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Change-Id: I2de6947d560b1ae86860e0ec811c9fccf6489e55
Signed-off-by: gvrangan <venkatrangang@hcl.com>
+++ /dev/null
-*** Settings ***
-Library SSHLibrary
-Library String
-Library DateTime
-Library Collections
-Library json
-Library RequestsLibrary
-Variables ../variables/Variables.py
-Resource ./Utils.robot
-
-*** Variables ***
-${vlan_topo_10} sudo mn --controller=remote,ip=${ODL_SYSTEM_IP} --custom vlan_vtn_test.py --topo vlantopo
-${vlan_topo_13} sudo mn --controller=remote,ip=${ODL_SYSTEM_IP} --custom vlan_vtn_test.py --topo vlantopo --switch ovsk,protocols=OpenFlow13
-${REST_CONTEXT_VTNS} controller/nb/v2/vtn/default/vtns
-${REST_CONTEXT} controller/nb/v2/vtn/default
-${VERSION_VTN} controller/nb/v2/vtn/version
-${VTN_INVENTORY} restconf/operational/vtn-inventory:vtn-nodes
-${DUMPFLOWS_OF10} dpctl dump-flows -O OpenFlow10
-${DUMPFLOWS_OF13} dpctl dump-flows -O OpenFlow13
-${index} 7
-@{FLOWELMENTS} nw_src=10.0.0.1 nw_dst=10.0.0.3 actions=drop
-@{BRIDGE1_DATAFLOW} "reason":"PORTMAPPED" "path":{"tenant":"Tenant1","bridge":"vBridge1","interface":"if2"}
-@{BRIDGE2_DATAFLOW} "reason":"PORTMAPPED" "path":{"tenant":"Tenant1","bridge":"vBridge2","interface":"if3"}
-${vlanmap_bridge1} {"vlan": "200"}
-${vlanmap_bridge2} {"vlan": "300"}
-@{VLANMAP_BRIDGE1_DATAFLOW} "reason":"VLANMAPPED" "path":{"tenant":"Tenant1","bridge":"vBridge1_vlan"}
-@{VLANMAP_BRIDGE2_DATAFLOW} "reason":"VLANMAPPED" "path":{"tenant":"Tenant1","bridge":"vBridge2_vlan"}
-${pathpolicy_topo_13} sudo mn --controller=remote,ip=${ODL_SYSTEM_IP} --custom topo-3sw-2host_multipath.py --topo pathpolicytopo --switch ovsk,protocols=OpenFlow13
-${pathpolicy_topo_10} sudo mn --controller=remote,ip=${ODL_SYSTEM_IP} --custom topo-3sw-2host_multipath.py --topo pathpolicytopo --switch ovsk,protocols=OpenFlow10
-@{PATHMAP_ATTR} "index":"1" "condition":"flowcond_path" "policy":"1"
-${policy_id} 1
-@{PATHPOLICY_ATTR} "id":"1" "type":"OF" "name":"s4-eth2"
-${custom} ${CURDIR}/${CREATE_PATHPOLICY_TOPOLOGY_FILE_PATH}
-${in_port} 1
-${out_before_pathpolicy} output:2
-${out_after_pathpolicy} output:3
-
-*** Keywords ***
-Start SuiteVtnMa
- [Arguments] ${version_flag}=none
- [Documentation] Start VTN Manager Init Test Suite
- Create Session session http://${ODL_SYSTEM_IP}:${RESTPORT} auth=${AUTH} headers=${HEADERS}
- BuiltIn.Wait_Until_Keyword_Succeeds 30 3 Fetch vtn list
- Start Suite
- Run Keyword If '${version_flag}' == 'OF13' Set Global Variable ${OPENFLOW_VERSION} OF13
- ... ELSE Set Global Variable ${OPENFLOW_VERSION} OF10
-
-Stop SuiteVtnMa
- [Documentation] Stop VTN Manager Test Suite
- Delete All Sessions
-
-Start SuiteVtnMaTest
- [Documentation] Start VTN Manager Test Suite
- Create Session session http://${ODL_SYSTEM_IP}:${RESTPORT} auth=${AUTH} headers=${HEADERS}
-
-Stop SuiteVtnMaTest
- [Documentation] Stop VTN Manager Test Suite
- Delete All Sessions
-
-Add Table Miss Flows
- [Documentation] Add Flow entried to handle table miss situation
- Write dpctl add-flow priority=0,actions=output:CONTROLLER -OOpenFlow13
- Read Until mininet>
-
-Fetch vtn list
- [Documentation] Check if VTN Manager is up.
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT_VTNS}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Fetch vtn switch inventory
- [Arguments] ${sw_name}
- [Documentation] Check if Switch is detected.
- ${resp}= RequestsLibrary.Get Request session ${VTN_INVENTORY}/vtn-inventory:vtn-node/${sw_name}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Add a vtn
- [Arguments] ${vtn_name} ${vtn_data}
- [Documentation] Create a vtn with specified parameters.
- ${resp}= RequestsLibrary.Post Request session ${REST_CONTEXT_VTNS}/${vtn_name} data=${vtn_data}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Delete a vtn
- [Arguments] ${vtn_name}
- [Documentation] Create a vtn with specified parameters.
- ${resp}= RequestsLibrary.Delete Request session ${REST_CONTEXT_VTNS}/${vtn_name}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Add a vBridge
- [Arguments] ${vtn_name} ${vBridge_name} ${vBridge_data}
- [Documentation] Create a vBridge in a VTN
- ${resp}= RequestsLibrary.Post Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name} data=${vBridge_data}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Add a interface
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name} ${interface_data}
- [Documentation] Create a interface into a vBridge of a VTN
- ${resp}= RequestsLibrary.Post Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name} data=${interface_data}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Add a portmap
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name} ${portmap_data}
- [Documentation] Create a portmap for a interface of a vbridge
- ${json_data}= json.dumps ${portmap_data}
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name}/portmap data=${json_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Verify Data Flows
- [Arguments] ${vtn_name} ${vBridge_name}
- [Documentation] Verify the reason and physical data flows for the specified vtn and vbridge
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT_VTNS}/${vtn_name}/flows/detail
- Run Keyword If '${vBridge_name}' == 'vBridge1' DataFlowsForBridge ${resp} @{BRIDGE1_DATAFLOW}
- ... ELSE IF '${vBridge_name}' == 'vBridge2' DataFlowsForBridge ${resp} @{BRIDGE2_DATAFLOW}
- ... ELSE IF '${vBridge_name}' == 'vBridge1_vlan' DataFlowsForBridge ${resp} @{VLANMAP_BRIDGE1_DATAFLOW}
- ... ELSE DataFlowsForBridge ${resp} @{VLANMAP_BRIDGE2_DATAFLOW}
-
-DataFlowsForBridge
- [Arguments] ${resp} @{BRIDGE_DATAFLOW}
- [Documentation] Verify whether the required attributes exists.
