FRR-7.3-Snapcraft

Build: #2 failed

Job: OSPFv2 IPv4 Tests failed

Build log

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03-Mar-2020 14:04:32 A change in an interface's state may mean that it is necessary to
03-Mar-2020 14:04:32 produce a new instance of the router-LSA.
03-Mar-2020 14:04:32 Test Reference
03-Mar-2020 14:04:32 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:04:32 Test Classification
03-Mar-2020 14:04:32 MAY
03-Mar-2020 14:09:34 Test ANVL-OSPF-27.4: Passed
03-Mar-2020 14:09:34
03-Mar-2020 14:09:35 Test ANVL-OSPF-27.5 executing
03-Mar-2020 14:09:35 Test Summary
03-Mar-2020 14:09:35 If an attached network's Designated Router gets changed a new
03-Mar-2020 14:09:35 router-LSA should be originated.
03-Mar-2020 14:09:35 Test Reference
03-Mar-2020 14:09:35 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:09:35 Test Classification
03-Mar-2020 14:09:35 SHOULD
03-Mar-2020 14:12:44 Test ANVL-OSPF-27.5: Passed
03-Mar-2020 14:12:44
03-Mar-2020 14:12:45 Test ANVL-OSPF-27.7 executing
03-Mar-2020 14:12:45 Test Summary
03-Mar-2020 14:12:45 If the router itself is no longer the Designated Router, any
03-Mar-2020 14:12:45 network-LSA that it might have originated for the network should be
03-Mar-2020 14:12:45 flushed from the routing domain.
03-Mar-2020 14:12:45 Test Reference
03-Mar-2020 14:12:45 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:12:45 Test Classification
03-Mar-2020 14:12:45 SHOULD
03-Mar-2020 14:15:49 Test ANVL-OSPF-27.7: Passed
03-Mar-2020 14:15:49
03-Mar-2020 14:15:50 Test ANVL-OSPF-27.8 executing
03-Mar-2020 14:15:50 Test Summary
03-Mar-2020 14:15:50 If one of the neighboring routers changes to the FULL state then this
03-Mar-2020 14:15:50 may mean that it is necessary to produce a new instance of the
03-Mar-2020 14:15:50 router-LSA.
03-Mar-2020 14:15:50 Test Reference
03-Mar-2020 14:15:50 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:15:50 Test Classification
03-Mar-2020 14:15:50 MAY
03-Mar-2020 14:19:04 Test ANVL-OSPF-27.8: Passed
03-Mar-2020 14:19:04
03-Mar-2020 14:19:05 Test ANVL-OSPF-27.9 executing
03-Mar-2020 14:19:05 Test Summary
03-Mar-2020 14:19:05 If one of the neighboring routers changes from the FULL state then
03-Mar-2020 14:19:05 this may mean that it is necessary to produce a new instance of the
03-Mar-2020 14:19:05 router-LSA.
03-Mar-2020 14:19:05 Test Reference
03-Mar-2020 14:19:05 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:19:05 Test Classification
03-Mar-2020 14:19:05 MAY
03-Mar-2020 14:23:09 Test ANVL-OSPF-27.9: Passed
03-Mar-2020 14:23:09
03-Mar-2020 14:23:10 Test ANVL-OSPF-27.10 executing
03-Mar-2020 14:23:10 Test Summary
03-Mar-2020 14:23:10 An intra-area route has been added in the routing table. This may
03-Mar-2020 14:23:10 cause a new instance of a summary-LSA (for this route) to be
03-Mar-2020 14:23:10 originated in each attached area.
03-Mar-2020 14:23:10 Test Reference
03-Mar-2020 14:23:10 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:23:10 Test Classification
03-Mar-2020 14:23:10 MAY
03-Mar-2020 14:26:11 Test ANVL-OSPF-27.10: Passed
03-Mar-2020 14:26:11
03-Mar-2020 14:26:12 Test ANVL-OSPF-27.11 executing
03-Mar-2020 14:26:12 Test Summary
03-Mar-2020 14:26:12 An intra-area route has been modified in the routing table. This
03-Mar-2020 14:26:12 may cause a new instance of a summary-LSA (for this route) to be
03-Mar-2020 14:26:12 originated in each attached area.
03-Mar-2020 14:26:12 Test Reference
03-Mar-2020 14:26:12 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:26:12 Test Classification
03-Mar-2020 14:26:12 MAY
03-Mar-2020 14:29:04 Test ANVL-OSPF-27.11: Passed
03-Mar-2020 14:29:04
03-Mar-2020 14:29:06 Test ANVL-OSPF-27.12 executing
03-Mar-2020 14:29:06 Test Summary
03-Mar-2020 14:29:06 An intra-area route has been deleted in the routing table. This may
03-Mar-2020 14:29:06 cause a new instance of a summary-LSA (for this route) to be originated
03-Mar-2020 14:29:06 in each attached area.
03-Mar-2020 14:29:06 Test Reference
03-Mar-2020 14:29:06 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:29:06 Test Classification
03-Mar-2020 14:29:06 MAY
03-Mar-2020 14:33:29 Test ANVL-OSPF-27.12: Passed
03-Mar-2020 14:33:29
03-Mar-2020 14:33:30 Test ANVL-OSPF-27.13 executing
03-Mar-2020 14:33:30 Test Summary
03-Mar-2020 14:33:30 In case of an area border router an inter-area route has been added
03-Mar-2020 14:33:30 in the routing table. This may cause a new instance of a summary-LSA
03-Mar-2020 14:33:30 (for this route) to be originated in each attached non-backbone area.
03-Mar-2020 14:33:30 Test Reference
03-Mar-2020 14:33:30 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:33:30 Test Classification
03-Mar-2020 14:33:30 MAY
03-Mar-2020 14:36:21 Test ANVL-OSPF-27.13: Passed
03-Mar-2020 14:36:21
03-Mar-2020 14:36:22 Test ANVL-OSPF-27.14 executing
03-Mar-2020 14:36:22 Test Summary
03-Mar-2020 14:36:22 In case of an area border router an inter-area route has been modified
03-Mar-2020 14:36:22 in the routing table. This may cause a new instance of a summary-LSA
03-Mar-2020 14:36:22 (for this route) to be originated in each attached non-backbone area.
03-Mar-2020 14:36:22 Test Reference
03-Mar-2020 14:36:22 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:36:22 Test Classification
03-Mar-2020 14:36:22 MAY
03-Mar-2020 14:39:15 Test ANVL-OSPF-27.14: Passed
03-Mar-2020 14:39:15
03-Mar-2020 14:39:16 Test ANVL-OSPF-27.15 executing
03-Mar-2020 14:39:16 Test Summary
03-Mar-2020 14:39:16 In case of an area border router an inter-area route has been
03-Mar-2020 14:39:16 deleted in the routing table. This may cause a new instance of a
03-Mar-2020 14:39:16 summary-LSA (for this route) to be originated in each attached
03-Mar-2020 14:39:16 non-backbone area.
03-Mar-2020 14:39:16 Test Reference
03-Mar-2020 14:39:16 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:39:16 Test Classification
03-Mar-2020 14:39:16 MAY
03-Mar-2020 14:43:29 Test ANVL-OSPF-27.15: Passed
03-Mar-2020 14:43:29
03-Mar-2020 14:43:30 Test ANVL-OSPF-27.16 executing
03-Mar-2020 14:43:30 Test Summary
03-Mar-2020 14:43:30 In case of an area border router an inter-area route has been added
03-Mar-2020 14:43:30 in the routing table. This never causes a new instance of a summary-LSA
03-Mar-2020 14:43:30 (for this route) to be originated in the attached backbone area.
03-Mar-2020 14:43:30 Test Reference
03-Mar-2020 14:43:30 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:43:30 Test Classification
03-Mar-2020 14:43:30 MUST
03-Mar-2020 14:46:31 Test ANVL-OSPF-27.16: Passed
03-Mar-2020 14:46:31
03-Mar-2020 14:46:32 Test ANVL-OSPF-27.17 executing
03-Mar-2020 14:46:32 Test Summary
03-Mar-2020 14:46:32 In case of an area border router an inter-area route has been
03-Mar-2020 14:46:32 modified in the routing table. This never causes a new instance of a
03-Mar-2020 14:46:32 summary-LSA (for this route) to be originated in the attached
03-Mar-2020 14:46:32 backbone area.
