Route audio from a ProducerModule to ConsumerModule, with ModifierModule in the middle. More...

Public Types
using	ModifierIterator = details::Iterator< decltype(_modifiers)>

using	ConsumerIterator = details::Iterator< decltype(_consumers)>

Public Member Functions
	Pipeline ()=default

	Pipeline (Pipeline const &other) noexcept=delete
	Cannot copy because Modifiers & Consumers cannot be shared nor cloned. More...

Pipeline &	operator= (Pipeline const &other) noexcept=delete
	Cannot copy because Modifiers & Consumers cannot be shared nor cloned. More...

	Pipeline (Pipeline &&other)

Pipeline &	operator= (Pipeline &&)

	~Pipeline ()
	Stops the pipeline if running and unsubscribe from the producer. More...

bool	run () noexcept
	Synchronously runs the pipeline (if supported by the provider). More...

bool	start () noexcept
	Asynchronously starts the pipeline (if supported by the provider). More...

bool	pause () noexcept
	Attempts to pause an already started pipeline. More...

bool	resume () noexcept
	Attempts to resume a paused pipeline. More...

bool	stop () noexcept
	Stops a pipeline that's been start()-ed. More...

void	setProducer (ProducerPtr prod)
	Sets a new producer that's already been constructed outside. More...

template<class T , typename... Args>
auto	setProducer (Args &&... args) -> std::shared_ptr< T >
	Sets a new producer by constructing it with `args`. More...

template<class T , typename... Args>
auto	pushBackModifier (Args &&... args) -> ModifierIterator

template<class T , typename... Args>
auto	pushFrontModifier (Args &&... args) -> ModifierIterator

template<class T , typename... Args>
auto	pushBackConsumer (Args &&... args) -> ConsumerIterator

template<class T , typename... Args>
auto	pushFrontConsumer (Args &&... args) -> ConsumerIterator

template<class T , typename... Args>
auto	insertModifier (ModifierIterator pos, Args &&... args) -> ModifierIterator

template<class T , typename... Args>
auto	insertConsumer (ConsumerIterator pos, Args &&... args) -> ConsumerIterator

auto	pushBackModifier (ModifierPtr ptr) -> ModifierIterator

auto	pushBackConsumer (ConsumerPtr ptr) -> ConsumerIterator

auto	pushFrontModifier (ModifierPtr ptr) -> ModifierIterator

auto	pushFrontConsumer (ConsumerPtr ptr) -> ConsumerIterator

auto	insertModifier (ModifierIterator pos, ModifierPtr ptr) -> ModifierIterator

auto	insertConsumer (ConsumerIterator pos, ConsumerPtr ptr) -> ConsumerIterator

void	eraseModifier (ModifierIterator it)

void	eraseConsumer (ConsumerIterator it)

auto	lastError () const -> std::string
	Produces a string formatted from the last generated ExceptionStack. More...

auto	producer () const -> ProducerPtr
	Gets this pipeline's producer in a generic form. More...

template<typename T >
auto	producer () const -> std::shared_ptr< T >
	Gets this pipeline's producer statically casted to `T`. More...

Detailed Description

Route audio from a ProducerModule to ConsumerModule, with ModifierModule in the middle.

Member Typedef Documentation

◆ ModifierIterator

using Vsdk::Audio::Pipeline::ModifierIterator = details::Iterator<decltype(_modifiers)>

◆ ConsumerIterator

using Vsdk::Audio::Pipeline::ConsumerIterator = details::Iterator<decltype(_consumers)>

Constructor & Destructor Documentation

◆ Pipeline() [1/3]

Vsdk::Audio::Pipeline::Pipeline ( )

default

◆ Pipeline() [2/3]

Vsdk::Audio::Pipeline::Pipeline ( Pipeline const & other )

deletenoexcept

Cannot copy because Modifiers & Consumers cannot be shared nor cloned.

◆ Pipeline() [3/3]

Pipeline::Pipeline ( Pipeline && other )

◆ ~Pipeline()

Pipeline::~Pipeline ( )

Stops the pipeline if running and unsubscribe from the producer.

Member Function Documentation

◆ operator=() [1/2]

Pipeline& Vsdk::Audio::Pipeline::operator= ( Pipeline const & other )

deletenoexcept

Cannot copy because Modifiers & Consumers cannot be shared nor cloned.

◆ operator=() [2/2]

Pipeline & Pipeline::operator= ( Pipeline && other )

◆ run()

bool Pipeline::run ( )

noexcept

Synchronously runs the pipeline (if supported by the provider).

Effectively calls:

producer.open();
producer.run();
producer.close();

◆ start()

bool Pipeline::start ( )

noexcept

Asynchronously starts the pipeline (if supported by the provider).

Effectively calls:

producer.open();

producer.start();

◆ pause()

bool Pipeline::pause ( )

noexcept

Attempts to pause an already started pipeline.

Note: This will send an empty "last" buffer into the pipeline if pausing succeeds

◆ resume()

bool Pipeline::resume ( )

noexcept

Attempts to resume a paused pipeline.

◆ stop()

bool Pipeline::stop ( )

noexcept

Stops a pipeline that's been start()-ed.

Effectively calls:

producer.stop();

producer.close();

◆ setProducer() [1/2]

void Pipeline::setProducer ( ProducerPtr prod )

Sets a new producer that's already been constructed outside.

Note: If the pipeline is running it will first be stopped before setting the producer.