Namespaces
	Clock

	Debug

	GUI

	IBStreamHelper
	IBStreamHelper - Helper functions.

	RT

	VstUtils

Classes
class	AudioBuffers
	Represents all the buffers (example for a stereo channel there is 2 underlying sample buffers) More...

class	AutoReleaseTimer
	Simple wrapper class around Steinberg::Timer which will automatically release the timer on delete. More...

class	BooleanParamConverter
	Manages the very common case when a param represents a boolean value. More...

class	BooleanParamSerializer
	This parameter handles serializing a bool parameter. More...

class	BufferStream
	Internal class to override the BufferStream class and give access to the buffer. More...

class	CStringParamSerializer
	A parameter backed by a C type string (char[size]). More...

class	DiscreteTypeParamConverter
	This converters maps a list of values of type `T` to discrete values. More...

class	DiscreteTypeParamSerializer
	This converters maps a list of values of type `T` to discrete values. More...

class	DiscreteValueParamConverter
	A converter to deal with a discrete value which has StepCount steps. More...

class	DoubleParamSerializer
	This parameter handles serializing a double parameter. More...

class	EnumParamConverter
	A converter to deal with an enum (assumes that the enum is contiguous, starts at 0 and that MaxValue is the latest value in the enum). More...

class	FObjectCx
	Wrapper class which maintains a connection between the target and this object. More...

class	FObjectCxCallback
	Wrapper class which will invoke the callback when the target is changed. More...

class	IDiscreteConverter
	Interface that defines a converter from a type `T` to an `int32` given a number of steps (provided by `getStepCount`). More...

class	IMessageHandler
	Interface defining a message handler. More...

class	IMessageProducer
	Abstraction for allocating and sending a message. More...

class	Int32ParamSerializer
	This parameter handles serializing a int32 parameter. More...

class	Int64ParamSerializer
	This parameter handles serializing a int64 parameter. More...

class	IParamConverter
	A vst parameter is represented by a ParamValue type which is a double in the range [0,1]. More...

class	IParamSerializer
	A vst parameter is represented by a ParamValue type which is a double in the range [0,1]. More...

class	Message
	Simple wrapper class with better api. More...

class	MessageHandler
	Simple implementation of IMessageHandler which will delegate the message handling based on MessageID. More...

class	NormalizedState
	Used to communicate the state between the UI and the RT and read/write to stream. More...

class	Parameters
	This is the class which maintains all the registered parameters. More...

class	PercentParamConverter
	A trivial percent converter. More...

class	RawParamConverter
	This parameter is just a no-op wrapper to the ParamValue to adapt it to the use of the ParamConverter concept. More...

class	RawParamSerializer
	This parameter handles serializing a raw parameter (ParamValue) More...

class	SampleRateBasedClock
	The purpose of this class is to deal with timing based on the sample rate and do the proper conversions. More...

class	StaticCastDiscreteConverter
	This implementation simply cast `T` to an `int32` (and vice-versa). More...

class	VstParameterImpl
	Internal class which extends the Vst::Parameter to override toString and delegate to the param def. More...

Typedefs
typedef AudioBuffers< Sample32 >	AudioBuffers32

typedef AudioBuffers< Sample64 >	AudioBuffers64

using	MessageID = int

using	Percent = double
	Percent type represented by a double. More...

using	TagID = ParamID
	Defining a type for tags. More...

using	VstString16 = std::basic_string< Steinberg::char16 >
	Strings made of `char16` characters are represented by the native C++11 type `std::basic_string<Steinberg::char16>` and properly converted to what is required by the VST classes. More...

Functions
uint16	__readStateVersion (IBStreamer &iStreamer)

static int32	computeNextDiscreteValue (int32 iValue, int32 iStepCount, int32 iIncrement, bool iWrap)
	Implements a standard behavior for what it means to increment (resp. More...

static ParamValue	convertDiscreteValueToNormalizedValue (int32 iStepCount, int32 iDiscreteValue)
	Implements the algorithm described in the VST documentation on how to interpret a discrete value into a normalized value. More...

static int32	convertNormalizedValueToDiscreteValue (int32 iStepCount, ParamValue iNormalizedValue)
	Implements the algorithm described in the VST documentation on how to interpret a normalized value as a discrete value. More...

template<typename SampleType >
SampleType	dbToSample (double valueInDb)

template<typename SampleType >
SampleType	getSampleSilentThreshold () noexcept

template<>
Sample32	getSampleSilentThreshold< Sample32 > () noexcept

template<>
Sample64	getSampleSilentThreshold< Sample64 > () noexcept

bool	isSilent (Sample32 value)

bool	isSilent (Sample64 value)

template<typename SampleType >
double	sampleToDb (SampleType valueInSample)

Variables
static const auto	ATTR_MSG_ID = "ATTR_MSG_ID"

constexpr int32	DEFAULT_LEFT_CHANNEL = 0

constexpr int32	DEFAULT_RIGHT_CHANNEL = 1

constexpr Sample32	Sample32SilentThreshold = ((Sample32)2.0e-8)

constexpr Sample64	Sample64SilentThreshold = ((Sample64)2.0e-8)

constexpr ParamID	UNDEFINED_PARAM_ID = static_cast<ParamID>(-1)
	Constant used throughout the code to test whether the `ParamID` represents a valid id or an undefined one. More...

constexpr TagID	UNDEFINED_TAG_ID = UNDEFINED_PARAM_ID
	Constant used to test whether the `TagID` represents a valid id or an undefined one. More...

