Packetization of PES data into Transport Stream packets in one shot. More...

#include <tsPESOneShotPacketizer.h>

Inheritance diagram for ts::PESOneShotPacketizer:

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Collaboration diagram for ts::PESOneShotPacketizer:

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Public Member Functions
	PESOneShotPacketizer (const DuckContext &duck, PID pid=PID_NULL)
	Constructor.

virtual	~PESOneShotPacketizer () override
	Destructor.

bool	addPES (const PESPacket &pes, ShareMode mode)
	Add a PES packet to packetize.

bool	addPES (const PESPacketPtr &pes)
	Add a PES packet to packetize.

bool	atPESBoundary () const
	Check if the TS packet stream is exactly at a PES packet boundary.

virtual std::ostream &	display (std::ostream &strm) const override
	Display the internal state of the packetizer, mainly for debug.

const DuckContext &	duck () const
	Get a reference to the TSDuck execution context.

bool	empty () const
	Check if the packetizer is empty (no more TS packet to produce).

void	getPackets (TSPacketVector &packets)
	Get all enqueued PES packets as one list of TS packets.

PID	getPID () const
	Get the default PID for subsequent MPEG packets.

uint8_t	nextContinuityCounter () const
	Get the continuity counter value for next MPEG packet.

PacketCounter	packetCount () const
	Get the number of generated TS packets so far.

PacketCounter	pesCount () const
	Get the number of completely packetized PES packets so far.

PESProviderInterface *	pesProvider () const
	Get the object which provides PES packets when the packetizer needs more data.

Report &	report () const
	Get a reference to the debugging report.

virtual void	reset () override
	Reset the packetizer.

void	setMaxQueuedPackets (size_t count)
	Set a limit to the number of internally queued PES packets.

void	setNextContinuityCounter (uint8_t cc)
	Set the continuity counter value for next MPEG packet.

void	setPID (PID pid)
	Set the default PID for subsequent MPEG packets.

Protected Member Functions
void	configurePacket (TSPacket &pkt, bool nullify)
	Configure a TS packet with continuity and PID.

Detailed Description

Packetization of PES data into Transport Stream packets in one shot.

Constructor & Destructor Documentation

◆ PESOneShotPacketizer()

ts::PESOneShotPacketizer::PESOneShotPacketizer	(	const DuckContext &	duck,
		PID	pid = `PID_NULL`
	)

Constructor.

Parameters

[in]	duck	TSDuck execution context. The reference is kept inside the packetizer.
[in]	pid	PID for generated TS packets.

Member Function Documentation

◆ getPackets()

void ts::PESOneShotPacketizer::getPackets ( TSPacketVector & packets )

Get all enqueued PES packets as one list of TS packets.

Parameters

[out] packets Returned list of TS packets containing all TS packets.

◆ setMaxQueuedPackets()

void ts::PESStreamPacketizer::setMaxQueuedPackets ( size_t count )

inlineinherited

Set a limit to the number of internally queued PES packets.

This is a way to limit the internal memory which is used by this instance.

Parameters

[in] count Maximum number of internally queued PES packets. If the number of already queued packets is already higher, none is dropped. If count is zero, there is no limit (this is the initial default).

◆ addPES() [1/2]

bool ts::PESStreamPacketizer::addPES ( const PESPacketPtr & pes )

inherited

Add a PES packet to packetize.

Parameters

[in] pes A safe pointer to the PES packet.

Returns: True on success, false if the enqueue limit is reached.

◆ addPES() [2/2]

bool ts::PESStreamPacketizer::addPES	(	const PESPacket &	pes,
		ShareMode	mode
	)

inherited

Add a PES packet to packetize.

Parameters

[in]	pes	The PES packet.
[in]	mode	The enqueue PES packet's data are either shared (ShareMode::SHARE) between the provided pes or duplicated (ShareMode::COPY).

Returns: True on success, false if the enqueue limit is reached.

