There is the aforementioned extern(system), which is probably
your best bet. But I'm wondering if your design could seperate
the connection to IUnknown for non-Windows builds? Something
like this:
version(Windows) interface _Inter_ : IUnknown {}
else interface _Inter_ {}
// later
interface
On Friday, 7 June 2013 at 20:06:32 UTC, H. S. Teoh wrote:
On Fri, Jun 07, 2013 at 09:10:53PM +0200, Daemon wrote:
The following program is supposed to print out only numbers
that are
less than 5, yet the number 63 gets printed.
On Fri, Jun 07, 2013 at 09:14:00PM +0200, Daemon wrote:
>auto de
On Saturday, 8 June 2013 at 14:06:32 UTC, Andrej Mitrovic wrote:
On Saturday, 8 June 2013 at 13:57:13 UTC, Q wrote:
Hi there, I want to iterate over all the public members of a
class.
It is a known problem. The workaround is to use is(typeof()):
void main() {
foreach (mem; __traits(allMem
You could probably throw in a traits(compiles) right above.
foreach(...) {
// or maybe compiles, getProtection(getMember))
static if(__traits(compiles, __traits(getMember,Foo.init, mem)) {
enum prot = __traits(getProtection, __traits(getMember,
Foo.init, mem));
// and so on
}
}
I haven't
On Saturday, 8 June 2013 at 13:57:13 UTC, Q wrote:
Hi there, I want to iterate over all the public members of a
class.
It is a known problem. The workaround is to use is(typeof()):
void main() {
foreach (mem; __traits(allMembers, Foo))
{
static if (is(typeof(
__trai
Hi there, I want to iterate over all the public members of a
class, but I've hit a stumbling block when the class resides in a
different module and also contains private members. For example:
$ cat foo.d
class Foo {
private int x;
public int y;
}
$ cat main.d
import foo;
void main() {
Emil:
This works, but I am wondering if there is another way. Does D
support symbolic references so I could keep the hashtable in a
string[string], or even use a string variable holding a class
name to instantiate a class ?
There is a create, but I think it's still very limited and I
think
need a dispatch table and tried it this way:
class Action {
string[string] function(string[string] p) action;
this( string[string] function(string[string] p) action_ref ) {
this.action = action_ref;
}
string[string] execute(string[string] parameters) {
return this.
