APPC WindRiver Lab

Non-Clustered Environment

VM Name	External IP	appc-multicloud-integration IPMulM	oam_onap_LH2Z IP
onap-aai-inst1	10.12.5.114	10.10.5.15	10.0.1.1
onap-dns-server	10.12.5.59	10.10.5.16	10.0.100.1
onap-appc	10.12.5.43	10.10.5.10	10.0.2.1
Stability-Test-VM3	10.12.6.130	10.10.5.18	10.0.0.18

CDT: https://10.12.5.43:8080/index.html#/home (you need to add certificate exception on https://10.12.5.43:9090 first)

APIDOC: http://10.12.5.43:8282/apidoc/explorer/index.html

To perform an update on any of the VMs that are not under Kubernetes (based on docker compose), you may execute the following steps:

Login to the VM in the table above as the Ubuntu user, using the External IP address after connecting to the WindRiver VPN. (which is 10.12.5.43)
sudo su - root
cd /opt
./dc.sh - remove all dockers resources etc.
/opt/config/docker_version.txt , /opt/config/ansible_version.txt, /opt/config/dgbuilder_version.txt - update/check the docker version
cd /opt/deployment; git pull (make sure the head of appc/deployment Repo is here)
docker ps -a
./appc_vm_init.sh - install dockers using docker compose
./health_check.sh - check appc health
./bundle_query.sh - check appc bundles
./db_query.sh - check database

Note for CDT development in your local environment:

For the CDT GUI development purpose, you can connect to 10.12.5.43 APPC runtime environment. follow the steps below:

bring up windriver lab VPN in your local environment
git clone CDT source code from appc/cdt repo
cd src/environments/
cp environment.ts environment.ts.org

change environment.ts to below:

    getDesigns: 'https://10.12.5.43:9090/cdtService/getDesigns',
    validateTemplate: 'https://10.12.5.43:9090/cdtService/validateTemplate',
    testVnf: 'https://10.12.5.43:9090/cdtService/testVnf',
    checkTestStatus: 'https://10.12.5.43:30290/cdtService/checkTestStatus'

cd ../..
npm start run → it will bring CDT up in your local. the URL is http://localhost:8080/index.html#/home
to tail APPC runtime karaf log :
1. ssh to 10.12.5.43
2. sudo -i
3. docker exec -it appc_controller_container bash
4. cd /opt/opendaylight/current/data/log
5. tail -f karaf.log

Clustered Environment

To see the robot logs: http://10.12.5.171:30209/logs/

VM Name	External IP	oam_onap_LH2Z IP
k8s-master	10.12.5.171	10.0.0.14
k8s-appc1	10.12.5.174	10.0.0.11
k8s-appc2	10.12.5.193	10.0.0.16
k8s-appc3	10.12.5.194	10.0.0.8
k8s-appc4	10.12.6.73	10.0.0.19
k8s-appc5	10.12.6.100	10.0.0.5
k8s-master-dublin	10.12.6.68	10.0.0.15
k8s-appc1-dublin	10.12.6.113	10.0.0.23
k8s-appc2-dublin	10.12.6.92	10.0.0.20
k8s-appc3-dublin	10.12.6.117	10.0.0.21
k8s-appc4-dublin	10.12.6.138	10.0.0.24
k8s-appc5-dublin	10.12.5.3	10.0.0.4

To perform an update on any of the VMs that are under Kubernetes, you may execute the following steps:

Login to the k8s-master VM as the Ubuntu user using the External IP address in the table above.
cd ~oom/kubernetes
change value.yaml (etc)
cd ~oom/kubernetes
override file is on ~oom/kubernetes/onap/value.yaml
make all;make onap
"helm deploy dev ./onap --namespace onap" or if you only changed APPC chart, then "helm deploy dev-appc ./onap --namespace onap"
kubectl get pods --all-namespaces -o wide -w => using this to check deployment status

To undeploy dev-appc release:

helm undeploy dev-appc –purge
kubectl get pods --all-namespaces -o wide -w => using this to check undeployment status
helm del dev-appc --purge
cd /home/ubuntu
./cleanup_appc.sh → that del pvc and pv
sudo -i
rm -rf /dockerdata-nfs/dev*
exit