03-Mar-2020 14:46:32 Test Reference
03-Mar-2020 14:46:32 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:46:32 Test Classification
03-Mar-2020 14:46:32 MUST
03-Mar-2020 14:49:44 Test ANVL-OSPF-27.17: Passed
03-Mar-2020 14:49:44
03-Mar-2020 14:49:46 Test ANVL-OSPF-27.18 executing
03-Mar-2020 14:49:46 Test Summary
03-Mar-2020 14:49:46 In case of an area border router an inter-area route has been
03-Mar-2020 14:49:46 deleted in the routing table. This never causes a new instance of a
03-Mar-2020 14:49:46 summary-LSA (for this route) to be originated in the attached
03-Mar-2020 14:49:46 backbone area.
03-Mar-2020 14:49:46 Test Reference
03-Mar-2020 14:49:46 RFC 2328, s12.4 p125 Originating LSAs
03-Mar-2020 14:49:46 Test Classification
03-Mar-2020 14:49:46 MUST
03-Mar-2020 14:53:07 Test ANVL-OSPF-27.18: Passed
03-Mar-2020 14:53:07
03-Mar-2020 14:53:09 Test ANVL-OSPF-27.19 executing
03-Mar-2020 14:53:09 Test Summary
03-Mar-2020 14:53:09 If the router becomes newly attached to an area it must then originate
03-Mar-2020 14:53:09 summary-LSAs into the newly attached area for all intra-area and
03-Mar-2020 14:53:09 inter-area routes in the router's routing table.
03-Mar-2020 14:53:09 Test Reference
03-Mar-2020 14:53:09 RFC 2328, s12.4 p126 Originating LSAs,
03-Mar-2020 14:53:09 Test Classification
03-Mar-2020 14:53:09 MUST
03-Mar-2020 14:56:09 Test ANVL-OSPF-27.19: Passed
03-Mar-2020 14:56:09
03-Mar-2020 14:56:11 Test ANVL-OSPF-27.20 executing
03-Mar-2020 14:56:11 Test Summary
03-Mar-2020 14:56:11 When the state of one of the router's configured virtual links changes,
03-Mar-2020 14:56:11 it may be necessary to originate a new router-LSA into the virtual
03-Mar-2020 14:56:11 link's Transit area, as well as originating a new router-LSA into the
03-Mar-2020 14:56:11 backbone.
03-Mar-2020 14:56:11 This test is for DUT which is ABR between backbone and non-backbone
03-Mar-2020 14:56:11 areas.
03-Mar-2020 14:56:11 Test Reference
03-Mar-2020 14:56:11 RFC 2328, s12.4 p126 Originating LSAs
03-Mar-2020 14:56:11 Test Classification
03-Mar-2020 14:56:11 MAY
03-Mar-2020 15:01:44 Test ANVL-OSPF-27.20: Passed
03-Mar-2020 15:01:44
03-Mar-2020 15:01:46 Test ANVL-OSPF-27.21 executing
03-Mar-2020 15:01:46 Test Summary
03-Mar-2020 15:01:46 A router also indicates whether it is an area border router, by setting
03-Mar-2020 15:01:46 the appropriate bits (bit B, respectively) in its router-LSAs.
03-Mar-2020 15:01:46 Test Reference
03-Mar-2020 15:01:46 RFC 2328, s12.4.1 p127 Router-LSAs
03-Mar-2020 15:01:46 Test Classification
03-Mar-2020 15:01:46 MUST
03-Mar-2020 15:03:36 Test ANVL-OSPF-27.21: Passed
03-Mar-2020 15:03:36
03-Mar-2020 15:03:38 Test ANVL-OSPF-27.22 executing
03-Mar-2020 15:03:38 Test Summary
03-Mar-2020 15:03:38 Bit B should be set whenever the router is actively attached to two or
03-Mar-2020 15:03:38 more areas, even if the router is not currently attached to the OSPF
03-Mar-2020 15:03:38 backbone area.
03-Mar-2020 15:03:38 Test Reference
03-Mar-2020 15:03:38 RFC 2328, s12.4.1 p127 Router-LSAs
03-Mar-2020 15:03:38 Test Classification
03-Mar-2020 15:03:38 SHOULD
03-Mar-2020 15:08:01 Test ANVL-OSPF-27.22: Passed
03-Mar-2020 15:08:01
03-Mar-2020 15:08:03 Test ANVL-OSPF-27.23 executing
03-Mar-2020 15:08:03 Test Summary
03-Mar-2020 15:08:03 The router sets bit V in its router-LSA for Area A if and only if the
03-Mar-2020 15:08:03 router is the endpoint of one or more fully adjacent virtual links
03-Mar-2020 15:08:03 having Area A as their Transit area.
03-Mar-2020 15:08:03 Test Reference
03-Mar-2020 15:08:03 RFC 2328, s12.4.1 p128 Router-LSAs
03-Mar-2020 15:08:03 Test Classification
03-Mar-2020 15:08:03 MUST
03-Mar-2020 15:12:00 Test ANVL-OSPF-27.23: Passed
03-Mar-2020 15:12:00
03-Mar-2020 15:12:01 Test ANVL-OSPF-27.24 executing
03-Mar-2020 15:12:01 Test Summary
03-Mar-2020 15:12:01 If the router wishes to build a router-LSA for Area A then for each
03-Mar-2020 15:12:01 interface if the attached network does not belong to Area A, no links
03-Mar-2020 15:12:01 are added to the LSA.
03-Mar-2020 15:12:01 Test Reference
03-Mar-2020 15:12:01 RFC 2328, s12.4.1 p129 Router-LSAs,
03-Mar-2020 15:12:01 Test Classification
03-Mar-2020 15:12:01 MUST
03-Mar-2020 15:15:06 Test ANVL-OSPF-27.24: Passed
03-Mar-2020 15:15:06
03-Mar-2020 15:15:08 Test ANVL-OSPF-27.25 executing
03-Mar-2020 15:15:08 Test Summary
03-Mar-2020 15:15:08 For virtual links, a link description is added to the router-LSA only
03-Mar-2020 15:15:08 when the virtual neighbor is fully adjacent.
03-Mar-2020 15:15:08 Test Reference
03-Mar-2020 15:15:08 RFC 2328, s12.4.1.3 p131 Describing virtual links
03-Mar-2020 15:15:08 Test Classification
03-Mar-2020 15:15:08 MUST
03-Mar-2020 15:31:50 Test ANVL-OSPF-27.25: Passed
03-Mar-2020 15:31:50
03-Mar-2020 15:31:52 Test ANVL-OSPF-27.26 executing
03-Mar-2020 15:31:52 Test Summary
03-Mar-2020 15:31:52 A router that has formerly been the Designated Router for a network,
03-Mar-2020 15:31:52 but is no longer, should flush the network-LSA that it had previously
03-Mar-2020 15:31:52 originated.
03-Mar-2020 15:31:52 Test Reference
03-Mar-2020 15:31:52 RFC 2328, s12.4.2 p134 Network-LSAs
03-Mar-2020 15:31:52 Test Classification
03-Mar-2020 15:31:52 SHOULD
03-Mar-2020 15:35:10 Test ANVL-OSPF-27.26: Passed
03-Mar-2020 15:35:10
03-Mar-2020 15:35:12 Test ANVL-OSPF-27.28 executing
03-Mar-2020 15:35:12 Test Summary
03-Mar-2020 15:35:12 If for a route the area associated with this set of paths is the Area
03-Mar-2020 15:35:12 A itself, do not generate a summary-LSA for the route for advertising
03-Mar-2020 15:35:12 into Area A.
03-Mar-2020 15:35:12 Test Reference
03-Mar-2020 15:35:12 RFC 2328, s12.4.3. p136 Summary-LSAs
03-Mar-2020 15:35:12 Test Classification
03-Mar-2020 15:35:12 MUST
03-Mar-2020 15:38:43 Test ANVL-OSPF-27.28: Passed
03-Mar-2020 15:38:43
03-Mar-2020 15:38:44 Test ANVL-OSPF-27.29 executing
03-Mar-2020 15:38:44 Test Summary
03-Mar-2020 15:38:44 If for a route the area associated with the set of paths is not Area A
03-Mar-2020 15:38:44 but the next hops associated with this set of paths belong to Area A
03-Mar-2020 15:38:44 itself, do not generate a summary-LSA for the route for advertising
03-Mar-2020 15:38:44 into Area A.
