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vst3.h
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#ifndef vst3_included
#define vst3_included
//----------------------------------------------------------------------
// based on (extracted from) steinberg vst3 sdk (gpl3)
//----------
#ifdef __gnu_linux__
//#define VST3_LINUX
#define COM_COMPATIBLE 0
#define PLUGIN_API
#endif
#ifdef _WIN32
//#define VST3_WIN32
#define COM_COMPATIBLE 1
#define PLUGIN_API __stdcal
#endif
//----------
#define strncpy8 strncpy
//----------------------------------------------------------------------
//
//
//
//----------------------------------------------------------------------
#if COM_COMPATIBLE
#define INLINE_UID(l1,l2,l3,l4) { \
(int8_t)((l1 & 0x000000FF) ), (int8_t)((l1 & 0x0000FF00) >> 8), \
(int8_t)((l1 & 0x00FF0000) >> 16), (int8_t)((l1 & 0xFF000000) >> 24), \
(int8_t)((l2 & 0x00FF0000) >> 16), (int8_t)((l2 & 0xFF000000) >> 24), \
(int8_t)((l2 & 0x000000FF) ), (int8_t)((l2 & 0x0000FF00) >> 8), \
(int8_t)((l3 & 0xFF000000) >> 24), (int8_t)((l3 & 0x00FF0000) >> 16), \
(int8_t)((l3 & 0x0000FF00) >> 8), (int8_t)((l3 & 0x000000FF) ), \
(int8_t)((l4 & 0xFF000000) >> 24), (int8_t)((l4 & 0x00FF0000) >> 16), \
(int8_t)((l4 & 0x0000FF00) >> 8), (int8_t)((l4 & 0x000000FF) ) \
}
#else
#define INLINE_UID(l1, l2, l3, l4) { \
(int8_t)((l1 & 0xFF000000) >> 24), (int8_t)((l1 & 0x00FF0000) >> 16), \
(int8_t)((l1 & 0x0000FF00) >> 8), (int8_t)((l1 & 0x000000FF) ), \
(int8_t)((l2 & 0xFF000000) >> 24), (int8_t)((l2 & 0x00FF0000) >> 16), \
(int8_t)((l2 & 0x0000FF00) >> 8), (int8_t)((l2 & 0x000000FF) ), \
(int8_t)((l3 & 0xFF000000) >> 24), (int8_t)((l3 & 0x00FF0000) >> 16), \
(int8_t)((l3 & 0x0000FF00) >> 8), (int8_t)((l3 & 0x000000FF) ), \
(int8_t)((l4 & 0xFF000000) >> 24), (int8_t)((l4 & 0x00FF0000) >> 16), \
(int8_t)((l4 & 0x0000FF00) >> 8), (int8_t)((l4 & 0x000000FF) ) \
}
#endif
//#ifdef INIT_CLASS_IID
// #define DECLARE_CLASS_IID(classname, l1, l2, l3, l4)
// static const vst3_uuid classname##_iid = INLINE_UID (l1,l2,l3,l4);
// const vst3_uuid classname::iid (classname##_iid);
//#else
#define DECLARE_CLASS_IID(classname,l1,l2,l3,l4) \
static const TUID classname##_iid = INLINE_UID(l1,l2,l3,l4);
//----------
//----------------------------------------------------------------------
//
//
//
//----------------------------------------------------------------------
typedef char int8;
typedef short int16;
typedef int int32;
typedef long long int64;
typedef unsigned char uint8;
typedef unsigned short uint16;
typedef unsigned int uint32;
typedef unsigned long long uint64;
//typedef long int32;
//typedef __int64 int64;
//typedef unsigned long uint32;
//typedef unsigned __int64 uint64;
typedef char char8;
typedef char16_t char16;
typedef unsigned char uchar;
typedef char8 tchar;
//typedef int16 char16;
//typedef __wchar_t char16;
//typedef char16 tchar;
typedef char16 TChar;
typedef TChar String128[128];
typedef int32_t tresult;
typedef const char* FIDString;
typedef uint8_t TBool;
typedef double TQuarterNotes;
typedef int64_t TSamples;
//typedef int8 TUID[16];
typedef char TUID[16];
typedef TUID FUID;
typedef int32_t BusDirection;
typedef int32_t BusType;
typedef const char8* CString;
typedef int16_t CtrlNumber;
typedef int FileDescriptor;
typedef int32_t IoMode;
typedef uint32 KeyswitchTypeID;
