2"If we raise prices by 10 percent and make things a little bit shittier, we'll lose 5 percent of our user base to pirating and the non-tech-savvy users left behind who don't know how.... Well they can just take another 10 percent up the ass next year! It's win-win!"
Except for using the pen, IR-cameras, booting from USB...
Reminds me of android ROMs about a decade ago.
"My new L33tM@st3r ROM has just been released! Now with kernel tweaks for buttery-smooth performance and major improvement to stock battery life! Comes with it's own tuning app so you can adjust it the way YOU want!
(Not presently working: bluetooth/wifi/camera/NFC/dialler/headphones but everything else is awesome!!)"
Everything is so intertwined, and that's the way they like it. Do I trust some random support bot/person in Google to unhook and delete my compute account from my google identity and not accidentally trash the rest of my 15 year identity with Google/Gmail? Hell no. So my compute account still sits there idle.
I guess it bolsters their metrics, that's nice for them I suppose.
I thought Thunderbird was getting increasingly shitty and slower/clunky, until I realised it was actually my ISP's mail server getting increasingly shit. This became immediately obvious the day that emails started taking 12-18 hours to land in my inbox. Reallllll handy for those time limited account reset emails. Funnily enough, they were planning real soon to outsource their email to another company for the low, low cost of just a few extra dollars a month, opt in now!
Transferred my IMAP inbox to my own domain, everything is now awesome again.
I'm always a bit paranoid about my google compute account. Opened it many years ago, ran a few instances for a few dollars for a few months, had enough, oh look there's no easy "delete just my google compute account" button.
Unhooked all the payment methods, shut everything off, turned out the lights, but it seems I can't leave the building.
Small ISPs at the start of the internet used to provide you with space that you could ftp a few html files to and they'd be visible on the internet at myisp/~yourusername.
Of course that cost them a little bit of money and storage space so when they all got absorbed into megaISPs that kind of thing got dropped. Then it was all up to Geocities and friends or you had to go buy hosting from your ISP, both of which was enough of a hurdle to stop the average person from playing with it.
Cat 3 is a thing and is basically unshielded twisted pair. You can abuse it quite a bit from its voice grade days to cram a few hundred megabits of VDSL over it if it's only from your house to the curb.
I highly doubt that consumer internet in Japan is terminating fiber directly into peoples' computers.
You run fiber to the home and gigabit ethernet or whatever internally in the premises. All your other complaints re: cost and etc aren't really an issue for last mile consumer grade fiber.
I have seen installers run a fiber drop cable across from a power pole, bring it down an outside wall , then staple it to joists under a house, cleave off the end and stick a mechanical splice on it, bang it in the power meter, all good, plug it in the fiber modem, good to go in less than 20 minutes. All this stuff uses standard components and technology that's been available for 10+ years now.
Also no one uses cat3 for data and it can't be run for 'hundreds of feet'. And LC fiber IS used in the US - that's a kind of connector not the kind of fiber
It's probably the standard "last mile" half assed solution where they decide to use existing phone lines and VDSL from a box down the street instead of biting the bullet and running fiber.
To add to this, install fail2ban (most distros have it in their package system) and activate it for the various things that use username/passwords in your system.
Basically it monitors access logs and blocks the IPs that repeatedly fail logins.l for a certain amount of time.
This drastically reduces the effectiveness of brute force attempts - as long as your password isn't, "password" and guessable in one go.
HP and/or Compaq used to make their own PCs in the 90's going into the 2000's.
For example they used to have special motherboards that were basically backplanes and CPU cards to suit.It's quite possible they did dumb shit with IDE connectors/pinouts that meant that some devices didn't work.
It wouldn't have been a major scandal, it just would have been, "yeah some aftermarket drives don't work with HP", which was pretty common across the entire market back then. We're basically in the golden age of system compatibility right now, things were an absolute shitshow back then.
When you have a long thread on a bolt, you run the nut down the thread to where it will be tightened up.
You can do it by spinning the nut with a flicking action with your finger, people do it with long lengths of rag that they then show on social media, or you can do it with a NutRunner™.
As the answer in the link explains, it's adjustment of your scaling factor to the nearest whole pixel, plus a loss of precision rounding to/from single/double floating point values.
So I'm not really sure of the point of this post. It's not a question, as the link quite effectively answers it. It's more just "here's why your scaling factor looks weird in your gnome config file", and it's primarily the first reason - rounding to whole pixels.
If you've got a heat gun, a moderate amount of heat for 30 seconds or so can help. Just go easy on the heat if you've already applied a chemical remover, don't want to gas yourself.
A lot of the software components under the hood in Linux are replaceable.
So you have a bunch of different CPU and disk IO schedulers to suit different workloads, the networking stack and memory management can be tweaked to hell and back, etc etc.
2"If we raise prices by 10 percent and make things a little bit shittier, we'll lose 5 percent of our user base to pirating and the non-tech-savvy users left behind who don't know how.... Well they can just take another 10 percent up the ass next year! It's win-win!"