- : FOR ${dataflowElement} IN @{BRIDGE_DATAFLOW}
- \ should Contain ${resp.content} ${dataflowElement}
-
-Add a pathmap
- [Arguments] ${pathmap_data}
- [Documentation] Create a pathmap for a vtn
- ${json_data}= json.dumps ${pathmap_data}
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT}/pathmaps/${policy_id} data=${pathmap_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Get a pathmap
- [Documentation] Get a pathmap for a vtn.
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT}/pathmaps
- : FOR ${pathElement} IN @{PATHMAP_ATTR}
- \ should Contain ${resp.content} ${pathElement}
-
-Add a pathpolicy
- [Arguments] ${pathpolicy_data}
- [Documentation] Create a pathpolicy for a vtn
- ${json_data}= json.dumps ${pathpolicy_data}
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT}/pathpolicies/${policy_id} data=${pathpolicy_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Get a pathpolicy
- [Documentation] Get a pathpolicy for a vtn.
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT}/pathpolicies/${policy_id}
- : FOR ${pathpolicyElement} IN @{PATHPOLICY_ATTR}
- \ should Contain ${resp.content} ${pathpolicyElement}
-
-Verify flowEntryPathPolicy
- [Arguments] ${of_version} ${port} ${output}
- [Documentation] Checking Flows on switch S1 and switch S3 after applying path policy
- ${DUMPFLOWS}= Set Variable If "${of_version}"=="OF10" ${DUMPFLOWS_OF10} ${DUMPFLOWS_OF13}
- write ${DUMPFLOWS}
- ${result} Read Until mininet>
- Should Contain ${result} in_port=${port} actions=${output}
-
-Start PathSuiteVtnMaTest
- [Documentation] Start VTN Manager Test Suite and Mininet
- Start SuiteVtnMaTest
- Start Mininet ${TOOLS_SYSTEM_IP} ${pathpolicy_topo_13} ${custom}
-
-Start PathSuiteVtnMaTestOF10
- [Documentation] Start VTN Manager Test Suite and Mininet in Open Flow 10 Specification
- Start SuiteVtnMaTest
- Start Mininet ${TOOLS_SYSTEM_IP} ${pathpolicy_topo_10} ${custom}
-
-Stop PathSuiteVtnMaTest
- [Documentation] Cleanup/Shutdown work at the completion of all tests.
- Delete All Sessions
- Stop Mininet ${mininet_conn_id}
-
-Delete a pathmap
- [Documentation] Delete a pathmap for a vtn
- ${resp}= RequestsLibrary.Delete Request session ${REST_CONTEXT}/pathmaps/1
- Should Be Equal As Strings ${resp.status_code} 200
-
-Get a pathmap after delete
- [Documentation] Get a pathmap for a vtn.
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT}/pathmaps
- : FOR ${pathElement} IN @{PATHMAP_ATTR}
- \ should Not Contain ${resp.content} ${pathElement}
-
-Delete a pathpolicy
- [Documentation] Delete a pathpolicy for a vtn
- ${resp}= RequestsLibrary.Delete Request session ${REST_CONTEXT}/pathpolicies/1
- Should Be Equal As Strings ${resp.status_code} 200
-
-Get a pathpolicy after delete
- [Documentation] Get a pathpolicy for a vtn after delete.
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT}/pathpolicies/${policy_id}
- : FOR ${pathpolicyElement} IN @{PATHPOLICY_ATTR}
- \ should Not Contain ${resp.content} ${pathpolicyElement}
-
-Add a macmap
- [Arguments] ${vtn_name} ${vBridge_name} ${macmap_data}
- [Documentation] Create a macmap for a vbridge
- ${json_data}= json.dumps ${macmap_data}
- ${resp}= RequestsLibrary.Post Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/macmap/allow data=${macmap_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Get DynamicMacAddress
- [Arguments] ${h}
- [Documentation] Get Dynamic mac address of Host
- write ${h} ifconfig -a | grep HWaddr
- ${source} Read Until mininet>
- ${HWaddress}= Split String ${source} ${SPACE}
- ${sourceHWaddr}= Get from List ${HWaddress} ${index}
- ${sourceHWaddress}= Convert To Lowercase ${sourceHWaddr}
- Return From Keyword ${sourceHWaddress} # Also [Return] would work here.
-
-Add a vBridgeMacMapping
- [Arguments] ${tenant_name} ${Bridge_name} ${bridge_macmap_data}
- [Documentation] Create a vbridge macmap for a bridge
- ${json_data}= json.dumps ${bridge_macmap_data}
- ${resp}= RequestsLibrary.Post Request session ${REST_CONTEXT_VTNS}/${tenant_name}/vbridges/${Bridge_name}/macmap/allow data=${json_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Mininet Ping Should Succeed
- [Arguments] ${host1} ${host2}
- [Documentation] Ping hosts to check connectivity
- Write ${host1} ping -c 1 ${host2}
- ${result} Read Until mininet>
- Should Contain ${result} 64 bytes
-
-Mininet Ping Should Not Succeed
- [Arguments] ${host1} ${host2}
- [Documentation] Ping hosts when there is no connectivity and check hosts is unreachable
- Write ${host1} ping -c 3 ${host2}
- ${result} Read Until mininet>
- Should Not Contain ${result} 64 bytes
-
-Delete a interface
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name}
- [Documentation] Delete a interface with specified parameters.
- ${resp}= RequestsLibrary.Delete Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Start vlan_topo
- [Arguments] ${OF}
- [Documentation] Create custom topology for vlan functionality
- Install Package On Ubuntu System vlan
- Run Keyword If '${OF}' == 'OF13' Start Mininet ${TOOLS_SYSTEM_IP} ${vlan_topo_13} ${CURDIR}/${CREATE_VLAN_TOPOLOGY_FILE_PATH}
- ... ELSE IF '${OF}' == 'OF10' Start Mininet ${TOOLS_SYSTEM_IP} ${vlan_topo_10} ${CURDIR}/${CREATE_VLAN_TOPOLOGY_FILE_PATH}
-
-Add a vlanmap
- [Arguments] ${vtn_name} ${vBridge_name} ${vlanmap_data}
- [Documentation] Create a vlanmap
- ${resp}= RequestsLibrary.Post Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/vlanmaps/ data=${vlanmap_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Get flow
- [Arguments] ${vtn_name}
- [Documentation] Get data flow.
- ${resp}= RequestsLibrary.Get Request session ${REST_CONTEXT_VTNS}/${vtn_name}/flows/detail
- Should Be Equal As Strings ${resp.status_code} 200
-
-Remove a portmap
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name} ${portmap_data}
- [Documentation] Remove a portmap for a interface of a vbridge
- ${json_data}= json.dumps ${portmap_data}
- ${resp}= RequestsLibrary.Delete Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name}/portmap data=${json_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Verify FlowMacAddress
- [Arguments] ${host1} ${host2} ${OF_VERSION}
- [Documentation] Verify the source and destination mac address.
