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The test structure here has been adapted from Policy Team's CSIT Functional Test Cases created by Pamela Dragosh

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Id

Description

Pre-conditions

Test Steps

Expected Results

A: Health Checks for OOF-OSDF Components and Dependencies (Policy and OOF-HAS API)

A.1

Perform health check for the OOF-OSDF components using Health Check API

  •   OSDF Manager

[OSDF Manager]
EMULATORS-OR-SERVICES-ARE-UP

Server and authentication details should be configured at $OOF_HOME/config/feature-healthcheck.properties

SIMPLE-GET-HEALTH-CHECK-API

HTTP-200-TRUE

A.2

CHECK-REQ-OR-OPTIONAL
Perform health check for the following external components and OOF components using Health Check API:

  • Policy (external component)
  • OOF-HAS API (OOF component)

[Policy Emulator]
[OOF-HAS API – container or emulator] EMULATORS-OR-SERVICES-ARE-UP


SIMPLE-GET-HEALTH-CHECK-API

HTTP-200-TRUE

NOTE: Per comment and discussion with Ramki, removing this cell

TODO: Retain this cell till  and then remove it.


B: Fetch Data from Emulators (valid and invalid data, via GET and POST)

B.1

Retrieve response corresponding to "valid request" from HAS-API emulator

  • OSDF → HAS (POST data)

[OOF-HAS API – container or emulator]EMULATORS-OR-SERVICES-ARE-UP

SIMPLE-GET-POST-TO-EMULATORS-OR-SERVICES

TODO:

Payloads and Endpoint

Should receive response for valid request

TODO: Payloads

Payload for OSDF-HAS request (based on SO-OOF/HAS Request Example below in section on payloads; dr_patel_an to add the payload; Shankaranarayanan Puzhavakath Narayanan to review)

TODO: Endpoint and ports

Should receive a "request accepted" type response, following which we query status and the status should be a valid one (translating, translated, solving, solved, solution not found, etc.)


B.2

Retrieve response corresponding to "valid policy query" from Policy emulator

  • OSDF → Policy (POST query data)

[Policy]
EMULATORS-OR-SERVICES-ARE-UP

SIMPLE-GET-POST-TO-EMULATORS-OR-SERVICES

TODO: Payloads and Endpoint

Should receive response for valid policy query

TODO: Payloads

B.3

CHECK-REQ-OR-OPTIONAL
OSDF → Policy (bad result)
OSDF → HAS (GET; bad status)

Moved to another cell
OSDF → HAS (GET; solution found)

[Policy Emulator]
[OOF-HAS API – container or emulator] EMULATORS-OR-SERVICES-ARE-UP

SIMPLE-GET-POST-TO-EMULATORS-OR-SERVICES

TODO: Payloads and Endpoint

Should receive corresponding responses

TODO: Payloads

NOTE: Per comment and discussion with Ramki, removed tests for "malformed" requests (open to adding them later on as needed). Moved the remaining one to a separate cell.

TODO: Retain this cell till  and then remove it.


B.4

Retrieve response corresponding to a decision from Conductor (i.e. "done" with either a solution found or no solution found):

OSDF → HAS (GET; solution found OR no solution found).

Since we cannot guarantee whether a solution can be found (it is dependendent on dynamic state of the cloud instance), it may be better to merge it to a "solution found OR no solution found" – i.e. Conductor is done processing and gave a decision

[Policy Emulator]
[OOF-HAS API – container or emulator] EMULATORS-OR-SERVICES-ARE-UP

SIMPLE-GET-POST-TO-EMULATORS-OR-SERVICES

TODO: Payloads and Endpoint

TODO: Check format of response and valid status messages

C: Run Complete Requests for Different Applications

C.1SO → OSDF → HAS (well formatted request)

[Policy Emulator]
[OOF-HAS API – container or emulator] EMULATORS-OR-SERVICES-ARE-UP

