This is their last hurrah where Sony is primarily in control (yes, the panels are from LG et al. and the main processor is a Mediatek, sheesh). The TCL JV will formally commence in FY 2027 (April 2027).
(note that this refers to the Windows NT kernel's operation because it had historically a POSIX emulation layer (NT Personalities), not the modern WSL which is just Linux in a Hyper-V)
Well, in that case it's a good thing I guess. Windows is orders of magnitude better when it comes to memory management on the desktop compared to Linux. Like why would I even want a single process killed by OOM killer? On Windows things just work, or get slow. On Linux it works and then mayhem ensues.
Last year I was writing a reply on a forum in Firefox on Linux when the OOM killer decided to nuke Firefox. Poof gone, mid keystroke. How does anyone think that's acceptable?
This was on a stock Linux distro, nothing special.
Actually, it depends on the Windows scheduler settings. On Windows Server, the default is to kill the foreground process (on the assumption that it is just a management app rather than a critical server component).
In either case, Windows tries a lot of things to avoid killing processes. Which at least in a desktop setting is an infinitely better approach than random beheadings without warning.
Basically, CT did indeed worked as designed, but there was no monitoring by the domain authors (which to be fair there are a dearth of solutions of the time).
On a related note, Let's Encrypt also issued the presumably-interception certificates. This can be possibly something that requires interception at the VPS level (otherwise we already detected the BGP leaks). Presumably, Hetzner was forced to do a raw interception and then redirecting all relevant ports to a middlebox for inspection and CA issuance (and since that the ACME spec is well-defined, they can simply check if the handshake contains the TLS ALPN challenge and then redirect them to special code that will reply with the correct things).
I can see why you thought it was, but "Open Price" in Japan means that the manufacturer has forgo setting the price themselves, unlike the previous policy that the price is dictated by Nintendo (in this case). The wholeseller's price... is simply not disclosed here, there's an NDA on that one (even with other companies such as Sony).
I won't dispute you or even cassianoleal, but compared to how was US in 2005 (just barely finishing check/que digitalization), Brazil is indeed faster in this forefront (and it enabled the creation of Pix in the first place).
As already stated multiple times here, the CRLF is actually the "correct" way (at least in the telex days, where CR and LF have actual meanings of "Return Carriage to home" and "Feed a new Line"), while the LF-only one is a Unix "hack"/abstraction (which was actually converted back into CRLF if fed to a telex or a terminal). It is not really a surprise that DOS, which was inspired by CP/M, simply copied what was supposed to be a physical signal. This is the reason the ASCII/ANSI code has a BEL indicator for ringing a bell. In short, CRLF is the way to handle newlines at the time that DOS was designed. You will expect that CRLF is the ending because that's how terminals work (unlike with the magicking Unix which smooshes two differing things into a character).
If you are writing a developer suite, whether you're Delphi developing for MS-DOS or Microsoft developing for Apple II, you kinda have the idea of how things should work (because you have the reference book for the platform, not the compiler/language). It is not the assumption that the OS provides abstraction for text - in thise days, everyone just implement it from scratch, really ("code page" was from literal code pages, where each character has a well-defined byte). This is manifested in command-line handling on Windows: the platform convention is that it is just a flat string, and the C runtime determines how to chop that up (MSVC and Intel C has historically disagreed heavily here) The abberation of Windows only having CRLF is because Unix-based designs took over the world: macOS is Unix, Linux was insiped by Unix, *BSD was Unix-derived.
MTA-STS, a very recent standard (RFC 8461), only allows CRLF as the line terminator (to the chagrin of *nix lovers, and to the fact that a majority of mail systems are being operated on *nix systems)
a) It still affects their bottom-line: the issuer might still try to dispute this using a different code despite payment scheme (formal term for Visa et al.) rules, and the merchant targeted is prone for fraud (for example, airlines have been hit with this by exploiting tourists looking for cheaper tickets by offering them suspiciously cheap tickets on seemingly-trustworthy websites by fraudsters and funding them by insecure cards)
b) Misinterpretation of mandatory rules: PDS2 is applicable only for EEA customer - EEA merchant, but some extended it for whole world despite the rules literally dictating the limits
c) Soft friction for encouraging domestic card usage: because of accept-all rules by payment schemes (and no local rules that allowed merchants in a region to reject international payments), this is a way to block US cards by guise of fraud prevention (because international cards are expensive for merchants to process)
Wow, c) never occured to me but makes total sense.
b) can probably explain this happening for EU merchants, but I've also seen this in Japan and Central America, and I think even before PSD2 in the EU.
That's what I love about the payments space: While you're absorbed in your own game of checkers, you never know if your opponent is actually playing 1d or 10d chess :)
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