Message Definitions¶

Messages¶

Name	Type	Description
ClockEvent	message	(no description)
ContinuityCheckTimer	message	(no description)
EigrpMsgReq	message	Message request
EigrpTimer	message	general timer structure
HelloTimeoutMsg	message	FIXME missing documentation
HelloTimerMsg	message	FIXME missing documentation
NetPerfMeterTransmitTimer	message	(no description)
PacketHolderMessage	message	Represents a timer for delayed sending
PacketJitterTimer	message	(no description)
PathNotifyMsg	message	FIXME missing documentation
ProcessDelayTimer	message	(no description)
PsbTimeoutMsg	message	FIXME missing documentation
PsbTimerMsg	message	FIXME missing documentation
RreqBackoffTimer	message	(no description)
RreqHolddownTimer	message	(no description)
RreqTimer	message	(no description)
RreqWaitRrepTimer	message	(no description)
RsbCommitTimerMsg	message	FIXME missing documentation
RsbRefreshTimerMsg	message	FIXME missing documentation
RsbTimeoutMsg	message	FIXME missing documentation
RtpControlMsg	message	(no description)
ScenarioTimer	message	(no description)
SignallingMsg	message	FIXME missing documentation
WaitForRrep	message	Represents an internal timer for a Route Reply packet in Aodv module

Packets¶

Name	Type	Description
EthernetFilledIfgSignal	packet	Represents a filled inter-frame gap in burst mode. Also used for calculating IFG times.
EthernetJamSignal	packet	Represents jam on the Ethernet.
EthernetSignal	packet	Represents dataframe on the Ethernet.
EthernetSignalBase	packet	Abstract base class for various Ethernet traffic types: EtherJam, EtherFilledIfg and EtherPhyFrame.
ProbeTimerMessage	packet	(no description)
RtpInnerPacket	packet	This class is used for communication between submodules of the RTP layer module.
RtpSenderControlMessage	packet	(no description)
RtpSenderStatusMessage	packet	(no description)
Signal	packet	(no description)
Trafficgen	packet	(no description)
TrafficgenControl	packet	(no description)
TrafficgenData	packet	(no description)
TrafficgenInfo	packet	(no description)
WirelessSignal	packet	(no description)

Classes¶

Name	Type	Description
AckFrameHeader	class	(no description)
AckingMacHeader	class	Packet for AckingMac. Packet size is configurable in the MAC layer.
AcknowledgeHeader	class	(no description)
AddressBlock	class	(no description)
AddressListOption	class	(no description)
AddressVector	class	(no description)
AodvControlPacket	class	Base packet for AODV Control Packets
ApplicationPacket	class	Generic application packet
ApskPhyHeader	class	(no description)
ArpPacket	class	ARP packet. This is a specialized version: prepared for IEEE 802 hardware addresses and IPv4. Packet fields are therefore represented by C++ classes MACAddress and IPv4Address. Also, some ARP protocol header fields are not modelled explicitly (their values are implied):
Arrival	class	(no description)
b	class	(no description)
B	class	(no description)
BandListening	class	(no description)
BgpAsPathSegment	class	Represents a BGPv4 AS_PATH path attribute (RFC 4271 Section 4.3)
BgpCapabilityBase	class	Base for a BGP capability advertised inside a Capabilities optional parameter (RFC 5492). On the wire: Capability Code (1 octet) + Capability Length (1 octet) + Capability Value (Capability Length octets).
BgpCapabilityMultiprotocol	class	Multiprotocol Extensions capability (RFC 4760, section 8); advertises one (AFI, SAFI) pair the speaker supports. AFI=1 IPv4, AFI=2 IPv6; SAFI=1 unicast.
BgpHeader	class	Represents a BGPv4 message header.
BgpKeepAliveMessage	class	Represents a BGPv4 KEEPALIVE message.
BgpOpenMessage	class	Represents a BGPv4 OPEN message.
BgpOptionalParameterBase	class	(no description)
BgpOptionalParameterCapabilities	class	Capabilities Optional Parameter (RFC 5492); carries one or more capabilities.
BgpOptionalParameterRaw	class	(no description)
BgpUpdateMessage	class	Represents a BGPv4 UPDATE message.
BgpUpdatePathAttributes	class	(no description)
BgpUpdatePathAttributesAggregator	class	(no description)
BgpUpdatePathAttributesAsPath	class	AS_PATH (RFC4271 Section 4.3, Type code 2):
BgpUpdatePathAttributesAtomicAggregate	class	ATOMIC_AGGREGATE (RFC4271 Section 4.3, Type code 6):
BgpUpdatePathAttributesLocalPref	class	LOCAL_PREF (RFC4271 Section 4.3, Type code 5):
BgpUpdatePathAttributesMpReachNlri	class	MP_REACH_NLRI (RFC 4760 Section 3, Type code 14): carries reachable NLRI for a non-IPv4 address family (here IPv6 unicast: AFI=2, SAFI=1) together with that family’s next hop.
BgpUpdatePathAttributesMpUnreachNlri	class	MP_UNREACH_NLRI (RFC 4760 Section 4, Type code 15): withdraws NLRI for a non-IPv4 family.
BgpUpdatePathAttributesMultiExitDisc	class	MULTI_EXIT_DISC (RFC4271 Section 4.3, Type code 4):
BgpUpdatePathAttributesNextHop	class	NEXT_HOP (RFC4271 Section 4.3, Type code 3):
BgpUpdatePathAttributesOrigin	class	ORIGIN (RFC4271 Section 4.3, Type code 1):
BindingAcknowledgement	class	==================Defining Binding Acknowledgement Message===================
BindingError	class	==================Defining Binding Error Message===================
BindingRefreshRequest	class	18.09.07 - CB
BindingUpdate	class	(no description)
BitCountChunk	class	(no description)
BitsChunk	class	(no description)
BitVector	class	(no description)
BMacControlFrame	class	Control Frame for BMac. Frame size is configurable in the MAC layer.
BMacDataFrameHeader	class	Dataframe header for BMac. Frame size is configurable in the MAC layer.
BMacHeaderBase	class	Base class for BMac headers.
BpduBase	class	Represents a BPDU (Bridge PDU) used by the STP and RSTP protocols, as defined in the 802.1D-1998 specification.
BpduCfg	class	(no description)
BpduTcn	class	(no description)
bps	class	(no description)
ByteCountChunk	class	(no description)
BytesChunk	class	(no description)
CareOfTest	class	=============Message definition of Care-of Test Message ==========
CareOfTestInit	class	=============Message definition of Care-of Test Init Message ==========
CfmContinuityCheckMessage	class	Protocol header for the Continuity Check protocol (CC), which is a fundamental component of CFM.
CfmMessage	class	Base header for the Connectivity Fault Management (CFM) protocol suite for managing connectivity at the Ethernet service level. CFM is defined within the IEEE Std 802.1Q-2018 standard, later IEEE 802.1ag and ITU Y.1731.
ChecksumHeader	class	(no description)
Chunk	class	(no description)
ChunkBuffer	class	(no description)
ChunkBuffer::Region	class	(no description)
ChunkPtr	class	(no description)
ChunkQueue	class	(no description)
ChunkTemporarySharedPtr	class	(no description)
ClnsAddress	class	(no description)
clocktime_t	class	(no description)
ConfigureRadioCommand	class	Control info attached to a configure command that is sent to the Radio.
ConnectionCloseFrameHeader	class	(no description)
Coord	class	(no description)
cPacketChunk	class	(no description)
CreationTimeTag	class	This tag specifies the creation time. It can be attached to a specific region of a packet in order to store the time when that region was created.
CreditGateTag	class	This tag carries the module id of the CreditBasedGate which the packet passed through.
CryptoFrameHeader	class	(no description)
CsmaCaMacAckHeader	class	(no description)
CsmaCaMacDataHeader	class	(no description)
CsmaCaMacHeader	class	(no description)
CsmaCaMacTrailer	class	(no description)
CutthroughTag	class	(no description)
DataBlockedFrameHeader	class	(no description)
DelayingTimeTag	class	This tag specifies the delaying time. It can be attached to a specific region of a packet in order to sum up the delaying time spent in each packet delayer module.
DestinationL3AddressHeader	class	(no description)
DestinationMacAddressHeader	class	(no description)
DestinationPortHeader	class	(no description)
DhcpMessage	class	Represents a DHCP message. DHCP (Dynamic Host Configuration Protocol, RFC 2131) provides a framework for passing configuration information to hosts on a TCP/IP network.
DhcpOptions	class	Represents options in a DHCP message. In the DHCP protocol, options are added to the message as tagged data items. In the simulation, this DhcpOptions class statically holds the union of all options actually used by the DHCP protocol models. Options absent from a packet are represented by empty/unfilled DhcpOptions fields.
DirectionTag	class	This tag specifies the intended direction of the packet as one of inbound, outbound, or undefined. The direction should be set to:
DispatchProtocolInd	class	This indication specifies the sending protocol of the message or packet when it’s sent from one protocol module to another using the MessageDispatcher.
DispatchProtocolReq	class	This request determines the destination protocol of the message or packet when it’s sent from one protocol module to another using the MessageDispatcher.
DropEligibleInd	class	This indication specifies the DropEligible that was used to receive the packet. It may be present on a packet from the mac protocol to the application.
DropEligibleReq	class	This request determines the DropEligible that should be used to send the packet. It may be present on a packet from the application to the mac protocol.
DropEligibleTagBase	class	This is an abstract base class that should not be directly added as a tag.
DrPriorityOption	class	(no description)
DscpInd	class	This indication specifies the differentiated services code point that was used to receive the packet. It may be present on a packet from the network protocol to the application.
DscpReq	class	This request determines the differentiated services code point that should be used to transmit the packet. It may be present on a packet from the application to the network protocol.
DscpTagBase	class	This is an abstract base class that should not be directly added as a tag.
DsdvHello	class	(no description)
DymoPacket	class	(no description)
DymoSequenceNumber	class	(no description)
EchoPacket	class	Generic network protocol packet for testing network connectivity.
