- Delimiter defaults changed from
{{ }}to<! !>to avoid awkwardness - Normal Mu tags
<! !>escape text for LaTeX compatibility rather than HTML - Triple Mu tags (
{{{ }}}) replaced with<!& !>and unescape text rather than escape to HTML - An
\input{nameoftemplate}acts the same way that a partial ({{> nameoftemplate }}) does - The
#(if / iterate) command replaced with*to avoid problems - The
^(not) command replaced with~to avoid problems
Because I want to do something like this:
\renewcommand{\title}{<% title %>}
\renewcommand{\today}{<% today %>}
\renewcommand{\currentpart}{Revision <% revision %>}Which (if you look at the gray regions) causes a loss of some of the important } signs that we need if we want to compile the documents in some normal way. It's easier to just avoid the nasty syntax and use something like this:
\renewcommand{\title}{<! title !>}
\renewcommand{\today}{<! today !>}
\renewcommand{\currentpart}{Revision <! revision !>}Renders just fine no matter whether you're using TeXstudio or emacs to write your TeX, or Node to publish.
There are a few ways to use mu 0.5. Here is the simplest:
var mu = require('mutex'); // notice the "2" which matches the npm repo, sorry..
mu.root = __dirname + '/templates'
mu.compileAndRender('index.html', {name: "john"})
.on('data', function (data) {
console.log(data.toString());
});Here is an example mixing it with the http module:
var http = require('http')
, util = require('util')
, mu = require('mu2');
mu.root = __dirname + '/templates';
http.createServer(function (req, res) {
var stream = mu.compileAndRender('index.html', {name: "john"});
util.pump(stream, res);
}).listen(8000);Taking that last example here is a little trick to always compile the templates in development mode (so the changes are immediately reflected).
var http = require('http')
, util = require('util')
, mu = require('mutex');
mu.root = __dirname + '/templates';
http.createServer(function (req, res) {
if (process.env.NODE_ENV == 'DEVELOPMENT') {
mu.clearCache();
}
var stream = mu.compileAndRender('index.html', {name: "john"});
util.pump(stream, res);
}).listen(8000);mu.root
A path to lookup templates from. Defaults to the working directory.
mu.compileAndRender(String templateName, Object view)
Returns: Stream
The first time this function is called with a specific template name, the
template will be compiled and then rendered to the stream. Subsequent
calls with the same template name will use a cached version of the compiled
template to improve performance (a lot).
mu.compile(filename, callback)
Returns nil
Callback (Error err, Any CompiledTemplate)
This function is used to compile a template. Usually you will not use it
directly but when doing wierd things, this might work for you. Does not
use the internal cache when called multiple times, though it does add the
compiled form to the cache.
mu.compileText(String name, String template, Function callback)
Returns nil
Callback (err, CompiledTemplate)
Similar to mu.compile except it taks in a name and the actual string of the
template. Does not do disk io. Does not auto-compile partials either.
mu.render(Mixed filenameOrCompiledTemplate, Object view)
Returns Stream
The brother of mu.compile. This function takes either a name of a template
previously compiled (in the cache) or the result of the mu.compile step.
This function is responsible for transforming the compiled template into the
proper output give the input view data.
mu.renderText(String template, Object view, Object partials)
Returns Stream
Like render, except takes a template as a string and an object for the partials.
This is not a very performant way to use mu, so only use this for dev/testing.
mu.clearCache(String templateNameOrNull)
Clears the cache for a specific template. If the name is omitted, clears all cache.