Hi David,

What I mean in my ponit 2 is:

- Suppose I have a library "lib1" where I define my class "Class1"
- Suppose I build a wrapper for this library: "lib1_wrapper"

Now, I build another library, "lib2" where I define a templated class
"Class2<T>"
In this second library, I define the typedef :
typedef Class2<Class1> MyTypedef;

- And now I try to build a wrapper for this lib2, "lib2_wrapper".

As Class1 is not in lib2, I guess the genwrapper will complain about no
reflector being built for Class2< Class1 >, but since Class2 is defined only
in lib2, I don't see how it would be possible to use the type Class2<Class1>
in my wrappers in this case...

I also have a similar question on the same issue, more generally speaking:

Suppose in my lib1, I define Class1 and the template Class2<T>, but never
instantiating Class4<Class1>... Would there be a way to instanciate this
type with through the wrapper then ?

Manu.


2007/12/6, David Callu <[EMAIL PROTECTED]>:
>
> Hi Manu
>
> 2007/12/5, Emmanuel Roche <[EMAIL PROTECTED]>:
> >
> > Helle there !!
> >
> > I'm currently testing the osg reflection framework, so I got GenWrapper,
> > an now I'm using it to try to build wrappers for my own libraries... Here is
> > the situation:
> >
> > I've got a file typedefs.h containing something like:
> >
> > #include <osg/Node>
> > #include <osg/ref_ptr>
> >
> > typedef osg::ref_ptr<osg::Node> RefNode;
> >
> > And when I use genwrapper with such a file, just before the output *
> > INFO: creating file `gen/src/osgWrappers/ogl/Typedefs.cpp'
> >
> > I get: * WARNING: could not write a reflector for undefined type
> > `osg::ref_ptr< osg::Node >'
> >
> > I'm quite new to the introspection, so please correct me if I'm wrong:
> >
> > 1) Am I right to assume that this warning is not important and
> > everything will be all right as long as I load the osg wrapper library as
> > this one would provide everything needed to access the reflector for this
> > type ?
>
> You right
>
>
>
>
> 2) And, if it's really the case, is this assumption dangerous because
> > osg::ref_ptr< osg::Node > is a particularly common type and the same
> > assumption would not work for something more exotic (like using osg:ref_ptr<
> > MyObjectType > where MyObjectType is "introspected" in a first library
> > (lib1) and this referenced type defined only in a second library... If
> > someone sees what I mean...) ?
>
> I am not sure to see what you mean.
> can you explain this please
>
>  David
>
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>
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