#include <tsT2MIPacket.h>

Inheritance diagram for ts::T2MIPacket:

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Collaboration diagram for ts::T2MIPacket:

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Public Types
using	SuperClass = DemuxedData

Public Member Functions
	T2MIPacket ()=default
	T2MIPacket (const ByteBlock &content, PID source_pid=PID_NULL)
	T2MIPacket (const ByteBlockPtr &content_ptr, PID source_pid=PID_NULL)
	T2MIPacket (const T2MIPacket &other, ShareMode mode)
	T2MIPacket (const void *content, size_t content_size, PID source_pid=PID_NULL)
	T2MIPacket (T2MIPacket &&other) noexcept
const UString &	attribute () const
const uint8_t *	basebandFrame () const
size_t	basebandFrameSize () const
virtual void	clear () override
virtual const uint8_t *	content () const
DataBlock &	copy (const DataBlock &other)
DemuxedData &	copy (const DemuxedData &other)
T2MIPacket &	copy (const T2MIPacket &other)
uint8_t	fefIndex () const
bool	fefIndexValid () const
PacketCounter	firstTSPacketIndex () const
uint8_t	frameIndex () const
bool	frameIndexValid () const
bool	interleavingFrameStart () const
virtual bool	isValid () const override
PacketCounter	lastTSPacketIndex () const
bool	matchContent (const ByteBlock &pattern, const ByteBlock &mask=ByteBlock()) const
T2MIPacket &	operator= (const T2MIPacket &other)
T2MIPacket &	operator= (T2MIPacket &&other) noexcept
bool	operator== (const DataBlock &other) const
bool	operator== (const DemuxedData &other) const
bool	operator== (const T2MIPacket &other) const
uint8_t	packetCount () const
T2MIPacketType	packetType () const
const uint8_t *	payload () const
size_t	payloadSize () const
size_t	payloadSizeInBits () const
uint8_t	plp () const
bool	plpValid () const
size_t	rawDataSize () const
void	reload (const ByteBlock &content)
void	reload (const ByteBlockPtr &content_ptr)
void	reload (const void *content, size_t content_size)
virtual void	reload (const ByteBlock &content, PID source_pid=PID_NULL) override
virtual void	reload (const ByteBlockPtr &content_ptr, PID source_pid=PID_NULL) override
virtual void	reload (const void *content, size_t content_size, PID source_pid=PID_NULL) override
void	setAttribute (const UString &attr)
void	setFirstTSPacketIndex (PacketCounter i)
void	setLastTSPacketIndex (PacketCounter i)
void	setSourcePID (PID pid)
virtual size_t	size () const
PID	sourcePID () const
uint8_t	superframeIndex () const

Static Public Member Functions
static size_t	GetLengthField (const void *content, size_t content_size)
static bool	ValidateLengthField (const void *content, size_t content_size, bool allow_extra_data)

Static Public Attributes
static constexpr size_t	AFTER_LEN_BYTE_OFFSET = LEN_SIZE == 0 ? 0 : (LEN_OFFSET + LEN_SIZE + 7) / 8
static constexpr size_t	LEN_BIT_OFFSET = LEN_SIZE == 0 ? 0 : LEN_OFFSET
static constexpr size_t	LEN_BIT_SIZE = LEN_SIZE
static constexpr bool	UNBOUNDED_IS_ALLOWED = UNBOUNDED_ALLOWED

Protected Member Functions
void	rwAppend (const void *data, size_t dsize)
uint8_t *	rwContent ()
void	rwResize (size_t s)

Detailed Description

Representation of a DVB T2-MI (DVB-T2 Modulator Interface) packet.

See also: ETSI TS 102 773 V1.4.1, section 5.1

Member Typedef Documentation

◆ SuperClass

using ts::T2MIPacket::SuperClass = DemuxedData

Explicit identification of super class.

Constructor & Destructor Documentation

◆ T2MIPacket() [1/6]

ts::T2MIPacket::T2MIPacket ( )

default

Default constructor. The T2MIPacket is initially marked invalid.

◆ T2MIPacket() [2/6]

ts::T2MIPacket::T2MIPacket	(	const T2MIPacket &	other,
		ShareMode	mode )

Copy constructor.

Parameters

[in]	other	Another instance to copy.
[in]	mode	The packet's data are either shared (ShareMode::SHARE) between the two instances or duplicated (ShareMode::COPY).

