Awesome GitHub RepositoriesBytecode Compiled Languages

Swift is a general purpose, compiled systems programming language designed for building high-performance software. It is a strongly typed language that focuses on memory safety and type safety to prevent runtime errors. The language is designed for native code integration, allowing it to interoperate with C and Objective-C libraries to leverage existing system functions and high-performance APIs. The project covers broad capabilities in type-safe application development and cross-platform toolchain engineering. It includes infrastructure for automated language validation, compiler performanc

pkg is a Node.js executable packager and cross-platform binary compiler. It bundles a project and its dependencies into a single standalone executable file that runs without a pre-installed runtime on the target machine. The tool uses a virtual filesystem bundler to embed project assets and native modules into a binary snapshot. It includes a bytecode obfuscator that compiles source code into bytecode to prevent the extraction of raw logic. The project supports cross-platform distribution, allowing the generation of binaries for different operating systems and architectures from a single hos

Clojure is a general-purpose, functional programming language hosted on the Java Virtual Machine. It is a homoiconic S-expression language that represents programs as nested data structures, allowing code to be manipulated and evaluated as data. The project provides a framework for JVM interoperability, enabling the invocation of Java methods and integration with other JVM-based languages. It distinguishes itself through a persistent data structure library that uses bitmapped vector tries to manage immutable collections and a programmatic REPL for interactive software development and real-tim

WasmEdge is an extensible WebAssembly runtime that executes WebAssembly bytecode in a secure sandbox for cloud, edge, and embedded applications. It functions as a multi-language compiler, compiling applications written in Rust, JavaScript, Go, and Python into WebAssembly bytecode for sandboxed execution, and as a server-side JavaScript runtime that runs JavaScript programs with ES6 modules, NPM packages, and Node.js-compatible APIs. The runtime also serves as an AI inference runtime, executing AI models from JavaScript using WASI-NN plug-ins for inference tasks on personal devices and edge har

This project is an educational implementation of a relational database engine written in C. It functions as a SQLite clone, demonstrating the internal mechanics of a database system through a C-based systems project that focuses on manual memory management and file I/O. The engine is distinguished by its use of a bytecode virtual machine, which executes database operations by compiling SQL statements into low-level instructions. It utilizes a B-tree database engine to organize records in a balanced tree structure, ensuring efficient insertion, search, and range scanning. The system covers co

HackMyResume is a command-line tool that generates polished résumés and CVs in multiple formats from a single JSON or YAML data source. It validates résumé documents against the FRESH or JSON Resume schema, converts between these two formats, and produces output in HTML, Markdown, LaTeX, MS Word, PDF, plain text, JSON, XML, and YAML. The tool supports custom themes through a plugin architecture, allowing users to apply visual styling via Handlebars templates and register custom helpers for extended template logic. It can merge multiple résumé JSON files into one, overriding generic data with

Wren is a bytecode-compiled, class-based scripting language designed as an embeddable programming language. It provides a lightweight runtime and interface for executing dynamic scripts directly within host software applications. The engine utilizes a single-pass compiler to transform source code into compact bytecode and a virtual machine to process those instructions. It supports concurrent task execution through a system of lightweight fibers and coroutines. The language implements a class-based object model with dynamic message dispatch for organizing code into reusable components. It al

Dieses Projekt ist eine Lua-basierte Firmware-Umgebung für den ESP8266-WLAN-Chip und bietet einen eingebetteten Lua-Interpreter sowie ein Entwicklungs-Framework für WLAN-SoC-Hardware. Es fungiert als C-basierter Wrapper um das Espressif non-OS SDK und ermöglicht die Ausführung asynchroner Skripte zur Verwaltung der drahtlosen Kommunikation und Hardware-Peripherie. Die Umgebung integriert ein SPIFFS-Flash-Dateisystem zum Speichern persistenter Skripte und Daten direkt im nichtflüchtigen Speicher. Um begrenzte Hardwareressourcen zu optimieren, nutzt das System Execute-in-Place-Flash-Ausführung, wobei schreibgeschützte Konstanten und Anweisungen direkt aus dem Flash-Speicher ausgeführt werden, um System-RAM zu schonen. Das Projekt deckt die Verwaltung drahtloser Konnektivität, die Implementierung von Netzwerkdiensten und das Mapping von Hardware-Peripherie ab. Es enthält Tools für die Firmware-Kompilierung, die Kompilierung von Lua-Skripten in Bytecode und die Generierung von Dateisystem-Images für die Zielbereitstellung.

