palm-os-sdk/sdk-5r4/include/Core/System/SoundMgr.h
2018-08-30 15:18:26 +01:00

480 lines
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C
Executable File

/******************************************************************************
*
* Copyright (c) 1995-2004 PalmSource, Inc. All rights reserved.
*
* File: SoundMgr.h
*
* Release: eclipse 5 SDK (68K) R4.
*
* Description:
* Include file for Sound Manager
*
*****************************************************************************/
#ifndef __SOUNDMGR_H__
#define __SOUNDMGR_H__
// Include elementary types
#include <PalmTypes.h>
#include <CoreTraps.h> // Trap Numbers.
#include <Preferences.h>
/************************************************************
* Sound Manager constants
*
*************************************************************/
// Sound Manager max and default volume levels
#define sndMaxAmp 64
//#define sndVolumeMask 0x0ff
#define sndDefaultAmp sndMaxAmp
#define sndMidiNameLength 32 // MIDI track name length *including* NULL terminator
/************************************************************
* Sound Manager data structures
*
*************************************************************/
//
// Command numbers for SndCommandType's cmd field
//
enum SndCmdIDTag {
sndCmdFreqDurationAmp = 1, // play a sound, blocking for the entire duration (except for zero amplitude)
// param1 = frequency in Hz
// param2 = duration in milliseconds
// param3 = amplitude (0 - sndMaxAmp); if 0, will return immediately
// Commands added in PilotOS v3.0
// ***IMPORTANT***
// Please note that SndDoCmd() in PilotOS before v3.0 will Fatal Error on unknown
// commands (anything other than sndCmdFreqDurationAmp). For this reason,
// applications wishing to take advantage of these new commands while staying
// compatible with the earlier version of the OS, _must_ avoid using these commands
// when running on OS versions less thatn v3.0 (see sysFtrNumROMVersion in SystemMgr.h).
// Beginning with v3.0, SndDoCmd has been fixed to return sndErrBadParam when an
// unknown command is passed.
//
sndCmdNoteOn, // start a sound given its MIDI key index, max duration and velocity;
// the call will not wait for the sound to complete, returning imeediately;
// any other sound play request made before this one completes will interrupt it.
// param1 = MIDI key index (0-127)
// param2 = maximum duration in milliseconds
// param3 = velocity (0 - 127) (will be interpolated as amplitude)
sndCmdFrqOn, // start a sound given its frequency in Hz, max duration and amplitude;
// the call will not wait for the sound to complete, returning imeediately;
// any other sound play request made before this one completes will interrupt it.
// param1 = frequency in Hz
// param2 = maximum duration in milliseconds
// param3 = amplitude (0 - sndMaxAmp)
sndCmdQuiet // stop current sound
// param1 = 0
// param2 = 0
// param3 = 0
};
typedef UInt8 SndCmdIDType;
//
// SndCommandType: used by SndDoCmd()
//
typedef struct SndCommandType {
SndCmdIDType cmd; // command id
UInt8 reserved;
Int32 param1; // first parameter
UInt16 param2; // second parameter
UInt16 param3; // third parameter
} SndCommandType;
typedef SndCommandType* SndCommandPtr;
//
// Beep numbers used by SndSysBeep()
//
enum SndSysBeepTag {
sndInfo = 1,
sndWarning,
sndError,
sndStartUp,
sndAlarm,
sndConfirmation,
sndClick
};
typedef UInt8 SndSysBeepType;
/************************************************************
* Standard MIDI File (SMF) support structures
*************************************************************/
// Structure of records in the MIDI sound database:
//
// Each MIDI record consists of a record header followed immediately by the
// Standard MIDI File (SMF) data stream. Only SMF format #0 is presently supported.
// The first byte of the record header is the byte offset from the beginning of the record
// to the SMF data stream. The name of the record follows the byte offset
// field. sndMidiNameLength is the limit on name size (including NULL).
#define sndMidiRecSignature 'PMrc'
typedef struct SndMidiRecHdrType {
UInt32 signature; // set to sndMidiRecSignature
UInt8 bDataOffset; // offset from the beginning of the record
// to the Standard Midi File data stream
UInt8 reserved; // set to zero
} SndMidiRecHdrType;
typedef struct SndMidiRecType {
SndMidiRecHdrType hdr; // offset from the beginning of the record
// to the Standard Midi File data stream
Char name[2]; // Track name: 1 or more chars including NULL terminator.
// If a track has no name, the NULL character must still
// be provided.
