python_t Class Reference
Collaboration diagram for python_t:
Classes | |
| struct | Class |
| struct | ClassBase |
| struct | DefineArgClasses |
| struct | DefineArgClasses< F, 0 > |
Public Member Functions | |
| string | tail (const string &d) |
| void | checkScope (string d) |
| template<class T> | |
| enable_if< std::is_copy_assignable< T >, void >::T | addObject (const string &d, T &o) |
| template<class T> | |
| enable_if< Not< std::is_copy_assignable< T > >, void >::T | addObject (const string &d, const T &o) |
| template<class F> | |
| enable_if< Not< is_pointer< typenamefunctional::Return< F >::T > >, void >::T | addFunctional (const string &d, F f) |
| template<class F> | |
| enable_if< is_pointer< typenamefunctional::Return< F >::T >, void >::T | addFunctional (const string &, F) |
| template<class C, class M> | |
| enable_if< And< Not< is_reference< typenamefunctional::Return< M >::T > >, Not< is_pointer< typenamefunctional::Return< M >::T > > >, void >::T | addMemberFunction (const string &d, M m) |
| template<class C, class M> | |
| enable_if< is_reference< typenamefunctional::Return< M >::T >, void >::T | addMemberFunction (const string &d, M m) |
| template<class C, class M> | |
| enable_if< is_pointer< typenamefunctional::Return< M >::T >, void >::T | addMemberFunction (const string &, M) |
| template<class C, class M> | |
| enable_if< functional::is_nonmember_function_ptr< M >, void >::T | addMemberObject (const string &d, M m) |
| template<class C, class M> | |
| enable_if< And< Not< is_Carray< typenamepythonDetail::MemberType< M >::T > >, Not< functional::is_nonmember_function_ptr< M > > >, void >::T | addMemberObject (const string &d, M m) |
| template<class C, class M> | |
| enable_if< is_Carray< typenamepythonDetail::MemberType< M >::T >, void >::T | addMemberObject (const string &d, M m) |
| template<class C, class M> | |
| enable_if< And< is_member_function_pointer< M >, functional::AllArgs< M, PythonTypableMember >, Not< is_pointer< typenamefunctional::Return< M >::T > > >, void >::T | addMember (const string &d, M m) |
| template<class C, class M> | |
| enable_if< And< is_member_object_pointer< M >, PythonTypableMember< M >, Not< functional::is_nonmember_function_ptr< M > > >, void >::T | addMember (const string &d, M m) |
| template<class C, class M> | |
| enable_if< And< is_member_object_pointer< M >, Or< Not< PythonTypableMember< M > >, functional::is_nonmember_function_ptr< M > > >, void >::T | addMember (const string &d, M m) |
| template<class C, class M> | |
| enable_if< And< functional::is_nonmember_function_ptr< M >, functional::AllArgs< M, PythonTypableMember >, Not< is_pointer< typenamefunctional::Return< M >::T > > >, void >::T | addMember (const string &d, M m) |
| template<class C, class M> | |
| enable_if< Or< is_pointer< typenamefunctional::Return< M >::T >, Not< functional::AllArgs< M, PythonTypableMember > > >, void >::T | addMember (const string &, M) |
| template<class C, class T> | |
| void | addStaticMember (const string &d, T *a) |
| template<class C, class M> | |
| void | addConstructor (M) |
| template<class C, class M> | |
| void | addEnum (const string &d, M m) |
| template<class T> | |
| enable_if< Not< is_abstract< T > >, void >::T | defineClass () |
| utility method to add a Python wrapper class for T | |
| template<class T> | |
| enable_if< is_abstract< T >, void >::T | defineClass () |
| template<class E> | |
| void | defineEnum () |
| template<class T, bool copiable> | |
| static enable_if< is_default_constructible< T >, void >::T | addDefaultConstructor (ClassBase::PyClass< T, copiable > &c) |
| template<class T, bool copiable> | |
| static enable_if< Not< is_default_constructible< T > >, void >::T | addDefaultConstructor (ClassBase::PyClass< T, copiable > &) |
| static std::vector< shared_ptr< ClassBase > > & | classes () |
| template<class T> | |
| Class< T, is_copy_constructible< T >::value > & | getClass () |
Member Function Documentation
◆ addDefaultConstructor()
template<class T, bool copiable>
|
inlinestatic |
helper method to expose a default constructor if it exists in the underlying C++ type
The documentation for this class was generated from the following files:
