Vector valued functions

Fuck lists and their overhead. I just want an extension to C that lets me return vectors. Not classes, not structs, and nothing involving preprocessor shit either. Something like:
<int, int> divr(int a, int b){
return < a / b, a % b >;
}
int main(int asdfasdf, char ** qwerqwe){
int touhous = 5, men = 12;
int eachSucked, unsucked;
<eachSucked, unsucked> = divr(men, touhous);
printf("Each of the %d touhous sucked %d cocks, and there were %d left unsucked", touhous, eachSucked, unsucked);
return 0;
}
which would compile to something simple, like:divr:
pop eax
pop ebx
push edx
xor edx, edx
idiv ebx
mov ebx, edx
pop edx
push ebx
push eax
ret
main:
touhous dd 5
men dd 12
eachSucked dd ?
unsucked dd ?
push touhous
push men
jmp divr
pop [eachSucked]
pop [unsucked]
;; blah blah blah, printf goes here
Isn't that much more elegant that a nasty list every time where things have to be inserted or initialized? Oh, and if you don't need a return value, <a,b,NULL, c> will compile the unneeded return value out, or at least discard the result.

>>1

I've implemented vector valued return in Symta, unoptimized, but as far as I can see it would still require copying between stack-frames, unless the return vector's size is know statially. In that case we can preallocate memory at call site's stack frame. Anyway, I'm using vectors for lists, because they are so much more efficient than cons-lists.