They have (or had) a system for reactivation that involved endorsement from another account. IIRC it was QR code based, so one of my friends would scan my reactivation QR code and a few verification texts later I’d have my account back. The last time I was banned, it was after I hearted one of my friend’s posts about his graduation.
Insofar as everyone likes the wherewithal offered by pronominal and hitherto conjunctive adverbs
Most of my lab mates are Chinese and I joined WeChat because it was what they all used. Everything was fine except my account kept getting banned for no reason. I had assumed it might be because I accidentally turned on a VPN, but ultimately I concluded it was because they didn’t want the intermingling of Chinese and American accounts, which was literally the only reason I was there in the first place.
Nice! I’ve wanted a tool exactly like that many times. I’ll back it and see.
The closest I could find before were essentially pin to pin continuity checkers, which are useful for telling if a cable is PD only, 2.0 vs 3.x, or has a line break, but most of those can be eyeballed, otherwise metered. So these just checkers just add precision and speed to something you already know how to do.
The runner ups were the (now ubiquitous) inline inductive energy trackers, because they can tell you a bit more about the gauge of the wires in the cable which can be important, especially high amperage 5v like pi 4.B
But to test quality of shielding for high rate data transfer, DP and PCI-E tunneling, etc., the only option was manually user testing with adequately powerful devices.
you could at least
Note: here “it would be nice if” is more polite, since the least one could have done is always
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I wouldn’t necessarily say fantasy. Grover’s only requires 2n qubits to brute force, where n is # of bits mod N.
So consider RSA 2048 / AES 128. Still common. You’re probably in range of wifi that uses it. That would only require ~4096 qbs to brute force. For reference, Osprey (2022) had 400+ qbs and Condor (2023) has 1k+ (with ECC it’s lower but can’t remember how much).
Probably within a decade you can rent a machine with enough for these older protocols, and that’s not a very long time to hold onto data if it’s potentially high value. So “fantasy” might be a stretch.
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For those with pocket change left over this holiday season, the Lumafield Neptune industrial CT scanner can be yours starting at 750K USD. To use it only costs 54-75K USD annually.
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Yeah IMO a win is a win, so if big bad red figures out a way to fix even half of these things, it counts. (Assuming they don’t do it with brute force tactics like murdering people or something.)
We have a friend who looks a ton like him when he mean-mugs, but is nicer than all of us combined, which just makes his Tate face funnier.
Good point, comrade. App services split to separate list.
Done and done
At the level of individual apps, the list explodes. Many progressive web apps can be hosted essentially for free on the potato, so you could shunt your always-on services to this machine to allow low power states on a beefier machine. For example:
Edit: list subitem formatting messed up
Edit: add common micro services, mobile deployment
Edit: add home theater suggestion
Edit: add always-on and PWA examples
If you’re thinking of the author of the Dirk Pitt stuff, that’s Clive Cussler.
My partner’s a Clive Barker fan. Said they don’t know of any historical fiction.
That’s the highest Scoville rating I’ve seen on a USB stick
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I don’t have it on hand, but I remember a study from several years ago that tested a variety of pill and tablet medications for actual shelf life. The big takeaway was that the vast majority of medications degrade extremely slowly unless exposed to moisture, sunlight, or excessive heat, and only a few actually become harmful.
TLDR: it’s safe to take an aspirin from the 1940s, but you might need to take two.