They call it a polyfill because it polyfills your disk
nah, but storage is cheap bro, you really should just buy another hard drive! don’t even think about going below 4 TB, of course!
/s
Computers and the internet gave you freedom. Trusted Computing would take your freedom.
Learn why: https://vimeo.com/5168045
They call it a polyfill because it polyfills your disk
nah, but storage is cheap bro, you really should just buy another hard drive! don’t even think about going below 4 TB, of course!
/s
atomic has had a meaning for a very long time in IT, don’t pretend that it’s something made up bullshit. with this thinking we could just throw out the word mutable/immutable too, what is it my computer is radioactive and I’ll get cancer from it? of course not, because it has a different meaning with computers, and people in the know (not even just professionals because I’m not one) know it.
atomic means that if multiple things would change, they will either change at once, or if the task failed none of it will change.
sometimes these are called transactions, suse calls it transactional updates. but is that any better? now the complaint will be that suse must have transacted away all the money from your bank account!
and distros are obviously not immutable, that’s just plainly misleading. we update them, someone does that daily. updating requires it to be mutable, to be modifiable.
what’s the benefit of packaging drivers that way? surely not permission separation
since your CPU has 16 threads (“cores” but not really cores, you probably only have 8 of that), if a process uses up all the capacity of a single core, that will have a 100/16 = ~6% cpu usage. In my experience looking for this really works… at least on windows, please don’t hurt me. it should on linux too, but there I don’t have it at such a visible place.
this may not work that much though when your system is under a higher load, and the process you’re looking for also has a higher CPU usage, like 30% or something.
in this case you’ll want to look for the cpu usage of the individual threads of processes with a higher cpu usage. if you have a process which has a thread with 6% cpu usage (in case of a 16 hardware thread cpu), then that process is at fault. by looking at the name of the thread you may even find out what is its purpose.
yeah, but hardware support and buggyness is still a question
yeah, VLAN interfaces and other kinds of virtual interfaces can also be used. I think you can even have multiple “sub interfaces”, that will receive distinct IPs from the local DHCP server
I don’t think they even know that there’s a possible choice. Common people don’t understand computers, not at this level.
Cars is a good example for another reason. Do we have new cars without a built-in internet connection and continuous user (and environment) tracking, and questionable remote control functions? Afaik we don’t.
oh! last time I checked it was still just a feature request. This is cool, thanks!
I could only find this in the documentation of it, though, so probably it’s being kept quiet for a reason: https://forgejo.org/docs/latest/contributor/federation-architecture/
the state of it can be tracked by looking at these issues and these blog posts
but users would, for the most part, not tolerate removing the ability to boot any OS they feel like, so there’s enough pressure that locked shit won’t migrate down to all consumer hardware.
what makes you think that?
forgejo is like github copy, and is a fork of the relatively known gitea. so far there are no federation features
radicle is something similar, but as I understand, with distributed repo management. I don’t know the implications of this.
radicle also has an own cryptocurrency, and is entangled with web3.
while not all cryptocurrencies are scams, and probably the same applies to web3 projects, almost all of them are either scams, or useless for the purpose of using it as a currency. I don’t know how the radicle currency fares, but it made me distrust them somewhat when they started talking about that in their announcement channel, and the fact that since then the channel did not post much else did not help to gain back this trust
another reason for doing that 8s that inotify is not guaranteed to tell about every change. I think it’s in the inotify or inotify-watch man page
solely? I guess that’s quite far because a lot of other, equally or more important features are still missing
solely? I guess that’s quite far because a lot of other, equally or more important features are still missing
I’ve read about Aeon a few months ago, and it seems very nice, but I wish I would have jotted down what made me not consider it because all I remember is that there were a few
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wouldn’t think so. automatic upgrades is as essential feature for desktop systems, yet they are nit really here. I can’t appear at the dozens of my friends (significant amount of them elder) to upgrade their systems every few weeks or a month, or when e.g. firefox gets a critical vulnerability fix
Besides the caveats about disks living longer if they are kept spinning,
I think that’s not necessarily true. I think spinning 24/7/365 has its downsides too, higher temperatures and others I’m less certain about.
are there reasons why I shouldn’t setup a cron job (well, a systemd timer) that runs hdparm -Y every 10 minutes? (for example, could hdparm -y cause errors if run while the drive is being backed up?)
because you’ll often shut it down while someone would be using it. and then it can spin up immediately. the processes accessing it would probably hang for half a minute or such.
there is a better solution, hd-idle, as said in the other response
hd-idle is the solution. it’s strictly better than the HDDs own feature, because if you have some system monitoring software that queries your disk stats every minute, that will always reset that timer. hd-idle is smarter than that.
at that point we could just flip the switch for the case insensitive mode
ship of theseus