String/Data transformations for use in templating libraries, static site generators and web frameworks. This gathers the most useful transformations you can apply to text or data into one library with a consistent API. Transformations can be pretty much anything but most are either compilers or templating engines.
To use each of these transforms you will also need to install the associated npm module for that transformer.
- atpl - Compatible with twig templates
- coffeecup - pure coffee-script templates (fork of coffeekup)
- dot (website) - focused on speed
- dust (website) - asyncronous templates
- eco - Embedded CoffeeScript templates
- ect (website) - Embedded CoffeeScript templates
- ejs - Embedded JavaScript templates
- haml (website) - dry indented markup
- haml-coffee (website) - haml with embedded CoffeeScript
- handlebars (website) - extension of mustache templates
- hogan (website) - Mustache templates
- jade (website) - robust, elegant, feature rich template engine
- jazz
- jqtpl (website) - extensible logic-less templates
- JUST - EJS style template with some special syntax for layouts/partials etc.
- liquor - extended EJS with significant white space
- mustache - logic less templates
- QEJS - Promises + EJS for async templating
- swig (website) - Django-like templating engine
- templayed (website) - Mustache focused on performance
- toffee - templating language based on coffeescript
- underscore (website)
- walrus - A bolder kind of mustache
- whiskers - logic-less focused on readability
- less (website) - LESS extends CSS with dynamic behavior such as variables, mixins, operations and functions.
- stylus (website) - revolutionary CSS generator making braces optional
- sass (website) - Sassy CSS
- uglify-js - No need to install anything, just minifies/beautifies JavaScript
- uglify-css - No need to install anything, just minifies/beautifies CSS
- ugilify-json - No need to install anything, just minifies/beautifies JSON
- cdata - No need to install anything, just wraps input as
<![CDATA[${INPUT_STRING]]>
with the standard escape for]]>
(]]]]><![CDATA[>
). - cdata-js - as
cdata
, but with surrounding comments suitable for inclusion into a HTML/JavaScript<script>
block://<![CDATA[\n${INPUT_STRING\n//]]>
. - cdata-css - as
cdata
, but with surrounding comments suitable for inclusion into a HTML/CSS<style>
block:/*<![CDATA[*/\n${INPUT_STRING\n/*]]>*/
. - coffee-script -
npm install coffee-script
- cson - coffee-script based JSON format
- markdown - You can use
marked
,supermarked
,markdown-js
ormarkdown
- component-js (website) -
npm install component-builder
options:{development: false}
- component-css (website) -
npm install component-builder
options:{development: false}
- html2jade (website) -
npm install html2jade
- Converts HTML back into jade
Pull requests to add more transforms will always be accepted providing they are open-source, come with unit tests, and don't cause any of the tests to fail.
The exported object transformers
is a collection of named transformers. To access an individual transformer just do:
var transformer = require('transformers')['transformer-name']
The following options are given special meaning by transformers
:
filename
is set by transformers automatically if using therenderFile
APIs. It is used ifcache
is enabled.cache
if true, the template function will be cached where possible (templates are still updated if you provide new options, so this can be used in most live applications).sudoSync
used internally to put some asyncronous transformers into "sudo syncronous" mode. Don't touch this.minify
if set to true on a transformer that isn't a minifier, it will cause the output to be minified. e.g.coffeeScript.renderSync(str, {minify: true})
will result in minified JavaScript.
Returns an array of engines that can be used to power this transformer. The first of these that's installed will be used for the transformation.
To enable a transformation just take [engine] = Transformer.engines[0]
and then do npm install [engine]
. If [engine]
is .
there is no need to install an engine from npm to use the transformer.
Tranform the string str
using the Transformer
with the provided options and call the callback cb(err, res)
.
If no cb
is provided, this method returns a promises/A+ promise.
Synchronous version of Transformer.render
Reads the file at filename into str
and sets options.filename = filename
then calls Transform.render(str, options, cb)
.
If no cb
is provided, this method returns a promises/A+ promise.
Synchronous version of Tranformer.renderFile
An array containing, at least one of:
'xml'
'css'
'js'
'json'
'text'
'html'
Adding to this list will not result in a major version change, so you should handle unexpected types gracefully (I'd suggest default to assuming 'text'
).
One of the modes from outputFormats
. By default, this is outputFormats[0]
, but it can be changed manually.
true
if the transformer can be used syncronously, false
otherwise.
The following transformations will always throw an exception if you attempt to run them synchronously:
- dust
- qejs
- html2jade
The following transformations sometimes throw an exception if run syncronously, typically they only throw an exception if you are doing something like including another file. If you are not doing the things that cause them to fail then they are consistently safe to use syncronously.
- jade (only when using
then-jade
instead ofjade
) - less (when
@import
is used with a url instead of a filename) - jazz (When one of the functions passed as locals is asyncronous)
The following libraries look like they might sometimes throw exceptions when used syncronously (if you read the source) but they never actually do so:
- just
- ect
- stylus
###Stylus