◆ T2MIPacket() [3/6]

ts::T2MIPacket::T2MIPacket ( T2MIPacket && other )

noexcept

Move constructor.

Parameters

[in,out] other Another instance to move.

◆ T2MIPacket() [4/6]

ts::T2MIPacket::T2MIPacket	(	const void *	content,
		size_t	content_size,
		PID	source_pid = PID_NULL )

Constructor from full binary content. The content is copied into the packet if valid.

Parameters

[in]	content	Address of the binary packet data.
[in]	content_size	Size in bytes of the packet.
[in]	source_pid	PID from which the packet was read.

◆ T2MIPacket() [5/6]

ts::T2MIPacket::T2MIPacket	(	const ByteBlock &	content,
		PID	source_pid = PID_NULL )

Constructor from full binary content. The content is copied into the packet if valid.

Parameters

[in]	content	Binary packet data.
[in]	source_pid	PID from which the packet was read.

◆ T2MIPacket() [6/6]

ts::T2MIPacket::T2MIPacket	(	const ByteBlockPtr &	content_ptr,
		PID	source_pid = PID_NULL )

Constructor from full binary content. The content is copied into the packet if valid.

Parameters

[in]	content_ptr	Safe pointer to the binary packet data. The content is referenced, and thus shared. Do not modify the referenced ByteBlock from outside the T2MIPacket.
[in]	source_pid	PID from which the packet was read.

Member Function Documentation

◆ clear()

virtual void ts::T2MIPacket::clear ( )

overridevirtual

Clear data content.

Reimplemented from ts::DemuxedData.

◆ reload() [1/6]

virtual void ts::T2MIPacket::reload	(	const void *	content,
		size_t	content_size,
		PID	source_pid = PID_NULL )

overridevirtual

Reload from full binary content.

Parameters

[in]	content	Address of the binary packet data.
[in]	content_size	Size in bytes of the packet.
[in]	source_pid	PID from which the data were read.

Reimplemented from ts::DemuxedData.

◆ reload() [2/6]

virtual void ts::T2MIPacket::reload	(	const ByteBlock &	content,
		PID	source_pid = PID_NULL )

overridevirtual

Reload from full binary content.

Parameters

[in]	content	Binary packet data.
[in]	source_pid	PID from which the data were read.

Reimplemented from ts::DemuxedData.

◆ reload() [3/6]

virtual void ts::T2MIPacket::reload	(	const ByteBlockPtr &	content_ptr,
		PID	source_pid = PID_NULL )

overridevirtual

Reload from full binary content.

Parameters

[in]	content_ptr	Safe pointer to the binary packet data. The content is referenced, and thus shared. Do not modify the referenced ByteBlock from outside the DemuxedData.
[in]	source_pid	PID from which the data were read.

Reimplemented from ts::DemuxedData.

◆ operator=() [1/2]

T2MIPacket & ts::T2MIPacket::operator= ( const T2MIPacket & other )

Assignment operator. The packets are referenced, and thus shared between the two packet objects.

Parameters

[in] other Other packet to assign to this object.

Returns: A reference to this object.

◆ operator=() [2/2]

T2MIPacket & ts::T2MIPacket::operator= ( T2MIPacket && other )

noexcept

Move assignment operator.

Parameters

[in,out] other Other packet to move into this object.

Returns: A reference to this object.

◆ copy() [1/3]

T2MIPacket & ts::T2MIPacket::copy ( const T2MIPacket & other )

Duplication. Similar to assignment but the packets are duplicated.

Parameters

[in] other Other packet to duplicate into this object.

Returns: A reference to this object.

◆ isValid()

virtual bool ts::T2MIPacket::isValid ( ) const

overridevirtual

Check if the packet has valid content.

Returns: True if the packet has valid content.

Reimplemented from ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >.

◆ operator==() [1/3]

bool ts::T2MIPacket::operator== ( const T2MIPacket & other ) const

Equality operator. The source PID's are ignored, only the packet contents are compared. Invalid packets are never identical.

Parameters

[in] other Other packet to compare.

Returns: True if the two packets are identical. False otherwise.

◆ payload()

const uint8_t * ts::T2MIPacket::payload ( ) const

inline

Access to the payload of the packet.

Returns: Address of the payload of the packet.

◆ payloadSizeInBits()

size_t ts::T2MIPacket::payloadSizeInBits ( ) const

inline

Size of the payload of the packet in bits. A T2-MI packet may stop in the middle of a byte. The payload size in bytes is rounded to the next byte.

