UI Automation is an accessibility framework that works by providing programmatic access to most user interface (UI) elements on the desktop. It has four main components: the Provider API, the Client API, the UI Automation core, and a set of UI Automation providers for standard legacy controls.
The Provider API is a set of interface definitions implemented by UI Automation providers, objects that provide information about UI elements and respond to programmatic input. The Client API is a set of types for managed code that enables UI Automation client applications to obtain information about the UI and send input to controls. The UI Automation core handles communication between providers and clients.
Anubhuti Jain (QA Engineer at Vikasietum) has years of experience in automation. She uses Selenium IDE, a tool for recording and playing automation scripts. Instead, she prefers to use Selenium Java, which she finds to be the most helpful language for automating UI applications.
Selenium IDE is a test automation tool for the web that allows users to record and play back their actions in the browser. As an open-source solution, it offers a convenient way to create dependable end-to-end tests. Selenium IDE seamlessly integrates with popular browsers like Google Chrome, Mozilla Firefox, and Microsoft Edge, making it accessible for various web applications. With its user-friendly interface and support for Selenium commands, it enables developers to author tests efficiently and ensure reliable results.
It works by capturing a user's interactions within the browser using predefined Selenium commands, incorporating element-specific parameters. This user-friendly browser extension enables rapid test creation through its record-and-playback capability. It serves as a valuable tool for familiarizing oneself with Selenium syntax, as it eliminates the need for programming knowledge when scripting test cases.
According to Anubhuti, it's important to note that to use an automation tool effectively, you must have a strong knowledge of the framework or language that you're using. This allows you to take full advantage of AI tools and increase productivity. She suggests acquiring a deeper understanding of the framework or language before venturing into the realm of AI-powered automation.
Tips for Effective Automation
The Provider API is a set of interface definitions implemented by UI Automation providers, objects that provide information about UI elements and respond to programmatic input. The Client API is a set of types for managed code that enables UI Automation client applications to obtain information about the UI and send inputs to controls. The UI Automation core handles communication between providers and clients.
Here are some of Anubhuti's tips for effective automation:
Choose the right tool for the job. There are many different automation tools available, so it's important to choose one that is right for your specific needs.
Learn the basics of the framework or language that you're using. This will help you to write more efficient and effective scripts.
Use AI tools to your advantage. There are many AI tools available that can help you to automate tasks more quickly and easily.
Get feedback from others. Once you have written a script, ask someone else to review it and give you feedback. This will help you to identify any errors or areas that could be improved.
By following these tips, you can use automation tools to improve your QA process and save time and money.
Benefits of Using Automation Tools
Automation tools can improve the performance of tests by delivering fast and accurate results. They can also simplify testing by allowing testers to refer to previous builds and test results. Additionally, machines are less prone to errors than humans, which leads to a higher likelihood of accurate results even with a large number of tests.
Here are some additional benefits of using automation tools:
Increased accuracy: Automation tools can help to reduce human error by performing tasks consistently and accurately.
Improved efficiency: Automation tools can help to automate repetitive tasks, freeing up your time to focus on more critical tasks.
Reduced costs: Automation tools can help to reduce costs by eliminating the need for manual testing.
Improved quality: Automation tools can help to improve the quality of your products by identifying and fixing defects early in the development process.
If you're looking for ways to improve your QA process, automation tools can be a valuable asset. By following Anubhuti Jain's tips, you can use automation tools to improve your QA process and save time and money.