ReasonML has custom operators that allows for manipulating monads somewhat sanely (>>= operators and whatnot). rescript (reasonml’s “fork”) did not last time I checked. But it does have an async/await syntax which helps a lot with async code. reasonml did not last time I checked, so you had to use raw promises.
I believe Melange (which the article briefly talks about) supports let bindings with the reason syntax.
And this kinda changes everything if you React. Because you can now have sane JSX with let bindings. Which you could not until melange. Indeed, you can PPX your way out of it in ocaml syntax, but I’m not sure the syntax highlight works well in code editors. It did not on mine anyway last time I checked.
So for frontend coding, Melange’s reason ml is great as you have both, and let bindings can approximate quite well async syntax on top of writing readable monadic code.
For backend code, as a pythonista, I hate curlies. and I do like parenthesis-less function calls and definitions a lot. But I still have a lot of trouble, as a beginner ocamler, with non-variable function argument as I need to do “weird” parenthesis stuff.
Agreed! I would have used ML faminly languages. Of course, that implies learning ML before reading the book whereas C is definitely known by more developers as it’s been in all of our courses
It is my understanding that that's what Flatpak is trying to do: "One of Flatpak’s main goals is to increase the security of desktop systems by isolating applications from one another. [...] Limited syscalls. For instance, apps can’t use nonstandard network socket types or ptrace other processes. " [0]
But as my other comment mentions [1], I wish I had the knowledge required to understand the meaning / implications of Flatpak apps. Please let me know if I'm misunderstanding :)
Wow, i have a lot to learn.... Do you know if these sort of things are still possible on wayland ? What about a Flatpak app on Wayland, does that help ? Because I think I've read somewhere that Flatpak apps on X11 was this way, implying that with Wayland it wasn't. I wish i had more time to dive into this sort of stuff...
ReasonML has custom operators that allows for manipulating monads somewhat sanely (>>= operators and whatnot). rescript (reasonml’s “fork”) did not last time I checked. But it does have an async/await syntax which helps a lot with async code. reasonml did not last time I checked, so you had to use raw promises.
I believe Melange (which the article briefly talks about) supports let bindings with the reason syntax.
And this kinda changes everything if you React. Because you can now have sane JSX with let bindings. Which you could not until melange. Indeed, you can PPX your way out of it in ocaml syntax, but I’m not sure the syntax highlight works well in code editors. It did not on mine anyway last time I checked.
So for frontend coding, Melange’s reason ml is great as you have both, and let bindings can approximate quite well async syntax on top of writing readable monadic code.
For backend code, as a pythonista, I hate curlies. and I do like parenthesis-less function calls and definitions a lot. But I still have a lot of trouble, as a beginner ocamler, with non-variable function argument as I need to do “weird” parenthesis stuff.
Hope this “helps”!