EcnInd	class	This indication specifies the explicit congestion notification that was used to receive the packet.
EcnReq	class	This request determines the explicit congestion notification that should be used to transmit the packet.
EcnTagBase	class	This is an abstract base class that should not be directly added as a tag.
EigrpIpv4Ack	class	Ack message - temporarily
EigrpIpv4Hello	class	(no description)
EigrpIpv4Message	class	(no description)
EigrpIpv4Query	class	EIGRP Query Message
EigrpIpv4Reply	class	EIGRP Reply Message
EigrpIpv4Update	class	EIGRP Update Message
EigrpIpv6Ack	class	Ack message - temporarily
EigrpIpv6Hello	class	(no description)
EigrpIpv6Message	class	(no description)
EigrpIpv6Query	class	EIGRP Query Message
EigrpIpv6Reply	class	EIGRP Reply Message
EigrpIpv6Update	class	EIGRP Update Message
EigrpMessage	class	General structure of EIGRP message with header
ElapsedTimeTag	class	This tag specifies the elapsed time. It can be attached to a specific region of a packet in order to measure the elapsed time.
EligibilityTimeTag	class	This tag specifies the simulation time after which the packet becomes eligible for transmission according to the asynchronous shaper.
EmptyChunk	class	(no description)
EncapsulationProtocolInd	class	This indication determines the original protocol encapsulation order of the packet. If this tag is attached to the packet, then the protocols specify the order of encapsulation as it seen by the protocol modules when the packet was processed and decapsulated.
EncapsulationProtocolReq	class	This request determines the expected protocol encapsulation order of the packet. If this tag is attached to a packet, then the first encapsulation protocol specifies the next dispatch protocol. Otherwise the individual protocol modules are expected to request dispatching to their default following encapsulation protocol.
EncryptedChunk	class	(no description)
EroVector	class	(no description)
ErrorRateInd	class	This indication specifies various error rates that was computed during receiving the packet. It may be present on a packet from the phyiscal layer to the application.
EtherAppReq	class	Request packet sent by EtherAppClient. Contains the number of bytes to be sent back as response; if this value is greater than ~1400, the reply will consist of several Ethernet frames. See also EtherAppResp.
EtherAppResp	class	Packet sent back by EtherAppServer in response to an EtherAppReq.
EthernetBindCommand	class	(no description)
EthernetControlFrameBase	class	This is a base class for all IEEE 802.3 Ethernet control frames defined the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetFcs	class	This class represents an Ethernet FCS as defined in the section 3.2.9 Frame Check Sequence (FCS) field of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetFragmentFcs	class	This class represents an Ethernet fragment FCS as defined in the section 3.2.9 Frame Check Sequence (FCS) field of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetFragmentPhyHeader	class	This class represents an Ethernet fragment PHY header as defined in the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetMacAddressFields	class	This class represents the source and destination address fields of an IEEE 802.3 Ethernet MAC header as defined in the sections 3.2.3 Address fields, 3.2.4 Destination Address field, 3.2.5 Source Address field of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetMacHeader	class	This class represents an IEEE 802.3 Ethernet MAC header as defined in the section 3.2 Elements of the MAC frame and packet of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetPadding	class	This class represents the variable length padding part of an Ethernet frame as defined in the section 3.2.8 Pad field of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetPauseFrame	class	This class represents an IEEE 802.3 Ethernet MAC Pause frame as defined in the section 31.4.1 MAC Control frame format of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetPhyHeader	class	This class represents an Ethernet PHY header as defined in the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetPhyHeaderBase	class	This is a base class for all IEEE 802.3 Ethernet PHY headers defined the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EthernetTypeOrLengthField	class	This class represents the EtherType field of an IEEE 802.3 Ethernet MAC header as defined in the section 3.2.6 Length/Type field of the IEEE Std 802.3-2018, IEEE Standard for Ethernet.
EulerAngles	class	(no description)
FieldsChunk	class	(no description)
FloodingHeader	class	(no description)
FlowDescriptorVector	class	(no description)
FlowTag	class	(no description)
FragmentationReq	class	Determines the fragmentation
FragmentNumberHeader	class	(no description)
FragmentTag	class	(no description)
FrameHeader	class	(no description)
FrameSequenceContext	class	(no description)
GenerationIdOption	class	(no description)
GenericAppMsg	class	Message class for generic request-reply style applications. The client sends a GenericAppMsg which contains the number of bytes the client wants the server to send back as reply.
GenericPhyHeader	class	(no description)
GpsrBeacon	class	The GPSR beacon packet is sent periodically by all GPSR routers to notify the neighbors about the router’s address and position.
GpsrOption	class	The GPSROption is used to add extra routing information for network datagrams.
GptpBase	class	ieee802.1AS-2020 10.6.2.1, 11.4.2
GptpFollowUp	class	(no description)
GptpFollowUpInformationTlv	class	The fields of the Follow_Up information TLV shall be as specified in Table 11-11 and in 11.4.4.3.2 through 11.4.4.3.9. This TLV is a standard organization extension TLV for the Follow_Up message, as specified in 14.3 of IEEE Std 1588-2019. NOTE—The Follow_Up information TLV is different from the CUMULATIVE_RATE_RATIO TLV of IEEE Std 1588- 2019 (see 16.10 and Table 52 of IEEE Std 1588-2019). While both TLVs carry cumulative rate offset information, the Follow_Up information TLV also carries information on the Grandmaster Clock time base, most recent phase change, and most recent frequency change. The CUMULATIVE_RATE_RATIO TLV is not used by gPTP.
GptpPdelayReq	class	(no description)
GptpPdelayResp	class	(no description)
GptpPdelayRespFollowUp	class	(no description)
GptpSync	class	(no description)
GptpTlv	class	(no description)
GroupRecord	class	(no description)
HandshakeDoneFrameHeader	class	(no description)
HandshakePacketHeader	class	(no description)
HelloOption	class	(no description)
HoldtimeOption	class	(no description)
HomeAddressOption	class	17.10.07 - CB
HomeTest	class	=============Message definition of Home Test Message ==========
HomeTestInit	class	=============Message definition of Home Test Init Message ==========
HopLimitHeader	class	(no description)
HopLimitInd	class	Specifies the remainder hop count (time to live, ttl) for an incoming packet.
HopLimitReq	class	Determines the initial hop count (time to live, ttl) for an outgoing packet.
HopLimitTagBase	class	(no description)
Hz	class	(no description)
IApskModulation	class	(no description)
IArrival	class	(no description)
IClock	class	(no description)
IcmpEchoReply	class	(no description)
IcmpEchoRequest	class	(no description)
IcmpHeader	class	ICMP message class
IcmpPtb	class	(no description)
Icmpv4ErrorInd	class	ICMPv4 error indication. Attached by the Icmp module when an ICMPv4 error message is received. Each layer pops its own header from the original packet and converts it to tags before forwarding the indication upward.
Icmpv4SendErrorReq	class	Request tag: asks the ICMP module to send an ICMPv4 error message. Attached to a Request sent to ICMP via the MessageDispatcher.
Icmpv6DestUnreachableMsg	class	Notes: 1. As defined in RFC2463: Section 3
Icmpv6EchoReplyMsg	class	Icmpv6 Echo Reply packet. Data is attached through encapsulation (see Icmpv6.cc)
Icmpv6EchoRequestMsg	class	ICMPv6 Echo Request packet (RFC2463: Section 4). Data is attached through encapsulation (see Icmpv6.cc)
Icmpv6ErrorInd	class	ICMPv6 error indication. Attached by the Icmpv6 module when an ICMPv6 error message is received. Each layer pops its own header from the original packet and converts it to tags before forwarding the indication upward.
Icmpv6Header	class	Represents an ICMPv6 packet.
Icmpv6PacketTooBigMsg	class	(no description)
Icmpv6ParamProblemMsg	class	(no description)
Icmpv6SendErrorReq	class	Request tag: asks the ICMPv6 module to send an ICMPv6 error message. Attached to a Request sent to ICMPv6 via the MessageDispatcher.
Icmpv6TimeExceededMsg	class	(no description)
IdentityTag	class	This tag provides a bit level identity for binary data. It must attached to a packet or chunk as a region tag. The identity of a bit in the region can be calculated by adding the offset of said bit to the identityStart field of the tag.
Ieee80211AckFrame	class	Format of the 802.11 ACK frame
Ieee80211ActionFrame	class	8.3.3.13 Action frame format – mgmt frame with subtype action
Ieee80211AddbaRequest	class	8.5.5.2 ADDBA Request frame format
Ieee80211AddbaResponse	class	8.5.5.3 ADDBA Response frame format
Ieee80211ArithmeticalBand	class	(no description)
Ieee80211AssociationRequestFrame	class	Association request frame body format
Ieee80211AssociationResponseFrame	class	Association response frame body format
Ieee80211AuthenticationFrame	class	Authentication frame body format.
Ieee80211BasicBlockAck	class	8.3.1.9.2 Basic BlockAck variant – 411p.
Ieee80211BasicBlockAckReq	class	(no description)
Ieee80211BeaconFrame	class	Beacon frame body format.
Ieee80211BlockAck	class	8.3.1.9 BlockAck frame format – 410p.
Ieee80211BlockAckReq	class	8.3.1.8 BlockAckReq frame format
Ieee80211Channel	class	(no description)
Ieee80211ChannelInd	class	This indication specifies the IEEE 802.11 channel that was used to receive the packet. It may be present on a packet from the phyiscal layer to the application.
Ieee80211ChannelReq	class	This request determines the IEEE 802.11 channel that should be used to transmit the packet. It may be present on a packet from the application to the phyisical layer.
Ieee80211ChannelTagBase	class	This is an abstract base class that should not be directly added as a tag.
Ieee80211CompressedBlockAck	class	8.3.1.9.3 Compressed BlockAck variant
Ieee80211CompressedBlockAckReq	class	(no description)
Ieee80211ConfigureRadioCommand	class	Control info attached to a configure command that is sent to the Radio.