03-Mar-2020 15:38:44 Test Reference
03-Mar-2020 15:38:44 RFC 2328, s12.4.3. p136 Summary-LSAs
03-Mar-2020 15:38:44 Test Classification
03-Mar-2020 15:38:44 MUST
03-Mar-2020 15:43:32 Test ANVL-OSPF-27.29: Passed
03-Mar-2020 15:43:32
03-Mar-2020 15:43:33 Test ANVL-OSPF-27.30 executing
03-Mar-2020 15:43:33 Test Summary
03-Mar-2020 15:43:33 If the destination of a route is an AS boundary router, a summary-LSA
03-Mar-2020 15:43:33 should be originated if and only if the routing table entry describes
03-Mar-2020 15:43:33 the preferred path to the AS boundary router. If so, a Type 4
03-Mar-2020 15:43:33 summary-LSA is originated for the  destination.
03-Mar-2020 15:43:33 Test Reference
03-Mar-2020 15:43:33 RFC 2328, s12.4.3. p136 Summary-LSAs
03-Mar-2020 15:43:33 Test Classification
03-Mar-2020 15:43:33 SHOULD
03-Mar-2020 15:46:47 Test ANVL-OSPF-27.30: Passed
03-Mar-2020 15:46:47
03-Mar-2020 15:46:48 Test ANVL-OSPF-27.31 executing
03-Mar-2020 15:46:48 Test Summary
03-Mar-2020 15:46:48 While originating summary-LSAs for networks reachable by inter-area
03-Mar-2020 15:46:48 routes at most a single Type 3 summary-LSA is originated for each
03-Mar-2020 15:46:48 area address range.
03-Mar-2020 15:46:48 Test Reference
03-Mar-2020 15:46:48 RFC 2328, s12.4.3. p136 Summary-LSAs
03-Mar-2020 15:46:48 Test Classification
03-Mar-2020 15:46:48 MUST
03-Mar-2020 15:49:50 Test ANVL-OSPF-27.31: Passed
03-Mar-2020 15:49:50
03-Mar-2020 15:49:51 Test ANVL-OSPF-27.32 executing
03-Mar-2020 15:49:51 Test Summary
03-Mar-2020 15:49:51 A default route for the Autonomous System can be described in an
03-Mar-2020 15:49:51 AS-external-LSA by setting the LSA's Link State ID to
03-Mar-2020 15:49:51 DefaultDestination (0.0.0.0).
03-Mar-2020 15:49:51 Test Reference
03-Mar-2020 15:49:51 RFC 2328, s12.4.4 p139 AS-external-LSAs
03-Mar-2020 15:49:51 Test Classification
03-Mar-2020 15:49:51 MUST
03-Mar-2020 15:53:06 Test ANVL-OSPF-27.32: Passed
03-Mar-2020 15:53:06
03-Mar-2020 15:53:07 Test ANVL-OSPF-28.1 executing
03-Mar-2020 15:53:07 Test Summary
03-Mar-2020 15:53:07 To make the flooding procedure reliable, each LSA must be acknowledged
03-Mar-2020 15:53:07 separately. Acknowledgments are transmitted in Link State Acknowledgment
03-Mar-2020 15:53:07 packets.
03-Mar-2020 15:53:07 Test Reference
03-Mar-2020 15:53:07 RFC 2328, s13 p143 The Flooding Procedure
03-Mar-2020 15:53:07 Test Classification
03-Mar-2020 15:53:07 MUST
03-Mar-2020 15:55:21 Test ANVL-OSPF-28.1: Passed
03-Mar-2020 15:55:21
03-Mar-2020 15:55:22 Test ANVL-OSPF-28.2 executing
03-Mar-2020 15:55:22 Test Summary
03-Mar-2020 15:55:22 For each LSA contained in a Link State Update packet, validate the
03-Mar-2020 15:55:22 LSA's LS checksum.  If the checksum turns out to be invalid, discard
03-Mar-2020 15:55:22 the LSA.
03-Mar-2020 15:55:22 Test Reference
03-Mar-2020 15:55:22 RFC 2328, s13 p143 The Flooding Procedure
03-Mar-2020 15:55:22 Test Classification
03-Mar-2020 15:55:22 MUST
03-Mar-2020 15:58:34 Test ANVL-OSPF-28.2: Passed
03-Mar-2020 15:58:34
03-Mar-2020 15:58:36 Test ANVL-OSPF-28.3 executing
03-Mar-2020 15:58:36 Test Summary
03-Mar-2020 15:58:36 For each LSA contained in a Link State Update packet, examine the
03-Mar-2020 15:58:36 LSA's LS type.  If the LS type is unknown, discard the LSA.
03-Mar-2020 15:58:36 Test Reference
03-Mar-2020 15:58:36 RFC 2328, s13 p143 The Flooding Procedure
03-Mar-2020 15:58:36 Test Classification
03-Mar-2020 15:58:36 MUST
03-Mar-2020 16:01:47 Test ANVL-OSPF-28.3: Passed
03-Mar-2020 16:01:47
03-Mar-2020 16:01:49 Test ANVL-OSPF-28.4 executing
03-Mar-2020 16:01:49 Test Summary
03-Mar-2020 16:01:49 For each LSA contained in a Link State Update packet, if this is an
03-Mar-2020 16:01:49 AS-external-LSA (LS type = 5) and the area has been configured as a
03-Mar-2020 16:01:49 stub area discard the LSA.
03-Mar-2020 16:01:49 Test Reference
03-Mar-2020 16:01:49 RFC 2328, s13 p143 The Flooding Procedure
03-Mar-2020 16:01:49 Test Classification
03-Mar-2020 16:01:49 MUST
03-Mar-2020 16:04:54 Test ANVL-OSPF-28.4: Passed
03-Mar-2020 16:04:54
03-Mar-2020 16:04:55 Test ANVL-OSPF-28.5 executing
03-Mar-2020 16:04:55 Test Summary
03-Mar-2020 16:04:55 If the LSA's LS age is equal to MaxAge, and there is currently no
03-Mar-2020 16:04:55 instance of the LSA in router's link state database, and none of
03-Mar-2020 16:04:55 router's neighbors are in state Exchange or Loading send direct
03-Mar-2020 16:04:55 Acknowledgement packet to the sending neighbor and discard the LSA.
03-Mar-2020 16:04:55 Test Reference
03-Mar-2020 16:04:55 RFC 2328, s13 p144 The Flooding Procedure,
03-Mar-2020 16:04:55 Test Classification
03-Mar-2020 16:04:55 MUST
03-Mar-2020 16:08:07 Test ANVL-OSPF-28.5: Passed
03-Mar-2020 16:08:07
03-Mar-2020 16:08:09 Test ANVL-OSPF-28.7 executing
03-Mar-2020 16:08:09 Test Summary
03-Mar-2020 16:08:09 If there is no database copy or the received LSA is more recent than
03-Mar-2020 16:08:09 the database copy and the database copy was installed more than
03-Mar-2020 16:08:09 MinLSArrival seconds ago, immediately flood the new LSA out some
03-Mar-2020 16:08:09 subset of the router's interfaces.
03-Mar-2020 16:08:09 Test Reference
03-Mar-2020 16:08:09 RFC 2328, s13 p144 The Flooding Procedure
03-Mar-2020 16:08:09 Test Classification
03-Mar-2020 16:08:09 MUST
03-Mar-2020 16:11:23 Test ANVL-OSPF-28.7: Passed
03-Mar-2020 16:11:23
03-Mar-2020 16:11:25 Test ANVL-OSPF-28.8 executing
03-Mar-2020 16:11:25 Test Summary
03-Mar-2020 16:11:25 When a new instance of a LSA is installed in database, a router
03-Mar-2020 16:11:25 possibly acknowledges the receipt of the LSA by sending a Link
03-Mar-2020 16:11:25 State Acknowledgment packet on the receiving interface.
03-Mar-2020 16:11:25 Test Reference
03-Mar-2020 16:11:25 RFC 2328, s13 p144 The Flooding Procedure
03-Mar-2020 16:11:25 Test Classification
03-Mar-2020 16:11:25 MUST
03-Mar-2020 16:14:40 Test ANVL-OSPF-28.8: Passed
03-Mar-2020 16:14:40
03-Mar-2020 16:14:42 Test ANVL-OSPF-28.9 executing
03-Mar-2020 16:14:42 Test Summary
03-Mar-2020 16:14:42 When the received LSA is at most as recent as the database copy of
03-Mar-2020 16:14:42 that LSA then if there is an instance of the LSA on the sending
03-Mar-2020 16:14:42 neighbor's Link State Request list, generate the neighbor event
03-Mar-2020 16:14:42 BadLSReq.
