Ospfv3RouterConfig Object

Router advertises only the routers it can reach through the simulated topology.

Router advertises all LSAs in the area.

The AreaExtendedLSAMode will be inherited from ExtendedLSAMode

Legacy link and area scoped LSAs will be originated and sent out

Both Extended and Legacy link and area scoped LSAs will be originated and sent out

Both Extended and Legacy link and area scoped LSAs will be originated and sent out

Extended link and area scoped LSAs will be originated and sent out

Enable BFD.

Disable BFD.

Enable OSPFv3 Extended LSAs related functions on this device.

Disable OSPFv3 Extended LSAs related functions on this device.

Graceful Restart enabled

Graceful Restart disabled

Legacy LSAs will be originated and sent out

Both Extended and Legacy LSAs will be originated and sent out

Both Extended and Legacy LSAs will be originated and sent out

Extended LSAs will be originated and sent out

Graceful Restart Helper Only

Protocol will transmit LSA configuration changes in one or more LS Update packets. The protocol will wait for acknowledgement or the Retransmit Interval before sending the next packet.

Protocol will transmit LSA configuration changes in one or more LS Update packets separated by the interval defined in the Flood Delay field. The protocol will not wait for acknowledgement before sending the next packet.

Defined by the physical interface type (Broadcast adjacency on Ethernet port).

Adjacency is Broadcast, regardless of port type.

Adjacency is Point-to-Point.

V6: if bit clear, the router/link should be excluded from IPv6 routing calculations (V, Bit 0).

External Routing: specifies the way AS-external-LSAs are flooded (E, Bit 1).

Multicast: specifies whether IP multicast datagrams are forwarded according to the specification in RFC 1586 (MC, Bit 2).

NSSA: describes the handling of Type-y LSA as specified in RFC 1584 (N/P, Bit 3).

Router: specifies whether the originator is an active router. If clear, routers that transmit the advertising none cannot be computed. (R, Bit 4).

Demand Circuit: specifies how the router handles demand circuits (DC, Bit 5).

Unused (Bit 6).

Unused (Bit 7).

Unused (Bit 8).

Unused (Bit 9).

Unused (Bit 10).

Unused (Bit 11).

Unused (Bit 12).

Unused (Bit 13).

Unused (Bit 14).

Unused (Bit 15).

Unused (Bit 16).

Unused (Bit 17).

Unused (Bit 18).

Unused (Bit 19).

Unused (Bit 20).

Unused (Bit 21).

Unused (Bit 22).

Unused (Bit 23).

Use Ipv6 as Srv6 Received AF type.

Do not Use Ipv6 as Srv6 Received AF type.

TRUE

FALSE

Use partial block state.

Do not use partial block state.

Use the same SRGB in the SR domain.

Do not Use the same SRGB in the SR domain.

Enable View Routes

Disable View Routes

No recent information received from any device.

No recent information received from the neighbor - escalate effort to contact. Valid only for neighbors attached to a NBMA network.

Router interface has detected a hello packet recently sent by a neighbor. Because the router did not appear in the neighbor's Hello packet, bidirectional communication has not been established. All neighbors in this state (or higher) are listed in the Hello packets sent from the associated interface.

Bidirectional communication with a neighbor has been established. The Backup Designated Router is selected from the set of neighbors in state two-way or higher.

First step in establishing adjacency between neighbors. Routers decide which will be master, and decide upon the initial Database Description (DD) sequence number. The sequence number ensures that routers always get the most recent information. Neighbor conversations in this state, or higher, are called adjacencies.

Router is describing its entire link-state database by sending DD packets to the neighbor. Each DD packet has a DD sequence number and is explicitly acknowledged. Only one DD packet can be outstanding at any given time. The router may also send Link-state Request Packets asking for the neighbor's more recent LSAs. All adjacencies in the Exchange state, or greater, are used by the flooding procedure. These adjacencies are capable of transmitting and receiving all types of OSPF routing protocol packets.

If not initiated in the Exchange state, the router sends Link-state Request Packets asking for the neighbor's more recent LSAs that have been discovered, but not yet received in the Exchange state.

Neighboring routers are fully adjacent. These adjacencies will now appear in router LSAs and in network LSAs.

No recent information received from any device.

No recent information received from the neighbor - escalate effort to contact. Valid only for neighbors attached to a NBMA network.

Router interface has detected a hello packet recently sent by a neighbor. Because the router did not appear in the neighbor's Hello packet, bidirectional communication has not been established. All neighbors in this state (or higher) are listed in the Hello packets sent from the associated interface.

Bidirectional communication with a neighbor has been established. The Backup Designated Router is selected from the set of neighbors in state two-way or higher.

First step in establishing adjacency between neighbors. Routers decide which will be master, and decide upon the initial Database Description (DD) sequence number. The sequence number ensures that routers always get the most recent information. Neighbor conversations in this state, or higher, are called adjacencies.

Router is describing its entire link-state database by sending DD packets to the neighbor. Each DD packet has a DD sequence number and is explicitly acknowledged. Only one DD packet can be outstanding at any given time. The router may also send Link-state Request Packets asking for the neighbor's more recent LSAs. All adjacencies in the Exchange state, or greater, are used by the flooding procedure. These adjacencies are capable of transmitting and receiving all types of OSPF routing protocol packets.

If not initiated in the Exchange state, the router sends Link-state Request Packets asking for the neighbor's more recent LSAs that have been discovered, but not yet received in the Exchange state.

Neighboring routers are fully adjacent. These adjacencies will now appear in router LSAs and in network LSAs.

Configuration information has not been sent to the card.

No OSPFv3.

Down.

Loop Back.

Emulating router is treating the network as Broadcast and it has a non-zero router priority. The emulated router will stay in this state until the end of the Designated Router election process.

Emulated router is treating the network as point-to-point. There is no Designated Router election process, so the emulated router goes to this state immediately.

Emulated router is treating the network as Broadcast. If the emulated router's priority is zero, it will immediately switch to this state when it is started (because it cannot become either DR or Backup DR). If the emulated router's priority is non-zero, it will switch to this state if other routers are elected DR and Backup DR.

Emulated router is treating the network as Broadcast, it has a non-zero router priority, and it has been elected the Backup Designated Router.

Emulated router is treating the network as Broadcast, it has a non-zero router priority, and it has been elected the Designated Router.

Helper bit mask

Router State bit mask

Helper Down

Helper Loopback

Helper Waiting

Helper P2P

Helper DROther

Helper Backup

Helper DR

GR Helper Down

GR Helper Loopback

GR Helper Waiting

GR Helper P2P

GR Helper DROther

GR Helper Backup

GR Helper DR