/*
 	File:		Sound.r
 
 	Contains:	Sound Manager Interfaces.
 
 	Version:	Technology:	Sound Manager 3.3
 				Release:	QuickTime 4.0
 
 	Copyright:	© 1986-1998 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 __SOUND_R__
#define __SOUND_R__

#ifndef __CONDITIONALMACROS_R__
#include "ConditionalMacros.r"
#endif

#define kInvalidSource 					0xFFFFFFFF			/* this source may be returned from GetInfo if no other source is the monitored source */
#define kNoSource 						'none'				/* no source selection */
#define kCDSource 						'cd  '				/* internal CD player input */
#define kExtMicSource 					'emic'				/* external mic input */
#define kSoundInSource 					'sinj'				/* sound input jack */
#define kRCAInSource 					'irca'				/* RCA jack input */
#define kTVFMTunerSource 				'tvfm'
#define kDAVInSource 					'idav'				/* DAV analog input */
#define kIntMicSource 					'imic'				/* internal mic input */
#define kMediaBaySource 				'mbay'				/* media bay input */
#define kModemSource 					'modm'				/* modem input (internal modem on desktops, PCI input on PowerBooks) */
#define kPCCardSource 					'pcm '				/* PC Card pwm input */
#define kZoomVideoSource 				'zvpc'				/* zoom video input */
#define kDVDSource 						'dvda'				/* DVD audio input */

#define kNoSoundComponentType 			'****'
#define kSoundComponentType 			'sift'				/* component type */
#define kSoundComponentPPCType 			'nift'				/* component type for PowerPC code */
#define kRate8SubType 					'ratb'				/* 8-bit rate converter */
#define kRate16SubType 					'ratw'				/* 16-bit rate converter */
#define kConverterSubType 				'conv'				/* sample format converter */
#define kSndSourceSubType 				'sour'				/* generic source component */
#define kMixerType 						'mixr'
#define kMixer8SubType 					'mixb'				/* 8-bit mixer */
#define kMixer16SubType 				'mixw'				/* 16-bit mixer */
#define kSoundInputDeviceType 			'sinp'				/* sound input component */
#define kWaveInSubType 					'wavi'				/* Windows waveIn */
#define kWaveInSnifferSubType 			'wisn'				/* Windows waveIn sniffer */
#define kSoundOutputDeviceType 			'sdev'				/* sound output component */
#define kClassicSubType 				'clas'				/* classic hardware, i.e. Mac Plus */
#define kASCSubType 					'asc '				/* Apple Sound Chip device */
#define kDSPSubType 					'dsp '				/* DSP device */
#define kAwacsSubType 					'awac'				/* Another of Will's Audio Chips device */
#define kGCAwacsSubType 				'awgc'				/* Awacs audio with Grand Central DMA */
#define kSingerSubType 					'sing'				/* Singer (via Whitney) based sound */
#define kSinger2SubType 				'sng2'				/* Singer 2 (via Whitney) for Acme */
#define kWhitSubType 					'whit'				/* Whit sound component for PrimeTime 3 */
#define kSoundBlasterSubType 			'sbls'				/* Sound Blaster for CHRP */
#define kWaveOutSubType 				'wavo'				/* Windows waveOut */
#define kWaveOutSnifferSubType 			'wosn'				/* Windows waveOut sniffer */
#define kDirectSoundSubType 			'dsnd'				/* Windows DirectSound */
#define kDirectSoundSnifferSubType 		'dssn'				/* Windows DirectSound sniffer */
#define kUNIXsdevSubType 				'un1x'				/* UNIX base sdev */
#define kSoundCompressor 				'scom'
#define kSoundDecompressor 				'sdec'
#define kAudioComponentType 			'adio'				/* Audio components and sub-types */
#define kAwacsPhoneSubType 				'hphn'
#define kAudioVisionSpeakerSubType 		'telc'
#define kAudioVisionHeadphoneSubType 	'telh'
#define kPhilipsFaderSubType 			'tvav'
#define kSGSToneSubType 				'sgs0'
#define kSoundEffectsType 				'snfx'				/* sound effects type */
#define kEqualizerSubType 				'eqal'				/* frequency equalizer */
#define kSSpLocalizationSubType 		'snd3'

#define kSoundNotCompressed 			'NONE'				/* sound is not compressed */
#define k8BitOffsetBinaryFormat 		'raw '				/* 8-bit offset binary */
#define k16BitBigEndianFormat 			'twos'				/* 16-bit big endian */
#define k16BitLittleEndianFormat 		'sowt'				/* 16-bit little endian */
#define kFloat32Format 					'fl32'				/* 32-bit floating point */
#define kFloat64Format 					'fl64'				/* 64-bit floating point */
#define k24BitFormat 					'in24'				/* 24-bit integer */
#define k32BitFormat 					'in32'				/* 32-bit integer */
#define kMACE3Compression 				'MAC3'				/* MACE 3:1 */
#define kMACE6Compression 				'MAC6'				/* MACE 6:1 */
#define kCDXA4Compression 				'cdx4'				/* CD/XA 4:1 */
#define kCDXA2Compression 				'cdx2'				/* CD/XA 2:1 */
#define kIMACompression 				'ima4'				/* IMA 4:1 */
#define kULawCompression 				'ulaw'				/* µLaw 2:1 */
#define kALawCompression 				'alaw'				/* aLaw 2:1 */
#define kMicrosoftADPCMFormat 			0x6D730002			/* Microsoft ADPCM - ACM code 2 */
#define kDVIIntelIMAFormat 				0x6D730011			/* DVI/Intel IMA ADPCM - ACM code 17 */
#define kDVAudioFormat 					'dvca'				/* DV Audio */
#define kQDesignCompression 			'QDMC'				/* QDesign music */
#define kQUALCOMMCompression 			'Qclp'				/* QUALCOMM PureVoice */
#define kOffsetBinary 					'raw '				/* for compatibility */
#define kTwosComplement 				'twos'				/* for compatibility */
#define kLittleEndianFormat 			'sowt'				/* for compatibility */

