FRR-7.3-Snapcraft

Build: #2 failed

Job: ISIS IPv6 Tests was successful

Build log

The build generated 1,862 lines of output.The output is too long and has been truncated to the last 1,000 lines. Download or view full build log.

14-Feb-2020 08:49:56 Test ANVL-ISISV6-4.8: Passed
14-Feb-2020 08:49:56
14-Feb-2020 08:49:58 Test ANVL-ISISV6-4.9 executing
14-Feb-2020 08:49:58 Test Summary
14-Feb-2020 08:49:58 If the received L1 IIH's areaAddresses do not match any of the
14-Feb-2020 08:49:58 manualAreaAddresses of the L1 IS, it should reject the adjacency.
14-Feb-2020 08:49:58 Test Reference
14-Feb-2020 08:49:58 ISO/IEC 10589:1992(E), s8.4.2.2, p45, Receipt of L1 LAN IIH PDUs
14-Feb-2020 08:49:58 ISO/IEC 10589:1992(E), s8.2.4.2, p38, IIH PDU Processing
14-Feb-2020 08:49:58 Test Classification
14-Feb-2020 08:49:58 SHOULD
14-Feb-2020 08:51:24 Test ANVL-ISISV6-4.9: Passed
14-Feb-2020 08:51:24
14-Feb-2020 08:51:26 Test ANVL-ISISV6-4.10 executing
14-Feb-2020 08:51:26 Test Summary
14-Feb-2020 08:51:26 If the received L1 IIHs areaAddress field matches any of the
14-Feb-2020 08:51:26 values from the manualAreaAddresses of the L1 IS, it shall accept the
14-Feb-2020 08:51:26 adjacency.
14-Feb-2020 08:51:26 Test Reference
14-Feb-2020 08:51:26 ISO/IEC 10589:1992(E), s8.4.2.2, p45, Receipt of L1 IIH PDUs
14-Feb-2020 08:51:26 ISO/IEC 10589:1992(E), s8.2.4.2, p38, IIH PDU Processing
14-Feb-2020 08:51:26 Test Classification
14-Feb-2020 08:51:26 MUST
14-Feb-2020 08:52:07 Test ANVL-ISISV6-4.10: Passed
14-Feb-2020 08:52:07
14-Feb-2020 08:52:09 Test ANVL-ISISV6-4.11 executing
14-Feb-2020 08:52:09 Test Summary
14-Feb-2020 08:52:09 If the received L1 IIHs maximumAreaAddresses value is equal to
14-Feb-2020 08:52:09 the ISs maximumAreaAddresses, accept the PDU.
14-Feb-2020 08:52:09 Test Reference
14-Feb-2020 08:52:09 ISO/IEC 10589:1992(E), s8.4.2.2, p45, Receipt of L1 IIH PDUs
14-Feb-2020 08:52:09 ISO/IEC 10589:1992(E), s8.2.4.2, p38, IIH PDU Processing
14-Feb-2020 08:52:09 Test Classification
14-Feb-2020 08:52:09 MUST
14-Feb-2020 08:52:36 Test ANVL-ISISV6-4.11: Passed
14-Feb-2020 08:52:36
14-Feb-2020 08:52:39 Test ANVL-ISISV6-4.12 executing
14-Feb-2020 08:52:39 Test Summary
14-Feb-2020 08:52:39 If the L1 ISs maximumAreaAddresses is not 3, then it will discard all
14-Feb-2020 08:52:39 L1 IIH with non matching maximumAreaAddresses value.
14-Feb-2020 08:52:39 Test Reference
14-Feb-2020 08:52:39 ISO/IEC 10589:1992(E), s8.4.2.2, p45, Receipt of L1 IIH PDUs
14-Feb-2020 08:52:39 Test Classification
14-Feb-2020 08:52:39 MUST
14-Feb-2020 08:54:07 Test ANVL-ISISV6-4.12: Passed
14-Feb-2020 08:54:07
14-Feb-2020 08:54:09 Test ANVL-ISISV6-4.14 executing
14-Feb-2020 08:54:09 Test Summary
14-Feb-2020 08:54:09 When an L1 IS receives an L1 LAN IIH from another IS (R), then the
14-Feb-2020 08:54:09 next L1 IIH generated by the IS will include R.
14-Feb-2020 08:54:09 Test Reference
14-Feb-2020 08:54:09 ISO/IEC 10589:1992(E), s8.4.2.5.1, p45, New Adjacencies
14-Feb-2020 08:54:09 Test Classification
14-Feb-2020 08:54:09 MUST
14-Feb-2020 08:54:35 Test ANVL-ISISV6-4.14: Passed
14-Feb-2020 08:54:35
14-Feb-2020 08:54:37 Test ANVL-ISISV6-4.15 executing
14-Feb-2020 08:54:37 Test Summary
14-Feb-2020 08:54:37 When an L1 IS receives an L1 LAN IIH with its own entry, then it shall
14-Feb-2020 08:54:37 create an adjacency.
14-Feb-2020 08:54:37 Test Reference
14-Feb-2020 08:54:37 ISO/IEC 10589:1992(E), s8.4.2.5.1, p45, New Adjacencies
14-Feb-2020 08:54:37 Test Classification
14-Feb-2020 08:54:37 MUST
14-Feb-2020 08:55:20 Test ANVL-ISISV6-4.15: Passed
14-Feb-2020 08:55:20
14-Feb-2020 08:55:22 Test ANVL-ISISV6-4.16 executing
14-Feb-2020 08:55:22 Test Summary
14-Feb-2020 08:55:22 If a neighbour is not heard within the Holding Time, the L1 IS shall
14-Feb-2020 08:55:22 purge it from the database.
14-Feb-2020 08:55:22 Test Reference
14-Feb-2020 08:55:22 ISO/IEC 10589:1992(E), s8.4.2.5.2, p45, New Adjacencies
14-Feb-2020 08:55:22 Test Classification
14-Feb-2020 08:55:22 MUST
14-Feb-2020 09:11:54 Test ANVL-ISISV6-4.16: Passed
14-Feb-2020 09:11:54
14-Feb-2020 09:11:57 Test ANVL-ISISV6-5.1 executing
14-Feb-2020 09:11:57 Test Summary
14-Feb-2020 09:11:57 IS discover neighbours and forms adjacencies by exchanging
14-Feb-2020 09:11:57 ISIS Hello PDUs.
14-Feb-2020 09:11:57 Test Reference
14-Feb-2020 09:11:57 ISO/IEC 10589:1992(E), s7.2.4, p14, Links
14-Feb-2020 09:11:57 Test Classification
14-Feb-2020 09:11:57 MUST
14-Feb-2020 09:12:37 Test ANVL-ISISV6-5.1: Passed
14-Feb-2020 09:12:37
14-Feb-2020 09:12:39 Test ANVL-ISISV6-5.2 executing
14-Feb-2020 09:12:40 Test Summary
14-Feb-2020 09:12:40 Hello packets are used to initialize and maintain adjacencies between
14-Feb-2020 09:12:40 neighbouring ISs.
14-Feb-2020 09:12:40 Test Reference
14-Feb-2020 09:12:40 RFC 1195, s5.1, p33, Overview of ISIS PDUs
14-Feb-2020 09:12:40 Test Classification
14-Feb-2020 09:12:40 MUST
14-Feb-2020 09:27:20 Test ANVL-ISISV6-5.2: Passed
14-Feb-2020 09:27:20
14-Feb-2020 09:27:24 Test ANVL-ISISV6-5.3 executing
14-Feb-2020 09:27:24 Test Summary
14-Feb-2020 09:27:24 An L2 IS shall transmit only L2 LAN IIHs.
14-Feb-2020 09:27:24 Test Reference
14-Feb-2020 09:27:24 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:27:24 Test Classification
14-Feb-2020 09:27:24 MUST
14-Feb-2020 09:28:51 Test ANVL-ISISV6-5.3: Passed
14-Feb-2020 09:28:51
14-Feb-2020 09:28:53 Test ANVL-ISISV6-5.4 executing
14-Feb-2020 09:28:53 Test Summary
14-Feb-2020 09:28:53 An L2 IIH sent by L2 IS should contain the manual Area Addresses and
14-Feb-2020 09:28:53 LAN Addresses of L2 IS adjacencies.
14-Feb-2020 09:28:53 Test Reference
14-Feb-2020 09:28:53 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:28:53 Test Classification
14-Feb-2020 09:28:53 SHOULD
14-Feb-2020 09:29:36 Test ANVL-ISISV6-5.4: Passed
14-Feb-2020 09:29:36
14-Feb-2020 09:29:39 Test ANVL-ISISV6-5.5 executing
14-Feb-2020 09:29:39 Test Summary
14-Feb-2020 09:29:39 An L2 IS shall transmit L2 LAN IIHs to the multi-destination
14-Feb-2020 09:29:39 address AllL2ISs.