- Run Keyword If '${OF_VERSION}' == 'OF10' Verify Flows On OpenFlow ${host1} ${host2} ${DUMPFLOWS_OF10}
- ... ELSE VerifyFlowsOnOpenFlow ${host1} ${host2} ${DUMPFLOWS_OF13}
-
-Verify Flows On OpenFlow
- [Arguments] ${host1} ${host2} ${DUMPFLOWS}
- [Documentation] Verify the mac addresses on the specified open flow.
- ${booleanValue}= Run Keyword And Return Status Verify macaddress ${host1} ${host2} ${DUMPFLOWS}
- Should Be Equal As Strings ${booleanValue} True
-
-Verify RemovedFlowMacAddress
- [Arguments] ${host1} ${host2} ${OF_VERSION}
- [Documentation] Verify the removed source and destination mac address.
- Run Keyword If '${OF_VERSION}' == 'OF10' Verify Removed Flows On OpenFlow ${host1} ${host2} ${DUMPFLOWS_OF10}
- ... ELSE VerifyRemovedFlowsOnOpenFlow ${host1} ${host2} ${DUMPFLOWS_OF13}
-
-Verify Removed Flows On OpenFlow
- [Arguments] ${host1} ${host2} ${DUMPFLOWS}
- [Documentation] Verify the removed mac addresses on the specified open flow.
- ${booleanValue}= Run Keyword And Return Status Verify macaddress ${host1} ${host2} ${DUMPFLOWS}
- Should Not Be Equal As Strings ${booleanValue} True
-
-Verify macaddress
- [Arguments] ${host1} ${host2} ${DUMPFLOWS}
- [Documentation] Verify the source and destination mac address after ping in the dumpflows
- write ${host1} ifconfig -a | grep HWaddr
- ${sourcemacaddr} Read Until mininet>
- ${macaddress}= Split String ${sourcemacaddr} ${SPACE}
- ${sourcemacaddr}= Get from List ${macaddress} ${index}
- ${sourcemacaddress}= Convert To Lowercase ${sourcemacaddr}
- write ${host2} ifconfig -a | grep HWaddr
- ${destmacaddr} Read Until mininet>
- ${macaddress}= Split String ${destmacaddr} ${SPACE}
- ${destmacaddr}= Get from List ${macaddress} ${index}
- ${destmacaddress}= Convert To Lowercase ${destmacaddr}
- write ${DUMPFLOWS}
- ${result} Read Until mininet>
- Should Contain ${result} ${sourcemacaddress}
- Should Contain ${result} ${destmacaddress}
-
-Add a flowcondition
- [Arguments] ${cond_name} ${flowcond_data}
- [Documentation] Create a flowcondition for a interface of a vbridge
- ${json_data}= json.dumps ${flowcond_data}
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT}/flowconditions/${cond_name} data=${json_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Delete a flowcondition
- [Arguments] ${cond_name}
- [Documentation] Delete a flowcondition for a interface of a vbridge
- ${resp}= RequestsLibrary.Delete Request session ${REST_CONTEXT}/flowconditions/${cond_name}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Add a flowfilter
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name} ${flowfilter_data} ${ff_index}
- [Documentation] Create a flowfilter for a vtn
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name}/flowfilters/IN/${ff_index} data=${flowfilter_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Add a flowfilter_vtn
- [Arguments] ${vtn_name} ${flowfilter_data} ${ff_index}
- [Documentation] Create a flowfilter for a vtn
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT_VTNS}/${vtn_name}/flowfilters/${ff_index} data=${flowfilter_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Add a flowfilter_vbr
- [Arguments] ${vtn_name} ${vBridge_name} ${flowfilter_data} ${ff_index}
- [Documentation] Create a flowfilter for a vbr
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/flowfilters/IN/${ff_index} data=${flowfilter_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 201
-
-Update a flowfilter
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name} ${flowfilter_data} ${ff_index}
- [Documentation] Create a flowfilter for a vtn
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name}/flowfilters/IN/${ff_index} data=${flowfilter_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Add a flowfilter for drop
- [Arguments] ${vtn_name} ${vBridge_name} ${interface_name} ${flowfilter_data} ${ff_index}
- [Documentation] Create a flowfilter for a vtn
- ${resp}= RequestsLibrary.Put Request session ${REST_CONTEXT_VTNS}/${vtn_name}/vbridges/${vBridge_name}/interfaces/${interface_name}/flowfilters/IN/${ff_index} data=${flowfilter_data} headers=${HEADERS}
- Should Be Equal As Strings ${resp.status_code} 200
-
-Verify Flow Entry for Inet Flowfilter
- [Documentation] Verify switch flow entry using flowfilter for a vtn
- ${booleanValue}= Run Keyword And Return Status Verify Actions on Flow Entry
- Should Not Be Equal As Strings ${booleanValue} True
-
-Verify Removed Flow Entry for Inet Drop Flowfilter
- [Documentation] Verify removed switch flow entry using flowfilter drop for a vtn
- ${booleanValue}= Run Keyword And Return Status Verify Actions on Flow Entry
- Should Be Equal As Strings ${booleanValue} True
-
-Verify Actions on Flow Entry
- write ${DUMPFLOWS_OF13}
- ${result} Read Until mininet>
- : FOR ${flowElement} IN @{FLOWELMENTS}
- \ should Contain ${result} ${flowElement}
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {}
-
-Add a macmap for bridge1
- [Documentation] Add a macmap for bridge1 in vtn Tenant1
- ${source}= Get DynamicMacAddress h1
- ${destination}= Get DynamicMacAddress h3
- ${destaddress}= Create Dictionary vlan=0 address=${destination}
- ${sourceaddress}= Create Dictionary vlan=0 address=${source}
- @{machost} Create List ${sourceaddress} ${destaddress}
- ${mac_map_data}= Create Dictionary machost=${machost}
- Add a vBridgeMacMapping Tenant1 vBridge1 ${mac_map_data}
-
-Get macmapflow h3 h1
- [Documentation] Verify Ping between hosts h3 and h1. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h3 h1
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF10
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {"description": "Virtual Tenant 1 for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {}
-
-Add a interface If1
- [Documentation] Add a interface if1 into vBridge vBrdige1
- Add a interface Tenant1 vBridge1 if1 {}
-
-Add a interface if2
- [Documentation] Add a interface if2 into vBridge vBrdige1
- Add a interface Tenant1 vBridge1 if2 {}
-
-Add a portmap for interface if1
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node}= Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port}= Create Dictionary name=s2-eth1
- ${portmap_data}= Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Add a portmap for interface if2
- [Documentation] Create a portmap on Interface if2 of vBridge1
- ${node}= Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port}= Create Dictionary name=s3-eth1
- ${portmap_data}= Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if2 ${portmap_data}
-
-Ping h1 to h3
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a interface If3
- [Documentation] Add a interface if3 into vBridge vBrdige2
- Add a interface Tenant1 vBridge2 if3 {}
-
-Add a interface if4
- [Documentation] Add a interface if4 into vBridge vBrdige2
- Add a interface Tenant1 vBridge2 if4 {}
-
-Add a portmap for interface if3
- [Documentation] Create a portmap on Interface if3 of vBridge2
- ${node}= Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port}= Create Dictionary name=s2-eth2
- ${portmap_data}= Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge2 if3 ${portmap_data}
-
-Add a portmap for interface if4
- [Documentation] Create a portmap on Interface if4 of vBridge2
