*** Settings ***
-Documentation Test suite to verify unification operation on different models.
+Documentation Test suite to verify update behaviour during different topoprocessing operations on NT and inventory models.
... Before test starts, configurational file have to be rewriten to change listners registration datastore type from CONFIG_API to OPERATIONAL_API.
... Need for this change is also a reason why main feature (odl-topoprocessing-framework) is installed after file change and not during boot.
-... Suite setup also install features required for tested models, clear karaf logs for further synchronization. Tests themselves send configurational
+... Suite setup also installs features required for tested models and clears karaf logs for further synchronization. Tests themselves send configurational
... xmls and verify output. Topology-id on the end of each urls must match topology-id from xml. Yang models of components in topology are defined in xmls.
Suite Setup Setup Environment
Suite Teardown Clean Environment
-Test Teardown Test Teardown With Underlay Topologies Refresh network-topology:network-topology/topology/topo:1
+Test Setup SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+Test Teardown Refresh Underlay Topologies And Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Variables ../../../variables/topoprocessing/TopologyRequests.py
+Variables ../../../variables/topoprocessing/TargetFields.py
Variables ../../../variables/Variables.py
Resource ../../../libraries/KarafKeywords.robot
Resource ../../../libraries/Utils.robot
Unification Node Update
[Documentation] Test processing of updates using unification operation on Network Topology model
#Create the original topology
- ${request} Prepare Unification Topology Request ${UNIFICATION_NT} network-topology-model node network-topo:1 network-topo:2
- ${request} Insert Target Field ${request} 0 l3-unicast-igp-topology:igp-node-attributes/isis-topology:isis-node-attributes/isis-topology:ted/isis-topology:te-router-id-ipv4 0
- ${request} Insert Target Field ${request} 1 l3-unicast-igp-topology:igp-node-attributes/isis-topology:isis-node-attributes/isis-topology:ted/isis-topology:te-router-id-ipv4 0
- ${resp} Send Basic Request And Test If Contain X Times ${request} network-topology:network-topology/topology/topo:1 <node-id>node: 8
-
+ ${model} Set Variable network-topology-model
+ ${request} Prepare Unification Topology Request ${UNIFICATION_NT} ${model} node network-topo:1 network-topo:2
+ ${request} Insert Target Field ${request} 0 ${ISIS_NODE_TE_ROUTER_ID_IPV4} 0
+ ${request} Insert Target Field ${request} 1 ${ISIS_NODE_TE_ROUTER_ID_IPV4} 0
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=8 supporting-node_count=10
+ ... tp_count=14 tp-ref_count=14
#Update a node, expecting a unification of two nodes into one
- ${node} Create Isis Node bgp:1 192.168.1.2
+ ${node} Create Isis Node bgp:1 router-id-ipv4=192.168.1.2
Basic Request Put ${node} network-topology:network-topology/topology/network-topo:1/node/bgp:1
- ${resp} Basic Request Get And Test ${node} network-topology:network-topology/topology/topo:1 <node-id>node: 7
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=7 supporting-node_count=10
+ ... tp_count=11 tp-ref_count=11
: FOR ${index} IN RANGE 1 11
\ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
- ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='bgp:2']/..
