ft_type.h File Reference

#include <type_traits>
#include <iostream>
#include <variant>
#include <complex>

Go to the source code of this file.

Classes
struct	is_vector< T >
struct	is_vector< std::vector< T, A > >
struct	is_vector_vector< T >
struct	is_vector_vector< std::vector< std::vector< T, A > > >

Macros
#define	AU_UDT_INIT(A)   FT_UDT_INIT(A)
#define	FT_UDT_INIT(A)

Typedefs
typedef enum AuEndpointType	AuEndpointType
typedef enum AuEndpointDataType	AuEndpointDataType
typedef AuEndpointDataType	FTDataType
typedef AuEndpointDataType	FTType
using	AuEndpointDataTypeUnion = std::variant< short, int, long, long long, unsigned short, unsigned int, unsigned long, unsigned long long, float, double, std::complex< double >, std::string >
	It should follow the order of above AuEndpointDataType. More...
typedef enum OutputVectorFlatDirection	OutputVectorFlatDirection

Enumerations
enum	AuEndpointType {   EP_HDF5 = 0 , EP_PNETCDF = 1 , EP_ADIOS = 2 , EP_BINARY = 3 ,   EP_VIRTUAL = 4 , EP_MEMORY = 5 , EP_H5VDS = 6 , EP_DIR = 7 ,   EP_DASSA = 8 , EP_TDMS = 9 }
enum	AuEndpointDataType {   AU_NO_TYPE = -1 , AU_SHORT = 0 , AU_INT = 1 , AU_LONG = 2 ,   AU_LONG_LONG = 3 , AU_USHORT = 4 , AU_UINT = 5 , AU_ULONG = 6 ,   AU_ULLONG = 7 , AU_FLOAT = 8 , AU_DOUBLE = 9 , AU_DOUBLE_COMPLEX = 10 ,   AU_STRING = 11 , AU_NCLASSES }
enum	OutputVectorFlatDirection { AU_FLAT_OUTPUT_COL = 0 , AU_FLAT_OUTPUT_ROW = 1 , AU_FLAT_OUTPUT_NEW = 2 }

Functions
AuEndpointType	MapString2EndpointType (std::string endpoint_type_str)
	map string typed name of type to AuEndpointType More...
template<typename T >
AuEndpointDataType	InferDataType ()
template<typename T >
bool	InferVectorType ()
template<typename T >
bool	InferVectorVectorType ()

Macro Definition Documentation

AU_UDT_INIT

#define AU_UDT_INIT

(

A

)

FT_UDT_INIT(A)

Examples

ft_example_cmpd.cpp, and ft_example_vds.cpp.

FT_UDT_INIT

#define FT_UDT_INIT

(

A

)

Value:

  CISTA_PRINTABLE(A)   \
  CISTA_COMPARABLE()

Typedef Documentation

AuEndpointDataType

typedef enum AuEndpointDataType AuEndpointDataType

AuEndpointDataTypeUnion

using AuEndpointDataTypeUnion = std::variant<short, int, long, long long, unsigned short, unsigned int, unsigned long, unsigned long long, float, double, std::complex<double>, std::string>

It should follow the order of above AuEndpointDataType.

AuEndpointType

typedef enum AuEndpointType AuEndpointType

Author: Bin Dong dbin@.nosp@m.lbl..nosp@m.gov Web: https://crd.lbl.gov/bin-dong Scientific Data Management Research Group Lawrence Berkeley National Laboratory

FTDataType

typedef AuEndpointDataType FTDataType

FTType

typedef AuEndpointDataType FTType

OutputVectorFlatDirection

typedef enum OutputVectorFlatDirection OutputVectorFlatDirection

Enumeration Type Documentation

AuEndpointDataType

enum AuEndpointDataType

Enumerator
AU_NO_TYPE
AU_SHORT
AU_INT
AU_LONG
AU_LONG_LONG
AU_USHORT
AU_UINT
AU_ULONG
AU_ULLONG
AU_FLOAT
AU_DOUBLE
AU_DOUBLE_COMPLEX
AU_STRING
AU_NCLASSES

AuEndpointType

enum AuEndpointType

Author: Bin Dong dbin@.nosp@m.lbl..nosp@m.gov Web: https://crd.lbl.gov/bin-dong Scientific Data Management Research Group Lawrence Berkeley National Laboratory

Enumerator
EP_HDF5
EP_PNETCDF
EP_ADIOS
EP_BINARY
EP_VIRTUAL
EP_MEMORY
EP_H5VDS
EP_DIR
EP_DASSA
EP_TDMS

OutputVectorFlatDirection

enum OutputVectorFlatDirection

Enumerator
AU_FLAT_OUTPUT_COL
AU_FLAT_OUTPUT_ROW
AU_FLAT_OUTPUT_NEW

Function Documentation

InferDataType()

template<typename T >

AuEndpointDataType InferDataType

(

)

InferVectorType()

template<typename T >

bool InferVectorType

(

)

InferVectorVectorType()

template<typename T >

bool InferVectorVectorType

(

)

MapString2EndpointType()

AuEndpointType MapString2EndpointType

(

std::string

endpoint_type_str

)

map string typed name of type to AuEndpointType

Parameters

endpoint_type_str

input of string name

Returns

AuEndpointType output of type

Author: Bin Dong dbin@.nosp@m.lbl..nosp@m.gov Web: https://crd.lbl.gov/bin-dong Scientific Data Management Research Group Lawrence Berkeley National Laboratory