- ${node}= Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port}= Create Dictionary name=s3-eth2
- ${portmap_data}= Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge2 if4 ${portmap_data}
-
-Ping h2 to h4
- [Documentation] Verify Ping between hosts h2 and h4. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Get flow
- [Documentation] Get flow of a vtn Tenant1
- Get flow Tenant1
-
-Verify FlowMacAddress
- [Documentation] Checking Flows on switch
- [Tags] Switch
- Wait Until Keyword Succeeds 20s 1s Verify FlowMacAddress h2 h4 OF10
-
-Remove Portmap for If1
- [Documentation] Remove portmap for the interface If1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Remove a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Verify RemovedFlowMacAddress
- [Documentation] flows will be deleted after the port map is removed
- Wait Until Keyword Succeeds 20s 1s Verify RemovedFlowMacAddress h1 h3 OF10
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager Data Flow using OF10
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant1 for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant1"}
-
-Add a interface If1
- [Documentation] Add a interface if1 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if1 {"enabled": "true","description": "Interface1 for vBridge1 for Tenant1"}
-
-Add a interface if2
- [Documentation] Add a interface if2 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if2 {"enabled": "true","description": "Interface2 for vBridge1 for Tenant1"}
-
-Add a portmap for interface if1
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Add a portmap for interface if2
- [Documentation] Create a portmap on Interface if2 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if2 ${portmap_data}
-
-Ping h1 to h3
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Verify data flow details For vBridge1
- [Documentation] Verify the data flows for the specified tenant and bridge
- Verify Data Flows Tenant1 vBridge1
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a interface If3
- [Documentation] Add a interface if3 into vBrdige vBridge1
- Add a interface Tenant1 vBridge2 if3 {}
-
-Add a interface if4
- [Documentation] Add a interface if4 into vBrdige vBridge1
- Add a interface Tenant1 vBridge2 if4 {}
-
-Add a portmap for interface if3
- [Documentation] Create a portmap on Interface if3 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge2 if3 ${portmap_data}
-
-Add a portmap for interface if4
- [Documentation] Create a portmap on Interface if4 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge2 if4 ${portmap_data}
-
-Ping h2 to h4
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Verify data flow details for vBridge2
- [Documentation] Verify the data flows for the specified tenant and bridge
- Wait Until Keyword Succeeds 20s 1s Verify Data Flows Tenant1 vBridge2
-
-Verify FlowMacAddress
- [Documentation] Checking Flows on switch
- [Tags] Switch
- Wait Until Keyword Succeeds 20s 1s Verify FlowMacAddress h2 h4 OF10
-
-Remove Portmap for If1
- [Documentation] Remove portmap for the interface If1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Remove a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Verify RemovedFlowMacAddress
- [Documentation] flows will be deleted after the port map is removed
- Wait Until Keyword Succeeds 20s 1s Verify RemovedFlowMacAddress h1 h3 OF10
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF10
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Variables ***
-${flowfilterInetdata} {"index":1,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-${flowfilterInetdropdata} {"index":1,"condition":"cond1","filterType":{"drop":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-${flowfilterIcmpCodedata} {"index":2,"condition":"cond1","filterType":{"pass":{}},"actions":[{"icmpcode":{"code":9}}]}
-${flowfilterTpsrcTpdstdata} {"index":3,"condition":"cond1","filterType":{"pass":{}},"actions":[{"tpsrc":{"port":"5"}},{"tpdst":{"port":"10"}}]}
-${flowfilterDscpdata} {"index":6,"condition":"cond1","filterType":{"pass":{}},"actions":[{"dscp": {"dscp": 10}}]}
-${macmap_data} {"machost": [{"address": "0e:d5:e3:40:a3:f0", "vlan": "0"},{"address": "9a:dd:b0:8a:de:2f", "vlan": "0"}]}
-${flowfiltervlanpcp} {"index":7,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}},{"icmpcode":{"code":1}},{"vlanpcp":{"priority":3}}]}
-${vtn_flowfilterInetdata} {"index":8,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-${vbr_flowfilterInetdata} {"index":9,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant1 for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant1"}
-
-Add a interface If1
- [Documentation] Add a interface if1 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if1 {"enabled": "true","description": "Interface1 for vBridge1 for Tenant1"}
-
-Add a interface if2
- [Documentation] Add a interface if2 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if2 {"enabled": "true","description": "Interface2 for vBridge1 for Tenant1"}
-
-Add a portmap for interface if1
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Add a portmap for interface if2
- [Documentation] Create a portmap on Interface if2 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if2 ${portmap_data}
-
-Ping h1 to h3
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a interface If3
- [Documentation] Add a interface if3 into vBrdige vBridge1
- Add a interface Tenant1 vBridge1 if3 {}
-
-Add a interface if4
- [Documentation] Add a interface if4 into vBrdige vBridge1
- Add a interface Tenant1 vBridge1 if4 {}
-
-Add a portmap for interface if3
- [Documentation] Create a portmap on Interface if3 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if3 ${portmap_data}
-
-Add a portmap for interface if4
- [Documentation] Create a portmap on Interface if4 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if4 ${portmap_data}
-
-Ping h2 to h4
- [Documentation] Verify Ping between hosts h2 and h4. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Add a macmap
- [Documentation] Create a macmap on vBridge vBridge1
- Add a macmap Tenant1 vBridge1 ${macmap_data}
-
-Get flow
- [Documentation] Get flow of a vtn Tenant1
- Wait Until Keyword Succeeds 12s 1s Get flow Tenant1
-
-Add a flowcondition cond1
- [Documentation] Create a flowcondition cond1
- ${inet4}= Create Dictionary src=10.0.0.1 dst=10.0.0.3
- ${inetMatch}= Create Dictionary inet4=${inet4}
- ${matchElement}= Create Dictionary index=1 inetMatch=${inetMatch}
- @{matchlist} Create List ${matchElement}
- ${flowcond_data}= Create Dictionary name=cond1 match=${matchlist}
- Add a flowcondition cond1 ${flowcond_data}
-
-Add a flowfilter with inet4src and inet4dst
- [Documentation] Create a flowfilter with inet4 and Verify ping
- Add a flowfilter Tenant1 vBridge1 if1 ${flowfilterInetdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with Icmp code
- [Documentation] Create a flowfilter with icmp code and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfilterIcmpCodedata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with tpsrc and tpdst
- [Documentation] Create a flowfilter with tpsrc and tpdst and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfilterTpsrcTpdstdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with dscp
