Projects sharing features with Json To Go

wasm-pack is a build tool and workflow orchestrator for compiling Rust code to WebAssembly. It coordinates the compilation process and generates the JavaScript glue code required to execute Rust logic within web browsers and server-side runtimes. The tool manages binary optimization to reduce file sizes and improve execution speed. It also functions as a package manager, bundling compiled WebAssembly modules into archives compatible with JavaScript registries and bundlers. The project covers language interoperability through the automatic generation of TypeScript type definitions. It further

Pigo is a computer vision library written in Go for locating human faces in images and video streams. It provides tools for face detection, facial landmark identification, and pupil and eye localization. The project is implemented in pure Go to ensure portable execution without external dependencies. It supports compilation to WebAssembly, enabling face detection and image processing to run directly in web browsers without a backend. The library's capabilities include real-time face detection using classifier cascades and gaze tracking localization. It maps anatomical points on the face to a

This project is a suite of basic command line utilities rewritten in Rust, providing a cross-platform implementation of POSIX shell utilities. It serves as a portable CLI toolset designed to run across different operating systems and architectures. The implementation includes a WebAssembly shell environment, which allows these essential command line tools to be executed directly within a web browser without requiring a local installation. The toolset covers a broad range of system capabilities, including filesystem operations, text processing and stream editing, and system administration too

Scala.js is a compiler and cross-platform language toolchain that transforms Scala source code into JavaScript or WebAssembly. It functions as a statically typed tool for the JavaScript ecosystem, enabling the development of applications for web browsers and Node.js environments. The project serves as a JavaScript interop framework, allowing the creation of type-safe facades and bindings to interact with external libraries and global objects. It provides mechanisms for both static and dynamic JavaScript invocation, including the generation of TypeScript bindings and the ability to export inte

Trunk is a WebAssembly build tool and orchestrator designed to automate the process of transforming Rust source code into deployable web applications. It serves as a frontend bundler that packages WebAssembly binaries along with HTML and static assets for browser deployment. The system utilizes an HTML-driven build orchestration model, using the index HTML file as the primary configuration source to determine entry points and dependencies. It integrates with the Rust compiler and associated toolchains to transform code into optimized binaries and glue code. The tool provides a development en

Vugu is a Go WebAssembly UI library and framework used to build type-safe, component-based single-page applications. It functions as a single-file component framework that bundles markup, styles, and logic into modular units, utilizing a virtual DOM engine to synchronize state changes with the browser output. The project features a Go component generator that converts custom UI templates into executable Go source code at compile time. It distinguishes itself through a WebAssembly-based runtime that executes application logic as a compiled binary in the browser and a server-side rendering tool

AssemblyScript is a compiler and tooling suite used for WebAssembly module development. It converts a subset of TypeScript syntax into binary modules to achieve high execution speeds and cross-platform binary execution. The project focuses on translating typed source code into the compact binary format required by WebAssembly runtimes. This allows for the movement of computationally heavy logic into binary modules for browser performance optimization and execution across different operating systems. The compilation process involves TypeScript-compatible syntax analysis and the generation of

Trunk is a build tool and development server for compiling Rust code to WebAssembly and packaging it for browser deployment. It functions as a web bundler that combines WebAssembly modules, JavaScript, and static files into a deployable web application. The tool provides a local development server utilizing HTTP and WebSocket proxies to enable rapid iteration. This environment includes a file-system watcher that triggers automatic rebuilds and browser reloading when source files are modified. The pipeline handles the conversion of Rust source code into WebAssembly binaries and generates the

Porffor is an ahead-of-time compiler that converts JavaScript and TypeScript source code into native machine code or C binaries. It functions as a native binary generator and transpiler, producing standalone executable files that do not require a runtime or virtual machine. The project translates source code into C language files and WebAssembly binary formats. It includes a direct-to-binary pipeline for TypeScript, allowing for the generation of target executables without a separate transpilation step to JavaScript. The toolset also includes an interactive read-eval-print loop for real-time