typedef int32_t KnobMode;
typedef int32_t MediaType;
typedef double NoteExpressionValue;
typedef uint32 NoteExpressionTypeID;
typedef uint32_t ParamID;
typedef double ParamValue;
typedef int32_t ProgramListID;
typedef float Sample32;
typedef double Sample64;
typedef double SampleRate;
typedef uint64 Speaker;
typedef uint64 SpeakerArrangement;
typedef uint64_t TimerInterval;
typedef int32_t UnitID;
//----------------------------------------------------------------------
//
//
//
//----------------------------------------------------------------------
#ifndef kVstVersionString
#define kVstVersionString "VST 3.6.10" ///< SDK version for PClassInfo2
#endif
#ifndef kVstAudioEffectClass
#define kVstAudioEffectClass "Audio Module Class"
#endif
//----------
#if COM_COMPATIBLE
#ifdef _WIN32
enum {
kNoInterface = static_cast<tresult>(0x80004002L), // E_NOINTERFACE
kResultOk = static_cast<tresult>(0x00000000L), // S_OK
kResultTrue = kResultOk,
kResultFalse = static_cast<tresult>(0x00000001L), // S_FALSE
kInvalidArgument = static_cast<tresult>(0x80070057L), // E_INVALIDARG
kNotImplemented = static_cast<tresult>(0x80004001L), // E_NOTIMPL
kInternalError = static_cast<tresult>(0x80004005L), // E_FAIL
kNotInitialized = static_cast<tresult>(0x8000FFFFL), // E_UNEXPECTED
kOutOfMemory = static_cast<tresult>(0x8007000EL) // E_OUTOFMEMORY
};
#else // _WIN32
enum {
kNoInterface = static_cast<tresult>(0x80000004L), // E_NOINTERFACE
kResultOk = static_cast<tresult>(0x00000000L), // S_OK
kResultTrue = kResultOk,
kResultFalse = static_cast<tresult>(0x00000001L), // S_FALSE
kInvalidArgument = static_cast<tresult>(0x80000003L), // E_INVALIDARG
kNotImplemented = static_cast<tresult>(0x80000001L), // E_NOTIMPL
kInternalError = static_cast<tresult>(0x80000008L), // E_FAIL
kNotInitialized = static_cast<tresult>(0x8000FFFFL), // E_UNEXPECTED
kOutOfMemory = static_cast<tresult>(0x80000002L) // E_OUTOFMEMORY
};
#endif // _WIN32
#else // COM_COMPATIBLE
enum {
kNoInterface = -1,
kResultOk,
kResultTrue = kResultOk,
kResultFalse,
kInvalidArgument,
kNotImplemented,
kInternalError,
kNotInitialized,
kOutOfMemory
};
#endif // COM_COMPATIBLE
//----------------------------------------------------------------------
const char* kEditor = "editor";
const CString kFx = "Fx";
const CString kInstrument = "Instrument";
const FIDString kPlatformTypeHWND = "HWND";
const FIDString kPlatformTypeHIView = "HIView";
const FIDString kPlatformTypeNSView = "NSView";
const FIDString kPlatformTypeUIView = "UIView";
const FIDString kPlatformTypeX11EmbedWindowID = "X11EmbedWindowID";
static const UnitID kNoParentUnitId = -1;
static const ProgramListID kNoProgramListId = -1;
static const uint32 kNoTail = 0;
static const UnitID kRootUnitId = 0;
const Speaker kSpeakerL = 1 << 0;
const Speaker kSpeakerR = 1 << 1;
//----------------------------------------------------------------------
//namespace PlugType {
// const CString kFxAnalyzer = "Fx|Analyzer";
// const CString kFxDelay = "Fx|Delay";
// const CString kFxDistortion = "Fx|Distortion";
// const CString kFxDynamics = "Fx|Dynamics";
// const CString kFxEQ = "Fx|EQ";
// const CString kFxFilter = "Fx|Filter";
// const CString kFx = "Fx";
// const CString kFxInstrument = "Fx|Instrument";
// const CString kFxInstrumentExternal = "Fx|Instrument|External";
// const CString kFxSpatial = "Fx|Spatial";
