable[1];
};
typedef struct EditListAtom				EditListAtom;

struct EditsAtom {
	long 							size;
	long 							atomType;					/* = edts */

	EditListAtom 					editList;
};
typedef struct EditsAtom				EditsAtom;

struct TrackLoadSettings {
	TimeValue 						preloadStartTime;
	TimeValue 						preloadDuration;
	long 							preloadFlags;
	long 							defaultHints;
};
typedef struct TrackLoadSettings		TrackLoadSettings;

struct TrackLoadSettingsAtom {
	long 							size;
	long 							atomType;					/* = load */

	TrackLoadSettings 				settings;
};
typedef struct TrackLoadSettingsAtom	TrackLoadSettingsAtom;

struct TrackDirectory {
	long 							size;
	long 							atomType;					/* = 'trak' */

	TrackHeaderAtom 				trackHeader;				/* standard track information */

	ClippingAtom 					trackClip;

	EditsAtom 						edits;

	MediaDirectory 					media;

	UserDataAtom 					userData;					/* space for extending with new data types */
};
typedef struct TrackDirectory			TrackDirectory;
/****************************************
*
*   MovieDirectory -
*		The MovieDirectory is the top level structure which
*		holds the TrackInstance describing where the
*		TrackDirectories are.
*
****************************************/

struct MovieHeader {
	long 							flags;						/* 1 byte of version / 3 bytes of flags */

	long 							creationTime;				/* seconds since Jan 1904 when directory was created */
	long 							modificationTime;			/* seconds since Jan 1904 when directory was appended */

	TimeValue 						timeScale;					/* Time specifications */
	TimeValue 						duration;
	Fixed 							preferredRate;				/* rate at which to play this movie */

	short 							preferredVolume;			/* volume to play movie at */
	short 							reserved1;

	long 							preferredLong1;
	long 							preferredLong2;

	MatrixRecord 					matrix;

	TimeValue 						previewTime;				/* time in track the proxy begins (track time) */
	TimeValue 						previewDuration;			/* how long the proxy lasts (track time) */

	TimeValue 						posterTime;					/* time in track the proxy begins (track time) */

	TimeValue 						selectionTime;				/* time in track the proxy begins (track time) */
	TimeValue 						selectionDuration;			/* time in track the proxy begins (track time) */
	TimeValue 						currentTime;				/* time in track the proxy begins (track time) */

	long 							nextTrackID;				/* next value to use for a TrackID */
};
typedef struct MovieHeader				MovieHeader;

struct MovieHeaderAtom {
	long 							size;
	long 							atomType;					/* = 'mvhd' */

	MovieHeader 					header;
};
typedef struct MovieHeaderAtom			MovieHeaderAtom;

struct TrackDirectoryEntry {
	TrackDirectory 					trackDirectory;				/* Track directory information */
};
typedef struct TrackDirectoryEntry		TrackDirectoryEntry;

struct MovieDirectory {
	long 							size;
	long 							atomType;					/* = 'moov' */

	MovieHeaderAtom 				header;

	ClippingAtom 					movieClip;

																/* Track Directories */
	TrackDirectoryEntry 			track[1];					/* Track directory information */

																/* User data for Movie */
	UserDataAtom 					userData;					/* space for user extensions */
};
typedef struct MovieDirectory			MovieDirectory;
/****************************************
****************************************/

/* Movie formats and tags */

enum {
																/* some system defined format IDs */
	MOVIE_TYPE					= FOUR_CHAR_CODE('moov'),
	TRACK_TYPE					= FOUR_CHAR_CODE('trak'),
	MEDIA_TYPE					= FOUR_CHAR_CODE('mdia'),
	VIDEO_TYPE					= FOUR_CHAR_CODE('vide'),
	SOUND_TYPE					= FOUR_CHAR_CODE('soun')
};