- ${node} Element to String ${node}
- Should Contain X Times ${node} <node-ref>bgp:2</node-ref> 1
- Should Contain X Times ${node} <node-ref>bgp:1</node-ref> 1
-
+ Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:2 bgp:1
#Update a unified node, expecting creation of a new overlay node
- ${node} Create Isis Node bgp:3 192.168.3.1
+ ${node} Create Isis Node bgp:3 router-id-ipv4=192.168.3.1
Basic Request Put ${node} network-topology:network-topology/topology/network-topo:1/node/bgp:3
- ${resp} Basic Request Get And Test ${node} network-topology:network-topology/topology/topo:1 <node-id>node: 8
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=8 supporting-node_count=10
+ ... tp_count=9 tp-ref_count=9
: FOR ${index} IN RANGE 1 11
\ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
Unification Node Inventory
[Documentation] Test processing of updates using unification operation on Inventory model
- ${request} Prepare Unification Topology Request ${UNIFICATION_NT} opendaylight-inventory-model node openflow-topo:1 openflow-topo:2
- ${request} Insert Target Field ${request} 0 flow-node-inventory:ip-address 0
- ${request} Insert Target Field ${request} 1 flow-node-inventory:ip-address 0
- ${resp} Send Basic Request And Test If Contain X Times ${request} network-topology:network-topology/topology/topo:1 <node-id>node: 7
-
+ ${model} Set Variable opendaylight-inventory-model
+ ${request} Prepare Unification Topology Request ${UNIFICATION_NT} ${model} node openflow-topo:1 openflow-topo:2
+ ${request} Insert Target Field ${request} 0 ${OPENFLOW_NODE_IP_ADDRESS} 0
+ ${request} Insert Target Field ${request} 1 ${OPENFLOW_NODE_IP_ADDRESS} 0
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=7 supporting-node_count=10
+ ... tp_count=12 tp-ref_count=12
#Update a node, expecting unification of two nodes into one
${node} Create Openflow Node openflow:2 192.168.1.1
-
Basic Request Put ${node} opendaylight-inventory:nodes/node/openflow:2
- ${resp} Basic Request Get And Test ${node} network-topology:network-topology/topology/topo:1 <node-id>node: 6
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=6 supporting-node_count=10
+ ... tp_count=12 tp-ref_count=12
: FOR ${index} IN RANGE 1 11
\ Should Contain X Times ${resp.content} <node-ref>of-node:${index}</node-ref> 1
- ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='of-node:2']/..
- ${node} Element to String ${node}
- Should Contain X Times ${node} <node-ref>of-node:6</node-ref> 1
- Should Contain X Times ${node} <node-ref>of-node:1</node-ref> 1
-
+ Check Aggregated Node in Topology ${model} ${resp.content} 5 of-node:2 of-node:6 of-node:1
#Update a unified node, expecting creation of a new overlay node
${node} Create Openflow Node openflow:4 192.168.3.1
Basic Request Put ${node} opendaylight-inventory:nodes/node/openflow:4
- ${resp} Basic Request Get And Test ${node} network-topology:network-topology/topology/topo:1 <node-id>node: 7
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=7 supporting-node_count=10
+ ... tp_count=12 tp-ref_count=12
: FOR ${index} IN RANGE 1 11
\ Should Contain X Times ${resp.content} <node-ref>of-node:${index}</node-ref> 1
+Filtration Range Number Node Update Network Topology Model
+ ${model} Set Variable network-topology-model
+ ${request} Prepare Filtration Topology Request ${FILTRATION_NT} ${model} node network-topo:2
+ ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${OVSDB_OVS_VERSION}
+ ${request} Set Range Number Filter ${request} 20 25
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=4 supporting-node_count=4
+ ... node-ref_count=4 tp_count=5 tp-ref_count=5
+ ${request} Create Isis Node bgp:7 17
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:2/node/bgp:7
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=3 supporting-node_count=3
+ ... node-ref_count=3 tp_count=3 tp-ref_count=3
+ : FOR ${index} IN RANGE 8 11
+ \ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
+ Should Not Contain ${resp.content} <node-ref>bgp:7</node-ref>
+ ${topology_id} Set Variable network-topo:2
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:8 tp:8:1 tp:8:1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:9 tp:9:1 tp:9:1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:10 tp:10:1 tp:10:1
+ ${request} Create Isis Node bgp:7 23
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:2/node/bgp:7
