> LLM programming capabilities won't continue to improve at a staggering pace.
The error rate of models make language design, tooling, testing methodology and human review more important than ever before. This demands language evolution. You could get faar with lax testing and language tooling with enough caution and skill. but when LLMs enter the picture, that no longer flies.
we need tooling, static analysis, testing paradigms, language design that restrict how dangerous the LLM is allowed to act.
natural language is faar to fuzzy to replace programming (system specification is already famously impossible thing to do right). If you think it truly will replace code, i highly suspect you work om webbdesign, where testing and reliability was always a secondary concern.
And even then, I think were already on the convergence platoe of LLM code. The companies are raising prices as diminishing improvement and balooning compute costs.
The error rate of models make language design, tooling, testing methodology and human review more important than ever before. This demands language evolution. You could get faar with lax testing and language tooling with enough caution and skill. but when LLMs enter the picture, that no longer flies.
we need tooling, static analysis, testing paradigms, language design that restrict how dangerous the LLM is allowed to act.
natural language is faar to fuzzy to replace programming (system specification is already famously impossible thing to do right). If you think it truly will replace code, i highly suspect you work om webbdesign, where testing and reliability was always a secondary concern.
And even then, I think were already on the convergence platoe of LLM code. The companies are raising prices as diminishing improvement and balooning compute costs.