CGOA 試験問題を無料オンラインアクセス

In GitOps, what is the process of ensuring the actual state of a system matches its Desired State called?

• A.Reconciliation
• B.Monitoring
• C.Manual Intervention
• D.Webhooks

You are working on a GitOps project and have made some changes to the cluster using kubectl. What is the recommended approach to ensure that your changes are continuously reconciled?

• A.Save those changes to the Desired State store and allow the GitOps controller to attempt reconciliation.
• B.Use kubectl to delete all resources that were changed in the cluster and wait for a reconcile.
• C.Delete and recreate the cluster from scratch to ensure a clean and controlled state.
• D.Reconcile the changes by running a script or command that synchronizes the cluster with the desired state.

Which of the following statements accurately describes the role of GitOps in progressive delivery?

• A.GitOps only works with manual progressive delivery without any automation.
• B.GitOps requires end users to manually shift traffic for progressive delivery.
• C.GitOps does not allow end users to perform progressive delivery automatically, only manually.
• D.GitOps allows end users to perform progressive delivery automatically without manually shifting traffic.

Can you choose one example whereConfiguration as Codemay be utilized to manage an application's configuration and source code?

• A.Using a GUI-based configuration tool to visually configure and manage the source code of a microservices architecture.
• B.Using a spreadsheet to manually update and manage the configuration and source code of a mobile application.
• C.Using a manual process of editing configuration files and manually syncing the source code of a monolithic application.
• D.Using a Helm chart to define and manage the configuration and container image of a web application deployed on Kubernetes.

You are packaging a complex application to deploy to multiple Kubernetes clusters using GitOps. Which of the following would be a suitable solution for this process?

• A.Configuring a CI/CD pipeline to build and deploy the application to the Kubernetes cluster automatically.
• B.Writing a Dockerfile to build a container image of the application and configuration.
• C.Creating a well-formatted script to deploy the application to the Kubernetes cluster.
• D.Creating a Helm chart to define the application's configuration and dependencies.