
I'm working on a theme/token generating library based on [theme-ui](https://theme-ui.com/) and [emotion](https://emotion.sh/docs/introduction). I've found myself using some variation of the same theme object across projects, but as I iterate on that object either improving it or tweaking it, I find it increasingly difficult to keep different versions up to parity. An example: I update how I'm using breakpoints in one so I need to go through each project and update the breakpoints there.

One solution would be to publish the theme object as an npm package, but I wanted something a little more dynamic. [speculative fabulation (or sf)](https://github.com/inadeqtfuturs/if-sf) generates theme tokens (ex. colors, typography, buttons) as well as theme objects (ex. an object comprised of theme tokens). These can be passed into `emotion`'s or `styled-components`'s theme provider. `sf` operates on the idea that objects go in, objects come out -- you can extend, merge, or override theme defaults, allowing granular control over the theme you generate:

``` js
const defaultTheme = genTheme();
const defaultThemeWithNewColor = genTheme({ colors: { newColor: '#333' } });
```

Both functions return a full theme object, but you can drill down and update the specific tokens you need.

### token generators

`genTheme()` is broken down into a series of token generators -- functions that return a token object, like colors or styles for a button. In working on these token generators, I set up a few parameters for how they should behave:

0. generator files export a token object
1. generators return a token object
2. generators don't require arguments to return the token object
3. generators merge and extend the token object by default
4. generators can wholesale override the token object

For something like colors, this is simple enough:

``` js
import { merge } from 'theme-ui';

const defaultColors = {
  text: '#111827',
  background: '#F9FAFB',
  primary: '#2563EB',
  secondary: '#DE7283',
  accent: '#7C3AED',
  muted: '#88d1FF'
};

export function genColors({ override, ...restColors } = {}) {
  if (override) {
    return override;
  }
  if (!restColors) {
    return defaultColors;
  }
  return merge(defaultColors, restColors);
}

export default defaultColors;
```

By default, `genColors()` returns `defaultColors`. If we pass an `override` argument, it will return that object instead. Any other key/value pair we pass gets merged into default colors.

### token generators -- deep and defaults

Things became slightly more complicated as I began working with typography. In the past, I've defined a default text base that includes things like font size, line height, and font family, spreading that object into each typographical element (i.e. p, ul, blockquote, etc.) (I'm ultimately leveraging the `theme.styles` object from [theme-ui](https://theme-ui.com/styling-mdx)). This works for the first two generator requirements -- have a base set of styles; spread them into each element, return that:

``` js
export const defaultTextBase = {
  fontFamily: 'body',
  fontSize: ['sm', 'md'],
  lineHeight: 1.5,
  margin: 0,
  padding: 0,
  marginBottom: 4
};

const defaultText = {
  p: {
    ...defaultTextBase
  },
  ul: {
    ...defaultTextBase,
    paddingLeft: 8,
    ul: {
      margin: 0
    }
  },
  ...
}
```

The problem starts when I want to extend or merge styles into the base: if we're just spreading `defaultTextBase` into these elements, at what point do we actually merge or extend the base? One way to solve this would be to iterate through the keys in `defaultText`, spreading the base as we went, but this would prevent us from exporting an object from the generator file. Another way to handle this would be to get a diff between the new base and default base -- after all, we're just extending or merging into it. However, this presents an immediate problem if we're going to wholesale override the base at some point. So I ended up writing a utility that removes the default values (if present) from each element.

``` js
function removeDefaults(obj, defaultObj) {
  const defaultKeys = Object.keys(defaultObj);

  // mapObject does what it sounds like: allows us to map the key/value pairs in an object
  // mapObject = (obj, func) => Object.fromEntries(Object.entries(obj).map(func));
  return mapObject(obj, ([key, value]) => {
    const remainingValues = Object.keys(value).reduce((acc, curr) => {
      if (defaultKeys.includes(curr) && defaultObj[curr] === value[curr]) {
        return { ...acc };
      }
      return { [curr]: value[curr], ...acc };
    }, {});
    return [
      key,
      {
        ...remainingValues
      }
    ];
  });
}
```

