Awful naming. Forgetting the fortune 500 company you're already thinking of, there's already a Meta Lang, abbreviated to ML.
Besides that, does it have any 'meta' features? E.g. Homoiconicity?
Hello!
This is the current Lemmy equivalent of https://www.reddit.com/r/ProgrammingLanguages/.
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Awful naming. Forgetting the fortune 500 company you're already thinking of, there's already a Meta Lang, abbreviated to ML.
Besides that, does it have any 'meta' features? E.g. Homoiconicity?
Omg im gonna fuking rage if i see any more of these horrible names. Ever had to search for something, yeah?
Its impossible to find anything about a topic if your keyword is something like meta, signal, element, matrix, session, rust.
People think its a joke when we say us developers are terrible at naming things.
Theres this phenomenal automation app on android called "automate". Searching for anything marginally related is a PIA.
For anyone curious, FizzBuzz:
Meta [
Title: {Fizz Buzz math "game"}
Author: "Kaj de Vos"
Rights: "Copyright (c) 2021,2022 Kaj de Vos"
License: {
PD/CC0
http://creativecommons.org/publicdomain/zero/1.0/
}
Notes: {
https://en.wikipedia.org/wiki/Fizz_buzz
https://wiki.c2.com/?FizzBuzzTest
https://www.rosettacode.org/wiki/FizzBuzz
}
]
For counter 100 [ ; Count to 100
Third?: unless modulo counter 3 [write "Fizz"] ; Display "Fizz" every third count; remember whether we did
Any [
unless modulo counter 5 [write "Buzz"] ; Display "Buzz" every fifth count
third? ; Remember earlier result
write counter ; Display the number if not third or fifth
]
Write " " ; Separate the displayed items
]
Write new-line ; Return the text cursor to the start of the line
I find that very hard to read.
What I am not seeing is how it is much different than other languages. But hey, they had me at Atari!
It's not so bad in a proper editor. These are very long lines and wrapping makes it worse than it is.
Complexity Bias. I had it too. Withers away with time.
I scrolled a lot before I gave up looking for an example. No thanks.
link to examples in the post description, and there's a link in the page header.
Honestly, agreed. This reads more like a manifesto than a useful language introduction.
Wdym, examples are linked in the post's description and in the site's header?
REBOL is one of my biggest blind spots in programming language familiarity. I remember there was another REBOL revival project called RED, which always boasted huge feature sets with small amounts of code, though I never got around to investigating those claims myself.
This project seems to aim to provide strong foundations for a more performant compiler, but still lacks the most powerful REBOL features. I wonder if anyone can summarise those features? In particular, is there anything fundamental that distinguishes REBOL from Lisp, Smalltalk, Ruby, etc?
Also to be fully homoiconic, Meta needs to be able to manipulate its own code. Currently, that is done by REBOL 3. REBOL is homoiconic, and Meta is currently a REBOL 3 format. It will take a lot more to enable Meta to handle its own code, so that will take time. Even though REBOL and Red are homoiconic, they're not implemented in themselves. REBOL has a C interpreter and Red a Red/System interpreter. Meta is two to three orders of magnitude faster and designed to be able to implement itself eventually.
Red/REBOL are a data format first. Many native data types. Lisp uses Fexpr and Red use a basic token. Each character!
Originally Posted on Hacker News by 9214
Red (and Rebol) are based on research in denotational semantics that Carl Sassenrath did. I'll try to briefly explain the main points.
Everything starts with a UTF-8 encoded string. Each valid token in this string is converted to an internal data representation - a boxed structure 4 machine pointers in size, called a value slot or sometimes a cell.
Value slot is composed of a header and a payload. Header contains various flags and datatype ID, payload specifies exact content of the value. If content doesn't fit in one value slot, then payload contains a pointer to an external buffer (an array of value slots, bytes, or other units + offset and start/end addresses IIRC) with extra data.
So, lexer converts string representation to a tree of value slots (this phase is called loading), which is essentially a concrete syntax tree (CST) — this is the crux of homoiconicity.
https://github.com/red/red/wiki/%5BDOC%5D-How-Red-works,-a-brief-explanation
https://github.com/red/red/wiki/%5BDOC%5D-Guru-Meditations#contexts-and-binding
https://github.com/red/red/wiki/%5BDOC%5D-Function-Evaluation
Who cares if creators cant name things great. Forget names lets use and improve technology.
Awesome! Much better layout than the other post made ;) Thanks for the assist.