inet Namespace Reference

Copyright (c) 2005 Jan Ringo�, www.ringos.cz. More...

Namespaces
	bgp
	DiffservUtil
	dymo
	httptools
	ieee80211
	Macho
	math
	Support functions for mathematical operations.
	mpls_constants
	osg
	ospf
	physicalenvironment
	physicallayer
	power
	rtp
	sctp
	serializer
	tcp
	units
	utils
	visualizer
	xmlutils

Classes
class	_VS8_Bug_101615
class	AbstractQueue
	Abstract base class for single-server queues. More...
class	AccessModuleWrap
	Finds and returns the pointer to a module of type T. More...
class	AdaptiveProbabilisticBroadcast
	This class extends ProbabilisticBroadcast by adding an algorithm which adapts broadcasting parameters according to network conditions. More...
class	AlgorithmicDropperBase
	Base class for algorithmic droppers (RED, DropTail, etc.). More...
class	ANSimMobility
	Uses the <position_change> elements of the ANSim tool's trace file. More...
class	AODVControlPacket
	Class generated from inet/routing/aodv/AODVControlPackets.msg:48 by nedtool. More...
class	AODVRERR
	Class generated from inet/routing/aodv/AODVControlPackets.msg:92 by nedtool. More...
class	AODVRouteData
class	AODVRouting
class	AODVRREP
	Class generated from inet/routing/aodv/AODVControlPackets.msg:75 by nedtool. More...
class	AODVRREPACK
	Class generated from inet/routing/aodv/AODVControlPackets.msg:103 by nedtool. More...
class	AODVRREQ
	Class generated from inet/routing/aodv/AODVControlPackets.msg:56 by nedtool. More...
class	ApplicationBase
class	ApplicationPacket
	Class generated from inet/applications/base/ApplicationPacket.msg:24 by nedtool. More...
struct	AppSocketOptions
class	ARP
	ARP implementation. More...
class	ARPPacket
	Class generated from inet/networklayer/arp/ipv4/ARPPacket.msg:62 by nedtool. More...
class	AudioOutFile
	Records audio into a file. More...
class	BarFigure
class	BehaviorAggregateClassifier
	Behavior Aggregate Classifier. More...
class	BindingAcknowledgement
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:98 by nedtool. More...
class	BindingCache
class	BindingError
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:121 by nedtool. More...
class	BindingRefreshRequest
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:165 by nedtool. More...
class	BindingUpdate
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:59 by nedtool. More...
class	BindingUpdateList
class	BitVector
class	BMacFrame
	Class generated from inet/linklayer/bmac/BMacFrame.msg:28 by nedtool. More...
class	BMacLayer
	Implementation of B-MAC (called also Berkeley MAC, Low Power Listening or LPL). More...
class	BonnMotionFile
	Represents a BonnMotion file's contents. More...
class	BonnMotionFileCache
	Singleton object to read and store BonnMotion files. More...
class	BonnMotionMobility
	Uses the BonnMotion native file format. More...
class	Box
class	BoxedLabelFigure
class	BPDU
	Class generated from inet/linklayer/ieee8021d/common/Ieee8021dBPDU.msg:30 by nedtool. More...
class	BVHTree
class	ByteArray
	Class that carries raw bytes. More...
class	ByteArray_Base
	Class generated from inet/common/ByteArray.msg:27 by nedtool. More...
class	ByteArrayBuffer
	Buffer that carries BytesArrays. More...
class	CanvasProjection
class	CareOfTest
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:154 by nedtool. More...
class	CareOfTestInit
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:147 by nedtool. More...
class	ChiangMobility
	Chiang's random walk movement model. More...
class	CircleMobility
	Circle movement model. More...
class	CloudDelayerBase
class	ConstSpeedMobility
	Moves along a line with constant speed to a randomly chosen target. More...
class	Coord
	Class for storing 3D coordinates. More...
class	cPanelFigure
	Sets up an axis-aligned, unscaled coordinate system for children, canceling the effect of any transformation (scaling, rotation, etc.) inherited from ancestor figures. More...
class	CSMA
	Generic CSMA Mac-Layer. More...
class	CsmaCaMac
class	CsmaCaMacAckFrame
	Class generated from inet/linklayer/csmaca/CsmaCaMacFrame.msg:35 by nedtool. More...
class	CsmaCaMacDataFrame
	Class generated from inet/linklayer/csmaca/CsmaCaMacFrame.msg:39 by nedtool. More...
class	CsmaCaMacFrame
	Class generated from inet/linklayer/csmaca/CsmaCaMacFrame.msg:28 by nedtool. More...
class	CSMAFrame
	Class generated from inet/linklayer/csma/CSMAFrame.msg:36 by nedtool. More...
class	cSocketRTScheduler
class	Cuboid
	This class represents a 3 dimensional shape with 6 pairwise parallel faces. More...
class	DelayedInitializer
class	Delayer
	Delayer module. More...
class	DelegateSignalConfigurator
	This is a 3-in-1 class: More...
class	DHCPClient
	Implements a DHCP client. More...
class	DHCPLease
	Describes a DHCP lease. More...
class	DHCPMessage
	Class generated from inet/applications/dhcp/DHCPMessage.msg:97 by nedtool. More...
class	DHCPOptions
	Class generated from inet/applications/dhcp/DHCPMessage.msg:74 by nedtool. More...
class	DHCPServer
	Implements a DHCP server. More...
class	DropTailQueue
	Drop-front queue. More...
class	DRPriorityOption
	Class generated from inet/routing/pim/PIMPacket.msg:78 by nedtool. More...
class	DSCPMarker
	DSCP Marker. More...
class	EchoPacket
	Class generated from inet/networklayer/common/EchoPacket.msg:37 by nedtool. More...
class	EchoProtocol
	TODO. More...
class	ElapsedTimeRecorder
struct	EncodedAddress
	Struct generated from inet/routing/pim/PIMPacket.msg:98 by nedtool. More...
struct	EroObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:115 by nedtool. More...
class	ErrorHandling
	Error Handling: print out received error. More...
class	EtherAppCli
	Simple traffic generator for the Ethernet model. More...
class	EtherAppReq
	Class generated from inet/applications/ethernet/EtherApp.msg:33 by nedtool. More...
class	EtherAppResp
	Class generated from inet/applications/ethernet/EtherApp.msg:42 by nedtool. More...
class	EtherAppSrv
	Server-side process EtherAppCli. More...
class	EtherBus
	Implements the shared coaxial cable in classic Ethernet. More...
class	EtherEncap
	Performs Ethernet II encapsulation/decapsulation. More...
class	EtherFilledIFG
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:56 by nedtool. More...
class	EtherFrame
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:87 by nedtool. More...
class	EtherFrameClassifier
	Ethernet Frame classifier. More...
class	EtherFrameWithLLC
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:112 by nedtool. More...
class	EtherFrameWithSNAP
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:130 by nedtool. More...
class	EtherHub
	Models a wiring hub. More...
class	EtherJam
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:47 by nedtool. More...
class	EtherLLC
	Implements the LLC sub-layer of the Datalink Layer in Ethernet networks. More...
class	EtherMAC
	Ethernet MAC module which supports both half-duplex (CSMA/CD) and full-duplex operation. More...
class	EtherMACBase
	Base class for Ethernet MAC implementations. More...
class	EtherMACFullDuplex
	A simplified version of EtherMAC. More...
class	Ethernet1ahITag
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:168 by nedtool. More...
class	Ethernet1QTag
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:152 by nedtool. More...
class	EthernetApplication
	Ethernet application. More...
class	EthernetIIFrame
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:100 by nedtool. More...
class	EtherPauseFrame
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:144 by nedtool. More...
class	EtherPhyFrame
	Represents an Ethernet PHY frame. More...
class	EtherPhyFrame_Base
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:69 by nedtool. More...
class	EtherTraffic
	Class generated from inet/linklayer/ethernet/EtherFrame.msg:40 by nedtool. More...
class	EtherTrafGen
	Simple traffic generator for the Ethernet model. More...
class	EulerAngles
class	ExampleQoSClassifier
	An example packet classifier based on the UDP/TCP port number. More...
class	ExtInterface
	Implements an interface that corresponds to a real interface on the host running the simulation. More...
struct	FEC_TLV
	Struct generated from inet/networklayer/ldp/LDPPacket.msg:55 by nedtool. More...
class	FIFOQueue
	Passive FIFO Queue with unlimited buffer space. More...
class	FigureRecorder
struct	FilterSpecObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:90 by nedtool. More...
class	FindModule
	Provides method templates to find omnet modules. More...
class	FlatNetworkConfigurator
	Configures IPv4 addresses and routing tables for a "flat" network, "flat" meaning that all hosts and routers will have the same network address. More...
class	FlatNetworkConfigurator6
	Configures IPv6 addresses and routing tables for a "flat" network, "flat" meaning that all hosts and routers will have the same network address. More...
class	Flood
	A simple flooding protocol. More...
class	FloodDatagram
	Represents an flood datagram. More...
class	FloodDatagram_Base
	Class generated from inet/networklayer/flood/FloodDatagram.msg:27 by nedtool. More...
struct	FlowDescriptor_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:124 by nedtool. More...
struct	FlowSpecObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:83 by nedtool. More...
class	GaussMarkovMobility
	Gauss Markov movement model. More...
class	GenerationIDOption
	Class generated from inet/routing/pim/PIMPacket.msg:84 by nedtool. More...
class	GenericAppMsg
	Class generated from inet/applications/tcpapp/GenericAppMsg.msg:37 by nedtool. More...
class	GenericARP
	TODO GenericMACAddressCache. More...
class	GenericDatagram
	Represents a generic datagram. More...
class	GenericDatagram_Base
	Class generated from inet/networklayer/generic/GenericDatagram.msg:47 by nedtool. More...
class	GenericMulticastRoute
class	GenericNetworkConfigurator
	This module configures generic routing tables for a network. More...
class	GenericNetworkProtocol
	Implements a generic network protocol that routes generic datagrams through the network. More...
class	GenericNetworkProtocolControlInfo
class	GenericNetworkProtocolControlInfo_Base
	Class generated from inet/networklayer/contract/generic/GenericNetworkProtocolControlInfo.msg:33 by nedtool. More...
class	GenericNetworkProtocolInterfaceData
	Generic network protocol specific data for an InterfaceEntry, stores generic network address. More...
class	GenericRoute
	A generic route that uses generic addresses as destination and next hop. More...
class	GenericRoutingDecision
	Class generated from inet/networklayer/contract/generic/GenericNetworkProtocolControlInfo.msg:52 by nedtool. More...
class	GenericRoutingTable
	A C++ interface to abstract the functionality of a routing table, regardless of address type. More...
class	GeoCoord
class	GeometricObjectBase
	This class represents a 3 dimensional geometric object positioned and oriented in 3 dimensional space. More...
class	GlobalARP
	ARP implementation. More...
class	GPSR
	This class implements the Greedy Perimeter Stateless Routing for Wireless Networks. More...
class	GPSRBeacon
	Class generated from inet/routing/gpsr/GPSR.msg:41 by nedtool. More...
class	GPSROption
	Class generated from inet/routing/gpsr/GPSR.msg:52 by nedtool. More...
class	GroupCountRecorder
	Listener for counting the occurrences of signals with the same attribute. More...
struct	GroupRecord
	Struct generated from inet/networklayer/ipv4/IGMPMessage.msg:110 by nedtool. More...
class	HeatMapFigure
class	HelloOption
	Class generated from inet/routing/pim/PIMPacket.msg:60 by nedtool. More...
class	HelloTimeoutMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:119 by nedtool. More...
class	HelloTimerMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:109 by nedtool. More...
class	HoldtimeOption
	Class generated from inet/routing/pim/PIMPacket.msg:65 by nedtool. More...
class	HomeAddressOption
	Represents an IPv6 Home Address Option. More...
class	HomeAddressOption_Base
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:173 by nedtool. More...
class	HomeTest
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:138 by nedtool. More...
class	HomeTestInit
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:131 by nedtool. More...
class	HostAutoConfigurator
	HostAutoConfigurator automatically assigns IP addresses and sets up routing table. More...
class	IARP
	Represents an IPv4 ARP module. More...
class	IClassifier
	This is an abstract interface for packet classifiers in MPLS ingress routers. More...
class	ICMP
	ICMP module. More...
class	ICMPMessage
	Class generated from inet/networklayer/ipv4/ICMPMessage.msg:123 by nedtool. More...
class	ICMPv6
	ICMPv6 implementation. More...
class	ICMPv6DestUnreachableMsg
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:115 by nedtool. More...
class	ICMPv6EchoReplyMsg
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:151 by nedtool. More...
class	ICMPv6EchoRequestMsg
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:140 by nedtool. More...
class	ICMPv6Message
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:105 by nedtool. More...
class	ICMPv6PacketTooBigMsg
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:120 by nedtool. More...
class	ICMPv6ParamProblemMsg
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:131 by nedtool. More...
class	ICMPv6TimeExceededMsg
	Class generated from inet/networklayer/icmpv6/ICMPv6Message.msg:126 by nedtool. More...
class	IdealMac
	Implements a simplified ideal MAC. More...
class	IdealMacFrame
	Class generated from inet/linklayer/ideal/IdealMacFrame.msg:34 by nedtool. More...
class	IDoneCallback
	Callback object used by the ILifecycle interface. More...
class	Ieee8021dInterfaceData
	Per-interface data needed by the STP and RSTP protocols. More...
class	Ieee8021dRelay
class	Ieee802Ctrl
	Represents a IEEE 802 control info. More...
class	Ieee802Ctrl_Base
	Class generated from inet/linklayer/common/Ieee802Ctrl.msg:77 by nedtool. More...
class	IGeographicCoordinateSystem
class	IGMPMessage
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:44 by nedtool. More...
class	IGMPQuery
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:49 by nedtool. More...
class	IGMPv1Query
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:54 by nedtool. More...
class	IGMPv1Report
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:59 by nedtool. More...
class	IGMPv2
class	IGMPv2Leave
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:77 by nedtool. More...
class	IGMPv2Query
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:65 by nedtool. More...
class	IGMPv2Report
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:71 by nedtool. More...
class	IGMPv3
class	IGMPv3Query
class	IGMPv3Query_Base
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:90 by nedtool. More...
class	IGMPv3Report
	Class generated from inet/networklayer/ipv4/IGMPMessage.msg:117 by nedtool. More...
class	IIndicatorFigure
class	IInterfaceTable
	A C++ interface to abstract the functionality of InterfaceTable. More...
class	IIPv4RoutingTable
	A C++ interface to abstract the functionality of IIPv4RoutingTable. More...
class	IL3AddressType
	This class provides the abstract interface for different address types. More...
class	ILifecycle
	Interface to be implemented by modules that want to support failure/recovery, shutdown/restart, suspend/resume, and similar scenarios. More...
class	IMACAddressTable
class	IMACFrame
	This purely virtual interface provides an abstraction for different link layer frames. More...
class	IMACProtocol
class	IMACProtocolControlInfo
class	IMobility
	Abstract base class defining the public interface that must be provided by all mobility modules. More...
class	IMulticastRoute
	Generic multicast route in an IRoutingTable. More...
class	INetfilter
	This interface is implemented by network protocols which want provide netfilter hooks to customize their behavior. More...
class	InetPacketBytesPrinter
class	InetPacketPrinter
class	InetPacketPrinter2
class	INetworkDatagram
class	INetworkProtocol
	This purely virtual interface provides an abstraction for different network protocols. More...
class	INetworkProtocolControlInfo
class	Int128
class	InterfaceEntry
	Interface entry for the interface table in IInterfaceTable. More...
class	InterfaceEntryChangeDetails
class	InterfaceMatcher
	Utility class for configuring interfaces. More...
class	InterfaceProtocolData
	Base class for protocol-specific data on an interface. More...
class	InterfaceTable
	Represents the interface table. More...
class	InterfaceToken
	An "interface token" as defined in RFC 1971 (IPv6 Stateless Autoconfiguration). More...
struct	Interval
	Interval trees implemented using red-black-trees as described in the book Introduction_To_Algorithms_ by Cormen, Leisserson, and Rivest. More...
class	IntervalTree
	Interval tree. More...
class	IntervalTreeNode
	The node for interval tree. More...
class	IPassiveQueue
	Abstract interface for passive queues. More...
class	IPassiveQueueListener
	Interface for notifying listeners about passive queue events. More...
class	IPhysicalLayer
	This purely virtual interface provides an abstraction for different physical layers. More...
class	IPhysicalLayerFrame
	This purely virtual interface provides an abstraction for different physical layer frames. More...
class	IPRegisterProtocolCommand
	Class generated from inet/networklayer/common/IPProtocolId.msg:62 by nedtool. More...
class	IPSocket
	TODO. More...
class	IPv4
	Implements the IPv4 protocol. More...
class	IPv4Address
	IPv4 address. More...
class	IPv4AddressType
class	IPv4ControlInfo
	Control information for sending/receiving packets over IPv4. More...
class	IPv4ControlInfo_Base
	Class generated from inet/networklayer/contract/ipv4/IPv4ControlInfo.msg:63 by nedtool. More...
class	IPv4Datagram
	Represents an IPv4 datagram. More...
class	IPv4Datagram_Base
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:174 by nedtool. More...
class	IPv4FragBuf
	Reassembly buffer for fragmented IPv4 datagrams. More...
class	IPv4InterfaceData
	IPv4-specific data in an InterfaceEntry. More...
struct	IPv4MulticastGroupInfo
struct	IPv4MulticastGroupSourceInfo
class	IPv4MulticastRoute
	IPv4 multicast route in IIPv4RoutingTable. More...
struct	IPv4MulticastSourceList
class	IPv4NetworkConfigurator
	This module provides the global static configuration for the IPv4RoutingTable and the IPv4 network interfaces of all nodes in the network. More...
class	IPv4NodeConfigurator
	This module provides the static configuration for the IPv4RoutingTable and the IPv4 network interfaces of a particular node in the network. More...
class	IPv4Option
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:96 by nedtool. More...
class	IPv4OptionEnd
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:106 by nedtool. More...
class	IPv4OptionNop
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:100 by nedtool. More...
class	IPv4OptionRecordRoute
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:115 by nedtool. More...
class	IPv4OptionStreamId
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:147 by nedtool. More...
class	IPv4OptionTimestamp
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:129 by nedtool. More...
class	IPv4OptionUnknown
	Class generated from inet/networklayer/ipv4/IPv4Datagram.msg:154 by nedtool. More...
class	IPv4Route
	IPv4 unicast route in IIPv4RoutingTable. More...
class	IPv4RoutingTable
	Represents the routing table. More...
class	IPv6
	IPv6 implementation. More...
class	IPv6Address
	Stores a 128-bit IPv6 address in an efficient way. More...
class	IPv6AddressType
class	IPv6AuthenticationHeader
	Class generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:108 by nedtool. More...
class	IPv6ControlInfo
	Control information for sending/receiving packets over IPv6. More...
class	IPv6ControlInfo_Base
	Class generated from inet/networklayer/contract/ipv6/IPv6ControlInfo.msg:68 by nedtool. More...
class	IPv6Datagram
	Represents an IPv6 datagram. More...
class	IPv6Datagram_Base
	Class generated from inet/networklayer/ipv6/IPv6Datagram.msg:52 by nedtool. More...
class	IPv6DestinationOptionsHeader
	Class generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:96 by nedtool. More...
class	IPv6EncapsulatingSecurityPayloadHeader
	Class generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:119 by nedtool. More...
class	IPv6ErrorHandling
	Error Handling: print out received error for IPv6. More...
class	IPv6ExtensionHeader
	Class generated from inet/networklayer/ipv6/IPv6Datagram.msg:71 by nedtool. More...
class	IPv6FragBuf
	Reassembly buffer for fragmented IPv6 datagrams. More...
class	IPv6FragmentHeader
	Class generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:82 by nedtool. More...
class	IPv6HopByHopOptionsHeader
	Class generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:54 by nedtool. More...
class	IPv6InterfaceData
	IPv6-specific data for InterfaceEntry. More...
struct	IPv6MulticastGroupInfo
class	IPv6NDControlInfo
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:186 by nedtool. More...
class	IPv6NDMessage
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:93 by nedtool. More...
class	IPv6NDPrefixInformation
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:55 by nedtool. More...
class	IPv6NeighbourAdvertisement
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:159 by nedtool. More...
class	IPv6NeighbourCache
	IPv6 Neighbour Cache (RFC 2461 Neighbor Discovery for IPv6). More...
class	IPv6NeighbourDiscovery
	Implements RFC 2461 Neighbor Discovery for IPv6. More...
class	IPv6NeighbourSolicitation
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:141 by nedtool. More...
class	IPv6Redirect
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:175 by nedtool. More...
class	IPv6Route
	Represents a route in the route table. More...
class	IPv6RouterAdvertisement
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:118 by nedtool. More...
class	IPv6RouterSolicitation
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:103 by nedtool. More...
class	IPv6RoutingHeader
class	IPv6RoutingHeader_Base
	Class generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:66 by nedtool. More...
class	IPv6RoutingTable
	Represents the IPv6 routing table and neighbour discovery data structures. More...
class	IPv6Tunneling
	Management of IP tunnels. More...
class	IPvXTrafGen
	IP traffic generator application. More...
class	IPvXTrafSink
	Consumes and prints packets received from the IP module. More...
class	IQueueAccess
	This class defines that interface of the queues that algorithmic droppers use. More...
class	IRoute
	C++ interface for accessing unicast routing table entries of various protocols (IPv4, IPv6, etc) in a uniform way. More...
class	IRoutingTable
	A C++ interface to abstract the functionality of a routing table, regardless of address type. More...
class	IRSVPClassifier
	TODO. More...
class	IScriptable
	Modules that need to be scriptable by ScenarioManager should "implement" (subclass from) this class. More...
struct	it_recursion_node
	Class describes the information needed when we take the right branch in searching for intervals but possibly come back and check the left branch as well. More...
class	ITransportPacket
	This interface provides an abstraction for different transport layer packets. More...
class	IVisitor
class	Join
class	JoinPruneGroup
	Class generated from inet/routing/pim/PIMPacket.msg:108 by nedtool. More...
class	L2NetworkConfigurator
	Computes L2 configuration of the network. More...
class	L2NodeConfigurator
	Configures L2 data of a node. More...
class	L3Address
	This class provides the generic interface for network addresses. More...
class	L3AddressResolver
	Utility class for finding IPv4 or IPv6 address of a host or router. More...
class	LabeledIconFigure
class	LabeledLineFigure
class	LabeledPolylineFigure
struct	LabelOp
	TODO documentation. More...
struct	LabelRequestObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:97 by nedtool. More...
class	LANPruneDelayOption
	Class generated from inet/routing/pim/PIMPacket.msg:71 by nedtool. More...
class	LayeredProtocolBase
class	LDP
	LDP (rfc 3036) protocol implementation. More...
class	LDPAddress
	Class generated from inet/networklayer/ldp/LDPPacket.msg:126 by nedtool. More...
class	LDPHello
	Class generated from inet/networklayer/ldp/LDPPacket.msg:93 by nedtool. More...
class	LDPIni
	Class generated from inet/networklayer/ldp/LDPPacket.msg:113 by nedtool. More...
class	LDPLabelMapping
	Class generated from inet/networklayer/ldp/LDPPacket.msg:75 by nedtool. More...
class	LDPLabelRequest
	Class generated from inet/networklayer/ldp/LDPPacket.msg:84 by nedtool. More...
class	LDPNotify
	Class generated from inet/networklayer/ldp/LDPPacket.msg:103 by nedtool. More...
class	LDPPacket
	Class generated from inet/networklayer/ldp/LDPPacket.msg:64 by nedtool. More...
class	LIBTable
	TODO documentation. More...
class	LifecycleController
	Manages operations like shutdown/restart, suspend/resume, crash/recover and similar operations for nodes (routers, hosts, etc), interfaces, and protocols. More...
class	LifecycleOperation
	Base class for operations used by the ILifecycle interface. More...
class	LinearMobility
	Linear movement model. More...
class	LinearNodeDistributionMobility
	Mobility model which places all hosts at constant distances in a line with an orientation. More...
class	LinearRotatingMobilityBase
class	LineSegment
	This class represents a 3 dimensional line segment between two points. More...
class	LineSegmentsMobilityBase
	Base class for mobility models where movement consists of a sequence of linear movements of constant speed. More...
class	LinkStateMsg
	Class generated from inet/networklayer/ted/LinkStatePacket.msg:33 by nedtool. More...
class	LinkStateRouting
	Implements a minimalistic link state routing protocol that employs flooding. More...
class	LMacFrame
	Class generated from inet/linklayer/lmac/LMacFrame.msg:15 by nedtool. More...
class	LMacLayer
	Implementation of L-MAC (Lightweight Medium Access Protocol for Wireless Sensor Networks [van Hoesel 04] ). More...
class	Loopback
	Loopback interface implementation. More...
class	MACAddress
	Stores an IEEE 802 MAC address (6 octets = 48 bits). More...
class	MACAddressTable
	This module handles the mapping between ports and MAC addresses. More...
class	MACAddressType
class	MACBase
	Base class for MAC modules. More...
class	MacEstimateCostProcess
class	MACFrameBase
	Class generated from inet/linklayer/base/MACFrameBase.msg:27 by nedtool. More...
class	MACProtocolBase
class	MACRelayUnit
class	MassMobility
	Models the mobility of with mass, making random motions. More...
class	MatchableObject
	Wrapper around a cObject to make it matchable with cMatchExpression. More...
class	MatrixCloudDelayer
	Implementation of MatrixCloudDelayer. More...
class	MessageChecker
class	MIPv6HAInformation
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:76 by nedtool. More...
class	MIPv6NDAdvertisementInterval
	Class generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:69 by nedtool. More...
class	MoBANCoordinator
	This is the coordinator module of the MoBAN mobility model. More...
class	MoBANLocal
	This is the local mobility module of MoBAN. More...
class	MobilityBase
	Abstract base class for mobility modules. More...
class	MobilityHeader
	Class generated from inet/networklayer/xmipv6/MobilityHeader.msg:53 by nedtool. More...
class	ModuleIdAddress
	This class provides network addresses using the module id of interface modules. More...
class	ModuleIdAddressType
class	ModulePathAddress
	This class provides network addresses using the module path to interface modules. More...
class	ModulePathAddressType
class	MovingMobilityBase
	Base class for moving mobility modules. More...
class	MPLS
	Implements the MPLS protocol; see the NED file for more info. More...
class	MPLSPacket
	Represents a packet with MPLS headers. More...
struct	MulticastGroup
class	MultiFieldClassifier
	Absolute dropper. More...
class	MultiNetworkLayerLowerMultiplexer
class	MultiNetworkLayerUpperMultiplexer
struct	natInfo
	Accepts any number of incoming connections, and sends back whatever arrives on them. More...
class	NetAnimTrace
	Records a NetAnim trace. More...
class	NetfilterInfoHook
class	NetPerfMeter
	Implementation of NetPerfMeter. More...
class	NetPerfMeterDataMessage
	Class generated from inet/applications/netperfmeter/NetPerfMeter.msg:44 by nedtool. More...
class	NetPerfMeterTransmitTimer
	Class generated from inet/applications/netperfmeter/NetPerfMeter.msg:38 by nedtool. More...
class	NetworkConfiguratorBase
class	NetworkDatagramBase
	Class generated from inet/networklayer/base/NetworkDatagramBase.msg:28 by nedtool. More...
class	NetworkDatagramMultiplexer
	This class provides network datagram multiplexing based on the the datagram runtime type or on the type of attached control info. More...
class	NetworkInfo
	TODO documentation. More...
class	NetworkProtocolBase
class	NodeCrashOperation
	TODO: This operation represents the process of suspending (hybernating) a network node. More...
class	NodeOperation
	Base class for operations that manipulate network nodes. More...
class	NodeShutdownOperation
	This operation represents the process of orderly shutting down a network node. More...
class	NodeStartOperation
	This operation represents the process of turning on a network node after a shutdown, crash or suspend operation. More...
class	NodeStatus
	Keeps track of the status of network node (up, down, etc.) for other modules, and also displays it as a small overlay icon on this module and on the module of the network node. More...
class	Ns2MotionFile
	Represents a ns2 motion file's contents. More...
class	Ns2MotionMobility
class	OperationalBase
class	OrdinalBasedDropper
	Ordinal Based Dropper module. More...
class	OrdinalBasedDuplicator
	Ordinal Based Duplicator module. More...
class	PacketDrillApp
	Implements the packetdrill application simple module. More...
class	PacketDump
	Utility class that provides tcpdump-like functionality. More...
class	PacketQueue
class	PassiveQueueBase
	Abstract base class for passive queues. More...
class	PathNotifyMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:129 by nedtool. More...
class	PatternMatcher
	Glob-style pattern matching class, adopted to special OMNeT++ requirements. More...
struct	pcap_hdr
class	PcapDump
	Dumps packets into a PCAP file; see the "pcap-savefile" man page or http://www.tcpdump.org/ for details on the file format. More...
struct	pcaprec_hdr
class	PcapRecorder
	Dumps every packet using the PcapDump and PacketDump classes. More...
class	PhysicalLayerBase
class	PIMAssert
	Class generated from inet/routing/pim/PIMPacket.msg:145 by nedtool. More...
class	PIMBase
	Base class of PIMSM and PIMDM modules. More...
class	PIMDM
	Implementation of PIM-DM protocol (RFC 3973). More...
class	PIMGraft
	Class generated from inet/routing/pim/PIMPacket.msg:157 by nedtool. More...
class	PIMGraftAck
	Class generated from inet/routing/pim/PIMPacket.msg:165 by nedtool. More...
class	PIMHello
class	PIMHello_Base
	Class generated from inet/routing/pim/PIMPacket.msg:125 by nedtool. More...
class	PIMInterface
	An entry of PIMInterfaceTable holding PIM specific parameters and state of the interface. More...
class	PIMInterfaceTable
	PIMInterfaceTable contains an PIMInterface entry for each interface on which PIM is enabled. More...
class	PIMJoinPrune
	Class generated from inet/routing/pim/PIMPacket.msg:134 by nedtool. More...
class	PIMNeighbor
	Class holding information about a neighboring PIM router. More...
class	PIMNeighborTable
	Class holding informatation about neighboring PIM routers. More...
class	PIMPacket
	Class generated from inet/routing/pim/PIMPacket.msg:117 by nedtool. More...
class	PIMRegister
	Class generated from inet/routing/pim/PIMPacket.msg:187 by nedtool. More...
class	PIMRegisterStop
	Class generated from inet/routing/pim/PIMPacket.msg:196 by nedtool. More...
class	PIMSM
	Implementation of PIM-SM protocol (RFC 4601). More...
class	PIMSplitter
	PIMSplitter register itself for PIM protocol (103) in the network layer, and dispatches the received packets either to PIMDM or PIMSM according to the PIM mode of the incoming interface. More...
class	PIMStateRefresh
	Class generated from inet/routing/pim/PIMPacket.msg:172 by nedtool. More...
class	PingApp
	Generates ping requests and calculates the packet loss and round trip parameters of the replies. More...
class	PingPayload
	Class generated from inet/applications/pingapp/PingPayload.msg:30 by nedtool. More...
class	Plane
	This class represents a 2 dimensional plane in the 3 dimensional space. More...
class	Polygon
class	Polyhedron
class	PolyhedronEdge
class	PolyhedronFace
class	PolyhedronPoint
class	PositionTable
	This class provides a mapping between node addresses and their positions. More...
class	Posture
	to store the specification of a posture on the MoBAN mobility model. More...
class	PostureTransition
	Class to provide spatial and temporal correlation in the posture selection process of the MoBAN mobility model. More...
class	PPP
	PPP implementation. More...
class	PPPFrame
	Class generated from inet/linklayer/ppp/PPPFrame.msg:49 by nedtool. More...
class	PriorityScheduler
	Schedule packets in strict priority order. More...
class	Prism
	This class represents 3 dimensional prism with a polygon base face. More...
class	ProbabilisticBroadcast
	This class offers a data dissemination service using probabilistic broadcast. More...
class	ProbabilisticBroadcastDatagram
	Represents an ProbabilisticBroadcast datagram. More...
class	ProbabilisticBroadcastDatagram_Base
	Class generated from inet/networklayer/probabilistic/ProbabilisticBroadcastDatagram.msg:28 by nedtool. More...
class	ProtocolMapping
	Maps protocol numbers to output gates. More...
class	PsbTimeoutMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:69 by nedtool. More...
class	PsbTimerMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:59 by nedtool. More...
class	QuadTree
class	Quaternion
class	QueueBase
	Queue with constant processing time. More...
class	QueueFigure
class	RandomQoSClassifier
	A QoS classifier that assigns a random User Priority. More...
class	RandomWPMobility
	Random Waypoint mobility model. More...
class	RawPacket
	Message that carries raw bytes. More...
class	RawPacket_Base
	Class generated from inet/common/RawPacket.msg:31 by nedtool. More...
class	ReassemblyBuffer
	Generic reassembly buffer for a fragmented datagram (or a fragmented anything). More...
class	RectangleMobility
	Rectangle movement model. More...
class	REDDropper
	Implementation of Random Early Detection (RED). More...
class	RegisterTransportProtocolCommand
	Class generated from inet/networklayer/contract/NetworkProtocolCommand.msg:22 by nedtool. More...
struct	RIPEntry
	Struct generated from inet/routing/rip/RIPPacket.msg:55 by nedtool. More...
struct	RIPInterfaceEntry
	Holds the RIP configuration of the interfaces. More...
class	RIPPacket
	Class generated from inet/routing/rip/RIPPacket.msg:69 by nedtool. More...
struct	RIPRoute
class	RIPRouting
	Implementation of the Routing Information Protocol. More...
class	RotatingMobilityBase
class	Rotation
class	RoutingTableParser
	Parses a routing table file into a routing table. More...
class	RoutingTableRecorder
	Records routing table changes into a file. More...
class	RsbCommitTimerMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:89 by nedtool. More...
class	RsbRefreshTimerMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:79 by nedtool. More...
class	RsbTimeoutMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:99 by nedtool. More...
class	RSTP
	Implements the Rapid Spanning Tree Protocol. More...
class	RSVP
	TODO documentation. More...
class	RSVPHelloMsg
	RSVP HELLO REQUEST message. More...
class	RSVPHelloMsg_Base
	Class generated from inet/networklayer/rsvp_te/RSVPHello.msg:30 by nedtool. More...
struct	RsvpHopObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:56 by nedtool. More...
class	RSVPMessage
	Class generated from inet/networklayer/rsvp_te/RSVPPacket.msg:57 by nedtool. More...
class	RSVPPacket
	RSVP message common part. More...
class	RSVPPacket_Base
	Class generated from inet/networklayer/rsvp_te/RSVPPacket.msg:65 by nedtool. More...
class	RSVPPathError
	RSVP PATH ERROR message. More...
class	RSVPPathError_Base
	Class generated from inet/networklayer/rsvp_te/RSVPPathMsg.msg:72 by nedtool. More...
class	RSVPPathMsg
	RSVP PATH message. More...
class	RSVPPathMsg_Base
	Class generated from inet/networklayer/rsvp_te/RSVPPathMsg.msg:44 by nedtool. More...
class	RSVPPathTear
	RSVP PATH TEAR message. More...
class	RSVPPathTear_Base
	Class generated from inet/networklayer/rsvp_te/RSVPPathMsg.msg:59 by nedtool. More...
class	RSVPResvError
	RESV ERROR message. More...
class	RSVPResvError_Base
	Class generated from inet/networklayer/rsvp_te/RSVPResvMsg.msg:60 by nedtool. More...
class	RSVPResvMsg
	RSVP RESV message. More...
class	RSVPResvMsg_Base
	Class generated from inet/networklayer/rsvp_te/RSVPResvMsg.msg:38 by nedtool. More...
class	RSVPResvTear
	RESV TEAR message. More...
class	RSVPResvTear_Base
	Class generated from inet/networklayer/rsvp_te/RSVPResvMsg.msg:49 by nedtool. More...
class	RTPApplication
class	ScenarioManager
	Scenario Manager (experimental) which executes a script specified in XML. More...
class	SchedulerBase
	Base class for packet schedulers. More...
class	SCTPClient
	Implements the SCTPClient simple module. More...
class	SCTPCommand
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:59 by nedtool. More...
class	SCTPConnectInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:172 by nedtool. More...
class	SCTPErrorInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:78 by nedtool. More...
class	SCTPInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:209 by nedtool. More...
class	SCTPNatPeer
	Accepts any number of incoming connections, and sends back whatever arrives on them. More...
class	SCTPNatServer
class	SCTPOpenCommand
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:110 by nedtool. More...
class	SCTPPathInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:196 by nedtool. More...
class	SCTPPeer
	Implements the SCTPPeer simple module. More...
class	SCTPRcvInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:158 by nedtool. More...
class	SCTPResetInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:201 by nedtool. More...
class	SCTPRtoInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:146 by nedtool. More...
class	SCTPSendInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:132 by nedtool. More...
class	SCTPSendQueueAbated
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:214 by nedtool. More...
class	SCTPServer
	Implements the SCTPServer simple module. More...
class	SCTPSimpleMessage
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:222 by nedtool. More...
class	SCTPSocket
class	SCTPSocketMap
	Small utility class for managing a large number of SCTPSocket objects. More...
class	SCTPStatusInfo
	Class generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:188 by nedtool. More...
struct	SenderDescriptor_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:106 by nedtool. More...
struct	SenderTemplateObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:65 by nedtool. More...
struct	SenderTspecObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:75 by nedtool. More...
struct	SessionObj_t
	Struct generated from inet/networklayer/rsvp_te/IntServ.msg:44 by nedtool. More...
class	ShapeBase
	This class represents a 3 dimensional geometric shape independently of its position and orientation. More...
class	ShortBitVector
	Optimized version of the BitVector class to store short bit vectors. More...
class	SignalFigure
class	SignallingMsg
	Class generated from inet/networklayer/rsvp_te/SignallingMsg.msg:51 by nedtool. More...
class	SignalSource
class	SimpleClassifier
	TODO documentation. More...
class	SimpleGeographicCoordinateSystem
class	SimpleLinkLayerControlInfo
	Represents a SimpleLinkLayer control info. More...
class	SimpleLinkLayerControlInfo_Base
	Class generated from inet/linklayer/common/SimpleLinkLayerControlInfo.msg:10 by nedtool. More...
class	SimpleNetworkProtocolControlInfo
class	SimpleNetworkProtocolControlInfo_Base
	Class generated from inet/networklayer/common/SimpleNetworkProtocolControlInfo.msg:31 by nedtool. More...
class	SimpleVoIPPacket
	Class generated from inet/applications/voip/SimpleVoIPPacket.msg:25 by nedtool. More...
class	SimpleVoIPReceiver
	Implements a simple VoIP source. More...
class	SimpleVoIPSender
	Implements a simple VoIP source. More...
class	SingleRateThreeColorMeter
	This class can be used as a meter in an ITrafficConditioner. More...
class	Sink
	A module that just deletes every packet it receives, and collects basic statistics (packet count, bit count, packet rate, bit rate). More...
struct	SocketOptions
class	SpatialGrid
	This class implements a spatial grid data structure using a 3 dimensional grid. More...
class	Sphere
	This class represents a 3 dimensional sphere shape. More...
class	StaticConcentricMobility
	Mobility model which places all hosts on concenctric circles. More...
class	StaticGridMobility
	Mobility model which places all hosts at constant distances within the simulation area (resulting in a regular grid). More...
class	StationaryMobility
	This mobility module does not move at all; it can be used for standalone stationary nodes. More...
class	STP
	Implements the Spanning Tree Protocol. More...
class	STPBase
	Base class for STP and RSTP. More...
class	STPTester
	Utility class for testing the STP protocol. More...
class	TCPAppBase
	Base class for clients app for TCP-based request-reply protocols or apps. More...
class	TCPBasicClientApp
	An example request-reply based client application. More...
class	TCPCommand
	Class generated from inet/transportlayer/contract/tcp/TCPCommand.msg:91 by nedtool. More...
class	TCPConnectInfo
	Class generated from inet/transportlayer/contract/tcp/TCPCommand.msg:182 by nedtool. More...
class	TCPDump
	Dumps every packet using the PcapDump class and the PacketDump class. More...
class	TCPEchoApp
	Accepts any number of incoming connections, and sends back whatever arrives on them. More...
class	TCPErrorInfo
	Class generated from inet/transportlayer/contract/tcp/TCPCommand.msg:101 by nedtool. More...
class	TCPGenericSrvApp
	Generic server application. More...
class	TCPGenericSrvThread
	Example server thread, to be used with TCPSrvHostApp. More...
class	TCPOpenCommand
	Class generated from inet/transportlayer/contract/tcp/TCPCommand.msg:154 by nedtool. More...
class	TCPSendCommand
	Class generated from inet/transportlayer/contract/tcp/TCPCommand.msg:171 by nedtool. More...
class	TCPServerThreadBase
	Abstract base class for server processes to be used with TCPSrvHostApp. More...
class	TCPSessionApp
	Single-connection TCP application. More...
class	TCPSinkApp
	Accepts any number of incoming connections, and discards whatever arrives on them. More...
class	TCPSocket
	TCPSocket is a convenience class, to make it easier to manage TCP connections from your application models. More...
class	TCPSocketMap
	Small utility class for managing a large number of TCPSocket objects. More...
class	TCPSrvHostApp
	Hosts a server application, to be subclassed from TCPServerProcess (which is a sSimpleModule). More...
class	TCPStatusInfo
	Class generated from inet/transportlayer/contract/tcp/TCPCommand.msg:198 by nedtool. More...
class	TED
	Contains the Traffic Engineering Database and provides public methods to access it from MPLS signalling protocols (LDP, RSVP-TE). More...
class	TEDChangeInfo
	Class generated from inet/networklayer/ted/TED.msg:57 by nedtool. More...
struct	TELinkStateInfo
	Struct generated from inet/networklayer/ted/TED.msg:35 by nedtool. More...
class	TelnetApp
	An example Telnet client application. More...
class	ThresholdDropper
	Drops packets above threshold. More...
class	ThruputMeter
	Measures and records network thruput. More...
class	ThruputMeteringChannel
	A cDatarateChannel extended with throughput calculation. More...
class	TLVOptionBase
	Class generated from inet/common/TLVOption.msg:28 by nedtool. More...
class	TLVOptionRaw
	Class generated from inet/common/TLVOption.msg:34 by nedtool. More...
class	TLVOptions
class	TLVOptions_Base
	Class generated from inet/common/TLVOption.msg:39 by nedtool. More...
class	TokenBucketMeter
	Simple token bucket meter. More...
class	Topology
	Routing support. More...
class	TractorMobility
	Tractor movement model. More...
class	TrailFigure
class	TransportProtocolBase
class	TunInterface
class	TunLoopbackApp
class	TurtleMobility
	LOGO-style movement model, with the script coming from XML. More...
class	TwoRateThreeColorMeter
	This class can be used as a meter in an ITrafficConditioner. More...
class	TxNotifDetails
	Details class for the NF_PP_TX_BEGIN, NF_PP_TX_END and NF_PP_RX_END notifications (normally triggered from PPP). More...
class	UDP
	Implements the UDP protocol: encapsulates/decapsulates user data into/from UDP. More...
class	UDPBasicApp
	UDP application. More...
class	UDPBasicBurst
	UDP application. More...
class	UDPBindCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:83 by nedtool. More...
class	UDPBlockMulticastSourcesCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:289 by nedtool. More...
class	UDPCloseCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:131 by nedtool. More...
class	UDPConnectCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:99 by nedtool. More...
class	UDPControlInfo
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:68 by nedtool. More...
class	UDPDataIndication
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:142 by nedtool. More...
class	UDPEchoApp
	UDP application. More...
class	UDPErrorIndication
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:160 by nedtool. More...
class	UDPJoinMulticastGroupsCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:266 by nedtool. More...
class	UDPJoinMulticastSourcesCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:313 by nedtool. More...
class	UDPLeaveMulticastGroupsCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:279 by nedtool. More...
class	UDPLeaveMulticastSourcesCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:325 by nedtool. More...
class	UDPPacket
class	UDPPacket_Base
	Class generated from inet/transportlayer/udp/UDPPacket.msg:33 by nedtool. More...
class	UDPSendCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:116 by nedtool. More...
class	UDPSetBroadcastCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:210 by nedtool. More...
class	UDPSetMulticastInterfaceCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:222 by nedtool. More...
class	UDPSetMulticastLoopCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:236 by nedtool. More...
class	UDPSetMulticastSourceFilterCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:341 by nedtool. More...
class	UDPSetOptionCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:171 by nedtool. More...
class	UDPSetReuseAddressCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:250 by nedtool. More...
class	UDPSetTimeToLiveCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:183 by nedtool. More...
class	UDPSetTypeOfServiceCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:198 by nedtool. More...
class	UDPSink
	Consumes and prints packets received from the UDP module. More...
class	UDPSocket
	UDPSocket is a convenience class, to make it easier to send and receive UDP packets from your application models. More...
class	UDPUnblockMulticastSourcesCommand
	Class generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:301 by nedtool. More...
class	UDPVideoStreamCli
	A "Realtime" VideoStream client application. More...
class	UDPVideoStreamSvr
	Stream VBR video streams to clients. More...
struct	UnreachableNode
	Struct generated from inet/routing/aodv/AODVControlPackets.msg:31 by nedtool. More...
class	VehicleMobility
class	VoIPStreamReceiver
class	VoIPStreamSender
class	WaitForRREP
	Class generated from inet/routing/aodv/AODVControlPackets.msg:111 by nedtool. More...
class	WiseRoute
	Wiseroute is a simple loop-free routing algorithm that builds a routing tree from a central network point. More...
class	WiseRouteDatagram
	Represents an WiseRoute datagram. More...
class	WiseRouteDatagram_Base
	Class generated from inet/networklayer/wiseroute/WiseRouteDatagram.msg:28 by nedtool. More...
class	WRRScheduler
	This module implements a Weighted Round Robin Scheduler. More...
class	xMIPv6
	Implements RFC 3775 Mobility Support in IPv6. More...