Once the default values are removed, we can determine the new base (overriding, merging into, or extending the default base) and use the above `mapObject` function to pass that base into each key. You can see the full implementation [here](https://github.com/inadeqtfuturs/if-sf/blob/main/src/theme/tokens/text/index.js)

### spread defaults // remove defaults

Something about this pattern seems useful, though I'm not entirely sure where. It goes something like this:

1. Have a default base
2. Spread that default base into each key of a token object. Export that object.
3. If you need to extend or override that base, use the above function to remove those defaults
4. Return new object using new base

I like this pattern, though I think it fits a specific use case. I do think it could be used in a more generalized way, and I'd be interested to hear alternative approaches to the above problem.

### up next

- [ ] templating


generating theme tokens and falling back to defaults

generating theme tokens


I spent some time this weekend updating a remark utility I wrote a while back. I wanted to add an 'overview' section to the beginning of every post -- basically a table of contents generated from post headers. There's a great little plugin that does this called [`remark-toc`](https://github.com/remarkjs/remark-toc), which uses `mdast-util-toc` to do just this. It did present a few problems for my workflow:

1. It requires you to define where the table of contents went in the markdown. For other folks, I'm sure this is a useful feature, but I didn't want to have to bother.
2. It removed all content between between the table of contents and the first header. Again, maybe not a problem for some folks, but I often have an introductory section that lacks a header.

Because of this, I ended up spinning up a custom implementation of `mdast-util-toc`.

### remark plugin

The [`unified`](https://github.com/unifiedjs/unified) ecosystem has a fairly robust language for describing itself. At it's core, '**unified** is an interface for processing text using syntax trees' (unified documentation). For our purposes, we can think of it this way:

- we have an `.mdx` or `.md` file
- it is run through a `parser` and converted into a syntax tree
- that syntax tree can be transformed by any number of plugins or `transformers`
- the new syntax tree is run through a `compiler` and output as html

We want to write a plugin that returns a `transformer` that modifies our syntax tree. A really basic version would look like this:

``` js
module.exports = parse;

function parse(options = {}) {
  return transformer;

  function transformer(tree) {
    // modify tree here
  }
}
```

We can pass this module to the `remarkPlugins` argument of `renderToString` to transform the tree.

### generating overview section

We'll update the above generic `parse` function to use `mdast-util-toc`, which does the heavy lifting of generating a list of headers with relevant links. `mdast-util-toc` returns a [node](https://github.com/syntax-tree/unist#node) with a `type` of `list` that we can pass to the `children` array of the syntax tree. If that `node` is returned, we'll update the `children` array in the syntax tree so the map comes first.

``` js
const tocUtil = require('mdast-util-toc');

module.exports = parse;

function parse(options = {}) {
  return transformer;

  function transformer(tree) {
    const { map } = tocUtil(tree);
    if (map) {
      tree.children = [].concat(map, tree.children)
    }
  }
}
```

This works, however, I want to generate a `div` with the class-name `toc` that includes both this table of contents as well as an `overview` heading. We'll need to generate this [`parent` node](https://github.com/syntax-tree/unist#parent) as well as the header node. I wrote up a really generic function for this:

``` js
const genOverview = map => {
  const header = {
    type: 'heading',
    depth: 3,
    children: [{ type: 'text', value: 'overview' }]
  };

  return {
    type: 'parent',
    children: [header, map],
    data: {
      hProperties: { className: 'toc' }
    }
  };
};
```

And update the `transformer` function:

``` js
const { map } = tocUtil(tree);
if (map) {
  const overview = genOverview(map);
  tree.children = [].concat(overview, tree.children);
}
```

While not the most exciting thing in the world, this should offer a brief overview for thinking about handling syntax tress. Looking forward to doing more in the future.

