strtr wrote:
Don Wrote:
Because expressions of the form a.b[i]= c aren't yet supported in CTFE.
It will work in a couple of compiler releases from now.
Only D2, or D1 as well?
Both.
Workaround:
int[2] x;
x[0]=i1_;
x[1]=i2_;
res.arr=x;
:)
Don Wrote:
> Because expressions of the form a.b[i]= c aren't yet supported in CTFE.
> It will work in a couple of compiler releases from now.
Only D2, or D1 as well?
> Workaround:
> int[2] x;
> x[0]=i1_;
> x[1]=i2_;
> res.arr=x;
>
:)
strtr wrote:
struct S{
int[2] arr = 0;
static S opCall( int i1_, int i2_) {
S res = void;
res.arr[0] = i1_;
res.arr[1] = i2_;
return res;
}
}
const S CS= S(0,0);
Why can't this be evaluated at compile time?
struct S{
int[2] arr = 0;
static S opCall( int i1_, int i2_) {
S res = void;
res.arr[0] = i1_;
res.arr[1] = i2_;
return res;
}
}
const S CS= S(0,0);
Why can't this be evaluated at compile time?
(And how do I