${CONFIGURATION_XML} ${CURDIR}/../suites/topoprocessing/configuration.xml
${OPERATIONAL_XML} ${CURDIR}/../suites/topoprocessing/operational.xml
${REMOTE_FILE} ${WORKSPACE}/${BUNDLEFOLDER}/etc/opendaylight/karaf/80-topoprocessing-config.xml
+${OUTPUT_TOPO_NAME} topo:1
+${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/${OUTPUT_TOPO_NAME}
*** Keywords ***
Basic Request Put
Wait For Karaf Log Correlation configuration successfully read
Wait For Karaf Log Transaction successfully written
-Basic Request Get And Test
- [Arguments] ${overlay_topology_url} ${should_contain} ${times}
- [Documentation] Send a simple HTTP GET request to a given URL and test if response contains the expected item X times
- ${resp} Basic Request Get ${overlay_topology_url}
- Should Contain X Times ${resp.content} ${should_contain} ${times}
- [Return] ${resp}
-
Basic Request Get
[Arguments] ${overlay_topology_url}
[Documentation] Send a simple HTTP GET request to a given URL
Should Be Equal As Strings ${resp.status_code} 200
[Return] ${resp}
-Send Basic Request And Test If Contain X Times
- [Arguments] ${request} ${overlay_topology_url} ${should_contain} ${times}
- [Documentation] Send a basic HTTP PUT request to a given URL and test if response contains the expexted item X times
- Basic Request Put ${request} ${overlay_topology_url}
- ${resp} Wait Until Keyword Succeeds 40x 250ms Basic Request Get And Test ${overlay_topology_url} ${should_contain}
- ... ${times}
- Log ${resp.content}
- [Return] ${resp}
-
Send Basic Delete Request
[Arguments] ${url}
[Documentation] Sends a HTTP/DELETE request to a given URL
Delete Underlay Node
[Arguments] ${topology-id} ${node-id}
[Documentation] Deletes a node from an underlay topology
- ${resp} Send Basic Delete Request network-topology:network-topology/topology/${topology-id}/node/${node-id}
+ ${resp} Send Basic Delete Request ${TOPOLOGY_URL}/${topology-id}/node/${node-id}
[Return] ${resp}
Setup Environment
Delete All Sessions
Delete Overlay Topology
- [Arguments] ${overlay_topology}
[Documentation] Delete overlay topologies from datastore
+ Run Keyword If Test Failed Print Output Topo
Log ---- Test Teardown ----
- Log Deleting overlay topology from ${CONFIG_API}/${overlay_topology}
- ${resp} Delete Request session ${CONFIG_API}/${overlay_topology}
+ Log Deleting overlay topology from ${CONFIG_API}/${OVERLAY_TOPO_URL}
+ ${resp} Delete Request session ${CONFIG_API}/${OVERLAY_TOPO_URL}
Should Be Equal As Strings ${resp.status_code} 200
+Print Output Topo
+ [Documentation] Waits a while to allow any hanging transactions to finnish and then logs the output topology
+ Log ---- Output Topo Dump After Cooldown----
+ Sleep 2s
+ ${resp} Wait Until Keyword Succeeds 5x 250ms Basic Request Get ${OVERLAY_TOPO_URL}
+ Log ${resp.content}
+
Refresh Underlay Topologies And Delete Overlay Topology
- [Arguments] ${overlay_topology}
[Documentation] Deletes given overlay topology from datastore and overwrites the underlaying ones with initial topologies
- Delete Overlay Topology ${overlay_topology}
+ Delete Overlay Topology
Insert Underlay Topologies
Prepare New Feature Installation
Check Filtered Nodes in Topology
[Arguments] ${topology} ${tp_count} @{node_ids}
[Documentation] Checks nodes in filtered topology
- ${node_count} Get Length ${node_ids}
- Should Contain X Times ${topology} <node> ${node_count}
- Should Contain X Times ${topology} <supporting-node> ${node_count}
- Should Contain X Times ${topology} <termination-point> ${tp_count}
: FOR ${node_id} IN @{node_ids}
\ Element Text Should Be ${topology} ${node_id} xpath=.//node/supporting-node[node-ref='${node_id}']/node-ref
Check Filtered Links In Topology
[Arguments] ${topology} @{supp_link_ids}
[Documentation] Checks links in filtered topology
- ${supp_link_count} Get Length ${supp_link_ids}
- Should Contain X Times ${topology} <link> ${supp_link_count}
- Should Contain X Times ${topology} <link-ref> ${supp_link_count}
: FOR ${supp_link_id} IN @{supp_link_ids}
\ Should Contain X Times ${topology} ${supp_link_id}</link-ref> 1
${link_destination} Get Element Text ${link} xpath=.//dest-node
Should Be Equal As Strings ${link_source} ${expected_source}
Should Be Equal As Strings ${link_destination} ${expected_destination}
+
+Output Topo Should Be Complete
+ [Documentation] Verifies that the output topology contains the expected amount of essential elements
+ [Arguments] ${node_count}=-1 ${supporting-node_count}=-1 ${node-ref_count}=-1 ${tp_count}=-1 ${tp-ref_count}=-1 ${link_count}=-1 ${link-ref_count}=-1
+ ${resp} Wait Until Keyword Succeeds 5x 250ms Basic Request Get ${OVERLAY_TOPO_URL}
+ Should Contain ${resp.content} <topology-id>${OUTPUT_TOPO_NAME}</topology-id>
+ Run Keyword If ${node_count}>-1 Should Contain X Times ${resp.content} <node> ${node_count}
+ Run Keyword If ${supporting-node_count}>-1 Should Contain X Times ${resp.content} <supporting-node> ${supporting-node_count}