14-Feb-2020 09:29:39 Test Reference
14-Feb-2020 09:29:39 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:29:39 Test Classification
14-Feb-2020 09:29:39 MUST
14-Feb-2020 09:30:06 Test ANVL-ISISV6-5.5: Passed
14-Feb-2020 09:30:06
14-Feb-2020 09:30:11 Test ANVL-ISISV6-5.6 executing
14-Feb-2020 09:30:11 Test Summary
14-Feb-2020 09:30:11 L2 ISs shall listen on the multi-destination address AllL2ISs.
14-Feb-2020 09:30:11 Test Reference
14-Feb-2020 09:30:11 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:30:11 Test Classification
14-Feb-2020 09:30:11 MUST
14-Feb-2020 09:30:40 Test ANVL-ISISV6-5.6: Passed
14-Feb-2020 09:30:40
14-Feb-2020 09:30:44 Test ANVL-ISISV6-5.7 executing
14-Feb-2020 09:30:44 Test Summary
14-Feb-2020 09:30:44 L2 ISs shall reject any L2 LAN IIH that doesn't have the
14-Feb-2020 09:30:44 destination as AllL2ISs.
14-Feb-2020 09:30:44 Test Reference
14-Feb-2020 09:30:44 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:30:44 Test Classification
14-Feb-2020 09:30:44 MUST
14-Feb-2020 09:31:16 Test ANVL-ISISV6-5.7: Passed
14-Feb-2020 09:31:16
14-Feb-2020 09:31:19 Test ANVL-ISISV6-5.8 executing
14-Feb-2020 09:31:19 Test Summary
14-Feb-2020 09:31:19 If the IDLength of the L2 IIH is not equal to the value of the ISs
14-Feb-2020 09:31:19 routingDomainIDLength, it should be discarded.
14-Feb-2020 09:31:19 Test Reference
14-Feb-2020 09:31:19 ISO/IEC 10589:1992(E), s8.4.2.1, p44, IIH PDU acceptance tests
14-Feb-2020 09:31:19 Test Classification
14-Feb-2020 09:31:19 SHOULD
14-Feb-2020 09:32:46 Test ANVL-ISISV6-5.8: Passed
14-Feb-2020 09:32:46
14-Feb-2020 09:32:49 Test ANVL-ISISV6-5.9 executing
14-Feb-2020 09:32:49 Test Summary
14-Feb-2020 09:32:49 When an L2 IS receives an L2 LAN IIH from another IS (R), then the
14-Feb-2020 09:32:49 next L2 IIH generated by the IS will include R.
14-Feb-2020 09:32:49 Test Reference
14-Feb-2020 09:32:49 ISO/IEC 10589:1992(E), s8.4.2.5.1, p45, New Adjacencies
14-Feb-2020 09:32:49 Test Classification
14-Feb-2020 09:32:49 MUST
14-Feb-2020 09:33:18 Test ANVL-ISISV6-5.9: Passed
14-Feb-2020 09:33:18
14-Feb-2020 09:33:21 Test ANVL-ISISV6-5.10 executing
14-Feb-2020 09:33:21 Test Summary
14-Feb-2020 09:33:21 When an L2 IS receives an L2 LAN IIH with its own entry, then it shall
14-Feb-2020 09:33:21 create an adjacency.
14-Feb-2020 09:33:21 Test Reference
14-Feb-2020 09:33:21 ISO/IEC 10589:1992(E), s8.4.2.5.1, p45, New Adjacencies
14-Feb-2020 09:33:21 Test Classification
14-Feb-2020 09:33:21 MUST
14-Feb-2020 09:34:01 Test ANVL-ISISV6-5.10: Passed
14-Feb-2020 09:34:01
14-Feb-2020 09:34:04 Test ANVL-ISISV6-5.11 executing
14-Feb-2020 09:34:04 Test Summary
14-Feb-2020 09:34:04 If a neighbour is not heard within the Holding Time, the L2 IS shall
14-Feb-2020 09:34:04 purge it from the database.
14-Feb-2020 09:34:04 Test Reference
14-Feb-2020 09:34:04 ISO/IEC 10589:1992(E), s8.4.2.5.2, p45, New Adjacencies
14-Feb-2020 09:34:04 Test Classification
14-Feb-2020 09:34:04 MUST
14-Feb-2020 09:50:35 Test ANVL-ISISV6-5.11: Passed
14-Feb-2020 09:50:35
14-Feb-2020 09:50:37 Test ANVL-ISISV6-6.1 executing
14-Feb-2020 09:50:37 Test Summary
14-Feb-2020 09:50:37 An L1/L2 IS shall create separate adjacencies on receipt of L1 and L2
14-Feb-2020 09:50:37 LAN IIH.
14-Feb-2020 09:50:37 Test Reference
14-Feb-2020 09:50:37 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:50:37 Test Classification
14-Feb-2020 09:50:37 MUST
14-Feb-2020 09:51:48 Test ANVL-ISISV6-6.1: Passed
14-Feb-2020 09:51:48
14-Feb-2020 09:51:51 Test ANVL-ISISV6-6.2 executing
14-Feb-2020 09:51:51 Test Summary
14-Feb-2020 09:51:51 An L1/L2 IS shall transmit both L1 and L2 LAN IIHs.
14-Feb-2020 09:51:51 Test Reference
14-Feb-2020 09:51:51 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:51:51 Test Classification
14-Feb-2020 09:51:51 MUST
14-Feb-2020 09:54:17 Test ANVL-ISISV6-6.2: Passed
14-Feb-2020 09:54:17
14-Feb-2020 09:54:20 Test ANVL-ISISV6-6.3 executing
14-Feb-2020 09:54:20 Test Summary
14-Feb-2020 09:54:20 An L1/L2 IS shall listen on the multi-destination address AllL1ISs and
14-Feb-2020 09:54:20 AllL2ISs for L1 and L2 LAN IIHs respectively.
14-Feb-2020 09:54:20 Test Reference
14-Feb-2020 09:54:20 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:54:20 Test Classification
14-Feb-2020 09:54:20 MUST
14-Feb-2020 09:55:15 Test ANVL-ISISV6-6.3: Passed
14-Feb-2020 09:55:15
14-Feb-2020 09:55:18 Test ANVL-ISISV6-6.4 executing
14-Feb-2020 09:55:18 Test Summary
14-Feb-2020 09:55:18 An L1/L2 IS shall reject any LAN IIH that doesn't have the destination
14-Feb-2020 09:55:18 as AllL1ISs or AllL2ISs.
