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NEW QUESTION # 32
Pods running in your Oracle Container Engine for Kubernetes (OKE) cluster often need to communicate with other pods in the cluster or with services outside the cluster. As the OKE cluster administrator, you have been tasked with configuring permissions to restrict pod-to-pod communications except as explicitly allowed.
Where can you define these permissions?
- A. RBAC Roles
- B. Network Policies
- C. IAM Policies
- D. Security Lists
As the OKE cluster administrator, you can define permissions to restrict pod-to-pod communications except as explicitly allowed by using Network Policies. Network Policies are a Kubernetes feature that allows you to define rules for network traffic within the cluster. They provide fine-grained control over ingress (incoming) and egress (outgoing) traffic between pods. By creating Network Policies, you can specify the allowed communication paths between pods based on various criteria such as source and destination pods, namespaces, IP addresses, ports, and protocols. This allows you to enforce security and isolation within your OKE cluster, ensuring that pods can only communicate with authorized pods or services. RBAC Roles and IAM Policies are used to manage access control and permissions for managing and interacting with the cluster itself, but they do not directly control pod-to-pod communications. Security Lists, on the other hand, are associated with VCN (Virtual Cloud Network) resources and control traffic at the subnet level, not at the pod level within the OKE cluster. Reference: https://docs.oracle.com/en-us/iaas/Content/Security/Reference/oke_security.htm
NEW QUESTION # 33
As a DevOps engineer, you are tasked with creating stages for an Oracle Kubernetes Engine (OKE) deployment pipeline in OCI DevOps. Your goal is to include as many actions as possible within the deployment pipeline stages themselves. Which two stages can you add to achieve this goal?
- A. Add a stage to deploy incrementally to multiple OKE target environments.
- B. Add a stage to deploy based on Blue-Green strategy or Canary strategy to OKE environment.
- C. Add a stage to apply the Kubernetes manifest to the Kubernetes cluster.
- D. Add a stage to apply the container image to the Kubernetes cluster
- E. Add a stage to deliver artifacts to an Oracle Cloud Infrastructure (OCI) Artifact Regis-try.
To create stages for an OKE deployment pipeline in OCI DevOps, you can add the following stages:
* Add a stage to deploy based on Blue-Green strategy or Canary strategy to OKE environment. A Blue-Green strategy is a deployment technique that involves creating two identical environments (blue and green) and switching traffic between them after testing. A Canary strategy is a deployment technique that involves releasing a new version of the application to a subset of users (canaries) and monitoring their feedback before rolling out to the rest of the users. You can use these strategies to reduce downtime, minimize risk, and improve user experience.
* Add a stage to apply the Kubernetes manifest to the Kubernetes cluster. A Kubernetes manifest is a YAML or JSON file that defines the desired state of your Kubernetes resources, such as pods, services, deployments, etc. You can use this stage to apply the manifest file to your OKE cluster using kubectl or helm commands. Verified References: [Deployment Strategies - Oracle Cloud Infrastructure DevOps],
[Applying Kubernetes Manifests - Oracle Cloud Infrastructure DevOps]
NEW QUESTION # 34
As a developer working on the Oracle Cloud Infrastructure (OCI) DevOps service, you are creating a build spec yaml file to be used in the build pipeline. Which two actions are part of the proper creation of the file?
- A. Enter the details for binaries used in later pipeline stages into the outputArtifacts section.
- B. Enter the artifacts the build pipeline should permanently save into the storeArtifacts section.
- C. Enter the vault secrets needed for the deployment pipeline into the exportedVariables section.
- D. Enter the variables you would like to use in later build steps into the localVariables section.
- E. Enter the necessary vault secret variable OCIDS into the vaultVariables section.
As a developer working on the Oracle Cloud Infrastructure (OCI) DevOps service, when creating a build spec YAML file for the build pipeline, the following two actions are part of the proper creation of the file: Enter the details for binaries used in later pipeline stages into the outputArtifacts section: In the outputArtifacts section, you specify the artifacts or files generated during the build process that should be saved for future use. These artifacts can include compiled binaries, libraries, configuration files, or any other relevant files that need to be preserved. Enter the necessary vault secret variable OCIDs into the vaultVariables section: In the vaultVariables section, you define the variables that correspond to the Vault OCIDs (Oracle Cloud Infrastructure Vault service). These variables are used to securely store and retrieve sensitive information, such as API keys, passwords, or other secrets, required by the build pipeline or later stages of the deployment process. By including these actions in the build spec YAML file, you ensure that the necessary artifacts are properly saved and that the required vault secret variables are available for secure access during the build and deployment pipeline execution. Reference:
NEW QUESTION # 35
As a DevOps engineer, you are tasked with patching a server application running on 100 web Servers. How can Ansible help you accomplish this task and which Ansible element should you leverage?
- A. A playbook could be leveraged and executed against the group of web servers, as de-fined in the task list. Then, Ansible would connect to each server and apply the same set of commands.
- B. A playbook could be leveraged and executed against the group of web servers, as de-fined in the inventory. Then, Ansible would connect to each soever and apply the same set of configurations.
- C. A playbook could be leveraged to perform ad hoc commands per server. Then, Ansible will automatically communicate with the servers and execute the ad hoc commands in the order defined.
- D. A playbook could be leveraged to explain the series of plays and tasks that need to be run per server.
Then, Ansible would connect with and configure each server's infra-structure automatically using YAML.
To patch a server application running on 100 web servers, you can use Ansible and leverage a playbook. A playbook is a YAML file that defines the desired state of your infrastructure, such as packages, services, files, etc. You can use a playbook to specify the tasks that need to be performed on each server, such as updating the application, restarting the service, etc. You can also execute the playbook against a group of web servers, as defined in the inventory. The inventory is a file that lists the hosts and groups that Ansible can manage. By using a playbook and an inventory, you can automate the patching process and ensure consistency across all servers. Verified References: [Playbooks - Ansible Documentation], [Working with Inventory - Ansible Documentation]
NEW QUESTION # 36