jxxcarlson/elm-markdown/1.0.3

NOTE: the latest version is 10.1.0

jxxcarlson/elm-markdown

The aim of this Markdown library is to provide a pure Elm implementation of Markdown which offers a small set of extensions, along with options:

  • Standard: the usual thing
  • Extended: strike-though text, Poetry and Verbatim blocks
  • ExtendedMath: like extended, but math formulas written in TeX/LaTeX are rendered, e.g.,
This **is** a test: $a^2 + b^2 = c^2$.

is properly rendered.

See markdown.minilatex.app for a demo of the latest implementation. The package on which this app relies can be found on the Elm package manager

Example

To convert text to Html, do something like this:

Markdown.Elm.toHtml ExtendedMath "This **is** a test: $a^2 + b^2 = c^2$."

According to your needs, you can also use the Standard or Extended options.

Demo app

The demo app resides in ./app-test of the Github repository.
To run it, go into that folder and say sh make.sh. Then double-click on index.html.

Style

The style used by the library is entirely determined by the definitions of the CSS classes given in index.html. See the code in ./app-test/index.html. You can easily reconfigure this CSS to satsify your own esthetics.

MathJax

The javascript code in .app/index.html calls MathJax.js to render the mathematical text. It should be copied verbatim for your own app if you use the ExtendedMath option.

Markdown extensions

I am trying to be conservative about extensions to Markdown. However, there are two that I thought important enough to add: poetry blocks and verbatim text.
Poetry blocks are are like quotation blocks, except that they begin with ">>" instead of ">". Line endings are respected in poetry blocks. Verbatim blocks are like code blocks, except that they are set off by four backticks instead of three. No syntax coloring is applied to verbatim blocks.

Bugs and whatnot

Please write me at [email protected] or post an issue on the Github repository regarding bugs or anything else. I will steer this library towards the Commonmark spec to the greatest extent possible by the method of successive approximations