uLang::CClass Class Reference

#include <SemanticClass.h>

Inheritance diagram for uLang::CClass:

Public Member Functions
UE_API	CClass (CClassDefinition *, CScope &EnclosingScope, CClass *Superclass=nullptr, TArray< CInterface * > &&SuperInterfaces={}, EStructOrClass=EStructOrClass::Class, SEffectSet ConstructorEffects=EffectSets::ClassAndInterfaceDefault)
UE_API	CClass (CScope *ParentScope, CClassDefinition *, EStructOrClass, CClass *Superclass, TArray< CInterface * > &&SuperInterfaces, SEffectSet ConstructorEffects, CClass *GeneralizedClass, TArray< STypeVariableSubstitution >)
UE_API	CClass (CClass *PositiveClass)
UE_API const CTypeType *	GetTypeType () const
UE_API void	SetSuperclass (CClass *SuperClass)
bool	IsClass (const CClass &Class) const
	Determine if current class is the same class or a subclass of the specified Class
bool	IsSubclassOf (const CClass &Superclass) const
	Determine if current class is a subclass / descendant / child of the specified Class (and not the same class!)
bool	IsSuperclassOf (const CClass &Subclass) const
	Determine if current class is a superclass / ancestor / parent of the specified Class (and not the same class!)
UE_API bool	ImplementsInterface (const CInterface &Interface) const
	Determine if current class implements Interface
bool	IsStruct () const
	Is this class a struct?
bool	IsNative () const
bool	IsNativeRepresentation () const
UE_API bool	IsAbstract () const
UE_API bool	IsPersistent () const
UE_API bool	IsUnique () const
UE_API bool	HasConcreteAttribute () const
	Does this class hold a concrete attribute?
UE_API const CClass *	FindConcreteBase () const
	Return first class in the inheritance chain that contains the concrete attribute or null.
UE_API const CClass *	FindInitialConcreteBase () const
	Return topmost class in the inheritance chain that contains the concrete attribute or null.
bool	IsExplicitlyConcrete () const override
	Is this class concrete either by having a concrete attribute or inheriting one.
UE_API bool	HasCastableAttribute () const
	Does this class hold a castable attribute?
UE_API const CNominalType *	FindExplicitlyCastableBase () const
	Return first class in the inheritance chain that contains the castable attribute. Otherwise null.
bool	IsExplicitlyCastable () const override
	Is this class castable either by having a castable attribute or inheriting one.
UE_API bool	HasFinalSuperBaseAttribute () const
	Does this class hold a <final_super_base> attribute?
UE_API bool	HasFinalSuperAttribute () const
	Does this class hold a <final_super> attribute?
virtual CSymbol	GetScopeName () const override
virtual const CTypeBase *	ScopeAsType () const override
virtual const CDefinition *	ScopeAsDefinition () const override
virtual UE_API SAccessLevel	GetDefaultDefinitionAccessLevel () const override
virtual UE_API void	CreateNegativeDataDefinition (const CDataDefinition &PositiveDataDefinition) const override
virtual UE_API void	CreateNegativeFunction (const CFunction &PositiveFunction) const override
virtual UE_API SmallDefinitionArray	FindDefinitions (const CSymbol &Name, EMemberOrigin Origin=EMemberOrigin::InheritedOrOriginal, const SQualifier &Qualifier=SQualifier::Unknown(), const CAstPackage *ContextPackage=nullptr, VisitStampType VisitStamp=GenerateNewVisitStamp()) const override
virtual UE_API CUTF8String	AsCodeRecursive (ETypeSyntaxPrecedence OuterPrecedence, TArray< const CFlowType * > &VisitedFlowTypes, bool bLinkable, ETypeStringFlag Flag) const override
virtual UE_API SmallDefinitionArray	FindInstanceMember (const CSymbol &Name, EMemberOrigin Origin, const SQualifier &Qualifier=SQualifier::Unknown(), const CAstPackage *ContextPackage=nullptr, VisitStampType VisitStamp=CScope::GenerateNewVisitStamp()) const override
virtual UE_API EComparability	GetComparability () const override
UE_API EComparability	GetComparability (VisitStampType) const
UE_API bool	IsPersistable () const override
virtual void	SetRevision (SemanticRevision Revision) override
virtual bool	CanBeCustomAccessorDataType () const override
