registration Namespace Reference

Data Structures
class	AbstractRegister
class	AlgoRegisterHelper
class	BinaryOperatorRegister
class	CastRegister
class	ComponentRegister
class	InputFileRegister
class	MethodRegister
class	MethodRegister< Algorithm, ReturnType, const ObjectType, ParameterTypes ... >
class	NormalizationRegisterEmpty
class	NormalizationRegisterImpl
class	OutputFileRegister
class	PostfixOperatorRegister
class	PrefixOperatorRegister
class	RawReaderRegister
class	RawWriterRegister
class	SetRegister
class	StringReaderGroupRegister
class	StringReaderRegister
class	StringReaderRegisterTypeInGroup
class	StringWriterRegister
class	StringWriterRegisterTypeInGroup
class	ValuePrinterRegister
class	WrapperRegister
class	XmlReaderRegister
class	XmlRegisterTypeInGroup
class	XmlWriterRegister

Typedefs
template<class ReturnType >
using	NormalizationRegisterImplBase = std::conditional_t< std::is_same< ReturnType, core::normalizationResult< ReturnType > >::value, NormalizationRegisterEmpty, ext::Register< std::list< std::unique_ptr< abstraction::NormalizeRegistry::Entry > >::const_iterator > >
template<class ReturnType >
using	NormalizationRegister = std::conditional_t< core::has_eval< core::normalize< ReturnType > >::value, NormalizationRegisterImpl< ReturnType >, NormalizationRegisterEmpty >

Typedef Documentation

NormalizationRegister

template<class ReturnType >

using registration::NormalizationRegister = typedef std::conditional_t < core::has_eval < core::normalize < ReturnType > >::value, NormalizationRegisterImpl < ReturnType >, NormalizationRegisterEmpty >

NormalizationRegisterImplBase

template<class ReturnType >

using registration::NormalizationRegisterImplBase = typedef std::conditional_t < std::is_same < ReturnType, core::normalizationResult < ReturnType > >::value, NormalizationRegisterEmpty, ext::Register < std::list < std::unique_ptr < abstraction::NormalizeRegistry::Entry > >::const_iterator > >