When the same Electron setup keeps appearing in every new app, the practical fix is to preserve that setup as a reusable project template. That saves repeated scaffolding work; it does not create a finished installer. Electron’s own boilerplate guidance describes a deliberately flexible ecosystem, while its separate packaging workflow covers turning app code into distributables.
What it means to package Electron boilerplate
Here, “packaged” means putting recurring project structure into a repository that can be cloned or used as a template: the initial files, dependencies, scripts, and release configuration you do not want to recreate by hand. In Electron’s release vocabulary, packaging means bundling an application with Electron so it can be distributed. Those are related but separate tasks: a reusable template is a starting point, not a signed app ready for customers.
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Electron is intentionally unopinionated. There is no single required framework, development setup, build system, or release path. A template can therefore reflect one team’s chosen conventions without making those conventions mandatory for every Electron project.
Choose a starting point that matches your workflow
Use Forge’s template for a ready-to-configure project
Electron Forge offers a ready-to-use Webpack template. The documented command is npx create-electron-app@latest my-app --template=webpack. Electron’s boilerplate guide notes that this template includes an example TypeScript configuration and two files intended for customization. It is a useful way to start with a working structure, then make your own repeatable choices explicit.
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Turn an existing app into a Forge project
If you already have an Electron app, Forge can be added rather than starting over. The official packaging tutorial demonstrates installing the Forge CLI as a development dependency and running its import script. Check the current tutorial and configuration before adopting the steps: an existing app’s framework, bundler, and package setup can affect integration.
Keep the template distinct from the tools it invokes
A repository template preserves your preferred defaults; a CLI supplies commands and conventions that remain useful as the application evolves. Forge can provide both a template and a packaging workflow, but cloning a repository does not itself run its build or release process. Keep the template focused on repeatable project decisions, and document the commands and configuration needed to produce releases.
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How Forge turns source code into distributables
In the documented Forge workflow, package bundles application code with the Electron binary. The subsequent make step uses configured makers to generate distributables. The tutorial shows output under out, with formats such as DMG, deb, and MSI as examples. The actual artifacts depend on the makers configured and the target platform; consult Forge’s current maker documentation rather than assuming every format is produced by one command on every machine.
This distinction makes a template more useful: it can preserve the scripts and maker configuration a project expects, while leaving platform-specific choices visible instead of implying that every checkout automatically produces every installer.
Compare distribution tools by the release you need
Forge is not the only option. Electron’s distribution overview also names Electron Builder and Hydraulic Conveyor. There is no universal winner; compare the tools against your app’s integration requirements and the platforms and artifacts you intend to ship.
| Tool | Documented approach | What to verify for your project |
|---|---|---|
| Electron Forge | The official packaging tutorial presents it as an all-in-one packaging and distribution interface that brings together existing ecosystem tools. | Template and bundler fit, configured makers, target platforms, and the artifacts those makers actually generate. |
| Electron Builder | Electron’s overview describes an integrated packaging experience and notes that it replaces some Electron-maintainer modules with custom ones. | Current platform support, integration details, release conventions, and updater behavior in the vendor’s documentation. |
| Hydraulic Conveyor | Electron’s overview describes a cross-build and deployment approach; it identifies Sparkle on macOS, MSIX on Windows, and Linux package repositories for updates. | Current target coverage, deployment and update requirements, and whether its workflow suits your release process. |
Electron says these alternative distribution tools are maintained by community members and are not officially supported by the Electron project. That is a support distinction, not a claim that one tool is inherently unsuitable; assess vendor documentation and maintenance expectations directly.
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What remains before users can install your app
Electron’s distribution overview separates release work into packaging and rebranding, code signing, publishing, and updates. A generated artifact is only one stage. Electron recommends signing for distribution; its packaging tutorial explains signing as a way to certify authenticity and integrity. The tutorial treats macOS signing at the app-bundle packaging level and Windows signing for distributable installers. You will need credentials configured for the platforms you ship and should follow current platform-specific instructions.
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- Sign: configure the appropriate signing credentials and process for each target platform. The Forge tutorial’s code-signing requirement for auto-update applies to that tutorial’s auto-update flow; check current guidance before relying on it for another setup.
- Publish: make the signed bundle or installer available for download, or submit it to an operating-system distribution platform.
- Plan updates: decide whether users need in-app updates and implement the chosen update path; producing an installer alone does not provide one.
Make the reusable project maintainable
A template is most valuable when it preserves deliberate decisions without concealing what a new app still needs to decide. Record the expected development and packaging commands, identify the files a project owner should customize, and keep maker and signing configuration understandable. If your release targets or framework change, revisit those defaults rather than letting an old scaffold imply that its assumptions still fit.
Best Value
The point of standardizing boilerplate is not to claim a tested, one-size-fits-all release recipe. It is to stop repeating stable setup work while keeping app-specific configuration, platform signing, publishing, and update decisions in view.
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