+ Run Keyword If ${node-ref_count}>-1 Should Contain X Times ${resp.content} <node-ref> ${node-ref_count}
+ Run Keyword If ${link_count}>-1 Should Contain X Times ${resp.content} <link> ${link_count}
+ Run Keyword If ${link-ref_count}>-1 Should Contain X Times ${resp.content} <link-ref> ${link-ref_count}
+ Run Keyword If ${tp_count}>-1 Should Contain X Times ${resp.content} <termination-point> ${tp_count}
+ Run Keyword If ${tp-ref_count}>-1 Should Contain X Times ${resp.content} <tp-ref> ${tp-ref_count}
+ Log ---- Output Topo ----
+ Log ${resp.content}
+ [Return] ${resp}
... 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 Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Unification Node
[Documentation] Test unification operation on 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 8
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 10
- Should Contain X Times ${resp.content} <termination-point 14
- Should Contain X Times ${resp.content} <tp-ref> 14
+ 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
Check Aggregated Node in Topology ${model} ${resp.content} 2 bgp:5 bgp:10
Check Aggregated Node in Topology ${model} ${resp.content} 1 bgp:9
Check Aggregated Node in Topology ${model} ${resp.content} 1 bgp:8
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 7
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 10
- Should Contain X Times ${resp.content} <termination-point 12
- Should Contain X Times ${resp.content} <tp-ref> 12
+ 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
Check Aggregated Node in Topology ${model} ${resp.content} 3 of-node:10 of-node:4
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:7 of-node:9
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:8
${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
${request} Insert Scripting into Request ${request} javascript if (originalItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.1") > -1 && newItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.3") > -1 || originalItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.3") > -1 && newItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.1") > -1) {aggregable.setResult(true);} else { aggregable.setResult(false);}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 9
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 10
- Should Contain X Times ${resp.content} <termination-point 14
- Should Contain X Times ${resp.content} <tp-ref> 14
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=9 supporting-node_count=10 tp_count=14 tp-ref_count=14
Check Aggregated Node in Topology ${model} ${resp.content} 1 bgp:10
Check Aggregated Node in Topology ${model} ${resp.content} 1 bgp:9
Check Aggregated Node in Topology ${model} ${resp.content} 1 bgp:8
${request} Insert Target Field ${request} 0 ${OPENFLOW_NODE_IP_ADDRESS} 0
${request} Insert Target Field ${request} 1 ${OPENFLOW_NODE_IP_ADDRESS} 0
${request} Insert Scripting into Request ${request} javascript if (originalItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.2") > -1 && newItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.4") > -1 || originalItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.4") > -1 && newItem.getLeafNodes().get(java.lang.Integer.valueOf('0')).getValue().indexOf("192.168.1.2") > -1) {aggregable.setResult(true);} else { aggregable.setResult(false);}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 9
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 10
- Should Contain X Times ${resp.content} <termination-point 12
- Should Contain X Times ${resp.content} <tp-ref> 12
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=9 supporting-node_count=10 tp_count=12 tp-ref_count=12
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:10
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:9
Check Aggregated Node in Topology ${model} ${resp.content} 3 of-node:2 of-node:8
${model} Set Variable network-topology-model
${request} Prepare Unification Inside Topology Request ${UNIFICATION_NT_AGGREGATE_INSIDE} ${model} node network-topo:1
${request} Insert Target Field ${request} 0 ${ISIS_NODE_TE_ROUTER_ID_IPV4} 0
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 5
- Should Contain X Times ${resp.content} <termination-point 8
- Should Contain X Times ${resp.content} <tp-ref> 8
+ 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 tp_count=8 tp-ref_count=8
Check Aggregated Node in Topology ${model} ${resp.content} 1 bgp:5
Check Aggregated Node in Topology ${model} ${resp.content} 4 bgp:3 bgp:4
Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:2
${model} Set Variable opendaylight-inventory-model
${request} Prepare Unification Inside Topology Request ${UNIFICATION_NT_AGGREGATE_INSIDE} ${model} node openflow-topo:2
${request} Insert Target Field ${request} 0 ${OPENFLOW_NODE_IP_ADDRESS} 0
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 5