virtual bool	CanBePredictsVarDataType () const override
virtual const CDefinition *	Definition () const override
template<typename TFunc >
void	ForEachAncestorClassOrInterface (const TFunc &Func)
bool	HasAttributeClass (const CClass *AttributeClass, const CSemanticProgram &Program) const
bool	HasAttributeSubclass (const CClass *AttributeClass, const CSemanticProgram &Program) const
UE_API void	AddAttribute (SAttribute) const
TOptional< SAttribute >	FindAttribute (const CClass *AttributeClass, const CSemanticProgram &Program) const
bool	HasCyclesBroken () const
bool	IsParametric () const
CSemanticProgram &	GetProgram () const
Public Member Functions inherited from uLang::CNominalType
	CNominalType (ETypeKind Kind, CSemanticProgram &Program)
virtual const CNominalType *	AsNominalType () const override
Public Member Functions inherited from uLang::CNormalType
	CNormalType (ETypeKind Kind, CSemanticProgram &Program)
ETypeKind	GetKind () const
template<typename TType >
TType &	AsChecked ()
template<typename TType >
TType const &	AsChecked () const
template<typename TType >
bool	IsA () const
template<typename TType >
TType *	AsNullable ()
template<typename TType >
TType const *	AsNullable () const
virtual const CTypeBase *	GetReferenceValueType () const
virtual const CTypeBase *	GetInnerType () const
UE_API SmallDefinitionArray	FindInstanceMember (const CSymbol &MemberName, EMemberOrigin Origin, const SQualifier &Qualifier, const CAstPackage *ContextPackage=nullptr) const
UE_API SmallDefinitionArray	FindTypeMember (const CSymbol &MemberName, EMemberOrigin Origin, const SQualifier &Qualifier) const
virtual SmallDefinitionArray	FindTypeMember (const CSymbol &MemberName, EMemberOrigin Origin, const SQualifier &Qualifier, VisitStampType VisitStamp) const
virtual const CNormalType &	GetNormalType () const override
Public Member Functions inherited from uLang::CTypeBase
	CTypeBase (CSemanticProgram &Program)
virtual	~CTypeBase ()
CSemanticProgram &	GetProgram () const
virtual CNamedType *	AsNamedType ()
virtual const CNamedType *	AsNamedType () const
virtual CFlowType *	AsFlowType ()
virtual const CFlowType *	AsFlowType () const
virtual const CAliasType *	AsAliasType () const
CUTF8String	AsCode (ETypeSyntaxPrecedence OuterPrecedence=ETypeSyntaxPrecedence::Min, ETypeStringFlag Flag=ETypeStringFlag::Simple) const
CUTF8String	AsParamsCode (ETypeSyntaxPrecedence OuterPrecedence=ETypeSyntaxPrecedence::Min, ETypeStringFlag Flag=ETypeStringFlag::Simple) const
virtual CUTF8String	AsParamsCode (ETypeSyntaxPrecedence OuterPrecedence, TArray< const CFlowType * > &VisitedFlowTypes, bool WithColon, ETypeStringFlag Flag=ETypeStringFlag::Simple) const
CUTF8String	AsLinkableCode () const
Public Member Functions inherited from uLang::CLogicalScope
	CLogicalScope (EKind Kind, CScope *Parent, CSemanticProgram &Program)
virtual UE_API	~CLogicalScope ()
	CLogicalScope (const CLogicalScope &)=delete
	CLogicalScope (CLogicalScope &&)=delete
UE_API EIterateResult	IterateRecurseLogicalScopes (const TFunction< EVisitResult(const CLogicalScope &)> &Functor) const
	Iterates through all the logical scopes nested inside this scope.
UE_API EIterateResult	IterateRecurseLogicalScopes (TFunction< EVisitResult(const CLogicalScope &)> &&Functor) const
const TArray< TSRef< CDefinition > > &	GetDefinitions () const
TMap< CSymbol, SmallDefinitionArray > &	GetDefinitionNameMap ()
template<typename FilterClass >
TFilteredDefinitionRange< FilterClass >	GetDefinitionsOfKind () const
template<typename FilterClass >
FilterClass *	FindFirstDefinitionOfKind (const CSymbol &Name, EMemberOrigin Origin=EMemberOrigin::InheritedOrOriginal, const SQualifier &Qualifier=SQualifier::Unknown(), const CAstPackage *ContextPackage=nullptr, VisitStampType VisitStamp=GenerateNewVisitStamp()) const
SemanticRevision	GetRevision () const
ULANG_FORCEINLINE bool	TryMarkVisited (VisitStampType VisitStamp) const
int32_t	AllocateNextDefinitionOrdinal ()
UE_API const CDefinition *	FindOverrideFor (const CDefinition &Definition) const