Ieee80211CtsFrame	class	Format of the 802.11 CTS frame
Ieee80211DataHeader	class	Format of the 802.11 data frame
Ieee80211DataOrMgmtHeader	class	Common base class for 802.11 data and management frames
Ieee80211DeauthenticationFrame	class	De-authentication frame body format
Ieee80211Delba	class	8.5.5.4 DELBA frame format
Ieee80211DisassociationFrame	class	Dis-association frame body format (same as De-authentication)
Ieee80211DsssPhyHeader	class	(no description)
Ieee80211DsssPhyPreamble	class	IEEE 802.11 16. DSSS PHY
Ieee80211EnumeratedBand	class	(no description)
Ieee80211ErpOfdmPhyHeader	class	(no description)
Ieee80211ErpOfdmPhyPreamble	class	IEEE 802.11 19. Extended Rate PHY (ERP) OFDM
Ieee80211FhssPhyHeader	class	(no description)
Ieee80211FhssPhyPreamble	class	IEEE 802.11 14. Frequency-Hopping spread spectrum (FHSS)
Ieee80211HrDsssPhyHeader	class	(no description)
Ieee80211HrDsssPhyPreamble	class	IEEE 802.11 17. High Rate direct sequence spread spectrum (HR/DSSS)
Ieee80211HtPhyHeader	class	(no description)
Ieee80211HtPhyPreamble	class	IEEE 802.11 20. High Throughput (HT)
Ieee80211IrPhyHeader	class	(no description)
Ieee80211IrPhyPreamble	class	IEEE 802.11 15. Infrared (IR) PHY
Ieee80211MacHeader	class	The common part of 802.11 frames.
Ieee80211MacTrailer	class	(no description)
Ieee80211MgmtFrame	class	Frame body base class used to hide various frame body types
Ieee80211MgmtHeader	class	Base class for 802.11 management frames (subclasses will add frame body contents)
Ieee80211ModeInd	class	This indication specifies the IEEE 802.11 mode that was used to receive the packet. It may be present on a packet from the phyiscal layer to the application.
Ieee80211ModeReq	class	This request determines the IEEE 802.11 mode that should be used to transmit the packet. It may be present on a packet from the application to the phyisical layer.
Ieee80211ModeSet	class	(no description)
Ieee80211ModeTagBase	class	This is an abstract base class that should not be directly added as a tag.
Ieee80211MpduSubframeHeader	class	(no description)
Ieee80211MsduSubframeHeader	class	(no description)
Ieee80211MultiTidBlockAck	class	8.3.1.9.4 Multi-TID BlockAck variant
Ieee80211MultiTidBlockAckReq	class	(no description)
Ieee80211OfdmModulation	class	(no description)
Ieee80211OfdmPhyHeader	class	The length field is a 12-bit integer indicates the number of octets in the PSDU that the MAC is currently requesting the PHY to transmit.
Ieee80211OfdmPhyPreamble	class	IEEE 802.11 18. Orthogonal frequency division multiplexing (OFDM)
Ieee80211OneAddressHeader	class	Format of a 802.11 frame with address1 present, like ACK and CTS
Ieee80211PhyHeader	class	(no description)
Ieee80211PhyPreamble	class	(no description)
Ieee80211Prim_AssociateConfirm	class	Losely based on MLME-ASSOCIATE.confirm Possible result codes: SUCCESS, INVALID_PARAMETERS, TIMEOUT, REFUSED
Ieee80211Prim_AssociateRequest	class	Losely based on MLME-ASSOCIATE.request
Ieee80211Prim_AuthenticateConfirm	class	Losely based on MLME-AUTHENTICATE.confirm. Possible result codes: SUCCESS, INVALID_PARAMETERS, TIMEOUT, TOO_MANY_SIMULTANEOUS_REQUESTS, REFUSED
Ieee80211Prim_AuthenticateRequest	class	Losely based on MLME-AUTHENTICATE.request.
Ieee80211Prim_BssDescription	class	(no description)
Ieee80211Prim_DeauthenticateRequest	class	Losely based on MLME-DEAUTHENTICATE.request
Ieee80211Prim_DisassociateRequest	class	Losely based on MLME-DISASSOCIATE.request.
Ieee80211Prim_ReassociateConfirm	class	MLME-REASSOCIATE.confirm is very similar to MLME-ASSOCIATE.confirm
Ieee80211Prim_ReassociateRequest	class	MLME-REASSOCIATE.request is very similar to MLME-ASSOCIATE.request
Ieee80211Prim_ScanConfirm	class	Losely based on MLME-SCAN.confirm Possible result codes: SUCCESS, INVALID_PARAMETERS
Ieee80211Prim_ScanRequest	class	Losely based on MLME-SCAN.request.
Ieee80211PrimConfirm	class	Base class for confirm primitives
Ieee80211PrimRequest	class	Base class for request primitives
Ieee80211ProbeRequestFrame	class	Probe request frame body format
Ieee80211ProbeResponseFrame	class	Probe response frame body format (same as Beacon)
Ieee80211ReassociationRequestFrame	class	Re-association request frame body format (same as association)
Ieee80211ReassociationResponseFrame	class	Re-association response frame body format (same as AssociationResponse)
Ieee80211RtsFrame	class	Format of the 802.11 RTS frame
Ieee80211SubtypeInd	class	Specifies the MAC header subtype for an incoming packet.
Ieee80211SubtypeReq	class	Determines the MAC header subtype for an outgoing packet.
Ieee80211SubtypeTagBase	class	(no description)
Ieee80211Transmission	class	(no description)
Ieee80211TwoAddressHeader	class	Format of a 802.11 frame with address1 and address2 present
Ieee80211VhtPhyHeader	class	(no description)
Ieee80211VhtPhyPreamble	class	IEEE 802.11 21. High Throughput (VHT)
Ieee802154MacHeader	class	A CSMA mac header format definition
Ieee8021aeTagEpdHeader	class	This chunk represents an IEEE 802.1AE tag header without the TPID field and with the following EtherType Protocol Discrimination (EPD) in the packet. The reason for this shifted representation is that it’s often easier to look at an 802.1AE tag this way during processing. The typeOrLength field contains the EtherType as defined in the section 9.2 EtherTypes of the IEEE Std 802-2014, IEEE Standard for Local and Metropolitan Area Networks: Overview and Architecture.
Ieee8021aeTagTpidHeader	class	This chunk represents an IEEE 802.1AE tag header as defined by the section 9.3 MAC Security TAG of the IEEE Std 802AE-2018, IEEE Standard for Local and metropolitan area networks, Media Access Control (MAC) Security.
Ieee8021qBindCommand	class	(no description)
Ieee8021qTagEpdHeader	class	This chunk represents an IEEE 802.1Q tag header without the TPID field and with the following EtherType Protocol Discrimination (EPD) in the packet. The reason for this shifted representation is that it’s often easier to look at a 802.1Q tag this way during processing. The typeOrLength field contains the EtherType as defined in the section 9.2 EtherTypes of the IEEE Std 802-2014, IEEE Standard for Local and Metropolitan Area Networks: Overview and Architecture.
Ieee8021qTagTpidHeader	class	This chunk represents an IEEE 802.1Q tag header as defined by the section 9.3 Tag format of the IEEE Std 802.1Q-2018, IEEE Standard for Local and Metropolitan Area Networks, Bridges and Bridged Networks.
Ieee8021rTagEpdHeader	class	This chunk represents an IEEE 802.1R tag header without the TPID field and with the following EtherType Protocol Discrimination (EPD) in the packet. The reason for this shifted representation is that it’s often easier to look at a 802.1Q tag this way during processing. The typeOrLength field contains the EtherType as defined in the section 9.2 EtherTypes of the IEEE Std 802-2014, IEEE Standard for Local and Metropolitan Area Networks: Overview and Architecture.
Ieee8021rTagTpidHeader	class	This chunk represents an IEEE 802.1R tag header as defined by the section 7.8 Tag format of the IEEE Std 802.1CB-2017, IEEE Standard for Local and Metropolitan Area Networks, Frame Replication and Elimination for Reliability.
Ieee8022LlcHeader	class	This chunk represents an IEEE 802.2 LLC header as defined by the ANSI/IEEE Std 802.2, 1998, IEEE Standard for Information technology, Telecommunications and information exchange between systems, Local and metropolitan area networks.
Ieee8022LlcSnapHeader	class	This chunk represents an IEEE 802.2 LLC header with SNAP extension as defined by the section 9.2.4 OUI Extended EtherType of the IEEE Std 802-2014, IEEE Standard for Local and Metropolitan Area Networks: Overview and Architecture.
Ieee8022LlcSocketOpenCommand	class	(no description)
Ieee8022SnapHeader	class	This chunk represents an IEEE 802.2 LLC header SNAP extension as defined by the section 9.5 SNAP of the IEEE Std 802-2014, IEEE Standard for Local and Metropolitan Area Networks: Overview and Architecture.
Ieee802EpdHeader	class	This class represents an IEEE 802 EtherType Protocol Discrimination (EPD) header as defined in the section 9.2 EtherTypes of the IEEE Std 802-2014, IEEE Standard for Local and Metropolitan Area Networks: Overview and Architecture.
Ieee802PauseCommand	class	used with IEEE802CTRL_SENDPAUSE
Ieee802SapInd	class	(no description)
Ieee802SapReq	class	(no description)
Ieee802SapTagBase	class	(no description)
IFrameSequenceStep	class	(no description)
IgmpMessage	class	(no description)
IgmpQuery	class	(no description)
Igmpv1Query	class	(no description)
Igmpv1Report	class	(no description)
Igmpv2Leave	class	(no description)
Igmpv2Query	class	(no description)
Igmpv2Report	class	(no description)
Igmpv3Query	class	Igmpv3Query extends Igmpv2Query, because Igmpv2 routers must accept Igmpv3Query packets.
