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Aftereffects mocha
Aftereffects mocha




aftereffects mocha aftereffects mocha

You can imagine your application as a tree.

  • Make sure you set a correct value for devtool as some of them can't be used in production mode.
  • Use the production mode configuration option to enable various optimizations including minification and tree shaking.
  • Add a "sideEffects" property to your project's package.json file.
  • Ensure no compilers transform your ES2015 module syntax into CommonJS modules (this is the default behavior of the popular Babel preset - see the documentation for more details).
  • What we've learned is that in order to take advantage of tree shaking, you must. If you are not using it, remember to add the ModuleConcatenationPlugin manually. ModuleConcatenationPlugin is needed for the tree shaking to work. With minification and tree shaking, our bundle is now a few bytes smaller! While that may not seem like much in this contrived example, tree shaking can yield a significant decrease in bundle size when working on larger applications with complex dependency trees. Src/math.js export function square ( x ) n.a=r). Let's add a new utility file to our project, src/math.js, that exports two functions: If you haven't read through that guide already, please do so now. The remainder of this guide will stem from Getting Started. The new webpack 4 release expands on this capability with a way to provide hints to the compiler via the "sideEffects" package.json property to denote which files in your project are "pure" and therefore safe to prune if unused. The webpack 2 release came with built-in support for ES2015 modules (alias harmony modules) as well as unused module export detection. The name and concept have been popularized by the ES2015 module bundler rollup. It relies on the static structure of ES2015 module syntax, i.e.

    aftereffects mocha

    Tree shaking is a term commonly used in the JavaScript context for dead-code elimination.






    Aftereffects mocha