#define k8BitRawIn 						0x01				/* data description */
#define k8BitTwosIn 					0x02
#define k16BitIn 						0x04
#define kStereoIn 						0x08
#define k8BitRawOut 					0x0100
#define k8BitTwosOut 					0x0200
#define k16BitOut 						0x0400
#define kStereoOut 						0x0800
#define kReverse 						0x00010000			/*   function description */
#define kRateConvert 					0x00020000
#define kCreateSoundSource 				0x00040000
#define kHighQuality 					0x00400000			/*   performance description */
#define kNonRealTime 					0x00800000


/*----------------------------snd  „ Sound----------------------------------------------*/
type 'snd ' {
		switch {
			case FormatOne:
				key unsigned integer = $0001;
				unsigned integer = $$CountOf(Synthesizers);
				wide array Synthesizers {
					/* Resource ID of synthesizer/modifer */
					integer		squareWaveSynth		= $0001,
								waveTableSynth		= $0003,
								sampledSynth		= $0005;
					longint;									/* init parameter		*/
				};

			case FormatTwo:
				key unsigned integer = $0002;
				integer		free = 0, keepInMemory = 256+1;		/* Space for refe count	*/
		};
		unsigned integer = $$CountOf(SoundCmnds);
		wide array SoundCmnds {
			boolean		noData, hasData;
			switch {
				case nullCmd:
					key bitstring[15] = 0;
					fill word;									/* Param 1 = nil		*/
					fill long;									/* Param 2 = nil		*/
				case quietCmd:
					key bitstring[15] = 3;
					fill word;									/* Param 1 = nil		*/
					fill long;									/* Param 2 = nil		*/
				case flushCmd:
					key bitstring[15] = 4;
					fill word;									/* Param 1 = nil		*/
					fill long;									/* Param 2 = nil		*/
				case waitCmd:
					key bitstring[15] = 10;
					integer		oneSecond = 2000;				/* Duration				*/
					fill long;									/* Param 2 = nil		*/
				case pauseCmd:
					key bitstring[15] = 11;
					fill word;									/* Param 1 = nil		*/
					fill long;									/* Param 2 = nil		*/
				case resumeCmd:
					key bitstring[15] = 12;
					fill word;									/* Param 1 = nil		*/
					fill long;									/* Param 2 = nil		*/
				case callBackCmd:
					key bitstring[15] = 13;
					integer;									/* User-defined			*/
					longint;									/* User-defined			*/
				case syncCmd:
					key bitstring[15] = 14;
					integer;									/* Count				*/
					longint;									/* Identifier			*/
				case emptyCmd:
					key bitstring[15] = 15;
					fill word;									/* Param 1 = nil		*/
					fill long;									/* Param 2 = nil		*/
				case freqDurationCmd:
					key bitstring[15] = 40;
					integer		oneSecond = 2000;				/* Duration				*/
					longint;									/* frequency			*/
				case restCmd:
					key bitstring[15] = 41;
					integer		oneSecond = 2000;				/* Duration				*/
					fill long;									/* Param 2 = nil		*/
				case freqCmd:
					key bitstring[15] = 42;
					fill word;									/* Param 1 = nil		*/
					longint;									/* Frequency			*/
				case ampCmd:
					key bitstring[15] = 43;
					integer;									/* Amplitude			*/
					fill long;									/* Param 2				*/
				case timbreCmd:
					key bitstring[15] = 44;
					integer		sineWave, squareWave = 255;		/* Timbre				*/
					fill long;									/* Param 2				*/
				case waveTableCmd:
					key bitstring[15] = 60;
					unsigned integer;							/* Length				*/
					longint;									/* Pointer to table		*/
				case phaseCmd:
					key bitstring[15] = 61;
					integer;									/* Shift				*/
					longint;									/* chanPtr				*/
				case soundCmd:
					key bitstring[15] = 80;
					fill word;									/* Param 1 = nil		*/
					longint;									/* Pointer to sound		*/
				case bufferCmd:
					key bitstring[15] = 81;
					fill word;									/* Param 1 = nil		*/
					longint;									/* Pointer to buffer	*/
				case rateCmd:
					key bitstring[15] = 82;
					fill word;									/* Param 1 = nil		*/
					longint;									/* Rate					*/
			};
		};
		array DataTables {
	DataTable:
			fill long;											/* Pointer to data		*/
	SampleCnt:
			unsigned longint;									/* # of sound samples	*/
			unsigned hex longint
					Rate22K = $56EE8BA3;						/* Sampling rate		*/
			unsigned longint;									/* Start of loop		*/
			unsigned longint;									/* End of loop			*/
			hex byte;											/* encode (header type)	*/
			hex byte;											/* baseFrequency		*/
			hex string [$$Long(SampleCnt[$$ArrayIndex(DataTables)])];
		};
};

#endif /* __SOUND_R__ */