### resources

- [unified documentation](https://github.com/unifiedjs/unified)
- [remark plugin documentation](https://github.com/unifiedjs/unified#plugin)

### up next

- [ ] templating


generating a table of contents for markdown posts

remark generated table of contents


I just released an incremental update for `next-mdx-relations`, which was largely a dependency upgrade (a major one). After releasing that, I've also bumped all of the dependencies for `garden`, so it should be compatible with all the latest version so React and NextJS. I've also added [dependabot](https://github.com/dependabot) to help stay up to date on dependency changes to prevent these kind of large/sweeping updates in the future.

Additionally, I'm going to try to start actively working on `garden` again. If you have features you'd like to see in the near future, feel free to open an issue or submit a pull request.

> Note that storybook is experiencing some issues with node versions greater than or equal to `17.0.0` (See [this](https://github.com/storybookjs/storybook/issues/16555)). I've included a `.nvmrc` file in the repo and updated the readme to include documentation about running `nvm use`.

### up next

- [x] content directories
- [ ] templating
- [x] swap current config for `next-mdx-relations` 


garden updates - 14052022


If you have tags that are more than one word (digital garden?) you need to slugify your tags.

``` js
function slugifyTag(tag) {
  return tag.toLowerCase()
            .replace(/ /g, '-')
            .replace(/[^\w-]+/g, '');
}
```

### up next

- [x] content directories
- [ ] templating


fix tags


This post spins off of the [previous post's](/garden/02-syntax-highlighting) interest in extending themes. Because I ended up reworking both how garden handles themes (both their generation and passing them to different theme providers), I spun this off into its own post.

### color tokens and generating themes

To start, the minimum number of color tokens needed for garden is two: text and background color. Rather than go monochromatic, we also want a primary color. These should live in an easily configurable place and all components necessary for garden to work should only use these colors.

We'll add a `theme` object to `config.js`. It will expect at least a `default` object with keys corresponding to the theme object, so we'll give it a `color` object with the necessary colors. We define our themes this way so that, in the future, we can continue extending the theme with other design tokens besides colors. We can also provide config any number of other objects to generate themes. Here's an example with a default and a dark theme:

``` js
  ...
  theme: {
    default: {
      colors: {
        text: '#2d2a24',
        background: '#fdfdfd',
        primary: '#b7e2d8'
      }
    },
    dark: {
      colors: {
        text: '#ececec',
        background: '#2c2c2c',
        primary: '#888'
      }
    }
  }
```

> => question
>
> This would be really easy to accomplish with [color modes](https://theme-ui.com/color-modes), but we have to also pass the theme to the styled components provider. We'll handle this very similarly to how theme-ui handles it, though.

Next, we need to make sure the theme object supports color overrides. Garden does this using a function called `genTheme` that takes `colors` as an argument and returns a theme object.

``` js
  function genTheme({ colors } = { colors: defaultColors }) {
    ...theme
  };
```

Note here that I also have a set of default color values. You could run the function without any arguments and still get a perfectly good theme object.

### toggle between modes

Heavily influenced by theme-ui's color modes documentation, garden takes the themes specified in the config and cycles through them. At the `App.js` level, we generate an object that contains a list of themes defined in the config, and an array of theme objects generated by those themes. Here, I'm calling them 'modes' just to differentiate them (in name alone) from themes.

``` js
  const { themes } = siteConfig;
  const modeList = {
    modes: Object.keys(themes),
    modeThemes: Object.keys(themes).map(theme => {
      return genTheme({ ...themes[theme] });
    })
  };
```

In the functional component, we use a hook to setup the default state, and a toggle function to cycle among nodes.

``` js
  const [currentMode, setMode] = useState('default');
  const { modes, modeThemes } = modeList;
  const toggleMode = () => {
    const index = modes.indexOf(currentMode);
    const next = modes[(index + 1) % modes.length];
    setMode(next);
  };
```

Wrapping the whole of the app in a [context provider](https://reactjs.org/docs/hooks-reference.html#usecontext) allows us to pass the down the mode state and the toggle function.

``` js
  <ThemeContext.Provider
    value={{
      currentMode,
      toggleMode
    }}
  >
    {...app}
  </ThemeContext.Provider>
```