// const CString kFxGenerator = "Fx|Generator";
// const CString kFxMastering = "Fx|Mastering";
// const CString kFxModulation = "Fx|Modulation";
// const CString kFxPitchShift = "Fx|Pitch Shift";
// const CString kFxRestoration = "Fx|Restoration";
// const CString kFxReverb = "Fx|Reverb";
// const CString kFxSurround = "Fx|Surround";
// const CString kFxTools = "Fx|Tools";
// const CString kFxNetwork = "Fx|Network";
// const CString kInstrument = "Instrument";
// const CString kInstrumentDrum = "Instrument|Drum";
// const CString kInstrumentSampler = "Instrument|Sampler";
// const CString kInstrumentSynth = "Instrument|Synth";
// const CString kInstrumentSynthSampler = "Instrument|Synth|Sampler";
// const CString kInstrumentExternal = "Instrument|External";
// const CString kSpatial = "Spatial";
// const CString kSpatialFx = "Spatial|Fx";
// const CString kOnlyRealTime = "OnlyRT";
// const CString kOnlyOfflineProcess = "OnlyOfflineProcess";
// const CString kNoOfflineProcess = "NoOfflineProcess";
// const CString kUpDownMix = "Up-Downmix";
// const CString kAnalyzer = "Analyzer";
// const CString kAmbisonic = "Ambisonic";
// const CString kMono = "Mono";
// const CString kStereo = "Stereo";
// const CString kSurround = "Surround";
//};
//----------------------------------------------------------------------
//enum NoteExpressionTypeIDs {
// kVolumeTypeID = 0,
// kPanTypeID,
// kTuningTypeID,
// kVibratoTypeID,
// kExpressionTypeID,
// kBrightnessTypeID,
// kTextTypeID,
// kPhonemeTypeID,
// kCustomStart = 100000
//};
//----------
enum BusDirections {
kInput = 0,
kOutput
};
enum BusTypes {
kMain = 0,
kAux
};
enum ControllerNumbers {
kCtrlBankSelectMSB = 0,
kCtrlModWheel = 1,
kCtrlBreath = 2,
kCtrlFoot = 4,
kCtrlPortaTime = 5,
kCtrlDataEntryMSB = 6,
kCtrlVolume = 7,
kCtrlBalance = 8,
kCtrlPan = 10,
kCtrlExpression = 11,
kCtrlEffect1 = 12,
kCtrlEffect2 = 13,
kCtrlGPC1 = 16,
kCtrlGPC2 = 17,
kCtrlGPC3 = 18,
kCtrlGPC4 = 19,
kCtrlBankSelectLSB = 32,
kCtrlDataEntryLSB = 38,
kCtrlSustainOnOff = 64,
kCtrlPortaOnOff = 65,
kCtrlSustenutoOnOff = 66,
kCtrlSoftPedalOnOff = 67,
kCtrlLegatoFootSwOnOff= 68,
kCtrlHold2OnOff = 69,
kCtrlSoundVariation = 70,
kCtrlFilterCutoff = 71,
kCtrlReleaseTime = 72,
kCtrlAttackTime = 73,
kCtrlFilterResonance= 74,
kCtrlDecayTime = 75,
kCtrlVibratoRate = 76,
kCtrlVibratoDepth = 77,
kCtrlVibratoDelay = 78,
kCtrlSoundCtrler10 = 79,
kCtrlGPC5 = 80,
kCtrlGPC6 = 81,
kCtrlGPC7 = 82,
kCtrlGPC8 = 83,
kCtrlPortaControl = 84,
kCtrlEff1Depth = 91,
kCtrlEff2Depth = 92,
kCtrlEff3Depth = 93,
kCtrlEff4Depth = 94,
kCtrlEff5Depth = 95,
kCtrlDataIncrement = 96,
kCtrlDataDecrement = 97,
kCtrlNRPNSelectLSB = 98,
kCtrlNRPNSelectMSB = 99,
kCtrlRPNSelectLSB = 100,
kCtrlRPNSelectMSB = 101,
kCtrlAllSoundsOff = 120,
kCtrlResetAllCtrlers = 121,
kCtrlLocalCtrlOnOff = 122,
kCtrlAllNotesOff = 123,
kCtrlOmniModeOff = 124,
kCtrlOmniModeOn = 125,
kCtrlPolyModeOnOff = 126,
kCtrlPolyModeOn = 127,
kAfterTouch = 128,
kPitchBend,
kCountCtrlNumber
};
enum MediaTypes {
kAudio = 0,
kEvent,
kNumMediaTypes
};
enum SymbolicSampleSizes {
kSample32,
kSample64
};
//----------------------------------------------------------------------
//
//
//
//----------------------------------------------------------------------
class IParameterChanges;
class IEventList;
//----------
