CGOA Certified GitOps Associate Exam Free Dumps

dumps2025-09-30T09:54:32+08:00

The Linux Foundation CGOA certification is for DevOps engineers and team members, platform and software engineers, CI/CD practitioners and other team members who would build IDPs with GitOps built into them. Learning CGOA exam information is a required step. There are multiple-choice questions in real CGOA exam, and you have 90 minutes to answer all the questions. The required passing score is 75%. The available language is English. The CGOA certification is valid for 2 years. We provide the latest Certified GitOps Associate CGOA exam dumps, which can ensure you pass the test easily. Free Certified GitOps Associate CGOA exam dumps are available below.

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1. In GitOps practices, when does CD take part?

CD takes part simultaneously with CI, both components of GitOps practices.

CD takes part after CI to automate the deployment of applications based on changes in the Git repository.

CD takes part before CI stage in order to ensure the successful deployment of applications.

CI plays a significant role in GitOps practices.

2. In the context of GitOps, what happens to a GitOps-managed Kubernetes cluster if there is drift divergence?

The GitOps-managed Kubernetes cluster ignores the drift divergence and continues to operate as it is.

The GitOps-managed Kubernetes cluster automatically reconciles the drift divergence to return the cluster to the Desired State.

The GitOps-managed Kubernetes cluster notifies the administrator about the drift divergence and waits for manual intervention.

The GitOps-managed Kubernetes cluster rolls back to the previous known state before the drift divergence occurred.

3. In GitOps, what does the principle of Versioned and Immutable mean?

All changes to configuration and infrastructure should be made directly on production environments.

All software versions should be stored in a Git repository.

Configuration and infrastructure code should be version-controlled and treated as immutable artifacts.

Configuration and infrastructure code should be modified directly on production environments.

4. When are progressive delivery patterns useful in software development and deployment?

Progressive delivery patterns are only useful for one-time, single-deployment scenarios, not ongoing, continuous delivery.

Progressive delivery patterns are primarily beneficial for small development teams rather than for large organizations.

Progressive delivery patterns are useful in several software development and deployment scenarios, as they offer advantages such as risk reduction, improved quality, and better user experience.

Progressive delivery patterns are useful during initial project development instead of in subsequent phases.

5. When deciding whether to use an in-cluster reconciler or an external reconciler, what factors should be considered?

The version of Kubernetes and the availability of network resources.

The size of the cluster and the complexity of the reconciler logic.

The programming language the applications are written in.

The location of the state store and the number of replicas.

6. In GitOps, what does it mean to Continuously Reconcile?

Regularly update Git repositories with the latest changes from external sources.

Perform regular backups of Git repositories.

Automatically compare and adjust the system state as needed.

Monitor the system for any unauthorized changes and revert them.

7. How can you achieve the declarative GitOps principle in managing infrastructure and applications?

By using imperative scripting languages to automate infrastructure changes.

By manually making ad-hoc configuration changes directly in the production environment.

By periodically creating manual backups of your infrastructure configurations.

By defining and maintaining infrastructure and application configurations declaratively in a version-controlled system.

8. In the context of GitOps, which of the following is the primary purpose of Desired State?

To serve as a blueprint to recreate a system for behavioral consistency.

To store all persistent application data, such as database content.

For monitoring real-time application performance.

To track code changes that developers have made.

9. Can you choose one example where Configuration as Code may be utilized to manage an application’s configuration and source code?

Using a manual process of editing configuration files and manually syncing the source code of a monolithic application.

Using a spreadsheet to manually update and manage the configuration and source code of a mobile application.

Using a Helm chart to define and manage the configuration and container image of a web application deployed on Kubernetes.

Using a GUI-based configuration tool to visually configure and manage the source code of a microservices architecture.

10. Which of the following is part of a declaratively defined system?

Both the desired state and the steps to reach the Desired State.

Only the steps to reach the Desired State.

Only the Desired State.

Only the code for reaching the Desired State.

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11. Which statement describes Blue-Green deployments?

Blue-Green deployments involve deploying the new version of an application alongside the old version and switching traffic to the latest version once it is ready.

Blue-Green deployments involve deploying the new version of an application to a subset of users and gradually expanding the deployment based on feedback.

Blue-Green deployments involve deploying different versions of an application in other regions and routing traffic based on geographic location.

Blue-Green deployments involve deploying only one version at a time.

12. In a GitOps framework, what distinct advantage does Configuration as Code (CaC) provide in comparison to traditional infrastructure management approaches?

CaC in GitOps exclusively automates the documentation process, whereas traditional approaches focus on manual documentation.

GitOps leverages CaC for immutable infrastructure deployments, ensuring consistent environments, unlike traditional methods that allow ad-hoc changes.

CaC is less secure and more complex than traditional infrastructure management.

In GitOps, CaC enables dynamic resource allocation during runtime, contrasting with the static configurations in traditional methods.

13. A GitOps-managed Software System includes which of the following?

Hardware infrastructure used for hosting the software system.

One or more runtime environments consisting of resources under management.

One or more programming languages used for development.

Operating systems used for hosting the software system.

14. In GitOps, what is a pull-based approach?

A pull-based approach is when developers manually push changes to the GitOps system, which then applies them automatically.

A pull-based approach is when the GitOps system sends notifications to developers to apply changes from the Git repository manually.

A pull-based approach is when the Git repository automatically pushes changes to the GitOps system, which then applies them.

A pull-based approach is when the GitOps system continuously polls the Git repository for changes and applies them automatically.

15. A GitOps project wants to leverage both ArgoCD and Flux for a deployment. Can ArgoCD and Flux be used in conjunction?

ArgoCD and Flux cannot be used together as they have conflicting functionalities.

If you modify their source code, ArgoCD and Flux can only be used together.

ArgoCD and Flux can be used together, leveraging a drop-in extension for ArgoCD, ensuring that both reconciliation engines do not conflict.

ArgoCD and Flux cannot be used together as they are designed for different types of deployments.

16. 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?

Delete and recreate the cluster from scratch to ensure a clean and controlled state.

Save those changes to the Desired State store and allow the GitOps controller to attempt reconciliation.

Use kubectl to delete all resources that were changed in the cluster and wait for a reconcile.

Reconcile the changes by running a script or command that synchronizes the cluster with the desired state.

17. In the context of GitOps, what source of truth guides the continuous deployment process?

Desired State

Dynamic State

Fleeting State

Current State

18. Why is the feedback loop important for reconciliation?

To determine if a reconciliation is needed and whether a sync should be partial or complete.

To analyze state-sync logging information and perform a sync.

To trigger an alert if a change is detected, and log the event to the log aggregation service.

Feedback loop is not important for reconciliation.

CGOA Certified GitOps Associate Exam Free Dumps

CGOA Certified GitOps Associate Exam Free Dumps

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