FRR-7.3-Snapcraft

Build: #2 failed

Job: OSPFv3 IPv6 Tests was successful

Build log

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14-Feb-2020 14:14:53 MUST
14-Feb-2020 14:17:35 Test ANVL-OSPFV3-19.12: Passed
14-Feb-2020 14:17:35
14-Feb-2020 14:17:36 Test ANVL-OSPFV3-19.14 executing
14-Feb-2020 14:17:36 Test Summary
14-Feb-2020 14:17:36 Within each link description, the Metric field is
14-Feb-2020 14:17:36 always set to the interface's output cost, and the Interface ID
14-Feb-2020 14:17:36 field is set to the interface's OSPF Interface ID.
14-Feb-2020 14:17:36 Test Reference
14-Feb-2020 14:17:36 RFC 5340, s4.4.3.2 p28 Router-LSAs
14-Feb-2020 14:17:36 Test Classification
14-Feb-2020 14:17:36 MUST
14-Feb-2020 14:19:31 Test ANVL-OSPFV3-19.14: Passed
14-Feb-2020 14:19:31
14-Feb-2020 14:19:32 Test ANVL-OSPFV3-19.16 executing
14-Feb-2020 14:19:32 Test Summary
14-Feb-2020 14:19:32 If the router is fully adjacent to the link's Designated Router,
14-Feb-2020 14:19:32 or if the router itself is Designated Router and is fully adjacent
14-Feb-2020 14:19:32 to at least one other router, add a single Type 2 link description
14-Feb-2020 14:19:32 (transit network).
14-Feb-2020 14:19:32 Test Reference
14-Feb-2020 14:19:32 RFC 5340, s4.4.3.2 p28 Router-LSAs
14-Feb-2020 14:19:32 Test Classification
14-Feb-2020 14:19:32 MUST
14-Feb-2020 14:22:47 Test ANVL-OSPFV3-19.16: Passed
14-Feb-2020 14:22:47
14-Feb-2020 14:22:49 Test ANVL-OSPFV3-20.1 executing
14-Feb-2020 14:22:49 Test Summary
14-Feb-2020 14:22:49 Network-LSAs have area flooding scope.
14-Feb-2020 14:22:49 Test Reference
14-Feb-2020 14:22:49 RFC 5340, s4.4.3.3 p29 Network-LSAs
14-Feb-2020 14:22:49 Test Classification
14-Feb-2020 14:22:49 MUST
14-Feb-2020 14:25:13 Test ANVL-OSPFV3-20.1: Passed
14-Feb-2020 14:25:13
14-Feb-2020 14:25:15 Test ANVL-OSPFV3-20.2 executing
14-Feb-2020 14:25:15 Test Summary
14-Feb-2020 14:25:15 A network-LSA is originated for every broadcast or NBMA link with
14-Feb-2020 14:25:15 an elected Designated Router that is fully adjacent with at least
14-Feb-2020 14:25:15 one other router on the link.  The network-LSA is originated by the
14-Feb-2020 14:25:15 link's Designated Router and lists all routers on the link with
14-Feb-2020 14:25:15 which it is fully adjacent.
14-Feb-2020 14:25:15 Test Reference
14-Feb-2020 14:25:15 RFC 5340, s4.4.3.3 p29 Network-LSAs
14-Feb-2020 14:25:15 Test Classification
14-Feb-2020 14:25:15 MUST
14-Feb-2020 14:27:39 Test ANVL-OSPFV3-20.2: Passed
14-Feb-2020 14:27:39
14-Feb-2020 14:27:41 Test ANVL-OSPFV3-20.3 executing
14-Feb-2020 14:27:41 Test Summary
14-Feb-2020 14:27:41 A router that has formerly been the Designated Router for
14-Feb-2020 14:27:41 a network, but is no longer, should flush the network-LSA that it
14-Feb-2020 14:27:41 had previously originated.
14-Feb-2020 14:27:41 Test Reference
14-Feb-2020 14:27:41 RFC 5340, s4.4.3.3 p29 Network-LSAs
14-Feb-2020 14:27:41 RFC 2328, s12.4.2 p134 Network-LSAs
14-Feb-2020 14:27:41 Test Classification
14-Feb-2020 14:27:41 SHOULD
14-Feb-2020 14:30:35 Test ANVL-OSPFV3-20.3: Passed
14-Feb-2020 14:30:35
14-Feb-2020 14:30:37 Test ANVL-OSPFV3-20.5 executing
14-Feb-2020 14:30:37 Test Summary
14-Feb-2020 14:30:37 An IPv6 network-LSA's Link State ID is set to the Interface ID of
14-Feb-2020 14:30:37 the Designated Router on the link.
14-Feb-2020 14:30:37 Test Reference
14-Feb-2020 14:30:37 RFC 5340, s4.4.3.3 p29 Network-LSAs
14-Feb-2020 14:30:37 Test Classification
14-Feb-2020 14:30:37 MUST
14-Feb-2020 14:33:06 Test ANVL-OSPFV3-20.5: Passed
14-Feb-2020 14:33:06
14-Feb-2020 14:33:08 Test ANVL-OSPFV3-21.1 executing
14-Feb-2020 14:33:08 Test Summary
14-Feb-2020 14:33:08 Inter-area-prefix-LSAs have area flooding scope.
14-Feb-2020 14:33:08 Test Reference
14-Feb-2020 14:33:08 RFC 5340, s4.4.3.4 p30 Inter-Area-Prefix-LSAs
14-Feb-2020 14:33:08 Test Classification
14-Feb-2020 14:33:08 MUST
14-Feb-2020 14:35:33 Test ANVL-OSPFV3-21.1: Passed
14-Feb-2020 14:35:33
14-Feb-2020 14:35:34 Test ANVL-OSPFV3-21.2 executing
14-Feb-2020 14:35:34 Test Summary
14-Feb-2020 14:35:34 If for a route the area associated with this set of paths is
14-Feb-2020 14:35:34 the Area A itself, do not generate a summary-LSA for the route
14-Feb-2020 14:35:34 for advertising into Area A.
14-Feb-2020 14:35:34 (Type 3 Summary LSA has been renamed as Inter-Area-Prefix-LSA)
14-Feb-2020 14:35:34 Test Reference
14-Feb-2020 14:35:34 RFC 5340, s4.4.3.4 p30 Inter-Area-Prefix-LSAs
14-Feb-2020 14:35:34 RFC 2328, s12.4.3. p136 Summary-LSAs
14-Feb-2020 14:35:34 Test Classification
14-Feb-2020 14:35:34 MUST
14-Feb-2020 14:38:56 Test ANVL-OSPFV3-21.2: Passed
14-Feb-2020 14:38:56
14-Feb-2020 14:38:57 Test ANVL-OSPFV3-21.6 executing
14-Feb-2020 14:38:57 Test Summary
14-Feb-2020 14:38:57 The Link State ID of an inter-area-prefix-LSA has lost all of
14-Feb-2020 14:38:57 its addressing semantics, and simply serves to
14-Feb-2020 14:38:57 distinguish multiple inter-area-prefix-LSAs that are
14-Feb-2020 14:38:57 originated by the same router.
14-Feb-2020 14:38:57 Test Reference
14-Feb-2020 14:38:57 RFC 5340, s4.4.3.4 p30 Inter-Area-Prefix-LSAs
14-Feb-2020 14:38:57 Test Classification
14-Feb-2020 14:38:57 MUST
14-Feb-2020 14:41:40 Test ANVL-OSPFV3-21.6: Passed
14-Feb-2020 14:41:40
14-Feb-2020 14:41:41 Test ANVL-OSPFV3-22.1 executing
14-Feb-2020 14:41:41 Test Summary
14-Feb-2020 14:41:41 Inter-area-router-LSAs have area flooding scope.
14-Feb-2020 14:41:41 Test Reference
14-Feb-2020 14:41:41 RFC 5340, s4.4.3.5 p31 Inter-Area-Router-LSAs
14-Feb-2020 14:41:41 Test Classification
14-Feb-2020 14:41:41 MUST
14-Feb-2020 14:44:06 Test ANVL-OSPFV3-22.1: Passed
14-Feb-2020 14:44:06
14-Feb-2020 14:44:07 Test ANVL-OSPFV3-22.2 executing
14-Feb-2020 14:44:07 Test Summary
14-Feb-2020 14:44:07 The Options field in an inter-area-router-LSA should be
14-Feb-2020 14:44:07 set equal 1to the Options field contained in the destination
14-Feb-2020 14:44:07 router's own router-LSA.
