...
Note: The OOF-PCI use case implementation and testing will be done at the Rutgers University Winlab ONAP Wireless Lab. Access is available to interested ONAP members.
Please see this page for details: Open Wireless Laboratory (OWL) at Wireless Information Network Laboratory (WINLAB)
Note: DMaaP should be setup for most of the test cases below.
...
Test Case ID | IT#005 |
Test Case Name | VES (DMaaP) interaction with SON-Handler MS |
Description | SON Handler Micro-service is able to successfully receive a message over DMaaP containing PM/FM data (from VES Collector). |
Release | Dublin |
Pre-conditions | (a) Policy component DCAE platform is up and running, VES is online (b) Config policies related to OOF are provisioned in Policy component) SON-Handler MS is online (c) DMaaP is up
|
Testing Steps |
Steps | Expected Result | - Ensure relevant DMaaP topics are registered (SEC_FAULT_OUTPUT, SEC_MEASUREMENT_OUTPUT), along with producer and consumers (using unauthenticated mode)
- Post a fault message (REST) to VES Collector. If feasible, use the RAN-Simulator to post the fault message.
- Post a performance measurements message (REST) to VES Collector. If feasible, use the RAN-Simulator to post the fault message.
| - VES Collector posts the received fault message on to DMaaP using the topic SEC_FAULT_OUTPUT.
- SON-Handler MS receives the DMaaP SEC_FAULT_OUTPUT message and processes it - verified via logs.
- VES Collector posts the received PM message on to DMaaP using the topic SEC_MEASUREMENT_OUTPUT.
- SON-Handler MS receives the DMaaP SEC_MEASUREMENT_OUTPUT message and processes it - verified via logs.
|
|
Conclusion (Pass /Fail) |
|
Testing Lab | Winlab |
Test Case ID | IT#006 |
Test Case Name | SDN-R (DMaaP) interaction with SON-Handler MS |
Description | SON Handler Micro-service is able to successfully receive a message over DMaaP containing neighbor list update from SDN-R |
Release | Dublin |
Pre-conditions | (a) DCAE platform is up and running, VES is online (b) SON-Handler MS is online (c) DMaaP is up
|
Testing Steps |
Steps | Expected Result | - Ensure relevant DMaaP topics are registered (SEC_FAULT_OUTPUT, SEC_MEASUREMENT_OUTPUT), along with producer and consumers (using unauthenticated mode)
- Post a fault message (REST) to VES Collector. If feasible, use the RAN-Simulator to post the fault message.
- Post a performance measurements message (REST) to VES Collector. If feasible, use the RAN-Simulator to post the fault message.
| - VES Collector posts the received fault message on to DMaaP using the topic SEC_FAULT_OUTPUT.
- SON-Handler MS receives the DMaaP SEC_FAULT_OUTPUT message and processes it - verified via logs.
- VES Collector posts the received PM message on to DMaaP using the topic SEC_MEASUREMENT_OUTPUT.
- SON-Handler MS receives the DMaaP SEC_MEASUREMENT_OUTPUT message and processes it - verified via logs.
| - Bring up the OOF using the installation steps.
- Check the OOF database to see the contents of the OOF config policy for PCI optimization use case (i.e., OOF should invoke Policy API to fetch the config policies).
| - OOF comes online and the database and local datastructures for PCI optimization use case are initialized correctly.
- Config-policy is correctly fetched and stored in the OOF DB. Sample config policy contents are given below:
ALGO_CATEGORY:OOF-PCI-OPTIMIZATION
PCI_OPTMIZATION_ALGO_NAME:OOF-PCI-OPTIMIZATION-LEVEL1
PCI_OPTIMIZATION_NW_CONSTRAINT:MAX5PCICHANGESONLY
PCI_OPTIMIZATION_PRIORITY: 2
PCI_OPTIMIZATION_TIME_CONSTRAINT:NONE
|
|
Conclusion (Pass /Fail) |
|
Testing Lab | Winlab |
...
