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Warning

Test update in progress for Guilin release and SO building block flow

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Table of Contents

Link to specification:

5G - PNF Plug and Play

PNF PNP message flow diagram

Rainy day scenario - PNF is sending registration request to ONAP where required AAI entry is not present:

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Sunny day scenario - PNF is sending registration request to ONAP where required AAI entry is prepared by SO workflow:

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PNF PNP deployment diagram

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PNF PNP hardware requirements

  • ONAP - standard ONAP instance located in Wind River lab
  • 4 Virtual machines dedicated for PNF Simulator:
    • 2 VCPU
    • 8 GB of RAM
    • 32 GB of HDD

PNF PNP test cases

High-Level descriptions

...

Verification if PNF resource registration is done properly when correct AAI record (based on correlationID) is present before first InventoryQuery is done by PRH.
Verification if AAI entries: ipaddress-v4-oam and ipaddress-v6-oam are updated correctly based on pnfRegistration message contents.

...

Verification if PNF resource registration is done properly when correct AAI entry is created after first InventoryQuery is done by PRH.
Verification if AAI entries: ipaddress-v4-oam and ipaddress-v6-oam are updated correctly based on pnfRegistration message contents.

...

Verification if PRH drops the PnfRegistration request when no AAI entry exists for the correlationID.
AAI entries shall not be created by PRH.

...

PNF registration accepted when AAI entry is created using AAI API (without SO instantiation)

...

Verification if PNF resource registration is done properly when correct AAI record (based on correlationID) is present - created using AAI API
Verification if AAI entries: ipaddress-v4-oam and ipaddress-v6-oam are updated correctly based on correlationID.

Detailed descriptions

...

Create and distribute service which contains PNF based on imported VSP 

...

Verification if in VID is present PNF enabled service.
Test case covers following steps from message flow in 5G - PNF Plug and Play:

  • STEP 1 RESOURCE DEFINITION
  • STEP 2 SERVICE DEFINITION
  • STEP 3 ARTIFACTS DISTRIBUTION

...

Robot init sucesfully executed. In intsalation server followin script shoulkd be sucesfully ececuted. ~/oom/kubernetes/robot/demo-k8s.sh onap init

...

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Warning

Test update in progress for Guilin release and SO building block flow

Gliffy
namePNF PNP Flow - positive scenario Copy
pagePin1

Table of Contents

Link to specification:

5G - PNF Plug and Play

PNF PNP message flow diagram

Rainy day scenario - PNF is sending registration request to ONAP where required AAI entry is not present:

Gliffy
namePNF PNP Flow - Rainy day
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Sunny day scenario - PNF is sending registration request to ONAP where required AAI entry is prepared by SO workflow:

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namePNF PNP Flow - positive scenario
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PNF PNP deployment diagram

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namePNF_PNP_deployment
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PNF PNP hardware requirements

  • ONAP - standard ONAP instance located in Wind River lab
  • 4 Virtual machines dedicated for PNF Simulator:
    • 2 VCPU
    • 8 GB of RAM
    • 32 GB of HDD

PNF PNP test cases

High-Level descriptions

Id.Test Case NameTest Case Description
T01Create and distribute service which contains PNF based on imported VSP Verification if in VID is present PNF enabled service.
T02Waiting for PNF ReadyVerification if PNF PnP functionality within SO is waiting for PNFReady to be published by PRH.
T03PNF registration accepted when AAI entry created in advance

Verification if PNF resource registration is done properly when correct AAI record (based on correlationID) is present before first InventoryQuery is done by PRH.
Verification if AAI entries: ipaddress-v4-oam and ipaddress-v6-oam are updated correctly based on pnfRegistration message contents.

T04PNF registration accepted when AAI entry created with delay

Verification if PNF resource registration is done properly when correct AAI entry is created after first InventoryQuery is done by PRH.
Verification if AAI entries: ipaddress-v4-oam and ipaddress-v6-oam are updated correctly based on pnfRegistration message contents.

T05PNF registration rejected

Verification if PRH drops the PnfRegistration request when no AAI entry exists for the correlationID.
AAI entries shall not be created by PRH.

