wyrmroot

So far, we haven’t been able to trace back to the initial compromise vector in the campaigns seen in our telemetry.

They hypothesize that attaching a compromised USB drive to an air gapped system is to blame. That seems to be a well known vector at this point. Does it matter much what tool is used to copy data once it’s in?

My go to for most of what you mention is Go, but that’s obviously a compiled language and not for scripting. Or is it - What do you think about https://github.com/traefik/yaegi, which provides an interpreter and REPL for Go? It would let you use a performant and well documented language in a more portable scripting way, but not preclude you from generating statically linked binaries if and when that’s convenient.

Early days is one thing, but if this is the entirety of the code

# WIP

Then there isn’t much to have a discussion about…

There’s already some good advice here, especially about virtual environments which might be the most important new concept to learn IMO. But just to let you know - it’s not just you. The most generous view of the Python package situation is that there are a lot of different ways to do it.

a stable experience that isn’t buggy

Stable has a particular meaning with distros but I think the context here is using the plain English definition of the word.

This is probably the worst example to choose, because in the US the generic name is acetaminophen. This is a case where the brand name actually unites understanding of a drug whose chemical name differs by location.

That being said, I still agree with the spirit, let’s stick to referring to the drug and not the brand.

Can we talk about how utterly absurd it is that there isn’t an obvious answer to this question yet? Feels like we’ve gone backwards from the AIM Direct Connect of old.

You had it until the end. Glass has an amorphous structure, not crystalline, but is still very much a solid.

TL;DR: Magnets. China makes almost all of them so any time we see something that might replace rare earth metals we get excited. In this case because a group made improvements to our ability to synthesize tetrataenite, an iron-nickel alloy, by adding phosphorus.