luvit/luvit
Luvit
Luvit هو وقت تشغيل قائم على الأحداث لـ Lua يدمج libuv لتوفير إدخال/إخراج غير محظور وعمليات نظام غير متزامنة. يعمل كإطار عمل شبكة غير متزامن وبيئة تنفيذ تستفيد من التجميع في الوقت المناسب (JIT) لمعالجة النصوص البرمجية عالية الأداء.
يُمكّن النظام من توزيع حركة مرور الشبكة عبر نوى CPU متعددة من خلال مدير مجموعة TCP يشارك مقابض المقبس (socket handles) بين العمليات الفرعية. يوفر قدرات متخصصة لبناء خوادم HTTP عن طريق فك تشفير تدفقات الطلبات الواردة وترميز الاستجابات عبر معالج تدفق.
يدعم وقت التشغيل تطوير التطبيقات القائمة على الأحداث بشكل عام، وبرمجة الشبكة غير المتزامنة، وتكامل الوحدات الثنائية المجمعة لتوسيع قدرات اللغة منخفضة المستوى. يمكن للمستخدمين التفاعل مع البيئة من خلال حلقة القراءة-التقييم-الطباعة (REPL)، أو تنفيذ نصوص برمجية مستقلة، أو تقييم مقتطفات الكود عبر سطر الأوامر.
Features
- Asynchronous Network Frameworks - Serves as a foundational asynchronous network framework for building event-driven protocol servers and clients.
- Event-Driven Frameworks - Provides an event-driven framework for building scalable network applications with a non-blocking I/O model.
- Event-Driven Platforms - Provides a platform for developing concurrent applications that handle simultaneous connections via an asynchronous programming model.
- Event-Driven Lua Runtimes - Integrates libuv into the Lua runtime to provide non-blocking I/O and asynchronous system operations.
- Lua Script Execution Environments - Provides an execution environment to run Lua scripts using a non-blocking, event-driven runtime.
- Just-In-Time Compilers - Utilizes a just-in-time compiler to translate Lua bytecode into machine code for high-performance execution.
- Suspendable Execution - Pauses execution during I/O operations using coroutines to prevent blocking the main event loop.
- Non-blocking I/O - Employs a non-blocking I/O model to prevent execution stalls during system operations.
- Non-Blocking Event Loops - Implements a non-blocking event loop via libuv to manage asynchronous I/O operations.
- Asynchronous Network Programming - Enables the development of scalable servers and clients using event loops and asynchronous APIs.
- HTTP Stream Processors - Implements stream-based processing to decode incoming HTTP requests and encode outgoing responses.
- Process Clustering - Distributes network traffic across multiple CPU cores using a process clustering model.
- Socket Handle Sharing - Enables network traffic distribution across CPU cores by sharing TCP socket handles among child processes.
- TCP Cluster Managers - Shares TCP socket handles among child processes to distribute network traffic across multiple CPU cores.
- Foreign Function Interface Calls - Provides a foreign function interface for calling compiled C functions to extend low-level runtime capabilities.
- Process-Based Core Scaling - Distributes network workloads across multiple CPU cores using process management to increase overall throughput.
- High-Performance Scripting - Utilizes Just-In-Time compilation to achieve near-native execution speeds for Lua scripts.
- Runtime Binary Extensions - Extends low-level capabilities by integrating compiled binary modules and foreign function interfaces.
- Module Functionality Extenders - Allows the integration of compiled binary modules to add low-level language functionality.
- HTTP Request Decoders - Transforms raw network packets into structured HTTP request objects and body chunks.
- HTTP Response Encoders - Converts application response data back into network packets via a stream processor.
- HTTP Server Implementations - Includes core logic for listening on network ports and handling HTTP request-response cycles via stream processing.
- Embedded Programming Languages - Node.js-compatible environment for Lua developers.
- Programming Languages - Provides support for the Lua-based runtime environment.
- Experimental Projects - Provides a Node.js-like architecture using the language instead of JavaScript.