14-Feb-2020 09:55:18 Test Reference
14-Feb-2020 09:55:18 ISO/IEC 10589:1992(E), s8.4.2, p44, Broadcast subnetwork IIH PDUs
14-Feb-2020 09:55:18 Test Classification
14-Feb-2020 09:55:18 MUST
14-Feb-2020 09:55:53 Test ANVL-ISISV6-6.4: Passed
14-Feb-2020 09:55:53
14-Feb-2020 09:55:56 Test ANVL-ISISV6-7.1 executing
14-Feb-2020 09:55:56 Test Summary
14-Feb-2020 09:55:56 Election process of level 1 designated IS is done by verifying
14-Feb-2020 09:55:56 priority field in the IIH
14-Feb-2020 09:55:56 Test Reference
14-Feb-2020 09:55:56 ISO/IEC 10589:1992(E) s7.2.3 p14 Broadcast subnetwork
14-Feb-2020 09:55:56 RFC 1195 s4.3 p31 Designated routers and Pseudonodes
14-Feb-2020 09:55:56 Test Classification
14-Feb-2020 09:55:56 MUST
14-Feb-2020 09:56:45 Test ANVL-ISISV6-7.1: Passed
14-Feb-2020 09:56:45
14-Feb-2020 09:56:48 Test ANVL-ISISV6-7.3 executing
14-Feb-2020 09:56:48 Test Summary
14-Feb-2020 09:56:48 Election process of level 1 designated IS is done by verifying
14-Feb-2020 09:56:48 priority field in the IIH and the MAC address
14-Feb-2020 09:56:48 Test Reference
14-Feb-2020 09:56:48 ISO/IEC 10589:1992(E) s7.2.3 p14 Broadcast subnetwork
14-Feb-2020 09:56:48 RFC 1195 s4.3 p31 Designated routers and Pseudonodes
14-Feb-2020 09:56:48 Test Classification
14-Feb-2020 09:56:48 MUST
14-Feb-2020 09:57:45 Test ANVL-ISISV6-7.3: Passed
14-Feb-2020 09:57:45
14-Feb-2020 09:57:48 Test ANVL-ISISV6-7.5 executing
14-Feb-2020 09:57:48 Test Summary
14-Feb-2020 09:57:48 An L1 IS becomes an L1 Designated IS, it shall transmit L1
14-Feb-2020 09:57:48 pseudonode LSP
14-Feb-2020 09:57:48 Test Reference
14-Feb-2020 09:57:48 ISO/IEC 10589:1992(E) s8.4.5 p46 LAN designated IS
14-Feb-2020 09:57:48 Test Classification
14-Feb-2020 09:57:48 MUST
14-Feb-2020 09:58:15 Test ANVL-ISISV6-7.5: Passed
14-Feb-2020 09:58:15
14-Feb-2020 09:58:18 Test ANVL-ISISV6-7.6 executing
14-Feb-2020 09:58:18 Test Summary
14-Feb-2020 09:58:18 An L1 IS shall transmit L1 LAN IIHs with the LAN ID field set to the
14-Feb-2020 09:58:18 LAN ID of the designated L1 IS
14-Feb-2020 09:58:18 Test Reference
14-Feb-2020 09:58:18 ISO/IEC 10589:1992(E) s8.4.5 p47 LAN designated ISs
14-Feb-2020 09:58:18 Test Classification
14-Feb-2020 09:58:18 MUST
14-Feb-2020 09:58:49 Test ANVL-ISISV6-7.6: Passed
14-Feb-2020 09:58:49
14-Feb-2020 09:58:52 Test ANVL-ISISV6-8.1 executing
14-Feb-2020 09:58:52 Test Summary
14-Feb-2020 09:58:52 Election process of level 2 designated IS is done by verifying
14-Feb-2020 09:58:52 priority field in the IIH
14-Feb-2020 09:58:52 Test Reference
14-Feb-2020 09:58:52 ISO/IEC 10589:1992(E) s7.2.3 p14 Broadcast subnetwork
14-Feb-2020 09:58:52 RFC 1195 s4.3 p31 Designated routers and Pseudonodes
14-Feb-2020 09:58:52 Test Classification
14-Feb-2020 09:58:52 MUST
14-Feb-2020 09:59:46 Test ANVL-ISISV6-8.1: Passed
14-Feb-2020 09:59:46
14-Feb-2020 09:59:49 Test ANVL-ISISV6-8.3 executing
14-Feb-2020 09:59:49 Test Summary
14-Feb-2020 09:59:49 Election process of level 2 designated IS is done by verifying
14-Feb-2020 09:59:49 priority field in the IIH and the MAC address
14-Feb-2020 09:59:49 Test Reference
14-Feb-2020 09:59:49 ISO/IEC 10589:1992(E) s7.2.3 p14 Broadcast subnetwork
14-Feb-2020 09:59:49 RFC 1195 s4.3 p31 Designated routers and Pseudonodes
14-Feb-2020 09:59:49 Test Classification
14-Feb-2020 09:59:49 MUST
14-Feb-2020 10:00:46 Test ANVL-ISISV6-8.3: Passed
14-Feb-2020 10:00:46
14-Feb-2020 10:00:48 Test ANVL-ISISV6-8.5 executing
14-Feb-2020 10:00:48 Test Summary
14-Feb-2020 10:00:48 An L2 IS becomes an L2 Designated IS,it shall transmit L2
14-Feb-2020 10:00:48 pseudonode LSP
14-Feb-2020 10:00:48 Test Reference
14-Feb-2020 10:00:48 ISO/IEC 10589:1992(E) s8.4.5 p46 LAN designated IS
14-Feb-2020 10:00:48 Test Classification
14-Feb-2020 10:00:48 MUST
14-Feb-2020 10:01:16 Test ANVL-ISISV6-8.5: Passed
14-Feb-2020 10:01:16
14-Feb-2020 10:01:19 Test ANVL-ISISV6-8.6 executing
14-Feb-2020 10:01:19 Test Summary
14-Feb-2020 10:01:19 An L2 IS shall transmit L2 LAN IIHs with the LAN ID field set to the
14-Feb-2020 10:01:19 LAN ID of the designated L2 IS
14-Feb-2020 10:01:19 Test Reference
14-Feb-2020 10:01:19 ISO/IEC 10589:1992(E) s8.4.5 p47 LAN designated ISs
14-Feb-2020 10:01:19 Test Classification
14-Feb-2020 10:01:19 MUST
14-Feb-2020 10:01:49 Test ANVL-ISISV6-8.6: Passed
14-Feb-2020 10:01:49
14-Feb-2020 10:01:51 Test ANVL-ISISV6-9.1 executing
14-Feb-2020 10:01:51 Test Summary
14-Feb-2020 10:01:51 If authentication is enabled on a circuit and the received L1 LAN IIH
14-Feb-2020 10:01:51 doesn't contain the authentication information field, the L1 IS shall
14-Feb-2020 10:01:51 discard the PDU
14-Feb-2020 10:01:51 Test Reference
14-Feb-2020 10:01:51 ISO/IEC 10589:1992(E) s8.4.2.1 p44 IIH PDU Acceptance Tests
14-Feb-2020 10:01:51 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:01:51 Test Classification
14-Feb-2020 10:01:51 MUST
14-Feb-2020 10:03:19 Test ANVL-ISISV6-9.1: Passed
14-Feb-2020 10:03:19
14-Feb-2020 10:03:22 Test ANVL-ISISV6-9.2 executing
14-Feb-2020 10:03:22 Test Summary
14-Feb-2020 10:03:22 An L1 IS will include authentication information of type Password
14-Feb-2020 10:03:22 containing the circuitTransmitPassword as the authentication value in
14-Feb-2020 10:03:22 its L1 LAN IIH PDU if authentication is enabled on the circuit
14-Feb-2020 10:03:22 Test Reference
14-Feb-2020 10:03:22 ISO/IEC 10589:1992(E) s8.4.4 p46 Transmission of LAN IIH PDUs
14-Feb-2020 10:03:22 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:03:22 Test Classification
14-Feb-2020 10:03:22 MUST
14-Feb-2020 10:03:50 Test ANVL-ISISV6-9.2: Passed
14-Feb-2020 10:03:50
14-Feb-2020 10:03:53 Test ANVL-ISISV6-9.3 executing
14-Feb-2020 10:03:53 Test Summary
14-Feb-2020 10:03:53 If authentication is enabled on a circuit and the received L1 LAN IIH
14-Feb-2020 10:03:53 contains authentication information of type Password, and if this
14-Feb-2020 10:03:53 Password matches any of the circuitReceivePasswords, then the L1 IS
14-Feb-2020 10:03:53 accepts the PDU
14-Feb-2020 10:03:53 Test Reference
14-Feb-2020 10:03:53 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:03:53 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:03:53 Test Classification
14-Feb-2020 10:03:53 MUST
14-Feb-2020 10:04:21 Test ANVL-ISISV6-9.3: Passed
14-Feb-2020 10:04:21
14-Feb-2020 10:04:24 Test ANVL-ISISV6-9.4 executing
14-Feb-2020 10:04:24 Test Summary
14-Feb-2020 10:04:24 If authentication is enabled on a circuit and the received L1 LAN IIH
14-Feb-2020 10:04:24 contains authentication information of type Password, and if this
14-Feb-2020 10:04:24 Password does not match any of the circuitReceivePasswords, then
14-Feb-2020 10:04:24 the L1 IS discards the PDU
14-Feb-2020 10:04:24 Test Reference
14-Feb-2020 10:04:24 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:04:24 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:04:24 Test Classification
14-Feb-2020 10:04:24 MUST
14-Feb-2020 10:05:52 Test ANVL-ISISV6-9.4: Passed
14-Feb-2020 10:05:52
14-Feb-2020 10:05:55 Test ANVL-ISISV6-9.5 executing
14-Feb-2020 10:05:55 Test Summary
14-Feb-2020 10:05:55 If authentication is enabled on a circuit and the received L1 LAN
14-Feb-2020 10:05:55 IIH contains authentication information of a type that the IS doesn't
14-Feb-2020 10:05:55 implement, then the IS discards the PDU
14-Feb-2020 10:05:55 Test Reference
14-Feb-2020 10:05:55 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:05:55 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:05:55 Test Classification
14-Feb-2020 10:05:55 MUST
14-Feb-2020 10:07:23 Test ANVL-ISISV6-9.5: Passed