- [Documentation] Create a flowfilter with dscp and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfilterDscpdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Verify Flow Entry for Inet Flowfilter
- [Documentation] Verify Flow Entry for Inet Flowfilter
- Wait Until Keyword Succeeds 20s 1s Verify Flow Entry for Inet Flowfilter
-
-Add a flowfilter with vlanpcp
- [Documentation] Create a flowfilter with vlanpcp and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfiltervlanpcp} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter_vtn with inet4src and inet4dst
- [Documentation] Create a vtn_flowfilter with inet4 and Verify ping
- Add a flowfilter_vtn Tenant1 ${vtn_flowfilterInetdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter_vbr with inet4src and inet4dst
- [Documentation] Create a vbr_flowfilter with inet4 and Verify ping
- Add a flowfilter_vbr Tenant1 vBridge1 ${vbr_flowfilterInetdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with inet4 for drop
- [Documentation] Create a flowfilter with inet4 for drop action and Verify no pinging
- Add a flowfilter for drop Tenant1 vBridge1 if1 ${flowfilterInetdropdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Not Succeed h1 h3
-
-Delete a flowcondition
- [Documentation] Delete a flowcondition
- Delete a flowcondition cond1
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF10
-Suite Setup Start PathSuiteVtnMaTestOF10
-Suite Teardown Stop PathSuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Variables ***
-${pathmapdata} {"index": 1,"condition":"flowcond_path","policy":1,"idleTimeout": 300,"hardTimeout": 0}
-${pathpolicydata} {"id": 1,"default": 100000,"cost": [{"location": {"node": {"type": "OF","id": "00:00:00:00:00:00:00:01"},"port": {"type": "OF","id": "3","name": "s1-eth3"}},"cost": 1000},{"location": {"node": {"type": "OF","id": "00:00:00:00:00:00:00:04"},"port": {"type": "OF","id": "2","name": "s4-eth2"}},"cost": 1000},{"location": {"node": {"type": "OF", "id": "00:00:00:00:00:00:00:03"},"port": {"type": "OF","id": "3","name": "s3-eth3"}},"cost": 100000}]}
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Check if switch4 detected
- [Documentation] Check if openflow:4 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:4
-
-Add a vtn Tenant_path
- [Documentation] Add a vtn Tenant_path
- Add a vtn Tenant_path {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant_path for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant_path
- Add a vBridge Tenant_path vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant_path"}
-
-Add a interface If1_path
- [Documentation] Add a interface if1_path into vBrdige vBridge1
- Add a interface Tenant_path vBridge1 if1_path {}
-
-Add a portmap for interface if1_path
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:01
- ${port} Create Dictionary name=s1-eth1 type=OF id=1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant_path vBridge1 if1_path ${portmap_data}
-
-Add a interface If2_path
- [Documentation] Add a interface if2_path into vBrdige vBridge1
- Add a interface Tenant_path vBridge1 if2_path {}
-
-Add a portmap for interface if2_path
- [Documentation] Create a portmap on Interface if2_path of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth3 type=OF id=3
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant_path vBridge1 if2_path ${portmap_data}
-
-Ping h1 to h2 before path policy
- [Documentation] Verify Ping between hosts h1 and h2. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h2
-
-Verify flowEntryBeforePathPolicy
- [Documentation] Checking Flows on switch s1 and s3
- [Tags] exclude
- Wait Until Keyword Succeeds 20s 1s Verify flowEntryPathPolicy OF10 ${in_port} ${out_before_pathpolicy}
-
-Add a flowcondition flowcond_path
- [Documentation] Create a flowcondition flowcond_path
- ${inet4}= Create Dictionary src=10.0.0.1 dst=10.0.0.2 protocol=1
- ${inetMatch}= Create Dictionary inet4=${inet4}
- ${ethernet}= Create Dictionary src=ca:9e:58:0c:1e:f0 dst=ba:bd:0f:e3:a8:c8 type=2048
- ${matchElement}= Create Dictionary index=1 ethernet=${ethernet} inetMatch=${inetMatch}
- @{matchlist} Create List ${matchElement}
- ${flowcond_data}= Create Dictionary name=flowcond_path match=${matchlist}
- Add a flowcondition flowcond_path ${flowcond_data}
-
-Add a pathmap
- [Documentation] Create a pathmap in the vtn
- Add a pathmap ${pathmapdata}
-
-Get a pathmap
- [Documentation] Retrieve a pathmap in the vtn
- Get a pathmap
-
-Add a pathpolicy
- [Documentation] Create a pathpolicy in the vtn
- Add a pathpolicy ${pathpolicydata}
-
-Get a pathpolicy
- [Documentation] Retrieve a pathpolicy in the vtn
- Get a pathpolicy
-
-Ping h1 to h2 after path policy
- [Documentation] Verify Ping between hosts h1 and h2. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h2
-
-Verify flowEntryAfterPathPolicy
- [Documentation] Checking Flows on switch s1 and s3
- [Tags] exclude
- Wait Until Keyword Succeeds 20s 1s Verify flowEntryPathPolicy OF10 ${in_port} ${out_after_pathpolicy}
-
-Delete a pathmap
- [Documentation] Delete a pathmap
- Delete a pathmap
-
-Get a pathmap after delete
- [Documentation] Retrieve a pathmap in the vtn after delete to check whether it is deleted properly
- Get a pathmap after delete
-
-Delete a pathpolicy
- [Documentation] Delete a pathpolicy
- Delete a pathpolicy
-
-Get a pathpolicy after delete
- [Documentation] Retrieve a pathpolicy in the vtn after delete to check whether it is deleted properly
- Get a pathpolicy after delete
-
-Delete a flowcondition
- [Documentation] Delete a flowcondition
- Delete a flowcondition flowcond_path
-
-Delete a vtn Tenant_path
- [Documentation] Delete a vtn Tenant_path
- Delete a vtn Tenant_path
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF10
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Start topology
- [Documentation] Add a vlan topology
- Start vlan_topo OF10
-
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {}
-
-Add a vlanmap for bridge1
- [Documentation] Add a Vlanmap for bridge1 in vtn Tenant1
- Add a vlanmap Tenant1 vBridge1 ${vlanmap_bridge1}
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a vlanmap for bridge2
- [Documentation] Add a Vlanmap for bridge1 in vtn Tenant1
- Add a vlanmap Tenant1 vBridge2 ${vlanmap_bridge2}
-
-Get vlanflow h1 h3
- [Documentation] ping h1 to h3
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Get vlanflow h1 h5
- [Documentation] ping h1 to h5
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h5
-
-Get vlanflow h2 h4
- [Documentation] ping h2 to h4
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Get vlanflow h2 h6
- [Documentation] ping h2 to h6
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h6
-
-Get vlanflow h2 h5
- [Documentation] ping h2 to h5
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Not Succeed h2 h5
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager (OF10)
-Suite Setup Start SuiteVtnMa
-Suite Teardown Stop SuiteVtnMa
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Variables ***
-${start} sudo mn --controller=remote,ip=${ODL_SYSTEM_IP} --topo tree,2
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {}
-
-Add a macmap for bridge1
- [Documentation] Add a macmap for bridge1 in vtn Tenant1