Linfa is a classical machine learning framework and statistical learning suite implemented in Rust. It provides a collection of algorithms for supervised and unsupervised learning, focused on traditional statistical methods such as regression, clustering, and decision trees. The toolkit is distinguished by its ability to be compiled into WebAssembly, enabling analytical models to execute within browser environments. It employs a trait-based algorithm interface to standardize the process of training and prediction across its various models. The library covers a broad range of capabilities, in

Walt is a transpiler and typed language that converts a JavaScript-like syntax into WebAssembly binary format. It functions as a toolchain for developing high-performance logic for browsers and runtimes by translating typed source code into WebAssembly text format. The project includes a bundler-integrated loader that automates the recompilation of source files during the build process. It provides a linear memory manager used to define custom data layouts, structs, and memory allocators within a contiguous heap. The language supports defined function signatures, numeric types, and the abili

swagger-php is an OpenAPI specification generator and PHP API documentation library. It scans PHP source code attributes and annotations to produce standardized specification files and interactive API references. The tool functions as a schema inference engine that derives data types and schemas from native PHP type hints and generic blocks. It uses reflection-based static analysis to extract metadata without executing application logic and supports recursive schema inheritance to merge definitions from parent classes and interfaces. The project includes a command-line utility for exporting

Panel is a Python data application framework used to build interactive dashboards and reactive user interfaces by connecting data visualizations, widgets, and callbacks. It functions as a reactive UI library that synchronizes application state with interface updates based on user interactions. The project distinguishes itself by offering multiple execution models, including a FastAPI-based web application server for scalable session management and a WebAssembly compiler that enables Python applications to run directly in the browser without a backend server. It also includes a specialized too

TeaVM is a Java bytecode transpiler and browser-based JVM runtime that converts compiled Java class files into JavaScript or WebAssembly. It functions as a compiler and build pipeline tool that enables applications written in various JVM languages to execute natively within a web browser. The project distinguishes itself by transforming bytecode directly into optimized web formats without requiring the original source code. It includes a WebAssembly bytecode compiler for high-performance execution and a specialized emulation system to handle asynchronous multithreading within the single-threa

TinyGo is a specialized compiler and development toolkit designed to bring the Go programming language to resource-constrained microcontrollers and WebAssembly environments. It provides a bare-metal runtime environment that enables high-level code execution without the need for a traditional operating system, utilizing an LLVM-based backend to generate efficient machine instructions. The project distinguishes itself through aggressive optimization techniques tailored for small hardware, including a static memory allocation strategy and whole-program dead code elimination that significantly re

Jackson-databind is a Java serialization framework and JSON data binding library used to convert Java objects to JSON and vice versa. It functions as a JSON streaming API that generates and parses content as a sequence of tokens, and as a hierarchical data tree mapper that reads data into a node structure for dynamic modification without predefined classes. The project provides a structured mapping process to bind data to objects, allowing for the transformation of complex Java objects into data formats and the reconstruction of objects from those formats. It supports custom data format mappi

RustPython is a Python 3 compatible interpreter implemented in Rust. It functions as a scripting engine that can be embedded directly into host applications, allowing for the execution of dynamic scripts and the customization of software behavior within a memory-safe environment. The project distinguishes itself through its ability to bridge Python and JavaScript runtimes, enabling data exchange and function invocation across language boundaries. It also provides a portable execution environment by compiling Python code into WebAssembly, which allows for the execution of logic directly within

node-gyp is a build system wrapper and compilation tool designed to transform C and C++ source code into binary modules for the Node.js runtime. It functions as a native module compiler that orchestrates the process of converting native source code into binary bindings for high-performance execution. The project provides cross-platform compilation by managing different compilers and SDKs across Windows, macOS, and Linux. It translates a single project configuration into platform-specific build files, such as Makefiles or Visual Studio projects, to ensure consistent builds across different ope

