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getgauge avatar

getgauge/taiko

0
View on GitHub↗
3,663 stars·452 forks·JavaScript·mit·51 viewstaiko.dev↗

Taiko

Taiko is a browser automation framework and web end-to-end testing library used to perform programmatic user actions and verify application behavior. It functions as a headless browser testing tool capable of simulating real interactions and asserting page states in Chromium and Firefox.

The project includes a browser interaction recorder that captures live actions and exports them as executable JavaScript automation scripts. It also serves as a web accessibility auditor, analyzing pages to detect accessibility violations and ensure compliance with inclusive design standards.

The framework covers a wide range of capabilities, including element interaction and state verification, hardware and network emulation, and file upload and download management. It provides tools for network traffic interception, session video recording, and performance measurement, as well as support for testing on Android browsers.

The tool integrates with external test runners and provides static type definitions for development.

Features

  • Browser Automation - Provides a comprehensive framework for simulating user interactions in web browsers to verify frontend behavior.
  • Element Interaction - Simulates programmatic user actions including clicking, typing, dragging, and scrolling to test interfaces.
  • Browser Automation Frameworks - Provides a comprehensive programmatic interface for controlling web browsers to automate user interactions and verify application behavior.
  • DOM State Verification - Verifies that page conditions and DOM element properties match expected values to validate application behavior.
  • Interaction Recording - Includes a browser interaction recorder that captures live actions and exports them as executable JavaScript scripts.
  • Element Visibility Synchronization - Ensures target elements are visible and interactable by blocking execution until they appear on the page.
  • Browser Driver Abstractions - Offers a unified API abstraction layer to control multiple browser engines including Chromium and Firefox.
  • Headless Browser Testing Frameworks - Enables the execution of automated test scripts in Chromium and Firefox without a visible user interface.
  • End-to-End Testing - Provides a library for validating complete user flows by simulating real interactions and asserting page states.
  • DOM Element Selectors - Identifies DOM elements using CSS selectors, XPath, and proximity-based visual matching logic.
  • Element Locators - Locates UI components using text, images, accessibility roles, and spatial relationships.
  • Headless Browsers - Operates browser instances in headless mode by default to optimize execution speed in CI environments.
  • Chrome DevTools Protocols - Utilizes the Chrome DevTools Protocol to programmatically control browser instances and automate interactions.
  • Interaction Script Generators - Ships a recorder that captures live browser actions and exports them as executable JavaScript automation scripts.
  • Browser Storage Managers - Provides capabilities to manipulate and verify data within browser local and session storage.
  • Browser Context Injections - Injects custom JavaScript functions into the browser's global window object to manipulate application state.
  • Automatic Execution Snapshots - Automatically captures screenshots of the browser state after every action to document the execution flow.
  • Network Interception Tools - Intercepts and modifies network requests and responses at the browser protocol layer for server simulation.
  • Traffic Interception Tools - Provides utilities for redirecting and stubbing network requests to simulate backend server responses.
  • DOM Presence Polling - Determines if a specific element exists on the page by polling for its presence over a defined timeout.
  • Accessibility Auditing - Analyzes web pages for accessibility violations to ensure compliance with inclusive design standards.
  • Mobile Browser Automation - Runs automation scripts on Android devices and emulators to verify behavior on mobile browsers.
  • Bulk Element Operations - Identifies and manipulates multiple matching elements to perform bulk actions or verify collections.
  • Automation Session Recording - Captures video recordings or GIFs of script execution for visual debugging and auditing.
  • Device and Network Emulators - Simulates specific hardware viewports and network connection speeds for cross-environment performance testing.
  • Browser File Transfers - Handles uploading files from the local system to web forms and downloading files to specified directories.
  • Page State Analysis - Inspects and interprets the current DOM and browser environment to ensure specific conditions are met.
  • Page State Captures - Retrieves screenshots, URLs, and page titles to document and verify the application's navigational state.
  • Network Resilience Simulators - Emulates various connection speeds and offline states to measure application performance under network constraints.
  • Accessibility Auditors - Analyzes web pages to detect accessibility violations and ensure compliance with inclusive design standards.
  • Test Runner Integrations - Connects browser automation scripts to external test frameworks for execution management and result reporting.
  • Browser File Management - Configures local directories to automatically capture and store files downloaded by the browser.
  • Dynamic UI Synchronizers - Synchronizes test execution by waiting for network requests and element loading to complete.
  • Context Data Exchange - Enables passing serializable arguments into the browser context and retrieving values from the page.
  • JavaScript Execution Bridges - Allows running custom JavaScript directly within the browser context and retrieving results back to the test runner.
  • Window Object Mocking - Allows defining or overriding JavaScript functions on the window object to mock behavior or invoke application methods.
  • Element Wait Conditions - Implements polling mechanisms that pause execution until specific elements become visible or present on the page.
  • Browser Dialog and Event Handlers - Handles native browser UI events such as alerts, prompts, and confirmation dialogs.
  • Browser Session Managers - Manages browser windows, tabs, and incognito modes to simulate distinct user sessions.
  • Full Page Screenshots - Captures images of the visible viewport or entire scrollable pages for visual verification.
  • Automation Libraries - Node.js library for browser automation.
  • Test Runners - Simplified Node.js API for Chromium automation.
  • Testing Frameworks - A Node.js library with a simple API to automate Chromium based browsers.