Typedefs
typedef struct inet::natInfo	NatInfo
	Accepts any number of incoming connections, and sends back whatever arrives on them. More...
typedef std::vector< NatInfo * >	NatVector
typedef uint64_t	uint64
typedef int64_t	int64
typedef uint32_t	uint32
typedef int32_t	int32
typedef uint16_t	uint16
typedef int16_t	int16
typedef uint8_t	uint8
typedef unsigned short	ushort
typedef unsigned int	uint
typedef unsigned long	ulong
typedef cTopology	WeightedTopology
typedef std::vector< MulticastGroup >	MulticastGroupList
typedef IPv6ExtensionHeader *	IPv6ExtensionHeaderPtr
typedef int	ICMPCode
typedef std::vector< IPv4Address >	IPv4AddressVector
typedef std::vector< LabelOp >	LabelOpVector
typedef std::vector< IPv4Address >	IPAddressVector
typedef std::vector< struct EroObj_t >	EroVector
typedef std::vector< struct FlowDescriptor_t >	FlowDescriptorVector
typedef std::vector< struct TELinkStateInfo >	TELinkStateInfoVector
typedef HelloOption *	HelloOptionPtr
typedef std::vector< L3Address >	AddressVector

Enumerations
enum	DHCPOpcode { BOOTREQUEST = 1, BOOTREPLY = 2 }
	Enum generated from inet/applications/dhcp/DHCPMessage.msg:31 by nedtool. More...
enum	DHCPMessageType {   DHCPDISCOVER = 1, DHCPOFFER = 2, DHCPREQUEST = 3, DHCPDECLINE = 4,   DHCPACK = 5, DHCPNAK = 6, DHCPRELEASE = 7, DHCPINFORM = 8 }
	Enum generated from inet/applications/dhcp/DHCPMessage.msg:37 by nedtool. More...
enum	DHCPOptionCode {   DHCP_MSG_TYPE = 53, CLIENT_ID = 61, HOSTNAME = 12, REQUESTED_IP = 50,   PARAM_LIST = 55, SUBNET_MASK = 1, ROUTER = 3, DNS = 6,   NTP_SRV = 42, RENEWAL_TIME = 58, REBIND_TIME = 59, LEASE_TIME = 51,   SERVER_ID = 54 }
	Enum generated from inet/applications/dhcp/DHCPMessage.msg:49 by nedtool. More...
enum	PingSelfKinds { PING_FIRST_ADDR = 1001, PING_CHANGE_ADDR, PING_SEND }
enum	InitStages {   INITSTAGE_LOCAL = 0, INITSTAGE_PHYSICAL_ENVIRONMENT = 1, INITSTAGE_PHYSICAL_ENVIRONMENT_2 = 2, INITSTAGE_PHYSICAL_LAYER = 3,   INITSTAGE_LINK_LAYER = 4, INITSTAGE_LINK_LAYER_2 = 5, INITSTAGE_NETWORK_LAYER = 6, INITSTAGE_NETWORK_LAYER_2 = 7,   INITSTAGE_NETWORK_LAYER_3 = 8, INITSTAGE_TRANSPORT_LAYER = 9, INITSTAGE_TRANSPORT_LAYER_2 = 10, INITSTAGE_ROUTING_PROTOCOLS = 11,   INITSTAGE_APPLICATION_LAYER = 12, INITSTAGE_LAST = 13, NUM_INIT_STAGES }
	Initialization stages. More...
enum	Ieee802MessageKind { IEEE802CTRL_DATA = 2003, IEEE802CTRL_REGISTER_DSAP = 2004, IEEE802CTRL_DEREGISTER_DSAP = 2005, IEEE802CTRL_SENDPAUSE = 2006 }
	Enum generated from inet/linklayer/common/Ieee802Ctrl.msg:31 by nedtool. More...
enum	SAPCode {   SAP_IBM_SNA = 0x04, SAP_IP = 0x06, SAP_3COM = 0x80, SAP_SNAP = 0xAA,   SAP_BANYAN = 0xBC, SAP_NOVELL_IPX = 0xE0, SAP_LAN_MANAGER = 0xF4, SAP_CLNS = 0xFE,   SAP_STP = 0x42 }
	Enum generated from inet/linklayer/common/Ieee802Ctrl.msg:43 by nedtool. More...
enum	EtherType {   ETHERTYPE_IPv4 = 0x0800, ETHERTYPE_ARP = 0x0806, ETHERTYPE_TRILL = 0x22F3, ETHERTYPE_L2_ISIS = 0x22F4,   ETHERTYPE_RARP = 0x8035, ETHERTYPE_IPv6 = 0x86DD, ETHERTYPE_INET_GENERIC = 0x86FF, ETHERTYPE_MPLS_UNICAST = 0x8847,   ETHERTYPE_MPLS_MULTICAST = 0x8848 }
	Enum generated from inet/linklayer/common/Ieee802Ctrl.msg:60 by nedtool. More...
enum	UserPriority {   UP_BK = 1, UP_BK2 = 2, UP_BE = 0, UP_EE = 3,   UP_CL = 4, UP_VI = 5, UP_VO = 6, UP_NC = 7 }
	IEEE 802.1d User Priority (UP) values. More...
enum	ARPOpcode { ARP_REQUEST = 1, ARP_REPLY = 2, ARP_RARP_REQUEST = 3, ARP_RARP_REPLY = 4 }
	Enum generated from inet/networklayer/arp/ipv4/ARPPacket.msg:42 by nedtool. More...
enum	EchoProtocolType { ECHO_PROTOCOL_REQUEST = 0, ECHO_PROTOCOL_REPLY = 1 }
	Enum generated from inet/networklayer/common/EchoPacket.msg:28 by nedtool. More...
enum	McastSourceFilterMode { MCAST_INCLUDE_SOURCES, MCAST_EXCLUDE_SOURCES }
enum	IPProtocolId {   IP_PROT_ICMP = 1, IP_PROT_IGMP = 2, IP_PROT_IP = 4, IP_PROT_TCP = 6,   IP_PROT_EGP = 8, IP_PROT_IGP = 9, IP_PROT_UDP = 17, IP_PROT_XTP = 36,   IP_PROT_IPv6 = 41, IP_PROT_RSVP = 46, IP_PROT_IPv6_ICMP = 58, IP_PROT_NONE = 59,   IP_PROT_OSPF = 89, IP_PROT_PIM = 103, IP_PROT_SCTP = 132, IP_PROT_DSR = 48,   IP_PROT_MANET = 138, IP_PROT_IPv6EXT_HOP = 0, IP_PROT_IPv6EXT_DEST = 60, IP_PROT_IPv6EXT_ROUTING = 43,   IP_PROT_IPv6EXT_FRAGMENT = 44, IP_PROT_IPv6EXT_AUTH = 51, IP_PROT_IPv6EXT_ESP = 50, IP_PROT_IPv6EXT_MOB = 135 }
	Enum generated from inet/networklayer/common/IPProtocolId.msg:31 by nedtool. More...
enum	{ IPv6_ADDRESS_SIZE = 16 }
enum	DSCP {   DSCP_BE = 0, DSCP_AF11 = 0x0A, DSCP_AF12 = 0x0C, DSCP_AF13 = 0x0E,   DSCP_AF21 = 0x12, DSCP_AF22 = 0x14, DSCP_AF23 = 0x16, DSCP_AF31 = 0x1A,   DSCP_AF32 = 0x1C, DSCP_AF33 = 0x1E, DSCP_AF41 = 0x22, DSCP_AF42 = 0x24,   DSCP_AF43 = 0x26, DSCP_EF = 0x2E, DSCP_CS1 = 0x08, DSCP_CS2 = 0x10,   DSCP_CS3 = 0x18, DSCP_CS4 = 0x20, DSCP_CS5 = 0x28, DSCP_CS6 = 0x30,   DSCP_CS7 = 0x38, DSCP_MAX = 0x40 }
	Enum generated from inet/networklayer/diffserv/DSCP.msg:30 by nedtool. More...
enum	GenericTLVOptionTypes { GENERIC_TLVOPTION_NOP1 = 0, GENERIC_TLVOPTION_NOPN = 1, GENERIC_TLVOPTION_TLV_GPSR = 47 }
	Enum generated from inet/networklayer/generic/GenericDatagram.msg:35 by nedtool. More...
enum	ICMPv6Type {   ICMPv6_UNSPECIFIED = 0, ICMPv6_DESTINATION_UNREACHABLE = 1, ICMPv6_PACKET_TOO_BIG = 2, ICMPv6_TIME_EXCEEDED = 3,   ICMPv6_PARAMETER_PROBLEM = 4, ICMPv6_ECHO_REQUEST = 128, ICMPv6_ECHO_REPLY = 129, ICMPv6_MLD_QUERY = 130,   ICMPv6_MLD_REPORT = 131, ICMPv6_MLD_DONE = 132, ICMPv6_ROUTER_SOL = 133, ICMPv6_ROUTER_AD = 134,   ICMPv6_NEIGHBOUR_SOL = 135, ICMPv6_NEIGHBOUR_AD = 136, ICMPv6_REDIRECT = 137, ICMPv6_MLDv2_REPORT = 143,   ICMPv6_EXPERIMENTAL_MOBILITY = 150 }
	Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:32 by nedtool. More...
enum	ICMPv6DEST_UN { NO_ROUTE_TO_DEST = 0, COMM_WITH_DEST_PROHIBITED = 1, ADDRESS_UNREACHABLE = 3, PORT_UNREACHABLE = 4 }
	Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:63 by nedtool. More...
enum	ICMPv6_TIME_EX { ND_HOP_LIMIT_EXCEEDED = 0, ND_FRAGMENT_REASSEMBLY_TIME = 1 }
	Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:77 by nedtool. More...
enum	ICMPv6_PARAMETER_PROB { ERROREOUS_HDR_FIELD = 0, UNRECOGNIZED_NEXT_HDR_TYPE = 1, UNRECOGNIZED_IPV6_OPTION = 2 }
	Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:87 by nedtool. More...
enum	IPv6NDOptionLength { IPv6ND_LINK_LAYER_ADDRESS_OPTION_LENGTH = 8, IPv6ND_PREFIX_INFORMATION_OPTION_LENGTH = 32, IPv6ND_REDIRECTED_HEADER_OPTION_LENGTH = 8, IPv6ND_MTU_OPTION_LENGTH = 8 }
	Enum generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:35 by nedtool. More...
enum	IPv6NDOptionTypes { IPv6ND_SOURCE_LINK_LAYER_ADDR_OPTION = 1, IPv6ND_TARGET_LINK_LAYER_ADDR_OPTION = 2 }
	Enum generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:45 by nedtool. More...
enum	ICMPType {   ICMP_DESTINATION_UNREACHABLE = 3, ICMP_SOURCEQUENCH = 4, ICMP_REDIRECT = 5, ICMP_ECHO_REQUEST = 8,   ICMP_ROUTER_ADVERTISEMENT = 9, ICMP_ROUTER_SOLICITATION = 10, ICMP_TIME_EXCEEDED = 11, ICMP_PARAMETER_PROBLEM = 12,   ICMP_ECHO_REPLY = 0, ICMP_TIMESTAMP_REQUEST = 13, ICMP_TIMESTAMP_REPLY = 14, ICMP_INFORMATION_REQUEST = 15,   ICMP_INFORMATION_REPLY = 16, ICMP_MASK_REQUEST = 17, ICMP_MASK_REPLY = 18 }
	Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:30 by nedtool. More...
enum	ICMPRedirectSubcodes { ICMP_REDIRECT_NET = 0, ICMP_REDIRECT_HOST = 1, ICMP_REDIRECT_TOSNET = 2, ICMP_REDIRECT_TOSHOST = 3 }
	Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:51 by nedtool. More...
enum	ICMPTimeExceededSubcodes { ICMP_TIMXCEED_INTRANS = 0, ICMP_TIMXCEED_REASS = 1 }
	Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:59 by nedtool. More...
enum	ICMPParameterProblemSubcodes { ICMP_PARAMPROB_ERRATPTR = 0, ICMP_PARAMPROB_OPTABSENT = 1, ICMP_PARAMPROB_LENGTH = 2 }
	Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:65 by nedtool. More...
enum	ICMPDestinationUnreachableCodes {   ICMP_DU_NETWORK_UNREACHABLE = 0, ICMP_DU_HOST_UNREACHABLE = 1, ICMP_DU_PROTOCOL_UNREACHABLE = 2, ICMP_DU_PORT_UNREACHABLE = 3,   ICMP_DU_FRAGMENTATION_NEEDED = 4, ICMP_DU_SOURCE_ROUTE_FAILED = 5, ICMP_DU_DESTINATION_NETWORK_UNKNOWN = 6, ICMP_DU_DESTINATION_HOST_UNKNOWN = 7,   ICMP_DU_SOURCE_HOST_ISOLATED = 8, ICMP_DU_NETWORK_PROHIBITED = 9, ICMP_DU_HOST_PROHIBITED = 10, ICMP_DU_NETWORK_UNREACHABLE_FOR_TYPE_OF_SERVICE = 11,   ICMP_DU_HOST_UNREACHABLE_FOR_TYPE_OF_SERVICE = 12, ICMP_DU_COMMUNICATION_PROHIBITED = 13, ICMP_DU_HOST_PRECEDENCE_VIOLATION = 14, ICMP_DU_PRECEDENCE_CUTOFF_IN_EFFECT = 15,   ICMP_AODV_QUEUE_FULL = 16 }
	Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:75 by nedtool. More...
enum	IGMPType {   IGMP_MEMBERSHIP_QUERY = 0x11, IGMPV1_MEMBERSHIP_REPORT = 0x12, IGMPV2_MEMBERSHIP_REPORT = 0x16, IGMPV2_LEAVE_GROUP = 0x17,   IGMPV3_MEMBERSHIP_REPORT = 0x22 }
	Enum generated from inet/networklayer/ipv4/IGMPMessage.msg:35 by nedtool. More...
enum	GroupRecordType {   MODE_IS_INCLUDE = 1, MODE_IS_EXCLUDE = 2, CHANGE_TO_INCLUDE_MODE = 3, CHANGE_TO_EXCLUDE_MODE = 4,   ALLOW_NEW_SOURCES = 5, BLOCK_OLD_SOURCE = 6 }
	Enum generated from inet/networklayer/ipv4/IGMPMessage.msg:100 by nedtool. More...
enum	IPOptionClass { IPOPTION_CLASS_CONTROL = 0, IPOPTION_CLASS_RESERVED = 1, IPOPTION_CLASS_DEBUGGING = 2, IPOPTION_CLASS_RESERVED2 = 3 }
	Enum generated from inet/networklayer/ipv4/IPv4Datagram.msg:58 by nedtool. More...
enum	IPOption {   IPOPTION_END_OF_OPTIONS = 0, IPOPTION_NO_OPTION = 1, IPOPTION_STREAM_ID = 8, IPOPTION_TIMESTAMP = 68,   IPOPTION_SECURITY = 130, IPOPTION_LOOSE_SOURCE_ROUTING = 131, IPOPTION_RECORD_ROUTE = 136, IPOPTION_STRICT_SOURCE_ROUTING = 137,   IPOPTION_ROUTER_ALERT = 148, IPOPTION_TLV_GPSR = 47 }
	Enum generated from inet/networklayer/ipv4/IPv4Datagram.msg:69 by nedtool. More...
enum	TimestampFlag { IP_TIMESTAMP_TIMESTAMP_ONLY = 0, IP_TIMESTAMP_WITH_ADDRESS = 1, IP_TIMESTAMP_SENDER_INIT_ADDRESS = 3 }
	Enum generated from inet/networklayer/ipv4/IPv4Datagram.msg:89 by nedtool. More...
enum	IPv6TLVOptionTypes { IPv6TLVOPTION_NOP1 = 0, IPv6TLVOPTION_NOPN = 1, IPv6TLVOPTION_TLV_GPSR = 47 }
	Enum generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:41 by nedtool. More...
enum	LDP_MESSAGE_TYPES {   NOTIFICATION = 10, HELLO = 11, INITIALIZATION = 12, KEEP_ALIVE = 13,   ADDRESS = 14, ADDRESS_WITHDRAW = 15, LABEL_MAPPING = 16, LABEL_REQUEST = 17,   LABEL_WITHDRAW = 18, LABEL_RELEASE = 19, UNKNOWN = 20 }
	Enum generated from inet/networklayer/ldp/LDPPacket.msg:33 by nedtool. More...
enum	LDP_STATUS_TYPES { NO_ROUTE = 13 }
	Enum generated from inet/networklayer/ldp/LDPPacket.msg:49 by nedtool. More...
enum	messageKind { MPLS_KIND, LDP_KIND, SIGNAL_KIND }
enum	MobilityHeaderType {   BINDING_REFRESH_REQUEST = 0, HOME_TEST_INIT = 1, CARE_OF_TEST_INIT = 2, HOME_TEST = 3,   CARE_OF_TEST = 4, BINDING_UPDATE = 5, BINDING_ACKNOWLEDGEMENT = 6, BINDING_ERROR = 7 }
	Enum generated from inet/networklayer/xmipv6/MobilityHeader.msg:40 by nedtool. More...
enum	BAStatus {   BINDING_UPDATE_ACCEPTED = 0, BU_ACCEPT_BUT_DISCOVER_PREFIX = 1, REASON_UNSPECIFIED = 128, ADMINISTRATIVELY_PROHIBITED = 129,   INSUFFICIENT_RESOURCES = 130, HOME_REGISTRATION_NOT_SUPPORTED = 131, NOT_HOME_SUBNET = 132, NOT_HA_FOR_THIS_MN = 133,   DAD_FAILED = 134, SEQUENCE_NUMBER_OUT_OF_WINDOW = 135, EXPIRED_HOME_NONCE_INDEX = 136, EXPIRED_CARE_OF_NONCE_INDEX = 137,   EXPIRED_NONCES = 138, REGISTRATION_TYPE_CHANGE_DISALLOWED = 139 }
	Enum generated from inet/networklayer/xmipv6/MobilityHeader.msg:77 by nedtool. More...
enum	BEStatus { UNKNOWN_BINDING_FOR_HOME_ADDRESS_DEST_OPTION = 1, UNKNOWN_MH_TYPE = 2 }
	Enum generated from inet/networklayer/xmipv6/MobilityHeader.msg:112 by nedtool. More...
enum	AODVControlPacketType { RREQ = 1, RREP = 2, RERR = 3, RREPACK = 4 }
	Enum generated from inet/routing/aodv/AODVControlPackets.msg:37 by nedtool. More...
enum	GPSRForwardingMode { GPSR_GREEDY_ROUTING, GPSR_PERIMETER_ROUTING }
enum	GPSRPlanarizationMode { GPSR_GG_PLANARIZATION, GPSR_RNG_PLANARIZATION }
enum	PIMPacketType {   Hello = 0, Register = 1, RegisterStop = 2, JoinPrune = 3,   Bootstrap = 4, Assert = 5, Graft = 6, GraftAck = 7,   CandidateRPAdvertisement = 8, StateRefresh = 9 }
	Enum generated from inet/routing/pim/PIMPacket.msg:36 by nedtool. More...
enum	PIMHelloOptionType {   Holdtime = 1, LANPruneDelay = 2, DRPriority = 19, GenerationID = 20,   StateRefreshCapable = 21, AddressList = 24 }
	Enum generated from inet/routing/pim/PIMPacket.msg:50 by nedtool. More...
enum	RIPCommand { RIP_REQUEST = 1, RIP_RESPONSE = 2 }
	Enum generated from inet/routing/rip/RIPPacket.msg:35 by nedtool. More...
enum	RIP_AF { RIP_AF_NONE = 0, RIP_AF_INET = 2 }
	Enum generated from inet/routing/rip/RIPPacket.msg:43 by nedtool. More...
enum	RIPMode { NO_RIP, NO_SPLIT_HORIZON, SPLIT_HORIZON, SPLIT_HORIZON_POISONED_REVERSE }
	Enumerated parameter to control how the RIPRouting module advertises the routes to its neighbors. More...
enum	SctpCommandCode {   SCTP_C_ASSOCIATE = 1, SCTP_C_OPEN_PASSIVE = 2, SCTP_C_SEND = 3, SCTP_C_CLOSE = 5,   SCTP_C_ABORT = 6, SCTP_C_STATUS = 7, SCTP_C_RECEIVE = 8, SCTP_C_SEND_ORDERED = 9,   SCTP_C_SEND_UNORDERED = 10, SCTP_C_PRIMARY = 11, SCTP_C_QUEUE_BYTES_LIMIT = 12, SCTP_C_QUEUE_MSGS_LIMIT = 13,   SCTP_C_SHUTDOWN = 14, SCTP_C_NO_OUTSTANDING = 15, SCTP_C_STREAM_RESET = 16, SCTP_C_RESET_ASSOC = 17,   SCTP_C_ADD_STREAMS = 18, SCTP_C_NAT_INFO = 19, SCTP_C_SEND_ASCONF = 20, SCTP_C_SET_STREAM_PRIO = 21,   SCTP_C_GETSOCKETOPTIONS = 22, SCTP_C_ACCEPT = 23, SCTP_C_SET_RTO_INFO = 24 }
enum	SctpStatusInd {   SCTP_I_DATA = 1, SCTP_I_DATA_NOTIFICATION = 2, SCTP_I_ESTABLISHED = 3, SCTP_I_PEER_CLOSED = 4,   SCTP_I_CLOSED = 5, SCTP_I_CONNECTION_REFUSED = 6, SCTP_I_CONNECTION_RESET = 7, SCTP_I_TIMED_OUT = 8,   SCTP_I_STATUS = 9, SCTP_I_ABORT = 10, SCTP_I_CONN_LOST = 11, SCTP_I_SEND_MSG = 12,   SCTP_I_SHUTDOWN_RECEIVED = 13, SCTP_I_SENDQUEUE_FULL = 14, SCTP_I_SENDQUEUE_ABATED = 15, SCTP_I_ABANDONED = 16,   SCTP_I_SEND_STREAMS_RESETTED = 17, SCTP_I_RCV_STREAMS_RESETTED = 18, SCTP_I_RESET_REQUEST_FAILED = 19, SCTP_I_ADDRESS_ADDED = 20,   SCTP_I_SENDSOCKETOPTIONS = 21 }
enum	SCTPFlags { COMPLETE_MESG_UNORDERED = 1, COMPLETE_MESG_ORDERED = 0 }
enum	SCTPErrorCode
	Enum generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:41 by nedtool. More...
enum	TcpCommandCode {   TCP_C_OPEN_ACTIVE = 1, TCP_C_OPEN_PASSIVE = 2, TCP_C_SEND = 3, TCP_C_CLOSE = 5,   TCP_C_ABORT = 6, TCP_C_STATUS = 7, TCP_C_QUEUE_BYTES_LIMIT = 8, TCP_C_READ = 9 }
	Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:34 by nedtool. More...
enum	TcpStatusInd {   TCP_I_DATA = 1, TCP_I_URGENT_DATA = 2, TCP_I_ESTABLISHED = 3, TCP_I_PEER_CLOSED = 4,   TCP_I_CLOSED = 5, TCP_I_CONNECTION_REFUSED = 6, TCP_I_CONNECTION_RESET = 7, TCP_I_TIMED_OUT = 8,   TCP_I_STATUS = 9, TCP_I_SEND_MSG = 10, TCP_I_DATA_NOTIFICATION = 11 }
	Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:53 by nedtool. More...
enum	TCPErrorCode
	Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:72 by nedtool. More...
enum	TCPDataTransferMode { TCP_TRANSFER_UNDEFINED = 0, TCP_TRANSFER_BYTECOUNT = 1, TCP_TRANSFER_OBJECT = 2, TCP_TRANSFER_BYTESTREAM = 3 }
	Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:120 by nedtool. More...
enum	UDPCommandCode {   UDP_C_DATA = 0, UDP_C_BIND = 1, UDP_C_CONNECT = 2, UDP_C_SETOPTION = 3,   UDP_C_CLOSE = 4 }
	Enum generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:36 by nedtool. More...
enum	UDPStatusInd { UDP_I_DATA = 0, UDP_I_ERROR = 1 }
	Enum generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:52 by nedtool. More...
enum	UDPSourceFilterMode { UDP_INCLUDE_MCAST_SOURCES = 1, UDP_EXCLUDE_MCAST_SOURCES = 2 }
	Enum generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:331 by nedtool. More...
enum	UdpConstants { UDP_HEADER_BYTES = 8 }
	Enum generated from inet/transportlayer/udp/UDPPacket.msg:26 by nedtool. More...

