npx react-native init YourProjectName --template react-native-template-cljs-krell-storybook
bundle && npx pod-install # For iOSyarn cljs:build
yarn startIf you run into compatibility trouble on Apple Silicon, dependencies can be installed by running arch -x86_64 pod install inside /ios folder.
JavaScript components and Storybook tests are in js/, named Component.js and
Component.stories.js respectively. Run yarn storybook:run for an interactive
environment showing the look and feel of your components; they will live-reload
when edited. (Note that yarn storybook:run will overwrite the Krell-generated
index.js, you will need to run yarn cljs:build or yarn cljs:repl before
running yarn start again to get back to your app).
You can require your JS components in your ClojureScript views with
(def component-name
(r/adapt-react-class
(.-default (js/require "../js/ComponentName.js"))))Note the path is just ../, regardless of where in your ClojureScript directory
hierarchy you are working from.
Clojure, with its functional core and immutable data structures, is ideally suited to managing state in user applications. ClojureScript extends this reach anywhere JavaScript can go, and React Native puts a performant, well-supported, JS environment on mobile and desktop devices with a deep ecosystem of usable libraries.
When it comes to building ClojureScript apps on React Native, the majority of the benefit comes from lifting state out of the land of JavaScript and into a functional library like Reagent. Design of components can be left to JavaScript, functioning essentially as markup, with tools like Storybook providing quick feedback on layout. This template provides the dependencies and plumbing to connect these three main tools.
Bug reports, pull requests, and additions to the wiki are all extremely welcome. The biggest hurdle to getting started with ClojureScript on React Native is "it works on my machine." Eliminating these issues and documenting the solutions will help everyone get on with writing useful code.