Tag: AutomatedTesting

Effective Use of Responsive Automation in TestSweets

Automated testing is essential for developing robust applications. TestSweets has simplified the process of generating automated test cases, but adapting tests to accommodate various screen sizes has been challenging. With TestSweets' new update, developers can now fine-tune automation points for different screen sizes, ensuring tests are precise on all devices. This article proposes three key strategies to leverage the new responsive features of TestSweets to enhance your automated testing suite.

1. Start with an Average Device Size

The first step in the process should be to capture automation points on a device that represents the average screen size, ideally 720×1280. This is a strategic starting point because it sits comfortably between small and large screen sizes, which makes subsequent adjustments easier. Capturing on an average device aids the responsive sizing calculations that TestSweets uses, allowing for a seamless transition when including devices with smaller or larger screens.

2. Make Adjustments on the Extreme Screen Sizes

After the initial setup on an average device, it is crucial to test the application on the smallest and largest devices you intend to support. Doing this allows you to observe how the automation points align with the desired widgets on different screens. You might notice significant shifts on larger devices compared to medium-sized ones.

To address any misalignment, perform a long tap on the problematic automation point and drag it to the intended position. TestSweets memorizes this new location for the specific screen size, ensuring accurate placement in all future test executions. Moreover, when TestSweets encounters a new screen size that it doesn't have records for, it intelligently picks the closest captured screen size to deduce the correct position for the automation point.

3. Adjust for Different Form Factors

The final recommendation is particularly relevant if your application is intended for diverse platforms like tablets or desktops. Consistency can be achieved by running tests on an average-sized screen and making necessary adjustments based on observed offsets. TestSweets is versatile enough to handle an infinite variety of screen sizes as you refine the position of the automation points, always using the most appropriate one for each test run.

Bonus Tip and Enterprise Offer

A bonus tip for teams: engage collectively in improving test automations and consider reaching out to TestSweets if your company is a Flutter-based business with an annual revenue exceeding $3 million. TestSweets proposes an enterprise service to write and maintain all your automated tests, allowing you and your team to focus on other critical aspects of development. They also provide a 7-day free trial for their services.

Contact TestSweets at automation@filledstacks.com to explore this enterprise solution.

In summary, by starting with an average device size, making strategic adjustments on devices at both ends of the size spectrum, and considering different form factors, you can effectively utilize TestSweets' responsive automation capabilities to improve your test cases' accuracy and reliability across various devices.

Tags: #TestSweets, #AutomatedTesting, #ResponsiveAutomation, #FlutterDevelopment

https://filledstacks.com/post/top-3-responsive-screen-size-tips/

Revolutionizing Automated Testing: Unleashing the Power of Cypress.io vs Selenium

Cypress.io is a unique end-to-end testing tool. Its architecture and approach to testing have revolutionized the domain of automated testing. Let’s dive in to explore what makes Cypress.io stand out and how it differs from traditional Selenium-based testing. Furthermore, we’ll reveal some new approaches to testing that were not possible before!

The Unique Architecture of Cypress.io

Unlike other testing tools where the test runs in its process and automates the browser, Cypress is fundamentally different. Behind Cypress.io is a Node.js server process. Cypress.io and the Node.js process continually communicate, synchronize, and execute tasks on behalf of each other, thereby maintaining real-time interactions. Cypress.io has direct control over your application, network traffic, and every host object.

The architecture of the testing tool operates at the network layer, making Cypress.io capable of reading, altering web traffic on the fly and modifying any interfering code. Inherently, this feature empowers Cypress.io to modify everything that’s inbound and outbound from the browser, providing a more consistent and reliable set of testing results compared to other testing tools.

The Superiority of Cypress.io over Selenium

The modern structure of Cypress.io establishes its superiority over traditional Selenium in several ways:

  • Cypress.io installs and runs scripts locally, paving the way for more efficient and robust testing.
  • It expedites tasks such as taking screenshots, recording videos, executing file system operations, and manipulating network operations.
  • It allows you to perform tests directly on window and document objects, resulting in more realistic test outcomes.

Unlocking New Testing Approaches

Cypress.io has opened doors for a new way of testing that was previously not possible. It allows test engineers to manipulate any aspect of the application under test, from modifying the contents of server responses to altering DOM elements directly.

  • Stubbing and Mocking: You can perform stub data or expose data stores for more realistic and complex testing situations.
  • Edge Case Testing: Cypress allows you to test edge cases by forcing your server to send empty responses or modify response status codes to be 500.
  • Direct Interactions with UI components: Using Cypress.io, you can control third-party UI components programmatically and bypass complex interactions.
  • Time Control: You can control time by moving forward or backward, enhancing the testing of time-dependent features in your application.
  • Error Messages: Cypress.io provides hundreds of custom error messages that clearly indicate why the test case failed, improving the debugging process.

Conclusion

Cypress.io is truly a groundbreaking tool that has revolutionized the way we approach testing. By focusing on usability and providing an environment conducive to real-world application testing, it streamlines the testing task and recognizes the importance of accurate and efficient testing in software development. However, there are some trade-offs which might not suit all testers. It’s worth reading through the trade-off guide provided by Cypress.io when considering the adoption of this tool for your testing needs.

Tags: #Cypress.io, #EndToEndTesting, #AutomatedTesting, #Selenium

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