Awesome GitHub RepositoriesKeyboard-Driven Code Navigation

This project is a Vim keybinding emulation for Visual Studio Code. It implements modal text editing to separate navigation and content creation through specialized modes, reducing reliance on the mouse. The emulator supports custom IDE workflows by importing standard configuration files and remapping keyboard shortcuts. It integrates with external processes to handle complex commands and reproduces logic from common plugins for surrounding characters, commenting, and rapid motion. The capability surface includes keyboard-driven navigation using text objects, markers, and character sequences.

This project is a Vim IDE configuration and plugin suite designed to transform the Vim text editor into a full development environment. It focuses on C++ development by integrating source code indexing and automated plugin management. The environment utilizes compiler backends and abstract syntax trees for semantic code completion and static code analysis. It employs tag files for symbol indexing, enabling rapid navigation between function definitions, class headers, and implementation files. The workspace includes productivity tools such as shorthand snippet expansion, line bookmarking, and

This project is a modal editing integration that embeds a full Neovim instance into Visual Studio Code. It functions as a modal text editor, providing native motions and keybindings for navigation and text manipulation through a buffer synchronization bridge. The integration features a Lua scripting interface for automating editor behavior and a coordination layer that maps Neovim motions to native Language Server Protocol actions for code navigation. It ensures consistency between the two environments using a shared clipboard provider and synchronized cursor and selection states. The system

leap.nvim هو إضافة للتنقل في النصوص لـ Neovim مصممة لتحديد موقع المؤشر عبر لوحة المفاتيح. يتيح للمستخدمين تحريك المؤشر إلى أي حرف محدد مرئي على الشاشة باستخدام تسلسلات ضغط مفاتيح قصيرة. تحدد الإضافة الأحرف المستهدفة داخل إطار العرض الحالي وتعين تسميات توضيحية للمطابقات المتعددة، مما يسمح بإعادة تحديد موقع المؤشر بدقة دون استخدام الماوس.

يوفر هذا المشروع مجموعة من المواد المرجعية، والأدلة، وأوراق الغش المصممة لتحسين سير عمل تطوير Android. يعمل كمورد شامل لتنفيذ أفضل الممارسات في بناء التطبيقات، وتصحيح الأخطاء، وتصميم واجهة المستخدم. يغطي المستودع تقنيات متخصصة لتحسين البناء، بما في ذلك طرق تقليل أحجام الملفات الثنائية وتسريع التجميع. كما يوفر مراجع مفصلة لتصحيح أخطاء الأجهزة، واكتشاف تسرب الذاكرة، وتطبيق مبادئ Material Design. يفصل المشروع أيضاً تحسينات الإنتاجية لبيئة التطوير، مثل اختصارات لوحة المفاتيح، والقوالب الحية، وإعدادات المحرر. كما يتضمن توجيهات لإدارة الأجهزة عبر أدوات سطر الأوامر، وتوصيف الأداء، وتنفيذ الطباعة التي يسهل الوصول إليها وفيزياء الحركة.

Dev-Cpp is a comprehensive development suite that serves as a C++ integrated development environment, a cross-platform application builder, and a visual UI designer. It provides a toolchain for writing, compiling, and debugging native C++ applications on Windows, while offering a framework to create native binaries for desktop, mobile, and IoT devices from a single codebase. The project distinguishes itself by integrating an embedded SQL database engine and a REST API development platform directly into the workflow. It includes an AI-assisted coding tool that leverages large language models t

rgthree-comfy is a collection of custom nodes and interface enhancements designed to automate and organize generative AI workflows within ComfyUI. It provides a specialized toolset for node-based automation, dynamic data routing, and graph management. The project distinguishes itself through a dynamic data router and workflow management tools that enable bulk muting, bypassing, and navigation of complex node graphs via bookmarks and visual labels. It also includes logic and math nodes for evaluating expressions and image processing utilities for side-by-side comparisons and precise cropping.

ComfyUI-Easy-Use is a custom node suite and workflow optimizer designed to simplify Stable Diffusion generation pipelines. It provides a set of integrated tools to reduce visual clutter and streamline the process of creating images from text and existing image references. The project distinguishes itself through a pipeline manager that consolidates models, conditioning, and latents into unified data pipes, eliminating complex wiring in the node graph. It also introduces a logical operator set that enables conditional if-else branching and for-loop structures directly within the visual program