25 dépôts
Native support for executing TypeScript without manual compilation.
Explore 25 awesome GitHub repositories matching programming languages & runtimes · TypeScript Execution. Refine with filters or upvote what's useful.
Deno is a high-performance runtime for JavaScript and TypeScript that prioritizes security and developer productivity. Built on the V8 engine, it provides a secure execution environment that enforces a default-deny security model, requiring explicit user authorization for access to system resources like the file system, network, and environment variables. The runtime natively supports modern web-standard APIs, ensuring consistent behavior and portability across different environments. What distinguishes Deno is its integrated approach to the software development lifecycle. It bundles essentia
Supports native execution of TypeScript by automatically performing syntax checks without requiring manual build steps.
Hono is a lightweight web framework built on Web Standard APIs that executes across JavaScript runtimes including Cloudflare Workers, Deno, Bun, and Node.js.
Built with TypeScript to provide end-to-end type safety and compile-time inference for routes and payloads.
Ava is a test runner for JavaScript and TypeScript designed to execute test suites with a focus on concurrency and isolation. It serves as a concurrent test executor that runs test files in parallel across multiple processes to reduce total runtime and prevent state leakage between suites. The project features a built-in snapshot testing framework that saves large data structures to disk and compares subsequent executions to detect regressions via diffs. It is also compatible with the Test Anything Protocol, allowing it to export results for use with external reporting tools. Its capability
Supports running tests written in TypeScript using precompiled outputs or custom runtime loaders.
Taxonomy is a SaaS boilerplate and Next.js application template designed for building subscription-based web applications. It provides a foundational architecture implemented as a TypeScript web framework, utilizing server components and app-router file routing. The project serves as a comprehensive starter for software-as-a-service products, combining user authentication workflows with recurring subscription billing. It further functions as a markdown content site, enabling the creation of blogs or documentation through markdown-to-HTML rendering. The codebase integrates several core capabi
Implements a type-safe development environment for building scalable frontend and backend interfaces using TypeScript.
This is a TypeScript web framework and Node.js backend framework used to build web applications and API servers. It serves as a server-side application toolkit providing a structured environment for managing HTTP routing, request parsing, and application configuration. The framework features a dependency injection container to deliver required objects between application components, decoupling internal logic. It includes built-in tools for server-side data security, such as cryptographic drivers for hashing sensitive data and encrypting application data at rest. The project covers broad capa
Provides a typed, structured environment ensuring type safety across web application and API development.
Elysia is a high-performance TypeScript web framework designed for building type-safe backend services. It provides a modular, plugin-based architecture that allows developers to compose server logic, middleware, and validation schemas into scalable application instances. By leveraging native web standards, the framework ensures portability across diverse JavaScript runtimes, including Node.js, Deno, and various edge computing environments. The framework distinguishes itself through its focus on end-to-end type safety, automatically synchronizing request and response definitions between the s
Provides a high-performance TypeScript framework with automatic schema validation and end-to-end type inference.
Wasp is a declarative full-stack web framework that enables developers to build and deploy applications by defining their architecture in a centralized configuration. By using a high-level specification, the framework automates the orchestration of frontend, backend, and database components, ensuring that infrastructure concerns like routing, authentication, and data modeling are handled consistently across the entire stack. The framework distinguishes itself through its compiler-driven approach, which translates declarative configurations into cohesive, production-ready codebases. It provide
Maps data models to database schemas and generates type-safe API endpoints for seamless frontend-backend communication.
Vitest is a high-performance testing framework designed for JavaScript and TypeScript applications. It provides an integrated environment that supports unit, integration, and browser-based testing, allowing developers to execute test suites natively without requiring separate build steps or complex configuration. The project distinguishes itself through a highly optimized execution model that leverages worker-thread isolation and on-demand module transformation to provide rapid feedback. It includes a comprehensive suite of mocking and spying utilities that allow for the interception of depen
Compiles and executes TypeScript test files automatically without requiring separate build steps.
Prepack is a build-time code evaluator and JavaScript bundle optimizer. It functions as a static analysis compiler that pre-evaluates static code and precalculates function results and global assignments during the build phase to accelerate startup times and reduce bundle size. The project specifically targets JSX optimization by processing syntax and node serialization to improve user interface rendering efficiency. It utilizes a partial evaluation engine and static execution analysis to replace runtime computations with precalculated constants. The tool covers a range of capabilities inclu
Provides the capability to remove TypeScript type annotations to produce clean executable JavaScript files.
Fresh est un framework web côté serveur pour le runtime Deno conçu pour construire des sites web avec un support TypeScript natif. Il fonctionne comme un moteur de rendu côté serveur zéro-JavaScript qui envoie uniquement du HTML au navigateur par défaut pour éliminer la surcharge d'exécution côté client. Le framework implémente une architecture en îlots, qui fournit du HTML statique et active sélectivement JavaScript uniquement pour des composants interactifs spécifiques. Il utilise un routeur basé sur le système de fichiers qui mappe automatiquement les structures de répertoires et les noms de fichiers aux modèles d'URL sans nécessiter de fichier de configuration central. La plateforme couvre le rendu côté serveur, les mises à jour de page incrémentales et le regroupement d'actifs de production avec hachage de contenu. Il fournit un script d'amorçage de projet pour initialiser l'environnement de développement.
