When you install Storybook Docs, DocsPage is the zero-config default documentation that all stories get out of the box. It aggregates your stories, text descriptions, docgen comments, args tables, and code examples into a single page for each component.
The best practice for docs is for each component to have its own set of documentation and stories.
Storybook uses the
component key in the story file’s default export to extract the component's description and props.
Sometimes it's helpful to document multiple components together. For example, a component library’s ButtonGroup and Button components might not make sense without one another.
DocsPage has the concept of a "primary" component defined by the
component parameter. It also accepts one or more
ArgsTables will show up in a tabbed interface along with the primary component. The tab titles will correspond to the keys of the subcomponents object.
If you want to organize your documentation differently for component groups, we recommend using MDX. It gives you complete control over how it's displayed and supports any configuration.
Replace the DocsPage template with your own to customize its contents.
docs.page parameter with
null to remove its contents.
Write your documentation in MDX and update the
docs.page parameter to display it. The
id of reference follows the pattern:
group-subgroup-...--name, where the
subgroups are defined as according to the Grouping Documentation.
Storybook's UI is built using React. If you want to include a custom component to display documentation, you'll need to update your environment to allow React components to be correctly transpiled.
For example, with Angular start by adding a
babel.config.js file at the root of the project with the following content:
Then, update your
tsconfig.json to include the following:
Finally write your custom React component and update the
docs.page parameter to render the custom documentation.
Doc blocks are the basic building blocks of Storybook Docs. DocsPage composes them to provide a reasonable UI documentation experience out of the box.
If you want to make minor customizations to the default DocsPage but don’t want to write your MDX, you can remix DocsPage. That allows you to reorder, add, or omit doc blocks without losing Storybook’s automatic docgen capabilities.
Here's an example of rebuilding DocsPage for the Button component using doc blocks:
In addition, you can interleave your own components to customize the auto-generated contents of the page or pass in different options to the blocks to customize their appearance.
Unless you use a custom Webpack configuration, all of your story files should have the suffix
*.stories.@(j|t)sx?. For example, "Badge.stories.js" or "Badge.stories.tsx". This tells Storybook and its docs preset to display the docs based on the file contents.
DocsPage displays all the stories of a component on one page. You have the option of rendering those stories inline or in an iframe.
The iframe creates a clean separation between your code and Storybook’s UI, which is useful if your stories are rendering correctly in the Canvas but not on the docs page, for instance with fixed positioned components like modals.
But using an iframe has disadvantages. For example, you have to set the height of iframe stories explicitly, or you’ll see a scroll bar. Having more than a few iframe stories on a page can lead to performance issues. And certain dev tools might not work right.
Therefore, we recommend inline rendering where possible. It's the default mode for all the frameworks in which we support it. The one exception is Angular, where it's opt-in.
To toggle the between the two settings, set
.storybook/preview.js. Like most parameters, you can also toggle at the component or story level:
If your framework doesn't support inline rendering, you also need to provide a
prepareForInline function in addition to the
true tells Storybook to stop putting your stories in an iframe. The
prepareForInline accepts a function that transforms story content from your given framework to something React can render (Storybook’s UI is built in React).
Different frameworks will need to approach this in different ways. Angular, for example, might convert its story content into a custom element (you can read about that here).
Here’s an example of how to render Vue stories inline. The following docs config block uses
prepareForInline and an effect hook provided by @egoist/vue-to-react.
With this function, anyone using the docs addon for @storybook/vue can make their stories render inline, either globally with the inlineStories docs parameter, or on a per-story-basis using the inline prop on the
<Story> doc block.
If you come up with an elegant and flexible implementation for the
prepareForInline function for your framework, let us know. We'd love to make it the default configuration to make inline stories more accessible for a larger variety of frameworks!