Accessing printers? Resolving hostnames of internal hosts? I can’t imagine having a lan without mDNS
Accessing printers? Resolving hostnames of internal hosts? I can’t imagine having a lan without mDNS
I think this will change. Nvidia hired devs on Nouveau, NVK is coming along, etc
Some of it probably comes from other companies that are unable or unwilling to relicense it even if Nvidia wanted to
Looks like the birdie has escaped phoronix…
In the small chance that this comment is serious, Nvidia is found this because the corporate server-based customers need the ability to troubleshoot and debug the driver.
The actual trade secrets are being moved into the proprietary firmware blob and out of the driver.
I’m pretty sure there’s nearly zero overlap between Monero users/people who actually use cryptocurrency as payment and “crypto bros” (those who use Bitcoin and shitcoins as investments)
PNG is a rather slow algorithm based on the DEFLATE compression from zip/gzip. You could extract to bmp or some other uncompressed format. First, to ensure it is lossless, make sure it supports the video’s pix_fmt without needing conversion.
This would not be the default behavior of yt-dlp. Run yt-dlp -vF <video>
to view the sort order used. Acodec should come before abr.
It used to be the behavior of the original youtube-dl, however.
Resampling does not lead to any perceptible quality loss, but encoding to aac with libavcodec’s encoder (as YouTube does) definitely will. At the very least, it cuts all frequencies above 15 kHz which are potentially audible. Opus does not, and 128k opus is usually considered transparent.
I can’t find it but somewhere there’s a very detailed explanation from Monty himself about it
Are you using the very latest version? YouTube changed their site again a few days ago and it broke yt-dlps ability to find all thr formats. Update yt-dlp and it should be back to normal. yt-dlp will prefer the opus when it is available by default.
Opus is much better than (YouTube’s) m4a. m4a is better than mp3 (which is an obsolete 30 year old format). YouTube doesn’t serve mp3 (so creating one means re-encoding), and re-encoding lossy formats always loses quality.
I’ve never had any issues getting mail delivered to major providers
yt-dlp is pretty much the standard program for it https://github.com/yt-dlp/yt-dlp
It is installable as a python module, so it should be easy to sandbox if you need to (though it requires ffmpeg too). Nowadays I almost view it as a standard unix utility though and wouldn’t think twice about installing the native package
Ok but I don’t see how that was ever in dispute?
I have a 5900x (zen3), and apparently I got a bit unlucky with the silicon and ended up with a CPU that’s slightly unstable at its stock voltages and stock boost clock. The system would freeze and reboot randomly, and the bios would report an MCE error. This crash could be reproduced with near 100% success by doing sha1 hashing specifically for some odd reason. This is not a Linux issue, it’s a hardware defect.
It may be an Asus motherboard specific thing, but I found a workaround by going to the bios settings, precision boost overdrive, and increasing the voltage scalar to like 7. Now it’s been two years and I have only ever had it happen once since I changed that, so I’m happy.
It’s unfortunate that the other users are ignoring your actual question… You should still be able to bind qbittorrent to the wireguard interface, and you definitely MUST do so in order to make sure you’re safe (if the VPN drops, you don’t want it to fall back on your normal connection). If you aren’t sure what the wireguard interface is names, try running ip a
before and after activating the VPN connection and compare them.
Port forwarding allows other users to connect directly to your torrent client. Without it, it’s much more difficult for you to connect to other people who aren’t port forwarded (though not impossible if there’s a third, mutually connected client who can facilitate initiating the connection). Things will generally still work without it, but youll connect to fewer people, so it might be slower. And if you’re downloading rare torrents, you might have to be patient and wait for someone else to join and facilitate the connection
Also, if you happen to be learning Japanese, Chinese, or Korean, check out https://github.com/themoeway/yomitan
Facebook may be evil but I don’t think they’re anywhere near “inject malware into global supply chains to push adoption of a public engineering side project that they don’t directly profit from and most executives don’t care about” level of evil. Is it possible? Sure anything is possible, but that is wildly beyond many many more plausible explanations and there’s zero evidence leading us down this path. And why would they go through the trouble of backdooring zstd, which has a highly observed codebase, when they just successfully backdoored lzma because it didn’t have a lot of maintainers?
While it’s true that zstd is commonly favored for having “good” compression at blazingly fast speeds, which is useful on the web and on servers, Zstd 's max compression setting (zstd --long -19
) is actually within about 5% of LZMA’s but faster, so it replaces most use cases of LZMA except when that extra 5% (and that’s not even constant; some inputs are even better on zstd) really does matter at all speed cost
The first 3 seem incredibly far-fetched.
I think it’s likey that, of all the mainstream compression formats, lzma was the least audited (after all, it was being maintained by one overworked person). Zstd has lots of eyes on it from Google and Facebook, all of the most talented experts in the world on data compression contributing to it, and lots of contributors. Zlib has lots of forks and overall probably more attention than lzma. Bz2 is rarely used anymore. So that leaves lzma
Wait till you hear about the idiots who unironically make that argument for banning Bitcoin too