Tay is designed to help you swiftly write Google Chrome extensions using your favourite languages and tools.
$ gem install tay
$ tay new my_extension
$ cd my_extension
$ tay generate browser_action
$ tay build
Now go and load your extension in Chrome and look in the top right for the puzzle piece!
$ gem install tay
If installing the gem from source, be sure to run rake build_generators first!
Tay helps create, bootstrap, develop and publish Chrome extentions. It all works through the tay command. Running tay alone will show you a list of commands.
To start work on a new extension, run tay new [name]. This will create a new directory, [name], containing a predefined directory structure and files.
Take particular note of the Gemfile, it contains several commented out gems which can unlock extra abilities for Tay. Just be sure to run bundle install after changes there.
Usage:
tay new NAME
Options:
[--no-gitignore=Don't create a .gitignore file]
[--no-gemfile=Don't create a Gemfile file]
[--use-coffeescript=Use CoffeeScript gem]
[--use-haml=Use haml gem]
Create a new extension
Tay helps you use languages and techniques like CoffeeScript, CommonJS, SCSS and HAML. As mentioned above, tay generates a basic extension for you, from that point you can use generators to create various code skeletons.
The heart any tay project is the Tayfile. It defines metadata about your project and is also used to generate the manifest.json that Chrome requires. Some of the basic values will be pre-populated for you. For a full rundown of the Tayfile format, see the docs.
If you install one of the JavaScript templating gems that Sprockets supports, you can require them like any other file and they'll be included in the window.JST object.
Tay ships with a handful of code skeleton generators, documented below. Running tay generate will show a list of generators; tay generate help *generator_name* will show information specific to that generator.
Currently available generators: page_action, browser_action, content_script, options_page.
Tay can validate extensions. By running tay validate it will check for mutually-exclusive features and missing fields in specifications as well as ensure that referenced files actually exist.
Usage:
tay validate
Options:
[--tayfile=Use the specified tayfile instead of Tayfile]
-b, [--build-directory=The directory containing the built extension]
# Default: build
Validate the current extension
To build the extension, run tay build. Source files will be compiled and written in to the build subdirectory by default. At this point, the unpacked extension can be loaded in to the browser by following the relevant section in Chrome's getting started tutorial.
Usage:
tay build
Options:
[--tayfile=Use the specified tayfile instead of Tayfile]
-b, [--build-directory=The directory to build in]
# Default: build
Build the current extension
If you run tay watch in the top level directory, tay will automatically build whenever a change is detected in the src directory (you still need to go and reload the unpacked extension in Chrome).
To use tay watch you'll need to add the guard-tay gem to your Gemfile and run bundle install. If you want to customize the directories that are watched for changes, you can generate a Guardfile by running guard init tay.
Usage:
tay watch
Options:
[--tayfile=Use the specified tayfile instead of Tayfile]
-b, [--build-directory=The directory to build in]
# Default: build
Watch the current extension and recompile on file change
If you have the uglifier and/or yui-compressor gems in your Gemfile, you will be able to minify the JS and CSS in a built extension.
Usage:
tay minify
Options:
[--tayfile=Use the specified tayfile instead of Tayfile]
-b, [--build-directory=The directory containing the built extension]
# Default: build
[--skip-js=Don't minify *.js files]
[--skip-css=Don't minify *.css files]
Minify the CSS and JS of the currently built extension
When it comes time to publish your extension, Tay can create both .zip files (default, for submission to the Chrome Web Store) and .crx files (for self-hosting) via the tay package command.
There are certain requirements with regards to private keys to allow updates to your extension without changing its ID. Tay will generate a key and place it in the project root. It's up to you whether this gets checked in to version control (not recommended for public GitHub projects). If a key is already present when the packager is run, it will be used.
The filename of the key can be specified using by setting key_path in the Tayfile.
Usage:
tay package
Options:
[--tayfile=Use the specified tayfile instead of Tayfile]
-b, [--build-directory=The directory containing the built extension]
# Default: build
-t, [--type=The file type to build, zip or crx]
# Default: zip
Package the current extension
- Fork it
- Create your feature branch (
git checkout -b my-new-feature) - Commit your changes (
git commit -am 'Added some feature') - Push to the branch (
git push origin my-new-feature) - Create new Pull Request
- Localization of extensions
- Generator for extension option pages