subset of scripts used for
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These scripts are a subset of the scripts I use for building They are here on github to help with collaborating with colleagues who are writing articles for As such they aren't intended as a library for general use, although you're welcome to give them a spin if you so wish.

##Using the scripts

The top level folders are:

  • lib contains the ruby scripts
  • lib\mfweb\core scripts required for various parts of the web site
  • lib\mfweb\article scripts to turn article files into html
  • sample an example website to show how it builds. Build it by going into the sample directory and invoke rake
  • css css files used for these parts of the web site.
  • test some unit tests (see below)

My full web site contains many more scripts than this, I've just pulled out those scripts required for collaboration.

To perform a build you'll need to have ruby and rake installed. You can then just issue rake to build the articles. In addition to ruby and rake you will need some gems too. I've been lazy about tracking which actual ones you need (I really ought to sort things out with builder) but you'll certainly need Nokogiri, Kramdown, and Builder. The scripts should work on ruby 1.8.7 and ruby 1.9.

To start on an article, copy the sample article in sample\articles\simple and write away. Any xml file in sample\articles\simple will be transformed to an html file in build/articles

Note for code examples, the code can be auto-imported from any source file. I find this very handy as I can put my actual source files, do compiles and tests, and just use the comment annotations to mark bits of code to incorporate into the text.

Digging in the Code

If you want to dig around in the code that generates things, here's a few signposts

The entry point for transforming an article xml file into html is ArticleMaker (in lib/mfweb/article). Its task is to coordinate the various objects that do most of the work. This is set up for each paper in the rakefile.

First of these is the PageSkeleton, which you set up with the header, footer, and css information. It writes these things out and hands over to the PaperTransformer which actually does most of the work. (There is also a PatternTransformer which is used for patterns done in my template.)

The paper transformer is a subclass of transformer (in lib\mfweb\core), which is a general class for transforming xml documents into html. The transformer walks the tree of the xml document. Most behavior is defined by creating methods named handle_elementName for each element you want to do something with. Handle methods usually do some specific things for that element and at some point call apply which continues the walk down to the children.

Any html output is done through an instance of HtmlEmitter, present through the instance variable @html. HtmlEmitter has a range of methods to emit common html elements, together with general methods element_block and element_span to spit out any named with elements with or without surrounding newlines. You can also send raw output to the HtmlEmitter with <<.

Although the handle_* methods give you the most control about processing an XML element, there are some common cases that have short cuts. The transformer parent class defines some lists @ignore_set, @copy_set, @p_set and @span_set for these shortcut behaviors.

If you want to do some specialized transforming of some particular element structure, it's often easiest to make your own transformer subclass and call it during the tree walk. See how processing the abstract in handle_abstract leads to calls into a separate FrontMatterTransformer to print things like the table of contents and author lists.

Various more complicated operations are done by separate service objects which are defined on the PaperMaker which passes itself as a service locator to the transformer. These include PatternServer (for pattern reference lookups), CodeServer (for code extraction), Bibliography (for citations), FootnoteServer (for footnotes).

There aren't many tests in here. These are limited since I have a fast and simple functional test system (generate the entire web site, and diff it with a known good output site.)