	Get the matching override definition in this class for the argument, if there is any.
virtual const CLogicalScope *	AsLogicalScopeNullable () const override
	Iff this scope is a logical scope, return it a pointer to it. Otherwise, return null.
virtual CLogicalScope *	AsLogicalScopeNullable () override
UE_API SQualifier	AsQualifier () const
void	AddDefinitionToLogicalScope (TSRef< CDefinition > &&NewDefinition)
Public Member Functions inherited from uLang::CScope
	CScope (EKind Kind, CScope *Parent, CSemanticProgram &Program)
virtual UE_API	~CScope ()
	CScope (const CScope &)=delete
	CScope (CScope &&)=delete
ULANG_FORCEINLINE EKind	GetKind () const
ULANG_FORCEINLINE CScope *	GetParentScope () const
UE_API CScope *	GetScopeOfKind (EKind)
UE_API const CScope *	GetScopeOfKind (EKind) const
UE_API CUTF8String	GetScopePath (uLang::UTF8Char SeparatorChar='.', EPathMode Mode=EPathMode::Default) const
UE_API const CModule *	GetModule () const
UE_API CModule *	GetModule ()
UE_API const CModulePart *	GetModulePart () const
UE_API CModulePart *	GetModulePart ()
UE_API CAstPackage *	GetPackage () const
UE_API CAstCompilationUnit *	GetCompilationUnit () const
UE_API const CSnippet *	GetSnippet () const
UE_API CCaptureScope *	GetCaptureScope ()
UE_API const CCaptureScope *	GetCaptureScope () const
UE_API const TSPtr< CSymbolTable > &	GetSymbols () const
ULANG_FORCEINLINE CSemanticProgram &	GetProgram () const
UE_API const CScope &	GetParametricTypeScope () const
	If this is a parametric type, get the scope of those parameters; otherwise returns this scope.
UE_API const CLogicalScope &	GetLogicalScope () const
	Get the innermost logical scope that is or contains this scope.
ULANG_FORCEINLINE CLogicalScope &	GetLogicalScope ()
ULANG_FORCEINLINE bool	IsLogicalScope () const
const CLogicalScope *	GetEnclosingClassOrInterface () const
UE_API CLogicalScope *	GetEnclosingClassOrInterface ()
UE_API bool	IsSameOrChildOf (const CScope *Other) const
bool	IsControlScope () const
UE_API bool	IsInsideTypeScope () const
bool	IsModuleOrSnippet () const
UE_API bool	IsBuiltInScope () const
UE_API CModule &	CreateModule (const CSymbol &ModuleName)
UE_API CClassDefinition &	CreateClass (const CSymbol &ClassName, CClass *Superclass=nullptr, TArray< CInterface * > &&SuperInterfaces={}, EStructOrClass StructOrClass=EStructOrClass::Class)
UE_API CEnumeration &	CreateEnumeration (const CSymbol &EnumerationName)
UE_API CInterface &	CreateInterface (const CSymbol &InterfaceName, const TArray< CInterface * > &SuperInterfaces={})
UE_API TSRef< CFunction >	CreateFunction (const CSymbol FunctionName)
UE_API TSRef< CDataDefinition >	CreateDataDefinition (const CSymbol VarName)
UE_API TSRef< CDataDefinition >	CreateDataDefinition (const CSymbol VarName, const CTypeBase *Type)
UE_API TSRef< CTypeAlias >	CreateTypeAlias (const CSymbol Name)
UE_API TSRef< CTypeVariable >	CreateTypeVariable (const CSymbol Name, const CTypeBase *NegativeType, const CTypeBase *PositiveType)
UE_API TSRef< CModuleAlias >	CreateModuleAlias (const CSymbol Name)
UE_API TSRef< CScopedAccessLevelDefinition >	CreateScopedAccessLevelDefinition (TOptional< CSymbol > ClassName)
void	AddUsingScope (const CLogicalScope *UsingScope)
const TArray< const CLogicalScope * > &	GetUsingScopes () const
UE_API const CDataDefinition *	AddUsingInstance (const CDataDefinition *UsingContext)
const TArray< const CDataDefinition * > &	GetUsingInstances () const
UE_API SResolvedDefinitionArray	ResolveDefinition (const CSymbol &Name, const SQualifier &Qualifier=SQualifier::Unknown(), const CAstPackage *ContextPackage=nullptr) const
	Look for a definition in this scope and all parent scopes and aliases.
UE_API TSRef< CControlScope >	CreateNestedControlScope ()
TSRef< CCaptureControlScope >	CreateNestedCaptureControlScope ()
const TSRefArray< CControlScope > &	GetNestedControlScopes () const
UE_API TSRef< CTypeScope >	CreateNestedTypeScope ()
UE_API bool	IsAuthoredByEpic () const
UE_API bool	CanAccessEpicInternal () const

