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Comment by seer

5 hours ago

I think this is indeed the direction, but am wondering is anyone actually trying it right now? Love to explore it.

I think for now the answer to adaerlangsql+++ is just Rust - but its semantics have always been about human usability.

Humans have this thing where we can only keep 7 things at once and have to juggle our context, but recall seems much more broad than model contexts.

If we were to start designing a language and toolkit based around LLM context sizes, limitations and quirks - how would that look?

Also terseness and operators are one thing, but what if it’s the other way around - English words etc - can have a much bigger vocabulary of things that can be done but can easily be generated on the fly.

For a new LLM language realistically you would need to probably either write or convert a shit ton of software to it first if you are to train an adequate model on top of it …

And also what about “IDEs” for agents? So far they are clumsily using human tools - just looking Claude string along bash loops and greps to try to eek out meaning form code _it itself had written a week ago_ is frankly frustrating.

There must be a better way and some rich agent specific tooling for code exploration and verification.

Anthropic stance has always been “yeah we tested them all, grep is better” but I still am not convinced - just by the fact that it constantly fails one or two attempts before “figuring it out” yeah it’s fast anyway but it could be _faster_ and could allow the agent to “think” in code space more and not have to validate itself at every minute step …

Yes, plenty of people are.

That is what low code/no code enterprise tools have pivoted to.

Check Boomi, Workato, Optimizely Opal, Sitecore AI, PowerPlatform.

This is why you see my comments regarding the way AI based coding is going to, I have already tasted the future in such tools, and even if they have issues today, they will eventually be ironed out.

Rust is great! No two ways about it.

What I want tho would be Rust+Akka for example. There has to be a distributed execution mechanism that is as seamless as Java’s GC. Then the distributed execution mechanism needs to evolve to also be as light weight and “zero cost” while being seamless like Rust’s compile time memory management.