03-Mar-2020 16:14:42 Test Reference
03-Mar-2020 16:14:42 RFC 2328, s13 p145 The Flooding Procedure,
03-Mar-2020 16:14:42 Test Classification
03-Mar-2020 16:14:42 MUST
03-Mar-2020 16:17:35 Test ANVL-OSPF-28.9: Passed
03-Mar-2020 16:17:35
03-Mar-2020 16:17:37 Test ANVL-OSPF-28.10 executing
03-Mar-2020 16:17:37 Test Summary
03-Mar-2020 16:17:37 If the received LSA is the same instance as the database copy and is
03-Mar-2020 16:17:37 listed in the Link state retransmission list for the receiving
03-Mar-2020 16:17:37 adjacency, the router itself is expecting an acknowledgment for this
03-Mar-2020 16:17:37 LSA. The router should remove the LSA from the Link state
03-Mar-2020 16:17:37 retransmission list.
03-Mar-2020 16:17:37 Test Reference
03-Mar-2020 16:17:37 RFC 2328, s13 p145 The Flooding Procedure
03-Mar-2020 16:17:37 Test Classification
03-Mar-2020 16:17:37 SHOULD
03-Mar-2020 16:19:58 Test ANVL-OSPF-28.10: Passed
03-Mar-2020 16:19:58
03-Mar-2020 16:19:59 Test ANVL-OSPF-29.1 executing
03-Mar-2020 16:19:59 Test Summary
03-Mar-2020 16:19:59 The LSA having the newer LS sequence number is more recent.
03-Mar-2020 16:19:59 Test Reference
03-Mar-2020 16:19:59 RFC 2328, s13.1 p145 Determining which LSA is newer
03-Mar-2020 16:19:59 Test Classification
03-Mar-2020 16:19:59 MUST
03-Mar-2020 16:23:22 Test ANVL-OSPF-29.1: Passed
03-Mar-2020 16:23:22
03-Mar-2020 16:23:24 Test ANVL-OSPF-30.1 executing
03-Mar-2020 16:23:24 Test Summary
03-Mar-2020 16:23:24 If the adjacency is not yet full and there is an instance of new LSA
03-Mar-2020 16:23:24 in Link State request list and if the new LSA is more recent delete
03-Mar-2020 16:23:24 the LSA from the Link state request list.
03-Mar-2020 16:23:24 Test Reference
03-Mar-2020 16:23:24 RFC 2328, s13.3 p149 Next step in the Flooding Procedure
03-Mar-2020 16:23:24 Test Classification
03-Mar-2020 16:23:24 MUST
03-Mar-2020 16:26:32 Test ANVL-OSPF-30.1: Passed
03-Mar-2020 16:26:32
03-Mar-2020 16:26:34 Test ANVL-OSPF-30.2 executing
03-Mar-2020 16:26:34 Test Summary
03-Mar-2020 16:26:34 On broadcast network, the Link State Update packets are multicast but
03-Mar-2020 16:26:34 Link State Update packets carrying retransmissions are always sent
03-Mar-2020 16:26:34 directly to the neighbor.
03-Mar-2020 16:26:34 Test Reference
03-Mar-2020 16:26:34 RFC 2328, s13.3 p150 Sending protocol packets
03-Mar-2020 16:26:34 Test Classification
03-Mar-2020 16:26:34 MUST
03-Mar-2020 16:29:48 Test ANVL-OSPF-30.2: Passed
03-Mar-2020 16:29:48
03-Mar-2020 16:29:49 Test ANVL-OSPF-31.1 executing
03-Mar-2020 16:29:49 Test Summary
03-Mar-2020 16:29:49 A self-originated LSA is detected when the LSA's Advertising Router is
03-Mar-2020 16:29:49 equal to the router's own Router ID and in most cases (when the LS
03-Mar-2020 16:29:49 sequence number of the received LSA is greater than that of the
03-Mar-2020 16:29:49 current instance), the router must then advance the LSA's LS sequence
03-Mar-2020 16:29:49 number one past the received LS sequence number, and originate a new
03-Mar-2020 16:29:49 instance of the LSA.
03-Mar-2020 16:29:49 Test Reference
03-Mar-2020 16:29:49 RFC 2328, s13.4 p151 Receiving self-originated LSAs
03-Mar-2020 16:29:49 Test Classification
03-Mar-2020 16:29:49 MUST
03-Mar-2020 16:31:58 Test ANVL-OSPF-31.1: Passed
03-Mar-2020 16:31:58
03-Mar-2020 16:32:00 Test ANVL-OSPF-31.2 executing
03-Mar-2020 16:32:00 Test Summary
03-Mar-2020 16:32:00 A self-originated LSA is detected when the LSA is a network-LSA and
03-Mar-2020 16:32:00 its Link State ID is equal to one of the router's own IP interface
03-Mar-2020 16:32:00 addresses. In this case the LSA is flushed from the routing domain.
03-Mar-2020 16:32:00 Test Reference
03-Mar-2020 16:32:00 RFC 2328, s13.4 p151 Receiving self-originated LSAs
03-Mar-2020 16:32:00 Test Classification
03-Mar-2020 16:32:00 MUST
03-Mar-2020 16:36:25 Test ANVL-OSPF-31.2: Passed
03-Mar-2020 16:36:25
03-Mar-2020 16:36:27 Test ANVL-OSPF-31.3 executing
03-Mar-2020 16:36:27 Test Summary
03-Mar-2020 16:36:27 If the received self-originated LSA is a summary-LSA and the router
03-Mar-2020 16:36:27 no longer has an (advertisable) route to the destination instead of
03-Mar-2020 16:36:27 updating the LSA, the LSA should be flushed from the routing domain
03-Mar-2020 16:36:27 by incrementing the received LSA's LS age to MaxAge and reflooding.
03-Mar-2020 16:36:27 Test Reference
03-Mar-2020 16:36:27 RFC 2328, s13.4 p151 Receiving self-originated LSAs
03-Mar-2020 16:36:27 Test Classification
03-Mar-2020 16:36:27 SHOULD
03-Mar-2020 16:38:38 Test ANVL-OSPF-31.3: Passed
03-Mar-2020 16:38:38
03-Mar-2020 16:38:39 Test ANVL-OSPF-31.4 executing
03-Mar-2020 16:38:39 Test Summary
03-Mar-2020 16:38:39 If the received self-originated LSA is an AS-external-LSA and the
03-Mar-2020 16:38:39 router no longer has an (advertisable) route to the destination
03-Mar-2020 16:38:39 instead of updating the LSA, the LSA should be flushed from the
03-Mar-2020 16:38:39 routing domain by incrementing the received LSA's LS age to MaxAge
03-Mar-2020 16:38:39 and reflooding.
03-Mar-2020 16:38:39 Test Reference
03-Mar-2020 16:38:39 RFC 2328, s13.4 p151 Receiving self-originated LSAs
03-Mar-2020 16:38:39 Test Classification
03-Mar-2020 16:38:39 SHOULD
03-Mar-2020 16:40:53 Test ANVL-OSPF-31.4: Passed
03-Mar-2020 16:40:53
03-Mar-2020 16:40:54 Test ANVL-OSPF-31.5 executing
03-Mar-2020 16:40:54 Test Summary
03-Mar-2020 16:40:54 If the received self-originated LSA is a network-LSA but the router
03-Mar-2020 16:40:54 is no longer Designated Router for the network, instead of updating
03-Mar-2020 16:40:54 the LSA, the LSA should be flushed from the routing domain by
03-Mar-2020 16:40:54 incrementing the received LSA's LS age to MaxAge and reflooding.
03-Mar-2020 16:40:54 Test Reference
03-Mar-2020 16:40:54 RFC 2328, s13.4 p151 Receiving self-originated LSAs
03-Mar-2020 16:40:54 Test Classification
03-Mar-2020 16:40:54 SHOULD
03-Mar-2020 16:43:23 Test ANVL-OSPF-31.5: Passed
03-Mar-2020 16:43:23
03-Mar-2020 16:43:25 Test ANVL-OSPF-32.1 executing
03-Mar-2020 16:43:25 Test Summary
03-Mar-2020 16:43:25 If the new LSA has been flooded back out receiving interface no
03-Mar-2020 16:43:25 acknowledgement is sent.
03-Mar-2020 16:43:25 Test Reference
03-Mar-2020 16:43:25 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 16:43:25 Test Classification
03-Mar-2020 16:43:25 MUST
03-Mar-2020 16:46:43 Test ANVL-OSPF-32.1: Passed
03-Mar-2020 16:46:43
03-Mar-2020 16:46:45 Test ANVL-OSPF-32.2 executing
03-Mar-2020 16:46:45 Test Summary
03-Mar-2020 16:46:45 If the new LSA is more recent than database copy, but was not flooded
03-Mar-2020 16:46:45 back out receiving interface and if the router is in state Backup
03-Mar-2020 16:46:45 then delayed acknowledgement is sent if advertisement is received
03-Mar-2020 16:46:45 from Designated Router, otherwise nothing is done.