- Should Contain X Times ${resp.content} <termination-point 0
- Should Contain X Times ${resp.content} <supporting-termination-point> 0
+ 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 tp_count=0
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:10
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:7 of-node:9
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:8
${model} Set Variable network-topology-model
${request} Prepare Unification Inside Topology Request ${UNIFICATION_NT_AGGREGATE_INSIDE} ${model} termination-point network-topo:1
${request} Insert Target Field ${request} 0 ${OVSDB_OFPORT} 0
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 5
- Should Contain X Times ${resp.content} <tp-ref> 8
- Should Contain X Times ${resp.content} <termination-point 6
+ 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 tp_count=6 tp-ref_count=8
${topology_id} Set Variable network-topo:1
Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:1 tp:1:1 tp:1:1
... tp:1:2
${model} Set Variable opendaylight-inventory-model
${request} Prepare Unification Inside Topology Request ${UNIFICATION_NT_AGGREGATE_INSIDE} ${model} termination-point openflow-topo:1
${request} Insert Target Field ${request} 0 ${OPENFLOW_NODE_CONNECTOR_PORT_NUMBER} 0
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 5
- Should Contain X Times ${resp.content} <tp-ref> 12
- Should Contain X Times ${resp.content} <termination-point> 8
+ 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 tp_count=8 tp-ref_count=12
${topology_id} Set Variable openflow-topo:1
Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} of-node:5 tp:5:1 tp:5:1
Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} of-node:4 tp:4:1 tp:4:1
... 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 Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Filtration IPV4 Network Topology Model
[Documentation] Test of ipv4 type of filtration operation on Network Topology model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model node network-topo:1
${request} Insert Filter ${request} ${FILTER_IPV4} ${ISIS_NODE_TE_ROUTER_ID_IPV4}
${request} Set IPV4 Filter ${request} 192.168.1.1/24
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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=2 node-ref_count=2 tp_count=3 tp-ref_count=3
Check Filtered Nodes in Topology ${resp.content} 3 bgp:1 bgp:2
Filtration IPV4 Inventory Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model node openflow-topo:1
${request} Insert Filter ${request} ${FILTER_IPV4} ${OPENFLOW_NODE_IP_ADDRESS}
${request} Set IPV4 Filter ${request} 192.168.1.1/24
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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=8 tp-ref_count=8
Check Filtered Nodes in Topology ${resp.content} 8 of-node:1 of-node:2 of-node:3
Filtration Range Number Network Topology Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model node network-topo:2
${request} Insert Filter ${request} ${FILTER_RANGE_NUMBER} ${OVSDB_OVS_VERSION}
${request} Set Range Number Filter ${request} 20 25
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Nodes in Topology ${resp.content} 5 bgp:7 bgp:8 bgp:9 bgp:10
Filtration Range Number 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Nodes in Topology ${resp.content} 0 of-node:8 of-node:9 of-node:10
Filtration Specific String Network Topology Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model node network-topo:2
${request} Insert Filter ${request} ${FILTER_SPECIFIC_STRING} ${OVSDB_OVS_VERSION}
${request} Set Specific String Filter ${request} 25
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id> ${EMPTY}
+ 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=2 node-ref_count=2 tp_count=2 tp-ref_count=2
Check Filtered Nodes in Topology ${resp.content} 2 bgp:9 bgp:10
Filtration Specific String Inventory Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model node openflow-topo:2
${request} Insert Filter ${request} ${FILTER_SPECIFIC_STRING} ${OPENFLOW_NODE_SERIAL_NUMBER}
${request} Set Specific String Filter ${request} 21
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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=2 node-ref_count=2 tp_count=0 tp-ref_count=0
Check Filtered Nodes in Topology ${resp.content} 0 of-node:8 of-node:9
Filtration Range String Network Topology Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model node network-topo:2
${request} Insert Filter ${request} ${FILTER_RANGE_STRING} ${OVSDB_OVS_VERSION}
${request} Set Range String Filter ${request} 20 25
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Nodes in Topology ${resp.content} 5 bgp:7 bgp:8 bgp:9 bgp:10
Filtration Range String Inventory Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model node openflow-topo:2
${request} Insert Filter ${request} ${FILTER_RANGE_STRING} ${OPENFLOW_NODE_SERIAL_NUMBER}
