This project is a TypeScript desktop boilerplate and application template that combines Electron and React for building cross-platform desktop applications. It provides a structural foundation and framework for creating native system applications that bundle web technologies into distributable operating system packages. The project distinguishes itself by providing a hot-reloading desktop environment. This development setup applies code changes instantly to the user interface without requiring manual application restarts, preserving the current interface state through hot module replacement.
Electrobun is a desktop application framework and webview-based GUI toolkit used for building cross-platform desktop apps. It provides a TypeScript-based runtime and a native system webview to create interfaces that integrate embedded browser views with host-process logic. The project features a native GPU integration layer with direct FFI bindings, allowing for high-performance GPU surfaces and compute workloads to run within a desktop application. It also includes an inter-process communication bridge using a typed RPC system to exchange data and execute functions between the native backend
This project is a minimal project structure and boilerplate for starting new desktop applications using the Electron framework. It serves as a starter template and reference implementation that provides the essential file layout required for a cross-platform desktop application. The repository is designed to bootstrap a minimal application, allowing for quick desktop application prototyping and the establishment of a basic development environment. This stripped-down structure is also used for software bug isolation to reproduce specific behaviors without the complexity of a full project. The
Electron.NET is a framework for building cross-platform desktop applications using ASP.NET Core, Razor Pages, MVC, or Blazor. It serves as a wrapper that hosts .NET web projects within a native desktop shell, allowing web-based logic to function as standalone software across different operating systems. The project provides a hosting environment specifically for Blazor components and other .NET web technologies, converting them into distributable binary executable packages. It integrates a native web browser control for UI rendering and utilizes a structured communication channel to pass mess