Which is Better Webpack Progress Bar Plugins?
webpackbar vs progress-bar-webpack-plugin
1 Year
webpackbarprogress-bar-webpack-pluginSimilar Packages:
What's Webpack Progress Bar Plugins?

Webpack progress bar plugins enhance the build process by providing visual feedback on the compilation status. They are particularly useful in large projects where build times can be significant, allowing developers to monitor progress and identify bottlenecks. These plugins can improve the developer experience by making the build process more transparent and less frustrating, especially when dealing with long-running builds. Both packages serve similar purposes but have different implementations and features that cater to various developer preferences.

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webpackbar1,017,2212,06350.2 kB388 months agoMIT
progress-bar-webpack-plugin97,449431-155 years agoMIT
Feature Comparison: webpackbar vs progress-bar-webpack-plugin

Visual Feedback

  • webpackbar: webpackbar offers a more visually appealing progress bar with color coding and animations, enhancing the overall user experience. It provides a more modern interface that can be customized to fit the project's branding.
  • progress-bar-webpack-plugin: This plugin provides a simple text-based progress bar in the terminal, indicating the percentage of completion during the build process. It is minimalistic and focuses on delivering essential information without distractions.

Customization Options

  • webpackbar: webpackbar provides extensive customization options, including the ability to change colors, styles, and even add custom messages during the build process. This flexibility makes it suitable for projects that require a tailored build experience.
  • progress-bar-webpack-plugin: This plugin allows for basic customization, such as changing the format of the progress output and adjusting the width of the progress bar. However, its customization options are limited compared to webpackbar.

Integration Ease

  • webpackbar: While webpackbar is also easy to integrate, its additional features may require more configuration to fully utilize its capabilities. However, it still maintains a relatively simple setup process.
  • progress-bar-webpack-plugin: Integrating this plugin into an existing Webpack configuration is straightforward and requires minimal setup. It is designed to be lightweight and does not add significant overhead to the build process.

Performance Impact

  • webpackbar: webpackbar may introduce a slight performance overhead due to its enhanced features and visual effects. However, this impact is generally negligible and is often outweighed by the benefits of improved user experience.
  • progress-bar-webpack-plugin: This plugin has a minimal performance impact on the build process, making it suitable for projects where build speed is critical. It focuses solely on providing progress feedback without adding unnecessary complexity.

Community Support

  • webpackbar: webpackbar boasts a larger community and more active development, which can be beneficial for users seeking ongoing support, updates, and new features.
  • progress-bar-webpack-plugin: This plugin has a solid user base and is well-documented, making it easy to find support and resources. However, its community is smaller compared to webpackbar.
How to Choose: webpackbar vs progress-bar-webpack-plugin
  • webpackbar: Opt for webpackbar if you want a more visually appealing progress bar that offers additional features such as detailed build statistics and customizable styling. It provides a more modern look and can be particularly useful in projects where aesthetics and detailed feedback are prioritized.
  • progress-bar-webpack-plugin: Choose this plugin if you prefer a simple and straightforward implementation that provides a customizable progress bar in the terminal. It allows for easy configuration and can be integrated seamlessly into existing Webpack setups without much overhead.
README for webpackbar

npm version npm downloads package phobia github actions

Elegant ProgressBar and Profiler for Webpack

✔ Display elegant progress bar while building or watch

✔ Support of multiple concurrent builds (useful for SSR)

✔ Pretty print filename and loaders

✔ Windows compatible

Fully customizable using reporters

✔ Advanced build profiler


Multi progress bars



Build Profiler


Getting Started

To begin, you'll need to install webpackbar:

Using npm:

npm install webpackbar -D

Using yarn:

yarn add webpackbar -D

Then add the reporter as a plugin to your webpack config.

webpack.config.js

const webpack = require("webpack");
const WebpackBar = require("webpackbar");

module.exports = {
  context: path.resolve(__dirname),
  devtool: "source-map",
  entry: "./entry.js",
  output: {
    filename: "./output.js",
    path: path.resolve(__dirname),
  },
  plugins: [new WebpackBar()],
};

Options

name

  • Default: webpack

Name.

color

  • Default: green

Primary color (can be HEX like #xxyyzz or a web color like green).

profile

  • Default: false

Enable profiler.

fancy

  • Default: true when not in CI or testing mode.

Enable bars reporter.

basic

  • Default: true when running in minimal environments.

Enable a simple log reporter (only start and end).

reporter

Register a custom reporter.

reporters

  • Default: []

Register an Array of your custom reporters. (Same as reporter but array)

Custom Reporters

Webpackbar comes with a fancy progress-bar out of the box. But you may want to show progress somewhere else or provide your own.

For this purpose, you can provide one or more extra reporters using reporter and reporters options.

NOTE: If you plan to provide your own reporter, don't forget to setting fancy and basic options to false to prevent conflicts.

A reporter should be instance of a class or plain object and functions for special hooks. It is not necessary to implement all functions, webpackbar only calls those that exists.

Simple logger:

{
 start(context) {
   // Called when (re)compile is started
 },
 change(context) {
   // Called when a file changed on watch mode
 },
 update(context) {
   // Called after each progress update
 },
 done(context) {
   // Called when compile finished
 },
 progress(context) {
   // Called when build progress updated
 },
 allDone(context) {
   // Called when _all_ compiles finished
 },
 beforeAllDone(context) {
 },
 afterAllDone(context) {
 },
}

context is the reference to the plugin. You can use context.state to access status.

Schema of context.state:

{
  start, progress, message, details, request, hasErrors;
}

License

MIT