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JIRA:
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RAN NSSMF with CPS
| S.No | Topic | Description | Dependency | Tester | Status | Remarks | Test Details |
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| 1 | Service Instantiation(new |
| nsi) | OOF should return slice profiles with Coverage Area to coverageAreaTAList |
| mapping in NSMF | OOF |
| Prerequisite: CPS needs to be preloaded with coverage Area TA list | UUI is having discrepancy with TA Mapping as List | |||||||||||||
| 2 | Service Instantiation(new ran nssi) | SDNR integration with CPS - allocate flow: CPS should be updated with the RAN configurations | SDN-R, CPS |
| TBDMT templates should be preloaded | ||||||||||
| 3 | Service Instantiation (new RAN NSSI) | SDN-R configures RAN NFs via O1. All NFs and the cells should be updated with the proper configuration | SDN-R, CPS, RANSimulator |
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| 4 | Service Instantiation(reuse |
| nsi) | OOF should return slice profiles with Coverage Area to coverageAreaTAList mapping | OOF |
| Prerequisite: CPS needs to be preloaded with coverage Area TA list | UUI is having discrepancy with TA Mapping as List | ||||||||||
| 5 | Service Instantiation(reuse existing ran nssi) | SDNR integration with CPS - modify allocate flow: CPS should be updated with the RAN configurations | SDN-R, CPS |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done,
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| 6 | Service Instantiation(reuse existing ran nssi) | SDN-R sends relevant (netconf) messages to RAN-NFs and update the relevent cells | SDN-R, CPS, RANSimulator |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done,
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| 7 | Service Activation | Required details should be properly queried from CPS | SDN-R, CPS |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done, preload the RAN Slice configuration in CPS | |||||||||||
| 8 | Service Activation | RAN Slice should be activated: status should be set to ACTIVE in honeycomb devices | SDN-R, CPS, RANSimulator |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done, preload the RAN Slice configuration in CPS and RAN Simulator | |||||||||||
| 9 | Service Deactivation | Required details should be properly queried from CPS | SDN-R, CPS |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done, preload the RAN Slice configuration in CPS | |||||||||||
| 10 | Service Deactivation | RAN Slice should be deactivated: status should be set to INACTIVE in honeycomb devices | SDN-R, CPS, RANSimulator |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done, preload the RAN Slice configuration in CPS and RAN Simulator | |||||||||||
| 11 | Service Termination | Remove the RAN slice details from CPS from the applicable NFs | SDN-R, CPS |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done, preload the RAN Slice configuration in CPS | |||||||||
| 12 | Service Termination | Remove the RAN Slice from the RAN NFs and cells | SDN-R, CPS, RANSimulator |
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| Prerequisite: 1. TBDMT templates should be preloaded 2. As RAN Slice allocate is not done, preload the RAN Slice configuration in CPS and RAN Simulator |
JIRA:
| Jira Legacy | ||||||
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NSMF driven TN Slices
| S.No | Topic | Description | Dependency | Tester | Status | Remarks | Test Details | |||||
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| 1 | Option2 template creation | Design option2 templates in SDC and distribute it to SO & AAI | SDC, SO, AAI |
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| Option2 templates are created and distributed successfully. Only difference from option1 templates is that TN-FH and TN-MH templates will come under NST instead of RAN-NSST | |||||||||||
| 2 | Service Instantiation (Shared Scenario) | Instantiate service instance for option2 template with resource sharing level shared | SO, OOF, AAI |
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| 3 | Service Instantiation (Non shared Scenario) | Instantiate service instance for option2 template with resource sharing level non shared | SO, OOF, AAI |
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| 4 | Service Activation | Activate the communication service from UUI | SO, AAI | krishna moorthy |
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| 5 | Service Termination | Terminate the communication service from UUI | SO, OOF, AAI |
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JIRA:
| Jira Legacy | ||||||
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Closed Loop with CPS
| S.No | Topic | Description | Dependency | Tester | Status | Remarks | Test Details | |||||
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| 1 | Generate PM data | Generate closed-loop PM data in Ransim, store the XML files in VM and send VES notification |
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| 2 | Generate PM data | DataFileCollector reads the VES notification, fetches the PM xml file from the VM (SFTP) and posts it in data router |
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| 3 | Generate PM data | PM Mapper reads the PM file from data router, generates PM events and posts in the message router |
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| 4 | Closed Loop | Slice Analysis MS reads the message from message router and triggers Control Loop action towards Policy for throughput update |
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| 5 | Closed Loop | Upon reception of CL action from Slice Analysis MS, Policy triggers SO (RAN NSSMF) for reconfiguration of RAN resources. |
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| 6 | Closed Loop | Upon CL trigger from Policy, SO (RAN NSSMF) triggers SDN-R for updating the throughput per Near-RT RIC. |
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| 7 | Closed Loop | Upon receiving the reconfiguration trigger from SO, SDN-R sends the config updates to RAN-Sim. |
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| 8 | Reconfigure | RAN-Sim updates DB and netconf servers. |
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JIRA:
| Jira Legacy | ||||||
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Closed Loop with Intelligent Slicing - This testing will be done in the upcoming release
| S.No | Topic | Description | Dependency | Tester | Status | Remarks | Test Details | |||||
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| 1 | Generate PM data | Generate intelligent slicing PM data in Ransim and send VES notifications. |
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| 2 | ML MS action | ML microservice reads the message, calculates the maxNumberofConns per cell and posts the data on message-router. |
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| 3 | Slice Analysis MS action | Slice Analysis MS receives updates to maxNumberofConns per cell for each S-NSSAI from ML-MS and triggers Policy for Control Loop action |
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| 4 | Closed Loop | Upon reception of CL action from Slice Analysis MS, Policy triggers SO (RAN NSSMF) for reconfiguration of RAN resources. |
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| 5 | Closed Loop | Upon CL trigger from Policy, SO (RAN NSSMF) triggers SDN-R. |
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| 6 | Closed Loop | Upon receiving the reconfiguration trigger from SO, SDN-R sends the config updates to RAN-Sim (Near-RT RIC) successfully. |
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| 7 | Reconfigure | RAN-Sim updates DB and netconf servers. |
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KPI Monitoring
| S.No | Topic | Description | Dependency | Tester | Status | Remarks | Test Details |
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| 1. | KPI policy type and policy instance | Create Kpi policy type and Kpi policy instance and deploy the policies. | Policy | Completed | |||
| 2. | Config Fetch from policy | Mention the deployed policy-id in the pom.xml of kpi-ms and the corresponding policy is fetched using the policy sidecar container during deployment and placed inside the kpi-ms container. And during the startup of the microservice the config is fetched from the policy. | Policy | Completed | Earlier the "kpi.config" was fetched from the app-config/application_config.yaml and stored in the variable kpiConfig inside the code and now when the config is fetched using the policy the config is overridden with the config fetched from policy. | ||
| 3. | Configurable Kpi Config. | By updating the SDK version to 1.8.6 in pom.xml of KPI-MS, the config is configurable in run-time .By changing the Kpi-config value in the policy inside the /etc/policies/policy.json , the Config gets updated in the code without the need to redeploy the application. | Cbs-client | Completed | |||