최신 1z0-1109-23 무료덤프 - Oracle Cloud Infrastructure 2023 DevOps Professional

A. Defined parameters such as the $ (VARIABLE_NAME) file and later assigned their values in the Parameters tab of the build pipeline

B. Used vaultVariable to hold the content of the vault secrets in OCID format

C. Defined variables as exportedVariables to make them available in subsequent stages of the same pipeline

D. Defined a field such as type: DOCKER IMAGE in the outputArtifacts: section to specify the docker image produced by the Build stage

A. OCI DevOps automates SDLC which is Cl/CD platform for developers

B. OCI DevOps is an orchestration tool for deployments

C. OCI DevOps is cloud based to build softwares

D. OCI DevOps uses pipelines to manage infrastructure

A. Application code can be pushed to the Resource Manager Stack for automatic deploy-ment.

B. Manual builds can be run from the Build Pipelines to deploy the changes.

C. Terraform code can be packaged and pushed to the OCI Code Repository to deploy the changes.

D. OCI DevOps Triggers feature can be used to automate deployment.

A. Splunk. With the OCI DevOps service, users can manage OCI resources using the Splunk Plug- in, a CLI tool that provides help with managing repositories and automating infrastructure.

B. OCI OKE. In OCI, Container Engine for Kubernetes is a configuration management tool that manages enterprise-scale server infrastructure with minimal human intervention using Infrastructure as Code (IaC).

C. Resource Manager. In OCI, the "Resource Manager" automates infrastructure provisioning and configuring of OCI resources, such as Compute, Load Balancing, and Database services.

D. Jenkins. In OCI, Jenkins is an automation tool for configuration management that focuses on automating delivery and management of entire IT infrastructure stacks.

A. Signing the image using the Container Registry CLI and creating an image signature that associates the image with the master encryption key and key version in the Vault service

B. Enabling scanning of container images stored in OCI Registry

C. Scanning the image upon ingestion and comparing the image size for changes

D. Deploying a manifest to the Kubernetes cluster that references the container image and its unique hash

A. Container Registry can be used as a public docker registry, allowing any internet user with the appropriate URL knowledge to pull images from public repositories.

B. You can create up to 500 repositories in Oracle Cloud Infrastructure Registry, consuming a maximum of
500 GB in total, in every enabled region of your tenancy.

C. When intending to push images to the root compartment, creating an empty repository in advance is not strictly necessary.

D. Docker images and manifest lists (also known as multi-architecture images) can be stored in Oracle Cloud Infrastructure Registry as long as they adhere to Open Container Initiative specifications. Helm charts aren't included.

E. In each region that is enabled for your tenancy, you are charged for stored images and managed OCIR services.

A. Add an Auth section to the manifest file that specifies the name of the Docker secret you create using Auth Token to access OCIR.

B. Add a containers section that specifies the name and location of the images you want to pull from OCIR.
along with other deployment details.

C. Add an imagePullSecrets section to the manifest file that specifies the name of the Docker secret you created to access OCIR

D. Use kubectl to create a Docker registry secret.

E. Add an image section that specifies the name and location of the images you want to pull from OCIR along with other deployment details.

A. Enable autoscaling by autoscaling Pods by deploying Kubernetes Autoscaler to collect resource metrics from each worker node in the cluster.

B. Enable cluster autoscaling by autoscaling node pools by deploying Kubernetes Metrics Server and using the Kubernetes Vertical Pod Autoscaler to adjust the resource re-quests and limits.

C. Scale a cluster up and down by changing the number of node pools in the cluster.

D. Enable cluster autoscaling by autoscaling node pools by deploying the Kubernetes Autoscaler to automatically resize a cluster's node pools based on application workload demands.

E. Scale a node pool up and down to change the number of worker nodes in the node pool, and the availability domains and subnets in which to place them.