CI/CD stands for Continuous Integration/Continuous Delivery. It is an automated process of integrating code from multiple developers, testing it quickly and continuously, and delivering it to customers on demand. It is part of modern software development techniques which keep track of all the changes made by different developers and helps prevent breaking changes from being deployed.

For today’s continuous development streams, automated testing is the optimal solution. You can choose from various automation testing tools and frameworks to create and run successful test cases. Although finding the ideal test automation solution is challenging. In this blog, we’ll examine how to select the right framework for your company and go in-depth on the best automation testing tools available on the market. Table Of Contents.

Organizations are moving toward test automation, which reduces software delivery time. The automation helps to reduce manual effort, especially when you need to re-run the regression multiple times on a tight schedule. Additionally, an automation framework can be added to the CI/CD pipeline, which can serve as a quality gate before pushing the development code to different stages.

Accessibility testing is the process of testing whether a software application or website is accessible to people with disabilities. This includes making sure that the user interface (UI), as well as the content, are accessible. There are many different tools and methods that can be used for accessibility testing, including manual and automated testing.

Every software undergoes multiple quality checks in the software development life cycle (SDLC). Such analysis ensures a high-grade product, leaving no scope for future issues. But it is easier said than done. While the agile framework improves communication and collaboration in the testing process, many experienced testers still encounter uncertainty during the testing process. They know integration testing comes before system testing but find it difficult to go through the process sequentially.

Jenkins and Ansible have been well-acclaimed by developers worldwide. Jenkins is used primarily for building and testing software projects, while Ansible is used for managing and automating the configuration and deployment of infrastructure and applications. In this article, we have illustrated the differences between Jenkins vs. Ansible. Table Of Contents.

Continuous Integration and Continuous Delivery (CI/CD) tools are invaluable assets for any software development team, enabling them to quickly and effectively build, test, and deploy software applications. These tools make it easier and faster to get new features and updates out to users. By effectively automating the software production process, CI/CD tools can help streamline the development process, reduce the risk of human error, and decrease the time required to get a new version into production.

We know about Testing and Debugging. But what is the difference between these two processes? Why are these two processes essential for software development? In this article, we will find answers to all these questions. You will learn about the features, the tools used in each process, and the types. Did you know Testing and debugging are two essential processes in software development?

If you’re a software engineer, chances are you’ve encountered the term “unit testing” at some point in your career. But what exactly is unit testing, and how does it work? You’ve written a few lines of code and want to ensure they work as expected. So you run the code, and boom, it all falls apart. In the digital age, broken code can mean lost money, frustrated users, and a lot of wasted time. That’s where unit testing comes in.

The current software development era is an era of microservices. The complexities of large bulky parts of the software have forced us to break them into smaller pieces that can be worked on independently and communicate with each other using lightweight protocols. As a result, we increase the overall efficiency of the system by taking control of more minor things that ultimately combine to make the complete software.