14-Feb-2020 14:44:07 Test Reference
14-Feb-2020 14:44:07 RFC 5340, s4.4.3.5 p32 Inter-Area-Router-LSAs
14-Feb-2020 14:44:07 Test Classification
14-Feb-2020 14:44:07 SHOULD
14-Feb-2020 14:46:33 Test ANVL-OSPFV3-22.2: Passed
14-Feb-2020 14:46:33
14-Feb-2020 14:46:35 Test ANVL-OSPFV3-23.1 executing
14-Feb-2020 14:46:35 Test Summary
14-Feb-2020 14:46:35 AS-external-LSAs have AS flooding scope.
14-Feb-2020 14:46:35 Test Reference
14-Feb-2020 14:46:35 RFC 5340, s4.4.3.6 p32 AS-External-LSAs
14-Feb-2020 14:46:35 Test Classification
14-Feb-2020 14:46:35 MUST
14-Feb-2020 14:49:09 Test ANVL-OSPFV3-23.1: Passed
14-Feb-2020 14:49:09
14-Feb-2020 14:49:11 Test ANVL-OSPFV3-23.2 executing
14-Feb-2020 14:49:11 Test Summary
14-Feb-2020 14:49:11 The Link State ID of an AS-external-LSA has lost all of its
14-Feb-2020 14:49:11 addressing semantics, and simply serves to distinguish
14-Feb-2020 14:49:11 multiple AS-external-LSAs that are originated by the same router.
14-Feb-2020 14:49:11 Test Reference
14-Feb-2020 14:49:11 RFC 5340, s4.4.3.6 p32 AS-External-LSAs
14-Feb-2020 14:49:11 Test Classification
14-Feb-2020 14:49:11 MUST
14-Feb-2020 14:51:53 Test ANVL-OSPFV3-23.2: Passed
14-Feb-2020 14:51:53
14-Feb-2020 14:51:55 Test ANVL-OSPFV3-23.4 executing
14-Feb-2020 14:51:55 Test Summary
14-Feb-2020 14:51:55 The forwarding address is present in the AS-external-LSA if and
14-Feb-2020 14:51:55 only if the AS-external-LSA's bit F is set.
14-Feb-2020 14:51:55 Test Reference
14-Feb-2020 14:51:55 RFC 5340, s4.4.3.6 p32 AS-External-LSAs
14-Feb-2020 14:51:55 Test Classification
14-Feb-2020 14:51:55 MUST
14-Feb-2020 14:55:03 Test ANVL-OSPFV3-23.4: Passed
14-Feb-2020 14:55:03
14-Feb-2020 14:55:05 Test ANVL-OSPFV3-23.5 executing
14-Feb-2020 14:55:05 Test Summary
14-Feb-2020 14:55:05 Received non-zero values for Reference LS Type field should be
14-Feb-2020 14:55:05 ignored.
14-Feb-2020 14:55:05 Test Reference
14-Feb-2020 14:55:05 RFC 5340, s4.4.3.6 p33 AS-External-LSAs
14-Feb-2020 14:55:05 Test Classification
14-Feb-2020 14:55:05 SHOULD
14-Feb-2020 14:57:38 Test ANVL-OSPFV3-23.5: Passed
14-Feb-2020 14:57:38
14-Feb-2020 14:57:40 Test ANVL-OSPFV3-24.1 executing
14-Feb-2020 14:57:40 Test Summary
14-Feb-2020 14:57:40 Link-LSAs have link-local flooding scope.
14-Feb-2020 14:57:40 Test Reference
14-Feb-2020 14:57:40 RFC 5340, s4.4.3.8 p34 Link-LSAs
14-Feb-2020 14:57:40 Test Classification
14-Feb-2020 14:57:40 MUST
14-Feb-2020 15:00:45 Test ANVL-OSPFV3-24.1: Passed
14-Feb-2020 15:00:45
14-Feb-2020 15:00:46 Test ANVL-OSPFV3-24.2 executing
14-Feb-2020 15:00:46 Test Summary
14-Feb-2020 15:00:46 The Link State ID is set to the router's Interface ID on Link L.
14-Feb-2020 15:00:46 Test Reference
14-Feb-2020 15:00:46 RFC 5340, s4.4.3.8 p35 Link-LSAs
14-Feb-2020 15:00:46 Test Classification
14-Feb-2020 15:00:46 MUST
14-Feb-2020 15:02:46 Test ANVL-OSPFV3-24.2: Passed
14-Feb-2020 15:02:46
14-Feb-2020 15:02:47 Test ANVL-OSPFV3-24.4 executing
14-Feb-2020 15:02:47 Test Summary
14-Feb-2020 15:02:47 The link-LSA's Options field is set to reflect the router's
14-Feb-2020 15:02:47 capabilities.  On multi-access links, the Designated Router will
14-Feb-2020 15:02:47 logically OR the link-LSA Options fields for all fully adjacent
14-Feb-2020 15:02:47 neighbors in Link L's network-LSA.
14-Feb-2020 15:02:47 Test Reference
14-Feb-2020 15:02:47 RFC 5340, s4.4.3.8 p35 Link-LSAs
14-Feb-2020 15:02:47 Test Classification
14-Feb-2020 15:02:47 MUST
14-Feb-2020 15:04:42 Test ANVL-OSPFV3-24.4: Passed
14-Feb-2020 15:04:42
14-Feb-2020 15:04:43 Test ANVL-OSPFV3-24.5 executing
14-Feb-2020 15:04:43 Test Summary
14-Feb-2020 15:04:43 The router inserts its link-local address on Link L into the
14-Feb-2020 15:04:43 Link-LSA.
14-Feb-2020 15:04:43 Test Reference
14-Feb-2020 15:04:43 RFC 5340, s4.4.3.8 p35 Link-LSAs
14-Feb-2020 15:04:43 Test Classification
14-Feb-2020 15:04:43 MUST
14-Feb-2020 15:06:38 Test ANVL-OSPFV3-24.5: Passed
14-Feb-2020 15:06:38
14-Feb-2020 15:06:39 Test ANVL-OSPFV3-24.6 executing
14-Feb-2020 15:06:39 Test Summary
14-Feb-2020 15:06:39 Each IPv6 address prefix that has been configured on
14-Feb-2020 15:06:39 Link L is added to the Link-LSA, by specifying
14-Feb-2020 15:06:39 values for the PrefixLength, PrefixOptions, and Address Prefix
14-Feb-2020 15:06:39 fields.
14-Feb-2020 15:06:39 Test Reference
14-Feb-2020 15:06:39 RFC 5340, s4.4.3.8 p35 Link-LSAs
14-Feb-2020 15:06:39 Test Classification
14-Feb-2020 15:06:39 MUST
14-Feb-2020 15:08:37 Test ANVL-OSPFV3-24.6: Passed
14-Feb-2020 15:08:37
14-Feb-2020 15:08:38 Test ANVL-OSPFV3-25.1 executing
14-Feb-2020 15:08:38 Test Summary
14-Feb-2020 15:08:38 Intra-area-prefix-LSAs have area flooding scope.
14-Feb-2020 15:08:38 Test Reference
14-Feb-2020 15:08:38 RFC 5340, s4.4.3.9 p36 Intra-Area-Prefix-LSAs
14-Feb-2020 15:08:38 Test Classification
14-Feb-2020 15:08:38 MUST
14-Feb-2020 15:10:53 Test ANVL-OSPFV3-25.1: Passed
14-Feb-2020 15:10:53
14-Feb-2020 15:10:54 Test ANVL-OSPFV3-25.2 executing
14-Feb-2020 15:10:54 Test Summary
14-Feb-2020 15:10:54 It either associates a list of IPv6 address prefixes with a transit
14-Feb-2020 15:10:54 network link by referencing a network- LSA, or associates a
14-Feb-2020 15:10:54 list of IPv6 address prefixes with a router by referencing
14-Feb-2020 15:10:54 a router-LSA.
14-Feb-2020 15:10:54 Test Reference
14-Feb-2020 15:10:54 RFC 5340, s4.4.3.9 p36 Intra-Area-Prefix-LSAs
14-Feb-2020 15:10:54 Test Classification
14-Feb-2020 15:10:54 MUST
14-Feb-2020 15:13:21 Test ANVL-OSPFV3-25.2: Passed
14-Feb-2020 15:13:21
14-Feb-2020 15:13:22 Test ANVL-OSPFV3-25.3 executing
14-Feb-2020 15:13:22 Test Summary
14-Feb-2020 15:13:22 If the link-LSA's Advertising Router is fully adjacent to the Designated
14-Feb-2020 15:13:22 Router and the Link State ID matches the neighbor's interface ID,
14-Feb-2020 15:13:22 the list of prefixes in the link-LSA is copied into the intra-
14-Feb-2020 15:13:22 area-prefix-LSA that is being built.
