E:/VEMUS/Vemus/include/MidiShare.h File Reference

#include "windows.h"

Go to the source code of this file.

Classes

struct TMidiSEX

struct TMidiST

struct TMidiEv

struct TMidiSeq

struct TFilter

struct SlotRefNum

struct TSlotInfos

struct TDriverOperation

struct TDriverInfos

struct TSyncInfo

struct TSmpteLocation

Defines

#define MIDISHAREAPI   __declspec(dllimport)

#define MSALARMAPI   CALLBACK

#define typeNote   0

#define typeKeyOn   1

#define typeKeyOff   2

#define typeKeyPress   3

#define typeCtrlChange   4

#define typeProgChange   5

#define typeChanPress   6

#define typePitchWheel   7

#define typeSongPos   8

#define typeSongSel   9

#define typeClock   10

#define typeStart   11

#define typeContinue   12

#define typeStop   13

#define typeTune   14

#define typeActiveSens   15

#define typeReset   16

#define typeSysEx   17

#define typeStream   18

#define typePrivate   19

#define typeProcess   128

#define typeDProcess   129

#define typeQuarterFrame   130

#define typeCtrl14b   131

#define typeNonRegParam   132

#define typeRegParam   133

#define typeSeqNum   134

#define typeTextual   135

#define typeCopyright   136

#define typeSeqName   137

#define typeInstrName   138

#define typeLyric   139

#define typeMarker   140

#define typeCuePoint   141

#define typeChanPrefix   142

#define typeEndTrack   143

#define typeTempo   144

#define typeSMPTEOffset   145

#define typeTimeSign   146

#define typeKeySign   147

#define typeSpecific   148

#define typePortPrefix   149

#define typeRcvAlarm   150

#define typeApplAlarm   151

#define typeReserved   152

#define typeLastReserved   254

#define typeDead   255

#define NoteOff   0x80

#define NoteOn   0x90

#define PolyTouch   0xa0

#define ControlChg   0xb0

#define ProgramChg   0xc0

#define AfterTouch   0xd0

#define PitchBend   0xe0

#define SysRealTime   0xf0

#define SysEx   0xf0

#define QFrame   0xf1

#define SongPos   0xf2

#define SongSel   0xf3

#define UnDef2   0xf4

#define UnDef3   0xf5

#define Tune   0xf6

#define EndSysX   0xf7

#define MClock   0xf8

#define UnDef4   0xf9

#define MStart   0xfa

#define MCont   0xfb

#define MStop   0xfc

#define UnDef5   0xfd

#define ActSense   0xfe

#define MReset   0xff

#define MIDIerrSpace   -1

#define MIDIerrRefNum   -2

#define MIDIerrBadType   -3

#define MIDIerrIndex   -4

#define MIDIerrEv   -5

#define MIDIerrUndef   -6

#define MIDInoErr   0

#define MIDIerrDriverLoad   1

#define MIDIerrTime   2

#define MIDISyncExternal   0x8000

#define MIDISyncAnyPort   0x4000

#define DrvNameLen   32

#define Slot(ref)   ((ref).slotRef)

#define Link(e)   ( (e)->link )

#define Date(e)   ( (e)->date )

#define EvType(e)   ( (e)->evType )

#define RefNum(e)   ( (e)->refNum )

#define Port(e)   ( (e)->port )

#define Canal(e)   ( (e)->chan )

#define Chan(e)   ( (e)->chan )

#define Pitch(e)   ( (e)->info.note.pitch )

#define Vel(e)   ( (e)->info.note.vel )

#define Dur(e)   ( (e)->info.note.dur )

#define Data(e)   ( (e)->info.data )

#define LinkSE(e)   ( (e)->info.linkSE )

#define LinkST(e)   ( (e)->info.linkST )

#define TSNum(e)   ( (e)->info.timeSign.numerator )

#define TSDenom(e)   ( (e)->info.timeSign.denominator )