// Set to 2 to pad the structure out to a word boundary.
} SndMidiRecType;
// Midi records found by SndCreateMidiList.
typedef struct SndMidiListItemType
{
Char name[sndMidiNameLength]; // including NULL terminator
UInt32 uniqueRecID;
LocalID dbID;
UInt16 cardNo;
} SndMidiListItemType;
// Commands for SndPlaySmf
enum SndSmfCmdEnumTag {
sndSmfCmdPlay = 1, // play the selection
sndSmfCmdDuration // get the duration in milliseconds of the entire track
};
typedef UInt8 SndSmfCmdEnum;
typedef void SndComplFuncType(void *chanP, UInt32 dwUserData);
typedef SndComplFuncType *SndComplFuncPtr;
// Return true to continue, false to abort
typedef Boolean SndBlockingFuncType(void *chanP, UInt32 dwUserData, Int32 sysTicksAvailable);
typedef SndBlockingFuncType *SndBlockingFuncPtr;
typedef struct SndCallbackInfoType {
MemPtr funcP; // pointer to the callback function (NULL = no function)
UInt32 dwUserData; // value to be passed in the dwUserData parameter of the callback function
} SndCallbackInfoType;
typedef struct SndSmfCallbacksType {
SndCallbackInfoType completion; // completion callback function (see SndComplFuncType)
SndCallbackInfoType blocking; // blocking hook callback function (see SndBlockingFuncType)
SndCallbackInfoType reserved; // RESERVED -- SET ALL FIELDS TO ZERO BEFORE PASSING
} SndSmfCallbacksType;
#define sndSmfPlayAllMilliSec 0xFFFFFFFFUL
typedef struct SndSmfOptionsType {
// dwStartMilliSec and dwEndMilliSec are used as inputs to the function for sndSmfCmdPlay and as
// outputs for sndSmfCmdDuration
UInt32 dwStartMilliSec; // 0 = "start from the beginning"
UInt32 dwEndMilliSec; // sndSmfPlayAllMilliSec = "play the entire track";
// the default is "play entire track" if this structure
// is not passed in
// The amplitude and interruptible fields are used only for sndSmfCmdPlay
UInt16 amplitude; // relative volume: 0 - sndMaxAmp, inclusively; the default is
// sndMaxAmp if this structure is not passed in; if 0, the play will
// be skipped and the call will return immediately
Boolean interruptible; // if true, sound play will be interrupted if
// user interacts with the controls (digitizer, buttons, etc.);
// if false, the paly will not be interrupted; the default behavior
// is "interruptible" if this structure is not passed in
UInt8 reserved1;
UInt32 reserved; // RESERVED! -- MUST SET TO ZERO BEFORE PASSING
} SndSmfOptionsType;
typedef struct SndSmfChanRangeType {
UInt8 bFirstChan; // first MIDI channel (0-15 decimal)
UInt8 bLastChan; // last MIDI channel (0-15 decimal)
} SndSmfChanRangeType;
/************************************************************
* Sound Manager result codes
* (sndErrorClass is defined in SystemMgr.h)
*************************************************************/
#define sndErrBadParam (sndErrorClass | 1)
#define sndErrBadChannel (sndErrorClass | 2)
#define sndErrMemory (sndErrorClass | 3)
#define sndErrOpen (sndErrorClass | 4)
#define sndErrQFull (sndErrorClass | 5)
#define sndErrQEmpty (sndErrorClass | 6) // internal
#define sndErrFormat (sndErrorClass | 7) // unsupported data format
#define sndErrBadStream (sndErrorClass | 8) // invalid data stream
#define sndErrInterrupted (sndErrorClass | 9) // play was interrupted
#define sndErrNotImpl (sndErrorClass |10) // function not implemented
#define sndErrInvalidStream (sndErrorClass |11) // invalid stream-identifier
/********************************************************************
* Sound Manager Routines
* These are define as external calls only under emulation mode or
* under native mode from the module that actually installs the trap
* vectors
********************************************************************/
#ifdef __cplusplus
extern "C" {
#endif
//-------------------------------------------------------------------
// Initialization
//-------------------------------------------------------------------
// Initializes the Sound Manager. Should only be called by
// Pilot initialization code.
Err SndInit(void) SYS_TRAP(sysTrapSndInit);
// Frees the Sound Manager.