14-Feb-2020 15:13:22 Test Reference
14-Feb-2020 15:13:22 RFC 5340, s4.4.3.9 p32, p37 Intra-Area-Prefix-LSAs
14-Feb-2020 15:13:22 Test Classification
14-Feb-2020 15:13:22 MUST
14-Feb-2020 15:15:17 Test ANVL-OSPFV3-25.3: Passed
14-Feb-2020 15:15:17
14-Feb-2020 15:15:18 Test ANVL-OSPFV3-25.4 executing
14-Feb-2020 15:15:18 Test Summary
14-Feb-2020 15:15:18 Multiple prefixes having the same PrefixLength and Address
14-Feb-2020 15:15:18 Prefix are considered to be duplicates; .....
14-Feb-2020 15:15:18 and a single instance of the duplicate prefix should be included
14-Feb-2020 15:15:18 in the intra-area-prefix-LSA. The Metric field for all prefixes is
14-Feb-2020 15:15:18 set to 0.
14-Feb-2020 15:15:18 Test Reference
14-Feb-2020 15:15:18 RFC 5340, s4.4.3.9 p37 Intra-Area-Prefix-LSAs
14-Feb-2020 15:15:18 Test Classification
14-Feb-2020 15:15:18 MUST
14-Feb-2020 15:17:13 Test ANVL-OSPFV3-25.4: Passed
14-Feb-2020 15:17:13
14-Feb-2020 15:17:14 Test ANVL-OSPFV3-25.5 executing
14-Feb-2020 15:17:14 Test Summary
14-Feb-2020 15:17:14 A router builds an intra-area-prefix-LSA to advertise prefixes for
14-Feb-2020 15:17:14 its attached stub links.
14-Feb-2020 15:17:14 Test Reference
14-Feb-2020 15:17:14 RFC 5340, s4.4.3.9 p37 Intra-Area-Prefix-LSAs
14-Feb-2020 15:17:14 Test Classification
14-Feb-2020 15:17:14 MUST
14-Feb-2020 15:19:21 Test ANVL-OSPFV3-25.5: Passed
14-Feb-2020 15:19:21
14-Feb-2020 15:19:22 Test ANVL-OSPFV3-25.7 executing
14-Feb-2020 15:19:22 Test Summary
14-Feb-2020 15:19:22 When network conditions change, it may be necessary for a router
14-Feb-2020 15:19:22 to move prefixes from one intra-area-prefix-LSA to another.
14-Feb-2020 15:19:22 Test Reference
14-Feb-2020 15:19:22 RFC 5340, s4.4.3.9 p39 Intra-Area-Prefix-LSAs
14-Feb-2020 15:19:22 Test Classification
14-Feb-2020 15:19:22 MAY
14-Feb-2020 15:22:40 Test ANVL-OSPFV3-25.7: Passed
14-Feb-2020 15:22:40
14-Feb-2020 15:22:42 Test ANVL-OSPFV3-26.1 executing
14-Feb-2020 15:22:42 Test Summary
14-Feb-2020 15:22:42 To make the flooding procedure reliable, each LSA must be
14-Feb-2020 15:22:42 acknowledged separately. Acknowledgments are transmitted in Link
14-Feb-2020 15:22:42 State Acknowledgment packets.
14-Feb-2020 15:22:42 Test Reference
14-Feb-2020 15:22:42 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:22:42 RFC 2328, s13 p143 The Flooding Procedure
14-Feb-2020 15:22:42 Test Classification
14-Feb-2020 15:22:42 MUST
14-Feb-2020 15:24:47 Test ANVL-OSPFV3-26.1: Passed
14-Feb-2020 15:24:47
14-Feb-2020 15:24:48 Test ANVL-OSPFV3-26.4 executing
14-Feb-2020 15:24:48 Test Summary
14-Feb-2020 15:24:48 If there is already a database copy, and if the database copy
14-Feb-2020 15:24:48 was received via flooding and installed less than MinLSArrival
14-Feb-2020 15:24:48 seconds ago, discard the new LSA (without acknowledging it).
14-Feb-2020 15:24:48 Test Reference
14-Feb-2020 15:24:48 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:24:48 RFC 2328, s13 p144 The Flooding Procedure
14-Feb-2020 15:24:48 Test Classification
14-Feb-2020 15:24:48 MUST
14-Feb-2020 15:26:49 Test ANVL-OSPFV3-26.4: Passed
14-Feb-2020 15:26:49
14-Feb-2020 15:26:51 Test ANVL-OSPFV3-26.5 executing
14-Feb-2020 15:26:51 Test Summary
14-Feb-2020 15:26:51 If there is no database copy or the received LSA is more recent
14-Feb-2020 15:26:51 than the database copy and the database copy was installed more
14-Feb-2020 15:26:51 than MinLSArrival seconds ago, immediately flood the new LSA out
14-Feb-2020 15:26:51 some subset of the router's interfaces.
14-Feb-2020 15:26:51 Test Reference
14-Feb-2020 15:26:51 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:26:51 RFC 2328, s13 p144 The Flooding Procedure
14-Feb-2020 15:26:51 Test Classification
14-Feb-2020 15:26:51 MUST
14-Feb-2020 15:29:37 Test ANVL-OSPFV3-26.5: Passed
14-Feb-2020 15:29:37
14-Feb-2020 15:29:38 Test ANVL-OSPFV3-26.7 executing
14-Feb-2020 15:29:38 Test Summary
14-Feb-2020 15:29:38 When the received LSA is at most as recent as the database copy of
14-Feb-2020 15:29:38 that LSA then if there is an instance of the LSA on the sending
14-Feb-2020 15:29:38 neighbor's Link State Request list, generate the neighbor event
14-Feb-2020 15:29:38 BadLSReq.
14-Feb-2020 15:29:38 Test Reference
14-Feb-2020 15:29:38 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:29:38 RFC 2328, s13 p145 The Flooding Procedure
14-Feb-2020 15:29:38 Test Classification
14-Feb-2020 15:29:38 MUST
14-Feb-2020 15:32:13 Test ANVL-OSPFV3-26.7: Passed
14-Feb-2020 15:32:13
14-Feb-2020 15:32:14 Test ANVL-OSPFV3-26.8 executing
14-Feb-2020 15:32:14 Test Summary
14-Feb-2020 15:32:14 If the received LSA is the same instance as the database copy
14-Feb-2020 15:32:14 and is listed in the Link state retransmission list for the
14-Feb-2020 15:32:14 receiving adjacency, the router itself is expecting an
14-Feb-2020 15:32:14 acknowledgment for this LSA. The router should remove the LSA
14-Feb-2020 15:32:14 from the Link state retransmission list.
14-Feb-2020 15:32:14 Test Reference
14-Feb-2020 15:32:14 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:32:14 RFC 2328, s13 p145 The Flooding Procedure
14-Feb-2020 15:32:14 Test Classification
14-Feb-2020 15:32:14 SHOULD
14-Feb-2020 15:34:14 Test ANVL-OSPFV3-26.8: Passed
14-Feb-2020 15:34:14
14-Feb-2020 15:34:15 Test ANVL-OSPFV3-26.10 executing
14-Feb-2020 15:34:15 Test Summary
14-Feb-2020 15:34:15 A self-originated LSA is detected when the LSA's Advertising
14-Feb-2020 15:34:15 Router is equal to the router's own Router ID and in most cases
14-Feb-2020 15:34:15 (....), the router must then advance the LSA's LS sequence
14-Feb-2020 15:34:15 number one past the received LS sequence number, and originate a
14-Feb-2020 15:34:15 new instance of the LSA.
14-Feb-2020 15:34:15 Test Reference
14-Feb-2020 15:34:15 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:34:15 RFC 2328, s13.4 p151 Receiving self-originated LSAs
14-Feb-2020 15:34:15 Test Classification
14-Feb-2020 15:34:15 MUST
14-Feb-2020 15:36:10 Test ANVL-OSPFV3-26.10: Passed
14-Feb-2020 15:36:10
14-Feb-2020 15:36:12 Test ANVL-OSPFV3-26.11 executing
14-Feb-2020 15:36:12 Test Summary
14-Feb-2020 15:36:12 If the received self-originated LSA is a summary-LSA and the
14-Feb-2020 15:36:12 router no longer has an (advertisable) route to the destination
14-Feb-2020 15:36:12 instead of updating the LSA, the LSA should be flushed from the
14-Feb-2020 15:36:12 routing domain by incrementing the received LSA's LS age to
14-Feb-2020 15:36:12 MaxAge and reflooding.
14-Feb-2020 15:36:12 (Summary-LSA has been renamed as Inter-Area-Prefix/Router LSA.)