T06Parallel PNF PnP flowsFour parallel PNF PnP flows are hibernated, PNFRegistration event is received in ONAP, proper PNF PnP enabled workflow instance is re-hydrated.
T07

PNF registration accepted when AAI entry is created using AAI API (without SO instantiation)

Verification if PNF resource registration is done properly when correct AAI record (based on correlationID) is present - created using AAI API
Verification if AAI entries: ipaddress-v4-oam and ipaddress-v6-oam are updated correctly based on correlationID.

Detailed descriptions

Anchor
CreateanddistributeservicewhichcontainsPNF
CreateanddistributeservicewhichcontainsPNF

...

Test Case IDT02Test Case Name

Waiting for PNFReady

Description

Verification if PNF PnP functionality within SO is waiting for PNFReady to be published by PRH.

Test case covers following steps from message flow in 5G - PNF Plug and Play:

  • STEP 16 – SERVICE INSTANTIATION
  • STEP 18 – RESOURCE LEVEL FLOW STEP 20 – PNF A&AI ENTRY MISSING
  • STEP 21 – SUBSCRIBE
  • STEP 22 – RESOURCE LEVEL FLOW (RLF) TERMINATES
ReleaseFrankfurt/GuilinPreconditions
  1. Created PNF and Service using Test Case T01 (Create and distribute service which contains PNF based on imported VSP )
Testing StepsStepExpected ResultGet created service model in Test Case T01
Test Case IDT01
Test Case Name

Create and distribute service which contains PNF based on imported VSP 

Description

Verification if in VID is present PNF enabled service.
Test case covers following steps from message flow in 5G - PNF Plug and Play:

  • STEP 1 RESOURCE DEFINITION
  • STEP 2 SERVICE DEFINITION
  • STEP 3 ARTIFACTS DISTRIBUTION
ReleaseFrankfurt/Guilin
Preconditions
  1. Users with roles: Designer (Carlos Santana - cs0008),  Admin (demo) should be available

  2. Robot init sucesfully executed. In intsalation server followin script shoulkd be sucesfully ececuted. ~/oom/kubernetes/robot/demo-k8s.sh onap init

    Code Block
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    ubuntu@onap-5915-rke-node:~$ ~/oom/kubernetes/robot/demo-k8s.sh onap init
Number of parameters:
2
KEY:
init
++ kubectl --namespace onap get pods
++ sed 's/ .*//'
++ grep robot
+ POD=dev-robot-6d67844b64-pgbx5
++ dirname ./demo-k8s.sh
+ DIR=.
+ SCRIPTDIR=scripts/demoscript
+ ETEHOME=/var/opt/ONAP
+ '[' ']'
++ kubectl --namespace onap exec dev-robot-6d67844b64-pgbx5 -- bash -c 'ls -1q /share/logs/ | wc -l'
+ export GLOBAL_BUILD_NUMBER=0
+ GLOBAL_BUILD_NUMBER=0
++ printf %04d 0
+ OUTPUT_FOLDER=0000_demo_init
+ DISPLAY_NUM=90
+ VARIABLEFILES='-V /share/config/robot_properties.py'
+ kubectl --namespace onap exec dev-robot-6d67844b64-pgbx5 -- /var/opt/ONAP/runTags.sh -V /share/config/robot_properties.py -d /share/logs/0000_demo_init -i InitDemo --display 90
Starting Xvfb on display :90 with res 1280x1024x24
Executing robot tests at log level TRACE
===============================================================================
Testsuites                                                            | PASS | 2 critical tests, 2 passed, 0 failed
2 tests total, 2
passed, 0 failed
==============================================================================
Testsuites.Demo Output::  /share/logs/0000_demo_init/output.xml
Log:     /share/logs/0000_demo_init/log.html
Report:  /share/logs/0000_demo_init/report.html
Testing StepsStepExpected Result
  1. Login to ONAP portal as a designer user
  2. Navigate to SDC application
  3. Navigate to ONBOARD tab