SIMPLE-GET-POST-TO-EMULATORS-OR-SERVICES

TODO: Payloads, Endpoint, and Call-Back URL

Should receive a valid Conductor reponse

TODO: Payloads

C.2

CHECK-REQ-OR-OPTIONAL
SO → OSDF → HAS (mal-formatted request or a data error so that the request goes through OSDF but fails at Conductor)

[Policy Emulator]
[OOF-HAS API – container or emulator] EMULATORS-OR-SERVICES-ARE-UP

SIMPLE-GET-POST-TO-EMULATORS-OR-SERVICES

TODO: Payloads, Endpoint, and Call-Back URL

Should receive a RequestError or an error from Conductor

TODO: Payloads

NOTE: Per comment and discussion with Ramki, removing this cell

TODO: Retain this cell till  and then remove it.

C.3

SO → OSDF → HAS → OSDF → Call Back URL

A valid request sent from SO to OSDF, which results in a valid template sent from OSDF to HAS. OSDF will then poll HAS till a decision is made (i.e. "done" with either a solution found or no solution found; it is probably difficult to ensure a solution is guaranteed – it is great if a solution is found, and it is OK for testing purposes even if there if no solution in some cases)

[Policy Emulator]
[OOF-HAS API – container or emulator] [SO-OOF-OSDF call-back receiver]

EMULATORS-OR-SERVICES-ARE-UP

[Policy Emulator]
[OOF-HAS API – container or emulator] EMULATORS-OR-SERVICES-ARE-UP

Should receive a "done" type Conductor reponse (either successful in finding a solution or failed to find a solution, but Conductor made a decision either way)