#define TSClocks(e)   ( (e)->info.timeSign.nClocks )

#define TS32nd(e)   ( (e)->info.timeSign.n32nd )

#define KSTon(e)   ( (e)->info.keySign.ton )

#define KSMode(e)   ( (e)->info.keySign.mode )

#define Tempo(e)   ( (e)->info.tempo )

#define SeqNum(e)   ( (e)->info.seqNum.number )

#define ChanPrefix(e)   ( (e)->info.data[0] )

#define PortPrefix(e)   ( (e)->info.data[0] )

#define First(e)   ( (e)->first )

#define Last(e)   ( (e)->last )

#define FirstEv(e)   ( (e)->first )

#define LastEv(e)   ( (e)->last )

Typedefs

typedef unsigned char Byte

typedef void * Ptr

typedef unsigned char Boolean

typedef struct TMidiSEX FAR * MidiSEXPtr

typedef struct TMidiST FAR * MidiSTPtr

typedef struct TMidiEv FAR * MidiEvPtr

typedef struct TMidiSeq FAR * MidiSeqPtr

typedef struct TFilter FAR * MidiFilterPtr

typedef char FAR * MidiName

typedef char DriverName [32]

typedef DriverName SlotName

typedef struct TSyncInfo FAR * SyncInfoPtr

typedef struct TSmpteLocation FAR * SmpteLocPtr

typedef short refNum

typedef short long a1

typedef short long long a2

typedef short long long long a3

typedef long code

Enumerations

enum {
  MIDIOpenAppl = 1, MIDICloseAppl, MIDIChgName, MIDIChgConnect,
  MIDIOpenModem, MIDICloseModem, MIDIOpenPrinter, MIDIClosePrinter,
  MIDISyncStart, MIDISyncStop, MIDIChangeSync, MIDIOpenDriver,
  MIDICloseDriver, MIDIAddSlot, MIDIRemoveSlot, MIDIChgSlotConnect,
  MIDIChgSlotName
}

enum SlotDirection {
  MidiInputSlot = 1, MidiOutputSlot, MidiInputOutputSlot, MidiInputSlot = 1,
  MidiOutputSlot, MidiInputOutputSlot
}

enum { kSync24fs, kSync25fs, kSync30dfs, kSync30fs }

Functions

typedef void (CALLBACK *WakeupPtr)(short refnum)

short __declspec (dllimport) MidiGetVersion(void)

Variables

void short format

void short SmpteLocPtr loc

void MidiName applName

void LPVOID InfoZone

void RcvAlarmPtr alarm

short TDriverOperation * op

Boolean TDriverInfos * infos

SlotRefNum MidiName name

SlotRefNum MidiName SlotDirection direction

SlotRefNum short index

void SlotRefNum slot

void SlotRefNum Boolean state

void MidiFilterPtr f

void short port

void short chan

void short type

void short dest

void long long v

void MidiEvPtr next

void long

void short

void MidiEvPtr e

void ApplyProcPtr proc

void MidiEvPtr unsigned long d

LPVOID LPVOID val

void unsigned long date

Define Documentation

#define ActSense 0xfe

#define AfterTouch 0xd0

#define Canal ( e ) ( (e)->chan )

#define Chan ( e ) ( (e)->chan )

#define ChanPrefix ( e ) ( (e)->info.data[0] )

#define ControlChg 0xb0

#define Data ( e ) ( (e)->info.data )

#define Date ( e ) ( (e)->date )

#define DrvNameLen 32

#define Dur ( e ) ( (e)->info.note.dur )

#define EndSysX 0xf7

#define EvType ( e ) ( (e)->evType )

#define First ( e ) ( (e)->first )

#define FirstEv ( e ) ( (e)->first )

#define KSMode ( e ) ( (e)->info.keySign.mode )

#define KSTon ( e ) ( (e)->info.keySign.ton )

#define Last ( e ) ( (e)->last )