Executes TypeScript source code directly via the Deno runtime, eliminating separate compilation steps.
ts-node is a TypeScript execution engine and just-in-time transpiler for Node.js. It enables the direct execution of TypeScript files by converting them to JavaScript on the fly, removing the requirement for a manual pre-compilation build step. It also provides a TypeScript read-eval-print loop for evaluating expressions and testing code snippets in real time. The project integrates with the Node.js module system as a loader hook to resolve and load files using native import syntax. It features a pluggable compiler interface that allows the use of external transpilers to accelerate execution
Enables the direct execution of TypeScript files by transpiling them to JavaScript on the fly.
This project is a runtime utility designed to execute TypeScript files directly, removing the need for manual build steps or complex configuration. It functions as an execution engine that processes source code in memory, enabling rapid iteration during development. The tool distinguishes itself by integrating directly with the module resolution system to handle path aliases and reconcile differences between legacy and modern module formats. By intercepting the import process, it ensures consistent execution across diverse project structures and dependency types. Beyond direct execution, the
Executes TypeScript source files directly without requiring manual build steps.
Nango is an open-source platform that connects applications to external APIs by managing authentication, data synchronization, and custom function execution. It provides a managed runtime for TypeScript integration functions, handling OAuth flows, credential storage, and token refresh for hundreds of external APIs while keeping secrets isolated from application code. The platform distinguishes itself by exposing integration functions as discoverable tools for AI agents through an MCP server or API, with per-user credential isolation that keeps provider secrets out of the agent loop. It offers
Provides a managed runtime that executes custom TypeScript functions for syncing, actions, and webhook processing.
A polyglot web converter.
Strips TypeScript type annotations to produce plain JavaScript code.
ts-jest is a TypeScript compilation tool and transformer that enables the Jest testing framework to execute tests written in TypeScript. It functions as a bridge that transpiles typed source code into executable JavaScript while maintaining the necessary integration for test runner execution. The project distinguishes itself by providing on-the-fly type diagnostics and pre-test type validation to identify structural errors before the execution phase. It includes a source map handler that links compiled JavaScript output back to the original TypeScript source lines to ensure accurate error sta
Enables the execution of Jest test suites written in TypeScript with full type support and source mapping.
This project is a suite of specialized tools for the implementation of a language server, template parsing, and static type validation of single-file components. It provides a language server and a type checker to deliver consistent intelligence and validation for Vue components across different editors and command-line environments. The tooling utilizes a template parser to transform single-file component structures into virtual code, enabling static analysis and type checking on HTML-like structures. This process allows for the extraction of component metadata regarding props, events, and s
Transforms template syntax into an invisible TypeScript representation to enable standard type checking on HTML-like structures.
ts-morph est une bibliothèque de manipulation d'AST TypeScript et un wrapper de haut niveau pour l'API du compilateur TypeScript. Il fournit une interface programmatique pour analyser, modifier et générer du code source TypeScript, servant d'outil pour le refactoring de code automatisé et la génération de code source. La bibliothèque simplifie le processus de navigation et d'inspection des structures de projet en offrant une abstraction orientée objet sur l'API du compilateur sous-jacente. Elle permet la transformation programmatique de bases de code existantes pour automatiser les mises à jour structurelles et les migrations de code en masse. Ses capacités couvrent l'analyse de code statique, la navigation dans les éléments de code et la gestion des fichiers source via l'importation, la génération et la suppression. Le projet intègre la vérification de type et utilise la découverte de fichiers basée sur des globs pour maintenir une représentation en mémoire de la base de code, qui peut ensuite être persistée sur le système de fichiers physique.
Automates structural changes and updates to TypeScript source code through a programmatic interface.
Sucrase is a high-speed transpilation tool that compiles modern JavaScript, TypeScript, JSX, and Flow to standard JavaScript for modern runtimes. It operates as a fast alternative to Babel, using a single-pass scanner and tokenizer that strips type annotations and applies only requested syntax transforms without building an AST or performing type checking. The tool differentiates itself through a zero-type-checking pipeline that omits type checking entirely, relying on the assumption that input code is already valid for the target runtime. It uses scanner-based tokenization and single-pass co
Removes TypeScript type annotations and compiles features like enums to plain JavaScript without type checking.
c3c is the compiler for the C3 programming language, transforming source code into executable binaries, static libraries, or dynamic libraries using an LLVM backend. It implements a system based on result-based error handling, scoped memory pooling, and a semantic macro system. The compiler provides first-class support for hardware-backed SIMD vectors that map directly to processor instructions and enables runtime polymorphism through interface-based dynamic dispatch. The project covers a broad set of low-level capabilities, including manual and pooled memory management, inline assembly inte
Marks specific functions as tests to be executed by the compiler on request.
esm.sh is a proxy-based registry and distribution system for buildless web development. It retrieves packages from external registries and serves them as ES modules directly to the browser, eliminating the need for a local build step. The project transforms TypeScript, JSX, TSX, and Vue files into browser-compatible JavaScript on the fly during the request process. It handles Node.js built-in resolution by mapping internal modules to browser-compatible polyfills and manages dependency versioning and aliasing through URL query parameters. The system optimizes delivery via request-time tree sh
Provides native execution of TypeScript, JSX, and TSX by compiling them on the fly.