Audio stream object. More...

#include <aspl/Stream.hpp>

Inheritance diagram for aspl::Stream:

Public Member Functions
	Stream (std::shared_ptr< const Context > context, std::shared_ptr< Device > device, const StreamParameters &params={})
	Construct stream.

Getters and setters
virtual bool	GetIsActive () const
	Tell whether the stream participates in I/O. By default returns the last value set by SetIsActive(). Initial value is true.

OSStatus	SetIsActive (bool isActive)
	Activate or deactivate stream. Invokes SetIsActiveImpl() and NotifyPropertyChanged().

virtual Direction	GetDirection () const
	Get stream direction. By default returns corresponding field of StreamParameters.

virtual UInt32	GetTerminalType () const
	Get terminal type. By default returns kAudioStreamTerminalTypeMicrophone if GetDirection() returns Direction::Input, and kAudioStreamTerminalTypeSpeaker if it return Direction::Output.

virtual UInt32	GetStartingChannel () const
	Absolute channel number for the first channel in the stream. For example, if a device has two output streams with two channels each, then the starting channel number for the first stream is 1 and thus starting channel number for the second stream is 3. By default returns StreamParameters::StartingChannel.

UInt32	GetChannelCount () const
	Get number of channels in stream. Return value is based on GetPhysicalFormat().

Float64	GetSampleRate () const
	Get stream sample rate. Return value is based on GetPhysicalFormat().

virtual UInt32	GetLatency () const
	Get any additional presentation latency the stream has. This latency is added to the device latency. By default returns value last set with SetLatencyAsync(). Initial value is StreamParameters::Latency.

OSStatus	SetLatencyAsync (UInt32 latency)
	Asynchronously set stream presentation latency, Requests HAL to asynchronously invoke SetLatencyImpl().

virtual AudioStreamBasicDescription	GetPhysicalFormat () const
	Get the current physical format of the stream. Physical format defines the underlying format supported natively by hardware. By default returns value set by last SetPhysicalFormatAsync() call. Initial value is StreamParameters::Format.

OSStatus	SetPhysicalFormatAsync (AudioStreamBasicDescription format)
	Set current format of the stream. Requests HAL to asynchronously invoke SetPhysicalFormatImpl(). Fails if format is not present in GetAvailablePhysicalFormats(), which by default returns only one format, provided during initialization. If you want to make your stream supporting multiple formats, you typically need to override both of these methods.

virtual std::vector< AudioStreamRangedDescription >	GetAvailablePhysicalFormats () const
	Get list of supported physical formats. Empty list means that any format is allowed. By default returns the last value set by SetAvailablePhysicalFormatsAsync(). If nothing was set, return a single-element list with the format returned by GetPhysicalFormat().

OSStatus	SetAvailablePhysicalFormatsAsync (std::vector< AudioStreamRangedDescription > formats)
	Asynchronously set list of supported physical formats. See comments for GetAvailablePhysicalFormats(). Requests HAL to asynchronously invoke SetAvailablePhysicalFormatsImpl().

virtual AudioStreamBasicDescription	GetVirtualFormat () const
	Get the current format of the stream. Virtual format defines the format used to present the device to the apps. For example, physical format may use integers, while virtual format may use floating point numbers. For devices that don't override the mix operation, the virtual format has to be the same as the physical format. By default returns value set by last SetVirtualFormatAsync() call. Initial value is StreamParameters::Format.

OSStatus	SetVirtualFormatAsync (AudioStreamBasicDescription format)
	Set current virtual format of the stream. Requests HAL to asynchronously invoke SetVirtualFormatImpl(). Fails if format is not present in GetAvailableVirtualFormats(), which by default returns only one format, provided during initialization. If you want to make your stream supporting multiple formats, you typically need to override both of these methods.

virtual std::vector< AudioStreamRangedDescription >	GetAvailableVirtualFormats () const
	Get list of supported virtual formats. Empty list means that any format is allowed. By default returns the last value set by SetAvailableVirtualFormatsAsync(). If nothing was set, return a single-element list with the format returned by GetVirtualFormat().