#define LastEv ( e ) ( (e)->last )

#define Link ( e ) ( (e)->link )

#define LinkSE ( e ) ( (e)->info.linkSE )

#define LinkST ( e ) ( (e)->info.linkST )

#define MClock 0xf8

#define MCont 0xfb

#define MIDIerrBadType -3

#define MIDIerrDriverLoad 1

#define MIDIerrEv -5

#define MIDIerrIndex -4

#define MIDIerrRefNum -2

#define MIDIerrSpace -1

#define MIDIerrTime 2

#define MIDIerrUndef -6

#define MIDInoErr 0

#define MIDISHAREAPI __declspec(dllimport)

#define MIDISyncAnyPort 0x4000

#define MIDISyncExternal 0x8000

#define MReset 0xff

#define MSALARMAPI CALLBACK

#define MStart 0xfa

#define MStop 0xfc

#define NoteOff 0x80

#define NoteOn 0x90

#define Pitch ( e ) ( (e)->info.note.pitch )

#define PitchBend 0xe0

#define PolyTouch 0xa0

#define Port ( e ) ( (e)->port )

#define PortPrefix ( e ) ( (e)->info.data[0] )

#define ProgramChg 0xc0

#define QFrame 0xf1

#define RefNum ( e ) ( (e)->refNum )

#define SeqNum ( e ) ( (e)->info.seqNum.number )

#define Slot ( ref ) ((ref).slotRef)

#define SongPos 0xf2

#define SongSel 0xf3

#define SysEx 0xf0

#define SysRealTime 0xf0

#define Tempo ( e ) ( (e)->info.tempo )

#define TS32nd ( e ) ( (e)->info.timeSign.n32nd )

#define TSClocks ( e ) ( (e)->info.timeSign.nClocks )

#define TSDenom ( e ) ( (e)->info.timeSign.denominator )

#define TSNum ( e ) ( (e)->info.timeSign.numerator )

#define Tune 0xf6

#define typeActiveSens 15

#define typeApplAlarm 151

#define typeChanPrefix 142

#define typeChanPress 6

#define typeClock 10

#define typeContinue 12

#define typeCopyright 136

#define typeCtrl14b 131

#define typeCtrlChange 4

#define typeCuePoint 141

#define typeDead 255

#define typeDProcess 129

#define typeEndTrack 143

#define typeInstrName 138

#define typeKeyOff 2

#define typeKeyOn 1

#define typeKeyPress 3

#define typeKeySign 147

#define typeLastReserved 254

#define typeLyric 139

#define typeMarker 140

#define typeNonRegParam 132

#define typeNote 0

#define typePitchWheel 7

#define typePortPrefix 149

#define typePrivate 19

#define typeProcess 128

#define typeProgChange 5

#define typeQuarterFrame 130

#define typeRcvAlarm 150

#define typeRegParam 133

#define typeReserved 152

#define typeReset 16

#define typeSeqName 137

#define typeSeqNum 134

#define typeSMPTEOffset 145

#define typeSongPos 8

#define typeSongSel 9

#define typeSpecific 148

#define typeStart 11

#define typeStop 13

#define typeStream 18

#define typeSysEx 17

#define typeTempo 144

#define typeTextual 135

#define typeTimeSign 146

#define typeTune 14

#define UnDef2 0xf4

#define UnDef3 0xf5

#define UnDef4 0xf9

#define UnDef5 0xfd

#define Vel ( e ) ( (e)->info.note.vel )