//void SndFree(void) SYS_TRAP(sysTrapSndFree);
//-------------------------------------------------------------------
// API
//-------------------------------------------------------------------
// Sets default sound volume levels
//
// Any parameter may be passed as NULL
extern void SndSetDefaultVolume(UInt16 *alarmAmpP, UInt16 *sysAmpP, UInt16 *defAmpP)
SYS_TRAP(sysTrapSndSetDefaultVolume);
// Gets default sound volume levels
//
// Any parameter may be passed as NULL
extern void SndGetDefaultVolume(UInt16 *alarmAmpP, UInt16 *sysAmpP, UInt16 *masterAmpP)
SYS_TRAP(sysTrapSndGetDefaultVolume);
// Executes a sound command on the given sound channel (pass
// channelP = 0 to use the shared channel).
extern Err SndDoCmd(void * /*SndChanPtr*/ channelP, SndCommandPtr cmdP, Boolean noWait)
SYS_TRAP(sysTrapSndDoCmd);
// Plays one of several defined system beeps/sounds (see sndSysBeep...
// constants).
extern void SndPlaySystemSound(SndSysBeepType beepID)
SYS_TRAP(sysTrapSndPlaySystemSound);
// NEW FOR v3.0
// Performs an operation on a Standard MIDI File (SMF) Format #0
extern Err SndPlaySmf(void *chanP, SndSmfCmdEnum cmd, UInt8 *smfP, SndSmfOptionsType *selP,
SndSmfChanRangeType *chanRangeP, SndSmfCallbacksType *callbacksP,
Boolean bNoWait)
SYS_TRAP(sysTrapSndPlaySmf);
// NEW FOR v3.0
// Creates a list of all midi records. Useful for displaying in lists.
// For creator wildcard, pass creator=0;
extern Boolean SndCreateMidiList(UInt32 creator, Boolean multipleDBs, UInt16 *wCountP, MemHandle *entHP)
SYS_TRAP(sysTrapSndCreateMidiList);
// NEW FOR v3.2
// Plays a MIDI sound which is read out of an open resource database
extern Err SndPlaySmfResource(UInt32 resType, Int16 resID, SystemPreferencesChoice volumeSelector)
SYS_TRAP(sysTrapSndPlaySmfResource);
// NEW FOR v4.0
// Plays MIDI sounds regardless of the how the interruptible flag is set
extern Err SndPlaySmfIrregardless(void *chanP, SndSmfCmdEnum cmd, UInt8 *smfP, SndSmfOptionsType *selP,
SndSmfChanRangeType *chanRangeP, SndSmfCallbacksType *callbacksP,
Boolean bNoWait)
SYS_TRAP(sysTrapSndPlaySmfIrregardless);
extern Err SndPlaySmfResourceIrregardless(UInt32 resType, Int16 resID, SystemPreferencesChoice volumeSelector)
SYS_TRAP(sysTrapSndPlaySmfResourceIrregardless);
extern Err SndInterruptSmfIrregardless(void)
SYS_TRAP(sysTrapSndInterruptSmfIrregardless);
//
// Sound streams API. New for v5
//
#define sndFtrIDVersion 0 // ID of feature containing (new) sound manager version
// Check for existence of this feature to determine if
// the Sound streams APIs are available
#define sndMgrVersionNum (100) // The current version (1.00)
typedef UInt32 SndStreamRef;
enum SndStreamModeTag {
sndInput,
sndOutput
};
typedef Int8 SndStreamMode;
enum SndStreamWidthTag {
sndMono,
sndStereo
};
typedef Int8 SndStreamWidth;
/*
* special 'cookie' values that can be used instead of a real volume setting
* */
enum
{
sndSystemVolume = -1,
sndGameVolume = -2,
sndAlarmVolume = -3
};
/*
* the lower 4 bits of the sampletype indicate the size in bytes of a single
* sample.
