#include <fl2tpv3frame.h>

Classes
struct	l2tpv3_ctl_hdr_ip_encap_t

struct	l2tpv3_ctl_hdr_udp_encap_t

struct	l2tpv3_data_hdr_ip_encap_t

struct	l2tpv3_data_hdr_udp_encap_t

struct	l2tpv3_l2ssub_data_hdr_t

Public Types
enum	l2tpv3_ip_proto_t { L2TPV3_IP_PROTO = 115 }

enum	l2tp_version_t { L2TP_VERSION_2 = 2, L2TP_VERSION_3 = 3 }

enum	l2tp_encap_t { L2TP_ENCAP_IP = 1, L2TP_ENCAP_UDP = 2 }

Public Member Functions
struct rofl::fl2tpv3frame::l2tpv3_ctl_hdr_udp_encap_t	__attribute__ ((packed))

struct rofl::fl2tpv3frame::l2tpv3_data_hdr_udp_encap_t	__attribute__ ((packed))

struct rofl::fl2tpv3frame::l2tpv3_l2ssub_data_hdr_t	__attribute__ ((packed))

	fl2tpv3frame (enum l2tp_encap_t encap_type, uint8_t *data, size_t datalen)

	fl2tpv3frame (enum l2tp_encap_t encap_type, size_t len)

virtual void	reset2 (enum l2tp_encap_t encap_type, uint8_t *data, size_t datalen)

virtual uint8_t *	sopdu () const
	Returns pointer to begin of this PDU.

virtual size_t	pdulen () const
	Returns length of this PDU.

virtual uint8_t *	sosdu () const
	Returns pointer to begin of SDU encapsulated in this PDU (if any).

virtual size_t	sdulen () const
	Returns length of this SDU.

std::string	get_encap () const
	Return L2TPv3 encapsulation mode.

bool	is_ctl_msg () const
	Returns true, when the message is a control message.

bool	get_Tbit () const
	Returns L2TPv3 T-bit indicating the message type, true:control packet, false:data packet.

void	set_Tbit (bool Tbit=true)
	Set L2TPv3 T-bit indicating the message type, true: control packet, false:data packet (default). Side effect: sets also the pseudo session id to 0.

bool	get_Lbit () const
	Returns L2TPv3 L-bit indicating presence of the message length field (only valid for control messages)

void	set_Lbit (bool Lbit=true)
	Set L2TPv3 L-bit indicating presence of the message length field (only valid for control messages)

bool	get_Sbit () const
	Returns L2TPv3 S-bit indicating presence of the message fields Ns and Nr (only valid for control messages)

void	set_Sbit (bool Sbit=true)
	Set L2TPv3 L-bit indicating presence of the message fields Ns and Nr (only valid for control messages)

uint8_t	get_version () const
	Returns version of L2TP frame: currently only L2TPv3 is supported.

void	set_version (uint8_t version=L2TP_VERSION_3)
	Set version of L2TP frame: currently only L2TPv3 is supported.

uint32_t	get_session_id () const
	Return L2TPv3 session ID. The session ID is also present in a control message as a pseudo session id for IP encapsulation. More...

void	set_session_id (uint32_t sid)
	Set L2TPv3 session ID. The session ID is also present in a control message as a pseudo session id for IP encapsulation. More...

uint16_t	get_length () const
	Returns length field from L2TPv3 control message header. More...

void	set_length (uint16_t len)
	Set length field in L2TPv3 control message header. More...

uint32_t	get_ccid () const
	Return control connection ID field from L2TPv3 control message header. More...

void	set_ccid (uint32_t ccid)
	Set control connection ID field in L2TPv3 control message header. More...

uint16_t	get_Ns () const
	Returns Ns field from L2TPv3 control message header. More...

void	set_Ns (uint16_t Ns)
	Set Ns field in L2TPv3 control message header. More...

uint16_t	get_Nr () const
	Returns Nr field from L2TPv3 control message header. More...

void	set_Nr (uint16_t Nr)
	Set Nr field in L2TPv3 control message header. More...

virtual bool	complete () const

virtual size_t	need_bytes () const

virtual void	validate (uint16_t total_len=0) const

virtual void	initialize ()

virtual void	payload_insert (uint8_t *data, size_t datalen) throw (eFrameOutOfRange)

virtual uint8_t *	payload () const throw (eFrameNoPayload)

virtual size_t	payloadlen () const throw (eFrameNoPayload)

virtual const char *	c_str ()

Public Member Functions inherited from rofl::fframe
	fframe (uint8_t *_data=NULL, size_t _datalen=0)

	fframe (size_t len=DEFAULT_FFRAME_SIZE)

virtual	~fframe ()

virtual void	reset (uint8_t *_data, size_t _datalen)

	fframe (const fframe &frame)

fframe &	operator= (const fframe &frame)

virtual uint8_t &	operator[] (size_t index) throw (eFrameOutOfRange)

virtual uint8_t *	soframe () const

virtual size_t	framelen () const

bool	empty () const

void	shift_left (size_t bytes)

void	shift_right (size_t bytes)