Just read the standard, it's quite clear from the semantics that it's a stack machine: https://webassembly.github.io/spec/core/exec/runtime.html#st... https://webassembly.github.io/spec/core/exec/instructions.ht...
146 karma · joined December 3, 2016
Just read the standard, it's quite clear from the semantics that it's a stack machine: https://webassembly.github.io/spec/core/exec/runtime.html#st... https://webassembly.github.io/spec/core/exec/instructions.ht...
Where exactly does this come from? Sweden has no need to save face. We've been transparent and had open discussion from the beginning with the spoken assumption that we may, in fact, not be doing the right thing and that we may have to alter course as the situation changes.
The ones who need to save face are the ones which are committing to full lockdown right now. They're the ones who are making a big sacrifice and need to motivate it with the fact that "it's a necessity", seeing Sweden succeed otherwise would be a big blow to their egos and their personal sacrifices.
I will also say that voluntary compliance is still occurring here, which is notable both in what private companies are doing in adapting to the situation, and how the average person has changed their behaviour. This doesn't mean 100% compliance for everyone, which is unfortunate.
The person above you has not said that mutual intelligibility is bad.
You want people to share their culture with you, yet you are fine with them throwing away something which acts as one of the backbones of their cultural history for the sake of an imagined increase in cooperation.
And also, why does everything have to be useful? The useless things in life are often the best. Like ice cream, poetry, wasting an afternoon away, or hacking. In fact that's why I work, to enjoy the useless things in life.
2. You're talking about people who immigrate to an English speaking country, correct? Good advice for people living in Mongolia surely is available in Mongolian.
Mongolians today learn English, at least the guy who went to Sweden to work as a chef that I talked to a couple of years ago did.
I've written a decent amount of Scala, it's fine.
I've also written a lot of Common Lisp, where array access is done using aref. That was also fine.
How many developers who try out new languages are even using Windows? I'd imagine most are on a UNIX-like. Regardless, I don't think it's a big deal either way. You could always make a merge request with a fix if you feel so strongly about it.
It seems that Racket does allow for C-to-Racket calls. You could write a glue program that generates C code that calls Racket functions and returns data, Swift code can then be generated to call that C code. That might be faster.
You don't need too advanced of a type system to implement what you're talking about. With the caveat that doing it in Java would make the code tedious to write ;-).
For example, it doesn't support arbitrary computed goto:s. Instead it supports block-based control flow, where the semantics can either create blocks or jump out of them to lower down blocks. This makes it possible to construct a CFG statically, which isn't possible if it did support arbitrary computed goto:s.
For some there are real-world (often financial) consequences to failure, and that an article about why their egos shouldn't be bruised when facing a failure is the least of their worries.
For example, Apple can only do this because they have the power to remove apps from their store (fine) and because we do not have the power to install apps which aren't from their store (not fine).
If the latter is fixed, then there would be no issue. HKers would be able to install the map, and no one would be able to stop them - because no unnecessary power structure that can be abused exists.
Being paid is not a substitute for enjoying the fruits of one's labour.
I read most of this: https://www.skatteverket.se/privat/skatter/vardepapper/omakt...
This is one guy by the way, so not like a huge effort by IBM.
Frankly, I'd have to drink to endure anyone who thinks in this manner.
Consider a 3x3 board where each cell holds 3 bits of information (each cell can be in 2^3 states). Then for the board you have (2^3)^9 = 2^27 different states.