TODO: Payloads

Example Request/Response Payloads for OOF-OSDF Functional Test Cases

Code Block
languagejs
themeEclipse
titleSO-OOF/HAS Request Example
linenumberstrue
collapsetrue
{
  "requestInfo": {
    "transactionId": "xxx-xxx-xxxx",
    "requestId": "yyy-yyy-yyyy",
    "callbackUrl": "https://so:5000/callbackUrl",
    "sourceId": "SO",
    "requestType": "create",
    "numSolutions": 1,
    "optimizers": ["placement"],
    "timeout": 600
  },
  "requestParameters": { "customerLatitude": 32.89748, "customerLongitude": -97.040443, "customerName": "xyz" },
  "placementDemands": [
    {
      "resourceModuleName": "vGMuxInfra",
      "serviceResourceId": "vGMuxInfra-xx",
      "tenantId": "vGMuxInfra-tenant",
      "resourceModelInfo": {
        "modelInvariantId": "vGMuxInfra-modelInvariantId",
        "modelVersionId": "vGMuxInfra-versionId",
        "modelName": "vGMuxInfra-model",
        "modelType": "resource",
        "modelVersion": "1.0",
        "modelCustomizationName": "vGMuxInfra-customeModelName"
      },
      "existingCandidates": { "identifierType": "service_instance_id", "identifiers": ["87257b49-9602-4ca1-9817-094e52bc873b"] },
      "excludedCandidates": { "identifierType": "service_instance_id", "identifiers": ["1ac71fb8-ad43-4e16-9459-c3f372b8236d"] },
      "requiredCandidates": { "identifierType": "service_instance_id", "identifiers": ["7e6c3e57-62cd-44f6-aa88-d0896998f7ec"] }
    },
    {
      "resourceModuleName": "vG",
      "serviceResourceId": "71d563e8-e714-4393-8f99-cc480144a05e",
      "tenantId": "vG-tenant",
      "resourceModelInfo": {
        "modelInvariantId": "vG-modelInvariantId",
        "modelVersionId": "vG-versionId",
        "modelName": "vG-model",
        "modelType": "resource",
        "modelVersion": "1.0",
        "modelCustomizationName": "vG-customeModelName"
      },
      "existingCandidates": { "identifierType": "service_instance_id", "identifiers": ["21d5f3e8-e714-4383-8f99-cc480144505a"] },
      "excludedCandidates": { "identifierType": "service_instance_id", "identifiers": ["1ac71fb8-ad43-4e16-9459-c3f372b8236d"] },
      "requiredCandidates": { "identifierType": "cloud_region_id", "identifiers": ["TXAUS219"] }
    }
  ],
  "serviceInfo": {
    "serviceInstanceId": "d61b2543-5914-4b8f-8e81-81e38575b8ec",
    "serviceModelInfo": {
      "modelInvariantId": "vCPE-invariantId",
      "modelVersionId": "vCPE-versionId",
      "modelName": "vCPE-model",
      "modelType": "service",
      "modelVersion": "1.0",
      "modelCustomizationName": "vCPE-customeModelName"
    }
  },
  "licenseDemands": [
    {
      "resourceModuleName": "vGMuxInfra",
      "serviceResourceId": "vGMuxInfra-xx",
      "tenantId": "vGMuxInfra-tenant",
      "resourceModelInfo": {
        "modelInvariantId": "vGMuxInfra-modelInvariantId",
        "modelVersionId": "vGMuxInfra-versionId",
        "modelName": "vGMuxInfra-model",
        "modelType": "resource",
        "modelVersion": "1.0",
        "modelCustomizationName": "vGMuxInfra-customeModelName"
      },
      "existingLicenses": {
        "entitlementPoolUUID": ["87257b49-9602-4ca1-9817-094e52bc873b", "43257b49-9602-4fe5-9337-094e52bc9435"],
        "licenseKeyGroupUUID": ["87257b49-9602-4ca1-9817-094e52bc873b", "43257b49-9602-4fe5-9337-094e52bc9435"]
      }
    }
  ]
}
Code Block
languagejs
themeEclipse
titleSO-OOF/HAS Response Example
linenumberstrue
collapsetrue
{
  "transactionId": "xxx-xxx-xxxx",
  "requestId": "yyy-yyy-yyyy",
  "requestState": "completed",
  "statusMessage": "Success!",
  "solutions": {
    "placementSolutions": [
      {
        "resourceModuleName": "vGMuxInfra",
        "serviceResourceId": "some_resource_id",
        "identifierType": "service_instance_id",
        "identifier": "1ac71fb8-ad43-4e16-9459-c3f372b8236d",
        "assignmentInfo": [
          { "key": "cloudOwner", "value": "amazon" },
          { "key": "vnfHostName", "value": "ahr344gh" },
          { "key": "isRehome", "value": "False" },
          { "key": "cloud_region_id", "value": "1ac71fb8-ad43-4e16-9459-c3f372b8236d" }
        ]
      },
      {
        "resourceModuleName": "vG",
        "serviceResourceId": "some_resource_id",
        "identifierType": "cloud_region_id",
        "identifier": "2ac71fb8-ad43-4e16-9459-c3f372b8236d",
        "assignmentInfo": [
          { "key": "cloudOwner", "value": "amazon" },
          { "key": "cloud_region_id", "value": "1ac71fb8-ad43-4e16-9459-c3f372b8236d" }
        ]
      }
    ],
    "licenseSolutions": [
      {
        "resourceModuleName": "vGMuxInfra",
        "serviceResourceId": "some_resource_id",
        "entitlementPoolUUID": ["1ac71fb8-ad43-4e16-9459-c3f372b8236d", "834fc71fb8-ad43-4fh7-9459-c3f372b8236f"],
        "licenseKeyGroupUUID": ["1ac71fb8-ad43-4e16-9459-c3f372b8236d", "834fc71fb8-ad43-4fh7-9459-c3f372b8236f"],
        "entitlementPoolInvariantUUID": ["1ac71fb8-ad43-4e16-9459-c3f372b8236d", "834fc71fb8-ad43-4fh7-9459-c3f372b8236f"],
        "licenseKeyGroupInvariantUUID": ["1ac71fb8-ad43-4e16-9459-c3f372b8236d", "834fc71fb8-ad43-4fh7-9459-c3f372b8236f"]
      }
    ]
  }
}


Test Planning for OOF Homing and Allocation Service (OOF-HAS)

All Functional Test Cases described here below will be automatized in the CSIT ONAP integration environment. OOF-HAS is a data driven component, this means that test cases and related results have dependency on A&AI network database content. For this reason OOF-HAS Functional Test cases divided in 2 groups according to OOF-HAS functionality definition status and dependency from A&AI: Test cases marked in Green are those that will be delivered as first set of Functional Test cases as they have limited dependencies on A&AI data set, those marked in white will be scoped by ONAP Beijing delivery final test steps where all components have better stability in the scope of Beijing release.

