I don’t know, when you are dealing with this level of coding it should be top tier, and getting called out will make the person really review their next submission. The expectation that somebody always has to be nice to you while you fuckup, is not ideal. And I say that as a supervisor that is way too PC and nice to people whom unwittingly are sabotaging work, as a way to nurture them–but I honestly think it is counter productive
Cmon, this is not about naming, this is about non-generic code in generic header.
IMO hiding such a little operation behind a macro/function just hurt readability. Furthermore, considering that this function is only used once in the provided patch and that word ordering on RISC-V is not about to change anytime soon, it is perfectly fine to inline the code.
I don’t know, when you are dealing with this level of coding it should be top tier, and getting called out will make the person really review their next submission. The expectation that somebody always has to be nice to you while you fuckup, is not ideal. And I say that as a supervisor that is way too PC and nice to people whom unwittingly are sabotaging work, as a way to nurture them–but I honestly think it is counter productive
Yeah or they’ll say “fuck this” and quit.
It’s hardly a fuck up. They named a function slightly poorly. As if Linus has never done that.
Cmon, this is not about naming, this is about non-generic code in generic header.
IMO hiding such a little operation behind a macro/function just hurt readability. Furthermore, considering that this function is only used once in the provided patch and that word ordering on RISC-V is not about to change anytime soon, it is perfectly fine to inline the code.
(a << 16) | b
is about the most generic code you can get. How is that remotely RISC-V specific?Making a u32
pointerfrom two u16’s isn’t a generic operation because it has to make assumptions abouthow the pointers workendianessEdit: Actually, I’m wrong, didn’t think this through properly. See the replies
What makes you think it’s making a pointer? Nobody said anything about that.
Oh my bad I don’t know where I got that from lol
Nw. You’re also wrong about endianness. This function would be written exactly the same irrespective of endianness:
uint32_t u16_high_low_to_u32(uint16_t high, uint16_t low) { return (high << 16) | low; }
That is endian agnostic.
I read is rant, seems more than just a poor naming issue