Flavien Huynh

Let’s continue our exploration: by monitoring software quality with a tool, you should benefit from the big quality concepts without the headaches. As we saw

In our previous six part series, we explored software quality, from concepts to benefits as a part of the development process. Now, what if we

As this is the last part of our software quality introduction series, it is time to look at some real examples. From its concept to

We have exposed a nice framework in previous posts: raw data produce metrics and indicators, and a rating model evaluates quality for each project component.

In our previous post, we discussed objectives, metrics and indicators, as powerful concepts to finely assess multiple aspects of software quality (SQ).Using new concepts to

Let’s continue our journey across the software quality (SQ) landscape, as we learned it has the power to improve our code, even ourselves. And it

In this post we’ll show what a healthy relationship with code quality looks like. After our introductory post, software quality (‘SQ’ for friends) might seem

Software quality is a vast field, which has been the subject of many studies, standards and tools for a long time (if we think in

Unidentical twins Code clones can be elusive. First of all, we’re not talking about the dumb copy/paste textual clones, we’re interested in the harder to

To bit or not to bit? Source code is present in pretty much everything we interact with today: phone apps, vehicle GPS, aircraft multimedia or

Like clones from a famous galactic franchise, source code clones can be dangerous if you let them multiply: They carry bugs, which then also multiply.