- ${source}= Get DynamicMacAddress h1
- ${destination}= Get DynamicMacAddress h3
- ${destaddress}= Create Dictionary vlan=0 address=${destination}
- ${sourceaddress}= Create Dictionary vlan=0 address=${source}
- @{machost} Create List ${sourceaddress} ${destaddress}
- ${mac_map_data}= Create Dictionary machost=${machost}
- Add a vBridgeMacMapping Tenant1 vBridge1 ${mac_map_data}
-
-Get macmapflow h3 h1
- [Documentation] Verify ping h3 to h1
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h3 h1
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant1 for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant1"}
-
-Add a interface If1
- [Documentation] Add a interface if1 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if1 {"enabled": "true","description": "Interface1 for vBridge1 for Tenant1"}
-
-Add a interface if2
- [Documentation] Add a interface if2 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if2 {"enabled": "true","description": "Interface2 for vBridge1 for Tenant1"}
-
-Add a portmap for interface if1
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Add a portmap for interface if2
- [Documentation] Create a portmap on Interface if2 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if2 ${portmap_data}
-
-Ping h1 to h3
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a interface If3
- [Documentation] Add a interface if3 into vBrdige vBridge1
- Add a interface Tenant1 vBridge1 if3 {}
-
-Add a interface if4
- [Documentation] Add a interface if4 into vBrdige vBridge1
- Add a interface Tenant1 vBridge1 if4 {}
-
-Add a portmap for interface if3
- [Documentation] Create a portmap on Interface if3 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if3 ${portmap_data}
-
-Add a portmap for interface if4
- [Documentation] Create a portmap on Interface if4 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if4 ${portmap_data}
-
-Ping h2 to h4
- [Documentation] Verify Ping between hosts h2 and h4.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Get flow
- [Documentation] Get flow of a vtn Tenant1
- Get flow Tenant1
-
-Verify FlowMacAddress
- [Documentation] Checking Flows on switch
- [Tags] Switch
- Wait Until Keyword Succeeds 20s 1s Verify FlowMacAddress h2 h4 OF13
-
-Remove Portmap for If1
- [Documentation] Remove portmap for the interface If1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Remove a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Verify RemovedFlowMacAddress
- [Documentation] flows will be deleted after the port map is removed
- Wait Until Keyword Succeeds 20s 1s Verify RemovedFlowMacAddress h1 h3 OF13
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager Data Flow using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant1 for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant1"}
-
-Add a interface If1
- [Documentation] Add a interface if1 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if1 {"enabled": "true","description": "Interface1 for vBridge1 for Tenant1"}
-
-Add a interface if2
- [Documentation] Add a interface if2 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if2 {"enabled": "true","description": "Interface2 for vBridge1 for Tenant1"}
-
-Add a portmap for interface if1
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Add a portmap for interface if2
- [Documentation] Create a portmap on Interface if2 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if2 ${portmap_data}
-
-Ping h1 to h3
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Verify data flow details For vBridge1
- [Documentation] Verify the data flows for the specified tenant and bridge
- Wait Until Keyword Succeeds 20s 1s Verify Data Flows Tenant1 vBridge1
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a interface If3
- [Documentation] Add a interface if3 into vBrdige vBridge1
- Add a interface Tenant1 vBridge2 if3 {}
-
-Add a interface if4
- [Documentation] Add a interface if4 into vBrdige vBridge1
- Add a interface Tenant1 vBridge2 if4 {}
-
-Add a portmap for interface if3
- [Documentation] Create a portmap on Interface if3 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge2 if3 ${portmap_data}
-
-Add a portmap for interface if4
- [Documentation] Create a portmap on Interface if4 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge2 if4 ${portmap_data}
-
-Ping h2 to h4
- [Documentation] Verify Ping between hosts h2 and h4.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Verify data flow details for vBridge2
- [Documentation] Verify the data flows for the specified tenant and bridge
- Wait Until Keyword Succeeds 20s 1s Verify Data Flows Tenant1 vBridge2
-
-Verify FlowMacAddress
- [Documentation] Checking Flows on switch
- [Tags] Switch
- Wait Until Keyword Succeeds 20s 1s Verify FlowMacAddress h2 h4 OF13
-
-Remove Portmap for If1
- [Documentation] Remove portmap for the interface If1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Remove a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Verify RemovedFlowMacAddress
- [Documentation] flows will be deleted after the port map is removed
- Wait Until Keyword Succeeds 20s 1s Verify RemovedFlowMacAddress h1 h3 OF13
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Variables ***
-${flowfilterInetdata} {"index":1,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-${flowfilterInetdropdata} {"index":1,"condition":"cond1","filterType":{"drop":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-${flowfilterIcmpCodedata} {"index":2,"condition":"cond1","filterType":{"pass":{}},"actions":[{"icmpcode":{"code":9}}]}
-${flowfilterTpsrcTpdstdata} {"index":3,"condition":"cond1","filterType":{"pass":{}},"actions":[{"tpsrc":{"port":"5"}},{"tpdst":{"port":"10"}}]}
-${flowfilterDscpdata} {"index":6,"condition":"cond1","filterType":{"pass":{}},"actions":[{"dscp": {"dscp": 10}}]}
-${macmap_data} {"machost": [{"address": "0e:d5:e3:40:a3:f0", "vlan": "0"},{"address": "9a:dd:b0:8a:de:2f", "vlan": "0"}]}
-${flowfiltervlanpcp} {"index":7,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}},{"icmpcode":{"code":1}},{"vlanpcp":{"priority":3}}]}
-${vtn_flowfilterInetdata} {"index":8,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-${vbr_flowfilterInetdata} {"index":9,"condition":"cond1","filterType":{"pass":{}},"actions":[{"inet4src":{"address":"10.0.0.1"}},{"inet4dst":{"address":"10.0.0.3"}}]}
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant1 for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant1"}
-
-Add a interface If1
- [Documentation] Add a interface if1 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if1 {"enabled": "true","description": "Interface1 for vBridge1 for Tenant1"}
-
-Add a interface if2
- [Documentation] Add a interface if2 into vBridge vBridge1
- Add a interface Tenant1 vBridge1 if2 {"enabled": "true","description": "Interface2 for vBridge1 for Tenant1"}
-
-Add a portmap for interface if1
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if1 ${portmap_data}
-
-Add a portmap for interface if2
- [Documentation] Create a portmap on Interface if2 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if2 ${portmap_data}
-
-Ping h1 to h3
- [Documentation] Verify Ping between hosts h1 and h3. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a interface If3
