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28 repositorios

Awesome GitHub RepositoriesTest Harnesses

Simulated environments for validating activity logic, handling cancellations, and verifying heartbeats without a full server.

Distinct from Executable Activity Definitions: Distinct from Executable Activity Definitions: focuses on the testing and simulation harness for activities rather than the definition of the activities themselves.

Explore 28 awesome GitHub repositories matching software engineering & architecture · Test Harnesses. Refine with filters or upvote what's useful.

Awesome Test Harnesses GitHub Repositories

Encuentra los mejores repositorios con IA.Buscaremos los repositorios que mejor coincidan usando IA.
  • temporalio/temporalAvatar de temporalio

    temporalio/temporal

    18,411Ver en GitHub↗

    Temporal is a distributed workflow orchestration engine designed to manage fault-tolerant, stateful, and long-running background processes. It functions as a platform for coordinating complex cross-service operations, ensuring consistency and reliability in distributed environments by decoupling workflow orchestration from task execution. The platform distinguishes itself through a deterministic, event-sourced execution model that reconstructs workflow state by re-executing code from an immutable event log. This approach isolates non-deterministic side effects into managed activities, allowin

    Temporal executes activity code within a simulated environment to validate behavior, handle cancellations, and verify heartbeats without a full server.

    Gocronjob-schedulerdistributed-crondistributed-systems
    Ver en GitHub↗18,411
  • solana-labs/solanaAvatar de solana-labs

    solana-labs/solana

    14,782Ver en GitHub↗

    Solana is a high-performance blockchain platform designed for decentralized applications and global financial systems. It provides a distributed ledger infrastructure that utilizes proof-of-stake consensus to maintain network integrity and secure digital assets. The platform includes a specialized runtime environment for executing smart contracts and a framework for developing programs in Rust. The system distinguishes itself through a suite of architectural components that enable high-throughput transaction processing. It employs a cryptographic clock mechanism to sequence transactions befor

    Validates application performance and transaction logic by launching local testnets or connecting to remote clusters.

    Rustbitcoinblockchainledger
    Ver en GitHub↗14,782
  • consensys-archive/truffleAvatar de ConsenSys-archive

    ConsenSys-archive/truffle

    13,929Ver en GitHub↗

    Truffle is a development framework designed for the end-to-end lifecycle management of decentralized applications on the Ethereum blockchain. It provides a unified environment for developers to write, compile, test, and deploy smart contracts, serving as a comprehensive suite for managing the entire development process from initial code to network publication. The framework utilizes a command-line interface to automate core tasks, including the transformation of high-level source code into executable bytecode and the orchestration of contract deployments. By integrating a local virtual machin

    Integrates automated testing frameworks with local blockchain instances to validate contract logic through programmatic assertions.

    TypeScriptblockchainethereumframework
    Ver en GitHub↗13,929
  • smartcontractkit/full-blockchain-solidity-course-pyAvatar de smartcontractkit

    smartcontractkit/full-blockchain-solidity-course-py

    11,212Ver en GitHub↗

    Este proyecto es un plan de estudios educativo integral para desarrollar, implementar y probar aplicaciones blockchain utilizando el lenguaje Solidity. Sirve como un recurso técnico para construir aplicaciones descentralizadas en Ethereum y redes compatibles utilizando herramientas basadas en Python. El plan de estudios proporciona guías prácticas sobre la creación de tokens fungibles y no fungibles que siguen las especificaciones estándar de la industria para la interoperabilidad. Incluye un plan de estudios de programación DeFi para interactuar con protocolos de finanzas descentralizadas para gestionar garantías, así como instrucciones para importar datos del mundo real y aleatoriedad verificable a través de redes de oráculos. Los materiales cubren el desarrollo de contratos inteligentes y la implementación de patrones de proxy para la capacidad de actualización de contratos. Las áreas de enfoque adicionales incluyen la construcción de interfaces web que conectan billeteras digitales a contratos blockchain, la gestión de metadatos de activos en almacenamiento descentralizado y la realización de validación de contratos a través de simulaciones de red.

    Utilizes simulated blockchain environments and testing harnesses to validate contract logic before live deployment.

    Ver en GitHub↗11,212
  • kanaka/malAvatar de kanaka

    kanaka/mal

    10,665Ver en GitHub↗

    This project is a Lisp interpreter implementation guide and framework designed to teach the core principles of programming language design. It provides a structured, step-by-step technical framework for building a functional Lisp language from scratch, featuring a specialized interpreter engine and an S-expression parser that converts syntax into abstract syntax trees. The project emphasizes a code-as-data metaprogramming framework, enabling the implementation of macros, quoting, and quasiquoting to transform expressions during evaluation. It is designed with host language agnosticism, allowi

    Ships a dedicated test harness to validate the accuracy of the interpreter's implementation.

