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Index

Introduction

With the RFX Stack you can build and run different pieces of the app independently.

You are also free to change some of its parts as you need.

For this purpose the code is divided into differents compartments:

  • api
  • electron
  • seeds
  • shared
  • utils
  • web

This structure does not force you to separate the server-side code from the client-side, as with React and its server side rendering features, these two concepts are more coupled than ever. The web directory contains both the server and client code specifically needed for in-browser rendering. The shared directory contains code that can be shared, for example, with React Native or Electron in the same project. That's the main goal: provide flexibility and extensibility.

Requirements

  • node@^5.x.x
  • npm@^3.3.x

Scripts

Utils

Command Description
lint Code linting & syntax cheking.
clean:build Delete all the generated bundles.
clean:modules Delete node_modules and cache

Builders

Command Type Output Dir Description
build:client:web client /public/build Build the browser client-side code of the web app.
build:server:web server /run/build Build the node server-side code of the web app.
build:server:api server /run/build Build the node server-side code of the api app.

Runners

ENV: Development
Command Env Description
web:dev development Run only the web app.
api:dev development Run only the api app.
seed:dev development Run only the seed app.
ENV: Production
Command Env Description
web:prod production Run only the web app.
api:prod production Run only the api app.
seed:prod production Run only the seed app.

Electron

Go to /src/electron and run npm install.

The electron app depends directly from the web app, so the client side bundles must be availables running the web app in dev mode or building the client-side code for prod mode.

If you want develop with the hot loader enabled you have to make sure that the global global.HOT is defined in /src/electron/src/globals.js.

When you want to go in production, just set it to false or comment it.

So, in case you disabled it, you have to build the client-side code.

Then to start the app, run in sequence:

in the project root:

npm run api:dev

npm run build:client:web // only if global.HOT is NOT defined

npm run web:dev // only if global.HOT is defined

in the electron root:

npm start

Setup Stores

Create your stores files as Classes with export default class in /src/shared/stores/* and then assigns them a key in the store.setup() method in the /src/shared/stores.js file.

import { store } from 'rfx-core';

import UIStore from './stores/ui';

/**
  Stores
*/
export default store
  .setup({
    ui: UIStore,
  });

The mapped Stores are called by the Store Initalizer of the rfx-core that will automatically inject the inital state in themselves. It is also be used as a getter of the Stores.

Now we can use the mobx-react Provide Component on both client and server:

import { Provider } from 'mobx-react';

<Provider store={store}>
  ...
</Provider>

On the server-side: /src/web/ssr.js;

On the client-side: /src/web/App.js;

Server Side Rendering

Define the inital state of the Stores in /src/web/ssr.js injecting it using the inject method of the Store Initalizer.

import stores from '~/src/shared/stores';
...

const store = stores.inject({
  app: { ssrLocation: req.url },
  // put here the inital state of other stores...
});

The inital state can be dynamically updated using fetchData:

For fetching specific data on specific pages (rendered both on the server and client), we use a static fetchData({ store, params, query }) inside our react containers in/src/shared/containers/*. It passes the stores, and react-router params and query for the current location.

class Home extends Component {

  static fetchData({ store }) {
    return store.post.find();
  }

  ...

static fetchData() will be automatically called when React Router reaches that component.

Connect / Observer

Use the mobx-react @observer decorator to pass the stores props to the Containers.

in /src/shared/containers/*:

import { observer } from 'mobx-react';
...

@observer(['store'])
export default class Home extends Component {

  static propTypes = {
    store: React.PropTypes.object,
  };

  render() {
    const items = this.props.store.post.list;
    return (
     ...
    );
  }
}

The @connect decorator also wraps the component with the MobX observer making it reactive.

You can use it also on the Stateless Components to make it reactive, but you cannot access the provided stores from there, you must pass the store as props from a parent component (a container) instead.

Dispatch / Actions

The dispatch() function is handy to call an action when handle component events. It can also be called from another Store too.

Use the dot notation to select a store key (defined in Setup Stores previously) and the name of the method/action:

import { dispatch } from 'rfx-core';

...

const handleOnSubmitFormRegister = (e) => {
  e.preventDefault();
  dispatch('auth.login', { email, password }).then( ... );
};

Also params can be passed if needed.