except RD it looks good.
For bluefast you could either take something with fast releases such as arch or fedora. Or something lightweight with faste boottimes, such as Peppermint or Bodhi.
except RD it looks good.
For bluefast you could either take something with fast releases such as arch or fedora. Or something lightweight with faste boottimes, such as Peppermint or Bodhi.


I assume the judge told openai to hand it over?


does it report the battery status via bluetooth for you?
I asking because I use it on Kubuntu and it doesn’t so have no way of knowing how much akku is left


most are closed loops, but some are not, i.e. cold water enters the datacenter, cools it, and then warm water leaves as waste water.
Strong Dunning Kruger vibes
the irony lol


Would that be like on a tripod in the audience area recording the screen?
yes.
Seems lossy somehow
it is! but that’s where Shannon sampling theorem comes in. The sampling only needs to be twice as good as the source, and then you can reconstruct the source perfectly. (with some assumptions, e.g. correct color gamut, focal point, etc.).


if you have a good camera (2x number of pixels, and 2x colordepth than the movie), then you could make a camrip with perfect quality (assuming some calibration frames, and a cinema that gives no fuck). https://en.wikipedia.org/wiki/Nyquist–Shannon_sampling_theorem
though I guess that’s still too much effort for most, and most early leaks are digital copies, as the other comments suggest.
edit: newer comments suggest camrip with a bad camera


more users means, they should do much better than the ones with less users (assuming each user is worth the same/requires same infra).
at the worst case, a bigger org could just copy paste a smaller orgs system a couple times to get the exact same uptime, with same budget per user*. The benefit of bigger orgs is, that they can consolidate these separate system a big system that is more stable AND costs less. If this wasn’t true, we wouldn’t have big orgs in the first place**.
* yes, it is NOT the same budget for the users. You can’t JUST copy paste the system, you’d also need to think how you split it up. I know there are a million little things to nitpick here, but this can all be solved somewhat easily, and they wont change the overall argument.
** regulatory capture, lobbying, corruption and creating a monopoly could also be consider aspects of “consolidating into a bigger system”. This doesn’t mean why MS shouldn’t be able to be better, it just explains why they aren’t better.


how does it compare to other distros on the chart?
e.g. i can imagine that many military people us RHEL (which already is on the appropriate place on the chart).


MSSQLMS is goat tho
Oh, now I see my mistake. I forgot to mention that while fixing the previous bug on the website, I removed iOS. You are running Nyarch-Linux nyaow


how is IRC cancer?


Here are the steps:
- The attacker creates a standard Git repository.
- They commit a single symbolic link pointing to a sensitive target.
- Using the PutContents API, they write data to the symlink. The system follows the link and overwrites the target file outside the repository.
- By overwriting .git/config (specifically the sshCommand), the attacker can force the system to execute arbitrary commands–
amazing.


deleted by creator
the problem with ORM is that some people go all in on it and ignore pure SQL completely.
In reality ORM only works well for somewhat simple queries and structures, but at some times you will have to write your own queries in SQL. But then you have some bonus complexity, that comes from 2 different things filling the same niche. It’s still worth it, but there is no free cake.


I play PEAK with friends and Oxygen Not Included when alone. Also some Dispatch
kotlin also has ()->{} and {} (when there is just 1 parameter)
yes, just like in the OP
“Social Engineering” is a well known attack vector in cyber security. I can recommend “The Art of Deception” by Kevin Mitnick (or just read his wikipedia page, it’s wild).