lua/lua

Features

• Associative Array Data Models - Implements a flexible single table structure that represents lists, dictionaries, and objects by combining arrays with hash maps.
• Embedded Scripting Engines - Provides a lightweight scripting engine designed to be integrated into host applications for runtime customization.
• Native Module Development - Allows the creation of high-performance modules in C to extend the functional capabilities of the scripting environment.
• C Extension Interfaces - Provides APIs for integrating C and C++ code to create high-performance extensions for the runtime.
• Host Function Interfacing - Provides a portable interface for calling native functions and embedding the engine from a host application.
• Associative Table Management - Stores and organizes information using flexible tables that support lists, dictionaries, sets, and matrices.
• Automatic Memory Management - Reclaims unused memory incrementally through garbage collection to maintain steady performance.
• C-Based Embedding APIs - Provides a minimal and portable ISO C interface for embedding the scripting engine into host applications.
• C-Based Scripting Engines - Ships an efficient execution environment written in ISO C with a thin API for native module extensions.
• Dynamic Data Modeling - Provides a flexible data system using tables and metatables to implement associative arrays and prototype-based inheritance.
• Host Function Exposure - Enables host programs to register C functions that are accessible and callable from within Lua scripts.
• Incremental Garbage Collection - Reclaims memory in small steps during program execution to prevent long pauses and maintain a consistent frame rate.
• Language Bindings - Provides interfaces and bindings that allow the language to interoperate with other programming languages and frameworks.
• Prototype-Based Inheritance - Implements a prototype-based inheritance system where objects inherit properties directly from other objects.
• Scripting Languages - Provides a lightweight, portable interpreted language designed for automation and integration into host environments.
• Garbage Collectors - Implements an automatic memory management system that reclaims unreachable objects incrementally.
• Dispatch Tables - Uses metatables as dispatch tables to implement prototype-based inheritance and operator overloading.
• Cooperative Schedulers - Implements a cooperative scheduler where coroutines voluntarily yield control to manage concurrent execution flows.
• Text Pattern Matching - Searches and manipulates strings using a dedicated system of patterns and captures.
• Code Execution Sandboxes - Creates protected environments by isolating global state to execute untrusted code safely.
• Simulation Patterns - Simulates classes and methods by storing functions in tables and utilizing self-referencing receiver syntax.
• Module and Package Management - Organizes code into reusable components and loads external libraries into the execution environment.
• Register-Based Bytecode - Utilizes a set of virtual registers instead of a stack to reduce instruction count and improve execution speed.
• Runtime Exception Handling - Defines custom fallback handlers to respond to abnormal events such as absent table fields or type mismatches.
• Stack-Based Virtual Machines - Implements a virtual machine that uses a stack structure for pushing and popping values during computation.
• Data Structure Implementations - Enables the implementation of complex data structures and specialized containers using tables and metatables.
• Code Sandboxing Environments - Creates isolated environments by restricting global state to execute untrusted scripts safely.
• Isolated Execution Sandboxes - Creates isolated execution environments to run untrusted scripts safely without compromising the host.
• Protected Calls - Wraps function execution in a recovery mechanism that catches runtime errors to prevent the host application from crashing.
• Register-Pressure Optimizations - Executes bytecode using a register-based virtual machine to reduce memory access and improve processing speed.
• Coroutine Frameworks - Supports pausing and resuming execution threads using coroutines for cooperative concurrency.
• Language Implementations - Official ANSI C interpreter for the language.
• Programming Languages - Lightweight scripting language engine.
• Programming Utilities - Efficient and lightweight scripting language for embedding.

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