#include <QuicLayer.h>

Inheritance diagram for pcpp::QuicV1OneRttLayer:

Public Member Functions
QuicPacketType	getPacketType () const override

bool	getSpinBit () const

bool	getKeyPhaseBit () const

ProtectedPayload	getProtectedPayload () const

size_t	getHeaderLen () const override

Public Member Functions inherited from pcpp::QuicV1Layer
QuicHeaderForm	getHeaderForm () const

uint8_t	getFixedBit () const

void	parseNextLayer () override

void	computeCalculateFields () override
	Does nothing for this layer.

std::string	toString () const override

OsiModelLayer	getOsiModelLayer () const override

Public Member Functions inherited from pcpp::Layer
	~Layer () override

Layer *	getNextLayer () const

Layer *	getPrevLayer () const

ProtocolType	getProtocol () const

bool	isMemberOfProtocolFamily (ProtocolTypeFamily protocolTypeFamily) const

uint8_t *	getData () const

size_t	getDataLen () const

uint8_t *	getLayerPayload () const

size_t	getLayerPayloadSize () const

bool	isAllocatedToPacket () const

void	copyData (uint8_t *toArr) const
	Copy the raw data of this layer to another array. More...

size_t	copyData (uint8_t *dest, size_t destSize) const
	Copy the raw data of this layer to another array, with a specified maximum size. More...

uint8_t *	getDataPtr (size_t offset=0) const override

Additional Inherited Members
Public Types inherited from pcpp::QuicV1Layer
enum class	QuicPacketType : uint8_t { Initial = 0 , ZeroRTT = 1 , Handshake = 2 , Retry = 3 , VersionNegotiation = 253 , OneRtt = 254 }

enum class	QuicHeaderForm : uint8_t { ShortHeader = 0 , LongHeader = 1 }

Static Public Member Functions inherited from pcpp::QuicV1Layer
static QuicV1Layer *	parseQuicLayer (uint8_t data, size_t dataLen, Layer prevLayer, Packet *packet)

static bool	isQuicPort (uint16_t port)

Protected Member Functions inherited from pcpp::Layer
Packet *	getAttachedPacket ()
	Get a pointer to the Packet this layer is attached to (if any). More...

Packet const *	getAttachedPacket () const
	Get a pointer to the Packet this layer is attached to (if any). More...

void	allocData (size_t dataLen, bool zeroInit=true)
	Requests the layer to allocate a new data buffer of the specified length. More...

template<typename T , typename... Args>
Layer *	constructNextLayer (uint8_t *data, size_t dataLen, Args &&... extraArgs)
	Construct the next layer in the protocol stack. No validation is performed on the data. More...

template<typename T , typename... Args>
Layer *	constructNextLayer (uint8_t data, size_t dataLen, Packet packet, Args &&... extraArgs)

template<typename TFactory , typename... Args>
Layer *	constructNextLayerFromFactory (TFactory factoryFn, uint8_t *data, size_t dataLen, Args &&... extraArgs)
	Construct the next layer in the protocol stack using a factory functor. More...

template<typename TFactory , typename... Args>
Layer *	constructNextLayerFromFactory (TFactory factoryFn, uint8_t data, size_t dataLen, Packet packet, Args &&... extraArgs)
	Construct the next layer in the protocol stack using a factory functor. More...

template<typename T , typename... Args>
Layer *	tryConstructNextLayer (uint8_t *data, size_t dataLen, Args &&... extraArgs)

template<typename T , typename... Args>
Layer *	tryConstructNextLayer (uint8_t data, size_t dataLen, Packet packet, Args &&... extraArgs)

template<typename T , typename TFallback , typename... Args>
Layer *	tryConstructNextLayerWithFallback (uint8_t *data, size_t dataLen, Args &&... extraArgs)
	Try to construct the next layer in the protocol stack with a fallback option. More...

template<typename T , typename TFallback , typename... Args>
Layer *	tryConstructNextLayerWithFallback (uint8_t data, size_t dataLen, Packet packet, Args &&... extraArgs)

template<typename TFallback , typename TFactory , typename... Args>
Layer *	tryConstructNextLayerFromFactoryWithFallback (TFactory factoryFn, uint8_t *data, size_t dataLen, Args &&... extraArgs)
	Try to construct the next layer in the protocol stack using a factory functor with a fallback option. More...

template<typename TFallback , typename TFactory , typename... Args>
Layer *	tryConstructNextLayerFromFactoryWithFallback (TFactory factoryFn, uint8_t data, size_t dataLen, Packet packet, Args &&... extraArgs)
	Try to construct the next layer in the protocol stack using a factory functor with a fallback option. More...

Static Protected Member Functions inherited from pcpp::Layer
template<typename T >
static bool	canReinterpretAs (const uint8_t *data, size_t dataLen)
	Check if the data is large enough to reinterpret as a type. More...

Detailed Description

Represents a QUIC v1 1-RTT packet - a short-header packet carrying post-handshake application data (RFC 9000 Section 17.3.1). Since the short header carries no explicit Length field, getHeaderLen() treats the header as spanning the entire packet

Member Function Documentation

◆ getHeaderLen()

size_t pcpp::QuicV1OneRttLayer::getHeaderLen ( ) const

inlineoverridevirtual

Returns: sizeof(m_DataLen) - a 1-RTT packet's short header carries no Length field, so its header is considered to span the entire packet

Implements pcpp::Layer.

◆ getKeyPhaseBit()

bool pcpp::QuicV1OneRttLayer::getKeyPhaseBit ( ) const

inline

Returns: The value of the Key Phase bit, used to identify which packet protection keys were used to protect this packet

◆ getPacketType()

QuicPacketType pcpp::QuicV1OneRttLayer::getPacketType ( ) const

inlineoverridevirtual

Returns: QuicPacketType::OneRtt

Implements pcpp::QuicV1Layer.

◆ getProtectedPayload()

ProtectedPayload pcpp::QuicV1OneRttLayer::getProtectedPayload ( ) const

Get the protected portion of the QUIC packet. The returned data points directly into the packet buffer and is not copied.

Returns: A non-owning view of the protected portion of the packet

◆ getSpinBit()

bool pcpp::QuicV1OneRttLayer::getSpinBit ( ) const