14-Feb-2020 10:07:23
14-Feb-2020 10:07:25 Test ANVL-ISISV6-10.1 executing
14-Feb-2020 10:07:25 Test Summary
14-Feb-2020 10:07:25 If authentication is enabled on a circuit and the received L2 LAN IIH
14-Feb-2020 10:07:25 doesn't contain the authentication information field, the L2 IS shall
14-Feb-2020 10:07:25 discard the PDU
14-Feb-2020 10:07:25 Test Reference
14-Feb-2020 10:07:25 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:07:25 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:07:25 Test Classification
14-Feb-2020 10:07:25 MUST
14-Feb-2020 10:08:53 Test ANVL-ISISV6-10.1: Passed
14-Feb-2020 10:08:53
14-Feb-2020 10:08:55 Test ANVL-ISISV6-10.2 executing
14-Feb-2020 10:08:55 Test Summary
14-Feb-2020 10:08:55 An L2 IS will include authentication information of type Password
14-Feb-2020 10:08:55 containing the circuitTransmitPassword as the authentication value in
14-Feb-2020 10:08:55 its L2 LAN IIH PDU if authentication is enabled on the circuit
14-Feb-2020 10:08:55 Test Reference
14-Feb-2020 10:08:55 ISO/IEC 10589:1992(E) s8.4.4 p46 Transmission of LAN IIH PDUs
14-Feb-2020 10:08:55 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:08:55 Test Classification
14-Feb-2020 10:08:55 MUST
14-Feb-2020 10:09:24 Test ANVL-ISISV6-10.2: Passed
14-Feb-2020 10:09:24
14-Feb-2020 10:09:26 Test ANVL-ISISV6-10.3 executing
14-Feb-2020 10:09:26 Test Summary
14-Feb-2020 10:09:26 If authentication is enabled on a circuit and the received L2 LAN IIH
14-Feb-2020 10:09:26 contains authentication information of type Password, and if this
14-Feb-2020 10:09:26 Password matches any of the circuitReceivePasswords, then the L2 IS
14-Feb-2020 10:09:26 accepts the PDU
14-Feb-2020 10:09:26 Test Reference
14-Feb-2020 10:09:26 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:09:26 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:09:26 Test Classification
14-Feb-2020 10:09:26 MUST
14-Feb-2020 10:10:08 Test ANVL-ISISV6-10.3: Passed
14-Feb-2020 10:10:08
14-Feb-2020 10:10:10 Test ANVL-ISISV6-10.4 executing
14-Feb-2020 10:10:10 Test Summary
14-Feb-2020 10:10:10 If authentication is enabled on a circuit and the received L2 LAN IIH
14-Feb-2020 10:10:10 contains authentication information of type Password, and if this
14-Feb-2020 10:10:10 Password does not match any of the circuitReceivePasswords, then
14-Feb-2020 10:10:10 the L2 IS discards the PDU
14-Feb-2020 10:10:10 Test Reference
14-Feb-2020 10:10:10 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:10:10 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:10:10 Test Classification
14-Feb-2020 10:10:10 MUST
14-Feb-2020 10:11:39 Test ANVL-ISISV6-10.4: Passed
14-Feb-2020 10:11:39
14-Feb-2020 10:11:41 Test ANVL-ISISV6-10.5 executing
14-Feb-2020 10:11:41 Test Summary
14-Feb-2020 10:11:41 If authentication is enabled on a circuit and the received L2 LAN
14-Feb-2020 10:11:41 IIH contains authentication information of a type that the IS doesn't
14-Feb-2020 10:11:41 implement, then the IS discards the PDU
14-Feb-2020 10:11:41 Test Reference
14-Feb-2020 10:11:41 ISO/IEC 10589:1992(E) s8.4.2.1 p45 IIH PDU Acceptance Tests
14-Feb-2020 10:11:41 RFC 1195 s3.9 p25 Authentication
14-Feb-2020 10:11:41 Test Classification
14-Feb-2020 10:11:41 MUST
14-Feb-2020 10:13:09 Test ANVL-ISISV6-10.5: Passed
14-Feb-2020 10:13:09
14-Feb-2020 10:13:12 Test ANVL-ISISV6-11.1 executing
14-Feb-2020 10:13:12 Test Summary
14-Feb-2020 10:13:12 The update process is responsible for generating Link State PDUs
14-Feb-2020 10:13:12 under the following circumtances.
14-Feb-2020 10:13:12         - Upon Timer Expiration (LSPGenerationTimer)
14-Feb-2020 10:13:12 Test Reference
14-Feb-2020 10:13:12 ISO/IEC 10589:1992(E) s7.3.2 p19-p20 Generation of local link state
14-Feb-2020 10:13:12 information
14-Feb-2020 10:13:12 Test Classification
14-Feb-2020 10:13:12 MUST
14-Feb-2020 10:42:35 Test ANVL-ISISV6-11.1: Passed
14-Feb-2020 10:42:35
14-Feb-2020 10:42:38 Test ANVL-ISISV6-11.2 executing
14-Feb-2020 10:42:38 Test Summary
14-Feb-2020 10:42:38 The Intermediate System shall regenerate every LSP at intervals
14-Feb-2020 10:42:38 of atmost maximum LSPGeneration interval
14-Feb-2020 10:42:38 Test Reference
14-Feb-2020 10:42:38 ISO/IEC 10589:1992(E) s7.3.5 p21 Periodic LSP Generation
14-Feb-2020 10:42:38 Test Classification
14-Feb-2020 10:42:38 MUST
14-Feb-2020 11:11:28 Test ANVL-ISISV6-11.2: Passed
14-Feb-2020 11:11:28
14-Feb-2020 11:11:30 Test ANVL-ISISV6-11.3 executing
14-Feb-2020 11:11:30 Test Summary
14-Feb-2020 11:11:30 The Intermediate System shall regenerate every LSP at intervals
14-Feb-2020 11:11:30 of atmost maximum LSPGeneration interval
14-Feb-2020 11:11:30 Test Reference
14-Feb-2020 11:11:30 ISO/IEC 10589:1992(E) s7.3.5 p21 Periodic LSP Generation
14-Feb-2020 11:11:30 Test Classification
14-Feb-2020 11:11:30 MUST
14-Feb-2020 11:40:18 Test ANVL-ISISV6-11.3: Passed
14-Feb-2020 11:40:18
14-Feb-2020 11:40:21 Test ANVL-ISISV6-11.5 executing
14-Feb-2020 11:40:21 Test Summary
14-Feb-2020 11:40:21 If the Remaining LifeTime field of the received LSP is zero
14-Feb-2020 11:40:21 the system shall purge that LSP from its database and synchronizes
14-Feb-2020 11:40:21 by flooding an expired LSP
14-Feb-2020 11:40:21 Test Reference
14-Feb-2020 11:40:21 ISO/IEC 10589:1992(E) s7.3.16.3-4 p29 Remaining LifeTime Field & LSP
14-Feb-2020 11:40:21 Expiration synchronization
14-Feb-2020 11:40:21 Test Classification
14-Feb-2020 11:40:21 MUST
14-Feb-2020 12:02:28 Test ANVL-ISISV6-11.5: Passed
14-Feb-2020 12:02:28
14-Feb-2020 12:02:31 Test ANVL-ISISV6-11.6 executing
14-Feb-2020 12:02:31 Test Summary
14-Feb-2020 12:02:31 If the Remaining LifeTime field of the received LSP is zero
14-Feb-2020 12:02:31 the system shall purge that LSP from its database and synchronizes
14-Feb-2020 12:02:31 by flooding an expired LSP
14-Feb-2020 12:02:31 Test Reference
14-Feb-2020 12:02:31 ISO/IEC 10589:1992(E) s7.3.16.3-4 p29 Remaining LifeTime Field & LSP
14-Feb-2020 12:02:31 Expiration synchronization
14-Feb-2020 12:02:31 Test Classification
14-Feb-2020 12:02:31 MUST
14-Feb-2020 12:24:28 Test ANVL-ISISV6-11.6: Passed
14-Feb-2020 12:24:28
14-Feb-2020 12:24:31 Test ANVL-ISISV6-11.7 executing
14-Feb-2020 12:24:31 Test Summary
14-Feb-2020 12:24:31 The update process is responsible for generating Link State PDUs
14-Feb-2020 12:24:31 under the following circumtances.
14-Feb-2020 12:24:31         - Upon Timer Expiration (LSPGenerationTimer)
14-Feb-2020 12:24:31 Test Reference
14-Feb-2020 12:24:31 ISO/IEC 10589:1992(E) s7.3.2 p19-p20 Generation of local link state
14-Feb-2020 12:24:31 information
14-Feb-2020 12:24:31 Test Classification
14-Feb-2020 12:24:31 MUST
14-Feb-2020 12:54:22 Test ANVL-ISISV6-11.7: Passed
14-Feb-2020 12:54:22
14-Feb-2020 12:54:24 Test ANVL-ISISV6-17.2 executing
14-Feb-2020 12:54:24 Test Summary
14-Feb-2020 12:54:24 If an LSP becomes empty because of all the adjacencies reported
14-Feb-2020 12:54:24 in that LSP no longer exists, an IS may purge that LSP instead
14-Feb-2020 12:54:24 of re-issuing it
14-Feb-2020 12:54:24 Test Reference
14-Feb-2020 12:54:24 ISO/IEC 10589:1992(E) S7.3.4 P21 Multiple LSPs
14-Feb-2020 12:54:24 Test Classification
14-Feb-2020 12:54:24 MUST
14-Feb-2020 12:55:55 Test ANVL-ISISV6-17.2: Passed
14-Feb-2020 12:55:55
14-Feb-2020 12:55:58 Test ANVL-ISISV6-17.5 executing
14-Feb-2020 12:55:58 Test Summary
14-Feb-2020 12:55:58 The Decision Process shall not utilise a link to an Intermediate
14-Feb-2020 12:55:58 system neighbour from an IS whose LSPs have the LSP Data-base
14-Feb-2020 12:55:58 Overload indication set.
