Inheritance diagram for rfk::Struct:

Public Member Functions
REFUREKU_API	Struct (char const *name, std::size_t id, std::size_t memorySize, bool isClass) noexcept

template<typename ReturnType , typename... ArgTypes>
RFK_NODISCARD rfk::SharedPtr< ReturnType >	makeSharedInstance (ArgTypes &&... args) const
	Make an instance of the class represented by this archetype with the matching instantiator. One can add new instantiators to any class by using the Instantiator method property. More...

template<typename ReturnType , typename... ArgTypes>
RFK_NODISCARD rfk::UniquePtr< ReturnType >	makeUniqueInstance (ArgTypes &&... args) const
	Make an instance of the class represented by this archetype with the matching instantiator. One can add new instantiators to any class by using the Instantiator method property. More...

RFK_NODISCARD REFUREKU_API Vector< Struct const * >	getDirectSubclasses () const noexcept
	Compute the list of all direct reflected subclasses of this struct. Direct subclasses are computed by iterating over all subclasses (direct or not), so this method might have a heavy performance cost on big class hierarchies. More...

RFK_NODISCARD REFUREKU_API bool	isSubclassOf (Struct const &archetype) const noexcept
	Check if this struct is a subclass of another struct/class. More...

RFK_NODISCARD REFUREKU_API bool	isBaseOf (Struct const &archetype) const noexcept
	Check if this struct is a base class of another struct/class. More...

RFK_NODISCARD REFUREKU_API ParentStruct const &	getDirectParentAt (std::size_t index) const noexcept
	Get the index'th direct parent of this struct. If index is greater or equal to getDirectParentsCount(), the behaviour is undefined. More...

RFK_NODISCARD REFUREKU_API std::size_t	getDirectParentsCount () const noexcept
	Get the number of reflected direct parents this struct is inheriting from. More...

REFUREKU_API bool	foreachDirectParent (Visitor< ParentStruct > visitor, void *userData) const
	Execute the given visitor on all direct parents of this struct. More...

RFK_NODISCARD REFUREKU_API Struct const *	getNestedStructByName (char const *name, EAccessSpecifier access=EAccessSpecifier::Undefined) const noexcept

RFK_NODISCARD REFUREKU_API Struct const *	getNestedStructByPredicate (Predicate< Struct > predicate, void *userData) const
	Retrieve the first nested struct satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< Struct const * >	getNestedStructsByPredicate (Predicate< Struct > predicate, void *userData) const
	Retrieve all nested structs satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Class const *	getNestedClassByName (char const *name, EAccessSpecifier access=EAccessSpecifier::Undefined) const noexcept

RFK_NODISCARD REFUREKU_API Class const *	getNestedClassByPredicate (Predicate< Class > predicate, void *userData) const
	Retrieve the first nested class satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< Class const * >	getNestedClassesByPredicate (Predicate< Class > predicate, void *userData) const
	Retrieve all nested classes satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Enum const *	getNestedEnumByName (char const *name, EAccessSpecifier access=EAccessSpecifier::Undefined) const noexcept

RFK_NODISCARD REFUREKU_API Enum const *	getNestedEnumByPredicate (Predicate< Enum > predicate, void *userData) const
	Retrieve the first nested enum satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< Enum const * >	getNestedEnumsByPredicate (Predicate< Enum > predicate, void *userData) const
	Retrieve all nested enums satisfying the provided predicate. More...

REFUREKU_API bool	foreachNestedArchetype (Visitor< Archetype > visitor, void *userData) const
	Execute the given visitor on all archetypes nested in this struct. More...

REFUREKU_API std::size_t	getNestedArchetypesCount () const noexcept
	Get the number of archetypes nested in this struct. More...

RFK_NODISCARD REFUREKU_API Field const *	getFieldByName (char const *name, EFieldFlags minFlags=EFieldFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API Field const *	getFieldByPredicate (Predicate< Field > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve the first field satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< Field const * >	getFieldsByPredicate (Predicate< Field > predicate, void *userData, bool shouldInspectInherited=false, bool orderedByDeclaration=false) const
	Retrieve all fields satisfying the provided predicate. More...

REFUREKU_API bool	foreachField (Visitor< Field > visitor, void *userData, bool shouldInspectInherited=false) const
	Execute the given visitor on all fields in this struct. More...

REFUREKU_API std::size_t	getFieldsCount () const noexcept
	Get the number of fields (including inherited ones) in this struct. More...

RFK_NODISCARD REFUREKU_API StaticField const *	getStaticFieldByName (char const *name, EFieldFlags minFlags=EFieldFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API StaticField const *	getStaticFieldByPredicate (Predicate< StaticField > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve the first static field satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< StaticField const * >	getStaticFieldsByPredicate (Predicate< StaticField > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve all static fields satisfying the provided predicate. More...

REFUREKU_API bool	foreachStaticField (Visitor< StaticField > visitor, void *userData, bool shouldInspectInherited=false) const
	Execute the given visitor on all static fields in this struct. More...

REFUREKU_API std::size_t	getStaticFieldsCount () const noexcept
	Get the number of static fields (including inherited ones) in this struct. More...

template<typename MethodSignature >
RFK_NODISCARD Method const *	getMethodByName (char const *name, EMethodFlags minFlags=EMethodFlags::Default, bool shouldInspectInherited=false) const noexcept
	Get a method by name and signature. This template overload using signature comes handy when wanting to disambiguate 2 method overloads with and without const qualifier for example. More...

RFK_NODISCARD REFUREKU_API Method const *	getMethodByName (char const *name, EMethodFlags minFlags=EMethodFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API Vector< Method const * >	getMethodsByName (char const *name, EMethodFlags minFlags=EMethodFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API Method const *	getMethodByPredicate (Predicate< Method > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve the first method satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< Method const * >	getMethodsByPredicate (Predicate< Method > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve all methods satisfying the provided predicate. More...

