Note: This repository evolved into cloudogu/reveal.js-docker and is no longer maintained here.

Web-based presentation that features

• reveal.js with example slides in markdown,
• Jenkins continuous delivery pipeline that deploys to Nexus repo, GitHub Pages and Kubernetes.
• It also creates a PDF export of the slides.
• Toggle "presenter remote" mode using the , key. Off by default.
  • This helps for presenter remotes that use the left/right key, instead of space and back.
  • Workaround: Map left/right keys to next/prev slide functions.
  • Disadvantage: left and right keys are also mapped on the keyboard. But you can toggle back to normal using the , key.
• Excluding slides from print via <section excludeLocation="?print-pdf" ..> in index.html
• Print speaker notes on separate page - can be used to provide PDF with more info to the audience while keeping the slides clean.
  Can be switched off in index.html by setting showNotesForPrinting = false.
• Cloudogu corporate design theme

See also our Blog Posts: Docs As Code - Continuous Delivery of Presentations with reveal.js and Jenkins

• Part 1 - Intro and Deployment to GitHub Pages 🇬🇧 | 🇩🇪
• Part 2 - Deployment to Nexus and Kubernetes 🇬🇧 | 🇩🇪

You can view the latest version of the presentation

• as web-based presentation and
• as PDF on the web or on Jenkins

With a git-based wiki such as Smeagol (see Blog Post) you can edit the slides conveniently from the browser. A change there will trigger the the Jenkins pipeline that deploys to

• Sonatype Nexus or
• Kubernetes.

This example also shows how to deploy deploy your GitHub repo to GitHub Pages.

The workflow with a Cloudogu Ecosystem and GitHub are shown bellow.

Cloudogu Ecosystem	GitHub

See

• continuous-delivery-slides wiki (includes slides)
• reveal.js readme

See Jenkinsfile.

• Makes excessive use of the Jenkins shared library ces-build-lib
• Deploys the presentation to
  • GitHub Pages branch of this repo. To do so, username and password credentials cesmarvin need to be defined in Jenkins. A best practice is to create an access token. These credentials must have write access on the GitHub repo.
    See here for the result.
  • Nexus site repo defined in pom.xml.
    • Username and password credentials ces-nexus need to be defined in Jenkins.
    • These credentials must have write access to the maven site in Nexus:
      • nx-repository-view-raw-<RepoName>-add and
      • nx-repository-view-raw-<RepoName>-edit
      • Where RepoName is defined in pom.xml's url and distributionManagement.site.urls (after /repository/)
      • In this example: nx-repository-view-raw-Cloudogu-Docs-add
    • We need a raw Repo called Cloudogu-Docs in Nexus.
  • the Kubernetes cluster identified by the kubeconfig and the Docker registry defined in Jenkinsfile
    • Docker Registry: Requires username and password credentials hub.docker.com-cesmarvin defined in Jenkins.
      In this example the image cloudogu/continuous-delivery-slides is deployed to Docker Hub.
    • Kubernetes: Requires kubeconfig file defined as Jenkins file credential kubeconfig-oss-deployer. An example for creating the kubeconfig (using create-kubeconfig from zlabjp/kubernetes-scripts):

      kubectl create namespace jenkins-ns
      kubectl create serviceaccount jenkins-sa --namespace=jenkins-ns
      kubectl create rolebinding jenkins-ns-admin --clusterrole=admin --namespace=jenkins-ns --serviceaccount=jenkins-ns:jenkins-sa
      ./create-kubeconfig jenkins-sa --namespace=jenkins-ns > kubeconfig

• Needs Docker available on the jenkins worker
• On failure, sends emails to git commiter.