Public Attributes
CClassDefinition *const	_Definition
const EStructOrClass	_StructOrClass
CClass *	_Superclass
TArray< CInterface * >	_SuperInterfaces
TArray< CInterface * >	_AllInheritedInterfaces
SEffectSet	_ConstructorEffects
TArray< CExprCodeBlock * >	_IrBlockClauses
CClass *	_GeneralizedClass {this}
TArray< STypeVariableSubstitution >	_TypeVariableSubstitutions
TURefArray< CClass >	_InstantiatedClasses
TUPtr< CClass >	_OwnedNegativeClass
CClass *	_NegativeClass
bool	_bHasCyclesBroken {false}

Static Public Attributes
static const ETypeKind	StaticTypeKind = ETypeKind::Class
static const CDefinition::EKind	StaticDefinitionKind = CDefinition::EKind::Class

Additional Inherited Members
Public Types inherited from uLang::CScope
enum class	EKind : uint8_t {   Program , CompatConstraintRoot , Module , ModulePart ,   Snippet , Class , Function , ControlScope ,   Interface , Type , Enumeration }
using	EPathMode = uLang::EPathMode
Static Public Member Functions inherited from uLang::CScope
static UE_API const char *	KindToCString (EKind Kind)
static UE_API void	ResolvedDefnsAppend (SResolvedDefinitionArray *ResolvedDefns, const SmallDefinitionArray &Definitions)
static UE_API void	ResolvedDefnsAppendWithContext (SResolvedDefinitionArray *ResolvedDefns, const SmallDefinitionArray &Definitions, const CDataDefinition *Context)
static UE_API VisitStampType	GenerateNewVisitStamp ()
	Generates a new stamp id.
Protected Member Functions inherited from uLang::CScope
UE_API bool	CanAccess (const CDefinition &Definition, const SAccessLevel &DefinitionAccessLevel) const
Protected Attributes inherited from uLang::CLogicalScope
SemanticRevision	_CumulativeRevision = 1
	When anything in this class (methods, data members etc.) or its subclasses was last modified/deleted.
VisitStampType	_LastVisitStamp { 0 }
Protected Attributes inherited from uLang::CScope
EKind	_Kind
CScope *	_Parent
CSemanticProgram &	_Program
TArray< const CLogicalScope * >	_UsingScopes
TArray< const CDataDefinition * >	_UsingInstances
TSRefArray< CControlScope >	_NestedControlScopes
TSRefArray< CTypeScope >	_NestedTypeScopes

Detailed Description

Class defining a class instance / object [Might break off CStructType to differentiate stack based types.]

Constructor & Destructor Documentation

CClass() [1/3]

uLang::CClass::CClass	(	CClassDefinition *	Definition,
		CScope &	EnclosingScope,
		CClass *	Superclass = nullptr,
		TArray< CInterface * > &&	SuperInterfaces = {},
		EStructOrClass	StructOrClass = EStructOrClass::Class,
		SEffectSet	ConstructorEffects = EffectSets::ClassAndInterfaceDefault
	)

CClass() [2/3]

uLang::CClass::CClass	(	CScope *	ParentScope,
		CClassDefinition *	Definition,
		EStructOrClass	StructOrClass,
		CClass *	Superclass,
		TArray< CInterface * > &&	SuperInterfaces,
		SEffectSet	ConstructorEffects,
		CClass *	GeneralizedClass,
		TArray< STypeVariableSubstitution >	TypeVariableSubstitutions
	)

CClass() [3/3]

uLang::CClass::CClass ( CClass *  PositiveClass )

explicit

Member Function Documentation

AddAttribute()

void uLang::CClass::AddAttribute ( SAttribute  Attribute ) const

inline

AsCodeRecursive()

CUTF8String uLang::CClass::AsCodeRecursive ( ETypeSyntaxPrecedence  OuterPrecedence, TArray< const CFlowType * > &  VisitedFlowTypes, bool  bLinkable, ETypeStringFlag  Flag  ) const

overridevirtual

Reimplemented from uLang::CNominalType.

