$ npm install react-prefixer
react-prefixer is a tiny package designed to provide vender-specific prefixes to the style objects you use in your React project.
$ npm install react-prefixer
import prefix from 'react-prefixer';
const styles = prefix({
userSelect: 'none'
});
console.log(styles); // {WebkitUserSelect:"none"}
It also works on deeply-nested objects:
import prefix from 'react-prefixer';
const styles = prefix({
some:{
really:{
deep:{
style:{
userSelect: 'none'
}
}
}
}
});
console.log(styles); // {some:{really:{deep:{style:{WebkitUserSelect:"none"}}}}}
And will appropriately modify your values for legacy syntaxes on transition:
import prefix from 'react-prefixer';
const styles = prefix({
transition: 'transform 200ms'
});
console.log(styles); // {WebkitTransition:"-webkit-transform 200ms"}, if on Safari for example
It will also do the tweener or most recent vendor syntax for flexbox:
import prefix from 'react-prefixer';
const styles = prefix({
display: 'flex'
});
console.log(styles);
// {display: '-webkit-flex'}, if on Safari
// {display: '-ms-flexbox'}, if on IE10
When running in test environments where there is a JS-based DOM (jsdom
for example), the getComputedStyle
method will return an empty array of styles when calculating the prefix. This previously caused an error which is since resolved, however it will default to assuming no browser prefix at all. As such, if you want to perform tests based on a specific browser prefix, you will need to mock the getComputedStyle
property on the window
. An example that is for tests with Webkit browsers:
const originalGetComputedStyle = window.getComputedStyle;
window.getComputedStyle = function(...args) {
if (arguments[0] === document.documentElement) {
return ['-webkit-appearance'];
}
return originalGetComputedStyle.apply(window, args);
};
Standard stuff, clone the repo and npm i
to get the dependencies. npm scripts available:
build
=> runs webpack to build the compiled JS file with NODE_ENV
set to development
build:minified
=> runs webpack to build the compiled and optimized JS file with NODE_ENV
set to production
clean
=> runs rimraf
on both lib
and dist
directoriesdev
=> runs the webpack dev server for the playgroundlint
=> runs ESLint against files in the src
folderlint:fix
=> runs lint
with --fix
appliedprepublish
=> if in publish, runs prepublish:compile
prepublish:compile
=> runs clean
, lint
, test
, transpile
, build
and build:minified
test
=> runs ava
against all files in src
test:watch
=> runs test
with a persistent watchertranspile
=> runs Babel against files in src
to files in lib
Happy prefixing!
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