Service Instantiation and Activation (Frankfurt)



Recovery after HSIA Service Instantiation Timeout

Test Case ID

C1

Test Case Name

Recovery after HSIA Service Instantiation Timeout

Description

During service instantiation, SO waits for CPE PNF to be registered. There is a 14-day timeout. After timeout service instantiation is rolled back.

Release

Frankfurt (6.0.0)

Preconditions

SO is configured with the right mapping between resource models and BPMN recipes. See BBS Documentation (Frankfurt)

Testing Steps

SO-1938: Test PNF READY timeout (14 days)Closed

Expected Results



Actual Results



Conclusion (Pass/Fail)

NOT TESTED

Testing Lab

Swisscom Lab

Testing Date



Tester Name



CPE Registration

Test Case ID

C2

Test Case Name

CPE Registration



Description

CPE PNF PnP

Release

Frankfurt (6.0.0)

Preconditions

- BBS E2E service instance and CPE PNF resource object have been created in AAI by SO
- BBS E2E service instance orchestration-status is "Assigned"
- SO is waiting for PNF_READY event in order to continue with the BBS E2E service orchestration|
- BBS SDNC DGs are active:
-- bbs-access-connectivity-vnf-topology-operation-create-huawei
-- bbs-access-connectivity-vnf-topology-operation-delete-huawei
-- bbs-internet-profile-vnf-topology-operation-change-huawei
-- bbs-internet-profile-vnf-topology-operation-common-huawei
-- bbs-internet-profile-vnf-topology-operation-create-huawei
-- bbs-internet-profile-vnf-topology-operation-delete-huawei
-- validate-bbs-vnf-input-parameters

- Access SDN M&C IP is configured in SDNC DG in ONAP
-- GENERIC-RESOURCE-API: bbs-access-connectivity-vnf-topology-operation-create-huawei.json
-- GENERIC-RESOURCE-API: bbs-access-connectivity-vnf-topology-operation-delete-huawei.json
- There is connectivity between Access SDN M&C and RESTCONF collector
- SO is configured with the right mapping between resource models and BPMN recipes. See BBS Documentation (Frankfurt)

Testing Steps

  1. Attach CPE PNF to OLT

Expected Results

  1. Access SDN M&C notifies RESTCONF collector with a PNF registration event

  2. VES mapper maps RESTCONF event to VES message and publish the message in DMaaP's unauthenticated.VES_PNFREG_OUTPUT

  3. PRH consumes PNF registration VES event

  4. PRH updates CPE PNF resource object in AAI with new values

  5. PRH publishes PNF_READY event in DMaaP's unauthenticated.PNF_READY topic

  6. SO consumes PNF_READY event and proceeds with service orchestration

Actual Results

0. Service order is sent to ONAP via ExtAPI, the service instantiation is started by SO, SO creates a PNF resource in AAI and waits for the PNF_READY event to continue with the rest of resources

PNF Resource in AAI after step 0
{ "pnf-name": "Huawei-4857544302FF269D", "pnf-id": "cc726992-8f34-4008-9ef3-3a406852f283", "in-maint": false, "resource-version": "1559724100728" }

1. Access SDN M&C notifies RESTCONF collector with a PNF registration event

PNF Registration Event
{ "event": { "commonEventHeader": { "startEpochMicrosec": 1555076831055, "eventId": "registration_15550768310388", "sequence": 0, "domain": "pnfRegistration", "lastEpochMicrosec": 1555076831054, "eventName": "pnfRegistration", "vesEventListenerVersion": "7.0.1", "eventType": "pnfRegistration", "sourceName": "Huawei-4857544302FF269D", "priority": "Normal", "version": "4.0.1", "reportingEntityName": "VESMapper" }, "pnfRegistrationFields": { "unitType": "", "serialNumber": "4857544302FF269D", "additionalFields": { "remote-id": "AC9.000.010.001", "attachmentPoint": "001-5-1", "cvlan": "10", "svlan": "100" }, "pnfRegistrationFieldsVersion": "2.0", "manufactureDate": "", "modelNumber": "", "lastServiceDate": "", "unitFamily": "", "vendorName": "Huawei", "oamV4IpAddress": "", "oamV6IpAddress": "", "softwareVersion": "v1" } } }

