This extension embeds WebAssembly powered code blocks and exercises for both the R and Python languages into Quarto documents using HTML-based output formats. The webR and Pyodide WebAssembly engines are used to dynamically execute code in the user's web browser, so only a static web service (such as GitHub Pages, Quarto Pub, or Netlify) is required.
The quarto-live
extension focuses on providing:
quarto-live
code cells update reactively with {ojs}
cells.To use the quarto-live
extension in your own documents, run the following command in a terminal with a Quarto project as the working directory:
quarto add r-wasm/quarto-live
Once installed, the extension can be used with Quarto documents within this project.
Set the live
custom format in your Quarto document's YAML header. For slides, use format: live-revealjs
.
---
format: live-html
---
The default rendering engine used by Quarto is jupyter
, requiring a Python installation. If you’d prefer to avoid Python you can also explicitly select the knitr
engine in the document’s YAML header:
---
format: live-html
engine: knitr
---
Next, after the YAML header but before your content, include setup code for the knitr
engine using a relative path:
---
format: live-html
engine: knitr
---
{{< include ./_extensions/r-wasm/live/_knitr.qmd >}}
NOTE: Including _knitr.qmd
is not strictly required if you are using the jupyter
rendering engine. It is a temporary requirement for the knitr
engine and will be removed in a future release of quarto-live
.
Add an interactive code block into your document using the {webr}
(for R code) or {pyodide}
(for Python code) code block types:
---
title: A Quarto Live Document
engine: knitr
format: live-html
---
{{< include ./_extensions/r-wasm/live/_knitr.qmd >}}
```{webr}
fit = lm(mpg ~ am, data = mtcars)
summary(fit)
plot(fit)
## Documentation
Further documentation of how to use `quarto-live` in your documents to create rich interactive content can be found at:
https://r-wasm.github.io/quarto-live/