/* atom id's */

enum {
	MovieAID					= FOUR_CHAR_CODE('moov'),
	MovieHeaderAID				= FOUR_CHAR_CODE('mvhd'),
	ClipAID						= FOUR_CHAR_CODE('clip'),
	RgnClipAID					= FOUR_CHAR_CODE('crgn'),
	MatteAID					= FOUR_CHAR_CODE('matt'),
	MatteCompAID				= FOUR_CHAR_CODE('kmat'),
	TrackAID					= FOUR_CHAR_CODE('trak'),
	UserDataAID					= FOUR_CHAR_CODE('udta'),
	TrackHeaderAID				= FOUR_CHAR_CODE('tkhd'),
	EditsAID					= FOUR_CHAR_CODE('edts'),
	EditListAID					= FOUR_CHAR_CODE('elst'),
	MediaAID					= FOUR_CHAR_CODE('mdia'),
	MediaHeaderAID				= FOUR_CHAR_CODE('mdhd'),
	MediaInfoAID				= FOUR_CHAR_CODE('minf'),
	VideoMediaInfoHeaderAID		= FOUR_CHAR_CODE('vmhd'),
	SoundMediaInfoHeaderAID		= FOUR_CHAR_CODE('smhd'),
	GenericMediaInfoHeaderAID	= FOUR_CHAR_CODE('gmhd'),
	GenericMediaInfoAID			= FOUR_CHAR_CODE('gmin'),
	DataInfoAID					= FOUR_CHAR_CODE('dinf'),
	DataRefAID					= FOUR_CHAR_CODE('dref'),
	SampleTableAID				= FOUR_CHAR_CODE('stbl'),
	STSampleDescAID				= FOUR_CHAR_CODE('stsd'),
	STTimeToSampAID				= FOUR_CHAR_CODE('stts'),
	STSyncSampleAID				= FOUR_CHAR_CODE('stss'),
	STSampleToChunkAID			= FOUR_CHAR_CODE('stsc'),
	STShadowSyncAID				= FOUR_CHAR_CODE('stsh'),
	HandlerAID					= FOUR_CHAR_CODE('hdlr'),
	STSampleSizeAID				= FOUR_CHAR_CODE('stsz'),
	STChunkOffsetAID			= FOUR_CHAR_CODE('stco'),
	STChunkOffset64AID			= FOUR_CHAR_CODE('co64'),
	STSampleIDAID				= FOUR_CHAR_CODE('stid'),
	DataRefContainerAID			= FOUR_CHAR_CODE('drfc'),
	TrackReferenceAID			= FOUR_CHAR_CODE('tref'),
	ColorTableAID				= FOUR_CHAR_CODE('ctab'),
	LoadSettingsAID				= FOUR_CHAR_CODE('load'),
	PropertyAtomAID				= FOUR_CHAR_CODE('code'),
	InputMapAID					= FOUR_CHAR_CODE('imap'),
	MovieBufferHintsAID			= FOUR_CHAR_CODE('mbfh'),
	MovieDataRefAliasAID		= FOUR_CHAR_CODE('mdra'),
	SoundLocalizationAID		= FOUR_CHAR_CODE('sloc'),
	CompressedMovieAID			= FOUR_CHAR_CODE('cmov'),
	CompressedMovieDataAID		= FOUR_CHAR_CODE('cmvd'),
	DataCompressionAtomAID		= FOUR_CHAR_CODE('dcom'),
	ReferenceMovieRecordAID		= FOUR_CHAR_CODE('rmra'),
	ReferenceMovieDescriptorAID	= FOUR_CHAR_CODE('rmda'),
	ReferenceMovieDataRefAID	= FOUR_CHAR_CODE('rdrf'),
	ReferenceMovieVersionCheckAID = FOUR_CHAR_CODE('rmvc'),
	ReferenceMovieDataRateAID	= FOUR_CHAR_CODE('rmdr'),
	ReferenceMovieComponentCheckAID = FOUR_CHAR_CODE('rmcd'),
	ReferenceMovieQualityAID	= FOUR_CHAR_CODE('rmqu'),
	ReferenceMovieLanguageAID	= FOUR_CHAR_CODE('rmla'),
	ReferenceMovieCPURatingAID	= FOUR_CHAR_CODE('rmcs'),
	ReferenceMovieAlternateGroupAID = FOUR_CHAR_CODE('rmag')
};