${request} Set Range String Filter ${request} 20 25
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Nodes in Topology ${resp.content} 0 of-node:8 of-node:9 of-node:10
Filtration IPV6 Network Topology Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model node network-topo:3
${request} Insert Filter ${request} ${FILTER_IPV6} ${ISIS_NODE_TE_ROUTER_ID_IPV6}
${request} Set IPV6 Filter ${request} fe80:0:0:0:0:0:c0a8:101/120
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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=2 node-ref_count=2 tp_count=1 tp-ref_count=1
Check Filtered Nodes in Topology ${resp.content} 1 bgp:11 bgp:12
Filtration IPV6 Inventory Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model node openflow-topo:3
${request} Insert Filter ${request} ${FILTER_IPV6} ${OPENFLOW_NODE_IP_ADDRESS}
${request} Set IPV6 Filter ${request} fe80:0:0:0:0:0:c0a8:201/120
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Nodes in Topology ${resp.content} 0 of-node:12 of-node:14 of-node:15
Filtration Script Network Topology Model
${request} Insert Filter ${request} ${FILTER_SCRIPT} ${ISIS_NODE_TE_ROUTER_ID_IPV4}
${script} Set Variable if (node.getValue().indexOf("192.168.1") > -1 ) {filterOut.setResult(true);} else {filterOut.setResult(false);}
${request} Set Script Filter ${request} javascript ${script}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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=5 tp-ref_count=5
Check Filtered Nodes in Topology ${resp.content} 5 bgp:3 bgp:4 bgp:5
Filtration Script Inventory Model
${request} Insert Filter ${request} ${FILTER_SCRIPT} ${OPENFLOW_NODE_IP_ADDRESS}
${script} Set Variable if (node.getValue().indexOf("192.168.2") > -1 ) {filterOut.setResult(true);} else {filterOut.setResult(false);}
${request} Set Script Filter ${request} javascript ${script}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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=8 tp-ref_count=8
Check Filtered Nodes in Topology ${resp.content} 8 of-node:1 of-node:2 of-node:3
... 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 Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Filtration Range Number Network Topology Model
[Documentation] Test of 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}
${request} Set Range Number Filter ${request} 1115 1119
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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
Check Filtered Termination Points in Node ${resp.content} bgp:6 tp:6:1
Check Filtered Termination Points in Node ${resp.content} bgp:7 tp:7:1 tp:7:2
Check Filtered Termination Points in Node ${resp.content} bgp:8
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-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} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- 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
Check Filtered Termination Points in Node ${resp.content} of-node:1
Check Filtered Termination Points in Node ${resp.content} of-node:2 tp:2:3 tp:2:2
Check Filtered Termination Points in Node ${resp.content} of-node:3 tp:3:1 tp:3:2
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model termination-point network-topo:2
${request} Insert Filter ${request} ${FILTER_SPECIFIC_NUMBER} ${OVSDB_OFPORT}
${request} Set Specific Number Filter ${request} 1119
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 1
+ 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=1 tp-ref_count=1
${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
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model termination-point openflow-topo:1
${request} Insert Filter ${request} ${FILTER_SPECIFIC_NUMBER} ${OPENFLOW_NODE_CONNECTOR_MAXIMUM_SPEED}
${request} Set Specific Number Filter ${request} 2
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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
Check Filtered Termination Points in Node ${resp.content} of-node:1
Check Filtered Termination Points in Node ${resp.content} of-node:2 tp:2:2
Check Filtered Termination Points in Node ${resp.content} of-node:3 tp:3:1 tp:3:2
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model termination-point network-topo:2
${request} Insert Filter ${request} ${FILTER_SPECIFIC_STRING} ${OVSDB_TP_NAME}
${request} Set Specific String Filter ${request} portC
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 1
+ 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=1 tp-ref_count=1
Check Filtered Termination Points in Node ${resp.content} bgp:6
Check Filtered Termination Points in Node ${resp.content} bgp:7 tp:7:2
Check Filtered Termination Points in Node ${resp.content} bgp:8
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model termination-point openflow-topo:1
${request} Insert Filter ${request} ${FILTER_SPECIFIC_STRING} ${OPENFLOW_NODE_CONNECTOR_NAME}
${request} Set Specific String Filter ${request} portB
