Prof. of Complex Systems and Network Science @ IT:U, Austria
Head of the “Inverse Complexity Lab”.
@invcomplexity.skewed.de
https://skewed.de/lab
"causal" in the streets
"preliminary and hypothesis-generating" in the sheets
"causal" in the streets
"preliminary and hypothesis-generating" in the sheets
bsky.app/profile/rmce...
bsky.app/profile/rmce...
Does it have M4 optimization support on par with clang/xcode?
Are the binaries ABI compatible with what clang/xcode produces?
Ideally I would like to use GCC with the formula for graph-tool: formulae.brew.sh/formula/grap...
Does it have M4 optimization support on par with clang/xcode?
Are the binaries ABI compatible with what clang/xcode produces?
Ideally I would like to use GCC with the formula for graph-tool: formulae.brew.sh/formula/grap...
But then, you must understand very well when I say that GCC isn't as well supported in MacOS as in GNU/Linux.
Also, -march/mtune is not really about cross compilation, but *native* comp., and that not being able to optimize for a native platform is a big deficiency.
But then, you must understand very well when I say that GCC isn't as well supported in MacOS as in GNU/Linux.
Also, -march/mtune is not really about cross compilation, but *native* comp., and that not being able to optimize for a native platform is a big deficiency.