To add to this, there are fundamental information-theoretic principles that support inlining code and components. It's about reducing code entropy, reducing len

To add to this, there are fundamental information-theoretic principles that support inlining code and components. It's about reducing code entropy, reducing length and referential distances. https://benoitessiambre.com/entropy.html https://benoitessiambre.com/entropy.html The good thing is LLMs try to optimize for information theoretic measures of language so they naturally generate better scoped more inline code. LLMs might help us win this battle :-)