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 2
+ 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=2 tp-ref_count=2
Check Filtered Termination Points in Node ${resp.content} of-node:1
Check Filtered Termination Points in Node ${resp.content} of-node:2 tp:2:1
Check Filtered Termination Points in Node ${resp.content} of-node:3
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model termination-point network-topo:2
${request} Insert Filter ${request} ${FILTER_RANGE_STRING} ${OVSDB_TP_NAME}
${request} Set Range String Filter ${request} portA portC
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id> ${EMPTY}
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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
Check Filtered Termination Points in Node ${resp.content} bgp:6 tp:6:1
Check Filtered Termination Points in Node ${resp.content} bgp:7 tp:7:2
Check Filtered Termination Points in Node ${resp.content} bgp:8
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model termination-point openflow-topo:1
${request} Insert Filter ${request} ${FILTER_RANGE_STRING} ${OPENFLOW_NODE_CONNECTOR_NAME}
${request} Set Range String Filter ${request} portA portB
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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
Check Filtered Termination Points in Node ${resp.content} of-node:1
Check Filtered Termination Points in Node ${resp.content} of-node:2 tp:2:1 tp:2:3
Check Filtered Termination Points in Node ${resp.content} of-node:3
${request} Insert Filter ${request} ${FILTER_SCRIPT} ${OVSDB_OFPORT}
${script} Set Variable if (node.getValue() > 1117 ) {filterOut.setResult(true);} else {filterOut.setResult(false);}
${request} Set Script Filter ${request} javascript ${script}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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
Check Filtered Termination Points in Node ${resp.content} bgp:1
Check Filtered Termination Points in Node ${resp.content} bgp:2
Check Filtered Termination Points in Node ${resp.content} bgp:3
${request} Insert Filter ${request} ${FILTER_SCRIPT} ${OPENFLOW_NODE_CONNECTOR_NAME}
${script} Set Variable if (node.getValue().indexOf("portB") > -1 ) {filterOut.setResult(true);} else {filterOut.setResult(false);}
${request} Set Script Filter ${request} javascript ${script}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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
Check Filtered Termination Points in Node ${resp.content} of-node:1 tp:1:1
Check Filtered Termination Points in Node ${resp.content} of-node:2 tp:2:2 tp:2:3
Check Filtered Termination Points in Node ${resp.content} of-node:3
Check Filtered Termination Points in Node ${resp.content} of-node:4
- Check Filtered Termination Points in Node ${resp.content} of-node:5
+ Check Filtered Termination Points in Node ${resp.content} of-node:5
\ No newline at end of file
... 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 Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Filtration Range Number Network Topology Model
[Documentation] Test of range number type of filtration operation on Network Topology 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:1:2-1 link:1:3 link:1:4
Filtration Range Number 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:14:12 link:15:13
Filtration Specific String Network Topology Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model link network-topo:1
${request} Insert Filter ${request} ${FILTER_SPECIFIC_STRING} ${IGP_LINK_NAME}
${request} Set Specific String Filter ${request} linkA
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:1:4 link:1:2-1
Filtration Specific String Inventory Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model link openflow-topo:3
${request} Insert Filter ${request} ${FILTER_SPECIFIC_STRING} ${IGP_LINK_NAME}
${request} Set Specific String Filter ${request} linkD
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 1
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ Basic Request Put ${request} ${OVERLAY_TOPO_URL}
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete link_count=1 link-ref_count=1
Check Filtered Links In Topology ${resp.content} link:15:13
Filtration Range String Network Topology Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} network-topology-model link network-topo:1
${request} Insert Filter ${request} ${FILTER_RANGE_STRING} ${IGP_LINK_NAME}
${request} Set Range String Filter ${request} linkA linkB
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:1:2-1 link:1:3 link:1:4
Filtration Range String Inventory Model
${request} Prepare Filtration Topology Request ${FILTRATION_NT} opendaylight-inventory-model link openflow-topo:3
${request} Insert Filter ${request} ${FILTER_RANGE_STRING} ${IGP_LINK_NAME}
${request} Set Range String Filter ${request} linkC linkD
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:14:12 link:15:13
