Format.h File Reference

#include <typeinfo>
#include <agx/agx.h>
#include <agx/agxCore_export.h>
#include <agx/String.h>
#include <agx/Model.h>
#include <agx/Name.h>
#include <iostream>

Go to the source code of this file.

Classes
class	agxData::ArrayFormat
class	agxData::CallbackList
	List of callbacks used by the primitive type handling by user code. More...
class	agxData::ContainerFormat
	Container format, eg. More...
class	agxData::Format
	A format is an implementation of a agxData::Type. More...
class	agxData::FormatCaller
class	agxData::FormatCallerT< T >
class	agxData::FormatInitializer
struct	agxData::FormatMoveSwap< T >
struct	agxData::FormatMoveSwap< agx::HashSet< T > >
struct	agxData::FormatMoveSwap< agx::HashTable< KeyT, DataT > >
struct	agxData::FormatMoveSwap< agx::Vector< T > >
struct	agxData::FormatMoveSwapContainer< T >
class	agxData::FormatT< T >
	Templated format, connects the type abstractions to the programming language. More...
class	agxData::GenericFormat
struct	agxData::GenericStruct< NUM_BYTES >

Namespaces
namespace	agxData
	Contains classes for low level data storage for AGX.

Macros
#define	AGX_FORMAT_INITIALIZER(_Name)

Typedefs
typedef agx::observer_ptr< const Format >	agxData::FormatConstObserver
typedef agx::ref_ptr< const Format >	agxData::FormatConstRef
typedef agx::observer_ptr< Format >	agxData::FormatObserver
typedef agx::ref_ptr< Format >	agxData::FormatRef
typedef void(*	agxData::TransformFunction) (void *target, const void *source, size_t numElements)
typedef agx::HashTable< const agxData::Format *, FormatCaller * >	agxData::TypeCallerTable

Functions
template<typename T >
bool	agxData::callDispatch (CallbackList *, agx::UInt32, agx::UInt32)
template<>
bool	agxData::callDispatch< agx::Bool > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::Int16 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::Int32 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::Int64 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::Int8 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::Real32 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::Real64 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::UInt16 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::UInt32 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::UInt64 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<>
bool	agxData::callDispatch< agx::UInt8 > (CallbackList *callbackList, agx::UInt32 stride, agx::UInt32 padding)
template<class T , typename std::enable_if< std::is_copy_constructible< T >::value >::type * = nullptr>
void	agxData::FormatTdoInitializeElement (T *element, const T *value)
template<typename T >
void	agxData::GenericCopyFunction (void *target, const void *source, size_t numElements)
template<typename TargetT , typename SourceT >
void	agxData::GenericTransformFunction (void *targetBuffer, const void *sourceBuffer, size_t numElements)
TransformFunction AGXCORE_EXPORT	agxData::getTransformer (const Format *targetFormat, const Format *sourceFormat)
	Get a specific transformer.
void AGXCORE_EXPORT	agxData::registerTransformer (TransformFunction transformer, const Format *targetFormat, const Format *sourceFormat)
	Register a format-format transformer.
void AGXCORE_EXPORT	agxData::Swap16Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap2x32Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap2x64Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap32Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap3x32Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap3x64Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap4x32Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap4x64Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap64Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap6x32Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap6x64Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap8Function (void *target, const void *source, size_t numElements)
	Standard swap functions.
void AGXCORE_EXPORT	agxData::Swap8x32Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::Swap8x64Function (void *target, const void *source, size_t numElements)
void AGXCORE_EXPORT	agxData::transform (void *target, const Format *targetFormat, const void *source, const Format *sourceFormat, size_t numElements)
	Transform data between two buffers.

Variables
AGXCORE_EXPORT TypeCallerTable	agxData::__agx_typeCallerTable

Macro Definition Documentation

AGX_FORMAT_INITIALIZER

#define AGX_FORMAT_INITIALIZER

(

_Name

)

Value:

  static void AGX_CONCAT(__agx_createFormat, __LINE__)();                                                                             \
  static agxData::FormatInitializer AGX_CONCAT(__agx_formatInitializer, __LINE__)(_Name, &AGX_CONCAT(__agx_createFormat, __LINE__));  \
  static void AGX_CONCAT(__agx_createFormat, __LINE__)()

Definition at line 546 of file Format.h.