Riley Claire

A unique perspective can be expected by internal testers about the transition to test automation. As they play a unique role, thereby supporting both operational and development teams. The business requirements can be witnessed being translated into code. The Robot framework is one such important framework that makes the most out of test automation. It is considered to have low maintenance costs and is easier to set up. In this article, you will get to know how to build a scalable robot framework along with its benefits and challenges. What is a Robot framework? It is an open-source, Python-based Robotic Process Automation (RPA) tool used for teams that work on ATDD (Acceptance Test Driven Development). Test cases (scripts) can be easily automated using this tool. It comes with a set of standard test libraries so that the interaction with the operating system can be eased, thereby providing common assertions etc. As it is built using Python, it can be further extended using Java or

Testing frameworks are a set of rules and guidelines that are used to design and create test cases. A standardized test language is provided and the application under test is provided with reporting structure through which test maintenance costs can be reduced. An automation framework provides an automated test environment that can be easily set up by users, which, in turn, helps in providing better ROI for both QA and development teams. In this article, you will get to know the seven steps that are required to design an effective test automation framework. What are automated testing frameworks? Automated processes are optimized through the platform of automated testing frameworks. Faster cycles are facilitated through test reusability and through speeding up maintenance and test creation, wherein test data is separated from logic. Automated testing frameworks help in lowering maintenance costs, maximizing test coverage, improving test accuracy and eventually providing a higher

The process of test automation activities can be scaled up by incorporating a well-defined automation testing strategy. A strategy helps in fine-tuning the specific steps that are required to perform automation testing and providing a structure to it. In the process, a high quality and bug-free application can be expected, if the test automation strategy is implemented tactically. In this article, you will get to know key factors that need to be implemented to achieve a powerful automation testing strategy. Following are the six key factors that need to be implemented in order to achieve a powerful test automation strategy: 1. Develop a strategic goal: The first step is to obviously lay down a structured roadmap that can eventually ensure results. Goals are achieved by setting up a workable strategy. Similarly, the objective of setting up a test automation strategy is to achieve a desired endpoint. The objectives that are being laid down must be achievable. The first step of the

There is a huge demand for test automation architects, simply because this specific role can solve a lot of software testing challenges in a methodical and strategic manner. A test automation architect has to ably communicate with the top management and come up with real-time solutions that can fix a bevy of complex software testing-related issues. They are adept at designing specific solutions that can solve testing-related problems amicably. The application of contextually relevant practices and processes are used to solve these specific solutions. A test automation architect knows how to tactically apply testing techniques, practices and approaches depending on the project context. In this article, you will get a brief idea of what a test automation architect does. What is the role of a test automation architect? A test automation architect’s core objective is to align automation tools, strategies and processes with business specific objectives. A test automation architect optimizes