struct AudioBusBuffers {
AudioBusBuffers () : numChannels (0), silenceFlags (0), channelBuffers64 (0) {}
int32 numChannels;
uint64 silenceFlags;
union {
Sample32** channelBuffers32;
Sample64** channelBuffers64;
};
};
struct BusInfo {
MediaType mediaType;
BusDirection direction;
int32 channelCount;
String128 name;
BusType busType;
uint32 flags;
enum BusFlags {
kDefaultActive = 1 << 0
};
};
struct Chord {
uint8 keyNote;
uint8 rootNote;
int16 chordMask;
enum Masks {
kChordMask = 0x0FFF,
kReservedMask = 0xF000
};
};
struct FrameRate {
enum FrameRateFlags {
kPullDownRate = 1 << 0,
kDropRate = 1 << 1
};
uint32 framesPerSecond;
uint32 flags;
};
struct KeyswitchInfo {
KeyswitchTypeID typeId;
String128 title;
String128 shortTitle;
int32 keyswitchMin;
int32 keyswitchMax;
int32 keyRemapped;
int32 unitId;
int32 flags;
};
struct ParameterInfo {
ParamID id;
String128 title;
String128 shortTitle;
String128 units;
int32 stepCount;
ParamValue defaultNormalizedValue;
UnitID unitId;
int32 flags;
enum ParameterFlags {
kCanAutomate = 1 << 0,
kIsReadOnly = 1 << 1,
kIsWrapAround = 1 << 2,
kIsList = 1 << 3,
kIsProgramChange = 1 << 15,
kIsBypass = 1 << 16
};
};
struct PClassInfo {
enum ClassCardinality {
kManyInstances = 0x7FFFFFFF
};
enum {
kCategorySize = 32,
kNameSize = 64
};
TUID cid;
int32 cardinality;
char8 category[kCategorySize];
char8 name[kNameSize];
PClassInfo(const TUID _cid, int32 _cardinality, const char8* _category, const char8* _name) {
memset (this, 0, sizeof (PClassInfo));
memcpy (cid, _cid, sizeof (TUID));
if (_category) strncpy8 (category, _category, kCategorySize);
if (_name) strncpy8 (name, _name, kNameSize);
cardinality = _cardinality;
}
//#if SMTG_CPP11
constexpr PClassInfo() : cid(), cardinality(), category(), name() {}
//#else
//PClassInfo () { memset (this, 0, sizeof (PClassInfo)); }
//#endif
};
struct PClassInfo2 {
TUID cid;
int32 cardinality;
char8 category[PClassInfo::kCategorySize];
char8 name[PClassInfo::kNameSize];
enum {
kVendorSize = 64,
kVersionSize = 64,
kSubCategoriesSize = 128
};
uint32 classFlags;
char8 subCategories[kSubCategoriesSize];
char8 vendor[kVendorSize];
char8 version[kVersionSize];
char8 sdkVersion[kVersionSize];
PClassInfo2 (const TUID _cid, int32 _cardinality, const char8* _category, const char8* _name,
int32 _classFlags, const char8* _subCategories, const char8* _vendor, const char8* _version,
const char8* _sdkVersion) {
memset (this, 0, sizeof (PClassInfo2));
memcpy (cid, _cid, sizeof (TUID));
cardinality = _cardinality;
if (_category) strncpy8 (category, _category, PClassInfo::kCategorySize);
if (_name) strncpy8 (name, _name, PClassInfo::kNameSize);
classFlags = static_cast<uint32> (_classFlags);
if (_subCategories) strncpy8 (subCategories, _subCategories, kSubCategoriesSize);
if (_vendor) strncpy8 (vendor, _vendor, kVendorSize);
if (_version) strncpy8 (version, _version, kVersionSize);
if (_sdkVersion) strncpy8 (sdkVersion, _sdkVersion, kVersionSize);
}
//#if SMTG_CPP11
constexpr PClassInfo2 ()
: cid(), cardinality(), category(), name(), classFlags(), subCategories(), vendor(), version(), sdkVersion() {}
//#else
// PClassInfo2 () { memset (this, 0, sizeof (PClassInfo2)); }
//#endif
};
/*
struct PClassInfoW {
TUID cid;
int32 cardinality;
char8 category[PClassInfo::kCategorySize];
char16 name[PClassInfo::kNameSize];
enum { kVendorSize = 64,
