CLHEP::tt Namespace Reference

Data Structures
struct	any_conversion
struct	arr
struct	arr< T[]>
struct	arr< T[N]>
struct	converts
struct	converts< From, To, false >
struct	cv
struct	cv< T & >
struct	cv< T const >
struct	cv< T const volatile >
struct	cv< T volatile >
struct	encode
struct	encode< bool >
struct	encode< char >
struct	encode< double >
struct	encode< float >
struct	encode< int >
struct	encode< long >
struct	encode< long double >
struct	encode< short >
struct	encode< signed char >
struct	encode< T & >
struct	encode< T * >
struct	encode< T C::* >
struct	encode< T const >
struct	encode< T const []>
struct	encode< T const [N]>
struct	encode< T const volatile >
struct	encode< T const volatile[]>
struct	encode< T const volatile[N]>
struct	encode< T volatile >
struct	encode< T volatile[]>
struct	encode< T volatile[N]>
struct	encode< T(C::*)() const >
struct	encode< T(C::*)() const volatile >
struct	encode< T(C::*)() volatile >
struct	encode< T(C::*)()>
struct	encode< T(C::*)(A1) const >
struct	encode< T(C::*)(A1) const volatile >
struct	encode< T(C::*)(A1) volatile >
struct	encode< T(C::*)(A1)>
struct	encode< T(C::*)(A1, A2) const >
struct	encode< T(C::*)(A1, A2) const volatile >
struct	encode< T(C::*)(A1, A2) volatile >
struct	encode< T(C::*)(A1, A2)>
struct	encode< T(C::*)(A1, A2, A3) const >
struct	encode< T(C::*)(A1, A2, A3) const volatile >
struct	encode< T(C::*)(A1, A2, A3) volatile >
struct	encode< T(C::*)(A1, A2, A3)>
struct	encode< T(C::*)(A1, A2, A3, A4) const >
struct	encode< T(C::*)(A1, A2, A3, A4) const volatile >
struct	encode< T(C::*)(A1, A2, A3, A4) volatile >
struct	encode< T(C::*)(A1, A2, A3, A4)>
struct	encode< T(C::*)(A1, A2, A3, A4, A5) const >
struct	encode< T(C::*)(A1, A2, A3, A4, A5) const volatile >
struct	encode< T(C::*)(A1, A2, A3, A4, A5) volatile >
struct	encode< T(C::*)(A1, A2, A3, A4, A5)>
struct	encode< T[]>
struct	encode< T[N]>
struct	encode< unsigned char >
struct	encode< unsigned int >
struct	encode< unsigned long >
struct	encode< unsigned short >
struct	encode< void >
struct	is_abstract_class
struct	is_abstract_class< C, true >
struct	primary
struct	ptr
struct	ptr< T * >
struct	ptr< T *const >
struct	ptr< T *const volatile >
struct	ptr< T *volatile >
struct	ref
struct	ref< T &, _lvalue_reference >
struct	ref< T, _void >

Typedefs
typedef char &	yes_t
typedef char(&	no_t )[2]

Enumerations
enum	primary_code {   _unknown = 0u, _void = 1u << 0, _integral = 1u << 1, _floating_point = 1u << 2,   _array = 1u << 3, _pointer = 1u << 4, _lvalue_reference = 1u << 5, _rvalue_reference = 1u << 6,   _member_object_pointer = 1u << 7, _member_function_pointer = 1u << 8, _enum = 1u << 9, _union = 1u << 10,   _class = 1u << 11, _function = 1u << 12 }

Functions
template<typename U >
yes_t	isAclass (void(U::*)())
template<typename U >
no_t	isAclass (...)
template<typename U >
no_t	isAfunction (U(*)[1])
template<typename U >
yes_t	isAfunction (...)

Typedef Documentation

typedef char(& CLHEP::tt::no_t)[2]

Definition at line 183 of file type_traits.h.

typedef char& CLHEP::tt::yes_t

Definition at line 182 of file type_traits.h.

Enumeration Type Documentation

enum CLHEP::tt::primary_code

Enumerator
_unknown
_void
_integral
_floating_point
_array
_pointer
_lvalue_reference
_rvalue_reference
_member_object_pointer
_member_function_pointer
_enum
_union
_class
_function

Definition at line 194 of file type_traits.h.

{ _unknown                 = 0u
, _void                    = 1u <<  0
, _integral                = 1u <<  1
, _floating_point          = 1u <<  2
, _array                   = 1u <<  3
, _pointer                 = 1u <<  4
, _lvalue_reference        = 1u <<  5
, _rvalue_reference        = 1u <<  6
, _member_object_pointer   = 1u <<  7
, _member_function_pointer = 1u <<  8
, _enum                    = 1u <<  9
, _union                   = 1u << 10  // Help, compiler!
, _class                   = 1u << 11
, _function                = 1u << 12
};  // primary_code

Function Documentation

template<typename U >

yes_t CLHEP::tt::isAclass

(

void(U::*)()

)

template<typename U >

no_t CLHEP::tt::isAclass

(

...

)

template<typename U >

no_t CLHEP::tt::isAfunction

(

U(*)

[1]

)

template<typename U >

yes_t CLHEP::tt::isAfunction

(

...

)