1. Why Svekyll?
2. Quickstart
3. Building your blog
4. Technical Notes

More information is at https://svekyll.com and https://blog.svekyll.com

Svekyll takes the simple conventions of Jekyll and marries them to the incredible power of Svelte.

Read more here: https://svekyll.com

Svekyll achieves perfect lighthouse scores: all 100s

node --version  # Please use at least node 18

# Create a package.json with the right build command
echo '{ "scripts": { "build" : "svekyll-cli build && svekyll-cli finalize" } }' > package.json

# add svekyll-cli
npm add svekyll-cli

# make the posts directory
mkdir -p posts

# Create _config.yml: see https://svekyll.com/Config
echo -e "title: hi\ndescription: my blog" >> _config.yml

# Create a post
echo -e "---\npublished: true\ntitle: First post\n\n---\n\n# My first post\n\nWelcome to Svekyll" >> posts/2023-09-23-hello.md

# Build your blog
npm run build

# Optionally style using a user.css file: https://blog.svekyll.com/2021-11-13-hacking-svekyll-theme
# Or, use a theme in your _config.yml file https://svekyll.com/Theme

# Review your blog (or put up on any webserver as a static site)
cd build && npx http-server # Go to http://localhost:8080.

Read more at https://svekyll.com

Interesting in hosting? Contact chris@extrastatic.com to learn about https://extrastatic.com

The original Svekyll was SvelteKit based. This meant a user had to use an entire full stack JavaScript system when the goal was to create a static blog. This was the wrong approach.

The new Svekyll uses a CLI tool much like the original Jekyll. Your project can be nothing more than a posts directory and a package.json file.

Sample package.json:

{
  "version": "0.0.1",
  "scripts": {
    "build": "svekyll-cli build && svekyll-cli finalize",
    "verify": "svekyll-cli verify"
  },
  "type": "module",
  "dependencies": {
    "svekyll-cli": "0.0.78"
  }
}

And, posts can be something like this:

$ ls -1 posts/
2023-05-26-i-m-a-dad-i-replaced-myself-with-an-llm.md
2023-06-04-expose-any-private-service-using-headscale.md
2023-06-30-why-is-gitlab-source-code-public-and-discourse-community-private-.md
2023-07-20-using-the-llm-tool-inside-docker.md

Each posts is a standard jekyll style post, but you can also add Svelte components using MDSveX.

$ cat posts/2023-07-20-using-the-llm-tool-inside-docker.md 
---
title: "using the LLM tool inside docker"
published: true
date: 2023-07-20
data: 
  a: 1
  b: 2
---

<script>
import MyComponent from './MyComponent.svelte'
</script>

Katarismo uses the excellent llama.cpp project. But, recently I've been reading about the LLM tool from the prolific Simon Willison.

<MyComponent {data}/>

I run NixOS as my \*nix of choice. But, python and nix's immutable file systems approach are like oil and water, so I generally like to run anything with Python inside a docker container.  

This is the Dockerfile I used:
...

Once you have this structure, you can build it like this:

yarn # install svekyll and dependencies
yarn build

Then, look inside the build directory.

Svekyll CLI eschews the traditional JavaScript build system. Internally, svekyll-cli creates a vite configuration with the right plugins (like tailwind, postcss). It then generates a set of templates inside the root directory. Each of these is a standalone Svelte app, and then svekyll-cli compiles them using vite and svelte and the preprocessor. The result in the build directory is a series of index.html files with the JavaScript compiled, minimized, tree-shaken and inlined. This results in an incredibly fast experience for readers, but without compromises on the experience as you can use the full capabilities of Svelte.

For example, on a blog with four posts, this is the directory structure. This can be put on any static hosting service:

$ tree build/
build/
├── 2023-05-26-i-m-a-dad-i-replaced-myself-with-an-llm
│   └── index.html
├── 2023-06-04-expose-any-private-service-using-headscale
│   └── index.html
├── 2023-06-30-why-is-gitlab-source-code-public-and-discourse-community-private-
│   └── index.html
├── 2023-07-20-using-the-llm-tool-inside-docker
│   └── index.html
├── index.html
├── katarismo.png
├── page
│   └── 0
└── tags
    ├── headscale
    │   └── index.html
    ├── internal
    │   └── index.html
    ├── tailscale
    │   └── index.html
    └── wireguard
        └── index.html