The GIL (Global Interpreter Lock) gets blamed a lot, but it has no impact on single-threaded performance -- it only matters when multiple CPU-bound threads compete for the interpreter. For the benchmarks in this post, the GIL is irrelevant. CPython 3.13 shipped experimental free-threaded mode (--disable-gil) -- still experimental in 3.14 -- but as we'll see, it actually makes single-threaded code slower because removing the GIL adds overhead to every reference count operation.
В Иране высказались о готовности пойти на уступки США20:44
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让「养龙虾」变得像装微信一样简单
Кадыров назвал не имеющими оправдания действия войск Ирана08:48，推荐阅读okx获取更多信息
my first concern was if i could use the top case, or the Apple Internal Keyboard/Trackpad. fortunately i found an article that allows you to tap into the case's circuitry and solder a usb cable to use it as a keyboard and trackpad for pretty much everywhere.so, this was actually the very first time soldered anything ever lol. i had watched plenty of soldering videos and stuff so i felt pretty confident, and when i finished soldering on a usb-c and plugged it into my main computer, it actually worked!as a side note, the solder pads are quite small and fragile, i learned the hard way by accidentally yanking the cable and tearing the solder pads off the case's pcb. :|so i got a new top case and soldered a new cable again.
Technically, Linux ID is built around decentralized identifiers (DIDs). This is a W3C‑style mechanism for creating globally unique IDs and attaching public keys and service endpoints to them. Developers create DIDs, potentially using existing Curve25519‑based keys from today's PGP world, and publish DID documents via secure channels such as HTTPS‑based "did:web" endpoints that expose their public key infrastructure and where to send encrypted messages.，更多细节参见yandex 在线看