Igmpv3Report	class	(no description)
IIeee80211Band	class	(no description)
IIeee80211DataMode	class	(no description)
IIeee80211HeaderMode	class	(no description)
IIeee80211Mode	class	(no description)
IIeee80211PreambleMode	class	(no description)
IListening	class	(no description)
IModulation	class	(no description)
Indication	class	(no description)
InitialPacketHeader	class	(no description)
InProgressFrames	class	(no description)
InterfaceInd	class	Specifies the incoming interface where the packet has arrived at the network node.
InterfaceReq	class	Determines the outgoing interface where the packet should leave the network node.
InterfaceTagBase	class	(no description)
IPsecAuthenticationHeader	class	IPsec AH header (RFC 4302).
IPsecEspHeader	class	IPsec ESP header (RFC 4303).
IPsecEspTrailer	class	IPsec ESP trailer (RFC 4303).
Ipv4Address	class	(no description)
Ipv4AddressVector	class	(no description)
Ipv4Header	class	Represents an Ipv4 datagram.
Ipv4NatEntry	class	(no description)
Ipv4Option	class	(no description)
Ipv4OptionEnd	class	(no description)
Ipv4OptionNop	class	(no description)
Ipv4OptionRecordRoute	class	Option structure: Record Route
Ipv4OptionRouterAlert	class	Option Structure: Stream ID
Ipv4OptionsInd	class	Specifies the source and destination network addresses for an incoming packet.
Ipv4OptionsReq	class	Determines the source and destination network addresses for an outgoing packet.
Ipv4OptionsTagBase	class	(no description)
Ipv4OptionStreamId	class	Option Structure: Stream ID
Ipv4OptionTimestamp	class	Option structure: Timestamp RFC 781
Ipv4OptionUnknown	class	(no description)
Ipv4Route	class	(no description)
Ipv4SocketBindCommand	class	(no description)
Ipv4SocketCloseCommand	class	(no description)
Ipv4SocketClosedIndication	class	(no description)
Ipv4SocketCommandBase	class	(no description)
Ipv4SocketConnectCommand	class	(no description)
Ipv4SocketDestroyCommand	class	(no description)
Ipv6Address	class	(no description)
Ipv6AddressVector	class	(no description)
Ipv6AuthenticationHeader	class	Authentication Header RFC 2402 Not Implemented
Ipv6DestinationOptionsHeader	class	Destination Options Header RFC 2460 Section 4.6 Next Header Value: 60
Ipv6EncapsulatingSecurityPayloadHeader	class	Encapsulating Security Payload Header RFC 2406 Not Implemented
Ipv6ExtensionHeader	class	This serves as the base class for all the Ipv6 extension headers.
Ipv6ExtHeaderInd	class	(no description)
Ipv6ExtHeaderIndexTag	class	Tag that carries the index of an IPv6 extension header within the IPv6 header’s extension header array. Used to pass extension header identity from Ipv6 to Mipv6 without using contextPointer.
Ipv6ExtHeaderReq	class	(no description)
Ipv6ExtHeaderTagBase	class	(no description)
Ipv6FragmentHeader	class	Fragment Header RFC 2460 Section 4.5 Next Header Value: 44
Ipv6Header	class	Ipv6 datagram. RFC 2460 Section 3.
Ipv6HopByHopOptionsHeader	class	Hop-by-Hop Options Header. RFC 2460 Section 4.3 Next Header Value: 0
Ipv6NdControlInfo	class	(no description)
Ipv6NdMessage	class	Neighbour Discovery for Ipv6. RFC 2461
Ipv6NdMtu	class	(no description)
Ipv6NdOption	class	(no description)
Ipv6NdOptions	class	(no description)
Ipv6NdPrefixInformation	class	IPv6ND Prefix Information RFC 2461 / RFC 4861 Section 4.6.2 RFC 3775 Section 7.2 (routerAddressFlag)
Ipv6NdSourceLinkLayerAddress	class	(no description)
Ipv6NdSourceTargetLinkLayerAddress	class	(no description)
Ipv6NdTargetLinkLayerAddress	class	(no description)
Ipv6NeighbourAdvertisement	class	Neighbour Advertisement Message Format RFC 2461 Section 4.4
Ipv6NeighbourSolicitation	class	Neighbour Solicitation Message Format RFC 4861 Section 4.3
Ipv6Redirect	class	Redirect Message Format RFC 2461 Section 4.5
Ipv6RouterAdvertisement	class	Router Advertisement Message Format RFC 2461 Section 4.2 RFC 3775 Section 7.1, RFC 5175 Section 3. (homeAgentFlag)
Ipv6RouterSolicitation	class	Router Solicitation Message Format RFC 4861 Section 4.1
Ipv6RoutingHeader	class	Routing Header RFC 2460 Section 4.4 Next Header Value: 43
Ipv6SocketBindCommand	class	(no description)
Ipv6SocketCloseCommand	class	(no description)
Ipv6SocketClosedIndication	class	(no description)
Ipv6SocketCommandBase	class	(no description)
Ipv6SocketConnectCommand	class	(no description)
Ipv6SocketDestroyCommand	class	(no description)
IReception	class	(no description)
ITransmission	class	(no description)
JoinPruneGroup	class	Record for Join/Prune message in structure it is not possible to use dynamic arrays, it is needed to use class
L3Address	class	(no description)
L3AddressInd	class	Specifies the source and destination network addresses for an incoming packet.
L3AddressReq	class	Determines the source and destination network addresses for an outgoing packet.
L3AddressTagBase	class	(no description)
L3SocketBindCommand	class	(no description)
L3SocketCloseCommand	class	(no description)
L3SocketClosedIndication	class	(no description)
L3SocketCommandBase	class	(no description)
L3SocketConnectCommand	class	(no description)
L3SocketDestroyCommand	class	(no description)
L4PortInd	class	Specifies the source and destination L4 ports for an incoming packet.
L4PortReq	class	Determines the source and destination L4 ports for an outgoing packet.
L4PortTagBase	class	(no description)
LabelsTag	class	(no description)
LanPruneDelayOption	class	(no description)
LdpAddress	class	LDP Address Message
LdpHello	class	LDP Hello Message
LdpIni	class	LDP Ini Message
LdpLabelMapping	class	LDP Label Mapping Message
LdpLabelRequest	class	LDP Label Request Message
LdpNotify	class	LDP notification message
LdpPacket	class	Base class for LDP packets
LinkStateMsg	class	Packet for disseminating link state information (TeLinkStateInfo[]) by the LinkStateRouting module which implements a minimalistic link state routing protocol.
LlcProtocolTag	class	Marks the packet’s LLC protocol NOTE: No packet field indicates the LLC protocol, it depends on the used band!
LMacControlFrame	class	Control Frame for LMac. Frame size is configurable in the MAC layer.
LMacDataFrameHeader	class	Dataframe header for LMac. Frame size is configurable in the MAC layer.
LMacHeaderBase	class	Base class for LMac headers.
LongPacketHeader	class	(no description)
m	class	(no description)
MacAddress	class	(no description)
MacAddressInd	class	Specifies the source and destination MAC addresses for an incoming packet.
MacAddressReq	class	Determines the source and destination MAC addresses for an outgoing packet.
MacAddressTagBase	class	(no description)
MacProtocolInd	class	This indication specifies the mac protocol that was used to receive the packet. It may be present from the mac protocol to the application.
MacProtocolReq	class	This request determines the mac protocol that should be used to send the packet. It may be present from the application to the mac protocol and from the mac protocol to the physical layer.
Material	class	(no description)
MaxDataFrameHeader	class	(no description)
MaxStreamDataFrameHeader	class	(no description)
Message	class	(no description)
Metric	class	(no description)
Mipv6HaInformation	class	MIPv6 Home Agent Information Option RFC 3775 Section 7.4
Mipv6NdAdvertisementInterval	class	MIPv6 New Advertisement Interval Option RFC 3775 Section 7.3
MldDone	class	MLDv1 Multicast Listener Done (RFC 2710, ICMPv6 type 132).
MldMessage	class	Base class for MLDv1 messages (RFC 2710). Carried as ICMPv6 type 130 (Query), 131 (Report), 132 (Done). Inherits type, chksum, and checksumMode from Icmpv6Header.
MldQuery	class	MLDv1 Multicast Listener Query (RFC 2710, ICMPv6 type 130). General query: multicastAddress = :: Group-specific query: multicastAddress = group address
MldReport	class	MLDv1 Multicast Listener Report (RFC 2710, ICMPv6 type 131).
Mldv2MulticastAddressRecord	class	A Multicast Address Record in an MLDv2 Report (RFC 3810 §5.2.4-5.2.12).
Mldv2Query	class	MLDv2 Multicast Listener Query (RFC 3810 §5.1, ICMPv6 type 130).
Mldv2Report	class	MLDv2 Multicast Listener Report (RFC 3810 §5.2, ICMPv6 type 143).
MobilityHeader	class	(no description)
MplsHeader	class	(no description)
MrpCommon	class	MRP_Common: Carries common information relevant across various MRP messages.
MrpEnd	class	MRP_End: Indicates the end of a list of TLVs in an MRP message.
MrpInLinkChange	class	MRP_InLinkChange: MRP_InLinkDown or MRP_InLinkUp (depends on headerType). Sent by the Media Redundancy Interconnection Clients (MICs) to the Media Redundancy Interconnection Manager (MIM) to inform the MIM of any changes in the link status within the interconnection setup.
MrpInLinkStatusPoll	class	MRP_InLinkStatusPoll: Sent by the Media Redundancy Interconnection Manager (MIM) to the Media Redundancy Interconnection Clients (MICs) within the interconnected MRP rings. The MICs respond with MRP_InLinkChange frames, providing the current status of their interconnection links to inform the MIM of any changes or confirm their operational status.
MrpInTest	class	MRP_InTest: Periodically sent by the Media Redundancy Interconnection Manager (MIM) on both of its interconnection ports to check the integrity of the interconnection between the two MRP rings. These frames are circulated among all interconnected MIMs and MICs, and must be received back at the originating MIM to confirm the integrity of the interconnection.
