CPS:
Follow the steps below to setup the CPS environment:
- Clone the repo from : https://gerrit.onap.org/r/admin/repos/cps
- Build the project – When building the project run from the root cps folder : mvn clean install
- From docker-compose folder, run the following after building the images locally : VERSION=latest DB_USERNAME=cps DB_PASSWORD=cps docker-compose up -d
- Create the dataspace, schemaset, anchor and datanode using CPS APIs. This file has the sample APIs for CPS and the CPS-TBDMT template creation for the CoverageArea TA list mapping : CPS APIs.txt
Kindly check this page for more details on CPS APIs : R9 TBDMT Enhancements
4. CPS-TBDMT:
Follow the steps below to setup the CPS-TBDMT environment:
- Clone the repo from : cps/cps-tbdmt · Gerrit Code Review (onap.org)
Build the project – mvn clean install
Change the docker image name to avoid docker login issues : docker tag nexus3.onap.org:10003/onap/cps-tbdmt:latest cps-tbdmt:latest
From the docker-compose folder, edit the application.yml file
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- From the docker-compose folder, run the following to bring up the containers : docker-compose up -d
5. Configure CPS in OOF deployment <WIP>
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After the configuration make OOF component and deploy it.
6. Policy changes for CoverageArea TA List Mapping: <WIP>
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"coverage_area_ta_list": {"derive_from":{"method":"get_tracking_area","args": {"coverage_area": {"get_param": "coverage_area_ta_list"}}}}
OOF :
The patch set - Return coverage-area list as JSON string (I9776b924) · Gerrit Code Review (onap.org) has to be included in the OOF-HAS src code to return coverage area TA list mapping. (If the patch set is still not merged, please follow the below steps)
- Clone the HAS repo from Gerrit - git clone "https://gerrit.onap.org/r/optf/has"
- Pull the above-mentioned patch set from Gerrit and download it to the local repo
- Build the docker image - mvn clean install
- Create a tar file of the image ,
docker save IMAGE_ID > has-image.tar
5. Copy the tar file to all the worker vms associated with the control vm, and follow the below steps,
docker load < has-image.tar
docker image tag IMAGE_ID name:version
6. Replace the image version in the oom (oof) charts with the loaded version in the worker vms and redeploy the OOF component