As an aside, I ended up liking this as a feature rather than the usual sun/moon icon for a few reasons:

1. more than one theme
2. clear what theme is on (rather than relying on iconography)
3. no need for svg imports

### resources

- [theme-ui color modes](https://theme-ui.com/color-modes)

### up next

- [x] syntax highlighting
- [x] [content directories](/garden/04-content-directories)
- [ ] templating

programmatically generating themes utilizing basic variables/tokens and adding state logic to cycle through themes

03 - extending themes


This post offers really brief documentation for adding syntax highlighting with [rehypePrism](https://github.com/mapbox/rehype-prism) to `next-mdx-remote`. It then outlines some considerations for handling that highlighting over and against the global theme.

### syntax highlighting

Syntax highlighting with next-mdx-remote can be done a few different ways. If you want to use [prism-react-renderer](https://github.com/FormidableLabs/prism-react-renderer), you can find great examples in the template repos for [mdnext](https://github.com/domitriusclark/mdnext/blob/master/packages/mdnext-components/src/components/Code.js). I opted to use `rehypePrism` to render code blocks on the node side of things. All I did was pass it as an argument in `renderToString`.

```js
  import rehypePrism from '@mapbox/rehype-prism';

  ...

  const mdx = await renderToString(content, {
    components: null,
    mdxOptions: {
      rehypePlugins: [rehypePrism]
    },
    scope: data
  });
```

### themeing and syntax highlighting

Initially, I just added the prism NightOwl theme and thought I'd move on, but the difference between the prism theme and the color scheme of the site had me wondering if there was a better way to handle syntax highlighting as an extension of the theme object. Some considerations:

1. Syntax highlighting should be an extension of the theme
2. This also means that it should be an extension of the dark theme
3. Because garden is meant to be extendable, the syntax highlighting should be as simple as possible so it can be easily overridden
4. Syntax highlighting and themeing more generally should utilize the minimum viable theme tokens or variables

Thinking about syntax highlighting ultimately opened some space to think a little bit more about colors, theme tokens, and their relation garden as a whole. You can find a post about that [here](/garden/03-extending-themes);

The approach I ended up taking, which is a design pattern I consistently fall back on, is defaults with fallbacks. To differentiate tokens in a block of code, I needed 6 colors. To accommodate undefined themes in a user config, I'm export a default color object from the theme and using that as a fallback. So now the syntax highlighting will be an extension of the current theme and fills in missing tokens with defaults. The one other thing I wanted to add was a way to define the highlighting theme based on some other theme in the config. An example: I want my syntax highlighting to be derived from the dark theme, no matter what theme is currently being used. This gives us three use cases/scenarios:

1. I didn't define any themes, so default.
2. I've defined themes. Just use those colors.
3. I've defined themes. I want to use a specific theme for syntax highlighting.

This ends up having a few moving parts:

``` js
  export const defaultColors = {
    text: '#2d2a24',
    background: '#fdfdfd',
    primary: '#b7e2d8',
    secondary: '#de7283',
    accent: '#bcadfb',
    muted: '#88d1ff'
  };
```

We need to export a set of default colors to generate the theme is a user doesn't define one. It gets imported into `App.js` and used during theme generation.

``` js
  const { themes = { default: { colors: defaultColors } } } = siteConfig;
```

In the theme function, we check if the user defined a specific theme to use for syntax highlighting, and fall back to the default color pallet if not.

``` js
  const prismTheme = pt ? themes[pt].colors : colors;
```

At that point, we have the variables available in the theme object and they get passed in.

### wrapping up

This ended up being a helpful exercise in moving from making something that works to thinking about how I wanted it to work and implementing from that direction. In thinking through different ways one would want to define their theme object, I think I also opened up space to think about extendability here and in future projects.

Working through this also highlighted the need for a different kind of post -- something shorter, and maybe just with code snippets. Next up is thinking about content directories and templating.

