5 repository-uri
Mechanisms for capturing and overriding default system behavior for hardware keys.
Distinct from Input Event Interception: Distinct from Input Event Interception: focuses on game-specific hardware key interception rather than general system-level hooks.
Explore 5 awesome GitHub repositories matching operating systems & systems programming · Hardware Key Interceptors. Refine with filters or upvote what's useful.
LibGDX is a Java-based framework designed for cross-platform game development, enabling the creation and deployment of 2D and 3D games across desktop, mobile, and web environments from a single codebase. It functions as a comprehensive library that abstracts hardware-accelerated graphics, audio, input, and file system access, providing a unified interface for developers to manage game logic and application lifecycles. The framework distinguishes itself through a high-performance architecture that prioritizes efficiency and native interoperability. It utilizes a batch-oriented graphics pipelin
Captures hardware key events to prevent default system behaviors and allow custom game logic handling.
Karabiner-Elements is a system-level utility designed for advanced keyboard and mouse customization. It functions as a background service that intercepts raw hardware input signals at the driver level, allowing for the transformation of key presses and pointer movements before they reach the operating system. By utilizing virtual input device emulation, the software re-injects modified events into the system stream, enabling complex remapping, macro execution, and hardware-specific control. The project distinguishes itself through a sophisticated state-based logic engine that enables context-
Intercepts specialized hardware keys to trigger specific system applications or utilities.
systemd is a comprehensive system and service manager for Linux that orchestrates the entire operating system lifecycle. It functions as the primary init system, managing the transition from firmware to a fully initialized user space while providing a unified framework for service orchestration, hardware management, and resource control. The project distinguishes itself through its declarative, unit-based configuration model and dynamic dependency resolution, which allow for efficient, on-demand service activation and socket-based process management. It integrates deep system observability th
Intercepts power, suspend, or hibernate key events to allow applications to manage hardware responses.
G-helper is a system utility designed for the management and optimization of ASUS laptop hardware. It functions as a background service that interfaces directly with kernel-level drivers and ACPI tables to provide granular control over device performance, thermal profiles, and power states. The utility distinguishes itself by offering automated firmware orchestration, which handles the retrieval and verification of manufacturer-signed updates to maintain system stability. It also provides specialized hardware control, including the ability to toggle between integrated and dedicated graphics m
Intercepts raw hardware scan codes to translate specialized key presses into custom software-defined actions.
Kmonad este un remapper de tastatură cross-platform și un motor avansat de mapare a tastelor care interceptează input-urile tastaturii fizice și le transformă în evenimente de output virtual personalizate. Funcționează ca un wrapper de input programabil și manager de tastatură multi-layer, permițând utilizatorilor să redefinească tastele fizice și să ruteze input-urile hardware către dispozitive virtuale pe diferite sisteme de operare. Sistemul se distinge printr-o arhitectură de gestionare multi-layer care permite definirea straturilor dinamice de tastatură și a overlay-urilor pentru a schimba funcțiile tastaturii în funcție de contextul curent. Implementează o logică complexă de interacțiune, cum ar fi comportamentele tap-hold, tastele leader, modificatorii sticky și ciclarea acțiunilor, pentru a extinde utilitatea unui număr limitat de taste fizice. Dincolo de remapparea de bază, proiectul acoperă automatizarea sistemului prin executarea comenzilor shell și crearea de macro-uri de secvențe de taste. De asemenea, gestionează timing-ul input-ului la nivel scăzut și conectivitatea dispozitivelor, inclusiv polling-ul hardware pentru a se asigura că serviciul pornește doar după ce dispozitivele specifice sunt conectate.
Increases the delay between emitted key events to maintain compatibility with applications that cannot process rapid input.