size-plugin prints out the size difference since the last build, and it can be useful during local development.It could work well with a custom visualization. webpack-bundle-diff operates on a lower level and emits a JSON file with the difference.bundle-stats-webpack-plugin lets you generate graphical bundle reports and compare them across builds.There are multiple packages which let you compare webpack bundles over time: The services integrate well with GitHub and will show up in your pull requests, as it's valuable to have the information visible there. It's possible to integrate bundle analysis to your build process by using Bundle Analyzer (free) and Packtracker (commercial). If you prefer clear visual output, this one comes in handy. webpack-dashboard gives an entire terminal-based dashboard over the standard webpack output.webpack.ProgressPlugin is included out of the box and can be used as well.webpackbar has been made especially for tracking build progress.There are multiple plugins to make the webpack output easier to understand and more convenient: Webpack-bundle-size-analyzer emits a text based composition: $ webpack-bundle-size-analyzer stats.jsonĬss-loader: 1.47 KB (1.17% ) : 572 B (0.445% ) Output plugins #
Npm build webpack code#
It gives a treemap based visualization showing what code contributes to the result. It allows you to get insight into your build by using source maps. Source-map-explorer is a tool independent of webpack. Webpack-bundle-analyzer provides a zoomable treemap. In addition to providing a pie chart visualization, Auxpack is able to track bundle size over time. Webpack Visualizer provides a pie chart showing your bundle composition, allowing to understand which dependencies contribute to the size of the overall result. Studying the generated graphics can generate insights and understand what's contributing to the bundle size. Pie charts, treemaps, and command-line tools let you visualize bundle composition. The graph output allows you to understand the dependencies of your project in greater detail.
![npm build webpack npm build webpack](https://buddy.works/actions/static/images/actions/webpack/explanation/run.png)
madge is another independent tool that can output a graph based on module input.dependency-cruiser is a bundler independent tool for analyzing project dependencies.Often this implies a bug, and it can be a good idea to refactor cycles out. circular-dependency-plugin lets you detect cycles in the module graph.Using the tool you can understand how modules of your bundles are related to each other. webpack-deps-tree displays webpack module graph.
![npm build webpack npm build webpack](https://miro.medium.com/max/1400/1*eHYagX-snPBN54SLgXxqvA.png)
![npm build webpack npm build webpack](https://i.stack.imgur.com/cn3Es.png)
The above is the basic setup you need, regardless of your webpack configuration. "build:stats" : "wp -mode production -json > stats.json" } }