OSStatus	SetAvailableVirtualFormatsAsync (std::vector< AudioStreamRangedDescription > formats)
	Asynchronously set list of supported virtual formats. See comments for GetAvailableVirtualFormats(). Requests HAL to asynchronously invoke SetAvailableVirtualFormatsImpl().

Processing
virtual UInt32	ConvertFramesToBytes (UInt32 numFrames) const
	Convert number of frame to the number of bytes. Result depends on the value returned by GetPhysicalFormat().

virtual UInt32	ConvertBytesToFrames (UInt32 numBytes) const
	Convert number of bytes to the number of frames. Result depends on the value returned by GetPhysicalFormat().

void	AttachVolumeControl (std::shared_ptr< VolumeControl > control)
	Attach volume control to the stream. ApplyProcessing() will use control to apply volume settings to the stream.

void	AttachMuteControl (std::shared_ptr< MuteControl > control)
	Attach mute control to the stream. ApplyProcessing() will use control to apply mute settings to the stream.

virtual void	ApplyProcessing (Float32 *frames, UInt32 frameCount, UInt32 channelCount) const
	Apply processing to the stream's data. The provided buffer contains exactly `frameCount` * `channelCount` samples. Modifies frames in the provided buffer. Default implementation invokes ApplyProcessing() on attached volume and mute controls, if they are present.

Configuration
void	RequestConfigurationChange (std::function< void()> func={})
	Request HAL to perform configuration update. Similar to Device::RequestConfigurationChange().

Property dispatch
AudioClassID	GetClass () const override
	Get class ID.

AudioClassID	GetBaseClass () const override
	Get base class ID.

bool	IsInstance (AudioClassID classID) const override
	Check if this object is instance of given base class.

Boolean	HasProperty (AudioObjectID objectID, pid_t clientPID, const AudioObjectPropertyAddress *address) const override
	Check whether given property is present.

OSStatus	IsPropertySettable (AudioObjectID objectID, pid_t clientPID, const AudioObjectPropertyAddress address, Boolean outIsSettable) const override
	Check whether given property can be changed.

OSStatus	GetPropertyDataSize (AudioObjectID objectID, pid_t clientPID, const AudioObjectPropertyAddress address, UInt32 qualifierDataSize, const void qualifierData, UInt32 *outDataSize) const override
	Get size of property value in bytes.

OSStatus	GetPropertyData (AudioObjectID objectID, pid_t clientPID, const AudioObjectPropertyAddress address, UInt32 qualifierDataSize, const void qualifierData, UInt32 inDataSize, UInt32 outDataSize, void outData) const override
	Get property value.

OSStatus	SetPropertyData (AudioObjectID objectID, pid_t clientPID, const AudioObjectPropertyAddress address, UInt32 qualifierDataSize, const void qualifierData, UInt32 inDataSize, const void *inData) override
	Change property value.

Public Member Functions inherited from aspl::Object
	Object (std::shared_ptr< const Context > context, const char *className="Object", AudioObjectID objectID=kAudioObjectUnknown)
	Construct object. Class name is used for logging. It should be the name of the derived class. If objectID is `kAudioObjectUnknown` (zero), allocates new object ID. Otherwise uses given object ID.

	Object (const Object &)=delete

Object &	operator= (const Object &)=delete

std::shared_ptr< const Context >	GetContext () const
	Get object context.

AudioObjectID	GetID () const
	Get object ID. Returns objectID selected at construction time.