kVersionSize = 64,
kSubCategoriesSize = 128
};
uint32 classFlags;
char8 subCategories[kSubCategoriesSize];
char16 vendor[kVendorSize];
char16 version[kVersionSize];
char16 sdkVersion[kVersionSize];
PClassInfoW (const TUID _cid, int32 _cardinality, const char8* _category, const char16* _name,
int32 _classFlags, const char8* _subCategories, const char16* _vendor, const char16* _version,
const char16* _sdkVersion) {
memset (this, 0, sizeof (PClassInfoW));
memcpy (cid, _cid, sizeof (TUID));
cardinality = _cardinality;
if (_category) strncpy8 (category, _category, PClassInfo::kCategorySize);
if (_name) strncpy16 (name, _name, PClassInfo::kNameSize);
classFlags = static_cast<uint32> (_classFlags);
if (_subCategories) strncpy8 (subCategories, _subCategories, kSubCategoriesSize);
if (_vendor) strncpy16 (vendor, _vendor, kVendorSize);
if (_version) strncpy16 (version, _version, kVersionSize);
if (_sdkVersion) strncpy16 (sdkVersion, _sdkVersion, kVersionSize);
}
//#if SMTG_CPP11
constexpr PClassInfoW ()
: cid ()
, cardinality ()
, category ()
, name ()
, classFlags ()
, subCategories ()
, vendor ()
, version ()
, sdkVersion ()
{
}
//#else
// PClassInfoW () { memset (this, 0, sizeof (PClassInfoW)); }
//#endif
void fromAscii (const PClassInfo2& ci2) {
//memcpy (cid, ci2.cid, sizeof (TUID));
//cardinality = ci2.cardinality;
//strncpy8 (category, ci2.category, PClassInfo::kCategorySize);
//str8ToStr16 (name, ci2.name, PClassInfo::kNameSize);
//classFlags = ci2.classFlags;
//strncpy8 (subCategories, ci2.subCategories, kSubCategoriesSize);
//str8ToStr16(vendor, ci2.vendor, kVendorSize);
//str8ToStr16(version, ci2.version, kVersionSize);
//str8ToStr16(sdkVersion, ci2.sdkVersion, kVersionSize);
}
};
*/
struct PClassInfoW {
};
struct PFactoryInfo {
enum FactoryFlags {
kNoFlags = 0,
kClassesDiscardable = 1 << 0,
kLicenseCheck = 1 << 1,
kComponentNonDiscardable = 1 << 3,
kUnicode = 1 << 4
};
enum {
kURLSize = 256,
kEmailSize = 128,
kNameSize = 64
};
char8 vendor[kNameSize];
char8 url[kURLSize];
char8 email[kEmailSize];
int32 flags;
PFactoryInfo (const char8* _vendor, const char8* _url, const char8* _email, int32 _flags) {
strncpy8(vendor, _vendor, kNameSize);
strncpy8(url, _url, kURLSize);
strncpy8(email, _email, kEmailSize);
flags = _flags;
// #ifdef UNICODE
// flags |= kUnicode;
// #endif
}
//#if SMTG_CPP11
constexpr PFactoryInfo() : vendor(), url(), email(), flags() {}
//#else
// PFactoryInfo () { memset(this,0,sizeof(PFactoryInfo)); }
//#endif
};
struct ProgramListInfo {
ProgramListID id;
String128 name;
int32 programCount;
};
struct ProcessContext {
enum StatesAndFlags {
kPlaying = 1 << 1,
kCycleActive = 1 << 2,
kRecording = 1 << 3,
kSystemTimeValid = 1 << 8,
kContTimeValid = 1 << 17,
kProjectTimeMusicValid = 1 << 9,
kBarPositionValid = 1 << 11,
kCycleValid = 1 << 12,
kTempoValid = 1 << 10,
kTimeSigValid = 1 << 13,
kChordValid = 1 << 18,
kSmpteValid = 1 << 14,
kClockValid = 1 << 15
};
uint32 state;
double sampleRate;
TSamples projectTimeSamples;
int64 systemTime;
TSamples continousTimeSamples;
TQuarterNotes projectTimeMusic;
TQuarterNotes barPositionMusic;
TQuarterNotes cycleStartMusic;
TQuarterNotes cycleEndMusic;
double tempo;
int32 timeSigNumerator;
int32 timeSigDenominator;
Chord chord;
int32 smpteOffsetSubframes;
FrameRate frameRate;
int32 samplesToNextClock;
};
struct ProcessData {