Typedef Documentation

MidiEvPtr unsigned long short long a1

MidiEvPtr unsigned long short long long a2

MidiEvPtr unsigned long short long long long a3

void short Boolean

typedef unsigned char Byte

typedef long code

typedef char DriverName[32]

typedef struct TMidiEv FAR* MidiEvPtr

typedef struct TFilter FAR* MidiFilterPtr

typedef char FAR* MidiName

typedef struct TMidiSeq FAR* MidiSeqPtr

typedef struct TMidiSEX FAR* MidiSEXPtr

typedef struct TMidiST FAR* MidiSTPtr

typedef void* Ptr

MidiEvPtr unsigned long short refNum

typedef DriverName SlotName

typedef struct TSmpteLocation FAR* SmpteLocPtr

typedef struct TSyncInfo FAR* SyncInfoPtr

Enumeration Type Documentation

anonymous enum

Enumerator:

kSync24fs
kSync25fs
kSync30dfs
kSync30fs

anonymous enum

Enumerator:

MIDIOpenAppl
MIDICloseAppl
MIDIChgName
MIDIChgConnect
MIDIOpenModem
MIDICloseModem
MIDIOpenPrinter
MIDIClosePrinter
MIDISyncStart
MIDISyncStop
MIDIChangeSync
MIDIOpenDriver
MIDICloseDriver
MIDIAddSlot
MIDIRemoveSlot
MIDIChgSlotConnect
MIDIChgSlotName

enum SlotDirection

Enumerator:

MidiInputSlot
MidiOutputSlot
MidiInputOutputSlot
MidiInputSlot
MidiOutputSlot
MidiInputOutputSlot

Function Documentation

short __declspec ( dllimport )

Keep Session Handle

Initialize Session

The VEMUS Event object which is used for inter-module communication

The audio buffer where the student performance is recoreded.

The instance of the VemusInputAudioBuffer used for recording. This can be referenced by the modules.

Path information (see definition of VemusPath_type)

Constructs a new VemusEvent

Parameters:

	source	The id of the module which is generating the event, or -1 if the message is sent by the GUI or the Core Services
	message	The type of the event
	wparam	First event parameter (semantics depend on the event type)
	lparam	Seconde event parameter (semantics depend on the event type)

Copy constructor

Assignment operator

Set the 4 extra float paramters

The ID of the module which is generating this event.

The event type

First event parameter (semantics depend on the even type)

Second event parameter (semantics depend on the even type)

Extra float parameters

Exter long parameters

Open the audio buffer and allocate memory.

Close the audio buffer and de-allocate memory.

Reset the contents of the audio buffer

Is the buffer open?

Returns:: true if the buffer is open

Write 16-bit signed samples to the buffer

Parameters:

	samples	A pointer to a memory area with nsamples number of samples
	nsamples	The number of samples to be written

Read the audio buffer

Parameters:

pos

Position in the audio buffer

Returns:: Pointer to the audio buffer memory

Warning:: Pointer-based memory access is unsafe but is provided for performance purposes.
Any attempt to read beyond the end of buffer, as reported by capacity() may result in a crash
Any attempt to read beyond the current prosition, as reported by size() will return undefined data
The pointer returned by this function will be invalidated if the buffer is closed

Get the buffer size, i.e. the index of the last valid samples

Returns:: The buffer size

Get the buffer capacity, i.e. the maximum number of samples that the buffer can hold

Returns:: The buffer capacity

Set the buffer mode of operation (default is linear)

Parameters:

bVal

true for circular buffer, false for linear

Constructs a new VemusEvent

Parameters:

	source	The id of the module which is generating the event, or -1 if the message is sent by the GUI or the Core Services
	message	The type of the event
	wparam	First event parameter (semantics depend on the event type)
	lparam	Seconde event parameter (semantics depend on the event type)

Copy constructor

Assignment operator

Set the 4 extra float paramters

The ID of the module which is generating this event.

The event type

First event parameter (semantics depend on the even type)

Second event parameter (semantics depend on the even type)

Extra float parameters

Exter long parameters

Open the audio buffer and allocate memory.

Close the audio buffer and de-allocate memory.

Reset the contents of the audio buffer

Is the buffer open?