  4. Click on CREATE NEW VLM

  5. Fill all mandatory parameters

  6. Add License Key Group and fill all mandatory parameters

  7. Add Entitlement Pool and fill all mandatory parameters

  8. Add  Feature Group fill all mandatory parameters and add already created Entitlement Pool and License Key Group

  9. Add License Agreement fill mandatory parameters and add already created Feature Group

  10. Press Submit button and next COMMIT & SUBMIT button
  11. Navigate to ONBOARD tab

  12. Click on CREATE NEW VSP

  13. Fill all mandatory parameters:

    1. select Vendor defined in already created VLM
    2. Name will be used in next steps
    3. in ONBOARDING PROCEDURE select Network Package
  14. Click on warning under License Agreement
  15. Fill Licensing Version, License Agreement and Feature Groups from already created VLM
  16. Click on Overview from left menu and press SELECT FILE button.
  17. Select attached pNF.csar file from your PC
  18. Press Submit button and next COMMIT & SUBMIT button
  19. Navigate to Home tab
  20. Click on IMPORT button and select  IMPORT VSP
  21. Select previously created VSP and press IMPORT VSP button
  22. In newly opened window yoiu can moduify PNF name.
  23. Next click Create and Certify button
  24. Next press Certify button. Put comment message in Certification confirmation pop-up and press OK button
  25. Navigate to SDC tab / HOME menu
  26. Click on ADD + button and select  Add Service
  27. In HOME > Create new service > General page fill all mandatory fields (change service type from default a'lacarte to macro) and press Create button in right top corner
  28. Go to Composition in left menu
  29. In search box find crated PNF using its name
  30. Drag ad drop it to main view
  31. Next click Certify button
  32. Next Press Distribute button in left top corner
  33. Press Monitor button in left top corner and verify distribution status, use refresh button
  34. Re-login as a a demo user
  35. VID Navigate to  application
  36. From left menu select Browse SDC Service Models
  1. User is logged in
  2. SDC application is open
  3. ONBOARD CATALOG is visible
  4. New License Model window is present
  5. All mandatory parameters are fulfilled
  6. License Key Group is added
  7. Entitlement Pool is added
  8. Feature Group is added
  9. License Agreement is added
  10. VLM is submitted sucesfully
  11. VLM is visible

  12. New Software Product window is present

  13. All mandatory parameters are fulfilled

  14. Licensing Version, License Agreement and Feature Groups and warning is not present
  15. Licensing Version, License Agreement and Feature Groups are defined
  16. Select file window is opened
  17. File is selected
  18. File is sucesfully uploaded and VSP is submited
  19. Home tab is opened
  20. Import VSP window is presnet with list of dubmited VSPs
  21. Previously create VSP is imported as VSP and Create window is opened
  22. All modifications are present
  23. PNF is successfully Certified
  24. SDC application is open
  25. Page HOME > Create new service > General with fields that must be filled out is open
  26. Create/Update saved successfully message is present in left top corner
  27. Composition main view is open
  28. PNF is visible
  29. PNF is added to service
  30. Service is Cerified and ready for Distribution
  31. Distribute Distribute successfully message is present in left top corner
  32. Monitor main view is opened with information about distribution. Thesr should not be any errors.Image Removed
  33. User is re-logged
  34. VID application is open
  35. In Browse SDC Service Models main view is present entry about newly created service - it can take couple of minutes ~ 15 minutes
    Image Removed
Actual ResultsIn VID is present PNF enabled service.
Conclusion (Pass/Fail)Testing Lab
Tester NameKrzysztof Kuzmicki

...

  1. Executes the VNF Orchestration Test cases including setu...
==============================================================================
Initialize Customer And Models                                        | PASS |
------------------------------------------------------------------------------
Initialize SO Openstack Identity For V3                               | PASS |
------------------------------------------------------------------------------
Testsuites.Demo :: Executes the VNF Orchestration Test cases inclu... | PASS |
2 critical tests, 2 passed, 0 failed
2 tests total, 2 passed, 0 failed
==============================================================================
Testsuites                                                            | PASS |
2 critical tests, 2 passed, 0 failed
2 tests total, 2 passed, 0 failed
==============================================================================
Output:  /share/logs/0000_demo_init/output.xml
Log:     /share/logs/0000_demo_init/log.html
Report:  /share/logs/0000_demo_init/report.html


Testing StepsStepExpected Result
  1. Login to ONAP portal as a designer user
  2. Navigate to SDC application
  3. Navigate to ONBOARD tab

