WayfireWM/wayfire
Wayfire
Wayfire is a modular Wayland compositor for Linux that functions as a graphical session controller and window manager. It provides the core infrastructure for a desktop environment by managing window placement, input device handling, and display output configurations. The compositor utilizes hardware-accelerated rendering to manage the desktop state and coordinate the interaction between client applications and the display server.
The project is distinguished by its plugin-based architecture, which allows for the dynamic extension of core functionality through modular components. It offers extensive customization of the graphical workspace, including the application of visual effects like blur and transparency, as well as window transition animations. Users can define the behavior of the entire environment through a centralized configuration file, which governs window management rules, input-command bindings, and automated background services.
Beyond its core windowing capabilities, the compositor includes support for legacy X11 applications and provides tools for multi-monitor display management. It incorporates security features such as screen locking and power management, alongside automation for hardware actions and startup processes. The system organizes windows into spatial grids and supports complex geometry manipulation to maintain an organized desktop layout.
Features
- Wayland Compositors - Coordinates window display and interaction using a modular system designed for modern Wayland-based desktop environments.
- Desktop Windowing Management - Functions as a graphical session controller and window manager for modern desktop environments.
- Display Server Protocols - Implements the Wayland protocol to communicate with client applications and manage window buffers.
- Linux Desktop Environments - Provides a customizable workspace platform integrating input, display, and background services.
- Wayland Gaming Compositors - Acts as a modular and extensible Wayland compositor for Linux systems.
- Modular Plugin Architectures - Extends core functionality through a plugin-based architecture that hooks into the compositor event loop.
- Input Handling - Processes and routes raw hardware input signals to manage focus and interaction within the compositor.
- Spatial Workspace Grids - Groups open windows into a multi-dimensional grid for efficient navigation between active tasks.
- Command Binding Systems - Executes custom shell commands in response to user-defined input interactions.
- Interactive Window Manipulation - Enables interactive movement, resizing, and snapping of windows to grid positions using mouse gestures.
- Workspace Overview Management - Manages workspace grids and provides an interactive overview to keep the desktop environment organized.
- Desktop Visual Effects - Applies visual filters like blur, transparency, and color inversion to the desktop environment.
- Scene Graphs - Organizes windows and desktop elements into a hierarchical scene graph for efficient rendering and spatial transformation.
- Clutter-Based Compositing - Renders the desktop environment using hardware-accelerated OpenGL for window composition and visual effects.
- Linux Desktop Customizations - Allows tailoring the graphical workspace through window rules, visual effects, and background services.
- Per-Device Input Configurations - Configures input peripheral behavior globally or on a per-device basis.
- Wayland Desktop Shell Development - Provides the core infrastructure for building custom Wayland-based desktop environments.
- X11 Compatibility Layers - Translates legacy X11 graphical protocol requests to modern standards for seamless application support.
- Session Security Policies - Enforces screen locking and manages focus activation requests to secure the desktop session.
- Configuration State Managers - Parses user-defined configuration files to dynamically manage desktop environment state and behavior.
- Desktop Behavior Configuration - Provides centralized configuration for window management, input handling, and visual effects.
- Background Service Managers - Automatically starts and manages the lifecycle of essential desktop background services like panels and notification daemons.
- Display Configuration Managers - Manages monitor resolution, positioning, and scaling for multi-monitor display setups.
- Window Rules - Automates window resizing, movement, and opacity adjustments based on user-defined rules triggered by window state changes.
- Window Transition Animations - Provides smooth visual animations for windows during opening, closing, and state changes.
- Hardware-Triggered Action Mappings - Assigns hardware actions like volume and brightness control to specific keyboard shortcuts or dedicated hardware keys.
Star history
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