#include <Expression.h>

Inheritance diagram for uLang::CExprMacroCall:

Classes
class	CClause

Public Member Functions
	CExprMacroCall (TSRef< CExpressionBase > &&Name, int32_t NumClauses=0)

void	AppendClause (CClause &&Clause)

TSRef< CExpressionBase > const &	Name () const

TSRef< CExpressionBase > &	Name ()

void	SetName (TSRef< CExpressionBase > &&NewName)

TSRef< CExpressionBase > &&	TakeName ()

TArray< CClause > const &	Clauses () const

TArray< CClause > &	Clauses ()

TArray< CClause > &&	TakeClauses ()

virtual bool	CanBePathSegment (const TMacroSymbols &MacroSymbols) const override

Public Member Functions inherited from uLang::CExpressionBase
	CExpressionBase (EVstMappingType VstMappingType=EVstMappingType::Ast)

	CExpressionBase (const CTypeBase *InResultType)

virtual const CExpressionBase *	AsExpression () const override

virtual CExpressionBase *	AsExpression () override

virtual bool	MayHaveAttributes () const override

EInvokeTime	DetermineInvokeTime (const CSemanticProgram &Program) const

virtual const CExpressionBase *	FindFirstAsyncSubExpr (const CSemanticProgram &Program) const

virtual bool	CanFail (const CAstPackage *Package) const

virtual UE_API const CTypeBase *	GetResultType (const CSemanticProgram &Program) const

UE_API void	SetResultType (const CTypeBase *InResultType)

UE_API void	RefineResultType (const CTypeBase *RefinedResultType)

bool	IsAnalyzed () const

bool	operator!= (const CExpressionBase &Other) const

const CTypeBase *	IrGetResultType () const

void	IrSetResultType (const CTypeBase *TypeBase)

template<typename TRange1 , typename TRange2 >
ULANG_FORCEINLINE bool	AreSubExprsEqual (const TRange1 &Lhs, const TRange2 &Rhs)

Public Member Functions inherited from uLang::CAstNode
	CAstNode (EVstMappingType VstMappingType=EVstMappingType::Ast)

virtual UE_API	~CAstNode ()

virtual const CExprIdentifierBase *	AsIdentifierBase () const

template<typename FunctionType >
ULANG_FORCEINLINE void	VisitChildrenLambda (FunctionType &&Function) const

const Verse::Vst::Node *	GetMappedVstNode () const

void	SetNonReciprocalMappedVstNode (const Verse::Vst::Node *VstNode)

void	SetIrMappedVstNode (const Verse::Vst::Node *VstNode)

bool	IsIrNode () const

bool	IsVstMappingReciprocal () const

template<typename FunctionType >
void	VisitChildrenLambda (FunctionType &&Function) const

Public Member Functions inherited from uLang::CSharedMix
	CSharedMix ()

virtual UE_API	~CSharedMix ()

	CSharedMix (const CSharedMix &Other)=delete

CSharedMix &	operator= (const CSharedMix &Other)=delete

uint32_t	GetRefCount () const

Public Member Functions inherited from uLang::CAttributable
bool	HasAttributes () const

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

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

UE_API int32_t	GetAttributeClassCount (const CClass *AttributeClass, const CSemanticProgram &Program) const

UE_API TArray< const CExpressionBase * >	GetAttributesWithAttribute (const CClass *AttributeClass, const CSemanticProgram &Program) const

UE_API const CExpressionBase *	FindAttributeExpr (const CClass *AttributeClass, const CSemanticProgram &Program) const

UE_API const CExpressionBase *	FindAttributeSubclassExpr (const CClass *AttributeClass, const CSemanticProgram &Program) const

UE_API const TArray< CExpressionBase * >	FindAttributeExprs (const CClass *AttributeClass, const CSemanticProgram &Program) const

UE_API const TArray< CExpressionBase * >	FindAttributeSubclassExprs (const CClass *AttributeClass, const CSemanticProgram &Program) const

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

UE_API TArray< SAttribute >	FindAttributes (const CClass *AttributeClass, const CSemanticProgram &Program) const

UE_API void	AddAttributeClass (const CClass *AttributeClass)

UE_API void	AddAttribute (SAttribute Attribute)

UE_API void	RemoveAttributeClass (const CClass *AttributeClass, const CSemanticProgram &Program)

UE_API TOptional< CUTF8String >	GetAttributeTextValue (const CClass *AttributeClass, const CSemanticProgram &Program) const