2. VES mapper maps RESTCONF event to VES message and publish the message in DMaaP's unauthenticated.VES_PNFREG_OUTPUT

unauthenticated.VES_PNFREG_OUTPUT
"{\"event\":{\"commonEventHeader\":{\"startEpochMicrosec\":1555076831055,\"eventId\":\"registration_15550768310388\",\"internalHeaderFields\":{\"collectorTimeStamp\":\"Wed, 06 05 2019 09:22:03 UTC\"},\"eventType\":\"pnfRegistration\",\"priority\":\"Normal\",\"version\":\"4.0.1\",\"reportingEntityName\":\"VESMapper\",\"sequence\":0,\"domain\":\"pnfRegistration\",\"lastEpochMicrosec\":1555076831054,\"eventName\":\"pnfRegistration\",\"vesEventListenerVersion\":\"7.0.1\",\"sourceName\":\"Huawei-4857544302FF269D\"},\"pnfRegistrationFields\":{\"unitType\":\"\",\"serialNumber\":\"4857544302FF269D\",\"additionalFields\":{\"remote-id\":\"AC9.000.010.001\",\"attachmentPoint\":\"001-5-1\",\"cvlan\":\"10\",\"svlan\":\"100\"},\"pnfRegistrationFieldsVersion\":\"2.0\",\"manufactureDate\":\"\",\"modelNumber\":\"\",\"lastServiceDate\":\"\",\"unitFamily\":\"\",\"vendorName\":\"Huawei\",\"oamV4IpAddress\":\"\",\"oamV6IpAddress\":\"\",\"softwareVersion\":\"v1\"}}}"

3. PRH consumes PNF registration VES event
4. PRH updates CPE PNF resource object in AAI with new values

Updated PNF resource object in AAI

5. PRH publishes PNF_READY event in DMaaP's unauthenticated.PNF_READY topic

unauthenticated.PNF_READY

6. SO consumes PNF_READY event and proceeds with service orchestration

Complete service instance with PNF and Generic-VNFs (AccessConnectivity and InternetProfile)



Conclusion (Pass/Fail)





Testing Lab

Swisscom Lab

Testing Date



Tester Name



CPE Authentication

Test Case ID

C3

Test Case Name

CPE Authentication



Description

Right after the service is instantiated, it's orchestration-status is "Assigned". The service instance becomes "Active" only after the CPE Authentication is successful. Edge SDN M&C reports to ONAP about CPE Authentication

Release

Frankfurt (6.0.0)

Preconditions

BBS E2E Service has been successfully instantiated by ONAP and it's orchestration-status is "Assigned". 

Testing Steps

1. Edge SDN M&C detects and reports via a VES event the CPE Authentication. The VES event contains the CPE / PNF correlation ID as sourceName

2. BBS-ep process the CPE Authentication VES event and triggers policy to update the orchestration status of the service instance

3. BBS APEX's policy updates the service instance in AAI with the correct orchestration-status

Expected Results

Service instance orchestration-status is updated from "Assigned" to "Active"

Actual Results

0. Service is instantiated and stored in AAI with orchestration-status = "Assigned" 

Service instance in AAI, orchestration-status="Assigned"

1. Edge SDN M&C detects and reports via a VES event the CPE Authentication. The VES event contains the CPE / PNF correlation ID as sourceName

CPE Authentication VES message

2. BBS-ep process the CPE Authentication VES event and triggers policy to update the orchestration status of the service instance

3. BBS APEX's policy updates the service instance in AAI with the correct orchestration-status

Updated service instance in AAI



Conclusion (Pass/Fail)



Testing Lab

Swisscom Lab

Testing Date



Tester Name



HSIA Service Activation and Service Status Change Notification

Test Case ID

C4

Test Case Name

HSIA Service Activation and Service Status Change Notification

Description

After service activation, the BSS is notified by ExtAPI about the service instance being active

Release

Frankfurt (6.0.0)

Preconditions

CPE Authentication is successful

Testing Steps

1. Check that service instance orchestration-status is active in AAI

2. Check that External API is sending to the BSS listener a notification on service activation right after CPE Authentication

Expected Results

1. Service instance orchestration-status=active

2. BSS listener is notified about service activation

Actual Results

1. Service instance orchestration-status=active

2. BBS portal (BSS mockup) is notified that service is completed by ExtAPI listener



Conclusion (Pass/Fail)



Testing Lab

Swisscom Lab

Testing Date



Tester Name