cgv::reflect::reflection_traits_impl< T, B, base_is_abst > Struct Template Reference

implementation of the reflection traits providing type specific interface for variable base class More...

#include <reflection_traits.h>

Inheritance diagram for cgv::reflect::reflection_traits_impl< T, B, base_is_abst >:

Public Member Functions
unsigned	size () const
	return the size of the type
void *	new_instance () const
	construct an instance on the heap with the new operator
void	delete_instance (void *instance_ptr) const
	delete an instance with the delete operator
void *	new_instances (unsigned n) const
	construct n instances on the heap with the new operator
void	delete_instances (void *instance_array) const
	delete instances with the delete [] operator
cgv::type::info::TypeId	get_type_id () const
	return the type id
const char *	get_type_name () const
	return the type name
bool	is_enum_type () const
	return whether type is an enum type - this is independent of whether enum interface is implemented

Detailed Description

template<typename T, typename B, bool base_is_abst = cgv::type::cond::is_abstract<B>::value>
struct cgv::reflect::reflection_traits_impl< T, B, base_is_abst >

implementation of the reflection traits providing type specific interface for variable base class

Definition at line 94 of file reflection_traits.h.

Member Function Documentation

delete_instance()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

void cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::delete_instance ( void *  instance_ptr ) const

inline

delete an instance with the delete operator

Definition at line 101 of file reflection_traits.h.

delete_instances()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

void cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::delete_instances ( void *  instance_array ) const

inline

delete instances with the delete [] operator

Definition at line 105 of file reflection_traits.h.

get_type_id()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

cgv::type::info::TypeId cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::get_type_id ( ) const

inline

return the type id

Definition at line 107 of file reflection_traits.h.

get_type_name()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

const char * cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::get_type_name ( ) const

inline

return the type name

Definition at line 109 of file reflection_traits.h.

References cgv::type::info::type_name< T >::get_name().

is_enum_type()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

bool cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::is_enum_type ( ) const

inline

return whether type is an enum type - this is independent of whether enum interface is implemented

Definition at line 111 of file reflection_traits.h.

new_instance()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

void * cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::new_instance ( ) const

inline

construct an instance on the heap with the new operator

Definition at line 99 of file reflection_traits.h.

new_instances()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

void * cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::new_instances ( unsigned  n ) const

inline

construct n instances on the heap with the new operator

Definition at line 103 of file reflection_traits.h.

size()

template<typename T , typename B , bool base_is_abst = cgv::type::cond::is_abstract<B>::value>

unsigned cgv::reflect::reflection_traits_impl< T, B, base_is_abst >::size ( ) const

inline

return the size of the type

Definition at line 97 of file reflection_traits.h.

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The documentation for this struct was generated from the following file:

• cgv/reflect/reflection_traits.h