AudioObjectID	GetOwnerID () const
	Get object owner. If the object has an owner, returns its ID. Otherwise, returns `kAudioObjectUnknown` (zero).

bool	HasOwner () const
	Check if the object is part of the hierarchy. Returns true if GetOwnerID() is not equal to kAudioObjectUnknown.

std::vector< AudioObjectID >	GetOwnedObjectIDs (AudioObjectPropertyScope scope=kAudioObjectPropertyScopeGlobal, AudioClassID classID=0) const
	Get owned objects. Returns the list of objects to which this object is the owner.

void	AddOwnedObject (std::shared_ptr< Object > object, AudioObjectPropertyScope scope=kAudioObjectPropertyScopeGlobal)
	Add object to the list of owned objects. Also invokes SetOwner() on the added object.

void	RemoveOwnedObject (AudioObjectID objectID)
	Remove object to the list of owned objects. Also invokes SetOwner() on the removed object.

void	NotifyPropertyChanged (AudioObjectPropertySelector selector, AudioObjectPropertyScope scope=kAudioObjectPropertyScopeGlobal, AudioObjectPropertyElement element=kAudioObjectPropertyElementMain) const
	Notify HAL that a property was changed. This is automatically called by all setters.

void	NotifyPropertiesChanged (std::vector< AudioObjectPropertySelector > selectors, AudioObjectPropertyScope scope=kAudioObjectPropertyScopeGlobal, AudioObjectPropertyElement element=kAudioObjectPropertyElementMain) const
	Notify HAL that some properties were changed. This is automatically called by all setters.

virtual std::vector< AudioServerPlugInCustomPropertyInfo >	GetCustomProperties () const
	Get info about registered custom properties. Returns list of properties added using RegisterCustomProperty().

template<typename ObjectType , typename ValueType >
void	RegisterCustomProperty (AudioObjectPropertySelector selector, ObjectType &object, GetterMethod< ObjectType, ValueType > getter, SetterMethod< ObjectType, ValueType > setter=nullptr)
	Register custom property with getter and optional setter.

template<typename GetterFunc >
void	RegisterCustomProperty (AudioObjectPropertySelector selector, GetterFunc getter)
	Register custom property with getter and optional setter.

void	RegisterCustomProperty (AudioObjectPropertySelector selector, std::function< CFStringRef()> getter, std::function< void(CFStringRef)> setter)
	Register custom property with getter and optional setter.

void	RegisterCustomProperty (AudioObjectPropertySelector selector, std::function< CFPropertyListRef()> getter, std::function< void(CFPropertyListRef)> setter)
	Register custom property with getter and optional setter.

Protected Member Functions
Setters implementation
virtual OSStatus	SetIsActiveImpl (bool isActive)
	Activate or deactivate stream. Should return zero if the state was successfully changed. By default just changes the value returned by GetIsActive(). Invoked by SetIsActive().

virtual OSStatus	SetLatencyImpl (UInt32 latency)
	Set stream presentation latency. Invoked by SetLatencyAsync() to actually change the latency. Default implementation just changes the value returned by GetLatency().

virtual OSStatus	SetPhysicalFormatImpl (const AudioStreamBasicDescription &format)
	Set current format of the stream. Invoked by SetPhysicalFormatAsync() to actually change the format. Default behavior is to change the format returned by GetPhysicalFormat() and to invoke Device::SetSampleRateAsync() to ensure that device and all its streams have the same rate.

virtual OSStatus	SetAvailablePhysicalFormatsImpl (std::vector< AudioStreamRangedDescription > formats)
	Set list of supported physical formats. Invoked by SetAvailablePhysicalFormatsAsync(). Default implementation just changes the list returned by GetAvailablePhysicalFormats().

virtual OSStatus	SetVirtualFormatImpl (const AudioStreamBasicDescription &format)
	Set current virtual format of the stream. Invoked by SetVirtualFormatAsync() to actually change the format. Default behavior is to change the format returned by GetVirtualFormat() and to invoke Device::SetSampleRateAsync() to ensure that device and all its streams have the same rate.

virtual OSStatus	SetAvailableVirtualFormatsImpl (std::vector< AudioStreamRangedDescription > formats)
	Set list of supported virtual formats. Invoked by SetAvailableVirtualFormatsAsync(). Default implementation just changes the list returned by GetAvailableVirtualFormats().