Enso is a visual dataflow programming environment and multi-language data processing engine that compiles Enso, Python, Java, and JavaScript into a unified representation with a shared memory model for zero-overhead inter-language calls. It functions as a self-service data preparation and analysis platform where users can build data pipelines by connecting nodes in a graph, switching between a no-code visual interface and a code view while keeping all changes reviewable. The platform also serves as a cloud data workflow scheduler and API exposer, allowing workflows to run on a timetable or be

Haxe is a statically typed, multi-target programming language and open-source compiler toolkit that translates a single codebase into native executables and scripts for JavaScript, C++, C#, Java, Python, Lua, PHP, and Flash targets. It provides a unified type system with automatic type inference, a compile-time macro system for code transformation and generation, conditional compilation directives, and a static analysis engine that enforces null safety and eliminates dead code to produce smaller, safer outputs. The language is supported by the HashLink virtual machine, which executes platform

OCaml is a strongly typed functional language featuring a sophisticated type system and a focus on safety and expressiveness. It provides a comprehensive compiling toolchain that transforms source code into either portable bytecode or high-performance native binaries. The project is distinguished by a shared memory parallel runtime that executes computations across multiple processor cores using domains, and an algebraic effect system for managing side effects and control flow through execution context handlers. It also includes a dedicated parser generator to automatically create lexers and

Spin is a WebAssembly serverless framework and development toolchain for building and running portable microservices. It functions as an event-driven orchestrator and runtime that executes WebAssembly components, allowing developers to map HTTP requests, Redis messages, and cron schedules to specific modules. The project distinguishes itself by implementing a Wasm-based AI inference gateway, enabling components to perform model inference and generate text embeddings. It utilizes the WebAssembly Component Model and WASI for language-agnostic composition and portable host interfacing, while emp

Duktape is an embeddable JavaScript engine and portable scripting runtime designed for integration into C and C++ applications. It functions as a lightweight ECMAScript runtime that provides a C-JavaScript bridge for exchanging data and invoking functions between native code and a script execution environment. The engine includes an ECMAScript bytecode compiler that allows for the serialization and caching of compiled functions to disk to reduce application startup time. It organizes script dependencies using a CommonJS-compliant module loader. The runtime covers a variety of capabilities in

Scala 3 is an open-source, statically typed programming language that compiles to JVM bytecode, combining object-oriented and functional programming paradigms. Its core identity is defined by a sophisticated type system that includes traits, generics, union types, and a dependent object type system where types can depend on runtime values through path-dependent and singleton types. The language distinguishes itself through several advanced type-level and metaprogramming capabilities. It features a contextual abstraction mechanism using given instances and using clauses for compile-time implic

Pony is an open-source, actor-model, capabilities-secure, high performance programming language

mruby is a lightweight Ruby interpreter designed to be embedded into C applications. It compiles Ruby source code into a compact, platform-independent bytecode that executes on a register-based virtual machine, and exposes a stable C API for host programs to initialize the interpreter, load bytecode, and invoke Ruby methods at runtime. The interpreter distinguishes itself through a tightly coupled parser and compiler that performs lexical analysis, syntax parsing, and bytecode generation in a single pass without constructing an intermediate AST, minimizing memory overhead. It also includes a

