i have two question related to ctfe:
1) returning .idup on local static arrays fail but I don't understand why
that should be:
string foo()
{
char[1] d;
d[0] = 'd';
return d.idup;
}
pragma(msg, foo()); // "Error: cannot evaluate foo() at compile time"
.idup is not mentioned in th
On Sun, 13 Dec 2009 04:08:19 -0500, Phil Deets wrote:
I found another workaround which doesn't require a bunch of extra
overloads. I'll probably update it to use that template someone wrote in
that thread about static duck-typing.
I looked up this post. It was: "Re: static interface" by Si
On Sun, 13 Dec 2009 04:16:19 -0500, Frank Benoit
wrote:
casting an array of class references to an array of interface references
(or vice versa) will not work at runtime. Your program will crash.
This is because if the invisible pointer correction that is done if you
cast a single class ref
casting an array of class references to an array of interface references
(or vice versa) will not work at runtime. Your program will crash.
This is because if the invisible pointer correction that is done if you
cast a single class ref to an interface ref.
C c = new C;
I i = c;
writefln( "c=%d
On Sun, 13 Dec 2009 03:22:31 -0500, Phil Deets wrote:
(D 2.033) I have a need to do something like this code:
interface I {}
class C : I {}
class D : I {}
void f(I[]) {}
void f(bool) {}
void g(T)(T param) {
f(param);
}
int main()
{
bool b;
C[] c;
D[] d;
(D 2.033) I have a need to do something like this code:
interface I {}
class C : I {}
class D : I {}
void f(I[]) {}
void f(bool) {}
void g(T)(T param) {
f(param);
}
int main()
{
bool b;
C[] c;
D[] d;
g(b);
g(c);
g(d);
return 0;
}