Filtration Script Network Topology Model
${request} Insert Filter ${request} ${FILTER_SCRIPT} ${IGP_LINK_NAME}
${script} Set Variable if (node.getValue().indexOf("linkA") > -1 ) {filterOut.setResult(true);} else {filterOut.setResult(false);}
${request} Set Script Filter ${request} javascript ${script}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:1:2-2 link:1:3
Filtration Script Inventory Model
${request} Insert Filter ${request} ${FILTER_SCRIPT} ${IGP_LINK_NAME}
${script} Set Variable if (node.getValue().indexOf("linkA") > -1 ) {filterOut.setResult(true);} else {filterOut.setResult(false);}
${request} Set Script Filter ${request} javascript ${script}
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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
Check Filtered Links In Topology ${resp.content} link:11:12 link:14:12 link:15:13
... 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 Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Unification Filtration Node Inside Network Topology model
[Documentation] Test unification filtration inside operation on Network Topology model
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 3
+ 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
Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:18 bgp:20
Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:19
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 4
+ 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
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:18
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:17 of-node:19 of-node:20
${request} Insert Filter With ID ${request} ${FILTER_SPECIFIC_STRING} ${OVSDB_TP_NAME} 1
${request} Insert Apply Filters ${request} 1 1
${request} Set Specific String Filter ${request} portA
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <termination-point> 3
+ 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=6
${topology_id} Set Variable network-topo:5
Check Aggregated Termination Point in Node ${model} ${resp.content} ${topology_id} bgp:21 tp:21:1 tp:21:1
... tp:21:2 tp:21:3
${request} Insert Apply Filters ${request} 1 1
${request} Insert Apply Filters ${request} 2 1
${request} Set IPV4 Filter ${request} 192.168.1.1/24
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node> 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 4
- Should Contain X Times ${resp.content} <termination-point 3
- Should Contain X Times ${resp.content} <tp-ref> 3
+ 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=3 tp-ref_count=3
Check Aggregated Node in Topology ${model} ${resp.content} 3 bgp:1 bgp:16
Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:2 bgp:17
${request} Insert Apply Filters ${request} 1 1
${request} Insert Apply Filters ${request} 2 1
${request} Set IPV4 Filter ${request} 192.168.1.1/24
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node> 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <supporting-node> 3
- Should Contain X Times ${resp.content} <termination-point 0
- Should Contain X Times ${resp.content} <tp-ref> 0
+ 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
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:28
Check Aggregated Node in Topology ${model} ${resp.content} 0 of-node:16 of-node:26
... 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 Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Link Computation Aggregation Inside
[Documentation] Test of link computation with unification inside on 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <link-id> 4
+ 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
${overlay_node_id_28_29} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:28 bgp:29
${overlay_node_id_26} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:26
${overlay_node_id_30} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:30
${request} Insert Filter ${request} ${FILTER_IPV4} ${ISIS_NODE_TE_ROUTER_ID_IPV4}
${request} Set IPV4 Filter ${request} 192.168.2.1/32
${request} Insert Link Computation Inside ${request} ${LINK_COMPUTATION_INSIDE} n:network-topology-model network-topo:6
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <link-id> 1
+ 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=2 node-ref_count=2 link_count=1 link-ref_count=1
${overlay_node_id_28} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:28
${overlay_node_id_29} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:29
Check Overlay Link Source And Destination ${model} ${resp.content} network-topo:6 link:28:29 ${overlay_node_id_28} ${overlay_node_id_29}
${request} Insert Apply Filters ${request} 2 1
${request} Set IPV4 Filter ${request} 192.168.1.1/24
${request} Insert Link Computation ${request} ${LINK_COMPUTATION} n:network-topology-model network-topo:6 network-topo:1
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <link> 2
+ 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 link_count=2 link-ref_count=2