Functions
void	doParsimPacking (omnetpp::cCommBuffer *b, const ApplicationPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ApplicationPacket &obj)
	Define_Module (DHCPClient)
std::ostream &	operator<< (std::ostream &os, DHCPLease obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const DHCPOptions &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, DHCPOptions &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const DHCPMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, DHCPMessage &obj)
	Define_Module (DHCPServer)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherAppReq &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherAppReq &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherAppResp &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherAppResp &obj)
	Define_Module (EtherAppCli)
	Define_Module (EtherAppSrv)
	Define_Module (EthernetApplication)
	Define_Module (EtherTrafGen)
	Define_Module (IPvXTrafGen)
	Define_Module (IPvXTrafSink)
	Define_Module (NetPerfMeter)
	Define_NED_Function (pareto,"quantity pareto(quantity location, quantity shape, long rng?)")
void	doParsimPacking (omnetpp::cCommBuffer *b, const NetPerfMeterTransmitTimer &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, NetPerfMeterTransmitTimer &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const NetPerfMeterDataMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, NetPerfMeterDataMessage &obj)
	Define_Module (PingApp)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PingPayload &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PingPayload &obj)
	Define_Module (RTPApplication) void RTPApplication
	Define_Module (SCTPClient)
	Define_Module (SCTPNatPeer)
	Define_Module (SCTPNatServer)
	Define_Module (SCTPPeer)
	Define_Module (SCTPServer)
void	doParsimPacking (omnetpp::cCommBuffer *b, const GenericAppMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, GenericAppMsg &obj)
	Define_Module (TCPBasicClientApp)
	Define_Module (TCPEchoApp)
	Define_Module (TCPGenericSrvApp)
	Register_Class (TCPGenericSrvThread)
	Define_Module (TCPSessionApp)
	Define_Module (TCPSinkApp)
	Define_Module (TCPSrvHostApp)
	Define_Module (TelnetApp)
	Define_Module (TunLoopbackApp)
	Define_Module (UDPBasicApp)
	EXECUTE_ON_STARTUP (cEnum *e=cEnum::find("inet::ChooseDestAddrMode");if(!e) enums.getInstance() ->add(e=new cEnum("inet::ChooseDestAddrMode"));e->insert(UDPBasicBurst::ONCE,"once");e->insert(UDPBasicBurst::PER_BURST,"perBurst");e->insert(UDPBasicBurst::PER_SEND,"perSend");)
	Define_Module (UDPBasicBurst)
	Define_Module (UDPEchoApp)
	Define_Module (UDPSink)
	Define_Module (UDPVideoStreamCli)
	Define_Module (UDPVideoStreamSvr)
std::ostream &	operator<< (std::ostream &out, const UDPVideoStreamSvr::VideoStreamData &d)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SimpleVoIPPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SimpleVoIPPacket &obj)
	Define_Module (SimpleVoIPReceiver)
	Define_Module (SimpleVoIPSender)
	Define_Module (VoIPStreamReceiver)
	Define_Module (VoIPStreamSender)
std::ostream &	operator<< (std::ostream &out, const BitVector &bitVector)
	Register_Figure ("panel", cPanelFigure)
	Define_Module (DelegateSignalConfigurator)
	Register_ResultRecorder ("figure", FigureRecorder)
std::ostream &	operator<< (std::ostream &os, const Coord &coord)
	Define_Module (SimpleGeographicCoordinateSystem)
std::ostream &	operator<< (std::ostream &os, const EulerAngles &a)
Quaternion	operator* (double scalar, const Quaternion &lhs)
template<class T >
T *	__checknull (T *p, const char *expr, const char *file, int line)
void	printElapsedTime (const char *name, long startTime)
bool	operator< (const Int128 &a, const Int128 &b)
bool	operator== (const Int128 &a, const Int128 &b)
bool	operator&& (const Int128 &a, const Int128 &b)
bool	operator|| (const Int128 &a, const Int128 &b)
Int128	operator+ (const Int128 &a, const Int128 &b)
Int128	operator- (const Int128 &a, const Int128 &b)
Int128	operator* (const Int128 &a, const Int128 &b)
Int128	operator/ (const Int128 &a, const Int128 &b)
Int128	operator% (const Int128 &a, const Int128 &b)
Int128	operator>> (const Int128 &a, unsigned int n)
Int128	operator<< (const Int128 &a, unsigned int n)
Int128	operator& (const Int128 &a, const Int128 &b)
Int128	operator| (const Int128 &a, const Int128 &b)
Int128	operator^ (const Int128 &a, const Int128 &b)
bool	operator> (const Int128 &a, const Int128 &b)
bool	operator<= (const Int128 &a, const Int128 &b)
bool	operator>= (const Int128 &a, const Int128 &b)
bool	operator!= (const Int128 &a, const Int128 &b)
bool	overlap (simtime_t a1, simtime_t a2, simtime_t b1, simtime_t b2)
	returns 1 if the intervals overlap, and 0 otherwise More...
	Define_Module (LifecycleController)
template<typename T >
void	vector_delete_element (std::vector< T * > &v, T *p)
	Register_Class (NodeStartOperation)
	Register_Class (NodeShutdownOperation)
	Register_Class (NodeCrashOperation)
	Register_Enum (inet::NodeStatus,(NodeStatus::UP, NodeStatus::DOWN, NodeStatus::GOING_UP, NodeStatus::GOING_DOWN))
	Define_Module (NodeStatus)
	Define_Module (MessageChecker)
	Define_Module (NetAnimTrace)
	Define_Module (SignalSource)
	Define_Module (ThruputMeter)
	Register_Class (ThruputMeteringChannel)
bool	_isNetworkNode (const cModule *mod)
bool	isNetworkNode (const cModule *mod)
	Returns true if the given module is a network node, i.e. More...
cModule *	findModuleSomewhereUp (const char *name, cModule *from)
cModule *	findContainingNode (const cModule *from)
	Find the node containing the given module. More...
cModule *	getContainingNode (const cModule *from)
	Find the node containing the given module. More...
cModule *	findModuleUnderContainingNode (const cModule *from)
	Find the ancestor module under the node containing the given module. More...
cModule *	findContainingNicModule (cModule *from)
	Find the nic module (inside the networkNode) containing the given module. More...
cModule *	getContainingNicModule (cModule *from)
	Find the nic module (inside the networkNode) containing the given module. More...
INET_API cModule *	findModuleSomewhereUp (const char *name, const cModule *from)
	Find a module with given name, and "closest" to module "from". More...
template<typename T >
INET_API T *	findModuleFromPar (cPar &par, const cModule *from, bool required=true)
	Finds a module in the module tree, given by its absolute or relative path defined by 'par' parameter. More...
template<typename T >
T *	findModuleFromPar (cPar &par, const cModule *from, bool required)
	Finds a module in the module tree, given by its absolute or relative path defined by 'par' parameter. More...
template<typename T >
INET_API T *	getModuleFromPar (cPar &par, const cModule *from, bool required=true)
	Gets a module in the module tree, given by its absolute or relative path defined by 'par' parameter. More...
template<typename T >
T *	getModuleFromPar (cPar &par, const cModule *from, bool required)
	Gets a module in the module tree, given by its absolute or relative path defined by 'par' parameter. More...
const char *	notificationCategoryName (simsignal_t signalID)
	Utility function. More...
void	printNotificationBanner (simsignal_t signalID, const cObject *obj)
	Utility function. More...
	Register_MessagePrinter (InetPacketBytesPrinter)
	Register_MessagePrinter (InetPacketPrinter)
	Register_MessagePrinter (InetPacketPrinter2)
	Define_Module (PcapRecorder)
	Define_Module (TCPDump)
bool	opp_isdigit (unsigned char c)
char	opp_toupper (unsigned char c)
	Define_Module (Delayer)
	Define_Module (DropTailQueue)
	Define_Module (FIFOQueue)
	Define_Module (Join)
	Define_Module (OrdinalBasedDropper)
	Define_Module (OrdinalBasedDuplicator)
	Define_Module (PriorityScheduler)
	Define_Module (REDDropper)
	Define_Module (Sink)
	Define_Module (ThresholdDropper)
	Define_Module (WRRScheduler)
	Register_ResultRecorder ("groupCount", GroupCountRecorder)
	Register_ResultRecorder ("elapsedTime", ElapsedTimeRecorder)
	Define_Module (ScenarioManager)
std::ostream &	operator<< (std::ostream &out, const ShortBitVector &bitVector)
template<typename T >
std::vector< T > &	addAll (std::vector< T > &v, const std::vector< T > &w)
template<typename T >
std::set< T > &	addAll (std::set< T > &s, const std::set< T > &t)
template<typename K , typename V >
std::map< K, V > &	addAll (std::map< K, V > &m, const std::map< K, V > &n)
template<typename T >
std::vector< T >::iterator	find (std::vector< T > &v, const T &a)
template<typename T >
std::vector< T >::const_iterator	find (const std::vector< T > &v, const T &a)
template<typename T >
int	count (const std::vector< T > &v, const T &a)
template<typename T >
int	indexOf (const std::vector< T > &v, const T &a)
template<typename T >
bool	contains (const std::vector< T > &v, const T &a)
template<typename K , typename V >
bool	containsKey (const std::map< K, V > &m, const K &a)
template<typename T >
void	insert (std::vector< T > &v, int pos, const T &a)
template<typename T >
void	erase (std::vector< T > &v, int pos)
template<typename T , typename A >
void	remove (std::vector< T > &v, const A &a)
template<typename K , typename V >
std::vector< K >	keys (const std::map< K, V > &m)
template<typename K , typename V >
std::vector< V >	values (const std::map< K, V > &m)
template<typename T >
void	sort (std::vector< T > &v)
template<typename T >
std::vector< T >	sorted (const std::vector< T > &v)
template<typename T >
std::string	to_str (const std::vector< T > &v)
template<typename K , typename V >
std::string	to_str (const std::map< K, V > &m)
	Register_Class (TLVOptions)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TLVOptionBase &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TLVOptionBase &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TLVOptionRaw &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TLVOptionRaw &obj)
	Register_Class (Topology)
void	doParsimPacking (omnetpp::cCommBuffer *b, const MACFrameBase &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, MACFrameBase &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const BMacFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, BMacFrame &obj)
	Define_Module (BMacLayer)
	Define_Module (ExampleQoSClassifier)
std::ostream &	operator<< (std::ostream &os, const MACAddress &mac)
	Define_Module (RandomQoSClassifier)
	Register_Class (TxNotifDetails)
	Define_Module (L2NetworkConfigurator)
bool	isEmpty (const char *s)
bool	isNotEmpty (const char *s)
	Define_Module (L2NodeConfigurator)
	Define_Module (CSMA)
void	doParsimPacking (omnetpp::cCommBuffer *b, const CSMAFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, CSMAFrame &obj)
	Define_Module (CsmaCaMac)
void	doParsimPacking (omnetpp::cCommBuffer *b, const CsmaCaMacFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, CsmaCaMacFrame &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const CsmaCaMacAckFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, CsmaCaMacAckFrame &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const CsmaCaMacDataFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, CsmaCaMacDataFrame &obj)
	Define_Module (EtherBus)
std::ostream &	operator<< (std::ostream &os, cMessage *msg)
	Define_Module (EtherEncap)
	Register_Class (EtherPhyFrame)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherTraffic &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherTraffic &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherJam &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherJam &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherFilledIFG &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherFilledIFG &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherFrame &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EthernetIIFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetIIFrame &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherFrameWithLLC &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherFrameWithLLC &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherFrameWithSNAP &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherFrameWithSNAP &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EtherPauseFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EtherPauseFrame &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const Ethernet1QTag &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, Ethernet1QTag &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const Ethernet1ahITag &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, Ethernet1ahITag &obj)
	Define_Module (EtherFrameClassifier)
	Define_Module (EtherHub)
	Define_Module (EtherLLC)
	Define_Module (EtherMAC)
	Define_Module (EtherMACFullDuplex)
	Define_Module (MACAddressTable)
std::ostream &	operator<< (std::ostream &os, const MACAddressTable::AddressEntry &entry)
	Define_Module (MACRelayUnit)
	Register_Class (cSocketRTScheduler)
std::ostream &	operator<< (std::ostream &out, const timeval &tv)
	Define_Module (ExtInterface)
	Define_Module (IdealMac)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IdealMacFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IdealMacFrame &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const BPDU &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, BPDU &obj)
	Define_Module (Ieee8021dRelay)
	Define_Module (RSTP)
	Define_Module (STP)
std::ostream &	operator<< (std::ostream &os, const Ieee8021dInterfaceData::PortRole r)
std::ostream &	operator<< (std::ostream &os, const Ieee8021dInterfaceData::PortState s)
std::ostream &	operator<< (std::ostream &os, Ieee8021dInterfaceData *p)
std::ostream &	operator<< (std::ostream &os, STP i)
	Define_Module (STPTester)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LMacFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LMacFrame &obj)
	Define_Module (Loopback)
	Define_Module (PPP)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PPPFrame &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PPPFrame &obj)
	Define_Module (TunInterface)
	Register_Abstract_Class (MobilityBase)
	Define_Module (MoBANCoordinator)
	Define_Module (MoBANLocal)
	Define_Module (ANSimMobility)
	Define_Module (BonnMotionMobility)
	Define_Module (ChiangMobility)
	Define_Module (CircleMobility)
	Define_Module (ConstSpeedMobility)
	Define_Module (GaussMarkovMobility)
	Define_Module (LinearMobility)
	Define_Module (LinearNodeDistributionMobility)
	Define_Module (MassMobility)
	Define_Module (Ns2MotionMobility)
	Define_Module (RandomWPMobility)
	Define_Module (RectangleMobility)
	Define_Module (TractorMobility)
	Define_Module (TurtleMobility)
	Define_Module (VehicleMobility)
	Define_Module (StaticConcentricMobility)
	Define_Module (StaticGridMobility)
	Define_Module (StationaryMobility)
	Define_Module (GenericARP)
	Define_Module (ARP)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ARPPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ARPPacket &obj)
	Define_Module (GlobalARP)
void	doParsimPacking (omnetpp::cCommBuffer *b, const NetworkDatagramBase &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, NetworkDatagramBase &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EchoPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EchoPacket &obj)
	Define_Module (EchoProtocol)
	Register_Abstract_Class (InterfaceEntryChangeDetails)
	Register_Abstract_Class (InterfaceEntry)
	Define_Module (InterfaceTable)
std::ostream &	operator<< (std::ostream &os, const InterfaceEntry &e)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPRegisterProtocolCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPRegisterProtocolCommand &obj)
std::ostream &	operator<< (std::ostream &os, const L3Address &address)
	Define_Module (NetfilterInfoHook)
std::ostream &	operator<< (std::ostream &stream, const NetworkConfiguratorBase::Link &link)
std::ostream &	operator<< (std::ostream &stream, const NetworkConfiguratorBase::Link *link)
	Define_Module (GenericNetworkConfigurator)
	Define_Module (FlatNetworkConfigurator)
	Define_Module (HostAutoConfigurator)
	Define_Module (IPv4NetworkConfigurator)
int	getRepresentationBitCount (uint32 count)
	Returns how many bits are needed to represent count different values. More...
	Define_Module (IPv4NodeConfigurator)
	Define_Module (FlatNetworkConfigurator6)
void	doParsimPacking (omnetpp::cCommBuffer *b, const GenericRoutingDecision &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, GenericRoutingDecision &obj)
	Register_Abstract_Class (IARP::Notification)
	Register_Abstract_Class (INetworkDatagram)
std::ostream &	operator<< (std::ostream &os, const IPv4Address &ip)
void	doPacking (cCommBuffer *buf, const IPv4Address &addr)
void	doUnpacking (cCommBuffer *buf, IPv4Address &addr)
std::ostream &	operator<< (std::ostream &os, const IPv6Address &ip)
void	doPacking (cCommBuffer *buf, const IPv6Address &addr)
void	doUnpacking (cCommBuffer *buf, IPv6Address &addr)
std::ostream &	operator<< (std::ostream &os, IPv6ExtensionHeaderPtr eh)
std::ostream &	operator<< (std::ostream &out, const IRoute *route)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RegisterTransportProtocolCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RegisterTransportProtocolCommand &obj)
	Define_Module (BehaviorAggregateClassifier)
	Define_Module (DSCPMarker)
	Define_Module (MultiFieldClassifier)
	Define_Module (SingleRateThreeColorMeter)
	Define_Module (TokenBucketMeter)
	Define_Module (TwoRateThreeColorMeter)
	Define_Module (Flood)
	Define_Module (GenericNetworkProtocol)
	Register_Class (GenericRoute)
	Define_Module (GenericRoutingTable)
std::ostream &	operator<< (std::ostream &os, const GenericRoute &e)
std::ostream &	operator<< (std::ostream &os, const GenericMulticastRoute &e)
	Define_Module (ICMPv6)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6Message &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6Message &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6DestUnreachableMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6DestUnreachableMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6PacketTooBigMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6PacketTooBigMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6TimeExceededMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6TimeExceededMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6ParamProblemMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6ParamProblemMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6EchoRequestMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6EchoRequestMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPv6EchoReplyMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPv6EchoReplyMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6NDPrefixInformation &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6NDPrefixInformation &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const MIPv6NDAdvertisementInterval &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, MIPv6NDAdvertisementInterval &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const MIPv6HAInformation &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, MIPv6HAInformation &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6NDMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6NDMessage &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6RouterSolicitation &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6RouterSolicitation &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6RouterAdvertisement &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6RouterAdvertisement &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6NeighbourSolicitation &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6NeighbourSolicitation &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6NeighbourAdvertisement &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6NeighbourAdvertisement &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6Redirect &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6Redirect &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6NDControlInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6NDControlInfo &obj)
std::ostream &	operator<< (std::ostream &os, const IPv6NeighbourCache::Key &e)
std::ostream &	operator<< (std::ostream &os, const IPv6NeighbourCache::Neighbour &e)
	Define_Module (IPv6NeighbourDiscovery)
	Define_Module (CloudDelayerBase)
	Define_Module (MatrixCloudDelayer)
	Define_Module (ErrorHandling)
	Define_Module (ICMP)
bool	isIcmpInfoType (int type)
void	doParsimPacking (omnetpp::cCommBuffer *b, const ICMPMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, ICMPMessage &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPMessage &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPQuery &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPQuery &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPv1Query &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPv1Query &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPv1Report &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPv1Report &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPv2Query &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPv2Query &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPv2Report &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPv2Report &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPv2Leave &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPv2Leave &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const GroupRecord &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, GroupRecord &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const GroupRecord &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, GroupRecord &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IGMPv3Report &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IGMPv3Report &obj)
	Define_Module (IGMPv2)
	Define_Module (IGMPv3)
	Define_Module (IPv4)
	Register_Class (IPv4Datagram)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4Option &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4Option &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4OptionNop &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4OptionNop &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4OptionEnd &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4OptionEnd &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4OptionRecordRoute &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4OptionRecordRoute &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4OptionTimestamp &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4OptionTimestamp &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4OptionStreamId &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4OptionStreamId &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv4OptionUnknown &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv4OptionUnknown &obj)
	Register_Abstract_Class (IPv4MulticastGroupInfo)
	Register_Abstract_Class (IPv4MulticastGroupSourceInfo)
	Register_Class (IPv4Route)
	Register_Class (IPv4MulticastRoute)
	Define_Module (IPv4RoutingTable)
std::ostream &	operator<< (std::ostream &os, const IPv4Route &e)
std::ostream &	operator<< (std::ostream &os, const IPv4MulticastRoute &e)
	Define_Module (NetworkInfo)
	Define_Module (RoutingTableRecorder)
	Register_PerRunConfigOption (CFGID_ROUTINGLOG_FILE,"routinglog-file", CFG_FILENAME,"${resultdir}/${configname}-${runnumber}.rt","Name of the routing log file to generate.")
	Define_Module (IPv6)
	Register_Class (IPv6Datagram)
std::ostream &	operator<< (std::ostream &out, const IPv6ExtensionHeader &h)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6ExtensionHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6ExtensionHeader &obj)
	Define_Module (IPv6ErrorHandling)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6HopByHopOptionsHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6HopByHopOptionsHeader &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6FragmentHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6FragmentHeader &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6DestinationOptionsHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6DestinationOptionsHeader &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6AuthenticationHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6AuthenticationHeader &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const IPv6EncapsulatingSecurityPayloadHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, IPv6EncapsulatingSecurityPayloadHeader &obj)
	Register_Abstract_Class (IPv6MulticastGroupInfo)
std::ostream &	operator<< (std::ostream &os, const IPv6InterfaceData::HomeNetworkInfo &homeNetInfo)
	Register_Abstract_Class (IPv6Route)
	Define_Module (IPv6RoutingTable)
std::ostream &	operator<< (std::ostream &os, const IPv6Route &e)
std::ostream &	operator<< (std::ostream &os, const IPv6RoutingTable::DestCacheEntry &e)
	Define_Module (IPv6Tunneling)
std::ostream &	operator<< (std::ostream &os, const IPv6Tunneling::Tunnel &tun)
	Define_Module (LDP)
std::ostream &	operator<< (std::ostream &os, const LDP::fec_bind_t &f)
bool	fecPrefixCompare (const LDP::fec_t &a, const LDP::fec_t &b)
std::ostream &	operator<< (std::ostream &os, const LDP::fec_t &f)
std::ostream &	operator<< (std::ostream &os, const LDP::pending_req_t &r)
std::ostream &	operator<< (std::ostream &os, const LDP::peer_info &p)
bool	operator== (const FEC_TLV &a, const FEC_TLV &b)
bool	operator!= (const FEC_TLV &a, const FEC_TLV &b)
std::ostream &	operator<< (std::ostream &os, const FEC_TLV &a)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const FEC_TLV &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, FEC_TLV &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const FEC_TLV &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, FEC_TLV &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPPacket &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPLabelMapping &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPLabelMapping &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPLabelRequest &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPLabelRequest &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPHello &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPHello &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPNotify &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPNotify &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPIni &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPIni &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LDPAddress &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LDPAddress &obj)
	Define_Module (LIBTable)
std::ostream &	operator<< (std::ostream &os, const LabelOpVector &label)
std::ostream &	operator<< (std::ostream &os, const LIBTable::LIBEntry &lib)
	Define_Module (MPLS)
	Define_Module (MultiNetworkLayerLowerMultiplexer)
	Define_Module (MultiNetworkLayerUpperMultiplexer)
	Define_Module (NetworkDatagramMultiplexer)
	Define_Module (AdaptiveProbabilisticBroadcast)
	Define_Module (ProbabilisticBroadcast)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const SessionObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, SessionObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SessionObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SessionObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const RsvpHopObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, RsvpHopObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RsvpHopObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RsvpHopObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const SenderTemplateObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, SenderTemplateObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SenderTemplateObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SenderTemplateObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const SenderTspecObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, SenderTspecObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SenderTspecObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SenderTspecObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const FlowSpecObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, FlowSpecObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const FlowSpecObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, FlowSpecObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const FilterSpecObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, FilterSpecObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const FilterSpecObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, FilterSpecObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const LabelRequestObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, LabelRequestObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LabelRequestObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LabelRequestObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const SenderDescriptor_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, SenderDescriptor_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SenderDescriptor_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SenderDescriptor_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const EroObj_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, EroObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EroObj_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EroObj_t &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const FlowDescriptor_t &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, FlowDescriptor_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const FlowDescriptor_t &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, FlowDescriptor_t &obj)
	Define_Module (RSVP)
bool	operator== (const SessionObj_t &a, const SessionObj_t &b)
bool	operator!= (const SessionObj_t &a, const SessionObj_t &b)
bool	operator== (const FilterSpecObj_t &a, const FilterSpecObj_t &b)
bool	operator!= (const FilterSpecObj_t &a, const FilterSpecObj_t &b)
bool	operator== (const SenderTemplateObj_t &a, const SenderTemplateObj_t &b)
bool	operator!= (const SenderTemplateObj_t &a, const SenderTemplateObj_t &b)
std::ostream &	operator<< (std::ostream &os, const FlowSpecObj_t &a)
std::ostream &	operator<< (std::ostream &os, const SessionObj_t &a)
std::ostream &	operator<< (std::ostream &os, const SenderTemplateObj_t &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RSVPMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RSVPMessage &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SignallingMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SignallingMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PsbTimerMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PsbTimerMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PsbTimeoutMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PsbTimeoutMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RsbRefreshTimerMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RsbRefreshTimerMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RsbCommitTimerMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RsbCommitTimerMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RsbTimeoutMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RsbTimeoutMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const HelloTimerMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, HelloTimerMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const HelloTimeoutMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, HelloTimeoutMsg &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PathNotifyMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PathNotifyMsg &obj)
	Define_Module (SimpleClassifier)
std::ostream &	operator<< (std::ostream &os, const SimpleClassifier::FECEntry &fec)
std::string	vectorToString (const IPAddressVector &vec)
std::string	vectorToString (const IPAddressVector &vec, const char *delim)
std::string	vectorToString (const EroVector &vec)
std::string	vectorToString (const EroVector &vec, const char *delim)
EroVector	routeToEro (const IPAddressVector &rro)
void	removeDuplicates (std::vector< int > &vec)
	TODO documentation. More...
int	find (const EroVector &ERO, IPv4Address node)
	TODO documentation. More...
bool	find (std::vector< int > &vec, int value)
	TODO documentation. More...
bool	find (const IPAddressVector &vec, IPv4Address addr)
	TODO documentation. More...
void	append (std::vector< int > &dest, const std::vector< int > &src)
	TODO documentation. More...
cModule *	getPayloadOwner (cPacket *msg)
	XXX function appears to be unused. More...
void	doParsimPacking (omnetpp::cCommBuffer *b, const LinkStateMsg &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LinkStateMsg &obj)
	Define_Module (LinkStateRouting)
	Define_Module (TED)
std::ostream &	operator<< (std::ostream &os, const TELinkStateInfo &info)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const TELinkStateInfo &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, TELinkStateInfo &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TELinkStateInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TELinkStateInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TEDChangeInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TEDChangeInfo &obj)
	Define_Module (WiseRoute)
	Define_Module (BindingCache)
std::ostream &	operator<< (std::ostream &os, const BindingCache::BindingCacheEntry &bce)
	Define_Module (BindingUpdateList)
std::ostream &	operator<< (std::ostream &os, const BindingUpdateList::BindingUpdateListEntry &bul)
	Register_Class (HomeAddressOption)
void	doParsimPacking (omnetpp::cCommBuffer *b, const MobilityHeader &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, MobilityHeader &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const BindingUpdate &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, BindingUpdate &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const BindingAcknowledgement &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, BindingAcknowledgement &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const BindingError &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, BindingError &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const HomeTestInit &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, HomeTestInit &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const HomeTest &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, HomeTest &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const CareOfTestInit &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, CareOfTestInit &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const CareOfTest &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, CareOfTest &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const BindingRefreshRequest &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, BindingRefreshRequest &obj)
	Define_Module (xMIPv6)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const UnreachableNode &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, UnreachableNode &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UnreachableNode &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UnreachableNode &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const AODVControlPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, AODVControlPacket &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const AODVRREQ &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, AODVRREQ &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const AODVRREP &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, AODVRREP &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const AODVRERR &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, AODVRERR &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const AODVRREPACK &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, AODVRREPACK &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const WaitForRREP &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, WaitForRREP &obj)
std::ostream &	operator<< (std::ostream &out, const AODVRouteData *data)
	Define_Module (AODVRouting)
	Define_Module (GPSR)
void	doParsimPacking (omnetpp::cCommBuffer *b, const GPSRBeacon &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, GPSRBeacon &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const GPSROption &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, GPSROption &obj)
std::ostream &	operator<< (std::ostream &o, const PositionTable &t)
	Define_Module (PIMDM)
ostream &	operator<< (ostream &out, const PIMDM::Route *route)
	Define_Module (PIMSM)
std::ostream &	operator<< (std::ostream &out, const PIMSM::SourceAndGroup &sourceGroup)
std::ostream &	operator<< (std::ostream &out, const PIMSM::Route &route)
	Register_Class (PIMHello)
void	doParsimPacking (omnetpp::cCommBuffer *b, const HelloOption &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, HelloOption &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const HoldtimeOption &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, HoldtimeOption &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const LANPruneDelayOption &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, LANPruneDelayOption &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const DRPriorityOption &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, DRPriorityOption &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const GenerationIDOption &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, GenerationIDOption &obj)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const EncodedAddress &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, EncodedAddress &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const EncodedAddress &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, EncodedAddress &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const JoinPruneGroup &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, JoinPruneGroup &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMPacket &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMJoinPrune &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMJoinPrune &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMAssert &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMAssert &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMGraft &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMGraft &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMGraftAck &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMGraftAck &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMStateRefresh &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMStateRefresh &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMRegister &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMRegister &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const PIMRegisterStop &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, PIMRegisterStop &obj)
	Define_Module (PIMSplitter)
	Define_Module (PIMInterfaceTable)
std::ostream &	operator<< (std::ostream &os, const PIMInterface *e)
	Register_Abstract_Class (PIMNeighbor)
	Define_Module (PIMNeighborTable)
std::ostream &	operator<< (std::ostream &os, const PIMNeighborTable::PIMNeighborVector &v)
void INET_API	__doPacking (omnetpp::cCommBuffer *b, const RIPEntry &a)
void INET_API	__doUnpacking (omnetpp::cCommBuffer *b, RIPEntry &a)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RIPEntry &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RIPEntry &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const RIPPacket &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, RIPPacket &obj)
	Define_Module (RIPRouting)
std::ostream &	operator<< (std::ostream &os, const RIPRoute &e)
std::ostream &	operator<< (std::ostream &os, const RIPInterfaceEntry &e)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPErrorInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPErrorInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPOpenCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPOpenCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPSendInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPSendInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPRtoInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPRtoInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPRcvInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPRcvInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPConnectInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPConnectInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPStatusInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPStatusInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPPathInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPPathInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPResetInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPResetInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPSendQueueAbated &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPSendQueueAbated &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const SCTPSimpleMessage &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, SCTPSimpleMessage &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TCPCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TCPCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TCPErrorInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TCPErrorInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TCPOpenCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TCPOpenCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TCPSendCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TCPSendCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TCPConnectInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TCPConnectInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const TCPStatusInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, TCPStatusInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPControlInfo &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPControlInfo &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPBindCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPBindCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPConnectCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPConnectCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSendCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSendCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPCloseCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPCloseCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPDataIndication &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPDataIndication &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPErrorIndication &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPErrorIndication &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetOptionCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetOptionCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetTimeToLiveCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetTimeToLiveCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetTypeOfServiceCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetTypeOfServiceCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetBroadcastCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetBroadcastCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetMulticastInterfaceCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetMulticastInterfaceCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetMulticastLoopCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetMulticastLoopCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetReuseAddressCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetReuseAddressCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPJoinMulticastGroupsCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPJoinMulticastGroupsCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPLeaveMulticastGroupsCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPLeaveMulticastGroupsCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPBlockMulticastSourcesCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPBlockMulticastSourcesCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPUnblockMulticastSourcesCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPUnblockMulticastSourcesCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPJoinMulticastSourcesCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPJoinMulticastSourcesCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPLeaveMulticastSourcesCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPLeaveMulticastSourcesCommand &obj)
void	doParsimPacking (omnetpp::cCommBuffer *b, const UDPSetMulticastSourceFilterCommand &obj)
void	doParsimUnpacking (omnetpp::cCommBuffer *b, UDPSetMulticastSourceFilterCommand &obj)
	Define_Module (UDP)

Variables
_DefaultInitializer	_theDefaultInitializer
_HistoryInitializer	_theHistoryInitializer
simsignal_t	NF_SUBSCRIBERLIST_CHANGED = cComponent::registerSignal("NF_SUBSCRIBERLIST_CHANGED")
	signals for NotificationBoard More...
simsignal_t	NF_NODE_FAILURE = cComponent::registerSignal("NF_NODE_FAILURE")
simsignal_t	NF_NODE_RECOVERY = cComponent::registerSignal("NF_NODE_RECOVERY")
simsignal_t	NF_PP_TX_BEGIN = cComponent::registerSignal("NF_PP_TX_BEGIN")
simsignal_t	NF_PP_TX_END = cComponent::registerSignal("NF_PP_TX_END")
simsignal_t	NF_PP_RX_END = cComponent::registerSignal("NF_PP_RX_END")
simsignal_t	NF_TX_ACKED = cComponent::registerSignal("NF_TX_ACKED")
simsignal_t	NF_L2_Q_DROP = cComponent::registerSignal("NF_L2_Q_DROP")
simsignal_t	NF_PACKET_DROP = cComponent::registerSignal("NF_PACKET_DROP")
simsignal_t	NF_MAC_BECAME_IDLE = cComponent::registerSignal("NF_MAC_BECAME_IDLE")
simsignal_t	NF_L2_BEACON_LOST = cComponent::registerSignal("NF_L2_BEACON_LOST")
simsignal_t	NF_L2_ASSOCIATED = cComponent::registerSignal("NF_L2_ASSOCIATED")
simsignal_t	NF_L2_ASSOCIATED_NEWAP = cComponent::registerSignal("NF_L2_ASSOCIATED_NEWAP")
simsignal_t	NF_L2_ASSOCIATED_OLDAP = cComponent::registerSignal("NF_L2_ASSOCIATED_OLDAP")
simsignal_t	NF_L2_DISASSOCIATED = cComponent::registerSignal("NF_L2_DISASSOCIATED")
simsignal_t	NF_L2_AP_ASSOCIATED = cComponent::registerSignal("NF_L2_AP_ASSOCIATED")
simsignal_t	NF_L2_AP_DISASSOCIATED = cComponent::registerSignal("NF_L2_AP_DISASSOCIATED")
simsignal_t	NF_LINK_BREAK = cComponent::registerSignal("NF_LINK_BREAK")
simsignal_t	NF_LINK_PROMISCUOUS = cComponent::registerSignal("NF_LINK_PROMISCUOUS")
simsignal_t	NF_LINK_FULL_PROMISCUOUS = cComponent::registerSignal("NF_LINK_FULL_PROMISCUOUS")
simsignal_t	NF_MODESET_CHANGED = cComponent::registerSignal("NF_MODESET_CHANGED")
simsignal_t	NF_INTERFACE_CREATED = cComponent::registerSignal("NF_INTERFACE_CREATED")
simsignal_t	NF_INTERFACE_DELETED = cComponent::registerSignal("NF_INTERFACE_DELETED")
simsignal_t	NF_INTERFACE_STATE_CHANGED = cComponent::registerSignal("NF_INTERFACE_STATE_CHANGED")
simsignal_t	NF_INTERFACE_CONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_CONFIG_CHANGED")
simsignal_t	NF_INTERFACE_GENERICNETWORKPROTOCOLCONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_GENERICNETWORKPROTOCOLCONFIG_CHANGED")
simsignal_t	NF_INTERFACE_IPv4CONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_IPv4CONFIG_CHANGED")
simsignal_t	NF_INTERFACE_IPv6CONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_IPv6CONFIG_CHANGED")
simsignal_t	NF_TED_CHANGED = cComponent::registerSignal("NF_TED_CHANGED")
simsignal_t	NF_ROUTE_ADDED = cComponent::registerSignal("NF_ROUTE_ADDED")
simsignal_t	NF_ROUTE_DELETED = cComponent::registerSignal("NF_ROUTE_DELETED")
simsignal_t	NF_ROUTE_CHANGED = cComponent::registerSignal("NF_ROUTE_CHANGED")
simsignal_t	NF_MROUTE_ADDED = cComponent::registerSignal("NF_MROUTE_ADDED")
simsignal_t	NF_MROUTE_DELETED = cComponent::registerSignal("NF_MROUTE_DELETED")
simsignal_t	NF_MROUTE_CHANGED = cComponent::registerSignal("NF_MROUTE_CHANGED")
simsignal_t	NF_IPv4_MCAST_JOIN = cComponent::registerSignal("NF_IPv4_MCAST_JOIN")
simsignal_t	NF_IPv4_MCAST_LEAVE = cComponent::registerSignal("NF_IPv4_MCAST_LEAVE")
simsignal_t	NF_IPv4_MCAST_CHANGE = cComponent::registerSignal("NF_IPv4_MCAST_CHANGE")
simsignal_t	NF_IPv4_MCAST_REGISTERED = cComponent::registerSignal("NF_IPv4_MCAST_REGISTERED")
simsignal_t	NF_IPv4_MCAST_UNREGISTERED = cComponent::registerSignal("NF_IPv4_MCAST_UNREGISTERED")
simsignal_t	NF_IPv4_NEW_MULTICAST = cComponent::registerSignal("NF_IPv4_NEW_MULTICAST")
simsignal_t	NF_IPv4_NEW_IGMP_ADDED = cComponent::registerSignal("NF_IPv4_NEW_IGMP_ADDED")
simsignal_t	NF_IPv4_NEW_IGMP_REMOVED = cComponent::registerSignal("NF_IPv4_NEW_IGMP_REMOVED")
simsignal_t	NF_IPv4_DATA_ON_NONRPF = cComponent::registerSignal("NF_IPv4_DATA_ON_NONRPF")
simsignal_t	NF_IPv4_DATA_ON_RPF = cComponent::registerSignal("NF_IPv4_DATA_ON_RPF")
simsignal_t	NF_IPv4_RPF_CHANGE = cComponent::registerSignal("NF_IPv4_RPF_CHANGE")
simsignal_t	NF_IPv4_DATA_ON_RPF_PIMSM = cComponent::registerSignal("NF_IPv4_DATA_ON_RPF_PIMSM")
simsignal_t	NF_IPv4_MDATA_REGISTER = cComponent::registerSignal("NF_IPv4_MDATA_REGISTER")
simsignal_t	NF_IPv4_NEW_IGMP_ADDED_PISM = cComponent::registerSignal("NF_IPv4_NEW_IGMP_ADDED_PISM")
simsignal_t	NF_IPv4_NEW_IGMP_REMOVED_PIMSM = cComponent::registerSignal("NF_IPv4_NEW_IGMP_REMOVED_PIMSM")
simsignal_t	NF_PIM_NEIGHBOR_ADDED = cComponent::registerSignal("NF_PIM_NEIGHBOR_ADDED")
simsignal_t	NF_PIM_NEIGHBOR_DELETED = cComponent::registerSignal("NF_PIM_NEIGHBOR_DELETED")
simsignal_t	NF_PIM_NEIGHBOR_CHANGED = cComponent::registerSignal("NF_PIM_NEIGHBOR_CHANGED")
simsignal_t	NF_IPv6_HANDOVER_OCCURRED = cComponent::registerSignal("NF_IPv6_HANDOVER_OCCURRED")
simsignal_t	NF_MIPv6_RO_COMPLETED = cComponent::registerSignal("NF_MIPv6_RO_COMPLETED")
simsignal_t	NF_IPv6_MCAST_JOIN = cComponent::registerSignal("NF_IPv6_MCAST_JOIN")
simsignal_t	NF_IPv6_MCAST_LEAVE = cComponent::registerSignal("NF_IPv6_MCAST_LEAVE")
simsignal_t	NF_IPv6_MCAST_REGISTERED = cComponent::registerSignal("NF_IPv6_MCAST_REGISTERED")
simsignal_t	NF_IPv6_MCAST_UNREGISTERED = cComponent::registerSignal("NF_IPv6_MCAST_UNREGISTERED")
simsignal_t	NF_CLNS_ROUTE_ADDED = cComponent::registerSignal("NF_CLNS_ROUTE_ADDED")
simsignal_t	NF_CLNS_ROUTE_DELETED = cComponent::registerSignal("NF_CLNS_ROUTE_DELETED")
simsignal_t	NF_CLNS_ROUTE_CHANGED = cComponent::registerSignal("NF_CLNS_ROUTE_CHANGED")
simsignal_t	NF_ISIS_ADJ_CHANGED = cComponent::registerSignal("NF_ISIS_ADJ_CHANGED")
simsignal_t	NF_OVERLAY_TRANSPORTADDRESS_CHANGED = cComponent::registerSignal("NF_OVERLAY_TRANSPORTADDRESS_CHANGED")
simsignal_t	NF_OVERLAY_NODE_GRACEFUL_LEAVE = cComponent::registerSignal("NF_OVERLAY_NODE_GRACEFUL_LEAVE")
simsignal_t	NF_OVERLAY_NODE_LEAVE = cComponent::registerSignal("NF_OVERLAY_NODE_LEAVE")
simsignal_t	NF_BATTERY_CHANGED = cComponent::registerSignal("NF_BATTERY_CHANGED")
simsignal_t	NF_BATTERY_CPUTIME_CONSUMED = cComponent::registerSignal("NF_BATTERY_CPUTIME_CONSUMED")
const int	PPP_OVERHEAD_BYTES = 7
const short	PORT_UNDEF = 0
	TCP/UDP port numbers. More...
const short	PORT_MAX = 0x7fff
const uint32	LINK_LOCAL_PREFIX = 0xFE800000
const uint32	SITE_LOCAL_PREFIX = 0xFEC00000
const uint32	MULTICAST_PREFIX = 0xFF000000
const uint32	LINK_LOCAL_MASK = 0xFFC00000
const uint32	SITE_LOCAL_MASK = 0xFFC00000
const uint32	MULTICAST_MASK = 0xFF000000
const int	IP_HEADER_BYTES = 20
const int	IP_MAX_HEADER_BYTES = 60
const unsigned char	IPOPTION_COPY_MASK = 0x80
const unsigned char	IPOPTION_CLASS_MASK = 0x60
const unsigned char	IPOPTION_NUMBER_MASK = 0x1F
const unsigned int	MAX_IPADDR_OPTION_ENTRIES = 9
const unsigned int	MAX_TIMESTAMP_OPTION_ENTRIES = 4
const int	MAX_FILESIZE = 10000
const int	MAX_ENTRY_STRING_SIZE = 500
const char *	IFCONFIG_START_TOKEN = "ifconfig:"
const char *	IFCONFIG_END_TOKEN = "ifconfigend."
const char *	ROUTE_START_TOKEN = "route:"
const char *	ROUTE_END_TOKEN = "routeend."
const int	IPv6_HEADER_BYTES = 40
const int	BGP_HEADER_OCTETS = 19
const int	BGP_EMPTY_UPDATE_OCTETS = 4
const int	RIP_HEADER_SIZE = 4
const int	RIP_RTE_SIZE = 20
const bool	DEFAULT_MULTICAST_LOOP = true

Detailed Description

Copyright (c) 2005 Jan Ringo�, www.ringos.cz.

