#include <IPv6Datagram_m.h>

Inheritance diagram for IPv6Datagram_Base:

Public Member Functions
virtual	~IPv6Datagram_Base ()
virtual IPv6Datagram_Base *	dup () const
virtual void	parsimPack (cCommBuffer *b)
virtual void	parsimUnpack (cCommBuffer *b)
virtual IPv6Address &	getSrcAddress ()
virtual const IPv6Address &	getSrcAddress () const
virtual void	setSrcAddress (const IPv6Address &srcAddress)
virtual IPv6Address &	getDestAddress ()
virtual const IPv6Address &	getDestAddress () const
virtual void	setDestAddress (const IPv6Address &destAddress)
virtual unsigned int	getTrafficClass () const
virtual void	setTrafficClass (unsigned int trafficClass)
virtual unsigned int	getFlowLabel () const
virtual void	setFlowLabel (unsigned int flowLabel)
virtual short	getHopLimit () const
virtual void	setHopLimit (short hopLimit)
virtual int	getTransportProtocol () const
virtual void	setTransportProtocol (int transportProtocol)
virtual void	setExtensionHeaderArraySize (unsigned int size)
virtual unsigned int	getExtensionHeaderArraySize () const
virtual IPv6ExtensionHeaderPtr &	getExtensionHeader (unsigned int k)
virtual const IPv6ExtensionHeaderPtr &	getExtensionHeader (unsigned int k) const
virtual void	setExtensionHeader (unsigned int k, const IPv6ExtensionHeaderPtr &extensionHeader)
Protected Member Functions
bool	operator== (const IPv6Datagram_Base &)
	IPv6Datagram_Base (const char *name=NULL, int kind=0)
	IPv6Datagram_Base (const IPv6Datagram_Base &other)
IPv6Datagram_Base &	operator= (const IPv6Datagram_Base &other)
Protected Attributes
IPv6Address	srcAddress_var
IPv6Address	destAddress_var
unsigned int	trafficClass_var
unsigned int	flowLabel_var
short	hopLimit_var
int	transportProtocol_var
IPv6ExtensionHeaderPtr *	extensionHeader_var
unsigned int	extensionHeader_arraysize
Private Member Functions
void	copy (const IPv6Datagram_Base &other)

Detailed Description

Class generated from networklayer/ipv6/IPv6Datagram.msg by opp_msgc.

 packet IPv6Datagram
 {
     (true);

     IPv6Address srcAddress;
     IPv6Address destAddress;
     unsigned int trafficClass;
     unsigned int flowLabel;
     short hopLimit = 0;
     int transportProtocol enum(IPProtocolId);

     IPv6ExtensionHeaderPtr extensionHeader[]; 
 }

IPv6Datagram_Base is only useful if it gets subclassed, and IPv6Datagram is derived from it. The minimum code to be written for IPv6Datagram is the following:

 class IPv6Datagram : public IPv6Datagram_Base
 {
   private:
     void copy(const IPv6Datagram& other) { ... }

   public:
     IPv6Datagram(const char *name=NULL, int kind=0) : IPv6Datagram_Base(name,kind) {}
     IPv6Datagram(const IPv6Datagram& other) : IPv6Datagram_Base(other) {copy(other);}
     IPv6Datagram& operator=(const IPv6Datagram& other) {if (this==&other) return *this; IPv6Datagram_Base::operator=(other); copy(other); return *this;}
     virtual IPv6Datagram *dup() const {return new IPv6Datagram(*this);}
     // ADD CODE HERE to redefine and implement pure virtual functions from IPv6Datagram_Base
 };

The following should go into a .cc (.cpp) file:

 Register_Class(IPv6Datagram);

Definition at line 69 of file IPv6Datagram_m.h.

Constructor & Destructor Documentation

IPv6Datagram_Base::IPv6Datagram_Base	(	const char *	name = `NULL`,
		int	kind = `0`
	)		`[protected]`

IPv6Datagram_Base::IPv6Datagram_Base ( const IPv6Datagram_Base & other ) [protected]

virtual IPv6Datagram_Base::~IPv6Datagram_Base ( ) [virtual]

Member Function Documentation

void IPv6Datagram_Base::copy ( const IPv6Datagram_Base & other ) [private]

virtual IPv6Datagram_Base* IPv6Datagram_Base::dup ( ) const [inline, virtual]

Reimplemented in IPv6Datagram.

Definition at line 95 of file IPv6Datagram_m.h.

{throw cRuntimeError("You forgot to manually add a dup() function to class IPv6Datagram");}

virtual IPv6Address& IPv6Datagram_Base::getDestAddress ( ) [virtual]

Referenced by IPv6FragBuf::addFragment(), IPv6::decapsulate(), TCPDumper::dumpIPv6(), IPv6::fragmentAndRoute(), IPv6::handleDatagramFromNetwork(), UDP::processICMPError(), AnsaUDP::processICMPError(), IPv6::routeMulticastPacket(), IPv6::routePacket(), and ICMPv6::validateDatagramPromptingError().

virtual const IPv6Address& IPv6Datagram_Base::getDestAddress ( ) const [inline, virtual]

Definition at line 104 of file IPv6Datagram_m.h.