14-Feb-2020 15:36:12 Test Reference
14-Feb-2020 15:36:12 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:36:12 RFC 2328, s13.4 p151 Receiving self-originated LSAs
14-Feb-2020 15:36:12 Test Classification
14-Feb-2020 15:36:12 SHOULD
14-Feb-2020 15:38:06 Test ANVL-OSPFV3-26.11: Passed
14-Feb-2020 15:38:06
14-Feb-2020 15:38:07 Test ANVL-OSPFV3-26.12 executing
14-Feb-2020 15:38:07 Test Summary
14-Feb-2020 15:38:07 If the received self-originated LSA is an AS-external-LSA and
14-Feb-2020 15:38:07 the router no longer has an (advertisable) route to the
14-Feb-2020 15:38:07 destination instead of updating the LSA, the LSA should be
14-Feb-2020 15:38:07 flushed from the routing domain by incrementing the received
14-Feb-2020 15:38:07 LSA's LS age to MaxAge and reflooding.
14-Feb-2020 15:38:07 Test Reference
14-Feb-2020 15:38:07 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:38:07 RFC 2328, s13.4 p151 Receiving self-originated LSAs
14-Feb-2020 15:38:07 Test Classification
14-Feb-2020 15:38:07 SHOULD
14-Feb-2020 15:40:02 Test ANVL-OSPFV3-26.12: Passed
14-Feb-2020 15:40:02
14-Feb-2020 15:40:03 Test ANVL-OSPFV3-26.13 executing
14-Feb-2020 15:40:03 Test Summary
14-Feb-2020 15:40:03 If the received self-originated LSA is a network-LSA but the
14-Feb-2020 15:40:03 router is no longer Designated Router for the network, instead of
14-Feb-2020 15:40:03 updating the LSA, the LSA should be flushed from the routing
14-Feb-2020 15:40:03 domain by incrementing the received LSA's LS age to MaxAge and
14-Feb-2020 15:40:03 reflooding.
14-Feb-2020 15:40:03 Test Reference
14-Feb-2020 15:40:03 RFC 5340, s4.5 p40 Flooding
14-Feb-2020 15:40:03 RFC 2328, s13.4 p151 Receiving self-originated LSAs
14-Feb-2020 15:40:03 Test Classification
14-Feb-2020 15:40:03 SHOULD
14-Feb-2020 15:42:18 Test ANVL-OSPFV3-26.13: Passed
14-Feb-2020 15:42:18
14-Feb-2020 15:42:19 Test ANVL-OSPFV3-27.2 executing
14-Feb-2020 15:42:19 Test Summary
14-Feb-2020 15:42:19 if the flooding scope of the LSA's LS type is set to
14-Feb-2020 15:42:19 'reserved', discard the LSA
14-Feb-2020 15:42:19 Test Reference
14-Feb-2020 15:42:19 RFC 5340, s4.5.1 p41 Receiving Link State Update packets
14-Feb-2020 15:42:19 Test Classification
14-Feb-2020 15:42:19 MUST
14-Feb-2020 15:44:54 Test ANVL-OSPFV3-27.2: Passed
14-Feb-2020 15:44:54
14-Feb-2020 15:44:55 Test ANVL-OSPFV3-28.1 executing
14-Feb-2020 15:44:55 Test Summary
14-Feb-2020 15:44:55 If the adjacency is not yet full and there is an instance of
14-Feb-2020 15:44:55 new LSA in Link State request list and if the new LSA is more
14-Feb-2020 15:44:55 recent delete the LSA from the Link state request list.
14-Feb-2020 15:44:55 Test Reference
14-Feb-2020 15:44:55 RFC 5340, s4.5.2 p41 Sending Link State Update packets
14-Feb-2020 15:44:55 RFC 2328, s13.3 p149 Next step in the Flooding Procedure
14-Feb-2020 15:44:55 Test Classification
14-Feb-2020 15:44:55 MUST
14-Feb-2020 15:47:25 Test ANVL-OSPFV3-28.1: Passed
14-Feb-2020 15:47:25
14-Feb-2020 15:47:26 Test ANVL-OSPFV3-28.2 executing
14-Feb-2020 15:47:26 Test Summary
14-Feb-2020 15:47:26 On broadcast network, the Link State Update packets are multicast
14-Feb-2020 15:47:26 but Link State Update packets carrying retransmissions are
14-Feb-2020 15:47:26 always sent directly to the neighbor.
14-Feb-2020 15:47:26 Test Reference
14-Feb-2020 15:47:26 RFC 5340, s4.5.2 p41 Sending Link State Update packets
14-Feb-2020 15:47:26 RFC 2328, s13.3 p150 Sending protocol packets
14-Feb-2020 15:47:26 Test Classification
14-Feb-2020 15:47:26 MUST
14-Feb-2020 15:49:56 Test ANVL-OSPFV3-28.2: Passed
14-Feb-2020 15:49:56
14-Feb-2020 15:49:57 Test ANVL-OSPFV3-28.4 executing
14-Feb-2020 15:49:57 Test Summary
14-Feb-2020 15:49:57 If the flooding scope is 'area flooding scope', the
14-Feb-2020 15:49:57 eligible interfaces are those interfaces connecting to the
14-Feb-2020 15:49:57 LSA's associated area.
14-Feb-2020 15:49:57 Test Reference
14-Feb-2020 15:49:57 RFC 5340, s4.5.2 p42 Sending Link State Update packets
14-Feb-2020 15:49:57 Test Classification
14-Feb-2020 15:49:57 MUST
14-Feb-2020 15:52:32 Test ANVL-OSPFV3-28.4: Passed
14-Feb-2020 15:52:32
14-Feb-2020 15:52:33 Test ANVL-OSPFV3-28.5 executing
14-Feb-2020 15:52:33 Test Summary
14-Feb-2020 15:52:33 If the flooding scope is "area flooding scope", the
14-Feb-2020 15:52:33 eligible interfaces are those interfaces connecting to the
14-Feb-2020 15:52:33 LSA's associated area.
14-Feb-2020 15:52:33 Test Reference
14-Feb-2020 15:52:33 NEGATIVE
14-Feb-2020 15:52:33 RFC 5340, s4.5.2 p42 Sending Link State Update packets
14-Feb-2020 15:52:33 Test Classification
14-Feb-2020 15:52:33 MUST
14-Feb-2020 15:55:14 Test ANVL-OSPFV3-28.5: Passed
14-Feb-2020 15:55:14
14-Feb-2020 15:55:15 Test ANVL-OSPFV3-28.6 executing
14-Feb-2020 15:55:15 Test Summary
14-Feb-2020 15:55:15 If the flooding scope is 'link-local flooding scope', then there
14-Feb-2020 15:55:15 is a single eligible interface, the one connecting to the LSA's
14-Feb-2020 15:55:15 associated link
14-Feb-2020 15:55:15 Test Reference
14-Feb-2020 15:55:15 RFC 5340, s4.5.2 p42 Sending Link State Update packets
14-Feb-2020 15:55:15 Test Classification
14-Feb-2020 15:55:15 MUST
14-Feb-2020 15:58:00 Test ANVL-OSPFV3-28.6: Passed
14-Feb-2020 15:58:00
14-Feb-2020 15:58:01 Test ANVL-OSPFV3-28.7 executing
14-Feb-2020 15:58:01 Test Summary
14-Feb-2020 15:58:01 If the flooding scope is 'link-local flooding scope', then there
14-Feb-2020 15:58:01 is a single eligible interface, the one connecting to the LSA's
14-Feb-2020 15:58:01 associated link
14-Feb-2020 15:58:01 Test Reference
14-Feb-2020 15:58:01 NEGATIVE
14-Feb-2020 15:58:01 RFC 5340, s4.5.2 p42 Sending Link State Update packets
14-Feb-2020 15:58:01 Test Classification
14-Feb-2020 15:58:01 MUST
14-Feb-2020 16:01:06 Test ANVL-OSPFV3-28.7: Passed
14-Feb-2020 16:01:06
14-Feb-2020 16:01:07 Test ANVL-OSPFV3-28.9 executing
14-Feb-2020 16:01:07 Test Summary
14-Feb-2020 16:01:07 The LS type is unrecognized, and the U-bit in the LS Type is set
14-Feb-2020 16:01:07 to 1 (store and flood the LSA, as if type understood).......
14-Feb-2020 16:01:07 Test Reference
14-Feb-2020 16:01:07 RFC 5340, s4.5.2 p42 Sending Link State Update packets
14-Feb-2020 16:01:07 Test Classification
14-Feb-2020 16:01:07 MUST
14-Feb-2020 16:03:38 Test ANVL-OSPFV3-28.9: Passed
14-Feb-2020 16:03:38
14-Feb-2020 16:03:39 Test ANVL-OSPFV3-31.2 executing
14-Feb-2020 16:03:39 Test Summary
14-Feb-2020 16:03:39 Prefixes having the NU-bit set in their Prefix Options field
14-Feb-2020 16:03:39 should be ignored by the inter-area route calculation.