Note: for the moment we consider the whole OOF component as the contribution of 2 Docker Containers:

-       OSDF : handling “R” interface, which is invoked by SO

-       OOF-HAS: handling the internal “R’” interface, which in invoked by OSDF


Id

Description

Pre-conditions

Test Steps

Expected Results

Status


N.1Name: Verify docker Containers are up and running

1. MUSIC (real ONAP) docker image is up and running

2. OOF-HAS docker image is up and running

Robot Framework is checking with "docker ps" command that all needed docker containers are up and in execution

N. 4 Docker Containers for music are Up and running (music-db, music-zk, music-war, music-tomcat)

N.5 Docker Containers for OPTF-HAS are up and running (cond-api, cond.solv, cond-cont, cond-data, cond-resv)

Implemented
N.2

Name: OOF-HAS Get root

Interface (R’).

Perform GET on root  "/" url

1. OOF-HAS docker image is up and running

Robot Framework is sending a REST call to OOF-HAS API – "/"

Method - GET

Endpoint: http://$(hostname ):8091/

OOF-HAS should respond with HTTP 200 and body containing "true"Implemented

N.3

Name: OOF-HAS Healthcheck

Interface (R’).

Perform healthcheck for OOF-HAS using Healthcheck REST API

1. OOF-HAS docker image is up and running

2. OOF-HAS configuration is performed

3. MUSIC (real ONAP) docker image is up and running

4. Music is prepopulated with Healthcheck row


Robot Framework is sending a Rest Call to MUSIC to Inject a Plan named "healthcheck"

Method - PUT

Endpoint: /MUSIC/rest/v2/keyspaces/conductor/tables/plans/rows?id=healthcheck


MUSIC should respond with HTTP 200

Implemented

Robot Framework is sending a REST call to OOF-HAS API – healthcheck

Method - GET

Endpoint: http://$(hostname ):8091/v1/plans/healthcheck

OOF-HAS should respond with HTTP 200 and body containing "true"Implemented
N.4

Name: OOF-HAS Wrong Version

Interface (R’).

Perform sanity sending a plan with wrong Version

1. OOF-HAS docker image is up and running

2. OOF-HAS configuration is performed

3. MUSIC (real ONAP) docker image is up and running

4. Music is prepopulated with Healthcheck row

Robot Framework is sending a REST call to OOF-HAS API – to Post a Plan

Method - POST

Endpoint: http://$(hostname ):8091/v1/plans

OOF-HAS should respond with HTTP 201 and body containing the plan acceptance (i.e. the plan is in “template” status and a unique identifier <planid> is returned)



Implemented

Robot Framework is sending a REST call to OOF-HAS API – to GET a final recommendations

Method - GET

Endpoint: http://$(hostname ):8091/v1/plans/<planId>

OOF-HAS should respond with HTTP 200 and body containing "the error reason"Implemented
N.5

Name: OOF-HAS Missing Demand Section

Interface (R’).

Perform Sanity sending a plan with missing Demand Section

1. OOF-HAS docker image is up and running

2. OOF-HAS configuration is performed

3. MUSIC (real ONAP) docker image is up and running

4. Music is prepopulated with Healthcheck row

Robot Framework is sending a REST call to OOF-HAS API – to Post a Plan

Method - POST

Endpoint: http://$(hostname ):8091/v1/plans

OOF-HAS should respond with HTTP 201 and body containing the plan acceptance (i.e. the plan is in “template” status and a unique identifier <planid> is returned)



Implemented

Robot Framework is sending a REST call to OOF-HAS API – to GET a final recommendations

Method - GET

Endpoint: http://$(hostname ):8091/v1/plans/<planId>

OOF-HAS should respond with HTTP 200 and body containing "the error reason"Implemented
N.6

Name: OOF-HAS Wrong Constraint

Interface (R’).

