Forgejo Documentation says they should be familiar to people who use github actions, they’re not the same but I found that when debugging some a few months back that github information was applicable, if that helps.

I switched to using a microplane (or similar super fine grater) for garlic a few years back, it’s far easier to clean and I like it for ginger, nutmeg, hard cheeses etc.

Found upgrades mildly annoying with GitLab, big reason I moved to Forgejo for my personal stuff. Far easier to setup and maintain for me, seems to be happy with caddy and runners are really easy to setup.

I’m not hosting for an entire org though, it’s just me and I keep all my selfhost stuff local only, so obviously YMMV.

I’m a mechanical eng turned software, computing and the like are super visible but there’s been a huge amount of advancement in physical things in our lifetime, Steel in particular. By no means an expert, some of this I’ve been out of the industry for a while so just operating on memory, totally welcome any corrections!

I’m not a metallurgist, but worked with them, there’s lots of grades out there but some of the stuff being used in automotive is seriously interesting (I think they’re boron grades but I can’t recall), needs specific treatment like hot stamping but they can easily hit into the 1-2 GPa range for yield strength once it’s processed. It’s allowed material to be rolled thinner for the same part strength so you end up with lighter vehicles.

Coatings too have changed a lot, non-chromium passivation is a thing, galvanised materials are no longer just zinc + a bit of aluminum, there’s aluminum + silicon coatings that are supposed to offer decent corrosion resistance at high temperatures, those fancy automotive steels get coated in it for things like mufflers. Construction there were zinc+magnesium coatings starting to show up, supposed to be resistant to coating damage.

Processing has changed a lot in a century too, steel is substantially metallurgically cleaner these days, probably actually cleaner too with more electric arc furnaces and hydrogen direct reduced iron.

It’s oldish these days but pipeline inspection was increasingly using Electromagnetic Acoustic Transducer (EMAT) tools when I worked in that field. It let you do ultrasound inspection of steel pipes without needing a liquid medium, so things like cracks and material defects that are hard (or nearly impossible) to find using Magnetic Flux Leakage tools are a lot more accessible to gas pipeline operators as they don’t need to do things like plan around liquid batching.

I have a 512GB card in my steam deck, seen listings for them upwards of 2 TB, reliability scares me a bit with that much data but still, it’s impressive how far flash memory has come. I remember being excited about a 64MB thumbdrive and buying my first 1GB one.