Here’s a chance I’ve got to rethink about copyleft.

In the case I’m wrong on this, we’ll know in future :)

oh I thought this “one generation of suffering” only happens in me country! It happens in here for non technical stuff. When some new stuff gets widespread in me country for the first time, a lot of people misuse or abuse it. An example is telephone. Another is Internet itself. And lately, coffee has become widespread in here(Iran) and people don’t know when to have an espresso and how many espressos per day is fine. There was a guy “I take 5-6 espressos per day and I’m fine”.

In a similar way, many people spend too much time on social media rather than doing something productive.

Currently I’m not using any LLM. I want to have it locally and haven’t found a time to launch it yet. But I am not interested about their current state, but also their future state. Surrounded by a big hype “LLMs will replace human programmers”, I want to emphasize what an LLM is fundamentally not capable of, no matter how much advanced and how many billion billion of parameters.

Friendly reminder that many drugs like heroin and morphin can be life savers if used correctly. Either directly or by changing some of its chemicals. For instance, when people have heavy surgeries, morphin is a life saver to evade the insane pain. Needless to say that many of such these or a production of them are used as meds for mental illnesses.

Thank you so much for sharing this. I always wondered about Zig :)

Of course I can do me research in any language. But what will be the ratio of the effort put on the algorithm itself and its testing? vs the time you have to implement and change the algorithm in that language?

Generating a working assembly code is not a big deal. People were doing it before LLMs see slightest light of the day using various other heuristics including Genetic Programming. The challenge is writing an Assembly code which you can prove works well and will continue to do so :)

That’s why Genetic Programming is very rarely used to directly generate a software.

Edit: But you can use GP for Machine Learning tasks. Tell it to generate a program, like an assembly code which plays chess well. Or can do a binary classification given a photo or other media.

Rust indeed has good features I enjoy having them. But the joy I can have in Lisp, I cannot have in other traditional(or ordinary?) languages. I’ve developed an ML backend with Rust over 3 years to learn that for algorithm research and testing, Lisp ecosystem is much better than Rust. But I haven’t done the research yet to see if there is a Lisp other than CL which is performant enough. Because CL is quite obscure and has self contradicting features, thus not mature.

IRC is the best (jk)

I don’t have to prove anything to anyone. Nor I’ve got the time for this. It’s up to you to do your research. I have done mine and shared the results. You can take it or leave it.

And BTW, I edited the post. JMA servers are strictly family friendly. So you can join with your kids. Actually, there are few father-daugher or father-son who play together. I think there were also husband-wife couples but dunno if they still are around.

Me little cousins call all these games “Minecrafts” and then call Luanti “A minecraft”. Like “I have installed a good minecraft” xD

You have a valid point. I think currently there are assists which we know an LLM definitely can do for us. Like mechanical tasks. And tasks which we know LLM can never do. In between there is a gray area. I think we will learn about the gray area over time.

Also I would like automatic generation of programs. But I don’t think an LLM is the last stop for it. I personally research in the field of Genetic Programming. I strongly believe in future we could have tools which generate or optimize programs when guided by a human. Currently we have Evolutionary Art and Music which do the same. Tho they are far from being actually usable, this is the same with every technology in the beginning.

Also see this talk: https://cr.yp.to/talks/2015.04.16/slides-djb-20150416-a4.pdf

I didn’t mean humans can solve ALL undecidable problems. As I have written in me reply to wicked, a programmer usually writes loops and the turing machine cannot decide their halting, for a vast majority of them.

Hey. The number of problems which can are decidable are infinite as are those which are not. But as soon as there is a backward jump in your code, a Turing machine most likely won’t be able to decide if it’ll halt or not. The while(true) is an exception. In the real world we have a great number of programs whose loops cannot be decided by a Turing machine. But the programmer who has written the code knows when the loop will terminate.

If we see the machine code, if there is a conditional backward jump(unlike while(true) which is unconditional), in the general case it’s undecidable.

Codeberg now fits well for me static blogs, me personal projects and also Luanti CTF game I posted earlier in the community.

The link is now 404

I realized there is also LibreHardware community. I wonder why there is no post there. This fits right in LibreHardware.

Let me know your username. I like farming noobs >:)