    Assemblybashcc-plus-plus
    Ver en GitHub↗10,665
  • foundry-rs/foundryAvatar de foundry-rs

    foundry-rs/foundry

    10,125Ver en GitHub↗

    Foundry is an Ethereum smart contract development toolkit and blockchain simulator designed for compiling, testing, and deploying contracts for the Ethereum Virtual Machine. It provides a local environment for simulating blockchain state and forking live networks to execute code without modifying the actual chain. The project features a property-based fuzzing engine to identify edge-case failures in contract logic and a transaction debugger for analyzing detailed execution traces and gas consumption. It enables developers to mirror the state of a remote chain locally to test against real-worl

    Simulates blockchain state and forks live networks to validate contract logic through programmatic assertions.

    Rustalloyblockchainbytecode
    Ver en GitHub↗10,125
  • smartcontractkit/chainlinkAvatar de smartcontractkit

    smartcontractkit/chainlink

    8,222Ver en GitHub↗

    Chainlink is a decentralized oracle network that connects smart contracts to off-chain data, computation, and real-world systems. It provides a secure and reliable infrastructure for blockchain applications to access external information, execute automated workflows, and interact with other blockchains. The network is secured by a staking-based model where node operators lock LINK tokens as collateral, which can be slashed for poor performance, incentivizing honest and accurate data delivery. The platform distinguishes itself through a comprehensive set of capabilities that extend beyond basi

    Bridges off-chain data to smart contracts via oracle networks for real-world input-driven execution.

    Goblockchainchainlinkethereum
    Ver en GitHub↗8,222
  • techempower/frameworkbenchmarksAvatar de TechEmpower

    TechEmpower/FrameworkBenchmarks

    8,112Ver en GitHub↗

    TechEmpower FrameworkBenchmarks is an open-source project that provides a standardized, reproducible suite for measuring and comparing the performance of web frameworks across many languages. At its core, it defines a set of common server-side tasks—such as JSON serialization, database queries, and server-side template rendering—and executes them uniformly against hundreds of framework implementations to produce comparable throughput and latency metrics. The project is built around a multi-language benchmark harness that automates the full test lifecycle, from dependency installation and serve

    Automated test runner that installs dependencies, executes HTTP workloads, and collects results for any framework.

    C++benchmarkframeworkframeworkbenchmarks
    Ver en GitHub↗8,112
  • elsa-workflows/elsa-coreAvatar de elsa-workflows

    elsa-workflows/elsa-core

    7,629Ver en GitHub↗

    Elsa Core is a workflow engine framework designed for defining, executing, and managing long-running business processes. It functions as a distributed workflow orchestrator and event-driven trigger system, capable of operating as a multi-tenant platform with secure data isolation. The project distinguishes itself through a flexible approach to workflow definitions, supporting a visual drag-and-drop designer, programmatic C# definitions, and portable JSON specifications. It provides a highly extensible architecture allowing for the development of custom activities and the use of a dynamic expr

    Uses test harnesses to simulate execution contexts and validate activity logic without running the full engine.

    C#csharpdotnetelsa
    Ver en GitHub↗7,629
  • yeasy/blockchain_guideAvatar de yeasy

    yeasy/blockchain_guide

    7,069Ver en GitHub↗

    This is an educational resource that provides a comprehensive guide to blockchain and distributed ledger technologies, covering everything from fundamental concepts to practical deployment. The guide systematically explains the core architecture of blockchain systems, including consensus-based distributed ledgers, cryptographic hash chains, Merkle trees, and smart contract execution engines, while also detailing permissioned channel architectures and modular service platforms for enterprise use. The resource distinguishes itself by offering a dual-track learning path that serves both non-tech

    Explains how self-executing smart contracts automatically enforce terms without a central authority.

    Gobitcoinblockchainbook
    Ver en GitHub↗7,069
  • openethereum/parity-ethereumAvatar de openethereum

    openethereum/parity-ethereum

    6,831Ver en GitHub↗

    This project is a collection of blockchain tools providing an Ethereum client node, a virtual machine runtime for smart contract execution, a blockchain wallet manager, and a programmatic network interface. It implements the necessary components to synchronize blockchain state, validate blocks, and process transactions on the Ethereum network. The software includes a dedicated command line interface for managing node operations and monitoring network status. It features a comprehensive suite of cryptographic utilities for generating account keypairs, managing encrypted secret stores, and sign

    Provides a virtual machine runtime that executes smart contract bytecode to maintain the shared ledger state.