14-Feb-2020 12:55:58 Test Reference
14-Feb-2020 12:55:58 ISO/IEC 10589:1992(E) s7.2.8.1 p15 Computing routes through overloaded
14-Feb-2020 12:55:58 Intermediate systems
14-Feb-2020 12:55:58 Test Classification
14-Feb-2020 12:55:58 MUST
14-Feb-2020 12:58:18 Test ANVL-ISISV6-17.5: Passed
14-Feb-2020 12:58:18
14-Feb-2020 12:58:20 Test ANVL-ISISV6-17.8 executing
14-Feb-2020 12:58:20 Test Summary
14-Feb-2020 12:58:20 If an LSP becomes empty because of all the adjacencies reported
14-Feb-2020 12:58:20 in that LSP no longer exists, an IS may purge that LSP instead
14-Feb-2020 12:58:20 of re-issuing it
14-Feb-2020 12:58:20 Test Reference
14-Feb-2020 12:58:20 ISO/IEC 10589:1992(E) S7.3.4 P21 Multiple LSPs
14-Feb-2020 12:58:20 Test Classification
14-Feb-2020 12:58:20 MUST
14-Feb-2020 12:59:51 Test ANVL-ISISV6-17.8: Passed
14-Feb-2020 12:59:51
14-Feb-2020 12:59:54 Test ANVL-ISISV6-17.11 executing
14-Feb-2020 12:59:54 Test Summary
14-Feb-2020 12:59:54 The Decision Process shall not utilise a link to an Intermediate
14-Feb-2020 12:59:54 system neighbour from an IS whose LSPs have the LSP Data-base
14-Feb-2020 12:59:54 Overload indication set.
14-Feb-2020 12:59:54 Test Reference
14-Feb-2020 12:59:54 ISO/IEC 10589:1992(E) s7.2.8.1 p15 Computing routes through overloaded
14-Feb-2020 12:59:54 Intermediate systems
14-Feb-2020 12:59:54 Test Classification
14-Feb-2020 12:59:54 MUST
14-Feb-2020 13:02:14 Test ANVL-ISISV6-17.11: Passed
14-Feb-2020 13:02:14
14-Feb-2020 13:02:16 Test ANVL-ISISV6-17.14 executing
14-Feb-2020 13:02:16 Test Summary
14-Feb-2020 13:02:16 The external bit in IPv6 Reachability TLV must be set to 0
14-Feb-2020 13:02:16 to indicate internal metric
14-Feb-2020 13:02:16 Test Reference
14-Feb-2020 13:02:16 RFC 5308, s2, p2 IPv6 Reachability TLV
14-Feb-2020 13:02:16 Test Classification
14-Feb-2020 13:02:16 MUST
14-Feb-2020 13:03:47 Test ANVL-ISISV6-17.14: Passed
14-Feb-2020 13:03:47
14-Feb-2020 13:03:49 Test ANVL-ISISV6-17.15 executing
14-Feb-2020 13:03:49 Test Summary
14-Feb-2020 13:03:49 If a prefix is advertised with a metric larger than
14-Feb-2020 13:03:49 MAX_V6_PATH_METRIC (0xFE000000), this prefix MUST not
14-Feb-2020 13:03:49 be considered during the normal SPF computation.
14-Feb-2020 13:03:49 Test Reference
14-Feb-2020 13:03:49 RFC 5308, s2, p3 IPv6 Reachability TLV
14-Feb-2020 13:03:49 Test Classification
14-Feb-2020 13:03:49 MUST
14-Feb-2020 13:04:59 Test ANVL-ISISV6-17.15: Passed
14-Feb-2020 13:04:59
14-Feb-2020 13:05:02 Test ANVL-ISISV6-18.2 executing
14-Feb-2020 13:05:02 Test Summary
14-Feb-2020 13:05:02 The update process is responsible for generating and propagating
14-Feb-2020 13:05:02 Link State information reliably throughout the routing domain
14-Feb-2020 13:05:02 Test Reference
14-Feb-2020 13:05:02 ISO/IEC 10589:1992(E) S7.3 P19 Update process
14-Feb-2020 13:05:02 Test Classification
14-Feb-2020 13:05:02 MUST
14-Feb-2020 13:05:45 Test ANVL-ISISV6-18.2: Passed
14-Feb-2020 13:05:45
14-Feb-2020 13:05:48 Test ANVL-ISISV6-18.4 executing
14-Feb-2020 13:05:48 Test Summary
14-Feb-2020 13:05:48 The Area Addresses option will not be present when an IS generates
14-Feb-2020 13:05:48 a level 1 Link State PDU on behalf of pseudonode
14-Feb-2020 13:05:48 Test Reference
14-Feb-2020 13:05:48 ISO/IEC 10589:1992(E) S7.3.8 P22 Generation of level 1 pseudonode LSPs
14-Feb-2020 13:05:48 Test Classification
14-Feb-2020 13:05:48 MUST
14-Feb-2020 13:20:39 Test ANVL-ISISV6-18.4: Passed
14-Feb-2020 13:20:39
14-Feb-2020 13:20:42 Test ANVL-ISISV6-18.5 executing
14-Feb-2020 13:20:42 Test Summary
14-Feb-2020 13:20:42 If this is a level 1 LSP and the Maximum Area Address field is not
14-Feb-2020 13:20:42 equal to the value of the ISs Maximum Area Address then the PDU shall
14-Feb-2020 13:20:42 be discarded
14-Feb-2020 13:20:42 Test Reference
14-Feb-2020 13:20:42 ISO/IEC 10589:1992(E) S7.3.15.1 P24-25 Action on receipt of Link state
14-Feb-2020 13:20:42 PDU
14-Feb-2020 13:20:42 Test Classification
14-Feb-2020 13:20:42 MUST
14-Feb-2020 13:21:53 Test ANVL-ISISV6-18.5: Passed
14-Feb-2020 13:21:53
14-Feb-2020 13:21:56 Test ANVL-ISISV6-18.6 executing
14-Feb-2020 13:21:56 Test Summary
14-Feb-2020 13:21:56 Duplicate PDUs are detected and dropped
14-Feb-2020 13:21:56 Test Reference
14-Feb-2020 13:21:56 ISO/IEC 10589:1992(E) s7.3.14.1 p23 Propagation of LSPs
14-Feb-2020 13:21:56 Test Classification
14-Feb-2020 13:21:56 MUST
14-Feb-2020 13:22:40 Test ANVL-ISISV6-18.6: Passed
14-Feb-2020 13:22:40
14-Feb-2020 13:22:43 Test ANVL-ISISV6-18.7 executing
14-Feb-2020 13:22:43 Test Summary
14-Feb-2020 13:22:43 Level 1 Link State PDUs shall be propagated on circuits, which have
14-Feb-2020 13:22:43 at least one Level 1 adjacency
14-Feb-2020 13:22:43 Test Reference
14-Feb-2020 13:22:43 ISO/IEC 10589:1992(E) s7.3.14.2 p24 Propagation of LSPs
14-Feb-2020 13:22:43 Test Classification
14-Feb-2020 13:22:43 MUST
14-Feb-2020 13:24:19 Test ANVL-ISISV6-18.7: Passed
14-Feb-2020 13:24:19
14-Feb-2020 13:24:22 Test ANVL-ISISV6-18.8 executing
14-Feb-2020 13:24:22 Test Summary
14-Feb-2020 13:24:22 When propagating a L1 LSP on a broadcast subnetwork, the IS shall
14-Feb-2020 13:24:22 transmit to the multi-destination Address AllL1IS.