*/
enum SndSampleTag {
sndInt8 = 0x01,
sndUInt8 = 0x11,
sndInt16Big = 0x02,
sndInt16Little = 0x12,
sndInt32Big = 0x04,
sndInt32Little = 0x14,
sndFloatBig = 0x24,
sndFloatLittle = 0x34,
#if CPU_ENDIAN == CPU_ENDIAN_BIG
sndInt16 = sndInt16Big, // native-endian
sndInt16Opposite= sndInt16Little, // opposite of native-endian
sndInt32 = sndInt32Big,
sndInt32Opposite= sndInt32Little,
sndFloat = sndFloatBig,
sndFloatOpposite= sndFloatLittle
#else
sndInt16 = sndInt16Little,
sndInt16Opposite= sndInt16Big,
sndInt32 = sndInt32Little,
sndInt32Opposite= sndInt32Big,
sndFloat = sndFloatLittle,
sndFloatOpposite= sndFloatBig
#endif
};
typedef Int16 SndSampleType;
// Flags to be used with SndPlayResource
#define sndFlagSync 0x00000000
#define sndFlagAsync 0x00000001
#define sndFlagNormal sndFlagSync
// Special Panning values
#define sndPanCenter (0)
#define sndPanFullLeft (-1024)
#define sndPanFullRight (1024)
typedef void *SndPtr;
typedef Err (*SndStreamBufferCallback)(void *userdata,
SndStreamRef channel, void *buffer, UInt32 numberofframes);
extern Err SndStreamCreate(SndStreamRef *channel, /* channel-ID is stored here */
SndStreamMode mode, /* input/output, enum */
UInt32 samplerate, /* in frames/second, e.g. 44100, 48000 */
SndSampleType type, /* enum, e.g. sndInt16 */
SndStreamWidth width, /* enum, e.g. sndMono */
SndStreamBufferCallback func, /* function that gets called to fill a buffer */
void *userdata, /* gets passed in to the above function */
UInt32 buffsize, /* preferred buffersize in frames, not guaranteed, use 0 for default */
Boolean armNative) /* true if callback is arm native */
SYS_TRAP(sysTrapSndStreamCreate);
extern Err SndStreamDelete(SndStreamRef channel)
SYS_TRAP(sysTrapSndStreamDelete);
extern Err SndStreamStart(SndStreamRef channel)
SYS_TRAP(sysTrapSndStreamStart);
extern Err SndStreamPause(SndStreamRef channel, Boolean pause)
SYS_TRAP(sysTrapSndStreamPause);
extern Err SndStreamStop(SndStreamRef channel)
SYS_TRAP(sysTrapSndStreamStop);
extern Err SndStreamSetVolume(SndStreamRef channel, Int32 volume)
SYS_TRAP(sysTrapSndStreamSetVolume);
extern Err SndStreamGetVolume(SndStreamRef channel, Int32 *volume)
SYS_TRAP(sysTrapSndStreamGetVolume);
extern Err SndPlayResource(SndPtr sndP, Int32 volume, UInt32 flags)
SYS_TRAP(sysTrapSndPlayResource);
extern Err SndStreamSetPan(SndStreamRef channel, Int32 panposition)
SYS_TRAP(sysTrapSndStreamSetPan);
extern Err SndStreamGetPan(SndStreamRef channel, Int32 *panposition)
SYS_TRAP(sysTrapSndStreamGetPan);
typedef Err (*SndStreamVariableBufferCallback)(void *userdata,
SndStreamRef channel, void *buffer, UInt32 *bufferSizeP);
enum SndFormatTag {
sndFormatPCM = 0, // Raw PCM (Pulse Code Modulation), (attributes defined by type parameter)
sndFormatIMA_ADPCM = 'APCM', // IMA ADPCM (Interactive Multimedia Association Adaptive Differential PCM)
sndFormatDVI_ADPCM = 'DPCM', // Intel/MS/DVI ADPCM
sndFormatMP3 = 'MPG3', // Moving Picture Experts Group, Audio Layer III (MPEG-1 and MPEG-2 depending on bit-rate)
sndFormatAAC = 'DAAC', // Dolby Advanced Audio Coding
sndFormatOGG = 'OGGV' // Ogg Vorbis
};
typedef UInt32 SndFormatType;
extern Err SndStreamCreateExtended(
SndStreamRef *channel, /* channel-ID is stored here */
SndStreamMode mode, /* input/output, enum */
SndFormatType format, /* enum, e.g., sndFormatMP3 */
UInt32 samplerate, /* in frames/second, e.g. 44100, 48000 */
SndSampleType type, /* enum, e.g. sndInt16, if applicable, or 0 otherwise */
SndStreamWidth width, /* enum, e.g. sndMono */
SndStreamVariableBufferCallback func, /* function that gets called to fill a buffer */
void *userdata, /* gets passed in to the above function */
UInt32 buffsize, /* preferred buffersize, use 0 for default */
Boolean armNative) /* true if callback is arm native */
SYS_TRAP(sysTrapSndStreamCreateExtended);
extern Err SndStreamDeviceControl( SndStreamRef channel, Int32 cmd, void* param, Int32 size)
SYS_TRAP(sysTrapSndStreamDeviceControl);
#ifdef __cplusplus
}
#endif
#endif // __SOUND_MGR_H__