Everyone just confirming aliteral’s point.

All public companies are, it’s just what Boeing makes things that fall out of the sky if they mess up, so it’s more obvious.

Just have NAS A send a rocket with the data to NAS B.

I remember the clusterfuck that existed before systemd, so I love systemd.

If this was done by multiple people, I’m sure the person that designed this delivery mechanism is really annoyed with the person that made the sloppy payload, since that made it all get detected right away.

Because Bedrock runs on phones, tablets, consoles, and a host of other random crap

And it also removes Linux support. Typical Microsoft.

Seems to me that a lot of the world’s problems start with “well, the managers think…” They all seem extremely bad at the whole managing thing, good thing we don’t overpay them or anything like that.

TIL there are Linux people that don’t use OpenWRT. I always assumed everyone in the Linux community used it. It’s great.

Works great with mt7621 based routers if anyone ends up looking for something compatible.

Linux and a windows virtual machine with a dedicated nvme hard drive and GPU using PCI pass-through. Windows is boxed in but easily accessed when you need it, and the performance is 95% of native, or more. And because of the dedicated hard drive, you can still dual-boot it like normal if you want.

Also, I recommend installing windows 10 enterprise in the VM, minimal bloat.

I use gnome for the most part. I have been checking out kde recently to see how the newer versions stack up (gave up on it during the 4.0 days). As you mention kde supports dpms changes on wayland because they have their own protocol extension for that.

That’s actually my biggest gripe with wayland - the huge amount of fragmentation it has caused. I’m pretty confident that almost all the missing features I talked about are possible on one or two of the compositors, but not all of them. And definitely not on the one I use. I’m sure once some pragmatism takes hold that all the issues will be ironed out, but my plan for now is to stick to X11 until that happens.

For me it’s a million little details that just don’t work. Stuff like positioning windows, removing decorations from a window, remapping buttons on a trackball, setting a graphics output to tvrgb, disabling a display via ssh and enabling it again, etc.

It’s not just about hardware compatibility. It has to be compatible with existing workflows, and it’s currently very limiting.

I don’t work for Apple, but I am an electronics engineer. Just don’t be surprised when your simpler devices start failing.

To be fair though, they just need to make everything USB-C anyhow.

Careful what you wish for. Putting advanced electronics into very simple devices will just make them fail a lot faster.
Some old device just needed 12V over a barrel jack to run some motor or light and charge the battery and it lasted a decade - only failed because the battery got old. New one now needs a state of the art power delivery chip to negotiate the right voltage and current, and all over a very fine pitch connector that will fail if you look at it wrong. Not looking good on the durability front at all.

set -euo pipefail at the top of every script makes stuff a lot safer. Explanation here.

Or libcinder. Or even simply Arduino.

That’s a very arbitrary delineation that just seems to be something you worked out backwards to support your claim. I’m an EE and software developer and I sometimes do projects involving both fields (which would be computer engineering, I guess), and there’s really not that much difference. I certainly don’t see why I would label half of it engineering and the other half not.

I love how the complaint makes even less sense when you look at the KDE mega announcement from yesterday. The third thing listed is a new wallpaper.
Love KDE, but they have some really annoying users.

Xfreerdp and gnome work really well together for me. Extremely reliable and very quick. My only complaint is lack of multi monitor support.

Yeah OpenCASCADE is amazing because it’s the only real geometry kernel that’s open source. There’s a few smaller ones like solvespace, but they’re really more like toys. It’s like the Linux of the CAD world.

Writing a geometry kernel is a monumental task, not unlike writing a real os kernel or a modern web engine. I’ve seen people just lay the basic foundations of a kernel as their PhD thesis. Most of the commercial ones were written decades ago and are still being worked on - the big ones are Parasolid ACIS, ShapeManager, CGM. The last one would maybe be considered a newcomer cause it’s only 15-20 years old.