BCsven

Yep, this entry explains about btrfs zfs and powerloss reovery, but that buggy hardware could mess with that system. https://unix.stackexchange.com/questions/340947/does-btrfs-guarantee-data-consistency-on-power-outages#520063

My system has been btrfs since 2017. No issues. Maybe you have random powerloss?

So Technically No. Our proprietary CAD was only supported and certified to work on RHEL or SUSE. I wanted to test before commiting to a distro. So I went with OpenSUSE leap since it shares SUSE binaries and has same release and service cycle. It installed and functions well on OoenSUSE While not identical to SUSE, I can say all the complaints I saw online of things not working in Linux were working for me. They sort of have to on a paid distro with support, so it seems to carry to OpenSUSE with the same binaries

1. nVidia hosts a repo specifically for SUSE and OpenSUSE ( probably RHEL too) it meany adding that nvdia url and updating in Yast2 GUI. Everything works, no tearing, no glitches, nVidia app for thermal settings or tweaking.

2)btrfs works. I saw lots of complaints of people saying btrfs filled their drive, etc. SUSE / OpenSUSE as jobs establishes to monitor number and age of snapshots and remove automatically as needed as well as cleaning tools. It all runs behind the scenes.

3. patches, people complain they don't know if a CVE affects them, if they have applied a patch or not, what package etc. On SUSE/OoenSUSE you have several patch, patches, lp commands that show you what has been released, what level and whether your system has it installed, not required, critical etc. Keeping up with CVE and patches is easy.

I assume RHEL will also have these types of perks to make some aspects easier

This site has good benchmarking of unoptimized and optimized code for several languages. C+ blows Python away. https://benchmarksgame-team.pages.debian.net/benchmarksgame/index.html

Agreed. Or look at the manual effort, is it worth coding it, or just do it manually for one offs. A coworker would code a bunch of mundane tasks for single problems, where I would check if it actually will save time or I just manually manipulate the data myself.

I will add if you send a proton encrypted email to a non proton user they get like a weblink version that decrypts for viewing. And it has an expiration date.

Because when it is to actually get paid work done, all the bloat adds up and that 3 days upfront could shave weeks/months of your yearly tasks. XKCD has a topic abut how much time you can spend on a problem before effort outweighs productivity gains. If the tasks are daily or hourly you can actually spend a lot of time automating for payback

And note this is one instance of task, imagine a team of people all using your code to do the task, and you get a quicker ROI or you can multiply dev time by people

A few for different use cases. NixOS on my wife's 14 year old laptop because it proved to handle the hardware the best, and she struggles with change so if that system dies the NixOS configuration can be redeployed identical to how she had it with no additional effort.

Debian on my old IOmega NAS.

OpenSUSE on my personal PC and Work computer, since it supports my proprietary CAD software, and nVidia releases a driver specifically for SUSE/OpenSUSE use.

Some of thaose restrictions get stupid. We had a client ship us their hardware and they included Laser Mouse on the manifest. The US border controls would not allow delivery due to a Laser being included LOL. Had they just entered it as a Mouse the package would have been delivered.

Wow that is a gorgeous image

I meant the USB power coming from dock to charge port on laptop. If you mean USB (thunderbolt) out for display then it migtht not be bidirectional for power. My HP has a USB-C thunderbolt but the power cord has the USBC and barrel power in one plug since the USBC can't charge the laptop.

USB Cable connection, power failing? Is drive set to power down on idle and then falling off the radar?