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Leveraging ChatGPT in Low-Code Test Automation for Enhanced Software Testing

Introduction:

The world of quality engineering is abuzz with excitement over ChatGPT and generative AI technologies. At CloudQA, we recognize the immense potential of leveraging intelligence in test automation to enhance product quality and improve the customer experience. In this article, we explore how low-code test automation, combined with ChatGPT, can revolutionize the way we approach software testing, resulting in increased efficiency and productivity.

Data-Driven Testing with Realistic Scenarios:

To maximize test coverage and generate realistic data, ChatGPT can be utilized to complement CloudQA’s data driven testing. By providing a single example, ChatGPT can quickly generate a multitude of realistic data variations in CSV format. This approach significantly enhances the range and volume of test scenarios, empowering testers to create comprehensive tests without relying solely on hard-coded values.
Generating Data using ChatGPT

JavaScript Snippets for Advanced Testing Scenarios:

Combining the simplicity of low-code with the flexibility of JavaScript snippets, CloudQA offers a powerful toolset for creating tests that cater to specialized or advanced scenarios. ChatGPT can generate JavaScript functions to perform tasks such as browser navigation, string manipulation, or extracting information from web elements. This functionality enables testers to handle complex automation use cases with ease.
Java

Test Summarization for Efficient Review:

ChatGPT’s summarization capabilities can streamline the test review process. By exporting test steps in YAML format and providing an effective prompt, ChatGPT can generate concise summaries of tests, highlighting their goals and objectives. This feature allows testers to quickly understand the purpose and scope of each test, improving collaboration and facilitating efficient test maintenance.
Summarize using ChatGPT

Specifying Selectors for UI Element Identification:

When standard techniques like intelligent finds or auto-healing fall short, ChatGPT can assist in specifying CSS and XPath selectors to locate specific elements on webpages. By providing relevant HTML snippets, testers can obtain accurate selectors, ensuring robust element identification. ChatGPT can also provide insights on the reliability and best practices associated with various selector options, aiding in effective test design.

Conclusion:

By harnessing the power of ChatGPT and integrating it with low-code test automation, CloudQA empowers quality professionals and developers to achieve higher test coverage, reduced manual effort, and improved software quality. The experiments showcased in this article highlight the potential of ChatGPT in enhancing automated testing processes. We invite the quality community to explore these approaches and join us on LinkedIn or Twitter to share their experiences and insights. Together, we can unlock the full potential of intelligent test automation.
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