I forgot about using those scripts. I’ll have to put Grease Monkey on my newer computer. I added an extension a couple months ago to stop websites from preventing me from pasting into text fields, but I’d guess using a script would be a more efficient way to deal with it than adding an extension for every annoyance!
I’ve spent so little time with YouTube Shorts I didn’t know you could change the URL to a normal video
“We will store backup copies of our code in a secure repository in Switzerland, and we will provide our European partners with the legal rights needed to access and use this code if needed for this purpose.”
If Microsoft is going to actually risk giving access to their source code then they’re really scared!
But really, I read the whole article and there’s nothing mentioned about a blacklight test.
My wife was able to buy a replacement basket from Ninja; that might be the easiest method though perhaps not as cost-effective
I remember as a child my cousin’s siblings would sometimes call her “lizard breath” instead of Elizabeth
When you say the BIOS update works, are you seeing something on the screen? If you connect the computer to an external monitor do you see anything?
@Moredekai@lemmy.world posted a detailed explanation of what it’s doing, but just to chime in that it’s an extremely basic part of programming. Probably a first week of class if not first day of class thing that would be taught. I haven’t done anything that could be considered programming since 2002 and took my first class as an elective in high school in 2000 but still recognize it.
This is good to know; does it still work? I’m assuming with the anecdote involving KaZaA and LimeWire we’re talking Windows 2000, ME, or XP.
I’m no expert but given the repeated efforts from governments around the world to get backdoors added to encryption and frequent pushback from big tech, or at least Apple, I’m more inclined to think there currently, or recently, aren’t backdoors. At least, not easy ones, not official ones. As an example, recall a few years ago there was a terror-related attack in the U.S. where someone tied to Muslim extremists went on a shooting spree before taking his own life (I’m not bothering to look up the details and my recollection could be flawed). The attacker used an iPhone and the U.S. government took the opportunity of strong public outrage to try to force Apple to create a tool to break the encryption on the iPhone so they could examine its contents. Apple resisted and the effort went to court, with the decision eventually being that Apple did not have to break the encryption. The government then revealed that they had access to a third party tool that they used to break into the phone and recover its contents. That’s pretty much been the pattern before and since: a government will try to find a cause that seems likely to gather widespread support and use that to get a backdoor they promise not to abuse, and the companies push back to varying degrees. All the while there seem to be third party tools that exploit various flaws, including zero-day flaws to gain the access the companies won’t provide. My impression is that at least a couple times a year there’s a story about an Apple security update patching these holes and notifying certain users if they may have been targeted.
It’s possible that’s all just theater put on by the U.S. and allies to help Apple or Google tell governments the U.S. doesn’t trust, “see, we can’t even give the U.S. government we’re subject to access, so we certainly can’t give you access.” Given some of the cases that have been used to try to force access, though, I’m more inclined to think the government really doesn’t have the easy access some might like.
Of course, it’s also possible that some of the flaws used by zero-day exploits to gain access are intentionally planted, either by the software companies or by an individual programmer acting at a government’s behest. The later patches could be to maintain appearances to outsiders, since there always seem to be additional flaws. Still, programming is hard enough and operating systems are complex enough that I’m more inclined to say that usually these really are just human error and not something malicious.
None of that is to say that anyone should fully trust these encryption systems. Used properly, they’re probably good enough against ordinary hackers, people just looking for financial rewards. You can keep your family photos, important records, school notes, etc. on them without worrying too much. Financial records you might want to doubly encrypt, just so they’re not so easy to exploit if there is a breach and data dump. If you’re doing something any government cares enough about to really investigate, they’re probably going to find a way into your computer, phone, or cloud service, depending on how motivated they are. Maybe not some impoverished “third-world” governments, but most of the big ones have some resources. I’d be extremely cautious about things that could actually send someone to jail, either in your own country or one that is less friendly.
Typically somewhere between 15-20%. I do a rough mental calculation figuring out 10% by moving the decimal, then either double that or figure out what half of that is and roughly add that amount to the 10% amount, then go with a nice roundish number (to the nearest quarter) in that range. Usually a little higher than my rough estimate for 15% if I’m on that low end just so my rough math doesn’t inadvertently shortchange the server.
I make my calculation based on the total with tax included. I know some people go on the pretax amount.
BONUS: If I’m doing a delivery service like DoorDash, I look up my distance to the restaurant and make sure the tip is always at least equal to the mileage. I used to drive for them and $1/mile was always my minimum. DoorDash at least would typically only kick in $2/delivery, unless there were bonus promos. Since the driver might not be at the restaurant I figure that’s probably enough to get them to the restaurant, then the tip will get them from there to me. Actually, at home my house is several miles from any restaurants, so I usually go $4 above that to make sure the driver doesn’t lose money getting back to civilization. If I’m at a hotel close to restaurants I won’t necessarily do that. If it’s something where I’d like to try to get the best service I’ll go higher; they typically offer the highest pay orders to their top rated drivers first.
I suppose there’s a reason a Brit wrote 1984?
I kind of think going no encryption is arguably better than agreeing to a backdoor, since it should make it clear to consumers that they can’t trust it as safe and should probably use an alternative that would be more secure. I don’t know how many trustworthy alternatives really exist on iOS, though, not least because Apple has allegedly used their position to discourage competitors to iCloud.
As a solid outsider, this whole Rust thing seems like it keeps simmering under the surface in a way that could one day boil over and seriously damage the entire Linux project.
I don’t have a machine capable of running Asahi today, but I also don’t feel like I need it now. Reading this and reading marcan’s resignation makes me feel like I should find some way to chip in to Asahi now so that whenever Apple eventually stops supporting my hardware, Asahi will hopefully still be there and ready to keep the hardware going. I figure I probably have about 6 years of Apple support, but I’m also suspecting Apple might support the ARM hardware longer than they ever did Intel or PowerPC, so I might have even more time.
And some of those parts cost less than a penny to produce or even purchase when done in bulk!
I wonder if it was more effective in his era, late 19th century? Leisure travel wasn’t as much of a thing then, especially to other countries/continents, and the tourism industry didn’t exist nearly as much
It sounds like this would be expanding that to a lot more commercial customers, though?