Additional Inherited Members
Public Types inherited from aspl::Object
template<typename ObjectType , typename ValueType >
using	GetterMethod = ValueType (ObjectType::*)() const
	Pointer to custom property getter method. Used in RegisterCustomProperty().

template<typename ObjectType , typename ValueType >
using	SetterMethod = void (ObjectType::*)(ValueType)
	Pointer to custom property setter method. Used in RegisterCustomProperty().

Detailed Description

Audio stream object.

Stream is part of a Device representing a source (input stream) or a destination (output stream) for samples. Clients connected to the device can read from its input streams and write to its output streams.

Each stream can have its own format, latency, and other parameters.

Stream does not do I/O by its own. Instead, it provides ApplyProcessing() method, which is invoked by ReaderWriter (in its default implementation).

Default implementation of Stream::ApplyProcessing() just invokes corresponding methods on attached VolumeControl and MuteControl objects, which you can set using AttachVolumeControl() and AttachMuteControl().

Definition at line 76 of file Stream.hpp.

Constructor & Destructor Documentation

◆ Stream()

aspl::Stream::Stream	(	std::shared_ptr< const Context >	context,
		std::shared_ptr< Device >	device,
		const StreamParameters &	params = {} )

explicit

Construct stream.

Member Function Documentation

◆ ApplyProcessing()

virtual void aspl::Stream::ApplyProcessing	(	Float32 *	frames,
		UInt32	frameCount,
		UInt32	channelCount ) const

virtual

Apply processing to the stream's data. The provided buffer contains exactly frameCount * channelCount samples. Modifies frames in the provided buffer. Default implementation invokes ApplyProcessing() on attached volume and mute controls, if they are present.

Note: Invoked by ReaderWriter on realtime thread.

◆ AttachMuteControl()

void aspl::Stream::AttachMuteControl ( std::shared_ptr< MuteControl > control )

Attach mute control to the stream. ApplyProcessing() will use control to apply mute settings to the stream.

◆ AttachVolumeControl()

void aspl::Stream::AttachVolumeControl ( std::shared_ptr< VolumeControl > control )

Attach volume control to the stream. ApplyProcessing() will use control to apply volume settings to the stream.

◆ ConvertBytesToFrames()

virtual UInt32 aspl::Stream::ConvertBytesToFrames ( UInt32 numBytes ) const

virtual

Convert number of bytes to the number of frames. Result depends on the value returned by GetPhysicalFormat().

◆ ConvertFramesToBytes()

virtual UInt32 aspl::Stream::ConvertFramesToBytes ( UInt32 numFrames ) const

virtual

Convert number of frame to the number of bytes. Result depends on the value returned by GetPhysicalFormat().

◆ GetAvailablePhysicalFormats()

virtual std::vector< AudioStreamRangedDescription > aspl::Stream::GetAvailablePhysicalFormats ( ) const

virtual

Get list of supported physical formats. Empty list means that any format is allowed. By default returns the last value set by SetAvailablePhysicalFormatsAsync(). If nothing was set, return a single-element list with the format returned by GetPhysicalFormat().

Note: Backs kAudioStreamPropertyAvailablePhysicalFormats property.

◆ GetAvailableVirtualFormats()

virtual std::vector< AudioStreamRangedDescription > aspl::Stream::GetAvailableVirtualFormats ( ) const

virtual

Get list of supported virtual formats. Empty list means that any format is allowed. By default returns the last value set by SetAvailableVirtualFormatsAsync(). If nothing was set, return a single-element list with the format returned by GetVirtualFormat().

Note: Backs kAudioStreamPropertyAvailableVirtualFormats property.

