13 repositorios
Execution environments that enable running Python code within WebAssembly-based targets.
Distinct from WebAssembly: Distinct from general WebAssembly runtimes: focuses specifically on the Python language runtime implementation for WebAssembly targets.
Explore 13 awesome GitHub repositories matching programming languages & runtimes · Python Runtimes. Refine with filters or upvote what's useful.
This project is an interactive learning platform designed to help users build proficiency in Python through a structured sequence of programming challenges. It functions as an online coding exercise environment where learners can practice syntax, data structures, and algorithmic logic directly within a web browser. The platform distinguishes itself by utilizing a WebAssembly-based runtime that executes Python code locally in the client. This approach provides an immediate feedback loop for script evaluation and logic testing without requiring the installation of local software or the configur
Utilizes a WebAssembly-based Python runtime to execute code directly in the client for immediate feedback.
MicroPython is a lean implementation of Python 3 optimized to run on microcontrollers and other resource-constrained systems. It serves as a cross-platform embedded runtime and hardware abstraction layer, providing a firmware framework that maps high-level software commands to specific microcontroller registers across diverse processor architectures. The project functions as an embedded language interpreter that enables rapid prototyping on hardware through an interactive read-eval-print loop. It supports a wide range of target environments, including ARM, ESP32, STM32, RISC-V, and WebAssembl
Is a lean implementation of Python 3 optimized specifically for microcontrollers and resource-constrained systems.
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
Compiles Python code into portable WebAssembly binaries to enable high-performance logic execution directly within web browsers.
Wasmer is a high-performance runtime engine designed to execute sandboxed WebAssembly modules across server-side, edge, and browser environments. It functions as a comprehensive platform for building, distributing, and running isolated applications, providing a secure and portable execution layer that maintains consistency across diverse hardware architectures and operating systems. The platform distinguishes itself through a robust toolchain that enables cross-language interoperability and the transformation of code into portable binary packages. It supports ahead-of-time binary generation t
Transforms Python source code into portable WebAssembly binary modules for high-performance execution.
PyScript is a framework that enables the execution of Python code directly within a web browser. By leveraging WebAssembly, it provides a runtime environment that allows developers to perform data processing and computational logic locally, eliminating the need for a backend server to handle these tasks. The platform distinguishes itself by bridging the gap between standard web technologies and the Python runtime. It facilitates the synchronization of data and events between the browser document object model and Python scripts, while also supporting the mounting of local or remote assets into
Executes Python code directly in the browser by running a compiled language runtime within a sandboxed WebAssembly environment.
This project provides a full Python interpreter compiled to WebAssembly, enabling the execution of Python code and scientific libraries directly within web browsers and server-side environments. By bridging the gap between language runtimes, it allows developers to run computational tasks, manage packages, and perform data analysis in client-side environments without requiring a backend server. The platform distinguishes itself through a comprehensive foreign function interface that enables bidirectional data exchange, object proxying, and function calling between Python and JavaScript. It in
Runs Python code and scientific libraries directly in the browser by leveraging WebAssembly.
Espectre is an edge machine learning framework and motion detection platform that uses Wi-Fi Channel State Information to identify human presence and movement. It functions as a sensing toolkit for ESP32 microcontrollers, enabling the detection of motion through walls without the use of cameras or wearables. The project distinguishes itself by executing compact neural network classifiers and mathematical detection algorithms directly on the microcontroller. It utilizes a MicroPython runtime to allow for the prototyping and deployment of sensing logic and wireless signal processing algorithms
Utilizes a MicroPython runtime on ESP32 microcontrollers to enable rapid deployment of sensing logic.
NGINX Unit is an open-source application server designed to natively execute code across multiple programming language runtimes and WebAssembly within a single process. It serves as a multi-language application server that can run applications written in Go, Java, Node.js, Perl, PHP, Python, Ruby, and WebAssembly side by side, without requiring separate runtime environments for each language. The server distinguishes itself through a RESTful JSON control API that enables dynamic, zero-downtime configuration changes without restarting the server. It combines event-driven asynchronous I/O with
Provides a runtime adapter that runs Python WSGI or ASGI applications with virtual environment support.