    Rustblockchainclientethereum
    Ver en GitHub↗6,831
  • google/syzkallerAvatar de google

    google/syzkaller

    6,232Ver en GitHub↗

    Syzkaller is an unsupervised, coverage-guided kernel fuzzer that automatically generates and mutates system call sequences to find bugs in operating system kernels. It operates without human intervention, using a closed feedback loop of input generation, execution, crash detection, and corpus refinement to continuously explore kernel code paths. The fuzzer distinguishes itself by supporting multiple operating system kernels, including Linux, FreeBSD, and Windows, through per-platform syscall harnesses that abstract system call interfaces behind a common driver. It uses declarative description

    Abstracts system call interfaces and kernel-specific harnesses behind a common driver, enabling the same fuzzer to target Linux, FreeBSD, and Windows.

    Go
    Ver en GitHub↗6,232
  • web-platform-tests/wptAvatar de web-platform-tests

    web-platform-tests/wpt

    5,951Ver en GitHub↗

    Provides a JavaScript-based test harness for executing browser API tests across any browser.

    HTMLblinkbrowserdom
    Ver en GitHub↗5,951
  • rust-lang/futures-rsAvatar de rust-lang

    rust-lang/futures-rs

    5,870Ver en GitHub↗

    Zero-cost asynchronous programming in Rust

    Includes mock contexts, pinning macros, and assertion helpers for testing asynchronous code and stream behavior.

    Rustasync-foundations
    Ver en GitHub↗5,870
  • substack/tapeAvatar de substack

    substack/tape

    5,800Ver en GitHub↗

    Tape es un framework de testing y librería de aserciones para JavaScript que sirve como ejecutor de pruebas para Node.js y entornos de navegador. Implementa el protocolo Test Anything Protocol (TAP) para proporcionar un formato estandarizado y legible por máquina para los resultados de las pruebas. El proyecto funciona como un harness de pruebas multiplataforma, permitiendo que las mismas suites de pruebas se ejecuten tanto en entornos de servidor como de cliente, manteniendo un protocolo de salida consistente. Sus capacidades incluyen la validación de igualdad y veracidad de valores, la verificación del manejo de excepciones y la coordinación de flujos de trabajo asíncronos. El framework también proporciona herramientas para gestionar el ciclo de vida de las pruebas, definir casos de prueba con nombre y capturar llamadas a funciones o acceso a propiedades. La interfaz de línea de comandos admite el descubrimiento de pruebas basado en glob, la precarga de módulos y la capacidad de filtrar archivos o carpetas específicos de la ejecución.

    Implements the Test Anything Protocol (TAP) to provide a standardized, machine-readable format for test results.

    JavaScript
    Ver en GitHub↗5,800
  • tape-testing/tapeAvatar de tape-testing

    tape-testing/tape

    5,802Ver en GitHub↗

    Tape is a TAP-producing test framework for Node.js that provides assertions, spies, subtests, and isolated test harnesses. It functions as both a test runner and an assertion library, outputting results in the Test Anything Protocol format for machine or human consumption. The framework manages test execution through callback-based async control, plan-based auto termination, and subtest stack isolation. It includes a spy wrapper system that replaces object methods with call-recording wrappers that restore originals during teardown, along with a teardown callback registry that collects and exe

    Ships an isolated test harness factory with independent pending stacks and test state.

    JavaScript
    Ver en GitHub↗5,802
  • stdlib-js/stdlibAvatar de stdlib-js

    stdlib-js/stdlib

    5,735Ver en GitHub↗

    Registers a callback that fires once all benchmarks in the harness have finished running.

    JavaScriptjavascriptjslibrary
    Ver en GitHub↗5,735
  • testing-library/react-hooks-testing-libraryAvatar de testing-library

    testing-library/react-hooks-testing-library

    5,266Ver en GitHub↗

    Este proyecto es un banco de pruebas especializado y utilidad de mocking diseñada para realizar pruebas unitarias de hooks de React de forma aislada. Proporciona un entorno de componentes simulado que ejecuta la lógica del hook y rastrea los valores devueltos sin requerir una interfaz de usuario completa. La biblioteca permite la verificación de los ciclos de vida de los hooks, incluyendo las fases de montaje, actualización y desmontaje. Cuenta con mecanismos para inyectar propiedades para forzar re-renderizados y un sistema de espera asíncrono para asegurar que las actualizaciones de estado se procesen antes de ejecutar las aserciones. El conjunto de herramientas cubre la verificación de la gestión de estado, limpieza automatizada del ciclo de vida para prevenir fugas de estado entre pruebas y la capacidad de activar actualizaciones de estado para verificar cómo responden los hooks a entradas cambiantes.