◆ GetBaseClass()

AudioClassID aspl::Stream::GetBaseClass ( ) const

overridevirtual

Get base class ID.

Reimplemented from aspl::Object.

◆ GetChannelCount()

UInt32 aspl::Stream::GetChannelCount ( ) const

Get number of channels in stream. Return value is based on GetPhysicalFormat().

◆ GetClass()

AudioClassID aspl::Stream::GetClass ( ) const

overridevirtual

Get class ID.

Reimplemented from aspl::Object.

◆ GetDirection()

virtual Direction aspl::Stream::GetDirection ( ) const

virtual

Get stream direction. By default returns corresponding field of StreamParameters.

See also: StreamParameters::Direction.

Note: Backs kAudioStreamPropertyDirection property.

◆ GetIsActive()

virtual bool aspl::Stream::GetIsActive ( ) const

virtual

Tell whether the stream participates in I/O. By default returns the last value set by SetIsActive(). Initial value is true.

Note: Backs kAudioStreamPropertyIsActive property.

◆ GetLatency()

virtual UInt32 aspl::Stream::GetLatency ( ) const

virtual

Get any additional presentation latency the stream has. This latency is added to the device latency. By default returns value last set with SetLatencyAsync(). Initial value is StreamParameters::Latency.

Note: Backs kAudioStreamPropertyLatency property.

◆ GetPhysicalFormat()

virtual AudioStreamBasicDescription aspl::Stream::GetPhysicalFormat ( ) const

virtual

Get the current physical format of the stream. Physical format defines the underlying format supported natively by hardware. By default returns value set by last SetPhysicalFormatAsync() call. Initial value is StreamParameters::Format.

Note: Backs kAudioStreamPropertyPhysicalFormat property.

◆ GetPropertyData()

OSStatus aspl::Stream::GetPropertyData	(	AudioObjectID	objectID,
		pid_t	clientPID,
		const AudioObjectPropertyAddress *	address,
		UInt32	qualifierDataSize,
		const void *	qualifierData,
		UInt32	inDataSize,
		UInt32 *	outDataSize,
		void *	outData ) const

overridevirtual

Get property value.

Reimplemented from aspl::Object.

◆ GetPropertyDataSize()

OSStatus aspl::Stream::GetPropertyDataSize	(	AudioObjectID	objectID,
		pid_t	clientPID,
		const AudioObjectPropertyAddress *	address,
		UInt32	qualifierDataSize,
		const void *	qualifierData,
		UInt32 *	outDataSize ) const

overridevirtual

Get size of property value in bytes.

Reimplemented from aspl::Object.

◆ GetSampleRate()

Float64 aspl::Stream::GetSampleRate ( ) const

Get stream sample rate. Return value is based on GetPhysicalFormat().

◆ GetStartingChannel()

virtual UInt32 aspl::Stream::GetStartingChannel ( ) const

virtual

Absolute channel number for the first channel in the stream. For example, if a device has two output streams with two channels each, then the starting channel number for the first stream is 1 and thus starting channel number for the second stream is 3. By default returns StreamParameters::StartingChannel.

Note: Backs kAudioStreamPropertyStartingChannel property.

◆ GetTerminalType()

virtual UInt32 aspl::Stream::GetTerminalType ( ) const

virtual

Get terminal type. By default returns kAudioStreamTerminalTypeMicrophone if GetDirection() returns Direction::Input, and kAudioStreamTerminalTypeSpeaker if it return Direction::Output.

Remarks: Indicates what is at the other end of the stream such as a speaker or headphones, or a microphone. Values for this property are defined in <CoreAudio/AudioHardwareBase.h>

Note: Backs kAudioStreamPropertyTerminalType property.

◆ GetVirtualFormat()

virtual AudioStreamBasicDescription aspl::Stream::GetVirtualFormat ( ) const

virtual

Get the current format of the stream. Virtual format defines the format used to present the device to the apps. For example, physical format may use integers, while virtual format may use floating point numbers. For devices that don't override the mix operation, the virtual format has to be the same as the physical format. By default returns value set by last SetVirtualFormatAsync() call. Initial value is StreamParameters::Format.