Boa is a high-performance JavaScript engine and parser designed to execute JavaScript code and analyze source code structure. It functions as a runtime environment for executing scripts to automate tasks or process data, providing both a command-line JavaScript interpreter and a tool for converting source code into abstract syntax trees. The engine is capable of compiling to WebAssembly, allowing the runtime to be deployed and executed within web browser environments. It includes an interactive read-eval-print loop for real-time logic testing and snippet execution via a terminal. The system

Gosub-engine is an HTML5 browser engine and web rendering pipeline that parses HTML5 and CSS3 to compute layout and render web content to pixels. It functions as a JavaScript runtime environment with a virtual machine and event loop for handling dynamic logic and asynchronous tasks. The system also includes a web storage manager for persisting cookies, local storage, and session storage. The project features a headless browser renderer capable of generating page images or extracting plain text without a visible window. It supports cross-platform graphics rendering through pluggable CPU and GP

OpenSCAD is a script-based 3D modeler and parametric CAD tool that generates three-dimensional solid objects from programmable scripts. It utilizes a constructive solid geometry engine to create complex shapes by performing boolean operations on basic geometric primitives. The system functions as a compiler that transforms a functional language into geometric representations, allowing for precise dimensional control through variables and functions. It features a WebAssembly implementation that enables the geometry pipeline to execute directly within web browsers. The software covers a broad

Hora is a vector similarity search library written in Rust designed for efficient approximate nearest neighbor retrieval in high-dimensional data spaces. It functions as a compiled search engine that organizes vector spaces using hierarchical graphs, trees, and product quantization, while computing proximity through various mathematical distance formulas including Euclidean, Manhattan, cosine, and dot product calculations. The library supports high-performance execution through hardware-accelerated instruction sets and concurrent thread dispatch across multiple hardware processors. To accommo

r2 is a JavaScript HTTP client library and asynchronous request library used for executing network calls. It provides a runtime-agnostic network layer that abstracts underlying HTTP implementations to ensure consistent behavior across different JavaScript execution environments. The library functions as a JSON API client, automatically parsing response bodies and formatting outgoing payloads. It utilizes a promise-based interface to manage the lifecycle of HTTP requests and responses. The project covers REST API integration and HTTP header management, allowing users to attach custom key-valu

RmlUi is a cross-platform UI renderer and middleware library that enables the creation of user interfaces using a subset of HTML and CSS. It functions as a rendering-agnostic layer designed to integrate web-standard layout and styling into custom game engines and embedded applications. The framework is distinguished by its integration of Lua for dynamic logic and control, as well as a specialized toolkit for rendering SVG images and Lottie animations. It utilizes a pluggable rendering backend that decouples geometry generation from the final display, allowing it to generate textured geometry

This project is an offensive security toolkit and development framework for creating memory-safe malware, network scanners, and payload generators. It provides a structured approach to developing exploits, shellcode, and remote access tools. The framework distinguishes itself through the use of no-standard-library environments to generate minimal standalone machine code and shellcode. It also supports the compilation of high-performance logic into WebAssembly for the creation of deceptive web interfaces used in social engineering. Capability areas cover automated vulnerability discovery via

This project provides a foundational template and boilerplate structure for developing games with the Bevy engine in Rust. It is designed to facilitate cross-platform development by offering a unified codebase that targets desktop, mobile, and web environments. The template distinguishes itself through pre-configured automation pipelines that handle the complexities of multi-platform build orchestration. It includes integrated workflows for continuous integration, allowing developers to validate code compatibility and stability across various operating systems and hardware architectures autom

Gifski is a high-quality GIF encoding engine designed to convert video files and PNG sequences into high-fidelity animations. It focuses on maintaining visual quality through the use of advanced color palettes and dithering. The engine employs cross-frame palette quantization to ensure visual consistency across animations and uses temporal dithering to simulate higher color depth. It also incorporates lossy compression to manage the resulting file size. The project is available as a C API library for embedding into native software applications and provides a WebAssembly compilation target fo