Microsoft took a big bite out of GRUB, which is the utility that your motherboard uses to dual boot OSes. A Windows update basically borked it and set Windows as the mandatory default OS. It basically makes it so your motherboard can’t properly identify your Linux install(s).

Luckily, you can fix it directly in Windows Command Prompt. But still, it’s a dirty trick that Microsoft has been using recently. Windows has historically been a bad neighbor for other OSes, (for instance, the Secure Boot Module is basically an attempt to make booting other OSes difficult,) but this was the first time in recent history that they have outright prevented another existing OS from booting.

Yup. The big downside to flatpak is that, as you said, it takes up more space.

To make a Windows comparison, imagine needing to install Java separately for every single program that needs it. Flatpaks tend to be orders of magnitude larger than technically necessary, simply because they’re sandboxed and come with everything they need to run, even if you already have it installed.

Throwback to the NES Classic ROM having a ripper/uploader’s signature in the game code. Because Nintendo didn’t ever bother archiving their own games, and just downloaded ROMs from the same sites they were trying to shut down.

Loose lips sink ships. Don’t be that guy, y’all.

The irony is that what they’re talking about is even older than torrents. It’s just less heavily policed.

I first heard about it due to my buddy (a high school English teacher) complaining about how his incoming students were incredibly far behind in basic reading comprehension skills. We ended up having a pretty long talk about it, and he mentioned that all of his colleagues have noticed the same thing.

I did some digging, and discovered that language teachers everywhere have basically been lamenting the fact that the upcoming generation just straight up doesn’t know how to interpret media when it falls outside of their personal algorithms. I ended up talking with another buddy of mine (a writer for a magazine) and he mentioned that they have started needing to change the way they write, because people have simply lost the ability to comprehend what they read. Skimming the first one or two paragraphs is the new norm, even for in-depth news articles. So they have to load as much content into the early paragraphs as possible.

Yeah, the intro is honestly awful. The game suffers from some major Kingdom Hearts 2 Syndrome. The goal is to teach you how larger Witcher contracts work, but it just slogs and there’s very little plot development for the first few hours of the game. The plot picks up once you get out of the starting area and to the Bloody Baron, so withhold judgement until you get to that point.

Also, the combat can be rough in the early game, but the difficulty quickly tapers off as you begin leveling up. By the end of the game, you’ll be mowing through enemies even on the Death March difficulty.

And in general: Dodge monsters, parry humanoids. Many of the monsters have attacks that are too large or erratic to reliably parry, but you can abuse the hell out of the I-frames from dodging. But soldiers go down much faster when you parry them.

Yeah there’s a reason retirement homes serve breakfast at like 5AM and dinner by like 5PM. As you get older, your circadian rhythm tends to drift more towards waking and sleeping early.

I meant specifically with the Apple TV, since that was the topic of conversation. In case you weren’t aware, the Apple TV is just a box. It’s not an actual screen. So the consoles, DVD, cable, etc are irrelevant as they would be plugged directly into the screen as well. You’d just change screen inputs to use those.

Apple TV has a fully functional Plex app. In fact, it’s pretty widely regarded as one of the most compatible Plex clients, and it’s able to DirectPlay all of the major codecs. It’s better than the apps that come built into the major smart TV brands like Roku, as many of those don’t support modern codecs like HEVC/H.265.

Pihole would happen on the DNS level. It’s not something that would require specific compatibility with the Apple TV. Unless you’re not running it on your whole network, and are manually assigning devices to it via custom DNS for each device? That would be odd, but maybe you don’t have control over your router. But even then, you can just change the network settings on your device to point its DNS at your pihole.

As far as android phones go, are you just looking for screen mirroring? Or looking to use it as a remote? Either way, you can do that; There are apps for remote control on the Google Play store.

Existing and future streaming services will likely be better supported on Apple TV than on something Iike a Samsung TV. Hell, my Samsung TV already doesn’t fully support Plex, because the app hasn’t been updated in literal years. Apple is actually pretty well known for legacy support. Hell, their fourth generation Apple TV from 2015 still has support. That’s almost a decade of support. Meanwhile, my Samsung TV is only ~5 years old, and already has apps that haven’t been updated in literal years.

