38 repository-uri
Programming languages that use a compiler to target a compact intermediate bytecode representation.
Distinct from Bytecode Compilation: None of the candidates describe the identity of the language as a whole, only the compilation process.
Explore 38 awesome GitHub repositories matching programming languages & runtimes · Bytecode Compiled Languages. Refine with filters or upvote what's useful.
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
Compiles directly to native machine code for high-performance execution across multiple operating systems and architectures.
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
Compiles source code into bytecode to prevent easy extraction of raw logic from the executable.
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
Provides a compiler that transforms high-level functional expressions into optimized Java bytecode for the JVM.
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
Compiles applications written in Rust, JavaScript, Go, and Python into WebAssembly bytecode for sandboxed execution.
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
Translates structured SQL text into low-level executable bytecode for the virtual machine.
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
Compiles a single JSON or YAML resume source into any supported output format through a centralized build process.
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
Functions as a bytecode-compiled language for efficient execution of dynamic scripts.
Acest proiect este un mediu de firmware bazat pe Lua pentru cipul WiFi ESP8266, oferind un interpretor Lua embedded și un framework de dezvoltare pentru hardware SoC WiFi. Acesta funcționează ca un wrapper bazat pe C în jurul SDK-ului non-OS Espressif, permițând executarea scripturilor asincrone pentru a gestiona comunicarea wireless și perifericele hardware. Mediul integrează un sistem de fișiere flash SPIFFS pentru stocarea scripturilor și datelor persistente direct pe memoria non-volatilă. Pentru a optimiza resursele hardware limitate, sistemul utilizează execuția flash execute-in-place, rulând constantele read-only și instrucțiunile direct din memoria flash pentru a conserva RAM-ul sistemului. Proiectul acoperă gestionarea conectivității wireless, implementarea serviciilor de rețea și maparea perifericelor hardware. Include instrumente pentru compilarea firmware-ului, compilarea scripturilor Lua în bytecode și generarea de imagini de sistem de fișiere pentru implementarea pe țintă.
Compiles Lua source scripts into binary bytecode images to optimize memory and CPU overhead on limited hardware.
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
Compiles Enso, Python, Java, and JavaScript into a common representation with a unified memory model for zero-overhead interop.
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
Compiles Haxe source code into platform-agnostic bytecode for the HashLink virtual machine.
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
Produces portable, compact bytecode that runs within an interpreter for faster compilation and cross-platform compatibility.
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
Compiles source code from multiple programming languages into WebAssembly bytecode for serverless execution.
Duktape este un motor JavaScript embeddable și un runtime de scripting portabil conceput pentru integrarea în aplicații C și C++. Acesta funcționează ca un runtime ECMAScript ușor care oferă o punte C-JavaScript pentru schimbul de date și invocarea funcțiilor între codul nativ și un mediu de execuție de scripturi. Motorul include un compilator de bytecode ECMAScript care permite serializarea și cache-uirea funcțiilor compilate pe disc pentru a reduce timpul de pornire al aplicației. Acesta organizează dependențele de script folosind un încărcător de module compatibil CommonJS. Runtime-ul acoperă o varietate de capabilități, inclusiv programarea cooperativă a corutinelor pentru execuție asincronă și un sistem hibrid de garbage collection care combină numărarea referințelor cu mark-and-sweep. De asemenea, oferă un protocol de debugging printr-un proxy JSON și suportă transporturi de debug personalizate pentru hardware restricționat. Configurațiile de build sunt gestionate prin setări bazate pe YAML pentru a genera headere C specifice platformei.
Enables the serialization of compiled function bytecode to disk to improve execution speed and startup time.
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
Translates Scala 3 source code into executable bytecode, enabling developers to build and run applications.
Pony is an open-source, actor-model, capabilities-secure, high performance programming language
Is a compiled language that produces efficient machine code for performance-critical applications.
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
Compiles Ruby source files into portable bytecode that any compatible interpreter can load and run.
electron-vite este un sistem de build și orchestrator de bundle-uri multi-proces care utilizează Vite pentru a compila și bundle-ui procesele main, preload și renderer pentru aplicațiile Electron. Funcționează ca un scafolding de aplicații desktop, oferind template-uri pentru a integra diverse framework-uri de frontend într-o structură de proiect standardizată. Proiectul se distinge prin protecția integrată a codului sursă, utilizând un obfuscator de bytecode V8 pentru a compila JavaScript în bytecode și a obfusca șirurile de caractere pentru a preveni reverse engineering-ul. De asemenea, gestionează arhitecturi desktop complexe prin izolarea bundle-urilor și a chunk-urilor partajate în mai multe ferestre și contexte de execuție. Setul de instrumente acoperă o gamă largă de capabilități, inclusiv pipeline-uri de packaging automatizate pentru instalatoare cross-platform, orchestrarea serverului de dezvoltare cu hot module replacement și gestionarea modulelor native și WebAssembly. Suportă în continuare scoping-ul mediului și configurarea externalizării modulelor binare pentru a optimiza build-urile de producție.
Protects intellectual property by compiling JavaScript source code into V8 bytecode to hinder reverse engineering.
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
Compiles JavaScript source into portable bytecode for persistent storage and execution without recompilation.
Acest proiect este o colecție de resurse de învățare, documentație și șabloane boilerplate concepute pentru dezvoltatorii care studiază framework-ul Flutter și limbajul Dart. Oferă un set cuprinzător de ghiduri de instalare, tutoriale de configurare și materiale de referință pentru a asista la construirea de aplicații mobile cross-platform. Repository-ul se distinge printr-o gamă largă de exemple practice, inclusiv demonstrații de gramatică a limbajului Dart, tipare UI cross-platform și șabloane de proiect. Oferă în mod specific cod mostră pentru implementarea plugin-urilor native de platformă și bridging-ul funcționalităților hardware folosind method channels. Baza de cod acoperă o gamă largă de capabilități de dezvoltare, inclusiv randarea UI bazată pe stare și construcția layout-ului bazată pe widget-uri. Include implementări pentru rutarea navigației, persistența datelor locale prin SQLite și shared preferences, precum și integrări la nivel de sistem pentru notificări push și senzori hardware. Proiectul oferă, de asemenea, materiale pentru configurarea mediului, verificarea instrumentelor de dezvoltare și testarea logicii pentru a asigura o configurare consistentă pe mașinile locale.
Explains the compilation of source code into machine-efficient bytecode to optimize application startup and execution.
Hy este o implementare Lisp pentru Python care permite scrierea sintaxei Lisp care se compilează în bytecode Python. Acesta operează ca un dialect Lisp bazat pe Python și un limbaj S-expression, oferind acces complet la biblioteca standard Python și la ecosistemul său. Limbajul se concentrează pe metaprogramarea bazată pe macro-uri, dispunând de un sistem de macro-uri AST-walking și macro-uri de citire care permit transformări de sintaxă personalizate și reguli de parsare. Permite manipularea arborelui sintactic abstract pentru a extinde capabilitățile limbajului. Proiectul include un read-eval-print loop (REPL) pentru dezvoltare interactivă și suportă execuția de scripturi autonome. Acoperă capabilități de programare funcțională, cum ar fi potrivirea structurală a tiparelor și dezvoltarea de programe asincrone folosind constructele async și await. Codul sursă poate fi tradus în fișiere sursă Python echivalente pentru inspecție sau distribuție.
Compiles Lisp source code directly into Python bytecode for execution by the Python virtual machine.