autopages

autopages

Automated compilation and deployment to gh-pages

Examples

Here are examples of github repositories that take advantage of autopages, and the servers that power them.

• This repository :)
  • every time the master or autopages branch is updated, the gh-pages branch is redeployed automatically
  • The templates are stored in the autopages branch
  • This line in index.jade tells autopages to parse the most recent readme file on each commit
  • The files are compiled and output to the gh-pages branch, which is hosted at http://mathisonian.github.io/autopages/
  • using this server
• White Film website
  • powered by this autopages implementation
  • Uses autopages as a lightweight cms, for example, all the films in the ap-content branch are parsed and inserted into the final html files.
  • Output to white-film.github.io

About

This project is meant to be self hosted on Heroku or similar, so that you maintain control over who has push access to your repositories.

In general it assumes convention over configuration to make the setup process as painless as possible.

There are two types of github pages repositories. For each of them it assumes that three branches exist:

• input branch
• tranformation branch
• output branch

input branch

This is dynamic content that is going to be displayed on your github pages. For example, if your project is a blog, it would include blog posts. If it is a software library, it would be the code and readme (you can choose to display -- perhaps just the readme -- in the tranformation branch).

transformation branch

This looks like a static client side website. It should follow this folder structure

$ tree
.
├── images
│   └── logo.png
├── js
│   └── app.js
├── stylesheets
│   └── app.scss
└── templates
    └── index.jade
        

although can be significantly more complex than this. This is discussed later.

output branch

This is where the compiled static site go. Autopages will automatically commit and push this branch back to github every time there is a new commit on the input branch or the transformation branch.

<username>.github.io repos

For repos in the <username>.github.io style, the following branch name conventions are enforced:

• input branch: ap-content
• transformation branch: autopages
• output branch: master

all other repos

Any other repos will follow the convention of

• input branch: master
• transformation branch: autopages
• output branch: gh-pages

Usage

short version

fork mathisonian-autopages and update it to watch your repositories.

longer version

Install the module with: npm install autopages. You can create a new repo for this and in the main file write

var Autopages = require('autopages');

// be sure to replace this with your own api key. 
// it must have access to repos and webhooks
var autopages = new Autopages('GITHUB_API_KEY'); 

autopages
    .register('username/repo') // adds a webhook to the repo and listens for commit events
    .then(function(processor) {
        processor.use(/* use autopages plugins here */);
    });

Thats it. Then, deploy it to heroku, and on heroku set the environmental variable URL so that it knows where to tell github to point a new webhook to.

Support

Out of the box autopages works with the following stack

• jade templates
• scss stylesheets
• vanilla javascript

and will handle deploying custom fonts and images as well. If you want to use different software, this can be acheived through plugins.

Plugins

Anyone can write a plugin for autopages. For example, see https://github.com/mathisonian/autopages-browserify.

Plugins are based on gulp tasks, and are expected to be in the format like this:

processor.use({
    GULP_TASK_NAME: function(inputPath, outputPath) {

        return /* return the gulp task here.*/

    }
});

autopages will handle passing in the correct input and output paths to your function.

Available Plugins

Please submit a PR if you publish a plugin

• autopages-browserify

Documentation

More documentation coming soon. In the meantime feel free to contact the author.

License

Copyright (c) 2014 Matthew Conlen. Licensed under the MIT license.