Have you imported the tails-signing.key yet? Usually you can double-click on that to import it using whatever graphical gpg frontend is set up on your system. It may ask you how well you trust the owner of the key. You can answer that question however you want without affecting this verification process.

Next, it looks like you run the instructions from this page: https://tails.net/install/expert/index.en.html#verify

Some of those command line parameters look a little paranoid. The basic command you want to run is: gpg --verify somefile.sig somefile.img

The easiest way to disable unnecessary services is to uninstall them with aptitude, or whichever package manager you like. Try terminating services one by one, and see if anything bad happens. If nothing bad happens, you can probably uninstall it. On the other hand, if the system does get wonky a reboot should fix it. Or, you can research the services by name and decide whether to uninstall them. (avahi-daemon for example is a good idea to uninstall.)

To make the GUI not run, uninstall your display manager (gdm, xdm, nodm, or whatever) and uninstall your xorg server or wayland server. There may be GUI programs remaining after that, but they will only be consuming disk space, not RAM or CPU.

If the battery is old and holds little charge, you may save a few watts by removing it and throwing it away, instead of letting the system keep it topped off.

Get a power meter, such as a Kill-a-watt device. Then, experiment with different settings. If it’s consuming less than 30 watts, you’re probably fine. If you live in the US, one watt-year is about one US dollar (or a little more), so for every watt it consumes, that’s about how much you will pay per year for its electricity.

NTFS is considered pretty stable on Linux now. It should be safe to use indefinitely.

If you’re worried about the lack of Unix-style permissions and attributes in NTFS, then getting BTRFS or ext4 on Windows may be a good choice. Note that BTRFS is much more complicated than ext4, so ext4 may have better compatibility and lower risk of corruption. I used ext3 on Windows in 2007 and it was very reliable; ext4 today is very similar to ext3 from those days.

The absolute best compatibility would come from using a filesystem natively supported by both operating systems, developed without reverse engineering. That leaves only vfat (aka FAT32) and exfat. Both lack Unix-style permissions and attributes.

draw .io is closed source.

I cannot recommend any USB-connected drive for long-term use. (Only for portable devices that get plugged in for a little while at a time.) In the long term, any USB drive will randomly reset during periods of heavy use – including heavy writes, meaning some data will get lost.

USB enclosures tend to just crap out completely after a year or two, if used continuously on a server. I know because I twice used 1TB external drives with OpenWRT (home router) devices. The data will be safe on the drive, but you’ll have to replace the enclosure.

1. My first recommendation would be to look very carefully at the chassis and see if there’s any way at all to fit another SSD inside it. 2.5" SSD’s are usually thinner than 2.5" hard drives, so it may be possible, and most motherboards have more SATA ports than they need.

Is there possibly an NVMe slot on the motherboard? Or an open PCIe slot where you could put an NVMe adapter?

2. My second recommendation would be using a 2.5" hard drive. Newegg has a 5TB one for $135, but unfortunately that’s as large as they seem to go. It will be a bit slower than an SSD, but still probably around 150MB/s for sequential access.

3. My third recommendation, if money is really tight, would be an additional server, with a large 3.5" hard drive. This will be a lot cheaper than an 8TB SSD, but adds complexity, electricity use, space use, and possibly fan noise.

Why is the antivirus software detecting my Cortex-M3 binaries as dangerous to an amd64 computer? Happens on Windows 7 through Windows 10, across 3 different employers.

And how do I submit my builds to Virus Total if they’re getting deleted as soon as they come out of the linker?

The good news is: the error shown there was a PCIe bus error, which means the error is somewhere between the NVME controller and your processor’s PCIe interface. Also good news: the errors you experienced were fully corrected, so you probably lost no data.

So the flash memory in the drive isn’t failing. That’s good because if the flash memory starts failing, it’s probably only going to fail more. In this case, your errors may be correctable: by replacing the motherboard, by replacing the processor, by reseating the NVME drive in its slot, by verifying that your power supply is reliable…

However, if your NVME controller actually does fail, it will be little consolation to tell you that your data is all still there on the flash chips, but with no way to get it. So now might be a good time to make a backup. Any time is a good time to make a backup, but now is an especially good time.

