bio::utility Namespace Reference

Classes
struct	IsPointerImplementation
struct	IsPointerImplementation< T * >
struct	IsPrimitiveImplementation
struct	IsPrimitiveImplementation< bool >
struct	IsPrimitiveImplementation< double >
struct	IsPrimitiveImplementation< float >
struct	IsPrimitiveImplementation< int16_t >
struct	IsPrimitiveImplementation< int32_t >
struct	IsPrimitiveImplementation< int64_t >
struct	IsPrimitiveImplementation< int8_t >
struct	IsPrimitiveImplementation< std::string >
struct	IsPrimitiveImplementation< uint16_t >
struct	IsPrimitiveImplementation< uint32_t >
struct	IsPrimitiveImplementation< uint64_t >
struct	IsPrimitiveImplementation< uint8_t >

Functions
template<typename T >
T &	Dereference (T &t)
template<typename T >
T &	Dereference (T *t)
template<typename T >
bool	IsPointer ()
template<typename T >
bool	IsPointer (const T t)
template<typename T >
bool	IsPrimitive ()
template<typename T >
bool	IsPrimitive (const T t)

Function Documentation

Dereference() [1/2]

template<typename T >

T & bio::utility::Dereference ( T &  t )

inline

Maybe a helper method? This is currently unused.

Template Parameters

T

Parameters

t

Returns

T

Definition at line 82 of file IsPointer.h.

{
    return t;
}

Dereference() [2/2]

template<typename T >

T & bio::utility::Dereference ( T *  t )

inline

Maybe a helper method? This is currently unused.

Template Parameters

T

Parameters

t

Returns

*T

Definition at line 95 of file IsPointer.h.

{
    return *t;
}

IsPointer() [1/2]

template<typename T >

bool bio::utility::IsPointer ( )

inline

Check whether or not T is a pointer

Template Parameters

T

Returns

whether or not T is a pointer.

Definition at line 51 of file IsPointer.h.

{
    //@formatter:off
    #if BIO_CPP_VERSION >= 11
        return std::is_pointer<T>::value;
    #else
        return IsPointerImplementation< T >::m_value;
    #endif
    //@formatter:on
}

IsPointer() [2/2]

template<typename T >

bool bio::utility::IsPointer ( const T  t )

inline

Ease of use method for passing T as arg.

Template Parameters

T

Parameters

t

Returns

whether or not T is a pointer.

Definition at line 69 of file IsPointer.h.

{
    return IsPointer< T >();
}

IsPrimitive() [1/2]

template<typename T >

bool bio::utility::IsPrimitive

(

)

IsPrimitive without an arg is the same as that with, except no automatic pointer dereferencing can be done. If we're using C++98 and don't have an interface for T, we'll try looking for std:: in its typename.

Template Parameters

T

Returns

whether or not T is a built-in type or a Biology class, which should, except for a few exceptions, always mean a child of physical::Wave; false by default.

Definition at line 78 of file IsPrimitive.h.

{
    if (IsPointer< T >())
    {
        return false;
    }
    //@formatter:off
    #if BIO_CPP_VERSION < 11
        return IsPrimitiveImplementation< T >::m_value;
    #else
        return std::is_fundamental<T>::value;
    #endif
    //@formatter:on
}

IsPrimitive() [2/2]

template<typename T >

bool bio::utility::IsPrimitive

(

const T

t

)

IsPrimitive is a bit more complex than it might need to be but the features, while slow, should be robust. First, if T is a pointer, we'll dereference it and try again until it is not. Second, if we're using C++98 and don't have an interface for T, we'll try looking for std:: in its typename.

Template Parameters

T

Parameters

t

Returns

whether or not T is a built-in type or a Biology class, which should, except for a few exceptions, always mean a child of physical::Wave; false by default.

Definition at line 57 of file IsPrimitive.h.

{
    BIO_SANITIZE_AT_SAFETY_LEVEL_2(!IsPointer< T >(), ,
        return IsPrimitive(*t));
 
    //@formatter:off
    #if BIO_CPP_VERSION < 11
        return IsPrimitiveImplementation< T >::m_value;
    #else
        return std::is_fundamental<T>::value;
    #endif
    //@formatter:on
}

References BIO_SANITIZE_AT_SAFETY_LEVEL_2, and IsPrimitive().

Referenced by IsPrimitive().