Systems | Development | Analytics | API | Testing

As software developers, we all write lots and lots of lines of code while building an application. But to ensure that each and every components work perfectly in the software, we really need to do some unit testing. This ensures proper functionality and reliable performance of our product. These testing of individual components is known as Unit Testing. For the dynamic nature and the ease of writing tests alongside the code, Python can be a viable option for unit testing of our software.

As an Automation Enthusiats exploring in the realm of software testing, I’ve traversed a various tools and frameworks aimed at enhancing test automation processes. Because as the landscape of software testing continues to evolve, the demand for efficient and reliable test automation solutions has never been higher. Among these, Cypress and Keploy emerge as standout solutions, each offering distinctive features and capabilities tailored to different situations of test automation.

I want to share the story of how our team at a fast-paced startup tackled the challenge of API testing without any dedicated QA team, the roadblocks that we encountered, and how we ultimately addressed these issues.

In our previous blog, we explored how to build a modern web server using BunJs and Prisma, integrating robust authentication mechanisms with JWT tokens. Now, it’s time to ensure our application is reliable and error-free through thorough testing. In this blog, we’ll dive into testing methodologies using Cucumber JS and Keploy, both are a powerful tools that streamline the testing process and enhance the quality of our application.

In this article, We will try to explore Token Bucket algorithm and its implementation in NodeJS for API Rate Limiting in very simple terms.

We all know what a "software" is, but then what is software testing or why is it even important? Let me answer your doubts- Software Testing is a process that involves evaluating software components to ensure they meet specified requirements and are defect-free. The main goal of software testing is to verify that the actual software matches the expected requirements, enhancing the product quality and customer satisfaction.