#include <ExpressionParserTypes.h>

Public Member Functions
	FExpressionNode ()=default

template<typename T >
	FExpressionNode (T In)

CORE_API	~FExpressionNode ()

CORE_API	FExpressionNode (FExpressionNode &&In)

	FExpressionNode (const FExpressionNode &)=delete

CORE_API FExpressionNode &	operator= (FExpressionNode &&In)

FExpressionNode &	operator= (const FExpressionNode &)=delete

CORE_API const FGuid &	GetTypeId () const

template<typename T >
const T *	Cast () const

CORE_API FExpressionNode	Copy () const

Detailed Description

Primitive types should only be declared once inside the codebase to avoid conflicts A node in an expression. Can be constructed from any C++ type that has a corresponding DEFINE_EXPRESSION_NODE_TYPE. Evaluation behaviour (unary/binary operator etc) is defined in the expression grammar, rather than the type itself.

Constructor & Destructor Documentation

◆ FExpressionNode() [1/4]

FExpressionNode::FExpressionNode ( )

default

Default constructor

◆ FExpressionNode() [2/4]

template<typename T >

FExpressionNode::FExpressionNode ( T In )

Construction from client expression data type

◆ ~FExpressionNode()

FExpressionNode::~FExpressionNode ( )

◆ FExpressionNode() [3/4]

FExpressionNode::FExpressionNode ( FExpressionNode && In )

◆ FExpressionNode() [4/4]

FExpressionNode::FExpressionNode ( const FExpressionNode & )

delete

Member Function Documentation

◆ Cast()

template<typename T >

const T * FExpressionNode::Cast ( ) const

Cast this node to the specified type. Will return nullptr if the types do not match.

◆ Copy()

FExpressionNode FExpressionNode::Copy ( ) const

Copy this node and its wrapped data

◆ GetTypeId()

const FGuid & FExpressionNode::GetTypeId ( ) const

Get the type identifier of this node

◆ operator=() [1/2]

FExpressionNode & FExpressionNode::operator= ( const FExpressionNode & )