Perform sanity sending a plan with wrong Constraints

1. OOF-HAS docker image is up and running

2. OOF-HAS configuration is performed

3. MUSIC (real ONAP) docker image is up and running

4. A&AI simulator docker image is up and running and it is populated in such a way that OOF cache can be built

Robot Framework is sending a REST call to OOF-HAS API – to Post a Plan

Method - POST

Endpoint: http://$(hostname ):8091/v1/plans

OOF-HAS should respond with HTTP 201 and body containing the plan acceptance (i.e. the plan is in “template” status and a unique identifier <planid> is returned)



Implemented

Robot Framework is sending a REST call to OOF-HAS API – to GET a final recommendations

Method - GET

Endpoint: http://$(hostname ):8091/v1/plans/<planId>

OOF-HAS should respond with HTTP 200 and body containing "the error reason"Implemented
N.7

Name: OOF-HAS Correct plan no result

Interface (R’).

Send a correct plan requiring Optimization request for a set of Candidates and constraints that cannot be satisfied

1. OOF-HAS docker image is up and running

2. OOF-HAS configuration is performed

3. MUSIC (real ONAP) docker image is up and running

4. A&AI simulator docker image is up and running and it is populated in such a way that OOF cache can be built and that a set of recommendations can be returned

Robot Framework is sending a REST call to OOF-HAS API – to Post a Plan

Method - POST

Endpoint: http://$(hostname ):8091/v1/plans



OOF-HAS should respond with HTTP 201 and body containing the plan acceptance (i.e. the plan is in “template” status and a unique identifier <planid> is returned)Implemented

Robot Framework is sending a REST call to OOF-HAS API – to GET a final recommendations

Method - GET

Endpoint: http://$(hostname ):8091/v1/plans/<planId>

OOF-HAS should respond with HTTP 200 and body containing NO recommendations (i.e. the plan is in “not found” status and no resources are returned back)Implemented
N.8

Name: Correct Plan with recommendations

Interface (R’).

Send a plan requiring Optimization request for a set of Candidates

1. OOF-HAS docker image is up and running

2. OOF-HAS configuration is performed

3. MUSIC (real ONAP) docker image is up and running

4. A&AI simulator docker image is up and running and it is populated in such a way that OOF cache can be built and that a set of recommendations can be returned

Robot Framework is sending a REST call to OOF-HAS API – to Post a Plan

Method - POST

Endpoint: http://$(hostname ):8091/v1/plans

OOF-HAS should respond with HTTP 201 and body containing the plan acceptance (i.e. the plan is in “template” status and a unique identifier <planid> is returned)Implemented

Robot Framework is sending a REST call to OOF-HAS API – to GET a final recommendations

Method - GET

Endpoint: http://$(hostname ):8091/v1/plans/<planId>

OOF-HAS should respond with HTTP 200 and body containing the plan recommendations (i.e. the plan is in “done” status and a set of recommendations are returned to the caller )Implemented






Appendix A: Overview of ONAP Testing Requirements

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  1. Notes on creating a CSIT test script: https://wikilf-onap.onapatlassian.orgnet/wiki/display/DW/Creating+a+CSIT+Test

  2. Policy Team's CSIT Functional Test Cases used as a basis for  by Pamela Dragosh. The OOF-OSDF test cases are adapted from that page.

  3. Slides on Platform Maturity Requirements for Beijing Release: https://wiki.onap.org/download/attachments/16002054/Platform%20Maturity%20Level%20proposal%2013Dec2017v2.pdf?version=1&modificationDate=1513625784000&api=v2
  4. Current Individual Project Commitment for supporting Platform Maturity Requirements for Beijing Release: 

    https://wikilf-onap.onapatlassian.orgnet/wiki/display/DW/Beijing+Release+Platform+Maturity

  5. ONAP 4 level CI/CD architecture: Integration (5/11/2017)

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