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=4 supporting-node_count=4
+ ... node-ref_count=4 tp_count=3 tp-ref_count=3
+ ${request} Create OVSDB Termination Point tp:7:1 1119
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:2/node/bgp:7/termination-point/tp:7:1
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=4 supporting-node_count=4
+ ... node-ref_count=4 tp_count=4 tp-ref_count=4
+ : FOR ${index} IN RANGE 7 11
+ \ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:7 tp:7:1 tp:7:1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:8 tp:8:1 tp:8:1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:9 tp:9:1 tp:9:1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:10 tp:10:1 tp:10:1
+
+Filtration Range Number Node Update Inventory Model
+ ${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model node openflow-topo:2
+ ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${OPENFLOW_NODE_SERIAL_NUMBER}
+ ${request} Set Range Number Filter ${request} 20 25
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=3 supporting-node_count=3
+ ... node-ref_count=3 tp_count=0 tp-ref_count=0
+ #Update a Node so it passes filtration
+ ${request} Create Openflow Node openflow:7 192.168.2.3 23
+ Basic Request Put ${request} opendaylight-inventory:nodes/node/openflow:7
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=4 supporting-node_count=4
+ ... node-ref_count=4 tp_count=0 tp-ref_count=0
+ : FOR ${index} IN RANGE 7 11
+ \ Should Contain X Times ${resp.content} <node-ref>of-node:${index}</node-ref> 1
+ #Update a Node so it is filtered out
+ ${request} Create Openflow Node openflow:7 192.168.2.3 17
+ Basic Request Put ${request} opendaylight-inventory:nodes/node/openflow:7
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=3 supporting-node_count=3
+ ... node-ref_count=3 tp_count=0 tp-ref_count=0
+ : FOR ${index} IN RANGE 8 11
+ \ Should Contain X Times ${resp.content} <node-ref>of-node:${index}</node-ref> 1
+ Should Not Contain ${resp.content} <node-ref>of-node:7</node-ref>
+
Filtration Range Number Termination Point Update NT
[Documentation] Test processing of updates using range number type of filtration operation on Network Topology model
- ${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model termination-point network-topo:2
- ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ovsdb:ofport
+ ${model} Set Variable network-topology-model
+ ${request} Prepare Filtration Topology Request ${FILTRATION_NT} ${model} termination-point network-topo:2
+ ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${OVSDB_OFPORT}
${request} Set Range Number Filter ${request} 1115 1119
- ${resp} Send Basic Request And Test If Contain X Times ${request} network-topology:network-topology/topology/topo:1 <node-id>node: 5
-
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 tp_count=3 tp-ref_count=3
#Update a previously out-of-range termination point, so it passes filtration
${terminationPoint} Create OVSDB Termination Point tp:8:1 1115
Basic Request Put ${terminationPoint} network-topology:network-topology/topology/network-topo:2/node/bgp:8/termination-point/tp:8:1
- ${resp} Basic Request Get And Test ${terminationPoint} network-topology:network-topology/topology/topo:1 <node-id>node: 5
-
- Should Contain X Times ${resp.content} <termination-point> 4
- ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='bgp:8']/..
- ${node} Element to String ${node}
- Should Contain X Times ${node} <termination-point> 1
- Should Contain X Times ${node} <tp-ref>/network-topology/topology/network-topo:2/node/bgp:8/termination-point/tp:8:1</tp-ref> 1
-
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 tp_count=4 tp-ref_count=4
+ Check Aggregated Termination Point in Node ${model} ${resp.content} network-topo:2 bgp:8 tp:8:1 tp:8:1
#Update a previsouly in-range termination point, so it is filtered out
${terminationPoint} Create OVSDB Termination Point tp:7:2 1110
Basic Request Put ${terminationPoint} network-topology:network-topology/topology/network-topo:2/node/bgp:7/termination-point/tp:7:2
- ${resp} Basic Request Get And Test ${terminationPoint} network-topology:network-topology/topology/topo:1 <node-id>node: 5
-
- Should Contain X Times ${resp.content} <termination-point> 3
- ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='bgp:7']/..
