I don’t think that’s what ‘market share’ is trying to represent, but without any context - yeah. You can lump in android phones and set-top boxes and signage and industrial controllers while you’re at it.
I don’t think that’s what ‘market share’ is trying to represent, but without any context - yeah. You can lump in android phones and set-top boxes and signage and industrial controllers while you’re at it.
Is OP adding the Android share to Linux? That would certainly do it.
Only makes sense if you know their definition of ‘Linux’ though.
I think you’d only have to read it once, then you should be able to just filter it out next time you see it.
- Sent from my iPhone
It’s a proprietary config file. I think it’s a list of rules to forbid certain behaviours on the system. Presumably it’s downloaded by some userland service, but it has to be parsed by the kernel driver. I think the files get loaded ok but the driver crashes when iterating over an array of pointers. Possibly these are the rules and some have uninitialised pointers but this is speculation based on some kernel dumps on twitter. So the bug probably existed in the kernel driver for quite a while, but they pushed a (somehow) malformed config file that triggered the crash.
For this Channel File, yes. I don’t know what the failure rate is - this article mentions 40-70%, but there could well be a lot of variance between different companies’ machines.
The driver has presumably had this bug for some time, but they’ve never had a channel file trigger it before. I can’t find any good information on how they deploy these channel files other than that they push several changes per day. One would hope these are always run by a diverse set of test machines to validate there’s no impact to functionality but only they know the procedure there. It might vary based on how urgent a mitigation is or how invasive it’ll be - though they could just be winging it. It’d be interesting to find out exactly how this all went down.
Same. I can see some of it in between popovers about my account being suspended, getting rate limited, or of course “something went wrong”. I don’t understand why there are people who still only post there.
It’s a proprietary enterprise security product so I think it’ll be difficult to get information until they give a proper post-mortem (if they do so). Here’s hoping someone can put it all together though.
From what we have from CrowdStrike so far, the Channel File 291 update was to combat some use of Named Pipes in Windows malware.
This seems to have triggered a null pointer exception in the Falcon kernel driver as it loaded this Channel File. CrowdStrike say this is not related to the large null sections of one of the files but haven’t really explained what did trigger it.
Regardless, the kernel driver ought to have been statically analysed to detect this kind of memory hazard, or written in a language that prevents this class of bugs altogether. This is a priority of the US government right now, but CrowdStrike doesn’t seem to have got the memo.
It’s not that clear cut a problem. There seems to be two elements; the kernel driver had a memory safety bug; and a definitions file was deployed incorrectly, triggering the bug. The kernel driver definitely deserves a lot of scrutiny and static analysis should have told them this bug existed. The live updates are a bit different since this is a real-time response system. If malware starts actively exploiting a software vulnerability, they can’t wait for distribution maintainers to package their mitigation - they have to be deployed ASAP. They certainly should roll-out definitions progressively and monitor for anything anomalous but it has to be quick or the malware could beat them to it.
This is more a code safety issue than CI/CD strategy. The bug was in the driver all along, but it had never been triggered before so it passed the tests and got rolled out to everyone. Critical code like this ought to be written in memory safe languages like Rust.
I’d unsubscribe from !linux@lemmy.ml for a start.
I’m pretty sure this update didn’t get pushed to linux endpoints, but sure, linux machines running the CrowdStrike driver are probably vulnerable to panicking on malformed config files. There are a lot of weirdos claiming this is a uniquely Windows issue.
wouldn’t changing it just end up performative
Exactly. Sidereal time does get rid of time zones and leap years, but it’s still referenced to a single physical object and relies on a arbitrary choice of start point. So it doesn’t create some perfect cosmic time standard.
The international date line doesn’t help since that’s just 180° offset from Greenwich itself.
The point of standards is that they can be followed by everyone. The AD/BC epoch is fine. The Greenwich meridian is fine. UTC is fine. Changing them would cause so much disruption that it cannot be worth it.
Daylight savings can go die in a ditch though.
doesn’t change
Citation needed.
Do you use leap seconds to stay in sync with earth’s rotation? When would they be applied? How would spacefarers be notified of these updates?
Also, what meridian do you choose for this ‘universal’ time? Is it still Greenwich? Because that’s peak colonial baggage.
Godbolt to the rescue! So gcc 13.2 certainly does produce the same code, though a lot of other versions and compilers do it slightly differently. Surprisingly, clang doesn’t optimise this and uses idiv
for the modulo version.
Usually aluminium or glass. There’s a metallic coating applied to the outside surfaces that stores the data. That layer is very thin though, so most of the material is the substrate.
Why not switch to NixOS and run Duplicacy in an Arch Distrobox on top?
Better hope you set undofile and undodir is writable.
Doesn’t flatpack use dpkg
’s update-alternatives
or something like it?
Microsoft PowerToys has a pseudo-tiling wm for Windows. There are loads of new options on Linux so while few people from the total population are using them, I think they’re growing.
I’m sure you could get by without a terminal on modern desktop oriented distros. Windows has it’s own weirdness, like having to manually edit the registry. Just because there’s a GUI for that doesn’t make it a better user experience. A ton of issues are basically unfixable by users on Windows and Mac. I’m not decompiling their kernel to figure out why sleep is so flakey. Linux is much more reliable.
ldconfig
sets up links and caches for loading library code. That might be an issue if your install is broken between updates. You can use ldd
to check if code can be looked up. ldd /usr/lib/x86-64-linux-gnu/libpcre2-8.so.0
should show no errors. Likewise for ldd /usr/sbin/init
.
(Your paths may vary)
When in doubt - C4!