Reimplemented in uLang::CScopedAccessLevelDefinition.

CanBeCustomAccessorDataType()

virtual bool uLang::CClass::CanBeCustomAccessorDataType ( ) const

inlineoverridevirtual

Implements uLang::CTypeBase.

CanBePredictsVarDataType()

virtual bool uLang::CClass::CanBePredictsVarDataType ( ) const

inlineoverridevirtual

Reimplemented from uLang::CTypeBase.

CreateNegativeDataDefinition()

void uLang::CClass::CreateNegativeDataDefinition ( const CDataDefinition &  PositiveDataDefinition ) const

overridevirtual

Reimplemented from uLang::CScope.

CreateNegativeFunction()

void uLang::CClass::CreateNegativeFunction ( const CFunction &  PositiveFunction ) const

overridevirtual

Reimplemented from uLang::CScope.

Definition()

const CDefinition * uLang::CClass::Definition ( ) const

inlineoverridevirtual

Implements uLang::CNominalType.

FindAttribute()

TOptional< SAttribute > uLang::CClass::FindAttribute ( const CClass *  AttributeClass, const CSemanticProgram &  Program  ) const

inline

FindConcreteBase()

const CClass * uLang::CClass::FindConcreteBase

(

)

const

Return first class in the inheritance chain that contains the concrete attribute or null.

FindDefinitions()

SmallDefinitionArray uLang::CClass::FindDefinitions ( const CSymbol &  Name, EMemberOrigin  Origin = EMemberOrigin::InheritedOrOriginal, const SQualifier &  Qualifier = SQualifier::Unknown(), const CAstPackage *  ContextPackage = nullptr, VisitStampType  VisitStamp = GenerateNewVisitStamp()  ) const

overridevirtual

Reimplemented from uLang::CLogicalScope.

FindExplicitlyCastableBase()

const CNominalType * uLang::CClass::FindExplicitlyCastableBase

(

)

const

Return first class in the inheritance chain that contains the castable attribute. Otherwise null.

FindInitialConcreteBase()

const CClass * uLang::CClass::FindInitialConcreteBase

(

)

const

Return topmost class in the inheritance chain that contains the concrete attribute or null.

FindInstanceMember()

SmallDefinitionArray uLang::CClass::FindInstanceMember ( const CSymbol &  Name, EMemberOrigin  Origin, const SQualifier &  Qualifier = SQualifier::Unknown(), const CAstPackage *  ContextPackage = nullptr, VisitStampType  VisitStamp = CScope::GenerateNewVisitStamp()  ) const

overridevirtual

Reimplemented from uLang::CNormalType.

ForEachAncestorClassOrInterface()

template<typename TFunc >

void uLang::CClass::ForEachAncestorClassOrInterface ( const TFunc &  Func )

inline

GetComparability() [1/2]

EComparability uLang::CClass::GetComparability ( ) const

overridevirtual

Returns whether this type is comparable for equality

Reimplemented from uLang::CNormalType.

GetComparability() [2/2]

EComparability uLang::CClass::GetComparability

(

VisitStampType

VisitStamp

)

const

GetDefaultDefinitionAccessLevel()

SAccessLevel uLang::CClass::GetDefaultDefinitionAccessLevel ( ) const

overridevirtual

Reimplemented from uLang::CScope.

GetProgram()

CSemanticProgram & uLang::CTypeBase::GetProgram ( ) const

inline

GetScopeName()

virtual CSymbol uLang::CClass::GetScopeName ( ) const

inlineoverridevirtual

Implements uLang::CScope.

GetTypeType()

const CTypeType * uLang::CClass::GetTypeType

(

)

const

HasAttributeClass()

bool uLang::CClass::HasAttributeClass ( const CClass *  AttributeClass, const CSemanticProgram &  Program  ) const

inline

HasAttributeSubclass()

bool uLang::CClass::HasAttributeSubclass ( const CClass *  AttributeClass, const CSemanticProgram &  Program  ) const

inline

HasCastableAttribute()

bool uLang::CClass::HasCastableAttribute

(

)

const

Does this class hold a castable attribute?

HasConcreteAttribute()

bool uLang::CClass::HasConcreteAttribute

(

)

const

Does this class hold a concrete attribute?

HasCyclesBroken()

bool uLang::CClass::HasCyclesBroken ( ) const

inline

HasFinalSuperAttribute()

bool uLang::CClass::HasFinalSuperAttribute

(

)

const

Does this class hold a <final_super> attribute?