03-Mar-2020 16:46:45 Test Reference
03-Mar-2020 16:46:45 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 16:46:45 Test Classification
03-Mar-2020 16:46:45 MUST
03-Mar-2020 16:49:58 Test ANVL-OSPF-32.2: Passed
03-Mar-2020 16:49:58
03-Mar-2020 16:49:59 Test ANVL-OSPF-32.3 executing
03-Mar-2020 16:49:59 Test Summary
03-Mar-2020 16:49:59 If the new LSA is more recent than database copy, but was not flooded
03-Mar-2020 16:49:59 back out receiving interface and if the receiving router is not in
03-Mar-2020 16:49:59 state Backup then delayed acknowledgement is sent.
03-Mar-2020 16:49:59 (This test checks the case when router state is DR Other)
03-Mar-2020 16:49:59 Test Reference
03-Mar-2020 16:49:59 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 16:49:59 Test Classification
03-Mar-2020 16:49:59 MUST
03-Mar-2020 16:53:04 Test ANVL-OSPF-32.3: Passed
03-Mar-2020 16:53:04
03-Mar-2020 16:53:05 Test ANVL-OSPF-32.4 executing
03-Mar-2020 16:53:05 Test Summary
03-Mar-2020 16:53:05 If the new LSA is more recent than database copy, but was not flooded
03-Mar-2020 16:53:05 back out receiving interface and if the receiving router is not in
03-Mar-2020 16:53:05 state Backup then delayed acknowledgement is sent.
03-Mar-2020 16:53:05 (This test checks the case when router state is DR)
03-Mar-2020 16:53:05 Test Reference
03-Mar-2020 16:53:05 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 16:53:05 Test Classification
03-Mar-2020 16:53:05 MUST
03-Mar-2020 16:55:10 Test ANVL-OSPF-32.4: Passed
03-Mar-2020 16:55:10
03-Mar-2020 16:55:12 Test ANVL-OSPF-32.5 executing
03-Mar-2020 16:55:12 Test Summary
03-Mar-2020 16:55:12 If the new LSA is a duplicate, and was treated as implied
03-Mar-2020 16:55:12 acknowledgement and if the receiving router is in state Backup
03-Mar-2020 16:55:12 then delayed acknowledgement is sent if advertisement is received
03-Mar-2020 16:55:12 from Designated Router, otherwise nothing is done.
03-Mar-2020 16:55:12 Test Reference
03-Mar-2020 16:55:12 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 16:55:12 Test Classification
03-Mar-2020 16:55:12 MUST
03-Mar-2020 16:59:38 Test ANVL-OSPF-32.5: Passed
03-Mar-2020 16:59:38
03-Mar-2020 16:59:39 Test ANVL-OSPF-32.6 executing
03-Mar-2020 16:59:39 Test Summary
03-Mar-2020 16:59:39 If the new LSA is a duplicate, and was treated as implied
03-Mar-2020 16:59:39 acknowledgement and if the receiving router is not in state
03-Mar-2020 16:59:39 Backup then no acknowledgement is sent.
03-Mar-2020 16:59:39 (This test checks the case when router state is DR Other)
03-Mar-2020 16:59:39 Test Reference
03-Mar-2020 16:59:39 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 16:59:39 Test Classification
03-Mar-2020 16:59:39 MUST
03-Mar-2020 17:02:36 Test ANVL-OSPF-32.6: Passed
03-Mar-2020 17:02:36
03-Mar-2020 17:02:38 Test ANVL-OSPF-32.7 executing
03-Mar-2020 17:02:38 Test Summary
03-Mar-2020 17:02:38 If the new LSA is a duplicate, and was treated as implied
03-Mar-2020 17:02:38 acknowledgement and if the receiving router is not in state Backup
03-Mar-2020 17:02:38 then no acknowledgement is sent.
03-Mar-2020 17:02:38 (This test checks the case when router state is DR)
03-Mar-2020 17:02:38 Test Reference
03-Mar-2020 17:02:38 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 17:02:38 Test Classification
03-Mar-2020 17:02:38 MUST
03-Mar-2020 17:05:48 Test ANVL-OSPF-32.7: Passed
03-Mar-2020 17:05:48
03-Mar-2020 17:05:49 Test ANVL-OSPF-32.8 executing
03-Mar-2020 17:05:49 Test Summary
03-Mar-2020 17:05:49 If the new LSA is a duplicate, and was not treated as implied
03-Mar-2020 17:05:49 acknowledgement and if the receiving router is in state Backup
03-Mar-2020 17:05:49 then direct acknowledgement is sent.
03-Mar-2020 17:05:49 Test Reference
03-Mar-2020 17:05:49 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 17:05:49 Test Classification
03-Mar-2020 17:05:49 MUST
03-Mar-2020 17:07:54 Test ANVL-OSPF-32.8: Passed
03-Mar-2020 17:07:54
03-Mar-2020 17:07:55 Test ANVL-OSPF-32.9 executing
03-Mar-2020 17:07:55 Test Summary
03-Mar-2020 17:07:55 If the new LSA is a duplicate, and was not treated as implied
03-Mar-2020 17:07:55 acknowledgement and if the receiving router is not in state Backup
03-Mar-2020 17:07:55 then direct acknowledgement is sent.
03-Mar-2020 17:07:55 Test Reference
03-Mar-2020 17:07:55 RFC 2328, s13.5 p152-153 Sending Link State Acknowledgment packets
03-Mar-2020 17:07:55 Test Classification
03-Mar-2020 17:07:55 MUST
03-Mar-2020 17:09:57 Test ANVL-OSPF-32.9: Passed
03-Mar-2020 17:09:57
03-Mar-2020 17:09:58 Test ANVL-OSPF-33.1 executing
03-Mar-2020 17:09:58 Test Summary
03-Mar-2020 17:09:58 If the acknowledgment is for the same instance that is contained on
03-Mar-2020 17:09:58 the Link state retransmission list, remove the item from the list.
03-Mar-2020 17:09:58 Test Reference
03-Mar-2020 17:09:58 RFC 2328, s13.7 p156 Receiving link state acknowledgments
03-Mar-2020 17:09:58 Test Classification
03-Mar-2020 17:09:58 MUST
03-Mar-2020 17:13:22 Test ANVL-OSPF-33.1: Passed
03-Mar-2020 17:13:22
03-Mar-2020 17:13:23 Test ANVL-OSPF-34.1 executing
03-Mar-2020 17:13:23 Test Summary
03-Mar-2020 17:13:23 When an adjacency is established over a virtual link, the virtual
03-Mar-2020 17:13:23 link will be included in backbone router-LSAs.
03-Mar-2020 17:13:23 Test Reference
03-Mar-2020 17:13:23 RFC 2328, s15 p158 Virtual Links
03-Mar-2020 17:13:23 Test Classification
03-Mar-2020 17:13:23 MUST
03-Mar-2020 17:17:36 Test ANVL-OSPF-34.1: Passed
03-Mar-2020 17:17:36
03-Mar-2020 17:17:38 Test ANVL-OSPF-34.2 executing
03-Mar-2020 17:17:38 Test Summary
03-Mar-2020 17:17:38 When an adjacency is established over a virtual link, then OSPF
03-Mar-2020 17:17:38 packets pertaining to the backbone area will flow over the adjacency.
03-Mar-2020 17:17:38 Test Reference
03-Mar-2020 17:17:38 RFC 2328, s15 p158 Virtual Links
03-Mar-2020 17:17:38 Test Classification
03-Mar-2020 17:17:38 MUST
03-Mar-2020 17:20:35 Test ANVL-OSPF-34.2: Passed
03-Mar-2020 17:20:35
03-Mar-2020 17:20:36 Test ANVL-OSPF-34.3 executing
03-Mar-2020 17:20:36 Test Summary
03-Mar-2020 17:20:36 AS-external-LSAs are NEVER flooded over virtual adjacencies.
