On Wednesday, 21 January 2015 at 14:59:15 UTC, John Colvin wrote:
Looks like a bug to me, for sure.
In the mean-time you may be able to use some pragma(mangle,
...) hacks to force the compiler to emit the right symbols.
Thx John,
extern(C++, A.B) {
struct Type {}
pragma(mangle,"_ZN1A1B3f
On Tuesday, 20 January 2015 at 21:10:59 UTC, Guillaume Chatelet
wrote:
Consider the following foo.cpp
namespace A {
namespace B {
struct Type {};
int foo(Type unused){ return 42; }
}
}
Compile it : g++ foo.cpp -c -o foo.o
Then the following main.d
extern(C++, A.B) {
struct Type {}
int
You can ask to add a keyword to bugzilla for C++ issues, this can
help to improve their visibility and searchability.
That's what I thought.
I reported this bug a while ago but it didn't get a lot of
attention.
https://issues.dlang.org/show_bug.cgi?id=13337
On Tuesday, 20 January 2015 at 21:10:59 UTC, Guillaume Chatelet
wrote:
Consider the following foo.cpp
namespace A {
namespace B {
struct Type {};
int foo(Type unused){ return 42; }
}
}
Compile it : g++ foo.cpp -c -o foo.o
Then the following main.d
extern(C++, A.B) {
struct Type {}
int
Consider the following foo.cpp
namespace A {
namespace B {
struct Type {};
int foo(Type unused){ return 42; }
}
}
Compile it : g++ foo.cpp -c -o foo.o
Then the following main.d
extern(C++, A.B) {
struct Type {}
int foo(Type unused);
}
void main() {
foo(Type());
}
Compile it : dmd m
