this post was submitted on 25 May 2024
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No, they're useful because they produce useful machine code.
That's a distinction without a difference. The code is useful because we can reason how it was made and we can then make deterministic changes. Try using a compiler that gives you a qualitatively different result each time it runs even though the inputs are the same.
It's useful because it does the stuff we want it to do.
You're focusing on a very high level philosophical meaning of "usefulness." I'm focusing on what actually does what I need it to do.
I'm providing explicit examples of compilers doing "the stuff we want it to do". LLMs do what the want 50% of the time and it still needs modifications afterwards. Imagine having to correct a compiler output and calling that compiler "useful".
So if something isn't perfect it's not "useful?"
I use LLMs when programming. Despite their imperfection they save me an enormous amount of time. I can confidently confirm that LLMs are useful from personal direct experience.