csantosb

reproducibility

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Remote #ci is the way to go in #modernhw digital design testing. In this #ciseries, let’s see how to implement it with detail using sourcehut and a real world example.

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Remote #ci is the way to go in #modernhw digital design testing. In this #ciseries, let’s see it in practice with some detail using two of the most popular forges out there.

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How to seek, detect, be notified, analyze logs, understand and react to the different possible kind of issues one may encounter in a digital design is a vast topic of research, well beyond the scope of this modest post. But there are a couple of things we may state about here, though: automatizing issue detection is the way to go. Continuous integration (#ci) testing is a practice to adopt in #modernhw as a way to ensure that our design complies with its constraints. Let’s see this in more detail.

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Guix reveals as a practical means of handling dependencies. However, the amount of information available to start using it may appear as a bit overwhelming for a beginner, letting the feeling of a tool reserved to a reduced community or experts. Far from that. Here you’ll find everything you need to get started with guix, with a light touch on using it for #modernhw.

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As one understands with time and a bit of experience, keeping track of the whole bunch of #dependencies necessary to handle daily when doing digital hardware design may reveal as an error-prone task. And yet, this is not to speak about regressions, incompatibilities and most important, #reproducibility of results. Luckyly enough, this is precisely the problem that #guix intends to solve, in an elegant, minimalistic and open way, using only #freesoftware.

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