- ${node} Element to String ${node}
- Should Contain X Times ${node} <termination-point> 1
- Should Contain X Times ${node} <tp-ref>/network-topology/topology/network-topo:2/node/bgp:7/termination-point/tp:7:1</tp-ref> 1
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 tp_count=3 tp-ref_count=3
+ Check Aggregated Termination Point in Node ${model} ${resp.content} network-topo:2 bgp:7 tp:7:1 tp:7:1
Filtration Range Number Termination Point Update Inventory
[Documentation] Test processing of updates using range number type of filtration operation on Inventory model
-
- ${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model termination-point openflow-topo:1
- ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} flow-node-inventory:port-number
+ ${model} Set Variable opendaylight-inventory-model
+ ${request} Prepare Filtration Topology Request ${FILTRATION_NT} ${model} termination-point openflow-topo:1
+ ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${OPENFLOW_NODE_CONNECTOR_PORT_NUMBER}
${request} Set Range Number Filter ${request} 2 4
- ${resp} Send Basic Request And Test If Contain X Times ${request} network-topology:network-topology/topology/topo:1 <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 5
-
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 tp_count=5 tp-ref_count=5
#Update a previously out-of-range termination point, so it passes filtration
${nodeConnector} Create Openflow Node Connector openflow:2:1 3
Basic Request Put ${nodeConnector} opendaylight-inventory:nodes/node/openflow:2/node-connector/openflow:2:1
- ${resp} Basic Request Get And Test ${nodeConnector} network-topology:network-topology/topology/topo:1 <node-id>node: 5
-
- Should Contain X Times ${resp.content} <termination-point> 6
- ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='of-node:2']/..
- ${node} Element to String ${node}
- Should Contain X Times ${node} <termination-point> 3
- Should Contain X Times ${node} <tp-ref>/network-topology:network-topology/topology/openflow-topo:1/node/of-node:2/termination-point/tp:3</tp-ref> 1
- Should Contain X Times ${node} <tp-ref>/network-topology:network-topology/topology/openflow-topo:1/node/of-node:2/termination-point/tp:2:2</tp-ref> 1
- Should Contain X Times ${node} <tp-ref>/network-topology:network-topology/topology/openflow-topo:1/node/of-node:2/termination-point/tp:2:1</tp-ref> 1
-
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 tp_count=6 tp-ref_count=6
+ Check Aggregated Termination Point in Node ${model} ${resp.content} openflow-topo:1 of-node:2 tp:2:1 tp:2:1
+ Check Aggregated Termination Point in Node ${model} ${resp.content} openflow-topo:1 of-node:2 tp:2:2 tp:2:2
+ Check Aggregated Termination Point in Node ${model} ${resp.content} openflow-topo:1 of-node:2 tp:2:3 tp:2:3
#Update an in-range termination point, so it is filtered out
${nodeConnector} Create Openflow Node Connector openflow:3:2 5
Basic Request Put ${nodeConnector} opendaylight-inventory:nodes/node/openflow:3/node-connector/openflow:3:2
- ${resp} Basic Request Get And Test ${nodeConnector} network-topology:network-topology/topology/topo:1 <node-id>node: 5
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 tp_count=5 tp-ref_count=5
+ Check Aggregated Termination Point in Node ${model} ${resp.content} openflow-topo:1 of-node:3 tp:3:1 tp:3:1
- Should Contain X Times ${resp.content} <termination-point> 5
- ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='of-node:3']/..