MrpInTopologyChange	class	MRP_InTopologyChange: Sent by the MIM to all connected Media Redundancy Interconnection Clients (MICs) and the Media Redundancy Managers (MRMs) in the interconnected MRP rings to notify them of changes in the network topology, facilitating updates in network configuration and operation.
MrpLinkChange	class	MRP_LinkChange: MRP_LinkUp or MRP_LinkDown (depends on headerType). Sent by Media Redundancy Clients (MRCs) to report changes in link status to the MRM.
MrpManufacturerFkt	class	MRP_ManufacturerFkt: Placeholder for manufacturer-specific data or functionalities.
MrpOption	class	MRP_Option: Contains optional, vendor-specific extensions to the MRP messages.
MrpSubTlvHeader	class	MRP_SubTLVHeader: Generic header for SubTLVs used in more detailed MRP configurations.
MrpSubTlvTest	class	MRP_SubTLVTest: Used for testing purposes within subTLV structures, not typically part of standard MRP.
MrpTest	class	MRP_Test: Periodically sent by the Media Redundancy Manager (MRM) on both of its ring ports to check the ring’s operational status. Test frames circulate through all devices in the ring, and must be received by the MRM on its opposite ring port to confirm ring integrity.
MrpTlvHeader	class	MRP_TLVHeader: Base class for all TLVs in MRP; contains the Type and Length fields of the TLV. Note that all TLVs (except for MRP_End) must be padded to a multiple of 32 bits.
MrpTopologyChange	class	MRP_TopologyChange: Sent by the Media Redundancy Manager (MRM) to Media Redundancy Clients (MRCs) to indicate a change in network topology, typically due to a link change. Recipients should react by clearing their MAC address tables (FDB).
MrpVersion	class	MRP_Version (non-TLV field): Specifies the version of the MRP being used.
MulticastReq	class	Determines the multicast loop mode
NatMessage	class	(no description)
Neighbor	class	(no description)
NetPerfMeterDataMessage	class	(no description)
NetworkHeaderBase	class	(no description)
NetworkInterface	class	(no description)
NetworkProtocolInd	class	This indication specifies the network protocol that was used to receive the packet. It may be present from the network protocol to the application.
NetworkProtocolReq	class	This request determines the network protocol that should be used to send the packet. It may be present from the application to the network protocol and from the network protocol to the physical layer.
NewTokenFrameHeader	class	(no description)
NextHopAddressReq	class	(no description)
NextHopForwardingHeader	class	Next hop forwarding datagram header using generic network addresses.
Ohmm	class	(no description)
OneRttPacketHeader	class	(no description)
OspfPacketBase	class	Represents an OSPF packet header
Ospfv2AsExternalLsa	class	Represents an OSPF AS External LSA
Ospfv2AsExternalLsaContents	class	Represents the contents of an OSPF AS External LSA
Ospfv2DatabaseDescriptionPacket	class	Represents an OSPF Database Description packet
Ospfv2HelloPacket	class	Represents an OSPF Hello packet
Ospfv2Interface	class	(no description)
Ospfv2Link	class	Router LSA Link section (RFC 1583 Section A.4.2.)
Ospfv2LinkStateAcknowledgementPacket	class	Represents an OSPF Link State Acknowledgement packet
Ospfv2LinkStateRequestPacket	class	Represents an OSPF Link State Request packet
Ospfv2LinkStateUpdatePacket	class	Represents an OSPF Link State Update packet
Ospfv2Lsa	class	common ancestor type for all LSAs
Ospfv2LsaHeader	class	Represents an OSPF LSA header
Ospfv2NetworkLsa	class	Represents an OSPF Network LSA
Ospfv2Packet	class	Represents an OSPF packet header
Ospfv2RouterLsa	class	Represents an OSPF Router LSA (RFC 1583 Section A.4.2.)
Ospfv2SummaryLsa	class	Represents an OSPF Summary LSA
Ospfv3AsExternalLsa	class	AS-External-LSAs
Ospfv3DatabaseDescriptionPacket	class	Database Description Packet
Ospfv3HelloPacket	class	OSPFv3 hello packet
Ospfv3InterAreaPrefixLsa	class	Inter-Area-Prefix-LSAs
Ospfv3InterAreaRouterLsa	class	Inter-Area-Router-LSAs
Ospfv3IntraAreaPrefixLsa	class	Intra-Area-Prefix-LSAs
Ospfv3LinkLsa	class	Link-LSAs A link-local only LSA for OSPFv3. A Type 8 LSA is used to give information about link-local addresses and a list of IPv6 addresses on the link.
Ospfv3LinkStateAcknowledgementPacket	class	Link State Acknowledgement packet
Ospfv3LinkStateRequestPacket	class	Link State Request packet
Ospfv3LinkStateUpdatePacket	class	Link State Update packet
Ospfv3Lsa	class	(no description)
Ospfv3LsaHeader	class	Common LSA Header - this header is present in every LSA triplet {lsType, linkStateID, advertisingRouter} uniquely identify the LSA
Ospfv3NetworkLsa	class	Network LSA
Ospfv3NssaLsa	class	NSSA-LSAs Routers in a Not-so-stubby-area (NSSA) do not receive external LSAs from Area Border Routers, but are allowed to send external routing information for redistribution. They use type 7 LSAs to tell the ABRs about these external routes, which the Area Border Router then translates to type 5 external LSAs and floods as normal to the rest of the OSPF network
Ospfv3Packet	class	Common OSPFv3 packet header - this header is present in every OSPFv3 packet
Ospfv3RouterLsa	class	(no description)
Packet	class	(no description)
PacketDrop	class	(no description)
PacketDropDetails	class	(no description)
PacketEvent	class	(no description)
PacketEventTag	class	(no description)
PacketHeader	class	(no description)
PacketProtocolTag	class	This tag specifies the protocol of the packet.
PacketTransmittedEvent	class	(no description)
PaddingFrameHeader	class	(no description)
PcpInd	class	This indication specifies the PCP that was used to receive the packet. It may be present on a packet from the mac protocol to the application.
PcpReq	class	This request determines the PCP that should be used to send the packet. It may be present on a packet from the application to the mac protocol.
PcpTagBase	class	This is an abstract base class that should not be directly added as a tag.
PhysicalObject	class	(no description)
PimAssert	class	Assert message DM, SM
PimGraft	class	Graft message, only message send by unicast DM
PimHello	class	Hello message DM, SM
PimJoinPrune	class	Join/Prune message DM, SM
PimPacket	class	Header
PimRegister	class	Register message SM
PimRegisterStop	class	Register-Stop message SM
PimStateRefresh	class	State Refresh message DM
PingFrameHeader	class	(no description)
PppHeader	class	PPP frame.
PppTrailer	class	(no description)
ProbabilisticBroadcastHeader	class	(no description)
ProcessingTimeTag	class	This tag specifies the processing time. It can be attached to a specific region of a packet in order to sum up the processing time spent in each packet processor module.
ProgressTag	class	(no description)
PropagationTimeTag	class	This tag specifies the propagation time. It can be attached to a specific region of a packet in order to sum up the propagation time spent in each transmission channel.
Protocol	class	(no description)
ProtocolHeader	class	(no description)
ProtocolListTagBase	class	This is an abstract base class that should not be directly added as a tag.
ProtocolTagBase	class	This is an abstract base class that should not be directly added as a tag.
Quaternion	class	(no description)
QueueingTimeTag	class	This tag specifies the queueing time. It can be attached to a specific region of a packet in order to sum up the queueing time spent in each queueing module.
QuicAcceptCommand	class	Control info to be used to accept an available connection.
QuicBindCommand	class	Control info for binding a QUIC socket. To create and bind a socket, send a message to the Quic module with kind=QUIC_C_CREATE_PCB and a QuicBindCommand attached.
QuicCommand	class	Base class for QUIC Commands. The most convenient way to handle Quic is the QuicSocket class, which hides commands from you.
QuicConnectionAvailableInfo	class	Sent with message kind QUIC_I_CONNECTION_AVAILABLE, to let the app know about the local and remote IP address and port.
QuicConnectionInfo	class	Sent with message kind QUIC_I_ESTABLISHED to let the app know about the local and remote IP address and port.
QuicDataInfo	class	QUIC control info to let the app know about available data size to read. Sent with message kind QUIC_I_DATA_AVAILABLE.
QuicNewToken	class	(no description)
QuicOpenCommand	class	Control info to be used for active QUIC open (connect).
QuicRecvCommand	class	App command to let QUIC know about expected data size to read.
QuicStreamReq	class	Tag that allows to specify the stream.
rad	class	(no description)
RateTag	class	This tag can be attached to individual packets the specify the data rate and packet rate. The values are meaningful for a stream of packets which this packet is part of.
ReassemblyBuffer	class	(no description)
ReceiveStep	class	(no description)
ReceptionBase	class	(no description)
ReceptionReport	class	Rrepresents an RTP receiver report stored in an RTPSenderReportPacket or RTPReceiverReport.
ReorderBuffer	class	(no description)
Request	class	(no description)
Rerr	class	Represents an AODV Route Error
Rerr	class	Dymo RERR packet
ResidenceTimeTag	class	This tag specifies the network node residence start and end times. It can be attached to a specific region of a packet in order to store when that region entered and left the network node.
