CppUtils::Language::MetaCircularVirtualMachine

Types publics

MeshNodePtr

using CppUtils::Language::v2::MetaCircularVirtualMachine::MeshNodePtr = Container::MeshNodePtr<Type::Token, Type::Token>;

FunctionPointer

using CppUtils::Language::v2::MetaCircularVirtualMachine::FunctionPointer = auto (*)(MetaCircularVirtualMachine&, MeshNodePtr) -> std::expected<MeshNodePtr, std::string_view>;

Méthodes et fonctions publiques

[[nodiscard]] static constexpr auto MetaCircularVirtualMachine::next(MeshNodePtr instruction) noexcept -> MeshNodePtr;

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template <class T = MetaCircularVirtualMachine>
constexpr auto MetaCircularVirtualMachine::addFunction(Type::Token token, auto&& function) -> void;

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constexpr explicit MetaCircularVirtualMachine::MetaCircularVirtualMachine(Thread::SharedPtr<Environment> environment);

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constexpr MetaCircularVirtualMachine::MetaCircularVirtualMachine();

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virtual MetaCircularVirtualMachine::~MetaCircularVirtualMachine() = default;

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[[nodiscard]] virtual auto MetaCircularVirtualMachine::makeExecutionContext(Thread::SharedPtr<Environment> environment) const -> std::unique_ptr<MetaCircularVirtualMachine>;

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[[nodiscard]] constexpr auto MetaCircularVirtualMachine::reportError(std::string_view message) const -> std::expected<void, std::string_view>;

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[[nodiscard]] constexpr auto MetaCircularVirtualMachine::get(Type::Token token) -> std::expected<MeshNodePtr, std::string_view>;

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[[nodiscard]] constexpr auto MetaCircularVirtualMachine::resolve(Type::Token token) -> std::expected<MeshNodePtr, std::string_view>;

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[[nodiscard]] constexpr auto MetaCircularVirtualMachine::operator()(MeshNodePtr instruction) -> std::expected<void, std::string_view>;

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[[nodiscard]] constexpr auto MetaCircularVirtualMachine::operator()(Type::Token token) -> std::expected<void, std::string_view>;

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Attributs publics

context

MeshNodePtr context;

environment

Thread::SharedPtr< Environment > environment;