14-Feb-2020 13:24:22 Test Reference
14-Feb-2020 13:24:22 ISO/IEC 10589:1992(E), s7.3.14.2, p24, Propagation of LSPs
14-Feb-2020 13:24:22 Test Classification
14-Feb-2020 13:24:22 MUST
14-Feb-2020 13:39:22 Test ANVL-ISISV6-18.8: Passed
14-Feb-2020 13:39:22
14-Feb-2020 13:39:25 Test ANVL-ISISV6-18.9 executing
14-Feb-2020 13:39:25 Test Summary
14-Feb-2020 13:39:25 When an Intermediate System receives a LSP older than the
14-Feb-2020 13:39:25 one stored in the database, the stored link state PDU needs to
14-Feb-2020 13:39:25 be sent on the link from which the older one was received
14-Feb-2020 13:39:25 Test Reference
14-Feb-2020 13:39:25 ISO/IEC 10589:1992(E) s7.3.14.2 p24 Propagation of LSPs
14-Feb-2020 13:39:25 Test Classification
14-Feb-2020 13:39:25 MUST
14-Feb-2020 13:40:23 Test ANVL-ISISV6-18.9: Passed
14-Feb-2020 13:40:23
14-Feb-2020 13:40:26 Test ANVL-ISISV6-18.10 executing
14-Feb-2020 13:40:26 Test Summary
14-Feb-2020 13:40:26 When the source generates a link state PDU,it shall set the Remaining
14-Feb-2020 13:40:26 Lifetime to MaxAge. Before transmitting a link state PDU to a neighbour,
14-Feb-2020 13:40:26 a system shall decrement the Remaining Lifetime
14-Feb-2020 13:40:26 Test Reference
14-Feb-2020 13:40:26 ISO/IEC 10589:1992(E) S7.3.16.3 P29 Remaining Lifetime Field
14-Feb-2020 13:40:26 Test Classification
14-Feb-2020 13:40:26 MUST
14-Feb-2020 13:41:23 Test ANVL-ISISV6-18.10: Passed
14-Feb-2020 13:41:23
14-Feb-2020 13:41:27 Test ANVL-ISISV6-18.13 executing
14-Feb-2020 13:41:27 Test Summary
14-Feb-2020 13:41:27 Some of the VARIABLE LENGTH fields from IS-IS link packet must be
14-Feb-2020 13:41:27 omitted for IP only routers
14-Feb-2020 13:41:27 - The End System Neighbours entries are omitted
14-Feb-2020 13:41:27 - The Prefix Neighbours entries are omitted
14-Feb-2020 13:41:27 Test Reference
14-Feb-2020 13:41:27 RFC 1195 S3.7 P24 IP-Only Operation
14-Feb-2020 13:41:27 Test Classification
14-Feb-2020 13:41:27 MUST
14-Feb-2020 13:42:22 Test ANVL-ISISV6-18.13: Passed
14-Feb-2020 13:42:22
14-Feb-2020 13:42:25 Test ANVL-ISISV6-19.1 executing
14-Feb-2020 13:42:25 Test Summary
14-Feb-2020 13:42:25 The following information shall be taken only from LSP with LSP
14-Feb-2020 13:42:25 number zero and disregarded if the LSP number is non-zero
14-Feb-2020 13:42:25 1. The setting of the LSP Database Overload bit
14-Feb-2020 13:42:25 2. The value of the IS Type field
14-Feb-2020 13:42:25 3. The Area Addresses option field
14-Feb-2020 13:42:25 Test Reference
14-Feb-2020 13:42:25 ISO/IEC 10589:1992(E) S7.2.5 P14 Multiple LSPs for the same system
14-Feb-2020 13:42:25 Test Classification
14-Feb-2020 13:42:25 MUST
14-Feb-2020 13:57:49 Test ANVL-ISISV6-19.1: Passed
14-Feb-2020 13:57:49
14-Feb-2020 13:57:52 Test ANVL-ISISV6-19.2 executing
14-Feb-2020 13:57:52 Test Summary
14-Feb-2020 13:57:52 The update process is responsible for generating and propagating
14-Feb-2020 13:57:52 Link State information reliably throughout the routing domain
14-Feb-2020 13:57:52 Test Reference
14-Feb-2020 13:57:52 ISO/IEC 10589:1992(E) S7.3 P19 Update process
14-Feb-2020 13:57:52 Test Classification
14-Feb-2020 13:57:52 MUST
14-Feb-2020 13:58:19 Test ANVL-ISISV6-19.2: Passed
14-Feb-2020 13:58:19
14-Feb-2020 13:58:22 Test ANVL-ISISV6-19.3 executing
14-Feb-2020 13:58:22 Test Summary
14-Feb-2020 13:58:22 The update process is responsible for generating Link State PDUs
14-Feb-2020 13:58:22 under the following circumstances:
14-Feb-2020 13:58:22 - When notified by the subnetwork dependent functions of an
14-Feb-2020 13:58:22   adjacency database change
14-Feb-2020 13:58:22 Test Reference
14-Feb-2020 13:58:22 ISO/IEC 10589:1992(E) S7.3.2 P19-20 Generation of local link state information
14-Feb-2020 13:58:22 Test Classification
14-Feb-2020 13:58:22 MUST
14-Feb-2020 14:13:31 Test ANVL-ISISV6-19.3: Passed
14-Feb-2020 14:13:31
14-Feb-2020 14:13:33 Test ANVL-ISISV6-19.4 executing
14-Feb-2020 14:13:33 Test Summary
14-Feb-2020 14:13:33 The Area Addresses option will not be present when an IS generates
14-Feb-2020 14:13:33 a level 2 Link State PDU on behalf of pseudonode
14-Feb-2020 14:13:33 Test Reference
14-Feb-2020 14:13:33 ISO/IEC 10589:1992(E) S7.3.8 P22 Generation of level 2 pseudonode LSPs
14-Feb-2020 14:13:33 Test Classification
14-Feb-2020 14:13:33 MUST
14-Feb-2020 14:28:21 Test ANVL-ISISV6-19.4: Passed
14-Feb-2020 14:28:21
14-Feb-2020 14:28:23 Test ANVL-ISISV6-19.5 executing
14-Feb-2020 14:28:23 Test Summary
14-Feb-2020 14:28:23 If this is a level 2 LSP and the Maximum Area Address field is not
14-Feb-2020 14:28:23 equal to the value of the ISs Maximum Area Address then the PDU shall
14-Feb-2020 14:28:23 be discarded
14-Feb-2020 14:28:23 Test Reference
14-Feb-2020 14:28:23 ISO/IEC 10589:1992(E) S7.3.15 P24-25 Action on receipt of Link statePDU
14-Feb-2020 14:28:23 Test Classification
14-Feb-2020 14:28:23 MUST
14-Feb-2020 14:29:07 Test ANVL-ISISV6-19.5: Passed
14-Feb-2020 14:29:07
14-Feb-2020 14:29:09 Test ANVL-ISISV6-19.6 executing
14-Feb-2020 14:29:09 Test Summary
14-Feb-2020 14:29:09 Duplicate PDUs are detected and dropped
14-Feb-2020 14:29:09 Test Reference
14-Feb-2020 14:29:09 ISO/IEC 10589:1992(E) s7.3.14.1 p23 Propagation of LSPs
14-Feb-2020 14:29:09 Test Classification
14-Feb-2020 14:29:09 MUST
14-Feb-2020 14:29:54 Test ANVL-ISISV6-19.6: Passed
14-Feb-2020 14:29:54
14-Feb-2020 14:29:57 Test ANVL-ISISV6-19.7 executing
14-Feb-2020 14:29:57 Test Summary
14-Feb-2020 14:29:57 Level 2 Link State PDUs shall be propagated on circuits, which have
14-Feb-2020 14:29:57 at least one Level 2 adjacency
14-Feb-2020 14:29:57 Test Reference
14-Feb-2020 14:29:57 ISO/IEC 10589:1992(E) s7.3.14.2 p24 Propagation of LSPs
14-Feb-2020 14:29:57 Test Classification
14-Feb-2020 14:29:57 MUST
14-Feb-2020 14:31:23 Test ANVL-ISISV6-19.7: Passed
14-Feb-2020 14:31:23
14-Feb-2020 14:31:25 Test ANVL-ISISV6-19.8 executing
14-Feb-2020 14:31:25 Test Summary
14-Feb-2020 14:31:25 When propagating a L2 LSP on a broadcast subnetwork, the IS shall
14-Feb-2020 14:31:25 transmit to the multi-destination Address AllL2IS.
