Going by the example in the Github, it looks like a right-to-left Lisp with Arabic keywords. Does that fully describe the language or is there more to it than that?

I’d be interested in hearing about the parts that are more influenced by Arabic than Scheme. Are there any beyond the keyword language and writing direction? Like a new keyword that does something useful but has no equivalent in Scheme because the concept isn’t easily expressed by an English keyword?

As someone who knows very little about Scheme or Arabic, what are some aspects of this language that might be novel or interesting to someone with a background in mainstream languages?

Hey, I like checked exceptions too! I honestly think it’s one of Javas’s best features but it’s hindered by the fact that try-catch is so verbose, libraries aren’t always sensible about what exceptions they throw, and methods aren’t exception-polymorphic for stuff like the Stream API. Which is to say, checked exceptions are a pain but that’s the fault of the rest of the language around them and not the checked exceptions per se.

That texture healing looks super nice. Is that something fonts can just do or does it require special editor support?

I’ve never gotten past MV lol, looks like no sleep for me

Seconding this request, this is the number one thing that has me keep going back to other apps.

If you don’t need to reuse the collection or access its items out of order, you can also use Iterable which accepts even more inputs like generators.

…What are they actually launching though? I mean I love the payment scheme but I can’t get excited over this without an actual good product being sold.

The one case where I prefer video is when I know next to nothing about the topic and the other choice is mediocre to low-quality writing. Most people aren’t great technical writers, and it’s easy to skip over steps either because the writer assumes too much prior knowledge or simply because it takes effort to put that information in. On the other hand, videos are the opposite where it takes effort to cut stuff out, so you usually get all the steps which is what I need when I don’t know anything.

If I have the option of a well-written, step-by-step tutorial though, or if I already know the topic and have a vague idea of what I’m looking for, then text is much better for being able to search/skim/go back and forth at my own pace.

Really? I would argue that pocket calculators are AI

The behavior is defined; the behavior is whatever the processor does when you read memory from address 0.

If that were true, there would be no problem. Unfortunately, what actually happens is that compilers use the undefined behavior as an excuse to mangle your program far beyond what mere variation in processor behavior could cause, in the name of optimization. In the kernel bug, the issue wasn’t that the null pointer dereference was undefined per se, the real issue was that the subsequent null check got optimized out because of the previous undefined behavior.

Do you care about modeling the cells? If not, you could represent each row with just a number. When X plays, add 1 to all the rows that include the position they played, and when O plays, subtract 1. If any row reaches +3 or -3, that player wins.

As for rotation/reflection invariance, that seems more like a math problem than a Rust problem.

I’m not sure this blog post makes the right comparison. Based on my admittedly limited experience, OCaml modules seem more comparable to Java classes than packages. They’re both bundles of functions and data, except the module contains data types instead of being the data type itself. Classes have basically all the features of strong modules like separate compilation, signatures (interfaces), functors (generics), namespacing, access control. These examples of OCaml modules are all things that would be implemented as a class in Java.

From this perspective, rather than Java lacking strong modules, it actually has them in the form of classes. It’s OCaml which lacks (or doesn’t need) an additional package system on top of its modules.