7 مستودعات
Packages the app so another user can run it on their own machine without installing the source code.
Distinct from Local Web App Hosting: Distinct from Local Web App Hosting: focuses on packaging for distribution to other users, not on serving the app locally from files.
Explore 7 awesome GitHub repositories matching web development · Packaged App Distributions. Refine with filters or upvote what's useful.
This project is a framework for Windows desktop application development that allows the creation of native user interfaces using React and JavaScript. It enables the compilation of high-level application logic into native executables by targeting the Windows software development kit. The system leverages a C++ scene graph and visual layer for high-performance native rendering and provides mechanisms to map JavaScript calls to native C++ or C# methods. It synchronizes application styles with native operating system theme brushes to maintain visual consistency and manages desktop-specific inter
Bundles assets and code into an installable package for distribution without requiring a development server.
Sandstorm is an open-source platform that packages and runs web applications in security-hardened sandboxes on a personal server, functioning as a self-hosted web app operating system. It provides a curated app store where users discover and install sandboxed web applications with one-click ease, while each application runs in an isolated container that uses Linux kernel security features to separate it from the host and other apps. The platform includes a centralized authentication layer so users sign in once and gain access to all installed applications without managing separate accounts per
Packages web apps into secure, distributable bundles for installation through the platform's app store.
Eel is a Python HTML GUI framework designed for building desktop applications that utilize a Python backend and an HTML and JavaScript frontend. It functions as a local web server wrapper that hosts application assets and manages the browser window to provide a user interface. The framework provides a bidirectional Python-JavaScript bridge, allowing functions in either language to call each other in real time. It also includes a desktop application bundler to package Python code and web assets into a standalone executable for distribution. The system covers application window management, loc
Packages a local web server and assets into a distribution that allows users to run the app without source installation.
Clean and simple starter repo using the T3 Stack along with Expo React Native
Builds and submits production Expo apps to Apple App Store and Google Play using EAS services.
Shiny is a framework for building interactive web applications using R code, eliminating the need for HTML, CSS, or JavaScript. At its core, it provides a reactive programming model that automatically tracks data dependencies and re-executes only the parts of an application that depend on changed inputs. The framework handles server-side UI rendering and maintains persistent WebSocket connections between the browser and server for real-time updates without page reloads. The framework distinguishes itself through deep integration with the R ecosystem, including the ability to embed interactive
Packages Shiny apps so other R users can run them without installing the source code.
This is a PHP native application framework used to build standalone desktop and mobile applications. It functions as a cross-platform app wrapper and binary application bundler, encapsulating PHP codebases into native binaries and installers for macOS, Windows, Linux, iOS, and Android. The project provides a native device API bridge and OS integration layer, allowing PHP application logic to connect directly to host operating system services. This enables the execution of applications as local binaries without the requirement of a remote web server. The framework covers several high-level ca
Packages PHP web frameworks into a native shell for standalone desktop and mobile execution.
This project is an Android hybrid mobile framework that enables the development of applications running web content inside a native Android container. It functions as a cross-platform build system that packages shared web assets into native binaries, allowing developers to access device hardware and system APIs via JavaScript. The framework utilizes a native device API bridge and a plugin architecture to expose hardware sensors and system-level functionality not available through standard browser interfaces. It employs a manifest-driven orchestration system to manage application metadata, bra
Wraps web technologies into a native Android container to deploy them as standalone mobile applications.