3 مستودعات
Components and frameworks for recreating the visual interface and interaction patterns of desktop operating systems within a web browser.
Distinct from System Emulators: Distinct from System Emulators [f0_mt1] as it simulates the visual interface layer using web technologies rather than emulating actual OS binaries or hardware.
Explore 3 awesome GitHub repositories matching user interface & experience · Desktop UI Simulations. Refine with filters or upvote what's useful.
win11React is a web-based emulation of a modern desktop operating system environment built using React. It replicates the visual design, taskbar, and start menu of Windows 11 to create a browser-hosted workspace. The system features a customizable theme that allows users to apply custom backgrounds and styles to the workstation. Access to the environment is controlled through a simulated startup sequence and lock screen for session security management. The interface includes a desktop shell with draggable and resizable application windows and integrated system applications such as a terminal
Recreates the visual interface and interaction patterns of a full desktop operating system, including start menu and taskbar, in a browser.
react-desktop is a React component library and web-based simulator designed to recreate the visual interfaces and behaviors of desktop operating systems. It provides a set of components that allow developers to build browser applications that mimic the look and feel of macOS and Windows. The library focuses on desktop UI simulation and operating system emulation, offering a collection of visual elements such as windows and menus. These components follow desktop design guidelines to create a familiar user experience within a web environment.
Building visual representations of desktop environments within a browser to simulate a native OS user experience.
Lvbindingrust is an embedded graphics framework and resource-efficient user interface library implemented as a Rust graphical interface library. It provides language bindings that wrap low-level C library functions to bridge underlying hardware graphics APIs, facilitating the construction of custom graphical user interfaces on resource-constrained embedded systems and microcontrollers. The project incorporates custom memory allocator routing and an internal memory manager that direct dynamic memory allocations through specialized internal graphics memory managers instead of the default syst
Executes interface examples inside a desktop environment so developers can test layouts and behaviour without deploying directly to physical hardware.