boilerplate suitable for project that need React for app and client side and handlebar for server side rendering.
this boilerplate use Rollup to Build web-component
and pages and use webpack to run react and has live module reloading too.
you can have simple server rendered html css js web-component for website and multiple react app in one project with shared dependancy
we have web-component builder so you can build your own web component in project
we use multi staging app setting additional to NODE_ENV
so you can choose if you want to build in production mode or develop mode and by set APP_STAGE
env variable for your internal use such as choose right URL base on your envirement or log strategy or other logical reason you have dev
, uat
, release
, main
,...
you can have multi react app and multi non react page with customizable url
you can load data in nodejs server and render it serverside for SEO need
- ReactJS
- MobX
- Handlebar
- Sass
- ExpressJs
- Rollup
- Webpack
- Rust
1- clone the project
2- run npm i
3- run npm start
1- clone from your git
2- run npm i
3- set NODE_ENV
and APP_STAGE
4- run npm run build
5- run npm run serve
env variable name | values |
---|---|
NODE_ENV | development, production |
App_Stage | dev, test, release, main,... |
set envirement variable on windows:
$env:APP_STAGE="dev"
we have 3 main command in our boilerplate
1- build
: this command will build your source code using rollup & webpack and store built file in app/dist folder. remember that app/dist
don't contain all of your apps source and just contain builded source so other assetsand filed are needed to run the project.
2- serve
: will run built application so you can see app with browser
3- start
: will build and serve app. this command will run build in watch mode so you must run it only in development env.
see React apps webpack analytics report:
npm run analysis
it will open analytic report of your app package so you can detect heavy package of your app. remember you cant run this command before you build your project and you have to build your project once before run this command.
build wasm projects:
open terminal in project root ant type
wasm-pack build --target web
cargo install wasm-pack
build wasm projects:
we just put hello-world lib as a sample in wasm folder. you can modify it or create new WASM library in wasm folder.
cargo new --lib wasm/hello-wasm2
After that to biuld your library do the following:
open terminal in project root folder for example wasm/hello-world and type
wasm-pack build --target web
hybrid-boilerplate support sass for hbs , html , web-component and react apps. in web-component and react apps ypu can easily import sass file in your js/ts file:
import './style.scss';
for handlebar or simple html file you may compile scss to css, then use it in your page. to doso you should add your sass file to config/build-config.js
in sassFiles
section like this:
sassFiles:[
{
//orginal path of file
path:'/app/assets/styles/pages/your-file.scss',
//determine where we put compiled css after compile
outputPath:'/app/dist/assets/styles/pages/your-file.css',
//you can make watch true to decrease build and watch overhead and run npm run build manually every time you need to build the sass file
watch:true
},
]
and then use link tag in your html file to access compiled css
you can use styled component only in react apps by just writing them and importing them in your component. we recommend to define your global styles class in sass files and define your specific element and components styles in styled component files to make your code flexible and maintainable as best as it could be.
- app: all front-end code will be placed here.learn more...
- command: executable npm commands like
serve
andbuild
will be code there. learn more... - config: whole app configs are placed there. learn more...
- server: if you have custom express server
- wasm: for rust wasm code if you have one.