### resources

- [components.ai theme-ui](https://components.ai/theme-ui)
- [theme-ui color modes](https://theme-ui.com/color-modes)
- [prism theme generator](http://k88hudson.github.io/syntax-highlighting-theme-generator/www/)

### up next

- [x] syntax highlighting
- [x] [content directories](/garden/04-content-directories)
- [ ] templating


adding syntax highlighting to next-mdx-remote and rethinking themeing

02 - syntax highlighting and themeing


This post documents adding search to next.js powered static sites using [fuse.js](https://fusejs.io/). When deciding how to implement search functionality, I ended up choosing between a custom implementation (basically just filtering arrays) and using a dedicated library. While I tend not to reach for off the shelf solutions, I chose fuse because it has UMD and commonJS support and will likely be helpful to eventually build out the cli.

1. initialize fuse to search through the posts
2. hook up the search function to text input
3. return filtered list of posts

### initialize fuse

I'm adding search to the [garden page](/garden) because it already has access to all the post data needed to actually search. I have an array of posts with the following shape:

```js
  post = {
    content,
    frontmatter: {
      tags: [],
      title
    }
  }
```

Because it's searching a nested list, we need to tell fuse which fields to search for:

```js
  const options = {
    keys: ['content', 'frontmatter.title', 'frontmatter.tags']
  };
  const fuse = new Fuse(posts, options);
```

### hook up search input

We'll use a hook to keep track of the search value. The one extra piece here is [debouncing](https://css-tricks.com/debouncing-throttling-explained-examples/) the input. I like this a bit better than throttling since I'm guessing users will be entering single words rather than phrases.

```js
  import debounce from 'lodash.debounce';

  const [searchVal, setSearchVal] = useState('');

  const debounceQuery = debounce(val => setSearchVal(val), 333);
  const updateSearchVal = e => {
    const { value } = e.target;
    debounceQuery(value);
  };

  ...

  <input value={searchVal} onChange={updateSearchVal} />
```

### return filtered list of posts

Last thing to do is filter the posts based on the search criteria. The `else` statement resets the `postState` back to its initial state when the search field is empty.

```js
  const [postState, setPostState] = useState(posts);
  useEffect(() => {
    if (searchVal) {
      const filteredPosts = fuse.search(searchVal).map(p => p.item);
      setPostState(filteredPosts);
    } else {
      setPostState(posts);
    }
  }, [searchVal]);
```

### wrapping up

A tribute to fuse, to be sure, this was extremely easy. This logic will need to be extended at some point to do tag filtering, too, but that can wait until there's more content.

One thing that came up while working on this was the lack of syntax highlighting -- something I wholesale forgot -- so I'll be adding that next.

### up next

- [x] [syntax highlighting](/garden/02-syntax-highlighting)
- [x] [content directories](/garden/04-content-directories)
- [ ] templating


adding search to next.js powered static sites with fuse.js

01 - searching with fuse.js


note: this was [originally posted on my blog](https://www.inadequatefutures.com/garden/03-rethinking-digital-gardening/)

The idea of utilizing a [digital garden](https://maggieappleton.com/garden-history) as a way of learning in public (over and against the practice of monetizing the self) is extremely appealing and simpatico with some things I'm trying to develop around issues of knowledge, community, and access in web development. In beginning to think about the content and structure of my own digital garden, or in thinking about what an ideal digital garden would be, I've spent a lot of time considering the metaphor of gardening. What I appreciate about Mike Caufield's description ('Every walk through the garden creates new paths, new meanings, and when we add things to the garden we add them in a way that allows many future, unpredicted relationships' (['The Garden and the Stream: A Technopastoral'](https://hapgood.us/2015/10/17/the-garden-and-the-stream-a-technopastoral/)) is that it places central focus on the user -- the person navigating the garden. What I want to think a bit more about is gardening as a socio-spatial metaphor and practice. Who gets to garden? Where does the garden come from, or what space does the garden occupy? What counts as gardening?

