electron-builder vs @electron/packager vs electron-packager vs electron-rebuild
Electron Packaging and Build Tools Comparison
1 Year
electron-builder@electron/packagerelectron-packagerelectron-rebuildSimilar Packages:
What's Electron Packaging and Build Tools?

Electron packaging and build tools are essential for creating distributable applications from Electron projects. These tools bundle the application code, assets, and the Electron runtime into a single executable or installer, making it easy to distribute and install the application on various operating systems. They handle tasks such as code signing, creating platform-specific binaries, and optimizing the application for production. Popular tools in this category include electron-builder, electron-packager, and @electron/packager, each offering unique features and configurations to streamline the packaging process.

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electron-builder385,04513,80276 kB3693 months agoMIT
@electron/packager142,925195226 kB472 months agoBSD-2-Clause
electron-packager120,354195145 kB47a year agoBSD-2-Clause
electron-rebuild28,1551,041211 kB97-MIT
Feature Comparison: electron-builder vs @electron/packager vs electron-packager vs electron-rebuild

Packaging Complexity

  • electron-builder:

    electron-builder offers a more feature-rich solution with built-in support for code signing, auto-updating, and creating platform-specific installers (e.g., DMG, EXE, MSI). It requires more configuration but provides a comprehensive set of features for production-ready applications.

  • @electron/packager:

    @electron/packager provides a simple API for packaging applications with minimal configuration. It allows for customization of the packaging process, such as setting the app name, version, and icons, but does not handle advanced features like code signing or creating installers.

  • electron-packager:

    electron-packager is a lightweight and straightforward tool for packaging Electron applications. It focuses on the packaging process without adding extra complexity, making it easy to use for simple projects. However, it lacks built-in support for installers and advanced features like code signing.

  • electron-rebuild:

    electron-rebuild is not a packaging tool but a utility for rebuilding native Node.js modules to ensure compatibility with the Electron runtime. It is essential for projects that use native modules and need to be rebuilt for the specific version of Electron being used.

Installer Creation

  • electron-builder:

    electron-builder excels at creating installers for multiple platforms, including Windows, macOS, and Linux. It supports various installer formats and can handle code signing and versioning automatically.

  • @electron/packager:

    @electron/packager does not create installers; it packages the application into a folder with the executable. Additional tools are needed to create installers or DMG files.

  • electron-packager:

    electron-packager focuses on packaging the application but does not create installers. It produces a folder with the packaged app, and third-party tools are required to create installers from the packaged output.

  • electron-rebuild:

    electron-rebuild does not create installers or packages; it rebuilds native modules to ensure they work with the Electron environment. It is a complementary tool that should be used alongside packaging tools.

Auto-Updating Support

  • electron-builder:

    electron-builder has built-in support for auto-updating applications. It can generate the necessary metadata and files for updates, making it easy to implement a seamless update process.

  • @electron/packager:

    @electron/packager does not provide auto-updating features. Developers need to implement their own update mechanism or use a third-party solution.

  • electron-packager:

    electron-packager does not support auto-updating out of the box. Developers must integrate an update mechanism manually or use a separate library.

  • electron-rebuild:

    electron-rebuild does not handle auto-updating. Its purpose is to rebuild native modules, and it does not interact with the packaging or updating process.

Native Module Compatibility

  • electron-builder:

    electron-builder also does not handle native module compatibility directly, but it provides better support for packaging applications that use native modules, including code signing and installer creation.

  • @electron/packager:

    @electron/packager does not handle native module compatibility directly. Developers must ensure that their native modules are compatible with the Electron version being used.

  • electron-packager:

    electron-packager does not provide specific features for native module compatibility. It packages the application as-is, so developers must ensure that any native modules are built for the correct architecture.

  • electron-rebuild:

    electron-rebuild is specifically designed to rebuild native Node.js modules for compatibility with the Electron runtime. It is essential for projects that rely on native modules and ensures they are built against the correct version of Node.js.

Ease of Use: Code Examples

  • electron-builder:

    Packaging and Building with electron-builder

    // package.json
    {
      "name": "your-app",
      "version": "1.0.0",
      "main": "main.js",
      "build": {
        "appId": "com.example.yourapp",
        "win": {
          "target": "nsis",
          "icon": "path/to/icon.ico"
        },
        "mac": {
          "target": "dmg",
          "icon": "path/to/icon.icns"
        }
      }
    }
    
    // Build command
    // Run this command to package your app
    // npm run build
    
  • @electron/packager:

    Simple Packaging Example with @electron/packager

    const { packager } = require('@electron/packager');
    
    packager({
      dir: 'path/to/your/app', // Path to your app
      out: 'path/to/output', // Output directory
      platform: 'win32', // Target platform
      arch: 'x64', // Architecture
      icon: 'path/to/icon.ico', // App icon
    }).then((appPaths) => {
      console.log('Packaged apps:', appPaths);
    });
    
  • electron-packager:

    Simple Packaging Example with electron-packager

    const packager = require('electron-packager');
    
    packager({
      dir: 'path/to/your/app', // Path to your app
      out: 'path/to/output', // Output directory
      platform: 'win32', // Target platform
      arch: 'x64', // Architecture
      icon: 'path/to/icon.ico', // App icon
    }).then((appPaths) => {
      console.log('Packaged apps:', appPaths);
    });
    
  • electron-rebuild:

    Rebuilding Native Modules with electron-rebuild

    const { rebuild } = require('electron-rebuild');
    
    rebuild({
      paths: ['path/to/your/native/module'], // Path to native module
      electronVersion: '13.0.0', // Electron version
    }).then(() => {
      console.log('Native modules rebuilt successfully.');
    }).catch((error) => {
      console.error('Error rebuilding native modules:', error);
    });
    
How to Choose: electron-builder vs @electron/packager vs electron-packager vs electron-rebuild
  • electron-builder:

    Choose electron-builder if you need a comprehensive solution that supports auto-updating, code signing, and creating installers for multiple platforms out of the box. It is suitable for projects that require more advanced features and a streamlined configuration process.

  • @electron/packager:

    Choose @electron/packager if you need a simple and flexible solution for packaging Electron applications with minimal configuration. It is ideal for developers who want to customize the packaging process without a lot of overhead.

  • electron-packager:

    Choose electron-packager if you want a straightforward and lightweight tool for packaging Electron apps. It is easy to use and integrates well with other build systems, making it a good choice for simple projects.

  • electron-rebuild:

    Choose electron-rebuild if your Electron app uses native Node.js modules that need to be rebuilt for the Electron environment. This tool ensures compatibility by rebuilding the modules against the version of Node.js used by Electron.