Content to read to assimilate the basics of software development but also to follow and understand the trends.
Basic Knowledge
Breaking Down the Business Case for CI Making a strong case for continuous integration (CI) requires showing its real business value - not just talking about automation. You need to demonstrate how CI directly affects profits and productivity with clear evidence that resonates with decision makers. Let's look
Basic Knowledge
The Modern Evolution of Software Testing Software testing has evolved from being an afterthought to becoming an essential part of the software development lifecycle (SDLC). Rather than just checking for bugs after development, testing now happens continuously throughout the development process. The growing importance of testing is reflected in the
Basic Knowledge
Building a Foundation for Performance Success A solid performance testing approach needs to be woven into your development process from the start. Just as a house needs strong structural support before adding rooms and features, your application requires ongoing performance validation to stay stable as it grows. Taking this proactive
Basic Knowledge
Why Traditional Risk Management Isn't Working Anymore Most software teams still rely on basic tools like spreadsheets and occasional risk reviews, but this old-school approach is falling short. The rapid pace of modern development means problems can emerge and cause damage long before they're spotted in
Basic Knowledge
Breaking Down the Flaky Test Challenge Every development team has encountered the frustration of flaky tests at some point. These tests pass sometimes and fail other times without any changes to the code, creating headaches for developers and testers alike. When teams can't rely on their test results,
Basic Knowledge
The Real Difference Between Unit and Integration Testing Unit and integration testing serve distinct but complementary purposes in software testing. Unit testing focuses on examining individual pieces of code - specific functions, methods, or classes - in isolation. For example, a unit test might verify that a function correctly calculates
Basic Knowledge
The Hidden Cost of Flaky Tests in Modern Development When unit tests pass and fail randomly without code changes, they create more than just frustration. These "flaky" tests silently drain development resources and team energy in ways that often go unnoticed. Even small inconsistencies in test results can
Basic Knowledge
When Good Tests Go Bad: Real-World Flaky Test Examples Every developer has encountered them - those maddening tests that seem to have a mind of their own, passing one minute and failing the next without any code changes. These flaky tests can seriously slow down development and erode confidence in
Basic Knowledge
Why Unit Testing Still Matters (And How to Do It Right) When developers write solid unit tests, they create a foundation for reliable code. Good testing practices help teams catch bugs early and work more efficiently. But many teams struggle to implement effective testing that provides real value rather than
Basic Knowledge
Breaking Down the Automated Testing Journey Shifting from manual to automated testing is a major adjustment for development teams. While the long-term benefits are clear, making this transition effectively requires thoughtful planning and persistence. Let's look at how successful engineering teams have made this change work for them.
Basic Knowledge
Transform your software development with proven test driven strategies that boost code quality and slash defects by up to 90%. Learn practical approaches from real-world studies at Microsoft and IBM.
Basic Knowledge
Master the art of handling flaky tests with battle-tested strategies from industry experts. Learn how to identify, fix, and prevent unstable tests from derailing your development process.