This is a much better article. OP’s article just shows the author’s surface understanding of how coding works and how well an LLM can actually code. There’s way more that goes into a programming task than just coding.
I see LLMs as having the potential of being almost like a super library. I can prompt GPT, Claude, etc. to write me a custom function that I copy, paste, test, scrutinize, and almost certainly change. It’s a tool that will make someone a more productive programmer. It won’t completely subsume a human’s ability to be creative and put the pieces together.
At the absolute worst over the next decade, I could see programming changing from writing and debugging code to prompting, stitching together, and debugging.
It’s the same with CAM software in CNC, like sure, If you set it up right (which is a skill in and of itself) it can spit out a decent toolpath, but there’s tons of magic to be done by hand and understanding the way the underlying G code works allows you to make small changes on the fly.
This is a much better article. OP’s article just shows the author’s surface understanding of how coding works and how well an LLM can actually code. There’s way more that goes into a programming task than just coding.
I see LLMs as having the potential of being almost like a super library. I can prompt GPT, Claude, etc. to write me a custom function that I copy, paste, test, scrutinize, and almost certainly change. It’s a tool that will make someone a more productive programmer. It won’t completely subsume a human’s ability to be creative and put the pieces together.
At the absolute worst over the next decade, I could see programming changing from writing and debugging code to prompting, stitching together, and debugging.
It’s the same with CAM software in CNC, like sure, If you set it up right (which is a skill in and of itself) it can spit out a decent toolpath, but there’s tons of magic to be done by hand and understanding the way the underlying G code works allows you to make small changes on the fly.