  4. Click on CREATE NEW VLM

  5. Fill all mandatory parameters

  6. Add License Key Group and fill all mandatory parameters

  7. Add Entitlement Pool and fill all mandatory parameters

  8. Add  Feature Group fill all mandatory parameters and add already created Entitlement Pool and License Key Group

  9. Add License Agreement fill mandatory parameters and add already created Feature Group

  10. Press Submit button and next COMMIT & SUBMIT button
  11. Navigate to ONBOARD tab

  12. Click on CREATE NEW VSP

  13. Fill all mandatory parameters:

    1. select Vendor defined in already created VLM
    2. Name will be used in next steps
    3. in ONBOARDING PROCEDURE select Network Package
  14. Click on warning under License Agreement
  15. Fill Licensing Version, License Agreement and Feature Groups from already created VLM
  16. Click on Overview from left menu and press SELECT FILE button.
  17. Select attached pNF.csar file from your PC
  18. Press Submit button and next COMMIT & SUBMIT button
  19. Navigate to Home tab
  20. Click on IMPORT button and select  IMPORT VSP
  21. Select previously created VSP and press IMPORT VSP button
  22. In newly opened window yoiu can moduify PNF name.
  23. Next click Create and Certify button
  24. Next press Certify button. Put comment message in Certification confirmation pop-up and press OK button
  25. Navigate to SDC tab / HOME menu
  26. Click on ADD + button and select  Add Service
  27. In HOME > Create new service > General page fill all mandatory fields (change service type from default a'lacarte to macro) and press Create button in right top corner
  28. Go to Composition in left menu
  29. In search box find crated PNF using its name
  30. Drag ad drop it to main view
  31. Next click Certify button
  32. Next Press Distribute button in left top corner
  33. Press Monitor button in left top corner and verify distribution status, use refresh button
  34. Re-login as a a demo user
  35. VID Navigate to  application
  36. From left menu select Browse SDC Service Models
  1. User is logged in
  2. SDC application is open
  3. ONBOARD CATALOG is visible
  4. New License Model window is present
  5. All mandatory parameters are fulfilled
  6. License Key Group is added
  7. Entitlement Pool is added
  8. Feature Group is added
  9. License Agreement is added
  10. VLM is submitted sucesfully
  11. VLM is visible

  12. New Software Product window is present

  13. All mandatory parameters are fulfilled

  14. Licensing Version, License Agreement and Feature Groups and warning is not present
  15. Licensing Version, License Agreement and Feature Groups are defined
  16. Select file window is opened
  17. File is selected
  18. File is sucesfully uploaded and VSP is submited
  19. Home tab is opened
  20. Import VSP window is presnet with list of dubmited VSPs
  21. Previously create VSP is imported as VSP and Create window is opened
  22. All modifications are present
  23. PNF is successfully Certified
  24. SDC application is open
  25. Page HOME > Create new service > General with fields that must be filled out is open
  26. Create/Update saved successfully message is present in left top corner
  27. Composition main view is open
  28. PNF is visible
  29. PNF is added to service
  30. Service is Cerified and ready for Distribution
  31. Distribute Distribute successfully message is present in left top corner
  32. Monitor main view is opened with information about distribution. Thesr should not be any errors.Image Added
  33. User is re-logged
  34. VID application is open
  35. In Browse SDC Service Models main view is present entry about newly created service - it can take couple of minutes ~ 15 minutes
    Image Added
Actual ResultsIn VID is present PNF enabled service.
Conclusion (Pass/Fail)
Testing Lab
Tester NameKrzysztof Kuzmicki

Anchor
PNF Ready
PNF Ready

Test Case IDT02
Test Case Name

Waiting for PNFReady

Description

Verification if PNF PnP functionality within SO is waiting for PNFReady to be published by PRH.

Test case covers following steps from message flow in 5G - PNF Plug and Play:

  • STEP 16 – SERVICE INSTANTIATION
  • STEP 18 – RESOURCE LEVEL FLOW STEP 20 – PNF A&AI ENTRY MISSING
  • STEP 21 – SUBSCRIBE
  • STEP 22 – RESOURCE LEVEL FLOW (RLF) TERMINATES
ReleaseFrankfurt/Guilin
Preconditions
  1. Created PNF and Service using Test Case T01 (Create and distribute service which contains PNF based on imported VSP )
Testing StepsStepExpected Result
  1. Get created service model in Test Case T01 curl --location --request GET 'https://{worker_ip}:30204/sdc2/rest/v1/catalog/services/serviceName/{service model name}/serviceVersion/1.0' \
    --header 'USER_ID: cs0008' \
    --header 'X-FromAppId: robot-ete' \
    --header 'Content-Type: application/json' \
    --header 'Accept: application/json' \
    --header 'Authorization: Basic YmVlcDpib29w'
  2. From response get following parameters
    • service_model_uuid → resp_json.uuid;
    • service_model_invariant_uuid -> resp_json.invariantUUID
    • nf_resource_name -> resp_json.componentInstances[0].name
    • nf_resource_uuid -> resp_json.componentInstances[0].customizationUUID
    • componentName -> resp_json.componentInstances[0].componentName
    • nf_model_invariant_uuid -> resp_json.invariantUUID
    • nf_model_uuid -> resp_json.uuid
    • nf_model_name -> resp_json.name
  3. Get owning entity id: curl --location --request GET 'https://{worker_ip}:30233/aai/v13/business/owning-entities?owning-entity-name=OE-Demonstration' \