Copyright (C) 2007 Faqir Zarrar Yousaf Communication Networks Institute, Dortmund University of Technology (TU Dortmund), Germany.

Copyright (C) 2007 Faqir Zarrar Yousaf Communication Networks Institute, Technical University Dortmund (TU Dortmund), Germany.

Copyright (C) 2007 Faqir Zarrar Yousaf Communication Networks Institute, University of Dortmund, Germany.

Copyright (C) 2007 Christian Bauer Institute of Communications and Navigation, German Aerospace Center (DLR)

Copyright (C) 2005 Andras Varga Copyright (C) 2005 Wei Yang, Ng.

Copyright (c) 2005 Jan Ringoš, www.ringos.cz.

This software is provided 'as-is', without any express or implied warranty. In no event will the author be held liable for any damages arising from the use of this software.

Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions:

The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. This notice may not be removed or altered from any source distribution.

Author

Jia Pan

This program is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details.

You should have received a copy of the GNU Lesser General Public License along with this program; if not, see http://www.gnu.org/licenses/.

This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.

You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.

Christian Bauer Institute of Communications and Navigation, German Aerospace Center (DLR)

This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.

You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.

Typedef Documentation

typedef std::vector< L3Address > inet::AddressVector

typedef std::vector<struct EroObj_t> inet::EroVector

typedef std::vector<struct FlowDescriptor_t> inet::FlowDescriptorVector

typedef HelloOption* inet::HelloOptionPtr

typedef int inet::ICMPCode

typedef int16_t inet::int16

typedef int32_t inet::int32

typedef int64_t inet::int64

typedef std::vector<IPv4Address> inet::IPAddressVector

typedef std::vector<IPv4Address> inet::IPv4AddressVector

typedef IPv6ExtensionHeader * inet::IPv6ExtensionHeaderPtr

typedef std::vector<LabelOp> inet::LabelOpVector

typedef std::vector<MulticastGroup> inet::MulticastGroupList

typedef struct inet::natInfo inet::NatInfo

Accepts any number of incoming connections, and sends back whatever arrives on them.

typedef std::vector<NatInfo *> inet::NatVector

typedef std::vector<struct TELinkStateInfo> inet::TELinkStateInfoVector

typedef unsigned int inet::uint

typedef uint16_t inet::uint16

typedef uint32_t inet::uint32

typedef uint64_t inet::uint64

typedef uint8_t inet::uint8

typedef unsigned long inet::ulong

typedef unsigned short inet::ushort

typedef cTopology inet::WeightedTopology

Enumeration Type Documentation

anonymous enum

Enumerator
IPv6_ADDRESS_SIZE

     {
    IPv6_ADDRESS_SIZE = 16  // bytes
};

enum inet::AODVControlPacketType

Enum generated from inet/routing/aodv/AODVControlPackets.msg:37 by nedtool.

enum AODVControlPacketType
{
RREQ = 1;
RREP = 2;
RERR = 3;
RREPACK = 4;

}

Enumerator
RREQ
RREP
RERR
RREPACK

                           {
    RREQ = 1,
    RREP = 2,
    RERR = 3,
    RREPACK = 4
};

enum inet::ARPOpcode

Enum generated from inet/networklayer/arp/ipv4/ARPPacket.msg:42 by nedtool.

//
// The list of practically important ARP opcodes
//
enum ARPOpcode
{
ARP_REQUEST = 1;      // Request. RFC 826
ARP_REPLY = 2;        // Reply. RFC 826, RFC 1868
ARP_RARP_REQUEST = 3; // Request Reverse. RFC 903
ARP_RARP_REPLY = 4;   // Reply Reverse. RFC 903

}

Enumerator
ARP_REQUEST
ARP_REPLY
ARP_RARP_REQUEST
ARP_RARP_REPLY

               {
    ARP_REQUEST = 1,
    ARP_REPLY = 2,
    ARP_RARP_REQUEST = 3,
    ARP_RARP_REPLY = 4
};

enum inet::BAStatus

Enum generated from inet/networklayer/xmipv6/MobilityHeader.msg:77 by nedtool.

enum BAStatus
{
BINDING_UPDATE_ACCEPTED = 0;
BU_ACCEPT_BUT_DISCOVER_PREFIX = 1;
REASON_UNSPECIFIED = 128;
ADMINISTRATIVELY_PROHIBITED = 129;
INSUFFICIENT_RESOURCES = 130;
HOME_REGISTRATION_NOT_SUPPORTED = 131;
NOT_HOME_SUBNET = 132;
NOT_HA_FOR_THIS_MN = 133;
DAD_FAILED = 134;
SEQUENCE_NUMBER_OUT_OF_WINDOW = 135;
EXPIRED_HOME_NONCE_INDEX = 136;
EXPIRED_CARE_OF_NONCE_INDEX = 137;
EXPIRED_NONCES = 138;
REGISTRATION_TYPE_CHANGE_DISALLOWED = 139;

}

//==================Defining Binding Acknowledgement Message===================

Enumerator
BINDING_UPDATE_ACCEPTED
BU_ACCEPT_BUT_DISCOVER_PREFIX
REASON_UNSPECIFIED
ADMINISTRATIVELY_PROHIBITED
INSUFFICIENT_RESOURCES
HOME_REGISTRATION_NOT_SUPPORTED
NOT_HOME_SUBNET
NOT_HA_FOR_THIS_MN
DAD_FAILED
SEQUENCE_NUMBER_OUT_OF_WINDOW
EXPIRED_HOME_NONCE_INDEX
EXPIRED_CARE_OF_NONCE_INDEX
EXPIRED_NONCES
REGISTRATION_TYPE_CHANGE_DISALLOWED

              {
    BINDING_UPDATE_ACCEPTED = 0,
    BU_ACCEPT_BUT_DISCOVER_PREFIX = 1,
    REASON_UNSPECIFIED = 128,
    ADMINISTRATIVELY_PROHIBITED = 129,
    INSUFFICIENT_RESOURCES = 130,
    HOME_REGISTRATION_NOT_SUPPORTED = 131,
    NOT_HOME_SUBNET = 132,
    NOT_HA_FOR_THIS_MN = 133,
    DAD_FAILED = 134,
    SEQUENCE_NUMBER_OUT_OF_WINDOW = 135,
    EXPIRED_HOME_NONCE_INDEX = 136,
    EXPIRED_CARE_OF_NONCE_INDEX = 137,
    EXPIRED_NONCES = 138,
    REGISTRATION_TYPE_CHANGE_DISALLOWED = 139
};

enum inet::BEStatus

Enum generated from inet/networklayer/xmipv6/MobilityHeader.msg:112 by nedtool.

enum BEStatus
{
UNKNOWN_BINDING_FOR_HOME_ADDRESS_DEST_OPTION = 1;
UNKNOWN_MH_TYPE = 2; //Unrecognised MH Type

}

//==================Defining Binding Error Message===================

Enumerator
UNKNOWN_BINDING_FOR_HOME_ADDRESS_DEST_OPTION
UNKNOWN_MH_TYPE

              {
    UNKNOWN_BINDING_FOR_HOME_ADDRESS_DEST_OPTION = 1,
    UNKNOWN_MH_TYPE = 2
};

enum inet::DHCPMessageType

Enum generated from inet/applications/dhcp/DHCPMessage.msg:37 by nedtool.

enum DHCPMessageType
{
DHCPDISCOVER = 1;
DHCPOFFER = 2;
DHCPREQUEST = 3;
DHCPDECLINE = 4;
DHCPACK = 5;
DHCPNAK = 6;
DHCPRELEASE = 7;
DHCPINFORM = 8;

}

Enumerator
DHCPDISCOVER
DHCPOFFER
DHCPREQUEST
DHCPDECLINE
DHCPACK
DHCPNAK
DHCPRELEASE
DHCPINFORM

                     {
    DHCPDISCOVER = 1,
    DHCPOFFER = 2,
    DHCPREQUEST = 3,
    DHCPDECLINE = 4,
    DHCPACK = 5,
    DHCPNAK = 6,
    DHCPRELEASE = 7,
    DHCPINFORM = 8
};

enum inet::DHCPOpcode

Enum generated from inet/applications/dhcp/DHCPMessage.msg:31 by nedtool.

enum DHCPOpcode
{
BOOTREQUEST = 1;
BOOTREPLY = 2;

}

Enumerator
BOOTREQUEST
BOOTREPLY

                {
    BOOTREQUEST = 1,
    BOOTREPLY = 2
};

enum inet::DHCPOptionCode

Enum generated from inet/applications/dhcp/DHCPMessage.msg:49 by nedtool.

enum DHCPOptionCode
{
DHCP_MSG_TYPE = 53;
CLIENT_ID = 61;
HOSTNAME = 12;
REQUESTED_IP = 50;
PARAM_LIST = 55;
SUBNET_MASK = 1;
ROUTER = 3;
DNS = 6;
NTP_SRV = 42;
RENEWAL_TIME = 58;
REBIND_TIME = 59;
LEASE_TIME = 51;
SERVER_ID = 54;

}

Enumerator
DHCP_MSG_TYPE
CLIENT_ID
HOSTNAME
REQUESTED_IP
PARAM_LIST
SUBNET_MASK
ROUTER
DNS
NTP_SRV
RENEWAL_TIME
REBIND_TIME
LEASE_TIME
SERVER_ID

                    {
    DHCP_MSG_TYPE = 53,
    CLIENT_ID = 61,
    HOSTNAME = 12,
    REQUESTED_IP = 50,
    PARAM_LIST = 55,
    SUBNET_MASK = 1,
    ROUTER = 3,
    DNS = 6,
    NTP_SRV = 42,
    RENEWAL_TIME = 58,
    REBIND_TIME = 59,
    LEASE_TIME = 51,
    SERVER_ID = 54
};

enum inet::DSCP

Enum generated from inet/networklayer/diffserv/DSCP.msg:30 by nedtool.

//
// DiffServ code points.
//
enum DSCP
{
// Best Effort
DSCP_BE = 0;

// Assured Forwarding, RFC 2597
DSCP_AF11 = 0x0A; // 001010
DSCP_AF12 = 0x0C; // 001100
DSCP_AF13 = 0x0E; // 001110

DSCP_AF21 = 0x12; // 010010
DSCP_AF22 = 0x14; // 010100
DSCP_AF23 = 0x16; // 010110

DSCP_AF31 = 0x1A; // 011010
DSCP_AF32 = 0x1C; // 011100
DSCP_AF33 = 0x1E; // 011110

DSCP_AF41 = 0x22; // 100010
DSCP_AF42 = 0x24; // 100100
DSCP_AF43 = 0x26; // 100110

// Expedited Forwarding, RFC 2598
DSCP_EF = 0x2E; // 101110

// Class Selector Code Points, RFC 2474
DSCP_CS1 = 0x08; // 001000
DSCP_CS2 = 0x10; // 010000
DSCP_CS3 = 0x18; // 011000
DSCP_CS4 = 0x20; // 100000
DSCP_CS5 = 0x28; // 101000
DSCP_CS6 = 0x30; // 110000
DSCP_CS7 = 0x38; // 111000

// upper bound (exclusive)
DSCP_MAX = 0x40;

}

Enumerator
DSCP_BE
DSCP_AF11
DSCP_AF12
DSCP_AF13
DSCP_AF21
DSCP_AF22
DSCP_AF23
DSCP_AF31
DSCP_AF32
DSCP_AF33
DSCP_AF41
DSCP_AF42
DSCP_AF43
DSCP_EF
DSCP_CS1
DSCP_CS2
DSCP_CS3
DSCP_CS4
DSCP_CS5
DSCP_CS6
DSCP_CS7
DSCP_MAX

          {
    DSCP_BE = 0,
    DSCP_AF11 = 0x0A,
    DSCP_AF12 = 0x0C,
    DSCP_AF13 = 0x0E,
    DSCP_AF21 = 0x12,
    DSCP_AF22 = 0x14,
    DSCP_AF23 = 0x16,
    DSCP_AF31 = 0x1A,
    DSCP_AF32 = 0x1C,
    DSCP_AF33 = 0x1E,
    DSCP_AF41 = 0x22,
    DSCP_AF42 = 0x24,
    DSCP_AF43 = 0x26,
    DSCP_EF = 0x2E,
    DSCP_CS1 = 0x08,
    DSCP_CS2 = 0x10,
    DSCP_CS3 = 0x18,
    DSCP_CS4 = 0x20,
    DSCP_CS5 = 0x28,
    DSCP_CS6 = 0x30,
    DSCP_CS7 = 0x38,
    DSCP_MAX = 0x40
};

enum inet::EchoProtocolType

Enum generated from inet/networklayer/common/EchoPacket.msg:28 by nedtool.

//
// Determines the packet type.
//
enum EchoProtocolType
{
ECHO_PROTOCOL_REQUEST = 0;
ECHO_PROTOCOL_REPLY = 1;

}

Enumerator
ECHO_PROTOCOL_REQUEST
ECHO_PROTOCOL_REPLY

                      {
    ECHO_PROTOCOL_REQUEST = 0,
    ECHO_PROTOCOL_REPLY = 1
};

enum inet::EtherType

Enum generated from inet/linklayer/common/Ieee802Ctrl.msg:60 by nedtool.

//
// Some EtherType values (Ethernet II).
//
enum EtherType
{
ETHERTYPE_IPv4 = 0x0800;
ETHERTYPE_ARP = 0x0806;
ETHERTYPE_TRILL = 0x22F3;
ETHERTYPE_L2_ISIS = 0x22F4;
ETHERTYPE_RARP = 0x8035;
ETHERTYPE_IPv6 = 0x86DD;
ETHERTYPE_INET_GENERIC = 0x86FF;    // not in standard, INET spceific value for \@GenericNetworkProtocol
ETHERTYPE_MPLS_UNICAST = 0x8847;
ETHERTYPE_MPLS_MULTICAST = 0x8848;

}

Enumerator
ETHERTYPE_IPv4
ETHERTYPE_ARP
ETHERTYPE_TRILL
ETHERTYPE_L2_ISIS
ETHERTYPE_RARP
ETHERTYPE_IPv6
ETHERTYPE_INET_GENERIC
ETHERTYPE_MPLS_UNICAST
ETHERTYPE_MPLS_MULTICAST

               {
    ETHERTYPE_IPv4 = 0x0800,
    ETHERTYPE_ARP = 0x0806,
    ETHERTYPE_TRILL = 0x22F3,
    ETHERTYPE_L2_ISIS = 0x22F4,
    ETHERTYPE_RARP = 0x8035,
    ETHERTYPE_IPv6 = 0x86DD,
    ETHERTYPE_INET_GENERIC = 0x86FF,
    ETHERTYPE_MPLS_UNICAST = 0x8847,
    ETHERTYPE_MPLS_MULTICAST = 0x8848
};

enum inet::GenericTLVOptionTypes

Enum generated from inet/networklayer/generic/GenericDatagram.msg:35 by nedtool.

//
// Generic protocol TLV option types
//
enum GenericTLVOptionTypes
{
GENERIC_TLVOPTION_NOP1 = 0;
GENERIC_TLVOPTION_NOPN = 1;
GENERIC_TLVOPTION_TLV_GPSR = 47;

}

Enumerator
GENERIC_TLVOPTION_NOP1
GENERIC_TLVOPTION_NOPN
GENERIC_TLVOPTION_TLV_GPSR

                           {
    GENERIC_TLVOPTION_NOP1 = 0,
    GENERIC_TLVOPTION_NOPN = 1,
    GENERIC_TLVOPTION_TLV_GPSR = 47
};

enum inet::GPSRForwardingMode

Enumerator
GPSR_GREEDY_ROUTING
GPSR_PERIMETER_ROUTING

                        {
    GPSR_GREEDY_ROUTING,
    GPSR_PERIMETER_ROUTING
};

enum inet::GPSRPlanarizationMode

Enumerator
GPSR_GG_PLANARIZATION
GPSR_RNG_PLANARIZATION

                           {
    GPSR_GG_PLANARIZATION,
    GPSR_RNG_PLANARIZATION
};

enum inet::GroupRecordType

Enum generated from inet/networklayer/ipv4/IGMPMessage.msg:100 by nedtool.

enum GroupRecordType
{
MODE_IS_INCLUDE = 1;
MODE_IS_EXCLUDE = 2;
CHANGE_TO_INCLUDE_MODE = 3;
CHANGE_TO_EXCLUDE_MODE = 4;
ALLOW_NEW_SOURCES = 5;
BLOCK_OLD_SOURCE = 6;

}

Enumerator
MODE_IS_INCLUDE
MODE_IS_EXCLUDE
CHANGE_TO_INCLUDE_MODE
CHANGE_TO_EXCLUDE_MODE
ALLOW_NEW_SOURCES
BLOCK_OLD_SOURCE

                     {
    MODE_IS_INCLUDE = 1,
    MODE_IS_EXCLUDE = 2,
    CHANGE_TO_INCLUDE_MODE = 3,
    CHANGE_TO_EXCLUDE_MODE = 4,
    ALLOW_NEW_SOURCES = 5,
    BLOCK_OLD_SOURCE = 6
};

enum inet::ICMPDestinationUnreachableCodes

Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:75 by nedtool.

//
// Codes for type ICMP_DESTINATION_UNREACHABLE
//
enum ICMPDestinationUnreachableCodes
{
ICMP_DU_NETWORK_UNREACHABLE = 0;
ICMP_DU_HOST_UNREACHABLE = 1;
ICMP_DU_PROTOCOL_UNREACHABLE = 2;
ICMP_DU_PORT_UNREACHABLE = 3;
ICMP_DU_FRAGMENTATION_NEEDED = 4;
ICMP_DU_SOURCE_ROUTE_FAILED = 5;
ICMP_DU_DESTINATION_NETWORK_UNKNOWN = 6;
ICMP_DU_DESTINATION_HOST_UNKNOWN = 7;
ICMP_DU_SOURCE_HOST_ISOLATED = 8;
ICMP_DU_NETWORK_PROHIBITED = 9;
ICMP_DU_HOST_PROHIBITED = 10;
ICMP_DU_NETWORK_UNREACHABLE_FOR_TYPE_OF_SERVICE = 11;
ICMP_DU_HOST_UNREACHABLE_FOR_TYPE_OF_SERVICE = 12;
ICMP_DU_COMMUNICATION_PROHIBITED = 13;
ICMP_DU_HOST_PRECEDENCE_VIOLATION = 14;
ICMP_DU_PRECEDENCE_CUTOFF_IN_EFFECT = 15;
ICMP_AODV_QUEUE_FULL = 16;

}

Enumerator
ICMP_DU_NETWORK_UNREACHABLE
ICMP_DU_HOST_UNREACHABLE
ICMP_DU_PROTOCOL_UNREACHABLE
ICMP_DU_PORT_UNREACHABLE
ICMP_DU_FRAGMENTATION_NEEDED
ICMP_DU_SOURCE_ROUTE_FAILED
ICMP_DU_DESTINATION_NETWORK_UNKNOWN
ICMP_DU_DESTINATION_HOST_UNKNOWN
ICMP_DU_SOURCE_HOST_ISOLATED
ICMP_DU_NETWORK_PROHIBITED
ICMP_DU_HOST_PROHIBITED
ICMP_DU_NETWORK_UNREACHABLE_FOR_TYPE_OF_SERVICE
ICMP_DU_HOST_UNREACHABLE_FOR_TYPE_OF_SERVICE
ICMP_DU_COMMUNICATION_PROHIBITED
ICMP_DU_HOST_PRECEDENCE_VIOLATION
ICMP_DU_PRECEDENCE_CUTOFF_IN_EFFECT
ICMP_AODV_QUEUE_FULL

                                     {
    ICMP_DU_NETWORK_UNREACHABLE = 0,
    ICMP_DU_HOST_UNREACHABLE = 1,
    ICMP_DU_PROTOCOL_UNREACHABLE = 2,
    ICMP_DU_PORT_UNREACHABLE = 3,
    ICMP_DU_FRAGMENTATION_NEEDED = 4,
    ICMP_DU_SOURCE_ROUTE_FAILED = 5,
    ICMP_DU_DESTINATION_NETWORK_UNKNOWN = 6,
    ICMP_DU_DESTINATION_HOST_UNKNOWN = 7,
    ICMP_DU_SOURCE_HOST_ISOLATED = 8,
    ICMP_DU_NETWORK_PROHIBITED = 9,
    ICMP_DU_HOST_PROHIBITED = 10,
    ICMP_DU_NETWORK_UNREACHABLE_FOR_TYPE_OF_SERVICE = 11,
    ICMP_DU_HOST_UNREACHABLE_FOR_TYPE_OF_SERVICE = 12,
    ICMP_DU_COMMUNICATION_PROHIBITED = 13,
    ICMP_DU_HOST_PRECEDENCE_VIOLATION = 14,
    ICMP_DU_PRECEDENCE_CUTOFF_IN_EFFECT = 15,
    ICMP_AODV_QUEUE_FULL = 16
};

enum inet::ICMPParameterProblemSubcodes

Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:65 by nedtool.

enum ICMPParameterProblemSubcodes
{
ICMP_PARAMPROB_ERRATPTR = 0;    // error at param ptr
ICMP_PARAMPROB_OPTABSENT = 1;    // req. opt. absent
ICMP_PARAMPROB_LENGTH = 2;    // bad length

}

Enumerator
ICMP_PARAMPROB_ERRATPTR
ICMP_PARAMPROB_OPTABSENT
ICMP_PARAMPROB_LENGTH

                                  {
    ICMP_PARAMPROB_ERRATPTR = 0,
    ICMP_PARAMPROB_OPTABSENT = 1,
    ICMP_PARAMPROB_LENGTH = 2
};

enum inet::ICMPRedirectSubcodes

Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:51 by nedtool.

enum ICMPRedirectSubcodes
{
ICMP_REDIRECT_NET = 0;    // for network
ICMP_REDIRECT_HOST = 1;    // for host
ICMP_REDIRECT_TOSNET = 2;    // for tos and net
ICMP_REDIRECT_TOSHOST = 3;    // for tos and host

}

Enumerator
ICMP_REDIRECT_NET
ICMP_REDIRECT_HOST
ICMP_REDIRECT_TOSNET
ICMP_REDIRECT_TOSHOST

                          {
    ICMP_REDIRECT_NET = 0,
    ICMP_REDIRECT_HOST = 1,
    ICMP_REDIRECT_TOSNET = 2,
    ICMP_REDIRECT_TOSHOST = 3
};

enum inet::ICMPTimeExceededSubcodes

Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:59 by nedtool.

enum ICMPTimeExceededSubcodes
{
ICMP_TIMXCEED_INTRANS = 0;               // ttl==0 in transit
ICMP_TIMXCEED_REASS = 1;               // ttl==0 in reass

}

Enumerator
ICMP_TIMXCEED_INTRANS
ICMP_TIMXCEED_REASS

                              {
    ICMP_TIMXCEED_INTRANS = 0,
    ICMP_TIMXCEED_REASS = 1
};

enum inet::ICMPType

Enum generated from inet/networklayer/ipv4/ICMPMessage.msg:30 by nedtool.

//
// The real ICMP codes
//
enum ICMPType
{
ICMP_DESTINATION_UNREACHABLE = 3;
ICMP_SOURCEQUENCH = 4;               // packet lost, slow down
ICMP_REDIRECT = 5;
ICMP_ECHO_REQUEST = 8;
ICMP_ROUTER_ADVERTISEMENT = 9;    // router advertisement
ICMP_ROUTER_SOLICITATION = 10;    // router solicitation
ICMP_TIME_EXCEEDED = 11;
ICMP_PARAMETER_PROBLEM = 12;

ICMP_ECHO_REPLY = 0;
ICMP_TIMESTAMP_REQUEST = 13;
ICMP_TIMESTAMP_REPLY = 14;
ICMP_INFORMATION_REQUEST = 15;    // information request
ICMP_INFORMATION_REPLY = 16;    // information reply
ICMP_MASK_REQUEST = 17;    // address mask request
ICMP_MASK_REPLY = 18;    // address mask reply

}

Enumerator
ICMP_DESTINATION_UNREACHABLE
ICMP_SOURCEQUENCH
ICMP_REDIRECT
ICMP_ECHO_REQUEST
ICMP_ROUTER_ADVERTISEMENT
ICMP_ROUTER_SOLICITATION
ICMP_TIME_EXCEEDED
ICMP_PARAMETER_PROBLEM
ICMP_ECHO_REPLY
ICMP_TIMESTAMP_REQUEST
ICMP_TIMESTAMP_REPLY
ICMP_INFORMATION_REQUEST
ICMP_INFORMATION_REPLY
ICMP_MASK_REQUEST
ICMP_MASK_REPLY

              {
    ICMP_DESTINATION_UNREACHABLE = 3,
    ICMP_SOURCEQUENCH = 4,
    ICMP_REDIRECT = 5,
    ICMP_ECHO_REQUEST = 8,
    ICMP_ROUTER_ADVERTISEMENT = 9,
    ICMP_ROUTER_SOLICITATION = 10,
    ICMP_TIME_EXCEEDED = 11,
    ICMP_PARAMETER_PROBLEM = 12,
    ICMP_ECHO_REPLY = 0,
    ICMP_TIMESTAMP_REQUEST = 13,
    ICMP_TIMESTAMP_REPLY = 14,
    ICMP_INFORMATION_REQUEST = 15,
    ICMP_INFORMATION_REPLY = 16,
    ICMP_MASK_REQUEST = 17,
    ICMP_MASK_REPLY = 18
};

enum inet::ICMPv6_PARAMETER_PROB

Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:87 by nedtool.

//
// ICMPv6 "codes" for type ICMPv6_PARAMETER_PROBLEM
//
enum ICMPv6_PARAMETER_PROB
{
ERROREOUS_HDR_FIELD = 0;
UNRECOGNIZED_NEXT_HDR_TYPE = 1;
UNRECOGNIZED_IPV6_OPTION = 2;

}

Enumerator
ERROREOUS_HDR_FIELD
UNRECOGNIZED_NEXT_HDR_TYPE
UNRECOGNIZED_IPV6_OPTION

                           {
    ERROREOUS_HDR_FIELD = 0,
    UNRECOGNIZED_NEXT_HDR_TYPE = 1,
    UNRECOGNIZED_IPV6_OPTION = 2
};

enum inet::ICMPv6_TIME_EX

Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:77 by nedtool.

//
// ICMPv6 "codes" for type ICMPv6_TIME_EXCEEDED
//
enum ICMPv6_TIME_EX
{
ND_HOP_LIMIT_EXCEEDED = 0;
ND_FRAGMENT_REASSEMBLY_TIME = 1;

}

Enumerator
ND_HOP_LIMIT_EXCEEDED
ND_FRAGMENT_REASSEMBLY_TIME

                    {
    ND_HOP_LIMIT_EXCEEDED = 0,
    ND_FRAGMENT_REASSEMBLY_TIME = 1
};

enum inet::ICMPv6DEST_UN

Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:63 by nedtool.

//
// ICMPv6 "codes" for type ICMPv6_DESTINATION_UNREACHABLE
//
enum ICMPv6DEST_UN
{
NO_ROUTE_TO_DEST = 0;
COMM_WITH_DEST_PROHIBITED = 1;
//2 - NOT ASSIGNED
ADDRESS_UNREACHABLE = 3;
PORT_UNREACHABLE = 4;

}

Enumerator
NO_ROUTE_TO_DEST
COMM_WITH_DEST_PROHIBITED
ADDRESS_UNREACHABLE
PORT_UNREACHABLE

                   {
    NO_ROUTE_TO_DEST = 0,
    COMM_WITH_DEST_PROHIBITED = 1,
    ADDRESS_UNREACHABLE = 3,
    PORT_UNREACHABLE = 4
};

enum inet::ICMPv6Type

Enum generated from inet/networklayer/icmpv6/ICMPv6Message.msg:32 by nedtool.

enum ICMPv6Type
{
ICMPv6_UNSPECIFIED = 0;
ICMPv6_DESTINATION_UNREACHABLE = 1;
ICMPv6_PACKET_TOO_BIG = 2;
ICMPv6_TIME_EXCEEDED = 3;
ICMPv6_PARAMETER_PROBLEM = 4;
ICMPv6_ECHO_REQUEST = 128;
ICMPv6_ECHO_REPLY = 129;
ICMPv6_MLD_QUERY = 130;
ICMPv6_MLD_REPORT = 131;
ICMPv6_MLD_DONE = 132;
ICMPv6_ROUTER_SOL = 133;
ICMPv6_ROUTER_AD = 134;
ICMPv6_NEIGHBOUR_SOL = 135;
ICMPv6_NEIGHBOUR_AD = 136;
ICMPv6_REDIRECT = 137;
ICMPv6_MLDv2_REPORT = 143;
ICMPv6_EXPERIMENTAL_MOBILITY = 150;  //Zarrar Yousaf 02.08.07 (FMIPv6 Implementation)

}

//cplusplus {{
//typedef int ICMPv6Code;
//}}

Enumerator
ICMPv6_UNSPECIFIED
ICMPv6_DESTINATION_UNREACHABLE
ICMPv6_PACKET_TOO_BIG
ICMPv6_TIME_EXCEEDED
ICMPv6_PARAMETER_PROBLEM
ICMPv6_ECHO_REQUEST
ICMPv6_ECHO_REPLY
ICMPv6_MLD_QUERY
ICMPv6_MLD_REPORT
ICMPv6_MLD_DONE
ICMPv6_ROUTER_SOL
ICMPv6_ROUTER_AD
ICMPv6_NEIGHBOUR_SOL
ICMPv6_NEIGHBOUR_AD
ICMPv6_REDIRECT
ICMPv6_MLDv2_REPORT
ICMPv6_EXPERIMENTAL_MOBILITY

                {
    ICMPv6_UNSPECIFIED = 0,
    ICMPv6_DESTINATION_UNREACHABLE = 1,
    ICMPv6_PACKET_TOO_BIG = 2,
    ICMPv6_TIME_EXCEEDED = 3,
    ICMPv6_PARAMETER_PROBLEM = 4,
    ICMPv6_ECHO_REQUEST = 128,
    ICMPv6_ECHO_REPLY = 129,
    ICMPv6_MLD_QUERY = 130,
    ICMPv6_MLD_REPORT = 131,
    ICMPv6_MLD_DONE = 132,
    ICMPv6_ROUTER_SOL = 133,
    ICMPv6_ROUTER_AD = 134,
    ICMPv6_NEIGHBOUR_SOL = 135,
    ICMPv6_NEIGHBOUR_AD = 136,
    ICMPv6_REDIRECT = 137,
    ICMPv6_MLDv2_REPORT = 143,
    ICMPv6_EXPERIMENTAL_MOBILITY = 150
};

enum inet::Ieee802MessageKind

Enum generated from inet/linklayer/common/Ieee802Ctrl.msg:31 by nedtool.

//
// Message kind values used with in communication between L3 and IEEE 802 L2
//
enum Ieee802MessageKind
{
IEEE802CTRL_DATA = 2003;  // data to/from higher layer
IEEE802CTRL_REGISTER_DSAP = 2004;  // higher layer registers itself in LLC
IEEE802CTRL_DEREGISTER_DSAP = 2005;  // higher layer deregisters itself in LLC
IEEE802CTRL_SENDPAUSE = 2006;  // higher layer wants MAC to send PAUSE frame

}

Enumerator
IEEE802CTRL_DATA
IEEE802CTRL_REGISTER_DSAP
IEEE802CTRL_DEREGISTER_DSAP
IEEE802CTRL_SENDPAUSE

                        {
    IEEE802CTRL_DATA = 2003,
    IEEE802CTRL_REGISTER_DSAP = 2004,
    IEEE802CTRL_DEREGISTER_DSAP = 2005,
    IEEE802CTRL_SENDPAUSE = 2006
};

enum inet::IGMPType

Enum generated from inet/networklayer/ipv4/IGMPMessage.msg:35 by nedtool.

enum IGMPType
{
IGMP_MEMBERSHIP_QUERY = 0x11;
IGMPV1_MEMBERSHIP_REPORT = 0x12;
IGMPV2_MEMBERSHIP_REPORT = 0x16;
IGMPV2_LEAVE_GROUP = 0x17;
IGMPV3_MEMBERSHIP_REPORT = 0x22;

}

Enumerator
IGMP_MEMBERSHIP_QUERY
IGMPV1_MEMBERSHIP_REPORT
IGMPV2_MEMBERSHIP_REPORT
IGMPV2_LEAVE_GROUP
IGMPV3_MEMBERSHIP_REPORT

              {
    IGMP_MEMBERSHIP_QUERY = 0x11,
    IGMPV1_MEMBERSHIP_REPORT = 0x12,
    IGMPV2_MEMBERSHIP_REPORT = 0x16,
    IGMPV2_LEAVE_GROUP = 0x17,
    IGMPV3_MEMBERSHIP_REPORT = 0x22
};

enum inet::InitStages

Initialization stages.

Enumerator
INITSTAGE_LOCAL	Local initializations. Initializations that don't use or affect other modules take place (e.g. reading of parameters); modules may subscribe to notifications. NodeStatus, IPassiveQueue, etc. are available for other modules after this stage.
INITSTAGE_PHYSICAL_ENVIRONMENT	Physical environment initializations (mobility, obstacles, battery, annotations, etc).
INITSTAGE_PHYSICAL_ENVIRONMENT_2	Additional physical environment initializations that depend on the previous stage. Some mobility modules (namely group mobility) compute and publish locations in this stage, because they learn their mobility coordinator in the previous stage.
INITSTAGE_PHYSICAL_LAYER	Initialization of the physical layer of protocol stacks. Radio publishes the initial RadioState; radios are registered in RadioMedium.
INITSTAGE_LINK_LAYER	Initialization of link-layer protocols. Automatic MAC addresses are assigned; interfaces are registered in InterfaceTable.
INITSTAGE_LINK_LAYER_2	Additional link-layer initializations that depend on the previous stage.
INITSTAGE_NETWORK_LAYER	Initialization of network-layer protocols, stage 1. Network configurators (e.g. IPv4NetworkConfigurator) run in this stage and compute IP addresses and static routes; protocol-specific data (e.g. IPv4InterfaceData) are added to InterfaceEntry; netf7ilter hooks are registered in IPv4; etc.
INITSTAGE_NETWORK_LAYER_2	Initialization of network-layer protocols, stage 2. IP addresses are assigned in this stage.
INITSTAGE_NETWORK_LAYER_3	Initialization of network-layer protocols, stage 3. Static routes are added, routerIDs are computed, etc.
INITSTAGE_TRANSPORT_LAYER	Initialization of transport-layer protocols. Transport protocols register their protocol IDs in IP, etc.
INITSTAGE_TRANSPORT_LAYER_2	Initialization of transport-layer protocols, 2nd stage. Exists because SCTP may be transported over UDP.
INITSTAGE_ROUTING_PROTOCOLS	Initialization of routing protocols.
INITSTAGE_APPLICATION_LAYER	Initialization of applications.
INITSTAGE_LAST	Operations that no other initializations can depend on, e.g. display string updates.
NUM_INIT_STAGES	The number of initialization stages.

