TechNom (nobody)

Nice idea!

In addition, we could have an allowlist for honest bots (like search crawlers).

We need three four things:

1. A way to poison the data that will throw off the training without causing perceptible difference to humans. As I remember it, many image AIs were sensitive to a peculiar noise that was imperceptible to humans.
2. A skiplist of AI data stealers, so that their IPs/domains can be blocked in bulk.
3. Eventually, the above technique will become useless as AI data stealers will start using dynamic IPs and botnets to bypass the skiplists. We’ll need to throttle or block data to visitors based on pattern recognition. For example, if the visitor requests linked pages in rapid succession. Or if the request interval is uniform or pseudo random, instead of genuinely random.
4. If the pattern recognition above is triggered, we could even feed the bots with data from AI models, instead of blocking or throttling. Let the AI eat its own s**t.

Oh! I misunderstood. Sorry! Glad to meet a fellow Gentoo here!

I use Gentoo with OpenRC. So my position in this matter should be clear. Anyway, check the last paragraph again to see what I think about systemd’s modularity.

The kernel isn’t a place to play politics. You can’t just yank a component out like that on short notice, even if it has such a horrible story attached to it.

Back then, ReiserFS was mildly popular and its use would have been widespread (that includes me). The users of ReiserFS and probably even the other kernel devs had no idea that Hans Reiser was capable of such a crime. Infact, he was known as a computer prodigy back then.

There are plenty of users who don’t have the luxury of migrating data on a short notice to a different filesystem. Disabling the filesystem would have left them high and dry. That’s why the devs gave it a long deprecation period.

The OP can make the same argument after replacing sudo with doas or su.

There are other applications that use suid (like newuidmap). And there are programs that use capabilities (like ping). I’m pretty sure that this logic will be used to justify assimilating those applications too. But I’m sure that the crowd will cheer them on as if they did something revolutionary.

That’s rich, coming from a company that sued a child whose website domain name was mikerowesoft.com. (His name was Mike Rowe, and the site was about the software he made).

Systemd is too egotistic to even mention Linux. They will simply name it systemd-defenderd.

Don’t believe me? See this!

The vast majority of Linux users consider systemd as a good thing because it apparently makes system administration easier. They also don’t agree that systemd is monolithic, because it’s actually designed modular.

But of course there are detractors. The only thing I like about systemd is its declarative service definition and parallel service startup. But if I wanted to run an OS with bloated and inscrutable software (even with the source code), my choice wouldn’t be Linux or Systemd.

I also routinely switch parts of my OS. This is harder with systemd. Although it is modular, the modules are so tightly coupled that it will prevent the replacement of modular components with alternatives. Frankly, I think systemd is killing the innovation in system component development.

You can uninstall the sudo application and add sudo as an alias for run0 in your shell initialization script. That’s better than them renaming run0 to sudo, because that will prevent people from running the real sudo if they want it.

In practice, all those tight coupling between components mean that it behaves more or less monolithic, despite the claims to the contrary. Replacing them with alternatives is a pain because something else breaks or some software has a hard dependency on it.

So you hate flatpaks and not flathub in specific?

A random one every month.

I have serious doubts about that due to the role of early Ubuntu in popularizing desktop Linux. For many including me, Ubuntu was the first taste of GNU/Linux and it was a breath of fresh air compared to the contemporary clumsy and cumbersome distros like Fedora. Only Ubuntu from those days has any resemblance to the experience we expect from desktop Linux today.

The problems at Canonical seems like a systemic institutional issue, probably related to egotistic management with temper issues. That of course means that Shuttleworth is the source of those personality disorders. But still…

LXD was under the Linux containers project earlier. After the Canonical takeover of LXD, the following changes were made:

1. The repo privileges of the original LXD developers were revoked. Those developers are driving the development of Incus now.
2. LXD’s license was changed to AGPL+CLA

The first point means that Incus is the true successor of the original LXD. The current LXD is a jealously guarded pet project of Canonical in the same manner as Snap and Mir.

As for the second point, I’m usually a proponent of AGPL. But CLA corrupts it so much that it’s more harmful than with a permissive license. The real intention of this license change is to prevent Incus from incorporating changes from LXD (since the copyleft license of LXD code is incompatible with the permissive license of Incus). Meanwhile LXD continues to incorporate changes from Incus, although the Incus developers haven’t signed any CLA. This move by Canonical is in very bad faith, IMO.

So yes - I consider LXD to be untrustworthy. But that doesn’t cover the old LXD code, its developers or its community. Those transformed fully into the Incus project the same way OpenOffice was forked into LibreOffice. And I don’t trust the LXD name anymore in the same way nobody trusted the OpenOffice name after the fork (before it was donated to the Apache foundation).

I don’t think that either of them count as ‘Linux distributions’. And sadly, it matters. Even the bugs are not consistent across distros.

There are two components that define a Linux distribution. The first is the kernel. The other is the core user land that includes the coreutils and libc. This part is made of GNU coreutils and glibc or compatible alternatives like busybox and musl. Every Linux distro has this. The other user land software stack are also similar across distributions, like X/Wayland, QT/GTK, dbus, XDG, etc.

In Android, everything in the user land is different. It doesn’t have the same coreutils or libc unless you install it. ls and find are so common across *nixes that Android coreutils may be reimplementing it. Then you have APKs, surfaceflinger, etc that are not part of regular Linux distros.

An easy test for this is to see if a Linux program compiled for your platform runs on your OS. Linux programs easily run on alternative distros. But Linux programs won’t run on Android or vice-versa, unless you install a compatibility layer.

Mir is not a good example of distro engineering, because it’s an extreme case of NIH syndrome. Unlike what it is today, the original Mir was an alternative to Wayland.

The story started when Canonical decided that X isn’t good enough and they needed an alternative. They chose Wayland first, exciting the entire Linux desktop community. But then they dropped Wayland in favor of the new in-house Mir project, citing several drawbacks to Wayland. The Wayland community responded with several articles explaining why Canonicals concerns were unwarranted. But in typical Canonical style, they simply neglected all the replies and stuck with Mir.

This irked the entire Linux community who promised to promote Wayland and not support Mir at all. This continued for a while until Canonical realized their mistake late, like always. Then they repurposed Mir as a Wayland compositor.

Now this is a repeating story. You see this with Flatpak vs Snap, Incus vs LXD, etc. The amount of high handedness we see from Canonical is incredible.

Most websites still use standard back ends with RSS support. Even static site generators also do it. The only difficulty is user discovery.