RetryPacketHeader	class	(no description)
RipPacket	class	RIPv2 packet
Rrep	class	Represents an AODV Route Reply
Rrep	class	Dymo RREP packet
RrepAck	class	Represents an AODV Route Reply ACK
RrepAck	class	Dymo RREP ACK packet
Rreq	class	Represents an AODV Route Request
Rreq	class	Dymo RREQ packet
RsvpHelloMsg	class	RSVP HELLO REQUEST message
RsvpMessage	class	RSVP message common part
RsvpPacket	class	FIXME missing documentation
RsvpPathError	class	FIXME missing documentation
RsvpPathMsg	class	FIXME missing documentation
RsvpPathTear	class	FIXME missing documentation
RsvpResvError	class	FIXME missing documentation
RsvpResvMsg	class	FIXME missing documentation
RsvpResvTear	class	FIXME missing documentation
RtcpByePacket	class	(no description)
RtcpPacket	class	(no description)
RtcpReceiverReportPacket	class	(no description)
RtcpSdesPacket	class	(no description)
RtcpSenderReportPacket	class	(no description)
RteMsg	class	(no description)
RtpCiCreateSenderModule	class	App to Rtp
RtpCiDeleteSenderModule	class	App to Rtp
RtpCiEnterSession	class	App to Rtp
RtpCiLeaveSession	class	App to Rtp
RtpCiSenderControl	class	App to Rtp
RtpCiSenderModuleCreated	class	Rtp to App
RtpCiSenderModuleDeleted	class	Rtp to App
RtpCiSenderStatus	class	Rtp to App
RtpCiSessionEntered	class	Rtp to App
RtpCiSessionLeft	class	Rtp to App
RtpControlInfo	class	base class
RtpHeader	class	This class represents an RTP data packet. Real data can either be encapsulated, or simulated by adding length.
RtpMpegHeader	class	(no description)
RtpParticipantInfo	class	This class is a super class for classes intended for storing information about ~RTP end systems. It has two subclasses: RTPReceiverInformation which is used for storing information about other system participating in an ~RTP session. RTPSenderInformation is used by an ~RTP endsystem for storing information about itself. sa RTPReceiverInformation sa RTPSenderInformation
RtpSessionControlInfo	class	base class
Sack	class	(no description)
SackItem	class	This structure represents a single SACK (selective acknowledgment):
SackList	class	(no description)
SctpAbortChunk	class	(no description)
SctpAddIPParameter	class	(no description)
SctpAddStreamsRequestParameter	class	(no description)
SctpAsconfAckChunk	class	(no description)
SctpAsconfChunk	class	(no description)
SctpAuthenticationChunk	class	(no description)
SctpAvailableReq	class	(no description)
SctpChunk	class	(no description)
SctpCommandReq	class	(no description)
SctpConnectReq	class	(no description)
SctpCookie	class	(no description)
SctpCookieAckChunk	class	(no description)
SctpCookieEchoChunk	class	(no description)
SctpDataChunk	class	(no description)
SctpDataMsg	class	(no description)
SctpDeleteIPParameter	class	(no description)
SctpErrorCauseParameter	class	(no description)
SctpErrorChunk	class	(no description)
SctpForwardTsnChunk	class	(no description)
SctpHeader	class	(no description)
SctpHeartbeatAckChunk	class	(no description)
SctpHeartbeatChunk	class	(no description)
SctpIncomingSsnResetRequestParameter	class	(no description)
SctpInfoReq	class	(no description)
SctpInitAckChunk	class	(no description)
SctpInitChunk	class	(no description)
SctpOpenReq	class	(no description)
SctpOutgoingSsnResetRequestParameter	class	(no description)
SctpPacketDropChunk	class	(no description)
SctpParameter	class	(no description)
SctpPathInfo	class	(no description)
SctpPathInfoReq	class	(no description)
SctpRcvReq	class	(no description)
SctpResetReq	class	(no description)
SctpResetTimer	class	(no description)
SctpRtoReq	class	(no description)
SctpSackChunk	class	(no description)
SctpSendQueueAbatedReq	class	(no description)
SctpSendReq	class	(no description)
SctpSetPrimaryIPParameter	class	(no description)
SctpShutdownAckChunk	class	(no description)
SctpShutdownChunk	class	(no description)
SctpShutdownCompleteChunk	class	(no description)
SctpSimpleErrorCauseParameter	class	(no description)
SctpSimpleMessage	class	(no description)
SctpSsnTsnResetRequestParameter	class	(no description)
SctpStatusReq	class	(no description)
SctpStreamResetChunk	class	(no description)
SctpStreamResetResponseParameter	class	(no description)
SctpSuccessIndication	class	(no description)
SctpSupportedExtensionsParameter	class	(no description)
SenderReport	class	Represents an RTP sender report as contained in an RtcpSenderReportPacket.
SequenceChunk	class	(no description)
SequenceNumberCyclic	class	(no description)
SequenceNumberHeader	class	(no description)
SequenceNumberInd	class	This indication specifies the sequence number that was used to receive the packet. It may be present on a packet from the mac protocol to the application.
SequenceNumberReq	class	This request determines the sequence number that should be used to send the packet. It may be present on a packet from the application to the mac protocol.
SequenceNumberTagBase	class	This is an abstract base class that should not be directly added as a tag.
SharingRegionTagSet::TagBaseRegionTag	class	(no description)
ShortcutMacHeader	class	(no description)
ShortcutPhyHeader	class	(no description)
ShortPacketHeader	class	(no description)
SignalBandInd	class	This indication specifies the signal band that was used to receive the packet. It may be present on a packet from the phyiscal layer to the application.
SignalBandReq	class	This request determines the signal band that should be used to transmit the packet. It may be present on a packet from the application to the phyisical layer.
SignalBandTagBase	class	This is an abstract base class that should not be directly added as a tag.
SignalBitrateInd	class	This indication specifies the bitrates for various parts of the signal that was used to receive the packet. It may be present on a packet from the phyiscal layer to the application.
SignalBitrateReq	class	This request determines the bitrates for various parts of the signal that should be used to transmit the packet. It may be present on a packet from the application to the phyisical layer.
SignalBitrateTagBase	class	This is an abstract base class that should not be directly added as a tag.
SignalPowerInd	class	This indication specifies the average analog signal power that was detected during receiving the packet. It may be present on a packet from the phyiscal layer to the application.
SignalPowerReq	class	This request determines the average analog signal power that should be used to transmit the packet. It may be present on a packet from the application to the phyisical layer.
SignalPowerTagBase	class	This is an abstract base class that should not be directly added as a tag.
SignalTagBase	class	This is an abstract base class that should not be directly added as a tag.
SignalTimeInd	class	This indication specifies the timing of the received signal. It may be present on a packet from the phyiscal layer to the application.
SimpleVoipPacket	class	Represents a voice packet used by SimpleVoipSender / SimpleVoipReceiver
SliceChunk	class	(no description)
SnirInd	class	This indication specifies the signal to noise ratio that was detected during receiving the packet. It may be present on a packet from the phyiscal layer to the application.
SocketBindCommand	class	(no description)
SocketCloseCommand	class	(no description)
SocketClosedIndication	class	(no description)
SocketCommandBase	class	(no description)
SocketDestroyCommand	class	(no description)
SocketInd	class	Specifies the application socket of an incoming packet, received by the application.
SocketReq	class	Determines the application socket of an outgoing packet, sent by the application.
SocketTagBase	class	(no description)
StreamBufferChunk	class	(no description)
StreamDataBlockedFrameHeader	class	(no description)
StreamFrameHeader	class	(no description)
StreamInd	class	This indication specifies the stream that was used to receive the packet. It may be present on a packet from the mac protocol to the application.
StreamReq	class	This request determines the stream that should be used to send the packet. It may be present on a packet from the application to the mac protocol.
StreamTagBase	class	This is an abstract base class that should not be directly added as a tag.
SubpacketLengthHeader	class	(no description)
TagBase	class	This is an abstract base class that should not be directly added to a message as a tag. It is used as the base class of all tags, thus it doesn’t have any fields.
TcpAcceptCommand	class	Control info to be used to accept an available connection.
TcpAlgorithm	class	(no description)
TcpAvailableInfo	class	Sent with message kind TCP_I_AVAILABLE, to let the app know about the local and remote IP address and port.
TcpCommand	class	Control info for TCP connections. This class is to be set as control info (see cMessage::setControlInfo()) on all messages exchanged between TCP and application, in both directions. Some commands and indications (TCP_C_OPEN_xxx, TCP_I_STATUS) use subclasses.
TcpConnectInfo	class	Sent with message kind TCP_I_ESTABLISHED, to let the app know about the local and remote IP address and port.
TcpConnection	class	(no description)
TcpErrorInfo	class	Currently not in use.
TcpHeader	class	Represents a TCP segment, to be used with the Tcp module.
TcpOpenCommand	class	Control info to be used for active or passive TCP open.
TcpOption	class	Header Options (optional):
TcpOptionEnd	class	(no description)
TcpOptionMaxSegmentSize	class	(no description)
TcpOptionNop	class	(no description)
TcpOptionSack	class	(no description)
TcpOptionSackPermitted	class	(no description)
TcpOptionTimestamp	class	(no description)
TcpOptionUnknown	class	(no description)
TcpOptionWindowScale	class	(no description)
TcpReadCommand	class	Control info that represents a READ request. Tcp only accepts READ requests from the user when the connection was opened with autoRead=false.
TcpReceiveQueue	class	(no description)
TcpSackRexmitQueue	class	(no description)
TcpSegmentTransmitInfoList	class	TODO
TcpSendQueue	class	(no description)
TcpSetDscpCommand	class	(no description)
TcpSetOptionCommand	class	Base class for TCP socket option control info classes.
TcpSetTimeToLiveCommand	class	(no description)
TcpSetTosCommand	class	(no description)
TcpStatusInfo	class	Sent with message kind TCP_I_STATUS, in response to command TCP_C_STATUS. For explanation of variables, see RFC 793 or TcpStateVariables in TcpConnection(1,:ref:2 <neddoc-msg-inet-tcp-tcpconnection>).h.
TedChangeInfo	class	Data structure supplied with NF_TED_CHANGE signal. This triggers the link state protocol to send out up-to-date link state info about the given links.
TimeTagBase	class	This is a base class for various time measurement tags.
TlvOptionBase	class	(no description)
TlvOptionRaw	class	(no description)
TlvOptions	class	(no description)
TosInd	class	This indication specifies the type of services that was used to receive the packet. It may be present on a packet from the network protocol to the application.
TosReq	class	This request determines the type of services that should be used to transmit the packet. It may be present on a packet from the application to the network protocol.
