Is there are way to get the address of the C++ instance pointed to by a
given Boost.Python wrapper object? I don't need a real pointer, the
address alone suffices.
The use case is to deduce interrelations between C++ objects (think a DAG)
from Python. As different Python wrapper objects might refe
Dang, my mailer got in the way and sent this before I finished it ...
> Hi,
>
>>> void
>>> p(vec3f *v)
>>> {
>>> printf("%f, %f, %f\n", v->x, v->y, v->z);
>>> }
>>
>> This is indeed not supported, since it would require "converters with
>> write-back".
>
> Ok, that makes sense.
>
>> vec3f cons
Hi,
>> void
>> p(vec3f *v)
>> {
>> printf("%f, %f, %f\n", v->x, v->y, v->z);
>> }
>
> This is indeed not supported, since it would require "converters with
> write-back".
Ok, that makes sense.
> vec3f const* v
>
> should work, but
>
> ve3f* v
>
> doesn't because the missing const indicates t
I'm trying to add some custom from-python converters to my bindings (see
code at the end of the mail).
These basically should convert Python 3-tuples of floats to a C++ vec3f
instance. I can't seem to find reference docs on classes related to
conversion, e.g. boost::python::converter::registry, so
