Otherwise swift works just like any other clang/llvm project and the tooling is basically the same.
1,540 karma · joined September 9, 2017
Otherwise swift works just like any other clang/llvm project and the tooling is basically the same.
tcp_now’s maximum cannot physically reach 2^32 because the trailing zeros of that number exceeds the bit width of data type.
Therefore, tcp_now + 30000 will wrap when tcp_now is equal to 2^32 - 3000. Your inequality sign should be strict <, otherwise the result does not follow.
My uptime resets only when forced by an OS upgrade and I have never experienced this issue. This is consistent with the sleep-heals-the-stack theory.
Not sensible. completely insane.
That means there are exactly two of us.
But you can bridge build setting variables using some clever xcconfig macros that combine both preprocessor systems.
But a lot of what you said, except for the concurrency and property wrapper stuff, largely exists for Obj-C interop. The generated interface is more readable, and swift structs act like const C structs. It’s nice.
There is a particular hard drug that I could be easily addicted to if it were cheaper and more accessible. Nothing else like it gives me irresistible craving for more. Not nicotine, ADHD meds or speed, benzos, and not even opioids have the same effect. So after I discovered this about myself, I went on a little journey to self test myself other possible addictions.
Social media? Nope. Video games and tv? yes. Gambling, hoarding, shopping: No. Sex: yes. Exercise: yes
I can’t rationalize any of it.
Go look at any of Apple’s sample code. Outside of UIKit/Appkit, most of their samples target both platforms simultaneously
And no just because the compass is #ifdef’d out when CoreLocation is compiled for MacOs does not count as “divergent”
What does this mean? Mac Catalyst is native. It’s just a thin bridge between iPhone’s UIKit and AppKit on MacOS, which are really the only two divergent frameworks in the entirety of the massive Apple SDK.
What is this in reference to? I tried to search for it but only found this comment. “Github while loop fix that was in review for a year”?
You can also look at the source code for the language if any it’s confusing. It’s very readable.
But I believe most vans on the market have an AWD option. Ford Transit and Volkswagen IDBuzz both offer AWD. Toyota’s Sienna is (only?) AWD with a silly lifted trim for the off-roading soccer mom market. Chrysler’s van is AWD.
That leaves the ProMaster as the only two wheeler I’m certain about. Mazda and Kia also have vans, unsure about their drivetrain options. Did I leave anyone out?
You walked by half listening to a conversation, stuck your head in the room and said something tangentially related but more confusing.
There are distribution and development certificates that can all be used for signing a binary. Different rules for each, and there's also auto-signed (com.apple.provenance). It's all documented on Apple's website if you want to read more about it. But I suspect you already know this and are just trying to pick a fight.
If you compile hello-world.c into a binary then it will have a placeholder (ad-hoc) signature that was signed by an "empty" key that can never expire. The Go compiler isn't doing anything special. By default all binaries are signed this way unless they were compiled with the explicit intention of App Store distribution.
And the above does not apply to .app bundles.
You can of course override this behavior and redraw your vector every 8.3 ms if you want, but I promise you that this is not faster. For sparse pyramid-tiled vector images like Google/Apple maps, this is a two step process using the latter method followed by the former.
Swipe left on the song to reveal the delete button.
> Want to scroll to the middle of a song?
Does dragging the scrubber not work for you? Can also be dragged in the control center.