${overlay_node_id_1_26} Check Aggregated Node in Topology ${model} ${resp.content} 3 bgp:26 bgp:1
${overlay_node_id_2_27} Check Aggregated Node in Topology ${model} ${resp.content} 0 bgp:27 bgp:2
${topology_id} Set Variable network-topo:1
... 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 Refresh Underlay Topologies And Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Refresh Underlay Topologies And Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Unification Node Update
[Documentation] Test processing of updates using unification operation on 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 8
+ 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 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 ${OVERLAY_TOPO_URL} <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
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 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 ${OVERLAY_TOPO_URL} <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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 7
+ 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 ${OVERLAY_TOPO_URL} <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
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 ${OVERLAY_TOPO_URL} <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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
+ 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} Basic Request Get ${OVERLAY_TOPO_URL}
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ ${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 Contain X Times ${resp.content} <termination-point> 3
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: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} Basic Request Get ${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=4 tp-ref_count=4
: FOR ${index} IN RANGE 7 11
\ Should Contain X Times ${resp.content} <node-ref>bgp:${index}</node-ref> 1
- Should Contain X Times ${resp.content} <termination-point> 4
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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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} Basic Request Get ${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=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} Basic Request Get ${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
: 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>
${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} ${OVERLAY_TOPO_URL} <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 ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 4
+ ${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 ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 3
+ ${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
${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} ${OVERLAY_TOPO_URL} <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 ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 6
+ ${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 ${OVERLAY_TOPO_URL} <node-id>node: 5
- Should Contain X Times ${resp.content} <termination-point> 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
Filtration Range Number Link Update Network Topology 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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 3
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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} Basic Request Get And Test ${OVERLAY_TOPO_URL} <link-id> 2
+ ${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} Basic Request Get And Test ${OVERLAY_TOPO_URL} <link-id> 3
+ ${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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <link-id>link: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
+ 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} Basic Request Get And Test ${OVERLAY_TOPO_URL} <link-id> 3
+ ${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} Basic Request Get And Test ${OVERLAY_TOPO_URL} <link-id> 2
+ ${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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain ${resp.content} <node-ref>bgp: 3
+ 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} Basic Request Get ${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
: 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} Basic Request Get ${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
: 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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 2
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain ${resp.content} <node-ref>of-node: 4
+ 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} Basic Request Get ${OVERLAY_TOPO_URL}
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain ${resp.content} <node-ref>of-node: 3
+ ${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']/..
