Pre-loads react-chunk dynamic route imports for client rendering.
This makes it easy to:
- configure code splitting for routes
- use dynamically loaded route components with static methods
This package is intended to be used with react-router-config and react-router-dispatcher.
// aboutRouteChunk.js
import React from 'react';
import { chunk } from 'react-chunk';
// Dynamically imported route component
const AboutRouteChunk = chunk(() => import('./aboutRoute'))();
export default AboutRouteChunk
Define the application routes using react-router-config.
// routes.js
import Root from './rootRoute';
import AboutRouteChunk = from './aboutRouteChunk';
import {routeChunk} from 'react-router-dispatcher-chunk';
// react-router-config routes
const routes = [
{ component: Root,
routes: [
{ path: '/',
exact: true,
component: Home
},
{
// the client will pre-load the about chunk BEFORE rendering the route
path: '/about',
component: routeChunk()(AboutRouteChunk)
}
]
}
]
Configuring the dispatcher action using react-router-dispatcher.
IMPORTANT: if using CHUNK
, it must be the first configured route action.
import { createRouteDispatchers } from 'react-router-dispatcher';
import { CHUNK } from 'react-router-dispatcher-chunk';
import routes from './routes';
const {
UniversalRouteDispatcher,
ClientRouteDispatcher,
dispatchClientActions,
dispatchServerActions
} = createRouteDispatchers(routes, [CHUNK]);
react-chunk is a peer dependency and must also be installed.
npm install --save react-chunk react-router-dispatcher-chunk
yarn add react-chunk react-router-dispatcher-chunk
routeChunk(options)
getChunkLoaderStaticMethodName?: string
: Optional
- Optional, the static method name used to retrieve the chunk loader from the route component(s)
For questions or issues, please open an issue, and you're welcome to submit a PR for bug fixes and feature requests.
Before submitting a PR, ensure you run npm test
to verify that your coe adheres to the configured lint rules and passes all tests. Be sure to include unit tests for any code changes or additions.
MIT