- [Documentation] Add a interface if3 into vBrdige vBridge1
- Add a interface Tenant1 vBridge1 if3 {}
-
-Add a interface if4
- [Documentation] Add a interface if4 into vBrdige vBridge1
- Add a interface Tenant1 vBridge1 if4 {}
-
-Add a portmap for interface if3
- [Documentation] Create a portmap on Interface if3 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:02
- ${port} Create Dictionary name=s2-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if3 ${portmap_data}
-
-Add a portmap for interface if4
- [Documentation] Create a portmap on Interface if4 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth2
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant1 vBridge1 if4 ${portmap_data}
-
-Ping h2 to h4
- [Documentation] Verify Ping between hosts h2 and h4.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Add a macmap
- [Documentation] Create a macmap on vBridge vBridge1
- Add a macmap Tenant1 vBridge1 ${macmap_data}
-
-Get flow
- [Documentation] Get flow of a vtn Tenant1
- Wait Until Keyword Succeeds 12s 1s Get flow Tenant1
-
-Add a flowcondition cond1
- [Documentation] Create a flowcondition cond1
- ${inet4}= Create Dictionary src=10.0.0.1 dst=10.0.0.3
- ${inetMatch}= Create Dictionary inet4=${inet4}
- ${matchElement}= Create Dictionary index=1 inetMatch=${inetMatch}
- @{matchlist} Create List ${matchElement}
- ${flowcond_data}= Create Dictionary name=cond1 match=${matchlist}
- Add a flowcondition cond1 ${flowcond_data}
-
-Add a flowfilter with inet4src and inet4dst
- [Documentation] Create a flowfilter with inet4 and Verify ping
- Add a flowfilter Tenant1 vBridge1 if1 ${flowfilterInetdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with Icmp code
- [Documentation] Create a flowfilter with icmp code and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfilterIcmpCodedata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with tpsrc and tpdst
- [Documentation] Create a flowfilter with tpsrc and tpdst and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfilterTpsrcTpdstdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with dscp
- [Documentation] Create a flowfilter with dscp and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfilterDscpdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Verify Flow Entry for Inet Flowfilter
- [Documentation] Verify Flow Entry for Inet Flowfilter
- Wait Until Keyword Succeeds 20s 1s Verify Flow Entry for Inet Flowfilter
-
-Add a flowfilter with vlanpcp
- [Documentation] Create a flowfilter with vlanpcp and Verify ping
- Update a flowfilter Tenant1 vBridge1 if1 ${flowfiltervlanpcp} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter_vtn with inet4src and inet4dst
- [Documentation] Create a vtn_flowfilter with inet4 and Verify ping
- Add a flowfilter_vtn Tenant1 ${vtn_flowfilterInetdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter_vbr with inet4src and inet4dst
- [Documentation] Create a vbr_flowfilter with inet4 and Verify ping
- Add a flowfilter_vbr Tenant1 vBridge1 ${vbr_flowfilterInetdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Add a flowfilter with inet4 for drop
- [Documentation] Create a flowfilter with inet4 for drop action and Verify no pinging
- Add a flowfilter for drop Tenant1 vBridge1 if1 ${flowfilterInetdropdata} ${index}
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Not Succeed h1 h3
-
-Delete a flowcondition
- [Documentation] Delete a flowcondition
- Delete a flowcondition cond1
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager PathPolicy using OF13
-Suite Setup Start PathSuiteVtnMaTest
-Suite Teardown Stop PathSuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Variables ***
-${pathmapdata} {"index": 1,"condition":"flowcond_path","policy":1,"idleTimeout": 300,"hardTimeout": 0}
-${pathpolicydata} {"id": 1,"default": 100000,"cost": [{"location": {"node": {"type": "OF","id": "00:00:00:00:00:00:00:01"},"port": {"type": "OF","id": "3","name": "s1-eth3"}},"cost": 1000},{"location": {"node": {"type": "OF","id": "00:00:00:00:00:00:00:04"},"port": {"type": "OF","id": "2","name": "s4-eth2"}},"cost": 1000},{"location": {"node": {"type": "OF", "id": "00:00:00:00:00:00:00:03"},"port": {"type": "OF","id": "3","name": "s3-eth3"}},"cost": 100000}]}
-
-*** Test Cases ***
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Check if switch4 detected
- [Documentation] Check if openflow:4 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:4
-
-Add a vtn Tenant_path
- [Documentation] Add a vtn Tenant_path
- Add a vtn Tenant_path {"idleTimeout": "200","hardTimeout": "600","description": "Virtual Tenant_path for Hackfest network"}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant_path
- Add a vBridge Tenant_path vBridge1 {"ageInterval": "300","description": "vBridge1 for Tenant_path"}
-
-Add a interface If1_path
- [Documentation] Add a interface if1_path into vBrdige vBridge1
- Add a interface Tenant_path vBridge1 if1_path {}
-
-Add a portmap for interface if1_path
- [Documentation] Create a portmap on Interface if1 of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:01
- ${port} Create Dictionary name=s1-eth1 type=OF id=1
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant_path vBridge1 if1_path ${portmap_data}
-
-Add a interface If2_path
- [Documentation] Add a interface if2_path into vBrdige vBridge1
- Add a interface Tenant_path vBridge1 if2_path {}
-
-Add a portmap for interface if2_path
- [Documentation] Create a portmap on Interface if2_path of vBridge1
- ${node} Create Dictionary type=OF id=00:00:00:00:00:00:00:03
- ${port} Create Dictionary name=s3-eth3 type=OF id=3
- ${portmap_data} Create Dictionary node=${node} port=${port}
- Add a portmap Tenant_path vBridge1 if2_path ${portmap_data}
-
-Ping h1 to h2 before path policy
- [Documentation] Verify Ping between hosts h1 and h2. To check mininet ping here added wait until time as '20s'. Since, sometimes it takes maximum '20sec' to send packet b/w hosts.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h2
-
-Verify flowEntryBeforePathPolicy
- [Documentation] Checking Flows on switch s1 and s3
- [Tags] exclude
- Verify flowEntryPathPolicy OF13 ${in_port} ${out_before_pathpolicy}
-
-Add a flowcondition flowcond_path
- [Documentation] Create a flowcondition flowcond_path
- ${inet4}= Create Dictionary src=10.0.0.1 dst=10.0.0.2 protocol=1
- ${inetMatch}= Create Dictionary inet4=${inet4}
- ${ethernet}= Create Dictionary src=ca:9e:58:0c:1e:f0 dst=ba:bd:0f:e3:a8:c8 type=2048
- ${matchElement}= Create Dictionary index=1 ethernet=${ethernet} inetMatch=${inetMatch}
- @{matchlist} Create List ${matchElement}
- ${flowcond_data}= Create Dictionary name=flowcond_path match=${matchlist}
- Add a flowcondition flowcond_path ${flowcond_data}
-
-Add a pathmap
- [Documentation] Create a pathmap in the vtn
- Add a pathmap ${pathmapdata}
-
-Get a pathmap
- [Documentation] Retrieve a pathmap in the vtn
- Get a pathmap
-
-Add a pathpolicy
- [Documentation] Create a pathpolicy in the vtn
- Add a pathpolicy ${pathpolicydata}
-
-Get a pathpolicy
- [Documentation] Retrieve a pathpolicy in the vtn
- Get a pathpolicy
-
-Ping h1 to h2 after path policy
- [Documentation] Verify Ping between hosts h1 and h2.