Star history

Star history chart for getgauge/taikoStar history chart for getgauge/taiko

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Frequently asked questions

What does getgauge/taiko do?

Taiko is a browser automation framework and web end-to-end testing library used to perform programmatic user actions and verify application behavior. It functions as a headless browser testing tool capable of simulating real interactions and asserting page states in Chromium and Firefox.

What are the main features of getgauge/taiko?

The main features of getgauge/taiko are: Browser Automation, Element Interaction, Browser Automation Frameworks, DOM State Verification, Interaction Recording, Element Visibility Synchronization, Browser Driver Abstractions, Headless Browser Testing Frameworks.

Which projects share features with getgauge/taiko?

Projects with overlapping indexed features include: php-webdriver/php-webdriver — php-webdriver is a WebDriver PHP client and browser automation framework that implements the W3C WebDriver standard.… autoscrape-labs/pydoll — pydoll is a Chrome DevTools Protocol automation library and headless browser controller used for web data extraction… teamcapybara/capybara — Capybara is a browser automation library and web application acceptance test framework used to simulate user behavior… microsoft/playwright-python — Playwright for Python is a browser automation framework designed for end-to-end testing, web scraping, and user… ultrafunkamsterdam/nodriver — nodriver is an asynchronous Chromium browser automation framework that provides headless control and web scraping… nightwatchjs/nightwatch — Nightwatch is a Node.js test automation tool and W3C WebDriver test framework designed for executing functional test…

Projects sharing features with Taiko

These projects share indexed features with Taiko. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • php-webdriver/php-webdriverphp-webdriver avatar

    php-webdriver/php-webdriver

    5,203View on GitHub↗

    php-webdriver is a WebDriver PHP client and browser automation framework that implements the W3C WebDriver standard. It serves as a programmatic interface for controlling web browsers, executing JavaScript, and managing browser sessions in both headed and headless environments. The library functions as a Selenium protocol implementation, allowing PHP applications to communicate with browser drivers such as ChromeDriver or GeckoDriver. It provides the ability to automate user actions, navigate pages, and validate DOM elements for web UI testing. Its capabilities cover broad areas of browser i

    PHPphp-webdriverseleniumselenium-php
    View on GitHub↗5,203
  • autoscrape-labs/pydollautoscrape-labs avatar

    autoscrape-labs/pydoll

    6,919View on GitHub↗

    pydoll is a Chrome DevTools Protocol automation library and headless browser controller used for web data extraction and parallel browser automation. It controls Chromium-based browsers via direct WebSocket connections, allowing it to manage isolated browser contexts and tabs while bypassing the overhead and detection associated with WebDriver. The project features an anti-bot evasion framework that mimics natural human behavior, including mouse movements generated via Bezier curves and variable typing patterns. It provides specialized stealth capabilities to bypass behavioral analysis and au

    Pythonanti-detectionautomationbrowser-automation
    View on GitHub↗6,919
  • teamcapybara/capybarateamcapybara avatar

    teamcapybara/capybara

    10,166View on GitHub↗

    Capybara is a browser automation library and web application acceptance test framework used to simulate user behavior and verify functional requirements. It serves as a cross-browser testing tool and headless browser orchestrator, allowing for the execution of test suites across multiple browser engines. The project provides a driver-agnostic interaction layer that abstracts different browser engines, enabling users to switch between headless and full browser drivers. It supports multi-user session simulation by maintaining independent browser states and cookies to test interactions between i

    Ruby
    View on GitHub↗10,166
  • microsoft/playwright-pythonmicrosoft avatar

    microsoft/playwright-python

    14,279View on GitHub↗

    Playwright for Python is a browser automation framework designed for end-to-end testing, web scraping, and user interaction simulation. It functions as a headless browser controller that enables programmatic navigation, data extraction, and the execution of complex workflows across multiple rendering engines. The framework distinguishes itself through an actionability-aware interaction engine that automatically verifies element readiness before performing actions, significantly reducing test flakiness. It utilizes isolated browser contexts to maintain separate storage and cookies for parallel

    Pythonchromiumfirefoxplaywright
    View on GitHub↗14,279
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