◆ empty()

bool ts::PESStreamPacketizer::empty ( ) const

inlineinherited

Check if the packetizer is empty (no more TS packet to produce).

Returns: True if the packetizer is empty, false otherwise.

◆ reset()

virtual void ts::PESStreamPacketizer::reset ( )

overridevirtualinherited

Reset the packetizer.

All unfinished items (sections or PES packets) are dropped.

Reimplemented from ts::PESPacketizer.

◆ display()

virtual std::ostream & ts::PESStreamPacketizer::display ( std::ostream & strm ) const

overridevirtualinherited

Display the internal state of the packetizer, mainly for debug.

Parameters

[in,out] strm Output text stream.

Returns: A reference to strm.

Reimplemented from ts::PESPacketizer.

◆ pesProvider()

PESProviderInterface * ts::PESPacketizer::pesProvider ( ) const

inlineinherited

Get the object which provides PES packets when the packetizer needs more data.

Returns: The object which will be called each time a PES packet is required.

◆ atPESBoundary()

bool ts::PESPacketizer::atPESBoundary ( ) const

inlineinherited

Check if the TS packet stream is exactly at a PES packet boundary.

Returns: True if the last returned TS packet contained the end of a PES packet.

◆ pesCount()

PacketCounter ts::PESPacketizer::pesCount ( ) const

inlineinherited

Get the number of completely packetized PES packets so far.

Returns: The number of completely packetized PES packets so far.

◆ setPID()

void ts::AbstractPacketizer::setPID ( PID pid )

inlineinherited

Set the default PID for subsequent MPEG packets.

Parameters

[in] pid PID for generated TS packets.

◆ getPID()

PID ts::AbstractPacketizer::getPID ( ) const

inlineinherited

Get the default PID for subsequent MPEG packets.

Returns: PID for generated TS packets.

◆ setNextContinuityCounter()

void ts::AbstractPacketizer::setNextContinuityCounter ( uint8_t cc )

inlineinherited

Set the continuity counter value for next MPEG packet.

This counter is automatically incremented at each packet. It is usually never a good idea to change this, except maybe before generating the first packet if the continuity must be preserved with the previous content of the PID.

Parameters

[in] cc Next continuity counter.

◆ nextContinuityCounter()

uint8_t ts::AbstractPacketizer::nextContinuityCounter ( ) const

inlineinherited

Get the continuity counter value for next MPEG packet.

Returns: Next continuity counter.

◆ packetCount()

PacketCounter ts::AbstractPacketizer::packetCount ( ) const

inlineinherited

Get the number of generated TS packets so far.

Returns: The number of generated TS packets so far.

◆ report()

Report & ts::AbstractPacketizer::report ( ) const

inlineinherited

Get a reference to the debugging report.

Returns: A reference to the debugging report.

◆ duck()

const DuckContext & ts::AbstractPacketizer::duck ( ) const

inlineinherited

Get a reference to the TSDuck execution context.

Returns: A reference to the TSDuck execution context.

◆ configurePacket()

void ts::AbstractPacketizer::configurePacket	(	TSPacket &	pkt,
		bool	nullify
	)

protectedinherited

Configure a TS packet with continuity and PID.

Also increment the number of generated packet. So this method must be called exactly once per packet.

Parameters

[in,out]	pkt	TS packet to configure
[in]	nullify	Return a null packet instead (no data to return for now).

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

tsPESOneShotPacketizer.h

Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ PESOneShotPacketizer()

Member Function Documentation

◆ getPackets()

◆ setMaxQueuedPackets()

◆ addPES() [1/2]

◆ addPES() [2/2]

◆ empty()

◆ reset()

◆ display()

◆ pesProvider()

◆ atPESBoundary()

◆ pesCount()

◆ setPID()

◆ getPID()

◆ setNextContinuityCounter()

◆ nextContinuityCounter()

◆ packetCount()

◆ report()

◆ duck()

◆ configurePacket()