    Implements a simulated environment (test harness) to validate hook logic without a full UI.

    TypeScriptjavascriptreact-hooksreactjs
    Ver en GitHub↗5,266
  • princeton-nlp/swe-benchAvatar de princeton-nlp

    princeton-nlp/SWE-bench

    5,263Ver en GitHub↗

    SWE-bench es un benchmark de ingeniería de software y framework de evaluación diseñado para medir la capacidad de los modelos de lenguaje grandes para resolver problemas reales de GitHub. Proporciona conjuntos de datos y suites de evaluación para verificar si los parches de código generados por modelos corrigen correctamente los errores de software. El proyecto incluye un benchmark multimodal para probar modelos de lenguaje visual en problemas que involucran interfaces gráficas. Utiliza una colección de problemas de repositorios preprocesados y parches de referencia (gold-standard) para entrenar y probar agentes de codificación de IA. El framework proporciona infraestructura para la verificación de parches contenedorizados y entornos de ejecución reproducibles para asegurar pruebas consistentes en diferentes sistemas. Cubre la ejecución automatizada de casos de prueba, verificación de predicción de parches y la generación de conjuntos de datos de aprendizaje supervisado a partir de reportes de errores del mundo real.

    Runs generated code fixes in isolated Docker environments to verify issue resolution without affecting the host.

    Python
    Ver en GitHub↗5,263
  • solana-foundation/anchorAvatar de solana-foundation

    solana-foundation/anchor

    5,090Ver en GitHub↗

    Anchor is a framework for building, testing, and deploying Solana smart contracts. It provides a Rust domain-specific language (DSL) that uses macro‑based instruction dispatch and derive‑macro account validation to automate ownership checks, discriminator enforcement, and serialization before instruction execution. The framework also includes a CLI toolchain for scaffolding, compiling, and managing contracts across workspaces, a test harness that simulates program execution with account manipulation and compute unit benchmarking, and an IDL generator that emits a standardized JSON interface fr

    Ships a simulated environment for running Solana program instructions with account manipulation and compute unit benchmarking.

    Rustblockchaincoralrust
    Ver en GitHub↗5,090
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Explorar subetiquetas

  • Async Test Harness UtilitiesMock contexts, pending emulation, and assertion helpers for testing asynchronous code behavior. **Distinct from Test Harnesses:** Distinct from Test Harnesses: focuses on async-specific testing utilities like mock task contexts and poll-based assertions, not general activity simulation.
  • BlockchainSimulated environments for validating smart contract logic through programmatic assertions and state verification. **Distinct from Test Harnesses:** Distinct from general test harnesses: specifically integrates with local blockchain virtual machines for contract-level validation.
  • Docker-Based Patch Verification HarnessesContainerized environments that build task-specific setups to verify generated code patches against original project test suites. **Distinct from Test Harnesses:** Distinct from Test Harnesses: focuses on Docker-based isolation and patch verification for software engineering benchmarks, not general activity simulation.
  • Integrated Coverage HarnessesTest environments that merge disparate project directories into a unified structure for global code coverage analysis. **Distinct from Test Harnesses:** Focuses on directory structure merging for coverage metrics rather than simulating activity logic.
  • InterpreterSpecialized test environments used to verify the correctness of language interpreter implementations. **Distinct from Test Harnesses:** Focuses on verifying interpreter evaluation logic rather than simulated activity logic or server heartbeats.
  • Multi-Language Benchmark HarnessesAutomated test runner that installs dependencies, executes HTTP workloads, and collects results for any framework. **Distinct from Test Harnesses:** Distinct from Test Harnesses: focuses on multi-language benchmark execution, not general activity simulation.
  • Smart Contract3 sub-etiquetasTesting harnesses with mocked web and AI services, unit and integration test markers, and simulated network support for smart contracts. **Distinct from Test Harnesses:** Distinct from Test Harnesses: specifically designed for smart contract testing with blockchain-specific mocking and consensus simulation.
  • TAP-Format Harnesses1 sub-etiquetaTest harnesses that output results in the Test Anything Protocol format for machine or human consumption. **Distinct from Test Harnesses:** Distinct from Test Harnesses: focuses on TAP output format, not general activity simulation.