Prerequisites

We recommend that you provision about 5-10GBs of Memory per User. For a workshop of 20 people, we recommend 4-6 m4.xlarge app nodes or larger.

• Modern HTML5 Standard Compliant Web Browser
• A recent stable version of Python 2.7 and the latest stable version of the boto libraries (lxml, pip, boto, boto3, and botocore)
• The latest stable versions of Ansible.
• An AWS account with the aws cli setup to use your access key
• For best performance, ensure that the version of the oc cli you use matches the version of the OpenShift cluster. With matching versions users' lab content can and should provision in ~15-30 seconds.

Must have existing OpenShift 4.x Environment

You can user the OpenShift Install to provision an OpenShift Environment

Environment Setup

Provision OpenShift Users

Run the following script to create user accounts for your students.

cd scripts ./setup-users.sh -c <NUMBER_OF_STUDENTS> -a P@ssw0rd

This will provision OpenShift user accounts for each student and an OpenShift admin account with the provided password

Quay

Use the Quay Operator to deply Quay in your OpenShift Environment.

Note: Need to manually provision users

cd scripts/quay ./deploy-quay.sh

CodeReady

Use the CodeReady Operator to deploy CodeReady in you OpenShift Environment

cd scripts/codeready ./deploy.sh

Gogs

Provison a gogs deployment and then create gogs student accounts and populate with openshift-tasks project.

Deploy Gogs

cd scripts ansible-playbook setup-gogs.yml

Create Student Repositorires

Once gogs has been deployed.

ansible-playbook setup-gogs-repos.yml

Create Student Environments

Create Student CICD Projects

cd scripts ansible-playbook setup-cicd-playbook.yml

Create Student working projects

cd scripts ansible-playbook setup-students.yml

Create Student Web Sites

Must have the AWS cli install and configured.

ansible-playbook setup-labs-website.yml