luvit/luvit
Luvit
Luvit is an event-driven runtime for Lua that integrates libuv to provide non-blocking I/O and asynchronous system operations. It functions as an asynchronous network framework and execution environment that leverages Just-In-Time compilation for high-performance script processing.
The platform enables the distribution of network traffic across multiple CPU cores through a TCP cluster manager that shares socket handles among child processes. It provides specialized capabilities for building HTTP servers by decoding incoming request streams and encoding responses via a stream processor.
The runtime supports general event-driven application development, asynchronous network programming, and the integration of compiled binary modules to extend low-level language capabilities. Users can interact with the environment through a read-eval-print loop, execute standalone scripts, or evaluate code snippets via the command line.
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.
