roc::pipeline::SenderLoop Class Reference

Sender pipeline loop. More...

#include <roc_pipeline/sender_loop.h>

Inheritance diagram for roc::pipeline::SenderLoop:

Classes
class	Task
	Base task class. More...
class	Tasks
	Subclasses for specific tasks. More...

Public Types
typedef struct SlotHandle *	SlotHandle
	Opaque slot handle.

Public Member Functions
	SenderLoop (IPipelineTaskScheduler &scheduler, const SenderSinkConfig &sink_config, const rtp::EncodingMap &encoding_map, core::IPool &packet_pool, core::IPool &packet_buffer_pool, core::IPool &frame_buffer_pool, core::IArena &arena)
	Initialize.
bool	is_valid () const
	Check if the pipeline was successfully constructed.
sndio::ISink &	sink ()
	Get sender sink.
Public Member Functions inherited from roc::pipeline::PipelineLoop
void	schedule (PipelineTask &task, IPipelineTaskCompleter &completer)
	Enqueue a task for asynchronous execution.
bool	schedule_and_wait (PipelineTask &task)
	Enqueue a task for asynchronous execution and wait until it finishes.
void	process_tasks ()
	Process some of the enqueued tasks, if any.

Additional Inherited Members
Protected Member Functions inherited from roc::pipeline::PipelineLoop
	PipelineLoop (IPipelineTaskScheduler &scheduler, const PipelineLoopConfig &config, const audio::SampleSpec &sample_spec)
	Initialization.
size_t	num_pending_tasks () const
	How much pending tasks are there.
size_t	num_pending_frames () const
	How much pending frames are there.
const Stats &	get_stats_ref () const
	Get task processing statistics. Returned object can't be accessed concurrently with other methods.
bool	process_subframes_and_tasks (audio::Frame &frame)
	Split frame and process subframes and some of the enqueued tasks.

Detailed Description

Sender pipeline loop.

This class acts as a task-based facade for the sender pipeline subsystem of roc_pipeline module (SenderSink, SenderSlot, SenderEndpoint, SenderSession).

It provides two interfaces:

• sndio::ISink - can be used to pass samples to the pipeline (should be used from sndio thread)
• PipelineLoop - can be used to schedule tasks on the pipeline (can be used from any thread)

Note

Private inheritance from ISink is used to decorate actual implementation of ISink - SenderSource, in order to integrate it with PipelineLoop.

Definition at line 44 of file sender_loop.h.

Member Typedef Documentation

SlotHandle

typedef struct SlotHandle* roc::pipeline::SenderLoop::SlotHandle

Opaque slot handle.

Definition at line 47 of file sender_loop.h.

Constructor & Destructor Documentation

SenderLoop()

roc::pipeline::SenderLoop::SenderLoop	(	IPipelineTaskScheduler &	scheduler,
		const SenderSinkConfig &	sink_config,
		const rtp::EncodingMap &	encoding_map,
		core::IPool &	packet_pool,
		core::IPool &	packet_buffer_pool,
		core::IPool &	frame_buffer_pool,
		core::IArena &	arena
	)

Initialize.

Member Function Documentation

is_valid()

bool roc::pipeline::SenderLoop::is_valid

(

)

const

Check if the pipeline was successfully constructed.

sink()

sndio::ISink & roc::pipeline::SenderLoop::sink

(

)

Get sender sink.

Remarks

Samples written to the sink are sent to remote peers.

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

• roc_pipeline/sender_loop.h