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1. #Oracle linux virtualbox image for hands on lab install
2. #Oracle linux virtualbox image for hands on lab software
3. #Oracle linux virtualbox image for hands on lab password
4. #Oracle linux virtualbox image for hands on lab download

#Oracle linux virtualbox image for hands on lab software

The software that is needed to run the Lab on a laptop or desktop workstation can be downloaded and installed from the following locations:

#Oracle linux virtualbox image for hands on lab download

After logging in, click to browse the selection Container Services, select the Language from the pulldown menu and click Continue to read and accept the Oracle Standard Terms and Restrictions.ĭuring installation of Kubernetes on the Lab servers you will be asked to provide your Oracle SSO credentials in order to authenticate against the Oracle Container Registry and let the deployment script download the Docker images.

#Oracle linux virtualbox image for hands on lab password

Sign in by clicking Sign in in the upper right side of the window, enter your Oracle SSO Username and password as prompted.

#Oracle linux virtualbox image for hands on lab install

The Docker images are pulled from the Oracle Container Registry by the kubeadm-setup.sh deployment script.įor the script to be able to install the required components, you must login to the Oracle Container Registry website at using your Single Sign-On credentials. Oracle Container Services for use with Kubernetes is distributed in yum-packages and in Docker images. Accept Oracle Standard Terms and Restrictions This setup script eases configuration and setup on Oracle Linux and provides additional support for backup and recovery. Oracle has provided and tested a setup and configuration script that takes advantage of the kubeadm cluster configuration utility. Oracle Container Services for use with Kubernetes is fully tested on Oracle Linux 7 and includes additional tools developed at Oracle to ease configuration and deployment of a Kubernetes cluster. Primarily, Kubernetes provides the tools to easily create a cluster of systems across which containerized applications can be deployed and scaled as required.

Kubernetes is an open-source system for automating deployment, scaling and management of containerized applications. Oracle Container Services for use with Kubernetes The Docker Engine is designed primarily to run single applications in a similar manner to LXC application containers that provide a degree of isolation from other processes running on a system. Oracle Container Runtime for Docker consists of the Docker Engine, which packages and runs the applications, and the Docker Hub and Docker Store, which share the applications in a Software-as-a-Service (SaaS) cloud. The Oracle Container Runtime for Docker allows you to create and distribute applications across Oracle Linux systems and other operating systems that support Docker. Software used in this Hands-on Lab Oracle Container Runtime for Docker The diagram below shows a high-level diagram of the Kubernetes nodes you will build in this lab with your laptop using Vagrant and VirtualBox:

The lab will step through creating a Kubernetes multi-node cluster and deploying container images to run the web application.

In this Hands-On Lab, you will use a combination of Oracle Container Runtime for Docker and Oracle Container Services for use with Kubernetes provided by Oracle to build a tiered web application stack to host a PHP-based application. Oracle Linux and Cloud Native Notes Home Articles About Hands-on Lab: Building Development Environments with Oracle Container Services for use with Kubernetes ApIntroduction