Tired of having to configure a pretty large boilerplate each time you're about to start a new React project? This project may be right up your alley.
There is only one pre-requisite to successfully run this boilerplate and that is a recent installation of Node.js® you can find an installer for your OS here or use your OS's favorite package manager.
To start using this you have a couple of options:
If you have curl, gzip and tar you can curl straight into tar like this:
curl -L "https://github.com/cloverinteractive/boilerplate/archive/stable.tar.gz" | tar -zxvf -
cd boilerplate-stable # Go into the boilerplate folder
npm installIf you prefer using a browser just click here to get the latest stable zip file.
Once unziped just go into the project folder and run npm install
You can always just clone this repository using git:
git clone --branch stable git@github.com:cloverinteractive/boilerplate.git
cd boilerplate
npm install- Babel - The compiler for writing next generation JavaScript
- Eslint - Pluggable JavaScript linter
- Express - Fast, unopinionated, minimalist web framework for Node.js
- ReasonML - Reason lets you write simple, fast and quality type safe code while leveraging both the JavaScript & OCaml ecosystems.
- TypeScript - A typed superset of JavaScript that compiles to plain Javascript.
- Jest - Jest is a delightful JavaScript Testing Framework with a focus on simplicity.
- React - A JavaScript library for building user interfaces
- React Router - Declarative Routing for React.js
- Webpack - Webpack is a module bundler for modern JavaScript applications.
The server code lives in src/server, express will automatically render your components
with every new request, the idea is that search engines can index pages with content instead of blank html templates.
The app reads your current NODE_ENV environment variable, when set to production it will run express with the statically built asset,
when set to anything else it will run the app through webpack-dev-server with hmre.
npm start # Run in development mode
npm run start:prod # Run in production modeNOTE: Keep in mind that starting in production relies on your code being built first and your NODE_ENV to be set to
production. Read the Building the app section for more info on this.
Another way to run the app in production is to use docker just try the following:
docker build -t boiler .
docker run --rm -it -p 8080:8080 boilerAfter running this you should be able to visit the production build via http://localhost:8080.
We use webpack to build our bundles, just run npm run build this will build your bundle into the build (server code) and public (browser code)
directories with every asset in packaged.
If you're only running this app in development environment then no, you only need to build for to run in production.
Every part of the app's boilerplate is organized in it's own folder, here's a quick rundown of how things are organized:
- Webpack configuration is in the
config/webpackfolder. - All code live in the
src/folder. - Server code specifically can ben found at
src/server. - ReasonML tests live inside
__tests__folder, tests are suffixed by _test.re and flat directory structure at the module level. - TypeScript and Javascript tests are at the same folder the file they're testing is, tests are suffixed by .test.
These are recommendations, you should write code in any way that makes sense for you and your app.
We've includen support for ReasonML, we think it's a step in the right direction for writing type safe, code that builds fast and is runtime error free, it also feels like the perfect language to write react components in.
Reason types will be checked automatically at compile time; if you need to share types with TypeScript
we've preconfigured genType, just tag the types you'd like to share with [@genType] and voilà
you just need to import from YourFile.gen in your TypeScript and you'll be good to go.
We recommend looking at the genType documentation for more advance tagging tips.
We've included TypeScript support, if you're not ready to get your feet wet with ReasonML we recommend using typescript you should feel right at home and can start adding type annotations at your own pace, we recommend reading this guide on how to write React components with TypeScript.
npm run check-types # Check all TypeScript filesYou can still access tsc directly via npx like so:
npx tscEven if we're sure we haven't introduced anything new, it can't hurt to lint check our files, you can lint your whole project by running:
npm run lint # Runs eslint against the whole codebase (except compiled code)You can access eslint directly via npx like so:
npx eslint --ext .jsx src/components/Messages.jsx # Lint a single file
npx eslint --fix --ext .jsx src/components/Messages.jsx # Lint and try to fix a single fileIf you're modifying or introducing a new feature, make sure to write/update a test for it, if you remove a file make sure to remove the test cases/examples for the code you removed.
npm test # Runs the whole test suite
npm test -- src/components/Messages.test.jsx # Runs a single test file
npm run test:coverage # Runs full test suite and calculates code coverageThere are no enforced rules on how to write your code, this is how we've written things and what works for us. However you should do what makes sense to you and your app.
- Use ReasonML to write as much code as you feel comfortable with.
- Use
.jsxand.tsxextension for React components written in ES6 or TypeScript. - When writing ReasonML use valid module names for each test suffixed by
_test.reand place them under__tests__at your module level - When writing tests for ES6 or TypeScript put tests right next to the file they're testing so they're caught by
eslinttoo. - Favor types over
PropTypes.