Files
container.training/slides
Jerome Petazzoni a0558e4ee5 Rework kubectl run section, break it down
We now have better explanations on labels and selectors.
The kubectl run section was getting very long, so now
it is different parts: kubectl run basics; how to create
other resources like batch jobs; first contact with
labels and annotations; and showing the limitations
of kubectl logs.
2020-04-08 18:29:59 -05:00
..
2020-01-20 14:23:20 -06:00
2020-03-02 21:47:58 -06:00
2020-03-31 08:53:49 -05:00
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2018-09-29 02:18:03 +02:00
2019-11-03 07:42:24 -06:00

MarkMaker

General principles:

  • each slides deck is described in a YAML manifest;
  • the YAML manifest lists a number of Markdown files that compose the slides deck;
  • a Python script "compiles" the YAML manifest into a HTML file;
  • that HTML file can be displayed in your browser (you don't need to host it), or you can publish it (along with a few static assets) if you want.

Getting started

Look at the YAML file corresponding to the deck that you want to edit. The format should be self-explanatory.

I (Jérôme) am still in the process of fine-tuning that format. Once I settle for something, I will add better documentation.

Make changes in the YAML file, and/or in the referenced Markdown files. If you have never used Remark before:

  • use --- to separate slides,
  • use .foo[bla] if you want bla to have CSS class foo,
  • define (or edit) CSS classes in workshop.css.

After making changes, run ./build.sh once; it will compile each foo.yml file into foo.yml.html.

You can also run ./build.sh forever: it will monitor the current directory and rebuild slides automatically when files are modified.

If you have problems running ./build.sh (because of Python dependencies or whatever), you can also run docker-compose up in this directory. It will start the ./build.sh forever script in a container. It will also start a web server exposing the slides (but the slides should also work if you load them from your local filesystem).

Publishing pipeline

Each time we push to master, a webhook pings Netlify, which will pull the repo, build the slides (by running build.sh once), and publish them to http://container.training/.

Pull requests are automatically deployed to testing subdomains. I had no idea that I would ever say this about a static page hosting service, but it is seriously awesome. 💥

Extra bells and whistles

You can run ./slidechecker foo.yml.html to check for missing images and show the number of slides in that deck. It requires phantomjs to be installed. It takes some time to run so it is not yet integrated with the publishing pipeline.