A. Namespaces
B. Persistent Volume
C. Network Policies
D. ReplicaSets
A. Delete the namespace using the vSphere Client.
B. Delete images in Content Library.
C. Purge a namespace using the vSphere Client.
D. Use kubectl to delete the images.
A. The Spherelets exist as VMs and are load balanced, each with their own IP address.
B. The Spherelet includes a paravirtualized Linux kernel that works together with the hypervisor.
C. The Spherelet provides high availability for the Kubernetes cluster.
D. The Spherelet allows the ESXi host to become part of the Kubernetes cluster.
A. Directly with vCenter Server and the underlying ESXi hosts
B. Through the Supervisor Cluster
C. Through a proxy VM
D. Directly with the vCenter Server
A. Namespace
B. Github
C. Manifest
D. Harbor
A. kubect1 config use-context
B. kubect1 get contexts
C. kubect1 get storageclasses
D. kubect1 config get-contexts
A. Datastore Cluster
B. vVols
C. Persistent Volume Claim
D. Storage Class
A. Transport Zones
B. vSphere Distributed Switch
C. Tier-0 uplink segment
D. Tier-1 uplink
A. Create
B. Delete
C. View
D. Edit
E. Modify
A. Change Kubernetes API Endpoint Certificate
B. Use NSX-T as the Networking Stack for Supervisor Cluster
C. Enable vSphere HA and vSphere DRS in Fully Automated mode
D. Assign vSphere Enterprise Plus license to the Supervisor Cluster