RoutingEntry Class Reference

#include <RoutingTable.h>

Inheritance diagram for RoutingEntry:

List of all members.

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Detailed Description

Routing entry in RoutingTable.

See also:

RoutingTable

Public Types
enum	RouteType { DIRECT, REMOTE }
enum	RouteSource {   MANUAL, IFACENETMASK, RIP, OSPF,   BGP, ZEBRA }
Public Member Functions
	RoutingEntry ()
virtual	~RoutingEntry ()
virtual std::string	info () const
virtual std::string	detailedInfo () const
Public Attributes
IPAddress	host
	Destination.
IPAddress	netmask
	Route mask.
IPAddress	gateway
	Next hop.
opp_string	interfaceName
	Interface name and pointer.
InterfaceEntry *	interfacePtr
RouteType	type
	Route type: Direct or Remote.
RouteSource	source
int	metric
	Metric ("cost" to reach the destination).
Private Member Functions
	RoutingEntry (const RoutingEntry &obj)
RoutingEntry &	operator= (const RoutingEntry &obj)

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Member Enumeration Documentation

enum RoutingEntry::RouteSource

Specifies where the route comes from Enumeration values: MANUAL  manually added static route IFACENETMASK  comes from an interface's netmask RIP  managed by the given routing protocol OSPF  managed by the given routing protocol BGP  managed by the given routing protocol ZEBRA  managed by the Quagga/Zebra based model { MANUAL, IFACENETMASK, RIP, OSPF, BGP, ZEBRA, };

enum RoutingEntry::RouteType

Route type Enumeration values: DIRECT  Directly attached to the router. REMOTE  Reached through another router. { DIRECT, REMOTE };

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Constructor & Destructor Documentation

RoutingEntry::RoutingEntry (  const RoutingEntry &  obj  )  [private]

RoutingEntry::RoutingEntry (   )

{ interfacePtr = NULL; metric = 0; type = DIRECT; source = MANUAL; }

virtual RoutingEntry::~RoutingEntry (   )  [inline, virtual]

{}

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Member Function Documentation

std::string RoutingEntry::detailedInfo (   )  const [virtual]

{ return std::string(); }

std::string RoutingEntry::info (   )  const [virtual]

{ std::stringstream out; out << "dest:"; if (host.isUnspecified()) out << "* "; else out << host << " "; out << "gw:"; if (gateway.isUnspecified()) out << "* "; else out << gateway << " "; out << "mask:"; if (netmask.isUnspecified()) out << "* "; else out << netmask << " "; out << "metric:" << metric << " "; out << "if:"; if (interfaceName.empty()) out << "* "; else out << interfaceName.c_str() << " "; out << (type==DIRECT ? "DIRECT" : "REMOTE"); switch (source) { case MANUAL: out << " MANUAL"; break; case IFACENETMASK: out << " IFACENETMASK"; break; case RIP: out << " RIP"; break; case OSPF: out << " OSPF"; break; case BGP: out << " BGP"; break; case ZEBRA: out << " ZEBRA"; break; default: out << " ???"; break; } return out.str(); }

RoutingEntry& RoutingEntry::operator= (  const RoutingEntry &  obj  )  [private]

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Member Data Documentation

IPAddress RoutingEntry::gateway

Next hop.

IPAddress RoutingEntry::host

Destination.

opp_string RoutingEntry::interfaceName

Interface name and pointer.

InterfaceEntry* RoutingEntry::interfacePtr

int RoutingEntry::metric

Metric ("cost" to reach the destination).

IPAddress RoutingEntry::netmask

Route mask.

RouteSource RoutingEntry::source

Source of route, MANUAL by reading a file, routing protocol name otherwise

RouteType RoutingEntry::type

Route type: Direct or Remote.

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

• RoutingTable.h
• RoutingTable.cc

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