03-Mar-2020 17:20:36 Test Reference
03-Mar-2020 17:20:36 RFC 2328, s15 p158 Virtual Links
03-Mar-2020 17:20:36 Test Classification
03-Mar-2020 17:20:36 MUST
03-Mar-2020 17:24:54 Test ANVL-OSPF-34.3: Passed
03-Mar-2020 17:24:54
03-Mar-2020 17:24:56 Test ANVL-OSPF-34.4 executing
03-Mar-2020 17:24:56 Test Summary
03-Mar-2020 17:24:56 The cost of a virtual link is NOT configured.  It is defined to be
03-Mar-2020 17:24:56 the cost of the intra-area path between the two defining area border
03-Mar-2020 17:24:56 routers.
03-Mar-2020 17:24:56 Test Reference
03-Mar-2020 17:24:56 RFC 2328, s15 p159 Virtual Links
03-Mar-2020 17:24:56 Test Classification
03-Mar-2020 17:24:56 MUST
03-Mar-2020 17:29:04 Test ANVL-OSPF-34.4: Passed
03-Mar-2020 17:29:04
03-Mar-2020 17:29:06 Test ANVL-OSPF-34.5 executing
03-Mar-2020 17:29:06 Test Summary
03-Mar-2020 17:29:06 When the cost of a virtual link changes, a new router-LSA should be
03-Mar-2020 17:29:06 originated for the backbone area.
03-Mar-2020 17:29:06 Test Reference
03-Mar-2020 17:29:06 RFC 2328, s15 p159 Virtual Links
03-Mar-2020 17:29:06 Test Classification
03-Mar-2020 17:29:06 SHOULD
03-Mar-2020 17:33:10 Test ANVL-OSPF-34.5: Passed
03-Mar-2020 17:33:10
03-Mar-2020 17:33:11 Test ANVL-OSPF-34.6 executing
03-Mar-2020 17:33:11 Test Summary
03-Mar-2020 17:33:11 In each endpoint's router-LSA for the backbone, the virtual link is
03-Mar-2020 17:33:11 represented as a Type 4 link whose Link ID is set to the virtual
03-Mar-2020 17:33:11 neighbor's OSPF Router ID and whose Link Data is set to the virtual
03-Mar-2020 17:33:11 interface's IP address.(This test checks the case of router between
03-Mar-2020 17:33:11 backbone area and a non-backbone area)
03-Mar-2020 17:33:11 Test Reference
03-Mar-2020 17:33:11 RFC 2328, s15 p159 Virtual Links
03-Mar-2020 17:33:11 Test Classification
03-Mar-2020 17:33:11 MUST
03-Mar-2020 17:37:19 Test ANVL-OSPF-34.6: Passed
03-Mar-2020 17:37:19
03-Mar-2020 17:37:21 Test ANVL-OSPF-34.7 executing
03-Mar-2020 17:37:21 Test Summary
03-Mar-2020 17:37:21 In each endpoint's router-LSA for the backbone, the virtual link is
03-Mar-2020 17:37:21 represented as a Type 4 link whose Link ID is set to the virtual
03-Mar-2020 17:37:21 neighbor's OSPF Router ID and whose Link Data is set to the virtual
03-Mar-2020 17:37:21 interface's IP address.(This test checks the case of router between
03-Mar-2020 17:37:21 two non-backbone areas)
03-Mar-2020 17:37:21 Test Reference
03-Mar-2020 17:37:21 RFC 2328, s15 p159 Virtual Links
03-Mar-2020 17:37:21 Test Classification
03-Mar-2020 17:37:21 MUST
03-Mar-2020 17:40:19 Test ANVL-OSPF-34.7: Passed
03-Mar-2020 17:40:19
03-Mar-2020 17:40:20 Test ANVL-OSPF-35.1 executing
03-Mar-2020 17:40:20 Test Summary
03-Mar-2020 17:40:20 If the router has active attachments to multiple areas, only
03-Mar-2020 17:40:20 backbone summary-LSAs are examined.
03-Mar-2020 17:40:20 Test Reference
03-Mar-2020 17:40:20 RFC 2328, s16.2 p168 Calculating the inter-area routes
03-Mar-2020 17:40:20 Test Classification
03-Mar-2020 17:40:20 MUST
03-Mar-2020 17:43:30 Test ANVL-OSPF-35.1: Passed
03-Mar-2020 17:43:30
03-Mar-2020 17:43:32 Test ANVL-OSPF-36.1 executing
03-Mar-2020 17:43:32 Test Summary
03-Mar-2020 17:43:32 To ensure that the OSPF packets sent to multicast addresses will not
03-Mar-2020 17:43:32 travel multiple hops, their IP TTL must be set to 1.
03-Mar-2020 17:43:32 Test Reference
03-Mar-2020 17:43:32 RFC 2328, sA.1 p185 Encapsulation of OSPF packets
03-Mar-2020 17:43:32 Test Classification
03-Mar-2020 17:43:32 MUST
03-Mar-2020 17:44:41 Test ANVL-OSPF-36.1: Passed
03-Mar-2020 17:44:41
03-Mar-2020 17:44:42 Test ANVL-OSPF-36.2 executing
03-Mar-2020 17:44:42 Test Summary
03-Mar-2020 17:44:42 All routers running OSPF should be prepared to receive packets sent
03-Mar-2020 17:44:42 to the address 224.0.0.5. Hello packets are always sent to this
03-Mar-2020 17:44:42 destination.
03-Mar-2020 17:44:42 (This test checks the case when router is in state DR Other)
03-Mar-2020 17:44:42 Test Reference
03-Mar-2020 17:44:42 RFC 2328, sA.1 p186 Encapsulation of OSPF packets
03-Mar-2020 17:44:42 Test Classification
03-Mar-2020 17:44:42 SHOULD
03-Mar-2020 17:46:23 Test ANVL-OSPF-36.2: Passed
03-Mar-2020 17:46:23
03-Mar-2020 17:46:24 Test ANVL-OSPF-36.3 executing
03-Mar-2020 17:46:24 Test Summary
03-Mar-2020 17:46:24 All routers running OSPF should be prepared to receive packets sent
03-Mar-2020 17:46:24 to the address 224.0.0.5. Hello packets are always sent to this
03-Mar-2020 17:46:24 destination.
03-Mar-2020 17:46:24 (This test checks the case when router is in state DR)
03-Mar-2020 17:46:24 Test Reference
03-Mar-2020 17:46:24 RFC 2328, sA.1 p186 Encapsulation of OSPF packets
03-Mar-2020 17:46:24 Test Classification
03-Mar-2020 17:46:24 SHOULD
03-Mar-2020 17:48:53 Test ANVL-OSPF-36.3: !FAILED!
03-Mar-2020 17:48:53 DUT did not send expected <OSPF-HELLO> packet
03-Mar-2020 17:48:53
03-Mar-2020 17:48:53
03-Mar-2020 17:48:55 Test ANVL-OSPF-36.4 executing
03-Mar-2020 17:48:55 Test Summary
03-Mar-2020 17:48:55 All routers running OSPF should be prepared to receive packets sent
03-Mar-2020 17:48:55 to the address 224.0.0.5. Hello packets are always sent to this
03-Mar-2020 17:48:55 destination.
03-Mar-2020 17:48:55 (This test checks the case when router is in state Backup)
03-Mar-2020 17:48:55 Test Reference
03-Mar-2020 17:48:55 RFC 2328, sA.1 p186 Encapsulation of OSPF packets
03-Mar-2020 17:48:55 Test Classification
03-Mar-2020 17:48:55 SHOULD
03-Mar-2020 17:50:54 Test ANVL-OSPF-36.4: Passed
03-Mar-2020 17:50:54
03-Mar-2020 17:50:56 Test ANVL-OSPF-36.5 executing
03-Mar-2020 17:50:56 Test Summary
03-Mar-2020 17:50:56 The Designated Router must be prepared to receive packets destined to
03-Mar-2020 17:50:56 the multicast address 224.0.0.6.
03-Mar-2020 17:50:56 Test Reference
03-Mar-2020 17:50:56 RFC 2328, sA.1 p186 Encapsulation of OSPF packets
03-Mar-2020 17:50:56 Test Classification
03-Mar-2020 17:50:56 MUST
03-Mar-2020 17:52:59 Test ANVL-OSPF-36.5: Passed
03-Mar-2020 17:52:59
03-Mar-2020 17:53:01 Test ANVL-OSPF-36.6 executing
03-Mar-2020 17:53:01 Test Summary
03-Mar-2020 17:53:01 The Backup Designated Router must be prepared to receive packets
03-Mar-2020 17:53:01 destined to the multicast address 224.0.0.6.