electron-vite ist ein Build-System und Multi-Process-Bundle-Orchestrator, der Vite verwendet, um die Main-, Preload- und Renderer-Prozesse für Electron-Anwendungen zu kompilieren und zu bündeln. Er fungiert als Scaffolder für Desktop-Anwendungen und bietet Vorlagen zur Integration verschiedener Frontend-Frameworks in eine standardisierte Projektstruktur. Das Projekt zeichnet sich durch integrierten Quellcodeschutz aus und nutzt einen V8-Bytecode-Obfuscator, um JavaScript in Bytecode zu kompilieren und Strings zu verschleiern, um Reverse Engineering zu verhindern. Es verwaltet zudem komplexe Desktop-Architekturen durch Isolierung von Bundles und Shared Chunks über mehrere Fenster und Ausführungskontexte hinweg. Das Toolset deckt ein breites Spektrum an Funktionen ab, einschließlich automatisierter Packaging-Pipelines für plattformübergreifende Installer, Development-Server-Orchestration mit Hot Module Replacement sowie das Management nativer Module und WebAssembly. Es unterstützt zudem Environment-Scoping und die Konfiguration der Externalisierung binärer Module zur Optimierung von Production-Builds.

mQuickjs is a compact JavaScript engine designed for memory-constrained devices, such as microcontrollers, requiring as little as 10 KB of RAM and 100 KB of ROM. It achieves this through a fixed-buffer memory allocation scheme that avoids system heap usage, a compacting tracing garbage collector that eliminates fragmentation, and a ROM-embedded standard library that reduces both memory footprint and startup time. The engine compiles JavaScript source into portable bytecode that can be stored in persistent memory and executed without reparsing, and it emulates IEEE 754 floating-point arithmetic

Dieses Projekt ist eine Sammlung von Lernressourcen, Dokumentationen und Boilerplate-Vorlagen, die für Entwickler konzipiert sind, die das Flutter-Framework und die Dart-Sprache studieren. Es bietet einen umfassenden Satz an Installationsanleitungen, Konfigurations-Tutorials und Referenzmaterialien, um beim Aufbau plattformübergreifender mobiler Anwendungen zu unterstützen. Das Repository zeichnet sich durch eine breite Palette praktischer Beispiele aus, einschließlich Demonstrationen der Dart-Sprachgrammatik, plattformübergreifender UI-Muster und Projektvorlagen. Es bietet spezifisch Beispielcode für die Implementierung nativer Plattform-Plugins und die Überbrückung von Hardwarefunktionen mittels Method-Channels. Die Codebasis deckt ein breites Spektrum an Entwicklungsfunktionen ab, einschließlich zustandsgesteuertem UI-Rendering und Widget-basierter Layout-Konstruktion. Es enthält Implementierungen für Navigations-Routing, lokale Datenpersistenz mittels SQLite und Shared-Preferences sowie systemnahe Integrationen für Push-Benachrichtigungen und Hardwaresensoren. Das Projekt bietet zudem Materialien für die Umgebungskonfiguration, die Verifizierung von Entwicklungstools und Logiktests, um ein konsistentes Setup auf lokalen Maschinen sicherzustellen.

Hy ist eine Lisp-Implementierung für Python, die das Schreiben von Lisp-Syntax ermöglicht, welche in Python-Bytecode kompiliert wird. Es operiert als Python-basiertes Lisp-Dialekt und S-Expression-Sprache und bietet vollen Zugriff auf die Python-Standardbibliothek und das Ökosystem. Die Sprache konzentriert sich auf Makro-basiertes Metaprogramming und bietet ein AST-Walking-Makrosystem sowie Reader-Makros, die benutzerdefinierte Syntax-Transformationen und Parsing-Regeln ermöglichen. Es erlaubt die Manipulation des abstrakten Syntaxbaums, um die Sprachfunktionen zu erweitern. Das Projekt enthält eine Read-Eval-Print-Loop (REPL) für die interaktive Entwicklung und unterstützt die Ausführung eigenständiger Skripte. Es deckt funktionale Programmierfunktionen wie strukturelles Pattern-Matching und die Entwicklung asynchroner Programme mittels async- und await-Konstrukten ab. Quellcode kann zur Inspektion oder Verteilung in äquivalente Python-Quelldateien übersetzt werden.