                {
    INITSTAGE_LOCAL = 0,

    INITSTAGE_PHYSICAL_ENVIRONMENT = 1,

    INITSTAGE_PHYSICAL_ENVIRONMENT_2 = 2,

    INITSTAGE_PHYSICAL_LAYER = 3,

    INITSTAGE_LINK_LAYER = 4,

    INITSTAGE_LINK_LAYER_2 = 5,

    INITSTAGE_NETWORK_LAYER = 6,

    INITSTAGE_NETWORK_LAYER_2 = 7,

    INITSTAGE_NETWORK_LAYER_3 = 8,

    INITSTAGE_TRANSPORT_LAYER = 9,

    INITSTAGE_TRANSPORT_LAYER_2 = 10,

    INITSTAGE_ROUTING_PROTOCOLS = 11,

    INITSTAGE_APPLICATION_LAYER = 12,

    INITSTAGE_LAST = 13,

    NUM_INIT_STAGES,
};

enum inet::IPOption

Enum generated from inet/networklayer/ipv4/IPv4Datagram.msg:69 by nedtool.

//
// IPv4 option types
//
enum IPOption
{
IPOPTION_END_OF_OPTIONS = 0;
IPOPTION_NO_OPTION = 1;
IPOPTION_STREAM_ID = 8;

IPOPTION_TIMESTAMP = 68;

IPOPTION_SECURITY = 130;
IPOPTION_LOOSE_SOURCE_ROUTING = 131;
IPOPTION_RECORD_ROUTE = 136;
IPOPTION_STRICT_SOURCE_ROUTING = 137;
IPOPTION_ROUTER_ALERT = 148;

IPOPTION_TLV_GPSR = 47;

}

Enumerator
IPOPTION_END_OF_OPTIONS
IPOPTION_NO_OPTION
IPOPTION_STREAM_ID
IPOPTION_TIMESTAMP
IPOPTION_SECURITY
IPOPTION_LOOSE_SOURCE_ROUTING
IPOPTION_RECORD_ROUTE
IPOPTION_STRICT_SOURCE_ROUTING
IPOPTION_ROUTER_ALERT
IPOPTION_TLV_GPSR

              {
    IPOPTION_END_OF_OPTIONS = 0,
    IPOPTION_NO_OPTION = 1,
    IPOPTION_STREAM_ID = 8,
    IPOPTION_TIMESTAMP = 68,
    IPOPTION_SECURITY = 130,
    IPOPTION_LOOSE_SOURCE_ROUTING = 131,
    IPOPTION_RECORD_ROUTE = 136,
    IPOPTION_STRICT_SOURCE_ROUTING = 137,
    IPOPTION_ROUTER_ALERT = 148,
    IPOPTION_TLV_GPSR = 47
};

enum inet::IPOptionClass

Enum generated from inet/networklayer/ipv4/IPv4Datagram.msg:58 by nedtool.

//
// IPv4 options class
//
enum IPOptionClass
{
IPOPTION_CLASS_CONTROL = 0;
IPOPTION_CLASS_RESERVED = 1;
IPOPTION_CLASS_DEBUGGING = 2;
IPOPTION_CLASS_RESERVED2 = 3;

}

Enumerator
IPOPTION_CLASS_CONTROL
IPOPTION_CLASS_RESERVED
IPOPTION_CLASS_DEBUGGING
IPOPTION_CLASS_RESERVED2

                   {
    IPOPTION_CLASS_CONTROL = 0,
    IPOPTION_CLASS_RESERVED = 1,
    IPOPTION_CLASS_DEBUGGING = 2,
    IPOPTION_CLASS_RESERVED2 = 3
};

enum inet::IPProtocolId

Enum generated from inet/networklayer/common/IPProtocolId.msg:31 by nedtool.

//
// Protocol field: taken from RFC 1700.
// Replacing old RFC1700 with newer (28/06/01) Protocol Numbers
//
enum IPProtocolId
{
//  IP_PROT_HOPOPT    = 0;
IP_PROT_ICMP = 1;
IP_PROT_IGMP = 2;
IP_PROT_IP = 4; // used for IP tunneling. FIXME: RFC1700 specifies =3 (old IPSuite) ???
IP_PROT_TCP = 6;
IP_PROT_EGP = 8;
IP_PROT_IGP = 9;
IP_PROT_UDP = 17;
IP_PROT_XTP = 36;
IP_PROT_IPv6 = 41;
IP_PROT_RSVP = 46;
IP_PROT_IPv6_ICMP = 58;
IP_PROT_NONE = 59;
IP_PROT_OSPF = 89;
IP_PROT_PIM = 103;
IP_PROT_SCTP = 132;
IP_PROT_DSR = 48;
IP_PROT_MANET = 138;

IP_PROT_IPv6EXT_HOP = 0;       // Hop-by-hop option header.
IP_PROT_IPv6EXT_DEST = 60;     // Destination options header.
IP_PROT_IPv6EXT_ROUTING = 43;  // Routing header.
IP_PROT_IPv6EXT_FRAGMENT = 44; // Fragmentation/reassembly header.
IP_PROT_IPv6EXT_AUTH = 51;     // Authentication header.
IP_PROT_IPv6EXT_ESP = 50;      // Encapsulating security payload.
IP_PROT_IPv6EXT_MOB = 135;      // Mobility Header for MIPv6 support.

}

Enumerator
IP_PROT_ICMP
IP_PROT_IGMP
IP_PROT_IP
IP_PROT_TCP
IP_PROT_EGP
IP_PROT_IGP
IP_PROT_UDP
IP_PROT_XTP
IP_PROT_IPv6
IP_PROT_RSVP
IP_PROT_IPv6_ICMP
IP_PROT_NONE
IP_PROT_OSPF
IP_PROT_PIM
IP_PROT_SCTP
IP_PROT_DSR
IP_PROT_MANET
IP_PROT_IPv6EXT_HOP
IP_PROT_IPv6EXT_DEST
IP_PROT_IPv6EXT_ROUTING
IP_PROT_IPv6EXT_FRAGMENT
IP_PROT_IPv6EXT_AUTH
IP_PROT_IPv6EXT_ESP
IP_PROT_IPv6EXT_MOB

                  {
    IP_PROT_ICMP = 1,
    IP_PROT_IGMP = 2,
    IP_PROT_IP = 4,
    IP_PROT_TCP = 6,
    IP_PROT_EGP = 8,
    IP_PROT_IGP = 9,
    IP_PROT_UDP = 17,
    IP_PROT_XTP = 36,
    IP_PROT_IPv6 = 41,
    IP_PROT_RSVP = 46,
    IP_PROT_IPv6_ICMP = 58,
    IP_PROT_NONE = 59,
    IP_PROT_OSPF = 89,
    IP_PROT_PIM = 103,
    IP_PROT_SCTP = 132,
    IP_PROT_DSR = 48,
    IP_PROT_MANET = 138,
    IP_PROT_IPv6EXT_HOP = 0,
    IP_PROT_IPv6EXT_DEST = 60,
    IP_PROT_IPv6EXT_ROUTING = 43,
    IP_PROT_IPv6EXT_FRAGMENT = 44,
    IP_PROT_IPv6EXT_AUTH = 51,
    IP_PROT_IPv6EXT_ESP = 50,
    IP_PROT_IPv6EXT_MOB = 135
};

enum inet::IPv6NDOptionLength

Enum generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:35 by nedtool.

// TLB options (type, length, bytes), length must be divisible by eight, max value is 8*255
// Length in bytes:
enum IPv6NDOptionLength
{
IPv6ND_LINK_LAYER_ADDRESS_OPTION_LENGTH = 8;    // RFC 2461, Section 4.6.1. Source/Target Link-layer Address
IPv6ND_PREFIX_INFORMATION_OPTION_LENGTH = 32;   // RFC 2461, Section 4.6.2. Prefix Information
IPv6ND_REDIRECTED_HEADER_OPTION_LENGTH = 8;     // 8 + redirected packet, RFC 2461, Section 4.6.3. Redirected Header.
                                                // The original packet truncated to ensure that the size of the redirect message does not exceed 1280 octets.
IPv6ND_MTU_OPTION_LENGTH = 8;                   // RFC 2461, Section 4.6.4. MTU

}

Enumerator
IPv6ND_LINK_LAYER_ADDRESS_OPTION_LENGTH
IPv6ND_PREFIX_INFORMATION_OPTION_LENGTH
IPv6ND_REDIRECTED_HEADER_OPTION_LENGTH
IPv6ND_MTU_OPTION_LENGTH

                        {
    IPv6ND_LINK_LAYER_ADDRESS_OPTION_LENGTH = 8,
    IPv6ND_PREFIX_INFORMATION_OPTION_LENGTH = 32,
    IPv6ND_REDIRECTED_HEADER_OPTION_LENGTH = 8,
    IPv6ND_MTU_OPTION_LENGTH = 8
};

enum inet::IPv6NDOptionTypes

Enum generated from inet/networklayer/icmpv6/IPv6NDMessage.msg:45 by nedtool.

// TLB options (type, length, bytes), length must be divisible by eight, max value is 8*255
// Type codes:
enum IPv6NDOptionTypes
{
IPv6ND_SOURCE_LINK_LAYER_ADDR_OPTION = 1;          // RFC 2461
IPv6ND_TARGET_LINK_LAYER_ADDR_OPTION = 2;          // RFC 2461

}

Enumerator
IPv6ND_SOURCE_LINK_LAYER_ADDR_OPTION
IPv6ND_TARGET_LINK_LAYER_ADDR_OPTION

                       {
    IPv6ND_SOURCE_LINK_LAYER_ADDR_OPTION = 1,
    IPv6ND_TARGET_LINK_LAYER_ADDR_OPTION = 2
};

enum inet::IPv6TLVOptionTypes

Enum generated from inet/networklayer/ipv6/IPv6ExtensionHeaders.msg:41 by nedtool.

//
// IPv6 TLV option types
//
enum IPv6TLVOptionTypes
{
IPv6TLVOPTION_NOP1 = 0;
IPv6TLVOPTION_NOPN = 1;
IPv6TLVOPTION_TLV_GPSR = 47;

}

Enumerator
IPv6TLVOPTION_NOP1
IPv6TLVOPTION_NOPN
IPv6TLVOPTION_TLV_GPSR

                        {
    IPv6TLVOPTION_NOP1 = 0,
    IPv6TLVOPTION_NOPN = 1,
    IPv6TLVOPTION_TLV_GPSR = 47
};

enum inet::LDP_MESSAGE_TYPES

Enum generated from inet/networklayer/ldp/LDPPacket.msg:33 by nedtool.

//
// LDP message types
//
enum LDP_MESSAGE_TYPES
{
NOTIFICATION = 10;
HELLO = 11;
INITIALIZATION = 12;
KEEP_ALIVE = 13;
ADDRESS = 14;
ADDRESS_WITHDRAW = 15;
LABEL_MAPPING = 16;
LABEL_REQUEST = 17;
LABEL_WITHDRAW = 18;
LABEL_RELEASE = 19;
UNKNOWN = 20;

}

Enumerator
NOTIFICATION
HELLO
INITIALIZATION
KEEP_ALIVE
ADDRESS
ADDRESS_WITHDRAW
LABEL_MAPPING
LABEL_REQUEST
LABEL_WITHDRAW
LABEL_RELEASE
UNKNOWN

                       {
    NOTIFICATION = 10,
    HELLO = 11,
    INITIALIZATION = 12,
    KEEP_ALIVE = 13,
    ADDRESS = 14,
    ADDRESS_WITHDRAW = 15,
    LABEL_MAPPING = 16,
    LABEL_REQUEST = 17,
    LABEL_WITHDRAW = 18,
    LABEL_RELEASE = 19,
    UNKNOWN = 20
};

enum inet::LDP_STATUS_TYPES

Enum generated from inet/networklayer/ldp/LDPPacket.msg:49 by nedtool.

enum LDP_STATUS_TYPES
{
NO_ROUTE = 13;

}

Enumerator
NO_ROUTE

                      {
    NO_ROUTE = 13
};

enum inet::McastSourceFilterMode

Enumerator
MCAST_INCLUDE_SOURCES
MCAST_EXCLUDE_SOURCES

{ MCAST_INCLUDE_SOURCES, MCAST_EXCLUDE_SOURCES };

enum inet::messageKind

Enumerator
MPLS_KIND
LDP_KIND
SIGNAL_KIND

                 {
    MPLS_KIND,
    LDP_KIND,
    SIGNAL_KIND
};

enum inet::MobilityHeaderType

Enum generated from inet/networklayer/xmipv6/MobilityHeader.msg:40 by nedtool.

enum MobilityHeaderType
{
BINDING_REFRESH_REQUEST = 0;
HOME_TEST_INIT = 1;
CARE_OF_TEST_INIT = 2;
HOME_TEST = 3;
CARE_OF_TEST = 4;
BINDING_UPDATE = 5;
BINDING_ACKNOWLEDGEMENT = 6;
BINDING_ERROR = 7;

}

Enumerator
BINDING_REFRESH_REQUEST
HOME_TEST_INIT
CARE_OF_TEST_INIT
HOME_TEST
CARE_OF_TEST
BINDING_UPDATE
BINDING_ACKNOWLEDGEMENT
BINDING_ERROR

                        {
    BINDING_REFRESH_REQUEST = 0,
    HOME_TEST_INIT = 1,
    CARE_OF_TEST_INIT = 2,
    HOME_TEST = 3,
    CARE_OF_TEST = 4,
    BINDING_UPDATE = 5,
    BINDING_ACKNOWLEDGEMENT = 6,
    BINDING_ERROR = 7
};

enum inet::PIMHelloOptionType

Enum generated from inet/routing/pim/PIMPacket.msg:50 by nedtool.

enum PIMHelloOptionType
{
Holdtime = 1;
LANPruneDelay = 2;
DRPriority = 19;
GenerationID = 20;
StateRefreshCapable = 21;
AddressList = 24;

}

Enumerator
Holdtime
LANPruneDelay
DRPriority
GenerationID
StateRefreshCapable
AddressList

                        {
    Holdtime = 1,
    LANPruneDelay = 2,
    DRPriority = 19,
    GenerationID = 20,
    StateRefreshCapable = 21,
    AddressList = 24
};

enum inet::PIMPacketType

Enum generated from inet/routing/pim/PIMPacket.msg:36 by nedtool.

enum PIMPacketType
{
Hello = 0;
Register = 1;
RegisterStop = 2;
JoinPrune = 3;
Bootstrap = 4;
Assert = 5;
Graft = 6;
GraftAck = 7;
CandidateRPAdvertisement = 8;
StateRefresh = 9;

}

Enumerator
Hello
Register
RegisterStop
JoinPrune
Bootstrap
Assert
Graft
GraftAck
CandidateRPAdvertisement
StateRefresh

                   {
    Hello = 0,
    Register = 1,
    RegisterStop = 2,
    JoinPrune = 3,
    Bootstrap = 4,
    Assert = 5,
    Graft = 6,
    GraftAck = 7,
    CandidateRPAdvertisement = 8,
    StateRefresh = 9
};

enum inet::PingSelfKinds

Enumerator
PING_FIRST_ADDR
PING_CHANGE_ADDR
PING_SEND

                   {
    PING_FIRST_ADDR = 1001,
    PING_CHANGE_ADDR,
    PING_SEND
};

enum inet::RIP_AF

Enum generated from inet/routing/rip/RIPPacket.msg:43 by nedtool.

//
// Address Family constants
//
enum RIP_AF
{
RIP_AF_NONE = 0;
RIP_AF_INET = 2;
// RIP_AF_AUTH = 0xFFFF;

}

Enumerator
RIP_AF_NONE
RIP_AF_INET

            {
    RIP_AF_NONE = 0,
    RIP_AF_INET = 2
};

enum inet::RIPCommand

Enum generated from inet/routing/rip/RIPPacket.msg:35 by nedtool.

//
// RIP commands
//
enum RIPCommand
{
RIP_REQUEST = 1;
RIP_RESPONSE = 2;

}

Enumerator
RIP_REQUEST
RIP_RESPONSE

                {
    RIP_REQUEST = 1,
    RIP_RESPONSE = 2
};

enum inet::RIPMode

Enumerated parameter to control how the RIPRouting module advertises the routes to its neighbors.

Enumerator
NO_RIP
NO_SPLIT_HORIZON
SPLIT_HORIZON
SPLIT_HORIZON_POISONED_REVERSE

             {
    NO_RIP,    // no RIP messages sent
    NO_SPLIT_HORIZON,    // every route is sent to the neighbor
    SPLIT_HORIZON,    // do not send routes to the neighbor it was learnt from
    SPLIT_HORIZON_POISONED_REVERSE    // send the route to the neighbor it was learnt from with infinite metric (16)
};

enum inet::SAPCode

Enum generated from inet/linklayer/common/Ieee802Ctrl.msg:43 by nedtool.

//
// Some 8-bit SAP values for IEEE 802.x LLC headers.
//
enum SAPCode
{
SAP_IBM_SNA = 0x04;
SAP_IP = 0x06;
SAP_3COM = 0x80;
SAP_SNAP = 0xAA;
SAP_BANYAN = 0xBC;
SAP_NOVELL_IPX = 0xE0;
SAP_LAN_MANAGER = 0xF4;
SAP_CLNS = 0xFE;
SAP_STP = 0x42;

}

Enumerator
SAP_IBM_SNA
SAP_IP
SAP_3COM
SAP_SNAP
SAP_BANYAN
SAP_NOVELL_IPX
SAP_LAN_MANAGER
SAP_CLNS
SAP_STP

             {
    SAP_IBM_SNA = 0x04,
    SAP_IP = 0x06,
    SAP_3COM = 0x80,
    SAP_SNAP = 0xAA,
    SAP_BANYAN = 0xBC,
    SAP_NOVELL_IPX = 0xE0,
    SAP_LAN_MANAGER = 0xF4,
    SAP_CLNS = 0xFE,
    SAP_STP = 0x42
};

enum inet::SctpCommandCode

Enumerator
SCTP_C_ASSOCIATE
SCTP_C_OPEN_PASSIVE
SCTP_C_SEND
SCTP_C_CLOSE
SCTP_C_ABORT
SCTP_C_STATUS
SCTP_C_RECEIVE
SCTP_C_SEND_ORDERED
SCTP_C_SEND_UNORDERED
SCTP_C_PRIMARY
SCTP_C_QUEUE_BYTES_LIMIT
SCTP_C_QUEUE_MSGS_LIMIT
SCTP_C_SHUTDOWN
SCTP_C_NO_OUTSTANDING
SCTP_C_STREAM_RESET
SCTP_C_RESET_ASSOC
SCTP_C_ADD_STREAMS
SCTP_C_NAT_INFO
SCTP_C_SEND_ASCONF
SCTP_C_SET_STREAM_PRIO
SCTP_C_GETSOCKETOPTIONS
SCTP_C_ACCEPT
SCTP_C_SET_RTO_INFO

                     {
    SCTP_C_ASSOCIATE = 1,    // active open (must carry SCTPOpenCommand)
    SCTP_C_OPEN_PASSIVE = 2,    // passive open (must carry SCTPOpenCommand)
    SCTP_C_SEND = 3,    // send data (set on data packet)
    SCTP_C_CLOSE = 5,    // shutdown the association
    SCTP_C_ABORT = 6,    // abort connection
    SCTP_C_STATUS = 7,    // request status info (SCTP_I_STATUS) from SCTP
    SCTP_C_RECEIVE = 8,    // data receive request
    SCTP_C_SEND_ORDERED = 9,    // send data ordered
    SCTP_C_SEND_UNORDERED = 10,    // send data unordered
    SCTP_C_PRIMARY = 11,    // set primary path
    SCTP_C_QUEUE_BYTES_LIMIT = 12,    // set send queue limit (in bytes)
    SCTP_C_QUEUE_MSGS_LIMIT = 13,    // set send queue limit (in messages)
    SCTP_C_SHUTDOWN = 14,
    SCTP_C_NO_OUTSTANDING = 15,
    SCTP_C_STREAM_RESET = 16,    // send StreamResetChunk
    SCTP_C_RESET_ASSOC = 17,
    SCTP_C_ADD_STREAMS = 18,
    SCTP_C_NAT_INFO = 19,
    SCTP_C_SEND_ASCONF = 20,
    SCTP_C_SET_STREAM_PRIO = 21,
    SCTP_C_GETSOCKETOPTIONS = 22,
    SCTP_C_ACCEPT = 23,
    SCTP_C_SET_RTO_INFO = 24
};

enum inet::SCTPErrorCode

Enum generated from inet/transportlayer/contract/sctp/SCTPCommand.msg:41 by nedtool.

//
// Currently not in use.
//
enum SCTPErrorCode
{

}

                   {
};

enum inet::SCTPFlags

Enumerator
COMPLETE_MESG_UNORDERED
COMPLETE_MESG_ORDERED

               {
    COMPLETE_MESG_UNORDERED = 1,
    COMPLETE_MESG_ORDERED = 0
};

enum inet::SctpStatusInd

Enumerator
SCTP_I_DATA
SCTP_I_DATA_NOTIFICATION
SCTP_I_ESTABLISHED
SCTP_I_PEER_CLOSED
SCTP_I_CLOSED
SCTP_I_CONNECTION_REFUSED
SCTP_I_CONNECTION_RESET
SCTP_I_TIMED_OUT
SCTP_I_STATUS
SCTP_I_ABORT
SCTP_I_CONN_LOST
SCTP_I_SEND_MSG
SCTP_I_SHUTDOWN_RECEIVED
SCTP_I_SENDQUEUE_FULL
SCTP_I_SENDQUEUE_ABATED
SCTP_I_ABANDONED
SCTP_I_SEND_STREAMS_RESETTED
SCTP_I_RCV_STREAMS_RESETTED
SCTP_I_RESET_REQUEST_FAILED
SCTP_I_ADDRESS_ADDED
SCTP_I_SENDSOCKETOPTIONS

                   {
    SCTP_I_DATA = 1,    // data packet (set on data packet)
    SCTP_I_DATA_NOTIFICATION = 2,    // data arrived notification
    SCTP_I_ESTABLISHED = 3,    // connection established
    SCTP_I_PEER_CLOSED = 4,    // FIN received from remote SCTP
    SCTP_I_CLOSED = 5,    // connection closed normally (via FIN exchange)
    SCTP_I_CONNECTION_REFUSED = 6,    // connection refused
    SCTP_I_CONNECTION_RESET = 7,    // connection reset
    SCTP_I_TIMED_OUT = 8,    // conn-estab timer went off, or max retransm. count reached
    SCTP_I_STATUS = 9,    // status info (will carry SCTPStatusInfo)
    SCTP_I_ABORT = 10,    // association was aborted by the peer
    SCTP_I_CONN_LOST = 11,    // association had too many retransmissions FIXME
    SCTP_I_SEND_MSG = 12,
    SCTP_I_SHUTDOWN_RECEIVED = 13,
    SCTP_I_SENDQUEUE_FULL = 14,
    SCTP_I_SENDQUEUE_ABATED = 15,
    SCTP_I_ABANDONED = 16,
    SCTP_I_SEND_STREAMS_RESETTED = 17,
    SCTP_I_RCV_STREAMS_RESETTED = 18,
    SCTP_I_RESET_REQUEST_FAILED = 19,
    SCTP_I_ADDRESS_ADDED = 20,    // used for AddIP and multihomed NAT
    SCTP_I_SENDSOCKETOPTIONS = 21
};

enum inet::TcpCommandCode

Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:34 by nedtool.

//
// TCP command codes, sent by the application to TCP. These constants
// should be set as message kind on a message sent to the TCP entity.
//
// @see ~TCPCommand, ~TCPOpenCommand, ~ITCP
//
enum TcpCommandCode
{
TCP_C_OPEN_ACTIVE = 1;   // active open (must carry ~TCPOpenCommand)
TCP_C_OPEN_PASSIVE = 2;  // passive open (must carry ~TCPOpenCommand)
TCP_C_SEND = 3;          // send data (set on data packet)
TCP_C_CLOSE = 5;         // "I have no more data to send"
TCP_C_ABORT = 6;         // abort connection
TCP_C_STATUS = 7;        // request status info (TCP_I_STATUS) from TCP
TCP_C_QUEUE_BYTES_LIMIT = 8; // set send queue limit (in bytes)
TCP_C_READ = 9;       // send request to TCP to deliver data

}

Enumerator
TCP_C_OPEN_ACTIVE
TCP_C_OPEN_PASSIVE
TCP_C_SEND
TCP_C_CLOSE
TCP_C_ABORT
TCP_C_STATUS
TCP_C_QUEUE_BYTES_LIMIT
TCP_C_READ

                    {
    TCP_C_OPEN_ACTIVE = 1,
    TCP_C_OPEN_PASSIVE = 2,
    TCP_C_SEND = 3,
    TCP_C_CLOSE = 5,
    TCP_C_ABORT = 6,
    TCP_C_STATUS = 7,
    TCP_C_QUEUE_BYTES_LIMIT = 8,
    TCP_C_READ = 9
};

enum inet::TCPDataTransferMode

Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:120 by nedtool.

//
// Defines what to transmit as payload in TCP segments
//
// Currently you have the following choices:
//   - TCP_TRANSFER_BYTECOUNT:
//      TCP layer will transmit byte counts only.
//   - TCP_TRANSFER_OBJECT:
//      TCP layer will transmit the copy of application packet C++ objects
//   - TCP_TRANSFER_BYTESTREAM:
//      TCP layer will transmit bytes of the application packet.
//
// See ~ITCP (the TCP layer interface) for details.
//
enum TCPDataTransferMode
{
TCP_TRANSFER_UNDEFINED = 0;         // Invalid value
TCP_TRANSFER_BYTECOUNT = 1;         // Transmit byte counts only
TCP_TRANSFER_OBJECT = 2;            // Transmit the application packet C++ objects
TCP_TRANSFER_BYTESTREAM = 3;        // Transmit raw bytes

}

Enumerator
TCP_TRANSFER_UNDEFINED
TCP_TRANSFER_BYTECOUNT
TCP_TRANSFER_OBJECT
TCP_TRANSFER_BYTESTREAM

                         {
    TCP_TRANSFER_UNDEFINED = 0,
    TCP_TRANSFER_BYTECOUNT = 1,
    TCP_TRANSFER_OBJECT = 2,
    TCP_TRANSFER_BYTESTREAM = 3
};

enum inet::TCPErrorCode

Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:72 by nedtool.

//
// Currently not in use.
//
enum TCPErrorCode
{

}

                  {
};

enum inet::TcpStatusInd

Enum generated from inet/transportlayer/contract/tcp/TCPCommand.msg:53 by nedtool.

//
// TCP indications, sent by TCP to the application. TCP will set these
// constants as message kind on messages it sends to the application.
//
// @see ~TCPCommand, ~TCPStatusInfo, ~ITCP
//
enum TcpStatusInd
{
TCP_I_DATA = 1;              // data packet (set on data packet)
TCP_I_URGENT_DATA = 2;       // urgent data (set on data packet)
TCP_I_ESTABLISHED = 3;       // connection established
TCP_I_PEER_CLOSED = 4;       // FIN received from remote TCP
TCP_I_CLOSED = 5;            // connection closed normally (via FIN exchange)
TCP_I_CONNECTION_REFUSED = 6; // connection refused
TCP_I_CONNECTION_RESET = 7;  // connection reset
TCP_I_TIMED_OUT = 8;         // conn-estab timer went off, or max retransm. count reached
TCP_I_STATUS = 9;            // status info (will carry ~TCPStatusInfo)
TCP_I_SEND_MSG = 10;         // send queue abated, send more messages
TCP_I_DATA_NOTIFICATION = 11; // notify the upper layer that data has arrived

}

Enumerator
TCP_I_DATA
TCP_I_URGENT_DATA
TCP_I_ESTABLISHED
TCP_I_PEER_CLOSED
TCP_I_CLOSED
TCP_I_CONNECTION_REFUSED
TCP_I_CONNECTION_RESET
TCP_I_TIMED_OUT
TCP_I_STATUS
TCP_I_SEND_MSG
TCP_I_DATA_NOTIFICATION

                  {
    TCP_I_DATA = 1,
    TCP_I_URGENT_DATA = 2,
    TCP_I_ESTABLISHED = 3,
    TCP_I_PEER_CLOSED = 4,
    TCP_I_CLOSED = 5,
    TCP_I_CONNECTION_REFUSED = 6,
    TCP_I_CONNECTION_RESET = 7,
    TCP_I_TIMED_OUT = 8,
    TCP_I_STATUS = 9,
    TCP_I_SEND_MSG = 10,
    TCP_I_DATA_NOTIFICATION = 11
};

enum inet::TimestampFlag

Enum generated from inet/networklayer/ipv4/IPv4Datagram.msg:89 by nedtool.

//
// The timestamp flag uses the same numeric values as the IPv4 Protocol
//
enum TimestampFlag
{
IP_TIMESTAMP_TIMESTAMP_ONLY = 0;
IP_TIMESTAMP_WITH_ADDRESS = 1;
IP_TIMESTAMP_SENDER_INIT_ADDRESS = 3;

}

Enumerator
IP_TIMESTAMP_TIMESTAMP_ONLY
IP_TIMESTAMP_WITH_ADDRESS
IP_TIMESTAMP_SENDER_INIT_ADDRESS

                   {
    IP_TIMESTAMP_TIMESTAMP_ONLY = 0,
    IP_TIMESTAMP_WITH_ADDRESS = 1,
    IP_TIMESTAMP_SENDER_INIT_ADDRESS = 3
};

enum inet::UDPCommandCode

Enum generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:36 by nedtool.

//
// UDP command codes, sent by the application to ~UDP. These constants
// should be set as message kind on messages sent to the ~UDP entity.
//
// @see ~UDPControlInfo, ~UDPStatusInd, ~UDP
//
enum UDPCommandCode
{
UDP_C_DATA = 0;      // send()/sendTo(); see ~UDPSendCommand
UDP_C_BIND = 1;      // bind(); see ~UDPBindCommand
UDP_C_CONNECT = 2;   // connect(); see ~UDPConnectCommand
UDP_C_SETOPTION = 3; // setsockopt(); see ~UDPSetTimeToLiveCommand,...
UDP_C_CLOSE = 4;     // close(); see ~UDPCloseCommand

}

Enumerator
UDP_C_DATA
UDP_C_BIND
UDP_C_CONNECT
UDP_C_SETOPTION
UDP_C_CLOSE

                    {
    UDP_C_DATA = 0,
    UDP_C_BIND = 1,
    UDP_C_CONNECT = 2,
    UDP_C_SETOPTION = 3,
    UDP_C_CLOSE = 4
};

enum inet::UdpConstants

Enum generated from inet/transportlayer/udp/UDPPacket.msg:26 by nedtool.

enum UdpConstants
{
UDP_HEADER_BYTES = 8;

}

Enumerator
UDP_HEADER_BYTES

                  {
    UDP_HEADER_BYTES = 8
};

enum inet::UDPSourceFilterMode

Enum generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:331 by nedtool.

enum UDPSourceFilterMode
{
UDP_INCLUDE_MCAST_SOURCES = 1;
UDP_EXCLUDE_MCAST_SOURCES = 2;

}

Enumerator
UDP_INCLUDE_MCAST_SOURCES
UDP_EXCLUDE_MCAST_SOURCES

                         {
    UDP_INCLUDE_MCAST_SOURCES = 1,
    UDP_EXCLUDE_MCAST_SOURCES = 2
};

enum inet::UDPStatusInd

Enum generated from inet/transportlayer/contract/udp/UDPControlInfo.msg:52 by nedtool.

//
// UDP indications, sent by ~UDP to the application. ~UDP will set these
// constants as message kind on messages it sends to the application.
//
// @see ~UDPControlInfo, ~UDPCommandCode, ~UDP
//
enum UDPStatusInd
{
UDP_I_DATA = 0;  // ~UDP attaches ~UDPIndication to received data packet
UDP_I_ERROR = 1; // ~UDP attaches ~UDPIndication to received data packet

}

Enumerator
UDP_I_DATA
UDP_I_ERROR

                  {
    UDP_I_DATA = 0,
    UDP_I_ERROR = 1
};

enum inet::UserPriority

IEEE 802.1d User Priority (UP) values.

Enumerator
UP_BK
UP_BK2
UP_BE
UP_EE
UP_CL
UP_VI
UP_VO
UP_NC

                  {
    UP_BK = 1, // Background
    UP_BK2 = 2, // Background
    UP_BE = 0, // Best Effort
    UP_EE = 3, // Excellent Effort
    UP_CL = 4, // Controlled Load
    UP_VI = 5, // Video (<100 ms latency and jitter)
    UP_VO = 6, // Voice (<10 ms latency and jitter)
    UP_NC = 7  // Network Control
};

Function Documentation

template<class T >

T* inet::__checknull	(	T *	p,
		const char *	expr,
		const char *	file,
		int	line
	)

{
    if (!p)
        throw cRuntimeError("Expression %s returned nullptr at %s:%d", expr, file, line);
    return p;
}

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const UnreachableNode &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const SessionObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const TELinkStateInfo &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const RsvpHopObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const SenderTemplateObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const RIPEntry &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const FEC_TLV &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const SenderTspecObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const FlowSpecObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const FilterSpecObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const LabelRequestObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const SenderDescriptor_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const EroObj_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const FlowDescriptor_t &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const EncodedAddress &	a
	)

void INET_API inet::__doPacking	(	omnetpp::cCommBuffer *	b,
		const GroupRecord &	a
	)

Referenced by doParsimPacking().

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		UnreachableNode &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		SessionObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		TELinkStateInfo &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		RsvpHopObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		SenderTemplateObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		RIPEntry &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		FEC_TLV &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		SenderTspecObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		FlowSpecObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		FilterSpecObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		LabelRequestObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		SenderDescriptor_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		EroObj_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		FlowDescriptor_t &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		EncodedAddress &	a
	)

void INET_API inet::__doUnpacking	(	omnetpp::cCommBuffer *	b,
		GroupRecord &	a
	)

Referenced by doParsimUnpacking().

bool inet::_isNetworkNode ( const cModule *  mod )

inline

Referenced by findContainingNode(), findModuleUnderContainingNode(), and isNetworkNode().

{
    cProperties *props = mod->getProperties();
    return props && props->getAsBool("networkNode");
}

template<typename T >

std::vector<T>& inet::addAll	(	std::vector< T > &	v,
		const std::vector< T > &	w
	)

                                                                      {
    v.insert(v.end(), w.begin(), w.end());
    return v;
}

template<typename T >

std::set<T>& inet::addAll	(	std::set< T > &	s,
		const std::set< T > &	t
	)

                                                             {
    s.insert(t.begin(), t.end());
    return s;
}

template<typename K , typename V >

std::map<K,V>& inet::addAll ( std::map< K, V > &  m, const std::map< K, V > &  n  )

inline

                                                                 {
    m.insert(n.begin(), n.end());
}

void inet::append	(	std::vector< int > &	dest,
		const std::vector< int > &	src
	)

TODO documentation.

{
    for (auto & elem : src)
        dest.push_back(elem);
}

template<typename T >

bool inet::contains ( const std::vector< T > &  v, const T &  a  )

inline

Referenced by inet::InterfaceMatcher::collectNeighbors(), inet::ieee80211::Ieee80211Queue::contains(), inet::ospf::Area::containsAddress(), inet::IPv4MulticastSourceList::containsAll(), inet::tcp::Sack::dup(), inet::NetworkConfiguratorBase::extractWiredNeighbors(), inet::NetworkConfiguratorBase::extractWirelessNeighbors(), inet::ospf::Area::getContainingAddressRange(), and inet::ieee80211::Ieee80211Queue::~Ieee80211Queue().