REFUREKU_API bool	foreachMethod (Visitor< Method > visitor, void *userData, bool shouldInspectInherited=false) const
	Execute the given visitor on all methods in this struct. More...

REFUREKU_API std::size_t	getMethodsCount () const noexcept
	Get the number of methods (excluding inherited ones) in this struct. More...

template<typename StaticMethodSignature >
RFK_NODISCARD StaticMethod const *	getStaticMethodByName (char const *name, EMethodFlags minFlags=EMethodFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API StaticMethod const *	getStaticMethodByName (char const *name, EMethodFlags minFlags=EMethodFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API Vector< StaticMethod const * >	getStaticMethodsByName (char const *name, EMethodFlags minFlags=EMethodFlags::Default, bool shouldInspectInherited=false) const noexcept

RFK_NODISCARD REFUREKU_API StaticMethod const *	getStaticMethodByPredicate (Predicate< StaticMethod > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve the first static method satisfying the provided predicate. More...

RFK_NODISCARD REFUREKU_API Vector< StaticMethod const * >	getStaticMethodsByPredicate (Predicate< StaticMethod > predicate, void *userData, bool shouldInspectInherited=false) const
	Retrieve all static methods satisfying the provided predicate. More...

REFUREKU_API bool	foreachStaticMethod (Visitor< StaticMethod > visitor, void *userData, bool shouldInspectInherited=false) const
	Execute the given visitor on all static methods in this struct. More...

REFUREKU_API std::size_t	getStaticMethodsCount () const noexcept
	Get the number of static methods (excluding inherited ones) in this struct. More...

RFK_NODISCARD REFUREKU_API EClassKind	getClassKind () const noexcept
	Get the class kind of this instance. More...

RFK_NODISCARD REFUREKU_API bool	getPointerOffset (Struct const &to, std::ptrdiff_t &out_pointerOffset) const noexcept
	Get the pointer offset to transform an instance of this Struct pointer to a pointer of the provided Struct. Search in both directions (whether to is a parent class or a child class). More...

RFK_NODISCARD REFUREKU_API bool	getSubclassPointerOffset (Struct const &to, std::ptrdiff_t &out_pointerOffset) const noexcept
	Get the pointer offset to transform an instance of this Struct pointer to a pointer of the provided Struct. Only search the offset in this struct subclasses. If to is a parent of this struct, false will be returned. More...

REFUREKU_API void	addDirectParent (Archetype const *archetype, EAccessSpecifier inheritanceAccess) noexcept
	Add a parent to this struct if the provided archetype is a valid struct/class. More...

REFUREKU_API void	setDirectParentsCapacity (std::size_t capacity) noexcept
	Set the number of direct parents for this struct. Useful to avoid reallocations and avoid having unused memory. If the number of direct parents is already >= to the provided count, this method has no effect. More...

REFUREKU_API void	addSubclass (Struct const &subclass, std::ptrdiff_t subclassPointerOffset) noexcept
	Add a subclass to this struct. More...

REFUREKU_API void	addNestedArchetype (Archetype const *nestedArchetype, EAccessSpecifier accessSpecifier) noexcept
	Add a nested archetype to the struct. More...

REFUREKU_API void	setNestedArchetypesCapacity (std::size_t capacity) noexcept
	Internally pre-allocate enough memory for the provided number of nested archetypes. If the number of nested archetypes is already >= to the provided capacity, this method has no effect. More...

REFUREKU_API Field *	addField (char const name, std::size_t id, Type const &type, EFieldFlags flags, std::size_t memoryOffset, Struct const outerEntity) noexcept
	Add a field to the struct. More...

REFUREKU_API void	setFieldsCapacity (std::size_t capacity) noexcept
	Internally pre-allocate enough memory for the provided number of fields. If the number of fields is already >= to the provided capacity, this method has no effect. More...

REFUREKU_API StaticField *	addStaticField (char const name, std::size_t id, Type const &type, EFieldFlags flags, void fieldPtr, Struct const *outerEntity) noexcept
	Add a static field to the struct. More...

REFUREKU_API StaticField *	addStaticField (char const name, std::size_t id, Type const &type, EFieldFlags flags, void const fieldPtr, Struct const *outerEntity) noexcept

REFUREKU_API void	setStaticFieldsCapacity (std::size_t capacity) noexcept
	Internally pre-allocate enough memory for the provided number of static fields. If the number of static fields is already >= to the provided capacity, this method has no effect. More...

REFUREKU_API Method *	addMethod (char const name, std::size_t id, Type const &returnType, ICallable internalMethod, EMethodFlags flags) noexcept
	Add a method to the struct. More...

REFUREKU_API void	setMethodsCapacity (std::size_t capacity) noexcept
	Internally pre-allocate enough memory for the provided number of methods. If the number of methods is already >= to the provided capacity, this method has no effect. More...

REFUREKU_API StaticMethod *	addStaticMethod (char const name, std::size_t id, Type const &returnType, ICallable internalMethod, EMethodFlags flags) noexcept
	Add a static method to the struct. More...

REFUREKU_API void	setStaticMethodsCapacity (std::size_t capacity) noexcept
	Internally pre-allocate enough memory for the provided number of static methods. If the number of static methods is already >= to the provided capacity, this method has no effect. More...

REFUREKU_API void	addSharedInstantiator (StaticMethod const &instantiator) noexcept
	Add a new way to instantiate this struct through the makeSharedInstance method. The passed static method MUST return a rfk::SharedPtr<StructType>. Otherwise, the behaviour is undefined when calling Struct::makeSharedInstance. More...

REFUREKU_API void	addUniqueInstantiator (StaticMethod const &instantiator) noexcept
	Add a new way to instantiate this struct through the makeUniqueInstance method. The passed static method MUST return a rfk::UniquePtr<StructType>. Otherwise, the behaviour is undefined when calling Struct::makeUniqueInstance. More...

