A question came up on the Lua mailing list, asking whether there was a PDF version of the Lua manual. This is, of course, the home domain of pandoc, and I got nerd-sniped into producing a PDF (and ePUB) version of the manual. This is a good opportunity to showcase some pandoc features. The post describes the process of going from an HTML web page to a PDF file via LaTeX and pandoc. We will see how to quickly convert documents with pandoc;

GSU uses Microsoft’s Office365 for e-mail, which is fine. My previous institutions—Duke and BYU—both use it too, and it’s pretty standard. GSU also enforces 2-factor authentication (2FA) with Duo, which is also fine. Everybody should use some sort of 2FA for all their important accounts! However, for whatever reason, GSU’s version of Duo’s 2FA doesn’t allow you to generate app-specific passwords for things like e-mail.

My first exposure to Lua has been as a pandoc user, and adding new Lua features to pandoc turned Lua into one of my favorite languages. In this post I will take a look at pandoc, the universal document converter, and explore how one can script and extend it with Lua. Pandoc includes a Lua interpreter since 2012, but the integration of Lua has been expanded significantly with the latest 2.0 release.

My first exposure to Lua has been as a pandoc user, and adding new Lua features to pandoc turned Lua into one of my favorite languages. In this post I will take a look at pandoc, the universal document converter, and explore how one can script and extend it with Lua. Pandoc includes a Lua interpreter since 2012, but the integration of Lua has been expanded significantly with the latest 2.0 release.