CAttributable &	operator= (const CAttributable &Other)=delete

CAttributable &	operator= (CAttributable &&Other)=delete

UE_API bool	HasAttributeClassHack (const CClass *AttributeClass, const CSemanticProgram &) const

UE_API bool	HasAttributeFunctionHack (const CFunction *AttributeFunction, const CSemanticProgram &) const

Additional Inherited Members
Public Types inherited from uLang::CExpressionBase
using	TMacroSymbols = TArrayG< CSymbol, TInlineElementAllocator< 3 > >

Public Types inherited from uLang::CAttributable
enum class	EAttributableScope : uint8_t { Module , Class , Struct , Data , Function , Enum , Enumerator , AttributeClass , Interface , Expression , TypeDefinition , ScopedAccessLevel , ClassTypeFunction , AttributeClassTypeFunction , InterfaceTypeFunction }

Static Public Member Functions inherited from uLang::CExpressionBase
static bool	BaseCompare (const CExpressionBase &A, const CExpressionBase &B)

static bool	IsSubExprEqual (const CExpressionBase Lhs, const CExpressionBase Rhs)

static bool	IsSubExprEqual (const CExpressionBase &Lhs, const CExpressionBase &Rhs)

static bool	IsSubExprEqual (const TSPtr< CExpressionBase > &Lhs, const TSPtr< CExpressionBase > &Rhs)

static bool	IsSubExprEqual (const TSRef< CExpressionBase > &Lhs, const TSRef< CExpressionBase > &Rhs)

template<typename TRange1 , typename TRange2 >
static bool	AreSubExprsEqual (const TRange1 &, const TRange2 &)

Static Public Member Functions inherited from uLang::CAttributable
static UE_API TOptional< CUTF8String >	GetAttributeTextValue (const TArray< SAttribute > &Attributes, const CClass *AttributeClass, const CSemanticProgram &Program)

Public Attributes inherited from uLang::CAttributable
TArray< SAttribute >	_Attributes

Static Protected Member Functions inherited from uLang::CSharedMix
template<class ObjectType >
static TSPtrG< ObjectType, false, CHeapRawAllocator >	SharedThis (ObjectType *This)

template<class ObjectType >
static TSPtrG< const ObjectType, false, CHeapRawAllocator >	SharedThis (const ObjectType *This)

Protected Attributes inherited from uLang::CExpressionBase
TOptional< SAnalysisResult >	_Report

Protected Attributes inherited from uLang::CAstNode
EVstMappingType	_VstMappingType

const Verse::Vst::Node *	_MappedVstNode {nullptr}

Detailed Description

A macro call of the form m1{}, m2(){}, or more generally m(){}keyword_1{}keyword_2{}...keyword_N{}

Constructor & Destructor Documentation

◆ CExprMacroCall()

uLang::CExprMacroCall::CExprMacroCall	(	TSRef< CExpressionBase > &&	Name,
		int32_t	NumClauses = `0`
	)

inline

Member Function Documentation

◆ AppendClause()

void uLang::CExprMacroCall::AppendClause ( CClause && Clause )

inline

◆ CanBePathSegment()

virtual bool uLang::CExprMacroCall::CanBePathSegment ( const TMacroSymbols & MacroSymbols ) const

inlineoverridevirtual

Reimplemented from uLang::CExpressionBase.

◆ Clauses() [1/2]

TArray< CClause > & uLang::CExprMacroCall::Clauses ( )

inline

◆ Clauses() [2/2]

TArray< CClause > const & uLang::CExprMacroCall::Clauses ( ) const

inline

◆ Name() [1/2]

TSRef< CExpressionBase > & uLang::CExprMacroCall::Name ( )

inline

◆ Name() [2/2]

TSRef< CExpressionBase > const & uLang::CExprMacroCall::Name ( ) const

inline

◆ SetName()

void uLang::CExprMacroCall::SetName ( TSRef< CExpressionBase > && NewName )

inline

◆ TakeClauses()

TArray< CClause > && uLang::CExprMacroCall::TakeClauses ( )

inline

◆ TakeName()

TSRef< CExpressionBase > && uLang::CExprMacroCall::TakeName ( )

inline

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

Engine/Source/Runtime/VerseCompiler/Public/uLang/Semantics/Expression.h

Classes

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CExprMacroCall()

Member Function Documentation

◆ AppendClause()

◆ CanBePathSegment()

◆ Clauses() [1/2]

◆ Clauses() [2/2]

◆ Name() [1/2]

◆ Name() [2/2]

◆ SetName()

◆ TakeClauses()

◆ TakeName()