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Same with frameworks (Angular, Spring Boot, ...). The tools even come with templates to generate new boilerplate for people who don't have existing ones somewhere.
> the tool (or system) is too complicated (or annoying) to use from scratch. Or boring: some systems require boilerplate with no added value. It's normal to copy & paste from previous works. Makefiles are a good example. Every makefile author must write their own functionally identical "clean" target. Shouldn't there be an implicit default? C is not immune, either. How many bits of interesting information do you spot…
> the tool (or system) is too complicated (or annoying) to use from scratch. Or boring: some systems require boilerplate with no added value. It's normal to copy & paste from previous works. Makefiles are a good example. Every makefile author must write their own functionally identical "clean" target. Shouldn't there be an implicit default? C is not immune, either. How many bits of interesting information do you spot…
no
> the tool (or system) is too complicated (or annoying) to use from scratch. Or boring: some systems require boilerplate with no added value. It's normal to copy & paste from previous works. Makefiles are a good example. Every makefile author must write their own functionally identical "clean" target. Shouldn't there be an implicit default? C is not immune, either. How many bits of interesting information do you spot…
I don't think that is true. There is a lot of embedded systems C out there, plus there are a lot of files in most projects, and include is per file not per project. The project might use stdio in a few files, and not use it in many others.
> the tool (or system) is too complicated (or annoying) to use from scratch. Or boring: some systems require boilerplate with no added value. It's normal to copy & paste from previous works. Makefiles are a good example. Every makefile author must write their own functionally identical "clean" target. Shouldn't there be an implicit default? C is not immune, either. How many bits of interesting information do you spot…
Now AI does a great job of getting you 90-100% of the way there.
I think LaTeX is the poster child of this. Nobody writes a LaTeX preamble from scratch, you always copy your previous document and tweak it.
Given that distribution, I’d guess that well over 50% of Makefiles are just random chunks of copied and pasted code that kinda work. If they’re lifted from something that already works, job done—next ticket.
I’m not blaming the tools themselves. Makefiles are well-known and not too verbose for smaller projects. They can be a bad choice for a 10,000-file monster—though I’ve seen some cleanly written Makefiles even for huge projects. Personally, it wouldn’t be my first choice. That said, I like Makefiles and have been using them on and off for at least 30 years.
Why write hacks in build tools when you wouldn’t do in your app code.
We build tool code with the same quality as the app code. That’s why most tooling we use are written in typescript: type safety, code reuse…