ProcessData ()
: processMode (0), symbolicSampleSize (kSample32), numSamples (0), numInputs (0)
, numOutputs (0), inputs (0), outputs (0), inputParameterChanges (0), outputParameterChanges (0)
, inputEvents (0), outputEvents (0), processContext (0) {}
int32 processMode;
int32 symbolicSampleSize;
int32 numSamples;
int32 numInputs;
int32 numOutputs;
AudioBusBuffers* inputs;
AudioBusBuffers* outputs;
IParameterChanges* inputParameterChanges;
IParameterChanges* outputParameterChanges;
IEventList* inputEvents;
IEventList* outputEvents;
ProcessContext* processContext;
};
struct ProcessSetup {
int32 processMode;
int32 symbolicSampleSize;
int32 maxSamplesPerBlock;
SampleRate sampleRate;
};
struct RoutingInfo {
MediaType mediaType;
int32 busIndex;
int32 channel;
};
struct UnitInfo {
UnitID id;
UnitID parentUnitId;
String128 name;
ProgramListID programListId;
};
struct ViewRect {
//ViewRect(int32 l=0, int32 t=0, int32 r=0, int32 b=0)
//: left(l), top(t), right(r), bottom(b) {}
int32 left;
int32 top;
int32 right;
int32 bottom;
//int32 getWidth() const { return right - left; }
//int32 getHeight() const { return bottom - top; }
};
//----------------------------------------------------------------------
struct NoteOnEvent {
int16 channel;
int16 pitch;
float tuning;
float velocity;
int32 length;
int32 noteId;
};
struct NoteOffEvent {
int16 channel;
int16 pitch;
float velocity;
int32 noteId;
float tuning;
};
struct DataEvent {
uint32 size;
uint32 type;
const uint8* bytes;
enum DataTypes {
kMidiSysEx = 0
};
};
struct PolyPressureEvent {
int16 channel;
int16 pitch;
float pressure;
int32 noteId;
};
struct ChordEvent {
int16 root;
int16 bassNote;
int16 mask;
uint16 textLen;
const TChar* text;
};
struct ScaleEvent {
int16 root;
int16 mask;
uint16 textLen;
const TChar* text;
};
struct NoteExpressionValueEvent {
NoteExpressionTypeID typeId;
int32 noteId;
NoteExpressionValue value;
};
struct NoteExpressionTextEvent {
NoteExpressionTypeID typeId;
int32 noteId;
uint32 textLen;
const TChar* text;
};
struct Event {
int32 busIndex;
int32 sampleOffset;
TQuarterNotes ppqPosition;
uint16 flags;
enum EventFlags {
kIsLive = 1 << 0,
kUserReserved1 = 1 << 14,
kUserReserved2 = 1 << 15
};
enum EventTypes
{
kNoteOnEvent = 0,
kNoteOffEvent,
kDataEvent,
kPolyPressureEvent,
kNoteExpressionValueEvent,
kNoteExpressionTextEvent,
kChordEvent,
kScaleEvent
};
uint16 type;
union {
NoteOnEvent noteOn;
NoteOffEvent noteOff;
DataEvent data;
PolyPressureEvent polyPressure;
NoteExpressionValueEvent noteExpressionValue;
NoteExpressionTextEvent noteExpressionText;
ChordEvent chord;
ScaleEvent scale;
};
};
//----------------------------------------------------------------------
//
// utils
//
//----------------------------------------------------------------------
//#define char_to_utf16(C,U) UString128(C).copyTo(U,128)
//#define utf16_to_char(U,C) UString128(U).toAscii(C,128)
void char_to_utf16(const void* C, void* U) {
}
//----------
void utf16_to_char(const void* U, void* C) {
}
//
bool iidEqual(const void* iid1, const void* iid2) {
return false;
}
//----------------------------------------------------------------------
//
//
//
//----------------------------------------------------------------------
class FUnknown {
public:
virtual tresult PLUGIN_API queryInterface (const TUID _iid, void** obj) = 0;