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} Basic Request Get ${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
: 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
${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
- ${resp} Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 4
+ 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} Basic Request Get ${OVERLAY_TOPO_URL}
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <link-id> 4
+ ${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
#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} Basic Request Get ${OVERLAY_TOPO_URL}
- Should Contain ${resp.content} <topology-id>topo:1</topology-id>
- Should Contain X Times ${resp.content} <link-id> 3
+ ${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
... xmls and verify output. Topology-id on the end of each url 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 Refresh Underlay Topologies And Delete Overlay Topology ${OVERLAY_TOPO_URL}
+Test Teardown Refresh Underlay Topologies And Delete Overlay Topology
Library RequestsLibrary
Library SSHLibrary
Library XML
Resource ../../../libraries/Utils.robot
Resource ../../../libraries/TopoprocessingKeywords.robot
-*** Variables ***
-${OVERLAY_TOPO_URL} ${TOPOLOGY_URL}/topo:1
-
*** Test Cases ***
Unification Node Removal NT
[Documentation] Test processing of node removal using unification operation on Network Topology model
${request} Prepare Unification Topology Request ${UNIFICATION_NT} network-topology-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
- Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 8
+ 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 node-ref_count=10
#Remove an underlay aggregated node, preserving the overlay node
Delete Underlay Node network-topo:1 bgp:3
- ${resp} Wait Until Keyword Succeeds 10x 250ms Basic Request Get And Test ${OVERLAY_TOPO_URL} <supporting-node>
- ... 9
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=8 supporting-node_count=9 node-ref_count=9
Check Aggregated Node in Topology ${model} ${resp.content} 2 bgp:4
#Remove an underlay aggregated node, expecting removal of the overlay node
Delete Underlay Node network-topo:1 bgp:4
- Wait Until Keyword Succeeds 10x 250ms Basic Request Get And Test ${OVERLAY_TOPO_URL} <supporting-node> 8
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=7 supporting-node_count=8 node-ref_count=8
Unification Node Removal Inventory
[Documentation] Test processing of node removal using unification operation on 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
- Send Basic Request And Test If Contain X Times ${request} ${OVERLAY_TOPO_URL} <node-id>node: 7
+ 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 node-ref_count=10
#Remove an underlay aggregated node, preserving the overlay node
Delete Underlay Node openflow-topo:2 of-node:6
- ${resp} Wait Until Keyword Succeeds 10x 250ms Basic Request Get And Test ${OVERLAY_TOPO_URL} <supporting-node>
- ... 9
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=7 supporting-node_count=9 node-ref_count=9
Check Aggregated Node in Topology ${model} ${resp.content} 2 of-node:1
#Remove an underlay aggregated node, expecting removal of the overlay node
Delete Underlay Node openflow-topo:1 of-node:1
- Wait Until Keyword Succeeds 10x 250ms Basic Request Get And Test ${OVERLAY_TOPO_URL} <supporting-node> 8
+ ${resp} Wait Until Keyword Succeeds 3x 1s Output Topo Should Be Complete node_count=6 supporting-node_count=8 node-ref_count=8
Code Review / integration / test.git / commitdiff