Returns: Size of the payload of the packet in bits.

◆ payloadSize()

size_t ts::T2MIPacket::payloadSize ( ) const

Size of the payload of the packet in bytes.

Returns: Size of the payload of the packet in bytes.

◆ packetType()

T2MIPacketType ts::T2MIPacket::packetType ( ) const

inline

Get the T2-MI packet type.

Returns: The T2-MI packet type or T2MI_INVALID_TYPE if the packet is invalid.

◆ packetCount()

uint8_t ts::T2MIPacket::packetCount ( ) const

inline

Get the T2-MI packet count (from the packet header).

Returns: The T2-MI packet count.

◆ superframeIndex()

uint8_t ts::T2MIPacket::superframeIndex ( ) const

inline

Get the T2-MI superframe index (from the packet header).

Returns: The T2-MI superframe index (4 bits).

◆ frameIndexValid()

bool ts::T2MIPacket::frameIndexValid ( ) const

Check if the packet has a frame index (frame_idx). This is the case of the packet types whose payload starts with frame_idx (see ETSI TS 102 773, section 5.2).

Returns: True if the packet has a frame index.

◆ frameIndex()

uint8_t ts::T2MIPacket::frameIndex ( ) const

inline

Get the T2-MI frame index. This is valid only for some packet types (see ETSI TS 102 773, section 5.2).

Returns: The T2-MI frame index or zero if the packet has no frame index.

See also: frameIndexValid()

◆ fefIndexValid()

bool ts::T2MIPacket::fefIndexValid ( ) const

Check if the packet has a FEF part index (fef_idx). This is the case of the FEF part and FEF sub-part packet types (see ETSI TS 102 773, sections 5.2.9 to 5.2.12).

Returns: True if the packet has a FEF part index.

◆ fefIndex()

uint8_t ts::T2MIPacket::fefIndex ( ) const

inline

Get the T2-MI FEF part index. This is valid only for FEF part and FEF sub-part packets.

Returns: The FEF part index or zero if the packet has no FEF part index.

See also: fefIndexValid()

◆ plpValid()

bool ts::T2MIPacket::plpValid ( ) const

inline

Check if the packet has a valid PLP (Physical Layer Pipe) identifier.

Returns: True if the packet has a valid PLP.

◆ plp()

uint8_t ts::T2MIPacket::plp ( ) const

inline

Get the PLP (Physical Layer Pipe) identifier. This is valid only for baseband frames (packet type T2MI_BASEBAND_FRAME).

Returns: The PLP identifier.

◆ interleavingFrameStart()

bool ts::T2MIPacket::interleavingFrameStart ( ) const

Get the interleaving frame start flag. This is valid only for baseband frames (packet type T2MI_BASEBAND_FRAME).

Returns: True if the T2-MI packet contains the first baseband frame of an interleaving frame for a particular PLP.

◆ basebandFrame()

const uint8_t * ts::T2MIPacket::basebandFrame ( ) const

Access to the baseband frame inside the packet. This is valid only for baseband frames (packet type T2MI_BASEBAND_FRAME).

Returns: Address of the baseband frame in the packet or zero if invalid.

◆ basebandFrameSize()

size_t ts::T2MIPacket::basebandFrameSize ( ) const

Size of the baseband frame in bytes. This is valid only for baseband frames (packet type T2MI_BASEBAND_FRAME).

Returns: Size of the baseband frame in bytes.

◆ reload() [4/6]

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

void ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::reload	(	const void *	content,
		size_t	content_size )

inherited

Reload from full binary content.

Parameters

[in]	content	Address of the binary packet data.
[in]	content_size	Size in bytes of the packet.

◆ reload() [5/6]

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

void ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::reload ( const ByteBlock & content )

inherited

Reload from full binary content.

Parameters

[in] content Binary packet data. The content is copied into a new byte block.

◆ reload() [6/6]

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

void ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::reload ( const ByteBlockPtr & content_ptr )

inherited

Reload from full binary content.

Parameters

[in] content_ptr Safe pointer to the binary packet data. The content is referenced, and thus shared. Do not modify the referenced ByteBlock from outside the DataBlock.

◆ copy() [2/3]

DemuxedData & ts::DemuxedData::copy ( const DemuxedData & other )

inherited

Duplication. Similar to assignment but the data are duplicated.