14-Feb-2020 16:03:39 Test Reference
14-Feb-2020 16:03:39 RFC 5340, s4.8.3 p47 Calculating the Inter-Area Routes
14-Feb-2020 16:03:39 Test Classification
14-Feb-2020 16:03:39 SHOULD
14-Feb-2020 16:06:13 Test ANVL-OSPFV3-31.2: Passed
14-Feb-2020 16:06:13
14-Feb-2020 16:06:14 Test ANVL-OSPFV3-33.1 executing
14-Feb-2020 16:06:14 Test Summary
14-Feb-2020 16:06:14 As such, the multicast addresses have been chosen with
14-Feb-2020 16:06:14 link-local scope, and packets sent to these addresses should have
14-Feb-2020 16:06:14 their IPv6 Hop Limit set to 1.
14-Feb-2020 16:06:14 Test Reference
14-Feb-2020 16:06:14 RFC 5340, sA.1 p57 Encapsulation of OSPF Packets
14-Feb-2020 16:06:14 Test Classification
14-Feb-2020 16:06:14 SHOULD
14-Feb-2020 16:07:34 Test ANVL-OSPFV3-33.1: Passed
14-Feb-2020 16:07:34
14-Feb-2020 16:07:35 Test ANVL-OSPFV3-33.2 executing
14-Feb-2020 16:07:35 Test Summary
14-Feb-2020 16:07:35 As such, the multicast addresses have been chosen with
14-Feb-2020 16:07:35 link-local scope, and packets sent to these addresses should have
14-Feb-2020 16:07:35 their IPv6 Hop Limit set to 1.
14-Feb-2020 16:07:35 (This test is for <OSPF-DD> packet)
14-Feb-2020 16:07:35 Test Reference
14-Feb-2020 16:07:35 RFC 5340, sA.1 p57 Encapsulation of OSPF Packets
14-Feb-2020 16:07:35 Test Classification
14-Feb-2020 16:07:35 SHOULD
14-Feb-2020 16:09:15 Test ANVL-OSPFV3-33.2: Passed
14-Feb-2020 16:09:15
14-Feb-2020 16:09:16 Test ANVL-OSPFV3-33.3 executing
14-Feb-2020 16:09:16 Test Summary
14-Feb-2020 16:09:16 As such, the multicast addresses have been chosen with
14-Feb-2020 16:09:16 link-local scope, and packets sent to these addresses should have
14-Feb-2020 16:09:16 their IPv6 Hop Limit set to 1.
14-Feb-2020 16:09:16 (This test is for <OSPF-LSR> packet)
14-Feb-2020 16:09:16 Test Reference
14-Feb-2020 16:09:16 NEGATIVE
14-Feb-2020 16:09:16 RFC 5340, sA.1 p57 Encapsulation of OSPF Packets
14-Feb-2020 16:09:16 Test Classification
14-Feb-2020 16:09:16 SHOULD
14-Feb-2020 16:11:03 Test ANVL-OSPFV3-33.3: Passed
14-Feb-2020 16:11:03
14-Feb-2020 16:11:04 Test ANVL-OSPFV3-33.4 executing
14-Feb-2020 16:11:04 Test Summary
14-Feb-2020 16:11:04 As such, the multicast addresses have been chosen with
14-Feb-2020 16:11:04 link-local scope, and packets sent to these addresses should have
14-Feb-2020 16:11:04 their IPv6 Hop Limit set to 1.
14-Feb-2020 16:11:04 (This test is for <OSPF-LSU> packet)
14-Feb-2020 16:11:04 Test Reference
14-Feb-2020 16:11:04 RFC 5340, sA.1 p57 Encapsulation of OSPF Packets
14-Feb-2020 16:11:04 Test Classification
14-Feb-2020 16:11:04 SHOULD
14-Feb-2020 16:12:52 Test ANVL-OSPFV3-33.4: Passed
14-Feb-2020 16:12:52
14-Feb-2020 16:12:53 Test ANVL-OSPFV3-33.5 executing
14-Feb-2020 16:12:53 Test Summary
14-Feb-2020 16:12:53 As such, the multicast addresses have been chosen with
14-Feb-2020 16:12:53 link-local scope, and packets sent to these addresses should have
14-Feb-2020 16:12:53 their IPv6 Hop Limit set to 1.
14-Feb-2020 16:12:53 (This test is for <OSPF-LSA> packet)
14-Feb-2020 16:12:53 Test Reference
14-Feb-2020 16:12:53 NEGATIVE
14-Feb-2020 16:12:53 RFC 5340, sA.1 p57 Encapsulation of OSPF Packets
14-Feb-2020 16:12:53 Test Classification
14-Feb-2020 16:12:53 SHOULD
14-Feb-2020 16:15:27 Test ANVL-OSPFV3-33.5: Passed
14-Feb-2020 16:15:27
14-Feb-2020 16:15:28 Test ANVL-OSPFV3-33.12 executing
14-Feb-2020 16:15:28 Test Summary
14-Feb-2020 16:15:28 This multicast address has been assigned the value FF02::5.  All
14-Feb-2020 16:15:28 routers running OSPF should be prepared to receive packets
14-Feb-2020 16:15:28 sent to this address.
14-Feb-2020 16:15:28 Test Reference
14-Feb-2020 16:15:28 RFC 5340, sA.1 p58 Encapsulation of OSPF Packets
14-Feb-2020 16:15:28 Test Classification
14-Feb-2020 16:15:28 SHOULD
14-Feb-2020 16:17:07 Test ANVL-OSPFV3-33.12: Passed
14-Feb-2020 16:17:07
14-Feb-2020 16:17:09 Test ANVL-OSPFV3-33.13 executing
14-Feb-2020 16:17:09 Test Summary
14-Feb-2020 16:17:09 Hello packets are always sent to this destination
14-Feb-2020 16:17:09 (AllSPFRouters).
14-Feb-2020 16:17:09 Test Reference
14-Feb-2020 16:17:09 RFC 5340, sA.1 p58 Encapsulation of OSPF Packets
14-Feb-2020 16:17:09 Test Classification
14-Feb-2020 16:17:09 MUST
14-Feb-2020 16:18:28 Test ANVL-OSPFV3-33.13: Passed
14-Feb-2020 16:18:28
14-Feb-2020 16:18:30 Test ANVL-OSPFV3-33.14 executing
14-Feb-2020 16:18:30 Test Summary
14-Feb-2020 16:18:30 This multicast address has been assigned the value FF02::6. Both
14-Feb-2020 16:18:30 the Designated Router and Backup Designated Router must be
14-Feb-2020 16:18:30 prepared to receive packets destined to this address.
14-Feb-2020 16:18:30 (This test is for Designated Router.)
14-Feb-2020 16:18:30 Test Reference
14-Feb-2020 16:18:30 RFC 5340, sA.1 p58 Encapsulation of OSPF Packets
14-Feb-2020 16:18:30 Test Classification
14-Feb-2020 16:18:30 MUST
14-Feb-2020 16:20:29 Test ANVL-OSPFV3-33.14: Passed
14-Feb-2020 16:20:29
14-Feb-2020 16:20:31 Test ANVL-OSPFV3-33.15 executing
14-Feb-2020 16:20:31 Test Summary
14-Feb-2020 16:20:31 This multicast address has been assigned the value FF02::6. Both
14-Feb-2020 16:20:31 the Designated Router and Backup Designated Router must be
14-Feb-2020 16:20:31 prepared to receive packets destined to this address.
14-Feb-2020 16:20:31 (DUT is in state DROther)
14-Feb-2020 16:20:31 Test Reference
14-Feb-2020 16:20:31 NEGATIVE
14-Feb-2020 16:20:31 RFC 5340, sA.1 p58 Encapsulation of OSPF Packets
14-Feb-2020 16:20:31 Test Classification
14-Feb-2020 16:20:31 MUST
14-Feb-2020 16:22:17 Test ANVL-OSPFV3-33.15: Passed
14-Feb-2020 16:22:17
14-Feb-2020 16:22:18 Test ANVL-OSPFV3-33.16 executing
14-Feb-2020 16:22:18 Test Summary
14-Feb-2020 16:22:18 This multicast address has been assigned the value FF02::6. Both
14-Feb-2020 16:22:18 the Designated Router and Backup Designated Router must be
14-Feb-2020 16:22:18 prepared to receive packets destined to this address.
14-Feb-2020 16:22:18 (This test is for Backup Designated Router.)
14-Feb-2020 16:22:18 Test Reference
14-Feb-2020 16:22:18 RFC 5340, sA.1 p58 Encapsulation of OSPF Packets
14-Feb-2020 16:22:18 Test Classification
14-Feb-2020 16:22:18 MUST
14-Feb-2020 16:24:13 Test ANVL-OSPFV3-33.16: Passed
14-Feb-2020 16:24:13
14-Feb-2020 16:24:14 Test ANVL-OSPFV3-34.2 executing
14-Feb-2020 16:24:14 Test Summary
14-Feb-2020 16:24:14 The E-bit represents OSPF's ExternalRoutingCapability. This bit
14-Feb-2020 16:24:14 should be set in all LSAs associated with the backbone.
