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CppUtils
Welcome to the new CppUtils documentation!
import CppUtils.Type;orimport CppUtils;

Functions & utilities

FUNCTIONS

Namespace: CppUtils::Type

Public types

Section titled “Public types”

Hash

Section titled “Hash”
using CppUtils::Type::Hash = typedef std::uint64_t;

Token

Section titled “Token”
using CppUtils::Type::Token = typedef Hash;

LazyEvaluationType

Section titled “LazyEvaluationType”
using CppUtils::Type::LazyEvaluationType = typedef typename LazyEvaluation<Condition, Then, Arg, Else>::type;

CommonType

Section titled “CommonType”
using CppUtils::Type::CommonType = typedef typename Common<T...>::type;

In

Section titled “In”
using CppUtils::Type::In = typedef std::conditional_t<preferPassByRef<T>, const T&, T>;

NthType

Section titled “NthType”
using CppUtils::Type::NthType = typedef std::tuple_element_t<I, std::tuple<Types...> >;

FirstType

Section titled “FirstType”
using CppUtils::Type::FirstType = typedef NthType<0, Types...>;

UniqueType

Section titled “UniqueType”
using CppUtils::Type::UniqueType = typedef typename Unique<Container<>, Types...>::type;

UniqueVariant

Section titled “UniqueVariant”
using CppUtils::Type::UniqueVariant = typedef UniqueType<std::variant, std::decay_t<Types>...>;

UniqueTuple

Section titled “UniqueTuple”
using CppUtils::Type::UniqueTuple = typedef UniqueType<std::tuple, Types...>;

FilterType

Section titled “FilterType”
using CppUtils::Type::FilterType = typedef typename Filter<Trait, Container<>, Types...>::type;

Public methods & functions

Section titled “Public methods & functions”
constexpr auto mixHash(Hash hashValue) noexcept -> Hash;
template <class Target, class Mapping, class Source>
constexpr auto toStruct(const Source& source) -> Target;
template <class Target, class TargetMapping, class SourceMapping, class Source>
constexpr auto toStruct(const Source& source) -> Target;
template <class ReturnType, class Object, class... Args>
constexpr auto getNonConstMemberFunction(ReturnType(Object::*function)(Args...)) -> decltype(auto);
template <class ReturnType, class Object, class... Args>
constexpr auto getConstMemberFunction(ReturnType(Object::*function)(Args...) const) -> decltype(auto);
template <class Value>
auto deserialize(auto& source);
auto deserialize(auto& source, auto& value);
template <class T, class... Types>
consteval auto getPosition() -> std::size_t;

Constants & variables

Section titled “Constants & variables”

isFunctionPointer

Section titled “isFunctionPointer”
constexpr auto CppUtils::Type::isFunctionPointer;

HashOffset

Section titled “HashOffset”
constexpr Hash CppUtils::Type::HashOffset;

HashPrime

Section titled “HashPrime”
constexpr Hash CppUtils::Type::HashPrime;

hash

Section titled “hash”
constexpr struct CppUtils::Type::HashT CppUtils::Type::hash;

write

Section titled “write”
constexpr Detail::WriteCPO CppUtils::Type::write;

read

Section titled “read”
constexpr Detail::ReadCPO CppUtils::Type::read;

serialize

Section titled “serialize”
constexpr Detail::SerializeCPO CppUtils::Type::serialize;

isSpecializationOfTypes

Section titled “isSpecializationOfTypes”
constexpr auto CppUtils::Type::isSpecializationOfTypes;

isSpecializationOfTypes< IncompleteType< Args... >, IncompleteType >

Section titled “isSpecializationOfTypes< IncompleteType< Args... >, IncompleteType >”
constexpr auto CppUtils::Type::isSpecializationOfTypes< IncompleteType< Args... >, IncompleteType >;

isSpecializationOfValues

Section titled “isSpecializationOfValues”
constexpr auto CppUtils::Type::isSpecializationOfValues;

isSpecializationOfValues< IncompleteType< Args... >, IncompleteType >

Section titled “isSpecializationOfValues< IncompleteType< Args... >, IncompleteType >”
constexpr auto CppUtils::Type::isSpecializationOfValues< IncompleteType< Args... >, IncompleteType >;

preferPassByRef

Section titled “preferPassByRef”
constexpr auto CppUtils::Type::preferPassByRef;

preferPassByValue

Section titled “preferPassByValue”
constexpr auto CppUtils::Type::preferPassByValue;

FalseValue

Section titled “FalseValue”
constexpr bool CppUtils::Type::FalseValue;

FalseType

Section titled “FalseType”
constexpr bool CppUtils::Type::FalseType;