Typedef Documentation

◆ AudioBuffers32

typedef AudioBuffers<Sample32> AudioBuffers32

◆ AudioBuffers64

typedef AudioBuffers<Sample64> AudioBuffers64

◆ MessageID

using MessageID = int

◆ Percent

using Percent = double

Percent type represented by a double.

◆ TagID

using TagID = ParamID

Defining a type for tags.

Warning: Since 4.0.0, this type has changed to be non negative. The issue stems from the fact that the VST SDK uses ParamID throughout and is mapped to an uint32 but the VSTGUI layer uses int32_t for what they call tags (ex: CControl::getTag()) but is in fact a parameter ID, hence a uint32 (essentially this is a mess...). So reverting to use what the VST SDK deals with: uint32

◆ VstString16

using VstString16 = std::basic_string<Steinberg::char16>

Strings made of char16 characters are represented by the native C++11 type std::basic_string<Steinberg::char16> and properly converted to what is required by the VST classes.

The Steinberg::String class can be used to generate a formatted string like this:

int pad = 3;
String title;
title.printf(STR16("Pad [%d]", pad);
// because std::basic_string<Steinberg::char16> can be created from a char16 const *,
// then you can simply use title.text16() wherever a VstString16 is requested
myParam = vst<BooleanParamConverter>(id, title.text16()).add();

Function Documentation

◆ __readStateVersion()

uint16 pongasoft::VST::__readStateVersion ( IBStreamer & iStreamer )

◆ computeNextDiscreteValue()

static int32 pongasoft::VST::computeNextDiscreteValue	(	int32	iValue,
		int32	iStepCount,
		int32	iIncrement,
		bool	iWrap
	)

inlinestatic

Implements a standard behavior for what it means to increment (resp.

decrement if iIncrement is negative) a discrete value.

Parameters

iValue	the current value from which we want to compute the "next" one
iStepCount	the number of steps for the discrete property (no action if `<= 0`)
iIncrement	how much to increment (if positive) or decrement (if negative) the current value
iWrap	if `true` wraps the property around if it goes beyond the limit after increment (resp. decrement) or stay at the limit if `false`

Returns: the computed "next" discrete value

◆ convertDiscreteValueToNormalizedValue()

static ParamValue pongasoft::VST::convertDiscreteValueToNormalizedValue	(	int32	iStepCount,
		int32	iDiscreteValue
	)

inlinestatic

Implements the algorithm described in the VST documentation on how to interpret a discrete value into a normalized value.

◆ convertNormalizedValueToDiscreteValue()

static int32 pongasoft::VST::convertNormalizedValueToDiscreteValue	(	int32	iStepCount,
		ParamValue	iNormalizedValue
	)

inlinestatic

Implements the algorithm described in the VST documentation on how to interpret a normalized value as a discrete value.

◆ dbToSample()

SampleType pongasoft::VST::dbToSample ( double valueInDb )

inline

◆ getSampleSilentThreshold()

SampleType pongasoft::VST::getSampleSilentThreshold ( )

noexcept

◆ getSampleSilentThreshold< Sample32 >()

Sample32 pongasoft::VST::getSampleSilentThreshold< Sample32 > ( )

inlinenoexcept

◆ getSampleSilentThreshold< Sample64 >()

Sample64 pongasoft::VST::getSampleSilentThreshold< Sample64 > ( )

inlinenoexcept

◆ isSilent() [1/2]

bool pongasoft::VST::isSilent ( Sample32 value )

inline

◆ isSilent() [2/2]

bool pongasoft::VST::isSilent ( Sample64 value )

inline

◆ sampleToDb()

double pongasoft::VST::sampleToDb ( SampleType valueInSample )

inline

Variable Documentation

◆ ATTR_MSG_ID

const auto ATTR_MSG_ID = "ATTR_MSG_ID"

static

◆ DEFAULT_LEFT_CHANNEL

constexpr int32 DEFAULT_LEFT_CHANNEL = 0

◆ DEFAULT_RIGHT_CHANNEL

constexpr int32 DEFAULT_RIGHT_CHANNEL = 1

◆ Sample32SilentThreshold

constexpr Sample32 Sample32SilentThreshold = ((Sample32)2.0e-8)

◆ Sample64SilentThreshold

constexpr Sample64 Sample64SilentThreshold = ((Sample64)2.0e-8)

◆ UNDEFINED_PARAM_ID

constexpr ParamID UNDEFINED_PARAM_ID = static_cast<ParamID>(-1)

Constant used throughout the code to test whether the ParamID represents a valid id or an undefined one.

◆ UNDEFINED_TAG_ID

constexpr TagID UNDEFINED_TAG_ID = UNDEFINED_PARAM_ID

Constant used to test whether the TagID represents a valid id or an undefined one.

Namespaces

Classes

Typedefs

Functions

Variables

Typedef Documentation

◆ AudioBuffers32

◆ AudioBuffers64

◆ MessageID

◆ Percent

◆ TagID

◆ VstString16

Function Documentation

◆ __readStateVersion()

◆ computeNextDiscreteValue()

◆ convertDiscreteValueToNormalizedValue()

◆ convertNormalizedValueToDiscreteValue()

◆ dbToSample()

◆ getSampleSilentThreshold()

◆ getSampleSilentThreshold< Sample32 >()

◆ getSampleSilentThreshold< Sample64 >()

◆ isSilent() [1/2]

◆ isSilent() [2/2]

◆ sampleToDb()

Variable Documentation

◆ ATTR_MSG_ID

◆ DEFAULT_LEFT_CHANNEL

◆ DEFAULT_RIGHT_CHANNEL

◆ Sample32SilentThreshold

◆ Sample64SilentThreshold

◆ UNDEFINED_PARAM_ID

◆ UNDEFINED_TAG_ID