14-Feb-2020 16:24:14 Test Reference
14-Feb-2020 16:24:14 RFC 5340, sA.2 p59 The Options Field
14-Feb-2020 16:24:14 RFC 2328, s12.1.2 p117 Options
14-Feb-2020 16:24:14 Test Classification
14-Feb-2020 16:24:14 SHOULD
14-Feb-2020 16:26:11 Test ANVL-OSPFV3-34.2: Passed
14-Feb-2020 16:26:11
14-Feb-2020 16:26:12 Test ANVL-OSPFV3-34.3 executing
14-Feb-2020 16:26:12 Test Summary
14-Feb-2020 16:26:12 The E-bit represents OSPF's ExternalRoutingCapability. This bit
14-Feb-2020 16:26:12 should be set in all LSAs associated with (non-backbone)
14-Feb-2020 16:26:12 non-stub areas.
14-Feb-2020 16:26:12 (This test checks for Network-LSA)
14-Feb-2020 16:26:12 Test Reference
14-Feb-2020 16:26:12 RFC 5340, sA.2 p59 The Options Field
14-Feb-2020 16:26:12 RFC 2328, s12.1.2 p117 Options
14-Feb-2020 16:26:12 Test Classification
14-Feb-2020 16:26:12 SHOULD
14-Feb-2020 16:28:07 Test ANVL-OSPFV3-34.3: Passed
14-Feb-2020 16:28:07
14-Feb-2020 16:28:08 Test ANVL-OSPFV3-34.4 executing
14-Feb-2020 16:28:08 Test Summary
14-Feb-2020 16:28:08 The E-bit represents OSPF's ExternalRoutingCapability. This bit
14-Feb-2020 16:28:08 should be set in all LSAs associated with (non-backbone)
14-Feb-2020 16:28:08 non-stub areas.
14-Feb-2020 16:28:08 (This test checks for Inter-Area-Router-LSA)
14-Feb-2020 16:28:08 Test Reference
14-Feb-2020 16:28:08 RFC 5340, sA.2 p59 The Options Field
14-Feb-2020 16:28:08 RFC 2328, s12.1.2 p117 Options
14-Feb-2020 16:28:08 Test Classification
14-Feb-2020 16:28:08 SHOULD
14-Feb-2020 16:30:44 Test ANVL-OSPFV3-34.4: Passed
14-Feb-2020 16:30:44
14-Feb-2020 16:30:46 Test ANVL-OSPFV3-34.8 executing
14-Feb-2020 16:30:46 Test Summary
14-Feb-2020 16:30:46 R-bit This bit (the `Router' bit) indicates whether the originator
14-Feb-2020 16:30:46       is an active router. ... Clearing the router bit would be
14-Feb-2020 16:30:46       appropriate for a multi-homed host that wants to
14-Feb-2020 16:30:46       participate in routing, but does not want to forward
14-Feb-2020 16:30:46       non-locally addressed packets.
14-Feb-2020 16:30:46 Test Reference
14-Feb-2020 16:30:46 RFC 5340, sA.2 p59 The Options Field
14-Feb-2020 16:30:46 Test Classification
14-Feb-2020 16:30:46 MUST
14-Feb-2020 16:33:20 Test ANVL-OSPFV3-34.8: Passed
14-Feb-2020 16:33:20
14-Feb-2020 16:33:21 Test ANVL-OSPFV3-35.3 executing
14-Feb-2020 16:33:21 Test Summary
14-Feb-2020 16:33:21 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
14-Feb-2020 16:33:21 |          Checksum             |  Instance ID  |      0        |
14-Feb-2020 16:33:21 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
14-Feb-2020 16:33:21 0       These fields are reserved.  They must be 0.
14-Feb-2020 16:33:21 (NOTE: Here we are testing that the field following the
14-Feb-2020 16:33:21 Instance ID field is set to 0 in the OSPFv3 Packet Header)
14-Feb-2020 16:33:21 Test Reference
14-Feb-2020 16:33:21 RFC 5340, sA.3.1 p62 The OSPF packet header
14-Feb-2020 16:33:21 Test Classification
14-Feb-2020 16:33:21 MUST
14-Feb-2020 16:35:18 Test ANVL-OSPFV3-35.3: Passed
14-Feb-2020 16:35:18
14-Feb-2020 16:35:20 Test ANVL-OSPFV3-36.1 executing
14-Feb-2020 16:35:20 Test Summary
14-Feb-2020 16:35:20 All routers connected to a common link must agree on certain
14-Feb-2020 16:35:20 parameters (HelloInterval and RouterDeadInterval). Thes e
14-Feb-2020 16:35:20 parameters are included in Hello packets allowing differences
14-Feb-2020 16:35:20 can inhibit the forming of neighbor relationships.
14-Feb-2020 16:35:20 (This test is for HelloInterval.)
14-Feb-2020 16:35:20 Test Reference
14-Feb-2020 16:35:20 RFC 5340, sA.3.2 p62 The Hello Packet
14-Feb-2020 16:35:20 Test Classification
14-Feb-2020 16:35:20 MUST
14-Feb-2020 16:37:29 Test ANVL-OSPFV3-36.1: Passed
14-Feb-2020 16:37:29
14-Feb-2020 16:37:31 Test ANVL-OSPFV3-36.2 executing
14-Feb-2020 16:37:31 Test Summary
14-Feb-2020 16:37:31 All routers connected to a common link must agree on certain
14-Feb-2020 16:37:31 parameters (HelloInterval and RouterDeadInterval). These
14-Feb-2020 16:37:31 parameters are included in Hello packets allowing differences
14-Feb-2020 16:37:31 can inhibit the forming of neighbor relationships.
14-Feb-2020 16:37:31 (This test is for RouterDeadInterval.)
14-Feb-2020 16:37:31 Test Reference
14-Feb-2020 16:37:31 RFC 5340, sA.3.2 p62 The Hello Packet
14-Feb-2020 16:37:31 Test Classification
14-Feb-2020 16:37:31 MUST
14-Feb-2020 16:39:31 Test ANVL-OSPFV3-36.2: Passed
14-Feb-2020 16:39:31
14-Feb-2020 16:39:33 Test ANVL-OSPFV3-40.1 executing
14-Feb-2020 16:39:33 Test Summary
14-Feb-2020 16:39:33 If Referenced LS type is 0x2001, the prefixes are associated with a
14-Feb-2020 16:39:33 router-LSA, Referenced Link State ID should be 0 and Referenced
14-Feb-2020 16:39:33 Advertising Router should be the originating router's
14-Feb-2020 16:39:33 Router ID.
14-Feb-2020 16:39:33 Test Reference
14-Feb-2020 16:39:33 RFC 5340, sA.4.10 p85 Intra-Area-Prefix-LSAs
14-Feb-2020 16:39:33 Test Classification
14-Feb-2020 16:39:33 SHOULD
14-Feb-2020 16:41:39 Test ANVL-OSPFV3-40.1: Passed
14-Feb-2020 16:41:39
14-Feb-2020 16:41:40 Test ANVL-OSPFV3-40.2 executing
14-Feb-2020 16:41:40 Test Summary
14-Feb-2020 16:41:40 If Referenced LS type is 0x2002, the prefixes are associated with a
14-Feb-2020 16:41:40 network-LSA, Referenced Link State ID should be the Interface ID
14-Feb-2020 16:41:40 of the link's Designated Router and Referenced Advertising
14-Feb-2020 16:41:40 Router should be the Designated Router's Router ID.
14-Feb-2020 16:41:40 Test Reference
14-Feb-2020 16:41:40 RFC 5340, sA.4.10 p85 Intra-Area-Prefix-LSAs
14-Feb-2020 16:41:40 Test Classification
14-Feb-2020 16:41:40 SHOULD
14-Feb-2020 16:44:06 Test ANVL-OSPFV3-40.2: Passed
14-Feb-2020 16:44:06
14-Feb-2020 16:44:07 Test ANVL-OSPFV3-41.3 executing
14-Feb-2020 16:44:07 Test Summary
14-Feb-2020 16:44:07 LSInfinity is the metric value indicating that the destination
14-Feb-2020 16:44:07 described by an LSA is unreachable. Used in AS-external-LSAs as an
14-Feb-2020 16:44:07 alternative to premature aging. It is defined to be the 24-bit
14-Feb-2020 16:44:07 binary value of all ones: 0xffffff.