03-Mar-2020 17:53:01 Test Reference
03-Mar-2020 17:53:01 RFC 2328, sA.1 p186 Encapsulation of OSPF packets
03-Mar-2020 17:53:01 Test Classification
03-Mar-2020 17:53:01 MUST
03-Mar-2020 17:55:05 Test ANVL-OSPF-36.6: Passed
03-Mar-2020 17:55:05
03-Mar-2020 17:55:06 Test ANVL-OSPF-36.7 executing
03-Mar-2020 17:55:06 Test Summary
03-Mar-2020 17:55:06 If Router Priority set to 0, the router will be ineligible to
03-Mar-2020 17:55:06 become Backup Designated Router.
03-Mar-2020 17:55:06 (This test checks the case when router itself has Router Priority 0)
03-Mar-2020 17:55:06 Test Reference
03-Mar-2020 17:55:06 RFC 2328, sA.3.2 p194 The Hello packet
03-Mar-2020 17:55:06 Test Classification
03-Mar-2020 17:55:06 MUST
03-Mar-2020 17:57:37 Test ANVL-OSPF-36.7: Passed
03-Mar-2020 17:57:37
03-Mar-2020 17:57:38 Test ANVL-OSPF-36.8 executing
03-Mar-2020 17:57:38 Test Summary
03-Mar-2020 17:57:38 If Router Priority set to 0, the router will be ineligible to
03-Mar-2020 17:57:38 become Backup Designated Router
03-Mar-2020 17:57:38 (This test checks the case when a neighbor has Router Priority 0)
03-Mar-2020 17:57:38 Test Reference
03-Mar-2020 17:57:38 RFC 2328, sA.3.2 p194 The Hello packeta
03-Mar-2020 17:57:38 Test Classification
03-Mar-2020 17:57:38 MUST
03-Mar-2020 17:59:58 Test ANVL-OSPF-36.8: Passed
03-Mar-2020 17:59:58
03-Mar-2020 17:59:59 Test ANVL-OSPF-36.9 executing
03-Mar-2020 17:59:59 Test Summary
03-Mar-2020 17:59:59 If Router Priority set to 0, the router will be ineligible to
03-Mar-2020 17:59:59 become Designated Router
03-Mar-2020 17:59:59 (This test checks the case when router itself has Router Priority 0)
03-Mar-2020 17:59:59 Test Reference
03-Mar-2020 17:59:59 RFC 2328, sA.3.2 p194 The Hello packet
03-Mar-2020 17:59:59 Test Classification
03-Mar-2020 17:59:59 MUST
03-Mar-2020 18:02:39 Test ANVL-OSPF-36.9: Passed
03-Mar-2020 18:02:39
03-Mar-2020 18:02:41 Test ANVL-OSPF-36.10 executing
03-Mar-2020 18:02:41 Test Summary
03-Mar-2020 18:02:41 If Router Priority set to 0, the router will be ineligible to
03-Mar-2020 18:02:41 become Designated Router.
03-Mar-2020 18:02:41 (This test checks the case when a neighbor has Router Priority 0)
03-Mar-2020 18:02:41 Test Reference
03-Mar-2020 18:02:41 RFC 2328, sA.3.2 p194 The Hello packet
03-Mar-2020 18:02:41 Test Classification
03-Mar-2020 18:02:41 MUST
03-Mar-2020 18:05:00 Test ANVL-OSPF-36.10: Passed
03-Mar-2020 18:05:00
03-Mar-2020 18:05:02 Test ANVL-OSPF-36.11 executing
03-Mar-2020 18:05:02 Test Summary
03-Mar-2020 18:05:02 A Link State Acknowledgment packet is sent either to the multicast
03-Mar-2020 18:05:02 address AllSPFRouters, to the multicast address AllDRouters, or as
03-Mar-2020 18:05:02 a unicast
03-Mar-2020 18:05:02 Test Reference
03-Mar-2020 18:05:02 RFC 2328, sA.3.6 p201 The Link State Acknowledgment packet
03-Mar-2020 18:05:02 Test Classification
03-Mar-2020 18:05:02 MUST
03-Mar-2020 18:07:54 Test ANVL-OSPF-36.11: Passed
03-Mar-2020 18:07:54
03-Mar-2020 18:07:56 Test ANVL-OSPF-36.12 executing
03-Mar-2020 18:07:56 Test Summary
03-Mar-2020 18:07:56 When bit V is set, the router is an endpoint of one or more fully
03-Mar-2020 18:07:56 adjacent virtual links having the described area as Transit area.
03-Mar-2020 18:07:56 Test Reference
03-Mar-2020 18:07:56 RFC 2328, sA.4.2 p206-207 Router-LSAs
03-Mar-2020 18:07:56 Test Classification
03-Mar-2020 18:07:56 MUST
03-Mar-2020 18:11:02 Test ANVL-OSPF-36.12: Passed
03-Mar-2020 18:11:02
03-Mar-2020 18:11:04 Test ANVL-OSPF-36.13 executing
03-Mar-2020 18:11:04 Test Summary
03-Mar-2020 18:11:04 When connecting to an object that also originates an LSA (i.e., another
03-Mar-2020 18:11:04 router or a transit network) the Link ID is equal to the neighboring
03-Mar-2020 18:11:04 LSA's Link State ID.
03-Mar-2020 18:11:04 Test Reference
03-Mar-2020 18:11:04 RFC 2328, sA.4.2 p208 Router-LSAs
03-Mar-2020 18:11:04 Test Classification
03-Mar-2020 18:11:04 MUST
03-Mar-2020 18:15:08 Test ANVL-OSPF-36.13: Passed
03-Mar-2020 18:15:08
03-Mar-2020 18:15:09 Test ANVL-OSPF-36.14 executing
03-Mar-2020 18:15:09 Test Summary
03-Mar-2020 18:15:09 For connections to stub networks, Link Data specifies the network's IP
03-Mar-2020 18:15:09 address mask.
03-Mar-2020 18:15:09 Test Reference
03-Mar-2020 18:15:09 RFC 2328, sA.4.2 p208 Router-LSAs
03-Mar-2020 18:15:09 Test Classification
03-Mar-2020 18:15:09 MUST
03-Mar-2020 18:17:03 Test ANVL-OSPF-36.14: Passed
03-Mar-2020 18:17:03
03-Mar-2020 18:17:05 Test ANVL-OSPF-36.16 executing
03-Mar-2020 18:17:05 Test Summary
03-Mar-2020 18:17:05 For connections to transit network Link Data specifies the router
03-Mar-2020 18:17:05 interface's IP address.
03-Mar-2020 18:17:05 Test Reference
03-Mar-2020 18:17:05 RFC 2328, sA.4.2 p208 Router-LSAs
03-Mar-2020 18:17:05 Test Classification
03-Mar-2020 18:17:05 MUST
03-Mar-2020 18:19:13 Test ANVL-OSPF-36.16: Passed
03-Mar-2020 18:19:13
03-Mar-2020 18:19:15 Test ANVL-OSPF-36.17 executing
03-Mar-2020 18:19:15 Test Summary
03-Mar-2020 18:19:15 Type 3 summary-LSAs are used when the destination is an IP network.
03-Mar-2020 18:19:15 Test Reference
03-Mar-2020 18:19:15 RFC 2328, sA.4.4 p212 Summary-LSAs
03-Mar-2020 18:19:15 Test Classification
03-Mar-2020 18:19:15 MUST
03-Mar-2020 18:21:57 Test ANVL-OSPF-36.17: Passed
03-Mar-2020 18:21:57
03-Mar-2020 18:21:59 Test ANVL-OSPF-36.18 executing
03-Mar-2020 18:21:59 Test Summary
03-Mar-2020 18:21:59 When the destination is an AS boundary router, a Type 4 summary-LSA
03-Mar-2020 18:21:59 is used.
03-Mar-2020 18:21:59 Test Reference
03-Mar-2020 18:21:59 RFC 2328, sA.4.4 p212 Summary-LSAs
03-Mar-2020 18:21:59 Test Classification
03-Mar-2020 18:21:59 MUST
03-Mar-2020 18:24:41 Test ANVL-OSPF-36.18: Passed
03-Mar-2020 18:24:41
03-Mar-2020 18:24:43 Test ANVL-OSPF-37.2 executing
03-Mar-2020 18:24:43 Test Summary
03-Mar-2020 18:24:43 LSInfinity is the metric value indicating that the destination
03-Mar-2020 18:24:43 described by an LSA is unreachable. Used in summary-LSAs as an
03-Mar-2020 18:24:43 alternative to premature aging. It is defined to be the 24-bit
03-Mar-2020 18:24:43 binary value of all ones: 0xffffff.