                                                        {
    return find(v, a) != v.end();
}

template<typename K , typename V >

bool inet::containsKey ( const std::map< K, V > &  m, const K &  a  )

inline

                                                          {
    return m.find(a) != m.end();
}

template<typename T >

int inet::count ( const std::vector< T > &  v, const T &  a  )

inline

Referenced by inet::TrailFigure::addFigure(), inet::Macho::_MachineBase::allocate(), inet::IPv4InterfaceData::changeMulticastGroupMembership(), inet::serializer::TCPIPchecksum::checksum(), inet::Macho::_MachineBase::clearHistoryDeep(), inet::sctp::SCTPAssociation::createForwardTsnChunk(), inet::sctp::SCTPSendStream::deleteQueue(), inet::serializer::IPv4OptionDefaultSerializer::deserializeOption(), inet::serializer::TCPSerializer::deserializeOption(), inet::httptools::rdHistogram::draw(), inet::Macho::_MachineBase::free(), inet::ieee80211::RepeatingFs::getCount(), inet::Macho::_MachineBase::getInstance(), inet::visualizer::LineManager::getLineShift(), inet::ieee80211::AckHandler::getNumberOfFramesWithStatus(), inet::ieee80211::QoSAckHandler::getNumberOfFramesWithStatus(), inet::sctp::SCTPStateVariables::getNumRequestsNotPerformed(), inet::ieee80211::NonQoSRecoveryProcedure::getRc(), inet::SignalFigure::getRingCount(), inet::SCTPNatPeer::handleMessage(), inet::SCTPPeer::handleMessage(), inet::sctp::SCTPAssociation::numUsableStreams(), inet::physicallayer::Radio::parseRadioModeSwitchingTimes(), inet::tcp::pbuf_free(), inet::sctp::SCTPAssociation::processAsconfArrived(), inet::sctp::SCTPAssociation::processOutgoingResetRequestArrived(), inet::dymo::DYMO::processRteMsg(), inet::sctp::SCTPAssociation::pushUlp(), inet::sctp::SCTPStateVariables::SCTPStateVariables(), inet::sctp::SCTPAssociation::sendInit(), inet::sctp::SCTPAssociation::sendInitAck(), inet::SCTPClient::sendRequestArrived(), inet::SCTPPeer::sendRequestArrived(), inet::SCTPNatPeer::sendRequestArrived(), inet::serializer::IPv4OptionDefaultSerializer::serializeOption(), setOptionValues(), inet::SignalFigure::setRingCount(), inet::SignalFigure::setWaveCount(), inet::SCTPClient::socketEstablished(), inet::SCTPPeer::socketEstablished(), inet::SCTPNatPeer::socketEstablished(), inet::PacketDrillApp::syscallRead(), inet::PacketDrillApp::syscallRecvFrom(), inet::PacketDrillApp::syscallSctpSend(), inet::PacketDrillApp::syscallSctpSendmsg(), inet::PacketDrillApp::syscallSendTo(), and inet::PacketDrillApp::syscallWrite().

                                                    {
    return std::count(v.begin(), v.end(), a);
}

inet::Define_Module

(

AdaptiveProbabilisticBroadcast

)

inet::Define_Module

(

EthernetApplication

)

inet::Define_Module

(

ProbabilisticBroadcast

)

inet::Define_Module

(

OrdinalBasedDropper

)

inet::Define_Module

(

StationaryMobility

)

inet::Define_Module

(

Sink

)

inet::Define_Module

(

ScenarioManager

)

inet::Define_Module

(

DelegateSignalConfigurator

)

inet::Define_Module

(

MessageChecker

)

inet::Define_Module

(

SignalSource

)

inet::Define_Module

(

ThruputMeter

)

inet::Define_Module

(

EtherHub

)

inet::Define_Module

(

LIBTable

)

inet::Define_Module

(

ANSimMobility

)

inet::Define_Module

(

PriorityScheduler

)

inet::Define_Module

(

ThresholdDropper

)

inet::Define_Module

(

CircleMobility

)

inet::Define_Module

(

LinearNodeDistributionMobility

)

inet::Define_Module

(

RandomWPMobility

)

inet::Define_Module

(

RectangleMobility

)

inet::Define_Module

(

TurtleMobility

)

inet::Define_Module

(

WRRScheduler

)

inet::Define_Module

(

RandomQoSClassifier

)

inet::Define_Module

(

L2NodeConfigurator

)

inet::Define_Module

(

EtherBus

)

inet::Define_Module

(

BonnMotionMobility

)

inet::Define_Module

(

ChiangMobility

)

inet::Define_Module

(

LinearMobility

)

inet::Define_Module

(

GaussMarkovMobility

)

inet::Define_Module

(

OrdinalBasedDuplicator

)

inet::Define_Module

(

TractorMobility

)

inet::Define_Module

(

StaticGridMobility

)

inet::Define_Module

(

EtherFrameClassifier

)

inet::Define_Module

(

Delayer

)

inet::Define_Module

(

MACAddressTable

)

inet::Define_Module

(

DropTailQueue

)

inet::Define_Module

(

TunInterface

)

inet::Define_Module

(

ConstSpeedMobility

)

inet::Define_Module

(

REDDropper

)

inet::Define_Module

(

MassMobility

)

inet::Define_Module

(

FIFOQueue

)

inet::Define_Module

(

VehicleMobility

)

inet::Define_Module

(

SimpleClassifier

)

inet::Define_Module

(

PIMDM

)

inet::Define_Module

(

CsmaCaMac

)

inet::Define_Module

(

UDPVideoStreamSvr

)

inet::Define_Module

(

UDPEchoApp

)

inet::Define_Module

(

TCPSinkApp

)

inet::Define_Module

(

EchoProtocol

)

inet::Define_Module

(

PIMNeighborTable

)

inet::Define_Module

(

BMacLayer

)

inet::Define_Module

(

CloudDelayerBase

)

inet::Define_Module

(

NetAnimTrace

)

inet::Define_Module

(

UDPSink

)

inet::Define_Module

(

MACRelayUnit

)

inet::Define_Module

(

STPTester

)

inet::Define_Module

(

MultiNetworkLayerUpperMultiplexer

)

inet::Define_Module

(

StaticConcentricMobility

)

inet::Define_Module

(

BindingCache

)

inet::Define_Module

(

GenericNetworkConfigurator

)

inet::Define_Module

(

TCPEchoApp

)

inet::Define_Module

(

SingleRateThreeColorMeter

)

inet::Define_Module

(

TokenBucketMeter

)

inet::Define_Module

(

TwoRateThreeColorMeter

)

inet::Define_Module

(

TCPSessionApp

)

inet::Define_Module

(

LifecycleController

)

inet::Define_Module

(

TCPSrvHostApp

)

inet::Define_Module

(

TunLoopbackApp

)

inet::Define_Module

(

RTPApplication

)

{
    cSimpleModule::initialize(stage);

    // because of L3AddressResolver, we need to wait until interfaces are registered,
    // address auto-assignment takes place etc.
    if (stage == INITSTAGE_LOCAL) {
        // the common name (CNAME) of this host
        commonName = par("commonName");

        // which rtp profile is to be used (usually RTPAVProfile)
        profileName = par("profileName");

        // bandwidth in bytes per second for this session
        bandwidth = par("bandwidth");

        // port number which is to be used; to ports are actually used: one
        // for rtp and one for rtcp
        port = (int)par("portNumber").longValue();

        // fileName of file to be transmitted
        // nullptr or "" means this system acts only as a receiver
        fileName = par("fileName");

        // payload type of file to transmit
        payloadType = par("payloadType");

        sessionEnterDelay = par("sessionEnterDelay");
        transmissionStartDelay = par("transmissionStartDelay");
        transmissionStopDelay = par("transmissionStopDelay");
        sessionLeaveDelay = par("sessionLeaveDelay");

        ssrc = 0;
        isActiveSession = false;
    }
    else if (stage == INITSTAGE_APPLICATION_LAYER) {
        bool isOperational;
        NodeStatus *nodeStatus = dynamic_cast<NodeStatus *>(findContainingNode(this)->getSubmodule("status"));
        isOperational = (!nodeStatus) || nodeStatus->getState() == NodeStatus::UP;
        if (!isOperational)
            throw cRuntimeError("This module doesn't support starting in node DOWN state");

        // the ip address to connect to (unicast or multicast)
        destinationAddress = L3AddressResolver().resolve(par("destinationAddress").stringValue()).toIPv4();

        EV_DETAIL << "commonName" << commonName << endl
                  << "profileName" << profileName << endl
                  << "bandwidth" << bandwidth << endl
                  << "destinationAddress" << destinationAddress << endl
                  << "portNumber" << port << endl
                  << "fileName" << fileName << endl
                  << "payloadType" << payloadType << endl;

        cMessage *selfMsg = new cMessage("enterSession", ENTER_SESSION);
        scheduleAt(simTime() + sessionEnterDelay, selfMsg);
    }
}

inet::Define_Module

(

UDPVideoStreamCli

)

inet::Define_Module

(

VoIPStreamReceiver

)

inet::Define_Module

(

Ieee8021dRelay

)

inet::Define_Module

(

SimpleVoIPReceiver

)

inet::Define_Module

(

SimpleGeographicCoordinateSystem

)

inet::Define_Module

(

IPv4NodeConfigurator

)

inet::Define_Module

(

PIMSM

)

inet::Define_Module

(

PIMInterfaceTable

)

inet::Define_Module

(

ErrorHandling

)

inet::Define_Module

(

NodeStatus

)

inet::Define_Module

(

EtherLLC

)

inet::Define_Module

(

SimpleVoIPSender

)

inet::Define_Module

(

STP

)

inet::Define_Module

(

DHCPClient

)

Referenced by inet::SimpleGeographicCoordinateSystem::computeGeographicCoordinate(), inet::MultiFieldClassifier::Filter::matches(), and inet::NetfilterInfoHook::numInitStages().

inet::Define_Module

(

GenericARP

)

inet::Define_Module

(

IPvXTrafSink

)

inet::Define_Module

(

TCPBasicClientApp

)

inet::Define_Module

(

TCPGenericSrvApp

)

inet::Define_Module

(

UDPBasicApp

)

inet::Define_Module

(

MatrixCloudDelayer

)

inet::Define_Module

(

NetworkInfo

)

inet::Define_Module

(

RSTP

)

inet::Define_Module

(

IPvXTrafGen

)

inet::Define_Module

(

FlatNetworkConfigurator

)

inet::Define_Module

(

EtherTrafGen

)

inet::Define_Module

(

EtherEncap

)

inet::Define_Module

(

IPv6ErrorHandling

)

inet::Define_Module

(

LinkStateRouting

)

inet::Define_Module

(

GenericRoutingTable

)

inet::Define_Module

(

PIMSplitter

)

inet::Define_Module

(

TelnetApp

)

inet::Define_Module

(

IGMPv2

)

inet::Define_Module

(

EtherMACFullDuplex

)

inet::Define_Module

(

EtherAppCli

)

inet::Define_Module

(

VoIPStreamSender

)

inet::Define_Module

(

EtherAppSrv

)

inet::Define_Module

(

Join

)

inet::Define_Module

(

BindingUpdateList

)

inet::Define_Module

(

FlatNetworkConfigurator6

)

inet::Define_Module

(

GenericNetworkProtocol

)

inet::Define_Module

(

TCPDump

)

inet::Define_Module

(

Loopback

)

inet::Define_Module

(

PPP

)

inet::Define_Module

(

Ns2MotionMobility

)

inet::Define_Module

(

HostAutoConfigurator

)

inet::Define_Module

(

IPv4NetworkConfigurator

)

inet::Define_Module

(

Flood

)

inet::Define_Module

(

L2NetworkConfigurator

)

inet::Define_Module

(

IPv6RoutingTable

)

inet::Define_Module

(

IdealMac

)

inet::Define_Module

(

DHCPServer

)

inet::Define_Module

(

SCTPNatServer

)

inet::Define_Module

(

SCTPServer

)

inet::Define_Module

(

TED

)

inet::Define_Module

(

MPLS

)

inet::Define_Module

(

NetPerfMeter

)

inet::Define_Module

(

ICMP

)

inet::Define_Module

(

RIPRouting

)

inet::Define_Module

(

PcapRecorder

)

inet::Define_Module

(

MultiNetworkLayerLowerMultiplexer

)

inet::Define_Module

(

SCTPClient

)

inet::Define_Module

(

DSCPMarker

)

inet::Define_Module

(

IGMPv3

)

inet::Define_Module

(

ICMPv6

)

inet::Define_Module

(

NetworkDatagramMultiplexer

)

inet::Define_Module

(

SCTPNatPeer

)

inet::Define_Module

(

ExampleQoSClassifier

)

inet::Define_Module

(

UDPBasicBurst

)

inet::Define_Module

(

LDP

)

inet::Define_Module

(

SCTPPeer

)

inet::Define_Module

(

IPv4RoutingTable

)

inet::Define_Module

(

RSVP

)

inet::Define_Module

(

IPv4

)

inet::Define_Module

(

ExtInterface

)

inet::Define_Module

(

CSMA

)

inet::Define_Module

(

EtherMAC

)

inet::Define_Module

(

GPSR

)

inet::Define_Module

(

WiseRoute

)

inet::Define_Module

(

InterfaceTable

)

inet::Define_Module

(

IPv6NeighbourDiscovery

)

inet::Define_Module

(

IPv6

)

inet::Define_Module

(

BehaviorAggregateClassifier

)

inet::Define_Module

(

PingApp

)

inet::Define_Module

(

MoBANLocal

)

inet::Define_Module

(

GlobalARP

)

inet::Define_Module

(

MoBANCoordinator

)

inet::Define_Module

(

ARP

)

inet::Define_Module

(

UDP

)

inet::Define_Module

(

AODVRouting

)

inet::Define_Module

(

IPv6Tunneling

)

inet::Define_Module

(

NetfilterInfoHook

)

inet::Define_Module

(

xMIPv6

)

inet::Define_Module

(

MultiFieldClassifier

)

inet::Define_Module

(

RoutingTableRecorder

)

inet::Define_NED_Function	(	pareto	,
		"quantity pareto(quantity location, quantity shape, long rng?)"
	)

void inet::doPacking ( cCommBuffer *  buf, const IPv6Address &  addr  )

inline

{
    buf->pack(addr.words(), 4);
}

void inet::doPacking ( cCommBuffer *  buf, const IPv4Address &  addr  )

inline

{
    buf->pack(addr.getInt());
}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UnreachableNode &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SessionObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TELinkStateInfo &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RegisterTransportProtocolCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const BMacFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ApplicationPacket &  obj  )

inline

Referenced by inet::PIMHello::parsimPack(), and inet::TLVOptions::parsimPack().

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const NetPerfMeterTransmitTimer &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherTraffic &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TLVOptionBase &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RsvpHopObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const CSMAFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const NetworkDatagramBase &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const MACFrameBase &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const CsmaCaMacFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LMacFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RSVPMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PPPFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherAppReq &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const GPSRBeacon &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SimpleVoIPPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PingPayload &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IdealMacFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const GenericAppMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LinkStateMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SenderTemplateObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SignallingMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EchoPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RIPEntry &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const MobilityHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const NetPerfMeterDataMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6HopByHopOptionsHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const FEC_TLV &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SenderTspecObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TEDChangeInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const AODVControlPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const CsmaCaMacAckFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherJam &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TLVOptionRaw &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const FlowSpecObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherAppResp &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ARPPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPControlInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const HelloOption &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PsbTimerMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPRegisterProtocolCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPQuery &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const FilterSpecObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const BPDU &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6NDPrefixInformation &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RIPPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const CsmaCaMacDataFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherFilledIFG &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LabelRequestObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const GPSROption &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const GenericRoutingDecision &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4Option &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const HoldtimeOption &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SenderDescriptor_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPv1Query &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const BindingUpdate &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TCPCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PsbTimeoutMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPBindCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const MIPv6NDAdvertisementInterval &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EroObj_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6ExtensionHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const AODVRREQ &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPErrorInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6Message &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4OptionNop &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPLabelMapping &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const FlowDescriptor_t &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPv1Report &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LANPruneDelayOption &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RsbRefreshTimerMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TCPErrorInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const MIPv6HAInformation &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const DHCPOptions &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6FragmentHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPConnectCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6DestUnreachableMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4OptionEnd &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPLabelRequest &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPv2Query &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const DRPriorityOption &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RsbCommitTimerMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const AODVRREP &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const BindingAcknowledgement &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6NDMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6DestinationOptionsHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6PacketTooBigMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPv2Report &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4OptionRecordRoute &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPHello &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const GenerationIDOption &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSendCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPOpenCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const RsbTimeoutMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6TimeExceededMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EncodedAddress &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6AuthenticationHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EthernetIIFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const AODVRERR &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6RouterSolicitation &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const DHCPMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPv2Leave &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPCloseCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const BindingError &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPNotify &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TCPOpenCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const HelloTimerMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6ParamProblemMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6EncapsulatingSecurityPayloadHeader &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const AODVRREPACK &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPSendInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4OptionTimestamp &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherFrameWithLLC &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const JoinPruneGroup &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const HomeTestInit &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TCPSendCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const HelloTimeoutMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPIni &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4OptionStreamId &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6EchoRequestMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPDataIndication &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const WaitForRREP &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPRtoInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMPacket &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6RouterAdvertisement &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const HomeTest &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherFrameWithSNAP &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TCPConnectInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PathNotifyMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv4OptionUnknown &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const LDPAddress &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const ICMPv6EchoReplyMsg &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const GroupRecord &  obj  )

inline

{ __doPacking(b, obj); }

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const CareOfTestInit &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPRcvInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPErrorIndication &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const EtherPauseFrame &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6NeighbourSolicitation &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IGMPv3Report &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetOptionCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const CareOfTest &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPConnectInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const Ethernet1QTag &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6NeighbourAdvertisement &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMJoinPrune &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const BindingRefreshRequest &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetTimeToLiveCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const Ethernet1ahITag &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const TCPStatusInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPStatusInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6Redirect &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetTypeOfServiceCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMAssert &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPPathInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMGraft &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetBroadcastCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const IPv6NDControlInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPResetInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMGraftAck &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetMulticastInterfaceCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPInfo &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetMulticastLoopCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMStateRefresh &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPSendQueueAbated &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetReuseAddressCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMRegister &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const SCTPSimpleMessage &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPJoinMulticastGroupsCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const PIMRegisterStop &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPLeaveMulticastGroupsCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPBlockMulticastSourcesCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPUnblockMulticastSourcesCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPJoinMulticastSourcesCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPLeaveMulticastSourcesCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimPacking ( omnetpp::cCommBuffer *  b, const UDPSetMulticastSourceFilterCommand &  obj  )

inline

{obj.parsimPack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UnreachableNode &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SessionObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TELinkStateInfo &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RegisterTransportProtocolCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, BMacFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ApplicationPacket &  obj  )

inline

Referenced by inet::PIMHello::parsimUnpack(), and inet::TLVOptions::parsimUnpack().

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, NetPerfMeterTransmitTimer &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherTraffic &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TLVOptionBase &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RsvpHopObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, CSMAFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, NetworkDatagramBase &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, MACFrameBase &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, CsmaCaMacFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LMacFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RSVPMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PPPFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherAppReq &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, GPSRBeacon &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SimpleVoIPPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PingPayload &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IdealMacFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LinkStateMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, GenericAppMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SenderTemplateObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SignallingMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EchoPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RIPEntry &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, MobilityHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, NetPerfMeterDataMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6HopByHopOptionsHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, FEC_TLV &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SenderTspecObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TEDChangeInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, AODVControlPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, CsmaCaMacAckFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherJam &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TLVOptionRaw &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, FlowSpecObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherAppResp &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ARPPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPControlInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, HelloOption &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PsbTimerMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPRegisterProtocolCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPQuery &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, FilterSpecObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, BPDU &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6NDPrefixInformation &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RIPPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, CsmaCaMacDataFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherFilledIFG &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LabelRequestObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, GPSROption &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, GenericRoutingDecision &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4Option &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, HoldtimeOption &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SenderDescriptor_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPv1Query &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, BindingUpdate &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TCPCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PsbTimeoutMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPBindCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, MIPv6NDAdvertisementInterval &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EroObj_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6ExtensionHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, AODVRREQ &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPErrorInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6Message &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4OptionNop &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPLabelMapping &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, FlowDescriptor_t &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPv1Report &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LANPruneDelayOption &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RsbRefreshTimerMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TCPErrorInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, MIPv6HAInformation &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, DHCPOptions &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6FragmentHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPConnectCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6DestUnreachableMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4OptionEnd &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPLabelRequest &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPv2Query &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, DRPriorityOption &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RsbCommitTimerMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, AODVRREP &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, BindingAcknowledgement &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6NDMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6DestinationOptionsHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6PacketTooBigMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPv2Report &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4OptionRecordRoute &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPHello &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, GenerationIDOption &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSendCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPOpenCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, RsbTimeoutMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6TimeExceededMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EncodedAddress &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6AuthenticationHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EthernetIIFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6RouterSolicitation &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, AODVRERR &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, DHCPMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPv2Leave &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPCloseCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, BindingError &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPNotify &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TCPOpenCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, HelloTimerMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6ParamProblemMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6EncapsulatingSecurityPayloadHeader &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, AODVRREPACK &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPSendInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4OptionTimestamp &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherFrameWithLLC &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, JoinPruneGroup &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, HomeTestInit &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TCPSendCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, HelloTimeoutMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPIni &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4OptionStreamId &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPDataIndication &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6EchoRequestMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, WaitForRREP &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPRtoInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMPacket &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6RouterAdvertisement &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, HomeTest &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherFrameWithSNAP &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TCPConnectInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PathNotifyMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv4OptionUnknown &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, LDPAddress &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, ICMPv6EchoReplyMsg &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, GroupRecord &  obj  )

inline

{ __doUnpacking(b, obj); }

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, CareOfTestInit &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPRcvInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPErrorIndication &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, EtherPauseFrame &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6NeighbourSolicitation &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IGMPv3Report &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetOptionCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, CareOfTest &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPConnectInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, Ethernet1QTag &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6NeighbourAdvertisement &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMJoinPrune &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, BindingRefreshRequest &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetTimeToLiveCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, Ethernet1ahITag &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, TCPStatusInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPStatusInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetTypeOfServiceCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6Redirect &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMAssert &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPPathInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMGraft &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetBroadcastCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, IPv6NDControlInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPResetInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMGraftAck &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetMulticastInterfaceCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPInfo &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetMulticastLoopCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMStateRefresh &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPSendQueueAbated &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetReuseAddressCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMRegister &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, SCTPSimpleMessage &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPJoinMulticastGroupsCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, PIMRegisterStop &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPLeaveMulticastGroupsCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPBlockMulticastSourcesCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPUnblockMulticastSourcesCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPJoinMulticastSourcesCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPLeaveMulticastSourcesCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doParsimUnpacking ( omnetpp::cCommBuffer *  b, UDPSetMulticastSourceFilterCommand &  obj  )

inline

{obj.parsimUnpack(b);}

void inet::doUnpacking ( cCommBuffer *  buf, IPv6Address &  addr  )

inline

{
    buf->unpack(addr.words(), 4);
}

void inet::doUnpacking ( cCommBuffer *  buf, IPv4Address &  addr  )

inline

{
    int32 d;
    buf->unpack(d);
    addr.set(d);
}

template<typename T >

void inet::erase	(	std::vector< T > &	v,
		int	pos
	)

                                     {
    ASSERT(pos >= 0 && pos < (int)v.size());
    v.erase(v.begin() + pos);
}

inet::EXECUTE_ON_STARTUP

(

cEnum *

e = cEnum::find("inet::ChooseDestAddrMode");if(!e) enums.getInstance() ->add(e=new cEnum("inet::ChooseDestAddrMode"));e->insert(UDPBasicBurst::ONCE,"once");e->insert(UDPBasicBurst::PER_BURST,"perBurst");e->insert(UDPBasicBurst::PER_SEND,"perSend");

)

bool inet::fecPrefixCompare	(	const LDP::fec_t &	a,
		const LDP::fec_t &	b
	)

Referenced by inet::LDP::rebuildFecList().

{
    return a.length > b.length;
}

template<typename T >

std::vector<T>::iterator inet::find	(	std::vector< T > &	v,
		const T &	a
	)

Referenced by inet::SchedulerBase::addListener(), inet::PassiveQueueBase::addListener(), inet::IPv4NetworkConfigurator::assignAddresses(), inet::UDP::blockMulticastSources(), inet::TED::calculateShortestPath(), inet::MessageChecker::checkFieldValue(), inet::Polyhedron::cleanConflictGraph(), inet::Topology::clear(), inet::Polyhedron::computeHorizonEdges(), inet::IPv4MulticastSourceList::contains(), contains(), inet::rtp::RTP::createProfile(), inet::rtp::RTPProfile::createSenderModule(), inet::rtp::RTPProfile::dataIn(), inet::PIMNeighborTable::deleteNeighbor(), inet::Topology::deleteNode(), inet::IPv6RoutingTable::deleteRoute(), inet::physicallayer::Argument::end(), inet::IPv6InterfaceData::hasMulticastListener(), indexOf(), inet::IPv4RoutingTable::internalRemoveMulticastRoute(), inet::GenericRoutingTable::internalRemoveRoute(), inet::IPv6RoutingTable::internalRemoveRoute(), inet::IPv4RoutingTable::internalRemoveRoute(), inet::IPv6InterfaceData::isMemberOfMulticastGroup(), inet::UDP::MulticastMembership::isSourceAllowed(), inet::UDP::joinMulticastSources(), inet::UDP::leaveMulticastSources(), inet::QuadTree::move(), inet::IGMPv3::processReport(), inet::RSVP::refreshResv(), inet::QuadTree::remove(), inet::sctp::SCTP::removeAssociation(), inet::power::EnergySourceBase::removeEnergyConsumer(), inet::power::EnergySinkBase::removeEnergyGenerator(), inet::SchedulerBase::removeListener(), inet::PassiveQueueBase::removeListener(), inet::physicallayer::GridNeighborCache::removeRadio(), inet::physicallayer::NeighborListNeighborCache::removeRadio(), inet::physicallayer::QuadTreeNeighborCache::removeRadio(), inet::physicallayer::NeighborListNeighborCache::removeRadioFromNeighborLists(), inet::IPv4NetworkConfigurator::RoutingTableInfo::removeRouteInfo(), inet::LinkStateRouting::sendToPeers(), inet::xMIPv6::triggerRouteOptimization(), inet::UDP::unblockMulticastSources(), inet::Topology::unlinkFromDestNode(), inet::Topology::unlinkFromSourceNode(), and vector_delete_element().

                                                                {
    return std::find(v.begin(), v.end(), a);
}

template<typename T >

std::vector<T>::const_iterator inet::find	(	const std::vector< T > &	v,
		const T &	a
	)

Referenced by find().

                                                                            {
    return std::find(v.begin(), v.end(), a);
}

int inet::find	(	const EroVector &	ERO,
		IPv4Address	node
	)

TODO documentation.

{
    for (unsigned int i = 0; i < ERO.size(); i++)
        if (ERO[i].node == node)
            return i;

    ASSERT(false);
    return -1;    // to prevent warning
}

bool inet::find	(	std::vector< int > &	vec,
		int	value
	)

TODO documentation.

{
    for (auto & elem : vec)
        if (elem == value)
            return true;

    return false;
}

bool inet::find	(	const IPAddressVector &	vec,
		IPv4Address	addr
	)

TODO documentation.

{
    for (auto & elem : vec)
        if (elem == addr)
            return true;

    return false;
}

INET_API cModule * inet::findContainingNicModule

(

cModule *

from

)

Find the nic module (inside the networkNode) containing the given module.

Returns nullptr, if no containing nic module.

Referenced by getContainingNicModule(), and getModuleFromPar().

{
    for (cModule *curmod = from; curmod; curmod = curmod->getParentModule()) {
        cProperties *props = curmod->getProperties();
        if (props && props->getAsBool("nic"))
            return curmod;
        if (props && props->getAsBool("networkNode"))
            break;
    }
    return nullptr;
}

INET_API cModule * inet::findContainingNode

(

const cModule *

from

)

Find the node containing the given module.

Returns nullptr, if no containing node.

Referenced by inet::RSTP::checkTC(), inet::L2NetworkConfigurator::configureInterface(), Define_Module(), inet::FindModule< T >::findHost(), inet::httptools::HttpNodeBase::formatHttpRequestShort(), inet::httptools::HttpNodeBase::formatHttpResponseShort(), getContainingNode(), inet::IPv4RoutingTable::getHostModule(), inet::MatrixCloudDelayer::getPathOfConnectedNodeOnIfaceID(), inet::PIMSM::handleNodeStart(), inet::PIMDM::handleNodeStart(), inet::OperationalBase::initialize(), inet::TelnetApp::initialize(), inet::TCPSinkApp::initialize(), inet::MACRelayUnit::initialize(), inet::TCPSrvHostApp::initialize(), inet::IPvXTrafSink::initialize(), inet::power::SimpleCcBattery::initialize(), inet::power::SimpleEpEnergyManagement::initialize(), inet::TCPBasicClientApp::initialize(), inet::MACBase::initialize(), inet::rtp::RTP::initialize(), inet::EtherAppSrv::initialize(), inet::bgp::BGPRouting::initialize(), inet::ieee80211::Ieee80211MgmtBase::initialize(), inet::TCPGenericSrvApp::initialize(), inet::TCPEchoApp::initialize(), inet::VoIPStreamReceiver::initialize(), inet::rtp::RTCP::initialize(), inet::Ieee8021dRelay::initialize(), inet::STPBase::initialize(), inet::EtherTrafGen::initialize(), inet::EtherLLC::initialize(), inet::EtherAppCli::initialize(), inet::TCPSessionApp::initialize(), inet::tcp::TCP_lwIP::initialize(), inet::SimpleVoIPSender::initialize(), inet::VoIPStreamSender::initialize(), inet::tcp::TCP_NSC::initialize(), inet::TED::initialize(), inet::IPvXTrafGen::initialize(), inet::PacketDrillApp::initialize(), inet::ICMPv6::initialize(), inet::DHCPClient::initialize(), inet::PingApp::initialize(), inet::PIMInterfaceTable::initialize(), inet::httptools::HttpServerBase::initialize(), inet::SCTPServer::initialize(), inet::SCTPClient::initialize(), inet::GlobalARP::initialize(), inet::power::SimpleEpEnergyStorage::initialize(), inet::SCTPPeer::initialize(), inet::SimpleVoIPReceiver::initialize(), inet::httptools::HttpBrowserBase::initialize(), inet::IPv6Tunneling::initialize(), inet::IPv4RoutingTable::initialize(), inet::tcp::TCP::initialize(), inet::IPv6NeighbourDiscovery::initialize(), inet::LDP::initialize(), inet::UDP::initialize(), inet::PIMBase::initialize(), inet::RIPRouting::initialize(), inet::IPv6::initialize(), inet::RSVP::initialize(), inet::ospf::OSPFRouting::isNodeUp(), inet::GlobalARP::isNodeUp(), inet::ARP::isNodeUp(), inet::IPv4::isNodeUp(), inet::ospf::OSPFConfigReader::loadConfigFromXML(), inet::RSTP::printState(), inet::NetAnimTrace::receiveSignal(), inet::BMacLayer::refreshDisplay(), inet::PIMSM::stopPIMRouting(), inet::PIMDM::stopPIMRouting(), and inet::ModulePathAddress::tryParse().

{
    for (cModule *curmod = const_cast<cModule *>(from); curmod; curmod = curmod->getParentModule()) {
        if (_isNetworkNode(curmod))
            return curmod;
    }
    return nullptr;
}

template<typename T >

INET_API T* inet::findModuleFromPar	(	cPar &	par,
		const cModule *	from,
		bool	required = true
	)

Finds a module in the module tree, given by its absolute or relative path defined by 'par' parameter.

Returns nullptr if the 'par' parameter is empty. Returns the pointer to a module of type T or throws an error if module not found or type mismatch.

{
    const char *path = par.stringValue();
    if (path && *path) {
        cModule *mod = from->getModuleByPath(path);
        if (!mod) {
            if (required)
                throw cRuntimeError("Module not found on path '%s' defined by par '%s'", path, par.getFullPath().c_str());
            else
                return nullptr;
        }
        T *m = dynamic_cast<T *>(mod);
        if (!m)
            throw cRuntimeError("Module can not cast to '%s' on path '%s' defined by par '%s'", opp_typename(typeid(T)), path, par.getFullPath().c_str());
        return m;
    }
    return nullptr;
}

template<typename T >

T* inet::findModuleFromPar	(	cPar &	par,
		const cModule *	from,
		bool	required = true
	)

Finds a module in the module tree, given by its absolute or relative path defined by 'par' parameter.

Returns nullptr if the 'par' parameter is empty. Returns the pointer to a module of type T or throws an error if module not found or type mismatch.

{
    const char *path = par.stringValue();
    if (path && *path) {
        cModule *mod = from->getModuleByPath(path);
        if (!mod) {
            if (required)
                throw cRuntimeError("Module not found on path '%s' defined by par '%s'", path, par.getFullPath().c_str());
            else
                return nullptr;
        }
        T *m = dynamic_cast<T *>(mod);
        if (!m)
            throw cRuntimeError("Module can not cast to '%s' on path '%s' defined by par '%s'", opp_typename(typeid(T)), path, par.getFullPath().c_str());
        return m;
    }
    return nullptr;
}

INET_API cModule* inet::findModuleSomewhereUp	(	const char *	name,
		const cModule *	from
	)

Find a module with given name, and "closest" to module "from".

Operation: gradually rises in the module hierarchy, and looks for a submodule of the given name.

cModule* inet::findModuleSomewhereUp	(	const char *	name,
		cModule *	from
	)

{
    cModule *mod = nullptr;
    for (cModule *curmod = from; !mod && curmod; curmod = curmod->getParentModule())
        mod = curmod->getSubmodule(name);
    return mod;
}

INET_API cModule * inet::findModuleUnderContainingNode

(

const cModule *

from

)

Find the ancestor module under the node containing the given module.

Returns nullptr, if no such node found.

Referenced by inet::EtherEncap::initialize(), inet::ieee80211::Ieee80211AgentSTA::initialize(), inet::ieee80211::Ieee80211MgmtSTA::initialize(), inet::InterfaceEntry::InterfaceEntry(), and inet::ieee80211::Ieee80211Mac::isInterfaceRegistered().

{
    cModule *prevmod = nullptr;
    for (cModule *curmod = const_cast<cModule *>(from); curmod; curmod = curmod->getParentModule()) {
        if (_isNetworkNode(curmod))
            return prevmod;
        prevmod = curmod;
    }
    return nullptr;
}

INET_API cModule * inet::getContainingNicModule

(

cModule *

from

)

Find the nic module (inside the networkNode) containing the given module.

throws error if no containing nic module.

Referenced by getModuleFromPar(), inet::ieee80211::ModeSetListener::initialize(), inet::ieee80211::Tx::initialize(), inet::ieee80211::Rx::initialize(), inet::ieee80211::Dcaf::initialize(), inet::ieee80211::Edcaf::initialize(), inet::ieee80211::RateSelection::initialize(), inet::ieee80211::Contention::initialize(), inet::ieee80211::Dcf::initialize(), and inet::ieee80211::Hcf::initialize().

{
    cModule *curmod = findContainingNicModule(from);
    if (!curmod)
        throw cRuntimeError("getContainingNicModule(): nic module not found (it should have a property named nic) for module '%s'", from ? from->getFullPath().c_str() : "<nullptr>");
    return curmod;
}

INET_API cModule * inet::getContainingNode

(

const cModule *

from

)

Find the node containing the given module.

throws error if no containing node.

