wrapper.h File Reference

Go to the source code of this file.

Classes
struct	memlayout::RandomAccessAt< ReturnType >
struct	memlayout::GetPointer< ReturnType >
struct	memlayout::AggregateConstructor< ReturnType >
struct	memlayout::FirstMember
struct	memlayout::PreIncrement< ReturnType >
struct	memlayout::PreDecrement< ReturnType >
struct	memlayout::Advance< ReturnType >
struct	memlayout::CopyAssignment
struct	memlayout::Wrapper< Struct, Container, Layout::aos >
struct	memlayout::Wrapper< Struct, pointer, Layout::aos >
struct	memlayout::Wrapper< Struct, Container, Layout::soa >
struct	memlayout::Wrapper< Struct, value, Layout::soa >
struct	memlayout::Wrapper< Struct, reference, Layout::soa >
struct	memlayout::Wrapper< Struct, const_reference, Layout::soa >
struct	memlayout::Wrapper< Struct, pointer, Layout::soa >
struct	memlayout::Wrapper< Struct, const_pointer, Layout::soa >

Namespaces
namespace	memlayout

Macros
#define	WRAPPER_APPLY_UNARY(...)
#define	WRAPPER_EXPAND(m)
#define	WRAPPER_APPLY_BINARY(STRUCT_NAME, ...)

Typedefs
using	memlayout::size_t = decltype(sizeof(0))
using	memlayout::ptrdiff_t = decltype(static_cast<int*>(nullptr) - static_cast<int*>(nullptr))
template<class T>
using	memlayout::value = T
template<class T>
using	memlayout::reference = T&
template<class T>
using	memlayout::const_reference = const T&
template<class T>
using	memlayout::pointer = T*
template<class T>
using	memlayout::const_pointer = const T*

Enumerations
enum class	memlayout::Layout { memlayout::aos = 0 , memlayout::soa = 1 }

Macro Definition Documentation

WRAPPER_APPLY_BINARY

#define WRAPPER_APPLY_BINARY	(		STRUCT_NAME,
			... )

Value:

template <template <class> class other_Container, class Function>\
constexpr STRUCT_NAME apply(STRUCT_NAME<other_Container>& other, Function&& f) { return {__VA_ARGS__}; }\
template <template <class> class other_Container, class Function>\
constexpr STRUCT_NAME apply(STRUCT_NAME<other_Container>& other, Function&& f) const { return {__VA_ARGS__}; }\
template <template <class> class other_Container, class Function>\
constexpr STRUCT_NAME apply(const STRUCT_NAME<other_Container>& other, Function&& f) { return {__VA_ARGS__}; }\
template <template <class> class other_Container, class Function>\
constexpr STRUCT_NAME apply(const STRUCT_NAME<other_Container>& other, Function&& f) const { return {__VA_ARGS__}; }\

Definition at line 273 of file wrapper.h.

#define WRAPPER_APPLY_BINARY(STRUCT_NAME, ...)\
    template <template <class> class other_Container, class Function>\
    constexpr STRUCT_NAME apply(STRUCT_NAME<other_Container>& other, Function&& f) { return {__VA_ARGS__}; }\
    template <template <class> class other_Container, class Function>\
    constexpr STRUCT_NAME apply(STRUCT_NAME<other_Container>& other, Function&& f) const { return {__VA_ARGS__}; }\
    template <template <class> class other_Container, class Function>\
    constexpr STRUCT_NAME apply(const STRUCT_NAME<other_Container>& other, Function&& f) { return {__VA_ARGS__}; }\
    template <template <class> class other_Container, class Function>\
    constexpr STRUCT_NAME apply(const STRUCT_NAME<other_Container>& other, Function&& f) const { return {__VA_ARGS__}; }\
 

WRAPPER_APPLY_UNARY

#define WRAPPER_APPLY_UNARY

(

...

)

Value:

template <class Function>\
constexpr auto apply(Function&& f) { return f(__VA_ARGS__); }\
template <class Function>\
constexpr auto apply(Function&& f) const { return f(__VA_ARGS__); }\

Definition at line 265 of file wrapper.h.

#define WRAPPER_APPLY_UNARY(...)\
    template <class Function>\
    constexpr auto apply(Function&& f) { return f(__VA_ARGS__); }\
    template <class Function>\
    constexpr auto apply(Function&& f) const { return f(__VA_ARGS__); }\
 

WRAPPER_EXPAND

#define WRAPPER_EXPAND

(

m

)

Value:

f(m, other.m)

Definition at line 271 of file wrapper.h.