### [aside]

[To lay some cards on the table, I'm interested in working towards a workflow and relational structure that enables the proliferation of free learning resources. I see digital gardening as a great way for people to (1) develop their ideas through iterative practicing and writing in public and (2) find others' writing, which might in turn help them. I see digital gardening as a reciprocal practicing in a larger ecology of knowledge practicing(s), and I see it as potentially beneficial for lowering the barrier to entry for a lot of the work that I do as a software engineer.

In this note, I'm attempting to stay very high level about some of the questions I'm thinking through and allowing some of these concepts to develop further later on.]

### gardens have walls

One major upshot of digital gardening, over and against formal blogging, is that it promotes a transitory and provisional style of writing. Gardening allows, if not encourages, us to write more for ourselves and others -- notes, working examples, missives, among other things. One thing that was exciting to learn was the amount of thinking happening around non- or antihierarchical models of knowledge in digital gardening. One example is [Aravind Balla's blog](https://notes.aravindballa.com/), which takes an index page as a central nodal point (it's where the site begins) and moves outwards to different posts or notes. The spatial arrangement helps to refuse an informational hierarchy the privileges a kind of performance of mastery (what Maggie Appleton identifies as 'cultivated performance' [['A Brief History of the Digital Garden'](https://maggieappleton.com/garden-history)]) in favor of allowing the user to move between informational nodes.

This arrangement also highlights one of the problems with the garden metaphor: gardens are bounded and domesticated spaces. A garden has a wall and the wall is meant to keep some things in and some things out. We can see Mr. McGregor chasing Peter Rabbit from the garden as an apt metaphor for young learners being kept from cultivated knowledge. I don't want to be the gardener keeping others from tilled soil, and as generous as a gardener can be with others, it doesn't negate the way gardens (literally and metaphorically) delineate space outside larger ecologies. In some ways, it makes sense to talk about a digital garden in a larger ecology that is the internet or that is a set of knowledge practices. So maybe what I'm trying to say is that 'digital garden' is an apt metaphor for internet writing, but one I want to think around or beyond rather than within.

The concept of the '[quoteback](https://quotebacks.net/)' is helpful here because it pulls in information from beyond the garden walls, drawing from the larger digital ecology we inhabit.

### gardens are anti-ecological

When I think about digital gardens as being 'anti-ecological', I mean that digital gardening can quickly become a kind of feedback loop that devolves into the 'cultivated performa[tivity]' Maggie Appleton describes in her article. I'm interested in the question of who and what is the garden for? If it's to learn in public, I see it as serving a few disparate audiences:

1. The gardener: I want to use the garden to test out and develop ideas for myself. I want to write notes that I can return to. I want to allow those notes and ideas to accrete into something beyond their own scope.
2. The garden wanderer: I want to offer pieces of information to help others. I want what I know and what I've learned to be freely accessible to everyone.
3. The onlooker: I want to demonstrate my thinking and abilities in a publicly facing forum as a stand in for or augmentation of credentials.

In general, I'm interested in thinking in service of the gardener and wanderer rather than the onlooker. For one, the onlooker (again: literally and metaphorically) doesn't inhabit the garden -- they do not participate in its co-constitution. Second, in serving the gardener and wanderer, digital gardening can cultivate an alternative topological arrangement that does not necessarily entail walls. What I'm trying to think through is the relation between public, ecology, and gardening (as a practice). This is what I mean when I say I am thinking about gardening as a socio-spatial metaphor and practice -- can we use gardening to develop a more robust ecology for learning? How is the practice of learning in public related to the co-constitution of what we might call 'alternative ecological arrangements'?

### gardens are tilled and disciplined

Your garden doesn't contain everything -- you've selected seeds and tilled the soil carefully to plant them in the hopes that something grows. While I want to hold on to this projection into the future, I wonder what would come from resisting or modulating that selection impulse. I am thinking about this in terms of both form and content:

- Blogs and posts are linear whereas our gardens can be rhizomatic -- what are some alternative approaches to authoring and presenting information? What might these alternatives elucidate for both reader and writer?
- Blogs tend to focus on one topic -- what can we learn from other forms of content curation and production (even as I try to avoid 'content production' as a practice) that are multi-layered and multi-modal? What comes from juxtaposing different kinds of stuff? What topics emerge?
- One blog post looks like another -- what forms need to emerge to better communicate our ideas and arguments? What do these forms do to and for our practices of reading and writing?

