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Carbonate

Carbonate automates end-to-end testing using AI, integrates with PHP, Node, and Python, and adapts to HTML changes.
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Carbonate

What is Carbonate?

Carbonate is an AI-driven automated end-to-end testing tool that integrates into your testing framework. It allows you to write tests in plain English, which are then converted into fixed test scripts during the first run. When HTML changes occur, Carbonate generates new test scripts to adapt to these modifications. It analyzes HTML changes intelligently, distinguishing between UI changes and simple rendering differences to ensure that tests remain robust. Carbonate offers seamless integration with PHP, Node, and Python through SDKs, facilitating quick setup without requiring changes to existing testing tools. Its performance optimization includes using locally cached test scripts to increase speed and flexibility in test execution. The tool also ensures reliability by allowing test scripts to be committed to repositories, and it handles dynamically rendered pages by intelligently monitoring page loading processes during tests. Additionally, Carbonate aims to enhance development efficiency and stability by automating testing processes and reducing manual efforts, ultimately increasing bug detection.

Who created Carbonate?

Carbonate was created by a team of developers with expertise in AI and automated testing tools. The platform was launched on July 31, 2023, with a mission to make automated end-to-end testing accessible to all types of development teams, from freelancers to large corporations. The founders of Carbonate aimed to address the challenges of high upfront costs, flaky tests, and the need for dedicated training associated with existing testing tools. Leveraging machine learning experience, they developed Carbonate to automate testing processes, reduce manual efforts, increase bug detection, and ultimately enhance the stability and efficiency of testing teams.

What is Carbonate used for?

  • Accelerates development
  • Boosts stability
  • Increases testing team efficiency
  • Automates testing processes
  • Reduces manual efforts
  • Increases bug detection
  • Frees users for core tasks
  • Handles dynamically rendered pages
  • Scripts commitable alongside code
  • Regenerates scripts if HTML changes
  • Performance optimization
  • Automated end-to-end testing
  • English-driven test creation
  • Auto conversion to test scripts
  • Adapts to HTML changes
  • UI change resistance
  • Uses locally cached test scripts
  • Run test scripts flexibly
  • Incorporate own code

Who is Carbonate for?

  • Software developers
  • Quality Assurance Testers
  • Automation Test Engineers
  • Web Developers
  • IT professionals
  • Software engineers
  • Developers
  • Software testers
  • QA Engineers

How to use Carbonate?

To use Carbonate effectively, follow these steps:

  1. Understanding Carbonate: Carbonate is an AI-driven automated end-to-end testing tool that integrates into your testing framework. It converts tests written in plain English into fixed test scripts during the initial run and adapts to HTML changes efficiently.

  2. Performance Optimization: Carbonate optimizes performance by analyzing tests only during the initial run. Subsequent runs utilize locally cached scripts, enhancing speed and overall test performance.

  3. Incorporating Own Code: You can incorporate your own code into Carbonate by running the test scripts in your preferred manner.

  4. SDK Integration: Carbonate seamlessly integrates with PHP, Node, and Python through SDKs, enabling quick setup without the need for changes to existing testing tools.

  5. Handling UI Changes: Carbonate intelligently analyzes UI changes by differentiating between UI modifications and simple rendering differences. It adjusts test scripts accordingly to maintain consistency.

  6. Reliability: Commit test scripts to your repository alongside your code to ensure reliability. Carbonate automatically generates new scripts if significant HTML structural changes occur.

  7. Dynamically Rendered Pages: For dynamically rendered pages, Carbonate uses DOM mutation observers and network request spying during the extraction phase. Subsequent runs only require waiting for the necessary elements to be available.

  8. Accessibility Without Coding Knowledge: While some coding knowledge is needed to integrate Carbonate's SDK, developers are working on a tool to enable test runs without integration requirements.

By following these steps, you can effectively utilize Carbonate for automated end-to-end testing to enhance performance and reliability in your testing processes.

Pros
  • Automated end-to-end testing
  • Integrates with testing framework
  • English-driven test creation
  • Auto conversion to test scripts
  • Adapts to HTML changes
  • UI change resistance
  • Distinguishes UI and rendering changes
  • Single analysis performance optimization
  • Uses locally cached test scripts
  • Run test scripts flexibly
  • Incorporate own code
  • SDKs for PHP, Node, Python
  • Requires no changes to existing tools
  • Automates testing processes
  • Reduces manual efforts
Cons
  • Only supports PHP, Node, Python
  • Requires coding knowledge for integration
  • Dependent on HTML semantic meaning
  • Initial runs slower due to analysis
  • Limited to existing setup adaptation
  • Doesn't support dynamically rendered pages
  • Inflexibility with test script generation
  • Possibility of excessive cache data
  • SDK does not support all platforms
  • Limited browser compatibility

Carbonate FAQs

What is Carbonate?
Carbonate is an AI-driven automated end-to-end testing tool that integrates into your testing framework. It enables you to write tests in plain English which it then converts into fixed test scripts during the first run. When your HTML changes, Carbonate generates new test scripts to adapt to these modifications.
How does Carbonate make tests adaptable to HTML changes?
Carbonate intelligently analyzes the modifications in your HTML when it changes. It distinguishes between changes in the user interface (UI) and simple rendering differences, making sure that the tests don't fail due to minor differences. When there's a significant change in your HTML, Carbonate generates new test scripts to adapt to these changes.
What advantages does Carbonate offer in performance optimization?
Carbonate offers performance optimization by carrying out the analysis for the first run only. For subsequent runs, it uses a locally cached version of the test script, thereby increasing the speed and performance of your tests.
How can I incorporate my own code using Carbonate?
Carbonate provides flexibility by allowing you to run the test scripts in any way you prefer, which includes the provision to incorporate your own code in between.
Which programming languages or tools can Carbonate seamlessly integrate with?
Carbonate offers seamless integrations with PHP, Node, and Python through its provided SDKs. This allows for a quick setup, without requiring any changes to your existing testing tools.
How does Carbonate handle changes in the user interface?
Carbonate handles changes in the user interface (UI) by intelligently analyzing the HTML. It differentiates between changes in the UI and simple rendering changes, thereby avoiding breakage of tests due to minor UI modifications. As long as the behavior remains the same, Carbonate adjusts its scripts to accommodate these changes.

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