As systems and applications change quickly today, automation testing is becoming more and more vital to keep up. More bottlenecks and test failures may be caused by delivering test data slowly and manually. Because of this, most firms employ automation testing strategies to decrease risk, test complex systems thoroughly before each release, and keep up with iterative delivery’s speed.
Automation testing saves employees less time on tasks like conducting behavioural tests and identifying implementation flaws. In addition, it is quicker and more dependable than manual testing. As a result, an infrastructure like Robot Framework, which is well-known and highly effective, is at the forefront of open-source test automation technology. To learn more about robot frameworks, join Robot Framework Online Training.
Introduction to robot frameworks
The open-source Robot Framework enables users to automate test cases using keyword-driven programming. Both the development of new keywords and predefined keywords are supported. So, by combining these two, testers may automate anything!
Because its main objective is to generate functions that comprise a collection of steps to complete an action(s) in conducting a test case regardless of the test framework used, keyword-driven testing has gradually grown in favour of automation test creation.
The Robot framework covers web application testing, mobile application testing, and desktop application testing.
The framework includes several shared test libraries. When test libraries in Python or Java are added, the robot framework can be extended to support a variety of test coverage scenarios.
Robot also offers straightforward built-in command execution using a Python function foundation. As a result, it makes automating for manual testers quite simple.
Importance of robot frameworks
The main characteristic of the Robot Framework that distinguishes it from other automation tools is that it is an open-source solution, making it affordable and requiring minimal programming experience from the tester to get started.
Several test cases can be incorporated into the framework through customisation. Most of the code is made up of keywords, which are functions written intelligibly so that any new person can quickly comprehend the function’s purpose. As there is a shallow bar for coding, training new resources for automation is acceptable in this case.
The Robot Framework provides three different reports to show the test results.
Report.html
Output.xml
Log.html
The reports are clear and descriptive and may be easily distributed to stakeholders.
The Robot Framework’s tagging feature aids in categorising test case execution. There are times when we want to run only a few test cases. This may be done according to priority—for instance, and we may wish to run a sanity test suite—or according to features. Using tags, testers can specify specific execution options for each test scenario. Hence, fewer of the same test cases need to be preserved separately.
Unlike other open-source automation solutions, Robot Framework enables interoperability with several languages, including Java and Python. File organisation is simpler, and full log maintenance is carried out. By including SeleniumLibrary, its extension may now automate web applications.
Conclusion
This blog will inform you about robot frameworks’ importance in QA automation testing. To learn more about robot frameworks, join Robot Framework Test Automation Training In Chennai at FITA Academy. Robot Framework is an open-source framework for automated testing used in acceptance testing and test-driven development. The writing of test cases adheres to many test case report approaches, including keyword-driven, behaviour-driven, and data-driven. This characteristic makes it very simple to comprehend. The writing of test cases is done in a tabular manner with a keyword style. The open source, external libraries, and automation tools Robot Framework support are high quality. Selenium Library, used for UI testing and web development, is the most popular library with Robot Framework. To learn more about robot frameworks, join Robot Framework Test Automation Course In Chennai at FITA Academy.