TosTagBase	class	This is an abstract base class that should not be directly added as a tag.
TransmissionBase	class	(no description)
TransmissionTimeTag	class	This tag specifies the transmission time. It can be attached to a specific region of a packet in order to sum up the transmission time spent in each transmitter.
TransmitStep	class	(no description)
TransportHeaderBase	class	This base class provides an abstraction for different transport layer packets.
TransportParametersExtension	class	(no description)
TransportProtocolInd	class	This indication specifies the transport protocol that was used to receive the packet. It may be present from the transport protocol to the application and from the transport protocol to the physical layer.
TransportProtocolReq	class	This request determines the transport protocol that should be used to send the packet. It may be present from the application to the transport protocol.
TransportPseudoHeader	class	Represents a TCP/UDP pseudo header, used for checksum calculation.
TunCloseCommand	class	(no description)
TunControlInfo	class	(no description)
TunDestroyCommand	class	(no description)
TunOpenCommand	class	(no description)
TunSocketClosedIndication	class	(no description)
UdpBindCommand	class	Control info for binding an UDP socket. To create and bind a socket, send a message to the Udp module with kind=UDP_C_BIND and an UdpBindCommand attached.
UdpBlockMulticastSourcesCommand	class	Control info for letting an UDP socket to block multicast traffic from specific sources after joining a multicast group.
UdpCloseCommand	class	Control info for closing an UDP socket. To close a socket, send a message to the Udp module with kind=UDP_C_CLOSE and an UdpCloseCommand attached. The Udp module will send an UdpSocketClosedIndication answer.
UdpCommandBase	class	Base class for UDP control info classes. The most convenient way to handle Udp is the UdpSocket class, which hides control info from you.
UdpConnectCommand	class	Control info for connecting an UDP socket. To connect a socket, send a message to the Udp module with kind=UDP_C_CONNECT and an UdpConnectCommand attached. If the socket does not exist, it will be created.
UdpDestroyCommand	class	Control info for destroying an UDP socket. To destroy a socket, send a message to the Udp module with kind=UDP_C_DESTROY and an UdpDestroyCommand attached.
UdpErrorIndication	class	Control info that is sent up from the Udp module to the application with UDP_I_ERROR as message kind when Udp receives an Icmp error for a packet previously sent from the socket.
UdpHeader	class	Represents an Udp header, to be used with the Udp module.
UdpJoinMulticastGroupsCommand	class	Control info for letting an UDP socket join multicast groups. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpJoinMulticastSourcesCommand	class	Control info for letting an UDP socket to join a multicast group only for the selected sources.
UdpLeaveMulticastGroupsCommand	class	Control info for letting an UDP socket leave multicast groups. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpLeaveMulticastSourcesCommand	class	Control info for letting an UDP socket to leave a multicast group for the selected sources.
UdpSetBroadcastCommand	class	Control info for setting the Broadcast option on an UDP socket. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpSetDscpCommand	class	Control info for setting the DSCP (DiffServ Code Point) header field on outgoing Ipv4/Ipv6 packets sent from an Udp socket. This is a 6-bit field. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpSetMulticastInterfaceCommand	class	Control info for setting the multicast output interface for an UDP socket. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpSetMulticastLoopCommand	class	Control info for setting the multicast loop option for an UDP socket. When the option is true, a copy of the outgoing multicast packet is delivered locally via the loopback interface. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an instance of this control info class attached.
UdpSetMulticastSourceFilterCommand	class	Control info for letting an UDP socket to specify the excluded/included sources for a multicast group.
UdpSetOptionCommand	class	Base class for UDP socket option control info classes.
UdpSetReuseAddressCommand	class	Control info for setting the ReuseAddress option on an UDP socket. When the option is true, then the socket is allowed to bind to an already bound local address. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpSetTimeToLiveCommand	class	Control info for setting the Time To Live (a.k.a. Hop Limit) option on an UDP socket. This option will affect both multicast and unicast packets. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpSetTosCommand	class	Control info for setting the TOS (Type Of Service) / Traffic Class header field on outgoing Ipv4/Ipv6 packets sent from an Udp socket. This is a 8-bit field. To set the option, send a message to the Udp module with kind=UDP_C_SETOPTION and an and instance of this control info class attached.
UdpSocketClosedIndication	class	Control info for inform app about an UDP socket closed. This is answer to an UdpCloseCommand.
UdpUnblockMulticastSourcesCommand	class	Control info for letting an UDP socket to permit multicast traffic from a previously blocked source.
UnitDiskReceptionAnalogModel	class	(no description)
UnitDiskTransmissionAnalogModel	class	(no description)
UserPriorityInd	class	This indication specifies the user priority that was used to receive the packet. It may be present on a packet from the mac protocol to the application.
UserPriorityReq	class	This request determines the user priority that should be used to send the packet. It may be present on a packet from the application to the mac protocol.
UserPriorityTagBase	class	This is an abstract base class that should not be directly added as a tag.
VariableLengthInteger	class	(no description)
VersionNegotiationPacketHeader	class	(no description)
VlanInd	class	This indication specifies the vlan that was used to receive the packet. It may be present on a packet from the mac protocol to the application.
VlanReq	class	This request determines the vlan that should be used to send the packet. It may be present on a packet from the application to the mac protocol.
VlanTagBase	class	This is an abstract base class that should not be directly added as a tag.
VoipStreamPacket	class	Packet type used by VoIPSourceApp and VoIPSinkApp
W	class	(no description)
WiseRouteHeader	class	(no description)
XMacControlFrame	class	Control Frame for XMac. Frame size is configurable in the MAC layer.
XMacDataFrameHeader	class	Dataframe header for XMac. Frame size is configurable in the MAC layer.
XMacHeaderBase	class	Base class for XMac headers.
ZeroRttPacketHeader	class	(no description)

Structs¶

Name	Type	Description
AckRange	struct	(no description)
BgpUpdateNlri	struct	(no description)
BgpUpdateNlri6	struct	Address-family-generic NLRI used by the MP-BGP attributes (RFC 4760). The prefix is an L3Address so the same structure carries IPv6 (and, in principle, other AFI) reachability.
BgpUpdateWithdrawnRoutes	struct	(no description)
DcTcpFamilyStateVariables	struct	State variables for DcTcpFamily.
DesignatedRouterId	struct	(no description)
DumbTcpStateVariables	struct	State variables for DumbTcp.
EigrpKValues	struct	Struct for K-values
EigrpMpIpv4Internal	struct	Multiprotocol Ipv4 (IPv4Address used) Internal TLV route
EigrpMpIpv6Internal	struct	Multiprotocol Ipv6 (IPv6Address used) Internal TLV route
EigrpMsgRoute	struct	EIGRP RTP
EigrpRouteFlags	struct	8 bit flags field, only three flags specified
EigrpStub	struct	Struct for EIGRP stub
EigrpTlvParameter	struct	TLV Parameter Type for Hello message
EigrpTlvStub	struct	TLV Stub for Hello message
EigrpWideMetricPar	struct	Struct for wide metric paramaters
EncodedGroupAddress	struct	(no description)
EncodedSourceAddress	struct	(no description)
EncodedUnicastAddress	struct	(no description)
EroObj	struct	Intserv/RSVP: Explicit Routing Object Structure
FecTlv	struct	(no description)
FilterSpecObj	struct	Intserv/RSVP: Sender Template Structure
FlowDescriptor_t	struct	Intserv/RSVP: Flow Descriptor Structure
FlowSpecObj	struct	Intserv/RSVP: Sender Tspec Structure
HostRouteParameters	struct	(no description)
Ieee80211CapabilityInformation	struct	Capability Information field format. This field is not used by the model (and is omitted from management frame formats too), because its fields are related to features not supported by this model (PCF, privacy, and beacons in ad-hoc mode). It is only provided here for completeness.
Ieee80211HandoverParameters	struct	Additional parameters for handover decisions (Not part of standard, for experimental purposes)
Ieee80211SupportedRatesElement	struct	Structure to store supported rates
Ipv4AddressRange	struct	(no description)
LabelRequestObj	struct	Intserv/RSVP: Label Request Object Structure
Ospfv2DdOptions	struct	should be a byte long bitfield
Ospfv2ExternalTosInfo	struct	(no description)
Ospfv2LsaRequest	struct	(no description)
Ospfv2Options	struct	should be a byte long bitfield
Ospfv2TosData	struct	(RFC 1583 Section A.4.2.)
Ospfv3DdOptions	struct	options struct for Database Description packets
Ospfv3LsaPrefix0	struct	Address Prefix options
Ospfv3LsaPrefixMetric	struct	used for Intra-Area-Prefix LSA
Ospfv3LsRequest	struct	identity of requested LSA - there may be multiple LSAs requested in a single LSR
Ospfv3Options	struct	options for OSPFv3 packets - present in Hello, DD and certain LSAs
Ospfv3RouterLsaBody	struct	(no description)
PortIdentity	struct	(no description)
RipEntry	struct	RIPv2 route entry
RsvpHopObj	struct	Intserv/RSVP: RSVP HOP Structure
SenderDescriptor_t	struct	Intserv/RSVP: Sender Descriptor Structure
SenderTemplateObj	struct	Intserv/RSVP: Sender Template Structure
SenderTspecObj	struct	Intserv/RSVP: Sender Tspec Structure
SessionObj	struct	Intserv/RSVP: Session Structure
TcpBaseAlgStateVariables	struct	State variables for TcpBaseAlg.
TcpStateVariables	struct	Contains state variables (“TCB”) for TCP.
TcpTahoeRenoFamilyStateVariables	struct	State variables for TcpTahoeRenoFamily.
TcpVegasStateVariables	struct	State variables for TcpVegas.
TcpWestwoodStateVariables	struct	State variables for TcpWestwood.
TeLinkStateInfo	struct	Represents a link in the Ted and in LinkStateMsg packets.
