Verifying deployment of the Developer Portal subsystem
Verify that deployment of the Developer Portal OVA file succeeded.
Before you begin
About this task
After you configure an ISO and deploy it with the Developer Portal subsystem OVA, as described in Deploying the Developer Portal subsystem OVA file, verify that the subsystem installed correctly and is functional.
Procedure
-
Log in to the virtual machine by using an SSH tool to check the status of the
installation:
- Enter the following command to connect to port using SSH:
You are logging in with the default ID of apicadm, which is the API Connect ID that has administrator privileges.ssh ip_address -l apicadm
-
Select Yes to continue connecting.
Your host names are automatically added to your list of hosts.
-
Run the apic status command to verify that the installation
completed and the system is running correctly.
The command output for a correctly running Developer Portal system is similar to the following lines:
$ sudo apic status INFO[0000] Log level: info Cluster members: - testsrv1251.subnet1.example.com (1.2.3.4) Type: BOOTSTRAP_MASTER Install stage: DONE Upgrade stage: NONE Docker status: Systemd unit: running Kubernetes status: Systemd unit: running Kubelet version: testsrv1251 (4.4.0-137-generic) [Kubelet v1.10.6, Proxy v1.10.6] Etcd status: pod etcd-testsrv1251 in namespace kube-system has status Running Addons: calico, dns, helm, kube-proxy, metrics-server, nginx-ingress, Etcd cluster state: - etcd member name: testsrv1251.subnet1.example.com, member id: 10293853252850049269, cluster id: 17044377177359475136, leader id: 10293853252850049269, revision: 1485879, version: 3.1.17 Pods Summary: NODE NAMESPACE NAME READY STATUS REASON testsrv1251 default re702738954-apic-portal-db-f89vn 2/2 Running default re702738954-apic-portal-nginx-6ffb8676d9-gtfc6 0/0 Pending default re702738954-apic-portal-nginx-6ffb8676d9-nqdzf 0/0 Pending testsrv1251 default re702738954-apic-portal-nginx-6ffb8676d9-q85mt 1/1 Running testsrv1251 default re702738954-apic-portal-www-p9bvx 2/2 Running testsrv1251 kube-system calico-node-xkpbk 2/2 Running testsrv1251 kube-system coredns-87cb95869-p4qhf 1/1 Running testsrv1251 kube-system coredns-87cb95869-z2n5z 1/1 Running testsrv1251 kube-system etcd-testsrv1251 1/1 Running testsrv1251 kube-system ingress-nginx-ingress-controller-dsnxw 1/1 Running testsrv1251 kube-system ingress-nginx-ingress-default-backend-6f58fb5f56-ldx7t 1/1 Running testsrv1251 kube-system kube-apiserver-testsrv1251 1/1 Running testsrv1251 kube-system kube-apiserver-proxy-testsrv1251 1/1 Running testsrv1251 kube-system kube-controller-manager-testsrv1251 1/1 Running testsrv1251 kube-system kube-proxy-4pp8v 1/1 Running testsrv1251 kube-system kube-scheduler-testsrv1251 1/1 Running testsrv1251 kube-system metrics-server-6fbfb84cdd-hkztz 1/1 Running testsrv1251 kube-system tiller-deploy-84f4c8bb78-v6k95 1/1 Running
- Enter the following command to connect to port using SSH:
- Optional: Define multiple Developer Portal endpoints. See Defining multiple portal endpoints for a VMware environment.
- If you have now installed all subsystems, continue to Post-deployment steps.