Returns:: true if the buffer is open

Write 16-bit signed samples to the buffer

Parameters:

	samples	A pointer to a memory area with nsamples number of samples
	nsamples	The number of samples to be written

Read the audio buffer

Parameters:

pos

Position in the audio buffer

Returns:: Pointer to the audio buffer memory

Warning:: Pointer-based memory access is unsafe but is provided for performance purposes.
Any attempt to read beyond the end of buffer, as reported by capacity() may result in a crash
Any attempt to read beyond the current prosition, as reported by size() will return undefined data
The pointer returned by this function will be invalidated if the buffer is closed

Get the buffer size, i.e. the index of the last valid samples

Returns:: The buffer size

Get the buffer capacity, i.e. the maximum number of samples that the buffer can hold

Returns:: The buffer capacity

Set the buffer mode of operation (default is linear)

Parameters:

bVal

true for circular buffer, false for linear

Constructs a new VemusEvent

Parameters:

	source	The id of the module which is generating the event, or -1 if the message is sent by the GUI or the Core Services
	message	The type of the event
	wparam	First event parameter (semantics depend on the event type)
	lparam	Seconde event parameter (semantics depend on the event type)

Copy constructor

Assignment operator

Set the 4 extra float paramters

The ID of the module which is generating this event.

The event type

First event parameter (semantics depend on the even type)

Second event parameter (semantics depend on the even type)

Extra float parameters

Exter long parameters

Open the audio buffer and allocate memory.

Close the audio buffer and de-allocate memory.

Reset the contents of the audio buffer

Is the buffer open?

Returns:: true if the buffer is open

Write 16-bit signed samples to the buffer

Parameters:

	samples	A pointer to a memory area with nsamples number of samples
	nsamples	The number of samples to be written

Read the audio buffer

Parameters:

pos

Position in the audio buffer

Returns:: Pointer to the audio buffer memory

Warning:: Pointer-based memory access is unsafe but is provided for performance purposes.
Any attempt to read beyond the end of buffer, as reported by capacity() may result in a crash
Any attempt to read beyond the current prosition, as reported by size() will return undefined data
The pointer returned by this function will be invalidated if the buffer is closed

Get the buffer size, i.e. the index of the last valid samples

Returns:: The buffer size

Get the buffer capacity, i.e. the maximum number of samples that the buffer can hold

Returns:: The buffer capacity

Set the buffer mode of operation (default is linear)

Parameters:

bVal

true for circular buffer, false for linear

Constructs a new VemusEvent

Parameters:

	source	The id of the module which is generating the event, or -1 if the message is sent by the GUI or the Core Services
	message	The type of the event
	wparam	First event parameter (semantics depend on the event type)
	lparam	Seconde event parameter (semantics depend on the event type)

Copy constructor

Assignment operator

Set the 4 extra float paramters

The ID of the module which is generating this event.

The event type

First event parameter (semantics depend on the even type)

Second event parameter (semantics depend on the even type)

Extra float parameters

Exter long parameters

Open the audio buffer and allocate memory.

Close the audio buffer and de-allocate memory.

Reset the contents of the audio buffer

Is the buffer open?

Returns:: true if the buffer is open

Write 16-bit signed samples to the buffer

Parameters:

	samples	A pointer to a memory area with nsamples number of samples
	nsamples	The number of samples to be written

Read the audio buffer

Parameters:

pos

Position in the audio buffer

Returns:: Pointer to the audio buffer memory

Warning:: Pointer-based memory access is unsafe but is provided for performance purposes.
Any attempt to read beyond the end of buffer, as reported by capacity() may result in a crash
Any attempt to read beyond the current prosition, as reported by size() will return undefined data
The pointer returned by this function will be invalidated if the buffer is closed

Get the buffer size, i.e. the index of the last valid samples

Returns:: The buffer size

Get the buffer capacity, i.e. the maximum number of samples that the buffer can hold

Returns:: The buffer capacity

Set the buffer mode of operation (default is linear)

Parameters:

bVal

true for circular buffer, false for linear

typedef void ( CALLBACK * WakeupPtr )