Parameters

[in] other Other data to duplicate into this object.

Returns: A reference to this object.

◆ copy() [3/3]

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

DataBlock & ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::copy ( const DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED > & other )

inherited

Duplication. Similar to assignment but the data are duplicated.

Parameters

[in] other Other data to duplicate into this object.

Returns: A reference to this object.

◆ operator==() [2/3]

bool ts::DemuxedData::operator== ( const DemuxedData & other ) const

inherited

Equality operator. The source PID's are ignored, only the data contents are compared.

Parameters

[in] other Other packet to compare.

Returns: True if the two packets are identical. False otherwise.

◆ operator==() [3/3]

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

bool ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::operator== ( const DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED > & other ) const

inherited

Equality operator. The source PID's are ignored, only the data contents are compared.

Parameters

[in] other Other packet to compare.

Returns: True if the two packets are identical. False otherwise.

◆ sourcePID()

PID ts::DemuxedData::sourcePID ( ) const

inlineinherited

Get the source PID.

Returns: The source PID.

◆ setSourcePID()

void ts::DemuxedData::setSourcePID ( PID pid )

inlineinherited

Set the source PID.

Parameters

[in] pid The source PID.

◆ firstTSPacketIndex()

PacketCounter ts::DemuxedData::firstTSPacketIndex ( ) const

inlineinherited

Index of first TS packet of the data in the demultiplexed stream. Usually valid only if the data were extracted by a demux.

Returns: The first TS packet of the data in the demultiplexed stream.

◆ lastTSPacketIndex()

PacketCounter ts::DemuxedData::lastTSPacketIndex ( ) const

inlineinherited

Index of last TS packet of the data in the demultiplexed stream. Usually valid only if the data were extracted by a demux.

Returns: The last TS packet of the data in the demultiplexed stream.

◆ setFirstTSPacketIndex()

void ts::DemuxedData::setFirstTSPacketIndex ( PacketCounter i )

inlineinherited

Set the first TS packet of the data in the demultiplexed stream.

Parameters

[in] i The first TS packet of the data in the demultiplexed stream.

◆ setLastTSPacketIndex()

void ts::DemuxedData::setLastTSPacketIndex ( PacketCounter i )

inlineinherited

Set the last TS packet of the data in the demultiplexed stream.

Parameters

[in] i The last TS packet of the data in the demultiplexed stream.

◆ setAttribute()

void ts::DemuxedData::setAttribute ( const UString & attr )

inlineinherited

Set a generic user-defined string as "attribute" of the object. The semantics of this attribute string is not defined. It is used by the application. The attribute string can be found in the <metadata> structure of the XML representation of a table.

Parameters

[in] attr Generic string to set as attribute.

◆ attribute()

const UString & ts::DemuxedData::attribute ( ) const

inlineinherited

Get the generic user-defined "attribute" string of the object.

Returns: A constant reference to the attribute string in the object.

See also: setAttribute()

◆ content()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

virtual const uint8_t * ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::content ( ) const

virtualinherited

Access to the full binary content of the data. Do not modify content.

Returns: Address of the full binary content of the data. May be invalidated after modification.

◆ size()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

virtual size_t ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::size ( ) const

virtualinherited

Size of the logical binary content of the data. For subclasses of DataBlock, this is the logical size of the data structure inside the DataBlock blob.

Returns: Size of the logical binary content of the data.

See also: rawDataSize()

Reimplemented in ts::PESPacket.

◆ rawDataSize()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

size_t ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::rawDataSize ( ) const

inlineinherited

Size of the complete binary raw data containing the logical structure. Non-virtual method, always return the same result.

Returns: Size of the complete binary raw data.

See also: size()

◆ matchContent()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

bool ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::matchContent	(	const ByteBlock &	pattern,
		const ByteBlock &	mask = ByteBlock() ) const

inherited

Check if the start of the data matches a given pattern.

Parameters

[in]	pattern	A byte block to compare with the start of the data.
[in]	mask	Optional mask to select meaningful bits in pattern.

Returns: Size of the binary content of the data.

◆ GetLengthField()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

size_t ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::GetLengthField	(	const void *	content,
		size_t	content_size )

staticinherited

Static method to extract the content of the length field.

Parameters

[in]	content	Address of the binary data. Can be the null pointer.
[in]	content_size	Size in bytes of the data.

Returns: The extracted length field or NPOS if the data structure does not contain a length field or if the length is "unbounded" (when allowed).