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h2
-
-Verify flowEntryAfterPathPolicy
- [Documentation] Checking Flows on switch s1 and s3
- [Tags] exclude
- Verify flowEntryPathPolicy OF13 ${in_port} ${out_after_pathpolicy}
-
-Delete a pathmap
- [Documentation] Delete a pathmap
- Delete a pathmap
-
-Get a pathmap after delete
- [Documentation] Retrieve a pathmap in the vtn after delete to check whether it is deleted properly
- Get a pathmap after delete
-
-Delete a pathpolicy
- [Documentation] Delete a pathpolicy
- Delete a pathpolicy
-
-Get a pathpolicy after delete
- [Documentation] Retrieve a pathpolicy in the vtn after delete to check whether it is deleted properly
- Get a pathpolicy after delete
-
-Delete a flowcondition
- [Documentation] Delete a flowcondition
- Delete a flowcondition flowcond_path
-
-Delete a vtn Tenant_path
- [Documentation] Delete a vtn Tenant_path
- Delete a vtn Tenant_path
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Start topology
- [Documentation] Add a vlan topology
- Start vlan_topo OF13
-
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {}
-
-Add a vBridge vBridge1
- [Documentation] Add a vBridge vBridge1 in vtn Tenant1
- Add a vBridge Tenant1 vBridge1 {}
-
-Add a vlanmap for bridge1
- [Documentation] Add a Vlanmap for bridge1 in vtn Tenant1
- Add a vlanmap Tenant1 vBridge1 ${vlanmap_bridge1}
-
-Add a vBridge vBridge2
- [Documentation] Add a vBridge vBridge2 in vtn Tenant1
- Add a vBridge Tenant1 vBridge2 {}
-
-Add a vlanmap for bridge2
- [Documentation] Add a Vlanmap for bridge1 in vtn Tenant1
- Add a vlanmap Tenant1 vBridge2 ${vlanmap_bridge2}
-
-Get vlanflow h1 h3
- [Documentation] ping h1 to h3
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Get vlanflow h1 h5
- [Documentation] ping h1 to h5
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h5
-
-Get vlanflow h2 h4
- [Documentation] ping h2 to h4
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Get vlanflow h2 h6
- [Documentation] ping h2 to h6
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h6
-
-Get vlanflow h2 h5
- [Documentation] ping h2 to h5
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Not Succeed h2 h5
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager Data Flows using OF13
-Suite Setup Start SuiteVtnMaTest
-Suite Teardown Stop SuiteVtnMaTest
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Test Cases ***
-Start topology
- [Documentation] Add a vlan topology
- Start vlan_topo OF13
-
-Check if switch1 detected
- [Documentation] Check if openflow:1 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 12 3 Fetch vtn switch inventory openflow:1
-
-Check if switch2 detected
- [Documentation] Check if openflow:2 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:2
-
-Check if switch3 detected
- [Documentation] Check if openflow:3 is detected
- BuiltIn.Wait_Until_Keyword_Succeeds 3 1 Fetch vtn switch inventory openflow:3
-
-Add a vtn Tenant1
- [Documentation] Add a vtn Tenant1
- Add a vtn Tenant1 {}
-
-Add a vBridge vBridge1_vlan
- [Documentation] Add a vBridge vBridge1_vlan in vtn Tenant1
- Add a vBridge Tenant1 vBridge1_vlan {}
-
-Add a vlanmap for vBridge1_vlan
- [Documentation] Add a Vlanmap for vBridge1_vlan in vtn Tenant1
- Add a vlanmap Tenant1 vBridge1_vlan ${vlanmap_bridge1}
-
-Add a vBridge vBridge2_vlan
- [Documentation] Add a vBridge vBridge2_vlan in vtn Tenant1
- Add a vBridge Tenant1 vBridge2_vlan {}
-
-Add a vlanmap for vBridge2_vlan
- [Documentation] Add a Vlanmap for vBridge2_vlan in vtn Tenant1
- Add a vlanmap Tenant1 vBridge2_vlan ${vlanmap_bridge2}
-
-Get vlanflow h1 h3
- [Documentation] ping h1 to h3
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h3
-
-Get vlanflow h1 h5
- [Documentation] ping h1 to h5
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h1 h5
-
-Verify data flow details for vlanmap vBridge1_vlan
- [Documentation] Verify the data flows for the specified tenant and vBridge1_vlan
- Verify Data Flows Tenant1 vBridge1_vlan
-
-Get vlanflow h2 h4
- [Documentation] ping h2 to h4
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h4
-
-Get vlanflow h2 h6
- [Documentation] ping h2 to h6
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Succeed h2 h6
-
-Verify data flow details for vlanmap vBridge2_vlan
- [Documentation] Verify the data flows for the specified tenant and vBridge2_vlan
- Wait Until Keyword Succeeds 20s 1s Verify Data Flows Tenant1 vBridge2_vlan
-
-Get vlanflow h2 h5
- [Documentation] ping h2 to h5
- Wait Until Keyword Succeeds 20s 1s Mininet Ping Should Not Succeed h2 h5
-
-Delete a vtn Tenant1
- [Documentation] Delete a vtn Tenant1
- Delete a vtn Tenant1
+++ /dev/null
-*** Settings ***
-Documentation Test suite for VTN Manager (OF13)
-Suite Setup Start SuiteVtnMa version_flag=OF13
-Suite Teardown Stop SuiteVtnMa
-Resource ../../../libraries/VtnMaKeywordsLi.robot
-
-*** Variables ***
-${start} sudo mn --controller=remote,ip=${ODL_SYSTEM_IP} --topo tree,2 --switch ovsk,protocols=OpenFlow13
+++ /dev/null
-# Place the suites in run order:
-integration/test/csit/suites/vtn/VTN_Mgr_OF10_Li
-integration/test/csit/suites/vtn/VTN_Mgr_OF13_Li
-
Code Review / integration / test.git / commitdiff