Hi Tom,
Thank you for your quick answer.
Indeed with the wrapper around global functions I could make it work!;)
However I still don’t understand one thing:
If I supplied the a conversion for std::list and for std::string, do I need to
also provide a conversion for std::list<std::string> ?
My function signature is the following:
inline std::list<std::string>
getPluginIDs()
{
// Code logic
}
I’m declaring it in the type system this way:
<function signature="getPluginIDs()"/>
std::list and std::string conversion are declared as told in the previous mail.
The generated code by Shiboken looks like this, with empty functions:
// C++ to Python conversion for type 'std::list<std::string >'.
static PyObject* std_list_std_string__CppToPython_std_list_std_string_(const
void* cppIn) {
::std::list<std::string >& cppInRef = *((::std::list<std::string >*)cppIn);
}
static void std_list_std_string__PythonToCpp_std_list_std_string_(PyObject*
pyIn, void* cppOut) {
::std::list<std::string >& cppOutRef = *((::std::list<std::string
>*)cppOut);
}
And I get the following warning:
insert-template referring to non-existing template 'stdListToPyList'
Any clue on what might cause this ?
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