Public Member Functions inherited from rfk::Archetype
	Archetype (Archetype &&)=delete

RFK_NODISCARD REFUREKU_API EAccessSpecifier	getAccessSpecifier () const noexcept
	Get the access specifier of the archetype if it is nested in a struct or class. If the archetype is not nested in a struct or class, EAccessSpecifier::Undefined is returned. More...

RFK_NODISCARD REFUREKU_API std::size_t	getMemorySize () const noexcept
	Get the memory size of an instance of the archetype, as the operator sizeof(type) would do. More...

REFUREKU_API void	setAccessSpecifier (EAccessSpecifier access) noexcept
	Set the access specifier of the archetype in its outer struct/class. More...

Public Member Functions inherited from rfk::Entity
	Entity (Entity const &)=delete

RFK_NODISCARD REFUREKU_API Property const *	getPropertyAt (std::size_t propertyIndex) const noexcept
	Retrieve the property at the given index. If propertyIndex is greater or equal to the properties count, the behaviour is undefined. More...

template<typename PropertyType , typename = std::enable_if_t<std::is_base_of_v<Property, PropertyType> && !std::is_same_v<PropertyType, Property>>>
RFK_NODISCARD PropertyType const *	getProperty (bool isChildClassValid=true) const noexcept
	Retrieve a property of a given type from this entity. More...

RFK_NODISCARD REFUREKU_API Property const *	getProperty (Struct const &archetype, bool isChildClassValid=true) const noexcept
	Retrieve the first property matching with the provided archetype. More...

RFK_NODISCARD REFUREKU_API Property const *	getPropertyByName (char const *name) const noexcept
	Retrieve the first property named with the provided name. More...

RFK_NODISCARD REFUREKU_API Property const *	getPropertyByPredicate (Predicate< Property > predicate, void *userData) const
	Retrieve a property matching with a predicate. More...

template<typename PropertyType , typename = std::enable_if_t<std::is_base_of_v<Property, PropertyType> && !std::is_same_v<PropertyType, Property>>>
RFK_NODISCARD Vector< PropertyType const * >	getProperties (bool isChildClassValid=true) const noexcept
	Retrieve all properties matching with the provided archetype. If PropertyType uses multiple inheritance, its first inherited type must be rfk::Property or derived. More...

RFK_NODISCARD REFUREKU_API Vector< Property const * >	getProperties (Struct const &archetype, bool isChildClassValid=true) const noexcept
	Retrieve all properties matching with the provided archetype. More...

RFK_NODISCARD REFUREKU_API Vector< Property const * >	getPropertiesByName (char const *name) const noexcept
	Retrieve all properties named with the provided name. More...

RFK_NODISCARD REFUREKU_API Vector< Property const * >	getPropertiesByPredicate (Predicate< Property > predicate, void *userData) const
	Retrieve all properties matching with a predicate in this entity. More...

RFK_NODISCARD REFUREKU_API std::size_t	getPropertiesCount () const noexcept
	Get the number of properties attached to this entity. More...

REFUREKU_API bool	foreachProperty (Visitor< Property > visitor, void *userData) const
	Execute the given visitor on all properties attached to this entity. More...

RFK_NODISCARD REFUREKU_API char const *	getName () const noexcept
	Get the name of the entity. More...

RFK_NODISCARD REFUREKU_API bool	hasSameName (char const *name) const noexcept
	Check that this entity has the same name as the provided string. More...

RFK_NODISCARD REFUREKU_API std::size_t	getId () const noexcept
	Get the program-unique id of the entity. More...

RFK_NODISCARD REFUREKU_API EEntityKind	getKind () const noexcept
	Get the kind of the entity. Knowing the kind allows to safely cast to child classes. Check the EEntityKind documentation for more information. More...

RFK_NODISCARD REFUREKU_API Entity const *	getOuterEntity () const noexcept
	Get the outer entity of the entity. It basically corresponds to the entity this entity was declared in from a source-code point of view. A nullptr outer entity means the entity was declared at file level. More...

REFUREKU_API bool	addProperty (Property const &property) noexcept
	Add a property to this entity. More...

REFUREKU_API void	setOuterEntity (Entity const *outerEntity) noexcept
	Setter for the field _outerEntity. More...

REFUREKU_API void	setPropertiesCapacity (std::size_t capacity) noexcept
	Set the number of properties for this entity. Useful to avoid reallocations when adding a lot of properties. If the number of properties is already >= to the provided capacity, this method has no effect. More...

Entity &	operator= (Entity const &)=delete

Entity &	operator= (Entity &&)=delete

RFK_NODISCARD REFUREKU_API bool	operator== (Entity const &other) const noexcept

RFK_NODISCARD REFUREKU_API bool	operator!= (Entity const &other) const noexcept

Protected Member Functions
REFUREKU_INTERNAL	Struct (char const *name, std::size_t id, std::size_t memorySize, bool isClass, EClassKind classKind) noexcept

REFUREKU_INTERNAL	Struct (StructImpl *implementation) noexcept

Protected Member Functions inherited from rfk::Archetype
REFUREKU_INTERNAL	Archetype (ArchetypeImpl *implementation) noexcept

Protected Member Functions inherited from rfk::Entity
REFUREKU_INTERNAL	Entity (Entity &&) noexcept

REFUREKU_INTERNAL	Entity (EntityImpl *implementation) noexcept

Member Function Documentation

◆ addDirectParent()

REFUREKU_API void rfk::Struct::addDirectParent	(	Archetype const *	archetype,
		EAccessSpecifier	inheritanceAccess
	)

noexcept

Add a parent to this struct if the provided archetype is a valid struct/class.

Parameters

archetype	Archetype of the parent struct/class.
inheritanceAccess	The inheritance access for the provided parent.

◆ addField()

REFUREKU_API Field * rfk::Struct::addField	(	char const *	name,
		std::size_t	id,
		Type const &	type,
		EFieldFlags	flags,
		std::size_t	memoryOffset,
		Struct const *	outerEntity
	)

noexcept

Add a field to the struct.

Parameters

name	Name of the field.
id	Unique entity id of the field.
type	Type of the field.
flags	Field flags.
memoryOffset	Offset in bytes of the field in the owner struct (obtained from offsetof).
outerEntity	Struct the field was first declared in (in case of inherited field, outerEntity is the parent struct).

Returns: A pointer to the added field. The pointer is made from the iterator, so is unvalidated as soon as the iterator is unvalidated. If any of the parameters is unvalid, no field is added and nullptr is returned.

◆ addMethod()

REFUREKU_API Method * rfk::Struct::addMethod	(	char const *	name,
		std::size_t	id,
		Type const &	returnType,
		ICallable *	internalMethod,
		EMethodFlags	flags
	)

noexcept

Add a method to the struct.

Parameters

name	Name of the method.
id	Unique entity id of the method.
returnType	Return type of the method call.
internalMethod	Dynamically allocated MemberFunction storing the underlying method.
flags	Method flags.

Returns: A pointer to the added method. The pointer is made from the iterator, so is unvalidated as soon as the iterator is unvalidated. If any of the parameters is unvalid, no method is added and nullptr is returned.

◆ addNestedArchetype()

REFUREKU_API void rfk::Struct::addNestedArchetype	(	Archetype const *	nestedArchetype,
		EAccessSpecifier	accessSpecifier
	)

noexcept

Add a nested archetype to the struct.

Parameters

nestedArchetype	Nested archetype.
accessSpeficier	Access specifier of the nested archetype in the struct.

◆ addSharedInstantiator()

REFUREKU_API void rfk::Struct::addSharedInstantiator ( StaticMethod const & instantiator )

noexcept

Add a new way to instantiate this struct through the makeSharedInstance method. The passed static method MUST return a rfk::SharedPtr<StructType>. Otherwise, the behaviour is undefined when calling Struct::makeSharedInstance.

Parameters

instantiator Pointer to the static method.

◆ addStaticField()

REFUREKU_API StaticField * rfk::Struct::addStaticField	(	char const *	name,
		std::size_t	id,
		Type const &	type,
		EFieldFlags	flags,
		void *	fieldPtr,
		Struct const *	outerEntity
	)

noexcept

Add a static field to the struct.

Parameters

name	Name of the static field.
id	Unique entity id of the static field.
type	Type of the static field.
flags	Field flags.
fieldPtr	Pointer to the static field.
outerEntity	Struct the field was first declared in (in case of inherited field, outerEntity is the parent struct).

Returns: A pointer to the added static field. The pointer is made from the iterator, so is unvalidated as soon as the iterator is unvalidated. If any of the parameters is unvalid, no static field is added and nullptr is returned.

◆ addStaticMethod()

REFUREKU_API StaticMethod * rfk::Struct::addStaticMethod	(	char const *	name,
		std::size_t	id,
		Type const &	returnType,
		ICallable *	internalMethod,
		EMethodFlags	flags
	)

noexcept

Add a static method to the struct.

Parameters

methodName	Name of the static method.
id	Unique entity id of the static method.
returnType	Return type of the static method call.
internalMethod	Dynamically allocated NonMemberFunction storing the underlying static method.
flags	Method flags.

Returns: A pointer to the added static method. The pointer is made from the iterator, so is unvalidated as soon as the iterator is unvalidated. If any of the parameters is unvalid, no static method is added and nullptr is returned.

◆ addSubclass()

REFUREKU_API void rfk::Struct::addSubclass	(	Struct const &	subclass,
		std::ptrdiff_t	subclassPointerOffset
	)

noexcept

Add a subclass to this struct.

Parameters

subclass	The subclass to add.
subclassPointerOffset	Memory offset to add to a subclass instance pointer to obtain a valid pointer to this base struct.

◆ addUniqueInstantiator()

REFUREKU_API void rfk::Struct::addUniqueInstantiator ( StaticMethod const & instantiator )

noexcept

Add a new way to instantiate this struct through the makeUniqueInstance method. The passed static method MUST return a rfk::UniquePtr<StructType>. Otherwise, the behaviour is undefined when calling Struct::makeUniqueInstance.

Parameters

instantiator Pointer to the static method.

◆ foreachDirectParent()

REFUREKU_API bool rfk::Struct::foreachDirectParent	(	Visitor< ParentStruct >	visitor,
		void *	userData
	)		const

Execute the given visitor on all direct parents of this struct.

Parameters

visitor	Visitor function to call. Return false to abort the foreach loop.
userData	Optional user data forwarded to the visitor.

Returns: The last visitor result before exiting the loop. If the visitor is nullptr, return false.

Exceptions

Any	exception potentially thrown from the provided visitor.

◆ foreachField()

REFUREKU_API bool rfk::Struct::foreachField	(	Visitor< Field >	visitor,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Execute the given visitor on all fields in this struct.

Parameters

visitor	Visitor function to call. Return false to abort the foreach loop.
userData	Optional user data forwarded to the visitor.
shouldInspectInherited	Should inherited fields be considered as well in the search process? If false, only fields introduced by this struct will be considered.

Returns: The last visitor result before exiting the loop. If the visitor is nullptr, return false.

Exceptions

Any	exception potentially thrown from the provided visitor.

◆ foreachMethod()

REFUREKU_API bool rfk::Struct::foreachMethod	(	Visitor< Method >	visitor,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Execute the given visitor on all methods in this struct.

Parameters

visitor	Visitor function to call. Return false to abort the foreach loop.
userData	Optional user data forwarded to the visitor.
shouldInspectInherited	Should iterate on inherited methods as well?

Returns: The last visitor result before exiting the loop. If the visitor is nullptr, return false.

Exceptions

Any	exception potentially thrown from the provided visitor.

◆ foreachNestedArchetype()

REFUREKU_API bool rfk::Struct::foreachNestedArchetype	(	Visitor< Archetype >	visitor,
		void *	userData
	)		const

Execute the given visitor on all archetypes nested in this struct.

Parameters

visitor	Visitor function to call. Return false to abort the foreach loop.
userData	Optional user data forwarded to the visitor.

Returns: The last visitor result before exiting the loop. If the visitor is nullptr, return false.

Exceptions

Any	exception potentially thrown from the provided visitor.

◆ foreachStaticField()

REFUREKU_API bool rfk::Struct::foreachStaticField	(	Visitor< StaticField >	visitor,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Execute the given visitor on all static fields in this struct.

Parameters

visitor	Visitor function to call. Return false to abort the foreach loop.
userData	Optional user data forwarded to the visitor.
shouldInspectInherited	Should inherited static fields be considered as well in the search process? If false, only fields introduced by this struct will be considered.

Returns: The last visitor result before exiting the loop. If the visitor is nullptr, return false.

Exceptions

Any	exception potentially thrown from the provided visitor.

◆ foreachStaticMethod()

REFUREKU_API bool rfk::Struct::foreachStaticMethod	(	Visitor< StaticMethod >	visitor,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Execute the given visitor on all static methods in this struct.

Parameters

visitor	Visitor function to call. Return false to abort the foreach loop.
userData	Optional user data forwarded to the visitor.
shouldInspectInherited	Should iterate on inherited static methods as well?

Returns: The last visitor result before exiting the loop. If the visitor is nullptr, return false.

Exceptions

Any	exception potentially thrown from the provided visitor.

◆ getClassKind()

RFK_NODISCARD REFUREKU_API EClassKind rfk::Struct::getClassKind ( ) const

noexcept

Get the class kind of this instance.

Returns: The class kind of this instance.

◆ getDirectParentAt()

RFK_NODISCARD REFUREKU_API ParentStruct const & rfk::Struct::getDirectParentAt ( std::size_t index ) const

noexcept

Get the index'th direct parent of this struct. If index is greater or equal to getDirectParentsCount(), the behaviour is undefined.

Returns: The index'th direct parent of this struct.

◆ getDirectParentsCount()

RFK_NODISCARD REFUREKU_API std::size_t rfk::Struct::getDirectParentsCount ( ) const

noexcept

Get the number of reflected direct parents this struct is inheriting from.

Returns: The number of direct parents this struct is inheriting from.

◆ getDirectSubclasses()

RFK_NODISCARD REFUREKU_API Vector< Struct const * > rfk::Struct::getDirectSubclasses ( ) const

noexcept

Compute the list of all direct reflected subclasses of this struct. Direct subclasses are computed by iterating over all subclasses (direct or not), so this method might have a heavy performance cost on big class hierarchies.

Returns: A list of all direct reflected subclasses of this struct.

◆ getFieldByName()

RFK_NODISCARD REFUREKU_API Field const * rfk::Struct::getFieldByName	(	char const *	name,
		EFieldFlags	minFlags = `EFieldFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

name	Name of the field to retrieve.
minFlags	Requirements the queried field should fulfill. Keep in mind that the returned field should contain all of the specified flags, so setting for example Public and Protected will always return nullptr. EFieldFlags::Default means no requirement, so the first field named fieldName will be returned.
shouldInspectInherited	Should inherited fields be considered as well in the search process? If false, only fields introduced by this struct will be considered.

Returns: The first field named fieldName fulfilling all requirements. The method returns nullptr if none was found.

◆ getFieldByPredicate()

RFK_NODISCARD REFUREKU_API Field const * rfk::Struct::getFieldByPredicate	(	Predicate< Field >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve the first field satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid field.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited fields be considered as well in the search process? If false, only fields introduced by this struct will be considered.

Returns: The first found field satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getFieldsByPredicate()

RFK_NODISCARD REFUREKU_API Vector< Field const * > rfk::Struct::getFieldsByPredicate	(	Predicate< Field >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`,
		bool	orderedByDeclaration = `false`
	)		const

Retrieve all fields satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid field.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited fields be considered as well in the search process? If false, only fields introduced by this struct will be considered.
orderedByDeclaration	Should fields be ordered by declaration order in the result collection?

Returns: All fields satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getFieldsCount()

REFUREKU_API std::size_t rfk::Struct::getFieldsCount ( ) const

noexcept

Get the number of fields (including inherited ones) in this struct.

Returns: The number of fields in this struct.

◆ getMethodByName() [1/2]

template<typename MethodSignature >

RFK_NODISCARD Method const * rfk::Struct::getMethodByName	(	char const *	name,
		EMethodFlags	minFlags = `EMethodFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Get a method by name and signature. This template overload using signature comes handy when wanting to disambiguate 2 method overloads with and without const qualifier for example.

Parameters

name	Name of the method to retrieve.
minFlags	Requirements the queried method should fulfill. Keep in mind that the returned method should contain all of the specified flags, so setting for example Public and Protected will always return nullptr. EMethodFlags::Default means no requirement, so the first method named methodName will be returned.
shouldInspectInherited	Should inherited methods be considered as well in the search process? If false, only methods introduced by this struct will be considered.

Returns: The first method named methodName fulfilling all requirements, nullptr if none was found.

◆ getMethodByName() [2/2]

RFK_NODISCARD REFUREKU_API Method const * rfk::Struct::getMethodByName	(	char const *	name,
		EMethodFlags	minFlags = `EMethodFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

name	Name of the method to retrieve.
minFlags	Requirements the queried method should fulfill. Keep in mind that the returned method should contain all of the specified flags, so setting for example Public and Protected will always return nullptr. EMethodFlags::Default means no requirement, so the first method named methodName will be returned.
shouldInspectInherited	Should inherited methods be considered as well in the search process? If false, only methods introduced by this struct will be considered.

Returns: The first method named methodName fulfilling all requirements, nullptr if none was found.

◆ getMethodByPredicate()

RFK_NODISCARD REFUREKU_API Method const * rfk::Struct::getMethodByPredicate	(	Predicate< Method >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve the first method satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid method.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited methods be considered as well in the search process? If false, only methods introduced by this struct will be considered.

Returns: The first found method satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getMethodsByName()

RFK_NODISCARD REFUREKU_API Vector< Method const * > rfk::Struct::getMethodsByName	(	char const *	name,
		EMethodFlags	minFlags = `EMethodFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

name	Name of the methods to retrieve.
minFlags	Requirements the queried methods should fulfill. Keep in mind that the returned methods should contain all of the specified flags, so setting for example Public and Protected will always return an empty vector. EMethodFlags::Default means no requirement, so all methods named methodName will be returned.
shouldInspectInherited	Should inherited methods be considered as well in the search process? If false, only methods introduced by this struct will be considered.

Returns: A vector of all methods named methodName fulfilling all requirements.

◆ getMethodsByPredicate()

RFK_NODISCARD REFUREKU_API Vector< Method const * > rfk::Struct::getMethodsByPredicate	(	Predicate< Method >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve all methods satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid method.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited methods be considered as well in the search process? If false, only methods introduced by this struct will be considered.

Returns: All methods satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getMethodsCount()

REFUREKU_API std::size_t rfk::Struct::getMethodsCount ( ) const

noexcept

Get the number of methods (excluding inherited ones) in this struct.

Returns: The number of methods in this struct.

◆ getNestedArchetypesCount()

REFUREKU_API std::size_t rfk::Struct::getNestedArchetypesCount ( ) const

noexcept

Get the number of archetypes nested in this struct.

Returns: The number of archetypes nested in this struct.

◆ getNestedClassByName()

RFK_NODISCARD REFUREKU_API Class const * rfk::Struct::getNestedClassByName	(	char const *	name,
		EAccessSpecifier	access = `EAccessSpecifier::Undefined`
	)		const

noexcept

Parameters

className	Name of the nested class to look for.
access	Access specifier of the nested class in this struct. Use EAccessSpecifier::Undefined if it doesn't matter.

Returns: The found nested class if any, else nullptr.

◆ getNestedClassByPredicate()

RFK_NODISCARD REFUREKU_API Class const * rfk::Struct::getNestedClassByPredicate	(	Predicate< Class >	predicate,
		void *	userData
	)		const

Retrieve the first nested class satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid nested class.
userData	User data forwarded to the predicate calls.

Returns: The first found nested class satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getNestedClassesByPredicate()

RFK_NODISCARD REFUREKU_API Vector< Class const * > rfk::Struct::getNestedClassesByPredicate	(	Predicate< Class >	predicate,
		void *	userData
	)		const

Retrieve all nested classes satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid nested class.
userData	User data forwarded to the predicate calls.

Returns: All nested classes satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getNestedEnumByName()

RFK_NODISCARD REFUREKU_API Enum const * rfk::Struct::getNestedEnumByName	(	char const *	name,
		EAccessSpecifier	access = `EAccessSpecifier::Undefined`
	)		const

noexcept

Parameters

enumName	Name of the nested enum to look for.
access	Access specifier of the nested enum in this struct. Use EAccessSpecifier::Undefined if it doesn't matter.

Returns: The found nested class if any, else nullptr.

◆ getNestedEnumByPredicate()

RFK_NODISCARD REFUREKU_API Enum const * rfk::Struct::getNestedEnumByPredicate	(	Predicate< Enum >	predicate,
		void *	userData
	)		const

Retrieve the first nested enum satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid nested enum.
userData	User data forwarded to the predicate calls.

Returns: The first found nested enum satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getNestedEnumsByPredicate()

RFK_NODISCARD REFUREKU_API Vector< Enum const * > rfk::Struct::getNestedEnumsByPredicate	(	Predicate< Enum >	predicate,
		void *	userData
	)		const

Retrieve all nested enums satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid nested enum.
userData	User data forwarded to the predicate calls.

Returns: All nested enums satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getNestedStructByName()

RFK_NODISCARD REFUREKU_API Struct const * rfk::Struct::getNestedStructByName	(	char const *	name,
		EAccessSpecifier	access = `EAccessSpecifier::Undefined`
	)		const

noexcept

Parameters

structName	Name of the nested struct to look for.
access	Access specifier of the nested struct in this struct. Use EAccessSpecifier::Undefined if it doesn't matter.

Returns: The found nested struct if any, else nullptr.

◆ getNestedStructByPredicate()

RFK_NODISCARD REFUREKU_API Struct const * rfk::Struct::getNestedStructByPredicate	(	Predicate< Struct >	predicate,
		void *	userData
	)		const

Retrieve the first nested struct satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid nested struct.
userData	User data forwarded to the predicate calls.

Returns: The first found nested struct satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getNestedStructsByPredicate()

RFK_NODISCARD REFUREKU_API Vector< Struct const * > rfk::Struct::getNestedStructsByPredicate	(	Predicate< Struct >	predicate,
		void *	userData
	)		const

Retrieve all nested structs satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid nested struct.
userData	User data forwarded to the predicate calls.

Returns: All nested structs satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getPointerOffset()

RFK_NODISCARD REFUREKU_API bool rfk::Struct::getPointerOffset	(	Struct const &	to,
		std::ptrdiff_t &	out_pointerOffset
	)		const

noexcept

Get the pointer offset to transform an instance of this Struct pointer to a pointer of the provided Struct. Search in both directions (whether to is a parent class or a child class).

Parameters

to	Struct metadata of the target struct.
out_pointerOffset	The resulting pointer offset if found.

Returns: true if the pointer offset was found (out_pointerOffset contains the result), else false.

◆ getStaticFieldByName()

RFK_NODISCARD REFUREKU_API StaticField const * rfk::Struct::getStaticFieldByName	(	char const *	name,
		EFieldFlags	minFlags = `EFieldFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

name	Name of the static field to retrieve.
minFlags	Requirements the queried static field should fulfill. Keep in mind that the returned static field should contain all of the specified flags, so setting for example Public and Protected will always return nullptr. EFieldFlags::Default means no requirement, so the first static field named fieldName will be returned. Note: It doesn't matter whether you set the Static flag or not as this method is designed to return static fields only.
shouldInspectInherited	Should inherited static fields be considered as well in the search process? If false, only static fields introduced by this struct will be considered.

Returns: The first static field named fieldName fulfilling all requirements. The method returns nullptr if none was found.

◆ getStaticFieldByPredicate()

RFK_NODISCARD REFUREKU_API StaticField const * rfk::Struct::getStaticFieldByPredicate	(	Predicate< StaticField >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve the first static field satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid static field.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited static fields be considered as well in the search process? If false, only static fields introduced by this struct will be considered.

Returns: The first found static field satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getStaticFieldsByPredicate()

RFK_NODISCARD REFUREKU_API Vector< StaticField const * > rfk::Struct::getStaticFieldsByPredicate	(	Predicate< StaticField >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve all static fields satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid static field.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited static fields be considered as well in the search process? If false, only static fields introduced by this struct will be considered.

Returns: All static fields satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getStaticFieldsCount()

REFUREKU_API std::size_t rfk::Struct::getStaticFieldsCount ( ) const

noexcept

Get the number of static fields (including inherited ones) in this struct.

Returns: The number of static fields in this struct.

◆ getStaticMethodByName() [1/2]

template<typename StaticMethodSignature >

RFK_NODISCARD StaticMethod const * rfk::Struct::getStaticMethodByName	(	char const *	name,
		EMethodFlags	minFlags = `EMethodFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

name	Name of the static method to retrieve.
minFlags	Requirements the queried static method should fulfill. Keep in mind that the returned static method should contain all of the specified flags, so setting for example Public and Protected will always return nullptr. EMethodFlags::Default means no requirement, so the first static method named methodName will be returned. Note: It doesn't matter whether you set the Static flag or not as this method is designed to return static methods only.
shouldInspectInherited	Should inherited static methods be considered as well in the search process? If false, only static methods introduced by this struct will be considered.

Returns: The first static method named methodName fulfilling all requirements, nullptr if none was found.

◆ getStaticMethodByName() [2/2]

RFK_NODISCARD REFUREKU_API StaticMethod const * rfk::Struct::getStaticMethodByName	(	char const *	name,
		EMethodFlags	minFlags = `EMethodFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

name	Name of the static method to retrieve.
minFlags	Requirements the queried static method should fulfill. Keep in mind that the returned static method should contain all of the specified flags, so setting for example Public and Protected will always return nullptr. EMethodFlags::Default means no requirement, so the first static method named methodName will be returned. Note: It doesn't matter whether you set the Static flag or not as this method is designed to return static methods only.
shouldInspectInherited	Should inherited static methods be considered as well in the search process? If false, only static methods introduced by this struct will be considered.

Returns: The first static method named methodName fulfilling all requirements, nullptr if none was found.

◆ getStaticMethodByPredicate()

RFK_NODISCARD REFUREKU_API StaticMethod const * rfk::Struct::getStaticMethodByPredicate	(	Predicate< StaticMethod >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve the first static method satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid static method.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited static methods be considered as well in the search process? If false, only static methods introduced by this struct will be considered.

Returns: The first found static method satisfying the predicate if any, else nullptr.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getStaticMethodsByName()

RFK_NODISCARD REFUREKU_API Vector< StaticMethod const * > rfk::Struct::getStaticMethodsByName	(	char const *	name,
		EMethodFlags	minFlags = `EMethodFlags::Default`,
		bool	shouldInspectInherited = `false`
	)		const

noexcept

Parameters

methodName	Name of the static methods to retrieve.
minFlags	Requirements the queried static methods should fulfill. Keep in mind that the returned static methods should contain all of the specified flags, so setting for example Public and Protected will always return an empty vector. EMethodFlags::Default means no requirement, so all static methods named methodName will be returned. Note: It doesn't matter whether you set the Static flag or not as this method is designed to return static methods only.
shouldInspectInherited	Should inherited static methods be considered as well in the search process? If false, only static methods introduced by this struct will be considered.

Returns: All static methods named methodName fulfilling all requirements.

◆ getStaticMethodsByPredicate()

RFK_NODISCARD REFUREKU_API Vector< StaticMethod const * > rfk::Struct::getStaticMethodsByPredicate	(	Predicate< StaticMethod >	predicate,
		void *	userData,
		bool	shouldInspectInherited = `false`
	)		const

Retrieve all static methods satisfying the provided predicate.

Parameters

predicate	Predicate defining a valid static method.
userData	User data forwarded to the predicate calls.
shouldInspectInherited	Should inherited static methods be considered as well in the search process? If false, only static methods introduced by this struct will be considered.

Returns: All static methods satisfying the predicate.

Exceptions

Any	exception potentially thrown from the provided predicate.

◆ getStaticMethodsCount()

REFUREKU_API std::size_t rfk::Struct::getStaticMethodsCount ( ) const

noexcept

Get the number of static methods (excluding inherited ones) in this struct.

Returns: The number of static methods in this struct.

◆ getSubclassPointerOffset()

RFK_NODISCARD REFUREKU_API bool rfk::Struct::getSubclassPointerOffset	(	Struct const &	to,
		std::ptrdiff_t &	out_pointerOffset
	)		const

noexcept

Get the pointer offset to transform an instance of this Struct pointer to a pointer of the provided Struct. Only search the offset in this struct subclasses. If to is a parent of this struct, false will be returned.

Parameters

to	Struct metadata of the target struct.
out_pointerOffset	The resulting pointer offset if found.

Returns: true if the pointer offset was found (out_pointerOffset contains the result), else false.

◆ isBaseOf()

RFK_NODISCARD REFUREKU_API bool rfk::Struct::isBaseOf ( Struct const & archetype ) const

noexcept

Check if this struct is a base class of another struct/class.

Parameters

archetype Archetype of the tested child struct/class.

Returns: true if this struct is a base class of the provided archetype, else false. Note that if the provided archetype is the same as this struct, true is returned.