14-Feb-2020 14:31:25 Test Reference
14-Feb-2020 14:31:25 ISO/IEC 10589:1992(E), s7.3.14.2, p24, Propagation of LSPs
14-Feb-2020 14:31:25 Test Classification
14-Feb-2020 14:31:25 MUST
14-Feb-2020 14:33:02 Test ANVL-ISISV6-19.8: Passed
14-Feb-2020 14:33:02
14-Feb-2020 14:33:04 Test ANVL-ISISV6-19.9 executing
14-Feb-2020 14:33:04 Test Summary
14-Feb-2020 14:33:04 When an Intermediate System receives a LSP older than the
14-Feb-2020 14:33:04 one stored in the database, the stored link state PDU needs to
14-Feb-2020 14:33:04 be sent on the link form which the older one was received
14-Feb-2020 14:33:04 Test Reference
14-Feb-2020 14:33:04 ISO/IEC 10589:1992(E) s7.3.14.2 p24 Propagation of LSPs
14-Feb-2020 14:33:04 Test Classification
14-Feb-2020 14:33:04 MUST
14-Feb-2020 14:33:34 Test ANVL-ISISV6-19.9: Passed
14-Feb-2020 14:33:34
14-Feb-2020 14:33:36 Test ANVL-ISISV6-19.10 executing
14-Feb-2020 14:33:36 Test Summary
14-Feb-2020 14:33:36 If the ID Length of the PDU is not equal to the value of the
14-Feb-2020 14:33:36 ISs routingDomainISLength, the PDU shall be discarded
14-Feb-2020 14:33:36 Test Reference
14-Feb-2020 14:33:36 ISO/IEC 10589:1992(E) s7.3.15.1 p24 Action on receipt of a linkstate PDU
14-Feb-2020 14:33:36 Test Classification
14-Feb-2020 14:33:36 MUST
14-Feb-2020 14:35:13 Test ANVL-ISISV6-19.10: Passed
14-Feb-2020 14:35:13
14-Feb-2020 14:35:15 Test ANVL-ISISV6-19.11 executing
14-Feb-2020 14:35:15 Test Summary
14-Feb-2020 14:35:15 When the source generates a link state PDU, it shall set the Remaining
14-Feb-2020 14:35:15 Lifetime to MaxAge. Before transmitting a link state PDU to a neighbour,
14-Feb-2020 14:35:15 a system shall decrement the Remaining Lifetime
14-Feb-2020 14:35:15 Test Reference
14-Feb-2020 14:35:15 ISO/IEC 10589:1992(E) S7.3.16.3 P29 Remaining Lifetime Field
14-Feb-2020 14:35:15 Test Classification
14-Feb-2020 14:35:15 MUST
14-Feb-2020 14:35:44 Test ANVL-ISISV6-19.11: Passed
14-Feb-2020 14:35:44
14-Feb-2020 14:35:47 Test ANVL-ISISV6-19.14 executing
14-Feb-2020 14:35:47 Test Summary
14-Feb-2020 14:35:47 Some of the VARIABLE LENGTH fields from IS-IS link packet must be
14-Feb-2020 14:35:47 omitted for IP only routers
14-Feb-2020 14:35:47 - The End System Neighbours entries are omitted
14-Feb-2020 14:35:47 - The Prefix Neighbours entries are omitted
14-Feb-2020 14:35:47 Test Reference
14-Feb-2020 14:35:47 RFC 1195 S3.7 P25 IP-Only Operation
14-Feb-2020 14:35:47 Test Classification
14-Feb-2020 14:35:47 MUST
14-Feb-2020 14:36:14 Test ANVL-ISISV6-19.14: Passed
14-Feb-2020 14:36:14
14-Feb-2020 14:36:17 Test ANVL-ISISV6-20.2 executing
14-Feb-2020 14:36:17 Test Summary
14-Feb-2020 14:36:17 The sequence number of any actually generated Link State PDU
14-Feb-2020 14:36:17 should not be zero
14-Feb-2020 14:36:17 Test Reference
14-Feb-2020 14:36:17 ISO/IEC 10589:1992(E) s7.3.16.1 p28  sequence numbers
14-Feb-2020 14:36:17 Test Classification
14-Feb-2020 14:36:17 SHOULD
14-Feb-2020 14:37:14 Test ANVL-ISISV6-20.2: Passed
14-Feb-2020 14:37:14
14-Feb-2020 14:37:17 Test ANVL-ISISV6-20.3 executing
14-Feb-2020 14:37:17 Test Summary
14-Feb-2020 14:37:17 Update sequence number depending on the sequence number received from
14-Feb-2020 14:37:17 system in the domain
14-Feb-2020 14:37:17 Test Reference
14-Feb-2020 14:37:17 ISO/IEC 10589:1992(E) s7.3.16.1 p29  sequence numbers
14-Feb-2020 14:37:17 Test Classification
14-Feb-2020 14:37:17 MUST
14-Feb-2020 14:37:44 Test ANVL-ISISV6-20.3: Passed
14-Feb-2020 14:37:44
14-Feb-2020 14:37:47 Test ANVL-ISISV6-20.4 executing
14-Feb-2020 14:37:47 Test Summary
14-Feb-2020 14:37:47 If the sequence numbers match, but checksums do not and the LSP is not
14-Feb-2020 14:37:47 generated by the local system, then store the LSP with zero Remaining
14-Feb-2020 14:37:47 Lifetime, and flood the LSP
14-Feb-2020 14:37:47 Test Reference
14-Feb-2020 14:37:47 ISO/IEC 10589:1992(E) s7.3.16.2 p29 LSP confusion
14-Feb-2020 14:37:47 Test Classification
14-Feb-2020 14:37:47 MUST
14-Feb-2020 14:38:14 Test ANVL-ISISV6-20.4: Passed
14-Feb-2020 14:38:14
14-Feb-2020 14:38:17 Test ANVL-ISISV6-21.2 executing
14-Feb-2020 14:38:17 Test Summary
14-Feb-2020 14:38:17 The sequence number of any actually generated Link State PDU
14-Feb-2020 14:38:17 should not be zero:
14-Feb-2020 14:38:17 Test Reference
14-Feb-2020 14:38:17 ISO/IEC 10589:1992(E) s7.3.16.1 p29  sequence numbers
14-Feb-2020 14:38:17 Test Classification
14-Feb-2020 14:38:17 SHOULD
14-Feb-2020 14:38:44 Test ANVL-ISISV6-21.2: Passed
14-Feb-2020 14:38:44
14-Feb-2020 14:38:47 Test ANVL-ISISV6-21.3 executing
14-Feb-2020 14:38:47 Test Summary
14-Feb-2020 14:38:47 Update sequence number depending on the sequence number received from
14-Feb-2020 14:38:47 system in the domain
14-Feb-2020 14:38:47 Test Reference
14-Feb-2020 14:38:47 ISO/IEC 10589:1992(E) s7.3.16.1 p29  sequence numbers
14-Feb-2020 14:38:47 Test Classification
14-Feb-2020 14:38:47 MUST
14-Feb-2020 14:39:14 Test ANVL-ISISV6-21.3: Passed
14-Feb-2020 14:39:14
14-Feb-2020 14:39:17 Test ANVL-ISISV6-21.4 executing
14-Feb-2020 14:39:17 Test Summary
14-Feb-2020 14:39:17 If the sequence numbers match, but checksums do not and the LSP is not
14-Feb-2020 14:39:17 generated by the local system, then store the LSP with zero Remaining
14-Feb-2020 14:39:17 Lifetime, and flood the LSP
14-Feb-2020 14:39:17 Test Reference
14-Feb-2020 14:39:17 ISO/IEC 10589:1992(E) s7.3.16.2 p29 LSP confusion
14-Feb-2020 14:39:17 Test Classification
14-Feb-2020 14:39:17 MUST
14-Feb-2020 14:39:44 Test ANVL-ISISV6-21.4: Passed
14-Feb-2020 14:39:44
14-Feb-2020 14:39:47 Test ANVL-ISISV6-24.2 executing
14-Feb-2020 14:39:47 Test Summary
14-Feb-2020 14:39:47 When an LSP cannot be stored, the LSP shall be ignored and waiting
14-Feb-2020 14:39:47 State will be entered
14-Feb-2020 14:39:47 Test Reference
14-Feb-2020 14:39:47 ISO/IEC 10589:1992(E) s7.3.19.1 p31 Entering the waiting state
14-Feb-2020 14:39:47 Test Classification
14-Feb-2020 14:39:47 MUST
14-Feb-2020 14:54:36 Test ANVL-ISISV6-24.2: Passed
14-Feb-2020 14:54:36
14-Feb-2020 14:54:38 Test ANVL-ISISV6-25.4 executing
14-Feb-2020 14:54:38 Test Summary
14-Feb-2020 14:54:38 An implementation MUST use an ID Length of 6.
14-Feb-2020 14:54:38 Test Reference
14-Feb-2020 14:54:38 RFC3719 Section 3.1 Page 4 ' ID Length'
14-Feb-2020 14:54:38 Test Classification
14-Feb-2020 14:54:38 MUST
14-Feb-2020 14:55:06 Test ANVL-ISISV6-25.4: Passed
14-Feb-2020 14:55:06
14-Feb-2020 14:55:09 Test ANVL-ISISV6-25.5 executing
14-Feb-2020 14:55:09 Test Summary
14-Feb-2020 14:55:09 If a router encounters a PDU with an ID Length different from 0 or 6,
14-Feb-2020 14:55:09 section 7.3.15.a.2 dictates that it MUST discard the PDU
14-Feb-2020 14:55:09 Test Reference
14-Feb-2020 14:55:09 RFC3719 Section 3.1 Page 4 ' ID Length'
14-Feb-2020 14:55:09 Test Classification
14-Feb-2020 14:55:09 MUST
14-Feb-2020 14:56:35 Test ANVL-ISISV6-25.5: Passed
14-Feb-2020 14:56:35
14-Feb-2020 14:56:37 Test ANVL-ISISV6-25.7 executing
14-Feb-2020 14:56:37 Test Summary
14-Feb-2020 14:56:37 If a router receives a PDU with maximumAreaAddresses that is not 0 or 3,
14-Feb-2020 14:56:37 it MUST discard the PDU, as described in section 7.3.15.a.3
14-Feb-2020 14:56:37 Test Reference
14-Feb-2020 14:56:37 Test Classification
14-Feb-2020 14:56:37 MUST
14-Feb-2020 14:58:03 Test ANVL-ISISV6-25.7: Passed
14-Feb-2020 14:58:03
14-Feb-2020 14:58:06 Test ANVL-ISISV6-25.8 executing
14-Feb-2020 14:58:06 Test Summary
14-Feb-2020 14:58:06 If a router receives a PDU with a value other than 1 for either field, it MUST
14-Feb-2020 14:58:06 drop the packet.