14-Feb-2020 16:44:07 Test Reference
14-Feb-2020 16:44:07 RFC 5340, sB p86 Architectural Constants
14-Feb-2020 16:44:07 RFC 2328, sB p218 Architectural Constants
14-Feb-2020 16:44:07 Test Classification
14-Feb-2020 16:44:07 MUST
14-Feb-2020 16:46:17 Test ANVL-OSPFV3-41.3: Passed
14-Feb-2020 16:46:17
14-Feb-2020 16:46:18 Test ANVL-OSPFV3-42.1 executing
14-Feb-2020 16:46:18 Test Summary
14-Feb-2020 16:46:18 Instance ID
14-Feb-2020 16:46:18 The OSPF protocol instance associated with this OSPF interface.
14-Feb-2020 16:46:18 Defaults to 0.
14-Feb-2020 16:46:18 Test Reference
14-Feb-2020 16:46:18 RFC 5340, sC.3 p89 Router Interface Parameters
14-Feb-2020 16:46:18 Test Classification
14-Feb-2020 16:46:18 MUST
14-Feb-2020 16:47:38 Test ANVL-OSPFV3-42.1: Passed
14-Feb-2020 16:47:38
14-Feb-2020 16:47:39 Test ANVL-OSPFV3-43.1 executing
14-Feb-2020 16:47:39 Test Summary
14-Feb-2020 16:47:39 External routing information is flooded unaltered throughout the
14-Feb-2020 16:47:39 AS.
14-Feb-2020 16:47:39 Test Reference
14-Feb-2020 16:47:39 RFC 2328, s2.3 p23 Use of external routing information
14-Feb-2020 16:47:39 Test Classification
14-Feb-2020 16:47:39 MUST
14-Feb-2020 16:50:09 Test ANVL-OSPFV3-43.1: Passed
14-Feb-2020 16:50:09
14-Feb-2020 16:50:11 Test ANVL-OSPFV3-43.2 executing
14-Feb-2020 16:50:11 Test Summary
14-Feb-2020 16:50:11 The initialize(I), more (M) and master(MS) bits, Options field,
14-Feb-2020 16:50:11 and DD sequence number contained in the last Database
14-Feb-2020 16:50:11 Description packet received from the neighbor are used to
14-Feb-2020 16:50:11 determine whether the next Database Description packet received
14-Feb-2020 16:50:11 from the neighbor is a duplicate.
14-Feb-2020 16:50:11 Test Reference
14-Feb-2020 16:50:11 RFC 2328, s10 p81 The neighbor Data Structure
14-Feb-2020 16:50:11 Test Classification
14-Feb-2020 16:50:11 MUST
14-Feb-2020 16:51:50 Test ANVL-OSPFV3-43.2: Passed
14-Feb-2020 16:51:50
14-Feb-2020 16:51:52 Test ANVL-OSPFV3-43.3 executing
14-Feb-2020 16:51:52 Test Summary
14-Feb-2020 16:51:52 The initialize(I), more (M) and master(MS) bits, Options field,
14-Feb-2020 16:51:52 and DD sequence number contained in the last Database
14-Feb-2020 16:51:52 Description packet received from the neighbor are used to
14-Feb-2020 16:51:52 determine whether the next Database Description packet received
14-Feb-2020 16:51:52 from the neighbor is a duplicate.
14-Feb-2020 16:51:52 Test Reference
14-Feb-2020 16:51:52 NEGATIVE
14-Feb-2020 16:51:52 RFC 2328, s10 p81 The neighbor Data Structure
14-Feb-2020 16:51:52 Test Classification
14-Feb-2020 16:51:52 MUST
14-Feb-2020 16:53:31 Test ANVL-OSPFV3-43.3: Passed
14-Feb-2020 16:53:31
14-Feb-2020 16:53:33 Test ANVL-OSPFV3-43.4 executing
14-Feb-2020 16:53:33 Test Summary
14-Feb-2020 16:53:33 An LSA is deleted from a router's database when the router
14-Feb-2020 16:53:33 originates a newer instance of one of its self-originated LSAs.
14-Feb-2020 16:53:33 (This test checks for Router-LSA)
14-Feb-2020 16:53:33 Test Reference
14-Feb-2020 16:53:33 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 16:53:33 Test Classification
14-Feb-2020 16:53:33 MUST
14-Feb-2020 16:55:43 Test ANVL-OSPFV3-43.4: Passed
14-Feb-2020 16:55:43
14-Feb-2020 16:55:44 Test ANVL-OSPFV3-43.5 executing
14-Feb-2020 16:55:44 Test Summary
14-Feb-2020 16:55:44 An LSA is deleted from a router's database when the router
14-Feb-2020 16:55:44 originates a newer instance of one of its self-originated LSAs.
14-Feb-2020 16:55:44 (This test checks for Network-LSA)
14-Feb-2020 16:55:44 Test Reference
14-Feb-2020 16:55:44 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 16:55:44 Test Classification
14-Feb-2020 16:55:44 MUST
14-Feb-2020 16:58:24 Test ANVL-OSPFV3-43.5: Passed
14-Feb-2020 16:58:24
14-Feb-2020 16:58:25 Test ANVL-OSPFV3-43.6 executing
14-Feb-2020 16:58:25 Test Summary
14-Feb-2020 16:58:25 An LSA is deleted from a router's database when the router
14-Feb-2020 16:58:25 originates a newer instance of one of its self-originated LSAs.
14-Feb-2020 16:58:25 (This test checks for Inter-Area-Prefix-LSA)
14-Feb-2020 16:58:25 Test Reference
14-Feb-2020 16:58:25 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 16:58:25 Test Classification
14-Feb-2020 16:58:25 MUST
14-Feb-2020 17:01:27 Test ANVL-OSPFV3-43.6: Passed
14-Feb-2020 17:01:27
14-Feb-2020 17:01:28 Test ANVL-OSPFV3-43.7 executing
14-Feb-2020 17:01:28 Test Summary
14-Feb-2020 17:01:28 An LSA is deleted from a router's database when the router
14-Feb-2020 17:01:28 originates a newer instance of one of its self-originated LSAs.
14-Feb-2020 17:01:28 (This test checks for Inter-Area-Router-LSA)
14-Feb-2020 17:01:28 Test Reference
14-Feb-2020 17:01:28 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 17:01:28 Test Classification
14-Feb-2020 17:01:28 MUST
14-Feb-2020 17:04:20 Test ANVL-OSPFV3-43.7: Passed
14-Feb-2020 17:04:20
14-Feb-2020 17:04:21 Test ANVL-OSPFV3-43.8 executing
14-Feb-2020 17:04:21 Test Summary
14-Feb-2020 17:04:21 An LSA is deleted from a router's database when the LSA ages out and
14-Feb-2020 17:04:21 is flushed from the routing domain.
14-Feb-2020 17:04:21 (This test is for Router-LSA)
14-Feb-2020 17:04:21 Test Reference
14-Feb-2020 17:04:21 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 17:04:21 Test Classification
14-Feb-2020 17:04:21 MUST
14-Feb-2020 17:06:47 Test ANVL-OSPFV3-43.8: Passed
14-Feb-2020 17:06:47
14-Feb-2020 17:06:48 Test ANVL-OSPFV3-43.9 executing
14-Feb-2020 17:06:48 Test Summary
14-Feb-2020 17:06:48 An LSA is deleted from a router's database when the LSA ages
14-Feb-2020 17:06:48 out and is flushed from the routing domain.
14-Feb-2020 17:06:48 (This test is for Network-LSA)
14-Feb-2020 17:06:48 Test Reference
14-Feb-2020 17:06:48 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 17:06:48 Test Classification
14-Feb-2020 17:06:48 MUST
14-Feb-2020 17:09:04 Test ANVL-OSPFV3-43.9: Passed
14-Feb-2020 17:09:04
14-Feb-2020 17:09:05 Test ANVL-OSPFV3-43.10 executing
14-Feb-2020 17:09:05 Test Summary
14-Feb-2020 17:09:05 An LSA is deleted from a router's database when the LSA ages out and
14-Feb-2020 17:09:05 is flushed from the routing domain.
14-Feb-2020 17:09:05 (This test is for Inter-Area-Prefix-LSA)
14-Feb-2020 17:09:05 Test Reference
14-Feb-2020 17:09:05 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 17:09:05 Test Classification
14-Feb-2020 17:09:05 MUST
14-Feb-2020 17:11:31 Test ANVL-OSPFV3-43.10: Passed
14-Feb-2020 17:11:31
14-Feb-2020 17:11:32 Test ANVL-OSPFV3-43.11 executing
14-Feb-2020 17:11:32 Test Summary
14-Feb-2020 17:11:32 An LSA is deleted from a router's database when the LSA
14-Feb-2020 17:11:32 ages out and is flushed from the routing domain.