Referenced by inet::visualizer::TransportConnectionCanvasVisualizer::addConnectionVisualization(), inet::physicallayer::RadioMedium::addRadio(), inet::visualizer::RoutingTableVisualizerBase::addRouteVisualizations(), inet::IPv6NeighbourDiscovery::canServeWirelessNodes(), inet::visualizer::EnergyStorageCanvasVisualizer::createEnergyStorageVisualization(), inet::visualizer::InfoCanvasVisualizer::createInfoVisualization(), inet::visualizer::LinkBreakCanvasVisualizer::createLinkBreakVisualization(), inet::visualizer::PacketDropCanvasVisualizer::createPacketDropVisualization(), inet::visualizer::QueueCanvasVisualizer::createQueueVisualization(), inet::visualizer::RadioCanvasVisualizer::createRadioVisualization(), inet::visualizer::StatisticCanvasVisualizer::createStatisticVisualization(), inet::visualizer::MobilityCanvasVisualizer::ensureMobilityVisualization(), inet::Ieee8021dRelay::getPortInterfaceData(), inet::httptools::HttpServerDirect::handleMessage(), inet::NodeStatus::handleOperationStage(), inet::NetfilterInfoHook::initialize(), inet::physicallayer::AntennaBase::initialize(), inet::visualizer::NetworkConnectionVisualizerBase::initialize(), inet::L2NodeConfigurator::initialize(), inet::ANSimMobility::initialize(), inet::BonnMotionMobility::initialize(), inet::GenericRoutingTable::initialize(), inet::IPv4NodeConfigurator::initialize(), inet::ieee80211::Ieee80211AgentSTA::initialize(), inet::DHCPServer::initialize(), inet::LinkStateRouting::initialize(), inet::Ns2MotionMobility::initialize(), inet::DHCPClient::initialize(), inet::GPSR::initialize(), inet::MatrixCloudDelayer::initialize(), inet::httptools::HttpNodeBase::initialize(), inet::dymo::DYMO::initialize(), inet::InterfaceTable::initialize(), inet::ieee80211::Ieee80211MgmtSTA::initialize(), inet::IPv6RoutingTable::initialize(), inet::AODVRouting::initialize(), inet::IPv4RoutingTable::initialize(), inet::IGMPv2::initialize(), inet::LDP::initialize(), inet::RIPRouting::initialize(), inet::xMIPv6::initialize(), inet::IGMPv3::initialize(), inet::physicallayer::RadioMedium::isRadioMacAddress(), inet::GenericARP::mapUnicastAddress(), inet::visualizer::MediumVisualizerBase::matchesTransmission(), inet::IPv6RoutingTable::parseXMLConfigFile(), inet::ieee80211::Ieee80211AgentSTA::processAssociateConfirm(), inet::visualizer::MediumCanvasVisualizer::radioAdded(), inet::visualizer::MediumCanvasVisualizer::radioRemoved(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::visualizer::Ieee80211VisualizerBase::receiveSignal(), inet::ieee80211::Ieee80211AgentSTA::receiveSignal(), inet::visualizer::InterfaceTableVisualizerBase::receiveSignal(), inet::visualizer::RoutingTableVisualizerBase::receiveSignal(), inet::visualizer::LinkVisualizerBase::receiveSignal(), inet::visualizer::PathVisualizerBase::receiveSignal(), inet::visualizer::MediumCanvasVisualizer::receptionEnded(), inet::visualizer::MediumCanvasVisualizer::receptionStarted(), inet::visualizer::LinkBreakCanvasVisualizer::refreshDisplay(), inet::NodeStatus::refreshDisplay(), inet::visualizer::TransportConnectionCanvasVisualizer::removeConnectionVisualization(), inet::physicallayer::RadioMedium::removeRadio(), inet::visualizer::RoutingTableVisualizerBase::removeRouteVisualizations(), inet::httptools::HttpNodeBase::sendDirectToModule(), inet::HostAutoConfigurator::setupNetworkLayer(), inet::visualizer::MediumCanvasVisualizer::transmissionEnded(), and inet::visualizer::MediumCanvasVisualizer::transmissionStarted().

{
    cModule *curmod = findContainingNode(from);
    if (!curmod)
        throw cRuntimeError("getContainingNode(): node module not found (it should have a property named networkNode) for module '%s'", from ? from->getFullPath().c_str() : "<nullptr>");
    return curmod;
}

template<typename T >

INET_API T* inet::getModuleFromPar	(	cPar &	par,
		const cModule *	from,
		bool	required = true
	)

Gets a module in the module tree, given by its absolute or relative path defined by 'par' parameter.

Returns the pointer to a module of type T or throws an error if module not found or type mismatch.

Referenced by findModuleFromPar().

{
    const char *path = par.stringValue();
    cModule *mod = from->getModuleByPath(path);
    if (!mod) {
        if (required)
            throw cRuntimeError("Module not found on path '%s' defined by par '%s'", path, par.getFullPath().c_str());
        else
            return nullptr;
    }
    T *m = dynamic_cast<T *>(mod);
    if (!m)
        throw cRuntimeError("Module can not cast to '%s' on path '%s' defined by par '%s'", opp_typename(typeid(T)), path, par.getFullPath().c_str());
    return m;
}

template<typename T >

T* inet::getModuleFromPar	(	cPar &	par,
		const cModule *	from,
		bool	required = true
	)

Gets a module in the module tree, given by its absolute or relative path defined by 'par' parameter.

Returns the pointer to a module of type T or throws an error if module not found or type mismatch.

Referenced by findModuleFromPar().

{
    const char *path = par.stringValue();
    cModule *mod = from->getModuleByPath(path);
    if (!mod) {
        if (required)
            throw cRuntimeError("Module not found on path '%s' defined by par '%s'", path, par.getFullPath().c_str());
        else
            return nullptr;
    }
    T *m = dynamic_cast<T *>(mod);
    if (!m)
        throw cRuntimeError("Module can not cast to '%s' on path '%s' defined by par '%s'", opp_typename(typeid(T)), path, par.getFullPath().c_str());
    return m;
}

cModule * inet::getPayloadOwner

(

cPacket *

msg

)

XXX function appears to be unused.

{
    while (msg->getEncapsulatedPacket())
        msg = msg->getEncapsulatedPacket();

    if (msg->hasPar("owner"))
        return getSimulation()->getModule(msg->par("owner"));
    else
        return nullptr;
}

int inet::getRepresentationBitCount ( uint32  count )

inline

Returns how many bits are needed to represent count different values.

Referenced by inet::IPv4NetworkConfigurator::assignAddresses().

{
    int bitCount = 0;
    while (((uint32)1 << bitCount) < count)
        bitCount++;
    return bitCount;
}

template<typename T >

int inet::indexOf	(	const std::vector< T > &	v,
		const T &	a
	)

                                               {
    auto it = find(v, a);
    return it == v.end() ? -1 : it - v.begin();
}

template<typename T >

void inet::insert	(	std::vector< T > &	v,
		int	pos,
		const T &	a
	)

Referenced by inet::ieee80211::Ieee80211Queue::insert(), inet::PacketQueue::insert(), inet::ieee80211::Hcf::processUpperFrame(), yyparse(), and inet::ieee80211::Ieee80211Queue::~Ieee80211Queue().

                                                  {
    ASSERT(pos >= 0 && pos <= (int)v.size());
    v.insert(v.begin() + pos, a);
}

bool inet::isEmpty ( const char *  s )

inline

Referenced by inet::IPv4NetworkConfigurator::dumpConfiguration(), inet::FIFOQueue::FIFOQueue(), inet::IPv4NetworkConfigurator::getMandatoryAttribute(), inet::SchedulerBase::getNumPendingRequests(), inet::NetworkConfiguratorBase::InterfaceMatcher::InterfaceMatcher(), inet::MatrixCloudDelayer::Matcher::Matcher(), inet::InterfaceMatcher::Matcher::Matcher(), inet::L2NetworkConfigurator::Matcher::Matcher(), inet::NetworkConfiguratorBase::Matcher::Matcher(), inet::IPv4NetworkConfigurator::readManualMulticastRouteConfiguration(), inet::IPv4NetworkConfigurator::readManualRouteConfiguration(), inet::IPv4NetworkConfigurator::resolveInterfaceAndGateway(), and inet::IPassiveQueue::~IPassiveQueue().

{
    return !s || !s[0];
}

bool inet::isIcmpInfoType ( int  type )

inline

Referenced by inet::ICMP::sendErrorMessage().

{
    return (type == ICMP_ECHO_REPLY
            || type == ICMP_ECHO_REQUEST
            || type == ICMP_ROUTER_ADVERTISEMENT
            || type == ICMP_ROUTER_SOLICITATION
            || type == ICMP_TIMESTAMP_REQUEST
            || type == ICMP_TIMESTAMP_REPLY
            || type == ICMP_INFORMATION_REQUEST
            || type == ICMP_INFORMATION_REPLY
            || type == ICMP_MASK_REQUEST
            || type == ICMP_MASK_REPLY);
}

INET_API bool inet::isNetworkNode

(

const cModule *

mod

)

Returns true if the given module is a network node, i.e.

a module with the property set.

Referenced by inet::visualizer::InterfaceTableVisualizerBase::addAllInterfaceVisualizations(), inet::InterfaceMatcher::findMatchingSelector(), inet::visualizer::LinkBreakVisualizerBase::findNode(), inet::visualizer::RoutingTableVisualizerBase::getDestinations(), inet::NodeOperation::initialize(), inet::visualizer::NetworkNodeCanvasVisualizer::initialize(), inet::visualizer::NetworkConnectionVisualizerBase::initialize(), inet::IPv6NeighbourDiscovery::isWirelessAccessPoint(), inet::ModulePathAddress::tryParse(), and inet::visualizer::RoutingTableVisualizerBase::updateAllRouteVisualizations().

{
    return (mod != nullptr) ? _isNetworkNode(mod) : false;
}

bool inet::isNotEmpty ( const char *  s )

inline

Referenced by inet::L2NetworkConfigurator::readInterfaceConfiguration(), inet::IPv4NetworkConfigurator::readInterfaceConfiguration(), inet::IPv4NetworkConfigurator::readManualMulticastRouteConfiguration(), inet::IPv4NetworkConfigurator::readManualRouteConfiguration(), and inet::IPv4NetworkConfigurator::resolveInterfaceAndGateway().

{
    return s && s[0];
}

template<typename K , typename V >

std::vector<K> inet::keys ( const std::map< K, V > &  m )

inline

Referenced by inet::sctp::SCTPAssociation::createForwardTsnChunk(), IndicatorLabelFigure::getAllowedPropertyKeys(), IndicatorTextFigure::getAllowedPropertyKeys(), IndexedImageFigure::getAllowedPropertyKeys(), ProgressMeterFigure::getAllowedPropertyKeys(), LinearGaugeFigure::getAllowedPropertyKeys(), ThermometerFigure::getAllowedPropertyKeys(), inet::cPanelFigure::getAllowedPropertyKeys(), CounterFigure::getAllowedPropertyKeys(), GaugeFigure::getAllowedPropertyKeys(), and PlotFigure::getAllowedPropertyKeys().

                                               {
    std::vector<K> result;
    for (auto it = m.begin(); it != m.end(); ++it)
        result.push_back(it->first);
    return result;
}

const char * inet::notificationCategoryName

(

simsignal_t

signalID

)

Utility function.

Referenced by printNotificationBanner(), and inet::RIPRouting::receiveSignal().

{
    return cComponent::getSignalName(signalID);
}

bool inet::operator!=	(	const FEC_TLV &	a,
		const FEC_TLV &	b
	)

{
    return !operator==(a, b);
}

bool inet::operator!= ( const Int128 &  a, const Int128 &  b  )

inline

Referenced by inet::BitVector::getBytes(), inet::PIMBase::AssertMetric::isInfinite(), inet::RSVP::numInitStages(), and inet::L3Address::operator>().

{
    return !(a == b);
}

bool inet::operator!=	(	const SessionObj_t &	a,
		const SessionObj_t &	b
	)

{
    return !operator==(a, b);
}

bool inet::operator!=	(	const FilterSpecObj_t &	a,
		const FilterSpecObj_t &	b
	)

{
    return !operator==(a, b);
}

bool inet::operator!=	(	const SenderTemplateObj_t &	a,
		const SenderTemplateObj_t &	b
	)

{
    return !operator==(a, b);
}

Int128 inet::operator% ( const Int128 &  a, const Int128 &  b  )

inline

Referenced by inet::Quaternion::Quaternion().

{
    return Int128(a) %= b;
}

Int128 inet::operator& ( const Int128 &  a, const Int128 &  b  )

inline

{
    return Int128(a) &= b;
}

bool inet::operator&& ( const Int128 &  a, const Int128 &  b  )

inline

{
    return (a.hi || a.lo) && (b.hi || b.lo);
}

Quaternion inet::operator*	(	double	scalar,
		const Quaternion &	lhs
	)

Referenced by inet::physicallayer::Argument::key_iterator< IteratorType >::operator*(), and inet::Quaternion::Quaternion().

{
    return Quaternion(lhs.realPart * scalar, lhs.vectorPart * scalar);
}

Int128 inet::operator* ( const Int128 &  a, const Int128 &  b  )

inline

{
    return Int128(a) *= b;
}

Int128 inet::operator+ ( const Int128 &  a, const Int128 &  b  )

inline

Referenced by inet::Quaternion::Quaternion().

{
    return Int128(a) += b;
}

Int128 inet::operator- ( const Int128 &  a, const Int128 &  b  )

inline

Referenced by inet::Int128::operator!().

{
    return Int128(a) -= b;
}

Int128 inet::operator/ ( const Int128 &  a, const Int128 &  b  )

inline

{
    return Int128(a) /= b;
}

bool inet::operator<	(	const Int128 &	a,
		const Int128 &	b
	)

Referenced by inet::ieee80211::SequenceControlField::getFragmentNumber(), inet::PIMBase::AssertMetric::isInfinite(), inet::physicallayer::Argument::key_iterator< IteratorType >::operator->(), and inet::L3Address::toModulePath().

{
    if (a.hi == b.hi) {
        if (a.hi < 0)
            return (int64_t)a.lo < (int64_t)b.lo;
        else
            return a.lo < b.lo;
    }
    else
        return a.hi < b.hi;
}

std::ostream & inet::operator<<	(	std::ostream &	out,
		const AODVRouteData *	data
	)

{
    out << " isActive = " << data->isActive()
        << ", hasValidDestNum = " << data->hasValidDestNum()
        << ", destNum = " << data->getDestSeqNum()
        << ", lifetime = " << data->getLifeTime();

    const std::set<L3Address>& preList = data->getPrecursorList();

    if (!preList.empty()) {
        out << ", precursor list: ";
        std::set<L3Address>::const_iterator iter = preList.begin();
        out << *iter;
        for (++iter; iter != preList.end(); ++iter)
            out << "; " << *iter;
    }
    return out;
};

static std::ostream & inet::operator<< ( std::ostream &  os, cMessage *  msg  )

inline

{
    os << "(" << msg->getClassName() << ")" << msg->getFullName();
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const MACAddressTable::AddressEntry &	entry
	)

{
    os << "{VID=" << entry.vid << ", port=" << entry.portno << ", insertionTime=" << entry.insertionTime << "}";
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const BindingCache::BindingCacheEntry &	bce
	)

{
    os << "CoA of MN:" << bce.careOfAddress << " BU Lifetime: " << bce.bindingLifetime
       << " Home Registeration: " << bce.isHomeRegisteration << " BU_Sequence#: "
       << bce.sequenceNumber << "\n";

    return os;
}

std::ostream& inet::operator<< ( std::ostream &  out, const UDPVideoStreamSvr::VideoStreamData &  d  )

inline

{
    out << "client=" << d.clientAddr << ":" << d.clientPort
        << "  size=" << d.videoSize << "  pksent=" << d.numPkSent << "  bytesleft=" << d.bytesLeft;
    return out;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const PIMInterface *	e
	)

{
    os << "name = " << e->getInterfacePtr()->getName() << "; mode = ";
    if (e->getMode() == PIMInterface::DenseMode)
        os << "Dense";
    else if (e->getMode() == PIMInterface::SparseMode)
        os << "Sparse; DR = " << e->getDRAddress();
    return os;
};

std::ostream& inet::operator<<	(	std::ostream &	os,
		const GenericRoute &	e
	)

{
    os << e.info();
    return os;
};

std::ostream& inet::operator<<	(	std::ostream &	os,
		const BindingUpdateList::BindingUpdateListEntry &	bul
	)

{
    os << "Destination: " << bul.destAddress << " HoA of MN: " << bul.homeAddress
       << " CoA of MN: " << bul.careOfAddress << "\n"
       << "Binding Lifetime: " << bul.bindingLifetime << " binding expiry: "
       << SIMTIME_STR(bul.bindingExpiry) << " BU Sequence#: " << bul.sequenceNumber
       << " Sent Time: " << SIMTIME_STR(bul.sentTime) /* << " Next_Tx_Time: " << bul.nextBUTx << */
       << " BU_Ack: " << bul.BAck << "\n";

    // this part will only be displayed if the BUL entry is for CN registration
    if (bul.sentHoTI != 0) {
        os << "Sent Time HoTI: " << SIMTIME_STR(bul.sentHoTI) << " HoTI cookie: " << bul.cookieHoTI
           << " home token: " << bul.tokenH << "\n";
    }

    if (bul.sentCoTI != 0) {
        os << " Sent Time CoTI: " << SIMTIME_STR(bul.sentCoTI) << " CoTI cookie: " << bul.cookieCoTI
           << " care-of token: " << bul.tokenC << "\n";
    }

    os << "State: ";
    switch (bul.state) {
        case BindingUpdateList::NONE:
            os << "none";
            break;

        case BindingUpdateList::RR:
            os << "Return Routability";
            break;

        case BindingUpdateList::RR_COMPLETE:
            os << "Return Routability completed";
            break;

        case BindingUpdateList::REGISTER:
            os << "Registering";
            break;

        case BindingUpdateList::REGISTERED:
            os << "Registered";
            break;

        case BindingUpdateList::DEREGISTER:
            os << "Deregistering";
            break;

        default:
            os << "Unknown";
            break;
    }
    os << endl;

    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv6Route &	e
	)

{
    os << e.info();
    return os;
};

std::ostream& inet::operator<<	(	std::ostream &	os,
		const RIPRoute &	e
	)

{
    os << e.info();
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const GenericMulticastRoute &	e
	)

{
    os << e.str();
    return os;
};

std::ostream& inet::operator<<	(	std::ostream &	out,
		const PIMSM::SourceAndGroup &	sourceGroup
	)

{
    out << "(" << (sourceGroup.source.isUnspecified() ? "*" : sourceGroup.source.str()) << ", "
        << (sourceGroup.group.isUnspecified() ? "*" : sourceGroup.group.str()) << ")";
    return out;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv6RoutingTable::DestCacheEntry &	e
	)

{
    os << "if=" << e.interfaceId << " " << e.nextHopAddr;    //FIXME try printing interface name
    return os;
};

ostream& inet::operator<<	(	ostream &	out,
		const PIMDM::Route *	route
	)

{
    out << "(S=" << route->source << ", G=" << route->group << ")";
    return out;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		IPv6ExtensionHeaderPtr	eh
	)

{
    return os << "(" << eh->getClassName() << ") " << eh->str();
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const LDP::fec_bind_t &	f
	)

{
    os << "fecid=" << f.fecid << "  peer=" << f.peer << " label=" << f.label;
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv4Route &	e
	)

{
    os << e.info();
    return os;
};

std::ostream& inet::operator<<	(	std::ostream &	out,
		const PIMSM::Route &	route
	)

{
    out << "(" << (route.source.isUnspecified() ? "*" : route.source.str()) << ", "
        << (route.group.isUnspecified() ? "*" : route.group.str()) << "), ";
    out << "RP is " << route.rpAddr << ", ";

    out << "Incoming interface: ";
    if (route.upstreamInterface) {
        out << route.upstreamInterface->ie->getName() << ", ";
        out << "RPF neighbor: " << route.upstreamInterface->rpfNeighbor() << ", ";
    }
    else
        out << "nullptr, ";

    out << "Downstream interfaces: ";
    for (unsigned int i = 0; i < route.downstreamInterfaces.size(); ++i) {
        if (i > 0)
            out << ", ";
        out << route.downstreamInterfaces[i]->ie->getName() << " ";
        switch (route.downstreamInterfaces[i]->joinPruneState) {
            case PIMSM::DownstreamInterface::NO_INFO:
                out << "(NI)";
                break;

            case PIMSM::DownstreamInterface::JOIN:
                out << "(J)";
                break;

            case PIMSM::DownstreamInterface::PRUNE_PENDING:
                out << "(PP)";
                break;
        }
    }

    return out;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const PIMNeighborTable::PIMNeighborVector &	v
	)

{
    for (unsigned int i = 0; i < v.size(); i++) {
        PIMNeighbor *e = v[i];
        os << "[" << i << "]: "
           << "{ If = " << e->getInterfacePtr()->getName() << "; Addr = " << e->getAddress() << "; Ver = " << e->getVersion()
           << "; GenID = " << e->getGenerationId() << "; Pr = " << e->getDRPriority() << "}; ";
    }
    return os;
};

std::ostream& inet::operator<< ( std::ostream &  os, const EulerAngles &  a  )

inline

{
    return os << "(" << a.alpha << ", " << a.beta << ", " << a.gamma << ")";
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv4MulticastRoute &	e
	)

{
    os << e.info();
    return os;
};

std::ostream& inet::operator<< ( std::ostream &  os, DHCPLease  obj  )

inline

Referenced by inet::MACAddressTable::AddressEntry::AddressEntry(), inet::BitVector::getBytes(), inet::AODVRouteData::getPrecursorList(), inet::UDP::MulticastMembership::isSourceAllowed(), inet::LIBTable::numInitStages(), inet::STP::numInitStages(), inet::IPv6Tunneling::numInitStages(), inet::RSVP::numInitStages(), inet::ShortBitVector::operator!=(), inet::tcp::operator<<(), inet::PositionTable::PositionTable(), inet::PIMDM::Route::Route(), inet::IPv6Datagram::setTransportProtocol(), and inet::BindingUpdateList::BindingUpdateListEntry::~BindingUpdateListEntry().

{
    os << " IP: " << obj.ip << " with subnet mask: " << obj.subnetMask
       << " to " << obj.mac;
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const InterfaceEntry &	e
	)

{
    os << e.info();
    return os;
};

std::ostream& inet::operator<<	(	std::ostream &	os,
		const LDP::fec_t &	f
	)

{
    os << "fecid=" << f.fecid << "  addr=" << f.addr << "  length=" << f.length << "  nextHop=" << f.nextHop;
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv6NeighbourCache::Key &	e
	)

{
    return os << "if=" << e.interfaceID << " " << e.address;    //FIXME try printing interface name
}

std::ostream& inet::operator<< ( std::ostream &  out, const timeval &  tv  )

inline

{
    return out << (uint32)tv.tv_sec << "s" << tv.tv_usec << "us";
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const LDP::pending_req_t &	r
	)

{
    os << "fecid=" << r.fecid << "  peer=" << r.peer;
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	out,
		const ShortBitVector &	bitVector
	)

{
    for (unsigned int i = 0; i < bitVector.getSize(); i++) {
        if (i != 0)
            out << " ";
        if (bitVector.getBit(i))
            out << "1";
        else
            out << "0";
    }
    return out;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv6NeighbourCache::Neighbour &	e
	)

{
    os << e.macAddress;
    if (e.isRouter)
        os << " ROUTER";
    if (e.isDefaultRouter())
        os << "DefaultRtr";
    if (e.isHomeAgent)
        os << " Home Agent";
    os << " " << IPv6NeighbourCache::stateName(e.reachabilityState);
    os << " reachabilityExp:" << e.reachabilityExpires;
    if (e.numProbesSent)
        os << " probesSent:" << e.numProbesSent;
    if (e.isRouter)
        os << " rtrExp:" << e.routerExpiryTime;
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const LDP::peer_info &	p
	)

{
    os << "peerIP=" << p.peerIP << "  interface=" << p.linkInterface
       << "  activeRole=" << (p.activeRole ? "true" : "false")
       << "  socket=" << (p.socket ? TCPSocket::stateName(p.socket->getState()) : "nullptr");
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const FEC_TLV &	a
	)

{
    os << "addr=" << a.addr << "  length=" << a.length;
    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	o,
		const PositionTable &	t
	)

{
    o << "{ ";
    for(auto elem : t.addressToPositionMap) {
        o << elem.first << ":(" << elem.second.first << ";" << elem.second.second << ") ";
    }
    o << "}";
    return o;
}

std::ostream& inet::operator<<	(	std::ostream &	out,
		const BitVector &	bitVector
	)

{
    if (bitVector.getBit(0))
        out << "1";
    else
        out << "0";
    for (int i = 1; i < bitVector.size; i++)
    {
        if (bitVector.getBit(i))
            out << " 1";
        else
            out << " 0";
    }
    return out;
}

std::ostream& inet::operator<< ( std::ostream &  os, const L3Address &  address  )

inline

{
    return os << address.str();
}

std::ostream& inet::operator<< ( std::ostream &  out, const IRoute *  route  )

inline

{
    out << "destination = " << route->getDestinationAsGeneric();
    out << ", prefixLength = " << route->getPrefixLength();
    out << ", nextHop = " << route->getNextHopAsGeneric();
    out << ", metric = " << route->getMetric();
    if (route->getInterface())
        out << ", interface = " << route->getInterface()->getName();
    return out;
};

std::ostream& inet::operator<<	(	std::ostream &	os,
		const RIPInterfaceEntry &	e
	)

{
    os << "if:" << e.ie->getName() << "  ";
    os << "metric:" << e.metric << "  ";
    os << "mode: ";
    switch (e.mode) {
        case NO_RIP:
            os << "NoRIP";
            break;

        case NO_SPLIT_HORIZON:
            os << "NoSplitHorizon";
            break;

        case SPLIT_HORIZON:
            os << "SplitHorizon";
            break;

        case SPLIT_HORIZON_POISONED_REVERSE:
            os << "SplitHorizonPoisenedReverse";
            break;

        default:
            os << "<unknown>";
            break;
    }
    return os;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		const TELinkStateInfo &	info
	)

{
    os << "advrouter:" << info.advrouter;
    os << "  linkid:" << info.linkid;
    os << "  local:" << info.local;
    os << "  remote:" << info.remote;
    os << "  state:" << info.state;
    os << "  metric:" << info.metric;
    os << "  maxBW:" << info.MaxBandwidth;
    os << "  unResvBW[7]:" << info.UnResvBandwidth[7];    // FIXME comment: what is 7 ?
    os << "  unResvBW[4]:" << info.UnResvBandwidth[4];    // FIXME comment: what is 4 ?

    return os;
}

std::ostream& inet::operator<< ( std::ostream &  os, const Ieee8021dInterfaceData::PortRole  r  )

inline

{
    switch (r) {
        case Ieee8021dInterfaceData::NOTASSIGNED:
            os << "Unkn";
            break;

        case Ieee8021dInterfaceData::ALTERNATE:
            os << "Altr";
            break;

        case Ieee8021dInterfaceData::DESIGNATED:
            os << "Desg";
            break;

        case Ieee8021dInterfaceData::ROOT:
            os << "Root";
            break;

        default:
            os << "<?>";
            break;
    }

    return os;
}

std::ostream& inet::operator<< ( std::ostream &  os, const Ieee8021dInterfaceData::PortState  s  )

inline

{
    switch (s) {
        case Ieee8021dInterfaceData::DISCARDING:
            os << "DIS";
            break;

        case Ieee8021dInterfaceData::LEARNING:
            os << "LRN";
            break;

        case Ieee8021dInterfaceData::FORWARDING:
            os << "FWD";
            break;

        default:
            os << "<?>";
            break;
    }

    return os;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		const LabelOpVector &	label
	)

{
    os << "{";
    for (unsigned int i = 0; i < label.size(); i++) {
        switch (label[i].optcode) {
            case PUSH_OPER:
                os << "PUSH " << label[i].label;
                break;

            case SWAP_OPER:
                os << "SWAP " << label[i].label;
                break;

            case POP_OPER:
                os << "POP";
                break;

            default:
                ASSERT(false);
                break;
        }

        if (i < label.size() - 1)
            os << "; ";
        else
            os << "}";
    }
    return os;
}

std::ostream& inet::operator<< ( std::ostream &  stream, const NetworkConfiguratorBase::Link &  link  )

inline

{
    return stream << (link.sourceInterfaceInfo != nullptr ? link.sourceInterfaceInfo->getFullPath() : "") << " -> "
                  << (link.destinationInterfaceInfo != nullptr ? link.destinationInterfaceInfo->getFullPath() : "");
}

std::ostream& inet::operator<< ( std::ostream &  stream, const NetworkConfiguratorBase::Link *  link  )

inline

{
    return stream << *link;
}

std::ostream& inet::operator<< ( std::ostream &  os, const MACAddress &  mac  )

inline

{
    return os << mac.str();
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const SimpleClassifier::FECEntry &	fec
	)

{
    os << "id:" << fec.id;
    os << "    dest:" << fec.dest;
    os << "    src:" << fec.src;
    os << "    session:" << fec.session;
    os << "    sender:" << fec.sender;
    os << "    inLabel:" << fec.inLabel;
    return os;
}

std::ostream& inet::operator<< ( std::ostream &  os, Ieee8021dInterfaceData *  p  )

inline

{
    os << "[";
    if (p->isLearning())
        os << "L";
    else
        os << "_";
    if (p->isForwarding())
        os << "F";
    else
        os << "_";
    os << "]";

    os << " " << p->getRole() << " " << p->getState() << " ";
    os << p->getLinkCost() << " ";
    os << p->getPriority() << " ";

    return os;
}

std::ostream & inet::operator<<	(	std::ostream &	out,
		const IPv6ExtensionHeader &	h
	)

{
    out << "{type:" << h.getExtensionType() << ",length:" << h.getByteLength() << "}";
    return out;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		const LIBTable::LIBEntry &	lib
	)

{
    os << "inLabel:" << lib.inLabel;
    os << "    inInterface:" << lib.inInterface;
    os << "    outLabel:" << lib.outLabel;
    os << "    outInterface:" << lib.outInterface;
    os << "    color:" << lib.color;
    return os;
}

Int128 inet::operator<< ( const Int128 &  a, unsigned int  n  )

inline

{
    return Int128(a) <<= n;
}

std::ostream& inet::operator<< ( std::ostream &  os, STP  i  )

inline

{
    os << "RootID Priority: " << i.rootPriority << " \n";
    os << "  Address: " << i.rootAddress << " \n";
    if (i.isRoot)
        os << "  This bridge is the Root. \n";
    else {
        os << "  Cost: " << i.rootPathCost << " \n";
        os << "  Port: " << i.rootPort << " \n";
    }
    os << "  Hello Time: " << i.currentHelloTime << " \n";
    os << "  Max Age: " << i.currentMaxAge << " \n";
    os << "  Forward Delay: " << i.currentFwdDelay << " \n";
    os << "BridgeID Priority: " << i.bridgePriority << "\n";
    os << "  Address: " << i.bridgeAddress << " \n";
    os << "  Hello Time: " << i.helloTime << " \n";
    os << "  Max Age: " << i.maxAge << " \n";
    os << "  Forward Delay: " << i.forwardDelay << " \n";
    os << "Port Flag Role State Cost Priority \n";
    os << "-----------------------------------------\n";

    for (unsigned int x = 0; x < i.numPorts; x++)
        os << x << "  " << i.getPortInterfaceData(x) << " \n";

    return os;
}

std::ostream& inet::operator<< ( std::ostream &  os, const Coord &  coord  )

inline

{
    return os << "(" << coord.x << ", " << coord.y << ", " << coord.z << ")";
}

std::ostream& inet::operator<< ( std::ostream &  os, const IPv6Address &  ip  )

inline

{
    return os << ip.str();
}

std::ostream& inet::operator<< ( std::ostream &  os, const IPv4Address &  ip  )

inline

{
    return os << ip.str();
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv6Tunneling::Tunnel &	tun
	)

{
    os << "tunnel entry = " << tun.entry << ", exit = " << tun.exit << ", tunnelMTU = "
       << tun.tunnelMTU << ", dest = " << tun.destTrigger << ", type: ";

    switch (tun.tunnelType) {
        case IPv6Tunneling::SPLIT:
            os << "split tunnel";
            break;

        case IPv6Tunneling::NON_SPLIT:
            os << "non-split tunnel";
            break;

        case IPv6Tunneling::T2RH:
            os << "T2RH path";
            break;

        case IPv6Tunneling::HA_OPT:
            os << "Home Address Option path";
            break;

        default:
            throw cRuntimeError("Not a valid type for an existing tunnel!");
            break;
    }

    os << endl;

    return os;
}

std::ostream& inet::operator<<	(	std::ostream &	os,
		const IPv6InterfaceData::HomeNetworkInfo &	homeNetInfo
	)

{
    os << "HoA of MN:" << homeNetInfo.HoA << " HA Address: " << homeNetInfo.homeAgentAddr
       << " Home Network Prefix: " << homeNetInfo.prefix    /*.prefix()*/;
    return os;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		const FlowSpecObj_t &	a
	)

{
    os << "{bandwidth:" << a.req_bandwidth << "}";
    return os;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		const SessionObj_t &	a
	)

{
    os << "{tunnelId:" << a.Tunnel_Id << "  exTunnelId:" << a.Extended_Tunnel_Id
       << "  destAddr:" << a.DestAddress << "}";
    return os;
}

std::ostream & inet::operator<<	(	std::ostream &	os,
		const SenderTemplateObj_t &	a
	)

{
    os << "{lspid:" << a.Lsp_Id << "  sender:" << a.SrcAddress << "}";
    return os;
}

bool inet::operator<= ( const Int128 &  a, const Int128 &  b  )

inline

{
    return !(b < a);
}

bool inet::operator==	(	const FEC_TLV &	a,
		const FEC_TLV &	b
	)

{
    return a.length == b.length && a.addr == b.addr;
}

bool inet::operator== ( const Int128 &  a, const Int128 &  b  )

inline

Referenced by inet::BitVector::getBytes(), inet::PolyhedronEdge::getJointFace(), inet::PIMBase::AssertMetric::isInfinite(), inet::RSVP::numInitStages(), operator!=(), inet::IPv6Address::operator!=(), inet::physicallayer::Argument::key_iterator< IteratorType >::operator->(), and inet::L3Address::operator>().

{
    return a.hi == b.hi && a.lo == b.lo;
}

bool inet::operator==	(	const SessionObj_t &	a,
		const SessionObj_t &	b
	)

{
    return a.DestAddress == b.DestAddress &&
           a.Tunnel_Id == b.Tunnel_Id &&
           a.Extended_Tunnel_Id == b.Extended_Tunnel_Id;
    // NOTE: don't compare holdingPri and setupPri; their placement
    // into Session_Object is only for our convenience
}

bool inet::operator==	(	const FilterSpecObj_t &	a,
		const FilterSpecObj_t &	b
	)

{
    return a.SrcAddress == b.SrcAddress && a.Lsp_Id == b.Lsp_Id;
}

bool inet::operator==	(	const SenderTemplateObj_t &	a,
		const SenderTemplateObj_t &	b
	)

{
    return a.SrcAddress == b.SrcAddress && a.Lsp_Id == b.Lsp_Id;
}

bool inet::operator> ( const Int128 &  a, const Int128 &  b  )

inline

{
    return b < a;
}

bool inet::operator>= ( const Int128 &  a, const Int128 &  b  )

inline

{
    return !(a < b);
}

Int128 inet::operator>> ( const Int128 &  a, unsigned int  n  )

inline

{
    return Int128(a) >>= n;
}

Int128 inet::operator^ ( const Int128 &  a, const Int128 &  b  )

inline

{
    return Int128(a) ^= b;
}

Int128 inet::operator| ( const Int128 &  a, const Int128 &  b  )

inline

{
    return Int128(a) |= b;
}

bool inet::operator|| ( const Int128 &  a, const Int128 &  b  )

inline

{
    return (a.hi || a.lo) || (b.hi || b.lo);
}

bool inet::opp_isdigit ( unsigned char  c )

inline

Referenced by inet::PatternMatcher::doMatch(), and inet::PatternMatcher::parseNumRange().

{ return isdigit(c); }

char inet::opp_toupper ( unsigned char  c )

inline

Referenced by inet::PatternMatcher::isInSet(), and inet::PatternMatcher::parseSet().

{ return toupper(c); }

bool inet::overlap	(	simtime_t	a1,
		simtime_t	a2,
		simtime_t	b1,
		simtime_t	b2
	)

returns 1 if the intervals overlap, and 0 otherwise

Referenced by inet::IntervalTree::query().

{
    if (a1 <= b1)
    {
        return (b1 <= a2);
    }
    else
    {
        return (a1 <= b2);
    }
}

void inet::printElapsedTime ( const char *  name, long  startTime  )

inline

Referenced by inet::L2NetworkConfigurator::computeConfiguration(), inet::IPv4NetworkConfigurator::computeConfiguration(), and inet::GenericNetworkConfigurator::initialize().

{
    EV_DEBUG << "Time spent in " << name << ": " << ((double)(clock() - startTime) / CLOCKS_PER_SEC) << "s" << endl;
}

void inet::printNotificationBanner	(	simsignal_t	signalID,
		const cObject *	obj
	)

Utility function.

Referenced by inet::LinkStateRouting::receiveSignal(), inet::ieee80211::Ieee80211AgentSTA::receiveSignal(), inet::PIMInterfaceTable::receiveSignal(), inet::DHCPClient::receiveSignal(), inet::InterfaceTable::receiveSignal(), inet::IPv6RoutingTable::receiveSignal(), inet::IPv4RoutingTable::receiveSignal(), inet::ieee80211::Ieee80211MgmtSTA::receiveSignal(), inet::PIMDM::receiveSignal(), inet::LDP::receiveSignal(), and inet::PIMSM::receiveSignal().