    --header 'Content-Type: application/json' \
    --header 'X-FromAppId: dcae-curl' \
    --header 'x-transactionId: 9998' \
    --header 'Accept: application/json' \
    --header 'Authorization: Basic QUFJOkFBSQ==' \
    --data-raw ''

    From response get following parameter:

    • owningEntityId -> resp_json.owning-entity[0].owning-entity-id

  4. Get product family id:

    curl --location --request GET 'https://{worker_ip}:

    30204

    30233/

    sdc2

    aai/

    rest/v1/catalog/services/serviceName/{service model name}/serviceVersion/1.0' \
    --header 'USER_ID: cs0008' \
    --header 'X-FromAppId: robot-ete

    v13/service-design-and-creation/services?service-description=gNB' \
    --header 'Content-Type: application/json' \
    --header '

    Accept: application/json

    X-FromAppId: dcae-curl' \
    --header '

    Authorization

    x-transactionId:

     Basic YmVlcDpib29w

     9998'

    From response get following parameters
  5. service_model_uuid → resp_json.uuid;
  6. service_model_invariant_uuid -> resp_json.invariantUUID
  7. nf_resource_name -> resp_json.componentInstances[0].name
  8. nf_resource_uuid -> resp_json.componentInstances[0].customizationUUID
  9. componentName -> resp_json.componentInstances[0].componentName
  10. nf_model_invariant_uuid -> resp_json.invariantUUID
    11. nf_model_uuid

     \
    --header 'Accept: application/json' \
    --header 'Authorization: Basic QUFJOkFBSQ==' \
    --data-raw '

    From response get following parameter:Get product famili

    • owningEntityId -> resp_json.

      uuid
    • nf_model_name -> resp_json.name
  11. Get owning entity id

    • owning-entity[0].owning-entity-id

  13. Navigate to VID application
  14. Navigate to Browse SDC Service Models in left menu
  15. Deploy distributed SDC Service Model for PNF
  16. Fill all mandatory parameters. To "PNF (Correlation) ID" field put correlationId that will be setup in PNF simulator. Press "Confirm" button.
  17. Close " In Progress" pop-up window
  18. Login to so-so-bpmn-infra pod via rancher console:
    kubectl exec -it dev-so-so-bpmn-infra-7584f4f887-p9tmn -n onap /bin/sh
    open debug.log
    vi logs/bpmn/debug.log
  19. Verify AAI entry created by SO service using command:
    curl -X GET -k -H "accept: application/json" -H "Real-Time: true" -H "Content-Type: application/json" -H "X-FromAppId: dcae-curl" -H "x-transactionId: 9998" "https://AAI:AAI@<kubernetes noed ip address>:<aai service port>/aai/v11/network/pnfs/pnf/<correlationID>"
  1. User is logged in
  2. VID application is open
  3. Distributed SDC Service Model for PNF is present
  4. Create Service Instance -- Macro pop-up is present
  5. All fields are filled. Pop-up window " In Progress" is visible
  6. Window is closed. Service is still not instantiated. Is not visible in "  Search for Existing Service Instances" left menu
  7. In debug.log should be present following message:
    o.o.s.b.i.pnf.dmaap.PnfEventReadyDmaapClient - registering for pnf ready dmaap event for correlation id: <correlationId>

  8. Command should return JSON with empty value for IPv4 and IPv6 address
    {"pnf-name":"<correlationID>"","pnf-id":"testtest","in-maint":true,"resource-version":"1541720264047"}

Actual Results

Correct entry is present in AAI. Entry contains pnf-name  equal to correlationID.

SO service is waiting for PNFReady to be published by PRH

Conclusion (Pass/Fail)
Testing Lab
Tester NameKrzysztof Kuzmicki

...