HasFinalSuperBaseAttribute()

bool uLang::CClass::HasFinalSuperBaseAttribute

(

)

const

Does this class hold a <final_super_base> attribute?

ImplementsInterface()

bool uLang::CClass::ImplementsInterface

(

const CInterface &

Interface

)

const

Determine if current class implements Interface

IsAbstract()

bool uLang::CClass::IsAbstract

(

)

const

IsClass()

ULANG_FORCEINLINE bool uLang::CClass::IsClass

(

const CClass &

Class

)

const

Determine if current class is the same class or a subclass of the specified Class

IsExplicitlyCastable()

bool uLang::CClass::IsExplicitlyCastable ( ) const

inlineoverridevirtual

Is this class castable either by having a castable attribute or inheriting one.

Implements uLang::CNormalType.

IsExplicitlyConcrete()

bool uLang::CClass::IsExplicitlyConcrete ( ) const

inlineoverridevirtual

Is this class concrete either by having a concrete attribute or inheriting one.

Implements uLang::CNormalType.

IsNative()

bool uLang::CClass::IsNative ( ) const

inline

IsNativeRepresentation()

bool uLang::CClass::IsNativeRepresentation

(

)

const

IsParametric()

bool uLang::CClass::IsParametric ( ) const

inline

IsPersistable()

bool uLang::CClass::IsPersistable ( ) const

overridevirtual

Returns whether this type is persistable

Implements uLang::CNormalType.

IsPersistent()

bool uLang::CClass::IsPersistent

(

)

const

IsStruct()

bool uLang::CClass::IsStruct ( ) const

inline

Is this class a struct?

IsSubclassOf()

ULANG_FORCEINLINE bool uLang::CClass::IsSubclassOf

(

const CClass &

Superclass

)

const

Determine if current class is a subclass / descendant / child of the specified Class (and not the same class!)

IsSuperclassOf()

ULANG_FORCEINLINE bool uLang::CClass::IsSuperclassOf

(

const CClass &

Subclass

)

const

Determine if current class is a superclass / ancestor / parent of the specified Class (and not the same class!)

IsUnique()

bool uLang::CClass::IsUnique

(

)

const

ScopeAsDefinition()

virtual const CDefinition * uLang::CClass::ScopeAsDefinition ( ) const

inlineoverridevirtual

Reimplemented from uLang::CScope.

ScopeAsType()

virtual const CTypeBase * uLang::CClass::ScopeAsType ( ) const

inlineoverridevirtual

Reimplemented from uLang::CScope.

SetRevision()

ULANG_FORCEINLINE void uLang::CClass::SetRevision ( SemanticRevision  Revision )

overridevirtual

Reimplemented from uLang::CLogicalScope.

SetSuperclass()

ULANG_FORCEINLINE void uLang::CClass::SetSuperclass

(

CClass *

SuperClass

)

Member Data Documentation

_AllInheritedInterfaces

TArray<CInterface*> uLang::CClass::_AllInheritedInterfaces

_bHasCyclesBroken

bool uLang::CClass::_bHasCyclesBroken {false}

_ConstructorEffects

SEffectSet uLang::CClass::_ConstructorEffects

_Definition

CClassDefinition* const uLang::CClass::_Definition

_GeneralizedClass

CClass* uLang::CClass::_GeneralizedClass {this}

_InstantiatedClasses

TURefArray<CClass> uLang::CClass::_InstantiatedClasses

_IrBlockClauses

TArray<CExprCodeBlock*> uLang::CClass::_IrBlockClauses

_NegativeClass

CClass* uLang::CClass::_NegativeClass

_OwnedNegativeClass

TUPtr<CClass> uLang::CClass::_OwnedNegativeClass

_StructOrClass

const EStructOrClass uLang::CClass::_StructOrClass

_Superclass

CClass* uLang::CClass::_Superclass

_SuperInterfaces

TArray<CInterface*> uLang::CClass::_SuperInterfaces

_TypeVariableSubstitutions

TArray<STypeVariableSubstitution> uLang::CClass::_TypeVariableSubstitutions

StaticDefinitionKind

const CDefinition::EKind uLang::CClass::StaticDefinitionKind = CDefinition::EKind::Class

static

StaticTypeKind

const ETypeKind uLang::CClass::StaticTypeKind = ETypeKind::Class

static

---

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

• Engine/Source/Runtime/VerseCompiler/Public/uLang/Semantics/SemanticClass.h
• Engine/Source/Runtime/VerseCompiler/Private/uLang/Semantics/SemanticClass.cpp