On 2012-10-30 18:44, Andrej Mitrovic wrote:
All of them.
void main()
{
pragma(msg, MyFn);
pragma(msg, typeof(MyStruct.foo2));
pragma(msg, typeof(bar));
}
extern (C) int function(int)
extern (C) int function(int)
extern (C) void(extern (C) int function(int) foo3)
extern (C) int f
On 10/30/12, Nick Sabalausky wrote:
> Which, if any, of foo1/foo2/foo3 are extern(C)? (I know bar definitely
> is.)
All of them.
void main()
{
pragma(msg, MyFn);
pragma(msg, typeof(MyStruct.foo2));
pragma(msg, typeof(bar));
}
extern (C) int function(int)
extern (C) int function(int)
Nick Sabalausky:
Which, if any, of foo1/foo2/foo3 are extern(C)? (I know bar
definitely is.)
A general comment: if you are not sure of the answer, then the
programmer that will read your code will probably have similar
problems. So in such cases it's better to try to not write that
code.
On Tue, 30 Oct 2012 11:15:55 +0100
Alex Rønne Petersen wrote:
> On 30-10-2012 11:13, Nick Sabalausky wrote:
> > Ok, a C function pointer like this:
> >
> > struct MyStruct{
> > int (*foo)(int);
> > };
> >
> > Translates to D as this:
> >
> > struct MyStruct{
> > i
On 30-10-2012 11:13, Nick Sabalausky wrote:
Ok, a C function pointer like this:
struct MyStruct{
int (*foo)(int);
};
Translates to D as this:
struct MyStruct{
int function(int) foo;
}
But what about calling conventions? There isn't any "int extern(C)
func