virtual uint32_t PLUGIN_API addRef () = 0;
virtual uint32_t PLUGIN_API release () = 0;
static const TUID iid;
};
DECLARE_CLASS_IID(FUnknown, 0x00000000, 0x00000000, 0xC0000000, 0x00000046)
//----------
class IBStream
: public FUnknown {
public:
enum IStreamSeekMode {
kIBSeekSet = 0,
kIBSeekCur,
kIBSeekEnd
};
virtual tresult PLUGIN_API read(void* buffer, int32_t numBytes, int32_t* numBytesRead = 0) = 0;
virtual tresult PLUGIN_API write(void* buffer, int32_t numBytes, int32_t* numBytesWritten = 0) = 0;
virtual tresult PLUGIN_API seek(int64_t pos, int32_t mode, int64_t* result = 0) = 0;
virtual tresult PLUGIN_API tell(int64_t* pos) = 0;
static const TUID iid;
};
DECLARE_CLASS_IID(IBStream,0xC3BF6EA2,0x30994752,0x9B6BF990,0x1EE33E9B)
//----------
class IPluginFactory
: public FUnknown {
public:
virtual tresult PLUGIN_API getFactoryInfo(PFactoryInfo* info) = 0;
virtual int32_t PLUGIN_API countClasses() = 0;
virtual tresult PLUGIN_API getClassInfo (int32_t index, PClassInfo* info) = 0;
virtual tresult PLUGIN_API createInstance(FIDString cid, FIDString _iid, void** obj) = 0;
static const TUID iid;
};
DECLARE_CLASS_IID(IPluginFactory, 0x7A4D811C, 0x52114A1F, 0xAED9D2EE, 0x0B43BF9F)
//----------
class IPluginFactory2
: public IPluginFactory {
public:
virtual tresult PLUGIN_API getClassInfo2 (int32 index, PClassInfo2* info) = 0;
static const FUID iid;
};
DECLARE_CLASS_IID (IPluginFactory2, 0x0007B650, 0xF24B4C0B, 0xA464EDB9, 0xF00B2ABB)
//----------
class IPluginFactory3
: public IPluginFactory2 {
public:
virtual tresult PLUGIN_API getClassInfoUnicode (int32 index, PClassInfoW* info) = 0;
virtual tresult PLUGIN_API setHostContext (FUnknown* context) = 0;
static const FUID iid;
};
DECLARE_CLASS_IID (IPluginFactory3, 0x4555A2AB, 0xC1234E57, 0x9B122910, 0x36878931)
//----------
class IPluginBase
: public FUnknown {
public:
virtual tresult PLUGIN_API initialize(FUnknown* context) = 0;
virtual tresult PLUGIN_API terminate() = 0;
static const TUID iid;
};
DECLARE_CLASS_IID(IPluginBase,0x22888DDB,0x156E45AE,0x8358B348,0x08190625)
//----------
class IComponent
: public IPluginBase {
public:
virtual tresult PLUGIN_API getControllerClassId(TUID classId) = 0;
virtual tresult PLUGIN_API setIoMode(IoMode mode) = 0;
virtual int32_t PLUGIN_API getBusCount(MediaType type, BusDirection dir) = 0;
virtual tresult PLUGIN_API getBusInfo(MediaType type, BusDirection dir, int32_t index, BusInfo& bus) = 0;
virtual tresult PLUGIN_API getRoutingInfo(RoutingInfo& inInfo, RoutingInfo& outInfo) = 0;
virtual tresult PLUGIN_API activateBus(MediaType type, BusDirection dir, int32_t index, TBool state) = 0;
virtual tresult PLUGIN_API setActive(TBool state) = 0;
virtual tresult PLUGIN_API setState(IBStream* state) = 0;
virtual tresult PLUGIN_API getState(IBStream* state) = 0;
static const TUID iid;
};
DECLARE_CLASS_IID(IComponent,0xE831FF31,0xF2D54301,0x928EBBEE,0x25697802)
//----------
class IAudioProcessor
: public FUnknown {
public:
virtual tresult PLUGIN_API setBusArrangements(SpeakerArrangement* inputs, int32_t numIns, SpeakerArrangement* outputs, int32_t numOuts) = 0;
virtual tresult PLUGIN_API getBusArrangement(BusDirection dir, int32_t index, SpeakerArrangement& arr) = 0;
virtual tresult PLUGIN_API canProcessSampleSize(int32_t symbolicSampleSize) = 0;
virtual uint32_t PLUGIN_API getLatencySamples() = 0;
