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EQeqvinox1 uur geleden
> Flex or Bison generated code is also hard to maintain plus it complicates builds.
This is, in all honesty, a solved problem in any reasonable build system. (And I have little patience left for people making life hard for themselves through their own choices.)
SPsph6 uur geleden
Beautiful work! I'm not even gonna wonder if any of it was AI-generated, because the code is clearly crafted meticulously by an experienced C engineer, very readable, and shorter than I expected.
RORossBencina3 uur geleden
Now all it needs is a parser in 'examples/' that parses EBNF grammars and emits a parser in terms of these combinators.
ZOzombot3 uur geleden
So many parser combinators operate on bytes assuming ASCII input only. I'd be more interested in a parser combinator lib that has UTF-8 decoding already abstracted away, operating on `wchar_t`, or even polymorphic input stream element types.
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> Flex or Bison generated code is also hard to maintain plus it complicates builds. This is, in all honesty, a solved problem in any reasonable build system. (And I have little patience left for people making life hard for themselves through their own choices.)
Beautiful work! I'm not even gonna wonder if any of it was AI-generated, because the code is clearly crafted meticulously by an experienced C engineer, very readable, and shorter than I expected.
Now all it needs is a parser in 'examples/' that parses EBNF grammars and emits a parser in terms of these combinators.
So many parser combinators operate on bytes assuming ASCII input only. I'd be more interested in a parser combinator lib that has UTF-8 decoding already abstracted away, operating on `wchar_t`, or even polymorphic input stream element types.