JupyterLite es un entorno de notebooks interactivos basado en WebAssembly que permite la computación en el navegador sin necesidad de un servidor backend. Proporciona un sandbox de ciencia de datos del lado del cliente donde los usuarios pueden ejecutar kernels de lenguajes de programación y ejecutar notebooks interactivos completamente dentro del navegador web. El proyecto permite la creación de distribuciones personalizadas mediante la preinstalación de paquetes de lenguaje específicos, la inclusión de wheels personalizados y la aplicación de configuraciones de entorno. Admite la generación de sitios estáticos que pueden desplegarse en cualquier host HTTP estándar, incluyendo la capacidad de empaquetar el entorno en un archivo para acceso sin conexión. La plataforma cubre una amplia gama de capacidades, incluyendo la sincronización del sistema de archivos virtual con el almacenamiento del navegador, el aislamiento basado en web-workers para interfaces responsivas y la incrustación de REPLs interactivos en páginas web mediante iframes. También incluye un conjunto de utilidades de línea de comandos para la automatización de la construcción del sitio, verificación de integridad y gestión de servidores de desarrollo local.
Runs Python code directly in the browser using a WebAssembly-based runtime.
CircuitPython es un derivado especializado del runtime de MicroPython diseñado como un intérprete de Python embebido para microcontroladores. Proporciona un entorno de lenguaje de alto nivel que permite el acceso directo al hardware a través de una capa de abstracción de hardware dedicada y un runtime de Python para microcontroladores. El proyecto se distingue por un firmware que expone el microcontrolador como un dispositivo de almacenamiento masivo USB nativo. Esto permite a los usuarios editar código directamente en el dispositivo como si fuera una unidad extraíble, eliminando la necesidad de herramientas de flasheo especializadas y permitiendo la recarga de código activada por el sistema de archivos. El sistema cubre una amplia gama de capacidades, incluyendo acceso a API de hardware unificado para controlar componentes electrónicos a través de diferentes placas, comunicación basada en serie a través de REPL y WebUSB, y un sistema basado en puertos para la compilación de firmware específica de la placa. También incluye herramientas para desarrolladores como la generación de stubs de tipo para análisis estático y un modo de recuperación de fallos para mantener la accesibilidad del dispositivo durante la resolución de problemas.
Implements a Python runtime specifically optimized for resource-constrained microcontroller environments.
Preswald es un framework de aplicaciones de datos WebAssembly utilizado para construir aplicaciones de datos interactivas que se ejecutan completamente en el navegador utilizando Python. Proporciona una pila de datos basada en navegador, que incluye ejecución de SQL y Python, que opera sin conexión sin necesidad de un servidor backend. El framework incluye un empaquetador de aplicaciones de datos estáticos para empaquetar flujos de trabajo de datos y visualizaciones en archivos únicos y compartibles. Estas aplicaciones autónomas permiten la visualización de datos sin servidor y el empaquetado de flujos de trabajo de datos portátiles para su distribución. El sistema utiliza una interfaz de panel de control de datos reactiva que actualiza elementos de pantalla específicos automáticamente según los cambios en los datos subyacentes. Cubre la gestión de estado local primero y la ejecución de SQL del lado del cliente para mantener la continuidad operativa dentro de la sesión del navegador.
Uses a WebAssembly-based Python runtime to execute logic and data processing directly in the browser.
micropython-lib is the official package repository for MicroPython, providing a collection of modules and libraries designed to run on microcontrollers and other constrained devices. It implements a reduced subset of CPython's standard library, adapting familiar Python interfaces to fit within the limited memory and processing power of embedded systems. The project enables developers to reuse existing Python knowledge on MicroPython hardware by offering minimalist implementations of core modules. The library supports multiple methods for getting code onto devices, including copying single-fil
Ports and adapts Python modules to run on microcontrollers with limited memory and processing power.
Klayers is a registry of pre-built Lambda layers for common Python runtimes, published as region-specific Amazon Resource Names (ARNs) for direct attachment to serverless functions. The project eliminates per-function build steps by distributing immutable, runtime-versioned library layers as pre-packaged artifacts across AWS regions, enabling dependency injection without any build or compilation step. The service maintains a curated catalog of layer ARNs indexed by library, runtime, and AWS region, allowing developers to browse available layers and attach them to Lambda functions by referenci
Provides pre-packaged Python library layers for Lambda, covering runtimes from Python 3.8 through 3.12.