Free AI Code And Framework Converter

The AI Code & Testing Framework Converter is a tool that automatically converts source code from one programming language to another and transforms test automation scripts between different frameworks.

Our AI-powered converter supports the most popular languages used in test automation, including:

• Java – Widely used in Selenium, TestNG, JUnit, and Appium for test automation.
• Python – Popular for automation with Selenium, PyTest, and Robot Framework.
• JavaScript – Used in web automation with frameworks like Cypress, Playwright, and WebdriverIO.
• TypeScript – Preferred for Playwright and some Cypress implementations due to better typing support.
• C# – Frequently used for test automation in .NET environments, especially with Selenium.
• Ruby – Used with Capybara and Watir for web automation.
• Groovy – Used in Spock for testing in Java projects.
• Kotlin – Sometimes used in Android test automation (Espresso, Appium).
• Bash/Powershell – Used in CI/CD pipelines and shell scripting for automation.
• SQL, NoSQL, PL/SQL – Used for database testing rather than test automation scripting.

Our AI-powered converter supports modern, widely used frameworks as well as older frameworks that teams are migrating from.

✅ Modern & Actively Used Frameworks:

These frameworks are commonly used in new test automation projects:

• Playwright – Fast, supports multiple browsers & languages (JavaScript, TypeScript, Python, C#).
• Cypress – JavaScript-based, ideal for web automation.
• WebdriverIO – JavaScript-based, great for CI/CD integration.
• TestCafe – JavaScript-based, runs tests without needing WebDriver.
• Appium – The go-to framework for mobile test automation (Android, iOS).
• PyTest – Popular for functional, API, and test automation in Python.

📉 Older Frameworks (Common for Migrations):

These frameworks were widely used in the 2010s but are now often migrated to modern alternatives:

• Selenium (WebDriver) – The industry standard for years, now being replaced by Playwright & Cypress.
• JUnit – Java-based, still widely used but sometimes replaced by Playwright or TestNG.
• TestNG – Java-based, but teams are migrating to Playwright or Cypress.
• Robot Framework – Python-based keyword-driven testing, often replaced by Playwright or PyTest.
• Watir – Ruby-based web automation, now commonly replaced by Playwright or Cypress.
• Capybara – Ruby-based, migrating towards Cypress.
• Coded UI (Microsoft) – Legacy .NET UI testing framework, mostly replaced by Selenium or Playwright.

⚠️ Legacy & Rarely Used Frameworks:

These frameworks are mostly phased out or used in niche enterprise environments:

• QTP/UFT (Unified Functional Testing) – Enterprise-grade but losing ground to open-source frameworks.
• Sahi – Java-based web testing tool, rarely used today.
• Silk Test – Previously popular for enterprise testing, now mostly obsolete.
• TestComplete – Still used in some enterprises but less common in modern automation.

• Selenium ➝ Playwright or Cypress (Faster, more reliable, built-in waiting)
• JUnit/TestNG ➝ Playwright, Cypress, or Jest (More flexible, async-friendly)
• Robot Framework ➝ PyTest or Playwright (More code-driven, better performance)
• Capybara/Watir ➝ Cypress or Playwright (Modern web automation features)
• Coded UI ➝ Playwright or Selenium in .NET (More future-proof)

Our AI-powered tool ensures high accuracy by maintaining code structure, syntax, and best practices for the target language or framework. However, manual review and minor adjustments may be necessary for complex implementations. 

The converter intelligently maps framework-specific commands and functions. For example, it can replace Selenium’s driver.find_element() in Python with Playwright’s page.locator() in TypeScript, preserving test logic. 

 This tool is perfect for:

• Developers switching between programming languages
• Test automation engineers migrating frameworks
• Teams maintaining cross-language projects
• Anyone looking to save time and reduce manual work 

We prioritize your privacy and do not store or log your inputs or generated results. Code is not used to train AI models.