UnreachableNode	struct	Helper struct to represent (L3Address, sequence number) pairs in a RERR message

Enums¶

Name	Type	Description
AckPolicy	enum	Ack policy values for the 802.11 QoS control field
AodvControlPacketType	enum	(no description)
ArpOpcode	enum	The list of practically important ARP opcodes
BaStatus	enum	Defining the status fields for the Binding Acknowledgement Message
BeStatus	enum	==================Defining Binding Error Status====================
BgpPathSegmentType	enum	(no description)
BgpProcessResult	enum	(no description)
BgpSelfMsgKind	enum	(no description)
BgpSessionType	enum	(no description)
BgpType	enum	BGPv4 message types
BgpUpdateAttributeTypeCode	enum	(no description)
BMacType	enum	@brief Types of messages (self messages and packets) the node can process TODO split to 2 enums: for packets / for self messages
BpduProtocolIdentifier	enum	(no description)
BpduProtocolVersionIdentifier	enum	(no description)
BpduType	enum	(no description)
ChecksumMode	enum	(no description)
ChecksumType	enum	Common checksum types.
CsmaCaMacHeaderType	enum	(no description)
DhcpMessageType	enum	(no description)
DhcpOpcode	enum	(no description)
DhcpOptionCode	enum	(no description)
DhcpTimerType	enum	DHCP timer types (RFC 2131 4.4.5)
Direction	enum	(no description)
Dscp	enum	DiffServ code points.
DymoMetricType	enum	TODO metric types are defined in a separate [RFC 6551]
EchoProtocolType	enum	Determines the packet type.
Ed1DataLength	enum	Contents of Table 25 - Lengths of MRP_Ed1ManufacturerData for different MRP_Ed1Type values in MRP_Option.
EigrpTimerType	enum	types of timers
EigrpTlvTypeLow	enum	(no description)
EthernetControlOpCode	enum	(no description)
EthernetEsdType	enum	See Table 147–1—4B/5B Encoding in the IEEE Std 802.3cg, IEEE Standard for Ethernet.
EthernetPhyHeaderType	enum	http://www.enodenetworks.com/assets/docs/8023br.pdf
EthernetSignalType	enum	(no description)
EtherType	enum	Some EtherType values (Ethernet II).
FrameHeaderType	enum	(no description)
GpsrForwardingMode	enum	(no description)
GpsrPlanarizationMode	enum	(no description)
GptpFlags	enum	ieee802.1AS-2020 10.6.2.2.8: flags (Octet2) Table 10-9—Values of flag bits
GptpMessageType	enum	(no description)
GptpNodeType	enum	(no description)
GptpPortType	enum	(no description)
GptpTlvType	enum	(no description)
GroupRecordType	enum	(no description)
HeaderOpcode	enum	Codes of EIGRP messages
IcmpDestinationUnreachableCodes	enum	Codes for type ICMP_DESTINATION_UNREACHABLE
IcmpParameterProblemSubcodes	enum	(no description)
IcmpRedirectSubcodes	enum	(no description)
IcmpTimeExceededSubcodes	enum	(no description)
IcmpType	enum	The real ICMP codes
Icmpv6DestUnav	enum	ICMPv6 “codes” for type ICMPv6_DESTINATION_UNREACHABLE
Icmpv6ParameterProblem	enum	ICMPv6 “codes” for type ICMPv6_PARAMETER_PROBLEM
Icmpv6TimeEx	enum	ICMPv6 “codes” for type ICMPv6_TIME_EXCEEDED
Icmpv6Type	enum	(no description)
Ieee80211BssType	enum	(no description)
Ieee80211FrameType	enum	802.11 frame type constants (type+subtype), for the “type” field of Ieee80211FrameControl
Ieee80211HwmpCode	enum	(no description)
Ieee80211PrimConfirmCode	enum	IEEE 802.11 confirm codes, sent by the management entity to the agent, in response to the agents’s requests. These constants should be set as message kind on the messages.
Ieee80211PrimRequestCode	enum	IEEE 802.11 command codes, sent by the agent to the management entity. These constants should be set as message kind on the messages.
Ieee80211PrimResultCode	enum	Values for the resultCode field in confirm primitives, sent from the management entity to the agent.
Ieee80211ReasonCode	enum	802.11 reason code; values correspond to the standard.
Ieee80211StatusCode	enum	802.11 status code; values correspond to the standard.
Ieee802MessageKind	enum	Message kind values used with in communication between L3 and IEEE 802 L2
IgmpTimerKind	enum	(no description)
IgmpType	enum	(no description)
IpEcnCode	enum	(no description)
IpProtocolId	enum	Protocol field: taken from RFC 1700. Replacing old RFC1700 with newer (28/06/01) Protocol Numbers
Ipv4CommandCode	enum	(no description)
Ipv4OptionClass	enum	Ipv4 options class
Ipv4OptionType	enum	Ipv4 option types
Ipv4StatusInd	enum	(no description)
Ipv6CommandCode	enum	(no description)
Ipv6NdOptionTypes	enum	TLB options (type, length, bytes), length must be divisible by eight, max value is 8*255 Type codes: // RFC 2461
Ipv6StatusInd	enum	(no description)
Ipv6TlvOptionTypes	enum	Ipv6 TLV option types
L3CommandCode	enum	(no description)
L3StatusInd	enum	(no description)
LdpMessageTypes	enum	LDP message types
LdpStatusTypes	enum	(no description)
LinkType	enum	(no description)
LlcProtocolId	enum	(no description)
LMacType	enum	TODO split to 2 enums: for packets / for self messages
LongPacketHeaderType	enum	(no description)
MldGroupRecordType	enum	Multicast Address Record types carried in an MLDv2 Report (RFC 3810 §5.2.12). Same semantics and values as the IGMPv3 Group Record types (RFC 3376), but with MLD-specific names so the two enums never collide in a shared translation unit.
MobilityHeaderType	enum	(no description)
MrpOuiType	enum	Values for the vendor part of the MAC address, also used in MrpOption.
NextHopTlvOptionTypes	enum	Next hop forwarding TLV option types
OspfPacketType	enum	(no description)
Ospfv2LsaType	enum	(no description)
Ospfv2TimerType	enum	(no description)
Ospfv3LsaFunctionCode	enum	LSA Function Code
Ospfv3RouterLsaType	enum	Router LSA
OverdueClockEventHandlingMode	enum	(no description)
PacketDropReason	enum	(no description)
PacketEventKind	enum	(no description)
PacketHeaderForm	enum	(no description)
PimHelloOptionType	enum	(no description)
PimPacketType	enum	(no description)
PingSelfKinds	enum	(no description)
QuicCommandCode	enum	QUIC command codes, sent by the application to ~QUIC. These constants should be set as message kind on messages sent to the ~QUIC entity.
QuicStatusInd	enum	QUIC indications, sent by ~QUIC to the application. ~QUIC will set these constants as message kind on messages it sends to the application.
RadioCommandCode	enum	Message kinds for sending commands to the radio.
RipAf	enum	Address Family constants
RipCommand	enum	RIP commands
RsvpConstants	enum	(no description)
RtcpPacketType	enum	(no description)
RtpAppSelfMsgKinds	enum	(no description)
RtpIfpType	enum	An enumeration to distinguish the different functions of the RtpInterfacePacket.
RtpInpType	enum	This enumeration is a list of all possibly types of an RtpInnerPacket.
RtpSenderControlMessageCommands	enum	A message of the type RtpSenderControlMessage is created by an application to control the behavior of an rtp sender module. With this class the application can send a command string to the sender module like “PLAY” or “STOP”. A message can have up to two float parameters.
RtpSenderStatus	enum	Messages of type RtpSenderStatusMessage are used to send information from an rtp sender module to the application. Within this class a status string is defined in which the information is stored. This can be “PLAYING”, “STOPPED” or “FINISHED”. If a message must provide more information than just a string, a new class defining this parameter can derived.
SapCode	enum	Some 8-bit SAP values for IEEE 802.x LLC headers.
SctpCommandCode	enum	SCTP command codes, sent by the application to SCTP. These constants should be set as message kind on a message sent to the SCTP entity.
SctpErrorCode	enum	Currently not in use.
SctpFlags	enum	(no description)
SctpStatusInd	enum	SCTP indications, sent by SCTP to the application. SCTP will set these constants as message kind on messages it sends to the application.
ServicePrimitive	enum	OSI layered service primitives
SignallingConstants	enum	(no description)
SocketCommandCode	enum	(no description)
SocketStatusInd	enum	(no description)
SubTlvHeaderType	enum	(no description)
TcpCommandCode	enum	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.
TcpConstants	enum	(no description)
TcpErrorCode	enum	Currently not in use.
TcpEventCode	enum	Event, strictly for the FSM state transition purposes. DO NOT USE outside performStateTransition()!
TcpOptionNumbers	enum	TCP Option Numbers Reference: http://www.iana.org/assignments/tcp-parameters/ Date: 2011-07-02
TcpState	enum	TCP FSM states
TcpStatusInd	enum	TCP indications, sent by TCP to the application. TCP will set these constants as message kind on messages it sends to the application.
TimestampFlag	enum	The timestamp flag uses the same numeric values as the Ipv4 Protocol
TlvHeaderType	enum	“Type” values for TLVs in the MRP protocol.
TrafficGenControlType	enum	(no description)
TrafficgenInfotype	enum	(no description)
TrafficgenMessagetype	enum	(no description)
TunCommandCode	enum	(no description)
TunSocketIndication	enum	(no description)
UdpCommandCode	enum	Udp command codes, sent by the application to Udp. These constants should be set as message kind on messages sent to the Udp entity.
UdpSetOptionSubcode	enum	(no description)
UdpSourceFilterMode	enum	(no description)
UdpStatusInd	enum	Udp indications, sent by Udp to the application. Udp will set these constants as message kind on messages it sends to the application.
VoipStreamPacketType	enum	For the type field of VoIPPacket
WiseRouteMsgType	enum	(no description)
XMacTypes	enum	@brief Types of messages (self messages and packets) the node can process