What I'm wondering about and thinking towards is not so much the standard blog augmented by personal musings. I'm instead wondering about how differing modalities of thought transposed onto other content might elucidate new forms of knowledge practicing(s) (I'll leave this open ended).

### digital garden v. digital gardening

I want to stick with the term digital garden by dragging along or pulling into focus the practice of digital gardening. I want to reshape some of the issues I've outlined above by continuing to practice digital gardening. This means experimenting with low friction authoring, alternative data arrangements that lack explicit hierarchy, and presentational layers.

### further reading

- [Tom Critchlow's Blog](https://www.notion.so/ifdesign/examples-abbedb239c984882ba76301fb2158455#b65447849b4740fb9960707e9ed1f648)
- [johno's digital garden starter](https://www.notion.so/ifdesign/examples-abbedb239c984882ba76301fb2158455#30fa6dd5d4b24f4294b3111d08925e3d)
- [Setting up your own digital garden with Jekyll 🌱](https://maximevaillancourt.com/blog/setting-up-your-own-digital-garden-with-jekyll)

some preliminary thoughts around digital gardens and gardening

00 - (re)thinking the digital garden


> 'This is an experiment, not a judgement,' (Kathleen Stewart, *Ordinary Affects*)

### introduction

Garden is an opinionated, batteries included boilerplate for next.js digital gardens. It offers low friction authoring via markdown and mdx, static generation via next.js, and easy styling using theme-ui and styled-components. In this way, Garden tries to solve some low level problems for users, helping them to start writing and/or augment what's provided here. Use this as a starting point to build whatever you need.

### features

Garden tries to take some of the thinking out of starting a digital garden. Here's some of the stuff it comes with:

- `getStaticPaths` and `getStaticProps` to render local mdx.
- `next-mdx-remote` to handle server and client side hydration
- `markdown-link-extractor` to help build relations between mdx files ('mentioned in')
- tags page(s) to aggregate related content
- extensive but minimal `theme-ui` object -- style mdx and hook into and extend theme-ui components
- SEO defaults and extendable config

More features to come include:

- search and tag filtering
- `styled-system` controlled components
- source data from multiple sources
- customizable templates for different data
- cli for scaffolding content

### gardening // experimentation

In a [previous post about gardening](/garden/00-rethinking-digital-gardening), I ended up asking a lot of questions about what might come from reevaluating the garden metaphor, transposing it into a verb, and thinking about the act of gardening rather than the particular place or form of the garden. Something that emerged as important was the relation between learning in public and gardening:

> What I'm trying to think through is the relation between public, ecology, and gardening (as a practice). This is what I mean when I say I am thinking about gardening as a socio-spatial metaphor and practice -- can we use gardening to develop a more robust ecology for learning? How is the practice of learning in public related to the co-constitution of what we might call 'alternative ecological arrangements'?

One way of practicing this relation might be an experiment in self-documentation. What can be gleaned from and what can be learned from documenting garden's development? What can be learned from the public use of something that's in progress? How does learning in public shape and reshape the form and function of this project? My plan is to gradually implement new features while writing about their implementation. It's an experimentation in self-documentation or an effort to work through the problem of building and learning in public. It's a kind of meta-gardening (though maybe it'll turn out that all gardening is meta-gardening).

Because this is an experiment and I don't know what exactly will be needed, I'm leaving the feature list open. New things might be added, while some functionality might be abandoned. I'm interested in letting things grow organically on a needed basis.

### up next

- [x] documentation
- [x] [search implementation](/garden/01-nextjs-search-with-fuse)


a brief introduction to garden, an opinionated and batteries included boilerplate for nextjs digital gardens

posts tagged 'digital garden'