先試後買

A. Operating system

B. Supporting libraries

C. Application configuration files

D. Application files

A. Multi-source Log Sink Agent

B. Runtime Cost Analysis

C. Full-Stack Troubleshooting

D. Multi-Cluster Networking

E. Analytics-Driven custom metrics

F. Smart alerting

A. Pools cluster resources between users

B. Divides cluster resources across users

C. Provides a naming API

D. Shares objects within a cluster

E. Prevents object name collisions

A. kubectl create

B. kubectl apply

C. kubectl manage

D. kubectl patch

A. Specifying the Namespace as an environment variable

B. Using the "--namespace" option when issuing a kubectl command

C. Specifying the Namespace in the context of the kubectl configuration file

D. Specifying the Namespace in a ConfigMap

E. Specifying the Namespace in the container image for the object provided to "kubectl apply"

F. Specifying the Namespace in the manifest file for the object provided to "kubectl apply"

A. Docker Hub

B. VMware Container Registry

C. Harbor

D. Open Container Image Registry

E. Google Container Registry

F. Amazon Container Image Service

A. A continuously maintained catalog of open-source components and applications

B. Monitor full-stack applications to cloud infrastructures with metrics, traces, span logs, and analytics

C. Local and in-cluster platform services including logging, monitoring, networking, and storage services

D. Provide Container Build Services consistently to a fleet of clusters

E. Extend the same consistent Kubernetes runtime across your public cloud and edge environments

F. Automated multicluster operations