/* Text ATOM definitions*/


struct TextBoxAtom {
	long 							size;
	long 							atomType;					/* = 'tbox' */
	Rect 							textBox;					/* New text box (overrides defaultTextBox)*/
};
typedef struct TextBoxAtom				TextBoxAtom;

struct HiliteAtom {
	long 							size;
	long 							atomType;					/* = 'hlit' */
	long 							selStart;					/* hilite selection start character*/
	long 							selEnd;						/* hilite selection end character*/
};
typedef struct HiliteAtom				HiliteAtom;

struct KaraokeRec {
	TimeValue 						timeVal;
	short 							beginHilite;
	short 							endHilite;
};
typedef struct KaraokeRec				KaraokeRec;

struct KaraokeAtom {
	long 							numEntries;
	KaraokeRec 						karaokeEntries[1];
};
typedef struct KaraokeAtom				KaraokeAtom;
/* for ReferenceMovieDataRefRecord.flags*/

enum {
	kDataRefIsSelfContained		= (1 << 0)
};


struct ReferenceMovieDataRefRecord {
	long 							flags;
	OSType 							dataRefType;
	long 							dataRefSize;
	char 							dataRef[1];
};
typedef struct ReferenceMovieDataRefRecord ReferenceMovieDataRefRecord;
/* for VersionCheckRecord.checkType*/

enum {
	kVersionCheckMin			= 0,							/* val1 is the min. version required*/
	kVersionCheckMask			= 1								/* (gestalt return value & val2) must == val1*/
};


struct QTAltVersionCheckRecord {
	long 							flags;						/* currently always 0*/
	OSType 							gestaltTag;
	UInt32 							val1;
	UInt32 							val2;
	short 							checkType;
};
typedef struct QTAltVersionCheckRecord	QTAltVersionCheckRecord;
/* some helpful constants for DataRateRecord.dataRate */

enum {
	kDataRate144ModemRate		= 1400,
	kDataRate288ModemRate		= 2800,
	kDataRateISDNRate			= 5600,
	kDataRateDualISDNRate		= 11200,
	kDataRateT1Rate				= 150000L,
	kDataRateInfiniteRate		= 0x7FFFFFFF
};


struct QTAltDataRateRecord {
	long 							flags;						/* currently always 0*/
	long 							dataRate;
};
typedef struct QTAltDataRateRecord		QTAltDataRateRecord;

struct QTAltComponentCheckRecord {
	long 							flags;						/* currently always 0 */
	ComponentDescription 			cd;
	unsigned long 					minVersion;
};
typedef struct QTAltComponentCheckRecord QTAltComponentCheckRecord;

struct QTAltLanguageRecord {
	long 							flags;						/* currently always 0*/
	short 							language;
};
typedef struct QTAltLanguageRecord		QTAltLanguageRecord;


enum {
	kQTCPUSpeed1Rating			= 100,							/* slowest*/
	kQTCPUSpeed2Rating			= 200,
	kQTCPUSpeed3Rating			= 300,
	kQTCPUSpeed4Rating			= 400,
	kQTCPUSpeed5Rating			= 500							/* fastest*/
};


struct QTAltCPURatingRecord {
	UInt32 							flags;						/* currently always 0*/
	UInt16 							speed;
};
typedef struct QTAltCPURatingRecord		QTAltCPURatingRecord;


#if PRAGMA_STRUCT_ALIGN
	#pragma options align=reset
#elif PRAGMA_STRUCT_PACKPUSH
	#pragma pack(pop)
#elif PRAGMA_STRUCT_PACK
	#pragma pack()
#endif

#ifdef PRAGMA_IMPORT_OFF
#pragma import off
#elif PRAGMA_IMPORT
#pragma import reset
#endif

#ifdef __cplusplus
}
#endif

#endif /* __MOVIESFORMAT__ */