Variable Documentation

void ApplAlarmPtr alarm

void MidiName applName

Boolean short chan

void MidiEvPtr unsigned long d

MidiEvPtr unsigned long date

Boolean short dest

SlotRefNum MidiName SlotDirection direction

void MidiEvPtr e

long long f

void short format

SlotRefNum short index

Boolean TSlotInfos* infos

void LPVOID InfoZone

void short SmpteLocPtr loc

void long

void MidiName name

void MidiEvPtr next

short TDriverOperation* op

Boolean short port

void ApplyProcPtr proc

void short

Boolean SlotRefNum slot

void Boolean state

Boolean short type

void long v

LPVOID LPVOID val


Classes
struct	TMidiSEX
struct	TMidiST
struct	TMidiEv
struct	TMidiSeq
struct	TFilter
struct	SlotRefNum
struct	TSlotInfos
struct	TDriverOperation
struct	TDriverInfos
struct	TSyncInfo
struct	TSmpteLocation
Defines
#define	MIDISHAREAPI __declspec(dllimport)
#define	MSALARMAPI CALLBACK
#define	typeNote 0
#define	typeKeyOn 1
#define	typeKeyOff 2
#define	typeKeyPress 3
#define	typeCtrlChange 4
#define	typeProgChange 5
#define	typeChanPress 6
#define	typePitchWheel 7
#define	typeSongPos 8
#define	typeSongSel 9
#define	typeClock 10
#define	typeStart 11
#define	typeContinue 12
#define	typeStop 13
#define	typeTune 14
#define	typeActiveSens 15
#define	typeReset 16
#define	typeSysEx 17
#define	typeStream 18
#define	typePrivate 19
#define	typeProcess 128
#define	typeDProcess 129
#define	typeQuarterFrame 130
#define	typeCtrl14b 131
#define	typeNonRegParam 132
#define	typeRegParam 133
#define	typeSeqNum 134
#define	typeTextual 135
#define	typeCopyright 136
#define	typeSeqName 137
#define	typeInstrName 138
#define	typeLyric 139
#define	typeMarker 140
#define	typeCuePoint 141
#define	typeChanPrefix 142
#define	typeEndTrack 143
#define	typeTempo 144
#define	typeSMPTEOffset 145
#define	typeTimeSign 146
#define	typeKeySign 147
#define	typeSpecific 148
#define	typePortPrefix 149
#define	typeRcvAlarm 150
#define	typeApplAlarm 151
#define	typeReserved 152
#define	typeLastReserved 254
#define	typeDead 255
#define	NoteOff 0x80
#define	NoteOn 0x90
#define	PolyTouch 0xa0
#define	ControlChg 0xb0
#define	ProgramChg 0xc0
#define	AfterTouch 0xd0
#define	PitchBend 0xe0
#define	SysRealTime 0xf0
#define	SysEx 0xf0
#define	QFrame 0xf1
#define	SongPos 0xf2
#define	SongSel 0xf3
#define	UnDef2 0xf4
#define	UnDef3 0xf5
#define	Tune 0xf6
#define	EndSysX 0xf7
#define	MClock 0xf8
#define	UnDef4 0xf9
#define	MStart 0xfa
#define	MCont 0xfb
#define	MStop 0xfc
#define	UnDef5 0xfd
#define	ActSense 0xfe
#define	MReset 0xff
#define	MIDIerrSpace -1
#define	MIDIerrRefNum -2
#define	MIDIerrBadType -3
#define	MIDIerrIndex -4
#define	MIDIerrEv -5
#define	MIDIerrUndef -6
#define	MIDInoErr 0
#define	MIDIerrDriverLoad 1
#define	MIDIerrTime 2
#define	MIDISyncExternal 0x8000
#define	MIDISyncAnyPort 0x4000
#define	DrvNameLen 32