Referenced by getDestAddress().

{return const_cast<IPv6Datagram_Base*>(this)->getDestAddress();}

virtual IPv6ExtensionHeaderPtr& IPv6Datagram_Base::getExtensionHeader ( unsigned int k ) [virtual]

Reimplemented in IPv6Datagram.

virtual const IPv6ExtensionHeaderPtr& IPv6Datagram_Base::getExtensionHeader ( unsigned int k ) const [inline, virtual]

Definition at line 117 of file IPv6Datagram_m.h.

Referenced by getExtensionHeader().

{return const_cast<IPv6Datagram_Base*>(this)->getExtensionHeader(k);}

virtual unsigned int IPv6Datagram_Base::getExtensionHeaderArraySize ( ) const [virtual]

Reimplemented in IPv6Datagram.

virtual unsigned int IPv6Datagram_Base::getFlowLabel ( ) const [virtual]

virtual short IPv6Datagram_Base::getHopLimit ( ) const [virtual]

Referenced by IPv6::decapsulate(), IPv6::routeMulticastPacket(), IPv6::routePacket(), and IPv6::sendDatagramToOutput().

virtual IPv6Address& IPv6Datagram_Base::getSrcAddress ( ) [virtual]

Referenced by IPv6FragBuf::addFragment(), IPv6::decapsulate(), TCPDumper::dumpIPv6(), UDP::processICMPError(), AnsaUDP::processICMPError(), IPv6::routePacket(), and ICMPv6::sendErrorMessage().

virtual const IPv6Address& IPv6Datagram_Base::getSrcAddress ( ) const [inline, virtual]

Definition at line 101 of file IPv6Datagram_m.h.

Referenced by getSrcAddress().

{return const_cast<IPv6Datagram_Base*>(this)->getSrcAddress();}

virtual unsigned int IPv6Datagram_Base::getTrafficClass ( ) const [virtual]

Referenced by BasicDSCPClassifier::classifyPacket().

virtual int IPv6Datagram_Base::getTransportProtocol ( ) const [virtual]

Referenced by IPv6::decapsulate(), IPv6::handleReceivedICMP(), IPv6::isLocalAddress(), and ICMPv6::validateDatagramPromptingError().

IPv6Datagram_Base& IPv6Datagram_Base::operator= ( const IPv6Datagram_Base & other ) [protected]

Referenced by IPv6Datagram::IPv6Datagram().

bool IPv6Datagram_Base::operator== ( const IPv6Datagram_Base & ) [protected]

virtual void IPv6Datagram_Base::parsimPack ( cCommBuffer * b ) [virtual]

virtual void IPv6Datagram_Base::parsimUnpack ( cCommBuffer * b ) [virtual]

virtual void IPv6Datagram_Base::setDestAddress ( const IPv6Address & destAddress ) [virtual]

virtual void IPv6Datagram_Base::setExtensionHeader	(	unsigned int	k,
		const IPv6ExtensionHeaderPtr &	extensionHeader
	)		`[virtual]`

Reimplemented in IPv6Datagram.

virtual void IPv6Datagram_Base::setExtensionHeaderArraySize ( unsigned int size ) [virtual]

Reimplemented in IPv6Datagram.

virtual void IPv6Datagram_Base::setFlowLabel ( unsigned int flowLabel ) [virtual]

virtual void IPv6Datagram_Base::setHopLimit ( short hopLimit ) [virtual]

Referenced by IPv6::routeMulticastPacket(), and IPv6::routePacket().

virtual void IPv6Datagram_Base::setSrcAddress ( const IPv6Address & srcAddress ) [virtual]

Referenced by IPv6::routePacket().

virtual void IPv6Datagram_Base::setTrafficClass ( unsigned int trafficClass ) [virtual]

virtual void IPv6Datagram_Base::setTransportProtocol ( int transportProtocol ) [virtual]

Member Data Documentation

IPv6Address IPv6Datagram_Base::destAddress_var [protected]

Definition at line 73 of file IPv6Datagram_m.h.

unsigned int IPv6Datagram_Base::extensionHeader_arraysize [protected]

Definition at line 79 of file IPv6Datagram_m.h.

IPv6ExtensionHeaderPtr* IPv6Datagram_Base::extensionHeader_var [protected]

Definition at line 78 of file IPv6Datagram_m.h.

unsigned int IPv6Datagram_Base::flowLabel_var [protected]

Definition at line 75 of file IPv6Datagram_m.h.

short IPv6Datagram_Base::hopLimit_var [protected]

Definition at line 76 of file IPv6Datagram_m.h.

IPv6Address IPv6Datagram_Base::srcAddress_var [protected]

Definition at line 72 of file IPv6Datagram_m.h.

unsigned int IPv6Datagram_Base::trafficClass_var [protected]

Definition at line 74 of file IPv6Datagram_m.h.

int IPv6Datagram_Base::transportProtocol_var [protected]

Definition at line 77 of file IPv6Datagram_m.h.

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

IPv6Datagram_m.h

Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation