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| OTF | OAM | NONRTRIC | RICP | RICAPP | O-DU | O-CU | Test Result | Notes | |||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Deployment | ScriptsArtifacts | Docker Container | Containers are locally built | ||||||||
| Helm Charts | Docker compose* | ||||||||||
| Deployment scripts | N/A* | ||||||||||
| E2E Flows | Mount FH simulator | ||||||||||
| O | Start O-RAN-FH Simulator | Start ODLthrough ODL |
| Info | ||
|---|---|---|
| ||
* As a new project, the SMO project delivers multiple tools that have not been integrated into a unified platform in the Cherry release. Therefore, helm charts and deployment scripts are not provided yet. |
Usage from sources
- Clone the OAM repository in gerrit.
Navigate into the validator folder
Code Block language bash cd solution/dev/smo/yang-validator
- Configure any parameters in the docker-compose.yml or in the .env files (like exposed ports etc.)
Start the services of of the validator
Code Block language bash docker-compose up
This starts two services currently:
- a O-RAN-FH Simulator exposing the O1 interface YANG models (NETCONF username/password is "netconf/netconf" and port is 18300)
- a vanilla OpenDaylight Aluminium SR0 version, acting as the SMO (ODL username/password is "admin/admin" and port is 8181)
- Mount the O-RAN-FH Simulator into the vanilla ODL:
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