| commit | 9a3518cd066926d1d6a8df40d615fc1430975cfe | [log] [tgz] |
|---|---|---|
| author | Matteo Scandolo <matteo.scandolo@gmail.com> | Tue Aug 13 14:36:01 2019 -0700 |
| committer | Matteo Scandolo <matteo.scandolo@gmail.com> | Tue Aug 13 16:00:15 2019 -0700 |
| tree | 3255bf7470ec73d17f390f983d364d958d88ebdc | |
| parent | 84f7d48c8d7552e5ae078dc472618cbe9a84fa9a [diff] |
Creating one channel per ONU Using state machine for OperState in OLT, NNI, PON Using state machien ONU OperState and added gRPC API to list ONUs with statuses Change-Id: I663133510ef4a672e3807cd7e0db9eca8b7ab0d2
BBSim is managed via a Makefile, plese run the following command to display all the available targets
make help
Once VOLTHA is deployed you can deploy BBsim using the helm chart provided in the repo:
cd deployments/helm-chart helm install -n bbsim bbsim
Once BBSim is up and running you can provision the OLT in VOLTHA.
When you install the BBSim helm chart you'll notice that the last line of the output prints the service name and port:
NOTES: BBSim deployed with release name: bbsim OLT ID: 0 # of NNI Ports: 1 # of PON Ports: 1 # of ONU Ports: 1 Total ONUs: (total: 1) OLT is listening on: "voltha.svc.bbsim-olt-id-0:50060"
Connect to the voltha CLI and execute this commands:
preprovision_olt -t openolt -H voltha.svc.bbsim-olt-id-0:50060 enable
BBSim comes with a gRPC interface to control the internal state. We plan to provide a bbsimctl at certain point, meanwhile you can use grpcurl:
$ export BBSIM_IP="$(kubectl get svc -n voltha bbsim-olt-id-0 -o go-template='{{.spec.clusterIP}}')"
$ grpcurl -plaintext $BBSIM_IP:50070 bbsim.BBSim/Version
{
"version": "0.0.1-alpha",
"buildTime": "”2019.08.09.084157”",
"commitHash": "9ef7241b07a83c326ef152320428f204f7eff43d"
}
$ grpcurl -plaintext $BBSIM_IP:50070 bbsim.BBSim/GetOlt
{
"ID": 22,
"OperState": "up",
"NNIPorts": [
{
"OperState": "down"
}
],
"PONPorts": [
{
"OperState": "down"
}
]
}
This project strucutre is based on golang-standards/project-layout.