Fonctions & utilitaires

Namespace: CppUtils::Container

Énumérations publiques

SlotState

enum class SlotState {
    Empty = 0,
    Occupied = 1,
    Erased = 2
};

Types publics

SafeShared

using CppUtils::Container::SafeShared = typedef Thread::SharedPtr<Thread::SharedLocker<T> >;

SafeWeak

using CppUtils::Container::SafeWeak = typedef Thread::WeakPtr<Thread::SharedLocker<T> >;

TokenTree

using CppUtils::Container::TokenTree = typedef Tree::TokenTree<CharT>;

AST

using CppUtils::Container::AST = typedef TokenTree<CharT>;

ASTNode

using CppUtils::Container::ASTNode = typedef TokenTree<CharT>::Node;

ASTNodeView

using CppUtils::Container::ASTNodeView = typedef Tree::NodeView<CharT>;

Vec2

using CppUtils::Container::Vec2 = typedef Vec<2, T>;

Vec3

using CppUtils::Container::Vec3 = typedef Vec<3, T>;

Vec4

using CppUtils::Container::Vec4 = typedef Vec<4, T>;

Méthodes et fonctions publiques

template <class T>
ColorRGB(T, T, T) -> ColorRGB<T>;

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template <class T>
ColorRGBA(T, T, T, T) -> ColorRGBA<T>;

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constexpr auto binarySearch(auto value, RangeOfIntervals auto&& intervals) noexcept -> std::ranges::iterator_t<decltype(intervals)>;

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constexpr auto isInside(auto value, RangeOfIntervals auto&& intervals) noexcept -> bool;

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template <class T>
constexpr auto operator>>(SafeShared<NetworkPtr<T>> &from, SafeShared<NetworkPtr<T>> &to) -> SafeShared<NetworkPtr<T>> &;

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template <class T>
constexpr auto operator&(SafeShared<NetworkPtr<T>> &lhs, SafeShared<NetworkPtr<T>> &rhs) -> SafeShared<NetworkPtr<T>> &;

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template <class T>
constexpr auto operator-(SafeShared<NetworkPtr<T>> &from, SafeShared<NetworkPtr<T>> &to) -> SafeShared<NetworkPtr<T>> &;

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template <class T>
constexpr auto operator/(SafeShared<NetworkPtr<T>> &lhs, SafeShared<NetworkPtr<T>> &rhs) -> SafeShared<NetworkPtr<T>> &;

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template <class Lhs, class Rhs>
constexpr auto swapPair(std::pair<Lhs, Rhs> &&pair) noexcept -> std::pair<Rhs, Lhs>;

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template <class Lhs, class Rhs>
constexpr auto swapPair(const std::pair<Lhs, Rhs> &pair) noexcept -> std::pair<Rhs, Lhs>;

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template <class T>
Point2D(T, T) -> Point2D<T>;

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template <class T>
Point3D(T, T, T) -> Point3D<T>;

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template <class T>
constexpr auto makeSafeShared(auto&&... arguments) -> SafeShared<T>;

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template <class T>
Size2(T, T) -> Size2<T>;

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template <class T>
Size3(T, T, T) -> Size3<T>;

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template <std::size_t N, class T>
constexpr auto operator*(T value, const Vec<N, T> &rhs) noexcept -> Vec<N, T>;

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template <class T, class... Args>
Vec(T, Args...) -> Vec<1+sizeof...(Args), T>;

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