Hi yes I think noticed in another thread that you were wrapping
Qt with dynamic loading of the qt libs, interesting idea - does
your code allow subclassing of the Qt classes and overriding
the virtual methods? I'm taking a much more traditional
approach, but there is method in my madness :-)
On Sunday, 12 January 2014 at 16:17:23 UTC, MGW wrote:
Maybe this will be useful in the work:
Compile
Windows: dmd st1.d
Linux: dmd st1.d -L-ldl
// ---
// MGW 05.01.14
// Model in D a C++ object QByteArray of Qt.
//--
Maybe this will be useful in the work:
Compile
Windows: dmd st1.d
Linux: dmd st1.d -L-ldl
// ---
// MGW 05.01.14
// Model in D a C++ object QByteArray of Qt.
//
import core.runtime; // Load DLL for Wi
On Sunday, 12 January 2014 at 12:12:53 UTC, Tobias Pankrath wrote:
On Sunday, 12 January 2014 at 10:48:15 UTC, Abdulhaq wrote:
No, try this:
import std.stdio;
class X {}
void foo(X x) { writeln(cast(void*) x); }
void main() {
X x; // null reference by default.
writeln(cast(void*)
On Sunday, 12 January 2014 at 10:48:15 UTC, Abdulhaq wrote:
No, try this:
import std.stdio;
class X {}
void foo(X x) { writeln(cast(void*) x); }
void main() {
X x; // null reference by default.
writeln(cast(void*) x);
foo(x);
x = new X;
writeln(cast(void
On Sunday, 12 January 2014 at 10:48:15 UTC, Abdulhaq wrote:
No, try this:
import std.stdio;
class X {}
void foo(X x) { writeln(cast(void*) x); }
void main() {
X x; // null reference by default.
writeln(cast(void*) x);
foo(x);
x = new X;
writeln(cast(void
No, try this:
import std.stdio;
class X {}
void foo(X x) { writeln(cast(void*) x); }
void main() {
X x; // null reference by default.
writeln(cast(void*) x);
foo(x);
x = new X;
writeln(cast(void*) x);
foo(x);
}
Thanks Tobias that indeed wo
On Saturday, 11 January 2014 at 20:38:33 UTC, Abdulhaq wrote:
On Saturday, 11 January 2014 at 20:17:14 UTC, Tobias Pankrath
wrote:
class X {};
X x;
x is an reference to an instance of X, with other words a
pointer without arithmetic but with syntax sugar. &x will take
the address of this poi
On Saturday, 11 January 2014 at 20:17:14 UTC, Tobias Pankrath
wrote:
class X {};
X x;
x is an reference to an instance of X, with other words a
pointer without arithmetic but with syntax sugar. &x will take
the address of this pointer/reference. If you want the address
of the actual instance
Object[void*] wrappingRegistry;
but of course that prevents the wrapped objects from being
garbage collected - I need weak ref semantics.
I had a go at making it e.g.
ulong[ulong] and storing the cast(ulong) address of the D
object, but it seems that I don't understand what taking the
addres
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