◆ ValidateLengthField()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

bool ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::ValidateLengthField	(	const void *	content,
		size_t	content_size,
		bool	allow_extra_data )

staticinherited

Static method to validate the content of the length field.

Parameters

[in]	content	Address of the binary data. Can be the null pointer.
[in]	content_size	Size in bytes of the data.
[in]	allow_extra_data	If true, additional data are allowed after the declared length.

Returns: True if the length field is valid, or the length field does not exist, or the length field is "unbounded" (when allowed).

◆ rwContent()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

uint8_t * ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::rwContent ( )

inlineprotectedinherited

Read/write access to the full binary content of the data for subclasses.

Returns: Address of the full binary content of the data.

◆ rwResize()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

void ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::rwResize ( size_t s )

protectedinherited

Resize the full binary content of the data for subclasses.

Parameters

[in] s New size in bytes of the full binary content of the data.

◆ rwAppend()

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

void ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::rwAppend	(	const void *	data,
		size_t	dsize )

protectedinherited

Append raw data to the full binary content of the data for subclasses.

Parameters

[in]	data	Address of the new area to append.
[in]	dsize	Size of the area to append.

Member Data Documentation

◆ LEN_BIT_OFFSET

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

size_t ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::LEN_BIT_OFFSET = LEN_SIZE == 0 ? 0 : LEN_OFFSET

staticconstexprinherited

Offset in bits of the length field from the beginning of the structure.

◆ LEN_BIT_SIZE

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

size_t ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::LEN_BIT_SIZE = LEN_SIZE

staticconstexprinherited

Size in bits of the length field. If zero, there is no length field.

◆ AFTER_LEN_BYTE_OFFSET

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

size_t ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::AFTER_LEN_BYTE_OFFSET = LEN_SIZE == 0 ? 0 : (LEN_OFFSET + LEN_SIZE + 7) / 8

staticconstexprinherited

Offset in bytes of the next byte after the length field. Zero if there is no length field.

◆ UNBOUNDED_IS_ALLOWED

template<const size_t LEN_OFFSET = 0, const size_t LEN_SIZE = 0, const bool UNBOUNDED_ALLOWED = false>

bool ts::DataBlock< LEN_OFFSET, LEN_SIZE, UNBOUNDED_ALLOWED >::UNBOUNDED_IS_ALLOWED = UNBOUNDED_ALLOWED

staticconstexprinherited

If true, the length field allows zero as an "unbounded" value.

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

tsT2MIPacket.h

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Detailed Description

Member Typedef Documentation

◆ SuperClass

Constructor & Destructor Documentation

◆ T2MIPacket() [1/6]

◆ T2MIPacket() [2/6]

◆ T2MIPacket() [3/6]

◆ T2MIPacket() [4/6]

◆ T2MIPacket() [5/6]

◆ T2MIPacket() [6/6]

Member Function Documentation

◆ clear()

◆ reload() [1/6]

◆ reload() [2/6]

◆ reload() [3/6]

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ copy() [1/3]

◆ isValid()

◆ operator==() [1/3]

◆ payload()

◆ payloadSizeInBits()

◆ payloadSize()

◆ packetType()

◆ packetCount()

◆ superframeIndex()

◆ frameIndexValid()

◆ frameIndex()

◆ fefIndexValid()

◆ fefIndex()

◆ plpValid()

◆ plp()

◆ interleavingFrameStart()

◆ basebandFrame()

◆ basebandFrameSize()

◆ reload() [4/6]

◆ reload() [5/6]

◆ reload() [6/6]

◆ copy() [2/3]

◆ copy() [3/3]

◆ operator==() [2/3]

◆ operator==() [3/3]

◆ sourcePID()

◆ setSourcePID()

◆ firstTSPacketIndex()

◆ lastTSPacketIndex()

◆ setFirstTSPacketIndex()

◆ setLastTSPacketIndex()

◆ setAttribute()

◆ attribute()

◆ content()

◆ size()

◆ rawDataSize()

◆ matchContent()

◆ GetLengthField()

◆ ValidateLengthField()

◆ rwContent()

◆ rwResize()

◆ rwAppend()

Member Data Documentation

◆ LEN_BIT_OFFSET

◆ LEN_BIT_SIZE

◆ AFTER_LEN_BYTE_OFFSET

◆ UNBOUNDED_IS_ALLOWED