+Filtration Range Number Link Update Network Topology Model
+ [Documentation] Tests the processing of link update requests when using a range-number filtration on NT model
+ ${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model link network-topo:1
+ ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${IGP_LINK_METRIC}
+ ${request} Set Range Number Filter ${request} 11 13
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=3 link-ref_count=3
+ #Filter a link out
+ ${request} Create Link link:1:4 bgp:1 bgp:4 linkA 15
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:1/link/link:1:4
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=2 link-ref_count=2
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/network-topo:1/link/link:1:3</link-ref> 1
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/network-topo:1/link/link:1:2-1</link-ref> 1
+ Should Not Contain ${resp.content} network-topology/topology/network-topo:1/link/link:1:4
+ #Put the link back in
+ ${request} Create Link link:1:4 bgp:1 bgp:4 linkA 12
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:1/link/link:1:4
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=3 link-ref_count=3
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/network-topo:1/link/link:1:4</link-ref> 1
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/network-topo:1/link/link:1:3</link-ref> 1
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/network-topo:1/link/link:1:2-1</link-ref> 1
+
+Filtration Range Number Link Update Inventory Model
+ [Documentation] Tests the processing of link update requests when using a range-number filtration on Inventory model
+ ${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model link openflow-topo:3
+ ${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${IGP_LINK_METRIC}
+ ${request} Set Range Number Filter ${request} 14 15
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=2 link-ref_count=2
+ ${request} Create Link link:11:12 of-node:11 of-node:12 linkB 14
+ Basic Request Put ${request} network-topology:network-topology/topology/openflow-topo:3/link/link:11:12
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=3 link-ref_count=3
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/openflow-topo:3/link/link:14:12</link-ref> 1
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/openflow-topo:3/link/link:15:13</link-ref> 1
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/openflow-topo:3/link/link:11:12</link-ref> 1
+ ${request} Create Link link:11:12 of-node:11 of-node:12 linkB 13
+ Basic Request Put ${request} network-topology:network-topology/topology/openflow-topo:3/link/link:11:12
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=2 link-ref_count=2
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/openflow-topo:3/link/link:14:12</link-ref> 1
+ Should Contain X Times ${resp.content} <link-ref>/network-topology/topology/openflow-topo:3/link/link:15:13</link-ref> 1
+
+Unification Filtration Node Update Inside Network Topology model
+ ${model} Set Variable network-topology-model
+ ${request} Prepare Unification Filtration Inside Topology Request ${UNIFICATION_FILTRATION_NT_AGGREGATE_INSIDE} ${model} node ${ISIS_NODE_TE_ROUTER_ID_IPV4} network-topo:4
+ ${request} Insert Filter With ID ${request} ${FILTER_IPV4} ${ISIS_NODE_TE_ROUTER_ID_IPV4} 1
+ ${request} Insert Apply Filters ${request} 1 1
+ ${request} Set IPV4 Filter ${request} 192.168.2.1/24
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=2 supporting-node_count=3
+ ... node-ref_count=3 tp_count=0 tp-ref_count=0
+ ${request} Create Isis Node bgp:17 10 192.168.2.1
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:4/node/bgp:17
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=2 supporting-node_count=4
+ ... node-ref_count=4 tp_count=0 tp-ref_count=0
+ : FOR ${index} IN RANGE 17 21
+ \ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
+ Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:18 bgp:17 bgp:20
+ ${request} Create Isis Node bgp:17 10 192.168.1.2
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:4/node/bgp:17
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=2 supporting-node_count=3
+ ... node-ref_count=3 tp_count=0 tp-ref_count=0
+ : FOR ${index} IN RANGE 18 21
+ \ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
+ Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:18 bgp:20
+
+Unification Filtration Node Update Inside Inventory model
+ ${model} Set Variable opendaylight-inventory-model
+ ${request} Prepare Unification Filtration Inside Topology Request ${UNIFICATION_FILTRATION_NT_AGGREGATE_INSIDE} ${model} node ${OPENFLOW_NODE_IP_ADDRESS} openflow-topo:4
+ ${request} Insert Filter With ID ${request} ${FILTER_IPV4} ${OPENFLOW_NODE_IP_ADDRESS} 1
+ ${request} Insert Apply Filters ${request} 1 1
+ ${request} Set IPV4 Filter ${request} 192.168.2.1/24
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=2 supporting-node_count=4
+ ... node-ref_count=4 tp_count=0 tp-ref_count=0
+ ${request} Create Openflow Node openflow:17 192.168.1.2
+ Basic Request Put ${request} opendaylight-inventory:nodes/node/openflow:17
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=2 supporting-node_count=3
+ ... node-ref_count=3 tp_count=0 tp-ref_count=0
+ : FOR ${index} IN RANGE 18 21
+ \ Should Contain X Times ${resp.content} <node-ref>of-node:${index}</node-ref> 1
+ ${node} Get Element ${resp.content} xpath=.//node/supporting-node[node-ref='of-node:19']/..