Note: Backs kAudioStreamPropertyVirtualFormat property.

◆ HasProperty()

Boolean aspl::Stream::HasProperty	(	AudioObjectID	objectID,
		pid_t	clientPID,
		const AudioObjectPropertyAddress *	address ) const

overridevirtual

Check whether given property is present.

Reimplemented from aspl::Object.

◆ IsInstance()

bool aspl::Stream::IsInstance ( AudioClassID classID ) const

overridevirtual

Check if this object is instance of given base class.

Reimplemented from aspl::Object.

◆ IsPropertySettable()

OSStatus aspl::Stream::IsPropertySettable	(	AudioObjectID	objectID,
		pid_t	clientPID,
		const AudioObjectPropertyAddress *	address,
		Boolean *	outIsSettable ) const

overridevirtual

Check whether given property can be changed.

Reimplemented from aspl::Object.

◆ RequestConfigurationChange()

void aspl::Stream::RequestConfigurationChange ( std::function< void()> func = {} )

Request HAL to perform configuration update. Similar to Device::RequestConfigurationChange().

◆ SetAvailablePhysicalFormatsAsync()

OSStatus aspl::Stream::SetAvailablePhysicalFormatsAsync ( std::vector< AudioStreamRangedDescription > formats )

Asynchronously set list of supported physical formats. See comments for GetAvailablePhysicalFormats(). Requests HAL to asynchronously invoke SetAvailablePhysicalFormatsImpl().

◆ SetAvailablePhysicalFormatsImpl()

virtual OSStatus aspl::Stream::SetAvailablePhysicalFormatsImpl ( std::vector< AudioStreamRangedDescription > formats )

protectedvirtual

Set list of supported physical formats. Invoked by SetAvailablePhysicalFormatsAsync(). Default implementation just changes the list returned by GetAvailablePhysicalFormats().

◆ SetAvailableVirtualFormatsAsync()

OSStatus aspl::Stream::SetAvailableVirtualFormatsAsync ( std::vector< AudioStreamRangedDescription > formats )

Asynchronously set list of supported virtual formats. See comments for GetAvailableVirtualFormats(). Requests HAL to asynchronously invoke SetAvailableVirtualFormatsImpl().

◆ SetAvailableVirtualFormatsImpl()

virtual OSStatus aspl::Stream::SetAvailableVirtualFormatsImpl ( std::vector< AudioStreamRangedDescription > formats )

protectedvirtual

Set list of supported virtual formats. Invoked by SetAvailableVirtualFormatsAsync(). Default implementation just changes the list returned by GetAvailableVirtualFormats().

◆ SetIsActive()

OSStatus aspl::Stream::SetIsActive ( bool isActive )

Activate or deactivate stream. Invokes SetIsActiveImpl() and NotifyPropertyChanged().

Note: Backs kAudioStreamPropertyIsActive property.

◆ SetIsActiveImpl()

virtual OSStatus aspl::Stream::SetIsActiveImpl ( bool isActive )

protectedvirtual

Activate or deactivate stream. Should return zero if the state was successfully changed. By default just changes the value returned by GetIsActive(). Invoked by SetIsActive().

Note: Backs kAudioStreamPropertyIsActive property.

◆ SetLatencyAsync()

OSStatus aspl::Stream::SetLatencyAsync ( UInt32 latency )

Asynchronously set stream presentation latency, Requests HAL to asynchronously invoke SetLatencyImpl().

◆ SetLatencyImpl()

virtual OSStatus aspl::Stream::SetLatencyImpl ( UInt32 latency )

protectedvirtual

Set stream presentation latency. Invoked by SetLatencyAsync() to actually change the latency. Default implementation just changes the value returned by GetLatency().