03-Mar-2020 18:24:43 Test Reference
03-Mar-2020 18:24:43 RFC 2328, sB p218 Architectural Constants
03-Mar-2020 18:24:43 Test Classification
03-Mar-2020 18:24:43 MUST
03-Mar-2020 18:28:04 Test ANVL-OSPF-37.2: Passed
03-Mar-2020 18:28:04
03-Mar-2020 18:28:06 Test ANVL-OSPF-37.3 executing
03-Mar-2020 18:28:06 Test Summary
03-Mar-2020 18:28:06 LSInfinity is the metric value indicating that the destination
03-Mar-2020 18:28:06 described by an LSA is unreachable. Used in AS-external-LSAs as an
03-Mar-2020 18:28:06 alternative to premature aging. It is defined to be the 24-bit binary
03-Mar-2020 18:28:06 value of all ones: 0xffffff.
03-Mar-2020 18:28:06 Test Reference
03-Mar-2020 18:28:06 RFC 2328, sB p218 Architectural Constants
03-Mar-2020 18:28:06 Test Classification
03-Mar-2020 18:28:06 MUST
03-Mar-2020 18:31:17 Test ANVL-OSPF-37.3: Passed
03-Mar-2020 18:31:17
03-Mar-2020 18:31:19 Test ANVL-OSPF-38.1 executing
03-Mar-2020 18:31:19 Test Summary
03-Mar-2020 18:31:19 When cryptographic authentication is used, the 64-bit
03-Mar-2020 18:31:19 Authentication field in the standard OSPF packet header is
03-Mar-2020 18:31:19 redefined as
03-Mar-2020 18:31:19
03-Mar-2020 18:31:19 0                   1                   2                   3   
03-Mar-2020 18:31:19 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
03-Mar-2020 18:31:19 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
03-Mar-2020 18:31:19 |        0              |    KeyID            | Auth Data Len   |
03-Mar-2020 18:31:19 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
03-Mar-2020 18:31:19 |                            Cryptographic sequence number                 |
03-Mar-2020 18:31:19 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
03-Mar-2020 18:31:19 Test Reference
03-Mar-2020 18:31:19 RFC 2328, sD.3 p229 Cryptographic Authentication
03-Mar-2020 18:31:19 Test Classification
03-Mar-2020 18:31:19 MUST
03-Mar-2020 18:32:40 Test ANVL-OSPF-38.1: Passed
03-Mar-2020 18:32:40
03-Mar-2020 18:32:42 Test ANVL-OSPF-38.2 executing
03-Mar-2020 18:32:42 Test Summary
03-Mar-2020 18:32:42 (6) The message digest is then calculated and appended to
03-Mar-2020 18:32:42           the OSPF packet.  The authentication algorithm to be
03-Mar-2020 18:32:42           used in        calculating the        digest is indicated by the ke
03-Mar-2020 18:32:42           itself.         Input to the authentication algorithm consists
03-Mar-2020 18:32:42           of the OSPF packet and the secret key. When using MD5 as
03-Mar-2020 18:32:42           the authentication algorithm, the message digest
03-Mar-2020 18:32:42           calculation proceeds as follows:
03-Mar-2020 18:32:42
03-Mar-2020 18:32:42           (a) The 16 byte MD5 key is appended to the OSPF packet.
03-Mar-2020 18:32:42
03-Mar-2020 18:32:42         (b) Trailing pad and length fields are added, as
03-Mar-2020 18:32:42             specified in [Ref17].
03-Mar-2020 18:32:42
03-Mar-2020 18:32:42         (c) The        MD5 authentication algorithm is        run over the
03-Mar-2020 18:32:42             concatenation of the OSPF packet, secret key, pad
03-Mar-2020 18:32:42             and        length fields, producing a 16 byte message
03-Mar-2020 18:32:42             digest (see        [Ref17]).
03-Mar-2020 18:32:42
03-Mar-2020 18:32:42         (d) The        MD5 digest is written over the OSPF key        (i.e.,
03-Mar-2020 18:32:42             appended to        the original OSPF packet). The digest is
03-Mar-2020 18:32:42             not        counted        in the OSPF packet's length field, but
03-Mar-2020 18:32:42             is included        in the packet's        IP length field. Any
03-Mar-2020 18:32:42             trailing pad or length fields beyond the digest are
03-Mar-2020 18:32:42             not        counted        or transmitted.
03-Mar-2020 18:32:42 Test Reference
03-Mar-2020 18:32:42 RFC 2328, sD.3 p229 Cryptographic Authentication
03-Mar-2020 18:32:42 Test Classification
03-Mar-2020 18:32:42 MUST
03-Mar-2020 18:34:03 Test ANVL-OSPF-38.2: Passed
03-Mar-2020 18:34:03
03-Mar-2020 18:34:05 Test ANVL-OSPF-38.3 executing
03-Mar-2020 18:34:05 Test Summary
03-Mar-2020 18:34:05 (2) The checksum field in the standard OSPF header is not
03-Mar-2020 18:34:05 calculated, but is instead set to 0.
03-Mar-2020 18:34:05 Test Reference
03-Mar-2020 18:34:05 RFC 2328, sD4.3 p233 Generating Cryptographic authentication
03-Mar-2020 18:34:05 Test Classification
03-Mar-2020 18:34:05 MUST
03-Mar-2020 18:35:26 Test ANVL-OSPF-38.3: Passed
03-Mar-2020 18:35:26
03-Mar-2020 18:35:28 Test ANVL-OSPF-38.4 executing
03-Mar-2020 18:35:28 Test Summary
03-Mar-2020 18:35:28 When using the Cryptographic authentication option, each router appends
03-Mar-2020 18:35:28 a "message digest" to its transmitted OSPF packets. Receivers then use
03-Mar-2020 18:35:28 the shared secret key and received digest to verify that each received
03-Mar-2020 18:35:28 OSPF packet is authentic.
03-Mar-2020 18:35:28 Test Reference
03-Mar-2020 18:35:28 RFC 2328, p243 Security Considerations
03-Mar-2020 18:35:28 Test Classification
03-Mar-2020 18:35:28 MUST
03-Mar-2020 18:37:34 Test ANVL-OSPF-38.4: Passed
03-Mar-2020 18:37:34
03-Mar-2020 18:37:36 Writing DejaGNU Result file to ./ospf-result.xml
03-Mar-2020 18:37:36 Finished task 'Run Basic OSPFv2 Tests' with result: Success
03-Mar-2020 18:37:36 Starting task 'Collect ANVL Results' of type 'com.atlassian.bamboo.plugins.testresultparser:task.testresultparser.junit'
03-Mar-2020 18:37:36 Parsing test results under /root/bamboo-agent-home/xml-data/build-dir/FRR-FRR73SNAP-IPV4OSPFV2...
03-Mar-2020 18:37:36 Failing task since 5 failing test cases were found.
03-Mar-2020 18:37:36 Finished task 'Collect ANVL Results' with result: Failed
03-Mar-2020 18:37:36 Running post build plugin 'Docker Container Cleanup'
03-Mar-2020 18:37:36 Running post build plugin 'NCover Results Collector'
03-Mar-2020 18:37:36 Running post build plugin 'Clover Results Collector'
03-Mar-2020 18:37:36 Running post build plugin 'npm Cache Cleanup'
03-Mar-2020 18:37:36 Running post build plugin 'Artifact Copier'
03-Mar-2020 18:37:36 Successfully removed working directory at '/root/bamboo-agent-home/xml-data/build-dir/FRR-FRR73SNAP-IPV4OSPFV2'
03-Mar-2020 18:37:36 Finalising the build...
03-Mar-2020 18:37:36 Stopping timer.
03-Mar-2020 18:37:36 Build FRR-FRR73SNAP-IPV4OSPFV2-2 completed.
03-Mar-2020 18:37:36 Running on server: post build plugin 'NCover Results Collector'
03-Mar-2020 18:37:36 Running on server: post build plugin 'Build Hanging Detection Configuration'
03-Mar-2020 18:37:36 Running on server: post build plugin 'Clover Delta Calculator'
03-Mar-2020 18:37:36 Running on server: post build plugin 'Maven Dependencies Postprocessor'
03-Mar-2020 18:37:36 All post build plugins have finished
03-Mar-2020 18:37:36 Generating build results summary...
03-Mar-2020 18:37:36 Saving build results to disk...
03-Mar-2020 18:37:36 Logging substituted variables...
03-Mar-2020 18:37:36 Indexing build results...
03-Mar-2020 18:37:36 Finished building FRR-FRR73SNAP-IPV4OSPFV2-2.