class ResponsePacketAssembler Class for RIP Response Packet Assemblers. More... Definition #include <packet_assembly.hh> Template form ResponsePacketAssembler<typename A> List of all Methods

Annotated List Files Globals Hierarchy Index

Public Types

• typedef A Addr
• typedef IPNet<A> Net
• typedef PacketAssemblerSpecState<A> SpState

Public Methods

• inline  ResponsePacketAssembler (Port<A>& p)
• inline  ~ResponsePacketAssembler ()
• inline void  packet_start (RipPacket<A>* pkt)
• inline bool  packet_add_route (const Net& net, const Addr& nexthop, uint16_t cost, uint16_t tag)
• inline bool  packet_full () const
• inline bool  packet_finish ()

Protected Methods

• template <> inline  ResponsePacketAssembler (Port<IPv4>& p)
• template <> inline  ~ResponsePacketAssembler ()
• template <> inline void  packet_start (RipPacket<IPv4>* p)
• template <> inline bool  packet_full () const
• template <> inline bool  packet_add_route (const Net& net, const Addr& nexthop, uint16_t cost, uint16_t tag)
• template <> inline bool  packet_finish ()
• template <> inline  ResponsePacketAssembler (Port<IPv6>& p)
• template <> inline  ~ResponsePacketAssembler ()
• template <> inline void  packet_start (RipPacket<IPv6>* p)
• template <> inline bool  packet_full () const
• template <> inline bool  packet_add_route (const Net& net, const Addr& nexthop, uint16_t cost, uint16_t tag)
• template <> inline bool  packet_finish ()

Protected Members

• RipPacket<A>* _p
• uint32_t _pos
• SpState _sp_state

Detailed Description

Both RIPv2 and RIPng have some oddities in packing and this interface provides a consistent interface for that packing.

This class has specialized IPv4 and IPv6 implementations.

Constructor.

Parameters:

p	Port to take configuration information from.

Destructor.

Start assembling RIP response packet.

Add a route to RIP response packet.

Returns: true if route was added, false if packet is full and would have indicated this if only packet_full was called.

[const]

Ready-to-go accessor.

Returns: true if packet has no more space for route entries.

Finish packet. Some packet types require final stage processing and this method gives that processing a chance to happen. Common usage is RIPv2 authentication.

Returns: true on success, false if a failure is detected.

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