Time travelling dev environments in Guix
Guix time-travel to guarantee reproducible dev environments
Guix time-travel to guarantee reproducible dev environments
We’re excited to announce the First Workshop on Reproducible Software Environments for Research and High-Performance Computing (HPC), which will take place in Montpellier, France, on November 8–10th, 2023! The preliminary program is on-line, and now’s the time for you to register!
Now it’s time to focus on combining all the previous work and making it production ready. NlNet for the rescue, again.
Two weeks ago, on June 27th, we held an second on-line hackathon on reproducible research issues. This hackathon was a collaborative effort to bring GNU Guix to concrete examples inspired by contributions to the online journal ReScience C.
A personal reflection on how I moved from my Debian home to find two new homes with Trisquel and Guix for my own ethical computing, and while doing so settled my dilemma about further Debian contributions.
A core tenet of science is the ability to independently verify research results. When computations are involved, verifiability implies reproducibility: one should be able to re-run the computations to ensure they get the same results, at which point they may want to start experimenting with variants of the computational methods, feed it different data sets, and so on. This is the motivation behind our work on Guix: we want to empower scientists by providing a tool in support of reproducible computations and experimentation.
Static site generator is a program, which accepts text files as input and produces static web pages as output. It can be useful in various scenarios: for building blog, book, documentation, project or personal page for example.
It's time to run the second Reproducible Research hackathon! The first one was from... 2020, already! The date: Tuesday June, 27th. Start: 9h30 (CEST) End: 17h30.
Welcome to the redesigned and improved System Crafters site!
Using Guix publish to run a local caching substitution server.