#define	Slot(ref) ((ref).slotRef)
#define	Link(e) ( (e)->link )
#define	Date(e) ( (e)->date )
#define	EvType(e) ( (e)->evType )
#define	RefNum(e) ( (e)->refNum )
#define	Port(e) ( (e)->port )
#define	Canal(e) ( (e)->chan )
#define	Chan(e) ( (e)->chan )
#define	Pitch(e) ( (e)->info.note.pitch )
#define	Vel(e) ( (e)->info.note.vel )
#define	Dur(e) ( (e)->info.note.dur )
#define	Data(e) ( (e)->info.data )
#define	LinkSE(e) ( (e)->info.linkSE )
#define	LinkST(e) ( (e)->info.linkST )
#define	TSNum(e) ( (e)->info.timeSign.numerator )
#define	TSDenom(e) ( (e)->info.timeSign.denominator )
#define	TSClocks(e) ( (e)->info.timeSign.nClocks )
#define	TS32nd(e) ( (e)->info.timeSign.n32nd )
#define	KSTon(e) ( (e)->info.keySign.ton )
#define	KSMode(e) ( (e)->info.keySign.mode )
#define	Tempo(e) ( (e)->info.tempo )
#define	SeqNum(e) ( (e)->info.seqNum.number )
#define	ChanPrefix(e) ( (e)->info.data[0] )
#define	PortPrefix(e) ( (e)->info.data[0] )
#define	First(e) ( (e)->first )
#define	Last(e) ( (e)->last )
#define	FirstEv(e) ( (e)->first )
#define	LastEv(e) ( (e)->last )
Typedefs
typedef unsigned char	Byte
typedef void *	Ptr
typedef unsigned char	Boolean
typedef struct TMidiSEX FAR *	MidiSEXPtr
typedef struct TMidiST FAR *	MidiSTPtr
typedef struct TMidiEv FAR *	MidiEvPtr
typedef struct TMidiSeq FAR *	MidiSeqPtr
typedef struct TFilter FAR *	MidiFilterPtr
typedef char FAR *	MidiName
typedef char	DriverName [32]
typedef DriverName	SlotName
typedef struct TSyncInfo FAR *	SyncInfoPtr
typedef struct TSmpteLocation FAR *	SmpteLocPtr
typedef short	refNum
typedef short long	a1
typedef short long long	a2
typedef short long long long	a3
typedef long	code
Enumerations
enum	{ MIDIOpenAppl = 1, MIDICloseAppl, MIDIChgName, MIDIChgConnect, MIDIOpenModem, MIDICloseModem, MIDIOpenPrinter, MIDIClosePrinter, MIDISyncStart, MIDISyncStop, MIDIChangeSync, MIDIOpenDriver, MIDICloseDriver, MIDIAddSlot, MIDIRemoveSlot, MIDIChgSlotConnect, MIDIChgSlotName }
enum	SlotDirection { MidiInputSlot = 1, MidiOutputSlot, MidiInputOutputSlot, MidiInputSlot = 1, MidiOutputSlot, MidiInputOutputSlot }
enum	{ kSync24fs, kSync25fs, kSync30dfs, kSync30fs }
Functions
typedef	void (CALLBACK *WakeupPtr)(short refnum)
short	__declspec (dllimport) MidiGetVersion(void)
Variables
void short	format
void short SmpteLocPtr	loc
void MidiName	applName
void LPVOID	InfoZone
void RcvAlarmPtr	alarm
short TDriverOperation *	op
Boolean TDriverInfos *	infos
SlotRefNum MidiName	name
SlotRefNum MidiName SlotDirection	direction
SlotRefNum short	index
void SlotRefNum	slot
void SlotRefNum Boolean	state
void MidiFilterPtr	f
void short	port
void short	chan
void short	type
void short	dest
void long long	v
void MidiEvPtr	next
void	long
void	short
void MidiEvPtr	e
void ApplyProcPtr	proc
void MidiEvPtr unsigned long	d
LPVOID LPVOID	val
void unsigned long	date