Apple gets flak from the android users every time they phase out an old model of hardware, but in reality they have a better track record than most android manufacturers. It was always funny seeing the Android users memeing about Apple phasing out a 6 or 7 year old device, when their phone is half as old and is already unsupported. Google has improved with this in recent years, but only because Pixel users raised hell and started complaining to the FTC about getting dropped after only 3 years.

One is a Samsung, and the other is a Roku. The Roku is a little bit noisier, but not by much.

If you want customization and the ability to sideload apps, get an Nvidia Shield. There are custom OSes you can load which remove a lot of the spammy ad BS that the Shield’s default OS has baked in.

If you want ease of use and setup, get an Apple TV. It won’t natively run all of your pirated hentai apps, but it at least has Plex so you can stream custom content from a server if you set one up.

AdGuard as a service is alright, but it’s essentially just a pihole that you don’t have any control over. It does DNS level blocking, which means the ads get blocked before they even load on your network.

The issue is that since you’re routing all of your DNS traffic through AdGuard, you’re directly telling AdGuard which sites you are using. So there are concerns that you are just shifting the data collection from the ad companies to AdGuard instead, but AdGuard has the ability to be way more invasive in how the collect data.

Just set up dual piholes (one for your primary DNS, and one for your secondary DNS) instead. You get the exact same end result, without any of the data collection worry.

For consumer grade gear, Ubiquiti is probably the best bet. Unless you want to get into the commercial side of things, but that’s prohibitively expensive for the average person.

Personally I run a GL.iNet system. I like it being completely open source, and the Flint 2 is a workhorse of a router. But as far as ease of use and config, Ubiquiti is certainly more straightforward.

That would only work until your neighbor leaves their guest WiFi open.

What other ecosystems do you need your TV to interface with? It has a remote, or you can use your phone to control it. And it has all the major streaming apps you would want in a smart TV.

I blocked my two TVs from phoning home via my pihole. They are the two noisiest devices on my network, by leaps and bounds.

On a day of heavy usage, my phone and desktop may get ~2000 blocked requests combined. That’s high, but not unheard of. It just means I did a lot of browsing, with a lot of blocked ad requests. My TVs average somewhere around 7500 blocked requests per day, on days that I haven’t even turned them on. That’s an attempt to phone home every ~12 seconds. And it is much worse on days that I actually use them.

I tend to front-load my comments as much as possible, to try and avoid just that. Make the main point ASAP. But even then, there’s only so much you can do without sounding messy.

For instance, I front-loaded the part about reader comprehension. All of the “why” is in later paragraphs. But even if they only read the first few sentences, they’ll at least get my overall point.

It does make nuanced discussion impossible though. I work in a pretty specialized field (professional audio) with lots of snake oil myths about what will or won’t make your system sound better. There have been several times that I have seen people parroting this snake oil type stuff as if it is genuine advice. And often, this advice happens because the person only has a surface-level understanding of how audio works. Something sounds plausible, (and they don’t understand the underlying principles that would disprove it,) so they end up perpetuating the myth. So a lot of discussions boil down to “well kind of but not really” and people won’t bother reading anything past the “well kind of” part.

Yup. The way I’ve always described it is this:

Http means your employer knows you watched porn on the company WiFi, and they also know which specific videos and what your username for the site is. If site security is particularly lax, they may even know your password.

Https means your employer can see you watched porn on the company WiFi, but they don’t know which video(s) specifically, and they don’t know your login info.

VPN means your employer only knows you connected to a VPN. They may be able to take educated guesses at what type of content you were viewing (streaming video, for example, has a pretty easily identifiable pattern of data transfer,) but they don’t know what video you were watching, or what site it was coming from. The VPN service knows you watched porn, but the aforementioned rules about http and https still apply; If you’re using https, they don’t know specifics.

Tor means even the VPN doesn’t know which specific video(s) you’re watching, because they just see a connection to another Tor node, which sees another tor node, which sees another tor node… Etc. In order to know what you’re watching, they would need to own every node in the chain. If they own both the entry and exit node they may be able to match it to you with a timing attack, (they see packets going into the Tor network at the same time they see packets coming out towards you). Again, they can make educated guesses based on pattern recognition, but they won’t have a clear picture without owning both your entry and exit nodes and performing a timing attack.

Now you can substitute “your employer” for anyone who is trying to get your info. Public WiFi spoofer, your ISP, etc…