Riley Claire

  Software testing plays a crucial role in the software development by ensuring that a software product or application is of the best quality. There are specific software testing types to enhance the efficiency of testing activities. Of these testing types, manual testing and automation testing are two of the most significant types of testing. This article will give you an idea about the proper context for implementing manual and automation testing. What is Manual testing? It is a testing method where a manual tester will test the software product or application to find and fix bugs and issues. What is software automation testing? It is a testing method where automated tools are used to carry out software testing activities with minimal or no human intervention. Following are the scenarios in which automation testing should be implemented: 1. Load testing:  Software automation testing should be utilized when the performance and load of an application need to be tested. The

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

Automation has become a key component of DevOps in order to accelerate the development and deployment process. The utilization of automation was enforced in DevOps practices. Technology stacks evolved so that the apps could be efficiently managed by the teams and thus provide quality assurance. Further, the customization, quality and management of on-site infrastructure were enhanced. The feedback loops are facilitated by the automation process and the iterative updates are permitted. In this article, you will get to know how DevOps automation is shaping software development services. Following are the five key factors through the implementation of which DevOps automation can scale up software development services: 1. The functionality and security aspect: The testing cycle is considered to be one of the key processes to automate in DevOps. In a general context, the testing process is usually carried out by the development team and then it is passed to the QA team. The flaws are d

DevOps is a set of cultural values, practices, techniques and tools that helps teams to work in a collaborative manner and thus deliver high-quality software within a stipulated timeframe. On the other end, automation testing is a dedicated testing process that focuses on using automation tools and frameworks to carry out software testing activities effortlessly. In this article, you will get to know about the relative significance of DevOps and automation testing, which in turn helps you in deciding as to which of these two platforms is the best. What is DevOps? DevOps is a combination of “Development” and “Operations.” In a DevOps environment, team members work in a collaborative manner to build scalable, secure and top-quality products at a faster pace. Since the Development and Operations teams work in an integrated manner, a faster feedback mechanism can be realized and the product can be iteratively improved. The two guiding pillars of the DevOps process are continuous feedba

Manual testing is where manual testers will be involved to execute test scripts in a step-by-step manner. In a test automation scenario, specific automation tools and frameworks are used to execute test scripts. The working of a manual tester cannot be compared with a machine and vice versa. Hence in certain specific testing activities, automation testing may not be able to work and the intervention of manual testing might be required.   Following are three key reasons that depict the significance of automation testing: 1. In-depth testing: There are different testing approaches used by testers with different focus areas as per their level of expertise and exposure. But, with the inclusion of test automation, all areas of testing are equally focused upon. This in turn assures that the product has the best quality with a focus on every aspect of the product. Automation testing follows a meticulous approach towards testing, due to which there are no errors or minimal errors in the p

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

A test automation assessment checklist is used to assess a product/project/team to know whether it is ready to implement test automation. A number of areas are covered, wherein each of the area provides a checklist to ensure that the automation testing process is going in the right direction and can achieve expected results.  The checklist is prepared by bringing in key members who understand the product from a technical aspect (product specialist, senior developer, architect), knows the product’s testing needs (team representative, tester, team manager) and also know the product history and roadmap (project manager, product owner, system owner).  In this article, you will get to know about the six points that are required to assess test automation activity. Following is a checklist that comprises six important points to assess test automation activity: 1. The objective of test automation: The expectations required out of test automation activity The test level on which the automation