◆ SetPhysicalFormatAsync()

OSStatus aspl::Stream::SetPhysicalFormatAsync ( AudioStreamBasicDescription format )

Set current format of the stream. Requests HAL to asynchronously invoke SetPhysicalFormatImpl(). Fails if format is not present in GetAvailablePhysicalFormats(), which by default returns only one format, provided during initialization. If you want to make your stream supporting multiple formats, you typically need to override both of these methods.

Note: Backs kAudioStreamPropertyPhysicalFormat property.

◆ SetPhysicalFormatImpl()

virtual OSStatus aspl::Stream::SetPhysicalFormatImpl ( const AudioStreamBasicDescription & format )

protectedvirtual

Set current format of the stream. Invoked by SetPhysicalFormatAsync() to actually change the format. Default behavior is to change the format returned by GetPhysicalFormat() and to invoke Device::SetSampleRateAsync() to ensure that device and all its streams have the same rate.

Note: Backs kAudioStreamPropertyPhysicalFormat property.

◆ SetPropertyData()

OSStatus aspl::Stream::SetPropertyData	(	AudioObjectID	objectID,
		pid_t	clientPID,
		const AudioObjectPropertyAddress *	address,
		UInt32	qualifierDataSize,
		const void *	qualifierData,
		UInt32	inDataSize,
		const void *	inData )

overridevirtual

Change property value.

Reimplemented from aspl::Object.

◆ SetVirtualFormatAsync()

OSStatus aspl::Stream::SetVirtualFormatAsync ( AudioStreamBasicDescription format )

Set current virtual format of the stream. Requests HAL to asynchronously invoke SetVirtualFormatImpl(). Fails if format is not present in GetAvailableVirtualFormats(), which by default returns only one format, provided during initialization. If you want to make your stream supporting multiple formats, you typically need to override both of these methods.

Note: Backs kAudioStreamPropertyVirtualFormat property.

◆ SetVirtualFormatImpl()

virtual OSStatus aspl::Stream::SetVirtualFormatImpl ( const AudioStreamBasicDescription & format )

protectedvirtual

Set current virtual format of the stream. Invoked by SetVirtualFormatAsync() to actually change the format. Default behavior is to change the format returned by GetVirtualFormat() and to invoke Device::SetSampleRateAsync() to ensure that device and all its streams have the same rate.

Note: Backs kAudioStreamPropertyVirtualFormat property.

The documentation for this class was generated from the following file:

aspl/Stream.hpp

Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Stream()

Member Function Documentation

◆ ApplyProcessing()

◆ AttachMuteControl()

◆ AttachVolumeControl()

◆ ConvertBytesToFrames()

◆ ConvertFramesToBytes()

◆ GetAvailablePhysicalFormats()

◆ GetAvailableVirtualFormats()

◆ GetBaseClass()

◆ GetChannelCount()

◆ GetClass()

◆ GetDirection()

◆ GetIsActive()

◆ GetLatency()

◆ GetPhysicalFormat()

◆ GetPropertyData()

◆ GetPropertyDataSize()

◆ GetSampleRate()

◆ GetStartingChannel()

◆ GetTerminalType()

◆ GetVirtualFormat()

◆ HasProperty()

◆ IsInstance()

◆ IsPropertySettable()

◆ RequestConfigurationChange()

◆ SetAvailablePhysicalFormatsAsync()

◆ SetAvailablePhysicalFormatsImpl()

◆ SetAvailableVirtualFormatsAsync()

◆ SetAvailableVirtualFormatsImpl()

◆ SetIsActive()

◆ SetIsActiveImpl()

◆ SetLatencyAsync()

◆ SetLatencyImpl()

◆ SetPhysicalFormatAsync()

◆ SetPhysicalFormatImpl()

◆ SetPropertyData()

◆ SetVirtualFormatAsync()

◆ SetVirtualFormatImpl()