I wanted to search for the postman tracker’s address, so went to check on notbob.i2p. website unreachable. Isn’t this a relatively fairly popular site here?

Edit: on a second try it now loaded in ~10 seconds.
This latency is probably not to much of a problem, but two things:

• the instability that it couldn’t even start loading the site, and it’s regularity
• if a text site with few graphics takes this much time to transfer, bittorrent and movies will be even worse because that’s often not compressible

1-2 days is slow but acceptable I think. It’s a compromise.

But for some reason for me it’s much slower, even though I run a router that participates in routing and usually has 50+ or even 3 digit share ratios, with ~80 GB traffic a day in both directions, so it must be integrated well.

Now I realized I have only tried a single I2P torrent yet, and it was just 2 MB, and my experience was coming from both i2p sites and outproxies often being very slow or unreachable with the common tunnel settings.

Sorry about the late reply.

I don’t have access to an apk of paid Boost for Lemmy, but this is what Exodus Privacy has to say about it: https://reports.exodus-privacy.eu.org/en/reports/com.rubenmayayo.lemmy/latest/
The app does not have Lemmy in the name, but I assume it is the Lemmy version because of its package name

You can also check it locally by
a) installing App Manager from F-droid, and when they boost app’s details are opened, use the Scanner feature. It is a larger action button in the vertically scrollable button bar below the app name
b) export the APK to your computer, and use JADX from github to disassemble the APK. you should be able to see the layered packages and source code of the embedded trackers.

Yes, what you described is app flavors, and is a feature of the android sdk. However, the dev probably didn’t remove the dependency incisions. Even if they now don’t issue a specific initialization call at app startup, the tracking frameworks have registered their own content providers and broadcast receivers in the androidmanifest file at build time, which will be started at app startup before other components of the app.

I apologize for the confusion

Meta is working to address these concerns

Sure, they are working to solve these concerns by teaching their LLM to lie and obfuscate, and by becoming so big nobody sues them anymore. I’m sick of this.

It’s pretty hard to not use their services when among else even fucking university courses only upload their content there.

Fixed a word, it was supposed to be unavoidable, not unavailable.

Depends on the penalty

I2P and it’s sub 100 kb/s speed? Series, games would never finish downloading, but then also only those torrents are accessible through I2P that are published to an I2P tracker, there is no DHT (yet?). Clearnet torrents and clearnet peers are not accessible through I2P.

Or is it something on my end that makes it that slow? ISP download bandwidth is stable and much higher.

Isn’t that the same app (in the store), though?

I wouldn’t care that much either that it’s not FOSS, however I do care that it’s filled with trackers, similarly to Boost for reddit

RIP? what has happened to kbin?

I can’t morally justify blocking ads and viewing their content for free.

I can’t morally justify anything they are doing, and have been doing for many many years already. Yet I use their public services because they are unavoidable. But I would never give money to such a company.

Ads need to be tailored to the user when delivered

1. It does not. If you install a new browser and open YouTube the first time, they’ll be able to show ads to you
2. They could be tailored based on other factors too, like country, region, or even household by the IP

I think the backend could just generate the ad ridden video feed for the specific user. Most probably it would be very resource intensive, but I can only hope so… but then I also don’t know much about HLS and other fragmented streams so it might not be a performance problem at all.

like a linked list

I think the full list of chunks is (currently) known beforehand. That’s how yt-dlp can download on multiple threads, but also how it can show the number of total fragments relatively quickly on the progress bar

How?

By the way, yes, it is.

In the end their name, their achievements and their reputation has been transferred, and nothing else. I feel they (the studios’ teams) have been made use of to then deceive people who trust the names.

I’m sure you’re building the best business you can.

The player does not have to be elevated. With an unelevated player the file exploiting such a vuln would be able to execute code with the privileges and access of the player

The way I understood was that it’s not a problem if the system does something bad because the newcomer I directed there won’t know anyway.

Sorry if that is not what you meant, but the comment has read like that.

Did you read my comment in it’s entirety?

For programs, that is not a problem.
This is a problem for data.

Why? Because you very rarely need to read the program’s “content”, and when you do, you’ll instead go look at the source code anyways. But for binary data files there is no source code that is the equivalent of the contents in readable form.

If you want to read it as a human in your text editor, good luck with making sense of it. If you want to read it with your program it’ll have to pull in a tree of dependencies out of questionable necessity, and any of that dependencies could have a severe bug or a security vulnerability that affects your program and it’s users. And the only reason you needed to import that lib is to be able to parse this binary format. It’s not even a common one like an archive format, but a totally custom made format of systemd.
And then there’s another problem. You may be able to make sense of the binary data with your bare hands and a text editor, but you better not edit it that way, because you may mess up the delicate offsets, or you may wanted to replace a value (e.g. a string, out some kind of list) with a longer one but you can’t because of the former problem.

Binary is ok for programs, and you know what, it’s also fine for data in transit (network) and of course archives.
But for data, whether it’s a log file or configuration, or some other that would be totally fine in text format, it’s just annoying, limiting, and overcomplicated.

That’s a bad point. What that logic introducing someone to windows is not bad because they don’t know about it’s data mining components anyway.

I’m not saying systemd does that. I’m saying that you basically said: “they wouldn’t know even if that was true, so it’s fine!”

Nothing is hidden, it’s all there

Yeah, of course, it’s all there in binary. For programs of course that’s not a problem, but for data that you may need to look at any time, it is. It’s harder to interpret both for humans (significantly) and both for any program that want to make use of it (unless they use the specific library that came up with the format, and by that also pulling in all its libs transitively)

Binary data is not much less obfuscated than the system files of windows. It’s all there, you can read it