◆ isSubclassOf()

RFK_NODISCARD REFUREKU_API bool rfk::Struct::isSubclassOf ( Struct const & archetype ) const

noexcept

Check if this struct is a subclass of another struct/class.

Parameters

archetype Archetype of the tested parent struct/class.

Returns: true if this struct is a subclass of the provided archetype, else false. Note that if the provided archetype is the same as this struct, false is returned.

◆ makeSharedInstance()

template<typename ReturnType , typename... ArgTypes>

RFK_NODISCARD rfk::SharedPtr< ReturnType > rfk::Struct::makeSharedInstance ( ArgTypes &&... args ) const

Make an instance of the class represented by this archetype with the matching instantiator. One can add new instantiators to any class by using the Instantiator method property.

Returns: An instance of this struct if a suitable instantiator was found, else nullptr. This method can use both instantiators returning rfk::SharedPtr and rfk::UniquePtr. However, make a shared instance through a unique instantiator has a slightly higher performance impact since a unique ptr is created and then moved to construct the returned shared ptr.

Exceptions

Any	exception potentially thrown by the used instantiator.

◆ makeUniqueInstance()

template<typename ReturnType , typename... ArgTypes>

RFK_NODISCARD rfk::UniquePtr< ReturnType > rfk::Struct::makeUniqueInstance ( ArgTypes &&... args ) const

Make an instance of the class represented by this archetype with the matching instantiator. One can add new instantiators to any class by using the Instantiator method property.

Returns: An instance of this struct if a suitable instantiator was found, else nullptr. This method can only use instantiators returning rfk::UniquePtr.

Exceptions

Any	exception potentially thrown by the used instantiator.

◆ setDirectParentsCapacity()

REFUREKU_API void rfk::Struct::setDirectParentsCapacity ( std::size_t capacity )

noexcept

Set the number of direct parents for this struct. Useful to avoid reallocations and avoid having unused memory. If the number of direct parents is already >= to the provided count, this method has no effect.

Parameters

capacity The number of direct parents of this struct.

◆ setFieldsCapacity()

REFUREKU_API void rfk::Struct::setFieldsCapacity ( std::size_t capacity )

noexcept

Internally pre-allocate enough memory for the provided number of fields. If the number of fields is already >= to the provided capacity, this method has no effect.

Parameters

capacity The number of fields to pre-allocate.

◆ setMethodsCapacity()

REFUREKU_API void rfk::Struct::setMethodsCapacity ( std::size_t capacity )

noexcept

Internally pre-allocate enough memory for the provided number of methods. If the number of methods is already >= to the provided capacity, this method has no effect.

Parameters

capacity The number of methods to pre-allocate.

◆ setNestedArchetypesCapacity()

REFUREKU_API void rfk::Struct::setNestedArchetypesCapacity ( std::size_t capacity )

noexcept

Internally pre-allocate enough memory for the provided number of nested archetypes. If the number of nested archetypes is already >= to the provided capacity, this method has no effect.

Parameters

capacity The number of nested archetypes to pre-allocate.

◆ setStaticFieldsCapacity()

REFUREKU_API void rfk::Struct::setStaticFieldsCapacity ( std::size_t capacity )

noexcept

Internally pre-allocate enough memory for the provided number of static fields. If the number of static fields is already >= to the provided capacity, this method has no effect.

Parameters

capacity The number of static fields to pre-allocate.

◆ setStaticMethodsCapacity()

REFUREKU_API void rfk::Struct::setStaticMethodsCapacity ( std::size_t capacity )

noexcept

Internally pre-allocate enough memory for the provided number of static methods. If the number of static methods is already >= to the provided capacity, this method has no effect.

Parameters

capacity The number of static methods to pre-allocate.

The documentation for this class was generated from the following file:

Refureku/Library/Include/Public/Refureku/TypeInfo/Archetypes/Struct.h

Public Member Functions

Protected Member Functions

Member Function Documentation

◆ addDirectParent()

◆ addField()

◆ addMethod()

◆ addNestedArchetype()

◆ addSharedInstantiator()

◆ addStaticField()

◆ addStaticMethod()

◆ addSubclass()

◆ addUniqueInstantiator()

◆ foreachDirectParent()

◆ foreachField()

◆ foreachMethod()

◆ foreachNestedArchetype()

◆ foreachStaticField()

◆ foreachStaticMethod()

◆ getClassKind()

◆ getDirectParentAt()

◆ getDirectParentsCount()

◆ getDirectSubclasses()

◆ getFieldByName()

◆ getFieldByPredicate()

◆ getFieldsByPredicate()

◆ getFieldsCount()

◆ getMethodByName() [1/2]

◆ getMethodByName() [2/2]

◆ getMethodByPredicate()

◆ getMethodsByName()

◆ getMethodsByPredicate()

◆ getMethodsCount()

◆ getNestedArchetypesCount()

◆ getNestedClassByName()

◆ getNestedClassByPredicate()

◆ getNestedClassesByPredicate()

◆ getNestedEnumByName()

◆ getNestedEnumByPredicate()

◆ getNestedEnumsByPredicate()

◆ getNestedStructByName()

◆ getNestedStructByPredicate()

◆ getNestedStructsByPredicate()

◆ getPointerOffset()

◆ getStaticFieldByName()

◆ getStaticFieldByPredicate()

◆ getStaticFieldsByPredicate()

◆ getStaticFieldsCount()

◆ getStaticMethodByName() [1/2]

◆ getStaticMethodByName() [2/2]

◆ getStaticMethodByPredicate()

◆ getStaticMethodsByName()

◆ getStaticMethodsByPredicate()

◆ getStaticMethodsCount()

◆ getSubclassPointerOffset()

◆ isBaseOf()

◆ isSubclassOf()

◆ makeSharedInstance()

◆ makeUniqueInstance()

◆ setDirectParentsCapacity()

◆ setFieldsCapacity()

◆ setMethodsCapacity()

◆ setNestedArchetypesCapacity()

◆ setStaticFieldsCapacity()

◆ setStaticMethodsCapacity()