14-Feb-2020 17:11:32 (This test is for Inter-Area-Router-LSA)
14-Feb-2020 17:11:32 Test Reference
14-Feb-2020 17:11:32 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 17:11:32 Test Classification
14-Feb-2020 17:11:32 MUST
14-Feb-2020 17:13:58 Test ANVL-OSPFV3-43.11: Passed
14-Feb-2020 17:13:58
14-Feb-2020 17:13:59 Test ANVL-OSPFV3-43.12 executing
14-Feb-2020 17:13:59 Test Summary
14-Feb-2020 17:13:59 An LSA is deleted from a router's database when the LSA
14-Feb-2020 17:13:59 ages out and is flushed from the routing domain.
14-Feb-2020 17:13:59 (This test is for AS-External-LSA)
14-Feb-2020 17:13:59 Test Reference
14-Feb-2020 17:13:59 RFC 2328, s12.2 p122 The link state database
14-Feb-2020 17:13:59 Test Classification
14-Feb-2020 17:13:59 MUST
14-Feb-2020 17:16:25 Test ANVL-OSPFV3-43.12: Passed
14-Feb-2020 17:16:25
14-Feb-2020 17:16:26 Test ANVL-OSPFV3-43.13 executing
14-Feb-2020 17:16:26 Test Summary
14-Feb-2020 17:16:26 If Router Priority set to 0, the router will be ineligible to
14-Feb-2020 17:16:26 become Backup Designated Router.
14-Feb-2020 17:16:26 (This test checks the case when router itself has Router
14-Feb-2020 17:16:26 Priority 0)
14-Feb-2020 17:16:26 Test Reference
14-Feb-2020 17:16:26 RFC 2328, sA.3.2 p194 The Hello packet
14-Feb-2020 17:16:26 Test Classification
14-Feb-2020 17:16:26 MUST
14-Feb-2020 17:18:57 Test ANVL-OSPFV3-43.13: Passed
14-Feb-2020 17:18:57
14-Feb-2020 17:18:58 Test ANVL-OSPFV3-43.14 executing
14-Feb-2020 17:18:58 Test Summary
14-Feb-2020 17:18:58 If Router Priority set to 0, the router will be ineligible to
14-Feb-2020 17:18:58 become Backup Designated Router
14-Feb-2020 17:18:58 (This test checks the case when a neighbor has Router Priority 0)
14-Feb-2020 17:18:58 Test Reference
14-Feb-2020 17:18:58 RFC 2328, sA.3.2 p194 The Hello packet
14-Feb-2020 17:18:58 Test Classification
14-Feb-2020 17:18:58 MUST
14-Feb-2020 17:21:18 Test ANVL-OSPFV3-43.14: Passed
14-Feb-2020 17:21:18
14-Feb-2020 17:21:20 Test ANVL-OSPFV3-43.15 executing
14-Feb-2020 17:21:20 Test Summary
14-Feb-2020 17:21:20 If Router Priority set to 0, the router will be ineligible to
14-Feb-2020 17:21:20 become Designated Router
14-Feb-2020 17:21:20 (This test checks the case when router itself has Router
14-Feb-2020 17:21:20 Priority 0)
14-Feb-2020 17:21:20 Test Reference
14-Feb-2020 17:21:20 RFC 2328, sA.3.2 p194 The Hello packet
14-Feb-2020 17:21:20 Test Classification
14-Feb-2020 17:21:20 MUST
14-Feb-2020 17:23:50 Test ANVL-OSPFV3-43.15: Passed
14-Feb-2020 17:23:50
14-Feb-2020 17:23:52 Test ANVL-OSPFV3-43.16 executing
14-Feb-2020 17:23:52 Test Summary
14-Feb-2020 17:23:52 If Router Priority set to 0, the router will be ineligible to
14-Feb-2020 17:23:52 become Designated Router.
14-Feb-2020 17:23:52 (This test checks the case when a neighbor has Router Priority 0)
14-Feb-2020 17:23:52 Test Reference
14-Feb-2020 17:23:52 RFC 2328, sA.3.2 p194 The Hello packet
14-Feb-2020 17:23:52 Test Classification
14-Feb-2020 17:23:52 MUST
14-Feb-2020 17:26:22 Test ANVL-OSPFV3-43.16: Passed
14-Feb-2020 17:26:22
14-Feb-2020 17:26:23 Test ANVL-OSPFV3-43.17 executing
14-Feb-2020 17:26:23 Test Summary
14-Feb-2020 17:26:23 If Router Priority set to 0, the router will be ineligible to
14-Feb-2020 17:26:23 become Designated Router.
14-Feb-2020 17:26:23 (This test checks the case when two router has Router Priority 0)
14-Feb-2020 17:26:23 Test Reference
14-Feb-2020 17:26:23 RFC 2328, sA.3.2 p194 The Hello packet
14-Feb-2020 17:26:23 Test Classification
14-Feb-2020 17:26:23 MUST
14-Feb-2020 17:29:14 Test ANVL-OSPFV3-43.17: Passed
14-Feb-2020 17:29:14
14-Feb-2020 17:29:15 Test ANVL-OSPFV3-43.18 executing
14-Feb-2020 17:29:15 Test Summary
14-Feb-2020 17:29:15 A Link State Acknowledgment packet is sent either to the multicast
14-Feb-2020 17:29:15 address AllSPFRouters, to the multicast address AllDRouters, or as
14-Feb-2020 17:29:15 a unicast
14-Feb-2020 17:29:15 (NOTE: This test is for multicast address AllSPFRouters)
14-Feb-2020 17:29:15 Test Reference
14-Feb-2020 17:29:15 RFC 2328, sA.3.6 p201 The Link State Acknowledgment packet
14-Feb-2020 17:29:15 Test Classification
14-Feb-2020 17:29:15 MUST
14-Feb-2020 17:31:03 Test ANVL-OSPFV3-43.18: Passed
14-Feb-2020 17:31:03
14-Feb-2020 17:31:05 Test ANVL-OSPFV3-43.19 executing
14-Feb-2020 17:31:05 Test Summary
14-Feb-2020 17:31:05 A Link State Acknowledgment packet is sent either to the multicast
14-Feb-2020 17:31:05 address AllSPFRouters, to the multicast address AllDRouters, or as
14-Feb-2020 17:31:05 a unicast
14-Feb-2020 17:31:05 (NOTE: This test is for multicast address AllDRouters)
14-Feb-2020 17:31:05 Test Reference
14-Feb-2020 17:31:05 RFC 2328, sA.3.6 p201 The Link State Acknowledgment packet
14-Feb-2020 17:31:05 Test Classification
14-Feb-2020 17:31:05 MUST
14-Feb-2020 17:32:54 Test ANVL-OSPFV3-43.19: Passed
14-Feb-2020 17:32:54
14-Feb-2020 17:32:55 Writing DejaGNU Result file to ./ospfv3-result.xml
14-Feb-2020 17:32:56 Finished task 'Run Basic OSPFv3 Tests' with result: Success
14-Feb-2020 17:32:56 Starting task 'Collect ANVL Results' of type 'com.atlassian.bamboo.plugins.testresultparser:task.testresultparser.junit'
14-Feb-2020 17:32:56 Parsing test results under /root/bamboo-agent-home/xml-data/build-dir/FRR-FRR73SNAP-IPV6OSPFV3...
14-Feb-2020 17:32:56 Finished task 'Collect ANVL Results' with result: Success
14-Feb-2020 17:32:56 Running post build plugin 'Docker Container Cleanup'
14-Feb-2020 17:32:56 Running post build plugin 'NCover Results Collector'
14-Feb-2020 17:32:56 Running post build plugin 'Clover Results Collector'
14-Feb-2020 17:32:56 Running post build plugin 'npm Cache Cleanup'
14-Feb-2020 17:32:56 Running post build plugin 'Artifact Copier'
14-Feb-2020 17:32:56 Finalising the build...
14-Feb-2020 17:32:56 Stopping timer.
14-Feb-2020 17:32:56 Build FRR-FRR73SNAP-IPV6OSPFV3-2 completed.
14-Feb-2020 17:32:56 Running on server: post build plugin 'NCover Results Collector'
14-Feb-2020 17:32:56 Running on server: post build plugin 'Build Hanging Detection Configuration'
14-Feb-2020 17:32:56 Running on server: post build plugin 'Clover Delta Calculator'
14-Feb-2020 17:32:56 Running on server: post build plugin 'Maven Dependencies Postprocessor'
14-Feb-2020 17:32:56 All post build plugins have finished
14-Feb-2020 17:32:56 Generating build results summary...
14-Feb-2020 17:32:56 Saving build results to disk...
14-Feb-2020 17:32:57 Logging substituted variables...
14-Feb-2020 17:32:57 Indexing build results...
14-Feb-2020 17:32:57 Finished building FRR-FRR73SNAP-IPV6OSPFV3-2.