If you keep getting these errors at the same rate, then you probably don’t need to do anything, since the errors are being corrected. If you’re worried, you could use BTRFS and enable checksumming of data.

Using a VPN (like Tailscale or Netbird) will make setup very easy, but probably a bit slower, because they probably connect through the VPN service’s infrastructure.

My recommended approach would be to use a directly connected VPN, like OpenVPN, that just has two nodes on it – your VPS, and your home server. This will bypass the potentially slow infrastructure of a commercial VPN service. Then, use iptables rules to have the VPS forward the relevant connections (TCP port 80/443 for the web apps, TCP/UDP port 25565 for Minecraft, etc.) to the home server’s OpenVPN IP address.

My second recommended approach would be to use a program like openbsd-inetd on your VPS to forward all relevant connections to your real IP address. Then, open those ports on your home connection, but only for the VPS’s IP address. If some random person tries to portscan you, they will see closed ports.

You know that stuff that appears on the screen before the operating system? That is the computer’s firmware. Sometimes it shows a brief memory check, sometimes it has a silly error message like “No keyboard detected. Press F1 to continue.” Sometimes it’s just a big image of the motherboard’s manufacturer’s logo. That firmware exists independently of the operating system, and will run even if you don’t have any operating system installed.

Most people refer to the firmware as the “BIOS”, but technically, BIOS refers to an API between the firmware and the operating system. About a decade ago, some people decided that “BIOS” was going to be replaced by “UEFI”, and operating systems would start having a new way to boot. What ended up happening is: the firmware on all recent computers supports both UEFI and BIOS interfaces (and everyone still calls it “BIOS”). Recent Windows versions seem to only boot in UEFI mode, but most Linux distros can boot in either UEFI or BIOS mode. The GRUB bootloader can also start itself up in either UEFI or BIOS mode.

USB live operating systems are limited in size and may have less functionality than other operating systems, so maybe they are only able to boot in one method or another. Try looking around in the firmware (or “BIOS” if you prefer) to see if you can change the boot method to allow both UEFI and BIOS operating systems.

It may help if you can take a picture of some of the firmware’s boot configuration menus.

In many cases, they will cherrypick security fixes and other major bugfixes from the bleeding edge version, and put those fixes in the old versions of the software.

This is the same thing the PHP folks would do while the old PHP is supported. Once the old PHP is out of support but Ubuntu LTS is still in support, then the Ubuntu folks have to put in the extra work to do the cherrypicking.

You are correct that the Desktop Environment and Package Manager are the most important part of any distro. Of those, the Desktop Environment is the most important. Switching between Ubuntu with KDE Plasma and Arch with KDE Plasma is less visible of a change than switching from KDE Plasma to Gnome in any distro.

Most distros include all the major Desktop Environments: Mate, Gnome, KDE Plasma, and probably several more.

The biggest missing feature between Mint/Ubuntu/Debian is Container-based package management. This is an additional installation method, for “application”-like programs, usually proprietary. Debian has the infrastructure to run these, but you have to find or make the containers yourself. Mint has more support, in the form of a graphical package manager installed by default.

There’s really not much difference in the feature set of distros. Debian, Ubuntu, and Mint have a lot more in common than they have differences.

Desktop environments usually include a full set of these. I just use whichever comes with it.

Linux usually has the drivers already set up right away on first boot. You shouldn’t need to install any drivers. There’s very little bloat. Any superfluous packages are likely consuming no CPU time, just drive space. Every default installation comes with a media player and file archiver, but you can install VLC or RAR if you like them better.

They probably had a bad experience with one or more qt-based programs, or got a negative response when they filed a bug report to a qt program or library. Or, they were using some weird mix of old and new software, and ended up in a weird dependency loop that blocked a large set of packages on their system.

Probably. The most common distros will have the most community support.

Spend most of your effort choosing a Desktop Environment. Fortunately, this can be changed after installation.

Anyone know where the Linux version is? Steam only has Windows and Mac OS versions. GOG only has a Windows version.

I’m assuming there is a Linux version, because this has been posted on https://old.lemmy.world/c/linux_gaming . If that is incorrect, I can’t understand why it would be posted here.