${node} Element to String ${node}
- Should Contain X Times ${node} <termination-point> 1
- Should Contain X Times ${node} <tp-ref>/network-topology:network-topology/topology/openflow-topo:1/node/of-node:3/termination-point/tp:3:1</tp-ref> 1
+ Should Contain X Times ${node} <supporting-node> 2
+ Should Contain ${node} <node-ref>of-node:19</node-ref>
+ Should Contain ${node} <node-ref>of-node:20</node-ref>
+ Should Not Contain ${node} <node-ref>of-node:17</node-ref>
+ ${request} Create Openflow Node openflow:17 192.168.2.3
+ Basic Request Put ${request} opendaylight-inventory:nodes/node/openflow:17
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=2 supporting-node_count=4
+ ... node-ref_count=4 tp_count=0 tp-ref_count=0
+ : FOR ${index} IN RANGE 17 21
+ \ Should Contain X Times ${resp.content} <node-ref>of-node:${index}</node-ref> 1
+ Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:17 of-node:19 of-node:20
+
+Link Computation Aggregation Inside Update NT
+ [Documentation] Test of link computation with unification type of aggregation inside on updated nodes from network-topology model
+ ${model} Set Variable network-topology-model
+ ${request} Prepare Unification Inside Topology Request ${UNIFICATION_NT_AGGREGATE_INSIDE} ${model} node network-topo:6
+ ${request} Insert Target Field ${request} 0 ${ISIS_NODE_TE_ROUTER_ID_IPV4} 0
+ ${request} Insert Link Computation Inside ${request} ${LINK_COMPUTATION_INSIDE} n:network-topology-model network-topo:6
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=4 supporting-node_count=5
+ ... node-ref_count=5 link_count=4 link-ref_count=4
+ #Divide double nodes from overlay topology
+ ${request} Create Isis Node bgp:29 router-id-ipv4=192.168.1.3
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:6/node/bgp:29
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 link_count=4 link-ref_count=4
+ ${node_26} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:26
+ ${node_27} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:27
+ ${node_28} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:28
+ ${node_29} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:29
+ ${node_30} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:30
+ ${topo_id} Set Variable network-topo:6
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:28:29 ${node_28} ${node_29}
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:26:28 ${node_26} ${node_28}
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:29:30-2 ${node_29} ${node_30}
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:29:30-1 ${node_29} ${node_30}
+ #Update link to node out of topology
+ ${request} Create Link link:28:29 bgp:28 bgp:31 linkB 11
+ Basic Request Put ${request} network-topology:network-topology/topology/network-topo:6/link/link:28:29
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=5 supporting-node_count=5
+ ... node-ref_count=5 link_count=3 link-ref_count=3
+ #Refresh node IDs
+ ${node_26} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:26
+ ${node_27} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:27
+ ${node_28} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:28
+ ${node_29} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:29
+ ${node_30} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:30
+ Should Not Contain ${resp.content} /network-topology/topology/network-topo:6/link/link:28:29
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:26:28 ${node_26} ${node_28}
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:29:30-2 ${node_29} ${node_30}
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:29:30-1 ${node_29} ${node_30}
+ Check Overlay Link Source And Destination ${model} ${resp.content} ${topo_id} link:29:30-1 ${node_29} ${node_30}
Code Review / integration / test.git / blobdiff