{
    EV << "** Notification at T=" << simTime()
       << " to " << getSimulation()->getContextModule()->getFullPath() << ": "
       << notificationCategoryName(signalID) << " "
       << (obj ? obj->str() : "") << "\n";
}

inet::Register_Abstract_Class

(

IARP::Notification

)

inet::Register_Abstract_Class

(

INetworkDatagram

)

inet::Register_Abstract_Class

(

PIMNeighbor

)

inet::Register_Abstract_Class

(

IPv6Route

)

inet::Register_Abstract_Class

(

IPv6MulticastGroupInfo

)

inet::Register_Abstract_Class

(

IPv4MulticastGroupInfo

)

inet::Register_Abstract_Class

(

IPv4MulticastGroupSourceInfo

)

inet::Register_Abstract_Class

(

MobilityBase

)

inet::Register_Abstract_Class

(

InterfaceEntryChangeDetails

)

inet::Register_Abstract_Class

(

InterfaceEntry

)

inet::Register_Class

(

PIMHello

)

inet::Register_Class

(

ThruputMeteringChannel

)

inet::Register_Class

(

TxNotifDetails

)

inet::Register_Class

(

IPv6Datagram

)

inet::Register_Class

(

TCPGenericSrvThread

)

inet::Register_Class

(

IPv4Datagram

)

inet::Register_Class

(

GenericRoute

)

inet::Register_Class

(

TLVOptions

)

inet::Register_Class

(

NodeStartOperation

)

inet::Register_Class

(

NodeShutdownOperation

)

inet::Register_Class

(

EtherPhyFrame

)

inet::Register_Class

(

HomeAddressOption

)

inet::Register_Class

(

NodeCrashOperation

)

inet::Register_Class

(

Topology

)

inet::Register_Class

(

IPv4Route

)

inet::Register_Class

(

IPv4MulticastRoute

)

inet::Register_Class

(

cSocketRTScheduler

)

inet::Register_Enum	(	inet::NodeStatus	,
		(NodeStatus::UP, NodeStatus::DOWN, NodeStatus::GOING_UP, NodeStatus::GOING_DOWN)
	)

inet::Register_Figure	(	"panel"	,
		cPanelFigure
	)

inet::Register_MessagePrinter

(

InetPacketBytesPrinter

)

Referenced by inet::InetPacketBytesPrinter::~InetPacketBytesPrinter(), inet::InetPacketPrinter::~InetPacketPrinter(), and inet::InetPacketPrinter2::~InetPacketPrinter2().

inet::Register_MessagePrinter

(

InetPacketPrinter

)

inet::Register_MessagePrinter

(

InetPacketPrinter2

)

inet::Register_PerRunConfigOption	(	CFGID_ROUTINGLOG_FILE	,
		"routinglog-file"	,
		CFG_FILENAME	,
		"${resultdir}/${configname}-${runnumber}.rt"	,
		"Name of the routing log file to generate."
	)

inet::Register_ResultRecorder	(	"figure"	,
		FigureRecorder
	)

Referenced by inet::GroupCountRecorder::finish().

inet::Register_ResultRecorder	(	"groupCount"	,
		GroupCountRecorder
	)

inet::Register_ResultRecorder	(	"elapsedTime"	,
		ElapsedTimeRecorder
	)

template<typename T , typename A >

void inet::remove ( std::vector< T > &  v, const A &  a  )

inline

Referenced by inet::IPv4MulticastSourceList::add(), inet::UDP::SockDesc::deleteMulticastMembership(), inet::ieee80211::Ieee80211Queue::remove(), inet::IPv4MulticastSourceList::remove(), inet::visualizer::TransportConnectionVisualizerBase::removeConnectionVisualization(), inet::visualizer::EnergyStorageVisualizerBase::removeEnergyStorageVisualization(), inet::visualizer::InfoVisualizerBase::removeInfoVisualization(), inet::visualizer::LineManager::removeModuleLine(), inet::visualizer::LineManager::removeModulePath(), inet::visualizer::TracingObstacleLossVisualizerBase::removeObstacleLossVisualization(), inet::visualizer::PacketDropVisualizerBase::removePacketDropVisualization(), inet::visualizer::QueueVisualizerBase::removeQueueVisualization(), inet::physicallayer::MediumLimitCache::removeRadio(), and inet::visualizer::MediumCanvasVisualizer::transmissionRemoved().

                                                {
    v.erase(std::remove(v.begin(), v.end(), a), v.end());
}

void inet::removeDuplicates

(

std::vector< int > &

vec

)

TODO documentation.

{
    for (unsigned int i = 0; i < vec.size(); i++) {
        unsigned int j;
        for (j = 0; j < i; j++)
            if (vec[j] == vec[i])
                break;

        if (j < i) {
            vec.erase(vec.begin() + i);
            --i;
        }
    }
}

EroVector inet::routeToEro

(

const IPAddressVector &

rro

)

{
    EroVector ero;

    for (auto & elem : rro) {
        EroObj_t hop;
        hop.L = false;
        hop.node = elem;
        ero.push_back(hop);
    }

    return ero;
}

template<typename T >

void inet::sort

(

std::vector< T > &

v

)

Referenced by inet::BVHTree::buildHierarchy(), inet::visualizer::NetworkNodeCanvasVisualization::layout(), inet::IGMPv3::multicastSourceListChanged(), inet::IGMPv3::processQuery(), inet::IGMPv3::processReport(), sorted(), and inet::visualizer::LineManager::updateOffsets().

                           {
    std::sort(v.begin(), v.end());
}

template<typename T >

std::vector<T> inet::sorted

(

const std::vector< T > &

v

)

                                           {
    std::vector<T> result = v;
    std::sort(result.begin(), result.end());
    return result;
}

template<typename T >

std::string inet::to_str

(

const std::vector< T > &

v

)

                                        {
    std::stringstream out;
    out << '[';
    for (auto it = v.begin(); it != v.end(); ++it) {
        if (it != v.begin())
            out << ", ";
        out << *it;
    }
    out << "]";
    return out.str();
}

template<typename K , typename V >

std::string inet::to_str

(

const std::map< K, V > &

m

)

                                       {
    std::stringstream out;
    out << '{';
    for (auto it = m.begin(); it != m.end(); ++it) {
        if (it != m.begin())
            out << ", ";
        out << it->first << " -> " << it->second;
    }
    out << "}";
    return out.str();
}

template<typename K , typename V >

std::vector<V> inet::values ( const std::map< K, V > &  m )

inline

                                                 {
    std::vector<V> result;
    for (auto it = m.begin(); it != m.end(); ++it)
        result.push_back(it->second);
    return result;
}

template<typename T >

void inet::vector_delete_element	(	std::vector< T * > &	v,
		T *	p
	)

Referenced by inet::LifecycleController::moduleOperationStageCompleted().

{
    auto it = std::find(v.begin(), v.end(), p);
    ASSERT(it != v.end());
    v.erase(it);
    delete p;
}

std::string inet::vectorToString

(

const IPAddressVector &

vec

)

Referenced by inet::RSVP::print(), and vectorToString().

{
    return vectorToString(vec, ", ");
}

std::string inet::vectorToString	(	const IPAddressVector &	vec,
		const char *	delim
	)

{
    std::ostringstream stream;
    for (unsigned int i = 0; i < vec.size(); i++) {
        stream << vec[i];
        if (i < vec.size() - 1)
            stream << delim;
    }
    stream << std::flush;
    std::string str(stream.str());
    return str;
}

std::string inet::vectorToString

(

const EroVector &

vec

)

{
    return vectorToString(vec, ", ");
}

std::string inet::vectorToString	(	const EroVector &	vec,
		const char *	delim
	)

{
    std::ostringstream stream;
    for (unsigned int i = 0; i < vec.size(); i++) {
        stream << vec[i].node;

        if (i < vec.size() - 1)
            stream << delim;
    }
    stream << std::flush;
    std::string str(stream.str());
    return str;
}

Variable Documentation

_DefaultInitializer inet::_theDefaultInitializer

Referenced by inet::Macho::_StateSpecification::_restore(), inet::Macho::_StateInstance::init(), inet::Macho::_MachineBase::shutdown(), and inet::Macho::_MachineBase::start().

_HistoryInitializer inet::_theHistoryInitializer

const int inet::BGP_EMPTY_UPDATE_OCTETS = 4

const int inet::BGP_HEADER_OCTETS = 19

const bool inet::DEFAULT_MULTICAST_LOOP = true

Referenced by inet::UDP::MulticastMembership::isSourceAllowed().

const char * inet::IFCONFIG_END_TOKEN = "ifconfigend."

Referenced by inet::RoutingTableParser::readRoutingTableFromFile().

const char* inet::IFCONFIG_START_TOKEN = "ifconfig:"

const int inet::IP_HEADER_BYTES = 20

Referenced by inet::serializer::IPv4Serializer::deserialize(), inet::IPv4::encapsulate(), inet::sctp::SCTPNatHook::sendBackError(), inet::PIMSM::sendPIMRegisterNull(), inet::serializer::IPv4Serializer::serialize(), and inet::serializer::IPv4Serializer::serializeOptions().

const int inet::IP_MAX_HEADER_BYTES = 60

Referenced by inet::ospf::Neighbor::retransmitUpdatePacket(), inet::ospf::Neighbor::sendDatabaseDescriptionPacket(), inet::ospf::Interface::sendDelayedAcknowledgements(), and inet::ospf::Neighbor::sendLinkStateRequestPacket().

const unsigned char inet::IPOPTION_CLASS_MASK = 0x60

const unsigned char inet::IPOPTION_COPY_MASK = 0x80

const unsigned char inet::IPOPTION_NUMBER_MASK = 0x1F

const int inet::IPv6_HEADER_BYTES = 40

Referenced by inet::IPv6Datagram::calculateFragmentLength(), inet::serializer::IPv6Serializer::deserialize(), and inet::ICMPv6::sendErrorMessage().

const uint32 inet::LINK_LOCAL_MASK = 0xFFC00000

const uint32 inet::LINK_LOCAL_PREFIX = 0xFE800000

const int inet::MAX_ENTRY_STRING_SIZE = 500

Referenced by inet::RoutingTableParser::parseInterfaces(), and inet::RoutingTableParser::parseRouting().

const int inet::MAX_FILESIZE = 10000

Referenced by inet::RoutingTableParser::createFilteredFile(), and inet::RoutingTableParser::readRoutingTableFromFile().

const unsigned int inet::MAX_IPADDR_OPTION_ENTRIES = 9

const unsigned int inet::MAX_TIMESTAMP_OPTION_ENTRIES = 4

const uint32 inet::MULTICAST_MASK = 0xFF000000

const uint32 inet::MULTICAST_PREFIX = 0xFF000000

simsignal_t inet::NF_BATTERY_CHANGED = cComponent::registerSignal("NF_BATTERY_CHANGED")

simsignal_t inet::NF_BATTERY_CPUTIME_CONSUMED = cComponent::registerSignal("NF_BATTERY_CPUTIME_CONSUMED")

INET_API simsignal_t inet::NF_CLNS_ROUTE_ADDED = cComponent::registerSignal("NF_CLNS_ROUTE_ADDED")

INET_API simsignal_t inet::NF_CLNS_ROUTE_CHANGED = cComponent::registerSignal("NF_CLNS_ROUTE_CHANGED")

INET_API simsignal_t inet::NF_CLNS_ROUTE_DELETED = cComponent::registerSignal("NF_CLNS_ROUTE_DELETED")

INET_API simsignal_t inet::NF_INTERFACE_CONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_CONFIG_CHANGED")

Referenced by inet::physicallayer::RadioMedium::addRadio(), inet::InterfaceEntry::configChanged(), inet::RoutingTableRecorder::hookListeners(), inet::GenericRoutingTable::initialize(), inet::IPv6RoutingTable::initialize(), inet::IPv4RoutingTable::initialize(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::visualizer::InterfaceTableVisualizerBase::receiveSignal(), inet::IPv6RoutingTable::receiveSignal(), inet::IPv4RoutingTable::receiveSignal(), inet::physicallayer::RadioMedium::receiveSignal(), inet::RoutingTableRecorder::recordInterfaceChange(), inet::physicallayer::RadioMedium::removeRadio(), inet::visualizer::InterfaceTableVisualizerBase::subscribe(), and inet::visualizer::InterfaceTableVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_INTERFACE_CREATED = cComponent::registerSignal("NF_INTERFACE_CREATED")

Referenced by inet::InterfaceTable::addInterface(), inet::RoutingTableRecorder::hookListeners(), inet::L2NodeConfigurator::initialize(), inet::GenericRoutingTable::initialize(), inet::PIMInterfaceTable::initialize(), inet::IPv6RoutingTable::initialize(), inet::IPv4RoutingTable::initialize(), inet::IGMPv2::initialize(), inet::IGMPv3::initialize(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::L2NodeConfigurator::receiveSignal(), inet::PIMInterfaceTable::receiveSignal(), inet::visualizer::InterfaceTableVisualizerBase::receiveSignal(), inet::IPv6RoutingTable::receiveSignal(), inet::IGMPv2::receiveSignal(), inet::IPv4RoutingTable::receiveSignal(), inet::RIPRouting::receiveSignal(), inet::IGMPv3::receiveSignal(), inet::RoutingTableRecorder::recordInterfaceChange(), inet::RIPRouting::startRIPRouting(), inet::RIPRouting::stopRIPRouting(), inet::visualizer::InterfaceTableVisualizerBase::subscribe(), and inet::visualizer::InterfaceTableVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_INTERFACE_DELETED = cComponent::registerSignal("NF_INTERFACE_DELETED")

Referenced by inet::InterfaceTable::deleteInterface(), inet::RoutingTableRecorder::hookListeners(), inet::MACBase::initialize(), inet::GenericRoutingTable::initialize(), inet::DHCPServer::initialize(), inet::DHCPClient::initialize(), inet::PIMInterfaceTable::initialize(), inet::IPv6RoutingTable::initialize(), inet::IPv4RoutingTable::initialize(), inet::IGMPv2::initialize(), inet::IGMPv3::initialize(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::MACBase::receiveSignal(), inet::PIMInterfaceTable::receiveSignal(), inet::visualizer::InterfaceTableVisualizerBase::receiveSignal(), inet::DHCPClient::receiveSignal(), inet::DHCPServer::receiveSignal(), inet::IPv6RoutingTable::receiveSignal(), inet::IPv4RoutingTable::receiveSignal(), inet::IGMPv2::receiveSignal(), inet::RIPRouting::receiveSignal(), inet::IGMPv3::receiveSignal(), inet::RoutingTableRecorder::recordInterfaceChange(), inet::RIPRouting::startRIPRouting(), inet::RIPRouting::stopRIPRouting(), inet::visualizer::InterfaceTableVisualizerBase::subscribe(), and inet::visualizer::InterfaceTableVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_INTERFACE_GENERICNETWORKPROTOCOLCONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_GENERICNETWORKPROTOCOLCONFIG_CHANGED")

Referenced by inet::GenericNetworkProtocolInterfaceData::changed1().

INET_API simsignal_t inet::NF_INTERFACE_IPv4CONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_IPv4CONFIG_CHANGED")

Referenced by inet::IPv4InterfaceData::changed1(), inet::RoutingTableRecorder::hookListeners(), inet::GenericRoutingTable::initialize(), inet::GlobalARP::initialize(), inet::IPv4RoutingTable::initialize(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::GlobalARP::receiveSignal(), inet::visualizer::InterfaceTableVisualizerBase::receiveSignal(), inet::visualizer::RoutingTableVisualizerBase::receiveSignal(), inet::IPv4RoutingTable::receiveSignal(), inet::RoutingTableRecorder::recordInterfaceChange(), inet::visualizer::InterfaceTableVisualizerBase::subscribe(), inet::visualizer::RoutingTableVisualizerBase::subscribe(), inet::visualizer::InterfaceTableVisualizerBase::unsubscribe(), and inet::visualizer::RoutingTableVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_INTERFACE_IPv6CONFIG_CHANGED = cComponent::registerSignal("NF_INTERFACE_IPv6CONFIG_CHANGED")

Referenced by inet::IPv6InterfaceData::changed1(), inet::IPv6RoutingTable::initialize(), and inet::IPv6RoutingTable::receiveSignal().

INET_API simsignal_t inet::NF_INTERFACE_STATE_CHANGED = cComponent::registerSignal("NF_INTERFACE_STATE_CHANGED")

Referenced by inet::PIMDM::handleNodeStart(), inet::GenericRoutingTable::initialize(), inet::STPBase::initialize(), inet::IPv6RoutingTable::initialize(), inet::IPv4RoutingTable::initialize(), inet::RSTP::receiveSignal(), inet::IPv6RoutingTable::receiveSignal(), inet::IPv4RoutingTable::receiveSignal(), inet::RIPRouting::receiveSignal(), inet::RIPRouting::startRIPRouting(), inet::InterfaceEntry::stateChanged(), inet::PIMDM::stopPIMRouting(), and inet::RIPRouting::stopRIPRouting().

INET_API simsignal_t inet::NF_IPv4_DATA_ON_NONRPF = cComponent::registerSignal("NF_IPv4_DATA_ON_NONRPF")

Referenced by inet::IPv4::forwardMulticastPacket(), inet::PIMSM::handleNodeStart(), inet::PIMDM::handleNodeStart(), inet::PIMDM::receiveSignal(), inet::PIMSM::receiveSignal(), inet::PIMSM::stopPIMRouting(), and inet::PIMDM::stopPIMRouting().

INET_API simsignal_t inet::NF_IPv4_DATA_ON_RPF = cComponent::registerSignal("NF_IPv4_DATA_ON_RPF")

Referenced by inet::IPv4::forwardMulticastPacket(), inet::PIMSM::handleNodeStart(), inet::PIMDM::handleNodeStart(), inet::PIMDM::receiveSignal(), inet::PIMSM::receiveSignal(), inet::PIMSM::stopPIMRouting(), and inet::PIMDM::stopPIMRouting().

INET_API simsignal_t inet::NF_IPv4_DATA_ON_RPF_PIMSM = cComponent::registerSignal("NF_IPv4_DATA_ON_RPF_PIMSM")

INET_API simsignal_t inet::NF_IPv4_MCAST_CHANGE = cComponent::registerSignal("NF_IPv4_MCAST_CHANGE")

Referenced by inet::IPv4InterfaceData::changeMulticastGroupMembership(), inet::IGMPv3::initialize(), and inet::IGMPv3::receiveSignal().

INET_API simsignal_t inet::NF_IPv4_MCAST_JOIN = cComponent::registerSignal("NF_IPv4_MCAST_JOIN")

Referenced by inet::IPv4InterfaceData::changeMulticastGroupMembership(), inet::IGMPv2::initialize(), and inet::IGMPv2::receiveSignal().

INET_API simsignal_t inet::NF_IPv4_MCAST_LEAVE = cComponent::registerSignal("NF_IPv4_MCAST_LEAVE")

Referenced by inet::IPv4InterfaceData::changeMulticastGroupMembership(), inet::IGMPv2::initialize(), and inet::IGMPv2::receiveSignal().

INET_API simsignal_t inet::NF_IPv4_MCAST_REGISTERED = cComponent::registerSignal("NF_IPv4_MCAST_REGISTERED")

Referenced by inet::IPv4InterfaceData::addMulticastListener(), inet::PIMSM::handleNodeStart(), inet::PIMDM::handleNodeStart(), inet::PIMDM::receiveSignal(), inet::PIMSM::receiveSignal(), inet::PIMSM::stopPIMRouting(), and inet::PIMDM::stopPIMRouting().

INET_API simsignal_t inet::NF_IPv4_MCAST_UNREGISTERED = cComponent::registerSignal("NF_IPv4_MCAST_UNREGISTERED")

Referenced by inet::PIMSM::handleNodeStart(), inet::PIMDM::handleNodeStart(), inet::PIMDM::receiveSignal(), inet::PIMSM::receiveSignal(), inet::IPv4InterfaceData::removeMulticastListener(), inet::PIMSM::stopPIMRouting(), and inet::PIMDM::stopPIMRouting().

INET_API simsignal_t inet::NF_IPv4_MDATA_REGISTER = cComponent::registerSignal("NF_IPv4_MDATA_REGISTER")

Referenced by inet::IPv4::forwardMulticastPacket(), inet::PIMSM::handleNodeStart(), inet::PIMSM::receiveSignal(), and inet::PIMSM::stopPIMRouting().

simsignal_t inet::NF_IPv4_NEW_IGMP_ADDED = cComponent::registerSignal("NF_IPv4_NEW_IGMP_ADDED")

simsignal_t inet::NF_IPv4_NEW_IGMP_ADDED_PISM = cComponent::registerSignal("NF_IPv4_NEW_IGMP_ADDED_PISM")

simsignal_t inet::NF_IPv4_NEW_IGMP_REMOVED = cComponent::registerSignal("NF_IPv4_NEW_IGMP_REMOVED")

simsignal_t inet::NF_IPv4_NEW_IGMP_REMOVED_PIMSM = cComponent::registerSignal("NF_IPv4_NEW_IGMP_REMOVED_PIMSM")

INET_API simsignal_t inet::NF_IPv4_NEW_MULTICAST = cComponent::registerSignal("NF_IPv4_NEW_MULTICAST")

Referenced by inet::IPv4::forwardMulticastPacket(), inet::PIMSM::handleNodeStart(), inet::PIMDM::handleNodeStart(), inet::PIMDM::receiveSignal(), inet::PIMSM::receiveSignal(), inet::PIMSM::stopPIMRouting(), and inet::PIMDM::stopPIMRouting().

INET_API simsignal_t inet::NF_IPv4_RPF_CHANGE = cComponent::registerSignal("NF_IPv4_RPF_CHANGE")

INET_API simsignal_t inet::NF_IPv6_HANDOVER_OCCURRED = cComponent::registerSignal("NF_IPv6_HANDOVER_OCCURRED")

INET_API simsignal_t inet::NF_IPv6_MCAST_JOIN = cComponent::registerSignal("NF_IPv6_MCAST_JOIN")

Referenced by inet::IPv6InterfaceData::joinMulticastGroup().

INET_API simsignal_t inet::NF_IPv6_MCAST_LEAVE = cComponent::registerSignal("NF_IPv6_MCAST_LEAVE")

Referenced by inet::IPv6InterfaceData::leaveMulticastGroup().

INET_API simsignal_t inet::NF_IPv6_MCAST_REGISTERED = cComponent::registerSignal("NF_IPv6_MCAST_REGISTERED")

INET_API simsignal_t inet::NF_IPv6_MCAST_UNREGISTERED = cComponent::registerSignal("NF_IPv6_MCAST_UNREGISTERED")

INET_API simsignal_t inet::NF_ISIS_ADJ_CHANGED = cComponent::registerSignal("NF_ISIS_ADJ_CHANGED")

INET_API simsignal_t inet::NF_L2_AP_ASSOCIATED = cComponent::registerSignal("NF_L2_AP_ASSOCIATED")

Referenced by inet::visualizer::Ieee80211VisualizerBase::receiveSignal(), inet::ieee80211::Ieee80211MgmtAP::sendAssocNotification(), inet::visualizer::Ieee80211VisualizerBase::subscribe(), and inet::visualizer::Ieee80211VisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_L2_AP_DISASSOCIATED = cComponent::registerSignal("NF_L2_AP_DISASSOCIATED")

Referenced by inet::visualizer::Ieee80211VisualizerBase::receiveSignal(), inet::ieee80211::Ieee80211MgmtAP::sendDisAssocNotification(), inet::visualizer::Ieee80211VisualizerBase::subscribe(), and inet::visualizer::Ieee80211VisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_L2_ASSOCIATED = cComponent::registerSignal("NF_L2_ASSOCIATED")

Referenced by inet::ieee80211::Ieee80211MgmtSTA::handleAssociationResponseFrame(), inet::DHCPClient::initialize(), inet::visualizer::Ieee80211VisualizerBase::receiveSignal(), inet::DHCPClient::receiveSignal(), inet::visualizer::Ieee80211VisualizerBase::subscribe(), and inet::visualizer::Ieee80211VisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_L2_ASSOCIATED_NEWAP = cComponent::registerSignal("NF_L2_ASSOCIATED_NEWAP")

Referenced by inet::ieee80211::Ieee80211AgentSTA::processAssociateConfirm().

INET_API simsignal_t inet::NF_L2_ASSOCIATED_OLDAP = cComponent::registerSignal("NF_L2_ASSOCIATED_OLDAP")

Referenced by inet::ieee80211::Ieee80211AgentSTA::processAssociateConfirm(), and inet::ieee80211::Ieee80211AgentSTA::processReassociateConfirm().

INET_API simsignal_t inet::NF_L2_BEACON_LOST = cComponent::registerSignal("NF_L2_BEACON_LOST")

Referenced by inet::ieee80211::Ieee80211MgmtSTA::beaconLost(), inet::ieee80211::Ieee80211AgentSTA::initialize(), and inet::ieee80211::Ieee80211AgentSTA::receiveSignal().

INET_API simsignal_t inet::NF_L2_DISASSOCIATED = cComponent::registerSignal("NF_L2_DISASSOCIATED")

Referenced by inet::visualizer::Ieee80211VisualizerBase::receiveSignal(), inet::ieee80211::Ieee80211AgentSTA::receiveSignal(), inet::visualizer::Ieee80211VisualizerBase::subscribe(), and inet::visualizer::Ieee80211VisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_L2_Q_DROP = cComponent::registerSignal("NF_L2_Q_DROP")

INET_API simsignal_t inet::NF_LINK_BREAK = cComponent::registerSignal("NF_LINK_BREAK")

Referenced by inet::CsmaCaMac::giveUpCurrentTransmission(), inet::ieee80211::Hcf::handleInternalCollision(), inet::BMacLayer::handleSelfMessage(), inet::IdealMac::handleSelfMessage(), inet::GPSR::initialize(), inet::dymo::DYMO::initialize(), inet::AODVRouting::initialize(), inet::CSMA::manageMissingAck(), inet::ieee80211::Dcf::originatorProcessFailedFrame(), inet::ieee80211::Hcf::originatorProcessFailedFrame(), inet::ieee80211::Dcf::originatorProcessRtsProtectionFailed(), inet::ieee80211::Hcf::originatorProcessRtsProtectionFailed(), inet::visualizer::LinkBreakVisualizerBase::receiveSignal(), inet::GPSR::receiveSignal(), inet::AODVRouting::receiveSignal(), inet::dymo::DYMO::receiveSignal(), inet::visualizer::LinkBreakVisualizerBase::subscribe(), and inet::visualizer::LinkBreakVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_LINK_FULL_PROMISCUOUS = cComponent::registerSignal("NF_LINK_FULL_PROMISCUOUS")

Referenced by inet::ieee80211::Ieee80211MgmtSTA::initialize(), and inet::ieee80211::Ieee80211MgmtSTA::receiveSignal().

INET_API simsignal_t inet::NF_LINK_PROMISCUOUS = cComponent::registerSignal("NF_LINK_PROMISCUOUS")

INET_API simsignal_t inet::NF_MAC_BECAME_IDLE = cComponent::registerSignal("NF_MAC_BECAME_IDLE")

INET_API simsignal_t inet::NF_MIPv6_RO_COMPLETED = cComponent::registerSignal("NF_MIPv6_RO_COMPLETED")

Referenced by inet::xMIPv6::processBAMessage().

INET_API simsignal_t inet::NF_MODESET_CHANGED = cComponent::registerSignal("NF_MODESET_CHANGED")

Referenced by inet::ieee80211::ModeSetListener::initialize(), inet::ieee80211::Dcaf::initialize(), inet::ieee80211::Edcaf::initialize(), inet::ieee80211::RateSelection::initialize(), inet::ieee80211::Ieee80211Mac::initialize(), inet::ieee80211::ModeSetListener::receiveSignal(), inet::ieee80211::RateControlBase::receiveSignal(), inet::ieee80211::Dcaf::receiveSignal(), inet::ieee80211::Edcaf::receiveSignal(), inet::ieee80211::RateSelection::receiveSignal(), and inet::ieee80211::QoSRateSelection::receiveSignal().

INET_API simsignal_t inet::NF_MROUTE_ADDED = cComponent::registerSignal("NF_MROUTE_ADDED")

Referenced by inet::IPv4RoutingTable::addMulticastRoute().

INET_API simsignal_t inet::NF_MROUTE_CHANGED = cComponent::registerSignal("NF_MROUTE_CHANGED")

Referenced by inet::IPv4RoutingTable::deleteInterfaceRoutes(), and inet::IPv4RoutingTable::multicastRouteChanged().

INET_API simsignal_t inet::NF_MROUTE_DELETED = cComponent::registerSignal("NF_MROUTE_DELETED")

Referenced by inet::IPv4RoutingTable::deleteInterfaceRoutes(), inet::IPv4RoutingTable::deleteMulticastRoute(), inet::IPv4RoutingTable::purge(), and inet::IPv4RoutingTable::removeMulticastRoute().

INET_API simsignal_t inet::NF_NODE_FAILURE = cComponent::registerSignal("NF_NODE_FAILURE")

INET_API simsignal_t inet::NF_NODE_RECOVERY = cComponent::registerSignal("NF_NODE_RECOVERY")

INET_API simsignal_t inet::NF_OVERLAY_NODE_GRACEFUL_LEAVE = cComponent::registerSignal("NF_OVERLAY_NODE_GRACEFUL_LEAVE")

INET_API simsignal_t inet::NF_OVERLAY_NODE_LEAVE = cComponent::registerSignal("NF_OVERLAY_NODE_LEAVE")

INET_API simsignal_t inet::NF_OVERLAY_TRANSPORTADDRESS_CHANGED = cComponent::registerSignal("NF_OVERLAY_TRANSPORTADDRESS_CHANGED")

INET_API simsignal_t inet::NF_PACKET_DROP = cComponent::registerSignal("NF_PACKET_DROP")

Referenced by inet::ieee80211::Hcf::handleInternalCollision(), inet::ieee80211::Dcf::originatorProcessFailedFrame(), inet::ieee80211::Hcf::originatorProcessFailedFrame(), inet::ieee80211::Dcf::originatorProcessRtsProtectionFailed(), inet::ieee80211::Hcf::originatorProcessRtsProtectionFailed(), inet::ieee80211::Dcf::processUpperFrame(), inet::ieee80211::Hcf::processUpperFrame(), inet::visualizer::PacketDropVisualizerBase::subscribe(), and inet::visualizer::PacketDropVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_PIM_NEIGHBOR_ADDED = cComponent::registerSignal("NF_PIM_NEIGHBOR_ADDED")

Referenced by inet::PIMNeighborTable::addNeighbor(), inet::PIMSM::handleNodeStart(), inet::PIMSM::receiveSignal(), and inet::PIMSM::stopPIMRouting().

INET_API simsignal_t inet::NF_PIM_NEIGHBOR_CHANGED = cComponent::registerSignal("NF_PIM_NEIGHBOR_CHANGED")

Referenced by inet::PIMNeighbor::changed(), inet::PIMSM::handleNodeStart(), inet::PIMSM::receiveSignal(), and inet::PIMSM::stopPIMRouting().

INET_API simsignal_t inet::NF_PIM_NEIGHBOR_DELETED = cComponent::registerSignal("NF_PIM_NEIGHBOR_DELETED")

Referenced by inet::PIMNeighborTable::deleteNeighbor(), inet::PIMSM::handleNodeStart(), inet::PIMSM::receiveSignal(), and inet::PIMSM::stopPIMRouting().

INET_API simsignal_t inet::NF_PP_RX_END = cComponent::registerSignal("NF_PP_RX_END")

Referenced by inet::PPP::handleMessage().

INET_API simsignal_t inet::NF_PP_TX_BEGIN = cComponent::registerSignal("NF_PP_TX_BEGIN")

Referenced by inet::PPP::startTransmitting().

INET_API simsignal_t inet::NF_PP_TX_END = cComponent::registerSignal("NF_PP_TX_END")

Referenced by inet::PPP::handleMessage().

INET_API simsignal_t inet::NF_ROUTE_ADDED = cComponent::registerSignal("NF_ROUTE_ADDED")

Referenced by inet::IPv6RoutingTable::addOrUpdateOnLinkPrefix(), inet::IPv6RoutingTable::addOrUpdateOwnAdvPrefix(), inet::IPv6RoutingTable::addRoute(), inet::GenericRoutingTable::addRoute(), inet::IPv4RoutingTable::addRoute(), inet::PIMDM::handleNodeStart(), inet::RoutingTableRecorder::hookListeners(), inet::LDP::initialize(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::visualizer::RoutingTableVisualizerBase::receiveSignal(), inet::PIMDM::receiveSignal(), inet::RIPRouting::receiveSignal(), inet::LDP::receiveSignal(), inet::RoutingTableRecorder::recordRouteChange(), inet::RIPRouting::startRIPRouting(), inet::PIMDM::stopPIMRouting(), inet::RIPRouting::stopRIPRouting(), inet::visualizer::RoutingTableVisualizerBase::subscribe(), inet::visualizer::RoutingTableVisualizerBase::unsubscribe(), and inet::IPv4RoutingTable::updateNetmaskRoutes().

INET_API simsignal_t inet::NF_ROUTE_CHANGED = cComponent::registerSignal("NF_ROUTE_CHANGED")

Referenced by inet::RoutingTableRecorder::hookListeners(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::visualizer::RoutingTableVisualizerBase::receiveSignal(), inet::RIPRouting::receiveSignal(), inet::RoutingTableRecorder::recordRouteChange(), inet::GenericRoutingTable::routeChanged(), inet::IPv6RoutingTable::routeChanged(), inet::IPv4RoutingTable::routeChanged(), inet::RIPRouting::startRIPRouting(), inet::RIPRouting::stopRIPRouting(), inet::visualizer::RoutingTableVisualizerBase::subscribe(), and inet::visualizer::RoutingTableVisualizerBase::unsubscribe().

INET_API simsignal_t inet::NF_ROUTE_DELETED = cComponent::registerSignal("NF_ROUTE_DELETED")

Referenced by inet::IPv6RoutingTable::addOrUpdateOnLinkPrefix(), inet::IPv6RoutingTable::addOrUpdateOwnAdvPrefix(), inet::IPv6RoutingTable::deleteAllRoutes(), inet::IPv4RoutingTable::deleteInterfaceRoutes(), inet::IPv4RoutingTable::deleteRoute(), inet::RoutingTableRecorder::hookListeners(), inet::LDP::initialize(), inet::IPv6RoutingTable::internalDeleteRoute(), inet::IPv4RoutingTable::purge(), inet::RoutingTableRecorder::receiveChangeNotification(), inet::visualizer::RoutingTableVisualizerBase::receiveSignal(), inet::RIPRouting::receiveSignal(), inet::LDP::receiveSignal(), inet::RoutingTableRecorder::recordRouteChange(), inet::GenericRoutingTable::removeRoute(), inet::IPv4RoutingTable::removeRoute(), inet::IPv6RoutingTable::removeRoute(), inet::RIPRouting::startRIPRouting(), inet::RIPRouting::stopRIPRouting(), inet::visualizer::RoutingTableVisualizerBase::subscribe(), inet::visualizer::RoutingTableVisualizerBase::unsubscribe(), and inet::IPv4RoutingTable::updateNetmaskRoutes().

INET_API simsignal_t inet::NF_SUBSCRIBERLIST_CHANGED = cComponent::registerSignal("NF_SUBSCRIBERLIST_CHANGED")

signals for NotificationBoard

INET_API simsignal_t inet::NF_TED_CHANGED = cComponent::registerSignal("NF_TED_CHANGED")

Referenced by inet::LDP::announceLinkChange(), inet::RSVP::announceLinkChange(), inet::LinkStateRouting::initialize(), and inet::LinkStateRouting::receiveSignal().

INET_API simsignal_t inet::NF_TX_ACKED = cComponent::registerSignal("NF_TX_ACKED")

const short inet::PORT_MAX = 0x7fff

const short inet::PORT_UNDEF = 0

TCP/UDP port numbers.

Referenced by inet::rtp::RTPProfile::initialize(), inet::rtp::RTCP::processIncomingRTCPReceiverReportPacket(), inet::rtp::RTCP::processIncomingRTCPSenderReportPacket(), inet::rtp::RTCP::processIncomingRTPPacket(), and inet::rtp::RTP::profileInitialized().

const int inet::PPP_OVERHEAD_BYTES = 7

Referenced by inet::PPP::encapsulate().

const int inet::RIP_HEADER_SIZE = 4

Referenced by inet::RIPRouting::sendPacket(), and inet::RIPRouting::sendRoutes().

const int inet::RIP_RTE_SIZE = 20

Referenced by inet::RIPRouting::sendPacket(), and inet::RIPRouting::sendRoutes().

const char * inet::ROUTE_END_TOKEN = "routeend."

Referenced by inet::RoutingTableParser::readRoutingTableFromFile().

const char * inet::ROUTE_START_TOKEN = "route:"

Referenced by inet::RoutingTableParser::parseRouting(), and inet::RoutingTableParser::readRoutingTableFromFile().

const uint32 inet::SITE_LOCAL_MASK = 0xFFC00000

const uint32 inet::SITE_LOCAL_PREFIX = 0xFEC00000