14-Feb-2020 14:58:06 Note: Verify the Version field
14-Feb-2020 14:58:06 Test Reference
14-Feb-2020 14:58:06 RFC3719 Section 3.3 Page 5 ' Protocol Version'
14-Feb-2020 14:58:06 Test Classification
14-Feb-2020 14:58:06 MUST
14-Feb-2020 14:58:37 Test ANVL-ISISV6-25.8: Passed
14-Feb-2020 14:58:37
14-Feb-2020 14:58:39 Test ANVL-ISISV6-25.9 executing
14-Feb-2020 14:58:39 Test Summary
14-Feb-2020 14:58:39 If a router receives a PDU with a value other than 1 for either field, it MUST
14-Feb-2020 14:58:39 drop the packet.
14-Feb-2020 14:58:39 Note: Verify the Version/Protocol ID field
14-Feb-2020 14:58:39 Test Reference
14-Feb-2020 14:58:39 RFC3719 Section 3.3 Page 5 ' Protocol Version'
14-Feb-2020 14:58:39 Test Classification
14-Feb-2020 14:58:39 MUST
14-Feb-2020 14:59:08 Test ANVL-ISISV6-25.9: Passed
14-Feb-2020 14:59:08
14-Feb-2020 14:59:11 Test ANVL-ISISV6-25.23 executing
14-Feb-2020 14:59:11 Test Summary
14-Feb-2020 14:59:11 A complete set of CSNPs is a set whose Start LSPID and End
14-Feb-2020 14:59:11 LSPID ranges cover the complete possible range of LSPIDs.
14-Feb-2020 14:59:11 (i.e., there is no possible LSPID value which does not appear
14-Feb-2020 14:59:11 within the range of one of the CSNPs in the set).
14-Feb-2020 14:59:11 Test Reference
14-Feb-2020 14:59:11 RFC3719 Section 11 Page 11 'Doppelganger LSPs'
14-Feb-2020 14:59:11 Test Classification
14-Feb-2020 14:59:11 MUST
14-Feb-2020 14:59:54 Test ANVL-ISISV6-25.23: Passed
14-Feb-2020 14:59:54
14-Feb-2020 14:59:57 Test ANVL-ISISV6-28.4 executing
14-Feb-2020 14:59:57 Test Summary
14-Feb-2020 14:59:57 An implementation MUST use an ID Length of 6.
14-Feb-2020 14:59:57 Test Reference
14-Feb-2020 14:59:57 RFC3719 Section 3.1 Page 4 ' ID Length'
14-Feb-2020 14:59:57 Test Classification
14-Feb-2020 14:59:57 MUST
14-Feb-2020 15:00:24 Test ANVL-ISISV6-28.4: Passed
14-Feb-2020 15:00:24
14-Feb-2020 15:00:27 Test ANVL-ISISV6-28.5 executing
14-Feb-2020 15:00:27 Test Summary
14-Feb-2020 15:00:27 If a router encounters a PDU with an ID Length different from 0 or 6,
14-Feb-2020 15:00:27 section 7.3.15.a.2 dictates that it MUST discard the PDU
14-Feb-2020 15:00:27 Test Reference
14-Feb-2020 15:00:27 RFC3719 Section 3.1 Page 4 ' ID Length'
14-Feb-2020 15:00:27 Test Classification
14-Feb-2020 15:00:27 MUST
14-Feb-2020 15:01:53 Test ANVL-ISISV6-28.5: Passed
14-Feb-2020 15:01:53
14-Feb-2020 15:01:55 Test ANVL-ISISV6-28.8 executing
14-Feb-2020 15:01:55 Test Summary
14-Feb-2020 15:01:55 If a router receives a PDU with a value other than 1 for either field, it MUST
14-Feb-2020 15:01:55 drop the packet.
14-Feb-2020 15:01:55 Note: Verify the Version field
14-Feb-2020 15:01:55 Test Reference
14-Feb-2020 15:01:55 RFC3719 Section 3.3 Page 5 ' Protocol Version'
14-Feb-2020 15:01:55 Test Classification
14-Feb-2020 15:01:55 MUST
14-Feb-2020 15:02:24 Test ANVL-ISISV6-28.8: Passed
14-Feb-2020 15:02:24
14-Feb-2020 15:02:27 Test ANVL-ISISV6-28.9 executing
14-Feb-2020 15:02:27 Test Summary
14-Feb-2020 15:02:27 If a router receives a PDU with a value other than 1 for either field, it MUST
14-Feb-2020 15:02:27 drop the packet.
14-Feb-2020 15:02:27 Note: Verify the Version/Protocol ID field
14-Feb-2020 15:02:27 Test Reference
14-Feb-2020 15:02:27 RFC3719 Section 3.3 Page 5 ' Protocol Version'
14-Feb-2020 15:02:27 Test Classification
14-Feb-2020 15:02:27 MUST
14-Feb-2020 15:02:56 Test ANVL-ISISV6-28.9: Passed
14-Feb-2020 15:02:56
14-Feb-2020 15:02:58 Test ANVL-ISISV6-28.23 executing
14-Feb-2020 15:02:58 Test Summary
14-Feb-2020 15:02:58 A complete set of CSNPs is a set whose Start LSPID and End
14-Feb-2020 15:02:58 LSPID ranges cover the complete possible range of LSPIDs.
14-Feb-2020 15:02:58 (i.e., there is no possible LSPID value which does not appear
14-Feb-2020 15:02:58 within the range of one of the CSNPs in the set).
14-Feb-2020 15:02:58 Test Reference
14-Feb-2020 15:02:58 RFC3719 Section 11 Page 11 'Doppelganger LSPs'
14-Feb-2020 15:02:58 Test Classification
14-Feb-2020 15:02:58 MUST
14-Feb-2020 15:03:43 Test ANVL-ISISV6-28.23: Passed
14-Feb-2020 15:03:43
14-Feb-2020 15:03:45 Writing DejaGNU Result file to ./isisv6-result.xml
14-Feb-2020 15:03:45 Finished task 'Run Basic ISIS IPv6 Tests' with result: Success
14-Feb-2020 15:03:45 Starting task 'Collect ANVL Results' of type 'com.atlassian.bamboo.plugins.testresultparser:task.testresultparser.junit'
14-Feb-2020 15:03:45 Parsing test results under /root/bamboo-agent-home/xml-data/build-dir/FRR-FRR73SNAP-IPV6ISIS...
14-Feb-2020 15:03:45 Finished task 'Collect ANVL Results' with result: Success
14-Feb-2020 15:03:45 Running post build plugin 'Docker Container Cleanup'
14-Feb-2020 15:03:45 Running post build plugin 'NCover Results Collector'
14-Feb-2020 15:03:45 Running post build plugin 'Clover Results Collector'
14-Feb-2020 15:03:45 Running post build plugin 'npm Cache Cleanup'
14-Feb-2020 15:03:45 Running post build plugin 'Artifact Copier'
14-Feb-2020 15:03:45 Finalising the build...
14-Feb-2020 15:03:45 Stopping timer.
14-Feb-2020 15:03:45 Build FRR-FRR73SNAP-IPV6ISIS-2 completed.
14-Feb-2020 15:03:45 Running on server: post build plugin 'NCover Results Collector'
14-Feb-2020 15:03:45 Running on server: post build plugin 'Build Hanging Detection Configuration'
14-Feb-2020 15:03:45 Running on server: post build plugin 'Clover Delta Calculator'
14-Feb-2020 15:03:45 Running on server: post build plugin 'Maven Dependencies Postprocessor'
14-Feb-2020 15:03:45 All post build plugins have finished
14-Feb-2020 15:03:45 Generating build results summary...
14-Feb-2020 15:03:45 Saving build results to disk...
14-Feb-2020 15:03:45 Logging substituted variables...
14-Feb-2020 15:03:46 Indexing build results...
14-Feb-2020 15:03:46 Finished building FRR-FRR73SNAP-IPV6ISIS-2.