Architecture of MyST and Curvenote Websites
On the importance of structured data
This post discusses the architecture of MyST websites built with MyST CLI tools or Curvenote. In order to build a MyST site, you only need your content in MyST Markdown and Jupyter Notebooks. Navigate to a folder with these files and initialize a site with the MyST CLI or even deploy your content directly to the web with the Curvenote CLI.
Under the hood, when you build a website with MyST, source files are converted into structured JSON data, an abstract syntax tree (AST) which extends MDAST. This format is central to the flexibility of MyST tools; structured data is much easier to work with than file formats. From this AST, we can build PDFs, templated , Word documents, and, of course, interactive websites!
The websites consist of two parts: (1) a content server, and (2) a theme server. The content server simply serves the structured JSON as well as site configuration data. The theme server does … well … whatever it wants!! This can be transforming the content into react components to build a simple, modern website. It can be writing static HTML from the content; this would be equivalent to a static site generator. It also opens the door to running a compute kernel and having a dynamic, interactive theme where computational content from the content server can be explored.
Why are MyST sites architected this way? Structured content is at the heart of open-science, to allow content to be Findable, Accessible, Interoperable, and Reusable — or just plain FAIR. The separation of concerns between the content being served and how it is presented also allows us to think about these problems independently, you can make your journal theme better, without having to re-render all of the articles, making this much less risky, you can experiment with ideas, and you can move faster!
At Curvenote, we are driven by making it easier for scientists to do their work and get it in front of your peers. You should not need to be concerned with the toil of formatting, publishing, etc. — it should just work! You should be able to work in familiar formats like Jupyter Notebooks and Markdown, then with minimal effort get that work in front of others to reproduce, interact, and collaborate on. 🎉
#Content & Theme Servers
J in JAM) can be added on top for dynamic interactivity.
The separation between content server data and theme server data is also apparent in the folder structure. At the root level lives the content created directly by the user. In the
_build folder, the content generated by MyST is isolated in a subfolder called
site. This is served as is, usually on port 3100, if you want to explore this server directly, run
myst start --headless, which will just start the content server and tell you about it outside of the debug logs!
The theme server is cloned to a separate subfolder under
_build in the
templates directory! An example theme is the Curvenote book theme, every theme should expose a template.yml in the root of the repository, which exposes options like
analytics_google in this case.
If your theme is packaged as a myst-template (see contributing docs), you can see details about it using the
myst templates command:
myst templates list book-theme --site
The theme server also should determine commands for installing and starting the server, these will be run by the MyST CLI. In the case of the
book-theme this is done with
npm install and
npm run start, but will be different if you choose to build your theme in Python, or some other language!
At Curvenote, we are big believers in creating and exposing structured data for scientific and technical communication. The choices that we have made in architecting the MyST website allows for novel themes for reading and interacting with scientific content that can pull on the latest technologies. For example, imagine being able to pull in a reference to a scientific figure — that is fully interactive and comes with compute and data accessible.
#Try MyST or the Curvenote CLI
If you are involved in publishing, journals or just want a kick-ass lab-group website, we would love to show you a demo.
Other resources from Curvenote
Webinar - Learn how to write your next paper, report or even your thesis in MyST Markdown to create PDFs and interactive web articles.
The MyST command-line tools can now parse and render LaTeX documents, we explore some of the process behind creating this feature.
You can now interface with Curvenote through the command line using our new CLI. Eaily export your content, work locally with MyST Markdown, or export to any PDF, Word or LaTeX template.
Export your Curvenote articles to MyST Markdown to locally edit the content. MyST Markdown is a new specification of Markdown that allows you to write professional documents, books and websites.
Create BibTex files for your Curvenote project using Paperpile. This guide shows two ways to easily connect Paperpile to Curvenote to make reference management easy.
A Curvenote webinar taking attendees through publishing and updating research websites directly from the Curvenote visual editor