Build. Test. Deploy. Every real-world application development involves the above three stages. But do they need to be in the same sequence? Let’s start with the Waterfall model; it is sequential and moves forward in phases. But as the industry evolved, it became obsolete. Agile methodology took its place, which works iteratively to overcome its predecessor’s drawbacks. Yet again, the industry evolved to look for something more collaborative; agile no longer served the purpose precisely.

The software development process involves the use of a myriad of tools, languages, and frameworks. Typically, software developers don’t encounter difficulty while writing the code. But what seems challenging to them is how to address various test cases, determine the code to write, and predict the user’s requirements. These difficulties can be alleviated by writing easy-to-understand tests that provide a developer with a set of precise criteria to fulfil.

Once upon a time, development teams battled a widespread problem: gaining access to a stable QA environment. One of the biggest nightmares of a developer is developing a new software or feature that fails to function in the real world. This is where the exposure to the relevant environments where you can extensively test your code before putting them into production works as a boon for you.

“What is a smoke test” is a widely asked question when it comes to software testing. A smoke test is a type of software test that verifies that the most important functions of a program work. It is also known as “Build Verification Testing” or “Build Acceptance Testing”. The goal of smoke testing is to determine if a build is stable enough to proceed with further testing.

As a software developer or project manager, you know that ensuring the quality and reliability of your software is crucial to its success. But how do you create a solid SQA plan to help you achieve these goals? This blog post will explore the critical elements of a successful SQA plan and provide tips and techniques for implementing it in your project. We’ll cover topics such as setting clear objectives, defining your target audience, and choosing the right testing tools and techniques.

Malfunctions or flaws often lead to a sequence of chain reactions that can affect the software altogether as the program runs, impairing the overall user experience. Usually, the software undergoes many tests before Dev teams introduce modifications introduced in the main code. Regression testing is the final step of this process, which is an assurance of achieving a fully functional application or software. In this post, let’s explore seven different types of regression testing.

Automating an application can be performed in various ways with various tools. Selenium WebDriver is most used among those because of being an open source and ease of use. Selenium WebDriver gives users a lot of flexibility to write their test in different programming language and allow the user to execute their test on different browser like Firefox, Chrome, Edge, Safari, etc. It can also be integrated with other 3rd party tools like TestNG, Junit, etc.

QR codes are quickly becoming an essential part of our digital lives. As these QR codes become more widespread, software testers must understand the importance of testing them. Testing QR codes requires unique skills and knowledge that can be difficult for inexperienced testers to acquire. This tutorial blog post will discuss the basics of QR code testing and why it is so important.

Are you thinking about launching a mobile app? If so, it’s important to know that not all mobile apps are successful. Many mobile apps fail shortly after their launch for various reasons. Mobile apps have become an integral part of our daily lives, allowing us to stay connected, stay organized, and get things done more efficiently. However, not all mobile apps are successful. Many mobile apps fail shortly after their launch for various reasons.

Once Unit testing is over and you integrate separate modules to form a complete system, Integration testing comes into the picture. It follows certain specifications to examine the interaction and behavior of different modules as they come together to build a system. As such, Integration testing follows two approaches—Top-down and Bottom-up—that offer an organized way of building a programming structure, all the while continuing the testing processes.