Defines system compatible data alignment and convenient macros. More...

Classes
struct	gpulog::internal::alignment< T >
	Type alignment querying. More...

struct	gpulog::internal::alignment< float2 >
	Alignment overrides to make the host packing compatible with device packing See table B-1 in CUDA 2.2 Programming Guide for reference. More...

struct	gpulog::internal::ttrait< T >
	Type traits, scalar type. More...

struct	gpulog::internal::ttrait< T * >
	Type traits, pointer type. More...

struct	gpulog::internal::ttrait< T[N]>
	Type traits, array type. More...

struct	gpulog::internal::ttrait< array< T > >
	Type traits, array type. More...

struct	gpulog::internal::ttrait< Tunspec >
	Type traits, type unspecified. More...

Namespaces
	gpulog
	class template pktsize<> and supporting classes and templates that enable the compile-time calculation of log record layout (byte offsets to which the data will be stored).

Constant Groups
	gpulog
	class template pktsize<> and supporting classes and templates that enable the compile-time calculation of log record layout (byte offsets to which the data will be stored).

Macros
#define	ALIGNOF(T) (ttrait<T>::align)
	Alignment of type T.

#define	ESIZE(T) (ttrait<T>::size)
	Scalar element size of type T. E.g., if T = short[5], ESIZE(T) = sizeof(short)

#define	DIMEN(T) (ttrait<T>::dim)
	Array size of type T. E.g., if T = short[5], DIMEN(T) = 5.

#define	SIZEOF(T) (ESIZE(T)*DIMEN(T))
	Byte size of type T. For array<X>, this is the size of X.

#define	ISARRAY(T) (ttrait<T>::isarr)
	Is type T an array<> class.

#define	SCALAR(T) typename gpulog::internal::ttrait<T>::scalarT
	The scalar of type T (extracts T out of array<T>, if it's an array)

Detailed Description

Defines system compatible data alignment and convenient macros.

Definition in file gpulog_ttraits.h.

Classes