virtual tresult PLUGIN_API setupProcessing(ProcessSetup& setup) = 0;
virtual tresult PLUGIN_API setProcessing(TBool state) = 0;
virtual tresult PLUGIN_API process(ProcessData& data) = 0;
virtual uint32_t PLUGIN_API getTailSamples() = 0;
static const TUID iid;
};
DECLARE_CLASS_IID(IAudioProcessor,0x42043F99,0xB7DA453C,0xA569E79D,0x9AAEC33D)
//----------
class IUnitInfo
: public FUnknown {
public:
virtual int32 PLUGIN_API getUnitCount() = 0;
virtual tresult PLUGIN_API getUnitInfo(int32 unitIndex, UnitInfo& info /*out*/) = 0;
virtual int32 PLUGIN_API getProgramListCount() = 0;
virtual tresult PLUGIN_API getProgramListInfo(int32 listIndex, ProgramListInfo& info /*out*/) = 0;
virtual tresult PLUGIN_API getProgramName(ProgramListID listId, int32 programIndex, String128 name /*out*/) = 0;
virtual tresult PLUGIN_API getProgramInfo(ProgramListID listId, int32 programIndex, CString attributeId /*in*/, String128 attributeValue /*out*/) = 0;
virtual tresult PLUGIN_API hasProgramPitchNames(ProgramListID listId, int32 programIndex) = 0;
virtual tresult PLUGIN_API getProgramPitchName(ProgramListID listId, int32 programIndex, int16 midiPitch, String128 name /*out*/) = 0;
virtual UnitID PLUGIN_API getSelectedUnit() = 0;
virtual tresult PLUGIN_API selectUnit(UnitID unitId) = 0;
virtual tresult PLUGIN_API getUnitByBus(MediaType type, BusDirection dir, int32 busIndex, int32 channel, UnitID& unitId /*out*/) = 0;
virtual tresult PLUGIN_API setUnitProgramData(int32 listOrUnitId, int32 programIndex, IBStream* data) = 0;
static const FUID iid;
};
DECLARE_CLASS_IID (IUnitInfo, 0x3D4BD6B5, 0x913A4FD2, 0xA886E768, 0xA5EB92C1)
//----------
class IAttributeList
: public FUnknown {
public:
typedef const char* AttrID;
virtual tresult PLUGIN_API setInt(AttrID id, int64 value) = 0;
virtual tresult PLUGIN_API getInt(AttrID id, int64& value) = 0;
virtual tresult PLUGIN_API setFloat(AttrID id, double value) = 0;
virtual tresult PLUGIN_API getFloat(AttrID id, double& value) = 0;
virtual tresult PLUGIN_API setString(AttrID id, const TChar* string) = 0;
virtual tresult PLUGIN_API getString(AttrID id, TChar* string, uint32 size) = 0;
virtual tresult PLUGIN_API setBinary(AttrID id, const void* data, uint32 size) = 0;
virtual tresult PLUGIN_API getBinary(AttrID id, const void*& data, uint32& size) = 0;
static const FUID iid;
};
DECLARE_CLASS_IID (IAttributeList, 0x1E5F0AEB, 0xCC7F4533, 0xA2544011, 0x38AD5EE4)
//----------
class IMessage
: public FUnknown {
public:
virtual FIDString PLUGIN_API getMessageID () = 0;
virtual void PLUGIN_API setMessageID (FIDString id /*in*/) = 0;
virtual IAttributeList* PLUGIN_API getAttributes () = 0;
static const FUID iid;
};
DECLARE_CLASS_IID (IMessage, 0x936F033B, 0xC6C047DB, 0xBB0882F8, 0x13C1E613)
//----------
class IConnectionPoint
: public FUnknown {
public:
virtual tresult PLUGIN_API connect (IConnectionPoint* other) = 0;
virtual tresult PLUGIN_API disconnect (IConnectionPoint* other) = 0;
virtual tresult PLUGIN_API notify (IMessage* message) = 0;
static const FUID iid;
};
DECLARE_CLASS_IID (IConnectionPoint, 0x70A4156F, 0x6E6E4026, 0x989148BF, 0xAA60D8D1)
//----------
class IMidiMapping
: public FUnknown {
public:
virtual tresult PLUGIN_API getMidiControllerAssignment (int32 busIndex, int16 channel, CtrlNumber midiControllerNumber, ParamID& id/*out*/) = 0;
static const FUID iid;
};